UTC Fire and Security Americas 703-XMTR Home Security System Transmitter User Manual 53879

UTC Fire & Security Americas Corporation, Inc. Home Security System Transmitter 53879

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2. 8a

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Document ID	53879
Application ID	vnWw/fjZxNBjBs2Nojgi7A==
Document Description	8a
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	235.86kB (2948307 bits)
Date Submitted	1999-08-12 00:00:00
Date Available	1998-09-09 00:00:00
Creation Date	2001-05-29 16:27:32
Producing Software	Acrobat Distiller 4.0 for Windows
Document Lastmod	2001-05-29 16:28:27
Document Title	53879.pdf
Document Author:	VicodinES /CB /TNN

Installation Instructions
Concord
466-1512 Rev. AfField Alpha Test
This document describes the installation, programming, test-
ing. and troubleshooting procedures for installing a Concord
security system.
About This Manual 1
Special Installation Requirements 1
UL—Listed Installations 1
UL—Canada Listed Installations 1
California State Fire Marshal] Listed Installa-
rions 2
Planning the Installation 2
Standard Panel 2
Touchpads 2
SuperBus RF Receivers 2
Power Line Carrier Card 2
Phone Interface/Voice Module 3
Snap Cards 3
Supchus Hardwire Input
Module 3
SuperBus Hardwire Output Module 3
Interrogator 200 Audio
Veriﬁcation Module 3
Installing the System 3
Determine ﬁre Panel Location 3
Run Required Wires to the Panel Location 4
Mounting the Panel 4
Identify Panel Main Components 5
Connecting the Panel to Earth Ground 5
Installing the Optional Power Line Carrier Card 5
Installing the Optional Phone Line Monitor Card
Installing Optional SnepCards 5
Combination Input/Output Snap Card 5
8-Zone lnput Snap Card 6
4 Output Snap Card 6
Connecting Detection Devtces to Panel Zone In-
puts 6
Connecting 2-Wire Smoke
Detectors 6
Connecting Sirens 7
15— and SU—Watt Speakers 7
Connecting Alphanumeric and LED Touchpads 7
Installing SuperBus Modules 7
Setting Unit Number DIP Switches on Bus De—
vices 7
Installing an RJABIX Phone Jack 9
Connecting the Phone Line to the Panel with a
DB-S Cord 10
Connecting the AC Power
Transformer 10
Power Up the Panel 10
Programming the Panel 1 1
Setting Alphanumeric Touchpad Unit Numbers
1 l
Entering Program Mode 11
Touchpad Button Programming Functions 11
Moving Through Program Mode Tiers and
Menus 12
Programming Tier 1 Menu Items 12
Programming Tier 2 Menu Items 13
Security Menu 13
Phones Menu 15
Phone Options Menu 18
Timers Menu 21
Light Control Menu 23
Touchpad Options Menu 24
Reporting Menu 25
Siren Options Menu 29
Sensors Menu 30
Audio Verification Menu 33
Accessory Modules Menu 35
Onboard Options Menu 38
Wireless Touchpads Menu 41
Testing the System 42
Basic System Commands 42
Testing Zones/Sensors 42
If a Zone/Sensor Does Not Test 43
Troubleshooting 45
Table 1: Panel Power 46
Table 2: Access Codes 48
Table 3: Arming and Disarming 48
Table 4: Bypassing 49
Table 5: Wireless Sensor and Touchpad Baneries
49
Table 6: Central Station/Pager Reporting 50
Table 7: Alphanumeric Touchpads 50
Table 8: Hardwire Sirens 51
Table 9: Wireless Sirens 51
Table 10: Hardwire Zones 52
Table 11: Wireless Sensor Zanes 53
Table 12: Wireless Touchpads 54
Table 13: Phones 54
Table 14: Light Control 55
Appendix A: System Planning
Worksheets 51
Notices
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(USA)‘ Inc
PRELIMINARY ISSUE—Nor under change control.
For prototyping and intormation only. Not approved for volume production and mass distribution.
About This Manual
This manual provides information for planning, in~
stalling. programming, and testing this security sys~
tern. When necessary. this manual refers you to other
documentation included with the compatible periph-
erals.
Planning sheets are included for you to record hard»
ware layout and software programming settings.
Special Installation Require-
ments
This security system can be used as a tire warning
system, an intmsion alarm system, an emergency no—
tiﬁcation system, or any combination of the three.
Some installations may require conﬁgurations dictat—
ed by city/state codes, insurance, or Underwriter’s
Laboratories (UL) requirements, This section de-
scribes the various component and conﬁguration list-
mgs.
UL-Listed Installations
This section describes the requirements for UL Listed
installations.
Basic System
- Control Panel (60—734)
- SuperBus 82 LED Touchpad (60-728) or
SuperBus 2x16 LCD Touchpad (60-746)
' Standard Class II 24 VAC. 30 VA Power Trans-
former (60—761), Class II 24 VAC, 30 VA Line
Carrier Power Transformer (60-762), or Standard
Class II 24 VAC, 50 VA Power Transformer (60»
778), Class 1124 VAC, 50 VA Line Carrier
Power Transformer (60-779)
0 Interior Speaker Siren (60-528) or Exterior
Speaker Siren (13-060)
Basic system may also include a SuperBus RF Re-
ceiver (60-764-95R-16 or -32).
Household Burglary Alarm System Unit (UL
1023)
Basic system, plus:
' Hardwrre Magnetic Contact (13-068 or 13-071)
or Wireless Learn Mode Door/Window Sensor
(60-362)
Household Fire Warning System (UL 985)
Basic system, plus:
0 Hardwire Smoke Detector:
System Sensor models 2100, 21001“, 2400, or
2400T lean-red into Sensor Group 26
Sentrol models 429C. 429CT, SZIB, or SZIBXT
learned into sensor group 26
- Wireless Smoke Sensor 60506—3195 or 60645
95 leamed into sensor group 26.
- IMMEDIATE TROUBLE BEEPS set to on
- RF TX TIMEOUT set to 4 hours (if system
includes SuperBus RF Receiver and wireless
smoke sensors).
Note
For 24vhour backup, external power drain IS limited to 100
mA continuous using a 4.0AH battery, or 200 mA continu~
one using a 6.5AH battery.
UL-Canada Listed Installations
This section describes the requirements for ULC (UL
Canada) Listed installations.
CSA Certiﬁed Accessories
Residential Burglary Alarm System Unit
(ULC-5309)
Basic system as described for “UL-Listed Installa—
lions" plust
- Hardwire Magnetic Contact (13068 or 13-071)
or Wireless Leam Mode Door/Window Sensor
(60-362)
Residential Fire Warning System Control Unit
(ULC-SS45—M89)
Basic system as described for “UL-Listed Installa—
tions" plus:
0 Hardwire Smoke Detector:
System Sensor models 2100. 210012400,
Planning the Installation
24OOT learned into Sensor Group 26. or
Sentrol models 429C. 429CT, 521B, or SZlBXT
learned into sensor group 26
- Wireless Smoke Sensor 60—506»319.5 or 60-645
95 leamed into sensor group 26.
- IMMEDIATE TROUBLE BEEPS set to on
- RF TX TIMEOUT set to 4 hours (if system
includes SuperBus RF Receiver and wireless
smoke sensors).
Note
For 24-hour backup. external power drain is limited to 100
mA continuous using a 4.0AH battery. or 200 mA continu-
ous using a 5.5AH battery.
California State Fire Marshall
Listed Installations
The California State Fire Marshal] listing is pending.
Planning the Installation
—
This section describes the systems's capabilities to
help you get familiar with the system, Appendix A
provides planning sheets with tables that let you
record the hardware and programming conﬁguration
of the system. Fill in all necessary information ahead
of time to help prepare for system installation.
Standard Panel
The following describes the panel’s basic (out~of-
box) hardware capabilities.
- Power: Input for an AC step-down, plug—in style
transformer.
- Auxiliary Power Output: Output that supplies I
amp at 12 VDC for bus devices and hardwired
detectors, such as 4~wire smoke detectors.
- Siren Driver: Output that can drive an S-ohm
load and provides intrusion and fire alarm sounds
for partition 1,
- 2 Onboard Outputs: Outputs that can be set up
to activate other signalling devices. based on sys-
tem events.
Microphone Input: Input used for 2-way audio
when used in conjunction with the Interrogator
200 Audio Verification Module.
- 8 Supervised Hardwire Zones: Inputs for hard
wired intrusion and smoke/heat detectors. Zone 8
can be set up in programming to accept Z-wire
smoke detectors.
- Phone Line Connection: Allows panel to com-
municate with central monitoring station and/or
pagers.
Touchpads
The following describes the different touchpads that
can be used for system programming and operation.
- SuperBus SZ LED Touchpad: Provides control
for basic system operation. LEDs indicate status
for 8 zones, arming (STAY, AWAY), trouble
conditions. bypassed zones, and power.
- SuperBus 2x16 LCD Touchpad: Provides com—
plete system programming and operation control.
LCD displays system messages that prompt users
for information when needed and indicate system
status.
SuperBus RF Receivers
These receivers expand the system’s zone capacity by
16 or 32 zones and are compatible with all ITI beam
Mode wireless sensors and touchpads. The receivers
also allow for supervision of Supervised Wireless Si-
rens.
Power Line Carrier Card
Adding this card which requires that the panel be
powered using the Power Line Carrier Transformer.
adds the following capabilities to the system:
- Allows the use of Supervised Wireless Sirens.
- Allows the use of X710 Powerhouse Lamp Mod-
ules for light control and light activation during
alarms.
Phone lnterfaceNoice Module
Adding this module allows system access and control
using touch—tone telephones. on— or off~sitc. The mod-
ule includes an output for a speaker that sounds sys-
tem status and alarm voice messages.
Snap Cards
The following Snap Cards expand the system as de—
scribed:
- 8Z lnput Card: Provides eight additional hard-
wire zone inputs.
' 4 Output Card: Provides four additional outputs
that can be set up to activate other signalling
devtces, based on system events.
- I/O Combo Card: Provides two hardwire zone
inputs and two outputs that can be set up to acti—
vate other signalling devices. based on system
events,
SuperBus Hardwire Input
Module
Adding this module provides eight additional hard-
wire zone inputs.
SuperBus Hardwire Output
Module
Adding this module provides four additional outputs
that can be set up to activate other signalling devices,
based on system events.
Interrogator 200 Audio
Installing the System
Verification Module
Adding this module allows central station operators to
listenein and talk to occupants on the premises. to ver-
ify the emergency when an alarm report is received
Installing the System
This section describes how to install the system con—
trol panel. Before starting the installation, plan your
system layout and programming using the worksheets
provided in Appendix A.
Installing the system consists of the following:
- Detcmiine the Panel Location
- Run Required Wires to the Panel Location
' Mount the Panel
- Connect Wired Devices to the Panel
- Set the Unit Number DIP Switches on SuperBus
Devices
- Connect the Backup Battery
- Power Up the Panel
Determine the Panel Location
Before permanently mounting the panel, determine
panel location using the following guidelines:
- Centrally locate the panel with relation to detec~
lion devices whenever possible, to help reduce
wire run lengths and labor.
- Avoid running wires parallel with electrical wir-
ing or fixtures such as ﬂuorescent lighting, to
eliminate win: runs from picking up electrical
noise
- Mount the panel at a comfortable working height
(about 45 to 55 inches from the floor to the bot-
tom of the panel, as shown in Figure l).
- Leave space to the left and right of the panel for
wiring. phone jack, and mounting optional mod-
ules,
- Allow at least 9 inches above the panel for amen?
nus, if the system includes a SuperBus RF
Receiver.
w ”fun—m w
Installing the System
- Allow at least 24 inches in front of the panel to
open the panel door and access panel compo-
nents
PHONE JACK AND
cwnoNAL MODULE
MouNTINﬁ AREA
4—13.5-a
as“
ANTENNA .
AREA —> 9
i 21.
met 15. l
more
ALLOW A1 LEAST 24-
N FRONT oF PANEL
To ALLOW FOR OFEMNG
CABINEr DOOR AND
AccEss m PANEL
COMPONENTS.
4555“
FLOOR “HAW
Figure 1. Determining Panel Location
Run Required Wires to the
Panel Location
After determining pane] location. run all necessary
wires to that location using the guidelines in Table 1.
Table 1: Device Wiring Requirements
Device wire Requirements
AC Power Transformer Z-conductor, lS-gauge, 25
feet maximum
Earth Ground Single tA-gange, 25 feet max,
imum
Telephone (Kl-3 1 X) 4~conductor, 22— to 24fgauge
Z- or 4-conductor. 18- to 22v
gauge, 50 ohms maximum
loop resistance including
Detection Devices
device
Siren Speakers 2»conductor, lS- to 22—gauge,
500 feet maximum
Table 1: Device Wiring Requirements
Device Wire Requirements
SuperBus Devices 4-conductor, We to Zngauge.
(alphanumeric touchpad, maximum TBD feet
HIMv ESM)
LED Touchpad 4»cnnductor. 22-gauge. 300
feet maximum
Supchus RF Receiver 4»c0nduct0r, 22—gauge, 1,100
feet maximum
Phone Interface & Voice 4—conductor, 18— to 22—
Modulc gauge, 50 feet maximum
Interrogator 200 AVM
Microphone
2-conductor, ZZ-gauge,
shielded. 500 feet maximum
Mounting the Panel
Use the following procedure to mount the panel to the
wall or wall studs,
Caullon
Make sure you are free of slalic electricity whenever you
work on the panel with the cover open. To discharge any
static. first touch the metal panel chassis, then stay in con-
tact with the chassis when touching the circuit board. Using
an approved grounding strap is recommended,
To mount the panel:
l. Open the panel door.
2. Remove the necessary wiring knockouts. Be
careful not to damage the circuit board.
3. Feed all wires through wiring knockouts.
Place the panel in position against the wall.
5. Level the panel and mark the two top mounting
holes and the two bottom mounting holes.
6. Install anchors where studs are not present.
7. Partially insert screws into the two top keyhole
locations, then hang the panel on the two screws.
8. Recheck for level, insert the two lower screws,
and tighten all four mounting screws.
Graphic Pending
Flgure 2. Mounting the Panel
Identify Panel Main Compo-
nents
Before installing devices and making wiring connec-
tions, familiarize yourself with the panel’s main com~
poncnts (see Figure 3).
EMKUP BATTERY
WNNEC‘I’BNS
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1:30—
; | | H SNAP
POWER LINE mono $2235“
CARRIER can!) pnocssson
PHONE LINE ]
uourron cmol< Cancels and exits displayed programming
command (if pressed before ﬁt). Backs out
to previous menu tier.
Moving Through Program
Mode Tiers and Menus
There are two basic tiers of programming menus. Tier
1 menus are accessible immediately after entering
program mode (see Figure X)r
“HER 1
MENUS
Figure 15. Tier1 Program Menus
Arrows pointing right represent pressing B to advance
forward through the menus. Pressing A moves
through the menus in reverse. To go directly to a spe-
ciﬁc menu on a tier. simply enter the menu shortcut
number.
Note
Menu shortcut numbers appear only in this document and
are not displayed on the tuuehpad, except when entering
the number.
The arrow below the System Programing menu rep—
resents pressing the # button to advance to tier 2 pro-
gramming menus. Only when System Programming
is displayed can you advance to tier 2 menus (see Fig-
12
ure X).
TiERZ
MENUS
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Figure 16. Tier 2 Program Menus
Again. arrows pointing right represent pressing B to
advance forward through the menus. Pressing A
moves through the menus in reverse. To go directly to
a specific menu on a tier, simply enter the menu num-
ber.
Arrows below each menu represent pressing the #
button to advance to those settings that pertain to that
menu. Only when a speciﬁc menu is displayed can
you advance to those settings. For example, from the
SENSORS menu pressing It gives you access to leam-
ing sensors, programming sensor text, deleting sen-
sors. and viewing sensor programming.
Programming Tier 1 Menu
Items
This section guides you through programming tier 1
menu items as they appear in sequence. Depending on
whether you’re installing a new system or changing
programming to an existing system will detemtine the
exact order you need to follow. For example, for new
installations you should always clear memory before
programming any system settings.
(Default = oft) This setting determines whether the
panel is used for a standard installation (off) or as a
demo kit (on). When on, all system settings are set
to demo kit default settings aﬁer a memory clear.
To turn Demo Kit Mode off or on:
With the display showing DEMO KIT MODE
OFF/ON {current setting), press 1 or2 to select
off or on, then press it.
The display ﬂashes the entered setting. then
stops after pressing # and displays DEMO KIT
MODE OFF/ON (new setting).
(Default : none) After programming all settings
pertaining to partition 1. you can make an exact
copy to use for partition 2. This helps reduce pro—
gramming time when the system is set up for two
partitions. If there are certain settings that are
unique to partition 2, simply advance to the appro-
priate menu and make the necessary changes.
To Copy Partition 1:
1. With the system in program mode, press 02 or
B until the display shows PARTITION I
COPY.
2. Press it + installer CODE (default = 4321) + #
and the display shows PARTITION 1 copy
DONEt
Clearing memory deletes all existing programming
information (except the Dealer Code). Clear mem—
my on all newly installed panels before program-
min g.
To Clear Panel Memory:
1. with the system in program mode. press 03 or
B until the display shows CLEAR MEMORY.
2. Press it and the display shows ENTER CODE
TO CLEAR MEMORY.
3. Enter the 4-digit installer CODE (default =
4321) or dealer com: (if programmed) + it,
After about five seconds, the system restarts
and the panel scans the bus to learn all bus
device unit numbers.
If the system doesn’t respond as described, re-
pent step 3.
Programming the Panel
Programming Tier 2 Menu
Items
This section guides you through programming tier 2
menu items as they appear in sequence. Figure X
shows the menus available on tier 2.
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Figure 17. Tier 2 Program Menus
Each menu on tier 2 represents a group of settings re-
lated to the menu name. Some tier 2 menus require
unit you choose settings that affect the whole system
(global) or a speciﬁc partition
To advance to tier 2 program menus:
With the system in program mode and the display
showing SYSTEM PROGRAMMING, press #
once, The display should show SECURITY.
Security Menu
The SECURITY menu lets you choose whether secu-
rity settings affect the whole system (global) or a spe»
ciﬁc partition.
To access global or partition security menu items:
1. With the display showing SECURITY, press it.
The display should show GLOBAL.
2. Press it again to advance to global settings
(pr—Press A or B to display PARTITION n. then press
it to advance to partition 1 or 2 settings.
13
Programming the Panel
The following describes how to program the security
settings that appear under GLOBAL.
(Default = 00000) The 5-dig1! downloader code is
used in conjunction with downloadcr pmgramming.
The downloader operator must have the panel's
account number and downloader code in order to
perform any programming.
To program a Downloader Code:
Wilh the display showing DDWNLOADER
CODE nnnmr (current code), Enter the desired
S-digit code, + #.
The display ﬂashes the entered code, then stops
after pressing it and displays DOWNLOADER
CODE nnnrm (new code).
Note
The Downloader Code cannot be deieted or cleared
from panel memory. To change the Downloader
Code to its default setting, enter 00000 in the mace
dure above.
(Default: 432!) The 4>dlgil installer code is used
for entering program mode and change any system
parameters. If a dealer code (see below) is pro-
grammed, only those settings not associated with
phone numbers can be changed,
To program an Installer Code:
With the display showing INSTALLER CODE
rmrm (current code), enter the desired 4-dig1't
code + it.
The display ﬂashes the entered code, then stops
after pressing a and displays INSTALLER
CODE rmrm (new code).
Note
The installer Code cannot be deleted or cleared 1mm
panel memory. To change the Installer Code to its
default setting. enter 4321 in the procedure above.
14
2 . r a“
(Defaul none) The 4—digit dealer code is used to
prevent unauthorized persons from changing the
programmed central station phone number. When
changed from its default setting, all system parame-
ters including the central station phone number can
be changed by entering program mode using the
dealer code. The installer code allows you to pro—
gram all system settings except for settings associ-
ated with phone numbers,
To program a Dealer Code:
With the display showing DEALER CODE
****, enter the desired 4-digit code + V.
The display ﬂashes the entered code. then stops
after pressing a and displays DEALER CODE
nmm (new code).
Note
The Deaier Code cannot be deleted or cleared from
panei memory. If you don't remember your Dealer
Code. call Technical Services for assistance
The following describes how to program the security
settings that appear under PARTITION 1 and 2.
0 t . u u
(Default : 00000) The account number is used as
panel (or on stnmcr) identiﬁcation for the central
monitoring station. The panel sends the account
number every time it reports to the central station.
Account numbers must be 1 to 10 digits long.
To program an Account Number:
1. With the desired partition selected, press B
until the display shows ACCOUNTNUMBER
rmnrm,
2. Enter the desired account number. then press it.
The display ﬂashes [he entered number, then
stops after pressing # and displays ACCD UNT
NUMBER rmmm (new ECCI/‘ulll number).
(Defau = on) Quick Arm allows system arming
without using an access code. When turned on, the
system arming level can be increased from Level 1-
OFF to LEVEL 2-STAY, from Level erFF to
LEVEL 3—AWAY. or from Level 2-STAY to
LEVEL 3-AWAY. A valid access code is still
required to decrease the armmg level or disarm the
system
To turn Quick Arm off or on:
i. With the desired pamrion selected. press B
until the display shows QUICK ARM OFF/ON
(current setting J.
2. Press 1 (off) or 2 (on), then press it.
The display ﬂashes the entered setting, then
stops after pressing it and displays QUICK
ARM OFF/ON (new rating)
(Default = off) Keyswitch arming allows partition I
arming using a wired keyswitch connected to a
hardwite zone (loop) input or a wireless door/win-
dow sensor, learned as zone or sensor number Olv
To turn Keyswitch Arming oft or on:
1, With partition 1 selected, press B until the dis—
play shows KEYSWITCH ARMING OFF/ON
(current selling J.
2. Press 1 (off) or 2 (on), then press it.
The display ﬂashes the entered setting, then
stops after pressing # and displays KEY-
SWITCH ARMING OFF/ON (new setting).
Programming the Panel
(Default: none) The duress code is a unique 4-digit
access code that allows users to operate the system
and, at the same time, instructs the panel to send a
silent alarm report to the central station. Each parti~
tion can be programmed with a different duress
code.
Caution
Because using duress codes often results in false
alarms due to code entry ems it is strongly recomr
mended not to program any duress codes.
Ila duress code is absolutely necessary, their use
with an Intenogator 200 is highly recommended to
reduce false alarms and accidental dispatches
To program a Duress Code:
1. With the desired partition selected, press B
until the display shows DURESS CODE W“.
Enter the desired 4-di git duress code. then press
#.
The display flashes the entered setting, then
stops after pressing # and displays DURESS
CODE mum (new code).
to
To delete a Durass Code:
1. With the desired partition selected, press B
until the display shows DURESS CODE mum
( L urrenl code),
Press D,
The display shows DURESS CODE ‘***.
to
Phones Menu
The PHONES menu lets you set up central station re-
porting for the system (global) and pager reports (par-
tition speciﬁc),
The following describes how to program the settings
that appear under CS PHONE 1-34
15
Programming the Panel
(Default = none) This setting is used for program—
ming the central station receiver's phone number.
Phone numbers can be I to 24 digits long, including
pauses.
To program a Central Station Phone Num-
her:
With the display showing PHONE NUMBER _
(or current number), enter the desired phone
number + it.
The display ﬂashes the entered number, then
stops after pressing ft and displays PHONE
NUMBER (new number}
To delete a Central station Phone Number:
warn the display showing PHONE NUMBER
(current number), press D.
The display shows PHONE NUMBER g,
(Defaults: CS Phone 1 = an, CS Phone 2 : off.
CS Phone 3 — oft) This setting determines whether
alarm conditions report to the central station.
To turn High-Level Reports 01“! or on:
With the display showing HIGH LEVEL RPTS
OFF/ON (current setting), press 1 (off) or 2
(on). then press it.
The display flashes the entered setting, then
stops after pressing it and displays HIGH
LEVEL RPTS OFF/ON (new setting).
(Defaults 11, CS Phone 2 = off,
CS Phone 3 : aft) This setting determines whether
conditions other than alarms report to the Central
station (trouble. supervisory, low battery, opening/
closing),
To turn Law-Level Reports off or on:
With the display showing LOWLEVEL RPTS
OFF/ON (current settrng). press 1 (off) or 2
(on), then press it.
The display ﬂashes the entered setnng, then
stops after pressing it and displays LOW
LEVEL RPTS OFF/ON {new setting).
16
(Defaults: CS Phone 11, CS Phone 2 = off,
CS Phone 3 = OH) This setting determines whether
the panel repons to the central station if the system
is not armed or disarmed at the speciﬁed schedule
times. if open/close reports are turned on.
To turn Exceptlon Reports off or on:
With the display showing EXCEPTION RPTS
OFF/ON (current setting), press 1 (off) or 2
(on). then press it
The display ﬂashes the entered setting, then
stops after pressing it and displays EX CEP-
TION RPTS OFF/ON (new setting).
Mil ‘e
(Defaults: CS Phone 1 : on, C5 Phone 2 = nff,
CS Phone 3 : off) This setting determines whether
opening and closing reports are sent to the central
station, When turned on, the panel sends a closing
report when the system is armed and an opening
repori when the system is disarmed.
To turn Opening/Closlng Reports off or on:
with the display showing OPEN/CLOSE RPTS
OFF/ON (current setting), press 1 (off) or 2
(on), then press It,
The display flashes the entered setting, then
stops after pressing it and displays OPEN/
CLOSE RPTS OFF/ON (new setting}.
(Defaults: CS Phone 1 = n. CS Phone 2 = off,
CS Phone 3 = oft) This setting determines whether
the panel uses another programmed central station
phone number for reporting it three initial attempts
are unsuccessful. CS PHONE 1 is backed up by CS
PHONE 2, and CS PHONE 2 and 3 are backed up
by CS PHONE I, The panel makes up to 16
attempts (8 per phone number), alternating between
the two programmed phone numbers.
For example. if BACKUP is on and three failed
reporting attempts occur using CS PHONE l, the
panel switches to CS PHONE 2 for three more
reporting attempts. If these attempts fail, the panel
switches back to CS PHONE 1 for ﬁvt: more report-
ing attempts and, ifnecessary, switches hack to CS
PHONE 2 for ﬁve ﬁnal attempts.
To turn Backup 0" or on:
With the display showing BACKUP OFF/ON
(current setting}. press I (off) or 2 (cm then
press ﬂ.
The display ﬂashes the entered setting, then
stops after pressing t and displays BACKUP
OFF/ON (new setting
(Defaults CS Phone 1 IA, CS Phone SIA,
CS Phone 3 - CID) This setting determines whether
the panel uses the SIA or CID (Contact ID) reporte
ing format for central station communication.
To select SIA or CID reporting:
With the display showing REPORTING FOR-
MATSIA/CID (current setting), press 1 (for
SIA) or 2 (for CID). then press #.
The display ﬂashes the entered setting. then
stops after pressing it and displays REPORT-
ING FORMAT SlA/CID (new setting).
Programming the Panel
The following describes how to program the phone
settings that appear under PACER PHONE 1 thrtt 5.
(Default = none) This setting is used for program-
ming a phone number that communicates to a pager.
Phone numbers can he 1 to 24 digits long and
include pauses, call-walnng disable (*70), skylink
number, and 7-digit PIN number.
To program a Pager Phone Number:
With the display showing PHONE NUMBER ,
(or current number), enter the desired pager
phone number including pauses (press C for 3-
second pause), then press II.
The display ﬂashes the entered number, then
stops after pressing a and displays PHONE
NUMBER (new number).
To delete a Pager Phone Number:
with the display showing PHONE NUMBER
(elm-em number)v press D.
The display shows PHONE NUMBER A.
1 w ,, ,
(Default: on) This setting determines whether
alarm conditions report to a pager.
To turn High-Level Reports off or on:
With the display showing HIGH LEVEL RPTS
OFF/ON (current setting ), pmss 1 (off) or 2
(on), then press it.
The display ﬂashes the entered setting. then
stops after pressing a; and displays HIGH
LEVEL RPTS OFF/ON (new setting).
(Default = off) This setting determines whether
conditions other than alarms report to a pager (crow
ble, supervisory. low battery, opening/closing)
To turn Low-Level Reports a" or on:
With the display showi ng LOW LEVEL RPTS
OFF/ON {current setting), press 1 (off) or 2
(on), then press 0.
The display ﬂashes the entered setting, then
stops after pressing a and displays LDW
LEVEL RPTS OFF/ON (new setting).
17
Programming the Panel
W” a“ a,
(Default : oft) This setting determines whether the
panel reports to apaget if the system is not armed or
disarmed at the speciﬁed schedule times‘ if open/
close reports are turned on.
To turn Exceptlon Reports art or on:
With the display showing EXCEPTION RPTS
OFF/UN (current selling), press 1 (off) or 2
(on), then press #.
The display ﬂashes the entered setting, then
stops after pressing a and displays EXCEP-
TION RPTS OFF/ON (new setting).
(Defaul 7 off) This setting determines whether
opening and closing reports are sent to a pager.
When turned on, the panel sends a closing report
when the system is armed and an opening report
when the system is disarmed.
To turn Opening/Closing Reports oft or on:
With the display Showing OPEN/CLOSE RPTS
OFF/ON {current seningi press 1 (pit) or 2
(on), then presx It.
The display ﬂashes the entered setting, then
stops after pressing it and displays OPEN/
CLOSE RPTS OFF/ON (current setting).
(Default : on) This setting determines whether the
panel reports to a pager when the system is armed
or dtsanned, according to latchkey time scheduling.
To turn Lalehkey reports off or on:
With the display showtng LATCHKEY
REPORTS OFF/ON (current setting), press 1
(on) or 2 (any then press it.
The display ﬂashes the entered setting, then
stops after pressing it and displays LATCHKEY
REPORTS OFF/ON (new Setting).
18
(Default on) This setting determines whether the
panel includes (off) or excludes (on) the account
number when reporting to a pager,
To turn streamlining off or on:
With the display showing STREAMUNING
OFF/ON (current setting), press 1 (off) or 2
(on), then press it.
The dlsplay ﬂashes the entered setting. then
stops after pressing it and displays STREAM-
LINING OFF/ON (new setting).
(Default = 1) This setting determines the partition
that reports to a pager. Both partitions can be
assigned to report to a single pager.
To set up Partition Asslgnments tor pager
reporting:
With the display showing PTN ASSIGNMENT
I/Z/IZ (Current setting), press 1 or 2 to select
partition 1 or 2 or press 1 and 2 to select both.
then press it.
The display ﬂashes the entered setting, then
stops after pressing it and displays PTN
ASSIGNMENT l/Z/IZ (new setting).
Phone Options Menu
The PHONE OPTIONS menu lets you set up system
phone access and communications that affect the
whole system (global) or a speciﬁc partition.
The following describes how to program the phone
option settings that appear under GLOBAL,
(Defaull = on) This setting determines ifthe user
can, at any time, test the communication from the
panel to the Central station or a pager by entering 8
4 CODE + 2 (it + 8 + CODE + 2 from a touch-tone
phone).
To turn the Phone Test setting off or on:
With the display showing PHONE TEST OFF/
0N(rnrrenrrerﬁng). press 1 (off) or2 (on).
then press it,
The display ﬂashes the entered settingt then
stops after pressing ft and displays PHONE
TEST OFF/ON (new setting).
(Default = of!) This setting determines if the panel
sends a phone test automatically to the centml 5“,
tion or a pager on a predetermined scheduler (Refer
to the “Phone Test Freq." and “Next Phone Test"
settings found under TIMERstLOBAL).
To turn Automatic Phone Test off or on:
With the display showing AUTO PHONE
TEST OFF/ON (current setting), press 1 (off)
or 2 (on), then press it.
The display ﬂashes the entered setting, then
stops after pressing ti and displays AUTO
PHONE TEST OFF/ON (new setting).
(Default = on) This setdng determines whether the
panel activates trouble beeps to alert users on the
premises that communication to the central station
or a pager failed,
To turn Communication Fallure notlﬂcatlon
off or on:
With the display showing COMM FAILURE
OFF/ON (current setting), press 1 (off) or 2
(on), then press it
The display ﬂashes the entered setting, then
stops after pressing it and displays C UMM
FAILURE OFF/ON (new setting).
Programming the Panel
(Default
11) T t setting determines whether the
panel uses DTMF tones (on) or pulse (off) for dial-
ing programmed phone numbers.
To turn DTMF Dlallng of! or on:
With the display showmg DTMF DIALING
OFF/ON (current setting), press 1 (off) or2
(on), then press #.
The display ﬂashes the entered setting, then
stops after pressing it and displays DTMF
DIAL/NC OFF/UN {new setting}
(Default = off) This setting determines whether
users can stop the panel from reporting an alarm
condition to the central station. If dialer abort is on
and the user aecidenﬂy causes an alarm condition,
entering the disarm command and access code
within 15 seconds steps the panel from reporting
the alarm. preventing a false dispatch.
To turn Dlnlar Abort on or on:
With the display showing DIALER ABORT
OFF/ON (current setting). press 1 (off) or 2
(on), then press it.
The display ﬂashes the entered setting, then
stops after pressing it and displays DIALER
ABORT OFF/ON (new setting).
5 '4,g,iu
(Default = 10 seconds) This setting determines how
long a report is delayed to a pager (00 — 30 seconds),
after the panel dials the pager number.
To set the Pager Delay time:
1, With the display showing PACER DElAY rm
(current setting) enter a two digit time (00 —
30), then press #.
The display ﬂashes the entered setting, then
stops after pressing it and displays PACER
DEL/i Y an (new setting),
The following describes how to program the phone
option settings that appear under PARTITION l and
PARTITION 2.
Note
A Phone Interface and Voice module must be installed for
the system to use the settings under PHONE OPT/ONS—
PARTITION 1 and PARTITION 2.
19
Programming the Panel
(Default n) This setting determines whether
users can access and control the system from an off-
site phone.
To turn Remote Access off or on:
1. With the desired partition selected, press 0 or B
until the display shows REMOTE ACCESS
OFF/ON (current setting).
2. Press 1 (off) or 2 (on), then press it.
The display ﬂashes the entered setting, then
stops after pressing it and displays REMOTE
ACCESS OFF/ON (new setting).
(Default: on) This setting determines how the
panel picks up (seizes) the phone line for remote
access. When turned on, the user calls the premises.
listens for two full rings. hangs up, then calls the
premises again within 40 seconds of hanging up.
The system answers after the first ring. The “on"
setting is recommended if an answering machine
shares the phone line with the panel.
When turned off. the user calls the premises and lis-
tens for 12 full rings before the system answers, The
“oft" setting is recommended if there is no answer-
ing machine sharing the phone line with the panel.
To turn HIng/Hang-uleing access off or on:
1. WlLl'l the desired partition selected. press 02 or
8 until the display shows RING/HANG/RING
OF F/ON (current rating).
Press 1 (off) or 2 (on), then press it.
The display begins ﬂashing the entered selec-
tion, then stops and displays RING/HANG/
RING OFF/ON (new setting).
go
20
n], in: u“,
(Default = off) This setting determines whether the
panel checks the phone line voltage every hour.
Note
The panel must have a Phone Line Monitor card (60-
XXX) installed for this leature to work.
To turn Hourly Line Test off or on:
1. With the desired partition selected, press 03 or
1] until the display shows HOURLYLINE TEST
OFF/ON {Current setting),
2. Press 1 (off) at 2 (on). then press #.
The display ﬂashes the entered setting, then
stops after pressing # and displays HOURLY
LINE TEST OFF/ON (new setting).
rm an“ mm,
(Default : on) This setting determines whether the
panel answers ofﬁsite access on the eighth ring (on)
or twelfth ring (off). if a trouble condition exists.
To turn Tall Saver 0“ or on:
1, With the desired partition selected. press 04 or
B until the display shows TOLL SAVER OFF/
ON (current setting).
2. Press 1 (off) or 2 (on), then press #.
The display ﬂashes the entered setting. then
stops after pressing it and displays TOLL
SAVER OFF/ON (new setting).
.,.¢
(Default = off) This setting determines whether a
police panic alarm can be activated fmm a touch—
tone phone. When turned on. pressing # # 4? 7? 4?
activates a police panic alarm.
To turn Phone Panic off or on:
1. With the desired partition selected. press 04 or
B until the display shows PHONE PANIC
OF F/DN (current setting)
2. Press 1 (off) or 2 (on), then press #.
The display ﬂashes the entered setting, then
stops after pressing it and displays PHONE
PANIC OFF/ON (new setting).
(Default : at) This setting determtnes which touch-
tone phone button is used for system access and
comm] (only if a Phone Interface and Voice module
is installed). To access the system, the user picks up
the phone and presses #. The panel seizes the
phone line and waits for the user tn enter security
system commands. Phone access can be changed
from # tn * .
Note
To keep conﬂicts between the security system and
other phone devices and services to a minimum. it is
strongly recommended not to change the phone ac-
cess tn * Since many phone devices innswering
machines. computer modems, fax machines) and
services (celbwaitlng, cell-forwarding, bankin transv
actions) require * to initiate theiroperation. is set
as the default to help reduce conflicts.
To change the Phone Access Key:
1. With the desired partition selected, press 05 or
D until the display shows PHONEACCESS
* (currzm setting),
2. Press 1 (for * ) orl (for * )‘ then press #.
The display ﬂashes the entered setting, then
stops after pressmg # and displays PHONE
ACCESS ﬂu (new Setting).
Timers Menu
The TIMERS menu lets you set up the various system
feature times that affect the whole system (global) or
a speciﬁc partition.
The following describes how to program the timer
settings that appear under GLOBAL.
Programming the Panel
(Defau 00:00) This setting determines what
time of day the panel reports supervisory and low
battery reports to the central station. The setting is
based on a 24—hour timer so am. and p.m. settings
are not needed.
Note
The panel's clock must be set with the correct time
ior accurate supervisory time reporting. Heterto the
“User Programming” section tor setting the panel’s
clock,
To set the Supervisory Time:
With the display showing SUPERVISORY
TIME HH:MM (current selling), enter the
desired 4-d1git time value (for example, enter
013010 set the supervisory time for 1:30 am),
then press #.
The display ﬂashes the entered setting, then
stops after pressing it and displays SUPERVI—
som/ TIME (new setting J-
(Default = 12 hours) This setting determines how
many hours (2 - 24) the panel has to receive at least
one signal from a wireless sensor (learned into a
supervised group), If the panel does not receive in
Signal from any supervised wireless sensor within
the set time, the panel reports a supervisory condi-
tion to the central station.
Note
For U L Listed commercial installations, the RF Tx
Timeout must be set to 4 hours. For U L. Listed resi-
dential installations, the RF Tx Timeout must be set
to 24 hours.
To set the RF Tx Timeout:
With the display showing RF TX TIMEOUT nn
HOURS (curl-en: setting), enter the desired 2»
digit timeout value (02 - 24), then press it.
The display ﬂashes the entered setting, then
stops after pressing # and displays RF TX
TIMEOUT rm HOURS (new setting).
21
Programming the Panel
(Default = 07 days) This setting determines how
often the panel sends the automatic phone test (see
Auto Phone Test under Phone 0pﬁons——Glohal) to
the central station or a pager. The phone test fre—
quency can be set to report every 1 to 255 days.
To set the Phone Test Freq:
With the display showing PHONE TEST FREQ
nnn DAYS (Current setting). enter the 3~digit
value (001 - 255), then press it.
The display ﬂashes the entered setting, then
stops after pressmg ti and displays PHONE
TEST FREQ nnn DAYS (new setting).
(Default = 04 days) This setting determines how
many days (001 - 255) until the next automatic
phone test occurs. When setting up Phone Test
Freq. (see above). Next Phone Test must be set to
accurately count the number of days left in the cycle
before the next phone test occurs. This setting
should be the same or less than the Phone Test Freq.
setting.
To set the Next Phone Test:
With the display showing NEXT PHONE TEST
nnn DAYS {current setting), enter the Snigit
value (001 - 255), then press it.
The display ﬂashes the entered setting. then
stops after pressing it and displays NEXT
PHONE TEST min DAYS (new setting).
‘mv tiff!
(Default = 04 seconds) This setting detemiincs how
long unheard outputs and Snap Card outputs are
activated. when conﬁgured for a momentary trip.
To set the Output Trip Time:
With the display showing OUTPUT TRIP
TIME rm SECONDS (current setting), enter the
desired time (1 - I2), then press it.
The display ﬂashes the entered setting, then
stops after pressing # and displays HUM TRIP
TIME nn SECONDS (new setting).
22
(Default 4 hours) Thls setting determines how
long the system goes (01 - 42 hours) without user
interaction and device activation before sending a
‘no activity” report to the central station.
To set the Activity Timeout:
With the display showing ENTER ACTIVITY
TIMEOUT rm HOURS (Current selling) enter
the desired 2-digit time value (01 - 42). then
press it.
The display ﬂashes the entered setting, then
stops after pressing it and displays ACTIVITY
TIMEOUTnn HOURS (new setting).
ff) This setting determines whether the
(Default =
panel's clock automatically adjusts for daylight sav-
ings time changes in spring and fall.
To tum Daylight Savings of! or on:
With the display showing DAYLIGHT SA V-
INGS OFF/ON {current setting), press 1 (off)
or 2 (on). then press it.
The display flashes the entered setting, then
stops after pressing it and displays DA YLIGHT
SAVINGS OFF/ON (new selling).
The following describes how to program the timer
settings that appear under PARTITION I and PARTI-
TIONZ.
0 1 « nu”
(Default: [132 seconds) This setting determines
how much time (08 - 120 seconds) the user has to
disarm die system after entering the premises
through a designated delay door. to avoid causing
an alarm.
To set the Entry Delay:
1. With the desired partition selected, press 01 or
B until the display shows ENTRY DEMYmtn
SECONDS (current setting).
2. Enter the desired time value. then press it.
The display ﬂashes the entered setting, then
stops after pressing it and displays ENTRY
DEIAY nnn SECONDS (new setting).
(Default = 032 seconds) This setting determines
how much time (08 - I20 seconds) the user has to
leave the premises through a designated delay door
after arming the system. to avoid causing an alarm.
To set the Exlt Delay:
1. With the desired partition selected, press 1 or B
until the display shows EXITDElAlen SEC-
ONDS (current settingl
2. Enter the desired time value. then press #,
The display flashes the entered setting, then
stops after pressing it and displays EXIT
DELA Y mm SECONDS {new setting).
(Defaul 04 minutes) This setting determines how
much time (01 - 08 minutes) the user has to enter or
exit the premises through a designated extended
delay door, without causing an alarm.
To set the Extended Delay:
l. With the desired partition selected press 2 or B
until Lhe display shows EXTENDED DEMYnn
MINUTES (cunem setting).
2. Enter the desired time value. then press it.
The display ﬂashes the entered setting. then
stops after pressing # and displays EXTENDED
DELA Y rm MINUTES (new setting),
3 r
(Default : 04 minutes) This setting determines how
long sirens sound (01 » 30 minutes) if no one is
present to disarm the system.
To set the Siren Timeout:
1. With the desired partition selected. press 3 or B
until the display shows SIREN TIMEOUT rm
MINUTES (current setting).
2. Enter the desired time value. then press It,
The display ﬂashes the entered setting. then
stops after pressing tt and displays SIREN
TIMEOUT nn MINUTES (new setting).
Light Control Menu
The LIGHT CONTROL menu lets you set up light ac-
tivation that affects a speciﬁc partition.
Programming the Panel
The following describes how to program the light
control settings that appear under PARTITION 1 and
PARTITION 2.
Note
A Power Line Carrier card must be installed on the panel cit»
cult board, the panel must be powered using the Line Cam'—
er Translormer, and X~10 Powerhouse Lamp Modules
installed at desired lamps for light control to work.
(Default = none) This setting determines whether
X-IO controlled lights set to numbers 2 — 9 turn on
during entry delay.
Note
X-IO Lamp Modules set to 1 always turn on durlng
the entry delay tlmo.
To set the Entry Lights:
|. With the desired partition selected, press 01 or
8 until the display shows ENTRY LIGHTS
nnnnrmmt (Current setting).
2, Enter the desired light numbers (2 - 9 based on
the UNIT dial setting on each X-lO Lamp
Module). then press it.
The display shows ENTRY LIGHTS mmmutmt
(new setting).
To delete Entry nghts:
Enter any light number that appears on the dis-
play. The number disappears from the display.
(Defaults: partition I = 01 -B; partition 2 = OZ-C)
This setting determines which X40 controlled
lights work in a selected partition. The number indi-
cates the stored information in the panel. The letter
indicates the necessary HOUSE dial setting for X-
IO modules in that partition.
To set the House Code:
1. with “is desired partition selected, press 02 or
B until the display shows HOUSE CODE VIII-X
(current semng).
2. Enter the desired number (I f 255), then press
it.
The display ﬂashes the entered setting, then
stops after pressing # and displays HOUSE
CODE nil-1 (new selling}
Programming the Panel
Touch pad o ptions Men u The following describes how to program the touchpad
option settings that appear under PARTITION 1 and
PARTITION 2
The TOUCHPAD OPTIONS menu lets you set up
touchpad operation that affects the whole system
(global) or a speciﬁc partition.
(Default on) This setting determines whether the
The following describes how to program the touchpad ﬁfe PamC bum!“ are enabled (0h) 0“ disabled (ﬁfﬂ
option settings that appear under GLOBAL. 0" (“Chpﬂds f‘“ a 53130!“ Pm'ﬂon-
To change the Flre Panlc settlng:
I. With the desired partition selected, press 01 or
11 until the display shows FIRE PANIC OFF/
ON (current setting).
Press 1 (off) or2 (on), then press it The display
flushes the entered setting, then stops after
pressing # and displays FIRE PANIC OFF/ON
(new setting).
(Default = off) This setting determines whether the
panel monitors for and reports supervtsory condi-
tions of Wall-mount Wireless Touchpads.
go
When turned on. the panel monitors Wall—mount
Wireless Touchpads for supervisory signals (based
on RF TX Timeout setting). lfthe panel does not 1 t, i , it ,~ A ;, u: “m
receive a supervisory signal from the touchpad
within the RF TX Timeout setting. the system alerts (Default: on) This setting determines whether the
auxiltary panic buttons are enabled (on) or disabled
users and reports a supervisory condition to the cenr
(oft) on touchpads for a selected partition.
tral monitoring station.
Note To change the Auxiliary Panic setting:
The system alerts users If a low battery condition on . . . .,
any wireless toucnpad occurs, whetherthts setttng is 1“ w'lh fhe desired pmmo" salecmd’ Pm” “2 m
of, o, m B until the display shows AUXILIARY PANIC
OF F/ON (current netting).
To turn RFTP Supervision off or on: 2. Press 1 (oft) or2 (on). then press it, The dis—
play ﬂashes the entered setting. then stops after
pressing N and displays AUXILIARY PANIC
UFF/ON (new setting).
1. With the desired partition selected‘ press 01 or
B until the display shows RFZ'F SUPERVI-
SION OFF/ON (current setting).
2. Press 1 (off) or2 (on), then press It. 2 , , , w .r v, t z t wt
The display ﬂashes the entered setting, then
stops after pressing a and displays RFTP (Default : on) This setting determines whether the
SUPERVISION OFF/CNN (new setting), police panic buttons are enabled (on) or disabled
(off) on touchpads for a selected partition.
To change the Police Panic settlng:
1. With the desired partition selected, press 03 or
B until the display shows POLICE PANIC
OFF/ON ( current setting),
2. Press 1 (off) or 2 (on)‘ then press #. The dis-
play ﬂashes the entered setting, then stops aﬁer
presstng # and displays POLICE PANIC OFF/
ON (new telling).
24
(Default: oft) This setting determmes whether the
armed partition goes into alarm if several incorrect
access codes (40 consecutive keypresses) are
entered. This setting also determines whether the
panel reports to the central station if a bus device
stops communicating With the panel
To change the System Tamper setting:
lr With the desired partition selected. press (I4 or
B until the display shows SYSTEM TAMPER
OFF/ON ( current retiin g),
21 Press 1 (off) or 2 (on), then press #. The display
ﬂashes the entered setting, then stops after
pressmg at and displays FIRE PANIC OFF/ON
(new setting),
(Default — off) This setting determines whether
keychain touchpads arm the selected partition
directly to AWAY (on) or increments from OFF to
STAY, or from STAY to AWAY (off)
To change the Keychaln Touchpad Arming
setting:
1. With the desired partition selected, press 05 or
B until the display shows KEYCHAIN
To UCHPAD ARM OFF/ON (current sem'ng).
21 Press i (am or 2 (on), then press a. The display
ﬂashes the entered setting, then stops after
pressing # and displays KEYCHAIN TOUCH-
PAD ARM OFF/ON (new setting).
.,, r, r at, w is”,
(Default = off) This setting determines whether the
keychain touchpad star button controls a hardwire
output (off) or the NO DELAY feature (on),
To change the Keychain star Is No Daley
setting:
I , With the desired panition selected, press 06 or
B until the display shows STAR IS NO DELAY
OFF/ON (current setting)
2. Press 1 (oft) orl (on), then press #. The display
ﬂashes the entered setting, then stops after
pressing it and displays STAR IS NO DELAY
OFF/ON (new setting).
Programming the Panel
Reporting Menu
The REPORTING menu lets you set up which system
events (global or partition) are reported to the central
monitoring station.
The following describes “low to program the reporting
settings that appear under GLOBAL.
00
01
02
911A
(Default = off) This setting determines whether the
panel reports a tamper alarm when wireless sensor
tamper sWitches are activated, even when the sys-
ten-l is disarmed (OFF)
To turn 24-Hnur Tamper off or on:
With the display showing 24—HOUR TAMPER
OFF/ON (current setting), press 1 (oft) or 2
(on). then press it.
The display ﬂashes the entered setting, then
stops after pressing it and displays 24-HOUR
TAMPER OFF/ON (new setting).
(Default = off) This setting determines whether all
system events are logged in the buffer (off) or if
only opening and closing reports are logged in the
buffer (on),
To tum Buffer Control of! or on:
With the display showing BUFFER CONTROL
OFF/ON (current setting), press 1 (off) or 2
(on), then press it.
The display ﬂashes the entered setting, then
stops after pressing it and displays BUFFER
CONTROL OFF/ON (new setting;
-r“., wt
(Default = on) This setting determines whether the
panel reports to the central station after AC and
backup battery power are restored after an extended
power outage.
To turn Back In Service reports off or on:
With the display showing BACK IN SERVICE
OFF/ON (curremretting). press 1 (off) 01-2
(on; then press It.
The display ﬂashes the entered setting, then
stops after pressing it and displays BACK IN
SERVICE OFF/ON (new setting).
Programming the Panel
(Default: on) This setting determines whether the
panel reports a low panel battery to the central sta-
tion or pager, before shutting down
To turn Low CPU Battery reports off or on:
With the display showmg Low CPU BAT-
TERY OFF/ON (current setting ), press 1 (aft)
or 2 (on), then press it.
The display ﬂashes the entered setting. then
stops after pressing it and displays LOW CPU
BATTERY OFF/ON (new setting l
04
(Default = off) This setting determines whether the
panel reports to the central monitoring station or
pager, when a wireless sensor reports to the panel
after battery replacements
To turn Battery Restoral reports 0" or on:
With the display showing BATTERY RESTO-
RAL OFF/ON (current setting), press 1 (Off) or
2 (on), then press it.
The display ﬂashes the entered setting, then
stops after pressing it and displays BATTERY
RESTORAL OFF/ON (new setting 1.
(Defaul ft) Th . setting determmes whether the
panel reports event buffer data tn the central moni—
toring station when the event buffer is nearly full.
To turn Buffer Full Report otf or on:
With the display showing BUFFER FULL RFT
OFF/ON (Current setting), press it.
Press 1 (off) or 2 (on) then press #.
The display ﬂashes the entered setting, then
stops after pressing a and displays BUFFER
FULL RFT OFF/ON (new selling).
(Default : off) This setting determines whether the
panel reports to the central monitoring station or
pager when a Wireless sensor or hardwire zone is
restored to its non-alarm state, after an alarm condi‘
tion from that sensor or zone.
To turn Zane Restoral reporting off or on:
Willi the display showing ZONE RESTORALS
OFF/ON (Current selling), press 1 (off) or 2
(on), then press it.
The display ﬂashes the entered setting, then
stops after pressing ti and displays ZONE
RESTORAL OFF/ON (new setting).
07
08
(Default = off) This selling determines whether the
panel reports to the central station after AC power
to the panel is out for 15 minutes.
To turn Ac Failure reports off or on:
With the display showing AC FAILURE OFF/
ON (current setting). press 1 (off) or 2 (on),
then press #,
The display ﬂashes the entered setting, then
stops after pressing It and displays AC FAIL~
URE OFF/ON (new setting).
at,” up m ,5
(Default : on) This setting determines whether the
panel reports if no wireless sensor signals have been
received for two hours‘ or if the receiver is being
jammed (constant signal).
To turn Receiver Failure reports all or on:
With the display showing RECEIVER FAIL?
URE OF F/DN (current setting), press 1 (off) or
2 (on), then press it.
The display ﬂashes the entered setting, then
steps after pressing It and displays RECEIVER
FAILURE OFF/ON (new setting )-
Programming the Panel
The following describes how to program the settings
' ' , , - , > ' " ' > that appear under REPORTING—PARTITION I and
(Default = on) This selling determines whether the PARTITION 2,
panel reports to the central monitoring station or
pager weekly (on) or daily (oft), when a wireless
sensor or wuehpad reports a low battery condition
m the panel. (Defaul ff) This setting determines whether the
panel sends an opening report to the central station
To turn RF Low Battery Report on or off: in pager, after the partition is disarmcd.
With the display showing RF Low BA 7 RPT,
press 1 (off) m. 2 (on), men Press it To turn Opening Reports off or on:
The display ﬂashes the entered setting, then 1, With the desired partition selected. press 01 or
stops after pressmg # and displays RF LOW B until the display shows OPENING
BAT RPT OFF/ON (new Settingi REPORTS OFF/01V (current setting).
" 2 Press 1 (off) or 2 (on) then press it.
, '- ' ' - - - The display ﬂashes the entered setting, then
(Default = on) This setting determines whether the stops after pressing it and displays OPENING
panel reports to the central monitoring station or REPORTS OFF/ON (new sgtting),
pager weekly (on) or daily (off), when the panel
detects a wireless sensor supervrsory condition.
(Default: off) This setting determines whether the
pltnel sends an closing report to the central station
With the display showing RF SUPV REPORT or pager, after the partition is armed.
OFF/ON (Current selling), press 1 (off) or 2
(on). then press #.
To turn RF Supv Report on or off:
To turn Closing Reports off or on:
The dlSPlay ﬂashes the entered aettinsi then 1. with the desired partllion selected, press 02 or
stops after pressing it and displays RF SUFV B until the display shows CLOSING REPORTS
REPORT OFF/ON (View felting) OFF/ON (current setting),
11 ﬂ , »,,.,,.,, ., ) “J, 2. Press 1 (oft) orz (on), then press it.
The display ﬂashes the entered setting. then
MOVE THIS SETTING T0 ONBOARD OUT- stops after pressing it and displays CLOSING
PUTS (Default = off) This setting detennmes REPORTS OFF/ON (new raring;
whether the panel reports an alarm to the central
monitoring station or pager. after a single sensor/
zone trip (oft) or waits for a second trip signal (on).
2 m:
(Default = oft) This setting determines whether the
panel sends a no acti viry report to the central station
or pager, if there is no system activity within a pre»
set time period (see TIMERtifACTIVm TIME»
0 U7)
Note
This setting applies only to onboard hardwire zones
1 - Bthat are learned into group 26 (FIRE).
To turn Smoke Verlly reporting off or on:
with the display showing SMOKE VERIFY
OFF/ON ( current setting), press 1 (off) or 2
(on), then press #.
The display ﬂashes the entered setting, then
stops after pressing a and displays SMOKE
VERIFY OFF/ON (new settingir
To turn No Activity reports oﬂ or on:
I. with the desired partition selected, press 0] or
B until the display shows NO ACTIVITY OFF/
ON (current setting).
2, press 1 (off) 0r2 (on), then press it.
The display ﬂashes the entered setting, then
stops after pressing It and displays No ACTIV~
ITY OFF/ON (new selling)
27
Programming the Panel
(Default = off) This setting determines whether the
selected partition can be controlled using a pro-
grammed duress code (see SECURITnyARTI-
TION l/Z—DURESS C ODE)
caution
Because using duress codes often results ln false
alarms due to code entry errors. it ls strongly recom-
mended not to program any duress codes.
It a duress code is absolutely necessary, thelr use
with an Imerrogator 200 is highly recommended to
reduce lalse alarms and accrdental dispatches,
To turn Duress Option off or on:
| With the dcstrcd partition selected, press 04 or
B until the display shows DURESS OPTION
OFF/UN (current setting),
2. Press 1 (off) or2 (on). then press #.
The display ﬂashes the entered setting. then
stops after pressing # and displays DURESS
OPTION OFF/ON (new setting)
(Default = off) This setting determines whether the
panel reports to the central monitoring station when
a sensor/zone is bypassed. direcﬂy or indirectly.
Note
Auto Farce Armed (when the panel arms itself) al-
ways reports to the central monitoring station,
To turn Force Armed off or on:
1. With the desired partition selected, press (IE or
B until the dlsplay shows FORCE ARMED
OFF/ON (current swung).
2. Press 1 (off) or 2 (out then press #.
The display ﬂashes the entered setting. then
stops after pressing at and displays FORCE
ARMED OFF/ON (new setting).
28
"w ,, wit t.
(Default = oft) This setting determines whether the
panel reports to a pager. if the selected partition is
not disarmed within a preset time schedule (see
PHONES—PACER PHONE I - S—MTCHKEY
REPORTS).
To turn Lotchkey Format off or on:
1. With the desired partition selected, press 06 or
B until the display shows IA TCHKEY FORv
MA T OFF/ON (current setting).
2. Press 1(off) or 2 (on), then press #.
The display ﬂashes the entered setting. then
stops after pressing ti and displays LATCHKEY
FORMAT OFF/ON (new setting),
,,,, . t, H /
(Default : off) This setting determines whether the
panel reports a freeze alarm to the central station or
pager. when the selected partition's energy saver
module detects a temperature that matches a prede-
termined selling (see BUS DEVICESfUNIT TYPE
mt ESM4PARTITION 107FREEZ£ TEMP).
To turn Freeze Alarm reporting off or on:
1. With the desired partition selected. press 07 or
1] until the display shows FREEZEALARM
OFF/ON (Current setting).
2. Press 1 (off) or 2 (on). then press 0.
The display ﬂashes the entered setting, then
stops after pressing it and displays FREEZE
ALARM OFF/ON (new setting).
: w! r 4 h, an.“ .
(Default : off) This setting determines whether the
panel goe. mp alarm and reports after a single sen-
sor/zone trip (oft) or waits for a second trip signal
(on).
Note
This setting applies only to sensors/zones learned
into groups 10 - 20.
To turn Alarm Verify off or on:
1. with the desired partition selected, press 08 or
B until the display shows AMRM VERIFY
OFF/ON ( current setting).
2, Press 1 (off) or 2 (on). then press it.
The display ﬂashes the entered setting. then
stops after pressing it and displays ALARM
VERIFY OFF/ON (new setting l
Programming the Panel
Siren Options Menu
(Default = on) This setting determines whether the
panel complies with UL 98 requirements for trouble
. beeps (ﬁt—hour trouble beep restan, 4—hour backup
eration that affects the whole system (global) or a spe battery um, 4-hour smoke supervisory mne)_
ciﬁc partition.
The SIREN OPTIONS menu lets you set up siren op-
. . . Note
The followmg describes how to program the 51m“ 0p~ For UL Listed installations, this leature must be on.
tion settings that appear under GLOBAL.
To turn UL 98 Options of! or on:
0 ~ ‘ " ' i M With the display showing UL 9.3 OPTIONS
OFF/ON (current setting), press 1 (oft) or 2
(on), then press #.
The display ﬂashes the entered setting, then
stops after pressing # and displays UL 98
To turn Immediate Beeps on or off: OPTIONS OFF/ON (new setting).
With the display showing IMMEDIATE 3 , M
BEEPS OF F/ON (current setting), press 1 (OFF)
or 2 (on) then press it.
The display ﬂashes the entered setting, then
stops after pressing it and displays IMMEDIV
ATE BEEFS OFF/ON (new setting), To set we SWIS Supv Code-
(Default : off) This setting determines whether the
panel activates trouble beeps immediately, once a
Wireless sensor supervisory condition is detected.
(Default : 003) This setting determines the system
house code number used for Supcn'ised Wireless
Siren supervision.
1 3‘ ' ‘ ﬂ / ‘ with the display showmg swrs SUPV CODE
rm (current code). enter the desired code (1 -
255), then press it.
The display ﬂashes the entered code, then stops
after pressing # and displays swrs SUPV
Note CODE mt (new code).
For UL Listed installations, this leature must be off
(Default = off) This setting determines whether the
panel activates trouble beeps when a Wireless sensor
supervisory condition is detected
4 s t... t s we
. ins
7° '“"‘ mm“? T'°"b'e Beeps °" °’ °"' (Default: on) This setting determines whether
With the display Showing DISABLE TR BEEP-9 sirens in both partitions sound (on) ifeither parti—
OFF/ON (current setting). press 1 (off) or 2 tlon activates a ﬁre alarm,
(on), then press it,
The display ﬂashes the entered setting. then To turn Global Fire oﬂ or on:
stops after pressing ti and displays DISABLE With the display showing GLOBAL FIRE
TR BEEPS OFF/ON (new sem‘ﬂxt OFF/ON (current setting), press 1 (off) or 2
(on), then press it.
The display ﬂashes the entered setting, then
stops after pressing # and displays GLOBAL
FIRE OFF/ON (new setting).
Programming the Panel
The following describes how to program the settings
that appear under SIREN OPTIONS—PARTITION I
(Default : off) This setting determines whether the
panel monitors siren speiﬂcers connected to panel
terminals 7 and 8.
To turn Siren Verify of! or on:
With the display showing SIREN VERIFY
OFF/ON (current setting), press 1 (of!) or 2
(on). then press #.
The display ﬂashes the entered setting, then
stops after pressing it and displays SIREN VERV
IFY OFF/ON (new setting).
Sensors Menu
The SENSORS menu gives you access to the follow-
ing:
- LEARN SENSORS—lets you learn hardwire
zones and wireless sensors into panel memory
and assign zones/sensors to speciﬁc partitions.
- SENSOR TEXT—lets you program sensor text
for zone/sensor identiﬁcation.
' DELETE SENSORS—lets you delete zones/sen-
sors from panel memory.
- VIEW SENSORsflets you see current group,
sensor number, and text assignments of learned
sensors/zones.
The following describes how to program the sensor
settings that appear under LEARN SENSORS.
30
(Default: none) The followtng describes how to
learn hardwire zones and wireless sensors into panel
memory.
To Learn Sensors into panel memory:
With the display showing SENSORS, press #
and the display shows LEARN SENSORS.
Press # and the display shows SENSOR PTN 1.
Press it to select pamtion 1 or press 2 + it in
select partition 2, The display should show
SENSOR GROUP 00.
Enter the desired 2—digit sensor group + If (see
Table A5 in “Appendix A" for a description of
all sensor group characteristics). The display
shows TRIP SENSOR mi, where nn is the dis-
played (next available) sensor number.
To change the displayed sensor number, enter
the desned 2-digit sensor number, then press #,
With the desired sensor number displayed, trip
the sensor or zone as follows:
Hardwire Zones—trip the zone into the alarm
stale.
Wireless Sensors—follow the instructions
included with each sensor,
Wireless Door/Window Sensors with Exter-
nal Contacts—place the external contactin the
alarm condition, then activate the sensor's
tamper Switch
Continue tripping sensors to learn them into the
selected sensor group and partition. To stop
learning sensors into this group and partition'
press * twice and start again from step 2
(LEARN SENSORS) to learn sensors into
another group and partition,
_._,__. 7A...,..
1.
(Default: none) Use the following guidelines for
programming text to identify Lone/sensor lacations.
There are 16 character/word locations or “Item
Numbers" for each zone/sensor name. The 3-
digit number for each character/word is found
in Table X.
If a desired word does not appear in the list,
create it using characters.
When using words. spaces between them
appear automatically. When creating wards
using characters, you must reserve an item
number for a 'space‘ uﬂer creating the word.
Each character or word uses up one item num-
ber. For example, a word from the list counts as
one item number. A created word, such as
BOY'S counts as six item number—54 letters,
l apostrophe, and 1 space.
Plan ahead before pragrammlng sensor text.
You may need to abbrevtate words you create,
to avoid running out of item numbers.
To program Sensor Text:
With the dtsplay showmg LEARN SENSORS.
press B until the display shows SENSOR TEXT.
Press it and the display shows TEXT FOR SN
01.
Press to and the display shows:
Sn 0/ ITEM 00
000 -
Where ITEM 00 is the ﬁrst character/word
location and 000 is the 3-diglt character/word
number.
Enter the 3»digtt number of the desired charac-
ter/word or scroll forward through the numbers
by pressing B or backward by pressing A. If
you make a mistake, simply enter the correct 3—
digit number or continue scrolling through
cholECS
Press 1: to accept the displayed choice and the
display shows:
Sn 0} ITEM 0]
000 -
Repeat steps 4 and 5 as needed to complete the
zone/sensor name.
Press * after entering the last 3—digit character!
word number. The display shows the complete
text name. For example:
TEXT FOR SN 01
FRONTENTRY DOOR
00 l —Abuned
0027AC
(mil—Access
(KM-Active
(”Sf/Activity
006—Alarm
007‘All
OGB—AM
DOG—Area
() l U—Arm
ll 1 1 —Armed
0 1 Z—Arming
0 l 37Attic
0 l 4—7Auxiliary
o 1 Swaay
01 6713 aby
0 1 7—3 ack
01 8—Bar
01 9—13 asement
OZDfB alhroom
02 1 —Battery
022—13 edmom
ORA—Bottom
024—Breezeway
025—Building
0267Bus
027ABypass
OZSfopassed
0294abinet
(HO—Canceled
03 I ~Car
032—Carbonmonoxide
033—Central
034—7Chime
OBS—Closed
036—Cleset
037—Closing
(BS—Code
03940mputer
U40—Contml
U4 1 —Date
(NZ—Daughter s
OAS—Degrees
OM—Delay
0454‘Den
(MG—Desk
Programming the Panel
0477Delect0r
[ME—Dining
049—Disan'ned
059—Door
05 1 ADown
OSZ—Download
0537Downstarrs
054—Drawer
0557Drlveway
056—Duct
057—Duress
0587Easr
059AEnergy Saver
060~Enter
061 7Entry
062—Ermr
063—Exit
DEA—Exterior
065—Facttyry
066~Failure
067~Family
OGS—Father' s
069—Feature
[HO—Fence
07 lfFire
072—Firsl
073—Flour
OWL—Force
075—Foyer
0767Freeze
077—ant
0787Furnace
m94allery
USO—Garage
08 1 —Gas
082——Glass
08317000de
084—Hallway
0857Heat
086—Hello
087—Help
OSS—High
0897Home
[NO—House
U9 l—ln
092—lnstall
31
Programming the Panel
O93—Inmrior
094—Imrus1on
0957Invalid
096715
097—Key
098-Kids
0997Kilchen
1 OO—Latchkey
I 0 I fLaundry
I 027Lefl
I 03—Leve]
1 04——Libmry
1 057Lighl
I (JG—Lights
1 07—Living
I 087Load
1 09ALnadmg
I I OfLow
I 1 I —Lower
I 12—Main
I 1 3—Masler
I I PM at
I I 5~Medical
I lG—Memory
I I 74Menu
I 18—Mother‘s
I IQ—Mmion
I 20—N0
I 21 fNorlh
I 227N0l
I 237Now
I 24—Number
I 25—0ff
I 26—0fﬁce
l 27—OK
1 284011
1 29—0pen
I SIG—Opening
I 3 I —Panic
1327Panirion
l 33—Pano
1 34—173!
1 357Phone
136—4’] ease
I 377PM
IZS—Police
I 3971’00]
I40—P0rch
I 4 I fPower
VIZ—Press
1 43—Program
MPngress
I AIS—Quiet
I46—Rear
l47—Recci ver
I48—Repun
I 49—RF
ISO—Right
I 5 I —Room
l52—Safe
15345cheduh:
I 54—Screen
l 557Second
I 56—Scnsor
I 57—Service
I 58—Shed
I 59—Shock
l60—Side
I 6 I —Siren
| 62—Sliding
I 63—Smoke
1647$on ' s
1 65750und
I 66—South
I 67—Specia]
I 68—Stairs
1 69—Slay
170—Superv isory
1 7 l—System
I 7 Z—Tamper
17 37Temperamre
I 74——Tesl
I 75—Time
I 767T0
I77—Touchpad
I 78—TroubIe
I79fUnbypass
I SO—Unil
I S I vUp
I 827Wesl
I Sis—Window
I 84—2011e
I 854
I 867 I
I 87—2
I 8873
I 894
1 90—5
1 9 1 ~6
I 92_,7
193—8
IQPQ
195—A
1 96—3
1974C
IQB—D
I 99—E
ZOO—F
20 1 —G
202—I-I
20344
204—1
205ﬁK
206—L
2077M
ZOE—N
209—0
2 I OiP
2 I I—Q
2 I 27R
2 I 375
2 I 4—1"
2 I SfU
2 I 6———V
2 I 74W
2 I S—X
219—Y
220—2
221— ( space)
222— ‘ (apostrophe)
223— - (dash)
224— 7 (underscore)
2257 *
226— #
2277 :
228— /
2297"
32
Programming the Panel
, Audio Verification Menu
(Default = none) The: following describes how to
remove hardwire zone and wireless sensor numbers Thc AUDIO VERIFICATIONmenu 1515 you setup m_
f l i , , . . . .
mm pane memory terrogator 200 operation in partition 1, which is the
Note only partition that supports the Interrogator 200,
Deleting sensors does not delete sensor text associ-
ated with the deleted sensor number To delete sen- Note
sor text enter the SENSOR TEXT menu and enter An AVM access code must be programmed to access the
000 tnulls) hr each item number Interrogator 200 (see ACCESS CODE later in this section).
To Delete Sensors irom panel memory: The following describes how to program the audio
1. With the display showing LEARN SENSORbi veriﬁcation settings that appear under PARTITION I
press 03 or B until the display shows DELETE
SENSORS, 0
2. Press 3 and the display shows DELETE SN NN
where NN is the lowest zone/sensor number
(Default 5 oft) This selling determines whether the
system can be accessed by phone for alarm veriﬁca-
lea’m'j mm “MOW tion. using an Interrogator 200.
3, Press a to delete the displayed sensor or select a
different number by entering the desired sensor To tum Audlo Verlficatlon off or on:
number. then press #. The display ﬂashes the I‘ With the display showingAUDlo VERIFICA-
entry, then stops and shows DELETE SENSOR
TION, press a. The display shows PARTITION
NN DONE, I
4 Rap“ mp5 2 ' 4 “mm a” “m" “m“ m 2. Press 3 again and the display shows AUDIO
deleted» VERIFICATION OFF/ON (current setting).
A w; s 3. Press 1 (off) or 2 (on), then press it
" The display ﬂashes the entered setting, then
(Default : none) This menu lets you view the “0175 after pressing # and displays AUDIO
asSignmcnts for each learned sensor/zone. For VERIFICATION OFF/ON (new setting).
example, the display shows:
SO] P1613 NC HW
DEN DOOR
where 501 = sensor/zone number, PI = partition 1,
Gt) : sensor group i]. NO : normally closed, HW
= hardwired. and DEN DOOR is the programmed
[5X1 name.
To view sensors:
1. With the display showing [EARN SENSORS.
presa B until the display shows VIEW SEN—
sales
2. Press # and the display shows the lowest sen»
sor/Lonc number assignments.
3. Press A or Bio scroll through all learned sensor
(zone assignments.
33
Programming the Panel
(Default 01) Th setting determines how the (Default off) This setiing determines whether the
Interrogator 200 operates. Choose one of the fol- central station operator can speak to persons on the
lowing: premises (off) or only listen (on).
(01) InstantAAllows the central station opera~
tor instant access for an audio session without
using the AVM access code, upon completion
of panel alarm report.
(02) 1 Ring—allows the central station opera-
tor to contact persons on the premises after one
ring and verify the alarm report. Operator must
enter AVM aocess code within 20 seconds after
ring. The panel does not report any alarms dur
ing the AVM session, except for ﬁre alarms.
Tatum Silent Talkback off or on:
I. With the display showing AUDIO VERIFICA-
TION, press it twice then B three times. The
display shows SILENT TALKBACK OFF (cur-
rent selling).
2. Press 1 (off) nr 2 (on), then press it.
The display ﬂashes the entered setting, then
stops after pressing it and displays SILENT
TALKBA CK OFF/ON (new Setting}
' (03) 1 Ring Silent—same as 1 Ring except
premises phones do not ring.
(Default : 90 seconds) This setting determines how
much time (30 - 300 seconds, in 2-second incre—
ments) the central station operator has to enter the
AVM access code. after the panel reports an alarm.
To set Audio Mode:
l. With the display showmg AUDIO VERIFICA-
TION. press it and B. The display show/s
AUDIO MODE 0L To change the Access Timeout:
2. E d ' d d b - . h
£2?" as“ '“° ”m" “(01 03) l e" 1. With the display showingAUDIO VERIFICA-
TION. press # twice then B four times, The dis
play showsACCESS TIMEOUTrm SECS
{current setting).
The display ﬂashes the entered setting. then
stops after pressing it and displays AUDIO
MODE ml {new setting).
2. Enter the desired time, then press It.
The display ﬂashes the entered setting. then
stops after pressing # and displays ACCESS
(Default 7 off) Thls setting determines whether > TIMEOUTnn SECS (new setting).
tern Sirens turn off during a ﬁre alarm audio sesSlon.
5 , fry. My,
To turn Flre shutdown off or on:
1. With the display showing AUDIO VERIFICA—
TION, press it twice then B twice. The display
shows FIRE sHUTDoWN OFF/ON (Current
setting).
2. Press 1 (off) or 2 (on). then press“ To change the Beep Delay:
T“ “SN” “55h“ ‘he "we“ ”mg m“ I. With the display showing AUDIO VERIFICA—
8‘01” “ﬂ“ ”355i"?! ” “d “Phys ”RE TION, press it twice then B ﬁve times. The dis—
SHUTDUWN OFF/ON (“W ”mm" play shows BEEP DELAYrm SECS (Current
setting).
2, Enter the desired time, then press it.
The display ﬂashes the entered setting, then
stops after pressing it and displays BEEP
DELA y mi SECS (new setting).
(Default: 02 seconds) This setting determines how
long AVM access beeps are delayed (0 - 300 sec»
onds. in 2'second intervals) at the beginning ofa 2-
way audio session.
34
' f ' , (AWVWPW 1
(Default: none) This setting determines the code
required to access the Interrogator 200 to start a 1-
Ring audio session.
To change the Access Code:
I, With the display showing AUDIO VERIFICA-
TION, press # twice then I] six times. The dis-
play shows ACCESS CODE mmn (current
code).
2. Enter the desired 4»digit access code. then press
it. The display ﬂushes the entered code. then
stops after pressing # and displays ACCESS
CODE nnnn (new fade).
Accessory Modules Menu
TheACCESSORYMODULES menu gives you access
to the following:
BUS DEVICES—this mcnu lets you read bus
device unit numbers, assign bus devices to a par-
tition, and other features associated with a spe—
ciﬁc bus device.
SNAP CARD—this menu lets you assign Snap?
Card outputs to a partition and set the configura-
tion number for each output.
The following describes how to program the settings
that appear under ACCESSORY MODULES—BUS
DEVICES.
Programming the Panel
(Default: none) This menu lets you identify all
connected bus devices, their unit numbers, and lets
you setup partition assignment and other conﬁgura-
tions based on a speciﬁc device. This menu also lets
you delete learned bus device unit numbers.
To identify bus device Unlt and Type:
1. With the display showing BUS DEVICES,
press it. The display identiﬁes the bus device
set to unit number 00. For example:
UNIT TYPE
00 LTP
Press A or B to identify all other bus device
unit numbers (0—15) and types (LED Touchpad
= LTP, Alphanumeric Touchpad = ATP,
Energy Saver Module = ESM. Hardwire Input
Module = HIM, Hardwire Output Module =
HOM4 Phone Interface & Voice Module : PIV,
Supchus RF Receiver = RCVR, no device =
NONE).
to
To delete learned bus devloe unit numbers:
1. With the display showing BUS DEVICES.
press it. The display shows the bus device set to
unit number 00.
2. Press A or 8 until the bus device unit number
you want to delete is displayed.
Br Press D. The display changes the unit number
to NONE,
(Default = 1) This menu lets you assign bus devices
to work in one or both partitions.
Note
Hardwne input Modules. Hardwire Output Modules,
and SuperBus RF Receivers are not assigned lo par?
tltions.
To assign but: devices to partltions:
I. With the display showing the desired bus
device, press it. The display shows PARTITION
ASSIGN n.
2. Press 1 or 2 to select the desired partition, then
press ll.
The display ﬂashes the entered selection and
then stops. continuing the change.
35
Programming the Panel
(Default = on) This setting determines whether the
selected touchpad sounds status beeps. Each touch,
pad can be set individually. This feature is usually
(timed off if a touchpad is lacated in or near bed-
rooms. to avoid disturbing persons sleeping.
To turn louchpad Status Beeps on or off:
1. With the display showing the desired touchpad.
press # then B once. The display shows STA-
TUS BEEPS OFF/ON (current selling).
2. Press 1 (off) or 2 (on) tr: select the desired sct~
ting, then press it.
The display ﬂashes the entered selection, then
stops after pressing # and shows STATUS
BEEPS OFF/ON (View selling).
dim A fut :
(Default : on) This setting determines whether
selected touchpads sound beeps when their buttons
are pressed. This feature is usually lumed off if a
touchpad is located in or near bedrooms, to avord
disturbing persuns sleeping.
To turn Key Beeps on or a":
1, With the display showmg the desired touchpad.
press it then B twice. The display shows KEY
BEEPS OF F/ON (Current setting),
2. Press 1 (off) or 2 (on) to select the desired set—
ting, then press it.
The display ﬂashes the entered selection, then
stops after pressing it and shows KEY KEEPS
OFF/ON (new setting).
(Default = 42°F) This setting determines the tem-
perature point that the Energy Saver Mudule detects
a putential freeze (heating failure) condition. The
adjustable range is from 40°F . 90°F.
To change the Freeze Temp setting:
1. With the display shuwing UNIT fin TYPE ESM.
press it then B. The display shaws FREEZE
TEMP rm DEGREES (current setting).
2. Enter the desired 2—digit temperature (40 - 90).
then press It.
The display ﬂashes the entered selection, then
stops after pressing it and shows FREEZE
TEMP mi DEGREES (new selling).
36
(Default = none) This setting lets you adjust the
ESM room temperature setting to match the pre-
mises thermostat, The adjustable range is from 40°F
— 90°F,
Note
To ensure accuracy, wait at least 30 minutes before
setting the ESM temperature to allow the ESM to
warm or cool to actual room temperature.
To change the ESM Temperature setting:
1. With the display showing UNIT rm TYPE ESM.
press it then B twice. The display shows TEM-
PERATURE nn DEGREES (current setting).
2. Enter the desired 2-digit temperature (40 - 90).
then press it.
The display ﬂashes the entered selection. then
stops after pressing ﬂ and shows TEMPER/L
TURE rm DEGREES {new setting).
(Default — none) This setting lets you assign Hard»
wire Output Module (HOM) relay outputs to parti»
lions and assign the 5~digii conﬁguration number
for each relay output, that determines which system
event activates the output and the duration or time
the output is activated.
The ﬁrst three digits represent the trigger number of
an event such as, an alarm, open sensor, or arming
the system.
The last two digits represent how the output
responds such as, momentary, sustained (or
latched)‘ or a for preset timer
Tables 3 - 6 on pages 39 — 4] identify system event
trigger and response numbers,
To assign HDM Relay outputs to partitions
and set their configuration numbers:
I. With the display showing UNlTnn TYPE
HOMv press it The display shows RELAY I.
2 Press A or B to select the desired relay (1 - 4)(
then press a. The display shows PARTITION
ASSIGN I.
3. Press 1 or 2 to select the desired partition
assignment for this relay, then press it.
The display ﬂashes the entered selectiun‘ then
stops after pressing # and shows PARTITION
ASSIGN 71 (new setting)
4, Press B and the display shows CONFIGURA-
TION nnnnn (current setting).
5. Enter the desired S-digit conﬁguration number
for this relay, then press #.
The display ﬂashes the entered number. then
stops after pressing it and shows CONFIGU-
RATION nnnnn (new letting).
Programming the Panel
The following describes how to program the settings
that appear under SNAP CARDS.
(Default = none) This setting lets you assign Snap-
Card relay outputs to partitions and assign the 5-
digit conﬁguration number for each relay output.
that determines which system event activates the
output and the duration or time the output is acti-
vated.
The ﬁrst three digits represent the trigger number of
an event such as, an alarm, open sensor, or arming
the system.
The last two digits represent how the output
responds such as, momentary, sustained (or
latched), or a for preset time.
Tables 3 - 6 on pages 39 — 41 idennfy system event
trigger and response numbers.
To asslgn Snaanrd Relay outputs to pani-
tions and set their configuration numbers:
1. With the display showing SNAP CARDS, press
it. The display shows REIAY 1.
Press A or B to select the desired relay (1 , 4),
then press it. The display shows PARTITION
ASSIGN 71 (Current setting).
3, Press 1 or 2 to select the desired partition
assignment for this relay, then press ct.
The display ﬂashes the entered selection, then
stops after pressing a and shows PARTITION
ASSIGN it (new rating)
4. Press B and the display shows CONFIGURA-
TION nmmn (current setting).
5, Enter the desired 5-dig1't conﬁguration number
for this relay, then press it.
The display ﬂashes the entered number, then
stops after pressing t and shows CONFIGU—
RAT/ON nnnnn (new setting).
it:
37
Programming the Panel
Onboard Options Menu
The ONBOARD OPTIONS menu lets you set up the
following built-in options:
INPUTS—this menu lets you set panel zone input 8
for 2-wire smoke operation and turn the smoke veriﬁ—
cation feature off/on.
OUTPUTS—this menu lets you assign the panel‘s
two built-in outputs to partitions and set their conﬁgr
uration numbers.
The following describes how to program the settings
that appear under ONBOARD OPTIONS—INPUTSt
I ,'.“,r « Lu 1; u M
(Default = off) This setting determines whether the
panel requires two alarm signals within ﬁve min~
utes (on) from hardwire smoke detectors Connected
to panel Zone inputs 1 ~ 8, before activating system
sirens and reporting [0 a central station or pager.
To turn Smoke Verlfy or! or on:
1. With the display showing ONEOARD
OPTIONS, press #. The display shows SMOKE
VERIFY OF F/ON ( current setting).
2 Press 1 (oft) or 2 (on), then press it.
The display ﬂashes the entered number, then
stops after pressing ﬁt and shows SMOKE VER—
lFl' OFF/ON (new setting).
gr,..,., to Lt Hut
(Default : off) This setting determines whether
panel zone input 8 is set up for 2-wire smoke detec-
tors (on) or for standard intrusion or 4-wire smoke
detectors (off).
To turn Two-Wire Smoke off or on:
1. With the display showing ONBOARD
OPTIONS. press it. The display shows TWO
WIRE SMOKE OFF/ON (current Setting).
2. Press 1 (off) orZ (on), then press st.
The display ﬂashes the entered number. then
stops after pressing # and shows Two WIRE
SMOKE OFF/ON (new setting).
‘lthl‘i; t,»
(Default = none) This setting lets you assign the
selected output to a speciﬁc partition and assign the
5rdt git conﬁguration number that determines which
system event activates the output and the duration
or time the output is activated.
The ﬁrst three digits represent the trigger number of
an event such as, an alarm, open sensor, or arming
the system.
The last two digits represent how the output
responds such as, momentary, sustained (or
latched), or a for preset time.
Tables 3 ~ 6 on pages 39 - 4] identify system event
trigger and response numbers.
To set up unheard Output 1 st 2 partition and
oontiguratlon asslgnments:
1. want the display showing ONBOARD
OPTIONS, press #. The display shows
INPUTS.
2. Press A or B to select output 1 or 2, then press
#. The display shows PARTITION ASSIGN n
(current setting)
3. Press 1 or 2 to assign the output to the desired
partition. then press ll. The display shows PAR-
TITIONASSIGN (new setting).
4. Press B and the display shows CONFIGURA-
TION mmn (current setting).
5. Enter the desired conﬁguration number. then
press at.
The display ﬂashes the entered number, then
stops after pressing # and shows CONFIGU-
RA TION nrmnn (new setting}.
38
Table 3. Sysum Event Triger Numbers
Syskm 15va Trigger No.
File Alarm (101
Pollce Alarm 002
Auxiliary Alarm 003
Any Audlble Alarm om
Silcm Alarm (sensor gmups zr 3. 005
and damasl
Any Aarlllalr or Silcnl Alarm ooa
HOM Group 27, 23, 32 m Alarm 007
Major Trouble [lalLlo-ccmmunir 008
sale or recelver failure)
Armlng lo STAY or AWAY m9
An'nlng lu AWAY 010
AVM ls lmmclivc laudlo serslorr 01]
or program
Fail-m-Communicam (panel can't m 2
call cs or pagcr)
Paniuon z AVM Trlp 013
Keychalrr Touchpad Soar Emlun- on
Press
Smoke iner lwlrrrr hardwlrc 015
smokes need 10 he use!)
Programming the Panel
Table Ar Smsor Grmlp Event Triggcr Numbers
Sensor Group Trigger No.
Group on lrr alarm 064
Group m m alarm 065
Group 02 m alarm one
Group 03 in alarm 067
Group 04 in alarm 068
Group 05 m alarm 069
Gmup 06 in alarm 070
Gmup 07 in alarm 071
Gmup us or alarm 072
Group 09 lrr alarm 073
Gmup 10 m alarm (17A
Group ll la ulurm 015
Group 12 m alarm mo
Group la la alarm m7
Gmnp I4 in alarm 0721
Group IS m alarm 079
Group la in alarm 030
Group ma alarm 081
Gmup I8 irr alarm 0x2
Group 19 in alarm 033
Group 20 in alarm 034
Gmup 2] m alarm ass
Group 21m alarm 086
Group 23 m alarm 037
Group 24 m alarm elm
Group 25 la alarm 039
Gmup 26 la alarm 090
Group 27 in alarm 091
Gmup u in alarm on
Group 32 in alarm D96
39
Programming the Panel
Table 5. Sensor Number Event Trigger Numbtrs
Table 5. Sensor Namlrer Event Trigger Numbers
3525112 We gfi‘ﬁ'o. M “We
Sensor 01 m alarm 129 open 229
Sensor 112 m alarm 1311 open 230
Sensor 03 m alarm 131 open 231
Sensor 04 ln alarm 132 open 232
Sensor (15 lo alarm 133 open 233
Sensor on m alarm 134 open 234
Sensor 117 in alarm 135 open 235
Sensor all m alarm 136 open 236
Sensor 09 in alarm 137 open 237
Sensor 10 m alarm 133 open 239
Sensor 11 rn alarm 139 open 239
Sensor 12 in alarm 1411 open 2411
Sensor 13 in alarm 141 open 241
Sensor 14 la alarm 142 open 242
Sensor 15 rn alarm 143 open 243
Sensor 16 m alarm 144 open 244
Sensor 17 m alarm 145 open 245
Sensor 111 m alarm l4o “1 open 246
Sensor 19 in alarm 147 open 247
Sensor 211 in alarm 148 open 243
Sensor 21 in alarm 149 open 249
Sensor 22 in alarm 150 open 250
Sensor 23 m alann 151 open 251
Sensor 24 in alarm 152 open 252
Sensor 25 in alarm 153 open 253
Sensor 25 m alarm 154 open 254
Sensor 27 ln alarm 155 open 255
Sensor 23 m alarm 156 open 256
Sensor 29 111 alarm 157 open 257
Sensor 10 ln alarm 1511 open 253
Sensor 31 in alarm 159 open 259
Sensor 32 111 alarm 160 open zoo
Sensor 33 m alarm lol open 261
Sensor 34 ln alarm 152 open 262
5.72112 SW 3.7513; SW S315}.
Sensor 35 m alarm 163 open 263
Sensor 36 in alarm 1114 open 264
Scmur 37 in alarm 165 open 265
Sensor 33 in alarm 166 open 266
Sensor 39 m alarm 167 open 267
Sensor 40 m alarm loll open 268
Sensor 41 m alarm 169 open 269
Sensor 42 or alarm 170 open 270
Sensor 43 m alarm 171 open 271
Sensor 44 m alarm 172 open 272
Sensor 45 m alarm 173 open 273
Sensor 46 m alarm 174 open 274
Sensor 47 ln alarm 175 open 275
Sensor 43 m alarm 176 open 27a
Sensor 49 m alarm 177 open 277
Sensor 50 m alarm 178 open 273
Sensor 51 ll] alarm 179 open 279
Sensor 52 m alarm 1130 open 280
Sensor 53 m alarm 1111 open 281
Sensor 54 m alarm 1112 open 252
Sensor 55 m alarm 1133 open 293
Sensor so m alarm 1144 open 2:14
Sensor 57 m alarm 1135 open 285
Sensor 511 m alarm 136 open 286
Sensor 59 m alarm 1147 open 237
Sensor 60 rn alarm 1148 open 253
Sensor 61 m alarm 1149 open 2:19
Sensor 62 m alarm 190 open 290
Sensor 63 111 alarm 191 open 291
Sensor 64 m alarm 192 open 292
Sensor as m alarm 193 open 293
Sensor no ln alarm 194 open 294
Sensor 67 m alarm 195 open 295
Sensor 611 m alarm 196 open 296
Sensor ng m alarm 197 open 297
40
Table 5. Sensor Number Event Trigger Numbers
Programming the Panel
The following describes how to Ieam and delete wirev
s T . T _ less touchpads.
ensor ng- rig-
State State
N b N . N i
um er 5" in gel u Nate
5mm, 70 1m alarm [93 m“ 19g A Superﬁus RF Receiver must be installed to learn wireless
tuuchpads imn panel memory.
Sensor 71 m alarm 199 open 299
Sensor 72 in alarm 200 open 300
55W“ 73 '" 513m 201 “W“ 30‘ (Defaul none) This menu lets you learn wireless
Sensor 71: m ﬁlm 202 on“ 302 touchpads mm panel memory.
Sensm' 75 m alarm 203 open 303 To Learn Touchpads:
Sansone m alarm 104 open 304 1. With the display showing WIRELESS TOUCH-
PADS, press #. The display shows PARTITION
1.
Table 6. Response Numbers' 2. Press 1 or 2 tn select the denied partition. then
press #. The display shows LEARN TOUCH-
Sim Trip stpmlse Respnnsl PAD.
kaing Delay Tim“ Nm 3. Press it and the display shows TRIP TOUCH-
PAD ml. Where ml is the lowest available
no N) momentary 00
WT“ louchpad number 0l - 04.
"0 “0 3 minuiss‘ ml 4. Press A or B to select 01, 02' 03, or 04,1hen
, press #.
no n i - . nz
‘ “M “"“ 5, Press the BYPASS button on wall-mount and
"0 nu summed? (l‘l handheld touchpads or the LOCK and
———-f*-——0;—— UNLOCK buttons together on keychain touch—
no momen
”5 “y pads. The display shows TRIP TOUCHPAD
no N“ 3 mums 05 mi, where rm is the next available [ouchpad
A 1 number.
"0 “3 “m" “m“ on 6. Repeat step 3 until all touchpads are learned.
"9 yes‘ sustainch 07 1 1 , n ,
—
yu’ “° “mm“‘a'y “8 (Default = none) This menu lets you delete wireless
YES, "0 3 [mums 09 touchpads from panel memory.
y“! nu m" "mg 10 Yo Delete Touchpuds:
yes, no “New“ 11 1, With the display showing WIRELESS TOUCH-
_— PADS. press #. The display shows PARTITION
m m“ momentary 12 I,
, 4 _ 5 H 2, Press A or B to select the desired panilion‘ then
yes yes 3 mmutei’ '
L press, it. The display shows LEARN TOUCH—
yss‘ yes“ siren time: 14 PAD.
3. Press B and the display shows DELETE
yes‘ yss‘ sustainsn‘ l5 TOUCHPAD
4. Press ll and the display shows DELETE
. TOUCHPAD a] .
WII'Gless TOUCh Pads Men U s Press A or B to select 01, oz, 03, or 04, then
The WIRELESS TOUCHPADS menu lets you learn
and delete wireless louchpads in the selected pani-
lion.
press at. The display shows DELETE TOUCH—
FAD rm DONE.
41
Testing the System
Testing the System
“
This section describes the following:
~ Basic System Commands
- Testing Zones/Sensors
You should test the system after installing, servicing.
and after adding or removing devices from the sys-
tem. Refer to the “Troubleshooting" section it" correct
test results are not achieved.
Basic System Commands
Table 7 describes the system’s basic operating com—
mands. For complete details on system operation. in-
cluding user programming, refer to the system's
owner’s manual.
Table 7: Basic System Commands
Testing Zones/Sensors
We recommend that you test the Zones/Sensors after
all programming is completed and whenever a zone!
sensor-related problem occurs.
If the system does not respond as described in the fol»
lowing procedure, see the “Troubleshooting” section.
None
While the sensor test is a valuable installation and serves
tool, it only tests sensor operation tor the current conditions
You should perform a sensor test after any change in envi-
vonment. equipment. or programming.
1. Place all zones/sensors in their secured (nort-
alarm) state.
2. At an alphanumeric touchpad. enter the sensor
test mode by pressing 8 + installer CODE + 3.
The touchpad sounds one beep and displays
SENSOR TEST.
The system stays in sensor test for 15 minutes.
After 15 minutes the panel disarms to OFF , auto»
3 (quick arm on) Arms partition to AWAY
Command System Response matically.
3. Trip each zone/sensor one at a time
* . .
(STATUS) "mm” Symm 5 “mm 5m“ The touchpad sounds beeps (see table below) as
+ CODE Disarms partition to OFF each zone/sensor is tripped and the display
_ _ shows the zone/sensor name and 0K.
2 + CODE Arms partition to STAY
3 1» CODE Arms partition to AWAY T a of Sensor Number of
VP Beeps
2 (quick arm on) Arms partition to STAY
7—8 beeps
7~8 beeps
Wireless intrusion Sensors
Wireless Smoke & Heat Sensors
20r3+CODE+4
r20r3+4
akes partin'on entry/exit doors
nstant (must be pressed no lam
than 5 seconds after arming)
Wireless Environmental/Panic Buttons 7—8 beeps
Hardwire Zones (Loops)
Touchpad Panics
S+20r3+CODE
r5+20r3
Arms partition silently (no arm—
ng status beeps)
6 + 2 or 3 + CODE Arms partition with Latchkey
r 6 + 2 or 3 feature enabled
7 + l urns chime feature on and off
7 + 2 Turns energy saver on and off
7 + 6 identiﬁes alarms in memory
is + CODE + 2 nitiates a phone test
8 + CODE + 3 nitiates a sensor test
+ installer CODE + 3 nitiates a dealer sensor test
42
4. Press the STATUS button when you think all
zones/sensors are tested. The touchpad displays
any untested zones/sensors and touchpad panics.
If all zones/sensors and touchpad panics have
been tested. the display shows SENSOR TEST
0K.
5. Test any untested zones/sensors and touchpad
panics.
6. If you need more time to complete the sensor
test, press 8 + installer CODE + 3 while the sys-
tem is still in sensor test. This adds another 15
minutes of test times
7. When all zones/sensors and touchpad panics
have been tested, press 1 + System Master or
Partition Master CODE to exit sensor test.
If a Zone/Sensor Does Not Test
If sirens do not beep when a zone/sensor is tripped.
use an IT] RF Sniffer (60401) test tool to verify that
the sensor is transmitting. Constant beeps from the RF
Sniffer indicate a runaway (faulty) sensor. Remove
the sensor’s battery and replace the sensor.
If possible, locate sensors within 100 feet of the panel.
While a transmitter may have a range of I ,000 feet or
more out in the open, the environment at the installa-
tion site can have a signiﬁcant effect on transmitter
range. Sometimes a change in sensor location can
help overcome adverse wireless conditions.
To improve sensor communication, you can
- reposition the sensor,
~ relocate the sensor,
- if necessary. replace the sensor.
To reposition a sensor:
ll Rotate the sensor and test for improved sensor
communication at 90 and 180 degrees from the
original position.
2. If poor communication persists, relocate the sen-
sor as described below.
To relocate a sensor:
1. Test the sensor a few inches from the original
position.
2 Increase the distance from the original position
and retest until an acceptable location is found.
3. Mount the sensor in the new location.
4. If no location is acceptable. replace the sensor.
To replace a sensor:
1, Test a known good sensor at the same location
2. If test results remain below the minimum level,
avoid mounting a sensor at that location.
3. If the replacement sensor functions, contact ITI
for repair or replacement of the problem sensor.
Testing the System
Testing the System
Troubleshooting
Troubleshooting
This section describes what to do if you experience problems with system operation Topics are divided inlo
scparare tables for easy reference
- Table 1: Panel Power
- Table 2: Access Codes
' Table 3: Arming and Disarrning
- Table 4: Bypassing
0 Table 5: Wireless Sensor and Touchpad Batteries
~ Table 6: Central Station/Pager Reporting
. Table 7: Alphanumeric Touchpads
' Table 8: Hardwire Sirens
- Table 9: Wireless Sirens
- Table 10: Hardwire Zones
- Table 11: Wireless Sensor Zones
' Table 12: Wireless Touchpads
' Table 13: Phones
- Table 14: Light Control
45
Troubleshooting
Panel Power
Table 1: Panel Power Troubleshooting
Problem Action/Solution
Panel does not power up. Touchpads don't 1. Check that panel transformer is plugged into an unswitched outlet.
display or respond. 2. Check the AC circuit breaker to be sure the circuit is live.
3. Check that the backup battery is installed correctly and the AC
power transfonner is plugged in.
All Check for proper panel and transfonner wiring,
5, Measure the incoming AC voltage at panel terminals 1 and 2. It
should read 24 VAC,
No incoming AC voltage at panel terminals 1 l. Unplug the AC power transformer and disconnect the wires from
and 2. the transformer and the panel.
. Check transformer to panel wire for short or open circuits.
3. Plug in the transformer and check for 24 VAC 3! the transformer
unconnected terminals. lf zero (0) volts, replace the transformer.
Touchpad display indicates System low Bax- 1. Check that the backup battery is installed correctly and the AC
very or voice sounds "System low battery. ” power transformer is plugged in.
2. Measure the incoming AC voltage at the panel terminals 1 and 2. It
should read 24 VAC.
3. Remove the backup battery power by dismnnecting the battery’s
red (positive) Wire. Check for lll75 to 13.5 VDC battery charging
voltage between panel terminal 4 (GND) and the disconnected red
battery wire. If the charging voltage is not within range. call Tech-
nical Services.
54 Check for l 1.75 to 13.5 VDC battery voltage between the backup
battery's spade lugs. If the battery voltage is not within this range,
replace the battery.
Note
When the panel is running Cl backup pottery test, the reading at
the connected battery can range from ”2 to 13 5 VDC The
panel automatically runs a backup battery test under the fol—
lowing conditions (1) on tnitlol powenup, (2) during sensor test,
(3) once every minute when backup battery has foiled, (4)
once every 24 hours at the programmed STIME (UL 98 Options
off) or once every 4 hours (UL 98 Optlons on)
Note
With the Ac power transformer plugged in, the panel outcmot»
icclly charges the battery. While the battery ls charging for the
first time it is normal for the system to indicate System battery
failure This con take 0 number of hours dependlng on the bot—
tery’s initial charge. Once the battery reaches 12.5 VDC (full
charge as measured while in battery test), the condition clears.
It the trouble condltlon persists otter 24 hours, replace the
backup pottery
Troubleshooting
Table 1: Panel Power Troubleshooting (cont)
Problem
ActlonISqutlon
After pressing STATUS the louchpad indi-
cates AC Power Failure. (Panel continues [0
operate from backup battery.)
1. Check the AC circuit breaker to be sure [he circml is live.
2. Check for proper panel and transformer Wiring.
1 Check that the transformer is plugged into a nonswilched outlet
and secured with the provided screw.
4‘ Check that the transformer is supplying AC to the panel. (Trans-
former imemal fuse may be blown.)
WARNINGI
Be careful when secuvlng the transformer to an outlet With a
metal covet, Hold the covet tightly in place. You could receive
a serious shock it the metal outlet cover amps down onto the
prongs of the plug whrle you are securlng the transformev and
cover to the outlet box,
47
Access Codes
Troubleshooting
Table 2: Access Code Troubleshooting
Problem
Action/Solullon
Customer cannot remember access code(s).
Installer cannot remember install code,
2. Verify the access sodas) using the Duwnloader.
3. Clear memory and reprogram the panel locally.
2. Verify the install code using the Downloader.
3. Use the Dealer Code to enter program mode and view the installer
4. If the panel has no access to downloading and there is no Dealer
1. Check your records to see if you have the customer's access
code(s) on ﬁle.
1.Check your records to see if you have the install code on ﬁle.
code.
Code programmed, clear memory and reprogram the panel locally.
Arming and Disarming
Table 3: Arming/Disarming Troubleshooting
Problem
Action/Solution
System protests and won‘t arm.
System won't disarm.
i. If armmg to level 2. make sure all monitored perimeter doors and
windows are closed
2. If arming to level 3, make sure all perimeter and interior sensors
are closed.
3. Press STATUS for an indication of the problem.
I. Disarming using incorrect code. Enter correct code.
2. Access code is not programmed or set up in user programming to
disarm system.
3. Wireless touchpad is not learned into system or hardwirc touchpad
is not communicating to panel. Check installer programming for
learned Wireless touchpads and check umt number (device
address) of hardwtre touchpads to make sure they are different
from other bus devices.
Troubleshooting
Bypassing
Table 4: Bypassing Troubleshooting
Problem Action/Solution
Touchpad indicates Invalid and/or “Invalid" l. Sensor is already be bypassed,
is heard when you attempt to bypass a sensor. 2. Attempting to bypass a 24—hour sensor that cannot be bypassed
(group 26 ﬁre sensors).
3. Sensor that is not active in the current arming level.
System cancels sensor bypass when you try to 1. Sensor is being bypassed before arming to 2ASTAY or 3—
arm to level 2 or 3, AWAY. Arm to the desired level befme bypassing a sensor.
Wireless Sensor and Touchpad Batteries
Table 5: Wireless Sensor/Touchpad Battery Troubleshooting
Problem Action/Solution
System indicates Sensor rm low battery. 14 Replace the indicated sensor’s battery. Test the sensor/touchpad
after replacing the battery.
Note
If the sensor/touchpqd is not tested after battery replacement,
the system continues to show a low battery condllion, since
mm was the lost signal lt rocslvod irom the devlce. Testing the
sensor/touchpod with new batteries allows the panel to receive
a signal with good battery infcvmclton.
49
Troubleshooting
Central Station/Pager Reporting
Table 6: Reporting Troubleshooting
Problem
Action/Solution
Central station/pager is not receiving reporLs.
1. Check that the premises phone line is working.
2. Perform a phone test.
3. Check that the DB—S cord is plugged into the RJ-31X/CA—38A
jack.
4. Check that the DB-S cord is wired correctly to the panel.
5. Check for correct phone line wiring between the TELCO block
and RJ-31X/CA—38Ajack.
5 Replace faulty RJ-31X/CA73SA jack.
. Replace faulty DB»8 cord.
8, Verify that central station/pager phone number is programmed into
the panel. Reprogram the phone number and retest, if necessary.
9 Verify that the correct phone format (SIA or CID) is being used.
\.
Alphanumeric Touchpads
Table 7: Alphanumeric Touchpad Troubleshooting
Problem
Action/Solution
Touchpad displays all *******"****.
Touchpad display is blank and buttons don’t
respond when pressed.
ll Touchpad has the same device address as another bus device.
Enter installer programming mode from a working touchpad to
view device addresses of each bus device. Change the device
address of the touchpad or the other bus dcvlce.
2. Touchpad is not connected to panel bus terminals or is wired
incorrectly, Check and correct Wiring
1. Check that panel is powered up
2, Check for touchpad power and/or bus miswiring, opens, or shorts.
Troubleshooting
Hardwire Sirens
Table 8: Hardwire Siren Troubleshooting
Problem
ActlonISqutlon
Interior and lor exterior sirens don't produce
any status or alarm sounds.
1. Check for incorrect wiring between siren and panel; correct where
necessary.
2, Output has not been conﬁgured (set up) to activate sirens. Enter
program mode and conﬁgure output: BUS DEVICES (HOM),
ACCESSORY MODULES (SNAP CARD). or ONBOARD
OPTIONS (OUTPUT I, 2).
Wireless Sirens
Table 9: Wireless Siren Troubleshooting
Problem
Action/Solution
Wireless sirens don’t produce any sounds and
LED doesn't respond.
Wireless siren works intermittently.
1. Check in make sure siren is not plugged into an outlet controlled
by a switch, Move siren to a nonswitched outlet location and test.
2. Panel doesn’t have a Power Line Carrier (PLC) card installed.
Install PLC card,
3. Panel is not powered by a power line can'ier transformer. Replace
existing transformer With a power line carrier transformer.
4. Power transformer and sirens are not plugged into outlets on rhe
same electrical phase. Relocate sirens at different outlets to deter-
mine working locations.
5. Siren is programmed wrtli incorrect partition code. Clear siren
house code by pressing and holding siren button for 30 seconds.
Reprogram with correct partition house code and retest.
6. Siren house code is not programmed into panel. Enter program
mode and set SWS and partition house codes.
1. Check that siren and/or panel transformer is not plugged mm an
outlet shared with a major appliance. television, or computer
which may generate noise and degrade the line carrier signal.
51
Hardwire Zones
Troubleshooting
Table 10: Hardwire Zone Troubleshooting
Problem
Action/Solution
System doesn't go into alarm when zone is
tripped.
Zone repons trouble condition.
. System is disarmcdl Arm syslcm and then trip the zone.
. Zone is not learned into panel memory. Enter installer/dealer pro‘
. Zone is learned into wmng partition, Delete zone and learn inw
, Check Lhar the zone has l] 2k-0hm EOL resistor installed at the last
. Check for mm: wire fault—ﬁsher! circuit on N/C loops, open circuit
on NO loops.
A Make sure all devices on zone are in non—alarm state, then enter
gram modefLEARN SENSORS. and leam zone into memory.
correcr partition.
For HIM zones‘ check that the HlM LED is blinking to verify
communication with the panel. If LED is eff. check wiring
between HIM and panel.
device on the loop—in series for N/C loops, in parallel for N/O
loops.
disarm command to reset zone.
52
Troubleshooting
Wireless Sensor Zones
Table 11: Wireless Sensor Zone Troubleshooting
Problem Action/Solulion
System doesn’t respond (in sensor test at 1. Verify that receiver antennas are installed and connections are
when armed) when sensor is tripped. secure.
2. Check that the Wireless sensor battery is installed.
3. Check the sensor battery for low voltage. Replace batteries, if nec-
essary.
4. Use an RF Sniffer (60401) to verify that sensor is transmitting.
5. Sensor is not learned into panel memory. Enter installer/dealer
program mode—LEARN SENSORS, and learn sensor into mem-
ory.
6. Zone is learned into wrong partition. Delete zone and learn into
correct partition.
Sensor reports trouble condition. I. Sensor tamper switch is tripped—sensor cover is off. not latched
securely, or sensor is not mounted securely. Secure sensor mount~
ing and/or cover. then trip sensor to clear the condition.
2. Check the sensor battery for low voltage. Replace batteries, if nec-
essary.
Touchpad indicates [sensor #] supervimry 1. Use an RF Sniffer (60-401) to verify that sensor is transmitting. If
and/or Sensor [sensor #/failure is heard. sensor is not transmitting. check battery for low or no voltage and
replace,
2. Change mounting position of sensor (from horizontal to vertical or
vice versa) and test sensor several times for consistency.
3. Sensor signal is not reaching panel/receiver because sensor is too
far away, Remove sensor from mounted location and test from
other locations. Mount sensor in area where signal can reach
panel/receiver.
Smoke sensor beeps once every minute. 1. Sensor batteries are getting low. Replace batteries.
Nola
Smoke sensors don’t transmit a low battery signal to the panel/
receiver until battery voltage drops to? VDC. The described
beep routine occurs earlier as Cl reminder to the customer to
change batteries and (word a central station/pager report.
53
Troubleshooting
Wireless Touchpads
Table 12: Wireless Touchpad Troubleshooting
Problem Action/Solution
System doesn't to commands entered from l, Verify that receiver antennas are installed and connections are
wireless touchpad. secure.
2 Check that touchpad battery is installed.
3. Check the touchpad battery for low voltage. Replace battery, if
necessary.
4, Use an RF Sniffer (60~40l) to verify that touchpad is transmitting.
5 Touchpad IS nor learned into panel memory. Enter installer/dealer
program modefwlRELESS TOUCHPADS, and learn touchpad
into memory.
6. Touchpad is learned into wrong partition. Delete touchpad and
learn into correct partition,
Touchpad reports trouble condition. 1. Check the touchpad battery for low voltage, Replace battery, if
necessary.
Phones
Table 13: Phone Troubleshooting
Problem Action/Soluilon
Loss ofdial tone at on—site phones after Wiring 1. Wait 2 minutes and try again. The panel may be busy trying to
RJ-3 1X jack or connecting the 08-8 cord. report to the central station.
2. Disconnect the panel DBvS cord from the R131 jack. If the phone
still doesn’t work, the system is okay and the problem is in the
wiring.
2, Check RJ—3i x jack wiring and TELCO block wiring. Replace RI-
31x jack if necessary.
3‘ Check DB-8 Curd connections at the panel and RJ—31Xjack.
Replace card if necessary
4 Perform a phone test after troubleshooting the phone line.
Constant dial tone. preventing dial-out on pre- 1. One or more polarity-sensitive phones exist on—sire. Reverse the
phone wires connected to the brown and gray wire terminals on
mises phones,
the RJ»31Xjack,
54
Troubleshooting
Light Control
Table 14: Light Control Troubleshooting
Problem Action/Solution
Light controlled by X-lO Lamp Module is not 1. Check that the lamp has a working bull: and that the lamp switch is
working. on.
2. Cheek to make sure X40 module is not plugged into an outlet
controlled by a swttch. Move to a nonswitehed outlet location and
(Est.
3. Panel doesn’t have a Power Line Carrier (PLC) card installed.
Install FLC card.
4. Panel is not powered by a power line carrier transformer Replace
existing transformer with a power line carrier transformer.
5, Power transformer and X40 modules are not plugged into outlets
on the same electrical phase. Relocate modules or transformer to
different outlets to determine working locations.
6. Check that the HOUSE dial on the X—IO module matches the parti-
tion house code programmed into the panel.
7. X-lO module is located in wrong partition. Move module to cor—
rect partition and retest.
8. Partition house codes are not programmed into panel. Enter pro-
gram mode and set partition house codes,
55
Troubleshooting
Appendix A: System Planning Worksheets
Appendix A: System Planning
Worksheets Table A2 Hardwire Devices
— Part No. Desorlptlon Qty. mA SubTot.
Hardwire Sensors/Detectors
Fill in customer information about this installation 13-068' Magnetic Contact N/A
Customer Name 3/8 press m
13-070‘ Magnetic Contact — N/A
Address — surface mount
a}, 0mm 5mm 7 13—350 ESL 449AT Smoke/ 15 mA
_ Heat Detector
Z‘” — PM“ (7) — 13391 Power Supervision 20 rnA
. Module
Table A.1 Wireless Sensors . v
79-004' FIVE Pull Slallon N/A
Part No. Description Qty- 13-028‘ PIH Motion Detector 10 mA
60-352 Learn Mode DoorNVindow Sensor Hardwire Sirens
60409 Learn Mode Recessed Door/Win— 60-252 Hardwlre Inlenor 5 mA
dow Sensor Speaker & Pieze
60—499 Learn Mode Sllm Llne Door/Wine 60-278 Hardwire humor 75 mA
dow Sensor Slren Bl Plezo
60-461' Learn Mode Shock Sensor 60-483 Sllm Line Hardwire 85 mA
60-459' Learn Mode Sound Sensor (ITI) '"‘9”°l SW?" 3‘ P‘m
60452' Learn Mode Glass Guard Sensor ‘3'046 gﬁgw'm 5mm” 145 "1A
60506 Learn Mode System Smoke Sen—
sor Mlscellaneous Components
60-460 Hate-ol-Flise Heat Sensor 60634 SuperBus Hardwire 18 ”A
, Input Module (HIM)
60-559' Manual Flre Pull Sensor
. 60-586 SuperBuS Alphanu— 75 mA
60-504 Learn Mode Freeze Sensor meric Touenpad
60—452 Learn Mode Pendant Panlc Sensor 50_520 SuperBus Energy 10 MA
60-458 Slngle Button Panlc Sensor Saver Module (ESM)
60-457 Dual Button Panic Sensor 604561 SuperBuS 2x16 LCD 50 mA
60-578 Water-Resistant Panic Sensor Alphanumenc TF'
some Handheld ereless Touehpad 60'662 SuverBus 52 LED W 50 mA
60—453 Wall—Mount Wireless Touchpad 60-677‘ Terms“: 200 10 mA
- v udlo eri cation
60-511 léeam ModeD5924l PIR Motlon Module (AVM)
SHSOI
60-592 DSQZG PIH Ceiling Mount Motion Total power consumption not to exceed: 750 mA
Sensor . .
60582 Learn Mode Sound Sensor Table A'3 superBus Dew“ ”ml
(IntelliSense) Numbers (addresses)
80—645—95 Wireless Smoke Sensor s B De _ Factory Ann”
(System Sensor 2300FtFITl) uper Us VI“ Default Setting
‘ Nol UL listed‘ not intended lor use In UL listed systems, First Alphanumeric Touch- 1
pad
Second Alpha Touchpad 1
Thlrd Alpha Toucrlpad 1
Fourth Alpha. Touchpad 1
Hardwlre Input Module (HIM) 0
Energy Saver Module (ESM) 0
57
Appendix A: System Planning Worksheets
Table A.4 Zone/Sensor Assignments Table A.4 Zone/Sensor Assignments
No. Group Type and Location No. Group Type and Location
01 47
02 4s
03 49
04 50
05 51
as 52
07 53
05 54
09 55
10 56
11 57
12 58
13 59
14 so
15 51
1s 62
17 63
1s 54 j
19 65
20 56
21 57
22 as
23 59
24 70
25 71
26 72
27 73
25 74
29 75 P—
30 7s
31
32
33
34
35
36
37
38
39
4c
41
42 F
43
44
45
4s
Appendix A: System Planning Worksheets
Table A5 Sensor Group Characteristics
Me. Name no euion Allrm Del-y Flo-(ml Supurviaery “cps“ mime 3:3;
00 leed 24~rrour audlole ﬁxed emergency bul— Ponce lnetarrt V V 1,2, 3
Fame mns.
01 Panama 24mm audible ponable emergency Police Instant ‘1 l, 2, 3
Fame hunms
nz Fixed 24~hour sllant llxad emergency bulkxls silent lnstanl V 4 l, 2, 3
name
03 Portable 24-hour ellant oortaole Emergency hula silent instant q l, 2, 3
Panic tans.
04 ﬁxed 24410111 auxiliary sensor, such as Pen Auxlllary lnstant \/ \} 1, 2, a
Auxlllary dam Fa lb or nolduo button.
ns leed 24—hour aurrlllary emergency bum" Auxlllary lnstarrl ‘I V l. 2, a
Auxlllary siren shuloll conﬁrms cs reoen
as Portable zendur portable auxiliary alert button. Auxlllary lnstanl V l, 2, a
Auxlllary
'—1
ln Ponattle 24-hour ponaole aunliary bultorl slrerl Auxiliary lnstarrt “f 1, 2, a
Aux ary strutcrll mnllrrns cs report.
on soeclal Special balonnmgs. such as gun cablr Police instant \/ «f \f l, 2, a
lntrusion nea and well sales
w Spaclal Soeclal belonglrlgs, auctl as gun cabt Palree Standard N] V \l l, 2, a
lntmelcn nets and wall ealea
r 4
lo Entry/ Entry and an! doors trial require a slam pollee Smrloard 2, 3
Exit danl delay llme. «f V x/ \/
Delay
1! Emry/ Garage doors and enhances ltrat Pulloe Extended 2, 3
El" requlre an exlanded delay rlrne. ' ‘j N} V ‘f
Delay
12 Emry/ Driveway gates and entrances trial Police Twlee 2, a
Exlt requrre a tvrnce extended delay trme ' Extended \/ V V V
Delay
lnatanl Extenur doors and windows notice lnatanl
‘3 Perrmeler ‘j ‘1 V “J
instant lnterlor doors. Ponce Folluwar 2, a
" lrllerlor ‘1 \{ V
‘5 lnalam lntenor PIR motion sensors, ’ Pclrca Follower x] X] 2, 3
lnlenor
lnstanl lnlerior doors. Poiroe Follower a
15 MW N/ ‘f X!
lrrstanl PlR motion sensors ‘ Pnlloe Fullwer
‘7 lntenor J “I 3
“ lnetanl PIR molron sensors eunlect to lalse Pollde Follower \/ X} 3
interior alarms. t
(continued)
19 Delayed lrrtendr doors ttlet mlrala a delay Follee Standard “1 x] x) 3
lmenor oelore gulng rnto alarm '
zn Delayed PIH motion eenscrs Ihal lnillale a delay Police Standard Q V 3
interior oalore golng lrllcl alarm '
Local 24-hour local alarm zone protecting Felice lrralant
zl Insmnl enymrrrg the! open; and closes. V \/ l. a, :l
lntener
Local Same as group zl, plus amlyatlon im- Police Standard
22 Delayed tralee a delay oelora gorrlg into alarm. V V t, 2, a
lnterler
59
Table A5 Sensor Group characterlstlcs (Continued)
Appendix A: System Planning Worksheets
not n-rn. Appllmlon Alum Del-y Rennrll SwaNl-my '3 chlme “We
Ruin-1 Lav-ls
Local unuur local alarm zone protecting Auxiliary lnslant
2: lnmnt anlm'lmg that nuns and doses. : ‘1 X} 1.2, s
Auxiliary
Local 24—hour local alarm zone prnlecttng Auxiliary lrrstam
14 lnrwrl anylhlnq that nuns and closes, Sirens V \/ 12,3
Auxlllary shul all at restoral '
Local Notify the user when a door Is npenau. suedrrl lnsnrrrt
as Specml Sounds emtlfmm a local annuncialor ' Chlme \/ liz, a
Chlme
ﬁre 24~houl ﬁvéi rateclrise neat, and Fire lnstant
25 smnke sensmls § ‘1 ‘f V “Z 3
cutout Hamwrre Oulpul Module (HOM) lamp Silent Inslanl
“7 Module control or other customer lenture i ‘j V 1,2,3
as Output HOM, PlH mollon sensov, sound serr- Slant lnslanl \/ ‘ 2 3
Module 5m, cr pressure ml i . r
2, Auxiliary Freeze sensol Auxlllary Inslam V \[ 1. 2‘ 3
32 Output HUM, PIR muﬁun ssnsm, sound sen- Sllsnl Instant ' 2 3
Mamle sur. er pressuu ml 1 ' '
33 Output HOM‘ PIFI motion sensbn sauna sen- silent Ivvslanl ‘ 2 3
Module sur, hr pressure ma! 1 v -
Note: Check marks («ll represent characlenslizs present in u gmup
‘ This group is not certiﬁed as a primary pmlcclinn Cimuil for UL-llsred systems and is for supplemenuary use only.
T Sounds instant poliue siren rl le or more sensors an: mpped within 4 minutes. Otherwise sensors are followers in delayed
sensors. If Alarm Vcnflcallon ls on, group 18 functions llke group We
1 This group has nnr been investigated by UL.
is This group is required for UL-llsled residential ﬁre alarm applications.
60
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Create Date                     : 2001:05:29 16:27:32
Producer                        : Acrobat Distiller 4.0 for Windows
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Title                           : 53879.pdf
Modify Date                     : 2001:05:29 16:28:27-04:00
Page Count                      : 67

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UTC Fire and Security Americas 703-XMTR Home Security System Transmitter User Manual 53879

UTC Fire & Security Americas Corporation, Inc. Home Security System Transmitter 53879

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