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NDA-24297
ISSUE 1
STOCK # 200775

®

Feature Programming Manual

OCTOBER, 2000

NEC America, Inc.

LIABILITY DISCLAIMER
The information contained in this document is specific to Dterm Series E only.
Minimum firmware may be required. Contact NEC Engineering for additional
information.
NEC America, Inc. reserves the right to change the specifications, functions, or
features, at any time, without notice.
NEC America, Inc. has prepared this document for use by its employees and
customers. The information contained herein is the property of NEC America,
Inc. and shall not be reproduced without prior written approval from NEC
America, Inc.
NEAX® and Dterm® are registered trademarks of NEC Corporation.
Cisco® is a registered trademark of Cisco Systems, Inc. Documentation
references to Cisco products refer to networking with Cisco hardware.
Copyright 2000
NEC America, Inc.
Printed in the U.S.A.

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Feature Programming Manual

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Feature Programming Manual

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NEAX2400 IPX
Feature Programming Manual

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Revision Sheet 15/15

NDA-24297

NDA-24297
ISSUE 1
OCTOBER, 2000

NEAX2400 IPX
Feature Programming Manual
Feature List
Business Features
Page
A-1
Attendant Camp-On with Tone Indication . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1
A-2
Attendant-Controlled Conference . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
4
A-3
Attendant Console . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
6
A-4
Attendant Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
8
A-5
Attendant Lockout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
9
A-6
Attendant Loop Release . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
A-7
Attendant Override . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
A-8
Automatic Recall . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
A-8D
Automatic Recall - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
A-15
Announcement Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18
A-16
Alternate Routing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21
A-17
Audible Indication Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
A-18
Account Code . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
A-19
Attendant Night Transfer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27
A-20
Authorization Code . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29
A-21
Automatic Trunk Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35
A-29
Authorization Code - Tie Line Incoming Routes . . . . . . . . . . . . . . . . . . . . . . . . . . 37
A-30
Automatic/Manual Intercom . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42
A-52
Account Code - Attendant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46
A-53
All Zone Paging . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48
A-59
Announcement Service - Attendant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50
A-60
Attendant-To-Attendant Calling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
A-69
Automatic Idle Return . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55
A-78
Automatic Number Identification (ANI) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56
A-82
Automated Attendant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58
A-98
Answer Hold - Attendant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62
A-99
Authorization Code Display Elimination . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64
A-105
Attendant Overflow . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65
A-121
Add On Conference - 8 Party . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68
A-125
Analog Caller ID (Class SM) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72
A-127
Analog Caller ID - Station . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75
B-2
Busy Lamp Field - Flexible . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78
B-3
Busy Verification . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 81
B-5D
Boss - Secretary Override - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85
B-6
Brokerage - Hotline . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 88
B-8
Boss - Secretary - Message Waiting Lamp Control . . . . . . . . . . . . . . . . . . . . . . . 91
NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page i

Feature List (Continued)

Business Features
B-11
Boss - Secretary Transfer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
B-12
Brokerage Hotline - Outside . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
B-17
Blind Transfer To Attendant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
B-18
Blind Transfer To Station . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-1
Call Back . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-1D
Call Back - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-2
Call Forwarding - Busy Line . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-2D
Call Forwarding - Busy Line - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-3
Call Forwarding - Don’t Answer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-3D
Call Forwarding - Don’t Answer - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-5
Call Forwarding - All Calls . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-5D
Call Forwarding - All Calls - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-6
Call Hold . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-6D
Call Hold - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-7
Call Pickup - Group . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-7D
Call Pickup - Group - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-8
Call Processing Indication . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-9
Call Queueing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-10
Call Transfer - Attendant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-11
Call Transfer - All Calls . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-11D
Call Transfer - All Calls - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-12
Call Waiting - Terminating . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-13
Call Waiting Lamp . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-14
CCSA Access . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-15
Class Of Service - Individual . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-17
Consultation Hold - All Calls . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-17D
Consultation Hold - All Calls - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-20
Centralized Attendant Service (CAS) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-21
Code Calling Access . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-22D
Called Station Status Display - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-24D
Calling Number Display - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-25
Call Forwarding-Intercept / Announcement . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-26
Call Forwarding - Override . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-27D
Call Waiting - Answer - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-28
Call Forwarding - All Calls - Outside . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-29
Call Park . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-30
Call Pickup - Direct . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-31
Call Waiting - Originating . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-33
Consecutive Dialing - Attendant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-59
Called Number Display - Attendant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-60
Call Forwarding - Busy Line - Outside . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-62
Consecutive Speed Calling - System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-69
Call Forwarding - All Calls - Announcement . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Page ii

Page

95
97
100
102
104
107
110
114
120
124
130
133
138
141
144
150
156
157
158
160
165
172
175
177
178
181
184
187
193
194
195
196
200
201
203
207
211
213
217
219
220
224
226

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Feature List (Continued)

Business Features
C-73
Call Back - Delayed . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-74
Call Forwarding - Don’t Answer - Outside . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-75
Call Forwarding - Intercept / Announcement - Attendant . . . . . . . . . . . . . . . . . . .
C-76
Call Waiting Lamp - UCD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-81
Call Forwarding - I’m Here . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-109
Centrex Compatibility . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-133
Call Forwarding - Don’t Answer To UCD Queue . . . . . . . . . . . . . . . . . . . . . . . . .
C-146
Call Hold - Conference . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-150
Call Block . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-151
Call Return . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-154
Call Hold Pick Up . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-157
Calling Party Number - Name Assignment and Display . . . . . . . . . . . . . . . . . . . .
C-160
Call Trace . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-169
Consultation Hold Release . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-2
Dial Access To Attendant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-3
Dictation Access . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-5
Digital Display - Station . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-6
Digital Display - Trunk . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-7
Direct-In Termination (DIT) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-8
Direct Inward Dialing (DID) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-9
Direct Outward Dialing (DOD) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-10
Distinctive Ringing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-11D
Do Not Disturb - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-13D
Dial Monitor - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-15
Day/Night Class of Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-16
Direct Digital Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-31
Delay Announcement - UCD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-32D
Dual Hold - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-87
Dial Intercom . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-90D
Delayed Ringing - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-114
Delay Announcement - Attendant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-149
Direct Station Selection (DSS) Console . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-153
Distinctive Ringing - Caller ID . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-156
Dual Station Call . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
E-1
Executive Right-of-Way . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
E-1D
Executive Right-of-Way - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
E-3D
Elapsed Time Display - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
E-4D
Exclusive Hold - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
E-11
Emergency Call . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
E-18
E911-ANI Unified Number Of Digits . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
E-26
Expanded Multiple Line Operation - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
F-1
Flexible Numbering of Stations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
F-2
FX Access . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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275
277
280
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284
286
288
289
292
296
299
301
306
310
315
327
329
334
336
339
340
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343
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Page iii

Feature List (Continued)

Business Features
F-3D
Flash Button - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
F-4D
Flash Entry - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
F-5D
Flexible Ringing Assignment - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
F-6
Faulty Trunk Report . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
F-7
Forced Account Code . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
F-17
Flexible Assignment of Function Buttons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
F-31
Follow Phone . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
F-35
Flexible Routing - FCCS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
F-36
FCCS Networking via IP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
G-2
Group Calling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
H-1
Hotline . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
H-2
House Phone . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
H-4D
Hands-free Answer Back - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
H-5D
Hands-free Dialing/Monitoring - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
H-9
Hotline - Outside . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I-1
Immediate Ringing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I-2
Incoming Call Identification . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I-3
Incoming Central Office Call to Tie-Line Connection . . . . . . . . . . . . . . . . . . . . . .
I-4
Individual Trunk Access . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I-5
Inter-position Transfer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I-6
Individual Attendant Access . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I-7D
I-Hold Indication - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I-8D
I-Use Indication - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I-9
Intercom Calling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I-10D
Intermediate Station Number Display - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I-11
Inter-Office Off-Hook Queuing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I-20
Immediate Ringback Tone . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I-21
Internal Zone Paging . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-1
Lamp Check . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-3
Line Lockout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-5
Least Cost Routing - 3/6-Digit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-6
Last Number Called - Single-Line Station . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-6D
Last Number Called - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-7D
Line Reconnect - Same Line - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-8D
Line Reconnect - Other Line - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-9D
Line Pre-selection - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-10
LCR - Time Of Day Routing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-11
Line Load Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-20
Line Load Control - Automatic . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-21
Line Load Control - MAT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-24
Listed Directory Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-28
LDN Night Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
L-30
LDN Night Connection - Outside . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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382
383
386
387
389
392
394
396
397
398
399
402
403
406
407
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442
443
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NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Feature List (Continued)

Business Features
M-1
Meet-Me Paging . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-2
Miscellaneous Trunk Access . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-3
Miscellaneous Trunk Restriction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-4
Multiple Console Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-7
Music On Hold . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-11
Meet-Me Paging - Attendant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-15
Maintenance Printout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-18
Maintenance Administration Terminal (MAT) . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-19
Message Reminder . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-19D Message Reminder - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-20D Multiple Line Operation - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-23
Message Waiting Lamp Setting - Attendant . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-24
Multiple Call Forwarding - Busy Line . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-25
Multiple Call Forwarding - Don’t Answer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-26
Message Center Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-30
Message Waiting Lamp Setting - Station . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-44
Multiple Call Forwarding - All Calls . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-47
Manual Signaling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-48
Multi Channel Recording - DAT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-84
MF Signaling - DID . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-85D Message Waiting Indication - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
M-101
MF ANI to SMDR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
N-1
Night Connection - Fixed . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
N-2
Night Connection - Flexible . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
N-3
Non-delay Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
N-7D
Non-exclusive Hold - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
N-8D
Non-square Line Assignment - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
N-17
Night Connection Outside - System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
N-28
Name Display - System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
O-1
On-line Maintenance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
O-2
Outgoing Trunk Queuing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
O-2D
Outgoing Trunk Queuing - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
O-6
Off-Hook Alarm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
O-7
Off-Hook Queuing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
O-13
Overflow - UCD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
O-16
Outgoing Trunk Queuing - Attendant . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
O-21
Outgoing Trunk Busy Announcements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
O-37D
Off-Hook Line Number Display - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-1
Paging Access . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-2
Passing Dial Tone . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-3
Power Failure Transfer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-4
Pushbutton Calling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-5
Pushbutton Calling - Attendant Only . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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NDA-24297, Issue 1

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511
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521
523
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536
539
542
543
545
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548
549
551
552
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569
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Page v

Feature List (Continued)

Business Features
P-6
Pushbutton to Rotary Conversion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-7
Peg Count . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-9
Priority Call . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-10
Paging Transfer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-11
Periodic Time Indication Tone . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-13D
Prime Line Pickup - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-14D
Privacy - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-15D
Privacy On All Lines - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-18
Privacy Release . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-30
Priority Paging . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-57
Pad Lock . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
P-59
Personal Ringer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
R-2
Remote Access to System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
R-3
Reserve Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
R-4
Restriction from Outgoing Calls . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
R-5
Rotary Dial Calling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
R-6
Route Advance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
R-7
Remote Maintenance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
R-16
Radio Paging . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
R-27
Route Restriction - Announcement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
R-37
RS-464A PAD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
R-49
Ringer Mute . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
R-51
Route Name Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
R-54
Remote Call Forwarding Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-1
Single-Digit Station Calling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-2
Special Dial Tone . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-3
Speed Calling - System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-3D
Speed Calling - System - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-4
Splitting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-4D
Splitting - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-6
Station-Controlled Conference . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-7
Station Hunting - Circular . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-8
Station Hunting - Secretarial . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-9
Station Hunting - Terminal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-10
Station Message Detail Recording (SMDR) . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-11
Station-to-Station Calling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-12
Station-to-Station Calling - Operator Assistance . . . . . . . . . . . . . . . . . . . . . . . . .
S-13
Step Call . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-15
Serial Call . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-19
Single-Digit Feature Code . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-21
Speed Calling - Station . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-23
Speed Calling - Group . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-24D
Save And Repeat - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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651
659
661
670
684
686
688
690
693
694
697
700

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Feature List (Continued)

Business Features
S-25D
Service Display - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-26D
Speed Calling - One Touch - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-27
Service Feature Peg Count . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-33
Software Line Appearance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-61
Speed Calling Override - System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-62
Station 5db PAD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-64
Serial Call - Loop Release . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-99
Split Call Forwarding . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-106
Slumber Time - Do Not Disturb . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-127
Serial Call - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
S-129
SMDR Output Expansion - ANI/CPN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-1
Tandem Switching of TIE Trunks - 2/4-Wire . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-2
Three-Way Calling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-2D
Three-Way Calling - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-3
TIE Line Access . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-5
TIE Line Connection With Pad Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-6
Toll Denial/Toll Diversion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-7
Toll Restriction - 3/6-Digit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-8
Trunk Answer from Any Station (TAS) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-9
Trunk Group Busy Lamp . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-10
Trunk-to-Trunk Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-12
Tenant Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-18D
Time Display - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-23
Trunk Line Appearance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-28
Trunk-to-Trunk Third-Party Cancellation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-62
Timed Reminder . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
T-63
Tone Block . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
U-1
Uniform Call Distribution (UCD) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
U-3
Universal Sender . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
V-1
Variable Timing Parameters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
V-2
Voice Call . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
V-2D
Voice Call - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
V-3D
Volume Control - Dterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
W-1
WATS Access . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page

702
703
705
708
710
712
713
715
722
725
728
733
736
738
741
743
745
748
756
759
761
764
767
768
770
772
774
776
785
787
790
792
794
795

Page vii

Feature List (Continued)

CCIS Features
Networking with NEAX2400 IPX and NEAX2000 IVS2 . . . . . . . . . . . . . . . . . . . . . . . . . . . .
A-44
Asynchronous Data Switching - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
A-45
Attendant Camp-On with Tone Indication - CCIS . . . . . . . . . . . . . . . . . . . . . . . .
A-46
Attendant-Controlled Conference - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
A-71
Automatic Recall - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
A-87
Automatic Number Identification (ANI) - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . .
A-126
ANI-CCIS (16 Digit) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
B-9
Busy Verification - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
B-10
Brokerage Hotline - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-44
Call Back - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-45
Call Forwarding - All Calls - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-46
Call Forwarding - Busy Line - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-47
Call Forwarding - Don’t Answer - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-48
Call Forwarding - Intercept - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-49
Call Forwarding - Override - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-50
Call Transfer - All Calls - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-51
Called Station Status Display - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-52
Calling/Called Number Display - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-53
Call Processing Indication - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-54
Call Transfer - Attendant - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-55
Centralized Billing - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-56
Centralized Day/Night Mode Change - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-57
Centralized System Management Report - CCIS . . . . . . . . . . . . . . . . . . . . . . . .
C-58
Consultation Hold - All Calls - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-94
Call Forwarding Assignment - Attendant - CCIS . . . . . . . . . . . . . . . . . . . . . . . . .
C-163
CCIS Networking via IP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
C-167
Centralized Maintenance - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-41
Data Communication - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-65
Data Interface - Automatic Answer - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-66
Data Line Security - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-67
Data Line Privacy - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-68
Data Privacy on Demand - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-69
Data Transparency - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-70
Deluxe Traveling Class Mark - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-71
Dial Access to Attendant - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-72
Digital Display - Station - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-73
Digital Display - Trunk - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-74
Direct-In Termination - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-75
Distinctive Ringing - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-76D
Do Not Disturb - Dterm - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-86
Data Hotline - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-91
Dialed Number Display - Recall - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
D-93D
Dual Hold Dterm - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Page viii

Page

797
799
802
806
808
810
813
815
819
822
825
832
840
847
850
851
856
857
859
860
862
866
868
872
875
877
880
883
885
887
888
889
891
892
893
895
897
899
901
903
905
908
910

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Feature List (Continued)

CCIS Features
Page
E-8
Executive Right-of-Way - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 911
E-9
Elapsed Time Display - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 914
E-20
E911 - ANI Unified Number of Digits - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . 915
F-12
Flexible Numbering of Stations - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 918
H-10D
Hands-free Answerback - Dterm - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 919
H-11
House Phone - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 920
H-12
Hotline - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 921
I-16
Incoming Call Identification - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 923
I-17
Individual Attendant Access - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 925
I-18
Inter-Position Transfer - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 926
L-25
Look Ahead Routing - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 927
L-29
LDN Night Connection - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 929
M-34
Message Reminder - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 932
M-34D Message Reminder - Dterm - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 937
M-35
Message Waiting Lamp Setting - Attendant - CCIS . . . . . . . . . . . . . . . . . . . . . . . 940
M-36
Message Waiting Lamp Setting - Station - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . 942
M-37
Miscellaneous Trunk Access - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 944
M-38
Miscellaneous Trunk Restriction - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 945
M-39
Modem Pooling - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 946
M-40
Multiple Call Forwarding - All Calls - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 949
M-41
Multiple Call Forwarding - Busy Line - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . 960
M-42
Multiple Call Forwarding - Don’t Answer - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . 970
M-43
Multiple Console Operation - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 981
M-67
Message Center Interface - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 983
N-15
Night Connection - Fixed - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 988
N-16
Night Connection - Flexible - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 990
N-37
Name Display - System - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 991
N-46
Number Portability - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 994
O-11
Off-Hook Queuing - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 997
O-12
Outgoing Trunk Queuing - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 999
P-28
Paging Access - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1004
R-22
Restriction from Outgoing Calls - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1006
S-52
Serial Call - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1008
S-53D
Service Display - Dterm - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1012
S-54
Simultaneous Voice and Data Transmission - CCIS . . . . . . . . . . . . . . . . . . . . . .1013
S-55
Single-Digit Station Calling - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1016
S-56
Station-Controlled Conference - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1017
S-57
Station-to-Station Calling - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1019
S-58
Station-to-Station Calling - Operator Assistance - CCIS . . . . . . . . . . . . . . . . . . . 1020
S-59
Step Call - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1021
S-60
Synchronous Data Switching - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1023
S-73
Supervisory Call - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1029
T-26
Toll Restriction - 3/6-Digit - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1031
NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page ix

Feature List (Continued)

CCIS Features
Page
T-27
Trunk Answer from Any Station - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1039
U-5
Uniform Numbering Plan - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1041
V-7
Voice Call - CCIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1044

Page x

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

NEAX2400 IPX Business Features
LEGEND
X
—
N
E
→

–
–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature Carried Over To Next Software Series

INDEX

FEATURE DESCRIPTION

NON-NETWORK

FCCS

A-1

Attendant Camp-On with Tone Indication

X

X

A-2

Attendant-Controlled Conference

X

X

A-3

Attendant Console

X

X

A-4

Attendant Keypad

X

—

A-5

Attendant Lockout

X

—

A-6

Attendant Loop Release

X

—

A-7

Attendant Override

X

X

A-8

Automatic Recall

X

—

A-8D

Automatic Recall - Dterm

X

—

A-15

Announcement Service

X

X

A-16

Alternate Routing

X

X

A-17

Audible Indication Control

X

—

A-18

Account Code

X

X

A-19

Attendant Night Transfer

X

N

A-20

Authorization Code

X

X

A-21

Automatic Trunk Test

X

N

A-29

Authorization Code - Tie Line Incoming Routes

X

X

A-30

Automatic/Manual Intercom

X

N

A-52

Account Code - Attendant

X

X

A-53

All Zone Paging

X

X

A-59

Announcement Service - Attendant

X

X

A-60

Attendant-To-Attendant Calling

X

X

A-69

Automatic Idle Return

X

X

A-78

Automatic Number Identification (ANI)

X

N

A-82

Automated Attendant

X

X

A-98

Answer Hold - Attendant

X

X

A-99

Authorization Code Display Elimination

X

—

A-105

Attendant Overflow

X

N

A-121

Add On Conference - 8 Party

X

X

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page xi

NEAX2400 IPX Business Features (Continued)
LEGEND
X
—
N
E
→

–
–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature Carried Over To Next Software Series

INDEX

FEATURE DESCRIPTION

NON-NETWORK

FCCS

A-125

Analog Caller ID (Class SM)

X

X

A-127

Analog Caller ID - Station

X

X

B-2

Busy Lamp Field - Flexible

X

X

B-3

Busy Verification

X

X

X

N

B-5D

Boss - Secretary Override - D

term

B-6

Brokerage - Hotline

X

X

B-8

Boss - Secretary - Message Waiting Lamp Control

X

N

B-11

Boss - Secretary Transfer

X

N

B-12

Brokerage Hotline - Outside

X

X

B-17

Blind Transfer To Attendant

X

X

B-18

Blind Transfer To Station

X

X

C-1

Call Back

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

C-1D
C-2

Call Back - D

term

Call Forwarding - Busy Line

C-2D

Call Forwarding - Busy Line - D

C-3

Call Forwarding - Don’t Answer

C-3D
C-5
C-5D
C-6
C-6D
C-7
C-7D

term

Call Forwarding - Don’t Answer - D
Call Forwarding - All Calls
Call Forwarding - All Calls - D
Call Hold
Call Hold - D

term

Call Pickup - Group
Call Pickup - Group - D

term

term

term

C-8

Call Processing Indication

X

X

C-9

Call Queueing

X

—

C-10

Call Transfer - Attendant

X

X

C-11

Call Transfer - All Calls

X

X

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NEAX2400 IPX Business Features (Continued)
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—
N
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→

–
–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature Carried Over To Next Software Series

INDEX

FEATURE DESCRIPTION

NON-NETWORK

FCCS

C-11D

Call Transfer - All Calls - D

term

X

X

C-12

Call Waiting - Terminating

X

X

C-13

Call Waiting Lamp

X

—

C-14

CCSA Access

X

—

C-15

Class Of Service - Individual

X

—

C-17

Consultation Hold - All Calls

X

X

term

X

X

C-20

Centralized Attendant Service (CAS)

X

N

C-21

Code Calling Access

X

—

X

X

X

X

C-17D

C-22D
C-24D

Consultation Hold - All Calls - D

Called Station Status Display - D
Calling Number Display - D

term

term

C-25

Call Forwarding-Intercept / Announcement

X

X

C-26

Call Forwarding - Override

X

—

X

X

C-27D

Call Waiting - Answer - D

term

C-28

Call Forwarding - All Calls - Outside

X

X

C-29

Call Park

X

X

C-30

Call Pickup - Direct

X

X

C-31

Call Waiting - Originating

X

X

C-33

Consecutive Dialing - Attendant

X

—

C-59

Called Number Display - Attendant

X

—

C-60

Call Forwarding - Busy Line - Outside

X

X

C-62

Consecutive Speed Calling - System

X

—

C-69

Call Forwarding - All Calls - Announcement

X

—

C-73

Call Back - Delayed

X

X

C-74

Call Forwarding - Don’t Answer - Outside

X

X

C-75

Call Forwarding-Intercept / Announcement

X

X

C-76

Call Waiting Lamp - UCD

X

X

C-81

Call Forwarding - I’m Here

X

X

C-109

Centrex Compatibility

X

—

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

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NEAX2400 IPX Business Features (Continued)
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–
–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature Carried Over To Next Software Series

INDEX

FEATURE DESCRIPTION

NON-NETWORK

FCCS

C-133

Call Forwarding - Don’t Answer To UCD Queue

X

X

C-146

Call Hold - Conference

X

X

C-150

Call Block

X

X

C-151

Call Return

X

X

C-154

Call Hold Pick Up

X

N

C-157

Calling Party Number - Name Assignment and Display

X

X

C-160

Call Trace

X

X

C-169

Consultation Hold Release

X

X

D-2

Dial Access To Attendant

X

X

D-3

Dictation Access

X

—

D-5

Digital Display - Station

X

X

D-6

Digital Display - Trunk

X

X

D-7

Direct-In Termination (DIT)

X

X

D-8

Direct Inward Dialing (DID)

X

X

D-9

Direct Outward Dialing (DOD)

X

X

D-10

Distinctive Ringing

X

—

X

—

X

—

D-11D
D-13D

Do Not Disturb - D
Dial Monitor - D

term

term

D-15

Day/Night Class of Service

X

X

D-16

Direct Digital Interface

X

—

D-31

Delay Announcement - UCD

X

X

X

X

X

N

X

N

D-32D

Dual Hold - D

D-87

Dial Intercom

term

term

D-90D

Delayed Ringing - D

D-114

Delay Announcement - Attendant

X

X

D-149

Direct Station Selection (DSS) Console

X

N

D-153

Distinctive Ringing - Caller ID

X

X

D-156

Dual Station Call

X

X

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–
–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature Carried Over To Next Software Series

INDEX

E-1
E-1D
E-3D

FEATURE DESCRIPTION

Executive Right-of-Way
Executive Right-of-Way - D
Elapsed Time Display - D

term

term

term

E-4D

Exclusive Hold - D

E-11

Emergency Call

E-18

E911-ANI Unified Number Of Digits
term

NON-NETWORK

FCCS

X

X

X

X

X

—

X

—

X

X

X

X

X

X

E-26

Expanded Multiple Line Operation - D

F-1

Flexible Numbering of Stations

X

X

F-2

FX Access

X

N

X

—

X

—

X

—

F-3D
F-4D
F-5D

Flash Button - D
Flash Entry - D

term

term

Flexible Ringing Assignment - D

term

F-6

Faulty Trunk Report

X

—

F-7

Forced Account Code

X

—

F-17

Flexible Assignment of Function Buttons

X

—

F-31

Follow Phone

X

N

F-35

Flexible Routing - FCCS

X

X

F-36

FCCS Networking via IP

X

X

G-2

Group Calling

X

X

H-1

Hotline

X

X

H-2

House Phone

X

X

X

—

X

—

H-4D
H-5D

Hands-free Answer Back - D

term

Hands-free Dialing/Monitoring - D

term

H-9

Hotline - Outside

X

X

I-1

Immediate Ringing

X

—

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

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NEAX2400 IPX Business Features (Continued)
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–
–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature Carried Over To Next Software Series

INDEX

FEATURE DESCRIPTION

NON-NETWORK

FCCS

I-2

Incoming Call Identification

X

—

I-3

Incoming Central Office Call to Tie-Line Connection

X

X

I-4

Individual Trunk Access

X

X

I-5

Inter-position Transfer

X

X

I-6

Individual Attendant Access

X

X

X

—

X

—

X

N

X

X

I-7D
I-8D
I-9
I-10D

I-Hold Indication - D
I-Use Indication - D

term

term

Intercom Calling
Intermediate Station Number Display - D

term

I-11

Inter-Office Off-Hook Queuing

X

X

I-20

Immediate Ringback Tone

X

—

I-21

Internal Zone Paging

X

N

L-1

Lamp Check

X

—

L-3

Line Lockout

X

—

L-5

Least Cost Routing - 3/6-Digit

X

X

L-6

Last Number Called - Single-Line Station

X

X

L-6D
L-7D
L-8D

Last Number Called - D

term

Line Reconnect - Same Line - D

X

—

term

X

X

term

X

X

X

X

Line Reconnect - Other Line - D
term

L-9D

Line Pre-selection - D

L-10

LCR - Time Of Day Routing

X

X

L-11

Line Load Control

X

—

L-20

Line Load Control - Automatic

X

—

L-21

Line Load Control - MAT

X

—

L-24

Listed Directory Number

X

—

L-28

LDN Night Connection

X

N

L-30

LDN Night Connection - Outside

X

X

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–
–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature Carried Over To Next Software Series

INDEX

FEATURE DESCRIPTION

NON-NETWORK

FCCS

M-1

Meet-Me Paging

X

N

M-2

Miscellaneous Trunk Access

X

—

M-3

Miscellaneous Trunk Restriction

X

X

M-4

Multiple Console Operation

X

—

M-7

Music On Hold

X

—

M-11

Meet-Me Paging - Attendant

X

N

M-15

Maintenance Printout

X

—

M-18

Maintenance Administration Terminal (MAT)

X

X

M-19

Message Reminder

X

X

X

X

X

N

M-19D
M-20D

Message Reminder - D

term

Multiple Line Operation - D

term

M-23

Message Waiting Lamp Setting - Attendant

X

X

M-24

Multiple Call Forwarding - Busy Line

X

X

M-25

Multiple Call Forwarding - Don’t Answer

X

X

M-26

Message Center Interface

X

X

M-30

Message Waiting Lamp Setting - Station

X

X

M-44

Multiple Call Forwarding - All Calls

X

X

M-47

Manual Signaling

X

N

M-48

Multi Channel Recording - DAT

X

N

M-84

MF Signaling - DID

X

X

X

X

term

M-85D

Message Waiting Indication - D

M-101

MF ANI to SMDR

X

X

N-1

Night Connection - Fixed

X

X

N-2

Night Connection - Flexible

X

X

N-3

Non-delay Operation

X

X

X

—

X

—

X

X

N-7D

Non-exclusive Hold - D

term
term

N-8D

Non-square Line Assignment - D

N-17

Night Connection Outside - System

NEAX2400 IPX Feature Programming Manual
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NEAX2400 IPX Business Features (Continued)
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–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature Carried Over To Next Software Series

INDEX

FEATURE DESCRIPTION

NON-NETWORK

FCCS

N-28

Name Display - System

X

X

O-1

On-line Maintenance

X

X

O-2

Outgoing Trunk Queuing

X

X

X

X

O-2D

Outgoing Trunk Queuing - D

term

O-6

Off-Hook Alarm

X

X

O-7

Off-Hook Queuing

X

X

O-13

Overflow - UCD

X

X

O-16

Outgoing Trunk Queuing - Attendant

X

X

O-21

Outgoing Trunk Busy Announcements

X

—

X

X

O-37D

Off-Hook Line Number Display - D

term

P-1

Paging Access

X

X

P-2

Passing Dial Tone

X

X

P-3

Power Failure Transfer

X

—

P-4

Pushbutton Calling

X

—

P-5

Pushbutton Calling - Attendant Only

X

—

P-6

Pushbutton to Rotary Conversion

X

X

P-7

Peg Count

X

X

P-9

Priority Call

X

X

P-10

Paging Transfer

X

X

P-11

Periodic Time Indication Tone

X

—

X

—

X

—

X

—

P-13D
P-14D
P-15D

Prime Line Pickup - D
Privacy - D

term

term

Privacy On All Lines - D

term

P-18

Privacy Release

X

N

P-30

Priority Paging

X

N

P-57

Pad Lock

X

—

P-59

Personal Ringer

X

N

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–
–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature Carried Over To Next Software Series

INDEX

FEATURE DESCRIPTION

NON-NETWORK

FCCS

R-2

Remote Access to System

X

X

R-3

Reserve Power

X

—

R-4

Restriction from Outgoing Calls

X

X

R-5

Rotary Dial Calling

X

—

R-6

Route Advance

X

X

R-7

Remote Maintenance

X

X

R-16

Radio Paging

X

X

R-27

Route Restriction - Announcement

X

—

R-37

RS-464A PAD

X

—

R-49

Ringer Mute

X

—

R-51

Route Name Display

X

X

R-54

Remote Call Forwarding Control

X

X

S-1

Single-Digit Station Calling

X

X

S-2

Special Dial Tone

X

—

S-3

Speed Calling - System

X

X

X

X

X

—

X

—

S-3D
S-4
S-4D

Speed Calling - System - D

term

Splitting
Splitting - D

term

S-6

Station-Controlled Conference

X

—

S-7

Station Hunting - Circular

X

X

S-8

Station Hunting - Secretarial

X

X

S-9

Station Hunting - Terminal

X

X

S-10

Station Message Detail Recording (SMDR)

X

X

S-11

Station-to-Station Calling

X

X

S-12

Station-to-Station Calling - Operator Assistance

X

X

S-13

Step Call

X

X

S-15

Serial Call

X

X

S-19

Single-Digit Feature Code

X

—

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NDA-24297, Issue 1

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NEAX2400 IPX Business Features (Continued)
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–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature Carried Over To Next Software Series

INDEX

FEATURE DESCRIPTION

NON-NETWORK

FCCS

S-21

Speed Calling - Station

X

X

S-23

Speed Calling - Group

X

X

X

X

X

X

X

X

S-24D
S-25D
S-26D

Save And Repeat - D
Service Display - D

term

term

Speed Calling - One Touch - D

term

S-27

Service Feature Peg Count

X

N

S-33

Software Line Appearance

X

N

S-61

Speed Calling Override - System

X

X

S-62

Station 5db PAD

X

X

S-64

Serial Call - Loop Release

X

X

S-99

Split Call Forwarding

X

X

S-106

Slumber Time - Do Not Disturb

X

X

S-127

Serial Call - D

term

X

X

S-129

SMDR Output Expansion - ANI/CPN

X

X

T-1

Tandem Switching of TIE Trunks - 2/4-Wire

X

X

T-2

Three-Way Calling

X

X

X

X

T-2D

Three-Way Calling - D

term

T-3

TIE Line Access

X

X

T-5

TIE Line Connection With Pad Control

X

X

T-6

Toll Denial/Toll Diversion

X

X

T-7

Toll Restriction - 3/6-Digit

X

X

T-8

Trunk Answer from Any Station (TAS)

X

—

T-9

Trunk Group Busy Lamp

X

X

T-10

Trunk-to-Trunk Connection

X

X

T-12

Tenant Service

X

X

X

—

T-18D

Time Display - D

term

T-23

Trunk Line Appearance

X

N

T-28

Trunk-to-Trunk Third-Party Cancellation

X

X

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NEAX2400 IPX Business Features (Continued)
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–
–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature Carried Over To Next Software Series

INDEX

FEATURE DESCRIPTION

NON-NETWORK

FCCS

T-62

Timed Reminder

X

—

T-63

Tone Block

X

X

U-1

Uniform Call Distribution (UCD)

X

X

U-3

Universal Sender

X

—

V-1

Variable Timing Parameters

X

—

V-2

Voice Call

X

X

X

X

X

—

X

—

V-2D

Voice Call - D

term

V-3D

Volume Control - D

W-1

WATS Access

term

NEAX2400 IPX Feature Programming Manual
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Page xxi

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INDEX

–
–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature carried over to next software series
FEATURE DESCRIPTION

NONNETWORK

FCCS

NEAX2400 IPXNEAX2000 IVS

A-44

Asynchronous Data Switching - CCIS

X

X

N

A-45

Attendant Camp-On with Tone Indication - CCIS

X

X

X*

A-46

Attendant-Controlled Conference - CCIS

X

X

X

A-71

Automatic Recall - CCIS

X

X

X

A-87

Automatic Number Identification (ANI) - CCIS

X

X

X

A-126

ANI-CCIS (16 Digit)

X

X

X

B-9

Busy Verification - CCIS

X

X

X*

B-10

Brokerage Hotline - CCIS

X

X

X

C-44

Call Back - CCIS

X

X

X*

C-45

Call Forwarding - All Calls - CCIS

X

X

X

C-46

Call Forwarding - Busy Line - CCIS

X

X

X

C-47

Call Forwarding - Don’t Answer - CCIS

X

X

X

C-48

Call Forwarding - Intercept - CCIS

X

X

X

C-49

Call Forwarding - Override - CCIS

X

X

X

C-50

Call Transfer - All Calls - CCIS

X

X

X

C-51

Called Station Status Display - CCIS

X

X

X

C-52

Calling/Called Number Display - CCIS

X

X

X

C-53

Call Processing Indication - CCIS

X

X

X

C-54

Call Transfer - Attendant - CCIS

X

X

X*

C-55

Centralized Billing - CCIS

X

X

X*

C-56

Centralized Day/Night Mode Change - CCIS

X

X

X

C-57

Centralized System Management Report - CCIS

X

X

X

C-58

Consultation Hold - All Calls - CCIS

X

X

X

C-94

Call Forwarding Assignment - Attendant - CCIS

X

X

N

C-163

CCIS Networking via IP

X

X

X

C-167

Centralized Maintenance - CCIS

X

X

X

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INDEX

–
–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature carried over to next software series
FEATURE DESCRIPTION

NONNETWORK

FCCS

NEAX2400 IPXNEAX2000 IVS

D-41

Data Communication - CCIS

X

N

N

D-65

Data Interface - Automatic Answer - CCIS

X

N

N

D-66

Data Line Security - CCIS

X

N

N

D-67

Data Line Privacy - CCIS

X

N

N

D-68

Data Privacy on Demand - CCIS

X

N

N

D-69

Data Transparency - CCIS

X

N

N

D-70

Deluxe Traveling Class Mark - CCIS

X

X

X

D-71

Dial Access to Attendant - CCIS

X

X

X*

D-72

Digital Display - Station - CCIS

X

X

N

D-73

Digital Display - Trunk - CCIS

X

X

X

D-74

Direct-In Termination - CCIS

X

X

X

D-75

Distinctive Ringing - CCIS

X

X

X

Do Not Disturb - Dterm - CCIS

X

X

X

D-86

Data Hotline - CCIS

X

N

N

D-91

Dialed Number Display - Recall - CCIS

X

X

X

Dual Hold Dterm - CCIS

X

—

X

E-8

Executive Right-of-Way - CCIS

X

—

X

E-9

Elapsed Time Display - CCIS

X

—

X

E-20

E911 - ANI Unified Number of Digits - CCIS

X

X

X

F-12

Flexible Numbering of Stations - CCIS

X

X

X

H-10D

Hands-free Answerback - D term - CCIS

X

—

X

H-11

House Phone - CCIS

X

X

X

H-12

Hotline - CCIS

X

X

X

I-16

Incoming Call Identification - CCIS

X

X

X

D-76D

D-93D

NEAX2400 IPX Feature Programming Manual
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INDEX

–
–
–
–
–

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature carried over to next software series
FEATURE DESCRIPTION

NONNETWORK

FCCS

NEAX2400 IPXNEAX2000 IVS

I-17

Individual Attendant Access - CCIS

X

X

X*

I-18

Inter-Position Transfer - CCIS

X

—

—

L-25

Look Ahead Routing - CCIS

X

X

X

L-29

LDN Night Connection - CCIS

X

X

X

M-34

Message Reminder - CCIS

X

X

N

Message Reminder - Dterm - CCIS

X

X

N

M-35

Message Waiting Lamp Setting - Attendant - CCIS

X

X

X

M-36

Message Waiting Lamp Setting - Station - CCIS

X

X

X

M-37

Miscellaneous Trunk Access - CCIS

X

—

X

M-38

Miscellaneous Trunk Restriction - CCIS

X

—

N

M-39

Modem Pooling - CCIS

X

N

N

M-40

Multiple Call Forwarding - All Calls - CCIS

X

X

X

M-41

Multiple Call Forwarding - Busy Line - CCIS

X

X

X

M-42

Multiple Call Forwarding - Don’t Answer - CCIS

X

X

X

M-43

Multiple Console Operation - CCIS

X

X

X

M-67

Message Center Interface - CCIS

X

X

X

N-15

Night Connection - Fixed - CCIS

X

X

X

N-16

Night Connection - Flexible - CCIS

X

X

X

N-37

Name Display - System - CCIS

X

X

X

N-46

Number Portability - CCIS

X

X

X

O-11

Off-Hook Queuing - CCIS

X

X

X

O-12

Outgoing Trunk Queuing - CCIS

X

X

N

P-28

Paging Access - CCIS

X

X

X

M-34D

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–
–
–
–
–

INDEX

Available
Not Applicable
Not Available
Enhanced Or Changed
Feature carried over to next software series
FEATURE DESCRIPTION

NONNETWORK

FCCS

NEAX2400 IPXNEAX2000 IVS

R-22

Restriction from Outgoing Calls - CCIS

X

X

X

S-52

Serial Call - CCIS

X

X

N

Service Display - Dterm - CCIS

X

—

N

S-54

Simultaneous Voice and Data Transmission - CCIS

X

X

N

S-55

Single-Digit Station Calling - CCIS

X

X

X

S-56

Station-Controlled Conference - CCIS

X

X

X

S-57

Station-to-Station Calling - CCIS

X

X

X

S-58

Station-to-Station Calling - Operator Assistance CCIS

X

X

X

S-59

Step Call - CCIS

X

—

X

S-60

Synchronous Data Switching - CCIS

X

X

X

S-73

Supervisory Call - CCIS

X

X

N

T-26

Toll Restriction - 3/6-Digit - CCIS

X

X

X

T-27

Trunk Answer from Any Station - CCIS

X

X

X

U-5

Uniform Numbering Plan - CCIS

X

X

X

V-7

Voice Call - CCIS

X

X

X

S-53D

Note 1: * This feature is available on the condition that the NEAX2000
Note 2: ** Only 2 modes of Day/Night are available for NEAX2000

IVS2

is the satellite office.

IVS2.

Note 3: Telephone numbers should be used for activating CCIS services through FCCS groups and a NEAX2000

IVS2.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page xxv

This page is for your notes.

Page xxvi

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Attendant Camp-On with Tone Indication

A-1

A-1

Attendant Camp-On with Tone Indication

General Description
This feature permits the Attendant, when a desired station is busy, to hold an incoming call in a special waiting
mode. The Attendant sends a distinctive Camp-On Tone Indication to the busy station. When that station becomes
idle, it is automatically rung and connected to the waiting trunk party upon answering.

Operating Procedure
To activate from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.

ATTENDANT CONSOLE [A-3] indicates incoming call.
Press the ANSWER or INCOMING CALL IDENTIFICATION [I-2] key.
Dial the busy telephone number; receive busy tone.
Press the RELEASE key; warning tone is sent and Camp-On is set.

To cancel from the ATTENDANT CONSOLE [A-3]

1.
2.
3.

Press the loop key corresponding to held call; connect to the waiting trunk party.
Press the DEST key; hear busy tone.
Press the CANCEL key, automatically returns to the trunk party.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

Camp-On is controlled entirely from the ATTENDANT CONSOLE [A-3].
Only one incoming call may be camped-on to a particular station at any given time. Multiple Camp-On is
not allowed.
Calls that remain camped-on for longer than the predetermined timing will initiate AUTOMATIC
RECALL [A-8]. See VARIABLE TIMING PARAMETERS [V-1].
The camped-on station can answer a Camp-On call using the CALL HOLD [C-6] feature if permitted via
CLASS OF SERVICE - INDIVIDUAL [C-15].
When Camp-On is denied, the Attendant may place the incoming call into a hold mode by pressing the
HOLD key.
The maximum number of simultaneous Camp-On’s per ATTENDANT CONSOLE [A-3] is 6. If
ATTENDANT LOOP RELEASE [A-6] is provided, the maximum number is 12.
Camp-On may be denied if the busy station is:
a.) dialing or in the LINE LOCKOUT [L-3] mode.
b.) listening to tone.
c.) being rung.
d.) already camped-on by a previous call.
e.) protected from Camp-On by CLASS OF SERVICE - INDIVIDUAL [C-15].
f.) protected by DATA LINE SECURITY [D-12]. ASFC SFI 11 = 0.
g.) being connected to an Attendant loop.
h.) activating any conflicting feature, such as:
ATTENDANT OVERRIDE
[A-7]
term
[B-5D]
BOSS-SECRETARY OVERRIDE - D
BUSY VERIFICATION
[B-3]
CALL BACK
[C-1]
CALL HOLD
[C-6]
CALL TRANSFER
[C-10, C-11, C-11D]

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 1

A-1

Attendant Camp-On with Tone Indication

Service Conditions (cont’d)

Note:

8.
9.

10.
11.
12.
13.
14.
15.
16.
17.
18.

19.
20.
21.

Page 2

CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
CONSULTATION HOLD - ALL CALLS
[C-17, C-17D]
DATA LINE SECURITY
[D-12]
DATA PRIVACY ON DEMAND
[D-17]
DIAL ACCESS TO ATTENDANT
[D-2]
EXCLUSIVE HOLD - Dterm
[E-4D]
EXECUTIVE RIGHT-OF-WAY
[E-1, E1D]
NON-EXCLUSIVE HOLD - Dterm
[N-7D]
OFF-HOOK QUEUING
[O-7]
OUTGOING TRUNK QUEUING
[O-2, O-2D]
PRIVACY - Dterm
[P-14D]
PRIVACY RELEASE
[P-18]
THREE-WAY CALLING
[T-2, T-2D]
[V-2D]
VOICE CALL - Dterm
In each of the above instances, the Attendant will receive reorder tone.
This feature can be denied on DICTATION ACCESS [D-3] and PAGING ACCESS [P-1] connections by
assigned office data.
The ATTENDANT CAMP-ON WITH TONE INDICATION feature is limited to one call waiting per
station line. The check to allow call waiting limits this feature to calls on a steady 2-party talking state with
a trunk or another station. There is no limit to the number of lines to which this feature can be assigned.
CALL HOLD [C-6]: Attendant Camp-On is denied to a station that has a call on hold or to a station that
has been placed on hold.
Any restriction that prevents a call from terminating directly at a station also prevents a call from waiting
at that station.
DATA LINE SECURITY [D-12]: Attendant Camp-On is denied to a station with this restriction.
STATION HUNTING [S-7, 8, 9]: This feature takes precedence over Attendant Camp-On. If all stations
in the hunt group are busy, the call will wait at the called station.
LINE LOCKOUT [L-3]: A call is not allowed to wait on a line that has been locked out.
ATTENDANT CAMP-ON WITH TONE INDICATION is denied if the called station has activated
CALL BACK [C-1], OUTGOING TRUNK QUEUING [O-2] or has another call waiting.
BUSY VERIFICATION [B-3]: This feature is not allowed when a call is waiting. Attendant Camp-On is
denied to a station in a 3-way call as a result of busy station verification.
CALL BACK [C-1]: Camp-On is denied if another station has activated the CALL BACK [C-1] feature
toward the station.
CALL FORWARDING [C-2, 3, 5]: When Call Forwarding is in effect, the forwarding operation occurs
before any call waiting is allowed. Once a call has been forwarded, the call may wait at the new station if
call waiting is allowed.
HOT LINE [H-1]: Attendant Camp-On is allowed toward the Hot Line.
THREE-WAY CALLING [T-2]: Calls are not allowed to wait on any station involved in a Three-Way
Call.
DATA PRIVACY ON DEMAND [D-17]: Attendant Camp-On is denied to a user who has activated Data
Privacy On Demand.

NEAX2400 IPX Feature Programming Manual
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Attendant Camp-On with Tone Indication

A-1

Interactions
1.
2.
3.
4.

5.
6.
7.
8.
9.

System Data 2, Index 2, Bit 5 will enable ATTENDANT LOOP RELEASE [A-6], which allows 12 calls
to be camped-on to stations by Attendant Console.
The Attendant Console must first be provided.
Route Restrictions disallowing a call to terminate at a station will also disallow ATTENDANT CAMPON.
STATION HUNTING [S-7, 8, 9] and UNIFORM CALL DISTRIBUTION [U-1] take precedence over
ATTENDANT CAMP-ON WITH TONE INDICATION. If all stations in the Station Hunting group are
busy, the call will wait at the called station.
HOTLINE [H-1]: ATTENDANT CAMP-ON is allowed toward the Hotline.
TIE LINE ACCESS [T-3]: ATTENDANT CAMP-ON is denied to a station over a TIE Line (distant end).
ATTENDANT CAMP-ON WITH TONE INDICATION and SERIAL CALL [S-15] are mutually
exclusive.
ATTENDANT CAMP-ON WITH TONE INDICATION is usually denied to a station connected to ValueAdded Modules (VAM).
ATTENDANT CAMP-ON WITH TONE INDICATION is applicable only with incoming C.O. or TIE
Line calls to a busy station. Attendant-assisted station-to-station calls cannot be camped-on.

Programming
STEP 1:

ASFC - Assign to the telephone a Service Feature Class that allows SFI 11. Data must be “1”. Also
allow SFI 10 and SFI 11.
STEP 2: ASYD - System Data 1, Index 64, Bit 6, leave as “0”.
STEP 3: System Data 1, Index 145. This index provides timer for Camp-On call to Recall to the Attendant
Console. For normal operation assign 00H. (RAM data is 3F [Hex] = 30 seconds.)
STEP 4: System Data 2, Index 0, Bit 4 must be assigned as data “1”, BUSY VERIFICATION.
Note: All System Data 1 timers, Indexes 128-159, operate normally on values set via the system RAM. Always
assign OOH. The RAM default values will be noted beside each system timer.

FCCS Programming
No unique programming is required for the FCCS network.
Note: System timers may be set on a network basis in ASYDN.

NEAX2400 IPX Feature Programming Manual
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Page 3

A-2

Attendant-Controlled Conference

A-2

Attendant-Controlled Conference

General Description
This feature permits the Attendant to establish a conference among as many as eight parties. The conferees may
consist of any combination of stations and/or trunks, whether inside or outside parties.

Operating Procedure
1.
2.
3.
4.
5.
6.

Station calls Attendant to request conference.
Attendant connects a party to one of the assigned line circuits.
Attendant sequentially calls all desired parties and connects them to the other line circuits on the
conference.
Once all parties are connected, the conference leader with a push-button telephone may dial digit “0” to
block additional participants, thereby assuring privacy.
If the conference leader dials the digit “#”, all conferees will be disconnected. Otherwise, the conference
is terminated only after all parties have hung up.
To release from a conference circuit individually, a user must hang up. The remaining conferees may
continue without interruption.

Service Conditions
1.
2.
3.
4.
5.
6.

Conference units are designed to provide adequate amplification, but the condition of the Central Office
connections will affect transmission.
Conference extension numbers should be placed in a STATION HUNTING - TERMINAL [S-9] group
with only the pilot number being published.
If the conference leader connected to the conference unit dials digit “#” during the course of the
conference, all conferees will be disconnected.
The conference leader with a push-button telephone must be connected to level “0” of the conference
circuit.
Override services such as BUSY VERIFICATION [B-3], ATTENDANT OVERRIDE [A-7] or
EXECUTIVE Right-of-Way [E-1] are denied on conference call.
Additional hardware is required to implement this feature.

Interactions
The Attendant Console must first be provided.

Programming
STEP 1:

Page 4

ASDT - Assign Tenant No., Station No., LENS No., and the Telephone Equipment Class, (TEC), to
the stations of the PA-CFTB. Also the Service Feature Class and Route Restriction Class (RSC) are
assigned to the telephone. The RSC should allow connections to the incoming and outgoing routes that
will be connected to the conference.
TN:
Tenant Number
STN: Station Number
LENS: Line Equipment Number (6 digits)
TEC: Telephone Class (1-31)
1: DP (10pps)
NEAX2400 IPX Feature Programming Manual
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Attendant-Controlled Conference

A-2

Programming (cont’d)

STEP 2:
STEP 3:

2: PB
3: DP/PB
12: Dterm
13: Data terminal Via Dterm
14: Hot Line
15: CAS Line
16: Data Terminal Via Data Module
18: Virtual Circuit
23: ISDN Terminal
26: VPS
27: Eight Conference Equipment
RSC: Route Restriction Class (0-15)
For assignment of RSC, ARSC command.
SFC: Service Feature Class (0-15)
For assignment of SFC, ASFC command.
ASHP - Assign a Pilot hunting group using the last 7 circuits of PA-CFTB card. Circuit 0 of all PACFTBs to be used for 8-party conference should be put into a Circular Hunt (ASHC).
ASFC - Assign SFI 11 (Data Line Security) as “0”.

FCCS Programming

STEP 1:
STEP 2:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
ASHPN - Assign a Pilot hunting group using the last 7 circuits of PA-CFTB card. Circuit 0 of all PACFTBs to be used for 8-party conference should be put into a Circular Hunt (ASHCN).
ALGSN - Assign stations as directed in ASDT.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 5

A-3

Attendant Console

A-3

Attendant Console

General Description
The ATTENDANT CONSOLE operates on a switched loop basis. Six Attendant loops terminate at each console
via the associated position circuit. The Attendant can answer, originate, hold, extend and re-enter calls through each
loop. The number of calls may be effectively increased to 12 through use of the ATTENDANT LOOP RELEASE
[A-6] feature.

Operating Procedure
Refer to the description of each service feature related to Attendant Console.

Service Conditions
1.

Note:

2.

3.
4.

5.
6.
7.
8.
9.
10.
11.

12.
13.

14.

Page 6

Each ATTENDANT CONSOLE is equipped with dual handset jacks, one on either side. For training
purposes, both jacks may be used simultaneously. For normal operation, the Attendant may choose the
most convenient side.
A drop in volume may be noticed while a second handset/headset is connected.
A console switched loop may receive a second call immediately upon release of the first, regardless of
whether or not the call has been answered by a station when using the ATTENDANT LOOP RELEASE
[A-6] feature.
A maximum of 4 consoles per PIM can be provided.
The maximum number of consoles allowed per system is:
1 IMG System:
16
4 IMG System:
60
IPX-U System:
60
The ATTENDANT CONSOLE is equipped with a digital time display.
The ATTENDANT CONSOLE is equipped with a numerical call waiting display.
When answering a CALL FORWARDING [C-2, 3, 5, 25] call, the Attendant can identify the called
telephone number on display area instead of the trunk number by assigned system data.
The Desk Console for Business System can display a maximum of 24-digit calling/called station number
(telephone number) on the LCD. In addition, the calling number of Caller ID service can be displayed.
The Desk Console can display 8-bit ASCII characters.
Name Display is available when Name Display service is available for the Dterm. The content of the name
display is the same as that of the Dterm.
The maximum number of digits for the Name Display are as shown below:
• 16 for the name assigned by the MAT
• 15 for the calling name sent from the Central Office
When the calling number is not received, the route/trunk number or the Central Office Code (COC) is
displayed instead.
The Desk Console and the current Attendant Console can be used together in a system. However, the
Attendant Console can display a maximum of 24 digit telephone numbers and Caller ID information is not
displayed.
The data setting of the station number display pattern for the Attendant Console (SYS1, Index 82) is
unavailable for the Desk Console.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Attendant Console

A-3

Service Conditions (cont’d)
15.

A PA-CS33 circuit card is required. The switch setting for PA-CS33 (ATI) is shown below:
SWITCH NAME

SW16
16.
17.
18.
19.

SETTING

1

OFF (fixed)

2

ON (fixed)

The Attendant Console must be accommodated in one LN only when used in the IPX-U system.
A terminating node (FPC) must be assigned in the FCCS network.
Identical system data related to Attendant Console should be programmed at all nodes.
A different destination for C.O. incoming call (ring down) cannot be set at each tenant group.

Interactions
There are no known interactions.

Programming
Called numbers display when Call Forwarding to ATTCON.
ASYD - System Data 1, Index 70, Bit 0 (0/1=out of service/in service)
Call Waiting lamp display.
System Data 2, Index 8 and 9, Bit 0-7.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ASYDL - This data must be set to all the nodes.
System Data 1, Index 640: Assign the Fusion Point Code (FPC) of the node providing the Attendant
Console. Note 2
STEP 2: ASPAL - This data must be set to all the nodes.
Assign SRV=SSC, SID=2 (Operator Call), FPC of the node that operator calls are to be terminated to.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: Assign the self FPC at the terminating node.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 7

A-4

Attendant Keypad

A-4

Attendant Keypad

General Description
This feature permits the Attendant to dial all calls from the ATTENDANT CONSOLE [A-3] via a push-button PAD.

Operating Procedure
Refer to the description of each service feature related to Attendant Console.

Service Conditions
1.
2.

3.
4.

Whether the NEAX2400 IPX is equipped with DP or DTMF trunk lines, signals from the ATTENDANT
KEY PAD will be converted.
Via the key pad, the Attendant may originate calls, process incoming calls, and activate various service
features. They are as follows:
a.) Pushbutton Calling [P-4]
b.) Pushbutton Calling - Attendant only [P-5]
c.) Rotary Dial Calling [R-5]
The ATTENDANT KEY PAD generates DC signals, which in turn are converted to either DP or DTMF
signals by the Attendant interface circuit.
The key pad consists of twelve (12) keys used to generate digits 0 through 9, plus the “*” and “#” keys.

Programming
ASYD - System Data 2, Index 2, bit 1. This assignment will determine type of sender used by the
Attendant Console, either dial pulse or push-button, 0/1: DP/PB. The Attendant Console must first be
provided.
System Data 1, Index 134, RAM data is 32H, 4 seconds. This is the interdigit timer for the register/
sender circuit on the ATI card. For normal operation, no assignment is required via the MAT.

Page 8

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Attendant Lockout

A-5

A-5

Attendant Lockout

General Description
This feature denies an Attendant the ability to re-enter an established trunk/station connection without being recalled
by the station.

Operating Procedure
No manual operation is required once this feature has been programmed into system data.

Service Conditions
1.

2.
3.

This feature is, by definition, mutually exclusive with:
ATTENDANT OVERRIDE
[A-7]
BUSY VERIFICATION
[B-3]
Lockout is inoperative on TRUNK-TO-TRUNK CONNECTION [T-10] when the release signal is not
provided from the distant end.
Lockout is not used unless the feature is provided which gives 2-party hold capability. Without this
capability, the completed call is removed from the ATTENDANT CONSOLE [A-3] loop, so the
Attendant cannot reenter for assistance or any other purpose.

Interactions
1.

2.
3.
4.

5.

ATTENDANT OVERRIDE [A-7]: In those cases where answer supervision is returned on TRUNK-TOTRUNK CONNECTIONS [T-10], the Attendant can override the busy condition by using the
ATTENDANT OVERRIDE [A-7] feature.
TRUNK-TO-TRUNK CONNECTION [T-10]: Privacy is automatically disabled for TRUNK-TOTRUNK calls, if the release signal is not provided from the distant end.
SPLITTING [S-4]: The Privacy feature works with the SPLITTING [S-4] feature to cause automatic
splitting.
Switched Loop Operation: Call processing is modified so that pressing a loop key does not cause the
Attendant to be bridged on an established call unless the Attendant is recalled. An exception is a TRUNKTO-TRUNK CONNECTION [T-10] when the release signal is not provided from the distant end.
ATTENDANT-CONTROLLED CONFERENCE [A-2]: When the Attendant reenters a conference
connection to answer a recall, only the Attendant and the recalling station are connected together.

Programming
Per-Route Basis

ARTD - Assign CDN 44:PRV as a “1”, Line Privacy.
Per-Station Basis

ASFC - Assign “0” to SFI 4 and SFI 11 to the SFC assigned to the stations.
Per-Tenant Basis

ASYD - System Data 2, Index 0, bits 3, 4 & 5. Assign data “0”.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 9

A-6

Attendant Loop Release

A-6

Attendant Loop Release

General Description
This feature allows an ATTENDANT CONSOLE loop to become available for a second call as soon as the
Attendant has directed the first call to a station, even if that station does not answer.

Operating Procedure
1.
2.
3.
4.
5.

ATTENDANT CONSOLE indicates an incoming call.
Press the ANSWER or INCOMING CALL INDICATION [I-2] key.
Dial the desired telephone number; receive ringback tone.
Before the station answers, press the RELEASE key.
The loop is now available for another call.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

8.
9.

Unanswered calls will be routed to the Attendant within the predetermined time via AUTOMATIC
RECALL [A-8]. See VARIABLE TIMING PARAMETERS [V-1].
If all Attendant Loop circuits are busy when AUTOMATIC RECALL [A-8] is activated, the system will
automatically scan for an idle Loop every 8 seconds.
A maximum of six calls (one per Loop) may be released simultaneously from any single ATTENDANT
CONSOLE.
This feature provides the Attendant with the equivalent of 12 switching loops.
In a MULTIPLE CONSOLE OPERATION [M-4], the Attendant who initiated the Loop Release will be
recalled.
ATTENDANT LOOP RELEASE is only applicable to incoming trunk calls extended to an unanswered
station or busy station (Camped-On).
Calls that are held by the Attendant, using the HOLD key, cannot be released from the ATTENDANT
CONSOLE [A-3]. These calls remain on the switched loop until they are either extended by the Attendant
or abandoned by the calling party.
After the ATTENDANT LOOP RELEASE is activated, the Attendant cannot interact with the call until
altered by the AUTOMATIC RECALL [A-8] feature.
ATTENDANT CAMP-ON: This feature, when active, permits the Attendant to CAMP-ON [A-1] to a
busy called station. Upon ATTENDANT CAMP-ON WITH TONE INDICATION [A-1], the Attendant
may release the call from the ATTENDANT CONSOLE [A-3].

Interactions
1.
2.
3.
4.
5.

Page 10

The Attendant Console must first be provided.
ATTENDANT LOOP RELEASE and CALL FORWARDING - DON’T ANSWER [C-3] on calls
extended to a station via the Attendant Console (System Data 2, Index 6, Bit 7) are mutually exclusive.
ATTENDANT LOOP RELEASE is only applicable to incoming station or trunk calls extended to an
unanswered station or busy station. See ATTENDANT CAMP-ON WITH TONE INDICATION [A-1].
Calls placed on CALL HOLD [C-6] by the Attendant Console are not released from the console. These
calls remain on the loop until they are either extended by the Attendant or abandoned by the calling party.
A maximum of six calls per console can be released and stored in the system memory. A seventh call
extended (unanswered/camped-on) will remain in the loop.
NEAX2400 IPX Feature Programming Manual
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Attendant Loop Release

A-6

Interactions (cont’d)
6.

Calls processed via SERIAL CALL [S-15] are not released from the Attendant Console. These calls
remain in the loop until completion.

Programming
ASYD - System Data 2, Index 2, Bit 5. Assign as data “1.” Assign on a per-tenant basis.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 11

A-7

Attendant Override

A-7

Attendant Override

General Description
This feature permits an Attendant to enter a busy trunk connection within the NEAX2400 IPX, via the Attendant
Console [A-3]. Upon activation, a warning tone will be heard by the connected parties, after which they will be
connected with the Attendant in a three-way bridge.

Operating Procedure
1.
2.
3.
4.
5.
6.

Press the TKSL key.
Dial the desired trunk route (2 or 3 digits) and the identification numbers (3 digits).
Upon receiving busy tone, press the Busy Verification (BV) key.
A two-burst tone is sent to the connected parties.
The Attendant can now monitor or join the connection.
Press the RELEASE key to disengage.

Service Conditions
1.
2.

3.

Page 12

This feature may be utilized during trunk-to-trunk calls (COT, FX, WATS, CCSA, TIE Lines).
This feature cannot be activated when the connected station/trunk is:
a.) dialing
b.) connected to a three-way connection.
c.) when a PRIVACY [P-14D, P-15D] feature is activated.
d.) connected to a route programmed for Line/Trunk, Privacy, CDN 44:PRV.
e.) listening to a tone (Dial, Reorder, Service Set, Busy, Ringback).
f.) protected by DATA LINE SECURITY [D-12].
g.) being connected to an Attendant loop.
h.) activating any conflicting feature, such as:
BUSY VERIFICATION
[B-3]
BOSS- SECRETARY OVERRIDE
[B-5]
CALL HOLD
[C-6, C-6D]
CALL TRANSFER
[C-10, C-11, C-11D]
CALL WAITING - TERMINATING
[C-12]
CONSULTATION HOLD - ALL CALLS
[C-17, C-17D]
DATA LINE SECURITY
[D-12]
DATA PRIVACY ON DEMAND
[D-17]
DIAL ACCESS TO ATTENDANT
[D-2, D-71]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-1D]
EXCLUSIVE HOLD - Dterm
[E-4D]
term
NON-EXCLUSIVE HOLD - D
[N-7D]
OFF-HOOK QUEUING
[O-7]
OUTGOING TRUNK QUEUING
[O-2, O-2D]
PRIVACY - Dterm
[P-14D]
PRIVACY RELEASE
[P-18]
THREE-WAY CALLING
[T-2, T-2D]
VOICE CALL
[V-2]
In each of the above instances, the Attendant will receive reorder tone.
ATTENDANT OVERRIDE and ATTENDANT LOCKOUT [A-5] are mutually exclusive features.
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Attendant Override

A-7

Service Conditions (cont’d)
4.
5.
6.

Each tone burst is 0.08 seconds in duration and is used to alert both parties that the Attendant is overriding
the conversation.
This feature can be denied on DICTATION [D-3] and PAGING [P-1] connections by assigned ARTD
data.
It is possible, via system data, to completely disable the sending of warning tone during an ATTENDANT
OVERRIDE connection. Normally the two burst Warning Tone is sent when the ATTENDANT
OVERRIDE connection is initiated and then is repeated approximately every 15 seconds. The initial tone
burst is also disabled. If the trunk is connected to a Dterm, the display is as follows:
OPE BV
(Time Display)

7.

8.

After 5 seconds, the display returns to the normal Conference display, CONF.
ATTENDANT OVERRIDE is temporarily denied and reorder tone heard if any of the following features
are active:
a.) EXECUTIVE RIGHT-OF-WAY [E-1]: If the called trunk is connected to a line on which
EXECUTIVE RIGHT-OF-WAY is being used.
b.) Trunk Restriction: If the called tie trunk was routed to reorder tone as a result of trunk restriction.
c.) SPECIAL DIAL TONE [S-2]: If the called trunk is on hold.
d.) ATTENDANT CAMP-ON WITH TONE INDICATION [A-1]: If the called trunk is camped-on
to a busy station.
e.) SERIAL CALL [S-15]: ATTENDANT OVERRIDE is denied to the parties held on the console.
f.) ATTENDANT INTERACTION: During the normal operation of PBX features, situations may
arise whereby a trunk may be connected to an ATTENDANT CONSOLE [A-3]. While the trunk
is connected to the ATTENDANT CONSOLE [A-3] or is in queue at an ATTENDANT
CONSOLE [A-3], the Attendant at the Console or an Attendant at any other Console (when
multiple consoles are provided) is not allowed to bridge on the connection. The trunk must be
connected to a station in a talking mode in order for the ATTENDANT OVERRIDE feature to
function.
The ATTENDANT CONSOLE cannot specify a trunk accommodated in a different node in the FCCS
network.

Interactions
1.

2.
3.

With ATTENDANT OVERRIDE, the following trunk types may be verified (busy or idle status):
a.) One-way incoming trunks
b.) One-way outgoing trunks
c.) Bothway trunk
Trunks in a station-to-trunk connection or TRUNK-TO-TRUNK CONNECTION [T-10] can be verified
when busy.
ATTENDANT LOCKOUT [A-5]: The Attendant is prevented from overriding a busy trunk which is
connected to a loop held at the Attendant Console. Since the lockout feature applies only to calls held on
an Attendant Console loop, ATTENDANT OVERRIDE of those trunks will be denied and the Attendant
will hear reorder tone.

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Page 13

A-7

Attendant Override

Interactions (cont’d)
4.

5.
6.
7.

CALL FORWARDING - ALL CALLS [C-5], BUSY [C-2] or DON’T ANSWER [C-3]: If an Attendant
attempts to busy verify an idle or busy station line that has activated the Call Forwarding feature, busy
verification of the destination station will occur. If an Attendant attempts to busy verify an idle or busy
station which is call forwarded to the Attendant Console, ATTENDANT OVERRIDE will not be allowed.
DICTATION ACCESS [D-3]: ATTENDANT OVERRIDE will be denied towards the Dictation Access
trunks.
PAGING ACCESS [P-1]: ATTENDANT OVERRIDE is denied to the Paging Access trunks.
DATA PRIVACY - CCIS [D-67] [D-68]: To prevent interruption of data transmission, the Attendant
cannot override a trunk connected to a busy station line when the user activates this feature.

Programming
STEP 1:

STEP 2:

ASYD - System Data 1, Index 78, Bit 0 & 1.
System Data 1, Index 60, Bit 5. Is the two-burst Warning Tone to be disabled? No/Yes.
System Data 1, Index 68, Bit 4. Trunk select (TKSL) key must be enabled. Assign data “1.”
System Data 2, Index 0, Bit 3, assign as data “1.”
System Data 1, Index 158, timer between tones.
ATRK - Assign the LEN as Route 909, Digital Conference Trunk. LEN # consists of the following:
Local Processor Unit
Group
Level
XX

STEP 3:

STEP 4:

X

XX

X

Group and Level numbers for the Digital Conference Trunk are 210, 213, 216, 221, 224, 227, 232 and
235.
ASFC - For stations susceptible to ATTENDANT OVERRIDE, assign a Class of Service that allows
SFI 4, EXECUTIVE RIGHT-OF-WAY [E-1], and SFI 11, ATTENDANT CAMP-ON WITH TONE
INDICATION [A-1].
ARTD - When a station is connected to a trunk, CDN 44:PRV of the route must be assigned as data
“0” for ATTENDANT OVERRIDE to be allowed.

FCCS Programming
No unique programming is required for the FCCS network.

Page 14

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Automatic Recall

A-8

A-8

Automatic Recall

General Description
This feature works as a timed reminder. When a call handled by the Attendant remains on hold, camped-on, or
ringing unanswered for a fixed interval, the Attendant is automatically alerted.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.
6.

AUTOMATIC RECALL [A-8] timing is preset in system data at 30 seconds. See VARIABLE TIMING
PARAMETERS [V-1] for other selectable timing choices.
If the Attendant reenters a held or camped-on trunk, timing is reset when the trunk is returned to the
previous condition.
The Attendant Console buzzer will sound to signal Recall, provided no calls are being processed, in
addition to the standard visual indication for incoming calls.
This feature is denied on INCOMING CENTRAL OFFICE CALL TO TIE LINE CONNECTION [I-3].
When an Attendant answers AUTOMATIC RECALL, either the dialed number or the calling telephone/
trunk number can be displayed (on system data basis).
The indication on the ATTENDANT CONSOLE [A-3] follows DIGITAL DISPLAY - STATION [D-5].
When the dialed number (destination) is displayed, the display is as follows:
Tenant Number:
Blank Space
Trunk Route Restriction Class:
Blank Space
Telephone Number:
Dialed Number (Last Digits)

Interactions
1.
2.

3.

4.

5.

This feature is available on calls extended to a branch PBX via a CENTRALIZED ATTENDANT
SERVICE [C-20] (CAS) position.
System Data 2, Index 6, Bit 7. On a per-tenant basis, allow this Bit for CALL FORWARD - DON’T
ANSWER [C-2] via the Attendant Console. During this operation, the call will ring at the called station
for the time interval set in System Data 1, Index 141 (ASYD 145 must be longer than 141). The call is then
forwarded and rings at the forwarded station for the time interval set in Index 145. If the call is still not
answered, it will be recalled to the Attendant Console via the AUTOMATIC RECALL feature.
System Data 1, Index 70, Bit 0 (Called Number Display). This Bit does not affect the display on the
Attendant Console for recalled calls. It is used for DIDs that have call forwarded to the Attendant or if the
Attendant reenters the loop on an extended call before AUTOMATIC RECALL has taken place.
When a trunk call recalls back to the Attendant Console, the destination telephone number will display,
and the SOURCE (SRC) LED will be lit. By pressing the SRC key, the display will change to the
originating route and trunk number. By pressing the DEST key, the display will change to the destination
station.
The station will continue to ring even as the call recalls to the Attendant Console. If the station should
answer at the same time the Attendant answers the recalling call, a three-way conversation will take place
(if conferencing is allowed and a conference card is programmed and installed). The Attendant can press
the SRC, DEST, or TALK keys to achieve the desired conversation or press the RELEASE key to get out
of the conversation.

NEAX2400 IPX Feature Programming Manual
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Page 15

A-8

Automatic Recall

Programming
ASYD - System Data 1, Index 145. Timer Class 1 = 2 second.
For normal operation, assign 00H [RAM data is 94H]. Any call that uses AUTOMATIC RECALL
keeps one of the Attendant Console switched loops busy. Since there are six loops per Attendant
console, the maximum use of this feature is limited to that number. The AUTOMATIC RECALL
interval (normally set for 30 seconds) is a system option (System Data 1, Index 145) and can be varied
from two seconds to two minutes, in increments of two seconds.
System Data 1, Index 73, Bit 6 = 0.

Page 16

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Automatic Recall - Dterm

A-8D

Automatic Recall - Dterm

A-8D
General Description

This feature works as a timed reminder. When a Dterm handled call remains on hold (EXCLUSIVE HOLD [E-4D]
or NON-EXCLUSIVE HOLD [N-7D]) or during an unattended transfer for a variable, programmable period of
time, the D term is automatically alerted.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.

4.

AUTOMATIC RECALL - Dterm timing is default in system data at 30 seconds. See VARIABLE TIMING
PARAMETERS [V-1] for other selectable timing choices.
If the Dterm reenters a held or transferred call, timing is reset when the call is returned to a RECALL
position.
When a held call returns to the D term, a continuous ring of 0.5 seconds ON, 0.5 seconds OFF, and an LED
flashing at 240 IPM occurs until the call is retrieved. The upper LCD goes blank during recall. The signal
occurs whether the Dterm is on-hook or off-hook.
When an unattended transfer returns to the originator of the transfer, the D term will ring normally for 30
seconds (VARIABLE TIMING PARAMETERS [V-1]), if the release signal is not provided from the
distant end. The LCD displays:
Transferred
Transferring
Station
Station/Trunk
RECALL

XXXX

XXXX

(Time Display)

When the telephone number of the transferred/transferring station exceeds 8 digits, the last 8 digits are
displayed. However, a maximum of 16 digits transferring telephone number can be displayed on the middle
line of LCD depending on the system data.
5.
When a Dterm holds a call by NON-EXCLUSIVE HOLD [N-7D] during a THREE-WAY CALL [T-2D],
the AUTOMATIC RECALL - D term feature cannot be activated.

Note:

Programming
ASYD - System Data 1, Index 144. Recall timing of calls placed on EXCLUSIVE HOLD [E-4D] and
NON-EXCLUSIVE HOLD [N-7D]. For normal operation of 30 seconds, leave as data 00H. (RAM
data is 3FH)
System Data 1, Index 140. Recall timing of station transfers.
System Data 2, Index 12, Bit 0 - Ringer for NON-EXCLUSIVE, Bit 1 - Ringer for EXCLUSIVE
0 = Required
1 = Not Required

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Page 17

A-15

Announcement Service

A-15

Announcement Service

General Description
This feature allows a user to hear a prearranged announcement when the user dials a predetermined access code.

Operating Procedure
1.
2.
3.

Lift the handset; receive dial tone.
Dial the announcement trunk access code.
Listen to the message from the announcement machine.

Service Conditions
1.

2.

3.
4.
5.
6.
7.
8.
9.

This feature requires one of the following hardware alternatives:
a.) Central Office Trunk (COT) or 2W E&M trunk (TLT) and an announcement machine.
b.) Digital Announcement Trunk (DAT).
The following connections are available:
a.) multi connection: many users or tie line trunks can connect to one announcement trunk at the
same time.
b.) single connection: at any given time, only one station/trunk can connect to one announcement
trunk.
This feature is also available for tie line trunk access to announcement trunk.
This connection can be continuous until a user hangs up or it can be disconnected after 30 seconds. This
function can be selected on a per announcement trunk basis.
Before connection to the announcement machine is made, the system can be programmed to send ringback
tone.
When this feature is activated from a tie line, an answer supervision signal will be sent to the far end PBX.
ANNOUNCEMENT SERVICE can be provided for a maximum of 127 trunks, which include the
announcement trunks for CALL FORWARDING - INTERCEPT/ANNOUNCEMENT [C-25].
This feature is available from the Attendant Console. The Attendant dials the announcement trunk access
code and listens to a message from the announcement machine.
ANNOUNCEMENT SERVICE is provided to FCCS nodes that have no announcement trunk in the
remote node.

Interactions
1.
2.

Each route connected to an announcement machine is also an EQP. The same route can be assigned as
different EQP’s. However, it is best to separate EQP functions by route.
8TLT, 16 COT, or 4DAT cards may be used.

Programming
STEP 1:
STEP 2:

Page 18

ANPD - Reserve a number level for trunk access. Assign for Connection Indexes Normal (N) and
Hooking (H). Assign for NND values in accordance with a predetermined numbering plan.
ASPA - Assign an access code to the announcement trunk. Assign SRV=ANNC (Announcement
Service). The EQP number assignment should be as assigned in the AAED command. TYPE =? 0/1.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Announcement Service

A-15

Programming (cont’d)
STEP 3:

STEP 4:
STEP 5:
STEP 6:
STEP 7:

STEP 8:

ARTD - Assign the announcement route as shown below. Be sure to provide privacy by programming
CDN 44:PRV as data “1”.
RT: 1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:1
7-L/T
:1
8-RLP
:2
15-LSG
:4
ARSC - Assign a Route Restriction Class (RSC) to the station that allows access to the Announcement
route. Assign RSC 0 to the Attendant, and allow that RSC access to the Announcement route.
ATRK - Assign the LEN Number, Announcement Trunk Route Number. Assign one or more trunks to
a specific route used to connect to an announcement machine.
MBTK - Assign the Make Idle status to the announcement trunk.
ARRC - If TIE Line, DID, or REMOTE ACCESS TO PBX [R-2] connection to the Announcement
Service trunk is required, allow trunk-to-trunk connection using ARI-D-RES=1 (Direct Connection is
allowed.)
AAED - This command is used to assign announcement equipment.
Dead Level:
Assign:
TN:
Tenant Number
EQP: (Announcement Equipment Number) = 0 (Dead Level). For example, level 8 is not assigned
an announcement is returned rather than a reorder tone.
RT, TK:Route and Trunk number of the trunk connected to the announcement equipment.
Unused Number:
Assign:
TN:
Tenant Number
EQP: 1 (Unused Number). For example: EXT-7836 is not in the system. An Announcement is
returned rather than a reorder tone.
RT, TK:Route and Trunk number of the trunk connected to the announcement equipment.
Announcement Service:
Assign:
TN:
Tenant Number
EQP: = 2 - 15
RT, TK:Route and Trunk number of the trunk connected to the announcement equipment.
C:
Duration of Connection, 0/1:Disconnection occurs in 30 seconds / Connection is held until the
station releases. See the requirements of the application for the announcement equipment. For
Dead Level applications, data 0 is assigned.
R:
Sending RBT 0/1: sending RBT/not sending RBT.
A:
Answer Signal Sending, 0/1: no answer from Incoming trunk/Answer from Incoming trunk.
Normally assign data “1”.
M:
Multiple Connection 0/1: Single Connection/Multiple Connection. Usually assign for single
connection.

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A-15

Announcement Service

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
STEP 1: ALRTN - This data must be assigned to the NCN.
Assign the logical route number to the physical route.
STEP 2: AAEDN - This data must be assigned to the NCN.
Assign the announcement equipment data.
UGN: User Group Number
EQP: Announcement Equipment Number
0 = Dead Level
1 = Unused Number
2-15 = Announcement service
C:
Duration of Connection
0 = Disconnection occurs in 30 seconds
1 = Connection is held until the station releases. See the requirements of the application for
the announcement equipment. For Dead level applications, data 0 is assigned.
R:
Sending RBT
0/1 = Yes/No
A:
Answer Signal Sending (Answer from the incoming trunk)
0 = No/Yes Normally assign data “1”.
M:
Multiple Connection
0/1 = Single Connection/Multiple Connection
LGRT: Logical Route
TK:
Trunk Number *Not necessary for “M = 1”
STEP 3: ARRCN - This data must be assigned to the NCN.
Release the restriction between the terminating trunk and the announcement trunk.
STEP 4: ARSCN - This data must be assigned to the NCN.
Release the restriction between the announcement trunk and the station.
Note: The current command data shown is set to all nodes using the service: ASTD, ARTD, ATRK, MBTK

Page 20

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Alternate Routing

A-16

A-16

Alternate Routing

General Description
This feature automatically routes outgoing on or off-net calls over alternate facilities when the first-choice trunk
group is busy. The user selects the first-choice route by dialing the corresponding access code, and the equipment
then routes the call through alternate trunk groups only if the first is busy. The NEAX2400 IPX will also add or
delete digits, when necessary, to complete the call to the desired station.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.

No indication is provided to a user if the call is routed over first-choice or subsequent choice facilities.
STATION MESSAGE DETAIL RECORDING [S-10] may be used in conjunction with this feature.
The same route can be included in two or more alternative groups.
The total number of routes that can be included in a single route advance group is 15.
The total number of routes that can be contained in the system is 255.
The same route can be included in two or more alternative groups.
The maximum number of trunks to be included in a route is 255.
ALTERNATE ROUTING [A-16] occurs only when the dialed code accesses the first-choice trunk group
in the ALTERNATE ROUTING list.
The outgoing call to the trunk belonging to the different node in the FCCS network is available. For more
detailed information, see the NEAX2400 IPX Fusion Network System Manual.

Interactions
1.

2.
3.

ALTERNATE ROUTING may be affected by TOLL RESTRICTION -3/6 DIGIT [T-7]. For example,
two routes of WATS provide the same service but for two separate Route Restriction Classes. Stations of
one RSC will be allowed to advance to the second WATS route while the other RSC will not.
If LEAST-COST ROUTING [L-5] is used, ALTERNATE ROUTING is not used. However, they may be
made available in the same system.
ALTERNATE ROUTING provides for no digit translation, therefore, only routes of the same type may
be used. Keep this in mind when coordinating Route Advance groups consisting of DDD and FX routes.

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:

ANPD - Reserve a number level for trunk access. Assign for Connection Indexes Normal (N) and
Hooking (H). Assign NND values in accordance with a predetermined numbering plan.
ASPA - SRV = OGCA (Outgoing Call Advance), assign access code, count number of Routes in a
Route Advance Group, and the Route Numbers in the group.
ARSC - A station must be assigned an RSC that will allow access to the routes in the ALTERNATE
ROUTING Route Advance Group.
AMND - must be assigned for the number of digits dialed.

NEAX2400 IPX Feature Programming Manual
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Page 21

A-16

Alternate Routing

FCCS Programming
Refer to the NEAX2400 IPX Fusion Network System Manual.

Page 22

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Audible Indication Control

A-17

A-17

Audible Indication Control

General Description
This feature allows the Attendant to adjust the audible indications provided to the ATTENDANT CONSOLE [A-3].

Operating Procedure
The Attendant Console is equipped with a volume control that can raise or lower the internal speaker level. The
volume control is located on the left side of the Attendant Console. The audible indication may also be turned off
when required.

Service Conditions
Each Attendant Console can adjust the audible indications to the ambient noise level, or completely disable this
feature where necessary.

Programming
No programming is required.

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Page 23

A-18

Account Code

A-18

Account Code

General Description
This feature is an adjunct to STATION MESSAGE DETAIL RECORDING [S-10], which provides a user with the
capability to enter a cost-accounting or client-billing code (up to 10 digits) into the system before dialing a long
distance number.

Operating Procedure
To enter an ACCOUNT CODE

1.
2.
3.
4.

Lift the handset; receive dial tone.
Dial the feature access code; receive service set tone.
Dial the ACCOUNT CODE (up to 10 digits).
Receive dial tone and dial the called number.
Note: Feature access code - Access code for ACCOUNT CODE entry will be a maximum of 3 digits.
To enter an ACCOUNT CODE after an AUTHORIZATION CODE [A-20]

1.
2.
3.
4.
5.

Lift the handset; receive dial tone.
Dial the feature access code for AUTHORIZATION CODE and receive service set tone.
Dial the AUTHORIZATION CODE (up to 10 digits) and receive second service set tone.
Dial the ACCOUNT CODE and receive dial tone.
Dial the called number.

Service Conditions
1.
Note:

2.
3.
4.
5.
6.

The maximum number of digits for an ACCOUNT CODE is 10. There is no limitation to the number of
account codes used per system.
Service set tone after the feature access code can be eliminated by system data. System data is common for
ACCOUNT CODE, AUTHORIZATION CODE [A-20] and FORCED ACCOUNT CODE [F-7].
A user can enter an ACCOUNT CODE of fewer digits than the maximum length defined and indicate the
end of entry by pressing the # key.
The user may decide if ACCOUNT CODE follows the AUTHORIZATION CODE (per tenant basis).
ACCOUNT CODE dialing is also effective while in CONSULTATION HOLD [C-17]. A special dial tone
is received after entering the ACCOUNT CODE.
Stations are assigned this feature via Class of Service.
ACCOUNT CODES can be output in the SMDR record for calls handled with OUTGOING TRUNK
QUEUING [O-2] and OFF-HOOK QUEUING [O-7].

Interactions
1.
2.
3.
4.

Page 24

If FORCED ACCOUNT CODES [F-7] are used, ACCOUNT CODES, by definition, are not.
ACCOUNT CODE is also effective while in CONSULTATION HOLD [C-17]. A special dial tone is
received after the ACCOUNT CODE.
When using this feature on a single-line telephone or Dterm, the user can use the SPEED CALLINGSYSTEM, GROUP, INDIVIDUAL or SPEED CALLING-ONE TOUCH (Dterm) to complete the call.
ACCOUNT CODES cannot be entered by a station upon answering an incoming trunk call. The
ACCOUNT CODE can be entered by the Attendant Console before extending the call to a station.
NEAX2400 IPX Feature Programming Manual
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Account Code

A-18

Interactions (cont’d)
5.
6.

7.
8.

The access code for ACCOUNT CODES is restricted to a maximum of three digits.
STATION MESSAGE DETAIL RECORDING [S-10] Split Billing (System Data Option): On transferred
calls, or incoming calls via the Attendant Console, the ACCOUNT CODE will be recorded in all the call
records.
When OUTGOING TRUNK QUEUING [O-2] is initiated, the ACCOUNT CODE will be recorded when
the call is completed.
When a Dterm user initiates the LAST NUMBER DIALED [L-6D] feature, the ACCOUNT CODE will be
recorded, if previously dialed.

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:
STEP 5:

STEP 6:

ASYD - System Data 1, Index 43, bit 2. Is service set tone sent after the ASPA access code for
ACCOUNT CODE? 0/1: No/Yes. Assign data “1”.
System Data 2, Index 3, bit 4. Is ACCOUNT CODE used with Authorization Code? 0/1: No/Yes.
System Data 1, Index 93, bit 6 = 0.
ANPD - Reserve a number level for service feature access. Assign Connection Index, CI = N, H, B;
Normal (N), Hooking (H), and Busy (B) (applicable to any service feature assigned to this level).
Assign NND in accordance with a predetermined numbering plan.
ASPA - For SRV = SSC (Service Code) SID = 41, assign the access code. Assign the number of digits
in the ASPA service feature access code plus the number of digits that will appear in the ACCOUNT
CODE for the NND parameter. When ACCOUNT CODE operates with AUTHORIZATION CODE
[A-20], the above assignment is omitted. In ASPA, assign for SRV = SSC (Service Code), SID = 42.
The NND value will include the number of digits in the ASPA service feature access code plus the
number of digits that appear in the ACCOUNT CODE.
For example:
45 - 511234 - 617- 555 - 2323
2 + 6 =
8
ACC + ACCT CODE = NND
For example:
44 - 623423 - 511234 - 617 - 555 - 2323
2 + 0 + 6 = 8
ACC + AUTH CODE + ACCT CODE = NND
ASFC - For stations to use ACCOUNT CODE, assign a Class of Service that allows SFI 27.
AMND - If Authorization Codes are used with ACCOUNT CODES, then for Tenant 0, assign the
Destination Code (DC) as the first digit of all Authorization Codes and the Maximum Necessary Digits
(MND) of the Authorization Codes. For the above example, a DC of six is assigned with an MND of
six.
AATC - Assign when Authorization Code is used.

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A-18

Account Code

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - Reserve a number level for service feature access. Assign Connection Index, CI = N, H, B;
Normal (N), Hooking (H), and Busy (B) (applicable to any service feature assigned to this level).
Assign NND in accordance with a predetermined numbering plan.
STEP 2: ASPAL - For SRV = SSC (Service Code) SID = 41, assign the access code. Assign the number of
digits in the ASPAL service feature access code plus the number of digits that will appear in the
ACCOUNT CODE for the NND parameter. When ACCOUNT CODE operates with
AUTHORIZATION CODE [A-20], the above assignment is omitted. In ASPAL, assign for SRV =
SSC (Service Code), SID = 42. The NND value will include the number of digits in the ASPAL
service feature access code plus the number of digits that appear in the ACCOUNT CODE.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

Page 26

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Attendant Night Transfer

A-19

A-19

Attendant Night Transfer

General Description
When the ATTENDANT CONSOLE [A-3] is in night mode, any operator calls (dial 0 calls) are automatically
routed to a predetermined night station.

Operating Procedure
To answer night call

1.
2.
3.
4.
5.

The user dials the operator call code; receives ringback tone.
An operator call is automatically transferred to the night answer station.
The calling party hears ringback tone.
Ringing signal is sent back to the night station.
The night station goes off-hook to answer the call. If necessary, this station can transfer the call to another
station within the system or an outside party, using the CALL TRANSFER - ALL CALLS [C-11] feature,
or transfer to an outside party, using TRUNK-TO-TRUNK CONNECTION [T-10] for incoming tie trunk
calls to the operator.

Service Conditions
1.
2.

3.
4.
5.
6.

7.
8.
9.

10.
11.

If the Night Station to which an operator call has been directed is busy, the calling party will receive a
ringback tone until the Night Station becomes idle.
This service feature may be provided with NIGHT CONNECTION - FLEXIBLE [N-2] or NIGHT
CONNECTION - FIXED [N-1] to a Night Station. The night connection station can also be assigned as a
Night Station for ATTENDANT NIGHT TRANSFER.
If the Night Station is set for CALL FORWARDING - ALL CALLS [C-5], operator calls terminated to
that station will be forwarded to the designated station.
The Night Station can be assigned as a station in a STATION HUNTING [S-7, 8, 9] group.
One Night Station per tenant is available in multi-tenant arrangements.
The Night Station can set CALL FORWARDING - ALL CALLS [C-5], CALL FORWARDING - BUSY
LINE [C-2], CALL FORWARDING - DON'T ANSWER [C-3] to another station. When the Night Station
has set CALL FORWARDING - BUSY LINE [C-2] to Attendant, the call is placed in a queue until the
Night Station becomes idle. When the Night Station has set CALL FORWARDING - DON'T ANSWER
[C-3] to Attendant, the call is not forwarded, and the station keeps ringing.
PRIORITY CALL [P-9] and OFF-HOOK ALARM [O-6] are not routed by this function.
The Night Station can be assigned as a station in a UCD [U-1] group.
If an incoming call terminates at the Night Station assigned by NIGHT CONNECTION - FIXED/
FLEXIBLE [N-1, 2], and the station has set CALL FORWARDING - ALL CALLS [C-5] to the
ATTENDANT CONSOLE [A-3], the incoming call will be forwarded to a Night Station assigned by
ATTENDANT NIGHT TRANSFER [A-19].
This operation is not applicable to LDN calls. Refer to LDN NIGHT CONNECTION [L-28] for more
details.
Operator calls from a station or TIE LINE trunk in a satellite system (CAS [C-20]) can be transferred to
the Night Station.

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A-19

Attendant Night Transfer

Service Conditions (cont’d)
12.

13.
14.
15.

16.
17.

18.
19.

Programmed Night Stations can use CALL HOLD [C-6], CALL TRANSFER [C-10, 11] and THREEWAY CALLING [T-2], provided these features are programmed into the CLASS OF SERVICE INDIVIDUAL [C-15].
Operator calls after Consultation Hold is not transferred to the Night Station.
Individual Attendant calls are not transferred to the Night Station assigned by ATTENDANT NIGHT
TRANSFER.
The Night Station can set CALL FORWARDING - ALL CALLS - OUTSIDE [C-28], CALL
FORWARDING - BUSY LINE - OUTSIDE [C-60], and CALL FORWARDING - DON'T ANSWER OUTSIDE [C-74].
When a DIT call terminates to a station that has set CALL FORWARDING - ALL CALLS [C-5] to
Attendant, the call will be forwarded to a Night Station assigned by this service.
In case a station places an incoming call on hold and calls an Attendant, this service is not activated and
the station receives reorder tone (including CALL FORWARDING - ALL CALLS [C-5] and CALL
FORWARDING - BUSY LINE [C-2]).
An incoming call is transferred to a station in the same node that accommodates the calling station/trunk
in the FCCS network.
A telephone number cannot be used (must be Physical Station Number).

Interactions
1.
2.

3.
4.
5.

6.

There can be only one ATTENDANT NIGHT TRANSFER station per tenant.
The ATTENDANT NIGHT TRANSFER telephone number must be programmed using the
MAINTENANCE ADMINISTRATION TERMINAL [M-18] (MAT). This telephone number may be the
same number as the NIGHT CONNECTION-FIXED/FLEXIBLE [N-1, N-2] number, but each must be
individually assigned. PRIORITY CALL [P-9] and OFF-HOOK ALARM [O-6] calls cannot be answered
by the ATTENDANT NIGHT TRANSFER station.
Stations CALL FORWARDING [C-2,3,5] calls to the operator (dial 0) will be directed to the
ATTENDANT NIGHT TRANSFER station.
CALL WAITING [C-12]: This feature cannot be activated at the ATTENDANT NIGHT TRANSFER
station for operator directed (dial 0) calls.
STATION HUNTING [S-7,8,9]: If the ATTENDANT NIGHT TRANSFER station is in a station hunting
group and all stations in the group are busy, the call will wait in queue at the ATTENDANT NIGHT
TRANSFER station and will be answered by the first available station in the hunt group.
A telephone number cannot be used (must be Physical Station Number).

Programming
STEP 1:
STEP 2:

Page 28

ASID - Assign the Tenant, Group Number (GN) 1-7, and Function (F) = 3, ATTENDANT NIGHT
TRANSFER. Assign the point of destination as a station, and assign the station number.
ASGD - Assignment is not required. All stations in the tenant group will be affected.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Authorization Code

A-20

A-20

Authorization Code

General Description
An AUTHORIZATION CODE is a numerical code dialed by users (up to 10 digits), which will override the station
CLASS OF SERVICE - INDIVIDUAL [C-15] for facility access restriction.
The AUTHORIZATION CODE can be masked on the Dterm display if necessary using the AUTHORIZATION
CODE DISPLAY ELIMINATION [A-99].
When a wrong code is received from a station/trunk, detailed information on the unauthorized user is output as
System Message [26-M]. This message is Toll Fraud Report.

Operating Procedure
There are two procedures for entering an AUTHORIZATION CODE in the system database. One of the following
choices will be employed:
Procedure 1

• Without an ACCOUNT CODE [A-18]:
1.
Lift the handset and receive dial tone.
2.
Enter the feature Access Code and receive service set tone.
3.
Enter the AUTHORIZATION CODE (up to 10 digits).
4.
Receive dial tone.
5.
Enter the number to be called.
Note:

•
1.
2.
3.
4.
5.

The feature access code for AUTHORIZATION CODE will be a maximum of three digits.
With an ACCOUNT CODE [A-18]:
Lift the handset and receive dial tone.
Enter the feature Access Code and receive service set tone.
Enter the AUTHORIZATION CODE and receive second service set tone.
Enter the ACCOUNT CODE [A-18] and receive dial tone.
Enter the number to be called.

Procedure 2 (only for LEAST COST ROUTING [L-5] calls)

• Without an ACCOUNT CODE [A-18]:
1.
Lift the handset and receive dial tone.
2.
Enter the number to be called.
3.
If an AUTHORIZATION CODE is required, the caller will receive special dial tone.
4.
If special dial tone is received, enter the AUTHORIZATION CODE (up to 10 digits) or the call is denied.
• With an ACCOUNT CODE [A-18]:
1.
Lift the handset and receive dial tone.
2.
Enter the feature access code for the ACCOUNT CODE [A-18] and receive service set tone.
3.
Enter the ACCOUNT CODE [A-18] and receive dial tone.
4.
Enter the number to be called.
5.
If AUTHORIZATION CODE is required, the caller will receive special dial tone.
6.
If special dial tone is received, enter AUTHORIZATION CODE (up to 10 digits) or the call is denied.
Note:

The feature access code for ACCOUNT CODE will be a maximum of three digits.

NEAX2400 IPX Feature Programming Manual
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A-20

Authorization Code

Service Conditions
1.
2.

Note:

3.
4.

5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.

A maximum of 10 digits for AUTHORIZATION CODE can be dialed, and 8 digits will be registered on
STATION MESSAGE DETAIL RECORDING [S-10].
The maximum number of AUTHORIZATION CODES is 4,000. This number is dependent upon system
configuration.
These specifications are based on the digits being assigned as follows:
1st digit:
A (when A equals a unique digit from 0 - 9)
2nd digit:
B - C (when b, c equal any two unique digits from 0 - 9)
3rd digit:
D-E (when d, e equal any two unique digits from 0 - 9)
4th digit:
F-G-H (when f, g, h equal any three unique digits from 0 - 9)
5th - 8th digits:
Any combination 0 - 9
9th & 10th digits:
Assigned using the checksum. These are for validation purposes only.
See ETI: 091 for more details.
See ETI: 082 for details on AUTHORIZATION CODE/FORCED ACCOUNT CODE [F-7] assignment.
Service set tone is common to AUTHORIZATION CODE, ACCOUNT CODE [A-18] and FORCED
ACCOUNT CODE [F-7], but can be eliminated by system data as required.
AUTHORIZATION CODE and FORCED ACCOUNT CODE [F-7] cannot be provided simultaneously
for the same tenant group. System data determines, on a per-tenant basis, whether AUTHORIZATION
CODE or FORCED ACCOUNT CODE [F-7] is used.
AUTHORIZATION CODE dialing (Procedure 1) is also effective with CONSULTATION HOLD [C17]. Special dial tone is received instead of dial tone after AUTHORIZATION CODE.
Procedure 2 is effective only for LEAST-COST ROUTING - 3/6-DIGIT [L-5] calls.
Stations must be assigned for Procedure 1 and 2 via CLASS OF SERVICE - INDIVIDUAL [C-5]
programming in system data.
In Procedure 1, system data can determine, on a per-tenant basis, whether or not an ACCOUNT CODE
[A-18] follows the AUTHORIZATION CODE.
Assigned AUTHORIZATION CODES can be used for the REMOTE ACCESS TO SYSTEM [R-2]
function.
OG TRUNK QUEUING [O-2] and OFF-HOOK QUEUING [O-7] can be set according to the Service
Feature Class of the user’s AUTHORIZATION CODE.
AUTHORIZATION CODE can be recorded in the STATION MESSAGE DETAIL RECORDING [S-10]
for Procedure 2.
The registered/non-registered condition of the AUTHORIZATION CODE is not included in the
information block of Condition B on the SMDR output format.
Attendant cannot activate this feature by Procedure 1.
When the user goes on-hook or hooking, changed class goes back to normal class.
See Service Conditions for the AUTHORIZATION CODE DISPLAY ELIMINATION [A-99].

Interactions
1.
2.
3.
4.

Page 30

If FORCED ACCOUNT CODES [F-7] are used, AUTHORIZATION CODES are not used within the
same tenant.
AUTHORIZATION CODES may be used in conjunction with ACCOUNT CODES [A-18].
When assigning an AUTHORIZATION CODE Restriction of 1 in AATC, the RSC must be constructed
in ARSC.
AUTHORIZATION CODES can be unrestricted or assigned one of 15 Route Restriction Classes.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Authorization Code

A-20

Interactions (cont’d)
5.

Note:

6.

7.
8.
9.
10.
11.
12.
13.

There are no restrictions regarding the first digit of AUTHORIZATION CODES, except what is
programmed in AMND. Tenant 0 does not conflict with the PBX numbering plan. This is true when
separate tenant tables are provided. If common tenant tables are used, a conflict between LCR(S) and
OGC(A), used with SMDR, will occur.
The access code to the service feature AUTHORIZATION CODE must be assigned within the PBX
numbering plan.
If ASPA, SRV = LCR (Least Cost Route Selection) / LCRS (Register Sender LCR) AH parameter is
assigned as data “1”, the request for an AUTHORIZATION CODE is determined by the ARSC
assignment of the station in relationship to the chosen route.
When a Dterm user initiates the LAST NUMBER DIALED [L-6D] feature, the AUTHORIZATION
CODE will be recorded if previously dialed.
The AMND command determines the length of AUTHORIZATION CODES, based on the first digit of
the code.
AUTHORIZATION CODES are recorded by STATION MESSAGE DETAIL RECORDING [S-10],
Procedure 2.
AUTHORIZATION CODES cannot be entered by the Attendant Console.
PEG COUNTS [P-7] of invalid AUTHORIZATION CODES are not available.
AUTHORIZATION CODES can be dialed by a user when establishing a CONSULTATION HOLD [C17] connection.
For Procedure 2, LCR(S) must be provided.

Programming
There are two methods of Authorization Code assignment: Full Implementation and the Checksum methods.
In the Full Implementation method, the whole AUTHORIZATION CODE is assigned in the AATC command
and SYS1. Indexes 12, 13, & 14 are assigned 00H. In the Checksum method, partial assignment for each
AUTHORIZATION CODE is assigned in the AATC command. The last one or two digits (programmable
option) are determined by the system according to the data assignments in ASYD, SYS 1, Indexes 12, 13,
and 14.
STEP 1: ASYD - System Data 1, Index 12. If Index 12 = 0, no Checksum method is used, and Indexes 13 and
14 are ignored, regardless of their assignments. Each Bit in Index 12 directly correlates to a digit in the
AUTHORIZATION CODE assigned in AATC, and will determine the first digit of the Checksum
method. For this example, 26428 has been assigned as the AUTHORIZATION CODE in AATC.
Arbitrarily pick any Bits, 0 - 4, and flag those Bits as data 1.
Note: Bit 0 - 7 may be used when 8-digit AUTHORIZATION CODES are assigned in the AATC command.
Note:

BIT 4

BIT 3

BIT 2

BIT 1

BIT 0

AATC

8

2

4

6

2

SYS, IN12

0

1

0

0

1

DESIGNATION

d4

d3

d2

d1

d0

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A-20

Authorization Code

Programming (cont’d)
System Data 1, Index 13. Each Bit in Index 13 directly correlates to a digit in the AUTHORIZATION
CODE assigned in AATC, and will determine the second digit of the Checksum method. Pick any Bits
0 - 4, but not the same combination of Bits as picked in Index 12.
BIT 4

BIT 3

BIT 2

BIT 1

BIT 0

AATC

8

2

4

6

2

SYS1, IN13

1

0

0

1

0

DESIGNATION

d4

d3

d2

d1

d0

System Data 1, Index 14 determines the algorithm used to calculate the last two digits of every
AUTHORIZATION CODE. (Only decimal numbers may be used in this index, therefore, hexadecimal
values A to F may not be assigned). System Data 1, Index 14 = X & Y, where X and Y represent any
arbitrarily chosen decimal digit 1- 9, and where Y is used to determine the first digit and X is used to
determine the second digit in the Checksum method. The following data, 37H, has been used for the
example calculation:
X

Y

SYS1, INDEX
14

BIT 7

6

5

4

3

2

1

0

DATA

0

0

1

1

0

1

1

1

Note:

If only one digit is to be added via the Checksum method, then Index 13 data will be OOH and Index 14.
Example Calculation:
In AATC, 26428 has been assigned. In System Data 1, Index 12, Bits 0 and 3 were chosen; 26428
2 + 2 = 4.
The decimal value of Bits 0 - 3 of Index 14 = 7.
4 + N =7. N = 3.
7 is obtained as any whole number greater than 4 that ends with a 7, the decimal value as determined in
System Data 1, Index 14, Bits 0 to 3. In AATC, 26428 has been assigned. In System Data 1, Index 13,
Bits 4 and 1 were chosen; 26428.
8 + 6 = 14.
The decimal value of Index 14, Bits 4 - 7 is 3.
14 + N = 23. N = 9.
23 is obtained as any whole number greater than 14 that ends with a 3, the decimal value determined in
System Data 1, Index 14, Bits 4 - 7. The AUTHORIZATION CODE will be 26428-39.
Note: Digits 39 determined by the Checksum method will be unique to the AUTHORIZATION CODE 26428.
26428 will not be followed by any digits other than 39.
ASYD - System Data 1, Index 43, Bit 2, is service set tone sent after AUTHORIZATION CODE.
ASPA access code? 0/1: No/Yes. Assign data “1”.
System Data 1, Index 43, bit 0, is AUTHORIZATION CODE required for DISA? 0/1: required/not
required. Normally assign data “0.”
System Data 1, Index 93, Bit 6. Are the AMND tables Separate or Common for tenants in the system?
0/1: Separate/Common. Assign data “0” for separate tables.
System Data 2, Index 3, Bit 4: Is Account Code used with AUTHORIZATION CODE? 0/1: No/Yes.
System Data 2, Index 3, Bit 5: Type of code? 0/1: AUTHORIZATION CODE/ Forced Account Code;
assign data “0”.

Page 32

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Authorization Code

A-20

Programming (cont’d)
STEP 2:

STEP 3:

STEP 4:
STEP 5:

STEP 6:

STEP 7:

ANPD - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B) (if applicable to any feature in this level). Assign NND in accordance with a predetermined
numbering plan.
ASPA - For SRV = SSC (Service Code), SID = 42, assign the access code. For the NND parameter, no
assignment is required when AUTHORIZATION CODE operates by itself. When Account Code
operates with AUTHORIZATION CODE, assign for SRV = SSC (Service Code), SID = 42. The NND
value will include the number of digits in the AUTHORIZATION CODE access code, and Account
Code. For example:
45
–
26428
–
623423
–
9-1-617-555-2323
(ACC)
(Auth Code)
(Account Code)
(Destination Code)
ASPA
ACC=45
NND=8 (ACC + Account Code)
ASPA - For SRV = LCR (Least Cost Route Selection) / LCRS (Register Sender LCR), if operating
Procedure 2 is to be used, (dialing the AUTHORIZATION CODE after the number dialed), then
assign data “1” to the AH parameter when programming the LCR(S) access code. Therefore, operating
Procedure 2 is only available with LEAST-COST ROUTING - 3/6 DIGIT [L-5].
ASFC - For stations allowed AUTHORIZATION CODE, assign a Class of Service that allows SFI
27.
AMND - For Tenant 0, assign the Destination Code (DC) as the first digit of all AUTHORIZATION
CODES and the Maximum Necessary Digits (MND) of the AUTHORIZATION CODE. For the above
example, a DC of 2 is assigned with an MND of 7. The MND value will include the digits added by the
Checksum method.
AATC - Assign the TN, Digit Code (DC) (the actual code itself), the AUTHORIZATION CODE
RESTRICTION (ACR) as data “1” and Service Feature Class (SFC) and Route Restriction Class
(RSC). If ACR is assigned as data 2. Allowed: RSC and SFC parameters are not programmed. (SFC
parameters are not operational.)
LATC - List up all the AUTHORIZATION CODES. This is the simplest way to determine what digits
have been added to the system with the Checksum method. This is not required if the Checksum
method is not used.

FCCS Programming

STEP 1:

STEP 2:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
ANPDL - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B) (if applicable to any feature in this level). Assign NND in accordance with a predetermined
numbering plan.
ASPAL - For SRV = SSC (Service Code), SID = 42, assign the access code. For the NND parameter,
no assignment is required when AUTHORIZATION CODE operates by itself. When Account Code
operates with AUTHORIZATION CODE, assign for SRV = SSC (Service Code), SID = 42. The NND
value will include the number of digits in the AUTHORIZATION CODE access code, and Account
Code.
For SRV = LCR (Least Cost Route Selection) / LCRS (Register Sender LCR), if operating Procedure 2
is to be used, (dialing the AUTHORIZATION CODE after the number dialed), then assign data “1” to
the AH parameter when programming the LCR(S) access code. Therefore, operating Procedure 2 is
only available with LEAST-COST ROUTING - 3/6 DIGIT [L-5].

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A-20

Authorization Code

FCCS Programming (cont’d)
STEP 3:

LATCL - List up all the AUTHORIZATION CODES. This is the simplest way to determine what
digits have been added to the system with the Checksum method. This is not required if the Checksum
method is not used.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

Page 34

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Automatic Trunk Test

A-21

A-21

Automatic Trunk Test

General Description
The AUTOMATIC TRUNK TEST capability provides a functional test on a large number of trunks at a prearranged
time. The results of the test are reported at the MAINTENANCE ADMINISTRATION TERMINAL (MAT) [M18]. The test can include: Ringback Tone Test, 1 KHz Test Tone and Trunk Selection Test, by having the proper test
trunk termination at the distant office.

Operating Procedure
Input the route and trunk number to be tested by using the TTLC command

1.
2.
3.
4.
5.
6.
7.

Input the TTLC and ATTD command.
The system will prompt for either Immediate or Scheduled Execution of this feature. If Scheduled
execution is chosen, the time when the test begins is entered via the MAT.
The system will ask for the route number to be tested as RT on CRT.
Input a route number from 1 - 255.
The system will ask for the trunk number(s) to be tested as TK on CRT.
Input the trunk number from 1 through 255. Input the trunk number(s) to be tested as the test goes from
TRK NUMBER to TRK NUMBER.
The system will execute the trunk test based on the data input above. Test results will be printed out after
all trunks have been tested.

Service Conditions
1.
2.

3.

4.

Additional hardware required consists of one LTST (PH-M16) card, one 8TLT card, and one line circuit
and LTST cable.
Trunks are tested in conjunction with the connecting office through the selected trunk, on a one-at-a-time
basis. The following different trunk functions can be tested on all trunks in a specified group:
a.) trunk selection,
b.) detection of ringback tone sent back from the connecting office after test number outpulsing,
c.) detection of test tone (1 kHz) returned from AUTOMATIC TRUNK TEST facility if provided at
the connecting office.
As part of the AUTOMATIC TRUNK TEST facility, an AUTOMATIC TRUNK TEST is provided at the
NEAX2400 IPX to answer incoming test calls. Upon terminating the incoming test call from the
originating office through a selected test trunk, the AUTOMATIC TRUNK TEST generates a 1 kHz tone
to the originating office as an acknowledgment signal.
If scheduled execution is chosen, the time when the test begins is entered via the MAT. The MAT is
dedicated to the AUTOMATIC TRUNK TEST function from the time the test is ordered until the
completion of the test.

Interactions
1.
2.

A four-wire TIE Line must be provided with the AUTOMATIC TRUNK TEST. See TIE LINE ACCESS
[T-3] for details of the required programming.
The test station must be located in the same LP as the PH-LTST circuit card.

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A-21

Automatic Trunk Test

Programming
STEP 1:

ANPD - Reserve a number level for service feature access. Assign for Normal (N), Assign NND in
accordance with a predetermined numbering plan.
STEP 2: ASPA - The access code for INDIVIDUAL TRUNK ACCESS must be assigned, SID = 17. Assign
Connection Index, CI = (N) Normal. NND is assigned in accordance with a predetermined numbering
plan.
STEP 3: ARSC - A Route Restriction Class (RSC) must be constructed to meet the requirements of the ATT.
These requirements are to allow all outgoing and both way routes*.
STEP 4: ASFC - A Service Feature Class (SFC) must be constructed to allow SFI 39, Individual Trunk
Selection.
STEP 5: ASDT - A Test Station must be assigned using the RSC and SFC previously constructed. This station
will be a TEC = 3.
STEP 6: ATTD - Assignment of Trunk Test Data is used to order the ATT.
STEP 7: TTLC - This command will designate the Start route and the End route and trunk numbers. It will be
these trunks that will be tested. Assign the following:
TEST: TEST TYPE
1.
IMMEDIATE EXECUTION
2.
SCHEDULE EXECUTION
RT:
[a] TO [b]: Route Range
a:
Start Route Number
b:
Last Route Number
TK:
[c] TO [d]: Trunk Range
c:
Start Trunk Number
d:
Last Trunk Number
RESULT:[e] - [f]:Tested Route & Trunk
e:
RT at end of test
f:
TK at end of test
START TIME:
15:10
PRESENT TIME: 15:13
Note: Routes that are used as incoming only, such as DDD or DIT, should be programmed as bothway. Allow only
the RSC of the Test station access to these routes on an outgoing basis for test purposes only.

Page 36

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Authorization Code - Tie Line Incoming Routes

A-29

A-29 Authorization Code - Tie Line Incoming Routes
General Description
This service feature offers an outside party the ability to enter an AUTHORIZATION CODE [A- 20] through an
incoming TIE Line trunk.

Operating Procedure
When the incoming route is restricted or when an AUTHORIZATION CODE [A-20] is always required

1.
2.
3.

The called number, office code, and terminal number are received by the TIE Line trunk.
The outside calling party hears a special dial tone.
Dial the AUTHORIZATION CODE [A-20].
a.) The connection is established when the AUTHORIZATION CODE [A-20] is valid.
b.) Busy tone is sent to the calling party when the AUTHORIZATION CODE [A-20] is invalid.

Service Conditions
1.
2.
3.
4.
5.
Note:

The outside calling party must be able to generate DTMF signals to the NEAX2400 IPX when entering
AUTHORIZATION CODE [A-20].
An AUTHORIZATION CODE [A-20] can be used for incoming calls to a uniform station or for LEASTCOST ROUTING [L-5] tandem connections.
CALL WAITING - TERMINATING [C-12] is available when the called station is busy, after the
AUTHORIZATION CODE [A-20] is entered and validated.
INTER-OFFICE OFF-HOOK QUEUING [I-11] is available if the called route is busy, after the
AUTHORIZATION CODE is entered and validated.
Through programming, the system defines the AUTHORIZATION CODE [A-20] to be required for all
TIE Line incoming calls or when a restriction is encountered. This is assigned on a per-tenant basis.
There are two methods of AUTHORIZATION CODE assignment - Full Implementation and the Checksum.
In the Full Implementation method, the whole AUTHORIZATION CODE is assigned in the AATC
command, and System Data 1, Indexes 12, 13,& 14 are assigned 00H. In the Checksum method, partial
assignment for each AUTHORIZATION CODE is assigned in the AATC command. The last one or two
digits (programmable option) are determined by the system according to the data assignments in ASYD,
System Data 1, Indexes 12, 13, and 14.

Interactions
1.
2.
3.
4.
5.
Note:

If FORCED ACCOUNT CODES [F-7] are used, AUTHORIZATION CODES-TIE LINE INCOMING
ROUTES are not allowed within the same tenant.
AUTHORIZATION CODES-TIE LINE INCOMING ROUTES may be used in conjunction with
ACCOUNT CODES [A-18].
When assigning an AUTHORIZATION CODE Restriction of 1 in AATC, the RSC must be constructed
in ARSC.
AUTHORIZATION CODEs can be unrestricted or assigned one of 15 Route Restriction Classes.
There are no restrictions regarding the first digit of AUTHORIZATION CODEs, except what is
programmed in AMND. Tenant 0 does not conflict with the PBX numbering plan.
The access code to the feature AUTHORIZATION CODE - TIE LINE INCOMING ROUTES must be
assigned within the PBX numbering plan.

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A-29

Authorization Code - Tie Line Incoming Routes

Interactions (cont’d)
6.

7.
8.
9.
10.
11.
12.
13.
14.

15.

If ASPA, SRV: LCR (Least Cost Route Selection) / LCRS (Register Sender LCR) AH parameter is
assigned as data “1”, the request for an AUTHORIZATION CODE is determined by the ARSC
assignment of the station in relationship to the route chosen. For AUTHORIZATION CODE - TIE LINE
INCOMING ROUTES, no RSC is assigned against the incoming TIE Line, therefore,
AUTHORIZATION CODEs are always required. Trunk connection will be determined against the RSC
of the dialed code.
When a Dterm user initiates the LAST NUMBER CALLED - Dterm [L-6D] feature, the
AUTHORIZATION CODE will be recorded if previously dialed.
The AMND command determines the length of AUTHORIZATION CODEs based on the first digit.
AUTHORIZATION CODEs are recorded by STATION MESSAGE DETAIL RECORDING [S-10].
AUTHORIZATION CODEs cannot be entered by the Attendant Console.
PEG COUNTS [P-7] of invalid AUTHORIZATION CODEs are not available.
AUTHORIZATION CODEs can be dialed by a user, when establishing a CONSULTATION HOLD
[C-17] connection.
For Procedure 2, LCR(S) must be provided.
For senderized TIE Lines, see UNIVERSAL SENDER [U-3]. Also, the ANND command must be
programmed for senderized TIE Lines. If other services, such as, STATION MESSAGE DETAIL
RECORDING [S-10] and LEAST-COST ROUTING [L-5], the AMND command will be programmed.
If digit translation is required, go to the ASTP and AOSP command.
MISCELLANEOUS TRUNK RESTRICTION [M-3]. Restrictions to TIE trunks are determined by the
Route Service Class (RSC) assigned to the AUTHORIZATION CODE.

Programming
STEP 1:

ASYD - System Data 1, Index 4, Bit 4 = 1: Temporary Class Conversion is required.
System Data 1, Index 12. If Index 12 = 0, no Checksum method is used, and Indexes 13 and 14 are
ignored, regardless of their assignments. Each Bit in Index 12 directly correlates to a digit in the
AUTHORIZATION CODE assigned in AATC, and will determine the first digit of the Checksum
method. For this example, 26428 has been assigned as the AUTHORIZATION CODE in AATC. Pick
any Bits, 0 - 4, and flag those Bits as data 1.
Note: Bit 0 - 7 may be used when 8-digit AUTHORIZATION CODES are assigned in the AATC command
.
BIT 4

BIT 3

BIT 2

BIT 1

BIT 0

AATC

8

2

4

6

2

SYS1, IN12

0

1

0

0

1

DESIGNATION

d4

d3

d2

d1

d0

System Data 1, Index 13. Each Bit in Index 13 directly correlates to a digit in the AUTHORIZATION
CODE assigned in AATC, and will determine the second digit of the Checksum method. Pick any Bits
0 - 4, but not the same combination of Bits as picked in Index 12.

Page 38

BIT 4

BIT 3

BIT 2

BIT 1

BIT 0

AATC

8

2

4

6

2

SYS1, IN13

1

0

0

1

0

DESIGNATION

d4

d3

d2

d1

d0

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Programming (cont’d)
ASYD - System Data 1, Index 14 determines the algorithm used to calculate the last two digits of
every AUTHORIZATION CODE. (Only decimal numbers may be used in this index, therefore,
hexadecimal values A to F may not be assigned).
System Data 1, Index 14 = X & Y, where X and Y represent any arbitrarily chosen decimal digit 1- 9,
and where Y is used to determine the first digit, and X is used to determine the second digit in the
Checksum method. The following data, 37H, has been used for the example calculation:
X

Y

SYS1, INDEX 14

BIT 7

6

5

4

3

2

1

0

DATA

0

0

1

1

0

1

1

1

If only one digit is to be added via the Checksum method, then System Data 1, Index 13 data will be 00H
and Index 14, digit X (Bits 4 - 7) = 0.
Example Calculation:
In AATC, 26428 has been assigned. In System Data 1, Index 12, Bits 0 and 3 were chosen; 26428
2 + 2 = 4.
The decimal value of Bits 0 - 3 of Index 14 = 7.
4 + N =7. N = 3.
7 is obtained as any whole number greater than 4 that ends with a 7, the decimal value as determined in
System Data 1, Index 14, Bits 0 to 3. In AATC, 26428 has been assigned. In System Data 1, Index 13,
Bits 4 and 1 were chosen; 26428
8 + 6 = 14.
The decimal value of Index 14, Bits 4 - 7, is 3.
14 + N = 23. N = 9.
23 is obtained as any whole number greater than 14 that ends with a 3, the decimal value determined in
System Data 1, Index 14, Bits 4 - 7. The AUTHORIZATION CODE will be 26428-39.
Note: Digits 39, determined by the Checksum method, will be unique to the AUTHORIZATION CODE 26428.
26428 will not be followed by any digits other than 39.
ASYD - System Data 1, Index 43, Bit 2, is service set tone sent after AUTHORIZATION CODE
ASPA access code? 0/1: No/Yes. Assign data “1”. System Data 1, Index 93, Bit 6. Are the AMND
tables Separate or Common for tenants in the system? 0/1: Separate/Common. Assign data “0” for
separate tables.
System Data 2, Index 3, Bit 4: Is Account Code used with AUTHORIZATION CODE? 0/1: No/Yes.
System Data 2, Index 3, Bit 5: Type of code: 0/1 AUTHORIZATION CODE/ Forced Account Code;
assign data “0”.
STEP 2: ANPD - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B) (if applicable to any feature in this level). Assign NND in accordance with a predetermined
numbering plan.
STEP 3: ASPA - For SRV = SSC (Service Code) SID = 42, assign the access code. For the NND parameter, no
assignment is required when AUTHORIZATION CODE [A-20] operates by itself. When Account
Code [A-18] operates with AUTHORIZATION CODE - TIE LINE INCOMING ROUTES, assign for
SRV = SSC (Service Code), SID = 42. The NND value will include the number of digits in the
AUTHORIZATION CODE access code, and Account Code.
Note:

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A-29

Authorization Code - Tie Line Incoming Routes

Programming (cont’d)
Procedure 1 is not available with AUTHORIZATION CODE - TIE LINE INCOMING ROUTES. For
example:
45 26428 623423
9-1-617-555-2323
(ACC)
(AUTH CODE) (ACCOUNT CODE)
(DESTINATION CODE)
ASPA
ACC = 45
NND = 8 (ACC+ACCOUNT CODE)
For SRV = LCR (Least Cost Route Selection) / LCRS (Register Sender LCR), if operating Procedure 2 is
used, (dialing the AUTHORIZATION CODE after the number dialed), assign data “1” to the AH parameter
when programming the LCR(S) access code. Therefore, operating Procedure 2 is only available with
LEAST-COST ROUTING - 3/6 DIGIT [L-5].
STEP 4: ASFC - For stations allowed AUTHORIZATION CODE - TIE LINE INCOMING ROUTES, assign a
Class of Service that allows SFI 27.
STEP 5: AMND - For Tenant 0, assign the Destination Code (DC) as the first digit of all AUTHORIZATION
CODEs and the Maximum Necessary Digits (MND) of the AUTHORIZATION CODE. For the above
example, a DC of 2 is assigned with an MND of 7. The MND value will include the digits added by the
Checksum method.
STEP 6: AATC - Assign the TN, Digit Code (DC) (the actual code itself), the AUTHORIZATION CODE
Restriction (ACR) as data “1”, and Service Feature Class (SFC) and Route Restriction Class (RSC). If
ACR is assigned as data 2, Allowed: RSC and SFC parameters are not programmed. (SFC parameters
are not operational.)
STEP 7: LATC - List all the AUTHORIZATION CODES. This is the simplest way to determine what digits
have been added to the system with the Checksum method. This is not required if the Checksum
method is not used.

Note:

TIE Line Programming

STEP 8:

STEP 9:
STEP 10:
STEP 11:
STEP 12:
STEP 13:

ARTD - Assign the TIE Line routes as shown below:
RT:1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:1
7 L/T
:1
8-RLP
:2
15-LSG
:1
ATRK - Assign the LEN, TIE Line Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the TIE Line Trunks.
ANPD- Assign a number level for trunk access. Assign Connection Index, CI = N, H; Normal (N) and
Hooking (H). Number of Necessary Digits is usually 1 or 2. Busy Lamp Field is not activated.
ASPA - Assign the access code as assigned in ANPD. Type of Service, SRV = OGC (Outgoing Call)
Outgoing Trunk. Assign the route number associated with this access code.
ARSC - The Route Restriction Class (RSC) must be constructed to allow the station access to the
involved routes.

FCCS Programming

STEP 1:

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This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
ANPDL - Reserve a number level for feature access. Assign for normal (N), Hooking (H), and Busy
(B) (if applicable to any feature in this level). Assign NND in accordance with a predetermined
numbering plan.

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FCCS Programming (cont’d)
STEP 2:

ASPAL - For SRV = SSC (Service Code) SID = 42, assign the access code. For the NND parameter,
no assignment is required when AUTHORIZATION CODE [A-20] operates by itself. When Account
Code [A-18] operates with AUTHORIZATION CODE - TIE LINE INCOMING ROUTES, assign for
SRV = SSC (Service Code), SID = 42. The NND value will include the number of digits in the
AUTHORIZATION CODE access code, and Account Code.
Note: Procedure 1 is not available with AUTHORIZATION CODE - TIE LINE INCOMING ROUTES.
For SRV = LCR (Least Cost Route Selection) / LCRS (Register Sender LCR), if operating Procedure 2
is used, (dialing the AUTHORIZATION CODE after the number dialed), assign data “1” to the AH
parameter when programming the LCR(S) access code. Therefore, operating Procedure 2 is only
available with LEAST-COST ROUTING - 3/6 DIGIT [L-5].
STEP 3: LATCL - List all the AUTHORIZATION CODES. This is the simplest way to determine what digits
have been added to the system with the Checksum method. This is not required if the Checksum
method is not used.
TIE Line Programming

STEP 4:

ARTDN - Assign the TIE Line routes as shown below:
RT:1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:1
7 L/T
:1
8-RLP
:2
15-LSG
:1
STEP 5: ANPDL - Assign a number level for trunk access. Assign Connection Index, CI = N, H; Normal (N)
and Hooking (H). Number of Necessary Digits is usually 1 or 2. Busy Lamp Field is not activated.
STEP 6: ARSCN - The Route Restriction Class (RSC) must be constructed to allow the station access to the
involved routes.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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A-30

Automatic/Manual Intercom

A-30

Automatic/Manual Intercom

General Description
This feature permits multiple Dterm users to simultaneously call all the stations in a preassigned group, regardless of
their idle/busy status. An INTERCOM member can optionally override another INTERCOM station in a two-party
INTERCOM connection. This service is referred to as INTERCOM BRIDGE. INTERCOM service is separated into
two types, AUTOMATIC INTERCOM (AICM) and MANUAL INTERCOM (MICM).
Automatic Intercom

All stations in the INTERCOM group are alerted simultaneously with a lamp indication. Ringing is directed to one
predefined station, as in a button and buzzer INTERCOM arrangement.
Manual Intercom

All stations in the INTERCOM group are called simultaneously with a lamp indication. The calling INTERCOM
station manually sends a one-second tone to the called INTERCOM signal station, as in a button and buzzer
INTERCOM arrangement.

Operating Procedure
•

AUTOMATIC INTERCOM

To initiate an Automatic Intercom call

1.
2.
3.

The INTERCOM station presses the AICM key and goes off-hook (within 5 - 10 seconds).
The INTERCOM station will hear ringback tone. A specified station rings.
One of the called INTERCOM group stations answers the call and is connected to the calling station.

To answer an Automatic Intercom call

1.
2.

The AICM key will flash, indicating an incoming INTERCOM call. The called station will also ring
according to the preassigned system parameters.
If the called station is already engaged in a conversation with a non-INTERCOM call, the station may
press the AICM key after pressing the HOLD key. Ringing will stop.

To bridge into an Automatic Intercom call

1.

•

When two stations are engaged in an INTERCOM call, a third station in the same INTERCOM group
presses the AICM key and goes off-hook.
2.
A three-party conference is established. The called stations may hear a Warning Tone when the station
bridges into the call. This Warning Tone is pre-assigned in system data.
MANUAL INTERCOM

To originate a Manual Intercom call

1.
2.
3.
4.

A station presses the MICM key and goes off-hook (within 5 seconds).
The station will hear ringback tone.
The calling station sends a chime to the INTERCOM station by pressing the SIG key.
When one of the called INTERCOM stations answers the call, the calling station will be connected. Also,
all stations in the group share the common talk path and can pick up an unanswered INTERCOM call.

To answer a Manual Intercom call

1.
2.

Page 42

The MICM key will flash, indicating an incoming INTERCOM call. The called station may also hear one
second of ringing from the calling INTERCOM station.
If the called station in the INTERCOM group is already engaged in a conversation with a nonINTERCOM call, the station may press the MICM key after pressing the HOLD key.

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Operating Procedure (cont’d)
To bridge into a Manual Intercom call

1.
2.

When two stations are engaged in an INTERCOM call, a third station, belonging to the same INTERCOM
group, will press the MICM key and go off-hook.
A three-party conference is established. The called stations may hear a Warning Tone when the station
bridges into the call. This Warning Tone is preassigned in system data.

Use of the SIG key

1.

•

The Manual INTERCOM Signal (SIG) key is operational at all times. An INTERCOM call is not required.
If the signaled station is ringing from another call, the Manual INTERCOM signal will interrupt that
ringing.
PRIME LINE PICK UP - Dterm [P-13D]
1.
The Dterm may be programmed to seize the incoming call on the AUTOMATIC, MANUAL, or DIAL
INTERCOM [D-87] lines before the Prime Line. If two incoming calls terminate simultaneously to the
Prime Line and the MICM line, when the user goes off-hook, PRIME LINE PICK UP-Dterm [P-13D] will
seize the MICM line before the Prime Line. If only the Prime Line is ringing when the user goes off-hook,
PRIME LINE PICK UP-D term [P-13D] will seize the Prime Line.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.

Only Dterms can be assigned as a member of an INTERCOM group.
All members of the same INTERCOM group must be assigned in the same Module Group (MG).
Up to 16 stations may be assigned to one INTERCOM group. Each station in the INTERCOM group can
be assigned as both a Manual and Automatic INTERCOM member of two different groups.
No more than one connection can be established at the same time in one INTERCOM group.
A three-party conference can be established in an INTERCOM group if INTERCOM Bridge service is
available. If a fourth party tries to activate INTERCOM Bridge service, the connection will be denied.
A maximum of 50 (per MG) Automatic or Manual INTERCOM groups are allowed.
It is possible to assign one group of stations as an AICM group, Dial INTERCOM group, and an MICM
group at the same time.
The DISTINCTIVE RINGING [D-10] sent from an incoming AICM station takes priority over the ringing
of multi-line appearances.
Service features normally available to multi-line appearances are not available for INTERCOM lines.
INTERCOM lines cannot be held with the activation of the HOLD key.
When MANUAL SIGNALING [M-47] is performed by a user, this ringing (one second) takes priority
over any other incoming call indications from the multi-line appearance.
When a station is moved from one INTERCOM group to another INTERCOM group, through system
commands, the AICM or MICM key on the associated D term must be cancelled before the change is made.
Port traffic and station PEG COUNT [P-7] reports will not record the use of the INTERCOM feature.
Dedicated feature keys on the Dterm cannot be used while on an INTERCOM call. Only the SPEAKER
key can be used for hands-free operation.
FCCS link is not available for this feature.

Interactions
1.
2.

The RECALL key will not operate on an INTERCOM call.
THREE-WAY CALLING [T-6] must first be provided.

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A-30

Automatic/Manual Intercom

Interactions (cont’d)
3.
4.

5.
6.
7.

8.

The AICD Command must be assigned before the AKYD command.
When assigning the PRI parameter in AKYD, the following data selections are available.
PRIORITY PRI

1

2

3

0

Prime Line

-

-

1

Dial Intercom

Prime Line

-

3

Automatic Intercom

Prime Line

-

3

Manual Intercom

Prime Line

-

4

Automatic Intercom

Manual Intercom

Prime Line

No programming is required to enable the SIG key to remain active at all times.
The SIG key, when pressed by a calling station, will interrupt other ringing signals at the called station.
Hands-Free operation is available with AUTOMATIC/MANUAL INTERCOM. When an incoming call
terminates to a station, by pressing the SPEAKER key, the line seized is based on the PRI assignment of
the AKYD command.
MANUAL SIGNALING [M-47] will not operate if the DATA key has been pressed.

Programming
STEP 1:

STEP 2:

STEP 3:

Page 44

ASYD - System Data 1, Index 59, Bit 7. Is AICM/MICM in service? 0/1: No/Yes.
System Data 1, Index 69, Bit 6. Is a Warning Tone required when creating a 3-Way AICM/MICM
call? 0/1: No/Yes.
System Data 3, Index 3. Assign the data 20H for the burst ringing (for Automatic Intercom) if
necessary.
System Data 3, Index 7. Assign the Ringing Pattern (for Automatic Intercom) if necessary.
AICD - Assign the following data:
MG: Module Group
G-ID: Group ID Number per MG
A/M: Automatic/Manual Signaling (0/1)
0: Automatic
1: Manual
BCR: Bridge Call Restriction (0/1)
0: Restricted
1: Allowed
TN:
Tenant Number
ICM STN:Intercom Station Number
SIG STN:Signaling Station Number
AKYD - Assign a station INTERCOM Line according to the following parameters:
TN:
1
STN: Station Number
TP:
Type of Dterm 0/1:

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Programming (cont’d)
RING: 0: No Ringing
1: Ringing - All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter
PRI: Form of Line Preference (0-3)
KYN: Key Number (1-40)
KYI: Service Index
0: Key not used
1: Feature Key
2: Multi-line Key
KD:
Kind of Line
0: Multi-line
1: INTERCOM Line
ICM: Kind of INTERCOM
0: AUTOMATIC INTERCOM
1: MANUAL INTERCOM
2: DIAL INTERCOM
If Manual Signaling is used, assign a programmable Line/Feature key as Type:Function: MANUAL
SIGNALING KEY [60]
Note: AKYD A/M Data must be deleted before deleting AICD.

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A-52

Account Code - Attendant

A-52

Account Code - Attendant

General Description
This feature provides the ATTENDANT CONSOLE [A-3] with the capability to enter an Account Code into the
system after talking with a CO outgoing/incoming call.

Operating Procedure
The Attendant talks with the CO trunk call

1.
2.
3.
4.

Press the START key.
Dial the Account Code feature access code. Service set tone is heard.
Dial the Account Code (up to 10 digits).
Dial the desired telephone number.

Service Conditions
1.
2.
3.
4.
5.

The Account Code may be a maximum of 10 digits.
When the Account Code is entered again for the same call and station, the last code entered will be
recorded on SMDR [S-10, 47].
Account Code dialing is available for an ATTENDANT CONSOLE [A-3] connected to a trunk.
The feature access code for Account Code will be a maximum of 3 digits.
An Attendant can enter an Account Code of fewer digits than the maximum length defined, indicating the
end of entry by the pound “#” key.

Programming
STEP 1:

STEP 2:

STEP 3:

Page 46

ASYD - System Data 1, Index 43, bit #2. Is service set tone sent after the ASPA access code for
ACCOUNT CODE? 0/1: No/Yes. Assign data “1”.
System Data 2, Index 3, bit 4. Is ACCOUNT CODE used with Authorization Code? 0/1: No/Yes.
System Data 1, Index 93, bit #6 = 0.
ANPD - Reserve a number level for service feature access. Assign Connection Index, CI = N, H, B;
Normal, Hooking, and Busy (applicable to any service feature assigned to this level). Assign NND in
accordance with a predetermined numbering plan.
ASPA - For SRV = SSC (Service Code), SID = 41, assign the access code. Assign the number of
digits in the ASPA service feature access code plus the number of digits that will appear in the
ACCOUNT CODE for the NND parameter. When ACCOUNT CODE operates with
AUTHORIZATION CODE [A-20], the above assignment is omitted. In ASPA, assign for SRV = SSC
(Service Code), SID = 42.
The NND value will include the number of digits in the ASPA service feature access code plus the
number of digits that appear in the ACCOUNT CODE.
For example:
45 - 511234 - 617- 555 - 2323
2 + 6 =
8
ACC + ACCT CODE = NND

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Programming (cont’d)

STEP 4:
STEP 5:

STEP 6:

For example:
44 - 623423 - 511234 - 617 - 555 - 2323
2 + 0 + 6 =
8
ACC + AUTH CODE + ACCT CODE = NND
ASFC - For stations to use ACCOUNT CODE, assign a Class of Service that allows SFI 27.
AMND - If Authorization Codes are used with ACCOUNT CODES, then for Tenant 0, assign the
Destination Code (DC) as the first digit of all Authorization Codes and the Maximum Necessary Digits
(MND) of the Authorization Codes. For the above example, a DC of six is assigned with an MND of
six.
AATC - Assign when Authorization Code is used.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - Reserve a number level for service feature access. Assign Connection Index, CI = N, H, B;
Normal, Hooking, and Busy (applicable to any service feature assigned to this level). Assign NND in
accordance with a predetermined numbering plan.
STEP 2: ASPAL - For SRV = SSC (Service Code), SID = 41, assign the access code. Assign the number of
digits in the ASPAL service feature access code plus the number of digits that will appear in the
ACCOUNT CODE for the NND parameter. When ACCOUNT CODE operates with
AUTHORIZATION CODE [A-20], the above assignment is omitted. In ASPAL, assign for SRV =
SSC (Service Code), SID = 42.
The NND value will include the number of digits in the ASPAL service feature access code plus the
number of digits that appear in the ACCOUNT CODE.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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A-53

All Zone Paging

A-53

All Zone Paging

General Description
This feature provides both the Attendant and a user with dial access to multiple zone paging equipment.

Operating Procedure
To operate from a station

1.
2.
3.

The station goes off-hook; receives dial tone.
The station dials the ALL-ZONE PAGING access code.
Connections to multiple paging equipment are established.

Service Conditions
1.
2.
3.
4.

5.
6.
7.
8.
9.
10.
11.

This feature allows only Paging access. PAGING TRANSFER [P-10] and MEET-ME PAGING [M-11]
are not provided.
A maximum of seven Paging Zones can be accessed simultaneously.
When a user or an ATTENDANT CONSOLE [A-3] has a held station or trunk, this feature is not activated.
If the Paging trunk is busy, the Paging connection is not established to the busy zone. PRIORITY
PAGING [P-30] access code + ALL-ZONE PAGING [A-53] access code dialing is possible. Even if this
dialing operation is performed, the PRIORITY PAGING [P-30] function is not activated when the line is
busy; i.e., it has the same result as ALL-ZONE PAGING access code dialing.
One trunk circuit is required for each PAGING ACCESS [P-1].
Amplifiers and speakers must be customer provided.
Where TENANT SERVICE [T-12] is provided, separate access codes and hardware should be provided
for each tenant.
The ALL-ZONE PAGING access code is three digits maximum. (Outgoing Call Alternative [OGCA])
Both the COT card and the TLT card can be used as the paging trunk.
Loop signaling is the recommended signaling type.
This feature can be activated via FCCS.

Interactions
1.
2.
3.
4.

5.
6.
7.

Page 48

MEET-ME PAGING [M-1, 11] and ALL-ZONE PAGING [A-53] can be provided simultaneously in the
same system.
To directly answer ALL-ZONE PAGING by the Attendant Console, the Paged party should use the
INDIVIDUAL TRUNK ACCESS [I-4] feature.
Paging is limited to stations, Attendant Consoles, or TIE Trunks. Other parties (CO trunk calls) must have
the Attendant Console or user perform the Paging operation.
BUSY VERIFICATION [B-3], EXECUTIVE RIGHT-OF-WAY [E-1]: These features will be denied if
the Paging route has been assigned for Privacy. Verify the data in the Assignment of Route Data
command, ARTD, CDN 44:PRV. If TCL is assigned as Data 8, CDN 44:PRV is not required.
For simple ALL-ZONE PAGING, assignments in ASFC are not required. Refer directly to the other
Paging service features, such as PAGING TRANSFER [P-10].
The Attendant Console can dial Priority Page access code and release a station.
When disconnecting from a Paging trunk, the trunk becomes idle immediately.

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Interactions (cont’d)
8.
9.
10.
11.

12.

ALL-ZONE PAGING is not possible from CONSULTATION HOLD [C-17].
CALL HOLD [C-6]: A Paging trunk cannot be placed on Call Hold.
The D term LCD display indicates BUSY when the Paging trunk is Busy. Reorder tone is returned.
If Priority Page is to be used with ALL-ZONE PAGING in ARTD, CDN 6:TCL must be assigned as Data
8, Page with ringback tone. SYS1, Index 73 affects the operation of Page routes assigned Page with
ringback tone. Therefore, if the Priority Page is used with ALL-ZONE PAGING, then MEET-ME
PAGING [M-1, 11] and PAGING TRANSFER [P-10] are not available to the system.
Priority Page access will not disconnect an Attendant Console engaged in a Paging trunk connection.

Programming
STEP 1:
STEP 2:

STEP 3:
STEP 4:
STEP 5:

STEP 6:
STEP 7:

ASYD - System Data 1, Index 73, Bits 0 & 1. For the Page function only, assign Data 00.
ARTD - Assign the Paging route as shown below:
RT:1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:8
7 L/T
:1
8-RLP
:2
15-LSG
:1
ATRK - Assign the LEN Number, Paging trunk, Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the Paging Trunks.
ANPD - Assign a level for trunk access. Assign Connection Index, CI = Normal (N), Hooking (H).
Assign the number of necessary digits, according to a predetermined numbering plan. Busy Lamp
Field is not activated.
ASPA - Assign Paging Trunk route data for two or more routes, with a maximum of seven. (CI = N,
SRV = OGCA (Outgoing Call [Advance]), COUNT = 2 ~ 7, RT = Paging trunk route).
ARSC - Assign to the station, which is allowed access to Paging trunks, a Route Restriction Class
(RSC) that is allowed these routes in Route Restriction Index (RRI) 2 & 3.

FCCS Programming
No unique programming is required for the FCCS network.

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A-59

Announcement Service - Attendant

A-59

Announcement Service - Attendant

General Description
This feature allows the Attendant, via the ATTENDANT CONSOLE [A-3], to hear a prearranged announcement
when the Attendant dials a predetermined access code.

Operating Procedure
1.
2.
3.

Press an idle loop key.
Dial the announcement trunk access code.
Listen to the message from announcement machine.

Service Conditions
1.

2.

3.
4.
5.

6.

This feature requires one of the following hardware alternatives:
a.) Central Office Trunk (COT) or 2W E&M Trunk and announcement machine.
b.) Digital Announcement Trunk (DAT).
The following connections are available:
a.) multi-connection: several Attendants can connect to one announcement trunk at the same time.
b.) single connection: one Attendant can connect to one announcement trunk at a time.
This connection can be continuous until the Attendant presses the CANCEL key or can be discontinued
after 30 seconds. This function can be selected on a per-announcement trunk, and per-tenant basis.
Before connection to the announcement machine is made, the system can be programmed to return
ringback tone. This is selected on a per-tenant and per-announcement basis.
This service can be provided for a maximum of 127 announcements per-tenant, which includes the
announcement trunks for:
ANNOUNCEMENT SERVICE
[A-15]
CALL FORWARDING - ALL CALLS - ANNOUNCEMENT [C-69]
CALL FORWARDING - INTERCEPT/ANNOUNCEMENT
[C-25]
ANNOUNCEMENT SERVICE is provided to FCCS nodes that have no announcement trunk using the
trunk in the remote node.

Programming
STEP 1:
STEP 2:
STEP 3:

STEP 4:
STEP 5:

Page 50

ANPD - Reserve a number level for trunk access. Assign for Connection Indexes Normal (N) and
Hooking (H). Assign for NND values in accordance with a predetermined numbering plan.
ASPA - Assign an access code to the announcement trunk. Assign SRV = ANNC (Announcement
Service). The EQP number assignment should be as assigned in the AAED command. TYPE =? 0/1.
ARTD - Assign the announcement route as shown below. Be sure to provide privacy by programming
CDN 44:PRV as data “1”.
RT: 1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:1
7-L/T
:1
8-RLP
:2
15-LSG
:4
ARSC - Assign a Route Restriction Class (RSC) to the station that allows access to the Announcement
route. Assign RSC 0 to the Attendant, and allow that RSC access to the Announcement route.
ATRK - Assign the LEN Number, Announcement Trunk Route Number. Assign one or more trunks to
a specific route used to connect to an announcement machine.

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Programming (cont’d)
STEP 6:
STEP 7:

STEP 8:

MBTK - Assign the Make Idle status to the announcement trunk.
ARRC - If TIE Line, DID, or REMOTE ACCESS TO PBX [R-2] connection to the Announcement
Service trunk is required, allow trunk-to-trunk connection using ARI-D-RES=1 (Direct Connection is
allowed.)
AAED - This command is used to assign announcement equipment.
Dead Level:
Assign:
TN:
Tenant Number
EQP: (Announcement Equipment Number) = 0 (Dead Level). For example, level 8 is not assigned
an announcement is returned rather than a reorder tone.
RT, TK:Route and Trunk number of the trunk connected to the announcement equipment.
Unused Number:
Assign:
TN:
Tenant Number
EQP: 1 (Unused Number). For example: EXT-7836 is not in the system; an Announcement is
returned rather than a reorder tone.
RT, TK:Route and Trunk number of the trunk connected to the announcement equipment.
Announcement Service:
Assign:
TN:
Tenant Number
EQP: = 2 - 15
RT, TK:Route and Trunk number of the trunk connected to the announcement equipment.
C:
Duration of Connection, 0/1:Disconnection occurs in 30 seconds / Connection is held until the
station releases. See the requirements of the application for the announcement equipment. For
Dead Level applications, data 0 is assigned.
R:
Sending RBT 0/1: sending RBT/not sending RBT.
A:
Answer Signal Sending, 0/1: no answer from Incoming trunk/Answer from Incoming trunk.
Normally assign data “1”.
M:
Multiple Connection 0/1: Single Connection/Multiple Connection. Assign usually for single
connection.

FCCS Programming

STEP 1:
STEP 2:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
ALRTN - This data must be assigned to the NCN.
Assign the logical route number to the physical route.
AAEDN - This data must be assigned to the NCN.
Assign the announcement equipment data.
UGN: User Group Number

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A-59

Announcement Service - Attendant

FCCS Programming (cont’d)
EQP:

Announcement Equipment Number
0 = Dead Level
1 = Unused Number
2-15 = Announcement service
C:
Duration of Connection
0 = Disconnection occurs in 30 seconds
1 = Connection is held until the station releases. See the requirements of the application for
the announcement equipment. For Dead level applications, data 0 is assigned.
R:
Sending RBT
0/1 = Yes/No
A:
Answer Signal Sending (Answer from the incoming trunk)
0 = No/Yes Normally assign data “1”.
M:
Multiple Connection
0/1 = Single Connection/Multiple Connection
LGRT: Logical Route
TK:
Trunk Number
*Not necessary for “M = 1”
STEP 3: ARRCN - This data must be assigned to the NCN.
Release the restriction between the terminating trunk and the announcement trunk.
STEP 4: ARSCN - This data must be assigned to the NCN.
Release the restriction between the announcement trunk and the station.
Note: The current command data shown is set to all nodes using the service: ASTD, ARTD, ATRK, MBTK

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Attendant-To-Attendant Calling

A-60

A-60

Attendant-To-Attendant Calling

General Description
This feature permits an Attendant, via an ATTENDANT CONSOLE [A-3], to access a non-specific free Attendant
by dialing the operator access code, or to call a particular ATTENDANT CONSOLE [A-3] by dialing an individual
Attendant Identification Number.

Operating Procedure
1.
2.

Press an idle loop key.
Dial the individual Attendant Identification Number or operator call code.

Service Conditions
1.
2.
3.
4.
5.
6.

7.
8.
9.
10.

An Attendant Identification Number must be published for each Attendant.
ATTENDANT NIGHT TRANSFER [A-19] cannot be activated for calls via this feature.
The operator call code should be a 1-digit number. Normally, 0 is assigned as the operator call code.
No operation keys on the called Attendant Console can be used while performing ATTENDANT-TOATTENDANT CALLING.
Only the CANCEL key on the calling ATTENDANT CONSOLE [A-3] can be used to disconnect
ATTENDANT-TO-ATTENDANT CALLING.
An Attendant can receive only one ATTENDANT-TO-ATTENDANT CALL at a time. An INCOMING
CALL IDENTIFICATION (ICI) [I-2] key can be designated for receipt of TF: INTER-POSITION
TRANSFER CALLs and ATTENDANT-TO-ATTENDANT CALLs.
An Attendant cannot extend ATTENDANT-TO-ATTENDANT CALL to any other destination.
With an Individual Attendant Identification Number, an Attendant Console/Desk Console within an FCCS
network can be specified.
When the operator call code is dialed, the call is routed to the predetermined Attendant Console designated
by the ASPAL command.
When assigning Function Code (FUNC) to KYN1 of an Attendant Console by AAKP command, this
feature cannot be used.

Programming
STEP 1:
STEP 2:
STEP 3:

ASYD - SYS1, Index 9. Assign the number of Attendant Consoles / Desk Consoles.
ASPA - Assign SRV=SSC, SID=2 (Operator Call).
ASAT - Assign identification numbers to the specific Attendant Consoles.

FCCS Programming

STEP 1:
STEP 2:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
ASYDN - SYS1, Index 9. Assign the number of Attendant Consoles / Desk Consoles.
ASPAL - This command must be set to all the nodes (accommodates the Attendant Console). Assign
SRV = SSC, SID = 2 (Operator Call), FPC of the node that operator calls are to be terminated to.

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Attendant-To-Attendant Calling

FCCS Programming (cont’d)
STEP 3:
STEP 4:

ALGNN - This command must be set to the NCN.
ASATN - This command must be set to the NCN. Assign identification numbers to the specific
Attendant Consoles.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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NEAX2400 IPX Feature Programming Manual
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Automatic Idle Return

A-69

A-69

Automatic Idle Return

General Description
This feature enables a Dterm to become idle automatically after the predetermined time when the line is released by
the opposite station on-hook, etc., on hands-free or the speaker operation.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.

This service may be assigned at each terminal.
This service is not available when the station has a call placed on hold.
This service is activated when reorder tone is sent to a Dterm individually.
Release timer for this service can be set on a system basis.
Reorder tone is connected according to System Data 1, Index 401, Bits 0 through 3. When the data is set
to 0, no tone is connected. For stations not allowed this service, reorder tone is connected 30 seconds after.

Interactions
1.

2.

OFF-HOOK ALARM [O-6]: AUTOMATIC IDLE RETURN cannot be activated when OFF-HOOK
ALARM has already been set. However, when the transferred station assigned by OFF-HOOK ALARM
is in the LINE LOCKOUT [L-3] status or make busy status, AUTOMATIC IDLE RETURN is available.
When a station places the other party on CALL HOLD [C-6], CALL BACK [C-1] or ATT CAMP-ON
WITH TONE INDICATION [A-1], AUTOMATIC IDLE RETURN may not be activated.

Programming
STEP 1:
STEP 2:

ASYD - System Data 1, Index 401, Bits 0 through 3. Assign the timer value for AUTOMATIC IDLE
RETURN.
ASFC - For stations allowed AUTOMATIC IDLE RETURN, assign a Class of Service that allows
SFI 136.

FCCS Programming
No unique programming is required for the FCCS network.

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A-78

Automatic Number Identification (ANI)

A-78

Automatic Number Identification (ANI)

General Description
This feature automatically sends the Calling Subscriber's number to the called party after a response is received from
the distant office. This feature is used for outgoing CO calls (e.g., Enhanced 911 (E911) calls) or TIE Line calls using
DTMF signaling.

Operating Procedure
No manual operation is required. Automatic Number Identification (ANI) calls are placed using normal call
origination procedures.

Service Conditions
1.

2.

3.

The ANI feature for Enhanced 911 (E911) outgoing connections is available to the following connections:
a.) call from a station by LCR, DTMF signaling.
b.) call from an Attendant Console by LCR, DTMF signaling.
ANI sending number by Enhanced 911 (E911)-ANI UNIFIED NUMBER OF DIGITS [E-18] is NXXXXXX, where:
NXX:
determined for each system
XXXX:
telephone number
Sending-digit patterns in Enhanced 911 (E911)-ANI UNIFIED NUMBER OF DIGITS [E-18]:
a.) Outgoing call from a station:
• If ANI data is assigned:
KP-0-NXX-XXXX-ST
Telephone number
Information digit
• If ANI data is not assigned:
KP-2-ST
Information digit
b.) Outgoing call from ATTENDANT CONSOLE [A-3]:
• Individual ATTENDANT CONSOLE [A-3] access available and ANI data is assigned:
KP-0-NXX-XXXX-ST
Individual Attendant Console
Information digit
• Individual Attendant Console access not available and ANI data is assigned:
KP-0-NXX-XXXX-ST
ANI sending number
Information digit
• ANND data is not assigned or is invalid:
KP-1-ST
Information digit

4.
5.
6.

Page 56

An independent route is required for an Enhanced 911 (E911)-ANI interface.
It takes some time for a speech path to be established after a calling subscriber number has been sent out
to the remote office through the Enhanced 911 (E911)-ANI interface.
A Direct Distance Dialed (DDD) seizure tone is not sent after the digits have been sent out.
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Service Conditions (cont’d)
7.
8.

Other interactions are the same as for DTMF signal dialing.
FCCS link is not available for this feature.

Programming
STEP 1:

ARTD - Assign route class data to the route number of the outgoing trunk.
RT:1
1-OSGS
:7
2-ONSG
:4
3-ISGS
:7
4-INSG
:4
15-LSG
:5
19-EANI :1
STEP 2: AAND - Assign ANI sending digit as per the route number and the number of digits of the caller’s
number.
When AT = 0:
RT:
Route Number
AT:
0/1 = STA outgoing / ATT outgoing
CC
=0
KT:
Expansion of Station Number Length*
0/1=OFF/ON
STNL: Station Number Length (When KT = 1)
SKIP: Call Originator Digit to be Skipped
ADD: ANI Information Additional Number of Digits
DC:
ANI Sending Number
Note: When 0 has been assigned to parameter KT and when the Station Numbers used consist of a different
number of digits, outgoing routes must be divided on the basis of each number of digits.
When 1 has been assigned to parameter KT, outgoing routes need not be divided, even if the Station
Numbers used consist of a different number of digits.

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A-82

Automated Attendant

A-82

Automated Attendant

General Description
This feature allows a user outside the NEAX2400 IPX to access the system via a public or private network without
the Attendant or user's assistance. After or during an announcement, the outside user may originate calls over any
or all of the PBX facilities.

Operating Procedure
1.
2.
3.
4.

The calling party (public or private network) lifts handset; receives dial tone.
The calling party dials Automated Attendant number; receives ringback tone through either the public/
private network. Announcement asking the caller to dial the desired telephone number is provided.
The calling party dials the desired telephone number; receives ringback tone (if not busy or restricted).
The called party answers.

Service Conditions
1.
2.

3.

4.

5.

Page 58

The incoming routes from the CO lines for AUTOMATED ATTENDANT cannot be used for REMOTE
ACCESS TO SYSTEM [R-2].
When a Ringdown incoming call encounters registers all busy status, call termination is retried
approximately one second later. The call will wait until one of the receivers becomes available, but will
not be placed in a queue.
System data can select to provide or not provide the first announcement for an incoming call terminated
to AUTOMATED ATTENDANT. If first announcement sending is not provided, the calling party hears
ringback tone from the NEAX2400 IPX.
When a Ringdown incoming call encounters announcement trunk busy/blockout for the first
announcement status, the calling party hears ringback tone from the originating office until the call is
connected to the announcement trunk. When a TIE Line incoming call encounters announcement trunk
busy/blockout for the first announcement status, the system returns dial tone.
In the following cases, either redial or forced release after the second announcement may be selected in
system data:
a.) When the calling party has dialed a dead number. (When dead number announcement is provided,
it takes priority over the second announcement.)
b.) When the calling party has abandoned dialing.
c.) When the connection is restricted:
• The called station is restricted from incoming trunk connection.
• The calling party has dialed an access code for trunk call origination and encounters digit
restriction. When a trunk call has encountered an access code restriction, the second
announcement is provided (digit reception ready), and the calling party can redial.
• The calling party has dialed an access code for trunk call origination and encounters an inter-digit
pause time-out connection restriction.
• The calling party originates a trunk call and encounters trunk busy status.
d.) When the called station does not answer (the threshold value is 30 seconds), except when CALL
FORWARDING - DON'T ANSWER [C-3] is set on the called station.
e.) When the called station is busy, except when CALL FORWARDING - BUSY LINE [C-2] is set
on the called station.

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Service Conditions (cont’d)
6.

7.
8.

9.

10.
11.

12.

13.

14.
15.
16.

17.
18.
19.

During the first or second announcement, the system can receive DTMF signals. However, when a DTMF
signal is included in the recorded announcement, the announcement stops (first digit reception). Then,
after providing the second announcement, either redial or forced release is selected (inter-digit time-out).
After the first or the second announcement, the system does not return any tone until register time-out.
For the first or second register time-out, either transfer to Attendant, or forced release can be selected by
the system data. However, forced release is executed, regardless of the above-mentioned system selection,
for CO lines for which release cannot be monitored. Call termination to the Night Transfer station and TAS
connection is not available.
To provide or not provide the second announcement can be selected in system data. When second
announcement sending is not designated, the system sends out a dial tone. The call is single/multiple
connected to the second announcement trunk, and ringback tone is not returned before sending the second
announcement.
When a call encounters announcement trunk busy/blockout status in a single connection to the second
announcement, the system returns a dial tone.
TANDEM SWITCHING as AUTOMATED ATTENDANT is a service for trunk-to-station connection,
tandem connection is not available. When tandem connection or AUTHORIZATION CODE [A-20]
service is required, this service is activated by changing the incoming routes to that of REMOTE ACCESS
TO SYSTEM [R-2].
If the calling party does not dial the desired telephone number after the first announcement, the call can
be transferred to the Attendant after a predetermined period of time (prepause time-out), and the calling
party receives ringback tone. However, if the Attendant is not available, reorder tone is returned.
When an incoming call has terminated to a station, the following services are available:
CALL FORWARDING - ALL CALLS
[C-5]
CALL FORWARDING - BUSY LINE
[C-2]
CALL PICKUP
[C-7, C-30]
CALL WAITING - TERMINATING
[C-12]
STATION HUNTING
[S-7, S-8, S-9]
When an incoming call has terminated to a station, CALL FORWARDING - DON’T ANSWER [C-3] is
not available.
A PA-4DATA (DAT) card is required for this service.
The length of the announcement depends on the key setting of the PA-4DATA circuit card. In case of
multiple connection, it is fixed at 30 seconds. In case of single connection, it may be the length of the actual
message (including pause) to a maximum of 64 seconds. When the message ends, the announcement trunk
is released.
The second announcement is not provided to the ISDN trunk.
Since the announcement is provided for a maximum of 30 seconds, the message recording should be
completed within 30 seconds, unless a single connection is used.
This feature is available for stations in the FCCS network only.

Programming
STEP 1:

ASYD - System 1, Index 7, Bit 5:
Processing on unobtainable number/dead level dialed, dialing abandoned by calling station,
connection restriction, and called station unanswered.

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A-82

Automated Attendant

Programming (cont’d)
0/1:
Redial is prompted by sending the second announcement/forcible disconnect
Bit 6: Processing on PB Receiver Time-out.
0/1:
Forcible disconnection/Transfer to ATT
Index 128: Assign the timer value of Register Prepause Time.
Index 139: Assign the value of No Answer Timer (Call Forwarding - All Calls, Call Back, etc.)
Index 246, Bit 4:
Process of incoming calls (Ringdown) after they encounter their 1st, 2nd PB receiver time-out in a
sequence of Automated Attendant.
0/1:
Forced Release/Transfer to ATT
STEP 2: ARTD - Assign the route data of the trunk for AUTOMATED ATTENDANT.
RT:1
1-OSGS
:2
4-INSG
:2 or 7
6-TCL :4
Assign the route data of the Digital Announcement Trunk.
STEP 3: ATRK - Assign the trunk data of both the trunk for AUTOMATED ATTENDANT and the Digital
Announcement Trunk. Also, assign the trunk data of PB Receiver (RT = 906).
STEP 4: MBTK - Cancel the Make-Busy of the trunk assigned by ATRK.
STEP 5: ACSI - Assign CSI = 5 (Remote Access to PBX) to the route and trunk number of the trunk for
AUTOMATED ATTENDANT.
STEP 6: ACFR - Assign the restriction release of TSFI = 7 (Remote Access to PBX)
STEP 7: AAED - Assign the Announcement Equipment for AUTOMATED ATTENDANT.
Announcement Equipment for sending the first announcement.
(EQP = 34, C = 0, R = 1, A = 1, M = 0)
Announcement Equipment for sending the second announcement Note 1
(EQP = 35, C = 0, R = 1, A = 1, M = _) Note 2
Note 1: When ASYD, SYS1, Index 7, b=5 =0, assign the Announcement Equipment to send the second
announcement.
Note 2: When selecting M (0 = Single / 1 = Multi) for the second announcement, take the following into account:
Do not assign the second announcement in the same route as the first announcement when Multi (M = 1) is
selected. In the case of Multi (M = 1), the DAT trunk is forcibly released when 30 seconds have elapsed
from the beginning of the second announcement. Note that the connection of the DAT trunk still remains
even if the playback reaches the end of the recorded announcement. In the case of Single (M = 0), the DAT
trunk is automatically released when the playback reaches the end of the recorded announcement.
STEP 8: ASTD - Assign the following state translation data:
STM = 0, STS = 2, ST = 1 (allows a tandem connection inclusive of COT)
STM = 4, STS = 0, ST = 1 (remote access to PBX in service)
STEP 9: ARRC - Cancel the restrictions on the trunk route for AUTOMATED ATTENDANT and the route for
the Digital Announcement Trunk.
ICRT: (Trunk route for AUTOMATED ATTENDANT)
OGRT: (Route for Digital Announcement Trunk)
ARI-D-RES
STEP 10: ARAC - Assign an idle station number as the Remote Access Code.

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FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ARTDN - Assign the route data of the trunk for AUTOMATED ATTENDANT.
RT:1
1-OSGS
:2
4-INSG
:2 or 7
6-TCL:4
Assign the route data of the Digital Announcement Trunk.
STEP 2: AAEDN - Assign the Announcement Equipment for AUTOMATED ATTENDANT.
Announcement Equipment for sending the first announcement.
(EQP = 34, C = 0, R = 1, A = 1, M = 0)
Announcement Equipment for sending the second announcement
(EQP = 35, C = 0, R = 1, A = 1, M = _)
STEP 3: ARRCN - Cancel the restrictions on the trunk route for AUTOMATED ATTENDANT and the route
for the Digital Announcement Trunk.
ICRT: (Trunk route for AUTOMATED ATTENDANT)
OGRT: (Route for Digital Announcement Trunk)
ARI-D-RES
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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A-98

Answer Hold - Attendant

A-98

Answer Hold - Attendant

General Description
This feature enables an Attendant to answer an incoming call by pressing the ANSWER key or flashing ICI key. If
the Attendant is already engaged in a call, pressing one of these keys places the first call on Hold and automatically
connects the second one. Use of ANSWER key or ICI key speeds call handling, while Answer Hold prevents
accidental call dropping.

Operating Procedure
To answer a call while engaged in a two-party call

1.
2.

While the Attendant is engaged in a station/trunk call, another call terminates at the Attendant Console.
The Attendant presses the ANSWER key or ICI key; the original call is placed on Hold (MUSIC ON
HOLD [M-7]). The LED of the ATND key goes out and that of HOLD key lights.
3.
The Attendant is connected to the second party. (ATND key LED lights.)
Note: When the ANSWER key is pressed, the calls connected to the Attendant will be placed on Hold (if there is
an idle loop).
To answer a call while engaged in a three-way call

1.
2.

3.

While engaged in a three-way call, another call terminates at the Attendant Console.
The Attendant presses the ANSWER key or ICI key; currently lit LEDs of the ATND key and the
ANSWER key go out. The TALK key LED goes out and that of the SRC key lights. The parties formerly
connected to the Attendant remain connected to each other.
The LEDs of ICI key and the ATND key light. The Attendant is connected to the incoming call.

Service Conditions
1.
2.

3.

Page 62

Activation of this service is determined in individual (two-party call or three-way call) system data.
When the Attendant is engaged in a two-party call:
a.) If there is no idle loop when the Attendant presses ANSWER key or ICI key, the party currently
connected to the Attendant will be placed on Hold (MUSIC ON HOLD [M-7]), but the Attendant
cannot answer the second call.
b.) When the number of available Attendants exceeds the number of incoming calls, the status of
each Attendant Console will be one of the following:
(1) The connected call will be placed on Hold, and the Attendant will be connected to the second
call.
(2) The connected call will be placed on Hold, and the attendant console will become idle.
(3) No change.
c.) ATTENDANT LOOP RELEASE [A-6] is not available when the call is placed on Hold.
When the Attendant is engaged in a three-way call:
a.) If there is no idle loop when the Attendant presses ANSWER key or ICI key, one of the following
occurs:
(1) When both the calling and the called parties are trunk and when the called party has not
answered yet, the call is held on the loop and the Attendant cannot answer the next incoming
call.
(2) When called party has already answered the call, the Attendant can answer the next incoming
call (the previous call is not held on the loop).
b.) ATTENDANT LOOP RELEASE [A-6] is available when the call is placed on hold.

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Service Conditions (cont’d)

4.

c.) when the number of available Attendants exceeds the number of incoming calls, the status of
attendant console will be one of the following:
(1) The Attendant will be released from the current call and will be connected to the next incoming
call.
(2) The Attendant will be released from the current call and attendant consoles will be idle.
(3) No change.
AUTOMATIC RECALL [A-8] is available for a call held by the Attendant.

Programming
ASYD - System 1, Index 246, Bit 0: Answer Hold - Attendant from a two-party connection. 0/1 = Out/
In Service
System 1, Index 246, Bit 1: Answer Hold - Attendant from a three-way connection. 0/1 = Out/In
Service
Assign the data of the Attendant Console by referring to the Assignment Procedure of [A-3]
ATTENDANT CONSOLE.

FCCS Programming
No unique programming is required for the FCCS network.

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A-99

Authorization Code Display Elimination

A-99

Authorization Code Display Elimination

General Description
This feature eliminates AUTHORIZATION CODE [A-20] and FORCED ACCOUNT CODE [F-7] from being
displayed on the D term for security purposes.

Operating Procedure
Procedure 1

(Access code for auth code/forced account code) + (SST) + (auth code/forced account code) + (DT) + (OG
access code) + (OG code)
Dial: (DT) - 10 + (SST) - 1234 + (DT) - 9 - 753 - 7000
Display on Dterm is: 10XXXX97537000
XXXX = authorization code/forced account code
Procedure 2

(OG access code) + (OG code) + (SPDT) + (auth code/forced account code)
Dial: (DT) - 9 - 753 - 7000 + (SPDT) - 1234
Display on Dterm is: 97537000XXXX
XXXX = authorization code/forced account code

Service Conditions
1.
2.
3.
4.
5.
6.

7.
8.

When the station dials the AUTHORIZATION CODE/FORCED ACCOUNT CODE, Xs appear on the
display.
LAST NUMBER CALL [L-6] and SAVE AND REPEAT - Dterm [S-24D] features keep dialed
information, but display Xs when these feature keys are pressed.
SPEED CALLING SYSTEM - Dterm [S-3D] feature keeps dialed digits, and all digits are displayed at the
same time when this feature key is pressed.
ACCOUNT CODE [A-18] is displayed on Dterm.
This feature applies only to the calling party’s Dterm.
This feature applies for the following dialing procedures:
PROCEDURE

BEFORE DIALING

AFTER DIALING

OG access without held party

Yes

Yes

OG access with held party

Yes

Yes

Attendant

No

No

If the network is connected by a trunk (including a CCIS trunk), and AUTHORIZATION CODE/
FORCED ACCOUNT CODE is requested at the other node, this function is not applied.
The calling party needs to confirm SPDT/SST if AUTHORIZATION CODE/FORCED ACCOUNT
CODE is required. The first digit of AUTHORIZATION CODE/FORCED ACCOUNT CODE may or
may not be recognized as AUTHORIZATION CODE/FORCED ACCOUNT CODE, if the inter-digit
timing immediately before the AUTHORIZATION CODE/FORCED ACCOUNT CODE is too short.

Programming
ASYD - Assign SFI 137 = 1 to the originating terminal.

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A-105

Attendant Overflow

General Description
This feature allows incoming trunk calls directed to the ATTENDANT CONSOLE [A-3] to overflow to a
predetermined night transfer destination station. The trunk call will ring the Attendant for a pre-programmed time
period before overflowing to the destination station.
This feature enables the incoming trunk calls, directed to the ATTENDANT CONSOLE, to overflow to a
predetermined station in the FCCS network.
Incoming Trunk

Node A

Node B

NE C

FCCS

Note 1
ATTCON (Busy)

NEC

Note 2

Station

Note 1: When the Attendant does not answer the call, the call overflows.
Note 2: This is station transferred by Night Connection service.

Operating Procedure
1.
2.
3.

An incoming trunk call arrives at the ATTENDANT CONSOLE [A-3].
The Attendant is busy or on another call for longer than the assigned timer (i.e., the incoming caller has
waited for 30 seconds or longer).
The incoming call is directed to the destination overflow station.

Service Conditions
1.
2.
3.
4.
5.
6.

7.
8.

This feature is provided for all incoming ringdown trunk and Direct Inward Dialing [D-8] (DID) Listed
Directory Number [L-24] (LDN) trunk calls directed to the ATTENDANT CONSOLE [A-3].
This feature is available only while the system is in Day mode (not available for Night mode).
For DIRECT-IN TERMINATION [D-7] (DIT) calls, this feature is available when the receiving station
has set CALL FORWARDING-ALL CALLS/BUSY LINE [C-5, 2] to the Attendant.
For DID call termination, this feature is available for LDN, intercept, and forwarded calls to the Attendant,
using CALL FORWARDING-ALL CALLS/BUSY LINE/DON’T ANSWER [C-5, 2, 3].
This feature is available for DID calls routed to the Attendant via CCIS.
This feature is not available for calls to be transferred outside using the following features:
CALL FORWARDING-ALL CALLS-OUTSIDE
[C-28]
CALL FORWARDING-BUSY LINE-OUTSIDE
[C-60]
CALL FORWARDING-DON’T ANSWER-OUTSIDE
[C-74]
LDN NIGHT CONNECTION
[L-28]
NIGHT CONNECTION-OUTSIDE
[N-17]
This feature is also not available for INDIVIDUAL ATTENDANT ACCESS [I-6], which allows a call to
be directed to a particular Attendant Console.
This feature is not available concurrently with ATTENDANT NIGHT TRANSFER [A-19].

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Attendant Overflow

Service Conditions (cont’d)
9.
10.

The overflow period, after which the call is transferred, is set in system data.
When the designated station used for ATTENDANT OVERFLOW has set CALL FORWARDINGDON’T ANSWER [C-3] to the Attendant or an outside number, the incoming caller will be directed to
TRUNK ANSWER ANY STATION [T-8] (TAS) after the timer expires. If the incoming trunk is
restricted from connecting to the TAS circuit, the caller will continue to ring at the designated station.
11. The incoming call continues to ring at the destination station when designated FCCS trunks are all busy,
or locked out, etc.
12. FPC of a node which transmits Day/Night changeover information is determined by System Data 1 Index
640, and the information is transmitted to a node of FPC designated by System Data 1 Index 704.
Note: The maximum number of telephone numbers that can be programmed in a system is 65,535.

Interactions
1.
2.
3.

All routes and trunk numbers must be assigned for ringdown trunks that are to be terminated to the
Attendant Console and that require overflow.
For DID trunks, the LDN will be terminated to the Attendant Console with overflow capabilities when
CSI = 4.
ATTENDANT OVERFLOW and DELAY ANNOUNCEMENT ATTENDANT [D-114] are mutually
exclusive features. DELAY ANNOUNCEMENT ATTENDANT [D-114] takes priority over
ATTENDANT OVERFLOW [A-105].

Programming
STEP 1:

STEP 2:
STEP 3:

ASYD - System Data 1, Index 140. This determines the timer value at which the incoming call will
overflow to the destination station.
System Data 2, Index 15, Bit 1. Set to data “1”. This enables the feature to be assigned via each tenant.
ACSI - Assign CSI = 4, Night Connection. This enables the overflow station to be assigned.
ACFR - Allow TSFI 2, 3, and 5 to the CCI type of trunks that will overflow. Also TSFI 5 to CCI 8,
TSFI 2 to CCI 6.

FCCS Programming

STEP 1:

STEP 2:

STEP 3:

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The following command assignments are required when the NEAX2400 IPX is configured as an
FCCS network.
ASYDL - System Data 1, Index 640, bit 0-7. Assign FPC of the node with the ATTCON.
System Data 1, Index 704-735. Assign FPC of the node that goes in to Night mode, when ATTCON
goes in to Night mode.
ASYD - System Data 1, Index 140. This determines the timer value at which the incoming call will
overflow to the destination station.
System Data 2, Index 15, bit 1. Allowance of ATTENDANT OVERFLOW. Assign 0/1=Out/In
Service.
ANPDL/ANPDN - Reserve a number level for feature access. Assign following data in accordance
with predetermined plan.
TN:
Tenant Number
1st DC: 1st digit Code (0-9,*,#)
CI:
Connection Status Index (N=Normal, H=Hooking, B=Busy)

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FCCS Programming (cont’d)
NND: Number of Necessary Digits (1-6)
BLF: Busy Lamp Field
STEP 4: ASPAL/ASPAN - Determine the kind of service and the service Access Code to be executed.
TN:
Tenant Number (1-255)
ACC: Access Code (max. 6-digit)
CI:
Connection Status Index (N=Normal, H=Hooking, B=Busy)
SRV: Kind of Service (TELN)
NND: Necessary Digit of Telephone Number
STEP 5: ASDT - Assign the station data for destination overflow station.
TN:
Tenant Number (1-255)
STN: Station Number
LENS: Line Equipment Numbers
TEC: Telephone Class
SFC: Service Feature Restriction Class
STEP 6: ALGSL/ALGSN - Assign Telephone Number to the destination Station Number programed by ASDT
command above.
TYPE=1 (LENS is used to specify the Telephone station number)
UGN: User Group Number (Fixed to “1”)
TELN: Telephone Number (max. 16-digit)
FPC: Fusion Point Code (Only ALGSN)
LENS: Line Equipment Numbers of the destination Station Number
TYPE=2 (STN is used to specify the Telephone station number)
UGN: User Group Number (Fixed to “1”)
TELN: Telephone Number (max. 16-digit)
FPC: Fusion Point Code (Only ALGSN)
TN:
Tenant Number (1-255)
STN: Station Number of destination
STEP 7: ACSIL - Assign overflowing destination of Attendant Console.
LGRT: Logical Route Number (1-899)
TK:
Trunk Number (1-255)
CSI: Connection Service Index, assign “4 (Direct-In Termination (Night Mode))”.
UGN: User Group Number (Fixed to “1”) Note 1
TELN: Telephone Station Number (max. 16-digit) Note 1
ADC: Abbreviated Digit Code (max. 4-digit) Note 2
NND: Digit Number of Access Code
Note 1: This parameter is displayed when assign CSC=2,3 or 4.
Note 2: This parameter is displayed when assign CSC=6 or 7.
STEP 8: ACFR - Assign the Call Forwarding Restriction data.
TSFI: Transfer Service Feature Index 3=Direct-In Termination (Day and Night), 4=Direct-In Inward
Termination (DID)
CCI: Call Category Index (1=LDN (C.O. Line), 4=Tie Line)
RES: Restriction Data (0=Transfer service is not allowed, 1=Transfer service is allowed)

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A-121

Add On Conference - 8 Party

A-121

Add On Conference - 8 Party

General Description
This service allows the 8-party conference to be established any time by any conferee by use of the 8-party
conference trunk.

Operating Procedure
To establish an 8-party conference

1.
2.
3.
4.
5.

6.
7.
8.

Station A calls Station B; Station B answers.
Station A (or B) switch hook flashes (or press TRANSFER key) and dials Station C’s number; Station C
answers.
Station A (or B) who had dialed Station C’s number presses CONF key; the three-party conference is
established.
Station A (B, or C) switch hook flashes (or press TRANSFER key) and dials Station D’s number; Station
D answers.
Station A (B, or C) who had dialed Station D’s number presses CONF key; the four-party conference is
established. In the same way, any user connected to the 8-party conference trunk can establish the 8-party
conference by switch hook flash and pressing of the CONF key.
When one of the conferees (the user or the outside party) releases, another member can be added to the
conference by the same operation.
Single phone can add other conferee by switch hook flashes and dials telephone number, then switch hook
flashes again.
When one Dterm station and multiple outside parties (trunks) are connected to the 8-party conference trunk,
when the Dterm user presses RETAIN CONF key and goes on-hook, the conference by the outside parties
(trunks) can be continued. In the other cases as when the station is not a Dterm, RETAIN CONF key is not
assigned, or there is only one outside party connected, the conference trunk is released automatically.
When conference has multiple outside parties (trunks), only Dterms can keep multiple outside parties still
in conference, but it releases by pressing RETAIN CONF key.

Service Conditions
1.
2.
3.
4.
5.

6.
7.
8.

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The 8-party conference trunk will be treated as a station, and will have an intra-office route number.
The 8-party conference circuit card can be assigned to any slot.
A minimum of 1 CFTB-L is needed for this feature. A maximum of 20 8-party conference trunk circuit
cards (SPA-CFTB-L) can be installed per system.
The 8-party trunk assigned in a different tenant from the general station/trunk, and the connection between
the 8-party trunk and the other station/trunk is to be restricted (inter tenant restriction).
This service can coexist in the same system with the Three-Way Calling service using the three-way
conference trunk built in the line group = 21–23 of the odd numbered unit, and the current 8-party
conference service. If a station is assigned SFI 131, that station will use the 8-party conference trunk even
for a 3-party conference.
Any one of the station, central office line, tie line, CCIS line, or the ISDN network subscriber can be the
conference member.
The Attendant Console cannot be a member of the conference. Pressing the CONF key will be invalid.
The stations connected to the 8-party conference trunk can call the conferees separately any time.

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Service Conditions (cont’d)
9.
10.
11.
12.
13.
14.
15.
16.

17.

18.

19.
20.
21.

22.

23.

When all of the eight ports of the 8-party conference trunk are filled with the conferees, no other conferee
can be added to the conference.
The station/trunk which is connected to the 8-party conference trunk can release from the conference at
any time.
An incoming call from the ringdown trunk, where release cannot be detected, cannot be connected to the
8-party conference trunk.
Assign non-effective hold trunk check in system data for release of ineffectively held trunks at routine
diagnosis to prevent the 8-party conference trunk being held up.
When all the trunks and stations connected to the 8-party conference trunk release, the conference trunk
becomes free. Until then, the same trunk cannot be used by another group for an 8-party conference.
On the LCD display of the Dterm stations, the number of the stations and trunks attending the conference
is shown as STA:3, TRK:2 on the upper line. (Name Display service is not available.)
The 8-party conference trunk cannot be called from a station, outside party, or the Attendant Console
(reorder tone is sent out when attempted).
The following services are not available for the stations/trunks connected to the 8-party conference trunk:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
BROKERAGE HOT LINE
[B-6]
BUSY VERIFICATION
[B-3]
CALL WAITING - TERMINATING
[C-12]
CALL WAITING - ORIGINATING
[C-31]
NAME DISPLAY
[N-28]
PRIVACY RELEASE
[P-18]
In the following cases, 8-party conference service via CONF key is not available:
a.) when the service is not set in system data
b.) when the service is restricted
c.) when the 8-party conference trunk is not assigned, not accommodated, or busy.
In the cases above, if Three-Way Calling service is available and the three-way conference trunk is
provided, this service is provided by pressing the CONF key. The LCD of the Dterm connected to the
conference trunk shows CONF when using Three-Way Calling service.
When a station connected to the 8-party conference trunk transfers a call to another station and the
operating station goes on-hook whether transferred station answers or not, the 8-party conference trunk
recalls to the operating station.
The 8-party conference trunk cannot be assigned as the destination of CALL FORWARDING - ALL
CALLS [C-5] / - BUSY LINE [C-2] / - DON’T ANSWER [C-3] service.
ADD-ON CONFERENCE - 8 PARTY [A-121] cannot be activated by a single line phone.
When the conferee presses the RETAIN CONF key, the LCD display shows as follows for five seconds
depending on the connection:
a.) one station and multiple outside parties RETAIN CONF
b.) one station and one outside party REST
c.) multiple stations REST
Only in the case “a” above, the conference status is retained.
When a D term user who has Retain Conference presses the RETAIN CONF key a second time, Retain
Conference is cancelled. At that time, the LCD of the Dterm indicates DISCONNECT CONF and the 8party conference trunk is released after the stations go on-hook.
When only two parties (station/station, station/outside party, outside party/outside party) are connected to
the 8-party conference trunk, when either one of the parties releases, the conference trunk is released.

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Add On Conference - 8 Party

Service Conditions (cont’d)
24.
25.

26.
27.

The station setting Retain Conference can only cancel Retaining Conference or go on-hook. (No other
operation is available.) When the station goes on-hook, the RETAIN CONF lamp turns off.
In case of trunk call origination, the billing is performed against the station which originated the trunk call
until the trunk releases. Therefore, there may be several billing messages sent for the same time for the
same station.
During the 8-party conference, the CONF lamp remains lit.
When this service is activated in an FCCS network, hardware conditions for connection trunks are as
shown below:
PA-24DTR

SP-3010 Issue No. 13 or later (SW13-8: OFF)

PA-30DTT

SP-3012 Issue No. 8 or later

Programming
STEP 1:

ASYD - System data 1, index 92, bit 4 = 0/1. This enables tenant-to-tenant route restriction service.
System data 1, index 94, bit 0 = 0/1. This enables tenant-to-tenant restriction service.
System data 1, index 432, bits 0-3. Assign the first digit of the pilot number used for this service.
System data 1, index 432, bits 4-7. Assign the second digit of the pilot number.
System data 1, index 433, bits 0-3. Assign the third digit of the pilot number.
System data 1, index 433, bits 4-7. Assign the fourth digit of the pilot number.
System data 1, index 434, bits 0-3. Assign the fifth digit of the pilot number.
Note: 1 through 5 digits may be used; assign the bits accordingly. If a digit is not used, assign those bits as “0’.
If a bit is used for 0, see the following example:
System data 1, index 432 is A7,
System data 1, index 433 is 00,
System data 1, index 434 is x0.
STEP 2: ASFC - For the SFC used by the CFTB-L or SP-1114 on PA-CFTB, assign SFI 32 = 1.
For the SFC used by stations that will use this feature, assign SFI 131 = 1. If you do not want certain
people to use this feature, make sure that SFI 131 = 0 in the SFC that the phone is programmed to.
STEP 3: ASDT - assign stations to each level of the CFTB. Assign TEC = 27 for each level and ensure that the
CFTB levels are assigned in a separate tenant and separate SFC from non-CFTB levels.
STEP 4: ASHC - Assign a STATION HUNTING - CIRCULAR group for stations programmed to LEN levels
1 through level 7 of the PA-CFTB circuit card(s). For more details, see the figure on the following
page.

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Programming (cont’d)
STEP 5:

ASHP - When the system accommodates multiple PA-CFTB circuit cards, assign a STATION
HUNTING - TERMINATING group for the stations programmed to LEN level 0 of each PA-CFTB
circuit card. For more details, see the figure below:
PA-CFTB

PA-CFTB

PA-CFTB

LV7

STATION HUNTING - CIRCULAR groups assigned by
ASHC command

STATION HUNTING - TERMINATING groups assigned by
ASHP command

LV0
Pilot

STEP 6:
STEP 7:

STEP 8:
STEP 9:

AKYD - assign FKY 83 to any Dterms that require the use of the Retain Conference feature.
ADSL - Assign SN=3 (STATION BUSY) and FKY=13 (THREE-WAY CALLING;CONF).
Assign FKY=83 (RETAIN CONFERENCE; RETAIN) to any Dterm which require the use of the
RETAIN CONFERENCE feature.
This command is required for assigning the function to each soft key.
ARSC - assign Restriction data between routes and the RSC used by the CFTB.
ATNR - assign restriction data between tenants.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ASYDL - This data must be assigned to the node set Add On Conference - 8 Party.
System Data 1, Index 527, bit 4 = 1
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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A-125

Analog Caller ID (Class SM)

A-125

Analog Caller ID (Class SM)

General Description
This feature allows the D term to display calling party’s number and/or name on the LCD when a call from analog
C.O. line is terminated. In addition, the calling number can be output as a part of SMDR information.
Caller ID information can be displayed on an analog telephone with a display device or the display of a Dterm.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.

This service is available when an incoming call from C.O. line is terminated directly to a station.
First ringing pattern for this service is 2-seconds ON and 4-seconds OFF. After that, ringing pattern
assigned by system data is applied.
The calling numbers received by using this feature or current MF/ISDN feature may be output to the
SMDR expanded area.
A calling number cannot be received during conversation.
The calling numbers which may be added to SMDR output are the dial code only. The calling name is not
added.
This service is not provided for the Attendant Console.
This service is not applied to SAVE AND REPEAT [S-24D] service. The calling number received may
not be saved.
A maximum of 256 calls per LP are available at the same time.
When an incoming call is sent as a test, the LCD does not display both the number and the name.
Display conditions are shown below. Also, the ID display of ISDN service has the same conditions.
a.) It is assigned by system data in which display of the calling number or name has priority on
termination. When the calling name has priority, the LCD displays:
Calling Number XXXXXXXX
(Time Display)
Caling Name
When the calling number has priority, the LCD displays:

*1
*2

Calling Name XXXXXXXX * 1
(Time Display)
*2
Caling Number
term
does not receive the data
* 1 - In ISDN service, the sub-address is displayed. When the D
pertaining to the sub-address, nothing is displayed.
* 2 - If the prior display is not assigned by system data, the other is displayed.
b.) The calling number and name may be exchanged by pressing the feature key, according to the
following conditions:
• When my line is prime line, displays may be exchanged during termination or conversation.
• When my line is not the prime line, displays may be exchanged only during conversation.
c.) When the received numbers of a calling number and calling name exceed the display field, the
decision to put the digits to the right or left may be chosen in system data. An “*” is indicated on
the exceeded digit position.

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Service Conditions (cont’d)
d.) The display is flashing during termination. It is lit during conversation.
e.) The following are examples of displays when the received digits of a calling number and name
exceed the display field:
1234567*
(Time Display)
ABCDEFGHIJKLMNOPQRSTUVW*

Calling Number
Calling Name

OR
*4567890
(Time Display)
*DEFGHIJKLMNOPQRSTUVWXYZ

Calling Number
Calling Name

OR
ABCDEFG*
(Time Display)
12345678901234567890123*

Calling Name
Calling Number

OR
*TUVWXYZ
(Time Display)
*89012345678901234567890

Calling Name
Calling Number

Programming

STEP 1:

See also TRUNK LINE APPEARANCE [T-23] for information on how to accommodate C.O. line on
a Dterm line/feature key.
ASYD - System Data 1, Index 241, Bit 6. 0/1=When the length of Caller ID exceeds the limit, only the
former/latter part of data appears on the LCD.
System Data 1, Index 390, Bit 0. Caller ID display pattern on the LCD. 0/1=Calling Number/Calling
Name has priority.
System Data 1, Index 390, Bit 2. When using Dterm 2-line LCD, the lower LCD can be used for
displaying Caller ID. 0/1=Out/In Service.
When Calling Number is output to SMDR, the following expanded format is used:

S
T
X

O

!

1

2

96

104

K

H
/
I
/
J

OFFICE CODE OF
CALLED PARTY
(FOR CCIS)

AUTH
CODE

129 130

A = ANI Information
H = Origination
I = Termination
J = Station-to-Station

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A

131

162

ANI
NO.

Z

E
T
X

Z = End of SMDR
Information

Identifier:
0 = Output is not available
1 = Displayed
2 = Display denied
3 = Service is not available
4 = Origination from public pay phone
Note: For 0, 2 and 3, the ANI number is not output.

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A-125

Analog Caller ID (Class SM)

Programming (cont’d)

STEP 2:

STEP 3:

STEP 4:
STEP 5:
STEP 6:
STEP 7:

System Data 1, Index 288, Bit 5. Expanded SMDR Output for SMDR A Apparatus. 0/1=Out/In
Service.
System Data 1, Index 290, Bit 5. Expanded SMDR Output for SMDR B Apparatus. 0/1=Out/In
Service.
System Data 1, Index 292, Bit 5. Expanded SMDR Output for SMDR C Apparatus. 0/1=Out/In
Service.
System Data 1, Index 294, Bit 5. Expanded SMDR Output for SMDR D Apparatus. 0/1=Out/In
Service.
System Data 1, Index 296, Bit 0. Output of Calling Number (ANI information). 0/1=Out/In Service.
Assign data “1”.
System Data 1, Index 300, Bit 0. 0/1=-/Billing information is sent to the Main Node in Expanded
SMDR format in the case of CENTRALIZED BILLING - CCIS [C-55].
ASFC - Assign a Service Feature Class that allows SFI 14 to stations allowed STATION MESSAGE
DETAIL RECORDING [S-10].
Assign a Service Feature Class that allows SFI 146 to analog stations allowed this service.
ARTD - Assign route class data for the C.O. trunk.
15-LSG
:3
50-DPLY
:1
When Calling Number is output to SMDR:
10-SMDR :1
ATRK - Assign trunk data for the C.O. trunk.
MBTK - Cancel the make busy of the C.O. trunk.
AKYD - Assign Call ID Change Display key. Assign Type:Function: [113].
ADSL - Assign ID CHG key; SN=4 (Communication in Progress), FKY=113 (Call ID Change
Display).
This command is used for assigning a function to each soft key on the Dterm.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ARTDN - Assign route class data for the C.O. trunk.
15-LSG
:3
50-DPLY
:1
When Calling Number is output to SMDR:
10-SMDR :1
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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A-127

Analog Caller ID - Station

General Description
This feature allows a called station to receive CALLER ID information (time, calling number and name) from
Central Office when a call terminates via the analog COT. The calling number received from the ISDN network,
MF-ANI information received from Central Office with the MF feature or the calling telephone number within the
PBX can change into CALLER ID information and be sent to the called station.
This feature is also provided for the analog station equipped with the function of receiving the calling number. This
function is called Analog Caller ID - Station by Modem Sender.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.

3.

4.
5.
6.
7.
8.
9.
10.

11.

This service is provided for analog stations.
Message types of CALLER ID information sent to a called station are as follows:
• 04H: Calling Number Delivery Information (for Calling number)
• 80H: Call Setup (for Calling number and name, or reason not to inform.)
When a call terminates via another station, the number of intermediate station will be sent. After that
station hangs up, the number of the originating party will not be sent: CALLER ID of the first termination
is only sent.
If a calling number exceeds 10 digits, the first or last exceeded digits will be deleted according to system
data.
This service is not provided if a call does not terminate directly on a line: in the case of termination using
such services as Call Pickup, Executive Right-of-Way.
This service is not provided when a calling party is the Attendant Console.
This service is not provided for the 1 A2 key telephone.
This service is not available in boss-secretary service.
The first ringing upon termination is 2-second ring and 4-second silence. A ringer pattern is provided from
the second ringing.
The following firmware is required to be equipped on the circuit cards:
CIRCUIT CARD

FIRMWARE

PA-8COTBJ

SW-317 8COTBJ PROG-A
SP-1122 CALL-ID PROG-A
SP-3190 8COTBJ PROG-A

PA-8LCBR

SW-331 8LCBR PROG-A
SP-3207 8LCBR PROG-A
SP-1123 CALL-LC PROG-A

The following are service conditions for Analog Caller ID - Station by Modem Sender:
a.) This service is also provided for analog stations equipped with the function of receiving the
calling number.

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Service Conditions (cont’d)
b.) Message types of Caller ID information sent to a called analog station are as follows:
• Message type - 04H: Calling Number Delivery Information (for calling number)
• Message type - 80H: Call Setup (for calling number, name, or reason not to inform)
• Parameter
- 02H: Calling line DN parameter
- 04H: Reason for absence of calling DN Parameter
- 07H: Name
- 08H: Reason for absence of name
c.) When the reason not to inform the caller ID is received through C.O. line, the reason is notified.
d.) The function equipped with the station for restricting the caller ID notification cannot be used.
e.) The caller ID notification can be restricted only when originating the trunk call. When restricting
the caller ID notification on each conversation, dial the number following the numbering plan
preassigned at the self-PBX.
f.) If a calling number exceeds 10 digits, the first or the last exceeded digits will be deleted
according to system data.
g.) When a call terminates via another station, the number of intermediate station will be sent. After
that station hangs up, the number of the originating party will not be set: CALLER ID of the first
termination is only sent.
h.) The caller ID notification is not provided for the following services because the call is not
terminated to line using the services.
CALL PICKUP GROUP
[C-7, C-7D]
CALL WAITING-TERMINATING
[C-12]
CALL WAITING-ORIGINATING
[C-31]
EXECUTIVE RIGHT-OF-WAY
[E-1]
Also, the caller ID notification is not provided to the boss station for Boss-Secretary service.
i.) The system starts to count for No Answer timer when the caller ID notification process is
complete.
j.) The incoming call using this service is also counted as the maximum number of calls terminated
at the same time in a system.
k.) Since some telephones cannot display the telephone number using “*” or “#” (other than the
numerical digits), telephone number of numerical digits is recommended to use.
l.) The maximum number of Register/Sender trunk in an LP is 64. And, when the maximum number
of Register/Sender trunks is assigned (64 × LP no.), the ISDN/CCIS call cannot be originated or
terminated (the same as the usual system condition).
m.) The following messages are notified when the reason for restricting caller ID notification is
received.
P: Privacy Security
O: Outside Area where Service is not provided
n.) When the same station is set “1” at both SFI 168 (Analog caller ID station by modem sender,
released R7 or later) and SFI 146 (existing Analog caller ID) in ASFC, the existing Analog caller
ID has priority (Do not assign both data to the same station. The data assignment to different
stations in a system is available).
o.) Calling number conversion (add or delete preassigned numbers) is not available when the caller
ID information is received via Analog Caller ID trunk.
p.) The first ringing upon termination is 2-second ring and 4-second silence. A ringer pattern is
provided from the second ringing.

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Service Conditions (cont’d)
q.) When the calling party or the intermediate party is Attendant Console, or the calling party number
is not received when the call is terminated via C.O. line or tie line, the calling number cannot be
notified.
r.) When the Name Display data is assigned to the calling party in station-to-station calling, the
calling party’s name is also sent to the called party. Note that only 1 byte character data can be
effective in this case. Since the name data is sent without confirming whether the proper character
is used or not, characters that are not proper may cause abnormal status to the system.
s.) When all the sender trunks are busy, the calling number cannot be notified.
To activate the Analog Caller ID - Station by Modem Sender service in the FCCS network, the sender
trunk for sending Modem signal (RT=937, ATRK) should be accommodated in the all nodes where the
stations providing the service is installed.

12.

Interactions
1.

Note:

2.
3.
4.

The following circuit cards are required for this service:
• PA-8RSTY
• PA-16LCBY Note
16LCBY and 8RSTY must be used together for Caller ID.
Only one route number can be assigned for each sender and register in a PA-8RSTY card.
This service is not provided for Hotel system.
This service is not provided for the call using OAI system.

Programming
STEP 1:

ASFC - Assign the service feature class to each analog station.
DAY/NIGHT: D/N
TN:
Tenant Number
SFI:
168=1 (Analog Caller ID Station by Modem Sender is available)
When Calling Number Delivery (Message Type - 04H) is notified
SFI:
153=1
STEP 2: ATRK - Assign the sender trunk data. Note 1
RT:
937
Note 1: RT 937 must be programmed in level 4, 5, 6, or 7 for FSK Sender. Level 0, 1, 2, or 3 may be used for RT
902 or PB/MF Sender.
Note 2: Optional ASYD-SYS1, Index 246, b6. When a calling number exceeds 10 digits: 0/1= The last/first exceeded
digits are deleted.

FCCS Programming
No unique programming is required for the FCCS network.

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Busy Lamp Field - Flexible

B-2

Busy Lamp Field - Flexible

General Description
This feature provides the Attendant with visual indications of either busy, idle or LINE LOCKOUT [L-3] conditions
for a particular group of stations via a designated lamp field on the Attendant Console or the dial pad on the desk
console.

Operating Procedure
1.
2.

Press an idle loop key.
Key in thousands (where applicable) and hundreds digit(s) of the desired group. For example:
a.) To monitor the stations 200 to 299, dial “2”.
b.) To monitor the stations 2200 to 2299, dial “22”.
3.
Lamp status indicates a busy (light steady), idle (no lamp), or LINE LOCKOUT [L-3] (lamp flashing)
condition. For example, if ANPD and ASPA are assigned:
a.) ANPD 3 = NND 2
b.) ASPA 30 = STN
To monitor STN 3000 to STN 3099, key in 300.
Note: For the Desk Console, dial all digits, except the last digits of the desired number. The Desk Console
indicates only 10 stations status at once with the last digits.

Service Conditions
1.

11.

For 3-digit telephone numbers, the digital display will show the first digit of the group being monitored
(100's, 200's, etc.). Lamps 00-99 will provide visual indication of the status of each station in the selected
group.
For 4-digit telephone numbers, the digital display will show the first two digits of the group being
monitored (1100's, 1200's, etc.). Lamps 00-99 will provide visual indication of the status of each station
in the selected group.
For an Attendant Console, the Busy Lamp Field (BLF) display is applicable for 2 through 5-digit station
numbering plans.
For a Desk Console, the Busy Lamp Field (BLF) display is applicable for 3 through 5-digit station
numbering plans.
Operation of the BLF supersedes the display of the CALL WAITING LAMP [C-13] feature.
The lamp indication for LINE LOCKOUT [L-3] is an LED flashing at 60 pulses per minute.
LINE LOCKOUT [L-3] lamp indication can be provided by system database programming.
The BLF does not indicate busy/idle status for stations located in CCIS satellite offices.
For the FCCS network, when assigning a telephone number to a station, the telephone number is displayed
for the station.
For the FCCS network, the Busy Lamp Field (BLF) display is applicable for 2 through 5-digit Physical
Station Number / telephone number.
For a Desk Console, BLF display is applicable for 3 through 5-digit station numbering plans.
To use this feature, the user must initialize the system after System Data 1 Index 257 Bit0 = 1 is assigned.

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2.

3.
4.
5.
6.
7.
8.
9.
10.
Note:

Busy Lamp Field - Flexible

B-2

Interactions
1.

2.
3.

CENTRALIZED ATTENDANT SERVICE (CAS) [C-20]: At the CAS main location, when the
ATTENDANT CONSOLE [A-3] is handling a call from a CAS branch over a Release Line Trunk (RLT),
the BLF will give no indication of busy/idle status of branch location stations.
The BLF indicates the station status after the hundreds digit is keyed in by the Attendant.
A 2-digit digital display indicator is used to display the thousands and hundreds digit of the displayed
stations.

Programming
STEP 1:

ASYD - System Data 1, Index 16, bits 0 - 5. Place 1 - 6-digit station numbers in service. Assign 1FH,
BLF - FLEXIBLE is available for 3 and 4-digit station numbering plans only.
System Data 1, Index 70, bit 1. Assign as data “0”. For stations in Line Lockout, flash on BLF.
System Data 2, Index 7, bit 0. Assign as data “1”. Enables BLF on a tenant basis.
STEP 2: ANPD - For the level(s) reserved for station numbering, assign BLF in service. Assign Connection
Index, CI = N, H; Normal (N) and Hooking (H). NND value is assigned in accordance with the
numbering plan.
Note: Consideration should be given when the system has various digits stations (2 digit STN, 3 digit STN, etc.)
whose first digit is the same number. In this case, only a station whose Number of Necessary Digits (NND)
values are the same in the ASPA and ANPD command can be displayed in the Busy Lamp Field on ATTs.
The remaining stations which do not meet the above condition cannot be displayed.

Programming for the IPX-U
BLF data can be collected/transmitted from/to all the Local Nodes by the circuit card DLMX (PAPC94). This transmission is via the DLKC circuit card in the IPX-U System. For more detailed
information, see the NEAX2400 IPX Command Manual and the appropriate circuit card manual.

Programming for the IPX-UMG
TGBL data can be collected/transmitted from/to all LMGs by circuit card DLMX (PA-PC94) via
DLKC cards in the IPX-UMG. For more information, see the NEAX2400 IPX Command Manual and
the NEAX2400 IPX Circuit Card Manual.

Programming for the DLMX (PA-PC94) Circuit Card
STEP 1:

STEP 2:

STEP 3:

STEP 4:

ASYD - SYS1 Index 70, b1: Flashing Display of Line Lockout on Attendant Console BLF.
0/1=In service/Out of service
SYS1 Index 257. Assign b0=1 (DLKC card is mounted)
SYS2 Index 7. Assign b0=1 (Busy Lamp Field-Flexible [B-2] is in service.)
ASYDL -SYS1 Index 946.
FPC No. of the LN where DLMX card is mounted (for IPX-U)
LP PBI No. of the LMG where DLMX card is mounted (for IPX-UMG).
ATRK - Assign the trunk data of DLMX.
RT:
938 (DLMX)
LENS: Assign LV7 of odd-number Group (G)
MBTK - Assign the Make Idle status to the trunk assigned in STEP 3.

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Programming (cont’d)
STEP 5:

ANPD/ANPDN - Assign the Busy Lamp Field Display Activation on an Attendant Console (BLF).
1ST DC: Dial Code (Station Number)
BLF = 1 (BLF is in service)
Note: Use ANPDN for IPX-U; Use ANPD for IPX-UMG.

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B-3

Busy Verification

General Description
When an Attendant places a call to a busy station, this feature allows the Attendant to break into the connection.
When this feature is initiated from the console, the system sends a Warning Tone to the stations before establishing
a three-party conference. Additionally, the Attendant Monitor Function can be activated depending on system data.

Operating Procedure
To activate

1.
2.
3.

Press an idle loop key and dial the desired telephone number; receive the busy tone.
Press the BV key; two burst tones are sent to the connected parties. Attendant may now monitor or join
the connection.
Press the RELEASE key to disengage.

To monitor the call in progress before entering the busy connection - from a station

1.
2.
3.
4.

Press an idle loop key and dial the desired telephone number; receive the busy tone.
Press the BV key. The Attendant can monitor the connection. (BV lamp lights.)
Press the TALK key. A Warning Tone is sent, and a three-way call is established (TALK lamp lights). If
the called station is a Dterm, the LCD displays OPE BV for 5 seconds, then CONF.
Press the CANCEL key to disengage; Attendant returns to the incoming call. The originally connected
parties remain connected.

Service Conditions
1.
2.

This feature may be used during station-to-station and station-to-trunk calls (COT, FX, WATS, CCSA, or
TIE LINES).
BUSY VERIFICATION cannot be established to a station when the station is:
a.) Dialing
b.) Listening to a tone
c.) Being rung
d.) Being connected to an Attendant loop
e.) Activating a conflicting feature such as:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1][A-45]
ATTENDANT OVERRIDE
[A-7]
[B-5D]
BOSS-SECRETARY OVERRIDE - Dterm
CALL HOLD
[C-6]
CALL TRANSFER
[C-10] [C-11, 11D] [C-50] [C-54]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
CONSULTATION HOLD - ALL CALLS
[C-17, -17D] [C-58]
DATA LINE SECURITY
[D-12] [D-66]
DATA PRIVACY ON DEMAND
[D-17] [D-68]
DIAL ACCESS TO ATTENDANT
[D-2] [D-71]
EXCLUSIVE HOLD - Dterm
[E-4D]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-1D]
NON-EXCLUSIVE HOLD - Dterm
[N-7D]
PRIVACY - Dterm
[P-14D]

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Service Conditions (cont’d)

Note:

3.
4.
5.
6.

7.

8.

9.
10.

11.

12.

13.

Page 82

PRIVACY RELEASE
[P-18]
THREE-WAY CALLING
[T-2, T-2D]
VOICE CALL - Dterm
[V-2D]
f.) Modem pooling connection
g.) Data Call through Data Adapter
h.) Data Call through Data Module
i.) The calling station is connected to an Attendant Loop
In each of the above instances, the Attendant will receive reorder tone.
Before the Attendant is added to an existing connection, a two-burst tone is applied to alert the parties of
the Attendant’s presence. Sending this tone burst can be suppressed by system data.
BUSY VERIFICATION and ATTENDANT LOCKOUT [A-5] are mutually exclusive features.
This feature can be denied on DICTATION ACCESS [D-3] and PAGING ACCESS [P-1] connections by
assigned System Data Assignment.
PAGING ACCESS [P-1]: BUSY VERIFICATION will be denied on a station line that is connected to
paging equipment. If the initiating paging station goes on-hook and is waiting for a callback call from the
paged party, BUSY VERIFICATION will be allowed on that station line.
DICTATION ACCESS [D-3]: BUSY VERIFICATION will be denied on a station that is connected to a
dictation trunk. Attempts to busy-verify a station on this connection will result in a reorder tone being sent
to the Attendant.
STATION HUNTING (Circular [S-7], Secretarial [S-8], or Terminal [S-9]): If an Attendant attempts to
busy-verify a busy station line in a Hunt Group, the call will hunt. That is, STATION HUNTING will take
precedence over BUSY VERIFICATION. If all stations in a Hunt Group are busy, BUSY
VERIFICATION takes place on the dialed station.
The BUSY VERIFICATION feature is assigned to Attendant Consoles only.
ATTENDANT LOCKOUT [A-5]: The Attendant is prevented from busy-verifying a station line that is
connected to a loop held on the ATTENDANT CONSOLE [A-3]. Because the LOCKOUT feature applies
only to calls held on the Attendant Console loop, BUSY VERIFICATION of those station lines will be
denied, and the Attendant will hear the reorder tone.
CALL BACK [C-1]: When Station A is busy and Station B has activated this feature toward Station A,
and then goes on-hook to wait for Station A to become idle, both stations can be busy-verified. When
Station A goes on-hook and the CALL BACK [C-1] process has begun, neither station can be busyverified until the talking connection between Stations A and B has been established. The Attendant will
hear the reorder tone when BUSY VERIFICATION attempts are made during the denied period.
CALL FORWARDING (ALL CALLS [C-5], BUSY LINE [C-2]): If an Attendant attempts to busy-verify
a (busy or idle) station line that has the CALL FORWARDING (ALL CALLS [C-5], BUSY LINE [C-2])
feature activated to another station line, the call will be forwarded to the other line, and BUSY
VERIFICATION will proceed as if the Attendant had attempted to busy-verify the other line. If an
Attendant attempts to busy-verify a (busy or idle) station line that has the CALL FORWARDING (ALL
CALLS [C-5], BUSY LINE [C-2]) feature activated to the Attendant, BUSY VERIFICATION will be
denied.
CALL HOLD [C-6]: When two stations have established a talking connection, and one of the stations has
a third party on hold, the two talking parties can be verified, but the party on hold cannot be busy-verified.

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Service Conditions (cont’d)
14.

15.

16.
17.
18.
19.
20.
21.
22.
23.

CALL WAITING [C-12, 31]: If an Attendant attempts to busy-verify a station line that already has a
waiting call, BUSY VERIFICATION will be denied. Also, if the Attendant attempts to busy-verify a
station line that is waiting for another line, the BUSY VERIFICATION attempt will be temporarily
denied, because such waiting calls always involve either a connection to the Attendant position or the
calling party is listening to the ringback tone.
UNIFORM CALL DISTRIBUTION (UCD) [U-1]: The Attendant can busy-verify a station line that is
part of a UCD group. That is, the BUSY VERIFICATION call will not hunt. If BUSY VERIFICATION
is attempted on the group number, UCD hunting will take precedence over BUSY VERIFICATION.
It is determined in system data to allow monitoring of the busy connection before establishing a three-way
call.
The Attendant cannot monitor the call when activating the INDIVIDUAL TRUNK ACCESS [I-4].
When the Attendant presses the TALK key and enters a three-party call, the Attendant cannot return to the
monitor mode.
While monitoring, only the operations via the TALK key or CANCEL key are valid.
If one of the originally connected parties disconnects while the Attendant is monitoring the call, the
reorder tone is sent to the Attendant and the other party. The third party will remain on hold.
While being monitored, the switch hook flashed by the originally connected party is invalid.
The billing during the monitor mode is continued from the status before monitoring.
The node accommodating the Attendant Console requires CFT function for FCCS service.

Interactions
1.

2.

3.
4.

5.

6.

This feature is allowed whenever the destination telephone set is engaged in any state other than:
a.) a three-way connection,
b.) a PRIVACY [P-14D, 15D] feature is activated,
c.) connected to a route programmed to have Line/Trunk, Privacy, CDN 44:PRV,
d.) listening to a tone (dial tone, reorder tone, service set tone, busy tone, ringback tone).
With the ATTENDANT OVERRIDE [A-7] feature, the following trunk types may be verified busy or idle
status:
a.) one-way incoming trunks,
b.) one-way outgoing trunks,
c.) bothway trunk.
Trunks in a station-trunk connection, TRUNK-TO-TRUNK CONNECTION [T-10], and ATTENDANT
CONTROLLED CONFERENCE [A-2] can be verified when busy.
ATTENDANT LOCKOUT [A-5]: The Attendant is prevented from verifying a busy station line which is
connected to a loop held at the Attendant Console. Since the LOCKOUT feature applies only to calls held
on an Attendant Console loop, BUSY VERIFICATION of those station lines will be denied and the
Attendant will hear the reorder tone.
CALL FORWARDING - ALL CALLS [C-5], BUSY [C-2]: If an Attendant attempts to busy-verify a
(busy or idle) station line that has the CALL FORWARDING (ALL CALLS [C-5], BUSY [C-2]) feature
activated to another station line, the call will be forwarded to the other line, and BUSY VERIFICATION
will proceed as if the Attendant had attempted to busy-verify the other line. If an Attendant attempts to
busy-verify a (busy or idle) station line that has the CALL FORWARDING (ALL CALLS [C-5], BUSY
[C-2]) feature activated to the Attendant, BUSY VERIFICATION will not be denied.
CALL HOLD [C-6]: When two stations have established a connection and one of the stations has a third
party on hold, the two talking parties can be busy verified, but the party on hold cannot be busy verified.

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Interactions (cont’d)
7.

8.

9.

10.
11.
12.

DATA LINE SECURITY [D-12]: An Attendant cannot busy-verify a busy station line that has a DATA
LINE SECURITY [D-12] Class of Service. If BUSY VERIFICATION is attempted, the Attendant will
hear the reorder tone.
CALL WAITING [C-12, 31]: If an Attendant attempts to busy-verify a station line that already has a
Waiting call, BUSY VERIFICATION will be denied. Also, if the Attendant attempts to busy-verify a
station line that is waiting for another line, the BUSY VERIFICATION attempt will be temporarily denied
because such waiting calls always involve either a connection to the Attendant position or the calling party
is listening to a ringback tone.
UNIFORM CALL DISTRIBUTING (UCD) [U-1]: The Attendant can busy-verify a station line that is
part of a UCD group. That is, the BUSY VERIFICATION call will not hunt. If BUSY VERIFICATION
is attempted on the group number, UCD hunting will take precedence over BUSY VERIFICATION.
DATA PRIVACY - CCIS [D-67, 68]: To prevent interruption of data transmission, the Attendant cannot
busy-verify a station line when this feature is used.
DICTATION ACCESS [D-3]: Dictation Access trunks cannot be busy-verified by the Attendant. The
Attendant will hear the reorder tone.
PAGING ACCESS [P-1]: Paging Access trunks cannot be busy-verified by the Attendant.

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:

ASYD - System Data 1, Index 60, bit 5. Is the two-burst Warning Tone to be disabled? 0/1: No/Yes.
System Data 1, Index 68, bit 4. Trunk Select (TKSL) key must be enabled. Assign data “1”.
System Data 1, Index 179, bit 4. Is ATT Monitor Service - in service? 0/1: No/Yes.
System Data 1, Index 158. Timer between tones.
System Data 1, Index 4, bit 4. Enable Busy Verification service.
System Data 2, Index 0, bit 3. Attendant Override service. Assign as data “1”.
System Data 2, Index 0, bit 4. Attendant Busy Verification service. Assign as data “1”.
ATRK - Assign these LEN’s as Route 909, Digital Conference Trunk. LEN consists of:
Group and Level numbers for the Digital Conference Trunk are 210, 213, 216, 221, 224, 227, 232, and
235.
ASFC - for stations subject to ATTENDANT OVERRIDE [A-7], assign a Class of Service that allows
SFI 4, EXECUTIVE RIGHT-OF-WAY [E-1], and SFI 11, ATTENDANT CAMP-ON WITH TONE
INDICATION [A-1].
ARTD - When a station is connected to a trunk, CDN 44:PRV of the route must be assigned as data
“0” for ATTENDANT OVERRIDE [A-7] to be allowed.

FCCS Programming
No unique programming is required for the FCCS network.

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NEAX2400 IPX Feature Programming Manual
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Boss - Secretary Override - Dterm

B-5D

B-5D

Boss - Secretary Override - Dterm

General Description
This feature enables a secretary to voice announce a call to a boss when he is currently on his My-Line.

Operating Procedure
•
•

Station 200 - Boss
Station 201 - Secretary

Boss is currently connected to Trunk A. Call at Trunk B, intended for 200, reroutes to Station 201

1.
2.
3.
4.

Secretary answers station 201.
Secretary asks the caller to hold and presses CALL HOLD [C-6D] feature key or TRANSFER key and
CALL HOLD code (CALL WAITING - ORIGINATE [C-31] key); secretary hears dial tone.
Secretary presses SPEED CALLING - ONE TOUCH [S-26D] key on which the BOSS-SECRETARY
OVERRIDE Tone Code pause (recall key) and the boss' telephone number (200) has been programmed.
Secretary hears ringback tone; boss receives 3 bursts of Camp-on Tone (to distinguish it from the single
burst for an Attendant Camp-on).

Boss' Response Options

Case 1:
1.
2.
Case 2:
1.
2.
3.
Case 3:
1.

Boss presses the ANSWER key and converses with secretary (Trunk A is placed on hold).
Secretary hangs up, boss speaks with Trunk B.
Boss presses the ANSWER key and converses with secretary (Trunk A is placed on hold).
Boss presses 201 key and converses with Trunk B; secretary hears reorder tone.
Boss presses ANSWER to reconnect with Trunk A; Trunk B is placed on hold.
If boss does not respond to 3 bursts of waiting tone, secretary presses RECALL key to resume talking to
Trunk B.

Case 4:
1.
Boss presses the ANSWER key and converses with Secretary (Trunk A is placed on hold). Boss denies
the call.
2.
Boss presses TRANSFER to return to Trunk A. Secretary can also press TRANSFER key, so that both
boss and secretary return to original callers.
3.
Secretary is returned to Trunk B.

Service Conditions
1.

2.
3.

Secretary must have a D term for this operation. Boss may have a single line telephone, but since no line
key or CALL HOLD key is available, the boss’s switch hook flashes to alternate between Trunk A and
Trunk B. To disconnect from one trunk, the boss hangs up. The remaining trunk recalls to the single-line
set. The held party hears ringback tone.
If boss and secretary have multi-line operations, they must have each other's My-Line appearing on their
Dterm.
This service feature is available only when the boss and the secretary are on their own My-Lines.

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Boss - Secretary Override - Dterm

B-5D

Service Conditions (cont’d)
4.
5.
6.
7.
8.
9.
10.

11.

This feature must be allowed in CLASS OF SERVICE - INDIVIDUAL [C-15] via system data
programming.
BOSS-SECRETARY OVERRIDE is denied if the boss is connected to the ATTENDANT CONSOLE.
If provided in the system, the held caller will hear MUSIC ON HOLD [M-7].
The call is recorded in SMDR for the secretary's station (e.g., 201).
This feature is denied to a UCD [U-1] group.
BOSS-SECRETARY OVERRIDE [B-5] overrides DO NOT DISTURB [D-11D] if set for the boss.
BOSS-SECRETARY OVERRIDE [B-5] is denied under the following conditions:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
BUSY VERIFICATION
[B-3]
CALL BACK
[C-1]
CALL HOLD
[C-6, C-6D]
CALL TRANSFER
[C-10] [C-11, 11D] [C-50] [C-54]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
CONSULTATION HOLD - ALL CALLS
[C-17, C-17D] [C-58]
DATA LINE SECURITY
[D-12] [D-66]
DATA PRIVACY ON DEMAND
[D-17] [D-68]
DIAL ACCESS TO ATTENDANT
[D-2] [D-71]
[E-4D]
EXCLUSIVE HOLD - Dterm
EXECUTIVE RIGHT-OF-WAY
[E-1, E-1D]
[N-7D]
NON-EXCLUSIVE HOLD - Dterm
OFF-HOOK QUEUING
[O-7]
OUTGOING TRUNK QUEUING
[O-2, O-2D]
PRIVACY - Dterm
[P-14D]
PRIVACY RELEASE
[P-18]
THREE-WAY CALLING
[T-2, T-2D]
VOICE CALL - Dterm
[V-2D]
FCCS link is not available for this feature.

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:

Page 86

ASYD - System Data 2, Index 1, bits 0 & 1. Consultation Hold allowed or denied. 00: denied; 01:
Originating and Terminating Calls allowed, Tandem Call Denied; 11: All calls allowed.
System Data 2, Index 10. Assign data 10H to enable CALL WAITING ORIGINATING [C-31]
service.
ANPD - Reserve a number level for service feature access. Assign for a Connection Status Index of
Normal (N), Hooking (H), and Busy (B). Assign NND in accordance with a predetermined numbering
plan.
ASPA - Assign an access code to CALL HOLD set, SID = 1 for Connection Status Index (CI) of
Hooking (H). Assign an access code to CALL WAITING - ORIGINATING [C-31] service. SRV =
SSC (Service Code), SID = 5. Assign for a Connection Index of Normal (N) and Busy (B).
Assign an access code to BOSS-SECRETARY OVERRIDE Tone, SRV = SSCA (Service Code
Appendix), SIDA = 53. Assign for Connection Status Index of Normal (N) and Hooking (H).
ASFC - Assign station to receive BOSS-SECRETARY OVERRIDE [B-5] a feature class that allows
the following SFI’s: 5, 6, 10, 11, and 51. Assign these SFI’s as data “1”.
NEAX2400 IPX Feature Programming Manual
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Boss - Secretary Override - Dterm

B-5D

Programming (cont’d)
STEP 5:

STEP 6:

AKYD - Optional. Assign to a programmable Line/Feature key a CALL HOLD [C-6] key. Assign
Type:Function:CALL HOLD [10]. (The operation of TRANSFER key and access code is also
available.) Optional. Assign to a programmable Line/Feature key a CALL WAITING ORIGINATING [C-31] key. Assign Type:Function:CALL WAITING [4]. (The operation of
TRANSFER key and access code is also available).
ADSL - Assign SN=5 (Consultation Hold) and FKY=10 (Call Hold;C-Hld) and FKY=4 (Call
Waiting; CW)
This command is required only for assigning the function to each soft key.

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B-6

Brokerage - Hotline

B-6

Brokerage - Hotline

General Description
This feature provides a HOT LINE [H-1] function for Dterm.

Operating Procedure
To access from Dterm

1.
2.

Lift handset or press the SPEAKER key.
Press sub-line key associated with the predetermined desired station. The destination station is
automatically dialed; Ringback tone is heard, the destination station answers.
3.
After completion of conversation, hang up or press the SPEAKER key.
Note: To make another HOT LINE [H-1] call instantaneously, press another sub-line key without going on-hook
and off-hook.
4.
If the desired station is busy - While hearing busy tone, press the EXECUTIVE RIGHT-OF-WAY
(OVER) key; receive warning tone. The caller can override the call in progress.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.

10.
11.
12.
13.
14.
15.

Page 88

One of the line/feature keys must be assigned as a My Line.
A station to be set Hot Line (calling party) cannot belong to Hunt [S-7, 8, 9] or UCD [U-1] group.
Single line station or virtual lines (SOFTWARE LINE APPEARANCE [S-33]) can be assigned as a
BROKERAGE HOT LINE destination. (ISDN terminal cannot be assigned as the destination.)
When a Hot Line call is made from a Dterm, the Dterm's display shows the destination station number but
doesn't show the SERVICE DISPLAY [S-25] of hot line.
This hot line feature is applicable for intra-office connection within the system.
My Line of a Dterm cannot be assigned as a Hot Line feature button.
Destinations must be stations or an ATTENDANT CONSOLE [A-3] of the system.
When a destination is an ATTENDANT CONSOLE [A-3], the Hot Line call terminates as an ATND call.
ATTENDANT CAMP-ON [A-1], EXECUTIVE RIGHT-OF-WAY [E-1], CALL WAITING [C-31] and
CALL BACK [C-1] can be prohibited to the hot line connection through CLASS OF SERVICE INDIVIDUAL [C-15].
When a destination station is busy, STEP CALL [S-13], CALL BACK [C-1], CALL WAITING [C-31],
or MESSAGE REMINDER - Dterm [M-19D] cannot be activated.
Station Hunting works if the destination station is in a hunt group.
UCD function works if the destination station is a UCD station, but busy tone is given if all the UCD
stations within the group are busy (no UCD queuing).
CALL FORWARDING [C-2, 3, 5] is allowed if the destination station has set Call Forwarding, but CALL
FORWARDING - OUTSIDE [C-28] cannot be provided.
Overriding is available only via the OVER key on Dterm. If switch hook flash is attempted, the caller
receives reorder tone.
In the following cases, overriding by the OVER key is not available, and the caller receives reorder tone.
a.) the conference-function trunks are all busy.
b.) the destination station is not engaged in a two party call, as when
• call is terminating to the destination station.
• the destination station has a call on hold.
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Brokerage - Hotline

B-6

Service Conditions (cont’d)

16.

17.
18.
19.
20.
21.

• the destination station is off-hook.
• the destination station is already engaged in a three-party call.
c.) the destination is the Attendant or is connected to an outside party.
When EXECUTIVE RIGHT-OF-WAY [E-1, E-1D] is used with this feature, it is not activated under any
of the following conditions:
• when utilizing EXECUTIVE RIGHT-OF-WAY [E-1, E-1D] service using switch hook flash and
access code.
• when all three-party conference trunks are busy.
• when the destination is not in the two-party connection (an incoming call is in the middle of terminating
to the destination or the destination places a call on hold or the destination is in off-hook status or the
three-party connection including the destination has already been established).
• when the destination is connected with the Attendant Console or the C.O. trunk.
This feature can be activated via FCCS.
Only the station assigned a telephone number is available for the station assignment when activating this
feature via FCCS.
The station, the Attendant Console/Desk Console (operator call), and the trunk can be a destination for
Hotline.
When Call Forwarding - All Calls/Busy Line/Don’t Answer service has been set to the called station, these
features are available for the call to the station.
When a calling party encounters a busy station, the call may bridge into the connection, depending on the
data assigned by the ASYD command.

Programming
STEP 1:

STEP 2:

ASDT - Assign to a PA-16LC circuit the following data:
TN:
Tenant Number
STN: Station Number
LENS: Line Equipment Number (6 digits) - Actual LENS for TEC 14, Virtual LENS for TEC 18
TEC: Telephone Class (1-31)
1:
DP (10pps)
2:
PB
3:
DP/PB
12: D term
13: Data terminal via Dterm
14: HOTLINE
15: CAS Line
18: Virtual Circuit
RSC: Route Restriction class (0-15)
SFC: Service Feature Class (0-15)
AHLS - Assign the station numbers programmed above for the following parameters:
HOT TN:
Hotline Tenant
STN:
Hotline Station
TYPE:
1 = station
CON TN:
Connecting Station’s Tenant
CON STN: Connecting Station Number

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B-6

Brokerage - Hotline

Programming (cont’d)
STEP 3:

AKYD - Assign to a Dterm a line appearance of the Hotline station number.
TN:
1
STN:
Station Number
TP:
Type of Dterm (0/1)
KYN:
Key Number (1-40)
KYI:
Service Index
0: Key not used
1: Feature Key
2: Multi-line Key
KD:
0
TN, STN: Tenant Number and Station Number of Multi-line (Virtual)
RG:
Ringing Assignment per Multi-Line Appearance
0: No Ringing
1: Ringing in Day Mode Only
2: Ringing in Night Mode Only
3: Ringing Day and Night

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
AHLSN - This data must be assigned to the NCN.
UGN: User Group Number
TELN: Telephone Number of the calling party
TYPE: 1 (the called party is a station)
CON UGN:User Group Number of the called party
CON TELN:Telephone Number of the called party
Note: The current data should also be set in addition to the command above.
The command to be set to the node accommodating the calling party: ASDT/AKYD
The following ASFC command data must be assigned at all nodes to be set BROKERAGE HOTLINE
service. SFI=36 (Brokerage Hotline), RES=1 (allowed)

Hotline
Single Line
TEC: 14
Assign as STN and
CON STN in AHLS

Page 90

NEC

Dterm
Assign Subline as
Virtual: TEC 18
Assign as STN and
CON STN in AHLS

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Boss - Secretary - Message Waiting Lamp Control

B-8

B-8 Boss - Secretary - Message Waiting Lamp Control
General Description
This feature allows a secretary, via her station, to control the Call Indicator Lamp Note or Message Waiting (MW)
display on the boss' station.
Note: The Call Indicator Lamp is used as the MW Lamp.

Operating Procedure
1.
2.
3.
4.
5.

CALL FORWARDING [C-3, 5] is not set on Boss' station.
An incoming call for Boss' station is answered on Secretary's Dterm.
Secretary sets the Call Indicator Lamp or MW display on Boss' station. See Procedure 1 below.
Boss's station Call Indicator Lamp or the MW display is on.
Secretary cancels the Call Indicator Lamp or MW display on Boss' station.

To set Message Waiting at a Boss' station

Procedure 1 (Secretary's station requires a Dterm with a LED)
1.
While remaining connected to the calling party, press the MW SET line/feature key.
2.
The LCD display will indicate MW SET (for 5 seconds, in place of time display).
3.
MW is set on Boss' station. Call Indicator Lamp or the MW display is on.
4.
Secretary will not hear service set tone.
Procedure 2
1.
Secretary releases the call after taking the message and presses the RECALL key. Dial tone is heard.
2.
Secretary presses the MW SET line/feature key. LCD will indicate MW SET. Secretary will hear service
set tone.
3.
MW is set to Boss' station. Call Indicator Lamp or the MW display is ON.
To cancel Message Waiting indication

Procedure 1
1.
While remaining connected, Secretary presses the MW CANCEL line/feature key.
2.
The LCD display will indicate MW CANCEL (For 5 seconds, in place of time display).
3.
Boss' MW indication is then cancelled. Call Indicator Lamp or the MW display is OFF.
Procedure 2
1.
Secretary presses Boss' line appearance. Dial tone is heard.
2.
Press the MW CANCEL line/feature key. Service set tone is heard.
3.
Secretary's LCD will display MW CANCEL.
4.
Boss' MW indication is cancelled.

Service Conditions
1.
2.
3.
4.

Any number of Dterm stations within the system can be assigned to activate this feature.
Secretary must have a Dterm.
Any attempt to set BOSS-SECRETARY MW LAMP CONTROL to a station that already has an MW
indication will receive MW BUSY following Procedure 1 or a busy tone following Procedure 2.
Any station provided with the sub-line can set or cancel BOSS-SECRETARY MW LAMP CONTROL
indication on that sub-line.

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B-8

Boss - Secretary - Message Waiting Lamp Control

Service Conditions (cont’d)
5.
6.
7.

8.
9.

This feature is not restricted by CLASS OF SERVICE - INDIVIDUAL [C-15] on either the boss or
secretary stations.
BOSS-SECRETARY MW LAMP CONTROL indication is cleared by system initialization or a Local
Processor initialization.
MW control is provided to stations using the Dterm sub-line when:
a.) one station is talking with another station.
b.) a special purpose button is pushed after a call is established.
c.) the station is calling another station in the network.
d.) CALL WAITING [C-12, 13] is being set up.
e.) the station is using VOICE CALL - D term [V-2D].
f.) the ATTENDANT CONSOLE [A-3] indication shows an incoming call.
MW for one station of the network can be controlled from the ATTENDANT CONSOLE [A-3] and any
other station at the same time. The controlled station cannot identify the controlling party.
The MW indication on the boss’ station appears as follows:
TYPE OF STATION SET

MESSAGE WAITING INDICATION

MW

Dterm Series E

10.

(Time Display)

The LCD on the secretary’s station displays the following messages:
STATUS OF BOSS’ STATION

LCD DTERM SERIES E

SETTING

MW

BUSY
(Time Display)

CANCELLING

MW

CANCEL
(Time Display)

SETTING

MW

TYPE OF TONE

MESSAGE
WAITING
(already set)

MESSAGE
WAITING
(not set)

SET
(Time Display)

Call Indicator is
ON

11.

MW cannot be activated on a virtual line. The LCD displays MW REST, and the reorder tone is heard
when activation from a virtual line is attempted.
Note: The reorder tone is not heard while talking to the calling party.
12. This feature can control the Call Indicator Lamp or MW display from the sub-line during:
a.) conversation with the calling party.
b.) special code dialing after replacing the handset or pressing the SPEAKER key.
c.) ringback tone for station calling.

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NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Boss - Secretary - Message Waiting Lamp Control

B-8

Service Conditions (cont’d)

13.

14.
15.

16.

d.) MUSIC ON HOLD [M-7] when the other party has pressed the HOLD key.
e.) dialing of telephone number.
f.) trunk origination or called-number dialing.
g.) calls to or talking to Attendant.
h.) THREE-WAY CALLING [T-2].
i.) CONSULTATION HOLD - ALL CALLS [C-17].
j.) calls by VOICE CALL - D term [V-2D].
k.) Call Waiting ringback tone with Call Waiting set.
l.) secretary calls to boss by BOSS-SECRETARY TRANSFER [B-11].
MW can be cancelled for a station in the same module group using the MY Line during:
a.) conversation with the calling party.
b.) ringback tone for station calling.
c.) MUSIC ON HOLD [M-7] when the other party has pressed the HOLD key.
d.) THREE-WAY CALLING [T-2].
e.) CONSULTATION HOLD - ALL CALLS [C-17].
f.) calls by VOICE CALL - D term [V-2D].
g.) Call Waiting ringback tone with Call Waiting set.
CALL WAITING [C-12, 13] set from any other station causes the MW Indication for the party setting the
call waiting to go off.
THREE-WAY CALLING [T-2] established by EXECUTIVE RIGHT-OF-WAY - Dterm [E-1D] causes
the MW Indication connected to the interrupted party to go off when the interrupting party presses the MW
CANCEL button. When using a soft key, press the MW OFF to cancel.
FCCS link is not available for this feature.

Interactions
1.

2.

Use of the following features has no effect on this feature. BOSS-SECRETARY MW LAMP CONTROL
can be set/cancelled to a station that has previously activated any of the following features:
a.) DO NOT DISTURB - Dterm [D-21D]
b.) CALL BACK - Dterm [C-1D] set to boss’ station
c.) CALL BACK - Dterm [C-1D] set from boss’ station
d.) CALL FORWARDING ALL CALLS - Dterm [C-5D] will not follow forwarding data
e.) CALL FORWARDING DON’T ANSWER - Dterm [C-3D] will not follow forwarding data
f.) CALL FORWARDING BUSY - Dterm [C-2D] will not follow forwarding data.
When the boss’ line is answered by the secretary, the following services may be activated either by the
secretary or by another station towards the secretary. These services will not interfere with the secretary’s
ability to set/cancel MW.
a.) PRIVACY - Dterm [P-14D]
b.) CONSULTATION HOLD - ALL CALLS [C-17]
c.) CALL WAITING - ORIGINATING [C-31] set to boss’ station
d.) CALL WAITING - ORIGINATING [C-31] set from boss’ station
e.) ATTENDANT CAMP ON WITH TONE INDICATION [A-1] set to boss’ station
f.) THREE-WAY CALLING - D term [T-2D]
g.) NON-EXCLUSIVE HOLD - D term [N-7D], EXCLUSIVE HOLD - Dterm [E-4D] or DUAL
HOLD [D-32].

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B-8

Boss - Secretary - Message Waiting Lamp Control

Programming
STEP 1:

STEP 2:

STEP 3:

Page 94

AKYD - Assign to a programmable line/feature key a MW Lamp Set key; Type:Function:BOSSSECRETARY MSG WAIT-SET [9] and a MW Lamp Cancel key; Type:Function:BOSSSECRETARY MSG WAIT-CNCL [11].
ADSL - Assign SN=4 (Communication in Progress) when operating Procedure 1, SN=2 (Originating)
when operating Procedure 2. Assign FKY=9 (MW Lamp Set key; MWSET) and FKY=11 (MW Lamp
Cancel key; MWOFF).
This command is required only for assigning the function to each soft key.
ASFC - Assign the stations a feature class that allows; SFI:74 (MW Called) and SFI:82 (MW Set).

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Boss - Secretary Transfer

B-11

B-11

Boss - Secretary Transfer

General Description
This feature allows a secretary to voice-announce a call to a boss when the secretary answers a call to the boss' line.

Operating Procedure
To transfer from Dterm to Dterm

1.
2.
3.

Call terminates to Boss' line.
Secretary answers the call on the sub-line of Secretary's D term.
Secretary presses the line key of answered call; Boss and Secretary talk by Voice Call. LCD displays:
Boss/Secretary
ICM
XXXX
(Time Display)

4.

Boss answers the call. LCD displays:
TRANSFER
(Time Display)

5.

Secretary
XXXX

Secretary hangs up; calling party talks to Boss. LCD displays:
Calling Party
(Time Display)

XXXX

To transfer from Dterm to a single line telephone

1.
2.
3.

Call terminates to Boss' line.
Secretary answers the call on the sub-line of Secretary's D term.
Secretary presses the line key of the answered call. Boss' station rings. LCD displays (Secretary):
XXXX

TRANSFER
(Time Display)
4.
5.

Boss answers the call.
Secretary hangs up; calling party talks to Boss.

To cancel

1.
2.

Secretary presses the line key.
Secretary talks to the calling party.

Service Conditions
1.
2.
3.

Secretary must have boss' My Line appearing on the D term in a multi-line operation.
Secretary must have a Dterm for this operation. Boss may have a single line telephone.
This service feature is only available when the secretary is talking on the boss' My Line.

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B-11

Boss - Secretary Transfer

Service Conditions (cont’d)
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.

This feature must be allowed in CLASS OF SERVICE - INDIVIDUAL [C-15] via system data
programming.
BOSS-SECRETARY TRANSFER [B-11] is denied if the secretary is connected to the ATTENDANT
CONSOLE [A-3].
If provided in the system, the held caller will hear MUSIC ON HOLD [M-7].
The call is recorded in SMDR [S-10] for the boss' station.
This feature will override CALL FORWARDING - BUSY LINE [C-2] set for the boss, unless the boss’
line is forwarded to the secretary.
THREE-WAY CALLING [T-2] (Boss, Secretary and calling party) is not available.
A BOSS-SECRETARY TRANSFER call cannot be picked up by CALL PICKUP [C-7, 30].
Name Display service is not available when the secretary is calling the boss or when the secretary is talking
to the boss.
When the boss is using a Dterm, the boss must always press the line key in order to answer the call
transferred from the secretary.
FCCS link is not available for this feature.

Programming
STEP 1:
STEP 2:
STEP 3:

Page 96

ANPD - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B). Assign NND in accordance with a predetermined numbering plan.
ASFC - Assign station to receive Boss-Secretary Override a feature class that allows the following
SFIs: 5, 6, 10, 11 and 51. Assign these SFIs as Data “1”.
AKYD - Boss’ My line must be assigned as a sub-line on the secretary’s phone.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Brokerage Hotline - Outside

B-12

B-12

Brokerage Hotline - Outside

General Description
This feature provides a HOT LINE - OUTSIDE [H-9] function for a Dterm.

Operating Procedure
To access a BROKERAGE HOT LINE - OUTSIDE from a Dterm

1.
2.
3.

Lift the handset or press the SPEAKER key.
Press the sub-line key associated with a predetermined desired outside party. The destination station is
automatically dialed; ringback tone is heard; the destination station answers.
After completion of the conversation, hang up or press the SPEAKER key.

To immediately make another BROKERAGE HOT LINE - OUTSIDE call

1.
2.

Press another sub-line button associated with another station without going on/off-hook. The RELEASE
key on the Add-On Module can be used as the RELEASE key.
A maximum of 39 BROKERAGE HOTLINES-OUTSIDE can be used to access distant destinations.

Service Conditions
1.
2.
3.
4.
5.

6.

7.
8.
9.

10.
11.
12.
13.
14.

One of the line keys of the Dterm must be assigned as the My Line.
When a BROKERAGE HOT LINE - OUTSIDE call is made, the Dterm display shows the connected trunk
number but does not show a SERVICE DISPLAY [S-25] for the BROKERAGE HOT LINE.
The My Line of a Dterm cannot be assigned as a BROKERAGE HOT LINE - OUTSIDE.
The virtual line of a single line station can be assigned as the hot line station.
BROKERAGE HOT LINE - OUTSIDE uses SPEED CALLING - SYSTEM [S-3] memory. The total
number of BROKERAGE HOT LINE - OUTSIDE destinations is limited by the capacity of the SPEED
CALLING - SYSTEM [S-3].
ATTENDANT CAMP-ON [A-1], CALL BACK [C-1], CALL WAITING [C-31], and EXECUTIVE
RIGHT-OF-WAY [E-1] can be prohibited to the BROKERAGE HOT LINE - OUTSIDE connection
through CLASS OF SERVICE - INDIVIDUAL [C-15].
A hot line station user confronted with all trunks busy or all senders busy at the time of calling hears the
reorder tone. No indication is shown on the user's D term LCD.
Outside connection when a user calls in BROKERAGE HOT LINE - OUTSIDE service is realized when
trunk classification (DDD, TIE, CCSA) and the trunk number is indicated on the LCD indication.
Outside connection when a user answers in BROKERAGE HOT LINE - OUTSIDE service is realized
when time duration, trunk classification (DDD, TIE, CCSA) and the trunk number is indicated on the LCD
indication.
The Station Message Detail Recording (SMDR) is available for outgoing calls in the BROKERAGE HOT
LINE - OUTSIDE service.
A Dterm with an Add-On Module attached is used for applications requiring at least 15 but fewer than 39
destinations. In this case, one of the line keys of the Dterm must be assigned as the My Line.
An AC Adapter is required for the Add-On Module for the Dterm phones.
This feature can be activated via FCCS.
Only the station assigned a telephone number is available for the station assignment when activating this
feature via FCCS.

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B-12

Brokerage Hotline - Outside

Service Conditions (cont’d)
15.
16.
17.

The station, the Attendant Console / Desk Console (operator call), and the trunk can be a destination for
Hotline.
When Call Forwarding - All Calls/Busy Line/Don’t Answer service has been set to the called station, these
features are available for the call to the station.
When a calling party encounters a busy station, the call may bridge into the connection, depending on the
data assigned by the ASYD command.

Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:

Page 98

ASDT - Assign to a 16LC circuit the following data:
TN:
Tenant Number
STN: Station Number
LENS: Line Equipment Number (6 digits)
TEC: Telephone Class (1 - 31)
1:
DP (10 pps)
2:
PB
3:
DP/PB
12: D term
13: Data terminal via Dterm
14: Hotline
15: CAS Line
18: Virtual circuit Note
RSC: Route Restriction Class (0 - 15)
SFC: Service Feature Class (0 - 15)
ASPD - Assign ADC code, maximum of 3 digits; assign CD = telephone number, maximum 24 digits,
corresponding to the ADC.
AHLS - Assign the station number programmed above for the following parameters:
HOT TN:
Hotline Tenant
STN:
Hotline Station
TYPE:
Connection Type 2 - Abbreviated Digit Code (ADC)
Connection Type 3 - Trunk Line
ADC:
Abbreviated Digit Code (C) of the Destination Station
CON TN:
Connecting Station’s Tenant
CON STN: Connecting Station’s Number
CON RT:
Connecting Station’s Route Number
CON TK:
Connecting Station’s Trunk Number
AKYD - Assign to a Dterm a line appearance of the Hotline station number.
TN:
Tenant Number
STN:
Station Number
TP:
Type of D term [0/1]:
KYN:
Key Number (1 - 40)
KYI:
Service Index
0: Key not used
1: Feature Key

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Brokerage Hotline - Outside

B-12

Programming (cont’d)
KD:
RG:

2: Multi-line Key
0
Ringing Assignment per multi-line appearance
0: No ringing
1: Ringing in Day mode only
2: Ringing in Night mode only
3: Ringing in Day and Night mode

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
AHLSN - This data must be assigned to the NCN.
UGN:
User Group Number of the calling party
TELN:
Telephone Number of the calling party
TYPE:
2 (the called party is an outside line)
3 (the called party is a trunk)
CON UGN: User Group Number of the called party (for TYPE=2)
CON ADC: Abbreviated digits code assigned by the ASPD command (for TYPE=2)
CON LRN: Logical Route Number of the called party (for TYPE=3)
CON TK:
Trunk Number of the called party (for TYPE=3)
Note: The current data should also be set in addition to the command above.
The command to be set to the node accommodating the calling party: ASDT/AKYD/ASPD
If Hotline TEC=14, the ASFC command data must be assigned at all the nodes to be set Brokerage-Hotline
service: SFI=36 (Brokerage Hotline), RES=1 (allowed). When assigning Virtual Hotline, set the ASFC
command data to TEC=18.
If Hotline is Virtual TEC=18, assign SFI=36. If Hotline is a TEC=14, do not assign SFI=36.

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B-17

Blind Transfer To Attendant

B-17

Blind Transfer To Attendant

General Description
This feature allows a station to transfer a held call (station or trunk) to the Attendant Console and hang up without
having to wait for the Attendant to answer.

Operating Procedure
1.
2.
3.

Note:

Note:

While connected to another party (station or trunk), the user presses switch hook or TRANSFER key;
receives special dial tone.
User dials the access code for operator; receives ringback tone while the call terminates to the Attendant
at RECALL key. The transferred party hears MUSIC ON HOLD [M-7].
User can either:
a.) Hang up before the Attendant answers, and call will be connected to the Attendant when the
Attendant answers.
The call will terminate at the Attendant's INCOMING CALL IDENTIFICATION (ICI) key depending on the
call class (LDN, FX, WATS, CCSA, TIE, ATND) of the party being transferred. Peg count will be
incremented by one, according to the call class.) The transferred party hears ringback tone.
b.) Wait for the Attendant to answer and then hang up after announcing that a call is being
transferred.
When this method is used, the call is identified at the Attendant's INCOMING CALL IDENTIFICATION
(ICI) key as RECALL key. Peg count for RECALL will be incremented by one.

Service Conditions
1.
2.
3.
4.
5.
6.

7.
8.
9.
10.

11.

Page 100

Reorder tone will be sent to the station if an attempt is made to transfer to an Attendant in night mode.
This feature is not available on a tenant basis.
If the Attendant does not answer the transferred call within the predetermined time set for Transfer Call
Recall, the transferring station will not be recalled.
This feature is allowed only when a station is engaged in a two party connection (station or trunk).
Reorder tone will be sent to the transfer originating station if that station is restricted from accessing the
Attendant.
Attendant peg count is incremented by one for the following:
a.) RECALL when the Attendant answers before the transferring station releases.
b.) LDN, FX, WATS, CCSA, TIE, or ATND when the Attendant answers after the transferring
station releases.
The NEAX2400 IPX will not set a priority queue for the call being transferred when the station originating
the transfer hangs up before the Attendant answers.
CALL TRANSFER - ATTENDANT [C-10] is restricted when this feature is activated.
This feature is allowed via system data and service feature data assignment.
If a call is blind transferred to a station that has set CALL FORWARDING - DON'T ANSWER [C-3] to
the Attendant, the following conditions will occur:
a.) if No Recall on Call Transfer is in service, the call will forward in a Don't Answer scenario. B-18
must be in-service.
b.) if Recall on Call Transfer is in service, the transferred call will recall to the transferring party.
This feature is available for stations in the FCCS network only.

NEAX2400 IPX Feature Programming Manual
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Blind Transfer To Attendant

B-17

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:

ASYD - System 1, Index 17, Bit 4: (1) Blind Transfer to Attendant In Service.
System Data 2, Index 1, Bit 0 and Bit 1: (1).
ASFC - Cancel the restriction of Blind Transfer to Attendant from SFC of the station.
(SFI = 103, RES = 1).
ANPD - 0 = Hooking (H) NND = 1.
ASPA - 0 = Hooking (H) SRV = SSC (Service Code), SID = 2.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - 0 = Hooking (H), NND = 1.
STEP 2: ASPAL - 0 = Hooking (H) SRV = SSC (Service Code), SID = 2, FPC = “x”.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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B-18

Blind Transfer To Station

B-18

Blind Transfer To Station

General Description
This feature allows two Class Marks to be assigned to stations, enabling services such as Voice Mail, announcement
machine, etc. depending on the Class Mark.
1.
A Class Mark which allows No Answer timer to be extended when the Blind Transferred-to station does
not answer within the predetermined period of time interval.
2.
A Class Mark which activates CALL FORWARDING - DON'T ANSWER [C-3] set to the Blind
Transferred-to station when CALL FORWARDING - DON'T ANSWER [C-3] is available.

Operating Procedure
To transfer a call in progress

1.
2.
3.

While connected to another party (station or trunk), the user presses switch hook or TRANSFER key on
Dterm; receives special dial tone.
User dials the third station; receives ringback tone. If the user remains on the line, the transferred party
hears MUSIC ON HOLD [M-7].
At this point, the user can hang up before the third station answers; the transferred party hears ringback
tone.

Service Conditions
1.
2.

3.
4.

5.
6.

Page 102

This feature is allowed only when a station is engaged in a two party connection (station or trunk).
Samples of connection patterns available under BLIND TRANSFER service are as follows:
a.) Station A blind-transfers incoming trunk/station to Station B.
b.) Station A blind-transfers incoming trunk/station call to the Attendant.
c.) Station A blind-transfers incoming trunk/station call to Station B, which has set CALL
FORWARDING-DON’T ANSWER to Station C (the call is forwarded to Station C).
d.) Station A blind-transfers incoming trunk/station call to Station B, which has set CALL
FORWARDING-DON’T ANSWER trunk (the call is forwarded to outside station).
The Class Mark that extends No Answer timer must be the same as the one used for BLIND TRANSFER
TO ATTENDANT [B-17]. This Class Mark is assigned to the transferring station.
Depending on system data assignment, the following conditions occur when CALL FORWARDING DON'T ANSWER feature is set on the Blind Transferred-to station:
a.) the transferring station is recalled.
b.) the transferred-to station rings continuously.
c.) the call is forwarded when the CALL FORWARDING - DON'T ANSWER timer expires.
If the destination station for Blind Transfer has set CALL FORWARDING - DON'T ANSWER [C-3] to
a station/trunk, Call Forwarding is activated when a predetermined No Answer timer expires.
This feature is available for stations in the FCCS network only.

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Blind Transfer To Station

B-18

Programming
STEP 1:

STEP 2:

ASYD - System 1, Index 69, Bit 0:
Processing for a case where the transfer destination station does not answer the call within a
predetermined period of time. 0/1 = the transferring station is recalled/the transfer destination station is
continuously rung, or if the Call Forwarding - Don’t Answer is set at the destination station, Call
Forwarding - Don’t Answer is executed. Index 247: Assign the timer value of No Answer Timer for
Blind Transfer to Station.
ASFC - Assign the following data to the SFC of the station:
SFI = 103: Assign the timer value of No Answer Timer for BLIND TRANSFER TO STATION.
RES:
0/1 = Index 140 / Timer value assigned by ASYD, SYS-1, Index 247
0 = Index 140
1 = Index 247
Also, when ASYD, SYS-1, Index 69, b0 = 1 has been assigned, assign the following data to the SFC of
the station:
SFI = 104: Processing in a case when the transfer destination station does not answer within a
predetermined period of time.
RES: 0/1 = The transfer destination station is continuously rung / Call Forwarding - Don’t Answer
is executed if it is set at the transfer destination station.

FCCS Programming
No unique programming is required for the FCCS network.
Note: System timers may be set on a network basis in ASYDN.

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C-1

Call Back

C-1

Call Back

General Description
This feature provides the ability for a calling station that has dialed a busy station to dial a CALL BACK code. When
this has been done, the calling station will be rung as soon as the busy station becomes available, provided the calling
station is also idle.

Operating Procedure
To set

1.
2.
3.
4.
5.

Dial the desired telephone number; receive busy tone.
Press switch hook for special dial tone.
Dial CALL BACK code; receive service set tone.
Hang up.
When desired station becomes idle, calling station will ring. Upon answering, the called station will be
rung.

To cancel

1.
2.

Lift the handset; receive dial tone.
Dial CALL BACK cancel code; receive service set tone.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.

10.
11.

If CALL BACK is not answered within 30 seconds, ringing will stop and CALL BACK will be
automatically cancelled.
As with certain other CLASS OF SERVICE - INDIVIDUAL [C-15] features, CALL BACK may be
assigned via feature class.
CALL BACK to a busy station won't occur if that station is in the LINE LOCKOUT [L-3] mode.
There is no time limit for CALL BACK. Once activated, it will remain in status memory until completed
or manually cancelled.
A station cannot activate CALL BACK to more than one station at a time.
A station cannot use CALL BACK and OUTGOING TRUNK QUEUING [O-2] at the same time.
When the calling station is called back, STATION HUNTING [S-7, 8, 9] and CALL PICKUP [C-7]
programming will be ignored.
There is no limit to the number of stations that may access this feature simultaneously.
A delay timer can be set in system programming, on a system-wide basis. This allows a station, to which
CALL BACK has been set, to initiate another call within a predetermined time period after becoming idle,
before the CALL BACK feature is activated. The delay timer can be set in multiples of 2 seconds for up
to a maximum of 14 seconds.
CALL BACK service cannot be set when FCCS links are all busy.
CALL BACK service that has already been set is automatically cancelled when FCCS links are all busy
at the moment the target station becomes idle.

Interactions
1.

Page 104

OUTGOING TRUNK QUEUING [O-2] and CALL BACK cannot be accessed simultaneously.

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Call Back

C-1

Interactions (cont’d)
2.
3.
4.

5.
6.
7.
8.
9.

ASYD - System Data 1, Index 139, No Answer Timer is also used for station-to-station call, DID, or TIE
Line call for CALL FORWARDING - DON’T ANSWER [C-3], and CALL HOLD [C-6].
CALL WAITING - ORIGINATE [C-31] automatic setting and CALL BACK are mutually exclusive.
CALL HOLD [C-6]: Activation of CALL BACK is not allowed if the calling or called station has a party
on CALL HOLD [C-6]. CALL BACK can be activated against a Dterm that is holding a call or is being
held via EXCLUSIVE HOLD [E-4D] or NON-EXCLUSIVE HOLD [N-7D].
Call Back cannot be activated toward the Attendant Console.
When CALL FORWARDING - ALL CALLS [C-5] has been set from Station A to Station B, and Station
B is busy, the CALL BACK feature will be set against Station B.
CALL BACK [C-1] cannot be activated when using CONSULTATION HOLD [C-17].
CALL BACK [C-1] cannot be set when all FCCS links are busy.
When the FCCS links are all busy at the moment the target station becomes idle, CALL BACK [C-1] that
has already been set is automatically cancelled.

Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:
STEP 5:

ASYD - System Data 1, Index 139. No Answer Timer for CALL BACK. Assign 00H. (RAM data is
3FH = 30 seconds.)
System Data 1, Index 68, Bit 0. 0/1: SHF and access code/last digit of telephone number + access code.
System Data 2, Index 0, Bit 0. Is CALL BACK enabled on a per-tenant basis? 0/1: No/Yes.
System Data 2, Index 4, Bit 0. CALL BACK and OUTGOING TRUNK QUEUING [O-2] access
codes are same or separate? 0/1: Separate/Same.
System Data 3, Index 3, Bit 5. Enable Ringer pattern 5 for CALL BACK. See DISTINCTIVE
RINGING [D-10].
System Data 3, Index 7. Assign data 24H for 4 seconds On, 2 seconds Off.
System Data 1, Index 5, Bit 7: CALL BACK - Delay Timer: 0/1 = Out/In Service.
System Data 1, Index 5, Bits 4 through 6: Delay Timer. Value equals 2 seconds X the Data set.
ANPD - Reserve a number level for service feature access and cancel. Assign for Normal (N) and
Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL BACK - Entry, SRV = SSC (Service Code), SID = 3 and a
Connection Status Index (CI) for Busy (B) service. For CALL BACK - Cancel, SRV = SSC (Service
Code), SID = 6. Assign a Connection Status Index (CI) for Normal (N) service.
ASFC - Assign a Service Feature Class that allows SFI = 2 to stations to be allowed the feature CALL
BACK.
ATNR - Allow Tenant Restriction Index TRI 0, station-to-station calling for Inter and Intra-tenant
connections.

FCCS Programming

STEP 1:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
ANPDL - Reserve a number level for service feature access and cancel. Assign for Normal (N) and
Busy (B). Assign NND in accordance with a predetermined numbering plan.

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C-1

Call Back

FCCS Programming (cont’d)
STEP 2:

ASPAL - Assign an access code to CALL BACK - Entry, SRV = SSC (Service Code), SID = 3 and a
Connection Status Index (CI) for Busy (B) service. For CALL BACK - Cancel, SRV = SSC (Service
Code), SID = 6. Assign a Connection Status Index (CI) for Normal (N) service.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: System timers may be set on a network basis in ASYDN.

Page 106

NEAX2400 IPX Feature Programming Manual
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Call Back - Dterm

C-1D

Call Back - Dterm

C-1D
General Description

This feature provides the ability for a Dterm, which has dialed a busy station, to press a CALL BACK key. When
this has been done, the calling station will be rung as soon as the busy station becomes available, provided that the
calling station is also free.

Operating Procedure
To set

1.
2.

Dial desired telephone number; receive busy tone.
Press the CALL BACK key; receive service set tone. LCD displays:
Called Station
CB SET

XXXX
(Time Display)

3.
4.

Hang up.
When the desired station becomes idle, the calling station will ring. The LCD displays:
Called Station (Flashing)
CB

XXXX
(Time Display)

5.
6.

Upon answering, the called station will be rung.
Called Dterm's LCD displays:
Calling Station
XXXX

CB
(Time Display)

To cancel

1.
2.
3.

Lift the handset or press the SPEAKER key; receive dial tone.
Press the CALL BACK key; receive service set tone. Call Back is cancelled.
The LCD displays:
CB CANCEL
(Time Display)

Service Conditions
1.
2.
3.

If CALL BACK is not answered within 30 seconds, ringing will stop and CALL BACK will be
automatically cancelled.
CALL BACK may be assigned via CLASS OF SERVICE - INDIVIDUAL [C-15].
CALL BACK to a busy station cannot be established if that station is in the LINE LOCKOUT [L-3] mode.

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Call Back - Dterm

C-1D

Service Conditions (cont’d)
4.
5.
6.
7.
8.
9.
10.
11.

12.

13.
14.

There is no time limit for CALL BACK. Once activated, it will remain in status memory until completed
or manually cancelled.
CALL BACK cannot be activated to more than one station at a time. (Calling party).
CALL BACK cannot be set by more than one station at a time. (Called party).
A station cannot use CALL BACK and OUTGOING TRUNK QUEUING [O-2] at the same time.
When the calling station is called back, STATION HUNTING [S-7, 8, 9] and CALL PICKUP [C-7]
programming will be ignored.
There is no limit to the number of stations that may access this feature simultaneously.
CALL BACK can only be activated from MY Line of a Dterm.
CALL BACK cannot be established to a busy station when the station is engaged in any of the following:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
CALL HOLD
[C-6, C-6D]
OFF-HOOK QUEUING
[O-7]
OUTGOING TRUNK QUEUING
[O-2, O-2D]
A delay timer can be set in system programming, on a system-wide basis. This allows a station to which
CALL BACK has been set to initiate another call within a predetermined time period after becoming idle,
before the CALL BACK feature is activated. The delay timer can be set in multiples of 2 seconds, up to a
maximum of 14 seconds.
CALL BACK service cannot be set when FCCS links are all busy.
CALL BACK service that has already been set is automatically cancelled when FCCS links are all busy
at the moment the target station becomes idle.

Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:

Page 108

ASYD - System Data 1, Index 139. No Answer Timer for CALL BACK. Assign 00H. (RAM data is
3FH = 30 seconds.)
System Data 1, Index 68, Bit 0. 0/1: SHF and access code/last digit of telephone number + access code.
System Data 2, Index 0, Bit 0. Is CALL BACK enabled on a per-tenant basis? 0/1: No/Yes.
System Data 2, Index 4, Bit 0. CALL BACK and OUTGOING TRUNK QUEUING [O-2] access
codes are same or separate? 0/1: Separate/Same.
System Data 3, Index 3, Bit 5. Enable Ringer pattern 5 for CALL BACK. See DISTINCTIVE
RINGING [D-10].
System Data 3, Index 7. Assign data 24H for 4 seconds On, 2 seconds Off.
System Data 1, Index 5, Bit 7: CALL BACK - Delay Timer: 0/1 = Out/In Service.
System Data 1, Index 5, Bits 4 through 6: Delay Timer. Value equals 2 seconds X the Data set.
ANPD - Reserve a number level for service feature access and cancel. Assign for Normal (N) and
Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL BACK - Entry, SRV = SSC (Service Code), SID = 3 and a
Connection Status Index (CI) for Busy (B) service. For CALL BACK - Cancel, SRV = SSC (Service
Code), SID = 6. Assign a Connection Status Index (CI) for Normal (N) service.
ASFC - Assign a Service Feature Class that allows SFI = 2 to stations to be allowed the feature, CALL
BACK.
AKYD - For Dterm sets, CALL BACK may be assigned to a programmable line/feature key. Assign
Type:Function:CALL BACK [5].
ATNR - Allow TRI 0, station-to-station calling for Inter and Intra-tenant connections.

NEAX2400 IPX Feature Programming Manual
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Call Back - Dterm

C-1D

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ANPDL - Reserve a number level for service feature access and cancel. Assign for Normal (N) and
Busy (B). Assign NND in accordance with a predetermined numbering plan.
STEP 2: ASPAL - Assign an access code to CALL BACK - Entry, SRV = SSC (Service Code), SID = 3 and a
Connection Status Index (CI) for Busy (B) service. For CALL BACK - Cancel, SRV = SSC (Service
Code), SID = 6. Assign a Connection Status Index (CI) for Normal (N) service.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: System timers may be set on a network basis in ASYDN.

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Page 109

C-2

Call Forwarding - Busy Line

C-2

Call Forwarding - Busy Line

General Description
This feature permits a call to a busy station to be immediately forwarded to a predesignated station or to the
ATTENDANT CONSOLE [A-3].
If a called station is in a STATION HUNTING [S-7, 8, 9] Group and forwards calls to another Hunt Group, it can
be determined through system data that the calling party has been directed either to the called parties Hunt Group or
to the terminating parties Hunt Group when all of the forwarded stations are busy.

Operating Procedure
To set from an individual station

1.
2.
3.

Lift the handset, receive dial tone.
Dial the specific CALL FORWARDING - BUSY LINE access code; receive special dial tone.
Dial the desired target telephone number; receive service set tone.

To cancel from an individual station

1.
2.

Lift the handset, receive dial tone.
Dial the specific CALL FORWARDING - BUSY LINE cancel code; receive service set tone.

To set from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.
5.

Press an idle loop key.
Dial the specific CALL FORWARDING - BUSY LINE access code; receive special dial tone.
Dial the TENANT SERVICE [T-12] number (2/3 digits).
Dial the originating telephone number.
Dial the desired target telephone number; receive service set tone.

To cancel from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.

Press an idle loop key.
Dial the specific CALL FORWARDING - BUSY LINE cancel code.
Dial the TENANT SERVICE [T-12] number (2/3 digits).
Dial the originating telephone number; receive service set tone.

Service Conditions
1.
2.
3.
4.

5.
6.
7.
8.

Page 110

This feature may be set and cancelled by either the user or the Attendant.
CALL FORWARDING - BUSY LINE data remains in the data memory, even if the system is reinitialized or in the event of a power failure, but it must be saved to HD.
Stations are assigned this feature according to CLASS OF SERVICE [C-15] programming in system data.
Registration memories for CALL FORWARDING - BUSY LINE and CALL FORWARDING - DON'T
ANSWER [C-3] are common. Changing System Data will enable separation of the two, permitting
separate access codes to be assigned.
CALL FORWARDING - BUSY LINE can be provided on a tenant or an individual station basis.
Call Forwarding on a tenant basis allows any incoming calls that encounter a busy condition to be
forwarded to a predetermined station or the ATTENDANT CONSOLE [A-3].
Individual CALL FORWARDING - BUSY LINE supersedes system basis call forwarding.
If all the stations in the terminating Hunt Group are busy, the calling party will hear busy tone and will not
return to the called parties Hunt Group.
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Service Conditions (cont’d)
9.

10.

11.

12.
13.

14.
15.
16.

17.
18.

19.

20.

When MULTIPLE CALL FORWARDING - BUSY LINE [M-24] service is activated, hunting will be
performed at the last destination of the forwarded call, even though the multiple jumped stations are in a
Hunt Group.
When the pilot station of a STATION HUNTING [S-7, 8, 9] Group activates CALL FORWARDING BUSY LINE to a station (not a member of a Hunt Group) and system parameters specify that call hunting
will be activated at the forwarded station, the NEAX2400 IPX will send busy tone if the forwarded station
is busy. If the system parameters specify hunting at the forwarding station, and the forwarded station is
busy, the call will hunt in the forwarding stations Hunt Group.
When a station CALL FORWARDS - ALL CALLS [C-5] to a pilot in a STATION HUNTING [S-7, 8, 9]
Group and the pilot activates CALL FORWARD - BUSY LINE to another station, if system parameters
define the call to hunt to the forwarded Hunt Group and all stations are busy, the calling party will hunt at
the called stations Hunt Group. If system parameters define the call to hunt to the forwarding Hunt Group
and all stations are busy, the calling party will then hunt to the forwarding stations Hunt Group.
If the called station is the pilot of a UCD [U-1] group and activates CALL FORWARDING - BUSY LINE,
the calling station will queue to the UCD [U-1] group and will not Call Forward.
If a calling station, ATTENDANT CONSOLE [A-3], or trunk receives a busy tone after being CALL
FORWARDED-BUSY and activates EXECUTIVE RIGHT-OF-WAY [E-1], CALL WAITINGORIGINATING [C-31], CALL WAITING-TERMINATING [C-12] or BUSY VERIFICATION [B-3],
these services will be activated to the calling station.
There is no limitation to the number of stations that can set CALL FORWARDING - BUSY LINE
simultaneously.
The operator answering a Call Forwarded call can identify the called telephone number on the
ATTENDANT CONSOLE [A-3] display.
When a user places a call to a busy station which has been set CALL FORWARDING-BUSY LINE [C2], the calling party can override the call forwarding feature, activating service features associated with
busy status such as CALL BACK [C-1], EXECUTIVE RIGHT-OF-WAY [E-1], STEP CALLS [S-13],
provided that the service feature class (SFC) of the calling party permits this feature. Otherwise, the call
is forwarded to a predetermined destination as usual.
Programming of this feature:
ASFC - DAY / NIGHT
TN:
Tenant Number
SFI:
128 (Service selection for a busy station with Call Forwarding - Busy Line service)
SFC: Service Feature Class
RES: (Allowed)
The OAI monitor number and the ACD pilot number cannot be assigned as the Call Forwarding target
telephone number except when called from a station or a tie line trunk.
When a call terminates to a busy station setting CALL FORWARDING - BUSY LINE, depending on the
calling station service restriction class, it can be selected to make the station busy (not to activate CALL
FORWARDING - BUSY LINE) and to activate such services as ATTENDANT CAMP-ON [A-1], BUSY
VERIFICATION [B-3], CALL WAITING - TERMINATING [C-12], STEP CALL [S-13], etc.
This service is not available when the called party is the attendant console or monitoring station. However,
the service is available when these stations are designated as the transfer destination of CALL
FORWARDING - BUSY LINE service.
This service is available only when the called party is busy and has set CALL FORWARDING - BUSY
LINE. In case CALL FORWARDING - BUSY LINE is set as the second hop and after in the Multiple
Call Forwarding link, this service is not available.

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Call Forwarding - Busy Line

Service Conditions (cont’d)
21.

22.
23.
24.
25.

This service is available in the following occasions:
a.) When the destination of the CALL FORWARDING - BUSY LINE service is the calling station.
b.) When the calling party is the attendant console or the night station, and the destination of the
CALL FORWARDING - BUSY LINE service is also the attendant console or the night station.
SPLIT CALL FORWARDING [S-99] is available only when the calling party is the station or the CCIS
line.
A telephone number must be set to the call forwarding destination.
This feature is not available for stations having a telephone number of seven digits or more.
A call can be forwarded to an Attendant Console in the remote node via FCCS link.
Node A

Node B

FCCS Link
Attendant
Console B

26.

TK

Station A has been set
Call Forwarding service to
Attendant Console B

When a call is forwarded through FCCS link, the numbering plan of the originally called station must be
identical with that of the forwarded Attendant Console.

Interactions
1.
2.

3.

4.

5.

6.
7.
8.

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If access codes for CALL FORWARDING-BUSY LINE and CALL FORWARDING-DON’T ANSWER
[C-3] are the same, only one key needs to be assigned in AKYD.
If a call is terminated, using ATTENDANT CAMP-ON [A-1], Station A has CALL FORWARDINGBUSY LINE set to Station B, and Station B is both busy and a member of a STATION HUNTING [S-7,
8, 9] Group, the call will Camp-On at Station A and not hunt; ASYD - System Data 1, Index 69, Bit 5 = 0.
If CALL WAITING [C-12, 31], ATTENDANT CAMP-ON [A-1], and/or CALL BACK [C-1] is directed
toward Station A, Station A has CALL FORWARDING-BUSY LINE set to Station B, and Station B is
busy, and Station A will receive Call Waiting Tone; ASYD - System Data 1, Index 69, Bit 5 = 0.
A non-controlling UD station is allowed to activate CALL FORWARDING-BUSY LINE [C-2]. When
this station sets CALL FORWARDING-BUSY LINE, only calls directly dialed to this station are Call
Forwarded.
If an Attendant attempts BUSY VERIFICATION [B-3] to Station A that has CALL FORWARDINGBUSY LINE set to Station B and Station B is busy, BUSY VERIFICATION [B-3] is allowed at Station
A. If Station B has set CALL FORWARDING-BUSY LINE to the Attendant Console, BUSY
VERIFICATION [B-3] is allowed at Station A.
When CALL FORWARDING-BUSY LINE is in effect, the activating station may be used to originate
calls.
When a call is Call Forwarded, the destination station is recorded for STATION MESSAGE DETAIL
RECORDING [S-10].
STATION-TO-STATION CALLING [S-11] must be provided.

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Interactions (cont’d)
9.

A calling station, Attendant Console, or trunk can successfully activate EXECUTIVE RIGHT-OF-WAY
[E-1], CALL WAITING-ORIGINATING [C-31], CALL WAITING-TERMINATING [C-12], or BUSY
VERIFICATION [B-3] after having been Call Forwarded and having received busy tone. (A trunk cannot
activate EXECUTIVE RIGHT-OF-WAY [E-1] or BUSY VERIFICATION [B-3]); ASYD - System Data
1, Index 69 = 1, Bit 5 = 1.

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:
STEP 5:
STEP 6:

STEP 7:

ASYD - System Data 1, Index 5, Bit 0. Are access codes for CALL FORWARDING-BUSY LINE and
CALL FORWARDING-DON’T ANSWER the same or separate? 0/1: Same/Separate.
System Data 1, Index 69, Bit 7, and System Data 1, Index 5, Bits 1~3 for MULTIPLE CALL
FORWARDING.
ANPD - Reserve a number level for feature access and cancel. Assign Connection Index, CI = N, H,
B; Normal, Hooking, and Busy (applicable to any feature assigned to this level). Assign NND in
accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL FORWARDING-BUSY LINE Entry, SID = 10 and to CALL
FORWARDING-BUSY LINE Cancel, SID = 11. Assign Connection Status Index (CI) for Normal (N)
service.
ASFC - Assign the stations to receive CALL FORWARDING-BUSY LINE a Service Feature Class
that allows SFI = 9.
AKYD - For Dterm sets, CALL FORWARDING-BUSY LINE may be assigned to a programmable
line/feature key. Assign Type:Function:CALL FORWARDING-BUSY LINE [1].
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) = 1. For this feature to be set by the Attendant Console assignment, assign TRI
= 3 for Inter and Intra-Tenant connection via the Attendant Console. This allows a station in one tenant
to be Call Forwarded to a station in the same or different tenant. Also assign TRI = 0, station-to-station
calling.
ACFO - For tenant-wide CALL FORWARDING-BUSY LINE of an incoming DID and DIT calls,
assign CF = 1 for a destination (CFI) of either the Attendant Console or station.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ASYDL - This Data must be assigned to all the nodes set Call Forwarding service.
System Data 1, Index 640: Assign the Fusion Point Code (FPC) of the node providing the attendant
console.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The data of the ASFC command is assigned to the node set Call Forwarding service.

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C-2D

Call Forwarding - Busy Line - Dterm

General Description
This feature permits a call to a busy station to immediately be forwarded to a predesignated station, or to the
Attendant. CALL FORWARDING - BUSY LINE - Dterm may be set or cancelled by the user for all multi-line
appearances on the D term. Additionally, a single line user may set CALL FORWARDING - BUSY LINE - Dterm for
all sub-lines on the D term.

Operating Procedure
To set

1.
2.
3.

Lift the handset or press the SPEAKER key; receive dial tone.
Press the CALL FORWARDING - BUSY LINE FORWARD-BY key; receive special dial tone.
Dial the desired target telephone number; receive service set tone. The LED of the associated feature key
lights and the LCD displays:
Target Station
FORWARD SET
(Time Display)

4.
5.

XXXX

Replace the handset or press the SPEAKER key.
If the target station is the Attendant Console, the LCD displays:
FWD SET
(Time Display)

To monitor

1.

Press the CALL FORWARDING - BUSY LINE FORWARD-BY feature key. The LCD displays:
Target Station
XXXX

FORWARD
(Time Display)
2.

If the target station is the Attendant Console:
FWD SET
(Time Display)

To cancel

1.
2.

Lift the handset or press the SPEAKER key; receive dial tone.
Press the FORWARD-BY key; receive service set tone. The LCD displays:
FORWARD CANCEL
(Time Display)

3.
4.

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The associated LED goes out.
Replace the handset or press the SPEAKER key.

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Operating Procedure (cont’d)
To set CALL FORWARDING - BUSY LINE - D term to a Dterm multi-line

1.
2.
3.
4.

Press the multi-line key for which CALL FORWARDING - BUSY LINE - Dterm feature is to be set.
Lift the handset or press the SPEAKER key; receive special dial tone.
Press the CALL FORWARDING - BUSY LINE “FORWARD-BY” feature key; receive special dial tone.
Dial the desired target telephone number; receive service set tone. The LCD displays:
Target Station
FORWARD SET
(Time Display)

5.
6.

XXXX

The LED of the associated feature key lights on the D term for which this multi-line is a MY Line.
If the target station is the Attendant, the LCD displays:
FWD SET OPR
(Time Display)

7.

Replace the handset or press the SPEAKER key.

To monitor CALL FORWARDING - BUSY LINE to a Dterm multi-line

1.
2.

Press the multi-line key for which CALL FORWARDING - BUSY LINE - Dterm is to be monitored.
Press the FORWARD-BY key. The LCD displays:
Target Station
FORWARD
(Time Display)

XXXX

If the target station is the Attendant Console:
FWD SET OPR
(Time Display)
To cancel CALL FORWARDING - BUSY LINE to a Dterm multi-line

1.
2.
3.

Press the multi-line key for which CALL FORWARDING - BUSY LINE - D term feature is to be cancelled.
Lift the handset or press the SPEAKER key; receive dial tone.
Press the FORWARD-BY key; receive service set tone. The LED of the associated feature key will go out
on the D term for which this multi-line is a MY Line. The LCD displays:
FORWARD CANCEL
(Time Display)

4.

Replace the handset or press the SPEAKER key.

Service Conditions
1.
2.

This feature may be set and cancelled by the user or the Attendant.
CALL FORWARDING - BUSY LINE - Dterm data remains programmed, even if the system is
reinitialized or a power failure occurs.

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Service Conditions (cont’d)
3.
4.
5.
Note:

6.

7.
8.
9.
10.

This feature is assigned to stations through CLASS OF SERVICE - INDIVIDUAL [C-15] programming
in system data.
There is no limitation to the number of stations that can set CALL FORWARDING - BUSY LINE [C-2]
simultaneously.
CALL FORWARDING - BUSY LINE - Dterm may also be accessed via the dial pad or SPEED CALLING
- ONE TOUCH [S-22].
If this feature is accessed via the dial pad, it must be cancelled via the dial pad.
If separate access codes are programmed into system data for CALL FORWARDING - DON'T ANSWER
[C-3] and CALL FORWARDING - BUSY LINE [C-2], separate feature keys must be programmed on
each Dterm to equip it with both features.
CALL FORWARDING - BUSY LINE - Dterm can be provided on a tenant and/or an individual station
basis.
Call Forwarding on a tenant basis allows any incoming calls, which encounter a busy condition, to be
forwarded to a predetermined station or the ATTENDANT CONSOLE [A-3].
Individual CALL FORWARDING - BUSY LINE - D term supersedes tenant basis CALL
FORWARDING.
The display of an intermediate station on a Dterm's LCD panel may be allowed or denied according to
system data. This assignment is done on a system basis. The LCD displays:
Intermediate Station
Calling/Called Party
CF BUSY XXXX
(Time Display)

Note:

11.
12.
13.
14.

15.
16.

17.

XXXX

When the telephone number of the intermediate or calling/called station exceeds 8 digits, the last 8 digits
are displayed. However, a maximum of 16 digits calling/called telephone number can be displayed on the
middle line of LCD depending on the system data.
CALL FORWARDING - BUSY LINE - Dterm supersedes STATION HUNTING [S-7, 8, 9].
The operator answering a forwarded call can identify the called number on the ATTENDANT CONSOLE
[A-3] display.
If the called station is the pilot of a UCD [U-1] group and activates CALL FORWARDING - BUSY LINE
- D term, the calling station will queue to the UCD [U-1] group and will not CALL FORWARD.
If a calling station, ATTENDANT CONSOLE [A-3], or trunk receives busy tone after setting CALL
FORWARDING - BUSY LINE [C-2] and activates EXECUTIVE RIGHT-OF-WAY [E-1], CALL
WAITING - ORIGINATING [C-31], CALL WAITING - TERMINATING [C-12], or BUSY
VERIFICATION [B-3], these services will be activated to the calling station.
If all the stations in the terminating Station Hunt Group are busy, the forwarding call will hear busy tone
and will not return to the calling party's Hunting Group.
When MULTIPLE CALL FORWARDING - BUSY LINE [M-24] service is activated, hunting will be
performed at the last destination of the forwarded call, even though the multiple jumped stations are in a
Hunt Group.
When the pilot station of a Hunt Group activates CALL FORWARDING - BUSY LINE - Dterm to a station
(not a member of a Hunt Group) and system parameters specify that Call Hunting will be activated at the
forwarded station, the NEAX2400 IPX will send busy tone if the forwarded station is busy. If the system
parameters specify hunting at the forwarding station and the forwarded station is busy, the call will hunt
in the forwarding station's Hunt Group.

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Service Conditions (cont’d)
18.

19.

20.

When a station sets CALL FORWARDING - ALL CALLS [C-5] to a pilot in a Hunt Group, and the pilot
activates CALL FORWARDING - BUSY LINE to another station, if the system parameters define the call
to hunt to the forwarded-to Station Hunt Group and all stations are busy, the calling party will hunt at the
called station's Hunt Group. If system parameters assign the call to hunt to the forwarding Station Hunt
Group and all stations are busy, the calling party will then hunt to the forwarding station's Hunt Group.
This service feature can be restricted according to the service restriction class of the Dterm MY Line. Even
after the CALL FORWARDING - BUSY LINE [C-2] has been set to a Dterm multi-line, incoming calls
to the multi-line cannot be transferred if the service restriction class of the MY Line restricts this service
feature.
A user may set CALL FORWARDING - BUSY LINE - Dterm for a multi-line appearance based on the
CLASS OF SERVICE - INDIVIDUAL [C-15], as assigned to the station setting the service. The figure
below is a simplified key sheet assignment for stations 200 & 201. The CLASS OF SERVICE INDIVIDUAL [C-15] for station 200 is allowed CALL FORWARDING - BUSY LINE - Dterm, but the
CLASS OF SERVICE - INDIVIDUAL [C-15] for station 201 is not. Station 200 is able to set CALL
FORWARDING - BUSY LINE - D term for station 201. The associated feature button LED on station 201
will illuminate.
Station 200

Station 201

FORWARD-BY

FORWARD-BY

MY LINE

Note:

21.
22.

23.

24.

25.

MULTI-LINE

MY LINE

MULTI-LINE

The FORWARD-BY key is same as the CALL FORWARDING - BUSY LINE feature key.
Even when a sub-line of Dterm is assigned as the destination station, the call is not forwarded if the MY
Line of that Dterm is not allowed CALL FORWARDING - DON'T ANSWER - D term.
This feature is applicable to CALL FORWARDING - OUTSIDE [C-28] and CALL FORWARDING/
MULTIPLE CALL FORWARDING - BUSY LINE - CCIS [C-46] [M-41].
When a user places a call to a busy station which has been set CALL FORWARDING-BUSY LINE [C2], the calling party can override the call forwarding feature, activating service features associated with
busy status such as CALL BACK [C-1], EXECUTIVE RIGHT-OF-WAY [E-1], STEP CALLS [S-13],
provided that the service feature class (SFC) of the calling party permits this feature. Otherwise, the call
is forwarded to a predetermined destination as usual.
This service is not available when the called party is the attendant console or monitoring station. However,
the service is available when these stations are designated as the transfer destination of CALL
FORWARDING - BUSY LINE service.
This service is available only when the called party is busy and has set CALL FORWARDING - BUSY
LINE. In case CALL FORWARDING - BUSY LINE is set as the second hop and after in the Multiple
Call Forwarding link, this service is not available.
This service is available in the following occasions:
a.) When the destination of the CALL FORWARDING - BUSY LINE service is the calling station.

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Service Conditions (cont’d)

26.
27.
28.
29.
30.

b.) When the calling party is the attendant console or the night station, and the destination of the
CALL FORWARDING - BUSY LINE service is also the attendant console or the night station.
SPLIT CALL FORWARDING [S-99] is available only when the calling party is the station or the CCIS
line.
The OAI monitor number and the ACD pilot number cannot be assigned as the Call Forwarding target
telephone number except when called from a station or Tie Line trunk.
Telephone number must be set to the call forwarding destination.
This feature is not available for stations having a telephone number of seven digits or more.
A call can be forwarded to an Attendant Console in the remote node via FCCS link.

Node A

Node B

FCCS Link
Attendant
Console B

31.

TK

Station A has been set
Call Forwarding service to
Attendant Console B

When a call is forwarded through FCCS link, the numbering plan of the originally called station must be
identical with that of the forwarded Attendant Console.

Interactions
1.
2.

3.

4.

5.

6.
7.
8.

Page 118

If the same access code is used for CALL FORWARDING - BUSY LINE - Dterm and CALL
FORWARDING - DON’T ANSWER [C-3], only one key needs to be assigned in AKYD.
An ATTENDANT CAMP-ON [A-1] call is terminated at Station A, and Station A has CALL
FORWARDING - BUSY LINE - Dterm set to Station B. If Station B is busy and part of a STATION
HUNTING [S-7, 8, 9] Group, the call will Camp-On at Station A and will not Hunt.
When CALL WAITING [C-12, 31], ATTENDANT CAMP-ON [A-1], and CALL BACK [C-1] is
directed toward Station A, which has call forwarding set to Station B, and Station B is busy, Station A will
receive Call Waiting Tone.
A non-controlling UCD station is allowed to activate CALL FORWARDING - BUSY LINE - D term [C2]. When this station sets CALL FORWARDING - BUSY LINE - Dterm, only calls that are directly dialed
to this station are call forwarded.
The Attendant attempts BUSY VERIFICATION [B-3] to Station A. Station A has CALL
FORWARDING - BUSY LINE - Dterm set to Station B. Station B is busy. BUSY VERIFICATION is
allowed at Station A. If Station A has set CALL FORWARDING - BUSY LINE - Dterm to the Attendant
Console, BUSY VERIFICATION [B-3] is allowed at Station A.
When CALL FORWARDING - BUSY LINE - D term is in effect, the activating station may be used to
originate calls.
When a call follows call forwarding, the destination station is recorded for STATION MESSAGE
DETAIL RECORDING [S-10].
STATION-TO-STATION CALLING [S-11] must be provided.

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Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:
STEP 7:

STEP 8:

ASYD - System Data 1, Index 5, Bit 0. Access codes for CALL FORWARDING BUSY LINE - Dterm
and CALL FORWARDING - DON’T ANSWER [C-3] are same or separate? 0/1: Same/Separate.
System Data 1, Index 69, Bit 5, Index 69, Bit 7.
ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and BUSY (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL FORWARDING - BUSY LINE - Dterm entry, SID = 10 and
to CALL FORWARDING-BUSY LINE-Dterm cancel SID = 11. Assign Connection Status Index (CI)
for Normal (N) service.
ASFC - Assign a Service Feature Class that allows SFI = 9 to the stations that receive CALL
FORWARDING-BUSY LINE-D term.
AKYD - For Dterm sets, CALL FORWARDING-BUSY LINE-Dterm may be assigned to a
programmable line/feature key. Assign Type:Function:CALL FORWARDING-BUSY LINE [1].
ADSL - Assign SN=3 (Called Station is Busy) and FKY=1 (Call Forwarding - Busy Line; FDB)
This command is required only for assigning the function to each soft key.
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) = 1. For this feature to be set, assign Inter and Intra-Tenant connection TRI =
3 from the Attendant Console. This allows a station in one tenant group to be call forwarded to a
station in the same or different tenant group. Also assign TRI = 0, station-to-station calling.
ACFO - For tenant-wide CALL FORWARDING-BUSY LINE - D term of incoming DID and DIT
calls, assign CF = 1 for a destination (CFI) of either the Attendant Console or a station.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ASYDL - This data must be assigned to the node set Call Forwarding service.
System Data 1, Index 640: Assign the FPC of the node providing the attendant console.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The data of the ASFC command is assigned to the node set Call Forwarding service.

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C-3

Call Forwarding - Don’t Answer

C-3

Call Forwarding - Don’t Answer

General Description
This feature permits a call to an unanswered station to be forwarded to a predesignated station, or to the Attendant,
when the called station doesn't answer after a predetermined time interval. If the individual Call Forwarding - Don’t
Answer timer is not assigned, the default timer assigned by system data programming is used.

Operating Procedure
To set from an individual station

1.
2.
3.

Lift the handset; receive dial tone.
Dial the specific CALL FORWARDING - DON'T ANSWER access code; receive special dial tone.
Dial the desired target telephone number; receive service set tone.

To cancel from an individual station

1.
2.

Lift the handset; receive dial tone.
Dial the specific CALL FORWARDING - DON'T ANSWER cancel code; receive service set tone.

To set from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.
5.

Press an idle loop key.
Dial the specific CALL FORWARDING - DON'T ANSWER access code; receive special dial tone.
Dial the TENANT [T-12] number (2/3 digits).
Dial the originating telephone number.
Dial the desired target telephone number; receive service set tone.

To cancel from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.

Press an idle loop key.
Dial the specific CALL FORWARDING - DON'T ANSWER cancel code; receive special dial tone.
Dial the TENANT [T-12] number (2/3 digits).
Dial the originating telephone number; receive service set tone.

To assign individual Call Forwarding - Don’t Answer timer to each station

1.

2.

Use the ADAI command:
a.) Parameter NAT139 overrides SYS-1, Index 139 of ASYD
b.) Parameter NAT140 overrides SYS-1, Index 140 of ASYD
c.) Parameter NAT141 overrides SYS-1, Index 141 of ASYD
d.) Parameter NAT247 overrides SYS-1, Index 247 of ASYD
Timer assigned to called party is valid.

Service Conditions
1.
2.

3.
4.

Page 120

This feature may be set and cancelled by either the user or the Attendant.
When the Attendant extends a call to a station that has set CALL FORWARDING - DON'T ANSWER,
the called station will ring for 10 seconds. If the call is not answered, AUTOMATIC RECALL [A-8] is
activated. This timing can be changed through the VARIABLE TIMING PARAMETERS [V-1] feature.
This feature is assigned by CLASS OF SERVICE - INDIVIDUAL [C-15] programming in system data.
A station programmed for access to CALL FORWARDING - DON'T ANSWER is automatically allowed
CALL FORWARDING - BUSY LINE [C-2, 2D].

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Service Conditions (cont’d)
5.
6.
7.
8.
9.
10.
11.

12.

13.

14.

15.
16.
17.
18.
19.

There is no limitation to the number of stations that can set the CALL FORWARDING - DON'T
ANSWER simultaneously.
CALL FORWARDING - DON'T ANSWER can be provided on either a tenant or an individual basis.
Individual CALL FORWARDING - DON'T ANSWER takes precedence over tenant basis Call
Forwarding.
Call Forwarding on a tenant basis allows direct incoming trunk calls that encounter a Don't Answer
condition to be forwarded to a predetermined station or the ATTENDANT CONSOLE [A-3].
The operator answering a Call Forwarding call can identify the called telephone number on the
ATTENDANT CONSOLE [A-3] display.
CALL FORWARDING - DON'T ANSWER from the Attendant is only activated after pressing the
RELEASE key.
If the station's own telephone number is set for CALL FORWARDING - DON'T ANSWER, then this
feature is changed to CALLING PARTY RECOGNITION SERVICE (CALL FORWARDING - DON'T
ANSWER [C-103]).
When the called station does not answer for a predetermined time interval, stations are assigned this
feature according to the TENANT SERVICE [T-12] class of the calling and destination stations. In the
following cases, when the calling station and destination station are restricted by TENANT SERVICE [T12] class, this feature is not activated, and the called station continues to ring:
a.) when the station called is setting CALL FORWARDING - DON'T ANSWER,
b.) when a station holding an original call (station or trunk) on CONSULTATION HOLD [C-17]
places a call to a station setting CALL FORWARDING - DON'T ANSWER.
Call Transfer - Attendant (Trunk): Trunk calls transferred by the Attendant are assigned this feature when
the called station does not answer for a predetermined time interval according to Route Restriction Class
of the trunk and the destination stations. When restricted by Route Restriction Class, this feature is not
activated, and the called station continues to ring.
Call Transfer - Attendant (Station): Station calls transferred by the Attendant are assigned this feature
when the called station does not answer for a predetermined time interval according to TENANT
SERVICE [T-12] class of the originating and destination stations. When restricted by Tenant Service
class, this feature is not activated, and the called station continues to ring.
Speed Calling List numbers may be programmed as the destination telephone number. This permits the
sent digits to exceed the 12-digit maximum.
CALL FORWARDING - DON'T ANSWER data remains in the data memory, even if the system or LP is
reinitialized.
SPLIT CALL FORWARDING [S-99]: When a call is forwarded to the parties predesignated by SPLIT
CALL FORWARDING [S-99], service conditions are the same as described in items 12, 13, and 14.
When a call is transferred from the Attendant to a station that has set CALL FORWARDING - DON'T
ANSWER, this feature may be restricted or activated according to System Data (Sys 2, Index 6, Bit 7).
A call can be forwarded to an Attendant Console in the remote node via FCCS link.

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Call Forwarding - Don’t Answer

Service Conditions (cont’d)

Node A

Node B

FCCS Link
Attendant
Console B

20.
21.

TK

Station A has been set
Call Forwarding service to
Attendant Console B

When a call is forwarded through FCCS link, the numbering plan of the originally called station must be
identical with the one of the forwarded Attendant Console.
If individual Call Forwarding - Don’t Answer timer is not given, the default timer assigned by ASYD
command is used.

Interactions
1.
2.
3.

4.

5.
6.
7.
8.

If access codes for CALL FORWARDING-BUSY LINE and CALL FORWARDING-DON’T ANSWER
are the same, only one key needs to be assigned in AKYD.
ACFO is applicable to DID, DIT, and TIE Line calls only.
A non-controlling UCD station is allowed to activate CALL FORWARDING-DON’T ANSWER. When
this station sets call forwarding, calls directed to this station will be call forwarded. The member station
is not removed from the UCD group under the conditions of the call forwarding feature used. When it is
the station’s turn to ring, that call is affected by CALL FORWARDING-DON’T ANSWER.
CALL FORWARDING-DON’T ANSWER to an Attendant Console will not operate when the system is
in Night mode. If ATTENDANT NIGHT TRANSFER [A-19] is provided, the call is forwarded to the
ATTENDANT NIGHT TRANSFER [A-19] station.
If the CALL FORWARDING-DON’T ANSWER target station is a Dterm that has activated DO NOT
DISTURB [D-21D], call forwarding is not activated.
The CALL FORWARDING-DON’T ANSWER feature is set from Station A to Station B if Station A is
idle and Station B is busy.
When a call is Call Forwarded, the destination station is recorded for STATION MESSAGE DETAIL
RECORDING [S-10].
STATION-TO-STATION CALLING [S-11] must first be provided.

Programming
STEP 1:

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ASYD - System Data 1, Index 5, Bit 0. Are the access codes for CALL FORWARDING - BUSY
LINE [C-2] and CALL FORWARDING - DON’T ANSWER the same or separate? 0/1: Same/
Separate.
System Data 1, Index 69, Bit 1 and 2 is a short tone to alert person receiving the call that this is a
CALL FORWARDING-DON’T ANSWER call? 0/1: No/Yes.
System Data 1, Index 139. Assign the No Answer timer for station-to-station, DID and TIE Line calls.
For 30 seconds, assign 00H. [RAM data is 3FH].
System Data 1, Index 141. Assign the No Answer timer for incoming calls via the Attendant Console.
It will then be forwarded to the next station according to SYS1, Index 145 timer. For 10 seconds assign
00H. [RAM data is 3FH.]
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Programming (cont’d)

STEP 2:

STEP 3:
STEP 4:
STEP 5:
STEP 6:

STEP 7:
STEP 8:
STEP 9:

System Data 1, Index 141. Assign the No Answer timer for incoming calls via the Attendant console. It
will then be forwarded to the next station according to SYS1, Index 145 timer. For 10 seconds, assign
00H. [RAM data is 35H.]
System Data 1, Index 145. Assign the time an incoming call via the Attendant Console will ring at the
CALL FORWARDING-DON’T ANSWER station before recalling to the Attendant console. For 30
seconds, assign 00H. [RAM data is 9FH.]
System Data 2, Index 6, Bit 7. Enable CALL FORWARDING-DON’T ANSWER via the Attendant
Console.
ANPD - Reserve a number level for feature access and cancel. Assign Connection Index (CI) = N, H,
B; Normal, Hooking, and Busy (in order to be applicable to any feature assigned to this level). Assign
NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL FORWARDING-DON’T ANSWER entry, SID = 12, and to
CALL FORWARDING-DON’T ANSWER cancel, SID = 13. Assign CI for Normal (N) service.
ASFC - Assign the stations to receive CALL FORWARDING-DON’T ANSWER a Service Feature
Class that allows SFI = 8.
AKYD - For Dterm sets, CALL FORWARDING-DON’T ANSWER may be assigned to a
programmable line/feature key. Assign Type:Function:CALL FORWARD-DON’T ANSWER [22].
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) = 1. For this service feature to be set by the Attendant Console, assign Inter
and Intra-Tenant connection via the Attendant Console, TRI = 3. Also assign TRI = 0, station-tostation calling.
CFI of either the Attendant Console or a station.
ACFO - For tenant-wide CALL FORWARDING-DON’T ANSWER, assign CF = 2 for a destination
ACFS - Call Forwarding can also be assigned via the ACFS command.
ADAI - Assign NAT139, NAT140, NAT141 and NAT247 for Individual Call Forwarding - Don’t
Answer Timer.
Service Version Index (SVI) allow SVI 1439, Individual Call Forwarding - Don’t Answer Timer.
Binary:0/1=-/enable

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ASYDL - This data must be assigned to the node set Call Forwarding service.
System Data 1, Index 640: Assign the FPC of the node providing the attendant console.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The data of the ASFC command is assigned to the node set Call Forwarding service.

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C-3D

Call Forwarding - Don’t Answer - Dterm

General Description
This feature permits a call to an unanswered station to be forwarded to a predesignated station or to the Attendant,
if the called station does not answer within a predetermined period of time. CALL FORWARDING - DON'T
ANSWER - Dterm may be set or cancelled by the user for all multi-line appearances on the Dterm. Additionally, a
single station user may set CALL FORWARDING - DON'T ANSWER - Dterm to all sub-lines on the Dterm.

Operating Procedure
To set CALL FORWARDING - DON'T ANSWER - Dterm from MY Line

1.
2.
3.

Lift the handset or press the SPEAKER key; receive dial tone.
Press the CALL FORWARDING - DON'T ANSWER FORWARD-NA key; receive special dial tone.
Dial the desired target telephone number; receive service set tone. The LCD displays:
Target Station
FORWARD SET
XXXX
(Time Display)

To monitor CALL FORWARDING - DON'T ANSWER from a Dterm from MY Line

1.

Press the CALL FORWARDING - DON'T ANSWER FORWARD-NA key. The LCD displays:
FORWARD XXXX
(Time Display)
OR
FWD SET
(Time Display)

To set CALL FORWARDING - DON'T ANSWER for a multi-line appearance other than the MY Line

1.
2.
3.

Lift the handset or press the SPEAKER key.
Press the multi-line appearance; receive dial tone. Press the CALL FORWARDING - DON'T ANSWER
FORWARD-NA key; receive special dial tone.
Dial the desired target telephone number; receive service set tone. The LED of the associated feature
button does not light at the station setting the service. If the multi-line appearance is another Dterm's MY
Line, that station's feature key LED will light. The setting station's LCD displays:
Target Station:
FORWARD SET
(Time Display)

4.

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XXXX

Replace the handset or press the SPEAKER key.

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Operating Procedure (cont’d)
5.

If the target station is the Attendant, the LCD displays:
FWD SET OPR
(Time Display)

To monitor CALL FORWARDING - DON'T ANSWER for a multi-line appearance other than the MY Line

1.

Press the CALL FORWARDING - DON'T ANSWER FORWARD-NA key. The LCD displays:
Target Station
FORWARD

XXXX
(Time Display)

To cancel CALL FORWARDING - DON'T ANSWER from MY Line

1.
2.

Lift the handset or press the SPEAKER key; receive dial tone.
Press the CALL FORWARDING - DON'T ANSWER FORWARD-NA key. The associated LED goes
out. Receive service set tone. The LCD displays:
FORWARD CANCEL
(Time Display)

To cancel CALL FORWARDING - DON'T ANSWER for a multi-line appearance other than the MY Line

1.
2.

Lift the handset or press the SPEAKER key.
Press the multi-line appearance; receive dial tone. Press the CALL FORWARDING - DON'T ANSWER
FORWARD-NA key; receive service set tone. The LCD displays:
FORWARD CANCEL
(Time Display)

3.

The associated LED that is lit at another station goes out.
Replace the handset or press the SPEAKER key.

Service Conditions
1.
2.

3.
4.
5.
6.

This feature may be set and cancelled by the Dterm user or the Attendant.
AUTOMATIC RECALL [A-8] supersedes the timing for CALL FORWARDING - DON’T ANSWER Dterm. Therefore, if the programmed timing for AUTOMATIC RECALL [A-8] is shorter than the
programmed timing for CALL FORWARDING - DON'T ANSWER - D term, CALL FORWARDING DON'T ANSWER - Dterm is disabled.
Stations are assigned this feature according to CLASS OF SERVICE - INDIVIDUAL [C-15]
programming in system data.
A station programmed for access to CALL FORWARDING - DON'T ANSWER - Dterm is automatically
allowed CALL FORWARDING - BUSY LINE [C-2].
All stations may simultaneously activate CALL FORWARDING - DON'T ANSWER - Dterm.
If separate access codes are programmed into system data for CALL FORWARDING - DON'T ANSWER
- Dterm and CALL FORWARDING - BUSY LINE [C-2], each feature must be programmed on a separate
feature button at the Dterm.

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Service Conditions (cont’d)
CALL FORWARDING - DON'T ANSWER - Dterm may also be accessed via the dial pad or SPEED
CALLING - ONE TOUCH - Dterm [S-26D]. If this feature is accessed via the dial pad, it must be cancelled
via the dial pad.
CALL FORWARDING - DON'T ANSWER - Dterm is not applicable to CONSULTATION HOLD - ALL
CALLS [C-17], and CALL TRANSFER - ALL CALLS [C-11].
A user may set CALL FORWARDING - DON'T ANSWER - D term for a multi-line appearance based on
the CLASS OF SERVICE - INDIVIDUAL [C-15] as assigned to the station (MY Line) setting the service.
The figure below is a simplified key sheet assignment for stations 200 & 201. The CLASS OF SERVICE
- INDIVIDUAL [C-15] for station 200 is allowed CALL FORWARDING - DON'T ANSWER - Dterm,
but the CLASS OF SERVICE - INDIVIDUAL [C-15] for station 201 is not. Station 200 is able to set
CALL FORWARDING - DON'T ANSWER - Dterm for station 201. The associated feature button LED
on station 201 will illuminate.

7.

8.
9.

Station 200

Station 201

FORWARD-NA

FORWARD-NA

MY LINE

MULTI-LINE

MY LINE

MULTI-LINE

FORWARD-NA key is same as the CALL FORWARDING - DON'T ANSWER feature key.
Even when a sub-line of Dterm is assigned as the destination station, the call is not forwarded if the MY
Line of that Dterm is not allowed CALL FORWARDING - DON'T ANSWER - D term.
10. This feature is applicable to CALL FORWARDING - ALL CALLS - OUTSIDE [C-28], CALL
FORWARDING - DON'T ANSWER - CCIS [C-47], and MULTIPLE CALL FORWARDING -DON'T
ANSWER - CCIS [M-42].
11. The display of an intermediate station on a Dterm's LCD panel may be allowed or denied according to
system data. This arrangement is done on a system basis. The LCD displays:
:
Intermediate Station
Calling/Called Station

Note:

CF NANS XXXX
(Time Display)
Note:

XXXX

When the telephone number of the intermediate or calling/called station exceeds 8 digits, the last 8 digits
are displayed. However, a maximum of 16 digits calling/called telephone number can be displayed on the
middle line of LCD depending on the system data.

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Service Conditions (cont’d)
12.

13.

14.

15.
16.
17.
18.

Stations are assigned this feature according to TENANT SERVICE [T-12] of the calling and destination
stations, when the called station does not answer for a predetermined time interval. In the following cases,
when the calling or destination stations are restricted by TENANT SERVICE [T-12] class, this feature is
not activated, and the called station continues to ring:
a.) when a station places a call to another station setting CALL FORWARDING - DON'T
ANSWER,
b.) when a station holding an original call (station or trunk) on CONSULTATION HOLD [C-17]
places a call to a station setting CALL FORWARDING - DON'T ANSWER.
Call Transfer - Attendant (Trunk): Trunk calls transferred by the Attendant are assigned this feature
according to Route Restriction Class of the trunk and the destination station when the station does not
answer for a predetermined time interval. When restricted by Route Restriction Class, this feature is not
activated, and the called station continues to ring.
Call Transfer - Attendant (Station): Station calls transferred by the Attendant are assigned this feature
according to TENANT SERVICE [T-12] class of the originating and destination stations when the called
station does not answer for a predetermined time interval. When restricted by TENANT SERVICE class,
this feature is not activated, and the called station continues to ring.
Speed Calling List numbers may be programmed as the destination telephone number. This permits the
sent digits to exceed the 12-digit maximum.
CALL FORWARDING - DON'T ANSWER data remains in the data memory, even if the system or LP is
reinitialized.
When a call is transferred from the Attendant to a station that has set CALL FORWARDING - DON'T
ANSWER, this feature may be restricted or activated according to System Data (SYS2, Index 6, Bit 7).
A call can be forwarded to an Attendant Console in the remote node via FCCS link.

Node A

Node B

FCCS Link
Attendant
Console B

19.

TK

Station A has been set
Call Forwarding service to
Attendant Console B

When a call is forwarded through FCCS link, the numbering plan of the originally called station must be
identical with that of the forwarded Attendant Console.

Interactions
1.
2.
3.

If access code for CALL FORWARDING-BUSY LINE [C-2] and CALL FORWARDING-DON’T
ANSWER-D term are the same, only one key needs to be assigned in AKYD.
ACFO is applicable to DID, DIT, and TIE Line calls only.
A non-controlling UCD station is allowed to activate CALL FORWARDING-DON’T ANSWER-Dterm.
When this station sets Call Forwarding, calls directed to this station will be call forwarded. The member
station is not removed from the UCD group under the conditions of which the Call Forwarding feature is
used. When it is the station’s turn to ring, that call is affected by CALL FORWARDING-DON’T
ANSWER - Dterm.

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Interactions (cont’d)
4.

5.

6.
7.
8.

CALL FORWARDING-DON’T ANSWER-Dterm to an Attendant Console will not operate when the
system is in Night mode. If ATTENDANT NIGHT TRANSFER [A-19] is provided, the call is forwarded
to the ATTENDANT NIGHT TRANSFER [A-19] station.
If the CALL FORWARDING-DON’T ANSWER-Dterm target station is a Dterm and DO NOT DISTURB
[D-21D] has been set, Call Forwarding is not activated. The station will ring, and the timer setting in
System Data 1, Index 145 is ignored.
When CALL FORWARDING-DON’T ANSWER-Dterm is set from Station A to Station B, Station A is
idle, Station B is busy, and Station A will ring. The timer setting in System Data 1, Index 145 is ignored.
When a call is call forwarded, the destination station is recorded for STATION MESSAGE DETAIL
RECORDING [S-10].
STATION-TO-STATION CALLING [S-11] must first be provided.

Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:
STEP 5:

STEP 6:
STEP 7:

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ASYD - System Data 1, Index 5, Bit 0. Access codes for CALL FORWARDING-BUSY LINE [C-2]
and CALL FORWARDING - DON’T ANSWER- D term are same or separate? 0/1: Same/Separate.
System Data 1, Index 69, Bits 1 and 2 use a short tone to alert the person receiving the call that this is a
CALL FORWARDING-DON’T ANSWER-Dterm call? 0/1: No/Yes.
System Data 1, Index 139. Assign the No Answer timer for station-to-station, DID and TIE Line calls.
For 30 seconds, assign 00H, (RAM data is 3FH).
System Data 1, Index 141. Assign the No Answer time for incoming calls via the Attendant Console. It
will then be forwarded to the next station according to System Data 1, Index 145 timer. For 10
seconds, assign 00H. (RAM data is 3FH).
System Data 1, Index 145. Assign the time an incoming call via the Attendant Console will ring at the
CALL FORWARD-DON’T ANSWER-Dterm station before recalling to the Attendant Console. For 30
seconds, assign 00H. [RAM data is 9FH.] Index 145 must be longer than Index 141.
System Data 2, Index 6, Bit 0. Enable CALL FORWARDING-DON’T ANSWER-D term on a pertenant basis.
System Data 2, Index 6, Bit 7. Enable CALL FORWARDING-DON’T ANSWER-Dterm via the
Attendant Console.
ANPD - Reserve a number level for service feature access and cancel. Assign for Normal (N),
Hooking (H) and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL FORWARDING - DON’T ANSWER - Dterm for entry, SID=
12, and to CALL FORWARDING - DON’T ANSWER - Dterm for cancel, SID = 13. Assign
Connection Status Index (CI) for Normal (N) service.
ASFC - Assign the stations a Service Feature Class that allows SFI = 8 to allow CALL
FORWARDING-DON’T ANSWER-Dterm.
ADSL - Assign SN=1 (Originating; DT Connection) and FKY=22 (Call Forwarding Don’t Answer;
FDN).
This command is used for assigning the function to each soft key.
AKYD - For Dterm sets, CALL FORWARDING - DON’T ANSWER -Dterm may be assigned to a
programmable line/feature key. Assign Type:Function:CALL FORWARD-DON’T ANSWER [22].
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) = 1. For this service feature to be set by the Attendant Console, assign TRI = 3
for Inter and Intra-Tenant connection via the Attendant Console. Also assign TRI = 0, station-tostation calling.

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Programming (cont’d)
STEP 8:

ACFO - For tenant-wide CALL FORWARDING-DON’T ANSWER-D term, assign CF = 2 for a
destination (CFI) of either the Attendant Console or a station.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ASYDL - This data must be assigned to the node set Call Forwarding service.
System Data 1, Index 640: Assign the Fusion Point Code (FPC) of the node providing the attendant
console.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The data of the ASFC command is assigned to the node set Call Forwarding service.

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Call Forwarding - All Calls

C-5

Call Forwarding - All Calls

General Description
This feature permits all calls destined for a particular station to be routed to another station (or to the Attendant)
regardless of the busy or idle status of the called station. Activation and cancellation may be accomplished by either
the individual user or the Attendant.

Operating Procedure
To activate from an individual station

1.
2.
3.

Lift the handset; receive dial tone.
Dial the CALL FORWARDING - ALL CALLS access code; receive special dial tone.
Dial the desired target telephone number; receive service set tone.

To cancel from an individual station

1.
2.

Lift the handset; receive dial tone.
Dial the CALL FORWARDING - ALL CALLS cancel code; receive service set tone.

To activate from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.
5.

Press an idle LOOP key.
Dial the CALL FORWARDING - ALL CALLS access code; receive special dial tone.
Dial the TENANT [T-12] number (2/3 digits).
Dial the originating telephone number.
Dial the desired target telephone number; receive service set tone.

To cancel from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.

Press an idle LOOP key.
Dial the specific CALL FORWARDING - ALL CALLS cancellation code; receive special dial tone.
Dial the TENANT [T-12] number (3 digits).
Dial the originating telephone number; receive service set tone.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

Page 130

Stations with this feature set may originate any calls and access the CALL FORWARDING - ALL CALLS
cancellation code.
There is no limitation to the number of stations that can set CALL FORWARDING - ALL CALLS
simultaneously.
Stations may be assigned this feature via CLASS OF SERVICE - INDIVIDUAL [C-15] programming in
system data.
When a call is forwarded to another station, one burst of ringing signal will be sent to the station to indicate
that it is Call Forwarded.
Stations activating CALL FORWARDING - ALL CALLS may be restricted from placing any calls,
except to the Attendant. (This is an optionally programmable feature).
When the operator answers a forwarded call, system data programming can provide a called telephone
number display on the ATTENDANT CONSOLE [A-3].
CALL FORWARDING - ALL CALLS data remains in the data memory, even if the system is reinitialized
or in the event of a power failure.

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Service Conditions (cont’d)
8.

9.
10.
11.

12.
13.
14.

If the station's own telephone number is set for CALL FORWARDING - ALL CALLS, this feature is
changed to CALLING PARTY RECOGNITION SERVICE (CALL FORWARDING - ALL CALLS)
[C-103].
When the user setting CALL FORWARDING - ALL CALLS goes off-hook, special dial tone can be
provided instead of dial tone. (Activation of this service is determined by system data.)
The OAI monitor number and the ACD pilot number cannot be assigned as the Call Forwarding target
telephone number except when called from a station or Tie Line trunk.
When a destination of CALL FORWARDING-ALL CALLS has already been assigned, even if the feature
is restricted by the new office data or changing of Day/Night mode, the assigned data can still be used or
cancelled.
A telephone number must be set to the call forwarding destination.
This feature is not available for stations having a telephone number of seven digits or more.
A call can be forwarded to an Attendant Console in the remote node via FCCS link.

Node A

Node B

FCCS Link
Attendant
Console B

15.

TK

Station A has been set
Call Forwarding service to
Attendant Console B

When a call is forwarded through FCCS link, the numbering plans of the originally called station and the
forwarded Attendant Console must be the same.

Interactions
1.

2.
3.

4.

5.

6.

Users are unaccustomed to hearing ringback tone when responding to their own station’s ring. Inform
users when providing ringback tone with CALL FORWARDING-ALL CALLS in System Data 1, Index
69, Bit 1.
Call Forwarding can only be activated from an idle station.
When CALL WAITING [C-12, 31], ATTENDANT CAMP-ON [A-1], and CALL BACK [C-1]are
directed toward Station A, with CALL FORWARDING set to Station B, Station B will receive Call
Waiting Tone.
When a station in a STATION HUNTING [S-7, 8, 9] Group initiates CALL FORWARDING-ALL
CALLS, calls normally destined for this station will not be received. The Hunt Group operates as if the
station were busy.
A non-controlling UCD station is allowed to activate CALL FORWARDING-ALL CALLS. With this
station call forwarded, only calls that are directly dialed to this station are call forwarded. The member
station is removed from the UCD group under the conditions of this call forwarding feature.
If an Attendant attempts BUSY VERIFICATION [B-3] to Station A, which has CALL FORWARDINGALL CALLS set to Station B, BUSY VERIFICATION [B-3] proceeds as if the Attendant had attempted
to Verify Station B. If Station A has set CALL FORWARDING-ALL CALLS to the Attendant Console,
BUSY VERIFICATION [B-3] is allowed at Station A if Station A were busy.

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Call Forwarding - All Calls

Interactions (cont’d)
7.
8.
9.
10.

When CALL FORWARDING-ALL CALLS is in effect, the activating station may be used to originate
calls. See System Data 2, Index 6, Bit 4.
When a station is call forwarded, the destination station is recorded for STATION MESSAGE DETAIL
RECORDING [S-10].
CALL FORWARDING-ALL CALLS can be overridden, allowing Station B to initiate or transfer calls
back to Station A.
STATION-TO-STATION CALLING [S-11] must first be provided.

Programming
STEP 1:

STEP 2:

STEP 3:
STEP 4:
STEP 5:
STEP 6:

ASYD - System Data 1, Index 4, Bit 6. One burst of ringing at the forwarding station when CALL
FORWARDING-ALL CALLS is in service? 01: No/Yes.
System Data 1, Index 248, Bit 7. Dial tone to be sent out when a station on which CALL
FORWARDING-ALL CALLS is set, goes off-hook to place an outgoing call 0/1: Dial Tone/Special
Dial Tone.
System Data 1, Index 69, Bit 1 (Bit 2 - Call Forward Recall Tone). A burst of ringback tone to alert the
person receiving a call that this is a CALL FORWARDING-ALL CALLS call. In service? 0/1: No/
Yes. Normally assigned as data “0”.
System Data 2, Index 6, Bit 4. Enable station set for CALL FORWARDING-ALL CALLS be allowed
to use phones normally. If data “0” is assigned, the station will only be able to call the Attendant
Console. Assign on a per-tenant basis.
ANPD - Reserve a number level for feature access and cancel. Assign Connection Index, (CI) = N, H,
B; Normal, Hooking, and Busy (applicable to any feature assigned to this level). Assign NND in
accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL FORWARDING-ALL CALLS entry SID = 8, and to CALL
FORWARDING-ALL CALLS cancel SID = 9. Assign CI for Normal (N) service.
ASFC - Assign a Service Feature Class that allows SFI = 7 to stations that will activate CALL
FORWARDING - ALL CALLS.
AKYD - For Dterm sets, CALL FORWARDING-ALL CALLS may be assigned to a programmable
line/feature key. Assign Type:Function:CALL FORWARDING-ALL CALLS [2].
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) = 1. For this feature to be set by the Attendant Console, assign Inter an IntraTenant connection TRI = 3, via the attendant Console. Also allow TRI = 0, station-to-station calling.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ASYDL - This data must be assigned to the node set Call Forwarding service.
System Data 1, Index 640: Assign the FPC of the node providing the attendant console.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The data of the ASFC command is assigned to the node set Call Forwarding service.

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C-5D

C-5D

Call Forwarding - All Calls - Dterm

General Description
This feature permits all calls destined for a particular station to be routed to another station, or to the Attendant,
regardless of the busy or idle status of the called station. Activation and cancellation may be accomplished by the
user or the Attendant. CALL FORWARDING - ALL CALLS - D term may be set or cancelled by the user for all
multi-line appearances on the Dterm. Additionally, a single user may set CALL FORWARDING - ALL CALLS Dterm to all sub-lines on the Dterm.

Operating Procedure
To set from MY Line

1.
2.
3.

Lift the handset or press the SPEAKER key; receive dial tone.
Press the CALL FORWARDING - ALL CALLS feature key; receive special dial tone.
Dial the desired target telephone number; receive service set tone. The LED will light. The LCD displays:
Target Station
FORWARD SET
(Time Display)

4.

XXXX

Replace the handset or press the SPEAKER key.

To monitor from MY Line

1.

Press the CALL FORWARDING - ALL CALLS feature key. The LCD displays:
Target Station
FORWARD

XXXX
(Time Display)
OR
Operator

FWD SET
(Time Display)
To cancel from MY Line

1.
2.

Lift the handset or press the SPEAKER key; receive dial tone.
Press the CALL FORWARDING - ALL CALLS feature key; receive service set tone. The LED of the
associated feature key will go out. The LCD displays:
FORWARD CANCEL
(Time Display)

3.

Replace the handset or press the SPEAKER key.

To set CALL FORWARDING - ALL CALLS for a multi-line appearance other than the MY Line

1.
2.

Lift the handset or press the SPEAKER key.
Press the multi-line appearance; receive dial tone. Then press CALL FORWARDING - ALL CALLS
feature key; receive special dial tone.

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Operating Procedure (cont’d)
3.

Dial the desired target telephone number; receive service set tone. The LED of the associated feature key
does not light at the station setting the service. If the multi-line appearance is another Dterm's MY Line,
that station's feature key LED will light. The setting station's LCD displays:
Target Station
XXXX
FORWARD SET
(Time Display)

4.
5.

Replace the handset or press the SPEAKER key.
If the target station is the operator, the LCD displays:
FWD SET OPR
(Time Display)

To monitor CALL FORWARDING - ALL CALLS for a multi-line appearance other than the MY Line

1.

Press the multi-line appearance. Then press the CALL FORWARDING - ALL CALLS feature key. The
LCD displays:
Target Station
FORWARD

XXXX
(Time Display)

To cancel CALL FORWARDING - ALL CALLS for a multi-line appearance other than the MY Line

1.
2.

Lift the handset or press the SPEAKER key; receive dial tone.
Press the multi-line appearance; receive dial tone. Press the CALL FORWARDING - ALL CALLS
feature key; receive service set tone. The LCD displays:
FORWARD CANCEL
(Time Display)

3.

The associated LED that is lit at another station goes out.
Replace the handset or press the SPEAKER key.

Service Conditions
1.
2.
3.
4.

5.

Page 134

Stations with this feature set may originate any calls and access the CALL FORWARDING - ALL CALLS
- D term cancellation code.
All stations may simultaneously activate CALL FORWARDING - ALL CALLS - Dterm.
Stations may be assigned this feature via CLASS OF SERVICE - INDIVIDUAL [C-15] programming in
system data.
If Station A sets Call Forwarding to Station B, and Station B is set for Call Forwarding to Station C, calls
to Station A will be forwarded to Station B but will not be routed to Station C, unless MULTIPLE CALL
FORWARDING - ALL CALLS [M-44] has been set in system data.
CALL FORWARDING - ALL CALLS - Dterm can only be set from the MY Line or sub-line.

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Service Conditions (cont’d)
6.

7.

CALL FORWARDING - ALL CALLS - D term may also be accessed via the dial pad or SPEED
CALLING-ONE TOUCH [S-26D]. If this feature is accessed via the dial pad, it must also be cancelled
via the dial pad.
A user may set CALL FORWARDING - ALL CALLS - Dterm for a multi-line appearance based on the
CLASS OF SERVICE - INDIVIDUAL [C-15] assigned to the station setting the service. The figure below
is a simplified key sheet assignment for stations 200 & 201. The CLASS OF SERVICE - INDIVIDUAL
[C-15] for station 200 is allowed CALL FORWARDING - ALL CALLS - Dterm, but the CLASS OF
SERVICE - INDIVIDUAL [C-15] for station 201 is not. Station 200 is able to set CALL FORWARDING
- ALL CALLS - Dterm for station 201. The associated feature button LED on station 201 will illuminate.
Station 200

Station 201

FORWARD

FORWARD

201

200

200

201

MY LINE

MULTI-LINE

MY LINE

MULTI-LINE

FORWARD key is same as the CALL FORWARDING - ALL CALLS feature key.
8.
This feature is applicable to CALL FORWARDING - ALL CALLS - OUTSIDE [C-28] and CALL
FORWARDING and MULTIPLE CALL FORWARDING - ALL CALLS - CCIS [C-45] [M-40].
9.
The display of an intermediate station on a Dterm's LCD panel may be allowed or denied according to
system data. This assignment is done on a system basis. The LCD displays:
Intermediate Station
Calling/Called Party

Note:

CF ALL XXXX
(Time Display)
Note:

10.
11.
12.

13.
14.

XXXX

When the telephone number of the intermediate or calling/called station exceeds 8 digits, the last 8 digits
are displayed. However, a maximum of 16 digits calling/called telephone number can be displayed on the
middle line of LCD depending on the system data.
When the user setting CALL FORWARDING - ALL CALLS goes off-hook, the special dial tone can be
provided instead of dial tone. (Activation of this service is determined in the system data.)
The OAI monitor number and the ACD pilot number cannot be assigned as the Call Forwarding target
telephone number except when called from a station or Tie Line trunk.
When a destination of CALL FORWARDING - ALL CALLS - Dterm has already been assigned, even if
the feature is restricted by the new office data or by changing of the DAY/NIGHT mode, the assigned data
can still be used or cancelled.
A telephone number must be set to the call forwarding destination.
This feature is not available for stations having a telephone number of seven digits or more.

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C-5D

Service Conditions (cont’d)
15.

A call can be forwarded to an Attendant Console in the remote node via FCCS link.

Node A

Node B

FCCS Link
Attendant
Console B

16.

TK

Station A has been set
Call Forwarding service to
Attendant Console B

When a call is forwarded through FCCS link, the numbering plans of the originally called station and the
forwarded Attendant Console must be the same.

Interactions
1.

2.
3.

4.

5.

6.

7.
8.
9.
10.

Users are unaccustomed to hearing ringback tone when responding to their own station’s ring. Inform
users when providing ringback tone with CALL FORWARDING-ALL CALLS in System Data 1, Index
69, Bit 1.
Call Forwarding can only be activated from an idle station.
When CALL WAITING [C-12, 31], ATTENDANT CAMP-ON [A-1], and CALL BACK [C-1] are
directed toward Station A, with CALL FORWARDING set to Station B, Station B will receive Call
Waiting Tone.
When a station in a STATION HUNTING [S-7, 8, 9] Group initiates CALL FORWARDING-ALL
CALLS, calls normally destined for this station will not be received. The Hunt Group operates as if the
station were busy.
A non-controlling UCD station is allowed to activate CALL FORWARDING [C-5]. With this station call
forwarded, only calls that are directly dialed to this station are call forwarded. The member station is
removed from the UCD group under the conditions of this call forwarding feature.
If an Attendant attempts BUSY VERIFICATION [B-3] to Station A, which has CALL FORWARDINGALL CALLS set to Station B, BUSY VERIFICATION [B-3] proceeds as if the Attendant had attempted
to Verify Station B. If Station A has set CALL FORWARDING-ALL CALLS to the Attendant Console,
BUSY VERIFICATION [B-3] is allowed at Station A if Station A is busy.
When CALL FORWARDING-ALL CALLS is in effect, the call forwarded station may be used to
originate calls. See System Data 2, Index 6 Bit 4.
When a station is call forwarded, the destination station is recorded for STATION MESSAGE DETAIL
RECORDING [S-10].
CALL FORWARDING-ALL CALLS can be overridden, allowing Station B to initiate or transfer calls
back to Station A.
STATION-TO-STATION CALLING [S-11] must first be provided.

Programming
STEP 1:

Page 136

ASYD - System Data 1, Index 4, Bit 6. One burst of ringing at the forwarding station when CALL
FORWARDING-ALL CALLS-Dterm is in service? 01: No/Yes.

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Programming (cont’d)

STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:
STEP 7:

System Data 1, Index 69, Bit 1 (Bit 2 - Burst of Tone for Recall). A burst of ringback tone to alert the
person receiving a CALL FORWARDING - ALL CALLS - Dterm call. In service? 0/1: No/Yes.
Normally assigned as data “0”.
System Data 2, Index 6, Bit 4. Enables station set for CALL FORWARDING-ALL CALLS-Dterm to
be allowed to use phones normally. If data “0” is assigned, the station will only be able to call the
Attendant Console. Assign on a per-tenant basis.
ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL FORWARDING-ALL CALLS-Dterm entry SID = 8, and to
CALL FORWARDING-ALL CALLS-D term cancel SID = 9. Assign Connection Status Index (CI) for
Normal (N) service.
ASFC - Assign a Service Feature Class that allows SFI = 7 to stations that will activate CALL
FORWARDING - ALL CALLS-Dterm.
AKYD - For Dterm sets, CALL FORWARDING-ALL CALLS-Dterm may be assigned to a
programmable line/feature key. Assign Type:Function:CALL FORWARDING-ALL CALLS [2].
ADSL - Assign SN=1 (Originating) and FKY=2 (Call Forwarding All Calls; FDA).
This command is required only for assigning the function to each soft key.
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) = 1. For this service feature to be set by the Attendant Console, assign Inter an
Intra-Tenant connection TRI = 3, via the Attendant Console. Also allow TRI = 0, station-to-station
calling.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ASYDL - This data must be assigned to the node set Call Forwarding service.
System Data 1, Index 640: Assign the Fusion Point Code (FPC) of the node providing the attendant
console.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The data of the ASFC command is assigned to the node set Call Forwarding service.

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C-6

Call Hold

C-6

Call Hold

General Description
This feature permits any user to hold a call in progress by performing a switch hook flash and dialing a
preprogrammed CALL HOLD code, thus allowing that line to be used for originating another call or returning to a
previously held call.

Operating Procedure
To hold a call in progress

1.
2.
3.

Press the switch hook; receive special dial tone.
Dial CALL HOLD code; receive normal dial tone.
The call in progress is held; the user may initiate a new call.

To release a new call and return to the held call

1.
2.
3.

Replace the handset, releasing the new call.
The original call rings back to station.
Lift the handset and continue with the original call.

To hold a new call and return to original call

1.
2.
3.

Press the switch hook; receive special dial tone.
Dial the CALL HOLD code; the new call is now held.
The original call is automatically returned.
Note: By repeating the above steps, users can converse alternately with two parties.

Service Conditions
1.
2.

3.
4.
5.
6.
7.
8.

9.

Page 138

Lines freed through use of this feature may also be used for answering incoming calls via the CALL
PICKUP - GROUP [C-7] or TRUNK ANSWER FROM ANY STATION [T-8] features.
If the controlling user does not dial any further digits after the CALL HOLD code, removal of dial tone
will occur after 12 seconds; reorder tone is then applied for 30 seconds followed by muting of the station
set.
Calls will remain on hold until the controlling user either replaces the handset, causing the held call to ring
back, or flashes the switch hook and redials the Hold code to return to the original call.
Only one call at a time may be held per station line, and the held call cannot be added to another call as in
THREE-WAY CALLING [T-2].
Stations may be assigned this feature via CLASS OF SERVICE - INDIVIDUAL [C-15] programming in
system data.
There is no limitation to the number of stations that may simultaneously access this feature.
CALL WAITING [C-12, 31] cannot be activated if the target station has a call on HOLD.
CALL BACK [C-1]:
a.) A user cannot activate CALL HOLD when CALL BACK [C-1] has already been activated.
b.) A user cannot use the CALL HOLD feature while CALL BACK [C-1] is in effect toward it.
c.) A user with a call on HOLD cannot activate the CALL BACK [C-1] feature.
CALL PICKUP [C-7, 30]: A user is denied use of the CALL PICKUP [C-7, 30] feature when holding one
call and in a talking state with another call.

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Service Conditions (cont’d)
10.

11.

12.
13.
14.
15.
16.

THREE-WAY CALLING [T-2]: This feature used in conjunction with the CALL HOLD feature, allows
the calling user to transfer a second call while holding the first call. After transferring the second call, the
calling user is rung back by the party on hold.
EXECUTIVE RIGHT-OF-WAY [E-1]: Executive Override of a station that has a call on HOLD and is
connected to another call is allowed. However, Executive Override of a station on HOLD is denied
(reorder tone is heard).
CALL FORWARDING [C-2, 3, 5]: This feature interacts with CALL HOLD as follows: CALL HOLD
ringbacks are not forwarded; instead, the calling station is rung back with the held call after going on-hook.
BUSY VERIFICATION [B-2]: Busy Verification of a station on HOLD is denied. Busy Verification of a
station that has a call on HOLD is allowed if the station is in a talking state with another party.
OUTGOING TRUNK QUEUING [O-2, 2D]: A user cannot be placed in a ringback queue while holding
another call in hold.
Attendant calls cannot be held.
ATTENDANT CAMP-ON [A-1]: Call hold cannot be activated when ATTENDANT CAMP-ON has
already been set.

Interactions
1.

2.
3.
4.

5.
6.
7.

8.
9.
10.
11.
12.
13.

CONSULTATION HOLD [C-17] must be allowed for all features that will operate by using the switch
hook to make a connection. This includes CALL TRANSFER [C-11], CALL PICKUP [C-7], THREEWAY CALLING [T-2], etc.
A station can CALL HOLD only one call at a time.
CALL WAITING [C-12, 31]: When a station has a call on CALL HOLD, CALL WAITING [C-12, 31]
features are denied to both the holding and the held station.
CALL BACK [C-1]:
a.) A user cannot activate CALL HOLD when CALL BACK [C-1] has already been activated.
b.) A user cannot use the CALL HOLD feature while CALL BACK [C-1] is in effect toward it.
c.) A user with a call on HOLD cannot activate the CALL BACK [C-1] feature.
NON-EXCLUSIVE and EXCLUSIVE HOLD [N-7D, E-4D] are not affected by CALLBACK [C-1].
CALL PICKUP [C-7, 30]: A user is allowed use of the CALL PICKUP [C-7, 30] feature when holding
Station B to pick up Station C.
EXECUTIVE RIGHT-OF-WAY [E-1]: Executive Override of a station that has a call on HOLD and is
connected to another call is allowed; however, Executive Override of a station on HOLD is denied (reorder
tone is heard).
AUTOMATIC RECALL [A-8] of a held call will not be affected by CALL FORWARDING [C-2, 3, 5].
BUSY VERIFICATION [B-2]: Busy Verification of a station on HOLD is denied. Busy Verification of a
station that has a call on HOLD is allowed if the station is in a talking state with another party.
OUTGOING TRUNK QUEUING [O-2]: A user cannot queue a trunk while using CALL HOLD.
Calls that include the Attendant Console cannot have access to CALL HOLD.
ATTENDANT CAMP-ON WITH TONE INDICATION [A-1]: This feature is denied if a station has a
call on CALL HOLD.
CALL HOLD cannot be activated if a call has been previously camped-on. A switch hook flash will seize
the camped-on call.

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Call Hold

Interactions (cont’d)
14.

Calls remain on CALL HOLD until the controlling station replaces the handset, causing the held call to
ringback. If the controlling station does not answer the recall within the preset time-out interval (System
Data 1, Index 139), the connection is released.

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:
STEP 5:

ASYD - System Data 1, Index 139. No Answer Timer for CALL HOLD. (When Station A places
Station B on HOLD, and hangs up, Station A will ring after a preset period of time has elapsed. If
Station A does not answer, then Station B goes from ringback tone to reorder tone.)
System Data 2, Index 1, Bits 0 & 1. CONSULTATION HOLD [C-17] allowed or denied. 00: Denied;
Originating and Terminating Calls allowed, Tandem Calls Denied; 11: All calls allowed.
ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code for CALL HOLD, SID = 1 for Connection Status Index (CI) of
Hooking (H).
ASFC - Assign a Service Feature Class that allows SFI = 10 to stations that are allowed CALL
HOLD.
AKYD - Optional. Assign CALL HOLD to a programmable Line/Feature key. Assign
Type:Function:CALL HOLD [10]. (The operation of TRANSFER key and access code is also
available). Type:Function:FLASH BUTTON [21].

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ANPDL - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
STEP 2: ASPAL - Assign an access code for CALL HOLD, SID = 1 for Connection Status Index (CI) of
Hooking (H).
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: System timers may be set on a network basis in ASYDN.

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C-6D

Call Hold - Dterm

C-6D
General Description

This feature permits a Dterm user to HOLD a call in progress by using CALL HOLD - Dterm.

Operating Procedure
To hold a call in progress without using the HOLD key

1.

Press TRANSFER key; receive special dial tone. The LCD displays:
TRANSFER
(Time Display)

2.
3.

Dial the CALL HOLD [C-6] code; receive normal dial tone.
The call in progress is held; the user may initiate a new call.

To release a new call and return to the original call

1.
2.

Go on-hook, releasing the new call; or press the RECALL key.
The original call will ring back to the Dterm.

To hold a new call and return to the original call

1.
2.

Press TRANSFER key; receive special dial tone.
Dial CALL HOLD [C-6] code; the new call is placed on HOLD, the original call is automatically returned.
Note: By repeating the above steps, user can converse alternately with two parties.
A feature/line key may be programmed as a HOLD key

1.
2.
3.
4.

While a call is in progress, press the HOLD key.
The call is placed on HOLD, dial tone is restored.
A new call may be dialed.
To return to the original call, press the RECALL key.

On a Dterm, a SPEED CALLING - ONE TOUCH [S-26] may be used to place a call on HOLD

1.
2.

Press feature key, plus a SPEED CALLING - ONE TOUCH [S-26] key. The LCD will display any
previously stored data.
Press the RECALL key. The LCD displays:
!
(Time Display)

3.
4.

This acts as a switch hook flash. See FLASH ENTRY - Dterm [F-4D].
Dial CALL HOLD [C-6] access code.
Press SPEED CALLING - ONE TOUCH [S-26] key. The LCD displays:
SPEED SET
(Time Display)

5.
6.

This key may now be used to access the CALL HOLD - Dterm feature.
When engaged in a conversation, press the SPEED CALLING - ONE TOUCH [S-26] key with the stored
CALL HOLD - Dterm access code.

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C-6D

Operating Procedure (cont’d)
7.

Dial tone is restored to the phone, and user is free to make another call.

To operate a Dterm via the FLASH BUTTON [F-3D]

1.

When engaged in a conversation, press the programmable feature/line key programmed as a FLASH
BUTTON [F-3D]. The LCD will display:
TRANSFER
(Time Display)

2.

Dial the CALL HOLD [C-6] access code; the LCD goes blank and dial tone is restored to the user.

Service Conditions
1.
2.

3.
4.
5.
6.
7.

Lines freed through use of this feature may also be used for answering incoming calls via the CALL
PICKUP - GROUP [C-7] or TRUNK ANSWER FROM ANY STATION [T-8] features.
Calls will remain on HOLD until the controlling user either replaces the handset, causing the held call to
ring back, or will press the TRANSFER key or flash button and redial the HOLD code to return to the
original call.
Only one call per station may be held at one time, and a held call cannot be added to another party as in
THREE-WAY CALLING [T-2].
Stations may be assigned this feature via CLASS OF SERVICE - INDIVIDUAL [C-15] programming in
system data.
There is no limitation to the number of stations that may access this feature simultaneously.
Kind of service indication on the LCD display is allowed or denied via system data programming.
The station having a camped-on call cannot activate the CALL HOLD feature.

Interactions
1.
2.

3.
4.

5.

6.

7.

Page 142

CALL WAITING [C-12, 31] cannot be activated if the target station has a call on hold.
CALL BACK [C-1]:
a.) A user cannot activate CALL HOLD - Dterm when CALL BACK has already been activated.
b.) A user cannot use the CALL HOLD - Dterm feature while CALL BACK is in effect toward it.
c.) A station with a call on HOLD cannot activate the CALL BACK feature.
CALL PICKUP [C-7, 30]: A user is denied use of the CALL PICKUP feature when holding one call and
in a talking state with another call.
THREE-WAY CALLING [T-2]: This feature, used in conjunction with the CALL HOLD - Dterm feature,
allows the calling user to transfer a second call while holding the first call. After transferring the second
call, the calling user is rung back by the party on HOLD.
EXECUTIVE RIGHT-OF-WAY [E-1]: Executive Override of a station that has a call on HOLD and is
connected to another call is allowed. However, Executive Override of a station on HOLD is denied
(reorder tone is heard).
CALL FORWARDING [C-2, 3, 5]: This feature interacts with CALL HOLD - Dterm as follows: CALL
HOLD ringbacks are not forwarded. Instead, the calling station is rung back with the held call after going
on-hook.
BUSY VERIFICATION [B-3]: BUSY VERIFICATION of a station on HOLD is denied. BUSY
VERIFICATION of a station that has a call on HOLD is allowed if the station is in a talking state with
another party.

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C-6D

Interactions (cont’d)
8.
9.
10.

OUTGOING TRUNK QUEUING [O-2]: A user cannot be placed in a Ringback queue while holding
another call on HOLD.
Attendant calls cannot be held.
ATTENDANT CAMP-ON [A-1]: CALL HOLD - Dterm cannot be activated when ATTENDANT CAMPON has already been set.

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:
STEP 5:

STEP 6:

ASYD - System Data 1, Index 139. No Answer Timer for CALL HOLD. (When Station A places
Station B on HOLD, and hangs up, Station A will ring after a preset period of time has elapsed. If
Station A does not answer, then Station B goes from ringback tone to reorder tone.)
System Data 2, Index 1, Bits 0 & 1. CONSULTATION HOLD [C-17] allowed or denied. 00: Denied;
Originating and Terminating Calls allowed, Tandem Calls Denied; 11: All calls allowed.
ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code for CALL HOLD, SID = 1 for Connection Status Index (CI) Hooking
(H).
ASFC - Assign a Service Feature Class that allows SFI = 10 to stations that are allowed CALL
HOLD.
AKYD - Assign Call Hold to a programmable Line Feature key. Assign Type:Function:CALL HOLD
[10]. (The operation of TRANSFER key and access code is also available). Type:Function:FLASH
BUTTON [21].
ADSL - Assign SN=5 (Consultation Hold) and FKY=10 (Call Hold; HLD)
This command is required only for assigning the function to each soft key.
To operate a Dterm via the FLASH BUTTON [F-3D], assign SN=4 (Communication is in Progress)
and FKY=21 (Flash Button; FLASH).

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ANPDL - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
STEP 2: ASPAL - Assign an access code for CALL HOLD, SID = 1 for Connection Status Index (CI) Hooking
(H).
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: System timers may be set on a network basis in ASYDN.

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C-7

Call Pickup - Group

C-7

Call Pickup - Group

General Description
This feature permits a user to answer any calls directed to other lines in the user’s preset CALL PICKUP - GROUP
by dialing a Pickup code.
A user can be assigned to an additional CALL PICKUP GROUP, referred to as EXPANDED CALL PICKUP
GROUP.

Operating Procedure
To pick up an incoming call

1.
2.
3.

A station within the CALL PICKUP GROUP rings.
Lift the handset; receive dial tone.
Dial the CALL PICKUP code; the call is connected to the station.

To pick up an incoming call (Consultation Hold)

1.
2.
3.
4.

A station within the CALL PICKUP GROUP rings.
The station flashes the switch hook; receives special dial tone.
Dial the CALL PICKUP code; the call is connected to the station.
The first party is put on CALL HOLD [C-6] status.

To pick up an incoming call within the EXPANDED CALL PICKUP GROUP

1.
2.
3.

A station within the EXPANDED CALL PICKUP GROUP rings.
Lift the handset; receive dial tone.
Dial the access code for EXPANDED CALL PICKUP; the call is connected to the station.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.

Page 144

This feature may be provided on a per-line basis via system data.
Any station assigned a fully restricted CLASS OF SERVICE-INDIVIDUAL [C-15] will be unable to
answer incoming Central Office calls using this feature.
A CALL PICKUP GROUP is defined as those stations having the ability to pick up each other's calls using
the CALL PICKUP feature.
A maximum of 100 stations can be assigned to each group. There is no limit to the number of groups per
system.
If the CALL PICKUP GROUP code is dialed while two or more stations within the group are ringing, the
switching system will connect the calls in the order of priority assigned to the call pick up chain.
CALL PICKUP GROUP cannot be used to answer OUTGOING TRUNK QUEUING [O-2] or CALL
BACK [C-1] from another station.
A busy station can accomplish Call Pickup by flashing the switch hook and then dialing the CALL
PICKUP GROUP code. The call in progress will automatically be placed on hold.
CALL TRANSFER - ALL CALLS [C-11]: The ability to pick up the recall of CALL TRANSFER - ALL
CALLS when CALL PICKUP - GROUP is activated is not available.
A maximum of 100 stations can be assigned to each EXPANDED CALL PICKUP GROUP. There is no
limit to the number of groups per system.
A user cannot pick up a call in the EXPANDED CALL PICKUP GROUP when engaged in another call.
This feature is available via FCCS.

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Service Conditions (cont’d)
12.
13.

The allowable station number type for a member of CALL PICKUP GROUP or CALL PICKUP
EXPAND GROUP is the telephone number only.
When using the FCH card with:
a.) Stations in up to a maximum of four different nodes can be assigned to a CALL PICKUP
GROUP or a CALL PICKUP EXPAND GROUP.
b.) When a CALL PICKUP GROUP/CALL PICKUP EXPAND GROUP has stations that belong to
different nodes, and the multiple Call Pickup/Call Pickup Expand stations are ringing
simultaneously, if ringing stations belong to the same node, the user will pick up the call in
assigned order. However, if ringing stations belong to different nodes, the user cannot pick up the
call in assigned order or terminated order. The user will first pick up the call terminated to the
station belonging to the same node of the user’s station. See the figures below.

CALL PICKUP GROUP
The number below the station is the assigned order.
Example: All the Stations No. 1 through No. 5 belong to the same CALL PICKUP GROUP. When Stations No.1, No. 3 and No. 5 are
ringing:
•
If the user answers via Station No. 4, the user will pick up a call terminated to Station No. 5 first (this feature allows the user to
pick up from the next station in assigned order). The user will then pick up Station No. 3, if Station No. 3 is still ringing.
•
If the user answers via Station No. 2, the user will pick up a call terminated to Station No. 1 first.

Node A

No.3

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C-7

Call Pickup - Group

Service Conditions (cont’d)
CALL PICKUP EXPAND GROUP
The number below the station is the assigned order.
Example: All the stations No.1 through No. 5 belong to the same CALL PICKUP GROUP Expand Group C.
When Stations No. 2 through No. 5 are ringing:
•
If the user answers via Station No. 1, the user will pick up a call terminated to Station No. 3 first.
•
If the user answers via Station No. 5, the user will pick up a call terminated to Station No. 2 first.
CALL PICKUP EXPAND
GROUP C
CALL PICKUP
GROUP B

CALL PICKUP
GROUP A
Node A

Node B
No.1
No.2

No.3

No.5
Node D

14.
15.
16.

17.
18.

19.

Page 146

Node C

No.4

The number of CALL PICKUP GROUPs or CALL PICKUP EXPAND GROUPs is not limited.
A user cannot answer an incoming call to the station in another CALL PICKUP GROUP or CALL
PICKUP EXPAND GROUP.
Even if a station has been assigned to the existing CALL PICKUP GROUP or CALL PICKUP EXPAND
GROUP by Physical Station Number, the station can also be assigned to the same CALL PICKUP
GROUP or a CALL PICKUP EXPAND GROUP via FCCS service.
When the station holds a call (switch hook flash or Call Hold) which terminated through FCCS link, the
station cannot pick up a call via CALL PICKUP/CALL PICKUP EXPAND.
When both stations, a calling station and a station that will picks up a call, place another call on hold, this
service is activated on the condition that all the stations (the calling station, the station that picks up the
call, the ringing station, and the held stations) belong to the same node. If any of the stations belong(s) to
a different node, this service is not activated.
The CALL PICKUP - GROUP/CALL PICKUP EXPAND GROUP can be set on a node basis, even in the
use of telephone numbers. In other words, the features are available via the data written on the Local Data
Memory (LDM), not only on the Data Memory (DM) or the Network Data Memory (NDM). The
following are conditions in this case:
a.) The features are to be programmed by using the telephone number (TELN) of each station.
b.) A maximum of 100 stations can be assigned per CALL PICKUP GROUP.
c.) A maximum of 100 stations can be assigned per CALL PICKUP EXPAND GROUP.
d.) A station can belong to one CALL PICKUP GROUP only.

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Service Conditions (cont’d)

20.
21.
22.
23.

e.) A station can belong to one CALL PICKUP EXPAND GROUP only.
f.) No limitation is attached to the number of CALL PICKUP GROUPs/CALL PICKUP EXPAND
GROUPs per node.
g.) When multiple stations are ringing in a CALL PICKUP GROUP/CALL PICKUP EXPAND
GROUP, the calls won’t be picked up in the terminating order or in the assigned order of stations.
h.) A station cannot pick up a call to a member of other CALL PICKUP GROUPs/CALL PICKUP
EXPAND GROUPs.
i.) A call to be picked up can be that from a station, a trunk or an Attendant Console.
j.) When there is a restriction on the connection between an incoming call and the answering station,
the restriction is applied. As a result of this, the station cannot pick up the call.
k.) The features, though using the telephone numbers, cannot be used together with the same features
via FCCS.
l.) Stations denied access to a route via Route Restriction Class may not be able to pick up an
incoming trunk call.
m.) A specific attendant number cannot be assigned for these features.
n.) CALL PICKUP GROUPs via DM and groups via LDM cannot coexist in a system.
When using the FCCS network, calling back for CALL BACK [C-1] or OUTGOING TRUNK QUEUING
[O-2] to the station cannot be picked up.
When using the FCCS network, the specific attendant number cannot be assigned to a CALL PICKUP
GROUP or a CALL PICKUP EXPAND GROUP, which is activated with NDM data.
When programmed on LDM, a call in recall state by CALL BACK [C-1], OUTGOING TRUNK
QUEUING [O-2] or CALL HOLD [C-6], cannot be picked up.
When programmed on LDM, a call by Automatic Wake-up [A-27] or Timed Reminder [T-62] cannot be
picked up.

Interactions
1.

2.

3.

4.
5.
6.
7.
8.

CALL HOLD [C-6]: To pick up a call while engaged in a two-party connection, the station can switch
hook flash to place the other party on CALL HOLD [C-6] and dial the Call Pickup code. The first party is
put on CALL HOLD [C-6].
CALL BACK [C-1]: The call back station originator being called back cannot be picked up by a station
with the CALL PICKUP - GROUP feature. If the callback is directed to the terminating station, then Call
Pickup may be used to answer the call. Any other station attempting to pick up the call will result in the
user receiving reorder tone.
OUTGOING TRUNK QUEUING [O-2]: The OUTGOING TRUNK QUEUING station being rung back
cannot be picked up by a station with the CALL PICKUP - GROUP feature. An attempt to pick up the call
will result in the station receiving reorder tone.
RESTRICTION: A station assigned as fully restricted or with inward restrictions cannot use the CALL
PICKUP feature if assigned to a CALL PICKUP GROUP.
THREE-WAY CALLING [T-2]: CALL PICKUP can be used only after a THREE-WAY CONFERENCE
has been reduced to a two-party connection or the station has returned to an idle state.
STATION MESSAGE DETAIL RECORDING SYSTEM [S-10]: When a call is answered using the
CALL PICKUP - GROUP feature, the station dialing the Call Pickup code is recorded.
CONSULTATION HOLD-ALL CALLS [C-17] must be provided.
Station A will not be able to pick up Station B, if Station A is engaged in any state other than idle or a
simple two-party connection.

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C-7

Call Pickup - Group

Interactions (cont’d)
9.
10.
11.

12.

Stations denied access to a route via Route Restriction Class may not use CALL PICKUP GROUP to
answer restricted incoming trunk calls.
CALL PICKUP GROUP is not available for AUTOMATIC/MANUAL INTERCOM [A-30] or DIAL
INTERCOM [D-87] calls.
If more than one station line in a CALL PICKUP GROUP is ringing, the individual call answered is
selected by the system. The system priority is based on a circular chain arrangement with first priority
given to the station following the station dialing the pick up code.
A call ring in a recall state cannot be picked up with this feature.

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:
STEP 5:

ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N). Assign NND in
accordance with a predetermined numbering plan.
ASPA - Assign an access code for the CALL PICKUP GROUP, SID = 7 and the CALL PICKUP
EXPAND, SIDA=63 (if necessary) for Connection Status Index (CI) of Normal (N) and Hooking (H).
ACPG - Assign members of CALL PICKUP GROUP. If two stations are ringing simultaneously, the
station that was programmed first will be picked up first.
ACPE - Assign the CALL PICKUP EXPAND GROUP (if necessary).
AKYD - Optional. Assign a programmable Line/Feature key as a CALL PICKUP key. Assign
Type:Function:CALL PICKUP-GROUP [12]. If necessary, assign Type:Function:CALL PICKUP
EXPAND [115].

FCCS Programming

STEP 1:

STEP 2:

STEP 3:

STEP 4:

Page 148

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
ANPDN - This command must be assigned to the NCN.
Reserve a number level for feature access and cancel. Assign for Normal (N).
Assign NND in accordance with a predetermined plan.
ASPAN - This command must be assigned to the NCN. Assign access code for CALL PICKUP,
CI=N, SRV=SSC, SID=7 (CALL PICKUP - GROUP). If necessary, assign SRV=SSCA, SIDA=63
(CALL PICKUP EXPAND GROUP).
CI=N (Normal)
SRV=SSC
SID=7 (CALL PICKUP GROUP)
ACPGN - This command must be assigned to the NCN.
Assign members of CALL PICKUP GROUP.
UGN: User Group Number
TELN: Telephone number in CALL PICKUP GROUP
ACPEN - This command must be assigned to the NCN.
Assign the CALL PICKUP EXPAND GROUP (if necessary).
UGN: User Group Number
TELN: Telephone number in CALL PICKUP EXPAND GROUP

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FCCS Programming (cont’d)
When Entering Data via LDM

STEP 1:
STEP 2:
STEP 3:

STEP 4:

ANPDL - Assign 1st digit code (1st DC) and number of necessary digits (NND) for feature access and
cancel. CI = N (Normal).
ASPAL - Assign access code for CALL PICKUP, CI=N, SRV=SSC, SID=7 (CALL PICKUP GROUP). If necessary, assign SRV=SSCA, SIDA=63 (CALL PICKUP EXPAND GROUP).
ACPGL - Assign members of CALL PICKUP GROUP.
UGN: User Group Number = 1 (fixed)
TELN: Telephone Number of member stations
ACPEL - Assign members of CALL PICKUP EXPAND GROUP (if necessary).
UGN: User Group Number = 1 (fixed)
TELN: Telephone Number of member stations

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Call Pickup - Group - D term

C-7D

C-7D

Call Pickup - Group - Dterm

General Description
This feature permits a user to answer any call directed to another line in his preset CALL PICKUP - GROUP by
using a programmable line/feature key.
CALL PICKUP - GROUP - Dterm may be used by seizing dial tone from any multi-line appearance on the Dterm.
A user can be assigned to an additional CALL PICKUP GROUP, referred to as EXPANDED CALL PICKUP
GROUP.

Operating Procedure
To answer an incoming call

1.
2.
3.

A station within the CALL PICKUP GROUP rings.
Lift the handset; receive dial tone.
Press the CALL PICKUP - GROUP feature key; the call is connected to the station. The LCD displays:
Called Station
Calling Station Trunk
PICKUP XXXX
(Time Display)

Note:

XXXX

When the telephone number of the called/calling station exceeds 8 digits, the last 8 digits are displayed.
However, a maximum of 16-digit calling telephone number can be displayed on the middle line of the LCD,
depending on the system data.

To answer an incoming call CALL HOLD [C-6]

1.
2.
3.
4.

A station within the CALL PICKUP GROUP rings.
Press the TRANSFER/HOLD feature key; receive special dial tone.
Press the CALL PICKUP GROUP feature key; the call is connected to the station.
The first party is put on CALL HOLD [C-6] status.

To pick up an incoming call within the EXPANDED CALL PICKUP GROUP

1.
2.
3.

A station within the EXPANDED CALL PICKUP GROUP rings.
Lift the handset; receive dial tone.
Dial the access code or press the feature key for EXPANDED CALL PICKUP; the call is connected to the
station.

Service Conditions
1.
2.
3.
4.
5.

Page 150

A station assigned a fully restricted CLASS OF SERVICE-INDIVIDUAL [C-15] will be unable to answer
incoming Central Office calls using this feature.
A CALL PICKUP GROUP - Dterm is defined as those stations having the ability to pick up other station’s
calls using the CALL PICKUP feature.
A maximum of 100 stations can be assigned to each group. There is no limit to the amount of groups per
system.
If CALL PICKUP GROUP - D term is activated while two or more stations within the group are ringing,
the system will connect the calls in the order of priority assigned to the call pick up chain.
CALL PICKUP GROUP - Dterm cannot be used to answer OUTGOING TRUNK QUEUING [O-2],
Recall or CALLBACK [C-1] from another station.
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Service Conditions (cont’d)
6.
7.
8.
9.
10.
11.
12.

13.

CALL TRANSFER - ALL CALLS: The capability to pick up the recall of CALL TRANSFER - ALL
CALLS when CALL PICKUP - GROUP is activated, is not available.
There is no limit to the number of groups per system.
A user cannot pick up a call in the EXPANDED CALL PICKUP GROUP when engaged in another call.
The allowable station number type for a member of CALL PICKUP GROUP or CALL PICKUP
EXPAND GROUP is the telephone number only.
The maximum number of stations per CALL PICKUP GROUP is 100.
The maximum number of stations per CALL PICKUP EXPAND GROUP is 100.
When both stations, a calling station and a station that picks up a call, place an another call on hold, this
service is activated on condition that all stations (the calling station, the station that picks up a call, a
ringing station and the held stations) belong to the same node. If any of stations belong(s) to the different
node, this feature is not activated.
When using the FCH card:
a.) Stations in four different nodes can be assigned to a CALL PICKUP GROUP or a CALL
PICKUP EXPAND GROUP.
b.) When a CALL PICKUP GROUP/CALL PICKUP EXPAND GROUP has stations that belong to
different nodes, and the multiple Call Pickup/Call Pickup Expand stations are ringing
simultaneously, if ringing stations belong to the same node, the user will pick up the call in
assigned order. However, if ringing stations belong to different nodes, the user cannot pick up the
call in assigned order or terminated order. The user will first pick up the call terminated to the
station belonging to the node of the user’s station.

CALL PICKUP GROUP
The number below the station is the assigned order.
Example: All the Stations No.1 through No. 5 belong to the same CALL PICKUP GROUP. When Stations No. 1, No. 3 and No. 5 are
ringing:
•
If the user answers via Station No.4, the user will pick up a call terminated to Station No.5 first (this feature allows the user to
pick up from the next station in assigned order). The user will then pick up Station No. 3, if Station No. 3 is still ringing.
•
If the user answers via Station No. 2, the user will pick up a call terminated to Station No. 1 first.

Node A

No.3

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Call Pickup - Group - D term

C-7D

Service Conditions (cont’d)
CALL PICKUP EXPAND GROUP
The number below the station is the assigned order.
Example: All the Stations No.1 through No.5 belong to the same CALL PICKUP EXPAND GROUP C.
When Stations No.2 through No.4 are ringing simultaneously:
•
If the user answers via Station No. 1, the user will pick up a call terminated to Station No. 3 first.
•
If the user answers via Station No. 5, the user will pick up a call terminated to Station No. 2 first.
CALL PICKUP EXPAND
GROUP C
CALL PICKUP
GROUP B

CALL PICKUP
GROUP A

Node B

Node A
No.1
No.2

No.3
Node C
No.5
Node D

14.
15.
16.

17.
18.

19.

Page 152

No.4

The number of the CALL PICKUP GROUP or CALL PICKUP EXPAND GROUP is not limited.
A user cannot answer an incoming call to the station in another CALL PICKUP GROUP or CALL
PICKUP EXPAND GROUP.
Even if a station has been assigned to the existing CALL PICKUP GROUP or CALL PICKUP EXPAND
GROUP by Physical Station Number, the station can also be assigned to the same CALL PICKUP
GROUP or a CALL PICKUP EXPAND GROUP via FCCS.
When the station holds a call (Switch Hook Flash or Call Hold) which terminated through FCCS link, the
station cannot pick up a call via CALL PICKUP/CALL PICKUP EXPAND.
When both the calling station and the station that will pick up a call hold the call, if one of the held calls
is terminated through FCCS link, the call cannot be picked up via CALL PICKUP/CALL PICKUP
EXPAND.
The CALL PICKUP - GROUP/CALL PICKUP EXPAND GROUP can be set on a node basis, even in the
use of telephone numbers. In other words, the features are available via the data written on the Local Data
Memory (LDM), not only on the Data Memory (DM) or the Network Data Memory (NDM). If this is the
case, the conditions are as follows:
a.) The features are to be programmed by using the telephone number (TELN) of each station.
b.) A maximum of 100 stations can be assigned per CALL PICKUP GROUP.
c.) A maximum of 100 stations can be assigned per CALL PICKUP EXPAND GROUP.
d.) A station can belong to one CALL PICKUP GROUP only.
e.) A station can belong to one CALL PICKUP EXPAND GROUP only.

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C-7D

Service Conditions (cont’d)

20.
21.
22.
23.

f.) No limitation is attached to the number of CALL PICKUP GROUP/CALL PICKUP EXPAND
GROUP per node.
g.) When multiple stations are ringing in a CALL PICKUP GROUP/CALL PICKUP EXPAND
GROUP, the calls won’t be picked up in the terminated order or in the assigned order of stations
on the command ACPGL.
h.) A station cannot pick up a call to a member of other CALL PICKUP GROUP/CALL PICKUP
EXPAND GROUP.
i.) A call to be picked up can be that from a station, a trunk or an Attendant Console.
j.) When there is a restriction as to the connection between an incoming call and the answering
station, the restriction is applied as-is; the station, as a result of this, cannot pick up the call.
k.) The features, though using the telephone numbers, cannot be used together with the same features
via FCCS.
l.) Stations denied access to a route via Route Restriction Class may not be able to pick up an
incoming trunk call.
m.) A specific attendant number cannot be assigned for these features.
n.) CALL PICKUP GROUPs via DM and groups via LDM cannot coexist in a system.
When using the FCCS network, calling back for CALL BACK [C-1] or OUTGOING TRUNK QUEUING
[O-2] to the station cannot be picked up.
When using the FCCS network, the specific attendant number cannot be assigned to a CALL PICKUP
GROUP or a CALL PICKUP EXPAND GROUP, which is activated with NDM data.
When programmed on LDM, a call in recall state by CALL BACK [C-1], OUTGOING TRUNK
QUEUING [O-2] or CALL HOLD [C-6], cannot be picked up.
When programmed on LDM, a call by Automatic Wake-up [A-27] or Timed Reminder [T-62] cannot be
picked up.

Interactions
1.

2.

3.

4.
5.
6.
7.

CALL HOLD [C-6]: To pick up a call while engaged in a two-party connection, the station can switch
hook flash to place the other party on CALL HOLD [C-6] and dial the Call Pickup code. The first party is
put on CALL HOLD [C-6].
CALL BACK [C-1]: The call back station originator being called back cannot be picked up by a station
with the CALL PICKUP - GROUP feature. If the callback is directed to the terminating station, then Call
Pickup may be used to answer the call. Any other station attempting to pick up the call will result in the
user receiving reorder tone.
OUTGOING TRUNK QUEUING [O-2]: The OUTGOING TRUNK QUEUING station being rung back
cannot be picked up by a station with the CALL PICKUP - GROUP feature. An attempt to pick up the call
will result in the station receiving reorder tone.
RESTRICTION: A station assigned as fully restricted or with inward restrictions cannot use the CALL
PICKUP feature if assigned to a CALL PICKUP GROUP.
THREE-WAY CALLING [T-2]: CALL PICKUP can be used only after a THREE-WAY CONFERENCE
has been reduced to a two-party connection or the station has returned to an idle state.
STATION MESSAGE DETAIL RECORDING SYSTEM [S-10]: When a call is answered using the
CALL PICKUP - GROUP feature, the station dialing the Call Pickup code is recorded.
If more than one station line in a CALL PICKUP GROUP is ringing, the individual call answered is
selected by the system. System priority is based on a circular chain arrangement, with first priority given
to the station following the station dialing the call pick up code.

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C-7D

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:
STEP 5:

STEP 6:

ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H)
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code for the CALL PICKUP GROUP, SID = 7 and the CALL PICKUP
EXPAND, SIDA=63 (if necessary) for Connection Status Index (CI) of Normal (N) and Hooking (H).
ACPG - Assign members of CALL PICKUP GROUP. If two stations are ringing simultaneously, the
station that was programmed first will be picked up first.
ACPE - Assign the CALL PICKUP EXPAND GROUP (if necessary).
AKYD - Optional. Assign a programmable Line/Feature key as a CALL PICKUP key. Assign
Type:Function:CALL PICKUP-GROUP [12]. If necessary, assign Type:Function:CALL PICKUP
EXPAND [115].
ADSL - Assign SN=1 (Originating) and FKY=12 (Call Pick-up Group; PICK).
When answering an incoming call while the user is on the line, assign SN=4 (Communication is in
Progress) and FKY=12 (Call Pick-up Group; PICK).
This command is required only for assigning the function of each soft key.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
STEP 1: ANPDN - This command must be assigned to the NCN.
Reserve a number level for feature access and cancel. Assign for normal (N).
Assign NND in accordance with a predetermined plan.
STEP 2: ASPAN - This command must be assigned to the NCN. Assign access code for CALL PICKUP,
CI=N, SRV=SSC, SID=7 (CALL PICKUP - GROUP). If necessary, assign SRV=SSCA, SIDA=63
(CALL PICKUP EXPAND GROUP).
CI=N (Normal)
SRV=SSC
SID=7 (CALL PICKUP GROUP)
STEP 3: ACPGN - This command must be assigned to the NCN.
Assign members of CALL PICKUP GROUP.
UGN: User Group Number
TELN: Telephone number in CALL PICKUP GROUP
STEP 4: ACPEN - This command must be assigned to the NCN.
Assign the CALL PICKUP EXPAND GROUP (if necessary).
UGN: User Group Number
TELN: Telephone number in CALL PICKUP EXPAND GROUP
Note: When using a feature key, the feature key data is assigned to all the nodes accommodated in the Call Pickup
station by the AKYD command.
When Entering Data via LDM

STEP 1:
STEP 2:

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ANPDL - Assign 1st digit code (1st DC) and number of necessary digits (NND) for feature access and
cancel. CI = N (Normal).
ASPAL - Assign access code for CALL PICKUP, CI=N, SRV=SSC, SID=7 (CALL PICKUP GROUP). If necessary, assign SRV=SSCA, SIDA=63 (CALL PICKUP EXPAND GROUP).
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FCCS Programming (cont’d)
STEP 3:

ACPGL - Assign members of CALL PICKUP GROUP.
UGN: User Group Number = 1 (fixed)
TELN: Telephone Number of member stations
STEP 4: ACPEL - Assign members of CALL PICKUP EXPAND GROUP (if necessary).
UGN: User Group Number = 1 (fixed)
TELN: Telephone Number of member stations
STEP 5: AKYD - Optional. Assign a programmable Line/Feature key as a CALL PICKUP key. KYI=1
(Feature Key), FKY=12 (CALL PICKUP - GROUP). If necessary, assign FKY=115 (CALL PICKUP
EXPAND GROUP).
Note: When using a soft key on a D term Series E, use ADSL and ADKS commands for necessary data assignment.
At this time, Status Number (SN) of the ADSL command may be 1 DT or 4 Communication in Progress.

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C-8

Call Processing Indication

C-8

Call Processing Indication

General Description
This feature provides visual indications at the ATTENDANT CONSOLE [A-3] of all calls being handled by the
Attendant.

Operating Procedure
None.

Service Conditions
Each ATTENDANT CONSOLE [A-3] is provided with 6 dedicated switched loop keys. Each loop key is associated
with 5 lamp indicators (BUSY, RING, ATND, ANSWER, or HOLD) to display the status of the call on that loop.
The indicators may be ON, OFF or flashing (400 ms ON and 400 ms OFF).

Interactions
1.
2.

When the ATTENDANT LOOP RELEASE [A-6] feature is activated, the status of the call is removed
from the ATTENDANT CONSOLE [A-3] until alerted by the AUTOMATIC RECALL [A-8] feature.
See DIGITAL DISPLAY-STATION [D-5], DIGITAL DISPLAY-TRUNK [D-6], and ATTENDANT
LOOP RELEASE [A-6].

Programming
No programming is required.
Note: These indications are generic to the system and are enabled when the Attendant Console is programmed.

FCCS Programming
No unique programming is required for the FCCS network.

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C-9

C-9

Call Queueing

General Description
This feature enables an Attendant to handle a series of exchange network calls in the order of their arrival,
eliminating unnecessary delays.

Operating Procedure
Press ATTENDANT CONSOLE [A-3] ANSWER key to receive calls in order of queue.

Service Conditions
1.
2.
3.

4.

Incoming calls arriving at the Attendant Console will light the CALL WAITING LAMP [C-13].
When an incoming call lights an INCOMING CALL IDENTIFICATION [I-2] (LDN, RECALL, etc.)
lamp, the Attendant may answer it out of the queueing sequence by pressing the indicated key.
Automatic Call Distribution is not used in multi-console operation. All incoming call indications appear
at each Attendant Console, so that the call can be answered by any console. See MULTIPLE CONSOLE
OPERATION [M-4] and INCOMING CALL IDENTIFICATION [I-2].
If an incoming call has been answered simultaneously by multiple Attendants, only the Attendant that
operated the ANSWER key first will be connected to the call. The other Attendant’s ANSWER key is noneffective when pressed.

Interactions
1.

2.
3.
4.

5.

6.

ASYD - System Data 1, Index 64, Bits 1 & 2. Display of Call Waiting Indication; 00 - PA lamp is on 10Always.
System Data 2, Index 8 & 9. What kinds of calls are counted as Calls Waiting?
System Data 2, Index 14, Bits 0 - 3. When CALL WAITING value exceeds a threshold value, the Call
Waiting lamp will flash.
System Data 2, Index 14, Bit 4. Will CALL WAITING - INDICATION flash for all calls? 0/1: All calls/
Pegged calls.
NIGHT CONNECTION FIXED/FLEXIBLE [N-1, 2], TRUNK ANSWER ANY STATION [T-8]: If the
system is changed from day to night mode, calls waiting in queue will be removed and disconnected.
Incoming call indications are common to all the Attendant Consoles.
If the NIGHT CONNECTION-FIXED [N-1] station is a pilot number in a STATION HUNTINGTERMINAL [S-9] hunt group, incoming calls will hunt to an idle station in the group. If all stations in the
group are busy, the call queues on the pilot number of the hunt group. When any station becomes idle, the
call is removed from queue and completed.
If the system is changed from night to day mode, incoming calls will be routed to the Attendant Console.
A call physically ringing at the night station is not rerouted and is handled by the NIGHT CONNECTIONFIXED [N-1] station.
If a power failure occurs, only the calls in queue that have POWER FAILURE TRANSFER [P-3]
associated with their trunk will be connected to power failure stations.

Programming
No programming is required. This is generic to the system after programming the Attendant Console.

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C-10

Call Transfer - Attendant

C-10

Call Transfer - Attendant

General Description
This feature permits a user, while connected to an exchange network call, to signal the Attendant and have the
Attendant transfer the call to another station within the system.

Operating Procedure
Calling the Attendant

1.
2.

While engaged in a Central Office trunk call, press the switch hook; receive special dial tone.
Dial the operator access code.
a.) ATTENDANT CONSOLE [A-3] RECALL lamp flashes and buzzer sounds.
b.) The station receives ringback tone.

Answering by the Attendant

1.

Refer to the NEAX2400 IPX Office Data Specification.

If the station wishes to return to the Central Office trunk call while the Attendant is being called

1.
2.

Press the switch hook; the RECALL lamp goes out; the buzzer stops.
Ringback tone ceases; the station returns to Central Office trunk call.
Note: For all Dterms, use the TRANSFER key instead of the switch hook.

Service Conditions
1.
2.

3.

4.

This feature is available for incoming and outgoing Central Office trunk calls and station-to-station calls.
When the ATTENDANT CONSOLE [A-3] is in the NIGHT CONNECTION [N-1,2] mode, the
transferring station will receive reorder tone if ATTENDANT NIGHT TRANSFER [A-19] is not
provided.
The CALL TRANSFER - ATTENDANT feature allows a user, while participating in a two-party
connection (a two-party connection can be comprised of two stations or a station and a trunk), to call the
Attendant so that the Attendant may transfer the call or provide other assistance as required.
If all registers are busy and the user switch hook flashes, the flash is ignored by the system and the parties
remain connected.

Interactions
1.
2.
3.

4.
5.
6.

Page 158

When the HOT LINE [H-1] set is equipped with a dial, the user switch hook flashes to get special dial tone
and dials “0”. Ringback tone is provided and the Attendant is notified of the call.
CALL TRANSFER - ATTENDANT: This feature can be used by a fully restricted station. The Attendant
can transfer a fully restricted station to another station only.
This feature is not operable when NIGHT CONNECTION - FIXED [N-1] or FLEXIBLE [N-2] is
activated. To process a transfer, use CALL TRANSFER - ALL CALLS [C-11] feature. Reorder tone is
returned when CALL TRANSFER - ATTENDANT is attempted.
If the SPLITTING [S-4] and ATTENDANT LOCKOUT [A-5] features are activated, this feature can be
activated.
Refer to BLIND TRANSFER TO ATTENDANT [B-17] for blind transfer from station to Attendant
Console.
A HOTLINE [H-1] station may transfer a call to the Attendant Console.

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C-10

Interactions (cont’d)
7.

8.
9.

A CALL TRANSFER to a station with CALL FORWARDING [C-2, 3, 5] set will forward according to
the conditions of the feature set, unless the station is set to CALL FORWARD - ALL CALLS [C-5] to the
Attendant Console. CALL FORWARDING-OVERRIDE [C-26] supersedes CALL FORWARDINGALL CALLS [C-5].
A CALL TRANSFER to a station in a STATION HUNTING [S-7, 8, 9] group will hunt according to the
conditions of the STATION HUNTING [S-7, 8, 9] group.
A CALL TRANSFER to a Dterm that has DO NOT DISTURB [D-21D] set will receive reorder tone.

Programming
STEP 1:
STEP 2:

ASYD - System Data 2, Index 1, Bits 0 and 1. Assign data “11” to allow CONSULTATION HOLD ALL CALLS - D term [C-17D] for all types of connections.
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) 0 and 4 on an Inter and Intra-tenant basis.

FCCS Programming
No unique programming is required for the FCCS network.

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C-11

Call Transfer - All Calls

C-11

Call Transfer - All Calls

General Description
This feature permits a user to transfer incoming or outgoing Central Office and intra-office calls to another station
within the system without Attendant assistance.
The user can set Camp-on function to the busy destination while transferring an incoming call (Camp-on by Station).
With this feature, the trunk party is called back directly, as the destination becomes idle.

Operating Procedure
To transfer a call in progress

1.
2.
3.

While connected with the first party, press the switch hook; receive special dial tone.
Dial the third party; receive ringback tone.
At this point, the user can either:
a.) Hang up before the third party answers. The first and third parties will be connected when third
party answers.
b.) Wait for third party to answer and announce the transfer while keeping the first party in
CONSULTATION HOLD - ALL CALLS [C-17] condition. When the user hangs up, the first and
third parties will be automatically connected.

To set the Camp-on by Station function to the busy station

• Manual Operation
1.
While connected with the first party, press the switch hook; receive special dial tone. At this time, the
calling trunk party hears music on hold.
2.
Dial the third party, and the third party is busy; receive busy tone.
3.
Press the switch hook; receive special dial tone, and then dial the access code of CALL BACK; receive
service set tone.
4.
Replace the handset. The station to be set Camp-on by Station (destination) hears Warning Tone. At this
time, the calling trunk party hears ringback tone.
5.
The target station starts to ring when the target station lifts the handset.
6.
The target station (called party) can call back to the trunk party directly by answering.
• Automatic Operation
1.
While connected with the first party, press the switch hook; receive special dial tone. At this time, the
calling trunk party hears music on hold.
2.
Dial the third party, and the third party is busy; receive busy tone.
3.
Replace the handset. The station to be set Camp-on by Station hears Warning Tone. At this time, the trunk
party hears ringback tone.
4.
When the target station becomes available, the target station starts to ring.
5.
The target station can call back to the trunk party directly as the station answers.
To answer the Camp-on by Station call from the busy station

1.

Page 160

After receiving Warning Tone, the third party in the condition that the communication is in progress can
answer the call by pressing the ANSWER key. At this moment, the call connected by the third station is
placed on hold.

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Service Conditions
1.

2.
3.
4.
5.

6.

7.
8.

9.

10.

11.
12.

13.
14.

The station performing the CALL TRANSFER - ALL CALLS can drop off the connection before the
called party answers. If the called station does not answer within the predetermined time, ringing signal is
returned to the transferring station. See VARIABLE TIMING PARAMETERS [V-1] for other selectable
timing choices.
In the case of outgoing calls (no answer supervision), this feature may be activated only after 18 seconds
have elapsed since the last digit dialed.
Outgoing calls with answer supervision may be transferred immediately after call is answered (no time
delay).
If all registers are busy and the user switch hook flashes, the flash is ignored by the system, and the parties
remain connected.
When TRUNK-TO-TRUNK CONNECTION [T-10] is provided with the system, an incoming or
outgoing network or TIE Line call may be transferred to an outgoing network trunk, if release signal is
provided from distant end. The user who transfers the call gives line control to the two remaining parties
upon hanging up. If the release signal is not provided, Call Transfer from trunk-to-trunk will not function.
The THREE-WAY CALLING [T-2] feature can comprise not more than three parties on one connection.
The three parties connected can be as follows:
a.) three stations
b.) two stations and one trunk
c.) one station and two trunks.
The maximum number of simultaneous THREE-WAY CALLING [T-2] connections per system is
dependent on the quantity of CFT-function circuits equipped (traffic engineered).
When transferring a call from a station or trunk (second party) to another station (third party) the control
station can transfer the call during ringing. When the control station goes on-hook, the station or trunk on
hold is connected to the third party and hears ringback tone. A variable timer is set when the controlling
station goes on-hook. If the timer times out before the third party answers, the control station is rung back.
When transferring a call from a loop start DIT trunk, the trunk is disconnected if the timer times out before
the third party answers.
Reorder tone is returned to the user when the following actions occur:
a.) the user's line is restricted by outward or miscellaneous trunk restrictions by the class of service,
b.) the user dials the number of an unequipped line or termination is restricted (route restrictions),
c.) the user dials an invalid first digit.
When transferring a call from a station or trunk (second party) to another station (third party), the control
station can hang-up during ringing. If the third party’s line is busy, the control station will be rung back
right away and if the third party does not answer the phone in time (30 seconds), the control station will
be rung back after the time expires. In the case of transferring the call from a loop start DIT trunk, if the
third party does not answer before the time goes up, the trunk will be disconnected.
The Camp-on by Station cannot be set to the station via CCIS.
The Camp-on by Station is available when the destination station is in the two-party connection except the
following cases:
a.) When the transferred station is connected with the Attendant Console.
b.) When the transferred station answers another Camp-on call with the ANSWER key.
c.) When the transferred station is in Consultation Hold.
d.) When the station is the Dterm in Exclusive Hold.
e.) When the transferred station is set Fixed Connection - Nailed Down Connection.
The Camp-on by Station can be set to one station only once.
The Camp-on by Station is restricted when the target station is in the three-party connection.

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Call Transfer - All Calls

Service Conditions (cont’d)
15.
16.

17.
18.
19.
20.

21.

22.

23.

24.
25.

The Camp-on by Station is not available for the target station in LINE LOCKOUT [L-3] condition.
The Camp-on by Station is not available in the following cases:
a.) When the transferred station is dialing the number.
b.) When a call is terminating to the transferred station (the station is ringing).
c.) When the transferred station hears busy tone or reorder tone.
d.) When the transferred station hears special dial tone.
The station allowed to set the Camp-on by Station (operating station) is only the Dterm and the analog
station.
When using Camp-on by Station, 1 Dial Hooking cannot be used.
The station to be set the Camp-on by Station (transferred station) is the analog station, the Dterm and the
ISDN terminal.
When the Camp-on by Station is set to the Dterm:
a.) The ANSWER key of the Dterm lights when Warning Tone is received.
b.) At the station to be set the Camp-on by Station, the LCD displays the service set indication
(CAMP) and the trunk kind or the calling number if the Caller ID notification is received.
The following conditions should be considered when this service is set by manual operation (see Operating
Procedure) because the service becomes effective when the operating station is released from the
connection:
a.) When the operating station is not released within the predetermined time period after receiving
service set tone, the service which has been set will be ineffective. And the operating user hears
busy tone.
b.) When the transferred destination station becomes available before the transferring station is
released from the connection after the service was set (after the operating user hears service set
tone), the trunk incoming call is connected with the destination station after the operating station
(mediate party) replaces the handset.
c.) When the transferred destination station becomes LINE LOCKOUT condition or the destination
becomes make busy before the transferring station is released from the connection after the
service was set (after the operating user hears service set tone), the called station (mediate party)
is recalled even though the station is disconnected.
The following are the conditions when the destination station does not answer within the time period of
No Answer timer:
a.) When the timer timeout occurs due to that the destination station has not answered within the
predetermined time period after the operating station is disconnected, the operating station is
called back.
b.) When the No Answer timer expires and the destination station has not answered within the
predetermined time period, the call management is decided by the system data (recall to the
operating station or CALL FORWARDING - DON’T ANSWER activation).
The Service Conditions for Warning Tone are as follows:
a.) The destination station receives Call Waiting tone when Camp-on by Station has been set.
b.) The amount of time between tones is decided on a system basis.
A call can be transferred to a station in the remote node via FCCS link.
The Camp-on by Station can be set to the station in the self-office or the self-node in the FCCS network.

Interactions
1.

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This feature is denied whenever the transferring station is engaged in any state other than a simple twoparty connection.
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Interactions (cont’d)
2.
3.

4.

5.

6.

7.
8.
9.
10.
11.
12.
13.
Note:

14.

See TRUNK-TO-TRUNK CONNECTION [T-10] for additional programming if the call is to be
transferred off network.
If a station is in an established THREE-WAY CALLING [T-2] connection, that station cannot activate
any features. If a station switch hook flashes to activate a feature, the flash is ignored and the three-way
connection remains established.
Features that cannot be activated if a party is involved in a CONSULTATION HOLD [C-17, 17D] or in
an established THREE-WAY CONFERENCE [T-2] connection are:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
[B-5D]
BOSS-SECRETARY OVERRIDE - Dterm
BUSY VERIFICATION
[B-3]
CALL BACK
[C-1]
CALL FORWARDING (Activate or Cancel)
[C-2, 3, 5]
CALL PICKUP-DIRECT
[C-30]
CALL WAITING - TERMINATING
[C-12]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-1D]
MESSAGE REMINDER
[M-19D]
OUTGOING TRUNK QUEUING Cancel
[O-2]
SPEED CALLING-STATION Entry
[S-21]
TRUNK ANSWER FROM ANY STATION (TAS)
[T-8]
Upon establishing a CONSULTATION HOLD [C-17, 17D] connection and dialing a third party, if the
station user receives Busy or reorder tone instead of ringback tone, the station user flashes once to
disconnect the tone and reconnect the second party.
Upon establishing a CONSULTATION HOLD [C-17, 17D] connection and dialing a
MISCELLANEOUS TRUNK ACCESS [M-2] code, if no dial tone is heard (after the trunk is seized), if
a mistake is made in dialing, or if an intercept announcement or a permanent tone is heard, the station user
must go on-hook and wait for ringback tone.
The station user, who establishes CONSULTATION HOLD [C-17, 17D], will be reconnected to the party
in soft hold when the third party disconnects.
A call transfer to a station with CALL FORWARDING [C-2, 3, 5] set will forward according to the
conditions of the feature set.
A call transfer to a station in a STATION HUNTING [S-7, 8, 9] group will hunt according to the
conditions of the STATION HUNTING [S-7, 8, 9] group.
A call transfer to a Dterm that has DO NOT DISTURB [D-21D] set will receive reorder tone.
A call transfer call may be answered by CALL PICKUP-GROUP/DIRECT [C-7, 30].
The Camp-on by Station is not available when the DO NOT DISTURB - Dterm [D-11D] has been set to
the target station. Note
The Camp-on by Station is not available when the target station uses PRIVACY RELEASE [P-18]. Note
The operating station hears busy tone when the destination is in the above condition.
When the Camp-on by Station is set by automatic operation and the destination station is the UCD group
member, the Camp-on by Station feature takes priority over BLIND TRANSFER TO BUSY UCD if it is
available.

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Call Transfer - All Calls

Programming
STEP 1:

ASYD - SYS2, Index 0, bit 0 = 1 (Allow the restriction for Call Back service)
SYS2, Index 5, bit 2. Camp-on by Station is set automatically after the operating station is released
from the connection after encountering the busy target station.
0 = No (Recall to the mediate station)
1 = Yes (Camp On service is set)
SYS2, Index 10, bit 7. Number of time(s) that the warning tone (Call Waiting Tone) is sent to the
target station.
0/1 = Once/At Intervals
Note: When “1” is assigned, the interval of this tone is assigned in SYS1, Index 152.
SYS 1, Index 248, bit 6. When the destination station has been set Call Forwarding - Don’t Answer.
0/1 = Recall to the station/Call Forwarding - Don’t Answer is activated
STEP 2: ANPD - Assign the first number level for the feature access code.
STEP 3: ASPA - Assign the feature access code.
CI = H, SRV = SSC, SID = 3 (Call Back)
STEP 4: ASFC - Assign the service feature class of Camp-on by Station.
SFI = 174 (Camp-on by Station) RES = 1 (Allowed)

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ARSCN - The station receiving the call must be assigned a Route Restriction Class (RSC) that will
allow the station to be connected to the trunk, if a trunk is involved.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Call Transfer - All Calls - Dterm

C-11D

C-11D

Call Transfer - All Calls - Dterm

General Description
This feature permits a Dterm user to transfer incoming or outgoing calls without Attendant assistance.
The Dterm user can set Camp-on function to the busy destination while transferring an incoming call (Camp-on by
Station). With this feature, the trunk party is called back directly as the destination becomes idle.

Operating Procedure
To transfer a call in progress

1.
2.
3.

While connected with the first party, press the TRANSFER key; receive special dial tone.
Dial the third party; receive ringback tone.
At this point, the user can either wait and announce the call or hang up before the transfer is completed.
The LCD display for an announced transfer will be:
Transferred Party
TRANSFER

XXXX
(Time Display)

The LCD for an unannounced transfer will be:
Transferring Party

Transferred Party

TRANSFER XXXX
(Time Display)

Note:

XXXX

When the telephone number of the transferring/transferred station exceeds 8 digits, the last 8 digits are
displayed. However, a maximum of 16 digit transferred telephone numbers can be displayed on the middle
line of the LCD, depending on system data.

To set the Camp-on by Station function to the busy station

• Manual Operation
1.
While connected with the first party, press the TRANSFER key; receive special dial tone. The calling
trunk party hears music on hold. The Dterm LCD of the mediate party (operating station) displays:
TRANSFER
(Time Display)
2.

Dial the third party, and the third party is busy; receive busy tone. The LCD of the operating station
displays:
The extension number of the third party
XXXX

BUSY
(Time Display)

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C-11D

Operating Procedure (cont’d)
3.

Method of operation:
a.) When the access code is used, press the FLASH key; receive special dial tone and no indication
on the LCD display, then dial the access code of CALL BACK; receive service set tone.
CAMP SET
(Time Display)

4.

b.) When the feature key/soft key is used, press the CALL BACK key; receive service set tone. The
LCD of the operating station displays as mentioned above in the way of using the access code.
Replace the handset. The station to be set Camp-on by Station (destination) hears Warning Tone. The LCD
of the operating station displays:
(Time Display)
The calling trunk party hears ringback tone. The LCD of the target party displays:
CAMP

(TRK)
(Time Display)

5.

The target station starts to ring when the target station lifts the handset. The LCD of the target party
displays:
CAMP

(TRK)
(Time Display)

6.

(TRK): Trunk
kind or the
calling
number

(TRK): Trunk
kind or the
calling
number

The target station (called party) can call back to the trunk party directly by answering the ringing. The
LCD of the target party displays:
ELAPSED TIME for the communication
XX:XX (TRK)
(Time Display)

(TRK): Trunk
kind or the
calling
number

• Automatic Operation
1.
While connected with the first party, press the switch hook; receive special dial tone. The calling trunk
party hears music on hold. The LCD of the operating station displays:
TRANSFER
(Time Display)

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Operating Procedure (cont’d)
2.

Dial the third party, and the third party is busy; receive busy tone. The LCD of the operating station
displays:
The extension number of the third party
BUSY

XXXX
(Time Display)

3.

Replace the handset. The station to be set Camp-on by Station hears Warning Tone. The LCD of the
operating party displays:
CAMP SET
(Time Display)
The LCD display is changed after the trunk receives ringback tone:
(Time Display)
The LCD display of the target party:
CAMP

(TRK)
(Time Display)

4.

The trunk party hears ringback tone.
When the target station becomes available, the target station starts to ring. The LCD of the target party
displays:
CAMP

(TRK)
(Time Display)

5.

(TRK): Trunk
kind or the
calling
number

(TRK): Trunk
kind or the
calling
number

The target station can call back to the trunk party directly as the station answers the ringing. The LCD of
the target party displays:
ELAPSED TIME for the communication
XX:XX (TRK)
(Time Display)

(TRK): Trunk
kind or the
calling
number

To answer the Camp-on by Station call from the busy station

1.

After receiving Warning Tone, the third party can answer the call by pressing the ANSWER key. The
original call connected by the third station is placed on hold.

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Service Conditions
1.

2.
3.
4.

5.

6.

7.

8.

9.

10.
11.

12.

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The station performing the CALL TRANSFER - ALL CALLS can disconnect before the called party
answers. If the called station does not answer within the predetermined time, ringing signal is returned to
the transferring station. See VARIABLE TIMING PARAMETERS [V-1] for other selectable timing
choices.
In the case of outgoing calls (no answer supervision), this feature may be activated only after 18 seconds
have elapsed since the last digit dialed.
Outgoing calls with answer supervision may be transferred immediately after call is answered (no time
delay).
The THREE-WAY CALLING [T-2] feature can comprise not more than three parties on one connection.
The three parties connected can be as follows:
a.) three stations
b.) two stations and one trunk
c.) one station and two trunks.
The maximum number of simultaneous THREE-WAY CALLING [T-2] connections per system is
dependent on the quantity of CFT-function circuits equipped (traffic engineered). CFT function is
included in the INT and TSW-INT card.
When transferring a call from a station (second party) to another station or trunk (third party), the control
station can transfer the call during ringing. When the control station goes on-hook, the station on hold is
connected to the third party's connection and hears ringback tone. A variable timer is set when the
controlling station goes on-hook. If the timer times out before the third party answers, the control station
is rung back.
When transferring a call from a trunk (second party) to a station (third party), the control station can
transfer the call during ringing. If the control station goes on-hook, during the ringing state, the trunk
(second party) is connected to the third party's line and hears ringback tone. A variable timer is set when
the controlling station goes on-hook. If the timer times out before the third party answers, the control
station is rung back.
Reorder tone is returned to the user when the following actions occur:
a.) The user's line is restricted by outward or miscellaneous trunk restrictions by the Class Of
Service.
b.) The user dials the number of an unequipped line or termination is restricted (route restrictions).
c.) The user dials an invalid first digit.
When transferring a call from a station or trunk (second party) to another station (third party), the control
station can hang-up during ringing. If the third party’s line is busy, the control station will be rung back
right away and if the third party does not answer the phone in time (30 seconds), the control station will
be rung back after the time expires. In the case of transferring the call from a loop start DIT trunk, if the
third party does not answer before the time goes up, the trunk will be disconnected.
The Camp-on by Station cannot be set to the station via CCIS.
The Camp-on by Station is available when the destination station is in the two-party connection except in
the following cases:
a.) When the transferred station is connected with the Attendant Console.
b.) When the transferred station answers another Camp-on call with the ANSWER key.
c.) When the transferred station is in Consultation Hold.
d.) When the station is the Dterm in Exclusive Hold.
e.) When the transferred station is set Fixed connection - Nailed Down Connection.
Only one Camp-on per station is allowed.

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Service Conditions (cont’d)
13.
14.
15.

16.
17.
18.
19.

20.

21.

22.

23.
24.

The Camp-on by Station is restricted when the target station is in the three-party connection.
The Camp-on by Station is not available for the target station in LINE LOCKOUT [L-3] condition.
The Camp-on by Station is not available in the following cases:
a.) When the transferred station is dialing the number.
b.) When a call is terminating to the transferred station (the station is ringing).
c.) When the transferred station hears busy tone or reorder tone.
d.) When the transferred station hears special dial tone.
The stations allowed to set the Camp-on by Station (operating station) are Dterms and analog stations.
When using Camp-on by Station, 1 Dial Hooking cannot be used.
The station to be set the Camp-on by Station (transferred station) is analog, Dterm station and ISDN
terminal.
When the Camp-on by Station is set to the Dterm:
a.) The ANSWER key of the Dterm lights when Warning Tone is received.
b.) At the station to be set the Camp-on by Station, the LCD displays the service set indication
(CAMP) and the trunk kind or the calling number if the Caller ID notification is received.
This service is set by manual operation (see Operating Procedure) because the service becomes effective
when the operating station is released from the connection:
a.) When the operating station is not released within the predetermined time period after receiving
service set tone, the service which has been set will be ineffective. And the operating user hears
busy tone.
b.) When the transferred destination station becomes available before the transferring station is
released from the connection after the service was set (after the operating user hears service set
tone), the trunk incoming call is connected with the destination station after the operating station
(mediate party) replaces the handset.
c.) When the transferred destination station becomes LINE LOCKOUT condition or the destination
becomes make busy before the transferring station is released from the connection after the
service was set (after the operating user hears service set tone), the called station (mediate party)
is recalled even though the station is disconnected.
The following are the conditions when the destination station does not answer within the time period of
No Answer timer:
a.) When the No Answer timer expires, the operating station is called back.
b.) When the No Answer timer expires, call management is decided by the system data (recall to the
operating station or CALL FORWARDING - DON’T ANSWER activation).
The service conditions for Warning Tone are as follows:
a.) The destination station receives the tone used in CALL WAITING service when Camp-on by
Station has been set.
b.) The number of times that the tone is sent is decided on a system basis.
A call can be transferred to a station in the remote node via FCCS link.
The Camp-on by Station can be set to the station in the self-office or the self-node in the FCCS network.

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Interactions
1.
2.
3.

4.

5.

6.

7.
8.
9.
10.
11.
12.
13.
14.
Note:

15.

This feature is denied whenever the transferring station is engaged in any state other than a simple twoparty connection.
See TRUNK-TO-TRUNK CONNECTION [T-10] for additional programming if the call is to be
transferred off network.
If a station is in an established THREE-WAY CALLING [T-2] connection, that station cannot activate
any features. If a station switch hook flashes to activate a feature, the flash is ignored and the three-way
connection remains established.
Features that cannot be activated if a party is involved in a CONSULTATION HOLD [C-17, 17D] or in
an established THREE-WAY CONFERENCE [T-2] connection are:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
[B-5D]
BOSS-SECRETARY OVERRIDE - Dterm
BUSY VERIFICATION
[B-3]
CALL BACK
[C-1]
CALL FORWARDING (Activate or Cancel)
[C-2, 3, 5]
CALL PICKUP-DIRECT
[C-30]
CALL WAITING - TERMINATING
[C-12]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-1D]
MESSAGE REMINDER
[M-19D]
OUTGOING TRUNK QUEUING (Cancel)
[O-2]
SPEED CALLING-STATION (Entry)
[S-21]
TRUNK ANSWER FROM ANY STATION (TAS)
[T-8]
Upon establishing a CONSULTATION HOLD [C-17, 17D] connection and dialing a third party, if the
user receives busy or reorder tone instead of ringback tone, the user flashes once to disconnect the tone
and reconnect the second party.
Upon establishing a CONSULTATION HOLD [C-17, 17D] connection and dialing a
MISCELLANEOUS TRUNK ACCESS [M-2] code, if no dial tone is heard (after the trunk is seized), if
a mistake is made in dialing, or if an intercept announcement or a permanent tone is heard, the user must
go on-hook and wait for ringback tone.
The user, who establishes CONSULTATION HOLD [C-17, 17D], will be reconnected to the party in soft
hold when the third party disconnects.
A call transfer to a station with CALL FORWARDING [C-2, 3, 5] set will forward according to the
conditions of the feature set.
A call transfer to a station in a STATION HUNTING [S-7, 8, 9] group will hunt according to the
conditions of the STATION HUNTING [S-7, 8, 9] group.
A call transfer to a Dterm that has DO NOT DISTURB [D-21D] set will receive reorder tone.
A call transfer call may be answered by CALL PICKUP-GROUP/DIRECT [C-7, 30].
The TRANSFER key is used in place of the switch hook.
The Camp-on by Station is not available when the DO NOT DISTURB - Dterm [D-11D] has been set to
the target station. Note
The Camp-on by Station is not available when the target station uses PRIVACY RELEASE [P-18]. Note
The operating station hears busy tone when the destination is in the above condition.
When the Camp-on by Station is set by automatic operation and the destination station is the UCD group
member, the Camp-on by Station feature takes priority over BLIND TRANSFER TO BUSY UCD if it is
available.

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Programming
STEP 1:

ASYD - SYS2, Index 0, bit 0=1 (Allow the restriction for Call Back service)
SYS2, Index 5, bit 2. Camp-on by Station is set automatically after the operating station is released
from the connection after encountering the busy target station.
0 = No (Recall to the mediate station)
1 = Yes (Camp On service is set)
SYS2, Index 10, bit 7. Number of time(s) that the warning tone (Call Waiting Tone) is sent to the
target station.
0/1 = Once/At Intervals
Note: When “1” is assigned, the interval of this tone is assigned in SYS1, Index 152.
SYS1, Index 248, bit 6. When the destination station has been set Call Forwarding - Don’t Answer.
0/1 = Recall to the station/Call Forwarding -Don’t Answer is activated
STEP 2: ANPD - Assign the first number level for the feature access code.
STEP 3: ASPA - Assign the feature access code.
CI = H, SRV = SSC, SID = 3 (Call Back)
STEP 4: AKYD - Assign CALL BACK function key.
KYI = 1 (function key)
FKY = 5 (Call Back)
STEP 5: ADSL - Assign Call Block soft key.
FKY = 5 (Call Back) SN = 8 (encounters the busy station while holding an original call)
STEP 6: ASFC - Assign the service feature class of Camp-on by Station.
SFI = 174 (Camp-on by Station) RES = 1 (Allowed)

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ARSCN - The station receiving the call must be assigned a Route Restriction Class (RSC) that will
allow the station to be connected to the trunk, if a trunk is involved.
The TRANSFER key is used in place of the switch hook.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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C-12

Call Waiting - Terminating

C-12

Call Waiting - Terminating

General Description
This feature enables a busy station to receive a second incoming call. A Camp-On Indication Tone is sent to the busy
station, the user can use a switch hook flash to answer the second call. A switch hook flash may be used to alternate
between the two calls.

Operating Procedure
To activate from a station

1.
2.

Dial the desired telephone number.
If the called station is busy, CALL WAITING - TERMINATING is automatically set; the calling station
receives Call Waiting ringback tone. Call Waiting Tone (1 beep) is sent to the busy station.

To activate on a Direct-In trunk call

1.
2.

The NEAX2400 IPX receives the called telephone number.
If the called station is busy, CALL WAITING - TERMINATING is automatically set; the calling party
receives Call Waiting ringback tone. Call Waiting Tone (2 beeps) is sent to the busy station.

To answer

1.
2.
3.
4.

Call Waiting Tone is heard during the call in progress.
A switch hook flash or pressing the ANSWER key on the Dterm will hold the existing call.
CALL WAITING - TERMINATING call is automatically connected.
Another switch hook flash or pressing the ANSWER key on the Dterm will return to the original call and
hold the second call.

5.
6.

Call Waiting Tone is heard during the call in progress.
The called station hangs up; priority ringing is sent.
Priority ringing =
0.4 sec. ON
0.2 sec. OFF
0.2 sec. OFF 0.4 sec. ON
Lift the handset to answer.

OR

0.8 sec. ON
0.4 sec. OFF

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.

Page 172

Call Waiting Tone is one beep for a station call and two beeps for a trunk call. A beep is 200 milliseconds
ON/OFF.
Periodic Call Waiting Tone can be eliminated by system data programming on a per-tenant basis.
CALL WAITING - TERMINATING must be allowed in the call originator's CLASS OF SERVICE INDIVIDUAL [C-15] programming to be activated.
There is no limit to the number of stations that can receive this feature simultaneously.
CALL WAITING - TERMINATING is denied when the called station is connected to the ATTENDANT
CONSOLE [A-3].
CALL WAITING - TERMINATING can be set only when the called station is busy on a two-party call
with another station or trunk.
Call Waiting ringback tone changes to normal ringback tone for the calling party when the called station
goes on-hook.
CALL WAITING - TERMINATING cannot be activated while in the CONSULTATION HOLD [C-17]
mode.
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Service Conditions (cont’d)
9.
10.

11.

CALL WAITING - TERMINATING cannot be used in conjunction with DIAL ACCESS TO
ATTENDANT [D-2].
CALL WAITING - TERMINATING cannot be activated if the target station has accessed, entered, or is
engaged in any of the following features or modes:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
[B-5D]
BOSS - SECRETARY OVERRIDE - D term
BUSY VERIFICATION
[B-3]
CALL BACK
[C-1]
CALL HOLD
[C-6, C-6D]
CALL TRANSFER
[C-10, C-11, C-11D]
CALL WAITING - ORIGINATING
[C-31]
CONSULTATION HOLD - ALL CALLS
[C-17, C-17D]
DATA LINE SECURITY
[D-12]
DATA PRIVACY ON DEMAND
[D-17]
DIAL ACCESS TO ATTENDANT
[D-2]
EXCLUSIVE HOLD - Dterm
[E-4D]
EXECUTIVE RIGHT-OF-WAY
[E-1]
LINE LOCKOUT
[L-3]
NON - EXCLUSIVE HOLD - Dterm
[N-7D]
OUTGOING TRUNK QUEUING
[O-2, O-2D]
[P-14D]
PRIVACY - Dterm
PRIVACY RELEASE
[P-18]
THREE-WAY CALLING
[T-2, T-2D]
VOICE CALL - Dterm
[V-2D]
The following service features take precedence over CALL WAITING - TERMINATING:
CALL FORWARDING - ALL CALLS
[C-5]
CALL FORWARDING - BUSY LINE
[C-3]
STATION HUNTING - CIRCULAR
[S-7]
STATION HUNTING - SECRETARIAL
[S-8]
STATION HUNTING - TERMINAL
[S-9]

Interactions
1.

2.
3.
4.

This feature is allowed whenever the destination telephone set is in any state other than:
a.) Engaged in three-way connection,
b.) A PRIVACY feature is activated,
c.) Connected to a route programmed to have Line/Trunk, Privacy, CDN 44:PRV,
d.) Listening to a tone (dial tone, reorder tone, service set tone, busy tone, ringback tone).
e.) Connected to the Attendant Console.
To answer a CALL WAITING-TERMINATING call, System Data 2, Index 1, Bits 0 & 1,
CONSULTATION HOLD [C-17]; assign data “11” to allow CONSULTATION HOLD.
To answer a CALL WAITING - TERMINATING call from a Dterm, press the ANSWER key. The
answering party can alternate between the calls by pressing the ANSWER key.
Enabling ATTENDANT LOOP RELEASE [A-6] (System Data 2, Index 6, Bit 7), a call Camped-On to a
station via the Attendant Console will wait at that station for the time set in Index 145. When the preset
time has elapsed, the call will return to the Attendant Console.

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Call Waiting - Terminating

Interactions (cont’d)
5.

6.

7.
8.
9.
10.
11.

If ATTENDANT LOOP RELEASE [A-6] is not provided and CALL FORWARDING - DON’T
ANSWER [C-3] via the Attendant Console is provided, a call extended to a station via the Attendant
Console will wait at the station for the time set in Index 141 and will then be forwarded to the destination
station for the time set in Index 145. Index 145 is the total time before recall. When that time expires, the
call will return to the Attendant Console.
When CALL FORWARDING [C-2, 3, 5] is in effect, the forwarding operation occurs before CALL
WAITING-TERMINATING is allowed, unless the CALL FORWARDING - OVERRIDE [C-26] feature
is applicable. If CALL FORWARDING-OVERRIDE [C-26] is used, the call will wait. After a call has
been forwarded, the call may wait at the new station if CALL WAITING-TERMINATING is allowed.
BUSY VERIFICATION [B-3]: This feature is denied to a station that is in a CALL WAITINGTERMINATING state.
EXECUTIVE RIGHT-OF-WAY [E-1]: This feature is denied to a two-party connection that is in a CALL
WAITING-TERMINATING state.
STATION HUNTING [S-7, 8, 9]: This feature takes precedence over CALL WAITINGTERMINATING.
LINE LOCKOUT [L-3]: CALL WAITING-TERMINATING is not allowed to a station in LINE
LOCKOUT [L-3]
OUTGOING TRUNK QUEUING [O-2]: CALL WAITING-TERMINATING is not allowed on any
station involved in THREE-WAY CALLING [T-2].

Programming
STEP 1:

STEP 2:
STEP 3:

ASYD - System Data 1, Index 64, Bit 6. Leave as data “0”.
System Data 1, Index 145. Assign the Recall Timer for a call extended by the Attendant Console that is
not answered. Normally assign data 00H for 30 seconds. (RAM data 9F for 30 seconds).
System Data 2, Index 10, Bit 6. Assign 1H for automatic.
ASFC - Assign a Service Feature Index (SFI) of 11 to the station. SFI 5 & 6, RES = 1.
ARTD - For CALL WAITING - TERMINATING to operate automatically for TIE Lines and DID
routes, assign CDN 46:CW, Call Waiting, as data “1”.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ARTDN - For CALL WAITING - TERMINATING to operate automatically for TIE Lines and DID
routes, assign CDN 46:CW, Call Waiting, as data “1”.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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C-13

Call Waiting Lamp

General Description
This feature provides a visual indication to the Attendant when one or more calls are waiting to be answered.

Operating Procedure
Refer to the NEAX2400 IPX Office Data Specification.

Service Conditions
1.
2.
3.
4.
5.

All incoming calls to the ATTENDANT CONSOLE [A-3] that have to be answered will signal the
Attendant via the CALL WAITING LAMP.
The CALL WAITING LAMP can be set to flash at 60IPM only after “X” number of calls are waiting. “X”
can be anywhere from 1 to 15 calls waiting per TENANT [T-12].
In the case of MULTIPLE CONSOLE OPERATION [M-4], the CALL WAITING LAMP will light on
all consoles until one of the positions has processed the call(s).
Where TENANT SERVICE [T-12] is provided, the CALL WAITING LAMP will light only on the
console(s) of the called tenant.
In addition to the CALL WAITING LAMP indication, each console is provided with a two-digit display
that shows the number of calls waiting.

Interactions
1.

2.

3.
4.

The CALL WAITING LAMP lights if any of the following incoming calls are waiting to be answered at
the ATTENDANT CONSOLE [A-3]:
LDN
Listed Directory Number
ATND
Attendant Dial “0” Calls, CALL FORWARDING - ALL CALLS [C-5]
RECALL Attendant Recall Calls
FX
Foreign Exchange
WATS
Wide Area Telephone Service
TIE
TIE Line Calls
BUSY
Call Forwarding - Busy Line to Attendant
NANS
Call Forwarding - Don’t Answer to Attendant
TF
Inter Position Transfer
ICPT
Call Forwarding - Intercept
CCSA
Common Channel Switching Arrangement
In addition to the CALL WAITING LAMP, an audible buzzer is sounded whenever a call is waiting and
the Attendant is available to answer calls. The buzzer volume can be adjusted and silenced by operation
of a Volume Control key. If the Attendant is on a loop, a buzzer can be activated.
An indication of the type of calls waiting is given by the INCOMING CALL IDENTIFICATION [I-2]
feature.
When TENANT SERVICE [T-12] is used, the CALL WAITING LAMP will flash only on the console(s)
assigned to the called Tenant. The Tenant console is assigned in ATRK. The Route of the Tenants of the
individual trunks are assigned in ATRK as well.

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C-13

Call Waiting Lamp

Programming
STEP 1:

ASYD - System Data 1, Index 64, Bits 1 & 2. When will the number of calls waiting appear on the
Attendant Console? 00: When Position Available Lamp is on (Attendant Console is not actively
processing a call); 01: When BUSY LAMP FIELD is off; 10: Continuously.
System Data 2, Indexes 8 & 9. These bits flag types of incoming calls to the Attendant Console to be
counted as calls waiting. This is assigned on a per-tenant basis.
Index 8:
Bit 0 - Is an LDN call counted as a call waiting? 0/1: No/Yes.
Bit 1 - Is an incoming station call counted as a call waiting? 0/1: No/Yes.
Bit 2 - Is an Attendant Console Recall counted as a call waiting? 0/1: No/Yes.
Bit 3 - Is an FX call counted as a call waiting? 0/1: No/Yes.
Bit 4 - Is a WATS call counted as a call waiting? 0/1: No/Yes.
Bit 5 - Is a CCSA (DID) call counted as a call waiting? 0/1: No/Yes.
Bit 6 - Is a TIE Line call counted as a call waiting? 0/1: No/Yes.
Bit 7 - Is a CALL FORWARDING-BUSY LINE [C-2] call counted as a call waiting? 0/1: No/Yes.
Index 9:
Bit 0 - Is a CALL FORWARDING-DON’T ANSWER [C-3] call counted as a call waiting? 0/1: No/
Yes.
Bit 1 - Is a CALL FORWARDING - INTERCEPT [C-25, 25D] call counted as a call waiting? 0/1: No/
Yes.
Bit 2 - Will this key (type of call is assigned in AAKP) be counted as a call waiting? 0/1: No/Yes.
Bit 3 - Is an INTERPOSITION TRANSFER [I-5] call counted as a call waiting? 0/1: No/Yes.
Note: The types of calls listed above are the default types of incoming calls. System Data 2, Index 8, Bits 6 - 7, and
Index 9, Bits 0 - 3 only turn ON or OFF the ability to count an incoming call to a specific key as a call
waiting. A different type of incoming call may be assigned via AAKP.
System Data 2, Index 14, Bits 0 - 3. When CALL WAITING value exceeds a threshold value, the Call
Waiting lamp will flash.
System Data 2, Index 14, Bit 4. Will CALL WAITING-INDICATION flash for all calls? 0/1: All
calls/Pegged calls.
Note: This data is required only when assigning “X” number of calls waiting.
STEP 2: ARTD - Flag the type of route in CDN 6:TCL, Trunk Class.
STEP 3: AAKP - This command may be used to change the meaning of the top six Call Identification keys of
the Attendant Console. (See System Data 2, Indexes 8 & 9). The following functions may be assigned
to L1 - L6:
Function:
(1)
CAS
(2)
Off-Hook Alarm
(3)
Priority Call 1
(4)
Priority Call 2
(5)
Priority Call 3

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C-14

C-14

CCSA Access

General Description
This feature enables connection to a CCSA network. CCSA networks provide customers with the use of a
completely private inter-facility dial system. They use individual facilities for dedicated access lines and trunks that
terminate in common control switching equipment and in various types of telephone equipment at customer
locations.

Operating Procedure
To place an outgoing CCSA call

1.
2.
3.
4.

Lift the handset; receive dial tone.
Dial the CCSA ACCESS code; receive second dial tone.
Dial the desired number.
Wait for the call to be processed.

To answer an incoming CCSA call

1.
2.

The Attendant presses either the CCSA or ANSWER key.
The call is extended to the desired station in normal fashion.

Service Conditions
1.
2.
3.
4.
5.
6.

CCSA trunks are physically the same as those used for tie trunks. The CCSA trunks may be push-button
or rotary in either direction.
Careful consideration should be given to system numbering plans before assigning CCSA ACCESS codes
to avoid numbering conflicts.
CCSA ACCESS codes can be either one or two digits.
Pad control can be used on a CCSA call. Refer to TIE LINE CONNECTION WITH PAD CONTROL [T5].
LEAST COST ROUTING - 3/6-DIGIT [L-5] may access a CCSA trunk group for off-net calling only.
Tandeming through on a CCSA network requires an Attendant and TRUNK-TO-TRUNK
CONNECTION [T-10].

Programming
ARTD - For CCSA TIE Line routes, assign CDN 6:TCL, TRUNK CLASS as a CCSA route:
RT:1
1-OSGS
:2/7
2-ONSG
:3
3-ISGS
:2/7
4-INSG
:3
5-TF
:3
6-TCL
:5
7-L/T
:1
8-RLP
:2
15-LSG
:5/8*
Note: Assign “5” for TIE Lines and “8” for DID trunks. For all other programming, see TIE LINE ACCESS
[T-3].

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C-15

Class Of Service - Individual

C-15

Class Of Service - Individual

General Description
This feature permits all NEAX2400 IPX stations to be assigned a Class of Service in accordance with the degree of
system use desired. Each station is assigned one class from each of three groups.

Operating Procedure
CLASS OF SERVICE - INDIVIDUAL is assigned via system data entry. Thereafter, each station is automatically
provided with the desired degree of service.

Service Conditions
1.
2.
3.
4.

5.

6.
7.
8.
9.
10.

The CLASS OF SERVICE - INDIVIDUAL feature in the NEAX2400 IPX contains three categories:
Telephone Equipment Class (TEC), Service Feature Class (SFC), and Route Service Class (RSC).
TEC determines the type of terminal and the signalling arrangement necessary.
Trunk Route Restriction Class provides 15 groups. Separate restriction patterns for each group are
programmed in system data. Group RSC0 is reserved for ATTENDANT CONSOLE use only.
Fifteen types of Service Feature Classes are available for access to the following special service features.
These classes are assigned to each station in order to determine which features a particular station will be
permitted to use.
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
CALL BACK
[C-1]
CALL FORWARDING
[C-2, C-3, C-5]
CALL HOLD
[C-6]
DATA LINE SECURITY
[D-12]
EXECUTIVE RIGHT-OF-WAY
[E-1]
OUTGOING TRUNK QUEUING
[O-2]
SMDR
[S-10]
SPEED CALLING - SYSTEM
[S-3]
TRUNK ANSWER FROM ANY STATION (TAS)
[T-8]
For details, refer to the NEAX2400 IPX Office Data Specification.
Stations may be programmed to change SFC and RSC when the Attendant has set NIGHT CONNECTION
[N-1, 2]. This is accomplished via system data entry. For further information, refer to DAY/NIGHT
CLASS OF SERVICE [D-15].
TEC, RSC, and SFC are independent, with no interaction between them.
RSC and SFC can be assigned independently on a TENANT [T-12] basis.
The system software is capable of eliminating 5dB loss on station-to-station calls on a per-station basis.
The system software is capable of eliminating DISTINCTIVE RINGING [D-10] on a per-station basis (for
OPX stations).
RSC can be overridden by a new RSC, using the AUTHORIZATION CODE [A-20] feature.

Interactions
The following features interact with the fully restricted station

1.

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CALL TRANSFER - ALL CALLS [C-11]: A fully restricted station can be transferred to a station or the
Attendant by another party using the CALL TRANSFER - ALL CALLS [C-11] feature. The fully
restricted station may transfer a station-to-station call to a station or the Attendant.
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Interactions (cont’d)
2.
3.

4.

CALL FORWARDING [C-2, 3, 5]: Station-to-station calls can be forwarded to a fully restricted station.
An attempt to forward an incoming trunk call to a fully restricted station will result in reorder tone.
STATION HUNTING [S-7, 8, 9]: Any call directed to a busy, fully restricted station will hunt to an
alternate station. Careful consideration is required when assigning a fully restricted station to a hunt group,
since incoming trunk calls directed to a fully restricted station will result in returning reorder tone.
TRUNK ANSWER FROM ANY STATION (TAS) [T-8]: An attempt by a fully restricted station to
answer a call via the TAS feature will result in reorder tone.

The following features interact with inward route restricted stations

1.
2.
3.
4.
5.
6.
7.

8.

THREE-WAY CALLING [T-2]: When a user is restricted from receiving direct calls from a trunk group,
the user cannot be added to an established connection that includes the restricted trunk group.
CALL FORWARDING [C-2, 3, 5]: Incoming trunk calls cannot be forwarded to an inward route restricted
station.
CALL PICKUP [C-7, 30]: Incoming trunk calls cannot be answered by an inward route restricted station.
ATTENDANT CAMP-ON [A-1]: This feature is denied on calls extended to an inward route restricted
station. Attempts will be routed to reorder tone.
STATION HUNTING [S-7, 8, 9]: Hunting of an incoming trunk call to an inward route restricted station
is not allowed.
TRUNK ANSWER FROM ANY STATION [T-8]: A user restricted from receiving direct incoming calls
via a given trunk group cannot use the TAS feature to answer calls received via that trunk group.
NIGHT SERVICE [N-1, 2]: Restrictions can be changed for a given station when the system is switched
to the night mode of operation; therefore, the assignment of an inward route restricted station as a night
station can be allowed (see DAY/NIGHT CLASS OF SERVICE [D-15].)
CODE CALLING ACCESS [C-21]/MEET ME PAGING [M-1]: Connection of an inward route restricted
line to an answer-back channel is not denied when the call is an incoming exchange call.

Programming
Day/Night Class

STEP 1:

ASYD - System Data 1, Index 75. Should the following commands be developed for Day/Night. 0/1:
No/Yes
Note: DAY/NIGHT CLASS OF SERVICE [D-15]. If Day/Night operation is to remain the same, the following bits
should be assigned as data “0”. Only those restrictions that will change between Day and Night should be
assigned as data “1”. Further assignments MUST be made in the corresponding command.
Bit 0 - Develop ARSC command for Day/Night?
Bit 1 - Develop ASFC command for Day/Night?
Bit 2 - Develop ATNR command for Day/Night?
Bit 3 - Develop ATDP command for Day/Night?
Telephone Class

STEP 2:

ASDT - Assign Tenant No., Station No., LENS, and the TEC to the station. This is used in regular
business systems. Assign the SFC and RSC.
TN:
Tenant Number
STN: Station Number
LENS: Line Equipment Number (6 digits)

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Class Of Service - Individual

Programming (cont’d)
TEC:

STEP 3:

Telephone Class (1-31)
1:
DP (10pps)
2:
PB
3:
DP/PB
12:
Dterm
13:
Data terminal via Dterm
14:
Hotline
15:
CAS Line
16:
Data terminal via Data Module
18:
Virtual Circuit
23:
ISDN Terminal
27:
Eight Conference Equipment
RSC: Route Restriction Class (0-15). For assignment of RSC, ARSC command.
SFC: Service Feature Class (0-15). For assignment of SFC, ASFC command.
ASCL - This command may be used to change the CLASS OF SERVICE - INDIVIDUAL for existing
stations. The RSC, SFC, and TEC may all be changed.

Service Feature Class

STEP 1:

ASFC - A possible 16 (0-15) different SFCs may be constructed allowing or denying access to the
various features.

Route Restriction Class

STEP 1:

ASYD - System Data 2, Index 1, Bits 4 & 5. Should a restricted station be routed to the Attendant
Console or receive reorder tone? Reorder tone: Bit 4 = 0, Bit 5 = 0. ATTENDANT CONSOLE: Bit
4=1, Bit 5=0.
STEP 2: ARSC - A possible 16 (0* - 15) different Route Restriction Classes may be constructed, either
allowing a call or subjecting the call to TOLL DENIAL/DIVERSION [T-7] or TOLL RESTRICTION
- 3/6 DIGIT [T-7].
STEP 3: ATDP - Assignment of Toll Distinctive Pattern command is assigned when Toll Restriction is
required. When Toll Restriction changes from Day to Night, then ATDP must be assigned for both
Day mode and Night mode.
* RSC 0 is reserved for Attendant Console use only.
Note: If a restricted station is routed to the ATT, all RRI 3 must be RES = 2.

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Consultation Hold - All Calls

C-17

C-17

Consultation Hold - All Calls

General Description
This feature permits a user to hold any incoming or outgoing public network or TIE Line call, or any intra-office
call, while originating a call to another station within the system.

Operating Procedure
Holding the original call and placing the second call

1.
2.
3.
4.

Press the switch hook; receive special dial tone.
The original call is held.
Dial the second telephone number; receive ringback tone.
The second station answers; the CONSULTATION HOLD state has been entered.

To return to the original call

1.

2.

In any of the following cases, the calling station can return to the original call by pressing the switch hook:
a.) The second station called for CONSULTATION HOLD is busy.
b.) The calling station cannot gain access to second station because of restriction or any other reason.
c.) The second station does not answer.
If the second station hangs up, the calling station will be returned to the original call.
If the originating station flashes the switch hook, a THREE-WAY CALL [T-2] will be initiated.

Service Conditions
1.
2.
3.
4.

When TRUNK-TO-TRUNK CONNECTION [T-10] is provided with the system, an outgoing public
network or TIE Line call can be made by the user.
For outgoing calls, this feature may be activated only after 18 seconds have elapsed since the last digit
dialed.
CALL PICKUP - GROUP [C-7] is available on CONSULTATION HOLD.
A call can be forwarded to a station in the remote node via FCCS link.

Interactions
1.
2.
3.
4.

This feature is denied whenever the destination telephone set is engaged in any state other than a simple
2-party connection.
CONSULTATION HOLD-ALL CALLS must always be made available when service features require
switch hook flashing.
Indexes 156 and 157 also are used for SMDR, establishing an arbitrary connection timing.
If a party is involved in a CONSULTATION HOLD-ALL CALLS state or in an established THREEWAY CALLING [T-2] connection, attempts to override the connection are denied. These features are:
EXECUTIVE RIGHT-OF-WAY
[E-1]
CALL WAITING - TERMINATE
[C-12]
BUSY VERIFICATION
[B-3]
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]

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Consultation Hold - All Calls

Interactions (cont’d)
5.

6.
7.

8.

9.
10.

11.

Features that cannot be activated while a user has a party in CONSULTATION HOLD-ALL CALLS are:
EXECUTIVE RIGHT-OF-WAY
[E-1]
TRUNK ANSWER FROM ANY STATION
[T-8]
CALL BACK, Activate or Cancel
[C-1]
CALL PICKUP-DIRECT
[C-30]
CALL FORWARDING, Activate or Cancel
[C-2, 3, 5]
OUTGOING TRUNK QUEUING, Cancel
[O-2]
SPEED CALLING-INDIVIDUAL, Entry
[S-21]
MESSAGE REMINDER
[M-19D]
All other features may be activated as long as the user’s line CLASS OF SERVICE-INDIVIDUAL [C-15]
allows that feature.
Upon establishing a CONSULTATION HOLD-ALL CALLS connection and dialing a third party, if the
user receives busy or reorder tone instead of ringback tone, the user flashes once to disconnect the tone
and reconnect the second party.
Upon establishing a CONSULTATION HOLD-ALL CALLS connection and dialing a
MISCELLANEOUS TRUNK ACCESS [M-2] code, if no dial tone is given (after the trunk is seized), or
if a mistake is made in dialing, or if intercept announcement or a permanent tone is given, the user must
go on-hook and wait for ringback tone.
A user, who established CONSULTATION HOLD-ALL CALLS, is reconnected to the party in soft hold
when the third party disconnects.
When using CALL TRANSFER-ALL CALLS [C-11] from a station (second party) to another station or
trunk (third party), the control station can transfer the call during ringing (blind transfer). When the control
station goes on-hook, the station in soft hold is connected to the third party’s connection and hears
ringback tone. A 30-second timer is set when the controlling station goes on-hook. If the timer times out
before the third party answers, the control station will receive ringback tone.
Reorder tone is returned to the station using CONSULTATION HOLD-ALL CALLS when the following
actions occur:
• The user attempts to place an off-net call using MISCELLANEOUS TRUNK ACCESS [M-2] on a
restricted route.
• The user dials the number of an unassigned station or station residing in an inaccessible tenant via
Tenant Service.
• The user dials vacant or invalid first digit (no assignment in the ANPD command either for level or
connection status).
• The TRANSFER key or FLASH BUTTON-Dterm [F-3D] is used instead of momentarily pressing the
switch hook. A FLASH BUTTON-Dterm [F-3D] is required for a Connection Index of B, Busy.

Programming
ASYD - System Data 1, Index 156. Trunk Soft Hold Timer A, used with second dial tone trunks.
Assign data 00H for 30 seconds. (Data 31H may be used for a value of two seconds if CALL
TRANSFER-ALL CALLS [C-11] is to be used immediately after connecting to the trunk.) This is the
time between trunk connection and when switch hook flash is allowed on a non-senderized trunk
connection.

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C-17

Programming (cont’d)
System Data 1, Index 157. Trunk Soft Hold Timer A, used with senderized trunks. Assign data 00H for
a value of 18 seconds. (Data 31H may be used for a value of two seconds, if CALL TRANSFER-ALL
CALLS [C-11] is to be used immediately after connecting to the trunk.). This is the time between trunk
connection and when switch hook flash is allowed on a senderized trunk connection. It is also used to
determine when SMDR billing will begin.
System Data 2, Index 1, Bits 0 & 1. CONSULTATION HOLD allowed or denied? 00: Denied; 01:
Originating and Terminating Calls allowed, Tandem Call denied; 11: All calls allowed. Normally
assign data “11”.
System Data 3, Index 2, Bits 0-3. Switch hook flash starts timer. To calculate this value: (1 ~ FH) x
120 msec = Timer.
System Data 3, Index 2, Bits 4-7. Switch hook flash ends timer. To calculate this value: (1 ~ FH) x 120
msec = Timer. For both beginning and ending timers, assign 91H for 120 - 1080 msec.
f (t)

Bit 0-3

120 ms
0 ms
No Detection

Bit 4-7

1080 ms Disconnection

FCCS Programming
No unique programming is required for the FCCS network.
Note: System timers may be set on a network basis in ASYDN.

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Consultation Hold - All Calls - Dterm

C-17D

C-17D

Consultation Hold - All Calls - Dterm

General Description
This feature permits a Dterm user to hold any incoming or outgoing public network or TIE Line, or any Intra-office
calls, while originating a call to another station within the system.

Operating Procedure
To hold original call and place second call from a Dterm

1.
2.
3.
4.

Press the TRANSFER key; receive special dial tone.
The original call is held.
Dial the second telephone number; receive ringback tone.
The second station answers; the CONSULTATION HOLD state has been entered.

To return to the original call from a Dterm

1.

2.
3.

In any of the following cases, the calling station can return to the original call by pressing the TRANSFER
key:
a.) Second station called for consultation is busy.
b.) Calling station cannot gain access to the second station because of a restriction or some other
reason.
If the second station hangs up, the calling station will be returned to the original call.
If the second station stays on, pressing the TRANSFER key returns the original call to the D term while the
second call is being held.
By pressing the CONF key, a THREE-WAY CALL [T-2] will be initiated.

Service Conditions
1.
2.
3.
4.

When TRUNK-TO-TRUNK CONNECTION [T-10] is provided with the system, an outgoing public
network or TIE Line call may be made by the user.
With outgoing calls, this feature may be activated only after 18 seconds have elapsed since the last digit
was dialed.
CALL PICKUP-GROUP [C-7] is available on CONSULTATION HOLD.
A call can be forwarded to a station in the remote node via FCCS link.

Interactions
1.
2.
3.
4.

Page 184

This feature is denied whenever the destination telephone set is engaged in any state other than a simple
2-party connection.
CONSULTATION HOLD-ALL CALLS must always be made available when service features require
switch hook flashing.
Indexes 156 and 157 also are used for SMDR, establishing an arbitrary connection timing.
If a party is involved in a CONSULTATION HOLD-ALL CALLS state or in an established THREEWAY CALLING [T-2] connection, attempts to override the connection are denied. These features are:
EXECUTIVE RIGHT-OF-WAY
[E-1]
CALL WAITING - TERMINATE
[C-12]
BUSY VERIFICATION
[B-3]
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
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C-17D

Interactions (cont’d)
5.

6.
7.

8.

9.
10.

11.

Features that cannot be activated while a user has a party in CONSULTATION HOLD-ALL CALLS are:
EXECUTIVE RIGHT-OF-WAY
[E-1]
TRUNK ANSWER FROM ANY STATION
[T-8]
CALL BACK, Activate or Cancel
[C-1]
CALL PICKUP-DIRECT
[C-30]
CALL FORWARDING, Activate or Cancel
[C-2, 3, 5]
OUTGOING TRUNK QUEUING, Cancel
[O-2]
SPEED CALLING-INDIVIDUAL, Entry
[S-21]
MESSAGE REMINDER
[M-19D]
All other features may be activated as long as the user’s line CLASS OF SERVICE-INDIVIDUAL [C-15]
allows that feature.
Upon establishing a CONSULTATION HOLD-ALL CALLS connection and dialing a third party, if the
user receives busy or reorder tone instead of ringback tone, the user flashes once to disconnect the tone
and reconnect the second party.
Upon establishing a CONSULTATION HOLD-ALL CALLS connection and dialing a
MISCELLANEOUS TRUNK ACCESS [M-2] code, if no dial tone is given (after the trunk is seized), or
if a mistake is made in dialing, or if intercept announcement or a permanent tone is given, the user must
go on-hook and wait for ringback tone.
A user, who established CONSULTATION HOLD-ALL CALLS, is reconnected to the party in soft hold
when the third party disconnects.
When using CALL TRANSFER-ALL CALLS [C-11] from a station (second party) to another station or
trunk (third party), the control station can transfer the call during ringing (blind transfer). When the control
station goes on-hook, the station in soft hold is connected to the third party’s connection and hears
ringback tone. A variable timer is set when the controlling station goes on-hook. If the timer times out
before the third party answers, the control station will receive ringback tone.
Reorder tone is returned to the station using CONSULTATION HOLD-ALL CALLS when the following
actions occur:
• The user attempts to place an off-net call using MISCELLANEOUS TRUNK ACCESS [M-2] on a
restricted route.
• The user dials the number of an unassigned station or station residing in an inaccessible tenant via
Tenant Service.
• The user dials vacant or invalid first digit (no assignment in the ANPD command either for level or
connection status).
• The TRANSFER key or FLASH BUTTON-Dterm [F-3D] is used instead of momentarily pressing the
switch hook. A FLASH BUTTON-Dterm [F-3D] is required for a Connection Index of B, Busy.

Programming
ASYD - System Data 1, Index 156. Trunk Soft Hold Timer A, used with second dial tone trunks.
Assign data 00H for 30 seconds. (Data 31H may be used for a value of two seconds if CALL
TRANSFER-ALL CALLS [C-11] is to be used immediately after connecting to the trunk.) This is the
time between trunk connection and when switch hook flash is allowed on a non-senderized trunk
connection.

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C-17D

Programming (cont’d)
System Data 1, Index 157. Trunk Soft Hold Timer A, used with senderized trunks. Assign data 00H for
a value of 18 seconds. (Data 31H may be used for a value of two seconds, if CALL TRANSFER-ALL
CALLS [C-11] is to be used immediately after connecting to the trunk.). This is the time between trunk
connection and when switch hook flash is allowed on a senderized trunk connection. It is also used to
determine when SMDR billing will begin.
System Data 2, Index 1, Bits 0 & 1. CONSULTATION HOLD allowed or denied? 00: Denied; 01:
Originating and Terminating Calls allowed, Tandem Call denied; 11: All calls allowed. Normally
assign data “11”.
System Data 3, Index 2, Bits 0-3. Switch hook flash starts timer. To calculate this value: (1~FH) x 120
msec = Timer.
System Data 3, Index 2, Bits 4-7. Switch hook flash ends timer. To calculate this value: (1~FH) x 120
msec = Timer. For both beginning and ending timers, assign 91H for 120 - 1080 msec.
f (t)

Bit 0-3

120 ms
0 ms
No Detection

Bit 4-7

1080 ms Disconnection

FCCS Programming
No unique programming is required for the FCCS network.
Note: System timers may be set on a network basis in ASYDN.

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Centralized Attendant Service (CAS)

C-20

C-20

Centralized Attendant Service (CAS)

General Description
For applications requiring multiple sites, but having common interests or operation, the NEAX2400 IPX can operate
in a Main (attended) or Satellite (unattended) configuration. Typically, incoming calls to the satellite are routed to
the main location for processing by the Central Attendant(s) within the CAS network. This service feature can be
used to improve overall communication efficiency.

Operating Procedure
Listed Directory Number (LDN) Call

1.
2.
3.
4.
5.
6.

Upon arrival of an LDN call at a satellite system, the LDN call is automatically directed to the main system
via a release link trunk.
Upon receiving the incoming CAS call, the ATTENDANT CONSOLE(s) [A-3] will display the incoming
CAS call by flashing the CAS lamp.
The Attendant answers the incoming CAS call by pressing the CAS or ANSWER key; hears the Incoming
Call Tone (480 Hz - 440 Hz - 480 Hz) for 300 msec.
The Attendant presses SHF, causing a switch hook flash; hears special dial tone from the satellite system.
The Attendant dials the required telephone number in the satellite system.
Upon hearing ringback tone, the Attendant presses the RELEASE key to make the release link trunk
available to serve another call.

Recall on Don't Answer Call

1.
2.
3.
4.
5.

A satellite system is arranged to re-establish a connection from a calling party via a release link trunk to
an Attendant in the main system, if the called station does not answer within a prefixed time.
Upon receiving the recall on a No Answer Call, the ATTENDANT CONSOLE(s) [A-3] will display the
incoming CAS call by flashing the CAS lamp.
The Attendant answers the incoming CAS call by pressing the CAS or ANSWER key; hears continuous
ringback tone (440Hz - 480 Hz) for 300 msec.
After hearing the burst of continuous ringback tone, the Attendant and the calling party converse over
ringback tone because of ringing the called station continuously during recall connection.
If the calling party desires to hold the connection, the Attendant presses the RELEASE key to make the
release link trunk available to serve another call.

Camp-on

1.

2.
3.
4.
5.
6.

If the Attendant directs the satellite system to connect a call to a busy station, the satellite system transmits
a Camp-On confirmation tone (100 msec burst of 440 Hz) to the Attendant, also a Camp-On Indication
Tone (200 msec burst of 480 Hz) to the called station, and reconnects the calling party to the Attendant.
If the calling party desires to wait, the Attendant presses the RELEASE key to make the release link trunk
available to serve another call.
If the Camped-On station remains busy for longer than the prefixed time, the satellite system reconnects
the calling party via a release link trunk.
Upon receiving the recall on a Camped-On call, the ATTENDANT CONSOLE(s) [A-3] will display the
incoming CAS call by flashing the CAS lamp.
The Attendant answers the incoming CAS call by pressing the CAS or ANSWER key; hears the CampOn Identification Tone (100 msec burst of 440 Hz).
When the Camped-On station becomes idle, the satellite system rings the camped-on station.

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Centralized Attendant Service (CAS)

Operating Procedure (cont’d)
Remote Hold

1.
2.
3.

4.
5.
6.
7.
8.

The Attendant converses with a central office party.
The Attendant presses the SHF key; hears special dial tone.
The Attendant dials the Remote Hold access code (one or two digits); the central office party is placed in
the hold state at the satellite system, and the Attendant hears the hold confirmation tone (five, 50 msec.
bursts of 440 Hz).
The Attendant presses the RELEASE key to make the release link trunk available to serve another call.
If the central office party remains in the hold state for longer than the prefixed time, the satellite system
reconnects the central office party via the release link trunk.
Upon receiving the recall on the hold call, the ATTENDANT CONSOLE(s) [A-3] will display the
incoming CAS call by flashing the CAS lamp.
The Attendant answers the incoming CAS call by pressing the CAS or ANSWER key; hears the hold recall
identification tone (five, bursts of 440 Hz).
The Attendant is now able to complete the call.

Operator Call

1.
2.
3.
4.
5.

When an operator call code (one or two digits) is received from a station or TIE Line trunk in the satellite
system, an operator call is directed to the main system via release link trunks.
Upon receiving the incoming CAS call, the ATTENDANT CONSOLE(S) [A-3] will display the incoming
CAS call by flashing the CAS lamp.
The Attendant answers the incoming CAS call by pressing the CAS or ANSWER key; hears the operator
call identification tone (two, 100 msec. bursts of 440 Hz).
At the expiration of this tone, the Attendant converses with the calling party.
The Attendant's procedure for serving this call is similar to that for an LDN call.

Call Transfer - Attendant

1.

2.
3.

After any call is completed to a satellite station, the called party station can call the Attendant in the main
system to transfer the calling party to another station in the satellite system. The operation of this feature
is similar to that of an operator call.
The Attendant answers the incoming CAS call by pressing the CAS or ANSWER key; hears the operator
call identification tone (two, 100 msec. bursts of 440 Hz).
After answering the call, the Attendant presses the SHF key, causing the satellite system to disconnect the
station that dialed the operator call code and connects to the calling party.

Night Service for the Incoming CAS Call in the Main System

1.
2.
3.
4.
5.
6.

In night mode, the incoming CAS call is directed to a night station to be answered.
When the night station answers that call, the night station hears the identification tone depending on the
call.
The night station momentarily switch hook flashes; hears the special dial tone from the main system.
Dials the Flash Signal Sending access code (one or two digits); hears special dial tone.
After this, the operation of the night station is similar to that of the Attendant.
The night station must be provided with DTMF signaling.

Service Conditions
The following applies to a NEAX2400 IPX used at the main CAS location (Attendant location)

1.

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The number of Release Link Trunks is determined by overall satellite to main location traffic requirements.

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Service Conditions (cont’d)
2.
3.
4.
5.
6.
7.

RLTs can be seized in one direction only; from the satellite PBX to the main PBX.
The Attendant cannot originate or INTER-POSITION TRANSFER [I-5] a call on an RLT.
The Attendant cannot extend an incoming CAS call to a station, trunk, or another Attendant in the main
system.
CALL PROCESSING INDICATION [C-8] is not provided to the Attendant serving the incoming CAS
call.
The Attendant at the main PBX cannot connect RLT calls to main PBX station users.
The main PBX Attendant cannot busy verify a station in the satellite system.

The following applies to a NEAX2400 IPX used as a satellite location

1.
2.
3.
4.
5.
6.
7.

The number of station ports used will equal the number of RLTs required.
A call extended by an Attendant in the main system can be recorded on SMDR [S-10].
An optional ATTENDANT CONSOLE [A-3] may be provided at a satellite PBX to allow a local
Attendant to control access to WATS or FX trunks.
CAMP-ON [A-1] and Remote Hold are not provided for an operator call.
The NIGHT CONNECTION - FIXED [N-1] / FLEXIBLE [N-2] and TAS feature can be provided at the
branch location.
A NEAX2400 IPX can be equipped with 100 RLTs per hunt group.
FCCS link is not available for this service.

Interactions
1.

2.
3.

4.
5.

6.
7.

8.

Release Link Trunks are not used for voice calls between PBXs. Release Link Trunks cannot be
transferred to a station in the main system. TIE Lines must be installed for regular voice connection
between systems.
CAS systems have no effect on tandem connection, LCR(6)/LCRS(7), or any other trunking application.
The following applies to a system used at the main CAS location (attendant location): The Attendant
Console cannot originate or INTERPOSITION TRANSFER [I-5] a call on an RLT. The Attendant
Console at the main PBX cannot connect RLT calls to main PBX station users.
A NEAX2400 IPX can be equipped with 100 RLTs per STATION HUNTING [S-7, 8, 9] group. This is
a constraint of STATION HUNTING [S-7, 8, 9] and UNIFORM CALL DISTRIBUTION [U-1], not CAS.
Listed Directory Numbers (LDN) may be provided for the various satellite systems. Because these LDNs
will ring in only at the CAS key of the Attendant Console, indications to distinguish among the multiple
LDNs are not specifically available. However, the route number is displayed and can be used to distinguish
satellite systems.
During the Day mode of operation, if all RLTs are busy, incoming COT calls will wait and ringback tone
is sent to the calling party.
If the Attendant Console at the main system should switch hook flash to get dial tone from the satellite and
all ports are busy, reorder tone is sent to the Attendant Console. The Attendant can switch hook flash COT
party.
The CAS feature allows Attendant Console to be located at both the main and satellite locations. When
the satellite location goes to the Night mode, translations are available to connect incoming C.O. calls to
the RLT circuits. This is accomplished by the ACSI command and the NIGHT CONNECTION FIXED/
FLEXIBLE [N-1, 2] feature.

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Centralized Attendant Service (CAS)

Interactions (cont’d)
9.

10.

11.
12.

When the Night stations are located at the satellite PBX and no Attendant Console is provided, a Night
key must be installed at the satellite location to activate night service. When the key is operated, the CAS
operations are suspended, and incoming calls are terminated at the NIGHT CONNECTION FIXED/
FLEXIBLE station(s) [F-1, 2] or via TRUNK ANSWER FROM ANY STATION [T-8]. When answered,
the Night station can transfer the call to the main location via the TIE trunks but not the RLT circuits. A
PA-D07 (Attendant Console) circuit card must be supplied to the satellite system.
PAGING ACCESS [P-1]: This feature allows the CAS Attendant to access paging equipment located at
the branch location upon answering an RLT call. See PAGING ACCESS [P-1] and MEET-ME PAGING
[M-1].
CODE CALLING ACCESS [C-21]: This feature allows the CAS Attendant Console to access CODE
CALLING equipment located at the satellite location upon answering an RLT call.
STATION MESSAGE DETAIL RECORDINGS [S-10]: SMDR is provided for calls extended by a CAS
Attendant Console.

Programming
Main System

STEP 1:

ASYD - System Data 1, Index 150. Assign data 00H. This is the guard timer between the Attendant
Console switch hook flash and the dialing of digits.
System Data 1, Index 151. Assign data 00H. This allows a 480 msec. SHF. Timer Class is given as 32
msec. For variable Hooking values, adjust the Miscellaneous Timer Class in Bit 0-3.
System Data 2, Index 13, Bit 1. Assign a data “0” for a Main system. This Bit applies to the PFT circuit
card. This application is not common.
STEP 2: ARTD - Assign the CAS routes (Release Link Trunks, RLT) in ARTD as follows. Be sure to assign
CDN 6:TCL as data “7”, CA line.
RT:1
1-OSGS
:2
2-0NSG
:3
5-TF
:3
6-TCL
:7*
7-L/T
:1
15-LSG
:5**
STEP 3: ATRK - Program the LEN of the RLT trunks. These trunks must be 16COT circuit cards.
STEP 4: MBTK - Make idle the Release Link Trunk.
Note 1: *This Bit will provide a Dterm trunk display when used as a Night Station.
Note 2: **This Bit is used when the 8TLT card, Issue 14 circuit card is used at the Main PBX location for the
Release Link Trunks. At the satellite location, an 8TLT card is used for Release Link Trunk (RLT). If a
16COT card is used as the RLT at the main location, assign LSG as data 0 Loop.
STEP 3: AAKP - To provide the Attendant Console with a FLASH key, the assignment of Attendant Console
Key Pattern (AAKP) must be programmed. Assign the ATN: Attendant Number (TRK No. for RTE
901); KYN = 5; and FUNC = 1, CAS Line. (If this data is not assigned, CAS trunks will not ring into
the Attendant Console.)
STEP 4: ANND - For the outgoing connection parameter, OG; assign Route Number and the Number of
Necessary Digits. The NND is the number of digits in the satellite switches’ station numbering plan.
Night Station - CAS

STEP 1:
STEP 2:
STEP 3:

Page 190

ANPD - Reserve a number level for feature access.
ASPA - Assign an access code to the (Hooking (H)), SRV = SSC (Service Code); SID = 43. Assign
for a Connection Status Index (CI) of Hooking (H).
ACFR - Assignment of Call Forwarding Restriction. Allow Call Class Index (CCI) 14, CAS Trunk
Main, a Transfer Service Feature Index (TSFI) of 5, TAS.
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Programming (cont’d)
STEP 4:

ACSI - Assign the Incoming CAS Route and Trunk to the Night Station and Tenant number. Assign
the CSI = 4 for Night Connection.

TAS

STEP 1:
STEP 2:

ANPD - Reserve a number level for feature access.
ASPA - Assign an access code to TRUNK ANSWER ANY STATION, SRV = SSC (Service Code);
SID = 16. Assign for a Connection Status Index (CI) of Normal (N).
STEP 3: ACFR - Assignment of Call Forwarding Restriction. Allow Call Class Index (CCI) 14, CAS Trunk
Main, a Transfer Service Feature Index (TSFI) of 5, TAS.
STEP 4: ATAS - Assign the TAS circuit to the system. Refer to TRUNK ANSWER FROM ANY STATION
[T-8] for details.
Note: A second call will go to TRUNK ANSWER FROM ANY STATION if the first call is being answered by the
Night station.
Satellite System

STEP 1:

ASYD - System Data 1, Index 149. Assign 00H for Recall Timer to Attendant Console at the main
system location. This value is 30 seconds.
System Data 2, Index 11, Bit 7. Will DIT park in a busy station Queue? 0/1: Yes/No, it will be rerouted
to the Attendant Console. Assign data “0” for Queuing.
System Data 2, Index 13; Bit 1. Assign data “1” for satellite system.
STEP 2: ANPD - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B). Assign NND in accordance with a predetermined numbering plan. Reserve a number level for
station numbers. If the satellite system does NOT have an Attendant Console, 0 can be used as a
station number. If not, consider a numbering plan for the Release Link Trunks that will be assigned to
the stations assigned a TEC = 15.
STEP 3: ARSC - Construct a Route Restriction Class that allows a direct connection to all incoming trunks that
will be served by the Attendant Console at the main system location. Assign via Route Restriction
Index, RRI 1, Direct Connection on Incoming Trunks.
STEP 4: ASFC - Construct a Service Feature Class that allows Station Message Detail Service SFI = 14. Do
not provide CALL FORWARDING [C-2, 3, 5].
STEP 5: ASDT - Assign ports of the 8TLT card, Issue 7* that receive the Release Link Trunks as TEC 15. The
RSC assignment should allow a direct connection with all required incoming trunks. Allow these
trunks via Route Restriction Index (RRI) = 0 & 1. The SFC assigned is separately constructed and can
include SFI: 14, SMDR. See STATION MESSAGE DETAIL RECORDING (SMDR) [S-10]. When
assigning station numbers, keep in mind that one of these stations will be the lead station in a UCD
group and that station number will be used by the satellite stations to access the Attendant Console at
the main system location. To keep the user from becoming confused when a different number appears
on the LCD display than the one dialed, make the station numbers appear as sequential circuit numbers
such as 100, 101, 102, etc.
Note: If a 16COT card is used at the main location for the RLTs, 16LC cards are used at the satellite location.
STEP 6: ASHU - Assign the Release Link Trunk stations to a UCD group. See UNIFORM CALL
DISTRIBUTION [U-1]. One station number will be designated as the lead station. This number will
simulate Dial Access to Attendant. Also, incoming trunk calls will be distributed among the available
Release Link Trunks evenly. ASHC command may also be used, STATION HUNTING-CIRCULAR
[S-7].

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Centralized Attendant Service (CAS)

Programming (cont’d)
STEP 7:

STEP 8:

STEP 9:

Page 192

ACSI - Assign the Incoming Satellite trunks to be answered at the Main system CSI = 3, Direct In
Termination, Day and Night Mode. Then assign the stations programmed above. This ties incoming
trunks to the PA-4ODTs.
ACFR - Assignment of Call Forwarding Restriction. Upon determining which types of Call Class
Indexes (CCI) will be answered at the Main system, such as LDN (DDD), WATS, FX; allow those
CCI a Transfer Service Feature Index of 15, CAS Line.
ACSA - (Optional) Use this command rather than ACSI if CAS operation is desired in Day mode, and
if incoming trunks are to stay at the satellite and be answered by TAS or a NIGHT CONNECTION FIXED/FLEXIBLE [F-1/2] station in Night mode.

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Code Calling Access

C-21

C-21

Code Calling Access

General Description
This feature provides the ATTENDANT CONSOLE [A-3] and users dial access to Code Calling equipment.

Operating Procedure
1.
2.
3.

Go off hook; receive dial tone.
Dial the CODE CALLING ACCESS code.
Dial the code number for the unit desired.

Service Conditions
1.
2.
3.
4.
5.

6.
7.

Amplifiers, speakers, and Code Calling units must be provided by the customer.
Loop Start Central Office trunks are used for interfacing Code Calling equipment. One Central Office
trunk circuit is required per paging port and per answer back port.
Fully Restricted Stations: A fully restricted station may make only dial “0” and station-to-station calls;
therefore, the CODE CALL ACCESS is denied.
HOTLINE [H-1]: A hotline station user can be programmed to connect to a Code Call Unit when the
station goes off-hook.
ROUTE RESTRICTION: A station that is Code Calling route restricted is denied dial access to the Code
Call unit. Restricted calls are routed to reorder tone. If allowed by the user's Class of Service, Attendant
assistance can be used to complete a code call for a route-restricted station.
Attendants, users and TIE trunk users can dial an access code and a 2 or 3-digit called party code to activate
a coded signal.
The D term display will indicate the elapsed call time and trunk number.

Interactions
PAGING TRANSFER [P-10] may be used along with CODE CALLING ACCESS. Refer to PAGING TRANSFER
[P-10] for additional programming.

Programming
STEP 1:
STEP 2:
STEP 3:

STEP 4:
STEP 5:

ANPD - Reserve a number level for miscellaneous trunk access. Assign for Normal (N) and Hooking
(H). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign the access code in the level as assigned in ANPD above. Type of Service, SRV = OGC
(Outgoing Call) Outgoing Trunk. Assign the route number associated with this access code.
ARTD - Assign the CODE CALLING ACCESS route in ARTD as follows:
RT:1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:9
7-L/T
:1
8-RLP
:2
ATRK - Program the LENs of the paging trunks. These trunks must be 16COT or 8TLT cards.
MBTK - Make idle the Paging Trunk.

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Called Station Status Display - Dterm

C-22D

C-22D

Called Station Status Display - Dterm

General Description
This feature provides for the status of a called station to appear on the LCD display of a calling Dterm.

Operating Procedure
Lift handset or press SPEAKER key; dial desired station. The LCD display indicates the status of the called station.

Service Conditions
1.

If the called station is idle, the display flashes its number until the call is answered. If the called station is
busy, the LCD displays:
Called Station
BUSY

XXXX
(Time Display)

2.

If the called station is in DO NOT DISTURB - D term [D-11D], the LCD displays:
Called Station
REST

XXXX
(Time Display)

3.

If the calling station encounters a restricted station, the LCD displays:
Called Station
REST

XXXX
(Time Display)

4.

CALLED STATION STATUS DISPLAY - Dterm can be restricted on a system-wide basis. The LCD
displays:
XXXX
(Time Display)

Programming
ASYD - System Data 1, Index 78, Bit 1. Is the Service Feature Display in service? 0/1: No/Yes.

FCCS Programming
No unique programming is required for the FCCS network.

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Calling Number Display - Dterm

C-24D

C-24D

Calling Number Display - Dterm

General Description
This feature provides for the station and trunk number of an incoming call to appear on the Dterm's LCD display.
This display will flash while the call is ringing, then appear steady when the call is answered.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.

When a call terminates on a line other than the PRIME LINE [P-13D], the LCD displays the incoming
station determined by LINE PRE-SELECTION - Dterm [L-9D].
LINE PRE-SELECTION - Dterm [L-9D] is governed by a timer.

Programming
No programming is required.

FCCS Programming
No unique programming is required for the FCCS network.

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C-25

Call Forwarding-Intercept / Announcement

C-25

Call Forwarding-Intercept / Announcement

General Description
This feature provides for interception of STATION-TO-STATION [S-11], DIRECT INWARD DIALING [D-8],
Attendant-to-Station and CCSA [C-14] calls that cannot be completed (unassigned station, level, etc.). These calls
are automatically routed to a recorded announcement informing the caller that an inoperative number was reached
and giving the Listed Directory Number for information.
This feature permits a station-originated call, upon encountering a restricted outgoing number, to automatically be
routed to a recorded announcement informing the caller that the dialed number is restricted for this station.
This feature permits a station-originated call, upon encountering a trunk busy condition, to automatically be routed
to a recorded announcement informing the caller that all the outgoing trunks are busy.

Operating Procedure
No manual operation is required, once this feature has been programmed in system data.

Service Conditions
1.

2.

3.
4.

5.
6.
7.

8.

CALL FORWARDING-INTERCEPT / ANNOUNCEMENT requires one of the following hardware
alternatives:
a.) Central Office Trunk (COT) or 2W E&M trunk and an announcement machine, or
b.) Digital Announcement Trunk (DAT).
If the outside party or Attendant forgets to hang up, the system will automatically disconnect in 30 seconds
(provided this is programmed in system data). If no disconnect timing is programmed, the outside party
will control disconnect.
This feature is provided on a per-tenant basis.
The following call conditions, which cannot be completed, can be routed to intercept:
a.) vacant level
b.) unassigned telephone number
Only one common message can be provided for the different intercept conditions.
There is no method by which to exempt individual DID, CCSA, and TIE Trunks from intercept.
A station dials the LEAST COST ROUTING [L-5] access code and then an outside number. If that outside
number is not listed in LEAST COST ROUTING [L-5] tables (Outgoing Routing Patterns, OPR), the call
will be routed to an intercept announcement.
If a different message is required for each of the three intercept conditions, three trunks or three
announcement machines must be provided.

When encountering a Restricted Route

9.
10.
11.
12.
13.

Page 196

This service feature is valid when station to outgoing trunk connection is restricted.
This feature is applied equally to all trunk routes in the system. It cannot be denied to some routes and
available to other routes.
This service is valid when a call is redirected to an OG trunk via CALL FORWARDING-OUTSIDE
[C-28]. The announcement will be heard when the calling station is also a restricted station.
This service is not valid for TRUNK-TO-TRUNK CONNECTION [T-10] when the called station has set
CALL FORWARDING - OUTSIDE [C-28] via DID or TIE Trunk.
This service is not valid for outgoing calls that do not go out when all trunks or senders are busy.

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Service Conditions (cont’d)
When encountering all trunks busy

14.
15.

16.
17.

18.

19.

This service feature is valid for outgoing station-to-trunk or tandem trunk-to-trunk connections.
Automatic OUTGOING TRUNK QUEUING [O-2], OFF-HOOK QUEUING [O-7] and ROUTE
ADVANCE [R-6] are mutually exclusive with this feature. These features take priority over OUTGOING
TRUNK BUSY - ANNOUNCEMENT [O-21].
ANNOUNCEMENT SERVICE is provided to FCCS nodes that have no announcement trunk using the
trunk in the remote node.
When CALL FORWARDING - INTERCEPT/ANNOUNCEMENT [C-25] or CALL FORWARDING INTERCEPT / ANNOUNCEMENT - ATTENDANT [C-75] is used in an FCCS network, the additional
data shown below is required.
a.) The logical route number should be applied to the physical route that is provided the service.
b.) The restriction of route-to-route connection between FCCS nodes should be released.
When using the FCCS network, CALL FORWARDING-INTERCEPT / ANNOUNCEMENT [C-25] or
CALL FORWARDING - INTERCEPT / ANNOUNCEMENT-ATTENDANT [C-75] is not provided for
the incoming call using AUTOMATED ATTENDANT [A-82], DIRECT-IN TERMINATION [D-7], or
REMOTE ACCESS TO SYSTEM [R-2].
When using the FCCS network, the call forwarding for an incoming call routed to a dead level or an
unused number has priority over the announcement service for the incoming call.

Interactions
1.
2.

Each route connected to an announcement machine is also an EQP. The same route can be assigned as
different EQP’s. However, it is best to separate EQP functions by route.
8TLT, 16 COT, or 4DAT card may be used.

Programming
STEP 1:

ACFO - Enable this feature by allowing CF = 3: CALL FORWARDING - INTERCEPT/
ANNOUNCEMENT. The CFI parameter will come up for assignment. An Attendant Console may be
programmed so that intercepted calls will terminate at the CALL FORWARD INTERCEPT key. If no
assignment is made, the NEAX2400 IPX program goes to the AAED command for announcement trunk
information because the destination of the transfer is a trunk and not a station or Attendant Console.
STEP 2: ARTD - Assign the announcement route as shown below:
RT:1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:1
7-L/T
:1
8-RLP
:2
15-LSG
:0*
Note: *If a PA-8TLTR is used, assign as 5, E & M.
STEP 3: ATRK - Assign the LENs, Announcement Trunk Route Number, Trunk Number, and Tenant Number.
STEP 4: MBTK - Assign the Make Idle status to the Announcement Trunk.
Note: If supervision is required, use the first two circuits of the 16COT circuit card. Move the switch on the 16COT
to PGT.
CKT 0
16 COT

CKT 1

Voice Tip
Voice Ring
Supervisory Ground
Ring, not used

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Call Forwarding-Intercept / Announcement

Programming (cont’d)
STEP 5:
STEP 6:

STEP 7:

ARRC - If TIE Line or REMOTE ACCESS TO PBX [R-2] connection to the ANNOUNCEMENT
SERVICE Trunk is required, allow trunk-to-trunk connection using ARI-D-RES, Direct Connection.
AAED - Used to assign Announcement equipment. Assign:
TN:
Tenant Number
EQP: Announcement Equipment Number
0: Dead Level
1: Unused Number (LCR OPR not programmed)
2: Available
3: Available
4: Outgoing Trunk Group Busy Announcement
5: Available
6: Available
7: Outgoing Route Restriction Announcement
8 ~ 15: Available for ANNOUNCEMENT SERVICE [A-15] applications.
RT, TK:
Route & Trunk number of the trunk connected to the Announcement Equipment.
C:
Duration of Connection, 0/1: Disconnection occurs in 30 seconds / the connection is held
until the station releases. See the requirements of the announcement equipment.
R:
Sending RBT, 0/1: Sending/Not sending. Normally assign data “0”.
A:
Answer Signal Sending, 0/1: No answer from Incoming trunk / Answer from Incoming
trunk. Normally assign data “0”. No answer signal is sent to the CO. Therefore the calling
party will not be billed for the call.
M:
Multiple Connection, 0/1: Single Connection / Multiple Connection. See the requirements
of the announcement equipment.
ACFR - Assignment of Call Forwarding Restriction. Upon determining which types of Call Class
Indexes (CCI) will be answered via CALL FORWARDING - INTERCEPT, for example, CCSA and
DID calls: allow those CCIs a Transfer Service Feature Index of 1, for CALL FORWARDING - ALL
CALLS, NO ANSWER, BUSY.

FCCS Programming

STEP 1:
STEP 2:

Page 198

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
ALRTN - This data must be assigned to the NCN.
Assign the logical route number to the physical route.
AAEDN - This data must be assigned to the NCN.
Assign the announcement equipment data.
UGN: User Group Number
EQP: Announcement Equipment Number
0 = Dead Level
1 = Unused Number
2-15 = Announcement service
C:
Duration of Connection
0 = Disconnection occurs in 30 seconds
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FCCS Programming (cont’d)
1 = Connection is held until the station is released. See the requirements of the application for
the announcement equipment. For Dead level applications, assign data “0”.
R:
Sending RBT
0/1 = Yes/No
A:
Answer Signal Sending (Answer from the incoming trunk)
0 = No/Yes Normally assign data “1”.
M:
Multiple Connection
0/1 = Single Connection/Multiple Connection
LGRT: Logical Route Number
TK:
Trunk Number *Not necessary for “M = 1”
STEP 3: ARRCN - This data must be assigned to the NCN.
Release the restriction between the terminating trunk and the announcement trunk.
STEP 4: ARSCN - This data must be assigned to the NCN.
Release the restriction between the announcement trunk and the station.
Note: The current command data shown is set to all nodes using the service: ASTD, ARTD, ATRK, MBTK

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C-26

Call Forwarding - Override

C-26

Call Forwarding - Override

General Description
This feature allows a target user (Station A) to call the station (Station B) which has set CALL FORWARDING ALL CALLS [C-5] to it. If the called station (Station B) has set the CALL FORWARDING - BUSY LINE [C-2] to
the calling station (Station A), the calling station (Station A) hears busy tone and can activate CALL BACK [C-1],
EXECUTIVE RIGHT-OF-WAY [E-1], or CALL WAITING - ORIGINATING [C-31].

Operating Procedure
Station A presses EXECUTIVE RIGHT-OF-WAY [E-1] or CALL WAITING [C-31] after hearing busy tone.

Service Conditions
1.
2.
3.

This service feature is allowed to all stations in the NEAX2400 IPX, except the ATTENDANT
CONSOLE [A-3].
Any station that has set CALL FORWARDING - ALL CALLS [C-5] can activate any feature, if the
station is allowed the feature via CLASS OF SERVICE [C-15].
When Station A (Dterm) calls Station B (Dterm), or if Station A places an incoming call into hold condition
and calls Station B, each Dterm LCD displays as shown below:
Transferred Station
Station A
(4567)

TRANSFER

4501

4501
Indicates Station B has been set Call
Forwarding - All Calls to Station A.

Transferring Station Transferred Station
Station B
(4501)

TRANSFER

4501

4567
Indicates Station B has been set
Call Forwarding - All Calls to
Station A.

Programming
ASFC - Assign Service Feature Class that allows SFI = 156 (Call Forwarding - Override Indication) to
the Dterm stations allowed LCD indication of this service.

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Call Waiting - Answer - Dterm

C-27D

C-27D

Call Waiting - Answer - Dterm

General Description
This service feature allows a Dterm user to answer a CAMPED-ON [A-1] or CALL WAITING [C-12, 31] call while
putting an existing call on HOLD [C-6], by pressing the ANSWER key.

Operating Procedure
CAMP-ON [A-1] or CALL WAITING [C-12, 31] to a busy Dterm is activated

1.

The user hears Camp-On Indication Tone or Call Waiting Tone during a call in progress; the LCD of the
Dterm displays:
Trunk/Telephone Number
XXXXXX

CAMP ON
(Time Display)

Trunk/Telephone Number
C WAIT

XXXXXX
(Time Display)

2.
3.

The user presses ANSWER key and is connected to the waiting call.
To return to the original call, the Dterm user re-presses ANSWER key.

Service Conditions
1.
2.

Service conditions are essentially the same as those of CALL WAITING - TERMINATING [C-12] for
ordinary telephone sets.
Pressing RECALL will disconnect the party presently engaged in conversation.

Interactions
1.

2.

3.

This feature is allowed whenever the destination telephone is engaged in any state other than:
a.) engaged in a 3-way connection,
b.) a Privacy feature is activated,
c.) connected to a route programmed to have Line/Trunk, Privacy, CDN 44:PRV,
d.) listening to a tone (dial tone, reorder tone, service set tone, busy tone, ringback tone).
CALL WAITING-ANSWER-Dterm is operated by pressing the ANSWER key located on the Dterm
instrument. This feature is used for ATTENDANT CAMP-ON [A-1] and CALL WAITINGORIGINATING [C-31].
Periodic Call Waiting Tones will not operate for ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1].

Programming
STEP 1:

ASYD - System Data 1, Index 152. Timer class 3 = 2 seconds. MTC x TC = Interval for CALL
WAITING. MTC assigned in hexadecimal to bits 0 ~ 3 of this index. Default value is 10 seconds.
System Data 2, Index 10, bit 6. Should CALL WAITING - ORIGINATING [C-31] operation be
automatic upon encountering a busy station? 0/1: No/Yes. Assign on a per tenant basis.

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C-27D

Programming (cont’d)

STEP 2:

STEP 3:
STEP 4:

System Data 2, Index 10, bit 7. Should the warning tone set in System Data 1, Index 152 be
periodically sent? 0/1: No/Yes. Assign on a per tenant basis.
ASFC - Assign a Service Feature Class that allows SFI’s 5, 6, and 11. This allows the ability to
originate a CALL WAITING - ORIGINATE (SFI 5), to terminate a CALL WAITING ORIGINATING [C-31] (SFI 6), and to receive Camp-On Tone (SFI 11).
Commands related to CALL WAITING - ORIGINATING [C-31]:
ANPD - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL WAITING - ORIGINATING [C-31], SRV = SSC (Service
Code), SID = 5 for Connection Status Index (CI) of Busy (B). Assign the NND value as equal to the
digits in the feature access code.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ANPDL - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B). Assign NND in accordance with a predetermined numbering plan.
STEP 2: ASPAL - Assign an access code to CALL WAITING - ORIGINATING [C-31], SRV = SSC (Service
Code), SID = 5 for Connection Status Index (CI) of Busy (B). Assign the NND value as equal to the
digits in the feature access code.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: System timers may be set on a network basis in ASYDN.

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Call Forwarding - All Calls - Outside

General Description
This feature allows a call, which originates from a station or trunk and is destined for a station, to be routed to another
station outside the NEAX2400 IPX via the appropriate trunk line. This feature can also be activated from a Dterm
multi-line.

Operating Procedure
To set

1.
2.
3.

Lift the handset; receive dial tone.
Dial the CALL FORWARDING - ALL CALLS - OUTSIDE access code (same as CALL
FORWARDING - ALL CALLS [C-5]); receive special dial tone.
Dial the desired target telephone number (or Speed Calling access code and abbreviated code). If the
ATTENDANT CONSOLE [A-3] is setting this feature, dial the access code, tenant number, originating
telephone number, and then the desired outside number; receive service set tone.

To cancel

1.
2.

Lift the handset; receive dial tone.
Dial the CALL FORWARDING - ALL CALLS - OUTSIDE cancel code, (same as CALL
FORWARDING - ALL CALLS [C-5] cancel code); receive service set tone.

To set from a multi-line Dterm

1.
2.
3.
4.

Press the multi-line feature key to be used for CALL FORWARDING - ALL CALLS - OUTSIDE.
Lift the handset or press the SPEAKER key; receive dial tone.
Press CALL FORWARDING - ALL CALLS - OUTSIDE feature key; receive special dial tone.
Dial the desired target telephone number (or Speed Calling access code and abbreviated code); receive
service set tone. The LED will light. The LCD displays:
FORWARD SET
(Time Display)

5.

Replace the handset or press the SPEAKER key.

To monitor from a multi-line D term

1.

Press the multi-line appearance, then press the CALL FORWARDING - ALL CALLS FORWARD
feature key. The LCD displays:
Outside Number*
FORWARD

XXXXXXXX
(Time Display)

Note:

*A dialed abbreviated number is transferred into the forwarding number, and the first eight digits are
displayed, even if a maximum of 24 digits can be stored.

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Call Forwarding - All Calls - Outside

Operating Procedure (cont’d)
To cancel from a multi-line Dterm

1.

Lift the handset or press the SPEAKER key; receive dial tone. Press the CALL FORWARDING - ALL
CALLS FORWARD feature key; receive service set tone. The LED of the associated feature key will go
out. The LCD displays:
FORWARD CANCEL
(Time Display)

2.

Replace the handset or press the SPEAKER key.

Service Conditions
1.
2.
3.
4.

5.

6.
7.
8.

9.

10.

11.
12.

Page 204

CALL FORWARDING - ALL CALLS - OUTSIDE may be set or cancelled by either a user or the
Attendant.
Stations may be assigned this feature via CLASS OF SERVICE - INDIVIDUAL [C-15] programming in
system data.
For CALL FORWARDING - ALL CALLS - OUTSIDE, Speed Call List numbers may be programmed
as the destination telephone number. This permits the sent digits to exceed the 12-digit maximum.
When using this feature, either the calling station or the forwarding station is recorded by SMDR [S-10]
as the originating station of calls forwarded. The selection between the above stations is decided by system
data.
The calling D term display for CALL FORWARDING - ALL CALLS and BUSY LINE - OUTSIDE appear
as regular outgoing CO calls. The calling Dterm display for CALL FORWARDING - DON'T ANSWER OUTSIDE appears as a STATION-TO-STATION CALLING - CCIS [S-57] call.
CALL FORWARDING - ALL CALLS - OUTSIDE can be restricted by the Trunk Route Restriction Class
(RSC) of the originating station.
There is no limit to the number of stations that may activate this feature simultaneously.
Restrictions for outgoing connection by CALL FORWARDING - ALL CALLS - OUTSIDE are as
follows:
a.) When originating a call from a station: RSC is verified when this service is in effect.
b.) When originating a call from a trunk: Restriction for tandem connections between the incoming
trunk and the outgoing trunk is selected for the call where CALL FORWARDING - ALL CALLS
service occurs.
When a caller places a call via Outgoing Call Alternative (OGCA) and when the first outgoing route and
the calling party are restricted, this service cannot be set. In this case, the service can be set via the
following procedure:
a.) assign a dummy route,
b.) clear the restriction between the dummy route and all the stations,
c.) assign the dummy route as the first route of OGCA.
When a destination of CALL FORWARDING - ALL CALLS - OUTSIDE has already been assigned,
even if the feature is restricted by the new office data or changing of Day/Night mode, the assigned data
can still be used or cancelled.
A maximum of 24 digits, including trunk access code, can be stored.
This feature allows a call to terminate to a trunk outside of the FCCS network. Accordingly, the access
code + office code or the access code including office code is required before dialing the telephone number
to recognize the terminating node.

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Service Conditions (cont’d)
13.

14.

When the incoming call is forwarding to the public network, be sure to add the outgoing access code +
destination area code or the outgoing access code including destination area code number before dialing
subscriber number.
A call can be forwarded to a trunk in the remote node via FCCS link.

Interactions
1.
2.
3.
4.

5.
6.

7.
8.

9.
10.
11.
12.
13.
14.

15.

A 24-digit limitation exists in memory for CALL FORWARDING-OUTSIDE.
CALL FORWARDING-OUTSIDE is an enhancement of the CALL FORWARDING-ALL CALLS [C5] feature.
This feature may be set from the Attendant Console.
A call may be CALL FORWARDED-OUTSIDE to a SPEED CALLING-SYSTEM [S-3] or SPEED
CALLING-STATION/GROUP [S-21, 23] number. This will allow a long-distance number that exceeds
12 digits.
A user can verify that CALL FORWARDING-OUTSIDE has been properly activated and can inform the
designated outside party of the activation by dialing the forwarded station from any station in the system.
If a station is restricted from outside calling, CALL FORWARDING-OUTSIDE will be denied. TOLL
RESTRICTION-3/6 DIGIT [T-7] will be applied to CALL FORWARDING-OUTSIDE via SPEED
CALLING-SYSTEM, STATION, GROUP [S-3, 21, 23], if tenant data assigned in System Data 2 applies
Toll Restriction to speed calling.
Upon activation of this feature, STATION MESSAGE DETAIL RECORDING [S-10] will record the
outside exchange number whenever a call is forwarded.
A station can use the OUTGOING TRUNK QUEUING [O-2] feature to queue an outgoing trunk and a
call that is being forwarded via the CALL FORWARDING-OUTSIDE feature. The call will be outpulsed
when a trunk becomes available.
A station assigned to a STATION HUNTING [S-7, 8, 9] Group will be temporarily removed from the
Hunt Group if it initiates CALL FORWARDING-OUTSIDE.
If a call using the CALL BACK [C-1] feature is placed from a station that has activated CALL
FORWARDING-OUTSIDE, the Call Back will ring at the forwarding station, not the outside station.
When OUTGOING TRUNK QUEUING [O-2] (on-hook) is initiated by the forwarding station, the
ringback will be to the forwarding station and not to the outside station.
A DIRECT-IN TERMINATION [D-7] call may be sent through CALL FORWARDING-OUTSIDE.
The number of digits (maximum 12) that will be accepted before forwarding is set is determined by
AMND.
This feature allows a call to terminate to a trunk outside of the FCCS network. Accordingly, “the access
code + office code” or “the access code including office code” is required before dialing a telephone
number to recognize the terminating node.
When forwarding the incoming call to the public network, be sure to add “the outgoing access code +
destination area code” or “the outgoing access code including destination area code number” before
dialing a subscriber number.

Programming
STEP 1:

ASYD - System Data 1, Index 4, bit 6. One burst of ringing all CALL FORWARDING - ALL CALLS
[C-5] in service? 0/1: No/Yes. System Data 1, Index 20, bit 7. Calling or forwarded party show on
SMDR? 0/1: Calling/forwarded.

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Programming (cont’d)
System Data 2, Index 6, bit 4. Call-forwarded station restricted from making calls? 0/1: Yes/No.
STEP 2: ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
STEP 3: ASPA - Assign an access code to CALL FORWARDING - ALL CALLS [C-5] set SID = 8, and to
CALL FORWARDING - ALL CALLS [C-5] cancel SID = 9. Assign Connection Status Index (CI) for
Normal (N) service.
STEP 4: ASFC - Assign the station a Service Feature Class that allows SFI = 7 CALL FORWARDING - ALL
CALLS [C-5]. And also assign either SFI 25 CALL FORWARD outside-Local or SFI 26 CALL
FORWARD outside-Long Distance. Assign SFI = 151 when CALL FORWARDING - OUTSIDE is
performed, RSC of the forwarding station is used.
STEP 5: ARRC - Allow a trunk-to-trunk connection between the incoming trunks and the outgoing trunks that
will be involved with this application. The incoming trunks include calls extended by the Attendant
Console and DID calls. The outgoing trunks would be DDD or trunks seized when using SPEED
CALLING - GROUP [S-23] or SPEED CALLING - SYSTEM [S-3]. If LCR is used, allow trunk-totrunk connection to the outgoing LCR flag route, usually Route 31.
STEP 6: AKYD - For Dterm sets, CALL FORWARDING - OUTSIDE may be assigned to a programmable line/
feature key. Assign Type:Function:CALL FORWARDING-ALL CALLS [2].
STEP 7: ADSL - Assign SN=1 (Originating; DT Connection) and FKY=2 (Call Forwarding - All Calls; FDA).
STEP 8: ATNR - Allow tenant-to-tenant connection for inter- and intra-tenant connections. TRI = 1. For this
feature to be set by the Attendant Console, assign inter- and intra-tenant connection via the Attendant
Console, TRI = 3.
STEP 9: AMND - Local outgoing Destination Codes (DC) must be programmed to allow local outgoing calls
such as 92, 93, 94, etc.
STEP 10: ACFS - Call Forwarding can also be assigned, displayed, or deleted by this command.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ANPDL - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
STEP 2: ASPAL - Assign an access code to CALL FORWARDING - ALL CALLS [C-5] set SID = 8, and to
CALL FORWARDING - ALL CALLS [C-5] cancel SID = 9. Assign Connection Status Index (CI) for
Normal (N) service.
STEP 3: ARRCN - Allow a trunk-to-trunk connection between the incoming trunks and the outgoing trunks
that will be involved with this application. The incoming trunks include calls extended by the
Attendant Console and DID calls. The outgoing trunks would be DDD or trunks seized when using
SPEED CALLING - GROUP [S-23] or SPEED CALLING - SYSTEM [S-3]. If LCR is used, allow
trunk-to-trunk connection to the outgoing LCR flag route, usually Route 31.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: System timers may be set on a network basis in ASYDN.

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C-29

Call Park

General Description
This feature enables the Attendant(s) or users to “Park” calls against their own extension numbers. Calls can easily
be retrieved from any station within the system.

Operating Procedure
To park a call from the ATTENDANT CONSOLE [A-3]

1.
2.
3.

The Attendant presses the CALL PARK key; the CALL PARK number (individual Attendant number) is
automatically selected and displayed at the ATTENDANT CONSOLE [A-3].
The Attendant receives service set tone.
The Attendant presses either the RELEASE or CANCEL key.

To retrieve a parked call from any station within the system

1.

Dial the CALL PARK remote retrieval code and the individual Attendant number that has parked a call;
the parked call is reconnected.
Note: An Attendant cannot retrieve a parked call.
To park a call from a station

1.
2.
3.

Momentarily press the switch hook; receive special dial tone.
Dial the CALL PARK access code; receive service set tone.
Replace the handset.

To retrieve a parked call from the originating station

1.

Dial the CALL PARK local retrieval code; the parked call is reconnected.

To retrieve a parked call from a different station

1.

Dial the CALL PARK remote retrieval code and the number of the station that parked the call; the parked
call is reconnected.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.

Calls parked by a station are automatically parked on that station's extension number. The My-line number
is used for a Dterm.
CALL PARK may be activated only during calls involving two parties.
The system provides one Attendant CALL PARK number for each Attendant. The individual Attendant
number is the CALL PARK number. See INDIVIDUAL ATTENDANT ACCESS [I-6].
A station or Attendant can only park one call at a time. If a station or Attendant attempts to park a second
call, reorder tone will be heard.
This feature may be assigned to stations via CLASS OF SERVICE - INDIVIDUAL [C-15] programming
in system data.
The dedicated key (for parking calls) on the Attendant Console is located between the HOLD and Busy
Verification (BV) keys. An Attendant cannot use a CALL PARK access code.
A user can park a call only by dialing a CALL PARK access code.
Stations can originate and receive calls while having a call parked.
The following features cannot be activated to a station that has set CALL PARK:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]

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Service Conditions (cont’d)

10.
11.
12.
13.

14.

15.
16.
17.

BUSY VERIFICATION
[B-3]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-1D]
A station in an ATTENDANT-CONTROLLED CONFERENCE [A-2] cannot be parked.
There is no limit to the number of calls that can be parked simultaneously within a system.
A parked call will recall to the station that has set the CALL PARK. The recall timer is preprogrammed
into system data. A call parked by the Attendant will not recall.
CALL PARK is denied for the following station status:
ATTENDANT OVERRIDE
[A-7]
[B-5D]
BOSS-SECRETARY OVERRIDE - Dterm
BUSY VERIFICATION
[B-3, B-9]
CALL TRANSFER
[C-10, C-11, C-11D]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
CONSULTATION HOLD - ALL CALLS
[C-17, C-58]
DATA LINE SECURITY
[D-12, D-66]
DIAL ACCESS TO ATTENDANT
[D-2, D-71]
EXCLUSIVE HOLD - Dterm
[E-4D]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-8]
NON-EXCLUSIVE HOLD - Dterm
[N-7D]
PRIVACY RELEASE
[P-18]
THREE-WAY CALLING
[T-2]
VOICE CALL
[V-2, V-7]
CALL PARK is denied for the following Attendant Console status:
ATTENDANT OVERRIDE
[A-7]
BUSY VERIFICATION
[B-3]
CALL TRANSFER - ATTENDANT
[C-10]
Call on Hold
THREE-WAY CALLING
[T-2]
An Attendant Console cannot be parked.
A CALL PARK connection remains parked until retrieved or until the party disconnects.
It is not possible to park a call that is on the “DEST” side of the Attendant connection. It must be on the
“SRC” side of the Attendant Console.

Interactions
Only calls directly terminated to the Attendant Console can be parked. This includes calls transferred to the
Attendant from another station or Attendant Console.

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Programming
STEP 1:

ASYD - System Data 1, Index 142. For CALL PARK recall, the Miscellaneous Timer Counter is
assigned in bits 0-3. The Timer Class is assigned in bits 4-6. Timer Class of 3=2 seconds. Timer
Counter of 4=30 seconds.
TC = 3: 2 Second Increments
TC = 4: 30 Second Increments
Misc. Timer Counter
Timer Class

STEP 2:
STEP 3:

STEP 4:

STEP 5:

System Data 2, Index 1, bit 0 & 1. CONSULTATION HOLD - ALL CALLS [C-17] allowed or
denied. 00: Denied; 01: Originating and Terminating Calls allowed, Tandem Call Denied; 11: All calls
allowed.
ANPD - Reserve a number level for feature access and retrieval. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to:
CALL PARK access code, SRV = SSC (Service Code), SID = 61, Connection Index of Hooking (H),
CI = H.
CALL PARK local retrieval code, SRV = SSC (Service Code), SID = 62, Connection Index of Normal
(N).
CALL PARK remote retrieval code, SRV = SSC (Service Code), SID = 63, NND = number of digits in
the access code, and assign a Connection Index of Normal (N).
ASFC - Assign a Service Feature Class that allows SFI 67 to the applicable stations. This allows the
station to park a call and to retrieve a parked call. Assign stations a Service Feature Class that allows
SFI 68, CALL PARK called. This allows a station to be parked by another station or Attendant
Console.
ASAT - This command must be assigned to designate a specific station number to the Attendant
Console. This number is used to identify the Attendant Console when parking a call.

FCCS Programming

STEP 1:
STEP 2:

STEP 3:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
ANPDL - Reserve a number level for feature access and retrieval. Assign for Normal (N), Hooking
(H), and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPAL - Assign an access code to:
CALL PARK access code, SRV = SSC (Service Code), SID = 61, FPC = “x”, Connection Index of
Hooking (H), CI = H.
CALL PARK local retrieval code, SRV = SSC (Service Code), SID = 62, FPC = “x”, Connection
Index of Normal (N).
CALL PARK remote retrieval code, SRV = SSC (Service Code), SID = 63, FPC = “x”, NND =
number of digits in the access code, and assign a Connection Index of Normal (N).
ASATN - This command must be assigned to designate a specific station number to the Attendant
Console. This number is used to identify the Attendant Console when parking a call.

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Call Park

FCCS Programming (cont’d)
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required

in addition to ASYDL or ASYDN.
Note 2: System timers may be set on a network basis in ASYDN.

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C-30

Call Pickup - Direct

General Description
This feature allows a user to pick up a call to any other station in the system by dialing a specific CALL PICKUPDIRECT code.

Operating Procedure
To pick up an incoming call

1.
2.
3.

Lift the handset; receive dial tone.
Dial the CALL PICKUP - DIRECT code; receive special dial tone.
Dial the specific telephone number to be picked up; incoming call is connected to user station.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.

This feature is provided on a per-line basis, based on the station CLASS OF SERVICE - INDIVIDUAL
[C-15].
A station in a fully restricted class cannot answer a central office incoming call using CALL PICKUP DIRECT.
If the ringing call is a result of CALL BACK [C-1], CALL HOLD [C-6] recall, or OUTGOING TRUNK
QUEUING [O-2] recall, it cannot be picked up by any station.
This feature cannot be accessed from the ATTENDANT CONSOLE [A-3].
The stations in this procedure can belong to the different TENANT [T-12] groups. A TN2 can pick up a
TN1 call.
A busy station can accomplish CALL PICKUP - DIRECT by placing an existing call on CALL HOLD
[C-6].
CALL PICKUP - DIRECT cannot be accessed while in the CONSULTATION HOLD-ALL CALLS [C17] mode.
When a station holds a call (CALL HOLD) terminated through FCCS link, the station cannot pick up a
call.
When both the calling station and the station that will pick up a call hold the call, if one of the held calls
is terminated through FCCS link, the station cannot pick up the call.
The call terminated through FCCS link cannot be picked up from the other station in the system by dialing
the Physical Station Number.

Interactions
1.
2.

After answering via CALL PICKUP-DIRECT, the CALL TRANSFER-ALL CALLS [C-11] feature can
be used.
A STATION MESSAGE DETAIL RECORDING [S-10] CALL PICKUP-DIRECT record is created
showing the station dialing the CALL PICKUP-DIRECT code and the call picked up.

Programming
STEP 1:

ASYD - System Data 2, Index 1, bits 0 & 1. CONSULTATION HOLD-ALL CALLS [C-17] allowed
or denied. 00: Denied; 01: Originating and Terminating Calls allowed, Tandem call Denied; 11: All
calls allowed.

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Call Pickup - Direct

Programming (cont’d)
STEP 2:
STEP 3:
STEP 4:

ANPD - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B).
ASPA - Assign an access code to CALL PICKUP-DIRECT, SRV = SSC (Service Code), SID = 35 for
Connection Status Index (CI) of Normal (N).
ASFC - Assign a Service Feature Class that allows SFI 29 to the stations.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B).
STEP 2: ASPAL - Assign an access code to CALL PICKUP-DIRECT, SRV = SSC (Service Code), SID = 35
for Connection Status Index (CI) of Normal (N).
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Call Waiting - Originating

C-31

C-31

Call Waiting - Originating

General Description
This feature provides selected stations with Camp-On capability to a busy internal station.

Operating Procedure
To activate

1.
2.
3.

Dial the desired telephone number; receive busy tone.
Switch hook flash, receive special dial tone, dial the CALL WAITING - ORIGINATING code; or press
the CW key on the Dterm.
Receive Call Waiting ringback tone. Call Waiting Tone (3 beeps) is sent to the busy station.

OR

1.
2.
3.

Dial the CALL WAITING - ORIGINATING access code; receive dial tone.
Dial the desired telephone number.
If the called station is busy, CALL WAITING - ORIGINATING is automatically set; receive Call Waiting
ringback tone. Call Waiting Tone (3 beeps) will be sent to the busy station.
Note: Soft key can be used for the Dterm Series E.
To answer

1.
2.
3.
4.

Call Waiting Tone is heard during a call in progress.
Switch hook flash, or press the ANSWER key on the Dterm to hold the existing call.
The CALL WAITING - ORIGINATING call is automatically connected.
Another switch hook flash or pressing the ANSWER key can be used to return to the original call, and the
second call will be held.

1.
2.
3.

Call Waiting Tone is heard during the call in progress.
The called station hangs up; priority ringing is sent.
Lift the handset to answer.

OR

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.

Once CALL WAITING - ORIGINATING is activated to a given station, other stations attempting CALL
WAITING - ORIGINATING to this station will receive reorder tone.
Call Waiting Tone is 3 bursts, 200 ms ON and 200 ms system data. The repetition rate can be programmed
in system data.
Periodic Call Waiting tone can be eliminated by system data programming on a per-tenant basis.
The ability to activate this feature must be assigned in the call originators CLASS OF SERVICE INDIVIDUAL [C-15] programming.
CLASS OF SERVICE - INDIVIDUAL [C-15] for the called station must be programmed for CALL
WAITING - TERMINATING [C-12].
There is no limit to the number of stations that may access this feature simultaneously.
CALL WAITING - ORIGINATING is denied when the called station is connected to the ATTENDANT
CONSOLE [A-3].
CALL WAITING - ORIGINATING can be set only if the called station is busy on a two-party call with
another station or trunk.

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Call Waiting - Originating

Service Conditions (cont’d)
9.
10.
11.
12.
13.
14.
15.
16.
17.
18.

19.

20.

Page 214

When the called station goes on-hook, the Call Waiting ringback tone changes to normal ringback tone to
the calling station.
CALL WAITING-ORIGINATING cannot be activated while in CONSULTATION HOLD [C-17] mode.
CALL WAITING-ORIGINATING cannot be used in conjunction with DIAL ACCESS TO
ATTENDANT [D-2].
CALL BACK [C-1] activation is denied if a call is waiting at the calling or called station line.
If a station has set CALL FORWARDING [C-2, 3, 5], a call will wait at the target station if CALL
WAITING - TERMINATING is provided via CLASS OF SERVICE [C-15].
CALL WAITING - TERMINATING [C-12] at the called station can be restricted by CLASS OF
SERVICE [C-15]. In this case, the calling station receives busy tone and can set CALL BACK [C-1].
ATTENDANT CAMP-ON [A-1] Tone is 1-burst tone and Call Waiting Tone from the incoming trunk
call is 2-burst tones to the busy station.
EXECUTIVE RIGHT-OF-WAY [E-1] is denied a two-party connection that has a call waiting.
STATION HUNTING [S-7, 8, 9] takes precedence over Call Waiting.
Priority ringing is:
0.4 sec. ON
0.2 sec. OFF
0.8 sec. ON
0.2 sec. OF
0.4 sec. ON
0.4 sec. OFF
These features are denied if a call is waiting at the calling or called station:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
[B-5D]
BOSS-SECRETARY OVERRIDE - Dterm
BUSY VERIFICATION
[B-3]
CALL BACK
[C-1]
CALL TRANSFER
[C-10, C-11, C-11D]
CALL WAITING - TERMINATING
[C-12]
DIAL ACCESS TO ATTENDANT
[D-2]
EXCLUSIVE HOLD - Dterm
[E-4D]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-8]
[N-7D]
NON-EXCLUSIVE HOLD - Dterm
PRIVACY RELEASE
[P-18]
THREE-WAY CALLING
[T-2]
CALL WAITING - ORIGINATING cannot be activated if the target station has accessed, entered, or is
engaged in any of the following features or modes:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
BOSS-SECRETARY OVERRIDE - Dterm
[B-5D]
BUSY VERIFICATION
[B-3, B-9]
CALL BACK
[C-1]
CALL HOLD
[C-6, C-6D]
CALL TRANSFER
[C-10, C-11, C-11D]
CALL WAITING - TERMINATING
[C-12]
CONSULTATION HOLD - ALL CALLS
[C-17, C-17D]
DATA LINE SECURITY
[D-12]
DATA PRIVACY ON DEMAND
[D-17]
DIAL ACCESS TO ATTENDANT
[D-2, D-71]
DICTATION ACCESS
[D-3]

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Service Conditions (cont’d)

21.

EXCLUSIVE HOLD - Dterm
[E-4D]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-8]
NON-EXCLUSIVE HOLD - Dterm
[N-7D]
OFF-HOOK QUEUING
[O-7]
OUTGOING TRUNK QUEUING
[O-2, O-2D]
term
PRIVACY - D
[P-14D]
PRIVACY RELEASE
[P-18]
THREE-WAY CALLING
[T-2, T-2D]
VOICE CALL - Dterm
[V-2D]
The following service features take precedence over CALL WAITING - ORIGINATING:
CALL FORWARDING - ALL CALLS
[C-5]
CALL FORWARDING - BUSY LINE
[C-3]
STATION HUNTING - CIRCULAR
[S-7]
STATION HUNTING - SECRETARIAL
[S-8]
STATION HUNTING - TERMINAL
[S-9]

Interactions
1.
2.

3.

When Station A directs the second CALL WAITING-ORIGINATING to a given station, Station A will
receive reorder tone.
A CALL WAITING-ORIGINATING call is answered by flashing the switch hook of a single-line set or
pressing the ANSWER or TRANSFER keys of a Dterm. CALL TRANSFER-ALL CALLS [C-11] is not
allowed. If the TRANSFER key on a Dterm or the switch hook is flashed on a single-line set, the
SPLITTING-D term [S-4D] feature is being used.
CALL WAITING-ORIGINATING is denied toward a TIE Line.

Programming
STEP 1:

ASYD - System Data 1, Index 152. Interval for CALL WAITING-ORIGINATING. Indication Tone
to be sent to the destination telephone. Timer Class 3 = 2 seconds. MTC x TC = Interval for CALL
WAITING-ORIGINATING. MTC assigned in hexadecimal to Bits 0-3 of this Index. Default value is
10 seconds.
Example: Data 36H is assigned.
2 x 6 = 12 second intervals
TC x MTC = Timer
System Data 2, Index 10, Bit 4. Is CALL WAITING-ORIGINATING access code to be dialed before
the station number? This will activate the feature automatically upon encountering a busy station. 0/1:
No/Yes.
Note: Index 10, Bits 4 and 6 are mutually exclusive. Once Bit 6 is assigned data “1”, Bit 4 is not needed.
System Data 2, Index 10, Bit 6. Should CALL WAITING-ORIGINATING operation be automatic
upon encountering a busy station? If yes, no access code is required for operating the feature. 0/1: No/
Yes. Assign on a per-tenant basis.
System Data 2, Index 10, Bit 7. Should the Warning Tone set in System Data 1, Index 152 be
periodically sent? 0/1: No/Yes.
System Data 3, Index 3, Bit 5. Enable ringer pattern 5.
System Data 3, Index 7. Default data provides for four seconds ON, two seconds OFF for
DISTINCTIVE RINGING [D-10].

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Call Waiting - Originating

Programming (cont’d)
STEP 2:
STEP 3:
STEP 4:

STEP 5:
STEP 6:

ANPD - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL WAITING-ORIGINATING, SRV = SSC (Service Code),
SID = 5 for Connection Status Index (CI) of Busy (B) and Normal (N).
ASFC - Assign to the stations a Service Feature Class that allows SFIs 5, 6, & 11. This allows the
ability to originate a CALL WAITING-ORIGINATING (SFI 5), to terminate a CALL WAITINGORIGINATING (SFI 6), and to receive Camp-On Tone (SFI 11).
AKYD - Optional. Assign CALL WAITING-ORIGINATING to a programmable Line/Feature key.
Assign Type:Function:CALL WAITING [4].
ADSL - SN=5 (Consultation Hold) and FKY=4 (Call Waiting; CW).
This command is used for assigning the function of each soft key.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B). Assign NND in accordance with a predetermined numbering plan.
STEP 2: ASPAL - Assign an access code to CALL WAITING-ORIGINATING, SRV = SSC (Service Code),
SID = 5 for Connection Status Index (CI) of Busy (B) and Normal (N).
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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C-33

C-33

Consecutive Dialing - Attendant

General Description
This feature gives the ATTENDANT CONSOLE [A-3] the ability to generate DTMF signals while engaged in a
station/trunk connection. These DTMF signals are generated via the dial key pad of the ATTENDANT CONSOLE
[A-3].

Operating Procedure
No manual operation is required.

Service Conditions
1.

2.
3.
4.
5.

6.

The ATTENDANT CONSOLE [A-3] can transmit DTMF signals under the following conditions:
a.) When the ATTENDANT CONSOLE [A-3] originates a trunk call while an internal station is
holding, DTMF signals can be transmitted to the trunk or station but not to both in a three-way
connection.
b.) When the ATTENDANT CONSOLE [A-3] originates a trunk call while another trunk call is on
hold, DTMF signals can be transmitted to either trunk but not to both in a three-way connection.
c.) When the ATTENDANT CONSOLE [A-3] originates an internal station call while holding a
station or trunk, DTMF signals can be transmitted to either station or trunk but not to both in a
three-way connection.
d.) When the ATTENDANT CONSOLE [A-3] originates/answers an internal station or trunk call
and remains engaged in the connection. If the START key is pressed, DTMF signals cannot be
transmitted from the ATTENDANT CONSOLE [A-3] (even when DTMF signal sending is
selected in the system data).
All digits (DTMF signals) generated by the ATTENDANT CONSOLE [A-3] will not appear on the
ATTENDANT CONSOLE [A-3] display.
Additional digits can be dialed after the trunk soft-hold timer has timed out or after the trunk answer signal
has been received.
If the ATTENDANT CONSOLE [A-3] overrides a connection between a station/trunk and a station/trunk,
the ATTENDANT CONSOLE [A-3] may generate DTMF signals.
After answering any of the following calls: the Attendant can send DTMF signal to the calling party by
pressing key pad while connected with the call; or the Attendant can hold the answered call and transfer
it to a specific destination. Either function can be selected through the system data.
Ring-down
Operator call
Individual Attendant Call
Listed Directory Number
Recall
CALL FORWARDING [C-2, 3, 5] to Attendant
OFF-HOOK ALARM [O-6]
CALL FORWARDING - INTERCEPT [C-25] to Attendant
PRIORITY CALL [P-9]
CCIS Incoming Call
HOUSE PHONE [H-2] (Hot Line)
If the Attendant answers an incoming call transferred from one ATTENDANT CONSOLE to another, by
INTER-POSITION TRANSFER [I-5], DTMF signals cannot be generated from the ATTENDANT
CONSOLE on which the transferred call has been answered.

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Consecutive Dialing - Attendant

Programming
ASYD - System Data 1, Index 229, Bit 2. DTMF signal sending with the keypad pressed after the
attendant has answered an incoming call 0/1: Out/In Service.
System Data 3, Index 11. Assign a Miscellaneous Timer counter for the duration of the DTMF Sender
Tone. 128ms X (PBST + 1) = Duration of Sender Tone. Maximum value is 2.048 seconds.
7

6

5

4

3

2

1

0

PBST

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Called Number Display - Attendant

C-59

C-59

Called Number Display - Attendant

General Description
If a call is transferred to the ATTENDANT CONSOLE [A-3] as a result of:
DO NOT DISTURB
[D-11]
CALL FORWARDING - ALL CALLS
[C-5]
CALL FORWARDING - BUSY LINE
[C-2]
CALL FORWARDING - DON'T ANSWER
[C-3]
CALL FORWARDING - INTERCEPT/ ANNOUNCEMENT [C-25]
Information pertaining to the called station is displayed on the Attendant Console.

Operating Procedure
1.

2.

The Attendant answers an incoming call.
a.) The DEST lamp lights.
b.) The Called telephone number is displayed.
The Attendant presses the SRC button.
a.) The DEST lamp goes off, and the SRC lamp lights.
b.) Either the calling party's tenant number is displayed, or RSC number and telephone number are
displayed.

Service Conditions
1.

2.
3.

4.
5.

This service is effective when a station-to-station call or a DID call
Console as a result of:
DO NOT DISTURB
CALL FORWARDING - ALL CALLS
CALL FORWARDING - BUSY LINE
CALL FORWARDING - DON'T ANSWER
CALL FORWARDING - INTERCEPT/ANNOUNCEMENT

has been routed to an Attendant

[D-11]
[C-5]
[C-2]
[C-3]
[C-25] and is answered by the
Attendant.
If the Attendant presses the SRC button while the called telephone number is displayed, the display
changes to the number of the calling party. The called telephone number cannot be displayed again.
While the called telephone number is displayed, the Attendant can transfer the call to a desired station by
keying the destination number on the keypad. In this case, the called telephone number of that call cannot
be displayed again.
While the called telephone number is displayed, the Attendant can place the call on hold by pressing the
HOLD key. The called telephone number is displayed again when the Attendant picks up the call again.
While the called telephone number is displayed, the Attendant can set CALL PARK [C-29] service. The
called telephone number cannot be displayed again.

Programming
ASYD - System Data 1, Index 70, Bit 0. Called Number Display when Call Forwarding to ATTCON
0/1: Out/In Service.

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C-60

Call Forwarding - Busy Line - Outside

C-60

Call Forwarding - Busy Line - Outside

General Description
This feature allows a call that originates from a station or trunk, and is destined for a station to be routed to another
station outside the NEAX2400 IPX via the appropriate trunk line. This service feature can also be activated from a
Dterm multi-line.

Operating Procedure
To set

1.
2.

Lift the handset; receive dial tone.
Dial the CALL FORWARDING - BUSY LINE - OUTSIDE access code (same as CALL FORWARDING
- BUSY LINE [C-2]); receive special dial tone.
Dial the desired target telephone number (or Speed Calling access code and abbreviated code). If the
ATTENDANT CONSOLE [A-3] is setting this feature, dial the access code, tenant number, originating
telephone number, and then the desired outside number; receive service set tone.

3.

To cancel

1.
2.

Lift the handset; receive dial tone.
Dial the CALL FORWARDING - BUSY LINE - OUTSIDE cancel code, (same as CALL
FORWARDING - BUSY LINE [C-2] cancel code); receive service set tone.

To set from a multi-line Dterm

1.
2.
3.
4.

Press the multi-line feature key to be used for CALL FORWARDING - BUSY LINE - OUTSIDE.
Lift the handset or press the SPEAKER key; receive dial tone.
Press CALL FORWARDING - BUSY LINE - OUTSIDE feature key; receive special dial tone.
Dial the desired target number (or Speed Calling access code and abbreviated code); receive service set
tone. The LED will light. The LCD displays:
FORWARD SET
(Time Display)

5.
6.

Replace the handset or press the SPEAKER key.
The LED of the associated feature key lights on the D term for which this multi-line is the MY Line.

To monitor from a Dterm MY Line

1.
2.
3.

Press the multi-line key of the station CALL FORWARDING - BUSY LINE - OUTSIDE is to monitor.
Press CALL FORWARDING - BUSY LINE - OUTSIDE feature key.
The LCD displays:
Target Number*
FORWARD

Note:

XXXXXXXX
(Time Display)

*An entered abbreviated number is translated into the forwarding number and the first eight digits are
displayed even if a maximum of 24 digits can be stored.

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Operating Procedure (cont’d)
To cancel from a multi-line Dterm

1.
2.
3.

Press the multi-line key of the station to which CALL FORWARDING - BUSY LINE-OUTSIDE is to be
cancelled.
Lift the handset or press the SPEAKER key; receive dial tone.
Press the CALL FORWARDING - BUSY LINE - OUTSIDE feature key; receive service set tone. The
LED of the associated feature key will go out. The LCD displays:
FORWARD CANCEL
(Time Display)

4.

Replace the handset or press the SPEAKER key.

Service Conditions
1.
2.
3.
4.
5.
6.

7.
8.
9.

CALL FORWARDING - BUSY LINE - OUTSIDE may be set or cancelled by either a user or the
ATTENDANT CONSOLE [A-3].
Stations may be assigned this feature via CLASS OF SERVICE - INDIVIDUAL [C-15] programming in
system data.
CALL FORWARDING - BUSY LINE - OUTSIDE data remains in the data memory, even if the system
is reinitialized or in the event of a power failure.
A maximum of 24 digits, including trunk access code, can be stored.
For CALL FORWARDING - BUSY LINE - OUTSIDE, Speed Call List numbers may be programmed as
the destination telephone number. This permits the sent digits to exceed the 24-digit maximum.
When using this feature, either the calling station or the forwarding station is recorded by SMDR [S-10]
as the originating station of calls forwarded. The selection between the above stations is determined
through system data.
CALL FORWARDING - BUSY LINE - OUTSIDE can be restricted by the RSC of the originating station.
ROUTE PEG COUNT [P-7] is used for CALL FORWARDING - BUSY LINE - OUTSIDE.
This feature can be restricted according to the Dterm MY Line service restriction class. Incoming CALL
FORWARDING - BUSY LINE - OUTSIDE calls to the Dterm multi-line cannot be transferred if the
service restriction class of the D term MY Line restricts this feature.
DTERM MY LINE
SERVICE
RESTRICTION CLASS

DTERM MULTI-LINE
SERVICE
RESTRICTION CLASS

ACTIVATION FROM
DTERM MULTI-LINE

Non-Restricted

Non-Restricted

Possible

REMARKS

Restricted
Restricted

Non-Restricted

Not Possible

Restricted
10.
11.

There is no limit to the number of stations which may activate this feature simultaneously.
Restriction for outgoing connection by CALL FORWARDING - BUSY LINE - OUTSIDE are as follows:
a.) When originating a call from a station, Route Restriction data assignment is verified when this
service is in effect.

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C-60

Call Forwarding - Busy Line - Outside

Service Conditions (cont’d)

12.

13.

14.

15.

16.

b.) When originating a call from a trunk Restriction for Tandem connections between the incoming
trunk and the outgoing trunk selected for the call where CALL FORWARDING - BUSY LINE
service occurs.
When a caller places a call via OGCA (Outgoing Call Alternative) and when the first outgoing route and
the calling party are restricted, this service cannot be set. In this case, the service can be set via the
following procedure:
a.) assign a dummy route,
b.) clear the restriction between the dummy route and all the stations, and
c.) assign the dummy route as the first route of OGCA.
When a destination of CALL FORWARDING - ALL CALLS - OUTSIDE has already been assigned,
even if the feature is restricted by the new office data or changing of Day/Night mode, the assigned data
can still be used or cancelled.
This feature allows a call to terminate to a trunk outside of the FCCS network. Accordingly, the access
code + office code or the access code including office code is required before dialing the telephone number
to recognize the terminating node.
When the incoming call is forwarding to the public network, be sure to add the outgoing access code +
destination area code or the outgoing access code including destination area code number before dialing
subscriber number.
A call can be forwarded to a trunk in the remote node via FCCS link.

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:

STEP 5:
STEP 6:

STEP 7:

Page 222

ASYD - System Data 1, Index 5, Bit 0. Are access codes for CALL FORWARDING-BUSY LINE and
CALL FORWARDING-DON’T ANSWER the same or separate? 0/1: Same/Separate.
System Data 1, Index 69, Bit 7, and System Data 1, Index 5, Bits 1~3 for MULTIPLE CALL
FORWARDING.
ANPD - Reserve a number level for feature access and cancel. Assign Connection Index, CI = N, H,
B; Normal, Hooking, and Busy (applicable to any feature assigned to this level). Assign NND in
accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL FORWARDING-BUSY LINE Entry, SID = 10 and to CALL
FORWARDING-BUSY LINE Cancel, SID = 11. Assign Connection Status Index (CI) for Normal (N)
service.
ASFC - Assign the stations to receive CALL FORWARDING-BUSY LINE a Service Feature Class
that allows SFI = 9.
Assign either SFI 25 CALL FORWARD outside-Local or SFI 26 CALL FORWARD OUTSIDE-Long
Distance. And assign SFI = 151 when CALL FORWARDING-OUTSIDE is performed, RSC of the
forwarding station is used.
AKYD - For Dterm sets, CALL FORWARDING-BUSY LINE may be assigned to a programmable
line/feature key. Assign Type:Function:CALL FORWARDING-BUSY LINE [1].
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) = 1. For this feature to be set by the Attendant Console assignment, assign TRI
= 3 for Inter and Intra-Tenant connection via the Attendant Console. This allows a station in one tenant
to be Call Forwarded to a station in the same or different tenant. Also assign TRI = 0, station-to-station
calling.
ACFO - For tenant-wide CALL FORWARDING-BUSY LINE of an incoming DID and DIT calls,
assign CF = 1 for a destination (CFI) of either the Attendant Console or station.

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FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ANPDL - Reserve a number level for feature access and cancel. Assign Connection Index, CI = N, H,
B; Normal, Hooking, and Busy (applicable to any feature assigned to this level). Assign NND in
accordance with a predetermined numbering plan.
STEP 2: ASPAL - Assign an access code to CALL FORWARDING-BUSY LINE Entry, SID = 10 and to
CALL FORWARDING-BUSY LINE Cancel, SID = 11. Assign Connection Status Index (CI) for
Normal (N) service.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: System timers may be set on a network basis in ASYDN.

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C-62

Consecutive Speed Calling - System

C-62

Consecutive Speed Calling - System

General Description
This feature allows a user to call frequently dialed DID numbers using fewer digits (abbreviated call codes) than
would normally be required. The stored digits would include route access code, area code and office code. The caller
would then manually enter the called telephone number.

Operating Procedure
1.
2.
3.

Dial the Speed Calling access code (1 to 3 digits).
Dial the abbreviated call code (maximum of 4 digits).
Dial the 4 digit telephone number. The call is completed.

Service Conditions
1.
2.
3.
Note:

4.
5.
6.
7.
8.
9.
10.

SPEED CALLING codes programmed in system data are accessible to all stations with a CLASS OF
SERVICE - INDIVIDUAL [C-15] that allows CONSECUTIVE SPEED CALLING-SYSTEM.
Each abbreviated call code can consist of a maximum of 24 digits, including access codes.
The maximum number of CONSECUTIVE SPEED CALLING - SYSTEM codes that can be stored in the
system is 1,000.
The capacity depends on the system configuration due to memory requirements.
Speed Calling numbers are programmed via system data entry on the MAINTENANCE
ADMINISTRATION TERMINAL (MAT) [M-18].
Stations may be denied access to Speed Calling via CLASS OF SERVICE - INDIVIDUAL assignment in
system data. Speed Calling may also be allowed or denied on a system or tenant basis.
TOLL DENIAL/TOLL DIVERSION [T-6] and TOLL RESTRICTION - 3/6-DIGIT [T-7] may be applied
to Speed Calling, if desired.
LEAST COST ROUTING - 3/6-DIGIT [L-5] may be provided for Speed Calling access.
This feature cannot be used for an outgoing call that uses OUTGOING TRUNK QUEUING [O-2].
CONSECUTIVE SPEED CALLING-SYSTEM may not be accessed via CONSULTATION HOLD.
Digits dialed after the abbreviated call codes are not recorded on SMDR.

Programming
STEP 1:

STEP 2:

Page 224

ASYD - System Data 1, Index 93, bit 3. Tenant Data 0/1: Separate/Common
System Data 2, Index 1, bit 4, 5 Toll Restriction
b5
b4
0
0: Toll Denial (ROT connection)
0
1: Toll Diversion (Terminated to Attendant Console)
1
0: 1
1: ANPD - Reserve a number level for feature access. Assign Connection Indexes of Normal (N),
Hooking (H), and Busy (B). Assign NND in accordance with a predetermined numbering plan.

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Programming (cont’d)
STEP 3:

ASPA - Assign an access code to SPEED CALLING-SYSTEM, assign SRV = SSC (Service Code),
SID = 15. Program for Normal (N). NND = Access code plus Abbreviated Digit Code (ADC). See
ASPD. For example:
6 + 010
1 digit + 3 digits = NND = 4
STEP 4: ASFC - Assign a Service Feature Class that allows SFI 12 to stations that will have SPEED
CALLING-SYSTEM.
STEP 5: ASPD - Assign the Tenant Number, ADC, and CD. For details, see the NEAX2400 IPX Command
Manual. Note
Note: Enter the necessary numbers of letter “M(s)” instead of the digits for the station number.
Example: If the destination numbers are:
9 3300 1111 ~ 9 3300 9999
4 digits
4 digits
The required number and letter “Ms” to be assigned in the CD is: 9 3300 MMMM
4 digits (4Ms)

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C-69

Call Forwarding - All Calls - Announcement

Call Forwarding - All Calls - Announcement

General Description
This feature permits all calls destined for a particular station to be routed to a recorded announcement. Activation
and cancellation may be accomplished by either the individual user or the ATTENDANT CONSOLE [A-3].

Operating Procedure
To activate from an individual station

1.
2.
3.

Lift the handset; receive dial tone.
Dial the CALL FORWARDING - ALL CALLS - ANNOUNCEMENT access code (same as CALL
FORWARDING - ALL CALLS [C-5]); receive special dial tone
Dial the desired announcement trunk access code (same as ANNOUNCEMENT SERVICE [A-15]);
receive service set tone.

To cancel from an individual station

1.
2.

Lift the handset; receive dial tone.
Dial the CALL FORWARDING - ALL CALLS - ANNOUNCEMENT cancel code (same as CALL
FORWARDING - ALL CALLS [C-5]); receive service set tone.

Service Conditions
1.

2.
3.
4.
5.
6.
7.
8.
9.

Page 226

This service feature requires one of the following hardware alternatives:
a.) Central Office Trunk (COT) or TIE Line Trunk (TLT) and an announcement machine.
b.) Digital Announcement Trunk (DAT).
Stations with this feature set may originate calls and access the CALL FORWARDING - ALL CALLS ANNOUNCEMENT cancellation code.
Stations activating CALL FORWARDING - ALL CALLS - ANNOUNCEMENT can be restricted from
placing any calls, except to the Attendant, depending upon system data.
There is no limitation to the number of stations which can simultaneously set CALL FORWARDING ALL CALLS - ANNOUNCEMENT.
Stations may be assigned this feature via CLASS OF SERVICE - INDIVIDUAL [C-15] programming in
system data.
For CALL FORWARDING - ALL CALLS - ANNOUNCEMENT, announcement trunk access numbers
may be programmed as the destination number.
When a call is directed to a forwarded station, one burst of ringing signal will be sent to the station to
indicate that it is call forwarded.
Call forwarding data remains programmed, even if the system is reinitialized or a power failure occurs.
CALL FORWARDING - ALL CALLS - ANNOUNCEMENT can be provided for a maximum of 127
trunks, which include the announcement trunks for:
ANNOUNCEMENT SERVICE
[A-15]
ANNOUNCEMENT SERVICE - ATTENDANT
[A-59]
CALL FORWARDING - INTERCEPT /ANNOUNCEMENT [C-25]

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Service Conditions (cont’d)
10.

11.

This service feature is available with the following connections:
DIRECT INWARD DIALING (DID
[D-8]
DIRECT-IN TERMINATION (DIT)
[D-7]
STATION-TO-STATION CALLING
[S-11]
Station calls from a TIE Line Trunk
When a designation of CALL FORWARDING - ALL CALLS - ANNOUNCEMENT has already been
assigned, even if the feature is restricted by the new office data or changing of Day/Night mode, the
assigned data can still be used or cancelled.

Programming
Call Forwarding-All Calls

STEP 1:

STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:
STEP 7:

ASYD - System Data 1, Index 4, Bit 6. One burst of ringing at forwarding station when CALL
FORWARDING-ALL CALLS [C-5] is in service? 0/1: No/Yes. (For a single line station only).
System Data 1, Index 69, Bit 1. A burst of ringback tone to alert the person receiving a call that this is
a CALL FORWARDING-ALL CALLS [C-5] call. In service? 0/1: No/Yes. Normally assigned as data
“0”.
System Data 2, Index 6, Bit 4. enable station set for CALL FORWARDING-ALL CALLS [C-5] be
allowed to use their phones normally. If data “0” is assigned, the station will only be able to call the
Attendant Console. Assign on a per-tenant basis.
ANPD - Reserve a number level for service feature access and cancel. Assign for Normal (N),
Hooking (H), and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL FORWARDING-ALL CALLS [C-5] entry SID = 8, and to
CALL FORWARDING-ALL CALLS [C-5] cancel SID = 9. Assign Connection Status Index (CI) for
Normal (N) service.
ASFC - Assign the stations to activate CALL FORWARDING-ALL CALLS [C-5] a Service Feature
Class that allows SFI = 7.
AKYD - For Dterm sets, CALL FORWARDING-ALL CALLS [C-5] may be assigned to a
programmable line/feature key. Assign Type:Function:CALL FORWARDING-ALL CALLS [2].
ADSL - Assign SN=1 (Originating; DT Connection) and FKY=2 (Call Forwarding - All Calls; FDA).
This command is used for assigning the function for each soft key.
ATNR - Allow tenant-to-tenant connection for Inter and Intra-Tenant connections. Assign Tenant
Restriction Index (TRI) = 1. For this service feature to be set by the Attendant console, assign Inter and
Intra-Tenant connection via the Attendant Console TRI = 3. Also allow TRI = 0, station-to-station
calling.

Announcement Service

STEP 1:
STEP 2:
STEP 3:

ANPD - Reserve a number level for Trunk, Access. Assign for Connection Indexes for Normal (N)
and Hooking (H). Assign NND values in accordance with a predetermined numbering plan.
ASPA - Assign an access code to the announcement trunk. Assign SRV = ANNC (Announcement
Service) and the EQP number assignment should be as assigned with the AAED command.
ARTD - Assign the announcement route as shown below. Be sure to provide Privacy by programming
CDN 44:PRV as data “1”.
RT:1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:1
7-L/T
:1
8-RLP
:2
15-LSG
:4

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Programming (cont’d)
STEP 4:
STEP 5:
STEP 6:
STEP 7:
STEP 8:

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ATRK - Assign the LENs. Announcement Trunk Route Number, Trunk Number, and Tenant Number.
Assign one or more trunks to a specific route used to connect to an announcement machine.
MBTK - Assign the Make Idle status to the announcement trunk.
ADSL - Assign SN=1 (Originating; DT Connection) and FKY=2 (Call Forwarding - All Calls; FDA).
This command is used for assigning the function for each soft key.
ARRC - If a TIE Line, DID or REMOTE ACCESS TO PBX [R-2] connection to the Announcement
Service trunk is required, allow trunk-to-trunk connection using ARI-D-RES, Direct Connection.
AAED - Used to assign announcement equipment.
Assign:
TN:
Tenant Number
EQP: Announcement Equipment Number
0: Dead Level
1: Unused Number (LCR OPR not programmed)
2: Available
3: Available
4: Outgoing Trunk Group Busy Announcement
5: Available
6: Available
7: Outgoing Route Restriction Announcement
8-15: Available for ANNOUNCEMENT SERVICE [A-15] applications
RT, TK:
Route and trunk number of the trunk connected to the announcement equipment
C:
Duration of Connection, 0/1: Disconnection occurs in 30 seconds/ the connection is held
until the station releases. See the requirements of the announcement equipment.
R:
Sending RBT, 0/1: Sending RBT/Not Sending RBT. Normally assign data “0”.
A:
Answer Signal Sending, 0/1: No answer from Incoming trunk/Answer from Incoming
trunk. Normally assign data “0”. No answer signal is sent to the C.O. Therefore, calling
party will not be billed for the call.
M:
Multiple Connection 0/1: Single Connection/Multiple Connection. See the requirements
of the announcement equipment.

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C-73

Call Back - Delayed

General Description
This feature allows a station to which CALL BACK [C-1] has been set to initiate another call, within a
predetermined time period after becoming idle and before the CALL BACK [C-1] feature is activated.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.

This feature is assigned in system programming, on a system-wide basis.
The CALL BACK-DELAYED timer can be set in multiples of 2 seconds, to a maximum of 14 seconds.

Programming
ASYD - System Data 1, Index 5, Bits 4, 5, and 6 = timer; Bit 7 = Out of Service / In Service (No/Yes).
Timer as default is set at 00 = 2 seconds. Maximum delay is 14 seconds.
System Data 1, Index 139. No Answer Timer for CALL BACK. Assign 00H. (RAM data is 3FH = 30
seconds.)
System Data 2, Index 0, Bit 0. Is CALL BACK enabled on a per-tenant basis? 0/1: No/Yes.
System Data 2, Index 4, Bit 0. CALL BACK and TRUNK QUEUING access code are same or
separate? 0/1: Separate / Same.
System Data 3, Index 3, Bit 5. Enable Ringer pattern 5 for CALL BACK. See DISTINCTIVE
RINGING [D-10].
System Data 3, Index 7. Assign data 42H for four seconds ON, two seconds OFF.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
ASYDN - These data must be assigned to the NCN.
System Data 1, Index 5, b4~b6, Call Back Delayed Timer.
System Data 1, Index 5, b7, 0/1= Call Back Delayed Timer is out of service/in service.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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C-74

Call Forwarding - Don’t Answer - Outside

C-74

Call Forwarding - Don’t Answer - Outside

General Description
This feature allows a call which originates from a station or trunk, and is destined for a station, to be routed to another
station outside the NEAX2400 IPX via the appropriate trunk line. This service feature can also be activated from a
Dterm multi-line.

Operating Procedure
To set

1.
2.
3.

Lift the handset; receive dial tone.
Dial the CALL FORWARDING - DON'T ANSWER - OUTSIDE access code (same as CALL
FORWARDING - DON'T ANSWER [C-3] access code); receive special dial tone.
Dial the desired target telephone number (or speed calling access code and abbreviated code). If the
ATTENDANT CONSOLE [A-3] is setting this feature, dial the access code, Tenant number, originating
telephone number, and then the desired outside number; receive service set tone.
FORWARD SET
(Time Display)

To cancel

1.
2.

Lift the handset; receive dial tone.
Dial the CALL FORWARDING - DON'T ANSWER - OUTSIDE cancel code, (same as CALL
FORWARDING - DON'T ANSWER [C-3] cancel code); receive service set tone.

To set from a multi-line Dterm

1.
2.
3.
4.

Press the multi-line feature key to be used for CALL FORWARDING - DON'T ANSWER - OUTSIDE.
Lift the handset or press the SPEAKER key; receive dial tone.
Press CALL FORWARDING - DON'T ANSWER - OUTSIDE feature key; receive special dial tone.
Dial the desired target number (or speed calling access code and abbreviated code); receive service set
tone. The LED will light. The LCD displays:
FORWARD SET
(Time Display)

5.
6.

Replace the handset or press the SPEAKER key.
The LED of the associated key lights on the Dterm to which the call is forwarded.

To monitor from a Dterm MY Line

1.

Press the multi-line key for the station CALL FORWARDING - DON'T ANSWER - OUTSIDE is to
monitor.
Press CALL FORWARDING - DON'T ANSWER - OUTSIDE feature key. The LCD displays:
Target Number*
FORWARD

XXXXXXXX
(Time Display)

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Operating Procedure (cont’d)
Note:

*A dialed abbreviated number is translated into the forwarding number and the first eight digits are
displayed even if 24 digits can be stored.

To cancel from a multi-line Dterm

1.
2.
3.

Press the multi-line key for the station CALL FORWARDING - DON'T ANSWER-OUTSIDE is to be
cancelled.
Lift the handset or press the SPEAKER key; receive dial tone.
Press the CALL FORWARDING - DON'T ANSWER - OUTSIDE feature key; receive service set tone.
The LED of the associated feature key will go out. The LCD displays:
FORWARD

4.

CANCEL
(Time Display)

Replace the handset or press the SPEAKER key.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

8.

This feature may be set or cancelled by either a user or the Attendant.
Stations may be assigned this feature via CLASS OF SERVICE - INDIVIDUAL [C-15] programming in
system data.
CALL FORWARDING - DON'T ANSWER - OUTSIDE data remains in the data memory even if the
system or LP is reinitialized or in the event of a power failure.
For this feature, Speed Call List numbers may be programmed as the destination telephone number. This
permits the sent digits to exceed the 24-digit maximum.
When using this feature, the forwarding station is recorded by SMDR [S-10] as the originating station of
calls forwarded. (See ASYD System Data 1, Index 20, Bit 7).
This feature can be restricted by the RSC of the originating station.
Route PEG COUNT [P-7] is used for CALL FORWARDING - DON'T ANSWER - OUTSIDE. Every
time CALL FORWARDING - DON'T ANSWER is set or cancelled, it is counted in the service PEG
count.
This feature can be restricted according to the Dterm MY Line service restriction class. Incoming CALL
FORWARDING - DON'T ANSWER - OUTSIDE calls to the Dterm multi-line cannot be transferred if the
service restriction class of the D term MY Line restricts this feature.
DTERM MY LINE
SERVICE
RESTRICTION CLASS

DTERM MULTI-LINE
SERVICE
RESTRICTION CLASS

Non-Restricted

Restricted
9.

Non-Restricted
Restricted
Non-Restricted
Restricted

ACTIVATION FROM
DTERM MULTI-LINE

REMARKS

Possible

Not Possible

Restriction for outgoing connection by CALL FORWARDING - DON'T ANSWER - OUTSIDE are as
follows:
a.) When originating a call from a station: Route Restriction data assignment is verified when this
feature is in effect.

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Call Forwarding - Don’t Answer - Outside

Service Conditions (cont’d)

10.
11.

12.

13.
14.

15.
16.
17.
18.

b.) When originating a call from a trunk: Restriction for tandem connections between the incoming
trunk and the outgoing trunk selected for the call where this feature occurs.
There is no limit to the number of stations that may activate this feature simultaneously.
When the called station does not answer for a predetermined time interval, this feature is applied according
to the Route Restriction Class of the originating station and the trunk used in Call Forwarding. When
restricted by Route Restriction Class, CALL FORWARDING - DON'T ANSWER - OUTSIDE is not
activated, and the called station continues to ring.
Call Transfer - Attendant: When the called station does not answer for a predetermined time interval, calls
which have been transferred by the Attendant are assigned to this feature according to their Route
Restriction Class. When calls are restricted by Route Restriction Class, this feature is not activated, and
the called station continues to ring.
When Attendant transfers a call to a station that has set CALL FORWARDING - DON'T ANSWER OUTSIDE, TOLL DENIAL/TOLL DIVERSION [T-6] is not activated.
When a caller places a call via OGCA (Outgoing Call Alternative) and when the first outgoing route and
the calling party are restricted, this service cannot be set. In this case, the service can be set via the
following procedure:
a.) assign a dummy route,
b.) clear the restriction between the dummy route and all the stations,
c.) assign the dummy route as the first route of OGCA.
This feature is not available for the trunk calls by the MF signals. In this case, the call is not forwarded to
the designated station.
This feature is not available for the trunk calls by MF signals. In this case, the call is not forwarded to the
designated station.
A call can be forwarded to a trunk in the remote node via FCCS link.
A maximum of 24 digits, including trunk access code, can be stored.

Programming
STEP 1:

STEP 2:

ASYD - System Data 1, Index 20, Bit 7. Charging to a call transferred by Call Forwarding-Outside
Service 0/1: Charging is made to the caller of the transferred call/Charging is made to the station that
has set Call Forwarding-Outside Service.
ASFC - Assign SFI 25 for CALL FORWARD outside to local or SFI 26 CALL FORWARD outside
to long distance. Also assign SFI = 151 when CALL FORWARDING - OUTSIDE is performed, RSC
of the forwarding station is used.
See CALL FORWARDING-DON’T ANSWER [C-3].

FCCS Programming
No unique programming is required for the FCCS network.

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C-75 Call Forwarding - Intercept / Announcement Attendant
General Description
This feature provides for interception of Attendant-originated calls that cannot be completed (unassigned station,
level, etc.). These calls are automatically routed to a recorded announcement informing the caller that an inoperative
number was reached.

Operating Procedure
No manual operation is required once this feature has been programmed in system data.

Service Conditions
1.

2.

3.

4.
5.
6.
7.
8.
9.

10.

11.

This feature requires one of the following hardware alternatives:
a.) Central Office Trunk (COT) or 2W E&M trunk and an announcement machine.
b.) Digital Announcement Trunk (DAT).
The following connections are available:
a.) Multi-connection: several Attendants can be connected to the announcement trunk at the same
time.
b.) Single connection: at any given time, only one Attendant can be connected to the announcement
trunk.
If the Attendant forgets to cancel a call, the system will automatically disconnect in 30 seconds (provided
this is programmed in system data). If no disconnection timing is programmed, the Attendant will control
disconnection.
This feature is provided on a per-tenant basis.
This feature is only available on Attendant-originated calls.
Only one message can be provided for different intercept conditions.
Before connection to the announcement machine is made, the system can be programmed to return
ringback tone.
ANNOUNCEMENT SERVICE is provided to FCCS nodes that have no announcement trunk in the
remote node.
When CALL FORWARDING-INTERCEPT/ANNOUNCEMENT [C-25] or CALL FORWARDINGINTERCEPT/ANNOUNCEMENT - ATTENDANT [C-75] is used in an FCCS network, the additional
data shown below is required:
a.) The logical route number should be applied to the physical route that is provided the service.
b.) The restriction of route-to-route connection between FCCS nodes should be released.
CALL FORWARDING - INTERCEPT/ANNOUNCEMENT [C-25] or CALL FORWARDING INTERCEPT/ANNOUNCEMENT - ATTENDANT [C-75] is not provided for an incoming call using
AUTOMATED ATTENDANT [A-82], DIRECT-IN TERMINATION [D-7], or REMOTE ACCESS TO
SYSTEM [R-2].
Call forwarding for an incoming call routed to a dead level or an unused number has priority over the
ANNOUNCEMENT service for incoming calls.

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Call Forwarding - Intercept / Announcement - Attendant

Programming
Programming of hardware into system data is required. Refer to CALL FORWARDINGINTERCEPT/ANNOUNCEMENT [C-25]. Timers are also programmed into system data (see
VARIABLE TIMING PARAMETER [V-1]).

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
STEP 1: ALRTN - This data must be assigned to the NCN.
Assign the logical route number to the physical route.
STEP 2: AAEDN - This data must be assigned to the NCN.
Assign the announcement equipment data.
UGN: User Group Number
EQP: Announcement Equipment Number
0 = Dead Level
1 = Unused Number
2-15 = Announcement service
C:
Duration of Connection
0 = Disconnection occurs in 30 seconds
1 = Connection is held until the station is released. See the requirements of the application for
the announcement equipment. For Dead level applications, assign data “0”.
R:
Sending RBT
0/1 = Yes/No
A:
Answer Signal Sending (Answer from the incoming trunk)
0 = No/Yes Normally assign data “1”.
M:
Multiple Connection
0/1 = Single Connection/Multiple Connection
LGRT: Logical Route Number
TK:
Trunk Number
*Not necessary for “M = 1”
STEP 3: ARRCN - This data must be assigned to the NCN.
Release the restriction between the terminating trunk and the announcement trunk.
STEP 4: ARSCN - This data must be assigned to the NCN.
Release the restriction between the announcement trunk and the station.
Note: The current command data shown is set to all nodes using the service: ASTD, ARTD, ATRK, MBTK

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C-76

Call Waiting Lamp - UCD

General Description
This feature uses an LED indication, which is one of the programmable keys on the Dterm, to indicate when a call is
waiting to be answered in the UCD queue.

Operating Procedure
No manual operation is required.

Service Conditions
1.

2.
3.
4.
5.
6.
7.
8.
9.
10.

The UCD Call Waiting Lamp displays the status of the UCD group as follows:
Lamp On:
One or more calls waiting in the UCD queue.
Lamp Flashing:
More than the pre-assigned number of calls are waiting in the UCD queue.
Lamp Off:
No calls are waiting in the UCD queue.
The number of calls waiting in the UCD queue that causes the UCD Call Waiting Lamp to light or flash
can be assigned on a per-UCD group basis through the Maintenance Administration Terminal (MAT).
The UCD Call Waiting Lamp indicates the status of the UCD group that the D term is assigned to, not the
status of other UCD groups.
The UCD Call Waiting Lamp indication lasts as long as calls are in a queue.
The lamp must be assigned to a Dterm line/feature key LED through the MAT. A call cannot be answered
by this key. Only the UCD line number key (prime, sub, etc.) can be used to connect a call.
The number of UCD groups per system is 63.
When an additional Dterm is allowed this service, or when a Dterm data using this service is deleted, the
circuit card that accommodates the port of the Dterm must be initialized.
This feature can be programmed in Local data Memory (LDM).
When using the FCCS network, this feature is available for UCD stations belonging to the node that
accommodates the UCD controlling station.
When using the FCCS network, if the number of UCD calls in the queue is over the threshold value, the
lamps of stations in the same node that the UCD controlling station belongs to, start to flash.

Interactions
1.
2.

3.
4.
5.

The lamp will toggle between solid and flashing as the number of calls in the queue increases and
decreases, crossing the threshold value set in AUCD.
If the pilot telephone number of a UCD group is set to CALL FORWARDING-ALL CALLS [C-5] to
another UCD group, UCD hunting takes place in the second group. If all stations in the second group are
busy, queuing takes place in the second group and its Call Waiting Lamp will light.
ATTENDANT CAMP-ON [A-1] call directed to the UCD pilot station will activate the UCD Call Waiting
Lamp if all stations in the group are busy.
CALL WAITING LAMP-UCD is not affected by CALL WAITING-TERMINATING [C-12].
CALL WAITING LAMP-UCD is only effective for the MY Line station of a D term. Even if another UCD
group appears as sublines on that D term, CALL WAITING LAMP-UCD will only function for the UCD
group of the MY Line telephone number.

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Call Waiting Lamp - UCD

Interactions (cont’d)
6.

7.
8.
9.

If OVERFLOW-UCD [O-13] is programmed, overflow to the second group will take place if all stations
in the first group are either busy or in the busy-out state. There will be no CALL WAITING LAMP-UCD
indication to the first group.
If the overflow group is all busy, queuing takes place to the first group and the CALL WAITING LAMPUCD will light to indicate a queuing condition at the first group.
When a UCD station is assigned as the destination station of LDN Night Connection, this service cannot
be activated.
For the FCCS network, this feature is available only for UCD stations in the same node as the UCD
controlling station. For more information, see UNIFORM CALL DISTRIBUTION [U-1].

Programming
STEP 1:
STEP 2:
STEP 3:

ASYD - System Data 1, Index 61, Bit 5. Is UCD Call Waiting Lamp - in service? 0/1: No/Yes.
ASHU/ASHUL - Assign stations to UCD group.
AUCD/AUCDL - UCD Call Waiting Lamp threshold value. This command assigns the number of
calls in UCD queue before the UCD Call Waiting Lamp flashes.
TN/UGN:
Tenant Number/User Group Number (Fixed to “1”)
STN/TELN: Assign station number/Telephone Number in the UCD group. After one station is
assigned in the group, all stations in the group will automatically have the same
threshold value.
QTH ACT: UCD Queueing Peg Count Value Valid/Invalid (1/0)
QTH:
UCD Queueing Peg Count Value (0-255)
MCI:
Message Center Interface Data Transfer Valid/Invalid (1/0)
CWT:
Call Waiting Threshold Value (1-255)
1-255:
Quantity of calls in UCD queue before the UCD Call Waiting Lamp will begin to flash.
Note: When programming the data, initialize the ELC card which accommodates the UCD group station.
STEP 4: AKYD - The Call Waiting Lamp must be assigned to a programmable line/feature key to a Dterm set.
Assign Type:Function:CALL WAITING LAMP [47].

FCCS Programming

STEP 1:
STEP 2:

Page 236

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
ASYDN - This data must be assigned to the NCN.
System Data 1, Index 60, b3: 0/1= UCD Queuing is used/not used.
AUCDN - These data must be assigned to the NCN.
UCD Call Waiting Lamp threshold value. This command assigns the number of calls in UCD queue
before the UCD Call waiting Lamp flashes.
UGN:
User Group Number
TELN:
UCD Telephone Number
QTH ACT: 0/1=UCD Queuing Peg Count Value Invalid/Valid
QTH:
UCD Queuing Peg Count Value (0-255)

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FCCS Programming (cont’d)
CWT:
Call Waiting Threshold Value (1-255)
MCI:
0/1=Message Center Interface data transfer is Valid/Invalid.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: When programming the data, initialize the ELC card which accommodates the UCD group station.

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C-81

Call Forwarding - I’m Here

C-81

Call Forwarding - I’m Here

General Description
This service feature permits the CALL FORWARDING - ALL CALLS feature to be set/cancelled from the target
station.

Operating Procedure
To set from the target station

1.
2.
3.

Go off-hook; receive dial tone.
Dial the CALL FORWARDING - I'M HERE access code (from the target station); receive special dial
tone.
Dial the forwarding telephone number; receive service set tone.

To cancel from the target station

1.
2.
3.

Go off-hook; receive dial tone.
Dial the CALL FORWARDING - I'M HERE cancel code (from the target station), receive special dial
tone.
Dial the forwarding telephone number; receive service set tone.

To cancel from the called party/forwarding party

1.
2.

Go off-hook; receive dial tone.
Dial the CALL FORWARDING - ALL CALLS cancel code (from the called station), receive special dial
tone.

Service Conditions
1.

2.

3.
4.
5.
6.
7.
8.
9.
10.
11.

Page 238

The following stations cannot set CALL FORWARDING - I'M HERE:
a.) a station where CALL FORWARDING - I'M HERE is being set,
b.) a station setting CALL FORWARDING - ALL CALLS [C-5].
CALL FORWARDING - I'M HERE can be set to the following stations:
a.) a station setting CALL FORWARDING - I'M HERE,
b.) a station where CALL FORWARDING - ALL CALLS [C-5] is being set.
A call can be forwarded multiple times following CALL FORWARDING - I'M HERE setting, if assigned
in system data.
CALL FORWARDING - I'M HERE can be set or cancelled from a subline of a Dterm. However, the
transferred call terminates to the MY Line of the Dterm that has set the service.
CALL FORWARDING - I'M HERE can be set or cancelled when the target station is idle.
CALL FORWARDING - I'M HERE can be cancelled from the forwarding station, following the CALL
FORWARDING - ALL CALLS [C-5] cancellation procedure.
If Call Back is set to/by the station setting CALL FORWARDING - I'M HERE, Call Back takes
precedence.
Other service conditions are the same as for CALL FORWARDING - ALL CALLS [C-5].
The target station in the remote node can set CALL FORWARDING - I’M HERE through FCCS link.
When using the FCCS network, there is no limit to the number of stations that may access this feature
simultaneously.
When using the FCCS network, a Service Feature Restriction Class (SFC) is necessary for the forwarded
destination and the forwarding party.
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Call Forwarding - I’m Here

C-81

Service Conditions (cont’d)
12.

13.
14.

15.
16.
17.

18.
19.

20.
21.
22.

When using the FCCS network, if the destination (target station) is a Dterm, CALL FORWARDING - I’M
HERE can be set or cancelled from a sub line of a Dterm. At that time, the transferred call terminates to the
My Line of the Dterm that sets the service.
When using the FCCS network, the service can be set or cancelled when the forwarding station is idle.
When using the FCCS network, the Service Conditions are the same between CALL FORWARDING DON’T ANSWER services to be set from the forwarding station and the target station (CALL
FORWARDING - I’M HERE).
When using the FCCS network, CALL FORWARDING - I’M HERE cannot be set from the ISDN
terminal (ISDN terminal cannot be the destination).
When using the FCCS network, CALL FORWARDING - I’M HERE can be set from the target station
(not ISDN terminal) toward the ISDN terminal (ISDN terminal can be a forwarding station).
When using the FCCS network, CALL FORWARDING - I’M HERE cannot be a set to the station that
has already set CALL FORWARDING - ALL CALLS (forwarding station). However, setting this service
to the station that operates the service (destination) is available.
When using the FCCS network, this service cannot be used with SPLIT CALL FORWARDING [S-99].
When using the FCCS network, CALL BACK [C-1, 1D] that is set to or from the forwarding station has
priority over CALL FORWARDING - I’M HERE (recall or answer call for CALL BACK is not the object
of CALL FORWARDING - I’M HERE).
When using the FCCS network, if this feature is set from the target station in the remote node within an
FCCS network, dial the telephone number for the forwarding station number.
When using the FCCS network, the telephone number must be assigned to the destination station also.
When using the FCCS network, the service restriction is decided by the ASFC data programmed to the
station that sets the service (destination station).

Programming
STEP 1:
STEP 2:
STEP 3:

STEP 4:

Assign the CALL FORWARDING - ALL CALLS data. (See CALL FORWARDING - ALL CALLS
[C-5].)
ANPD - Reserve a number level for feature access and cancel.
ASPA - Assign an access code to CALL FORWARDING - I’M HERE entry SID = 28. Assign to
CALL FORWARDING - I’M HERE cancel SID = 29. Assign Connection Status Index (CI) for
Normal (N) service.
ASFC - Assign a Service Feature Class that allows SFI = 99 to the target stations, and SFI 100 to the
station to be set.

FCCS Programming

STEP 1:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
SYS1, Index 4, b6. One Burst of Ringing On Call Forwarding (Call Forwarding) phone when Call
Forwarding - All Calls service has been assigned (analog phones only).
0/1 = Not Required/Required

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C-81

Call Forwarding - I’m Here

FCCS Programming (cont’d)
SYS1, Index 5, b1~3. Maximum number of Multiple Call Forwarding - All Calls/Busy Line
occurrences:
Note: This data is valid when SYS-1, Index 69, bit 7 is assigned as “1”.
SYS 1, Index 69, b1. Send short tone when a call forwarded via Call Forwarding - All Calls service is
answered.
0/1 = Not Required/Required
SYS 1, Index 69, b7. Multiple Call Forwarding - Busy Line/All Calls
0/1 = Out/In Service
SYS 1, Index 248, b7. Tone to be sent out when the handset is off-hook at the station on which Call
Forwarding - All Calls service is set.
0/1 = Dial Tone (DT)/Special Dial Tone (SPDT)
SYS2, Index 6, b4. Call Origination Restriction of Station upon Setting Call Forwarding - All Calls
0/1=Required/Not Required
STEP 2: ANPDN - Assign the first number of the numbering level for feature set and cancel access code.
STEP 3: ASPAN - Assign the feature access code.
CI = N, SRV=SSC and SID28 (Call Forwarding - I’m here; set)
CI = N, SRV=SSC and SID29 (Call Forwarding - I’m here; cancel)
STEP 4: ASFC - Assign the service restriction data.
Assign RES = 1 (allowed) against SFI 99 (forwarding party for Call Forwarding - I’m here)
and SFI 100 (Forwarded destination for Call Forwarding - I’m here) Note
Note: SFI 100 should be allowed at the node that the destination station belongs to.

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Centrex Compatibility

C-109

C-109

Centrex Compatibility

General Description
This feature allows a DTMF type telephone user engaged in a trunk call to send a hooking signal to the called office,
enabling the call to be transferred to another station in that office.

Operating Procedure
Station A is connected to Station B, accommodated in another office

1.
2.

Station A presses switch hook; receives special dial tone of the called office. Dial the switch hook outside
access code, or press the CAS switch hook feature. Station B is placed on hold.
Station A dials the desired telephone number. When Station A releases from the call, Station B will be
connected to the dialed station.

OR

3.

Station A dials the Attendant access code. When Station A releases from the call, Station B will be
connected to the Attendant.

Service Conditions
1.
2.
3.
4.
5.
6.

This feature is available for DTMF telephones TEC=23/12 only.
The trunk that passes the hooking signal is determined by Route Class Data.
A COT is required for this application.
A D term instrument may have a CAS switch hook key assigned as one of its feature/line appearance
buttons, or it can use an access code.
A D term may use its dedicated TRANSFER key to transfer calls internally.
CALL TRANSFER - ALL CALLS [C-11] to an inter-office station is not available when this feature is
activated.

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:

ARTD - Assign CDN 67:HKS, Central Office line hooking, as “1” for Central Route.
AKYD - FKY 17 (CAS SHF) is assigned for Dterms to switch hook flash the Centrex Route.
ADSL - Assign SN=6 (Trunk Busy) and FKY=17 (CAS SHF; CAS).
This command is used for assigning the function to each soft key.
ASPA - SRV = SSC (Service Code), SID = 43 Condition (CI) = (H) Hooking for CAS switch hook
outside.

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C-133

Call Forwarding - Don’t Answer To UCD Queue

C-133 Call Forwarding - Don’t Answer To UCD Queue
General Description
This feature allows calls to a station that has set CALL FORWARDING-DON'T ANSWER to a UNIFORM CALL
DISTRIBUTION group to be added to a UCD queue if all stations in the UCD group are busy. (Originally, calls
forwarded to a UCD group would receive reorder tone if all stations in the group were busy.)

Operating Procedure
The operating procedure is the same as for normal CALL FORWARDING-DON'T ANSWER [C-3] operation.

Service Conditions
1.

2.

This feature is available in the U. S. A. and Canada and only works in the following cases:
a.) Station call to a station that has set CALL FORWARDING-DON'T ANSWER to a UCD group.
b.) Trunk call to a station that has set CALL FORWARDING-DON'T ANSWER to a UCD group.
c.) Attendant transfers a station or trunk call to a station that has set CALL FORWARDING-DON'T
ANSWER to a UCD group.
This feature is not applicable with calls on CONSULTATION HOLD [C-17] or CALL TRANSFER [C10, C-11].

Programming
No additional programming is required once UCD parameters are assigned.

FCCS Programming
No unique programming is required for the FCCS network.

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Call Hold - Conference

C-146

C-146

Call Hold - Conference

General Description
This feature allows a user to establish a conference connection by adding a third party who is held on a multiline of
a Dterm to the existing two-party connection. The held call which is to be added may be a station or trunk call.

Operating Procedure
To operate from a Dterm

1.
2.
3.
4.
5.
6.

Make a trunk/station call using line A on the Dterm.
Place the in-progress call on hold.
Place or answer a call using line B on the Dterm.
Press the TRANSFER key.
Enter an access code for Call Hold - Conference and line number of line A.
Three-party conference is established.

To operate from other Dterm

1.
2.
3.
4.
5.
6.

Make a trunk/station call using line A on Dterm 1.
Place the in-progress call on hold.
Place or answer a call using line B on D term 2.
Press the TRANSFER key on D term 2.
Enter an access code for Call Hold - Conference and line number of line A.
Three-party conference is established.

To operate from an analog station

1.
2.
3.
4.
5.
6.

Make a trunk/station call using line A on the Dterm.
Place the in-progress call on hold.
Place or answer a call using an analog station.
Press momentarily the SHF key of the analog station.
Enter an access code for Call Hold - Conference and line number of line A.
Three-party conference is established.

Service Conditions
1.
2.
3.
4.
5.

This service is available for the general user and the D term user. (not available for the ATT and ISDN
terminal user.)
This service is available when the call is held by the Dterm HOLD key.
When the originally connected party (B) is placed on Exclusive Hold, this service is available only when
the Dterm user (A) engages in the call with the third party (C).
When the Dterm user (A) places the station or trunk (B) on hold, including Exclusive Hold, DUAL HOLD
[D-32D] cannot be activated.
This service is not available when line (A) or (B) is an intercom line, hot line or CAS line. In these cases,
the service is restricted.

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C-146

Call Hold - Conference

Service Conditions (cont’d)
6.

7.
8.
9.
10.

This service is available when the parties (A), (C), the lines (A) and (B) are the following:
a.) interoffice trunk (including ISDN line)
b.) C.O. line/tie line
c.) station, including virtual stations.
In case the ISDN terminal, intercom line, hot line, or CAS line is used, the service is restricted.
Data communications are not considered in this service.
A Dterm user dials the CALL HOLD CONFERENCE code and then dials the telephone number. (After the
CALL HOLD CONFERENCE code is dialed, no tone is returned and the LCD shows transferring.)
When the three-way call cannot be established due to all conference trunks busy, service restriction, etc.,
reorder tone is returned.
When the held party is the trunk, billing is performed according to the system data (SYS1, Index 33, b6,
b5, b4, b3). In case the held party is the station, the billing stops at the time the station is placed on hold.

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:

ASFC - Call Hold - Conference must be allowed for appropriate service feature classes (SFCs). SFI =
75.
ANPD - Reserve a number level for feature access.
ASPA - Assign an access code for Call Hold - Conference.
CI = H, SRV = SSCA (Service Code Appendix), SIDA = 97, NND = number of digits in access code.
ATRK - Assign LENs in Route 909 (Digital Conference Trunk).
Module
Unit
Group
Level
XX

STEP 5:
STEP 6:
STEP 7:
STEP 8:

X

XX

X

Note that Group Number and Level Number must be one of the following: 210, 213, 216, 221, 224,
227, 232, or 235.
MBTK - Make idle the assigned Digital Conference Trunk(s).
ARSC: - Allow route restriction data for appropriate RSC(s).
ARRC - Allow trunk-to-trunk connection(s) between routes if necessary.
ASTD - Assign the following data when a C.O. line is involved in a conference: STM = 0, STS = 2,
and ST = 1.

FCCS Programming
No unique programming is required for the FCCS network.

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Call Block

C-150

C-150

Call Block

General Description
This feature is a part of Caller ID service. This feature restricts termination of incoming calls from the preassigned
calling numbers. This feature is available by designating the calling number by the MAT.
Call Block is used to restrict an incoming call that has a Restriction Number (Physical Station Number, telephone
number or the Caller ID number, which are preset by each station). The Restriction Number can be set or cancelled
at each station by using the access code or the feature key. The called station can send busy tone to the caller.

Operating Procedure
Using Access Code
To assign the Restriction Number (the latest incoming call is to be registered as the Restriction Number)

1.
2.
3.
4.

Lift the handset.
Dial the Access Code (ACC for registration of Restriction Number by the last incoming call).
Receive service set tone (SST). Note 1
The latest incoming call number is registered as the Restriction Number.

To assign the Restriction Number by dialing an optional number

1.
2.
3.
4.
5.
6.

Lift the handset.
Dial the Access Code (ACC for registration of Restriction Number by dialing an optional number).
Receive special dial tone (SPDT).
Dial the number to be restricted.
Receive service set tone after the preassigned inter-digit timer (default is 6 seconds). Note 1
The dialed number is registered as the Restriction Number.

To cancel the registered Restriction Number

1.
2.
3.

Lift the handset.
Dial the Access Code (ACC for cancelling the Restriction Number).
Receive service set tone (SST).

Using Feature Key Note 2

1.
2.
3.

Press the CALL BLOCK key when the station is idle, a call is terminating to the station, or when the
station is in a two-party connection.
The CALL BLOCK key lights red.
The latest incoming call number is registered as the Restriction Number.

To Set the Restriction Number

1.
2.
3.
4.
5.

Press the CALL BLOCK key when the station is idle, a call is terminating to the station, or when the
station is in a two-party connection.
The latest calling number is displayed for 5 seconds on the LCD.
Press the CALL BLOCK set key (“*” or “#” key, depending on system data) while the number is
displayed.
The CALL BLOCK LED lights red.
The latest incoming call number (the physical station number or the received calling number) is registered
as the Restriction Number.

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C-150

Call Block

Operating Procedure (cont’d)
To set the Restriction Number by dialing an optional number

1.
2.
3.
4.
5.
6.
7.

Lift the handset.
Press the CALL BLOCK key.
Receive special dial tone.
Dial number to be restricted.
Receive service set tone after the preassigned inter-digit timer (default is 6 seconds). Note 1
The CALL BLOCK key lights red.
The dialed number is registered as the Restriction Number.

To confirm the registered Restriction Number

1.

Press the CALL BLOCK key when the station is idle (when the latest received calling number has been
registered, the number is displayed on the LCD).
Continue pressing the CALL BLOCK key in the same manner to confirm the other Restriction Numbers.
The other Restriction Numbers are displayed in consecutive order.
The registered Restriction Number is displayed for 5 seconds.

2.
3.

When using the MAT command to confirm the registered Restriction Number

1.
2.
3.
4.

Start the DCBD command.
Enter the telephone number or LENS.
Select to display the registered Restriction Number.
The Restriction Number, which is registered to the line corresponding to the specified telephone number
or LENS, is displayed.

To cancel the registered Restriction Number

1.

Confirm that the Restriction Number to be cancelled is displayed on the LCD (See the above-mentioned
procedure “To confirm the registered Restriction Number”).
2.
Press the “*” or “#” key for the Restriction Number to be cleared (depends on the system data), while the
corresponding number is displayed.
3.
When all the Restriction Numbers are deleted, the LED of CALL BLOCK feature key (or soft key) goes
off.
Note 1: When the Restriction Number has already registered up to the maximum number, reorder tone is heard.
First cancel the former registered Restriction Number, then set the new Restriction Number again from the
beginning.
Note 2: When a Dterm Series E is used at the station, the LCD displays are as shown on the next page.
LCD displays for Service Set, Confirmation, and Cancel are shown on the following page. Set/Cancel can
be selected as the “*” or “#” key, depending on system data. Assignment of one of these keys as Cancel
key, will assign the other as the Set key.
24 digit display of Dterm Series E

•

When the last incoming call is displayed:
The latest incoming call

The first 14 digits of the latest calling number is
displayed on the right side of the LCD

L:XXXXXXXXXXXXXX
BLOCK ENTRY [*]

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Call Block

C-150

Operating Procedure (cont’d)
•

When confirming the Restriction Number:
The registered number is
indicated in order

The first 14 digits of the registered number is
displayed on the right side of the LCD

1:XXXXXXXXXXXXXX
BLOCK CLEAR [#]
•

When HELP Key for CALL BLOCK of Soft key is pressed:
CALL BLOCK
INCOMING CALL RESTRICT
WHEN A REGISTRATION>>>

Page 1

NUMBER
Page 2

<<<

Service Conditions
When the Restriction Number is registered by the MAT

1.
2.

3.

4.
5.
6.

7.
8.
9.

When the calling number is not received, this service is not activated.
The calling number for this service is assigned to the parameter CID of ACID command. When only the
first part of the calling number is assigned to the CID, this service is applied to any calling number that
begins with the assigned number. For example, when “0471” is assigned to the CID, this service is applied
to any calling number that begins with “0471” such as 0471-12-3456 and 0471-234-5678.
The following numbers cannot be assigned to the parameter CID of ACID command:
a.) The first part of the already assigned number,
b.) The number whose first part is the same as the already assigned number.
For example, when “123” is already assigned to the CID, such numbers as “1”, “12”, “1234” cannot
be assigned.
When the calling number is received via CCIS line, this feature is available for the first 16 digits (provided
that “1” is assigned to CDN:98 (CI) of ARTD command).
This service is available only for stations (single line telephone and Dterm).
This service is available for the following cases:
a.) When an incoming call is directly terminated to a station,
b.) When an incoming call is transferred to a station using Call Forwarding - All Calls/Busy Line/
Don’t Answer
Call Forwarding - All Calls takes precedence over this feature.
A maximum of 12 calling numbers can be assigned for a single station.
The following circuit card is required for Analog Caller ID:
CIRCUIT CARD NAME

REMARKS

PA-8COTBJ
10.
11.

This service is available only for the stations service restrictions are released (SFI 165 = 1).
This service is not available for PCS terminal or ISDN terminal.

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C-150

Call Block

Service Conditions (cont’d)
12.

13.
14.

15.

16.

17.
18.
19.
20.
21.
22.
23.

24.
25.
26.

27.
28.

Page 248

Only one Restriction Number (a maximum of 32 digits) can be registered per station. A maximum of 32
digit Restriction Number can be assigned up to five numbers per Dterm and one number per analog station.
A maximum of 511 stations can be registered per 1 IMG.
The Restriction Number cannot be confirmed from single line telephones after registration.
To assign the Restriction Number, it is available to register the latest incoming call number if the call is
received in the following cases:
a.) Station-to-Station Calling,
b.) A call is terminated via the trunk which received the calling number
If the station cannot receive the number of the last incoming call, the latest call that meets the
conditions above is registered as the Restriction Number. Thus, it can’t be available to assign the
latest calling number as the Restriction Number immediately after system initialization.
When assigning the latest incoming call as the Restriction Number using feature key from an idle station
or a ringing station, the latest calling number to the MY LINE is registered as the Restriction Number (then
the feature key on the controlling terminal lights red). Thus, on a Dterm whose PRIME LINE is not MY
LINE, the displayed number is not registered when a call is terminated at PRIME LINE. The latest calling
number terminating at MY LINE is registered in place of the displayed number.
When a call is transferred, the telephone number of the intermediate station is to be registered as the latest
incoming call number even if that station releases the connection. Only the first terminating number is to
be the Restriction Number.
This service is activated corresponding to each line. In case a Dterm containing some lines, the Restriction
Number is effective only for the line to be registered the number.
When confirming the registered Restriction Number, the number registered on MY LINE is displayed for
5 seconds on the LCD.
This service is available only when the predetermined Restriction Number and the receiving Physical
Station Number/telephone number or the calling number are exactly the same.
In this service, a telephone number is used to recognize the station incoming call, however, a Physical
Station Number is used for the station which is not assigned the telephone number.
When an incoming call via No. 7 CCIS is terminated, a maximum 16-digit calling number (Route Data:
CI=1) can be received. If the telephone number is more than 17 digits, the incoming call is not restricted.
There is no need to register ACC for a C.O. trunk call (ex. “9”) when assigning Restriction Number by
dialing operation.
In case Restriction Numbers are registered up to the maximum number, a previous Restriction Number
must be cancelled before setting the new Restriction Number on a station. (It is impossible to overwrite
the Restriction Number.)
Sending Tone, which is used when originating a call from a station on which Call Block is set, can be
selected on the system base (ASYD SYS 1, Index 322, Bit 5).
When initialization of the Circuit Card is activated, the Restriction Number already registered is not
cleared.
When system initialization is activated, the Restriction Number already registered is not cleared.
However, when initialization of system data loading is activated, the loaded number (former Restriction
Number), not the latest Restriction Number, is to be registered as new Restriction Number.
The Assigned Restriction can be confirmed by the DCBD command.
This service is activated against each line. When a D term is used, Restriction Numbers can be registered at
multiple lines. However, to clear the Restriction Number using the “*” or “#” key is effective for only the
number registered to MY LINE.

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Service Conditions (cont’d)
29.

30.
31.
32.
Note:

33.
34.
35.
36.
37.
38.
39.

40.

When confirming the registered Restriction Number, the oldest number registered on MY LINE is
displayed for 5 seconds on the LCD. When the multiple Restriction Number is assigned, press CALL
BLOCK key to change the display to the later registered number, the displayed number is changed in order
as the key is pressed.
When deleting the Restriction Number with the access code from a D term, the oldest Restriction Number
is deleted.
When five Restriction Numbers are registered at a line, the assignment of the already registered number
is available.
System data decides the “*” key or the “#” key as the Restriction Number Delete key. When Delete key
is decided, the other one is used as Set key.
The Set/Delete key is available for only 5 seconds (while the number is displayed).
When the proper ELC card is not used, the indication for the operation is not displayed at the middle line
of the LCD. In this case, Restriction Number is set or deleted by Set/Delete key (“*” or “#”).
When all calling numbers are deleted, the CALL BLOCK key goes off.
ACID applies only to inbound trunk calls with ANI.
ACID will not light a feature key if the telephone is equipped with one.
ACID will operate via the FCCS network for tandem trunk calls.
Feature keys and SIDAs will operate for physical and logical stations, as well as inbound trunk calls with
ANI. It will also light the feature keys for both.
The COT card for receiving the Caller ID information is shown below:
CIRCUIT CARD NAME

PROGRAM

PA-8COTBJ

SW-317 8COTBJ PROG-A
—SP-1122 CALL-ID PROG-A
—SP-3190 8COTBJ PROG-A

ISSUE

The LC card for notifying the Caller ID information is shown below.
CIRCUIT CARD NAME

PROGRAM

PA-16LCBY

SP-3396 16-LCBX PROG-A

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Call Block

Service Conditions (cont’d)
41.

The ELC cards to display the indication for the operation procedure on the LCD when confirming the
latest calling number or the registered Restriction Number is shown below.
CIRCUIT CARD NAME

PA-16ELCH
PA-16ELCJ

PROGRAM

ISSUE

SP-3124 16ELCH PROG-D

ISSUE 5 or later

SP-3125 16ELCH PROG-TD

ISSUE 5 or later

SP-3270 16ELCJ PROG-A

ISSUE 7 or later

SP-3295 16ELCJ PROG-B

ISSUE 6 or later

SW-293 2WDLI PROGRAM-D
—SP-3126 2WDLI PROG-D

ISSUE 1F or later
ISSUE 6 or later

SW-362 2WDAI PROGRAM-F
—SP-3343 2WDAI PROG-G

ISSUE 1A or later
ISSUE 1 or later

SW-368 2WDAI PROGRAM-H
—SP-3345 2WDAI PROG-H

ISSUE 1A or later
ISSUE 1 or later

PA-DAIA
PA-DAIB
PA-DAIC
PA-DAIG
PA-DAIH
PA-DAIJ
PA-DAIG-A
PA-DAIH-A
PA-DAIJ-A

Interactions
1.
2.
3.
4.
5.

Call Forwarding - All Calls [C-5] takes precedence over this feature.
If this service is set at both the station and MAT, the station has priority.
When the data on a station is changed by FOLLOW PHONE [F-31] service, the registered Restriction
Number on the station is carried over to the next user.
When a station is deleted, the registered Restriction Number on the station is also deleted.
When activating with DUAL STATION CALL [D-156], CALL BLOCK is available only for the Main
Station.

Programming
STEP 1:

STEP 2:

STEP 3:
STEP 4:

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ASYD - System Data 1, Index 322, Bit 5. Assign the sending tone when Call Block is set.
0/1 DT/SPDT
SYS1, Index 80, b1. Decide the cancel key for the registered Restriction Number.
0/1 = “#” key, “*” key
ASPA - Assign the access code for Call Block, SRV = SSCA, SIDA = 111 (ACC for the latest
incoming call is to be the Restriction Number), SIDA=112 (ACC for assigning the Restriction Number
by dialing an optional number), SIDA=113 (ACC for cancelling the Restriction Number)
ASFC - Assign a Service Feature Class to allow CALL BLOCK [C-150] for the stations. SFI = 165,
RES = 1 (to release the restriction)
AKYD - Assign the key data for CALL BLOCK on the feature key of Dterm. FKI = 1 (Feature Key)
and FKY = 128 (Call Block Key)

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C-150

Programming (cont’d)
STEP 5:

STEP 6:

STEP 7:

ADSL - Assign the soft key data of Call Block for Dterm according to the following parameter:
SKP = 0-15 (Soft Key Pattern)
SN = 0, 1, 4 (Call Situation Number)
SKN = 1-16 (Soft Key Number)
FKY = 128 (Call Block Key)
ADKS - Assign the soft key data of Call Block for Dterm according to the following parameter:
TN = Tenant Number
STN = Station Number
SKP = 1-15 (Soft Key Pattern of Call Block assigned in ADSL)
LKP = 1-2 (Location of Key Pattern)
PG = 0/1 (Soft Key/Feature Key is allocated for Page Change Key)
ASYD - Assign the routine diagnosis program start time System Data 1, Index 87: hour, Index 88:
minutes
System Data 1, Index 90, Bit 1=1: Routine Backup is to be executed
System Data 1, Index 304, Bit 6=1: Data Backup of Call Block

FCCS Programming
No unique programming is required for the FCCS network.

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C-151

Call Return

Call Return

General Description
This feature allows the Dterm or an analog station to save the received calling number and the received number of
the station. The following two types of saving features are available:
• Automatic Saving: The received calling number/number of the station is automatically saved when the
station rings. The stored number can be dialed by pressing the feature key or dialing the
access code.
• Manual Saving:
The received calling number is manually saved by the D term user while in conversation.
The stored number can be dialed by pressing the feature key.

Operating Procedure
Automatic Saving

1.

Saving Calling Number
a.) A call is terminated to an analog station or My Line of the Dterm.
b.) The received calling number is automatically saved. When the station is the Dterm with the Call
Return key, the received calling number is displayed on the LCD and the Call Return key lights
red.
Note: The maximum number of calling numbers stored for the Dterm/analog station is as follows:
3
Dterm:
Analog station: 1
2.
Displaying Stored Calling Number (for the D term with the Call Return key)
a.) While in idle state, press the Call Return key.
b.) The saved calling number is displayed for 5 seconds. When multiple numbers are stored, the
display changes each time the Call Return key is pressed. The number is displayed from the latest
to the oldest. When the indication reaches the oldest number, the latest number appears again by
pressing the Call Return key.
3.
Call Origination
• When using the Call Return key on the Dterm
a.) Display the desired number by pressing the Call Return key. (Refer to (2).)
b.) Lift the handset and receive dial tone.
c.) Press the Call Return key. The displayed number is dialed.
Note: The dialed number is automatically deleted. When all the stored numbers are deleted, the Call Return key
goes off.
• When using Access Code
a.) Lift the handset and receive dial tone.
b.) Dial the access code for Call Return. The last number saved is dialed.
Note: The dialed number is not deleted.
4.
Deleting Stored Number (for the Dterm with the Call Return key)
a.) Display the desired number by pressing the Call Return key. (Refer to (2).)
b.) Press the “*” or “#” key (according to system data assignment). The displayed number is deleted
and CANCEL is displayed on the D term LCD.
Note 1: When all the stored numbers are deleted, the Call Return key goes off.
Note 2: Note that the delete key (“*” or “#”) is effective while the calling number is displayed for 5 seconds.

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Operating Procedure (cont’d)
Manual Saving (equal to SAVE AND REPEAT - Dterm [S-24D]

1.

Note:

2.

3.

Note:

Saving Calling Number
a.) Press the S&R key while in conversation using My Line or Sub Line.
b.) The received calling number is saved and the S&R key lights red.
One calling number can be saved. When a calling number has already saved using SAVE AND REPEAT Dterm, the saved calling number is overwritten.
Displaying Stored Calling Number (for the D term with the S&R key)
a.) While in idle status, press the S&R key.
b.) The saved calling number is displayed for 5 seconds.
Call Origination
a.) Lift the handset and receive dial tone.
b.) Press the S&R key. The stored number is dialed.
The dialed number is automatically deleted and the S&R key goes off.

Service Conditions
1.

Service Conditions for Automatic/Manual Saving:
a.) The following circuit card is required for Analog Caller ID:
CIRCUIT CARD NAME

REMARKS

PA-8COTBJ
b.) Automatic/Manual Saving is available for the Dterms assigned to the following ELC/DAI circuit
card.
CIRCUIT CARD NAME

REMARKS

PA-16ELCJ
PA-DAIJ (1.5M-AMI)

2.

c.) This service is not available when the calling number is not received.
d.) A maximum of 32 digits can be saved. However, when the calling number is received via CCIS
line, this feature is available for the first 16 digits (provided that “1” is assigned to 98: CI of
ARTD command).
e.) When a trunk access code (ex. “9”) is required for call origination to the saved number, the access
code must be added on a route basis by ACNP and ACND commands. Note that the added access
code is not displayed on the Dterm LCD. However, the added code is saved.
f.) When the area code is not to be sent to within the same area, the area code must be deleted by
AFRS, AOPR and AADC commands.
g.) When station data is changed by FOLLOW PHONE etc., stored number data is not exchanged.
h.) When the system is initialized, stored number data is deleted.
i.) When this service is used in an FCCS network, the system data should be set to all nodes.
However, when the calling number received from the remote FCCS node is not assigned
telephone number, the number of the calling station is not saved.
Service Conditions for Automatic Saving with the feature key / access code:
a.) Automatic Saving is available for analog stations allowed this service (ASFC, SFI 155 = 1) and
the Dterm with Call Return key.

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Call Return

Service Conditions (cont’d)
b.) This feature is available for following calls.
• ISDN/C.O. Call:
PBX

PBX

ISDN/C.O. Line

Terminal B

Terminal A
Termination

•

CCIS Call via ISDN/C.O. Line:
PBX

PBX

ISDN/C.O. Line

PBX

CCIS Line

Terminal B

Terminal A
Termination

•

Station-to-Station Call:

PBX

Terminal A
Termination

Terminal B

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Service Conditions (cont’d)
•

CCIS Call:
PBX

PBX

CCIS Line

Terminal B

Terminal A
Termination

3.
Note:

4.
5.
6.

7.

c.) When the station answers a call held on Multi Line, the calling number/calling station number
cannot be saved (Held Line is not My Line). When the call is terminated at the trunk, the calling
number is saved in the ELC card only.
Calling number can be saved for station-to-station call via the system data assignment (see Programming).
When the incoming call is terminated via CCIS line, the system data assignment described above is
required.
When answering the station incoming call held by CALL PARK [C-29] and CALL PICKUP service.
When answering the station incoming call using CALL PICKUP service.
The calling station number is not saved in the following cases:
a.) When answering the station incoming call held by CALL PARK [C-29] and CALL PICKUP
service.
b.) When answering the station incoming call using CALL PICKUP service.
Service Conditions for Automatic Saving with the feature key:
a.) The Call Return key must not be assigned to the D term which has no LCD because stored number
data cannot be checked.
b.) A maximum of three received calling numbers are saved with the ELC card. If the received
calling number is the same number as the last call, the calling number is not saved.
c.) When the ELC circuit card is initialized, stored number data is deleted.
d.) The calling number is displayed on the Dterm LCD when a call is terminated to Prime Line.
Accordingly, when My Line of the Dterm is not Prime Line, the displayed calling number is not
saved.
e.) When a call is terminated to My Line, even if the Dterm user is in conversation using Sub Line,
the calling number is saved.
f.) When the stored number is displayed, the calling number is displayed on the upper LCD. The
maximum number of digits that indicates the calling number is different, depending on the Dterm
type. When using a Dterm with a 16 digit LCD, the first 16 digits are displayed. When using a
Dterm with a 24 digit display, the first 24 digits are displayed.
g.) When a call is terminated while one of the stored numbers is displayed, the lower line of LCD
indicates the calling number and the upper LCD displays the stored number for 5 seconds.
h.) When three calling numbers are already stored, if a call is terminated while the oldest number is
displayed, the oldest number is deleted and the received number is saved. Consequently, call
origination cannot be made to the displayed number.
i.) Call origination can be made to the stored number while dial tone is heard. After seizing a trunk,
this feature is not available.
j.) When originating a call using this service, the last 24 digits are displayed on the Dterm LCD.

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Call Return

Service Conditions (cont’d)
8.

9.

Service Conditions for Automatic Saving with the access code:
a.) This service is available for the telephone corresponding with Caller-ID service. Equips Caller ID
function or the telephone using Caller ID adapter.
b.) This service is not available when a call is terminated to an ISDN terminal or a PS terminal.
c.) The last calling number is stored in the data memory.
d.) Even when the office data makes Analog Caller ID station effective by ASFC, SFI 146=1,
received numbers are saved (calling number is saved for the trunk receiving the number and
calling station number is saved for the station call).
e.) Operating procedure with the access code is effective for call origination to the stored number's
party.
f.) When originating a call via the access code from the Dterm, the LCD displays the dialed number
and does not display stored number.
g.) Even if the LC card is initialized, saved calling number is not deleted.
h.) The latest calling number is saved in the data memory even when CALL RETURN is not
available according to the ASFC. SFI 155=0. Accordingly, the office data is changed later, call
origination using the number saved when the service is restricted is available.
Service Conditions for Manual Saving:
a.) Manual Saving is available for the Dterm with the Save and Repeat key.
b.) This service is available when a Dterm is in communication with the terminating trunk.
c.) When the calling number is saved, “S&R” and the first 12 digits are displayed on the D term LCD.
d.) When the circuit card listed in item 1-b is not used, the first 6 digits of the received number
are saved.
e.) Call origination can be made to the stored number while dial tone is heard. After seizing a trunk,
this feature is not available.
f.) For more information, refer to SAVE AND REPEAT - Dterm [S-24D].

Programming
STEP 1:

ASYD - System Data 1, Index 80, bit 1. 0/1 = #/* key is used to delete the stored calling number.
System Data 1, Index 322, bit 7. 0 = Call Return is not available for station-to-station calling. 1 = Call
Return is available for station-to-station calling.
Note: Also, for an incoming call from CCIS line, this data is required.
STEP 2: ASPA/ASPAL/ASPAN - When originating a call to the saved number using the access code, assign
the access code for this service.
SRV: SSCA
SIDA: 106 (Call Return)
STEP 3: ASFC - When using the access code for this service, assign Service Feature Class that allows SFI 155
(Call Return) to the stations activating this service.
STEP 4: AKYD - Assign Call Return key when using Automatic Saving function.
KYI: 1
FKY: 118 (Call Return)
Assign Save and Repeat key when using Manual Saving function.
KYI: 1
FKY: 7 (Save and Repeat)

FCCS Programming
No unique programming is required for the FCCS network.

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Call Hold Pick Up

C-154

C-154

Call Hold Pick Up

General Description
This feature allows a user to pick up a trunk or station call that is put on hold by a second user. The user can
accomplish this by dialing an access code followed by the telephone number that is holding the call.

Operating Procedure
1.
2.
3.
4.

Make a trunk or station call to Station A.
Station A places the call in progress on hold.
From Station B, dial the access code and Station A’s telephone number.
Station B is connected to the station or trunk call that is on hold at Station A.

Service Conditions
1.
2.
3.

Only stations in the same tenant can use this feature.
This feature remains in effect even after hold timeout and the station is in the re-ring state.
This feature also overrides the Exclusive Hold feature (a call that is put in Exclusive Hold can be picked
up by using this feature).

Programming
STEP 1:
STEP 2:

ASPA - Assign the access code for this service. SRV = SSCA (Service Code Appendix) SIDA = 103
ASFC - Assign Service Feature Class that allows SFI = 150

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Calling Party Number - Name Assignment and Display

C-157 Calling Party Number - Name Assignment and
Display
General Description
This feature allows a user to assign the desired name for the calling number, which is provided by Central Office,
CCIS or ISDN feature, using the MAT command. The assigned name is displayed on the LCD of the D term and the
Desk Console.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.

3.

4.
5.

6.
7.
8.
9.

10.
11.

Page 258

When the calling number is not received, the assigned name cannot be displayed.
The calling number for this feature is assigned to the parameter CID of ACID command. When only the
first part of the calling number is assigned to the CID, the corresponding name is applied to any calling
number that begins with the assigned number. For example, when “1471” is assigned to the CID, the
calling name assigned for the number is applied to any calling number that begins with 1471, such as 147112-3456 or 1-471-234-5678.
The following numbers cannot be assigned to the parameter CID of ACID command:
a.) The first part of the already assigned number.
b.) The number whose first part is the same as the already assigned number.
For example, when “123” is already assigned to the CID, such as number as “1”, “12”, and
“1234” cannot be assigned.
When a calling number is sent via CCIS line, this feature is available for the first 16 digits only.
The name display is available only when a call directly terminates to a Dterm from the trunk received the
calling number. For example, the assigned name is not displayed for the transferred call. However, in this
case, the assigned name appears after the transferring party (an Attendant Console or a station) is
disconnected.
If forwarding a call via CALL FORWARDING - BUSY LINE [C-2]/DON’T ANSWER [C-3]/ALL
CALLS [C-5], the assigned name can be displayed only when the destination station is a D term.
The assigned name cannot be displayed on the Attendant Console. Displaying the assigned name on Desk
Console is available.
The assigned name cannot be output to the SMDR expanded area.
A maximum of 10,000 names for the calling numbers can be assigned in a system. However, this amount
varies depending on the data capacity of CALL BLOCK [C-150] or the data memory capacity of the
system.
This feature has priority over the current Caller ID service.
The display for OAI service has priority over the display for this service.

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Service Conditions (cont’d)
12.

The Display patterns are shown below:
Display Pattern 1 (System Data 1, Index 390, b0=0, b1=0)
8-digit Calling
Number
24-digit Assigned name
Display Pattern 2 (System Data 1, Index 390, b0=0, b1=1)
Type of Call,
Sub-address
24-digit Assigned name
Display Pattern 3 (System Data 1, Index 390, b0=1, b1=0)
8-digit Assigned
Name
24-digit Calling Number
Display Pattern 4 (System Data 1, Index 390, b0=1, b1=1)
Type of Call,
Sub-address
24-digit Calling Number

13.
14.

15.

16.
17.

Characters of 8-bit ASCII can be displayed for this feature.
When the feature key which assigned FKY = 113 via AKYD is pressed, the display pattern on the LCD
(assigned by the ASYD command) changes according to the following conditions:
• When My Line is Prime Line, Call ID Change Display Key is effective while terminating or in
conversation.
• When My Line is not Prime Line, Call ID Change Display Key is effective while in conversation.
However, display pattern returns to the original setting when answering, holding, or transferring the call.
When the received numbers of a calling number and characters of the assigned name exceed the display
field, whether to put them close to the right or left may be chosen by system data. At this time an asterisk
(*) is indicated on the exceeded digit position.
The displayed number and characters flash when a call terminates and lights steadily during conversation.
To display the Caller ID information on the Dterm to which the called line is assigned as a sub line, the
following hardware is required.
CIRCUIT CARD NAME

REMARKS

16ELCH
16ELCJ
PA-DAIA

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Calling Party Number - Name Assignment and Display

Service Conditions (cont’d)
18.

The trunk mentioned below is available as for analog COT:
CIRCUIT CARD NAME

REMARKS

PA-8COTBJ
19.

When this feature is activated via FCCS, the same data should be set to all nodes.

Programming
STEP 1:

STEP 2:

STEP 3:
STEP 4:

ASYD - System Data 1, Index 241, b6: Assign the data when the length of Caller ID exceeds the limit:
0/1 = Only the former/latter part of data appears on the LCD.
Index 390,
b0:
Assign the prior data to display
0/1:
The Assigned Name/The Calling Number
b1:
Assign the information displayed on the top line of the LCD
0/1:
0=Caller ID data
1=Call Type, Sub-address
b2:
Enable to display Caller ID information on the Dterm to which the called line is assigned as a
sub line.
0/1:
Out/In service
ACID - Assign the desired name against the calling number.
TYPE 3: Calling Party Number - Name Assignment and Display
CID:
Caller ID Number
SRV3:1 Calling Party Number - Name Assignment and Display
NAME: 24 digits maximum
AKYD - Assign the Call ID display change key to a feature key. FKY = 113
ADSL - Assign the Call ID display change key to a soft key.
SN = 0, 3
FKY = 113

FCCS Programming
No unique programming is required for the FCCS network.

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C-160

C-160

Call Trace

General Description
This feature enables the output of System Message [26-R], that gives information on a malicious call (kind of call,
number of calling terminal, etc.) originated from a station/trunk. The feature is made available when an access code
is dialed or the “Call Trace” key is pressed by the called user.
Note: For details on the System Message [26-R], see the NEAX2400 IPX System Operations and Maintenance
Manual.

Operating Procedure
Dialing Access Code

• To output the System Message for an abandoned call:
1.
After call termination, the calling party abandons the call.
2.
The called party lifts the handset.
3.
The called party dials the access code.
4.
Information on the abandoned call is output as System Message [26-R].
• To output the System Message after the release of a call:
1.
After call termination, the called party answers the call.
2.
After speech, the called party releases the call.
3.
The called party lifts the handset.
4.
The called party dials the access code.
5.
Information on the malicious call is output as System Message [26-R].
Using Soft/Feature Key

• To output the System Message for an abandoned call:
1.
After call termination, the calling party abandons the call.
2.
The called party lifts the handset.
3.
The called party presses the “Call Trace” key.
4.
Information on the abandoned call is output as System Message [26-R].
• To output the System Message after the release of a call:
1.
After call termination, the called party answers the call.
2.
After speech, the called party releases the call.
3.
The called party lifts the handset.
4.
The called party presses the “Call Trace” key.
5.
Information on the malicious call is output as System Message [26-R].
• To output the system message while in speech:
1.
After call termination, the called party answers the call.
2.
While in speech, the called party presses the “Call Trace” key.
3.
Information on the malicious call is output as System Message [26-R].

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Call Trace

Operating Procedure (cont’d)
Note:

Details on LCD display (for the D term Series E only) are as follows:

24 digits display of a Dterm Series E

•

When the CALL TRACE is set:
CALL REPORT

•

When the CALL TRACE is assigned to the soft key:
The service display appears following the blank
space for three characters.

PRT
•

When HELP key (Soft Key) is pressed:
Page 1

CALL TRACING
THIS FUNTION REPORT
INFORMATION OF >>>

Page 2

LAST CALLING NUMBER TO
ADMINISTRATOR
<<<

Service Conditions
1.
2.
3.
4.
5.

6.

Page 262

This feature is made available via the stations, to which the following data is assigned via the ASFC
command [SFI = 170 (Call Trace), RES = 1 (Service: Allowed)].
This feature can be activated by analog or D term stations. Other terminals such as Wireless stations (PS),
ISDN Terminals, and Attendant/Desk Consoles cannot provide this feature.
This feature is designed to get information on a terminated call (the last call terminated to a station line).
CALL TRACE is not available for originating calls.
Because a Dterm can contain multiple lines, the message output is executed on a line basis. Therefore, when
activating this feature via an access code, use the line that actually handled the target call.
When a call is terminated via a transfer (i.e. the call is transferred from other station), the System Message
[26-R] shows the information only related to the immediate station (the party who transferred the call).
Information about the first originated call cannot be obtained.
The following are the conditions for System Message [26-R].
a.) Each data is output in hexadecimal, giving details from the first digit.
b.) When the message data contains “A”, “B”, “C” or “0”, the actual meaning is as follows:
A = 0
B = *
C = #
0 = blank
c.) Date/Time data is based on the actual date and time when the access code is dialed.

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Service Conditions (cont’d)
d.) The maximum digits for each data are as follows:

7.

8.
9.

DATA

MAXIMUM DIGITS

FPC

3

Tenant Number

3

Station Number

6

UGN

3

Telephone Number

16

Trunk Call Number

32

e.) When the called station does not have the telephone number, the FPC/Telephone Number/UGN
data is output as “0”.
f.) When the calling party is the station which does not have the telephone number, the Tenant
Number/FPC/Telephone Number/UGN data is output as “0”. The kind of call is output as “10”.
g.) If the number of the trunk call (Caller ID) cannot be identified, the Trunk Call Number data is
output as “0”. The kind of call is displayed as “20”.
When the call is terminated via the No. 7 CCIS, the obtainable calling party numbers are:
• Maximum 8 digits (when CI (route data) = 0)
• Maximum 16 digits (when CI (route data) = 1)
System message is output at the node that the called station (informer) belongs to.
Unless the message output is set on a network basis, System Message [26-R] is created at the node which
contains the called station (informer).
The default message output grade is shown below:

26-R
10.
11.

MJ

MN

SUP

GR

—

—

—

2

To obtain the Caller ID via an analog trunk, be sure to use PA-8COTBJ. Other analog trunk cards cannot
provide this feature.
This service is available with the Analog Caller ID Service.

Interactions
1.

When the service DUAL STATION CALL [D-156] is used, a call can be terminated to a Main Station and
a Sub Station simultaneously. At this time, the calling party information can be obtained only by the key
operation from the Main Station side. Information to be obtained from the Sub Station is about the last call
directly terminated to the Sub Station.

Programming
STEP 1:
STEP 2:
STEP 3:

ANPD/ANPDL/ANPDN - Assign 1st digit code (1st DC) and number of necessary digits (NND) for
feature access and cancel. CI = N (Normal).
ASPA/ASPAL/ASPAN - Assign the access code for CALL TRACE, CI = N (Normal), SRV =
SSCA, SIDA = 116 (Output of System Message [26-R]).
ASFC - Assign a Service Feature Class to allow CALL TRACE for the stations, SFI = 170, RES = 1
(Restriction: lifted).

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Programming (cont’d)
STEP 4:
STEP 5:

STEP 6:

AKYD - Optional. Assign the CALL TRACE data to a Feature Key on the Dterm, FKI = 1 (Feature
Key), FKY = 129 (CALL TRACE).
ADSL - Optional. Assign the following to use a Soft Key on the Dterm Series E for CALL TRACE:
SKP: 0 - 15 (Soft Key Pattern)
SN = 1 [DT], 4 [Communication in Progress] (Status Number)
SKN: 1 - 16 (Soft Key Number)
FKY = 129 (CALL TRACE)
ADKS - Assign the following to use a Soft Key on the Dterm Series E for CALL TRACE:
TN:
Tenant Number
STN: Station Number
SKP: 0 - 15 (Soft Key Pattern assigned in STEP 5)
LKP: 1 - 3 (Location of Key Pattern)
PG:
0/1 (LCD Page Change: Soft Key/Line Key)

FCCS Programming
No unique programming is required for the FCCS network.

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Consultation Hold Release

C-169

C-169

Consultation Hold Release

General Description
This feature enables a station, connecting to a second call while the station has been holding (consultation hold) an
original call (including ADD-ON CONFERENCE-8 PARTY [A-121] member), to disconnect the second call
forcibly by pressing DISC key for Dterm once/going switch hook flash for analog station/PS twice. After that, the
second call is released, and the original call is retrieved from hold. Situations available for this feature are as shown
below.

•
•

•

When Station B is talking with
Station C while holding
(Consultation Hold) an original
call (Station A).
Station A: Original Call
Station B: Operating station for this
feature (D term/Analog Station/
PS)
Station C: Second call called by Station
B (it can be disconnected by
this feature)

Procedure for D term

Situation 1:

MUX

MUX
ELC

ELC
Station A
(HOLD)

After station B presses
DISC key

Station A

Station B

Station B

Station C

Station C
(ROT)

When station B presses CONF key before pressing DISC key,
THREE-WAY CALLING-Dterm [T-2D] is established as shown below.

Three-Way Calling
Note:

If a trunk for Three-Way
Calling within a MUX Card
is busy, this feature is not
available.

MUX

MUX

ELC

ELC
After station B presses
DISC key

Station A

Station A

Station B

Station B

Station C
(HOLD)

Station C
(ROT)

CFT

Procedure for Analog Station or PS

Three-Way Calling

MUX
LC
Station A
(HOLD)

MUX

MUX
LC

LC
After station B goes
switch hook flash

After station B goes
switch hook flash

Station A

Station B

Station B

Station C

Station C

Station A

Station B

Station C
(ROT)

CFT

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Consultation Hold Release

General Description (cont’d)

Situation 2:

•
•

•

When Station B is held by
Station C during Situation 1
(in this case, only Dterm is
available).
Station A: Original Call
Station B: Operating station for this
feature (Dterm/Analog
Station/PS)
Station C: Second call called by
Station B (it can be
disconnected by this
feature)

MUX

Procedure for Dterm

MUX

ELC

ELC

Station A
(HOLD)

After station B presses
DISC key

Station A

Station B
(HOLD)

Station B

Station C

Station C
(Idle)

When Station B presses CONF key before pressing
DISC key, the call processing is as shown below.
MUX

MUX
ELC

ELC

Note:

Hold tone cannot be
heard.

After station B presses
DISC key

Station A

Note

Station B

Station A

Station B

Note

Station C
(HOLD)

Station C
(Idle)

CFT

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Consultation Hold Release

C-169

General Description (cont’d)
Situation 3:

•
•

•

When Station B is talking
with Station C after Station
B holds (Consultation Hold All Calls - Dterm [C-17])
Station A while Station A
and B in a conference (AddOn Conference - 8 Party [A121]). PS/ISDN terminal
equipment cannot be
applied to this feature.
Station A: Original Call (conference
member)
Station B: Operating station for this
feature (conference
member)
Station C: Second call, which is not
conference member, called
by Station B (it can be
disconnected by this
feature)

MUX

Procedure for Dterm

MUX

ELC

ELC

Station A

Station A

After station B presses
DISC key
Station B

Station B

Station C

Station C
(ROT)

CFTB
card

CFTB
card

Note 1: This feature is not available when operation station (Station B) is in

Add-On Conference - 8 Party [A-121] while holding Station C
(Station/Trunk) using TRANSFER key.
MUX

MUX

Procedure for Analog Station

LC
Station A
(HOLD)

LC
Station A

After station B goes
switch hook flash

Station B

Station B

Station C

Station C
(ROT)

CFTB
card

CFTB
card

Note 2: Only when System Data 1 Index 803 bit 2 = 1 is assigned, Station C

can be disconnected.
Note 3: When ASFC command SFI 131 = 1 (Add-On Conference - 8 Party)
is assigned to Station B, Station C is called in to Add-On Conference
- 8 Party [A-121].

Operating Procedure
See General Description.

Service Conditions
1.
2.
3.

This feature is available when System Data 1 Index 803 Bit 1 = 1 is assigned.
When there is a call terminated at Chinese specification MFC trunk in calls related to this feature, this
feature is not available.
ISDN terminal equipment cannot be applied to operating station of this feature.

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Consultation Hold Release

Service Conditions (cont’d)
4.
5.
6.

7.
8.
9.
10.
11.

A station assigned EMERGENCY CALL [3-11] (SFI = 24) cannot be applied to operating station of this
feature.
The DISC key used for this feature can be assigned by FKY = 131 of AKYD command.
When an analog station uses this feature while in ADD-ON CONFERENCE-8 PARTY [A-121], assign
System Data 1 Index 803 Bit2 = 1 also. However, the analog station assigned SFI 131 = 1 (permission of
calling a ADD-ON CONFERENCE-8 PARTY [A-121]) cannot be applied to operating station for this
feature.
When System Data1 Index 244 Bit 6 = 1 is assigned, switch hook flash cannot be used while in THREEWAY CALLING [T-2].
A Dterm can execute this feature using the Flash Button (FKY = 21) key as a substitute for the DISC key.
In this case, comply with operating procedure for Analog Station/PS.
A second party (second call) is the last terminal connected with operation station. Therefore, when the user
changes a party using TRANSFER key, original party and second party are also changed.
When there is a call originated from attendant console in the calls related to this feature, this feature is not
available.
When assigning DISC key to soft key, DISC is displayed on a LCD of Dterm. HELP for DISC key is as
follows:
DISC KEY
PRESS THIS KEY TO
RELEASE THE LAST >>>
CALLED PARTY AND
RECONNECT TO THE
<<<
HELD PARTY

Programming
STEP 1:

STEP 2:

Page 268

ASYDL - allow this feature.
System Data 1 Index 803 Bit 1: 0/1 =
System Data 1 Index 803 Bit 2: 0/1 =

this feature is not allowed/allowed.
analog station cannot/can use this feature during ADD-ON
CONFERENCE-8 PARTY [A-121].
ADSL/AKYD - assign disconnection (DISC) key used for this feature to soft/function key.
ADSL - when assigning DISC key to soft key
SKP (SOFT KEY PATTERN):
0-15
SN (STATUS NUMBER):
5 (Consultation Hold)/9 (Three-Way Calling)
SKN (SOFT KEY NUMBER):
1-16
FKY (FUNCTION KEY DATA):
131
AKYD - when assigning DISC key to function key
KYN:
(KEY NUMBER)
KYI (SERVICE CONDITION):
1 (Function Key)
FKY (FEATURE KEY CODE FOR FLEX KEYS): 131

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Dial Access To Attendant

D-2

D-2

Dial Access To Attendant

General Description
This feature allows a user to access the ATTENDANT CONSOLE [A-3] by dialing the operator call code.

Operating Procedure
To access the Attendant

1.
2.

The user dials the operator call code; receives ringback tone.
The ATND lamp for the INCOMING CALL IDENTIFICATION [I-2] flashes; Attendant answers the call.

Service Conditions
1.
2.
3.
4.

5.

The operator call code will be a maximum of 6 digits. Normally “0” should be assigned as the operator
call code.
All stations, including fully restricted stations, can originate a call to the Attendant.
If TENANT SERVICE [T-12] is provided, each tenant group may access their own ATTENDANT
CONSOLE [A-3] via the same code.
This feature allows any user or dial repeating TIE Line trunk to reach the ATTENDANT CONSOLE [A3] by dialing an operator call code, usually but not necessarily a “0”. The ATTENDANT CONSOLE [A3] may complete these calls to trunk facilities if allowed by the station's CLASS OF SERVICE [C-15].
There is no restriction on the ATTENDANT CONSOLE [A-3] extending a station call to another station.
The Fusion Point Code (FPC) of the node which accommodates the called Attendant Console must be
assigned after system data assignment.

Interactions
1.
2.
3.
4.

Stations will terminate to the Attendant Console located in the same tenant when the station dials “0”.
Stations in Tenant A will terminate to the Attendant Console of Tenant B if Tenant A is not equipped with
an Attendant Console. Tenant B’s Attendant Console must be programmed to accept calls from Tenant A.
Stations may dial the ASAT number to terminate at a specific Attendant Console. See INDIVIDUAL
ATTENDANT ACCESS [I-6].
When the system is in the night mode, a station dialing “0” can be answered by the assigned
ATTENDANT NIGHT TRANSFER [A-19] station, if provided. However, when the ASAT number is
dialed in the Night mode, reorder tone is returned. No connection to the ATTENDANT NIGHT
TRANSFER [A-19] is allowed.

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:

ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N) and Hooking
(H). Assign the NND in accordance with a predetermined numbering scheme. Usually level “0” is
assigned for the Attendant Console.
ASPA - For access code “0”, assign SRV = SSC (Service Code) SID = 2 for Operator Call. Assign for
a Connection Index (CI) of Normal (N) and Hooking (H).
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. TRI= 0 and TRI= 4.
ASAT - If required, assign a specific number to the Attendant Console. This number must be
equivalent to a station number.

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D-2

Dial Access To Attendant

FCCS Programming

STEP 1:

Page 270

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
ASPAL - This data must be assigned to the node calling the attendant.
SRV: SSC
SID: 2=Operator Call
FPC: FPC of the node that accommodates the called attendant console

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Dictation Access

D-3

D-3

Dictation Access

General Description
This feature permits users dial access to customer provided dictation equipment, and in some instances allows them
to maintain telephone dial control of normal dictation system features.

Operating Procedure
1.
2.

Dial the DICTATION ACCESS code.
Proceed according to the dictation instructions provided by your organization.

Service Conditions
1.
2.
3.
4.
5.
6.

7.
8.

9.

One trunk circuit is required for each DICTATION ACCESS.
Dictation equipment must be equipped to receive DTMF tone signals if dial control is desired.
Dictation equipment must be customer provided.
Dictation trunks can be used with rotary dial signals.
The dictation trunk can be accessed from a station, Attendant, tie line, or REMOTE ACCESS [R-2] trunk.
OUTGOING TRUNK QUEUING [O-2]: If OUTGOING TRUNK QUEUING is provided and the user
dials a busy dictation trunk group, the station is placed in queue and is called back when the group becomes
available.
THREE-WAY CALLING [T-2]: An attempt to access the DICTATION ACCESS trunk from a two-party
connection is allowed.
Fully Restricted Station: With this feature assigned, only station-to-station and ATTENDANT CONSOLE
[A-3] dial “0” calls are permitted. Any attempt to access the DICTATION ACCESS trunk is routed to
reorder tone.
MISCELLANEOUS TRUNK RESTRICTIONS [M-3]: This feature prevents certain stations from using
miscellaneous service trunks. Any attempt to access the DICTATION ACCESS trunk from a station with
this feature assigned is routed to reorder tone.

Interactions
1.

OUTGOING TRUNK QUEUING [O-2]: If OUTGOING TRUNK QUEUING [O-2] is provided and the
user dials a busy trunk route, the station is placed in queue and is called back when a trunk in the route
becomes available. If the trunk route is part of a ROUTE ADVANCE [R-6] group, all trunks in the
ROUTE ADVANCE [R-6] group must be busy before queuing takes place. OUTGOING TRUNK
QUEUING [O-2] is available on DICTATION ACCESS.
2.
THREE-WAY CALLING [T-2]: An attempt to conference the DICTATION-ACCESS trunk from a twoparty connection may be allowed. This depends on assignments in the ARSC command.
3.
MISCELLANEOUS TRUNK RESTRICTION [M-3]: This feature prevents certain stations via Route
CLASS OF SERVICE-INDIVIDUAL [C-15] from using various routes in the system. If a station is
restricted, any attempt by a station to access the DICTATION ACCESS results in reorder tone.
Note: This feature may be installed on the station side of the switch. In that case, the PA-16LC may be used.
However, when installed on the station side, Route Restrictions are not available to the system programmer.
All stations within the system (tenant restrictions excluded), as well as stations in other PBXs connected via
a TIE Line, will have access to the dictation equipment.

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D-3

Dictation Access

Interactions (cont’d)
4.

If the station side is used to connect DICTATION ACCESS, STATION HUNTING [S-7, 8, 9] will
provide capabilities to connect multiple dictation machines to the system.

Programming
STEP 1:

ANPD - Reserve a number level for station access. Assign for Normal (N) and Hooking (H). Assign
NND in accordance with a predetermined numbering plan.
STEP 2: ASPA - Assign an access code to the DICTATION ACCESS trunk, SRV = OGC (Outgoing Call).
Correlate access code to route. One trunk per announcement route. Assign CI: of N and H.
STEP 3: ARTD - Assign the DICTATION ACCESS route as follows:
RT:1
1-OSGS
:2
2-0NSG
:3
5-TF
:1
6-TCL
:10
7-L/T
:1
8-RLP
:2
44-PRV
:1
STEP 4: ATRK - Assign the LENs, DICTATION ACCESS trunk route number, trunk number, and tenant
number.
STEP 5: MBTK - Assign the Make Idle status to the DICTATION ACCESS trunk.
Note: If supervision is required, use the first two circuits of the 16COT circuit card. Move the switch on 16COT
to PGT.
CKT 0
16 COT

CKT 1

Voice Tip
Voice Ring
Supervisory Ground
Ring, not used

STEP 6:

ARRC - If TIE Line or Remote Access connection to DICTATION ACCESS trunk is required, allow
trunk-to-trunk connection using ARI-D-RES, Direct Connection.
Note: The DICTATION ACCESS equipment may be installed on the line side of the PBX. The connection would
then be considered as a STATION-TO-STATION CALLING [S-11].
STEP 7: ARSC - Allow RRI 3 to the RSC’s allowed access to Dictation.

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Digital Display - Station

D-5

D-5

Digital Display - Station

General Description
This feature provides the Attendant with a visual display (via the ATTENDANT CONSOLE [A-3]) of the telephone
number, its Trunk Route Restriction, CLASS OF SERVICE - INDIVIDUAL [C-15] and TENANT [T-12] number
during Attendant-to-station connection.

Operating Procedure
The DIGITAL DISPLAY STATION is automatically activated whenever the Attendant answers an incoming call
from a station, or originates a call to a station.

Service Conditions
1.

The telephone number is displayed on the right side of the ATTENDANT CONSOLE [A-3] digital
display. Trunk Route Restriction CLASS OF SERVICE - INDIVIDUAL [C-15] and TENANT [T-12]
number are simultaneously displayed on the left. See Example 1 below.
Example 1: Single-digit Trunk Route Restriction CLASS OF SERVICE - INDIVIDUAL [C-15] and
TENANT [T-12] number; 4-digit telephone number.

TENANT NUMBER

2.
3.
4.

5.

6.

7.

8.

ROUTE RESTRICTION CLASS

TELEPHONE NUMBER

If the Trunk Route Restriction Class and/or TENANT [T-12] number are two digits, only the telephone
number may be displayed. Refer to Example 2.
If a station dialed by the Attendant is busy or in the LINE LOCKOUT [L-3] mode, only the telephone
number will be displayed.
The ATTENDANT CONSOLE [A-3] digital display is limited to a 6-digit numeric display. Since the
Class of Service and trunk routing display is in numeric form, a list must be provided to the Attendant
explaining the restrictions of each Class of Service number and trunk identification number.
CALL FORWARDING [C-2, 3, 5]: When this feature is activated by (or for) the called station, the
terminating telephone number is indicated on the digital display rather than the called telephone number
when the Attendant extends a call.
STATION HUNTING [S-7, 8, 9]: When this feature is applied because of the called station being busy
and the station belonging to a hunt group, the terminating telephone number is indicated on the digital
display rather than the called telephone number when the Attendant extends a call.
In the case of a 3 or 4-digit station-to-station numbering plan:
a.) 1 digit is used to identify the tenant (in the case where 2 digits are required for Class of Service,
the tenant number is not identified).
b.) 1 or 2 digits are used to identify the station Class of Service.
c.) 4 digits are used to display the telephone number.
The DIGITAL DISPLAY - STATION feature will occur whenever the Attendant:
a.) extends an incoming call to a user.
b.) originates a call to a user.
c.) answers a Recall or Call Forwarded call.

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Digital Display - Station

Service Conditions (cont’d)
Example 2: 2-digit TENANT [T-12] number, 4-digit telephone number.
1

0

TENANT NUMBER

2

2

2

2

TELEPHONE NUMBER

Example 3: 2-digit Trunk Route Restriction Class, 4-digit telephone number.
1

0

TENANT ROUTE
RESTRICTION CLASS

2

2

2

2

TELEPHONE NUMBER

Example 4: Single digit TENANT [T-12] number, 5-digit telephone number.
1

2

TENANT NUMBER

5

0

0

1

TELEPHONE NUMBER

Example 5: Single digit Trunk Route Restriction Class, 5-digit telephone number.
1

2

TENANT ROUTE
RESTRICTION CLASS

5

0

0

1

TELEPHONE NUMBER

Example 6: When 5-digit station numbering is used, only the telephone number is displayed.
1

2

5

0

0

1

TELEPHONE NUMBER

9.

For the FCCS network, when a telephone number has been assigned for a station, it is displayed on the
Attendant Console. However, if a telephone number is 7 digits or more, Physical Station Number is
displayed.

Programming
ASYD - System Data 1, Index 82, Bits 0-3. Assign a hex value according to the choice.
HEX - Station Information
0: TN + CLS + 4-digit Station Number
1: TN + 4-digit Station Number
2: RSC + 4-digit Station Number
3: TN + 5-digit Station Number
4: RSC + 5-digit Station Number
5: Station Number

FCCS Programming
No unique programming is required for the FCCS network.

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Digital Display - Trunk

D-6

D-6

Digital Display - Trunk

General Description
This feature provides the Attendant with a visual indication of incoming and outgoing trunk calls on the
ATTENDANT CONSOLE [A-3]. Trunk identification number, trunk route number, and TENANT [T-12] number,
or Central Office trunk code, are displayed in a numerical readout.

Operating Procedure
The DIGITAL DISPLAY TRUNK is automatically activated whenever the Attendant answers an incoming trunk
call or originates a trunk call.

Service Conditions
1.
2.

By pressing the loop key of a call that is in the ATTENDANT CAMP-ON [A-1] mode and using the DEST
key, the Attendant can determine both trunk and telephone number onto which the call is camped.
The trunk identification number is displayed on the right side of the ATTENDANT CONSOLE [A-3]
display while TENANT [T-12] and trunk route numbers are simultaneously displayed on the left.
Example 1:
1

2

1

5

Tenant Number Route Number Trunk Identification Number
(1 digit)
(2 digits)
(3 digits)

Example 2:
9

7

0

0

1

1

2

2

Example 3:
1

1

Route Number
(3 digits)

3.
4.

5.
6.

Trunk Identification Number
(3 digits)

If the Trunk Route Number is three digits, the Trunk Identification Number and Trunk Route Number are
displayed.
The ATTENDANT CONSOLE [A-3] digital display is limited to a 6-digit numeric display. Since the
Class of Service and trunk routing display is in numeric form, a list must be provided to the Attendant
explaining the restrictions of each Class of Service number and trunk identification number.
The DIGITAL DISPLAY - TRUNK feature displays trunk routing information or a 4-digit C.O. line
number. The method used can be optionally selected on a per-trunk group basis.
The DIGITAL DISPLAY - TRUNK feature will occur whenever the Attendant answers/originates:
a.) an incoming C.O. (DID, Bothway, Oneway, FX, WATS) type call.
b.) an incoming TIE Line call.
c.) an intercept call.

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D-6

Digital Display - Trunk

Service Conditions (cont’d)

7.

d.) an outgoing C.O. (DOD, WATS, FX) type call.
e.) an outgoing TIE Line call or re-enters a held trunk call.
An Attendant Console also indicates the C.O. code assigned by system data at each node in the FCCS
network.

Programming
STEP 1:

ASYD - System Data 1, Index 68, Bit 1. Type of INDIVIDUAL TRUNK ACCESS, 0/1: Route and
Trunk Number/Central Office Code.
Note: If System Data 1, Index 68, Bit 1 is assigned for the Individual Trunk Access to be the ACOC code, then all
of the trunks in all of the routes in the system must have the ACOC code assigned.
STEP 2: ARTD - In CND 25:R/L, if data “0” is assigned, then tenant, route number, and trunk number are
displayed. If data “1” is assigned, then Central Office code is displayed. The ACOC command must be
assigned.
Note: For display purposes only, Route and Trunk numbers and Central office codes may be used simultaneously
in the same system and are applied on a per-route basis, CDN 25:R/L.
Route and Trunk Number

STEP 3:

ATRK - The route and trunk number assigned here provides the system with specific information on
types of routes and their associated trunks, LENs, number of tenants, and any CLASS OF SERVICEINDIVIDUAL [C-15] route restriction information.

Central Office Code

STEP 4:

ACOC - Each trunk must be assigned a Central Office code.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ARTDN - In CND 25:R/L, if data “0” is assigned, then tenant, route number, and trunk number are
displayed. If data “1” is assigned, then Central Office code is displayed. The ACOC command must be
assigned.
STEP 2: ACOCN - Each trunk must be assigned a Central Office code.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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NEAX2400 IPX Feature Programming Manual
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Direct-In Termination (DIT)

D-7

D-7

Direct-In Termination (DIT)

General Description
This feature automatically routes incoming public network calls directly to a pre-selected station without Attendant
assistance. The call can then be processed by the called party. THREE-WAY CALLING [T-2], CALL TRANSFER
[C-10], etc., are handled in the same manner as any normal trunk call.

Operating Procedure
The calling party, outside the system, dials the desired number as usual. However, the call is answered directly at a
predetermined station, bypassing the ATTENDANT CONSOLE [A-3].

Service Conditions
1.
2.
3.

4.
5.
6.

7.
8.
9.
10.

11.
12.
13.

Note:

14.
15.
16.

Any group(s) of trunks can be used, up to the maximum capacity of the NEAX2400 IPX.
Bothway trunks can be used for DIRECT-IN TERMINATION, but incoming only trunks are
recommended.
It is not necessary to have special DID trunk connections to the public network as is required with DIRECT
INWARD DIALING [D-8]. However, care should be exercised in the application of Central Office trunk
hunting.
If the DIT station is busy, the incoming call is kept ringing until the DIT station becomes idle, or forwarded
to the ATTENDANT CONSOLE [A-3].
If there is no answer at a station, the calling party will continuously receive ringback tone. There is no
AUTOMATIC RECALL [A-8] to the Attendant in this case.
If the station is assigned to a STATION HUNTING [S-7, 8, 9] group, the incoming call will follow the
hunt group station assignment. If the station is in a CALL FORWARDING [C-2, 3, 5] mode, the incoming
call is connected to the CALL FORWARD target station.
This feature is normally used where direct-in service is required on a limited basis. The number of stations
serviced is effectively limited to the number of trunks available for DIRECT-IN TERMINATION.
DIRECT-IN TERMINATION is mutually exclusive with NIGHT CONNECTION - FIXED [N-1].
DIT trunks can be programmed to terminate elsewhere in the Night mode.
When the system is in the Night mode of operation and the DIRECT-IN TERMINATION (DIT) station
is busy, the call will divert to TAS if provided, otherwise, the call will wait on the busy station until it
becomes idle.
More than one trunk can be arranged for DIRECT-IN TERMINATION to a particular station line.
The DIT call can terminate to a DO NOT DISTURB [D-11D] station.
When a DIT call terminates to a restricted station or a station setting CALL FORWARDING - ALL
CALLS [C-5]/BUSY LINE [C-2], or MULTIPLE CALL FORWARDING - ALL CALLS [M-44] / BUSY
LINE [M-24] to a restricted station, the call is routed to the Attendant and terminates at the “ICPT” key
on the ATTENDANT CONSOLE [A-3].
This service can be activated in system data.
After a call is answered, it can be processed by the called station like any normal trunk call.
Only the telephone number is available for the destination station assignment when activating this feature
via FCCS.
When activating this feature via the FCCS network, this feature is activated by data in the LDM of the
node accommodating the terminated COT.

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D-7

Direct-In Termination (DIT)

Service Conditions (cont’d)
17.

18.
19.

When activating this feature via the FCCS network, when the telephone number of the destination station
is deleted:
a.) When the Attendant Console is used, the DIT call terminates to the Attendant Console.
b.) When the Attendant Console is not used, or if the Attendant Console is in night mode, the caller
hears ringback tone.
When activating this feature via the FCCS network, a DIT call cannot be queued while all the FCCS links
are busy. Calling party receives ringback tone at that time and after the FCCS link is restored to idle.
When activating this feature via the FCCS network, the different destination for C.O. incoming call (ring
down) cannot be set at each tenant group.

Interactions
1.
2.

3.

4.

5.

Night DIT service is NIGHT CONNECTION - FIXED [N-1]. The NIGHT CONNECTION - FIXED/
FLEXIBLE [N-1, 2] feature can be used to simulate a DIT application.
When using NIGHT CONNECTION - FIXED/FLEXIBLE [N-1, 2], if the station is busy, the call will
divert to TRUNK ANSWER ANY STATION [T-8], if provided. If not provided, the call will queue at the
busy station until it becomes idle.
The DIRECT-IN TERMINATION trunk is limited to the following types:
a.) DDD
b.) FX
c.) WATS
d.) CCSA
All CALL FORWARDING [C-2, 3, 5] features may be used in conjunction with DIRECT-IN
TERMINATION. In the case of CALL FORWARDING - DON’T ANSWER [C-3], the call must
physically be ringing the DIT station. Call Forwarding is only available from a ground start DIT trunk.
STATION HUNTING [S-7, 8, 9] and UNIFORM CALL DISTRIBUTION (UCD) [U-1] may be used
with DIRECT-IN TERMINATION.

Programming
STEP 1:

STEP 2:

STEP 3:
STEP 4:

Page 278

ASYD - System Data 2, Index 11, Bit 7. Will the DIT call to a busy station be routed to the Attendant
Console, or will it queue to the busy station? 0/1: Attendant Console/Queue. Assign on a per-tenant
basis. If the call goes to the Attendant Console, it will ring in on the BUSY or ICPT key.
System Data 1, Index 147. DIT supervisory timer for a busy station. How often will the CPU look at
the Idle/Busy status of the station for rerouting the DIT call to the destination? This index works when
System Data 2, Index 11, Bit 7 is 1.
ARTD - Assign the DIRECT-IN TERMINATION route as shown below:
GROUND START:
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:1
4-INSG
:3
5-TF
:2
6-TCL
:1
7-L/T
:1
8-RLP
:2
15-LSG
:1
LOOP START:
RT:1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:1
4-INSG
:3
5-TF
:2
6-TCL
:1
7-L/T
:1
8-RLP
:2
ATRK - Assign the LENs, DIT Trunk Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the DIT trunk.

NEAX2400 IPX Feature Programming Manual
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Direct-In Termination (DIT)

D-7

Programming (cont’d)
STEP 5:

STEP 6:

ARSC - The DIT target station receiving the call must be assigned a Route Restriction Class (RSC),
allowing the station to be connected to the trunk. The DIT route must be allowed via Route Restriction
Indexes (RRI) 0 & 1.
ACFR - Designate the type of incoming Call Class Indexes (CCI) that require a Transfer Service
Feature Index (TSFI) = 3, DIRECT-IN TERMINATION. The type of CCI must match CDN 6 of the
DIT route. For Night DIT (NIGHT CONNECTION-FIXED [N-1]), allow the CCI a TSFI = 2, NIGHT
CONNECTION-FIXED [N-1].

For Day and Night DIT Service-Same Station

STEP 7:

ACSI - Assign the Route Number, Trunk Number, and Connection Service Index = 3 for DIT. Then
assign the Tenant Number and Station Number to serve as the DIT station.

For Day DIT Service

STEP 8:

ACSA - Assign the Route Number, Trunk Number, Connection Service Index A = 2 for DIT. Then
assign the Tenant Number and Station Number to serve as the DIT station.

For Day and Night DIT Service-Different Stations

STEP 9:

ACSI - Assign the Route Number, Trunk Number, Connection Service Index = 4 for NIGHT
CONNECTION-FIXED (DIT) [N-1]. Then assign the Tenant Number and Station Number to serve as
the DIT station.

Night DIT Only

STEP 10: ASCI - Assign the Route Number, Trunk Number, Connection Service Index = 4 for NIGHT
CONNECTION-FIXED (DIT) [N-1]. Then assign the Tenant Number and Station Number to serve as
the DIT station.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ACSIL - This command must be assigned to the node accommodating the COT. Assign the logical
route number (LGRT), trunk number, and Connection Service Index (CSI) = 3 for DIT activated in
Day and Night mode or 4 for DIT activated in Night mode. Then assign the user group number (UGN)
and Telephone Number to serve as the DIT station.
STEP 2: ACSAL - This command must be assigned to the node accommodating the COT, when setting the DIT
service in day only or different DIT station is used in day and night. Assign the logical route number
(LGRT), trunk number, and Connection Service Index A (CSIA) = 2 for DIT activated in Day mode.
Then assign the User Group Number (UGN) and Telephone Number to serve as the DIT station.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The current data should also be set in addition the above-mentioned command:
The command to be set to the node accommodating the COT: ASYD/ARTD/ATRK/MBTK/ARSC/ACFR.

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D-8

Direct Inward Dialing (DID)

D-8

Direct Inward Dialing (DID)

General Description
This feature provides for all incoming calls from the public network (except FX or WATS) to reach any system
station without Attendant assistance.

Operating Procedure
The calling party, outside the system, dials the telephone number as usual. However, the call is answered directly at
a predetermined station, bypassing the Attendant.

Service Conditions
1.
Note:

2.
3.
4.
5.

6.
7.
8.

This feature requires that special DID trunks and telephone numbers be obtained through the local
telephone company.
Not all telephone company Central Offices are capable of providing this service.
If the Central Office numbering plan differs from the user’s station numbering plan, addition or deletion
of digits can be implemented to coincide with the existing numbering plan.
This feature is normally used when DIRECT-IN service is desired on an extensive or system-wide basis.
DID is also frequently referred to as CENTREX service.
If the called station is non-existent, the DID call is automatically routed to the Attendant or another
predesignated station. Calls to invalid numbers can be routed to an Attendant or to a recorded
announcement. See CALL FORWARDING - INTERCEPT/ANNOUNCEMENT [C-25].
Wink-start or delay-start signaling is recommended for use in conjunction with this feature.
The DID trunk contains a switchable 2db transmission pad that is switched in or out via software control.
If DID trunk is immediate start, dial pulse is required.

Interactions
1.

2.
3.

4.
5.

6.
7.

Page 280

Incoming calls have priority over outgoing calls. When a register is assigned as an Outgoing Register
Trunk (ORT), it will also act as an Incoming Register Trunk (IRT) if no IRTs are available. Therefore,
ORTs can act as IRTs, but if IRTs are programmed, they will not act as ORTs.
If immediate Start DID trunks are required, Incoming Register Trunks must be programmed in the same
local processor as the DID trunks.
CALL FORWARDING [C-2, 3, 5]: When a station has activated a Call Forwarding feature (CALL
FORWARDING - ALL CALLS [C-5], CALL FORWARDING - BUSY LINE [C-2], CALL
FORWARDING - DON'T ANSWER [C-3]), the DID call is forwarded to a designated station rather than
to the specific station dialed.
STATION HUNTING [S-7, 8, 9]: If the called station is arranged for this feature and is busy, the call
follows any prescribed hunting pattern.
CALL WAITING - TERMINATING [C-12]: If the called station has the Call Waiting - Terminating
feature, Call Waiting ringback tone to the calling party is provided when the called station is busy. The
called station hears a 2-burst Call Waiting Tone. Call Waiting is allowed in CDN 46:CW, of ARDT
command.
On an incoming call to a busy station, the Call Forwarding feature takes precedence over the Station
Hunting feature, and the Station Hunting feature takes precedence over the Call Waiting feature.
The PA-8TLT circuit card provides interface capabilities for eight DID circuits.

NEAX2400 IPX Feature Programming Manual
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Direct Inward Dialing (DID)

D-8

Programming
STEP 1:

ASYD - System Data 1, Index 16, Bit 3. Enable the 4-digit station number. It is normal to enable all
options regarding length of station numbering. Assign data 1FH.
System Data 1, Index 65. Assign the number of routes in the system.
System Data 1, Index 70, Bit 0. Is Calling Number for a DID incoming to the Attendant in service? 0/
1: No/Yes.
STEP 2: ARTD - Assign the DIRECT INWARD DIALING route as shown below:
RT:1
3-ISGS
:7
4-INSG
:3
5-TF
:2
6-TCL
:5*
7-L/T
:1
8-RLP
:2
15-LSG
:8
28-ANS
:1
46-CW
:1
Note: *This can be assigned as data 1, DDD
STEP 3: ATRK - Assign the LENs, DID Trunk Route Number, Trunk Number, and Tenant Number.
Assign the LENs and Incoming Register Trunk Route number (903). The LENs must be for levels 0-3
for any 8RST circuit card. (See Interactions.)
STEP 4: MBTK - Assign the make idle status to the DID and Incoming Register Trunks.
STEP 5: ANPD - Reserve a number level for station access. Assign for Normal (N) and Hooking (H) service.
Number of Necessary Digits (NND) is usually four, and the Busy Lamp Field is activated.
STEP 6: ASPA - Assign the access code as assigned in ANPD above. Type of Service, SRV = STN (Station).
Four is the number of digits usually required.
STEP 7: ARSC - The DID station receiving the call must be assigned a Route Restriction Class (RSC) that will
allow the station to be connected to the incoming DID route. The DID route must be allowed via Route
Restriction Indexes (RRI) 0 & 1.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ARTDN - Assign the DIRECT INWARD DIALING route as shown below:
RT:1
3-ISGS
:7
4-INSG
:3
5-TF
:2
6-TCL
:5
7-L/T
:1
8-RLP
:2
15-LSG
:8
28-ANS
:1
46-CW
:1
STEP 2: ANPDN - Reserve a number level for station access. Assign for Normal (N) and Hooking (H) service.
Number of Necessary Digits (NND) is usually four, and the Busy Lamp Field is activated.
STEP 3: ASPAN - Assign the access code as assigned in ANPD above. Type of Service, SRV=TELN. Four is
the number of digits usually required.
STEP 4: ARSCN - The DID station receiving the call must be assigned a Route Restriction Class (RSC) that
will allow the station to be connected to the incoming DID route. The DID route must be allowed via
Route Restriction Indexes (RRI) 0 & 1.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Page 281

D-9

Direct Outward Dialing (DOD)

D-9

Direct Outward Dialing (DOD)

General Description
This feature permits any user to gain access to the public network without the assistance of the Attendant, by dialing
an access code and receiving a second dial tone. The user may then proceed to dial the desired public network
number.

Operating Procedure
To place an outside call

1.
2.
3.
4.
5.

Go off-hook; receive dial tone,
Dial the trunk access code (usually “9”),
Receive second dial tone from Central Office,
Dial the desired telephone number,
If the call is denied for any reason, reorder tone is heard.

Service Conditions
1.
2.
3.
4.
5.

6.

Outgoing connection restriction can be assigned on an individual station basis. Refer to CLASS OF
SERVICE - INDIVIDUAL [C-15].
TOLL RESTRICTION - 3/6-DIGIT [T-7] may be applied to DIRECT OUTWARD DIALING.
Various types of trunks (FX, WATS, tie, CO, etc.) can be directly accessed using this feature.
The trunk group access code is limited to a maximum of three digits (only when the SPEED CALLING
[S-3, 3D, 21, 23] service is required).
Use of the DOD feature can be denied on a per-trunk group basis when the following restrictions are active
on the originating station line.
• Fully Restricted Stations: Direct Outward Dialing attempts are routed to reorder tone when the station
is fully restricted.
• Restriction from Outgoing Calls: A station assigned this feature is denied the ability to dial-access
preselected trunk groups.
• HOT LINE [H-1]: Exchange network call completion using this feature is not permitted. The
originating station can only be routed to the ATTENDANT CONSOLE [A-3] or another station when
going off-hook.
• MISCELLANEOUS TRUNK RESTRICTION [M-3]: Preselected station lines are denied access to
preselected miscellaneous trunk groups, the station is routed to reorder tone when the station attempts
to originate a call on the trunk group.
• TOLL RESTRICTION: Level of this feature restricts unauthorized station lines' ability to complete
outgoing Central Office or Foreign Exchange calls to specified areas or office codes within an area.
• TOLL DENIAL: A station with Toll Denial is routed to reorder tone when a 0 or 1 is dialed as the first
digit after the trunk access code has been dialed.
The outgoing call using a trunk in the remote node via FCCS link is available. For more detailed
information, see the NEAX2400 IPX Fusion Network System Manual.

Interactions
The COT circuit card is used for all ringdown trunks. This circuit card is equipped to interface with Central Office
circuits and may be used for either loop start or ground start trunks.

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Direct Outward Dialing (DOD)

D-9

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:

STEP 5:
STEP 6:
STEP 7:

ASYD - System Data 1, Index 65. Assign the number of routes in the system.
ANPD - Reserve a number level for outgoing trunk access. Assign for Normal (N) and Hooking (H).
Assign NND in accordance with a predetermined numbering scheme.
ASPA - Assign the access code as assigned in ANPD above. Type of Service, SRV = OGC (Outgoing
Call) Outgoing Trunk. Assign the route number associated with the access code.
ARTD - Assign the DOD route as shown below:
GROUND START:
RT: 1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:1
7-L/T
:1
8-RLP
:2
15-LSG
:1
LOOP START:
RT:1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:1
7-L/T
:1
8-RLP
:2
ATRK - Assign the LENs, DOD Trunk Route Number), Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the DOD trunks.
ARSC - The Route Restriction Class must be constructed via RRI: 3, direct access, to allow the station
access to the involved routes.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - Reserve a number level for outgoing trunk access. Assign for Normal (N) and Hooking (H).
Assign NND in accordance with a predetermined numbering scheme.
STEP 2: ASPAL - Assign the access code as assigned in ANPD above. Type of Service, SRV = OGC
(Outgoing Call) Outgoing Trunk. Assign the logical route number associated with the access code.
STEP 3: ARTDN - Assign the DOD route as shown below:
GROUND START:
RT: 1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:1
7-L/T
:1
8-RLP
:2
15-LSG
:1
LOOP START:
RT:1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:1
7-L/T
:1
8-RLP
:2
STEP 4: ARSCN - The Route Restriction Class must be constructed via RRI: 3, direct access, to allow the
station access to the involved routes.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Page 283

D-10

Distinctive Ringing

D-10

Distinctive Ringing

General Description
This feature provides distinctive station ringing patterns so that the user can distinguish between internal and
external incoming calls.

Operating Procedure
No manual operation is required.

Service Conditions
Ringing Patterns

1.

Ringing for Incoming Internal Call
a.) When a Service Feature Class that allows Personal Ringer (ASFC command, SFI 148) is assigned
to a station:
RINGER PATTERN 1 - Ringing for Incoming Internal Call to Pilot Number:
2-second ring / 4-second silence
RINGER PATTERN 5 - Ringing for Incoming Internal Call to Personal Number (ex. My Line):
Note

Note:

2.
3.

Note:

4.
5.
6.
7.
8.

2-second ring (3 bursts) / 1-second silence
Personal Number means the telephone number allowed Personal Ringer function.
b.) When a Service Feature Class that restricts Personal Ringer (ASFC command, SFI 148) is
assigned to a station:
RINGER PATTERN 1 - 2-second ring / 4-second silence
Ringing for Incoming External Call:
a.) RINGER PATTERN 0 - 1-second ring / 2-second silence
Recall Ringing for CALL BACK [C-1], CALL WAITING - ORIGINATING [C-31], or OUTGOING
TRUNK QUEUING [O-2]:
a.) RINGER PATTERN 1 - 2-second ring / 4-second silence
Or
RINGER PATTERN 5 - 2-second ring (3 bursts) / 1-second silence
These timing parameters can be changed via the end users requirements (1-15 seconds).
This feature may be assigned per-trunk route via system data programming.
If an Off-Premises Station (OPX) or denied station is assigned to a station line, an option is available for
that Class of Service to eliminate burst ringing signals.
The DISTINCTIVE RINGING interruption rates can be optionally selected on a per-system basis. In this
case, system initialization may be required.
An option is available on a per-trunk group basis to provide one-burst ringing on terminating calls.
When calling a third station (THREE-WAY CALLING [T-2], CONSULTATION HOLD [C-17], etc.),
the ringing signal to the called station depends on the type of facility (station or trunk) on hold.

Interactions
1.

Page 284

CALL HOLD [C-6]: Recall ringing for CALL HOLD [C-6] can be distinguished between a held station
call (2-burst ringing) from a held trunk call (1-burst ringing).

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Distinctive Ringing

D-10

Interactions (cont’d)
2.

3.

CONSULTATION HOLD [C-17]: Station A places Party B on CONSULTATION HOLD [C-17] and
calls Station C. If Party B is a trunk, Station C hears DISTINCTIVE RINGING for a trunk call. If Party
B is a station, Station C hears distinctive ringing for a station call.
When Personal Ringer function is set to a station, if an incoming internal call is terminated to the personal
number and the call is transferred by CALL FORWARDING - DON’T ANSWER [C-3], Ringer Pattern
of the transferred station varies depending upon the type of the telephone as shown below:
TYPE OF TRANSFERRED STATION

RINGER PATTERN

Analog Telephone

1

Dterm

5

Programming
STEP 1:

STEP 2:
STEP 3:

ASYD - System Data 1, Index 72, Bit 6. Is DISTINCTIVE RINGING applied to calls handled via the
Attendant Console? 0/1: No/Yes. Otherwise, these calls will ring as station-to-station calls.
RINGER PATTERN 0 - Normally used for C.O. Calls.
System Data 3, Index 0. Timer Value for Ringer Pattern 0. Normally, data 21Hex (1 sec.-ON, 2 sec.OFF) is assigned to this Index.
System Data 3, Index 3, Bit 0. 2-Burst (0.4 sec.-ON, 0.2 sec.-OFF, 0.4 sec.-ON) on the ON Time for
Ringer Pattern 0. 0/1:Not Required/Required.
RINGER PATTERN 1
System Data 3, Index 1. Timer Value for Ringer Pattern 1. Normally, data 42Hex (2 sec.-ON, 4 sec.OFF) is assigned to this Index.
System Data 3, Index 3, Bit 1. 2-Burst (0.4 sec.-ON, 0.2 sec.-OFF, 0.4 sec.-ON) on the ON Time for
Ringer Pattern 1. 0/1:Not Required/Required.
RINGER PATTERN 5
System Data 3, Index 7. Timer Value for Ringer Pattern 5.
System Data 3, Index 3, Bit 5. 3-Burst (0.4 sec.-ON, 0.2 sec.-OFF, 0.8 sec.-ON, 0.2 sec.-OFF, 0.4 sec.ON) on the ON Time for Ringer Pattern 5. 0/1:Not Required/Required.
System Data 1, Index 417, Bit 0. Recall Ringer Pattern for CALL BACK [C-1], CALL WAITING ORIGINATING [C-31], and OUTGOING TRUNK QUEUING [O-2].
0/1:Ringer Pattern 5/Ringer Pattern 1.
ARTD - To provide a distinctive ring to specific routes, assign data “1” to CDN 12:DR.
ASFC - Assign a Service Feature Class that allows SFI 48, Burst Ringing, to PA-16LC port station
that will not operate using DISTINCTIVE RINGING. With this feature, the system does not look at
ASYD, System Data 3, Index 3, Bits 0 and 1 to determine how this telephone will ring. Telex, FAX
machines, and OPX stations may require a longer ringing signal. Digital Dterms will not respond to this
feature.
Assign a Service Feature Class that allows SFI 148 to the stations that activates Personal Ringer
function. Personal Ringer function changes Ringing Pattern for Incoming Internal Call according to
the called number as shown below:
Incoming Internal Call terminated to Pilot Number: RINGER PATTERN 1
Incoming Internal Call terminated to Personal Number (ex. My Line): RINGER PATTERN 5

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Do Not Disturb - D term

D-11D

Do Not Disturb - Dterm

D-11D
General Description

This feature allows a user to establish DO NOT DISTURB status. Incoming calls will be denied access to MY Line,
while DO NOT DISTURB status is in effect.

Operating Procedure
To set

1.

Press the DO NOT DISTURB (DND) key. The associated LED will light. The LCD displays:
DND SET
(Time Display)

To cancel

2.

Press the DO NOT DISTURB (DND) key. The LED will go out. The LCD displays:
DND CANCEL
(Time Display)

Service Conditions
1.
2.
3.
4.

This service can only be set or cancelled while the Dterm is idle.
Lines programmed to ring will not do so while this service is set.
While DO NOT DISTURB is set, outgoing calls may be made. The user may answer other lines, excluding
MY Line.
DND is not displayed on the calling station’s D term when the called station is in the DO NOT DISTURB
condition. Restriction (REST) appears on the display in place of DND; reorder tone is heard, and no
indication will appear in the DO NOT DISTURB condition when the calling station is a HOTLINE [H-1].
REST

XXXXX
(Time Display)

5.
6.
7.

8.

Page 286

A DND station in a HUNT GROUP [D-7, 8, 9] is skipped.
CALL FORWARDING - BUSY LINE [C-2] can be activated for an idle station that has set DND.
The following service features are denied to the DND station:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
[B-5D]
BOSS-SECRETARY OVERRIDE - Dterm
BUSY VERIFICATION
[B-3]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-1D]
VOICE CALL - Dterm
[V-2D]
When the user sets DO NOT DISTURB while engaged in a call, privacy is set. In this case, the following
services will be restricted:
CALL WAITING TERMINATING
[C-12]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-1D]

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Do Not Disturb - D term

D-11D

Interactions
1.

2.

DO NOT DISTURB may be listed in some literature as available by a programmable Line/Feature key. A
Dterm ACD station is not equipped with a DND key. If DO NOT DISTURB is to be made available to this
station, it must be programmed to a Line/Feature key.
DATA INTERFACE-AUTOMATIC ANSWER may be activated if the Dterm station is in the DO NOT
DISTURB mode.

Programming
STEP 1:

STEP 2:
STEP 3:

- Assign the following key data for the Dterm:
1
Station Number
Type of Dterm 0/1:
0:
No Ringing
1:
Ringing All Lines
2:
Ringing on Prime Line Only
3:
Flexible Ring Assignment, enables RG parameter
KYN: Key Number (1-40)
KYI: Service Index
0:
Key Not Used
1:
Feature Key
2:
Multi-Line Key
KD:
Not assigned for Feature Key
FKY: Feature key Number
FKY: = 50, DO NOT DISTURB
ADSL - Assign SN=0 (Idle) and FKY=50 (Do Not Disturb; DND).
This command is used for assigning the function to each soft key.
ASFC - Select an indication type (REST/DND) on the display of a Dterm when it terminates to a
station that has been set DO NOT DISTURB.
SFI:
= 114, Calling Party DND Indication (Dterm)
0/1:
REST/DND.

AKYD
TN:
STN:
TP:
RING:

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Dial Monitor - Dterm

D-13D

D-13D

Dial Monitor - Dterm

General Description
This feature provides for dialed digits to appear on the Dterm LCD display.

Operating Procedure
1.
2.

Lift the handset or press the SPEAKER key; receive dial tone.
Dial the desired number; the digits will appear in sequence on the LCD display.

Service Conditions
1.

2.

Digits appear from the right and move to the left as additional digits are dialed. A maximum of 16 digits
can be displayed. If more than 16 digits are dialed, the first dialed digits will be dropped and the last dialed
digit appears. This process continues until all digits have been dialed.
Digits also appear on the display when implementing SPEED CALLING - ONE TOUCH - Dterm [S-26D],
LAST NUMBER CALLED - Dterm [L-6D] and SAVE AND REPEAT - Dterm [S-24D].

Programming
No programming is required.

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Day/Night Class of Service

D-15

D-15

Day/Night Class of Service

General Description
This feature permits any station to be assigned one CLASS OF SERVICE - INDIVIDUAL [C-15], for day and
another for night. System data can be programmed so that once the ATTENDANT CONSOLE [A-3] has entered
the NIGHT CONNECTION [N-1,2] mode, a station's CLASS OF SERVICE - INDIVIDUAL [C-15] will be
automatically changed when required. Class may be upgraded or downgraded, and trunk groups normally controlled
by the Attendant in the daytime may be opened to station control in the night mode.

Operating Procedure
This feature is controlled entirely via the ATTENDANT CONSOLE [A-3]. Pressing the NITE key or removing the
handset changes the service class. Releasing the NITE key or replacing the handset restores normal CLASS OF
SERVICE - INDIVIDUAL [C-15].

Service Conditions
1.
2.
3.
4.
5.

6.

7.
8.
9.

DAY/NIGHT CLASS OF SERVICE may be assigned on a per tenant and per station basis.
DAY/NIGHT CLASS OF SERVICE may be assigned to different trunk restriction and service restriction
classes.
Refer to CLASS OF SERVICE - INDIVIDUAL [C-15] for further details.
Night mode restriction classes can be set at any time by entering the related command on the
MAINTENANCE ADMINISTRATION TERMINAL (MAT) [M-18].
When TENANT SERVICE [T-12] is provided with MULTIPLE CONSOLE OPERATION [M-4], the
system can be programmed for either all ATTENDANT CONSOLEs [A-3] or primary ATTENDANT
CONSOLE [A-3] to control activation of DAY/NIGHT CLASS OF SERVICE.
When DAY/NIGHT mode changeover occurs, tenant number, day/night mode of the tenant, status of the
external switch, and cause of changeover are printed out on the alarm printer and MAT printer. (This
service is determined by system data.)
Day/night information of the unused tenant is not printed out.
A maximum of 14 tenants' information can be printed per message.
An example of printout format is shown below:

SYSTEM MESSAGE 17-H
NEC ABIKO PLANT

[-] DAY/NIGHT CHANGE INFORMATION
FEB 11 23:45

1:0101

0101

0201

0101

2:0301

0101

0401

0101

3:0A02

0201

0B02

0201

4:0C02

0201

1001

0002

5:1101

0002

1201

0002

6:C001

0000

C101

0000

7:D001

0101

FF02

0101

8:0000

0000

0000

0000

9:0000

0000

0000

0000

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D-15

Day/Night Class of Service

Service Conditions (cont’d)
1:01 01 0 1 01

External Switch Status
1. Class Changeover
2. Night Station Changeover
3. Trunk call origination “Make Busy”
4. TAS night transfer
Day/Night mode (after changeover)
Day/Night mode (before changeover)
0. Day
1. Night 1
2. Night 2
3. Night 3
Cause of changeover
1. “NITE” key
2. External key
Tenant number

10.
11.

12.
13.
14.
15.
16.
Note:

When the Attendant's NITE key or external switch is turned ON and OFF repeatedly, the messages printed
out and the operation may not coincide, but the system message will represent the final day/night mode.
In the following cases, day/night mode is not changed when the external switch is turned ON, and only the
system message is printed out:
a.) When neither the ATTENDANT NIGHT TRANSFER [A-19] or TAS [T-8] is available, SYS2
Index 13 b1=1 (no check by Attendant at the time of day/night mode changeover), and the NITE
key of Attendant indicates Day.
b.) When neither ATTENDANT NIGHT TRANSFER [A-19] or TAS [T-8] is available, SYS2 Index
13 b1=0 (check by Attendant at the time of day/night mode changeover), and the NITE key of
Attendant indicates Night.
When day/night mode changeover is activated by jack at the time System Data is SYS1, Index 77 b0=1
(day/night mode changeover by jack available), the cause of changeover is indicated as NITE key (=1).
This feature is to be controlled by the Attendant Console accommodated in the terminating node for the
FCCS network.
Day/Night mode is changed by the destination node of the operator call assigned system data for the FCCS
network. Note
The node which does not accommodate the Attendant Console controls DAY/NIGHT mode of the selfnode using the external key for the FCCS network.
The user can assign only one destination node from a node, even when the system is organized by more
than one tenant.
The following Attendant Console Day/Night Mode Change methods are determined by system data: By the
Primary Attendant Console / By all Attendant Consoles

Interactions
1.

2.

Page 290

When assigning station data, assign the restriction classes desired to cause the station to upgrade,
downgrade, or remain unchanged status of restriction class when going from Day to Night. If DAY/
NIGHT CLASS OF SERVICE is not required, assign the commands normally.
The DAY/NIGHT CLASS OF SERVICE arrangements are based on the day/night operating status of the
tenant.

NEAX2400 IPX Feature Programming Manual
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Day/Night Class of Service

D-15

Interactions (cont’d)
3.

4.

DAY/NIGHT CLASS OF SERVICE affects the following restrictions:
a.) Route Restriction Class (ARSC)
b.) Service Feature Class (ASFC)
c.) Toll Restrictions (ATDP)
d.) Tenant Restrictions (ATNR)
When TRUNK ANSWER FROM ANY STATION (TAS) [T-8] is installed, a station’s Night RSC must
allow access to the IC trunks. Also, the Night SFC must allow TAS, SFI 13.

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:
STEP 5:
STEP 6:

ASYD - System Data 1, Index 75, Bit 0. Are Route Restriction Class Pattern (ARSC command) tables
to be developed for both Day and Night? 0/1: No/Yes.
System Data 1, Index 75, Bit 1. Are the Service Feature Class Pattern (ASFC command) tables to be
developed for both Day and Night? 0/1: No/Yes.
System Data 1, Index 75, Bit 2. Are the Tenant Restriction Data Pattern (ATNR command) tables to be
developed for both Day and Night? 0/1: No/Yes.
System Data 1, Index 75, Bit 3. Are the Toll Restriction Data (ATDP command) tables to be developed
for both Day and Night? 0/1: No/Yes.
System Data 1, Index 77, Bit 0. Is Day/Night mode change accomplished by removing the handset
from the ATTCON? 0/1: No/Yes.
System Data 1, Index 229, Bit 3. System message printout on changeover of the Day/Night mode? 0/1:
Out/In Service.
System Data 2, Index 2, Bit 2. Is this a Primary ATTCON system? 0/1: No/Yes. (When Primary goes
into Night, tenant goes into Night).
System Data 2, Index 2, Bit 3. Is this a normal ATTCON system? 0/1: No/Yes. (When all Attendant
Consoles go into Night, tenant goes into Night).
ASFC - Assign this command for both the Day and Night tables.
ARSC - Assign this command for both the Day and Night tables.
ATNR - Assign this command for both the Day and Night tables.
ATDP - Assign this command for both the Day and Night tables.
ASID - If ATTENDANT NIGHT TRANSFER [A-19] is needed, assign this command.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ASYDL - This data must be set to all the nodes.
System Data 1, Index 640. Assign the node of attendant console.
STEP 2: ASPAL - These data must be set to the node that calls the attendant.
SRV: SSC
SID: 2=Operator Call
FPC: FPC of the node accommodates the attendant console
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Page 291

D-16

Direct Digital Interface

D-16

Direct Digital Interface

General Description
This service feature provides the capability to connect trunks from the NEAX2400 IPX directly to “T1” carrier links
via either private or public network.
Private Network: Connecting Digital Networks
DS-1 Signal Level
PCM Transmission Line
(24 Channel)

Office
Rep

Line
Rep

Line
Rep

Office
Rep

Digital PBX

Digital PBX

Private Network: Connecting Digital Networks

Office
Rep
Traditional Analog
PBX

D3 Bank

Line
Rep

Line
Rep

Office
Rep
D3 Bank

Traditional Analog
PBX

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.

5.

Page 292

The DTI provides signalling interface, bipolar/unipolar conversion, frame synchronization, insertion/
extraction and alarm detection.
The Digital Interface Module can be provided with circuit cards to interface with “T1” carrier and/or
CCITT standard networks.
The Digital Interface Module (DTI) is mounted in a Port Interface Module (PIM).
The following two methods may be used for network synchronization:
a.) Source-Receiver System (Source)
b.) Source-Receiver System (Receiver)
Each office hierarchy is defined as follows:
a.) Source Office: One center will operate as the Source Office. This location has two highly
stabilized source oscillators, and distributes the Source Clock to all the systems through the
digital interface lines.

NEAX2400 IPX Feature Programming Manual
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Direct Digital Interface

D-16

Service Conditions (cont’d)

6.

b.) Sub-Source Office: This office operates using a Phase Lock Oscillator (PLO) to synchronize with
the clock at the Source Office. If the Source Clock has some failure, office can operate using its
own backup oscillator.
c.) Receiver Office: This office is arranged so it will have at least two clock routes, one for Receiver
and the other for standby. Synchronization Clock is derived from incoming PCM bit stream from
higher hierarchy offices.
d.) Local Receiver Office: This is the end office in a digital network arrangement. This office will
not be provided with a backup route for the PLO, because this office is the only one influenced in
an event of trouble occurrence.
Each NEAX2400 IPX can be equipped with a duplicate Phase Lock Oscillator used for network
synchronization. Each PLO has 4 inputs to which clocks from the Source Oscillator or Digital Interface
Module should be connected.
S:
SS:
R:
LR:

S

SS

SS

R

R

LR

LR

Source Office
Sub-Source Office
Receiver Office
Local Receiver Office
Direction of Clock

LR

Network Clocking Hierarchy

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D-16

Direct Digital Interface

Service Conditions (cont’d)
NEAX2400 IPX
(Source Office)
DTI

LEGEND
DTI:
PLO:
:
- - -:

Digital Trunk Interface Card
Phase Lock Oscillator
Speech Path
Clock Route

DTI
DTI
DTI
DTI
A

NEAX2400 IPX
(Receiver Office)

DTI

NEAX2400 IPX
(Receiver Office)

PLO

DTI
DTI
DTI

A
DTI

DTI
DTI
DTI
DTI
DTI
DTI

PLO
PLO

Network Clock Synchronization

Programming
STEP 1:
STEP 2:

Page 294

ASYD - System Data 1, Index 91, Bits 4-7. If one Phase Lock Oscillator (PLO) is mounted, assign
data “1” to Bits 4 and 6. If two PLO’s are mounted, assign all four bits as data “1”.
ARTD - Assign the DIRECT DIGITAL INTERFACE route as follows. This is for second dial tone
TIE Lines.
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:2
4-INSG
:3
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
13-AC
:1
15-LSG
:5
30-PAD
:7

NEAX2400 IPX Feature Programming Manual
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Direct Digital Interface

D-16

Programming (cont’d)
LCR FLAG ROUTE:
RT: 31
5-TF
:3
6-TCL
:1
7-L/T
:1
8-RLP
:2
9-TQ
:1
13-AC
:1
STEP 3: ATRK - Assign the LENs, DIRECT DIGITAL INTERFACE Trunk Route Number, Trunk Number,
and Tenant Number.
STEP 4: MBTK - Assign the make idle status to the DIRECT DIGITAL INTERFACE trunks.
STEP 5: ANPD - Reserve a number level for Register Sender Least-Cost Routing (LCR). This level should
correspond to the station numbering plan of the opposite office. Assign Connection Indexes, CI = N,
H; Normal and Hooking. Number of Necessary Digits will be the length of the digits in the opposite
office’s station numbering plan.
STEP 6: ASPA - Assign the access code of the LCR flag route. Type of Service, SRV = LCR (Least Cost Route
Selection), LEAST COST ROUTING-3/6 DIGIT [L-5]. Assign Connection Index, CI = N, H; Normal
and Hooking. Assign the LCR flag route number associated with this access code.
STEP 7: ARNP - Assign the physical route numbers as assigned in ARTD, and relate these routes to the LCR
access code as assigned in ASPA for SRV = LCR (Least Cost Route Selection). The LCR access code
is the first digit of the opposite offices’ station numbers.*
Note: These same routes may also be listed in ASPA for SRV = OGC (Outgoing Call). In that case, these routes
may also be available via direct dial access codes, but are not assigned for LCR in the ARNP command.
STEP 8: AMND - Assign the maximum necessary digits the system must translate for proper route selection. In
this case, assign the first digit of the other system’s station numbering and the number of digits in the
station numbering plan.
STEP 9: AFRS - List the dialing patterns in groups that are served by a specific sequence of routes. Use only
the DTI routes and the first digit of the station numbering. Assign this dialing sequence to an OPR.
STEP 10: AOPR - The AFRS command designates the dialing sequence and the OPR to be selected. The AOPR
defines the routes and in what order these routes will be selected. In this case, only the DTI routes will
be assigned. Assign the following parameters:
TDC No. (TDPTN) - Time-of-Day Pattern Change. Usually, this parameter does not apply, and data
“0” must be entered. For an AFRS assignment, however, if different OPRs will be required as a
function of time, designate which Time-of-Day Pattern Change Number (TDPTN) OPR is assigned (0
-7).
OPR No. (OPR) - Outgoing Pattern Route, the number referenced in AFRS consisting of a series of
routes to be chosen based on the dialed number.
Route Advance No. (RA) - The order in which a route will be selected (0-7). Usually only one or two
routes are involved with DTI TIE Lines.
Route Advance End Display (E) - The last route in the route advance group. Indicate with data “0”. All
other routes are indicated by data “1”.
Route Number (RT) - The physical Route Number to be selected, as programmed in ARTD.
Skip Digits (SKIP) - Do not skip any digits. Usually the LCR access code is the opposite system’s
station level. This digit must be sent to the opposite PBX.
Pattern Number Location (PNL) - If digits are to be added after translating the dialed digits in AFRS,
use AADC command. This is usually not applicable.
Overflow Tone (OVFT) - Assign if a tone is wanted for the Last Choice Route. If so, assign data “1”
for DDD. Usually not applicable.

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Page 295

D-31

Delay Announcement - UCD

D-31

Delay Announcement - UCD

General Description
This feature provides recorded announcement service for an incoming call directed to a busy UNIFORM CALL
DISTRIBUTION (UCD) [U-1] group and placed in a waiting queue. The recorded announcement occurs after a
predetermined time in the queue.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.

3.
4.
5.
6.
7.
8.

9.

Up to eight announcement machines can be assigned per UCD [U-1] group.
The DELAY ANNOUNCEMENT-UCD time consists of three time periods. Each idle time period
requires a duration of 6 seconds:
a.) before the announcement (idle time)
b.) the announcement
c.) after the announcement (idle time).
After the announcement is played, MUSIC ON HOLD [M-7] is activated.
Ringback tone is sent to the queued UCD [U-1] call before the first DELAY ANNOUNCEMENT begins.
If programmed, the DELAY ANNOUNCEMENT can be repeated while the incoming call is waiting in
the queue. Between each announcement, MUSIC ON HOLD [M-7] will be heard.
When a UCD [U-1] station becomes idle, the incoming call is connected immediately to the idle station,
even if the incoming call is connected to the DELAY ANNOUNCEMENT-UCD.
If the incoming call comes from a ring down trunk, billing begins with the start of the Delayed
Announcement.
If an incoming call encounters all stations busy in a UCD [U-1] group and overflows to another UCD [U1] group, and if all stations are busy in the OVERFLOW - UCD [O-13] group, the calling party will be
placed in the queue for the originally called UCD [U-1] group, and DELAY ANNOUNCEMENT - UCD
will be invoked, if programmed.
The figures below show Delayed Announcement Time Charts for a single programmed announcement,
and for a repeated programmed announcement.

Call put in
Queue

Start of
Message

Actual
Message

Ringback Tone

End of
Message

Call Answered
Positions
are available

Music
On
Hold

Ringback Tone
Idle Time (Record Music On Hold etc.)

Call put in
Queue

Start of
Message

Positions are available
End of
Call Answered
Message

Actual
Message

Music Message
On
Replays
Hold

Delay before replay of
Announcement
Ringback Tone Idle Time
Ringback Tone
(Record Music On Hold etc.)

Time Chart for Single and Repeated Announcement

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Delay Announcement - UCD

D-31

Service Conditions (cont’d)
The figure below illustrates the three possible Delayed Announcement recording patterns.

0 sec.

PATTERN I

6
IDLE TIME

PATTERN II

PATTERN III

10.
11.

8

6

18

24

32 sec.

12
ANNOUNCEMENT
18

IDLE TIME

ANNOUNCEMENT

6
IDLE TIME

24
ANNOUNCEMENT

This feature can be programmed in Local Data Memory (LDM).
Delay Announcement Trunk (DAT) in the node accommodating the UCD controlling station must be used
for this feature for the FCCS network.

Interactions
1.
2.

UNIFORM CALL DISTRIBUTION [U-3] must first be provided.
When a UCD station is assigned as the destination of LDN Night Connection, this service cannot be
activated.

Programming
STEP 1:
STEP 2:

STEP 3:
STEP 4:
STEP 5:

ASYD - System Data 1, Index 70, Bit 6. Are DELAY ANNOUNCEMENT-UCD common or separate
for all UCD groups? 0/1: Common/Separate.
ARTD - Assign the Announcement Route as follows:
BOTHWAY TIE LINES:
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:2
4-INSG
:3
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
15-LSG
:5
ATRK - Assign the LENs, Announcement Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the announcement trunks.
AUAD/AUADL - This command is used to assign the DELAY ANNOUNCEMENT-UCD.
Assign the following information:
TN/UGN:
Tenant Number of UCD Control Station
STN/TELN: Station Number of UCD Control Station
DLYT:
Delay Timer (0-30 sec; 2 second, even-number increments)
MSGT:
Message Timer (0-30 sec; 2 second, even-number increments)
RP:
Announcement Output Reply
0: Only One
1: Replay
INT:
Replay Interval

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D-31

Delay Announcement - UCD

Programming (cont’d)
CNT:
Number of Announcement Trunks
RT:
Route Number
TK:
Trunk Number
The Tenant and Station parameters will be prompted only if ASYD calls for separate announcements
for UCD groups.
The Delay timer, DLYT, is the time that the Delay Announcement trunk will ring and collect other
incoming calls that will listen to the DELAY ANNOUNCEMENT-UCD.
The Message timer, MSGT, should include both the DELAY ANNOUNCEMENT-UCD time plus
idle time before and after the announcement. The following patterns are available.
seconds
Delay Timer

16

24

6

4

6

Delay Timer

Idle Time

Actual
Message

Idle Time

6

12

6

Delay Timer

Idle Time

Actual Message

Idle Time

Delay Timer

Idle Time

6

12
Actual Message

32

6
Idle Time

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ASYDN - This data must be assigned to the NCN. System Data 1, Index 70, b6: 0/1= DAT is common
for all the UCD groups/DAT is different per UCD group
STEP 2: AUADN - These data must be assigned to the NCN.
UGN:
User Group Number
TELN:
Telephone Number
DLYT:
Delay Timer (0-30 sec; 2-second increment)
MSGT:
Message Timer (0-30 sec; 2-second increment)
RP:
Announcement Replay
0/1=Only one/Replay
INT:
Replay Interval (0-30 sec; 2-second increment)
CNT:
Number of Announcement Trunks
RT:
Route number
TK:
Trunk number
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The current data should also be set in addition the above-mentioned command. The command to be set to
the node that accommodates the UCD controlling station only: ATRK, MBTK

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Dual Hold - Dterm

D-32D

D-32D

Dual Hold - Dterm

General Description
This feature allows two D terms to simultaneously be placed on hold. This allows the held parties to answer or
originate a call from a subline appearance or the idle prime line.

Operating Procedure
To place a call in a DUAL HOLD-D term condition

1.
2.

When two Dterms are connected, either Dterm user can press the pre-assigned HOLD key and place the
other D term on hold.
If the held Dterm user wishes to originate or answer another call from a sub-line appearance, the held Dterm
user presses the pre-assigned HOLD key and places the connection in a DUAL HOLD-D term condition.

To place back to the original connection

1.
2.
3.

The D term user goes off-hook and presses the held line.
The held Dterm hears MUSIC ON HOLD [M-7] if originally connected D term is still holding the call.
The held Dterm comes back to the original call if originally connected Dterm has already returned to the
original call.

Service Conditions
1.
2.
3.

4.

5.
6.

7.

8.

The DUAL HOLD - Dterm feature can be activated by pressing the HOLD key during a call between any
two Dterms.
While a call is being held, Automatic Recall is initiated after a preprogrammed time on the Dterm that
placed the call on Hold.
For STATION MESSAGE DETAIL RECORDING SYSTEM [S-10] information between extensions, a
call is regarded as completed when the HOLD key is pressed to hold the call. When both stations answer
the held call, it is processed as a new call.
Even in the case of a call between two Dterms, DUAL HOLD - D term cannot be initiated between Boss and
Secretary after the Boss/Secretary service, or between overriding and overridden parties after the
PRIVACY RELEASE [P-18] service.
This feature is not restricted by the Class of Service for the stations in the network.
The following services are available to either the holding line or the line placed on hold when a call is held
by pressing the HOLD key in a DUAL HOLD - Dterm situation:
CALL BACK
[C-1]
MESSAGE REMINDER
[M-19D]
The following services are not available to either the holding line or the held line in a DUAL HOLD - Dterm
situation:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
BUSY VERIFICATION
[B-3]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
EXECUTIVE RIGHT-OF-WAY
[E-1D]
PRIVACY RELEASE
[P-18]
DUAL HOLD-Dterm cannot be activated for calls established by:
BOSS-SECRETARY Service
[B-5D, 8, 11]
PRIVACY RELEASE
[P-18]

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Dual Hold - Dterm

D-32D

Service Conditions (cont’d)
BUSY VERIFICATION
ATTENDANT CAMP-ON
EXECUTIVE RIGHT-OF-WAY
CALL WAITING-ORIGINATING
CALL WAITING-TERMINATING

[B-3]
[A-1]
[E-1]
[C-31]
[C-12]

Programming
ASYD - System Data 1, Index 144. Recall timer for EXCLUSIVE, NON-EXCLUSIVE HOLD.
Assign data 00H for 30 seconds. (RAM default data is 3FH.)
System Data 2, Index 12, Bit 0. Is Automatic Recall Ringing provided on a per-tenant basis? 0/1: Yes/
No.

FCCS Programming
No unique programming is required for the FCCS network.

Page 300

NEAX2400 IPX Feature Programming Manual
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Dial Intercom

D-87

D-87

Dial Intercom

General Description
This feature gives multiple Dterm users the ability to simultaneously call any other member of the intercom group,
regardless of their idle or busy status. An intercom group member can override another intercom station in a twoparty intercom connection. This service is referred to as an Intercom Bridge.

Operating Procedure
To originate

1.
2.

The intercom station presses the DICM key and goes off-hook within five seconds.
Dial the desired INTERCOM telephone number; receive ringback tone. The calling Dterm displays:
Dialed Intercom Number
ICM
XX
(Time Display)

3.

The desired INTERCOM station answers the call and is connected to the calling station.

To answer

1.

The DICM key will flash, indicating an incoming DIAL INTERCOM call. The called station may also
hear distinctive three-burst ringing. The called D term displays:
Calling Intercom Number
ICM
XX
(Time Display)

2.

If the called station is already engaged in a conversation with a non-intercom call, the station may press
the HOLD key and answer the DIAL INTERCOM call by pressing the DICM key. Ringing will stop.

To bridge

1.

When two stations are engaged in a DIAL INTERCOM call, a third station, belonging to the same DIAL
INTERCOM group, presses the DICM key and goes off-hook. The called and calling D terms display:
Intercom Number
XX
OVERRIDE
(Time Display)

2.

A three-party conference is established. The called stations may hear a Warning Tone. The option for
hearing the tone is preassigned in system data. The called and calling Dterms display:
CONF
(Time Display)

3.

If Intercom Bridge service is denied, the Dterm displays:
CONF REST
(Time Display)

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D-87

Dial Intercom

Operating Procedure (cont’d)
PRIME LINE PICK UP-D term [P-13D]

The Dterm may be programmed to seize the incoming call on the AUTOMATIC, MANUAL, or DIAL INTERCOM
lines before the Prime Line. If two incoming calls terminate simultaneously to both the Prime Line and the DIAL
INTERCOM line, when the user goes off-hook, PRIME LINE PICKUP-Dterm [P-13D] will seize the DIAL
INTERCOM line before the Prime Line. If only the Prime Line is ringing when the user goes off-hook, then PRIME
LINE PICKUP Dterm [P-13D] will seize the Prime Line. The programmable options and ringing priority are
illustrated in the following table:
PROGRAMMABLE OPTIONS

RINGING
PRIORITY

PRI0

PRI1

1

Prime Line

Dial Intercom

2

--

Prime Line

Prime Line

Prime Line

Manual Intercom

3

--

--

--

--

Prime Line

PRI2

PRI3

PRI4

Automatic Intercom Manual Intercom Automatic Intercom

Service Conditions
1.
2.
3.

4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.

15.

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Only Dterms can be assigned as a member of a DIAL INTERCOM group.
All members of the same DIAL INTERCOM group must be assigned in the same Module Group.
Up to 32 stations may be assigned to one DIAL INTERCOM group. Each station in the DIAL
INTERCOM group can be assigned as an Automatic, a Manual and a DIAL INTERCOM member of three
different groups.
No more than one connection can be established at the same time in one DIAL INTERCOM group.
A three-party conference can be established in a DIAL INTERCOM group if Intercom Bridge service is
available. If a fourth party tries to activate Intercom Bridge service, the connection is denied.
The maximum number of DIAL INTERCOM groups in the PBX is 50 per Module Group.
It is possible to simultaneously assign one group of stations as an Automatic/Manual Intercom group, as
well as a DIAL INTERCOM group.
The distinctive ringing (three-burst ringing) sent from an incoming DIAL INTERCOM station takes
priority over the ringing of multi-line appearances.
Features normally available to multi-line appearances are not available to DIAL INTERCOM lines.
DIAL INTERCOM lines cannot be held by pressing the HOLD key.
When a station is moved from one DIAL INTERCOM group to another via system commands, the DICM
key on the associated Dterm must be deleted before the change is made.
Port traffic and station PEG COUNTS [P-7] reports will record the use of the DIAL INTERCOM feature
under “other.”
Dedicated Dterm feature keys cannot be used during a DIAL INTERCOM call. Only the SPEAKER key
for hands-free operation can be used.
If there are simultaneous incoming calls to the Prime Line, Automatic Intercom Line, the Manual Intercom
Line, and/or the DIAL INTERCOM line, the Prime Line will normally be selected when the station goes
off-hook. The selection order can be changed for each D term via office data assignment.
DIAL INTERCOM group numbers are either one or two digits and can be set for each DIAL INTERCOM
group:
1 digit: 0-9
2 digits: 00-63

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Service Conditions (cont’d)
16.

The display on the Dterm is as follows:
a.) Calling
Dial Intercom Number of the Calling Station
* Display appears for 10 seconds when the DICM line is
preselected
Called
ICM
XX 60 IPM
Station
flashing
(Time Display)

Dial Intercom Number of the Calling Station
Calling
Station

ICM

XX
(Time Display)

b.) Called Station Answers
Dial Intercom Number of the Calling Station
Called
Station

ICM

XX
(Time Display)

Dial Intercom Number of the Answering Station
Calling
Station

ICM

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XX
(Time Display)

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D-87

Dial Intercom

Service Conditions (cont’d)
c.) Intercom Bridge
Dial Intercom Number of the Additional Station
Original
Station

OVERRIDE

XX
(Time Display)

Dial Intercom Number of the Calling Station (1 or 2 digits)
Addt.
Station

OVERRIDE

XX
(Time Display)

After 5 seconds
Three
Station

CONF
(Time Display)
* CONF lamp goes on

d.) Intercom Bridge Restriction
CONF REST
(Time Display)
* When the DICM key is pressed for the bridge, after
originating a call, the above is displayed for 5 seconds.
17.
18.
19.

20.

To answer a call terminated to the INTERCOM line while the Prime Line is busy, press an INTERCOM
line key.
The DIAL INTERCOM ringing by an incoming call is interrupted while the MANUAL SIGNALING [M47] signal is being sent out.
While a call is in progress on a multi-line, the AUTOMATIC INTERCOM line, or MANUAL
INTERCOM line, pressing the DICM key can disconnect the call to allow a DIAL INTERCOM call
origination or answer.
FCCS link is not available for this feature.

Programming
STEP 1:

Page 304

ASYD - System Data 1, Index 59, Bit 7. Is AUTOMATIC/MANUAL and DIAL INTERCOM in
service? 0/1: No/Yes.
System Data 1, Index 69, Bit 6. Is a Warning Tone required when creating a three-way AUTOMATIC/
MANUAL INTERCOM call? 0/1: No/Yes.
System Data 1, Index 78, Bits 0 & 1. Assign both Bits as data “1” to enable full D term display
operation.
System Data 3, Index 3. Assign data 20H for burst ringing if necessary.
System Data 3, Index 7. Assign the Ringing Pattern if necessary.

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Programming (cont’d)
STEP 2:

STEP 3:

ADIM - Assign the following data:
MG: Module Group
G-ID: Group ID Number per MG
N:
Number of Digits of Dial Intercom Group (0/1)
0: 1 digit
1: 2 digits
BCR: Bridge Call Restriction (0/1)
0: Restricted
1: Allowed
TN:
Tenant Number
ICMCT Number of Intercom Stations (2-64) (actual number to dial)
ICM STN:Intercom Station Number
AKYD - Assign an Intercom Line to the station according to the following parameters:
TN:
1
STN: Station Number
TP:
Type of Dterm 0/1:
RING: 0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.
PRI: Form of Line Preference (0-3)
KYN: Key Number (1-40)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Kind of Line
0: Multi-line
1: Intercom Line
ICM: Kind of Intercom
0: Automatic Intercom
1: Manual Intercom
2: Dial Intercom.

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Delayed Ringing - D term

D-90D

Delayed Ringing - Dterm

D-90D
General Description

This feature allows a Dterm to receive an incoming ringing signal after a predetermined time.
In Boss/Secretary service, a call terminating on the boss's line first rings at the secretary's station. If the secretary
does not answer within a preprogrammed time, the boss' station will also ring. This service is convenient when many
lines terminate on a secretary's phone, and the secretary is engaged in a call, or is temporarily away from the phone,
and cannot answer the call terminated to the boss's station.
An incoming call:

Indication

Ringing

Boss

Boss

Boss’s Station
After a
preprogrammed time:

Secretary’s Station

Ringing

Ringing

Boss

Boss

Calls terminated to the boss's station may be routed to multiple secretaries by assigning timing delays for ringing to
each secretary's station.
a.) An incoming call:

Ringing

Indication

Boss

Boss

Secretary A

Secretary B

b.) After the first
preprogrammed time:

Ringing

Boss
Boss’s Station
Ringing

Boss

Boss

Secretary A

Secretary B

c.) After the second
preprogrammed time:

Indication

Ringing

Indication

Boss
Boss’s Station
Ringing

Boss

Boss

Secretary A

Secretary B

Ringing

Boss
Boss’s Station

When a call to the boss' station is received, it rings on Secretary A's station. If it is not answered in a preprogrammed
time, it will also ring on Secretary B's station. If Secretary B does not answer within the second preprogrammed
time, the call will also ring on Boss's station.

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Delayed Ringing - D term

D-90D

General Description (cont’d)
This feature may also be used in a similar way to CALL FORWARDING - DON'T ANSWER [C-3] or STATION
HUNTING [S-7, 8, 9].
a.) An incoming call:

Ringing

A

A
Station A

b.) After the first
preprogrammed time:

Ringing

Station C
Ringing

A

Secretary A

Station C
Ringing

A
Station A

d.) After the third
preprogrammed time:

Indication

A

Secretary B

Ringing

A

Indication

A

Station B

A

c.) After the second
preprogrammed time:

Indication

A

Station B
Ringing

Ringing

Station C
Ringing

A

A

Station B

Station C

Ringing

A
Station D

A call rings on Station A. If Station A does not answer within a preprogrammed time, the call also rings on Station
B. If the call is not answered within the second preprogrammed time, the call also rings on Station C. If the call is
not answered within the third preprogrammed time, the call also rings on Station D.

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Delayed Ringing - D term

D-90D

General Description (cont’d)
DELAYED RINGING may also be used for calls terminated to single-line telephone appearances on a Dterm. Calls
to single line appearances that are not answered within a preprogrammed time will ring on the next station in
sequence.
a.) An incoming call:

Ringing

Indication

Indication

A
Single Line Station
b.) After the first
preprogrammed time:

Dterm

A

Station B

Ringing

Dterm

Ringing

Indication

A
Single Line Station
c.) After the second
preprogrammed time:

Dterm

A

Station B

Ringing

Dterm

Station C

Ringing

Ringing

A
Single Line Station

Station C

D

term

Station B

A
D

term

Station C

A call rings on Single Line Station A. If Station A does not answer within a preprogrammed time, the call also rings
on Dterm Station B. If the call is not answered within the second preprogrammed time, the call also rings on Dterm
Station C.

Operating Procedure
No manual operation of the feature is required after it has been programmed in system data.

Service Conditions
1.
2.
3.

This feature is available for multi-lines on Dterms.
Delay timing for each line on the D term may be programmed through the MAT.
Delay timing may be 10, 20, or 30 seconds.

Interactions
1.
2.

3.

Page 308

Off-hook ringing on a Dterm will follow the assigned DELAYED RINGING-Dterm [D-90D] timer the
same as on-hook ringing.
Stations that have multi-line appearances with DELAYED RINGING-Dterm assigned must be aware of
the interaction with CALL FORWARDING-DON’T ANSWER [C-2]. Example: Station A appears on
Dterm B with a delayed ringing of 30 seconds (RG = 4); and also on Dterm C with a delayed ringing time
of 20 seconds (RG = 5). If Station A sets CALL FORWARDING-DON’T ANSWER [C-2] and the CALL
FORWARDING-DON’T ANSWER [C-2] timer is set at 24 seconds, when an incoming call comes into
Station A, it will begin to ring; at 20 seconds Dterm C will begin to ring also; at 24 seconds the call will
forward to Station A’s target destination and Station A and Dterm C will stop ringing. D term B never rings.
After a call has been answered by a secretary, the activation of the boss/secretary feature by the secretary
to a single-line boss station will not reactivate the DELAYED RINGING-Dterm cycle.
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Delayed Ringing - D term

D-90D

Programming
AKYD
TN:
STN:
TP:
RING:

- Assign the following parameters to stations that will have delayed ringing:
Tenant Number
Station Number
Type of Dterm: 0/1
0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line only
3: Flexible Ring Assignments (Enables RG Parameters)
PL TN STN:Prime Line Tenant and Station Number
KYN: Key Number (1-40)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Kind of Line
0: Multi-line
1: Intercom Line
TN STN:Tenant Number and Station Number of Multi-line Appearance
RG:
Ringing Assignment of Multi-line Appearance
0: No Ringing
1: Ringing Day Only
2: Ringing Night Only
3: Not Used
4: 30-Second Delay Time Before Ringing
5: 20-Second Delay Time Before Ringing
6: 10-Second Delay Time Before Ringing
7: Ringing Day and Night (Immediate)

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D-114

Delay Announcement - Attendant

D-114

Delay Announcement - Attendant

General Description
This feature provides a recorded announcement to the incoming trunk caller waiting to be answered by the
Attendant. This feature is divided into the following two types, depending on the time when the call is connected
with the announcement trunk.
• The call is connected to announcement trunk immediately after terminating to the Attendant Console. The
announcement continues until the Attendant answers, or the trunk side abandons the call.
• The call is connected to the announcement trunk after the ringback tone connection.

Operating Procedure
When the announcement service is provided immediately after the call terminates

1.
2.
3.

When an incoming call terminates to an Attendant Console, which is handling calls, the calling party
receives an announcement from the Digital Announcement Trunk (DAT).
When the Attendant completes call handling, ringing starts at the Attendant Console.
The Attendant presses the ANSWER key. The calling party and the Attendant talk with each other.

When the announcement service is provided after a fixed time

1.
2.

3.
4.

When an incoming call terminates to an Attendant Console, the LDN key lamp starts to flash and ringing
starts at the Attendant Console, and the calling party receives the ringback tone.
When the Attendant has not answered for the designated time (SYS1, Index 242), the call is connected to
the announcement trunk automatically (the lamp keeps flashing and the ringing continues at the Attendant
Console).
If the Attendant does not answer the call when the first announcement completes, the trunk call
disconnects from the announcement automatically and the caller hears the music on hold.
The Attendant presses the ANSWER or LDN key. The calling party and the Attendant talk with each
other.

Service Conditions
When the Delay Announcement service is provided immediately after the call terminates

1.
2.

This service requires a PA-4DATA/4DATB (DAT) circuit card or an external announcement machine.
This feature is available for the following incoming trunk types:
a.) Ring down
b.) LDN (DID, TIE)
c.) Call Forwarding - All Calls/Busy Line/Don't Answer (DID, TIE)
d.) Call Forwarding - Intercept - Attendant (DID, TIE)
e.) CO line, TIE Line incoming call via CCIS network.
Note: The incoming call transferred to the Direct-in Termination trunk by Call Forwarding - Busy Line/Don’t
Answer service is not available.
3.
This feature is not available for TAS incoming calls.
4.
When the system is in NIGHT mode, this service is not available.

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Service Conditions (cont’d)
5.

6.
7.

8.
9.
10.

11.
12.
13.

At the time of DAY/NIGHT mode changeover, the call connected to the announcement will be released,
and the calling party receives reorder tone. A call will be released as follows, according to the incoming
trunk type:
a.) When a call terminates from a trunk where trunk release cannot be supervised, the trunk will be
released forcefully. (Night Transfer station cannot be assigned.)
b.) When a call terminates from a trunk where trunk release can be supervised, the trunk will not be
released forcefully, but will be released on its own accord. (Night Transfer station can be
assigned.)
This service is not available for incoming calls to an individual Attendant.
When a CO line incoming call terminates to a trunk where call clear cannot be confirmed after the call has
been answered, the incoming trunk and announcement trunk remain connected until Attendant answers
and releases the trunk.
When a call terminates to an incoming trunk, for which this service is not required, the connection route
between the incoming trunk and the announcement trunk is restricted.
The announcement trunk remains connected until the incoming trunk is released. (Timer Control Release
is not used.)
In case of multiple connection:
a.) Caller is not connected at the beginning of the announcement.
b.) The announcement trunk is not released by Attendant upon answering or releasing the incoming
trunk.
For single connections, this service is not available when the announcement trunks are all busy.
When an external announcement machine is used, the announcement starts from the time the PBX
acknowledges the announcement trunk answer, and ends at the time of the announcement trunk release.
Whether to use an announcement trunk for single or multiple connection is determined by the system data
on a tenant basis.

When the announcement is provided after the ringback tone has been heard

1.
2.

3.

This service requires a PA-4DATA/4DATB (DAT) circuit card or an external announcement machine.
When the caller is hearing the message or music, the call is still indicated on the ICI key on the Attendant
Console. Therefore, the Attendant can answer the call anytime by pressing the ANSWER key or the
corresponding ICI key.
The message is sent in the following sequence. Whether to send the second message and after can be
determined in the system data. When the other message(s) is not sent after the first announcement, MUSIC
ON HOLD [M-7] continues.
RBT
NA Timer
30 sec
Å

1st Message
8
sec

16 or 32
sec
Ç

Music
Maximum
30 sec
É

2nd Message
8
sec

16 or 32
sec
Ç

Music
Maximum
30 sec
É

3rd Message
8
sec

16 or 32
sec

Timing
Timer for Å is programmed in SYS1, Index 242
Timer for Ç is programmed in SYS1, Index 245

Separate timers are used for No Answer Timer and Music On Hold.
4.
Each channel of the DAT can record a single message. Recording time for a single message is 16 or 32
seconds.

Note:

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Delay Announcement - Attendant

Service Conditions (cont’d)
5.
6.
7.

8.

9.

10.
11.

When Multiple Playback is selected, additional DAT channel is required for the second announcement,
even if the second announcement has the same contents as the first one.
A maximum of 10 incoming trunk calls can be connected to a single DAT trunk at one time for sending a
prerecorded message from the beginning to the called parties.
The maximum programmable channels of DAT for this feature are:
1st announcement:
5 channels
2nd announcement:
5 channels
When a call encounters announcement trunks all busy, the call waits in a queue until a trunk becomes
available. The latter trunk call hears ringback tone until the announcement to the former terminated call
completes.
When providing the first message, the answer signal is sent to the opposite end (the billing starts here). In
the case of central office trunks, where trunk release cannot be detected after the call had been answered,
the display on the Attendant Console continues even after the calling party has gone on-hook. (The trunk
does not release.) Therefore, the incoming call should always be answered by the Attendant.
In the case of billing for the incoming call, billing starts when the caller is answered by the Attendant, not
when connected to a message.
When the call terminates to the Attendant Console at the time of DAY/NIGHT mode changeover, this
service is activated as follows:
DAY/NIGHT MODE CHANGE

12.

13.
14.
15.

Page 312

CALL PROCESSING

Attendant Console in Day Mode to Night
Attendant Console

The announcement service is provided after the call is
transferred to the Night Attendant Console and the Night
Attendant Console answers the call.

Attendant Console in Day mode to
Attendant Console of Night Connection Fixed [N-1]/Flexible [N-2]

The call stays at the Attendant Console in Day mode and
the announcement service is provided. The Attendant
Console answers the call.

Night Attendant Console to Attendant
Console of Night Connection - Fixed [N1]/Flexible [N-2]

The call stays at the Night Attendant Console and the
announcement service is provided. The Night Attendant
Console answers the call.

This feature is not available for the following calls:
a.) AUTOMATIC RECALL [A-8] calls
b.) calls from an Attendant (ATTENDANT-TO-ATTENDANT CALLING [A-60] / INTERPOSITION TRANSFER [I-5])
c.) calls from a station (DIAL ACCESS TO ATTENDANT [D-2]/OFF-HOOK ALARM [O-6]/
PRIORITY CALL [P-9], etc.)
d.) calls transferred to the Attendant due to unused number dialing
e.) calls transferred to the night station via ATTENDANT NIGHT TRANSFER [A-19]
f.) calls via CALL FORWARDING - ALL CALLS [C-5]/BUSY LINE [C-2]/DON’T ANSWER [C3]
g.) incoming calls via CCIS/Tie Line
h.) TAS incoming calls
This service is not available for incoming calls to an individual Attendant.
This service is not activated for the Attendant of NIGHT CONNECTION - FIXED [N-1] or NIGHT
CONNECTION - FLEXIBLE [N-2].
The message is sent only once. If the Attendant does not answer by the end of the message, the caller will
be disconnected from the announcement trunk automatically and will hear MUSIC ON HOLD [M-7].

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Service Conditions (cont’d)
16.
17.
18.
19.
20.

CALL QUEUING [C-9] and CALL WAITING LAMP [C-13] services are available when this service is
activated.
The calling party cannot receive the message if the restriction between the incoming trunk and the
announcement trunk is not cleared.
When this service is allowed in system data, the ATTENDANT OVERFLOW [A-105] feature cannot be
activated.
When the external announcement machine is used, the announcement starts from the time when the PBX
acknowledges the announcement trunk answer, and ends at the time of the announcement trunk release.
When activating this feature in an FCCS network, Digital Announcement Trunk (DAT) and the called
Attendant Console must be accommodated in the same node.

Programming
When the Delay Announcement service is provided immediately after the call is terminated

STEP 1:

ASYD - SYS1, Index 244. b5=0 (Announcement is provided immediately after the trunk call is
terminated to the attendant console)
STEP 2: ARTD - Assign the route data of the Announcement Trunk
15: LSG = 5
28: ANS = 0 (Access to announcement trunk is controlled by the current operation (Timer
Control).)
= 1 (Answer and Release Timings are determined by DAT itself or the external
announcement equipment.)
Note: When the external announcement equipment is used, assign “1” in ANS parameter.
STEP 3: ATRK - Assign the trunk data of the Announcement Trunk.
STEP 4: MBTK - Cancel the make-busy of the trunk assigned by ATRK.
STEP 5: AAED - Assign the data to the announcement unit number and the route data, etc. assigned by ATRK.
EQP: 32
RT:
route number
TK:
trunk number Note
Note: Only when M = 1, assign TK.
C:
I
R:
I
A:
0
M:
0/1 = Single connection/Multiple connection
STEP 6: ASTD - Allow tandem connection between COT and the Announcement trunk.
STM = 0, STS = 2, ST = 1
STEP 7: ARRC - Cancel the restrictions on the trunk route for Incoming Trunk and the route for the
Announcement Trunk.
ICRT:
Route Number for Incoming Trunk
OGRT:
Route Number for Announcement Trunk
ARI-D RES: 1
When the Delay Announcement service is provided after the ring back tone

STEP 1:

ASYD - SYS1, Index 242. Timer for Delay Announcement- Attendant (Duration of RBT)
Timer for duration of RBT = TC X MTC

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D-114

Delay Announcement - Attendant

Programming (cont’d)
TC=3.2 sec. MTC=0-15
SYS1, Index 244. b5=1 (Announcement is provided immediately after the ring back tone)
SYS1, Index 245. Timer for Delay Announcement - Attendant (Duration of Music on Hold)
Timer for duration of RBT = TC X MTC
TC=3.2 sec. MTC=0-15
SYS1, Index 246. Attendant Delay Announcement
0/1= Single Playback/Multiple Playback
STEP 2: ARTD - Assign the route data of the Announcement Trunk
15: LSG = 5
28: ANS = 0 (Access to announcement trunk is controlled by the current operation (Timer
Control).)
= 1 (Answer and Release Timings are determined by DAT itself or the external
announcement equipment.)
Note: When the external announcement equipment is used, assign “1” in ANS parameter.
STEP 3: ATRK - Assign the trunk data of the Announcement Trunk.
STEP 4: MBTK - Cancel the make-busy of the trunk assigned by ATRK.
STEP 5: AAED - Assign the data to the announcement unit number and the route data, etc. assigned by ATRK.
EQP = 49, 50, 51, 52, 53 (for the 1st announcement)
= 54, 55, 56, 57, 58 (for the 2nd announcement)
RT:
route number
TK:
trunk number
C:
1
R:
1
A:
1
M:
1 (Multiple connection)
STEP 6: ASTD - Allow tandem connection between COT and the Announcement trunk.
STM - 0, STS = 2, ST = 1
STEP 7: ARRC - Cancel the restrictions on the trunk route for Incoming Trunk and the route for the
Announcement Trunk.
ICRT:
Route Number for Incoming Trunk
OGRT:
Route Number for Announcement Trunk
ARI-D RES: 1

FCCS Programming
No unique programming is required for the FCCS network.

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Direct Station Selection (DSS) Console

D-149

D-149

Direct Station Selection (DSS) Console

General Description
A Direct Station Selection (DSS) Console may be connected to each Dterm. The DSS keys can be used as line keys
or feature keys.

Operating Procedure
Refer to the User Guide.

Service Conditions
1.
2.

The DSS console has 60 keys, each with one or two lamps.
The DSS console has following two operating functions:
a.) DSS/BLF function
b.) ADM function
Either function is assigned to each console depending on the connected line and the office data.

DSS/BLF Function

1.

The 60 keys are used as the line keys, allowing the user to activate SPEED CALLING - ONE TOUCH
and call transfer.

To originate a call using SPEED CALLING - ONE TOUCH

1.
2.

Lift the handset or press the SPEAKER key; receive dial tone.
Press the DSS key where the desired number is assigned.

To transfer the call to the station assigned on the DSS key

1.

While engaged in a call with a trunk or station, press the desired DSS key; receive ringback tone. The
originally connected party is placed on hold (MUSIC ON HOLD [M-7]).
2.
When the third party answers, announce the call and replace the handset. The originally connected party
and the third party are connected.
Note 1: When the user flashes switch hook during ringback tone, the user returns to the held party, and the third
party (the DSS station) stops ringing.
Note 2: If the user replaces the handset before the third party answers, blind transfer is activated. In this case, if the
third party does not answer for approximately 30 seconds, the user is recalled and upon answering, will be
connected to the held party.
3.
When the user calls the DSS station using SPEED CALLING - ONE TOUCH and the DSS station is either
busy, not available, or restricted, the user receives reorder tone.
4.
When the user transfers the call to the DSS station which is either busy, not available, or restricted, the
user receives reorder tone. The user returns to the original call by switch hook flash.
5.
When the user calls the DSS station by SPEED CALLING - ONE TOUCH, or transfers the call to the DSS
station, following services set by the DSS station are not available:
BUSY VERIFICATION
[B-3]
CALL BACK
[C-1]
CALL WAITING
[C-12, C-31]
EXECUTIVE RIGHT-OF-WAY
[E-1]
MESSAGE REMINDER
[M-19]
STEP CALL
[S-13]

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D-149

Direct Station Selection (DSS) Console

Service Conditions (cont’d)
6.

7.

8.
9.

When the user calls the DSS station by SPEED CALLING - ONE TOUCH, or transfers the call to the DSS
station, and the DSS station is the member of the UCD [U-1] or station hunting group, the call follows the
UCD or the hunting operation. (If the MCI is valid, the message is sent out.)
The user can recognize the idle/busy status of the accommodated stations by the lamps. The left lamp (red)
lights when busy and goes out when idle and shows incoming call, hold, etc. The right lamp (green) shows
I-used, I-hold, etc.
The DSS console and the connected D term may be accommodated in the different circuit card, but should
belong to the same module group.
A ringing line is programmable for line keys when the device is used as an Add-On Module (ADM) only.
For example, if Station A calls Station B, and Station B shows up on a DSS Console, the indication at the
DSS Console is a flashing red LED (not ringing). Even if this line is programmed to ring, it will not.

ADM Function

1.

2.

Page 316

The 60 keys are used as the feature keys. The key layout of the DSS console is as follows:

00

01

02

03

04

05

06

07

08

09

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

On the 25th key and after, MESSAGE REMINDER [M-19], Dterm my line/prime line cannot be assigned.

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Direct Station Selection (DSS) Console

D-149

Service Conditions (cont’d)
3.
4.
5.

The 48th key and after can be used only as the feature keys, not as the line keys. (These keys do not have
the green lamps, therefore, I-used or I-hold cannot be indicated.)
Only 8-button and 16-button D term can be used when using the DSS console in the ADM mode.
The Dterm to be connected to the DSS console should be accommodated in the same circuit card as the
DSS consoles on the even-numbered port, using a number smaller than the one where the DSS console is
accommodated.

Programming
This section describes how to program office data associated with the DSS.
DSS/BLF
This section describes how to assign a DSS/BLF. For ease in understanding, the associated data
programming is explained using the example below:
TERMINAL

LINE EQUIPMENT NUMBER (LEN)

STATION NUMBER (STN)

000100

200

000101

201

000107

400

DSS/BLF Note
Dterm
ELC
LV
7

To Dterm (STN 400)

1 2 3
4 5 6
7 8 9
0 #

6
Dterm (STN 400)
5
4
3
No terminal can be wired to this port
(STN 201) when a DSS/BLF is assigned
to “port 0”.

2
n+1

1
To DSS/BLF

n

0

00 01 02 03 0405
06 07 08 09 1011
12 13 14 15 1617
18 19 20 21 2223
24 25 26 27 2829
30 31 32 33 3435
36 37 38 39 4041
42 43 44 45 4647
48 49 50 51 5253
54 55 56 57 5859
DSS/BLF (STN 200)

Note:

Two station numbers are required only for programming DSS keys. Accordingly, these numbers are
not used when operating the DSS/BLF.
Data Programming Procedure (DSS/BLF)
When assigning DSS/BLF data, perform the following procedure. Note that “X” indicates the value
should be tailored to the existing system.

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D-149

Direct Station Selection (DSS) Console

Programming (cont’d)
STEP 1:

STEP 2:

Page 318

Assign the DSS/BLF to an even-numbered LEN level. (In this example “LV 0” is used.)
TN:
X
STN: 200
LEN: 000100
even-numbered LEN level
TEC: 12
fixed
RSC: X
SFC: X
Assign a station which is used for programming DSS keys (KYNs 31-60) to the subsequent LENs. (In
this example “LV 1” is used.)
TN:
X
STN: 201
LEN: 000101
to the subsequent LEN
TEC: 12
fixed
RSC: X
SFC: X
Assign key data for 60 DSS keys. The upper 30 DSS keys (KYNs 1-30) are assigned using the first
port (“LV 0” in this example) and the remaining lower 30 DSS keys (KYNs 31-60) are assigned using
the second port (“LV 1” in this example). Be sure to assign the associated D term station number as the
Station Number of Prime Line.
TN:
X
STN: 200 or 201
TP:
1
Buttons 1-40 assignable
RING: X
PRI: 0
LN PRE:0 (=Prime Line Pick up)
MWD: X
PL TN: X
STN: 400
Enter the associated Dterm as a PL STN
S:
0 (=Off Hook Suppression is off)
KYN 1 must be programmed as the DSS/BLF station which has been assigned in ASDT.
KYN: 1
KYI: 2 (=Multi Line)
KD:
0 (=Line)
TN:
X
STN: 200 or 201
DSS/BLF station number
KYN 2 must be programmed as the associated Dterm station.
KYN: 2
KYI: 2 (=Multi Line)
KD:
0 (=Line)
TN:
X
STN: 400
associated Dterm
Assign desired station numbers to the corresponding DSS keys on the console. In this instance, KYNs
10-39 are used. The upper and lower 30 keys are associated with even-numbered port and oddnumbered port respectively as shown in the following figure.
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Direct Station Selection (DSS) Console

D-149

Programming (cont’d)
KYN:
KYI:
KD:
TN:
STN:

10-39
2 (= Multi Line)
2 (= For DSS Console Key)
X
XXXXX
desired station number (maximum five digits)

Use KYNs 10-39 of an
even-numbered LEN
level (0,2,4,6) for
programming the upper
30 DSS keys on the DSS/
BLF

Upper

00

01

02

03

04

05

06

07

08

09

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

Lower

Use KYNs 10-39 of an
odd-numbered LEN level
(1,3,5,7) for programming
the lower 30 DSS keys on
the DSS/BLF

DSS Key Assignment for DSS/BLF

Example of Data Programming for DSS/BLF
ASDT
TENANT
NUMBER (TN)
1-63

X

Note:

STATION
NUMBER
(STN) MAX. 5
DIGITS

MG

U

G

LV

200

00

0

10

*0

LINE EQUIPMENT
NUMBER (LENS)

TELE. EQUIP. ROUTE REST.
CLASS (TEC) CLASS (RSC)
1-31
0-15

X

X

SERVICE
FEATURE
CLASS (SFC)
0-15

REMARKS

X

For DSS/BLF

201

00

0

10

**1

X

X

X

For DSS/BLF

400

00

0

10

7

X

X

X

For Assoc. Dterm

*0=Even-numbered LEN level / **1=Odd-numbered LEN level.

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D-149

Direct Station Selection (DSS) Console

Programming (cont’d)
AKYD
For even-numbered LV (2n)
MY LINE
TENANT
NUMBER (TN)
1-15/63

STATION
NUMBER
(STN) MAX. 5
DIGITS

D TERM (TP) 0/1

RING DATA
(RING) 0-3

*X

200

1

X

LINE
PREFERENCE
LINE
FOR
PREFERENCE ORIGINATING
FOR ANSWER
BUTTON
BUTTON (ANS)
(ORG)
0-2
0/1

TYPE OF

FORM OF LINE
LINE
PREFERENCE PREFERENCE
(PRI) 0-3
(LN PRE) 0/1

0

LINE PREFERENCE FOR
SPEAKER BUTTON (SPK) 0

0

0

PRIME LINE

MESSAGE WAITING
DATA DISPLAY SELECTION
(MWD) 0/1

X

STATION
TENANT
NUMBER
NUMBER (TN)
(STN)
1-63
MAX. 5 DIGITS

X

OG FROM PRIME LINE (S) 0/1

400 (=D term)

0

MULTI LINE

KEY NUMBER
(KYN) 1-16

SERVICE KEY FEATURE KEY
TENANT
INDEX (KYI)
NUMBER
LINE IDENTITY NUMBER (TN)
0-2
(FKY) 1-65
(KD) 0-3
1-15

INTERCOM
STATION
NUMBER
(STN) MAX. 5
DIGITS

KIND OF
INTERCOM
(ICM) 0-2

GROUP ID
NUMBER
(G-ID) 1-50

**1

2 (=Multi Line)

0 (=Line)

X

200

**2

2 (=Multi Line)

0 (=Line)

X

400 (Dterm)

**10

2 (=Multi Line)

2 (=DSS)

X

X

X

X

**11

2 (=Multi Line)

2 (=DSS)

X

X

X

X

**12

2 (=Multi Line)

2 (=DSS)

X

X

X

X

**13

2 (=Multi Line)

2 (=DSS)

X

X

X

X

“

“

“

“

“

“

“

**3
**4
**5
**6
**7
**8
**9

Note:

“

*Buttons 1-40 are assignable / **Assignment of DSS keys (KYNs 1-30) using even-numbered LEN level
MULTI LINE

KEY NUMBER
(KYN) 1-16

SERVICE KEY FEATURE KEY
TENANT
INDEX (KYI)
NUMBER
LINE IDENTITY NUMBER (TN)
0-2
(FKY) 1-65
(KD) 0-3
1-15

INTERCOM
STATION
NUMBER
(STN) MAX. 5
DIGITS

KIND OF
INTERCOM
(ICM) 0-2

GROUP ID
NUMBER
(G-ID) 1-50

31

2 (=Multi Line)

2 (=DSS)

X

X

X

X

32

2 (=Multi Line)

2 (=DSS)

X

X

X

X

33

2 (=Multi Line)

2 (=DSS)

X

X

X

X

34

2 (=Multi Line)

2 (=DSS)

X

X

X

X

35

2 (=Multi Line)

2 (=DSS)

X

X

X

X

36

2 (=Multi Line)

2 (=DSS)

X

X

X

X

37

2 (=Multi Line)

2 (=DSS)

X

X

X

X

38

2 (=Multi Line)

2 (=DSS)

X

X

X

X

39

2 (=Multi Line)

2 (=DSS)

X

X

X

X

Page 320

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Direct Station Selection (DSS) Console

D-149

Programming (cont’d)
For odd-numbered LV (2n+1)
MY LINE
TENANT
NUMBER (TN)
1-15/63

STATION
NUMBER
(STN) MAX. 5
DIGITS

D TERM (TP) 0/1

RING DATA
(RING) 0-3

*X

201

1

X

LINE
LINE
PREFERENCE
PREFERENCE
FOR
FOR ANSWER ORIGINATING
BUTTON (ANS)
BUTTON
0-2
(ORG) 0/1

TYPE OF

FORM OF LINE
LINE
PREFERENCE PREFERENCE
(PRI) 0-3
(LN PRE) 0/1

0

LINE PREFERENCE FOR
SPEAKER BUTTON (SPK) 0

0

0

PRIME LINE

MESSAGE WAITING
DATA DISPLAY SELECTION
(MWD) 0/1

X

STATION
TENANT
NUMBER
NUMBER (TN)
(STN)
1-63
MAX. 5 DIGITS

X

OG FROM PRIME LINE (S) 0/1

400 (=D term)

0

MULTI LINE

KEY NUMBER
(KYN) 1-16

SERVICE KEY FEATURE KEY
TENANT
INDEX (KYI)
NUMBER
LINE IDENTITY NUMBER (TN)
0-2
(FKY) 1-65
(KD) 0-3
1-15

INTERCOM
STATION
NUMBER
(STN) MAX. 5
DIGITS

KIND OF
INTERCOM
(ICM) 0-2

GROUP ID
NUMBER
(G-ID) 1-50

1

2 (=Multi Line)

0 (=Line)

X

201

2

2 (=Multi Line)

0 (=Line)

X

400 (Dterm)

10

2 (=Multi Line)

2 (=DSS)

X

X

X

X

11

2 (=Multi Line)

2 (=DSS)

X

X

X

X

12

2 (=Multi Line)

2 (=DSS)

X

X

X

X

13

2 (=Multi Line)

2 (=DSS)

X

X

X

X

“

“

“

“

“

“

“

**31

2 (=Multi Line)

2 (=DSS)

X

X

X

X

**32

2 (=Multi Line)

2 (=DSS)

X

X

X

X

**33

2 (=Multi Line)

2 (=DSS)

X

X

X

X

**34

2 (=Multi Line)

2 (=DSS)

X

X

X

X

**35

2 (=Multi Line)

2 (=DSS)

X

X

X

X

**36

2 (=Multi Line)

2 (=DSS)

X

X

X

X

**37

2 (=Multi Line)

2 (=DSS)

X

X

X

X

**38

2 (=Multi Line)

2 (=DSS)

X

X

X

X

**39

2 (=Multi Line)

2 (=DSS)

X

X

X

X

3
4
5
6
7
8
9

Note:

“

*Buttons 1-40 are assignable / **Assignment of DSS keys (KYNs 31-60) using odd-numbered LEN level.

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D-149

Direct Station Selection (DSS) Console

Programming (cont’d)
Add-On Module
This section explains how to assign an Add-On Module. The associated data programming is
explained in the following example:
In this example an Add-On Module and the associated Dterm are assigned as follows:
TERMINAL

LINE EQUIPMENT NUMBER (LEN)

STATION NUMBER (STN)

Add-On Module

000101

201 Note

000100

200

D

ELC

term

LV
7
6
5
4

Add-On Module

00 01 02 030405
06070809 10 11
12 13 14 151617
18 19 20 212223
24 25 26 272829
30 31 32 333435
36 37 38 394041
42 43 44 454647
48 49 50 515253
54 55 56 575859

3
2

Note:

STEP 1:

STEP 2:

Page 322

n+1

1

n

0

Dterm (STN 200)

1 2 3
4 5 6
7 8 9
0 #

Station number “201” is used only for assigning Line/Feature access keys to the Add-On Module.
Accordingly, these numbers are not used when operating the Add-On Module.

Data Programming Procedure for Add-On Module
When assigning Add-On Module data, perform the following procedure. Note that “X” indicates the
value should be tailored to the existing system.
Assign a Dterm to an even-numbered LEN level. (In this example, “LV 0” is used.) Assign the Add-On
Module to the subsequent odd-numbered LEN level. (In this example “LV 1” is used.)
TN:
X
STN: 201
LEN: 000101
odd-numbered LEN level
TEC: 12
fixed
RSC: X
SFC: X
Assign Line/Feature access keys to the Add-On Module. The upper 24 Line/Feature access keys
belong to the associated Dterm and the remaining lower 36 Line/Feature access keys belong to the Addon Module. Assignment of the Dterm and first 24 keys on the ADM: For assigning these keys’
information, the associated Dterm port is used.
TN:
X
STN: 200

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Direct Station Selection (DSS) Console

D-149

Programming (cont’d)
TP:
1
Buttons 1-40 assignable
RING: X
PRI: 0
LN PRE:0 (= Prime Line Pick up)
MWD: X
PL TN: X
STN: 200
S:
0 (= Off Hook Suppression is off)
KYN: 1-16 (for Dterm)
17-40
Correspond to KYNs (1-24) on the Add-On Module
KYI: X
KD:
X
TN:
X
STN: XXXX
RG:
X
ICM: X
G-ID: X
Assignment of the last 36 keys on the ADM: For assigning these keys’ information, the Add-On
Module port is used.
TN:
X
STN: 201
TP:
1
Buttons 1-40 assignable
RING: X
PRI: 0
LN PRE:0 (= Prime Line Pick up)
MWD: X
PL TN: X
STN: 200
Enter the associated Dterm as a PLSTN
S:
0 (=Off Hook Suppression is off)
KYN: 5-40
Correspond to KYNs 25-60 on the Add-On Module
KYI: X
KD:
X
TN:
X
STN: XXXX
RG:
X
ICM: X
G-ID: X

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D-149

Direct Station Selection (DSS) Console

Programming (cont’d)
Use KYNs 17-40 of the associated Dterm for programming the first 24 Line/Feature access keys on the Add-On Module.

Upper

Lower

00

01

02

03

04

05

06

07

08

09

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

Use KYNs 5-40 of the Add-On Module for programming the remaining 36 Line/Feature access keys on the Add-On Module.

DSS Key Assignment for Add-On Module

Example of Data Programming for Add-On Module
ASDT
TENANT
NUMBER
(TN) 1-63

X

Note:

STATION
NUMBER
(STN) MAX.
5 DIGITS

MG

U

G

200

00

0

10

201

LINE EQUIPMENT NUMBER (LENS)

00

0

10

LV

TELE.
EQUIP.
CLASS
(TEC) 1-31

ROUTE
REST.
CLASS
(RSC) 0-15

SERVICE
FEATURE
CLASS
(SFC) 0-15

*0

X

X

X

For Dterm

X

For Add-On
Module

**1

X

X

REMARKS

*0=Even-numbered LEN level / **1=Odd-numbered LEN level.

Page 324

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Direct Station Selection (DSS) Console

D-149

Programming (cont’d)
AKYD
For Line/Feature access keys: KYNs 1-24 (Dterm)
MY LINE
TENANT
NUMBER (TN)
1-15/63

STATION
NUMBER
(STN) MAX. 5
DIGITS

D TERM (TP) 0/1

RING DATA
(RING) 0-3

*X

200 (=Dterm)

1

X

LINE
LINE
PREFERENCE
PREFERENCE
FOR
FOR ANSWER ORIGINATING
BUTTON (ANS)
BUTTON
0-2
(ORG) 0/1

TYPE OF

FORM OF LINE
LINE
PREFERENCE PREFERENCE
(PRI) 0-3
(LN PRE) 0/1

0

LINE PREFERENCE FOR
SPEAKER BUTTON (SPK) 0

0
PRIME LINE

MESSAGE WAITING DATA
DISPLAY SELECTION (MWD)
0/1

X

STATION
TENANT
NUMBER
NUMBER (TN)
(STN)
1-63
MAX. 5 DIGITS

X

OG FROM PRIME LINE (S) 0/1

200 (=D term)

0

MULTI LINE

KEY NUMBER
(KYN) 1-16

Note:

INTERCOM

STATION
SERVICE KEY FEATURE KEY
TENANT
NUMBER
INDEX (KYI)
NUMBER
LINE IDENTITY NUMBER (TN)
(STN)
0-2
(FKY) 1-65
(KD) 0-3
1-15
MAX. 5 DIGITS

KIND OF
INTERCOM
(ICM) 0-2

GROUP ID
NUMBER
(G-ID) 1-50

**1

X

X

X

X

X

X

X

**2

X

X

X

X

X

X

X

**3

X

X

X

X

X

X

X

**4

X

X

X

X

X

X

X

**5

X

X

X

X

X

X

X

**6

X

X

X

X

X

X

X

**7

X

X

X

X

X

X

X

**8

X

X

X

X

X

X

X

**9

X

X

X

X

X

X

X

**10

X

X

X

X

X

X

X

**11

X

X

X

X

X

X

X

**12

X

X

X

X

X

X

X

**13

X

X

X

X

X

X

X

**14

X

X

X

X

X

X

X

**15

X

X

X

X

X

X

X

**16

X

X

X

X

X

X

X

17

X

X

X

X

X

X

X

18

X

X

X

X

X

X

X

19

X

X

X

X

X

X

X

“

“

“

“

“

“

“

“

*Buttons 1-40 are assignable / **Assignment of Line/Feature access keys (KYNs 1-16) on D
**Assignment of Line/Feature access keys (KYNs 1-24) on Add-On Module “201”
MULTI LINE

KEY NUMBER
(KYN) 1-16

term

“200” /

INTERCOM

STATION
SERVICE KEY FEATURE KEY
TENANT
NUMBER
INDEX (KYI)
NUMBER
LINE IDENTITY NUMBER (TN)
(STN)
0-2
(FKY) 1-65
(KD) 0-3
1-15
MAX. 5 DIGITS

KIND OF
INTERCOM
(ICM) 0-2

GROUP ID
NUMBER
(G-ID) 1-50

38

X

X

X

X

X

X

X

39

X

X

X

X

X

X

X

40

X

X

X

X

X

X

X

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D-149

Direct Station Selection (DSS) Console

Programming (cont’d)
For Line/Feature access keys: KYNs 25-60 (Add-On Module)
MY LINE
TENANT
NUMBER (TN)
1-15/63

*X

STATION
NUMBER
(STN) MAX. 5
DIGITS

201 (=Add-On
Module)

LINE
LINE
PREFERENCE
PREFERENCE
FOR
FOR ANSWER ORIGINATING
BUTTON (ANS)
BUTTON
0-2
(ORG) 0/1

TYPE OF
D TERM (TP) 0/1

RING DATA
(RING) 0-3

1

X

FORM OF LINE
LINE
PREFERENCE PREFERENCE
(PRI) 0-3
(LN PRE) 0/1

0

LINE PREFERENCE FOR
SPEAKER BUTTON (SPK) 0

0
PRIME LINE

MESSAGE WAITING DATA
DISPLAY SELECTION (MWD)
0/1

X

STATION
TENANT
NUMBER
NUMBER (TN)
(STN)
1-63
MAX. 5 DIGITS

X

OG FROM PRIME LINE (S) 0/1

200 (=D term)

0

MULTI LINE

KEY NUMBER
(KYN) 1-16

**1

INTERCOM

STATION
SERVICE KEY FEATURE KEY
TENANT
NUMBER
INDEX (KYI)
NUMBER
LINE IDENTITY NUMBER (TN)
(STN)
0-2
(FKY) 1-65
(KD) 0-3
1-15
MAX. 5 DIGITS

2(=Multi Line)

0 (=Line)

X

201 (=Add-On
Module)

KIND OF
INTERCOM
(ICM) 0-2

GROUP ID
NUMBER
(G-ID) 1-50

2
3
4

Note:

5

X

X

X

X

X

X

X

6

X

X

X

X

X

X

X

7

X

X

X

X

X

X

X

8

X

X

X

X

X

X

X

9

X

X

X

X

X

X

X

10

X

X

X

X

X

X

X

“

“

“

“

“

“

“

“

***32

X

X

X

X

X

X

X

***33

X

X

X

X

X

X

X

***34

X

X

X

X

X

X

X

***35

X

X

X

X

X

X

X

***36

X

X

X

X

X

X

X

***37

X

X

X

X

X

X

X

***38

X

X

X

X

X

X

X

***39

X

X

X

X

X

X

X

***40

X

X

X

X

X

X

X

*Buttons 1-40 are assignable / **Assignment of Line Appearance data for Add-On Module “201” /
***Assignment of Line/Feature access keys (KYNs 25-60) on Add-On Module “201”

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NEAX2400 IPX Feature Programming Manual
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Distinctive Ringing - Caller ID

D-153

D-153

Distinctive Ringing - Caller ID

General Description
This feature is a part of CALLER ID service. This feature provides a distinctive ringing pattern (0, 1, 5, 6 or 7)
according to the received calling number.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.

On-off timing of Ringer Patterns 0, 1, 5, 6 and 7 can be changed using ASYD command. System data
assigned for Ringer Patterns 6 and 7 cannot be applied to the analog telephone.
Ringer patterns 6 and 7 can be used for ELC circuit cards and the following LC circuit cards. With regard
to other LC cards, ringer patterns 0, 1, 5 are available for this feature.
CIRCUIT CARD NAME

REMARKS

PA-16LCBE
PA-16LCBJ
PA-16LCBJ-A
PA-16LCBJ-B
SN868 DRE-A
SN880 DRE-A
3.
4.

5.

6.
7.
8.
9.
10.
11.
12.

When the calling number is not received, this service is not available (the ringing pattern is determined
according to the parameter 12:DR of ARTD).
The calling number for this service is assigned to the parameter CID of ACID. When only the first part of
the calling number is assigned to the CID, this feature is applied to any calling number that begins with
the assigned number. For example, when “1471” is assigned to the CID, this feature is applied to any
calling number that begins with “1471” such as 1471-12-3456 and 1-471-234-5678.
The following numbers cannot be assigned to the parameter CID of ACID command:
• The first part of the already assigned number
• The number whose first part is the same as the already assigned number
For example, when “123” is already assigned to the CID, such numbers as “1”, “12” or “1234” cannot be
assigned.
When the calling number is received via CCIS line, this feature is available for the first 16 digits (provided
that “1” is assigned to 98: CI of ARTD).
This service is available only for stations (single line telephone and Dterm).
This service is available when an incoming call is directly terminated to a station and/or an incoming call
is transferred to a station using Call Forwarding - All Calls/Busy Line/Don't Answer.
This service is not available when a call is terminated to an ISDN terminal.
FAX Ringer overrides this feature.
This feature takes precedence over the Personal Ringer function.
A maximum of 12 calling numbers can be assigned for a single station.

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D-153

Distinctive Ringing - Caller ID

Service Conditions (cont’d)
13.
14.
15.

Ringer patterns 2, 3 or 4 cannot be assigned for this feature. When one of those ringer patterns is assigned
from the MAT, default value “Ringer pattern 6” is automatically set.
When System Data 3 is changed, circuit card (LC,ELC) initialization is required.
The following circuit card is required for Analog Caller ID:
CIRCUIT CARD NAME

REMARKS

PA-8COTBJ
16.

When the multiple incoming calls are simultaneously terminated to the multi-line on the Dterm, the priority
of ringing pattern is as follows:
PRIORITY

1ST

2ND

3RD

4TH

5TH

Ringing pattern

RG7

RG6

RG5

RG0

RG1

Programming
STEP 1:

STEP 2:

ASYD - System Data 1, Index 417, Bit 0. Recall Ringer Pattern for CALL BACK
WAITING - ORIGINATING [C-31], and OUTGOING TRUNK QUEUING [O-2].
0/1 = Ringer pattern 5/Ringer pattern 1.
System Data 3, Index 0. Assign Timer Value for Ringer Pattern 0.
System Data 3, Index 1: Assign Timer Value for Ringer Pattern 1.
System Data 3, Index 3, Bit 0. 2 Burst on the ON Time for Ringer Pattern 0. 0/1 =
Required.
System Data 3, Index 3, Bit 1. 2 Burst on the ON Time for Ringer Pattern 1. 0/1 =
Required.
System Data 3, Index 3, Bit 5. 3 Burst on the ON Time for Ringer Pattern 5. 0/1 =
Required.
System Data 3, Index 7: Assign Timer Value for Ringer Pattern 5.
System Data 3, Index 8: Assign Timer Value for Ringer Pattern 6.
System Data 3, Index 9: Assign Timer Value for Ringer Pattern 7.
ACID - Assign the calling number for this service.
TYPE: 1
TN:
Tenant number
STN: Station number
CID: Calling number (Maximum 28 digits)
SRV: 6 (Distinctive Ringing - Caller ID)
RGP: Ringer pattern (0, 1, 5 - 7)

[C-1], CALL

Not required/
Not required/
Not required/

FCCS Programming
No unique programming is required for the FCCS network.

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NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Dual Station Call

D-156

D-156

Dual Station Call

General Description
This feature allows a user to simultaneously call two stations (referred as a Main Station and Sub Station), which
are accommodated in two different nodes within an FCCS network, by dialing one telephone number of the Main
Station. At that time, the call can be answered from either the Main or the Sub Station. Additionally, when this
service is used with BOSS-SECRETARY service, the Main Station can forward a call automatically from a
secretary station.
This service requires the data setting of FCCS link. For more information on FCCS data, see the NEAX2400 IPX
Fusion Network System Manual.

Operating Procedure
When DUAL STATION CALL is activated without BOSS-SECRETARY service

To call two Dterms from the station:
a.) Lift the handset.
b.) Receive dial tone.
c.) Dial the telephone number of a Main Station.
d.) Main Station and Sub Station ring.
2.
To pick up a call:
a.) A station answers the call.
b.) The caller is connected with the station which picked up the call (the other station stops ringing).
Note: If the call is abandoned, both Dterms stop ringing.
1.

When DUAL STATION CALL is activated with BOSS-SECRETARY service (B-MOVE key is not set)

Station A
Main Station (Boss Station)
Station B
Sub Station
Station C
Secretary station which accommodates sub line to be assigned the Main Station’s number
1.
To call two Dterms from a station:
a.) Lift the handset.
b.) Receive dial tone.
c.) Dial Station A’s telephone number.
d.) Station A, Station B and Station C ring.
2.
To pick up a call via Station C:
a.) Station C answers the call.
b.) The caller is connected with Station C.
c.) Station A and Station B stop ringing.
d.) Station C presses Station A’s line.
e.) The caller hears MSC.
f.) Station C calls Station A.
When DUAL STATION CALL is activated with the BOSS-SECRETARY service (B-MOVE key is set)

Station A
Main Station (Boss Station)
Station B
Sub Station (the destination for the B-MV key)
Station C
Secretary station which accommodates sub line to be assigned the Main Station’s number
1.
To call two Dterms from a station:
a.) Lift the handset.

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D-156

Dual Station Call

Operating Procedure (cont’d)
b.) Receive dial tone.
c.) Dial Station A’s telephone number.
d.) Station A, Station B and Station C ring.
2.
To answer a call via Station C:
a.) Station C answers.
b.) The caller is connected with Station C.
c.) Station A and Station B stop ringing.
d.) Station C presses Station A’s line.
e.) The caller hears MSC and Station C’s user hears ringback tone.
f.) Station C calls Station B as assigned Station A’s destination for B-MV key. Station B rings.
Note 1: When Station B is busy, Station C hears busy tone. Station C can perform a switch hook flash to connect
with the calling party again. This operation is the same as CONSULTATION HOLD-ALL CALLS [C-17].
Note 2: When a Sub Station is programmed as BOSS station, the current BOSS-SECRETARY service is activated.
Note 3: When the destination for NUMBER SHARING is set by pressing the PS key, the secretary station cannot
transfer a call to the Sub Station.
To set/cancel the B-MV key

1.

To set the B-MV key:
a.) When a D term is idle, press the B-MV key.
b.) Lamps of the B-MV key accommodated in the Main Station and Sub Station light. (When the PS
key is assigned to the Dterm, PS key lights also.) The LCD displays as shown below:
FORWARD SET

2.

To cancel the B-MV key:
a.) Press the B-MV key while the D term is idle.
b.) Lamps of the B-MV key accommodated in the Main Station and Sub Station go off. (When the
PS key is assigned to the Dterm, PS key also goes off.) The LCD displays as shown below:
FORWARD CANCEL

Service Conditions
1.
2.
3.
4.
5.
6.
7.

8.
9.

Page 330

A telephone number must be assigned to Main Station and Sub Station.
Only the Dterm can be programmed as Main Station and Sub Station.
Any station within the FCCS network can be a pair of Main Station and Sub Station.
Main Station or Sub Station assignment cannot be duplicated for another pair.
Only one telephone number as Sub Station can be assigned to a Main Station.
B-MV feature key can only be set when the station is idle.
The calling party’s LCD will display the telephone number of a Main Station no matter which station picks
up the call. Also, when Sub Station picks up a call from CCIS line, the telephone number of the Main
Station is sent to the calling party.
MESSAGE REMINDER [M-19] is available for the terminating station service (all stations).
MESSAGE WAITING service set by the CMWL command is available for the preassinged station.
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Dual Station Call

D-156

Service Conditions (cont’d)
10.
11.
12.
13.
14.
15.

16.

CALL BACK [C-1] is available for only the station to be set CALL BACK.
This service is activated in a Hotel/Motel system, but not activated with Hotel/Motel application service.
When a Sub Station is in communication, the telephone number of the Sub Station is sent to OAI or MFC
as Calling Number notification.
When a Sub Station is busy, a call terminates to the Main Station only. However, when a Main Station is
busy, a call is not terminated to an idle Sub Station.
When the telephone number of a Sub Station is dialed, a call is terminated to the Sub Station only.
When this service is activated with BOSS-SECRETARY service and a Sub Station is assigned as a BOSS
station, the BOSS-SECRETARY service is activated as usual by pressing Boss’s line accommodated in
secretary station’s sub line.
When a Sub Station is called through FCCS link, FLEXIBLE ROUTING - FCCS [F-35] is not available,
even though all FCCS links are busy.

Interactions
1.

2.
3.

4.
5.

When any of these services is set to a Main Station, the service has priority over DUAL STATION CALL:
CALL FORWARDING-BUSY LINE
[C-2]
CALL FORWARDING-ALL CALLS
[C-5]
DO NOT DISTURB
[D-11]
When CALL FORWARDING - DON’T ANSWER is set to a Main Station, it is activated depending on
the time-out data programmed in the Main Station.
When CALL BLOCK is set to a Main Station, which is in the middle of being called for DUAL STATION
CALL, CALL BLOCK has priority over this feature. (CALL BLOCK cannot be set to Sub Station while
DUAL STATION CALL is activated.)
The LCD indication for My Line displays each station’s telephone number.
When a Main Station is assigned as a member of a UCD group or a STATION HUNTING group, the
priority order of these services is shown in the table below:
CONTROLLING/
PILOT STATION
Note

OTHER MEMBER
STATION

NONE

SET

NONE

SET

Station Hunting-Pilot

1

1

1

2

Station Hunting-Circular

1

1

1

2

UCD

1

2

1

2

MAIN STATION
B-MV KEY

Group

Legend:
1 = Both Main Station and Sub Station are called (DUAL STATION CALL is activated)
2 = UCD/STATION HUNTING is activated

6.

7.

When CALL FORWARDING-ALL CALLS/-BUSY LINE/-DON’T ANSWER is set to a Sub Station:
a.) DUAL STATION CALL is activated by dialing the Main Station’s telephone number.
b.) The services shown above are activated by dialing the Sub Station’s telephone number.
A station cannot be used simultaneously for DUAL STATION CALL and NUMBER SHARING since the
data of these services are used in common. For more detailed information on NUMBER SHARING, refer
to the NEAX2400 IPX PCS Features and Specifications.

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Page 331

D-156

Dual Station Call

Interactions (cont’d)
8.
9.

10.

11.
12.
13.
14.
15.
16.

When a calling party sets VOICE CALL [V-2] or performs switch hook flash while calling a Main Station
and Sub Station, the Sub Station stops ringing.
This service is not activated when a call is terminated via INTERCOM CALLING [I-9], AUTOMATIC/
MANUAL INTERCOM [A-30], DIAL INTERCOM [D-87] or MANUAL SIGNALING [M-47] (only the
Main Station rings).
This service is not activated while CALL BACK [C-1], CALL BACK DELAYED [C-73], CALL BACKCCIS [C-44], ATTENDANT CAMP-ON WITH TONE INDICATION [A-1] or ATTENDANT CAMPON WITH TONE INDICATION-CCIS [A-45] is activated.
When a Main or Sub station accommodates PS key and B-MV key, both keys light by pressing any of these
keys.
When Do Not Disturb [D-11] is set to Sub Station, the incoming call routed to Main Station is terminated
to Main Station only.
When Sub Station is set Call Block [C-150], the incoming call routed to Main Station terminates to both
Main Station and Sub Station.
When Do Not Disturb [D-11] or Call Block [C-150] is set to Sub Station, the incoming call routed to Sub
Station is restricted.
When a Sub Station is called through an FCCS link, FLEXIBLE ROUTING - FCCS [F-35] is not
available.
When a Main Station does not pick up a CALL FORWARDING-DON’T ANSWER call within the
preassigned time via system data, the Sub Station stops ringing.

Programming
STEP 1:

ASYDL - System Data 1, Index 513: Assign 01 (hex) as the LDM’s memory block number
System Data 1, Index 514: Assign 01 (hex) as the NDM’s memory block number
STEP 2: ANSDL/ANSDN - Assign the related data of Dual Station Call.
MAIN UGN, MAIN TELN:
SUB UGN, SUB TELN:
OD: 0 = Only Main Telephone Number is used for SMDR and MCI Mailbox Number
1 = Both Main Telephone Number and Sub Telephone Number are used for SMDR and MCI
Mailbox Number
Note 1: When OD=0, the mailbox for the Sub Station must be deleted.
MW (This data is available when OD=0)
0 = Message Waiting Control for Main and Sub Telephone Numbers
1 = Message Waiting Control for Main Telephone Number only
Note 2: When the data value for MV changes from 0 to 1, make sure there are no messages left (MWL is OFF). If
MWL is ON at that time, the old lamp indication stays after the data is changed.
LM: 0 = Number Sharing
1 = Dual Station Call
STEP 3: AKYD - Assign sub-line appearance on secretary phone of Main Station and Sub Station. Assign
KYI=1 (Feature key) and FKY=127 (B-MV key).
STEP 4: ADSL - Assign the soft key pattern data.
SN=0
FKY=127 (B-MV key)

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Dual Station Call

D-156

Programming (cont’d)
STEP 5:

ADKS - Assign the B-MV key to the soft key of each station. Note
TN (tenant number), STN (station number)
SKP (soft key pattern): 1~15
LKP (Key Pattern Data): 1=16 Line/Feature buttons + 16 DSS keys
2 = 24 Line/Feature buttons + 8 DSS keys
3 = 32 Line/Feature
PG:
0 = Page Change key appears on the soft key (>>>)
1 = Page Change key appears on the feature key
Note 3: When the soft key data is used on a system basis (SKP=0 is assigned by the ADSL command), this data is
not necessary.

FCCS Programming
Refer to the NEAX2400 IPX Fusion Network System Manual.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 333

E-1

Executive Right-of-Way

E-1

Executive Right-of-Way

General Description
This feature enables selected users, upon encountering a busy condition at an internal station, to bridge into the busy
connection.

Operating Procedure
To enter a busy connection

1.
2.
3.
4.

Dial the busy station; receive busy tone.
Switch hook flash; receive special dial tone.
Dial the EXECUTIVE RIGHT-OF-WAY access code; warning tone is sent.
The calling station is now bridged into a three-way call.

Service Conditions
1.

Two tone bursts of.08 second duration are transmitted upon activation of this feature to alert the connected
parties that an executive override connection is being made.
2.
The LCD display on the interrupted party's D term will give an indication only if INTERMEDIATE
STATION NUMBER DISPLAY - Dterm [I-10D] has been programmed in system data.
3.
EXECUTIVE RIGHT-OF-WAY is denied if the busy station is:
a.) dialing or in a LINE LOCKOUT [L-3] state
b.) listening to a tone
c.) being rung
d.) protected from override via CLASS OF SERVICE - INDIVIDUAL [C-15]
e.) being connected to an ATTENDANT CONSOLE [A-3] loop
f.) activating a conflicting feature, such as:
ATTENDANT OVERRIDE
[A-7]
BOSS - SECRETARY OVERRIDE - D term
[B-5, B5-D]
BUSY VERIFICATION
[B-3, B-9]
CALL HOLD
[C-6, C-6D]
CALL TRANSFER
[C-10, C-11, C-50, C-54]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
CONSULTATION HOLD - ALL CALLS
[C-17, C-58]
DATA LINE SECURITY
[D-12, D-66]
DATA PRIVACY ON DEMAND
[D-17, D-68]
DIAL ACCESS TO ATTENDANT
[D-2, D-71]
EXCLUSIVE HOLD - Dterm
[E-4D]
term
NON-EXCLUSIVE HOLD - D
[N-7D]
OFF-HOOK QUEUING
[O-7, O-11]
OUTGOING TRUNK QUEUING
[O-2, O-2D]
PRIVACY - Dterm
[P-14D]
PRIVACY RELEASE
[P-18]
THREE-WAY CALLING
[T-2, T-2D]
VOICE CALL - Dterm
[V-2, V-7]
Data Call through a Data Adapter / Data Call through a Data Module
Note: In any of the above instances, the calling station will receive reorder tone.

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NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Executive Right-of-Way

E-1

Service Conditions (cont’d)
4.
5.
6.

7.
8.

9.

10.
11.
12.

If one party disconnects after the three-way conference bridge is established, the remaining two parties
will still be connected.
The EXECUTIVE RIGHT-OF-WAY access code may be assigned according to customer preference.
The maximum number of simultaneous Executive Overrides allowable is dependent on the number of
conference function trunks in the system. (Conference function is included in TSW and MUX circuit
cards.)
This feature can be denied on DICTATION ACCESS [D-3] and PAGING ACCESS [P-1, 28] connections
through programming in system data.
If the called station has activated CALL FORWARDING - ALL CALLS [C-5] or - BUSY LINE [C-2]
and the forwarded-to station is busy, the EXECUTIVE RIGHT-OF-WAY call will bridge into the
forwarded-to station.
If the called station line has a party on CALL HOLD [C-6], override is not allowed to the called station
line, and reorder tone is provided. Terminating override calls are denied when the called party has another
party in a CONSULTATION HOLD [C-17] condition.
If the called station is maintenance busy and EXECUTIVE RIGHT-OF-WAY is invoked, override is
denied and reorder tone is returned to the calling station.
It is possible, via system data, to disable the sending of a warning tone during an EXECUTIVE RIGHTOF-WAY connection. Normally the two burst warning tone is sent when the connection is initiated.
The node accommodating the called station requires Conference Trunk (CFT) function in the FCCS
network.

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:
STEP 5:

ASYD - System Data 1, Index 70, Bit 7. Send Warning Tone to interrupted parties when Executive
Right-of-Way is in operation 0/1: Required/Not Required.
System Data 2, Index 0, Bit 1. Busy station service. Assign data “1”.
ANPD - Assign first digit of access code for EXECUTIVE RIGHT-OF-WAY.
ASPA - Assign an access code for EXECUTIVE RIGHT-OF-WAY, SID 4 for Connection Status
Index (CI) of Busy (B).
ASFC - Assign Service Feature Indexes of 3 (EXECUTIVE RIGHT-OF-WAY calling side), 4
(EXECUTIVE RIGHT-OF-WAY called side), and 11 (Data Line Security).
AKYD - Assign EXECUTIVE RIGHT-OF-WAY to a programmable line/feature key. Assign
Type:Function:EXECUTIVE RIGHT- OF- WAY [3].

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - Assign first digit of access code for EXECUTIVE RIGHT-OF-WAY.
STEP 2: ASPAL - Assign an access code for EXECUTIVE RIGHT-OF-WAY, SID 4 for Connection Status
Index (CI) of Busy (B).
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Page 335

Executive Right-of-Way - Dterm

E-1D

E-1D

Executive Right-of-Way - Dterm

General Description
This feature enables selected Dterm users, upon encountering a busy condition at an internal station, to bridge into
the busy connection after transmitting a warning tone.

Operating Procedure
To enter a busy connection from a Dterm

1.
2.
3.

Dial the busy station; receive busy tone.
Press the EXECUTIVE RIGHT-OF-WAY OVER key; the associated LED lights and warning tone is sent.
The calling station is bridged into a THREE-WAY CALLING [T-2]; the LCD displays:
Interrupted Party
OVERRIDE
XXXX
(Time Display)

Called Party
XXXX

The LCD then displays:
CONF
(Time Display)

Service Conditions
1.
2.
3.

Page 336

Two burst tones (.08 second) are transmitted upon activation of this feature to alert the connected parties
that an EXECUTIVE RIGHT-OF-WAY call has been bridged into the connection.
The LCD display on the interrupted party's D term will give an indication only if INTERMEDIATE
STATION NUMBER DISPLAY - Dterm [I-10D] has been programmed in system data.
EXECUTIVE RIGHT-OF-WAY is denied if the busy station is:
a.) dialing or in a LINE LOCKOUT [L-3] state
b.) receiving a tone
c.) being rung
d.) protected from override via CLASS OF SERVICE - INDIVIDUAL [C-15]
e.) being connected to an Attendant loop
f.) activating a conflicting feature, such as:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
BOSS - SECRETARY OVERRIDE
[B-5D]
BUSY VERIFICATION
[B-3, B-9]
CALL HOLD
[C-6, C-6D]
CALL TRANSFER
[C-10,C-11,C-50, C-54]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
CONSULTATION HOLD - ALL CALLS
[C-17, C-58]
DATA LINE SECURITY
[D-12, D-66]
DATA PRIVACY ON DEMAND
[D-17, D-68]
DIAL ACCESS TO ATTENDANT
[D-2, D-71]
NEAX2400 IPX Feature Programming Manual
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Executive Right-of-Way - Dterm

E-1D

Service Conditions (cont’d)

Note:

4.
5.
6.

7.
8.
9.
10.

11.
12.

EXCLUSIVE HOLD - Dterm
[E-4D]
term
[N-7D]
NON-EXCLUSIVE HOLD - D
OFF-HOOK QUEUING
[O-7, O-11]
OUTGOING TRUNK QUEUING
[O-2, O-2D]
PRIVACY - Dterm
[P-14D]
PRIVACY RELEASE
[P-18]
THREE-WAY CALLING
[T-2, T-2D]
VOICE CALL
[V-2, V-7]
VOICE CALL - Dterm
[V-2D]
Data Call through Data Adapter / Data Call through Data Module
In any of the above instances, the calling station will receive reorder tone.
If one party disconnects after the THREE-WAY CALLING [T-2] has been established, the other two
parties will remain connected.
EXECUTIVE RIGHT-OF-WAY can also be accessed via the dial pad (access code) or SPEED CALLING
- ONE TOUCH - Dterm [S-26D].
The maximum number of simultaneous executive overrides allowable is dependent on the number of
conference function trunks in the system. (Conference function is included in TSW and MUX circuit
cards.)
This feature can be denied on DICTATION ACCESS [D-3] and PAGING ACCESS [P-1, 28] connections
through programming in system data.
If the called station has activated CALL FORWARDING - ALL CALLS [C-5] and the forwarded-to
station is busy, EXECUTIVE RIGHT-OF-WAY will bridge into the forwarded-to station.
It is possible, via system data, to disable the sending of a warning tone during an EXECUTIVE RIGHTOF-WAY connection. Normally, the two-burst warning tone is sent when the connection is initiated.
If the called station line has a party on CALL HOLD [C-6], override is not allowed to the called station
line. Also override to a station line in CALL HOLD [C-6] is denied and reorder tone is provided.
Terminating override calls are denied when the called party has another party in a CONSULTATION
HOLD [C-17] condition.
If the called station is maintenance busy and EXECUTIVE RIGHT-OF-WAY is invoked, override is
denied and reorder tone is returned to the calling station.
The node accommodating the called station requires Conference Trunk (CFT) function in the FCCS
network.

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:
STEP 5:
STEP 6:

ASYD - System Data 1, Index 70, Bit 7. Send Warning Tone to interrupted parties when Executive
Right-of-Way service is in operation 0/1: Required/Not Required.
System Data 2, Index 0, Bit 1. Busy station service. Assign data “1”.
ANPD - Assign first digit of access code for EXECUTIVE RIGHT-OF-WAY.
ASPA - Assign an access code for EXECUTIVE RIGHT-OF-WAY, SID 4 for Connection Status
Index (CI) of Busy (B) and Hooking (H).
ASFC - Assign Service Feature Indexes of 3 (EXECUTIVE RIGHT-OF-WAY calling side), 4
(EXECUTIVE RIGHT-OF-WAY called side), and 11 (Data Line Security).
AKYD - Assign EXECUTIVE RIGHT-OF-WAY to a programmable line/feature key. Assign
Type:Function:EXECUTIVE RIGHT- OF- WAY [3].
ADSL - Assign SN=3 (Called Station is Busy) and FKY=3 (Executive Right-of-Way; BV).

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E-1D

Executive Right-of-Way - Dterm

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 7: ANPDL - Assign first digit of access code for EXECUTIVE RIGHT-OF-WAY.
STEP 8: ASPAL - Assign an access code for EXECUTIVE RIGHT-OF-WAY, SID 4 for Connection Status
Index (CI) of Busy (B) and Hooking (H).
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Elapsed Time Display - D term

E-3D

Elapsed Time Display - Dterm

E-3D
General Description

This feature provides an LCD display of the time elapsed while a Dterm is connected to any trunk.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.

The ELAPSED TIME is displayed in the eight left-side positions of the LCD display.
The ELAPSED TIME can reach a maximum of 9 hours, 59 minutes and 59 seconds. After that time, the
clock returns to zero.
A continuous time display will occur during CONSULTATION HOLD - ALL CALLS [C-17] and
THREE-WAY CALLING [T-2].
When a call is transferred, the time display of the party receiving the transfer begins from zero.
The elapsed time is not displayed when the station is in a specific condition such as:
a.) THREE-WAY CALLING [T-2]
b.) connected to a trunk with held trunk, as in the case of CONSULTATION HOLD [C-17].

Programming
No programming is required.

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Exclusive Hold - Dterm

E-4D

Exclusive Hold - Dterm

E-4D
General Description

This service feature allows a user to place a call on hold and to exclude all other users from retrieving the held call.

Operating Procedure
While a call is in progress

1.

Press the HOLD key twice; the LCD displays:
E_HOLD

2.

Held Station or Trunk
XXXX
(Time Display)

To return to the held call, press the held line key; the conversation is reestablished.

Service Conditions
1.
2.
3.
4.

5.
6.
7.

EXCLUSIVE HOLD - Dterm may be activated from any line appearing on a Dterm.
After EXCLUSIVE HOLD has been set, the user can make or answer calls from any other line appearing
on the D term.
Only the Dterm that sets EXCLUSIVE HOLD may retrieve the held call.
After a variable programmable period of time, the held call will enter AUTOMATIC RECALL [A-8]
regardless of the status of the Dterm. Ringing, however, is disabled while DO NOT DISTURB - Dterm [D11D] is activated.
The LCD of other D term stations on which the held line appears will be lit steadily.
Two-Party Hold is not available when a Dterm is engaged in a 3-party conference with a station and/or
trunk.
The held station is denied the following services:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
[B-5D]
BOSS-SECRETARY OVERRIDE - Dterm
BUSY VERIFICATION
[B-3, B-9]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-1D]

Programming
ASYD - System Data 1, Index 144. Automatic Recall Timer for Dterm hold. Assign as data 00H for
default value of 30 seconds.
System Data 2, Index 12, Bit 1: Automatic Recall Ringer for Exclusive Hold.
0/1 = Recall/No Recall

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Emergency Call

E-11

E-11

Emergency Call

General Description
This feature allows a user to make an EMERGENCY CALL by dialing a special telephone number (emergency
telephone number). Even if the calling station goes on-hook, the calling station is recalled and the speech path is
maintained until the emergency telephone goes on-hook. When a station dials the emergency telephone number, a
system message is printed out to report the EMERGENCY CALL.

Operating Procedure
The operation of EMERGENCY CALL is the same as STATION-TO-STATION CALL [S-11].

Service Conditions
1.
2.
3.
4.
5.

6.

7.
8.

9.

10.
11.
12.

This service feature is available when an emergency telephone number is dialed via STATION-TOSTATION CALLING [S-11].
This service feature is also available when an emergency call is made via CALL FORWARDING - ALL
CALLS [C-5] or CALL FORWARDING - BUSY LINE [C-2].
Switch hook flash services, such as CONSULTATION HOLD - ALL CALLS [C-17], may be restricted.
Only the emergency telephone is allowed to disconnect from an emergency call. Upon disconnection, the
calling station will hear reorder tone.
This service feature is not available between emergency stations. When either of the emergency stations
goes on-hook, the other emergency station receives reorder tone, and CALL BACK [C-1] is not
performed.
When a station makes an EMERGENCY CALL by any method, other than STATION-TO-STATION
CALLING [S-11] (e.g., STATION-TO-STATION CALLING - OPERATOR ASSISTANCE [S-12],
OFF-HOOK ALARM [O-6], etc.), there is no system message printout, but CALL BACK [C-1] to the
calling station is performed.
When a D term is used for an EMERGENCY CALL, VOICE CALL [V-2] can be used.
An emergency telephone can assign CALL FORWARDING - BUSY LINE [C-2] or CALL
FORWARDING - ALL CALLS [C-5], but when transfer is made to other than an emergency station, this
service feature is not available.
An emergency station can assign CALL FORWARDING - DON'T ANSWER [C-3]. In this case, when a
call terminates to the emergency station, a system message printout is performed. When a call is
transferred by CALL FORWARDING - DON'T ANSWER [C-3], the situation regarding when the station
goes on-hook is as follows:
a.) If neither the calling station nor the transfer destination station is an emergency station, there is no
CALL BACK [C-1].
b.) If either the calling station or the transfer destination is an emergency station, CALL BACK [C-1]
is operative. (No printout is performed).
c.) If both the calling and destination stations are emergency stations, there is no CALL BACK [C1]. (No printout is performed).
When the emergency station is busy, the caller receives busy tone, and this service feature is not available.
The emergency station can be a member of a hunting group. If hunting results in transfer to a station other
than an emergency station, this service is not available.
The emergency station can be a member of a UCD [U-1] group. If a call is distributed to the emergency
station after queuing, system message printout is not performed.

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E-11

Emergency Call

Service Conditions (cont’d)
13.
14.

15.
16.

17.

When the emergency station is busy, CALL BACK [C-1] to the emergency station is effective (no printout
is performed).
When the emergency station is busy, CALL WAITING - ORIGINATING [C-31] and CALL WAITING
- TERMINATING [C-12] are effective, but this service feature is not available. However, when a 2-way
call is made between an emergency station and another station, CALL BACK [C-1] is performed when
the station releases.
When an emergency station is busy, ATTENDANT CAMP-ON WITH TONE INDICATION [A-1] to the
emergency station is effective, but the service feature is not available to the CAMP-ON call.
When a Dterm is used as an emergency station, VOICE CALL [V-2] to the emergency station is possible.
If the calling station goes on-hook before the emergency station answers by pressing the SPEAKER key
or going off-hook, CALL BACK [C-1] is not possible.
When Camp-On or Privacy is set to a station, the station cannot be recalled from the emergency station.
Therefore, data security (SFI=11 should be 0) must be assigned to the emergency stations, so that CampOn and Privacy cannot be set.

Interactions
1.
2.
3.

STATION-TO-STATION CALLING [S-11] must first be provided.
SINGLE-DIGIT STATION CALLING [S-1] may be utilized with this feature.
If re-ring is not in service, the Emergency Station can press the TRANSFER key to re-ring the calling
station.

Programming
STEP 1:

ASYD - System Data 1, Index 4, Bit 1. Is EMERGENCY CALL re-ring in service? 0/1: No/Yes. This
allows for Called Party release only on an emergency call. If the Calling Party releases, the calling
party is rung by the emergency telephone.
System Data 1, Index 4, Bit 7: Printout of Emergency Call System Messages.
0/1 = No printout/printout
STEP 2: ASFC - Assign to the Emergency Call telephone a Service Feature Class that allows Service Feature
Index (SFI) 24, EMERGENCY CALL Note. Stations that may call the emergency call telephone are
not allowed SFI 24.
Note: The SFC must be allowed for MY Line of the telephone, even if the sub-line is assigned as Emergency call
telephone.

FCCS Programming
No unique programming is required for the FCCS network.

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E911-ANI Unified Number Of Digits

E-18

E-18

E911-ANI Unified Number Of Digits

General Description
This service unifies the number of ANI information digits sent out by E911-ANI service.

Operating Procedure
The operating procedure is the same as for a normal outgoing connection.

Service Conditions
1.

2.
3.

4.

The ANI function for E911 outgoing connections is the same as in previous E911-ANI service and is
applicable to the following connections:
a.) LCR call from a station by MF signalling
b.) LCR call from an Attendant Console by MF signalling.
ANI sending number by this enhanced service is NXX-XXXX.
The method of obtaining the ANI sending number is shown below:
Caller’s telephone number:
12345 (closed numbering)
Outgoing route number (RT):
**
Station outgoing:
(AT = 0)
Number of digits of caller’s telephone number: 16
ANI assigned data (from the above data):
Skip:
2 (Number of digits to be skipped from the top of the telephone number)
Add:
4 (Number of digits to be added to ANI information)
ANI information: 7890
a.) The specified number of Skip digits is deleted from the telephone number: 12345
b.) The ANI sending number is created by combining these digits with the ANI information:
7890345
c.) Sending ANI information: KP-0-789-0345-ST
Sending digit patterns in E911-ANI:
a.) Outgoing call from station.
• If ANI data is assigned:
KP-0-NXX-XXXX-ST
ANI sending number
Information digit
• If ANI data is not assigned:
KP-2-ST
Information digit
b.) Outgoing call from Attendant:
• If Individual Attendant Access Code is assigned, and also ANI data is assigned:
KP-0-NXX-XXXX-ST
ANI sending number
Information digit
• If Individual Attendant Access Code is not assigned, and ANI data is assigned:
KP-0-NXX-XXXX-ST
ANI sending number
Information digit

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E-18

E911-ANI Unified Number Of Digits

Service Conditions (cont’d)

5.
6.
7.

8.
9.
10.

• If ANI data is unassigned:
KP-1-ST
Information digit
An independent route is required for E911 interface.
After the caller’s number is sent to the distant office by E911-ANI, it takes some time until a speech path
is established.
Sending data is considered to be not assigned if:
a.) Service version data specifies that Unified Number of Digits is provided,
b.) No data is assigned for Unified Number of Digits service, and
c.) Data for previous E911-ANI service is assigned
After digits have been sent out, DDD seizure tone is not sent.
Other interactions are the same as those of outgoing calls by MF signaling.
An 8RST-K circuit card is used.

Programming
STEP 1:

ARTD - Assign RT: 4, with the following conditions set:
RT: 4
1-OSGS
:7
2-ONSG
:4
3-ISGS
:7
4-INSG
:4
5-TF
:3
6-TCL
:5
7-L/T
:1
8-RLP
:2
10-SMDS :1
13-AC
:1
15-LSG
:5
19-ANI
:1
30-PAD
:4
43-BT
:1
73-KPST :7
74-KPPT :13
75-STC
:15
77-MT
:1
STEP 2: ATRK - Assign RT 905 to LEN for TK1, TK2 (depending on register location). Assign RT 904 to
LEN for TK1, TK2 (depending on register location).
STEP 3: AAND - Assign the following parameters:
RT:
0 (Outgoing RT number)
AT:
0 (0/1: Station/Individual Attendant)
CC:
0 (0/1: Main Central/Satellite Central) Programming is only necessary at the Main node.
COC: (Central Office code, CCIS office code, or first digit of CCIS remote station number). Use
CCIS office code.
STNL: (number of digits in caller’s number)
SKIP: (number of digits to be skipped from caller’s number) This strips the office code from being
sent out in front of the calling station number.
ADD: 3 (number of digits to be added to the ANI information).
DC:
753 (ANI sending number)
Note: Using this programming, if the call was originated at remote node station number 2000, the number being
sent to the E911 Central Office would be “753-2000”
AANDE - Assign the following parameters
TN:
(1-255)
Skip: Call Originator digit
ADD: Office Code to be added (1-10)
DC:
Office Code (1-10)

FCCS Programming
No unique programming is required for the FCCS network.

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Expanded Multiple Line Operation - Dterm

E-26

E-26

Expanded Multiple Line Operation - Dterm

General Description
This feature allows operation of whichever lines from ELC card(s) in the same IMG or in different IMGs in the same
node, as a Dterm’s programmable Multiple Lines (My Line + Prime Line/Sub Lines). While Multiple Line Operation
- Dterm [M-20] only allows such a programming within the reach of ELC card(s) in the same IMG, this feature
enables the Multiple Line Operation beyond the reach of a single IMG (though the ELCs cannot be in different
nodes).
Note: To use Multiple Lines beyond different IMGs, the Dterm My Line must be accommodated on the PA16ELCJB-B card. For details, refer to the figure (and Service Conditions) below:
Node A
IMG 0

Node B
IMG 1/2/3

Dterm A

D term
E

D term
C
FCCS / Tie Line

Dterm
Dterm
Dterm
Dterm

Dterm D
D

term

B

E
D
C
B
Dterm E
Dterm B
Dterm A
Dterm C

PA-16ELCJB-B

ELC circuit card other
than PA-16ELCJB-B

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.

To use this feature (operation of Multiple Lines beyond different IMGs), a PA-16ELCJB-B circuit card is
required.
Depending on the switch setting on PA-16ELCJB-B, the assignable Multiple Lines vary.
a.) PA-16ELCJB-B, SW10, Element 1 = ON: A Dterm My Line, accommodated on this card, and the
other Lines (other analog telephone/Dterm) must be in
the same IMG. Note

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Expanded Multiple Line Operation - Dterm

E-26

Service Conditions (cont’d)

Note:

3.

4.

5.
Note:

6.
7.
8.
9.

b.) PA-16ELCJB-B, SW10, Element 1 = OFF:A Dterm, accommodated on this card, and the other
Lines (other analog telephone/Dterm) can be in
different IMGs (but in the same node). For more
details on the PA-16ELCJ-B circuit card, refer to the
NEAX2400 IPX Circuit Card Manual.
Even when Element 1 of SW10 is ON, data programming for this feature (Multiple Lines beyond different
IMGs) is possible. However, the data does not become effective until the switch is manually placed to OFF.
A Dterm cannot register a Sub Line accommodated on an ELC card in a different node (having a different
CPU). Therefore, if your system is an IPX-U (16-IMG) type, this feature must be programmed on a node
basis.
Three kinds of lines can appear on a Dterm line/feature key:
• MY Line (ML):This line is associated with the extension number assigned to the port on the interface
circuit.
• Prime Line (PL):This line is given priority for outgoing and incoming calls. The prime line is
automatically seized when going off-hook.
• Sub Line (SL):This line designates any other line appearing on a Dterm. The MY Line will serve as a
prime line, unless differentiated in system data programming.
A maximum of 32 PA-16ELCJB-B cards (a total of 512 ports) can be used for this feature (Multiple Lines
beyond different IMGs), per node.
This is not the case if the Multiple Lines are programmed in a single IMG.
If the system is a 1-IMG type, this feature is not available.
A virtual line (Software Line Appearance [S-33]), single line telephone or Dterm can be assigned as a
subline.
To use this feature, flag “1” to the ASYD command, SYS 1, Index 321, b0.
When KD = 1 (Intercom) or KD = 2(DSS Key) is assigned on the AKYD command, this service is not
available. Be sure to assign KD = 0 (Line).

Interactions
1.

Page 346

This feature is effective with the following services:
Call Hold
Call Forwarding - Busy Line
Call Forwarding - Don’t Answer
Call Forwarding - All Call
Voice Call
Call Pick Up - Group
Boss - Secretary Override - Dterm
Boss - Secretary - Message Lamp Control
Boss - Secretary Transfer
Station Hunting - Circular
Station Hunting - Secretarial
Station Hunting - Terminal
Three Way Calling
Call Transfer
Consultation Hold - All Calls
Blind Transfer To Attendant
Blind Transfer To Station

[C-6, 6D]
[C-2, 2D]
[C-3, 3D]
[C-5, 5D]
[V-2]
[C-7, 7D]
[B-5D] Note
[B-8] Note
[B-11] Note
[S-7]
[S-8]
[S-9]
[T-2, 2D]
[C-11, 11D]
[C-17, 17D]
[B-17]
[B-18]
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Expanded Multiple Line Operation - Dterm

E-26

Interactions (cont’d)

Note:

2.
3.
4.
5.

Serial Call
[S-15]
Serial Call - Loop Release
[S-64]
Serial Call - CCIS
[S-52]
[S-127]
Serial Call - D term
Executive Right-of-Way
[E-1, 1D]
Call Back
[C-1, 1D]
Message Reminder
[M-19, 19D]
Brokerage - Hot Line
[B-6]
Split Call Forwarding
[S-99]
Call Waiting - Terminating
[C-12]
Call Waiting - Answer - Dterm
[C-27D]
Call Waiting - Originating
[C-31]
Boss-Secretary features are not available via ISW.
This feature does not support OAI/ACD related services.
This feature does not support Hotel related services.
This feature does not provide Privacy Release [P-18], if the Multiple Lines are programmed beyond
different IMGs.
Follow Phone [F-31] is not available for this feature.

Programming
STEP 1:
STEP 2:
STEP 3:

ASYD - Flag “1” to SYS 1, Index 321, b0 (Extended Multiple Line Operation is allowed).
ASDT - A LEN equipped with a Dterm Circuit Board must be assigned a station number and a
Telephone Equipment Class (TEC) of 12.
AKYD - Assign a MY Line, a Prime Line, and various sublines to the Dterms.
TN:
1
STN: Station Number
TP:
Type of D term 0/1
PL TN STN: Prime Line Tenant and Station Number
KYN:
Key Number (1-40)
KYI:
Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Not assigned for Feature Key
TN STN:
Tenant Number and Station Number of Multi-line
RG:
Ringing Assignment per Multi-line Appearance
0: No Ringing
1: Ringing in Day Mode Only
2: Ringing in Night Mode Only
3: Ringing in Day and Night Mode

FCCS Programming
No unique programming is required for the FCCS network.

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F-1

Flexible Numbering of Stations

F-1

Flexible Numbering of Stations

General Description
This feature provides the ability to assign telephone numbers of the voice station and data station to any
corresponding instrument location, depending solely upon numbering plan limitations.

Operating Procedure
Refer to the NEAX2400 IPX Office Data Specification.

Service Conditions
1.

2.

3.
4.

Note:

Careful consideration should be given to any numbering assignment, especially in larger systems, to avoid
the unnecessary loss of access codes or duplication of telephone numbers. There is no limit to the number
of groups that can be assigned per system.
Where TENANT SERVICE [T-12] is provided, telephone numbers may not be duplicated between
tenants. A combination of one, two, three, four and five-digit numbering may be used.
Example:
a.
3
1
b.
3
2
1
c.
3
2
2
1
Example a., b., c., can be assigned as 3 different stations.
BUSY LAMP FIELD - FLEXIBLE [B-2] service can be provided only when the defining telephone
number digits exceed two.
The FCCS network allows the user to use a telephone number in addition to the existing station numbers.
FCCS service features are activated when a telephone number is dialed. A telephone number, which can
be assigned on a station basis, is a unique number on the FCCS network.
A maximum of 16 digits can be used as a telephone number. When OAI/ACD/Hospitality features are used,
a maximum of 5 digits can be used.

Interactions
Caution should be exercised when programming this feature. Large quantities of potential telephone numbers are
consumed. As programmed below, the system will be equipped with just one 2-digit station and one 3-digit station.

Programming
STEP 1:
STEP 2:

Page 348

ASYD - System Data 1, Index 16. Enable 1 to 5-digit station numbering for the system. Assign 3FH.
System Data 1, Index 92, Bit 3. Must be assigned as data “1”.
ANPD - Reserve an access code for station numbering. For the NND parameter, assign the NND to the
smallest quantity of digits planned for station numbering that will use the busy lamp field. Only the
stations with the NND assigned here will appear on the BLF.

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Flexible Numbering of Stations

F-1

Programming (cont’d)
STEP 3:

ASPA - Assign the station numbering in such a way that the system will differentiate the station
numbering via the access codes programmed here. The following data is programmed:
FOR STATION 31

FOR STATION 321

FOR STATION 3221

TN:1

TN:1

TN:1

ACC:31

ACC:321

ACC:322

CI: N, H.

CI: N, H.

CI: N, H.

SRV = STN (Station)

SRV = STN (Station)

SRV = STN (Station)

NND: 2

NND: 3

NND: 4

The following access codes should also be assigned: 323, 324, 325, 326, 327, 328, 329, 320. CI: N, H;
SRV = STN (Station); and NND: 4 will be assigned with each of the above.

FCCS Programming
No unique programming is required for the FCCS network.

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F-2

FX Access

F-2

FX Access

General Description
This feature provides dial access to distant Central Offices using Foreign Exchange (FX) trunks. All incoming calls
to the NEAX2400 IPX from the FX Central Office area are placed to the listed Foreign Exchange Directory number
and are answered by the Attendant in a manner similar to LDN service. Outgoing calls can be made on an Attendant
handled basis using direct or dial access and/or on a direct basis by stations.

Operating Procedure
To place an outgoing FX call from a station

1.
2.
3.

Lift the handset and receive dial tone.
Dial the FX trunk access code and receive second dial tone.
Dial the desired telephone number.

To answer an incoming FX call at the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.

The FX lamp flashes.
An audible signal is received.
Press the FX or ANSWER key to answer.
Process the call in a normal manner.

Service Conditions
1.
2.
3.
4.
5.

One INCOMING CALL IDENTIFICATION [I-2] key may be used for all FX groups.
Access to various types of trunks may be denied to certain stations according to CLASS OF SERVICE INDIVIDUAL [C-15] programming.
TOLL DENIAL/TOLL DIVERSION [T-6] may be provided for FX ACCESS [F-2].
TOLL RESTRICTION - 3/6-DIGIT [T-7] may be provided for FX trunks on a per-route basis.
Care should be exercised in system data assignment when utilizing this feature in conjunction with LEAST
COST ROUTING - 3/6-DIGIT [L-5] since Foreign Exchange trunks may require that the digit 1 be dialed
as a prefix to the desired number.

Interactions
1.
2.
3.

4.
5.

Page 350

LEAST COST ROUTING - 3/6-DIGIT [L-5]: FX trunk groups may be assigned to a LEAST COST
ROUTING [L-5] list.
ROUTE ADVANCE [R-6]: This feature routes outgoing FX calls over alternate facilities when the firstchoice trunk group is busy.
UNIFORM CALL DISTRIBUTION [U-1]: This feature permits incoming calls, including FX calls, to be
terminated directly from the Central Office to the next idle station in a prearranged group of stations
without Attendant assistance.
DIRECT-IN TERMINATION [D-7]: This feature allows one FX trunk to terminate directly to a
designated station. Incoming FX calls to this station are queued if the station is busy.
OUTGOING TRUNK QUEUING [O-2]: This feature provides a means for users to dial a busy FX trunk
group to be automatically placed in a queue, and to be called back when a trunk in the trunk group becomes
available.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

FX Access

F-2

Interactions (cont’d)
6.

7.
8.

9.

10.
11.
12.
13.

When the system is in the night mode of operation, incoming FX calls can be answered using NIGHT
CONNECTION - FIXED [N-1], FLEXIBLE [N-2] or TRUNK ANSWER FROM ANY STATION [T-8]
feature.
DIRECT INWARD DIALING [D-8] is not provided for FX trunks. All calls are normally routed to the
Attendant, UCD group, or a CAS Attendant.
Outgoing FX trunk calls can be restricted from preselected stations by the assignment of one or more of
the following restrictions:
a.) Restriction from Outgoing Calls
b.) Miscellaneous Trunk Restrictions
c.) Toll Restriction
FX CO Access: This service provides access to a distant CO via FX trunks. All incoming calls to the
system (from the FX, CO area) are placed to the listed FX directory number and are answered by the
Attendant in a similar way to Listed Directory Number (LDN) service. Outgoing calls are made on an
Attendant-handled basis or on a dial access basis by stations.
A unique Attendant Console INCOMING CALL IDENTIFICATION (ICI) [I-2] may be displayed for
each local and FX LDN.
A unique Attendant Console trunk group busy lamp may be assigned to indicate the busy/idle status for
an FX trunk group.
The COT circuit packages are used to provide the trunk interface circuit.
An FX route may be used with any other feature available to any other route, including the following:
DIRECT OUTWARD DIALING
[D-9]
REMOTE ACCESS TO SYSTEM
[R-2]
TRUNK-TO-TRUNK CONNECTION
[T-10]
TRUNK ANSWER FROM ANY STATION (TAS)
[T-8]
TOLL RESTRICTION-3/6 DIGIT
[T-7]

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:
STEP 5:
STEP 6:

ARTD - Assign the FX ACCESS route as shown below:
GROUND START:
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:1
4-INSG
:3
5-TF
:3
6-TCL
:2
7-L/T
:1
8-RLP
:2
15-LSG
:1
LOOP START:
RT: 31
1-OSGS
:2
2-ONSG
:3
3-ISGS
:1
4-INSG
:3
5-TF
:3
6-TCL
:2
7-L/T
:1
8-RLP
:2
ATRK - Assign the LENs, FX ACCESS Trunk Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle Status to the FX access Trunks.
ANPD - Reserve a number level for trunk access. Assign for Normal (N) and Hooking (H) service.
Number of Necessary Digits (NND) is usually 1 or 2. Busy Lamp Field is not activated.
ASPA - Assign the access code to the FX route. The type of service is SRV = OGC (Outgoing Call),
Outgoing Trunk. Assign the route number associated with this access code.
ARSC - The Route Restriction Class must be constructed in a manner to allow the station access to the
involved routes.

NEAX2400 IPX Feature Programming Manual
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Page 351

Flash Button - Dterm

F-3D

Flash Button - Dterm

F-3D
General Description

This feature provides for a Dterm set to program one of the programmable line/feature keys to function as a FLASH
BUTTON. The FLASH BUTTON will function in the manner a switch hook flash does for a single-line set.

Operating Procedure
When activating features common to both Dterm and single-line sets

1.
2.

Press the FLASH BUTTON to receive special dial tone,
Dial the access code of the desired feature.

Service Conditions
1.

When using the FLASH BUTTON, the feature will not be activated again until digits are dialed. The
FLASH BUTTON may function during a two-way connection.
Note: If a transfer is attempted via the FLASH BUTTON, three-way conference will be established by pressing the
FLASH BUTTON again. To retrieve the original connection after the connection with the transferred
station, the TRANSFER key should be pressed.
2.
The FLASH BUTTON is optional. Its use in various features will be explained throughout this document.

Interactions
1.

2.

This feature provides switch hook flash capabilities to a Dterm with a Connection Index (CI) of Busy. See
ASPA. The features in which a FLASH key are used include CALL BACK [C-1] and OUTGOING
TRUNK QUEUING [O-2]. The FLASH BUTTON is usually required with the 4-button Dterm.
See ASYD, System Data 3, Index 2 for programming the characteristics of a switch hook flash (Hooking).

Programming
STEP 1:

AKYD
TN:
STN:
TP:
RING:

- When assigning key data for the Dterm, assign the following:
1
Station Number
Type of Dterm 0/1:

0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.
KYN: Key Number (1-40)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Not assigned for Feature Key
KYN: Feature key Number
FKY = 21, FLASH BUTTON

Page 352

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Flash Button - Dterm

F-3D

Programming (cont’d)
STEP 2:

ADSL - SN=5 (Consultation Hold) and FKY=21 (Flash Button; FLASH).
This command is used for assigning the function to each soft key.

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Page 353

Flash Entry - Dterm

F-4D

F-4D

Flash Entry - Dterm

General Description
This feature allows a Dterm user to insert a switch hook flash as the first digit in a stored SPEED CALLING-ONE
TOUCH-Dterm [S-26D] number.

Operating Procedure
To add a flash to a stored SPEED CALLING-ONE TOUCH-Dterm [S-26D] number to a D term

1.
2.
3.

Stay on-hook.
Press the Feature key and the SPEED CALLING-ONE TOUCH-Dterm [S-26D] key; the LCD display will
either be blank or a display of previously stored digits.
Press RECALL key as first digit; a switch hook flash is entered into the memory and the LCD displays:
!
(Time Display)

4.
5.

If a feature access code is to follow the Flash Entry, dial the desired digits.
Press the Feature key; the LCD displays:
SPEED SET
(Time Display)

To add a flash to a stored SPEED CALLING - ONE TOUCH [S-32D] number to a D term

1.
2.
3.

Stay on-hook.
Press the feature key and the SPEED CALLING - ONE TOUCH [S-32D] key; LCD will either be blank
or display previously stored digits.
Press the RECALL key as the first digit; a switch hook flash is entered into the memory and the LCD
displays:
!
(Time Display)

4.
5.

If a feature access code is to follow the FLASH ENTRY, dial the desired digits.
Press the feature key; the LCD displays:
SPEED SET
(Time Display)

Service Conditions
1.

2.

Page 354

A FLASH ENTRY may be entered only as a first digit. For example:
a.) Call Transfer - “!+Telephone Number”
b.) Busy Service - “+Calling Waiting - Originating access code” “!+Executive Right-of-Way access
code”
c.) Call Hold - “!+Call Hold access code”
A FLASH ENTRY, stored as a flash, may be used only once, unless digits are dialed between use.
NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Flash Entry - Dterm

F-4D

Interactions
Refer to the NEAX2400 IPX Office Data Specification, ASYD, System Data 3, Index 2 for programming the
characteristics of a switch hook.

Programming
This is a D term feature. It is inherent to the instrument and requires no programming via the MAT.

NEAX2400 IPX Feature Programming Manual
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Page 355

Flexible Ringing Assignment - Dterm

F-5D

Flexible Ringing Assignment - Dterm

F-5D

General Description
This feature enables D term line appearances to be individually programmed for ringing, not ringing, ringing (day
only), or ringing (night only).

Operating Procedure
No manual operation is required once FLEXIBLE RINGING ASSIGNMENT has been programmed in system data.

Service Conditions
1.
2.
3.

Recall ringing supersedes all ringing possibilities and will ring regardless of other programming.
Incoming Central Office ringing supersedes internal calls and will interrupt internal call ringing while it
is in progress.
Recall ringing, Central Office ringing, and internal call ringing all vary. Refer to DISTINCTIVE
RINGING [D-10].

Interactions
The following ASYD assignments are for normal ringer patterns. For more information, refer to DISTINCTIVE
RINGING [D-10].

Programming
STEP 1:
STEP 2:

Page 356

ASYD - System Data 3, Indexes 0 & 1. Assign Index 0 as 21 for 1 second ON, 2 seconds OFF (trunk
calls). Assign Index 1 as “42” for 2 seconds ON, 4 seconds OFF (station calls).
AKYD - Assign the station according to the following parameters:
TN:
1
STN: Station Number
TP:
Type of Dterm 0/1:
RING:
0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.
KYN: Key Number (1-40)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Not assigned for Feature Key
TN:
TN Number
STN: Station Number

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Flexible Ringing Assignment - Dterm

F-5D

Programming (cont’d)
RG:

Ringing Assignment per Multi-line Appearance
0: No Ringing.
1: Ringing in Day Mode Only.
2: Ringing in Night Mode Only.
3: Ringing Day and Night.

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Page 357

F-6

Faulty Trunk Report

F-6

Faulty Trunk Report

General Description
This feature allows a station to report a noisy or faulty trunk number by dialing a special access code before hanging
up. The FAULTY TRUNK REPORT consists of a trunk number, telephone number, associated time division switch
and reported time. This information is displayed at the MAINTENANCE ADMINISTRATION TERMINAL
(MAT) [M-18] and/or system printer.

Operating Procedure
To enter

1.
2.
3.

Switch hook flash before disconnecting; receive special dial tone.
Dial the FAULTY TRUNK REPORT access code; receive service set tone.
The MAT records the FAULTY TRUNK REPORT and returns the line to the original connection.

Service Conditions
1.
2.

3.

4.
5.

This feature may be accessed during any station-to-station or station-to-trunk connection.
The following information will appear on a station-to-station FAULTY TRUNK REPORT:
a.) station at which the operation was performed
b.) called telephone number
c.) time division switch
d.) time and date.
The following information will appear on a station-to-trunk FAULTY TRUNK REPORT:
a.) station at which the operation was performed
b.) route number and trunk number
c.) time division switch
d.) time and date.
Stations are assigned this feature according to CLASS OF SERVICE - INDIVIDUAL [C-15]
programming in system data.
When this feature is activated, a supervisory alarm (SUP) will appear on the system.

Interactions
1.
2.
3.

When this feature is activated, System Message [6-H] Faulty Trunk is generated. This message is sent to
the MAT or fault printer.
FAULTY TRUNK REPORT data is displayed/printed in the hexadecimal numbering system.
The FAULTY TRUNK REPORT is displayed/printed periodically or can be obtained directly with the
DFTD, Display of System Message command.

Programming
STEP 1:
STEP 2:
STEP 3:

Page 358

ANPD - Reserve a number level for feature access. Assign Connection Indexes, CI = N, H, B; Assign
NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to FAULTY TRUNK REPORT, SRV = SSC (Service Code), SID = 46
and a Connection Status of Hooking (H), CI = H.
ASFC - Assign to the stations allowed FAULTY TRUNK REPORT a Service Feature Class that
allows SFI 46.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Forced Account Code

F-7

F-7

Forced Account Code

General Description
This feature is a variation of the ACCOUNT CODE [A-18] feature, which makes it mandatory to enter an
ACCOUNT CODE (up to 10 digits) for all outgoing calls. The account code must be dialed before dialing the
outgoing number. Calls are processed only when the dialed account code is valid.
The FORCED ACCOUNT CODE can be masked on the D term display if necessary using the AUTHORIZATION
CODE DISPLAY ELIMINATION [A-99].

Operating Procedure
When dialing an outgoing call

1.
2.
3.
4.

Lift the handset; receive dial tone.
Enter the access code; receive service set tone.
Enter the FORCED ACCOUNT CODE (up to 10 digits); receive dial tone.
Dial the desired number.
Note: The access code for FORCED ACCOUNT CODE will be a maximum of 3 digits.

Service Conditions
1.
2.
Note:

Note:

3.

4.
5.
6.

7.

8.

The maximum number of digits per ACCOUNT CODE [A-18] is ten.
If both FORCED ACCOUNT CODE and AUTHORIZATION CODE [A-20] are provided in the system,
the maximum number of codes are 20,000. Note
Capacity depends on system configuration.
These specifications are based on the digits being assigned as follows:
1st digit:
A (when A equals a unique digit from 0 - 9)
2nd digit:
B - C (when b, c equal any two unique digits from 0 - 9)
3rd digit:
D-E (when d, e equal any two unique digits from 0 - 9)
4th digit:
F-G-H (when f, g, h equal any three unique digits from 0 - 9)
5th - 8th digits:
Any combination 0 - 9
9th & 10th digits:
Assigned using the checksum. These are for validation purposes only.
See ETI: 082 for details on AUTHORIZATION CODE/FORCED ACCOUNT CODE [F-7] assignment.
AUTHORIZATION CODE [A-20] and FORCED ACCOUNT CODE cannot be provided simultaneously
for the same TENANT SERVICE [T-12] group. System data programming determines whether
AUTHORIZATION CODE [A-20] or FORCED ACCOUNT CODE is provided for each Tenant.
Stations are assigned this feature according to CLASS OF SERVICE - INDIVIDUAL [C-15]
programming in system data.
An assigned FORCED ACCOUNT CODE can be used for REMOTE ACCESS TO SYSTEM [R-2].
FORCED ACCOUNT CODE can be recorded on SMDR [S-10] for INWATS and central office incoming
calls, when used in conjunction with REMOTE ACCESS TO SYSTEM [R-2]. A maximum of 10 digits
can be registered as an account code for SMDR purposes.
When used in conjunction with REMOTE ACCESS TO SYSTEM [R-2], FORCED ACCOUNT CODE
cannot be registered on SMDR if the incoming calls are terminated to stations via night service or DID
[D-8].
FORCED ACCOUNT CODE can be output in the SMDR [S-10] record for outgoing calls from a station
handled with OUTGOING TRUNK QUEUING [O-2].

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Page 359

F-7

Forced Account Code

Service Conditions (cont’d)
Note:

There are two methods of FORCED ACCOUNT CODE assignment. These methods are Full
Implementation and the Check Sum method. In the Full Implementation method, the whole FORCED
ACCOUNT CODE is assigned in the AATC command and System Data 1, Indexes 12, 13, & 14 are assigned
00H. In the Check Sum method, partial assignment for each FORCED ACCOUNT CODE is assigned in the
AATC command. The last one or two digits (programmable option) are determined according to the data
assignments in ASYD, System Data 1, Indexes 12, 13, & 14.

Interactions
1.
2.
3.

Note:

4.
5.

6.
7.
8.
9.

If FORCED ACCOUNT CODES are used on a per-tenant basis, AUTHORIZATION CODES [A-20] and
ACCOUNT CODES [A-18] are not.
Station and Remote Access users share the same FORCED ACCOUNT CODES, assigned in AATC.
There are no restrictions regarding the first digit of FORCED ACCOUNT CODES except what is
programmed in AMND. Tenant 0 does not conflict with the PBX numbering plan. This is true when
separate tenant tables are provided. If common tenant tables are used, a conflict between LCRS and OGC
(A) used with SMDR will occur.
The Access Code to the FORCED ACCOUNT CODES feature must be assigned within the PBX numbering
plan.
When a Dterm user initiates the LAST NUMBER CALL-Dterm [L-6D] feature, the FORCED ACCOUNT
CODE will be recorded if previously dialed.
The AMND command determines the length of FORCED ACCOUNT CODES based on the first digit of
the code. For example, FORCED ACCOUNT CODES beginning with the digit 4 can be assigned as six
digits long, and codes beginning with 5 can be assigned as three digits long.
PEG COUNTS [P-7] of invalid FORCED ACCOUNT CODES are not available.
FORCED ACCOUNT CODES can be dialed by a user when establishing a CONSULTATION HOLD [C17] connection.
Access to the FORCED ACCOUNT CODE feature is determined by the station’s CLASS OF SERVICEINDIVIDUAL [C-15].
FORCED ACCOUNT CODES cannot be programmed for use via SPEED CALLING-SYSTEM,
GROUP, INDIVIDUAL [S-7, 8, 9] features. As a feature to make outgoing calls, SPEED CALLING [S7, 8, 9] does not first provide translation for feature access. However, FORCED ACCOUNT CODES can
be programmed as part of the Dterm SPEED CALLING-ONE TOUCH [S-26D] feature.

Programming
STEP 1:

Page 360

ASYD - System Data 1, Index 12. If Index 12 = 0, no Check Sum method is used and Indexes 13 and
14 are ignored regardless of their assignments.
Each bit in Index 12 directly correlates to a digit in the FORCED ACCOUNT CODE assigned in
AATC, and will determine the first digit of the Check Sum method. For this example, 26428 has been
assigned as the FORCED ACCOUNT CODE in AATC. Arbitrarily pick any bits, 0 to 4, and flag those
bits as data 1.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Forced Account Code

F-7

Programming (cont’d)
Note:

Bit 0 through bit 7 may be used when 8-digit FORCED ACCOUNT CODES are assigned in the AATC
command.
BIT 4

BIT 3

BIT 2

BIT 1

BIT 0

AATC

8

2

4

6

2

SYS1, INDEX 12

0

1

0

0

1

DESIGNATION

d4

d3

d2

d1

d0

REMARKS

System Data 1, Index 13. Each bit in Index 13 directly correlates to a digit in the FORCED
ACCOUNT CODE assigned in AATC, and will determine the second digit of the Check Sum method.
Again pick any bits, 0 to 4, but not the same combination of bits as picked in Index 12.
BIT 4

BIT 3

BIT 2

BIT 1

BIT 0

AATC

8

2

4

6

2

SYS1, INDEX 13

1

0

0

1

0

DESIGNATION

d4

d3

d2

d1

d0

REMARKS

System Data 1, Index 14. Determines the algorithm used to calculate the last two digits of every
FORCED ACCOUNT CODE. Only decimal numbers may be used in this index; hexadecimal values
A to F may not be assigned.
System Data 1, Index 14 = XY. X and Y represent any arbitrarily chosen decimal digit 1-9; Y is used
determine the first digit in the Check Sum method and X is used to determine the second digit in the
Check Sum method. The following data, 37H; has been used for the example calculation:
X

Note:

Y

SYS1, INDEX 14

BIT 7

6

5

4

3

2

1

0

DATA

0

0

1

1

0

1

1

1

REMARKS

If only one digit is to be added via the Check Sum method, Index 13 data will be 00H and Index 14, digit X
(bits 4-7) = 0.
EXAMPLE CALCULATION
In AATC, 26428 has been assigned.
In System Data 1, Index 12, bits 0 and 3 were chosen; 26428
2 + 2 = 4.
The decimal value of bits 0-3 of Index 14 = 7.
4 + N = 7. N = 3.
7 is obtained as any whole number greater than 4 that ends with a 7, the decimal value as determined in
Index 14, bits 0 to 3.
In AATC, 26428 has been assigned.
In Index 13, bits 4 and 1 were chosen; 26428
8 + 6 = 14.
The decimal value of bits 4-7 of Index 14 is 3.
14 + N = 23. N = 9.
23 is obtained as any whole number greater than 14 that ends with a 3, the decimal value determined in
Index 14, bits 4 to 7.
The FORCED ACCOUNT CODE will be 26428-39.

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Page 361

F-7

Forced Account Code

Programming (cont’d)
Digits 39 determined by the Check Sum method will be unique to the FORCED ACCOUNT CODE 26428.
In other words, 26428 will not be followed by any digits other than 39.
System Data 1, Index 43, bit 2. Is service set tone sent after FORCED ACCOUNT CODE ASPA
feature access code? 0/1: No/Yes.
System Data 1, Index 93, bit 6. Are the AMND tables Separate or Common for tenants in the system?
0/1: Separate/Common. Assign data “0” for separate tables.
System Data 2, Index 3, bit 5. Type of code: 0/1 AUTHORIZATION CODE/FORCED ACCOUNT
CODE; assign data “1”.
STEP 2: ANPD - Reserve a number level for feature access. Assign Connection Index, CI = N, H, B; Normal,
Hooking, and Busy (applicable to any feature assigned to this level). Assign NND in accordance with
a predetermined numbering plan.
STEP 3: ASPA - For SRV = SSC (Service Code) SID = 42, assign the access code. Assign for Connection
Indexes of Normal (N) and Hooking (H).
STEP 4: ASFC - For stations operating via FORCED ACCOUNT CODES, assign these stations a Service
Feature Class (SFC) that allows SFI 27. This SFC will be assigned to the station in the ASDT
command. Presently, the SFC parameter in the AATC command is inoperative.
STEP 5: ARSC - For this feature to operate properly, assign a Route Restriction Class (RSC) that Toll Restricts
(see TOLL RESTRICTION-3/6 DIGIT [T-10]) or denies access to routes on a Direct Dial Access, RRI
3. This RSC is assigned in the ASDT command. Then construct an RSC appropriate for the desired
operation of the station after dialing the FORCED ACCOUNT CODE. This RSC is assigned to the
FORCED ACCOUNT CODE in the AATC command.
STEP 6: AMND - For Tenant 0, assign the first digit of all FORCED ACCOUNT CODES as the Destination
Code (DC) and the Maximum Necessary Digits (MND) of the FORCED ACCOUNT CODE.
STEP 7: AATC - Assign the TN, Digit Code (DC) (the actual code itself), the FORCED ACCOUNT CODE
Restriction (ACR) as data “1”. Then assign the Route Restriction Class (RSC) that is appropriate for
the desired level of operation.
STEP 8: LATC - Listing of all the FORCED ACCOUNT CODES. This is the simplest way to determine what
digits have been added to the system with the Check Sum method. This is not required if the Check
Sum method is not used.
Note:

Page 362

NEAX2400 IPX Feature Programming Manual
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Flexible Assignment of Function Buttons

F-17

F-17

Flexible Assignment of Function Buttons

General Description
This feature allows Dterm function (feature) buttons (REDIAL, FEATURE, SPEAKER, CONF, ANSWER,
RECALL, HOLD, and TRANSFER) to be flexibly assigned on each individual Dterm.
Function (feature) buttons are programmed through the Maintenance Administration Terminal (MAT) and are part
of system data.

Service Conditions
1.
2.
3.
4.

A feature button cannot be used as a line button.
SPEAKER, ANSWER, FEATURE, CONF, and REDIAL should be assigned to feature buttons that have
lamps.
SPEAKER must always be assigned.
RECALL and TRANSFER must be assigned because they are used to indicate a pause (-), Hooking (H)
(!), and Voice Call (V) when programming a SPEED CALLING - ONE TOUCH - D term [S-26D]
destination number.

Programming
Flex Key Assignment Example:
AKYD TP:
2 or 3
KYN:
1~ 8
KYI2:
0 or 1
CONF:
KYN 1
REDIAL:
KYN 2
ANS:
KYN 3
FEATURE: KYN 4
TRANSFER: KYN 5
RECALL:
KYN 6
HOLD:
KYN 7
SPEAKER: KYN 8

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

KYN
3
2
1
6
5
7
8
4

6

1

2

3

4

5

6

4

7

8

9

1

0

#

2

FKY
4
8
13
16
18
20
52
67

STANDARD
Answer
Redial
Conference
Feature
Transfer
Hold
Speaker
Recall

8
3

5

7

Page 363

F-31

Follow Phone

F-31

Follow Phone

General Description
This feature allows individual station data of a terminal to be exchanged with another without the assistance of
MAT. The result of the exchange is printed out in the system message. The exchange of terminal data by this service
is called SWAP service. The following information is included in the system message:
a.) Successful activation:
Station data change notice.
b.) Unsuccessful activation:
Station data change notice and error code to indicate the restricted
condition.

Operating Procedure
To swap the station data of Station A (202) for Station B (209), operating from Station A

1.
2.

Go off-hook; receive dial tone.
Dial the Swap service access code; receive special dial tone. The LCD displays:
SWAP
(Time Display)

3.

Dial the Station Bus number (209); receive service set tone. The LCD displays:
209

SWAP OK
(Time Display)
4.

Replace the handset; the service will be activated.
When the service is restricted, the user hears reorder tone after dialing the target telephone number. The
LCD displays:
Flashing
REST

209
(Time Display)

To confirm

5.

Dial 202 from Station A; Station B rings, and Station A receives ringback tone, or vice versa.

Service Conditions
1.

2.
3.
4.

Page 364

This service is available for the following telephone class:
TEC= 1:
Analog telephone - DP (10P)
2:
Analog telephone - PB
3:
Analog telephone - DP/PB
4:
Analog telephone - DP (20P)
12:
Digital terminal (Dterm)
This service is available between the same type of terminals.
The target station has to be idle in order to activate this service. In case the station is busy or lock out is
set, the service will be restricted.
This service is available for the terminals that belong to the same Tenant or Module Group.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Follow Phone

F-31

Service Conditions (cont’d)
Following data assigned to each Dterm will be cleared when this service is activated:
DO NOT DISTURB
[D-11]
LAST NUMBER CALL
[L-6]
MESSAGE REMINDER
[M-19]
SAVE AND REPEAT
[S-24]
6.
This service is not available for the following stations:
a.) Night station (ACSI)
b.) HOT LINE [H-1] station
c.) HOUSE PHONE [H-2]
d.) Data line, or Dterm that has a data line assigned
e.) Station setting/being set CALL BACK [C-1] or OUTGOING TRUNK QUEUING [O-2]
f.) Stations where following services are set:
CALL FORWARDING - ALL CALLS
[C-5]
CALL FORWARDING - BUSY LINE
[C-2]
CALL FORWARDING - DON'T ANSWER
[C-3]
MESSAGE WAITING INDICATION - Dterm
[M-85D]
g.) DIT [D-7]
h.) Dterm calling from a sub-line.
i.) Station which has set or has been set for Busy service.
Note: The service is available after the message is cancelled.
7.
The following information is swapped when this service is activated:
5.

STATION TYPE
ITEM

DATA SWAPPED IN FOLLOW PHONE SERVICE

SINGLE LINE

DTERM

1.

Feature key information

Not Available

Available

2.

Add-On Module key information Note 1

Not Available

Available

3.

Flexible line/feature key information

Not Available

Available

4.

Speed Calling - One Touch data Note 2

Not Available

Available

5.

Intercom information (Automatic, Manual, Dial)

Not Available

Available

6.

Telephone Number

Available

Available

7.

Route Restriction Class

Available

Available

8.

Service Class

Available

Available

9.

Speed Calling - Group/Station data

Available

Available

10.

Phantom Number

Available

Available

11.

Name Display information

Available

Available

Note 1: The Add-On Module key information of

Dterm

does not swap.
Note 2: There are some hardware/firmware limitations in order to swap all the Speed Calling key information. The
Speed Calling key assigned in the feature keys does not swap.

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F-31

Follow Phone

Service Conditions (cont’d)
When this service is activated, the key information of Dterm, which has the target station as a multi-line
will be changed automatically. For example:

12.

13.
14.

Note:

15.

16.
17.

18.

19.

Station A

Station B

Station C

-My Line 200

-My Line 202
-My Line 203

-My Line 203
-My Line 202

Station A

Station B

Station C

-My Line 202
-My Line 203

-My Line 200

-My Line 203
-My Line 200

If the multi-line LED of Dterm is lit (busy) when the station swaps, the line LED key may not light
immediately after the service is activated. The LED light normally after the user goes on-hook.
For the stations that belong to the following service groups, this service is available only for those stations
belonging to the same group.
CALL PICKUP
[C-7, 30]
CALL PARK
[C-29]
STATION HUNTING - CIRCULAR
[S-7]
STATION HUNTING - TERMINAL
[S-9]
UCD
[U-1]
In case of STATION HUNTING - SECRETARIAL [S-8], the function as the secretarial station does not swap
even when the station swaps. (The secretary station is not considered as a member of the hunt group.)
When following station activates this service, its destination station is not swapped.
a.) Station where following services are set:
• CALL FORWARDING - BUSY LINE set by the system
• CALL FORWARDING - DON'T ANSWER set by the system
• CALL FORWARDING - INTERCEPT/ANNOUNCEMENT [C-25]
b.) Predetermined station for HOTLINE [H-1]
c.) Predetermined station for OFF-HOOK ALARM [O-6]
d.) DIRECT-IN TERMINATION (DIT) [D-7] station
If Dterm has individual terminal data assigned, this service is available for Dterms with identical terminal
data.
This service is not available for:
a.) Dterm with OAI service key.
b.) ACD agent console and supervisory console.
c.) Dterm with CALL WAITING LAMP - UCD [C-76].
This feature cannot be activated between Dterms of different types. When different D terms are used, there
may be cases where the incoming call cannot be answered or some services cannot be activated, due to
lack of line/feature keys. In this case, the data can be restored by activating the service again or by
exchanging the terminal sets.
When activating this service, the terminals cannot be exchanged. (There may be some inconvenience if
number of Speed Calling keys, etc. differ between the terminals.)

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Service Conditions (cont’d)
20.

21.

22.

23.

When activating this service, swap of the Speed Calling - One Touch key data start upon replacement of
the handset. It takes approximately 42 seconds for the Speed Calling key data to swap, and during this
time, Follow Phone Service and Speed Calling - One Touch operations are restricted.
After this service is activated, and if DM load reset is activated before the data is backed up to the hard
disk, the stations return to the previous status. However, this is not the case with the Speed Calling - One
Touch keys.
The DSS Console data does not swap. The My Line of the connected Dterm may swap, but in this case,
reassignment of DSS data and cabling will be necessary. The above is the same when using DSS as an
Add-On Module.
This feature is only available for stations in the same node within the FCCS network.

Interactions
This service is restricted for a Dterm using Expanded Multiple Line Operation - Dterm [E-26].

Programming
STEP 1:
STEP 2:

ANPD - Assign the minimum necessary number of digits for the first number of the SWAP access
code.
ASPA - Assign the access code for SWAP. CI = N (Normal), SRV = SSCA (Service Code Appendix),
SIDA = 96, SWAP.

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F-35

Flexible Routing - FCCS

F-35

Flexible Routing - FCCS

General Description
With this feature, an FCCS trunk call can automatically be routed via a non-FCCS trunk (C.O. or Tie Line), if all
the FCCS trunks are busy or a Data Link Failure occurs at the FCH card.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

This feature is activated when all FCCS trunks are busy, a transmission failure occurs, or FCCS Link
Failure (Layer 2 down) occurs at the FCH card.
Call origination through a trunk assigned as an alternative route should be established normally.
Numbering plan data for the external alternative route should be programmed prior to this feature.
This feature is available only when the called party is an analog station, a Dterm or an ISDN terminal. This
feature is not available for a wireless terminal, or a DAT/Paging trunk.
When an incoming call from C.O./Tie Line encounters all FCCS trunk busy and it is routed to a Tie Line
trunk by this feature, the normal Tie Line service is applied.
Only the LCR or LCRS is applied for alternate routing to a Tie Line/C.O. line for Tie Line. (The signaling
system is limited to ISDN or CCIS.)
The access code for the alternative route is a maximum of 24 digits, assigned by the AFRFL command.
When the selected non-FCCS trunks (LCR/LCRS) are also busy, route selection is performed according
to the LCR/LCRS table. The same is performed when the section encounters an FCCS trunk busy again.

Interactions
1.

The following services can be provided with this feature:
CALL FORWARDING - BUSY LINE
[C-2]
CALL FORWARDING - DON’T ANSWER
[C-3]
CALL FORWARDING - ALL CALLS
[C-5]
CALL TRANSFER - ALL CALLS
[C-11]
CALL FORWARDING - ALL CALLS - ANNOUNCEMENT [C-69] Note 1
DIRECT INWARD DIALING (DID)
[D-8]
DISTINCTIVE RINGING
[D-10] Note 2
INTERMEDIATE STATION NUMBER DISPLAY - Dterm
[I-10D] Note 3
PRIORITY CALL
[P-9]
REMOTE ACCESS TO SYSTEM
[R-2]
STATION HUNTING
[S-7,8,9] Note 4
STATION-TO-STATION CALLING
[S-11]
STEP CALL
[S-13] Note 5
SPEED CALLING - GROUP
[S-23]
SERVICE DISPLAY - D term
[S-25D] Note 3
SPLIT CALL FORWARDING
[S-99] Note 6
UNIFORM CALL DISTRIBUTION
[U-1] Note 4
Note 1: Available when CCIS is activated in the network.
Note 2: When a call terminates from the alternative route, the ringing for the trunk call is provided.

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Interactions (cont’d)
Note 3: The display is changed depending on the specification of ACIS.
Note 4: Has priority over the FLEXIBLE ROUTING - FCCS service. FLEXIBLE ROUTING - FCCS is activated

only when the FCCS trunk for the destination station is busy.
Note 5: A trunk is used after the call encounters station busy between the stations in the FCCS network.
Note 6: Available only at the time of the data assignment for alternative route.
2.
The following services are available when the alternative route is CCIS and the service is provided in the
CCIS network:
CALL FORWARDING - ALL CALLS - CCIS
[C-45]
CALL FORWARDING - BUSY LINE - CCIS
[C-46]
CALL FORWARDING - DON’T ANSWER - CCIS
[C-47]
CALLING NUMBER DISPLAY - CCIS
[C-52]
DATA PRIVACY ON DEMAND - CCIS
[D-68]
DIGITAL DISPLAY - CCIS
[D-72]
DISTINCTIVE RINGING - CCIS
[D-75]
MESSAGE REMINDER - CCIS
[M-34]
NAME DISPLAY - SYSTEM - CCIS
[N-37]
STEP CALL - CCIS
[S-59]
VOICE CALL - CCIS
[V-7]

Programming / FCCS Programming
Before this procedure, data setting for station-to-station connection within the FCCS network and the
Flexible Route Numbering Plan (LCR/LCRS data) should be programmed.
STEP 1: ANPD - Reserve the number level for the trunk access.
STEP 2: ASPA - Assign SRV=LCR, LCRS and the access code to seize the flexible trunk.
STEP 3: AMND - Assign the maximum necessary digits data.
STEP 4: ARNP - Assign the access code for each route.
STEP 5: AOPR - Assign the outgoing Route selection pattern.
STEP 6: AFRS - Assign the flexible route selection data.
STEP 7: ARTD - Assign the route data. For CCIS data, assign line signals for each Bch and Dch route.
STEP 8: ATRK - Assign the trunk data.
STEP 9: When the CCIS line is used for flexible routing, CCIS data is programmed via ADPC, ACIC and
ACSC.
STEP 10: AFRFL - Assign the Flexible Route data.
TN:
Tenant Number of the calling party
FPC: Fusion Point Code of the destination node
ACC: Access code for the Flexible Routing (to C.O. or Tie Line), the same number assigned via
ASPA for LCR/LCRS/

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F-36

FCCS Networking via IP

F-36

FCCS Networking via IP

General Description
This feature allows the system to exchange both speech and FCCS signals over Internet/Intranet. To establish/
release a call, the following two connection patterns can be selected:
• IPTRK Point-to-Point Connection:
For both speech and FCCS signal channels, an IPTRK circuit card
is used. At this time, the IPTRK cards in the self-node and each of
its connected node(s) must be in 1-to-1 ratio.
• IPTRK Point-to-Multipoint Connection: For both speech and FCCS signal channels, an IPTRK circuit card
is used. At this time, the IPTRK card, accommodated in the selfnode, can be connected to multiple destinations (i.e. IPTRK cards
of multiple nodes).
Point-to-Point Connection is functionally a kind of form within Point-to-Multipoint Connection.
FCCS Network is realized via the Internet/Intranet.
PBX

IPTRK: Point-to-Point Connection/Point-to-Multipoint Connection

IPTRK

IPTRK

Point-to-Multipoint Connection

Internet/
Intranet

Router

Both Speech and FCCS Signal

Router

IPTRK: IP Trunk

Node A

•

Node B

Connection via Cisco router:

PBX

PBX

To establish an FCCS link, Q-SIG is used between the system and
the router.
PBX

FCCS Network is realized via the Internet/Intranet.
Connection via Cisco router

Speech

Cisco
Router

Internet/
Intranet

Cisco
Router

Q.SIG
Node A

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Node B

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F-36

Operating Procedure
No manual operation is required.

Service Conditions
FCCS over IPTRK

1.

2.
3.
4.
5.

6.

To send/receive voice information, each node shall use IPTRK circuit card(s). At this time, the IPTRK
cards in the self-node and its connected node(s) can be either in 1-to-1 ratio, respectively (called point-topoint connection), or in 1-to-n [n=2 or more] relations (called point-to-multipoint connection). For pointto-point connection, FCH-FGH card is used for FCCS signaling.
Be sure to place a router for connections between IP network and IPTRK/FGH card.
A maximum of 2 IPTRK cards per unit can be installed. Accordingly, a total of 16 IPTRK cards can be
accommodated per IMG.
Only voice and FAX (G3) information can be sent/received via IPTRK card.
Only a single FCH-FGH card can be connected to a router (i.e. an FCH-FGH, connected to a router, cannot
control the IPTRK card(s) connected to the other router). Accordingly, redundant configuration of FCHFGH is not available.
A call cannot be established/routed across multiple IP networks. See the figure below:
Node A

Node B
Routing: OK

7.

IPTRK

IP Network #1

IPTRK

IP Network #2

IPTRK

Routing: NG
IPTRK

When multiple IPTRK cards are used for node-to-node connection and all the lines on an IPTRK are busy,
alternate routing is available (see the following figure). However, if a router or FCH-FGH card cannot be
used, all the related IPTRK routes are also made unavailable.
As shown, when multiple IPTRKs exist, alternate routing is available:
Node A

Node B
BUSY

Node A

Node B
BUSY

IPTRK

IPTRK

IPTRK

Internet/
Intranet

IPTRK

IPTRK

IPTRK

Internet/
Intranet

IPTRK

Internet/
Intranet
IPTRK

Alternate Routing: OK
Alternate Routing: OK

8.
9.

When using IPTRK card for point-to-multipoint connection, the port, assignable for FCCS signaling, is
the 1st LEN of each HW block. Other ports are to be used for speech channels.
For point-to-multipoint connection, a D-channel, assigned on an IPTRK card, can control the B-channels
of the same card, and also of a maximum of 7 other IPTRK cards.

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FCCS Networking via IP

Service Conditions (cont’d)
10.
11.
12.
13.
14.

15.
16.

IPTRK-related tandem connection is not available.
Any service not available on the FCCS network, is not available with this feature.
Tandem Path through function is not provided.
This feature supports QoS (Quality of Service) function.
When a system message indicates TCP link failure due to data congestion on the router or IP network, a
call cannot be made via an IPTRK circuit card. When a call is attempted despite this, the caller hears busy
tone.
When a system message, related to TCP link failure, is created during a call origination or speech, that
calls speech channel is automatically restored via patrol function.
When all lines of an IPTRK card are busy, alternate routing to C.O. line or tie line is available. Details on
alternate routing patterns are shown in the following table:
FROM FCCS OVER
IPTRK
(POINT-TO-POINT/POINT-TO-MULTIPOINT)

TO FCCS OVER
IPTRK
(POINT-TO-POINT)

Analog C.O. Line

Not Available

Not Available

Analog Tie Line

Available

Not Available

CCIS

Available

Not Available

ISDN

Available (via Sub Address-Addressing only)

Not Available

FCCS over DTI

Available

Available

FCCS over ISW (IPX-U System)

Available

Available

FCCS over IP (using Cisco router)

Available

Available

FCCS over IPTRK (Point-toPoint/Point-to-Multipoint)

Available

Available

CCIS over IP

Available

Available

17.
18.
19.
20.
21.

Page 372

PAD can be provided for Receive control only.
This feature does not support Broad Band Services H0, H1 of ISDN/CCIS line. This feature supports 1B
only.
When FCH-FGH card is used for FCCS signaling, a maximum of 16 nodes can be connected via this
feature.
When FCH-FGH card is used for FCCS signaling, the NDM data broadcasting may not work normally via
the FCCS link.
This feature does not support any OAI/ACD service.

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Service Conditions (cont’d)
FCCS via IP using Cisco router
Interface 1
TCP/IP port 55000
Router access No. 3000
D
T
I

PBX

Interface 2
TCP/IP port 55001
Router access No. 3001

Interface 1
TCP/IP port 55000
Router access No. 3100

Router

Router
Internet/
Intranet

D
T
I

D
T
I
PBX
F
G
H

F
G
H

F
C
H

TCP/IP port for FCCS 54000
F
C
H

Router

D
T
I
PBX
F
G
H

Interface 1
TCP/IP port 55000
Router access No. 3200

1.
2.
3.
4.

5.

6.
7.

F
C
H

DTI (1.5M and 2.0M) interface is used as speech channel.
The FCH-FGH card is used as a signal channel. Only a single FCH-FGH card can be connected to a router.
Accordingly, redundant configuration of FCH-FGH is not available.
An interface number is assigned to each speech channel and is changed into the TCP/IP port number
between PBX and router for speech channel control.
The TCP/IP port number for the TCP/IP (FCCS) packet, which is not controlled at speech channel, should
be different from that for the interface number. The TCP/IP packet is transmitted between PBXs such as
upon remote log-in to another node with Windows MAT. At this time, only the routing for the TCP/IP
packet is performed by the router.
The channel number and the connected-to router (router access number as termination number
information) can be recognized by adding Q.SIG message to TCP/IP packet, which makes speech channel
control between PBX and router available.
The router applying to FCCS Networking via IP service must be used.
The maximum number of digits for the router access code is 16.

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FCCS Networking via IP

FCCS Programming

STEP 1:

STEP 2:
STEP 3:
STEP 4:
STEP 5:
STEP 6:

STEP 7:

STEP 8:

STEP 9:

Page 374

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
The data programming for Point-to-Point connection and Point-to-Multipoint connection is identical.
ASYDL - Provided that the IPTRK circuit card is equipped in the node within the FCCS network,
NDM data broadcasting is not to be executed. Therefore, when the IPTRK card is used in the FCCS
network, perform the following data assignment at the NCN. SYS 1, Index 534, b7-1 (NDM data
individual broadcasting from NCN to each LN).
ACRD - Assign Route Class Data of Speech routes. It is not required to assign the signal route data.
The IPTRK card assigned by the AFCH command is used as the FCCS signal channel controlling card.
ACTK - Assign the connection trunk data of the IPTRK circuit card. It is not required to assign the
trunk data for D-channel.
MBCT - Un-busy the connection trunk data assigned in the previous step using the MBCT command.
AFCH - Assign FCH number (FCHN) to each IPTRK card which is used as the FCCS signal
controlling card.
AETH - Assign the FCCS route data.
FPC:
Assign FPC number (1-253) of the destination node
FCHN:
Assign the FCH number specified in STEP 5
C_RT:
Connection Route Number of Speech Channel (1-1023)
DST_IP: Assign IPTRK IP address of the destination node
NEXT_IP: Assign IPTRK IP address of the next node (node to be passed to)
For further information, see the IPTRK Circuit Card System Manual.
ACAN - Assign the Fusion Connection Index Code (FCIC) to the self-node FPC.
FPC:
Assign FPC number (1-253) of the self-node
FCIC:
Assign unique fusion CICs in the self-node
C_LENS: Assign IPTRK LENS data (B-ch data) specified in STEP 3
AFRT - Set Connection Route Numbers of the Speech Channels for the FCHN which was assigned in
STEP 5.
FCHN:
Assign FCHN, specified in STEP 5
C_RT:
Assign Connection Route of Speech Channels, specified in STEP 2
AGIP - Assign IP addresses of the IPTRK card and its connected router.
Kind:
Select IPTRK (FCCS)
IPTEN:
Assign the 1st LEN of IPTRK accommodated HW block
IPTK_IP:
Assign IP address of the IPTRK card
DG_IP:
Assign IP address of the router
ARP:
Select DIX
CLINK_NUM: Default value
SLINK_NUM: DEfault number
NETMSK:
Assign IP address of the Net MAsk
MULT:
Select Point-to-Point
QoS1:
0-7
QoS2:
0-7
NETID:
0-15
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FCCS Programming (cont’d)
Note:

When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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G-2

Group Calling

G-2

Group Calling

General Description
This feature allows a user to dial certain frequently called stations within an NEAX2400 IPX group using an easily
remembered number. The same number can be assigned to different user groups. The group call can initiate CALL
WAITING - ORIGINATING [C-31] to a busy station.

Operating Procedure
To initiate a group call

1.
2.
3.

Lift the handset; receive dial tone.
Dial the GROUP CALLING access code (maximum 3 digits) plus the GROUP CALLING Station Code
(1 or 2 digits).
The call is completed.

To initiate a group call from a Dterm

1.
2.

Redial key, plus GROUP CALLING station code (1 or 2 digits).
Call is completed.

Service Conditions
1.
2.
3.
4.
5.

6.

7.
8.
9.

Page 376

Each primary station equipped in a calling group will program the GROUP CALLING numbers through
their telephone.
GROUP CALLING data is retained in memory, even in the event of power failure, by means of Hard
Drive Backup via BKUPI command.
The memory for GROUP CALLING is shared with SPEED CALLING - STATION [S-21] or GROUP
[S-23].
A group for GROUP CALLING is identical to that of a SPEED CALLING - GROUP [S-23].
The number of groups per Module Group for GROUP CALLING and SPEED CALLING STATION/
GROUP [S-21, 23] is limited to the following:
GROUP CALLING Station Code: 1 digit (X)
Maximum 100 Groups
2 digits (XX) Maximum 10 Groups
The number of stations that can be called per group can be set within the following limit:
a.) Number of Groups x Number of Station Codes = Less than 1,000
b.) The number of stations per group is assigned in multiples of 10
For more information, refer to SPEED-CALLING GROUP [S-23].
A station using GROUP CALLING must be allowed individual SPEED CALLING STATION [S-21] and
CALL WAITING - ORIGINATING [C-31] service.
CALL WAITING - ORIGINATING [C-31] service can be set when the called station is busy. CALL
WAITING - ORIGINATING [C-31] will not be activated under the following conditions:
a.) DO NOT DISTURB (DND) [D-11D] is set to the called station.
b.) DATA LINE PRIVACY is set to the called station.
c.) The called station is connected to the ATTENDANT CONSOLE [A-3].
d.) The called station is in a THREE-WAY CALLING [T-2] condition.
e.) CALL BACK [C-1], CAMP-ON [A-1] or CALL WAITING - ORIGINATING [C-31] service is
set to the called station.

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Service Conditions (cont’d)
10.

To initiate CALL WAITING - ORIGINATING [C-31] with GROUP CALLING, a Dterm must:
a.) Dial the CALL WAITING - ORIGINATING [C-31] access code.
b.) Dial the GROUP CALLING access code (maximum 3 digits).
c.) Dial the GROUP CALLING station code (1 or 2 digits).
d.) CALL WAITING-ORIGINATING access code is not needed if automatic is set.

Interactions
1.

2.
3.
4.

As an example of a GROUP CALLING application, the following conditions exist:
System Station Numbering: 5XXXX and 6XXX
Speed Calling Access: 3 (Assigned in ASPA)
100 Groups of ten stations
GROUP CALLING Station Numbering consists of the following: 30-39
Station in GROUP CALLING dial only two digits to reach other members of the group.
All normal STATION-TO-STATION CALLING [S-11] capabilities and restrictions apply, such as
VOICE CALL-Dterm [V-2D], MESSAGE REMINDER-D term [M-19D], CALL BACK [C-1], etc.
GROUP CALLING applies to the MY-Line of the Dterm.

Programming
STEP 1:

STEP 2:

STEP 3:
STEP 4:

STEP 5:
STEP 6:

ANPD - Reserve a number level for feature access. Assign Connection Indexes, CI = N, H, B; Normal,
Hooking, and Busy (applicable to any feature assigned to this level). Assign NND in accordance with
a predetermined numbering plan.
ASPA - Two access codes must be assigned for this feature.
Assign a Tenant and an Access Code (ACC) for assigning individual speed calling. For INDIVIDUAL
SPEED CALLING-ENTRY, assign a Connection Index of Normal (N). For SRV = SSC (Service
Code), assign SID 14. For INDIVIDUAL SPEED CALLING-ACCESS, assign a tenant and an access
code (ACC). Assign Connection Index of Normal (N). For SRV = SSC (Service Code), assign SID 21.
ASFC - Assign a Service Feature Class that allows SFI 19 to the stations allowed SPEED CALLINGSTATION [S-21].
AISA - Program the tenant, station, type of station, and the number of SPEED CALLING blocks to be
assigned to the Source station. One station of each GROUP CALLING group is assigned as the
Source. The Source then assigns all the stations and virtual numbers as abbreviated codes.
TN:
Tenant Number
STN:
Station Number
MST/SLV: Source/Secondary
M: Primary Station
S: Secondary Station
BLOCK: Number of Blocks
STN:
When assigning the Secondary station, assign the Primary station number.
AKYD - Assign the virtual circuit to a Dterm key. Assign KYI = 2, multi-line key, and assign the
station number of the virtual circuit. This key will be the GROUP CALLING key.
AISD - can also be used to assign INDIVIDUAL SPEED CALLING data.

FCCS Programming
No unique programming is required for the FCCS network.
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Page 377

H-1

Hotline

H-1

Hotline

General Description
This feature permits a pair of station sets to be associated with one another on an automatic ringdown basis.

Operating Procedure
1.
2.
3.

Station A lifts the handset.
Station B is rung.
Station B lifts the handset; the conversation proceeds.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.

If both phones in a hotline pair are equipped with dials, either one may transfer a hotline call to another
station.
There is no limit to the number of hotline stations.
Hotline assignments are programmed into system data via the MAINTENANCE ADMINISTRATION
TERMINAL (MAT) [M-18].
The hotline station will hear reorder tone when the called station is in busy, lockout or make busy
condition.
When the station called from the hotline has activated CALL FORWARDING - BUSY LINE [C-2], the
call will be forwarded when the called station is busy.
When the station called from the hotline has activated CALL FORWARDING - ALL CALLS [C-5], the
call will be forwarded.
When the station called from the hotline has activated CALL FORWARDING - DON'T ANSWER [C-3],
the call will be forwarded when the called station doesn't answer after a predetermined time interval.
STATION HUNTING [S -7, 8, 9] and UCD [U-1] will be activated for a call from the hotline, but the
incoming hotline call cannot be placed in the UCD [U-1] queue.
The hotline station will hear reorder tone (ROT) if the called station has set CALL FORWARDING - ALL
CALLS/BUSY LINE - OUTSIDE [C-28, 60].
An ISDN terminal cannot be assigned as a destination).
This feature can be activated via FCCS.
Only the station assigned telephone number is available for the station assignment when activating this
feature via FCCS.
The station, the Attendant Console/Desk Console (operator call), and the trunk can be a destination for
Hotline.
When Call Forwarding - All Calls/Busy Line/Don’t Answer service has been set to the called station, these
features are available for the call to the station.
When a calling party encounters a busy station, the call may bridge into the connection depending on the
data assigned by the ASYD command.

Interactions
1.

Page 378

The connecting station does not have to be a HOTLINE station. If the connecting station is busy, the
HOTLINE station will hear reorder tone.

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Hotline

H-1

Interactions (cont’d)
2.

3.
4.

CONSULTATION HOLD [C-17]: The HOTLINE station may put the destination station on
CONSULTATION HOLD [C-17]. In this state, the HOTLINE station may make an outgoing call, and is
therefore affected by CLASS OF SERVICE-INDIVIDUAL [C-15].
CALL WAITING-ORIGINATING [C-31]: A HOTLINE will not be allowed to camp-on to a busy
destination station.
If the connecting station is also a HOTLINE station, then the reverse connection must also be
programmed.

Programming
STEP 1:
STEP 2:

ASDT - Assign the station as a TEC = 14 for HOTLINE.
AHLS - Assign the station number programmed above for the following parameters:
HOT TN: HOTLINE Tenant
STN:
HOTLINE Station
CON TN: Connecting Station’s Tenant
CON STN: Connecting Station Number

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
AHLSN - This data must be assigned to the NCN.
UGN:
User Group Number
TELN:
Telephone Number of the calling party
TYPE:
1 (The called party is a station)
CON UGN: User Group Number of the called party
CON TELN: Telephone Number of the called party
Note: The current data should also be set in addition the above-mentioned command. The ASDT command must
be set to the node accommodating the calling party.

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H-2

House Phone

H-2

House Phone

General Description
This feature allows selected stations to reach the ATTENDANT CONSOLE [A-1] by going off-hook.

Operating Procedure
To reach the ATTENDANT CONSOLE [A-1]:
1.
The HOUSE PHONE user lifts the handset. The Attendant is called automatically.
2.
The Attendant answers.
3.
The Attendant connects the user to the desired station or trunk.

Service Conditions
1.

2.
3.
4.

Attendant Console indications will appear as follows:
a.) ATND lamps flash
b.) Console buzzer sounds.
HOUSE PHONES may be equipped with or without dials.
HOUSE PHONE assignments are programmed into system data via the MAINTENANCE
ADMINISTRATION TERMINAL (MAT) [M-18].
There is no limit to the number of HOUSE PHONES permitted in the system.

Interactions
1.
2.

The AHLS command is not needed. When a station is programmed as TEC: 14, HOTLINE, it will
automatically be connected to the Attendant Console.
If the House Phone is to be used for outgoing calls via the Attendant Console (ARSC command RRI 2),
assign a Route Restriction Class that will allow these connections. The same consideration should be made
for Incoming calls via the Attendant Console (RRI 0).

Programming
ASDT - Assign the station as a TEC = 14 for HOTLINE.

FCCS Programming
No unique programming is required for the FCCS network.

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Hands-free Answer Back - Dterm

H-4D

Hands-free Answer Back - Dterm

H-4D
General Description

This feature allows the user to respond to a VOICE CALL - D term [V-2D] without lifting the handset.

Operating Procedure
To answer an incoming call

1.
2.
3.
4.

Lift the handset and press the line key to answer the call.
Press the feature key and “1”; the MIC LED lights.
Press the feature key and “5” to select HANDS-FREE operation.
Press the SPEAKER key and replace the handset; respond to the call HANDS-FREE.

To answer a VOICE CALL [V-2D]

1.
2.
3.

Press the feature key and “1”; the MIC LED lights.
Press the feature key and “5” to select HANDS-FREE operation.
Respond to the call HANDS-FREE.

Service Conditions
1.
2.
3.

The MIC may be left ON at all times.
HANDS-FREE operation may be selected at all times.
HANDS-FREE ANSWER BACK may be used when responding to a VOICE CALL [V-2D] on My Line.

Programming
No programming is required. See VOICE CALL-Dterm [V-2D].

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Hands-free Dialing/Monitoring - Dterm

H-5D

Hands-free Dialing/Monitoring - Dterm

H-5D

General Description
This feature allows the D term user to dial or monitor and call without lifting the handset.

Operating Procedure
To dial a call HANDS-FREE

1.

Press the SPEAKER key; receive dial tone.
a.) Dial the desired number.
b.) When the called party answers, lift the handset.

To monitor a call HANDS-FREE

1.
2.

When placed on hold, press the SPEAKER key.
Replace the handset; when the call resumes, pick up the handset.

Service Conditions
None.

Programming
No programming is required.

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Hotline - Outside

H-9

H-9

Hotline - Outside

General Description
This feature allows a user to access an outside destination by going off-hook or selecting the HOTLINE-OUTSIDE
[H-1] line/feature key and automatically dialing a SPEED CALLING-SYSTEM [S-3] number.

Operating Procedure
To place a HOTLINE - OUTSIDE call using a single-line telephone

1.
2.
3.

User lifts handset.
PBX automatically selects a trunk and dials the outside number.
Called number is answered and conversation proceeds.

To place a HOTLINE - OUTSIDE call from a D term

1.
2.
3.

The Dterm user presses the HOTLINE-OUTSIDE line/feature key and lifts handset or presses the
SPEAKER key.
The PBX automatically selects a trunk and dials the outside number.
The called number is answered and the conversation proceeds.

Service Conditions
1.
2.

3.
4.

5.

6.
7.
8.
9.
10.
11.
12.

There is no limit to the number of HOTLINE stations.
The destination parties for this service use abbreviated call codes prepared in SPEED CALLING SYSTEM [S-3]. Therefore, the number of destination stations is limited by the capacity of SPEED
CALLING - SYSTEM [S-3].
When a user is confronted with a situation whereby all trunks are busy, or all senders are busy at the same
time calling in this service, reorder tone is heard at the HOTLINE stations.
Outside connection in BROKERAGE HOTLINE - OUTSIDE [B-12] service can be realized when the
LCD indicates:
a.) trunk classification such as DDD, TIE, and CCSA and trunk number for an outgoing call.
b.) time duration, trunk classification, and trunk number for an incoming call.
When a user of BROKERAGE HOTLINE - OUTSIDE [B-12] is confronted with a situation in which all
trunks are busy or all senders are busy, the user hears reorder tone. No indication is shown on the LCD of
the user's Dterm.
Station Message Detail Recording (SMDR) [S-10] is available for outgoing calls with the HOTLINE OUTSIDE service.
OUTGOING TRUNK QUEUING [O-2] is not provided for a HOTLINE-OUTSIDE call.
The prime line of a Dterm cannot be assigned as a HOTLINE-OUTSIDE.
When a D term activates HOTLINE-OUTSIDE, the display will be for an outgoing trunk connection.
This feature can be activated via FCCS.
Only the station assigned telephone number is available for the station assignment when activating this
feature via FCCS.
The station, the Attendant Console/Desk Console (operator call), and the trunk can be a destination for
Hotline.

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H-9

Hotline - Outside

Interactions
SPEED CALLING-SYSTEM [S-3] must first be provided.

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:
STEP 5:

Page 384

ASYD - System Data 2, Index 1, Bit 7. Does TOLL RESTRICTION apply to SPEED CALLINGSYSTEM [S-3]? 0/1: Yes/No. If TOLL RESTRICTION applies, construct an RSC that will allow the
station access to the outgoing number.
ASFC - Construct a Service Feature Class that allows Service Feature Index (SFI) 12; SPEED
CALLING-SYSTEM [S-3]. Assign this SFC to the Hotline station.
If using a Virtual Circuit (TEC = 18) for the hotline, SFI: 36 (Special Common Battery/Hotline) must
be set to “1” for the Virtual Circuit’s SFC.
ASDT - Assign the HOTLINE-OUTSIDE station as a TEC = 18, Virtual Circuit or TEC = 14, Hotline.
TN:
Tenant Number
STN: Station Number
LENS: Line Equipment Number (6 digits)
TEC: Telephone Class (1-31)
1: DP (10pps)
2: PB
3: DP/PB
12: Dterm
13: Data terminal Via Dterm
14: HOTLINE
15: CAS Line
18: Virtual Circuit
23: ISDN Terminal
27: Eight Conference Equipment
RSC: Route Restriction Class (0-15)
For assignment of RSC, ARSC command.
SFC: Service Feature Class (0-15)
For assignment of SFC, ASFC command.
ASPD - Assign the Tenant Number, the Abbreviated Digit Code-ADC, and the CD-Telephone
Number to be sent. Include in the CD the access code of the route.
AHLS - Assign the HOTLINE-OUTSIDE station with the following parameters:
HOT TN: HOTLINE-OUTSIDE Tenant
STN:
HOTLINE-OUTSIDE Station
TYPE:
2 (ADC)
CON TN: Connecting Stations Tenant. Assign same TN # as in HOT TN:
ADC:
Abbreviated Digit Code of Corresponding Outside Number.

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Hotline - Outside

H-9

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
AHLSN - This data must be assigned to the NCN:
UGN:
User Group Number of the calling party
TELN:
Telephone Number of the calling party
TYPE:
2 (The called party is an outside party)
3 (The called party is a trunk)
CON UGN: User Group Number of the called party (for TYPE=2)
CON ADC: The dialed number for the called party (for TYPE=2)
CON LRN: Logical Route Number of the called party (for TYPE=3)
CON TK:
Trunk Number of the called party (for TYPE=3)
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The current data should also be set in addition the above-mentioned command. The command to be set to
the node accommodating the calling party: ASYD/ASFC/ASDT/ASP

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I-1

Immediate Ringing

I-1

Immediate Ringing

General Description
This feature causes called stations to ring immediately upon establishment of connections.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.

Ringing is applied to a called station as soon as the switch has determined that the station is idle. There is
no delay caused by waiting for a ring cycle.
This feature applies to STATION-TO-STATION [S-11], Attendant (originated or completed), Direct
Inward Dialing (DID), and tie line calls.
An idle station rings immediately after the last digit of the called station is dialed.

Programming
ASYD - System Data 1, Index 27, Bit 7. Assign data “1”.

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Incoming Call Identification

I-2

I-2

Incoming Call Identification

General Description
This feature allows an ATTENDANT CONSOLE [A-3] to visually identify the type of service and/or trunk group
that is arriving or waiting to be answered.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.

5.
6.
7.

A flashing lamp indicates a call waiting to be answered.
A steady lamp indicates an answered call.
A limit of 12 lamp and key groups can be associated with INCOMING CALL IDENTIFICATION.
Lamps and keys may be assigned as follows:
LDN:
Listed Directory Number (Central Office)
WATS:
Wide Area Telephone Service
FX:
Foreign Exchange
ATND:
Attendant Call
RECALL:
Attendant Recall Calls
ICPT:
Call Forwarding - Intercept
NANS:
Call Forwarding - Don't Answer
BUSY:
Call Forwarding - Busy Line
TIE:
Tie Line
TF:
Inter-Position Transfer
CAS:
Centralized Attendant Access
PR1:
Priority Call 1
PR2:
Priority Call 2
PR3:
Priority Call 3
SC/RC:
Serial Call Recall Key
EMG:
Off-Hook Alarm
More than one INCOMING CALL IDENTIFICATION lamp can be duplicated at the ATTENDANT
CONSOLE [A-3]. The Attendant can select any incoming call by pressing the associated key.
Calls can be answered via the ANSWER key for first-in, first-out priority. (CALL QUEUING [C-9]).
ATTENDANT CONSOLEs [A-3] are limited to 12 unique INCOMING CALL IDENTIFICATION
indications. However, more than one incoming trunk group can be programmed for the same INCOMING
CALL IDENTIFICATION.

Interactions
1.
2.
3.

Step 1 is not required to fulfill the requirements of the feature description. However, the CALL WAITING
LAMP [C-13] should be programmed in relationship to the INCOMING CALL IDENTIFICATION.
System Data 2, Index 8, Bits 6 and 7, and Index 9, Bits 0-3 can be flagged to represent an incoming call,
but the meaning of the incoming call can be re-assigned via the AAKP command.
The first six keys (LDN to CCSA) are fixed and cannot be changed. The AAKP command is used to
program the remaining six optional keys.

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I-2

Incoming Call Identification

Programming
STEP 1:

ASYD - System Data 2, Indexes 8 & 9, flag the type of incoming calls the Attendant Console should
expect. Note
Index 8
Bit 0: Listed Directory Number
Bit 1: Incoming Station Call
Bit 2: Attendant Recall
Bit 3: FX
Bit 4: WATS
Bit 5: CCSA (DID)
Bit 6: TIE Line
Bit 7: Call Forwarding Busy Line
Index 9
Bit 0: Call Forwarding Don’t Answer
Bit 1: Call Forwarding Intercept
Bit 2: Special Common Battery Station
Bit 3: Interposition Transfer
Note: System Data 2, Index 8, Bits 6 & 7, and System Data 2, Index 9, Bits 0-3 can be assigned different meanings
via the AAKP command.
STEP 2: ARTD - Flag the type of route in CDN 6:TCL, Trunk Class.
0:
Not used
1:
DDD Line (LDN)
2:
FX Line (FX)
3:
WATS Line (WATS)
4:
TIE Line (TIE)
5:
CCSA Line (CCSA)
6:
Toll Line
7:
CAS Line
8:
Paging
9:
Not used
10:
Not used
11:
General page
12:
Radio page
STEP 3: AAKP - This command may be used to change the meaning of the top six keys of the Call
Identification keys of the Attendant Console. (See System Data 2, Indexes 8 & 9.)
The Following functions may be assigned to Key Numbers (KYN) 1-6.
Function:
a:
CAS
b:
Off-Hook Alarm
c:
Priority Call 1
d:
Priority Call 2
e:
Priority Call 3

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Incoming Central Office Call to Tie-Line Connection

I-3

I-3

Incoming Central Office Call to Tie-Line
Connection

General Description
This feature permits an Attendant to connect an incoming public network exchange call, via a TIE Line, to a station
at a distant PBX.

Operating Procedure
To connect an incoming call

1.
2.
3.
4.
5.

The Attendant presses the LDN key and answers the incoming trunk call.
Dial the TIE Line access code; receive dial tone from distant PBX.
Dial the distant PBX extension number.
Press the RELEASE key.
The TIE Line and Central Office call are connected.

Service Conditions
1.
2.
3.
4.
5.
6.

7.

8.
9.

The Attendant can connect a trunk and TIE Line call either before or after the distant station answers.
There is no limitation on the number of incoming trunks that may be connected to TIE Lines using this
feature.
TRUNK-TO-TRUNK CONNECTION [T-10] may significantly degrade transmission quality.
TRUNK-TO-TRUNK CONNECTION [T-10] can be restricted through Alternative Route restriction
assignments.
AUTOMATIC RECALL [A-8] is denied on Incoming Central Office Call To Tie-line Connection.
Since AUTOMATIC RECALL [A-8] cannot be initiated by a trunk, the ATTENDANT LOCKOUT [A5] feature is automatically disabled in order to allow the Attendant to reenter TRUNK-TO-TRUNK
CONNECTION [T-10] calls held on the ATTENDANT CONSOLE [A-3].
This feature is applicable to the following types of incoming CO calls:
• FX
• WATS
• CCSA
• DID (Direct Inward Dialing)
• COT (Ring Down/Loop Start)
Loop-start CO trunks can be connected to tie trunks since release supervision is provided by the tie trunks.
When release signal is not provided by TIE Line trunk, the Attendant must monitor the connection and
manually disconnect after use.

Interactions
1.
2.

3.

The Attendant Console must first be programmed.
For TIE Line route to Central Office route connection, the reverse must be programmed. However,
program for ARI-D-RES:, Direct connection. This connection may also be Toll Restricted by using the
ATDP command.
A station can transfer a call to a station or to the Attendant Console at a distant PBX via a TIE Line
connection. This station must be assigned a proper class of service.

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I-3

Incoming Central Office Call to Tie-Line Connection

Interactions (cont’d)
4.
5.

Stations must be allowed access to the routes they will need via the appropriate connection status, either
via the Attendant Console (RRI 2) or Direct connection (RRI 3).
Various combinations of TRUNK-TO-TRUNK [T-10] connections can be restricted by Alternate Route
Restriction (ARRC command).

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:
STEP 5:
STEP 6:

STEP 7:

Page 390

ARTD - Assign the Central Office route as shown below:
GROUND START:
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:1
4-INSG
:3
5-TF
:3
6-TCL
:1
7-L/T
:1
8-RLP
:2
15-LSG
:1
LOOP START:
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:1
4-INSG
:3
5-TF
:3
6-TCL
:1
7-L/T
:1
8-RLP
:2
Assign the TIE Line route as shown below:
2 OR 4 WIRE E + M:
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:2
4-INSG
:3
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
15-LSG
:5
ATRK - Assign the LENs, Central Office Route Number, Trunk Number, and Tenant Number.
Assign the LENs, TIE Line Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the trunks.
For Tie Line:
ANPD - Reserve a number level for trunk access. Assign Connection Indexes (CI) for Normal (N) and
Hooking (H). Number of Necessary Digits is usually 1 or 2. Busy Lamp Field is not activated.
ASPA - Assign the access code as assigned in ANPD above. Type of Service, SRV = OGC (Outgoing
Call) Outgoing Trunk. Assign the route number associated with this access code.
ARSC - For the incoming Central Office route, allow for RRI: 0, Incoming Call via the Attendant
Console (with Call Transfer). This Route Restriction Class (RSC) is to be assigned for the Attendant
Console in ATRK. (RSC 0).
For outgoing TIE Line route and for RSC 0, allow for RRI: 2 Outgoing Call via the ATTCON (with
Call Transfer). RSC 0 is to be assigned to the ATTCON in ATRK.
ARRC - Assign 1 to the parameter ARI-D-RES for allowing tandem connection with an operator
assistance. Allow the Incoming Route Number (ICRT) of the incoming Central Office route to be
connected to the Outgoing Route Number (OGRT) of the Outgoing TIE Line route.

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Incoming Central Office Call to Tie-Line Connection

I-3

FCCS Programming

STEP 1:

STEP 2:
STEP 3:
STEP 4:

STEP 5:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
ARTDN - Assign the Central Office route as shown below:
GROUND START:
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:1
4-INSG
:3
5-TF
:3
6-TCL
:1
7-L/T
:1
8-RLP
:2
15-LSG
:1
LOOP START:
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:1
4-INSG
:3
5-TF
:3
6-TCL
:1
7-L/T
:1
8-RLP
:2
Assign the TIE Line route as shown below:
2 OR 4 WIRE E + M:
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:2
4-INSG
:3
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
15-LSG
:5
ANPDL - Reserve a number level for trunk access. Assign Connection Indexes (CI) for Normal (N)
and Hooking (H). Number of Necessary Digits is usually 1 or 2. Busy Lamp Field is not activated.
ASPAL - Assign the access code as assigned in ANPD above. Type of Service, SRV = OGC
(Outgoing Call) Outgoing Trunk. Assign the logical route number associated with this access code.
ARSCN - For the incoming Central Office route, allow for RRI: 0, Incoming Call via the Attendant
Console (with Call Transfer). This Route Restriction Class (RSC) is to be assigned for the Attendant
Console in ATRK. (RSC 0).
For outgoing TIE Line route and for RSC 0, allow for RRI: 2 Outgoing Call via the ATTCON (with
Call Transfer). RSC 0 is to be assigned to the ATTCON in ATRK.
ARRCN - Assign 1 to the parameter ARI-D-RES for allowing tandem connection with an operator
assistance. Allow the Incoming Route Number (ICRT) of the incoming Central Office route to be
connected to the Outgoing Route Number (OGRT) of the Outgoing TIE Line route.

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I-4

Individual Trunk Access

I-4

Individual Trunk Access

General Description
This feature permits an Attendant to access an individual trunk within a trunk group via dial access at the
ATTENDANT CONSOLE [A-3].

Operating Procedure
1.
2.
3.
4.

Press the TKSL key.
Dial the trunk route number (2 digits or 3 digits).
Dial the trunk identification number (3 digits).
If the trunk is idle, dial tone will be received.

OR

1.
2.
3.

Press an idle TKSL key.
Dial the Central Office code number (4 digits).
If the trunk is idle, dial tone will be received.
Note: On a system basis, either the Central Office code number or trunk route number and the trunk identification
number dialing can be assigned.

Service Conditions
1.

2.
3.
4.
5.
6.

A digital display will appear on the ATTENDANT CONSOLE [A-3], which will consist of either:
a.) TENANT [T-12] number, route number, and trunk number, or
b.) Central Office code number. This data is programmed on a per-route basis.
If the trunk is busy, the Attendant will receive a busy tone.
The Attendant can use ATTENDANT OVERRIDE [A-7], if it is included in system programming, to gain
entry into a particular trunk when it is in use.
If the trunk is made busy, either by hardware or software control, the Attendant can still access that trunk
using the above mentioned operating procedure.
The Desk Console is not available for this feature.
Central Office Code (COC) is not available to access an individual trunk through FCCS link.

Interactions
1.

2.

Page 392

If the trunk is busy, ATTENDANT OVERRIDE [A-7] may be used. THREE-WAY CALLING [T-2] is
established following a Warning Tone. If the station should disconnect, the Attendant Console can either
disconnect or extend the trunk to another station via the keypad by pressing the START key and entering
the desired telephone number.
A station may access a specific trunk if it is allowed a Service Feature Class that allows SFI 39, Individual
Trunk Access. The station then goes off-hook and dials the INDIVIDUAL TRUNK ACCESS feature
access code. This requires assignments in ANPD and ASPA. In ASPA SRV = SSC (Service Code);
SID=17. Assign for a Connection Index of Normal (N). Individual Trunk Access also allows the station
to conduct Interoffice trunk tests. Refer to the NEAX2400 IPX System Operations and Maintenance
Manual, system message [6-I].

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Individual Trunk Access

I-4

Programming
STEP 1:

ASYD - System Data 1, Index 68, Bit 1. Designates the method the Attendant Console must use to
operate INDIVIDUAL TRUNK ACCESS. 0/1: Route & Trunk Number/Listed Directory Number
(Central Office Code, ACOC).
System Data 1, Index 68, Bit 4. Is Trunk Select Key in service? 0/1: No/Yes. Assign data 1.

Optional

STEP 2:
STEP 3:

ARTD - If the Central Office Code option is exercised, assign data “1” in CDN 25.
ACOC - If the Central Office Code option is exercised, trunks in the system must be programmed to
have an associated Central Office Code. This code is dialed after pressing the Attendant Console’s
Trunk Select key.
Note: Central Office codes do not apply to stations. Stations permitted this feature must dial an Access Code, the
Trunk Route Number and the Trunk Number.

FCCS Programming
No unique programming is required for the FCCS network.

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Page 393

I-5

Inter-position Transfer

I-5

Inter-position Transfer

General Description
This feature allows Attendants to transfer calls at their ATTENDANT CONSOLE [A-3] to another Attendant's
Console in systems where MULTIPLE CONSOLE OPERATION [M-4] has been provided.

Operating Procedure
To transfer a call from Attendant Console A to Attendant Console B

1.
2.
3.
4.
5.

Press the START key.
Attendant A dials Attendant Console B identification number, or “0” for all Attendants.
The call is indicated at Attendant Console B or all Attendant Consoles.
Attendant B presses the ANSWER key or TF ICI key.
Attendant A presses the RELEASE key to transfer, or may consult first, then release.

Service Conditions
1.
2.
3.
4.
5.
6.

7.
8.

A designated identification number is assigned to each ATTENDANT CONSOLE [A-3] for the purpose
of INDIVIDUAL ATTENDANT ACCESS [I-6].
This feature can be provided on a TENANT SERVICE [T-12] basis.
An Attendant can receive one INTER-POSITION TRANSFER call at a time. An INCOMING CALL
IDENTIFICATION (TF ICI) [I-2] key can be designated for receipt of these calls.
An Attendant cannot transfer a conference connection to another Attendant.
An Attendant can extend an inter-position transferred call to any other destination.
NIGHT CONNECTION - FIXED/FLEXIBLE [N-1, 2]: When Night Service is active, an Attendant
position call to another Attendant cannot be answered by the night service arrangements. The calling
Attendant hears reorder tone.
When the operator call code is dialed, the call is routed to the predetermined Attendant Console designated
in system data for the FCCS network.
When assigning Function Code (FUNC) to KYN 1 of an Attendant Console by AAKP, this feature cannot
be used.

Interactions
The ASAT number may not be programmed in place of a telephone number in the ASID and ASGD commands. See
OFF-HOOK ALARM [O-6], ATTENDANT NIGHT TRANSFER [A-19], and PRIORITY CALL [P-9].

Programming
STEP 1:

STEP 2:
STEP 3:

Page 394

ASYD - System Data 2, Index 6, Bit 5. Enable INTER-POSITION TRANSFER? 0/1: No/Yes. Assign
data 1. Assigned on a per-tenant basis.
System Data 2, Index 9, Bit 3. Is INTERPOSITION TRANSFER considered an incoming call to the
Attendant Console and to be counted as a Call Waiting? 0/1: No/Yes. See CALL WAITING LAMP
[C-17]. Assigned on a per-tenant basis.
ASAT - Assign a specific Attendant number to each Attendant Console.
ATNR - Allow station-to-station connection on an Intra and Inter-tenant basis.

NEAX2400 IPX Feature Programming Manual
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Inter-position Transfer

I-5

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ASPAL - This data must be set to the node calling attendant, Assign SRV = SSC, SID = 2 (Operator
Call), and FPC of the node that operator calls are to be terminated to.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Page 395

I-6

Individual Attendant Access

I-6

Individual Attendant Access

General Description
This feature permits a user to call a particular ATTENDANT CONSOLE [A-3] via an individual Attendant
identification number.

Operating Procedure
1.
2.

The user dials the individual Attendant identification number.
The directed Attendant gets INCOMING CALL IDENTIFICATION (ICI) [I-2] indication (“ATND”) and
can answer using the normal operating procedure.

Service Conditions
1.
2.
3.
4.
5.

Attendant identification numbers (maximum 5 digits) must be programmed and published for each
Attendant Console.
The ASAT number should be the same number of digits as any other station number. ASAT assigns a
station number to each Attendant Console.
ATTENDANT NIGHT TRANSFER [A-19] feature cannot be activated for calls in this feature.
The individual attendant identification number cannot be used to assign the destination of Call Forwarding
service.
Only a Telephone Number can be assigned as the individual attendant identification number when this
feature is activated via FCCS.

Programming
STEP 1:
STEP 2:

ASAT - Assign a station number to each Attendant Console. The Attendant Console number is the
trunk number assigned in the ATRK command, Route 901.
ATNR - Allow tenant stations either access or denial to the tenant in which the Attendant Console is
located.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
STEP 1: ALGNN - This command must be assigned to the NCN. Assign the User Group Number and
Telephone Number for the individual attendant identification number.
STEP 2: ASATN - This command must be assigned to the NCN. Assign User Group Number (UGN),
Telephone Number assigned by the ALGNN command for specifying the attendant console (ACC),
Fusion Point Code accommodating the designated attendant console (FPC), tenant number to which
the attendant console belongs (TN), and the trunk number assigned by the ATRK command for the
attendant console (ATN).
Note: Assign the ATNR command data to both the nodes accommodating the station and the attendant console.

Page 396

NEAX2400 IPX Feature Programming Manual
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I-Hold Indication - D term

I-7D

I-Hold Indication - Dterm

I-7D
General Description

This feature provides the D term with a distinctive flash to differentiate between a call the user placed on hold from
other calls.

Operating Procedure
No manual operation is required.

Service Conditions
Condition of the LED is as follows:
Burst Wink
LIT

On

0

0.5

1.0

1.5

Seconds

Off

Programming
This is a D term feature. No programming is required.

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I-Use Indication - D term

I-8D

I-Use Indication - Dterm

I-8D
General Description

This feature provides the Dterm with a unique LED indication to display the particular line the user is on.

Operating Procedure
Manual operation is not required.

Service Conditions
Condition of LED is as follows:
Burst Wink
0

Lit

.5

1.0

1.5

Seconds

On
Off

Programming
This is a D term feature. No programming is required.

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NEAX2400 IPX Feature Programming Manual
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Intercom Calling

I-9

I-9

Intercom Calling

General Description
This feature allows a sub-line appearance, assigned to a Dterm, to be used for INTERCOM CALLING.

Operating Procedure
To originate

1.
2.
3.

Press the Intercom sub-line appearance.
Lift the handset or press the SPEAKER key; dial tone is heard.
Dial an Intercom station, receive ringback tone. The display will show:
ICM

XXXX
(Time Display)

4.

The called party answers and the conversation begins.

To answer

1.
2.

Ringing is heard from the Intercom sub-line.
Press the Intercom sub-line appearance. The display will show:
ICM

3.
4.

(Time Display)

XXXX

Lift the handset or press the SPEAKER key.
The conversation can then begin.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

An Intercom sub-line appearance cannot be the Prime Line of a Dterm.
An Intercom sub-line appearance cannot call any station or trunk in a system other than another Intercom
sub-line appearance.
An Intercom sub-line appearance cannot activate any features.
An Intercom sub-line appearance must be assigned as a Software Line Appearance.
This feature is only available for D terms.
Intercom sub-lines must be allowed the service feature restriction of SFI=70.
FCCS link is not available for this feature.

Interactions
1.

As an example for Group Calling application, the following conditions exist:
System Station Numbering:
5XXXX and 6XXX
Speed Calling Access:
3 (Assigned in ASPA)
100 Groups of Ten Stations
Group Calling Station

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I-9

Intercom Calling

Interactions (cont’d)

2.

3.
4.

Numbering Consists of the following:
30-39
Stations in Group Calling would dial only two digits to reach other members of the group.
All My-line STATION-TO-STATION CALLING [S-11] capabilities such as VOICE CALL-Dterm [V2D], MESSAGE REMINDER-Dterm [M-19D], CALL BACK [C-1], etc. are denied because INTERCOM
CALLING uses a virtual circuit sub-line appearance.
An incoming Intercom Call will be provided with distinctive three-burst ringing.
An intercom station is only allowed to call other intercom stations. If a non-intercom station attempts a
call, reorder tone is heard, and the LCD displays:
REST
(Time Display)

5.

An intercom station cannot call the Attendant Console.

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:

Page 400

ANPD - Reserve a number level for feature access. Assign Connection Indexes, CI = N, H, B; Normal
(N), Hooking (H), and Busy (B) (applicable to any service feature assigned to this level).
Assign NND in accordance with a predetermined numbering plan.
ASPA - Two access codes must be assigned for this feature.
Assign the Tenant and the Access Code (ACC). For Individual Speed Calling-Assign, assign a
Connection Index of Normal (N). For SRV = SSC (Service Code), assign SID 14 (Speed Calling Station;Entry).
For Individual Speed Calling-Access, assign the Tenant and Access Code (ACC). Assign a Connection
Index of Normal (N). For SRV = SSC (Service Code), assign SID 21.
ASFC - Construct a Service Feature Class that allows SFI 19 and 70. Assign this SFC to the stations
that act as INTERCOM CALLING extension numbers. SFI 70 is only used on virtual lines in their
own SFC.
ASDT - Program the stations within a group as a virtual line (TEC = 18). Determine LENs from
available time slots in the system.
TN:
Tenant Number
STN: Station Number
LENS: Line Equipment Number (6 digits)
TEC: Telephone Class (1-31)
1: DP (10pps)
2: PB
3: DP/PB
12: Dterm
13: Data terminal Via Dterm
14: Hotline
15: CAS Line
16: Data Terminal Via Data Module
18: Virtual Circuit
23: ISDN Terminal

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Intercom Calling

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Programming (cont’d)

STEP 5:

STEP 6:
STEP 7:

27: Eight Conference Equipment
RSC: Route Restriction Class (0-15)
For assignment of RSC, ARSC command.
SFC: Service Feature Class (0-15)
For assignment of SFC, ASFC command.
AISA - Program the tenant, station, type of station, and the number of SPEED CALLING blocks to be
assigned to the Primary station. One MY Line station of each GROUP CALLING group is assigned as
the Primary. The Primary then assigns all the stations MY Line numbers, which will have abbreviated
codes.
TN:
Tenant Number
STN:
Station Number
MST/SLV: Primary/Secondary
M: Primary Station
S: Secondary Station
BLOCK: Number of Blocks
STN:
When assigning Secondary Station, assign the Primary Station number.
AKYD - Assign the virtual circuit to Dterm key. Assign FYI = 2, Multi-line key, and assign the station
number of the virtual circuit. This key will be the GROUP CALLING key.
AISD - This command can also be used to assign Individual Speed Calling Data.

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Page 401

Intermediate Station Number Display - Dterm

I-10D

Intermediate Station Number Display - Dterm

I-10D

General Description
This feature provides an LCD display to the called and calling Dterm station when an intermediate station has been
involved in call processing.

Operating Procedure
No manual operation is required.

Service Conditions
1.

For a transferred call, the LCD displays:
Calling/Called
Station
TRANSFER
XXXX
XXXX
(Time Display)

Intermediate Station

When the telephone number of the intermediate or calling/called station exceeds 8 digits, last 8 digits are
displayed. However, a maximum of 16-digit calling/called telephone number can be displayed on the middle
line of the LCD depending on the system data.
2.
The LCD will display one of the features being used.
TRANSFER - Call Transfer
[C-11]
PICKUP - Call Pickup
[C-7]
CALL FORWARDING ALL - Call Forwarding - All Calls
[C-5]
CALL FORWARDING BUSY - Call Forwarding - Busy Line [C-2]
CALL FORWARDING NANS - Call Forwarding - Don't Answer[C-3]
HUNTING - Station Hunting
[S-7, 8, 9]
3.
The INTERMEDIATE STATION NUMBER DISPLAY will not be displayed if a call is announced in
CALL TRANSFER - ALL CALLS [C-11].
4.
For the FCCS network, when a telephone number has been assigned for a station, it is displayed on the
Dterm LCD. However, if a telephone number is 7 digits or more, the Physical Station Number is displayed.

Note:

Interactions
ASYD - System Data 1, Index 78, Bit 0 & 1 - These two Bits will enable all displays on the 16-button Dterm
instrument.

Programming
ASYD - System Data 1, Index 78, Bits 0 & 1. Assign both as data “1”.

FCCS Programming
No unique programming is required for the FCCS network.

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NEAX2400 IPX Feature Programming Manual
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Inter-Office Off-Hook Queuing

I-11

I-11

Inter-Office Off-Hook Queuing

General Description
This feature can be employed in a Main-Satellite configuration to allow a Satellite user to queue for LEAST COST
ROUTING - 3/6-DIGIT [L-5] at the Main location. This feature can also be used when all outgoing facilities are
concentrated at the Main location.

Operating Procedure
Operation at the Main location

1.
2.
3.
4.
5.
6.

The Main location receives dialed digits from the Satellite location via a TANDEM TIE TRUNK [T-1].
The Main location determines that no trunks are available and places the call in an available hold on queue
slot.
The Main location returns service set tone to the Satellite caller.
The Satellite caller remains off-hook, and waits for the call to be completed.
If there are no hold on queue slots available, the Main location will return reorder tone to the Satellite
caller.
If the Satellite caller goes on-hook (TANDEM TIE TRUNK [T-1] releases) while in queue, the assigned
hold on queue slot is cleared.

Service Conditions
1.
2.

3.
4.
5.
6.

This feature is usually used in conjunction with LEAST COST ROUTING - 3/6-DIGIT [L-5].
The maximum queuing slots per system are: 64 calls for 1 IMG system
256 for 4 IMG/IPX-U system
The queue slots are commonly used by OFF-HOOK QUEUING [O-7], INTER-OFFICE OFF-HOOK
QUEUING [I-11], and OUTGOING TRUNK QUEUING [O-2, 2D, 16].
If the incoming tie trunk is a second dial tone signal trunk, the caller will hear service set tone while
waiting in queue for a maximum of 3 minutes. After this period, the trunk will automatically be released.
When a trunk becomes available, the dialed number is automatically sent to the connecting Central Office.
If all OFF-HOOK QUEUING [O-7] slots are in use, reorder tone (fast busy tone) will be sent to the
Satellite office.
This feature can also be activated when using a trunk in the remote node via FCCS link.
Example: Node A and Node B are in a FCCS network.
•
Although a station belonging to Node A tried to call outside using a trunk belonging to Node B, all the trunks are busy.
The call can be in the queue using this feature.
Busy

FCCS link
Node A

Node B

TK
Busy
TK
Busy
TK

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I-11

Inter-Office Off-Hook Queuing

Service Conditions (cont’d)
7.
8.

9.
10.

OGQ data is transmitted to and stored in the Network Control Node (NCN). Therefore, all the OGQ data
will be cleared by the system initialization of the NCN.
When the access to the NCN is impossible (system down or the cable disconnection or trouble has
occurred), the user cannot set or cancel OGQ data. After dialing the access code or pressing the feature
keys for set/cancel OGQ, the user hears the reorder tone.
When the trunk becomes idle status after the NCN is recovered, and the call in the queue will be called
back, if data has not been cleared. If data has been cleared, the call is cancelled automatically.
A maximum of 1024 stations/system may utilize OFF-HOOK QUEUING [O-7] and OUTGOING
TRUNK QUEUING [O-2] simultaneously in an FCCS network.

Interactions
1.

2.
3.

This feature is a combination of other features. See TRUNK-TO-TRUNK CONNECTION [T-10],
TANDEM SWITCHING OF TIE TRUNKS-2/4 WIRE [T-1], OFF-HOOK QUEUING [O-7],
OUTGOING TRUNK QUEUING [O-2] and LEAST-COST ROUTING 3/6 DIGIT [L-5].
Calls in queue are served on a first in/first out basis. All routes share a common queue.
This feature is used with LEAST-COST ROUTING-3/6 DIGIT [L-5]. It is not used with ALTERNATE
ROUTING [A-16], or MISCELLANEOUS TRUNK ACCESS [M-2].

Programming
STEP 1:
STEP 2:

STEP 3:

ASYD - System Data 1, Index 42, bit 7. This bit must be assigned as data “0”, continuous service set
tone.
ARTD - Assign the incoming TIE Line route as follows:
2 & 4 WIRE E + M:
RT: 2
1-OSGS
:2
2-ONSG
:3
3-ISGS
:2
4-INSG
:3
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
15-LSG
:5
41-TDMQ :1
LCR(S) FLAG ROUTE:
RT: 31
6-TCL
:1
7-L/T
:1
8-RLP
:2
9-TQ
:1
10-SMDR :1
13-AC
:1
41-TDMQ :1
ARRC - Allow trunk-to-trunk connection between the incoming TIE route and the outgoing route in
which INTER-OFFICE OFF-HOOK QUEUING will apply. Also allow trunk-to-trunk connection
between the incoming TIE route and the LCR (S) flag route. Assign both of these for ARI-D-RES. The
outgoing route and the LCR(S) flag route must be programmed to allow OUTGOING TRUNK
QUEUING [O-2]. Ensure that CDN 9:TQ, Trunk Queuing = 1 is set by ARTD for that outgoing route.

FCCS Programming

STEP 1:

Page 404

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
ASYDN - This data must be assigned to the NCN.
System Data 1, Index 41: Designate the Trunk Queuing Override Timer

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Inter-Office Off-Hook Queuing

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FCCS Programming (cont’d)
Index 68, b3: Enables automatic cancel timer
0/1 = -/Automatic cancel timer is Available
Index 159: Designate Automatic Cancel Timer
STEP 2: ASPAN - These data must be assigned to the NCN.
TN:
Tenant Number
ACC: Access number
CI:
B = Busy (for Entry), N = Normal (for Cancel)
SRV: SSC
SID: 19 = OG Queuing-Entry
CI:
N = Normal
SID: 20 = OG Queuing-Cancel
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The current data should also be set in addition the above-mentioned command:
The command to be set to the node that accommodates the trunk: ARTD
The command to be set to all the nodes: ASFC, AKYD

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Page 405

I-20

Immediate Ringback Tone

I-20

Immediate Ringback Tone

General Description
IMMEDIATE RINGBACK TONE will be heard by the caller immediately upon determination by the system that
the called station is idle. IMMEDIATE RINGBACK TONE is connected, even if the call occurs during the OFF
portion of the ringing cycle.

Operating Procedure
When a station calls another station or Attendant

1.
2.

The station goes off hook, hears dial tone, and dials the desired station or Attendant.
IMMEDIATE RINGBACK TONE is returned.

When an Attendant calls another station or Attendant

1.
2.

The Attendant presses an idle loop key and dials the desired station or Attendant.
IMMEDIATE RINGBACK TONE is returned.

When a trunk is connected to a station or Attendant

1.

The calling party will hear IMMEDIATE RINGBACK TONE when the source of the ringback tone is the
NEAX2400 IPX, as is the case on DID and TIE Line calls.

Service Conditions
The initial ringback tone is a brief burst, after which the system resynchronizes the ringback tone with the ringing
cycle.

Programming
ASYD - System Data 1, Index 27, Bit 7. Assign data “1”.

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Internal Zone Paging

I-21

I-21

Internal Zone Paging

General Description
This feature allows an individual to make a voice call through the Dterm speakers of the designated group by dialing
the INTERNAL ZONE PAGING access code or pressing the INTERNAL ZONE PAGING key on the Dterm.

Operating Procedure
To originate

1.
2.
3.
4.

Lift the handset; receive dial tone.
Dial the access code or press the feature key for INTERNAL ZONE PAGING [I-21]; receive second dial
tone.
Dial the desired group number of INTERNAL ZONE PAGING [I-21].
Announce the call over the built-in speakers on the D terms in the INTERNAL ZONE PAGING [I-21]
group.

To answer

1.

Voice Call by Internal Zone Paging [I-20] (Single)
a.) To answer by using Prime Line: Note 2
OPERATION

CALLING
PARTY

CALLED
PARTY

DTERM DISPLAY

TONE CONTROL
CALLING
PARTY

(1) Lift the
Handset (Speaker
key)

(1) Dial Tone can
be heard

(2) Dial the access
code for IZP [I-21]
(IZP key)

(2) 2nd Dial Tone
can be heard

(3) Dial the IZP
group number
Note 3

IZP: Internal Zone Paging

CALLED
PARTY

CALLING
PARTY

CALLED
PARTY

PG

(1) Chime(s) can
be heard Note 1

PG GPNO

PG XXXXX
P: flash
*P=Prime Line

Voice Call is made from Dterm
speakers in the IZP group.

• Lift the Handset
(after/before)
• Press Prime Line
key for IZP call

XXXXX

XXXXX
P: light

Two way conversation is made.

Note 1: The number of the chime can be set by ASYD SYS1, Index 321, b7 0/1: 4/1 time (s).
Note 2: Using Prime Line or Off-Hook to answer is selected by the ASYD SYS1, Index 388, bit 4 0/1: Press Prime

Line key after Off-Hook/Press Off-Hook.
Note 3: The number of digit of IZP group number is determined by SYS1, Index 804, bit 3.
bit 0=0: 2-digit (group 01~99)
Ex. When IZPG=1, dial 01.
bit 0=1: 3-digit (group 001~255) Ex. When IZPG=1, dial 001.
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I-21

Internal Zone Paging

Operating Procedure (cont’d)
b.) To Answer by using Off-Hook key: Note 2
OPERATION
CALLING
PARTY

CALLED
PARTY

CALLING
PARTY

(1) Lift the
Handset (Speaker
key)

(1) Dial Tone can
be heard

(2) Dial the access
code for IZP [I-21]
(IZP key)

(2) 2nd Dial Tone
can be heard

CALLED
PARTY

CALLING
PARTY

CALLED
PARTY

PG

(1) Chime(s) can
be heard Note 1

(3) Dial the IZP
group number
Note 3

DTERM DISPLAY

TONE CONTROL

PG GPNO

PG XXXXX
P: flash
*P=Prime Line

Voice Call is made from Dterm
speakers in the IZP group.

(1) Lift the
Handset

XXXXX

XXXXX
P: light

Two way conversation is made.

Note 1: The number of the chime can be set by ASYD SYS1, Index 321, b7 0/1: 4/1 time (s).
Note 2: Using Prime Line or Off-Hook to answer is selected by the ASYD SYS1, Index 388, bit 4 0/1: Press Prime

Line key after Off-Hook/Press Off-Hook.
Note 3: The number of digit of IZP group number is determined by SYS1, Index 804, bit 3.
bit 0=0: 2-digit (group 01~99)
Ex. When IZPG=1, dial 01.
bit 0=1: 3-digit (group 001~255) Ex. When IZPG=1, dial 001.

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Internal Zone Paging

I-21

Operating Procedure (cont’d)
c.) To answer by using CALL PICKUP-DIRECT [C-30]:
OPERATION
CALLING
PARTY

D TERM DISPLAY

TONE CONTROL

CALLED
PARTY

CALLING
PARTY

(1) Lift the
Handset (Speaker
key)

(1) Dial Tone can
be heard

(2) Dial the access
code for IZP [I21] (IZP key)

(2) 2nd Dial Tone
can be heard

CALLED
PARTY

CALLED PARTY

PG

(1) Chime(s) can
be heard Note 1

(3) Dial the IZP
group number
Note 2

CALLING
PARTY

PG GPNO

PG XXXXX
P: flash
*P=Prime Line

Voice Call is made from Dterm
speakers in the IZP group.

(1) Lift the
Handset
(2) Dial the access
code for Call
Pickup-Direct [C30]
(3) Dial the
desired station
number in the IZP
[I-21] group

(2) Dial Tone can
be heard
(3) 2nd Dial Tone
can be heard
XXXX

XXXXX
P: light

Two way conversation is made.

Note 1: The number of the chime can be set by ASYD SYS1, Index 321, b7 0/1: 4/1 time (s).
Note 2: The number of digit of IZP group number is determined by SYS1, Index 804, bit 3.

bit 0=0: 2-digit (group 01~99) Ex. When IZPG=1, dial 01.
bit 0=1: 3-digit (group 001~255)

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Ex. When IZPG=1, dial 001.

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Internal Zone Paging

Operating Procedure (cont’d)
d.) To answer by using CALL PICKUP-GROUP [C-7]:
OPERATION
CALLING
PARTY

CALLED
PARTY

CALLING
PARTY

(1) Lift the
Handset (Speaker
key)

(1) Dial Tone can
be heard

(2) Dial the access
code for IZP [I21] (IZP key)

(2) 2nd Dial Tone
can be heard

CALLED
PARTY

CALLING
PARTY

CALLED PARTY

PG

(1) Chime(s) can
be heard Note 1

(3) Dial the IZP
group number
Note 2

D TERM DISPLAY

TONE CONTROL

PG GPNO

PG XXXXX
P: flash
*P=Prime Line

Voice Call is made from Dterm
speakers in the IZP group.

(1) Lift the
Handset
(2) Dial the access
code for Call
Pickup-Group [C7] (Call Pickup
key)

(2) Dial Tone can
be heard

P: light
XXXXX

XXXXX

Two way conversation is made.

Note 1: The number of the chime can be set by ASYD SYS1, Index 321, b7 0/1: 4/1 time (s).
Note 2: The number of digit of IZP group number is determined by SYS1, Index 804, bit 3.

bit 0=0: 2-digit (group 01~99)
Ex. When IZPG=1, dial 01.
bit 0=1: 3-digit (group 001~255) Ex. When IZPG=1, dial 001.

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Operating Procedure (cont’d)
2.

Voice Call by Internal Zone Paging [I-20] (Station Hold)
a.) To answer: Using Prime Line: Note 2
OPERATION

OPERATING
PARTY

CALLED
PARTY

IZP: Internal Zone Paging

DTERM DISPLAY

TONE CONTROL
OPERATING
PARTY

CALLED
PARTY

CALLING
PARTY

OPERATING
PARTY

(1) Receive a
call

CALLED
PARTY

XXXXX

(2) Perform the
SHF

(1) Special
Dial Tone can
be heard

(3) Dial the
access code for
IZP [I-21] (IZP
key)

(2) 2nd Dial
Tone can be
heard

(4) Dial the IZP
group number
Note 3

(1) MSC
can be
heard

(1)Chime(s)
can be heard
Note 1

CALLING
PARTY
XXXXX

XFR

HOLD

PG

HOLD

PG GPNO

PG XXXXX

HOLD

P: flash

Voice Call is made from D term
speakers in the IZP group.

• Lift the
Handset
(after/
before)
• Press
Prime Line
key for the
IZP call

XXXXX

XXXXX

HOLD

P: light

Two way conversation is made.

(5) Replace the
handset

(2) MSC is
stopped

(time)

XXXXX

XXXXX

Two way
conversation
between the
calling and
called party
is made.
Note 1: The number of the chime can be set by ASYD SYS1, Index 321, b7 0/1: 4/1 time (s).
Note 2: Using Prime Line or Off-Hook to answer is selected by the ASYD SYS1, Index 388, bit 4 0/1: Press Prime

Line key after Off-Hook/Press Off-Hook.
Note 3: The number of digit of IZP group number is determined by SYS1, Index 804, bit 3.
bit 0=0: 2-digit (group 01~99)
Ex. When IZPG=1, dial 01.
bit 0=1: 3-digit (group 001~255) Ex. When IZPG=1, dial 001.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

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Internal Zone Paging

Operating Procedure (cont’d)
b.) To answer by using Off-Hook key: Note 2
OPERATION
OPERATING
PARTY

CALLED
PARTY

DTERM DISPLAY

TONE CONTROL
OPERATING
PARTY

CALLED
PARTY

CALLING
PARTY

OPERATING
PARTY

(1) Receive a
call

CALLED
PARTY

XXXXX

(2) Perform the
SHF

(1) Special
Dial Tone can
be heard

(3) Dial the
access code for
IZP [I-21] (IZP
key)

(2) 2nd Dial
Tone can be
heard

(4) Dial the IZP
group number
Note 2

(1) MSC
can be
heard

(1)Chime(s)
can be heard
Note 1

CALLING
PARTY
XXXXX

XFR

HOLD

PG

HOLD

PG GPNO

PG XXXXX

HOLD

P: flash
*P=Prime Line

Voice Call is made from Dterm
speakers in the IZP group.

(1) Lift the
Handset

XXXXX

XXXXX

HOLD

P: light

Two way conversation is made.

(5) Replace the
handset

(2) MSC is
stopped

(time)

XXXXX

XXXXX

Two way
conversation
between the
calling and
called party
is made.
Note 1: The number of the chime can be set by ASYD SYS1, Index 321, b7 0/1: 4/1 time (s).
Note 2: Using Prime Line or Off-Hook to answer is selected by the ASYD SYS1, Index 388, bit 4 0/1: Press Prime

Line key after Off-Hook/Press Off-Hook.
Note 3: The number of digit of IZP group number is determined by SYS1, Index 804, bit 3.
bit 0=0: 2-digit (group 01~99)
Ex. When IZPG=1, dial 01.
bit 0=1: 3-digit (group 001~255) Ex. When IZPG=1, dial 001.

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Internal Zone Paging

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Operating Procedure (cont’d)
c.) To answer by using Call Pickup-Direct [C-30]:
OPERATION
OPERATING
PARTY

CALLED
PARTY

DTERM DISPLAY

TONE CONTROL
OPERATING
PARTY

CALLED
PARTY

CALLING
PARTY

OPERATING
PARTY

(1) Receive a
call

CALLED
PARTY

XXXXX

(2) Perform the
SHF

(1) Special
Dial Tone can
be heard

(3) Dial the
access code for
IZP number [I21] (IZP key)

(2) 2nd Dial
Tone can be
heard

(4) Dial the IZP
group number
Note 2

(1) MSC
can be
heard

(1)Chime(s)
can be heard
Note 1

XXXXX

XFR

HOLD

PG

HOLD

PG GPNO

PG XXXXX

HOLD

P: flash
*P=Prime Line

Voice Call is made from Dterm
speakers in the IZP group.

(1) Lift the
Handset
(Speaker
key)
(2) Dial the
access code
for Call
PickupDirect [C-30]
(3) Dial the
desired
station
number in
the IZP [I21] group

CALLING
PARTY

(2) Dial
Tone can be
heard
(3) 2nd Dial
Tone can be
heard

XXXXX

XXXXX

HOLD

P: light

Two way conversation is made.

(5) Replace the
handset

Two way
conversation
between the
calling and
called party
is made.

(2) MSC is
stopped

(time)

XXXXX

XXXXX

Note 1: The number of the chime can be set by ASYD SYS1, Index 321, b7 0/1: 4/1 time (s).
Note 2: The number of digit of IZP group number is determined by SYS1, Index 804, bit 3.

bit 0=0: 2-digit (group 01~99)
bit 0=1: 3-digit (group 001~255)
NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Ex. When IZPG=1, dial 01.
Ex. When IZPG=1, dial 001.

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I-21

Internal Zone Paging

Operating Procedure (cont’d)
d.) To answer by using Call Pickup-Group [C-7]:
OPERATION
OPERATING
PARTY

CALLED
PARTY

DTERM DISPLAY

TONE CONTROL
OPERATING
PARTY

CALLED
PARTY

CALLING
PARTY

OPERATING
PARTY

(1) Receive a
call

CALLED
PARTY

XXXXX

(2) Perform the
SHF

(1) Special
Dial Tone can
be heard

(3) Dial the
access code for
IZP number [I21] (IZP key)

(2) 2nd Dial
Tone can be
heard

(4) Dial the IZP
group number
Note 2

(1) MSC
can be
heard

(1)Chime(s)
can be heard
Note 1

XXXXX

XFR

HOLD

PG

HOLD

PG GPNO

PG XXXXX

HOLD

P: flash
*P=Prime Line

Voice Call is made from Dterm
speakers in the IZP group.

(1) Lift the
Handset
(2) Dial the
access code
for Call
Pickup
Group [C-7]
(Call PickupGroup key)

CALLING
PARTY

(2) Dial
Tone can be
heard

XXXXX

XXXXX

HOLD

P: light

Two way conversation is made.

(5) Replace the
handset

(2) MSC is
stopped

(time)

XXXXX

XXXXX

Two way
conversation
between the
calling and
called party
is made.
Note 1: The number of the chime can be set by ASYD SYS1, Index 321, b7 0/1: 4/1 time (s).
Note 2: The number of digit of IZP group number is determined by SYS1, Index 804, bit 3.

bit 0=0: 2-digit (group 01~99) Ex. When IZPG=1, dial 01.
bit 0=1: 3-digit (group 001~255) Ex. When IZPG=1, dial 001.

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Operating Procedure (cont’d)
3.

Voice Call by Internal Zone Paging (Trunk Hold)
a.) To answer by using Prime Line: Note 2
OPERATION

OPERATING
PARTY

CALLED
PARTY

DTERM DISPLAY

TONE CONTROL
OPERATING
PARTY

CALLED
PARTY

CALLING
PARTY

(1) Receive a
call

OPERATING
PARTY

CALLED
PARTY

CALLING
PARTY

XX:XX DDD2

(2) Perform the
SHF

(1) Special
Dial Tone can
be heard

(3) Dial the
access code for
IZP [I-21] (IZP
key)

(2) 2nd Dial
Tone can be
heard

(4) Dial the IZP
group number
Note 3

(1) MSC
can be
heard

XFR

PG

(1)Chime(s)
can be heard
Note 1

PG GPNO

PG XXXXX
P: flash
*P=Prime Line

Voice Call is made from Dterm
speakers in the IZP group.

• Lift the
Handset
(after/before)
• Press Prime
Line key for
the IZP call

XXXXX

XXXXX
P: light

Two way conversation is made.

(5) Replace the
handset

(2) MSC is
stopped

(time)

XX:XX DDD2

Two way
conversation
between the
calling and
called party
is made.
Note 1: The number of the chime can be set by ASYD SYS1, Index 321, b7 0/1: 4/1 time (s).
Note 2: Using Prime Line or Off-Hook to answer is selected by the ASYD SYS1, Index 388, bit 4 0/1: Press Prime

Line key after Off-Hook/Press Off-Hook.
Note 3: The number of digit of IZP group number is determined by SYS1, Index 804, bit 3.
bit 0=0: 2-digit (group 01~99)
Ex. When IZPG=1, dial 01.
bit 0=1: 3-digit (group 001~255) Ex. When IZPG=1, dial 001.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

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I-21

Internal Zone Paging

Operating Procedure (cont’d)
b.) To answer by using Off-Hook key: Note 2
OPERATION
OPERATING
PARTY

CALLED
PARTY

DTERM DISPLAY

TONE CONTROL
OPERATING
PARTY

CALLED
PARTY

CALLING
PARTY

(1) Receive a
call

OPERATING
PARTY

CALLED
PARTY

CALLING
PARTY

XX:XX DDD2

(2) Perform the
SHF

(1) Special
Dial Tone can
be heard

(3) Dial the
access code for
IZP [I-21] (IZP
key)

(2) 2nd Dial
Tone can be
heard

(4) Dial the IZP
group number
Note 3

(1) MSC
can be
heard

XFR

PG

(1)Chime(s)
can be heard
Note 1

PG GPNO

PG XXXXX
P: flash
*P=Prime Line

Voice Call is made from Dterm
speakers in the IZP group.

(1) Lift the
Handset

XXXXX

XXXXX
P: light

Two way conversation is made.

(5) Replace the
handset

(2) MSC is
stopped

(time)

XX:XX DDD2

Two way
conversation
between the
calling and
called party
is made.
Note 1: The number of the chime can be set by ASYD SYS1, Index 321, b7 0/1: 4/1 time (s).
Note 2: Using Prime Line or Off-Hook to answer is selected by the ASYD SYS1, Index 388, bit 4 0/1: Press Prime

Line key after Off-Hook/Press Off-Hook.
Note 3: The number of digit of IZP group number is determined by SYS1, Index 804, bit 3.
bit 0=0: 2-digit (group 01~99)
Ex. When IZPG=1, dial 01.
bit 0=1: 3-digit (group 001~255) Ex. When IZPG=1, dial 001.

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Internal Zone Paging

I-21

Operating Procedure (cont’d)
c.) To answer by using Call Pickup-Direct [C-30]:
OPERATION
OPERATING
PARTY

CALLED
PARTY

DTERM DISPLAY

TONE CONTROL
OPERATING
PARTY

CALLED
PARTY

CALLING
PARTY

(1) Receive a
call

OPERATING
PARTY

CALLED
PARTY

CALLING
PARTY

XX:XX DDD2

(2) Perform the
SHF

(1) Special
Dial Tone can
be heard

(3) Dial the
access code for
IZP [I-21] (IZP
key)

(2) 2nd Dial
Tone can be
heard

(4) Dial the IZP
group number
Note 2

(1) MSC
can be
heard

XFR

PG

(1)Chime(s)
can be heard
Note 1

PG GPNO

PG XXXXX
P: flash
*P=Prime Line

Voice Call is made from Dterm
speakers in the IZP group.

(1) Lift the
Handset
(Speaker
key)

(2) Dial
Tone can be
heard

(2) Dial the
access code
for Call
PickupDirect [C-30]

(3) 2nd Dial
Tone can be
heard

(3) Dial the
desired
station
number in
the IZP [I21] group

XXXXX

XXXXX
P: light

Two way conversation is made.

(2) MSC is
stopped

(5) Replace the
handset

(time)

XX:XX DDD2

Two way
conversation
between the
calling and
called party
is made.
Note 1: The number of the chime can be set by ASYD SYS1, Index 321, b7 0/1: 4/1 time (s).
NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

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I-21

Internal Zone Paging

Operating Procedure (cont’d)
Note 2: The number of digit of IZP group number is determined by SYS1, Index 804, bit 3.

bit 0=0: 2-digit (group 01~99)
Ex. When IZPG=1, dial 01.
bit 0=1: 3-digit (group 001~255) Ex. When IZPG=1, dial 001.
d.) To answer by using Call Pickup-Group [C-7]
OPERATION
OPERATING
PARTY

CALLED
PARTY

DTERM DISPLAY

TONE CONTROL
OPERATING
PARTY

CALLED
PARTY

CALLING
PARTY

OPERATING
PARTY

(1) Receive a
call

CALLED
PARTY

CALLING
PARTY

XX:XX DDD2

(2) Perform the
SHF

(1) Special
Dial Tone can
be heard

(3) Dial the
access code for
IZP [I-21] (IZP
key)

(2) 2nd Dial
Tone can be
heard

(4) Dial the IZP
group number
Note 2

(1) MSC
can be
heard

XFR

PG

(1)Chime(s)
can be heard
Note 1

PG GPNO

PG XXXXX
P: flash
*P=Prime Line

Voice Call is made from Dterm
speakers in the IZP group.

(1) Lift the
Handset
(2) Dial the
access code
for Call
Pickup
Group [C-7]
(Call PickupGroup key)

(2) Dial
Tone can be
heard

XXXXX

XXXXX
P: light

Two way conversation is made.

(5) Replace the
handset

(2) MSC is
stopped

(time)

XX:XX DDD2

Two way
conversation
between the
calling and
called party
is made.
Note 1: The number of the chime can be set by ASYD SYS1, Index 321, b7 0/1: 4/1 time (s).
Note 2: The number of digit of IZP group number is determined by SYS1, Index 804, bit 3.

bit 0=0: 2-digit (group 01~99)
Ex. When IZPG=1, dial 01.
bit 0=1: 3-digit (group 001~255) Ex. When IZPG=1, dial 001.

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Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.

9.
10.
11.
12.
13.
14.

15.

16.
17.
18.

The number of Internal Zone Paging groups is a maximum of 99 groups for each tenant.
Each Dterm can be a member of multiple Internal Zone Paging groups.
A maximum of 255 groups per system can be simultaneously paged using this feature.
This feature is activated to idle stations in an Internal Zone Paging group.
When all INTERNAL ZONE PAGING groups are busy, Busy Tone is sent.
This service is not available from the Attendant Console, Central Office and Tie Line.
If all Dterms in the designated group are unavailable, a Busy Tone will be sent.
When originating a call (or answering an incoming call) from a multi (sub) line on the Dterm called by
INTERNAL ZONE PAGING, the voice call to the prime line stops and becomes idle, and the path on the
multi line is established. Even if the call is completed, the voice call is not established again.
When a user cancels this feature with a held call, the user is recalled.
A maximum number of 24 D terms can be set this feature in a group.
A maximum of four stations is allowed INTERNAL ZONE PAGING in a Group of LEN (Level0-Level7).
If a station in the paged group is busy when the INTERNAL ZONE PAGING call is originated, the station
is not called/recalled even if the station becomes idle later.
After a station in the paged group answers the INTERNAL ZONE PAGING call, ringing at the other
member stations stop and two-way conversation starts.
While member stations are paged by INTERNAL ZONE PAGING call, the prime lines of stations in the
group are busy status. Thus, the stations cannot be received another call from station, tie line, C.O. line or
Attendant Consoles during paging.
When a prime line of a station in the paged group is a sub line of another Dterm, the sub line assigned to
another D term cannot be affected by the INTERNAL ZONE PAGING call (the sub line key does not flash
or light).
To use this feature, either the PA-16ELCJ or the PA-16ELCJ-B circuit cards is required.
This feature is not available for the IMG HDS Release IIIA, IV, and V software.
The user can page any INTERNAL ZONE PAGING groups in the FCCS network via FCCS link using
this feature.
IZP Group A

PBX

PBX
N EC

N EC

D term

D term /Analog Station

D term
N EC

D term /Analog Station

19.
20.

IZP Group B
N EC

NE C

FCCS

D term
NE C

D term

An Internal Zone Paging group can consist of the Dterm stations accommodated in the same node. (The
group cannot be comprised of the D terms in different nodes.)
The maximum number of INTERNAL ZONE PAGING group per FCCS network is 255 groups.

NEAX2400 IPX Feature Programming Manual
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Internal Zone Paging

Service Conditions (cont’d)
21.

22.
23.

Using Prime Line or Off-Hook to answer can be selected. If this selection is not unified between each node
within the FCCS network, execute the method of answering assigned to each node when answering a
phone.
When selected FCCS trunk is busy or FCCS link failure (Layer 2 down) occurs at FCH card, Busy Tone
is sent (or Busy is displayed on a LCD).
When IZP group number assigned by AIZP command and IZP group number assigned by AIZPN
command are mixed in the FCCS network, the IZP group number assigned by AIZPN command takes
priority over IZP group number assigned by AIZPN. The following example illustrates when identical IZP
Group Nos. assigned by AIZP and AIZPN are used in the FCCS network.
Node B

Node A
IZP Group No. 111
by the AIZP command

IZP Group No. 111
by the AIZPN command

NEC

NEC

D term

FCCS

D term

NEC
N EC
NE C

D term

Note

Note:

24.

D term /Analog Station

In this case, this IZP Group cannot be paged.

D term

IZP: INTERNAL ZONE PAGING

A station that has a call on Hold cannot answer the voice call via FCCS using CALL PICKUP-DIRECT
[C-30] and CALL PICKUP-GROUP [C-7].

Interactions
When a station answers a voice call using this feature, the call becomes station-to-station connection status.
Accordingly, various hooking services are available.

Programming

STEP 1:
STEP 2:

STEP 3:
STEP 4:

Page 420

Refer to CALL PICKUP - DIRECT [C-30] and CALL PICKUP - GROUP [C-7] when using those
features with INTERNAL ZONE PAGING.
ASYDL/ASYDN - System Data 1, Index 804, bit 3 (Designation of the maximum digit number of
INTERNAL ZONE PAGING group number) 0/1=2/3 digits.
ASYD - System Data 1, Index 31 (Mounting capacity of Common Memory) must be assigned as data
“04”. This data is required for the 4-IMG/16-IMG system.
System Data 1, Index 388, b4*:0/1 = Answer the INTERNAL ZONE PAGING call by Prime Line key
after off-hook/by going off hook.
ANPD - Reserve a number level for feature access. Assign for Normal (N) and Hooking (H) services.
Assign NND according to the predetermined numbering plan.
ASPA - Assign the access code for INTERNAL ZONE PAGING, SRV = SSCA (Service Code
Appendix), SIDA = 98. Connection Status Indexes for Normal (N) and Hooking (H) services.

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Internal Zone Paging

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Programming (cont’d)
STEP 5:

STEP 6:

STEP 7:

AIZP - Assign INTERNAL ZONE PAGING group data.
TN:
Tenant number of calling party
IZPG:
INTERNAL ZONE PAGING group number
IZPTN:
Tenant number of IZPSTN
IZPSTN: Station number assigned to the INTERNAL ZONE PAGING group
AKYD - For Dterm sets, INTERNAL ZONE PAGING can be activated using a programmable line/
feature key. Assign KYI=1, FKY=28 (Answer) for answering INTERNAL ZONE PAGING and
KYI=1, FKY=85 (INTERNAL ZONE PAGING) for calling INTERNAL ZONE PAGING group.
ASFC - Assign a Service Feature Class that allows SFI = 134 to the stations that originate
INTERNAL ZONE PAGING.
Assign a Service Feature Class that allows SFI = 145 to the stations that answer to INTERNAL ZONE
PAGING.

FCCS Programming

STEP 1:
STEP 2:

STEP 3:
STEP 4:

STEP 5:

STEP 6:

STEP 7:

The following command assignments are required when your system is configured as an FCCS
network.
ASYDL/ASYDN - System Data 1, Index 804, bit 3 (Designation of the maximum digit number of
INTERNAL ZONE PAGING group number) 0/1=2/3 digits.
ASYD - System Data 1, Index 31 (Mounting capacity of Common Memory) must be assigned as data
“04”. System Data 1, Index 380, bit 4 0/1= Answer the INTERNAL ZONE PAGING call by Prime
Line Key after off-hook/by going off-hook.
ANPD/ANPDL/ANPDN - Reserve a number level for feature access. Assign for Normal (N) and
Hooking (H) services. Assign NND according to the predetermined numbering plan.
ASPA/ASPAL/ASPAN - Assign the access code for INTERNAL ZONE PAGING, SRV=SSCA
(Service Code Appendix), SIDA=98. Connection Status Indexes for Normal (N), and Hooking (H)
services.
AIZPN - Assign INTERNAL ZONE PAGING group data.
TN:
Tenant number of calling party
NIZPG:
Network INTERNAL ZONE PAGING group number (1~255)
IZPTN:
Tenant number of IZPSTN
IZPSTN: Station number assigned to the INTERNAL ZONE PAGING group
UGN:
1 (Fixed)
AKYD - For Dterm sets, INTERNAL ZONE PAGING can be activated using a programmable line/
feature key. Assign KYI (Service condition)=1 (Function key) and FKY (Feature key code)=85
(INTERNAL ZONE PAGING). Assign KYI (Service condition)=1 (Function key) and FKY (Feature
key code)=28 (ANSWER) for answering INTERNAL ZONE PAGING.
ASFC - Assign a Service Feature Class that allows SFI=145 to the stations that answer to INTERNAL
ZONE PAGING.

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L-1

Lamp Check

L-1

Lamp Check

General Description
This feature allows the Attendant, by pressing the LCHK key, to light all lamps and sound the ATTENDANT
CONSOLE [A-3] buzzer.

Operating Procedure
1.
2.
3.

Attendant presses the Position Busy key; the LED lights.
Attendant simultaneously presses the HOLD, SRC and L3 keys.
All lamps will light.

Service Conditions
1.
2.
3.

Every lamp field, including the BUSY LAMP FIELD - FLEXIBLE [B-2], will be lit upon pressing of the
three keys located on the ATTENDANT CONSOLE [A-3].
The console lamp test displays the digit 8 in each field of the digital display.
When the keys are released, all lamps and digit display fields are immediately restored to normal.

Programming
No programming is required.

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Line Lockout

L-3

L-3

Line Lockout

General Description
This feature provides for the automatic release of a station from the common equipment when it has remained offhook for longer than the usual interval before dialing. The NEAX2400 IPX may be programmed to return a Howler
Tone to the station in the LINE lock-out mode.

Operating Procedure
For LINE lock-out

1.
2.
3.
4.

User goes off-hook and receives dial tone.
After approximately 12 seconds, if the user has not initiated dialing, he receives reorder tone.
After 30 seconds of reorder tone, the station is automatically placed into the LINE lock-out state.
Upon replacing the handset, the station is released from the LINE lock-out state and operation returns to
normal.

For LINE lock-out with Howler Tone

1.
2.
3.
4.

User goes off-hook and receives dial tone.
After approximately 12 seconds, if the user has not initiated dialing, he receives reorder tone.
After 30 seconds of reorder tone, a Howler Tone is sent to the station.
Upon replacing the handset, the station is released from the Howler Tone state and operation returns to
normal.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

A station in the LINE lock-out state can neither receive nor originate calls.
This feature is provided on a system-wide basis.
The Attendant cannot activate any feature to a station in the LINE lock-out state.
After 30 seconds of reorder tone, the station is automatically placed into LINE lock-out, if the system is
not provided with Howler Tone service.
Howler Tone should not be used with OPX lines.
Howler Tone can be provided or denied on a system-wide basis.
Howler Tone is only sent to analog stations.

Interactions
1.

2.
3.
4.

When the BUSY LAMP FIELD - FLEXIBLE (BLF) [B-2] feature is provided, the associated station
status lamp on the ATTENDANT CONSOLE [A-3] will flash, indicating the telephone number is in LINE
lock-out.
CALL FORWARDING - DON'T ANSWER [C-2, 3]: A call cannot extend a lock-out station via CALL
FORWARDING - DON'T ANSWER [C-3].
BUSY VERIFICATION [B-3]: Busy verification of a locked-out station results in reorder tone being
heard by the Attendant.
NIGHT CONNECTION - FLEXIBLE/FIXED [N-1, 2] with TAS [T-8] feature not active: When the Night
Station is in a lock-out state, calls directed to the Night Station will receive ringback tone. If the TAS [T8] feature is active, calls are directed to the Night Bell.

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L-3

Line Lockout

Interactions (cont’d)
5.
6.

7.
8.

9.

10.

11.
12.
13.
14.

CALL WAITING [C-12, 31]: Call Waiting cannot be activated on a station in lock-out. The calling party
will receive reorder tone.
CALL HOLD [C-6]: From a special dial tone state, LINE lock-out will occur if a user attempting to place
a station on hold dials the CALL HOLD [C-6] access code and partially dials any number. The sequence
prior to lock-out is: interdigit time-out for 6 seconds, reorder tone for 30 seconds, optional Howler Tone
for 30 seconds. When the station in lock-out goes on-hook, it will be rung by the station on hold. The Busy
Lamp Field will not flash
EXECUTIVE RIGHT-OF-WAY [E-1]: Reorder tone will be returned to a calling party that is attempting
Executive Override toward a station in lock-out.
THREE-WAY CALLING [T-2]: An attempt to establish a Three-Way Conference with a station in lockout will result in the reorder tone being returned to the user making the attempt. The user can return to the
station on hold by switch hook flashing.
With the following calls, when a user fails to hang up after the other party has disconnected, the station
will be placed in a lock-out condition after a 30-second reorder tone (time-out), optional 30-second Howler
Tone warning (time-out):
DIRECT INWARD DIALING (DID) call
[D-8]
STATION-TO-STATION call
[S-11]
Trunk-to-Station call
Attendant-to-Station call
CALL BACK [C-1]: To activate Call Back, the user dials the appropriate access code after reaching a busy
station. If the user fails to go on-hook within 30 seconds after receiving service set tone, LINE lock-out
will occur. The sequence prior to lock-out is: Service set tone for 30 seconds, reorder tone for 30 seconds,
optional Howler Tone warning for 30 seconds. Call Back cannot be activated toward a station in lock-out.
CALL WAITING - ORIGINATING [C-31]: If a user fails to complete dialing of the access code while
attempting to activate CALL WAITING - ORIGINATING [C-31], LINE lock-out will occur.
A station in LINE lock-out will be restored to service when the user goes on-hook for 280 milliseconds or
more.
MESSAGE REMINDER [M-19D]: A Message Reminder cannot be sent to a station in LINE lock-out.
ATTENDANT NIGHT TRANSFER [A-19] is not available if the Night Transfer Station is in LINE
lockout. The caller will hear ringback tone then reorder tone.

Programming
ASYD - System Data 1, Index 64, Bits 3 & 4. When is Howler Tone sent? 00: Not sent. 01: Only once.
10: Every thirty seconds.
System Data 1, Index 70, Bit 1. Does station in LINE lock-out flash at BLF? 0/1: Yes/No.
System Data 1, Index 128. This timer determines how long a register will be held up before the first
digit is dialed. Assign 00H for default value of 12 seconds (RAM data is 06H).
System Data 1, Index 146. First Howler Tone is sent. Assign 00H for standard default setting of 30
seconds (RAM data is 3FH), on analog ports.

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Least Cost Routing - 3/6-Digit

L-5

L-5

Least Cost Routing - 3/6-Digit

General Description
This feature allows the NEAX2400 IPX to be programmed to route outgoing calls over the most economical facility
(WATS, FX, DDD). Based on the area code and office code dialed (6-digit analyzing), the system examines the
programming tables and chooses the facilities in the order specified. Least-Cost Routing (LCR) may also be
performed on a sender basis (LCR(S)).

Operating Procedure
1.
2.
3.
4.

Lift the handset; receive dial tone.
Dial the trunk access code (usually “9”); receive second dial tone.
Dial the area code, office code and number.
The system automatically completes the call via the most economical route.

Service Conditions
The following is a step-by-step explanation, which when reviewed in conjunction with the figure on the following
page, will provide better insight as to how the NEAX2400 IPX switch accomplishes LCR:
1.
If dialing a toll or local call (NPA-NXX-XXXX or NXX-XXXX), routing begins with translation of 3digit (NPA or NXX) area or office code. For specific numbers, this translation may result in the immediate
selection of the 3-digit routing patterns. If the number dialed is an NPA and 6-digit translation is required,
the NXX code is verified in the SCC (XX) or the FX (XX) Table Note. If the NXX is not located in either
table, refer to Service Condition (3). There is a maximum of 4000 Outgoing Pattern Routing (OPR) Tables
with a maximum of 8 routes for selection.
Note: a. SCC (XX) is the Special Common Carrier NXX Translation Table.
b. FX (XX) is the FX NXX Translation Table.

2.

3.

4.

5.

First-choice route option in an NPA pattern will usually be a Specialized Common Carrier. If a trunk is
available in this group, further digit translation will be required in order to determine whether the called
number is served by the carrier. NXX digit translation will also be required in instances where a call is
routed over a TIE or FX trunk. For these purposes, 4000 NXX patterns are available.
In the case of Specialized Common Carriers, associated NXX patterns will return either a YES or a NO
answer to the switch, indicating whether or not the dialed number is within the designated service area of
the selected SCC. If service is available, the switch will seize the trunk and complete the connection. If
the NO answer is returned, the switch searches for the next available trunk group.
Calls routed over FX trunk groups may require out-pulsing of prefix digit “1”, depending on the NXX
number dialed. For this purpose, another group of associated NXX patterns may be used, operating on the
same YES/NO principle. A YES answer returned to the switch in this instance will result in prefix “1”
being added automatically before sending digits to the called Central Office.
Where the selected route is an FX trunk group, NXX translation may be used to either allow or disallow
the connection. This is accomplished via YES/NO answers from a designated group of NXX patterns, and
enables calls to selected Central Office areas to be effectively restricted to only the most economical
routes.
The routing method described provides some of the most flexible options available for call routing, and
functions as a highly effective method of cost control. For details, see the following figure.

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Least Cost Routing - 3/6-Digit

Service Conditions (cont’d)

NPA or NXX
Note X = 1-4000
OPR (X) Note
4000 OPR
Tables

SCC
Band 5
Band 3
Band 2
DDD

FX
SCC 2
Band 5
Band 3
DDD 1

2-----------------9

FX (XX) Table
2-----------------9
Yes/No

4000 NXX Translation
Tables

SCC (XX) Table
2-----------------9

FX Prefix Table
2-----------------9
00

Yes/No

00
Yes/No

99

99

3/6-digit Least Cost Routing Translation Table, Dialed Number 9-NPA-NXX-XXXX

6.
7.
8.
9.
10.
11.
12.
13.

14.
15.
16.

17.

Page 426

In certain cases, 3 and 6-digit translation will provide sufficient information for identification of the
service area. 4000 separate Outgoing Routing Patterns are available for this circumstance.
Up to 8 trunk routes can be in each Outgoing Routing Pattern.
STATION MESSAGE DETAIL RECORDING SYSTEM [S-10] may be used in conjunction with LCR 3/6-DIGIT. The route selected by the switch will be recorded by the SMDR unit.
TIE Lines can be included in route patterns.
Application of NXX patterns provides for inclusion of multiple common carriers serving different areas.
When a TIE Trunk requiring an off-net connection to the local Central Office is included as a route option,
the NEAX2400 IPX can provide a 2.8-second prepause before sending out the selecting signal.
Senders (DP or DTMF) are provided with this feature for outpulsing.
Pre-translation function minimizes waiting time after dialing. After enough digits are collected to
determine a route, the system starts outpulsing before the station completes dialing the entire number
(LCR - SENDER).
If OUTGOING TRUNK QUEUING [O-2] is activated during LCR, all routes listed in the Outgoing
Routing Pattern will be available to the queue, if one of these trunks becomes idle.
When LCR - 3/6-DIGIT is provided, the Attendant cannot pass dial tone to a station. The desired number
must be dialed by the Attendant.
Stations having different Route Restriction Classes, but using the same LCR - 3/6-DIGIT pattern, can be
denied access to the last choice trunk route(s) in that pattern. Route Restriction Classes may be set up so
that a station dialing an area code can use WATS, FX, and DDD; or only the WATS line, if such an
arrangement is desired. This is a form of forced LCR.
NXX patterns may be programmed to restrict all stations in the system from completing calls to specific
NXX numbers over FX trunks.

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Least Cost Routing - 3/6-Digit

L-5

Service Conditions (cont’d)
18.

19.

20.
21.
22.

23.
24.
25.

26.

27.

Note:

The system will include the ability to detect a dialed DDD number and compare it with a DDD list table
to determine if the call is directed to a facility served by the trunk network. If the dialed number is found
in the DDD list table, a translation is provided to the 7-digit on-net number (ABC-XXXX) served by the
TIE Trunk. This allows an expensive public network dialed number to be trapped and automatically
diverted to an available leased facility. If a TIE Line is not available, the call will be routed as dialed.
The NEAX2400 IPX is capable of converting a maximum of 24 receiving digits into a required 24-digit
number entirely. Interdigit pauses can be inserted whenever necessary. This provides for an extremely
flexible numbering plan for a complex network.
When deleting the AOPR command, this also deletes the ASDC table using the OPR pattern.
Advancing to C.O. line is not available in the FCCS network.
The outgoing call using a trunk in the remote node via FCCS link is available. Therefore, Route Restriction
class data must be identical in the FCCS network. For more detailed information, see the NEAX2400 IPX
Fusion Network System Manual.
The ASDC command is not applicable in the FCCS network.
When using this feature within an FCCS network, deleting the AOPRL/N command also deletes the
ASDCL/N table using the OPR pattern.
In case of LCRS feature, the system starts connecting and communication between the calling party and
the called party without completing the maximum digits (MND) of destination number which is set in the
AMND command from the calling party.
LCRS call without completing the MND of AMND command:
a.) ARTI - Assign the parameter DCANS (CDN:54) as “1” to the objected route.
b.) ARTD - Assign the parameter OSGS (CDN:1) as “2” (second dial tone) and LSG (CDN:15) as
other than “12” (CCIS/ISDN) to the objected route class of outgoing trunk.
This feature is available:
a.) when a call is directly originated from a station via LCRS.
b.) when a station/trunk call, once placed on hold, is originated via LCRS.
c.) when a trunk call is originated via LCRS (Tandem Connection).
This feature is not available when the LCRS call from a Attendant Console or LCR call by the individual
Trunk Access.

Interactions
1.

2.

3.

AFRS and AMND tables must correlate to each other. If dialing patterns listed in AFRS are not
programmed in AMND, the calls will not go through. Also, if dialing patterns are not set in AFRS,
including simple local calls, the calls will not go through.
LCR(S) provides only route selection based on digits dialed and route availability. Once a route has been
determined to be available because of dialed digits, Route Restriction Class will determine if this route
will be made available to the station. If denied and other routes are available, the same process will occur.
If no other route is available, the user will hear a reorder tone.
In ARTD, CDN 9:TQ must be assigned for the LCR(S) Flag Route 31 if Trunk Queuing is to operate in
conjunction with LCR(S).

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Least Cost Routing - 3/6-Digit

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:
STEP 5:
STEP 6:

STEP 7:

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ASYD - System Data 1, Index 6, Bit 0. Should special Sender Tone be sent to station when connected
to a sender? 0/1: No/Yes. (Optional)
System Data 1, Index 6, Bit 2. Should special Sender Tone be sent to the Attendant Console when
connected to a sender? 0/1: No/Yes. (Optional)
System Data 1, Index 65. Assign the number of routes in the system.
System Data 2, Index 2, Bit 0. What is the sender type for an OG trunk connection to a station? 0/1:
Dial Pulse/Push Button. This data is valid only when CDN 2:ONSG of Route data is assigned as data
“3”, PB/DP. 0
System Data 2, Index 2, Bit 1. What is the sender type for an OG trunk to the Attendant Console? 0/1:
Dial Pulse/ Push-button. This data is valid only when CDN 2:ONSG of Route data is assigned as data
“3”, PB/DP.
ARTD - Assign the LCR(S) route as shown below. For uniformity, always use Route 31 as the LCR(S)
Flag route. In CDN 13:AC, include the LCR(S) access code in LCR(S) development.
Assign the LCR(S) Flag route as shown below:
RT: 31
6-TCL
:1
7-L/T
:1
8-RLP
:2
9-TQ
:1
13-AC
:1
ATRK - Assign Originating Register Trunks (ORT) to the system in a quantity calculated from
expected traffic. Registers are located on levels 0-3 of any 8RST circuit card.
Senders must be assigned to the system in a quantity calculated from expected traffic. Senders are
located on levels 4-7 of any 8RST circuit card.
RT:
Route Number
Trunk Route Number
Intra-office Route Number (901-931)
901-ATT 913-TCFT for ATT
902-ORT 915-Night ATT
903-IRT
916-MFCR
905-Sender 917-MFCS
909-DCFT 919 to 926-Modem
TK:
Trunk Number
TN:
Tenant Number
RSC:
Route Restriction Class
SFC:
Service Feature Class
For the outgoing trunks used in LCR(S), refer to those specific route access features.
MBTK - Assign the Make Idle status to all register sender trunks.
ANPD - Reserve a level, usually “9”, for LCR or LCR (S) access. Assign Connection Indexes, CI = N,
H; Normal (N) and Hooking (H). Number of Necessary Digits is 1. Busy Lamp Field is not activated.
ASPA - Assign the LCR (S) access code, Type of Service, SRV = LCR (Least Cost Route Selection)
or SRV = LCR (S) (Register Sender LCR). Assign route number 31 associated with this access code.
Assign Connection Indexes, CI = N, H; Normal (N) and Hooking (H). Assign data “1” for second dial
tone, parameter (2nd dial tone). Assign data “1” to AH parameter if Procedure II is used for
AUTHORIZATION CODE [A-20].
ARNP - Assign the physical route numbers as assigned in ARTD and relate these routes to the LCR
(S) access code as assigned in ASPA for SRV = LCR (Least Cost Route Selection) / LCR (S) (Register
Sender LCR). The LCR (S) access code is usually “9”. The routes to be assigned will be those routes
listed in the various OPRs of the AOPR command.
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Programming (cont’d)
These same routes may also be listed in ASPA for SRV = OGC (Outgoing Call). In that case, these routes
may also be available via direct dial access codes. In ARNP, these access codes are not assigned to
implement the LCRS service in this command. This digit code is the first digit used when assigning the ATDP
table.
STEP 8: ARSC - LCR(S) uses only Bothway or Outgoing Only routes. For these routes, construct allow, deny,
or Toll Restriction applicable tables (Route Restriction Index RRI 2 & 3). Toll Restriction will be
applied to the available route chosen by the LCR (S) selection. Therefore, if a user dials a long distance
number and is restricted in Toll Restriction for a DDD and the only available route is a DDD, the call
will be denied. Toll Restriction acts upon the LCR (S) selection. Also, remember to allow route 31, the
LCR(S) Flag Route to all RSCs. Do not toll restrict the Flag route.
STEP 9: AMND - Assign the Maximum Necessary Digit (MND) the system must translate for a proper route
selection. List the following type of dialing sequences.

Note:

N + DIALING (N = 2-9 P = 0 OR 1, X = 0-9)

Note:

CALL TYPE

DIGITS DIALED
Note

DIGITS
NEEDED

MND

TOLL

Local Calls

9-NNX-XXXX

9-N

8

0

Near Distant Calls (1+)

9-1-NNX-XXXX

9-1-NN

9

1

Long Distant Calls

9-1-NPA-NXX-XXXX

9-1-NP

12

1

The digits underlined are to be listed in the DC parameter. Overseas or Operator-assisted calls should be
listed with an MND that equals the calculated number of necessary digits. Special dialing sequences such
as 411 with an MND = 4 should also be listed.
WITHOUT N + DIALING (N = 2-9 P = 0 OR 1, X = 0-9)
CALL TYPE

DIGITS DIALED
Note

DIGITS
NEEDED

MND

TOLL

Local Calls

9-NNX-XXXX

9-NN

8

0

Long Distant Calls

9-NPA-NXX-XXXX

9-1-NP

11

1

The digits underlined are to be listed in the DC parameter. Overseas or Operator-assisted calls should be
listed with an MND that equals the calculated number of necessary digits. Special dialing sequences such
as 411 with an MND = 4 should also be listed.
STEP 10: AFRS - List the dialing patterns in groups that will be served by a specific sequence of routes. For
example, consider the following dialing patterns:
9-1-617, 9-1-413, 9-1-207, 9-1-203, 9-1-603.
Each of these area codes exist in the Northeastern United States. From New York City, it may be
determined that the least expensive way to place any of these calls is by a Band 1 WATS, then BAND
5 WATS, then DDD. This determination of routes is labeled as an Outgoing Pattern Route or OPR. In
AFRS, program the Tenant, Route Number (Flag Route 31), The Number Code or dialing patterns, and
the OPR to be chosen when these digits are dialed. (For other OPRs, use the DELETE key.)
STEP 11: AOPR - The AFRS command designates the dialing sequence and the OPR to be selected. The AOPR
defines the routes and in what order these routes will be selected. Assign the following:
TDPTN No. (TDPTN) - Time of Day Pattern Change. If an AFRS assignment, different OPRs will be
required as a function of time. Designate 1-7 for the Time-of-Day Pattern Change Number (TDC NO.)
to which this OPR is assigned.

Note:

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Least Cost Routing - 3/6-Digit

Programming (cont’d)
OPR No. (OPR) - Outgoing Pattern Route. The number referenced in AFRS, consisting of a series of
routes to be chosen based on number dialed.
Route Advance Number (RA) - The order in which a route will be selected (0-7). For the above
example; RA0 = Band 1, RA1 = Band 5, RA2 = DDD.
Route Advance End Display (E) - The last route in the route advance group is indicated with data “0”.
All others are indicated with data “1”.
Route Number (RT) - The physical Route Number to be selected as programmed in ARTD.
Skip Digits (SKIP) - The digits to be skipped when translating the dialed digits in AFRS. (If ARTD is
assigned as shown [see CDN 13:AC], always assign “1”, at a minimum, to skip the LCR (S) access
code.)
Pattern Number Location (PNL) - If digits are to be added after translating the dialed digits in AFRS,
assign a PNL (1-15). The digits to be added are programmed to the respective PNLs in the AADC
command. If no digits are to be added, PNL = 0 should be assigned.
Overflow Tone (OVFT) - Assign if a tone is wanted for the Last Choice Route. If so, assign data “1”
for DDD.
Priority Restriction Class (PRSC) - Refer to PRIORITY RESTRICTION CLASS in the EPN Feature
and Specification. If this is required, assign PRSC here, using classes 1-15. For all other systems,
always assign PRSC as data “0”.
STEP 12: AADC - If additional digits are required, assign the digits of a Pattern Number Location (PNL) here.
For additional digits totaling 24, use PNL 1-255. For EPN programs, PNL has been expanded to 1-999.
STEP 13: ASDC - If 6-digit translation is required, whereby both Area and Office codes must be examined, this
command must be used. If no assignment is made in this command, all NXXs are allowed. After an
NXX is assigned (either as allowed or denied), all other NXXs will subsequently be denied. The table
becomes an allow table. Program each office code to be allowed with the EFFECT = 1.
The number of NXXs to be either allowed or denied will determine the method of programming used.
For example, if it is determined that only 555 is to be restricted from a Special Common Carrier, it is
more desirable to allow all NXXs and restrict only this NXX. The method would be as follows:
To create a deny table assign the following:
Step a): OFLG: ALL
EFFECT: 1
Step a, allows all NXXs, thus making a deny table. Program each office code with the EFFECT = 0.
Step b): OFLG: INPUT
OFFICE: 555
EFFECT: 0 (Step b restricts 555 only)
Program the kind of route as PFX (Prefix, Foreign Exchange, FX) or as SCC (Special Common
Carrier).
Choose TDPTN, Time of Day Pattern. Go to ATCP.
Choose the OPR number this 6-digit table will serve.
Choose the RA (Route Advance) Number to specify the route in the OPR.
When assigning for PFX, each NXX is assigned as the following:*
EFFECT: 0 = Does not require a prefix
EFFECT: 1 = Allow, with 1 + dialing Note
EFFECT: 2 = Only for display

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Programming (cont’d)
When assigning for SCC, each NXX is assigned as the following:
EFFECT: 0 = Restricted
EFFECT: 1 = Allowed
EFFECT: 2 = Not Used
Note: *When PFX, EFFECT = 1 is assigned. Add the required digit in the AADC command. OFFICE is the next
3 digits after those assigned in AFRS.
Example:
AFRS RT31 = 91214 OPR1
ASDC checks next 3 digits: 91214 XXX XXXX

Office
STEP 14: ATCP - A maximum of eight Time-of-Day Pattern changes (0-7) are available, whereby the system
will refer to different OPR assignments as a function of time. As a result, different routes will be listed
per OPR and therefore different assignments in ASDC. Assign the following:
Times Setting
TO:
FROM: (In Military Time, and only on the half-hour and hour.)
PATTERN NUMBER: (0-7).
ARTI - (Assignment of Trunk Application Data) - Assign “DCAN (CDN: 54) = 1” for each route, that
may require connection establishment when a call is originated via LCRS with incomplete MND for
the AMND command.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
STEP 1: ARTDN - Assign the route class data for all the logical routes and dummy routes for LCR/LCRS.
6-TCL: 1,7-L/T: 1,8-RLP: 2,9-TQ: 1,13-AC:1
STEP 2: ANPDL/N - Assign the number of necessary digits for LCR/LCRS access. Usually assign DC=9,
NND=1.
STEP 3: ASPAL/N - Assign the LCR/LCRS (Least Cost Routing/Register Sender LCR) access code, Kind of
Service, SRV=LCR/LCRS. Assign Logical Route Number for Dummy Route associated with this
access code. Assign Connection Indexes, CI=N, H; Normal (N) and Hooking (H). Assign data “1” for
second dial tone, parameter (2nd). Assign data “1” to AH parameter if Procedure 2 is used for
AUTHORIZATION CODE [A-20].
STEP 4: ARNPL - Assign access code for LCR/LCRS as assigned in ASPAL/N associated with the logical
routes for each external trunk assigned in ARTD/ARTDN, The LCR/LCRS access code is usually “9”.
The routes to be assigned will be those routes listed in the various OPRs of the AOPRL/N command.
Note: These same routes may also be listed in ASPAL/N for SRV=OGC (Outgoing Call). In that case, these routes
may also be available via direct dial access code. In ARNPL, these access codes are not assigned to
implement the LCRS service in this command.
STEP 5: ARSCN - Assign the Route Restriction Class for all the Logical Route Number.
STEP 6: AFRSL/N - Allocate the Dial Number necessary to determine the OPR used to select the routes.

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L-5

Least Cost Routing - 3/6-Digit

FCCS Programming (cont’d)
STEP 7:

STEP 8:
STEP 9:

Page 432

AOPRL/N - The AFRSL/N command designates the dialing sequence and the OPR to be selected.
The AOPRL/N defines the routes and in what order these routes will be selected.
Assign the following:
TDPTN No. (TDPTN) - Time of Day Pattern Change. Designate 1-7 if different OPRs will be required
according to the time. Enter “0” if the OPR, assigned in AFRSL/N, is to be applied.
OPR No. (OPR) - Outgoing Pattern Route. Enter the OPR number assigned by AFRSL/N in the range
from 0-4000.
Route Advance Number (RA) - The order in which a route will be selected (0-7).
For example; RA0=Band 1, RA1=Band 5, RA2=DDD.
Route Advance End Display (E) - The last route in the route advance group is indicated with data “0”.
All others are indicated with data “1”.
Logical Route Number (LGRT) - The logical route number to be selected as programmed in ARTDN.
Skip Digits (SKIP) - The number of digits to be skipped from dialed numbers.
Pattern Number Location (PNL) - If digits are to be added after translating the dialed digits in
AFRSL/N, assign PNL in the range from 1 to 999. If no digits to be added, “0” should be entered. The
additional digit data is to be assigned by AADCL/N command.
Overflow Tone (OVFT) - If tone is wanted for the Last Choice Route, assign data “1” for DDD.
Priority Restriction Class (PRSC) - The restriction class referred by the AEFR command is required,
assign PRSC using classes 1-15. If not required, enter data “0”.
AADCL/N - If additional digits are required, assign the digits of a Pattern Number Location (PNL).
For additional digits totaling 24, use PNL 1-999.
ASDCL/N - If 6-digit translation is required, whereby both Area and office codes must be examined,
this command must be used. If no assignment is made in this command, all NXXs are allowed. After
an NXX is assigned (either as allowed or denied), all other NXXs will subsequently be denied. The
table becomes an allow table. Program each office code to be allowed with the EFFECT=1.
The number of NXXs to be either allowed or denied will determine the method of programming used.
For example, if it is determined that only 555 is to be restricted from a Special Common Carrier, it is
more desirable to allow all NXXs and restrict only this NXX. The method would be as follows:
To create a deny table assign the following:
Step a):
OFLG=ALL
EFFECT=1
Step a, allows all NXXs, thus making a deny table. Program each office code with the EFFECT=0.
Step b):
OFLG=INPUT
OFFICE=555
EFFECT=0 (Step b restricts 555 only)
Program the KIND of route as PFX (Prefix, Foreign Exchange, FX) or as Special Common Carrier.
Choose TDPTN, Time of Day Pattern. Go to ATCP.
Choose the OPR number this 6-digit table will serve.
Choose the RA (Route Advancing Order) to specify the route in the OPR.
When assigning for PFX, each NXX is assigned as the following:
EFFECT: 0=Not require a prefix
EFFECT: 1=Allow, with 1+dialing (system adds the 1) Note
EFFECT: 2=Not allowed.

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L-5

FCCS Programming (cont’d)
When assigning for SCC, each NXX is assigned as the following
EFFECT: 0=Restricted
EFFECT: 1=Allowed
EFFECT: 2=Not used
Note: *When PFX, EFFECT = 1 is assigned. Add the required digit in the AADCL/N command. OFFICE is the
next 3 digits after those assigned in AFRSL/N.
Example:
AFRSL/N RT31 = 91214 OPR1
ASDCL/N checks next 3 digits: 91214 XXX XXXX

Office

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L-6

Last Number Called - Single-Line Station

L-6

Last Number Called - Single-Line Station

General Description
When a user originates a station-to-station call or an outgoing trunk call, but the call is not established, this feature
allows the calling station to recall the same destination by dialing only the special code instead of dialing all the
digits of the number.

Operating Procedure
1.
2.
3.
4.
5.
6.
7.
8.

Lift the handset; receive dial tone.
Dial the desired party's number.
The call has not been established.
Busy tone or reorder tone is heard.
Hang up.
Lift the handset; receive dial tone.
Dial the LAST NUMBER CALL access code (maximum 3 digits).
The system will automatically redial the last number dialed from that station.

Service Conditions
1.
2.
3.
4.

5.
6.
7.

The number of dial digits to which this service is applicable is 18 maximum.
Dialing any digits after going off-hook causes previously stored digits to be erased from memory and the
new digits to be programmed into memory.
In a STEP CALL, the final combination of digits is stored in memory. For example, dial 201, 201 is busy;
dial 2, station 202 rings; station 202 is stored in the LAST NUMBER CALLED memory.
In CALL FORWARDING [C-2, 3, 5], CALL PICKUP - GROUP [C-7], and STATION HUNTING [S-7,
8, 9], the number stored is the number dialed, i.e. the number displayed in the INTERMEDIATE
STATION NUMBER DISPLAY - Dterm [I-10D].
This feature can be activated when the station accesses STATION-TO-STATION CALLING [S-11] or
station-to-trunk calling.
SPEED CALLING - SYSTEM [S-3, S-21], or GROUP [S-23] numbers (abbreviated digit codes) can be
stored in the LAST NUMBER CALLED memory.
An AUTHORIZATION CODE [A-20] will not be stored, and must be entered each time the LAST
NUMBER CALLED is accessed.

Interactions
LAST NUMBER CALLED will operate for both internal and outgoing calls.

Programming
STEP 1:

STEP 2:

Page 434

ANPD - Reserve a number level for feature access and cancel. Assign Connection Indexes, CI = N, H,
B; Normal (N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign
NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to LAST NUMBER CALLED, SID = 44. Assign Connection Status
Index (CI) for Normal (N) service.

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L-6

Programming (cont’d)
STEP 3:

ASFC - Assign the stations to receive the feature LAST NUMBER CALLED a Service Feature Class
that allows SFI = 44.

FCCS Programming

STEP 1:

STEP 2:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
ANPDL - Reserve a number level for feature access and cancel. Assign Connection Indexes, CI = N,
H, B; Normal (N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign
NND in accordance with a predetermined numbering plan.
ASPAL - Assign an access code to LAST NUMBER CALLED, SID = 44. Assign Connection Status
Index (CI) for Normal (N) service.

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Last Number Called - Dterm

L-6D

L-6D

Last Number Called - Dterm

General Description
This feature allows the user of a Dterm to store the last five numbers dialed, and to redial the numbers by pressing
the REDIAL key. The Dterm user can choose any destination out of the last 5 calls that have been stored in memory,
thus enabling the user to place a call without redialing the full number.

Operating Procedure
How to check the dialed numbers stored in the memory (up to 5 destinations)

1.

Press the REDIAL key on a Dterm.
a.) The Prime Line lights green.
b.) The Speaker Lamp lights green.
c.) Receive dial tone from the speaker with the following display on the Dterm.
LNR [*] / SPD [_ _ _] - 1
811625643
MIC
FDB
FDN
>>>

2.

Press the REDIAL key on the Dterm again.
a.) The Prime Line lights green.
b.) The Speaker Lamp lights green.
c.) Receive dial tone from the speaker with the following display on the Dterm.
LNR [*] / SPD [_ _ _] - 2
25191
MIC
FDB
FDN
>>>

Note:

The indication is changed in sequence by pressing the REDIAL key. Once the stored telephone number
display reaches LNR[#]/SPEED[]-5, LNR[#]/SPEED[]-1 appears again by pressing REDIAL.

How to originate a call

3.

Press the REDIAL key on a Dterm.
a.) The Prime Line lights green.
b.) The Speaker Lamp lights green.
c.) Receive dial tone from the speaker with the following display on the Dterm.
LNR [*] / SPD [_ _ _] - 1
811625643
MIC
FDB
FDN
>>>

4.

Repeat the above procedure until you reach your desired destination.
LNR [*] / SPD [_ _ _] - 4
82625191
MIC
FDB
FDN
>>>

5.

Press “#” to originate your call while the desired destination is being displayed on the Dterm.
a.) The Prime Line lights green.
b.) The Speaker Lamp lights green.
c.) Receive ringback tone from the speaker with the following display on the Dterm.
82625191
10:24 AM FRI 15

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Last Number Called - Dterm

L-6D

Operating Procedure (cont’d)
6.

The called party answers the call.
a.) The Prime Line lights green.
b.) The Speaker Lamp is OFF.
82625191
10:24 AM FRI 15

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.

10.

A maximum of 5 destinations can be stored.
The maximum digits of the destination is 32 digits.
When a feature key has been assigned as Last Number Called, the feature key also works as REDIAL key.
This feature is also effective when the calling party presses the REDIAL key while the SPEAKER key is
being pressed.
When the REDIAL key is pressed, # or the REDIAL key must be pressed within 12 seconds. Otherwise,
the calling party hears reorder tone.
The calling party can enter abbreviated codes after pressing the REDIAL key.
Any number entry (other than #) from a D term after pressing the REDIAL key is recognized as abbreviated
code(s) (1 or 2 digits) of SPEED CALLING-STATION.
A D term can display the upper 16 digits among the stored 32 digits.
When any destination has not been stored in the system, which occurs after initialization of the circuit card,
the Dterm displays no destination as shown below.
LNR [*] / SPD [_ _ _] - 1
blank
MIC
FDB
FDN
>>>
When a Dterm user dials the same destination that has already been stored in the system, the newly dialed
destination is stored in the following manner:
Newly Stored
No. 25000
Stack #1

No. 82625191

Stack #1

No. 25000

Newly Dialed Numbers
Stack #2

No. 40001

Stack #2

No. 82625191

Stack #3

No. 982111

Stack #3

No. 40001

Stack #4

No. 25000

Stack #4

No. 9821111

Stack #5

No. 303

Stack #5

No. 303

Stack Memory
Previously Stored Destinations

11.

Removed

Stack Memory
Newly Stored Destinations

The number dialed during the call can be stored as the LAST NUMBER CALL - stock redial with a
maximum of 32 digits.

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Last Number Called - Dterm

L-6D

Service Conditions (cont’d)
12.

If making an abbreviated call using the REDIAL key, the number dialed is not stored. Therefore, redialing
through LAST NUMBER CALL - stock redial is not available. A newly dialed destination is stored in
accordance with the following flowchart:

The dialed destination and the number stored in the Stack Memory 1 are the same?

Yes

No

Dialed No.
Abandoned

X

Stack #1

Stack #1

Stack #2

Stack #2

Stack #3

Stack #3

Stack #4

Stack #4

Stack #5

Stack #5

The dialed destination and the number stored in the Stack Memory 2 are the same?

Yes

No

Dialed No.
Stored
Stack #1

Stack #1

Stack #2

X Removed Stack #2

Stack #3

Stack #3

Stack #4

Stack #4

Stack #5

Stack #5

The dialed destination and the number stored in the Stack Memory 3 are the same?

Yes

Dialed No.
Stored
Stack #1

No

A

Page 438

Stack #1

Stack #2

Stack #2

Stack #3

X Removed Stack #3

Stack #4

Stack #4

Stack #5

Stack #5

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Last Number Called - Dterm

L-6D

Service Conditions (cont’d)

The dialed destination and the number stored in the Stack Memory 4 are the same?

Yes

No

Dialed No.
Stored
Stack #1

Stack #1

Stack #2

Stack #2

Stack #3

Stack #3

Stack #4

X Removed Stack #4

Stack #5

Stack #5

The dialed destination and the number stored in the Stack Memory 5 are the same?

Yes

No

Dialed No.
Stored
Stack #1

Stack #1

Stack #2

Stack #2

Stack #3

Stack #3

Stack #4

Stack #4

Stack #5

X Removed Stack #5

The system stores the newly dialed destination, removing the oldest number

Dialed No.
Stored
Stack #1

Stack #1

Stack #2

Stack #2

Stack #3

Stack #3

Stack #4

Stack #4

Stack #5

X Removed Stack #5

Programming
STEP 1:

STEP 2:

AKYD - Assign a programmable line/feature key as the LAST NUMBER CALLED key, if necessary.
KYI: Service Index 1 (= Feature Key)
FKY: Feature Key Number 8 (= LAST NUMBER CALLED)
ASDT - Assign a Dterm with TEC (Telephone Equipment Class) 12.

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Line Reconnect - Same Line - Dterm

L-7D

Line Reconnect - Same Line - Dterm

L-7D

General Description
This feature allows a user to disconnect a call and receive dial tone by pressing the RECALL key.

Operating Procedure
While a call is in progress

1.
2.

Press the RECALL key; disconnect and receive dial tone on the same line.
User is ready to dial again.

Service Conditions
1.

2.
3.

Conflicting service features are: CALL TRANSFER - ALL CALLS [C-11], CONSULTATION HOLD ALL CALLS [C-17] and CALL HOLD [C-6]. Pressing RECALL key will result in reconnection of the
held line.
System should be programmed to provide for First Party Release.
If the system is not programmed for First Party Release and programmed as Calling, Called, or Both Party
Release, a release guard is activated. If a party is not allowed to terminate a call and presses RECALL key,
that station remains connected to the original call.

Programming
ASYD - System Data 1, Index 4, Bits 2 and 3.
Releasing Method for Station-to-Station Calling Service
b2 = Calling Party Release
b3
0
0
b2 = Called Party Release
b3
0
1
b2 = First Party Release
b3
1
0
b2 = Both Party Release
b3
1
1

FCCS Programming
No unique programming is required for the FCCS network.

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Line Reconnect - Other Line - Dterm

L-8D

Line Reconnect - Other Line - Dterm

L-8D

General Description
This feature allows a user to select another line key without going on-hook.

Operating Procedure
While off-hook on the original line, press a line key that is either idle or ringing; the user is disconnected from the
original line and connected to the new line.

Service Conditions
1.

2.

LINE RECONNECT - OTHER LINE Dterm cannot be used with a line currently in use, unless Privacy
Release is in service (LED lit steady). LINE RECONNECT-OTHER LINE-D term can be used when the
other line is on NON-EXCLUSIVE HOLD-Dterm [N-7D].
System data programming should provide for First Party Release.

Programming
ASYD - System Data 1, Index 4, Bits 2 and 3.
Releasing Method for Station-to-Station Calling Service
b3
b2 = Calling Party Release
0
0
b2 = Called Party Release
b3
0
1
b2 = First Party Release
b3
1
0
b2 = Both Party Release
b3
1
1

FCCS Programming
No unique programming is required for the FCCS network.

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Line Pre-selection - Dterm

L-9D

Line Pre-selection - Dterm

L-9D
General Description

This feature provides the user with the ability to select an idle or ringing line before going off-hook.

Operating Procedure
To originate

1.
2.

Press the desired line key; receive dial tone.
Dial the desired destination.

To answer

1.
2.

Press the line key (ringing and flashing LED alerts incoming call).
Lift the handset or press SPEAKER key; answer the incoming call.

Service Conditions
1.
2.

A line key whose associate LED is lit steady cannot be interrupted by pressing its key, unless PRIVACY
RELEASE is in service.
After the desired line key is pressed, LINE PRESELECTION - Dterm will remain in effect for 10 seconds.
After 10 seconds, line selection returns to the primary line.

Programming
No programming is required.

FCCS Programming
No unique programming is required for the FCCS network.

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LCR - Time Of Day Routing

L-10

L-10

LCR - Time Of Day Routing

General Description
This feature provides automatic routing of outgoing calls over alternative customer facilities, based on the
destination code. The system will select the most economical route available at the time of connection. The pattern
of alternate routing can be changed up to 8 times per day, based on a prearranged time schedule.

Operating Procedure
1.
2.
3.
4.

Lift the handset; receive dial tone.
Dial the trunk access code (usually “9”); receive second dial tone.
Dial the area code, office code, and subscriber number.
The system automatically completes the call via the most economical route available.

Service Conditions
1.
2.

A maximum of 8 patterns can be provided during a 24-hour interval for LCR - TIME OF DAY ROUTING.
Each pattern can be programmed at a maximum increment of 30 minutes.

Interactions
1.
2.

For each Time-of-Day Change, the entire AOPR and ASDC tables must be created. Caution should be
exercised to use data memory economically.
LEAST-COST ROUTING-3/6 DIGIT [L-5] must first be provided.

Programming
STEP 1:

AOPR - The AFRS command designates the dialing sequence and the OPR to be selected. The AOPR
defines the routes and in what order these routes will be selected. Assign the following:
TDPTN - Time-of-Day Pattern Change. If for an AFRS assignment, different OPRs will be required as
a function of time; designate 1-7 to which Time-of-Day Pattern Change Number (TDC NO) this OPR
is assigned.
OPR No. (OPR) - Outgoing Pattern Route. The number referenced in AFRS, consisting of a series of
routes to be chosen based on number dialed.
Route Advance Number (RA) - The order in which a route is selected. (0-7).
Route Advance End Display (E) - The last route in the route advance group. Indicate last route with
data “0”.
Route Number (RT) - The physical Route Number to be selected.
Skip Digits (SKIP) - The digits to be skipped when translating the dialed digits in AFRS. If ARTD is
assigned as shown, at a minimum, always assign “1” to skip the LCR (S) access code.
Pattern Number Location (PNL) - If digits are to be added after translating the dialed digits in AFRS,
go to the AADC command.
Overflow Tone (OVFT) - Assign if a tone is wanted for the Last Choice Route.
Priority Restriction Class (PRSC) - Refer to PRIORITY RESTRICTION CLASS in the EPN Features
and Specifications. If this is required, assign PRSC here; classes 1-15.

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L-10

LCR - Time Of Day Routing

Programming (cont’d)
STEP 2:

ASDC - If 6-digit translation is required where both the Area and Office codes must be examined, this
command must be used. The system is automatically set as an Allow table. To create a Deny table,
assign the following:
OFFICE: 0
EFFECT: 1
Program the type of route as PFX (Prefix, Foreign Exchange, FX) or as SCC (Special Common
Carrier).
Choose TDC PTN, Time-of-Day Pattern. Go to ATCP.
Choose the OPR number this six-digit table will serve.
Choose the RA (Route Advance) Number to specify the route in the OPR.
When assigning for PFX, each NXX is assigned as the following:*
EFFECT: 0 = Allow, No 1 + dialing
EFFECT: 1 = Allow with 1 + dialing (system adds the 1)
EFFECT: 2 = Not Allowed
When assigning for SCC, each NXX is assigned as the following:
EFFECT: 0 = Restricted
EFFECT: 1 = Allowed
EFFECT: 2 = Not Used
Note: *PFX, EFFECT: 1 is presently not available. Use the AADC command to add the required digits.
STEP 3: ATCP - A maximum of eight Time-of-Day Pattern changes (0-7) are available, whereby the system
will refer to different OPR assignments as a function of time. As a result, different routes will be listed
per OPR and will require different assignments in ASDC.
Assign the following:
Time Setting
TO:
FROM: (In military time, and only on the half hour and hour)
PATTERN NUMBER: (0-7).

FCCS Programming

STEP 1:

Page 444

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
AOPRL - The AFRS command designates the dialing sequence and the OPR to be selected. The
AOPR defines the logical routes and in what order these logical routes will be selected. Assign the
following:
TDPTN - Time-of-Day Pattern Change. If for an AFRS assignment, different OPRs will be required as
a function of time; designate 1-7 to which Time-of-Day Pattern Change Number (TDC NO) this OPR
is assigned.
OPR No. (OPR) - Outgoing Pattern Route. The number referenced in AFRS, consisting of a series of
routes to be chosen based on number dialed.
Route Advance Number (RA) - The order in which a route is selected. (0-7).
Route Advance End Display (E) - The last route in the route advance group. Indicate last route with
data “0”.

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LCR - Time Of Day Routing

L-10

FCCS Programming (cont’d)

STEP 2:

Route Number (RT) - The physical Route Number to be selected.
Skip Digits (SKIP) - The digits to be skipped when translating the dialed digits in AFRS. If ARTD is
assigned as shown, at a minimum, always assign “1” to skip the LCR (S) access code.
Pattern Number Location (PNL) - If digits are to be added after translating the dialed digits in AFRS,
go to the AADC command.
Overflow Tone (OVFT) - Assign if a tone is wanted for the Last Choice Route.
Priority Restriction Class (PRSC) - Refer to PRIORITY RESTRICTION CLASS in the EPN Features
and Specifications. If this is required, assign PRSC here; classes 1-15.
ATCPL - A maximum of eight Time-of-Day Pattern changes (0-7) are available, whereby the system
will refer to different OPR assignments as a function of time. As a result, different routes will be listed
per OPR and will require different assignments in ASDC.
Assign the following:
Time Setting
TO:
FROM: (In military time, and only on the half hour and hour)
PATTERN NUMBER: (0-7).

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L-11

Line Load Control

L-11

Line Load Control

General Description
This feature allows the Attendant to deny a preselected group of stations the ability to originate calls by activating
a key. The sole intention of this feature is to temporarily restrict the least important internal stations from outward
calling during an excessive traffic load or emergency conditions.

Operating Procedure
To activate from the ATTENDANT CONSOLE [A-3]

1.
2.
3.

Press a loop key.
Dial the LINE LOAD CONTROL access code; receive service set tone.
Press the RELEASE key.

To cancel from the ATTENDANT CONSOLE [A-3]

1.
2.
3.

Press the loop key.
Dial the LINE LOAD CONTROL cancel code; receive service set tone.
Press the RELEASE key.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.

This feature is controlled entirely from the ATTENDANT CONSOLE [A-3].
Individual stations are programmed for this feature via CLASS OF SERVICE - INDIVIDUAL [C-15].
The lamp on the ATTENDANT CONSOLE [A-3] will illuminate when LINE LOAD CONTROL is set
in the system.
Incoming call from a trunk can be restricted in system data.
When LINE LOAD CONTROL is activated or cancelled, a system message will be output via the
MAINTENANCE ADMINISTRATION TERMINAL [M-18].
While LINE LOAD CONTROL is activated, a single line station will receive busy tone (or the display for
the Dterm is blank) when going off-hook.
A station in LINE LOAD CONTROL [L-11, 20, 21] can receive incoming calls.
Incoming calls terminated via CCIS/ISDN trunks are not restricted.

Interactions
1.
2.
3.
4.
5.
6.

Page 446

Calls in progress are not affected when this feature is activated.
This feature is implemented on a per-system basis.
Only the Attendant Console can activate this feature by seizing a loop and dialing the feature access code.
A designated key cannot be assigned at the Attendant Console to control this feature.
Access to the system data via the Maintenance Administration Terminal (MAT) is allowed while LINE
LOAD CONTROL is active.
Station-to-station calling to affected stations is not allowed during LINE LOAD CONTROL.
HOTLINE [H-1] and HOUSE PHONE [H-2] connections become inoperative during LINE LOAD
CONTROL.

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L-11

Programming
STEP 1:

ASYD - System Data 1, Index 59, Bit 0. Should the system restrict incoming calls during LINE LOAD
CONTROL? 0/1: No/Yes.
Note: Incoming calls terminated to CCIS/ISDN cannot be restricted.
STEP 2: ANPD - Reserve a number level for feature access and cancel. Assign Connection Indexes, CI = N, H,
B; Normal (N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign
NND in accordance with a predetermined numbering plan.
STEP 3: ASPA - Assign an access code to LINE LOAD CONTROL. Assign SRV = SSCA (Service Code
Appendix), SIDA = 46 for Line Load Control Start. Assign SRV = SSCA (Service Code Appendix),
SIDA = 47 for Line Load Control Cancel. Assign a Connection Index, CI = Normal (N).
STEP 4: ASFC - Assign a Service Feature Class that allows SFI 16 to the stations that will be unaffected by
LINE LOAD CONTROL.

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L-20

Line Load Control - Automatic

L-20

Line Load Control - Automatic

General Description
This feature allows the system to automatically deny a preselected group of stations the ability to originate calls. The
sole intention of this feature is to temporarily restrict the least important internal stations from outward calling
during an excessive traffic load or emergency conditions.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

Individual stations are programmed for this feature via CLASS OF SERVICE - INDIVIDUAL [C-15].
The lamp on the ATTENDANT CONSOLE [A-3] illuminates when LINE LOAD CONTROL AUTOMATIC [L-20] is set in the system.
Incoming calls from a trunk can be restricted in system data.
When LINE LOAD CONTROL - AUTOMATIC [L-20] is activated or cancelled, a system message will
be output via the MAINTENANCE ADMINISTRATION TERMINAL (MAT) [M-18].
While LINE LOAD CONTROL - AUTOMATIC [L-20] is activated, a single line station will receive busy
tone (or the display of the Dterm is blank) when going off-hook.
A station in LINE LOAD CONTROL [L-11, 20, 21] can receive incoming calls.
Incoming calls terminated via CCIS/ISDN trunks cannot be restricted.

Programming
STEP 1:

ASYD - System Data 1, Index 56 and 57. Set LINE LOAD CONTROL-AUTOMATIC Execution
(Index 56)/Execution cancel (Index 57) CPU Occupancy Rate. If no data is assigned, RAM data 97%
(Index 56) and 90% (Index 57) are used.
System Data 1, Index 59, Bit 0. Incoming Trunk Call Restriction during LINE LOAD CONTROL 0/1:
Not Required/Required
Note: Incoming calls terminated to CCIS/ISDN trunks cannot be restricted.
STEP 2: ASFC - Assign SFI = 16 to the Service Feature Class of the stations that are to be able to originate
calls during Line Load Control.

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Line Load Control - MAT

L-21

L-21

Line Load Control - MAT

General Description
This feature allows the MAT [M-18] to deny a preselected group of stations the ability to originate calls by activating
a command key. The sole intention of this feature is to temporarily restrict the least important internal stations from
outward calling during an excessive traffic load or emergency conditions.

Operating Procedure
The ALLC command is used to designate start and stop of LINE LOAD CONTROL - MAT.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

Individual stations are programmed for this feature via CLASS OF SERVICE - INDIVIDUAL [C-15].
The lamp on the ATTENDANT CONSOLE [A-3] will illuminate when LINE LOAD CONTROL - MAT
is set in the system.
Incoming calls from a trunk can be restricted in system data.
When LINE LOAD CONTROL - MAT is activated, a station will receive busy tone (or BT is displayed
on the LCD for Dterm, no tone is given) when going off-hook.
A station in LINE LOAD CONTROL [L-11, 20, 21] can receive incoming calls.
When LINE LOAD CONTROL - MAT is activated or cancelled, a system message will be output on the
MAT [M-18].
Incoming calls terminated via CCIS/ISDN trunks are not restricted.

Programming
STEP 1:
STEP 2:

ASYD - System Data 1, Index 59, Bit 0. Incoming Trunk Call Restriction during LINE LOAD
CONTROL 0/1: Not Required/Required.
ASFC - Assign SFI = 16 to the Service Feature Class of the stations that are to be able to originate
calls during Line Load Control.

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L-24

Listed Directory Number

L-24

Listed Directory Number

General Description
This feature enables Listed Directory Number Display on the ATTENDANT CONSOLE [A-3] when the Attendant
has answered a Listed Directory Number call.
This feature also enables the ATTENDANT CONSOLE to receive a Listed Directory Number (LDN) call,
terminated at a remote node, via FCCS link. The following example illustrates when LDN No. 1111 and 1112 are
assigned to Attendant Console.
Node A

Node B

Trunk
Dialed LDN No.: 1111

NE C

Node C

Trunk
Dialed LDN No.: 1112

FCCS

Trunk
Dialed LDN No.: 1111

FCCS

ATTCON
LDN No. 1111/1112

Operating Procedure
1.
2.

3.

Listed Directory Number (LDN) is dialed.
The Attendant at an ATTENDANT CONSOLE [A-3] answers the LDN call (DID, TIE).
a.) The DEST lamp lights up.
b.) The Listed Directory Number is displayed.
The Attendant presses the SRC key.
a.) The DEST lamp goes out and the SRC lamp lights up.
b.) The route/trunk number is displayed.

Service Conditions
1.
2.

3.

4.

5.

6.

Page 450

This service is effective when the Attendant at an ATTENDANT CONSOLE [A-3] has answered a Listed
Directory Number call.
If the Attendant presses the SRC key while the Listed Directory Number is displayed, the display changes
to the calling party's route/trunk number. In this case, the Listed Directory Number of the call being
handled at present cannot be displayed again.
While the Listed Directory Number is displayed, the Attendant can transfer the call to a desired station by
entering the destination number on the key pad. In this case, the Listed Directory Number of the call being
handled at present cannot be displayed again.
While the Listed Directory Number is displayed, the Attendant can place the present call on hold by
pressing the HOLD key. In this case, the Listed Directory Number will not be displayed again when the
Attendant returns to the call on hold.
While the Listed Directory Number is displayed, the Attendant can set CALL PARK [C-29] service. In
this case, the Listed Directory Number of the call placed on CALL PARK [C-29] cannot be displayed
again.
The LISTED DIRECTORY NUMBER should be assigned in system data.

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L-24

Service Conditions (cont’d)
7.
8.

9.
Note:

10.

The user can program FPC of node with ATTCON, which receives LDN calls, to each node by using
ALDNN command.
When “LDN assigned by ALDN command” and “LDN assigned by ALDNN command” are mixed in a
system, “LDN assigned by ALDNN command” takes precedence over “LDN assigned by ALDN
command”.
FPC of a node which transmits Day/Night changeover information is determined by System Data 1 Index
640, and the information is transmitted to a node of FPC designated by System Data 1 Index 704.
The number of Telephone Number which can be programmed in a system is 65,535 at the maximum.
When FCCS link between a node received a LDN call and a node with ATTCON is all busy, locked out,
make busy or etc., the calling party receives busy tone.

Programming
STEP 1:
STEP 2:

ASYD - System Data 1, Index 70, Bit 0. Called Number Display when Call Forwarding to ATTCON
0/1: Out/In Service.
ALDN - Assign the LISTED DIRECTORY NUMBER.

FCCS Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:

The following command assignments are required to use this feature via FCCS link.
ASYDL - System Data 1, Index 640, Bit 0-7. Assign FPC of a node which transmits Day/Night
changeover information.
System Data 1, Index 704-735. Assign FPC of a node which receives the Day/Night changeover
information transmitted from the node assigned by System Data 1, Index 640, Bit 0-7 above.
ANPDN - Assign the first digit for Listed Directly Number (LDN).
TN:
Tenant Number (1-255)
1st DC:
1st Digit Code (0-9,*,#)
CI:
Connection Status Index (N = Normal/H = Hooking/B = Busy)
NND:
Number of Necessary Digits (max. 6 digits)
BLF:
Busy Lamp Field (0 = Out of Service/1 = In Service)
ASPAN - Assign the number of digit of access code for LDN.
TN:
Tenant Number (1-255)
ACC:
Access Code (max. 6 digits)
CI:
Connection Status Index (N = Normal/H = Hooking/B = Busy)
SRV:
Kind of Service (Designate TELN= Telephone Number)
NND:
Necessary Digits (1-16)
ALDNN - Assign FPC of a node with attendant console which receives the LDN call by dialing the
LDN.
TN:
Tenant Number (1-255)
LDN:
Listed Directory Number (max. 16 digits)
FPC:
Fusion Point Code of the node with attendant console which receives LDN calls
TYPE:
Number Type of Night Mode destination number of LDN. (Designate “0” = No night
transfer)

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L-28

LDN Night Connection

L-28

LDN Night Connection

General Description
This service feature routes LISTED DIRECTORY NUMBER (LDN) calls to a preselected station when the system
is in night mode.
This service feature also enables the ATTCON to forward terminated LDN calls to preprogrammed stations via
FCCS link in the FCCS network.

Operating Procedure
To answer LDN NIGHT CONNECTION calls (DID, TIE)

1.
2.
3.
4.

An incoming LDN call in night mode is automatically routed to a preselected LDN NIGHT
CONNECTION station within the system.
The calling party receives ringback tone.
The ringing signal is sent to the LDN NIGHT CONNECTION station.
The LDN NIGHT CONNECTION station goes off-hook to answer the incoming call. If necessary, this
station can transfer the incoming call to another station within the system using the CALL TRANSFER ALL CALLS [C-11] service feature.

Service Conditions
1.
2.
3.
4.
5.

6.

7.

8.
9.

10.

Page 452

NIGHT CONNECTION - FIXED [N-1] and NIGHT CONNECTION - FLEXIBLE [N-2] take priority
over this feature.
The destination station can be assigned on a per-LDN basis.
This feature is available for a maximum of 16 LDNs per tenant.
A data terminal cannot be used as a destination station for this feature.
The following service features are not available for the destination station:
CALL FORWARDING - ALL CALLS - OUTSIDE
[C-28]
CALL FORWARDING - BUSY LINE - OUTSIDE
[C-60]
CALL FORWARDING - DON'T ANSWER - OUTSIDE
[C-74]
A UCD station can be assigned as the destination of LDN Night Connection, but queuing functions of
UCD (such as DELAY ANNOUNCEMENT - UCD [D-31] and CALL WAITING LAMP - UCD [D-76]
are not available when all the stations within the UCD group are busy.
When the destination station is busy, an incoming call is handled as follows: The call waits in queue. The
status of the destination station is periodically checked. NIGHT CONNECTION OUTSIDE - SYSTEM
[N-18] or TRUNK ANSWER FROM ANY STATION [T-8] is available when CALL FORWARDING BUSY LINE [C-2] to the Attendant or CALL FORWARDING - BUSY LINE - OUTSIDE [C-60] has
been assigned.
MISCELLANEOUS TRUNK RESTRICTION [M-3] is not available for this service.
NIGHT CONNECTION OUTSIDE - SYSTEM [N-18] or TRUNK ANSWER FROM ANY STATION
[T-8] is available while the destination station is in the following states:
a.) LOCK OUT [L-3] make busy.
b.) CALL FORWARDING - ALL CALLS [C-5] set to the Attendant.
c.) CALL FORWARDING - ALL CALLS - OUTSIDE [C-28] set.
The LDN NIGHT CONNECTION station and the attendant console must be accommodated in the same
node for the FCCS network.

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Service Conditions (cont’d)
11.

FPC of a node which transmits Day/Night changeover information is determined by System Data 1 Index
640, and the information is transmitted to a node of FPC designated by System Data 1 Index 704.
Note 1: The maximum number of telephone numbers that can be programmed in the system is 65,535.
12. A station within the FCCS network can be assigned as forwarding destination for Night Mode (LDN
NIGHT CONNECTION [L-28]).
13. The order of priority of forwarding features used when the system is Night Mode are as follows.
1. NIGHT CONNECTION FLEXIBLE
[N-2]
2. NIGHT CONNECTION FIXED
[N-1]
3. LDN NIGHT CONNECTION
[L-28]
4. NIGHT CONNECTION-OUTSIDE-SYSTEM
[N-17]
5. TRUNK ANSWER FROM ANY STATION (TAS) [T-8]
Note 2: The value of 1 is the highest priority, the value of 5 is the lowest priority.
Note 3: When forwarding destination for this feature is not assigned, busy tone is sent.
14. When assigning a forwarding destination number for Night Mode using ALDNN command, the maximum
16 digits can be programmed by using TYPE = 1 (Station Number) / 2 (DC). If the user requires digit
number greater than 16 or more, assign an Abbreviated Digit Number (ADC) of the forwarding
destination, preprogrammed by ASPD command, by using TYPE = 3 (Abbreviated Digit Number).
15. The user can assign different forwarding destination numbers (Telephone Number) to each LDN.
Note 4: The maximum number of telephone numbers that can be programmed in the system is 65,535.
16. Whether special transmission tone is sent or not while number data is transmitted depends on System Data
1 Index 6 Bit 0.
17. Forwarding destination terminal, available for this feature, is station or Voice Prompt System (VPS).
18. When using VPS as forwarding destination of this feature, the user programs voice information guidance
number, recording service number or etc. As regards numbering plan for these service, refer to service
condition of VPS.
19. Forwarding features (except for following) are available for forwarding destination:
CALL FORWARDING-ALL CALLS
[C-28] to ATTCON
CALL FORWARDING-BUSY LINE
[C-2] to ATTCON
CALL FORWARDING-DON’T ANSWER
[C-3] to ATTCON
CALL FORWARDING-ALL CALLS-OUTSIDE
[C-28]
CALL FORWARDING-BUSY LINE-OUTSIDE
[C-60]
CALL FORWARDING-DON’T ANSWER-OUTSIDE
[C-74]
CALL TRANSFER-ATTENDANT
[C-10]
20. A route between incoming trunk received a LDN call and forwarding station for the LDN call is not
restricted.
21. When STATION HUNTING-CIRCULAR [S7], STATION HUNTING-TERMINAL [S-9] or UNIFORM
CALL DISTRIBUTION (UCD) [U-1] is set to the forwarding destination, the hunting feature is available.
22. NIGHT CONNECTION FIXED [N-1] or TRUNK ANSWER FROM ANY STATION [T-8] is available
while the destination is in the following states:
• Forwarding destination is not assigned by ALDNN command.
• CALL FORWARDING-BUSY LINE [C-2] to ATTCON is set.
• CALL FORWARDING-ALL CALLS [C-5] to ATTCON is set.
• CALL FORWARDING-INTERCEPT/ANNOUNCEMENT [C-25] is set.
• CALL FORWARDING-BUSY LINE-OUTSIDE [C-28] is set.
• CALL FORWARDING-ALL CALLS-OUTSIDE [C-60] is set.

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L-28

LDN Night Connection

Service Conditions (cont’d)
• FCCS link is all busy/make busy/rocked out.
• Trunk/Route is all busy.
• Toll is restricted.
• Line is locked out.
Note 5: NIGHT CONNECTION FIXED [N-1] takes priority over TRUNK ANSWER FROM ANY STATION [T-8].
23. When forwarding destination (including CCIS line) is not set, busy or restricted, busy tone or reorder tone
is sent.
24. LDN NIGHT CONNECTION [N-1] is available for connections shown in table below:
OUTGOING

INCOMING

CCIS TRUNK

DOD TRUNK

MFC TRUNK

CCIS TRUNK

Possible

Possible

Possible

DID TRUNK

Possible

Possible

Possible

MFC TRUNK

Possible

Possible

Impossible

25.

When forwarding destination is busy, the call is queued, and Ring Back Tone is sent, however, if the call
is terminated from MFC line, reorder tone is sent.
26. When a LDN call is placed in a queue because forwarding destination station is busy, system checks
station state (idle/busy) at intervals of 12 seconds. After that if the destination station becomes idle state,
the LDN call is connected.
27. When plural calls are queued in a forwarding destination station, the queued call may not connect the
destination stations in termination order of call.
28. When system is changed from Night Mode to Day Mode, queued calls terminate to ATTCON to make up
for forwarding to destination.
29. When system is changed from Day Mode to Night Mode while a LDN call is terminating to ATTCON,
the LDN call is transferred to preprogrammed forwarding destination. If the LDN call cannot be
transferred according to normal priority by restriction for the forwarding destination, the LDN call is
processed in order of following precedence:
1. TRUNK ANSWER FROM ANY STATION [T-8] is provided
2. DELAY ANNOUNCEMENT-ATTENDANT [D-144] is provided
3. NIGHT CONNECTION-FIXED
[N-1] is provided
Note 5: When the above features are not set, the LDN call is queued.
Note 6: The value of 1 is the highest priority, the value of 3 is the lowest priority.

Interactions
1.
2.
3.

4.

Page 454

A maximum of 16 LDNs can be assigned per tenant, each with its own separate destination station. The
same destination may also be used for all LDNs.
STATION HUNTING-CIRCULAR [S-7] and STATION HUNTING-TERMINAL [S-9] are valid from
the night transfer destination station.
MULTIPLE CALL FORWARDING-ALL, BUSY, DON’T ANSWER [M-44, M-24, M-25] and
MULTIPLE CALL FORWARDING-ALL, BUSY, DON’T ANSWER-CCIS [M-40, M-41, M-42] are
valid from Night transfer destination station.
An incoming DID call will get busy tone if the Night transfer destination station is CALL
FORWARDING-ALL [C-5] or CALL FORWARDING-BUSY LINE [C-2] to the Attendant, and
TRUNK ANSWER FROM ANY STATION [T-8] is not service.
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Interactions (cont’d)
5.
6.
7.
8.

9.
10.

11.

12.

An incoming DID call will ring at the Night transfer destination station if CALL FORWARDING-DON’T
ANSWER [C-3] is set to the Attendant.
There is no restriction check for LDN NIGHT CONNECTION destination stations. The station can be
totally restricted from receiving incoming calls and still receive LDN NIGHT CONNECTION calls.
If the Night transfer destination station is busy, LDN calls will go into queue.
If the system is switched to Day mode while LDN calls are in queue, only those calls that are in queue will
be redirected to the Attendant. LDN calls that are ringing the Night transfer destination station will
continue to ring that station and will not be redirected to the Attendant.
If the Night transfer destination station is in the Make Busy state (MBST Command = 1 for that station)
or is in LINE LOCKOUT [L-3], the LDN call will go to TRUNK ANSWER FROM ANY STATION [T-8].
If the Night transfer destination station (station A) is in CALL FORWARDING-BUSY LINE [C-2] to
station B and both stations (station A and station B) are busy, the incoming LDN call will queue to both
station A and station B, and will ring the first idle station.
If the Night transfer destination (station A) is in CALL FORWARDING-BUSY LINE [C-2] over CCIS
to station C in the remote office, and both station A and station C are busy, busy tone is returned to the
incoming LDN calling party.
Incoming LDN calls to a Night transfer destination station that has set CALL FORWARDING-ALL
CALLS, BUSY LINE, DON’T ANSWER-CCIS [C-45, C-46, C-47] over CCIS to a busy UCD group in
the remote office will queue to that group, and will activate the CALL WAITING LAMP-UCD [C-76], if
programmed.

Programming
STEP 1:

STEP 2:

ALDN - Assign LDN number and its transfer destination.
TN:
Tenant Number
LDN:
Listed Directory Number (must match station numbering plan)
Night Transfer: Y/N
If no, then LDN will only go to Attendant.
If yes, then the following parameters will be enabled:
TYPE:
Night Transfer Type
1: Station number
2: Outside (up to 8 digits)
3: ADC (when more than 8 digits are required)
STN:
For Types 1 & 2.
For Type 1, assign station number here.
For Type 2, assign access code and outside number here.
(A CCIS remote office station number can be input here also).
ADC:
For Type 3.
Input ADC number desired as assigned in the ASPD command.
ACFR - Assign TSFI: 2 (Night Connection-Fixed) to be allowed CCI: 1 (LDN). This allows LDN to
go to night transfer destination. Assign TSFI: 5 (TAS) to be allowed CCI: 1 (LDN). This allows LDN
to go to TRUNK ANSWER FROM ANY STATION [T-8]. Restrict if not using TAS.

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L-28

LDN Night Connection

FCCS Programming
The following command assignments are required to use this feature via FCCS link.
When destination number is programmed by using TYPE = 1 (TELN) of ALDNN command

STEP 1:

STEP 2:

STEP 3:

STEP 4:

STEP 5:

STEP 6:

Page 456

ASYDL - System Data 1, Index 640, Bit 0-7. Assign FPC of a node which transmits Day/Night
changeover information.
System Data 1, Index 704-735. Assign FPC of a node which receives the Day/Night changeover
information transmitted from the node assigned by System Data 1, Index 640, Bit 0-7 above.
ANPDN - Assign the first digit for Listed Directly Number (LDN) and forwarding destination.
TN:
Tenant Number (1-255)
1st DC:
1st Digit Code (0-9,*,#)
CI:
Connection Status Index (N = Normal/H = Hooking/B = Busy)
NND:
Number of Necessary Digits (max. 6 digits)
BLF:
Busy Lamp Field (0 = Out of Service/1 = In Service)
ASPAN - Assign the number of digit of access code for LDN and forwarding destination.
TN:
Tenant Number (1-255)
ACC:
Access Code (max. 6 digits)
CI:
Connection Status Index (N = Normal/H = Hooking/B = Busy)
SRV:
Kind of Service (Designate TELN = Telephone Number)
NND:
Necessary Digits (1-16)
ALGSN - Assign Telephone Number to Night Mode destination number (Station Number).
TYPE = 1 (When LENS is used to specify the Telephone Number)
UGN:
User Group Number (Fixed to “1”)
TELN:
Telephone Number (max. 16 digits)
FPC:
Fusion Point Code of the designated LENS
LENS:
Line Equipment Numbers of physical station
TYPE = 2 (When STN is used to specify the Telephone Number)
UGN:
User Group Number (Fixed to “1”)
LDN:
Listed Directory Number (max. 16 digits)
TN:
Tenant Number (1-255)
STN:
Station Number
ALDNN - Assign FPC of a node with attendant console which receives the LDN call by dialing
the LDN.
TN:
Tenant Number (1-255)
LDN:
Listed Directory Number (max. 16 digits)
FPC:
Fusion Point Code of the node with attendant console which receives LDN calls
TYPE:
Number Type of Night Mode destination number of LDN. (Designate 1 = TELN.)
STN:
Station Number of Forwarding Destination (max. 16 digits) or specific attendant console
number assigned by ASAT command.
ACFR - Allow the Call Forwarding Restriction Class.
TN:
Tenant Number (1-255)
TSFI:
Transfer Service Feature Index (Assign 2 = Direct in Termination (Night only))
CCI:
Call Category Index (Assign 1 = LDN (C.O. Line))
RES:
Restriction Data (Assign 1 = Allowed)

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FCCS Programming (cont’d)
When destination number is programmed by using TYPE = 3 (ADC) of ALDNN command

STEP 1:

ASYDL - System Data 1, Index 640, Bit 0-7. Assign FPC of a node which transmits Day/Night
changeover information.
System Data 1, Index 704-735. Assign FPC of a node which receives the Day/Night changeover
information transmitted from the node assigned by System Data 1, Index 640, Bit 0-7 above.
STEP 2: ANPDN - Assign the first digit for Listed Directly Number (LDN) and forwarding destination.
TN:
Tenant Number (1-255)
1st DC:
1st Digit Code (0-9,*,#)
CI:
Connection Status Index (N = Normal/H = Hooking/B = Busy)
NND:
Number of Necessary Digits (max. 6 digits)
BLF:
Busy Lamp Field (0 = Out of Service/1 = In Service)
STEP 3: ASPAN - Assign the number of digit of access code for LDN and forwarding destination.
TN:
Tenant Number (1-255)
ACC:
Access Code (max. 6 digits)
CI:
Connection Status Index (N = Normal/H = Hooking/B = Busy)
SRV:
Kind of Service (Designate TELN = Telephone Number)
NND:
Necessary Digits (1-16)
STEP 4: ALGSN - Assign Telephone Number to Night Mode destination number (Station Number).
TYPE = 1 (When LENS is used to specify the Telephone Number.)
UGN:
User Group Number (Fixed to “1”)
TELN:
Telephone Number (max. 16 digits)
FPC:
Fusion Point Code of the designated LENS
LENS:
Line Equipment Numbers of physical station
TYPE = 2 (When STN is used to specify the Telephone Number.)
UGN:
User Group Number (Fixed to “1”)
LDN:
Listed Directory Number (max. 16 digits)
TN:
Tenant Number (1-255)
STN:
Station Number
STEP 5: ASPD - Assign speed calling number to Abbreviated Digit Code (ADC).
TN:
Tenant Number (1-255)
ADC:
Abbreviated Digit Code (max. 4 digits)
CD:
Desired Speed Calling Number (maximum of 24 digits)
Note: The user must be assigned this command at node which receives the LDN call.
STEP 6: ALDNN - Assign FPC of a node with attendant console which receives the LDN call by dialing
the LDN.
TN:
Tenant Number (1-255)
LDN:
Listed Directory Number (max. 16 digits)
FPC:
Fusion Point Code of the node with attendant console which receives LDN calls
TYPE:
Number Type of Night Mode destination number of LDN. Assign 3 (ADC).
ADC:
Abbreviated Digit Code assigned by ASPF command.
STEP 7: ACFR - Allow the Call Forwarding Restriction Class.
TN:
Tenant Number (1-255)
TSFI:
Transfer Service Feature Index (Assign 2 = Direct in Termination (Night only))
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L-28

LDN Night Connection

FCCS Programming (cont’d)
CCI:
RES:

Page 458

Call Category Index (Assign 1 = LDN (C.O. Line))
Restriction Data (Assign 1 = Allowed)

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LDN Night Connection - Outside

L-30

L-30

LDN Night Connection - Outside

General Description
This feature routes LOCAL DIRECTORY NUMBER (LDN) calls to a preselected station outside the system when
the system is in Night mode.
This feature also enables the ATTCON to transmit terminated LDN calls to outside, using the outgoing trunk in the
FCCS network.

Operating Procedure
To answer LDN NIGHT CONNECTION calls (DID, TIE)

1.
2.
3.
4.

An incoming LDN call in Night mode is automatically routed to a preselected LDN NIGHT
CONNECTION station outside the system.
The calling party receives ringback tone.
The ringing signal is sent out to the LDN NIGHT CONNECTION-OUTSIDE station.
The LDN NIGHT CONNECTION station answers the incoming call. If necessary, this station can transfer
the incoming call to another station outside the system using the CALL TRANSFER - ALL CALLS [C11] feature.

Service Conditions
1.

NIGHT CONNECTION - FLEXIBLE [N-2] and NIGHT CONNECTION - FIXED [N-1] take priority
over this feature.
2.
The maximum number of digits in the destination number is 8. SPEED CALLING - SYSTEM [S-3] can
be used when more than 8 digits are needed.
3.
The destination station outside the system can be assigned on a per-LDN basis.
4.
This feature is available for a maximum of 16 LDNs per tenant.
5.
LDN NIGHT CONNECTION - OUTSIDE [L-30] will not route an incoming call on an MFC signaling
trunk through another MFC signaling trunk.
6.
NIGHT CONNECTION OUTSIDE - SYSTEM [N-17] or TRUNK ANSWER FROM ANY STATION
[T-8] is available while the destination station is in the following states:
MISCELLANEOUS TRUNK RESTRICTION
[M-3]
TOLL RESTRICTION - 3/6-DIGIT
[T-7]
Outgoing Trunk Busy
7.
FPC of a node which transmits Day/Night changeover information is determined by System Data 1 Index
640, and the information is transmitted to a node of FPC designated by System Data 1 Index 704.
Note 1: The maximum number of telephone numbers that can be programmed in the system is 65,535.
8.
Outgoing trunk within the FCCS network can be assigned as forwarding destination for Night Mode (LDN
NIGHT CONNECTION-OUTSIDE [L-30]).
9.
The order of priority of forwarding features used when the system is Night Mode are as follows.
1. NIGHT CONNECTION FLEXIBLE
[N-2]
2. NIGHT CONNECTION FIXED
[N-1]
3. LDN NIGHT CONNECTION
[L-28]
4. NIGHT CONNECTION-OUTSIDE-SYSTEM
[N-17]
5. TRUNK ANSWER FROM ANY STATION (TAS) [T-8]
Note 2: The value of 1 is the highest priority, the value of 5 is the lowest priority.

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L-30

LDN Night Connection - Outside

Service Conditions (cont’d)
Note 3: When forwarding destination for this feature is not assigned, busy tone is sent.

10.

When assigning a forwarding destination number for Night Mode using ALDNN command, the maximum
16 digits can be programmed by using TYPE = 1 (Station Number) / 2 (DC). If the user requires digit
number greater than 16 or more, assign an Abbreviated Digit Number (ADC) of the forwarding
destination, preprogrammed by ASPD command, by using TYPE = 3 (Abbreviated Digit Number).
11. The user can assign different forwarding destination numbers (Telephone Number) to each LDN.
Note 4: The maximum number of telephone numbers that can be programmed in the system is 65,535.
12. The user must restrict tandem connection that release-guard signal cannot be detected by tandem-office.
13. Whether special transmission tone is sent or not while number data is transmitted depends on System Data
1 Index 6 Bit 0.
14. LDN call terminated from MFC Line cannot be forwarded to MFC Line.
15. Forwarding features (except for following) are available for forwarding destination:
CALL FORWARDING-ALL CALLS
[C-28] to ATTCON
CALL FORWARDING-BUSY LINE
[C-2] to ATTCON
CALL FORWARDING-DON’T ANSWER
[C-3] to ATTCON
CALL FORWARDING-ALL CALLS-OUTSIDE
[C-28]
CALL FORWARDING-BUSY LINE-OUTSIDE
[C-60]
CALL FORWARDING-DON’T ANSWER-OUTSIDE [C-74]
CALL TRANSFER-ATTENDANT
[C-10]
16. NIGHT CONNECTION FIXED [N-1] or TRUNK ANSWER FROM ANY STATION [T-8] is available
while the destination is in the following states:
• Forwarding destination is not assigned by ALDNN command.
• CALL FORWARDING-BUSY LINE [C-2] to ATTCON is set.
• CALL FORWARDING-ALL CALLS [C-5] to ATTCON is set.
• CALL FORWARDING-INTERCEPT/ANNOUNCEMENT [C-25] is set.
• CALL FORWARDING-ALL CALLS-OUTSIDE [C-28] is set.
• CALL FORWARDING-BUSY LINE-OUTSIDE [C-60] is set.
• LDN call originated from MFC line is forwarded to MFC line.
• FCCS link is all busy/make-busy/locked out.
• Trunk/Route is all busy.
• Toll is restricted.
• Line is locked out.
Note 5: NIGHT CONNECTION FIXED [N-1] takes priority over TRUNK ANSWER FROM ANY STATION [T-8].
17. When forwarding destination (including CCIS line) is not set, busy or restricted, Busy Tone or Reorder
Tone is sent.
18. LDN NIGHT CONNECTION [N-1] is available for connections shown in table below:
OUTGOING

INCOMING

Page 460

CCIS TRUNK

DOD TRUNK

MFC TRUNK

CCIS TRUNK

Possible

Possible

Possible

DID TRUNK

Possible

Possible

Possible

MFC TRUNK

Possible

Possible

Impossible

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LDN Night Connection - Outside

L-30

Service Conditions (cont’d)
19.

When system is changed from Day Mode to Night Mode while a LDN call is terminating to ATTCON,
the LDN call is transferred to preprogrammed forwarding destination. If the LDN call cannot be
transferred according to normal priority by restriction for the forwarding destination, the LDN call is
processed in order of following precedence:
1. TRUNK ANSWER FROM ANY STATION [T-8] is provided
2. DELAY ANNOUNCEMENT-ATTENDANT [D-144] is provided
3. NIGHT CONNECTION-FIXED
[N-1] is provided
Note 6: When above feature is not set, the LDN call is queued.
Note 7: The value of 1 is the highest priority, the value of 3 is the lowest priority.

Interactions
1.
2.
3.

A maximum of 16 LDNs can be assigned per tenant; each with its own separate destination number.
If the outgoing route is busy or if the incoming LDN route is restricted from the outgoing destination route,
the LDN calling party will receive busy tone or will go to TAS, if programmed.
If using TYPE: 3 ADC parameter in the ALDN command, the ADC must first be assigned in the ASPD
command. TYPE: 3 must be used for outside numbers greater than eight digits.

Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:

ALDN - Assign LDN number and its transfer destination.
TN:
Tenant Number
LDN:
Listed Directory Number (must match station numbering plan.)
Night Transfer: Y/N
If no, then LDN will only go to Attendant.
If yes, then the following parameters will be enabled:
TYPE: Night Transfer Type
1: Station number
2: Outside (up to 8 digits)
3: ADC (when more than 8 digits are required)
STN:
For Types 1 & 2.
For Type 1, assign station number here.
For Type 2, assign access code and outside number here.
(A CCIS remote office station number can be input here also.)
ADC:
For Type 3.
Input ADC number desired as assigned in ASPD command.
ASPD - Assign an access code and outside number to an ADC (000-999). This step is required only if
access code and outside number are greater than eight digits.
ACFR - Assign TSFI: 2 (Night Connection-Fixed) to be allowed CCI: 1 (LDN). This allows LDN to
go to Night transfer destination. Assign TSFI: 5 (TAS) to be allowed CCI: 1 (LDN). This allows LDN
to go to TRUNK ANSWER ANY STATION (TAS). Restrict if not using TAS.
ARRC - The incoming route of the LDN must allow trunk-to-trunk connection to the outgoing
destination route and to the LCR flag route; ARI-D-RES, Direct Connection.

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L-30

LDN Night Connection - Outside

FCCS Programming
The following command assignments are required to use this feature via FCCS link.
When destination number is programmed by using TYPE = 2 (DC) of ALDNN command

STEP 1:

STEP 2:

STEP 3:

STEP 4:

STEP 5:

STEP 6:

ASYDL - System Data 1, Index 640, Bit 0-7. Assign FPC of a node which transmits Day/Night
changeover information.
System Data 1, Index 704-735. Assign FPC of a node which receives the Day/Night changeover
information transmitted from the node assigned by System Data 1, Index 640, Bit 0-7 above.
ANPDN - Assign the first digit for Listed Directly Number (LDN) and forwarding destination.
TN:
Tenant Number (1-255)
1st DC:
1st Digit Code (0-9,*,#)
CI:
Connection Status Index (N = Normal/H = Hooking/B = Busy)
NND:
Number of Necessary Digits (max. 6 digits)
BLF:
Busy Lamp Field (0 = Out of Service/1 = In Service)
ASPAN - Assign the number of digit of access code for LDN and forwarding destination.
TN:
Tenant Number (1-255)
ACC:
Access Code (max. 6 digits)
CI:
Connection Status Index (N) Normal, (H) Hooking, (B) Busy
SRV:
Kind of Service (Designate “TELN” for LDN, “OGC/OGCA/LCRS” for forwarding
destination.)
NND:
Necessary Digits (1-16)
ALRTN - Assign Logical Route Number to Physical Route Number.
LGRT:
Logical Route Number (1-89)
FPC:
Fusion Point Code (1-253)
RT:
External Route Number (1-255)
ALDNN - Assign FPC of a node with attendant console which receives the LDN call by dialing
the LDN.
TN:
Tenant Number (1-255)
LDN:
Listed Directory Number (max. 16 digits)
FPC:
Fusion Point Code of the node with attendant console which receives LDN calls
TYPE:
Number Type of Night Mode destination number of LDN (Designate destination number
including access code)
DC:
Assign the Outside Destination Number including access code.
ACFR - Allow the Call Forwarding Restriction Class.
TN:
Tenant Number (1-255)
TSFI:
Transfer Service Feature Index (Assign 2 = Direct in Termination (Night only))
CCI:
Call Category Index (Assign 1 = LDN (C.O. Line))
RES:
Restriction Data (Assign 1 = Allowed)
When destination number is programmed by using TYPE = 3 (ADC) of ALDNN command

STEP 1:

Page 462

ASYDL - System Data 1, Index 640, Bit 0-7. Assign FPC of a node which transmits Day/Night
changeover information.
System Data 1, Index 704-735. Assign FPC of a node which receive the Day/Night changeover
information transmitted from the node assigned by System Data 1, Index 640, Bit 0-7 above.

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LDN Night Connection - Outside

L-30

FCCS Programming (cont’d)
STEP 2:

ANPDN - Assign the first digit for Listed Directly Number (LDN) and forwarding destination.
TN:
Tenant Number (1-255)
1st DC:
1st Digit Code (0-9,*,#)
CI:
Connection Status Index (N = Normal/H = Hooking/B = Busy)
NND:
Number of Necessary Digits (max. 6 digits)
BLF:
Busy Lamp Field (0 = Out of Service/1 = In Service)
STEP 3: ASPAN - Assign the number of digit of access code for LDN and forwarding destination.
TN:
Tenant Number (1-255)
ACC:
Access Code (max. 6 digits)
CI:
Connection Status Index (N = Normal/H = Hooking/B = Busy)
SRV:
Kind of Service (Designate “TELN” for LDN, “OGC/OGCA/LCRS” for forwarding
destination.)
NND:
Necessary Digits (1-16)
STEP 4: ALRTN - Assign Logical Route Number to Physical Route Number.
LGRT:
Logical Route Number (1-89)
FPC:
Fusion Point Code (1-253)
RT:
External Route Number (1-255)
STEP 5: ASPD - Assign speed calling number to Abbreviated Digit Code (ADC).
TN:
Tenant Number (1-255)
ADC:
Abbreviated Digit Code (max. 4 digits)
CD:
Desired Speed Calling Number (max. 24 digits)
Note: The user must be assigned this command at node which receives the LDN call.
STEP 6: ALDNN - Assign FPC of a node with attendant console which receives the LDN call by dialing
the LDN.
TN:
Tenant Number (1-255)
LDN:
Listed Directory Number (max. 16 digits)
FPC:
Fusion Point Code of the node with attendant console which receives LDN calls
TYPE:
Number Type of Night Mode destination number of LDN. Assign 3 (ADC).
ADC:
Abbreviated Digit Code assigned by ASPF command
STEP 7: ACFR - Allow the Call Forwarding Restriction Class.
TN:
Tenant Number (1-255)
TSFI:
Transfer Service Feature Index (Assign 2 = Direct in Termination (Night only))
CCI:
Call Category Index (Assign 1 = LDN (C.O. Line))
RES:
Restriction Data (Assign 1 = Allowed)

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Page 463

M-1

Meet-Me Paging

M-1

Meet-Me Paging

General Description
This feature allows a user dial access to paging equipment, and connects both parties automatically, after the called
party has answered the page.

Operating Procedure
To page

1.
2.
3.

Calling station dials the Paging access code; receives continuous ringback tone for 1 second.
Calling station pages the desired party.
Calling station remains off-hook or hangs up.

To answer

1.
2.
3.

Called party dials the Page answer code.
NON-DELAY OPERATION
a.) The party paged is immediately connected to the calling party.
DELAY OPERATION
a.) The party paged receives ringback tone.
b.) The calling station rings.
c.) The calling station goes off-hook and is immediately connected to the paged station.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.

A maximum of six routes can be provided with paging trunks.
Paging equipment is customer provided.
One paging trunk will be assigned to each route.
Paging access and answer codes are assigned in system data programming to correspond with each route.
The maximum number of digits that can be used as a paging access and/or answer code is 3.
The type of paging service provided on a system basis is programmed via the MAINTENANCE
ADMINISTRATION TERMINAL [M-18] into the system database.
A page waiting to be answered is automatically cancelled after a predetermined program duration. See
VARIABLE TIMING PARAMETER [V-1] for other selectable timing choices.
Central Office Trunks (COTs) are used as interface circuits to the paging equipment.
Loop signaling is the recommended signaling type. Refer to PAGING TRANSFER [P-10].

Interactions
1.

2.

3.

Page 464

MEET-ME PAGING and PAGING ACCESS [P-1] can be provided simultaneously in the same system.
In ARTD, CDN 6:TCL must be assigned as data “8” for MEET-ME PAGE, while PAGING ACCESS [P1] routes may be assigned as data “11”, General Page, or as data “1”, DDD. Separate access codes for each
feature are required. A MEET-ME PAGING answer and cancel code is required for each MEET-ME
PAGING zone.
MEET-ME PAGING is limited to stations and Attendant Consoles. CO trunks, TIE LINE ACCESS [T3], or REMOTE ACCESS TO PBX SYSTEM [R-2] calls must have the Attendant Console or user
perform the paging operation.
The Attendant Console cannot dial the MEET-ME PAGING answer codes.

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Meet-Me Paging

M-1

Interactions (cont’d)
4.
5.

6.

7.
8.

BUSY VERIFICATION [B-3] and EXECUTIVE OVERRIDE [E-1]: These features will be denied for a
connection that includes the Paging route.
DELAY OPERATION: Station A is connected to party B. Station A momentarily presses the switch hook
and dials the MEET-ME PAGE route access code. When connected to the page, Station A requests Station
C to dial the MEET-ME PAGE answer code. Station A hangs up. When Station C dials the answer code,
Station A is rung. Station C and Station A are connected. If Station A hangs up, Party B is connected to
Station C. If Station A momentarily presses the switch hook, all three parties are connected together in a
THREE-WAY CALLING [T-2] connection. If Station C does not call the MEET-ME PAGE answer code
after 30 seconds, Party B rings back to Station A.
NON-DELAY OPERATION: Station A is connected to Party B. Station A momentarily presses the switch
hook and dials the MEET-ME PAGE route access code. When connected to the page, Station A requests
Station C to dial the MEET-ME PAGE answer code. Station A stays on the trunk and is still voiceconnected to the paging equipment. Station C dials the MEET-ME PAGE answer code. The paging trunk
becomes idle. Station A is connected to Station C. If Station A hangs up, Party B is connected to Station
C. If Station A momentarily presses the switch hook, all three parties are connected together in a THREEWAY CALLING [T-2] connection. There is no time-out period if Station C does not dial the MEET-ME
PAGE answer code. Station A may press the switch hook to disconnect the page trunk and reconnect to
Party B. If desired, Station A may hang up and Station A will be recalled by Party B.
Stations allowed Priority Page, SFI = 57, will come into the paging route, except when the Attendant
Console is paging.
To answer MEET-ME PAGE, while connected to another party, CALL HOLD [C-6] must be used.
THREE-WAY CALLING [T-2] is not allowed.

Programming
STEP 1:

STEP 2:

STEP 3:
STEP 4:

ASYD - System Data 1, Index 73, Bits 0 and 1.
For MEET-ME PAGE, non-Delay service, Bit 0 = 1, Bit 1 = 0.
For MEET-ME PAGE, Delay service, Bit 0 = 0, Bit 1 = 1.
For MEET-ME PAGE, Delay service with call transfer, Bit 0 = 1, Bit 1 = 1.
See PAGING TRANSFER [P-10].
System Data 1, Index 73, Bit 3. Are PAGE cancel codes provided for each route? 0/1: Per route/
Common to all routes.
System Data 1, Index 74, Bit 0-3. Assign the cancel timer for unanswered page.
Assign data 00H for 30 seconds.
(0-F + 1) x 30 = Cancel Timer.
System Data 2, Index 1, Bits 0 & 1. Consultation Hold allowed or denied. 00: Denied; 01: Originating
and Terminating Calls allowed; Tandem Call Denied; 11: All calls allowed.
ARTD - Assign the Paging route as shown below:
RT:1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:8
7-L/T
:1
8-RLP
:2
15-LSG
:0/1
ATRK - Assign the LENs, Paging Trunk Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the Paging Trunks.

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M-1

Meet-Me Paging

Programming (cont’d)
STEP 5:

STEP 6:

STEP 7:
STEP 8:
STEP 9:

Page 466

ANPD - Reserve levels for trunk access and for MEET-ME PAGE answer and cancel codes. Assign
the trunk access level for a Connection Index (CI) of Normal (N) and Hooking (H) service. Number of
necessary digits is usually one or two. Busy Lamp Field is not activated. If the MEET-ME PAGE
answer and cancel codes reside in a level reserved for features, then assign according to a
predetermined numbering plan. If the MEET-ME PAGE answer and cancel codes reside in a separate
level, then assign a CI of Normal (N) only. The number of necessary digits is usually two, and the
Busy Lamp Field is off.
ASPA - For the MEET-ME PAGE route access code, assign the access code in the level assigned in
ANPD. Type of Service, SRV = OGC (Outgoing Call) for Outgoing trunks. Assign CIs of Normal (N)
and Hooking (H). For the MEET-ME PAGE route answer and cancel codes, assign the access code in
the level assigned in ANPD. Type of Service, SRV = PAGA (Paging Answer) and SRV = PAGC
(Multiple Announcement Service). Assign the proper route number associated with this code. Assign
for a CI of Normal (N).
ARSC - For stations allowed access to the paging routes, allow Route Restriction Index (RRI) 3 for
the Route Restriction Classes (RSC) assigned to these stations.
ASFC - Assign a Service Feature Class that allows SFI 38 to the stations that will have MEET-ME
PAGE. If Priority Page is used, allow SFI 57.
ARRC - Allow trunk-to-trunk connection between the paging route and the incoming/outgoing route.
Assign ARI-A-RES, via the Attendant Console. The incoming/outgoing route would be the party
being held at a station, or Attendant Console wishing to speak to the party for whom the page is
intended.

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Miscellaneous Trunk Access

M-2

M-2

Miscellaneous Trunk Access

General Description
This feature provides access to all types of external and customer provided equipment/facilities, such as FX [F-2],
WATS [W-1], CCSA [C-14], TIE LINE [T-3], and Exchange Network, along with DICTATION [D-3], PAGING
[P-1], and CODE CALLING [C-21].

Operating Procedure
MISCELLANEOUS TRUNK ACCESS is accomplished via system data programming at the MAINTENANCE
ADMINISTRATION TERMINAL (MAT) [M-18].

Service Conditions
1.
2.

Access to these trunk groups is allowed or denied via CLASS OF SERVICE - INDIVIDUAL [C-15].
An interface circuit must be provided per trunk required.

Interactions
If other features are being used (such as SMDR, toll restriction, and/or LCR (S)), refer to those feature descriptions,
as other commands may be required that are not listed below.

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:

STEP 5:
STEP 6:
STEP 7:

ARTD - Refer to the Feature listing for the type of trunk route to be accessed.
ATRK - Assign the LENs, Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the trunks.
ANPD - Assign a level for trunk access. Assign Connection Indexes (CI) for Normal (N) and Hooking
(H) service. Number of Necessary Digits is assigned according to a predetermined numbering plan.
Busy Lamp Field is not activated.
ASPA - Assign the access code, as indicated, by the level assigned in ANPD. Type of Service, SRV =
OGC (Outgoing Call) for Outgoing trunks.
ARSC - Assign a Route Restriction Class (RSC) that is allowed in Route Restriction Indexes (RRI) 0,
1, 2 and 3 to the station that is allowed access to these trunks.
ASDT - Assign an RSC to the stations that allow access to these trunks.

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M-3

Miscellaneous Trunk Restriction

M-3

Miscellaneous Trunk Restriction

General Description
This feature provides for certain stations and certain dial-repeating TIE trunks to be denied access to particular trunk
groups, such as FX [F-2], WATS [W-1], CCSA [C-14], TIE LINE [T-3], Exchange Network, DICTATION [D-3]
or PAGING [P-1].

Operating Procedure
MISCELLANEOUS TRUNK RESTRICTION is accomplished via system data programming at the
MAINTENANCE ADMINISTRATION TERMINAL (MAT) [M-18].

Service Conditions
1.

2.

3.
4.

5.

6.
7.

8.

Restricted call attempts can be either:
a.) intercepted by the Attendant,
b.) reorder tone can be initiated back to the originating user,
c.) user can be connected to an announcement informing the user of the restricted call attempt, or
d.) prompted for Authorization Code.
Station line access to a given miscellaneous trunk group is controlled by assigning a Route Restriction
Class (RSC) to each line. There can be a maximum of 15 different RSCs (RSC1-15) per TENANT [T-12],
each of which can be programmed to restrict an assigned station from none, one, or more than one
miscellaneous trunk group.
If the user's class of service allows outgoing route completion via the ATTENDANT CONSOLE [A-3],
the user can dial “0” to reach the Attendant for completion of miscellaneous trunk calls.
The CALL TRANSFER - ALL CALLS [C-11] feature will operate as follows:
a.) if the restricted station is the controller, this station cannot add a trunk from which this station is
restricted.
b.) if the restricted station line is not the controller, the controller cannot connect the restricted station
line to a trunk from which the station is normally restricted.
Two outgoing trunk group restriction tables are provided per system. The Direct Dial Access table is
indexed when a user dials the trunk group access code and the ATTENDANT CONSOLE [A-3] table is
indexed on Attendant completed calls. The restriction options per RSC can differ per table, thus allowing
Attendant completion of outgoing calls for restricted stations.
NIGHT SERVICE [N-1, 2]: Restrictions can be changed for a given station when the system is switched
to the Night mode of operation.
CALL TRANSFER - ALL CALLS [C-11]: If a restricted user calls another station, the called station
cannot use the CALL TRANSFER feature to connect the calling station to a trunk group to which the
restricted station is denied dial access. If transfer is attempted, the controlling station is rung back.
TIE LINE ACCESS [T-3]: If the user accesses a TIE trunk at a distant PBX, access to outside exchanges
can only be controlled by the distant PBX.

Interactions
If other services are being used [such as SMDR, toll restriction, and/or LCR (S)], refer to those feature descriptions,
as other commands may be required that are not listed.

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Miscellaneous Trunk Restriction

M-3

Programming
STEP 1:

STEP 2:

ASYD - System Data 2, Index 1, Bits 4 & 5. Should a restricted station be routed to the Attendant
Console or receive reorder tone?
Reorder Tone: Bit 4 = 0, Bit 5 = 0.
Attendant Console: Bit 4 = 1, Bit 5 = 0.
ARSC - Follow the procedure for [M-2] MISCELLANEOUS TRUNK ACCESS [M-2]. By assigning
the ARSC command, restrict RSCs from receiving certain routes. RRI 3: RES must be “2” if call
restriction to go to ATTCON. Then assign the restricted RSCs to stations via the ASDT or ASCL
command. When assigning the ARRC command, restrict incoming TIE lines from accessing certain
routes.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ARSCN - Follow the procedure for [M-2] MISCELLANEOUS TRUNK ACCESS [M-2]. By
assigning the ARSC command, restrict RSCs from receiving certain routes. RRI 3: RES must be “2” if
call restriction to go to ATTCON. Then assign the restricted RSCs to stations via the ASDT or ASCL
command. When assigning the ARRC command, restrict incoming TIE lines from accessing certain
routes.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Page 469

M-4

Multiple Console Operation

M-4

Multiple Console Operation

General Description
This feature allows one or more ATTENDANT CONSOLEs [A-3] to operate within the same system.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.

3.

4.

5.
6.
7.

8.

The maximum number of consoles per PIM is 4.
The maximum number of consoles allowable per system is:
1 IMG:
16
4 IMG/IPX-U: 60
Each incoming call is displayed on an ATTENDANT CONSOLE [A-3], whether idle or busy. If all
Attendants are involved in processing calls when another Central Office call arrives, the CALL WAITING
LAMP [C-13] will light on all ATTENDANT CONSOLE [A-3]. This is a switched loop Attendant
operation.
If one of the ATTENDANT CONSOLE [A-3] enters the night mode, all calls addressed to the Attendant
will be directed to the other ATTENDANT CONSOLE [A-3]. However, the ATTENDANT CONSOLE
[A-3] that has entered the night mode must complete processing of all calls already connected to it's loops.
A station can be connected to only one Attendant loop at a time. Any attempt at establishing multiple
connections will result in reorder tone being sent to the Attendant.
INTER-POSITION TRANSFER [I-5] is used to transfer calls between ATTENDANT CONSOLE [A-3].
Two methods of operation are available for placing the system (or tenant group) into the night mode:
a.) All ATTCON Change System Day to Night: When all ATTENDANT CONSOLE [A-3] press the
NITE key, the system (or associated TENANT [T-12]) enters the night mode. Night to Day:
When one ATTENDANT CONSOLE [A-3] releases the NITE key, the system (or associated
TENANT [T-12]) enters the day mode.
b.) Primary ATTCON Change System Day to Night: When the designated primary ATTENDANT
CONSOLE [A-3] presses the NITE key, the system (or associated TENANT [T-12]) enters the
night mode. If an ATTENDANT CONSOLE [A-3] other than the primary console presses the
NITE key, only that console enters the night mode. Night to Day: When the primary
ATTENDANT CONSOLE [A-3] releases the NITE key, the system (or associated TENANT [T12]) enters the day mode.
The automatic distribution of Attendant seeking calls is not provided (see Call Queuing). Any
ATTENDANT CONSOLE [A-3] assigned to the same tenant can answer a particular call; an exception is
an INTER - POSITION TRANSFER [I-5] directed call.

Interactions
1.
2.
3.

Page 470

See ATTENDANT CONSOLE [A-3] for information regarding a single Attendant Console and system
features provided to the Attendant Consoles. The Attendant Console must first be provided.
For each tenant, only one type of Attendant Console system can be assigned, either normal or Primary
Attendant Console system.
ASAT must be programmed for INTER-POSITION TRANSFER [I-5].

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Multiple Console Operation

M-4

Interactions (cont’d)
4.

5.

When more than one Attendant Console is installed, a Primary Attendant Console may be assigned
(AMAT command). This Attendant Console will control the implementation of DAY/NIGHT CLASS OF
SERVICE [D-15].
If the Primary Attendant places the system into Night mode, the Night LED on the other consoles do not
light.

Programming
STEP 1:

STEP 2:

STEP 3:
STEP 4:

STEP 5:
STEP 6:

STEP 7:
STEP 8:

ASYD - System Data 1, Index 9. Assign the number of Attendant Consoles in the system. This
provides information to the ASAT command.
System Data 2, Index 2, Bit 2. Is this a Primary ATTCON system? 0/1: No/Yes. (When Primary goes
into Night, tenant goes into Night.)
System Data 2, Index 2, Bit 3. Is this a normal ATTCON system? 0/1: No/Yes. (When all Attendant
Consoles go into Night, tenant goes into Night.)
ATRK - To assign the Attendant Console: LEN # = MG, and UNIT. The Line Group is always 20 and
the Level is either 0 or 1. Assign as Route 901. Also assign a Service Feature Class (SFC 0) and a
Route Restriction Class (RSC 0) to the Attendant Console.
ASAT - Assign a specific Attendant Number to the Attendant Console. See INDIVIDUAL
ATTENDANT ACCESS [I-6].
AMAT - Assign one of the Attendant Consoles to serve as the Primary Attendant Console. This service
is assigned on a tenant basis. The Attendant Number will correspond to the Trunk number of that
specific console.
MBTK - Make Idle the Attendant Console trunk.
ATNR - Allow tenant-to-tenant connection for Inter- and Intra-tenant basis. Assign Tenant Restriction
Index (TRI) 1 for station-to-station calling; TRI 1 for Call Forwarding, TRI 3 for Call Forwarding set
by the Attendant Console; TRI 4 for Incoming calls to the Attendant Console.
ASFC - Allow SFC 0 to all needed features.
ARSC - Allow RSC 0 access to all routes via RRI 0, 1, 2 and 3.

NEAX2400 IPX Feature Programming Manual
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Page 471

M-7

Music On Hold

M-7

Music On Hold

General Description
This feature allows a party to hear music while in the CALL HOLD [C-6], CALL TRANSFER [C-10, 11], or
ATTENDANT CAMP-ON WITH TONE INDICATION [A-1] conditions.

Operating Procedure
No manual operation is required for this software controlled feature.

Service Conditions
1.
2.
3.
4.

5.
6.

7.
8.

The system is capable of supplying two switch-selectable music channels. Music is generated by 3
synthesizers included in the package.
If another music source (tuner, tape-deck, etc.) is desired, it must be customer provided.
Only one music source can be provided per system.
The held call condition can be the result of:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
CALL HOLD
[C-10]
CONSULTATION HOLD - ALL CALLS
[C-17]
SPLITTING
[S-4]
Attendant Hold
Only one music source, either customer-provided or internal, can be provided per system (system option).
ATTENDANT CONSOLE [A-3]: Attendant operations resulting in music to be provided to the calling
party include the following:
a.) The calling party or the remaining party (not talking with the Attendant) hears music, if the
Attendant splits a call prior to completion or after answering an Attendant recall.
b.) When incoming calls to the Attendant are answered and the Attendant presses the HOLD key, the
held party hears music.
c.) When the Attendant camps on a call to a busy station, the calling party is connected to music until
the called party answers or the Attendant reenters the switched loop.
When a user in a two-party talking connection switch hook flashes, the second party is placed on hold and
is connected to music.
When activating this feature via the FCCS network, when either the internal or the external source is used,
it is recommended to set the source as the same MOH at each node for the node-to-node connection, since
the node that controls MOH varies depending on the connection pattern.

Interactions
1.
2.
3.

Two types on MUSIC-ON-HOLD (MOH) exist; internal source MOH and external source MOH.
The input to the system is an 8-ohm output from the external music source. An 8-ohm music source is a
typical input to an 8-ohm speaker.
An external MOH source is connected to the EMA circuit card with 16 PH EXALM CA cable.

Programming
ASYD - System Data 1, Index 64, Bit 7. Is MUSIC-ON-HOLD in service? 0/1: No/Yes.

Page 472

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Meet-Me Paging - Attendant

M-11

M-11

Meet-Me Paging - Attendant

General Description
This feature allows an Attendant to hold an incoming call, page the called party, and connect the two after the called
party has answered the page.

Operating Procedure
Procedure 1
To page

1.
2.
3.
4.
5.

Place the incoming call on hold by pressing the HOLD key.
The Attendant seizes an idle loop.
The Attendant dials the paging access code; receives continuous ringback tone for 1 second.
The Attendant pages the desired party.
The Attendant presses the RELEASE key.

To answer

1.
2.
3.
4.

The paged party dials the PAGE answer code; receives ringback tone.
Ringing is heard at console. After the call is answered (on loop), the Attendant and paged party converse.
The Attendant presses the loop of the held outside call.
The Attendant presses the RELEASE key to connect both parties.

Procedure 2
To page

1.
2.
3.
4.

The Attendant answers incoming call.
The Attendant dials the paging access code; receives 1 second of ringback tone.
The Attendant pages the desired party.
The Attendant presses the RELEASE key.

To answer

1.
2.

Paged party dials the PAGE answer code and is directly connected to the holding party.
OR
Paged party dials the PAGE answer code and the individual Attendant number and receives ringback tone.
The Attendant and the paged party converse. The Attendant presses the loop key of the held outside call.
The Attendant presses RELEASE key to connect both parties.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.

If operating Procedure 2 is used, a maximum of six (6) routes can be provided with paging trunks.
If Procedure 1 is used, the limitation of routes is based on the number of COT cards equipped.
Paging equipment is customer provided.
One paging trunk (COT) will be assigned to each route.
If Procedure 2 is used, only one held call waiting for a paged party can be held at a time at the console.
Paging access and answer codes are assigned to correspond with each route.
The maximum number of digits that can be used as a PAGE access and/or answer code is 3.
The type of Paging service provided on a system basis is programmed via the MAINTENANCE
ADMINISTRATION TERMINAL (MAT) [M-18] into the system data base.

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M-11

Meet-Me Paging - Attendant

Service Conditions (cont’d)
9.
10.

11.

12.
13.
14.
15.
16.
17.
18.
19.

20.

Page 474

A Page waiting to be answered is automatically cancelled after a predetermined programmed duration. See
VARIABLE TIMING PARAMETERS [V-1] for selectable timing choices.
Loop signaling is the recommended signaling type.
a.) Both MEET-ME PAGING and PAGING ACCESS [P-1] (loudspeaker - basic) can be provided in
the same system.
b.) A separate access code for MEET-ME PAGING and PAGING ACCESS [P-1] is required for the
same paging zone.
c.) A paging answer code is required for each MEET-ME PAGING zone.
d.) The maximum number of answer back ports is limited to the number of paging zones (20
maximum). These answerback ports are used for RADIO PAGING [R-16] service also.
e.) ALL ZONE PAGING [A-53] cannot be used with MEET-ME PAGING.
f.) Paging over the loudspeaker system is limited to paging from a station, an ATTENDANT
CONSOLE [A-3] or a TIE trunk. Callers on outside CO trunks must make arrangements with an
Attendant or a user to have paging performed.
g.) Direct access (key) to paging from the ATTENDANT CONSOLE [A-3] is not available.
h.) The Attendant cannot dial the paging answer codes.
CALL TRANSFER - ALL CALLS [C-11]: A user can flash and place a second party on hold, hear special
dial tone, and dial the paging access code. The Paging Transfer (and use of loudspeaker paging system
with a party on hold) is allowed, unless denied by the Class of Service of the user's line.
Central Office trunks are used as interface circuits to the Paging equipment.
BUSY VERIFICATION [B-3]: Busy Verification is denied on a station line that is connected to paging
equipment. Attempts to busy-verify a station line will result in the Attendant hearing reorder tone.
ATTENDANT-CONTROLLED CONFERENCE [A-2]: When a conference call is established, an
Attendant cannot connect the conference connection to paging loudspeakers.
CALL WAITING [C-12, 31]: A call is not allowed to wait on a line that has accessed loudspeaker paging
(making a page). The user hears reorder tone.
EXECUTIVE RIGHT-OF-WAY [E-1] is denied to a station line connected to loudspeaker paging. The
user receives reorder tone.
ATTENDANT CAMP-ON [A-1] is not allowed on a line that has accessed loudspeaker paging. The user
receives reorder tone.
THREE-WAY CALLING [T-2] is not allowed after the paged party has been connected to the originating
station.
Delayed or non-Delayed operation are the two methods for answer back, either can be selected.
a.) Delayed Operation: The paging party goes on-hook to wait for the paged party to answer back.
b.) Non Delayed Operation: The paging party remains off-hook to wait for the paged party to answer
back.
The paging trunk remains in a busy state, while the paging party remains unanswered (e.g., the paging
answer code has not been dialed). The paging answer back state will be cancelled after a programmable
time-out period, if the answer code is not dialed within the prescribed interval, releasing the paging trunk
and the paging party as well, if still in the off-hook mode.

NEAX2400 IPX Feature Programming Manual
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Meet-Me Paging - Attendant

M-11

Interactions
1.

2.

3.
4.
5.

6.

7.

MEET-ME PAGING and PAGING ACCESS [P-1] can be provided simultaneously in the same system.
ARTD, CDN 6:TCL must be assigned as data “8” for MEET-ME PAGE, while PAGING ACCESS routes
may be assigned as data “11”, General Page, or as data “1”, DDD. Separate access codes for each feature
is required. MEET-ME PAGING answer and cancel codes are required for each MEET-ME PAGING
zone.
MEET-ME PAGING is limited to stations and Attendant Consoles. CO trunks, TIE LINE ACCESS [T-6]
or REMOTE ACCESS TO PBX SYSTEM [R-2] calls must have the Attendant or user perform the Paging
operation.
The Attendant Console cannot dial the MEET-ME PAGING answer codes.
BUSY VERIFICATION [B-3] and EXECUTIVE OVERRIDE [E-1]: These features will be denied for a
connection, including the Paging route.
DELAY OPERATION: The Attendant Console is connected to party B.
a.) The Attendant dials the MEET-ME PAGE route access code. When connected to the Page trunk,
the Attendant requests Station C to dial the MEET-ME PAGE answer code. The Attendant
presses RELEASE key. When Station C dials the answer code, Party B is connected to Station C.
OR
b.) The Attendant presses the HOLD key, then seizes an idle loop and dials the MEET-ME PAGE
route access code. After the paging, the Attendant presses the RELEASE key. When Station C
dials the answer code, Station C terminates to an idle loop key on the Attendant Console. The
Attendant answers and places this call on hold, then sequentially presses the two held loop keys.
This connects the Attendant to the party connected to the first pressed loop key. The Attendant
can either press the TALK key, creating a THREE-WAY CALLING [T-2] connection, or press
the RELEASE key, allowing Party B and Station C to be connected. If Station C does not call the
MEET-ME PAGE answer code within 30 seconds, Party B rings back to the Attendant Console.
Normal operating indications are applied.
Stations and Attendant Consoles allowed Priority Page, SFI = 57, will barge into the Paging route, except
when the Attendant Console is paging. An access code to Priority Page must be assigned in ASPA, SRV
= SSC (Service Code), SID 40, and assigned for a Connection Index of Normal (N).
To answer the MEET-ME PAGE while connected to another party, CALL HOLD [C-6] must be used.
THREE-WAY CALLING [T-2] is not allowed.

Programming
STEP 1:

ASYD - System Data 1, Index 73, Bits 0 & 1.
For MEET-ME PAGE, assign non-Delay service, Bit 0 = 1, Bit 1 = 0.
For MEET-ME PAGE, assign Delay service, Bit 0 = 0, Bit 1 = 1.
For MEET-ME PAGE, assign Delay service with CALL TRANSFER, Bit 0 = 1, Bit 1 = 1. See
PAGING TRANSFER [P-10].
System Data 1, Index 73, Bit 3. Are PAGE cancel codes provided for each route? 0/1: Per route/
Common to all routes.
System Data 1, Index 73, Bit 7. Attendant Console operation, 0/1: Connect two parties directly when
paged party dials PAGE answer code/Paged party terminates on an idle Attendant Console loop key,
then the Attendant presses both loop keys to connect the two parties.
SYS1, Index 74, Bits 0-3. Assign the cancel timer for unanswered page. Assign data 00H for 30
seconds.
(0-F + 1) x 30 = Cancel Timer.

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M-11

Meet-Me Paging - Attendant

Programming (cont’d)
STEP 2:

STEP 3:
STEP 4:
STEP 5:

STEP 6:

STEP 7:

STEP 8:
STEP 9:

Page 476

ARTD - Assign the Paging route as shown below:
RT: 1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:8
7-L/T
:1
8-RLP
:2
15-LSG
:0/1
ATRK - Assign the LENs, Paging Trunk Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the Paging trunks.
ANPD - Reserve levels for trunk access and for PAGE answer and cancel codes. Assign the trunk
access level Connection Indexes, CI = N, H; Normal (N) and Hooking (H). Number of Necessary
Digits is usually 1 or 2. Busy Lamp Field is not activated. If the PAGE answer and cancel codes reside
in a level reserved for features, then assign according to a predetermined numbering plan. If the PAGE
answer and cancel codes reside in a separate level, then assign a Connection Index (CI) of Normal (N)
only. The Number of Necessary Digits is usually two, and the Busy Lamp Field is off.
ASPA - For the Page trunk access code, assign the access code in the level as assigned in ANPD
above. Type of Service, SRV = OGC (Outgoing Call) for Outgoing trunks, Assign for Connection
Indexes (CI) of Normal (N) and Hooking (H). For the Page Route answer and cancel codes, assign the
access code in the level assigned in ANPD. Type of Service, SRV = PAGA (Paging Answer) and SRV
= PAGC (Multiple Announcement Service). Assign the proper route number that is associated with
this code. Assign a Connection Index of Normal (N).
ARSC - Allow access to the paging route to the RSC of the Attendant Console in Route Restriction
Indexes (RRI) 2 & 3. To the RSC of the responding station, allow access to the incoming trunk in RRI
0 & 1.
ASFC - Assign a Service Feature Class (SFC) that allows SFI 38, MEET-ME PAGE to the stations
that will answer a MEET-ME PAGE.
ARRC - Allow trunk-to-trunk connection between the Paging route and the incoming/outgoing route.
Assign for ARI-A-RES, via the Attendant Console. The incoming/outgoing route would be the party
being held at a station or Attendant Console wishing to speak to the party for whom the MEET-ME
PAGE is intended.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Maintenance Printout

M-15

M-15

Maintenance Printout

General Description
The NEAX2400 IPX can provide a hard copy of maintenance and system management data via the
MAINTENANCE ADMINISTRATION TERMINAL (MAT) [M-18] printer.

Operating Procedure
Refer to the NEAX2400 IPX Office Data Specification.

Service Conditions
The following hard copy reports can be obtained

1.

2.
3.
4.

History printout for command execution: When the command is executed, the following information will
be printed
• Office Name
• Command Name
• Date and time of execution of the specific command.
• Parameter date and other information typed in by MAT [M-18] operator.
• Date and time of command completion.
System Message printout: The system message will be printed automatically, and/or when the command
is executed.
Traffic and Peg count printout: The traffic and peg count will be printed automatically by request from the
MAT [M-18].
Office Data printout: The office data lists can be printed to include telephone number list, trunk data list,
and access code data list.

Interactions
1.
2.
3.
4.

5.

All other printouts are automatically printed in conjunction with the operation of the MAT or in requesting
Traffic Data. See MAINTENANCE ADMINISTRATION TERMINAL [M-18].
The MAINTENANCE PRINTOUT as described will be assigned to Port 1.
If Port 1 is used for MAINTENANCE PRINTOUT, another port must be used for REMOTE
MAINTENANCE [R-7].
For Automatic MAINTENANCE PRINTOUT via the MAT, assign the MAT port in System Data 1, Index
116 as data 42H. Assign the destination of System Messages in Index 39 as Port 0. Index 86, Bits 4 & 7
assigned as data “1”.
Indexes 116 - 123, which were used for IOC port attribute data assignment, are assigned in the AIOC
command.

Programming
STEP 1:

ASYD - System Data 1, Index 38, Bits 0-7. Each Bit represents a corresponding I/O port. Designate by
programming which port will accommodate a printer. Port 0, Bit 0 is always an MAT.
System Data 1, Index 39, Bits 1-7. Each Bit represents a corresponding I/O port. Designate the
destination of System Messages by programming which port will receive the Maintenance Printout.
Port 0, Bit 0 is always a MAT.

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M-15

Maintenance Printout

Programming (cont’d)
System Data 1, Index 86, Bit 4. Fault Information automatic printout of System Messages? 0/1: No/
Yes.
System Data 1, Index 86, Bit 7. Are simplified or detailed System Messages required? 0/1: Simplified/
Detailed.
System Data 1, Index 117-123. Each index represents an I/O port. Program the following Bits:
0, 1, & 2.
001:
Printer*
010:
MAT
Bit 7: Password Function 0/1:-/In Service.
STEP 2: AIOC - Assign System Message Output as “IN” for all ports requiring Automatic System Message
Printout.
Note: For a System Message Printer, assign these Bits only.

Page 478

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Maintenance Administration Terminal (MAT)

M-18

M-18

Maintenance Administration Terminal (MAT)

General Description
This feature provides a man-machine interface, using a personal computer, to accomplish such items as on-line
system programming of station and trunk data, traffic information, fault condition analysis, and testing of operating
programs.

Operating Procedure
Refer to the NEAX2400 IPX Office Data Specification.

Service Conditions
1.
2.

3.
4.
5.
6.

7.

8.

9.
10.

When used in conjunction with the NEAX2400 IPX Office Data Specification, it enables the user to
perform individual maintenance and/or administration functions as required.
The following functions may be performed from the MAT:
a.) office data assignment and change
b.) loading of office data stored on a floppy disk
c.) station, trunk, and operations (peg count) data display
d.) fault data display
e.) REMOTE MAINTENANCE [R-7].
The above maintenance functions can be performed on site or at a remote location (see REMOTE
MAINTENANCE [R-7]).
A maintenance printout of all transactions can be provided, along with fault data and peg count data.
The maximum distance between the MAT and the switching equipment is 50 feet (15m) without a modem.
The following traffic data can be either printed out on the printer or output to the MAT hard disk. The
traffic data field in the hard disk will be copied to the floppy disk.
a.) calls per station
b.) calls per route
c.) station peg count
d.) Attendant Console peg count
e.) route peg count
The history of MAT usage can be output to the printer or MAT printer by entering the USER NAME and
ID CODE when using, depending on the system data. This feature is called Audit Trail to Track the Mat
Usage.
When Audit Trail to Track the MAT Usage is used:
a.) A maximum of 15 USER NAMEs can be assigned.
b.) The maximum digits of the USER NAME is 16, and those of the ID CODE is 8.
c.) The USER NAME and ID CODE can be assigned using figures (0-9) and letters (A-Z).
d.) A maximum of 128 System Messages can be stored. However, if other failure messages are
output, the stored number for Audit Trail to Track the Mat Usage service will decrease.
e.) If more than 128 System Messages are output, the exceeded messages will not be stored.
f.) When a System Message is printed out, that information remains as OLD information.
If wrong ID CODEs are entered several times assigned by system data, the I/O port used for the
corresponding MAT will be locked out. This feature is called Lock Out Maintenance Port.
When Lock Out Maintenance Port service is used:
a.) A maximum of 15 USER NAMEs can be assigned.

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Page 479

M-18

Maintenance Administration Terminal (MAT)

Service Conditions (cont’d)
b.) The maximum digits of the USER NAME is 16, and those of the ID CODE is 8.
c.) Lock Out information is output with the information of the USER NAME, date, time, and IOC
port used as System Message.
d.) A maximum of 128 System Messages can be stored. However, if other failure messages are
output, the stored number for Audit Trail to Track the Mat Usage service will decrease.
e.) If more than 128 System Messages are output, the exceeded messages will not be stored.
f.) When a System Message is printed out, that information remains as OLD information.
11. Multiple MAT connection is available via RS-232C or TCP/IP interface. The allowed MAT number is as
follows:
• RS-232C: Maximum of 2
• TCP/IP:
Maximum of 4 Note
Note: The number of ports provided by TCP/IP is a maximum of 5. For this reason, if the ports (2 or more ports)
are occupied by other applications (SMDR, MCI, OAI, MIS, etc.), the allowed MAT number is restricted as
shown below:

12.

TOTAL APPLICATIONS USED

MATS ALLOWED PER SYSTEM

0

4

1

4

2

3

3

2

4

1

The number of ports for TCP/IP is 21. Therefore, restrictions are lifted to use multiple MATs (regardless
of the number of other applications used). A maximum of 4 MATs may be connected per system.

Interactions
1.

2.

AUIDN must be assigned before allowing the password function in the ASYD command. If password is
allowed in ASYD, before AUIDN is assigned, error message 0550, the PASSWORD NOT YET
ASSIGNED will be displayed.
Deletion of a password must begin with ASYD, System Data 1, Index 116, and then the AUIDN
command.

Programming
STEP 1:
STEP 2:

AIOC - Assign the attribute data of the IOC port.
Assign Terminal Configuration data (Serial Settings / TCPIP Settings) in the PBX Administration
menu.

FCCS Programming

STEP 1:

Page 480

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
Assign Terminal Configuration data (Serial Settings / TCPIP Settings) in the PBX Administration
menu. Assign the Fusion Point Code of the destination switched in.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Message Reminder

M-19

M-19

Message Reminder

General Description
This feature allows a single-line telephone to leave a MESSAGE REMINDER at the called Dterm set.

Operating Procedure
To send a message from a single-line telephone

1.
2.
3.
4.

Dial the desired internal D term station; receive ringback tone or busy tone.
Press switch hook; receive special dial tone.
Dial the MESSAGE REMINDER access code; receive service set tone.
At the called Dterm, the MSG LED will light to indicate a message has been set.

To review messages

1.

Press the MSG key; the LCD displays:
Calling Station

hr.

min.

MESSAGE XXXXXXXXXXXX XX: XX
(Time Display)

Note:

AM/PM
AM

When the station number exceeds 12 digits, MSG is not displayed.

To return the message

1.
2.

Lift handset or press SPEAKER key while the message is displayed.
Press the MSG key; calling station is automatically redialed.

Service Conditions
1.

2.
3.
4.
5.
6.
7.
8.
9.
10.

This service feature is available only when the called party is a D term set, which has the MSG key. If a
message is directed to a Dterm that does not have the MSG key or a single-line telephone, the calling station
will hear reorder tone.
A message can only be sent if the called station is in the idle or busy condition.
A message cannot be sent to a Dterm engaged in calling or recalling from CALL TRANSFER - ALL
CALLS [C-11], or from CONSULTATION HOLD - ALL CALLS [C-17].
A maximum of four messages may be received at any one Dterm. If a fifth message is attempted, the reorder
tone will be transmitted to the calling party.
A message can be displayed at the called Dterm only when the station is on-hook.
A message may be cleared by displaying the message and pressing the “*” or “#” key on the called Dterm's
keypad. This is selected via system data.
A message is cleared when it is obtained via the MSG key.
A second message sent by the same telephone set is not restricted and is registered as a second unique
message. The same applies to the third and fourth messages.
Messages are set to the call forwarded station when the called station sets CALL FORWARDING - ALL
CALLS [C-5] or CALL FORWARDING - BUSY/DON'T ANSWER [C-2, 3].
In case the called Dterm station is in a hunting group, the message will be set to the first selected station in
the hunting group when all stations are busy. The message will be set to the ringing station in the hunting
group when any station is idle.

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M-19

Message Reminder

Service Conditions (cont’d)
11.
12.
13.

When the call is in the UCD queue, the MESSAGE REMINDER service is not provided.
A maximum of 32 digits can be saved at the called party.
To memorize the telephone number of the calling station, assign SYS1, index 641, b0=1 by the ASYDN
command.

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:

ASYD - System Data 1, Index 17, Bit 0.
Single-line stations able to use VOICE CALL [V-2D] and MESSAGE REMINDER features to a Dterm
while hearing ringback tone? 0/1: Restricted/Allowed.
System Data 1, Index 80, bit 1. Key for message cancel? 0/1: “#” key / “*” key.
ASFC - Assign the single-line stations a feature class that allows SFI: 53, Message Reminder.
ANPD - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B). Assign NND in accordance with predetermined Numbering Plan.
ASPA - Assign an access code to Message Reminder; assign SRV = SSCA (Service Code Appendix),
SIDA = 42; assign Hooking (H), and Busy (B).

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B). Assign NND in accordance with predetermined Numbering Plan.
STEP 2: ASPAL - Assign an access code to Message Reminder; assign SRV = SSCA (Service Code
Appendix), SIDA = 42; assign Hooking (H), and Busy (B).
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

Page 482

NEAX2400 IPX Feature Programming Manual
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Message Reminder - Dterm

M-19D

Message Reminder - Dterm

M-19D
General Description

This feature allows a Dterm to leave a MESSAGE REMINDER at another Dterm.

Operating Procedure
To send a message from a D term

1.
2.

Dial the desired Dterm station, receive ringback tone or busy tone.
Press the MSG key; the LCD displays:
Called Station
MESSAGE SET
(Time Display)

3.

XXXX

Service set tone is heard.
At the called Dterm, the MSG LED will light to indicate a message has been set.

To review the messages

1.

Press the MSG key; the LCD displays:
Calling Station

hr.

min. AM/PM

MSG XXXXXXXXXXXX
XX: XX
(Time Display)
Note:

AM

When the station number exceeds 12 digits, MSG is not displayed.

To return the message

1.
2.

Lift the handset or press the SPEAKER key while message is displayed.
Press the MSG key; the calling station is automatically redialed.

Service Conditions
1.

This feature is only available between two Dterm sets, both of which have the MSG key. If a message is
directed to a D term that does not have the MESSAGE REMINDER feature, the calling station's LCD
displays:
MESSAGE REST
(Time Display)

2.
3.
4.

Messages can only be sent if the called station is in the idle or busy condition.
Messages cannot be sent while engaged in calling and recalling from CALL TRANSFER - ALL CALLS
[C-11] and from CONSULTATION HOLD - ALL CALLS [C-17].
A maximum of four messages may be received at any one Dterm. If a fifth message is attempted, the LCD
will display:
MESSAGE BUSY
(Time Display)

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Message Reminder - Dterm

M-19D

Service Conditions (cont’d)
5.

Messages can be displayed only when the station is on-hook. A message may be cleared by displaying the
message and pressing the “*” or “#” key on the called Dterm's key pad.
A message is cleared when it is obtained via the MSG key.
Messages cannot be cleared by the message sender.
A second message sent by the same calling D term is registered as a second unique message. The same
applies to the third and fourth messages.
If a message is returned to an unattended station, the telephone number may be stored as a LAST
NUMBER DIALED [L-6], SAVE AND REPEAT [S-24], or a new MESSAGE REMINDER may be sent.
Messages are sent to the forwarded-to station, which is set by CALL FORWARDING - ALL CALLS [C5] or CALL FORWARDING - BUSY/DON'T ANSWER [C-2, 3].
Messages cannot be sent to a UCD [U-1] station when all stations in the UCD group are busy.
Messages are sent to a dialed station when all stations in a Station Hunting (Circular) group are busy.
If CALL WAITING - ORIGINATING [C-31] automatic operation is in service, it will supersede this
service. If a third station calls and receives busy tone, MESSAGE REMINDER - Dterm cannot be set.
A maximum of 32 digits can be saved at the called party.
To utilize the telephone number of the calling station, assign SYS1, Index 641, b0=1 by the ASYDN
command.
For the FCCS network, when using this feature with a Dterm Series E, the following circuit cards are
recommended:

6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.

FUNCTION NAME

CIRCUIT CARD

16ELC

PA-16ELCJ

DAI

PA-DAIG, PA-DAIH, PA-DAIJ

2DAI

PA-2DAIK

DRU
If the Dterm

Series III is accommodated on one of these circuit cards, a telephone number is indicated by the
first eight digits only.
17. The setting station in the FCCS network must provide telephone numbers for this feature.
18. Message (telephone number) is cleared by the circuit card initialization or the system initialization.
19. Memory clear is necessary before reprogramming of station data and before using Follow Phone service.

Note:

Interactions
If CALL WAITING-ORIGINATING [C-31] automatic operation is in service, it will supersede MESSAGE
REMINDER-Dterm. If a third station calls and receives busy tone, MESSAGE REMINDER-Dterm can be set.

Programming
For Single-Line Sets

STEP 1:

STEP 2:

Page 484

ASYD - System Data 1, Index 17, Bit 0.
Single-line stations able to use VOICE CALL [V-2D] and MESSAGE REMINDER features to a Dterm
while hearing ringback tone?
0/1: Restricted/Allowed.
ASFC - Assign the single-line stations a feature class that allows SFI: 53, Message Reminder.

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Message Reminder - Dterm

M-19D

Programming (cont’d)
STEP 3:
STEP 4:

ANPD - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B). Assign NND in accordance with predetermined Numbering Plan.
ASPA - Assign an access code to Message Reminder; assign SRV = SSCA (Service Code Appendix),
SIDA = 42; assign Hooking (H), and Busy (B).

For Dterms

ASYD - System Data 1, Index 80, Bit 1. Message Reminder Cancel Key (for Dterm) 0/1 = * Note
AKYD - Assign the station according to the following parameters:
TN:
1
STN: Station Number
TP:
Type of Dterm 0/1:
RING:
0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.
KYN: Key Number (1-40)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Not assigned for Feature Key
FKY: Feature Key Number
FKY = 6, MESSAGE REMINDER-Dterm
STEP 7: ASYD - System Data 1, Index 80, Bit 1.
Assign a cancel key for MESSAGE REMINDER. 0/1: #/ Note
term
Note: D
s with a MESSAGE REMINDER key do not require the Service Feature Class assignment. Only singleline sets require the ASFC assignment.
STEP 5:
STEP 6:

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B). Assign NND in accordance with predetermined Numbering Plan.
STEP 2: ASPAL - Assign an access code to Message Reminder; assign SRV = SSCA (Service Code
Appendix), SIDA = 42; assign Hooking (H), and Busy (B).
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Page 485

Multiple Line Operation - D term

M-20D

M-20D

Multiple Line Operation - Dterm

General Description
This feature allows for the appearance of multiple lines on the programmable line/feature keys of the D term set.

Operating Procedure
No manual operation is required.

Service Conditions
1.

2.
3.
4.
5.

Three kinds of lines can appear on Dterms:
MY Line (ML):
This line is associated with the extension number assigned to the port on the
interface circuit.
Prime Line (PL): This line is given priority for outgoing and incoming calls. The prime line is
automatically seized when going off-hook.
Sub Line (SL):
This line designates any other line appearing on a Dterm. (The MY Line will
serve as a prime line, unless differentiated in system data programming).
If a feature is activated that can trigger an AUTOMATIC RECALL [A-8], only the station being recalled
will ring, and the associated line lamp will rapid wink. Other Dterm stations will display that line as busy.
All sublines of a Dterm must be located in the same Module Group as the Dterm MY Line.
A virtual line (Software Line Appearance [S-33]), single line telephone or D term can be assigned to the
subline.
CALL BACK - Dterm - [C-1D] and OUTGOING TRUNK QUEUING - Dterm - [O-2D] are available from
the My-Line of a Dterm.

Interactions
1.

2.

Sublines can belong to another station, or be a virtual/software line appearance. Sublines will operate
under the restrictions of the MY Line. Sublines must be located within the same Module Group as the MY
Line when assigning ASYD, System Data 1, Index 321, bit 0 as “0.”
Multi Line service in the Inter-Module Group under the control of one LP is available when assigning
ASYD, System DATA 321, bit 0 as “1.”

Programming
STEP 1:
STEP 2:

Page 486

ASDT - A LEN equipped with a Dterm Circuit Board must be assigned a station number and a
Telephone Equipment Class (TEC) of 12.
AKYD - Assign a MY Line, a Prime Line, and various sublines to the Dterms.
TN:
1
STN: Station Number
TP:
Type of D term 0/1:
RING: Assign ringing to the entire phone
0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment enables RG parameter
PL TN STN: Prime Line Tenant and Station Number
NEAX2400 IPX Feature Programming Manual
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Multiple Line Operation - D term

M-20D

Programming (cont’d)
KYN:
KYI:

KD:
TN STN:
RG:

Key Number (1-40)
Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
Not assigned for Feature Key
Tenant Number and Station Number of Multi-line
Ringing Assignment per Multi-line Appearance
0: No Ringing
1: Ringing in Day Mode Only
2: Ringing in Night Mode Only
3: Ringing in Day and Night Mode

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M-23

Message Waiting Lamp Setting - Attendant

M-23

Message Waiting Lamp Setting - Attendant

General Description
This feature permits an ATTENDANT CONSOLE [A-3] to set or cancel a Message Waiting indication on a station
provided with this feature.

Operating Procedure
To set a Message Waiting indication

1.
2.
3.
4.
5.

Press an idle loop key.
Dial the Message Waiting set code (up to 3 digits); receive special dial tone.
Dial the telephone number; receive service set tone.
Message Waiting indication is set.
Press the RELEASE key to return to an idle condition.

To cancel a Message Waiting indication

1.
2.
3.
4.
5.

Press an idle loop key.
Dial the Message Waiting cancel code (up to 3 digits); receive special dial tone.
Dial the telephone number; receive service set tone.
Message Waiting indication is cancelled.
Press the RELEASE key to return to an idle condition.

Service Conditions
1.
2.

The Message Waiting lamp on a single line telephone or a Dterm will be lit when this feature is activated.
When Message Waiting is set to a Dterm station, the LCD display indicates:
MW
(Time Display)

3.
4.
5.
6.

Page 488

Message Waiting cannot be set when the ATTENDANT CONSOLE [A-3] is in a consultation condition
with a station or trunk.
An Attendant attempting to set Message Waiting to a station where Message Waiting has previously been
set, will receive busy tone.
In a MULTIPLE CONSOLE OPERATION [M-4], if Message Waiting is set by one ATTENDANT
CONSOLE [A-3], it can be cancelled by another.
Message Waiting indications are cleared when the system is initialized.

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Message Waiting Lamp Setting - Attendant

M-23

Service Conditions (cont’d)
7.

When Call Indicator Lamp Note is controlled by MESSAGE WAITING LAMP SETTING - STATION
[M-30], the tone and display indication of the Attendant Console and Call Indicator Lamp of the station
are as follows, depending on the status of the station.
ATTENDANT CONSOLE
STATUS OF PREASSIGNED
STATION

Unused telephone number
Dead Level
Restricted station
Call Indicator
Lamp OFF

Idle Busy
Lock Out
Make Busy

Call Indicator
Lamp OFF set
from
Attendant

Call Indicator
Lamp ON set
from station

Call Indicator
Lamp ON set
from
Attendant

OPERATION

LCD

Cancelling
Setting

CALL
INDICATOR
LAMP STATUS

Telephone number

Reorder
Tone

Telephone number

Service Set
Tone

Telephone number

Service Set
Tone

ON

Service Set
Tone

OFF

Cancelling
Setting

TYPE OF
TONE

OFF
ON

Cancelling
Setting

Call Indicator
Lamp OFF set
from station

Cancelling
Setting

Busy Tone

ON

Call Indicator
Lamp ON set
from station

Cancelling

Service Set
Tone

ON

Setting

Telephone number

Telephone number

Busy Tone

Interactions
1.
2.
3.

For MESSAGE WAITING LAMP SETTING-ATTENDANT, an 8DLC/16ELC card is required.
An external power source is required to light a lamp for a single-line telephone. The Dterm uses an 80 VDC
power source. NEC stocks Lorain Model HSA3H, stock number 241440.
Only the Attendant can set and extinguish the Message Waiting Lamp.

Programming
STEP 1:

STEP 2:

STEP 3:

ANPD - Reserve a number level for feature access and cancel. Assign Connection Indexes, CI = N, H,
B; Normal (N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign
NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to activate MESSAGE WAITING LAMP SETTING-ATTENDANT
SRV = SSCA (Service Code Appendix); SIDA = 54 and to extinguish the MESSAGE WAITING
LAMP SETTING-ATTENDANT SRV = SSCA (Service Code Appendix); SIDA = 55. Assign the
Connection Status Index (CI) for Normal (N) service.
ASFC - Assign a Service Feature Class that allows SFI = 74 to the stations that will receive
MESSAGE WAITING LAMP SETTING-ATTENDANT.

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M-23

Message Waiting Lamp Setting - Attendant

FCCS Programming

STEP 1:

STEP 2:

Page 490

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
ANPDL - Reserve a number level for feature access and cancel. Assign Connection Indexes, CI = N,
H, B; Normal (N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign
NND in accordance with a predetermined numbering plan.
ASPAL - Assign an access code to activate MESSAGE WAITING LAMP SETTING-ATTENDANT
SRV = SSCA (Service Code Appendix); SIDA = 54 and to extinguish the MESSAGE WAITING
LAMP SETTING-ATTENDANT SRV = SSCA (Service Code Appendix); SIDA = 55. Assign the
Connection Status Index (CI) for Normal (N) service.

NEAX2400 IPX Feature Programming Manual
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Multiple Call Forwarding - Busy Line

M-24

M-24

Multiple Call Forwarding - Busy Line

General Description
This feature permits a call to a busy station to be forwarded, a maximum of five times, to preprogrammed idle
stations.
CF-B, 1st time

Busy
A

B

Call

S

Existing CALL FORWARDING - BUSY LINE [C-2] service
CF-B

CF-B
B

1st Time
Busy

Busy

2nd Time

A

C
CF-B
3rd Time

Call
Ringing
D
F
S

Idle

5th Time
CF-B

E

4th Time
CF-B

MULTIPLE CALL FORWARDING - BUSY LINE [M-24] service

Operating Procedure
To set from an individual station

1.
2.
3.

Lift the handset; receive dial tone.
Dial the specific CALL FORWARDING - BUSY LINE access code; receive special dial tone.
Dial the desired target telephone number; receive service set tone.

To cancel from an individual station

1.
2.

Lift the handset; receive dial tone.
Dial the specific CALL FORWARDING - BUSY LINE [C-2] cancel code; receive service set tone.

To set from the ATTENDANT CONSOLE [A-3]

1.
2.
3.

Press an idle loop key.
Dial the CALL FORWARDING - BUSY LINE [C-2] access code; receive special dial tone.
Dial the TENANT [T-12] number (2 or 3 digits).

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M-24

Multiple Call Forwarding - Busy Line

Operating Procedure (cont’d)
4.
5.

Dial the originating telephone number.
Dial the desired target telephone number; receive service set tone.

To cancel from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.

Press an idle loop key.
Dial the CALL FORWARDING - BUSY LINE [C-2] cancel code; receive special dial tone.
Dial the TENANT [T-12] number (2 or 3 digits).
Dial the originating telephone number; receive service set tone.

Service Conditions
1.
2.
3.
4.
5.

If the called station is busy and MULTIPLE CALL FORWARDING - BUSY LINE [M-24] is set at the
called station, the call is forwarded to the designated station.
A call cannot be forwarded more than five times, even if the fifth station has CALL FORWARDING BUSY LINE set.
A call cannot be forwarded to the originating station.
If the call is forwarded back to the originally called station, or a station that has already been forwarded
to, call forwarding will end at that station.
CALL FORWARDING - BUSY LINE [C-2] and CALL FORWARDING - ALL CALLS [C-5] combined:
a.) Any combination of CALL FORWARDING - BUSY LINE [C-2] and CALL FORWARDING ALL CALLS [C-5] may be made, up to a total of five forwards.
b.) If the fifth forwarding destination is busy, the caller receives busy tone, and the call will not
forward again.
c.) If a forward destination is the calling station, the calling station will receive busy tone.
d.) If a forwarding destination is the originally called station, and if the originally called station
forwarded the call with CALL FORWARDING - ALL CALLS [C-5], the ultimate destination is
the originally called station's CALL FORWARDING - ALL CALLS [C-5] destination.
CF-A, 1st time
CF-A

B

A
CF-A, final time
Call

CF-B

CF-A
S

D

Page 492

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Multiple Call Forwarding - Busy Line

M-24

Service Conditions (cont’d)
e.) If a forwarding destination is the originally called station, and if the originally called station
forwarded the call with CALL FORWARDING - BUSY LINE, the ultimate destination is the
originally called station.
CF-B

CF-A
B

1st Time
Busy

Busy

A

C
CF-B

CF-A
Call
D

S

6.

f.) If the call is forwarded to a station where it has previously been forwarded to, the call will end at
that station.
CALL FORWARDING - ALL CALLS [C-5], CALL FORWARDING - BUSY LINE [C-2] and CALL
FORWARDING - DON'T ANSWER [C-3] combined:
a.) Although CALL FORWARDING - ALL CALLS [C-5] and CALL FORWARDING - BUSY
LINE [C-2] and combinations of the two are limited to five forwards, when a forwarding
sequence is divided by CALL FORWARDING - DON'T ANSWER [C-3], CALL
FORWARDING - ALL CALLS [C-5] and CALL FORWARDING - BUSY LINE [C-2] can
begin again (the only limit is five consecutive forwards).

A

B

C

D

E

F
Call Forwarding - Don’t
Answer

Call

A

B

C

D

E

G

S

Call Forwarding - All Calls - Busy Line

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M-24

Multiple Call Forwarding - Busy Line

Service Conditions (cont’d)
7.

Forwarding to an Attendant Console:
a.) If an Attendant Console is designated as the destination of CALL FORWARDING - ALL
CALLS [C-5], the call is forwarded to the Attendant Console that handles the tenant to which the
calling station belongs.
b.) The Attendant Console key that lights when a call is forwarded to the console depends on the
forwarding status of the originally called station. The following table shows the key that will light
(if the forwarding status of the originally called station is CALL FORWARDING - BUSY [C-2],
and the call is from a station, then the BUSY key will light).
FORWARDING STATUS OF ORIGINALLY CALLED STATION

8.

9.

10.

Page 494

CALL FORWARD ALL CALLS

CALL FORWARD BUSY

CALL FORWARD DON’T ANSWER

CALL FROM
STATION

ATND

BUSY

NANS

CALL FROM
TRUNK

Depends on trunk class

BUSY

NANS

c.) If the call is forwarded by CALL FORWARDING - DON'T ANSWER [C-3] at any point in a
forward sequence, the NANS key on the Attendant Console will light, even if the call status of the
originally called station is CALL FORWARDING - ALL CALLS [C-5] or CALL
FORWARDING - BUSY LINE [C-2].
d.) Called Number Display is only provided if a call is forwarded to the Attendant Console by CALL
FORWARDING - ALL CALLS [C-5], CALL FORWARDING - BUSY LINE [C-2], or by
CALL FORWARDING - DON’T ANSWER [C-3].
Forwarding to a Dterm:
a.) The calling Dterm's display will show the number of the called station on the left, and the number
of the station being rung on the right. The display on the ringing Dterm will show the number of
the originally called station on the left, and the number of the calling station on the right.
b.) The forwarding status of the originally called station is shown on the far left of each Dterm's
display: FDB for CALL FORWARDING - BUSY [C-2] or FDA for CALL FORWARDING ALL CALLS [C-5].
UCD Groups:
a.) If the destination of CALL FORWARDING - ALL CALLS [C-5], CALL FORWARDING BUSY [C-2], or CALL FORWARDING - DON'T ANSWER [C-3] is a UCD group control
station, and CALL FORWARDING - ALL CALLS [C-5] is not set at that station, the call will be
forwarded according to UNIFORM CALL DISTRIBUTION [U-1] procedures.
b.) In the UCD procedure, if CALL FORWARDING - ALL CALLS [C-5] is set on a station in the
group, that station is skipped.
Hunting:
a.) If the ultimate destination station is busy, or if some condition prevents the call from being
forwarded, a busy line is selected, and a hunting check is performed.)
b.) If a call is forwarded several times by CALL FORWARDING - BUSY LINE [C-2] to stations
that are members of hunting groups, a hunting check is performed on the busy line closest to the
called station or on the busy line closest to the ultimate destination. In the diagram below, a
hunting check is performed on Hunt Groups 1 or 4. A hunting check is never performed on
groups 2 or 3.

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Multiple Call Forwarding - Busy Line

M-24

Service Conditions (cont’d)

B

C

D

E

F

A

S

Hunting Group #1 Hunting Group #2

Hunting Group #4

Hunting Group #3

11.
12.

13.
14.
15.
16.

Busy Services such as EXECUTIVE OVERRIDE [E-1], CALL BACK [C-1], etc.:
a.) Busy service is provided to the busy line closest to the originally called station.
DIT, NIGHT CONNECTION - FIXED [N-1]:
a.) For CALL FORWARDING - ALL CALLS [C-5] and CALL FORWARDING - BUSY LINE [C2], a forward check is made up to 5 times by system data.
b.) In DIRECT-IN TERMINATION [D-7], if a line is busy, CALL FORWARDING - BUSY LINE
[C-2] to the Attendant is not activated. Instead, the destination for the call can be specified by
system data:
System Data 2 Index = 11
Bit 7 = 0 - Call is routed to the Attendant Console.
Bit 7 = 1 - Call is placed in queue until the called station becomes idle.
A telephone number must be set to the call forwarding destination.
A call cannot be forwarded more than five times.
The number of times is assigned by system data.
The OAI monitor number and the ACD pilot number cannot be assigned as the Call Forwarding target
telephone number.

Interactions
1.

2.

3.

4.

If access codes for CALL FORWARDING-BUSY LINE [C-2] and CALL FORWARDING-DON’T
ANSWER [C-3] are the same, only one key needs to be assigned in AKYD or ADSL, and only one access
code needs to be assigned in ASPA.
When CALL WAITING [C-12], ATTENDANT CAMP-ON WITH TONE INDICATION [A-1], or
CALL BACK [C-1] is directed toward Station A, with CALL FORWARDING-BUSY LINE [C-2] set to
Station B, Station A will receive call waiting tones when Station B is also busy.
A non-controlling UCD station is allowed to activate CALL FORWARDING-BUSY LINE [C-2]. When
this station sets CALL FORWARDING-BUSY LINE [C-2], only directly-dialed calls to this station are
call forwarded.
If a controlling station of a UCD group sets CALL FORWARDING-BUSY LINE [C-2], forwarding will
not take place. The incoming call will follow the UCD hunt.

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Multiple Call Forwarding - Busy Line

Interactions (cont’d)
5.

6.
7.

If an Attendant attempts BUSY VERIFICATION [B-3] to Station A, which has CALL FORWARDINGBUSY LINE [C-2] set to Station B and Station B is busy, BUSY VERIFICATION [B-3] proceeds against
Station B. If Station A has set CALL FORWARDING-BUSY LINE [C-2] to the Attendant Console,
BUSY VERIFICATION [B-3] is allowed at Station A, if Station A is busy.
When CALL FORWARDING-BUSY LINE [C-2] is in effect, the activating station may be used to
originate calls.
When a station is call forwarded, the destination station is recorded by STATION MESSAGE DETAIL
RECORDING [S-10].

Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:

Page 496

ASYD - System Data 1, Index 5, Bit 0. Are the access codes for CALL FORWARDING-BUSY LINE
[C-2] and CALL FORWARDING-DON’T ANSWER [C-3] the same or separate? 0/1: Same/Separate.
System Data 1, Index 5, Bits 3, 2, & 1. Maximum number of MULTIPLE CALL FORWARDINGALL CALLS [M-44], -BUSY LINE [M-24] occurrences.)
BIT 3

BIT 2

BIT 1

MAXIMUM NUMBER OF JUMPS

0

0

0

1

0

0

1

1

0

1

0

2

0

1

1

3

1

0

0

4

1

0

1

5

1

1

0

5

1

1

1

5

System Data 1, Index 69, Bit 5. Station Hunting after CALL FORWARDING-BUSY LINE [C-2].
Data “0”: Hunting takes place in forwarding station’s group. Data “1”: Hunting takes place in
destination station’s group.
System Data 1, Index 69, Bit 7. MULTIPLE CALL FORWARDING-BUSY LINE, -ALL CALLS [M44], in service? 0/1: No/Yes.
System Data 2, Index 6, Bit 1. Enable CALL FORWARDING-BUSY LINE [C-2] on a per-tenant
basis.
ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL FORWARDING-BUSY LINE [C-2] entry, SID = 10 and to
CALL FORWARDING-BUSY LINE [C-2] cancel SID = 11. Assign a Connection Status Index (CI)
for Normal (N) service.
ASFC - Assign a Service Feature Class that allows SFI = 9 to the stations that have CALL
FORWARDING-BUSY LINE [C-2].
AKYD - For Dterm sets, CALL FORWARDING-ALL CALLS [C-5D] may be assigned to a
programmable line/feature key. Type:Function:CALL FORWARDING-BUSY LINE [1].
ADSL - Assign SN=1 (Originating; DT Connection) and FKY=1 (Call Forwarding - Busy Line;
FDB).
This command is used for assigning the function to a soft key.

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FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ASYDN - These data must be set to the NCN.
System Data 1, Index 69, b7. Enable Multiple Call Forwarding-Busy Line/Don’t Answer/All Calls. 0/
1=Out of Service/In Service. Index 5, b1-b3. Assign the number of time for forwarding.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Multiple Call Forwarding - Don’t Answer

M-25

Multiple Call Forwarding - Don’t Answer

General Description
This feature permits a call to an unanswered station to be forwarded, multiple times, to preprogrammed idle stations
that do not have Call Forwarding set.

Operating Procedure
To set from an individual station

1.
2.
3.

Lift the handset; receive dial tone.
Dial the specific CALL FORWARDING - DON'T ANSWER [C-3] access code; receive special dial tone.
Dial the desired target telephone number; receive service set tone.

To cancel from an individual station

1.
2.

Lift the handset; receive dial tone.
Dial the specific CALL FORWARDING - DON'T ANSWER [C-3] cancel code; receive service set tone.

To set from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.
5.

Press an idle loop key.
Dial the specific CALL FORWARDING - DON'T ANSWER [C-3] access code; receive special dial tone.
Dial the TENANT [T-12] number (2 or 3 digits).
Dial the originating telephone number.
Dial the desired target telephone number; receive service set tone.

To cancel from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.

Press an idle loop key.
Dial the specific CALL FORWARDING - DON'T ANSWER [C-3] cancel code; receive special dial tone.
Dial the TENANT [T-12] number (2 or 3 digits).
Dial the originating telephone number; receive service set tone.

Service Conditions
1.
2.
3.
4.

Page 498

If the called station does not answer and MULTIPLE CALL FORWARDING - DON'T ANSWER [M-25]
is set at the called station, the call is forwarded to the designated station.
There is no limit to the number of times a call can be forwarded by MULTIPLE CALL FORWARDING
- DON'T ANSWER [M-25].
A call cannot be forwarded to the originating station.
CALL FORWARDING - DON'T ANSWER [C-3], CALL FORWARDING - BUSY LINE [C-2] and
CALL FORWARDING - ALL CALLS [C-5] combined:
a.) After a CALL FORWARDING - DON'T ANSWER [C-3] forward has been made, up to five
CALL FORWARDING - ALL CALLS [C-5] or CALL FORWARDING - BUSY LINE [C-2]
forwards may be made.
b.) If the fifth or last CALL FORWARDING - ALL CALLS [C-5] or CALL FORWARDING BUSY LINE [C-2] destination after a CALL FORWARDING - DON'T ANSWER [C-3] is busy,
the originally called station will continue ringing.
c.) If a station has CALL FORWARDING - BUSY LINE [C-2] or CALL FORWARDING - ALL
CALLS [C-5] to the originating station set, the call will not be forwarded to the originating
station. The originally called station is rung.

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Service Conditions (cont’d)
d.) If the forwarding sequence, after a CALL FORWARDING - DON'T ANSWER [C-3] goes
through several stations with CALL FORWARDING - ALL CALLS [C-5] set and ends up at the
original CALL FORWARDING - DON'T ANSWER [C-3] station, CALL FORWARDING DON'T ANSWER [C-3] is not activated.
Call Forwarding - Don’t Answer

Call Forwarding - All Calls
B

A

C

Call Forwarding - Don’t
Answer is not made in
this situation - the call
continues ringing on A.

Call

CF-A
CF-A

D

S

e.) If the forwarding sequence, after a CALL FORWARDING - DON'T ANSWER [C-3] goes
through several busy stations with CALL FORWARDING - BUSY LINE [C-2] set and ends up
at the original CALL FORWARDING - DON'T ANSWER [C-3] station, CALL FORWARDING
- DON'T ANSWER [C-3] is not activated.
Call Forwarding - Don’t Answer

Call Forwarding Busy Line

Busy
B

A
Busy

Call

Call Forwarding - Don’t
Answer is not made in
this situation - the call
continues ringing on A.

C

CF-B
CF-A

D

S

5.

6.

If a call is transferred blind to a station that is CALL FORWARDED - DON'T ANSWER [C-3] to another
destination (internal or external), the call will not forward but will recall back to the transferee station. This
recall parameter is controlled by system data.
Forwarding to an Attendant Console:
a.) If an Attendant Console is the destination of MULTIPLE CALL FORWARDING - DON'T
ANSWER [M-25], the call is forwarded to the Attendant Console that handles the tenant to which
the CALL FORWARDING - DON'T ANSWER [C-3] station belongs.

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Service Conditions (cont’d)
b.) The Attendant Console key that lights when a call is forwarded to the console depends on the
forwarding status of the originally called station (except in case c). The following table shows the
key that will light (e.g., if the forwarding status of the originally called station is CALL
FORWARDING - BUSY LINE [C-2], and the call is from a station, then the BUSY key will
light).
FORWARDING STATUS OF ORIGINALLY CALLED STATION

7.

8.

9.

10.

11.
12.

Page 500

CALL FORWARD ALL CALLS

CALL FORWARD BUSY

CALL FORWARD DON’T ANSWER

CALL FROM
STATION

ATND

BUSY

NANS

CALL FROM
TRUNK

Depends on trunk class

BUSY

NANS

c.) If the call is forwarded by CALL FORWARDING - DON'T ANSWER [C-3] at any point in a
forward sequence, the NANS key on the Attendant Console will light, even if the call status of the
originally called station is CALL FORWARDING - ALL CALLS or CALL FORWARDING BUSY LINE.
Forwarding to a Dterm:
a.) The calling Dterm's display will show the number of the called station on the left, and the number
of the station being rung on the right. The display on the ringing Dterm will show the number of
the originally called station on the left, and the number of the calling station on the right.
b.) The forwarding status of the originally called station is shown on the far left of each Dterm's
display: FDB for CALL FORWARDING - BUSY LINE or FDA for CALL FORWARDING ALL CALLS.
UCD Groups:
a.) If the destination of a CALL FORWARDING - DON'T ANSWER [C-3] is a UCD group control
station, the call will be forwarded into the UCD group.
b.) If the destination of a CALL FORWARDING - BUSY LINE [C-2] or a CALL FORWARDING ALL CALLS [C-5] forward is a UCD group control station, the call will be forwarded into the
UCD group.
Hunting:
a.) If the final destination station of a MULTIPLE CALL FORWARDING-DON’T ANSWER is a
controlling station in a STATION HUNTING-TERMINAL [S-9] or a member station of a
STATION HUNTING-CIRCULAR [S-7], then hunting will take place if that destination station
is busy.
An Applications Floppy Disk is needed to permit the CALL FORWARDING-DON’T ANSWER [C-3]
call to be transferred up to five times by CALL FORWARDING-ALL CALLS [C-5] and CALL
FORWARDING-BUSY LINE [C-2].
For the FCCS network, assign ASYDN SYS1, index 69, b7=1 (MULTIPLE CALL FORWARDINGDON’T ANSWER is in service).
The OAI monitor number and the ACD pilot number cannot be assigned as the Call Forwarding target
telephone number.

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Interactions
1.

2.

3.

4.

5.

6.

If access codes for CALL FORWARDING-BUSY LINE [C-2] and CALL FORWARDING-DON’T
ANSWER [C-3] are the same, only one key needs to be assigned in AKYD or ADSL, and only one access
code needs to be assigned in ASPA.
Any UCD station is allowed to activate CALL FORWARDING-DON’T ANSWER [C-3]. When this
station sets CALL FORWARDING-DON’T ANSWER [C-3], calls directed to this station through UCD
hunting or directly-dialed will ring and then follow the destination of the CALL FORWARDING-DON’T
ANSWER [C-3].
CALL FORWARDING-DON’T ANSWER [C-3] to an Attendant Console will not operate when the
system is in Night mode. If ATTENDANT NIGHT TRANSFER [A-19] is provided, the call is forwarded
to the night transfer station.
If the CALL FORWARDING-DON’T ANSWER [C-3] target station is a Dterm with DO NOT DISTURB
[D-21D] activated, call forwarding is not activated. The forwarding station will ring beyond the timer set
in ASYD, System Data 1, Index 139.
When the CALL FORWARDING-DON’T ANSWER [C-3] feature is set from Station A to Station B, if
Station A is idle and Station B is busy, Station A will ring beyond the timer set in ASYD, System Data 1,
Index 139.
When a call is call forwarded, the destination station is recorded for STATION MESSAGE DETAIL
RECORDING [S-10].

Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:
STEP 5:

ASYD - System Data 1, Index 5, Bit 0. Access codes for CALL FORWARDING-BUSY LINE [C-2]
and CALL FORWARDING-DON’T ANSWER [C-3] are same or separate? 0/1: Same/Separate.
System Data 1, Index 69, Bit 2. Is a short tone set to alert person receiving the call that this is a CALL
FORWARDING-DON’T ANSWER [C-3] call? 0/1: No/Yes.
System Data 1, Index 69, Bit 7. MULTIPLE CALL FORWARDING-BUSY [M-24], -ALL CALLS
[M-44], in service? 0/1: No/Yes.
System Data 1, Index 139. Assign the No-Answer timer for station-to-station, DID and TIE Line calls.
For 30 seconds, assign 00H (RAM data is 3FH).
System Data 1, Index 141. Assign the No Answer timer for incoming calls via the Attendant Console.
It will then be forwarded to the next station according to the System Data 1, Index 145 timer. For 10
seconds, assign 00H. (RAM data is 35H.)
System Data 2, Index 6, Bit 2. Enable CALL FORWARDING-DON’T ANSWER [C-3] on a pertenant basis.
System Data 2, Index 6, Bit 7. Enable CALL FORWARDING-DON’T ANSWER [C-3] via Attendant
Console.
ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL FORWARDING-DON’T ANSWER [C-3] entry, SID = 12
and to CALL FORWARDING-DON’T ANSWER [C-3] cancel SID = 13. Assign Connection Status
Index (CI) for Normal (N) service.
ASFC - Assign the stations to activate CALL FORWARDING-DON’T ANSWER [C-3] a Service
Feature Class that allows SFI = 8.
AKYD - For Dterm sets, CALL FORWARDING-ALL CALLS [C-5] may be assigned to a
programmable line/feature key. Assign Type:Function:CALL FORWARD-DON’T ANSWER [22].

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Multiple Call Forwarding - Don’t Answer

Programming (cont’d)
STEP 6:

ADSL - Assign SN=1 (Originating; DT Connection) and FKY=22 (Call Forwarding - Don’t Answer;
FDN).
This command is used for assigning the function to a soft key.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ASYDN - These data must be set to the NCN.
System Data 1 Index 69, b7. Enable Multiple Call Forwarding-Busy Line/Don’t Answer/All Calls. 0/
1=Out of Service/In Service
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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M-26

M-26

Message Center Interface

General Description
This feature provides an interface to an external CPU for Message Center information when a specific UCD [U-1]
group or ATTENDANT CONSOLE [A-3] is called. This interface allows external control of Call Indicator Lamp
indications on equipped NEAX2400 IPX stations. This feature also provides a socket interface (LAN interface) for
connection to an external LAN. This feature also provides a socket interface (LAN interface) for connection to an
external LAN.
Note: Call Indicator Lamp on Dterm Series E is used as the Message Waiting Lamp.

Operating Procedure
The MESSAGE CENTER INTERFACE (MCI) can provide one of two modes of operation. These modes are
described as Feature 1 and Feature 2. The functions of each feature are as follows:
Feature 1

1.
2.

Incoming call information is sent to the MCI when an Attendant answers.
Control of Call Indicator Lamp based on data from the external CPU.

Feature 2

1.
2.
3.

Incoming call information is sent to the MCI when a UCD station is called.
Dual Call Forwarding service is possible.
Control of Call Indicator Lamp based on data from the external CPU.
Note: Feature 2 is not available when a hot line call terminates to a UCD station.
Feature 1

1.

2.

3.
4.
5.

When the Attendant answers a call, the NEAX2400 IPX transmits a call handling record to the MCI. The
external CPU, based on the received data, will display a profile of the station/trunk being handled by the
Attendant on the CRT.
Call Indicator Lamp control is based on data from the external CPU. Through the external CPU terminal,
when information is registered, the Host/CPU system forwards Call Indicator Lamp control data according
to the Call Indicator Lamp On/Off control information sent.
The NEAX2400 IPX, upon receiving this control data from the MCI, will extinguish or illuminate the Call
Indicator Lamp, depending on the subscriber displayed on the Attendant's monitor/display.
The called station will be able to receive a message from the Attendant by dialing “0”, or a computer
terminal by entering an identification number.
The external CPU, upon receiving retrieved message information, will transmit a data record requesting
the NEAX2400 IPX to extinguish the Call Indicator Lamp of the corresponding station.

Feature 2

1.
2.

3.

This provides an interface to a Voice Mail System, or a Message Center Computer that is capable of
sending Call Indicator Lamp control data to the NEAX2400 IPX.
To perform the data transfer to the external CPU, a station/trunk is connected to a designated UCD [U-1]
group. The stations of the UCD [U-1] group are connected to the Voice Mail System/Message Center
System in order to collect call connection status of Call Indicator Lamp control information. The block
diagram of this concept follows on the next page.
The NEAX2400 IPX, upon receiving this control data from the MCI, extinguishes or illuminates the Call
Indicator Lamp depending upon the information displayed on the Attendant's monitor/display.

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Message Center Interface

Operating Procedure (cont’d)
4.
5.

The called station will be able to receive a message by dialing “0”, or by a computer terminal by entering
his/her identification number.
The external CPU, upon receiving retrieved message information, will transmit a data record requesting
the NEAX2400 IPX to extinguish the Call Indicator Lamp of the corresponding station.

Service Conditions
1.

The call type is sent to the external CPU via the MCI interface, this call record will pertain to the following
services:
ATTENDANT CAMP-ON
[A-1]
AUTOMATIC RECALL
[A-8]
CALL FORWARDING - DON'T ANSWER
[C-3]
CALL FORWARDING - BUSY LINE
[C-2]
CALL FORWARDING - ALL CALLS
[C-5]
Call returned from Hold
[C-11]
CALL TRANSFER - ALL CALLS Note
CENTRALIZED ATTENDANT SERVICE (CAS)
[C-20]
DIAL ACCESS TO ATTENDANT
[D-2]
DID to the Specific UCD Group
DIT to the Specific UCD Group
Intercept Call to the Attendant
INTER-POSITION TRANSFER
[I-5]
LDN call
OFF-HOOK ALARM
[O-6]
Recall
Recall from a Series Call
Series Call Re-Entry
Tandem Transferring/Hold Entry
Note: Available for interoffice station transfer calls only.
NEAX2400 IPX

MESSAGE CENTER
NEAX2400 IPX

UCD
UCD
MESSAGE
CENTER
INTERFACE

2.
3.

Page 504

MESSAGE
CENTER
COMPUTER

ANALOG
STATION
LINE

VOICE MAIL
SYSTEM

MESSAGE
CENTER
INTERFACE

The NEAX2400 IPX MESSAGE CENTER INTERFACE [M-26] can control the display of a Dterm for
Message Indication; MW in a Message Center application.
If an ATTENDANT CONSOLE [A-3] calls a UCD [U-1] group directly, for Feature 2, the NEAX2400
IPX will not generate a call record to the MCI.

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Service Conditions (cont’d)
4.

5.
6.

7.
8.

9.
10.
11.
12.

If the Host/CPU malfunctions and stops collecting call records, the NEAX2400 IPX can store up to 16/32
call records. If the maximum of 16/32 call records is stored and a 17th/33rd is generated, the system will
write over the oldest stored record, thus giving the stack the most recently generated call records.
MCI data will not be output when a hotline station is terminated to a station that is forwarded to a Voice
Mail System.
It can be determined on a UCD group basis whether to send the incoming call information of the call
terminating to a station in the UCD group to the message center CPU. When OVERFLOW - UCD [O-7]
is activated, the MCI operation of the overflow UCD group is followed.
When the calling party number is received via the C.O. line/ISDN line/CCIS line, the number is sent to
the MCI. The calling number is output to the additional MCI text format.
The maximum of 2 Message Centers (MC) per standalone system is available. When 2 MCs are connected
to IOC, a MC information is transmitted to both of them. On condition that one of them is in the event of
failure, another can transmit/receive the MC information.
Station number type (physical station number or telephone number) to be output for MCI ICS format may
be designated by the system data.
Multiple nodes within the FCCS network can accommodate the MC.
A maximum of two MCs per node are available.
The MC node can control the MWLs of all station in a maximum of 32 nodes.

SOCKET Interface (LAN interface) Conditions

1.
2.
3.
4.
5.

LAN interface and IOC interface cannot be used concurrently for MCI.
The socket interface will be used for transfer data to and from the Message Center connected to the LAN.
After the link has been released, it will always be the client which presents a link establishment request.
The MCI messages which are transferred via the LAN interface is IMX format messages only.
When 2 MCs are connected to LAN Interface, a MC information is transmitted to a MC connected to lower
number port. On condition that a failure occurs at the MC, another can transmit/receive the MC
information. The MC information is transmitted to both MCs. When transmitting the MC information to
lower number port only, assign ASYDL System Data 1 Index 833 bit 2=1 (Single Output).

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Message Center Interface

Service Conditions (cont’d)
6.

When activating this feature via the FCCS network, a maximum of 32 nodes can be assigned as the remote
node. Stations accommodated in remote node are controlled by the Message Waiting Lamp by the MC.

Group B

Group A

MC #1

MC
#2

Node C

Node A

FCCS Link

MC
#2

MC #1
Node B

Node D

Interactions
1.

In case a Message Center exists on each side of the FCCS network and CCIS network:
a.) Message data will be transmitted to the MC on the side of the CCIS network (in the figure below,
MC#1), provided that a call from any of the FCCS network nodes (in the figure, node A/B/C)
terminates to an ATTCON/UCD station of the non-FCCS node (in the figure, node D).
b.) Message data will be transmitted to the MC on the side of the FCCS network (in the figure below,
MC#2), provided that a call from the non-FCCS node (in the figure, node D) terminates to the
ATTCON/UCD station of any of the FCCS network nodes (in the figure, node A, B, C).
Node B

FCCS
FCCS

MC #2

Node C
FCCS
Node A
MC #1

CCIS

MC: Message Center
Node D

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Interactions (cont’d)
2.

In case a Message Center is shared by both CCIS and FCCS networks:
a.) Message data will be transmitted to the shared MC (in the figure below, assumed to be connected
to the FCCS node A), given that a call from the CCIS node (in the figure, node D) terminates to
the ATTCON/UCD station of any of the FCCS network nodes (in the figure, node A, B, C).
b.) The shared Message Center also can let the Message Waiting Lamps for both FCCS and nonFCCS (CCIS) network stations go ON and OFF to inform the telephone user of the message
arrival.
Node B

FCCS

FCCS

MC

Node C
FCCS
Node A
CCIS

MC: Message Center
Node D

3.

In case the Message Center exists only on the side of CCIS network:
a.) Message data will be transmitted to the offered MC (in the figure below, assumed to be connected
to node D), given that a call from any of the FCCS network nodes (in the figure, node A/B/C)
terminates to an ATTCON/UCD station of the CCIS node (in the figure, node D).

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Message Center Interface

Interactions (cont’d)
b.) The MC, though provided outside the FCCS network, can also control the Message Waiting
Lamp for each station on the FCCS service link, as well as ON/OFF indication of the lamps for
stations on the CCIS link.
Node B

FCCS

FCCS

Node C
FCCS
Node A

MC
CCIS

MC: Message Center
Node D

4.

In case the Message Center exists only on the side of FCCS network:
a.) Message data will be transmitted to the offered MC (in the figure below, assumed to be connected
to node A), given that a call from the CCIS node (in the figure, node D) terminates to the
ATTCON/UCD station of any of the FCCS network nodes (in the figure, node A, B, C).
b.) The MC, though provided only inside the FCCS network, can also control the Message Waiting
Lamp for each station on the CCIS link, as well as ON/OFF indication of the lamps for stations
within the FCCS link.
Node B

FCCS

FCCS

MC

Node C
FCCS
Node A
CCIS

MC: Message Center
Node D

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Programming
STEP 1:

ASYD - System Data 1, Index 28, Bits 0-4. Assign a Miscellaneous Timer Counter (MTC) used to
calculate the message-sending Guard Timer for Message Center.
Timer = MTC x 128ms. Normally a Guard Timer is not required. If not required, assign data “0” to
these bits.
System Data 1, Index 28, Bit 5. Is Message Waiting Lamp setting from the Message Center to be used?
0/1: No/Yes.
System Data 1, Index 29, Bits 0-4. Assign which I/O port will act as the MESSAGE CENTER
INTERFACE. Bit 0 as Port 0 is always used as a Maintenance Administration Terminal (MAT). Bit 1
= Port 1, Bit 2 = Port 2; Bit 3 = Port 3; Bit 4 = Port 4; Bit 5 = Port 5, for a maximum of 2 ports.
System Data 1, Index 34, Bit 0 &1.
b2, b1 = “00”; no parity and output data Bit 7 is “0”.
System Data 1, Index 70, Bit 0. Called Number Display on the console for DID and TIE Line calls
must be enabled. Assign Bit 0 as data “1” when System Data 2, Index 6, Bit 7 is also enabled.
System Data 1, Index 78, Bit 0. CALLING NUMBER DISPLAY-D term [C-24D] must be enabled.
Assign Bit 0 as data “1”.
System Data 1, Index 78, Bit 1. CALLING STATION STATUS DISPLAY-Dterm [C-22D] must be
enabled. Assign Bit 1 as data “1”.
Note: Index 116, Port 0 is assigned as data 02H, MAT.
System Data 2, Index 6, Bit 0. Is MCI service with UCD groups to be enabled? 0/1: No/Yes.
System Data 2, Index 7, Bit 1. Is MCI service for calls via the Attendant Console to be enabled? 0/1:
No/Yes.
STEP 2: AIOC - Assign the function and attribute data of the IOC ports.

FCCS Programming
This data setting describes the additional FCCS service data after the non-FCCS service data has been
programmed. Note that the data setting for FCCS service varies depending on the node.
STEP 1: ASYDL - System Data 1, Index 641 Bit 1. Designate output numbers for MCI ICS format. Note 1
0/1 = Physical (station) number/Telephone number
System Data 1, Index 832. Assign the FPC (Fusion Point Code) of the node providing the MC Note 2
System Data 1, Index 833, Bit 0. Interface type for MCI. 0/1 = IOC/LAN interface. Note 2
System Data 1, Index 833, Bit 1. Text format for MCI. 0/1 = ICS/IMX format. Note 1
Note: When more than a 5 digit telephone number is assigned, designate 1 = IMX format.
This data is required for the LAN interface type

STEP 1:

ASYDL - System Data 1, Index 529, Bits 0 and 1. Parity check method of SMDR/MCI with LAN
interface.
b1, b0:
00 = No Parity
01 = Odd Parity
10 = Even Parity
System Data 1, Index 833, bit 2. Assignment of how to output the Message Center Information for
LAN connection.
0/1=Dual output/Single Output
System Data 1, Index 834, Bit 0. 0/1 = MC0 for LAN is not mounted/mounted. Note 1
System Data 1, Index 834, Bit 1. 0/1 = MC1 for LAN is not mounted/mounted. Note 1

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Message Center Interface

FCCS Programming (cont’d)
AMWF - Assign FPC (Fusion Point Code) of the node for being controlled the MWL on the Dterm by
the MC. Note 1
Note 1: Assign this data to the node accommodating the MC.
Note 2: Assign this data to all the nodes to be provided MCI service.
STEP 2:

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Message Waiting Lamp Setting - Station

M-30

M-30

Message Waiting Lamp Setting - Station

General Description
This feature allows a station to set/cancel a Message Waiting indication or lamp. Any single line telephone or Dterm
can set/cancel Message Waiting indication to any single line telephone equipped with a 90v neon lamp, or a Dterm.
Note: Call Indicator Lamp on Dterm Series E is used as the Message Waiting Lamp.

Operating Procedure
Station 200: User's station
Station 201: Message Agent*
Note: A Message Agent is a preassigned station allowed to set/cancel a Message Waiting indication.
1.
Station 200 sets Call Forwarding to Station 201.
2.
An incoming call to Station 200 is call forwarded to Station 201.
3.
Station 201 receives a message from the calling party.
4.
Station 201 hangs up.
5.
Station 201 sets the Message Waiting indication for Station 200. (Procedure 1)
6.
Station 200 sees the Message Waiting indication.
7.
Station 200 calls Station 201.
8.
Station 200 receives the message from Station 201.
9.
The call is terminated.
10. Station 201 cancels the Message Waiting indication for Station 200. (Procedure 2)
Procedure 1
To set a Message Waiting Indication from a single line telephone

1.
2.
3.
4.

Lift the handset; receive dial tone.
Dial the Message Waiting Set access code (up to 3 digits); receive special dial tone.
Dial the desired telephone number; receive service set tone.
Message Waiting indication is set.

To set a Message Waiting Indication from a D term or MY Line

1.
2.
3.

Lift the handset or press the SPEAKER key; receive dial tone.
Press the Message Waiting Set line/feature key; receive special dial tone.
Dial the desired telephone number; the LCD displays:
MW SET

4.

Service set tone is heard.
Message Waiting indication is set.

Procedure 2
To cancel a Message Waiting Indication from a single line telephone

1.
2.
3.
4.

Lift the handset; receive dial tone.
Dial the Message Waiting Cancel access code (up to 3 digits); receive special dial tone.
Dial the desired telephone number; receive service set tone.
Message Waiting indication is cancelled.

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Message Waiting Lamp Setting - Station

Operating Procedure (cont’d)
To cancel a Message Waiting Indication from a Dterm or MY Line

1.
2.
3.

Lift the handset or press the SPEAKER key; receive dial tone.
Press the Message Waiting Cancel line/feature key, receive special dial tone.
Dial the desired telephone number; the LCD displays, and service set tone is heard.:
MW CANCEL
(Time Display)

4.

Message Waiting indication is cancelled.

Service Conditions
1.
2.
3.
4.
5.
6.

Any number of Dterm stations within the system can be assigned to activate this feature.
Any attempt to set Message Waiting to a station that already has a Message Waiting indication will receive
busy tone.
Each station can cancel the Message Waiting indication.
This feature can be restricted by CLASS OF SERVICE - INDIVIDUAL [C-15].
Message Waiting for one station of the network can be controlled from the ATTENDANT CONSOLE [A3] and any other station at the same time.
The Message Waiting indication on a station appears as follows:
TYPE OF STATION SET

CONDITION

Single line telephone with MWL Dterm Series
without display

Message Waiting Lamp is ON
Display shows:

Dterm Series with display

Page 512

MW
(Time Display)

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Message Waiting Lamp Setting - Station

M-30

Service Conditions (cont’d)
7.

The LCD on the Dterm Series E station displays the following messages:
LCD

SETTING

MW BUSY
(Time Display)

Busy Tone

MESSAGE
WAITING
already set
MW CANCEL
(Time Display)

Service Set
Tone

SETTING

MW SET

Service Set
Tone

SETTING

MW REST

CANCELLING

MW REST

CANCELLING

MESSAGE
WAITING
not set

Restricted
station,
unused
telephone
number, dead
level,
restriction

(Time Display)

(Time Display)

(Time Display)

Reorder Tone

Reorder Tone

Interactions
1.
2.
3.

For MESSAGE WAITING LAMP SETTING-STATION, the 8DLC/16ELC card is required.
An external power source is required to light a single line telephone lamp. The non-display Dterms use an
80 VDC power source. NEC stocks Lorain Model HSA3H.
The use of the following features has no effect on this feature. MESSAGE WAITING LAMP SETTINGSTATION can still be set to a station that has previously activated any of the following features:
• DO NOT DISTURB-Dterm [D-21D].
• CALL BACK-Dterm [C-1D] set to called station.
• CALL BACK-Dterm [C-1D] set from called station.
• CALL FORWARDING-ALL CALLS-Dterm [C-5D] will not follow forwarding data.
• CALL FORWARDING-DON’T ANSWER-Dterm [C-3D] will not follow forwarding data.
• CALL FORWARDING-BUSY LINE-Dterm [C-2D] will not follow forwarding data.

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Interactions (cont’d)
4.

5.
6.

When an incoming call is answered by the sub-line appearance on another station, the following services
may be activated either by the answering station or by another station towards the answering station. These
services will not interfere with the answering station’s ability to leave a Message Waiting indication.
PRIVACY-Dterm
[P-14D]
CONSULTATION HOLD-ALL CALLS
[C-17]
ATTENDANT CAMP-ON WITH TONE INDICATION (set to answering station)[A-1]
CALL WAITING-ORIGINATING (set to answering station)
[C-31]
CALL WAITING-ORIGINATING (set from answering station) [C-31]
THREE-WAY CALLING-D term
[T-2D]
NON-EXCLUSIVE HOLD-D term
[N-7D]
EXCLUSIVE HOLD-Dterm
[E-4D]
DUAL HOLD
[D-32]
Message Waiting can be set to yourself if you wish to leave yourself a reminder.
Numbering plan data (ANPD and ASPA) is not required if only digital Dterm sets use this feature.

Programming
STEP 1:

STEP 2:

STEP 3:
STEP 4:

STEP 5:

ANPD - Reserve a number level for feature access and cancel. Assign Connection Indexes, CI = N, H,
B; Normal (N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign
NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code for setting the Message Waiting Lamp. Set SRV = SSCA (Service
Code Appendix); SIDA = 54. Cancel Message Waiting Lamp SRV = SSCA (Service Code Appendix);
SIDA = 55. Assign Connection Status Index (CI) for Normal (N) service.
ASFC - Assign a Service Feature Class that allows SFI = 74 and SFI = 82 to the stations that receive
the Message Waiting Lamp setting feature.
AKYD - Assign Message Waiting Lamp set feature to a programmable line/feature key. Assign
Type:Function:BOSS-SECRETARY MSG WAIT-SET [9] and a Message Waiting Lamp cancel key,
Type:Function:BOSS-SECRETARY MSG WAIT-CANCEL [11].
Assign SN=1 (Originating; DT Connection) and FKY=11 (Boss - Secretary - Message Waiting Lamp
Control; Cancel).
ADSL - Assign SN=1, 2, 3, 4, 5 and FKY=9 (Boss-Secretary-Message Waiting Lamp Control; Set).
Assign SN=1, 2, 3, 4, 5 and FKY=11 (Boss-Secretary-Message Waiting Lamp Control; Cancel).
This command is used for assigning the function to each soft key.

FCCS Programming

STEP 1:

STEP 2:

Page 514

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
ANPDL - Reserve a number level for feature access and cancel. Assign Connection Indexes, CI = N,
H, B; Normal (N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign
NND in accordance with a predetermined numbering plan.
ASPAL - Assign an access code for setting the Message Waiting Lamp. Set SRV = SSCA (Service
Code Appendix); SIDA = 54. Cancel Message Waiting Lamp SRV = SSCA (Service Code Appendix);
SIDA = 55. Assign Connection Status Index (CI) for Normal (N) service.

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Multiple Call Forwarding - All Calls

M-44

M-44

Multiple Call Forwarding - All Calls

General Description
This feature permits a call to a CALL FORWARDING - ALL CALLS station to be forwarded multiple times to a
predesignated idle station.

Operating Procedure
To set from an individual station

1.
2.
3.

Lift the handset; receive dial tone.
Dial the specific CALL FORWARDING - ALL CALLS access code; receive special dial tone.
Dial the desired target telephone number; receive service set tone.

To cancel from an individual station

1.
2.

Lift the handset; receive dial tone.
Dial the specific CALL FORWARDING - ALL CALLS cancel code; receive service set tone.

To set from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.
5.

Press an idle loop key.
Dial the specific CALL FORWARDING - ALL CALLS access code; receive special dial tone.
Dial the TENANT [T-12] number (2 or 3 digits).
Dial the originating telephone number.
Dial the desired target telephone number; receive service set tone.

To cancel from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.

Press an idle loop key.
Dial the specific CALL FORWARDING - ALL CALLS cancel code; receive special dial tone.
Dial the TENANT [T-12] number (2 or 3 digits).
Dial the originating telephone number; receive service set tone.

Service Conditions
1.

2.
3.
4.
5.
6.

If CALL FORWARDING - ALL CALLS [C-5] is set at the called station, the call is forwarded to a
designated station that has set CALL FORWARDING-ALL CALLS [C-5] or CALL FORWARDINGBUSY LINE [C-2].
A call can be forwarded a maximum of five times by MULTIPLE CALL FORWARDING - ALL CALLS
[C-5], and only by the voice port of a Dterm, or by a single line telephone.
A call will not forward any farther than the station to where it has been forwarded to.
If a forward destination is busy, and if neither CALL FORWARDING - BUSY LINE [C-2] nor CALL
FORWARDING - ALL CALLS [C-5] is set, the caller hears a busy tone.
If the originating station is designated as the forward destination, the call will not be forwarded.
CALL FORWARDING - BUSY LINE [C-2] and CALL FORWARDING - ALL CALLS [C-5]
combination:
a.) A maximum of five forwarding operations can be performed by any combination of CALL
FORWARDING-ALL CALLS [C-5] AND CALL FORWARDING-BUSY LINE [C-2].
b.) If the fifth forward destination is busy, the call will forward if CALL FORWARDING - DON'T
ANSWER [C-3] is set. Otherwise, the caller will hear a busy tone.

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Service Conditions (cont’d)

7.

c.) If a sequence of CALL FORWARDING - ALL CALLS [C-5] and CALL FORWARDING BUSY LINE [C-2] forwards the call back to the originating station, the forward is not made and
the caller hears a busy tone.
d.) If a sequence of CALL FORWARDING - ALL CALLS [C-5] and CALL FORWARDING BUSY LINE [C-2] forwards the call back to the originally called station, and if that station
forwards the call with CALL FORWARDING - BUSY LINE [C-2], the ultimate destination will
be the originally called station. If, however, the originally called station forwards the call with
CALL FORWARDING - ALL CALLS [C-5], the ultimate destination will be the station it has
designated as its CALL FORWARDING - ALL CALLS [C-5] destination.
e.) If the call is forwarded back to the station where it has been forwarded to, the CALL FORWARD
will terminate at that station.
CALL FORWARDING - ALL CALLS [C-5], CALL FORWARDING - BUSY LINE [C-2] and CALL
FORWARDING - DON'T ANSWER [C-3] combination:
Although CALL FORWARDING - ALL CALLS [C-5], CALL FORWARDING - BUSY LINE [C-2] and
combinations of the two are limited to forwarding five times, when a sequence of forwards is divided by
CALL FORWARDING - DON'T ANSWER [C-3], CALL FORWARDING - ALL CALLS [C-5] and
CALL FORWARDING - BUSY LINE [C-3], forwards can begin again (the only limit is shown below).

A

B

C

D

E

F
Call Forwarding - Don’t
Answer

Call
A

B

C

D

E

G

S

Call Forwarding - All Calls - Busy Line

8.

Page 516

Forwarding to an Attendant Console:
a.) If an Attendant Console is designated as the destination of CALL FORWARDING - ALL
CALLS [C-5], the call is forwarded to the Attendant Console handling the tenant to which the
calling station belongs.

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Service Conditions (cont’d)
b.) The Attendant Console key that lights when a call is forwarded to the console depends on the
forwarding status of the originally called station (except in paragraph c). The following table
shows the key that will light; e.g., the BUSY key will light, if the forwarding status of the
originally called station is CALL FORWARDING - BUSY LINE [C-2], and the call is from a
station.
FORWARDING STATUS OF ORIGINALLY CALLED STATION

9.

10.

11.

CALL FORWARD ALL CALLS

CALL FORWARD BUSY

CALL FORWARD DON’T ANSWER

CALL FROM
STATION

ATND

BUSY

NANS

CALL FROM
TRUNK

Depends on trunk class

BUSY

NANS

c.) If the call is forwarded by CALL FORWARDING - DON'T ANSWER [C-3] at any point in a
forwarding sequence, the NANS key on the Attendant Console will light, even if the call status of
the originally called station is CALL FORWARDING - ALL CALLS or CALL FORWARDING
- BUSY LINE.
d.) Called Number Display is only provided if a call is forwarded to the Attendant Console by CALL
FORWARDING - ALL CALLS [C-5] or by CALL FORWARDING - BUSY LINE [C-2].
Forwarding to a Dterm:
a.) The calling Dterm's display will show the number of the called station on the left, and the number
of the station being called on the right. The display on the ringing Dterm will show the number of
the originally called station on the left, and the number of the calling station on the right.
b.) The forward status of the originally called station is shown on the far left of each Dterm's display:
FDB for CALL FORWARDING - BUSY LINE [C-2]; FDA for CALL FORWARDING - ALL
CALLS [C-5].
UCD Groups:
a.) If the destination of a CALL FORWARDING - ALL CALLS [C-5], CALL FORWARDING BUSY LINE [C-2], or CALL FORWARDING - DON'T ANSWER [C-3] is a UNIFORM CALL
DISTRIBUTION (UCD) [U-1] group control station, and CALL FORWARDING - ALL CALLS
[C-5] is not set at that station, the call will be forwarded according to UCD [U-1] procedures.
b.) In the UCD procedure, if CALL FORWARDING - ALL CALLS [C-5] is set on a station in the
group, that station is skipped.
Hunting:
a.) If the final destination station is busy, or if some condition prevents the call from being
forwarded, a busy line is selected, and a hunting check is performed.

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Multiple Call Forwarding - All Calls

Service Conditions (cont’d)
b.) If a call is forwarded by CALL FORWARDING - BUSY LINE [C-2] to stations that are
members of hunting groups, a hunting check is performed on the busy line closest to the called
station, or on the busy line closest to the final forward destination. In the diagram below, a
hunting check is performed on Hunt Groups 1 or 4. A hunting check is never performed on
Groups 2 or 3.

A

S

B

C

D

E

Hunting Group #1 Hunting Group #2

F

Hunting Group #4

Hunting Group #3

12.
13.

14.
15.
16.
17.

Busy Services, such as, EXECUTIVE OVERRIDE [E-1], CALL BACK [C-1], etc.:
a.) Busy service is provided to the busy line closest to the originally called station.
DIT, NIGHT CONNECTION - FIXED [N-1]:
a.) For CALL FORWARDING - ALL CALLS [C-5] and CALL FORWARDING - BUSY LINE [C2], a forwarding check is made up to 5 times by system data.
b.) If a line is busy in DIRECT-IN TERMINATION [D-7], CALL FORWARDING - BUSY LINE
[C-2] to the Attendant is not activated. Instead, the destination for the call can be specified by
system data:
System Data 2 Index = 11
Bit 7 = 0 - Call is routed to the Attendant Console
Bit 7 = 1 - Call is placed in queue until the called station becomes idle.
When activating this feature via FCCS, a telephone number must be set to the call forwarding destination.
When activating this feature via FCCS, a call cannot be forwarded more than five times.
When activating this feature via FCCS, the number of times is assigned by system data.
The OAI monitor number and the ACD pilot number cannot be assigned as the Call Forwarding target
telephone number.

Interactions
1.

2.
3.

Page 518

Users are unaccustomed to hearing ringback tone when responding to their own station’s ring. Be sure to
inform users when providing ringback tone with MULTIPLE CALL FORWARDING-ALL CALLS in
System Data 1, Index 69, Bit 1.
MULTIPLE CALL FORWARDING can only be activated from an idle station.
When CALL WAITING [C-12, 31] ATTENDANT CAMP-ON WITH TONE INDICATION [A-1], and
CALL BACK [C-1] is directed toward Station A with CALL FORWARDING set to Station B, Station B
will receive CALL WAITING tones.

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M-44

Interactions (cont’d)
4.

5.

6.

7.
8.
9.
10.

When a station in a STATION HUNTING [S-7, 8, 9] group initiates MULTIPLE CALL FORWARDINGALL CALLS, calls normally destined for this station will not be received. The hunt group operates as if
the station were busy.
A noncontrolling UCD station is allowed to activate CALL FORWARDING [C-5]. With this station call
forwarded, only calls dialed directly to this station are call forwarded. The member station is removed
from the UCD group under the conditions of this call forwarding feature.
If an Attendant attempts BUSY VERIFICATION [B-3] to Station A, which has MULTIPLE CALL
FORWARDING-ALL CALLS set to Station B, BUSY VERIFICATION proceeds as if the Attendant had
attempted to verify Station B. If Station A has set MULTIPLE CALL FORWARDING-ALL CALLS to
the Attendant Console [A-3], BUSY VERIFICATION [B-3] is allowed at Station A, if Station A is busy.
When MULTIPLE CALL FORWARDING-ALL CALLS is in effect, the activating station may be used
to originate calls. See System Data 2, Index 6, Bit 4.
When a station is call forwarded, the destination station is recorded for STATION MESSAGE DETAIL
RECORDING [S-10].
MULTIPLE CALL FORWARDING-ALL CALLS can be overridden, allowing Station B to initiate or
transfer calls back to Station A.
STATION-TO-STATION CALLING [S-11] must be provided first.

Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:
STEP 7:

ASYD - System Data 1, Index 4, Bit 6. One burst of ringing at forwarding station when MULTIPLE
CALL FORWARDING-ALL CALLS is in service? 0/1: No/Yes.
System Data 1, Index 69, Bit 1. A burst of ringback tone to alert the person receiving a call that this is
a MULTIPLE CALL FORWARDING-ALL CALLS call. In service? 0/1: No/Yes. Normally assigned
as data “0”.
System Data 1, Index 69, bit 7. MULTIPLE CALL FORWARDING - BUSY LINE [M-24], - ALL
CALLS [M-44], in service? 0/1: No/Yes.
System Data 2, Index 6, Bit 4. Enable stations set for MULTIPLE CALL FORWARDING-ALL
CALLS be allowed to use their phones normally. If data “0” is assigned, the station will only be able to
call the Attendant Console. Assign on a per-tenant basis.
ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to MULTIPLE CALL FORWARDING-ALL CALLS entry, SID = 8
and to MULTIPLE CALL FORWARDING-ALL CALLS cancel SID = 9. Assign a Connection Status
Index (CI) for Normal service (N).
ASFC - Assign the stations to activate MULTIPLE CALL FORWARDING-ALL CALLS a Service
Feature Class that allows SFI = 7.
AKYD - For Dterm sets, MULTIPLE CALL FORWARDING-ALL CALLS may be assigned to a
programmable line/feature key. AssignType:Function:CALL FORWARDING-ALL CALLS [2].
ADSL - SN=1 (Originating; DT Connection) and FKY=2 (Call Forwarding - All Calls; FDA).
This command is required only for assigning the function to each soft key.
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) = 1. For this service feature to be set by the Attendant Console, assign Inter
and Intra-Tenant connection via the Attendant Console TRI = 3. Also allow TRI = 0, station-to-station
calling.

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Multiple Call Forwarding - All Calls

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ASYDN - These data must be set to the NCN.
System Data 1 Index 69, b7. Enable Multiple Call Forwarding-Busy Line/Don’t Answer/All Calls. 0/
1=Out of Service/In Service. Index 5, b1-b3. Assign the number of time for forwarding.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Manual Signaling

M-47

M-47

Manual Signaling

General Description
This feature permits Dterm users to send a one-second ring to a predetermined station. The manual intercom SIGNAL
key (SIG key) is operational at all times. An Intercom call is not required. If the signalled station is ringing from
another call, the manual intercom signal will interrupt that ringing.

Operating Procedure
Press the SIG key; send a one-second ring to the predetermined station.

Service Conditions
1.
2.
3.
4.
5.
6.
Note:

When MANUAL SIGNALING is initiated by a user, this one-second ring takes priority over any other
incoming call indications from the multi-line appearances.
Only Dterm can be assigned a manual SIG key.
One destination station can be assigned for manual signaling through the MAINTENANCE
ADMINISTRATION TERMINAL (MAT) [M-18].
Stations that can signal each other must be assigned in the same Module Group. Note
A station can manually signal one other D term.
MANUAL SIGNALING is an operation of MANUAL INTERCOM [A-30] and is used independently of
the MANUAL INTERCOM [A-30] feature.
This is also applied to FCCS service.

Programming
STEP 1:
STEP 2:

STEP 3:

ASYD - SYS1, Index 59, Bit 7. Is AUTOMATIC/MANUAL INTERCOM [A-30] in service? 0/1: No/
Yes.
AICD - For a station to manually signal another station, an AUTOMATIC/MANUAL INTERCOM
[A-30] group must be assigned. Bridge Call is not required. The maximum number of stations per
group may be assigned. Assign the intercom station number as the signaling station and the signaling
station number as the signaled station.
MG:
Module Group
G-ID:
Group ID Number per MG
A/M:
Automatic/Manual Signaling (0/1)
0: Automatic
1: Manual
BCR:
Bridge Call Restriction (0/1)
0: Restricted
1: Allowed
TN:
Tenant Number
ICM STN: Intercom Station Number
SIG STN: Signaling Station Number
AKYD - Assign to the station an Intercom Line according to the following parameters:
TN:
1
STN:
Station Number

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M-47

Manual Signaling

Programming (cont’d)
TP:
RING:

STEP 4:

Page 522

Type of Dterm 0/1:

0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.
PRI:
Form of Line Preference (0-3)
KYN:
Key Number (1-40)
KYI:
Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Kind of Line
0: Multi-line
1: Intercom Line
ICM:
Kind of Intercom
0: Automatic Intercom
1: Manual Intercom
2: Dial Intercom
If MANUAL SIGNALING is used, assign a programmable line/feature
Type:Function:MANUAL SIGNALING KEY [60].
ADSL - Assign SN=0, 1, 2, 3, 4, 5, 6, 7, 15 and FKY=60 (Manual Signaling Key; SIG).
This command is used only for assigning the function to each soft key.

key

as

NEAX2400 IPX Feature Programming Manual
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Multi Channel Recording - DAT

M-48

M-48

Multi Channel Recording - DAT

General Description
This feature allows a user to record a message to multiple Digital Announcement Trunks (DATs) in a single
operation. The message recorded in a trunk is automatically copied to other trunks one after another.

Operating Procedure
1.

Recording by designating RT and TK:
a.) Lift a handset; receive dial tone.
b.) Dial the MULTI CHANNEL RECORDING (RECORDING) access code from the station;
receive special dial tone.
REC
(Time Display)
c.) Enter Route Number and Trunk number; the special dial tone stops.
REC
005

001

Route Trunk
Hear service set tone when #is pressed. The service set tone continues for 3 seconds.
RECORDING START
d.) Start your recording when the service set tone is stopped.
DDD

1

Recording Time Note
e.) Replace the handset to finish recording.
RECORDING END
In 5 seconds
(Time Display)

The recording length is a multiple of 2 (= 2n sec).
2.
Playback by designating RT and TK
a.) Lift a handset; receive dial tone.

Note:

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M-48

Multi Channel Recording - DAT

Operating Procedure (cont’d)
b.) Dial the MULTI CHANNEL RECORDING (REPLAY) access code from the station; receive
special dial tone.
REPLAY
(Time Display)
c.) Enter Route Number and Trunk Number; the special dial tone stops.
REPLAY
005

001

Route Trunk
d.) A recorded message of the designated trunk is automatically played back.
REPLAY START
In 5 seconds
DDD

1

Replay Time
e.) Replace the handset to finish playback of the recorded message.
(Time Display)
Even though recording of a message has been finished, playback of the trunk cannot be accepted until
dubbing of the message to the remaining trunks is complete.
3.
Recording by designating RT (All trunks within the designated route are recorded.)
a.) Lift a handset; receive dial tone.
b.) Dial the MULTI CHANNEL RECORDING (RECORDING) access code from the station;
receive special dial tone.

Note:

REC
(Time Display)
c.) Enter Route Number and press #; the special dial tone stops.
REC
005
Route

Page 524

NEAX2400 IPX Feature Programming Manual
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Multi Channel Recording - DAT

M-48

Operating Procedure (cont’d)
Hear service set tone when # is pressed. The service set tone continues for 3 seconds.
RECORDING START
d.) Start your recording when the service set tone is stopped.
DDD

1

Recording Time Note
e.) Replace the handset to finish recording.
RECORDING END
In 5 seconds
(Time Display)
The recording length is a multiple of 2 (= 2n sec).
4.
Playback by designating RT
a.) Lift a handset; receive dial tone.
b.) Dial the MULTI CHANNEL RECORDING (REPLAY) access code from the station; receive
special dial tone.)

Note:

REPLAY
(Time Display)
c.) Enter Route Number and press #; the special dial tone stops.
REPLAY
005
Route
d.) A recorded message of the designated route is automatically played back.
REPLAY START
In 5 seconds
DDD

1

Replay Time

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M-48

Multi Channel Recording - DAT

Operating Procedure (cont’d)
e.) Replace the handset to finish playback of the recorded message.
(Time Display)
Even though the recording of a message has been finished, playback of the trunk cannot be accepted until
dubbing of the message to the remaining trunks is complete.
5.
Recording of an announcement for a UCD group
a.) Lift a handset; receive dial tone.
b.) Dial the MULTI CHANNEL RECORDING (RECORDING) access code from the station;
receive special dial tone.
REC
(Time Display)

Note:

c.) Press * and enter the UCD controlling telephone number.
REC
25191
UCD controlling telephone number
d.) Wait until you hear service set tone. The waiting time depends upon Register Inter Digit Timer
(normally 6 seconds).
The service set tone continues for 3 seconds.
RECORDING START
e.) Start your recording when the service set tone is stopped.
DDD

1

Recording Time Note
f.) Replace the handset to finish recording.
RECORDING END
In 5 seconds
(Time Display)

The recording length is a multiple of 2 (= 2n sec).
6.
Playback of a message recorded for a UCD group
a.) Lift a handset; receive dial tone.

Note:

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Multi Channel Recording - DAT

M-48

Operating Procedure (cont’d)
b.) Dial the MULTI CHANNEL RECORDING (REPLAY) access code from the station; receive
special dial tone.
REPLAY
(Time Display)
c.) Press * and enter the UCD controlling telephone number; the special dial tone is stopped.
REPLAY
25191
UCD controlling telephone number
d.) A recorded message of the designated UCD group is automatically played back.
REPLAY START
In 5 seconds
DDD

1

Replay Time
e.) Replace the handset to finish playback of the recorded message.
(Time Display)
Even though the recording of a message has been finished, playback of the trunk cannot be accepted until
dubbing of the message to the remaining trunks is complete.
7.
Recording of a message for ACD
a.) Lift a handset; receive dial tone.
b.) Dial the MULTI CHANNEL RECORDING (RECORDING) access code from the station;
receive special dial tone.

Note:

REC
(Time Display)

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M-48

Multi Channel Recording - DAT

Operating Procedure (cont’d)
c.) Press # and enter the message number that has been assigned in the AAST command; receive
service set tone. The service set tone continues for 3 seconds.
REC
15
Message Number
RECORDING START
d.) Start your recording when the service set tone is stopped.
DDD

1

Recording Time Note
e.) Replace the handset to finish recording.
RECORDING END
In 5 seconds
(Time Display)
The recording length is a multiple of 2 (= 2n sec).
8.
Playback of a message for ACD
a.) Lift a handset; receive dial tone.
b.) Dial the MULTI CHANNEL RECORDING (REPLAY) access code from the station; receive
special dial tone.

Note:

REPLAY
(Time Display)
c.) Press # and enter the Message Number that has been assigned in the AADT command.
REPLAY
15
Message Number

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Multi Channel Recording - DAT

M-48

Operating Procedure (cont’d)
d.) A recorded message of the designated Message Number for ACD is automatically played back.
REPLAY START
In 5 seconds
DDD

1

Replay Time
e.) Replace the handset to finish playback of the recorded message.
(Time Display)
Note:

Even though the recording of a message has been finished, playback of the trunk cannot be accepted until
dubbing of the message to the remaining trunks is complete.

Service Conditions
1.

2.
3.
4.
5.
6.

7.

Any entry of RT, TK, UCD Controlling Station, and Message Number that has not been assigned results
in reorder tone (ROT) connection.
The values that each parameter can take fall into the ranges:
RT:
001 - 999
TK:
000 - 255
Message Number: 01 - 58
The maximum recording length is 60 sec (30 sec in the case of UCD).
This feature is not effective for trunks being dubbed or placed in busy.
A user cannot record a message to a trunk in which a recording/dubbing is being made.
When a user encounters Digital Announcement Trunk-All Busy, after dialing RT/TK/UCD Controlling
telephone number/Message Number from the terminal, the user hears a busy tone.
After completion of dialing RT/TK/UCD Controlling telephone number/Message Number, a user hears
the service set tone. In this instance, if the designated trunk is making a dub or being dubbed, the dubbing
is stopped. When the user goes on-hook during the service set tone, the dubbing is also stopped.
A message is recorded in the following sequence. As illustrated below, 1.5 sec after the service set tone
and 1 sec before going on-hook are not recorded.

SST

REC STARTS
SST

NO TONE
1.5
sec

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

REC ENDS
MESSAGE

ON-HOOK

NO TONE
1.5
sec

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M-48

Multi Channel Recording - DAT

Service Conditions (cont’d)
8.

When the system encounters a busy trunk in an attempt to make a dubbing of the message to the remaining
trunks, the trunk is retried after a 16 second interval. Each trunk is attempted a maximum of 16 times. If
the final attempt is rejected because of busy, no further dubbing attempts will be made.
EXECUTION
OF DUBBING
16
sec

16
sec
(BUSY)

(BUSY)

RETRY #1

9.
10.

16
sec
(BUSY)

(BUSY)

RETRY #2

(BUSY)

TIME

RETRY #16

Only the portion in which a message has been recorded is played back.
The dubbing time is calculated by the following equation: (Dubbing Time) = (Recording time + 2 sec) x
(Number of Trunk). Refer to the following table to obtain the approximate time for dubbing:
NUMBER OF TRUNK

11.

DUBBING TIME

1

10

15

20

63

1

6 seconds

8

80

120

160

504

8n

16 seconds

18

180

270

360

1134

18 x 1

30 seconds

32

320

480

640

2016

32 x 1

46 seconds

48

480

720

960

3024

48 x 1

60 seconds

62

620

930

1240

3906

62 x 1

This feature is not available to access a 4-DAT trunk through FCCS link.

Programming
STEP 1:
STEP 2:

STEP 3:

STEP 4:
STEP 5:
STEP 6:

Page 530

ANPD - Assign Number of Necessary Digits (NND) for the 1st digit of the access code of MULTI
CHANNEL RECORDING.
ASPA - Assign access codes for the following Service Code Appendix (SSCA).
SRV SIDA
SSCA 66 (= MULTI CHANNEL RECORDING )
68 (= MULTI CHANNEL RECORDING )
ASFC - For this feature, Service Feature Restriction data must be entered on a Service Feature Class
(SFC) basis.
SFI
87 (= MULTI CHANNEL RECORDING )
90 (= MULTI CHANNEL RECORDING )
ARTD - Assign Route Class Data for an announcement trunk.
ATRK - Assign the announcement trunk data.
MBTK - Assign the Make Idle status to the announcement trunk.

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Multi Channel Recording - DAT

M-48

Programming (cont’d)
STEP 7:

APAD - Assign the PAD control data.
KIND
T (= Assignment of PAD data for dubbing)
S (= Assignment of PAD data for playback)

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Page 531

M-84

MF Signaling - DID

M-84

MF Signaling - DID

General Description
In the Associated Channel Interoffice Signaling system, this feature allows use of selective codes of Multifrequency
(MF) signals.
MF - (ANSI) codes: A total of 15 codes are available by combining two out of six frequencies.
CODE

CCITT/
BELL

0
(700HZ)

1
(900HZ)

1

1

X

X

2

2

X

3

3

4

4

5

5

6

6

7

7

8

8

9

9

10

0

11

C11

12

C12

13

KP1

14

KP2

15

ST

2
(1100HZ)

4
(1300HZ)

7
(1500HZ)

K
(1700HZ)

X
X

X

X

X
X

X
X

X

X

X
X

X
X

X
X

X

X

X
X

X
X

X
X

X
X

X

(ANSI)

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.

3.

Page 532

When using MF signaling system, Least Cost Routing (LCR) or Register Sender LCR (LCRS) must be
assigned.
Even when LCRS is assigned, digit outpulsing to the distant office is not started until all digits have been
received when the signaling is MF. If there is DP or PB lines among alternate routes, an outgoing call may
be originated by seizing a DP or PB line, even when the route advance sequence for that line is lower than
MF lines. When the route advance sequence of MF to DP or PB is predetermined, LCR must be assigned
in the numbering plan.
Unless otherwise specified, MP starting at termination of an incoming call will be activated upon receiving
an ST signal.

NEAX2400 IPX Feature Programming Manual
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MF Signaling - DID

M-84

Service Conditions (cont’d)
4.

5.

6.
7.

Connection patterns to which MF signaling system can be applied are as follows:
a.) Individual call origination by station
b.) Attendant-to-Attendant connection
c.) Individual call origination by Attendant
d.) Call origination by Attendant via station/trunk
e.) MF line connection from CONSULTATION HOLD [C-17]
f.) Call transfer to MF line via Call Forwarding.
Connection to the following services is not available:
a.) Call origination services to MF lines, such as, OUTGOING TRUNK QUEUING
b.) Call termination services from MF lines, such as, UCD [U-1]
c.) Call Waiting, REMOTE ACCESS TO SYSTEM [R-2].
Assignment of MF signaling system or DP, PB signaling system can be determined on a per route basis.
A PA-8RSTK (8RST) circuit card is required for performing this service.

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:
STEP 5:
STEP 6:

STEP 7:

ASYD - System 1, Index 234, Bit 0.
(0) No reverse-type connection acknowledgment
ANPD - Assign the first digit of the MF line access code.
ASPA - Assign the LCR or LCR (S) access code by providing a dummy route.
AMND - Assign the maximum number of necessary digits to the Dial (Area/Office) Code.
ARNP - Assign the access code to the route number. When multiple access codes are present by
alternative routing, set one of them.
ARTD - MF line- Assign the following data, depending on the trunk type, as shown below:
TRUNK
TYPE

OSGS

ONSG

ISGS

INSG

LSG

DISPLAY

OGT

7

4

0

0

5

1

ICT

0

0

7

4

5

1

BWT

7

4

7

4

5

1

Dummy route-Assign 1 at all times for CDN 13:AC. The route data of the dummy route is TCL = 1,
AC = 1 and L/T = 1.
For the others, assign 0 in all cases.
Assign the following route class data to the route of the MF line.
TCMN = 0, TCMC = 0, MFSP: MF Sending Speed.
KPST: Duration of KP sending,
KPPT: Pause after KP sending,
CNI: CNI Calling Number Identification format (=1)
Assign CDN 22:CNI = 1.
ATRK - MF line-Assign the LENS data of each trunk.
MF Register/Sender-Assign the following data to the LENS of the PA-8RSTK circuit card.
RT = 904: MF Register
RT = 905: Sender

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M-84

MF Signaling - DID

Programming (cont’d)
STEP 8:

AFRS - Assign the number Pattern Code (NPC) and Outgoing route selection pattern (OPR) to the
dummy route.
STEP 9: AOPR - Assign the route number, including the alternative route to the outgoing route selection
pattern (OPR). Assigns the number of skipped digits and pattern number location (PNL) to each route.
STEP 10: ARSC - Release the dummy route and station connection restriction.
Release the connection restriction on the route of the MF line and station.

FCCS Programming

STEP 1:
STEP 2:
STEP 3:
STEP 4:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
ANPDL - Assign the first digit of the MF line access code.
ASPAL - Assign the LCR or LCR (S) access code by providing a dummy route.
ARNPL - Assign the access code to the route number. When multiple access codes are present by
alternative routing, set one of them.
ARTDN - MF line- Assign the following data, depending on the trunk type, as shown below:
TRUNK
TYPE

OSGS

ONSG

ISGS

INSG

LSG

DISPLAY

OGT

7

4

0

0

5

1

ICT

0

0

7

4

5

1

BWT

7

4

7

4

5

1

Dummy route-Assign 1 at all times for CDN 13:AC. The route data of the dummy route is TCL = 1,
AC = 1 and L/T = 1.
For the others, assign 0 in all cases.
Assign the following route class data to the route of the MF line.
TCMN = 0, TCMC = 0, MFSP: MF Sending Speed.
KPST: Duration of KP sending,
KPPT: Pause after KP sending,
CNI: CNI Calling Number Identification format (=1)
Assign CDN 22:CNI = 1.
STEP 5: AFRSL - Assign the number Pattern Code (NPC) and Outgoing route selection pattern (OPR) to the
dummy route.
STEP 6: AOPRL - Assign the route number, including the alternative route to the outgoing route selection
pattern (OPR). Assigns the number of skipped digits and pattern number location (PNL) to each route.
STEP 7: ARSCN - Release the dummy route and station connection restriction.
Release the connection restriction on the route of the MF line and station.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

Page 534

NEAX2400 IPX Feature Programming Manual
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Message Waiting Indication - Dterm

M-85D

M-85D

Message Waiting Indication - Dterm

General Description
This feature allows Message Waiting (MW) information to be displayed on the middle line (24 digits) of the LCD.

Operating Procedure
No manual operation is required.

Service Conditions
1.

The LCD displays the following information, when MESSAGE WAITING INDICATION - Dterm is
activated:
Initial Display
(Time Display)
When controlled by
MCI, Attendant or
station

2.
3.
4.

5.

6.

10:00 AM FRI 01 JAN 1999

MW

When this service is assigned to a D term with a 1-line LCD, the service is not available, and the display
remains unchanged.
This service can be controlled via MAT command program.
This service is available only when OAI service is not available (SYS1, Index=79, b6=1). When OAI
service is available (SYS1, Index=79, b6=0), the information cannot be displayed on the lower line of
LCD, but will be displayed on the upper line.
While Message Waiting information control is being executed to a Dterm equipped with a 2-line LCD by
this service, time information is not displayed on the LCD. When Message Waiting information control is
cancelled, the time information display is resumed.
For the FCCS network, this feature is available for a telephone number having less than 7 digits.

Programming
STEP 1:
STEP 2:

ASYD - System Data 1, Index 79, Bit 6 = 1.
AKYD - Assign the following data to the Dterm that executes this service.
(MWD = 1: Message Waiting Indication in Service)

FCCS Programming
No unique programming is required for the FCCS network.

NEAX2400 IPX Feature Programming Manual
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Page 535

M-101

MF ANI to SMDR

M-101

MF ANI to SMDR

General Description
This feature allows an office receiving ANI information by means of MF signal to output the information to the
expanded SMDR area.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.

Output conditions are same as current conditions of MF ANI. (i.e., charging information for incoming
calls is output only).
About the expanded output format, refer to SMDR OUTPUT EXPANSION-ANI/CPN [S-129].
When the tandem connection is established through CCIS, the maximum digits of ANI information output
to the SMDR port are 16.

Programming

STEP 1:

Also see TRUNK LINE APPEARANCE [T-23] for information on how to accommodate C.O. line on
a Dterm line/feature key.
ASYD - System Data 1, Index 241, Bit 4. 0/1 = No ANI output to SMDR/ANI output to SMDR.
System Data 1, Index 241, Bit 6. 0/1 = When the length of Caller ID exceeds the limit, only the former/
latter part of data appears on the LCD.
System Data 1, Index 390, Bit 0. Caller ID display pattern on the LCD. 0/1 = Calling Number/Calling
Name has priority.
System Data 1, Index 390, Bit 2. when using Dterm 2-line LCD, the lower LCD can be used for
displaying Caller ID. 0/1 = Out/In service.
When Calling Number is output to SMDR, the following expanded format is used.

S
T
X

O

!

1

2

96

104

K

H
/
I
/
J

OFFICE CODE OF
CALLED PARTY
(FOR CCIS)

AUTH
CODE

129 130
A

A = ANI Information
H = Origination
I = Termination
J = Station-to-Station

Page 536

131

162

ANI
NO.

Z

E
T
X

Z = End of SMDR
Information

Identifier:
0 = Output is not available
1 = Displayed
2 = Display denied
3 = Service is not available
4 = Origination from public pay phone
Note: For 0, 2 and 3, the ANI number is not output.

NEAX2400 IPX Feature Programming Manual
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MF ANI to SMDR

M-101

Programming (cont’d)

STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:

System Data 1, Index 288, Bit 5. Expanded SMDR Output for SMDR A Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 290, Bit 5. Expanded SMDR Output for SMDR B Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 292, Bit 5. Expanded SMDR Output for SMDR C Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 294, Bit 5. Expanded SMDR Output for SMDR D Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 296, Bit 0. Output of Calling Number (ANI Information). 0/1 = Out/In Service.
Assign data “1”.
System Data 1, Index 300, Bit 0. 0/1 = Billing information is sent to the Main Node in Expanded
SMDR format if CENTRALIZED BILLING - CCIS [C-55].
ASFC - Assign a Service Feature Class that allows SFI 14 to stations allowed STATION MESSAGE
DETAIL RECORDING [S-10].
ARTD - Assign route class data for the C.O. trunk.
RT: 1
15-LSG
:3
50-DPLY
:1
When Calling Number is output to SMDR:
RT: 1
10-SMDR :1
Assign Route Class Expansion Data: CNI - 1. SVI: 1645 = 1
When My Line is Prime Line, Call Id Change Display Key is effective while terminating or in
conversation.
When My Line is not Prime Line, Call Id Change Display Key is effective while in conversation.
However, display pattern returns to the original setting when answering, holding, or transferring the
call.
ATRK - Assign trunk data for the C.O. trunk.
MBTK - Cancel the make busy of the C.O. trunk.
AKYD - Assign Call Id Change Display key. Assign Type:Function:CALL ID CHANGE DISPLAY
[113]. When Call Id Change Display key is pressed, display pattern on the LCD assigned by ASYD
command changes according to the conditions above.

FCCS Programming

STEP 1:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
ASYDL - System Data 1, Index 576, Bit 0=1. Enable central SMDR polling method for fusion.
System Data 1, Index 241, Bit 4. 0/1 = No ANI output to SMDR/ANI output to SMDR.
System Data 1, Index 241, Bit 6. 0/1 = When the length of Caller ID exceeds the limit, only the former/
latter part of data appears on the LCD.
System Data 1, Index 390, Bit 0. Caller ID display pattern on the LCD. 0/1 = Calling Number/Calling
Name has priority.
System Data 1, Index 390, Bit 2. when using Dterm 2-line LCD, the lower LCD can be used for
displaying Caller ID. 0/1 = Out/In service.

NEAX2400 IPX Feature Programming Manual
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Page 537

M-101

MF ANI to SMDR

FCCS Programming (cont’d)
When Calling Number is output to SMDR, the following expanded format is used.

S
T
X

O

!

1

2

96

104

K

H
/
I
/
J

OFFICE CODE OF
CALLED PARTY
(FOR CCIS)

AUTH
CODE

129 130
A

A = ANI Information
H = Origination
I = Termination
J = Station-to-Station

131

162

ANI
NO.

Z

E
T
X

Z = End of SMDR
Information

Identifier:
0 = Output is not available
1 = Displayed
2 = Display denied
3 = Service is not available
4 = Origination from public pay phone
Note: For 0, 2 and 3, the ANI number is not output.

System Data 1, Index 288, Bit 5. Expanded SMDR Output for SMDR A Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 290, Bit 5. Expanded SMDR Output for SMDR B Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 292, Bit 5. Expanded SMDR Output for SMDR C Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 294, Bit 5. Expanded SMDR Output for SMDR D Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 296, Bit 0. Output of Calling Number (ANI Information). 0/1 = Out/In Service.
Assign data “1”.
System Data 1, Index 300, Bit 0. 0/1 = Billing information is sent to the Main Node in Expanded
SMDR format if CENTRALIZED BILLING - CCIS [C-55].
STEP 2: ARTDN - Assign route class data for the C.O. trunk.
RT: 1
15-LSG
:3
50-DPLY
:1
When Calling Number is output to SMDR:
RT: 1
10-SMDR :1
Assign Route Class Expansion Data: CNI - 1. SVI: 1645 = 1
When My Line is Prime Line, Call Id Change Display Key is effective while terminating or in
conversation.
When My Line is not Prime Line, Call Id Change Display Key is effective while in conversation.
However, display pattern returns to the original setting when answering, holding, or transferring the
call.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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NEAX2400 IPX Feature Programming Manual
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Night Connection - Fixed

N-1

N-1

Night Connection - Fixed

General Description
This feature routes calls normally directed to the ATTENDANT CONSOLE [A-3] to a preselected common station
within the system when the Night Mode has been entered.

Operating Procedure
To answer NIGHT CONNECTION calls

1.
2.
3.
4.

The incoming calls to the ATTENDANT CONSOLE [A-3] in the night mode are automatically
transferred to a preselected NIGHT CONNECTION - FIXED station.
Calling party hears ringback tone.
Ring signal is sent to the NIGHT CONNECTION - FIXED station.
NIGHT CONNECTION - FIXED station goes off-hook to answer the incoming call. If necessary, this
station can transfer the incoming call to another station within the system, using CALL TRANSFER ALL CALLS [C-11] feature.

Service Conditions
1.
2.
3.
4.
5.

6.
7.

8.

Calls that are being processed or are in the hold state when the night mode is entered, continue being
processed or held after the mode changeover has been completed.
If the NIGHT CONNECTION - FIXED station, to which an incoming call has been directed is busy, the
calling party will hear ringback tone until the station becomes idle.
This service feature may be provided with NIGHT CONNECTION - FLEXIBLE [N-2] and TRUNK
ANSWER FROM ANY STATION [T-8] in the same system.
If the NIGHT CONNECTION - FIXED station is set for CALL FORWARDING - ALL CALLS [C-5],
incoming Central Office trunk calls terminated to that station will be forwarded to the designated station.
Programmed NIGHT CONNECTION - FIXED stations can use CALL HOLD [C-6], CALL TRANSFER
[C-10, 11] and THREE-WAY CALLING [T-2] provided these features are programmed into its CLASS
OF SERVICE - INDIVIDUAL [C-15].
Only Ring Down (COT) incoming calls will be routed to NIGHT CONNECTION - FIXED stations.
If an incoming call has terminated to a NIGHT CONNECTION - FIXED, and if the station is busy or in
LINE LOCKOUT [L-3], the call will be forwarded to the TRUNK ANSWER FROM ANY STATION
(TAS) [T-8] unit, if equipped.
When activating this feature within an FCCS network, the different destination for C.O. incoming calls
(Ring down) cannot be set at each tenant group.

Interactions
1.
2.
3.
4.

The Night station is assigned to each trunk, and the same NIGHT CONNECTION - FIXED can be
assigned to several trunks.
All trunks to be terminated at the NIGHT CONNECTION - FIXED station must be programmed in ACSI.
Refer to DIRECT-IN TERMINATION [D-7] for more information on DITs.
The system must enter Night mode. Refer to ATTENDANT CONSOLE [A-3] and DAY/NIGHT CLASS
OF SERVICE [D-15].
The Attendant Console must first be provided.

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Page 539

N-1

Night Connection - Fixed

Interactions (cont’d)
5.

6.

7.
8.

9.
10.

11.

12.

13.
14.

15.

16.

Page 540

When the NIGHT CONNECTION - FLEXIBLE [N-2] feature is provided, assignments can be made by
the ATTENDANT CONSOLE [A-3] or NIGHT CONNECTION - FIXED station by use of the CALL
FORWARDING - ALL CALLS [C-5] feature.
CALL FORWARDING - BUSY LINE/DON'T ANSWER [C-2, 3]: A Night user can activate the CALL
FORWARDING - BUSY LINE/DON'T ANSWER [C-2, 3] feature if available to the user. A call ringing
at an idle NIGHT CONNECTION - FIXED station rings for 30 seconds before forwarding. A call
forwarded from a busy NIGHT CONNECTION - FIXED station rings normally at the designated station.
A station-to-Attendant call cannot be forwarded to a NIGHT CONNECTION - FIXED station. An
incoming trunk call forwarded from an idle unanswered NIGHT CONNECTION - FIXED station alerts
the designated station with distinctive ringing.
CALL WAITING [C-12, 13]: Call Waiting tones are not directed to a busy NIGHT CONNECTION FIXED. When the Night user goes on-hook, ringing is returned if a call is waiting.
CALL TRANSFER - ALL CALLS [C-11]: When the NIGHT CONNECTION feature is active, the CALL
TRANSFER - ALL CALLS [C-11] feature is always enabled, regardless of the Class of Service of the
station assigned to NIGHT CONNECTION - FIXED.
STATION MESSAGE DETAIL RECORDING (SMDR) [S-10]: The SMDR records contain Night
service calls. The SMDR call record includes the station number answering the call.
Incoming Restricted Line: When NIGHT CONNECTION - FIXED or FLEXIBLE [N-2] is active, the line
Class of Service restrictions can be automatically changed when the system is in the Night mode, to allow
a station normally restricted during the day to receive incoming calls.
NIGHT CONNECTION - FIXED: Arrangements are provided to route calls normally directed to the
Attendant, to a preselected station line within the system when Night service is activated. In addition,
incoming calls from specific non-Direct Inward Dialing (DID) exchange network trunks can be arranged
to route to specific station lines. The routings are provided on a fixed basis via the MAT [M-18]. TRUNK
ANSWER FROM ANY STATION (TAS) [T-8], when available, may also be provided for Night calls not
assigned to Night stations. Assignments can be made per incoming trunk.
When CALL FORWARDING - ALL CALLS [C-5] or CALL FORWARDING - BUSY LINE/DON'T
ANSWER [C-2, 3] is provided, and the station is busy, Call Forwarding is implemented on the station line.
If the station is in a HUNT GROUP [S-7, 8, 9], call forwarding will take place prior to the station hunting
feature or UCD [U-1].
CALL QUEUING [C-9]: Incoming trunk calls to the Night Connection station will queue on a First In/
First Out basis.
CLASS OF SERVICE - INDIVIDUAL [C-15]: Night Connection station’s class of service should be
constructed to allow access to the routes and service features required to complete the tasks of the Night
Connection station.
DIRECT INWARD DIALING [D-8]: Only Listed Directory Number DID calls (as assigned in the ALDN
command) will be directed to the Night Connection station. All DID trunks must be programmed to the
Night Connection station via the ACSI command.
When system is in the Night mode of operation, incoming calls are directed in the following order:
NIGHT CONNECTION - FLEXIBLE
[N-2]
NIGHT CONNECTION - FIXED
[N-1]
TAS
[T-8]

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Night Connection - Fixed

N-1

Programming
STEP 1:

STEP 2:

STEP 3:

ASYD - System Data 1, Index 147. DIT supervisory timer for a busy station. How often will the CPU
look at the Idle/Busy status of the station for rerouting the DIT call to the destination? Always leave
this index as 00H.
For NIGHT CONNECTION-FIXED Only.
ACSI - Assign Route Number, Trunk Number, Connection Service Index of “4” for NIGHT
CONNECTION-FIXED, and the Tenant Number and Station Number to serve as the NIGHT
CONNECTION-FIXED station.
ACFR - Allow a Transfer Service Feature Index of 2, NIGHT CONNECTION-FIXED, for the types
of incoming calls listed in Call Class Index (CCI).

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ACSIL - This command must be assigned to the node accommodating the COT. Assign the logical
route number (LGRT), trunk number, and Connection Service Index (CSI)=4 for DIT activated in
Night mode. Then assign the user group number (UGN) and Telephone Number to serve as the
NIGHT CONNECTION - FIXED station.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The current data should also be set in addition the above-mentioned command. The command to be set to
the node accommodating the COT: ASYD/ACFR.

NEAX2400 IPX Feature Programming Manual
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Page 541

N-2

Night Connection - Flexible

N-2

Night Connection - Flexible

General Description
This feature provides arrangements to route calls, usually directed to the ATTENDANT CONSOLE [A-3], instead
to a preselected station on a flexible, assignable basis within the system, when the Night Mode has been entered.

Operating Procedure
1.
2.

Answering the operation is the same as that for NIGHT CONNECTION - FIXED [N-1].
Each evening, before placing the ATTENDANT CONSOLE [A-3] into the Night Connection mode, the
Attendant programs CALL FORWARDING - ALL CALLS [C-5] from the fixed NIGHT CONNECTION
- FIXED station to the desired station.

Service Conditions
1.

2.

3.

The NIGHT CONNECTION - FLEXIBLE station may be programmed from either the ATTENDANT
CONSOLE [A-3] or the NIGHT CONNECTION - FIXED [N-1] station. Refer to CALL FORWARDING
- ALL CALLS [C-5] for details.
NIGHT CONNECTION - FLEXIBLE: Arrangements are provided to route calls, normally directed to the
Attendant, to a preselected station line within the system when Night service is activated. Additionally,
incoming calls from specific non-DID exchange network trunks can be arranged to route to the specific
station line. The routings can be assigned on a flexible basis by the Attendant or NIGHT FIXED station
by use of the Call Forwarding feature and remain in effect until changed. For NIGHT CONNECTION FLEXIBLE to function, a NIGHT CONNECTION - FIXED telephone number must be assigned to the
trunk via the MAT [M-18]. In the event of a power failure, the assignments are not lost. The TAS [T-8]
answering capability is provided for Night calls not assigned to Night stations.
When activating this feature within an FCCS network, the different destination for C.O. incoming calls
(Ring down) cannot be set at each tenant group.

Programming
STEP 1:
STEP 2:

ACSI - NIGHT CONNECTION-FLEXIBLE is a combination of CALL FORWARDING-ALL
CALLS [C-5] and NIGHT CONNECTION-FIXED [N-1] features.
ASFC - CLASS OF SERVICE-INDIVIDUAL [C-15]: The station chosen as the Night ConnectionFlexible station should be assigned a CLASS OF SERVICE-INDIVIDUAL [C-15] capable of
performing the Night station functions.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
STEP 1: ACSIL - This command must be assigned to the node accommodating the COT. Assign the logical
route number (LGRT), trunk number, and Connection Service Index (CSI)=4 for DIT activated in
Night mode. Then assign the user group number (UGN) and Telephone Number to serve as the DIT
station.
Note: The current data should also be set in addition the above-mentioned command. The command to be set to
the node accommodating the COT.

Page 542

NEAX2400 IPX Feature Programming Manual
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Non-delay Operation

N-3

N-3

Non-delay Operation

General Description
This feature allows the ATTENDANT CONSOLE [A-3] to place any calling party on hold, dialing the call, and
connecting the calling and called parties.

Operating Procedure
1.
2.
3.
4.
5.
6.

The Attendant answers an operator call by pressing the ANSWER or ATND key.
Press the START key.
Dial the exchange network access code.
Dial the desired telephone number.
Press the RELEASE key.
The parties are connected.

Service Conditions
1.
2.
3.
4.

5.
6.
7.

The Attendant may terminate the connection either before or after the called station answers.
There is no AUTOMATIC RECALL [A-8] for station-to-trunk and trunk-to-trunk calls when the called
party does not answer.
If the station is restricted, the Attendant will receive a reorder tone when attempting to establish a Central
Office connection.
When the PASSING DIAL TONE [P-2] feature is provided, and the Attendant has accessed an outgoing
trunk, the call may be released from the ATTENDANT CONSOLE [A-3], and the user is allowed to
complete dialing.
This feature allows the Attendant to place an outgoing call for a user who reached the Attendant via a dial
“0” call without requiring the user to hang up.
The Attendant can dial the called number for the user, or using the PASSING DIAL TONE [P-2] feature,
allow the user to complete the dialing.
A call can be transferred to a trunk in the remote node via FCCS link.

Interactions
1.

2.

The Attendant Console can seize the dial tone and dial an outgoing number for any station in the system.
The Attendant Console cannot pass an unrestricted dial tone to any station. See PASSING DIAL TONE
[P-2] for more information.
The Attendant Console must first be provided.

Programming
STEP 1:
STEP 2:

ARSC - Construct a Route Restriction Class (RSC) that will allow outgoing access to various routes
using the Route Restriction Index (RRI) 2 through the Attendant Console.
ASDT - Assign a Route Restriction Class (RSC) that allows outgoing access to the various routes via
the Attendant Console to the station.

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Page 543

N-3

Non-delay Operation

FCCS Programming

STEP 1:

Page 544

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
ARSCN - Construct a Route Restriction Class (RSC) that will allow outgoing access to various routes
using the Route Restriction Index (RRI) 2 through the Attendant Console.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Non-exclusive Hold - D term

N-7D

Non-exclusive Hold - Dterm

N-7D
General Description

This feature allows a Dterm user to place a call on Hold, from which it can be retrieved by any Dterm station that
displays the held line.

Operating Procedure
1.
2.

While a call is in progress, press the HOLD key.
To retrieve a held call; press the held line.

Service Conditions
1.
2.
3.
4.
5.

6.
7.
8.

9.
10.
11.

Any Dterm station displaying the held line can seize the held call.
AUTOMATIC RECALL [A-8] is directed only to the station that placed the call on Hold.
The station initiating Hold will receive a distinctive I-HOLD INDICATION [I-7D].
A two-party Hold is available when a D term is engaged in a three-party conference with a station and/or
trunk. An EXECUTIVE RIGHT-OF-WAY [E-1] call cannot activate a two-party Hold.
When two parties are put on Hold, service features such as EXECUTIVE RIGHT-OF-WAY [E-1],
ATTENDANT OVERRIDE [A-7], CALL WAITING - ORIGINATING [C-31], CALL WAITING TERMINATING [C-12], BUSY VERIFICATION [B-3] and ATTENDANT CAMP-ON [A-1], cannot be
activated to the busy line.
The two held parties remain connected and can talk to each other. MUSIC ON HOLD [M-7] is not
activated.
The two held parties cannot be placed on EXCLUSIVE HOLD [E-3D] by the Dterm user.
If one of the two held parties is released from the connection, MUSIC ON HOLD [M-7] will be activated
on the remaining connection. When the holding party returns to the connection, a two-party connection is
established.
If the sub-line appearance placed in the NON-EXCLUSIVE HOLD condition is assigned to a single-line
telephone, the single-line telephone can retrieve the held call by lifting the handset.
NON-EXCLUSIVE HOLD - Dterm will operate when the Dterm station has been put in CONSULTATION
HOLD by the other party.
This service feature is available when a station is in the following states, where “=” means a path and “-”
means music on hold:
a.) when a station has a path to another station:
Station

= Station

b.) when a station has a path to a trunk
Station

= Trunk

c.) when a station has a path to a station that has a trunk held by MUSIC ON HOLD [M-7] for
CONSULTATION HOLD - ALL CALLS [C-17] D term [C-17D]:
Station

= Station - Trunk

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Page 545

Non-exclusive Hold - D term

N-7D

Service Conditions (cont’d)
d.) when a station has a path to a station that has a station held by MUSIC ON HOLD [M-7] for
CONSULTATION HOLD - ALL CALLS [C-17] or CONSULTATION HOLD - ALL CALLS
Dterm [C-17D]:
Station

= Station = Station

e.) when a station has a path to two trunks at one time for THREE-WAY CALLING [T-2] or
THREE-WAY CALLING - D term [T-2D]:
Trunk

=

Station

= Trunk

f.) when a station has a path to a trunk and a station at one time for THREE-WAY CALLING [T-2]
or THREE-WAY CALLING - Dterm [T-2D]:
Trunk

12.

=

Station

= Station

This service feature is not available when a station is in the following states:
a.) when a station has a path to a trunk and a trunk held by MUSIC ON HOLD [M-7] for
CONSULTATION HOLD - ALL CALLS [C-17] or CONSULTATION HOLD - ALL CALLS Dterm [C-17D]:
Trunk

=

Station

= Trunk

b.) when a station has a path to two stations at one time for THREE-WAY CALLING [T-2] or
THREE-WAY CALLING - D term [T-2D]:
Station

=

Station

= Station

Programming
ASYD - System Data 1, Index 144. Recall timer for NON-EXCLUSIVE HOLD. Assign data 00H for
30 seconds. ROM default data is 3FH.
System Data 2, Index 12, Bit 0. Is Automatic Recall Ringing for NON-EXCLUSIVE HOLD provided
on a per-tenant basis? 0/1: Yes/No.

Page 546

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Non-square Line Assignment - Dterm

N-8D

Non-square Line Assignment - Dterm

N-8D

General Description
This service feature allows the line function buttons on the Dterm set to be freely assigned as line keys or as service
feature keys. These assignments are done on a per-station basis.

Operating Procedure
Key designations are assigned via the Maintenance Administration Terminal (MAT) [M-18].

Service Conditions
Programming one feature to more than one key will not provide enhanced service. For example, two MSG keys will
not provide a Dterm set with eight message memories. See MESSAGE REMINDER - D term [M-19D].

Programming
STEP 1:
STEP 2:

ASDT - A LEN equipped with a Dterm Circuit Board must be assigned a station number and a
Telephone Equipment Class (TEC) of 12.
AKYD - Assign a MY Line, a Prime Line, and various sublines to the Dterms.
TN:
1
STN: Station Number
TP:
Type of D term 0/1:
RING: Assign ringing to the entire phone
0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment enables RG parameter
PL TN STN: Prime Line Tenant and Station Number
KYN:
Key Number (1-40)
KYI:
Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Not assigned for Feature Key
TN STN:
Tenant Number and Station Number of Multi-line
RG:
Ringing Assignment per Multi-line Appearance
0: No Ringing
1: Ringing in Day Mode Only
2: Ringing in Night Mode Only
3: Ringing in Day and Night Mode
Any combination of available system extension numbers may be assigned to the keys of the Dterm
instruments. There are no restrictions on order of multi-line appearance. Line appearances may be
arranged in any fashion, provided they are located within the same Module Group.

NEAX2400 IPX Feature Programming Manual
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Page 547

N-17

Night Connection Outside - System

N-17

Night Connection Outside - System

General Description
This is a night transfer service on a system basis, enabling a ring-down or LDN call to be transferred to a preselected
station outside the NEAX2400 IPX when night mode has been set.

Operating Procedure
1.
2.
3.

The Attendant sets night mode. (Night Key, PB, Handset Extraction, MB).
A ring-down or LDN call terminates from a trunk.
The call is transferred to the outside party in accordance with NIGHT CONNECTION OUTSIDE system
data.

Service Conditions
1.

2.

3.
4.
5.

The priority of this service is higher than TRUNK ANSWER FROM ANY STATION (TAS) [T-8] service
but lower than DIRECT-IN TERMINATION (DIT) [D-7] and NIGHT CONNECTION - FIXED [N-1]
services. Thus, if DIT [D-7] and NIGHT CONNECTION - FIXED [N-1] are set, this service is not
activated.
If the terminating side is a ring-down trunk, a release signal cannot be received after communication is
established. Therefore, the trunk to which the call is transferred must be capable of sending back a release
signal.
Tandem restriction is applied to this feature.
This service cannot be used in combination with CONSECUTIVE SPEED CALLING [C-62] service.
The call transfer destination can be fixed on a per-tenant basis.

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:
STEP 5:

STEP 6:

ASYD - System Data 1, Index 77, Bit 0, DAY/NIGHT mode Changeover via handset jack 0/1: Not
Required/Required.
ALDN - Assign LDN, allow night transfer, assign TYPE = 3, and the ADC number assigned in ASPD.
ASPD - Assign abbreviated digit code (ADC) and access code to the dialed (000-999). This step is
required only if the access code and outside number are greater than eight digits.
ACFO - Assign call forwarding data, CF = 4: Night Connection, and the ADC assigned in ASPD.
ARRC - Allowing incoming route to outgoing route. Use Alternative Route Index (ARI-D-RES) for
Direct Connection. Three possible restrictions (RES) may be assigned: data “0” = connection is
restricted; data “1” = connection is allowed; or data “2” = toll restriction is required. For NIGHT
CONNECTION-OUTSIDE-SYSTEM, toll restriction is not required.
ACFR - Assign Transfer Service Feature Index (TSFI) = 2: Direct In Termination Night Only, to be
allowed CCI: 1 (LDN). This allows LDN to go to Night transfer destination. Assign TSFI: 5 (TAS) to
be allowed CCI: 1 (LDN). This allows LDN to go to TRUNK ANSWER ANY STATION (TAS).

FCCS Programming
No unique programming is required for the FCCS network.

Page 548

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Name Display - System

N-28

N-28

Name Display - System

General Description
This feature allows a Dterm with LCD display to indicate the user information corresponding to the calling telephone
number while engaged in STATION-TO-STATION CALLING [S-11].

Operating Procedure
1.

When originating a station-to-station call:
Called telephone number
16-digit display
XXXX
LCD display of the calling
TOM JONES
station
User information corresponding to the called
telephone number
Calling telephone number

LCD display of the called
station

XXXX
MARY HARRIS

User information corresponding to the calling
telephone number
8-digit display
LCD display of the calling
station
LCD display of the called
station

User information of called station
TOM J.
(Time Display)
User information of calling station
MARY H.
(Time Display)

The user information on the LCD flashes until the call is answered.
2.
When a station call has been transferred to another station by CALL FORWARDING - ALL CALLS [C5]/ BUSY LINE [C-2]/DON'T ANSWER [C-3]:
Type of service
16-digit display
Transferring telephone number
LCD display of the calling
Destination telephone number
station

Note:

FORWARD

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

XXXX
TOM JONES

YYYY

Page 549

N-28

Name Display - System

Operating Procedure (cont’d)
LCD
display
of
destination station

Type of service
Transferring telephone number
Calling telephone number

the

FORWARD

XXXX

ZZZZ

MARY HARRIS

Type of service
Transferring telephone number
User info. of destination station

8-digit display
LCD display of the calling
station
FORWARD

XXXX
TOM J.
(Time Display)

The user information on the LCD flashes until the call is answered.
Type of service
LCD
display
of
the
Transferring telephone number
destination station
User info. of calling station

Note:

FORWARD

3.

XXXX
MARY HARRIS
(Time Display)

When both the calling/called station are released from a station-to-station call, the LCD of the calling/
called station displays:
(Time Display)

Service Conditions
1.
2.
3.

4.
5.
6.

Page 550

This service is available when either of the calling/called station is a Dterm, with an LCD display.
By this service, ASCII character data can be displayed.
User information corresponding to the telephone number that can be displayed on the LCD is a maximum
of 16 digits. The information displayed may consist of upper case letters, numeric characters, and most
keyboard symbols.
This service and Name Display service by Open Application Interface (OAI) cannot be activated
concurrently.
8-digit display or 16-digit display is selectable by system data, but cannot be used concurrently.
16-digit display:
a.) 16-digit display is available only in case of station (My Line only) -to-station (My Line only)
calls between Dterms with 2-line LCD display.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

On-line Maintenance

O-1

O-1

On-line Maintenance

General Description
This service feature permits maintenance routines to be performed on the NEAX2400 IPX without affecting normal
system operation.

Operating Procedure
Refer to the NEAX2400 IPX Office Data Specification.

Service Conditions
1.

2.

The following maintenance functions may be performed while the system is ON-LINE:
a.) Generic Program and Operating Memory testing
b.) Fault Contents Display and Diagnosis
c.) System/Office Data Entry and Change
d.) REMOTE MAINTENANCE [R-7]
e.) Traffic Measurement
f.) Testing facilities of outside trunks is provided as an option
g.) PEG COUNT [P-7] display
I/O port “0” is fixed at 4800 bps.

Interactions
1.
2.

MAINTENANCE ADMINISTRATION TERMINALS [M-18] must first be provided.
Verify all cable connections.

Programming
STEP 1:
STEP 2:

ATCC - Assign the communication speed of the MAT at 4800 bps.
AIOC - Assign function and attribute data of the IOC ports.

FCCS Programming
No unique programming is required for the FCCS network.

NEAX2400 IPX Feature Programming Manual
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Page 551

O-2

Outgoing Trunk Queuing

O-2

Outgoing Trunk Queuing

General Description
This feature allows a user to dial a specified access code and enter a first-in, first-out queue, when encountering a
trunk busy signal. As soon as an OUTGOING TRUNK becomes available, stations in the queue will be called back
on a first-come, first-served basis.

Operating Procedure
When LEAST COST ROUTING - 3/6-DIGIT [L-5] is not provided

1.
2.
3.
4.

Dial the trunk access code and receive busy tone.
Press the switch hook and receive special dial tone.
Dial the OUTGOING TRUNK QUEUING (OGQ) access code and receive service set tone.
Replace the handset.

When LEAST COST ROUTING - 3/6-DIGIT [L-5] is provided

1.
2.
3.
4.
5.

Dial the trunk access code and receive PBX dial tone.
Dial the desired number and receive busy tone.
Press the switch hook and receive special dial tone.
Dial the OGQ access code and receive service set tone.
Replace the handset.

Service Conditions
1.
2.

3.
4.
5.
6.
7.

8.
9.
10.
11.
12.

Page 552

After an OUTGOING TRUNK becomes available, the user's station will ring for 30 seconds. If not
answered within that time, the station will automatically be dropped from the queue.
When this feature is used in conjunction with SPEED CALLING - SYSTEM [S-3], or LEAST COST
ROUTING [L-5], where a sender is involved, the sender will automatically dial out the called subscriber
number when the handset is lifted.
If the user wishes to remove himself from the queue prior to being rung, the specified cancellation code
must be dialed.
Individual stations may only initiate one outgoing trunk queue at a time. Subsequent attempts will result
in a reorder tone.
Stations may be restricted from using this feature in CLASS OF SERVICE - INDIVIDUAL [C-15].
This feature is not available for an ATTENDANT CONSOLE [A-3].
The maximum number of simultaneous OGQs per system:
1 IMG:
64 calls
4 IMG/IPX-U: 256 calls
The queue slots are used commonly by OFF-HOOK QUEUING [O-7], INTER-OFFICE OFF-HOOK
QUEUING [I-11], and OGQ [O-2, 2D, 16].
CALL PICKUP - GROUP [C-7] cannot be used to answer a call directed to another station using OGQ.
OGQ is common to all Central Office-type trunk groups (COT, TIE, FX, WATS, etc.) in the system.
OGQ call back will return to the originating station, not the CALL FORWARDING [C-2, 3, 5] terminating
station.
OGQ is denied to a station line when the CALL BACK [C-1] or CALL HOLD [C-6] feature is already
activated.
The Attendant cannot CAMP-ON [A-1] a call to a station that has activated OGQ.
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Service Conditions (cont’d)
13.
14.
15.
16.

If a user goes on-hook within 6-8 seconds after encountering all trunks busy, OUTGOING TRUNK
QUEUING can be set automatically to the station.
The station is set for OGQ for a minimum of 30 seconds to one hour, maximum. This time is adjustable
through the system data. After this time, OGQ will be cancelled automatically.
ACCOUNT CODE [A-18] and FORCED ACCOUNT CODE [F-7] information can be recorded on
SMDR [S-10], when used in conjunction with OGQ.
This feature can be activated when using a trunk in the remote node via FCCS link.

Example: Node A and Node B are in a FCCS network.
•
Although a station belonging to Node A tried to call outside using a trunk belonging to Node B, all the trunks are busy.
The call can be in the queue using this feature.
Busy

FCCS link
Node A

Node B

TK
Busy
TK
Busy
TK

17.
18.
19.

20.

The maximum number of the OGQs stations is 1,024 within the FCCS network (NCN can manage a
maximum of 1,024 calls).
OGQ data is transmitted to and stored in the Network Control Node (NCN). Therefore, all the OGQ data
will be cleared by the system initialization of the NCN.
When the access to the NCN is impossible (system down or cable disconnection or any trouble has
happened), the user cannot set or cancel OGQ data. (After dialing the access code or pressing the feature
keys for set/cancel OGQ, the user hears the reorder tone.)
When the trunk becomes idle status after the NCN is recovered, the call in the queue will be called back,
if data has not been cleared. If data has been cleared, the call is cancelled automatically.

Interactions
1.
2.

3.

Dial pad operation for Dterm sets may be used. A FLASH BUTTON [F-3D] must be programmed to a
programmable line/feature key.
OGQ-AUTOMATIC may operate with either same or separate access codes. If the Automatic option is
chosen, service set tone will be sent when encountering an all trunks busy situation. No dial pad operation
will be required.
When testing OGQ, at least one trunk of the trunk group being tested must be engaged in a station-to-trunk
or trunk-to-trunk connection. Use of the MB key only on the trunk circuit card will not allow OGQ to test
and operate properly.

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O-2

Outgoing Trunk Queuing

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:

STEP 5:
STEP 6:
STEP 7:

ASYD - System Data 1, Index 68, Bit 3. Enables automatic cancel timer, as set in System Data 1,
Index 159. 0/1: -/Enable.
System Data 1, Index 159. OGQ release timer. Standard data of 00H for 30 minutes may be assigned.
(RAM data of 3C [Hex] provides for 30 minutes).
System Data 2, Index 4, Bit 0. Should the access code for CALL BACK and OGQ be the same? 0/1:
No/Yes. Usually assign data “1”. Assign on a per-tenant basis.
System Data 2, Index 4, Bit 1. Enable Automatic OGQ? 0/1: No/Yes. Assign on a per-tenant basis.
Automatic operation eliminates the need to access via dial pad.
System Data 2, Index 4, Bit 2. Enable OFF-HOOK OGQ for the Attendant Console? 0/1: No/Yes.
Assign on a per-tenant basis. (See OUT GOING TRUNK QUEUING-ATTENDANT [O-16].)
System Data 1, Index 139, timer for the recall ringing.
ANPD - Reserve a number level for service feature access and cancel. Assign Connection Indexes, CI
= N, H, B; Normal (N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level).
Assign NND in accordance with a predetermined numbering plan.
ASPA - If System Data 2, Index 4, Bit 0 is assigned for separate access codes, assign an access code to
OGQ, SRV = SSC (Service Code), SID = 19, and to OGQ cancel, SRV = SSC (Service Code), SID =
20. Assign SID = 19 for a Connection Index of Busy (B) and SID = 20 for a Connection Index of
Normal (N). If the access codes are the same, either the access codes for OGQ or the access codes for
CALL BACK may be assigned.
ASFC - If access codes are separate, assign a Service Feature Class that allows SFI 1 to stations that
will have OGQ. If access codes are the same, assign an SFC that allows SRI 1, SFI 1 and SFI 2 to the
station.
ARTD - Routes to be used for OGQ must be flagged in CDN 9:TQ, Trunk Queuing Service. Always
allow queuing to Route 31, the LCR (S) flag route.
AKYD - Dterm - set the following data to assign CALL BACK Key. Type:Function:CALL BACK [5].
ADSL - SN=6 (Trunk is Busy) and FKY=5 (Call Back; CB).
This command is used for assigning the function to each soft key.

FCCS Programming

STEP 1:

STEP 2:

Page 554

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
ASYDN - These data must be assigned to the NCN.
System Data 1, Index 41: Designate the Trunk Queuing Override Timer
Index 68, b3: Enables automatic cancel timer
0/1:
-/Automatic cancel timer is Available
Index 159:
Designate Automatic Cancel Timer
ASPAN - These data must be assigned to the NCN.
TN:
Tenant Number
ACC:
Access number
CI:
B = Busy (for Entry), N = Normal (for Cancel)
SRV:
SSC
SID:
19 = OG Queuing-Entry

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FCCS Programming (cont’d)
CI:
N = Normal
SID:
20 = OG Queuing-Cancel
STEP 3: ANPDN - These data must be assigned to the NCN.
TN:
Tenant
1st DC:
1st Digit
CI:
Normal (N), Hooking (H) and Busy (B)
NND:
Number of Necessary Digits
BLF:
Busy Lamp Field
STEP 4: ARTDN - These data must be assigned to the NCN.
LGRT:
Logical Route Number
Assign CDN 9:TQ, Trunk Queuing Service = 1
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The current data should also be set in addition the above-mentioned command.
The command to be set to the node that accommodates the trunk: ARTD
The command to be set to all the nodes: ASFC, AKYD

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Outgoing Trunk Queuing - Dterm

O-2D

O-2D

Outgoing Trunk Queuing - Dterm

General Description
This service allows a D term user, upon encountering a trunk busy signal, to enter a first-in, first-out queue.

Operating Procedure
Without LEAST COST ROUTING - 3/6-DIGIT [L-5]

1.
2.

Dial the trunk access code; receive busy tone.
Press the CALL BACK key, receive service set tone. The LCD displays:
OG-Q SET
(Time Display)

3.
4.

Replace the handset.
When the trunk becomes idle, the station will be rung.

With LEAST COST ROUTING - 3/6-DIGIT [L-5]

1.
2.

Dial the trunk access code; receive PBX dial tone.
Dial the desired number; receive busy tone. The LCD displays:
Called Party
BUSY

XXXXXX
(Time Display)

3.

Press the CALL BACK key; receive service set tone. The LCD displays:
OG-Q SET
(Time Display)

4.
5.

Replace the handset.
When the trunk becomes idle, the station will be rung. Once connected to the trunk, the system
automatically redials the number.

Service Conditions
1.
2.

3.

When an OUTGOING TRUNK becomes available, the user's station will ring for 30 seconds. If the user
does not answer within that time, the station will be automatically dropped from queue.
When this feature is used in conjunction with SPEED CALLING [S-3, 21, 23], or LEAST COST
ROUTING - 3/6-DIGIT [L-5] where a sender is involved, the sender will automatically dial out the called
number when the handset is lifted.
To cancel the OUTGOING TRUNK QUEUING from a Dterm, go off-hook and press CALL BACK key.
The LCD displays:
OGQ CANCEL
(Time Display)
The user will hear service set tone.

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O-2D

Service Conditions (cont’d)
4.
5.
6.
7.

8.
9.
10.
11.
12.
13.
14.
15.

Individual stations may only initiate one OUTGOING TRUNK QUEUE - Dterm at a time. Subsequent
attempts will produce a reorder tone.
Stations may be restricted from use of this feature via CLASS OF SERVICE - INDIVIDUAL [C-15].
The station is put in queuing condition for a maximum of 30 seconds to one hour (adjustable through
system data). After this timing, OG queuing will be cancelled automatically.
The maximum number of simultaneous OGQs per system:
1 IMG:
64 calls
4 IMG/IPX-U: 256 calls
CALL PICKUP [C-7] cannot be used to answer a call directed to another station using the OUTGOING
TRUNK QUEUING - D term feature.
OUTGOING TRUNK QUEUE - Dterm is common to all trunk groups (COT, TIE, FX, WATS, etc.) in the
system.
OUTGOING TRUNK QUEUING - D term and CALL BACK [C-1] are mutually exclusive.
OUTGOING TRUNK QUEUING - D term is denied to a station if the CALL BACK [C-1] or CALL HOLD
[C-6] feature is already activated.
The Attendant cannot CAMP-ON [A-1] a call to a station that has activated this feature.
ACCOUNT CODE [A-18] and FORCED ACCOUNT CODE [F-7] information can be recorded on
SMDR [S-10] when used in conjunction with OUTGOING TRUNK QUEUING - Dterm.
OUTGOING TRUNK QUEUING - D term is only available from the MY- Line of a Dterm.
This feature can also be activated when using a trunk in the remote node via FCCS link.

Example: Node A and Node B are in an FCCS network.
•
Although a station belonging to Node A tried to call outside using a trunk belonging to Node B, all the trunks are busy.
The call can be in the queue using this feature.
Busy

FCCS link
Node A

Node B

TK
Busy
TK
Busy
TK

16.
17.
18.

19.

The maximum number for the OGQ station is 1,024 within the FCCS network (NCN can manage a
maximum of 1,024 calls).
OGQ data is transmitted to and stored in the Network Control Node (NCN). Therefore, all the OGQ data
will be cleared by the system initialization of the NCN.
When the access to the NCN is impossible (system down, cable disconnection or trouble has occurred),
the user cannot set or cancel OGQ data. (After dialing the access code or pressing the feature keys for set/
cancel OGQ, the user hears the reorder tone.)
When the trunk becomes idle status after the NCN is recovered, the call in the queue will be called back,
if data has not been cleared. If data has been cleared, the call is cancelled automatically.

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Outgoing Trunk Queuing - Dterm

O-2D

Interactions
1.
2.

3.

Dial pad operation for D term sets may be exercised. A FLASH BUTTON [F-3D] must be programmed to
a programmable line/feature key.
OGQ-AUTOMATIC may operate with either same or separate access codes. If the Automatic option is
chosen, service set tone will be sent when encountering an all trunks busy situation. No dial pad operation
will be required.
When testing OGQ, at least one trunk of the trunk group being tested must be engaged in a station-to-trunk
or trunk-to-trunk connection. Use of the MB key only on the trunk circuit card will not allow OGQ to test
and operate properly.

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:

STEP 5:
STEP 6:
STEP 7:

ASYD - System Data 1, Index 68, Bit 3. Enables automatic cancel timer, as set in System Data 1,
Index 159. 0/1: -/Enable.
System Data 1, Index 159. OGQ release timer. Standard data of 00H for 30 minutes may be assigned.
(RAM data of 3C [Hex] provides for 30 minutes).
System Data 2, Index 4, Bit 0. Should the access code for CALL BACK and OGQ be the same? 0/1:
No/Yes. Usually assign data “1”. Assign on a per-tenant basis.
System Data 2, Index 4, Bit 1. Enable Automatic OGQ? 0/1: No/Yes. Assign on a per-tenant basis.
Automatic operation eliminates the need to access via dial pad.
System Data 2, Index 4, Bit 2. Enable OFF-HOOK OGQ for the Attendant Console? 0/1: No/Yes.
Assign on a per-tenant basis. (See OUTGOING TRUNK QUEUING-ATTENDANT [O-16].)
System Data 1, Index 139, timer for the recall ringing.
ANPD - Reserve a number level for service feature access and cancel. Assign Connection Indexes, CI
= N, H, B; Normal (N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level).
Assign NND in accordance with a predetermined numbering plan.
ASPA - If System Data 2, Index 4, Bit 0 is assigned for separate access codes, assign an access code to
OGQ, SRV = SSC (Service Code), SID = 19, and to OGQ cancel, SRV = SSC (Service Code), SID =
20. Assign SID = 19 for a Connection Index of Busy (B) and SID = 20 for a Connection Index of
Normal (N). If the access codes are the same, either the access codes for OGQ or the access codes for
CALL BACK may be assigned.
ASFC - If access codes are separate, assign a Service Feature Class that allows SFI 1 to stations that
will have OGQ. If access codes are the same, assign an SFC that allows SRI 1, SFI 1 and SFI 2 to the
station.
ARTD - Routes to be used for OGQ must be flagged in CDN 9:TQ, Trunk Queuing Service. Always
allow queuing to Route 31, the LCR (S) flag route.
AKYD - For Dterm set the following data to assign CALL BACK Key. Type:Function:CALL BACK
[5].
ADSL - SN=6 (Trunk is Busy) and FKY=5 (Call Back; CB).
This command is used for assigning the function to each soft key.

FCCS Programming

STEP 1:

Page 558

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
ASYDN - These data must be assigned to the NCN.
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FCCS Programming (cont’d)
System Data 1, Index 41: Designate the Trunk Queuing Override Timer
Index 68, b3: Enables automatic cancel timer
0/1:
-/Automatic cancel timer is Available
Index 159:
Designate Automatic Cancel Timer
STEP 2: ASPAN - These data must be assigned to the NCN.
TN:
Tenant Number
ACC:
Access number
CI:
B = Busy (for Entry), N = Normal (for Cancel)
SRV:
SSC
SID:
19 = OG Queuing-Entry
SID:
20 = OG Queuing-Cancel
STEP 3: ANPDN - These data must be assigned to the NCN.
TN:
Tenant
1st DC:
1st Digit
CI:
Normal (N), Hooking (H) and Busy (B)
NND:
Number of Necessary Digits
BLF:
Busy Lamp Field
STEP 4: ARTDN - These data must be assigned to the NCN.
LGRT:
Logical Route Number
Assign CDN 9:TQ, Trunk Queuing Service = 1
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The current data should also be set in addition the above-mentioned command.
The command to be set to the node that accommodates the trunk: ARTD
The command to be set to all the nodes: ASFC, AKYD, ASPA

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O-6

Off-Hook Alarm

O-6

Off-Hook Alarm

General Description
This feature allows a user to call the Attendant or a predetermined station by simply staying OFF-HOOK. The
calling number is automatically displayed at the ATTENDANT CONSOLE [A-3] or a Dterm series with a display.

Operating Procedure
1.
2.
3.

Lift the handset and stay off-hook.
After a predetermined time elapses (2 to 30 sec.), the call will terminate at the ATTENDANT CONSOLE
[A-3] or the predetermined station.
The calling telephone number will be displayed at the ATTENDANT CONSOLE [A-3] or Dterm when
answered.

Service Conditions
1.
2.

3.
4.
5.
6.
7.
8.
9.
10.
11.
12.

Page 560

Predetermined timing interval is programmable through the MAINTENANCE ADMINISTRATION
TERMINAL [M-18] (MAT) (2 to 30 seconds).
In the night mode, an OFF-HOOK ALARM call directed to the ATTENDANT CONSOLE [A-3] will not
terminate at the ATTENDANT NIGHT TRANSFER [A-19] predetermined night station. The caller will
receive a reorder tone.
A station will be assigned as a member of an OFF-HOOK ALARM group and will be connected to the
predetermined stations that are assigned for each off-hook group.
Maximum number of OFF-HOOK ALARM groups is 7 per-TENANT [T-12] group. A group number
must be assigned to all the stations to be included in a group.
The station assigned as a terminating station of each OFF-HOOK ALARM group can be a member of a
HUNTING GROUP [S-7, 8, 9].
This service is programmed via system data. Stations may be restricted from using this feature in CLASS
OF SERVICE - INDIVIDUAL [C-15].
The ATTENDANT CONSOLE [A-3] can answer by pressing EMG key, which must be assigned by the
MAT [M-18]. Using the ANSWER key will not give priority to the OFF-HOOK ALARM call.
The predetermined target station can set CALL FORWARDING - ALL CALLS [C-5] and CALL
FORWARDING - BUSY LINE [C-2].
When the predetermined station is busy, the OFF-HOOK ALARM call receives ringback tone until the
station becomes idle.
This feature cannot be applied while in CONSULTATION HOLD - ALL CALLS [C-17] or CALL HOLD
[C-6] mode.
When an OFF-HOOK ALARM call is directed to a Pilot station of a UCD [U-1] group, queuing is not
available when all the stations within the group are busy.
This feature can also be activated when a station and the called party belong to different nodes.

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Service Conditions (cont’d)
13.

If a station belongs to the node that has an Attendant Console, the station is connected with the Attendant
Console. If a station belongs to the node that does not have an Attendant Console, the station is connected
with the specified Attendant Console in the remote node according to the system data assigned. See the
figure below.
Node A

Node B

FCCS Link
Attendant Console A

Station A has been set
to be connected with
the Attendant Console
A by system data.

Node B

Interactions
1.

2.

3.

4.

A total of seven OFF-HOOK ALARM Groups per tenant may be assigned to the system, if the termination
point is a station. Any station not assigned in ASGD will go to reorder tone after the Register Prepause
timer (ASYD, System Data 1, Index 128) expires. If the termination point is the Attendant Console, all
stations in the tenant will terminate to the Attendant Console.
ASAT cannot be used to construct different OFF-HOOK ALARM groups terminating to specific
Attendant Consoles. If the tenant is equipped with more than one Attendant Console, OFF-HOOK
ALARM calls will be directed to all consoles with OFF-HOOK ALARM keys programmed in AAKP.
The following features will function on terminating calls to a predetermined station:
CALL PICKUP
[C-7]
CALL TRANSFER
[C-11]
CALL HOLD
[C-6]
CALL FORWARDING
[C-5A]
No tone is provided on CALL WAITING-TERMINATING [C-12].

Programming
STEP 1:

STEP 2:

ASYD - System Data 1, Index 128, Bits 0-3. Register Prepause timer is used for OFF-HOOK
ALARM. After the register times out, the station assigned to an OFF-HOOK ALARM group will ring
at the terminating Attendant Console or station. Leave Index 128 as 00H for normal operation.
System Data 1, Index 168, Bit 4. Enable OFF-HOOK ALARM? 0/1: No/Yes.
System Data 1, Index 168, Bit 5. Is the terminating point for OFF-HOOK ALARM an Attendant
Console or station? 0/1: Attendant Console/Station. If Attendant Console is chosen, go to AAKP
command. If station is chosen, go to the ASID and ASGD commands.
ASID - This command defines the purpose of this Special Incoming Group, and is used in conjunction
with ASGD. Assign the following:
TN:
Tenant Number
F:
Function Number (0-7)
0:
OFF-HOOK ALARM
GN:
Group Number (1-7).
S/A: Special Incoming Equipment

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O-6

Off-Hook Alarm

Programming (cont’d)

STEP 3:

STEP 4:
STEP 5:

S:
Station
A:
Attendant Console
SSTN: Special Station Number
ASGD - This command defines what stations belong to the Special Incoming Group. Assign the
following:
TN:
Tenant Number
STN: Station Number
F:
Function Number (0-7)
0:
Off-Hook Alarm
GN:
Group Number (1-7)
ASFC - Assign a Service Feature Class that allows SFI 30 to stations that will have OFF-HOOK
ALARM.
AAKP - Assign the Attendant Console Key Pattern. The ATN: Attendant Number (TRK No. for RTE
901); KYN = 1-6; and FUNC = 2. (The console must be in Night mode to assign this command.)

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
ASYDL - This data must be set to all the nodes.
System Data 1, Index 640, assign the Fusion Point Code (FPC) of the node providing the Attendant
Console. Note 2
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: Assign the self FPC at the terminating node.
The current data should also be set in addition the above-mentioned command.
The command to be set to the node that accommodates the attendant console: AAKP, ACFR (when the
destination is the Night ATT: ATNR)
The command to be set to all the nodes: ASYD, ASFC

Page 562

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Off-Hook Queuing

O-7

O-7

Off-Hook Queuing

General Description
This service allows a user, upon encountering a trunk-busy condition, to remain off-hook and automatically enter a
first-in, first-out queue. As soon as an outgoing trunk becomes available, the switch connects the next call to this
trunk.

Operating Procedure
1.
2.
3.
4.
5.

Lift the handset; receive a dial tone.
Dial the Outgoing Call access code and the desired number (LCR access).
The NEAX2400 IPX determines that no trunks are available and places the call in an available queue slot.
The caller receives service set tone; remains off-hook and waits.
When a trunk becomes available, the dialed number is automatically sent forward.

Service Conditions
1.
2.

3.
4.
5.
6.

7.
8.
9.

This feature is usually used in conjunction with LEAST COST ROUTING - 3/6-DIGIT [L-5].
The maximum number of simultaneous OFF-HOOK QUEUEs per system:
1 IMG:
64 calls
4 IMG/IPX-U: 256 calls
The queue slots are used commonly by OFF-HOOK QUEUING, OUTGOING TRUNK QUEUING [O2] and INTER-OFFICE OFF-HOOK QUEUING [I-11].
If no queue slots are available, the user will receive busy tone.
Route Class of the LCR can give the choice of the OFF-HOOK QUEUING.
CLASS OF SERVICE - INDIVIDUAL [C-15] is applied for each station. This class of service is different
from the class of service for OUTGOING TRUNK QUEUING [O-2]. Both services are mutually
exclusive.
When automatic outgoing queuing (on-hook queuing) is in service (tenant basis), OFF-HOOK QUEUING
service is not effective.
ACCOUNT CODE [A-18] and FORCED ACCOUNT CODE [F-7] information can be recorded on
SMDR [S-10], when used in conjunction with OFF-HOOK QUEUING.
This feature can also be activated when using a trunk in the remote node via FCCS link.
Example: Node A and Node B are in an FCCS network.
•
Although a station belonging to Node A tried to call outside using a trunk belonging to Node B, all the trunks are busy.
The call can be in the queue using this feature.
Busy

FCCS link
Node A

Node B

TK
Busy
TK
Busy
TK

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O-7

Off-Hook Queuing

Service Conditions (cont’d)
10.
11.
12.

13.

The maximum of number of the OGQ stations is 1,024 within the FCCS network (NCN can manage a
maximum of 1,024 calls).
OGQ data is transmitted to and stored in the Network Control Node (NCN). Therefore, all the OGQ data
will be cleared by the system initialization of the NCN.
When the access to the NCN is impossible (system down, cable disconnection or trouble has occurred),
the user cannot set or cancel OGQ data. (After dialing the access code or pressing the feature keys for set/
cancel OGQ, the user hears the reorder tone.)
When the trunk becomes idle status after the NCN is recovered, the call in the queue will be called back,
if data has not been cleared. If data has been cleared, the call is cancelled automatically.

Interactions
1.
2.
3.
4.
5.
6.

7.

UNIVERSAL SENDER [U-3] must first be provided.
The PBX attempts trunk seizure every four seconds until the connection has been completed.
LEAST-COST ROUTING-3/6 DIGIT [L-5] information will be applied to these attempts. Therefore,
OUTGOING TRUNK QUEUING will be set against all routes in the Outgoing Routing Pattern (OPR).
If all queuing memory slots are in use, the user will receive a trunk-busy signal.
The time a call may remain in queue is unlimited.
The following features cannot be activated toward the busy station: CALL WAITING - ORIGINATING
[C-31], CALL WAITING - TERMINATING [C-12], ATTENDANT CAMP-ON WITH TONE
INDICATION [A-1], BUSY VERIFICATION [B-3] and EXECUTIVE RIGHT-OF-WAY [E-1].
Do not disable constant service set tone by changing System Data 1, Index 42, Bit 7 to data “1”. This
changes constant service set tone to burst special dial tone, and special dial tone to burst special dial tone,
followed by constant dial tone. This will also disable TANDEM OFF-HOOK QUEUING.

Programming
STEP 1:

STEP 2:
STEP 3:

ASYD - System Data 2, Index 4, Bit 1. Enable Automatic OUTGOING TRUNK QUEUING? 0/1:
OFF-HOOK QUEUING/Automatic OUTGOING TRUNK QUEUING. (OFF-HOOK QUEUING and
Automatic OUTGOING TRUNK QUEUING are mutually exclusive.) Assigning data “0” allows
OFF-HOOK QUEUING.
ASFC - Assign a Service Feature Class that allows SFI 21 to stations that will have OFF-HOOK
QUEUING.
ARTD - Routes to be used for OFF-HOOK QUEUING must be flagged in CDN 9:TQ. Also allow
OUTGOING TRUNK QUEUING to the LCR(s) flag route.

FCCS Programming

STEP 1:
STEP 2:

Page 564

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
ASYDN - This data must be assigned to the NCN. System Data 1, Index 41: Designate the Trunk
Queuing Override Timer.
ASPAN - This data must be assigned to the NCN.
TN:
Tenant Number
ACC: Access Number
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Off-Hook Queuing

O-7

FCCS Programming (cont’d)
CI:
B = Busy (for Entry), N = Normal (for Cancel)
SRV: SSC
SID: 19 - OG Queuing - Entry
CI:
N = Normal
SID: 20 = OG Queuing - Cancel
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: The current data should also be set in addition the above-mentioned commands.
The command to be set to the node accommodating the trunk: ARTD
The command to be set to all the nodes: ASYD, ASFC

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O-13

Overflow - UCD

O-13

Overflow - UCD

General Description
1.

When a call has terminated to UCD [U-1] Group A, and the incoming call has encountered all stations
busy in Group A, the call is transferred to UCD [U-1] Group B, if Group B is registered as the
OVERFLOW-UCD destination.

UCD
Group A
All Busy
Call Termination

UCD
Group B

Overflow

2.

If all stations are busy in Group B, then the call is placed in queue for the originally called UCD [U-1]
group (Group A).

UCD
Group A
All Busy
Call Termination

Call registered in Group A

Overflow

Group B
All Busy

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.

Page 566

An OVERFLOW group must be a UCD [U-1] Group.
One OVERFLOW group can be provided for one UCD [U-1] Group.
OVERFLOW is performed only once.
An OVERFLOW group cannot be registered into a queue.

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Overflow - UCD

O-13

Service Conditions (cont’d)
5.

A call can be overflowed 4 times at the maximum by using this feature. If overflowing destinations are all
busy, the call is queued into original group (depending on system data). For details, refer to the figure
below.
UCD
group A
All Busy

Overflow
Overflowing destination
UCD
for UCD group A
group B
All Busy
Overflow

n
atio
min
r
e
lT
Cal

The call is placed in queue for the
originally called UCD group A.

UCD
group C
All Busy

Overflowing destination
for UCD group B

Overflow
UCD
group D
All Busy

Overflowing destination
for UCD group E

Note:

6.
7.

8.
9.

UCD
group F

Note

UCD
group E
All Busy

Overflowing destination
for UCD group C

Overflow
Overflowing destination
for UCD group D

The call cannot be overflow more than 5 times.
UCD OVERFLOW data can be programmed in Local Data Memory (LDM).
The overflowing destination which can be assigned to UCD group is as follows:
UCD group (that is busy)
Overflowing Destination
UCD group assigned by ASHU command → UCD group designated by AUOG command
UCD group assigned by ASHUL command → UCD group designated by AUOGL command
UCD group assigned by ASHUN command → UCD group designated by AUOGN command
This feature can be activated via FCCS.
When using the FCCS network, the number type (telephone number or Physical Station Number) for the
station assignment must be the same between the originally called group and the forwarded group.

Interactions
ALL UNIFORM CALL DISTRIBUTION [U-1] interactions apply to the UCD overflow group. The incoming
overflow call is handled in the same way as a regular incoming call. If both UCD groups are busy, the call will queue
at Group A.

Programming
STEP 1:

ASHU/ASHUL - Assign the required data for the UCD Group:
TN/UGN:
Tenant Number/User Group Number (Fixed to “1”)
STN/TELN:
Station Number/Telephone Number (max: 16 digits)
CNT:
Number of stations to be entered (recommended maximum of 100 stations)
ADD:
Number of stations to be added (recommended maximum of 100 stations)
*EDIT STN/EDIT TELN: Station Numbers/Telephone Numbers of the stations included in the UCD
group (*indicates the order of a station in the group)

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O-13

Overflow - UCD

Programming (cont’d)
STEP 2:

STEP 3:

STEP 4:

STEP 5:
STEP 6:

ANPD - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B) (if applicable to any feature in this level). Assign NND in accordance with a predetermined
numbering plan.
ASPA - Assign an access code to UNIFORM CALL DISTRIBUTION [U-1], SRV = SSCA (Service
Code Appendix), SIDA = 50 Busy Set, SRV = SSCA (Service Code Appendix), SIDA = 51 Busy
Cancel. Connection Status CI = N, Normal (N).
AUOG/AUOGL - Assign the UCD OVERFLOW data via this command. Assign the following:
TN-A, STN-A/UGN-A, TELN-A: Tenant Number and Station Number/User Group Number and
Telephone Number that belong to a UCD group.
TN-B, STN-B/UGN-B, TELN-B: Tenant Number and Station Number/User Group Number and
Telephone Number of a member station in a UCD group to be
hunted in the case where the UCD group designated by TN-A and
STN-A happens to be busy.
TRANSLATION:
When UCD Group A is busy, calls will overflow to UCD Group B.
AKYD - To a programmable line/feature key on the UCD stations (when the stations are Dterms),
assign FKY = 19-UCD Busy Out.
ADSL - Assign UCDBO key; Assign SN=0 (Idle), 3 (Called Station Busy) and FKY=19 (UCD Busy
Out).
This command is required for assigning a function to each soft key.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ASYDN - This data must be assigned to the NCN. System Data 1, Index 60, b3: 0/1 = UCD Queuing
is used/not used
STEP 2: AUOGN - This data must be assigned to the NCN. Assign the UCD OVERFLOW data via this
command.
UGN-A: User Group Number belonging to a UCD group
TELN-A: Telephone Number belonging to a UCD group
UGN-B: User Group Number of Overflow Destination
TELN-B: Telephone Number of Overflow Destination
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Outgoing Trunk Queuing - Attendant

O-16

O-16

Outgoing Trunk Queuing - Attendant

General Description
This feature allows an ATTENDANT CONSOLE [A-3], upon encountering a trunk busy condition, to remain OffHook and automatically enter a first-in, first-out queue. As soon as an outgoing trunk becomes available, the switch
connects the next call to that trunk.

Operating Procedure
1.
2.
3.
4.

Dial the access code and the desired number.
When no trunks are available, the call automatically enters an available queue slot.
The Attendant receives service set tone; remains off-hook and waits.
When a trunk becomes available, the dialed number is automatically sent forward.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

This feature is used with LEAST COST ROUTING - 3/6-DIGIT [L-5].
The maximum number of stations or ATTENDANT CONSOLEs [A-3] that may use OFF-HOOK
QUEUING [O-7] simultaneously is 256 per system.
The queue slots are shared by OFF-HOOK QUEUING [O-7], OUTGOING TRUNK QUEUING (OGQ)
[O-2, 12D, 16] and INTER-OFFICE OFF-HOOK QUEUING [I-11].
If no queue slots are available, the ATTENDANT CONSOLE [A-3] will receive busy tone.
CLASS OF SERVICE - INDIVIDUAL [C-15] is applied to each ATTENDANT CONSOLE [A-3]. (RSC
0 and SFC 0 are reserved for ATTENDANT CONSOLE [A-3].)
OFF-HOOK QUEUING is utilized for this service feature.
This feature can also be activated when using a trunk in the remote node via FCCS link.

Example: Node A and Node B are in an FCCS network.
•

Although a station belonging to Node A tried to call outside using a trunk belonging to Node B, all the trunks are busy. The call
can be in the queue using this feature.
Busy
NodeA

FCCS Link

NodeB

TK

TK

TK

8.
9.
10.

The maximum of number for the OGQ station is 1,024 within the FCCS network (NCN can manage a
maximum of 1,024 calls).
OGQ data is transmitted to and stored in the Network Control Node (NCN). Therefore, all the OGQ data
will be cleared by the system initialization of the NCN.
When the access to the NCN is impossible (system down, cable disconnection, or trouble has occurred),
the user cannot set or cancel OGQ data. (After dialing the access code or pressing the function keys for
set/cancel OGQ, the user hears the reorder tone.)

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O-16

Outgoing Trunk Queuing - Attendant

Service Conditions (cont’d)
11.

If data has not been cleared after the NCN is recovered, the call in the queue will be called back when a
trunk becomes idle status. If data has been cleared, the call is cancelled automatically.

Programming
STEP 1:
STEP 2:

ASYD - System Data 2, Index 4, Bit 2: Off-Hook OGQ for attendant 0/1: Out/In Service.
ASFC - Assign 1 (= Allowed) in SFI 21 (= Off-Hook OGQ) for SFC0.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
STEP 1: ASYDN - This data must be assigned to the NCN.
System Data 1, Index 41: Designate the Trunk Queuing Override Timer
STEP 2: ASPAN - These data must be assigned to the NCN.
TN:
Tenant Number
ACC: Access number
CI:
B = Busy (for Entry), N = Normal (for Cancel)
SRV: SSC
SID: 19 = OG Queuing-Entry
CI:
N = Normal
SID: 20 = OG Queuing-Cancel
Note: The current data should also be set in addition the above-mentioned command.
The command to be set to the node accommodating the trunk: ARTD
The command to be set to all the nodes: ASYD, ASFC

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Outgoing Trunk Busy Announcements

O-21

O-21

Outgoing Trunk Busy Announcements

General Description
This feature permits a station-originated call, upon encountering a trunk busy signal, to be automatically routed to
a recorded announcement informing the caller that all outgoing trunks are busy.

Operating Procedure
No manual operation is required after this feature has been programmed in system data.

Service Conditions
1.
2.
3.
4.
5.

6.
7.

8.

9.
10.

11.
12.

This service feature is available when a station-originated call or tandem call encounters a busy condition.
MISCELLANEOUS TRUNK RESTRICTION [M-2] is also available for this service feature.
The announcement machine can be provided on a per-tenant basis.
The availability of this service feature cannot be determined for each outgoing trunk route.
The other services activated by an outgoing trunk-busy condition are executed prior to this service, for
example:
OFF-HOOK QUEUING
[O-7]
OUTGOING TRUNK QUEUING
[O-2]
ROUTE ADVANCE
[R-6]
This feature is not available when a call origination is impossible because of a sender-busy condition, even
though there are idle trunks.
This feature is available when a call using STATION-TO-STATION CALLING [S-11] is transferred by
CALL FORWARDING - ALL CALLS - OUTSIDE [C-28] or CALL FORWARDING - BUSY LINE OUTSIDE [C-60] and encounters busy outgoing trunks.
This feature is available when a station calling on a DIRECT INWARD DIALING [D-8] or a Tie Line is
transferred by CALL FORWARDING - ALL CALLS - OUTSIDE [C-28] or CALL FORWARDING BUSY LINE - OUTSIDE [C-60] and encounters busy outgoing trunks.
This feature is not available when a call is transferred by CALL FORWARDING - DON'T ANSWER OUTSIDE [C-74] and encounters busy outgoing trunks.
This feature requires one of the following hardware alternatives:
a.) Central Office Trunk (COT) or 2W E&M trunk and an announcement machine
b.) Digital Announcement Trunk (DAT).
This feature is not available for DIT CALL FORWARDING-OUTSIDE.
This feature is only available to a trunk in the same node within the FCCS network.

Programming
STEP 1:
STEP 2:
STEP 3:

AAED - Assign Announcement Equipment Number = 4.
ARSC - Set Route Restriction Class to allow RES = 1 for announcement trunk.
ARRC - Assign Alternative Route Restriction to allow or disallow the DID or Tie Line Route to the
Announcement Route.

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Page 571

Off-Hook Line Number Display - Dterm

O-37D

O-37D

Off-Hook Line Number Display - Dterm

General Description
This feature permits the D term LCD to display the calling telephone number/trunk number when the Dterm user
originates a call by pressing a line key or using TRUNK LINE APPEARANCE [T-23] service.

Operating Procedure
1.

When a call is originated by pressing the line key:
• In the on-hook status; the LCD displays:
(Time Display)
In the idle status and no display.
• In the off-hook status; the LCD displays:
25640
(Time Display)
Selected line number is displayed.
• When dialing the one digit (“3”); the LCD displays:
3
(Time Display)

2.

Selected line number is cleared and dialed number is displayed.
When a call is originated by using TRUNK LINE APPEARANCE service; the LCD displays:
• In the on-hook status:
(Time Display)
In the idle status and no display.
• In the off-hook status:
7702
(Time Display)
Selected trunk number is displayed.
• When dialing the one digit (“0”); the LCD displays:
0
(Time Display)
Selected trunk number is cleared and dialed number is displayed.

Page 572

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Off-Hook Line Number Display - Dterm

O-37D

Service Conditions
1.
2.
3.
4.
5.
6.

This service is provided when off-hook. In the preselect status, this is not provided.
This service is not provided when a call is originated by using HOT LINE [H-1] service.
In case a call is originated by using TRUNK LINE APPEARANCE service, the connected trunk number
is displayed.
If the trunk number is not assigned, the LCD doesn’t display.
The maximum digits of the displayed trunk number is 4.
The display position of the selected line/trunk number may be changed by system data as below:
a.)
25640
(Time Display)
b.)
(Time Display)

c.)
25640
(Time Display)

Programming
ASYD - System Data 1, Index 389, Bits 5 and 6. Location of Off-Hook Line Number Display on the
Dterm.
00:
Right side (Standard Setting)
01:
Center
10:
Left side
11:
System Data 1, Index 389, Bit 7. Off-Hook Line Number Display - Dterm. 0/1= Out/In Service. Assign
data “1”.

FCCS Programming
No unique programming is required for the FCCS network.

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Page 573

P-1

Paging Access

P-1

Paging Access

General Description
This feature provides both ATTENDANT CONSOLE [A-3] and users dial access to PAGING equipment.

Operating Procedure
1.
2.
3.

Go off-hook; receive dial tone.
Dial the Paging access code; receive ringback tone for several seconds.
Connection to Paging equipment is established.

Service Conditions
1.
2.
3.
4.
5.

6.
7.
8.
9.

10.

11.

Amplifiers and speakers must be customer provided.
One trunk circuit is required for each Paging Access.
Where TENANT SERVICE [T-12] is provided, separate access codes and hardware should be provided
for each tenant.
Maximum Paging Access code is 3 digits.
ALL ZONE PAGING [A-53]: If the system provides multi-zone Paging with a separate direct access code
assigned for each area, stations or Attendants can use all-zone Paging by dialing a special access code
common for all Paging systems.
PRIORITY PAGING [P-30]: A predetermined station or the Attendant can preempt a Paging trunk that is
connected to any station.
Loop signaling is the recommended signaling type.
PAGING ACCESS [P-1], PAGING TRANSFER [P-10] and RADIO PAGING [R-16] are provided to the
paging station and the paged station in FCCS nodes.
When PAGING ACCESS [P-1]/PAGING TRANSFER [P-10]/RADIO PAGING [R-16] service is set to
a station in the remote node or the PAGING ACCESS [P-1]/PAGING TRANSFER [P-10]/RADIO
PAGING [R-16] call is answered from the remote node via FCCS link:
a.) the logical route number should be applied to each physical route that provides the service.
b.) the restriction of route-to-route connection between FCCS nodes should be released.
The same paging route cannot be used by another station while the paged station does not answer the page
activated using the route. However, the paging activation is automatically cleared when the call is not
answered within a predetermined time.
A user can page one station at a time.

Interactions
1.
2.
3.
4.

Page 574

MEET-ME PAGING [M-1, 11] and PAGING ACCESS [P-1] can be provided simultaneously in the same
system.
To directly answer PAGING ACCESS [P-1] by the Attendant Console, the Paged party should use the
INDIVIDUAL ATTENDANT ACCESS [I-4] feature.
Paging is limited to stations, Attendant Consoles, or TIE trunks. Other parties (CO trunks calls) must have
the Attendant Console or user perform the Paging operation.
BUSY VERIFICATION [B-3], EXECUTIVE OVERRIDE [E-1]: These features will be denied if the
Paging route has been assigned for Privacy. Verify the data in the Assignment of Route Data command,
ARTD, CDN 44:PRV. If CDN 6:TCL is assigned as data “8”, CDN 44:PRV is not required.

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P-1

Interactions (cont’d)
5.
6.
7.
8.

9.
10.
11.

12.

For simple PAGING ACCESS [P-1], assignments in ASFC are not required. Refer directly to the other
Paging features, such as PAGING TRANSFER [P-10].
The Attendant can dial the PRIORITY PAGING [P-30] access code and release a station.
When disconnecting from a Paging trunk, the trunk becomes idle immediately.
Paging is possible from a CONSULTATION HOLD [C-17]. Station A places Party B on soft hold and
dials the access code to the Paging trunk. A momentary pressing of the switch hook disconnects the Paging
trunk immediately and reconnects Party B to Station A.
CALL HOLD [C-6]: A Paging trunk cannot be placed on call hold.
BUSY is displayed on the Dterm LCD display when the Paging trunk is busy. Reorder tone is returned.
If PRIORITY PAGING [P-30] is used with PAGING ACCESS [P-1]; ARTD, CDN 6 must be assigned
as data “8”, Page with ringback tone. System Data 1, Index 73 affects the operation of Page routes assigned
Page with ringback tone. Therefore, if PRIORITY PAGING [P-30] is used with PAGING ACCESS [P1], then MEET-ME PAGE [M-1, 11] and PAGING TRANSFER [P-10] are not available to the system.
PRIORITY PAGE [P-30] access will not disconnect an Attendant Console engaged in a Paging trunk
connection.

Programming
STEP 1:
STEP 2:

STEP 3:
STEP 4:
STEP 5:

STEP 6:

STEP 7:

ASYD - System Data 1, Index 73, bits 0 & 1. For PAGING function only, assign data “00”.
ARTD - Assign the Paging route as shown below:
RT: 1
1-OSGS
:2
2-ONSG
:3
4-INSG
:3
5-TF
:1
6-TCL
:8
7-L/T
:1
8-RLP
:2
15-LSG
:0/1
44-PRV
:1
ATRK - Assign the LEN, Paging Trunk Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the Paging trunks.
ANPD - Assign a level for trunk access. Assign Connection Indexes, CI = N, H; Normal (N), and
Hooking (H). Assign the Number of Necessary Digits according to a predetermined numbering plan.
Busy Lamp Field is not activated.
ASPA - Assign the PAGE ACCESS code. Type of Service, SRV = OGC (Outgoing Call). Assign the
proper route number associated with this access code. Assign Connection Indexes, CI = N, H; Normal
(N) and Hooking (H).
ARSC - Assign to the station that is allowed access to paging trunks a Route Restriction Class (RSC)
that is allowed these routes in Route Restriction Indexes (RRI) 2 & 3.

FCCS Programming
No unique programming is required for the FCCS network.

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Page 575

P-2

Passing Dial Tone

P-2

Passing Dial Tone

General Description
This feature allows the Attendant to PASS DIAL TONE to a restricted user, enabling that user to place a call that
would normally be restricted.

Operating Procedure
1.
2.
3.
4.
5.
6.

Restricted user dials Attendant.
Attendant presses ANSWER or ATND key; tenant number, trunk route restriction class and telephone
number are displayed.
Obtain call details.
Dial central office access code; tenant number, and trunk identification number are displayed.
Press RELEASE key; user hears dial tone.
User places the call.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.

This feature permits PASSING DIAL TONE to restricted and unrestricted stations only by the Attendant.
When LEAST COST ROUTING - 3/6-DIGIT [L-5] is provided in the system, the Attendant cannot pass
dial tone. The call must be completed via the ATTENDANT CONSOLE [A-3].
TOLL RESTRICTION [T-7] is activated via system programming for the PASSING DIAL TONE
feature.
The PASSING DIAL TONE feature is limited by the number of trunks that can be accessed by the
Attendant and the Class of Service restrictions of the station.
Restriction from Outgoing Calls: This feature can be overridden by the use of the PASSING DIAL TONE.
The Attendant is allowed to pass dial tone to any station that has a class of service that allows normal direct
dial access capabilities to the trunk group seized by the Attendant.
Any non-restricted station can dial through over the selected outgoing trunk. The type of address signals
sent to the called location are determined by the trunk route class data.
Where SMDR [S-10] is provided, through-dialed calls are charged to the calling station line.
This feature is available when the numbering plan for call origination is Outgoing Call (OGC) or Outgoing
Call Alternative (OGCA), and the answer-back signal is the second dial tone (mark-out method).
When placing outside calls, activation of the TOLL RESTRICTION - 3/6-DIGIT [T-7] is determined by
system data of the calling station on a tenant basis.
If TOLL RESTRICTION- 3/6-DIGIT [T-7] is not activated via system data, neither the 3-digit area code
nor the 6-digit area and office code are restricted.
If TOLL RESTRICTION- 3/6-DIGIT [T-7] is activated via system data, the call will be restricted when
the calling party dials the restricted area code.

Interactions
1.

Page 576

Any station that is restricted from a route may receive access to that route by the Attendant Console. A
station that is toll restricted will not be able to place calls to destinations normally restricted by having the
Attendant Console pass dial tone. The same ATDP tables will apply to that station. The Attendant Console
must dial the number for the station when that station is toll restricted. See NON-DELAY OPERATION
[N-3].
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Passing Dial Tone

P-2

Interactions (cont’d)
2.

3.
4.
5.

The associated programming that should be examined is ATTENDANT CONSOLE [A-3], TOLL
DENIAL/TOLL DIVERSION [T-7], TOLL RESTRICTION-3/6 DIGIT [T-8], LEAST-COST
ROUTING-3/6 DIGIT [L-5], CLASS OF SERVICE-INDIVIDUAL [C-17], and the various trunk access
features.
NIGHT CONNECTION FIXED/FLEXIBLE [N-1, 2]: The NIGHT CONNECTION FIXED/FLEXIBLE
stations cannot pass dial tone to another station.
ATTENDANT NIGHT TRANSFER [A-19]: The ATTENDANT NIGHT TRANSFER station cannot
pass dial tone to another station.
When LEAST-COST ROUTING-3/6 DIGIT [L-5] is programmed, the ATDP tables will be affected.
During feature operation, the Attendant will dial the route access code and then release dial tone to the
station. Because that route is assigned in ARNP tables against the LCR (S) access codes, the ATDP tables
must also use the LCR (S) access code. For example, the Attendant dials 81 and releases. The station dials
1-516-753-7526. ATDP must be programmed as DC: 9151 and TDI: 1, allowed; not as DC: 81151.
(ARNP for the route in this example is assigned with the access code = 9.)

Programming
STEP 1:
STEP 2:

STEP 3:
STEP 4:

ASYD - System Data 2, Index 15, Bit 3. Toll restriction on an outgoing call placed by PASSING
DIAL TONE. 0/1: Valid/Invalid.
ARSC - Construct a Route Restriction Class (RSC) that will allow outgoing access to the various
routes via Route Restriction Index (RRI) 2, via the Attendant Console. Be sure to assign RRI 3 as data
“0 or 2”, connection restricted.
ASDT - Assign to the station a Route Restriction Class (RSC) that allows outgoing access to the
various routes via the Attendant Console.
ATDP - For those Route Restriction Classes that will receive dial tone from the Attendant Console,
construct allow tables. The system does not pass the RSC of the Attendant Console to the restricted
station. It bypasses the RRI 3 restriction and instructs the system to look at the ATDP tables for that
RSC and govern connections accordingly.

FCCS Programming
No unique programming is required for the FCCS network.

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Page 577

P-3

Power Failure Transfer

P-3

Power Failure Transfer

General Description
This feature provides for certain specified trunks to be automatically connected to designated stations in the event
of a loss of AC power. It is normally used when the system is not equipped with reserve power.

Station Application
Operation is automatic if there is loss of input power to the system.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.

If the Central Office is wired ground start, stations must be equipped with ground buttons to complete calls
over the exchange network.
Power failure station lines should not be wired to common bells. These require outside power sources and
will not operate.
Type of telephone set (DP or DTMF) connected to CO line via POWER FAILURE TRANSFER shall
correspond to the signaling system of the Central Office.
The maximum number of POWER FAILURE TRANSFER circuits per PIM is 24 (12 circuits per
package).
The Power Failure Trunk (PFT) and associated Central Office Trunk should be in the same PIM.
When the POWER FAILURE TRANSFER feature is activated, telephone service is limited to incoming
calls and/or outgoing calls via the serving Central Office. DID calls cannot be received.
Dterms cannot be used as Power Failure stations.
All calls in progress and/or established calls are lost when a POWER FAILURE TRANSFER occurs.
When commercial power is restored, the NEAX2400 IPX is automatically re-initialized. Back-up service
is provided via the HDD unit to retain the following features:
CALL FORWARDING
[C-2, C-2D, C-3, C-3D, C-5, C-5D]
SPEED CALLING - GROUP
[S-23]
SPEED CALLING - STATION
[S-21]
NAME DISPLAY DATA
[N-28]

Interactions
1.
2.
3.
4.
5.

A PFT circuit card is required.
The POWER FAILURE TRANSFER station and Central Office trunk must be on the same Module
Group.
When power is lost and the POWER FAILURE TRANSFER (PFT) feature is activated, telephone service
is limited to incoming and outgoing calls via the predesignated PFT stations.
DID service will be lost, as this service is dependent on the operational status of Incoming Register Trunks
(IRTs).
When power is lost, all calls (station-to-station and station-to-trunk) are lost. When power is restored, PFT
calls will stay up until manually disconnected by the participants. Service to the PFT stations is then
restored to normal.

Programming
No programming is required.

Page 578

NEAX2400 IPX Feature Programming Manual
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Pushbutton Calling

P-4

P-4

Pushbutton Calling

General Description
This feature permits users to originate calls using push button telephones and also allows D term stations the ability
to control external devices requiring DTMF signals to initiate or perform functions (Code-A-Phone, Conference
Unit, etc.).

Operating Procedure
1.

The users press push-buttons corresponding to the desired numbers.

2.

After a connection is established between a D term station and a station or trunk port with an external device
attached, the Dterm user may press the key pad or SPEED CALLING BUTTONS - ONE TOUCH - Dterm
[S-32D] key to transmit DTMF signals to control the external device.

OR

Service Conditions
1.
2.
3.
4.

If DTMF lines from the Central Office are not available, then the PUSHBUTTON-TO-ROTARY
CONVERSION [P-6] feature must be provided.
Rotary and pushbutton instruments may be used simultaneously with PUSHBUTTON CALLING.
Timing for the DTMF signals can be set from 0.128 to 2.048 seconds via system commands on a systemwide basis.
DTMF frequency combinations are as follows:
LOW - HIGH

1,209HZ

1,336HZ

1,477HZ

697Hz

1

2

3

770Hz

4

5

6

852Hz

7

8

9

941Hz

*

0

#

Interactions
1.

2.

Each 8RST circuit card contains eight register and eight sender circuits. Each register circuit can accept
either pushbutton or rotary dial pulses. The senders can transmit pushbutton or dial pulse signals and are
also used with the ATTENDANT CONSOLE [A-3], LEAST-COST ROUTING-3/6 DIGIT [L-5], SPEED
CALLING-SYSTEM, STATION, GROUP [S-3, 21, 23], OUTGOING TRUNK QUEUING [O-2], OFFHOOK QUEUING [O-7], and PUSHBUTTON-TO-ROTARY CONVERSION [P-6].
Register circuits are located on the first four levels (0-3) and sender circuits are located on the last four
levels (4-7) of the 8RST circuit card.

Programming
STEP 1:

ASYD - System Data 1, Index 128. Register Prepause Timer. How long the register waits for the first
digit. Normally assign data 00H for 12 seconds.
System Data 1, Index 129. Register Inter-digit Timer. How long the register waits between digits.
Normally assign data 00H for six seconds.

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Page 579

P-4

Pushbutton Calling

Programming (cont’d)

STEP 2:
STEP 3:

STEP 4:

Page 580

System Data 2, Index 2, Bit 0. Type of sender signal for station? 0/1: DP/PB. Assign as appropriate.
(This data will only be used if the ARTD data of a specific route is assigned as DP/PB.)
System Data 3, Index 11. Normally assign data 00H for 128 milliseconds.
ASDT - Assign Dterm, single-line stations, a Telephone Equipment Class (TEC) of 2; push button
(PB), TEC = 3, or Dial-Pulse/ Push button, (DP/PB).
ATRK - Assign Originating Register Trunks (ORT) to the system in a quantity calculated from
expected traffic. Registers are located on levels 0-3 of any 8RST circuit card.
Also, senders must be assigned to the system in a quantity calculated from expected traffic. Senders
are located on levels 4-7 of any 8RST circuit card.
RT:
Route Number
Trunk Route Number
Intra-office Route Number (901-931)
901-ATT 912-ORT for ATT
902-ORT 913-TCFT for ATT
903-IRT
915- Night ATT
905-Sender 916-MFCR
909-DCFT 917-MFCS
919 to 926-Modem
TK:
Trunk Number
TN:
Tenant Number
RSC:
Route Restriction Class
SFC:
Service Feature Class
ARTD - Routes must be assigned as either PB, DP, or DP/PB. CDN 2:ONSG, Type of Outgoing
Signal Selection (ONSG) is assigned to each route as data “1”, DP; data “2”, PB; or data “3”, DP/PB.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Pushbutton Calling - Attendant Only

P-5

P-5

Pushbutton Calling - Attendant Only

General Description
This feature permits an Attendant to place all calls over DTMF signaling lines from a pushbutton keypad on the
ATTENDANT CONSOLE [A-3].

Operating Procedure
Attendant presses the pushbutton keypad to dial.

Service Conditions
1.
2.

This feature requires that all Central Office trunks and TIE Trunk terminals accept pushbutton signaling
(DTMF).
PUSHBUTTON CALLING - ATTENDANT ONLY may be added to the system without providing
PUSHBUTTON CALLING [P-4] capability to other stations.

Interactions
The Attendant Console must first be provided.

Programming
STEP 1:

STEP 2:

STEP 3:

ASYD - System Data 1, Index 128. Register Prepause Timer. How long the register waits for the first
digit. Normally assign data 00H for 12 seconds.
System Data 1, Index 134. Register Inter-digit Timer for the Attendant Console. How long the register
waits between digits. Normally assign data 00H for four seconds.
System Data 2, Index 2, Bit 1. Sender signal for Attendant Console is DP/PB? 0/1: DP/PB. Assign as
appropriate.
ATRK - Assign Originating Register Trunks (ORT) to the Attendant Console (optional). Registers are
located on levels 0-3 of any 8RST circuit card.
Also, senders must be assigned to the system in a quantity calculated from expected traffic.
RT:
Route Number
Trunk Route Number
Intra-office Route Number (901-931)
901-ATT 912-ORT for ATT
902-ORT 913-TCFT for ATT
903-IRT
915- Night ATT
905-Sender 916-MFCR
909-DCFT 917-MFCS
919 to 926-Modem
TK:
Trunk Number
TN:
Tenant Number
RSC:
Route Restriction Class
SFC:
Service Feature Class
ARTD - Routes must be assigned as either PB, DP, or DP/PB. CDN 2:ONSG, Type of Outgoing
Signal Selection, is assigned to each route as data “1”, DP; data “2”, PB; or data “3”, DP/PB.

NEAX2400 IPX Feature Programming Manual
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Page 581

P-6

Pushbutton to Rotary Conversion

P-6

Pushbutton to Rotary Conversion

General Description
This feature allows DTMF telephones to be used when DTMF signaling is not provided or are not available from
the Central Office and/or TIE Line.

Operating Procedure
Users dial the desired telephone numbers.

Service Conditions
1.
2.
3.

PUSHBUTTON TO ROTARY CONVERSION is software controlled on a per-trunk route basis.
See UNIVERSAL SENDER [U-3] for reference.
When the following combination of data settings are assigned, the PB station cannot originate a call:
ASDT - TEC = 3 (DP/PB) station data for the calling station
ASPA - SSC = OGC/OGCA
ARTD - CDN1: OSGS = 2 (second dial tone)
CDN2: ONSG = 2 (PB, 60 msec. Interruption or CCIS No. 7)

Interactions
1.

2.
3.

Each 8RST circuit card contains four register and four sender circuits. Each register circuit can accept
either push-button or rotary dial pulses. The senders can outpulse push-button or dial pulse signals and are
used with the ATTENDANT CONSOLE [A-3], LEAST-COST ROUTING-3/6 DIGIT [L-5], SPEED
CALLING-SYSTEM, STATION, GROUP [S-3, 21, 23], OUTGOING TRUNK QUEUING [O-2], OFFHOOK QUEUING [O-7], and PUSHBUTTON-TO-ROTARY CONVERSION.
Register circuits are located on the first four levels (0-3), and sender circuits are located on the last four
levels (4-7) of the 8RST circuit card.
Each register may be assigned as either an outgoing or an incoming register. Incoming calls have priority
over outgoing calls. Thus, a register programmed as outgoing may serve as an incoming register when
none are available. However, an incoming register will never serve as an outgoing register.

Programming
STEP 1:

STEP 2:
STEP 3:

Page 582

ASYD - System Data 2, Index 2, Bit 0. Sender signal for station is DP/PB? 0/1: DP/PB. Always assign
as data “0”. Assign on a per-tenant basis. This Bit takes priority when ARTD, CDN 2:ONSG is
assigned as data “3”, DP/PB.
ASDT - Assign single-line stations a Telephone Equipment Class (TEC) of Push-button (PB) TEC = 2
or dial pulse/push-button (DP/PB), TEC = 3.
ATRK - Assign Originating Register Trunks (ORT) to the system in a quantity calculated from
expected traffic. Registers are located on levels 0-3 of any 8RST circuit card.
Also, senders must be assigned to the system in a quantity calculated from expected traffic. Senders
are located on levels 4-7 of any 8RST circuit card.
RT:
Route Number
Trunk Route Number
Intra-office Route Number (901-931)
901-ATT

NEAX2400 IPX Feature Programming Manual
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Pushbutton to Rotary Conversion

P-6

Programming (cont’d)
902-ORT
903-IRT
905-Sender
909-DCFT

STEP 4:

913-TCFT for ATT
915- Night ATT
916-MFCR
917-MFCS
919 to 926-Modem
TK:
Trunk Number
TN:
Tenant Number
RSC:
Route Restriction Class
SFC:
Service Feature Class
ARTD - Outgoing routes must be assigned as DP or DP/PB. Flag CDN 2:ONSG as data “1”, DP or
data “3”, DP/PB.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ARTDN - Outgoing routes must be assigned as DP or DP/PB. Flag CDN 2:ONSG as data “1”, DP or
data “3”, DP/PB.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

NEAX2400 IPX Feature Programming Manual
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Page 583

P-7

Peg Count

P-7

Peg Count

General Description
This service feature permits traffic studies and traffic analysis information to be accessed from the
MAINTENANCE ADMINISTRATION TERMINAL (MAT) [M-18] and printed out.

Operating Procedure
Refer to the NEAX2400 IPX System Operations and Maintenance Manual.

Service Conditions
1.
2.
3.

4.
5.

Page 584

This feature can be used for the FCCS network. For details, refer to the NEAX2400 IPX Operations and
Maintenance Manual.
All information required for this feature is registered at the MAT.
The following information is available:
STATION PEG COUNT:
• Number of call originations attempted
• Number of station-to-station or station-to-Attendant calls attempted
• Number of station-to-trunk calls attempted
• Number of call originations abandoned
• Number of station-to-station calls terminated
• Number of trunk-to-station calls terminated
• Number of total calls terminated to station
• Number of calls unanswered within a predetermined time
• Number of calls answered
• Number of calls unanswered
• Number of calls hearing busy tone and forwarded to the ATTENDANT CONSOLE [A-3]
ATTENDANT PEG COUNT:
• Number of incoming calls per INCOMING CALL IDENTIFICATION [I-2] lamp
• Number of calls answered per INCOMING CALL IDENTIFICATION [I-2] busy
ROUTE PEG COUNT:
• Number of times trunk route seizure attempted
• Number of times all trunks busy reached
• Number of times trunk seized
• Number of calls terminated to trunk route
• Number of incoming calls that seized register
• Number of incoming calls directed to ATTENDANT CONSOLE [A-3]
• Number of incoming calls directed to station
• Number of incoming calls directed to tandem connection
• Number of incoming calls abandoned
The above information may be registered and cancelled as required.
The measurement information printout cycle can be any period of time ranging from 30 minutes to 120
minutes (in 10-minute increments), as required.

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Peg Count

P-7

Service Conditions (cont’d)
6.

Traffic measurement duration time is designated for more than one hour. If the traffic measurement
duration time is not designated, the measurement is performed indefinitely until a stop command is entered
on the MAT [M-18].
PEG COUNT

NEAX2400 IPX

Station Peg Count

TN = 1-255

Route Peg Count

RT = 1-255

ATT Peg Count - Incoming

TN = 1-255

ATT Peg Count - Answer

ATT = 1-16

Interactions
If the system is reset, traffic measurement requests are no longer in service.

Programming
To Order PEG COUNTS

STEP 1:
STEP 2:
STEP 3:

ASYD - System Data 1, Index 47, bit 7 = 1.
ASTD - STM:7, STS:0, ST:1.
ATRF - Assignment of Traffic Measurement Order
TYPE:
Type of Traffic Measurement
INTERVAL: Output Interval must be assigned in units of 10 minutes. Available range is from 30-120
minutes or “0” must be assigned.
FROM-TO-: Measurement to be designated.
TIME:
Output Time
TYPE:
1:
Terminal Traffic Measurement
2:
Route Traffic Measurement
3:
Station Peg Count
4:
Attendant Console Peg Count
5:
Route Peg Count
6:
Service Peg Count
8:
UCD Route Peg Count
9:
UCD Group Peg Count
10: UCD Station Peg Count
11: CCIS Traffic Count

To Display PEG COUNT Information

STEP 1:

DTF1 - Display of Traffic Data 1
TYPE:
Type of Traffic Measurement
1:
Terminal Traffic
2:
Route Traffic
3:
Station Peg Count
4:
ATT Peg Count
5:
Route Peg Count

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Page 585

P-7

Peg Count

Programming (cont’d)
STEP 2:

STEP 3:

STEP 4:

DTF2 - Display of Traffic Data 2
TYPE:
Type of Traffic Measurement
6:
Service Peg Count
DTF3 - Display of Traffic Data 3
TYPE:
Type of Traffic Measurement
8:
UCD Route Peg Count
9:
UCD Group Peg Count
10: UCD Station Peg Count
DTF4 - Display of Traffic Data 4
11: CCIS Traffic Count

FCCS Programming
No unique programming is required for the FCCS network.

Page 586

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Priority Call

P-9

P-9

Priority Call

General Description
This feature allows the ATTENDANT CONSOLE [A-3] to answer various types of calls in the order of their
priority. A special type of call can be handled prior to a regular call, at the Attendant's discretion.

Operating Procedure
1.
2.

Lift the handset and receive dial tone.
Dial the PRIORITY CALL number, then wait for the Attendant to answer.
Note: PRIORITY CALL will terminate on a designated key on the ATTENDANT CONSOLE [A-3].

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.

10.
11.
12.
13.
14.
15.

The PRIORITY CALL must be answered via a designated key in order to gain a priority capability. The
keys must be assigned by the MAINTENANCE ADMINISTRATION TERMINAL (MAT) [M-18].
A PRIORITY CALL will not be picked up first, by pressing the ANSWER key, if other calls are waiting.
A PRIORITY CALL cannot be initiated while in CONSULTATION HOLD - ALL CALLS [C-17] or
CALL HOLD [C-6].
In the night mode, a PRIORITY CALL will terminate at the predetermined station.
The calling station obtains this feature via CLASS OF SERVICE - INDIVIDUAL [C-15].
A station, instead of the ATTENDANT CONSOLE [A-3], can be the destination of a PRIORITY CALL
in the day mode.
If the PRIORITY CALL encounters the destination station busy, the call will wait for the station to become
idle. Ringback tone will be heard while the caller is waiting.
Three levels of PRIORITY CALLs can be assigned.
When the destination is a station, the originating stations should be assigned as a member of a PRIORITY
CALL group. The maximum number of PRIORITY CALL groups is 7 per TENANT [T-12]. The
terminating station must be assigned to each PRIORITY CALL group.
The terminating station of each group can be a member of a HUNTING GROUP [S-7, 8, 9].
The terminating station can set CALL FORWARDING - ALL CALLS [C-5] and CALL FORWARDING
- BUSY LINE [C-2].
The terminating station for ATTENDANT NIGHT TRANSFER [A-19] and/or OFF-HOOK ALARM [O6] can be assigned as the terminating station of a PRIORITY CALL.
If the destination Dterm is busy (and not the pilot number of a UCD group), when a Priority Call is placed,
ringback tone is returned to the calling party rather than busy tone, and the calling party is placed in queue.
When a UCD [U-1] station is assigned as the destination of PRIORITY CALL, queuing function of UCD
is not available when all the stations within the UCD group are busy.
The Fusion Point Code (FPC) of the node which accommodates the called Attendant Console must be
assigned after system data assignment.

Interactions
1.
2.

If the destination D term is busy when a Priority Call is placed, ringback tone is returned to the calling party
rather than a busy tone, and the calling party is placed in queue.
A Warning Tone is not provided at the called Dterm while a Priority Call is in progress.

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Page 587

P-9

Priority Call

Interactions (cont’d)
3.
4.

If the destination of a Priority Call is the Attendant Console, the Priority Call does not transfer to the
ATTENDANT NIGHT TRANSFER [A-19] station when the system goes into Night mode.
A PRIORITY CALL will not be forwarded to outside.

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:
STEP 5:

STEP 6:

STEP 7:

Page 588

ASYD - System Data 1, Index 168, Bit 6. Where will Priority Call terminate? 0/1: Attendant Console/
Station. If Attendant Console (0), go to Step 2, AAKP command.
System Data 2, Indexes 8 & 9. If the call will terminate to the Attendant Console, assign if the call will
be pegged for CALL WAITING LAMP [C-13].
AAKP - Assignment of Attendant Console Key Pattern. The ATN: Attendant Number (TRK No. for
RTE 901); KYN = 1-6, and FUNC = 3, Priority Call 1; FUNC = 4, Priority Call 2; FUNC = 5, Priority
Call 3. This command is not required if the Priority Call terminates at a station.
ANPD - Reserve a Numbering Plan level for feature access. Assign Connection Indexes (CI), CI = N,
H, B; Normal (N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign
NND in accordance with the predetermined numbering plan.
ASPA - For SRV = SSC (Service Code) SID = 37, Priority Call 1; SID = 38, Priority Call 2; SID = 39,
Priority Call 3; assign the access code. Assign for CI of Normal (N).
ASID - This command defines the purpose of this Special Incoming Group and is used in conjunction
with the ASGD command. Assign the following:
TN:
Tenant Number
F:
Function Number (0-7)
4:
Priority Call 1
5:
Priority Call 2
6:
Priority Call 3
GN:
Group Number (1-7),
S/A: Special Incoming Equipment
S:
Station
A:
Attendant Console
SSTN: Special Station Number
ASGD - This command defines the stations belonging to the Special Incoming Group. When the point
of termination is a station, assign the following:
TN:
Tenant Number
STN: Station Number
F:
Function Number (0-7)
4:
Priority Call 1
5:
Priority Call 2
6:
Priority Call 3
GN:
Group Number (1-7)
ASFC - Service Feature Index (SFI) 54-Priority Call 1. SFI 55-Priority Call 2. SFI 56-Priority Call 3.
Assign a Service Feature Class to stations that allow one or all of the SFIs above, depending on system
configuration.

NEAX2400 IPX Feature Programming Manual
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Priority Call

P-9

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ASPAL - This data must be set to the node calling the attendant.
Assign the FPC of the node which accommodates the called attendant console. This must be assigned
after designating SID = 37, 38, 39.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

NEAX2400 IPX Feature Programming Manual
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Page 589

P-10

Paging Transfer

P-10

Paging Transfer

General Description
This feature allows a user to transfer a paged call to a party that has been placed on hold.

Operating Procedure
While a user is engaged in a call

1.
2.
3.

Switch hook flash or press TRANSFER key (on D term phone); receive special dial tone.
Dial the Paging Access Code; receive continuous ringback tone for approximately one second.
Page the desired party.

There are three paging options

1.
2.

3.

NON-DELAY SYSTEM: The party paged is immediately connected to the paging station when the paged
party dials the Paging Answer Access Code.
DELAY SYSTEM: The paging user replaces the handset after the page; the paged party dials the Paging
Answer access code. The paging station rings, and the paged station receives ringback tone. After the
paging user lifts the handset, the paging and paged stations are connected.
PAGING TRANSFER SUPERVISION: The paging user replaces the handset after the page. By dialing
the Paging Answer access code, the paged party is directly connected to the party on hold.

For Non-Delay and Delay systems

1.

When a paging station replaces the handset after talking with the paged party, the held party is directly
connected to the paged party.

Service Conditions
1.

2.
3.
4.
5.
6.

Page 590

PAGING TRANSFER service can be selected according to system data assignment:
a.) Non-Delay system
b.) Delay and Non-Delay system
c.) PAGING TRANSFER Supervision
Paging trunks can be provided for a maximum of six routes.
When a paging route has been accessed and is not answered within a predetermined time, the paging
activation is automatically cleared.
Both the COT card and the TLT card can be used as the paging trunk.
Loop signaling is the recommended signaling type.
When the Attendant Console activates the service, the conditions are as follows:
a.) An Attendant Console user can connect the paged party with the calling party the same way as
PAGING TRANSFER SUPERVISION only (see Operating Procedure).
b.) If the paged party answers the page before the Attendant Console releases the loop, the Attendant
Console is called from the paged party as an operator call. In this case, the Attendant Console can
connect the paged party with the held party (calling party) in the procedure below:
• Press the CANCEL key to release the loop to be used for the page.
• Answer the operator call and press the HOLD key to hold the loop.
• Press the loop key holding the calling party to be back to the original connection and perform
the normal operation for Attendant Console Loop-to-Loop Connection (see MEET-ME
PAGING [M-1] for details) to connect the two parties.

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Paging Transfer

P-10

Service Conditions (cont’d)
7.
8.

9.

10.

When using this feature via the FCCS network, PAGING ACCESS [P-1], PAGING TRANSFER [P-10]
and RADIO PAGING [R-16] are provided to the paging station and the paged station in FCCS nodes.
When using this feature via the FCCS network, when PAGING ACCESS [P-1]/PAGING TRANSFER [P10]/RADIO PAGING [R-16] service is set to a station in the remote node or the PAGING ACCESS [P1]/PAGING TRANSFER [P-10]/RADIO PAGING [R-16] call is answered from the remote node via
FCCS link:
a.) the logical route number should be applied to each physical route that is provided the service.
b.) the restriction of route-to-route connection between FCCS nodes should be released.
When using this feature via the FCCS network, the same paging route cannot be used by another station
while the paged station does not answer the page activated using the route. However, the paging activation
is automatically cleared when the call is not answered within a predetermined time.
When using this feature via the FCCS network, a user can page one station at a time.

Interactions
1.

2.
3.
4.
5.

6.
7.
8.
9.

PAGING TRANSFER (MEET-ME PAGING) and PAGING ACCESS [P-1] can be provided
simultaneously in the same system. Separate access codes for each service is required. A MEET-ME
PAGING answer code is required for each MEET-ME PAGING zone.
Paging is limited to stations and Attendant Consoles. Other parties (CO and TIE trunk calls) must have the
Attendant Console or user perform the paging operation.
The Attendant cannot dial the MEET-ME PAGING answer codes.
BUSY VERIFICATION [B-3], EXECUTIVE OVERRIDE [E-1]: These features will be denied to Paging
routes assigned in CDN 6:TCL as data “8”, Page with ringback tone.
PAGING TRANSFER OPERATION: Station A is connected to Party B. Station A momentarily presses
the switch hook or presses the TRANSFER key (if D term phone) and then dials the PAGING TRANSFER
(MEET-ME PAGE) route access code. When connected to the page, Station A requests Station C to dial
the MEET-ME PAGE answer code. Station A hangs up. When station C dials the answer code, Party B is
connected to Station C. Station A is removed from the connection.
If Station C does not call the MEET-ME PAGE answer code after 30 seconds, Party B rings back to Station
A. This timer can be changed by ASYD System Data 1 Index 74 b0~b3.
Stations allowed Priority Page, SFI = 57, will barge into the paging route, except when the Attendant
Console is paging.
To answer PAGING TRANSFER while connected to another party, CALL HOLD [C-6] must be used.
THREE-WAY CALLING [T-2] may not be established.
A station must be assigned a Route Restriction Class that allows access to the routes involved in the
PAGING TRANSFER.

Programming
STEP 1:

ASYD - System Data 1, Index 73, Bits 0 & 1:
For MEET-ME PAGE, Non-Delay service, Bit 0 = 1, Bit 1 = 0.
For MEET-ME PAGE, Delay service, Bit 0 = 0, Bit 1 = 1.
For MEET-ME PAGE, Delay service with Call Transfer, Bit 0 = 1, Bit 1 = 1.
System Data 1, Index 73, Bit 3. Are PAGE cancel codes provided for each route? 0/1: Per route/
Common to all routes.

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P-10

Paging Transfer

Programming (cont’d)

STEP 2:

STEP 3:
STEP 4:
STEP 5:

STEP 6:

STEP 7:

STEP 8:

System Data 1, Index 74, Bits 0 & 3. Assign the cancel timer for unanswered page. Assign data 00H
for 30 seconds.
(0-F + 1) x 30 = Cancel Timer.
System Data 2, Index 1, Bits 0 & 1. Consultation Hold allowed or denied. 00: Denied; 01: Originating
and Terminating Calls allowed; Tandem Call Denied; 11: All calls allowed.
ARTD - Assign the paging route as shown below:
RT: 1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:8
7-L/T
:1
8-RLP
:2
15-LSG
:1
ATRK - Assign the LENs, Paging Trunk Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the Paging trunks.
ANPD - Reserve levels for trunk access and for PAGE answer and cancel codes. Assign the trunk
access level for a Connection Index (CI) of Normal (N) and Hooking (H) service. Number of
Necessary Digits is usually 1 or 2 (maximum 3 digits). Busy Lamp Field is not activated.
If the PAGE answer and cancel codes reside in a level reserved for features, then assign according to a
predetermined numbering plan. If the PAGE answer and cancel codes reside in a separate level, then
assign for a CI of Normal (N) only. The number of Necessary Digits is usually two, and the Busy
Lamp Field is off.
ASPA - Assign Paging Route access code. Type of Service, SRV = OGC (Outgoing Call). Assign the
proper route number that is associated with this Paging trunk access code. Assign for CI = Normal (N)
and Hooking (H).
Assign the PAGE answer and cancel access code. Type of Service, SRV = PAGA (Paging Answer)
and SRV = PAGC (Paging Cancel). Assign the proper route number that is associated with this access
code. Assign for CI = Normal (N).
ARSC - Allow RRI: 2 & 3 access to this route for the RSCs assigned to stations given access to the
paging routes. Allow RRI: 0 & 1 on the incoming route to be transferred to the RSCs given access to
the page answer.
ASFC - Assign station to receive PAGING TRANSFER a Service Feature Class that allows SFI = 38.
This allows a station to dial PAGE answer codes.

FCCS Programming

STEP 1:
STEP 2:
STEP 3:
STEP 4:
STEP 5:

Page 592

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
ALRTN - This data must be assigned to the NCN. Assign the logical route number to the physical
route.
ANPDN - This data must be assigned to the NCN. Reserve a number level for service feature access
and cancel.
ASPAN - This data must be assigned to the NCN. Assign the access code for Paging Transfer.
ARSCN - This data must be assigned to the NCN. Release the restriction between the announcement
trunk and the station.
ARRCN - This data must be assigned to the NCN. Release the restriction between the terminating
trunk and the announcement trunk.

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P-10

FCCS Programming (cont’d)
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required

in addition to ASYDL or ASYDN.
Note 2: The current command data shown is set to all nodes using the service: ASTD, ARTD, ATRK, ASFC

NEAX2400 IPX Feature Programming Manual
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Page 593

P-11

Periodic Time Indication Tone

P-11

Periodic Time Indication Tone

General Description
This feature provides a tone every 180 seconds, if required, to the user who has made an outgoing call.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.
6.

This feature is programmed on a per-trunk route basis using the MAINTENANCE ADMINISTRATION
TERMINAL (MAT) [M-18].
The PERIODIC TIME INDICATION TONE is 80 ms in duration and is sent every 180 seconds. See
VARIABLE TIMING PARAMETERS [V-1] for other programming time periods.
This feature is only available for users who have placed outgoing calls to a Central Office line or to a TIE
Line.
Incoming calls or outgoing calls initiated by the Attendant will not have this feature.
When the user activates SPECIAL DIAL TONE after the outgoing call mode, this feature will be cancelled
automatically.
When the user activates the following service features after the outgoing calls to a Central Office line or
to a TIE Line, this feature will be cancelled automatically:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
[B-5D]
BOSS-SECRETARY OVERRIDE - Dterm
BUSY VERIFICATION
[B-3]
CALL HOLD
[C-6, C-6D]
CALL TRANSFER
[C-10, C-11, C-11D]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
CONSULTATION HOLD - ALL CALLS
[C-17, C-17D]
DATA PRIVACY ON DEMAND
[D-17]
EXCLUSIVE HOLD - Dterm
[E-4D]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-1D]
NON-EXCLUSIVE HOLD - Dterm
[N-7D]
OFF-HOOK QUEUING
[O-7]
OUTGOING TRUNK QUEUING
[O-2, O-2D]
PRIVACY RELEASE
[P-18]
THREE-WAY CALLING
[T-2, T-2D]
VOICE CALL - Dterm
[V-2D]

Interactions
1.
2.

Page 594

The timers set in System Data 1, Indexes 137 and 138 are approximate. Expect errors of ± 40 seconds.
Keeping track of time for this service is a very low priority for the CPU.
PERIODIC TIME INDICATION TONE is used for outgoing connections only.

NEAX2400 IPX Feature Programming Manual
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Periodic Time Indication Tone

P-11

Programming
STEP 1:

STEP 2:
STEP 3:

ASYD - System Data 1, Index 137. This timer sets the interval when the first tone will be sent to the
station. Assign 00H for 3 minutes.
System Data 1, Index 138. This timer sets the period between the first and second tones and all other
subsequent tones. Assign 00H for 3 minutes.
ARTD - Assign CDN 29:TELP. Flag the routes with which the tone will operate.
ASFC - Assign to stations that receive PERIODIC TIME INDICATION TONE a Service Feature
Class that allows SFI 11 and SFI 33.

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Page 595

Prime Line Pickup - D term

P-13D

P-13D

Prime Line Pickup - Dterm

General Description
This feature allows a D term user to originate or answer a call from the line designated as the Primary Line by going
off-hook. It is unnecessary to press the associated line key.

Operating Procedure
Lift the handset or press the SPEAKER key; receive dial tone.

Service Conditions
1.
2.

One Prime Line per station is allowed.
Unless otherwise programmed, the MY Line is also the Prime Line.

Interactions
1.

2.

3.
4.
5.

If no data is assigned via AKYD, the MY Line will serve as the default Prime Line. If any data is assigned
in AKYD, a Prime Line must be assigned, even if the MY Line and Prime Line will be the same telephone
number.
The Prime Line may be different than the MY Line. When they are different, the following features will
not operate for the Prime Line: CALL BACK [C-1], CALL PARK [C-29], DO NOT DISTURB [D-21D],
and OUTGOING TRUNK QUEUING [O-2D]. CALL FORWARDING [C-2, 3, 5, 28] features may be
set by the Attendant.
CLASS OF SERVICE-INDIVIDUAL [C-15]. The Prime Line will operate according to the CLASS OF
SERVICE-INDIVIDUAL of the MY Line.
STATION MESSAGE DETAIL RECORDING [S-10]. All calls originated by the Prime Line will be
recorded against the MY Line.
TOLL RESTRICTION-3/6 DIGIT [T-7]. The Prime Line will operate according to the restrictions of the
MY Line.

Programming
STEP 1:

Page 596

AKYD - Assign the station according to the following parameters:
TN:
1
STN: Station Number
TP:
Type of Dterm 0/1:
PL ST, STN: Prime Line Tenant and Station
RING:
0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.
KYN: Key Number (1-40)
KYI: Service Index
0: Key Not Used
1: Feature Key

NEAX2400 IPX Feature Programming Manual
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Prime Line Pickup - D term

P-13D

Programming (cont’d)
KD:
TN:
STN:
RG:

2: Multi-line Key
0
Tenant
Station Number
Ringing Assignment per multi-line appearance
0: No Ringing.
1: Ringing in Day Mode Only.
2: Ringing in Night Mode Only.
3: Ringing in Day and Night Mode.

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Page 597

P-14D

Privacy - D term

P-14D

Privacy - Dterm

General Description
This feature allows a Dterm to establish privacy so that no station can interrupt a call via EXECUTIVE RIGHT-OFWAY [E-1].

Operating Procedure
1.

Go off-hook; receive dial tone. Press the DO NOT DISTURB (DND) key. The associated LED will flash.
The LCD displays:
PRIVACY SET
(Time Display)

2.
3.

Dial the desired number.
When the call is completed, Privacy is cancelled by going on-hook.

Service Conditions
1.
2.

Privacy remains in effect while the Dterm is in use with the feature activated. Override to either party is
denied.
If the DND key is pressed before the conversation is concluded, PRIVACY - Dterm is released. The LCD
displays:
PRIVACY CANCEL
(Time Display)

3.

4.
5.

If the DND key is pressed with the station on-hook, the DND - Dterm [D-21D] feature has been activated.
Calls can be made with DND [D-21D] activated. DND [D-21D] will not deny EXECUTIVE RIGHT- OFWAY [E-1].
The PRIVACY - D term feature may be activated or deactivated in any conversation as often as desired.
PRIVACY - Dterm denies the following features:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
BOSS-SECRETARY OVERRIDE - Dterm
[B-5D]
BUSY VERIFICATION
[B-3]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-1D]

Programming
STEP 1:

Page 598

AKYD - The Dterms are not equipped with a DND key. If required, assign the station according to the
following parameters.
TN:
1
STN: Station Number
TP:
Type of Dterm (0/1)

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Privacy - D term

P-14D

Programming (cont’d)

STEP 2:

KYN: Key Number (1-40)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Not assigned for Feature Key
FKY: Feature Key Number
FKY = 50, DO NOT DISTURB
ADSL - Assign DND key; SN=1, 2, 3, 4, 5, 6, 7, 15 and FKY=50 (Do Not Disturb).
This command is required for assigning a function to each soft key.

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Page 599

Privacy On All Lines - D term

P-15D

P-15D

Privacy On All Lines - Dterm

General Description
This feature restricts Dterm users from pressing a busy line button and entering a conversation, which can occur with
1A2 key telephones without exclusion circuits.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.

A D term user cannot seize the Prime Line if it is busy.
LINE PRESELECTION [L-9D] is denied if the selected line is busy.
PRIVACY RELEASE [P-18] overrides this feature.

Programming
No programming is required.

Page 600

NEAX2400 IPX Feature Programming Manual
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Privacy Release

P-18

P-18

Privacy Release

General Description
This feature allows multiple stations (maximum 6) accommodated in the same multi-line group to override a Dterm
already engaged in communication. Also, by key operation of the D term already engaged in communication
(maximum of 8-party communication), overriding from other stations in the same multi-line group can be restricted.

Operating Procedure
To establish a 4-party call from a D term to Dterms that are in THREE-WAY CALLING [T-2]

1.

Station B and C are engaged in THREE-WAY CALLING [T-2] with a station/trunk. Station A presses the
line appearance for Stations B or C. The LCD of Station A’s Dterm displays (for 10 seconds):
Telephone number of the station/trunk engaged in communication with Stations B and C
XXXX
(Time Display)

2.

Station A lifts handset or presses THE SPEAKER key; receives ringback tone and the LCD displays:
CONF WAIT
(Time Display)

3.

A 4-party call is established. The LCDs of the associated Dterms display:
CONF
(Time Display)
The line appearance will flash, indicating I-USE [I-8].

To establish a 4-party call when the PRIVACY key is pressed by a Dterm engaged in THREE-WAY CALLING
[T-2]

1.

While engaged in THREE-WAY CALLING [T-2] with Station B and a station/trunk, Station C presses
PRIVACY key. The PRIVACY key will light, and the line appearance will flash, indicating I-USE [I-8].
The LCD displays:
PRIVACY SET
(Time Display)

2.

Station A presses the line appearance for Stations B and C; the LCD of Station A’s Dterm displays (for 10
seconds):
Telephone number of the station/trunk engaged in communication with Stations B and C
XXXX
(Time Display)

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P-18

Privacy Release

Operating Procedure (cont’d)
3.

Station A lifts handset or presses SPEAKER key. The LCD displays:
CONF REST
(Time Display)

4.
5.

Station C presses PRIVACY key again.
Station A receives ringback tone, and the LCD displays:
CONF WAIT
(Time Display)

6.

A 4-party call is established. The line appearance will flash, indicating I-USE [I-8], and the LED of
PRIVACY key will be turned off. The LCDs of the associated Dterms display:
CONF
(Time Display)
By following the operations described above, a maximum 8-party call can be established.

To restrict a station from overriding an 8-party call

1.

Station A presses line appearance of Station B, which is engaged in an 8-party call. The LCD of Station
A displays (for 10 seconds):
CONF REST
(Time Display)

Service Conditions
1.
2.
3.
4.
5.

6.
7.
8.

9.

Page 602

PRIVACY RELEASE is available for a Dterm connected to a station or trunk.
PRIVACY RELEASE is not available when one of the stations in communication is a single line.
Single line stations cannot bridge into the busy connection.
This feature is available when the PRIVACY key is pressed to establish PRIVACY RELEASE.
A station has to be in one of the following states to set PRIVACY by pressing PRIVACY key or the PRLS key:
a.) Connected to station or trunk,
b.) Engaged in a maximum 7-party call.
PRIVACY cannot be set when the overriding party has already received ringback tone.
PRIVACY RELEASE is available anytime by pressing PRIVACY key or re-pressing P-RLS key. Also,
PRIVACY will be released automatically when the station that has set PRIVACY is released from the call.
PRIVACY RELEASE can be established even if the Dterm has activated the DO NOT DISTURB [D-21D]
or DATA PRIVACY ON DEMAND [D-17] feature.
When the party (station or trunk) engaged in a call with the overridden party in PRIVACY RELEASE is
released, and when multiple stations are connected to the same line, PRIVACY RELEASE cannot be
activated to any other stations.
When a multiple-party call is established by an 8-party conference trunk (PA-CFTB circuit card), the first
overridden party can set/cancel Privacy to the conference trunk by key operation.

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P-18

Service Conditions (cont’d)
10.

When a station tries to bridge into a call and presses the line appearance, and when PRIVACY RELEASE
is not available because of the lack of an 8-party conference trunk, the LCD displays as follows, indicating
that PRIVACY RELEASE is not available:
CONF REST
(Time Display)

11.

PRIVACY RELEASE is not available when another station is in the process of entering a multiple-party
call (when receiving ringback tone). The station will not receive any tone, and the LCD displays:
CONF REST
(Time Display)

12.

13.

When the station engaged in communication with the overridden party is released in the process of
entering a multiple-party call, the other stations engaged in a call on the same line will not be released. In
this case, the last overriding station will be connected to an 8-party conference trunk, but after that,
EXECUTIVE RIGHT-OF-WAY [E-1] will not be available.
The overriding party’s LCD display after pressing the line appearance of a busy station is shown below:
OVERRIDING
PARTY’S
TERMINAL
STATUS

OVERRIDING PARTY’S LINE STATUS
PRIVACY
RELEASE
AVAILABLE

Conference Trunk Blocked

Not Engaged In Two-party Call

-

CONF REST

CONF

-

CONF RST

CONF

After disconnecting the
busy station, CONF REST
is displayed and the status
will be Call Waiting

CONF REST

Idle
Call Waiting status

Busy

PRIVACY RELEASE NOT AVAILABLE

The called telephone number is displayed even when Privacy is set.
14. PRIVACY RELEASE is available after any of the following operations is performed by the overriding
station:
a.) The user presses the line appearance of a busy station, goes off-hook or presses the SPEAKER
key.
b.) While connected to a station/Attendant/OG trunk/IC trunk, the user presses the line appearance of
a busy station. (The call in progress will be disconnected.)
c.) While engaged in THREE-WAY CALLING [T-2], the user presses the line appearance of a busy
station. The stations, except the one that has pressed the line appearance, will be in a 2-party
connection.
d.) The user presses the line appearance of a busy station while hearing dial tone, ringback tone, busy
tone, or reorder tone.
e.) While answering a VOICE CALL [V-2D], the user presses the line appearance of a busy station.
The call in progress will be disconnected.

Note:

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P-18

Privacy Release

Service Conditions (cont’d)

15.

16.

17.

18.

Page 604

f.) While engaged in a multiple-party call, the user presses the line appearance of a busy station.
g.) While engaged in calling a station by INTERCOM [I-9] call or Intercom Bridge call, the station
presses the line appearance of busy station.
h.) After placing a call on CONSULTATION HOLD [H-17], the station originates a call to a station
or trunk and then presses the line appearance of a busy station.
The following features cannot be activated by any station in a multiple-party call:
CALL TRANSFER-ALL CALLS
[C-11]
CALL HOLD
[C-6, C-6D]
CONSULTATION HOLD-ALL CALLS
[C-17]
DATA PRIVACY ON DEMAND
[D-17]
NON-EXCLUSIVE HOLD
[N-7D]
EXCLUSIVE HOLD
[E-4D]
The following features are restricted to all stations in a multiple-party call:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
BOSS-SECRETARY OVERRIDE-Dterm
[B-5D]
CALL WAITING-ORIGINATING
[C-31]
CALL WAITING-TERMINATING
[C-12]
EXECUTIVE RIGHT-OF-WAY
[E-1]
MESSAGE REMINDER-Dterm
[M-19D]
Designated trunk seizure by Attendant
Eight-party conference trunk (PA-CFTB circuit card) assignments are as follows:
a.) For all ports of the 8-party conference trunk, any telephone number of up to 16 digits can be
assigned. Also, a phantom number can be assigned to Port 0 (L = 0).
b.) Ports 1 through 7 (L = 1-7) in the same conference trunk must be grouped in the same Circular
Hunting Group.
c.) When only one 8-party conference trunk is available for a Tenant, the telephone number or
phantom number of Port 0 (L = 0) should be assigned to system data as the trunk seizure number.
When several trunks (maximum of 20) are available, the telephone number or phantom number of
Port 0 (L = 0) in one of the trunks should be assigned as the trunk seizure number.
Eight-party conference trunk seizure:
a.) When only one trunk is available for a Tenant, the trunk cannot be seized unless all of the eight
ports of the trunk (where trunk seizure number corresponding to the Tenant is assigned) are in
idle status.
b.) When multiple trunks are available for a Tenant, the trunk in which all of the eight ports in the
Hunting Group (pilot telephone number = trunk seizure number corresponding to the Tenant) are
in an idle state, is hunted and seized.
c.) If an 8-party conference trunk seizure number corresponding to the Tenant is not assigned, the
following method of trunk seizure is also available:
i.)
The trunk that contains Port 0, whose telephone number or phantom number is AB (A =
number determined by system data, B = the last number of the overridden telephone number),
and all of the eight ports in an idle state are seized.
ii.) If a Hunting Group (pilot telephone number = AB) is assigned among the first Ports of
multiple trunks, the trunk in the Group where all of the eight ports are in an idle state is hunted
and seized.

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Privacy Release

P-18

Programming
STEP 1:

ASYD - System Data 1, Index 17, Bit 2. Is PRIVACY RELEASE service to be enabled? 0/1: No/Yes.
Assign data 1.
System Data 1, Index 17, Bit 3. Is an Interrupt tone for PRIVACY RELEASE to be enabled? 0/1: No/
Yes.
System Data 1, Index 17, Bit 6. Is Line Privacy Expansion service to be enabled? 0/1: No/Yes. Assign
data 1.
System Data 1, Index 17, Bit 7, Bridge Call 0/1: Privacy/Non-Privacy Operation.
System Data 2, Index 7, Bits 4-7. Assign the first digit of the phantom station number that will be used
in creating a STATION HUNTING-CIRCULAR [S-7] group. The phantom station number is assigned
to the first port of the PA-CFTB 8-Party Conference card. (This first digit must also be designated as a
level used for stations in ANPD and ASPA.)
System Data 1, Index 241, bit 5 = 1 for single line terminals.
STEP 2: ANPD - Reserve two number levels for station access. One of these number levels will be for regular
station numbers and the other will be for the Phantom stations. This is the same number as assigned
previously in System Data 2, Index 7, Bits 4-7.
STEP 3: ASPA - For the desired station number, assign SRV = STN (Station). Assign Connection Indexes (CI)
of Normal (N) and Hooking (H).
STEP 4: ASDT - Assign station data to each port of the PA-CFTB circuit card.
STEP 5: AKYD - Assign FKI = 1, Feature Key and an FKY = 48, PRIVACY RELEASE to a programmable
Line/Feature key.
STEP 6: ADSL - Assign P-RLS key; Assign SN=4 (Communication in Progress) and FKY=48 (Privacy
Release).
This command is used for assigning a function to each soft key.
STEP 7: APHN - Assign station numbers to the PA-CFTB Port 0 station numbers. A maximum of five
phantom numbers can be assigned to a Port station number.
STEP 8: ASHC - Assign the stations of the PA-CFTB that are located on levels 1-7 to a STATION HUNTINGCIRCULAR [S-7] group. Assign the stations associated with the two PA-CFTB cards, located on level
0, to a STATION HUNTING-CIRCULAR [S-7] group. (When it is necessary to proceed to Step 8 and
farther, this data setting is not necessary.)
STEP 9: ALPE - Assign the station number or phantom number that is assigned to Port 0 of the PA-CFTB
circuit card.When two or more PA-CFTB circuit cards are used in the same tenant, assign the station
number or phantom number that is assigned to Port 0 of any PC-CFTB circuit cards.
STEP 10: ASHP or ASHU - When two or more PA-CFTB circuit cards are used in the same one tenant, assign
the station number or the phantom number that has been assigned to Port 0 of PA-CFTB card as
STATION HUNTING-PILOT [S-9] group or UCD [U-1] group. In this case, the station number
assigned by ALPE is used as the pilot number.

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P-30

Priority Paging

P-30

Priority Paging

General Description
This feature allows a station or an ATTENDANT CONSOLE [A-3] to make a PRIORITY PAGING [P-30] access
when a paging call cannot normally be originated because another paging call is in progress or is waiting for an
answer.

Operating Procedure
Paging Access from a station

1.
2.
3.
4.

The Paging station goes off-hook; hears dial tone.
The station dials the PRIORITY PAGING [P-30] access code; hears dial tone once again.
The station dials the paging access code; hears continuous ringback tone for several seconds.
The station performs paging.

Paging Access from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.

The Attendant presses the loop key for an available loop.
The Attendant dials the PRIORITY PAGING [P-30] access code.
The Attendant dials the paging access code; hears continuous ringback tone for several seconds.
The Attendant performs paging.

Service Conditions
1.
2.
3.
4.

5.

6.
7.
8.

9.
10.
11.

Page 606

A PRIORITY PAGING [P-30] access is allowed from a station or from the ATTENDANT CONSOLE
[A-3].
This feature is not priority radio paging for use with a Radio Paging Access service.
A PRIORITY PAGING access cannot be made from a station or the ATTENDANT CONSOLE [A-3]
which is waiting for an answer to another paging call.
PRIORITY PAGING access code + ALL ZONE PAGING [A-53] access code dialing is possible.
However, even if this dialing method is used, the PRIORITY PAGING [P-30] function is not activated
when the line is busy. It operates in the same way as ALL ZONE PAGING [A-53] access code dialing.
While a paging trunk forced release or Paging Memory clearing is being processed, the caller (station
operator) who activated the PRIORITY PAGING [P-30] access hears continuous ringback tone (for about
5 - 19 seconds).
If all Paging Trunks are busy, the Paging Trunk forcibly released is Trunk No. 1.
If Paging Trunk No. 1 is not equipped or the package is in Make Busy state, the caller (station or operator)
hears reorder tone. If Soft MB or circuit MB is active, Paging Trunk No. 1 is seized.
If all Paging Trunks are busy and Paging Trunk No. 1 is being used at the ATTENDANT CONSOLE [A3], Paging Trunk No. 1 is not forcibly released. In this case, the caller (station or operator) hears reorder
tone.
Multiple priority paging to the same route is possible.
If all Paging Memory being used by PRIORITY PAGING is in use, a PRIORITY PAGING call to a
different route is not forcibly cleared.
If all Paging Memory being used by PRIORITY PAGING calls to a different route, the Paging Memory
is not forcibly cleared. In this case, the caller (station or Attendant) hears reorder tone.

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P-30

Service Conditions (cont’d)
12.

13.
14.

Note:

15.
16.

Forced release of a Paging Trunk is processed so that the station connected with that specific Paging Trunk
is regarded as having released. Therefore, after the forced release of the paging trunk, the state of the
station is as follows:
a.) if there is a call on hold:
Dial Tone Connection
b.) if there is no call on hold:
Recall (Calling Only)
(Answering - Non-Delay)
Dial Tone Connection (Answering - Delay basis)
(Paging Transfer)
Going on-hook by the station after dial tone connection will result in Recall. As the Paging Memory
becomes free after this Recall, a PRIORITY PAGING call can be originated.
Forced clearance of the Paging Memory is processed as a time-out of a paging call awaiting answer.
Therefore, after the forced Paging Memory clearance, the state of the station is as follows:
a.) if there is no call on hold:
Same as before clearance
b.) if there is a call on hold:
Recall Note
If a Recall cannot be made because of a busy line, etc., the Paging Memory is not cleared until the line is
released and Recall is possible.
Both the COT card and the TLT card can be used as the paging trunk.
Loop signaling is the recommended signaling type.

Programming
STEP 1:
STEP 2:

STEP 3:
STEP 4:
STEP 5:

STEP 6:

STEP 7:
STEP 8:
STEP 9:

ASYD - System Data 1, Index 73, bits 0 & 1. For PAGING function only, assign data “00”.
ARTD - Assign the Paging route as shown below:
RT: 1
1-OSGS
:2
2-ONSG
:3
4-INSG
:3
5-TF
:1
6-TCL
:8
7-L/T
:1
8-RLP
:2
15-LSG
:0/1
44-PRV
:1
ATRK - Assign the LEN, Paging Trunk Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the Paging trunks.
ANPD - Assign a level for trunk access. Assign Connection Indexes, CI = N, H; Normal (N), and
Hooking (H). Assign the Number of Necessary Digits according to a predetermined numbering plan.
Busy Lamp Field is not activated.
ASPA - Assign the PAGE ACCESS code. Type of Service, SRV = OGC (Outgoing Call). Assign the
proper route number associated with this access code. Assign Connection Indexes, CI = N, H; Normal
(N) and Hooking (H).
ARSC - Assign to the station that is allowed access to paging trunks a Route Restriction Class (RSC)
that is allowed these routes in Route Restriction Indexes (RRI) 2 & 3.
ASFC - Allow SFI = 57, Priority Page, to the Service Feature Class of stations allowed this feature.
ASPA - Assign an access code for SRV = SSC (Service Code), SID = 40 (Priority Page).

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Page 607

P-57

Pad Lock

P-57

Pad Lock

General Description
This feature temporarily restricts telephones from making unauthorized calls by dialing a special access code when
users are away from their seats.

Operating Procedure
To set PAD LOCK from the station

1.
2.
3.
4.

Lift the handset and receive dial tone.
Dial PAD LOCK access code and receive special dial tone.
Dial Authorization Code and receive service set tone.
Restore the handset.

To cancel PAD LOCK from the station

1.
2.
3.
4.

Lift the handset and receive dial tone.
Dial PAD LOCK cancel code and receive special dial tone.
Dial Authorization Code and receive service set tone.
Restore the handset.

Service Conditions
1.

2.
3.
4.
5.
6.
7.
8.

This feature restricts telephones from making C.O. outgoing calls and/or terminating calls from C.O.
trunks, stations, and attendant consoles. Stations in Pad Lock status are able to place station-to-station calls
and outgoing calls using attendant assisted calling.
If the station under Pad Lock status dials a C.O. line access code, the station is rerouted to reorder tone or
the Attendant Console.
Calls to stations in PAD LOCK status will receive reorder tone or, on a tenant basis, can be assigned to
transfer to the Attendant Console.
PAD LOCK status will continue unless it is cancelled.
Stations are assigned this feature via Class of Service.
This feature is set/cancelled from the station only. The Attendant Console cannot set or cancel this feature.
If a D term is in PAD LOCK status, the My Line and Sub Line are restricted.
When the station in PAD LOCK status attempts to set PAD LOCK again, it is connected to reorder tone
(RST/REST is displayed on the Dterm).

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:

Page 608

ASYD - Assign the data associated with Authorization Code service. System Data 1, Index 43, Bit 2.
Send SST after dialing the access code for PAD LOCK. 0/1=Out/In Service.
ASPA - For SRV=SSC (Service Code) SID=42, assign the access code for Dial Access to lock. For
SRV=SSCA (Service Code Appendix) SIDA=85, assign the access code for Dial Access to unlock.
ASFC - For stations allowed Authorization Code (PAD LOCK), assign a Class of Service that allows
SFI 27 (Authorization Code), and assign a Class of Service that allows SFI 125 (PAD LOCK).
AMND - For Tenant 0, assign the Destination Code (DC) as the first digit of Authorization Code and
Maximum Necessary Digits (MND) of Authorization Code.

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P-57

Programming (cont’d)
STEP 5:

AATC - Assign the TN, Digit Code (DC), the Authorization Code Restriction (ACR) as data “1”, and
Service Feature Class (SFC) and Route Restriction Class (RSC).

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P-59

Personal Ringer

P-59

Personal Ringer

General Description
This feature provides another ringer pattern for the call terminating to the personal number and allows the user to
distinguish the called number upon hearing ringing.
Ringing patterns are as follows:
• Ringing Pattern A: used for an incoming call from Central Office to the individual number.

0.4 sec.

2 sec.

0.4 sec.
0.2 sec.

•

Ringer pattern B: used for an incoming call from a station or TIE Line trunk to the pilot number.

2 sec.
1 sec.

•

Ringer pattern C: used for an incoming call from a station or TIE Line trunk to the personal number.
1 sec.
0.4 sec.

0.8 sec.
0.2 sec.

0.4 sec.
0.2 sec.

Ringer pattern A, B and C correspond to ringer pattern 0, 1 and 5 in system data respectively.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.

When a station/tie line incoming call is forwarded with an operator/station assistance, ringer pattern is
determined according to Service Feature Class of the forwarded station.
When a My Line of another Dterm station is assigned to a Sub Line, Ringer Pattern 5 is used for station/tie
line incoming calls to the Sub Line. Accordingly, ringer of the Sub Line must be set to OFF.
This feature is available for the Dterm stations (i.e. not available for an analog station or virtual line).
Ringer Pattern 0 is used for C.O. line incoming call regardless of this feature.

Interactions
Even if a station/tie line incoming call is forwarded by Station Hunting-Terminal [S-9]/Circular [S-7] or Uniform
Call Distribution [U-1], ringer pattern is determined according to Service Feature Class of the forwarded station.

Page 610

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Personal Ringer

P-59

Programming
STEP 1:

STEP 2:
STEP 3:

ASYD - System Data 1, Index 417, Bit 0: Recall Ringer Pattern for CALL BACK [C-1], CALL
WAITING - ORIGINATING [C-31], and OUTGOING TRUNK QUEUING [O-2]. 0/1 = Ringer
Pattern 5/Ringer Pattern 1.
System Data 3, Index 0. Timer Value for Ringer used for Ringer Pattern 0.
System Data 3, Index 1. Timer Value for Ringer used for Ringer Pattern 1.
System Data 3, Index 3.
Bit 0: 2 Burst (0.4 sec.-ON, 0.2 sec.-OFF, 0.4 sec.-ON) on the ON Time for Ringer Pattern 0. 0/1 =
Not Required/Required.
Bit 1: 2 Burst (0.4 sec.-ON, 0.2 sec.-OFF, 0.4 sec.-ON) on the ON Time for Ringer Pattern 1. 0/1 =
Not Required/Required.
Bit 5: 3 Burst (0.4 sec.-ON, 0.2 sec.-OFF, 0.8 sec.-ON, 0.2 sec.-ON, 0.4 sec.-OFF) on the ON Time
for Ringer Pattern 5. 0/1 = Not Required/Required.
System Data 3, Index 7. Timer Value for Ringer used for Ringer Pattern 5.
When the system data listed above is changed, circuit card (ELC) initialization is required.
ASDT - Assign station data of the Dterm using this service.
ASFC - Assign Service Feature Class (SFC) that allows SFI = 148 (Personal Ringer) to the Dterm
stations using this service.

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Page 611

R-2

Remote Access to System

R-2

Remote Access to System

General Description
This feature allows a user outside the NEAX2400 IPX to access the system via an exchange network connection
without Attendant or station assistance. The outside user may originate calls over any or all of the PBX facilities,
such as WATS, FX, TIE Line or CCSA.
When a wrong code is received from a station/trunk, detailed information on the unauthorized user is output as
System Message [26-M] Toll Fraud Report.

Operating Procedure
To operate using AUTHORIZATION CODE [A-20]/FORCED ACCOUNT CODE [F-7]

1.
2.
3.
4.
5.
6.

Lift the handset; receive dial tone.
Dial the Remote Access number to connect to the NEAX2400 IPX; receive ringback tone through public
network.
If there is an announcement service, an announcement will be heard; receive dial tone.
Dial the AUTHORIZATION CODE/FORCED ACCOUNT CODE; receive PBX dial tone.
Dial the desired telephone number; hear ringback tone.
The called party answers.

To operate without using AUTHORIZATION CODE [A-20] / FORCED ACCOUNT CODE [F-7]

1.
2.
3.
4.
5.

Lift the handset; receive dial tone.
Dial the Remote Access number to connect to the NEAX2400 IPX; receive ringback tone through the
public network.
Receive PBX dial tone.
Dial the desired telephone number; hear ringback tone.
The called party answers.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

8.
9.

Page 612

When a call terminates from a TIE Line, this feature is available by dialing a specific telephone number.
After a call terminates to AUTOMATED ATTENDANT [A-82], AUTHORIZATION CODE [A-20] and
FORCED ACCOUNT CODE [F-7] services are available.
AUTHORIZATION CODE [A-20] is predetermined on a system basis. Refer to AUTHORIZATION
CODE [A-20] for more information.
Announcement service is not provided when AUTHORIZATION CODE [A-20] service is not available.
Until the call is connected to an announcement trunk, ringback tone is heard.
Announcement trunks are to be used for single connections only. Announcement service is not available
when the announcement trunks are all busy or are not provided. (The caller receives PBX dial tone.)
When a call terminates to the called station, the following services are available:
CALL FORWARDING - ALL CALLS
[C-5]
CALL FORWARDING - BUSY LINE
[C-2]
UCD
[U-1]
CALL WAITING
The second announcement is not provided to the ISDN trunk.
The announcement is provided for a maximum of 30 seconds. Therefore, the message recording should be
completed within 30 seconds.
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Remote Access to System

R-2

Interactions
1.

2.

3.

4.

5.
6.
7.

The Authorization Code used in conjunction with REMOTE ACCESS TO SYSTEM will not be recorded
in SMDR. System Data 2, Index 3, bit 5 is the only difference between Forced Account Code and
Authorization code. This Bit determines where the dialed code will appear in SMDR. When assigned as
Authorization code, those digits will not appear in SMDR.
The additional step of the ARAC command, for DID trunks does not eliminate the need for Forced
Account Code assignments. In addition, Remote Access to System [R-2] via DID requires the use of
Forced Account Codes [F-7].
The PBX recognizes a momentary pressing of the switch hook as a disconnect by the remote party.
Therefore, all features activated via a Connection Index of Hooking (H) are not available to the REMOTE
ACCESS TO SYSTEM feature user. A remote access user may participate in a feature that requires a
switch hook flash generated by an internal station.
STATION MESSAGE DETAIL RECORDING [S-10]-REMOTE ACCESS TO SYSTEM outgoing calls
are recorded in SMDR. The field in the SMDR report that lists the calling station will list the route and
trunk number.
SPEED CALLING SYSTEM [S-3] and SPEED CALLING-STATION/INDIVIDUAL [S-21, 23] may not
be accessed via REMOTE ACCESS TO SYSTEM [R-2].
If the REMOTE ACCESS TO SYSTEM feature is used to call stations internal to the system, allow in
ARSC the Incoming Remote Access route to the RSCs of the station that may be called.
See AUTHORIZATION CODES [A-20] for Check/Sum method assignments.

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:

STEP 5:

ASYD - System Data 1, Index 43, Bit 0. Is Authorization Code required with REMOTE ACCESS TO
SYSTEM? 0/1: Yes/No. If this is assigned as data “1”, then no assignment in AATC and AMND is
required.
System Data 1, Index 243. Timer Counter of the forced release for a tandem connection to the trunk
not providing Answer signal. (Data 00H = 64 sec.)
System Data 2, Index 3, Bit 5 must be assigned as data “1”, FORCED ACCOUNT CODE [F-7].
System Data 1, Index 91, Bits 2 and 3 must be assigned as data “0” (all system messages are output).
AATC - Assign the Tenant (TN), Digit Code (DC, the CODE), and the Authorization Code.
Restriction should be assigned as either 1 = Restricted, or 2 = Allowed, depending on application. If
Code Restriction is assigned as 1, Restricted, then assign the SFC and RSC. The remote access line
will be route restricted accordingly. The SFC parameter is not operational.
ARTD - Assign the Remote Access route as shown below:
C.O.TRUNK:
RT: 1
3-ISGS
:1
4-INSG
:2/3
5-TF
:2
6-TCL
:1
7-L/T
:1
8-RLP
:2
10-SMDR
:0/1
38-FA
:1
DIRECT INWARD DIAL (WINK START):
RT: 1
3-ISGS
:7
4-INSG
:2/3
5-TF
:2
6-TCL
:1/4
7-L/T
:1
8-RLP
:2
10-SMDR
:0/1
15-LSG
:8
38-FA
:1
AMND - For Tenant 0, assign the Destination Code (DC) as the first digit of all Forced Account Codes
and the Maximum Necessary Digits (MND) of the Authorization Code. The MND value will include
the digits added by the Check Sum method. (Only required if AATC is assigned.)
ATRK - Assign the LEN, Remote Access Trunk Route Number, Trunk Number, and Tenant Number.

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R-2

Remote Access to System

Programming (cont’d)
STEP 6:
STEP 7:

MBTK - Assign the Make Idle status to the REMOTE ACCESS TO SYSTEM trunks.
ACSI - Assign Route Number, Trunk Number, and Connection Service Index (CSI) = 5, REMOTE
ACCESS TO SYSTEM, Incoming DDD Ring down trunks are automatically connected as a Remote
Access trunk. They do not use ARAC access codes.
STEP 8: ARAC - This command is used when a TIE Line or DID line will serve as a Remote Access to the
PBX line. A DID call will pulse into the system with digits that resemble a station number. That station
number is assigned as the REMOTE ACCESS TO SYSTEM access code.
STEP 9: ARRC - Allow trunk-to-trunk connection between the Remote Access route and to those outgoing
routes this feature will access. Assign using ARI-D-RES, Direct Connection.
STEP 10: ACFR - Allow the types of incoming calls listed in the Call Class Index (CCI) LDN, CCSA, that will
be connected to Remote Access. REMOTE ACCESS TO SYSTEM is Transfer Service Feature Index
(TSFI) number 7.
STEP 11: ASTD - Assign the state translation data: STM=4, SYS=0, ST=1 (Remote Access to PBX In Service).

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ARTDN - Assign the Remote Access route as shown below:
C.O.TRUNK:
RT: 1
3-ISGS
:1
4-INSG
:2/3
5-TF
:2
6-TCL
:1
7-L/T
:1
8-RLP
:2
10-SMDR
:0/1
38-FA
:1
DIRECT INWARD DIAL (WINK START):
RT: 1
3-ISGS
:7
4-INSG
:2/3
5-TF
:2
6-TCL
:1/4
7-L/T
:1
8-RLP
:2
10-SMDR
:0/1
15-LSG
:8
38-FA
:1
STEP 2: ARRCN - Allow trunk-to-trunk connection between the Remote Access route and to those outgoing
routes this feature will access. Assign using ARI-D-RES, Direct Connection.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Reserve Power

R-3

R-3

Reserve Power

General Description
This feature provides a system with a backup power supply, functioning from a battery source, in the event of a
commercial power failure.

Operating Procedure
Power is automatically supplied to the NEAX2400 IPX in the event of a commercial power failure.

Service Conditions
1.
2.
3.
4.

Batteries should be installed separate from the NEAX2400 IPX.
Batteries and chargers are not NEC supplied.
No interruption of NEAX2400 IPX operation will occur during switch-over from commercial to battery
power.
Duration of battery operation is a direct function of the capacity of batteries equipped.

Programming
No programming is required.

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R-4

Restriction from Outgoing Calls

R-4

Restriction from Outgoing Calls

General Description
This feature automatically denies preselected station lines within the NEAX2400 IPX system the ability to place
outgoing calls and/or certain miscellaneous trunk calls without Attendant assistance.

Operating Procedure
Operation is fully automatic that the restricted stations will receive reorder tone upon attempting to place a restricted
call.

Service Conditions
1.
2.
3.

4.
5.

6.

7.

8.
9.

10.

This feature is programmable via system data programming from the MAINTENANCE
ADMINISTRATION TERMINAL (MAT) [M-18].
Non-restricted stations within the system can CALL TRANSFER - ALL CALLS [C-11] outgoing calls to
the stations restricted by this feature.
Only the Attendant can permit the restricted stations to place outgoing calls via either of the following
features:
PASSING DIAL TONE
[P-2]
NON-DELAY OPERATION
[N-3]
Refer to CLASS OF SERVICE - INDIVIDUAL [C-15] and DAY/NIGHT CLASS OF SERVICE [D-15]
for further details.
Station line access to a given trunk group is controlled by assigning a Route Restriction Class (RSC) to
each line. There can be a maximum of 15 different RSCs (RSC1 - 15) per system, each of which can be
programmed to restrict an assigned station from none, one, or more than one trunk group.
Two outgoing trunk group restriction tables are provided per system. The Direct Dial Access table is
indexed when a user dials the trunk group access code and the ATTENDANT CONSOLE [A-3] table is
indexed on Attendant completed calls. The restriction options per RSC can differ per table, thus, allowing
Attendant completion of outgoing calls for the restricted stations.
CALL TRANSFER - ALL CALLS [C-11]: If a restricted user calls another station, the called station
cannot use the Call Transfer feature to connect the calling station to a trunk group to which the calling
station is restricted from outgoing calls. If transfer is attempted, the controlling station is rung back.
TIE LINE ACCESS [T-3]: If the user accesses a TIE trunk to a distant PBX, access to the public exchange
network can only be controlled by the distant PBX.
THREE-WAY CALLING [T-2]: If a restricted user calls another station, the called station cannot add-on
an outside exchange party via a trunk group in which the calling station is restricted from outgoing calls.
An attempt to add-on (SHF) will be ignored.
NIGHT SERVICE: Restrictions can be changed for a given station when the system is switched to the
night mode of operation.

Interactions
1.
2.

Page 616

Transferring restrictions may not be desired for a restricted station.
CALL TRANSFER-ALL CALLS [C-11]: Station A is allowed access to outgoing on Route 1. Station B
is restricted access for outgoing on Route 1 via RRIs 2 & 3. The unrestricted Station A makes an outgoing
call on route 1 and cannot use the CALL TRANSFER-ALL CALLS feature to connect Station B to Route
1. If CALL TRANSFER-ALL CALLS is attempted, Station A is immediately rung back.
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R-4

Interactions (cont’d)
3.
4.
5.
6.

CONSULTATION HOLD [C-17]: Station A may consult with station B when Route 1 is on Soft Hold.
THREE-WAY CALLING [T-2]: Station A cannot include restricted Station B in a Tree-Way Calling
connection with Route 1.
DAY/NIGHT CLASS OF SERVICE [D-15]: Restricted Station B may be allowed access to Route 1 when
the system is placed in the NIGHT mode. See DAY/NIGHT CLASS OF SERVICE [D-15].
RESTRICTION FROM OUTGOING CALLS are constructed on a per-route restriction basis. Two Route
Restriction Indexes are constructed: RRI 2, Outgoing Calls via the Attendant Console and RRI 3,
Outgoing Calls via Direct Dial Access.

Programming
STEP 1:

ASYD - System Data 1, Index 75. Should the following commands be developed for Day/Night? 0/1:
No/Yes.
Bit 0- Develop ARSC command for Day/Night?
Bit 3- Develop ATDP command for Day/Night?
System Data 2, Index 1, Bits 4 & 5. Should a Toll-Restricted station be routed to the Attendant
Console or receive reorder tone?
Reorder Tone: Bit 4 = “0”, Bit 5 = “0”.
Attendant Console: Bit 4 = “0”, Bit 5 = “0”.

Route Restriction Class

STEP 2:

STEP 3:

ARSC - Sixteen different Route Restriction Classes may be constructed to either allow, deny, or toll
restrict access to the various routes of the system. Assign the RSC using Route Restriction Indexes 2
(outgoing via the Attendant Console) and 3 (Outgoing Direct).
ASDT - Assign Tenant No., Station No., LENs, and the Telephone Equipment Class (TEC) to the
station. This is used in regular Business systems. The Service Feature Class (SFC) and Route
Restriction Class (RSC) are also assigned to the telephone.
TN:
Tenant Number
STN: Station Number
LEN: Line Equipment Number (6 digits)
TEC: Telephone Class (1-31)
1: DP (10pps)
2: PB
3: DP/PB
12: Dterm
13: Data terminal Via Dterm
14: Hot Line
15: CAS Line
16: Data Terminal Via Data Module
18: Virtual Circuit
23: ISDN Terminal
27: Eight Conference Equipment
RSC: Route Restriction Class (0-15) For assignment of RSC, ARSC command.
SFC: Service Feature Class (0-15) For assignment of SFC, ASFC command.

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R-4

Restriction from Outgoing Calls

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ARSCN - Sixteen different Route Restriction Classes may be constructed to either allow, deny, or toll
restrict access to the various routes of the system. Assign the RSC using Route Restriction Indexes 2
(outgoing via the Attendant Console) and 3 (Outgoing Direct).
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

Page 618

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Rotary Dial Calling

R-5

R-5

Rotary Dial Calling

General Description
This feature permits users to originate calls over rotary or push-button lines using Rotary Dial telephones.

Operating Procedure
Users dial rotary telephones in the normal fashion.

Service Conditions
1.
2.
3.

4.
5.

Rotary dial telephones installed should be industry standard 10pps instruments.
Pushbutton instruments may be used in conjunction with ROTARY DIAL CALLING.
It is possible to provide only the ATTENDANT CONSOLE [A-3] with push-button calling, while all other
stations are assigned ROTARY DIAL CALLING. Refer to PUSHBUTTON CALLING - ATTENDANT
ONLY [P-5] for further details.
If ROTARY DIAL CALLING is assigned to a line, only Rotary Dial sets can be used on that line.
POWER FAILURE TRANSFER [P-3]: Rotary dial telephones must be used as POWER FAILURE
TRANSFER [P-3] stations if the serving central office facility is not arranged for pushbutton calling. A
ground start button on the station set is required if the central office facility uses ground start signaling.

Interactions
1.

2.
3.
4.
5.

Rotary-to-Pushbutton conversion may be accomplished by assigning data “2” for CDN 2:ONSG in
ARTD; or assigning data “1” in ASYD, System Data 2, Index 1, Bit 0, and assigning CDN 2:ONSG as
data “3”, DP/PB.
See UNIVERSAL SENDER [U-3] for sender programming
ROTARY DIAL CALLING may be accomplished via an extension of PUSH-BUTTON CALLING [P-4]
if a Telephone Equipment Class of 3 has been programmed.
The * or # symbols cannot be used as feature activation codes with ROTARY DIAL CALLING.
The PBX Originating Registers Trunks (Route 902) can accept both rotary and push-button signals (a
separate register group is not required).

Programming
STEP 1:
STEP 2:
STEP 3:

ASYD - System Data 2, Index 2, Bit 0. Sender signal for station is DP only/PB? 0/1: DP only/PB only.
This Bit is operative only when ARTD CDN 2:ONSG is assigned as data “3”, DP/PB. Assign data “0”.
ASDT - Assign single-line stations a Telephone Equipment Class (TEC) as rotary (DP) TEC = 1; or
dial pulse/push-button (DP/PB), TEC = 3. Dterm sets are always push-button.
ATRK - Assign Originating Register Trunks (ORT) to the system in a quantity calculated from
expected traffic. Registers are located on levels 0-3 of any 8RST circuit card.
Also, senders must be assigned to the system in a quantity calculated from expected traffic. Senders
are located on levels 4-7 of any 8RST circuit card.
RT:
Route Number
Trunk Route Number
Intra-office Route Number (901-931)
901 - ATT 912 - ORT for ATT

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 619

R-5

Rotary Dial Calling

Programming (cont’d)
902 - ORT
903 - IRT
905 - Sender
909 - DCFT

STEP 4:

Page 620

913 - TCFT for ATT
915 - Night ATT
916 - MFCR
917 - MFCS
919 to 926 - Modem
TK:
Trunk Number
TN:
Tenant number
RSC:
Route Restriction Class
SFC:
Service Feature Class
ARTD - Routes must be assigned as either PB, DP, or DP/PB. Flag CDN 2:ONSG as data “1”, DP, or
data “3”, DP/PB.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Route Advance

R-6

R-6

Route Advance

General Description
This feature automatically routes outgoing calls over alternate facilities when the first-choice trunk group is busy.
User selects the first-choice route by dialing the corresponding access code, and the equipment then advances
through alternate trunk groups only if the first choice is busy.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.

5.
6.
7.
8.
9.

10.
11.

12.
13.
14.

No indication is provided to a user as to whether the call is routed over first-choice or subsequent choice
facilities.
STATION MESSAGE DETAIL RECORDING SYSTEM [S-10] may be used in conjunction with this
feature.
Only trunks of the same type may be programmed for ROUTE ADVANCE.
Careful consideration should be given to the use of FX trunks as an alternate facility. These lines require
outpulsing of digits for long distance which the user may not dial, because he will not know he is
connected to such a facility.
The maximum number of routes to be included in a single ROUTE ADVANCE group is 15.
The total number of routes that can be contained in all ROUTE ADVANCE groups is 31.
The same route can be included in two or more alternative groups.
The maximum number of trunks to be included in a route is 255.
No code conversion capability is provided with ROUTE ADVANCE; therefore, the exact digits (after the
access code) the user dials will be sent over the selected trunk, regardless of the trunk group used. The user
will not know what trunk group is selected; therefore, only those trunk groups that accept the same dialing
format may be assigned to a given ROUTE ADVANCE group.
ROUTE ADVANCE occurs only when the dialed code accesses the first-choice trunk group in the
ROUTE ADVANCE list.
In most cases, FX trunk groups to a Foreign Numbering Plan Area do not require the dialing of the FNPA
area code. Therefore, these FX trunks may not be used in the same ROUTE ADVANCE list with local
exchange or WATS trunks.
TIE Lines cannot be assigned to a ROUTE ADVANCE list that includes CO, FX, or WATS trunk groups.
The dialing party may be either a station line, ATTENDANT CONSOLE [A-3], or a TIE trunk line.
When using the FCCS network, the outgoing call using a trunk in the remote node is available. Therefore,
Route Restriction class data must be identical in the FCCS network. For more detailed information, see
the NEAX2400 IPX Fusion Network System Manual.

Interactions
1.

When OUTGOING TRUNK QUEUING [O-2] is assigned with the ROUTE ADVANCE feature, if all
trunk groups in one ROUTE ADVANCE list are busy, the call queues on the first-choice trunk group.
Each time the system checks for an available trunk, only the first-choice trunk group is scanned; if a trunk
is not available, the call remains in queue.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 621

R-6

Route Advance

Interactions (cont’d)
2.

3.
4.

5.

TOLL RESTRICTION - 3/6 DIGIT [T-6] may be used in conjunction with ROUTE ADVANCE. Only
routes of the same type may be used in ROUTE ADVANCE. Two differently labeled C.O. trunks, such
as, DDD and WATS may be in the same group.
There is no digit translation available for this feature. The dialed digits must be usable by whatever route
is available.
This feature is available for a station activating CONSULTATION HOLD [C-17]. However, in the
following cases, ROUTE ADVANCE is not activated, and the user receives reorder tone:
a.) when either the first-choice trunk group or alternate trunk group is restricted by TOLL DENIAL
[T-6].
b.) when both the first-choice trunk group and alternate trunk group are busy or restricted by TOLL
DENIAL [T-6].
ROUTE ADVANCE is not activated on PAGING TRANSFER [P-10] or RADIO PAGING [R-16] routes.
Therefore, the caller receives reorder tone when the first trunk group is busy or restricted by TOLL
DENIAL [T-6].

Programming
STEP 1:
STEP 2:
STEP 3:

STEP 4:

ASYD - System Data 1, Index 65, Assign the number of routes that will be used in the system.
ANPD - Reserve a number level for trunk access. Assign for Normal (N) and Hooking (H) service.
The Number of Necessary Digits should be 1 or 2, depending on numbering plan. BLF should be Off.
ASPA - Assign the Service SRV = OGCA (Outgoing Call Advance), Outgoing Call Route Advance.
Assign the access code to the lead route number to be seized. In the desired order, program the routes
to be selected when the first choice route is busy. Count = the total number of routes in the route
advance group, including the first-choice route.
ARSC - Prepare a Route Restriction Class (RSC) that will allow access to all of the desired routes in
the Route Advance group for RRI 2 and RRI 3. Assign the RSC to the stations that are allowed to
access the Route Advance group.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ASYDL - SYS 1, Index 800. Assign the tenant table development.
STEP 2: ANPDL - Reserve a number level for trunk access.
STEP 3: ASPAL - Assign SRV=OGCA and the access code to the lead logical route number to be seized.
STEP 4: ARSCN - Assign the RSC to the stations that are allowed to access the Route Advance group.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: For more detailed information, see the NEAX2400 IPX Fusion Network System Manual.

Page 622

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Remote Maintenance

R-7

R-7

Remote Maintenance

General Description
This feature allows office data changes or reassignments to be performed without a site visit by service personnel,
and can be used to detect fault tendencies before they affect service. One REMOTE MAINTENANCE center can
service an unlimited amount of systems, thus reducing the amount of personnel needed to maintain each site.

Operating Procedure
The operation of this feature involves the use of the MAINTENANCE ADMINISTRATION TERMINAL (MAT)
[M-18].

Service Conditions
1.

2.

3.

4.
5.

The following additional equipment is required for this feature:
a.) a modem at the maintenance center, and one at each remote site,
b.) a dedicated or non-dedicated telephone line for each remote site.
The following operations can be executed from the REMOTE MAINTENANCE location:
a.) list of all system data (line, trunk, etc.)
b.) retrieval of fault data
c.) retrieval of traffic management information
d.) testing of system operation
e.) deletion or addition of system data (line, trunk, etc.) using a pre-programmed security password
The following three facility methods are available to interface with a remote test location:
a.) dedicated connection
b.) dial-up connection - TIE Line
c.) dial-up connection - CO Line
Maintenance testing can be performed at a remote central facility, using the MAT [M-18] to evaluate a
trouble report, prior to the dispatching of a repair person to the customer location.
Two MATs can access a system simultaneously, provided they are not using the same command at the
same time.

Remote
Maintenance
Center

MAT

Interactions
AUIDN must be assigned before allowing the password function in the ASYD command. If password is allowed in
ASYD before AUIDN is assigned, Error Message 0550 “Password not yet assigned”, will be displayed.
NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 623

R-7

Remote Maintenance

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:

Initialization of the system will automatically provide for Maintenance Administration Terminal
capabilities in System Data 1, Index 116 for Port 0.
AIOC - Assign the function and attribute data of each I/O port to be used.
Assign Terminal Configuration data (Serial Settings/TCPIP Settings) in the PBX Administration
menu.
AUIDN - This command must be assigned to allow password protection. Assign the following:
TYPE: Data Type
1-Password Code Data
2-Grade 2 Command Data
GRD-1: Grade 1 Password
CDN:
1-15, against the Grade 1 Password, 15 Grade 2 Passwords may be assigned.
GRD-2: Assign the Grade 2 Passwords.
TYPE: 2-Grade 2 Command Data.
CDN:
1-16, Against each Grade 2 Passwords allow access to 16 commands.
CMND: List the 16 commands.

FCCS Programming
No unique programming is required for the FCCS network.

Page 624

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Radio Paging

R-16

R-16

Radio Paging

General Description
This feature allows users dialing access to customer-owned RADIO PAGING equipment and to selectively tone or
voice/tone alert individuals carrying pocket RADIO PAGING receivers. The paged party may be connected to the
paging party by going to the nearest telephone and dialing a unique answer-back code.

Operating Procedure
To page

1.
2.
3.

Paging user dials the RADIO PAGING access code; receives an acknowledgment tone from the radio
equipment.
Paging user dials the radio number of desired party; receives ringback tone from the radio equipment.
Paging user hangs up and waits for an answer signal.

To answer

•
1.
2.
3.
4.
Note:

5.
•
1.
2.
3.

Using OGC access code, a paging station accesses Radio Paging equipment whether or not the automatic
answer function is provided. (System Data 1, Index 73, b4 = 1 or 0.)
Paged party dials the RADIO PAGING answer code.
Paged party receives special dial tone.
Paged party dials his own individual radio (beeper) number.
Paged station is rung; the paged party receives ringback tone.
This operation is not available when assigning System Data 1, Index 73, b4 = 1. Only Non-Delay operation
is available.
Paging station is connected to the paged party.
Using LCR/LCRS access code, a paging station accesses Radio Paging equipment providing the automatic
answer function. (System Data 1, Index 73, b4 = 1.)
Paged party dials the paging station number/individual attendant number which is displayed on the radio
pager (beeper).
Paging station/attendant is rung; paged party receives ringback tone.
Paging station/attendant is connected to paged party.

Service Conditions
1.

2.
3.
4.
5.
6.
7.

RADIO PAGING equipment is customer provided; refer to the manufacturer’s description for the
following specifications:
a.) types of tones
b.) capability of receiving individual radio numbers
c.) capability to call the addressed radio terminal
d.) maximum number of stations that can be assigned individual radio access numbers.
A maximum of three digits can be assigned as access and answer codes.
The maximum number of digits assigned as individual radio numbers is three.
ATTENDANT CONSOLE [A-3] Attendants can activate this feature.
A station that has the CALL HOLD [C-6] feature activated cannot use RADIO PAGING.
The maximum number of RADIO PAGING answer zones is six.
The maximum number of routes that can be assigned RADIO PAGING is six.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 625

R-16

Radio Paging

Service Conditions (cont’d)
8.
9.

10.
11.
12.
13.

14.

15.

If the paging user has failed to hang up within a predetermined, programmable time interval (after
activation), the paging connection is forcibly released.
If the paged party does not answer within 30 seconds, the NEAX2400 IPX will automatically page that
party again. If the paged party does not answer the second page within 30 seconds, the paging request will
be cancelled from memory. (See VARIABLE TIMING PARAMETERS [V-1]).
Both the COT card and the TLT card can be used as the paging trunk.
Loop signaling is the recommended signaling type.
PAGING ACCESS [P-1], PAGING TRANSFER [P-10] and RADIO PAGING [R-16] are provided to the
paging station and the paged station in FCCS nodes.
When PAGING ACCESS [P-1]/PAGING TRANSFER [P-10]/RADIO PAGING [R-16] service is set to
a station in the remote node or the PAGING ACCESS [P-1]/PAGING TRANSFER [P-10]/RADIO
PAGING [R-16] call is answered from the remote node via FCCS link:
a.) the logical route number should be applied to each physical route that is provided the service.
b.) the restriction of route-to-route connection between FCCS nodes should be released.
The same paging route cannot be used by another station while the paged station does not answer the page
activated using the route. However, the paging activation is automatically cleared when the call is not
answered within a predetermined time.
A user can page one station at a time.

Interactions
1.

2.

3.
4.
5.
6.

If the range of the radio page transmitter exceeds the physical limits of the PBX, an incoming C.O. call
acting as a response to a Radio Page cannot be connected in loop-to-loop procedures. The paging party
must disconnect, and the Attendant must extend the paged party's C. O. call.
RADIO PAGING and PAGING ACCESS [P-1] can be provided simultaneously in the same system.
Separate access codes for each feature are required. A RADIO PAGING answer code is required for each
Radio Paging zone.
RADIO PAGING is limited to stations and Attendant Consoles. Other parties (C.O./TIE trunk calls) must
have the Attendant or user perform the paging operation.
The Attendant cannot dial the RADIO PAGING answer codes.
BUSY VERIFICATION [B-3], EXECUTIVE OVERRIDE [E-1]: These features will be denied when
connected to the Radio Paging route.
Radio Page Answer will not follow any hunting on forwarding that the paging station has set.

Programming
STEP 1:

Page 626

ASYD - System Data 1, Index 73, Bit 2. Is the beeper number transmitted via the RADIO PAGING
equipment a two or three-digit number? 0/1: two digits/three digits.
System Data 1, Index 73, bit 4. Radio Paging - Station Number/Individual ATT Number is
automatically sent? 0/1: No/Yes.
System Data 1, Index 73, Bit 5. If the paged party doesn’t respond, should the system resend the
beeper number? 0/1: Yes/No. This also doubles the effective timing in System Data 1, Index 74, Bits
4-7.
System Data 1, Index 74, Bits 4-7. Recall timer for radio page. If the paged party does not respond by
the first time out, the paged party is called again and the time out is repeated.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Radio Paging

R-16

Programming (cont’d)

STEP 2:

STEP 3:
STEP 4:
STEP 5:

STEP 6:

STEP 7:
STEP 8:
STEP 9:

(N + 1) x 30 = Time Out
N = a hexadecimal value set in Bits 4-7.
If the paged party doesn’t respond by the same period of time after the second page, the page is
cancelled.
System Data 1, Index 244, bit 0. Answer by Radio Paging answer code. 0/1: Out/In Service. Note that
this bit is valid when System Data 1, Index 73, bit 4 is 1 (Station Number/Individual ATT Number is
automatically sent).
ARTD - Assign the Radio Paging route as shown below:
RT: 1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
: 12
7-L/T
:1
8-RLP
:2
9-TQ
:1
15-LSG
: 0/1
ATRK - Assign the LENs, Paging Trunk Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the Paging Trunks.
ANPD - Reserve a level for trunk access. Assign for Normal (N) and Hooking (H) services. Number
of Necessary Digits is usually 1 or 2. Busy Lamp Field is not activated. Reserve a level for RADIO
PAGE answer and cancel codes. Assign for Normal (N) service. Number of Necessary Digits is
usually 2. Busy Lamp Field is not activated.
ASPA - Assign the RADIO PAGE access code. Type of Service, SRV = OGC (Outgoing Call) or
SRV=LCR (Least Cost Route Selection) / LCRS (Register Sender LCR) (available only when ASYD,
System Data 1, Index 73, bit 4 is “1”). Assign the proper route number that is associated with this
access code. Assign for Normal (N) and Hooking (H).
Assign the access code in the level reserved in ANPD above. Type of Service, SRV = PAGA (Paging
Answer) and SRV = PAGC (Paging Cancel). Assign the proper route number that is associated with
this route. Assign for a Connection Index of Normal (N).
ARSC - Allow RRI: 2 & 3 access to this route for the RSCs assigned to the stations that will be given
access to the paging routes.
ASFC - Assign a Service Feature Class that allows SFI 37 to stations that will have RADIO PAGING
answer capability.
ASAT - Assign the Individual Attendant Number, if necessary.

FCCS Programming

STEP 1:
STEP 2:
STEP 3:
STEP 4:
STEP 5:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
ALRTN - This data must be assigned to the NCN. Assign the logical route number to the physical
route.
ANPDN - This data must be assigned to the NCN. Reserve a number level for service feature access
and cancel.
ASPAN - This data must be assigned to the NCN. Assign the access code for Paging Transfer.
ARSCN - This data must be assigned to the NCN. Release the restriction between the announcement
trunk and the station.
ARRCN - This data must be assigned to the NCN. Release the restriction between the terminating
trunk and the announcement trunk.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 627

R-16

Radio Paging

FCCS Programming (cont’d)
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required

in addition to ASYDL or ASYDN.
Note 2: The current command data shown is set to all nodes using the service: ASTD, ARTD, ATRK, ASFC

Page 628

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Route Restriction - Announcement

R-27

R-27

Route Restriction - Announcement

General Description
This feature permits a station-originated call, dialed to a restricted outgoing number, to be automatically routed to a
recorded announcement informing the caller that the dialed number is restricted. (TOLL RESTRICTION [T-7])

Operating Procedure
No manual operation is required after this feature has been programmed in system data.

Service Conditions
1.
2.
3.
4.
5.
6.

This service feature is available when a station-originated call encounters a restriction.
Access to the announcement of this service feature is restricted by MISCELLANEOUS TRUNK
RESTRICTION [M-3].
The announcement machine can be provided on a per-tenant basis.
The availability of this service cannot be determined for each originating route.
TOLL DIVERSION [T-6] takes precedence over this feature.
Digital Announcement Trunk (DAT) and the calling station must be accommodated in the same node
within the FCCS network.

Programming
STEP 1:
STEP 2:

ASYD - System Data 2, Index 1, Bit 4, 5. Toll Restriction (disposition of Restricted Call) Assign Bits
4 and 5 as “0”.
AAED - Equipment type 7 = Outgoing Route Restriction Announcement
Also see ANNOUNCEMENT SERVICE [A-60] for programming of announcement and
MISCELLANEOUS TRUNK RESTRICTION [M-3] for trunk restriction programming.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 629

R-37

RS-464A PAD

R-37

RS-464A PAD

General Description
This service is for changing the current PAD control system for the lines and external trunks to a PAD control system
which conforms to the RS-464A specification.
The following table outlines the comparison between the current PAD control and the RS-464A PAD control.
CALLING
TERMINAL

CALLED
TERMINAL

RS-464A PAD CONTROL

THE CURRENT PAD CONTROL

ONS

ONS

6dB PAD ON

5dB PAD ON

ONS

OPS

3dB PAD ON

PAD OFF (0dB)

OPS

ONS

3dB PAD ON

PAD OFF (0dB)

OPS

OPS

PAD OFF (0dB)

PAD OFF (0dB)

ONS

ATT

6dB PAD ON

PAD OFF (0dB)

OPS

ATT

3dB PAD ON

PAD OFF (0dB)

ONS

Trunk

Data assigned to ARTD, PAD

Data assigned to ARTD, PAD

OPS

Trunk

Data assigned to ARTD, PAD2

Data assigned to ARTD, PAD

ATT

Trunk

Data assigned to ARTD, PAD

Data assigned to ARTD, PAD

ONS: Line interface to On-Premises Line (General Telephone)
OPS: Line interface to Off-Premises Line (Log Line Telephone)
When using the 24DTR/24CCT/24PRT, APAD and ARTD, PAD 2 are ignored when switch settings are set to
ARTD fixed, and PAD patterns 1 and 2 are selectable by switch settings.
Note: In the following tables, -db indicates a decrease in volume level; +db indicates an increase in volume.
Note:

PAD PATTERN 1

PAD PATTERN 1

PAD PATTERN 1

24 DTR WITH SFI 50 = 0

24 DTR WITH SFI 50 = 1

24 DTR WITH APAD SETTING

ARTD
PAD
SETTING

TRANSMIT
PAD

RECEIVE
PAD

ARTD
PAD 2
SETTING

0

-8db

-8db

1

-2db

2

TRANSMIT
PAD

RECEIVE
PAD

APAD
SETTING

TRANSMIT
PAD

RECEIVE
PAD

0

ARTD,
PAD

ARTD,
PAD

1

-2db

-2db

-2db

1

-2db

-2db

2

-4db

-4db

-4db

-4db

2

-4db

-4db

3

-6db

-6db

3

-6db

-6db

3

-6db

-6db

4

-8db

-8db

4

-8db

-8db

4

-8db

-8db

5

Unused

Unused

5

0db

0db

5

0db

0db

15

Pad Off

Pad Off

6

Unused

Unused

6

Unused

Unused

7

0db

0db

7

0db

0db

Page 630

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

RS-464A PAD

R-37

General Description (cont’d)
PAD PATTERN 2

PAD PATTERN 2

PAD PATTERN 2

24 DTR WITH SFI 50 = 0

24 DTR WITH SFI 50 = 1

24DTR WITH APAD SETTING

ARTD
PAD
SETTING

TRANSMIT
PAD

RECEIVE
PAD

ARTD
PAD 2

TRANSMIT
PAD

RECEIVE
PAD

APAD
SETTING

TRANSMIT
PAD

RECEIVE
PAD

0

-9db

-3db

0

ARTD,
PAD

ARTD,
PAD

1

-3db

+3db

1

-3db

+3db

1

-3db

+3db

2

-3db

-3db

2

-3db

-3db

2

-3db

-3db

3

-6db

0db

3

-6db

0db

3

-6db

0db

4

-9db

-3db

4

-9db

-3db

4

-9db

-3db

5

Unused

Unused

5

0db

0db

5

0db

0db

15

Pad Off

Pad Off

6

Unused

Unused

6

Unused

Unused

7

0db

0db

7

0db

0db

16 COTBE WITH SFI 50 = 0

16 COTBE WITH SFI 50 = 1

16 COTBE WITH APAD SETTING

ARTD
PAD

TRANSMIT
PAD

RECEIVE
PAD

ARTD
PAD 2

TRANSMIT
PAD

RECEIVE
PAD

APAD
SETTING

TRANSMIT
PAD

RECEIVE
PAD

0

0db

0db

0

ARTD

PAD

1

0db

0db

1

0db

0db

1

0db

0db

2

-3db

-3db

2

-3db

-3db

2

-3db

-3db

3

-6db

-6db

3

-6db

-6db

3

-6db

-6db

4

0db

+6db

4

0db

+6db

4

0db

+6db

5

Unused

Unused

5

0db

0db

5

0db

0db

15

Pad Off

Pad Off

6

Unused

Unused

6

Unused

Unused

7

0db

0db

7

0db

0db

8TLTR (DID) WITH SFI 50 = 0

8TLTR (DID) WITH SFI 50 = 1

8TLTR (DID) WITH APAD SETTING

ARTD
PAD

TRANSMIT
PAD

RECEIVE
PAD

ARTD
PAD 2

TRANSMIT
PAD

RECEIVE
PAD

APAD
SETTING

TRANSMIT
PAD

RECEIVE
PAD

0

0db

0db

0

ARTD

PAD

1

-3db

-3db

1

-3db

-3db

1

-3db

-3db

2

-6db

-6db

2

-6db

-6db

2

-6db

-6db

3

-6db

+6db

3

-6db

+6db

3

-6db

+6db

4

0db

+6db

4

0db

+6db

4

0db

+6db

5

Unused

Unused

5

0db

0db

5

0db

0db

15

Pad Off

Pad Off

6

Unused

Unused

6

Unused

Unused

7

0db

0db

7

0db

0db

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 631

R-37

RS-464A PAD

General Description (cont’d)
In 4 Wire E+M Mode, the 8TLTR can set PAD values using switch settings and ARTD and APAD values.
In the following table, P0 and P1 are assigned by setting ARTD to a value of 0, CDN 30:PAD and setting values by
using Switch 1 (P0) and Switch 2 (P1). P2 and P3 are assigned by setting ARTD/APAD to a value of 5, and PAD
values are set by using Switch 3 positions 1, 2, 3 and 4 (P2) and positions 5, 6, 7 and 8 (P3).
8TLTR (2W E+M) WITH SFI 50 = 0

8TLTR (2W E+M) WITH SFI 50 = 1

8TLTR (2W E+M) WITH APAD
SETTING

ARTD
PAD

TRANSMIT
PAD

RECEIVE
PAD

ARTD
PAD 2

TRANSMIT
PAD

RECEIVE
PAD

APAD
SETTING

TRANSMIT
PAD

RECEIVE
PAD

0

0db

0db

0

ARTD

PAD

1

-3db

-3db

1

-3db

-3db

1

-3db

-3db

2

-6db

-6db

2

-6db

-6db

2

-6db

-6db

3

-6db

+6db

3

-6db

+6db

3

-6db

+6db

4

0db

+6db

4

0db

+6db

4

0db

+6db

5

Unused

Unused

5

0db

0db

5

0db

0db

15

Pad Off

Pad Off

6

Unused

Unused

6

Unused

Unused

7

0db

0db

7

0db

0db

8TLTR (4W E+M) WITH SFI 50 = 0

8TLTR (4W E+M) WITH SFI 50 = 1

8TLTR (4W E+M) WITH APAD
SETTING

ARTD
PAD

TRANSMIT
PAD

RECEIVE
PAD

ARTD
PAD 2

TRANSMIT
PAD

RECEIVE
PAD

APAD
SETTING

TRANSMIT
PAD

RECEIVE
PAD

0

P0

P1

0

ARTD

PAD

1

-3db

-3db

1

-3db

-3db

1

-3db

-3db

2

-6db

-6db

2

-6db

-6db

2

-6db

-6db

3

-12db

-11db

3

-12db

-11db

3

-12db

-11db

4

-16db

-11db

4

-16db

-11db

4

-16db

-11db

5

P2

P3

5

P2

P3

5

P2

P3

15

Pad Off

Pad Off

6

Unused

Unused

6

Unused

Unused

7

0db

0db

7

0db

0db

Operating Procedure
The following connections are performed:
STATION-TO-STATION CONNECTION
STATION-TO-ATT CONNECTION
CONNECTION VIA ATT
OUTGOING C.O. LINE CONNECTION FROM STATION
OUTGOING C.O. LINE CONNECTION FROM ATT

Service Conditions
1.
2.

Page 632

RS-464A PAD control is performed for lines and external trunks.
ONS (general telephone) and OPS (long line telephone) are identified by the SFC of the station concerned.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

RS-464A PAD

R-37

Service Conditions (cont’d)
3.
4.
5.
6.

7.

An Attendant Console is regarded as an ONS. The Attendant Console will follow the PAD values assigned
in ARTD.
If PAD data is assigned by APAD command, this data overrides other PAD data assigned by ARTD,
except when switch settings on the 24DTR are set to ARTD fixed.
PAD settings for the 8TLTR can be set using ARTD/APAD or a combination of switch settings and
ARTD/APAD.
This service is used for each of the following connections:
STATION-TO-STATION CONNECTION
STATION-TO-ATT CONNECTION
CONNECTION VIA ATT
OUTGOING C.O. LINE CONNECTION FROM STATION
OUTGOING C.O. LINE CONNECTION FROM ATT
If the impedance of the trunk does not match the impedance setting on the trunk, the PAD values will not
match the values in the previous tables.

Programming
Assignment of Telephone

STEP 1:
STEP 2:

STEP 3:

ASDT - Assign the station data.
ASFC - Assign either ONS or OPS to the SFC of the station.
SFI = 50, RES: 0/1 = ONS (General Telephone) /OPS (Long Line Telephone)
Stations that have SFI 50 in ASFC set to a 0, will follow the PAD setting in PAD 2 of ARTD.
Stations that have SFI 50 in ASFC set to a 1 will follow the PAD set in PAD 2. PAD 2 settings
override the values set in PAD.
ASYD - System 1, Index 4, Bit 6 affects Station-to-Station calls only. (0=6dB, 1=0dB)

Assignment of External Trunk

STEP 1:

STEP 2:
STEP 3:
STEP 4:

ARTD - Assign route class data for the route number of the external trunk.
When assigning route class data, assign PAD control data between ONS and external trunk to CDN
30:PAD or CDN 32:PAD2.
Assign expansion route class data for the route number of the external trunk.
When assigning expansion route class data, assign PAD control data between OPS and external trunk
to PAD2 (CDN 32).
When PAD 2 is not assigned, the value assigned in PAD will be used.
ATRK - Assign trunk data of external trunk.
MBTK - Cancel the make-busy of the external trunk assigning by ATRK.
APAD - Assign the PAD control data for tandem connection, station-to-trunk connections, and
outgoing/incoming connection. When assigning APAD for station-to-station connections, the OGPAD
parameter has no effect when assigned (only the ICPAD parameter is used).

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 633

R-49

Ringer Mute

R-49

Ringer Mute

General Description
This feature allows a user to stop ringing by pressing the associated feature key on the Dterm.

Operating Procedure
1.
2.

The Dterm user presses the RINGER MUTE key; the ringing is muted and the LED of the key lights. RING
OFF is displayed for three seconds.
The Dterm user presses the RINGER MUTE key again; the ringing is recovered and the LED of the key is
turned off. RING ON is displayed for three seconds.

Service Conditions
1.
2.
3.
4.

5.
6.

The feature key for Ringer Mute must be assigned to the Dterm.
Ringer Mute which has been set becomes ineffective upon system initialization, individual initialization
of LP or initialization of PM.
While this service is activated, ringing for Call Back is not provided as well.
This service has no effect on the status of DO NOT DISTURB [D-11] service. For example:
a.) When Do Not Disturb is set, the station is in the Do Not Disturb status.
b.) When Ringer Mute is set, the station is in the Do Not Disturb and Ringer Mute status.
c.) When Do Not Disturb is reset, the station is in the Ringer Mute status.
When this service is activated, ringing for any call is muted.
If a user presses the RINGER MUTE key while a call is terminating, ringer for this call will be muted.

Programming
STEP 1:
STEP 2:

Page 634

AKYD - For Dterm sets, RINGER MUTE may be assigned to a programmable line/feature key. Assign
Type:Function:RING MUTE [117].
ADSL - Assign SN = 0 (Idle) and FKY = 117 (Ringer Mute: RG-OF).
This command is used for assigning the function to each soft key.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Route Name Display

R-51

R-51

Route Name Display

General Description
This feature allows a user to assign a desired trunk type for a route by the system data. The assigned trunk type
(maximum of 4 or 8 digits) is displayed on the upper line of D term LCD.
•

4-digit display
TK No.
1

DDD
Note

AT&T

1

Note

•

8-digit display
NEWYORK
Note

Note:

Trunk type, which can be changed by system data.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.

4.
5.
6.
7.

Trunk types are assigned a maximum of 4 or 8 digits (depending on system data) using ASCII characters.
The trunk type assigned by this feature is not displayed when a call terminates from the ISDN trunk or
when a station is connected to the call from/to the ISDN trunk.
The trunk type assigned by this feature is displayed only when a call terminates to a station or when a
station is connected to the call. In case of the call through a CCIS line, the assigned trunk type is not
displayed. If a station is connected to the trunk user through the CCIS, ROM data corresponding to the
Trunk Class of the route is displayed. If a station is connected to a station belonging to a different office
within the CCIS network, the telephone number of the opposite station is displayed.
The trunk type assigned by this feature cannot be displayed at the I-terminal and PCS.
This feature is not applicable to the Attendant Console.
The current Caller ID services and Calling Party Number - Name Assignment and Display [C-157] service
have priority over this feature.
When a call terminates from the trunk which has been assigned the C.O. line number, the LCD display is
as shown below:
• 4-digit display
ABCD: trunk type assigned by
this feature.
123: trunk number
preassigned.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

ABCD 123

Page 635

R-51

Route Name Display

Service Conditions (cont’d)
•

8-digit display

ABCDEFGH: trunk type assigned
by this feature.

8.
9.

ABCDEFGH

This feature is available when the Dterm user presses the call terminating sub line. This feature is also
available when the user presses the held sub line after holding a call using the HOLD key.
For data assignment to each of NDM (Network Data Memory) and LDM (Local Data Memory), different
commands can be used. However, the data in NDM has a priority. The logical route must be assigned to
NDM, and the physical route must be assigned to LDM.

Programming / FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ASYDL - System Data 1, Index 512, FPC of the self-node. Note 2
System Data 1, Index 513, LDM usage. Note 2
System Data 1, Index 514, NDM usage. Note 2
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: This data is required for the FCCS network.
STEP 2: ADRTN/ADRTL - Assign the Route Name data on a route basis. Note 3
LGRT/RT: Logical Route or Physical Route Number
TYPE:
A maximum digit for the Route Name data
1/2 = 4 digits / 8 digits
DISP:
Displayed Data
Note: When the system is used within an FCCS network, assign the Logical Route Number via LGRT, ADRTN.
When the system is not used within an FCCS network, assign the Physical Route Number via RT, ADRTN.
ADRTN command data has priority over the ADRTL command data. Route Name data programmed by
ADRTN is displayed at all FCCS nodes in the network.

Page 636

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Remote Call Forwarding Control

R-54

R-54

Remote Call Forwarding Control

General Description
This feature allows a station user to set/cancel the following forwarding features from the target station by dialing
the identification (ID) code preset for the forwarding station.
CALL FORWARDING - ALL CALLS
[C-5]
CALL FORWARDING - BUSY LINE
[C-2]
CALL FORWARDING - DON’T ANSWER
[C-3]
SPLIT CALL FORWARDING
[S-99]
These forwarding features can also be set/cancelled from an outside station via C.O./Tie line.

Operating Procedure
To set the ID code of the forwarding station

1.
2.
3.

Lift the handset; receive dial tone.
Dial the access code for setting ID code; receive special dial tone.
Dial the desired ID code (A maximum of 10 digits. The last digit must be “#”); receive service set tone.

To set Remote Call Forwarding Control from the target station

1.
2.
3.
4.
5.
6.

Lift the handset; receive dial tone.
Dial the Remote Call Forwarding Control access code; receive ring back tone. About six seconds after,
receive special dial tone.
Dial the forwarding station ID code; receive special dial tone.
Dial the forwarding station number; receive dial tone.
Dial the access code or press the feature key for setting the desired forwarding feature; receive special dial
tone.
Dial the target station number (A maximum of 12 digits); receive service set tone.

To cancel Remote Call Forwarding Control from the forwarding station

1.
2.

Lift the handset; receive dial tone.
Dial the cancel code or press the feature key for canceling the forwarding feature; receive service set tone.

To cancel Remote Call Forwarding Control from the target station

This procedure can also be applied when cancelling the forwarding feature which has set at the forwarding station.
1.
Lift the handset; receive dial tone.
2.
Dial the Remote Call Forwarding Control access code; receive ring back tone. About six seconds after,
receive special dial tone.
3.
Dial the forwarding station ID code; receive special dial tone.
4.
Dial the forwarding station number; receive dial tone.
5.
Dial the cancel code or press the feature key for canceling the forwarding feature; receive service set tone.

Service Conditions
1.
2.
3.
4.

ID code entry is restricted when the button “#” is not pressed as the last digit.
When setting a new ID code, the previous ID code is automatically erased.
The list of ID codes cannot be output.
ID code data is saved by the MAT command or the routine diagnosis program for saving Call Forwarding
data.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 637

R-54

Remote Call Forwarding Control

Service Conditions (cont’d)
5.
6.

7.

8.
9.

10.
11.
12.

Each target station must be a PB (DTMF) telephone.
This feature is restricted when:
• A wrong ID code is dialed from the target station.
• The forwarding features from the designated station are restricted by Service Feature Class.
Normally, a maximum of 12 digits can be dialed as a Call Forwarding destination number. However, the
maximum number of digits assigned by CALL FORWARDING - EXTERNAL RESTRICTION [C-131]
takes precedence over the default setting.
When changing a target station number, the former setting must be cancelled in advance.
When the forwarding station is in one of the following conditions, this service cannot be activated.
• Busy
• Lockout
• Make Busy
• Not assigned
The target station must not have any other call placed on hold when setting this feature.
When this feature is set from an outside station, DID [D-7] connection is required.
This feature can be activated via REMOTE ACCESS TO SYSTEM [R-2] or AUTOMATED
ATTENDANT [A-82].

Programming
STEP 1:
STEP 2:
STEP 3:

STEP 4:

Page 638

ASYD- System Data 1, Index 79, Bit 2. Split Call Forwarding.
0/1 = Out/In Service. Assign data “1”.
ARTD - Assign route class data of the trunk for SPLIT CALL FORWARDING.
CDN: 68 (SCF) = 1
ANPD - Reserve number levels for each forwarding feature, ID Number Entry, and Remote Call
Forwarding Control access codes. Assign Connection Index of Normal service to each number level.
Assign NND according to the predetermined numbering plan.
ASPA - Assign the access codes for the following features.
TN:
Tenant Number
ACC: Access Code
SRV: STN (Remote Call Forwarding Control)
SRV: SSC SID: 8
(Call Forwarding - All Calls set)
9
(Call Forwarding - All Calls cancel)
10 (Call Forwarding - Busy Line set)
11 (Call Forwarding - Busy Line cancel)
12 (Call Forwarding - Don’t Answer set)
13 (Call Forwarding - Don’t Answer cancel)
86 (Split Call Forwarding - All Calls set)
87 (Split Call Forwarding - Busy Line set)
88 (Split Call Forwarding - Don’t Answer set)
89 (Split Call Forwarding - All Calls cancel)
90 (Split Call Forwarding - Busy Line cancel)
91 (Split Call Forwarding - Don’t Answer cancel)
SRV: SSCA SIDA: 100 (ID Number Entry)

NEAX2400 IPX Feature Programming Manual
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Remote Call Forwarding Control

R-54

Programming (cont’d)
STEP 5:

STEP 6:

ARAC - Assign the Remote Call Forwarding Control access code.
ICTN: Tenant Number of Incoming Trunk
ACC: Access Code (Max. 5 digits)
R/M: M (Remote Call Forwarding Control)
ASFC - Assign a Service Feature Class that allows the following SFIs to the stations that will activate
Remote Call Forwarding Control.
SFI:
7 (Call Forwarding - All Calls/Split Call Forwarding - All Calls)
SFI:
8 (Call Forwarding - Busy Line/Split Call Forwarding - Busy Line)
SFI:
9 (Call Forwarding - Don’t Answer/Split Call Forwarding - Don’t Answer)
SFI:
143 (ID Number Entry)

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 639

S-1

Single-Digit Station Calling

S-1

Single-Digit Station Calling

General Description
This feature allows the assignment of single digits for station numbers.

Operating Procedure
1.
2.
3.

Lift the handset; receive dial tone.
Dial the Single-digit (preprogrammed) telephone number.
The desired service station will be rung.

Service Conditions
1.
2.

The single-digit number must be different from the first digit of trunk access codes, service feature access
codes and other telephone numbers.
Timing start is not available with this feature.

Interactions
For each station with single-digit access, an entire number level is eliminated. Do not plan to have more than one or
two such phones in a system.

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:

ASYD - System Data 1, Index 16, Bit 0. Assign this Bit as data “1” enabling single-digit station
numbers.
ANPD - Reserve a number level for station access. Assign an NND = 1, and BLF is on.
ASPA - For the desired station number assign SRV = STN (Station). NND is not required. Assign
Connection Indexes (CI) of Normal (N) and Hooking (H).
ASDT - Assign the station number to a specific station within the system.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDN - Reserve a number level for station access. Assign an NND = 1, and BLF is on.
STEP 2: ASPAN - For the desired station number assign SRV = TELN (Telephone Number). NND is not
required. Assign Connection Indexes (CI) of Normal (N) and Hooking (H).
STEP 3: ALGSN - Assign Type = 2 / UGN1
TELN = Station Number/Telephone Number
FPC = “x”
Tenant and Station assigned by ASDT
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

Page 640

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Special Dial Tone

S-2

S-2

Special Dial Tone

General Description
This feature provides a distinctive dial tone to a user after the switch hook has been pressed, enabling the user to
activate a specific service feature.

Operating Procedure
1.
2.

While connected with the first party, user presses the switch hook; receives SPECIAL DIAL TONE.
User may activate a service feature, such as:
CALL HOLD
[C-6]
CALL TRANSFER-ALL CALLS
[C-11]

Service Conditions
1.
2.

3.

SPECIAL DIAL TONE rating is 350/440 Hz at 240 IPM.
If dialing is not initiated within 12 seconds after receiving SPECIAL DIAL TONE, reorder tone will be
sent to the station. If the station has not gone back on hook or initiated dialing after 30 seconds of reorder
tone, the station will be placed in the LINE LOCKOUT [L-3] mode.
If a user attempts CALL FORWARDING - ALL CALLS [C-5], - BUSY LINE [C-2] - DON’T ANSWER
[C-3], etc., SPECIAL DIAL TONE will be sent to that station after access code dialing.

Interactions
1.
2.

No other programming is required. This tone is generated for all momentary pressing of the Hooking
feature applications.
LINE LOCKOUT [L-3]: SPECIAL DIAL TONE is sent for 12 seconds, reorder tone for 30 seconds,
followed by Line Lockout.

Programming
ASYD - System Data 1, Index 42, Bit 7. Is SPECIAL DIAL TONE continuous or a burst? 0/1:
Continuous/Burst. Leave as Data 0. System Data 2, Index 1, Bit 0 & 1. Assign as data “1” for both Bits
to provide CONSULTATION HOLD capability on a per-tenant basis.
System Data 3, Index 2. Assign data 91H for Normal (N) and Hooking (H) values.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 641

S-3

Speed Calling - System

S-3

Speed Calling - System

General Description
This feature allows a user or ATTENDANT CONSOLE [A-3] to call frequently dialed numbers using fewer digits
(abbreviated call codes) than would normally be required.

Operating Procedure
1.
2.
3.
4.

Lift handset; receive dial tone,
Dial SPEED CALLING - SYSTEM access code (maximum three digits), or press Dterm Speed Calling
key.
Dial abbreviated call code (maximum four digits).
Call is completed.

Service Conditions
1.
2.
3.
4.

5.
6.
7.
8.
9.

SPEED CALLING - SYSTEM codes programmed into system data are accessible by all stations with a
CLASS OF SERVICE - INDIVIDUAL [C-15] permitting SPEED CALLING - SYSTEM.
Each abbreviated call code can store a maximum of 24 digits, including access codes and pauses.
SPEED CALLING - SYSTEM numbers are programmed via system data entry from the
MAINTENANCE ADMINISTRATION TERMINAL (MAT) [M-18].
Stations may be denied access to SPEED CALLING - SYSTEM via CLASS OF SERVICE [C-15]
assignment in system data. SPEED CALLING may also be allowed or denied on either a station or tenantwide basis.
TOLL DENIAL/TOLL DIVERSION [T-6] and TOLL RESTRICTION-3/6-DIGIT [T-7] may or may not
be applied to SPEED CALLING - SYSTEM, as desired.
LEAST-COST ROUTING-3/6-DIGIT [L-5] may be provided via SPEED CALLING - SYSTEM access.
If the station is restricted from dialing outside via programming, the station can still access SPEED
CALLING - SYSTEM.
A maximum of 1,000 codes can be assigned per NEAX2400 IPX system.
The outgoing call using a trunk in the remote node is applied to this feature.

Interactions
1.
2.

3.
4.

5.

Page 642

FORCED ACCOUNT CODES [F-7] and AUTHORIZATION CODES [A-20] cannot be programmed for
use via the SPEED CALLING-SYSTEM.
Pauses are programmable from the MAT using the “P” key of the keyboard. Pauses consume one digit of
the available 24 digits. A pause lasts for 2.8 seconds. A pause cannot be added directly after an LCR access
code.
TOLL DIVERSION/TOLL DENIAL [T-6] and TOLL RESTRICTION 3/6 DIGIT [T-7] will interact with
this feature if SPEED CALLING-SYSTEM is toll restricted.
Special dial tone may be returned after dialing SPEED CALLING-SYSTEM if AUTHORIZATION
CODES [A-20] are operational in the system and Toll Restriction applies to SPEED CALLINGSYSTEM.
See SPEED CALLING OVERRIDE-SYSTEM [S-61].

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Speed Calling - System

S-3

Programming
STEP 1:
STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:
STEP 7:

ASYD - System Data 2, Index 1, bit 7. Does TOLL RESTRICTION [T-7] apply to SPEED
CALLING-SYSTEM? 0/1: No/Yes.
ANPD - Reserve a number level for feature access. Assign Connection Indexes of Normal (N),
Hooking (H), and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assigning an access code to SPEED CALLING-SYSTEM, assign SRV = SSC (Service
Code), SID = 15. Program for Normal (N). NND = Access code plus Abbreviated Digit Code (ADC).
See ASPD.
Example: 6 + 010 1 digit + 3 digits = NND = 4.
ASFC - Assign a Service Feature Class that allows SFI 12 to stations that will have SPEED
CALLING-SYSTEM.
ASPD - Assign the Tenant Number, ADC, and CD-telephone number to be sent. Include the access
code of the route in the CD.
AKYD - Assign SPEED CALLING to Dterm key. Assign FKY15 to the D term key.
ADSL - Assign S-SPD key; Assign SN=1 (Originating; DT Connection) and FKY=15 (Speed Calling
- System).
This command is used for assigning a function to each soft key.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - Reserve a number level for feature access. Assign Connection Indexes of Normal (N),
Hooking (H), and Busy (B). Assign NND in accordance with a predetermined numbering plan.
STEP 2: ASPAL - Assigning an access code to SPEED CALLING-SYSTEM, assign SRV = SSC (Service
Code), SID = 15. Program for Normal (N). NND = Access code plus Abbreviated Digit Code (ADC).
See ASPD.
Example: 6 + 010 1 digit + 3 digits = NND = 4.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 643

Speed Calling - System - Dterm

S-3D

S-3D

Speed Calling - System - Dterm

General Description
This feature allows a D term user to call frequently dialed numbers using fewer digits (abbreviated call codes) than
would normally be required.

Operating Procedure
Originating a call from a Dterm

1.
2.

Press the SPEED CALLING-SYSTEM (SPEED-SYS) key.
Dial the abbreviated call code (maximum of four digits). The LCD displays:
XXX
(Time Display)
Abbreviated Call Code

3.
4.

The call is completed.
If the Dterm does not have the SPEED-SYS key, dial the SPEED CALLING-SYSTEM access code, then
the abbreviated call code.

To operate from a SPEED CALLING-ONE TOUCH key

1.
2.
3.

Press a FEATURE key, then a One Touch-Speed Calling key. The LCD displays previously stored digits.
Dial the SPEED CALLING-SYSTEM access code and the abbreviated call code.
Press the FEATURE key. The LCD displays:
SPEED SET
(Time Display)

4.

To access, press the SPEED CALLING-ONE TOUCH Dterm [S-26D] key.

Service Conditions
1.
2.
3.
4.
5.

6.
7.
8.

Page 644

SPEED CALLING-SYSTEM [S-3] codes programmed into system data are accessible to all stations with
a CLASS OF SERVICE-INDIVIDUAL [C-15] permitting speed calling.
Each abbreviated call code can store a maximum of 24 digits, including access codes and pauses.
The standard number of speed calling numbers stored in the NEAX2400 IPX is 1,000.
Speed calling numbers are programmed via system data from the MAINTENANCE ADMINISTRATION
TERMINAL (MAT) [M-18].
Stations may be denied access to SPEED CALLING - SYSTEM - Dterm via CLASS OF SERVICEINDIVIDUAL [C-15] assignment in system data. SPEED CALLING SYSTEM [S-3] may be allowed or
denied on either a station or tenant-wide basis.
TOLL DENIAL/TOLL DIVERSION [T-6] and TOLL RESTRICTION-3/6-DIGIT [T-7] may or may not
be applied to SPEED CALLING - SYSTEM - Dterm, depending on preference.
LEAST-COST ROUTING-3/6-DIGIT [L-5] may be provided via SPEED CALLING-SYSTEM access.
When assigning the access code to the line/feature key, the abbreviated call code must be set at 2 to 4
digits.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Speed Calling - System - Dterm

S-3D

Programming
STEP 1:
STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:
STEP 7:

ASYD - System Data 2, Index 1, bit 7. Does TOLL RESTRICTION [T-7] apply to SPEED
CALLING-SYSTEM? 0/1: No/Yes.
ANPD - Reserve a number level for feature access. Assign Connection Indexes of Normal (N),
Hooking (H), and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assigning an access code to SPEED CALLING-SYSTEM, assign SRV = SSC (Service
Code), SID = 15. Program for Normal (N). NND = Access code plus Abbreviated Digit Code (ADC).
See ASPD.
Example: 6 + 010 1 digit + 3 digits = NND = 4.
ASFC - Assign a Service Feature Class that allows SFI 12 to stations that will have SPEED
CALLING-SYSTEM.
ASPD - Assign the Tenant Number, ADC, and CD-telephone number to be sent. Include the access
code of the route in the CD.
AKYD - Assign SPEED CALLING to Dterm key. Assign FKY15 to the D term key.
ADSL - Assign S-SPD key; Assign SN=1 (Originating; DT Connection) and FKY=15 (Speed Calling
- System).
This command is used for assigning a function to each soft key.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - Reserve a number level for feature access. Assign Connection Indexes of Normal (N),
Hooking (H), and Busy (B). Assign NND in accordance with a predetermined numbering plan.
STEP 2: ASPAL - Assigning an access code to SPEED CALLING-SYSTEM, assign SRV = SSC (Service
Code), SID = 15. Program for Normal (N). NND = Access code plus Abbreviated Digit Code (ADC).
See ASPD.
Example: 6 + 010 1 digit + 3 digits = NND = 4.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

NEAX2400 IPX Feature Programming Manual
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Page 645

S-4

Splitting

S-4

Splitting

General Description
This feature allows the ATTENDANT CONSOLE [A-3] to speak privately with one party on an Attendant-handled
connection without the other party overhearing.

Operating Procedure
To speak with the called party only

1.
2.
3.

Dial the desired telephone number.
Station class/telephone number is displayed.
Wait for the party to answer.

To speak with the calling party only

1.
2.
3.

Press the SRC key.
Trunk group/number is displayed.
Proceed with the conversation.

To return to the called party

1.
2.

Press the DEST key.
Station class/number displayed.

To speak with both parties

1.

Press the TALK key.

To release from the ATTENDANT CONSOLE [A-3]

1.

Press the RELEASE key.

To disconnect all parties involved in a THREE-WAY CONFERENCE [T-2]

1.
2.

Press the DEST key.
Press the CANCEL key twice.

Service Conditions
1.
2.
3.
4.
5.
6.

The ATTENDANT CONSOLE [A-3] may alternate between the called and calling parties, and THREEWAY CONFERENCE [T-2], as desired.
If SERIAL CALL [S-15] is provided, the call is automatically split when the ATTENDANT presses the
loop key to answer a recall initiated by a user.
The SPLITTING feature is a standard Attendant feature.
SPLITTING is automatic when the Attendant begins call completion or answers a recall.
SPLITTING is manual when the SRC, DEST, or TALK key is pressed on the ATTENDANT CONSOLE.
If a station is in a SERIAL CALL [S-15] with an outside party and LOCKOUT is not provided (optional),
pressing the associated loop key will bridge on the existing connection, and SPLITTING is not provided.

Interactions
1.
2.

Page 646

The ATTENDANT CONSOLE [A-3] must first be provided.
If conference calling is required, THREE-WAY CALLING [T-2] must first be provided.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Splitting

S-4

Programming
No programming is required.

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Splitting - Dterm

S-4D

Splitting - Dterm

S-4D
General Description

This feature allows a Dterm user to alternately converse between two separate parties while one party is connected
and one party remains on hold. The user uses the TRANSFER button to alternate conversations between the two
parties.

Operating Procedure
While a conversation is in progress

1.
2.
3.
4.

Press the TRANSFER key; hear special dial tone.
Dial the new number; the first party is held, the second party answers.
Press the TRANSFER key; return to the first party; the second party is held.
Repeat as often as needed.

Service Conditions
THREE-WAY CALLING [T-2D] may be established at any time by pressing the CONF key.

Interactions
1.
2.

SPLITTING is inherent to the system and is operated by using the TRANSFER key.
The conference trunk is only required when a three-way connection is desired.

Programming
STEP 1:

STEP 2:

ASYD - System Data-2, Index 1, bits 0 & 1. Consultation Hold allowed or denied. 00: Denied; 01:
Originating and Terminating Calls allowed, Tandem Call Denied; 11: All calls allowed. Assign data
“11”.
System Data 2, Index 6, bit 2. Leave as data “0” to enable the CALL TRANSFER-ALL CALLS [C11] feature.
ATRK - Assign these LENs as Route 909, Digital Conference Trunk. A LEN consists of the following:
XX
Module
Group

STEP 3:

Page 648

X
Unit

XX
Group

X
Level

Group and Level numbers for the Digital Conference Trunk are 210, 213, 216, 221, 224, 227, 232, and
235.
MBTK - Make idle the Digital Conference Trunk.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Station-Controlled Conference

S-6

S-6

Station-Controlled Conference

General Description
This feature allows any NEAX2400 IPX station to establish a conference. The conference may be any combination
of stations and/or trunks (inside and outside parties).

Operating Procedure
Procedure 1 (MEET-ME CONFERENCE)

1.
2.
3.
4.
5.
6.

User wishing to establish the conference (conference leader) calls each party desired and advises them of
the conference.
All stations then call the conference telephone number, and the conference leader calls the special
conference number for the leader.
Conference connection is automatic.
The conference leader may dial “0” to lock out additional parties.
If the conference leader connected to the conference circuit dials digit “#”, all conferees will be
disconnected. Otherwise, the conference is terminated only after all parties have hung up.
To release from a conference circuit individually, a user hangs up. The remaining conferees may continue
without interruption.

Procedure 2

1.
2.
3.
4.
5.
6.
7.
8.
9.

Conference leader dials the conference telephone number on the conference; conference circuit
automatically answers.
The conference leader makes a Switch Hook Flash (SHF).
The conference leader dials the telephone number of conferee; receive ringback tone.
The conferee answers.
The conference leader hangs up; the conferee is connected to the conference circuit (port 1).
The conference leader sequentially calls all desired parties (up to 7 parties) and connects them to the other
conference circuits (port 2 to 7).
The conference leader may dial “0” to lock out additional parties.
If the conference leader connected to the conference circuit dials digit “#”, all conferees will be
disconnected. Otherwise, the conference is terminated only after all parties have hung up.
To release from a conference circuit individually, a user hangs up. The remaining conferees may continue
without interruption.

Service Conditions
1.
2.
3.
4.
5.

The station connected to port 0 of the PA-CFTB becomes the conference leader.
While the conference unit provides for amplification, the condition of Central Office connections will
affect conference transmission.
Each conference unit provides up to an 8-party conference.
Conference unit extension numbers should be placed in a STATION HUNTING [S-7, 8, 9] group with
only the pilot numbers published.
Override services, such as, BUSY VERIFICATION [B-3], ATTENDANT OVERRIDE [A-7], or
EXECUTIVE RIGHT-OF-WAY [E-1] are denied on a conference call.

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S-6

Station-Controlled Conference

Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:

Page 650

ANPD - A number level must be reserved for station numbering plan. In an existing system, a station
level will already be established. If a vacant level does exist, it may be used to create 2 or 3-digit
station numbering. For example:
TN: 1
DC: 3
CI: N, H, BNND: 1
BLF: 1-On
ASPA - For the desired station numbering assign SRV = STN (Station). For example:
ACC: 3
CI: N, H, B
SRV = STN (Station)
ASDT - Assign all ports of the PA-CFTB as DP/PB stations; TEC = 3. Based on the example data
assignments in ANPD, the station numbers will reside in level 3.
Example data assignments. (PA-CFTB located in PIM 1, Group = 03):
PA-CFTB
PORT

LEN

STATION
NUMBER

TEC

SFC

RSC

REMARKS

0

001030

3200

3

1

1

Conference Leader

1

001031

3201

3

1

1

2

001032

3202

3

1

1

3

001033

3203

3

1

1

4

001034

3204

3

1

1

5

001035

3205

3

1

1

6

001036

3206

3

1

1

7

001037

3207

3

1

1

Conference
Participant
Ports

ASHP - Assign to a STATION HUNTING-TERMINAL [S-9] group the pilot and stations of the PACFTB located on levels 1-7. For example:
TN:
1
STN: 3201
CNT: 7
STN: 3202, 3203, 3204, 3205, 3206, 3207
In this example, Ext. 3201 is the Pilot number of the Conference Bridge. Do not assign the Conference
Leader to this group. Before or after all Conference participants are connected to the PA-CFTB, the
Conference Leader directly calls the Conference Leader Port; for this example Ext. 3200.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Station Hunting - Circular

S-7

S-7

Station Hunting - Circular

General Description
This feature permits a call to be processed automatically through a hunt group of busy extensions, in a programmed
order.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.

3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.

14.
15.

This feature can be activated via FCCS.
When all stations within a Circular Hunt Group are busy:
a.) If a call is terminated to a group does not have a Secretarial Station, the caller will receive a busy
tone.
b.) If a call is directed to a group that has a Secretarial Station, the call will be shifted to the
Secretarial Station. However, the caller will receive a busy tone when the Secretarial Station is
also busy.
Assignment of telephone numbers to a Circular Hunt Group may be in any order.
This feature will be activated whenever the hunt group is dialed by the Attendant or another station within
the system.
Calls to the first programmed station in a Circular Hunt Group will proceed through all other programmed
stations in the order they were programmed upon encountering a busy station, until reaching the last.
Calls directed to any other number in the Circular Hunt Group will proceed in the same manner as calls to
the first programmed number.
If a HUNT group station has set CALL FORWARDING-ALL CALLS [C-5], hunting will bypass that
station and continue in the order of hunting.
The maximum number of stations per group is 100.
Within the FCCS network, there is no limit for the number of Circular Hunt Groups.
If a Phantom Number is assigned to the pilot number, hunting may or may not occur when the Phantom
Number is dialed, depending on system data.
In a Circular Hunt Group, one station can be designated as a secretarial station, thereby always being the
last station in the hunting sequence.
CALL FORWARDING-BUSY LINE [C-2]/ALL CALLS [C-5] are activated first rather than STATION
HUNTING-CIRCULAR, if the dialed station has set this feature.
The terminating sequence of service features to a station is as follows:
CALL FORWARDING - ALL CALLS
[C-5]
CALL FORWARDING - BUSY LINE
[C-2]
STATION HUNTING
[S-7, 8, 9]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
Recall from CALL BACK [C-1], OUTGOING TRUNK QUEUING [O-2] and PAGING TRANSFER [P10] will not hunt.
A station can belong to only one hunt group (either Circular or Terminal).

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Page 651

S-7

Station Hunting - Circular

Service Conditions (cont’d)
16.

17.
18.

19.
20.
21.
22.

Page 652

This feature will be activated whenever the hunt group is dialed or terminated under the following
conditions:
a.) dialed from a station
b.) dialed from ATTENDANT CONSOLE [A-3]
c.) dialed from DID [D-8]
d.) dialed from TIE LINE [T-3]
e.) terminated by DIT [D-7]
f.) terminated by HOT LINE [H-1]
g.) terminated by OFF-HOOK ALARM [O-6]
h.) terminated by PRIORITY CALL [P-9]
An ISDN terminal cannot hunt a call.
A station within a Circular Hunt Group may deny hunting function for an incoming call originated from
a station (including PS and ATT). Service Condition are as follows:
a.) Incoming trunk call (including C.O./ISDN line) is not available.
b.) When CALL FORWARDING - DON’T ANSWER or CALL FORWARDING - BUSY LINE is
set to a station within Circular Hunt Group, a call to the pilot station is forwarded according to
their service condition.
c.) Assign ASYD System Data 1, Index 439, bit 7=1, and allow SFI 181 of a station which denies
hunting function.
A telephone number is allowable for the station assignment of this feature activated via FCCS link.
The station that has been assigned as the pilot station of a Hunt group-Terminal, a UCD controlling station,
or a station of Circular Hunt Group cannot be assigned as a member of the other Circular Hunt Group.
All calls terminated to a Circular Hunt station are hunted when encountering a busy station.
When using the FCH card:
a.) Stations in four different nodes can be assigned to a Circular Hunt Group.

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Station Hunting - Circular

S-7

Service Conditions (cont’d)
b.) When stations belonging to different nodes are assigned to a Circular Hunt Group, the station
hunt is not activated in assigned order if the stations are not assigned in continuous order within a
node. First, the call is shifted to the station belonging to the node of the called station even though
it is not in consecutive order (in the node, station hunting is activated in assigned order). After all
the stations in the node are hunted, the station hunt is shifted to the next assigned station and the
stations in the node are hunted in assigned order. The station hunt continues this way until the idle
station is found. See the following figure.
Example:
•
Station No. 1 is the called station. When the call encounters busy, the call is hunted in order of No. 3, No. 4 (hunted
in the node of the called station) to No. 2, No. 6, No. 8 (hunted in the node C that accommodates the next station in
assigned order) to No. 5, No. 7.

Node A

No.1
No.3
(Called station)

Note:

23.

24.
25.
26.
27.

28.
29.
30.

Node B

No.4

No.5

Node C

No.7

No.2

No.6

No.8

Numbers under the stations show the assigned order.

When all the stations in a Circular Hunt Group are busy:
a.) If a call is terminated to a group that has no Secretarial Station, the caller will hear busy tone.
b.) If a call is directed to a group that has a Secretarial Station, the call will be shifted to the
Secretarial Station. However, the caller will hear busy tone when the Secretarial Station is also
busy.
The incoming call terminated through FCCS link to the Station Hunt group, which is programmed by the
Physical Station Number, is not hunted.
When a Physical Station Number and telephone number assigned to a Circular Hunt station are identical,
priority is attached to STATION HUNTING - CIRCULAR via FCCS.
When using this feature within an FCCS network, when CALL FORWARDING - ALL CALLS [C-5] has
been set to a Circular Hunt station, a call directed to the station is forwarded to the designated station.
When using this feature within an FCCS network, when a call to a Circular Hunt station is forwarded by
CALL FORWARDING - BUSY LINE [C-2] and the forwarded party (also a member of another hunting
group) is also busy, the resultant hunt target can be designated from the forwarding side group or the
forwarded side group. This can be specified by the ASYDN command.
When using this feature within an FCCS network, calling back for CALL BACK [C-1] or CALL HOLD
[C-6] is not hunted.
When using this feature within an FCCS network, Hot Line station (calling party) cannot be assigned to a
Circular Hunt station activated via FCCS link.
A Station Hunting - Circular group may accommodate members from four different Fusion Point Codes.

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S-7

Station Hunting - Circular

Service Conditions (cont’d)
31.

32.

33.

34.

Page 654

This feature can be programmed on a node basis even with the use of telephone numbers. In other words,
the feature became available via the data written on the Local Data Memory (LDM), not only on the Data
Memory (DM) or the Network Data Memory (NDM). If this is the case, conditions are as follows:
a.) The feature is to be programmed by using the telephone number of each station.
b.) A Circular Hunt group can contain a maximum of 100 stations.
c.) There is no limitation to the number of Circular Hunt groups per node.
d.) A station can belong to one hunting group only, it cannot belong to another group including that
for STATION HUNTING - TERMINAL [S-9] or UNIFORM CALL DISTRIBUTION (UCD)
[U-1].
e.) Any station, if assigned as a Circular hunt group member, can be the pilot station by the telephone
number.
f.) When all stations to be hunted are busy, the incoming call is forwarded to the Secretarial Station.
However, when the station is not assigned or is also busy, busy tone is provided to the caller.
g.) Station Hunt groups via DM and groups via LDM cannot coexist in a system.
h.) The “feature via LDM” cannot be used via FCCS, even though telephone numbers are used.
i.) A Phantom Telephone Number assigned to the telephone number of a Circular Hunt station, can
also be a pilot number via the APHNL command setting (see details in Interactions).
The Phantom Telephone Number can also be assigned to each telephone number (maximum of 16
Phantom Telephone Numbers per telephone number, telephone numbers + Phantom Telephone Numbers
in total = 60,000 or less). The assigned Phantom Telephone Number may or may not be the pilot number
by the APHNN command setting (see details in Interactions).
When using a Phantom Telephone Number for a Circular Hunt station via the FCCS, consider the
following:
a.) Whether to use the Phantom Telephone Number to start the station hunt or not can be selected by
system data.
b.) When the Phantom Telephone Number is assigned to be used: Station hunt starts by dialing either
the Circular Hunt station number (telephone number) or its Phantom Telephone Number. Both
numbers can be the pilot number.
c.) When the Phantom Telephone Number is assigned not to be used: Station hunt starts by dialing
the Circular Hunt station number (telephone number) only. The feature is not provided when the
Phantom Telephone Number is dialed.
The following are the conditions when STATION HUNTING - CIRCULAR is programmed on LDM.
a.) When a call is directly placed to a Circular Hunt station, CALL FORWARDING - ALL CALLS
[C-5] is normally activated (the call is forwarded to the designated station).
b.) When a call to a Circular Hunt Station is forwarded by CALL FORWARDING - BUSY LINE
[C-2] and the forwarded party (also a member of another hunting group) is also busy, the resultant
hunt target can be designated from the forwarding side group or the forwarded side group. This
can be specified by the ASYD command.
c.) When the following occurs, a station not directly placed to an incoming call, is skipped from the
hunting circulation process:
• When the station is provided with CALL FORWARDING - ALL CALLS [C-5].
• When the station is provided with CALL FORWARDING - BUSY LINE [C-2] and the station
is busy.
d.) CALL FORWARDING - DON’T ANSWER [C-3] will respond to any call to any Circular Hunt
station (after a certain period of no answer, the call is forwarded to the designated station).

NEAX2400 IPX Feature Programming Manual
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Station Hunting - Circular

S-7

Interactions
1.
2.
3.

Secretaries are not counted as one of the 100 allowed stations per group.
The stations in the hunt group must first be programmed in the ASDT command. Stations placed into a
Station Hunting-Circular Group must have a corresponding LEN.
CALL FORWARDING-ALL CALLS [C-5]: If Station A is assigned to a hunt group, CALL
FORWARDING-ALL CALLS [C-5] is activated to Station B:
a.) Calls directly placed to Station A will be forwarded to Station B.
b.) Calls placed to the Station Hunting-Circular Group will bypass Station A.
c.) A call forwarding override call from Station B to Station A will hunt if Station A is busy.

Station A, Call
Forward-All to
Station B, is
idle

Station A

Call to Station A terminates at
Station B
Station B

Busy Station
Idle Station

Secretary

Ringing Station

4.

CALL FORWARDING - BUSY LINE/DON’T ANSWER [C-2, 3]: If Station A is in a Station HuntingCircular Group and activates CALL FORWARDING-BUSY LINE/DON’T ANSWER to Station B:
a.) Any call to Station A will respond to CALL FORWARDING - DON’T ANSWER [C-3].
b.) A direct call to Station A will respond to CALL FORWARDING - BUSY LINE [C-2].
c.) A call to the Station Hunting-Circular group will bypass Station A, if that station is both busy and
has set CALL FORWARDING - BUSY LINE [C-2]. The next station in the group will ring.

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S-7

Station Hunting - Circular

Interactions (cont’d)
d.) A call forwarding-override call from Station B to Station A will hunt if Station A is busy.

Station C

Station A, Call Forward-B/DA to
Station B, Is busy or idle
Station A
Call to Station A, rings
Station B
Station B

Busy Station

Secretary

Idle Station
Ringing Station

5.
6.
7.
8.

9.

STATION MESSAGE DETAIL RECORDING [S-10]: The number recorded is the telephone number
where the call actually terminates.
ATTENDANT CAMP-ON WITH TONE INDICATION [A-1] and CALL WAITING-TERMINATING
[C-12] features are superseded by STATION HUNTING-CIRCULAR.
A station in a Station Hunting-Circular Group must have a Route Restriction Class that will allow
incoming route connections. If the connection is not allowed, a busy tone is returned.
When using a Phantom Telephone Number for a Circular Hunt station, consider the following:
• Whether to use the Phantom Telephone Number (PHTELN) to start the station hunt or not can be
selected by the APHNL command. When using the PHTELN, assign “1” in the “PH” parameter. If not,
assign “0”.
• When the Phantom Telephone Number is assigned to be used (when “PH = 1”): Station hunt starts by
dialing either the Circular Hunt station number (telephone number) or its Phantom Telephone Number.
Both numbers can be the pilot number.
• When the Phantom Telephone Number is assigned not to be used (when “PH = 0”): Station hunt starts
by dialing the Circular Hunt station number (telephone number) only. The feature is not provided when
the Phantom Telephone Number is dialed.
This feature is not available for a call in recall state by CALL BACK [C-1] or CALL HOLD [C-6].

Programming
STEP 1:

Page 656

ASHC - Assign the required data for the STATION HUNTING-CIRCULAR Group.
TN:
Tenant Number
STN:
Station Number
SECRET:
Indication of Secretary Station 0/1-/Assignment
SECRET STN: Station Number of the Secretary/Station
*STN:
Station numbers of the stations included in the group.

NEAX2400 IPX Feature Programming Manual
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Station Hunting - Circular

S-7

Programming (cont’d)
STEP 2:

APHN - Assign Phantom Number (PHSTN) to each Circular Hunt Station (as necessary)
TN:
Tenant Number
REAL STN:
Station Number of the Circular Hunt station
PH:
Phantom Number mode
0 = Used individually
1 = Used as the pilot number (for station hunting)
CNT (PHSTN): Phantom Station Number
Note: * Indicates the order of a station in the group.
For Pilot Stations within a Hunt Group to deny hunting function for incoming call from a station

STEP 1:
STEP 2:

ASYD - System Data 1, Index 439, Bit 7.
0/1=Incoming call from station is hunted/not hunted.
ASFC - Allow the service feature restriction class (SFI 181) for pilot station which denies hunting
function for a incoming call from station.

When activating the Feature via LDM

STEP 1:

ASHCL - Assign each Circular Hunt Group by using the Telephone Numbers.
UGN:
User Group Number
TELN:
Telephone Numbers of member stations
SECRETARY TELN: Telephone Number of a Secretary Station (If necessary)
STEP 2: ASYD - Assign System Data 1, Index 69, b5 (Resultant hunt when the forwarded party is also busy
after CALL FORWARDING - Busy Line [C-2]).
0 = Hunt in the forwarding party group
1 = Hunt in the forwarded party group
STEP 3: APHNL - Assign Phantom Telephone Number (PHTELN) to each Circular Hunt Group.
UGN:
User Group Number
TELN:
Telephone Number of the Circular Hunt station
PH:
Phantom Number mode
0 = Used Individually
1 = Used as the pilot number (for station hunting)
PHTELN:
Phantom Telephone Number Note
Note: Multiple PHTELNs (maximum of 16) can be assigned per TELN. Select whether to use each PHTELN for
station hunt or not by the “PH” parameter.

FCCS Programming

STEP 1:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
ASYDN - This data must be assigned to the NCN.
System Data 1, Index 69, b5: Hunting Group when transferred party is busy (Station Hunting after Call
Forwarding - Busy Line):
0 = Hunt in Transferring Party’s Group
1 = Hunt in Transferred Party’s Group

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Station Hunting - Circular

FCCS Programming (cont’d)
STEP 2:

ASHCN - This data must be assigned to the NCN.
Assign the Circular Hunt Group using Telephone Number.
UGN:
User Group Number
TELN:
Telephone Number in the Circular Hunt Group
First TELN:
First assigned Telephone Number
SECRETARY TELN:Secretary Telephone Number
STEP 3: APHNN - Assign Phantom Telephone Number (PHTELN) to each Circular Hunt Station
UGN:
User Group Number
TELN:
Telephone Number of the Circular Hunt Group
PH:
Phantom Number mode
0 = Used individually
1 = Used as the pilot number (for station hunting)
PHTELN:
Phantom Telephone Number Note 2
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: Multiple PHTELNs (maximum of 16) can be assigned per TELN. Select whether to use each PHTELN for
station hunt or not by the “PH” parameter.

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Station Hunting - Secretarial

S-8

S-8

Station Hunting - Secretarial

General Description
This feature allows calls to a Hunt group to forward to a secretarial station when all the stations in the group are busy.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.

9.

10.
11.
12.
13.
14.

When all stations within a Hunt group are busy, the incoming call is routed to the station programmed as
the Secretarial Station.
If the Secretarial station is busy, the caller will hear a busy tone.
The maximum number of stations per Hunt group is 100.
A maximum of 255 Hunt groups can be overflowed to a Secretarial station.
There is no limit on the number of Hunt groups per system.
If a Hunt station has set CALL FORWARDING-ALL CALLS [C-5] or DO NOT DISTURB [D-21D],
calls to the group will bypass the station.
Recalls from CALL BACK [C-1] and OUTGOING TRUNK QUEUING [O-2] will not hunt.
The terminating sequence of service features to a station is as follows:
CALL FORWARDING - ALL CALLS
[C-5]
CALL FORWARDING - BUSY LINE
[C-2]
STATION HUNTING
[S-7, S-8, S-9]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
This feature can be set on a node basis even in the use of telephone number. In other words, a Secretarial
position can be assigned to a group for STATION HUNTING - TERMINAL [S-9] or STATION
HUNTING - CIRCULAR [S-7], that is available on the Local Data Memory (LDM). If this is the case,
the conditions are as follows:
a.) A Secretarial Station for this feature must be assigned by the telephone number.
b.) A Hunt Group (both Terminal or Circular) can have one Secretarial Station only (2 or more
cannot be assigned per group).
c.) Multiple Hunt Groups can share a common Secretarial Station.
d.) A maximum of 4,096 Hunt Groups can have a Secretarial Station respectively per node.
The maximum number of Secretarial Stations in the FCCS network is 4,000.
Only the telephone number is allowable for the station assignment of this feature when activating via
FCCS link.
A Hunt Group (Terminal, Circular) may have one Secretarial Station.
The Secretarial Station can be shared with the multiple Hunt Groups.
A maximum of 4,096 Hunt Groups have a secretarial station.

Interactions
1.
2.

Secretaries are not counted as one of the 100 allowed stations per group.
STATION MESSAGE DETAIL RECORDING [S-10]: The number recorded is the telephone number
where the call actually terminates.

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Station Hunting - Secretarial

Programming
See STATION HUNTING-CIRCULAR [S-7] and STATION HUNTING-TERMINAL [S-9]. These
two types of station hunting use secretaries.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ASYDN - These data must be assigned to the NCN.
System Data 1, Index 69, b5:
Hunting Group when transferred party is busy (Station Hunting after Call Forwarding - Busy Line):
0 = Hunt in Transferring Party’s Group
1 = Hunt in Transferred Party’s Group
STEP 2: ASHPN - These data must be assigned to the NCN.
Assign the Hunt Group using Telephone Number.
UGN:
User Group Number
1st TELN:
Telephone Number of the pilot station
TELN:
Telephone Number in Hunting Group
SECRETARY TELN:Telephone Number of Secretary Station
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Station Hunting - Terminal

S-9

S-9

Station Hunting - Terminal

General Description
This feature enables calls placed to busy stations, other than Pilot stations of a Hunt group, to receive a busy tone
rather than proceed through the normal hunting process. However, if the call is placed to the busy Pilot station of a
Hunt group, station hunting will proceed as usual.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.
6.

7.
8.
9.
10.

11.

If all lines in a Hunt group are busy, the caller will receive a busy tone.
The maximum number of stations per group is 100.
If a station within the Hunt group has set CALL FORWARDING ALL CALLS [C-5], the system will
bypass that station and continue in hunt order.
There is no limit to the number of groups per system.
CALL FORWARDING - BUSY LINE [C-2] and ALL CALLS [C-5] are activated first, rather than
STATION HUNTING, if the pilot station has this feature set.
The terminating sequence of service features to a station is as follows:
CALL FORWARDING - ALL CALLS
[C-5]
CALL FORWARDING - BUSY LINE
[C-2]
STATION HUNTING
[S-7, S-8, S-9]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
Only calls to the pilot number will cause the hunting sequence to operate. Calls to busy stations, other than
the pilot number, will receive a busy tone.
If a phantom number is assigned to the pilot number, hunting may or may not occur by the system data
setting, when the phantom number is dialed.
Recall from CALL BACK [C-1] and OUTGOING TRUNK QUEUING [O-2] will not hunt.
This feature will be activated whenever the pilot number is dialed or terminated under the following
conditions:
a.) Dialed from a station,
b.) Dialed from ATTENDANT CONSOLE [A-3],
c.) Dialed from DID [D-8],
d.) Dialed from TIE LINE [T-3],
e.) Terminated by DIT [D-7],
f.) Terminated by HOT LINE [H-1],
g.) Terminated by OFF-HOOK ALARM [O-6],
h.) Terminated by PRIORITY CALL [P-9].
This feature can be programmed on a node basis even in the use of telephone numbers. In other words, the
feature became available via the data written on the Local Data Memory (LDM), not only on the Data
Memory (DM) or the Network Data Memory (NDM). If this is the case, the conditions are as follows:
a.) The feature is to be programmed by using the telephone number of each station.
b.) A hunting group can be configured by a maximum of 100 stations.
c.) There is no limitation to the number of Circular Hunt groups per node.

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Station Hunting - Terminal

Service Conditions (cont’d)

12.
13.

14.
15.
16.
17.
18.

19.

Page 662

d.) A station can belong to one hunting group only; it cannot belong to another group including that
for STATION HUNTING - CIRCULAR [S-7] or UNIFORM CALL DISTRIBUTION (UCD)
[U-1].
e.) When all stations to be hunted are busy, the incoming call is forwarded finally to the Secretarial
Station. However, when the station is not assigned or is also busy, busy tone is provided to the
caller.
f.) A station, which has already been a member of an existing hunting group by the Physical Station
Number (referred to below as the “feature via DM”), can also be a member of the additional
hunting group by the telephone number (referred to below as the “feature via LDM”).
g.) Station Hunt groups via DM and groups via LDM cannot coexist in a system.
h.) The “feature via LDM” cannot be used via FCCS, even though telephone numbers are used.
i.) A Phantom Telephone Number assigned the telephone number for a pilot station, can also be a
pilot number via the APHNL command setting (see Interactions).
An ISDN terminal cannot hunt.
A station within a Circular Hunt Group may deny hunting function for an incoming call originated from
a station (including PS and ATT). Service Condition are as follows:
a.) Incoming trunk call (including C.O./ISDN line) is not available.
b.) When CALL FORWARDING - DON’T ANSWER or CALL FORWARDING - BUSY LINE is
set to a station within Circular Hunt Group, a call to the pilot station is forwarded according to
their service condition.
c.) Assign ASYD System Data 1, Index 439, bit 7=1, and allow SFI 181 of a station which denies
hunting function.
This feature may be activated via FCCS.
The maximum number of Secretarial Stations in the FCCS network is 4,096.
When activating this feature via FCCS, the maximum number of stations per group is 100.
When activating this feature via FCCS, only the telephone number is allowable for the station assignment
of this feature.
When activating this feature via FCCS, the station which has already been assigned as the pilot station of
a Hunt Group-Terminal, the UCD controlling station, or a station of Circular Hunt Group cannot be
assigned to the other Hunt Group-Terminal.
When using the FCH card:
a.) Stations in four different nodes can be assigned to a Hunt Group.

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Service Conditions (cont’d)
b.) When stations belonging to different nodes are assigned to a Hunt group, the station hunt may not
be activated in assigned order if the stations are not assigned in continuous order within a node.
First, the call is shifted to the station within the node of the Pilot station even though it is not in
consecutive order (in the node, station hunt is activated in assigned order). After all the stations in
the node are hunted, the station hunt is shifted to the next assigned station and the stations in the
node are hunted in assigned order. The station hunt continues in this way until the idle station is
found. See the following figure.
Example:
•
Station No. 1 is the pilot station. When the call encounters busy, the call is hunted in order of No. 3, No. 4 (hunted
in the node of the pilot station) to No. 2, No. 6, No. 8 (hunted in the node C that accommodates the next station in
assigned order) to No. 5, No. 7.

Node A

No.1
Pilot Station

Note:

20.
21.

22.
23.
24.
25.

26.

No.3

Node B

No.4

No.5

Node C

No.7

No.2

No.6

No.8

Numbers under the stations show the assigned order.

The number of the Hunt Group is unlimited.
When all the stations in a Hunt Group are busy:
a.) If a call is directed to a station belonging to a group that has no Secretarial Station, the caller will
hear busy tone.
b.) If a call is directed to a station belonging to a group that has a Secretarial Station, the call will be
forwarded to the Secretarial Station. However, the caller will hear busy tone when the Secretarial
Station is also busy.
When the telephone number and Physical Station Number assigned to a pilot station are identical, priority
is attached to STATION HUNTING - TERMINAL via FCCS.
The incoming call terminated through FCCS link to the Station Hunt group, which is programmed by the
Physical Station Number, is not hunted.
When CALL FORWARDING - ALL CALLS [C-5] has been set to the pilot station, a call directed to the
pilot station is forwarded to the designated station.
When activating this feature via the FCCS network, when an incoming call to a pilot station is forwarded
by CALL FORWARDING - BUSY LINE [C-2] and the forwarded party (also a member of another
hunting group) is also busy, the resultant hunt target can be designated from the forwarding side group or
the forwarded side group. This can be specified by the ASYDN command. Refer to Programming for
further information.
Phantom telephone number (PHTELN) can also be assigned to each telephone number (a maximum of 16
PHTELNs per TELN, TELNs + PHTELNS in total equal 60,000 or less). The assigned PHTELN may or
may not be the pilot number by the APHNN command setting. See details in Interactions.

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Station Hunting - Terminal

Service Conditions (cont’d)
27.

28.

29.

30.
31.
32.
33.

STATION HUNTING - TERMINAL can be programmed on a node basis even in the use of telephone
numbers. In other words, the feature became available via the data written on the Local Data Memory
(LDM), not only on the Data Memory (DM) or the Network Data Memory (NDM). If this is the case,
conditions are as follows:
a.) The feature is to be programmed by using the telephone number (TELN) of each station.
b.) A hunting group can be configured by a maximum of 100 stations.
c.) There is no limitation to the number of hunting groups per node.
d.) A station can belong to one hunting group only. A station cannot belong to another group
including that for STATION HUNTING - CIRCULAR [S-7] or UNIFORM CALL
DISTRIBUTION (UCD) [U-1].
e.) When all stations to be hunted are busy, the incoming call is forwarded finally to the Secretarial
Station. However, when the Station is not assigned or is also in the busy state, a busy tone is
provided to the caller.
f.) A station, already a member of an existing hunting group by Physical Station Number (referred to
below as the “feature via DM”), can also be a member of the additional hunting group by
telephone number (referred to below as the “feature via LDM”).
g.) The “feature via LDM”, though using the telephone numbers, cannot be used together with that
via FCCS.
h.) When Physical Station Number and telephone number assigned to a pilot station are identical, the
“feature via LDM” takes priority over the “feature via DM”.
i.) A Phantom telephone number, assigned to the telephone number for a pilot station, can also be a
pilot number via the APHNL command setting. See details in Interactions.
When activating this feature via the FCCS network, when CALL FORWARDING - BUSY LINE [C-2]
has been set to the pilot station, the service priority (CALL FORWARDING - BUSY LINE or Station
Hunting) can be determined by the ASFC command.
When activating this feature via the FCCS network, when CALL FORWARDING - BUSY LINE [C-2]
or CALL FORWARDING - ALL CALLS [C-5] has been set to a member station and the station is busy,
the station is skipped.
When activating this feature via the FCCS network, CALL FORWARDING - DON’T ANSWER [C-3],
will respond to both pilot and non-pilot stations.
When activating this feature via the FCCS network, calling back for CALL BACK [C-1] or CALL HOLD
[C-6] is not hunted.
Hot Line station can be assigned to a station of the Hunting Group activated via FCCS link.
A Station Hunting - Terminal group may accommodate members from four different Fusion Point Codes.

Interactions
1.

2.
3.
4.

Page 664

255 secretaries are allowed for the system. Each time a secretary is assigned to a group, one of the 255
secretarial positions is expended, regardless of whether or not it is one secretary for multiple groups or
different secretaries for multiple groups.
Secretaries are not counted as one of the 100 allowed stations per group.
The stations in the Station Hunting group must first be programmed with the ASDT command.
CALL FORWARDING-ALL CALLS [C-5]: If Station A, assigned to a Hunt group and not the Pilot
station, activates CALL FORWARDING-ALL CALLS to Station B:
a.) A direct call to Station A is forwarded to Station B.
b.) Calls placed to the STATION HUNTING-TERMINAL group will bypass Station A.

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Interactions (cont’d)
c.) When hunting occurs, if Station A is the only idle station in the hunting pattern, a busy tone is
returned to the calling party.
d.) During a Call Forward-Override call from Station B to Station A, if station A is idle, Station A
will ring. If Station A is busy, the call will not hunt.
e.) If the Pilot sets CALL FORWARDING-ALL CALLS [C-5] to Station B: During a Call ForwardOverride call from Station B to the Pilot, if the Pilot station is idle, the Pilot will ring. If the Pilot
station is busy, the call will hunt.

Call to Station A will
forward to Station B

Station B
Station A, Call ForwardAll to Station B, is idle
Pilot

Call to Pilot
Station A
Phantom

Hunt

Call to Pilot bypasses
Station A, rings Station in
Hunt Group
Busy Station
Idle Station

Ringing
Other Hunt
Group

Available

Ringing Station
Secretary
Phantom Station

5.

CALL FORWARDING-BUSY LINE/DON’T ANSWER [C-2, 3]: If Station A is in a STATION
HUNTING-TERMINAL group and not the Pilot station, it will activate CALL FORWARDING-BUSY
LINE/DON’T ANSWER to Station B:
a.) Any call to Station A will respond to CALL FORWARDING-DON’T ANSWER [C-3].
b.) A direct call to Station A will respond to CALL FORWARDING-BUSY LINE [C-2].
c.) A call to the STATION HUNTING-TERMINAL group will bypass Station A if that station is
both busy and has set CALL FORWARDING-BUSY LINE [C-2]. The next station in the group
will ring.
d.) A CALL FORWARDING-OVERRIDE call from Station B to Station A will not hunt if Station A
is busy.

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Station Hunting - Terminal

Interactions (cont’d)
e.) If the Pilot sets CALL FORWARDING-BUSY LINE [C-2] to Station B: During a Call ForwardOverride call from Station B to the Pilot, if the Pilot station is idle, the Pilot will ring. If the Pilot
station is busy, the call will hunt.

Call to Station A will
forward to Station B

Station B
Station A, Call ForwardBusy to Station B, busy
with Pilot Hunt call

Pilot
Call to Pilot

Station A
Phantom

Hunt

Call to Pilot bypasses
Call Forward-Busy, rings
Station in Hunt Group

Ringing
Other Hunt Group

Busy Station

Available

Idle Station
Ringing Station
Secretary
Phantom Station

6.
7.
8.

Page 666

STATION MESSAGE DETAIL RECORDING [S-10]: The number recorded is the telephone number
where the call actually terminates.
STATION HUNTING-CIRCULAR supersedes the ATTENDANT CAMP-ON WITH TONE
INDICATION [A-1] and CALL WAITING-TERMINATING [C-12] features.
When using a Phantom Telephone Number (PHTELN) for the pilot station, consider the following:
• Whether to use the PHTELN to start the station hunt or not can be selected by the command APHNL.
When using the PHTELN, assign “1” in the PH parameter. If not, assign “0”.
• When PH = 1: Station hunt starts by dialing either the pilot station number (telephone number) or its
Phantom Telephone Number. Both numbers can be the pilot number.

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Interactions (cont’d)
• When PH = 0: Station hunt starts by dialing the pilot station number (telephone number) only. The
feature is not provided when the PHTELN is dialed.
When PH=0 (Station Hunting does not
occur by the phantom number) is
selected in APHN.

Pilot
Call to Pilot
Call to Phantom, set call
back / Message
Reminder to Pilot

Hunt

Phantom

Hunt

Another call to Pilot

Ringing
Other Hunt Group

Busy Station

Available

Idle Station
Ringing Station
Secretary
Phantom Station

9.
10.

The lead station is the first station programmed in the ASHP command.
When Programmed on LDM:
a.) When activating this feature via FCCS, when CALL FORWARDING - ALL CALLS [C-5] is in
service at a pilot station, a call directed to the station is forwarded to the designated station.
b.) When activating this feature via FCCS, when an incoming call to a pilot station is forwarded by
CALL FORWARDING - BUSY LINE [C-2] and the forwarded party (also a member of another
hunting group) is also busy, the resultant hunt target can be designated from the forwarding side
group or the forwarded side group. This can be specified by the ASYD command. For further
information, refer to Programming.
c.) When activating this feature via FCCS, if the following occurs, a non-pilot station is skipped in
the hunting circulation process:
• When CALL FORWARDING - ALL CALLS [C-5] is set at the non-pilot station.
• When CALL FORWARDING - BUSY LINE [C-2] is set at the non-pilot station and the station
is actually in the busy state.
d.) When activating this feature via FCCS, CALL FORWARDING - DON’T ANSWER [C-3] will
respond to any call (both pilot and non-pilot stations). After a certain period of no answer, the call
is forwarded to the designated station.
e.) When activating this feature via FCCS, this feature is not available for a call in recall state by
CALL BACK [C-1] or CALL HOLD [C-6].
f.) When activating this feature via FCCS, a Hot Line station cannot be assigned as a member of the
hunting group.

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Station Hunting - Terminal

Programming
STEP 1:

ASHP - Assign the required data to the Assignment Pilot Hunting command:
TN:
Tenant Number
STN:
Station Number
SECRET:
Secretary Station Number (if necessary)
*STN:
Station numbers of the stations included in the Pilot group.
Note: * Indicates the order of a station in the group.
STEP 2: APHN - Assign Phantom Number (PHSTN) to the pilot station:
TN:
Tenant Number
REAL STN:
Station Number of the pilot station
PH:
Phantom Number mode
0 = Used individually
1 = Used as the pilot number (for station hunting)
CNT (PHSTN): Phantom Station Number
For Pilot Stations within a Hunt Group to deny hunting function for incoming call from a station

STEP 1:
STEP 2:

ASYD - System Data 1, Index 439, Bit 7.
0/1=Incoming call from station is hunted/not hunted.
ASFC - Allow the service feature restriction class (SFI 181) for pilot station which denies hunting
function for a incoming call from station.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ASYDN - This data must be assigned to the NCN.
System Data 1, Index 69, b5:
Hunting Group when transferred party is busy (Station Hunting after Call Forwarding - Busy Line):
0 = Hunt in Transferring Party’s Group
1 = Hunt in Transferred Party’s Group
STEP 2: ASHPN - This data must be assigned to the NCN.
Assign the Hunt Group using Telephone Number.
UGN:
User Group Number
TELN:
Telephone Number in Hunting Group
SECRETARY TELN:Telephone Number of Secretary Station (if necessary)
STEP 3: APHNN - Assign Phantom Telephone Number (PHTELN) to the pilot station.
UGN:
User Group Number
TELN:
Telephone Number of the pilot station
PH:
Phantom Number Mode
0 = Used individually
1 = Used as the pilot number (for station hunting)
PHTELN:
Phantom Telephone Number Note 2
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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FCCS Programming (cont’d)
Note 2: Multi PHTELNs (maximum of 16) can be assigned per TELN. Select whether to use each PHTELN for

station hunt or not by the “PH” parameter.

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S-10

Station Message Detail Recording (SMDR)

S-10

Station Message Detail Recording (SMDR)

General Description
This feature provides a call record for all outgoing station to trunk calls and incoming trunk to station calls. When
the system is equipped with this feature, an RS232C output port or a SOCKET interface (LAN) is provided,
permitting interface with a customer-owned computer system. All output is in the ASCII format, and includes the
following:
• Calling telephone number
• Dialed number (24 digits maximum)
• Route number
• Start of call time
• Disconnect time
• Year, month and date
• Condition (Attendant handled, transfer, etc.)
• ACCOUNT CODE [A-18] (10 digits maximum)
• AUTHORIZATION CODE [A-28] (10 digits maximum)
• FORCED ACCOUNT CODE [F-7]

Additional FCCS Format
•
•
•
•
•
•
•
•
•

Called Party Type (Attendant Console/station)
Call Start/Call end time (millisecond)
Call metering
FPC/User Group/Telephone number (calling party)
FPC/User Group/Telephone number (called party)
FPC of the node providing the route for the call
Logical Route Number
FPC of the node providing the first-choice route
First-choice Logical Route Number

Operating Procedure
No manual operation is required. Call record outputs are produced automatically.

Service Conditions
RS232C Interface Conditions

1.
2.
3.
4.
5.
6.
7.

Page 670

SMDR information facilitates analysis of trunk traffic and can be readily applied for cost allocation or
billing purposes.
SMDR may be programmed to record either all outgoing calls or only toll calls, depending upon user
requirements.
Both incomplete and abandoned calls will be discarded by the SMDR.
When ROUTE ADVANCE [R-6] or LEAST COST ROUTING (LCR) - 3/6-DIGIT [L-5] is provided with
the system, SMDR will record the route number selected.
The maximum number of digits dialed cannot exceed 24.
When customer-owned computer equipment is connected via RS232C interface, SMDR information will
be transmitted directly to the computer as each call record is completed.
If the outgoing call is directed to a trunk that cannot give answer supervision from the Central Office, the
start of call time is 18 seconds after the last digit is dialed. This timer value is set on the system data.
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Station Message Detail Recording (SMDR)

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Service Conditions (cont’d)
8.
9.

10.
11.
12.
13.
14.
15.
16.
17.
18.
19.
20.
21.
22.
23.
24.
25.
26.
27.
28.
29.

30.

If the distance between the system and the processing computer exceeds 50 feet (15 meters), an
asynchronous-type modem should be used.
RS232C Interface specifications: Synchronization
Asynchronous
Data Speed
300, 600, 1200, 2400, 4800, 9600bps
Code
ASCII 7-Bit + parity Bit
Maximum Distance
50 ft. (15m) without modem
Supervision on the status of the external RS232C terminal is not performed.
FORCED ACCOUNT CODE [F-7] can be recorded on SMDR, for INWATS and CO incoming calls,
when used in conjunction with the REMOTE ACCESS TO SYSTEM [R-2] service feature.
FORCED ACCOUNT CODE [F-7] cannot be registered on SMDR if the incoming REMOTE ACCESS
TO SYSTEM [R-2] calls are terminated to stations via night service or DID [D-8].
For REMOTE ACCESS TO SYSTEM [R-2] tandem connections, the FORCED ACCOUNT CODE [F7] is registered for outgoing trunks only.
The PBX can accommodate up to 7 active ports or 4 redundant ports. Additional hardware is required.
AUTHORIZATION CODE [A-20] can be recorded on SMDR.
The maximum number of simultaneous calls can be stored in the system memory (active calls) is 28,000.
When a call is completed, the record is sent to the output device and is removed from memory.
If an overflow occurs, calls are allowed to complete and are not recorded.
ATTENDANT-CONTROLLED CONFERENCE [A-2]: If the Attendant adds a trunk to the conference,
the Attendant conference line terminal is recorded.
LEAST COST ROUTING - 3/6-DIGIT [L-5]: The calling party can dial an ACCOUNT CODE [A-18]
before the LCR access code. The called number is recorded (as modified for sending).
If an ACCOUNT CODE [A-18] is dialed, the maximum digits of the called number is 22.
CENTRALIZED ATTENDANT SERVICE (CAS) [C-20]: The SMDR record is provided for calls
extended outward by a CAS Attendant.
DIRECT INWARD DIALING (DID) trunk calls [D-8]: If the call is to the Attendant, the Attendant can
input an ACCOUNT CODE [A-18] before extending the call.
INDIVIDUAL TRUNK ACCESS [I-4]: The Attendant cannot dial in an SMDR account code before using
direct trunk selection.
Incoming TIE trunk calls: If an incoming call to the Attendant is extended, the Attendant can input an
ACCOUNT CODE [A-18].
SERIAL CALL [S-15]: The duration of the total call is recorded on the last station call.
STATION HUNTING [S-7, 8, 9]: The hunted-to station is recorded in the called number field.
TANDEM TIE TRUNK [T-1] Calls: The calling number is the incoming trunk route plus trunk number;
the called number is the number dialed.
UNIFORM CALL DISTRIBUTION (UCD) [U-1]: The calling number is the incoming trunk route plus
trunk number. If the call is to a station, the station answering the number is recorded as the dialed number.
On an incoming trunk call to the Attendant, the Attendant call record will start upon answering and
complete when the Attendant releases. A station call record will start when the Attendant releases and
complete when the station goes on-hook. If required, a station record will not be generated if the station
does not answer.
A system option is available to allow or restrict call completion in the case where a failure occurs in
transmitting SMDR data from the processor to the I/O port.

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S-10

Station Message Detail Recording (SMDR)

Service Conditions (cont’d)
31.

Additional hardware is required.

To SMDR Port
RS232C / 10 BASE-T

SMDR Terminal

32.
33.

34.

35.
36.
37.
38.

Page 672

When either of the 2 parties goes On-Hook (or presses Transfer key, Hold key, Answer key, Over key)
during Station-to-Station Calling [S-11], output of the billing information will be completed.
Call Time specification:
• The base for Call Start Time and Call End Time is the time in the calling party-side node.
• In case there is time difference between each node, related time difference data, based on the UCT
(Universal Coordinated Time) standard, should be written in Network Data Memory (NDM) by using
the ATDF command.
• Because billing information gathering is performed in the called party-side node, the Call Start Time in
the originating node is determined in a way the deduction of time between calling and called party nodes
is added or subtracted to/from the called party-side time. (If there is no time difference data in any [both]
of the nodes, the Call Start Time is specified automatically by that in the called party-side node.)
• A counter, not the clock providing the current time, is used for Call End Time calculation. The
calculation method is as follows:
a.) Call Start Time (by using the clock) and the current counter value are registered to the Call Base
Table, soon after a line connection is established.
b.) Upon the call completion, the deduction between the counter value shown in a.) and that renewed
during the call exchange is calculated.
c.) The deduction is transformed to a time (hour, minute, second, milli-second) format.
d.) The transformed time is added to the Call Start Time registered in a.)-End.
• The counter-based time is renewed in every 16.384 msec.
The maximum number of calls available for concurrent storage in the system memory (active calls), is:
1-IMG/4-IMG system 28,000
IPX-U
47,000
If an overflow occurs, calls are allowed to complete but are not recorded.
To output the FCCS-related billing data, the external SMDR terminal should be compatible also with the
IMX text format patterns.
When a station originates an outgoing trunk call using a trunk in the remote node (the station and the trunk
belong to an FCCS network), the billing information for the station to trunk connection is not recorded.
Because the FCCS service achieves a completely fused link between multiple distant nodes, intrastation
connections and node-to-node connections are theoretically considered identical.

NEAX2400 IPX Feature Programming Manual
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Station Message Detail Recording (SMDR)

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Service Conditions (cont’d)
39.

40.
41.
42.
43.

When a line connection is established on the FCCS link, the billing data concerned is collected fully in the
called station-side node, not in the calling station side. The collected data is then transmitted to the SMDR
terminal as the call finishes.
Multiple Center Nodes can be assigned on a FCCS network for centralized billing purposes.
Transmission of call base table with 220 bytes.
Since Release 5 software, when the user performs system changeover (using MBR key, CMOD command
or etc.), system massages (26-V, 26-W) are displayed. However, there are no defective conditions.
The figures on the following pages show the Service Conditions of Polling Method, focusing on when
CCIS links are involved.

Example 1

•

Node A (Fusion - Center Node) Collects the billing information of Nodes B and C via FCCS using the
polling method.
FCCS - Center Node
IPX

FCCS Network

36456
26549
55213
75213

SMDR
Equipment

Node A

Billing information of
Node B

IPX

Polling
FCCS
Node B

Billing information of Node B

FCCS
Po

llin

g

IPX
FCCS

79
84 879
6
35 51
16
65 4
65

Node CNode C
: Fusion Call Control Signal (FCCS)
: Common Channel Inter-Office Signaling (CCIS)

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S-10

Station Message Detail Recording (SMDR)

Service Conditions (cont’d)
Example 2

•
•
•

Node A tries to collect the billing information of Node B and Node C via FCCS, using the polling method
(Node A cannot collect the billing information of Node C via FCCS).
Node C sends the billing information via CCIS, ignoring polling from Node A.
Node C deletes the Point Code (CCIS) of Node A for centralized billing data when required to send billing
information for polling from Node A.
FCCS - Center Node
CCIS - Center Node

FCCS Network

IPX
Polling

FCCS
SMDR
Equipment

01010
10001
01010
19010

Billing information of
Node B

Node A

IPX

Node B Node B

Polling

CCIS
IPX
ignores
Billing information of
Node C

01
10 01
01 00 0
0
19 1 1
01 0
0

Node CNode B

DPC0:
Node A

: Fusion Call Control Signal (FCCS)
: Common Channel Inter-Office Signaling (CCIS)

Page 674

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Station Message Detail Recording (SMDR)

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Service Conditions (cont’d)
Example 3

•
•
•

Node A tries to collect the billing information of Node B via FCCS, using the polling method (Node A
cannot collect the billing information of Node B via FCCS).
Node B sends the billing information via CCIS, ignoring polling from Node A.
Node B deletes the Point Code (CCIS) of Node C for centralized billing data when required to send billing
information for polling from Node A.
FCCS Network

FCCS - Center Node
IPX

IPX

Polling

FCCS

DPC0:
Node C

ignores

Node A

SMDR
Equipment

Node B
IS
CC

CCIS - Center Node

2
93
08 54 4
1 3 565
30 4 54
95

non IPX

CC
I

S

Node CNode C

: Fusion Call Control Signal (FCCS)
: Common Channel Inter-Office Signaling (CCIS)

B

ng
illi

o
in f

rm

ati

on

o

od
fN

eB

SMDR
Equipment

Example 4

•
•

Node A collects the billing information of Node B and Node C via FCCS, using the polling method.
Node A sends the billing information of Node A, Node B and Node C.
CCIS - Center Node
non IPX

FCCS - Center Node
IPX
DPC0:
Node D

36456
26546
36456
55213
26546
36456
75213
85454
55213
75213
25454
75213

Billing information of
Nodes A, B, C
Node D

FCCS Network

FCCS

IPX

Polling
01010
10001
01010
10110

Node A

CCIS

Node B

Billing information of Node B
ll
Po

SMDR
Equipment

ing

SMDR
Equipment

FCCS

FCCS
Bi
llin
or
nf
ma

9
87
7 9 51
6
84 9 25
38 56 5
46

gi

IPX

n
tio
of
de
C

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

No

: Fusion Call Control Signal (FCCS)
: Common Channel Inter-Office Signaling (CCIS)

Node
Node C
C

Page 675

S-10

Station Message Detail Recording (SMDR)

Service Conditions (cont’d)
Example 5

•
•
•

Node A collects the billing information of Node B and Node C via FCCS, using the polling method (Billing
information of Node B cannot be collected).
Node B sends the billing information to Node D via CCIS, ignoring polling from Node A.
Node B deletes the Point Code (CCIS) for Node D when Node B wants to send billing information for
polling from Node A.
FCCS - Center Node
IPX

FCCS Network

Polling

CCIS - Center Node
non IPX

Billing information of Node B
CCIS
Node D

Node
Node B
C
DPC0:
Node D

Po

SMDR
Equipment

IPX
ignores

FCCS

Node A

36456
26546
55214
75213

llin

SMDR
Equipment

g

Bi
1
3 5 88 9
io n
46
at
rm
nf o de C
No

gi

9
87
7 9 651
84 65

llin

FCCS
IPX
FCCS

of
: Fusion Call Control Signal (FCCS)
: Common Channel Inter-Office Signaling (CCIS)
Node
Node C
C

Page 676

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Station Message Detail Recording (SMDR)

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Service Conditions (cont’d)
Example 6

•

Node A collects the billing information of Node B, Node C and Node D, which are stored in Node B by
polling method.
Node D sends the billing information to Node B.

•

FCCS Network
FCCS - Center Node
IPX
Billing information of
Node B, D

Node A

36546
55213
25454
75213

CCIS - Center Node
IPX
Billing information of
Node D

ignores

Polling

36456
26543
25454
75213

DPC0:
Node B

NodeDC
Node

Node B
CCIS

FCCS
llin
Po

SMDR
Equipment

non IPX

g

Bi

SMDR
Equipment

9
87
79 1 65
i
5

gi

8
2
8
46 5 65
ion
46
at
rm
nfo de C
No

llin

FCCS
IPX
FCCS

of
Node
Node C
C

DPC:

: Fusion Call Control Signal (FCCS)
: Common Channel Inter-Office Signaling (CCIS)
Destination Point Code

SOCKET Interface (LAN Interface) Conditions

1.
2.
3.
4.

SMDR data can be output via LAN cable.
A maximum of four SMDR apparatuses per node are available.
When providing this feature with LAN interface, IMX text format must be designated by the ASYDL
command (SYS 1, Index 578-581, b0).
SMDR apparatus with LAN interface and SMDR apparatus with RS232C interface cannot be connected
to the same node.

NEAX2400 IPX-UMG Conditions

1.
2.

When the system is IPX-UMG, SMDR equipment (PC) is connected via RS232C/LAN to SP.
The maximum of calls available for concurrent storage in the system memory is:
IPX-UMG 47,000 times the number of LMGs

Relocation condition for SMDR

When relocating a SMDR equipment to other node, reassign the billing information-related data. The relocation
conditions are shown below.
1.
Make sure there is no billing information in the each node from Center Node before changing the SMDR
location. (Ex. Make sure billing information is output to the SMDR by sending test signal.)
2.
An exact billing information may not be output to SMDR while changing SMDR location.
3.
When removing the SMDR equipment from the Center Node, first of all, delete the billing informationrelated data, and also when connecting the SMDR to new-Center Node, the user must, first of all, assign
appropriate billing information-related data.

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Station Message Detail Recording (SMDR)

Service Conditions (cont’d)
4.

Assign Fusion Point Code (FPC) of new-Center Node to all node including ex-Center Node by using
ASYDL command System Data 1 Index 577.

Interactions
1.
2.
3.
4.

5.
6.

7.
8.
9.
10.

11.

12.

If LCR(S) is provided, the LCR(S) access code is listed in ARNP. If an outgoing route is not used in
LCR(S), then list the OGCA access code in ARNP.
To test SMDR output, it is recommended that a serial printer or breakout box be used to determine if the
system is sending data.
CALL TRANSFER-ALL CALLS [C-11]: Either the first station, last station, or split billing is allowed
with SMDR. Split billing provides a separate call record for both before and after a call transfer.
ATTENDANT CAMP-ON WITH TONE INDICATION [A-1]: The called station number is recorded for
incoming C.O. calls via the Attendant Console (RRI 2 of ARSC). To record the time a destination station
is on a call, split billing or last station billing is required. With split billing, the time the Attendant Console
is on the call is separated from the time the destination station is on the call. For last station billing, the
destination station is charged with the entire time of connection.
LEAST-COST ROUTING-3/6-DIGIT [L-5]: SMDR will record the digits sent rather than the digits
dialed.
The destination station is recorded on SMDR for the following features:
CALL FORWARDING
[C-2, 3, 5]
CALL PICKUP
[C-7, 30]
CALL FORWARDING-INTERCEPT [C-25]: An incoming trunk call responds to Call ForwardingIntercept to the Attendant Console. SMDR records the call as if it is a direct call to the Attendant Console.
NIGHT CONNECTION-FIXED/FLEXIBLE [N-1, 2]: Calls terminated to these stations are recorded on
SMDR.
OUTGOING TRUNK QUEUING [O-2]: SMDR records the outgoing call when the system recalls the
user and the digits are sent, not when the trunk is queued.
REMOTE ACCESS TO SYSTEM [R-2]: The incoming route and trunk number is recorded as the calling
party. If FORCED ACCOUNT CODE [F-7] is used, it will be recorded on SMDR. REMOTE ACCESS
TO SYSTEM via a DID will not record FORCED ACCOUNT CODE on SMDR.
TRUNK-TO-TRUNK CONNECTION [T-10] and TIE LINE ACCESS [T-3]: SMDR records an
incoming TIE Line that uses TRUNK-TO-TRUNK CONNECTION to make an outgoing call. The TIE
Line route and trunk number is recorded as the calling party. The outgoing route is programmed for SMDR
in ARTD, not the incoming TIE Line route.
CALL WAITING-TERMINATING [C-12]: SMDR will begin recording the call when the call is
answered, not when a Call Waiting Tone is heard.

Programming
STEP 1:

Page 678

ASYD - System Data 1, Index 20, Bit 7. Charging to a call transferred by CALL FORWARDINGOUTSIDE Service 0/1: Charging is made to the caller of the transferred call / charging is made to the
station that has set CALL FORWARDING-OUTSIDE service. System Data 1, Index 32. Assign data
86H. Bit 7 enables SMDR service, Bit 2 will record the route taken, and Bit 1 records tenant
information.
Optional assignments may include Bit 5 and Bit 6.
System Data 1, Index 32, Bit 5. Is the Route Access code recorded? 0/1: No/Yes.

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Station Message Detail Recording (SMDR)

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Programming (cont’d)

STEP 2:

System Data 1, Index 32, Bit 6. Is the number sent or number dialed recorded in SMDR? 0/1: Number
Sent/Number Dialed.
System Data 1, Index 33. Assign this index for Split Billing. If Split Billing is used, assign 00H. If
Total Billing is used, Bits 3 & 4 represent the following: 00: Telephone called first. 01: Telephone
called last. 10: Telephone receiving call from an Attendant Console.
Bit 5 must be assigned as data “1” to provide total billing for incoming calls.
Bit 6 must be assigned as data “1” to provide total billing for outgoing calls.
System Data 1, Index 34. Assign data 01H or 21H. Bit 0 enables RS-232C transmission.
System Data 1, Index 157. Outgoing Trunk, Soft Hold Timer. The point in time when the system will
recognize an outgoing call as answered. Default is 18 seconds. Because of interaction with momentary
pressing of the hook-switch, this data may be reassigned as 31H for 2 seconds. Take the SMDR aspect
into consideration when reassigning this data.
System Data 1, Indexes 288-295
Designation of the attributes of the SMDR.
SMDR output port will be designated. For this designation, the attributes of the terminal that outputs
the detail call information should have been designated by indexes 117-123. (Assigned by the AIOC
command.)
Also for detecting a fault of the SMDR, set the SMDR fault detect timer.
Index 288 = Charging information port of SMDR A.
Bit 4:
IOC Equipment Number (0/1=No.0/No.1)
Bit 5:
Expanded SMDR Output (0/1=Out/In Service)
Index 289 = SMDR fault detect timer of SMDR A.
Index 290 = Charging information port of SMDR B.
Bit 4:
IOC Equipment Number (0/1=No.0/No.1)
Bit 5:
Expanded SMDR Output (0/1=Out/In Service)
Index 291 = SMDR fault detect timer of SMDR B.
Index 292 = Charging information port of SMDR C.
Bit 4:
IOC Equipment Number (0/1=No.0/No.1)
Bit 5:
Expanded SMDR Output (0/1=Out/In Service)
Index 293 = SMDR fault detect timer of SMDR C.
Index 294 = Charging information port of SMDR D.
Bit 4:
IOC Equipment Number (0/1=No.0/No.1)
Bit 5:
Expanded SMDR Output (0/1=Out/In Service)
Index 295 = SMDR fault detect timer of SMDR D.
System Data 2, Index 3. Bit 0 enables SMDR registration per tenant.
System Data 2, Index 3. Optional assignments for station-to-station connection. Bit 6, 0/1: Calling &
Called output/Called output only. Bit 7, 0/1: -/SMDR Output (STN-STN) is in service.
ASYDL - System Data 1, Index 576
Bit 0. Centralized Billing-Fusion (Polling Method): 0/1 = Not/To be provided. Required both for
Center Node and each Local Node.
Bit 1. SMDR for station to station connections in a self node 0/1=output/not output (Note 1)
Bit 2. 0 = RS-232C interface is used.
System Data 1, Index 577.
Fusion Point Code (FPC) of Center Node.

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S-10

Station Message Detail Recording (SMDR)

Programming (cont’d)
Provided that “1” is flagging in Bit 0 of Index 576 (System Data 1), let every Local Node recognize its
belonging Center Node for centralized billing-Fusion. Assign data on Center Node FPC at each Local
Node. Given this data, the Local Nodes can acknowledge the SMDR polling only from the Center
Node specified here (the polling from other parties will be ignored).
At the Center Node, assign 00H.
System Data 1, Index 578-581, Bit 0. Assign proper data (0/1) for regulation of output text format
pattern for centralized billing-Fusion. Index 578 corresponds to SMDR A, 579 to SMDR B, 580 to
SMDR C and 581 to SMDR D. The pattern to be adopted will be:
Bit 0 = 0: ICS text format.
Bit 0 = 1: IMX format.
System Data 1, Index 582, Bit 0-3. Assign the number of nodes to be polled at once.
0000 = 1
0001 = 1
0010 = 2
0011 = 3
0100 = 4
0101 = 5
0110 = 6
0111 = 7
1000 = 8
1111 = 8 Note 2
Note 1: This data is valid when the data is assigned at SYS1, Index 512.
Note 2: For the numbers more than 8, assign the data value as 8.
System Data 1, Index 583, Bit 0-2. The timing for Fusion billing data transmission from the node that
accommodates the outgoing trunk or the node that accommodates the called station to the node that
accommodates the calling party (Valid when SYS 1, Index 583, b7 = 0 in ASYDN).
Bit 2 1 0
Bit 2 1 0
0 0 0 = 8 seconds
1 0 0 = 8 seconds
0 0 1 = 2 seconds
1 0 1 = 10 seconds
0 1 0 = 4 seconds
1 1 0 = 12 seconds
0 1 1 = 6 seconds
1 1 1 = 14 seconds
System Data 1, Index 608-639.
Fusion Point Code (FPC) of SMDR polling destination.

Page 680

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Programming
After the Center Node (multiple CN: possible on a network) is assigned for centralized billing-Fusion,
let the Center Node recognize its polling destination (specified by the FPC), referring to the table
below. In the table, each bit represents Fusion Point Code ranging from 1 to 253. When “1” is set, the
FPC is specified as the polling destination.
INDEX

B7

B6

B5

B4

B3

B2

B1

B0

608

7

6

5

4

3

2

1

-

609

15

14

13

2

11

10

9

8

610

23

22

21

20

19

18

17

16

611

31

30

29

28

27

26

25

24

612

39

38

37

36

35

34

33

32

613

47

46

45

44

43

42

41

40

614

55

54

53

52

51

50

49

48

615

63

62

61

60

59

58

57

56

616

71

70

69

68

67

66

65

64

617

79

78

77

76

75

74

73

72

618

87

86

85

84

83

82

81

80

619

95

94

93

92

91

90

89

88

620

103

102

101

100

99

98

97

96

621

111

110

109

108

107

106

105

104

622

119

118

117

116

115

114

113

112

623

127

126

125

124

123

122

121

120

624

135

134

133

132

131

130

129

128

625

143

142

141

140

139

138

137

136

626

151

150

149

148

147

146

145

144

627

159

158

157

156

155

154

153

152

628

167

166

165

164

163

162

161

160

629

175

174

173

172

171

170

169

168

630

183

182

181

180

179

178

177

176

631

191

190

189

188

187

186

185

184

632

199

198

197

196

195

194

193

192

633

207

206

205

204

203

202

201

200

634

215

214

213

212

211

210

209

208

635

223

222

221

220

219

218

217

216

636

231

230

229

228

227

226

225

224

637

239

238

237

236

235

234

233

232

638

247

246

245

244

243

242

241

240

639

-

-

253

252

251

250

249

248

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Station Message Detail Recording (SMDR)

Programming (cont’d)

STEP 3:

STEP 4:

STEP 5:
STEP 6:

System Data 1, Index 641, Bit 0. Type of the station number for the ICS text format.
0/1=Physical Station Number/Telephone Number.
System Data 1, Index 641, Bit 3. Kind of the route number for the ICS text format.
0/1=Physical Route Number/Logical Route Number.
SOCKET Interface (Lan Interface) Programming
System Data 1, Index 529: Assign the methods of parity check
b0:
0/1=No parity check/Odd parity
b1:
0/1=No parity check/Even parity
Index 576, b2=1 (LAN interface is used)
Index 578-581, b4: Assign the usage of the SMDR.
Index 578, b4:
0/1=SMDR A is not used/used
Index 579, b4:
0/1=SMDR B is not used/used
Index 580, b4:
0/1=SMDR C is not used/used
Index 581, b4:
0/1=SMDR D is not used/used
ASYDN - This data should be set “0” for ASYDL, SIS 1, Index 583, b0-2. Index 583, bit 7.
The node for saving fusion billing data:
0 = The node accommodating the calling party
1 = The node accommodating the outgoing trunk or the called station
AIOC - Assign the function and attribute data of the IOC ports.
This data is not necessary when using LAN interface.
ARTD - CDN 10:SMDR. Enable outgoing routes to be included for SMDR registration. CDN
16:SMDR2. Determination, on a per-route basis, of what type of connection will be registered by
SMDR. Also remember to flag the LCR (S) flag route. For outgoing only routes, assign data “0”. For
incoming routes, assign data “2”. For bothway trunk routes, assign data “1” only. CDN 56:SMDR3.
Detailed billing for outgoing (tandem). CDN 69. Detailed billing for incoming (tandem). With regard
to CDN 56:SMDR3 and CDN 69:SMDR4, see below.
PBX A

PBX A

RT 1

Station A

No SMDR

PBX A

RT 2

SMDR

Station C

SMDR

In the network shown above, PBX B functions as a tandem switch. In this example, parameters SMDR
3 and SMDR 4 for RT 1 of PBX B should be assigned as “1” for the following reasons:
• When Station C places a call to Station A:
• Since SMDR collects billing information on the outgoing trunk at PBX C, billing information
on the outgoing trunk of RT 1 is not required at PBX B (SMDR 3 = 1).
• When Station A places a call to Station C:
• At PBX B, SMDR collects billing information on the outgoing trunk of RT 2, and therefore
billing information on the incoming trunk of RT 1 is not required (SMDR 4 = 1).

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S-10

Programming (cont’d)
STEP 7:

ASFC - Assign data “1” to SFI 14 of a Service Feature Class, the traffic of which is to be registered on
SMDR (Trunk Basis). Assign data “1” to SFI 58 of a Service Feature Class the traffic of which is to be
registered on SMDR (STN to STN Basis).
Note: When SMDR for station-to-station calling is not used, both stations in communication must be restricted at
the SFI 58.
STEP 8: ARNP - For the routes flagged for SMDR in ARTD, list the route number and the Outgoing Trunk
access code (OGC) or Outgoing Trunk Advance (OGCA) access code here. If LCR(S) is used, list the
route numbers and the LCR(S) access code.
STEP 9: AMND - Assign the number of digits the register is to receive for every dialing code. List the Toll
Number ID Data code for the system to distinguish the Toll Dialing patterns for SMDR registration.
The dialing code listings are identical for LCR(S). Refer to the AMND descriptions for LCR-3/6DIGIT [L-5] and TOLL RESTRICTION-3/6-DIGIT [T-7].

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
ATDF - Assign time difference data if the time between the nodes and the UCT (Universal
Coordinated Time) may not be identical on a FCCS network. The assigned data (time difference
margin [Plus/Minus, Hour, Minute] between each FPC and the UCT) is to be written in Network Data
Memory (NDM) of the Network Control Node (NCN).
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Page 683

S-11

Station-to-Station Calling

S-11

Station-to-Station Calling

General Description
This feature permits any user to directly dial another station within the NEAX2400 IPX system without operator
assistance.

Operating Procedure
1.
2.

Lift the handset; receive dial tone.
Dial the desired telephone number.

Service Conditions
1.
2.

3.
4.
5.
6.
7.
8.

9.
10.
11.

If the called station is off-hook, the originating station receives a busy tone. Otherwise, the called station
will ring and the caller will hear a ringback tone.
If the called station remains unanswered for longer than a preset interval, the call will not be transferred
to the ATTENDANT CONSOLE [A-3], unless CALL FORWARDING-DON’T ANSWER [C-3] is
provided.
If the called station is busy, the call will not be transferred to the Attendant Console, unless CALL
FORWARDING-BUSY LINE [C-2] is provided.
Station-to-station calling between TENANTs [T-12], will not be restricted, unless programming for such
restriction is entered in system data.
The maximum number of digits per telephone number is 16.
The same telephone numbers cannot be duplicated in different TENANT [T-12] groups.
Calling Party Release/Called Party Release/Both Party Release/First Party Release can be selected on a
system basis.
The following features, if activated, may result in the calling user to be connected to a station other than
the dialed station:
CALL FORWARDING - ALL CALLS/BUSY/DON’T ANSWER[C-5, 2, 3]
CALL PICKUP
[C-7, 30]
STATION HUNTING
[S-7, S-8, S-9]
UCD
[U-1]
When HOT LINE [H-1] service is provided, the calling user automatically connects to a preset number by
going off-hook. The preset number may be another station, an Attendant, or an outside party.
When the calling user dials an unassigned telephone number, the call will be routed to reorder tone or
Announcement (option).
An option per station line is available to eliminate the STATION 5dB PAD [S-62].

Interactions
1.
2.

The ATNR command is required for all station-to-station calling.
The normal 5 dB PAD loss inserted for station-to-station calling may be eliminated on a per-station basis.
For these stations, assign a Service Feature Class that allows SFI 50, Removal of 5dB pad for Off-Premises
Extensions (OPX).

Programming
STEP 1:

Page 684

ASYD - System Data 1, Index 4, Bits 2 & 3. Assign data “10” for First-Party Release.
NEAX2400 IPX Feature Programming Manual
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Station-to-Station Calling

S-11

Programming (cont’d)
STEP 2:

ATNR - Assign for Tenant Restriction Index (TRI) 0. This index allows for station-to-station calling
between the same tenant and between different tenants.
DAY/NIGHT: Day/Night Mode
D: Day Mode
N: Night Mode
OGTN:
Originating Tenant
TMTN:
Terminating Tenant
TRI:
Tenant Restriction Index (0-15)
RES:
Restriction Data
0:
Restricted
1:
Allowed
TRI:
Tenant Restriction Index
0:
Allows Intra and Inter-tenant station calls. Allow call within tenant.
1:
Allows CALL FORWARDING-ALL CALLS, -DON’T ANSWER, and -BUSY
LINE on an Intra and Inter-tenant basis. Allow this feature within self-tenant.
2:
Allows or restricts incoming calls via the Night Attendant Console from tenant
to tenant. This allows the tenant, as assigned to a trunk, to be terminated to a
tenant, as assigned to a station.
3:
Allows the CALL FORWARDING-ALL CALLS, DON’T ANSWER, and
BUSY LINE on an Intra and Inter-tenant basis, as when set by the Attendant
Console.
4:
Allows or restricts incoming calls to the Attendant Console on a per-tenant
basis. Thus, an Attendant may handle calls only for a specific tenant.
5:
Day/Night Mode Change Restriction.
6:
Not used
7:
Not used

FCCS Programming
No unique programming is required for the FCCS network.

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S-12

Station-to-Station Calling - Operator Assistance

S-12 Station-to-Station Calling - Operator Assistance
General Description
This feature allows a user to call another station within the PBX, with the assistance of the ATTENDANT
CONSOLE [A-3] operator.

Operating Procedure
1.
2.
3.
4.
5.

Lift the handset; receive dial tone.
Dial the operator access code (normally “0”).
Relay the desired telephone number to the Attendant.
The Attendant dials the telephone number.
Calling and called parties are connected when the Attendant presses the RELEASE key.

Service Conditions
1.
2.
3.
4.
5.

The Attendant may drop out of the connection before or after the called party has answered.
If the called station does not answer within 30 seconds, AUTOMATIC RECALL [A-8] will be activated.
The Recall Timer length is set in system data.
Using this feature, the Attendant may connect the calling party to a fully-restricted station.
STATION-TO-STATION CALLING-OPERATOR ASSISTANCE between TENANTs [T-2] will not be
restricted, unless such a restriction is programmed in system data.
The Fusion Point Code of the node which accommodates the called Attendant Console must be assigned
after system data assignment.

Interactions
1.
2.

3.
4.

The ATNR command is required for all station-to-station calling.
The normal 5 dB PAD loss inserted for station-to-station calling may be eliminated on a per-station basis.
For these stations, assign a Service Feature Class that allows SFI 50, Removal of 5dB pad for Off-Premises
Extensions (OPX).
The Attendant Console must first be provided.
ATTENDANT CAMP-ON WITH TONE INDICATION [A-1]: The Attendant cannot camp-on a stationto-station call.

Programming
STEP 1:
STEP 2:

Page 686

ASYD - System Data 1, Index 4, bits 2 & 3. Assign data “10” for First-Party Release.
ATNR - Assign for Tenant Restriction Index (TRI) 0. This index allows for STATION-TO-STATION
CALLING between the same tenant and between different tenants. The tenant, in which the Attendant
resides, must also be allowed STATION-TO-STATION CALLING to assist in placing the call.
DAY/NIGHT: Day/Night Mode
D: Day Mode
N: Night Mode
OGTN:
Originating Tenant
TMTN:
Terminating Tenant

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S-12

Programming (cont’d)
TRI:
RES:

Tenant Restriction Index (0-15)
Restriction Data
0:
Restricted
1:
Allowed

FCCS Programming
No unique programming is required for the FCCS network.

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Page 687

S-13

Step Call

S-13

Step Call

General Description
This feature allows the Attendant or user, upon calling a busy station, to call an idle station by dialing an additional
digit. This feature will operate only if the number of the idle station is identical to that of the busy station in all
respects, except the last digit.

Operating Procedure
1.
2.
3.

The dialed station (220) is busy.
Dial “5” (or any digit between 0 and 9).
If Station 225 is idle, the call will be connected there.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
Note:

8.

This feature can be provided for all stations and the Attendant Console(s).
STEP CALLING can be in any order, 0-9 or 9-0.
If the second selected station is also busy, STEP CALLING can continue until a station rings.
If a station is set for any type of CALL FORWARDING (ALL CALLS, BUSY LINE NO ANSWER [C2, 3, 5]), the call forwarding will take effect.
CALL FORWARDING - ALL CALLS/BUSY LINE [C-2, 5]: The activation of a call forwarding feature
by the called station can cause a STEP CALL to be completed to a station other than the dialed station.
CONSULTATION HOLD - ALL CALLS [C-17]: STEP CALL can be activated when a busy tone is
returned on a Consultation Hold attempt.
The STEP CALL feature is not operational for trunk incoming calls to PBX stations.
STM:2 and STS:6 should be assigned as 1 by ASTD command, to restrict Step Call on DID.
A STEP CALL to a station in LINE LOCKOUT [L-3] or maintenance busy state will result in a reorder
tone.

Interactions
1.
2.

3.
4.
5.

Page 688

A STEP CALL can search through an entire group to find an idle station.
CALL FORWARDING [C-2, 3, 5]: STEP CALL will respond according to the numbering scheme of the
dialed station. Station A (7526) call forwards his phone to Station B (7128). Station B is busy. The calling
station dials 7526 and receives busy tone. The calling station then dials 2. The call terminates at 7522.
CONSULTATION HOLD-ALL CALLS [C-17]: STEP CALL can be used when encountering a busy
station via CONSULTATION HOLD.
LINE LOCKOUT [L-3]: A STEP CALL to a station in LINE LOCKOUT [L-3] results in reorder tone.
Another digit can be dialed to reach an idle station.
When STEP CALL [S-13] is used after LAST NUMBER CALL [L-6, 6D] service with the access code,
the destination of STEP CALL is changed depending on the access code of the LAST NUMBER
CALLED [L-6, 6D] service because the PBX recognizes the access code of LAST NUMBER CALLED
as the telephone number. In other words, the target number for STEP CALL is not the telephone number
dialed before LAST NUMBER CALLED, but the number dialed as the LAST NUMBER CALLED access
code. For example:
a.) Station A places a call to Station B (4000) by dialing “300”, which is the access code of LAST
NUMBER CALLED.
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S-13

Interactions (cont’d)
b.) Station A hears busy tone since Station B is busy.
c.) Station A dials “1” using STEP CALL.
d.) The PBX recognizes that “301” is dialed.

Programming
STEP 1:
STEP 2:

ASYD - System Data 1, Index 59, Bit 2. DID Busy Condition 0/1: No Tone/Busy Tone (Assign 1)
ASTD - STM 2, STS 6, ST 1 to restrict DID step call.

FCCS Programming
No unique programming is required for the FCCS network.

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Page 689

S-15

Serial Call

S-15

Serial Call

General Description
This feature allows the Attendant to arrange for a recall from a station before releasing a Central Office call to that
station. When the station subsequently disconnects from the call, the Central Office party automatically rings back
to the Attendant.

Operating Procedure
1.
2.
3.
4.
5.
6.

Answer the incoming Central Office call.
Extend the call to the desired station.
Press the SERIAL CALL (SC) key; the HOLD lamp corresponding to the loop will light.
The called station and incoming station are connected.
The called station hangs up; the HOLD lamp and the ATND lamp on the Attendant Console flash at 60
IPM. If the Attendant position is available, an audible indication will be provided.
Press the associated loop key to return to the incoming calling party.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.

10.
11.
12.
13.

14.
15.

Page 690

This service feature is effective only for incoming calls from external trunks.
If the Attendant enters a loop that is already set up for SERIAL CALL, the service is automatically
cancelled.
SERIAL CALL (SC) is not provided for station-to-station calling.
SERIAL CALL can be provided on a per-tenant basis.
SERIAL CALLING is allowed when a station is involved in an ATTENDANT CONTROLLED
CONFERENCE [A-2].
STATION MESSAGE DETAIL RECORDING (SMDR) [S-10]: The duration of the total call is recorded
on the last station call.
When the ATTENDANT LOCKOUT [A-5] feature is provided, the Attendant cannot reenter the
connection without being recalled.
This feature is not applicable for tandem connections.
In the Loop Release system, once this service is set, the attendant position enters the idle state, and the
established call is released from the loop, enabling all hooking services at the extension side. ASYD,
System Data 1, Index 186, bit 4 = 1.
The Attendant sets this service by pressing the SC key when the extension user answers.
It is not possible to release this service once it is set.
If the operator presses the SC key before the called extension answers (Non-Delay mode service setting),
the external calling party receives a ringback tone, and the Attendant position enters the idle state.
In the Non-Delay mode service, setting the extension loop release does not occur until the called extension
answers, even though the Loop Release system is specified by the system data setting (System Data 2
Index 2 b5 = 1). The operator is allowed to reenter the connection before the extension answers, though
the SERIAL CALL service remains set.
CALL PICKUP GROUP [C-7] feature can be used for answering a call handled by the operator in the
Non-Delay service setting mode.
CALL FORWARDING-DON’T ANSWER [C-3] feature cannot be used if SERIAL CALL is set.

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Serial Call

S-15

Service Conditions (cont’d)
16.

17.
18.
19.
20.
21.

22.

23.

SERIAL CALL termination is indicated to the Attendant by means of the HOLD or SC/RC lamp and
buzzer indication. ringback tone is sent to the external calling party up to the time the Attendant answers
the indicated serial call.
SC termination indication goes off if the external calling party is released before the Attendant answers
the indicated serial call (in case of TIE Line connection).
Either the SC/RC key or the ANSWER key is used to answer a serial call if ASYD System Data 1, Index
186, Bit 4 is “1”.
SERIAL CALL service is automatically released when the operator answers the indicated serial call.
The Day-To-Night mode change does not interrupt the indication of serial call termination.
Attendant supervision of a SERIAL CALL on the ATTENDANT CONSOLE [A-3] is provided via the
loop status lamps. After an incoming trunk call is extended to a station and the called station goes on-hook,
the Attendant is alerted by the flashing HOLD indicator lamp.
The following features are denied toward a line or trunk involved in a SERIAL CALL if ASYD, System
Data 1, Index 186, bit 4 = 0:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
ATTENDANT OVERRIDE
[A-7]
BUSY VERIFICATION
[B-3]
[B-6D]
BOSS-SECRETARY OVERRIDE - Dterm
CALL HOLD
[C-6, 6D]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
EXECUTIVE RIGHT-OF-WAY
[E-1, 1D]
When CALL WAITING - TERMINATING [C-12], CALL WAITING - ORIGINATING [C-31],
Attendant Camp-On, or Attendant Camp-On - CCIS is set to the station already engaged in a SERIAL
CALL, the following conditions occur:
a.) If the station answers the overriding call, the party formerly engaged in the SERIAL CALL is
placed on hold. When the station releases and does not return to the held call, the Attendant is
recalled.
b.) If the station does not answer the overriding call, Call Waiting or Attendant Camp-On is
activated.

Interactions
1.

Features requiring the switch hook to be flashed are available. These include CALL TRANSFER-ALL
CALLS [C-11], CALL PICKUP [C-7, 30], CONSULTATION HOLD [C-17], and CALL HOLD [C-6] if
ASYD System Data 1, Index 186, Bit 4 is “1”.
2.
EXECUTIVE RIGHT-OF-WAY [E-1], BUSY VERIFICATION [B-3], and ATTENDANT OVERRIDE
[A-7] are available towards a station/trunk involved in a Serial Call, if ASYD System Data 1, Index 186,
Bit 4 is “1”.
3.
If a Serial Call is transferred to a second station, when the second station hangs up, the Serial Call will
return to the Attendant Console if ASYD, System Data 1, Index 186, Bit 4 is “1”.
Note: The SC (Serial Call) key is the key right of the DEST key. The SC/RC (Serial Call Recall) key replaces the
CCSA key if ASYD System Data 1, Index 186, Bit 4 is “1”.

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Page 691

S-15

Serial Call

Programming
STEP 1:

ASYD - System Data 1, Index 186, Bit 4. Serial Call Loop Release 0/1: OUT/In Service When data
“1” is assigned, CCSA calls will not ring the ATT. In this case, change ARTD CDN 6:TCL from
CCSA to DDD Line, TIE Line, etc.
System Data 2, Index 7, Bit 2. Is SERIAL CALL to be enabled on a per-tenant basis? 0/1: No/Yes.
System Data 1, Index 43, Bit 4. Is Attendant able to reenter loop of serial call? 0/1: No/Yes.

FCCS Programming
No unique programming is required for the FCCS network.

Page 692

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Single-Digit Feature Code

S-19

S-19

Single-Digit Feature Code

General Description
This feature allows the system to be programmed so that features used most frequently may be accessed by dialing
a single digit.

Operating Procedure
To access a desired feature, refer to the Operating Procedure section of that particular Feature Description.

Service Conditions
1.
2.

When accessing SINGLE-DIGIT FEATURE CODES, consideration must be given to the overall
numbering plan of the particular system, unless timing start has been provided.
Timing start is not available with this feature.

Interactions
1.
2.
3.
4.

For each feature with one-digit access, an entire number level is eliminated. Do not plan to have more than
one or two such features in a system.
The corresponding feature cancel code does not have to be a single digit.
TRUNK ANSWER ANY STATION [T-8], SPEED CALLING-SYSTEM [S-3], and DIAL ACCESS TO
THE ATTENDANT [D-2] are three applications for SINGLE-DIGIT FEATURE CODE.
The digit “*” or “#” can be used as the first digit of a trunk access code and can be used as a feature access
code.

Programming
STEP 1:

STEP 2:

STEP 3:

ANPD - Reserve a number level for feature access. Assign Connection Indexes, CI = N, H, B; Normal
(N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign NND in
accordance with a predetermined numbering plan. BLF is not in service.
ASPA - Assign the Tenant and Access Code for the desired feature. Assign Connection Indexes, CI =
N, H, B; Normal (N), Hooking (H), and/or Busy (B). Assign the SRV = SSC (Service Code) or SSCA
(Service Code Appendix), and Service Feature Index SID or SIDA for the required feature.
ASFC - Assign to the stations to receive this feature an SFC that allows the corresponding SFI.

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Page 693

S-21

Speed Calling - Station

S-21

Speed Calling - Station

General Description
This feature allows a user to dial certain frequently-called exchange network numbers using fewer digits
(abbreviated call codes) than normally required. Using this feature, a user can establish his own abbreviated codes.

Operating Procedure
1.
2.
3.

Lift handset or press SPEAKER key; receive dial tone.
Dial SPEED CALLING; enter access code (one to three digits). Note
Dial the abbreviated call code (one to three digits); call is completed.

To set using the Primary Station only

1.
2.
3.
4.

Lift handset; receive dial tone.
Dial SPEED CALLING; enter feature access code (one or two digits). Note
Dial the abbreviated call code (one to three digits). At this point no tone is returned.
Dial the outgoing number, including the route access code. A brief pause will occur before receiving
service set tone.
Note: If one digit code is used, the format must be 00 to 99.
To operate from a Dterm

1.

Press the REDIAL key; receive dial tone. The LCD displays:
LNR [*] / SPEED [_ _]
(Time Display)

2.

Press the desired call code; the call is completed.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.

Page 694

SPEED CALLING-STATION codes are programmed into RAM memory per Local Processor.
Each abbreviated call code can store a maximum of 24 digits, including access codes and pauses. A
maximum of 18 digits can be stored, including access codes and pauses.
A maximum of 100 stations per Module Group can be equipped with SPEED CALLING-STATION.
100 memory blocks per Module Group are assigned for speed calling. A maximum of 10 numbers can be
stored in each memory block. This allows for a total of 1,000 numbers per Module Group.
Each station can be assigned 10 memory blocks for speed calling; therefore, it can be programmed for 100
numbers maximum.
TOLL DENIAL/TOLL DIVERSION [T-6] and TOLL RESTRICTION-3/6-DIGIT [T-7] may or may not
be applied to SPEED CALLING, as desired.
LEAST-COST ROUTING-3/6-DIGIT [L-5] may be provided via SPEED CALLING-STATION access.
Each user of an individual station equipped with this feature can program a personal speed calling
numbers, via the single-line telephone.
If SPEED CALLING-STATION is assigned to a Local Processor, SPEED CALLING-GROUP [S-23]
shares the same memory tables. Therefore, careful consideration should be given when programming.
SPEED CALLING-STATION data will be retained in memory, even if the system is reinitialized or in the
event of a power failure, by means of a hard disk for a system.

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Speed Calling - Station

S-21

Service Conditions (cont’d)
11.
12.
13.

A pause may be programmed, using the “*” key of a PB pad. This will take one of the 24 digits available.
Rotary type phones cannot store a pause. A pause lasts 2.8 seconds.
It is not necessary to erase a stored number in order to store another number. The second number replaces
the first.
When a caller places a call via Outgoing Call Alternative (OGCA), and when the first outgoing route and
the station setting SPEED CALLING - STATION are restricted, this service cannot be set. In this case,
the service can be set via the following procedure:
a.) assign a dummy route,
b.) clear the restriction between the dummy route and all the stations,
c.) assign the dummy route as the first route of OGCA.

Interactions
1.
2.

3.

4.
5.
6.
7.
8.

Blocks are not assigned sequentially (1-100), but are assigned as a quantity of blocks in the AISA
command. These quantities will never exceed the value of 10.
If one block is assigned, the Abbreviated Call Code will be digits 0-9. If two blocks are assigned, the
Abbreviated Call Code will be digits 00 - 19. If three blocks are assigned, the Abbreviated Call Code will
be digits 00 - 29, and so on, to a maximum of 10 blocks with Abbreviated Call Codes 00 - 99.
Only the Primary Station will be allowed to use the SPEED CALLING-ASSIGN access code. When
assigning the abbreviated SPEED CALLING access code and number, a delay of 6-8 seconds will occur
until service set tone is returned.
Only those stations assigned as Secondary stations are considered to be members of the SPEED
CALLING-GROUP.
Stations of a SPEED CALLING-GROUP (INDIVIDUAL) must be in the same Module Group (MG).
Error 0238, “MG number of MY-Line/Primary station mismatch” is displayed.
SPEED CALLING-INDIVIDUAL requires the assignment of senders, route 905. See UNIVERSAL
SENDER [U-3].
OUTGOING TRUNK QUEUING [O-2]. This feature may be used with SPEED CALLINGINDIVIDUAL (GROUP) if all trunks are busy.
ROUTE ADVANCE [R-6] and LEAST-COST ROUTING-3/6 DIGIT [L-5] may be used with this
feature. The ASPA access code to either ROUTE ADVANCE [R-6] or LEAST-COST ROUTING-3/6
DIGIT [L-5] will be stored in the memory of the SPEED CALLING-GROUP number.

Programming
STEP 1:
STEP 2:

STEP 3:

STEP 4:

ASYD - System Data 2, Index 1, Bit 3. Does TOLL RESTRICTION apply to SPEED CALLINGSTATION? 0/1: Yes/No. (If yes, refer to TOLL RESTRICTION-3/6 DIGIT [T-10]).
ANPD - Reserve a number level for feature access. Assign Connection Indexes, CI = N, H, B; Normal
(N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign NND in
accordance with a predetermined numbering plan.
ASPA - Two access codes must be assigned for this feature.
For the individual station speed calling number assignment, assign the tenant and Access Code (ACC).
Assign for a Connection Index of Normal (N). For SRV = SSC (Service Code), assign SID 14.
For individual station speed calling access, assign the tenant and Access Code (ACC). Assign for a
Connection Index of Normal (N). For SRV = SSC (Service Code), assign SID 21.
ASFC - Assign a Service Feature Class that allows SFI 19 to the stations to receive SPEED
CALLING-STATION.

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S-21

Speed Calling - Station

Programming (cont’d)
STEP 5:

STEP 6:
STEP 7:

STEP 8:

AISA - Program the tenant, station, type of station, and the number of SPEED CALLING blocks to be
assigned to the Primary station.
TN:
Tenant Number
STN:
Station Number
MST/SLV: Primary/Secondary
M: Primary Station
S:
Secondary Station
BLOCK: Number of Blocks
STN:
When assigning Secondary Station, assign the Primary Station number.
AKYD - Type:Function:SPEED CALLING-STATION (GROUP) [26]
ADSL - Assign G_SPD key; Assign SN=1 (Originating; DT Connection) and FKY=26 (Speed Calling
Station).
This command is used for assigning a function to each soft key.
AISD - This command is used to assign, delete, and display the destination number of Individual
Speed Calling.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - Reserve a number level for feature access. Assign Connection Indexes, CI = N, H, B;
Normal (N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign NND
in accordance with a predetermined numbering plan.
STEP 2: ASPAL - Two access codes must be assigned for this feature.
For the individual station speed calling number assignment, assign the tenant and Access Code (ACC).
Assign for a Connection Index of Normal (N). For SRV = SSC (Service Code), assign SID 14.
For individual station speed calling access, assign the tenant and Access Code (ACC). Assign for a
Connection Index of Normal (N). For SRV = SSC (Service Code), assign SID 21.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Speed Calling - Group

S-23

S-23

Speed Calling - Group

General Description
This feature allows a user to share a set of common Speed Calling numbers with other users in the group.

Operating Procedure
To record

1.
2.
3.

Lift handset or press SPEAKER key; receive dial tone.
Dial the SPEED CALLING access code (one to three digits).
Dial the abbreviated call code (one to three digits) and the called exchange network numbers; receive
service set tone. Note
Note: If one digit code is used, the format must be 00 to 99.
To operate

1.
2.
3.
4.

Lift handset; receive dial tone.
Dial the SPEED CALLING feature access code.
Dial the abbreviated call code (one or two digits).
Call is completed.

To operate from a Dterm

1.

Press the REDIAL key; receive dial tone. The LCD displays:
LNR [*] / SPEED [_ _]
(Time Display)

2.

Press the desired call code; the call is completed.

Service Conditions
1.

2.

3.
4.
5.
6.
7.
8.
9.
10.

A maximum of 100 memory blocks per Module Group can be equipped for SPEED CALLING-GROUP.
A maximum of ten Speed Calling numbers per memory block can be assigned. This allows for a total of
1,000 numbers per Module Group.
A Primary station will be assigned memory blocks, and associate stations in that group are assigned as
Secondary stations. The Primary station will have the capability to program 10 memory blocks commonly
used as Speed Calling numbers for that group; therefore, a group can consist of 100 Speed Calling numbers
maximum.
Each abbreviated call code can store a maximum of 24 digits, including access codes and pauses. A
maximum of 18 digits can be stored, including access codes and pauses.
A station can be assigned as a Primary station for only one group.
There is no limit to the number of Secondary stations that may be assigned to one group.
Secondary stations and their associated Primary station must belong to the same Module Group.
A Secondary station can only be assigned to one Primary group.
TOLL DENIAL/TOLL DIVERSION [T-6] and TOLL RESTRICTION-3/6-DIGIT [T-7] may or may not
be applied to Speed Calling, as desired.
LEAST-COST ROUTING-3/6-DIGIT [L-5] may be provided via Speed Calling access.
SPEED CALLING-GROUP and SPEED CALLING-STATION [S-21] use the same block of memory
tables.

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S-23

Speed Calling - Group

Service Conditions (cont’d)
11.
12.
13.
14.

SPEED CALLING-GROUP data remains, even if the system is re-initialized or there is a power failure.
A pause may be programmed using the “*” button of a PB pad. This will take one of the 24 digits
available. Rotary type phones cannot store a pause. A pause lasts 2.8 seconds.
Stations can be added or removed from a group only via MAINTENANCE ADMINISTRATION
TERMINALS (MAT) - [M-18].
When a caller places a call via Outgoing Call Alternative (OGCA), and when the first outgoing route and
the station setting SPEED CALLING - GROUP are restricted, this service cannot be set. In this case, the
service can be set via the following procedure:
a.) Assign a dummy route.
b.) Clear the restriction between the dummy route and all the stations.
c.) Assign the dummy route as the first route of OGCA.

Interactions
1.
2.

3.
4.
5.
6.
7.
8.

Blocks are not assigned sequentially (1-100), but are assigned as a quantity of blocks in the AISA
command. These quantities will never exceed the value of 10.
If one block is assigned, the Abbreviated Call Code will be digits 0-9. If two blocks are assigned, the
Abbreviated Call Code will be digits 00-19. If three blocks are assigned, the Abbreviated Call Code will
be digits 00-29, and so on, to a maximum of 10 blocks with Abbreviated Call Codes 00-99.
Only the Primary station will be allowed access to the SPEED CALLING-ASSIGN access code.
Only those stations assigned as Secondary stations are considered to be members of the SPEED
CALLING-GROUP.
Stations of a SPEED CALLING-GROUP must be in the same Module Group (MG).
SPEED CALLING-GROUP requires the assignment of senders, route 905. See UNIVERSAL SENDER
[U-3].
OUTGOING TRUNK QUEUING [O-2]: This feature may be used with SPEED CALLING GROUP if all
trunks are busy.
ROUTE ADVANCE [R-6] and LEAST-COST ROUTING-3/6 DIGIT [L-5] may be used with this
feature. The ASPA access code to either ROUTE ADVANCE [R-6] or LEAST-COST ROUTING-3/6
DIGIT [L-5] will be stored in the memory of the SPEED CALLING-GROUP number.

Programming
STEP 1:
STEP 2:

STEP 3:

STEP 4:

Page 698

ASYD - System Data 2, Index 1, Bit 3. Does TOLL RESTRICTION apply to SPEED CALLINGSTATION? 0/1: Yes/No. (If yes, refer to TOLL RESTRICTION-3/6 DIGIT [T-10]).
ANPD - Reserve a number level for feature access. Assign Connection Indexes, CI = N, H, B; Normal
(N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign NND as “2”.
This should be in accordance with a predetermined numbering plan.
ASPA - Two access codes must be assigned for this feature. For INDIVIDUAL SPEED CALLINGASSIGN, assign the tenant and Access Code (ACC). Assign a Connection Index of Normal (N). For
SRV = SSC (Service Code), assign SID 14. (Available only to the Primary station.)
For INDIVIDUAL SPEED CALLING-ACCESS, assign the tenant and Access Code (ACC). Assign a
Connection Index of Normal (N). For SRV = SSC (Service Code), assign SID21.
ASFC - Assign a Service Feature Class that allows SFI 19 to the stations to receive SPEED
CALLING-STATION.

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Speed Calling - Group

S-23

Programming (cont’d)
STEP 5:

STEP 6:
STEP 7:

STEP 8:

AISA - Program the tenant, station, type of station, and the number of Speed Calling blocks to be
assigned to the Primary station.
TN:
Tenant Number
STN:
Station Number
MST/SLV: Primary/Secondary
M: Primary Station
S:
Secondary Station
BLOCK: Number of Blocks
STN:
When assigning Secondary Station, assign the Primary Station number.
AKYD - Assign Type:Function:SPEED CALLING-STATION (GROUP) [26].
ADSL - Assign G_SPD key; Assign SN=1 (Originating; DT Connection) and FKY=26 (Speed Calling
Station).
This command is used for assigning a function to each soft key.
AISD - This command is used to assign, delete, and display the destination number of Individual
Speed Calling.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - Reserve a number level for feature access. Assign Connection Indexes, CI = N, H, B;
Normal (N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign NND
as “2”. This should be in accordance with a predetermined numbering plan.
STEP 2: ASPAL - Two access codes must be assigned for this feature. For INDIVIDUAL SPEED CALLINGASSIGN, assign the tenant and Access Code (ACC). Assign a Connection Index of Normal (N). For
SRV = SSC (Service Code), assign SID 14. (Available only to the Primary station.)
For INDIVIDUAL SPEED CALLING-ACCESS, assign the tenant and Access Code (ACC). Assign a
Connection Index of Normal (N). For SRV = SSC (Service Code), assign SID21.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Page 699

Save And Repeat - Dterm

S-24D

Save And Repeat - Dterm

S-24D
General Description

This feature allows for a Dterm set to save a specific dialed number and then redial that number later.

Operating Procedure
1.
2.

Go off-hook, seize any idle line, and dial a number.
When the number has been dialed, press the SAVE AND REPEAT (S&R) feature key. The dialed number
is stored for future use. The associated LED lights. The LCD displays:
Example: Saved Local Number
S&R

9-NXX-XXXX
(Time Display)

Dialed number displays only 16 digits (16DC, 24DS) when monitoring. However, 24 digits can actually be
stored in memory.
3.
To access this number later, go off-hook, receive dial tone, and press the S&R key; the saved number is
dialed.

Note:

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.

One number per station can be saved.
The save function may be set at any time after the number has been dialed and before going on-hook.
It is not necessary to erase a saved number in order to save another. The second number replaces the first.
A Dterm user may save the number of an incoming call, if the call originates at a station in the system. A
call from an outside trunk cannot be saved.
If necessary, dialing can be added after a repeat operation.
To monitor the saved digits, press the S&R key while idle. The saved digits will be displayed on the LCD.
If the LED associated with S&R goes out, the memory is erased. The S&R key must be pressed again,
using the above procedure, to retain the original memory.
To memorize the telephone number of the calling station, assign SYS1, Index 641, b0=1 (Telephone
Number is available) by the ASYDL command.
When activating this feature via FCCS using a Dterm Series E, the following circuit cards are
recommended:
FUNCTION NAME

CIRCUIT CARD

16ELC

PA-16ELCJ

DAI

PA-DAIG, PA-DAIH, PA-DAIJ

2DAI

PA-2DAIK

If the above mentioned card is not used, the Caller ID Service is not provided and the telephone number and
more than six digits of the calling station number cannot be saved.
10. When activating this feature via FCCS, the calling number from an outside trunk can be saved, when the
calling number information was received.

Note:

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Save And Repeat - Dterm

S-24D

Interactions
AKYD is assigned after ASDT is assigned. Assign a LEN as TEC 12.

Programming
STEP 1:

STEP 2:

AKYD
TN:
STN:
TP:
RING:

- Assign the Dterm according to the following parameters:
1
Station Number
Type of Dterm 0/1:

0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.
KYN: Key Number (1-40)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line key
KD:
Not assigned for Feature Key
FKY: Feature Key Number
FKY: = 7, SAVE & REPEAT
ADSL - Assign SN=0, 1, 2, 3, 4, 5, 6 and FKY=7 (Save and Repeat).
This command is used for assigning a function to each soft key.

FCCS Programming
No unique programming is required for the FCCS network.

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Page 701

Service Display - Dterm

S-25D

S-25D

Service Display - Dterm

General Description
This feature generates LCD displays corresponding to the various features as they are initiated.

Operating Procedure
Each display is automatically generated when a feature is initiated.

Service Conditions
1.

Each display is controlled by system data and is produced accordingly. The service display may be
allowed or denied in system data on a per-system basis.
The contrast on the LCD Display Panel is controlled by two buttons on the top front of the D term. Press
the right (UP) button for a darker image or the left (DOWN) button for a lighter image.
The LCD will display one of the features being used.
TRANSFER - CALL TRANSFER
[C-11]
PICKUP - CALL PICKUP
[C-7]
CALL FORWARDING ALL - CALL FORWARDING - ALL CALLS
[C-5]
CALL FORWARDING BUSY - CALL FORWARDING - BUSY LINE
[C-2]
CALL FORWARDING NANS - CALL FORWARDING- DON’T ANSWER
[C-3]
HUNTING - STATION HUNTING
[S-7,8,9]
UCD UNIFORM CALL DISTRIBUTION
[U-1]
For a transferred call, the LCD displays:
Transferring
Transferred
Station
Station
TRANSFER
XXXX
XXXX
(Time Display)

2.
3.

4.

Note:

When the telephone number of the transferring/transferred station exceeds 8 digits, the last 8 digits are
displayed. However, a maximum of a 16-digit transferred telephone number can be displayed on the middle
line of the LCD, depending on system data.

Programming
ASYD - System Data 1, Index 78, Bit 1. Is SERVICE DISPLAY in service? 0/1: No/Yes.

FCCS Programming
No unique programming is required for the FCCS network.

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Speed Calling - One Touch - Dterm

S-26D

S-26D

Speed Calling - One Touch - Dterm

General Description
This feature allows D term users to dial telephone numbers by pressing a single key. Up to 12/24 numbers may be
programmed by the Dterm user.

Operating Procedure
To program

1.
2.
3.
4.
5.

Press the FEATURE key.
Press the SPEED CALLING-ONE TOUCH button.
Dial the desired number.
Press the FEATURE key again.
Display will show SPEED SET.
Note: The page-change function works as follows: If the Page button is not lit, Page 0 Speed Dial memory is being
programmed. (This is the same memory that would be used if the Page feature were not being used.) To
program Page 1, press the FEATURE, the SPEED CALLING-ONE TOUCH button, the desired number,
and the FEATURE key again. Use of the Page feature allows twice the number of equipped speed buttons
to be used.
To verify

1.

Press the FEATURE button and the desired SPEED CALLING - ONE TOUCH button: The first 16
characters will be displayed.

To use

1.

Press the SPEED CALLING-ONE TOUCH button, the call will complete.

Service Conditions
1.
Note:

2.
3.
4.
5.
6.

7.
8.
9.

A maximum of 16 SPEED CALLING - ONE TOUCH keys can be programmed to any key number (KYN)
in consecutive order, when using the appropriate firmware.
32 keys are available for the Dterm with a PAGE key (FKY = 55).
A stored number may have up to 32 digits, including access codes and pauses.
Only the first 16 digits are displayed on the LCD.
SPEED CALLING-ONE TOUCH numbers may only be stored while the Dterm is idle.
Storing a SPEED CALLING-ONE TOUCH number erases the previously stored number.
After dialing the new number, the user must press the SPEED CALLING-ONE TOUCH key before the
LCD displays the time. If the LCD displays the time before the user presses the key, the number has not
been stored. The LCD displays SPEED SET when the number has been stored.
Pressing the RECALL key while programming a SPEED CALLING-ONE TOUCH number inserts a
pause. A dash (“-”) is displayed on the LCD.
Pressing the RECALL key as the first digit of a SPEED CALLING-ONE TOUCH numbers inserts a flash
entry. A “!” is displayed on the LCD.
If a VOICE CALL-D term (V-2D) feature is programmed, VOICE CALL initiation can be programmed
onto a SPEED CALLING-ONE TOUCH key. The user dials the number and then presses the TRANSFER
key when programming SPEED CALLING. The LCD will display “V” after the number. Pressing the
SPEED CALLING-ONE TOUCH key initiates an automatic Voice Call to the programmed station.

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Speed Calling - One Touch - Dterm

S-26D

Service Conditions (cont’d)
10.

11.

FLASH ENTRY and VOICE CALL features may be combined on a SPEED CALLING-ONE TOUCH
key to activate an automatic voice-announce transfer. To program, press the SPEED CALLING-ONE
TOUCH key, press the RECALL key, dial the number, press the TRANSFER key, then press the SPEED
CALLING-ONE TOUCH key.
A PAGE CHANGEOVER key must be assigned to a programmable Line/Feature key to activate the
second page of SPEED CALLING-ONE TOUCH numbers.

Interactions
1.

2.
3.

4.
5.
6.

7.
8.
9.

The PAGE CHANGEOVER key is useful for changing the page of feature keys programmed as SPEED
CALLING - ONE TOUCH (AKYD, FKY = 49) or the feature key programmed as Call Forwarding/Split
Call Forwarding.
The Page Changeover function can be activated from any condition (idle, busy, conference, etc.).
When assigning SPEED CALLING-ONE TOUCH numbers to D term, if a previous number was not
assigned to a particular SPEED CALLING-ONE TOUCH button, the display will not change when that
particular button is pressed for programming (it will appear that nothing has happened; the middle portion
of the LCD display will continue to display the date and time). Once a number is entered, it will be
displayed on the upper portion of the LCD display.
The same SPEED CALLING-ONE TOUCH buttons are used for Page 0 and Page 1 numbers. The PAGE
CHANGE-OVER key determines which page is selected.
There is no deletion of SPEED CALLING-ONE TOUCH numbers. Previously assigned numbers can only
be overwritten.
SPEED CALLING-ONE TOUCH may be used to store FORCED ACCOUNT CODES [F-7] and
AUTHORIZATION CODES [A-20]. Other forms of Speed Calling may not be used for FORCED
ACCOUNT CODES [F-7] and AUTHORIZATION CODES [A-20].
When SPEED CALLING-ONE TOUCH is used on a programmable Line/Feature key, only eight digits
may be stored.
When using a D term Series E, SPEED CALLING - ONE TOUCH can be programmed to any keys in
consecutive order. A maximum of 16 one touch keys per LEN are allowable.
No more than three pauses can be entered in a row.

Programming
No programming is required for the 12 existing SPEED CALLING-ONE TOUCH keys for the D term.
In order to activate the second page of SPEED CALLING-ONE TOUCH numbers, the following must
be programmed:
AKYD - Assign a PAGE CHANGEOVER key to a programmable Line/Feature key on the Dterm.
Assign Type:Function:PAGE [55].
If a SPEED CALLING-ONE TOUCH button is to be used on a programmable Line/Feature key,
complete the following:
Assign Type:Function:SPEED CALL-ONE TOUCH [49].

FCCS Programming
No unique programming is required for the FCCS network.

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Service Feature Peg Count

S-27

S-27

Service Feature Peg Count

General Description
This feature provides a statistical usage report on various features, generated at the MAINTENANCE
ADMINISTRATION TERMINAL (MAT) [M-18]. This report will provide the Communications Manager with
detailed users’ habits and planning data for the communications system.

Operating Procedure
Refer to NEAX2400 IPX System Operations and Maintenance Manual.

Service Conditions
The number of attempts to invoke the following features will be reported through the MAT

1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.

CALL HOLD [C-6] count: Number of times CALL HOLD code is dialed by stations for which the feature
is allowed.
CALL BACK [C-1] count: Number of times CALL BACK set code is dialed by stations for which the
feature is allowed.
CALL BACK [C-1] cancel count: Number of times CALL BACK is cancelled by stations that have set
the feature.
EXECUTIVE RIGHT-OF-WAY [E-1] count: Number of times the EXECUTIVE RIGHT-OF-WAY code
is dialed by stations for which the feature is allowed.
CALL WAITING-ORIGINATING [C-31] count: Number of times the access code for CALL WAITINGORIGINATING is dialed by stations for which the service is allowed.
CALL WAITING-TERMINATING [C-12] count: Number of times CALL WAITING-TERMINATING
is set to stations for which the feature is allowed.
CALL PICKUP-GROUP [C-7] count: Number of times the CALL PICKUP-GROUP code is dialed by
stations for which the feature is allowed.
CALL PICKUP-DIRECT [C-30] count: Number of times the CALL PICKUP-DIRECT code is dialed by
stations for which the feature is allowed.
CALL FORWARDING-ALL CALLS [C-5] entry count: Number of times a destination number is entered
for CALL FORWARDING-ALL CALLS by stations for which the feature is allowed.
CALL FORWARDING-ALL CALLS [C-5] cancel count: Number of times the CALL FORWARDINGALL CALLS cancel code is dialed by stations for which the feature is allowed.
CALL FORWARDING-BUSY LINE [C-2] entry count: Number of times a destination number is entered
for CALL FORWARDING-BUSY LINE by stations for which the feature is allowed.
CALL FORWARDING-BUSY LINE [C-2] cancel count: Number of times the CALL FORWARDINGBUSY LINE cancel code is dialed by stations for which the feature is allowed.
CALL FORWARDING-DON’T ANSWER [C-3] entry count: Number of times a destination number is
entered for CALL FORWARDING-DON’T ANSWER by stations for which the feature is allowed.
CALL FORWARDING-DON’T ANSWER [C-3] cancel count: Number of times the CALL
FORWARDING-DON’T ANSWER cancel code is dialed by stations for which the feature is allowed.
SPEED CALLING ACCESS-SYSTEM [S-3] count: Number of times a fixed abbreviated number is
dialed by stations for which the feature is allowed.
SPEED CALLING ACCESS-STATION [S-21] count: Number of times a variable abbreviated number is
dialed by the stations for which the feature is allowed.

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S-27

Service Feature Peg Count

Service Conditions (cont’d)
17.
18.
19.

20.

21.
22.
23.

24.
25.
Note:

SPEED CALLING ACCESS-GROUP [S-23] count: Number of times a variable abbreviated number is
registered by stations for which the feature is allowed.
TRUNK ANSWER FROM ANY STATION (TAS) [T-8] count: Number of times the TAS Answer code
is dialed by stations for which the feature is allowed.
OFF-HOOK QUEUING [O-7] count: Number of times an extension accesses an outgoing trunk via OFFHOOK QUEUING after initially encountering a condition where all outgoing trunks are busy. The
extension must actually access a trunk in order for the count to be incremented.
ON-HOOK OUTGOING QUEUING-ENTRY [O-2] count: Number of times an extension accesses the
ON-HOOK OUTGOING QUEUING feature by dialing access or going on-hook (if automatic queuing is
provided) after initially encountering a condition where all outgoing trunks are busy. The count will be
incremented each time the feature is accessed, even if the queuing request is cancelled before a trunk is
accessed.
ON-HOOK OUTGOING QUEUING [O-2] cancel count: Number of times ON-HOOK QUEUING is
cancelled by dialing the cancel code.
CONSULTATION HOLD-ALL CALLS [C-17] count: Number of times CONSULTATION HOLD is
executed.
CALL TRANSFER-ALL CALLS [C-11] count: Number of times a call is transferred to another extension
before the called party answers, without Attendant involvement. A call originated internally or from the
outside will be registered in the count.
THREE-WAY CALLING [T-2] count: Number of times THREE-WAY CALLING occurs without
Attendant assistance.
The maximum Tenant Number Counting SERVICE FEATURE PEG COUNT is 63 tenants.
Additional hardware is required.

Programming
STEP 1:

ASYD - System Data 1, Index 47, Bit 7. Are traffic measurements required? 0/1: No/Yes.

Refer to the following commands to order PEG COUNTS

STEP 2:

Page 706

ATRF - Assignment of Traffic Measurement Order (CM03)
TYPE:
Type of Traffic Measurement
PORT:
Port number where Traffic Data is to be output.
INTERVAL: Output Interval must be assigned in units of 10 minutes (range of between 30-120
minutes), or data “0” must be assigned, which is the instruction for assigning output
time.
FROM-TO-: Measurement is to be designated.
TIME:
Output Time
TYPE:
1: Terminal Traffic Measurement
2: Route Traffic Measurement
3: Station Peg Count
4: Attendant Console Peg Count
5: Route Peg Count
6: Service Peg Count
8: UCD Route Peg Count
9: UCD Group Peg Count
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Service Feature Peg Count

S-27

Programming (cont’d)

STEP 3:

10: UCD Station Peg Count
11: CCIS Traffic Count
TYPEs not listed, are not used.
Display of Traffic Data 1 (DTF1)
TYPE: Type of Traffic Measurement
1: Terminal Traffic
2: Route Traffic
3: Station Peg Count
4: ATT Peg Count
5: Route Peg Count
Display of Traffic Data 2 (DTF2)
TYPE: Type of Traffic Measurement
6: Service Peg Count
7: Terminal Peg Count
Display of Traffic Data 3 (DTF3)
TYPE: Type of Traffic Measurement
8: UCD Route Peg Count
9: UCD Group Peg Count
10: UCD Station Peg Count
Display of Traffic Data 4 (DTF4)
11: CCIS Traffic Count

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S-33

Software Line Appearance

S-33

Software Line Appearance

General Description
This feature permits ports that do not physically exist to be used as sub-lines on Dterm stations. Ports normally
reserved on a Dterm for data stations only, can be assigned as a SOFTWARE LINE APPEARANCE. Additionally,
64 software ports have been added to a Port Interface Module. The 64 software-assigned ports can be assigned as
virtual line appearances on Dterm stations. The use of the data ports and the 64 software-assigned ports conserve
valuable hardware for stations and trunks.

Operating Procedure
Call Origination via a SOFTWARE LINE APPEARANCE on a Dterm

1.
2.

Press the Software Line Appearance key, then either press the SPEAKER key or lift the handset.
Upon hearing dial tone, dial the desired number.

Calling a SOFTWARE LINE APPEARANCE from a station/trunk/Attendant Console

1.
2.

The calling party dials the telephone number of the SOFTWARE LINE APPEARANCE.
Any Dterm accommodating the SOFTWARE LINE APPEARANCE will receive ringing and have an
incoming lamp display. The Dterm user presses the LINE key and goes off-hook to answer the incoming
call.

Service Conditions
1.
2.
3.
4.
5.

6.
7.

8.
9.

10.
11.

Page 708

When using a SOFTWARE LINE APPEARANCE assigned to a data port (TEC:12), call origination from
that line appearance can be made if the card is mounted in that slot.
A mix of data ports and sub-lines can be assigned on a Dterm package.
All sub-lines of Dterms must be located in the same Local Processor as the MY-Line of that D term.
A SOFTWARE LINE APPEARANCE cannot be assigned as a Hotline Station, but can be assigned as a
BROKERAGE HOTLINE [B-12] station.
A SOFTWARE LINE APPEARANCE cannot activate:
CALL BACK
[C-1]
OUTGOING TRUNK QUEUING
[O-2]
NAILED-DOWN CONNECTION
[N-9]
When activating CALL PICKUP-GROUP [C-7], the sub-line will pick up calls assigned to the CALL
PICKUP-GROUP of the MY-Line of the Dterm on which the sub-line appears.
When accessing or entering SPEED CALLING [S-2] group/station data, a SOFTWARE LINE
APPEARANCE will enter or access the SPEED CALLING [S-2] group/station data of the MY-Line of
the Dterm on which the sub-line appears.
The STATION MESSAGE DETAIL RECORDING (SMDR) [S-10] of the SOFTWARE LINE
APPEARANCE call activity will be recorded as the MY-Line call activity.
The SOFTWARE LINE APPEARANCE cannot be the called station of the following features:
VOICE CALL
[V-2D]
MESSAGE REMINDER
[M-22D]
BOSS-SECRETARY OVERRIDE
[B-5]
Station PEG COUNT [P-7] data will be recorded for SOFTWARE LINE APPEARANCEs as a MY-Line
of the Dterm.
If the DO NOT DISTURB - Dterm [D-11D] key is activated by the SOFTWARE LINE APPEARANCE,
ringing will not be sent to the port of the MY-Line of the Dterm.
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Software Line Appearance

S-33

Programming
STEP 1:
STEP 2:

ASDT - Assign the station as a TEC = 18 for a Virtual Circuit. The Line Equipment Number (LEN) of
a SOFTWARE LINE APPEARANCE will exist in Groups 24-31.
AKYD - This command assigns for Dterms the SOFTWARE LINE APPEARANCE to a programmable
Line/Feature key.
TN:
1
STN:
Station Number
TP:
Type of D term 0/1:
RING:
Assign ringing to the entire phone.
0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.
PL TN STN: Prime Line Tenant and Station Number
KYN:
Key Number (1-40)
KYI:
Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Not assigned for Feature Key
TN STN:
Tenant Number and Station Number of SOFTWARE LINE APPEARANCE.
RG:
Ringing Assignment per multi-line appearance
0: No Ringing.
1: Ringing in Day Mode Only.
2: Ringing in Night Mode Only.
3: Ringing Day and Night.

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Page 709

S-61

Speed Calling Override - System

S-61

Speed Calling Override - System

General Description
This feature allows numbers programmed for SPEED CALLING to be available to stations on a system-wide basis,
determined by Service Feature Class (SFC). For example, SPEED CALLING-SYSTEM [S-3] numbers, available
to stations that are not restricted, can be made available to stations that are restricted.

Operating Procedure
To operate

1.
2.
3.
4.

Lift the handset (includes SPEAKER key operation on Dterm). Listen for dial tone.
Dial the SPEED CALLING-SYSTEM [S-3] access code (maximum three digits).
Dial the abbreviated code (maximum four digits).
If the station is allowed this call, the call is completed; if not, the station will hear a reorder tone.

To operate from a Dterm

1.

Press the REDIAL key; receive dial tone. The LCD displays:
LNR [*] / SPD [_ _]
(Time Display)

2.
3.

Press the desired call code.
If the station is allowed this call, the call is completed; if not, the station will hear a reorder tone.

Service Conditions
1.
2.
3.
4.
5.
6.

This feature cannot be used on an outgoing call which uses OUTGOING TRUNK QUEUING [O-2].
This service can be used in combination with CONSECUTIVE SPEED CALLING - SYSTEM [C-62].
This feature cannot be used in MFC signaling.
This feature cannot be used if the calling station is holding another line.
This Attendant Console cannot use this feature.
SPEED CALLING-SYSTEM [S-3] must first be provided.

Interactions
1.
2.
3.
4.
5.

Page 710

SPEED CALLING-SYSTEM [S-3] must first be provided.
FORCED ACCOUNT CODES [F-7] and AUTHORIZATION CODES [A-20] cannot be programmed for
use via SPEED CALLING-SYSTEM [S-3].
Pauses are programmable from the MAT, using the “P” key. Pauses consume one digit of the 24 digits
available. A pause lasts for 2.8 seconds.
TOLL DIVERSION/TOLL DENIAL [T-6] and TOLL RESTRICTION 3/6 DIGIT [T-7] will not interact
with this feature if a station is allowed access to an ADC via Service Feature Class.
AUTHORIZATION CODES [A-20] are never required to complete a call.

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S-61

Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:

STEP 7:
STEP 8:

ASYD - System Data 2, Index 1, Bit 6. Is SPEED CALLING OVERRIDE-SYSTEM to be enabled? 0/
1: No/Yes. System Data 2, Index 1, Bit 7. Toll Restriction for SPEED CALLING-SYSTEM [S-3].
Assign data “0”.
ANPD - Reserve a number level for feature access. Assign for Normal (N), Hooking (H), and Busy
(B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assigning an access code to SPEED CALLING-SYSTEM [S-3], assign SRV = SSC (Service
Code), SID = 15. Program for Normal (N). NND = Access code plus Abbreviated Digit Code (ADC).
See ASPD.
Example: 6 + 010
1 digit + 3digits = NND = 4
ASFC - Assign a Service Feature Class that allows SFI 12 to stations that will have SPEED
CALLING-SYSTEM [S-3].
ASPD - Assign the Tenant Number, the ADC, and the CD-Telephone Number to be sent. Include the
access code of the route in the CD.
AABD - Assign the Tenant (TN); and the Abbreviated Speed Calling Code, ADC; as assigned in the
ASPD command. Assign the Service Feature Class (SFC) and Restriction Data (RES).
RES 0: Connection is restricted.
RES 1: Connection is allowed.
AKYD - Assign SPEED CALLING-SYSTEM [S-3] to a programmable Line/Feature key. Assign
Type:Function:SPEED CALLING-SYSTEM [15].
ADSL - Assign S_SPD key; Assign SN=1 (Originating; DT Connection) and FKY=15 (Speed Calling
- System).
This command is used for assigning a function to each soft key.

FCCS Programming
No unique programming is required for the FCCS network.

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Page 711

S-62

Station 5db PAD

S-62

Station 5db PAD

General Description
This feature allows a single-line user to be affected by the 5db loss through the system on station-to-station calls.

Operating Procedure
No manual operation is required for this software control feature.

Service Conditions
1.
2.
3.

STATION 5db PAD [S-62] is inserted only for intra-office, two-way, station-to-station connections.
STATION 5db PAD is inserted into the called party of the station.
STATION 5db PAD (both stations) is not inserted by the Class of Service feature class and/or telephone
class when a station is talking to an Off-Premises Station (OPX).

Programming
ASYD - System Data 1, Index 4, bit 5, 5 d b PAD on single line stations? 0/1: Yes/No

FCCS Programming
No unique programming is required for the FCCS network.

Page 712

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Serial Call - Loop Release

S-64

S-64

Serial Call - Loop Release

General Description
This feature allows an ATTENDANT CONSOLE loop key to become available after setting SERIAL CALL [S-15].

Operating Procedure
1.
2.
3.
4.
5.

6.

The Attendant answers an incoming Central Office call.
The Attendant extends the call to the desired station, and the desired station answers.
The Attendant presses the SC key. The loop is now available for another call.
The called station and the incoming call are connected.
The called station hangs up. The SC/RC lamp on the ATTENDANT CONSOLE flashes, indicating
INCOMING CALL IDENTIFICATION. If the Attendant position is available, an audible indication will
be provided.
The Attendant presses the SC/RC key or ANSWER key to return to the incoming calling party.

Service Conditions
1.
2.
3.
4.
5.

6.
7.
8.

9.

This feature is available only for incoming Central Office trunk calls.
The Attendant can set SC/RC by pressing the SC key after answering the station.
The station can switch hook flash after setting SERIAL CALL-LOOP RELEASE.
It is not permitted to cancel SERIAL CALL-LOOP RELEASE before recall.
The Attendant loop will be maintained until the station is answered, even if the SC key is pressed. In this
case, the following features are not available:
CALL PICK-UP
[C-7, 30]
CALL FORWARDING-DON’T ANSWER
[C-3]
SERIAL CALL [S-15] recalling indication continues, even if the system status is changed from Day Mode
to Night Mode.
When this service is available, the ATTENDANT CONSOLE [A-3] cannot have a CCSA key.
When CALL WAITING-TERMINATING, CALL WAITING-ORIGINATING, ATTENDANT CAMPON WITH TONE INDICATION or ATTENDANT CAMP-ON - CCIS is set to the station already
engaged in SERIAL CALL, the following conditions occur:
a.) If the station answers the overriding call, the previous party engaged in SC is placed on hold. If
the station releases and does not return to the held call, the Attendant is recalled.
b.) If the station does not answer the overriding call, Call Waiting or Attendant Camp-On is
activated.
When using the CCSA key on the DESK CONSOLE, an additional module is required.

Programming
ASYD - System Data 1, Index 186, Bit 4 SERIAL CALL-LOOP RELEASE 0/1: Out (CCSA key) /In
Service (No CCSA key)
System Data 2, Index 2, Bit 5. Serial Call service for ATT: 0/1: Out/In service.
System Data 2, Index 7, Bit 2. SERIAL CALL-LOOP RELEASE. 0/1: Out/In service.
See SERIAL CALL [S-15].

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S-64

Serial Call - Loop Release

FCCS Programming
No unique programming is required for the FCCS network.

Page 714

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Split Call Forwarding

S-99

S-99

Split Call Forwarding

General Description
This feature allows a station to set two different target stations for CALL FORWARDING-ALL CALLS
(FORWARD)/BUSY LINE (FORWARD-BY)/DON’T ANSWER (FORWARD-DA), depending on whether the
incoming call is from an internal station or an outside party (C.O. TIE, DID, etc.).

Operating Procedure
1.

Station A sets or is set for CALL FORWARDING-ALL CALLS/BUSY LINE/DON’T ANSWER. Station
B is set as the transfer destination for an incoming call from a station. Station C is set as the transfer
destination for an incoming call from an outside party.
2.
An incoming call from a station terminates to Station A. The call is transferred to Station B. Note 1
3.
An incoming call from an outside party terminates to Station A. Note 2
4.
The call is transferred to Station C. Note 1
Note 1: For the transfer procedure, refer to the Operation Procedure of CALL FORWARDING-ALL CALLS [C-5],
CALL FORWARDING-BUSY LINE [C-2], or CALL FORWARDING-DON’T ANSWER [C-3].
Note 2: The call may be transferred to Station B (transfer destination for an incoming call from a station),
depending on the route class data [ARTD, CDN 68:SCF] of the trunk involved.
To set SPLIT CALL FORWARDING using an access code
To set Call Forwarding from an individual station (Single-line Telephone)

1.

2.

Setting Call Forwarding for an incoming call from a station:
a.) Lift the handset; receive dial tone.
b.) Dial the access code for FORWARD, FORWARD-BY, or FORWARD-DA for an incoming call
from a station; receive special dial tone.
c.) Dial the number of the desired target station; receive service set tone.
d.) Replace the handset.
Setting Call Forwarding for an incoming call from an outside party:
a.) Lift the handset; receive dial tone.
b.) Dial the access code for FORWARD, FORWARD-BY, or FORWARD-DA for an incoming call
from an outside party; receive special dial tone.
c.) Dial the number of the desired target station; receive service set tone.
d.) Replace the handset.

To cancel Call Forwarding from an individual station (Single-line Telephone)

1.

2.

Cancelling Call Forwarding for an incoming call from a station:
a.) Lift the handset; receive dial tone.
b.) Dial the cancel code for FORWARD, FORWARD-BY, or FORWARD-DA for an incoming call
from a station; receive special set dial tone.
c.) Replace the handset.
Cancelling Call Forwarding for an incoming call from an outside party:
a.) Lift the handset; receive dial tone.
b.) Dial the cancel code for FORWARD, FORWARD-BY, or FORWARD-DA for an incoming call
from an outside party; receive special set tone.
c.) Replace the handset.

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Page 715

S-99

Split Call Forwarding

Operating Procedure (cont’d)
To set SPLIT CALL FORWARDING using Dterm feature key
To set Call Forwarding from an individual station (Dterm)

1.

Setting Call Forwarding for an incoming call from a station:
a.) Confirm that the PAGE* (One-touch changeover) lamp is on; if the lamp is off, turn the lamp on
by pressing the PAGE key.
b.) Lift the handset or press the SPEAKER key; receive dial tone.
c.) Press the FORWARD, FORWARD-BY, or FORWARD-DA key; receive special dial tone.
d.) Dial the number of the desired target station; receive service set tone. The following is displayed
on the LCD, when the destination is a station:
XXXXX

FORWARD SET
(Time Display)

When the destination is an ATTENDANT CONSOLE, the Dterm displays:
FWD SET OPR
(Time Display)

When the destination is an outside trunk, The Dterm displays:
FORWARD SET
(Time Display)

2.

The FORWARD, FORWARD-BY, or FORWARD-DA lamp turns on.
e.) Replace the handset or press the SPEAKER key. *PAGE feature key is a paging button for
SPEED DIALING - One-Touch - Dterm [S-26D], (FKY = 55).
To set Call Forwarding for an incoming call from an outside party:
a.) Confirm that the PAGE (One-Touch Changeover) lamp is off; if the lamp is on, turn the lamp off
by pressing the PAGE key.
b.) Lift the handset or press the SPEAKER key; receive dial tone.
c.) Press the FORWARD, FORWARD-BY, or FORWARD-DA key; receive special dial tone.
d.) Dial the number of the desired target station; receive service set tone. The following is displayed
on the LCD when the destination is a station:
FORWARD SET

XXXXX
(Time Display)

When the destination is an Attendant Console, the LCD displays:
FWD SET OPR
(Time Display)

Page 716

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Split Call Forwarding

S-99

Operating Procedure (cont’d)
When the destination is an outside trunk, the Dterm displays:
FORWARD SET

XXXXX
(Time Display)

To cancel Call Forwarding from an individual station (Dterm)

1.

Cancelling Call Forwarding for an incoming call from a station:
a.) Confirm that the PAGE (One-Touch Changeover) lamp is on; if the lamp is off, turn the lamp on
by pressing the PAGE key.
b.) Lift the handset or press the SPEAKER key; receive service set tone.
c.) Press the FORWARD, FORWARD-BY, or FORWARD-DA key; receive service set tone. The
LCD displays:
FORWARD CANCEL
(Time Display)

2.

The FORWARD, FORWARD-BY, or FORWARD-DA lamp turns off.
d.) Replace the handset or press the SPEAKER key.
Cancelling Call forwarding for an incoming call from an outside party:
a.) Confirm that the PAGE lamp is off; if the lamp is on, turn the lamp off by pressing the PAGE
key.
b.) Lift the handset or press the SPEAKER key; receive dial tone.
c.) Press the FORWARD, FORWARD-BY, or FORWARD-DA key; receive service set tone. The
LCD displays:
FORWARD CANCEL
(Time Display)

Also, the FORWARD, FORWARD-BY, or FORWARD-DA lamp turns off.
d.) Replace the handset or press the SPEAKER key.
To monitor the assigned data using the Dterm feature key

1.

To monitor the assigned data for calls from incoming trunks (outside):
a.) Confirm that the LED of the PAGE feature key on the Dterm is not illuminated. (If it is
illuminated, press PAGE key to turn it off.)
b.) While the Dterm is in the idle state (on-hook), press the CALL FORWARDING - ALL CALLS/
BUSY LINE or DON’T ANSWER feature key.
When the destination is a station, the D term displays:
FORWARD

NEAX2400 IPX Feature Programming Manual
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XXXXX
(Time Display)

Page 717

S-99

Split Call Forwarding

Operating Procedure (cont’d)
When the destination is an ATTENDANT CONSOLE, the Dterm displays:
FWD SET OPR
(Time Display)

When the destination is an outside trunk, the Dterm displays:
FORWARD

2.

XXXXX
(Time Display)

To monitor the assigned data for station-to-station calls:
a.) Confirm that the PAGE key LED on the Dterm is illuminated. (If it is not illuminated, press the
PAGE key to turn it on.)
b.) While the Dterm is in the idle state (on-hook), press the CALL FORWARDING - ALL CALLS/
BUSY LINE or DON’T ANSWER feature key.
When the destination is a station, the D term displays:
FORWARD

XXXXX
(Time Display)

When the destination is an ATTENDANT CONSOLE, the Dterm displays:
FWD SET OPR
(Time Display)

To set Call Forwarding from the Attendant Console

1.

2.

Page 718

Setting Call Forwarding for an incoming call from a station:
a.) Press an idle Loop key and dial the FORWARD, FORWARD-BY, or FORWARD-DA access
code for an incoming call from a station; receive special dial tone.
b.) Dial the Tenant Number (2 digits) of the originating station, the originating telephone number,
and the desired target telephone number, receive service set tone.
c.) Press the RELEASE key.
Setting Call Forwarding for an incoming call from an outside party:
a.) Press an idle Loop key and dial the FORWARD, FORWARD-BY, or FORWARD-DA access
code for an incoming call from an outside party; receive special dial tone.
b.) Dial the Tenant Number (2 digits) of the originating station, the originating telephone number,
and the desired target telephone number; receive service set tone.
c.) Press the RELEASE key.

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Split Call Forwarding

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Operating Procedure (cont’d)
To cancel Call Forwarding from the Attendant Console

1.

2.

Cancelling Call Forwarding for an incoming call from a station:
a.) Press an idle loop key and dial the cancel code for FORWARD, FORWARD-BY, or
FORWARD-DA for an incoming call from a station; receive special dial tone.
b.) Dial the Tenant Number (2 digits) of the originating station and the originating telephone number.
c.) Press the RELEASE key; receive service set tone.
Cancelling Call Forwarding for an incoming call from an outside party:
a.) Press an idle loop key and dial the FORWARD, FORWARD-BY, or FORWARD-DA access
code for an incoming call from an outside party; receive special dial tone.
b.) Dial the Tenant Number (2 digits) of the originating station and the originating telephone number;
receive service set tone.
c.) Press the RELEASE key.

Service Conditions
1.
2.

3.

4.
5.
6.

The same station can be set as the transfer target station for an incoming call from an outside party and/or
from a station.
For an incoming call from a trunk, whether Call Forwarding destination for an incoming call from a station
or for an incoming call from an outside party is to be used can be designated on each incoming route basis.
(According to ARTD command, CDN 68:SCF, data.)
When an incoming call from a trunk is handled via the Attendant/station, the destination of Call
Forwarding is selected according to the route data of the incoming trunk (as assigned by ARTD command,
CDN 68:SCF).
This service is invalid on Call Forwarding by the system. (Call Forwarding by the ACFO command.)
Multiple Call Forwarding is available for those stations where SPLIT CALL FORWARDING has been
set.
This service can be set from the Attendant Console.
Station A

TRK A

Trunk route assigned to ARTD, SCF = 1

Station B

TRK B

Trunk route assigned to ARTD, SCF = 0

Station C
Ex. In a case where station A has set Station B as the transfer target station for an incoming call from a station, and has
set Station C as the transfer target station from an incoming call from an outside party.
•
When a call from a station terminates to Station A, the call is transferred to Station B.
•
When a call from TRK A terminates to Station A, the call is transferred to Station C.
•
When a call from TRK B terminates to Station A, the call is transferred to Station B.

7.
8.
9.

Indication of SPLIT CALL FORWARDING (ALL CALLS/BUSY LINE/DON’T ANSWER) feature can
be accomplished only if the Service Feature Restriction Class and access codes are assigned properly.
This feature is available for stations where CALL FORWARDING services are available by CLASS OF
SERVICE.
Multiple Call Forwarding is available for those stations where SPLIT CALL FORWARDING has been
set.

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S-99

Split Call Forwarding

Service Conditions (cont’d)
10.
11.

12.
13.
14.

In the UCD procedure, if SPLIT CALL FORWARDING - ALL CALLS (either for station-to-station or
incoming trunk) is set on a station in the group, that station is skipped.
If SPLIT CALL FORWARDING is set on a station in the hunting group (STATION HUNTING CIRCULAR [C-7], - TERMINAL [S-9], that station is skipped in hunting. However, if the station has set
SPLIT CALL FORWARDING for station-to-station calls only, the station is hunted for incoming calls
from outside. If the station has set SPLIT CALL FORWARDING for outside calls only, the station is
hunted for station calls.
This service cannot be activated concurrently with CALL FORWARDING - I’M HERE [C-81].
A user (via a station or an attendant console) can assign a maximum of 24-digit forwarding station number
including the trunk access code.
A D term can display only the first 8 digits of forwarding number on the LCD, even though 24-digit number
is assigned.

Programming
STEP 1:
STEP 2:
STEP 3:

STEP 4:

STEP 5:

Page 720

ASYD - System 1, Index 79, Bit 2. (1), Split Call Forwarding Service In Service.
ANPD - Assign the minimum necessary number of digits for the first number of the access code for
Split Call Forwarding.
ASPA - Assign the access code for Split Call Forwarding-All Calls.
CI = N, SRV=SSC (Service Code), SID=8: Call Forwarding-All Calls (for C.O./TIE): Entry.
CI = N, SRV=SSC (Service Code), SID=9: Call Forwarding-All Calls (for C.O./TIE): Cancel.
CI = N, SRV=SSC (Service Code), SID=10: Call Forwarding-Busy Line (for C.O./TIE): Entry.
CI = N, SRV=SSC (Service Code), SID=11: Call Forwarding-Busy Line (for C.O./TIE): Cancel.
CI = N, SRV=SSC (Service Code), SID=12: Call Forwarding-Don’t Answer (for C.O./TIE): Entry.
C I= N, SRV=SSC (Service Code), SID=13: Call Forwarding-Don’t Answer (for C.O./TIE): Cancel.
CI = N, SRV=SSCA (Service Code Appendix), SIDA=86: Call Forwarding-All Calls (for Station):
Entry.
CI = N, SRV=SSCA (Service Code Appendix), SIDA=87: Call Forwarding-Busy Line (for Station):
Entry.
CI = N, SRV=SSCA (Service Code Appendix), SIDA=88: Call Forwarding-Don’t Answer (for
Station): Entry.
CI = N, SRV=SSCA (Service Code Appendix), SIDA=89: Call Forwarding-All Calls (for Station):
Cancel.
CI = N, SRV=SSCA (Service Code Appendix), SIDA=90: Call Forwarding-Busy Line (for Station):
Cancel.
CI = N, SRV=SSCA (Service Code Appendix), SIDA=91: Call Forwarding-Don’t Answer (for
Station): Cancel.
AKYD - Assign the following data to the feature keys of the Dterm when this service is provided from
a Dterm:
Type:Function:CALL FORWARDING-BUSY LINE [1]
Type:Function:CALL FORWARDING-ALL CALLS [2]
Type:Function:CALL FORWARD-DON’T ANSWER [22]
Type:Function:PAGE [55]
ADSL - Assign the following soft keys:
SN=1, FKY=1: Call Forwarding - Busy Line (FDB)

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Split Call Forwarding

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Programming (cont’d)

STEP 6:
STEP 7:

STEP 8:

SN=1, FKY=2: Call Forwarding - All Calls (FDA)
SN=1, FKY=22: Call Forwarding - Don’t Answer (FDN)
SN=1, FKY=55: Call Forwarding - One - Touch Changeover (PAGE)
This command is used for assigning a function to each soft key.
ASFC - Allows Call Forwarding-All Calls (SFI = 7), Call Forwarding-Busy Line (SFI = 9), or Call
Forwarding-Don’t Answer (SFI = 8) to the SFC of the Station.
ARTD - Assign route data to the route of the trunks which validates Call Forwarding - All Calls, Call
Forwarding - Busy Line or Call Forwarding - Don’t Answer for an incoming call from an outside
party. CDN 68:SCF = 1)
ACFS - This feature can be set by this command.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ARTDN - Assign route data to the route of the trunks which validates Call Forwarding - All Calls, Call
Forwarding - Busy Line or Call Forwarding - Don’t Answer for an incoming call from an outside
party. CDN 68:SCF = 1)
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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NDA-24297, Issue 1

Page 721

S-106

Slumber Time - Do Not Disturb

S-106

Slumber Time - Do Not Disturb

General Description
This service allows a slumber time for up to four times per day on a Station group basis. During the slumber time,
all stations in the group concerned are placed into Do Not Disturb mode, and incoming calls (Station/DID/DIT) will
be routed to the Attendant or an announcement machine.

Operating Procedure
No manual operation is required.

Service Conditions
1.

2.
3.
4.
5.

6.
7.
8.

9.

10.

11.
12.
13.
14.
15.

Page 722

The stations for which this feature is set are determined by the telephone number of the group preassigned
by the MAINTENANCE ADMINISTRATION TERMINAL (MAT) and Slumber Time data, not by the
Service Restriction Class.
This feature cannot be set for data terminals.
This feature cannot be set for Night stations. (NIGHT CONNECTION [N-1] [N-2] take precedence over
SLUMBER TIME - DO NOT DISTURB.)
There can be up to seven Slumber Time Groups per system. There is no limitation to the number of stations
that can be assigned to one group.
A maximum of four Slumber Time assignments can be made for one Slumber Time Group. When setting
more than one assignment, assure that the Times do not overlap each other. Also, a transfer destination
can be assigned on each Slumber Time Data basis.
A station cannot be assigned to more than one Slumber Time Group.
A Night Transfer Station cannot be assigned to a Slumber Time Group.
During Slumber Time, incoming calls (station/DID/DIT) are routed to an Attendant Console or
announcement machine. When an Attendant Console is designated as the transfer destination, the transfer
call is terminated to the ICPT key on the Attendant Console. When an announcement machine is
designated as the transfer destination but is not assigned in data by AAED command, the caller receives a
busy tone (BT).
An announcement machine with one channel can be connected to each station group. When connecting
several station groups to an announcement machine, all groups must be assigned to the same single route
and trunk.
Call transfer to a station in Slumber time mode after holding the call by CONSULTATION HOLD [C-17]
is possible only when an Attendant Console is designated as the transfer destination. (The call is
transferred to the Attendant Console.) If the announcement machine is designated as the transfer
destination, the transfer call is routed to reorder tone (ROT) connection.
The caller is not always connected to the announcement from its beginning.
Call origination is available during Slumber Time.
Station group or time is changed, assigned, or cancelled by MAT command.
There is no external indication showing Slumber Time set.
Any of the following services take precedence over the Slumber Time service:
CALL FORWARDING-ALL CALLS
[C-5]
CALL FORWARDING-BUSY LINE
[C-2]
STATION HUNTING
[S-7, 9]
UNIFORM CALL DISTRIBUTION
[U-1]
NEAX2400 IPX Feature Programming Manual
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Slumber Time - Do Not Disturb

S-106

Service Conditions (cont’d)
16.
17.

18.

19.
20.
21.

CALL BACK [C-1] and CALL WAITING-ORIGINATING [C-31] can be set from a Slumber Time
station.
Each of the following services is restricted to a Slumber Time station:
CALL WAITING-ORIGINATING
[C-31]
CALL BACK
[C-1]
EXECUTIVE RIGHT-OF-WAY
[E-1]
Each of the following terminals can access to a Slumber Time station during a Slumber Time. (Slumber
Time Override Service):
• Attendant Console
• Station having the SFC that allows Slumber Time Override (ASFC SFI = 107)
• Trunk in the trunk route assigned to ARTD SLOV = 1
DAT card is used as the announcement machine.
To provide this service in the FCCS network, all the nodes in the network must be assigned the same group
number.
Errors of time data are about + 1 minute.

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:

ARTD - Assign the route class data route number of the announcement trunk. Note
ATRK - Assign the trunk data of the announcement machine. Note
MBTK - Cancel the make-busy of the announcement trunk assigned by ATRK. Note
AAED - Assign the data of the announcement machine as shown below: Note
EQP = 36: Announcement machine for Slumber Time Group 1
37: Announcement machine for Slumber Time Group 2
38: Announcement machine for Slumber Time Group 3
39: Announcement machine for Slumber Time Group 4
40: Announcement machine for Slumber Time Group 5
41: Announcement machine for Slumber Time Group 6
42: Announcement machine for Slumber Time Group 7
C=
[x]
R=
[x]
A=
[x]
M=
1:
Multiple Connection
RT = [x] When using a 1-channel announcement machine by more than one Slumber
TK = [x] Time Group, assign the same data.
C=
Connection time: Disconnected in 30 second/connected until caller releases the station (= 0/1)
R=
RBT TRANSMISSION: RBT transmission/No RBT transmission (= 0/1)
A=
Call is answered directly/call is extended to an answering device.
Note: The data is to be assigned only when announcement machine is designated as the transfer destination.
STEP 5: ASLU1 - Assign Slumber Time Group and Slumber Time Data.
Assignment of Slumber Time Group
TN = [x] Tenant Number
STN = [x] Station Number
G=
[x] Slumber Time Group Number (1-7)

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S-106

Slumber Time - Do Not Disturb

Programming (cont’d)
Assignment of Slumber Time Data
ASLU2 G=
[x] Slumber Time Group Number (1-7)
CNT = [x] Count of Assigned Transfer Destination/Time Data
TFR 1/2: Transfer to attendant/announcement machine
Assign as many data as
FROM = [x] Slumber Time Start Time
assigned by CNT
TO =
[x] Slumber Time End Time Note
Note: If the Slumber service is required 24 hours a day, enter the same time data in to both the “From Hour/From
Minute” parameters and to “To Hour/To Minute” parameters.
STEP 6: ASFC - Allow Slumber Time Override to the SFC of the station which performs Slumber Time
Override. (SFI = 107, RES = 1)
STEP 7: ARTD - Assign the following route class data to the route number of the trunk which performs
Slumber Time Override.
CDN 109:SLOV = 1

FCCS Programming

STEP 1:
STEP 2:

Page 724

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
The station to use the service is registered by Physical Station Number in ASLU1 command.
The identical ASLU2 data should be programmed at all FCCS nodes.
By assigning the data, this service is available for the incoming calls to be dialed telephone number.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Serial Call - Dterm

S-127

S-127

Serial Call - Dterm

General Description
This feature allows the Dterm user to set SERIAL CALL to the central office line/tie line call and extend the call to
the desired station/trunk. When the communication with the desired party ends, the announcement instructing the
caller to dial the next desired party number is sent out. The caller, by following the instructions, can be connected
to a number of destinations without hanging up.

Operating Procedure
1.
2.
3.
4.
5.
6.
Note:

The D term user answers the incoming central office line/tie line call.
The caller requests SERIAL CALL, and the Dterm user presses the SERIAL CALL key.
The caller tells the desired station/trunk number to the Dterm user; the D term user extends the call to the
desired station/trunk using Consultation Hold.
When the conversation ends, the caller receives the announcement requesting the caller to dial the next
telephone/trunk number.
The caller dials the desired station/trunk number. When the called party answers, communication begins.
When the conversation ends, the caller receives the announcement requesting the caller to dial the next
telephone/trunk number. The caller may successively dial the desired telephone/trunk number.
For the Dterm equipped with a 24-digit LCD, the 16 digits on the left side of the LCD is used for the service
set/cancel indication. The 8-digit space on the right side is blank.

Service Conditions
1.
2.
3.

4.

5.
6.

7.
8.
9.

Whether to activate this service can be determined on a system basis, but not on a tenant or incoming route
basis. Therefore, it is not available to activate this service for each incoming route.
SERIAL CALL can be set only for the incoming central office line, tie line, and ISDN line. It cannot be
set for the station or the outgoing trunk.
The station that can set/cancel SERIAL CALL is the Dterm with the SERIAL CALL key. In case of the
incoming call from a ringdown trunk, the call has to be transferred from the Attendant to the Dterm, or the
Dterm should be previously designated as the Direct-In Termination station.
The Dterm may set/cancel SERIAL CALL by pressing the SERIAL CALL key any time while engaged in
a call with the incoming trunk party. (The LCD indicates set (SERIAL SET)/cancel (SERIAL CANCEL)
for 5 seconds for every attempt, and the SERIAL CALL key lights red while SERIAL CALL is set.)
However, the Dterm user must not have any other calls when using this service (i.e. this service cannot be
used together with CALL TRANSFER-ALL CALLS-Dterm [C-11D], CONSULTATION HOLD-ALL
CALLS-Dterm [C-17D], CALL WAITING-TERMINATING [C-12], etc.).
The caller can call the station, central office line, tie line, or the Attendant successively by activating
SERIAL CALL.
When the call terminates on the central office line/tie line in the multi-line and the called station answers,
the SERIAL CALL key lights red. However, in case the Dterm user answers by CALL PICKUP - GROUP
[C-7]/CALL PICKUP - DIRECT [C-30], it does not light.
If SERIAL CALL is not set to the incoming trunk, the caller is not connected to the announcement when
the conversation with the first party ends (after being put on Consultation Hold), but receives reorder tone.
This service is available to the incoming route where AUTOMATED ATTENDANT [A-82] or REMOTE
ACCESS TO SYSTEM [R-2] are set.
When the registers are all busy when Serial Call is attempted, the caller receives reorder tone.

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Serial Call - Dterm

S-127

Service Conditions (cont’d)
10.

11.
12.
13.
14.

15.
16.
17.

18.

19.

Page 726

Whether to send the announcement can be determined on a system basis. If the announcement is not sent,
the caller receives dial tone. Both the first and the second announcement is connected in single connection,
and the caller receives no tone until the announcement is sent.
When Serial Call is attempted, and the caller encounters all announcement trunks busy or when there is
no announcement trunk, the caller receives dial tone.
The caller can dial the desired telephone/trunk number during the announcement.
This service is provided only when the caller uses the DTMF telephone.
The caller is connected to the announcement when the caller is engaged in a two party connection with the
station, central office line, tie line, or the Attendant and then the station, central office line, tie line or the
Attendant releases.
If the caller does not dial any number after the announcement, the caller receives no tone until the register
prepause timer expires.
In case the register prepause timer expires after the announcement, whether to recall to the operator Dterm
user or to release the call automatically can be selected on a system basis.
When recalling to the Dterm, whether to end or continue this setting can be selected by system data.
However, in case the central office trunk works with Loop Start system (route data LSG=0), release cannot
be detected; therefore, when recall to the Dterm, this setting is ended. If this setting is ended, the Dterm user
can press the SERIAL CALL key again and reset.
Recall to the Dterm selected at item 17 is activated with the following steps and ringing is according to the
ringer pattern 5 ASYD System Data 3 Index 7.
a.) In case the Dterm setting SERIAL CALL is free, the destination is the set line and only the Dterm
is called. If the set line is accommodated in the other Dterm multi-line, the other Dterm becomes
busy status (lights in red) and CALL FORWARDING – ALL CALLS [C-5] and FORWARDING
- DON’T ANSWER [C-3] is not available. When the set line is the my line of the Dterm, the LCD
displays RECALL. (Ordinary transaction for recall to the Dterm user)
b.) In case the D term setting SERIAL CALL is busy, another free line among the D terms is selected by
the same transaction as ordinary serial calling. Therefore, CALL FORWARDING - ALL CALLS
[C-5], CALL FORWARDING - BUSY LINE [C-2] and STATION HUNTING - CIRCULAR [S7] are available, and the LCD on the D term which is selected as a Prime Line indicates RECALL.
CALL FORWARDING - DON’T ANSWER [C-3] is not available. In case to end the setting is
selected at item 18, the central office line/tie line is released. (reorder tone is sent out); in case to
continue is selected, dialing of the next number is allowed. (Dial tone is sent out.)
Conditions for restriction are as follows:
a.) When the dead number or the dead level is dialed (even if the dead number announcement data is
assigned, the call is not connected to this announcement, but it is recognized as a redial call. If the
second announcement data is assigned [AAED EQP = 35], this announcement has priority).
b.) In case of inter digit timer timeout while the telephone number is dialed.
c.) When the called station does not answer for 30 seconds (if CALL FORWARDING - DON’T
ANSWER [C-3] is set, the call is forwarded).
d.) When the called station is busy (if CALL FORWARDING - BUSY LINE [C-2] is set, the call is
forwarded).
e.) The connection is restricted:
• when the number where the connection with the central office line/tie line is restricted is dialed.
• when the access code dialing for trunk call origination is restricted.
• when the access code is dialed for trunk call origination, and inter digit timer expires before the
call originating route is determined, resulting in restriction.

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Serial Call - Dterm

S-127

Service Conditions (cont’d)

20.
21.
22.
23.

24.
25.

• when the outgoing trunks are all busy (if Tandem Trunk Queuing service is set, the service is
activated).
After the second announcement is sent out, whether to allow dialing of the next number or to release the
call automatically can be selected on a system basis.
The announcement can be either 16, 32, or 60 seconds, depending on the key setting of the announcement
trunk (PA-4DATA). The announcement trunk should always be connected in single connection.
When the caller attempts trunk call origination by this service and encounters restriction, the class change
service via authorization code dialing is not available.
The following services are denied toward a line or trunk involved in Serial Call:
CALL FORWARDING - ALL CALLS
[C-5]
CALL FORWARDING - BUSY LINE
[C-2]
CALL FORWARDING - DON’T ANSWER
[C-3]
CALL PICKUP - DIRECT
[C-30]
CALL PICKUP - GROUP
[C-7]
CALL WAITING - ORIGINATING
[C-31]
CALL WAITING - TERMINATING
[C-12]
STATION HUNTING - CIRCULAR
[S-7]
STATION HUNTING - SECRETARIAL
[S-8]
STATION HUNTING - TERMINAL
[S-9]
When the called station via Serial Call is busy, STEP CALL [S-13] is not available.
When the call is extended to a trunk, the call is charged to the incoming trunk (the caller).

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:

ASYD - System data 1, index 007, bit 5 = 0/1: when dialing a vacant level, unused number, timeout,
recall, or restricted connection, the caller will be (0) able to redial / (1) disconnected.
System data 1, index 435, bit 0 = 0/1: Serial Call in service No/Yes.
System data 1, index 435, bit 1 = 0/1: after pre-pause timer, recall/disconnect.
System data 1, index 435, bit 2 = 0/1: when recalling, the service will end/continue.
AKYD - FKY 84 = Serial Call.
ADSL - Assign SCALL key; Assign SN=4 (Communication in Progress) and FKY=84 (Serial Call).
This command is used for assigning a function to each soft key.
AAED - EQP 34 (Auto Attendant first announcement) C = 0, R = 1, A = 1, M = 0.
EQP 35 (Auto Attendant second announcement) C = 0, R = 1, A = 1, M = 0.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: AAEDN - EQP 34 (Auto Attendant first announcement) C = 0, R = 1, A = 1, M = 0.
EQP 35 (Auto Attendant second announcement) C = 0, R = 1, A = 1, M = 0.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Page 727

S-129

SMDR Output Expansion - ANI/CPN

S-129

SMDR Output Expansion - ANI/CPN

General Description
This feature expands SMDR information output, by which calling numbers from Central Office may be output to
the expanded area.

Operating Procedure
No manual operation is required.

Service Conditions
1.

When the expanded area information is used, SMDR equipment must corresponds to the expanded output
format.
2.
Users may assign 24 kinds of output information (maximum 240 bytes) combined as they like.
Information exceeding 240 bytes is not output from its head.
When current information + ANI information (A) + new information D + F + P:

S O !
T
X

K H
/
I
/
J

CCIS
AUTH
OFFICE CODE
CODE

A

ID

ANI
NO.

D

NEW
INFO.
D

F

NEW
INFO.
F

240 bytes

P

NEW
INFO.
P

Z E
T
X

Exceeding Info.

Output information:

S O !
T
X

K H
/
I
/
J

CCIS
AUTH
OFFICE CODE
CODE

A ID

ANI
NO.

D

NEW
INFO.
D

F

NEW
INFO.
F

Z E
T
X

No output information:

P
Exceeding information is not output.

3.

Page 728

NEW
INFO.
P

Multi output and dual output are available. (If dual output is assigned, it is possible that the formats are
different at each port depending on system data [e.g. expanded output is available/not available]).

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SMDR Output Expansion - ANI/CPN

S-129

Service Conditions (cont’d)
4.

Regarding the ANI information identifier, the numbers 0, 2, 3, 4 and 5 are output only when the
information is sent from Central Office.
Note: Meanings of ANI information identifier numbers:
0 = Not output
1 = Display
2 = Not display
3 = Not provide service
4 = Outgoing C.O. call
5 = Service Condition
5.
When an office receiving a calling number from Central Office extends the call to another office through
CCIS and charging is performed at the extended office, the maximum calling number is 16 digits.
However, only when ANI information identifier sent from Central Office is 1 (Display), the calling
number is output.
6.
This service is available when using CENTRALIZED BILLING – CCIS [C-55]. (A main office receives
charging information from its remote office as it received. However, if the main office makes this service
invalid, the information in the expanded area is not output but transferred by using current identifiers
(outgoing: KA, incoming: KE, both station: KB).
The following is the table showing relationship between a main office and a remote office when remote
charging is established.
TRANSFER FORMAT FROM A
REMOTE OFFICE / OUTPUT FORMAT
FROM A MAIN OFFICE

7.

CURRENT TRANSFER
FORMAT

EXPANDED TRANSFER
FORMAT BY ACTIVATING THIS
SERVICE

This service is activated.

Information is output in the
expanded format according to
Expanded area information system data of the main office. In
ID is output only.
case information required to be
Information is output in
output at a main office is not in the
space.
transfer format from a remote
office, information is output same
as the current transfer format.

This service is not activated.

Information in the expanded area is
Information is output in the
not output but transferred in the
current format.
current format.

This service is not supported in offices performing remote charging.

Programming

STEP 1:

Also see TRUNK LINE APPEARANCE [T-23] for information on how to accommodate C.O. line on
a Dterm line/feature key.
ASYD - System Data 1, Index 241, Bit 6. 0/1 = When the length of Caller ID exceeds the limit, only
the former/latter part of data appears on the LCD.
System Data 1, Index 390, Bit 0. Caller ID display pattern on the LCD. 0/1 = Calling Number/Calling
Name has priority.
System Data 1, Index 390, Bit 2. when using Dterm 2-line LCD, the lower LCD can be used for
displaying Caller ID. 0/1 = Out/In service.

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Page 729

S-129

SMDR Output Expansion - ANI/CPN

Programming (cont’d)
When Calling Number is output to SMDR, the following expanded format is used:

S
T
X

O

!

1

2

96

104

K

H
/
I
/
J

OFFICE CODE OF
CALLED PARTY
(FOR CCIS)

AUTH
CODE

129 130
A

A = ANI Information
H = Origination
I = Termination
J = Station-to-Station

STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:

Page 730

131

162

ANI
NO.

Z

E
T
X

Z = End of SMDR
Information

Identifier:
0 = Output is not available
1 = Displayed
2 = Display denied
3 = Service is not available
4 = Origination from public pay phone
Note:For 0, 2 and 3, the ANI number is not output.

System Data 1, Index 288, Bit 5. Expanded SMDR Output for SMDR A Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 290, Bit 5. Expanded SMDR Output for SMDR B Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 292, Bit 5. Expanded SMDR Output for SMDR C Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 294, Bit 5. Expanded SMDR Output for SMDR D Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 296, Bit 0. Output of Calling Number (ANI Information). 0/1 = Out/In Service.
Assign data “1”.
System Data 1, Index 300, Bit 0. 0/1 = Billing information is sent to the Main Node in Expanded
SMDR format if CENTRALIZED BILLING - CCIS [C-55].
ASFC - Assign a Service Feature Class that allows SFI 14 to stations allowed STATION MESSAGE
DETAIL RECORDING [S-10].
ARTD - Assign route class data for the C.O. trunk.
15-LSG
:3
50-DPLY
:1
When Calling Number is output to SMDR:
10-SMDR :1
ATRK - Assign trunk data for the C.O. trunk.
MBTK - Cancel the make busy of the C.O. trunk.
AKYD - Assign Call Id Change Display key. Assign Type:Function:Call ID Change Display [113].
When Call Id Change Display key is pressed, display pattern on the LCD assigned by ASYD
command changes according to the conditions below:
When My Line is Prime Line, Call Id Change Display Key is effective while terminating or in
conversation.
When My Line is not Prime Line, Call Id Change Display Key is effective while in conversation.
However, display pattern returns to the original setting when answering, holding, or transferring the
call.

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SMDR Output Expansion - ANI/CPN

S-129

FCCS Programming

STEP 1:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
ASYDL - System Data 1, Index 241, Bit 6. 0/1 = When the length of Caller ID exceeds the limit, only
the former/latter part of data appears on the LCD.
System Data 1, Index 390, Bit 0. Caller ID display pattern on the LCD. 0/1 = Calling Number/Calling
Name has priority.
System Data 1, Index 390, Bit 2. when using Dterm 2-line LCD, the lower LCD can be used for
displaying Caller ID. 0/1 = Out/In service.
When Calling Number is output to SMDR, the following expanded format is used:

S
T
X

O

!

1

2

96

104

K

H
/
I
/
J

OFFICE CODE OF
CALLED PARTY
(FOR CCIS)

AUTH
CODE

129 130

A = ANI Information
H = Origination
I = Termination
J = Station-to-Station

STEP 2:

A

131

162

ANI
NO.

Z

E
T
X

Z = End of SMDR
Information

Identifier:
0 = Output is not available
1 = Displayed
2 = Display denied
3 = Service is not available
4 = Origination from public pay phone
Note:For 0, 2 and 3, the ANI number is not output.

System Data 1, Index 288, Bit 5. Expanded SMDR Output for SMDR A Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 290, Bit 5. Expanded SMDR Output for SMDR B Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 292, Bit 5. Expanded SMDR Output for SMDR C Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 294, Bit 5. Expanded SMDR Output for SMDR D Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 296, Bit 0. Output of Calling Number (ANI Information). 0/1 = Out/In Service.
Assign data “1”.
System Data 1, Index 300, Bit 0. 0/1 = Billing information is sent to the Main Node in Expanded
SMDR format if CENTRALIZED BILLING - CCIS [C-55].
System Data 1, Index 578-581, Bit 0.
ARTDN - Assign route class data for the C.O. trunk.
15-LSG
:3
50-DPLY
:1
When Calling Number is output to SMDR:
10-SMDR :1

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S-129

SMDR Output Expansion - ANI/CPN

FCCS Programming (cont’d)
Note:

When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

Page 732

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Tandem Switching of TIE Trunks - 2/4-Wire

T-1

T-1

Tandem Switching of TIE Trunks - 2/4-Wire

General Description
This feature allows trunk-to-trunk connections through the switching system, without the need for any Attendant
assistance or control. The major use of this feature is in association with the Dial Tandem TIE Line Network to allow
TIE Line connections and incoming TIE Line calls automatic access to, and completion of, local Central Office calls.

Operating Procedure
1.
2.
3.

Lift the handset; receive dial tone from the distant office.
Dial the TIE trunk access code; receive dial tone from the PBX.
Dial another TIE trunk access code.

1.
2.

Dial the Central Office access code; receive dial tone from the other distant PBX or local Central Office.
Dial an extension number of the distant PBX.

1.

Dial the Central Office exchange number (local or toll).

OR

OR

Service Conditions
1.
2.

3.
4.
5.
6.
7.
8.

When using a 2-wire application, there may be an appreciable decrease in transmission decibel levels.
When using a 4-wire application, a TLT circuit card is required for every four TIE Lines. This circuit card
provides amplification/attenuation so that the desired transmitting and receiving levels can be maintained,
providing the overall Tandem system with transparency.
When TIE trunks are busy, the calling station will receive busy tone.
Each incoming TIE trunk may have various restrictions for TIE-to-Central Office calling.
Careful consideration should be given to access code numbering plans to avoid unnecessary loss of access
codes and code duplication within the same system.
Tandem switching can also be accomplished via the ATTENDANT CONSOLE [A-3].
There is no limitation to the allowable number of Tandem Switching connections.
This feature can also be activated when using a trunk in the remote node via FCCS link. For more detailed
information, see the NEAX2400 IPX Fusion Network System Manual.

Interactions
1.

2.
3.

The connection described is a user outside the system connected to an incoming TIE Line to an outgoing
TIE Line. TRUNK-TO-TRUNK CONNECTION [T-10] is established by either the Attendant Console or
a user and is connected to two outgoing trunks.
TOLL DENIAL [T-6]: If TOLL DENIAL is applied to an incoming TIE Trunk group, the calling user is
routed to reorder tone if an attempt is made to dial-access a toll call.
Incoming dial repeating TIE trunks (second dial tone) can connect to the following types of outgoing
trunks:
a.) Dial repeating TIE trunk (second dial tone)
b.) Senderized TIE trunk
c.) CO trunk
d.) FX trunk
e.) WATS trunk

NEAX2400 IPX Feature Programming Manual
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Page 733

T-1

Tandem Switching of TIE Trunks - 2/4-Wire

Interactions (cont’d)
4.
5.

f.) CCSA trunk
STATION MESSAGE DETAIL RECORDING (SMDR) [S-10]: On Tandem Connections, the incoming
TIE Trunk group route number and outgoing trunk number are recorded.
Two outgoing trunk group restriction tables are provided per system. The Direct Dial Access table is
indexed when a distant user dials the trunk group access code, and the ATTENDANT CONSOLE [A-3]
table is indexed on Attendant completed calls.

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:

STEP 5:

STEP 6:

STEP 7:

ARTD - Assign the TIE Line routes as shown below:
BOTHWAY TIE-LINES:
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:2
4-INSG
:3
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
15-LSG
:5
ATRK - Assign the LENs, TIE Line Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the TIE Line Trunks.
ANPD - Reserve a number level for trunk access. Assign Connection Indexes, CI = N, H; Normal (N)
and Hooking (H). Assign NND in accordance with a predetermined numbering plan. Busy Lamp Field
is not activated.
ASPA - Assign the access code as assigned in ANPD above. Assign Connection Indexes, CI = N, H;
Normal (N) and Hooking (H). Type of Service, SRV = OGC (Outgoing Call), Outgoing Trunk. Assign
the route number associated with this access code.
ARRC - Assign to the system trunk-to-trunk connection. Use Alternative Route Index (ARI-D-RES)
for Direct Connection. Three possible Restrictions may be assigned; data “0”, Connection is
Restricted; data “1”, Connection is Allowed; or data “2”, Toll Restriction is required. For TANDEM
SWITCHING OF TIE TRUNKS-2/4 WIRE, TOLL RESTRICTION is not required.
APAD - Assign any Pad data that may be required for desired quality of service. (Optional, see TIE
LINE CONNECTION WITH PAD CONTROL [T-5]).

FCCS Programming

STEP 1:

STEP 2:

STEP 3:

Page 734

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
ARTDN - Assign the TIE Line routes as shown below:
BOTHWAY TIE-LINES:
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:2
4-INSG
:3
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
15-LSG
:5
ANPDL - Reserve a number level for trunk access. Assign Connection Indexes, CI = N, H; Normal
(N) and Hooking (H). Assign NND in accordance with a predetermined numbering plan. Busy Lamp
Field is not activated.
ASPAL - Assign the access code as assigned in ANPD above. Assign Connection Indexes, CI = N, H;
Normal (N) and Hooking (H). Type of Service, SRV = OGC (Outgoing Call), Outgoing Trunk. Assign
the route number associated with this access code.

NEAX2400 IPX Feature Programming Manual
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Tandem Switching of TIE Trunks - 2/4-Wire

T-1

FCCS Programming (cont’d)
STEP 4:

STEP 5:

ARRCN - Assign to the system trunk-to-trunk connection. Use Alternative Route Index (ARI-D-RES)
for Direct Connection. Three possible Restrictions may be assigned; data “0”, Connection is
Restricted; data “1”, Connection is Allowed; or data “2”, Toll Restriction is required. For TANDEM
SWITCHING OF TIE TRUNKS-2/4 WIRE, TOLL RESTRICTION is not required.
APADN - Assign any Pad data that may be required for desired quality of service. (Optional, see TIE
LINE CONNECTION WITH PAD CONTROL [T-5]).

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Page 735

T-2

Three-Way Calling

T-2

Three-Way Calling

General Description
This feature enables any user to add another party to an existing connection, establishing a three-way conference.
Even if the additional Dterm user holds the call, THREE-WAY CALLING may be established. (This service is called
Consultation Hold.)

Operating Procedure
Procedure 1

1.
2.
3.
4.

Press switch hook; first party is placed on Consultation Hold; receive special dial tone.
Dial the desired number; receive answer.
Announce the conference and press switch hook again.
The THREE-WAY CALLING is now established.

Procedure 2

1.
2.
3.
4.
5.
6.
7.

While connected with the first party, press the switch hook; receive special dial tone. The first party is
placed on hold.
Dial the second party (Dterm); receive ring back tone.
The second party answers; the CONSULTATION HOLD - ALL CALLS state has been entered.
The second party presses the HOLD key and the call in progress is held.
Press the switch hook and return to the original call.
The second party or another Dterm station in the same Multi Line group answers the held call.
THREE-WAY CALLING is established.

Service Conditions
1.
2.
3.
4.
5.

The originating party may hang up at any time. The remaining two parties will not be disconnected.
This feature may be activated during any call.
Any combination of parties (internal or external) may be included in a three-way call.
The maximum number of simultaneous three-way calls depends on the quantity of digital conference
trunks within the system. One digital conference trunk circuit card can handle 8 simultaneous 3-way calls.
The THREE-WAY CALLING feature is not restricted by the line class of service assigned to the user’s
line; thus, a fully restricted station can transfer a call to another station or the Attendant.

When the Consultation Hold service is used

1.
2.
3.
4.
5.
6.
7.

Page 736

Service restriction class of stations may be assigned at each station.
This service is not available when THREE-WAY CALLING has been established.
After the originating party presses the switch hook, the station can only go on-hook and press the switch
hook. The party in conversation can only operate on-hook.
This service is not available when the transferred call is held by CALL HOLD and so on.
When the additional station answers the held call, whether to send Override Tone or not depends on the
originating station service restriction class.
The Conference Trunk (CFT) function is required for the node which accommodates the station operating
a three-way conference within the FCCS network.
Three-Way Calling can also be established when using the trunk belonging to the remote node within the
FCCS network.
NEAX2400 IPX Feature Programming Manual
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Three-Way Calling

T-2

Interactions
1.
2.
3.

A station in an established three-way connection cannot flash the switch hook to activate a feature. The
flash disconnects the last party connected.
All three-way calls are protected by privacy. No more than three ports can be bridged together at one time,
unless PRIVACY RELEASE [P-18] is being used.
If a three-way call includes two trunks and the station hangs up, the trunks will release, unless the trunks
are allowed TRUNK-TO-TRUNK CONNECTION [T-10] via the ARRC command, ARI-D-RES.

Programming
STEP 1:

STEP 2:

ASYD - System Data 2, Index 1, Bits 0 & 1. Consultation Hold allowed or denied. 00: Denied; 01:
Originating and Terminating Calls allowed, Tandem Call Denied; 10: Only Terminating Calls
Allowed; 11: All calls allowed.
System Data 2, Index 6, Bit 2. This Bit remains as data “0”. CALL TRANSFER-ALL CALLS [C-11].
System Data 2, Index 6, Bit 3. Enable add-on ability. This Bit remains as data “0” to allow THREEWAY CALLING.
System Data 3, Index 2. Assign data 91H for Normal (N), Hooking (H) values.
ATRK - Assign LENs as Route 909, Digital Conference Trunk. The LEN consists of the following:
Group
Level
Module Group
Unit
XX

STEP 3:
STEP 4:

STEP 5:
STEP 6:

X

XX

X

Group and level numbers for the digital conference trunk are 210, 213, 216, 221, 224, 227, 232, 235.
MBTK - Make idle the Digital Conference Trunk
ARRC - Allow for trunk-to-trunk connections between any two routes that may be used in THREEWAY CALLING. Assign these routes for ARI-A-RES: This connection is for a station and two trunks
ARI-D-RES. If the originating party hangs up, the remaining two parties will stay connected.
ARSC - The route restriction class must be constructed to allow the station access to the involved
routes.
ASFC - When Consultation Hold Enhancement is used, assign each station Service Feature Class
(SFC) that allows SFI 138 and SFI 140.
SFI 138: Consultation Hold Enhancement
SFI 140: Send Warning Tone to interrupted parties when three-way calling is established using
Consultation Hold Enhancement

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ARRCN - Allow for trunk-to-trunk connections between any two routes that may be used in THREEWAY CALLING. Assign these routes for ARI-A-RES: This connection is for a station and two trunks
ARI-D-RES. If the originating party hangs up, the remaining two parties will stay connected.
STEP 2: ARSCN -The RouteRestrictionClassmustbe constructed to allow thestationaccessto theinvolved routes.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
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Page 737

Three-Way Calling - Dterm

T-2D

T-2D

Three-Way Calling - Dterm

General Description
This feature enables a Dterm user to establish a three-way conference by connecting an additional party to an already
existing conversation.
Even if the additional Dterm user holds the call (Consultation Hold), THREE-WAY CALLING may be established.

Operating Procedure
Procedure 1

1.
2.
3.
4.

Press the TRANSFER key; receive special dial tone; the original party is placed on hold.
Dial the desired number; receive answer.
Announce the conference and press the CONF key.
THREE-WAY CALLING is now established. The LCD displays:
CONF
(Time Display)

Procedure 2 (Hold on Consultation Hold)

1.
2.
3.
4.
5.
6.
7.

While connected with the first party, press the TRANSFER key (Dterm); receive special dial tone. The first
party is placed on hold.
Dial the second party (Dterm); receive ringback tone.
The second party answers; the CONSULTATION HOLD - ALL CALLS state has been entered.
The second party presses the HOLD key (Dterm) and the call in progress is held.
Press the CONF key and return to the original call.
The second party or another Dterm station in the same Multi Line group answers the held call.
THREE-WAY CALLING is established.

Service Conditions
1.
2.
3.
4.

5.

The originating party may hang up at any time. The other two parties will not be disconnected if assigned
as such in system programming.
This feature may be activated during any call that does not include the Attendant Console.
Any combination of parties (internal or external) may be included in a three-way call.
The maximum number of simultaneous three-way calls is dependent on the quantity of Digital Conference
Trunks within the system. (Conference function is included in the TSW and MUX circuit card.) One
Digital Conference Trunk circuit card can handle eight simultaneous three-way calls.
The THREE-WAY CALLING feature is not restricted by the line class of service assigned to the user’s
line; thus, a fully restricted station can transfer a call to another station or the Attendant.

When the Consultation Hold service is used

1.
2.
3.
4.

Page 738

Service restriction class of stations may be assigned at each station.
This service is not available when THREE-WAY CALLING has been established.
After the originating party presses the CONF key, the station can only go on-hook and press the
TRANSFER key. The party in conversation can only operate on-hook.
This service is not available when the transferred call is held by CALL HOLD and so on.

NEAX2400 IPX Feature Programming Manual
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Three-Way Calling - Dterm

T-2D

Service Conditions (cont’d)
5.
6.
7.

When the additional station answers the held call, the decision to send Override Tone depends on the
originating station service restriction class.
The Conference Trunk (CFT) function is required for the node which accommodates the station operating
a three-way conference within the FCCS network.
Three-Way Calling can also be established when using the trunk belonging to the remote node within the
FCCS network.

Programming
STEP 1:

STEP 2:

ASYD - System Data 2, Index 1, Bits 0 & 1. Consultation Hold allowed or denied. 00: Denied; 01:
Originating and Terminating Calls allowed, Tandem Call Denied; 10: Only Terminating Calls
Allowed; 11: All calls allowed.
System Data 2, Index 6, Bit 2. This Bit remains as data “0”. CALL TRANSFER-ALL CALLS [C-11].
System Data 2, Index 6, Bit 3. Enable add-on ability. This Bit remains as data “0” to allow THREEWAY CALLING.
System Data 3, Index 2. Assign data 91H for Normal (N), Hooking (H) values.
ATRK - Assign LENs as Route 909, Digital Conference Trunk. The LEN consists of the following:
Module Group
Unit
Group
Level
XX

STEP 3:
STEP 4:

STEP 5:
STEP 6:

X

XX

X

Group and level numbers for the digital conference trunk are 210, 213, 216, 221, 224, 227, 232, 235.
MBTK - Make idle the Digital Conference Trunk
ARRC - Allow for trunk-to-trunk connections between any two routes that may be used in THREEWAY CALLING. Assign these routes for ARI-A-RES: This connection is for a station and two trunks
ARI-D-RES. If the originating party hangs up, the remaining two parties will stay connected.
ARSC - The Route Restriction Class must be constructed so as to allow the station access to the
involved routes.
ASFC - When Consultation Hold Enhancement is used, assign each station Service Feature Class
(SFC) that allows SFI 138 and SFI 140.
SFI 138: Consultation Hold Enhancement
SFI 140: Send Warning Tone to interrupted parties when three-way calling is established using
Consultation Hold Enhancement

FCCS Programming

STEP 1:

STEP 2:

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
ARRCN - Allow for trunk-to-trunk connections between any two routes that may be used in THREEWAY CALLING. Assign these routes for ARI-A-RES: This connection is for a station and two trunks
ARI-D-RES. If the originating party hangs up, the remaining two parties will stay connected.
ARSCN - The Route Restriction Class must be constructed so as to allow the station access to the
involved routes.

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Page 739

Three-Way Calling - Dterm

T-2D

FCCS Programming (cont’d)
Note:

When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

Page 740

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

TIE Line Access

T-3

T-3

TIE Line Access

General Description
This feature allows any user dial access to a TIE Line.

Operating Procedure
1.
2.
3.

Lift the handset; receive dial tone.
Dial the TIE LINE ACCESS code; receive dial tone from the distant PBX.
Dial the desired extension number.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

8.

9.

TIE LINE ACCESS may be denied to individual stations via CLASS OF SERVICE-INDIVIDUAL [C15].
The PBX system is equipped with either automatic or dial-repeating TIE trunks.
When a power failure occurs at the local NEAX2400 IPX (without reserve power backup), all TIE trunk
connections are lost.
Each TIE Line group can be arranged for DP or DTMF address signaling incoming and/or outgoing.
TOLL DENIAL [T-6]: The calling user is routed to reorder tone if an attempt is made to dial-access a call.
The NEAX2400 IPX can be equipped with senderized TIE trunks. Immediate start, delay, or wink start
signaling is available.
When a trunk group access code is dialed by a user, the TIE trunk group is used to index a trunk group
restriction table to determine if the call attempt is allowed. For each outgoing trunk group, the following
restriction options can be assigned per RSC:
a.) Indicates the TIE trunk is not allowed access to the trunk group dialed.
b.) Indicates the TIE trunk is allowed access (unrestricted).
c.) Indicates the station is allowed access but is restricted from making 0/1 toll calls or is code (3digit, 6-digit) restricted.
Two outgoing trunk group restriction tables are provided per system. The Direct Dial Access table is
indexed when a user dials the trunk group access code and the ATTENDANT CONSOLE [A-3] table is
indexed on Attendant completed calls. The restriction options per RSC can differ per table, allowing
Attendant completion of outgoing calls for restricted stations.
DTMF cannot be received on an incoming TIE Line call when the Signal Interface for Incoming route data
is set for Immediate Start.

Interactions
1.
2.

3.

For senderized TIE Lines, see UNIVERSAL SENDER [U-3]. The ANND command must be programmed
for Senderized TIE Lines (normally for 4(OGC)).
If other services, such as STATION MESSAGE DETAIL RECORDING [S-10] and LEAST-COST
ROUTING-3/6 DIGIT [L-5] are to be used in conjunction with this feature, the AMND command must
be programmed. Go to the ASTP and AOSP command, if digit translation is required.
MISCELLANEOUS TRUNK RESTRICTION [M-3]: Restrictions to TIE trunks are determined by the
Route Service Class (RSC) assigned to the station.

NEAX2400 IPX Feature Programming Manual
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Page 741

T-3

TIE Line Access

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:
STEP 5:

STEP 6:

ARTD - Assign the TIE Line routes as shown below:
BOTHWAY LINES:
RT: 1
1-OSGS
:2/7
2-ONSG
:3
3-ISGS
:2/7
4-INSG
:3
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
13-AC
:1
15-LSG
:5
28-ANS
:1
30-PAD
:7
ATRK - Assign the LENs, TIE Line Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the TIE Line trunks.
ANPD - Assign a number level for trunk access. Assign Connection Indexes, CI = N, H; Normal (N)
and Hooking (H). Number of Necessary Digits is usually 1 or 2. Busy Lamp Field is not activated.
ASPA - Assign the access code as assigned in ANPD above. Assign Connection Indexes, CI = N, H;
Normal (N) and Hooking (H). Type of Service, SRV = OGC (Outgoing Call), Outgoing Trunk. Assign
the route number associated with this access code.
ARSC - The Route Restriction Class must be constructed to allow the station access to the involved
routes.

FCCS Programming

STEP 1:

STEP 2:
STEP 3:

STEP 4:

Page 742

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
ARTDN - Assign the TIE Line routes as shown below:
BOTHWAY LINES:
RT: 1
1-OSGS
:2/7
2-ONSG
:3
3-ISGS
:2/7
4-INSG
:3
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
13-AC
:1
15-LSG
:5
28-ANS
:1
30-PAD
:7
ANPDL - Assign a number level for trunk access. Assign Connection Indexes, CI = N, H; Normal (N)
and Hooking (H). Number of Necessary Digits is usually 1 or 2. Busy Lamp Field is not activated.
ASPAL - Assign the access code as assigned in ANPD above. Assign Connection Indexes, CI = N, H;
Normal (N) and Hooking (H). Type of Service, SRV = OGC (Outgoing Call), Outgoing Trunk. Assign
the route number associated with this access code.
ARSCN - The Route Restriction Class must be constructed to allow the station access to the involved
routes.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

TIE Line Connection With Pad Control

T-5

T-5

TIE Line Connection With Pad Control

General Description
This feature provides a switchable transmission pad on TIE trunks that allows tandem connections. Necessary pad
control is activated to protect against echo.

Operating Procedure
No manual operation is required.

Service Conditions
1.

2.

3.

Pad Control (2dB) will automatically be switched in for the following connections:
a.) TIE Line-to-Station
b.) Station-to-TIE Trunk/CCSA
c.) CCSA-to-Station
d.) TIE Line-to-Attendant
e.) CCSA-to-Attendant
f.) Attendant-to-TIE Trunk/CCSA
Pad Control (2dB) will not be switched in for the following connections:
a.) TIE Line-to-C.O.Trunk/TIE/CCSA
b.) CCSA-to-C.O.Trunk/TIE/CCSA
c.) C.O.Trunk-to-TIE/CCSA
d.) THREE-WAY CALLING [T-2] used in conjunction with TRUNK-TO-TRUNK CONNECTION
[T-10]
The 4W E&M Trunk/DTI [D-16] provides Pad Control (0, 2, 4, 8, 12, 16dB) so the desired transmitting
and receiving levels can be maintained, providing the overall tandem system with transparency.

Interactions
1.
2.

3.

If volume on the DTI is too loud, assign CDN 30:Pad (ARTD) as data “2”.
The 8TLT card provides four 2-wire DID, CCSA, and TIE Line circuit access. These circuits may be set
for loop or E&M signaling. The card contains switchable transmission pads that are switched in or out via
software command.
The 8TLT card provides four 4-wire TIE Line circuits. These circuits may be set for E&M signaling. The
card contains switchable transmission pads that are switched in or out via software. The 8TLT cards are
located in the Port Interface Module (PIM) carrier. A maximum of eleven 8TLT can be equipped per PIM.

Programming
STEP 1:

STEP 2:

ARTD - Assign the TIE Line routes as shown below:
BOTHWAY LINES:
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:2
4-INSG
:3
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
15-LSG
:5
Pad control is programmed in CDN 30:Pad. For DTI circuit cards, assign data “7”, otherwise assign
data “0”.
APAD - Assign the Pad data required for the Tandem connection. Assign the following:
KIND:
Kind of Connection

NEAX2400 IPX Feature Programming Manual
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Page 743

T-5

TIE Line Connection With Pad Control

Programming (cont’d)
T:
Tandem Connection
ICRT:
Incoming Route Number
OGRT:
Outgoing Route Number
SFC:
Service Feature Class
[Not Used]
IC PAD: Incoming PAD Data (1-15)
OG PAD: Outgoing PAD Data (1-15)
RT:
Route Number
[Not Used]
PAD DATA:
DTI
TLT (4W E&M)
0-8dB Pad On
1-2dB Pad On
1-2dB Pad On
2-4dB Pad On
2-4dB Pad On
3-6dB Pad On
3-6dB Pad On
4-8dB Pad On
4-8dB Pad On
15-PAD OFF
7-PAD OFF

FCCS Programming

STEP 1:

STEP 2:

Page 744

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
ARTDN - Assign the TIE Line routes as shown below:
BOTHWAY LINES:
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:2
4-INSG
:3
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
15-LSG
:5
Pad control is programmed in CDN 30:Pad. For DTI circuit cards, assign data “7”, otherwise assign
data “0”.
APADN - Assign the Pad data required for the Tandem connection. Assign the following:
KIND:
Kind of Connection
T:
Tandem Connection
ICRT:
Incoming Route Number
OGRT:
Outgoing Route Number
SFC:
Service Feature Class
[Not Used]
IC PAD: Incoming PAD Data (1-15)
OG PAD: Outgoing PAD Data (1-15)
RT:
Route Number
[Not Used]
PAD DATA:
DTI
TLT (4W E&M)
0-8dB Pad On
1-2dB Pad On
1-2dB Pad On
2-4dB Pad On
2-4dB Pad On
3-6dB Pad On
3-6dB Pad On
4-8dB Pad On
4-8dB Pad On
15-PAD OFF
7-PAD OFF

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Toll Denial/Toll Diversion

T-6

T-6

Toll Denial/Toll Diversion

General Description
This feature prohibits users from placing long distance calls over a specific group of trunks. Restricted calls are
routed to either an ATTENDANT CONSOLE [A-3] (diversion) or to an intercept tone (denial).

Operating Procedure
No manual operation is required after this feature is programmed into system data.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.

TOLL DENIAL/TOLL DIVERSION is the industry-standard 0/1 type.
Immediately after dialing any area code with a second digit of “0” or “1”, the user is restricted.
Restriction may be programmed to give the user a busy signal or to divert the user to the Attendant
Console.
This feature may be applied to all types of trunks (DDD, FX, WATS), provided the same restrictions apply
to all trunks of the same type.
This feature is applied to individual stations on a route-restriction basis.
TOLL DENIAL/TOLL DIVERSION is set on a per-TENANT [T-12] basis.
The 0/1 Toll Denial and Toll Diversion feature cannot be used together for the same tenant.
The 0/1 Toll Denial and Toll Diversion feature is assigned on a per-line (RSC) Class of Service and/or
per-incoming TIE Trunk group basis. The feature, when provided, is applicable on a per-trunk group basis.

Interactions
1.
2.

3.
4.
5.
6.

7.

TOLL DENIAL/DIVERSION is applicable only to RES 2 when assigning routes via Route Restriction
Index (RRI) 3.
LEAST-COST ROUTING-3/6 DIGIT [L-5]: For LCR(S) applications, allow the LCR Flag Route. The
route chosen via AOPR will then be governed by the RSC of the station. If the station is toll-restricted
from the route, TOLL DENIAL/DIVERSION will apply
TOLL DENIAL and TOLL DIVERSION cannot be used simultaneously in the same tenant.
ROUTE ADVANCE [R-6]: Station A dials a toll call by accessing route 1. Route 1 is busy and advances
to route 2. Station A is restricted from making this call on route 2.
PASSING DIAL TONE [P-2]: The Attendant Console cannot use the PASSING DIAL TONE [P-2]
feature to allow a toll restricted station to dial a restricted number.
In System Data 1, Index 135, a seizure guard timer exists to protect the system from individuals who
attempt to defeat TOLL RESTRICTION/TOLL DIVERSION with rapid dialing. Leave as data “00” for
a default value of 1 second (RAM data is 1FH).
A station uses the OGC direct dial access to a route. The station is restricted via RES 0: Connection
Restricted. The station receives reorder tone.

Programming
STEP 1:

ASYD - System Data 1, Index 75. Should the following commands be developed for Day/Night: 0/1:
No/Yes. See DAY/NIGHT CLASS OF SERVICE [D-15] for details.
Bit 0- Develop ARSC command for Day/Night?

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T-6

Toll Denial/Toll Diversion

Programming (cont’d)

STEP 2:

STEP 3:

Bit 3- Develop ATDP command for Day/Night?
System Data 2, Index 1, bits 4 & 5. If TOLL DENIAL is required, assign these bits as data “00”. If
TOLL DIVERSION is required, assign these bits as “01”. Calls are then diverted to the Attendant
Console. Assigned on a per-tenant basis.
ARSC - Assign Route Restriction Classes. When these are assigned to stations, classes will determine
whether or not a station will be allowed access to a specific route or specific dialing sequence. See
TOLL RESTRICTION-3/6 DIGIT [T-7]. Assign the following:
DAY/NIGHT:Day/Night Mode
D: Day Mode
N: Night Mode
TN:
Tenant Number
RT:
Route Number
RSC: Route Restriction Class
RRI: Route Restriction Index
0: IC Restriction via Attendant Console (DDD, etc.)
1: IC Restriction Direct Connection (DID, etc.)
2: OG Restriction via Attendant Console
3: OG Restriction Direct Connection (DDD, etc.)
RES: Restriction Data
0: Connection is Restricted
1: Connection is Allowed
2: Connection is Toll Restricted (See TOLL RESTRICTION-3/6-DIGIT [T-7])
ASDT - When assigning the data to specific stations, assign the proper RSC to each station.

FCCS Programming

STEP 1:
STEP 2:

Page 746

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
ASYDL - Index 640, assign FPC of the Attendant Console for Toll Diversion
ARSCN - Assign Route Restriction Classes. When these are assigned to stations, classes will
determine whether or not a station will be allowed access to a specific route or specific dialing
sequence. See TOLL RESTRICTION-3/6 DIGIT [T-7]. Assign the following:
DAY/NIGHT:Day/Night Mode
D: Day Mode
N: Night Mode
TN:
Tenant Number
RT:
Route Number
RSC: Route Restriction Class
RRI: Route Restriction Index
0: IC Restriction via Attendant Console (DDD, etc.)
1: IC Restriction Direct Connection (DID, etc.)
2: OG Restriction via Attendant Console
3: OG Restriction Direct Connection (DDD, etc.)
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FCCS Programming (cont’d)
RES:

Restriction Data
0: Connection is Restricted
1: Connection is Allowed
2: Connection is Toll Restricted (See TOLL RESTRICTION-3/6-DIGIT [T-7])
STEP 3: ASDTN - When assigning the data to specific stations, assign the proper RSC to each station.
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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T-7

Toll Restriction - 3/6-Digit

T-7

Toll Restriction - 3/6-Digit

General Description
This feature allows the NEAX2400 IPX to be programmed to restrict outgoing calls according to specific area and/
or central office codes. This restriction is controlled on the basis of a three-digit area code or a six-digit combination
area and office code numbering plan.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.

The programmed restriction pattern may consist of either codes to be allowed or codes that are to be
denied.
This feature is assigned on a CLASS OF SERVICE-INDIVIDUAL [C-15] basis.
When a toll call is denied, reorder tone will be returned to the calling party. If desired, the calling party
can be routed to the Attendant Console. See TOLL DENIAL/TOLL DIVERSION [T-6] for further details.
The outgoing call using a trunk in the remote node via FCCS link is available. Therefore, Route Restriction
class data must be identical in the FCCS network. For more detailed information, see the NEAX2400 IPX
Fusion Network System Manual.

Interactions
1.

2.

3.
4.
5.
6.

7.

Page 748

When Toll Restriction is specified in ARRC, all the possible dialing-patterns must be assigned in ATDP.
If office codes within an Area Code do not need to be restricted, allow the Area Code only. Always provide
the system with the most economical configuration of digits when constructing TOLL RESTRICTION
tables.
In the ARRC command, ARI-A-RES must be programmed to allow two trunks and a station in a
conference. ARI-D-RES is programmed if the two trunks are to remain connected after the station drops
off, or if TOLL RESTRICTION applies to a direct trunk-to-trunk connection, such as TIE Line to DDD.
ROUTE ADVANCE [R-6]: Station A dials a toll call by accessing route 1. Route 1 is busy and advances
to route 2. Station A is restricted from making this call on route 2. The call will be restricted.
PASSING DIAL TONE [P-2]: The Attendant cannot use PASSING DIAL TONE [P-2] to allow a tollrestricted station from using a restricted route.
OUTGOING TRUNK QUEUING [O-2]: When a station is restricted from all other routes, a user may
queue a trunk to complete a call over unrestricted routes.
LEAST-COST ROUTING-3/6-DIGIT [L-5]: Translations in AFRS must be such that the digits dialed in
the trunk-to-trunk connection would be recognizable in terms of choosing a route. If a route cannot be
chosen, TOLL RESTRICTION 3/6 DIGIT cannot be applied.
When using the FCCS network, the outgoing call using a trunk in the remote node is available. Therefore,
Route Restriction class data must be identical in the FCCS network. For more detailed information, see
the NEAX2400 IPX Fusion Network System Manual.

NEAX2400 IPX Feature Programming Manual
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Toll Restriction - 3/6-Digit

T-7

Programming
N + DIALING
CALL TYPE

DIGITS DIALED

DIGITS NEEDED

MND

TOLL

Local Calls

9-NNX-XXXX

9-N

8

0

Near Distance Calls

9-1-NNX-XXXX

9-1-NN

9

1

Long Distance Calls

9-1-NPA-NXX-XXXX

9-1-NP

12

1

WITHOUT N + DIALING
CALL TYPE

DIGITS DIALED

DIGITS NEEDED

MND

TOLL

Local Calls

9-NNX-XXXX

9-N

8

0

Long Distance Calls

9-NPA-NXX-XXXX

9-NP

11

1

The digits underlined are to be listed in the DC (Digit Code) parameter.
Overseas or Operator-assisted calls should be listed with an MND equal to the calculated number of
required digits.
Special dialing sequences, such as, “911” with an MND = 4 should also be listed.
N = 2-9, P = 0 or 1, X = 0-9
STEP 1: ATDP - This command is used with the AARP command. It designates the digit codes that will be
allowed, denied, or toll-restricted. These codes are designated by Route Restriction Class. The Number
of Necessary Digits data is used to specify where a 3 or 6-digit translation should begin. The digits to
be examined for 3 or 6-digit translation are listed in AARP. Assign the following:
DAY/NIGHT:Day/Night Mode
D: Day Mode
N: Night Mode
TDM/OG:Tandem Connection/Outgoing Connection
T: Tandem Connection
O: Outgoing Connection
ICRT: Incoming Route Number (Tandem Connection Only)
RSC: Restriction Class (0-15)
OGRT: Outgoing Route Number
DC:
Destination (Area) Code (Maximum 11 digits)
TDI: Restriction Data *
0: Connection is Restricted
1: Connection is Allowed
2: 3/6 Digit Toll Restriction [Go to AARP]
3: C.O.Operator Call 9 + 0.
NND: Number of Necessary Digits (Used only when TDI = 2).
Note: *TDI 4 may appear when the digits input under the DC parameter are incorrect. The switch is looking for
more digits.
STEP 2: ASYD - System Data 1, Index 75. Should the following commands be developed for Day/Night? 0/1:
No/Yes. See DAY/NIGHT CLASS OF SERVICE [D-15] for more details.
Bit 0- Develop ARSC command for Day/Night?
Bit 3- Develop ATDP command for Day/Night?
Note:

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T-7

Toll Restriction - 3/6-Digit

Programming (cont’d)
System Data 2, Index 1, Bit 3. Does TOLL RESTRICTION apply to SPEED CALLING-STATION
[S-21]? 0/1: Yes/No.
System Data 2, Index 1, Bits 4 & 5. If TOLL DENIAL (busy tone) is required, assign these Bits as data
“00”. If TOLL DIVERSION (to Attendant) is required, assign these Bits as “01”.
System Data 2, Index 1, Bit 7. Does TOLL RESTRICTION apply to SPEED CALLING-SYSTEM [S3]? 0/1: Yes/No.
STEP 3: ARSC - Assign Route Restriction Classes. When these are assigned to stations, classes will determine
whether or not a station will be allowed access to a specific route or specific dialing sequence. Assign
the following:
DAY/NIGHT:Day/Night Mode
D: Day Mode
N: Night Mode
TN:
Tenant Number
RT:
Route Number
RSC: Route Restriction Class
RRI: Route Restriction Index
0: IC Restriction via Attendant Console (DDD, etc.)
1: IC Restriction Direct Connection (DID, etc.)
2: OG Restriction via Attendant Console
3: OG Restriction Direct Connection (DDD, etc.)
RES: Restriction Data
0: Connection is Restricted
1: Connection is Allowed
2: Connection is Toll Restricted
STEP 4: AMND - This command indicates the total number of digits to expect, based on the first digits dialed.
A “9” + a local call will equal 8 digits; “9” + “1” + an Area Code call will equal 12 digits. Assign the
dialed digits information and the corresponding Maximum Necessary Digits (MND) data. Flag this
data as a Toll Call: data “1” or a local call: data “0”.
STEP 5: AARP - This command is used to designate digits translated for 3 digit and 6 digit restriction. In
ATDP, a digit code is listed. The system will examine these digits and if the Restriction Code TDI is
assigned as data “2” Toll Restriction, the program will do two operations. The first operation will
examine the NND value. If NND is “6”, then the AARP information will apply to the sixth digit
dialed. For example, assume 9-1-301-555-1212 is dialed. AARP will look at the sixth digit dialed for
translation. Translation will begin with 555.
Assign the following:
OGRT: Outgoing Route Number
RSC:
Route Restriction Class
FLAG: 1: 3 Digits
2: 6 Digits
DC:
555
RES:
Restriction Data
0: Restricted
1: Allowed
Note: Only 3 digits or 6 digits may be entered for the DC parameter of this command.

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Toll Restriction - 3/6-Digit

T-7

Programming (cont’d)
Toll Restriction Examples

Several examples of the use of TOLL RESTRICTION are listed below:
RSC 1:
Allow local only.
RSC 2:
Allow local plus Area Codes 718, 212, 201, and 914.
RSC 3:
Allow local plus Area Codes 718, 212, and 201; and office codes 239, 465, and 798 only
within Area Code 914.
RSC 4:
Allow local plus all Area Codes except 808, 213, 408, and 714.
RSC 5:
Allow local plus all Area Codes, but restrict office code 976 within each Area Code.
To simplify the examples, only one route, (route 1, DDD) will be used. There will be no difference
between Day and Night restrictions. 1 + dialing is assumed with an LCR access code of “9”.
Example 1 - RSC 1 Assignment (Allow local only)
ATDP CommandTDM/OG:
O (Outgoing Connection)
DAY/NIGHT: D (Day)
OGRT:
1
RSC: 1
DC:
92
TDI: 1 (Connection is Allowed)
Repeat these same assignments for Digit Codes “93” through “99” to allow all local office codes.
Notice that assignments for digit codes “90” and “91”, which cover operator calls and all 1 + Area
Code calls, are not assigned. Digit Codes not assigned are automatically restricted.
AARP CommandNot Required. This command is only required when TDI = 2 is assigned in ATDP.
Example 2 - RSC 2 Assignment
(Allow local plus Area Codes 718, 212, 201, and 914)
ATDP CommandTDM/OG:
O (Outgoing Connection)
DAY/NIGHT: D (Day)
OGRT:
1
RSC: 2
DC:
92
TDI: 1 (Connection is Allowed)
Repeat these same assignments for Digit Codes “93” through “99” to allow all local office codes.
To allow Area Codes 718, 212, 201, and 914, repeat the ATDP command for the following Digit
Codes:
DC:
91718
TDI:
1 (Connection is Allowed)
DC:
91212
TDI:
1 (Connection is Allowed)
DC:
91201
TDI:
1 (Connection is Allowed)
DC:
91914
TDI:
1 (Connection is Allowed)
This allows these specific Area Codes.
Area Codes not assigned are automatically restricted.
AARP CommandNot Required.
Example 3 - RSC 3 Assignment
(Allowed local plus Area Codes 718, 212, and 201; and office codes 239, 465, and 798 only within
Area Code 914.)
ATDP CommandTDM/OG: O (Outgoing Connection)
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T-7

Toll Restriction - 3/6-Digit

Programming (cont’d)
DAY/NIGHT:D (Day)
OGRT:
1
RSC: 3
DC:
92
TDI: 1(Connection is Allowed)
Repeat these same assignments for Digit Codes “93” through “99” to allow all local office codes.
To allow Area Codes 718, 212, and 201, repeat the ATDP command for the following Digit Codes:
DC:
91718 TDI: 1 (Connection is Allowed)
DC:
91212 TDI: 1 (Connection is Allowed)
DC:
91201 TDI: 1 (Connection is Allowed)
To allow office codes 239, 465, and 798 within Area Code 914, assign the ATDP command as follows:
TDM/OG:
O (Outgoing Connection)
DAY/NIGHT: D (Day)
OGRT:
1
RSC: 3
DC:
91914 TDI: 2 (Go to AARP Command)
NND:
6 (Begin restriction after 91914, i.e; the 6th digit dialed.)
AARP CommandOGRT: 1
RSC: 3
FLAG: 1
DC:
239
RES: 1 (Connection is Allowed)
Repeat these same assignments for the following Digit Codes:
OGRT:
1
RSC: 3
FLAG: 1
DC:
465
RES: 1
OGRT:
1
RSC: 3
FLAG: 1
DC:
798
RES: 1
This allows office codes 239, 465, and 798 within Area Code 914. All other office codes are
automatically restricted.
Note: This method of assignment allows office codes 239, 465, and 798 to any Area Code that is assigned as TDI
= 2 in ATDP. For example, if the assignment for Area Code 718 was changed from TDI = 1 (allowed) to
TDI = 2, then the office codes 239, 465, & 798 would also be allowed for Area Code 718.
If different Office Codes are to be allowed in the 718 Area Code (for example 623 and 567), then the
assignments for Area Codes 914 and 718 must be made as follows:
ATDP CommandTDM/OG:
O (Outgoing Connection)
DAY/NIGHT: D (Day)
RSC:
3
OGRT: 1
DC:
919
TDI: 2 (Go to AARP Command)
NND:
3
TDM/OG:
O (Outgoing Connection)
DAY/NIGHT: D (Day)
RSC:
3
OGRT: 1
DC:
917
TDI: 2 (Go to AARP Command)
NND:
3
This tells the system to check AARP tables for restrictions for all Area Codes beginning with 9 and 7.
AARP CommandOGRT: 1
RSC:
3
FLAG: 2
DC:
914239
RES:
1 (Connection is Allowed)
DC:
914465
RES:
1 (Connection is Allowed)

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T-7

Programming (cont’d)
DC:
914798
RES:
1 (Connection is Allowed)
OGRT: 1
RSC:
3
FLAG: 2
DC:
718623
RES:
1 (Connection is Allowed)
DC:
718567
RES:
1 (Connection is Allowed)
This allows just these office codes within these particular Area Codes. All other area codes beginning
with “7” or “9” are also restricted. At this point, if allowing Area code 714 is desired, assign AARP as
follows:
AARP CommandOGRT: 1
RSC: 3
FLAG: 1
DC:
714
RES: 1 (Connection is Allowed)
Example 4 - RSC 4 Assignment
(Allow local plus all Area Codes except 808, 213, 408, and 714)
ATDP CommandTDM/OG:
O (Outgoing Connection)
DAY/NIGHT: D (Day)
OGRT:
1
RSC: 4
DC:
92
TDI: 1 (Connection is Allowed)
Repeat these same assignments for Digit Codes “93” through “99” to allow all local office codes.
TDM/OG:
O (Outgoing Connection)
DAY/NIGHT: D (Day)
OGRT:
1
RSC: 4
DC:
912
TDI: 2 (Go to AARP Command)
NND:
3
DC:
913
TDI: 2 (Go to AARP Command)
DC:
914
TDI: 2 (Go to AARP Command)
\\\
(Through)
DC:
919
TDI: 2 (Go to AARP Command)
This tells the system to check AARP tables for all restrictions for Area Codes.
AARP CommandOGRT: 1
RSC: 4
FLAG: 1
DC:
808
RES: 0*
OGRT: 1
RSC: 4
FLAG: 1
DC:
213
RES: 0*
OGRT: 1
RSC: 4
FLAG: 1
DC:
408
RES: 0*
OGRT: 1
RSC: 4
FLAG: 1
DC:
714
RES: 0*
OGRT: 1
RSC: 4
FLAG: 2
DC:
000000 RES: 1**
*This assignment restricts the Area Codes listed.
**DC: 000000” indicates all other Destination Codes except those already assigned Destination
Codes.
RES: Restriction Data: (0/1)
0: Not assigned Area Codes are restricted
1: Not assigned Area Codes are allowed.
The above assignment allows all other dialing patterns (Area Codes) except 808, 213, 408 and 714.
Example 5 - RSC 5 Assignment
(Allow local plus all Area Codes, but restricted from office code 976 within each Area Code)

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T-7

Toll Restriction - 3/6-Digit

Programming (cont’d)

STEP 6:

STEP 7:

Page 754

ATDP CommandTDM/OG:
O (Outgoing Connection)
DAY/NIGHT: D (Day)
OGRT:
1
RSC: 5
DC:
92
TDI: 1 (Connection is Allowed)
Repeat these same assignments for Digit Codes “93” through “99” to allow all local office codes.
TDM/OG:
O (Outgoing Connection)
DAY/NIGHT: D (Day)
OGRT:
1
RSC:
5
DC:
912
TDI:
2 (Go to AARP Command)
NND:
6
DC:
913
TDI:
2
NND:
6
(Go to AARP Command)
DC:
914
TDI:
2
NND:
6
(Go to AARP Command)
\\\
(Through)
\\\
DC:
919
TDI:
2
NND:
6
(Go to AARP Command)
This tells the system to check AARP tables for all restrictions for Area Codes.
AARP CommandOGRT: 1
RSC: 5
FLAG: 1
DC:
976
RES: 0 (Restricted)
OGRT: 1
RSC: 5
FLAG: 1
DC:
000000
RES: 1 (Allowed)
This will restrict office code 976 and allow every other office code.
ARRC - Provide trunk-to-trunk connection capabilities according to the requirements of the system.
The applicable trunk-to-trunk connections will be those provided by parameter ARI-D-RES Direct
Connection; for example, REMOTE ACCESS TO THE SYSTEM [R-2] and TANDEM SWITCHING
OF TIE TRUNKS-2/4 WIRE [T-1].
ICRT:
Incoming Route Number
OGRT:
Outgoing Route Number
ARI-A-RES: This allows/restricts trunk-to-trunk and tandem connection via the Attendant Console.
0: Alternate routing is Restricted
1: Alternate routing is Allowed
ARI-D-RES: This allows/restricts trunk-to-trunk and tandem connections via direct-dial access
from a station.
0: Alternate routing is Restricted
1: Alternate routing is Allowed
2: Toll Restriction is Required
ATDP - When TOLL RESTRICTION is required for trunk-to-trunk connections, ATDP will provide
all the digit information. Therefore, up to 11 digits may be listed as being allowed for a specific trunkto-trunk connection. TDI = 2 should not be assigned because AARP cannot be used for Tandem
connections.

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Programming (cont’d)
Example 6 - Trunk-to-Trunk Connection
Allow all Local Calls
ATDP CommandTDM/OG: T (Tandem Connection)
ICRT:
Route 2
OGRT:
1
DC:
92
TDI:
1 (Connection is Allowed)
Repeat these same assignments for Digit Codes “93” through “99” to allow all local office codes.
Notice that assignments for digit codes “90” and “91”, which cover operator calls and all 1 + Area
Code calls, are not assigned. Digit Codes not assigned are automatically restricted.
Example 7 - Trunk-to-Trunk Connection
Allow Limited Area Codes
ATDP CommandTDM/OG: T (Tandem Connection)
ICRT:
Route 2
OGRT: 1
DC:
92
TDI: 1 (Connection is Allowed)
Repeat these same assignments for Digit Codes “93” through “99” to allow all local office codes.
To allow Area Codes 718, 212, 201, and 914 repeat the ATDP command for the following Digit
Codes:
DC:
91718
TDI: 1(Allow)
DC:
91212
TDI: 1(Allow)
DC:
91201
TDI: 1(Allow)
DC:
91914
TDI: 1(Allow)
This allows these specific Area Codes.
All the Area Codes which are not assigned are automatically restricted.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note 1
STEP 1: ARSCN - Assign the route restriction class.
STEP 2: ATDPL/N - Assign the digit codes to be allowed or denied access, or toll-restricted.
Note 1: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.
Note 2: For more detailed information, see the NEAX2400 IPX Fusion Network System Manual.

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T-8

Trunk Answer from Any Station (TAS)

T-8

Trunk Answer from Any Station (TAS)

General Description
This feature allows any station (except one with incoming restrictions) to answer incoming calls when the system is
in Night Mode. Incoming exchange network calls will activate a common alert (TAS) signal at the customer’s
premises. By dialing a specified code, any station may answer the call and then extend it to any other station using
CALL TRANSFER-ALL CALLS [C-11].

Operating Procedure
1.
2.
3.
4.

TAS signal (bell, buzzer, etc.) sounds.
Lift the handset, receive dial tone.
Dial the specified TAS access code.
Connection to incoming call is completed.

Service Conditions
1.

2.

3.

4.
5.
6.
7.
8.
9.

An incoming call that terminates in the Night mode will have the following priority:
a.) NIGHT CONNECTION-FLEXIBLE [N-2]
b.) NIGHT CONNECTION-FIXED [N-1]
c.) TRUNK ANSWER FROM ANY STATION (TAS) [T-8]
TAS indication will be activated for the following incoming calls:
a.) Listed Directory Number
b.) Foreign Exchange
c.) WATS
d.) CCSA
All consoles assigned to handle calls for a particular group of stations (whether or not they belong to the
same TENANT [T-12]) must have NIGHT CONNECTION [N-1,2] set before this feature will be
activated.
The TAS indicator can be provided on a per-tenant basis.
The TAS indicator must be locally-provided.
This feature is sometimes referred to as Universal Night Answer (UNA).
Individual stations may be denied access to this feature via CLASS OF SERVICE-INDIVIDUAL [C-15].
If the system has changed to Day mode while a TAS call is being indicated, the ATTENDANT CONSOLE
[A-3] can be connected to this call.
Only one TAS per Tenant can be assigned as the TAS signalling port.

Interactions
1.

2.
3.

Page 756

For TAS to operate, an ATI circuit card is required, and the system must be in the Night mode, depending
on the type of Attendant Console system that is in service. Exercise care when setting the resistance value
via switch settings on the ATI circuit card.
TENANT SERVICE [T-12]: Only one TAS circuit may be assigned per tenant.
NIGHT CONNECTION-FIXED/FLEXIBLE [N-1, 2]: TAS can be used in conjunction with NIGHT
CONNECTION-FIXED/FLEXIBLE [N-1, 2]. When the Night Connection station(s) is busy, incoming
calls are directed to TAS.

NEAX2400 IPX Feature Programming Manual
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Trunk Answer from Any Station (TAS)

T-8

Interactions (cont’d)
4.
5.

6.

7.

8.

9.

10.
11.
12.
13.

14.

CALL TRANSFER-ALL CALLS [C-11]: A station answering a call via the TAS feature will have access
to the transfer feature.
CENTRALIZED ATTENDANT SERVICE (CAS) [C-20]: TAS may be installed at either the Main site
only or at both the Main and Satellite sites. Operations at either site are the same as TAS installed in a nonCAS system. The Satellite system must have a means of placing the system into Night mode. This would
require an ATI circuit card connected to a Night switch.
CALL FORWARDING - ALL CALLS [C-5] / BUSY LINE [C-2]: When a Direct Inward Dialing (DID)
call terminates to a station setting CALL FORWARDING - ALL CALLS [C-5] or BUSY LINE [C-2] to
the Attendant, the call can be answered using the TAS feature.
CLASS OF SERVICE-INDIVIDUAL [C-15]: Stations must be allowed access to TAS via Service Feature
Class. The station Route Restriction Class will either allow or deny connection to incoming C.O. calls via
TAS.
DAY/NIGHT CLASS OF SERVICE [D-15]: A CLASS OF SERVICE-INDIVIDUAL [C-15] change that
occurs when the system goes into Night mode may allow a station to answer incoming trunk calls that are
restricted to that station in Day mode.
HOUSE PHONE [H-2], INDIVIDUAL ATTENDANT ACCESS [I-6], STATION-TO-STATION
CALLING-OPERATOR ASSISTANCE [S-12], and ATTENDANT NIGHT TRANSFER [A-19]: These
calls will not be directed to TAS when the system is in Night mode.
CONSULTATION HOLD [C-17]: TAS cannot be accessed via CONSULTATION HOLD.
TRUNK ANSWER ANY STATION will not default if other provisions are not made to answer incoming
calls when the system is in Night mode. See the ACFR command.
The type of Attendant Console system used determines how the system will enter into the Night mode.
See System Data 2, Index 2, Bits 2 & 3.
A user receives a reorder tone after dialing the TAS access code if one or more of the following applies:
a.) Station line is inward restricted.
b.) Station line is fully restricted.
c.) Station is restricted from the TAS access code.
d.) Station has a party on Hold.
e.) Another station has answered the TAS call and no other calls are in the TAS queue.
Incoming calls remain in the TAS queue until answered from a station or until abandoned by the far end.

Programming
STEP 1:

STEP 2:

STEP 3:
STEP 4:

ASYD - System Data 1, Index 68, Bit 2. Type of TAS ringing; 0/1: Interrupted/Continuous.
SYS1, Index 77, Bit 0. Is Day/Night change accomplished by removing Attendant Console handset? 0/
1: No/Yes.
System Data 1, Index 229, Bit 3. Day/night change system message printout. 0/1: No/Yes.
ANPD - Reserve a number level for feature access. Assign Connection Indexes, CI = N, H, B; Normal
(N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign NND in
accordance with a predetermined numbering plan.
ASPA - Assign an access code to TRUNK ANSWER FROM ANY STATION, SRV = SSC (Service
Code), SID = 16 TAS. Connection Index of CI = N, Normal (N).
ASFC - Assign a Service Feature Class that allows SFI = 13 for the station to receive TRUNK
ANSWER FROM ANY STATION.

NEAX2400 IPX Feature Programming Manual
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Page 757

T-8

Trunk Answer from Any Station (TAS)

Programming (cont’d)
STEP 5:

STEP 6:

Page 758

ACFR - Allow a Transfer Service Feature Index of 5, TAS to the listed types of incoming calls to be
answered by TAS. The Call Class Indexes (CCI) will correspond to ARTD, CDN 6:TCL; Trunk Class
parameter.
CCI: 1-LDN
2-DDD2
3-DDD3
4-TIE LINE
5-DDD4
ATAS - Assign the TAS circuit to the TN, MG, PIM, and the circuit number: 0/1; based on the circuit
location. TAS CKT # = Attendant Console CKT #.

NEAX2400 IPX Feature Programming Manual
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Trunk Group Busy Lamp

T-9

T-9

Trunk Group Busy Lamp

General Description
This feature provides the ATTENDANT CONSOLE [A-3] with a visual indication when all trunks in a particular
trunk group are busy (LDN, WATS, FX, DOD, CCSA, TIE or Special Trunks). Assignment of the TGBLs is made
using the MAINTENANCE ADMINISTRATION TERMINAL (MAT) [M-18].

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

The ATTENDANT CONSOLE [A-3] must have a designated TRUNK GROUP BUSY LAMP (TGBL)
section.
This feature may be used on trunk groups consisting of WATS, TIE, FX, and special trunks.
Ten TGBLs are available on each Attendant Console.
Trunk Group Warning to indicate when a preset number of trunks in a group is busy is not provided.
Trunk groups cannot be combined to light a common TGBL.
A maximum of 10 trunks including LD and TIE are displayed on an Attendant Console.
Desk Console cannot be used to activate this feature.

Interactions
1.
2.

ATTENDANT CONSOLE [A-3] number is the equivalent to the trunk number when assigning the
Attendant Console Route 901 in ATRK.
The ATRK command must be assigned before the ATGL command. If ATRK is not assigned first,
ERROR: 0245, “ATTENDANT CONSOLE [A-3] not assigned yet”, will be indicated.

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:
STEP 5:
STEP 6:
STEP 7:

ASYD - System Data 1, Index 9. Assign the number of ATTENDANT CONSOLE [A-3] to be used in
the system.
ATRK - Assign Route 901 to the Attendant Console.
ARTD - Assign route data for each Trunk Group that will be represented by a Trunk Group Busy
Lamp.
ATRK - Assign trunks to the routes assigned in ATRK.
MBTK - Make idle the trunks that are assigned, including the ATTENDANT CONSOLE [A-3].
ASYD - System Data 1, Index 15, Bits 0-3. In hexadecimal, assign how many TGBLs are in service, to
a maximum of 10 lamps. Assign 0AH.
ATGL - Assign the ATTENDANT CONSOLE [A-3] number, the TGBL number (1-10), and the
Route Number(s) to be associated with the TGBL.

For the IPX-U

TGBL data can be collected/transmitted from/to all the local nodes by the circuit card DLMX (PAPC94) via DLKC circuit cards in the IPX-U. For more detailed information, see the NEAX2400 IPX
Office Data Specification and the NEAX2400 IPX Circuit Card Manual.

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Page 759

T-9

Trunk Group Busy Lamp

Programming (cont’d)
TGBL data can be collected/transmitted from/to all LMGs by the circuit card DLMX (PA-PC94) via
DLKC circuit cards in the IPX-U. For more detailed information, see the NEAX2400 IPX Office Data
Specification and the NEAX2400 IPX Circuit Card Manual.
For the DLMX (PA-PC94) Circuit Card

STEP 1:

ASYD - SYS1 Index 15, b0-3: In hexadecimal, assign how many TGBLs are to be used out of a total
of 10 lamps available (on the Attendant Console).
Assign 01 (Hex) - 0A (Hex) for 1-10 busy lamps.
STEP 2: ASYDL - SYS1 Index 804, b1.
0:
TGBL information based on External Route data (ATGL command)
1:
TGBL information based on Logical Route data (ATGLL command)
SYS1 Index 946: FPC of the LN where DLMX card is mounted (for IPX-U).
LP PBI No. of the LMG where DLMX card is mounted (for IPX-UMG).
STEP 3: ATRK - Assign the trunk data of DLMX.
RT:
938 (DLMX)
LENS:
Assign LV7 of odd-number Group (G)
STEP 4: ATGL/ATGLL - Assign the Attendant No., TGBL No. (1-10) and associated Route No. Note that
ATGL is used when ASYDL SYS1 Index 804 b1 = 0, and ATGLL when the same data = 1.
ATN:
Attendant No. (1-30)
TGN:
Trunk Group No. (1-10)
RT:
External Route No. (1-255: for ATGL command)
LGRT:
Logical Route No. (1-899: for ATGLL command)
Note 1: When the data of ASYD, SYS1 Index 804 b1 is changed, be sure to reassign ATGL/ATGLL command data.
Note 2: When the system is an IPX-U, be sure that the following data has been assigned before entering the ATGL/
ATGLL command data:
ASYDL, SYS1 Index 640 (FPC of the node which has Attendant Consoles)
STEP 3: MBTK - Assign the Make Idle status to the trunk assigned in Step 3.

Page 760

NEAX2400 IPX Feature Programming Manual
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Trunk-to-Trunk Connection

T-10

T-10

Trunk-to-Trunk Connection

General Description
This feature provides any user with the ability to conference together either two Central Office calls or a Central
Office and TIE Line call.

Operating Procedure
1.
2.
3.
4.
5.
6.
7.

Place incoming caller on hold.
Receive special dial tone.
Dial the desired Central Office or TIE access code.
Receive second dial tone.
Dial the desired number; receive answer.
Announce the conference and momentarily press the switch hook again.
The original party is now included in connection.

Service Conditions
1.
2.
3.
4.
5.

6.
7.

The originating party may hang up at any time. The additional two parties will not be disconnected.
This feature may be restricted to individual stations via system data.
In the case of outgoing calls on trunks with no answer supervision, this feature may be activated only after
18 seconds have elapsed since the last digit was dialed. This timer is programmable in system data.
In the case of outgoing calls on trunks with answer supervision, this feature may be activated as soon as
the called party answers.
A user may hang up after completing a TRUNK-TO-TRUNK CONNECTION without affecting the
connection of the two outside parties, provided that:
a.) One trunk is incoming and the other is outgoing.
b.) Both trunks are ground start.
c.) Users wait a programmed time interval after dialing an outside line before hanging up.
If the originating party encounters a no-answer or busy signal when trying to conference a third party, the
originating party switch hook flashes and is reconnected to the held call.
This feature is inoperative when release signal is not provided from the distant end.

Interactions
1.
2.

For direct trunk-to-trunk connection, see TANDEM SWITCHING OF TIE TRUNKS-2/4-WIRE [T-1].
If a THREE-WAY CALLING [T-2] connection includes two trunks, then when the station hangs up, the
trunk will release, unless the trunks are allowed TRUNK-TO-TRUNK CONNECTION via the ARRC
command, ARI-D-RES.

Programming
STEP 1:

ASYD - System Data 1, Index 156. The timer value for non-senderized trunks between seizure and
when a switch hook flash is possible. Default is 30 seconds.Without SMDR, it is recommended to
change it to two seconds. Program 31H.
System Data 1, Index 157. The timer value for senderized trunks between seizure and when a switch
hook flash is possible. Default is 18 seconds. Without SMDR, it is recommended to change it to two
seconds. Program 31H. (See STATION MESSAGE DETAIL RECORDING [S-10]).

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Page 761

T-10

Trunk-to-Trunk Connection

Programming (cont’d)

STEP 2:
STEP 3:
STEP 4:

System Data 2, Index 1, Bits 0 & 1. CONSULTATION HOLD. Assign data “11” for
CONSULTATION HOLD service on Originating, Terminating, and Tandem calls.
System Data 2, Index 6, Bit 2. This Bit remains as data “0”. CALL TRANSFER-ALL CALLS [C-11].
System Data 2, Index 6, Bit 3. Enable add-on station. This Bit remains as data “0” for THREE-WAY
CALLING [T-2].
System Data 3, Index 2. Assign data 91H for normal switch hook flash values.
ARSC - Stations allowed to establish TRUNK-TO-TRUNK CONNECTION must be provided access
to routes that have been allowed TRUNK-TO-TRUNK CONNECTION in the ARRC command.
ASFC - Assign a Service Feature Class that allows SFI 10 to stations that will have CALL HOLD
[C-6].
ATRK - Assign these LENs as Route 909, Digital Conference Trunk. LENs consist of the following:
Module Group
Unit
Group
Level
XX

STEP 5:

X

XX

X

Group and Level numbers for the Digital Conference Trunk are 210, 213, 216, 221, 224, 227, 232,
and 235.
ARRC - Routes that will be allowed TRUNK-TO-TRUNK CONNECTION must be allowed here for
ARI-A-RES.
ICRT:
Incoming Route Number
OGRT:
Outgoing Route Number
ARI-A-RES: This allows/restricts trunk-to-trunk (tandem) connection via the Attendant Console and
stations.
ARI-D-RES: This allows/restricts trunk-to-trunk (tandem) connections via Direct Dial access from a
station and trunks.
0: Alternate routing is restricted
1: Alternate routing is allowed
0: Alternate routing is restricted
1: Alternate routing is allowed
2: Toll Restricted
When ARI-D-RES is needed for a direct dial TRUNK-TO-TRUNK CONNECTION, refer to the
application within this document for the programming steps. Such applications include REMOTE
ACCESS TO SYSTEM [R-2], TANDEM SWITCHING OF TIE TRUNKS-2/4-WIRE [T-1],
INCOMING CENTRAL OFFICE TO TIE LINE CONNECTION [I-3], and TOLL RESTRICTION-3/
6-DIGIT [T-7].

FCCS Programming

STEP 1:

Page 762

This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
ARSCN - Stations allowed to establish TRUNK-TO-TRUNK CONNECTION must be provided
access to routes that have been allowed TRUNK-TO-TRUNK CONNECTION in the ARRC
command.

NEAX2400 IPX Feature Programming Manual
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Trunk-to-Trunk Connection

T-10

FCCS Programming (cont’d)
STEP 2:

ARRCN - Routes that will be allowed TRUNK-TO-TRUNK CONNECTION must be allowed here
for ARI-A-RES.
ICRT:
Incoming Route Number
OGRT:
Outgoing Route Number
ARI-A-RES: This allows/restricts trunk-to-trunk (tandem) connection via the Attendant Console
and stations.
ARI-D-RES: This allows/restricts trunk-to-trunk (tandem) connections via Direct Dial access from
a station and trunks.
0: Alternate routing is restricted
1: Alternate routing is allowed
0: Alternate routing is restricted
1: Alternate routing is allowed
2: Toll Restricted
When ARI-D-RES is needed for a direct dial TRUNK-TO-TRUNK CONNECTION, refer to the
application within this document for the programming steps. Such applications include REMOTE
ACCESS TO SYSTEM [R-2], TANDEM SWITCHING OF TIE TRUNKS-2/4-WIRE [T-1],
INCOMING CENTRAL OFFICE TO TIE LINE CONNECTION [I-3], and TOLL RESTRICTION3/6-DIGIT [T-7].
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Page 763

T-12

Tenant Service

T-12

Tenant Service

General Description
This feature provides for more than one organization (tenant) to share the same PBX. Through system programming,
each organization may be restricted to its own Central Office trunks, ATTENDANT CONSOLEs [A-3], and
extension links. In addition, incoming calls are directed to the specific organization (tenant).

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.

10.
11.

An Attendant Console is normally provided for each tenant. However, when required, a single common
console may be shared by two or more tenants.
Inter-office calling between tenants may or may not be restricted, depending on system data.
Different tenants may share a common group of trunks, where required.
When a tenant station dials “0” (Operator Call Code), it will be connected to that tenant’s console.
Different tenants cannot use the same numbering plan.
The same telephone numbers cannot be assigned among different Tenants (for example, stations
numbered 2XXX can be associated with only one Tenant).
STATION-TO-STATION [S-11], CALL TRANSFER [C-11] THREE-WAY CALLING [T-2], TAS [T8] and CALL FORWARDING [C-2, 3, 5] calls between Tenants can be restricted or allowed.
SMDR [S-10] includes Tenant identification.
The same access code can be assigned among Tenants for service features (for example, CALL HOLD
[C-6], CALL BACK [C-1], CALL PICKUP - GROUP [C-7], CALL FORWARDING - ALL CALLS Dterm [C-5D], SPEED CALLING [S-3], TAS [T-8], etc.).
The NEAX2400 IPX can provide TENANT SERVICE [T-12] to a maximum of 63 tenants.
Tenant numbers should be allocated on a network basis for the FCCS network.

Interactions
1.

2.
3.

4.

5.

Page 764

To provide TENANT SERVICE, features need not be separated. Whenever possible, keep features
common to use data memory as economically as possible. When commands are separated, they must be
programmed for each tenant accommodated in System Data 2.
FORCED ACCOUNT CODES [F-7] and AUTHORIZATION CODES [A-20] do not require separate
tenant service for AMND, System Data 1, Index 93, Bit 6.
Each tenant may have its own Attendant Console(s), unless that number exceeds system capacity; for
example, five tenants in a two-PIM configuration. The number of consoles per tenant is not limited by
programming but is limited by the system configuration.
Different tenants may or may not share the same CO trunks. Termination of a trunk is a function of the
ARSC command. DID trunks can be assigned to any tenant. However, the Listed Directory Number, as
assigned in the ALDN command, determines where the call terminates. If the incoming LDN digits are
assigned against Tenant 2, the call terminates to the Tenant 2 Attendant Console, even if the digits come
on a Tenant 1 trunk.
CALL FORWARDING [C-2, 3, 5]: When a station call forwards to the Attendant Console, the call will
go to the originating station’s Attendant Console, as assigned by the Tenant parameter ATRK.

NEAX2400 IPX Feature Programming Manual
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Tenant Service

T-12

Interactions (cont’d)
6.

CLASS OF SERVICE-INDIVIDUAL [C-15]: Refer to the programming section. This feature affects the
construction of all classes of service.

Programming
STEP 1:

STEP 2:

ASYD - System Data 1, Index 8. Assign the number of tenants that the system will serve, in
hexadecimal format.
System Data 1, Indexes 92, 93, & 94. The Bits of these indexes allow for either common or separate
tenant assignments for other specific commands. The following Bits represent the following
commands. Assign as follows; 0/1: Separate/Common.
Index 92
Bit 0, All of ASYD, System Data 2
Bit 1, ASPA
Bit 2, ANPD
Bit 3, ALDN, ASDT & ASAT (Must be assigned as data “1”.)
Bit 4, ARSC
Bit 5, ACFR
Index 93
Bit 0, ASFC
Bit 1, ACFO
Bit 2, ATAS
Bit 3, ASPD
Bit 4, ASTP & AFRS (O.G.Connection)
Bit 5, ASTP & AFRS (I.C.Connection)
Bit 6, AMND
Bit 7, AAED
Index 94
Bit 0, ATNR
Bit 2, APCR. (EPN Only)
ATNR - Assign the appropriate tenant restrictions.
DAY/NIGHT: Day/Night Mode
D: Day Mode
N: Night Mode
OGTN:
Originating Tenant
TMTN:
Terminating Tenant
TRI:
Tenant Restriction Index (0-15)
RES:
Restriction Data (0/1)
0:
Restricted
1:
Allowed
Assignment of Tenant Restriction Class
TRI:
Tenant Restriction Index
0:
Allows intra and inter-tenant station calls. Allow calls within tenant.
1:
Allows CALL FORWARDING-ALL CALLS, DON’T ANSWER, BUSY
LINE on an intra and inter-tenant basis. Allow this feature within tenant.

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Page 765

T-12

Tenant Service

Programming (cont’d)
2:
3:

STEP 3:

STEP 4:

Not used.
Allows the CALL FORWARDING-ALL CALLS, DON’T ANSWER, and
BUSY LINE on an intra and inter-tenant basis as when set by the Attendant
Console.
4:
Allows or restricts incoming calls to the Attendant Console on a per-tenant
basis. Thus, an Attendant Console may handle calls only for a specific tenant.
5:
Day/Night Mode Change Restriction is not used in North America.
6:
Not Used.
7:
Not Used.
ATRK - Assign the Attendant Consoles to receive incoming trunks according to tenant. The TN
parameter will determine which specific tenants this Attendant Console will handle. Example: In a
three-tenant system, the Attendant Console will handle tenants 1 and 3. Assign the following:
RT:
901
TK:
1
LENS: 000200
CNT: 2 1
TN:
1
RSC: 0
CNT: 2 2
TN:
3
SFC: 0
MBTK - Make idle the Attendant Console trunks.

FCCS Programming
No unique programming is required for the FCCS network.

Page 766

NEAX2400 IPX Feature Programming Manual
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Time Display - Dterm

T-18D

T-18D

Time Display - Dterm

General Description
This feature provides a digital time display on a Dterm’s LCD.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.

The time is displayed according to the clock in the PBX and is set via the MAINTENANCE
ADMINISTRATION TERMINAL (MAT) [M-18].
Time is displayed automatically:
12:48

3.
4.
5.

PM

WED

27

Time is constantly displayed on the center line of the LCD.
The time will not be displayed when a Dterm station is set for a second line MESSAGE WAITING
INDICATION -Dterm [M-85D] and MW/VMM is displayed.
While NAME DISPLAY - SYSTEM [N-28], NAME DISPLAY - SYSTEM - CCIS [N-37], or NAME
DISPLAY WITHOUT - OAI - CCIS [N-37] 16-digit display is activated on the Dterm with 2-line LCD
display, the time is not displayed. When both the calling/called station are released from a station-tostation call, the LCD of the calling/called station returns to the TIME DISPLAY.

Interactions
1.
2.

Only the Dterm with display has the TIME DISPLAY feature capability.
The calendar and time must be set via ATIM command.

Programming
STEP 1:
STEP 2:
STEP 3:

ATIMN - Assignment of time data command for the FCCS network.
ATIM - Assignment of time data command must be used to provide the system with the date and time.
ASDT - The Dterm itself must be assigned. Assign to an LEN served by an 8DLC or 16ELC, with a
Telephone Equipment Class (TEC) of 12.

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Page 767

T-23

Trunk Line Appearance

T-23

Trunk Line Appearance

General Description
This feature allows a D term user to directly access a Central Office trunk or TIE Line without dialing an access code.
Incoming calls can also be answered at the TRUNK LINE APPEARANCE [T-23].

Operating Procedure
To access an outgoing trunk

1.
2.
3.

Press the TRUNK LINE APPEARANCE line/feature key.
Lift the handset or press the SPEAKER key. Central Office or distant PBX dial tone will be heard.
Dial the destination number.

To answer an incoming call from the TRUNK LINE APPEARANCE

1.
2.
3.
4.

Ringing and an LED indication alert the Dterm user of the incoming call.
Press the TRUNK LINE APPEARANCE line/feature key.
Lift the handset or press the SPEAKER key.
Answer the incoming call.

Service Conditions
1.
2.
3.
4.
5.

6.
7.

8.

A TRUNK LINE APPEARANCE can be accommodated on Dterms, and 24/40-button Add-On Modules.
A TRUNK LINE APPEARANCE can be assigned as a SOFTWARE LINE APPEARANCE [S-33].
A TRUNK LINE APPEARANCE can be assigned in a Circular or Pilot Hunt Group.
A TRUNK LINE APPEARANCE is available for destination offices that can receive DP/PB signals.
CALL FORWARDING-ALL CALLS [C-5], CALL FORWARDING-BUSY LINE [C-2] and CALL
FORWARDING-DON’T ANSWER [C-3] can be set at the Attendant Console for a TRUNK LINE
APPEARANCE assigned to a Virtual Line Appearance or an unused data port.
A TRUNK LINE APPEARANCE can receive incoming calls from internal stations, DID, DIT, or TIE
Line trunks.
When a call is originated with the RECALL key and the trunk is busy, the call is in the queue waiting to
seize the idle trunk. If no dial tone has been found for two seconds, the calling party hears a busy tone (if
the idle trunk is found within two seconds, the station is connected to the idle trunk).
When TRUNK LINE APPEARANCE is used for the DP line, program two seconds or less for outgoing
inhibit timing after trunk release (ARTD CND 34: GUARD = 1-3).

Interactions
1.
2.
3.

For incoming calls, the trunk must be assigned as a DIRECT-IN TERMINATION [D-7] trunk.
The trunk may still be seized by other stations or the ATTENDANT CONSOLE if the route is not isolated
from other features such as LEAST-COST ROUTING-3/6 DIGIT [L-6] or ROUTE ADVANCE [R-6].
The trunk may be selected by INDIVIDUAL TRUNK ACCESS [I-4]. If accessed, the Dterm will not have
a lit LED for busy condition, as would occur when a trunk is seized in a 1A2 key system. If the user of
TRUNK LINE APPEARANCE goes off hook to seize the trunk, busy tone is returned. The LCD displays:
BUSY
(Time Display)

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NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Trunk Line Appearance

T-23

Interactions (cont’d)
4.

TRUNK LINE APPEARANCE and HOTLINE-OUTSIDE [H-9] are mutually exclusive. Both features
require the AHLS command, and the same station cannot be provided with two Hotline features.

Programming
STEP 1:

STEP 2:

STEP 3:
STEP 4:
STEP 5:
STEP 6:

ASDT - Assign the station with the TRUNK LINE APPEARANCE as a virtual line (TEC = 18).
TN:
Tenant Number
STN: Station Number
LENS: Line Equipment Number (6 digits)
TEC: Telephone Class (1-31)
1: DP (10pps)
2: PB
3: DP/PB
12: Dterm
13: Data Terminal Via Dterm
14: Hotline
15: CAS Line
16: Data Terminal Via Data Module
18: Virtual Circuit
23: ISDN Terminal
27: Eight Conference Equipment
RSC: Route Restriction Class (0-15)
For assignment of RSC, ARSC command.
SFC: Service Feature Class (0-15)
For assignment of SFC, ASFC command.
ARTD - Assign the route of the TRUNK LINE APPEARANCE as a ground-start, ring-down trunk.
RT: 1
1-OSGS
:2
2-ONSG
:3
3-ISGS
:1
4-INSG
:3
5-TF
:1/3
6-TCL
:1
7-L/T
:1
8-RLP
:2
15-LSG
:1
44-PRV
:1
ATRK - Assign the LENs, Route Number, Trunk Number, and Tenant Number. Assign one or more
trunks to a specific route used to be connected as a TRUNK LINE APPEARANCE.
MBTK - Assign the make idle status to the trunks.
ASFC - Assign a Service Feature Class that allows Brokerage Hot Line (SFI = 36) to the stations to
receive TRUNK LINE APPEARANCE.
AHLS - Assign the following parameters for the station with the TRUNK LINE APPEARANCE:
HOT TN: Tenant Number.
STN:
Station with the TRUNK LINE APPEARANCE.
TYPE:
For TRUNK LINE APPEARANCE, assign Type 3.
CON RT: Assign the TRUNK LINE APPEARANCE Route.
TK:
Assign the TRUNK LINE APPEARANCE trunk.

NEAX2400 IPX Feature Programming Manual
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Page 769

T-28

Trunk-to-Trunk Third-Party Cancellation

T-28

Trunk-to-Trunk Third-Party Cancellation

General Description
This feature allows a station to cancel an active trunk-to-trunk connection (during a three-way-connection) and
return to the original call.

Operating Procedure
If a station is presently engaged in a call with another station or with a trunk party

1.
2.
3.
4.

Switch hook flash; receive special dial tone.
Dial a trunk access code and the number for the desired third party; the called party is rung.
Switch hook flash to establish a three-way connection.
Switch hook flash to release the trunk; the station returns to the original call.

Service Conditions
1.
2.

The third party that can be cancelled by this feature is an outgoing trunk seized by an outgoing access from
CONSULTATION HOLD-ALL CALLS [C-17].
If a Broker’s Call has been activated by a Dterm, the following restrictions apply:
a.) In the case of CONSULTATION HOLD-ALL CALLS [C-17] outgoing (station hold), the third
party can be cancelled as follows: Engaged in station-to-station call
Three-Way Connection
Switch hook.
b.) The third party cannot be cancelled by the following sequence: Engaged in station-to-trunk call
Three-Way Connection
Switch hook.
c.) This restriction does not apply to CONSULTATION HOLD-ALL CALLS [C-17] outgoing (trunk
hold).

Programming
ASYD - System Data 1, Index 156. Trunk Soft Hold Timer A, used with second dial tone trunks.
Assign data 00H for 30 seconds. (Data 31H may be used for a value of two seconds if CALL
TRANSFER-ALL CALLS [C-11] is to be used immediately after connecting to the trunk.) This is the
time between trunk connection and when switch hook flash is allowed on a non-senderized trunk
connection.
System Data 1, Index 157. Trunk Soft Hold Timer A, used with senderized trunks. Assign data 00H for
a value of 18 seconds. (Data 31H may be used for a value of two seconds, if CALL TRANSFER-ALL
CALLS [C-11] is to be used immediately after connecting to the trunk.). This is the time between trunk
connection and when switch hook flash is allowed on a senderized trunk connection. It is also used to
determine when SMDR billing will begin.
System Data 2, Index 1, Bits 0 & 1. CONSULTATION HOLD allowed or denied? 00: Denied; 01:
Originating and Terminating Calls allowed, Tandem Call denied; 11: All calls allowed. Normally
assign data “11”.
System Data 3, Index 2, Bits 0-3. Switch hook flash starts timer. To calculate this value: (1 ~ FH) x
120 msec = Timer.

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NEAX2400 IPX Feature Programming Manual
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Trunk-to-Trunk Third-Party Cancellation

T-28

Programming (cont’d)
System Data 3, Index 2, Bits 4-7. Switch hook flash ends timer. To calculate this value: (1 ~ FH) x 120
msec = Timer. For both beginning and ending timers, assign 91H for 120 - 1080 msec.
f (t)

Bit 0-3

Bit 4-7
SHF Detect

120 ms

1080 ms Disconnection

0 ms
No Detection

FCCS Programming
No unique programming is required for the FCCS network.
Note: System timers may be set on a network basis in ASYDN.

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Page 771

T-62

Timed Reminder

T-62

Timed Reminder

General Description
This feature allows a user to set a Timed Reminder call from the station. The system calls up the station at the
designated time. When the station answers the call, the user hears a message or Music-On-Hold.

Operating Procedure
To set a Timed Reminder call

1.
2.
3.
4.
5.

Lift a handset; receive dial tone.
Dial the Timed Reminder (SET) access code.
Designate your desired time by dialing 4 digits. (Ex. 16:30 →1630)
Hear service set tone or a recorded message which indicates the Timed Reminder call has been set.
Hang up.

To cancel a preset Timed Reminder call

1.
2.
3.
4.

Lift the hand set; receive dial tone.
Dial the Timed Reminder (CANCEL) access code.
Hear service set tone or a recorded message which indicates the Timed Reminder call has been cancelled.
Hang up.

To answer a Timed Reminder call

1.
2.
3.
4.

A station which has been set Timed Reminder starts ringing at the predetermined time.
Lift the handset.
Hear Music-On-Hold or a recorded message which indicates this call is a Timed Reminder call.
Hang up.

Service Conditions
1.

2.
3.
4.
5.
6.
7.
8.

9.

Page 772

In the following cases, the user attempting to set/cancel this service receives reorder tone:
a.) when the SFI = 41 of the service class is 0,
b.) when CALL FORWARDING - ALL CALLS [C-5] is set.
The wake-up times are to be set at five-minute intervals. For example, if the user dials 1004, the wake-up
time will be set at 10:00 a.m.
500 stations per local processor can be set for a single wake-up period. If the 500 stations limit is exceeded,
the system will automatically set the wake-up time five minutes earlier (to the maximum of 75 minutes).
The wake-up time entered latest has the priority over the ones entered previously.
The no answer timer for the wake-up call is 30 seconds. After the no answer timer expires, no retry is
performed.
If the link block, etc. occurs while being recalled, no retry is performed.
When the station is busy or lockout while being recalled, the station is recalled three minutes after. This
retry is repeated three times.
When CALL FORWARDING - BUSY LINE is set to the station setting wake-up, the destination is
recalled (except when the destination is not the station line, the station setting wake-up is recalled). When
the destination is busy, no retry is performed.
When the announcement trunk is blocked, the user receives music.

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Timed Reminder

T-62

Service Conditions (cont’d)
10.

When the Timed Reminder cancel code is dialed, the user hears Service Set Tone or the announcement
even when the service is not set.

Programming
STEP 1:

ASYD - System Data 1, Index 162, bits 6 and 7 tone type when a Timed Reminder call is answered.
b6
b7
b6
b7
0
0 = Music-On-Hold 0
1 = Announcement
Note: When Music-On-Hold is selected, STEPs 5 through 8 are not required.
System Data 1, Index 163, bit 7. Start time for Timed Reminder/Wake Up Call 0/1 = On time / 5min.
earlier the appointed time.
System Data 1, Index 169, bits 4. through 7. Maximum advancing time for Timed Reminder calls,
which becomes effective when the number of stations which have appointed the same time exceeds the
threshold value (maximum 500 STNs per LP or CPU). This value is set as follows.
5x N (min.)N ranges 0 to F (Hex).
STEP 2: ASFC - Allow this feature to proper service feature classes (SFI = 41). 0/1 = Restricted / Allowed
STEP 3: ASPA - Assign the following two access codes for this feature.
Timed Reminder (SET):SRV = SSC (Service Code), SID = 48
Timed Reminder (CANCEL):SRV = SSC (Service Code), SID = 49
STEP 4: ARTD - Assign route data for announcement trunk(s).
STEP 5: ATRK - Assign trunk data for the announcement trunk(s).
STEP 6: MBTK - Make idle the assigned trunk(s).
STEP 7: ARSC - Allow the connection between the assigned trunk(s) and stations.
STEP 8: AAED - Assign announcement equipment data.
EQP = 16 (Timed Reminder Set-up Message)
EQP = 18 (Timed Reminder Cancel Message)
EQP = 22 (Timed Reminder/Wake Up Call Message for Announcement Trunk)
C:
Duration of Connection
0/1:Disconnected in 30 sec./ Until the station releases
R:
Sending Ring Back Tone
0/1: To be sent / Not to be sent
A:
Answer Signal Sending
0/1: No answer from in coming trunk / Answer from incoming trunk
M:
Multiple Connection
0/1: Single / Multiple Connection
RT:
Route Number TK:
Trunk Number
Standard programming is as follows:
C = 1, R = 1, A = 0, M = 1

NEAX2400 IPX Feature Programming Manual
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Page 773

T-63

Tone Block

T-63

Tone Block

General Description
This feature allows the user of a station (via analog adapter) or an analog station (PB) to restrict any call. This
prevents interruption of data transmission, before the connection.

Operating Procedure
To set the service

1.
2.
3.
4.
5.

Lift the handset: receive the dial tone.
Dial the access code of “Data Privacy on Demand; Entry”.
Hear the special dial tone or the dial tone (depending on the system data).
Dial the desired phone number.
The called party answers.
Note: This service may also be set during communication by performing a switch hook flash.
To cancel the service
When the operating user cancels this service during the communication in progress

1.
2.
3.
4.
5.
6.

Perform a switch hook flash (the called party is held).
Hear the special dial tone.
Dial the access code of DATA PRIVACY ON DEMAND [D-17] cancel.
Hear the service set tone.
Press the switch hook button to reconnect the held party.
Tone Block is cancelled.

Service Conditions
1.
2.
3.
4.

This service is available for the analog station or the Dterm with analog adapter.
If the user stops to transfer a call in the middle of the operation, this service is not cancelled.
This service is cancelled when the station, which has been set Tone Block, is released from the connection.
Services to be restricted by setting Tone Block service are shown below.
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1]
BUSY VERIFICATION
[B-3]
EXECUTIVE RIGHT-OF- WAY
[E-1, 1D]
CALL WAITING TERMINATING
[C-12]
CALL WAITING - ORIGINATING
[C-31]

Interactions
1.

2.

Page 774

When TONE BLOCK is set to the Dterm which is assigned the DO NOT DISTURB (DND) key, the lamp
of the DND key flashes. When the DND key is pressed, the lamp goes off and the TONE BLOCK service
is cancelled.
A user can activate the current service for restricting a call (Data Privacy On Demand) as usual by:
a.) dialing the access code for entry or cancel the service during communication, or
b.) pressing the DND key for entry or cancel the service.

NEAX2400 IPX Feature Programming Manual
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Tone Block

T-63

Programming
STEP 1:
STEP 2:

STEP 3:

ANPD - Reserve a number level for feature access and cancel. Assign for Normal, (N) and Hooking
(H). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign the access code for Tone Block as shown below:
CI = H, SRV=SSCA, SIDA=48 (Data Privacy on Demand; Entry)
CI = H, SRV=SSCA, SIDA=49 (Data Privacy on Demand; Cancel)
CI = N, SRV=SSCA, SIDA=48 (Data Privacy on Demand; Entry)
ASYD - Assign the system data.
SYS1, Index 322, b6
0=SPDT is sent after dialing the access code for this service.
1=DT is sent after dialing the access code for this service.

FCCS Programming
No unique programming is required for the FCCS network.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 775

U-1

Uniform Call Distribution (UCD)

U-1

Uniform Call Distribution (UCD)

General Description
This feature distributes incoming calls to a UCD group of up to 100 stations. Calls are distributed to idle stations in
a circular pattern, in the order in which they arrive.

Operating Procedure
To transfer a call to a busy UCD group

1.
2.
3.

4.
5.

6.

All the stations in a UCD group are busy.
A user not in the group answers an incoming call (trunk or station).
The user dial the UCD primary number after pressing the switch hook or the TRANSFER key:
a.) The user hears busy tone.
b.) The calling party is held.
The station goes on-hook.
a.) The calling party hears Ring Back Tone (during queuing).
The UCD group becomes idle:
a.) The call terminates to an idle station in the UCD group.
b.) The calling party hears Ring Back Tone. (during ringing)
The idle station answers the call:
a.) The calling party is connected to the UCD station.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

8.
9.
10.

Page 776

The maximum number of UCD groups is 63.
A UCD group may have 100 stations.
UCD groups are assigned through the MAINTENANCE ADMINISTRATION TERMINAL (MAT) [M18].
Stations are arranged in a circular-type hunt group. A call to the group starts at the first idle station, after
the last station that received a call.
If all of the group’s stations are busy, the call waits in a queue. The caller hears ringback tone. The first
call in the queue will be answered.
CALL WAITING LAMP-UCD [C-76] will light (if programmed) after calls are in queue and will flash
when the threshold value for that UCD group is reached.
A user can block UCD calls by dialing a Busy Out (BYO) code (1 to 3 digits), or if it is a Dterm, by pressing
the DND or BYO key. The user can still originate calls from and receive calls to its own telephone number.
The user can dial the BYO code from a normal dial tone connection or from a CONSULTATION HOLDALL CALLS [C-17] condition.
Each UCD group is assigned a UCD group number, allowing DIRECT INWARD DIALING (DID) [D-8]
calls to be routed to selected groups.
If the Attendant or the user transfers a call to a busy UCD group, the call will wait in queue until a station
in the group becomes idle.
Incoming calls to individual stations in the group are not distributed by UCD hunting. Only calls to the
UCD group number follow the circular distribution.

NEAX2400 IPX Feature Programming Manual
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Uniform Call Distribution (UCD)

U-1

Service Conditions (cont’d)
11.

12.
13.
14.
15.

16.

17.

18.
19.

20.
21.

Each UCD group has a controlling station. Only the controlling station or the Attendant can activate or
deactivate CALL FORWARDING-ALL CALLS [C-5] when the UCD group number is not a phantom
number.
If CALL FORWARDING-ALL CALLS [C-5] is set on a controlling station and the destination station is
idle, a call to the UCD group is transferred. If the designated station is busy, the user will hear busy tone.
If CALL FORWARDING-ALL CALLS [C-5] is set on a non-controlling station, that station is skipped
in any UCD hunt.
The Attendant can use BUSY VERIFICATION [B-3] to check the busy/idle condition of the UCD
stations. If the BYO code or key has been used, the Attendant will receive a reorder tone.
CALL WAITING-ORIGINATING [C-31] can be activated by an individual UCD user towards another
station within the system. Also, another user can activate this feature towards an individual UCD group
station. CALL WAITING-ORIGINATING [C-31] can be activated toward a UCD group number when
all the stations and the queue are busy. Waiting is set to the controlling station.
CALL WAITING-TERMINATING [C-12], when assigned to an individual UCD group station, allows
the calling user to wait on the called station’s line when it is busy. The group user can be connected to the
waiting call by hanging up. The station rings and the call is connected when the caller goes off-hook. These
calls have priority over UCD calls in the queue.
CALL BACK [C-1] can be activated by an individual UCD group user towards another station. Also,
another user can activate this feature towards an individual UCD station. CALL BACK [C-1] can be
activated toward a UCD group number when all the stations and UCD queue are busy. CALL BACK [C1] is set to the controlling station.
A UCD group number can be used as the destination station of DIRECT-IN TERMINATION [D-7] or of
NIGHT CONNECTION-FIXED/FLEXIBLE [N-1/N-2].
A UCD group number can be assigned as the destination station of OFF-HOOK ALARM [O-6],
PRIORITY CALL [P-9], ATTENDANT NIGHT TRANSFER [A-19], and LDN NIGHT CONNECTION
[L-28, 29].
If a Phantom Number is assigned to a controlling station, UCD hunting may or may not occur (depending
on the APHN command setting), when the Phantom Number is dialed.
Three types of traffic measurements can be provided for the UCD feature:
a.) UCD route peg count:
• Count of incoming calls from each route to each UCD group
• Count of calls answered by UCD
• Count of other calls (abandoned, restricted, blocked)
Example:
FROM 07/24 08:00 TO 07/24 09:00
ROUTE

UCD GROUP

INCOMING

ANSWER

ABANDON

10

1

9

7

2

2

15

15

0

24

22

2

ROUTE TOTAL

b.) UCD Group peg count:
• Count of incoming calls to each UCD group
• Count of answered calls
• Count of other calls (abandoned, restricted, blocked)

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U-1

Uniform Call Distribution (UCD)

Service Conditions (cont’d)
Example:
FROM 07/24 09:00 TO 07/24 10:00
UCD GROUP

INCOMING

ANSWER

ABANDON

1

12

6

6

2

11

8

3

TOTAL

23

14

9

c.) UCD station peg count:
• Count of incoming calls to each station in each group
• Count of answered calls
• Count of other calls (abandoned, restricted, blocked)
Example:
FROM 07/24 9:00 TO 07/24 10:00
UCD GROUP

TN

STN

RINGING

ANSWER

ABANDON

1

1

1000

4

4

0

1001

3

2

1

7

6

1

GROUP TOTAL

22.
23.

24.

25.
26.

27.
28.

29.

30.

Page 778

UCD Peg counts are available for calls transferred to the UCD group by the Attendant and for calls
transferred to the UCD group from a station.
The total numbers of incoming calls for which the UCD queueing feature is available, and other incoming
calls such as intra-office, tie line, etc., are as follows:
1 IMG, 4 IMG system
384 calls/system maximum
IPX-U (16 IMG) system
640 calls/system
Calls above this limit are terminated by a busy tone connection.
During queueing block, the ATTENDANT CAMP-ON WITH TONE INDICATION [A-1] is valid. The
attendant hears reorder tone when the ATTENDANT CAMP-ON WITH TONE INDICATION [A-1] is
restricted.
OVERFLOW-UCD [O-13] is available.
When a UCD controlling station transfers the in-progress station call or trunk call to a station which has
been set CALL FORWARDING-ALL CALLS [C-5] or CALL FORWARDING-BUSY LINE [C-2]
whose forwarding destination is the UCD controlling station, these features are valid.
When UCD queueing is not available and the system data ASYD SYS 1 Index 60 bit 3 = 1 assigned, UCD
peg count is not activated.
When the controlling station transfers the station/trunk to another station that has set CALL
FORWARDING - ALL CALLS [C-5] or CALL FORWARDING - BUSY LINE [C-2] (to the same
controlling station), call forwarding is activated and the MCI message is sent out.
Whether UCD incoming call information is to be sent to a Message Center Interface (MCI) or not can be
specified on a UCD group basis using the AUCD command. This feature can be assigned to each UCD
Group. In the case of UCD incoming calls overflowing to a UCD Group, the judgement whether the
information is to be sent to MCI or not depends on the terminated UCD Group.
When OVERFLOW - UCD [O-13] is activated, the transferred destination’s data decide whether UCD
incoming call information is sent to MCI or not.

NEAX2400 IPX Feature Programming Manual
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Service Conditions (cont’d)
31.

The UCD group can be programmed to the Local Data Memory (LDM). The conditions are as shown
below.
a.) Only Telephone Number and PS Number can be used when programming UCD group to LDM.
b.) “UCD group assigned by ASHU command”, “UCD group assigned by ASHUL command” and
“UCD group assigned by ASHUN command” cannot be used together in the system. If assigning
different kind of UCD groups in the system, the “UCD group assigned by ASHUN command”
has top priority, and the “UCD group assigned by ASHUL command” take precedence over
“UCD group assigned by ASHU command”.
c.) The maximum number of UCD groups which can be programmed in LDM per node are 63
groups.
d.) An UCD group, programmed in a LDM, can accommodate 100 stations at the maximum.
e.) The overflowing destination for UCD group, programmed in LDM, is UCD group, programmed
in LDM only.
f.) Only one overflowing destination can be assigned to an UCD group.
g.) A call can be overflowed 4 times at the maximum by using OVERFLOW-UCD [O-13]. If
overflowing destinations are all busy, the call is queued into original group (depending on system
data). See figure below.
UCD
group A
All Busy

Overflow
Overflowing destination
UCD
for UCD group A
group B
All Busy
Overflow

n
atio
rmin
e
T
l
Cal

The call is placed in queue for the
originally called UCD group A.

UCD
group C
All Busy

Overflowing destination
for UCD group B

Overflow
UCD
group D
All Busy

Overflowing destination
for UCD group E

Note:

32.
33.
34.

35.

UCD
group F

Note

UCD
group E
All Busy

Overflowing destination
for UCD group C

Overflow
Overflowing destination
for UCD group D

The call cannot overflow more than 5 times.
h.) The user can set or cancel Busy Out using UCD stations programmed in LDM.
This feature is available via FCCS link.
A UCD Group for FCCS service is not available for the destination of the dead level or the dead number.
The following number is assignable to a station of the UCD group.
a.) Physical Station Number (Physical Station Number, Phantom Number, Monitored Number [Pilot
No.], DTE station)
b.) Telephone number
When activating this feature via the FCCS network, only the telephone number is available for FCCS
service.

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U-1

Uniform Call Distribution (UCD)

Service Conditions (cont’d)
36.
37.

38.

39.

When activating this feature via the FCCS network, the maximum number of the UCD groups in a node
is 63.
When activating this feature via the FCCS network, the station assigned by using the Physical Station
Number and the station assigned by using the telephone number cannot be accommodated in the same
group and the same node.
When activating this feature via the FCCS network, the maximum number of stations per group are as
shown below:
Physical Station Number:
100 stations
Telephone Number:
100 stations
When activating this feature via the FCCS network, two types of UCD groups are available:
Group (a): All the stations belonging to one group are accommodated in the same node.
Group (b): Stations belonging to one group are accommodated in different nodes.
Group (a) and Group (b) can be used together within a FCCS network.
Group (a)

Group (b)

Node A

40.

Page 780

Node B

When using the FCH card in conjunction with FCCS link:
a.) Stations in four different nodes can be assigned in a UCD group.

NEAX2400 IPX Feature Programming Manual
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Uniform Call Distribution (UCD)

U-1

Service Conditions (cont’d)
b.) When stations belonging to different nodes are assigned to a UCD group, the station hunt is not
activated in assigned order if the stations are not assigned in continuous order within a node.
First, the call is shifted to the stations within the node of the UCD controlling station, even though
it is not in consecutive order (in the node, station hunt is activated in assigned order). After all the
stations in the node are hunted, the station hunt is shifted to the next assigned station and the
stations in the node are hunted in assigned order. See the figure below.
Example:
•
Station No. 1 is the UCD controlling station. When the call encounters busy, the call is hunted in order of No. 3, No.
4 (hunted in the node of the controlling station) to No. 2, No. 6, No. 8 (hunted in the node C that accommodates the
next station in assigned order) to No. 5, No. 7.

Node A

No.1
No.3
(Controlling station)

Note:

41.

42.
43.
44.
45.

46.

47.
48.

Node B

No.4

No.5

Node C

No.7

No.2

No.6

No.8

Numbers under the stations show the assigned order.

Phantom Telephone Number (PHTELN) can also be assigned to each telephone number (a maximum of
16 PHTELNs per TELN, TELNs + PHTELNs in total = 60,000 or less). The assigned PHTELN may or
may not be the UCD group number by the APHNN command setting (see Interactions).
When activating this feature via the FCCS network, BUSY OUT is available for the station assigned by
the telephone number.
When a call terminates to the UCD station through FCCS link, MCI data can be output. MCI text format
is designated via the ASYDL command.
When activating this feature via the FCCS network, when PEG COUNT [P-7] service is provided, UCD
Route Peg Count/UCD Group Peg Count/UCD Station Peg Count is available.
When activating this feature via the FCCS network, in regard to CALL WAITING LAMP - UCD [C-76]
service, if a UCD incoming call is terminated when the queue slot is full, the lamps of the stations in the
same node that accommodates the controlling station, start to flash.
When activating this feature via the FCCS network, a UCD station assigned by the telephone number
cannot be a destination station for DIRECT-IN TERMINATION (DIT) [D-7] or NIGHT CONNECTION
FIXED/FLEXIBLE [N-1/2].
A UCD group may accommodate members from four different Fusion Point Codes.
When all FCCS links are busy:
a.) UCD member stations belonging to the node where the UCD controlling station is not
accommodated are not hunted.
b.) when all UCD stations in a hunt group are busy, incoming calls routed to the group are not
queued. The calling party hears busy tone.

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U-1

Uniform Call Distribution (UCD)

Service Conditions (cont’d)

49.

c.) When the CCIS line is used as the alternative routing, SERVICE DISPLAY is not activated and
the hunting function is completed at the terminated station.
When using a Phantom Telephone Number (PHTELN) for a UCD controlling station via FCCS, consider
the following:
a.) Whether to use the PHTELN to start the UCD hunt or not can be selected by the command
APHNN. When using the PHTELN, assign “1” in the “PH” parameter. If not, assign “0”.
b.) When “PH = 1”: UCD hunt starts by dialing either the Telephone Number of the controlling
station or its Phantom Telephone Number. Both numbers can be the UCD group number.
c.) When “PH = 0”: UCD hunt starts by dialing the Telephone Number of the controlling station
only. The feature is not provided when the PHTELN is dialed.

Interactions
1.
2.

3.

4.
5.
6.

7.
8.
9.

10.

11.
12.

Page 782

UCD PEG COUNT information is available using Traffic commands. Refer to PEG COUNT [P-7] for
more information.
CALL FORWARDING-ALL CALLS [C-5]: Only the controlling station or the Attendant Console can
activate this feature. When activated, calls to the UCD group will be diverted. If the destination station is
busy, busy tone is returned to the calling party. If the UCD group number is a Phantom Number, CALL
FORWARDING-ALL CALLS [C-5] cannot be activated.
CALL FORWARDING ALL CALLS/BUSY LINE [C-2, 5]: When a member station in a UCD group
activates CALL FORWARDING-ALL CALLS [C-5] or CALL FORWARDING-BUSY LINE [C-2],
only calls directed to that station are forwarded. UCD group calls are not affected. UCD calls will bypass
the call forwarded station.
CALL FORWARDING-DON’T ANSWER [C-3]: All calls terminating at a UCD station will forward if
the call is not answered before the Call Forwarding timer expires.
There is no peg count for calls directed to a UCD group which terminate to a station outside the UCD
group due to CALL FORWARDING [C-2, 3, 5].
ATTENDANT CAMP-ON WITH TONE INDICATION [A-1]: UCD calls extended by the Attendant to
the controlling station will not camp-on unless all of the non-controlling stations are either busy or in the
Busy Out state, and the controlling station is engaged in a two-way conversation. Then the call will campon to the controlling station and will terminate at the first available station.
In the event of a non-UCD call extended to a member station of a UCD Group, ATTENDANT CAMPON WITH TONE INDICATION [A-1] will operate normally.
If the UCD controlling station answers an ATTENDANT CAMP-ON WITH TONE INDICATION [A-1]
call using CONSULTATION HOLD-ALL CALLS [C17], there is no peg count.
BUSY VERIFICATION [B-3]: This feature can be used by the Attendant to check the busy/idle condition
of an individual station assigned to a UCD group. When this feature is used against an individual station
that is idle but has set Busy Out, the Attendant will receive reorder tone.
BUSY VERIFICATION [B-3] will activate the normal hunting sequence, and the next station in the UCD
group scheduled to receive the call will be rung. BUSY VERIFICATION [B-3] will operate only when all
the stations in the group are busy, and only if the station is engaged in an actual call.
A Dterm user can set or cancel Busy Out at any time and from any condition (idle, busy, three-way
conference, PRIVACY RELEASE [P-18]), simply by pressing the BUSY OUT key.
Single-line users can set Busy Out by going off-hook and dialing the BUSY OUT access code, or from the
switch hook flash, by dialing the BUSY OUT access code when engaged in a normal two-way
conversation.

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Uniform Call Distribution (UCD)

U-1

Interactions (cont’d)
13.

14.
15.
16.
17.

18.
19.

The DND key functions in the same manner as the BUSY OUT key for UCD calls. However, while the
BUSY OUT key allows non-controlling UCD stations to receive calls dialed directly, use of the DND key
restricts all incoming calls.
If OVERFLOW-UCD [O-13] is in service, overflow will take place if all the stations in the first group are
busy or in the Busy Out state.
If the OVERFLOW-UCD [O-13] group is also busy, queuing to the first group takes place.
Once BUSY OUT cancel code is activated, any UCD call in queue will automatically be directed to and
ring the cancelling UCD station.
BUSY OUT set/cancel cannot be activated by a Dterm user from the idle (on-hook) condition if the Myline is in use by another Dterm user. The Dterm user must first go off-hook or press the SPEAKER key (even
though no line will actually be seized), before pressing the BUSY OUT set/cancel key.
If the system is reset, traffic measurement requests are no longer in service.
When using a Phantom Number for a UCD controlling station, consider the following:
a.) Whether to use the Phantom Number to start the UCD hunt or not can be selected by the
command APHN. When using the Phantom Number, assign “1” in the “PH” parameter. If not,
assign “0”.
b.) When “PH = 1”: UCD hunt starts by dialing either the station number of the controlling station or
its Phantom No. Both numbers can be the UCD group number.
c.) When “PH = 0”: UCD hunt starts by dialing the station number of the controlling station only.
The feature is not provided when the Phantom Number is dialed.

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 4:
STEP 5:

STEP 6:

ASYD - System Data 1, Index 60, bit 3. Selection of UCD Queuing:
0/1 = UCD Queuing is provided/Not provided
System Data 1, Index 70, bit 6. Designation of announcement trunk used for Delay AnnouncementUCD service: 0/1=Common/Per UCD group
ASYDL - System Data SYS 1, Index 804, bit 0
0/1 = BT/RBT is sent to a caller when an attendant console transfers the call to UCD group that is all
busy.
ASHU/ASHUL - Assign the required data for the UCD group:
TN/UGN:
Tenant Number/User Group Number (Fixed to “1”)
STN/TELN:
Station Number/Telephone Number (max: 16 digits)
CNT:
Number of stations to be entered (recommended maximum of 100 stations)
EDIT STN/EDIT TELN: Station Numbers/Telephone Numbers of the stations included in the UCD
group
(The order in which stations are programmed is the order in which they will be hunted.)
ANPD - Reserve a number level for feature access. Assign Connection Indexes of Normal (N),
Hooking (H), and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to UCD BUSY OUT. SRV = SSCA (Service Code Appendix), SIDA =
50 BUSY OUT set, SRV = SSCA (Service Code Appendix), SIDA = 51 BUSY OUT cancel.
Connection Status Indexes CI = N, Normal (N) and CI = H, Hooking (H).
AKYD - Assign BUSY OUT set/cancel key (same key does both; toggles function on/off). Assign
Type:Function:UCD BUSY OUT [19]. Assign UCD Call Waiting Indication key. Assign
Type:Function:CALL WAITING LAMP [47].

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U-1

Uniform Call Distribution (UCD)

Programming (cont’d)
STEP 7:

ADSL - Assign UCDBO key; Assign SN=0 (Idle), 3 (Called Station Busy) and FKY = 19 (UCD Busy
Out).
This command is used for assigning a function to each soft key.
STEP 8: ATRF - Assign Traffic Measurement Order.
TYPE:
Type of Traffic Measurement
INTERVAL: Output Interval must be assigned in units of ten minutes (range is from 30-120 minutes),
or data “0” must be assigned, which is the instruction for assigning output time.
FROM-TO-: Measurement time is to be designated.
TIME:
Output Time
TYPE:
1-11
1:
Terminal Traffic Measurement
2:
Route Traffic Measurement
3:
Station Peg Count
4:
Attendant Console Peg Count
5:
Route Peg Count
6:
Service Peg Count
8:
UCD Route Peg Count
9:
UCD Group Peg Count
10: UCD Station Peg Count
11: CCIS Traffic Count
STEP 9: DTF3 - Display of Traffic Data 3
TYPE:
Type of Traffic Measurement
8:
UCD Route Peg Count
9:
UCD Group Peg Count
10: UCD Station Peg Count
STEP 10: AUCD/AUCDL - Assign the related data for the UCD group, if necessary. Assign the tenant number/
user group number and the station number/telephone number of the UCD controlling station, QTH
ACT, QTH for the UCD PEG COUNT, CWT for CALL WAITING LAMP UCD [C-76], and MCI for
MESSAGE CENTER INTERFACE [M-26].
STEP 11: APHN - Assign Phantom Number to each UCD controlling station (if necessary).
TN:
Tenant number
REAL STN: Station number of the controlling station
PH:
Phantom number mode
0 = Used individually
1 = Used as the UCD group number (UCD hunting to be activated)
PHSTN:
Phantom station number

Page 784

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Universal Sender

U-3

U-3

Universal Sender

General Description
This feature permits dialed numbers to be transmitted via a sender, a device that will automatically add or delete the
necessary number of digits or perform any necessary conversions.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.

For incoming connections, digits may be deleted according to the route involved. A maximum of 4 digits
may be added (including the access code).
For outgoing connections, digits may be added/deleted according to the route involved. A maximum of 24
digits may be deleted, and a maximum of 4 may be added (including the access code).
LEAST-COST ROUTING [L-5]: Digits may be added/deleted according to the route involved and the
dialed digits. A maximum of 24 digits may be deleted, and a maximum of 24 may be added, consisting of
either digits or 2.8 second pauses.

Interactions
1.
2.

For features requiring digit translation, refer to the specific feature programming description.
The ASTP, AOSP, and AISP commands operate to translate incoming TIE Line digits that are received
by the register and then sent to the opposite PBX via UNIVERSAL SENDER. The ANND command is
used like the AMND command. It tells the system how many digits the register is to expect for a specific
route. The UNIVERSAL SENDER then sends the digits to the opposite PBX. Features requiring the
UNIVERSAL SENDER are:
ATTENDANT CONSOLE
[A-3]
ATTENDANT KEY PAD
[A-4]
AUTOMATIC TRUNK TEST
[A-21]
CALL FORWARDING-OUTSIDE
[C-28]
LEAST-COST ROUTING-3/6 DIGIT
[L-5]
OUTGOING TRUNK QUEUING
[O-2]
OFF-HOOK QUEUING
[O-7]
PUSHBUTTON CALLING
[P-4]
PUSHBUTTON-TO-ROTARY CONVERSION
[P-6]
SPEED CALLING
[S-3, 21, 23]
TOLL RESTRICTION-3/6-DIGIT
[T-7]

Programming
STEP 1:

ATRK - Assign these LENs as sender Route 905, Trunk. A LEN consists of the following:
Module Group
Unit
Group
Level
XX

X

XX

X

Level numbers for the sender trunks are 4-7.
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Page 785

U-3

Universal Sender

Programming (cont’d)
STEP 2:

Page 786

MBTK - Assign the Make Idle status to the sender trunks.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Variable Timing Parameters

V-1

V-1

Variable Timing Parameters

General Description
The Variable Timing Parameters feature gives the PBX the versatility to change timing parameters, using the
MAINTENANCE ADMINISTRATION TERMINAL (MAT) [M-18]. All timing parameters for a specific timing
sequence are set initially within the generic program. These timing parameters can be changed to accommodate user
requirements.

Operating Procedure
No manual operations required. Refer to the NEAX2400 IPX Office Data Specification.

General Description
The following list describes the major VARIABLE TIMING PARAMETERS

1.

2.

3.

4.

5.

6.

Note:

Automatic Recall Timer: AUTOMATIC RECALL [A-8]:
a.) standard timing: 30 seconds
b.) variable timing: 2-30 seconds (two-second increments)
No Answer Timer for station call: CALL FORWARDING-DON’T ANSWER [C-3]:
a.) standard timing: 30 seconds
b.) variable timing: 2-30 seconds (two-second increments)
No Answer Timer for station call via an Attendant Console: CALL FORWARDING-DON’T ANSWER
[C-3]:
a.) standard timing: 10 seconds
b.) variable timing: 2-30 seconds (two-second increments)
No Answer Timer for Call Transfer: CALL TRANSFER-ALL CALLS [C-11]:
a.) standard timing: 30 seconds
b.) variable timing: 2-30 seconds (two-second increments)
Periodic Time Indication Tone Timer: PERIODIC TIME INDICATION TONE [P-11]:
a.) standard timing: first period - 3 minutes; other periods - 3 minutes
b.) variable timing: first period - 0.5 to 12.5 minutes (0.5-minute increments), other periods - 0.5 to
12.5 minutes (0.5-minute increments)
Recall Timer for unanswered paging: PAGING TRANSFER [P-10] and RADIO PAGING [R-16]:
a.) standard timing: 30 seconds
b.) variable timing: 30 to 480 seconds (30-second increments).
All other timers are variable (e.g., Register pre-pause timer, Sender pre-pause timer, and switch hook
timer).
If no data is entered, the system operates properly using default data (RAM data). ASYD indexes are not
usually reprogrammed, with the possible exception of System Data 1, Indexes 156 and 157. All the
hexadecimal data mentioned is default data.

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V-1

Variable Timing Parameters

Interactions
1.

To calculate VARIABLE TIMING PARAMETERS, multiply the Timer Class by the Miscellaneous
Timer Class, TC x MTC = VARIABLE TIMING PARAMETER. TC is a set value. MTC is any value
from 1-15, assigned in hexadecimal. For the PERIODIC TIME INDICATION TONE Timer, a TC of 3
equaling 2 seconds is not available, but a TC of 4 equaling 30 seconds is available.
Timer Index:
Bit

7

6

5

4

3

2

1

0

Miscellaneous Timer Class
(MTC)

Timer Class (TC)

TC values for Indexes 136, 147, 150, 155, 156, 157, 158
TC 0 = 1=2=3 = 2 seconds.
TC values for Indexes 134, 139, 140, 141, 152
TC 0 = 1=2=3 = 2 seconds
7 = 8 seconds.
TC values for Indexes 137, 146
TC 0 = 1 = 64 milliseconds
2=3 = 2 seconds
4 = 30 seconds.
TC values for Indexes 138
TC 0 = 1 = 64 milliseconds
2=3 = 2 seconds
4 = 30 seconds
5 = 5 minutes
6 = 1 second.
Timer Index:
Bit

7

6

5

Timer Class (TC)

Page 788

4

3

2

1

0

Miscellaneous Timer Class
(MTC)

NEAX2400 IPX Feature Programming Manual
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Variable Timing Parameters

V-1

Interactions (cont’d)
TC values for Indexes 142, 143, 144
TC 0 = 1=2=3 = 2 seconds
4 = 30 seconds
7 = 8 seconds.
TC values for Indexes 135
TC 0 = 1 = 64 msec.
TC values for Indexes 149
TC 0 = 1=2=3 = 2 seconds
4 = 30 seconds.
TC values for Indexes 145
TC 0 = 1 = 2 seconds.

Programming
ASYD - System Data 1. All VARIABLE TIMING PARAMETERS are located between Indexes 128
and 159, with the exception of Paging.
AUTOMATIC RECALL [A-8]
System Data 1, Index 145. Assign “9F” (in hex) for 30 seconds.
CALL FORWARDING-DON’T ANSWER [C-3]
System Data 1, Index 141. Assign 35H for 10 seconds. This timer works in conjunction with Index
139, which is assigned “3F” (in hex) for 30 seconds. After ringing for 10 seconds at the first station
and 30 seconds at the CALL FORWARDING destination station, the call returns to the Attendant
Console. CALL TRANSFER-ALL CALLS [C-11].
System Data 1, Index 140. Assign 3FH for 30 seconds.
PERIODIC TIME INDICATION TONE [P-11]
System Data 1, Indexes 137 and 138. Timer Class of data “4” for 30 seconds is available for both
timers. Index 137 sets when the first tone will be heard. Assign “46” (in hex) for 3 minutes. Index 138
sets the interval between the first tone and all subsequent tones. Assign “46” (in hex) for 3 minutes.
This assignment works with ARTD, CDN 29:TELP.
PAGING TRANSFER [P-10]
System Data 1, Index 74, Bits 0-3. Set the Paging No-Answer timer for Recall on Transfer. Set to “00”
(in hex) for 30 seconds. (0-F + 1) x 30 = Recall Value RADIO PAGING [R-16].
System Data 1, Index 73, Bit 4. Not used. System Data 1, Index 73, Bit 5. The Recall timer is doubled,
as set in System Data 1, Index 74, Bits 4-7. After the first half of the timer, recall of the radio page
occurs via the PBX. The system grabs a register and the Radio Page trunk and resends the two or threedigit answer code. Is this operation wanted? 0/1: Yes/No.
System Data 1, Index 74, Bits 4-7. Recall timer for radio page. (N + 1) x 30 = Time Out, where N =
value set in hex in Bits 4-7. If the paged party doesn’t respond, the page is cancelled.

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Page 789

V-2

Voice Call

V-2

Voice Call

General Description
This feature enables a single line telephone to make a VOICE CALL [V-2] when the called party is a Dterm set. This
path exists from the calling party to the called party's built-in speaker. If the called party's MIC is on, the called party
can converse hands-free.

Operating Procedure
From a single line station to a Dterm

1.
2.
3.
4.

Dial the telephone number of the desired Dterm station and receive ringback tone.
Perform a switch hook flash.
Dial the VOICE CALL access code. A signal tone (two bursts) is transmitted over the called party's
speaker.
Called Dterm displays:
VOICE

XXXX
(Time Display)

5.

Announce the call over the built-in speaker.

Service Conditions
1.
2.
3.
4.
5.
6.

When the called station is not a Dterm, reorder tone will be sent to the calling party for a pre-determined
time, followed by ringback tone.
Once a VOICE CALL has been activated, the called station will appear busy on multi-line sets displaying
the called station.
VOICE CALL will follow CALL FORWARDING - ALL CALLS [C-5] and CALL FORWARDING BUSY/DON'T ANSWER [C-2, 3].
VOICE CALL will terminate at the station whose my line is the same as the extension called.
Only the called station can respond HANDS-FREE [H-5D].
STATION MESSAGE DETAIL RECORDING SYSTEM [S-10] is not available for this service.

Programming
For a Single-Line Set

STEP 1:
STEP 2:

STEP 3:
STEP 4:

Page 790

ASYD - System Data 1, Index 17, Bit 0. Hooking (H) service for single-line set. This is used for the
MESSAGE REMINDER [M-19] and VOICE CALL features of a single-line set.
ANPD - Reserve a number level for feature access. Assign Connection Indexes, CI = N, H, B; Normal
(N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign NND in
accordance with a predetermined numbering plan.
ASPA - Assign an access code to VOICE CALL, SRV = SSCA, SIDA = 41.
Connection Status CI = H, Hooking (H).
ASFC - Assign a Service Feature Class that allows SFI = 52 to single-line stations which will be
allowed to initiate Voice Calls.
Assign a Service Feature Class allowing SFI = 93 to Dterm stations that do not allow access by VOICE
CALL.

NEAX2400 IPX Feature Programming Manual
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Voice Call

V-2

Programming (cont’d)
For a Dterm

STEP 1:

STEP 2:

AKYD
TN:
STN:
TP:
RING:

- Assign the station according to the following parameters:
1
Station Number
Type of Dterm 0/1:

0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.
KYN: Key Number (1-40)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Not assigned for Feature Key
FKY: Feature Key Number
FKY = 14, VOICE CALL.
ADSL - Assign VOICE key; Assign SN=2 (Originating; RBT Connection) and FKY=14 (Voice Call).
This command is used for assigning a function to each soft key.

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node. Note
STEP 1: ANPDL - Reserve a number level for feature access. Assign Connection Indexes, CI = N, H, B;
Normal (N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Assign NND
in accordance with a predetermined numbering plan.
STEP 2: ASPAL - Assign an access code to VOICE CALL, SRV = SSCA, SIDA = 41.
Connection Status CI = H, Hooking (H).
Note: When using ASYDL or ASYDN to program an FCCS feature, the basic programming of ASYD is required
in addition to ASYDL or ASYDN.

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Page 791

Voice Call - D term

V-2D

Voice Call - Dterm

V-2D
General Description

This feature provides a voice path between two Dterm sets. This path exits from the calling party to the called party’s
built-in speaker. If the called party’s MIC key is on, the called party can converse hands-free.

Operating Procedure
From one Dterm to another Dterm

1.
2.

The originating Dterm user dials the desired telephone number and receives a ringback tone.
The calling party presses the VOICE CALL feature key. A signal tone (two bursts) is transmitted over the
called party’s speaker. The calling party’s LCD displays:
Called Number
VOICE

XXXX
(Time Display)

From a single-line set to a Dterm

1.
2.
3.

The single-line set user dials the desired Dterm number and receives a ringback tone.
The calling party presses the switch hook, and dials VOICE CALL access code. A signal tone is
transmitted over the called party’s speaker.
The calling party announces the call over the built-in speaker.

Service Conditions
1.
2.
3.
4.
5.
6.

7.

Page 792

After a voice call has been activated, the called station will appear busy on multi-line sets displaying the
called station.
A voice call will follow CALL FORWARDING-ALL CALLS [C-5] and CALL FORWARDING-BUSY
LINE/DON’T ANSWER [C-2, C-3].
A voice call will terminate at the station MY-LINE [M-23D].
When a called station is not a D term, a reorder tone will be sent to the calling party followed by a ringback
tone.
Only the called station can respond using HANDS-FREE ANSWER BACK-Dterm [H-4D].
If the called station is restricted from VOICE CALL SERVICE by Class of Service, status of the calling/
called party is as follows:
a.) Calling party
Single Line:
Receives ringback tone after hearing reorder tone for up to 30 seconds or by
pressing the switch hook during reorder tone.
term
D
:
When using the VOICE key: Receives ringback tone, and LCD displays VOICE
REST for 5 seconds.
When using an access code, hear reorder tone, and LCD displays VOICE REST for
5 seconds. After hearing reorder tone for 30 seconds or after pressing switch hook,
receives ringback tone.
b.) Called party’s Dterm continues to ring.
STATION MESSAGE DETAIL RECORDING [S-10] is not available for this service.

NEAX2400 IPX Feature Programming Manual
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Voice Call - D term

V-2D

Interactions
A Voice Call cannot be sent to a single-line station.

Programming
Operating with the feature key

STEP 1:

STEP 2:

AKYD
TN:
STN:
TP:
RING:

- Assign the station according to the following parameters:
1
Station Number
Type of Dterm 0/1:

0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.
KYN: Key Number (1-40)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Not assigned for Feature Key
FKY: Feature Key Number=14 (VOICE CALL)
ADSL - Assign VOICE key; Assign SN=2 (Originating; RBT Connection) and FKY=14 (Voice Call).
This command is used for assigning a function to each soft key.

Operating with the access code

STEP 1:
STEP 2:

STEP 3:
STEP 4:

ASYD - System Data 1, Index 17, Bit 0. Hooking (H) service for single-line set. This is used for the
MESSAGE REMINDER [M-19] and VOICE CALL features of a single-line set.
ANPD - Reserve a number level for feature access. Assign Connection Indexes, CI = N, H, B; Normal,
Hooking, and Busy (applicable to any feature assigned to this level). Assign NND in accordance with
a predetermined numbering plan.
ASPA - Assign an access code to VOICE CALL, SRV = SSCA, SIDA = 41. Connection Status, CI =
H, Hooking.
ASFC - Assign a Service Feature Class that allows SFI = 52 to single-line stations which will be
allowed to initiate Voice Calls.
Assign a Service Feature Class allowing SFI = 93 to D term stations that do not allow access by VOICE
CALL.

FCCS Programming
No unique programming is required for the FCCS network.

NEAX2400 IPX Feature Programming Manual
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Page 793

Volume Control - D term

V-3D

Volume Control - Dterm

V-3D
General Description

This feature is used for controlling the volume of a Dterm set’s built-in speaker and receiver.

Operating Procedure
1.
2.

3.

The Dterm set is equipped with a sliding volume control knob located in the front, beneath the dial pad.
Volume can be increased by moving the control to the right, and decreased by moving it to the left.
The ringing volume is controlled by a switch on the underside of the D term. It is marked RING and located
directly below the LCD Display Panel. The ringing volume is increased by moving the switch to the right
and decreased by moving the switch to the left.
The ringing tone can be set to one of three distinct tones, using switch settings “1”, “2”, or “3”, depending
on user preference. Each switch setting produces a separate distinct ringing tone.
Setting “1” produces the lowest.
Setting “2” produces a medium.
Setting “3” produces the highest.
To control the ringing tone, there is a switch located underneath the Dterm. It is opposite the Transfer Key,
and is labeled RINGING TONE. It has switch settings marked 1, 2 and 3.

For D term Series E

1.

2.

3.

The Dterm is equipped with two control buttons located on the top front of the phone. Volume can be
increased by pushing the right control button while off-hook. Volume can be decreased by pushing the left
control button while off-hook.
The ringing volume is also adjusted by the same two control buttons. Ringing volume by pushing the right
control button while the Dterm is ringing. Decrease the ringing volume by pushing the left control button
while the D term is ringing.
The ringing tone can be set to one of four distinct ringing tones by performing the following: Press the
feature key + 3. Each time this is performed, one of the four patterns is selected.

Service Conditions
Ringing, Recall Ringing, and Voice Call Signal Tone are not controlled by VOLUME CONTROL.

Programming
No programming is required.

Page 794

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

WATS Access

W-1

W-1

WATS Access

General Description
This feature permits any user direct-dial access to outgoing WATS lines.

Operating Procedure
1.
2.
3.
4.

Lift the handset; receive dial tone.
Dial the WATS ACCESS code.
Receive second dial tone.
Dial the desired number.

Service Conditions
Access to WATS lines may be denied to individual stations via CLASS OF SERVICE-INDIVIDUAL [C-15].

Interactions
1.

2.

WATS ACCESS will operate in conjunction with the following features:
LEAST-COST ROUTING-3/6-DIGIT
[L-5]
MISCELLANEOUS TRUNK ACCESS
[M-1]
MISCELLANEOUS TRUNK RESTRICTION
[M-2]
INDIVIDUAL TRUNK ACCESS
[I-4]
OUTGOING TRUNK QUEUING
[O-2]
OFF-HOOK QUEUING
[O-7]
ROUTE ADVANCE
[R-6]
DIRECT-IN TERMINATION
[D-7]
A WATS Access trunk can be used with any system feature that can be used with any other trunk. There
are no unique characteristics of a WATS trunk of note in relation to the implementation of other features.

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:

ARTD - Assign the WATS line routes as shown below:
INCOMING WATS LINES (GROUND START):
RT: 1
3-ISGS
:1
4-INSG
:3
5-TF
:2/3
6-TCL
:3
7-L/T
:1
8-RLP
:2
15-LSG
:1
OUTGOING WATS LINES (GROUND START):
RT: 1
1-OSGS
:2
2-ONSG
:3
5-TF
:1/3
6-TCL
:3
7-L/T
:1
8-RLP
:2
15-LSG
:1
ATRK - Assign the LENs, WATS Line Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the WATS Line Trunks.
ANPD - Reserve a number level for trunk access. Assign Connection Indexes, CI = N, H, B; Normal
(N), Hooking (H), and Busy (B) (applicable to any feature assigned to this level). Number of
Necessary Digits is usually 1 or 2. Busy lamp Field is not activated.

NEAX2400 IPX Feature Programming Manual
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Page 795

W-1

WATS Access

Programming (cont’d)
STEP 5:
STEP 6:

Page 796

ASPA - Assign the access code as assigned in ANPD above. Type of Service, SRV = OGC (Outgoing
Call) Outgoing Trunk. Assign the route number associated with this access code.
ARSC - The Route Restriction Class must be constructed to allow the station access to the involved
routes.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Networking with NEAX2400 IPX and NEAX2000 IVS2

Networking with NEAX2400 IPX and NEAX2000 IVS2
General Description
The following explains connectivity issues between a NEAX2400 IPX and a NEAX2000 IVS2. An FCCS Group
consists of a network where multiple NEAX2400 IPXs are connected via FCCS link.
Note: NEAX2400 IPX - NEAX2000 IVS2 connection is available only if the NEAX2000 IVS2 is the satellite office
(requires NEAX2000 IVS2 Series 2000 or later software).

Service Conditions
Network Configuration

1.

The following table shows the summary of network configurations:
CONNECTION TYPE

SERVICE

NEAX2400
IPX NEAX2400
IPX

NEAX2000
IVS 2 NEAX2400
IPX

MAXIMUM
TELEPHONE
NUMBERS

1

FCCS

CCIS

2

CCIS

CCIS

TYPE

CENTRALIZED FUNCTION

NEAX2400
IPX NEAX2400
IPX

NEAX2000
IVS 2 NEAX2400
IPX

MAINTENANCE

120,000

FCCS
service

CCIS
service

120,000

CCIS service

CCIS
service

BILLING

MCI

Note

Note

Available

Available

Available

Available

Available

Available

For details, refer to the following services:
Maintenance - Centralized System Management Report - CCIS [C-57]
Billing - Centralized Billing - CCIS [C-55]
MCI - Message Center Interface - CCIS [M-67]
2.
There are two connection types for the network:
a.) NEAX2000 IVS2 - NEAX2400 IPX connection
b.) NEAX2400 IPX - NEAX2400 IPX connection

Note:

Network Establishment

• NEAX2000 IVS2 - NEAX2400 IPX
1.
Additional NEAX2000 IVS2s cannot be connected to a NEAX2000 IVS2 that has already been connected
with NEAX2400 IPX. Only one SPAN is allowed for NEAX2400 IPX - NEAX2000 IVS2 connection.
2.
The maximum number of routes and nodes for the NEAX2000 IVS2 are given by subtracting the number
of routes (LGRT) used for the NEAX2400 IPX from 899 (maximum number of routes in an FCCS group).
Note: This condition is applied to the NEAX2400 IPX side. The NEAX2000 IVS2 system may accommodate up to
255 nodes (including NEAX2400 IPX), because the maximum number of Point Codes (PCs) assigned at
NEAX2000 IVS 2 system is 255, including the nodes in the network.
3.
When the signal route is deleted, the voice route is used per route, but the signal route can be shared with
multiple routes. However, when the network is established using EVENT BASED-CCIS, the signal route
must be used per route.
• NEAX2400 IPX - NEAX2400 IPX
1.
The maximum number of NIDs per FCCS group is 253.
2.
The maximum number of routes assigned in each FCCS group is 899.
3.
An NCN and NDM exist in each FCCS group.

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Networking with NEAX2400 IPX and NEAX2000 IVS2

Service Conditions (cont’d)
FCCS Network Group

1.

2.
3.

Since multiple FCCS networks are connected in the network, an FCCS network group number is required
to distinguish each FCCS network from others. An FCCS network group is called an FCCS group, and a
maximum of four FCCS groups can be connected in the network.
A center FCCS group should be specified from among multiple FCCS groups in the network. It is the only
node allowed to assign and delete telephone numbers within the self FCCS group and the others.
The network consists of FCCS groups and NEAX2000 IVS2 systems within the range of 2 SPANs from
the center FCCS group, and within the range of 4 SPANs from end to end.

Interactions
1.
2.

Page 798

PS Roaming and Hand-over services cannot be activated in the network. To execute Roaming service, the
Q.931a line should be connected exclusively.
The OAI/ACD service in the network is executed with the same conditions in the normal CCIS network.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Asynchronous Data Switching - CCIS

A-44

A-44

Asynchronous Data Switching - CCIS

General Description
The NEAX2400 IPX supports up to 19.2 Kbps asynchronous switched modem-less data communication, from node
to node, in a CCIS network. An asynchronous Data Adapter is required for the Dterm, and an asynchronous Data
Module is used for non-voice applications.

Operating Procedure
To initiate a data call from a Dterm equipped with a Data Adapter

1.
2.
3.

Press the DATA key on the Dterm; the DATA lamp will light steadily.
Dial the DTE telephone number (in another office); the DATA lamp will flash.
When the called DTE answers, the DATA lamp will light steadily.

To receive a data call at a Dterm equipped with a Data Adapter

1.
2.
3.

When a data call is received, the DATA lamp will flash and Ringing Tone will be heard.
Press the DATA key to answer the call.
The DATA lamp will light steadily.
Note: If the Data Adapter is equipped with DATA INTERFACE-AUTOMATIC ANSWER - CCIS [D-65], no
manual operation is required.
To initiate a data call from a DTE equipped with a Data Module

1.
2.
3.
4.

Enter the origination command DM CALL from the DTE keyboard. Press the RETURN key. The monitor
will display DM CALL and READY.
Enter the DTE telephone number by entering DIAL-XXXXX. Press the RETURN key. The monitor will
display DIAL-XXXXX.
The monitor will then display CALLING.
When the called party answers, the monitor will display OPEN.

To receive a data call at a DTE equipped with a Data Module

1.
2.

The Data Module will provide ringing.
Enter READY and press the RETURN key. The DTE can then communicate through the switch.

To initiate a Data Call from a D term/Data Adapter via keyboard dialing

1.
2.
3.
4.

Enter the origination command DM CALL from the DTE keyboard. Press the RETURN key. The monitor
will display DM CALL and READY.
Enter the DTE telephone number by entering DIAL-XXXXX. Press the RETURN key. The monitor will
display DIAL-XXXXX.
The monitor will then display CALLING.
When the called party answers, the monitor will display OPEN.

To release from a Data connection when using keyboard dialing

1.
2.
3.

Enter the release request command ESC - DM from the keyboard of the DTE. Press the RETURN key.
The monitor will display ACK.
Enter the release command RLS from the keyboard of the DTE. Press the RETURN key. The monitor will
display RLS and RELEASED.
The data connection is released.

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Page 799

A-44

Asynchronous Data Switching - CCIS

Operating Procedure (cont’d)
When the opposite end DTE disconnects when using keyboard dialing

1.
2.
3.

When the opposite end DTE releases, the Data Adapter buzzer will sound three times.
Enter release command RLS and press the RETURN key. The monitor will display RLS and RELEASED.
The data connection is released.

Service Conditions
1.
Note:

2.
3.
4.
5.
6.

7.
8.
9.

Data terminals up to 19.2 Kbps can be connected.
Additional hardware is required for 19.2 Kbps.
A data terminal can be a member of a Pilot Hunt group or a Circular Hunt group.
The calling and called DTEs must be code and speed compatible.
Keyboard dialing can only be utilized by a Dterm/Data Adapter or asynchronous Data Module.
Additional hardware is required to activate KEYBOARD DIALING - DATA ADAPTER [K-1].
If keyboard dialing is used to establish a data connection, keypad dialing for a data connection is
ineffective until the data connection releases. If data communication is established by keypad dialing, it is
possible to release by keyboard dialing.
The display of the DTE will be blank when data communication is established by keypad dialing. The
display of the D term will be blank when data communication is established via keyboard dialing.
The DSPY/AUTO key on the Dterm is ineffective when keyboard dialing is used to establish a data call.
When an incoming data call is received, the displays of the DTE and the Dterm will show the number of
the calling data station or the incoming trunk type and number.

Interactions
When assigned, the DATA feature key acts as the telephone number of the data station for the Data Adapter. The
telephone number of the data station will only appear on one Dterm set. The telephone number of the data station
may be used as a DID number.

Programming
For Data Adapter

STEP 1:

Page 800

ASDT - Assign levels 4, 5, 6, & 7 of a PA-4DLC as a TEC = 13. Data level 4 corresponds to voice
level 0, level 5 to level 1, level 6 to level 2, level 7 to level 3.
TN:
Tenant Number
STN: Station Number
LENS: Line Equipment Number (6 digits)
TEC: Telephone Class (1-31)
1: DP (10pps)
2: PB
3: DP/PB
11: VMM
12: Dterm
13: Data terminal Via Dterm
14: Hot Line
15: CAS Line

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Asynchronous Data Switching - CCIS

A-44

Programming (cont’d)

STEP 2:

STEP 3:
STEP 4:
STEP 5:
STEP 6:

16: Data Terminal Via Data Module
18: Virtual Circuit
19: TMM
20: PSM
23: ISDN Terminal
27: Eight Conference Equipment
RSC: Route Restriction Class (0-15)
For assignment of RSC, ARSC command
SFC: Service Feature Class (0-15)
For assignment of SFC, ASFC command
AKYD - Despite the fact that a station number is assigned in ASDT for the data number, only the voice
station number must be assigned to the Dterm. Assign the DATA and DTX key. The AUTO key is an
optional assignment. Assign as follows:
TN:
1
STN: Station Number
TP:
Type of Dterm 0/1:
RING:
0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter
KYN:Key Number (1 - 40)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Assign as 0
FKY: Feature Key Number
RG:
Ringing Assignment per Multi-line Appearance
0: No Ringing
1: Ringing in Day Mode Only
2: Ringing in Night Mode Only
3: Ringing Day and Night
The feature keys, DATA TRANSFER DTX (FKY = 31), DATA (FKY = 29) must be assigned.
DISPLAY/AUTO (FKY = 30) is optional.
ASFC - For TEC = 13 stations, assign an SFC that at a minimum SFI 11 = 0, DATA LINE
SECURITY.
ARSC - Construct a Route Restriction Class that allows access to the desired incoming and outgoing
routes.
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) = 1.
ACFR - Allow all incoming Call Class Index (CCI) for Transfer Service Feature Index (TSFI)=1.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 801

A-45

Attendant Camp-On with Tone Indication - CCIS

A-45 Attendant Camp-On with Tone Indication - CCIS
General Description
This service feature allows Inter-Office Attendant Camp-On for when the Attendant and the called party belong to
a different PBX in the CCIS network.

Operating Procedure
1.

Stations (a) and (b) are talking through a CCIS line.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

Attendant

CO Line

CCIS

STN (a)

STN (b)
[Node B]

[Node A]

2.

Subscriber (c)

Subscriber (c) places a call to Node A through a CO line. An Attendant in Node A answers the call.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

STN (a)

STN (b)

CCIS
[Node A]

Page 802

Subscriber (c)

CO Line

Attendant

[Node B]

NEAX2400 IPX Feature Programming Manual
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Attendant Camp-On with Tone Indication - CCIS

A-45

Operating Procedure (cont’d)
3.

The Attendant dials the number for Station (b); Subscriber (c) receives Hold Tone; the Attendant receives
busy tone.

PUBLIC
SWITCHED
TELEPHONE
NETWORK
Hold Tone

BT

CO Line

BT
ATT

CCIS

STN (a)

STN (b)
[Node B]

[Node A]

4.

Subscriber (c)

Hold Tone

The Attendant presses the RELEASE key (Attendant Camp-On service setting) Note 1. While talking with
Station (a), Station (b) receives Camp-On Tone, and the Attendant can now handle other calls.

PUBLIC
SWITCHED
TELEPHONE
NETWORK
Hold Tone
CO Line

Subscriber (c)
Hold Tone

ATT

Camp-On Tone
STN (a)

CCIS
[Node A]

STN (b)
[Node B]
Camp-On Tone

NEAX2400 IPX Feature Programming Manual
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Page 803

A-45

Attendant Camp-On with Tone Indication - CCIS

Operating Procedure (cont’d)
5.

Stations (a) and (b) both go on-hook Note 2; (b) is rung, and (c) receives ringback tone.

PUBLIC
SWITCHED
TELEPHONE
NETWORK
RBT

Subscriber (c)

CO Line

Ringback Tone
ATT

STN (a)

6.

STN (b)

CCIS
[Node A]

[Node B]

Ringing

Station (b) answers; Station (b) and Subscriber (c) are connected with each other.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

Subscriber (c)
CO Line
ATT

STN (a)

STN (b)

CCIS
[Node A]

[Node B]

Note 1: If the Attendant presses the BV key instead of the RELEASE key, the Attendant bridges into the Station (b)

side and, as a result, a three-way connection is set up. In this case, both (a) and (b) are bridged into the
connection. The Attendant sets Camp-On by pressing the RELEASE key.
Note 2: Instead of on-hook by Stations (a) and (b), if (b) switch hook flashes and dials the Call Hold Access Code,
(b) can answer Subscriber (c) (C.O.line party), and (a) is held on the line.
If (b) switch hook flashes and dials the Call Hold Access Code once again, (b) can return to the connection
with (a). In this case, Subscriber (c) is held on the C.O.line.

Service Conditions
1.
2.

Page 804

Only one incoming call can be camped on to a particular station at any given time. Multiple CAMP-ON
is not allowed.
Calls that remain camped-on for longer than the predetermined time will initiate AUTOMATIC RECALL
- CCIS [A-71].

NEAX2400 IPX Feature Programming Manual
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Attendant Camp-On with Tone Indication - CCIS

A-45

Service Conditions (cont’d)
3.

CAMP-ON may be denied if the busy station is:
a.) Dialing or in the LINE LOCKOUT [L-3] mode.
b.) Listening to a tone.
c.) Being rung.
d.) The TIE Line is idle at the time the operator has pressed RELEASE key.
e.) Already camped-on by a previous call.
f.) Protected from CAMP-ON by CLASS OF SERVICE-INDIVIDUAL [C-15].
g.) Protected by DATA LINE SECURITY [D-12].
h.) Being connected to an A.C Loop.
i.) Activating any conflicting feature, such as:
CALL BACK - CCIS
[C-44]
CALL HOLD
[C-6][C-6D]
CALL TRANSFER - CCIS
[C-50][C-50D][C-54]
BUSY VERIFICATION - CCIS
[B-9]
BOSS-SECRETARY OVERRIDE-Dterm
[B-6]
CALL WAITING - TERMINATING
[C-12]
CONSULTATION HOLD - ALL CALLS - CCIS
[C-58][C-58D]
DIAL ACCESS TO ATTENDANT - CCIS
[D-71]
DATA LINE SECURITY - CCIS
[D-66]
DATA PRIVACY ON DEMAND - CCIS
[D-68]
EXECUTIVE RIGHT-OF-WAY - CCIS
[E-8][E-8D]
NON-EXCLUSIVE HOLD - Dterm
[N-7D]
OUTGOING TRUNK QUEUING - CCIS
[O-12][O-12D]
OFF-HOOK QUEUING - CCIS
[O-11]
[V-7D]
VOICE CALL-Dterm - CCIS
PRIVACY RELEASE
[P-18]
In each of the above instances, the ATTENDANT will receive a reorder tone.

Programming
STEP 1:

STEP 2:

ASFC - Release the restrictions of SFI = 11 (Data Line Security) to the SFC of the station receiving
the Camp-On service. This must also be assigned to SFC = 0 at the satellite systems.
SFI 4 = 1 for SFC 0.
ARSC - Release the incoming restrictions between the incoming restrictions of the station receiving
Camp-On and the incoming trunk route. (at RRI = 0, 1)

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 805

A-46

Attendant-Controlled Conference - CCIS

A-46

Attendant-Controlled Conference - CCIS

General Description
This feature allows the Attendant to establish a conference among as many as eight parties. The conference group
can consist of any combination of stations and/or trunks in a CCIS network.

Operating Procedure
To activate ATTENDANT-CONTROLLED CONFERENCE - CCIS

1.
2.
3.

A station calls the Attendant to request a conference.
The Attendant connects the calling station to the conference leader by dialing the circuit number of the
conference leader connected to the Conference Unit.
The Attendant sequentially calls all desired parties and connects by pressing START, dialing the pilot
number of the conference, and pressing RELEASE.

Using the MMCB

4.

5.

When all parties are connected, the conference leader with a push-button telephone can dial digit “0” to
prevent additional stations from entering the conference group, thereby assuring privacy. If the leader
presses “0” again, more parties can be added.
If the conference leader dials digit “#”, all conferees will be disconnected. Otherwise, the conference is
terminated only after all parties have hung up.

Using the PA-CFTB

6.

7.

When all parties are connected, the conference leader with a push-button telephone can dial digit “0” to
prevent additional stations from entering the conference group, thereby assuring privacy. If the leader
presses “0” again, more parties can be added.
If the conference leader dials digit “#”, all conferees will be disconnected. Otherwise, the conference is
terminated only after all parties have hung up.

For either

8.

To release from a conference circuit individually, a user hangs up. The remaining conferees can continue
without interruption.

Service Conditions
1.
2.
3.
4.
5.

6.

Page 806

Conference Units are designed to provide adequate amplification, but the condition of the Central Office
connections will affect transmission.
Conference Unit extension numbers should be placed in a STATION HUNTING-TERMINAL [S-9]
group. Only the Pilot number of this group should be published.
Each Conference Unit can provide up to an eight-party conference.
Override services, such as BUSY VERIFICATION [B-3] [B-9], ATTENDANT OVERRIDE [A-7] or
EXECUTIVE RIGHT-OF-WAY [E-1] [E-8], are denied to stations engaged in a conference call.
The following additional hardware is required:
a.) External Conference Unit MMCB, Model No.37008
b.) PA-16LCBE Circuit Card
The PA-CFTB circuit card may be used rather than the external Conference Unit MMCB. The MMCB
also requires a PA-16LC that is not required by the PA-CFTB.

NEAX2400 IPX Feature Programming Manual
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Attendant-Controlled Conference - CCIS

A-46

Interactions
1.
2.

3.

The Attendant Console must first be provided.
NEC provides a PA-16LCBE circuit card that provides momentary-open for all 16 circuits. This is
required to provide a release signal when line circuits are connected to external equipment such as
conference and page units. This keeps reorder tone from being sent to the Conference Unit.
The last port of a PA-16LCBJ/PA-16LCBL provides battery reversal upon release. Therefore, when a
station disconnects, reorder tone is not returned to the external Conference Unit.

Programming
STEP 1:

STEP 2:

ASDT - Assign Tenant No. Station No., LENs, and the Telephone Equipment Class (TEC) to the
station connected to the Conference Unit. Also, assign the Service Feature Class and Route Restriction
Class (RSC) to the telephone.
The RSC should allow connections to the incoming and outgoing routes that will be connected to a
conference.
TN:
Tenant Number
STN: Station Number
LENS: Line Equipment Number (6 digits)
TEC: Telephone Class (1-31)
1: DP (10pps)
2: PB
3: DP/PB
11: VMM
12: Dterm
13: Data Terminal via D term
14: Hotline
15: CAS Line
16: Data Terminal via Data Module
18: Virtual Circuit
19: TMM
20: PSM
23: ISDN Terminal
27: Eight Conference Equipment
RSC: Route Restriction Class (0-15)
For assignment of RSC, ARSC command.
SFC: Service Feature Class (0-15)
For assignment of SFC, ASFC command.
ASHP - Assign a Pilot hunting group using the last circuit of eight PA-16LC line circuits or eight
circuits on one PA-16LCBE circuit card. These ports are connected to an external Conference Unit,
MMCB Model 37008.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 807

A-71

Automatic Recall - CCIS

A-71

Automatic Recall - CCIS

General Description
This service feature works as a time reminder. When an attendant-handled call through CCIS remains on hold,
camped-on or ringing unanswered for a fixed interval, the attendant is automatically alerted.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.

9.

AUTOMATIC RECALL timing is preset in system data at 30 seconds. See the VARIABLE TIMING
PARAMETER [V-1] for other selectable timing choices.
If the attendant re-enters a held or camped-on trunk, timing is reset when the trunk is returned to the
previous condition.
In addition to the standard visual indication for incoming calls, the ATTENDANT CONSOLE [A-3]
buzzer will sound to signal RECALL, provided no calls are being processed.
This feature is denied on INCOMING CENTRAL OFFICE CALL TO TIE-LINE CONNECTION [I-3],
except in the following conditions:
When the incoming signaling is a loop-start.
When ATTENDANT LOOP RELEASE [A-6] is activated.
When an Attendant answers AUTOMATIC RECALL - CCIS [A-71], the dialed number of the calling
station/trunk number can be displayed (as programmed in system data).
The indication on the Attendant Console follows DIGITAL DISPLAY-STATION [D-5]. When the dialed
number is displayed, the display is as follows:
a.) Tenant Number: Blank Space
b.) Trunk Route Restriction Class: Blank Space
c.) Telephone Number: Dialed Number (Last Digits).
AUTOMATIC RECALL - CCIS will appear on the attendant’s HOLD key.

Interactions
1.
2.

3.

4.

Page 808

This feature is available on calls extended to a branch PBX via a CENTRALIZED ATTENDANT
SERVICE (CAS) [C-20] position.
System Data 2, Index 6, Bit 7. On a per-tenant basis, allow this Bit for CALL FORWARDING-DON’T
ANSWER [C-47] via the Attendant Console. During this operation, the call will ring at the called station
for the time interval set in System Data 1, Index 141. The call is then forwarded and rings at the forwarded
station for the time interval set in Index 145. If the call is still not answered, it will be recalled to the
Attendant Console via AUTOMATIC RECALL [A-8].
System Data 1, Index 70, Bit 0 (Called Number Display). This Bit does not affect the display on the
Attendant Console for recalled calls. It is used for DID’s that have call forwarded to the Attendant, or
should the Attendant re-enter the loop on an extended call before AUTOMATIC RECALL [A-8] has taken
place.
When a trunk call recalls back to the Attendant Console, the destination telephone number will display
and the Source (SRC) LED will be lit. By pressing the SRC key, the display will change to the originating
route and trunk number. By pressing the Destination (DEST) key, the display will change to the
destination station.
NEAX2400 IPX Feature Programming Manual
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Automatic Recall - CCIS

A-71

Interactions (cont’d)
5.

6.

The station will continue to ring, even as the call recalls to the Attendant Console. When conference is
allowed and a conference card is programmed and installed, if the station should answer at the same time
the Attendant answers the recalling call, a three-way conversation will then take place. The Attendant can
press the SRC, DEST, or TALK keys to achieve the desired conversation, or press the RELEASE key to
get out of the conversation.
Station calls extended by the Attendant to another station within the same system (node) will recall to the
Attendant. Station calls extended by the Attendant over CCIS will not recall. Trunk calls will recall in both
instances.

Programming
STEP 1:

ASYD - System Data 1, Index 145.
Timer Class 1 = 2 seconds. For normal operation, assign 00H. [RAM data is 94H.] Any call that uses
AUTOMATIC RECALL, keeps one of the Attendant Console switched loops busy. Since there are six
loops per Attendant Console, the maximum use of this feature is limited to that number.
AUTOMATIC RECALL interval (normally set for 30 seconds) is a system option (System Data 1,
Index 145), and can be varied from two seconds to two minutes in increments of two seconds.
System Data 1, Index 73, Bit 6. Is the dialed number display for AUTOMATIC RECALL in service?
0/1: No/Yes.
System Data 2, Index 2, Bit 5.
Must be programmed as data “1”. Attendant Loop Release in service.

NEAX2400 IPX Feature Programming Manual
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Page 809

A-87

Automatic Number Identification (ANI) - CCIS

A-87 Automatic Number Identification (ANI) - CCIS
General Description
This service is an enhancement from AUTOMATIC NUMBER IDENTIFICATION (ANI), which can be executed
only within the self office. This enhanced service allows ANI at the primary office, with respect to an
EMERGENCY CALL terminated from the secondary office via the CCIS line.

Operating Procedure
No manual operation is necessary.

Service Conditions
1.

2.
3.

4.

Page 810

The ANI function for Enhanced 911 outgoing connections is applied to:
a.) Least-Cost Route (LCR) call from a station by MF signalling.
b.) LCR call from an Attendant by MF signalling.
c.) LCR call by MF signalling from a station or Attendant Console called via CCIS.
ANI sending number by E991-ANI - CCIS is NXX-XXXX, which is the same as that of the previous
Enhanced 911-ANI service.
Method of obtaining ANI sending number (example):
Caller’s station number: 12345 (closed numbering)
ANI assigned data:
RT: XX
AT: 0 (0 = STA/ATT)
(1 = not assigned special ATT number)
CC: 1(0 = Main Central)
(1 = Satellite Central)
COC: 826 (Remote Office Code)
Skip: 4 (Number of digits to be skipped from the top of the STN)
Add: 3 (Number of digits to be added to ANI information)
DG: 789 (ANI information)
a.) Number of skip digits deleted from STN:
82612345
b.) The number created by combining the ANI information and the above number becomes the ANI
sending number:
7892345
c.) Sending ANI information:
KP-0-789-2345-ST
Sending digit patterns in Enhanced 911 ANI - CCIS:
a.) Outgoing call from station/ATTCON of Main Office.
• If OG call is from a station and ANI data is assigned:
KP-0-N**-****-ST
ANI sending number
Information digit
• If OG call is from a station and ANI data is unassigned:
KP-2-ST
Information digit

NEAX2400 IPX Feature Programming Manual
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Automatic Number Identification (ANI) - CCIS

A-87

Service Conditions (cont’d)
•

If OG call is from an ATTCON and Individual ATT Access Code is assigned, and also ANI
data is assigned:
KP - 0 - N**-****- ST
ANI sending number
Information digit
•

If OG call is from an ATTCON and Individual ATT Access Code is unassigned, and ANI data
is assigned:
KP - 0 - N**-****- ST
ANI sending number
Information digit
• If OG call is from an ATTCON and ANI data is unassigned:
KP - 1 - ST
Information digit
b.) Outgoing call from station/Attendant of Remote office, and call termination via CCIS of Main
Office.
• If the outgoing call is from a station and ANI data is assigned:
KP - 0 - N**-****- ST
ANI sending number
Information digit
• If the outgoing call is from a station and ANI data is unassigned:
KP - 2 - ST
Information digit
• If the outgoing call is from an Attendant and ANI data is assigned:
KP - 0 - N**-****- ST
ANI sending number
Information digit
• If the outgoing call is from an Attendant and ANI data is unassigned:
KP - 1 - ST
Information digit

5.
6.
7.
8.
9.

c.) Outgoing call from station/Attendant of Remote office, and call termination to a TIE Line of
Main Office.
KP - 2 - ST
Information digit
An independent route is required for Enhanced 911 interface.
After caller’s number is sent out to the remote office by Enhanced 911-ANI, it takes some time before a
speech path is established.
Enhanced 911-ANI - CCIS service data are assigned only at Main Office; no specific data are assigned at
the remote office
Both ANI service and Enhanced 911-ANI UNIFIED NUMBER OF DIGITS [E-18] service must have
been assigned.
The Central Office Code (COC) consists of 1-5 digits. If office number and station number are used, the
maximum total number of digits is still 5.
Example 1:
Office number: 82

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A-87

Automatic Number Identification (ANI) - CCIS

Service Conditions (cont’d)

10.
11.
12.
13.

Station number: 2xxx, 3xxx
The COC digits are 822 or 823; then assign ANI information.
Example 2:
Office number: 82, 826
Station number: 34xxx, 4xxx
The COC digits are 823 or 826; then assign ANI information.
After digits have been sent out, DDD seizure tone is not sent.
Other interactions are the same as those of outgoing call by MF signalling.
An 8RST-K circuit card is used for this service.
When a D term uses this feature, the calling number transmitted is that of the Prime Line.

Interactions
If “911” is to be exclusively used as an emergency number, then dial “9” access codes cannot be used solely for LCR
access. If “9-911” is used exclusively for an emergency call, then no numbering conflict will exist.

Programming
STEP 1:

ARTD - Assign Route:
RT: 1
1-OSGS
:7
2-ONSG
:4
3-ISGN
:7
4-INSG
:4
5-TF
:3
6-TCL
:5
7-L/T
:1
8-RLP
:2
10-SMDR :1
13-AC
:1
15-LSG
:5
19-ANI
:1
30-PAD
:4
43-BT
:1
82-RSAX :13
84-CSEG :15
70-TCMN
:1
STEP 2: ATRK - Assign trunk LENs.
RT 905 TK1 LEN# (dependent on register location)
RT 905 TK2 LEN# (dependent on register location)
RT 904 TK1 LEN# (dependent on register location)
RT 904 TK2 LEN# (dependent on register location)
STEP 3: AAND - Assign ANI data.
RT:
0
AT:
0 (0 = Station;1 = Individual-Attendant)
KT:
0 (0/1 = OFF/ON, expansion of station number lengths)
CC:
1 (0 = Main Central; 1 = Satellite Central)
COC: (Central Office Code, CCIS office code or first digit of CCIS remote station number. ARNP
RT0)
STNL: 0 (Number of digits in the caller’s number, assign 0)
SKIP: (Number of skip digits. Strips office code from being sent out in front of the station number.)
ADD: 3 (Number of digits to be added to the ANI information.)
DC:
753 (ANI sending number.)
Note: The Office Code of the Central Office + the first n digits of the Station Number to parameter COC should
not exceed five. Combinations of the COC and the first n digits of Station Number must be made in
conformity with the numbering plan of the remote office.
Basic LCR programming and route restrictions are required. Refer to LEAST-COST ROUTING-3/6 DIGIT
[L-5].
Programming for Enhanced 911 CCIS is only necessary at the main node.

Page 812

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ANI-CCIS (16 Digit)

A-126

A-126

ANI-CCIS (16 Digit)

General Description
This feature allows an office receiving ANI information from Central Office through an analog trunk (Caller ID or
MF) to extend to another office through CCIS when the tandem connection is established.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.

The maximum digits of ANI information sent to another office through CCIS are 16.
When the tandem connection is established through CCIS, the maximum digits of ANI information which
the connected office may output to the SMDR port or MCI are 16.
In regard to other conditions, refer to the Service Conditions of CALL TRANSFER - ALL CALLS - CCIS
[C-50].

Programming

STEP 1:

Also see TRUNK LINE APPEARANCE [T-23] for information on how to accommodate C.O. line on
a Dterm line/feature key
ASYD - System Data 1, Index 241, Bit 6. 0/1 = When the length of Caller ID exceeds the limit, only
the former/latter part of data appears on the LCD.
System Data 1, Index 390, Bit 0. Caller ID display pattern on the LCD. 0/1 = Calling Number/Calling
Name has priority.
System Data 1, Index 390, Bit 2. when using Dterm 2-line LCD, the lower LCD can be used for
displaying Caller ID. 0/1 = Out/In service.
When Calling Number is output to SMDR, the following expanded format is used.

S
T
X

O

!

1

2

96

104

K

H
/
I
/
J

OFFICE CODE
STN. NO., RT TRK,
CALLED PARTY
(FOR CCIS)

AUTH
CODE

129 130

A = ANI Information
H = Origination
I = Termination
J = Station-to-Station

A

131

162

ANI
NO.

Z

E
T
X

Z = End of SMDR
Information

Identifier:
0 = Output is not available
1 = Displayed
2 = Display denied
3 = Service is not available
4 = Origination from public pay phone
Note:For 0, 2 and 3, the ANI number is not output.

System Data 1, Index 288, Bit 5. Expanded SMDR Output for SMDR A Apparatus. 0/1 = Out/In
Service.
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A-126

ANI-CCIS (16 Digit)

Programming (cont’d)

STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:

Page 814

System Data 1, Index 290, Bit 5. Expanded SMDR Output for SMDR B Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 292, Bit 5. Expanded SMDR Output for SMDR C Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 294, Bit 5. Expanded SMDR Output for SMDR D Apparatus. 0/1 = Out/In
Service.
System Data 1, Index 296, Bit 0. Output of Calling Number (ANI Information). 0/1 = Out/In Service.
Assign data “1”.
System Data 1, Index 300, Bit 0. 0/1 = Billing information is sent to the Main Node in Expanded
SMDR format if CENTRALIZED BILLING -= CCIS [C-55].
ASFC - Assign a Service Feature Class that allows SFI 14 to stations allowed STATION MESSAGE
DETAIL RECORDING [S-10].
ARTD - Assign route class data for the C.O. trunk.
15-LSG
:3
50-DPLY
:1
When Calling Number is output to SMDR:
10-SMDR :1
Assign Route Class Expansion Data.
CI: ISDN transmitting information
29-TELP :1
16-Digit Caller Number Service, Attribute Information Notification Service and Calling Sub-Address
Transfer Service.
When My Line is Prime Line, Call Id Change Display Key is effective while terminating or in
conversation.
When My Line is not Prime Line, Call Id Change Display Key is effective while in conversation.
However, display pattern returns to the original setting when answering, holding, or transferring the
call.
ATRK - Assign trunk data for the C.O. trunk.
MBTK - Cancel the make busy of the C.O. trunk.
AKYD - Assign Call Id Change Display key. Assign Type:Function:Call ID Change Display [113].

NEAX2400 IPX Feature Programming Manual
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Busy Verification - CCIS

B-9

B-9

Busy Verification - CCIS

General Description
This service feature allows Inter-Office Attendant BUSY VERIFICATION when the Attendant and the called party
respectively belong to a different PBX in the CCIS network.

Operating Procedure
1.

Station (a) and (b) are in connection on a station-to-station call.

Attendant

STN (a)

2.
3.

STN (b)

CCIS
[Node A]

[Node B]

The Attendant in Node A presses the loop key; the loop lamp and DEST lamp on the Attendant Console
illuminate.
The Attendant dials the number for Station (b); receives busy tone.
BT
Attendant

STN (a)

CCIS
[Node A]

4.

STN (b)
[Node B]

The Attendant presses the BUSY VERIFICATION key; the Attendant and both STN (a) and STN (b)
receive Warning Tone. STN (a), STN (b) and the Attendant are connected in a 3-Way Connection.

ATT
[Node B]
STN (a)

5.

STN (b)

CCIS
[Node A]

DCFT

The Attendant presses the CANCEL key and can now handle other calls.

Service Conditions
1.
2.

This service may be used during Station-to-Station Calls and Station-to-Trunk Calls. (COT, FX, WATS,
CCSA, or TIE Lines)
BUSY VERIFICATION is performed in the office to which the called station belongs.

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B-9

Busy Verification - CCIS

Service Conditions (cont’d)
3.
4.

5.
6.
7.
8.

In a 3-way call in the mode where the conference button is pressed, the Attendant cannot perform BUSY
VERIFICATION.
BUSY VERIFICATION cannot be established to a BUSY station when the station is:
a.) Dialing
b.) Listening to a tone
c.) Being rung
d.) Protected by DATA LINE SECURITY [D-12] [D-66]
e.) Being connected to an BUSY VERIFICATION Loop
f.) Activating a conflicting feature, such as:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1][A-45]
BOSS-SECRETARY OVERRIDE-Dterm
[B-5D]
CALL HOLD
[C-6][C-6D]
CALL TRANSFER
[C-50][C-54][C-11][C-11D]
CALL WAITING-TERMINATING
[C-12]
CONSULTATION HOLD-ALL CALLS
[C-58] [C-58D][C-17]
DATA LINE SECURITY
[D-12]
DATA PRIVACY ON DEMAND
[D-68][D-17]
DIAL ACCESS TO ATTENDANT
[D-71][D-2]
EXECUTIVE RIGHT-OF-WAY
[E-8][E-8D][E-1]
NON-EXCLUSIVE HOLD-D term
[N-7D]
PRIVACY RELEASE
[P-18]
THREE-WAY CALLING
[T-2] in the mode where the
conference button is pressed.
VOICE CALL-Dterm
[V-7D][V-2]
g.) In a Modem Pooling connection,
h.) In a Data Call through a Data Adapter,
i.) In a Data Call through a Data Module.
In each of the above instances, the Attendant will receive reorder tone.
Before the Attendant is added to an existing connection, a tone burst (.08 seconds) is applied to alert the
calling parties of the attendant’s presence.
BUSY VERIFICATION - CCIS and ATTENDANT LOCKOUT [A-5] are mutually exclusive features.
BUSY VERIFICATION - CCIS can only be activated by the Attendant Console.
It is possible to disable the continuous sending of warning tone during a BUSY VERIFICATION - CCIS
connection, via system data. Normally, the two-burst Warning Tone is repeated approximately every 15
seconds.

Interactions
1.

2.

Page 816

This feature is allowed whenever the destination telephone set is engaged in any state other than:
a.) A three-way connection
b.) An activated PRIVACY feature
c.) Connected to a route programmed to have Line/Trunk, Privacy, CDN 44:PRV
d.) Listening to a tone (dial tone, reorder tone, service set tone, busy tone, ringback tone).
With ATTENDANT OVERRIDE [A-7], the following trunk types may be verified (busy or idle status):
a.) One-way incoming trunks,
b.) One-way outgoing trunk,
c.) Bothway trunk.

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Busy Verification - CCIS

B-9

Interactions (cont’d)
3.
4.

5.

6.
7.

8.

9.

10.
11.
12.

13.

14.

Trunks in a station-to-trunk, TRUNK-TO-TRUNK CONNECTION [T-10], and ATTENDANTCONTROLLED CONFERENCE [A-2] connection may be verified when busy.
ATTENDANT LOCKOUT [A-5]: The Attendant is prevented from verifying a busy station line that is
connected to a loop held at the Attendant Console. Since the LOCKOUT feature applies only to calls held
on an Attendant Console loop, BUSY VERIFICATION - CCIS of those station lines will be denied, and
the Attendant will hear reorder tone.
CALL FORWARDING - CCIS (ALL CALLS [C-45], BUSY LINE [C-46] or DON’T ANSWER [C-47]):
If an Attendant attempts to busy-verify an idle or busy station line that has activated the CALL
FORWARDING - CCIS feature, BUSY VERIFICATION - CCIS of the forwarded-to station will occur.
If an Attendant attempts to busy-verify an idle or busy station that is CALL FORWARDED to the
Attendant Console, BUSY VERIFICATION - CCIS will not be allowed.
CALL HOLD [C-6]: When two stations have established a connection and one of the stations has a third
party on hold, the two talking parties can be busy-verified, but the party on hold cannot be busy-verified.
CALL WAITING [C-12] [C-31]: If an Attendant attempts to busy-verify a station line that already has a
waiting call, BUSY VERIFICATION will be denied. Also, if an Attendant attempts to busy-verify a
station line that is waiting for another station line, BUSY VERIFICATION will be denied.
DATA LINE SECURITY - CCIS [D-66]: An Attendant cannot busy-verify a busy station line that has a
DATA LINE SECURITY [D-12] Class of Service. If BUSY VERIFICATION - CCIS is attempted, the
Attendant will hear reorder tone.
DATA PRIVACY ON DEMAND - CCIS [D-68]: An ATTENDANT cannot busy-verify a busy station
line that has PRIVACY ON DEMAND - CCIS [D-68] set. If BUSY VERIFICATION - CCIS is attempted,
the Attendant will hear reorder tone.
DICTATION ACCESS [D-3]: BUSY VERIFICATION - CCIS will be denied to a station that is
connected to a dictation trunk, and the Attendant will hear reorder tone.
PAGING ACCESS - CCIS [P-28]: BUSY VERIFICATION - CCIS is denied when a station is connected
to a Paging trunk.
DATA PRIVACY ON DEMAND [D-17]: When this feature is activated by a user, the Attendant Console
is denied BUSY VERIFICATION toward that station. This prevents disturbance of any ongoing data
transmission.
STATION HUNTING (CIRCULAR [S-7], SECRETARIAL [S-8] or TERMINAL [S-9]): If an Attendant
attempts to busy-verify a busy station in a Hunt Group, station hunting will take precedence over BUSY
VERIFICATION - CCIS and the call will hunt. If all stations in the Hunt group are busy, the called station
will be busy-verified.
UNIFORM CALL DISTRIBUTION (UCD) [U-1]: An Attendant can busy-verify any station in a UCD
group, other than the Pilot, without causing a hunt. However, if BUSY VERIFICATION - CCIS is
attempted to the Pilot station, UCD hunting will take precedence over BUSY VERIFICATION - CCIS.

Programming
STEP 1:

ASYD - System Data 1, Index 60, Bit 6.
Is the two-burst Warning Tone to be disabled? 0/1: No/Yes.
System Data 1, Index 68. Bit 4. Trunk Select (TKSL) key must be enabled.
Assign data “1”.
System Data 1, Index 158. ATTCON Busy Verification Warning Tone Timer: the interval between
BUSY VERIFICATION tones. ROM data is 14 sec.
System Data 2, Index 0, Bit 3, assign as data “1”.

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B-9

Busy Verification - CCIS

Programming (cont’d)

STEP 2:

STEP 3:

System Data 2, Index 0, Bit 4. On a per-tenant basis, assign data “1” to enable BUSY
VERIFICATION.
ASFC - For stations that permit BUSY VERIFICATION, assign a Class of Service that allows SFI 4,
EXECUTIVE RIGHT-OF-WAY [E-1] and SFI 11, ATTENDANT CAMP-ON WITH TONE
INDICATION [A-45]. SFI: 3 must be allowed for the attendant’s Service Feature Class (normally
SFC: 0) at all locations allowing the attendant to use this feature.
ATRK - Assign the LEN as Route 909, Digital Conference Trunk. A LEN consists of the following:
Module Group
Unit
Group
Level
XX

STEP 4:

Page 818

X

XX

X

Group and Level numbers for the Digital Conference Trunk are 210, 213, 216, 221, 224, 227, 232, and
235.
ARSC - When a station is connected to a trunk, CDN 44:PRV of the route must be assigned as data
“0” for ATTENDANT OVERRIDE [A-7] to be allowed.

NEAX2400 IPX Feature Programming Manual
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Brokerage Hotline - CCIS

B-10

B-10

Brokerage Hotline - CCIS

General Description
This feature provides a hotline function between two stations at different nodes in the CCIS network, using a line/
feature key of a Dterm.

Operating Procedure
To access from a Dterm

1.
2.
3.
4.

Lift the handset or press the SPEAKER button.
Press the line/feature key associated with a predetermined station in another office. The destination station
is automatically dialed; ringback tone is heard; the destination station answers.
After conversation is completed, hang up or press the RELEASE key.
To immediately make another BROKERAGE HOTLINE - CCIS call, press another line/feature key
associated with another station without going off-hook.

Service Conditions
1.

2.

3.
4.
5.
6.
7.
8.
9.

10.

11.

A 16-button D term with a 24-button Add-On Module attached is used for applications requiring at least 15
but fewer than 39 destinations. In this case, one of the 16-line buttons of the D term must be assigned as the
MY-Line. The RELEASE button on the 24-button Add-On Module can be used as the RELEASE key.
Therefore, a maximum of 39 BROKERAGE HOTLINES - CCIS can be used to access distant
destinations.
Two 16-button Dterms connected via a 24-button Add-On Module are used if between 40 and 52
destinations are required. One of the 16 buttons on each Dterm must be assigned as a MY-Line. One of the
remaining 15 buttons on the Dterms must be assigned as a RELEASE key. Therefore, a total of 52
BROKERAGE HOTLINES - CCIS can be used to access distant destinations.
An AC Adapter is required for the 24-button Add-On Module.
A BROKERAGE HOTLINE cannot be assigned to a Hunt group or UNIFORM CALL DISTRIBUTION
[U-1] group.
When a BROKERAGE HOTLINE - CCIS call is made, the Dterm display shows the destination telephone
number but does not show the SERVICE DISPLAY - CCIS [S-53] of the BROKERAGE HOTLINE.
The MY-Line of a Dterm cannot be assigned as a BROKERAGE HOTLINE - CCIS.
The destination, by definition, must be a station or an Attendant Console at a different node in the CCIS
network.
When the destination is an Attendant Console, the BROKERAGE HOTLINE - CCIS call terminates at an
ATND key.
ATTENDANT CAMP-ON WITH TONE INDICATION [A-1] [A-45], CALL BACK [C-1] [C-44], and
EXECUTIVE RIGHT-OF-WAY [E-1] [E-8] can be prohibited to the BROKERAGE HOTLINE - CCIS
connection through CLASS OF SERVICE-INDIVIDUAL [C-15].
When a destination station is busy, CALL BACK - CCIS [C-44], CALL WAITING-ORIGINATING [C31], EXECUTIVE RIGHT-OF-WAY - CCIS [E-8], and MESSAGE REMINDER - CCIS [M-34] [M34D] can be activated.
If the destination station is busy and is a member of a Hunt Group, the appropriate station hunting feature
([S-7] [S-8] [S-9]) will be activated.

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B-10

Brokerage Hotline - CCIS

Service Conditions (cont’d)
12.

13.

If the destination station is busy and is a pilot member of a UCD group, the UCD function will be activated.
If all stations in the UCD group are busy, ringback tone will be heard, or if programmed, DELAY
ANNOUNCEMENT-UCD [D-31] or OVERFLOW-UCD [O-13] will be invoked.
CALL FORWARDING-ALL CALLS [C-5] [C-45], CALL FORWARDING-BUSY LINE [C-2] [C-46],
and CALL FORWARDING-DON’T ANSWER [C-3] [C-47] will take place if the destination station has
set call forwarding.

Programming
STEP 1:

STEP 2:

STEP 3:

Page 820

ASDT - Assign to a PA-16LC circuit the following data:
TN:
Tenant Number
STN: Station Number
LENS: Line Equipment Number (6 digits)
TEC: Telephone Class (1-31)
1: DP (10pps)
2: PB
3: DP/PB
11: VMM
12: Dterm
13: Data Terminal via D term
14: Hotline
15: CAS Line
16: Data Terminal via Data Module
18: Virtual Circuit
19: TMM
20: PSM
23: ISDN Terminal
27: Eight Conference Equipment
RSC: Route Restriction Class (0-15)
SFC: Service Feature Class (0-15)
AHLS - Assign the station number programmed above for the following parameters:
HOT TN: Hotline Tenant
STN:
Hotline Station
TYPE:
2
ADC:
Abbreviated Digit Code.
AKYD - Assign to a Dterm a line appearance of the Hotline station number.
TN:
1
STN: Station Number
TP:
Type of Dterm 0/1:
RING:
0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.

NEAX2400 IPX Feature Programming Manual
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Brokerage Hotline - CCIS

B-10

Programming (cont’d)

STEP 4:
STEP 5:

KYN: Key Number (1-16)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
0
RG:
Ringing Assignment per Multi-line Appearance
0: No Ringing.
1: Ringing in Day Mode Only.
2: Ringing in Night Mode Only.
3: Ringing Day and Night.
ASPD - Assign the tenant Abbreviated Digit Code (ADC), and Digit Code (DC).
ASFC - Primary station and Hotline must be allowed access to ASPD, SFI = 12.

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Page 821

C-44

Call Back - CCIS

C-44

Call Back - CCIS

General Description
This service feature allows an Inter-office Call Back when the calling station and the called station respectively
belong to a different PBX in the CCIS network.

Operating Procedure
To set from a Single-Line Telephone

1.
2.
3.
4.
5.

Dial the desired telephone number; receive busy tone.
Switch hook flash; receive special dial tone.
Dial the CALL BACK - CCIS code; receive service set tone.
Hang up.
When the called station becomes idle, the calling and called stations will ring simultaneously.

To cancel from a Single-Line Telephone

1.
2.

Lift the handset; receive dial tone.
Dial the CALL BACK - CCIS cancellation code; receive service set tone.

To set from an 8-button or 16-button Dterm, or a D term Executive Terminal

1.
2.

Dial the desired telephone number; receive busy tone.
Press the CALL BACK line/feature key; receive service set tone. The LCD will display:
Called Station
CALL BACK SET
(Time Display)

XXXX

3.
4.

Hang up.
When the called station becomes idle, the calling and called stations will ring simultaneously. The LCD
of the calling station will display:
Called Station
CALL BACK
XXXX
(Time Display)

5.

The called station’s LCD will display:
CALL BACK
(Time Display)

Called Station
XXXX

To cancel from an 8-button or 16-button D term, or a Dterm Executive Terminal

1.
2.

Page 822

Lift the handset or press the SPEAKER key; receive dial tone.
Press the CALL BACK line/feature key; receive dial tone. CALL BACK - CCIS is then cancelled.

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Operating Procedure (cont’d)
3.

The LCD will display:
CALL BACK
(Time Display)

CANCEL

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.

12.
13.
14.
15.

If CALL BACK is not answered within 30 seconds, or the timer interval in ASYD index 139, ringing will
stop and the CALL BACK will automatically be cancelled.
CALL BACK to a busy station cannot be established if the station is in the LINE LOCKOUT [L-3] mode.
There is no time limit for CALL BACK once activated. It will remain in status memory until it is manually
cancelled or it ends normally.
CALL BACK can be set only to one station at a time.
A station cannot set CALL BACK and OUTGOING QUEUING [O-2] at the same time.
When the calling station is called back, STATION HUNTING [S-7, S-8, S-9] and CALL PICKUP [O-7]
programming will be ignored.
CALL BACK activation is denied if a call is waiting at the calling or called station line (CALL WAITING
FEATURE [C-12, C-31]).
CALL BACK [C-1] is assigned via CLASS OF SERVICE [C-15].
There is no limit to the number of stations that can access this feature simultaneously.
A station that has set CALL BACK - CCIS can originate and receive calls while this feature is active.
Reorder tone will be returned to a station attempting to set CALL BACK - CCIS if:
a.) The calling or called station has set CALL BACK - CCIS, OUTGOING TRUNK QUEUING [O2, O-12], or has a call waiting or camped-on.
b.) The calling or called station is activating CALL HOLD [C-6].
If the calling party waits off-hook after setting CALL BACK - CCIS, service set tone will be heard until
the called party becomes idle. Ringback tone will then be heard until the called party answers.
If the called party goes on-hook while the calling station is busy, both parties will be rung simultaneously
when the calling station becomes idle.
If the calling party goes on-hook while the called station is busy, both parties will be rung simultaneously
when the calling station becomes idle.
If any of the following features has been activated by the calling or called party, CALL BACK - CCIS is
denied:
CALL BACK
[C-1][C-44]
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1][A-45]
CALL HOLD
[C-6][C-6D]
CALL WAITING-TERMINATING
[C-12]
BUSY VERIFICATION
[B-3][B-9]
BOSS-SECRETARY OVERRIDE
[B-5]
DATA LINE SECURITY
[D-12][D-66]
DATA PRIVACY ON DEMAND
[D-17][D-67]
EXECUTIVE RIGHT-OF-WAY
[E-1][E-8]
OFF-HOOK QUEUING
[O-7][O-11]
OUTGOING TRUNK QUEUING
[O-2][O-12]

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C-44

Call Back - CCIS

Interactions
1.
2.
3.
4.
5.
6.

OUTGOING TRUNK QUEUING [O-2] and CALL BACK - CCIS cannot be accessed simultaneously.
System Data 1, Index 139. No Answer Timer is also used for station-to-station call, DID, or TIE Line call
for CALL FORWARDING-DON’T ANSWER [C-47] and CALL HOLD [C-6].
CALL WAITING-ORIGINATE [C-31] automatic setting and CALL BACK - CCIS are mutually
exclusive.
CALL BACK - CCIS cannot be activated toward the Attendant Console.
CALL BACK - CCIS cannot be activated when using CONSULTATION HOLD [C-17].
CALL HOLD [C-6]: Activation of CALL BACK - CCIS is not allowed if the calling or called station has
a party on CALL HOLD [C-6]. CALL BACK - CCIS can be activated to a D term that is holding a call or
is being held via EXCLUSIVE HOLD [E-4D] or NON-EXCLUSIVE HOLD [N-7D].

Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:
STEP 7:

Page 824

ASYD - System Data 1, Index 139. No Answer Timer for CALL BACK - CCIS. Assign 00H. (RAM
data is 3FH = 30 seconds.)
System Data 2, Index 0, bit 0. Is CALL BACK - CCIS enabled on a per-tenant basis? 0/1: No/Yes.
System Data 2, Index 4, bit 0. Are CALL BACK - CCIS and OUTGOING TRUNK QUEUING - CCIS
[O-12] access codes the same or separate? 0/1: Separate/Same.
System Data 3, Index 3, bit 5. Enable Ringer pattern 5 for CALL BACK - CCIS. See DISTINCTIVE
RINGING [D-10].
System Data 3, Index 7. Assign data 42H for four seconds on, two seconds off.
ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and BUSY (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL BACK - CCIS entry, SRV = SSC (Service Code), SID = 3
and a Connection Status Index (CI) for Busy (B) service. For CALL BACK CCIS cancel, SRV = SSC
(Service Code), SID = 6. Assign a CI for Normal (N) service.
ASFC - Assign a Service Feature Class: SFI = 2 to stations allowed CALL BACK- CCIS.
AKYD - For some Dterm sets, CALL BACK - CCIS may be assigned to a programmable line/feature
key. Assign Type:Function:CALL BACK [5].
ADSL - Assign CB key; Assign SN=3 (Called Station Busy) and FKY=5 (Call Back).
This command is used for assigning a function to each soft key.
ATNR - Allow Tenant Restriction Index (TRI) 0, station-to-station calling for Inter and Intra-tenant
connections.

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C-45

Call Forwarding - All Calls - CCIS

General Description
This service feature allows Inter-Office CALL FORWARDING-ALL CALLS when the transferring station and the
transferred station, respectively, belong to a different PBX in the CCIS network.

Operating Procedure
When setting Call Forwarding-All Calls Service

1.

Station A goes off-hook; receives dial tone.
DT
DT

2.

Station A dials the Access Code for CALL FORWARDING-ALL CALLS; receives special dial tone.
SPDT
SPDT
CCIS

STN (a)
[Node A]

3.

STN (b)
[Node B]

Station A dials the number for the designated Station B; receives service set tone.
SST
SST
CCIS

STN (a)
[Node A]

4.

STN (b)
[Node B]

Station A hangs up.

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C-45

Call Forwarding - All Calls - CCIS

Operating Procedure (cont’d)
5.

Station A is called from Station C. The call is automatically transferred to Station B, which Station A has
designated as the call destination. Station C receives ringback tone; Station B is rung.

STN (c)

RBT
[Node C]
RBT

RG

CCIS

STN (a)

CCIS
[Node A]

6.

STN (b)
[Node B]

Station B answers; Stations B and C are connected with each other.

STN (c)
[Node C]
CCIS

STN (a)

CCIS
[Node A]

[Node B]

STN (b)

When cancelling Call Forwarding-All Calls Service

1.

Station A goes off-hook; receives dial tone.
DT
DT
STN (a)

CCIS
[Node A]

2.

STN (b)
[Node B]

Station A dials the Cancel Code of Call Forwarding-All Calls; receives service set tone.
SST
SST
STN (a)

CCIS
[Node A]

3.

Page 826

STN (b)
[Node B]

Station A hangs up.

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Service Conditions
1.
2.
3.
4.
5.
6.
7.

Stations with this feature set may originate calls and access the CALL FORWARDING-ALL CALLS
Cancel Code.
There is no limitation to the number of stations which can set CALL FORWARDING-ALL CALLS
simultaneously.
When a call is directed to a FORWARDED station, a one-burst ringing signal will be sent to the station to
indicate that it is CALL FORWARDED.
Stations activating CALL FORWARDING-ALL CALLS may be restricted from placing any calls except
to the Attendant. (This is an optional, programmable feature). ASYD, System Data 2, Index 6, Bit 4.
When the operator answers a FORWARDED call, System Data programming can provide a called
telephone number display on the ATTENDANT CONSOLE [A-3].
CALL FORWARDING-ALL CALLS- CCIS is assigned to a station via CLASS OF SERVICEINDIVIDUAL [C-15] programming.
When CALL FORWARDING-ALL CALLS - CCIS is used, the following conditions exist:
a.) Station A calls Station B. Station B is set to CALL FORWARDING-ALL CALLS - CCIS to
Station C. Station C is set to CALL FORWARDING-ALL CALLS to Station D. CALL
FORWARDING-ALL CALLS occurs to Station D.

NEAX2400

NEAX2400

CCIS NETWORK

A

B

Node A

C

D

Node B

CALLING STATION
CALL FORWARDING-ALL CALLS SET
IDLE

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C-45

Call Forwarding - All Calls - CCIS

Service Conditions (cont’d)
b.) Station A calls Station B. Station B is set to CALL FORWARDING-ALL CALLS - CCIS to
Station C. Station C is set to CALL FORWARDING-ALL CALLS - CCIS to Station D. CALL
FORWARDING-ALL CALLS - CCIS does not occur to Station D. If Station C is idle, Station C
will ring.
NEAX2400

NEAX2400

CCIS NETWORK

A

B

C
Node B

Node A
D
CALLING STATION

CALL FORWARDING-ALL CALLS SET
IDLE
CALL FORWARDING IS SET, BUT FORWARDING DOES NOT OCCUR

c.) A Central Office call is directed to Station B. Station B is set to CALL FORWARDING-ALL
CALLS - CCIS to Station C. Station C is set to CALL FORWARDING-ALL CALLS to Station
D. CALL FORWARDING-ALL CALLS occurs to Station D.

NEAX2400

NEAX2400

CCIS NETWORK

CO Call
B
Node A

C

D

Node B

CALLING STATION
CALL FORWARDING-ALL CALLS SET
IDLE

Page 828

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C-45

Service Conditions (cont’d)
d.) A Central Office call is directed to Station B. Station B is set to CALL FORWARDING-ALL
CALLS - CCIS to Station C. Station C is set to CALL FORWARDING-ALL CALLS - CCIS to
Station D. CALL FORWARDING-ALL CALLS - CCIS does not occur to Station D. If Station C
is idle, Station C will ring.

NEAX2400

NEAX2400

CCIS NETWORK

CO Call
B
Node A

C
Node B

D
CALLING STATION
CALL FORWARDING-ALL CALLS SET
IDLE
CALL FORWARDING IS SET, BUT FORWARDING DOES NOT OCCUR

8.
9.
10.
11.
12.
13.

14.

15.

16.

CALL FORWARDING-ALL CALLS - CCIS can be set or cancelled by a user or an Attendant.
Any number of stations can set CALL FORWARDING-ALL CALLS - CCIS to the same forwarded-to
station.
The display of the forwarded-to telephone number on the LCD panel of the forwarding D term can be
allowed or denied in system programming, on a system-wide basis.
When a call is directed to a forwarded-to station, one burst of ringing can be sent to the forwarding singleline station to indicate that it is call forwarded.
When calls are forwarded to the Attendant Console, the INCOMING CALL IDENTIFICATION [I-2]
feature allows the Attendant to identify the call as a forwarded call.
If ATTENDANT CAMP-ON WITH TONE INDICATION [A-1] [A-45] is directed to a station that is
forwarded to a busy station in a Hunt Group, the call hunts for an idle station. If all stations in the Hunt
Group are busy, the call is camped-on to the forwarded-to station.
CALL FORWARDING-ALL CALLS - CCIS can be overridden, allowing the forwarded-to station to
initiate or transfer calls to the forwarding station.
a.) The idle forwarding station can be reached by the forwarded-to station, using CALL
FORWARDING OVERRIDE - CCIS [C-49].
b.) A busy forwarding station receives call waiting treatment when the designated station calls
directly or when EXECUTIVE RIGHT-OF-WAY - CCIS [E-8] is used.
c.) When CALL FORWARDING-ALL CALLS - CCIS is set to the Attendant Console, the
Attendant cannot reach the forwarding station using the override capability
When EXECUTIVE RIGHT-OF-WAY [E-1] [E-8] is initiated to a station, which has set CALL
FORWARDING-ALL CALLS - CCIS, EXECUTIVE RIGHT-OF-WAY - CCIS [E-8] terminates at the
forwarded-to station.
If a called station has set call forwarding, and the forwarded-to station is listening to a tone being rung, or
has set CALL WAITING [C-12], CALL BACK [C-44], OUTGOING TRUNK QUEUING [O-2] [O-12],
or THREE-WAY CALLING [T-2], the calling station cannot use EXECUTIVE RIGHT-OF-WAY - CCIS
[E-8] to access the forwarded-to station. If attempted, the calling station will receive reorder tone.

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C-45

Call Forwarding - All Calls - CCIS

Service Conditions (cont’d)
17.

18.
19.
20.

21.
22.
23.

24.
25.

When OUTGOING TRUNK QUEUING - CCIS [O-12] is provided, the forwarding station can use one
of the call forwarding features and OUTGOING TRUNK QUEUING - CCIS [O-12] at the same time.
Ringback tone is sent to the forwarding station and not to the forwarded-to station.
A call forwarded to a busy station that is allowed CALL WAITING [C-12] waits at the forwarded-to
station, provided that the forwarded-to station is in a two-way conversation and no other call is waiting.
When a station that is call forwarded uses the CALL BACK - CCIS [C-44] feature, the automatic call back
rings to the forwarding, not the forwarded-to, station.
If any of the following restrictions are in effect at a forwarded-to station, incoming trunk calls to the
forwarding station will not be call forwarded (intercept arrangements will apply):
a.) Fully Restricted Station
b.) Station Restricted from Outgoing Calls
c.) Toll Restricted Station
When a station in a Hunt Group sets CALL FORWARDING-ALL CALLS - CCIS, it is temporarily
removed from the Hunt Group.
When the Pilot station of a UNIFORM CALL DISTRIBUTION (UCD) [U-1] group sets CALL
FORWARDING-ALL CALLS - CCIS, only calls to the Pilot number are forwarded.
If the forwarding station is the Pilot station of a UCD group and the forwarded-to station is idle, a call to
the UCD group is routed immediately to the forwarded-to station. If the forwarded-to station is busy, the
calling station will receive busy tone.
If a station in a UCD group sets CALL FORWARDING-ALL CALLS - CCIS, it is temporarily removed
from the group.
When a call is forwarded, the telephone number recorded in the STATION MESSAGE DETAIL
RECORDING [S-10] is the forwarded-to station.

Interactions
1.

2.
3.

4.
5.

6.
7.
8.

Page 830

Users are unaccustomed to hearing ringback tone when responding to their own station’s ring. Be sure to
inform them when providing ringback tone with CALL FORWARDING-ALL CALLS - CCIS in System
Data 1, Index 69, Bit 1.
Call forwarding can only be activated from an idle station.
When CALL WAITING [C-12, 31], ATTENDANT CAMP-ON WITH TONE INDICATION [A-45], and
CALL BACK [C-44] is directed toward Station A with call forwarding set to Station B, Station B will
receive Call Waiting Tone.
When a station in a Hunt Group initiates CALL FORWARDING-ALL CALLS - CCIS, calls normally
destined for this station will not be received. The Hunt Group operates as if the station were busy.
A non-controlling UCD station is allowed to activate call forwarding. With this station call forwarded,
only directly-dialed calls to this station are call forwarded. The member station is removed from the UCD
group under the conditions of this call forwarding feature.
When CALL FORWARDING-ALL CALLS - CCIS is in effect, the activating station may be used to
originate calls. See System Data 2, Index 6, Bit 4.
When a station is call forwarded, the destination station is recorded STATION MESSAGE DETAIL
RECORDING [S-10].
CALL FORWARDING-ALL CALLS - CCIS can be overridden allowing Station B to initiate or transfer
calls back to Station A.

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Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:

STEP 7:

STEP 8:

ASYD - System Data 1, Index 4, Bit 6. One burst of ringing at forwarding station when CALL
FORWARDING-ALL CALLS - CCIS is in service? 0/1: No/Yes.
System Data 1, Index 69, Bit 1. A burst of ringback tone to alert the person receiving a call that this is
a CALL FORWARDING-ALL CALLS - CCIS call. In service? 0/1: No/Yes. Normally assigned as
data “0”.
System Data 2, Index 6, Bit 4. Enable stations set for CALL FORWARDING-ALL CALLS - CCIS be
allowed to use their phones normally. If data “0” is assigned, the station will only be able to call the
Attendant Console. Assign on a per-tenant basis.
ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL FORWARDING-ALL CALLS - CCIS entry, SID = 8 and to
CALL FORWARDING-ALL CALLS cancel SID = 9. Assign Connection Status Index (CI) for
Normal (N) service.
ASFC - Assign a Service Feature Class that allows SFI = 7 to the stations that activate CALL
FORWARDING-ALL CALLS - CCIS.
AKYD - For Dterm sets, CALL FORWARDING-ALL CALLS - CCIS may be assigned to a
programmable line/feature key. Assign Type:Function:CALL FORWARDING-ALL CALLS [2].
ADSL - Assign FDA key; Assign SN=1 (Originating; DT Connection) and FKY=2 (Call Forwarding All Calls).
This command is used for assigning a function to each soft key.
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) = 1. For this feature to be set by the Attendant Console, assign Inter and IntraTenant connection via the Attendant Console. TRI = 3.
ACFS - CALL FORWARDING can also be assigned in this command.

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C-46

Call Forwarding - Busy Line - CCIS

C-46

Call Forwarding - Busy Line - CCIS

General Description
This service feature allows Inter-Office Call Forwarding-Busy Line for a case where the transferring station and the
transferred station respectively belong to a different PBX in the CCIS network.

Operating Procedure
When setting call Forwarding-Busy Line Service

1.

Station A goes off-hook; receives dial tone.
DT
DT
CCIS

STN (a)
[Node A]

2.

STN (b)
[Node B]

Station A dials the Access Code for Call Forwarding-Busy Line; receives special dial tone.
SPDT
SPDT
CCIS

STN (a)
[Node A]

3.

STN (b)
[Node B]

Station A dials the number for the designated Station B; receives service set tone.
SST
SST
CCIS

STN (a)
[Node A]

4.
5.

STN (b)
[Node B]

Station A hangs up.
Station A is engaging in a call with Station C through a CCIS line.

STN (a)

STN (b)

CCIS
[Node A]

[Node B]

STN (c)

Page 832

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Operating Procedure (cont’d)
6.

Station A is called from Station D through a CCIS line. The call is automatically transferred to Station B
which Station A has designated as the call destination. Station D receives ringback tone; Station B is rung.

STN (d)

[Node C]

RBT
RG

CCIS

STN (a)

STN (b)

CCIS
[Node A]

[Node B]

STN (c)

7.

When Station B answers, Stations B and D are connected with each other.

STN (d)
[Node C]
CCIS

STN (a)

STN (b)

CCIS
[Node A]

[Node B]
STN (c)

When cancelling CALL FORWARDING-BUSY LINE service

1.

Station A goes off-hook; receives dial tone.

DT
DT
STN (a)

CCIS
[Node A]

NEAX2400 IPX Feature Programming Manual
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STN (b)
[Node B]

Page 833

C-46

Call Forwarding - Busy Line - CCIS

Operating Procedure (cont’d)
2.

Station A dials the Cancel Code of CALL FORWARDING-BUSY LINE; receives service set tone.
SST
SST
CCIS

STN (a)
[Node A]

STN (b)
[Node B]

Service Conditions
1.

When CALL FORWARDING-BUSY LINE - CCIS is used, the following conditions exist:
a.) Station A calls station B. Station B is call forwarded to Station C. Station C is call forwarded to
Station D. Call forwarding does occur to Station D. CALL BACK - CCIS [C-44], CALL
WAITING-TERMINATING [C-12], or EXECUTIVE RIGHT-OF-WAY - CCIS [E-8] can be set
from Station A to Station C.

NEAX2400

NEAX2400

CCIS NETWORK

A

B

Node A

C

D

Node B

CALLING STATION
CALL FORWARDING-BUSY LINE SET
IDLE

Page 834

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C-46

Service Conditions (cont’d)
b.) Station A calls station B. Station B is call forwarded - CCIS to Station C. Station C is call
forwarded - CCIS to Station D. Call forwarding does not occur to Station D. If Station C is idle,
Station C will ring. If Station C is busy, busy tone is returned from Station C. CALL BACK CCIS [C-44], CALL WAITING-TERMINATING [C-12], or EXECUTIVE RIGHT-OF-WAY CCIS [E-8] can be set from Station A to Station C.
NEAX2400

NEAX2400

CCIS NETWORK

A

B

C

Node A

Node B
D

CALLING STATION
CALL FORWARDING-BUSY LINE SET
IDLE
CALL FORWARDING IS SET, BUT FORWARDING DOES NOT OCCUR

c.) A Central Office call is directed to Station B. Station B is call forwarded to Station C. Station C is
call forwarded to Station D. Call forwarding does occur to Station D. If Station C is idle, Station
C will ring. If Station C is busy, Station D will ring.

NEAX2400

NEAX2400

CCIS NETWORK

CO Call
B
Node A

C

D

Node B

CALLING STATION
CALL FORWARDING-BUSY LINE SET
IDLE

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C-46

Call Forwarding - Busy Line - CCIS

Service Conditions (cont’d)
d.) A Central Office call is directed to Station B. Station B is call forwarded to Station C. Station C is
call forwarded - CCIS to Station D. Call forwarding does not occur to Station D. If Station C is
idle, Station C will ring. If Station C is busy, busy tone is returned from Station C.
NEAX2400

NEAX2400

CCIS NETWORK

CO Call
B

C

Node A
D

Node B

CALLING STATION
CALL FORWARDING-BUSY LINE SET
IDLE
CALL FORWARDING IS SET, BUT FORWARDING DOES NOT OCCUR

2.

3.
4.
5.
6.
7.

8.

9.

10.
11.
12.

Page 836

Registration memories for CALL FORWARDING-BUSY LINE and CALL FORWARDING-DON’T
ANSWER [C-3] are common. Changing system data will enable separation of the two, permitting separate
access codes to be assigned.
CALL FORWARDING-BUSY LINE can be provided on a system and/or an individual basis.
CALL FORWARDING on a system basis allows any incoming calls which encounter a BUSY condition
to be forwarded to a predetermined station or ATTENDANT CONSOLE [A-3].
Individual CALL FORWARDING-BUSY LINE supersedes system CALL FORWARDING.
If all the stations in the terminating hunt group are busy, the forwarding call will hear busy tone and will
not return to the calling party’s Hunt group.
When MULTIPLE CALL FORWARDING-BUSY LINE [M-24] service is activated, hunting will be
performed at the last destination of the forwarded call, even though the multiple jumped stations are in a
hunt group.
When the pilot station of a Pilot Hunt Group activates CALL FORWARDING - BUSY LINE to a station
(not a member of a hunt group) and system parameters specify that call hunting will be activated at the
forwarded station, the NEAX2400 IPX will send busy tone if the forwarded station is busy. If the system
parameters specify hunting at the forwarding station, and the forwarded station is busy, the call will hunt
in the forwarding station’s hunt group.
When a station activates CALL FORWARDING-ALL CALLS [C-5] to a pilot in a hunt group, and the
pilot activates CALL FORWARDING-BUSY LINE to another pilot hunt group, if system parameters
define the call to hunt to the forwarded hunt group and the pilot station is busy, the calling party will hunt
at the called station’s hunt group. If system parameters define the call to hunt to the forwarding hunt group
and the pilot station is busy, the calling party will then hunt to the forwarding station’s hunt group.
If the called station is the pilot of a UCD group and activates CALL FORWARDING-BUSY LINE the
calling station will queue to the UCD group and will not Call Forward.
CALL FORWARDING-BUSY LINE - CCIS is assigned to a station via CLASS OF SERVICEINDIVIDUAL [C-15] programming.
There is no limit to the number of stations that can simultaneously set CALL FORWARDING-BUSY
LINE - CCIS.

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Service Conditions (cont’d)
13.
14.
15.
16.
17.

18.

19.

20.

21.

22.
23.

24.
25.
26.
27.

28.

29.

CALL FORWARDING-BUSY LINE - CCIS can be set by any number of stations to the same forwardedto station.
The display of the forwarded-to telephone number on the LCD panel of the forwarding D term can be
allowed or denied in system programming on a system-wide basis.
When calls are forwarded to the Attendant Console, INCOMING CALL IDENTIFICATION [I-2] allows
the Attendant to identify the call as a forwarded call.
When a call is call forwarded to the Attendant Console, the Attendant can identify the called station at the
Attendant Console.
When a station sets CALL FORWARDING-BUSY LINE - CCIS to the Attendant Console, and the
system is in the Night mode, the calling party will receive reorder tone, or transfer to the ATTENDANT
NIGHT TRANSFER [A-19] station, if provided.
When ATTENDANT CAMP-ON WITH TONE INDICATION [A-45] is directed to a station which has
set CALL FORWARDING-BUSY LINE - CCIS, and the forwarded-to station is busy, the call is campedon to the called station.
If ATTENDANT CAMP-ON WITH TONE INDICATION [A-45] is directed to a station which is
forwarded to a busy station in a Hunt group, the call hunts for an idle station. If all stations in the Hunt
group are busy, the call is camped-on to the forwarded-to station.
If a calling station, Attendant Console, or trunk receives busy tone after dialing a station which has set
CALL FORWARDING-BUSY LINE - CCIS because both the called and forwarded-to stations are busy,
and if the calling station activates BUSY VERIFICATION - CCIS [B-9], CALL BACK - CCIS [C-44],
CALL WAITING-TERMINATING [C-12], or EXECUTIVE RIGHT-OF-WAY - CCIS [E-8], these
services will be activated to the forwarded-to station.
If any of the following restrictions are in effect at a forwarded-to station, incoming trunk calls to the
forwarding station will not be call forwarded (intercept arrangements will apply):
a.) Fully Restricted Station
b.) Station Restricted from Outgoing Calls
c.) Toll Restricted Station
CALL FORWARDING-BUSY LINE - CCIS supersedes the station Hunting features [S-7, S-8, S-9].
If a forwarded-to station is a member of a UCD group and that station is busy, the call will ring at an idle
station within the group. If all members of the group are busy, the call remains in queue waiting for a
member to become available; or (if programmed), until DELAY ANNOUNCEMENT-UCD [D-31] or
OVERFLOW-UCD [O-13] is invoked.
If a member of a UCD group, other than the Pilot station, sets CALL FORWARDING-BUSY LINE CCIS, only calls to that extension number are forwarded.
When a call is forwarded, the number recorded in the STATION MESSAGE DETAIL RECORDING [S10] is the forwarded-to telephone number.
CALL FORWARDING-BUSY LINE - CCIS data remains programmed even if the system is reinitialized
without data memory clear or should a power failure occur.
CALL FORWARDING-BUSY LINE - CCIS can also be accessed from a Dterm via the dial pad or SPEED
CALLING-ONE TOUCH [S-26D]. If this feature is accessed via the dial pad, it must also be cancelled
via the dial pad.
If separate access codes are programmed into system data for CALL FORWARDING-BUSY LINE CCIS and CALL FORWARDING-DON’T ANSWER - CCIS [C-47], separate feature keys must be
programmed on each Dterm to equip it for both features.
If the station is in a Hunt Group, the call will hunt.

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Call Forwarding - Busy Line - CCIS

Service Conditions (cont’d)
30.
31.

32.

33.

34.

SPLIT CALL FORWARDING [S-99] is available only when the calling party is the station or the CCIS
line.
When a call terminates to a busy station setting CALL FORWARDING-BUSY LINE - CCIS, depending
on the calling station service restriction class, it can be selected to make the station busy (not to activate
Calling Forwarding-Busy Line) and to activate services as ATTENDANT CAMP-ON [A-1], BUSY
VERIFICATION [B-3], CALL WAITING - TERMINATING [C-12], STEP CALL [S-13], etc.
This service is not available when the called party is the attendant console, monitoring station, or the
paging station. However, the service is available when these stations are designated as the transfer
destination of Call Forwarding - Busy Line service.
This service is available only when the called party is busy and has set Call Forwarding - Busy Line. In
case Call Forwarding - Busy Line is set as the second jump or later in the Multiple Call Forwarding link,
this service is not available.
This service is available in the following occasions:
a.) when the destination of the Call Forwarding - Busy Line service is the calling station,
b.) when the calling party is the attendant console or the night station, and the destination Call
Forwarding - Busy Line service is also the attendant console or the night station.

Interactions
1.
2.

3.

4.

5.
6.

If access codes for CALL FORWARDING-BUSY LINE - CCIS and CALL FORWARDING-DON’T
ANSWER - CCIS [C-47] are the same, only one key needs to be assigned in AKYD.
When CALL WAITING [C-12, 31], ATTENDANT CAMP-ON WITH TONE INDICATION [A-45], or
CALL BACK [C-44] is directed toward Station A with call forwarding set to Station B, Station B will
receive Call Waiting Tone.
A non-controlling UCD station is allowed to activate CALL FORWARDING-BUSY LINE - CCIS. When
this station sets CALL FORWARDING-BUSY LINE - CCIS, only calls dialed directly to this station are
call forwarded.
If an Attendant attempts BUSY VERIFICATION [B-9] to station A that has CALL FORWARDINGBUSY LINE - CCIS set to Station B and Station B is busy, BUSY VERIFICATION proceeds again with
Station A. If Station A has set call forwarding to the Attendant Console, BUSY VERIFICATION [B-9] is
allowed at Station A.
When CALL FORWARDING - BUSY LINE - CCIS is in effect, the activating station may be used to
originate calls.
When a call is forwarded, the destination station is recorded for STATION MESSAGE DETAIL
RECORDING [S-10].

Programming
STEP 1:

STEP 2:

Page 838

ASYD - System Data 1, Index 5, Bit 0. Access codes for CALL FORWARDING-BUSY LINE - CCIS
and CALL FORWARDING-DON’T ANSWER - CCIS [C-47] are same or separate? 0/1: Same/
Separate.
System Data 1, Index 69, Bit 5. Hunting Group when target station is busy (Station Hunting after Call
Forwarding - Busy Line) 0/1: Hunt in Transferring Party’s Group/Hunt in Transferred Party’s Group.
System Data 1, Index 69, Bit 7. Is Multiple-Jump CALL FORWARDING-BUSY LINE - CCIS in
service? 0/1: No/Yes.
ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
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Programming (cont’d)
STEP 3:

STEP 4:
STEP 5:
STEP 6:

STEP 7:

STEP 8:

ASPA - Assign an access code to CALL FORWARDING-BUSY LINE - CCIS entry, SID = 10 and to
CALL FORWARDING-BUSY LINE - CCIS cancel SID = 11. Assign Connection Status Index (CI)
for Normal (N) service.
ASFC - Assign a Service Feature Class that allows SFI = 9 to the stations receiving CALL
FORWARDING-BUSY LINE - CCIS.
AKYD - For Dterm sets, CALL FORWARDING-BUSY LINE - CCIS may be assigned to a
programmable line/feature key. Assign Type:Function:CALL FORWARDING-BUSY LINE [1].
ADSL - Assign FDB key; Assign SN=1 (Originating; DT Connection) and FKY=1 (Call Forwarding Busy Line).
This command is used for assigning a function to each soft key.
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) = 1. For this feature to be set by the Attendant Console, assign Inter and IntraTenant connection via the Attendant Console, TRI = 3. This allows a phone in one tenant to be
forwarded to a phone in the same or different tenant.
ACFO - For tenant-wide CALL FORWARDING-BUSY LINE - CCIS of an incoming DID and DIT
calls, assign CF = 1 for a destination (CFI) of either the Attendant Console or a station.

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C-47

Call Forwarding - Don’t Answer - CCIS

C-47

Call Forwarding - Don’t Answer - CCIS

General Description
This service feature allows Inter-Office Call Forwarding-Don’t Answer for a case where the transferring station and
the transferred station respectively belong to a different PBX in the CCIS network.

Operating Procedure
When setting

1.

Station A goes off-hook; receives dial tone.
DT
DT
STN (a)

2.

STN (b)

CCIS
[Node A]

[Node B]

Station A dials the Access Code for CALL FORWARDING-DON’T ANSWER; receives special dial
tone.
SPDT
SPDT
STN (a)

3.

STN (b)

CCIS
[Node A]

[Node B]

Station A dials the number for the designated Station B; receives service set tone.
SST
SST
CCIS

STN (a)
[Node A]

4.

Page 840

STN (b)
[Node B]

Station A hangs up.

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Operating Procedure (cont’d)
5.

Station A is called from Station C; Station C receives ringback tone; Station A is rung.

STN (c)
RBT

[Node C]

RG
CCIS

CCIS

STN (a)
[Node A]

6.

STN (b)
[Node B]

Station A does not answer the call within a predetermined amount of time. The ringing at Station A stops
and the call is automatically transferred to Station B, which A has designated as the transfer destination;
Station B is rung.

STN (c)
[Node C]
RBT

RG

CCIS

STN (a)

CCIS
[Node A]

7.

STN (b)
[Node B]

Station B answers the call; Stations B and C are connected with each other.

STN (c)
[Node C]
CCIS
STN (a)

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CCIS
[Node A]

[Node B]

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Call Forwarding - Don’t Answer - CCIS

Operating Procedure (cont’d)
When cancelling

1.

Station A goes off-hook; receives dial tone.
DT
DT
CCIS

STN (a)
[Node A]

2.

STN (b)
[Node B]

Station A dials the Cancel Code of CALL FORWARDING-DON’T ANSWER; receives service set tone.
SST
SST
STN (a)

CCIS
[Node A]

3.

STN (b)
[Node B]

Station A hangs up.

Service Conditions
1.

When CALL FORWARDING-DON’T ANSWER - CCIS is used, the following conditions exist:
a.) Station A calls Station B. Station B is call forwarded to Station C. Station C is call forwarded to
Station D. Call forwarding does occur to Station D.

NEAX2400

NEAX2400

CCIS NETWORK

A

B

Node A

C

D

Node B

CALLING STATION
CALL FORWARDING-DON’T ANSWER SET
IDLE

Page 842

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Service Conditions (cont’d)
b.) Station A calls Station B. Station B is call forwarded to Station C. Station C is call forwarded to
Station D. Call forwarding does not occur to Station D. If Station C is idle, it will ring beyond the
Don’t Answer timer.
NEAX2400

NEAX2400

CCIS NETWORK

A

B

C

Node A

Node B
D

CALLING STATION
CALL FORWARDING-DON’T ANSWER SET
IDLE
CALL FORWARDING IS SET, BUT FORWARDING DOES NOT OCCUR

c.) A Central Office call is directed to Station B. Station B is call forwarded to Station C. Station C is
call forwarded to Station D. Call forwarding does occur to Station D.

NEAX2400

NEAX2400

CCIS NETWORK

CO Call
B
Node A

C

D

Node B

CALLING STATION
CALL FORWARDING-DON’T ANSWER SET
IDLE

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Call Forwarding - Don’t Answer - CCIS

Service Conditions (cont’d)
d.) A Central Office call is directed to Station B. Station B is call forwarded to Station C. Station C is
call forwarded to Station D. Call forwarding does not occur to Station D. If Station C is idle,
Station C will ring beyond the Don’t Answer timer.

NEAX2400

NEAX2400

CCIS NETWORK

CO Call
B
Node A

C
Node B

D
CALLING STATION
CALL FORWARDING-DON’T ANSWER SET
IDLE
CALL FORWARDING IS SET, BUT FORWARDING DOES NOT OCCUR

2.
3.
4.
5.
6.
7.
8.
9.
10.

11.
12.

13.

Page 844

CALL FORWARDING-DON’T ANSWER can be provided on either a system or an individual basis.
Individual CALL FORWARDING-DON’T ANSWER supersedes system CALL FORWARDING.
CALL FORWARDING on a system basis allows direct incoming trunk calls that encounter a DON’T
ANSWER condition to be forwarded to a predetermined station or the ATTENDANT CONSOLE [A-3].
The operator answering a CALL FORWARDING call can identify the called telephone number on the
ATTENDANT CONSOLE [A-3] display.
CALL FORWARDING-DON’T ANSWER - CCIS is assigned to a station via CLASS OF SERVICEINDIVIDUAL [C-15] programming.
There is no limit to the number of stations that can simultaneously set CALL FORWARDING-DON’T
ANSWER - CCIS.
CALL FORWARDING-DON’T ANSWER - CCIS can be set from any number of stations to the same
forwarded-to station.
The display of the forwarded-to telephone number on the LCD panel of the forwarding D term can be
allowed or denied in system programming on a system-wide basis.
If a station transfers a call to another station that has set CALL FORWARDING-DON’T ANSWER CCIS and releases from the call, recall service will override CALL FORWARDING-DON’T ANSWER
- CCIS if the call is unanswered after a predetermined time period (unless Blind Transfer station is in
service).
When calls are forwarded to the Attendant Console, the INCOMING CALL IDENTIFICATION [I-2]
feature allows the Attendant to identify the call as a forwarded call.
When a station-to-station call within the same node is CALL FORWARDING-DON’T ANSWER [C-3]
to the Attendant Console, the call terminates on the NANS key. When the call is CALL FORWARDINGDON’T ANSWER - CCIS to the Attendant Console, it terminates on the NANS key.
When the system is in Night mode, CALL FORWARDING-DON’T ANSWER - CCIS to the Attendant
Console will continue ringing at the called station, or transfer to the ATTENDANT NIGHT TRANSFER
[A-19] station, if provided.

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Service Conditions (cont’d)
14.

15.

16.

17.

18.
19.
20.

21.

When an Attendant extends a call to a station in another node in the CCIS network, and that station has
set CALL FORWARDING-DON’T ANSWER - CCIS, the call will be forwarded if the called station does
not answer within a predetermined time period.
If separate access codes are programmed into system data for CALL FORWARDING-DON’T ANSWER
- CCIS and CALL FORWARDING-BUSY LINE - CCIS [C-46], separate feature keys must be
programmed on each Dterm to equip it for both features.
When OUTGOING TRUNK QUEUING - CCIS [O-12] is provided, a station can use this feature and one
of the other call forwarding features at the same time. When a trunk becomes available, ringback tone will
be to the forwarding, not the forwarded-to, station.
If any of the following restrictions are in effect at a forwarded-to station, incoming trunk calls to the
forwarding station will not be forwarded (intercept arrangements will apply):
a.) Fully Restricted Station
b.) Station Restricted from Outgoing Calls
c.) Toll Restricted Station
If a member of a UNIFORM CALL DISTRIBUTION (UCD) [U-1] group sets CALL FORWARDINGDON’T ANSWER - CCIS, only UCD calls to that extension number are forwarded.
When a call is forwarded, the number recorded in the STATION MESSAGE DETAIL RECORDING [S10] is the forwarded-to telephone number.
CALL FORWARDING-DON’T ANSWER - CCIS can also be accessed from a D term via the dial pad or
SPEED CALLING-ONE TOUCH [S-26D]. If this feature is accessed via the dial pad, it must also be
cancelled via the dial pad.
When an Attendant extends a call to a station in the same node which has set CALL FORWARDINGDON’T ANSWER - CCIS, the called station will ring for 30 seconds. If the call is not answered, it will
forward across CCIS.

Interactions
1.
2.
3.

4.

5.

6.

7.

If access codes for CALL FORWARDING-BUSY LINE - CCIS and CALL FORWARDING-DON’T
ANSWER - CCIS are the same, only one key needs to be assigned in AKYD.
ACFO is applicable to DID, DIT, and TIE Line calls only.
A non-controlling UCD station is allowed to activate CALL FORWARDING-DON’T ANSWER - CCIS.
When this station sets call forwarding, calls directed to this station will be forwarded. The member station
is not removed from the UCD group under the conditions of the call forwarding feature used. When it is
the station’s turn to ring, that call is affected by CALL FORWARDING-DON’T ANSWER - CCIS.
CALL FORWARDING-DON’T ANSWER - CCIS to an Attendant Console will not operate when the
system is in Night Mode. If ATTENDANT NIGHT TRANSFER [A-19] is provided, the call is forwarded
to the ATTENDANT NIGHT TRANSFER station.
If the CALL FORWARDING-DON’T ANSWER - CCIS target station is a Dterm which has activated DO
NOT DISTURB [D-21D], call forwarding is not activated. The forwarding station will ring beyond the
timer set in System Data 1, Index 145.
When the CALL FORWARDING-DON’T ANSWER - CCIS feature is set from Station A to Station B,
and if Station A is idle and Station B is busy, Station A will ring beyond the timer set in System Data 1,
Index 145.
When a call is call forwarded, the destination station is recorded for STATION MESSAGE DETAIL
RECORDING [S-10].

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Call Forwarding - Don’t Answer - CCIS

Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:
STEP 5:
STEP 6:

STEP 7:

STEP 8:

Page 846

ASYD - System Data 1, Index 5, Bit 0. Access codes for CALL FORWARDING-BUSY LINE - CCIS
and CALL FORWARDING-DON’T ANSWER - CCIS are same or separate? 0/1: Same/Separate.
System Data 1, Index 69, Bit 2. Is there a short tone to alert person receiving the call that this is a
CALL FORWARDING-DON’T ANSWER - CCIS call? 0/1: No/Yes.
System Data 1, Index 139. Assign the No Answer time for station-to-station, DID, and TIE Line calls.
For 30 seconds, assign 00H (RAM data is 3FH).
System Data 1, Index 141. Assign the No Answer timer for incoming calls via the Attendant Console.
It will then be forwarded to the next station according to System Data 1, Index 145 timer. For 10
seconds, assign 00H (RAM data is 35H).
System Data 1, Index 145. Assign the time an incoming call via the Attendant Console will ring at the
CALL FORWARD-DON’T ANSWER - CCIS station before recalling to the Attendant Console. For
30 seconds, assign 00H (RAM data is 9FH).
System Data 2, Index 6, Bit 7. Enable CALL FORWARDING-DON’T ANSWER - CCIS via
Attendant Console Transfer.
ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to CALL FORWARDING-DON’T ANSWER - CCIS entry, SID = 12,
and to CALL FORWARDING-DON’T ANSWER - CCIS cancel SID = 13. Assign Connection Status
Index (CI) for Normal (N) service.
ASFC - Assign a Service Feature Class that allow SFI = 8 to the stations receiving CALL
FORWARDING-DON’T ANSWER - CCIS.
AKYD - For Dterm sets, CALL FORWARDING-DON’T ANSWER - CCIS may be assigned to a
programmable line/feature key. Assign Type:Function:CALL FORWARD-DON’T ANSWER [22].
ADSL - Assign FDN key; Assign SN=1 (Originating; DT Connection) and FKY=22 (Call Forwarding
- Don’t Answer).
This command is used for assigning a function to each soft key.
ATNR - Allow tenant-to-tenant connection for Inter- and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) = 1. For this feature to be set by the Attendant Console, assign Inter-and IntraTenant connection via the Attendant Console, TRI = 3.
ACFO - For tenant-wide CALL FORWARDING-DON’T ANSWER - CCIS, assign CF = 2 for a
destination (CFI) of either the Attendant Console or a station.

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C-48

Call Forwarding - Intercept - CCIS

General Description
This feature allows calls to an inoperative number, through a CCIS trunk, to be intercepted and routed to a recorded
announcement. This announcement will inform the caller that an inoperative number was dialed and will give the
Listed Directory Number for information.

Operating Procedure
This feature is set in system programming and no manual operation is required.

Service Conditions
1.
2.

3.

4.
5.
6.
7.

This feature requires an announcement trunk and an announcement machine at each node.
Only one call at a time can be connected to each announcement trunk. If a second call arrives while the
first call is being processed, the caller will receive ringback tone until the trunk becomes idle. This is when
AAED - M = 1.
If disconnect timing is programmed in system data and the calling party forgets to hang up, the system will
automatically disconnect from the call after 30 seconds. If no disconnect timing is programmed, the calling
party will control disconnect.
This feature is provided on a per-tenant basis.
Calls to restricted numbers will receive reorder tone.
Only one common message can be provided for all intercept conditions.
The following call conditions are routed to CALL FORWARDING-INTERCEPT - CCIS:
• Vacant level
• Unassigned telephone number

Interactions
1.
2.
3.
4.

5.

The trunk number will only be required when a multiple connection is assigned.
The COT trunk circuit is used to interface a customer-provided announcement machine.
The Digital Announcement Trunk (DAT) card may be used for announcements instead of an external
announcement machine. In this case, the COT card is not required.
The type of connection to the announcement machine depends on whether the machine provides a battery
reversal at the end of the message. Battery reversal allows for the recycling of the message so that a calling
station will always be connected to the beginning of the message. Therefore, the calling party will continue
to hear ringback tone until connected to the beginning of the announcement.
See ANNOUNCEMENT SERVICE [A-15].

Programming
STEP 1:

STEP 2:

ARTD - Assign the announcement route as shown below:
RT: 1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:1
7-L/T
:1
8-RLP
:2
15-LSG
:4
44-PRV
:1
ATRK - Assign the LEN, Announcement Trunk Route Number (1-255), Trunk Number (1-255), and
Tenant Number (1-15).

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Call Forwarding - Intercept - CCIS

Programming (cont’d)
STEP 3: MBTK - Assign the Make Idle status to the Announcement Trunk.
Note: If supervision is required, use the first two circuits of the COT card. Move the switch on the COT card to
PGT.
CKT 0
COT Card

CKT 1

Voice Tip
Voice
Supervisory Ground
Ring, not used

STEP 4:
STEP 5:

STEP 6:

Page 848

ARRC - If TIE Line or REMOTE ACCESS TO PBX [R-2] connection to the Announcement Service
Trunk is required, allow trunk-to-trunk connection using ARI-D-RES, Direct Connection.
AAED - Used to assign Announcement equipment.
DEAD LEVEL
Assign:
TN:
Tenant Number;
EQP:
(Announcement Equipment Number) = 0 (Dead Level). Example: If level 6 is not assigned,
an announcement is heard instead of reorder tone.
RT, TK: Route & Trunk number of the trunk connected to the announcement equipment:
C:
Duration of Connection, 0/1: Disconnection occurs in 30 seconds / the connection is held
until the station releases. See the requirements of the announcement equipment.
R:
Sending RBT, 0/1: Sending RBT/Not sending RBT. Normally assign data “0”.
A:
Answer Signal Sending, 0/1: No answer from Incoming trunk/Answer from Incoming trunk.
Normally assign data “0”. No answer signal is sent to the CO. Therefore calling party will
not be billed for the call.
M:
Multiple Connection 0/1: Single Connection/Multiple Connection. See the requirements of
the announcement equipment.
UNUSED NUMBER
Assign:
TN:
Tenant Number;
EQP:
(Announcement Equipment Number) = 1 (Unused Number).
Example: If ext.-7836 is not in the system, the announcement is heard instead of reorder
tone.
RT, TK: Route & Trunk number of the trunk connected to the announcement equipment:
C:
Duration of Connection, 0/1: Disconnection occurs in 30 seconds/the connection is held
until the station releases. See the requirements of the announcement equipment.
R:
Sending RBT, 0/1: Sending RBT/Not sending RBT. Normally assign data “0”.
A:
Answer Signal Sending, 0/1: No answer from Incoming trunk/Answer from Incoming trunk.
Normally assign data “0”. No answer signal is sent to the CO. Therefore calling party will
not be billed for the call.
M:
Multiple Connection 0/1: Single Connection/Multiple Connection. See the requirements of
the announcement equipment.
ACFR - Assignment of Call Forwarding Restriction. Upon determining which types of Call Class
Indexes (CCI) will be answered via CALL FORWARDING-INTERCEPT - CCIS (i.e., CCSA and
DID calls), allow those CCIs a Transfer Service Feature Index of 1, Call Forward-All Calls, Don’t
Answer, Busy.

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Programming (cont’d)
STEP 7:

ARSC - Assign RSC 0 for the Attendant. Allow stations to access the announcement trunks.

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C-49

Call Forwarding - Override - CCIS

C-49

Call Forwarding - Override - CCIS

General Description
This feature allows a forwarded-to station (Station A) to ring the station (Station B), which has set CALL
FORWARDING - ALL CALLS - CCIS [C-45] to it. If the called station (Station B) has set CALL FORWARDING
- BUSY LINE - CCIS [C-46] to the calling station (Station A), the calling station will receive busy tone and can
activate CALL BACK - CCIS [C-44].

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.

This service feature is allowed to all stations in the CCIS network, except the ATTENDANT CONSOLES
[A-3].
Any station that has set CALL FORWARDING - ALL CALLS [C-5] can activate any feature if the station
is allowed the feature in Class of Service.

Programming
No Programming Required. This is inherent to the system when CALL FORWARDING is
programmed.

Page 850

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C-50

C-50

Call Transfer - All Calls - CCIS

General Description
This service feature allows Inter-Office CALL TRANSFER-ALL CALLS when the transferring station and the
transferred station respectively belong to a different PBX in the CCIS network.

Operating Procedure
1.

Station A and C are in connection on a station-to-station call.

STN (c)

[Node C]

STN (a)

STN (b)

CCIS
[Node A]

2.

[Node B]

Station A switch hook flashes; receives special dial tone. Station C receives Hold Tone.
Hold Tone
STN (c)

HT

[Node C]

SPDT
STN (a)

CCIS
[Node A]

STN (b)
[Node B]

SPDT

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Call Transfer - All Calls - CCIS

Operating Procedure (cont’d)
3.

Station A dials the number for B; receives ringback tone. Station B is rung. Note 1
Hold Tone
STN (c)
[Node C]
HT

RBT

RG

RBT
STN (a)

CCIS

STN (b)
[Node B]

[Node A]

Note 1: The status of Station A can be restored to normal with a switch hook flash in one of the following cases:

When Station A has received busy tone.
When Station B is under a call restriction or when Station A cannot access Station B for some other reasons.
When Station B does not answer the call.
4.
Station B answers the call Note 2; Stations B and A are connected with each other. Station A tells Station
B that a call is being transferred to B.
Hold Tone
STN (c)
[Node C]
HT

STN (a)

CCIS

STN (b)

[Node A]

[Node B]

Note 2: (i) If Station A hangs up before Station B answers the call; Station B is rung continuously; Station C

receives ringback tone.
(ii) Station B answers the call; Stations B and C are connected with each other.
RBT
STN (c)

[Node C]
RBT

STN (a)

STN (b)

CCIS
[Node A]

Page 852

RG

[Node B]

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Operating Procedure (cont’d)

STN (c)

[Node C]

5.

STN (b)

CCIS

STN (a)

[Node A]

[Node B]

Station A hangs up Note 3; Stations B and C are connected with each other.

STN (c)

[Node C]

CCIS

STN (a)

[Node A]

STN (b)
[Node B]

Note 3: If Station A switch hook flashes instead of hanging up, a three-way connection is set up.

STN (c)

[Node C]
DCFT

STN (a)

STN (b)

CCIS
[Node A]

[Node B]

Service Conditions
1.

When TRUNK-TO-TRUNK CONNECTION [T-10] is provided, an incoming or outgoing network or TIE
Line call may be transferred to an outgoing network trunk, provided that the trunk is ground-start. The user
who transfers the call gives line control to the two remaining parties upon hanging up. Therefore, if the
trunk is loop-start, CALL TRANSFER-ALL CALLS - CCIS from trunk-to-trunk will not function.

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Call Transfer - All Calls - CCIS

Service Conditions (cont’d)
2.

3.
4.

5.

6.
7.
8.
9.

10.

The THREE-WAY CALLING [T-2] feature allows a maximum of three parties on one connection. The
three parties can be:
• Three stations,
• Two stations and one trunk, or
• One station and two trunks.
The maximum number of simultaneous THREE-WAY CALLING [T-2] connections is dependent upon
the quantity of conference trunks (Route 909s) programmed in the system.
Reorder tone is returned to the transferring station under the following conditions:
a.) The transferring station is restricted.
b.) The transferring station dials an unequipped number or the route is restricted.
c.) The transferring station dials an invalid first digit.
If a station is in an established THREE-WAY [T-2] conference, it cannot activate any features. If the
station switch hook flashes to activate a feature, the switch hook flash is ignored and the THREE-WAY
conference remains connected.
The user who has transferred the call can hang up before the called party answers the call. The called party
will continue to ring and recall is not effected.
Outgoing calls with answer supervision may be transferred immediately after the call answered (no time
delay).
Outgoing calls with no answer supervision can be transferred only after the time periods assigned in
ASYD, Indexes 156 or 157 have elapsed since the last digit was dialed.
If a station is in CONSULTATION HOLD [C-58] or in an established THREE-WAY connection, any
attempt to override the connection using one of the following features will be denied:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1] [A-45]
BOSS-SECRETARY OVERRIDE
[B-5]
BUSY VERIFICATION
[B-3] [B-9]
CALL WAITING-TERMINATING
[C-12]
EXECUTIVE RIGHT-OF-WAY
[E-1] [E-8]
A station engaged in either a SERIAL CALL - CCIS [S-52] or SUPERVISORY CALL - CCIS [S-73] is
not allowed CALL TRANSFER-ALL CALLS - CCIS.

Interactions
1.
2.
3.

Page 854

This feature is denied whenever the transferring station is engaged in any state other than a simple twoparty connection.
See TRUNK-TO-TRUNK CONNECTION [T-10] for additional programming if the call is to be
transferred off network.
Features that cannot be activated while a user has a party in CONSULTATION HOLD [C-58] are:
EXECUTIVE RIGHT-OF-WAY
[E-1][E-8]
TRUNK ANSWER FROM ANY STATION (TAS)
[T-8]
CALL BACK (Activate or Cancel)
[C-1] [C-44]
CALL PICKUP-DIRECT
[C-30]
CALL FORWARDING (Activate or Cancel)
[C-2,3,5] [C-45,46,47]
OUTGOING TRUNK QUEUING Cancel
[O-2] [O-12]
SPEED CALLING-STATION Entry
[S-21]
MESSAGE REMINDER
[M-19D] [M-34]

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Interactions (cont’d)
4.

5.

6.
7.

8.
9.
10.
11.

Upon establishing a CONSULTATION HOLD [C-58] connection and dialing a third party, if the user
receives busy or reorder tone instead of ringback tone, the user flashes once to disconnect the tone and
reconnect the second party.
Upon establishing a CONSULTATION HOLD [C-58] connection and dialing a MISCELLANEOUS
TRUNK ACCESS [M-2] code, if no dial tone is given (after the trunk is seized), if a mistake is made in
dialing, or if intercept announcement or a permanent tone is given, the user must go on-hook and is rung
back.
The user who establishes CONSULTATION HOLD [C-58] will be reconnected to the party in soft hold
when the third party disconnects.
Reorder tone is returned to the user when the user’s line is restricted via Route CLASS OF SERVICE [C15] or the user dials the number of an unassigned station or of a station residing in an inaccessible tenant
via TENANT SERVICE [T-12].
A CALL TRANSFER to a station with call forwarding set will forward according to the conditions of the
forwarding feature set.
A CALL TRANSFER to a station in a station Hunt [S-7, 8, 9] group will hunt according to the conditions
of the Hunt group.)
A CALL TRANSFER to a D term that has DO NOT DISTURB [D-21D] set, will receive reorder tone, or
follow CALL FORWARDING-BUSY LINE or ALL CALLS if set.
A CALL TRANSFER call may be answered by CALL PICKUP-GROUP/DIRECT [C-7, 30].

Programming
STEP 1:

STEP 2:
STEP 3:

ASYD - System Data 1, Index 69, Bit 0. Return transferred call to origin of Call Transfer after the
elapse of the Recall Timer.
System Data 1, Index 69, Bit 2. Short tone on recall of CALL TRANSFER. Ringback tone is briefly
heard by the person answering the recall.
System Data 1, Index 140. Assign the Recall Timer for a station-to-station CALL TRANSFER. For 30
seconds, assign data 00H. (TC 3 = 2 sec., TC 7 = 8 sec.) ROM data 3FH for 30 seconds.
System Data 2, Index 1, Bits 0 & 1. Assign data “11” to allow CONSULTATION HOLD [C-58].
ATNR - Allow tenant-to-tenant connection for Inter-and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) 0 and 4 on an Intra-and Inter-tenant basis.
ARSC - The station receiving the call must be assigned a Route Restriction Class (RSC) that will
allow the station to be connected to the trunk, if a trunk is involved in the transferred connection.

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C-51

Called Station Status Display - CCIS

C-51

Called Station Status Display - CCIS

General Description
This feature provides for the status of a called station to appear on the LCD display of a calling Dterm using CCIS.

Operating Procedure
Lift the handset or press the SPEAKER key and dial the desired station. The LCD display indicates the status of the
called station.

Service Conditions
1.
2.

If the called station is idle, the display flashes its number until the call is answered.
If the called station is busy, the LCD displays:
BUSY

XXXX
(Time Display)

3.

If the called station is in DO NOT DISTURB [D-21D], the LCD displays:
REST

XXXX
(Time Display)

4.

If the calling station encounters a restricted station, the LCD displays:
REST

XXXX
(Time Display)

Programming
No programming is needed.

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C-52

Calling/Called Number Display - CCIS

General Description
This service feature allows an Inter-Office calling/called number display when the Attendant Console and the
calling/called party belong to different offices within the CCIS network.
If the Attendant dials a telephone number, the dialed telephone number is displayed on the Console (Calling Number
Display). If a station calls an Attendant, the telephone number is displayed on the Console (Called Number Display).

Operating Procedure
Calling Number Display

1.

The Attendant in Node A dials the number for Station B in Node B through a CCIS line; the Attendant
receives ringback tone and Station B is rung.
RBT
RBT

ATT

STN (a)

STN (b)

CCIS
[Node B]

[Node A]

2.

RG

Station B goes off-hook and answers the call; the Attendant and Station B are connected; the number of
Station B is displayed on the Attendant Console.

ATT

CCIS

STN (a)
[Node A]

STN (b)
[Node B]

Called Number Display

1.

Station B dials the LDN of Node A; receives ringback tone. The Attendant receives an audible tone.
RG

RBT

ATT

RBT

STN (a)

STN (b)

CCIS
[Node A]

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C-52

Calling/Called Number Display - CCIS

Operating Procedure (cont’d)
2.

The Attendant presses the ANSWER key; Station B and the Attendant are connected. The number of
Station B is displayed on the Attendant Console.

ATT

STN (a)

STN (b)

CCIS
[Node A]

[Node B]

Service Conditions
For the Attendant Console

1.
2.

3.
4.
5.

At the time of call origination:
a.) The called number is displayed (last 6 digits) only when the called party has answered the call.
At the time of call termination:
a.) The calling number is displayed (last 6 digits) only when the Attendant has answered the
terminated call.
The display of the telephone number of the station that has answered the call routed by the Attendant has
priority over this service. This is not applicable to Inter-office telephone number display in the above case.
Even if the communicating party has changed during a call, the display of the telephone number remains
unchanged.
As stated in the preceding paragraph, the telephone number display is made only for the station that has
first engaged in a call with the Attendant.

For the D term

1.
2.
3.
4.

Call origination: The called number is displayed (8 digits).
Call termination: The calling number is displayed while the called side is being rung.
Display of the telephone number of the station which has answered the call routed by the Attendant has
priority over this service. This is not applicable to inter-office telephone number display in the above case.
Even if the communicating party has changed during a call, display of the telephone number remains
unchanged.

Programming
ASYD - System 1, Index 82. Assign Number Display Pattern (b4-b7).

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C-53

C-53

Call Processing Indication - CCIS

General Description
This feature provides a visual indication at the ATTENDANT CONSOLE [A-3] of all CCIS calls being handled by
the ATTENDANT CONSOLE [A-3] through the CCIS network.

Operating Procedure
Refer to the operation guide of the Attendant Console.

Service Conditions
1.
2.

3.

The status of calls being processed by the Attendant is indicated by the status lamps (BUSY, ATND, or
HOLD) corresponding to the particular loop key.
The ATTENDANT CONSOLE [A-3] is equipped with six dedicated switched loop keys. Each loop key
has five associated indicator lamps (HOLD, ATND, BUSY, RING, ANSWER) which display the status
of the call on that loop. The indicator lamps may be on, off or flashing (400 ms. On and 400 ms. Off).
When the ATTENDANT LOOP RELEASE [A-6] feature is activated, the status of the call is removed
from the ATTENDANT CONSOLE [A-3] until alerted by the AUTOMATIC RECALL [A-8] feature.

Interactions
The ATTENDANT CONSOLE [A-3] must first be provided.

Programming
No Programming Required. These indications are inherent in the system. These indications are enabled
when the ATTENDANT CONSOLE [A-3] is programmed. Also, see DIGITAL DISPLAY - STATION
[D-5] and DIGITAL DISPLAY - TRUNK [D-6] and ATTENDANT LOOP RELEASE [A-6].

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C-54

Call Transfer - Attendant - CCIS

C-54

Call Transfer - Attendant - CCIS

General Description
This feature allows a user to transfer a call through the CCIS network to an Attendant Console located in a Main or
Satellite node, while connected to a CCIS network call.

Operating Procedure
To transfer a call to an Attendant Console

1.
2.
3.

While engaged in a Central Office trunk call, switch hook flash; receive special dial tone.
Dial the Operator Access Code.
The Attendant Console ATND lamp flashes and the buzzer sounds. The station receives ringback tone.

To answer from the Attendant Console

1.

Refer to the operation guide of the Attendant Console.

If the station wishes to return to the Central Office trunk call while the Attendant Console is being called

1.
2.

Switch hook flash; the ATND lamp is extinguished at the Attendant Console and the buzzer stops.
The station returns to the Central Office trunk call.

Service Conditions
1.
2.
3.
4.
5.

6.
7.

This feature is available when the Attendant Console is in a different node in the CCIS network.
This feature is available for incoming or outgoing C.O. trunk calls and station-to-station calls.
When the Attendant Console is in NIGHT CONNECTION - CCIS mode, the transferring station will
receive reorder tone.
When a HOTLINE - CCIS [H-12] set is equipped with a dial, the user can switch hook flash to get the
special dial tone, then dial “0”. Ringback tone is provided and the Attendant Console is notified of the call.
This feature cannot be used when NIGHT CONNECTION-FIXED - CCIS [N-15] or NIGHT
CONNECTION-FLEXIBLE - CCIS [N-16] is activated. In this case, CALL TRANSFER-ALL CALLS CCIS [C-50] would be used to transfer a call. If CALL TRANSFER-ATTENDANT - CCIS is attempted,
reorder tone will be returned.
If the SPLITTING [S-4, S-4D] or ATTENDANT LOCKOUT [A-5] feature is activated, CALL
TRANSFER-ATTENDANT - CCIS can be implemented.
A station-to-station or station-to-trunk connection, within the same node as the NIGHT ATTENDANT
TRANSFER [A-19] station, cannot be transferred to the NIGHT ATTENDANT TRANSFER [A-19]
station. However, a station-to-station or station-to-trunk connection, in which one party is located in the
same system as the NIGHT ATTENDANT TRANSFER [A-19] station, can be transferred to the NIGHT
ATTENDANT TRANSFER [A-19] station.

Interactions
1.
2.

3.

Page 860

A HOTLINE [H-1] station may transfer a call to the Attendant Console.
A call transferred to a station with a call forwarding feature set will forward according to the conditions
of the feature, unless the station is CALL FORWARDING-ALL CALLS - CCIS to the Attendant Console.
CALL FORWARDING-OVERRIDE [C-26] supersedes CALL FORWARDING-ALL CALLS - CCIS.
A call transfer to a station in a station Hunt Group will hunt according to the conditions of the station
hunting feature used.

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Interactions (cont’d)
4.

A call transfer to a D term that has DO NOT DISTURB [D-21D] set will receive reorder tone, or follow
CALL FORWARDING-BUSY LINE or ALL CALLS if set.

Programming
STEP 1:
STEP 2:

ASYD - System Data 2, Index 1, Bits 0 & 1. Assign data “11” to allow CONSULTATION HOLD [C58] for all types of connections.
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) 0, and 4 on an Inter- and Intra-tenant basis.

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C-55

Centralized Billing - CCIS

C-55

Centralized Billing - CCIS

General Description
This service is used for collecting billing information from each office within the network and directing it to
associated offices, thus providing the billing information to the CENTRALIZED BILLING CENTER via an RS232C interface.
This feature may be provided through multiple FCCS groups (networks where multiple NEAX2000 IVS 2s are
connected via FCCS link) and the NEAX2400 IPX, using CCIS link.
Note: NEAX2400 IPX - NEAX2000 IVS2 connection is available only if the NEAX2000 IVS2 is the satellite office
(requires NEAX2000 IVS2 Series 2000 or later software).

Operating Procedure

STN (c)

[Node C (Satellite Node)]
CCIS
STN (a)
CCIS
2C
- 23
S
R
[Node A (Main Node)]

Centralized Billing Center

1.

[Node B
(Satellite
Node)]

STN (b)

Station A in Node A (Main Node) dials Station C in Node C; Station A receives ringback tone and Station
C is rung.

RG
STN (c)
RBT
[Node C]
CCIS

RBT

[Node A]

Page 862

STN (b)

CCIS

STN (a)

[Node B]

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Operating Procedure (cont’d)
2.

Station C goes off-hook; Stations A and C are connected with each other in conversation.

STN (c)
[Node C]
CCIS

STN (a)

STN (b)

CCIS
[Node A]

3.

[Node B]

Stations A and C go on-hook; SMDR information is sent out to the CENTRALIZED BILLING CENTER.
Centralized Billing Center
SMDR Message

RS-232C
[Node A (Main Node)]

4.

Station B dials Station C in Node C; Station B receives ringback tone and Station C is rung.

RG
STN (c)
RBT
[Node C]
CCIS
CCIS

STN (a)
[Node A]

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STN (b)
[Node B]

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C-55

Centralized Billing - CCIS

Operating Procedure (cont’d)
5.

Station C goes off-hook; Stations B and C are connected in conversation.

STN (c)
[Node C]
CCIS

STN (a)

6.

STN (b)

CCIS
[Node A]

[Node B]

Stations C and B go on-hook; SMDR information is sent to the Billing Center through the CCIS line.
Centralized Billing Center
SMDR Message
RS-232C

CCIS
[Node A]

[Node B]

Service Conditions
1.
2.
3.

4.
5.

The maximum number of billing information output ports at the Center Office is 2.
Information storage capacity of the office should be 700 calls.
If billing information in excess of the above mentioned storage capability is generated at a time when the
billing information cannot be transmitted to the associated Center Office because of a fault condition, the
newly generated billing information cannot be processed.
The number of billing information output ports at a local office is 1.
When using CENTRALIZED BILLING - CCIS, it is recommended that the speed of the CCIS signalling
link be higher than 9600 bps.

When this service is provided in the network through FCCS groups and NEAX2000 IVS2

1.
2.

3.
4.

Page 864

For general information of this network, refer to “Network Through FCCS Groups and NEAX2000 IVS2”,
in the NEAX2400 IPX No. 7 CCIS System Manual.
When the 7 or 8-digit telephone number (assigned in AELGN command) is used in the network, for the
NEAX2000 IVS2, it is output to station number field and the office code field of the originating party. The
telephone number is not used in ICS text format, therefore, when the 7 or 8-digit telephone number is used
in the network, it is converted to office code and station number (the station number is output to the station
number field of the originating party, and the office code is output to office code field of the originating
party).
When the Centralized Billing Office adopts the CCIS billing method, the receiving message field is output
as it is.
When the Centralized Billing Office adopts the FCCS billing method, the information field of the
originating call is also output to the Telephone Number field.

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Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:
STEP 5:

ASYD - System 1, Index 32, Bit 0: At the time of SMDR processor trouble, outgoing call is not
restricted/restricted = 0/1. Bit 1: Tenant information is recorded (1). Bit 2: Route information is
recorded (1). Bit 7: SMDR services are provided (1).
System 1, Index 33, Bits 3 & 4: Designation of a total of parties to be billed. Bit 5: Designation of
billing system for a transferred incoming call. Bit 6: Designation of billing system for a transferred
outgoing call.
System 1, Index 34, Bit 0: RS-232C non-procedure output function is provided. Bits 1 & 2:
Designation of RS-232C Output Code. Bit 3: Designation of the number of RS-232C Stop Bits.
System 1, Index 95, Bits 0-6: SMDR RS-232C Variable Timer setting for the case where computer
output cannot be provided. Billing data are stored until this timer times out. Bit 7: Valid/Invalid
Variable Timer (0/1).
System 1, Index 180/181: Assignment of the Self Office Point Code (OPC).
System 1, Index 182/183: Assignment of the Center Office Point Code (DPC) (when the self office is
the Center Office, DPC = 0).
System 1, Index 288: Designation of RS-232C non-procedure output port (SMDR).
System 2, Index 3, Bit 0: SMDR Service (1). Bit 7: SMDR Station-to-Station Connection Data (1).
ASFC - With respect to SFC of the billing subject stations, clear the restriction of SFI = 14 (SMDR Trunk Basis) and, if necessary, SFI = 58 (SMDR STN to STN).
ARTD - With respect to the Route Class of Outgoing and Incoming Trunks, assign SMDR = 1,
SMDR3 = 0. The parameters for SMDR2 are pertaining to incoming call billing processing service.
Assign data to the parameters on an as required basis.
AMND - Assign necessary maximum number of digits for the number to be dialed on origination of an
outgoing call. As many digits as assigned are given out as the Called No. of SMDR information.
AIOC - Assign Baud Rate, Parity Bit, Stop Bit etc. of the designated Output Port for SMDR. (See
STATION MESSAGE DETAIL RECORDING (SMDR) [S-10].)

FCCS Programming

STEP 1:

The method for this service can be selected whether Centralized Billing - CCIS (CCIS method) or
Centralized Billing - FCCS (FCCS method). For FCCS method, see STATION MESSAGE DETAIL
RECORDING (SMDR) [S-10].
Set the data for the Centralized MAT following programming of CENTRALIZED MAINTENANCE CCIS [C-167] and telephone number (maximum of 8 digits) following NUMBER PORTABILITY CCIS [N-46].

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C-56

Centralized Day/Night Mode Change - CCIS

C-56

Centralized Day/Night Mode Change - CCIS

General Description
This service feature switches the DAY/NIGHT mode of Satellite Nodes which are linked to the Main Node via
CCIS, in accordance with the DAY/NIGHT mode switching [A-3] at the Main Node.

Operating Procedure

TN=2

ATT
[Node A (Main Node)]

TN=3
TN=4
TN=5

CCIS
CCIS

[Node B]

[Node C]
TN=1

CCIS

CCIS
[Node D]

TN=1

[Node E]
TN=1

TN=1

Node B - Node E are Satellite Nodes.
1.
Press the NIGHT key on the Attendant Console for each Tenant; the NIGHT lamp illuminates. The mode
of Satellite Node for each Tenant changes from Day mode to Night mode.

Note:

TN=2

:Day Mode
:Night Mode

ATT

TN=3
TN=4
TN=5

CCIS
CCIS

CCIS

CCIS

[Node B]

Note:

[Node C]

[Node D]

[Node E]

TN=1

TN=1

TN=1

IINDEX19=05

INDEX19=04

INDEX19=03

TN=1
INDEX19=02

To confirm Night Mode, see Night Connection-Fixed - CCIS [N-15].

Service Conditions
1.

Page 866

A Main Node can control DAY/NIGHT mode changeover for a maximum of 16 remote nodes.

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Service Conditions (cont’d)
2.

3.
4.
5.
6.
7.

DAY/NIGHT mode changeover will be performed in one-minute increments. If consistency between the
DAY/NIGHT mode at the Main and Satellite Nodes is lost, the status is restored to that of the Main Node
within 16 minutes.
At the Main Node, from 1 to 15 tenants can use the system.
At a Satellite Node, only TN = 1 is possible.
When a Satellite Node is equipped with DAY/NIGHT mode changeover features, changeover of the
Satellite Node DAY/NIGHT mode is not performed from the Main Node.
The Satellite Node cannot have an Attendant Console programmed.
Selecting DAY/NIGHT option from the NEAX2400 IPX does not change the NEAX2000 IVS2 DAY/
NIGHT status.

Programming
STEP 1:

ASYD - System Data 1, Index 18, Bit 6: Day/Night change of Satellite Node (for Main Node only).
Assign data “1” at the Main Node.
System Data 1, Index 18, Bit 7: Day/Night change is executed by the Main Node (for Satellite Node
only). Assign data “1” at the Satellite Node whose Day/Night mode is to be changed in accordance
with key operation at the Main Node.
System Data 1, Index 19, Bits 0-3. Tenant Number (TN1-15) of the Main Node to which the Satellite
Node belongs (for Satellite Node only).
System 1, Index 75, Bit 0: Route Restriction Pattern (ARSC). Bit 1: Service Feature Restriction Pattern
(ASFC).
System Data 1, Index 75. Assign 1 (Day/Night Data) to Bit 0 (Route Restriction Pattern (ARSC)), Bit
1 (Service Feature Restriction Pattern (ASFC)), Bit 2 (Tenant Restriction Pattern (ATNR)), Bit 3 (Toll
Restriction Pattern (ATDP), and Bit 4 Class Restriction Pattern (AEFR).
System Data 1, Index 229 = 09 (for Main and Satellite Nodes).
STEP 2: ARDN - Assign Point Code of Satellite Node (Index = 0-15, PC = 1-16367). (Main Node only.)
STEP 3: ARSC - Assign data on Day/Night Mode basis.
STEP 4: ASFC - Assign data on Day/Night Mode basis.
STEP 5: ATDP - Assign data on Day/Night Mode basis.
STEP 6: ATNR - Assign data on Day/Night Mode basis.
STEP 7: AEFR - Assign data on Day/Night Mode basis (EPN Version).
Note: To list up Day/Night information, use the LDNI command.

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C-57

Centralized System Management Report - CCIS

C-57 Centralized System Management Report - CCIS
General Description
This service feature provides automatic reporting of fault information of Satellite Nodes to the Centralized
Management Center with an external indication of the detected fault.
This feature may be provided through multiple FCCS groups (networks where multiple NEAX2400 IPXs are
connected via FCCS link) and the NEAX2000 IVS2, using CCIS link.
Note: NEAX2400 IPX - NEAX2000 IVS2 connection is available only if the NEAX2000 IVS2 is the satellite office
(requires NEAX2000 IVS2 Series 2000 or later software).

Operating Procedure

CCIS
[Node A]

[Node B]

Centralized Management Center

1.
2.

On the ACT side CPU of Node B, set the MBR switch up (ON); system messages are sent out to Node A,
and the CPU is changed over.
Return the MBR switch down (OFF); system messages are sent out to Node A.

CCIS
[Node A]

System
Message

[Node B]

Centralized Management Center

3.

The system messages of Node B are printed out from the printer in Node A.
Note: If System Data (Index 188) is assigned in such a way that MJ/MN alarm at a local office is to be displayed
on the Display Panel at the Center Office, an MJ/MN alarm that is generated in Node B is indicated as an
MJ/MN alarm on the Display Panel in Node A and the corresponding system message is given out.

Service Conditions
1.
2.

3.
4.

Page 868

When the fault information cannot be sent from the Satellite Node to the Main Node, fault information
buffer capacity is 64 messages.
An alarm lamp indication of a fault that occurs at a Remote Node is made only at the local office. At the
Center Office, fault indication is made to the MAT and to the external equipment. However, no frametop
alarm indication is given.
At the Main Node, the system message will be printed automatically, when the command is executed.
When the Center Node provides the printer for Fault Data Automatic Printout Function (SYS1, Index 86,
bit 4) and the printer directly connected to the MAT together, the former printer has priority over the latter.
At that time, the printer connected to the MAT is used to print the collected fault data when the printer for
Fault Data Automatic Printout Function cannot print for any reason.
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Service Conditions (cont’d)
When this service is provided in the network through FCCS groups and NEAX2000 IVS2

1.
2.
Note:

3.
4.

5.

6.

For general information of this network, refer to “Network Through FCCS Groups and NEAX2000 IVS2”,
in the NEAX2400 IPX No. 7 CCIS System Manual.
The Centralized System Message Report feature for this network may be controlled only by the
Centralized MAT.
See Centralized Maintenance - CCIS [C-167] for explanation of the Centralized MAT.
By polling from the Centralized MAT connected to the Center Office, the information regarding faults
occurring at all nodes (NEAX2400 IPX and NEAX2000 IVS2) can be collected.
When a fault occurs in the NEAX2000 IVS2, only the basic fault information is collected from the Center
Office using polling method. To collect detailed information, log-in to the system where the fault
occurred.
The buffer for fault information of the NEAX2400 IPX and that of the NEAX2000 IVS2 are separate. A
maximum of 64 calls can be stored in the buffer at each system. Therefore, a fault occurring when the
buffer capacity is full cannot be stored, and the system receives the NACK signal. At that time, the system
resends the information after waiting for a preprogrammed time.
The table below shows the controllability of fault information received from the NEAX2000 IVS2:
CONNECTION
METHOD

SMJ/SMN LAMP
ON TOPU

MENU DISPLAY
ON MAT

NEAX2000 IVS2 to
NEAX2400 IPX

CCIS

Not Controllable

NEAX2400 IPX (A) to
NEAX2400 IPX (B) within
an FCCS group

FCCS

Not Controllable

Controllable

Controllable

FCCS Group (A) to FCCS
Group (B)

CCIS

Controllable

Controllable

Controllable

Not Controllable
Note

DFTD
COMMAND

Not Controllable

Available when the alarm grade is changed by ASYD, SYS 1, Index 188, bit 1 = 1, and the ALMG command.
7.
The fault information of NEAX2000 IVS2 received at Center Office is cleared by the RALM/RALMN
command.
8.
When the information of faults occurred at all the FCCS groups and the connected NEAX2000 IVS2 is
managed by the Centralized-MAT, the destination of fault message output must be changed to the
designated Center Office (for example, NCN) at each Local Node (including NEAX2000 IVS2).
Additional information is outlined in Programming.

Note:

Programming
STEP 1:

ASYD - System 1:
System 1, Index 38. Designation of mounting the printer.
System 1, Index 39. Designation of System Message Output Port.
System 1, Index 86, Bit 0. Assign Routine Diagnostic Normal End Information Indication (1).
System 1, Index 86, Bit 1. Assign Routine Diagnostic Fault Information Indication (1).
System 1, Index 86, Bits 2 & 3. When Trunk Ineffective Hold has been detected.
00:
All calls other than the basic calls are released an all the information print out.
01:
Only All Printout
10:
All Release & All Printout

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C-57

Centralized System Management Report - CCIS

Programming (cont’d)

STEP 2:

System 1, Index 86, Bit 4. Assign Fault Data Automatic Printout Function (Automatic output to the
Printer) (1).
System 1, Index 86, Bit 7: Assign Fault Message-0/1: Simplified Registration/Detailed Registration.
System 1, Index 91, Bits 2 & 3: Assign System Message Output Grade.
0:
All
2:
Higher than Grade 2 (MN, MJ)
3:
Higher than Grade 3 (MJ)
System 1, Index 116-123: Designation of IOC Port of the Printer (1 = Printer) (Assigned via AIOC.)
System 1, Index 180 & 181: Assignment of the Local Office Point Code (OPC).
System 1, Index 184 & 185: Assignment of the Center Office Point Code (DPC) (When the self office
is the Center Office, (DPC = 0).
System 1, Index 186, Bit 5: Clearing of the buffer memory for use in the centralized System
Management Report CCIS. 0/1: Not necessary/necessary.
System 1, Index 188, Bit 1: MJ/MN lamp on the Display Panel in the Center Office is controlled per
fault information from a local office (1).
AIOC - Assign the function and attribute data of the IOC ports.

FCCS Programming

STEP 1:
STEP 2:

Set the data for the Centralized MAT following programming of CENTRALIZED MAINTENANCE CCIS [C-167].
See the manual for the NEAX2000 IVS2 for data programming at the NEAX2000 IVS2.
ASYD - System Data 1, Index 184, and 185. DPC: Centralized management report Point Code for
CCIS service
ASYDL - System Data 1, Index 532. FPC (Fusion Point Code) of the Center Node (CN) for the
Centralized Maintenance for CCIS service

Data Assignment for Alarm grade change

STEP 1:

STEP 2:

Page 870

ASYD - System Data 1, Index 188, b1. Alarm grade (SMJ/SMN Lamp indication) on TOPU of Center
Office.
0/1 = Not provided/Provided
ALMG - Assign FK = 15, FI = O, and LMP: 0 (NON), 1 (SUP), 2 (MN), 3 (MJ)

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Programming (cont’d)
The following figure represents an example of data programming. For details of Centralized
Maintenance for FCCS service, see the NEAX2400 IPX Fusion Network System Manual.
FUG (A)

FUG (B)

Center FUG
IPX 1
;:;;::;:

2

IVS
PC=1

;:;::;::;:

IPX 2
;:;;::;:

;:;::;::;:

IPX 3
;:;;::;:

;:;::;::;:

IPX 4
;:;;::;:

IPX 5

;:;::;::;:

;:;;::;:

;:;::;::;:

DPC
FPC=1

DPC
FPC=1
FPC=1

IPX 7
;:;;::;:

;:;::;::;:

IPX 8
;:;;::;:

;:;::;::;:

DPC
FPC=1

DPC
PC=3

PC=3

DPC
FPC=0

DPC
FPC=12

DPC
FPC=12

DPC
FPC=12

ALARM
ALARM

DPC
PC=2

Centralized MAT
:DPC for Centralized Maintenance - FCCS
(ASYDL, SYS1, Index 532)
2

IVS2 2
PC=6

FPC=11
(PC=5)

FPC=12
ALARM

ALARM

Note:

;:;::;::;:

1

PC=2

DPC
FPC = n

IPX 6
;:;;::;:

DPC
PC=5

MAT
DPC
PC=n

:DPC for Centralized Maintenance - CCIS
(ASYD, SYS1, Index 184 & 185)
2

For the NEAX 2000 IVS , see the manual for NEAX2000 IVS .

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C-58

Consultation Hold - All Calls - CCIS

C-58

Consultation Hold - All Calls - CCIS

General Description
This feature permits a user within the CCIS network to hold any incoming or outgoing public network, intra-office,
or CCIS call while originating a call to another station within the CCIS network.

Operating Procedure
To hold the original call and place a second call from a single-line telephone

1.
2.
3.
4.

Switch hook flash; receive special dial tone.
The original call is placed on hold.
Dial the second telephone number; receive ringback tone.
The second station answers; CONSULTATION HOLD is established.

To return to the original call from a single-line telephone

1.

2.
3.

Under any of the following conditions, the calling station can return to the original call by pressing the
switch hook:
a.) The second station called for CONSULTATION HOLD is busy.
b.) The calling station cannot gain access to the second station because of a restriction, or for any
other reason.
c.) The second station does not answer.
If a CONSULTATION HOLD call is established and the second party hangs up, the calling station will
automatically be returned to the original call.
If the originating station switch hook flashes, a THREE-WAY CALL [T-2] will be established.

To hold the original call and place a second call from a D term

1.
2.
3.
4.

Press the TRANSFER key; receive special dial tone.
The original call is placed on hold.
Dial the second telephone number; receive ringback tone.
The second station answers; CONSULTATION HOLD is established.

To return to the original call from a Dterm

1.

2.
3.

Under any of the following conditions, the calling station can return to the original call by pressing the
TRANSFER key.
a.) The second station called for CONSULTATION HOLD is busy.
b.) The calling station cannot gain access to the second station because of a restriction, or for any
other reason.
c.) The second station does not answer.
If the second station hangs up, the calling station will automatically be returned to the original call.
If the originating station presses the TRANSFER key while connected to the second station, the second
station is put on hold and the calling party returns to the original call.

Service Conditions
1.
2.

Page 872

When TRUNK-TO-TRUNK CONNECTION [T-10] is provided, an outgoing exchange network or TIE
Line call can be made by the user.
The party placed in CONSULTATION HOLD-ALL CALLS - CCIS will hear MUSIC ON HOLD [M-7],
if provided.

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Interactions
1.
2.
3.
4.

5.

6.

7.

8.
9.

This feature is denied whenever the destination telephone set is engaged in any state other than simple twoparty connection.
CONSULTATION HOLD-ALL CALLS - CCIS must always be made available when features require
hooking services.
Indexes 156 and 157 also are used for SMDR, establishing an arbitrary connection timing when no answer
supervision is used.
If a party is involved in a CONSULTATION HOLD-ALL CALLS - CCIS state or in an established
THREE-WAY CALLING [T-2] connection, attempts to override the connection are denied. These
features are:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1][A-45]
ATTENDANT OVERRIDE
[A-7]
BUSY VERIFICATION
[B-3][B-9]
CALL WAITING-TERMINATING
[C-12]
EXECUTIVE RIGHT-OF-WAY
[E-1][E-8]
Features that cannot be activated while a user has a party in CONSULTATION HOLD-ALL CALLS CCIS are:
CALL BACK, Activate or Cancel
[C-44]
CALL PICKUP-DIRECT
[C-30]
CALL FORWARDING, Activate or Cancel
[C-45,46,47]
EXECUTIVE RIGHT-OF-WAY
[E-1]
MESSAGE REMINDER
[M-34D]
OUTGOING TRUNK QUEUING, Cancel
[O-12]
SPEED CALLING-INDIVIDUAL, Entry
[S-21]
TRUNK ANSWER FROM ANY STATION (TAS)
[T-27]
All other features may be activated as long as the user’s line CLASS OF SERVICE-INDIVIDUAL [C-15]
allows that feature.
If the user receives busy or reorder tone instead of ringback tone upon establishing a CONSULTATION
HOLD-ALL CALLS - CCIS connection and dialing a third party, the user flashes once to disconnect the
tone and reconnect the second party.
Upon establishing a CONSULTATION HOLD-ALL CALLS - CCIS connection and dialing a
MISCELLANEOUS TRUNK ACCESS [M-2] code, if no dial tone is given (after the trunk is seized), if
a mistake is made in dialing, or if an intercept announcement or a permanent is given, the user must go onhook and is rung back.
A user who established CONSULTATION HOLD-ALL CALLS - CCIS is reconnected to the party in soft
hold when the third party disconnects.
When using CALL TRANSFER-ALL CALLS - CCIS [C-50] from a station (second party) to another
station or trunk (third party), the control station can transfer the call during ringing (blind transfer). When
the control station goes on-hook, the station in soft hold is connected to the third party’s connection and
hears ringback tone. A 30-second timer is set when the controlling station goes on-hook. If the timer times
out before the third party answers, the control station is rung back.

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C-58

Consultation Hold - All Calls - CCIS

Programming
ASYD - System Data 1, Index 156. Trunk Soft Hold Timer A, used with second dial tone trunks.
Assign data 00H for 30 seconds. (Data 31H may be used for a value of two seconds if CALL
TRANSFER-ALL CALLS [C-50] is to be used immediately after connecting to the trunk.) This is the
time between trunk connections when switch hook flash is allowed on a non-senderized trunk
connection.
System Data 1, Index 157. Trunk Soft Hold Timer A, used with senderized trunks. Assign data 00H for
a value of 18 seconds. (Data 31H may be used for a value of 2 seconds if CALL TRANSFER-ALL
CALLS [C-50] is to be used immediately after connecting to the trunk.) This is the time between trunk
connection and when switch hook flash is allowed on a senderized trunk connection. It is also used to
determine when SMDR billing will begin.
System Data 2, Index 1, bits 0 & 1. CONSULTATION HOLD allowed or denied. 00: Denied; 01:
Originating and Terminating Calls allowed, Tandem Call Denied; 11: All calls allowed. Normally
assign data “11”.
System Data 3, Index 2, bits 0-3. Switch hook flash begin timer. To calculate this value: (1-FH) x 120
msec = Timer.
System Data 3, Index 2, bits 4-7. Switch hook flash end timer. To calculate this value: (1-FH) x 120
msec = Timer. For both begin and end timers, assign 91H for 120-1080 msec.
f (t)

Bit 0-3

120 ms
0 ms
No Detection

Page 874

Bit 4-7

1080 ms Disconnection

NEAX2400 IPX Feature Programming Manual
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Call Forwarding Assignment - Attendant - CCIS

C-94

C-94 Call Forwarding Assignment - Attendant - CCIS
General Description
This feature allows the attendant of an Attendant Console to set/cancel the following Call Forwarding services to a
station within the CCIS network.
CALL FORWARDING-ALL CALLS
[C-5]
CALL FORWARDING-ALL CALLS - CCIS
[C-45]
CALL FORWARDING-BUSY LINE
[C-2]
CALL FORWARDING-BUSY LINE - CCIS
[C-46]
CALL FORWARDING-DON’T ANSWER
[C-3]
CALL FORWARDING-DON’T ANSWER - CCIS
[C-47]
CALL FORWARDING-ALL CALLS-OUTSIDE
[C-28]
CALL FORWARDING-DON’T ANSWER-OUTSIDE
[C-74]

Operating Procedure
To set Call Forwarding

1.
2.
3.
4.
5.
6.
7.
Note:

Attendant presses an idle loop key.
Attendant dials the Call Forwarding - All Calls, Call Forwarding - Busy Line, or Call Forwarding - Don’t
Answer entry code; receives special dial tone.
Attendant dials the Tenant Number of the transferring station.
Attendant dials the office code (including access code) of the transferring station and the telephone
number of the transferring station.
Attendant dials the telephone number of the target-station. Note
Attendant dials “#”; receives service set tone.
Attendant presses the RELEASE key.
When the transfer target station is in the CCIS network, dial the office code (including access code and the
station number of the target station.

To cancel Call Forwarding

1.
2.
3.
4.
5.

Attendant presses an idle loop key.
Attendant dials the Call Forwarding - All Calls, Call Forwarding - Busy Line, or Call Forwarding - Don’t
Answer entry code; receives special dial tone.
Attendant dials the Tenant Number of the transferring station.
Attendant dials the office code (including access code) of the transferring station and the telephone
number of the transferring station; receives service set tone.
Attendant presses the RELEASE key.

Service Conditions
1.

A transferring station, accommodated in the CCIS network, dials the office code inclusive of access code
and the telephone number. A method for setting a Call Forwarding by this service can be selected from
the following patterns on each tenant basis by the system data. (ASYD, SYS2, Index 15, b4).

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C-94

Call Forwarding Assignment - Attendant - CCIS

Service Conditions (cont’d)
a.) Pattern 1 (ASYD, SYS2, Index 15, b4= 0)
XX - XX - XXXXX - XXXXX
Transfer target station
Transferring station
Tenant number of transferring station
Access Code for Call Forwarding
This pattern is used when a unified numbering plan is in use within the CCIS network.
b.) Pattern 2 (ASYD, SYS2, Index 15, b4 = 1)
XX - XX - XXXXX - XXXXX - #

2.
3.

4.
5.

Digit receive completion ID code
Transfer target
Transferring station
Tenant number of transferring station
Access Code for Call Forwarding
This pattern is used when a unified numbering plan is not in use within the CCIS network.
Since the numbering plan at the transfer destination cannot be identified in this case, dialing the digit
receive completion ID code (#) must be dialed.
If the transferring telephone number of the transfer target telephone number dialed by the attendant is a
wrong number, the attendant receives Reorder tone. For example:
a.) When an unobtainable number has been dialed.
b.) When the transferring station or the transfer target station is restricted from the service.
c.) When the number dialed is double registered.
A transferring telephone number is a maximum of 8 digits.
When the transferring station is an ATTCON, service can be set by its individual Attendant Number but
the call is not transferred to the designated target station.

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:

STEP 5:

Page 876

ASYD - System 2, Index 15, bit 4: The office which determines the target number. 0/1: Service
executing office/office accommodating the transferring station.
ASAT - Assign an individual Attendant access number for each Attendant Console.
ANPD - Assign the minimum necessary number of digits for the first number of the access code for
Call Forwarding.
ASPA - Assign the access code for Call Forwarding.
CI = N, SRV = SSC (Service Code), SID = 8, Call Forwarding - All Calls (Entry)
CI = N, SRV = SSC (Service Code), SID = 9, Call Forwarding - All Calls (Cancel)
CI = N, SRV = SSC (Service Code), SID = 10, Call Forwarding - Busy Line (Entry)
CI = N, SRV = SSC (Service Code), SID = 11, Call Forwarding - Busy Line (Cancel)
CI = N, SRV = SSC (Service Code), SID = 12, Call Forwarding - Don’t Answer (Entry)
CI = N, SRV = SSC (Service Code), SID = 13, Call Forwarding - Don’t Answer (Cancel)
ARNP - RT0: Self Office Identification Code for CCIS. If RT0 is assigned, service set tone will not be
heard.

NEAX2400 IPX Feature Programming Manual
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CCIS Networking via IP

C-163

C-163

CCIS Networking via IP

General Description
This feature allows the system to utilize the CCIS network over Internet/Intranet. To establish or release a call, an
IPTRK card is used for both speech and signal channels.
CCIS Network is utilized via the Internet/Intranet.
PBX

PBX

IPTRK

IPTRK

Point-to-Point Connection

Router

Internet/
Intranet

Router

Both Speech and CCIS Signal
Node A

Node B
IPTRK: IP Trunk

Operating Procedure
No manual operation is required.

Service Conditions
1.

2.
3.
4.
5.
6.
7.
8.

9.

To send or receive speech and CCIS signals, each node shall use an IPTRK circuit card(s). At this time,
the IPTRK cards in the self-node and each of its connected node must be in 1-to-1 ratio, respectively
(point-to-point connection).
Two IPTRK cards per unit are the maximum. Accordingly, a total of 16 IPTRK cards can be
accommodated per IMG.
Only voice and FAX (G3) information can be sent or received via IPTRK card.
The port, assignable for CCIS signaling, is only the 1st LEN of each HW block. Other ports are to be used
for speech channels.
A D-channel, assigned on an IPTRK card, can control the B-channels of the same card, and also those of
a maximum of 7 other IPTRK cards.
Tandem Path through function is not provided.
This feature supports QoS (Quality of Service) function.
When a system message indicates “TCP link failure” due to data congestion on the router or IP network,
a call cannot be made via an IPTRK circuit card. When a call is attempted despite this, the caller hears
busy tone.
When a system message related to “TCP link failure”, is created during call origination or speech, that
call’s speech channel is automatically restored via patrol function.

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C-163

CCIS Networking via IP

Service Conditions (cont’d)
10.

The table below shows CCIS service features to be provided beyond the nodes:
SERVICE FEATURE NAME

11.
12.
13.
14.

Page 878

CONDITION

A-45

Attendant Camp-On with Tone Indication - CCIS

Provided

B-9

Busy Verification - CCIS

Provided

C-44

Call Back - CCIS

Provided

C-45

Call Forwarding - All Calls - CCIS

Provided

C-46

Call Forwarding - Busy Line - CCIS

Provided

C-47

Call Forwarding - Don’t Answer - CCIS

Provided

C-50

Call Transfer - All Calls - CCIS

Provided

C-54

Call Transfer - Attendant - CCIS

Provided

C-55

Centralized Billing - CCIS

Provided

C-57

Centralized System Management Report - CCIS

Provided

D-68

Data Privacy on Demand - CCIS

Provided

D-71

Dial Access to Attendant - CCIS

Provided

D-74

Direct Termination - CCIS

Provided

D-75

Distinctive Ringing - CCIS

Provided independently

E-8

Executive Right of Way - CCIS

Provided

H-12

Hot Line - CCIS

Provided independently

I-17

Individual Attendant Access - CCIS

Provided

M-34

Message Reminder - CCIS

Provided

M-34D

Message Reminder - Dterm - CCIS

Provided

M-35

Message Waiting Lamp Setting - Attendant - CCIS

Provided

M-36

Message Waiting Lamp Setting - Station - CCIS

Provided

N-37

Name Display - System - CCIS

Provided independently

O-11

Off-Hook Queuing - CCIS

Provided

S-52

Serial Call - CCIS

Provided

S-59

Step Call - CCIS

Provided

S-73

Supervisory Call - CCIS

Provided

V-7

Voice Call - CCIS

Provided

This feature does not support Broad Band Services H0/H1.
This feature can use Link Re-connection function. At this time, service conditions are the same as those
for the normal CCIS network.
PAD can be provided for “receive” control only.
IPTRK-related tandem connection is not provided.

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CCIS Networking via IP

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Programming
STEP 1:

STEP 2:

Referring to the NEAX2400 IPX No. 7 CCIS System Manual, assign the entire basic data (such as
ASYD, ARTD, ATRK, ADPC, ACSC, ACIC1, ACIC2, MBTK, etc.) necessary for the establishment
of a CCIS Tie Line.
Enter IPTRK = 1 for both D-channel and B-channel routes on the ARTI command.
For the port assignment (B-ch) of the IPTRK card, see the IPTRK Circuit Card System Manual.
The CCIS signal controlling channel is determined in accordance with the CIC numbers of speech
channel. To provide multiple interfaces which vary from a single point code (taking CCIS and CCIS
network via IP services together within one network), CIC numbers and CICG (CIC Group) must be
assigned on the same interface. For further information, see the IPTRK Circuit Card System Manual.
AGIP - Assign the IP addresses of IPTRK card and connected router.
Kind:
IPTRK (CCIS)
IPTEN:
Assign the 1st LEN of IPTRK accommodated HW block
IPTK_IP:
Assign IP address of the IPTRK card
DG_IP:
Assign IP address of the router
ARP:
Select DIX
CLINK_NUM: Default value
SLINK_NUM: Default value
NETMSK:
Assign IP address of the Net Mask
MULT:
Select Point-to-Point
DST_IP:
Assign IP address of the Destination Node IPTRK card
QoS1:
0-7
QoS2:
0-7
NETID:
0-15
For further information, see the NEAX2400 IPX IPTRK Circuit Card System Manual.

NEAX2400 IPX Feature Programming Manual
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Page 879

C-167

Centralized Maintenance - CCIS

C-167

Centralized Maintenance - CCIS

General Description
This FCCS service allows all nodes (NEAX2400 IPX systems) in the multiple FCCS groups (networks where
multiple NEAX2400 IPXs are connected via FCCS link) and NEAX2000 IVS2 systems, connected via CCIS link,
to be maintained from a single MAT. The MAT used for this feature is called Centralized MAT.
Note: Requires NEAX2000 IVS2 Series 2000 or later software.

Operating Procedure
Refer to the NEAX2400 IPX CCIS No.7 System Manual.

Service Conditions
NEAX2000 IVS2

1.
2.
3.

The data transmission speed between a NEAX2000 IVS2 and a NEAX2400 IPX is 64 kbps maximum.
Internal MAT software for NEAX2400 IPX and NEAX2000 IVS2 are installed in a MAT and start up the
software at the node to be logged in to.
See the manual describing NEAX2400 IPX for the method of checking the log-in user.

NEAX2400 IPX

1.
2.
3.
4.

5.
6.

7.

8.

Page 880

All the systems in the network can be maintained by a single MAT (Centralized MAT).
The existing system (not NEAX2400 IPX) cannot be maintained via the Centralized MAT.
Time required for transmitting the 1 mbyte data (1 block of Data Memory) is 2 hours at 64 kbps data speed/
1 hour at 128 kbps data speed/15 minutes at 512 kbps data speed.
The number of MATs to be installed may vary depending on the customer specification (one or two MATs
can be used to centralize the MAT operation, and three or more MATs can be used to separate the MAT
operation).
By user ID and password written in the NDM of each FCCS group, the log-in user is checked when
logging in to the NEAX2400 IPX. This data is decided by the AUIDN command.
When on e of the conditions below are applied, the MAT is logged in to the node designated by the FPC,
but within the FCCS group where the MAT is installed, regardless of the designated FUG number (FCCS
group number) data.
a.) When no data is assigned to the SELF_FUG (FUG number in the self-FUG) in the AFUGN
command.
b.) When the FUG requested by the MAT is “0”.
c.) When the FUG requested by the MAT is the FUG number of the self-FUG.
The traffic information of the NEAX2000 IVS2 may be collected from the Centralized MAT by logging
into the NEAX2000 IVS2 node, and using the traffic information collecting command dedicated to the
NEAX2000 IVS2.
The function to collect traffic information of the NEAX2400 IPX is activated by logging into the NCN
(Network Center Node) of each FCCS group.

NEAX2400 IPX Feature Programming Manual
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Centralized Maintenance - CCIS

C-167

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
Assign the following data at the NCN in each FCCS group (FUG)
STEP 1: AFUGN - Assign the data related to FUG number
SELF_FUG: Assign the self-FUG number (0-4)
CENTER:
Checkbox is indicated for the self-FUG is the center FUG or not
CON_FUG: 0 = Delete Data
1 - 4, FUG number connected to self-FUG
Assign all the FUGs to be controlled by the Centralized MAT
NCN FPC: 0 = Delete Data
1 - 253, FPC of NCN in the connected FUG
Note: One FCCS group (FUG) number cannot be allocated to some FUGs in duplicate.
When a number other than “0” is entered to CON_FUG, “0” cannot be entered to the corresponding
NCN_FPC.
A single FUG is to be designated as the Center FUG in one network through FCCS groups and a NEAX2000
IVS2.
STEP 2: AEXFN - Assign the Point Code data for connecting to each FPC in FUG.
FUG:
Destination FUG number connected to self-FUG (1-4)
FPC:
Fccs network Point Code assigned at CON_FUG (1-253)
PC:
Point Code of node assigned at CON_FUG and connected to the node in remote FUG
via CCIS (PC assigned at ACSC) (1-16367)
Note: This command is not valid when the self-FUG number has not been allocated by the AFUGN command.
The self-FUG number cannot be entered in FUG parameter.
STEP 3: Confirm that the data assignment is correct by logging in to each node via the Centralized MAT. Reexamine the assigned system data if log-in cannot be activated.
For example: The network connection where this service is provided is classified in to three types.
• To connect FUG and FUG:
FPC 3
PC 3

FPC 1
PC 1

FPC 1
PC 4

FPC 3
PC 6

CCIS

FUG 1
NCN

FUG 2
NCN

Center FUG
FPC 2
PC 2

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FPC 2
PC 5

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C-167

Centralized Maintenance - CCIS

FCCS Programming (cont’d)
• To connect FUG and a NEAX2000 IVS2 (refer to the manuals for the NEAX2000 IVS2 for data
programming on the NEAX2000 IVS2 side):
FPC 3
PC 3

- - -

- - -

-

- - -

CCIS

-

NEAX2000
IVS2

-

FPC 1
PC 1

FUG 1
NCN

Center FUG
FPC 2
PC 2

• To connect a NEAX2400 IPX and a NEAX2400 IPX (NEAX2400 IPX stands for the FCCS node
working alone in an FCCS network):
PC 3
NCN
FPC 3

- - -

- - -

PC 5
FPC 5

NEAX2000
IVS2

FUG 2
PC 1

- - -

- - -

- - -

-

-

PC 4
FPC 4

-

CCIS

Center FUG

-

CCIS

- - -

CCIS

PC 2
NCN
FPC 2

-

FPC 1
NCN

-

CCIS

FUG 3

NEAX2000
IVS 2

Page 882

NEAX2400 IPX Feature Programming Manual
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Data Communication - CCIS

D-41

D-41

Data Communication - CCIS

General Description
This service allows Inter-Office data communication service where the Digital Interface (DTI) is used as the CCIS
Line over a T1 channel (Digital Link Channel).
With this service, the data communication line between synchronous and asynchronous terminals can be directly
connected to the DTI without using the MODEM Pooling or a DST card.

Operating Procedure
When transmitting data from Data Adapter

1.

Press the DATA key on Dterm (a); the LCD displays:
DATA

NE

Data Terminal

2.

C

NE C

Dterm (a)
with DA

CCIS
[Node B]

[Node A]

Dterm (b)
with DA

Data Terminal

Dterm (a) dials the number for Dterm (b); the LCD displays:
DATA XXXX

3.

Dterm (b) is being rung; the LCD displays:
WAIT DATA XXXX
RBT

[Node B]

NE C
NEC

Data Terminal

4.

Dterm (a)
with DA

[Node A]

CCIS

RG
RBT

Dterm (b)
with DA

Data Terminal

Dterm (b) answers; the LCD displays:
READY D YYY XX
TRK Name TRK Number

NE

C

NE C

CCIS
Data Terminal

5.

Dterm (a)
with DA

[Node A]

[Node B]

Dterm (b)
with DA

Data Terminal

Data communication ends.

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D-41

Data Communication - CCIS

Operating Procedure (cont’d)
When cancelling the data connection

Press the DATA key on Dterm (a); the LCD of Dterm (a) restores the display of Time and Date.
Note: If the opposite DTE is released, the buzzer on the Data Module/Data Adapter sounds three times.
Enter Release command RLS RETURN from the keyboard of the DTE. RLS and RELEASED are displayed
on the monitor screen. The data connection has been released.
1.

Service Conditions
1.

2.
3.

In Tandem Operation, the second T1 link does not have CCIS, so that a digital end-to-end connection
cannot be digital because no control signals are passed. In this case, MODEM Pooling (or use of DST
cards if installed) is necessary.
A data call originated from a DTE via the digital data line is valid only when the call is an LCR call. This
is also applicable to a tandem connection.
For 56 kbps synchronous data, a separate T1 channel with no voice capability is required.

Programming
STEP 1: AMND - The communication lineup to the office concerned is set up on an office code basis.
Note: When originating a call from a DTE, whether a digital line is to be seized or an analog line is to be seized
must be determined.
STEP 2: ARTD - Assign the designation of an analog line or digital line. A/D = 0/1: Analog/Digital Line Data.
Assign the designation of multiple connection or non-multiple connection.
GW = 0/1: -/Non-Multiple Connection
Note: For all the routes that may possibly be used in a call origination from a DTE, assign GW= 1 in advance.
Normally, GW is 0.
STEP 3: AKYD - Assign Feature Key data. Type:Function:DATA [29].
STEP 4: AMND - Assign A/D = 1.

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NEAX2400 IPX Feature Programming Manual
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Data Interface - Automatic Answer - CCIS

D-65

D-65

Data Interface - Automatic Answer - CCIS

General Description
This feature allows a data terminal to automatically answer an incoming CCIS call without manual operation,
therefore, providing the capability of receiving electronic mail.

Operating Procedure
AUTOMATIC ANSWER for terminating data calls, Automatic Answer Mode can be set by the following
methods

1.
2.
3.

Set the Data Module DIP switch to the proper setting.
Press the DISP/AUTO key of the Dterm to set the Data Adapter to Auto Answer ON.
Set Automatic Answer when assigning attribute data via the Dterm/Data Adapter or MAT.

Service Conditions
1.
2.

This feature can be cancelled at the data terminal by changing the DIP switch setting to Manual Answer
or by pressing the DISP/AUTO button of the Dterm again (the associated LED is extinguished).
This feature can be activated even if the Dterm station is in the DO NOT DISTURB - CCIS [D-76] mode.

Interactions
1.
2.
3.
4.

DATA INTERFACE-AUTOMATIC ANSWER for a Data Module is set via switch settings on the outside
of the Data Module.
DATA INTERFACE-AUTOMATIC ANSWER may be programmed from the Dterm via attribute data,
thus saving a programmable line/feature key.
When a Data Module is used between a Data Terminal and the PBX, certain character string sequences
relating to status are exchanged as call set up progresses.
After a call connection is made, the Data Module looks for the ESC character followed by RELEASE as
a disconnect request from the DTE. The Data Module requests a disconnect from the PBX.

Programming
STEP 1:

STEP 2:

ASDT - Assign a Telephone Equipment Class (TEC) of 13 to an LEN associated with a DLC, Data
Adapter. An associated LEN will also be assigned as a TEC 12, D term. Assign a TEC of 16 to an LEN
associated with a DTL, Data Module.
AKYD - Assign the following data to an available key:
TN:
1
STN: Station Number
TP:
Type of Dterm 0/1:
RING:
0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.
KYN: Key Number (1-40)

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D-65

Data Interface - Automatic Answer - CCIS

Programming (cont’d)
KYI:

KD:
FKY:

Page 886

Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
Not assigned for Feature Key
Feature Key Number
FKY = 30, AUTOMATIC ANSWER

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Data Line Security - CCIS

D-66

D-66

Data Line Security - CCIS

General Description
This feature allows line circuits used for data transmission to be protected from interruptions, such as,
ATTENDANT CAMP-ON WITH TONE INDICATION - CCIS [A-45], BUSY VERIFICATION - CCIS [B-9],
EXECUTIVE RIGHT-OF-WAY - CCIS [E-8], and ATTENDANT OVERRIDE [A-7].

Operating Procedure
No manual operation is required.

Service Conditions
1.

2.

If an Attendant or user attempts to set ATTENDANT CAMP-ON WITH TONE INDICATION [A-1] [A45], BUSY VERIFICATION [B-3, B-9], EXECUTIVE RIGHT-OF-WAY [E-1, E-8], or ATTENDANT
OVERRIDE [A-7], reorder tone will be received.
This feature is activated through system data programming (see CLASS OF SERVICE-INDIVIDUAL [C15]).

Interactions
1.
2.
3.
4.

This feature is usually programmed on a per-station basis.
The DATA LINE SECURITY feature functions both when calls are originated and when calls are
terminated.
CALL PICK-UP [C-7, C-30]: Calls directed to a station assigned a DATA LINE SECURITY feature can
be picked-up by another station.
DIRECT OUTWARD DIALING: If the Attendant Console extends a C.O. trunk to a station, the DATA
LINE SECURITY feature is not effective until after the Attendant Console has released from the
connection.

Programming
Per-Route Basis

ARTD - Assign CDN 44:PRV as data “1”, Line Privacy.
Per-Station Basis

ASFC - Assign data “0” to SFI-4 and SFI 11 to SFC programmed to the stations.
Per-Tenant Basis

ASYD - System Data 2, Index 0, Bits 1, 3, & 4. Assign as data “0”.

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Page 887

D-67

Data Line Privacy - CCIS

D-67

Data Line Privacy - CCIS

General Description
This feature automatically prevents interruptions from features such as ATTENDANT CAMP-ON WITH TONE
INDICATION - CCIS [A-45], BUSY VERIFICATION - CCIS [B-9], and EXECUTIVE RIGHT-OF-WAY - CCIS
[E-8] during data transmission through the CCIS network.

Operating Procedure
Data Connection (Dterm - Data Adapter/Data Module): No manual operation is required. When a data call is
activated (Data Adapter/Data Module), DATA PRIVACY - CCIS is set automatically. When the data transmission
has finished, DATA PRIVACY is automatically cancelled.

Service Conditions
1.

2.
3.
4.
5.
6.

The following connections are restricted when DATA PRIVACY - CCIS is active because transmitted
tones are involved in their operation.
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1, A-45]
BUSY VERIFICATION
[B-3, B-9]
EXECUTIVE RIGHT-OF-WAY
[E-1, E-8]
If these features are attempted, a reorder tone will be received.
DATA PRIVACY - CCIS cannot prevent disruptions in data transmission generated from outside the
CCIS network.
When the data call disconnects, DATA PRIVACY - CCIS is automatically cancelled.
When DATA PRIVACY - CCIS is activated, the circuit cannot be accessed by any PBX feature.
This feature cannot be activated at a Tandem Office in the CCIS network.
DATA PRIVACY - CCIS must be set at both communicating offices in the CCIS network.

Interactions
DATA PRIVACY - CCIS is the disallowing of the EXECUTIVE RIGHT-OF-WAY [E-1, E-8], BUSY
VERIFICATION [B-3, B-9], and ATTENDANT OVERRIDE [A-7] features. All of the above options will provide
the desired effect.

Programming
Per-Route Basis

ARTD - Assign CDN 44:PRV as data “1”, Line Privacy.
Per-Station Basis

ASFC - Leave data “0” to SFI 4 and SFI 11 to the SFC assigned to the stations.
Per-Tenant Basis

ASYD - System Data 2, Index 0, Bits 2, 3, & 4. Assign data “0”.

Page 888

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Data Privacy on Demand - CCIS

D-68

D-68

Data Privacy on Demand - CCIS

General Description
This feature allows a station user to prevent interruptions by features such as ATTENDANT CAMP-ON - CCIS [A45], BUSY VERIFICATION - CCIS [B-9], and EXECUTIVE RIGHT-OF-WAY - CCIS [E-8] during data
transmission through the CCIS network by dialing a DATA PRIVACY feature code.

Operating Procedure
To activate DATA PRIVACY ON DEMAND from a single-line telephone

1.
2.
3.
4.
5.

Lift the handset; receive Dial Tone.
Dial the desired station number.
Before starting data communications, switch hook flash; receive Special Dial Tone.
Dial the DATA PRIVACY ON DEMAND-CCIS access code; receive Service Set Tone.
Switch hook flash to return to the original connection, or wait 30 seconds to return automatically.

To cancel DATA PRIVACY ON DEMAND from a single-line telephone

1.
2.
3.

While connected, switch hook flash; receive Special Dial Tone.
Dial the DATA PRIVACY ON DEMAND-CCIS cancel code; receive Service Set Tone.
Switch hook flash to return to the original connection, or wait 30 seconds to return automatically.

Service Conditions
1.

2.
3.
4.
5.
6.
7.
8.
9.

The following connections are restricted when DATA PRIVACY ON DEMAND-CCIS is active as
transmitted tones are involved in their operation.
BUSY VERIFICATION-CCIS
[B-9]
ATTENDANT CAMP-ON WITH TONE INDICATION-CCIS [A-45]
EXECUTIVE RIGHT-OF-WAY-CCIS
[E-8]
If these features are attempted, a reorder tone will be received.
DATA PRIVACY ON DEMAND-CCIS cannot prevent disruptions in data transmission generated from
outside the CCIS network.
When the data call disconnects, DATA PRIVACY ON DEMAND-CCIS is automatically cancelled.
When DATA PRIVACY ON DEMAND-CCIS is activated, the circuit cannot be accessed by any PBX
feature.
A station user can activate this feature at any time during data transmission.
DATA PRIVACY ON DEMAND-CCIS cannot be activated for a station user from the Attendant
Console.
This feature can be activated for both originating and terminating calls.
This feature cannot be activated at a Tandem Office in the CCIS network.
DATA PRIVACY ON DEMAND-CCIS must be set at both communicating offices in the CCIS network.

Interactions
A single-line telephone may have set both ATTENDANT CAMP-ON WITH TONE INDICATION [A-45] and
DATA PRIVACY ON DEMAND-CCIS.

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D-68

Data Privacy on Demand - CCIS

Programming
STEP 1:
STEP 2:

Page 890

ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H)
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to DATA PRIVACY ON DEMAND, SRV = SSCA (Service Code
Appendix), SIDA = 48, DATA PRIVACY cancel, with a Connection Status Index (CI) of Hooking
(H).

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Data Transparency - CCIS

D-69

D-69

Data Transparency - CCIS

General Description
This feature provides a DATA TRANSPARENCY path between nodes within the CCIS network for data
transmission using a Data Module or D term/ Data Adapter.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.

Upon data call origination or termination using a Data Module equipped DTE, certain character string
sequences relating to status are exchanged over the CCIS network during call set up.
After the data connection is established, the Data Module looks for a disconnect request from the DTE,
which consists of the ESC character followed immediately by RELEASE.
An asynchronous transparency path up to 9600 bps is provided.
A synchronous transparency path up to 48 Kbps is provided.

Programming
No programming is required.

NEAX2400 IPX Feature Programming Manual
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Page 891

D-70

Deluxe Traveling Class Mark - CCIS

D-70

Deluxe Traveling Class Mark - CCIS

General Description
This feature provides call connection restrictions within the CCIS network. The following three types of restrictions
are allowed:
• Deluxe Traveling Class Mark Restriction
• Route Restriction
• Numbering Restriction

Operating Procedure
Refer to the NEAX2400 IPX Office Data Specification.

Service Conditions
1.
2.
3.
4.
5.

6.

The Route Restriction Class (RSC) of the calling party is sent to the called office as a Deluxe Traveling
Class Mark (TCM), which is used for call restriction.
A maximum of 15 restriction levels can be sent as a TCM.
The transmitted TCM is used to check restrictions on calls outside the CCIS network.
Route Restriction is used to restrict a call based on the caller’s restriction class and the selected route.
Numbering Restriction is used to restrict a call based on the number dialed. The following three types of
Numbering Restrictions are used:
• Toll Restriction
• Toll Restriction-3/6 Digit
• Unauthorized Code Restriction
The following additional restriction features can be used by an office within the CCIS network:
• Time-of-Day Change
• Clocked Manual Override
• Attendant Manual Override

Interactions
DELUXE TRAVELING CLASS MARK - CCIS is required when used in an EPN or ETN environment. It is not
required for CCIS.

Programming
ARTD - The CCIS TIE Line voice/data route(s) over T-1 should be assigned as shown below. Assign
CDN 40:TCM as data “1” for Traveling Class Mark.
RT: 1
2-ONSG :2
4-INSG
:2
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
13-AC
:1
15-LSG
:12
30-PAD
:7 (optional)
40-TCM :1
43-BT
:1
49-TRKS :0/1
50-DPLY :1

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Dial Access to Attendant - CCIS

D-71

D-71

Dial Access to Attendant - CCIS

General Description
This feature allows a user to access an Attendant Console through the CCIS network by dialing an Operator Call
Code.

Operating Procedure
To access an Attendant Console

1.
2.
3.

Dial the Operator Call Code; receive ringback tone.
The ATND lamp on the Attendant Console flashes for INCOMING CALL IDENTIFICATION - CCIS.
The Attendant answers the call.

Service Conditions
The attendant can complete these calls to trunk facilities, if allowed by the station’s CLASS OF SERVICE [C-15].
Therefore, the Attendant can extend a station call to another station in the CCIS network.

Interactions
1.
2.
3.
4.

5.
6.

Stations will terminate to the Attendant Console.
If Tenant A is not equipped with an Attendant Console, stations in Tenant A may terminate at Tenant B’s
Attendant Console. Tenant B’s Attendant Console must be programmed to accept the calls from Tenant A.
Stations may dial the ASAT number to terminate at a specific Attendant Console. See INDIVIDUAL
ATTENDANT ACCESS [I-6].
When the system is in the Night mode, a station dialing “0” can be answered by the assigned
ATTENDANT NIGHT TRANSFER [A-19] station, if provided. However, when the ASAT number is
dialed in the Night mode, reorder tone is returned. No connection is allowed to the ATTENDANT NIGHT
TRANSFER [A-19] or telephone number.
A remote station in TN 2 will ring the ATTENDANT CONSOLE of TN 2 in the MAIN NODE.
A remote station in TN 2 will ring the Attendant Night Transfer station of TN 2 in the MAIN NODE.

Programming
Main Node

STEP 1:

STEP 2:
STEP 3:
STEP 4:

ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N) and Hooking
(H). Assign the NND in accordance with a predetermined numbering scheme. Usually level “0” is
assigned for the Attendant Console.
ASPA - For access code “0”, assign SRV = SSC (Service Code), SID = 2 for Operator Call. Assign for
a Connection Index (CI) of Normal (N) and Hooking (H).
ATNR - Allow tenant-to-tenant connection for Inter- and Intra-tenant connections. TRI=0 and TRI=4.
ASAT - Assign a specific number to the Attendant Console.

Satellite Node

STEP 1:

STEP 2:

ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N) and Hooking
(H). Assign the NND in accordance with a predetermined numbering scheme. Usually level “0” is
assigned for the Attendant Console.
ASPA - For access code “0”, assign SRV = LCR (Least Cost Routing) to Main Node.

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D-71

Dial Access to Attendant - CCIS

Programming (cont’d)
STEP 3:

Page 894

ATNR - Allow tenant-to-tenant connection for Inter- and Intra-tenant connections. TRI=0 and TRI=4.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Digital Display - Station - CCIS

D-72

D-72

Digital Display - Station - CCIS

General Description
This feature provides the Attendant Console with a visual display of the telephone number, the Trunk Route
Restriction CLASS OF SERVICE [C-15], and tenant number during Attendant-to-Station connection within the
CCIS network.

Operating Procedure
The DIGITAL DISPLAY is automatically activated whenever the Attendant Console answers an incoming call from
a station or originates a call to a station.

Service Conditions
1.
2.
3.
4.

5.

The tenant number appears on the left side of the display, followed by the Trunk Route Restriction class,
then the station number. See Example 1.
If the Trunk Route Restriction Class and/or tenant number are not single digits, refer to Examples 2 and 3.
If the station dialed by the Attendant Console is busy or in LINE LOCKOUT [L-3] mode, only the
telephone number will be displayed.
The DIGITAL DISPLAY is limited to six digits. Since the CLASS OF SERVICE [C-15] and Trunk Route
displays are in numerical form, a list must be provided for the Attendant to explain the restrictions of each
CLASS OF SERVICE [C-15] number and Trunk Identification number.
The DIGITAL DISPLAY will occur automatically whenever a call is answered or originated by the
Attendant.
Example 1: Single-digit Trunk Route Restriction class and Tenant number; four-digit station number:

1

Tenant
Number

1

2

Route
Restriction
Class

2

2

2

Telephone
Number

Example 2: Two-digit Trunk Route Restriction class of Tenant number; four-digit station number:

2

2-Digit Route
Restriction
or Tenant Number

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

2

2

2

Telephone
Number

Page 895

D-72

Digital Display - Station - CCIS

Service Conditions (cont’d)
Example 3: When five-digit station numbering is used, only the station number is displayed:

2

2

1

1

2

Telephone
Number
Note:

When the telephone number exceeds 6 digits, last 6 digits are displayed.

Interactions
1.

2.

3.

CALL FORWARDING - CCIS [C-45, 46, 47]: Calls are forwarded from Station A to Station B. When the
Attendant extends a call to Station A, Station B’s number is indicated on the DIGITAL DISPLAYSTATION rather than Station A’s number.
STATION HUNTING [S-7, 8, 9]: The Attendant Console extends a call to a busy telephone in a Hunt
group. The terminating telephone number is indicated on the DIGITAL DISPLAY-STATION rather than
the called telephone number.
DIGITAL DISPLAY STATION feature will occur whenever the Attendant performs any of the following
actions:
a.) Extends an incoming call to a user.
b.) Originates a call to a user.
c.) Answers a recall or call forwarding call.
d.) Re-enters a held station call.

Programming
ASYD - System Data 1, Index 82, Bits 4-7. Assign a hex value according to the length of station
number choice.
HEX- Station Information:
0: TN + CLS + 4-digit Station Number.
1: TN + 4-digit Station Number.
2: RSC+ 4-digit Station Number.
3: TN + 5-digit Station Number.
4: RSC+ 5-digit Station Number.
5: Station Number.

Page 896

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Digital Display - Trunk - CCIS

D-73

D-73

Digital Display - Trunk - CCIS

General Description
This feature provides a visual indication at the Attendant Console of incoming and outgoing trunk calls through the
CCIS network. Trunk Identification number, Trunk Route number, and tenant number or Central Office trunk code,
are displayed on a six-digit digital display.

Operating Procedure
The digital display is automatically activated whenever the Attendant answers or originates a trunk call.

Service Conditions
1.
2.
3.
4.

5.
6.
7.

All trunks (WATS, FX, CCSA and TIE) will appear on the digital display.
The tenant number is displayed on the left side of the digital display, followed by the Trunk Route number,
and then the Trunk Identification number.
If the Trunk Route number is three digits, the tenant number is not displayed.
The DIGITAL DISPLAY is limited to six digits. Because the Class Of Service and Trunk Route displays
are in numerical form, a list must be provided for the Attendant, giving an explanation of each Class Of
Service and Trunk Identification number.
The DIGITAL DISPLAY-TRUNK - CCIS feature displays either Trunk Route information or a four-digit
Central Office code. These options are selected on a per-trunk-group basis.
When Trunk Route information is displayed, one digit identifies the tenant, two digits identify the trunk
group, and three digits identify the trunk number.
The DIGITAL DISPLAY-TRUNK - CCIS will appear automatically whenever the Attendant answers or
originates:
a.) An incoming C.O. call
b.) Incoming TIE Line call
c.) Intercept call
d.) Outgoing C.O. call
e.) Outgoing TIE Line call
f.) Reenters a held trunk call.
Example 1: Trunk

1

2

Tenant
Number

Route
Number

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

1

2

Trunk ID
Number

Page 897

D-73

Digital Display - Trunk - CCIS

Service Conditions (cont’d)
Example 2: Trunk

2

1

1

2

Central Office
Trunk Code

Interactions
1.
2.

3.

4.

For display purposes only, Route and Trunk numbers and Central Office Codes may be used
simultaneously in the same system and are applied on a per-route basis, via ARTD, CDN 25:R/L.
If System Data 1, Index 68 bit 2 is assigned for Individual Trunk Access to be the ACOC code, then all
trunks in all routes in the system must have the ACOC code assigned. Trunk Routing display information:
1 digit identifies the tenant
2 digits identify the trunk group
3 digits identify the trunk number.
DIGITAL DISPLAY-TRUNK - CCIS feature will occur whenever the Attendant answers/originates:
Incoming CO-type (DID, 2-way, 1-way INC, FX, WATS) calls
Incoming TIE Line calls
Intercept calls
Outgoing CO-type (DOD, WATS, FX) calls
Outgoing TIE Line calls
Reenters held trunk calls.
By pressing the loop key of a camped-on call, the Attendant can determine both the trunk and telephone
numbers of the camped on call. See ATTENDANT CAMP-ON WITH TONE INDICATION - CCIS [A45].

Programming
STEP 1:
STEP 2:

ASYD - System Data 1, Index 68, bit 1. Type of INDIVIDUAL TRUNK ACCESS, 0/1: Route and
Trunk Number/Central Office Code.
ARTD - In CDN 25:R/L, if data “0” is assigned, then tenant, route number, and trunk number is
displayed. If data “1” is assigned, then Central Office code is displayed. The ACOC command must be
assigned.

Route And Trunk Number

STEP 3:

ATRK - The route and trunk number assigned here provides the system with the information on type of
routes and their associated trunks, LENs, numbers of tenants, and any CLASS OF SERVICEINDIVIDUAL [C-15] route restriction information.

Central Office Code

STEP 4:

Page 898

ACOC - Each trunk must be assigned a Central Office Code.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Direct-In Termination - CCIS

D-74

D-74

Direct-In Termination - CCIS

General Description
This service feature allows Inter-Office Direct-In Termination for a case where an incoming call addressed to a
station in a PBX from a C.O. line is to be terminated to a station belonging to a different PBX in the CCIS network.

Operating Procedure
1.

A DIT call terminates to Node A.

PUBLIC
SWITCHED
TELEPHONE
NETWORK
DIT CALL
ATT
DIT TRUNK
STN (a)

2.

STN (b)

CCIS
[Node A]

[Node B]

The DIT call terminates to Node B through CCIS and rings station B in Node B.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

RBT

ATT

RG

DIT TRUNK
STN (a)

CCIS
[Node A]

[Node B]

STN (b)

Service Conditions
1.
2.
3.

Bothway trunks can be used for DIRECT-IN TERMINATION, but incoming only trunks are
recommended.
It is not necessary to order special DID trunks as is required with DIRECT INWARD DIALING [D-8].
However, care should be exercised in the application of central office trunk hunting.
If the called party is busy, the following conditions apply:
a.) When the call is directly terminated, the call will ring until the called station becomes idle or the
call is forwarded to an attendant according to the system data.
b.) In case of the call terminated via tandem connection (the call is originated from C.O. line and
CCIS line is intermediate interface), the call waits for a certain time and tries to terminate to the
destination (the call is not forwarded to Attendant Console irrespective of the system data).

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 899

D-74

Direct-In Termination - CCIS

Service Conditions (cont’d)

4.
5.
6.
7.

8.
9.

c.) In case the call is terminated via tandem connection (the call is originated from ISDN line and
CCIS line is intermediate interface), the call is disconnected (the call is not forwarded to
Attendant Console irrespective of the system data).
If there is no answer at a station, the calling party will continue to receive Ring Back Tone. There is no
AUTOMATIC RECALL [A-8] to the attendant.
Once a call is answered, it can be processed by the called station like any normal trunk call.
DIRECT-IN TERNIMATION is mutually exclusive with NIGHT CONNECTION-FIXED [N-1].
If the station is assigned to a STATION HUNTING [S-7, 8, 9] group, the incoming call will follow the
hunt group station assignment. If the station is in CALL FORWARDING mode, the incoming call is
connected to the CALL FORWARDING target station.
Direct-In Termination trunks can be programmed to terminate elsewhere in the night mode.
DIRECT-IN TERMINATION must be assigned as Ground Start.

Programming
STEP 1:

STEP 2:
STEP 3:

STEP 4:

STEP 5:
STEP 6:

STEP 7:
STEP 8:
STEP 9:

Page 900

ASYD - System 1, Index 72, bit 6.
Distinctive ringing only for DIT and DID calls.
System 2, Index 11, bit 7. Disposition of DIT call when station is busy.
ACSA - CSIA: 3, assign for Direct-In Termination-Outside.
ACSI - Assign Direct-In Termination-Outside data.
CSI = 6:
Night Connection-Outside
CSI = 7:
Direct-In Termination-Outside (Day/Night)
When assigning above data, ADC (Speed Calling Abbreviated Digit Codes) must be used.
ACFR - Assign the DIT operation in day and night modes.
Day only:
TSFI=3
Night only:
TSFI=2
Day and night: TSFI=2
TSFI=3
The restriction is released according to each pattern.
ARSC - Assign allowable data into RRI = 0, 1 (connection parameter) with regard to the route
restriction (RSC) of the DIT connection station.
ARTD - Assign Route Data paying attention to the following parameters.
CDN 12:DR = 0/1: Distinctive Ringing is not required/Distinctive Ringing is required CDN 15:LSG =
1 (Ground Start)
ARRC - Assign Route to Route Restriction data.
ASPD - Assign the telephone number for the ADC. (See SPEED CALLING-SYSTEM [S-3].)
ASFC - SFI 12 = 1

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Distinctive Ringing - CCIS

D-75

D-75

Distinctive Ringing - CCIS

General Description
This service feature allows Inter-Office Distinctive Ringing for a call terminated from a different PBX in the CCIS
network.

Operating Procedure
1.

Station (c) and the Attendant in Node A are engaging in a call.

STN (c)
[Node C]
ATT

CCIS

STN (a)

CCIS
[Node B]

[Node A]

2.

STN (b)

The Attendant dials the number for Station (b); receives ringback tone. Station (c) receives Hold Tone,
and Station (b) is rung (Distinctive Ringing).

STN (c)
[Node C]
Hold Tone

RBT

RG

CCIS

ATT

STN (a)

STN (b)

CCIS
[Node A]

[Node B]

Service Conditions
1.

2.

3.

Ring for Incoming Internal Calls on CCIS network:
2-seconds on
4-seconds off
2-seconds ring
4-seconds off
Ring for Incoming External Calls on CCIS network:
1-second on
2-second off or 2-second on
4-second off
This feature may be assigned to individual trunk routes via system data programming.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 901

D-75

Distinctive Ringing - CCIS

Programming
STEP 1:

STEP 2:
STEP 3:

Page 902

ASYD - System 1, Index 72, Bit 6.
Distinctive ringing only for DIT and DID calls.
System 3, Index 0: Assign the timer value of the ringer used at the time of local line incoming. (ringer
pattern 0).
System 3, Index 1: Assign the timer values of the ringer used at the time of station call. (ringer pattern
1).
System 3, Index 3, Bit 0: 2 burst (0.4 sec-ON, 0.2 sec-OFF, 0.4 sec-ON) ON-Timer for Ringer Pattern
0. 0/1 = Not Required/Required.
System 3, Index 3, Bit 1: 2 burst (0.4 sec-ON, 0.2 sec-OFF, 0.4 sec-ON) ON-Timer for Ringer Pattern
1 0/1 = Not Required/Required.
ASFC - Allow Burst Ringing (SFI = 48) to the SFC of the incoming station.
ARTD - Assign CDN 12:DR = 1 to the route class of the incoming trunk in the CCIS Route.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Do Not Disturb - D term - CCIS

D-76D

D-76D

Do Not Disturb - Dterm - CCIS

General Description
This feature allows a D term user to temporarily establish a DO NOT DISTURB status, during which time incoming
CCIS calls will be denied access to the MY-Line of the Dterm.

Operating Procedure
To set

1.

Press the DO NOT DISTURB (DND) key. The associated LED will light. The LCD displays:
DND SET
(Time Display)

To cancel

1.

Press the DO NOT DISTURB (DND) key. The associated LED will be extinguished. The LCD displays:
DND CANCEL
(Time Display)

Service Conditions
1.
2.
3.
4.

5.
6.

This service can only be set or cancelled while the Dterm is idle.
Line appearances programmed to ring will not do so while DND is set.
While DND is set, outgoing calls can be made from the My-Line. Incoming calls can be answered on all
lines except the My-Line.
DND is not displayed on a calling Dterm’s LCD when the called station is in DND mode (ASFC: SFI 114
= 1), and reorder tone is sent to the calling party. No indication will appear when the called station is a
HOTLINE [H-12] in the DO NOT DISTURB mode.
If the DND station is in a Hunt group, that station will be skipped in the hunting pattern.
The following service features are denied to the DND station:
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-45]
ATTENDANT OVERRIDE
[A-7]
[B-6]
BOSS-SECRETARY OVERRIDE-Dterm
BUSY VERIFICATION - CCIS
[B-9]
CALL WAITING-TERMINATING
[C-12]
CALL WAITING-ORIGINATING
[C-31]
EXECUTIVE RIGHT-OF-WAY - CCIS
[E-8]
VOICE CALL - CCIS
[V-7]

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 903

Do Not Disturb - D term - CCIS

D-76D

Interactions
1.
2.

DATA INTERFACE-AUTOMATIC ANSWER - CCIS [D-65] may not be activated if the Dterm station
is in the DND mode.
CALL FORWARDING-BUSY LINE - CCIS [C-45]: This feature can be activated to an idle station that
has set DO NOT DISTURB - CCIS.

Programming
STEP 1:

STEP 2:
STEP 3:

Page 904

AKYD
TN:
STN:
TP:
RING:

- When assigning key data for the Dterm, assign the following:
1
Station Number
Type of Dterm 0/1:

0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter
KYN: Key Number (1-40)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Not assigned for Feature Key
FKY: Feature Key Number
FKY = 50, DO NOT DISTURB.
ADSL - Assign DND key; Assign SN=0 (Idle) and FKY=50 (Do Not Disturb).
This command is used for assigning a function to each soft key.
ASFC - Select an indication type (REST/DND) on the display of a Dterm when it terminates to a
station that has been set to DO NOT DISTURB.
SFI = 114 Calling Party DND Indication (Dterm) 0/1: REST/DND.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Data Hotline - CCIS

D-86

D-86

Data Hotline - CCIS

General Description
This feature allows data stations to access Data Terminal Equipment (DTE) in a satellite office of a CCIS network,
by automatically dialing a SPEED CALLING-SYSTEM [S-3] number.

Operating Procedure
1.

Manual CALL Origination via a Data Adapter:
a.) Press the Dterm DATA key
b.) The DATA lamp will flash and the calling Dterm will display the following:
DATA

XXXX
(Time Display)

2.

Manual Call Origination via Keyboard Dialing:
a.) Enter DM CALL at the terminal
b.) The display of the terminal will indicate the following:
CALLING
(Time Display)

3.

Activation of Data Terminal Ready (DTR) via a Data Adapter:
a.) Activate Equipment Ready (ER) or DTR from the data terminal equipment.
b.) The D term will display the following:
CALLING
(Time Display)

4.

Activation of DTR via Keyboard Dialing:
a.) Activate ER or DTR from the Data Terminal Equipment.

Service Conditions
The following hardware supports this feature:
PA-4DLCC issue 14A/PA-8DLCH
Dterm:
PA-4DLCE issue 1A/PA 16ELCD (when set in DLCH mode)
PA-4DLCF
Data Module:
PA-4DTLA issue 7A
Modem Trunk:
PA-4MDTA issue 2A PA-M28

Interactions
1.
2.
3.

SPEED CALLING-SYSTEM [S-3] must first be provided.
FORCED ACCOUNT CODES [F-7] and AUTHORIZATION CODES [A-20] cannot be programmed for
use via SPEED CALLING-SYSTEM.
Pauses are programmable from the MAT, using the P of the keyboard. Pauses consume one digit of the 24
digits available. A pause lasts for 2.8 seconds.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 905

D-86

Data Hotline - CCIS

Interactions (cont’d)
4.
5.
6.

TOLL DIVERSION/TOLL DENIAL [T-6] and TOLL RESTRICTION-3/6 DIGIT [T-7] will not interact
with this feature if a station is allowed access to an ADC via Service Feature Class.
This feature designates the use of a SPEED CALLING-SYSTEM [S-3] number when the DATA key is
activated.
UNIVERSAL SENDER [U-3] must also be provided.

Programming
STEP 1:
STEP 2:

STEP 3:

STEP 4:

STEP 5:

STEP 6:

STEP 7:

Page 906

ASDT - Assign the Data Terminal Number.
AKYD - Assign the Dterm feature keys.
FKY: Feature Key Number
29: Data (DATA)
30: Display/Auto (DSPY/AUTO)
31: Data Transfer (DTX)
ATNR - Assign Connection Restriction for tenant.
RES:
0:
Restricted
1:
Allowed
AEFR - Assign Connection Restriction for RSC.
RSC1: Calling Restriction Class (0-15)
RSC2: Calling Restriction Class (0-15)
RES: Restriction Data
0:
Restricted
1:
Allowed
ADA1 - Assign DTE Attribute Data 1.
CDN: Counter Display Number = 1
MEDIA:1-15
2:
Data
CDN: Counter Display Number = 2
MEDIA:0-15
0:
2400 Protocol
1:
X. 20
2:
X. 21
3:
V. 24 200 Series
4:
X. 20 bis
5:
X. 21 bis
6-15: Not used
ASPD - Assign the Speed Calling:
ADC:
Abbreviated Digit Code (2 or 3 digits)
00-99:
100 Speed-Calling Numbers
000-999:
1000 Speed-Calling Numbers
CD:
Telephone number (maximum 24 digits) corresponding to the ADC.
AHLS - Assign speed numbering for TN No. of Hotline Terminal, station number.
HOT TN:
Hotline Tenant Number
NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Data Hotline - CCIS

D-86

Programming (cont’d)

STEP 8:

STN:
Hotline Station Number
TYPE:
Connection Type
2:
ADC
ADC:
Speed Calling Code (2 or 3 digits)
ADA2 - Assign Terminal Attribute Data 2, HL = 1 Hotline terminal connection.
CDN:
Counter Display Number
13:
HL (Hotline Terminal)
HL:
0/1
1:
Hotline

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 907

D-91

Dialed Number Display - Recall - CCIS

D-91

Dialed Number Display - Recall - CCIS

General Description
When the Attendant Console makes an outgoing call to a CCIS line by means of a tandem connection, and the
Attendant has left the call by pressing the RELEASE button before the called Party answers, the Attendant Console
will be recalled if the Called Party does not answer. This service feature changes the display, when the Recall is
answered, from Route and Trunk to Dialed Number.

Operating Procedure
1.

Subscriber (a) and the Attendant in Node A are engaging in a call through a DID line.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

ATT

DID

STN (b)

CCIS
[Node A]

[Node B]

Subscriber (a)

2.

The Attendant dials the number for Station (b); receives ringback tone. Subscriber (a) receives Hold Tone,
and Station (b) is rung (Distinctive Ringing).

PUBLIC
SWITCHED
TELEPHONE
NETWORK

RG

RBT

RBT

ATT

Distinctive
Ringing

Hold Tone
DID

STN (b)

CCIS
[Node A]

[Node B]

HT
Subscriber (a)

3.

The Attendant presses the RELEASE key; Subscriber (a) receives ringback tone.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

RBT

RG

ATT
DID
RBT

STN (b)

CCIS
[Node A]

[Node B]

Subscriber (a)

Page 908

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Dialed Number Display - Recall - CCIS

D-91

Operating Procedure (cont’d)
4.

If, after a predetermined time has elapsed, Subscriber (a) is not connected with Station (b), the call is
recalled to the Attendant Console in Node A and it answers. Press the DEST key; the dialed number of
Station (b) is indicated. Station (b) continues to ring until the Attendant presses CANCEL Key.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

ATT

DID

CCIS
[Node A]

STN (b)
[Node B]

Subscriber (a)

Service Conditions
If the called party answers after the Attendant has answered the recall, the display changes from dialed number to
the answering telephone number. A three-way conference is made.

Programming
No programming is needed.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 909

Dual Hold Dterm - CCIS

D-93D

D-93D

Dual Hold Dterm - CCIS

General Description
This feature allows two connected Dterms to simultaneously be placed on non-exclusive hold over a CCIS link. This
enables the held parties to answer or originate a call from a sub-line appearance or the idle Prime Line.

Operating Procedure
To place a call

1.
2.

When two Dterms are connected via CCIS, either Dterm user can press the HOLD button and place the other
Dterm on NON-EXCLUSIVE HOLD-Dterm [N-7D].
If the held Dterm user wishes to originate or answer another call from a multi-line appearance, the held
Dterm presses the HOLD button and places the CCIS connection in a DUAL HOLD condition.

To answer a call

1.

The Dterm user goes off hook and presses the held line. If MUSIC ON HOLD [M-7] is heard (if provided),
the other Dterm has placed the connection on hold. MUSIC ON HOLD [M-7] will be heard until the
connected Dterm presses the held line and enters the call.

Service Conditions
1.
2.

While the call is in DUAL HOLD, AUTOMATIC RECALL-Dterm [A-8D] will be initiated after the timeout.
DUAL HOLD - CCIS cannot be activated for calls established by:
BUSY VERIFICATION - CCIS
[B-9]
ATTENDANT CAMP-ON WITH TONE INDICATION - CCIS [A-45]
EXECUTIVE RIGHT-OF-WAY - CCIS
[E-8]

Programming
ASYD - System Data 1, Index 144. Recall timer for NON-EXCLUSIVE HOLD. Assign data 00H for
30 seconds. ROM default is 3FH.
System Data 2, Index 12, Bit 0. Is Automatic Recall Ringing provided on a per-tenant basis? 0/1: Yes/
No.

Page 910

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Executive Right-of-Way - CCIS

E-8

E-8

Executive Right-of-Way - CCIS

General Description
This service feature allows Inter-Office Executive Right-of-Way when the bridging-in station and the bridged
station respectively, belong to a different PBX in the CCIS network.

Operating Procedure
While Stations A and B are engaging in a call, Station C goes off-hook and receives dial tone.

STN (a)

CCIS
DT

1.

STN (b)
[Node B]

[Node A]

DT

STN (c)

2.

Station C dials the number for Station B and receives busy tone.

CCIS

STN (a)
BT

[Node A]
STN (c)

BT

Station C switch hook flashes and receives special dial tone.

STN (a)

CCIS

SP
DT

3.

STN (b)
[Node B]

STN (b)
[Node B]

[Node A]

SPDT

STN (c)

4.

Station C dials the Executive Right-of-Way access Code; Stations A, B and C receive Warning Tone.
Station C is added to the connection between Stations A and B, making it a 3-Way connection.
DCFT

STN (a)
[Node A]

STN (b)

CCIS
[Node B]

STN (c)

NEAX2400 IPX Feature Programming Manual
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Page 911

E-8

Executive Right-of-Way - CCIS

Operating Procedure (cont’d)
5.

Station A hangs up; Stations C and B remain connected with each other until either or both go on-hook.

STN (a)
[Node A]

STN (b)

CCIS
[Node B]

STN (c)

Service Conditions
1.
2.

3.
4.
5.

Two burst tones are transmitted upon activation to alert connected parties that an EXECUTIVE override
connection is being made.
EXECUTIVE Right-of-Way may be denied if the busy station is:
a.) Dialing or in LINE LOCKOUT [L-3]
b.) Listening to a tone
c.) Being rung
d.) Protected from override via CLASS OF SERVICE-INDIVIDUAL [C-15]
e.) Protected by DATA LINE SECURITY [D-12]
f.) Being connected to an Attendant loop
g.) Activating a conflicting feature such as:
Attendant CAMP-ON WITH TONE INDICATION - CCIS
[A-45]
BUSY VERIFICATION - CCIS
[B-9]
CALL FORWARDING-ALL CALLS
[C-5]
CALL HOLD
[C-6]
CALL TRANSFER - CCIS
[C-50, 54]
CONSULTATION HOLD-ALL CALLS - CCIS
[C-58]
CALL PARK
[C-29]
CALL WAITING-TERMINAL
[C-12]
THREE-WAY CALLING
[T-2]
In any of the above instances, the calling station will receive reorder tone.
If after the 3-Way bridge is established, one party disconnects, the remaining two parties will still be
connected.
The maximum number of simultaneous EXECUTIVE overrides allowable is dependent on the number of
Digital Conference Trunks included in the TSW/MUX cards at the called office on the CCIS network.
This feature can be denied on DICTATION [D-3] and PAGING [P-1] connections through programming
in system data.

Programming
STEP 1:
STEP 2:
STEP 3:

Page 912

ASYD - System 2, Index 0, Bit 1. Assigns Executive Right-of-Way (1).
ANPD - Assigns minimum necessary number of digits for the first number of the access code for
Executive Right-of-Way.
ASPA - Assigns the access code for Executive Right-of-Way.
CI = B (Busy)
SRV = SSC (Service Code)
SID = 4

NEAX2400 IPX Feature Programming Manual
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Executive Right-of-Way - CCIS

E-8

Programming (cont’d)
STEP 4:

STEP 5:
STEP 6:
STEP 7:
STEP 8:

ASFC - Assigns Executive Right-of-Way Calling (SFI = 3) to the SFC of the station setting Executive
Right-of-Way. Also assigns Executive Right-of-Way-Called (SFI = 4) and Attendant Camp-On (SFI =
11) to the SFC of the station to which Executive Right-of-Way is set. At the remote node, assign SFI 3,
4 and 11 to SFC 0.
ATRK - Assigns the trunk for 3-Way Calling (assigned at RT = 909).
MBTK - Make the above trunk idle.
AKYD - Assigns Override key on a Dterm, if necessary Type:Function:EXECUTIVE RIGHT-OFWAY [3].
ADSL - Assign Override key; Assign SN=3 (Called Station Busy) and FKY=3 (Executive Right-ofWay).
This command is used for assigning a function to each soft key.

NEAX2400 IPX Feature Programming Manual
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Page 913

E-9

Elapsed Time Display - CCIS

E-9

Elapsed Time Display - CCIS

General Description
This feature provides an LCD display of the time elapsed while a Dterm is connected to any trunk through the CCIS
network.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.

4.
5.
6.

The elapsed time is displayed in the eight left-side positions of the LCD display.
The elapsed time can reach a maximum of 9 hours, 59 minutes and 59 seconds, after which the clock
returns to zero.
A continuous time display will occur during CONSULTATION HOLD - ALL CALLS - CCIS [C-58],
THREE-WAY CALLING [T-2], EXCLUSIVE HOLD - D term [E-4D] and NON-EXCLUSIVE HOLD Dterm [N-7D].
When a call is transferred, the elapsed time of the party receiving the transfer begins at zero.
When the D term returns to the original call from CALL TRANSFER - ALL CALLS - CCIS [C-50] or
CALL HOLD [C-6] [C-6D], the elapsed time begins at zero.
The elapsed time is not displayed when the station is in a specific condition, such as:
a.) three-way conference
b.) connecting to trunk with a held trunk.

Programming
No programming is required.

Page 914

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

E911 - ANI Unified Number of Digits - CCIS

E-20

E-20

E911 - ANI Unified Number of Digits - CCIS

General Description
This feature allows a station or Attendant Console, called via CCIS, to perform E911-ANI service. This feature is
functionally identical to AUTOMATIC NUMBER IDENTIFICATION (ANI) [A-87].

Operating Procedure
The operating procedure is the same as that of a normal outgoing connection.

Service Conditions
1.
2.

3.
4.

5.

This feature is available in the U.S.A. and Canada.
The ANI function for E911 outgoing connections is applied to:
a.) Least-Cost Route (LCR) call from a station by MF signalling.
b.) LCR call from an Attendant by MF signalling.
c.) LCR call by MF signalling from a station or Attendant Console called via CCIS.
ANI sending number by E911-ANI - CCIS is NXX-XXXX, which is the same as that by the previous
E911-ANI service.
Method of obtaining ANI sending number (example):
Caller’s station number: 12345 (closed numbering)
ANI assigned data:
RT: XX
AT: 0 (0 = STA/ATT)
(1 = not assigned special ATT number)
CC: 1 (0 = Main Central)
(1 = Satellite Central)
COC: 826 (Remote Office Code)
Skip: 4 (Number of digits to be skipped from the top of the STN)
Add: 3 (Number of digits to be added to ANI information)
DC:
789 (ANI information)
a.) Number of skip digits deleted from STN:
82612345
b.) The number created by combining the ANI information and the above number becomes the ANI
sending number:
7892345
c.) Sending ANI information:
KP-0-789-2345-ST
Sending digit patterns in E911-ANI - CCIS:
a.) Outgoing call from station/Attendant Console of the Main office.
•
If OG call is from a station and ANI data is assigned:
KP-0-N**-****-ST
ANI sending number
Information digit
• If OG call is from a station and ANI data is unassigned:
KP-2-ST
Information digit

NEAX2400 IPX Feature Programming Manual
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Page 915

E-20

E911 - ANI Unified Number of Digits - CCIS

Service Conditions (cont’d)
•

If OG call is from an ATTCON and Individual ATT Access Code is assigned, and also ANI
data is assigned:
KP-0-N**-****-ST
ANI sending number
Information digit
•
If OG call is from an ATTCON and Individual ATT Access Code is unassigned, and ANI data
is assigned:
KP-0-N**-****-ST
ANI sending number
Information digit
• If OG call is from an ATTCON and ANI data is unassigned:
KP-1- ST
Information digit
b.) Outgoing call from station/Attendant Console of Remote office, and call termination via CCIS of
Main office.
• If OG call is from a station and ANI data is assigned:
KP-0-N**-****-ST
ANI sending number
Information digit
• If OG call is from a station and ANI data is unassigned:
KP-2- ST
Information digit
• If OG call is from an Attendant Console and ANI data is assigned:
KP-0-N**-****-ST
ANI sending number
Information digit
• If OG call is from an Attendant Console and ANI data is unassigned:
KP-1- ST
Information digit
c.) Outgoing call from station/Attendant Console of Remote office, and call termination to a TIE
Line of Main office.
KP-2-ST
Information digit
6.
7.
8.
9.
10.

Page 916

An independent route is required for E911 interface.
After caller’s number is sent out to the remote office by E911-ANI, it takes some time until a speech path
is established.
E911-ANI - CCIS service data are assigned only at Main office; no specific data are assigned at the remote
office.
Both AUTOMATIC NUMBER IDENTIFICATION (ANI) [A-78] service and E911-ANI UNIFIED
NUMBER OF DIGITS [E-18] service must have been assigned.
The Central Office Code (COC) consists of 1-5 digits. If office number and station number are used, the
maximum total number of digits is still 5. The Code is set in the ARNP command as RT0.
Example 1:
Office number: 82
Station number: 2xxx, 3xxx
NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

E911 - ANI Unified Number of Digits - CCIS

E-20

Service Conditions (cont’d)

11.
12.
13.
14.

The COC digit is 82; then assign ANI information.
Example 2:
Office number: 826
Station number: 34xxx, 4xxx
The COC digit is 826; then assign ANI information.
After digits have been sent out, DDD seizure tone is not sent.
Other interactions are the same as those of outgoing calls by MF signalling.
An 8RST-K circuit card is used for this service.
When a D term uses this feature, the calling number transmitted is that of the Prime Line.

Interactions
If “911” is to be exclusively used as an emergency number, then dial “9” access codes cannot be used solely for LCR
access. If “9-911” is used exclusively for an emergency call, then no numbering conflict will exist.

Programming
STEP 1:

ARTD - Assign Route:
RT: 1
1-OSGS
:7
2-ONSG
:4
3-ISGN
:7
4-INSG
:4
5-TF
:3
6-TCL
:5
7-L/T
:1
8-RLP
:2
10-SMDR :1
13-AC
:1
15-LSG
:5
19-ANI
:1
30-PAD
:4
43-BT
:1
82-RSAX :13
84-CSEG :15
70-TCMN
:1
STEP 2: ATRK - Assign trunk LENs.
RT 905 TK1 LEN# (dependent on register location)
RT 905 TK2 LEN# (dependent on register location)
RT 904 TK1 LEN# (dependent on register location)
RT 904 TK2 LEN# (dependent on register location)
STEP 3: AAND - Assign ANI data.
RT:
0
AT:
0 (0 = Station;1 = Individual-Attendant)
KT:
0 (0/1 = OFF/ON, expansion of station number lengths)
CC:
1 (0 = Main Central; 1 = Satellite Central)
COC: (Central Office Code, CCIS office code or first digit of CCIS remote station number. ARNP
RT0)
STNL: 0 (Number of digits in the caller’s number, assign 0)
SKIP: (Number of skip digits. Strips office code from being sent out in front of the station number.)
ADD: 3 (Number of digits to be added to the ANI information.)
DC:
753 (ANI sending number.)
Note: The Office Code of the Central Office + the first n digits of the Station Number to parameter COC should
not exceed five. Combinations of the COC and the first n digits of Station Number must be made in
conformity with the numbering plan of the remote office.
Basic LCR programming and route restrictions are required. Refer to LEAST-COST ROUTING (LCR)-3/6
DIGIT [L-5]. Programming for Enhanced 911 CCIS is only necessary at the main node.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 917

F-12

Flexible Numbering of Stations - CCIS

F-12

Flexible Numbering of Stations - CCIS

General Description
This feature allows voice and data station numbers to be assigned to any instrument in the CCIS network, based
solely on numbering plan limitations.

Operating Procedure
Refer to the NEAX2400 IPX Office Data Specification.

Service Conditions
1.
2.
3.
4.
5.

Careful consideration should be given to the network numbering plan to avoid needless loss of access
codes or duplication of telephone numbers.
There is no limit to the number of groups that can be assigned to the network numbering plan.
TENANT SERVICE [T-12] is not provided, i.e. numbers cannot be duplicated in different tenants.
BUSY LAMP FIELD-FLEXIBLE [B-2] service cannot be provided.
Refer to UNIFORM NUMBERING PLAN - CCIS [U-5] for numbering plan considerations.

Interactions
Caution should be exercised when programming this feature. Large quantities of potential telephone numbers are
consumed. As programmed in the example, the system will be equipped with just one two-digit station and one
three-digit station.

Programming
STEP 1:

ASYD - System Data 1, Index 16. Enable one to five-digit station numbering for the system. Assign
1FH.
System Data 1, Index 92, Bit 3. Must be assigned as data “1”.
STEP 2: ANPD - Reserve an access code for station numbering. For the NND parameter, assign the NND equal
to the smallest digit planned for station numbering that will use the Busy Lamp Field (BLF). Only the
stations with the NND assigned will appear on the BLF.
Note: Only three and four-digit station numbers will appear.
STEP 3: ASPA - Assign the station numbering in such a way that the system will be able to differentiate the
station numbering using the access codes programmed. For the example shown, the following data is
programmed:
Station 321:
Station 3221:
Station 31:
TN:1
TN:1
TN:1
ACC:31
ACC:321
ACC:322
CI: N (Normal), H (Hooking) CI:N (Normal), H (Hooking)
CI:N (Normal), H (Hooking)
SRV = STN
SRV = STN
SRV = STN
NND:2
NND:3
NND:4
The following access codes should also be assigned: 323, 324, 325, 326, 327, 328, 329, 320. CI:
Normal (N), Hooking (H); SRV = STN (Station); and NND: 4 will be assigned with each of the above.
STEP 4: AMND - Assign the digits to go over CCIS.

Page 918

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Hands-free Answerback - Dterm - CCIS

H-10D

H-10D

Hands-free Answerback - Dterm - CCIS

General Description
This feature allows a Dterm user to respond to a VOICE CALL - CCIS [V-7] without lifting the handset.

Operating Procedure
To answer

1.
2.
3.
4.

Lift the handset and press the line key to answer the call.
Press feature key and “1”; the MIC LED lights.
Press feature key and “5” to select hands-free operation.
Replace the handset; respond to the call hands-free.

To answer a VOICE CALL - CCIS [V-7]

1.
2.
3.

Press feature key and “1”; the MIC LED lights.
Press feature key and “5” to select hands-free operation.
Respond to the call hands-free.

Service Conditions
1.
2.

The MIC may be left ON at all times.
Hands-free operation may be selected at all times.

Programming
STEP 5:

No programming is required. See VOICE CALL - Dterm [V-2D].

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Page 919

H-11

House Phone - CCIS

H-11

House Phone - CCIS

General Description
This feature allows selected stations to call an Attendant Console through the CCIS network, simply by going offhook.

Operating Procedure
To call the Attendant

1.
2.

The HOUSE PHONE - CCIS user lifts the handset.
The Attendant is automatically called.

Service Conditions
1.

2.
3.
4.
5.

Attendant Console indications will appear as follows:
a.) ATND lamp flashes.
b.) Console buzzer sounds.
HOUSE PHONEs may or may not be equipped with dials.
HOUSE PHONE - CCIS assignments are programmed into system data via the MAINTENANCE
ADMINISTRATION TERMINAL (MAT) [M-18].
There is no limit to the number of HOUSE PHONES - CCIS permitted in the network.
SPEED CALLING-SYSTEM [S-3] is used for HOUSE PHONE - CCIS calling if the Attendant is in
another office.

Interactions
1.

2.

The AHLS command is not needed if the House Phone (Hotline) is in the same node as the Attendant
Console. When a station is programmed as TEC: 14, HOTLINE, it will automatically be connected to the
Attendant Console.
If the House Phone is to be used for outgoing calls via the Attendant Console (ARSC Command RRI 2),
assign a Route Restriction Class that will allow these connections. The same consideration should be made
for incoming calls via the Attendant Console (RRI 0).

Programming
STEP 1:
STEP 2:
STEP 3:

Page 920

ASDT - Assign the station as a TEC = 14 for Hotline.
If the Attendant Console is in another node:
ASPD - Assign the tenant number,
Abbreviated Digit Code (ADC) and Digit Code (DC).
AHLS - Assign the station number of the House Phone using the following parameters:
HOT TN:Hotline Tenant
STN: Hotline Station number
TYP: 2
ADC: Abbreviated Digit Code

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Hotline - CCIS

H-12

H-12

Hotline - CCIS

General Description
This feature allows two stations at different nodes in the CCIS network to be associated with one another on an
automatic ringdown basis.

Operating Procedure
1.
2.
3.

Station A lifts the handset.
Station B is rung.
Station B lifts the handset; the connection is established.

Service Conditions
1.

2.
3.
4.

5.
6.
7.

If both phones in a HOTLINE - CCIS pair are equipped with dials, either one may transfer a HOTLINE CCIS call to another station in the CCIS network, using the CALL TRANSFER-ALL CALLS - CCIS [C50] feature.
There is no limit to the number of originating HOTLINE - CCIS stations.
HOTLINE - CCIS assignments are programmed into system data via the Maintenance Administration
Terminal (MAT).
HOTLINE - CCIS uses SPEED CALLING-SYSTEM [S-3] memory. Therefore, a total of 1000
HOTLINE - CCIS destinations, HOTLINE-OUTSIDE [H-9], and SPEED CALLING-SYSTEM codes are
available.
OUTGOING TRUNK QUEUING - CCIS [O-12] is not provided for a HOTLINE - CCIS call.
A HOTLINE - CCIS station can be assigned as a line/feature key on a Dterm. See TRUNK LINE
APPEARANCE [T-23].
The MY-Line of a Dterm cannot be assigned as a HOTLINE - CCIS.

Interactions
1.

2.
3.

4.

5.

The connecting station does not have to be a HOTLINE station. If the connecting station is busy, the
HOTLINE station will hear reorder tone, or CALL WAITING-ORIGINATING [C-31] will be
automatically set.
CALL BACK [C-1]: If the connecting station of a HOTLINE connection is busy, CALL BACK is
allowed.
CONSULTATION HOLD-ALL CALLS [C-58]: The HOTLINE station may put the destination station
on CONSULTATION HOLD-ALL CALLS. In this state, the HOTLINE station may make an outgoing
call and is therefore affected by CLASS OF SERVICE-INDIVIDUAL [C-15].
CALL WAITING-ORIGINATING [C-31]: A HOTLINE is allowed to camp-on to a busy destination
station. Assign SFI 5 (Call Waiting-Calling Side), SFI 6 (Call Waiting-Called Side) to SFC 0 and CDN
46:CW at the remote node.
If the connecting station is also a HOTLINE, then the reverse connection must also be programmed.

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Page 921

H-12

Hotline - CCIS

Programming
STEP 1:
STEP 2:

STEP 3:

Page 922

ASDT - Assign the station as a TEC = 14 for Hotline.
AHLS - Assign the station number programmed above for the following parameters:
HOT TN: HOTLINE Tenant
STN:
HOTLINE Station
TYP:
2
ADC:
Abbreviated Digit Code
ASPD - Assign tenant, Abbreviated Digit Code (ADC) and Digit Code (DC).

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Incoming Call Identification - CCIS

I-16

I-16

Incoming Call Identification - CCIS

General Description
This feature allows an Attendant to visually identify the type of service and/or trunk route which is arriving or
waiting to be answered at the Attendant Console through CCIS.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.

5.
6.
7.

A flashing lamp indicates a call waiting to be answered.
A steady lamp indicates an answered call.
A maximum of 12 lamp and key groups can be associated with INCOMING CALL IDENTIFICATION
- CCIS.
Lamps and keys are assigned as follows:
LDN
Listed Directory Number
WATS
Wide Area Telephone Service
FX
Foreign Exchange
ATND
Attendant Call
RECALL
Transfer to Attendant
ICPT
Intercept
NANS
Station No Answer
BUSY
Call Forwarding Busy
TIE
TIE Line
More than one INCOMING CALL IDENTIFICATION lamp can be lit at the same time on the Attendant
Console. The Attendant can select any incoming call by pressing the associated key.
Calls can be answered via the ANSWER key for first-in, first-out priority.
The Attendant Console is limited to 12 unique INCOMING CALL IDENTIFICATION indications.
However, more than one incoming trunk route can be programmed for the same INCOMING CALL
IDENTIFICATION.

Interactions
1.

2.
3.

To fulfill the requirements of the feature description, Step 1 of Programming is not required. However, the
CALL WAITING LAMP [C-13] should be programmed in relationship to the INCOMING CALL
IDENTIFICATION.
System Data 2, Index 8, Bits 6 and 7 and Index 9, Bit 0-3 can be flagged to represent an incoming call, but
the meaning of the incoming call can be reassigned via the AAKP command.
The first six keys (LDN to CCSA) are fixed and cannot be changed. The AAKP command is used to
program the remaining six optional keys.

Programming
STEP 1:

ASYD - System Data 2, Index 8 & 9. Flag the type of incoming calls the Attendant Console should
expect.

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Page 923

I-16

Incoming Call Identification - CCIS

Programming (cont’d)
Index 8
Bit 0-Listed Directory Number
Bit 1-Incoming Station Call
Bit 2-Attendant Recall
Bit 3-FX
Bit 4-WATS
Bit 5-CCSA (DID)
Bit 6-TIE Line
Bit 7-Call Forwarding Busy Line
Index 9
Bit 0-Call Forwarding Don’t Answer
Bit 1-Call Forwarding Intercept
Bit 2-TF ASAT
Bit 3-Supervisory Call
Note: System Data 2, Index 8, Bits 6 & 7, and System Data 2, Index 9, Bit 0-3 can be assigned different meaning
via the AAKP command.
STEP 2: ARTD - Flag the type of route in CDN 6:TCL, Trunk Class.
Bit 0-Not used
Bit 1-DDD Line (LDN)
Bit 2-FX Line (FX)
Bit 3-WATS Line (WATS)
Bit 4-TIE Line (TIE)
Bit 5-CCSA Line (CCSA)
Bit 6-Toll Line
Bit 7-CAS Line
Bit 8-Paging
Bit 9-Not used
Bit 10-Not used
Bit 11-general page
Bit 12-Radio Page
STEP 3: AAKP - This command may be used to change the meaning of the top six Call Identification keys of
the Attendant Console. (See System Data 2, Indexes 8 & 9). The following functions may be assigned
to Key Number (KYN) 1-6.
Function:
1-CAS
2-Off-Hook Alarm
3-Priority Call 1
4-Priority Call 2
5-Priority Call 3

Page 924

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Individual Attendant Access - CCIS

I-17

I-17

Individual Attendant Access - CCIS

General Description
This feature permits a user to call a particular Attendant Console in the CCIS network, via an individual Attendant
Identification Number.

Operating Procedure
1.
2.

The user dials an individual Attendant Identification Number.
The directed Attendant receives an INCOMING CALL IDENTIFICATION [I-16] indication and can
answer using the normal operating procedure.

Service Conditions
The Attendant Identification Number must be published for each attendant.

Interactions
1.
2.
3.

The Attendant Consoles must first be programmed.
The ASAT number should be the same number of digits as any other telephone number. ASAT assigns a
telephone number to each Attendant Console.
An attendant is allowed to call the ASAT number of another Attendant Console for the purpose of
conversation.

Programming
STEP 1:
STEP 2:

ASAT - Assign a station number to each attendant. The Attendant Number is the trunk number
assigned in the ATRK command, Route 901.
ATNR - Allow stations in a tenant either access or denial to the tenant in which the Attendant Console
is located.

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NDA-24297, Issue 1

Page 925

I-18

Inter-Position Transfer - CCIS

I-18

Inter-Position Transfer - CCIS

General Description
This feature allows calls to be transferred from one Attendant Console to another through the CCIS network.

Operating Procedure
To transfer from Console A to Console B

1.
2.
3.
4.
5.

Attendant A presses the START key.
Attendant A dials the Attendant Console B Identification Number, or “0” for all Attendant Consoles.
The call is indicated at Attendant Console B or all Attendant Consoles.
Attendant B presses the ANSWER key.
Attendant A presses the RELEASE key to transfer; or consults first and then releases.

Service Conditions
1.
2.
3.
4.
5.

An Identification Number is assigned to each Attendant Console for INTER-POSITION TRANSFER CCIS.
An Attendant Console can receive one INTER-POSITION TRANSFER call at a time. An INCOMING
CALL IDENTIFICATION - CCIS [I-16] key is designated for receipt of these calls.
An Attendant cannot transfer a two-party connection to another Attendant.
An Attendant can extend an INTER-POSITION TRANSFER - CCIS call to any other destination.
When NIGHT CONNECTION [N-15, N-16] is active in one system, an INTER-POSITION TRANSFER
from the Attendant of another system can be answered by the Night station.

Interactions
1.
2.
3.

The Attendant Console must first be programmed.
An Attendant is allowed to call the ASAT number of another Attendant Console for the purpose of
conversation.
The ASAT number may not be programmed in the place of a telephone number in the ASID and ASGD
commands. See OFF-HOOK ALARM [O-6], ATTENDANT NIGHT TRANSFER [A-19], and
PRIORITY CALL [P-9].

Programming
STEP 1:

STEP 2:
STEP 3:

Page 926

ASYD - System Data 2, Index 6, Bit 5. Enable INTER-POSITION TRANSFER? 0/1: No/yes. Assign
data “1”. (Assigned on a per-tenant basis.)
System Data 2, Index 9, Bit 3. Is INTER-POSITION TRANSFER considered an incoming call to the
Attendant Console, which is counted as a Call Waiting? 0/1: No/Yes. See CALL WAITING LAMP
[C-13]. (Assigned on a per-tenant basis.)
ASAT - Assign a specific Attendant number to each Attendant Console.
ATNR - Allow station-to-station connection on an Intra and Inter-tenant basis.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Look Ahead Routing - CCIS

L-25

L-25

Look Ahead Routing - CCIS

General Description
This feature allows a station to dial a Public Switched Telephone Network (PSTN) call and has the capability of
looking ahead to seven directly-connected nodes in the CCIS network for an idle trunk.

Operating Procedure
1.
2.
3.
4.

Lift the handset; receive dial tone.
Dial the access code; receive second dial tone.
Dial the PSTN number.
The system completes the call by checking all available routes in the network specified by system
programming.

Service Conditions
1.

The PBX can look ahead to a maximum of seven directly-connected CCIS nodes.

1

7

2

6

3

5

2.
3.
4.
5.

4

A maximum of eight routes at each node, directly connected to the calling node, can be checked by the
calling office.
This feature is used in conjunction with LEAST-COST ROUTING-3/6 DIGIT [L-5].
Stations may be restricted from using this feature by CLASS OF SERVICE INDIVIDUAL [C-15].
The maximum number of adjacent CCIS links for each system is 32.

Interactions
LEAST-COST ROUTING [L-5] is used in conjunction with outgoing C.O. calling. The seven-system limitation of
LOOK-AHEAD ROUTING - CCIS is based on the eight route advances available in the AOPR command. This
results in seven systems for seven route advances. The eighth route is reserved for DDD off-net access to ensure the
completion of the call.

Programming
STEP 1:
STEP 2:

ASYD - System Data 1, Index 186, Bit 0. Is Link Reconnection in service? 0/1: No/Yes.
ASFC - Allow SFI 1 for stations using LOOK-AHEAD ROUTING - CCIS. Allow CDN 9:TQ for the
overflow routes and also for the LCR flag route. (Do not allow for CCIS voice or data route.)
If a station in Office A calls a station in Office B, and that station is forwarded to a station in Office C,
the call will go directly to Office, bypassing Office B (in a fully associated network).

NEAX2400 IPX Feature Programming Manual
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Page 927

L-25

Look Ahead Routing - CCIS

Programming (cont’d)
If a station in Office A calls a station in Office B, and that station is forwarded to a station in Office A,
the link will become idle between Office A and B after the station in A answers.
If a station in Office A calls a station in Office B and then transfers the call to Station C (which is also
in Office A), Office B disconnects, and the link which goes to Office A drops. The call becomes an inhouse station-to-station call.

Page 928

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

LDN Night Connection - CCIS

L-29

L-29

LDN Night Connection - CCIS

General Description
When an LDN incoming call arrives from a CCIS line or other outside line while the System is in Night Mode, this
service feature transfers the call to a transfer destination outside line, including CCIS lines, assigned for that LDN.

Operating Procedure
1.

Attendants 1 & 2 in Node A set into Night mode using the NITE key; the Night lamp illuminates indicating
that Night mode has been set for handling incoming calls.

STN (c)
NIGHT MODE
[Node C]

ATT1
ATT2

STN (a)

STN (b)

CCIS
[Node A]

2.

[Node B]

Station (C) dials the LDN number of Attendant Console #1. Station (C) is automatically connected to night
connection Station (B), preset for Attendant Console #1; Station (C) receives ringback tone, and Station
(B) is rung.
RBT

Inc
Ca om
in
ll

g

STN (c)

[Node C]

LD

ATT1

N

NIGHT MODE

STN (b)

CCIS

STN (a)
[Node A]

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

RG
RBT

ATT2

[Node B]

Page 929

L-29

LDN Night Connection - CCIS

Operating Procedure (cont’d)
3.

Station (B) answers; Stations (B) and (C) are connected with each other. If necessary, the call can be
transferred to another station by means of Call Transfer-All Calls service.

STN (c)
NIGHT MODE
[Node C]

ATT1
ATT2

STN (a)

STN (b)

CCIS
[Node A]

[Node B]

Service Conditions
1.

2.
3.

The ranking of this service feature within the Night Connection service is as follows:
• Night Connection Flexible.
• Night Connection Fixed.
• LDN Night Connection (This service).
• Night Connection Outside.
• Trunk Answer from Any Station (TAS) Connection.
• Busy Tone Connection.
It is possible to register individual transfer destinations for up to 16 LDNs per Tenant. (Total of 16 LDNs
for LDN Night Connection and LDN Night Connection Outside.)
Valid connections with this service feature are shown below:
SEND

4.
5.

6.

Page 930

RECEIVE

CCIS

LD

MFC

CCIS

Available

Available

Available

LD

Available

Available

Available

MFC

Available

Available

Not Available

REMARKS

If the transfer destination is busy, restricted, etc., the call is routed to busy tone or reorder tone even when
the transfer destination is a CCIS line.
In the cases listed below, the next-ranked Night Connection service becomes effective.
a.) Data assignment for this service feature has not been made for the LDN.
b.) Toll restriction or connection control is in effect between the incoming route and the transfer
destination route.
c.) All trunks/routes are busy.
d.) There is a link block condition.
When there is no Night Connection service, the call is routed to busy tone.

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L-29

Service Conditions (cont’d)
7.

8.

If the system changes to Night Mode during a call termination to the Attendant Console, an LDN incoming
call will be connected to the transfer destination associated with the LDN dialed. If this connection is not
possible because of the status of the transfer destination, the call is handled by the next-ranked Night
Connection service (Night Connection Outside, TAS etc.), or is queued with the caller hearing ringback
tone.
If the system changes to Day Mode, incoming calls being queued are handled as Attendant Console
incoming calls.

Programming
When transfer destination is outside line (less than 8 digits)

STEP 1:
STEP 2:

STEP 3:

ANPD - Assign minimum necessary number of digits for the first number of the transfer destination
access code.
ASPA - Assign the transfer destination access code.
SRV: OGC (Outgoing Call), OGCA (Outgoing Call [Advance]), LCR (Least Cost Routing), or
LCRS (Register Sender LCR)
ALDN - Assign the transfer destination to the LDN.
TN:
Tenant Number of Listed Directly Number
LDN: Listed Directly Number
TYPE: Transfer Type: Enter 2.
STN: Station number of transfer destination:
Enter Access Code + Called Number.

When transfer destination is outside line (more than 8 digits)

STEP 1:
STEP 2:

STEP 3:
STEP 4:

ANPD - Assign minimum necessary number of digits for the first number of the transfer destination
access code.
ASPA - Assign the transfer destination access code.
SRV: OGC (Outgoing Call), OGCA (Outgoing Call [Advance]), LCR (Least Cost Routing), or
LCRS (Register Sender LCR)
ASPD - Assign the transfer destination number as Speed Calling Code (Abbreviated Digit Code).
ALDN - Assign the transfer destination to the LDN.
TN:
Tenant Number of Listed Directly Number
LDN: Listed Directly Number
TYPE: Transfer Type: Enter 3.
STN: Station number of transfer destination:
Enter Access Code + Called Number.

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Page 931

M-34

Message Reminder - CCIS

M-34

Message Reminder - CCIS

General Description
This service feature allows Inter-Office Message Reminder when the calling station and the called station belong to
different PBXs in the CCIS network.

Operating Procedure
From D term to Dterm

1.

Dterm A and B are engaging in a call.
NE C
NE C

CCIS

Dterm (a)

Dterm (b)

[Node B]

[Node A]

NE C

Dterm (c)

2.

Dterm C goes off-hook and dials the number for D term B; receives busy tone.
NE C
NE C

CCIS

Dterm (a)

D

3.

term

[Node A]
BT

BT

(c)

Dterm C presses the MSG key and receives service set tone; the LCD displays:
MESSAGE SET

4.

Dterm (b)

[Node B]

NEC

XXXX

On Dterm B, the MESSAGE lamp illuminates, indicating that the message has been set.
MESSAGE lamp is ON.

Note

NE C
NEC

CCIS

Dterm (a)
NEC

[Node B]

SST
[Node A]

D

Note:

Page 932

term

Dterm (b)

SST

(c)

MESSAGE lamp can be programmed to any Line/Feature Access
keys on a Dterm .

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Operating Procedure (cont’d)
5.

Dterm B hangs up.
NEC

NEC

CCIS

Dterm (a)

[Node B]

[Node A]

Dterm (b)

NEC

Dterm (c)

6.

While the message lamp illuminates, Dterm B goes off-hook or presses the SPEAKER key and receives
dial tone.
DT

NE C

NE C

CCIS

Dterm (a)

Dterm (b)

[Node B]

[Node A]

NEC

DT
Dterm

7.

(c)

Dterm B presses the MSG key and receives ringback tone. Redial is automatically made to Dterm C, and
Dterm C rings.
RG
RBT
NEC

NEC

CCIS

Dterm (a)

[Node B]

Dterm (b)

[Node A]
NE C

RBT
D

term

(c)

From a single-line Station to a Dterm

1.

Dterms A and B are engaging in a call.
NE C
NE C

Dterm (a)

CCIS
[Node A]

[Node B]

Dterm (b)

STN (c) 

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M-34

Message Reminder - CCIS

Operating Procedure (cont’d)
2.

Station C goes off-hook and dials the number for Dterm B; receives busy tone.
NE C
NEC

CCIS
[Node B]

BT

Dterm (a)

[Node A]

Dterm (b)

BT

STN (c)

3.
4.

Station C switch hook flashes; receives special dial tone.
Station C dials the MESSAGE REMINDER access code; receives service set tone. The MESSAGE lamp
on Dterm B illuminates, indicating that the message has been set.
MESSAGE lamp is ON. Note
NE C
NEC

CCIS

Dterm (a)

[Node B]

Dterm (b)

SST
[Node A]

SST

STN (c)

Note:

5.

MESSAGE lamp can be programmed to any Line/Feature Access
keys on a Dterm .

Dterm B hangs up.
NEC

NEC

Dterm (a)

CCIS
[Node B]

[Node A]

Dterm (b)

STN (c)

6.

While the message lamp illuminates, Dterm B goes off-hook or presses the SPEAKER key and receives
dial tone.
DT

NE C

NE C

CCIS

Dterm (a)
[Node A]

[Node B]

Dterm (b)

DT
STN (c)

Page 934

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M-34

Operating Procedure (cont’d)
7.

Dterm B presses the MSG key and receives ringback tone. Redial is automatically made to Station C and
Station C rings.
RG
RBT

NE C

NE C

CCIS

Dterm (a)

[Node B]

Dterm (b)

[Node A]
RBT
STN (c)

Service Conditions
1.
2.
3.

A message can be sent out only when the called station is either idle or busy.
A message can be sent out during ringing, recall from Call Transfer-All Calls, or recall from Consultation
Hold-All Calls.
A maximum of four messages can be received at one D term. If the fifth message terminates, the LCD
displays:
MESSAGE BUSY

4.
5.
6.
7.
8.
9.
10.

A message is displayed only when the handset is resting on the switch hook.
To clear the message, display the message and press “#”/“*” on the key pad. (ASYD-SYS1 Index 80, Bit
1)
If the MSG key is reset, the message is cleared.
A message cannot be cleared by the message sender.
If the second message is sent out from the same Dterm, it is memorized as the second unique message.
If Call Transfer-All Calls service is set, a message is also transferred to the designated transfer destination.
Messages are memorized in any Dterm on which the feature key has been programmed as Message
Reminder key.

Programming
Setting by MSG key (Dterm)

STEP 1:

STEP 2:
STEP 3:

ASYD - System Data 1, Index 80, Bit 1. Message Reminder service-key used for Message Deletion
(Dterm)
0/1: # key / * key
AKYD - Assign data to Feature key.
FKY = 6 (Message Reminder)
ASFC - With respect to SFC of the stations that sets Message Reminder service, cancel the restriction
of SFI = 53. (SFI = 53: Message Reminder service)

Setting by SHF + Access Code (Individual Station)

STEP 1:

ASYD - System 1, Index 17, Bit 0. SHF + ACC Code during ringback tone.

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M-34

Message Reminder - CCIS

Programming (cont’d)
STEP 2:
STEP 3:

STEP 4:

Page 936

ANPD - Assign minimum necessary number of digits for the first number of the Access Code of
Message Reminder service.
ASPA - Assign the Access Code of the Message Reminder service.
CI = H (Hooking) SRV = SSCA (Service Code Appendix)
CI = B (Busy)
SIDA = 42:
ASFC - With respect to SFC of the stations which sets Message Reminder service, cancel the
restriction of SFI = 53. (SFI = 53: Message Reminder service)

NEAX2400 IPX Feature Programming Manual
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Message Reminder - Dterm - CCIS

M-34D

M-34D

Message Reminder - Dterm - CCIS

General Description
This feature allows a Dterm to leave a MESSAGE REMINDER at a Dterm in a different node in the CCIS network.

Operating Procedure
To activate MESSAGE REMINDER - CCIS from a Dterm to an idle or busy Dterm

1.
2.
3.

Lift the handset; receive dial tone.
Dial the desired Dterm at the distant office; receive ringback tone or busy tone.
Press MSG key; receive service set tone. The LCD displays:
MESSAGE SET

XXXX
(Time Display)

At the called Dterm, the MESSAGE LED will light to indicate a message has been left.
To activate MESSAGE REMINDER - CCIS from a D term to an idle or busy Dterm after activating a VOICE CALL

1.
2.
3.

Lift the handset; receive dial tone.
Dial the desired Dterm at the distant office; receive ringback tone.
Dial the VOICE CALL [V-2] access code; VOICE CALL is activated. The LCD displays:
MESSAGE SET

XXXX
(Time Display)

4.

Press MSG key; receive service set tone. The LCD displays:
MESSAGE REST

XXXX
(Time Display)

At the called Dterm, the MESSAGE LED will light to indicate a message has been left.
To review the message

1.

Press MSG key while idle. The LCD displays:
Calling Station
MESSAGE

2.

hr.

min.

XXXX
XX: XX
(Time Display)

AM/PM
AM

Press MSG key successively to review other messages (maximum 4 messages in total).

To return the message

1.
2.

While the desired message is displayed, lift handset or press SPEAKER key; receive dial tone.
Press MSG key; the calling station is automatically redialed. If any other message is not returned, the
MESSAGE LED will still be lit.

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Page 937

Message Reminder - Dterm - CCIS

M-34D

Service Conditions
1.

This feature is only available between two Dterm sets that both have the MESSAGE feature key. If a
message is directed to a single line or a Dterm that does not have the MESSAGE REMINDER feature, the
calling station's LCD displays:
MESSAGE REST
(Time Display)

2.
3.

Messages cannot be sent while engaged in calling or recall from CALL TRANSFER - ALL CALLS [C11] [C-50] or from CONSULTATION HOLD - ALL CALLS [C-17] [C-58].
A maximum of four messages may be received at any one Dterm. If a fifth message is attempted, the LCD
will display:
MESSAGE BUSY
(Time Display)

4.
5.
6.
7.
8.
9.

10.
11.
12.
13.

Messages can only be displayed when the Dterm station is idle.
A message may be cleared by pressing the MSG key on the D term and pressing the “*” or “#” key on the
key pad. (“*” or “#” key is selected via system data.)
A message is automatically cleared when it is returned using the MSG key.
Once a message has been sent, it cannot be cleared by the sender.
After the first message, all subsequent messages sent by the same station are regarded as individual
messages.
When a user sets MESSAGE REMINDER - CCIS to the station setting CALL FORWARDING - ALL
CALLS [C-5] [C-45], BUSY LINE [C-2] [C-46] while hearing ringback tone, MESSAGE REMINDER
is set to the dialed station (not the forwarding destination).
If the called Dterm answers the call while the calling station is dialing the MESSAGE REMINDER - CCIS
access code, the calling and called stations will be connected.
Messages can be sent only if the called station is in the idle, busy, or VOICE CALL [V-2] condition.
When this service is restricted and the calling station receives busy tone, the calling station can activate
busy services.
This service is available when the calling station receives busy tone upon encountering all trunks busy.

Interactions
If CALL WAITING - ORIGINATE [C-31] Automatic operation is in service, it will supersede MESSAGE
REMINDER. If a third station calls and receives busy tone, MESSAGE REMINDER can be set.

Programming
For Single Line Sets

STEP 1:
STEP 2:

Page 938

ASYD - SYS1, Index 17, bit 0. Is SHF and Access Code service Allowed? 0/1: No/Yes. For
MESSAGE REMINDER and VOICE CALL from a Single-Line Set.
ANPD - Reserve a number level for service feature access. Assign for Normal (N), Hooking (H), and
Busy (B). Assign NND in accordance with a predetermined numbering plan.

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Programming (cont’d)
STEP 3:

ASPA - Assign an access code to MESSAGE REMINDER; assign SRV = SSCA (Service Code
Appendix), SIDA = 42. Assign a Connection Index of Normal (N) and Busy (B).
STEP 4: ASFC - Assign to the single-line stations that will have MESSAGE REMINDER a Service Feature
Class that allows SFI 53. Note
STEP 5: AKYD - Assign the station according to the following parameters:
TN:
1
STN: Station Number
TP:
Type of Dterm 0/1:
RING:
0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.
KYN: Key Number (1 - 40) For the 4-button Dterm, use keys 13-16 only.
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Not assigned for Feature Key
FKY: Feature Key Number
FKY= 6, MESSAGE REMINDER
RG:
Ringing Assignment per Multi-line Appearance
0: No Ringing.
1: Ringing in Night Mode Only.
2: Ringing in Night Mode Only.
3: Ringing Day and Night.
term
Note: D
s with a MESSAGE REMINDER key do not require the Service Feature Class assignment. Only singleline sets require the ASFC assignment.

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Page 939

M-35

Message Waiting Lamp Setting - Attendant - CCIS

M-35

Message Waiting Lamp Setting - Attendant CCIS

General Description
This service feature allows the MESSAGE WAITING (MW) lamp on the Dterm or telephone set, equipped with MW
lamp accommodated in the Satellite Offices, to be controlled from the Attendant Console in the CCIS network.

Operating Procedure
To set MW Indication

1.
2.

The Attendant in Node A presses an idle loop key.
The Attendant enters the MW set code (maximum 3 digits); receives special dial tone.
SP
D

SPDT

T

ATT
CCIS
[Node B]

[Node A]

3.

STN (b)

MW Lamp

The Attendant dials Station (B), which is equipped with an MW lamp. The Attendant receives service set
tone. The MW lamp on Station B illuminates.
SS

T

MW Lamp is ON

SST

ATT
CCIS
[Node A]

4.

[Node B]

STN (b)

The Attendant presses the RELEASE key and returns to an idle state.

To cancel MW Indication

1.
2.
3.

The Attendant presses an idle loop key, then enters the MW cancel code (maximum 3 digits); receives
special dial tone.
The Attendant dials Station B, which is equipped with an MW lamp. The Attendant receives service set
tone. The MW lamp on Station B goes out.
The Attendant presses the RELEASE key and returns to an idle state.

Service Conditions
1.
2.
3.
4.

Page 940

The MW lamp on a Dterm or single line telephone will be lit when this feature is activated.
MW cannot be set when the Attendant is in a consultation condition with a station or trunk.
An Attendant attempting to set MW to a station where MW has previously been set, will receive busy tone.
In a MULTIPLE CONSOLE OPERATION [M-4], if MW is set by one ATTENDANT CONSOLE [A-3],
it can be cancelled by another.

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Programming
STEP 1:
STEP 2:

STEP 3:

ANPD - Assign minimum necessary number of digits for the first number of the access code and
connection index for MW service.
ASPA - Assign the access code and connection index for MW service.
To Set:
CI = N (Normal), SRV = SSCA (Service Code Appendix), SIDA = 54
To Cancel: CI = N (Normal), SRV = SSCA (Service Code Appendix), SIDA = 55
ASFC - Allow MW Lamp Control (SFI = 74) to the SFC of the station.

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Page 941

M-36

Message Waiting Lamp Setting - Station - CCIS

M-36 Message Waiting Lamp Setting - Station - CCIS
General Description
This feature allows any D term or single line telephone to set/cancel a MESSAGE WAITING indication or lamp at
any other station equipped with this feature in the CCIS network.

Operating Procedure
To set from a single line telephone

1.
2.
3.
4.

Lift the handset; receive dial tone.
Dial the MESSAGE WAITING LAMP SETTING (SET) access code (up to 3 digits); receive special dial
tone.
Dial the desired telephone number; receive service set tone.
MESSAGE WAITING indication is set.

To cancel from a single line telephone

1.
2.
3.
4.

Lift the handset; receive dial tone.
Dial the MESSAGE WAITING LAMP SETTING (CANCEL) access code (up to 3 digits); receive special
dial tone.
Dial the desired telephone number; receive service set tone.
MESSAGE WAITING indication is cancelled.

To set from a Dterm

1.
2.
3.
4.

Lift the handset or press the Speaker key; receive dial tone.
Press the MESSAGE WAITING LAMP SETTING (SET) line/feature key; receive special dial tone.
Dial the desired telephone number; receive service set tone.
MESSAGE WAITING indication is set.

To cancel from a D term

1.
2.
3.
4.

Lift the handset or press the Speaker button; receive dial tone.
Press the MESSAGE WAITING LAMP SETTING (CANCEL) line/feature key; receive special dial tone.
Dial the desired telephone number; receive service set tone.
MESSAGE WAITING indication is cancelled.

Service Conditions
1.
2.
3.
4.
5.

Single Line telephones must be equipped with a 90-volt neon light for MESSAGE WAITING indication.
An external + 80-volt Booster Power Unit is required at each node for lighting single line telephones.
16LCBE, 16LCBJ and 16LCBK can be used to for stutter dial tone instead of Message Waiting lamp
indication.
The MESSAGE WAITING lamp on a single line telephone and 8-button Dterm lights when MESSAGE
WAITING LAMP SETTING-STATION - CCIS is activated.
When MESSAGE WAITING LAMP SETTING-STATION - CCIS is set to a Dterm phone, the display is:
MW
(Time Display)
This display appears in place of the time display.

Page 942

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M-36

Service Conditions (cont’d)
6.

If a user attempts to set MESSAGE WAITING to a station where MESSAGE WAITING has already been
set, busy tone will be sent to the station, and the Dterm phones will display:
MW BUSY
(Time Display)

7.

When a station is restricted from MESSAGE WAITING LAMP SETTING-STATION - CCIS or is an
unused telephone number, and another user attempts to set/cancel MESSAGE WAITING LAMP
SETTING-STATION - CCIS, the calling station will hear reorder tone. A Dterm phone will display:
(Time Display)

8.

MW REST

When a Dterm user presses the MESSAGE WAITING LAMP SETTING line/feature key, the display will
indicate:
MW SET
(Time Display)

9.

When a Dterm user presses the MESSAGE WAITING LAMP SETTING cancel line/feature key, the
display will indicate:
MW CANCEL
(Time Display)

Interactions
An external power source is required to light a lamp for a single line telephone.

Programming
STEP 1:
STEP 2:

STEP 3:

STEP 4:

ANPD - Reserve a number level for feature access and cancel. Assign for Normal (N), Hooking (H),
and Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to MESSAGE WAITING LAMP SETTING activate SRV = SSCA
(Service Code Appendix), SIDA = 54 and to MESSAGE WAITING LAMP SETTING extinguish
SRV = SSCA (Service Code Appendix), SIDA = 55. Assign Connection Status Index (CI) for Normal
(N) service.
ASFC - Assign a Service Feature Class that allows SFI = 74 to the stations that will receive the feature
MESSAGE WAITING LAMP SETTING. Assign a Service Feature Class that allows SFI = 82 to
stations that set the feature MESSAGE WAITING - CCIS.
AKYD - FKY 9: to set MW. FKY 11: to cancel MW.

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Page 943

M-37

Miscellaneous Trunk Access - CCIS

M-37

Miscellaneous Trunk Access - CCIS

General Description
This feature provides access through the CCIS network to all types of external and customer provided equipment/
facilities, such as TIE LINE ACCESS [T-3], as well as DICTATION ACCESS [D-3], PAGING ACCESS - CCIS,
and CODE CALLING ACCESS [C-21].

Operating Procedure
MISCELLANEOUS TRUNK ACCESS - CCIS is programmed in system data via the Maintenance Administration
Terminal (MAT).

Service Conditions
1.
2.

Access to these trunk routes is allowed or denied in CLASS OF SERVICE-INDIVIDUAL [C-15]
programming.
An interface circuit must be provided for each trunk.

Interactions
If other services such as STATION MESSAGE DETAIL RECORDING [S-10], TOLL RESTRICTION - CCIS [T26], and/or LEAST-COST ROUTING-3/6 DIGIT [L-5] are being used, refer to these feature descriptions, as these
services may require programming steps not listed.

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:

STEP 5:
STEP 6:
STEP 7:
STEP 8:

Page 944

ARTD - Refer to the feature listing for the type of trunk route to be accessed.
ATRK - Assign the LEN, Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the trunks.
ANPD - Assign a level for trunk access. Assign for a Connection Index (CI) of Normal (N) and
Hooking (H) service. Number of Necessary Digits is assigned according to a predetermined numbering
plan. Busy Lamp Field is not activated.
ASPA - Assign the access code as in the level assigned in ANPD above. Type of service, 6(LCR).
ARSC - Assign a Route Restriction Class (RSC) that is allowed in Route Restriction Index (RRI) 0, 1,
2 & 3 to the station that is allowed access to these trunks.
ASDT - Assign an RSC that allows access to these trunks to the stations.
AFRS/AOPR - Assign for flexible routing LEAST-COST ROUTING-3/6 DIGIT (LCR).

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M-38

M-38

Miscellaneous Trunk Restriction - CCIS

General Description
This feature allows certain stations and dial-repeating TIE Line trunks to be denied access through CCIS to certain
trunk routes, such as TIE LINE ACCESS [T-3], as well as the Exchange Network, DICTATION ACCESS [D-3],
or PAGING ACCESS - CCIS [P-28].

Operating Procedure
No manual operation is required. Restricted stations will receive reorder tone.

Service Conditions
1.

2.

3.
4.
5.
6.
7.

Restricted call attempts can be either:
a.) intercepted by the Attendant.
b.) reorder tone can be sent to the originating user.
Access to a particular trunk route is allowed or denied by a station’s Route Restriction Class (RSC). A
maximum of 15 RSCs can be assigned per tenant. Each RSC can restrict a station from any number of
trunk routes, to a maximum of 255 trunk routes.
This feature can be assigned to stations or dial-repeating TIE trunks via CLASS OF SERVICEINDIVIDUAL [C-15] restrictions.
If a station’s CLASS OF SERVICE-INDIVIDUAL [C-15] allows outgoing calls via the Attendant
Console, the user can dial “0” for Attendant-assisted trunk calls.
MISCELLANEOUS TRUNK RESTRICTION - CCIS can change for a particular station when the system
is in the Night mode.
If a restricted station calls another station, the called station cannot use CALL TRANSFER-ALL CALLS
[C-11, C-11D, C-50] to connect the calling station to a trunk route from which it is restricted.
If a user accesses a TIE trunk to a distant PBX, access to outside exchanges can only be controlled by the
distant PBX.

Interactions
If other services such as STATION MESSAGE DETAIL RECORDING [S-10], TOLL RESTRICTION-3/6 DIGIT
- CCIS [T-26], and/or LEAST-COST ROUTING-3/6 DIGIT [L-5] are being used, refer to these feature descriptions
for commands that may be required and are not listed.

Programming
STEP 1:

STEP 2:

ASYD - System Data 2, Index 1, Bits 4 & 5. Should a restricted station be routed to the Attendant
Console or receive reorder tone?
Reorder Tone: Bit 4 = 0, Bit 5 = 0.
Attendant Console: Bit 4 = 1, Bit 5 = 0.
Follow the procedure for MISCELLANEOUS TRUNK ACCESS [M-2]. Assign the ARSC command
to restrict RSCs from receiving certain routes. Then assign the restricted RSCs to stations via the
ASDT or ASCL command. When assigning the ARRC command, restrict incoming TIE Lines from
accessing certain routes.

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Page 945

M-39

Modem Pooling - CCIS

M-39

Modem Pooling - CCIS

General Description
This feature allows any terminal to have access to a data terminal in a different office through a concentration of
modem groups, set at different data speeds, using the Common Channel Inter-Office Signaling System.
A maximum of 8 Modem Groups are provided. One modem in the group is selected by the data station, at the time
of Modem Pool selection. Least Cost Routing and other standard PBX features can be used for optimization of long
distance data calls. Incoming Modem Pooling capabilities are also provided.

Operating Procedure
Outgoing Modem Pooling
Data Terminal connected to a Data Module

1.
2.
3.
4.
5.
6.
7.
8.
9.
10.

Key in DM CALL . READY is sent back.
Key in the number of the desired terminal in the distant office DIAL-XXXXXXXX .
CALLING is sent back.
The Outgoing Modem Pool is connected to the call.
WAITING is sent back when the called terminal is idle.
OPEN is sent back when the called terminal answers with Carrier Tone and both modems exchange
Carrier Tone.
Data transparency path is established.
Key in ESC DM  to disconnect.
ACK is sent back. Key in RLS .
RELEASED is sent back when the path is disconnected.

Data Terminal connected to a Dterm/Data Adapter (Key Pad Dialing)

1.
2.
3.
4.
5.
6.

Lift the handset or press the SPEAKER key and receive dial tone.
Dial the desired terminal number.
Receive remote modem Answer Tone.
Press the DTX key on the Dterm. The Outgoing Modem Pool is transferred to the trunk.
WAIT D XXXXXXXX is displayed when the called terminal is idle.
READY D XXXXXXXX is displayed when the called terminal answers with Carrier Tone.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

Page 946

Modem Pooling supports asynchronous data calls up to 1200 bps using analog trunks, depending on the
condition of the lines and modems used.
Up to 8 Modem Groups can be assigned total. There may be 8 Incoming or 8 Outgoing Modem Pool
Groups assigned, or 8 Bothway. Bothway groups are defined as Incoming and Outgoing.
One modem in the group is selected by the DTE at the time of Modem Pool connection.
Least Cost Routing can be used for optimization of long distance data calls.
Incoming Modem Pooling capabilities are also provided.
Modems must be compatible.
Acoustically Coupled Modems, Limited Distance Modems, Line Drivers and DSUs cannot be attached to
the Modem Pooling card.

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Modem Pooling - CCIS

M-39

Service Conditions (cont’d)
8.
9.
10.
11.

Distinctive Ringing - Most modems recognize only a 2-second on, 1-second off ring. This consideration
must be taken into account when defining incoming trunk ringing.
The Reverse or Secondary Channel feature of modems is not implemented on the Modem Pool card.
Speed Select using pin 23 on the EIA RS232 connector is not implemented.
Intelligent or Auto Dial Modems must be strapped for manual operation (if available) to work on the
Modem Pool card.

Interactions
The assignment of MODEM POOLING also involves ASYNCHRONOUS DATA SWITCHING [A-24], DATA
INTERFACE AUTOMATIC ANSWER [D-18], DATA TRANSPARENCY [D-19], CLASS OF SERVICE INDIVIDUAL [C-15], LEAST COST ROUTING [L-5], and TOLL RESTRICTION - 3/6 DIGIT [T-7]. Any of
these features programmed incorrectly may cause MODEM POOLING to operate incorrectly. Take special
precautions when programming Attribute Data to the data terminal. This programming will determine which
MODEM POOLING Route will be allowed to the Data Terminal.

Programming
STEP 1:

AMDD - Assign data to characterize the different Modem Route Numbers.
MDM No:
Rt:
919 Modem No: 1
Rt:
920 Modem No: 2
Rt:
921 Modem No: 3
Rt:
922 Modem No: 4
Rt:
923 Modem No: 5
Rt:
924 Modem No: 6
Rt:
925 Modem No: 7
Rt:
926 Modem No: 8
DR:
Data Set Ready On
0: Check
1: Not Checked
2: Supervise
3: Not Supervised
Normally assign Data “0”
R:
Ring Modem (0/1)
0: Not Used
1: Ring Modem
HDX: Half/Full Duplex
0: Half Duplex
1: Full Duplex
2W/4W:2 Wire/4 Wire
0: 2 Wire

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M-39

Modem Pooling - CCIS

Programming (cont’d)

STEP 2:

Page 948

1 - 4 Wire
SPEED:
0
ASYNC: 0
FCY:
0
ATRK - To program the PA-M20 MODEM POOLING Trunk Circuit Card, assign the LEN Number,
MODEM POOLING Route Number (919 - 926), Trunk Number, and Tenant Number. Levels 0, 2, 4 &
6, of the corresponding group number where the PA-M20 Circuit Card is mounted are used for the
MODEM POOLING trunks.
MBTK - Assign the Make Idle status to the MODEM POOLING Trunks.

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Multiple Call Forwarding - All Calls - CCIS

M-40

M-40

Multiple Call Forwarding - All Calls - CCIS

General Description
This service feature permits all calls destined for a particular station in a CCIS network to be routed to another station
or to the attendant multiple times, regardless of the busy or idle status of the called station.
With CALL FORWARDING-ALL CALLS [C-5] (CF-A):
CF-A

Call

A

1st Time
B

S

CF-A transfer performed only once

Ringing

With MULTIPLE CALL FORWARDING-ALL CALLS [M-44] service:
CF-A
1st Time

CF-A
B

A

2nd Time
C
CF-A
3rd Time

Call
D
F
S

5th Time

E

4th Time

Ringing
CF-A

CF-A

Operating Procedure
1.
2.
3.

Station A is set for Call Forwarding-All Calls to Station B. Station B is set for Call Forwarding-All Calls
to Station C. Station C is set for Call Forwarding-All Calls to Station D.
When a call is directed to Station A, it is forwarded first to Station B, then to Station C, and then to Station
D. The calling party receives ringback tone and ringing starts at Station D.
Station D lifts the handset to answer and is connected to the calling party.

Service Conditions
1.
2.

The service conditions within the node comply with those of MULTIPLE CALL FORWARDING-ALL
CALLS [M-44].
A call can be forwarded by CALL FORWARDING a maximum of one time between nodes in a CCIS
network.

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M-40

Multiple Call Forwarding - All Calls - CCIS

Service Conditions (cont’d)
3.

When CALL FORWARDING is performed in a CCIS network, the following services are not available
at a forwarded-to station:
CALL FORWARDING-ALL CALLS-OUTSIDE
[C-28]
CALL FORWARDING-BUSY LINE-OUTSIDE
[C-60]
CALL FORWARDING-DON’T ANSWER-OUTSIDE
[C-74]

Ringing

CF-A

CF-A

CF-A - CCIS or
CF-A-Outside

CF-A - CCIS
CCIS

CCIS or
Not CCIS

Call Originating
Station

CF-A

•
•
•

4.

CF-A

LEGEND
CF-A:
Call Forwarding -All Calls
CF-A - CCIS: Call Forwarding -All Calls - CCIS
CF-A-Outside: Call Forwarding -All Calls-Outside

When a call is forwarded to the calling party by CALL FORWARDING-ALL CALLS - CCIS [M-40], the
calling party hears a busy tone.
Call Originating Station
Busy Tone

CCIS Call
CCIS

CF-A
CF-A
CF-A

CF-A - CCIS

Page 950

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Multiple Call Forwarding - All Calls - CCIS

M-40

Service Conditions (cont’d)
5.

SERVICE DISPLAY - CCIS [S-53] is available at the terminating node. The type of forwarding to be
displayed is CF ALL.
Call Originating Station

S: 2000

822

820
CCIS
A: 4211

CF-A
CF-A

CF-B

CF-A - CCIS
Busy

B

Ringing

D
E: 4020

C
Calling Party (S)

Called Party (E)
CF ALL

4211
Dialed Number

6.
7.

8.

9.

8202000

Type of
Forwarding

Calling Station
Number

When a call is terminated to an ATTENDANT CONSOLE [A-3] by MULTIPLE CALL FORWARDINGALL CALLS - CCIS [M-40], the call type is ATND.
The system data (ASYD, SYS1, INDEX 486, bit 0-2) decides the maximum number of times for activating
a call forwarding service between nodes through CCIS. The number of times is selected in the range of 1
time to 7 times (ASYD, SYS1, Index 486, bit 0-2 = 0 means the enhanced feature is not available).
The number of times for activating this service between CCIS nodes is decided by system data
programmed at the node that has the station operating the first Call Forwarding service through CCIS link.
However, when the node that accommodates the station operating the service first has not been
programmed, the number of times is decided at the node that accommodates the destination of the first
Call Forwarding - CCIS service.
When Multiple Call Forwarding - CCIS is activated and the last intermediate party forwards (returns) the
call to the first calling party, the calling party may hear either ringback tone or busy tone.
The Calling party hears ringback tone when the forwarding destination number, assigned to the last
intermediate party (intermediate party 2 in the example below), and the calling party number sent from the
calling party are identical.

Node A
Ringback Tone

Node B
2nd C.F. (All
Calls/Busy)

Calling Party
Ringing
Intermediate
Party 1

NEAX2400 IPX Feature Programming Manual
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1st C.F. (All Calls)

Intermediate
Party 2

Page 951

M-40

Multiple Call Forwarding - All Calls - CCIS

Service Conditions (cont’d)
The Calling party hears busy tone when the forwarding destination number, assigned to the last
intermediate party (intermediate party 2 in the example below), and the calling party number sent from the
calling party are not identical.

Node A

Node B
2nd C.F. (All
Calls/Busy)

Busy Tone
Calling Party

1st C.F. (All Calls)

Intermediate
Party 1

10.

Intermediate
Party 2

When Call Forwarding is restricted because the number of times data or the service restriction data, the
call is terminated to the station that is restricted Multiple Call Forwarding - CCIS service.
Example 1: Multiple Call Forwarding - CCIS is restricted because the service has already been activated
the preassigned maximum number of times. A maximum of three times is available for Call Forwarding
through CCIS.
1st C.F.

2nd C.F.
.

Calling Party

Intermediate Party
4th C.F.
UNAVAILABLE

3rd C.F.
When the call is forwarded
by C.F. - A/D - CCIS, the call
terminates to this station.

Page 952

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Multiple Call Forwarding - All Calls - CCIS

M-40

Service Conditions (cont’d)
Example 2: Multiple Call Forwarding - CCIS service is restricted because the service is not effective at
the node.
1st C.F.

2nd C.F.

Calling Party

Intermediate Party
3rd
C.F.

11.

When the call is forwarded
by C.F. - A/D - CCIS, the call
terminates to this station.

Even if Call Forwarding is set from the forwarded station to the forwarding station, the Call Forwarding
service is effective, as shown in the example below:
When Office A selects the number of times for Call Forwarding for 5 times, five times of Call Forwarding
are executed as Call Forwarding 1 to Call Forwarding 2 to Call Forwarding 3 to Call Forwarding 2 to Call
Forwarding 3.
Office A

Office B

CCIS

1st C.F.

Office C

CCIS

2nd C.F.

3rd C.F.

12.

The following services set to the forwarded destination are not available with Multiple Call Forwarding CCIS services, except when the services below are activated through CCIS link:
CALL FORWARDING - ALL CALLS - OUTSIDE
[C-28]
CALL FORWARDING - BUSY LINE - OUTSIDE
[C-60]
CALL FORWARDING - DON’T ANSWER - OUTSIDE
[C-74]

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M-40

Multiple Call Forwarding - All Calls - CCIS

Service Conditions (cont’d)
13.

14.

The following services are activated within one node, therefore, the number of times for these services are
independent. The maximum number of times for activating this feature is the same as previous software
releases:
MULTIPLE CALL FORWARDING - ALL CALLS [M-44]:
5 times
MULTIPLE CALL FORWARDING - BUSY LINE [M-24]:
5 times
MULTIPLE CALL FORWARDING - DON’T ANSWER [M-25]: unlimited
The following are detailed examples of Call Forwarding - CCIS activation. These examples are activated
under the conditions below:
• The maximum number of times to activate the service is three (programmed in Office A and Office B).
• The last call forwarding is operated by Call Forwarding - All Calls/Don’t Answer service.
• Any kind of D term, ISDN terminal, PHS, etc. is available to be used for the calling/intermediate party.
• Any kind of Call Forwarding service (All Calls/Busy Line/Don’t Answer) is available to be set at the
calling/intermediate terminal.
The node that decides number of times for activating service.

The node that is available for the enhanced Call Forwarding - CCIS services.

The node that is unavailable for the enhanced Call Forwarding - CCIS services.

a.) The service is restricted because the terminating Office B is unavailable for enhanced Call
Forwarding - CCIS service.
Office B

Office A

CCIS

1st C.F.

Page 954

Office C

CCIS

2nd C.F.
UNAVAILABLE

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M-40

Service Conditions (cont’d)
b.) The service is restricted because the service has already been activated the predetermined number
of times.
a.
Office A

Office B
CCIS

Office C

Office D
CCIS

CCIS

Office E
CCIS

UNAVAILABLE

1st C.F.
2nd C.F.

3rd C.F.

4th C.F.

b.
Office B
CCIS

CCIS

Office A

Office C

1st C.F.
2nd C.F.

4th C.F.
UNAVAILABLE

CCIS
3rd C.F.

c.) When Office A is not available for the enhanced Call Forwarding feature, the number of times the
service is activated is decided by Office B (three times are effective in this example). Note that
Call Forwarding service from Office A to Office B is included in the number of times service is
activated.
Office A

Office B
CCIS

Office C
CCIS

Office D
CCIS

CCIS

UNAVAILABLE

1st C.F.
2nd C.F.

NEAX2400 IPX Feature Programming Manual
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Office E

3rd C.F.

4th C.F.

Page 955

M-40

Multiple Call Forwarding - All Calls - CCIS

Service Conditions (cont’d)
d.) The Call Forwarding service is activated four times, because the call is forwarded from Office D
to Office E through FCCS link:
Office A

Office B
CCIS

Office C
CCIS

Office D
CCIS

Office E
FCCS

Office F
CCIS

1st C.F.
3rd C.F.

2nd C.F.

Note:

C.F.*

Call Forwarding service activated through FCCS link (Call Forwarding*) is not included in the number of
times that the Multiple Call Forwarding - CCIS service is activated.
e.) When the trunk/station incoming call terminates through FCCS link, the number of times for the
service activation is decided by the FCCS node. This condition is also applied when the call is
forwarded from Office A to Office B through FCCS link.

a. When a call terminates through FCCS link, the number of times is decided by Office A (the FCCS node has the calling party) in
this case.
Office A

Office B
FCCS

Office C
CCIS

Office D
CCIS

1st C.F.

Office E
CCIS

2nd C.F.

Office F
CCIS

3rd C.F.

4th C.F.

b. When a call forwarded through FCCS link, the number of times is decided by Office A (the FCCS node has the forwarding party)
in this case.
Office A

Office B
FCCS

Office C
CCIS

1st C.F.

Office D
CCIS

2nd C.F.

Office E
CCIS

Office F
CCIS

3rd C.F.

4th C.F.

f.) This service is restricted when a call from the CCIS line is forwarded to other lines except CCIS
(for example: C.O. line).

Page 956

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Multiple Call Forwarding - All Calls - CCIS

M-40

Interactions
When a calling party sets the services shown below while the destination party is in busy status, the services are
performed to the first forwarded party.
1.
In the case of Busy Verification - CCIS [B-9] or Executive Right-of-Way - CCIS [E-8], the service is
effective to Station B in Office B. The service is invalid to station D.
a.) When Station B is in busy status, Busy Verification - CCIS [B-9] and Executive Right-of-Way CCIS [E-8] are activated.
b.) When Station B is in idle status, Station B is rung.
Originating
Party

Office A

Office B

CCIS

Office C

CCIS

CCIS

1st C.F.

Office D

2nd C.F.

3rd C.F.

Station A
Station B

2.

Station C

Station D
(Busy)

In the case of Message Reminder - CCIS [M-34, 34D], service is performed to Station B in Office B. The
service is invalid to station D.

Originating
Party

Office A

Office B

CCIS

Office C

CCIS

CCIS

1st C.F.

Office D

2nd C.F.

3rd C.F.

Station A
Station B

NEAX2400 IPX Feature Programming Manual
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Station C

Station D
(Busy)

Page 957

M-40

Multiple Call Forwarding - All Calls - CCIS

Interactions (cont’d)
3.

In the case of Call Back - CCIS [C-44], service is effective to Station B in Office B. The service is invalid
to station D.

Originating
Party

Office A

Office B

CCIS

Office C

CCIS

CCIS

1st C.F.

Office D

2nd C.F.

3rd C.F.

Station A
Station B

4.

Station C

Station D
(Busy)

In the case of Step Call - CCIS [S-59], the service is valid to Station B in Office B. The service is invalid
to station D.

Originating
Party

Office A

Office B

CCIS

Office C

CCIS

1st C.F.

Office D

CCIS

2nd C.F.

3rd C.F.

Station A
Station B

Station C

Station D
(Busy)

Programming
STEP 1:

STEP 2:

Page 958

ASYD - System Data 1, Index 69, Bit 1: Call Forward All Calls short tone service 0/1 = Not Required/
Required. Bit 7: (1) Multiple Call Forwarding in service.
System Data 2, Index 6, Bit 4: Call Origination Restriction of station upon setting Call Forwarding-All
Calls. 0/1 = Required/Not Required.
SYS 1, Index 486, bit 0-2. The maximum number of times for activating Call Forwarding - CCIS
service (0 to 7 times: 01Hex-07Hex)
When assigning “0 (default)”, the call forwarding is activated between CCIS nodes only one time.
ASFC - Release SFI = 7 restriction with regard to SFC of station allowing Call Forwarding-All Calls.
(SFI = 7: Call Forwarding-All Call service)
ANPD - Assign minimum necessary number of digits for the first number of the access codes for Call
Forwarding-All Calls.

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Multiple Call Forwarding - All Calls - CCIS

M-40

Programming (cont’d)
STEP 3:

STEP 4:

ASPA - Sets the access codes for Call Forwarding-All Calls.
For setting: CI = N (Normal), SRV = SSC (Service Code), SID = 8
For Cancel: CI = N (Normal), SRV = SSC (Service Code), SID = 9
ATNR - Assign the allowable data into the corresponding items of Tenant Restriction Index.

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Page 959

M-41

Multiple Call Forwarding - Busy Line - CCIS

M-41

Multiple Call Forwarding - Busy Line - CCIS

General Description
This service feature permits a call to a busy station to be forwarded in a CCIS network, multiple times, to a
predesignated idle station.
1.
With existing CALL FORWARDING-BUSY LINE [C-2] (CF-B) service:
CF-A

Call

A

1st Time
B

S

2.

Ringing

With MULTIPLE CALL FORWARDING-BUSY LINE [M-24] service:
CF-B
1st Time

CF-B
B

A

2nd Time
C
CF-B
3rd Time

Call
D
F
S

5th Time

E

4th Time

Ringing
CF-B

CF-B

Operating Procedure
1.
2.

3.

Station A sets Call Forwarding-Busy Line to Station B. Station B sets Call Forwarding-Busy Line to
Station C. Station C sets Call Forwarding-Busy Line to Station D.
Stations A, B, and C are busy when an incoming call is directed to Station A. The call is forwarded to
Station B first, then to Station C, and on to Station D. The calling party receives ringback tone, and ringing
starts at Station D.
Station D lifts the handset to answer and is connected to the calling party.

Service Conditions
1.
2.

Page 960

The service conditions within the node comply with those of MULTIPLE CALL FORWARDING-BUSY
LINE [M-24].
A call can be forwarded by CALL FORWARDING a maximum of one time between nodes in a CCIS
network.

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M-41

Service Conditions (cont’d)
3.

When CALL FORWARDING is performed in a CCIS network, the following services are not available
at a forwarded-to-station:
CALL FORWARDING-ALL CALLS-OUTSIDE
[C-28]
CALL FORWARDING-BUSY LINE-OUTSIDE
[C-60]
CALL FORWARDING-DON’T ANSWER-OUTSIDE
[C-74]
Busy
Busy

Busy

CF-B

CF-B

CF-B - CCIS

CF-B - CCIS or
CF-B-Outside

CCIS

Call Originating
Station

Busy Tone

•
•
•

4.

CF-B

CF-B

LEGEND
CF-B:
Call Forwarding -Busy Line
CF-B - CCIS: Call Forwarding -Busy Line - CCIS
CF-B-Outside: Call Forwarding -Busy Line-Outside

When a call is forwarded to the calling party by CALL FORWARDING-BUSY LINE - CCIS [M-41], the
calling party hears busy tone.
Call Originating Station
Busy Tone

Busy
Busy
CCIS Call
CCIS

CF-B
CF-B
CF-B

Busy

CF-B - CCIS
Busy

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M-41

Multiple Call Forwarding - Busy Line - CCIS

Service Conditions (cont’d)
5.

SERVICE DISPLAY - CCIS [S-53] is available at the terminating node. The type of forwarding to be
displayed is CF BUSY.
Call Originating Station
•

LEGEND
CF-A: Call Forwarding -All Calls

S: 2000
820

822

Busy
A: 4211

CCIS
CF-B
CF-B

CF-A

CF-B - CCIS

Ringing

Busy
Busy

D

B

E: 4020
C
Calling Party (S)

Called Party (E)
CF BUSY

4211
Dialed Number

6.
7.

8.

9.

8202000

Type of
Forwarding

Calling Station
Number

When a call is terminated to an ATTENDANT CONSOLE [A-3] by the MULTIPLE CALL
FORWARDING-BUSY LINE - CCIS [M-41], the call type is BUSY.
The system data (ASYD, SYS1, Index 486, bit 0-2) decides the maximum number of times for activating
a call forwarding service between nodes through CCIS. The number of times is selected in the range of 1
time to 7 times (ASYD, SYS1, Index 486, bit 0-2 = 0 means the enhanced feature is not available).
The number of times for activating this service between CCIS nodes is decided by system data
programmed at the node that has the station operating the first Call Forwarding service through CCIS link.
However, when the node that accommodates the station operating the service first has not been
programmed, the number of times is decided at the node that accommodates the destination of the first
Call Forwarding - CCIS service.
When Multiple Call Forwarding - CCIS is activated and the last intermediate party forwards (returns) the
call to the first calling party, the calling party may hear either ringback tone or busy tone.
The Calling party hears ringback tone when the forwarding destination number, assigned to the last
intermediate party (intermediate party 2 in the example below), and the calling party number sent from the
calling party are identical.

Node A
Ringback Tone

Node B
2nd C.F. (All
Calls/Busy)

Calling Party
Ringing
Intermediate
Party 1

Page 962

1st C.F. (All Calls)

Intermediate
Party 2

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M-41

Service Conditions (cont’d)
The Calling party hears busy tone when the forwarding destination number, assigned to the last
intermediate party (intermediate party 2 in the example below), and the calling party number sent from the
calling party are not identical.
Node A

Node B

Busy Tone
2nd C.F. (All Calls/
Busy Line) service
Calling Party

1st C.F. service
Intermediate Party 1

10.
11.

Intermediate Party 2

When Call Forwarding is restricted because the number of times data or service restriction data, the caller
hears busy tone.
Even if Call Forwarding is set from the forwarded station to the forwarding station, the Call Forwarding
service is effective, as shown in the example below:
When Office A selects the number of times for Call Forwarding for 5 times, five times of Call Forwarding
are executed as Call Forwarding 1 to Call Forwarding 2 to Call Forwarding 3 to Call Forwarding 2 to Call
Forwarding 3.
Office A

Office B

CCIS

1st C.F.

Office C

CCIS

2nd C.F.

3rd C.F.

12.

The following services set to the forwarded destination are not available with Multiple Call Forwarding CCIS services, except when the services below are activated through CCIS link:
CALL FORWARDING - ALL CALLS - OUTSIDE
[C-28]
CALL FORWARDING - BUSY LINE - OUTSIDE
[C-60]
CALL FORWARDING - DON’T ANSWER - OUTSIDE
[C-74]

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M-41

Multiple Call Forwarding - Busy Line - CCIS

Service Conditions (cont’d)
13.

14.

The following services are activated within one node. The maximum number of times for activating this
feature is the same as previous software releases:
MULTIPLE CALL FORWARDING - ALL CALLS [M-44]:
5 times
MULTIPLE CALL FORWARDING - BUSY LINE [M-24]:
5 times
MULTIPLE CALL FORWARDING - DON’T ANSWER [M-25]: unlimited
The following are detailed examples of Call Forwarding - CCIS activation. These examples are activated
under the conditions below:
• The maximum number of times to activate the service is three (programmed in Office A and Office B).
• The last call forwarding is operated by Call Forwarding - All Calls/Don’t Answer service.
• Any kind of D term, ISDN terminal, PHS, etc. is available to be used for the calling/intermediate party.
• Any kind of Call Forwarding service (All Calls/Busy Line/Don’t Answer) is available to be set at the
calling/intermediate terminal.
The node that decides number of times for activating service.

The node that is available for the enhanced Call Forwarding - CCIS services.

The node that is unavailable for the enhanced Call Forwarding - CCIS services.

a.) The service is restricted because the terminating Office B is unavailable for enhanced Call
Forwarding - CCIS service.
Office A

Office B

CCIS

1st C.F.

Page 964

Office C

CCIS

2nd C.F.
UNAVAILABLE

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Service Conditions (cont’d)
b.) The service is restricted because the service has already been activated the predetermined number
of times.
a.
Office A

Office B
CCIS

Office C

Office D
CCIS

CCIS

Office E
CCIS

UNAVAILABLE

1st C.F.
2nd C.F.

3rd C.F.

4th C.F.

b.
Office B
CCIS

CCIS

Office A

Office C

1st C.F.
2nd C.F.

4th C.F.
UNAVAILABLE

CCIS
3rd C.F.

c.) When Office A is not available for the enhanced Call Forwarding feature, the number of times the
service is activated is decided by Office B (three times are effective in this example). Note that
Call Forwarding service from Office A to Office B is included in the number of times service is
activated.
Office A

Office B
CCIS

Office C
CCIS

Office D
CCIS

CCIS

UNAVAILABLE

1st C.F.
2nd C.F.

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Office E

3rd C.F.

4th C.F.

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M-41

Multiple Call Forwarding - Busy Line - CCIS

Service Conditions (cont’d)
d.) The Call Forwarding service is activated four times, because the call is forwarded from Office D
to Office E through FCCS link:
Office A

Office B
CCIS

Office C
CCIS

Office D
CCIS

Office E
FCCS

Office F
CCIS

1st C.F.
3rd C.F.

2nd C.F.

Note:

C.F.*

Call Forwarding service activated through FCCS link (C.F.*) is not included in the number of times that
the Multiple Call Forwarding - CCIS service is activated.
e.) When the trunk/station incoming call terminates through FCCS link, the number of times for the
service activation may vary, depending on the kind of Call Forwarding service (All Calls/Busy
Line/Don’t Answer) set to the station in the terminated node. This condition is also applied when
the call is forwarded from Office A to Office B through FCCS link.

a. Call Forwarding - All Calls/Busy Line.
•
When the station that forwards an incoming call first (the station in Office B) is set Call Forwarding - All Calls/Busy Line,
the number of times is decided by the data in Office A (the node has the calling party).
Office A

Office B
FCCS

Office C
CCIS

Office D
CCIS

1st C.F.

Office E
CCIS

2nd C.F.

Office F
CCIS

3rd C.F.

4th C.F.

b. Call Forwarding - Don’t Answer
•
When the station that forwards an incoming call first (the station in Office B) is set Call Forwarding - Don’t Answer, the
number of times is decided by the data in Office B (the node has the terminal that activates Call Forwarding service first).
Office A

Office B
FCCS

Office C
CCIS

1st C.F.

Page 966

Office D
CCIS

2nd C.F.

Office E
CCIS

Office F
CCIS

3rd C.F.

4th C.F.

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M-41

Service Conditions (cont’d)
f.) This service is restricted when a call from the CCIS line is forwarded to other lines except CCIS
(for example: C.O. line).

Interactions
When a calling party sets the services shown below while the destination party is in busy status, the services are
performed to the first forwarded party.
1.
In the case of Busy Verification - CCIS [B-9] or Executive Right-of-Way - CCIS [E-8], the service is
effective to Station B in Office B. The service is invalid to station D.
a.) When Station B is in busy status, Busy Verification - CCIS [B-9] and Executive Right-of-Way CCIS [E-8] are activated.
b.) When Station B is in idle status, Station B is rung.
Originating
Party

Office A

Office B

CCIS

Office C

CCIS

CCIS

1st C.F.

Office D

2nd C.F.

3rd C.F.

Station A
Station B

2.

Station C

Station D
(Busy)

In the case of Message Reminder - CCIS [M-34, 34D], service is performed to Station B in Office B. The
service is invalid to station D.

Originating
Party

Office A

Office B

CCIS

Office C

CCIS

CCIS

1st C.F.

Office D

2nd C.F.

3rd C.F.

Station A
Station B

NEAX2400 IPX Feature Programming Manual
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Station C

Station D
(Busy)

Page 967

M-41

Multiple Call Forwarding - Busy Line - CCIS

Interactions (cont’d)
3.

In the case of Call Back - CCIS [C-44], service is effective to Station B in Office B. The service is invalid
to station D.

Originating
Party

Office A

Office B

Office C

CCIS

CCIS

CCIS

1st C.F.

Office D

2nd C.F.

3rd C.F.

Station A
Station B

4.

Station C

Station D
(Busy)

In the case of Step Call - CCIS [S-59], the service is valid to Station B in Office B. The service is invalid
to station D.

Originating
Party

Office A

Office B

Office C

CCIS

CCIS

1st C.F.

Office D

CCIS

2nd C.F.

3rd C.F.

Station A
Station B

Station C

Station D
(Busy)

Programming
STEP 1:

Page 968

ASYD - System 1, Index 5, Bit 0: Access Code for Call Forwarding - Busy Line and Call Forwarding
- Don’t Answer service. 0/1 = Same/Separate.
System 1, Index 5, Bit 1, 2 & 3: Number of Multiple Call Forwarding jumps:
b3

b2

b1

0

0

0

1 Jump

0

0

1

1 Jump

0

1

0

2 Jumps

0

1

1

3 Jumps

1

0

0

4 Jumps

1

0

1

5 Jumps

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M-41

Programming (cont’d)

STEP 2:
STEP 3:
STEP 4:

STEP 5:

System 1, Index 69, Bit 7: (1) Multiple Call Forwarding in service.
SYS 1, Index 486, bit 0-2. The maximum number of times for activating Call Forwarding - CCIS
service (0 to 7 times: 01Hex-07Hex)
When assigning “0 (default)”, the call forwarding is activated between CCIS nodes only one time.
ASFC - Allow Call Forwarding-Busy (SFI = 9) to the SFC of the stations.
ANPD - Assign minimum necessary number of digits for the first number of the access code for Call
Forwarding-Busy.
ASPA - Assign the access code for Call Forwarding-Busy.
To set:
CI = N, SRV = SSC (Service Code), SID = 10
To cancel: CI = N, SRV = SSC (Service Code), SID = 11
ATNR - Assign allowable data to the corresponding tenant restriction index.

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M-42

Multiple Call Forwarding - Don’t Answer - CCIS

M-42 Multiple Call Forwarding - Don’t Answer - CCIS
General Description
This service permits a call to an unanswered station to be forwarded, multiple times, to a predesignated station that
does not have CALL FORWARDING-DON’T ANSWER [C-3] service set, or to the ATTENDANT CONSOLE
[A-3] in a CCIS network.
With existing CALL FORWARDING-DON’T ANSWER [C-3] (CF-D) service:

CF-D

Call

A

1st Time
B

S

Ringing

With MULTIPLE CALL FORWARDING-DON’T ANSWER [M-25] service:

CF-D
1st Time

CF-D
B

2nd Time

A

C

1st Ringing

CF-D

2nd Ringing

3rd Ringing

3rd Time

Call
4th Ringing

D

F
S

6th Ringing

5th Time
CF-D

E

4th Time
CF-D

5th Ringing

Operating Procedure
1.
2.
3.
4.
5.
6.

Page 970

Station A sets Call Forwarding-Don’t Answer to Station B. Station B sets Call Forwarding-Don’t Answer
to Station C. Station C sets Call Forwarding-Don’t Answer to Station D.
A call is directed to Station A. The calling party receives ringback tone, and ringing starts at Station A.
The call is not answered within a predetermined amount of time and is forwarded to Station B. Ringing
stops at Station A and starts at Station B.
The call is not answered within a predetermined amount of time and is forwarded to Station C. Ringing
stops at Station B and starts at Station C.
The call is not answered within a predetermined amount of time and is forwarded to Station D. Ringing
stops at Station C and starts at Station D.
Station D lifts the handset and is connected to the calling party.

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M-42

Service Conditions
1.
2.
3.

The service conditions within the node comply with those of MULTIPLE CALL FORWARDINGDON’T ANSWER [M-25].
A call can be forwarded by CALL FORWARDING a maximum of one time between nodes in a CCIS
network.
When CALL FORWARDING is performed in a CCIS network, the following services are not available
at a forwarded-to station:
CALL FORWARDING-ALL CALLS-OUTSIDE
[C-28]
CALL FORWARDING-BUSY LINE-OUTSIDE
[C-60]
CALL FORWARDING-DON’T ANSWER-OUTSIDE
[C-74]

5th Ringing
4th Ringing

Last
Ringing

CF-D

CF-D

CF-D - CCIS
CCIS

CCIS or
Not CCIS

CF-D - CCIS or
CF-D-Outside

Call Originating
Station
CF-D
CF-D
1st Ringing
2nd Ringing

•
•
•

CF-D:
CF-D - CCIS:
CF-D-Outside:

NEAX2400 IPX Feature Programming Manual
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3rd Ringing

LEGEND
Call Forwarding - Don’t Answer
Call Forwarding - Don’t Answer - CCIS
Call Forwarding - Don’t Answer-Outside

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M-42

Multiple Call Forwarding - Don’t Answer - CCIS

Service Conditions (cont’d)
4.

When a call is set to be forwarded to a calling party by CALL FORWARDING-DON’T ANSWER - CCIS
[M-42], the call forwarded to the calling party is ignored and the last station keeps ringing.
1st Ringing

Call Originating
Station

2nd Ringing

CCIS Call
CF-D

CCIS

CF-D
CF-D

CF-D - CCIS

3rd Ringing

Last Ringing

5.

The type of forwarding to be displayed is CF NANS at the terminating node.
Call Originating Station
•

LEGEND
CF-A: Call Forwarding -All Calls

S: 2000
820

1st Ringing

A: 4211

822
CCIS

CF-D
CF-D

CF-A

CF-D - CCIS

Last Ringing

2nd Ringing
3rd Ringing
B

D
E: 4020

C
Calling Party (S)

Called Party (E)
4211

Dialed Number

6.
7.
8.

9.

Page 972

CF NANS
Type of
Forwarding

8202000
Calling Station
Number

When a call is terminated to an ATTENDANT CONSOLE [A-3] by the MULTIPLE CALL
FORWARDING-DON’T ANSWER - CCIS [M-42], the call type is NANS.
There is no limit to the number of jumps for MULTIPLE CALL FORWARDING-NO ANSWER.
The system data (ASYD, SYS1, Index 486, bit 0-2) decides the maximum number of times for activating
a call forwarding service between nodes through CCIS. The number of times is selected in the range of 1
time to 7 times (ASYD, SYS1, Index 486, bit 0-2 = 0 means the enhanced feature is not available).
The number of times for activating this service between CCIS nodes is decided by system data
programmed at the node that has the station operating the first Call Forwarding service through CCIS link.
However, when the node accommodating the station operating the service first has not programmed, the
number of times is decided at the node that accommodates the destination of the first Call Forwarding CCIS service.

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M-42

Service Conditions (cont’d)
10.

When the destination is the calling party:
a.) CALL FORWARDING - DON’T ANSWER: the call continues to place at the station that
forwards the call to the caller.
In this case, the calling party hears ringback tone:
Multiple Call Forwarding - Don’t Answer - CCIS
Ringback Tone
2nd C.F. service
Calling Party

Ringback Tone
1st C.F. service
Intermediate Party

11.

Multiple Call Forwarding - Don’t Answer - CCIS

When Call Forwarding is restricted because the number of times data or service restriction data, the call
continues to ring at the station that has restricted the service.
Example 1: Multiple Call Forwarding - CCIS is restricted because the service has already been activated
the preassigned maximum number of times. A maximum of three times is available for Call Forwarding
through CCIS.
1st C.F.

2nd C.F.

Calling Party

Intermediate Party
4th C.F.
UNAVAILABLE

3rd C.F.
When the call is forwarded
by C.F. - A/D - CCIS, the call
terminates to this station.

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M-42

Multiple Call Forwarding - Don’t Answer - CCIS

Service Conditions (cont’d)
Example 2: Multiple Call Forwarding - CCIS service is restricted because the service is not effective at
the node.
1st C.F.

2nd C.F.

Calling Party

Intermediate Party
3rd
C.F.

12.

When the call is forwarded
by C.F. - A/D - CCIS, the call
terminates to this station.

Even if Call Forwarding is set from the forwarded station to the forwarding station, the Call Forwarding
service is effective, as shown in the example below:
When Office A selects the number of times for Call Forwarding for 5 times, five times of Call Forwarding
are executed as Call Forwarding 1 to Call Forwarding 2 to Call Forwarding 3 to Call Forwarding 2 to Call
Forwarding 3.
Office A

Office B

CCIS

1st C.F.

Office C

CCIS

2nd C.F.

3rd C.F.

13.

14.

Page 974

The following services set to the forwarded destination are not available with Multiple Call Forwarding CCIS services, except when the services below are activated through CCIS link:
CALL FORWARDING - ALL CALLS - OUTSIDE
[C-28]
CALL FORWARDING - BUSY LINE - OUTSIDE
[C-60]
CALL FORWARDING - DON’T ANSWER - OUTSIDE
[C-74]
The following services are activated within one node. The maximum number of times for activating this
feature is the same as previous software releases:
MULTIPLE CALL FORWARDING - ALL CALLS [M-44]:
5 times
MULTIPLE CALL FORWARDING - BUSY LINE [M-24]:
5 times
MULTIPLE CALL FORWARDING - DON’T ANSWER [M-25]: unlimited

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M-42

Service Conditions (cont’d)
15.

The following are detailed examples of Call Forwarding - CCIS activation. These examples are activated
under the conditions below:
• The maximum number of times to activate the service is three (programmed in Office A and
Office B).
• The last call forwarding is operated by Call Forwarding - All Calls/Don’t Answer service.
• Any kind of Dterm, ISDN terminal, PHS, etc. is available to be used for the calling/intermediate
party.
• Any kind of Call Forwarding service (All Calls/Busy Line/Don’t Answer) is available to be set
at the calling/intermediate terminal.
The node that decides number of times for activating service.

The node that is available for the enhanced Call Forwarding - CCIS services.

The node that is unavailable for the enhanced Call Forwarding - CCIS services.

a.) The service is restricted because the terminating Office B is unavailable for enhanced Call
Forwarding - CCIS service.
Office B

Office A

CCIS

1st C.F.

NEAX2400 IPX Feature Programming Manual
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Office C

CCIS

2nd C.F.
UNAVAILABLE

Page 975

M-42

Multiple Call Forwarding - Don’t Answer - CCIS

Service Conditions (cont’d)
b.) The service is restricted because the service has already been activated the predetermined number
of times.
a.
Office A

Office B
CCIS

Office C

Office D
CCIS

CCIS

Office E
CCIS

UNAVAILABLE

1st C.F.
2nd C.F.

3rd C.F.

4th C.F.

b.
Office B
CCIS

CCIS

Office A

Office C

1st C.F.
2nd C.F.

4th C.F.
UNAVAILABLE

CCIS
3rd C.F.

c.) When Office A is not available for the enhanced Call Forwarding feature, the number of times the
service is activated is decided by Office B (three times are effective in this example). Note that
Call Forwarding service from Office A to Office B is included in the number of times service is
activated.
Office A

Office B
CCIS

Office C
CCIS

Office D
CCIS

CCIS

UNAVAILABLE

1st C.F.
2nd C.F.

Page 976

Office E

3rd C.F.

4th C.F.

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M-42

Service Conditions (cont’d)
d.) The Call Forwarding service is activated four times, because the call is forwarded from Office D
to Office E through FCCS link:
Office A

Office B
CCIS

Office C
CCIS

Office D
CCIS

Office E
FCCS

Office F
CCIS

1st C.F.
3rd C.F.

2nd C.F.

Note:

C.F.*

Call Forwarding service activated through FCCS link (C.F.*) is not included in the number of times that
the Multiple Call Forwarding - CCIS service is activated.
e.) When the trunk/station incoming call terminates through FCCS link, the number of times for the
service activation may vary, depending on the kind of Call Forwarding service (All Calls/Busy
Line/Don’t Answer) set to the station in the terminated node. This condition is also applied when
the call is forwarded from Office A to Office B through FCCS link.

a. Call Forwarding - All Calls/Busy Line.
•
When the station that forwards an incoming call first (the station in Office B) is set Call Forwarding - All Calls/Busy Line,
the number of times is decided by the data in Office A (the node has the calling party).
Office A

Office B
FCCS

Office C
CCIS

Office D
CCIS

1st C.F.

Office E
CCIS

2nd C.F.

Office F
CCIS

3rd C.F.

4th C.F.

b. Call Forwarding - Don’t Answer
•
When the station that forwards an incoming call first (the station in Office B) is set Call Forwarding - Don’t Answer, the
number of times is decided by the data in Office B (the node has the terminal that activates Call Forwarding service first).
Office A

Office B
FCCS

Office C
CCIS

1st C.F.

NEAX2400 IPX Feature Programming Manual
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Office D
CCIS

2nd C.F.

Office E
CCIS

3rd C.F.

Office F
CCIS

4th C.F.

Page 977

M-42

Multiple Call Forwarding - Don’t Answer - CCIS

Service Conditions (cont’d)
f.) This service is restricted when a call from the CCIS line is forwarded to other lines except CCIS
(for example: C.O. line).

Interactions
When a calling party sets the services shown below while the destination party is in busy status, the services are
performed to the first forwarded party.
1.
In the case of Busy Verification - CCIS [B-9] or Executive Right-of-Way - CCIS [E-8], the service is
effective to Station B in Office B. The service is invalid to station D.
a.) When Station B is in busy status, Busy Verification - CCIS [B-9] and Executive Right-of-Way CCIS [E-8] are activated.
b.) When Station B is in idle status, Station B is rung.
Originating
Party

Office A

Office B

CCIS

Office C

CCIS

CCIS

1st C.F.

Office D

2nd C.F.

3rd C.F.

Station A
Station B

2.

Station C

Station D
(Busy)

In the case of Message Reminder - CCIS [M-34, 34D], service is performed to Station B in Office B. The
service is invalid to station D.

Originating
Party

Office A

Office B

CCIS

Office C

CCIS

CCIS

1st C.F.

Office D

2nd C.F.

3rd C.F.

Station A
Station B

Page 978

Station C

Station D
(Busy)

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M-42

Interactions (cont’d)
3.

In the case of Call Back - CCIS [C-44], service is effective to Station B in Office B. The service is invalid
to station D.

Originating
Party

Office A

Office B

Office C

CCIS

CCIS

1st C.F.

Office D

CCIS

2nd C.F.

3rd C.F.

Station A
Station B

4.

Station C

Station D
(Busy)

In the case of Step Call - CCIS [S-59], the service is valid to Station B in Office B. The service is invalid
to station D.

Originating
Party

Office A

Office B

Office C

CCIS

CCIS

CCIS

1st C.F.

Office D

2nd C.F.

3rd C.F.

Station A
Station B

Station C

Station D
(Busy)

Programming
STEP 1:

ASYD - System 1, Index 5, Bit 0: Access Code for C.F-Busy Line and C.F-Don’t Answer service. 0/1
= Same/Separate.
System 1, Index 5, Bits 1, 2, & 3: Number of Multiple Call Forwarding jumps:

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

b3

b2

b1

0

0

0

1 Jump

0

0

1

1 Jump

0

1

0

2 Jumps

0

1

1

3 Jumps

1

0

0

4 Jumps

1

0

1

5 Jumps

Page 979

M-42

Multiple Call Forwarding - Don’t Answer - CCIS

Programming (cont’d)
STEP 2:
STEP 3:
STEP 4:

STEP 5:

Page 980

ASFC - Allow Call Forwarding-Don’t Answer (SFI = 8) to the SFC of the stations.
ANPD - Assign minimum necessary number of digits for the first number of the access code for C.FDon’t Answer service.
ASPA - Assign the access code for C.F-Don’t Answer service.
To set:
CI = N, SRV = SSC (Service Code), SID = 12
To cancel: CI = N, SRV = SSC (Service Code), SID = 13
ATNR - Assign allowable data into the corresponding item of the tenant restriction index.
SYS 1, Index 486, bit 0-2. The maximum number of times for activating Call Forwarding - CCIS
service (0 to 7 times: 01Hex-07Hex)
When assigning “0 (default)”, the call forwarding is activated between CCIS nodes only one time.

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M-43

M-43

Multiple Console Operation - CCIS

General Description
This feature provides console operation where ATTENDANT CONSOLEs [A-3] are installed in more than one
node in the CCIS network.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.

4.

5.
6.
7.

8.

9.
10.

Call transfer among ATTENDANT CONSOLEs [A-3] in different nodes is possible, but call
identification information cannot be transferred from one node to another.
When ATTENDANT CONSOLEs [A-3] are installed in multiple nodes, Day/Night mode changeover is
controlled independently in each node.
The following types of calls on the CCIS network are identified by the lamps on the ATTENDANT
CONSOLE [A-3]:
• LDN
• FX
• WATS
• CCSA
• TIE
• ATND
When ATTENDANT CONSOLEs [A-3] are installed in multiple nodes, an incoming call is only indicated
at the terminating ATTENDANT CONSOLE [A-3]. No indication is given on the ATTENDANT
CONSOLEs [A-3] at the other nodes.
The maximum number of consoles per unit is two.
The maximum number of consoles allowed per system is 16 for 1 IMG and 60 for 4 IMGs/IPX-U.
Each incoming call is displayed on a console whether idle or busy. If all Attendants are involved in
processing calls when another Central Office call arrives, the Call Waiting Lamp will light on all consoles.
This is Switched-Loop Attendant Operation.
If one of the consoles enters the Night mode, all calls addressed to the Attendant will be directed to the
other consoles. However, the console which has entered the Night mode must complete processing of all
calls already connected to its loop.
A station can be connected to only one Attendant loop at a time. Any attempt at establishing multiple
connections will result in reorder tone being sent to the Attendant.
The NEAX2400 IPX operates only on a switched-loop basis. Fixed-loop operation is not available.

Interactions
1.

2.
3.

See ATTENDANT CONSOLE [A-3] for information regarding a single ATTENDANT CONSOLE [A3] and system features provided to the ATTENDANT CONSOLE [A-3]. The ATTENDANT CONSOLE
[A-3] must be provided first.
For each tenant, only one type of ATTENDANT CONSOLE [A-3] system can be assigned, either normal
or Primary ATTENDANT CONSOLE [A-3] system.
ASAT must be programmed for INTERPOSITION TRANSFER [I-5].

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M-43

Multiple Console Operation - CCIS

Interactions (cont’d)
4.
5.

ATTENDANT CONSOLEs [A-3] may not dial another console directly. Talk path will occur only during
INTERPOSITION TRANSFER [I-5].
When more than one ATTENDANT CONSOLE [A-3] is installed, a Primary ATTENDANT CONSOLE
[A-3] may be assigned (AMAT command). This ATTENDANT CONSOLE [A-3] will control the
implementation of DAY/NIGHT CLASS OF SERVICE [D-15].

Programming
STEP 1:

STEP 2:

STEP 3:
STEP 4:

STEP 5:
STEP 6:

Page 982

ASYD - SYS1, Index 9, Assign the number of ATTENDANT CONSOLE [A-3] in system.
SYS2, Index 2, bit 2, Is this Primary ATTCON system? 0/1: No/Yes. (When Primary goes into Night,
tenant goes into Night.)
SYS2, Index 2, bit 3, Is this normal ATTCON system? 0/1: No/Yes. (When all ATTENDANT
CONSOLES [A-3] go into Night, tenant goes into Night.)
ATRK - To assign the ATTENDANT CONSOLE [A-3]: LEN # = LP, and UNIT. The Line Group is
always 20 and the Level is either 0 or 1. Assign as Route 901. Also assign a Service Feature Class
(SFC 0) and a Route Restriction Class (RSC 0) to the ATTENDANT CONSOLE [A-3].
ASAT - Assign a specific Attendant Number to the ATTENDANT CONSOLE [A-3]. See
INDIVIDUAL ATTENDANT ACCESS [I-6].
AMAT - Assign one of the ATTENDANT CONSOLES [A-3] to serve as the Primary ATTENDANT
CONSOLE [A-3]. This service is assigned on a tenant basis. The ATT Number will correspond to the
Trunk number of that specific console.
MBTK - Make Idle the ATTENDANT CONSOLE [A-3] trunk.
ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant basis. Assign Tenant Restriction
Index (TRI) 1 for station to station calling; TRI 1 for CALL FORWARDING, TRI 3 for CALL
FORWARDING set by the ATTENDANT CONSOLE [A-3]; TRI 4 for incoming calls to the
ATTENDANT CONSOLE [A-3].

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Message Center Interface - CCIS

M-67

M-67

Message Center Interface - CCIS

General Description
This service feature provides an INTERFACE to the external CPU for MESSAGE CENTER information when a
specific UCD group or console in a CCIS network is called. This interface allows external control of Message
Waiting Lamp (MWL) indications on equipped PBX stations.
Message Center Interface can also be provided in a network established with FCCS groups (networks where
multiple NEAX2400 IPXs are connected via FCCS link) and NEAX2000 IVS2 using CCIS link. When used as such,
this feature is called Centralized Message Center Interface.
Note: MCI message can be transmitted to the Centralized MCI via NEAX2000 IVS2. In the case of connection
between FCCS groups, MCI message can be transmitted only when a call is terminated to any UCD station
within the Center FCCS group.

Operating Procedure
The Message Center Interface (MCI) can provide one of two modes of operation. These modes are described as
Feature 1 and Feature 2:
Feature 1

•
•

Incoming call information is sent to the MCI when an attendant answers.
Control of MWLs is based on data from the external CPU.

Feature 2

•
•
•

Incoming call information is sent to the MCI when a UCD station answers.
Dual call forwarding service is possible.
Control of MWLs is based on data from the external CPU.

Procedures
Feature 1

1.

2.

3.
4.
5.

When the attendant answers a call, the PBX transmits a call handling record to the MCI. The external CPU,
based on the received data, will display a profile of the station/trunk being handled by the attendant on the
monitor.
MWL control is based on data from the external CPU. Through the external CPU terminal, when
information is registered, the Host/CPU system forwards MWL control data according to the MWL On/
Off control information sent.
The PBX, upon receiving this control data from the MCI, will extinguish or illuminate the MWL,
depending on the subscriber displayed on the attendant’s monitor/display.
The called station will be able to receive a message from the attendant by dialing “0”, or from a computer
terminal by entering his/her identification number.
The external CPU, upon retrieval of message information, will transmit a data record requesting the PBX
to extinguish the MWL of the corresponding station.

Feature 2

1.
2.

The purpose of this MCI is to provide an interface to a Voice Mail System, or a Message Center Computer
which is capable of sending MWL control data to the PBX.
In order to perform the data transfer to the external CPU, a station/trunk is connected to a designated UCD
group. These stations in the UCD group are connected to the Voice Mail System/Message Center System
to collect call connection status of MWL control information. Refer to the following block diagram.

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M-67

Message Center Interface - CCIS

Operating Procedure (cont’d)
3.
4.
5.

The PBX, upon receiving this control data from the MCI, will extinguish or illuminate the MWL
depending on the subscriber displayed on the attendant’s monitor/display.
The user at the called station will be able to receive a message from the system by dialing the Pilot number
of the UCD station group connected to the Voice Mail System.
The external CPU, upon retrieval of message information, will transmit a data record requesting the PBX
to extinguish the MWL of the corresponding station.
Message Center
UCD

PBX

Message
Center
Interface

PBX
UCD

Station A

Message
Center
Counter

Message
Center
Interface

Analog
Station Line
Voice Mail
(VM) System

Service Conditions
1.

The call type is sent to the external CPU via the MCI interface. This call record will pertain to the
following services:
Feature 1:
•
CALL FORWARDING-DON’T ANSWER [C-3] from Internal Call
•
CALL FORWARDING-DON’T ANSWER [C-3] from External Call
•
CALL FORWARDING-DON’T ANSWER - CCIS [C-47] from Internal Call
•
CALL FORWARDING-DON’T ANSWER - CCIS [C-47] from External Call
•
CALL FORWARDING-BUSY LINE [C-2] from Internal Call
•
CALL FORWARDING-BUSY LINE [C-2] from External Call
•
CALL FORWARDING-BUSY LINE - CCIS [C-46] from Internal Call
•
CALL FORWARDING-BUSY LINE - CCIS [C-46] from External Call
•
CALL FORWARDING-ALL CALLS [C-5] from Internal Call
•
CALL FORWARDING-ALL CALLS [C-5] from External Call
•
CALL FORWARDING-ALL CALLS - CCIS [C-45] from Internal Call
•
CALL FORWARDING-ALL CALLS - CCIS [C-45] from External Call
•
MULTIPLE CALL FORWARDING-DON’T ANSWER - CCIS [M-42] from Internal Call
•
MULTIPLE CALL FORWARDING-DON’T ANSWER - CCIS [M-42] from External Call
•
MULTIPLE CALL FORWARDING-BUSY LINE - CCIS [M-41] from Internal Call
•
MULTIPLE CALL FORWARDING-BUSY LINE - CCIS [M-41] from External Call
•
MULTIPLE CALL FORWARDING-ALL CALLS - CCIS [M-40] from Internal Call
•
MULTIPLE CALL FORWARDING-ALL CALLS - CCIS [M-40] from External Call
•
ATTENDANT CAMP-ON WITH TONE INDICATION [A-1]

Page 984

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Message Center Interface - CCIS

M-67

Service Conditions (cont’d)
•
ATTENDANT CAMP-ON WITH TONE INDICATION - CCIS [A-45]
•
AUTOMATIC RECALL [A-8]
•
Call Return from Hold
•
Operator Call
•
LDN Call
Feature 2:
•
Station dials Message Center Number Directory.
•
Direct Trunk Call to Message Center.
•
Trunk Call to Message Center extended by ATTENDANT
•
Station Call is FORWARDED-ALL CALLS to Message Center.
•
Trunk Call is FORWARDED-ALL CALLS to Message Center.
•
Station Call is FORWARDED-BUSY LINE to Message Center.
•
Trunk Call is FORWARDED-BUSY LINE to Message Center.
•
Station Call is FORWARDED-DON’T ANSWER to Message Center.
•
Trunk Call is FORWARDED-DON’T ANSWER to Message Center.
2.
The PBX MCI can control the display of a 16-Button D term for Message Indication. One of four
applications of the MCI can be displayed. The four applications are as follows: MW in a Message Center
system, VMM in a Voice Mail system, TMM in a Text Mail system, and FMM in a Fax Mail system.
3.
If an ATTENDANT CONSOLE [A-3] calls a UCD group directly for Feature 2, the PBX will not generate
a call record to the MCI.
4.
If the Host/CPU malfunctions and stops collecting call records, the PBX can store up to 16 call records. If
the maximum of 16 call records is stored and a 17th is generated, the system will overwrite the oldest
stored record, thus giving the stack the most recently generated call records.
5.
The PBX connected to a Message Center CPU in a CCIS network forms a Message Center Node. In the
CCIS network, one Message Center Node can be provided.
6.
The maximum number of remote nodes where the Message Center CPU sends the OFF command for
MWLs of all the stations is 32.
7.
This service is used together with CALLED NUMBER DISPLAY-ATTENDANT [C-59].
Centralized Message Center Interface function in the network through FCCS groups and NEAX2000 IVS2

1.
2.

For general information of this network, refer to “Network Through FCCS Groups and NEAX2000 IVS2”,
in the NEAX2400 IPX No. 7 CCIS System Manual.
Maximum 8-digit telephone numbers (assigned in AELGN command) are available for MCI message by
system data assignment. At this time, the MCI equipment should be adapted to 8-digit telephone numbers.
When the Centralized Office adopts the ICS format method, the receiving message field is output as it is.
In case of IMX format method, the originating information field is also output to the telephone number
field.

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M-67

Message Center Interface - CCIS

Service Conditions (cont’d)
3.

The centralized MCI function is activated by assigning MCI equipment and UCD group at the Center
FCCS group. (The MCI message cannot be transmitted to the Centralized MCI between FCCS groups.)
FUG 1 (Center FUG)

FUG 2

MCI message cannot
be transmitted
between networks
IVS2

IPX

IPX

IPX

..

..

..

...

..

..

..

..

...

..

..

..

..

...

..

..

..

..

...

..

UCD

IPX

IPX

MCI

..

..

..

...

..

..

..

..

...

..

..

..

..

...

..

..

..

..

...

..

MCI

..

...

..

...

..

...

..

..

...

..

...

..

..

...

..

...

..

UCD

...

..

...

..

..

..

..

..

...

..

..

...

..

..

..

..

..

...

..

...

..

...

..

..

..

..

..

...

..

...

..

...

..

..

..

..

..

...

..

IVS2

IPX
MCI

UCD PC=3

...

OK

...

..

IPX

IPX

UCD

..

..

..

..

...

..

...

..

..

..

..

..

..

..

..

...

..

..

..

...

..

...

..

..

..

..

..

..

..

..

...

..

..

..

...

..

...

..

..

..

..

..

..

..

..

...

..

..

..

...

..

...

..

..

..

..

..

..

..

..

...

OK

OK
MCI
MCI

4.

: CCIS

: Call Direction

: FCCS

: MCI Message

The signal of Call Waiting Lamp Controlling is sent from the MCI within the Center FCCS group to the
other FCCS groups and the NEAX2000 IVS2 system.
FUG 1 (Center FUG)
1 Control MW Lamp in IVS2

IVS2

IPX

FUG 2

2 Control MW Lamp in the other FUG

IPX

IPX

IPX

IPX

IPX

IPX

IPX

IVS 2

PC=3
CCIS message:
Message Control Message
...

..

..

..

..

...

..

..

..

..

...

..

..

..

..

...

..

..

..

..

MW

...

MCI

: CCIS

: FCCS

..

..

..

..

...

..

..

..

..

...

..

..

..

..

...

..

..

..

..

MW

..

...

..

...

...

..

...

..

...

...

..

...

..

...

...

..

...

..

...

...

MW
MCI

: CW Lamp Control

Programming
STEP 1:

Page 986

ASYD - System 1, Index 28, Bit 0, 1, 2, & 3: Assign message sending guard timer for MCI. Guard
timer: (data value × 128 ms). Bit 5: MWL Control by MCI. 0/1 = Out/In Service.
System 1, Index 29, Bits 0-7: Assign the port number for message output to the M.C. In the case of
dual service, two Bits are assigned.
System 1, Index 34, Bits 1 & 2: Specify the RS-232C Output Parity Code.
System 1, Index 70, Bit 0: (1) Called Number Display in service.

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M-67

Programming (cont’d)

STEP 2:
STEP 3:
STEP 4:

System 1, Index 78, Bit 1: (1) Calling and Intermediate Station number indication. Bit 1: (1) Kind of
service class indication.
System 1, Index 116 (Port 0) through Index 123 (Port 7): Assign the kind of terminal = 1: printer/MCI
to the corresponding output port. (Assigned via AIOC.)
System 2, Index 6, Bit 0: MCI service when terminating UCD group in this Tenant. 0/1 = Out/In
Service.
System 2, Index 7, Bit 1: MCI service when terminating the Attendant in this tenant. 0/1 = Out/In
Service.
AIOC - Assign the function and attribute data of the IOC ports.
ASFC - Allows MWL Control (SFI = 74) to the SFC of the station. SFI = 74: MW lamp setting-station
(Called Party).
ARPC - Assigns the Remote Point Code data for the Message Center.

FCCS Programming

STEP 1:

Set the data for the Centralized MAT following programming of CENTRALIZED MAINTENANCE CCIS [C-167] and telephone number (maximum of 8 digits) following NUMBER PORTABILITY CCIS [N-46].
See the manual of the NEAX2000 IVS2 for the data programming at the NEAX2000 IVS2.
ASYD - System Data 1, Index 246, b3. Maximum number of digits for Station Number field in MCI
text format. 0/1 = 6 digits/8 digits

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N-15

Night Connection - Fixed - CCIS

N-15

Night Connection - Fixed - CCIS

General Description
When the Night mode has been entered, this service feature routes calls, normally directed to the ATTENDANT
CONSOLE [A-3], to a preselected station in another node through CCIS.

Operating Procedure
1.

The Night lamp illuminates, when the Attendant in Node A sets Night mode with the NITE key pressed.

PUBLIC
SWITCHED
TELEPHONE
NETWORK
NIGHT MODE
CO RT
NITE Key

ATT
C

CCIS
[Node A]

2.

[Node B]

An incoming call from the CO RT to the Attendant in Night mode. The CO RT is automatically connected
to Station C for night connection and receives ringback tone. Station C is rung.

Incoming Call

PUBLIC
SWITCHED
TELEPHONE
NETWORK

NIGHT MODE

RBT

ATT

RG

CO RT
C

CCIS
[Node A]

Page 988

[Node B]

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Night Connection - Fixed - CCIS

N-15

Operating Procedure (cont’d)
3.

Station C answers and is connected with the CO RT. If necessary, the call can be transferred to another
station by means of Call Transfer-All Calls service.

PUBLIC
SWITCHED
TELEPHONE
NETWORK
NIGHT MODE
CO RT
ATT

[Node A]

CCIS

[Node B]

C

Service Conditions
1.
2.
3.
4.
5.
6.

Calls that are being processed, or are in the Hold state when the NIGHT mode is entered, will be
disconnected after the mode changeover has been completed.
If the NIGHT CONNECTION station to which an incoming call has been directed is busy, the calling
party will hear ringback tone until the station becomes idle.
This service feature may be provided with NIGHT CONNECTION-FLEXIBLE [N-2] and TRUNK
ANSWER FROM ANY STATION [T-8] in the same system.
If the NIGHT CONNECTION station is set for CALL FORWARDING-ALL CALLS [C-5], incoming
Central Office trunk calls terminated to that station will be forwarded to the designated station.
Incoming calls that will be routed to NIGHT CONNECTION stations are limited to Ring Down trunks.
Such calls programmed in the ALDN command should use LDN NIGHT CONNECTION - CCIS [L-29].

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:

ACSI - Assign the Night Connection-Fixed station number to the route and trunk number.
RT= , TK=
CSI=6 (Night Connection-Outside)
ADC=
ACFR - Release the call forwarding restriction by Night Connection Fixed (TSFI = 2).
ARSC - Release the incoming connection restriction of the route and station assigned in ACSI. (RRI =
0, 1)
ASPD - Assign Speed Dial number.

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N-16

Night Connection - Flexible - CCIS

N-16

Night Connection - Flexible - CCIS

General Description
This feature provides inter-office flexible Night Connection service through the CCIS network, when the NIGHT
CONNECTION-FIXED - CCIS and NIGHT CONNECTION-FLEXIBLE - CCIS stations are located in different
nodes.

Operating Procedure
To set

1.

The NIGHT CONNECTION-FIXED - CCIS station in the destination office sets CALL FORWARDINGALL CALLS - CCIS [C-45] to a station in another node.

To answer

1.

2.
3.
4.

In the Night mode, an incoming call to the Attendant Console is automatically routed through CCIS to a
NIGHT CONNECTION-FIXED - CCIS station located in another node. This station is then forwarded to
a NIGHT CONNECTION-FLEXIBLE - CCIS station in a different node.
The calling party hears ringback tone.
Ring signal is sent to the NIGHT CONNECTION-FLEXIBLE - CCIS station.
The NIGHT CONNECTION-FLEXIBLE - CCIS station goes off-hook to answer the incoming call.

Service Conditions
1.
2.
3.
4.
5.

Destination stations are assigned on a flexible basis using CALL FORWARDING-ALL CALLS - CCIS
[C-45].
For NIGHT CONNECTION-FLEXIBLE - CCIS to function, a NIGHT CONNECTION-FIXED - CCIS
[N-15] station must be assigned to the trunk via the Maintenance Administration Terminal (MAT).
The NIGHT CONNECTION-FLEXIBLE - CCIS destination station can be in the same node as the
Attendant Console, which has set NIGHT CONNECTION-FIXED - CCIS [N-15].
If an incoming call has terminated to a flexible Night station and that station is busy, the call will queue
to the Night station.
The destination telephone number at the distant office is stored in SPEED CALLING-SYSTEM [S-3]
memory.

Interactions
1.
2.

NIGHT CONNECTION-FLEXIBLE - CCIS is the combination of CALL FORWARDING-ALL CALLS
[C-5] and NIGHT CONNECTION-FIXED [N-1] or NIGHT CONNECTION-FIXED - CCIS [N-15].
CLASS OF SERVICE-INDIVIDUAL [C-15]: The station chosen as the NIGHT CONNECTIONFLEXIBLE - CCIS station should be assigned a class of service capable of performing the Night station
functions.

Programming
See CALL FORWARDING-ALL CALLS [C-5] and NIGHT CONNECTION-FIXED [N-1] features.

Page 990

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Name Display - System - CCIS

N-37

N-37

Name Display - System - CCIS

General Description
In between CCIS networks, this service allows calling or called party information (user’s name, telephone number,
etc.) to be displayed on the LCD of the D term.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.

4.
5.
6.
7.
8.
9.
10.

When the called party is being rung, the LCD of the calling Dterm displays the name of the called party.
When the caller or called party’s name information is not available, name information is not displayed.
Instead, the calling party’s number/called party’s number is displayed.
When both 8-digit display and 16-digit display are used for this Name Display - System - CCIS service,
the calling party’s/the called party’s names are displayed as shown in the table below.
NAME DISPLAY - SYSTEM CCIS ORIGINATING OFFICE →
TERMINATING OFFICE

CALLING PARTY’S NAME
DISPLAY (LCD 3-LINE

CALLED PARTY’S NAME
DISPLAY (LCD 3-LINE

DISPLAY DTERM)

DISPLAY DTERM)

16 digits →8 digits

Middle Line: 16 digits
(Right 8 digits: Blank)

Top Line: 8 digits
(Front 8-character display)

8 digits →16 digits

Top Line: 8 digits
(Front 8-character display)

Middle Line: 16 digits
(Right 8 digits: Blank)

8 digits →16 digits →8 digits

Top Line: 8 digits

Top Line: 8 digits

16 digits →8 digits →16 digits

Middle Line: 16 digits

Middle Line: 16 digits

When a call from a Dterm sub-line has terminated to the called side via a CCIS, the calling party’s sub-line
name information is displayed on the LCD of the called station.
Name display by both 8 digits and 16 digits at the call destination is made only for the My-Line.
ASCII characters can be displayed by this service.
Name information for this service is assigned by ANDD command on each station number basis.
The routes to the offices where this service is provided and the routes to the office where this service is
not provided must be separated from each other.
The terminals subject to the Name Display service are limited only to the D term equipped with LCD.
Office Code + Telephone Number is usually displayed. However, when use of a telephone number is
specified, the telephone number is displayed. (A CCIS network is assigned only one telephone number.)

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Page 991

N-37

Name Display - System - CCIS

Service Conditions (cont’d)
11.

When a call has been transferred by Call Forwarding-All Outside Line Calls or Call Forwarding-Busy
Outside Line service, the LCD of the calling party’s Dterm displays the name information of the transfer
destination instead of the name information of the originally dialed station.
A Office

(1)

(1)
(2)
(3)

(3)

(2)

B Office

= CCIS
Name Display is serviced
Name Display is not serviced
Name Display is not serviced

C Office

D Office
(Name Display - System CCIS is not serviced)

E Office

12.
13.
14.

15.

This service cannot be used in conjunction with ISDN Information Transfer - CCIS service.
When changing the Station Number of a station, be sure to change the user’s information.
The CCIS services for which Name Display - System - CCIS can be valid are as follows:
• Voice Call
• Call Forwarding-All Calls - CCIS
• Call Forwarding-Busy Line - CCIS
• Call Forwarding-Don’t Answer - CCIS
• Camp On - CCIS (Ringing only)
• Message Reminder (Outgoing call only)
The intra-office services, inclusive of CCIS trunks, for which Name Display - System - CCIS can be valid
are as follows:
• Call Pickup
• Ringing for Call Hold
• Answering of Call Park
• Call Waiting
• Call Termination from UCD Queuing
• Message Reminder (Outgoing call only)

Programming
STEP 1:

Page 992

ASYD - System 1, Index 78, Bit 5: (1) Name Display service in service.
System 1, Index 79, Bit 6: (0) OAI/ACD in service.
System 1, Index 241, Bit 1: User’s Information display service. 0/1: 8-Digit Display service/16-Digit
Display service.

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Name Display - System - CCIS

N-37

Programming (cont’d)
STEP 2:

ARTD - Assign route class data for CCIS trunk route.
RT:
43-BT
:1
50-DPLY
:1
98-CI
:0

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:1

Page 993

N-46

Number Portability - CCIS

N-46

Number Portability - CCIS

General Description
This feature allows telephone number data in an FCCS group (a network where multiple NEAX2400 IPXs are
connected via FCCS link) to be carried to another FCCS group. This feature also allows telephone number data to
be carried in a NEAX2000 IVS2 via CCIS link. This feature is available by simple command operation from the sole
Centralized MAT. Note 1
Note 1: See Centralized Maintenance - CCIS [C-167] for explanation of the Centralized MAT.
Note 2: Requires NEAX2000 IVS2 Series 2000 or later software.

Operating Procedure
Refer to the CCIS No.7 System Manual.

Service Conditions
1.
2.
3.

4.
5.

The closed numbering network is recommended for the numbering plan.
Only telephone numbers (maximum of 8 digits) are allowed to be used as extension numbers in the
network.
Telephone numbers used in the other FCCS groups and the connected NEAX2000 IVS2 are managed by
the NDM (Network Data Memory) separately from telephone numbers used in the self FCCS group.
a.) Telephone number data in a NEAX2000 IVS2 is managed by the NDMs of NCNs (Network
Center Nodes) within all FCCS groups and the NEAX2000 IVS2.
b.) Telephone number data in a NEAX2400 IPX is managed by the NDMs of NCNs within all FCCS
groups.
Up to 120,000 telephone numbers (including telephone numbers in the NEAX2000 IVS2) can be assigned
in the entire network, and up to 48,000 in one FCCS group.
Number Portability depends on which node requires data programming or data change.
6

NEAX2000 IVS2

NEAX2000 IVS2
FCCS Group (A)

FCCS Group (B)
7

FPC1
NCN(A)

5

FPC1
NCN(B)

FPC2

FPC2

8

3
1
FPC3

FPC4

FPC3
2

LEGEND:
:FCCS
:CCIS
:FCCS Group

Page 994

FPC4
4

FPC: FCCS Point Code
NCN: Network Control Node

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Number Portability - CCIS

N-46

Service Conditions (cont’d)
NO.

PATTERN (TELEPHONE NUMBER IS MOVED FROM A TO B)

NODE REQUIRING DATA CHANGE

1.

Moving number within the same FCCS group.

NCN in Center FCCS group

2.

Moving number in FCCS group to another FCCS group.

NCN in Center FCCS group

3.

Moving number in FCCS group to NEAX2000 IVS2

NCN in Center FCCS group +
NEAX2000 IVS2 *

4.

Adding new number to FCCS group

NCN in Center FCCS group +
NEAX2000 IVS2 **

5.

Moving number in NEAX2000 IVS2 to FCCS group

NCN in Center FCCS group +
NEAX2000 IVS2 ***

6.

Moving number from NEAX2000 IVS2 to another NEAX2000
IVS2

NCN in Center FCCS group +
NEAX2000 IVS2 *** + another
NEAX2000 IVS2 *

7.

Moving number within the same NEAX2000 IVS2

NEAX2000 IVS2 *, ***

8.

Adding new number in NEAX2000 IVS2

NCN in Center FCCS group +
NEAX2000 IVS2 *

Legend:
*

Destination node

**

Node to be connected to the FCCS group where the new number is added

***

Node where the telephone number is located before the Number Portability activation

FCCS Programming
This data setting describes only the additional or replacement commands used to activate FCCS
services. When used as an FCCS feature, these commands replace the non-network commands (for
example, AAED is replaced by AAEDN). Note that the data setting for FCCS service varies depending
on the node.
Assign FCCS data following FCCS Data Assignment Procedure in the NEAX2400 IPX No. 7 CCIS
System Manual.
STEP 1: Set the data for the Centralized MAT following programming of Centralized Maintenance - CCIS [C167]. Note that AEADN command in STEP 2 and AELGN command in STEP 3 are not valid when the
self FCCS group (self-FUG) number has not been assigned by the AFUGN command.
STEP 2: AEADN - Assign Abbreviated Digit Code (ADC) for connected FUG. Enter the FUG number
assigned by AFUGN command, TN, and ADC to be assigned.
FUG: FCCS group number of destination group (1-4) Note 1
Note 1: The self-FUG cannot be entered.
TN:
Tenant number
ADC: Abbreviated Digit Code for the destination FUG (maximum of 6 digits)
STEP 3: AELGN - Assign telephone number (must be a unique number in the network). When assigning the
data logging in to the NCN of Center FUG by using this command, the data in NDM of all the LNs in
the self-FUG and NCN/LN in other FUGs are updated simultaneously.
UGN: Fixed to 1
TELN: Enter the unique telephone number (maximum of 6 digits)
NEAX2400 IPX Feature Programming Manual
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N-46

Number Portability - CCIS

FCCS Programming (cont’d)
SYSTEM:

Checkbox either of the checkboxes, depending on system type (NEAX2400 IPX 1/4/16
IMG system or NEAX2000 IVS2 system)
TYPE:
Checkbox either of the checkboxes, allocation of the telephone numbers is executed by
designating LENs or station number Note 2
FUG:
Enter the FUG number the designated station belongs to Note 2
FPC:
Enter the FCCS network Point Code the designated station belongs to Note 2
LENS:
When LENS is checked in the TYPE parameter, enter the Line Equipment Number of
the designated station Note 2
TN:
Enter the Tenant Number when STN is checked in the TYPE parameter Note 2
STN:
Enter the Station Number when STN is checked in the TYPE parameter Note 2
PC:
Enter the Point Code assigned to the CCIS network. This parameter is required for the
NEAX2000 IVS2 only (1-16367)
CON_FUG: (display only) FUG number connected to the self-FUG (1-4)
Note 2: These parameters are required when NEAX2400 IPX is selected in SYSTEM parameter.
Note 3: Only the readout function is activated in this command when both self-FUG number and Connected FUG
number are already assigned, provided that the self-FUG is not the Center FUG.
Note 4: When reading out the assigned AELGN data, designate UGN (1) and TELN.

Page 996

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Off-Hook Queuing - CCIS

O-11

O-11

Off-Hook Queuing - CCIS

General Description
This feature allows a user in a CCIS network to remain off-hook and automatically enter a first-in, first-out queue
at the calling and distant nodes when an all-trunk-busy condition has been encountered. As soon as an outgoing trunk
becomes available, the off-hook station is connected to that trunk through CCIS.

Operating Procedure
1.
2.
3.
4.

Dial the trunk access code and the desired number.
The distant PBX determines that no trunks are available and automatically places the call in an available
queue slot.
The calling party receives service set tone and remains off-hook.
When a trunk becomes available, the dialed number is automatically forwarded.

Service Conditions
1.
2.
3.
4.
5.
6.
7.

8.
9.
10.

This feature is used in conjunction with LEAST-COST ROUTING-3/6 DIGIT (LCR) [L-5].
A maximum of 256 stations at each office can use OFF-HOOK QUEUING - CCIS simultaneously.
The queue slots for OFF-HOOK QUEUING - CCIS are used in common with OUTGOING TRUNK
QUEUING [O-2] and OUTGOING TRUNK QUEUING - CCIS [O-12].
If no queue slots are available, the user will receive a Trunk Busy signal.
The LCR Route Restriction Class can provide the OFF-HOOK QUEUING - CCIS option.
OFF-HOOK QUEUING - CCIS and OUT-GOING TRUNK QUEUING [O-2, O-2D] services are
mutually exclusive.
ACCOUNT CODE [A-18] and FORCED ACCOUNT CODE [F-7] information can be recorded on
STATION MESSAGE DETAIL RECORDING [S-10] when used in conjunction with OFF-HOOK
QUEUING - CCIS.
OFF-HOOK QUEUING - CCIS can be set concurrently to a maximum of eight connecting PBX systems
(including the self node).
OFF-HOOK QUEUING - CCIS is, by definition, set to a connecting CCIS node.
A maximum of 1024 stations per system can use OFF-HOOK QUEUING - CCIS simultaneously.

Interactions
1.
2.
3.

4.
5.

UNIVERSAL SENDER [U-3] must be provided first.
The PBX attempts trunk seizure every four seconds until the connection has been completed.
LEAST-COST ROUTING-3/6 DIGIT [L-5] information will be applied to these attempts. Therefore,
OUTGOING TRUNK QUEUING [O-2, 12] will be set against all routes in the outgoing pattern routing
(OPR).
If all queuing memory slots are in use, the user will receive a trunk busy signal.
The time a call may remain in queue is unlimited.

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O-11

Off-Hook Queuing - CCIS

Interactions (cont’d)
6.

7.

The following features cannot be activated toward the busy station:
CALL WAITING-ORIGINATING
[C-31]
CALL WAITING-TERMINATING
[C-12]
ATTENDANT CAMP-ON WITH TONE INDICATION
[A-1, 45]
BUSY VERIFICATION
[B-3, 9]
EXECUTIVE RIGHT-OF-WAY
[E-1, 8]
To disable constant service set tone, change ASYD System Data 1, Index 42 Bit 7 to data “1”. This
changes constant service set tone to burst special dial tone, and special dial tone to burst special dial tone,
followed by a constant dial tone.

Programming
STEP 1:

STEP 2:
STEP 3:

Page 998

ASYD - System Data 2, Index 4, Bit 1. Enable AUTOMATIC OUTGOING QUEUING [O-2, 12]? 0/
1: Off-hook Queuing/Automatic Outgoing Queue. (OFF-HOOK QUEUING and AUTOMATIC
OUTGOING QUEUING [O-2, 12] are mutually exclusive.) Assigning data “0” allows OFF-HOOK
QUEUING - CCIS.
ASFC - Assign a Service Feature Class that allows SFI 21 (= Off Hook OG Queuing) to stations that
will have OFF-HOOK QUEUING - CCIS. Also assign SFI 21 at the remote Node for SFC 0.
ARTD - Routes to be used for OFF-HOOK QUEUING - CCIS must be flagged in CDN 9:TQ.
Outgoing Queuing service. Also allow trunk queuing to Route 31, the LCR(S) flag route, except the
CCIS route. Assign CDN 41:TDMQ = 1 in the ARTD command at the remote site CCIS voice route.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Outgoing Trunk Queuing - CCIS

O-12

O-12

Outgoing Trunk Queuing - CCIS

General Description
This service feature allows Inter-Office, On-Hook OUTGOING TRUNK QUEUING (OGQ) when an outgoing
C.O. line call from a station in a PBX to another station in a different PBX, in the CCIS network, encounters an all
C.O. Lines Busy.

Operating Procedure
1.

Station (b) goes off-hook; receives dial tone.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

STN (c)
All Busy

CO Line

DT

ATT

DT
CCIS

STN (a)

STN (b)

[Node A]

2.

[Node B]

Station (b) dials the C. O. Line Outgoing Call Access Code; receives second dial tone.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

STN (c)
All Busy

CO Line

ATT

SDT
CCIS

STN (a)
[Node A]

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

SDT

STN (b)
[Node B]

Page 999

O-12

Outgoing Trunk Queuing - CCIS

Operating Procedure (cont’d)
3.

Station (b) dials Station (c) in the Center Office and receives a busy tone.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

STN (c)
All Busy

CO Line

BT

ATT

BT
CCIS

STN (a)

STN (b)

[Node A]

4.

[Node B]

Station (b) switch hook flashes and receives the special dial tone.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

STN (c)
All Busy

CO Line

ATT

SPDT
CCIS

STN (a)
[Node A]

Page 1000

SPDT

STN (b)
[Node B]

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Outgoing Trunk Queuing - CCIS

O-12

Operating Procedure (cont’d)
5.

Station (b) dials the OGQ Access Code and receives a service set tone.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

STN (c)
All Busy

CO Line

SST

ATT

SST
CCIS

STN (a)
[Node A]

6.

STN (b)
[Node B]

Station (b) hangs up. Outgoing Trunks become available for processing the call from Station (b). Station
(b) is rung.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

STN (c)
RG

Idle
ATT
CCIS

STN (a)
[Node A]

NEAX2400 IPX Feature Programming Manual
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STN (b)
[Node B]

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O-12

Outgoing Trunk Queuing - CCIS

Operating Procedure (cont’d)
7.

Station (b) goes off-hook and is connected to the Public Switched Telephone Network. Station (b) receives
ringback tone while Station (c) is rung.

PUBLIC
SWITCHED
TELEPHONE
NETWORK
RG

RBT
STN (c)
ATT

RBT
CCIS

STN (a)
[Node A]

STN (b)
[Node B]

Service Conditions
1.
2.

3.
4.
5.
6.
7.
8.
9.
10.
11.

After an OUTGOING TRUNK becomes available, the user’s station will ring for 20 seconds. If not
answered within that time, the station will be automatically dropped from the queue.
When this feature is used in conjunction with SPEED CALLING-SYSTEM [S-3] or LEAST COST
ROUTING-3/6-DIGIT [L-5] if a sender is involved, the sender will automatically dial out the called
subscriber number when the handset is lifted.
If the user wishes to remove himself from the queue prior to being rung, the specified cancel code must
be dialed.
Individual stations may only initiate one OGQ at a time. Subsequent attempts will result in a Reorder tone.
This feature is not available for an ATTENDANT CONSOLE [A-3].
The OGQ is common to all Central Office type groups (DDD, FX, WATS, etc.) in the system.
The OGQ call back will return to the originating station, not the CALL FORWARDING terminating
station.
OGQ is denied to a station line when the CALL BACK [C-1] or CALL HOLD [C-6] feature is already
activated.
If a user goes on-hook within 6-8 seconds after encountering all trunks busy, OGQ can be set automatically
to the station.
The station is set for OGQ for a maximum of 30 seconds to one hour. This time is adjustable through the
system data. After this timing, OGQ will be cancelled automatically.
ACCOUNT CODE [A-18] and FORCED ACCOUNT CODE [F-7] information can be recorded on
SMDR when used in conjunction with OGQ.

Programming
STEP 1:

Page 1002

ASYD - System 1, Index 68, Bit 3: (1) OGQ (ON-HOOK) automatic cancel.
System 1, Index 159: Assign the OGQ (ON-HOOK) automatic cancel timer when SYS1 Index 68 b3 =
1. (ROM data = 30 minutes)

NEAX2400 IPX Feature Programming Manual
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Outgoing Trunk Queuing - CCIS

O-12

Programming (cont’d)
System 2, Index 4, Bit 0: Call Back and OG Trunk Queuing access code. 0/1 = Separate/Common.
Bit 1: Automatic setting of OG Trunk Queuing by On-Hook. 0/1 = Not Required/Required.
Note: 0 = SHF + Access Code.
System 3, Index 3, Bit 5: 3-Burst on the time above Ringer Patter. 0/1 = Not Required/Required.
System 3, Index 7: Assign OGQ Ring Back Pattern.
STEP 2: ANPD - Assign minimum necessary number of digits for the first number of the OGQ access codes.
STEP 3: ASPA - Assign the OGQ access codes.
To set:
CI = B (Busy), SRV = SSC (Service Code), SID = 19
To cancel: CI = N (Normal), SRV = SSC (Service Code), SID = 20
STEP 4: ARTD - Assign the OGQ service for each route except the CCIS route.
9:TQ = 1: OGQ in service
STEP 5: ASFC - Allows Outgoing Queuing (SFI = 1) to the SFC of the stations.

NEAX2400 IPX Feature Programming Manual
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Page 1003

P-28

Paging Access - CCIS

P-28

Paging Access - CCIS

General Description
This feature provides dial access to paging equipment from an ATTENDANT CONSOLE [A-3] or station through
the CCIS network.

Operating Procedure
To access Paging through CCIS

1.
2.
3.

Lift the handset and receive dial tone.
Dial the office code and the Paging access code.
Connection to paging equipment is established.

Service Conditions
1.
2.
3.
4.
5.
6.

Paging equipment must be provided by the customer.
One trunk circuit is required for each PAGING ACCESS.
If TENANT SERVICE [T-12] is provided, separate access codes and hardware should be provided for
each TENANT.
A maximum of three digits can be used for the PAGING ACCESS code.
The DIGITAL DISPLAY - TRUNK - CCIS [D-73] at the ATTENDANT CONSOLE [A-3] shows the
Route and Trunk Number of the CCIS trunk.
Following services are not available when this service is activated:
ALL ZONE PAGING
[A-53]
MEET-ME PAGING
[M-1]
PAGING TRANSFER
[P-10]
Paging Answer

Interactions
1.
2.
3.
4.

5.
6.
7.
8.

9.

MEET ME PAGING and PAGING ACCESS [P-1] can be provided simultaneously in the same system.
To directly answer PAGING ACCESS by the ATTENDANT CONSOLE [A-3], the Paged party should
use the INDIVIDUAL ATTENDANT ACCESS [I-4] feature.
Paging is limited to stations, ATTENDANT CONSOLES [A-3], or Tie Trunks. Other parties (CO trunk
calls) must have the ATTENDANT CONSOLE [A-3] or user perform the PAGING operation.
BUSY VERIFICATION [B-3], EXECUTIVE OVERRIDE [E-1] - These features will be denied if the
Paging route has been assigned for Privacy. Verify the data in the Assignment of Route Data command,
ARTD, CDN 44:PRV. If CDN 6:TCL is assigned as data “8”, CDN 44:PRV is not required.
For simple PAGE ACCESS, assignments in ASFC are not required. Refer directly to the other Paging
service features such as PAGING TRANSFER [P-10].
The ATTENDANT CONSOLE [A-3] can dial Priority Page access code and release a station.
When disconnecting from a Paging trunk, the trunk becomes idle immediately.
PAGING ACCESS is possible from CONSULTATION HOLD [C-17]. Therefore, Station A places party
B on Soft hold and dials the access code to the Paging Trunk. Another switch hook flash disconnects the
Page trunk immediately and reconnects party B to Station A.
CALL HOLD [C-6] - A Paging trunk cannot be placed on CALL HOLD.

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Paging Access - CCIS

P-28

Interactions (cont’d)
10.
11.

12.

BUSY is displayed on the 16-button Dterm LCD display when the paging trunk is busy. Reorder tone is
returned.
If Priority Page is to be used with PAGE ACCESS; in ARTD, CDN 6:TCL must be assigned as Data 8,
Page with ringback tone. SYS1, Index 73 affects the operation of page routes assigned Page with ringback
tone. Therefore, if Priority Page is used with PAGE ACCESS then MEET ME PAGE [M-1, 11] and
PAGING TRANSFER [P-10] are not available to the system.
Priority Page access will not disconnect an ATTENDANT CONSOLE [A-3] engaged in a paging trunk
connection.

Programming
STEP 1:
STEP 2:

STEP 3:
STEP 4:
STEP 5:

STEP 6:
STEP 7:

ASYD - SYS1, Index 73, bits 0 & 1. For PAGE function only, assign data “00”.
ARTD - Assign the Paging route as shown below:
RT:1
1-OSGS
:2
2-ONSG
:3
5-TF
:1
6-TCL
:11
7-L/T
:1
8-RLP
:2
15-LSG
:1
30-PAD
:7
44-PRV
:1
ATRK - Assign the LEN Number, Paging Trunk Route Number, Trunk Number, and Tenant Number.
MBTK - Assign the Make Idle status to the Paging Trunks.
ANPD - Assign a level for trunk access. Assign for a Connection Index (CI) for Normal (N) and
Hooking (H) service. Assign the Number of Necessary Digits according to a predetermined numbering
plan. Busy Lamp Field is not activated.
ASPA - Assign the PAGE ACCESS code. Type of service, SRV = OGC (Outgoing Call). Assign the
proper route number that is associated with this access code. Assign for Normal (N) and Hooking (H).
ARSC - Assign to the station that is allowed access to paging trunks a Route Restriction Class (RSC)
that is allowed these routes in Route Restriction Index (RRI) 2 & 3.

NEAX2400 IPX Feature Programming Manual
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Page 1005

R-22

Restriction from Outgoing Calls - CCIS

R-22

Restriction from Outgoing Calls - CCIS

General Description
This feature automatically restricts preselected stations from placing certain outgoing calls through CCIS without
Attendant assistance.

Operating Procedure
No manual operation is required. Restricted stations will receive reorder tone when trying to place a restricted call.

Service Conditions
1.
2.
3.
4.

5.
6.
7.
8.
9.

10.

11.

This feature is programmed in system data from the MAINTENANCE ADMINISTRATION
TERMINAL (MAT) [M-18].
The Attendant can allow restricted stations to place outgoing calls via the ATTENDANT CONSOLE [A3] using NON-DELAY OPERATION [N-3].
Restriction from particular trunk routes is determined by the station's Route Restriction Class.
If a restricted station calls another station, the called station cannot use the CALL TRANSFER - ALL
CALLS - CCIS [C-50] feature to connect the calling station to a trunk route from which it is restricted. If
transfer is attempted, it will recall to the called station.
THREE-WAY CALLING [T-2] is denied if a restricted station calls another station and the called station
attempts to add on an outside party in a trunk route from which the calling station is restricted.
If a user accesses a Tie trunk to a PBX outside the CCIS network, access to outside exchanges is controlled
by the outside PBX.
For a particular station, Day mode and Night mode restrictions can differ.
Non-restricted stations within the systems can CALL TRANSFER - ALL CALLS [C-11] outgoing calls
to stations restricted by this feature.
Station line access to a given trunk group is controlled by assigning a Route Restriction class (RSC) to
each line. There can be a maximum of 15 different RSCs per system, each of which can be programmed
to restrict an assigned station from none, one or more than one trunk group (maximum 255 trunk groups
on NEAX2400 IPX).
Two outgoing trunk group restriction tables are provided per system. The Direct Dial Access table is
indexed when a user dials the trunk group access code, and the ATTENDANT CONSOLE [A-3] table is
indexed on Attendant-completed calls. The restriction options per RSC can differ per table thus allowing
Attendant-completion of outgoing calls for restricted stations.
TIE LINE ACCESS [T-3]: If the user accesses a Tie trunk to a distant PBX (outside the CCIS network),
access to outside exchanges can only be controlled by the distant PBX.

Interactions
1.
2.

3.

Transferring restrictions may not be desired for a restricted station.
CALL TRANSFER-ALL CALLS [C-11]: Station A is allowed access to outgoing on route 1. Station B is
restricted access for outgoing on route 1 via RRI 2 & 3. The unrestricted Station A makes an outgoing call
on Route 1 and cannot use the CALL TRANSFER - ALL CALLS feature to connect station B to Route 1,
If CALL TRANSFER - ALL CALLS is attempted, station A is immediately rung back.
CONSULTATION HOLD [C-17]: Station A may consult with Station B when Route 1 is on soft hold.

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Restriction from Outgoing Calls - CCIS

R-22

Interactions (cont’d)
4.
5.
6.

THREE-WAY CALLING [T-2]: Station A cannot include restricted Station B in a THREE-WAY
CALLING connection with Route 1.
DAY/NIGHT CLASS OF SERVICE [D-15]: Restricted Station B may be allowed access to Route 1 when
the system is placed in the Night mode. See DAY/NIGHT CLASS OF SERVICE [D-15].
RESTRICTION FROM OUTGOING CALLS are constructed on a per-route restriction basis. Two Route
Restriction Indexes are constructed; RRI 2, Outgoing calls via the ATTENDANT CONSOLE [A-3] and
RRI 3, Outgoing Call via Direct Dial Access.

Programming
STEP 1:

STEP 2:

STEP 3:

STEP 1:

ASYD - SYS1, Index 75. Should the following commands be developed for Day/Night. 0/1: No/Yes.
Bit 0 - Develop ARSC command for Day/Night?
Bit 3 - Develop ATDP command for Day/Night?
SYS2, Index 3, bits 4 & 5. Should a toll restricted station be routed to the ATTENDANT CONSOLE
[A- 3] or receive Reorder tone? Reorder Tone: bit 4 = 0, 5 = 0.
ATTENDANT CONSOLE [A-3]:bit 4 = 1, bit 5 = 0. Route Restriction Class
ARSC - 16 different Route Restriction Classes may be constructed either allowing, denying, or Toll
Restricting access to the various routes of the stem. Assign the RSC using Route Restriction Indexes 2
(Outgoing via the ATTENDANT CONSOLE [A-3]) and 3 (Outgoing Direct).
ASDT - Assign Tenant No., Station No., LENS No., and the Telephone Equipment Class (TEC) to the
station. This is used in regular Business systems. Also assigned to the telephone is the Service Feature
Class (SFC) and Route Restriction Class RSC.
TN:
Tenant Number
STN: Station Number
LENS: Line Equipment Number (6 digits)
TEC: Telephone Class (1 -31)
1: DP (10pps)
2: PB
3: DP/PB
11: VMM
12: Dterm V (IV)
13: Data terminal via Dterm
14: Hot Line
15: CAS Line
16: Data Terminal Via Data Module
18: Virtual Circuit
19: TMM
20: PSM
23: ISDN Terminal
27: Eight Conference Equipment
RSC: Route Restriction Class (0-15)
For assignment of RSC, ARSC command.
SFC: Service Feature Class (0-15)
For assignment of SFC, ASFC command

NEAX2400 IPX Feature Programming Manual
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Page 1007

S-52

Serial Call - CCIS

S-52

Serial Call - CCIS

General Description
This service feature is the Inter-Office serial call service to be provided when the ATTCON and the called party
respectively, belong to a different PBX (Main PBX Satellite PBX) in the CCIS network.

Operating Procedure
1.

Station (c) in the Public Switched Telephone Network places a call to Node A and receives ringback tone.
The Attendant in Node A receives an audible tone.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

RBT

STN (c)

CCIS

ATT
CCIS

STN (a)

[Node B]

[Node A]
RG

2.

The Attendant presses the ANSWER key and is connected with Station (c). The user at Station (c) asks
the Attendant to set up a connection first with Station (b1) and then with Station (b2) in Node B.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

First:
STN (b1)
Second: STN (b2)

STN (c)

ATT

1

STN (a)

STN (b1)

CCIS
[Node A]

[Node B]

2
STN (b2)

Page 1008

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Serial Call - CCIS

S-52

Operating Procedure (cont’d)
3.

The Attendant dials Station (b1) in Node B; receives ringback tone. Station (b1) is rung and Station (c)
receives Hold Tone.

PUBLIC
SWITCHED
TELEPHONE
NETWORK
HT

RBT

RG
HT

ATT
CCIS

STN (a)

STN (b1)

[Node A]
[Node B]

RBT

4.

STN (b2)

The Attendant presses the Serial Call (SC) key and Station (c) receives ringback tone. The HOLD and
RING status are shown on the Attendant Console.

PUBLIC
SWITCHED
TELEPHONE
NETWORK
RBT
STN (c)
RG
ATT
CCIS

STN (a)

STN (b1)

[Node A]
[Node B]

STN (b2)

RBT

NEAX2400 IPX Feature Programming Manual
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Page 1009

S-52

Serial Call - CCIS

Operating Procedure (cont’d)
5.

Station (b1) answers and is connected with Station (c). The HOLD status remains on the Attendant
Console.

PUBLIC
SWITCHED
TELEPHONE
NETWORK

STN (c)

ATT
CCIS

STN (a)
[Node A]

STN (b1)
[Node B]
STN (b2)

6.

Station (b1) hangs up. On the Attendant Console, the lamps in the loop key section corresponding to the
incoming call keep flashing at 60 ipm, and the bell rings. Station (c) receives ringback tone.

PUBLIC
SWITCHED
TELEPHONE
NETWORK
RBT
STN (c)
ATT
CCIS

A

STN (b1)
[Node B]

[Node A]
RG

7.

STN (b2)
RBT

The Attendant presses the loop key corresponding to the flashing lamps. Station (c) and the Attendant are
connected again. The Attendant assists the connection to the next station.

Service Conditions
1.
2.
3.

If the attendant enters a loop that is already set up for a SERIAL CALL, the service is automatically
cancelled.
SERIAL CALL is not provided for Station-to-Station calling.
SERIAL CALL can be provided on a TENANT [T-12] basis.

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Serial Call - CCIS

S-52

Service Conditions (cont’d)
4.
5.
6.

A called station that has the SERIAL CALL feature activated will automatically recall the attendant if the
station switch hook flashes.
This feature is not applicable for tandem connections.
The following services cannot be used while SERIAL CALL - CCIS is activated:
ATTENDANT CAMP-ON WITH TONE INDICATION - CCIS [A-45]
BUSY VERIFICATION - CCIS
[B-9]
[C-6/C-6D]
CALL HOLD - CCIS / CALL HOLD - Dterm
EXECUTIVE RIGHT-OF-WAY
[E-8]

Programming
ASYD - System 1, Index 43, Bit 4:(1): Allow ATT to reenter loop on serial call.
System 1, Index 186, Bit 4: At the time of serial call, 0/1: ATT Loop Wait/ATT Loop Release.
System 2, Index 7, Bit 2:(1) Serial Call service.
Note: The Serial Call key is the button right of the DEST key.

NEAX2400 IPX Feature Programming Manual
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Page 1011

Service Display - Dterm - CCIS

S-53D

S-53D

Service Display - Dterm - CCIS

General Description
This feature allows a Dterm user to receive LCD displays corresponding to the various features as they are initiated.

Operating Procedure
Each display is automatically generated when a service feature is initiated.

Service Conditions
1.
2.

Each display is controlled by system data and is produced accordingly. A display may be allowed or
denied in system data programming on a per-system basis.
The contrast on the LCD display panel is controlled by the UP/DOWN key of the Dterm. Press the UP key
for a darker image or the DOWN key for a lighter image.

Programming
STEP 1:

Page 1012

ASYD - SYS1, Index 78, bit 1. Is SERVICE DISPLAY in service? 0/1: No/Yes.

NEAX2400 IPX Feature Programming Manual
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Simultaneous Voice and Data Transmission - CCIS

S-54

S-54

Simultaneous Voice and Data Transmission CCIS

General Description
This feature allows a voice signal and a digital data signal of up to 56 Kbps to be transmitted simultaneously through
CCIS, via a Dterm equipped with a Data Adapter. Voice and data calls can be placed to different locations.

Operating Procedure
To place a data call to a terminal already connected by a voice call

1.

Press the DTX key on the Dterm. The DTX lamp lights and the DATA lamp flashes. The LCD displays:
Data Port

DATA

XXXX
(Time Display)

2.

When the data call is connected, the DATA lamp and DTX lamp will light steadily. The LCD displays:
Data Port

READY D

XXXX
(Time Display)

To place a data call to a Data Adapter of Data Module when not connected to a voice call or to a different
data station

1.

Press the DATA key. The DATA lamp lights steadily. The LCD displays:
DATA
(Time Display)

2.

Dial the desired number. The DATA lamp will flash. The LCD displays:
Called Number

DATA

XXXXXXXX
(Time Display)

3.

When the data call is answered, the DATA lamp will light steadily. The LCD displays:
Data Port

READY D

XXXX
(Time Display)

Service Conditions
1.
2.
3.

An asynchronous Data Adapter and Data Module are available at speeds of up to 19.2 Kbps.
The Data Adapter and Data Module require a 117V AC wall outlet.
The Data Adapter mounts in the base of the Dterm telephone set. Additional hardware is required.

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Page 1013

S-54

Simultaneous Voice and Data Transmission - CCIS

Service Conditions (cont’d)
4.

If the Dterm DTX button is pressed when connected station-to-station within the CCIS network, the voice
line connection is switched to MODEM POOLING - CCIS [M-39] from the Dterm Data line.

Interactions
1.
2.

It is recommended that the numbering plan be set up so that voice numbers occupy one level and data
levels occupy another. Therefore, a voice number of 310 can have a data number of 210.
The LEN of the data extension is assigned as TEC 13. The voice LEN is assigned as a TEC 12. The voice
and data LENs are associated as follows:
VOICE DATA

3.
4.
5.
6.

LEN

xx

x

xx

0

LEN

xx

x

xx

4

LEN

xx

x

xx

1

LEN

xx

x

xx

5

LEN

xx

x

xx

2

LEN

xx

x

xx

6

LEN

xx

x

xx

3

LEN

xx

x

xx

7

MG

U

GP

LV

MG

U

GP

LV

The data extension number is automatically assigned to the key programmed as DATA.
For Data Terminals, assign RSCs that allow access to the routes to be used for data transmission, and the
SFC or the data terminal should include SFI 11 = 0, Data Privacy.
Only DTE-to-DTE direct internal connections are possible. The DTE would then be set for AUTO answer
and the DTX key could not be used.
This programming description is limited only to the station programming.

Programming
STEP 1:
STEP 2:

Page 1014

ASYD - System Data 1, Index 16, bits 0-4. Place one-to five-digit station numbers in service. Assign
1FH.
ASDT - Assign Tenant No., Station No., LEN, and the Telephone Equipment C lass (TEC) to the
station. This is used in regular Business systems. Also, assign the Service Feature Class and Route
Restriction Class.
TN:
Tenant Number
STN: Station Number
LEN: Line Equipment Number (6 digits)
TEC: Telephone Class (1-31)
1: DP (10pps)
2: PB
3: DP/PB
11: VMM
12: Dterm
13: Data Terminal via D term
14: Hotline
15: CAS Line
16: Data Terminal via Data Module
18: Virtual Circuit

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Simultaneous Voice and Data Transmission - CCIS

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Programming (cont’d)

STEP 3:
STEP 4:
STEP 5:

19: TMM
20: PSM
23: ISDN Terminal
27: Eight Conference Equipment
RSC: Route Restriction Class (0-15).
For assignment of RSC, ARSC command.
SFC: Service Feature Class (0-15)
For assignment of SFC, ASFC command.
ANPD - Reserve a number level for station access. Assign for Normal (N), Hooking (H) and Busy (B).
Assign NND in accordance with a predetermined numbering plan. BLF is on.
ASPA - For a Connection Index as Normal (N) and Hooking (H), assign the SRV= STN (Station),
assign Tenant (TN); BLF is on.
AKYD - Assign the station according to the following parameters:
TN:
1
STN: Station Number
TP:
Type of Dterm 0/1:
RING:
0: No Ringing
1: Ringing All Lines
2: Ringing on Prime Line Only
3: Flexible Ring Assignment, enables RG parameter.
KYN = 1-16 (TP= 0)
KYN = 1-40 (TP= 1)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Not assigned for Feature Key
FKY: Feature Key Number
FKY = 29, DATA
FKY = 30, AUTO (Optional)
FKY = 31, DATA TRANSFER, DTX

NEAX2400 IPX Feature Programming Manual
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Page 1015

S-55

Single-Digit Station Calling - CCIS

S-55

Single-Digit Station Calling - CCIS

General Description
This feature allows single-digit station numbers to be assigned.

Operating Procedure
1.
2.
3.

Lift the handset; receive dial tone,
Dial the single-digit station code,
The called station will ring.

Service Conditions
1.

2.

The single-digit number must not duplicate the first digit of:
a.) Trunk Access Codes
b.) Feature Access Codes
c.) Other Telephone Numbers
Timing Start is not available with this feature.

Interactions
1.
2.

An entire number level is eliminated for each station with one-digit access. Do not plan to have more than
one or two such phones in a system.
The Attendant Console Busy Lamp Field (BLF) is not available for this feature.

Programming
STEP 1:
STEP 2:
STEP 3:
STEP 4:

Page 1016

ASYD - System Data 1, Index 16, Bit 0. Assign this Bit as data “1”, enabling station numbers.
ANPD - Reserve a number level for station access. Assign an NND = 1, and BLF is 0.
ASPA - For the desired station number assign SRV = STN (Station), NND is not required. Assign
Connection Index (CI) of Normal (N), Hooking (H), and Busy (B).
ASDT - Assign the station number to a specific station within the system.

NEAX2400 IPX Feature Programming Manual
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Station-Controlled Conference - CCIS

S-56

S-56

Station-Controlled Conference - CCIS

General Description
This feature allows any PBX station to establish a conference through CCIS. The conference can be any combination
of stations and trunks (on-network and off-network parties).

Operating Procedure
To establish a conference call

1.
2.
3.
4.

The user wishing to establish the conference (Conference Leader) calls each party to be included and
advises them of the conference.
All participating stations then call the conference extension number or the Conference Leader, who will
transfer them to the conference number.
The conferees are automatically connected.
Any push-button station within the conference can dial “9” to lock out additional parties using the MMCB
model.

To release from a conference call

1.
2.

If any push button station in the conference dials “0”, all conferees will be disconnected. Otherwise, the
conference is terminated after all parties have hung up.
Any individual conferee can release from the conference call by hanging up. All other conferees will
remain connected.

Using the PA-CFTB

1.

The conference leader can dial “0” to lock out additional parties. Dialing “0” again will allow more parties
to be connected. If the conference leader dials “#”, all conferences will be disconnected. Otherwise, the
conference is terminated after all parties have hung up.

Service Conditions
1.
2.
3.
4.
5.

6.

Conference Units are designed to provide adequate amplification, but the condition of the Central Office
connections will affect transmission.
Conference Unit extension numbers should be placed in a STATION HUNTING-TERMINAL [S-9]
group. Only the Pilot number of this group should be published.
Each Conference Unit can provide up to an eight-party conference.
Override services, such as BUSY VERIFICATION [B-3, B-9], ATTENDANT OVERRIDE [A-7], or
EXECUTIVE RIGHT-OF-WAY [E-1, E-8], are denied to stations engaged in a conference call.
The following additional hardware is required:
• External Conference Unit MMCB
• PA-16LCQ or PA-16LCBE circuit card
The PA-CFTB may be used instead of the MMCB. The PA-16LCBE or PA-16LCQ is not required by the
PA-CFTB.

Interactions
The PA-16LCBE or PA-16LCQ circuit card provides a momentary open for all 16 circuits. This is required to
provide a release signal when line circuits are connected to external equipment such as conference and page units.
This keeps reorder tone from being sent to the conference unit. This is not used in conjunction with a PA-CFTB.

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Page 1017

S-56

Station-Controlled Conference - CCIS

Programming
ASHP - Assign a Pilot hunting group using eight of the PA-16LCBE line circuits. These ports are
connected to an external conference unit, MMCB Model 37008. Make sure that SFI 4 is denied to the
conference stations.

Page 1018

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Station-to-Station Calling - CCIS

S-57

S-57

Station-to-Station Calling - CCIS

General Description
This feature allows any user to dial another station directly, through CCIS, without operator assistance.

Operating Procedure
1.
2.

Lift the handset; receive dial tone.
Dial the desired telephone number.

Service Conditions
1.
2.
3.

The maximum number of digits per telephone number is eight.
Either Calling-Party Release or First-Party Release can be selected on a system basis.
Inter-node STATION-TO-STATION CALLING - CCIS is based on the Route Restriction Class of the
calling and called parties.

Interactions
1.
2.

The ATNR command is required for STATION-TO-STATION CALLING - CCIS.
The normal 5 dB PAD loss inserted for STATION-TO-STATION CALLING - CCIS may be eliminated
on a per-station basis. For these stations, assign a Service Feature Class that allows SFI 50. Remove 5 dB
pad for Off-Premises Extensions, OPX.

Programming
STEP 1:
STEP 2:

ASYD - System Data 1, Index 4, Bits 2 & 3. Assign data “10” for First-Party Release.
ATNR - Assign for Tenant Restriction Index (TRI) 1. This index allows for station-to-station calling
between stations with the same tenant, and between different tenants.

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Page 1019

S-58

Station-to-Station Calling - Operator Assistance - CCIS

S-58 Station-to-Station Calling - Operator Assistance
- CCIS
General Description
This feature allows a user to call another station, through CCIS, with the assistance of the Attendant Console
operator.

Operating Procedure
To place a station-to-station call through the Attendant Console

1.
2.
3.
4.
5.

Lift the handset; receive dial tone.
Dial the operator access code (normally “0”).
Give the desired telephone number to the Attendant.
The Attendant dials the telephone number.
The calling and called parties are connected when the Attendant presses the RELEASE key.

Service Conditions
1.
2.
3.
4.

The Attendant can drop out of the connection before or after the called party has answered.
When Loop Release is in service, AUTOMATIC RECALL [A-8] will not be activated if the called station
does not answer.
The Attendant can connect the calling party to a fully restricted station.
STATION-TO-STATION CALLING-OPERATOR ASSISTANCE - CCIS is based on the Route
Restriction Class of the calling and called station.

Interactions
1.
2.

3.
4.

The ATNR command is required for STATION-TO-STATION CALLING-OPERATOR ASSISTANCE
- CCIS.
The normal 5 dB PAD loss inserted for STATION-TO-STATION CALLING-OPERATOR
ASSISTANCE - CCIS may be eliminated on a per-station basis. For these stations, assign a Service
Feature Class that allows SFI 50. Remove 5 dB pad for Off-Premises Extensions, OPX.
The Attendant Console must first be provided.
ATTENDANT CAMP-ON WITH TONE INDICATION [A-1, 45]: The Attendant Console cannot campon a station-to-station call.

Programming
STEP 1:
STEP 2:

Page 1020

ASYD - System Data 1, Index 4, Bits 2 & 3. Assign data “10” for First-Party Release.
ATNR - Assign for Tenant Restriction Index (TRI) 1. This index allows for STATION-TO-STATION
CALLING-OPERATOR ASSISTANCE - CCIS between station within the same tenant, and between
different tenants. The tenant in which the Attendant resides must also be allowed STATION-TOSTATION CALLING-OPERATOR ASSISTANCE - CCIS to assist in placing the call.

NEAX2400 IPX Feature Programming Manual
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Step Call - CCIS

S-59

S-59

Step Call - CCIS

General Description
This service feature allows Inter-Office Step Call when the calling station and the called station belong to different
PBX’s in the CCIS network.

Operating Procedure
1.

While Station (a1) and (b1) are engaging in a call, Station (a2) goes off-hook and receives dial tone.

CCIS

STN (a1)

STN (b1): 2220

DT

[Node B]
STN (b2): 2225

[Node A]
STN (a2)

2.

DT

Station (a2) dials No. 2220 for Station (b1) and receives busy tone.

STN (b1): 2220

CCIS

STN (a1)

[Node B]

2220

[Node A]

STN (b2): 2225

BT

STN (a2)

3.

Station (a2) dials the lowest digit of the number (‘5’ of N= 2225) of Station (b2) and receives ringback
tone while Station (b2) is rung.
CCIS
STN (b1): 2220

[Node B]
[Node A]

STN (b2): 2225
RBT

4.

RG

Station (b2) answers and is connected with Station (a2).
CCIS
STN (a1)

STN (b1): 2220
[Node A]

[Node B]
STN (b2): 2225

STN (a2)

Service Conditions
1.
2.

This service feature can be provided for all stations and the ATTENDANT CONSOLE(s) [A-3].
STEP CALLING can be in any order, 1-9 or 9-1.

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S-59

Step Call - CCIS

Service Conditions (cont’d)
3.
4.

If the second selected station is also busy, STEP CALLING can continue until a station rings.
If a station is set for any type of CALL FORWARDING-ALL CALLS, BUSY LINE, DON’T ANSWER,
the CALL FORWARDING [C-2, C-3, C-5] will take effect.

Programming
ASYD - System 1, Index 68, Bit 0: SHF method (Step Call becomes effective).

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Synchronous Data Switching - CCIS

S-60

S-60

Synchronous Data Switching - CCIS

General Description
This feature allows a synchronous data terminal connected to a Dterm/Data Adapter to call a synchronous data
terminal connected to a synchronous D term/Data Adapter through the CCIS network.

Operating Procedure
To originate a synchronous data call from a Dterm equipped with a Data Adapter

1.

Press the DATA key on the Dterm. The DATA lamp lights steadily and the LCD displays:
Data
Port

DATA
(Time Display)
2.
3.

Dial the telephone number of the DTE.
The DATA lamp flashes. The LCD displays:
READY D

XXXX
(Time Display)

4.

Data
Port

When the DTE answers, a communication path is established and the DATA lamp lights steadily.

To release from a data call

1.
2.

Press the DATA key.
The LED of the DATA key is extinguished and the call is disconnected.

To receive a data call at a Dterm equipped with a Data Adapter

When a data call is received, the DATA lamp flashes and the Dterm rings.
Press the DATA key to answer the call.
The DATA lamp lights steadily.
Note: If the Data Adapter is set for AUTOMATIC ANSWER [D-18], no manual operation is required.
1.
2.
3.

Service Conditions
1.
2.
3.

4.
5.

SYNCHRONOUS DATA SWITCHING - CCIS supports transmission speeds of up to 56 Kbps.
A D term or Data Module must be used.
A synchronous data terminal connected to a Data Module can originate a call by using CCITT X.21, or
V.24 bis procedures, or by DATA HOT LINE [D-86]. Synchronous Data Modules can also be placed at
both ends of a fixed (Nailed Down) connection.
The calling and called DTEs must be code and speed compatible.
Synchronous DTEs connected to NEAX2400 IPX Data Modules or Data Adapters receive their timing
signals from the NEAX2400 IPX.

Interactions
1.
2.
3.

When assigned, the DATA feature key acts as the telephone number of the data station.
The telephone number of the data station will only appear on one Dterm set.
The telephone number of the data station may be used as a DID number.

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Page 1023

S-60

Synchronous Data Switching - CCIS

Interactions (cont’d)
For greater detail, refer to ETI: 010, Dterm IV, V Asynchronous Data Adapter - Installation and
Programming.
5.
Switched Synchronous Communication Using The DT-003 Data Module:
Typically, switched (dialed) synchronous connections are attached to computers using Half Duplex
protocols. In most cases where a Half Duplex protocol is used, the DM has to be set for Full Duplex (via
SW0) because the NEAX2400 IPX provides a Full Duplex link. This will normally not affect the Half
Duplex protocol handshaking.
Internal:
Internal switched synchronous connections can be provided up to 56 Kbps.
T1:
a.) Over T1, a switched synchronous speed of up to 48 Kbps can be provided using the 8DST (PA8DSTB) circuit card.
b.) With T1 synchronous communication between two NEAX2400's, one of the sites must be a
Primary or Sub Primary (PLO-A); otherwise, slips will occur, increasing the Bit Error Rate.
c.) At the NEAX2400 IPX secondary site, T1 (24DTI) cards are connected via a PLO card to derive
Primary Clock from the network in priority order. If priority is set up incorrectly, or if two
primary clocks are coming in, slips may occur which will not cause a T1 error, but will cause
improper data synchronization. Also, Zero Suppression (ZCS) using the 24DTI switch setting
must be turned ON (SW1-3UP).
CCIS:
a.) With CCIS, switched speeds up to 56 Kbps can be provided when bit stealing is not used by the
24 DTI and associated T1 facilities.
b.) In order to have switched synchronous data at 56 Kbps with CCIS, a 24DTI (PA-24DTA-B or
higher) circuit card is required. Switched synchronous data at 56 Kbps is not presently provided
on the 8DST circuit card.
Nailed Down Connection:
Internal:
a.) When the nailed down connection is within the NEAX2400 IPX, use the AFCD command to set
EAD Data as follows:
• EAD-A: Originating Station - 00-DT-003 or DA-007
• EAD-B: Terminating Station - 00-DT-003 or DA-007
Internal Nailed Down connections can be provided up to 56 Kbps Note 2.
T1:
a.) When the connection is over a T1 channel, use the AFCD command to set EAD Data as follows:
• EAD-A: Originating Station: 00
• EAD-B: Terminating Station (T1 channel): 05
The above must also be programmed at the second site.
Note 1: The AFCD command will not work unless SYS Data 1, Index 60, Bit 4 is set to 1 (Fixed Connection in
service).
Note 2: Nailed Down connections up to 56 Kbps over T1 channels can be used, as long as the PAD selected in the
AFCD command for the T1 channel is 5.
Switched Connection Via The 24 DIT:
a.) The routes used for communication with the DT-003 Data Module via the 24DTI are
programmed in ARTD:
• CDN 45:A/D = 1 (Digital Line Data)
• CDN 30:PAD = 5 (for Bit Stealing - reverses order of DO and S bits)
4.

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Synchronous Data Switching - CCIS

S-60

Interactions (cont’d)
Setting Attributes 02, 03, & 10 Via DTE Keyboard:
a.) Cable connections and switch settings on the PA-4DTLA card must be performed before these
attributes are set.
b.) Voice and data must both be idle. Turn OFF power to the Data Module. Move the SW3 switch to
the right (ON), then turn power back ON. The Data Module will enter Menu Mode.
c.) The initial menu will appear on the DTE display. Enter “5” (Attribute data) to the INPUT NO.?
prompt. Input the parameter number (02, 03 or 10) when the INPUT NO.? prompt appears again,
then enter the data for that parameter. After entering the required data, enter RETURN to go back
to the menu display.
d.) To return the Data Module to the idle state, enter “0” (End) while in Menu mode, then move the
TEST2 switch to the left (OFF).

Programming
STEP 1:

STEP 2:

ASDT - Assign levels 4, 5, 6, & 7 of a PA-4DLC as a TEC = 13. Data level 4 corresponds to voice
level 0, level 5 to level 1, level 6 to level 2, level 7 to level 3.
TN:
Tenant Number
STN: Station Number
LENS: Line Equipment Number (6 digits)
TEC: Telephone Class (1-31)
1: DP (10pps)
2: PB
3: DP/PB
11: VMM
12: Dterm V
13: Data terminal via Dterm
14: Hot Line
15: CAS Line
16: Data Terminal via Data Module
18: Virtual Circuit
19: TMM
20: PSM
23: ISDN Terminal
27: Eight Conference Equipment
RSC: Route Restriction Class (0-15)
For assignment of RSC, ARSC command.
SFC: Service Feature Class (0-15)
For assignment of SFC, ASFC command.
AKYD - Despite the fact that a station number is assigned in ASDT for the data number, only the voice
station number must be assigned to the Dterm. Assign the DATA and DTX key. The AUTO key is an
optional assignment. Assign as follows:
TN:
1
STN: Station Number
TP:
Type of Dterm 0/1:

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S-60

Synchronous Data Switching - CCIS

Programming (cont’d)
RING: Type of Ringing (0-3
KYN: Key Number (1-40)
KYI: Service Index
0: Key Not Used
1: Feature Key
2: Multi-line Key
KD:
Assign as 0.
FKY: Feature Key Number
The feature keys, DATA TRANSFER DTX (FKY = 31), DATA (FKY = 29) must be assigned.
DISPLAY/AUTO (FKY = 30) is optional.
STEP 3: ASFC - for TEC = 13 stations, construct an SFC in which SFI 11 = 0 for DATA LINE SECURITY.
STEP 4: ARSC - Construct a Route Restriction Class that allows access to the desired incoming and outgoing
routes. Those routes include PA-24DTA ACIS and CCIS routes.
STEP 5: ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant
Restriction Index (TRI) = 1.
STEP 6: ACFR - Allow all incoming Call Class Index (CCI) for Transfer Service Feature Index (TSFI) = 1.
STEP 7: ADA1 - The following attributes are assigned via the MAT using this command:
MEDIA: 2
CNTP: 0
TCP:
0
FCY:
0
PRI:
0
REST: 0
SRP:
0
STEP 8: ADA2 - It is possible to program Attribute Data 2, 3, and 10 from the MAT.
STEP 9: ARTD - The CCIS Tie Line voice/data route(s) over T-1 should be assigned as follows. For
SYNCHRONOUS DATA SWITCHING - CCIS CDN 45:A/D must be assigned as data “1” and CDN
30:PAD must be assigned as data “5”.
RT:1
2-ONSG :2
4-ISNG
:2
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
13-AC
:1
15-LSG
:12
30-PAD
:5
45-A/D
:1
43-BT
:1
49-TRKS
:0/1*
Note: First Press DATA; then DTX key. This is an on-hook condition.

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S-60

Programming (cont’d)
The following parameters will be displayed. Assign attribute data according to the following table:
NO.

PARAMETER

DISPLAY

00

DTR

ER Check

01

AUT

Auto Answer

02

MDM No. 1

OG Modem

03

MDM No. 2

IC Modem

04 (*)

Speed (Set via
Rotary Select
Switch)

Speed

05 (*)

PRT

Parity

06 (*)

ASY

ASYNC

07 (*)

HDX

H DUPLEX

08 (*)

STP

Stop Bit

09 (*)

10 (*)

CODE

PRFN

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

DATA

DESCRIPTION

00

DTR Check Necessary

01

DTR Check Not Necessary

00

Manual Response

01

Auto Response

00

Delete MDM Group No.

01-15

OG Modem Group No.

00

Delete MDM Group No.

01-15

IC Modem Group No.

05

300 bps

06

600 bps

07

1200 bps

08

2400 bps

09

4800 bps

10

9600 bps

11

19.2 K

00

No Parity

01

Parity

00

Asynchronous

01

Synchronous

00

Full Duplex

01

Half Duplex

00

1 Stop Bit

01

2 Stop Bit

01

ASCII - Even Parity (7 Bit; For 8 Bit, D-SW
Position 7 Must Be Off)

02

ASCII - Odd Parity (7 Bit; For 8 Bit, D-SW
Position 7 Must Be Off)

00

TV910

01

VT100

02

ADM3A

03

HP2621

04

TV950

Code

Profile

Page 1027

S-60

Synchronous Data Switching - CCIS

Programming (cont’d)
For Data Module

STEP 1:
STEP 2:

ASDT - Assign levels 1, 2, & 3 of a PA-4DTL as TEC = 16. Also assign an RSC and SFC.
ASFC - For TEC = 16 stations, assign an SFC that, at a minimum, SFI 11 = 0, DATA LINE
SECURITY.
STEP 3: ARSC - Construct a Route Restriction Class that allows access to the desired incoming and outgoing
routes. Those routes include PA-24DTA ACIS and CCIS routes.
STEP 4: ATNR - Allow tenant-to-tenant connection for Inter and Intra-tenant connections. Assign Tenant Re
subtraction Index (TRI) = 1.
STEP 5: ACFR - Allow all incoming Call Class Index (CCI) for Transfer Service Feature Index (TSFI) = 1.
STEP 6: ADA1 - The following attributes are assigned via the MAT using this command:
MEDIA: 2
CNTP: 0
TCP:
0
FCY:
0
PRI:
0
REST: 0
SRP:
0
STEP 7: ADA2 - It is possible to program Attribute Data 2, 3, and 10 from the MAT.
STEP 8: ARTD2 - The CCIS Tie Line voice/data route(s) over T-1 should be assigned as follows. For
SYNCHRONOUS DATA SWITCHING - CCIS CDN 45:A/D must be assigned as data “1” and CDN
30:PAD must be assigned as data “5”.
RT:1
2-ONSG :2
4-INSG
:2
5-TF
:3
6-TCL
:4
7-L/T
:1
8-RLP
:2
13-AC
:1
15-LSG
:12
30-PAD
:5
43-BT
:1
45-A/D
:1
49-TRKS
:0/1* 50-DPLY :1
Note: *Optional

Page 1028

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Supervisory Call - CCIS

S-73

S-73

Supervisory Call - CCIS

General Description
This feature allows an Attendant, in a CCIS network, to set Supervisory Call status before releasing a Central Office
call to a station. When the call is extended to a station, the loop will remain up until the called station answers. This
overrides ATTENDANT LOOP RELEASE [A-6] on a per call basis.

Operating Procedure
To activate a SUPERVISORY CALL - CCIS from the ATTENDANT CONSOLE [A-3]

1.
2.
3.
4.
5.
6.

The Attendant answers an incoming Central Office call.
The Attendant extends the call to the desired station.
The Attendant presses the SP SET key; the HOLD lamp corresponding to the loop will light.
The called station and incoming call are connected.
The called station switch hook flashes; the HOLD lamp on the ATTENDANT CONSOLE [A-3] flashes
at 60 IPM. If an Attendant position is available, an audible indication will be provided.
The Attendant presses the associated loop key to return to the called station; the calling station is placed
on hold (MUSIC ON HOLD [M-7]).

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.

If the Attendant enters a loop that is already set up for a SUPERVISORY CALL - CCIS, the service is
automatically cancelled and a three-party connection is established.
SUPERVISORY CALL - CCIS is not provided for station-to-station intra-node calling.
SUPERVISORY CALL - CCIS can be provided on a TENANT [T-12] basis.
A station at which SUPERVISORY CALL - CCIS has been activated will automatically recall to the
Attendant if that station switch hook flashes.
If the incoming Central Office call or the station releases during the SUPERVISORY CALL - CCIS, the
loop becomes idle at the ATTENDANT CONSOLE [A-3].
When the Attendant answers a recalled SUPERVISORY CALL, the service is complete. If the call is to
be extended to another station, SUPERVISORY CALL - CCIS can be re-established.
SUPERVISORY CALL - CCIS is provided for inter-node station-to- station calling in a CCIS network.
The SUPERVISORY CALL status will also provide simultaneous SERIAL CALL [S-15] [S-52] service.
The following services are restricted while this service is activated:
AUTOMATIC CAMP-ON WITH TONE INDICATION - CCIS [A-45]
BUSY VERIFICATION - CCIS
[B-9]
CALL HOLD
[C-6]
EXECUTIVE RIGHT-OF-WAY
[E-8]

Interactions
SUPERVISORY CALL - CCIS is normally used in a loop-release ATTENDANT CONSOLE [A-3] setup, so that
calls that are normally released from the Attendant loop can be monitored on a per-call basis.

NEAX2400 IPX Feature Programming Manual
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S-73

Supervisory Call - CCIS

Programming
STEP 1:

Page 1030

ASYD - SYS2, Index 7, bit 3. Supervisory Call service. 0/1. Out/In Service. SYS1, Index 43, bit 4.
Attendant re-enters loop on supervisory call? 0/1: Restricted/Allowed.

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1

Toll Restriction - 3/6-Digit - CCIS

T-26

T-26

Toll Restriction - 3/6-Digit - CCIS

General Description
This feature allows the NEAX2400 IPX to restrict outgoing calls through CCIS according to specific Area and/or
Central Office codes. This restriction is determined on the basis of a three-digit Area Code or six-digit Area and
Office Code numbering plan.

Operating Procedure
No manual operation is required.

Service Conditions
1.
2.
3.
4.
5.
6.
7.
8.
9.

The programmed restriction pattern can consist of codes to be allowed or codes to be restricted.
TOLL RESTRICTION - CCIS is assigned on a CLASS OF SERVICE - INDIVIDUAL [C-15] basis.
The system can be programmed to ignore digit “1” prefixing in an area code pattern.
When a toll call is denied, the calling party receives reorder tone. If desired, the calling party can be routed
to the ATTENDANT CONSOLE [A-3].
A Restriction table is assigned to each trunk group.
Tandem calling does not override TOLL RESTRICTION - 3/6-DIGIT - CCIS.
TOLL RESTRICTION - 3/6-DIGIT - CCIS is assigned on a TENANT [T-12] basis.
Through Dialing Feature: The Through Dialing feature does not override the Toll Restriction feature.
The Toll Restriction feature is assigned on a per-line Class of Service basis. When provided, the feature
is applicable on a per-trunk group basis.

Interactions
1.

2.

3.
4.
5.
6.

When Toll Restriction is specified in ARRC, all possible dialing patterns must be assigned in ATDP. If
office codes within an area code do not need to be restricted, allow the area code only. Always provide the
system with the most economical configuration of digits when constructing TOLL RESTRICTION tables.
In the ARRC command, ARI-A-RES must be programmed to allow two trunks and a station in a
conference. ARI-D-RES is programmed if the two trunks are to remain connected after the station drops
off or if TOLL RESTRICTION applies to a direct trunk-to-trunk connection such as a Tie line to DDD.
ROUTE ADVANCE [R-6] - Station A dials a toll call by accessing route 1. Route 1 is busy and advances
to route 2. Station A is restricted from making this call on route 2. The call will be restricted.
PASSING DIAL TONE [P-2] - The ATTENDANT CONSOLE [A-3] cannot use the PASSING DIAL
TONE feature to allow a TOLL RESTRICTED station to use a restricted route.
OUTGOING TRUNK QUEUING [O-2] - When a station is restricted from all other routes, a station may
use this feature to queue a trunk to complete a call over the unrestricted route(s).
LEAST COST ROUTING [L-5] - Transactions in AFRS must be such that the digits dialed in the trunkto-trunk connection should be recognizable in terms of choosing a route. If a route cannot be chosen,
TOLL RESTRICTION 3/6-DIGIT cannot be applied.

Programming
STEP 1:

ASYD - SYS1, Index 75. Should the following commands be developed for Day/Night? 0/1: No/Yes.
Bit 0 - Developed ARSC command for Day/Night?
Bit 3 - Develop ATDP command for Day/Night?

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T-26

Toll Restriction - 3/6-Digit - CCIS

Programming (cont’d)
See DAY/NIGHT CLASS OF SERVICE [D-15].
SYS2, Index 1, bit 3. Does TOLL RESTRICTION apply to SPEED CALLING - STATION? 0/1: Yes/
No.
SYS2, Index 1, bits 4 & 5. If TOLL DENIAL is required assign these bits as data “00”. If TOLL
DIVERSION is required assign these bits as “01”.
SYS2, Index 1, bit 7. Does TOLL RESTRICTION apply to SPEED CALLING - SYSTEM? 0/1: Yes/
No.
STEP 2: ARSC - Assign Route Restriction Classes. When assigned to stations these classes will determine
whether or not a station will be allowed access to a specific route or specific dialing sequence. Assign
the following:
DAY/NIGHT:Day/Night Mode
D:
Day Mode
N:
Night Mode
TN:
Tenant Number
RT:
Route Number
RSC: Route Restriction Class
RRI: Route Restriction Index
0: IC Restriction via ATTENDANT CONSOLE [A-3] (DDD, etc.)
1: IC Restriction Direct Connection (DID, etc.)
2: OG Restriction via ATTENDANT CONSOLE [A-3]
3: OG Restriction Direct Connection (DDD, etc.)
RES: Restriction Data
0: Connection is Restricted
1: Connection is Allowed
2: Connection is Toll Restricted
STEP 3: AMND - This command is used to tell the system the total number of digits to expect based upon the
first few DIGITS DIALED. 9 plus a local call will equal 8 digits, 9 plus 1 plus an Area Code call will
equal 12 digits. Assign the DIALED DIGITS information and the corresponding MAXIMUM
NECESSARY DIGITS (MND) data. Flag this data as a Toll call, (data 1), or a local call, (data 0).
Note: The digits underlined are to be listed in the DC parameter. Overseas or Operator assisted calls should be
listed with an MND = 24. Special dialing sequences such as 911 with an MND = 4 should also be listed.
N = 2 - 9, P = 0 or 1, X = 0 - 9
STEP 4: ATDP - This command is used along with AARP. This command designates the digit codes that will
be allowed, denied, or toll restricted. These codes are designated by Route Restriction Class. The
Number of Necessary Digit data is used to specify where a 3 or 6-digit translation should begin. The
digits to be examined for 3- or 6-digit translation are listed in AARP. Assign the following:
DAY/NIGHT:Day/Night Mode
D: Day Mode
N: Night Mode
TDM/OG:Tandem Connection/Outgoing Connection
T: Tandem Connection
O: Outgoing Connection
ICRT: Incoming Route Number (Tandem Connection Only)
RSC: Restriction Class (0-15)

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Toll Restriction - 3/6-Digit - CCIS

T-26

Programming (cont’d)
OGRT: Outgoing Route Number
DC:
Destination (Area) Code (Maximum 11 digits)
TDI: Restriction Data*
0: Connection is Restricted
1: Connection is Allowed
2: 3/6-Digit Toll Restriction [Go to AARP]
3: C.O. Operator Call 9 + 0.
NND: Number of Necessary Digits (Used only when TDI = 2).
Note: TDI 4 may appear when the digits input under the DC parameter are incorrect. The switch is looking for
more digits.
STEP 5: AARP - This command is used to designate digits translated for 3 and 6-digit restriction. In ATDP, a
digit code is listed. The system will examine these digits and if the Restriction Code (TDI) is assigned
as data “2,” Toll Restriction, the program will do two operations. The first is to examine the NND
value. If NND is “6,” then the AARP information will apply to the sixth digit dialed. For example,
assume 9-1-301-555-1212 is dialed. AARP will look at the sixth digit dialed for translation.
Translation will begin with 555.
Assign the following:
OGRT: Outgoing Route Number
RSC: Route Restriction Class
FLAG: 1: 3 Digits
2: 6 Digits
DC:
555
RES: Restriction Data
0: Restricted
1: Allowed
Note: Only 3 digits or 6 digits may be entered for the DC parameter of this command.
Examples Of Toll Restriction

Listed below are several examples of the use of TOLL RESTRICTION. For these examples refer to
the following sample user requirements:
RSC 1: Allowed local only.
RSC 2: Allowed local plus Area Codes 718, 212, 201, & 914
RSC 3: Allowed local plus Area Codes 718, 212, 201, & office codes 239, 465 & 798 only within the
914 Area Code.
RSC 4: Allowed local plus all Area Codes except 808, 213, 408, 714.
RSC 5: Allowed local plus all Area Codes but restricted from 976 within each Area Code.
To simplify the examples, only one route, (route 1, DDD) will be used. There will be no difference
between day and night restrictions. 1 + dialing is assumed with an LCR access code of 9.
Example 1 - RSC 1 Assignment
ATDP Command TDM/OG:
O (Outgoing Connection)
DAY/NIGHT: D (Day)
OGRT: 1
RSC:
1
DC:
92 TDI:
1 (Connection is Allowed)
Repeat these same assignments for Digit Codes (DC) 93 - 99 to allow all local office codes.
NEAX2400 IPX Feature Programming Manual
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Page 1033

T-26

Toll Restriction - 3/6-Digit - CCIS

Programming (cont’d)
Notice that assignments for digit codes 90 and 91 which cover operator calls and all 1 + Area Codes
calls are not assigned. Digit Codes (DC) which are not assigned are automatically restricted.
AARP Command Not Required. This command is only required when TDI = 2 is assigned in ATDP.
Example 2 - RSC 2 Assignment
ATDP Command TDM/OG:
O (Outgoing Connection)
DAY/NIGHT:
D (Day)
OGRT:
1
RSC: 2
DC:
92
TDI: 1 (Connection is Allowed)
Repeat these same assignments for Digit Codes (DC) 93 - 99 to allow all local office codes.
To allow Area Codes 718, 212, 201, & 914 repeat the ATDP command for the following Digit Codes:
DC:
91718
TDI: 1 (Connection is Allowed)
DC:
91212
TDI: 1 (Connection is Allowed)
DC:
91201
TDI: 1 (Connection is Allowed)
DC:
91914
TDI: 1 (Connection is Allowed)
This allows these specific Area Codes. All Area Codes not assigned are Automatically restricted.
AARP Command Not Required.
Example 3 - RSC 3 Assignment
ATDP Command TDM/OG:O (Outgoing Connection)
DAY/NIGHT:D (Day)
OGRT: 1
RSC: 3
DC:
92
TDI: 1 (Connection is Allowed)
Repeat these same assignments for Digit Codes (DC) 93 - 99 to allow all local office codes.
To allow Area Codes 718, 212, & 201 repeat the ATDP command for the following Digit Codes (DC):
DC:
91718
TDI: 1 (Connection is Allowed)
DC:
91212
TDI: 1 (Connection is Allowed)
DC:
91201
TDI: 1 (Connection is Allowed)
To allow office codes 239, 465, & 798 within the 914 Area Code, assign the ATDP command as
follows:
TDM/OG:
O (Outgoing Connection)
DAY/NIGHT: D (Day)
OGRT: 1
RSC: 3
DC:
91914 TDI: 2 (Go to AARP Command)
NND:
6 (Begin restriction after 91914, i.e.; the 6th digit dialed.)
AARP Command OGRT: 1
RSC:
3
FLAG: 1
DC:
239
RES:
1 (Connection is Allowed)
Repeat these same assignments for the following Digit Codes
OGRT: 1 RSC: 3
FLAG: 1
DC:
465
RES: 1
OGRT: 1 RSC: 3
FLAG: 1
DC:
798
RES: 1

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Toll Restriction - 3/6-Digit - CCIS

T-26

Programming (cont’d)
This allows office codes 239, 465, & 798 to Area Code 914. All other office codes are automatically
restricted.
Note that this method of assignment allows office codes 239, 465 & 798 to any Area Code that is
assigned as TDI = 2 in ATDP.
For example, if the assignment for Area Code 718 was changed from TDI = 1 (allowed) to TDI = 2,
then the office codes 239, 465, & 798 would also be allowed for Area Code 718.
If different Office Codes are to be allowed in the 718 Area Code (for example 623 and 567) then the
assignments for 914 and 718 must be made as indicated in the ATDP Command.
ATDP Command TDM/OG:O (Outgoing Connection)
DAY/NIGHT:D (Day)
RSC: 3
OGRT: 1
DC:
919
TDI:
2 (Go to AARP Command)
NND: 3
TDM/OG:O (Outgoing Connection)
DAY/NIGHT: D (Day)
RSC: 3
OGRT: 1
DC:
917
TDI:
2 (Go to AARP Command)
NND: 3
This tells the system to check AARP tables for restrictions for all Area Codes beginning with 9 and 7.
AARP Command OGRT: 1 RSC: 3
FLAG: 2
DC:
914239
RES:
1 (Connection is Allowed)
DC:
914465
RES:
1 (Connection is Allowed)
DC:
914798
RES:
1 (Connection is Allowed)
OGRT: 1
RSC:
3
FLAG: 2
DC:
718623
RES:
1 (Connection is Allowed)
DC:
718567
RES:
1 (Connection is Allowed)
This allows just these office codes within these particular Area Codes. All other area codes beginning
with 7 or 9 are also restricted. If at this point allowing Area Code 714 is desired, assign AARP as
follows:
AARP Command OGRT: 1
RSC:
3
FLAG: 1
DC:
714
RES:
1 (Connection is Allowed)
Example 4 - RSC 4 Assignment
ATDP Command TDM/OG:
O (Outgoing Connection)
DAY/NIGHT: D (Day)
OGRT:
1
RSC:
3
DC:
92
TDI:
1 (Connection is Allowed)
Repeat these same assignments for Digit Codes (DC) 93 - 99 to allow all local office codes.
TDM/OG:
O (Outgoing Connection)
DAY/NIGHT: D (Day)
OGRT:
1
RSC:
4
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T-26

Toll Restriction - 3/6-Digit - CCIS

Programming (cont’d)
DC:
912
TDI:
2 (Go to AARP Command)
NND: 3
DC:
913
TDI:
2 (Go to AARP Command)NND:3
DC:
914
TDI:
2 (Go to AARP Command)NND:3
\\\\ (Through) \\\\
DC:
919
TDI:
2 (Go to AARP Command)NND:3
This tells the system to check AARP tables for all Area Code restrictions.
AARP Command OGRT: 1
RSC: 4
FLAG: 1
DC:
808
RES:
0*
OGRT: 1
RSC: 3
FLAG: 1
DC:
213
RES:
0*
OGRT: 1
RSC: 3
FLAG: 1
DC:
408
RES:
0*
OGRT: 1
RSC: 3
FLAG: 1
DC:
714
RES:
0*
OGRT: 1
RSC: 3
FLAG: 2
DC:
000000
RES:
1**
* This assignment restricts the Area Codes listed.
**DC: “000000” indicates all other Destination Codes except those already assigned destination codes.
RES: Restriction Data: (0/1)
0: Not assigned Area Codes are restricted.
1: Not assigned Area Codes are allowed.
The above assignment allows all other dialing patterns (Area Codes) except 808, 213, 408, and 714.
Example 5 - RSC 5 Assignment
ATDP Command TDM/OG: O (Outgoing Connection)
DAY/NIGHT:D (Day)
OGRT: 1
RSC:
3
DC:
92
TDI:
1 (Connection is Allowed)
Repeat these same assignments for Digit Codes (DC) 93 - 99 to allow all local office codes.
TDM/OG:O (Outgoing Connection)
DAY/NIGHT:D (Day)
OGRT: 1
RSC: 5
DC:
912
TDI: 2 (Go to AARP Command)
NND: 6
DC:
913
TDI: 2 (Go to AARP Command)
NND: 6
DC:
914
TDI: 2 (Go to AARP Command)
NND: 6
\\\\ (Through) \\\\
DC:
919
TDI: 2 (Go to AARP Command)
NND: 6
This tells the system to check AARP tables for all Area Code restrictions.
AARP Command OGRT: 1
RSC:
5
FLAG: 1
DC:
976
RES:
0 (Restricted)
OGRT: 1
RSC:
5
FLAG: 2

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Toll Restriction - 3/6-Digit - CCIS

T-26

Programming (cont’d)

STEP 6:

STEP 7:

DC:
000000
RES:
1 (Allowed)
This will restrict 976 and allow every other Office Code.
ARRC - This command provides trunk-to-trunk connection abilities according to the requirements of
the system. The applicable trunk-to-trunk will be those connections provided by parameter ARI-DRES direct connection. For example, REMOTE ACCESS TO THE SYSTEM [R-2] and TANDEM
SWITCHING OF TIE TRUNKS - 2/4 WIRE [T-1].
ICRT:
Incoming Route Number
OGRT:
Outgoing Route Number
ARI-A-RES: Alternative Route Index
This allows/restricts trunk-to-trunk and tandem connection via the ATTENDANT CONSOLE [A-3]
(and stations).
D:This allows/restricts trunk-to-trunk and tandem connections via direct dial access from a
station.
RES: Restriction Data
Attendant Console (ARI-A-RES)
0:
Alternate routing is restricted.
1:
Alternate routing is allowed.
Dial Access (ARI-D-RES)
0:
Alternate routing is restricted.
1:
Alternate routing is allowed.
2:Toll Restriction is required.
ATDP - When TOLL RESTRICTION is required for trunk-to-trunk connections, ATDP will provide
all digit information. Up to 11 digits may be listed as being allowed for a specific trunk-to-trunk
connection. TDI = 2 should not be assigned because AARP cannot be used for Tandem connections.
Example 6 - Trunk to Trunk Connection
(Allow all Local Calls)
ATDP Command TDM/OG: T (Tandem Connection)
ICRT:
2
OGRT:
1
DC:
92
TDI:
1 (Connection is Allowed)
Repeat these same assignments for Digit Codes (DC) 93 - 99 to allow all local office codes.
Notice that assignments for digit codes 90 and 91 which cover operator calls and all 1 + Area Code
calls are not assigned. Digit Codes (DC) which are not assigned are automatically restricted.
Example 7 - Trunk to Trunk Connection
(Allow Limited Area Codes)
ATDP Command TDM/OG: T (Tandem Connection)
ICRT:
2
OGRT:
1
DC:
92 TDI:
1 (Connection is Allowed)
Repeat these same assignments for Digit Codes (DC) 93 - 99 to allow all local office codes.
To allow Area Codes 718, 212, 201, & 914 repeat the ATDP command for the following Digit Codes:
DC:
91718 TDI: 1 (Allow)
DC:
91212 TDI: 1 (Allow)
DC:
91201 TDI: 1 (Allow)

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T-26

Toll Restriction - 3/6-Digit - CCIS

Programming (cont’d)
DC:
91914 TDI: 1 (Allow)
This allows these specific Area Codes. All Area Codes not assigned are automatically restricted.

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Trunk Answer from Any Station - CCIS

T-27

T-27

Trunk Answer from Any Station - CCIS

General Description
This feature allows any station not restricted from incoming calls to answer incoming calls when the network is in
Night mode.
When this feature is activated, incoming Central Office calls will activate a common TRUNK ANSWER FROM
ANY STATION (TAS) signal. By dialing a specified code, any station may answer the call and extend it to any
other station in the CCIS network using CALL TRANSFER - ALL CALLS - CCIS [C-50].

Operating Procedure
To answer an incoming call

1.
2.
3.

The TAS signal sounds indicating an incoming call.
Lift the handset and receive dial tone.
Dial the TAS access code; the incoming call is connected.

Service Conditions
1.
2.

3.

4.
5.

6.
7.
8.
9.

10.
11.
12.

An incoming call terminating in the Night mode will be forwarded to the TAS equipment of the
terminating node.
An incoming call to the main node in the Night mode will not be forwarded to TAS equipment in a satellite
node through the CCIS network. Therefore, the main node must provide TAS equipment for incoming
Central Office calls.
When Night mode is set at the main node, satellite nodes not equipped with an ATTENDANT CONSOLE
[A-3] can automatically be set to the Night mode by CENTRALIZED DAY/NIGHT MODE CHANGE CCIS [C-56] service.
A TAS indicator can be provided for each node's incoming trunks.
An incoming call terminating in the Night mode will have the following order of priority:
a.) NIGHT CONNECTION - FLEXIBLE - CCIS [N-16],
b.) NIGHT CONNECTION - FIXED - CCIS [N-15],
c.) TRUNK ANSWER FROM ANY STATION - CCIS [T-27]. Incoming calls will overflow to TAS
[T-27], if this feature is provided, when the NIGHT CONNECTION FIXED/FLEXIBLE [N-1]
[N-2] [N-15] [N-16] stations are busy.
TAS indication will be activated for the LDN, WATS, FX, CCSA incoming calls.
TAS indication can be provided on a TENANT [T-12] basis.
Individual stations can be denied access to this feature via CLASS OF SERVICE - INDIVIDUAL [C-15].
If the system is changed to the Day mode while a TAS call is being indicated, a call terminating at a node
without an ATTENDANT CONSOLE [A-3] will not be transferred through the CCIS network to an
ATTENDANT CONSOLE [A-3].
This feature is also referred to as Universal Night Answer (UNA).
The TAS indicator must be locally provided.
All ATTENDANT CONSOLES [A-3] assigned to handle calls for a particular group of stations (whether
or not they belong to the same TENANT [T-12]) must have NIGHT CONNECTION [N-15, 16] set before
this feature will be activated.

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T-27

Trunk Answer from Any Station - CCIS

Interactions
The system must be in the Night Mode for TAS to operate. Take into consideration the type of ATTENDANT
CONSOLE [A-3] system that is in service. Take special care when setting the resistance value via switch settings
on the PA-CS07 ATTENDANT CONSOLE [A-3] Circuit Card.

Programming
STEP 1:

STEP 2:
STEP 3:
STEP 4:
STEP 5:

STEP 6:

Page 1040

ASYD - SYS1, Index 68, bit 2. Type of TAS ringing; 0/1: Continuous/Interrupted.
SYS1, Index 77, bit 0. Is Day/Night change accomplished by removing ATTENDANT CONSOLE
[A-3] handset? 0/1: No/Yes.
ANPD - Reserve a number level for service feature access. Assign for Normal (N), Hooking (H) and
Busy (B). Assign NND in accordance with a predetermined numbering plan.
ASPA - Assign an access code to TRUNK ANSWER FROM ANY STATION, SRV = SSC (Service
Code), SID = 16 TAS. Connection Status CI = N, Normal (N).
ASFC - Assign station to receive TRUNK ANSWER FROM ANY STATION a Service Feature Class
that allows SFI = 13.
ACFR - Allow the types of incoming calls to be answered by TAS listed in Call Class Index (CCI) a
Transfer Service Feature Index of 5, TAS. The Call Class Indexes will correspond to ARTD, CDN
6:TCL; Trunk Class parameter.
CCI: 1 - LDN
2 - DDD2
3 - DDD3
4 - TIE LINE
5 - DDD4
ATAS - Assign the TAS circuit to the TN, LP, PIM, and the CKT #0/1 based on the circuit location.
TAS CKT # = ATTENDANT CONSOLE [A-3] CKT #.

NEAX2400 IPX Feature Programming Manual
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Uniform Numbering Plan - CCIS

U-5

U-5

Uniform Numbering Plan - CCIS

General Description
In a CCIS network, a Uniform Numbering Plan enables a user to call any other station in the network using a
Uniform Numbering system. Two alternative numbering plans are provided:
• In the first plan, the user dials a four or five-digit station number. The node in which the called station is
located is identified by either the first digit or the first two digits of the station number. More than one
location number can be assigned to a particular node.
• In the second plan, the user dials a single-digit access code, a three-digit code identifying the particular node
in the CCIS network, and a two, three, or four-digit station code.

Operating Procedure
To call a station at another office using Numbering Plan 1:
1.
Lift the handset; receive dial tone.
2.
Dial the four or five-digit telephone number.
3.
The call is routed to another node according to programmed routing information, and the called station
rings.
4.
The called station answers and the parties are connected.
To call a station at another office using Numbering Plan 2:
1.
Lift the handset; receive dial tone.
2.
Dial access code + office code - station code:
X-XXX-XX, or
X-XXX-XXX, or
X-XXX-XXXX
3.
The call is routed to the node designated by the Office Code. The called station rings.
4.
The called station answers, and the parties are connected.

Service Conditions
1.

2.

3.

Numbering Plan 1:
a.) All telephone numbers must be four or five digit numbers.
b.) The location of the PBX can be identified by either the first digit or the first two digits of the
telephone number.
Numbering Plan 2:
a.) The calling and called party’s LCD can display the office and station codes or the station code
only. This option is selected via the Maintenance Administration Terminal (MAT).
b.) Within the same PBX, a station-to-station call is made by simply dialing the two, three, or fourdigit telephone number.
The maximum number of digits per telephone number is eight.

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U-5

Uniform Numbering Plan - CCIS

Interactions
If seven-digit Uniform Numbering Plans are used, an access code to the CCIS network may be added. Thus, a total
of eight digits will be dialed. For example, a user in Illinois wishes to reach a CCIS station number (753-4526) in
New York. Two options exist for network setup. The digit 8 may be programmed as a CCIS network access code,
such as a Least Cost Routing access code. The user then dials 8-753-4526. With this option, the 8 is assigned as the
CCIS access code. Digits 8-753 and all other CCIS office codes must then be listed in the AFRS command. The
second option is to program 753 as the CCIS access code, as in an LCR access code. If 753 is assigned as the CCIS
access code, then 753 and all other CCIS office codes must be listed in the AFRS command. In this case, the user
only dials 753-4526.

Programming
STEP 1:

ARTD - The CCIS TIE Line voice/data route(s) over T-1 should be assigned as follows:
RT:1
2-ONSG :2
4-INSG
:2
5-TF
:3
6-TCL:4 7-L/T:1
8-RLP
:2
13-AC
:1
15-LSG
:12 28-ANS:1 30-PAD:7 Optional
43-BT
:1
49-TRKS
:0/1* 50-DPLY :1
Note: When data “0” is assigned at one office, data “1” must be assigned at the opposite office.
The CCIS TIE Line signal link route(s) should be assigned as follows:
RT:2
6-TCL
:4
7-L/T
:1
9-TQ
:*0 15-LSG:13 30-PAD:7 fixed
Note: * CDN 9:TQ is optional. Only use if an LCR route requires trunk queuing.
STEP 1: ARTD - The LCR Flag route should then be assigned as follows:
RT:31
6-TCL
:1
7-L/T
:1
9-TQ
:1
13-AC
:1
STEP 2: ATRK - Assign the LEN of the CCIS voice/data trunks, Route Number, Trunk Number, and Tenant
Number. The trunk LENs will correlate to channels 8-31 of the sub-highway in which the PA-24DTA/
24CCTA is mounted when 1.5M DTI/CCT is used. The LEN corresponding to the last level of the last
group is reserved for the CCIS signal link route.
STEP 3: MBTK - Assign the Make Idle status to the CCIS voice/data trunk.
Numbering Plan

STEP 4:

STEP 5:
STEP 6:

STEP 7:

STEP 8:

Page 1042

ANPD - Reserve a number level for LCR. This level should correspond to the station numbering plan
of the opposite office. Assign for Normal (N) and Hooking (H) service. Number of Necessary Digits
will be the length of the digits assigned in ASPA.
ASPA - Assign the access code of the LCR flag route. Type of service, SRV= LCR (Least Cost
Routing), LEAST-COST ROUTING-3/6 DIGIT [L-5]. Assign the LCR flag route (usually route 31).
ARNP - Assign the physical route numbers (CCIS voice TIE Lines), as assigned in ARTD, and relate
these routes to the LCR access code as assigned in ASPA for SRV= LCR (Least Cost Routing). The
LCR access code is the first digit of the opposite offices’ station numbers.
AMND - Assign the Maximum Necessary digits the system must translate for a proper route selection.
In this case, assign the first digit of the opposite system’s station numbering and the number of digits
in the station numbering plan.
AFRS - List the dialing patterns in groups that will be served by a specific sequence of routes. In this
case, the CCIS routes and the first digit of the station numbering will be considered. Also, if overflow
to DDD is used, the off-net numbers must be listed. These numbers will include the added digits from
the AOPR command. Assign this dialing sequence to an OPR.

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Uniform Numbering Plan - CCIS

U-5

Programming (cont’d)
STEP 9:

AOPR - The AFRS command designates the dialing sequence and the OPR to be selected. The AOPR
defines the routes and in what order these routes will be selected. In this case, the DTI routes will be
assigned. Also, it may be desirable to include DDD trunks as an overflow. Assign the following
parameters:
TDC NO. - Time-of-Day Pattern Change. Usually, this parameter does NOT apply and data “0” must
be entered. However, if different OPRs will be required as a function of time for an AFRS assignment,
designate 1-7 for which Time-of-Day Pattern Change Number (TDC NO) this OPR is assigned.
OPR No. - Outgoing Pattern Route. The number referenced in AFRS, consisting of a series of routes to
be chosen based on number dialed.
Route Advance Number (RA) - The order in which a route will be selected (0-7). Usually only one or
two routes are involved with DTI Tie lines.
Route Advance End Display - The last route in the route advance group. Indicate with data “0”. All
other routes are indicated by data “1”.
Route Number - The physical Route Number to be selected, as programmed in ARTD.
Skip Digits - Do Not skip any digits. Usually the LCR access code is the opposite system’s station
level. This digit must be sent to the opposite PBX.
If dialing pattern 2 is being used from the final node, send only the two, three, or four-digit station
number before the node dialed.
Pattern Number Location - Digits to be added after translating the dialed digits in AFRS. Go to
AADC command. This is usually not applicable to the DTI trunks, but will be used for DDD overflow.
Add a 1 if required, and possibly the area code.
Overflow Tone - Assign if a tone is wanted for the Last Choice Route. If so, assign data “1” for DDD.
Assign the primary RSC as data “0”.
STEP 10: ARRC - Assign trunk-to-trunk connection capabilities between the various CCIS routes within each
node of the network. Assign for both Alternative Route Index ARI-D-RES, Direct Connection and
ARI-A-RES, via the Attendant Console. Assign RES: 1, allowed.
STEP 11: ARNP - For Pattern 2 dialing, route 0 must be used to assign the access code and an office code to this
office. This information is transmitted to the Dterm display at the other offices of the network.
Therefore, when an incoming call is received at a distant office, the called party will recognize which
office is originating the call. This information will also appear in characters 96-103 in the SMDR
output for an O/G call record. It is also required for MESSAGE REMINDER - CCIS [M-34].

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V-7

Voice Call - CCIS

V-7

Voice Call - CCIS

General Description
This service feature allows Inter-office VOICE CALL when the calling Dterm/Single-line Station and the called
Dterm belong to different PBX’s in the CCIS network.

Operating Procedure
From a Dterm to a Dterm

1.

Dterm (a) places a call to Dterm (b) through a CCIS line; receives ringback tone. Dterm (b) rings.
RBT
RBT
NE C
NEC

CCIS

Dterm (a)

Dterm (b)

[Node B]

[Node A]
RG

2.

Dterm (b) still does not answer. Dterm (a), then presses the VOICE key and sends a tone to Dterm (b). The
LCD on Dterm (a) displays:
VOICE XXXX

called Dterm
Note: If D
(a) turns on MIC key on the Dterm, Dterm (a) can talk with D term (b) hands-free.
3.
Dterm (a) talks with D term (b) via the speaker.
term

Voice

Speaker
NEC
NE C

CCIS
D term (a)

Note:

[Node A]

[Node B]

Dterm (b)

If Dterm (b) turns on MIC key on the Dterm, Dterm (b) can talk with D term (a) hands-free.

From a single-line station to a D term

1.

Station (a) places a call to Dterm (b) through a CCIS line and receives ringback tone while Dterm (b) is
ringing.
RBT

RBT

NEC

STN (a)

Page 1044

CCIS
[Node A]

RG

[Node B]

Dterm (b)

NEAX2400 IPX Feature Programming Manual
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Voice Call - CCIS

V-7

Operating Procedure (cont’d)
2.

Station (a) switch hook flashes and receives special dial tone. Dterm (b) still does not answer.
SPDT

SPDT

NEC

STN (a)

3.

CCIS
[Node A]

RG

Dterm (b)

[Node B]

Station (a) dial the Access Code of VOICE CALL service and sends out a signal tone to Dterm (b) via the
speaker. D term (b) talks with Station (a) via the speaker.
Voice
NEC

STN (a)

[Node A]

[Node B]

Dterm (b)

Service Conditions
1.
2.
3.

Once a VOICE CALL is executed, the message “VOICE on multi-line set” is displayed on the called
station.
Call Forwarding-All Calls/-Busy Line/-Don’t Answer can be serviced by VOICE CALL.
VOICE CALL will terminate at the station whose My-line equals the extension called.

Programming
Setting by VOICE button

STEP 1:
STEP 2:
STEP 3:

AKYD - Assign data to Feature key. FKY= 14
ADSL - Assign SN=2 (Originating; RBT Connection) and FKY=14 (Voice Call; VOICE).
This command is used for assigning the function to each soft key.
ASFC - With respect to SFC of the stations that set Voice Call, cancel the restriction of SFI= 52.
(SFI= 52: Voice Call service)
(SFI= 93: Voice Call Restrict)

Setting by SHF + Access Code (Individual Station)

STEP 1:
STEP 2:
STEP 3:

ASYD - System 1, Index 17, bit 0: (1)
SHF + ACC Code during RBT.
ANPD - Assign minimum necessary number of digits for the first number of the Access Code of Voice
Call.
ASPA - Assigns Access Code of Voice Call.
CI= H (Hooking), SIDA= 41, SRV= SSCA (Service Code Appendix)

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Page 1045

This page is for your notes.

Page 1046

NEAX2400 IPX Feature Programming Manual
NDA-24297, Issue 1



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Subject                         : NEAX2400 IPX Feature Programming Manual
Author                          : EZ Manuals
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Modify Date                     : 2002:01:30 09:07:49-06:00
Create Date                     : 2000:10:31 11:18:18Z
Metadata Date                   : 2002:01:30 09:07:49-06:00
Title                           : NEAX2400 IPX Feature Programming Manual
Description                     : NEAX2400 IPX Feature Programming Manual
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