351C ITI 351 Install & Reference Manual 1998

2015-08-27

: InterLogix Iti 351 Install & Reference Manual 1998 ITI 351_Install & Reference Manual_1998 library

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351 Installation and

Reference Manual

351 Access Point Manager

Installation and Reference Manual

For reprints, order manual: 466-1000, Revision C

Printed in the U.S.A.

651/777-2690

651/779-4890

Notice

State and local fire/life safety codes prohibit the use of access control devices on emergency

exits without providing an approved alternate method of exiting the controlled area.

Emergency exits must be capable of operation by people who are physically handicapped

and by those who have no knowledge of the system. The approval of an alternative exit

method should always be obtained in writing from the appropriate agency involved. In

most cases, this is the state or local fire marshal. The owner should be instructed to obtain

this approval in writing before installing the equipment.

ITI access control systems were not designed to be primary notification devices in a fire or

life safety system. These fire or life safety systems should be monitored and controlled by

devices designed by the manufacturer of those systems. ITI access control systems may be

used as secondary or auxiliary stations, as long as they do not interfere with the operation of

the primary device.

ITI makes no representations or warrantees with respect to the contents hereof and

specifically disclaims any implied warranties of merchantability or fitness for any particular

purpose. Further, ITI reserves the right to revise this publication and to make changes from

time to time in the contents hereof without obligation of ITI to notify any person of such

revision or changes.

All rights strictly reserved. No part of this document may be reproduced, copied, adapted,

or transmitted in any form or by any means without written permission from ITI. Copyright

protection claim included all forms and matters of copyrightable material and information

now allowed by statutory or judicial law, including but not limited to, material generated

from the software programs, which are displayed on the screen, such as icons, screens

display looks, etc.

Trademarks:

ITI is a trademark of Interactive Technologies, Inc.

Table of Contents

List of Figures.................................................................................................................7

List of Tables................................................................................................................... 8

List of Command References........................................................................................ 9

List of Examples ........................................................................................................... 10

1. About This Manual ................................................................................................... 11

1.1. Parts of This Manual..............................................................................................................................11

1.2. Manual Conventions...............................................................................................................................13

2. Product Overview..................................................................................................... 14

2.1. Basic Operations.....................................................................................................................................14

2.2. Schedules .................................................................................................................................................15

2.2.1. Holidays..........................................................................................................................................15

2.2.2. TimeSchedules ...............................................................................................................................16

2.2.3. Daylight Savings ............................................................................................................................16

2.3. Doors........................................................................................................................................................17

2.3.1. Entrance/Exit Devices ....................................................................................................................17

2.3.2. Door Strike .....................................................................................................................................17

2.4. Inputs.......................................................................................................................................................17

2.4.1. Normal State...................................................................................................................................18

2.4.2. Supervision.....................................................................................................................................18

2.4.3. Scheduling......................................................................................................................................19

2.4.4. Door Position and Egress ...............................................................................................................19

2.5. Outputs ....................................................................................................................................................19

2.5.1. Operation........................................................................................................................................19

2.5.2. Scheduling......................................................................................................................................19

2.6. Options.....................................................................................................................................................19

2.6.1. Denied Access ................................................................................................................................19

2.6.2. Interlocking ....................................................................................................................................19

2.6.3. Security System Arm / Disarm.......................................................................................................20

2.6.4. Panic...............................................................................................................................................20

2.6.5. Wireless Point Control ...................................................................................................................20

2.6.6. Occupancy Monitoring...................................................................................................................21

2.7. Cardholder Database .............................................................................................................................21

2.7.1. ID Attributes...................................................................................................................................21

2.7.2. Master Learn / DeleteCards............................................................................................................21

2.8. System Status ..........................................................................................................................................21

2.8.1. Event Reporting..............................................................................................................................21

2.8.2. Reader LED Indications .................................................................................................................22

2.9. Miscellaneous ......................................................................................................................................... 23

2.9.1. Password........................................................................................................................................ 23

2.9.2. Site Code........................................................................................................................................ 23

2.9.3. Customizable Magnetic Stripe Format .......................................................................................... 23

2.10. Power Supply........................................................................................................................................ 23

2.10.1. Power Input.................................................................................................................................. 23

2.10.2. Power Output............................................................................................................................... 23

3. Installation Planning.................................................................................................24

3.1. Schedules................................................................................................................................................. 24

3.1.1. Holidays......................................................................................................................................... 24

3.1.2. Time Schedules.............................................................................................................................. 25

3.1.3. Daylight Savings Time Changes ................................................................................................... 26

3.2. Hardware................................................................................................................................................ 27

3.2.1. Option Kits..................................................................................................................................... 27

3.2.2. Doors.............................................................................................................................................. 27

3.2.3. Inputs ............................................................................................................................................. 28

3.2.4. Outputs........................................................................................................................................... 29

3.2.5. Options........................................................................................................................................... 29

3.2.6. Readers and Keypads..................................................................................................................... 30

3.2.7. Site Codeand Terminal Baud Rate ................................................................................................ 31

3.2.8. Magnetic Stripe Card Data Format................................................................................................ 31

3.2.9. System Power ................................................................................................................................ 34

3.3. Database.................................................................................................................................................. 34

3.3.1. Cardholders.................................................................................................................................... 34

3.3.2. Master Learn / Delete Cards.......................................................................................................... 35

4. Mounting and Wiring ................................................................................................37

4.1. Equipment List....................................................................................................................................... 37

4.1.1. Power Supply................................................................................................................................. 37

4.1.2. Door Peripherals ............................................................................................................................ 37

4.1.3. Optional Add-On Kits.................................................................................................................... 37

4.1.4. Communications............................................................................................................................ 37

4.2. Mounting the APM and Peripherals.................................................................................................... 38

4.3. Wiring the APM and Peripherals......................................................................................................... 39

4.3.1. WiringGuidelines........................................................................................................................... 39

4.3.2. Stripping Shielded Cable............................................................................................................... 39

4.3.3. Grounding Shielded Cable............................................................................................................. 39

4.4. Wiring the Power Supply and Grounding........................................................................................... 41

4.4.1. Wiring an AC Power Supply ......................................................................................................... 41

4.4.2. Wiring a DC Power Supply ........................................................................................................... 42

4.5. Wiring the Outputs................................................................................................................................ 43

4.6. Wiring the Terminal.............................................................................................................................. 45

4.6.1. Configuring the Terminal .............................................................................................................. 45

4.7. Wiring the Readers and/or Keypads.................................................................................................... 46

4.8. Wiring the Inputs................................................................................................................................... 47

4.9. Applying Power...................................................................................................................................... 47

4.9.1. Prepower Checklist........................................................................................................................ 47

4.9.2. Powering Up.................................................................................................................................. 48

4.10. Wiring the Backup Battery..................................................................................................................48

4.10.1. Testing Communications..............................................................................................................48

5. Introduction to Programming.................................................................................. 50

5.1. Programming Conventions....................................................................................................................50

5.1.1. The Ready> Prompt........................................................................................................................50

5.1.2. Aborting Commands ......................................................................................................................50

5.1.3. Command Responses......................................................................................................................50

5.2. List of APM Commands.........................................................................................................................51

5.3. Command Entry Mode ..........................................................................................................................52

5.3.1. Entering Command Entry Mode: LOGON ....................................................................................52

5.3.2. Obtaining a List of Commands: HELP...........................................................................................53

5.3.3. Exiting Command Entry Mode LOGOFF......................................................................................53

5.4. General Procedure for Entering Commands.......................................................................................53

6. Reports ......................................................................................................................54

6.1. Full Report ..............................................................................................................................................54

6.1.1. Power..............................................................................................................................................56

6.1.2. Inputs..............................................................................................................................................56

6.1.3. Outputs ...........................................................................................................................................56

6.1.4. Lock Status.....................................................................................................................................57

6.1.5. TimeSchedules ...............................................................................................................................57

6.1.6. Holidays..........................................................................................................................................57

6.1.7. Daylight Savings ............................................................................................................................57

6.1.8. Options ...........................................................................................................................................57

6.1.9. Doors ..............................................................................................................................................58

6.1.10. Panic.............................................................................................................................................58

6.1.11. Site Code ......................................................................................................................................58

6.1.12. Reader Type .................................................................................................................................58

6.1.13. Reader Led Type ..........................................................................................................................58

6.1.14. Master Learn Cards ......................................................................................................................58

6.1.15. NUMBER OF IDS IN DBASE ....................................................................................................59

6.1.16. Cardholder Database Percentage Full...........................................................................................59

6.2. Event Reports..........................................................................................................................................59

6.3. Cardholder Reports................................................................................................................................60

6.3.1. Category Reports............................................................................................................................60

6.3.2. Cardholder Attributes.....................................................................................................................61

6.3.3. Badge Reports ................................................................................................................................63

6.3.4. NameReports..................................................................................................................................64

7. Programming Your 351............................................................................................ 65

7.1. Basic Setup Commands..........................................................................................................................65

7.1.1. APM Name: APM ..........................................................................................................................65

7.1.2. Current Date: DATE.......................................................................................................................65

7.1.3. Current Time: TIME.......................................................................................................................66

7.2. Schedule SetupCommands.....................................................................................................................67

7.2.1. Holidays: HOL ...............................................................................................................................67

7.2.2. Time Schedules: TS........................................................................................................................68

7.2.3. Daylight Savings Time Changes: DLS...........................................................................................70

7.3. Hardware Setup Commands..................................................................................................................70

7.3.1. Door Setup DOOR..........................................................................................................................71

7.3.2. Inputs and Outputs: IO ...................................................................................................................72

7.3.3. Options: OPT..................................................................................................................................74

7.3.4. Panic Settings: PANIC ...................................................................................................................77

7.3.5. Card Readers: RDR ........................................................................................................................78

7.4. Miscellaneous Setup Commands...........................................................................................................78

7.4.1. Password: PSW...............................................................................................................................78

7.4.2. Site Code: SC .................................................................................................................................79

7.4.3. Magnetic StripeCard Format: SETMAG........................................................................................79

7.5. Control Commands ................................................................................................................................81

7.5.1. Unlock Readers: REL.....................................................................................................................81

7.5.2. Lock Readers: LOCK.....................................................................................................................82

8. Setting Up and Maintaining the Cardholder Database..........................................83

8.1. Attributes.................................................................................................................................................83

8.1.1. Card Number ..................................................................................................................................83

8.1.2. PIN Number....................................................................................................................................83

8.1.3. Cardholder Name............................................................................................................................83

8.1.4. Time Schedules ..............................................................................................................................83

8.1.5. Category .........................................................................................................................................83

8.1.6. Option Privileges............................................................................................................................83

8.2. Adding Individual Cards or PINs .........................................................................................................84

8.2.1. Adding Cards at the Card Reader...................................................................................................84

8.2.2. Adding a PIN, Card, or a Group of Cards with DBASE ................................................................84

8.3. Adding A Group of Cards......................................................................................................................85

8.4. Modifying a Card or PIN.......................................................................................................................86

8.5. Deleting Individual Cards or PINs........................................................................................................87

8.6. Deleting a Group (Block) of Cards........................................................................................................87

8.7. Master Learn / Delete Cards: LEARN .................................................................................................88

8.7.1. Adding Master Learn / Delete Cards..............................................................................................89

8.7.2. Deleting a Master Learn / Delete Card...........................................................................................90

8.7.3. Adding or Deleting Cards With Master Learn / Delete Cards........................................................90

9. Testing and Troubleshooting...................................................................................91

9.1. Testing Procedures .................................................................................................................................91

9.1.1. Testing Inputs.................................................................................................................................91

9.2. Testing Outputs.......................................................................................................................................92

9.2.1. Testing Readers ..............................................................................................................................93

9.2.2. Testing Keypads.............................................................................................................................94

9.2.3. Testing Backup Power....................................................................................................................95

9.3. Reasons Why Outputs Are Active.........................................................................................................95

9.4. Troubleshooting......................................................................................................................................95

10. Appendix A: Specifications..................................................................................103

11. Appendix B: 351 Installation Planning Form......................................................104

12. Appendix C: 351Schedules Planning Form........................................................108

13. Appendix D: 351 Database Planning Form........................................................ 111

14. Appendix E: APM Error Messages ..................................................................... 114

14.1. APM Command Error Messages......................................................................................................114

14.2. Event Error Message..........................................................................................................................115

14.3. The Net Error Message......................................................................................................................116

14.3.1. Receive-Side Net Errors.............................................................................................................116

14.3.2. Transmit-Side Net Errors ...........................................................................................................117

14.3.3. Operating System Net Errors......................................................................................................117

14.4. When Might Net Errors Appear? .....................................................................................................117

14.4.1. Startup Errors .............................................................................................................................117

14.4.2. Shutdown Errors.........................................................................................................................117

15. Appendix F: Glossary of APM Terms................................................................. 118

Index ............................................................................................................................ 123

List of Figures

Figure 1: How the 351 Handles Access Control......................................................................................................14

Figure 2: How the 351 Handles Alarm Monitoring...............................................................................................15

Figure 3: 351 Input Configurations .........................................................................................................................18

Figure 4: 351 Mounting Dimensions........................................................................................................................38

Figure 5: 351 Wiring Diagram .................................................................................................................................40

Figure 6: Wiring a 16 VAC Power Supply.................................................................................................................42

Figure 7: Wiring a DC Power Supply......................................................................................................................42

Figure 8: Normally Open Strike at Door 1..............................................................................................................44

Figure 9: Magnetic Strike at Door 2 ........................................................................................................................44

List of Tables

Table 1: Reader LEDStates ......................................................................................................................................22

Table 2: SETMAG Command Field Descriptions..................................................................................................32

Table 3: The Output Connections............................................................................................................................43

Table 4: The Terminal Baud Rate DIP Switch Settings.........................................................................................45

Table 5: Terminal Configuration Settings ..............................................................................................................46

Table 6: The Input Connections...............................................................................................................................47

List of Command References

Command Reference 1: APM Command Table .....................................................................................................52

Command Reference 2: LOGON..............................................................................................................................52

Command Reference 3: HELP..................................................................................................................................53

Command Reference 4: LOGOFF ............................................................................................................................53

Command Reference 5: General Procedure for Entering Commands.................................................................53

Command Reference 6: Full Report........................................................................................................................54

Command Reference 7: Event Report.....................................................................................................................59

Command Reference 8: Category Report ...............................................................................................................60

Command Reference 9: Badge Report ....................................................................................................................63

Command Reference 10: Name Report...................................................................................................................64

Command Reference 11: APM .................................................................................................................................65

Command Reference 12: DATE ...............................................................................................................................66

Command Reference 13: TIME ................................................................................................................................66

Command Reference 14: HOL..................................................................................................................................68

Command Reference 15: TS .....................................................................................................................................69

Command Reference 16: DLS ..................................................................................................................................70

Command Reference 17: DOOR...............................................................................................................................71

Command Reference 18: IO......................................................................................................................................73

Command Reference 19: Setting Options for Outputs 2 and 4 .............................................................................77

Command Reference 20: PANIC..............................................................................................................................77

Command Reference 21: RDR..................................................................................................................................78

Command Reference 22: PSW..................................................................................................................................79

Command Reference 23: SC.....................................................................................................................................79

Command Reference 24: SETMAG..........................................................................................................................80

Command Reference 25: REL ..................................................................................................................................81

Command Reference 26: LOCK...............................................................................................................................82

Command Reference 27: Adding an Individual Card or PIN with DBASE.........................................................85

Command Reference 28: Adding a Group of Cards with DBASE........................................................................86

Command Reference 29: Modifying Cards or PINs with DBASE ........................................................................87

Command Reference 30: Deleting Individual Cards or PINs with DBASE.........................................................87

Command Reference 31: Deleting Groups of Cards with DBASE........................................................................88

Command Reference 32: Adding Master Learn / Delete Cards with LEARN.....................................................89

Command Reference 33: Deleting Master Learn / Delete Cards with LEARN ...................................................90

List of Examples

Example 1: Planning APM Holiday Intervals.........................................................................................................25

Example 2: Planning APM Time Schedules............................................................................................................26

Example 3: Planning APM Time Changes..............................................................................................................27

Example 4: Planning APM Add-On Options..........................................................................................................27

Example 5: Planning APM Door Strikes.................................................................................................................28

Example 6: Planning APM Inputs ...........................................................................................................................29

Example 7: Planning APM Outputs ........................................................................................................................29

Example 8: Planning APM Options.........................................................................................................................30

Example 9: Planning APM Card Readers and Keypads .......................................................................................31

Example 10: Planning APM Site Code and Terminal Baud Rate.........................................................................31

Example 11: Planning your APM Magnetic Stripe Card Data Format ...............................................................33

Example 12: Planning the System Power................................................................................................................34

Example 13: Planning the Cardholder Database ...................................................................................................35

Example 14: Planning Master Learn / Delete Cards..............................................................................................36

Example 15: The Full APM Report.........................................................................................................................56

Example 16: An Event Report..................................................................................................................................60

Example 17: The Category Report (for All Categories) ........................................................................................61

Example 18: The Category Report (for One Category).........................................................................................61

Example 19: Category Report for a Single Category.............................................................................................62

Example 20: Category Report With No Listing......................................................................................................62

Example 21: Badge Report for a Card....................................................................................................................63

Example 22: Badge Report for a PINBadge Report for a Card............................................................................63

Example 23: Name Report........................................................................................................................................64

Example 24: Setting Magnetic Stripe Card Data Format......................................................................................80

1. About This Manual

This section describes the parts of this manual and the text conventions used within it.

1.1. Parts of This Manual

The 351 Installation and Reference Manual is for installers and users. It contains detailed

information about how to install your APM and how to enter and maintain optional settings.

The 351 Installation and Reference Manual contains the following sections:

Section 1: About This Manual

This section describes how your APM works, provides an overview of the installation process,

and explains how to use this manual.

Section 2: Product Overview

This section is a general introduction that describes how to use your APM. General terminology

and concepts specific to your APM are explained here.

Section 3: Installation Planning

This section describes how to plan and document an installation, for both your APM and

peripherals.

Section 4: Mounting and Wiring

This section describes how to mount and wire your APM and peripherals.

Section 5: Introduction to Programming

This section describes a basic introduction to programming the APM and lists the commands

supported by your APM.

Section 6: Reports

This section describes how to run several reports on your APM.

Section 7: Programming

This section provides instruction on using many APM commands.

Section 8: Setting-Up and Maintaining the Cardholder Database

This section provides instruction on setting-up and maintaining your cardholder database.

Section 9: Testing and Troubleshooting

This section lists testing procedures, as well as describes possible problems and solutions.

Appendix A: Specifications

This appendix provides a list of the specifications for the APM.

Appendix B: The 351 Installation Planning Form

This appendix contains a master copy of the 351 Installation Planning Form, which is essential in

setting up your APM.

Appendix C: The 351 Schedules Planning Form

This appendix contains a master copy of the 351 Schedules Planning Form, which is essential in

setting up your APM.

Appendix D: The 351 Database Planning Form

This appendix contains a master copy of the 351 Database Planning Form, which is essential in

setting up your APM.

Appendix E: Error Messages

This appendix contains command and event error messages for the APM.

Appendix F: Glossary

This appendix contains terms and definitions used in the 351 Installation and Reference Manual.

1.2. Manual Conventions

This section defines graphical and typographical conventions used in this manual.

Below are the graphical conventions used in this manual:

❖A diamond in the left margin indicates steps for accomplishing a

task.

CAUTION! Text in a box preceded by the word CAUTION indicates that you

should read the information carefully or grave consequences may

result.

Below are the textual cues used within this manual:

APM OK This text indicates information displayed on your terminal.

ABC This text indicates exact text you should type, such as commands.

It appears in boldface.

APM_NAME This text indicates information you provide, such as names and

numbers. It appears in boldface and italics.

[Esc] [Rtn] This text indicates keys you should press. It appears in boldface

and brackets.

When the following terms are used in this manual, the intended meanings are listed below:

APM “APM” refers to the ITI Access Point is used interchangeably with

the term “351 APM is a card access, alarm point monitoring, and

device control processor for buildings, rooms, parking lots, etc.

Terminal “Terminal” refers to any device, linked to your APM via an RS-

232 communications interface, that is used to program or display

data from the APM. The terminal most often used for

programming your APM is a CRT and keyboard. The terminal

used for displaying APM data can be a CRT or a printer device.

2. Product Overview

This section is a general introduction, which describes how to use your APM to control access and

monitor alarms. General terminology and concepts are introduced and explained below.

2.1. Basic Operations

The 351 Installation and Reference Manual is for installers and users. It contains detailed

information about how to install your APM and how to enter and maintain optional settings.

1251G24A.DS4

351 351 351 351

1. A person slides a card 2. If the card has access to 3. The person opens 4. A sensor on the

through a reader, which the door at the current time, the door and enters. door verifies that

is mounted near the door your APM sends a signal to the door has closed

and wired to the 351 APM. the electronic lock (door or sends an alarm

strike) to unlock the door. to the APM.

Figure 1: How the 351 Handles Access Control

Camera

DOOR

POSITION

SENSOR

DOOR

POSITION

SENSOR

9148G03A.DS4

351 351

1. The door position sensors are wired to the 351 2. The 351 responds to the open door event,

APM’s incoming connections (inputs). as programmed. It sends an alarm message to

An input tells the 351 when a sensor is in the the terminal and may also send a signal to one

alarm state. of its relays (outputs), which is wired to a

device such as an alarm, light, or closed circuit

camera.

Figure 2: How the 351 Handles Alarm Monitoring

2.2. Schedules

Access control is accomplished by evaluating two main criteria:

• the presentation of a token (a card or PIN) for access, and

• the date and time of the access attempt.

Schedules provide the means for controlling the date and time considerations of access control.

2.2.1. Holidays

A holiday is a date/time interval. During a holiday, normal time schedules are overridden by the

holiday schedule. That is, the normal time schedule is not used during a holiday, the holiday

schedule is used instead. Holiday schedules can restrict or prevent access, depending on how you

program them. Up to 10 holidays can be defined and each holiday can consist of one or more

days.

For example, you could program a time schedule to allow cardholders access from 8 AM to 5 PM,

Monday through Friday, but not holidays. Then, if a holiday occurs on a weekday, normal

cardholder access is not allowed. However, once the holiday is over, normal cardholder access

will resume.

The APM uses two types of holidays:

• Fixed— the holiday occurs on the same day(s) every year, such as New Year's.

• Variable— the holiday occurs on different day(s) each year, such as Memorial Day.

2.2.2. Time Schedules

A time schedule is a combination of a time interval and one or more days of the week. Holidays

are a special type of day of the week.

Time schedules are used when assigning access times to tokens in the database, selecting when to

ignore (or shunt) message from alarms, or specifying when an output device is normally on.

For example, one time schedule could consist of the hours from 8 AM to 5 PM Monday through

Friday. Another time schedule could be set up for the hours from 8 AM to 5 PM Monday through

Friday, plus Saturday, Sunday, and holidays. The first time schedule might be used to allow

access for general office personnel. The second schedule could be used for supervisors.

To ignore alarm messages from a motion sensor during the regular office hours, the sensor could

be assigned the first time schedule. The motion sensor alarms would not be recorded during the

hours from 8 AM to 5 PM Monday through Friday.

If the lights are controlled by your APM and assigned the first time schedule, then they will be on

automatically from 8 AM to 5 PM Monday through Friday.

Up to 4 access schedules can be defined. There are also two special time schedules:

• always and

• never.

2.2.3. Daylight Savings

Since an access control system is very dependent on the current time and date, time changes, like

Daylight Savings Time, could be a problem. Therefore, twice each year your APM automatically

adjusts the current time to a time you specify.

2.3. Doors

2.3.1. Entrance/Exit Devices

Entrances or exits from the door can be controlled with card readers and/or keypads. Further,

exiting can also be controlled by a switch.

Card readers are used to pass along information encoded on a card. There are several types of card

readers:

• Wiegand

• Proximity

• Bar code

• Magnetic stripe

The RF Access Receiver is a special device that is used like a standard Wiegand card of cards. In

addition to the ID and site code, the wireless receiver sends keypress information. Sending this

information enables the APM to perform special functions like door selection, panic, and wireless

point control.

Keypads are used to enter Personal Identification Numbers (PINs), which can be used alone or

along with cards.

An egress (exit) input can be used for a simple way of unlocking the door for exit. The input can

be a button, motion detector, or crash bar.

2.3.2. Door Strike

The door strike is a device that locks or unlocks the door. It is controlled by the APM, which is set

up by the user.

There are three strike types supported by the APM:

• Memory— The door locks when it opens. This is typically used with spring-bolt type

locks

• Non-Memory— The door locks when it closes. This is typically used with magnetic or

dead-bolt type locks

• Fixed Time— The door locks at the end of the strike time. This can be used on spring-

bolt, dead-bolt, and magnetic types of locks.

The strike time is the length of time that the door is unlocked during access.

The ajar time is the length of time after the strike time has expired, but before a door-open

message is sent.

2.4. Inputs

Inputs are essentially switches monitored by the APM. There are four general-purpose inputs, plus

a tamper input.

2.4.1. Normal State

Inputs can be set up as either normally open (NO) or normally closed (NC):

• Normally Open— The input is considered to be in the alarm state when it becomes a

short circuit.

• Normally Closed— The input is considered to be in the alarm state when it becomes an

open circuit.

2.4.2. Supervision

Inputs can be supervised or unsupervised:

• Unsupervised— The input has only two states: electrically a short circuit (closed) or

electrically an open circuit (open).

• Supervised— The input is wired with a fixed resistor to detect tampering, which allows

the input to have three states : open, closed, or resistive.

Figure 3: 351 Input Configurations

Supervised inputs are considered to be in the “normal state” when the input is resistive. The

alarm state is a short (is closed) for a normally open connection or is open for a normally closed

connection. A trouble state is open for a normally open connection or a short (is closed) for a

normally closed connection.

Supervised

Normally Open Supervised

Normally Closed

Non-Supervised

Normally Open

Non-Supervised

Normally Closed

2.4.3. Scheduling

Inputs are assigned a time schedule, which is when input state changes will not be reported. Inputs

are assumed to be in the normal state when the time schedule is active.

2.4.4. Door Position and Egress

The APM's four inputs are generally used as door position (open or closed) and egress (exit

request) for each of the two doors. However, you can alter this setup for custom installations.

2.5. Outputs

Outputs are essentially switches controlled by the APM. There are two outputs used for the door

strike and two general-purpose outputs. All four outputs are form-C type voltage-free relays, rated

at 3 Amps, 24 VAC or 30 VDC.

2.5.1. Operation

Each output is in either an active or inactive state:

• Inactive— Results when there is a closed circuit between the normally closed and

common terminals.

• Active— Results when there is a closed circuit between the normally open and common

terminals when the relay switches.

The output device is typically connected to power at the normally open and common points,

through the associated relay. Normally, the device is off. However, when the output is activated,

the device turns on.

It is possible to connect output devices that behave in the reverse fashion. That is, a can be

connected so that it is normally on and is turned off when the output is activated.

2.5.2. Scheduling

Outputs can be assigned a time schedule, which is when a relay will be active.

2.6. Options

“Options” are conditions that can be set up for controlling the operation of the two general-

purpose outputs. Several types of options are defined in this section.

2.6.1. Denied Access

The Denied Access Option pulses (turns on) for 10 seconds whenever an invalid access attempt

occurs. This option is associated with a specific door and reader.

2.6.2. Interlocking

The Interlocking Option turns on an output when one or more interlocked (mapped) inputs are in

the alarm state.

2.6.3. Security System Arm / Disarm

The Arm / Disarm Option is designed to be an interactive control for arming and disarming a

security system. When the output is inactive, the security system reads an open circuit, which is

interpreted as a request to arm. When the output is active, the security system is presented with a

closed circuit, which is interpreted as a request to disarm.

Since the output state can be assigned a time schedule, your APM can automatically arm a

security system. For example, if a time schedule ends at 5 PM, the alarm system will

automatically arms itself then.

The security system will not automatically disarm when the time schedule begins, say at 9 AM.

Instead, the security system will remain armed, until a card with disarm privileges is swiped at the

door

Tokens, such as the above mentioned card, can have Arm / Disarm privileges. With such a card, a

single swipe at the card reader disarms your system (the output becomes active). Similarly, with a

double swipe of such a card arms your system (the output becomes inactive).

Note: The actual state of the security system must be provided at the tamper input of the APM.

2.6.4. Panic

The Panic Option can only be used with the ITI RF Access Receiver® (ITI P/N 60-663-95). The

receiver sends keypress information with the ID number. The [ARM]+[DISARM] keypress

generates a panic signal from either the 2- or 4-Button Keychain Transmitter. Additionally, a

panic signal can come from pendant panic transmitters.

If the transmitter’s ID number is valid and a panic keypress was sent, an output is activated.

The amount of time, or “duration,” the output is active can be selected by the user. There are two

time settings used to determine this duration:

• An “initial on time a length of time the output must be active.

Note: The initial on time cannot be canceled.

• There is also a “time-out duration,” after which the output is inactive

The output is on for at least as long as the initial on time. After the initial on time, the output can

be deactivated by any valid access attempt. However, if a valid access attempt is not made, the

output turns off when the time-out is reached.

2.6.5. Wireless Point Control

The Wireless Point Control Option can only be used with the RF Access Receiver and 4-Button

Keychain Transmitters. The receiver sends keypress information with the ID number. The

[LIGHTS] and [STAR] keypresses can control the state of an output.

Tokens can be assigned a point control privilege. When a valid token with this privilege is

presented at the reader, with either the [LIGHTS] or [STAR] keypress, the output state is

switched.

The Wireless Point Control Option can turn on an output it controls before its time schedule

begins. When its time schedule expires, the output will automatically turned off. If it is turned on

outside its normal hours, the output should be manually turned off. However, in both situations,

the output returns to its normal time schedule on the next day.

For example, you could wire your neon open sign as a Wireless Point Control Option. The sign’s

time schedule could automatically turn it on at 9 AM and off again at 6 PM. However, you could

turn the sign on earlier, say at 8:30 AM, or keep it on later, say until 7 PM, and manually turn it

off before you leave. In both examples, the sign would resume its normal time schedule for the

next business day.

2.6.6. Occupancy Monitoring

The Occupancy Monitoring Option turns on an output when a maximum occupancy is reached. In

addition to this, card readers can be disabled when the maximum occupancy is reached. This

option is associated with a specific door and reader.

2.7. Cardholder Database

The database stores the ID numbers of each cardholder. The ID can be a card, a PIN, or both. The

APM can store up to 250 IDs.

2.7.1. ID Attributes

Each ID is associated with specified attributes, which are listed below:

• Name of cardholder

• Time schedule for each door (which can be different)

• Category, for reporting purposes

• Security system Arm / Disarm privilege

• Wireless Point Control privilege

2.7.2. Master Learn / Delete Cards

Five special cards can be set up to add or remove cards to or from your APM database at the card

reader.

Four of the cards can be used to add cards to the database. Each of these Master Learn Cards is

assigned attributes that are transferred to new cards added to your system. When a Master Learn

Card slides through or is presented to the reader, the next card that is presented will be assigned

the Master Card’s attributes and be added to your APM database.

The fifth Master Card, a Master Delete Card, is used to delete cards from your APM database.

When the Master Delete Card is presented to the reader, the next card that is presented will be

removed from your APM database.

Note: Swiping a Master Learn / Delete Card through a card reader will not provide access

through a door.

2.8. System Status

2.8.1. Event Reporting

“Events” are conditions that your APM can detect, such as access attempts, whether valid or

invalid, and changes of the state of an input.

All events that occur are reported at the terminal and stored in the event log. Up to 250 events will

be stored in the event log, which can be displayed or printed.

2.8.2. Reader LED Indications

Each reader LED (light-emitting diode) responds to access attempts with a valid access or invalid

access response. If the security system Arm / Disarm Option is selected, the reader LED also

displays the current Arm / Disarm state. When a Master Learn / Delete Card is presented, the

reader LED response shows that the reader is ready to add or delete a card.

The reader LED responds slightly differently for some conditions, depending on whether it is a

red-only or red/green type.

Indicated State Red-Only LED Red/Green LED

Door Secure solid red solid red

Granting Access ½ second ON

½ second OFF

solid green

Denied Access ¼ second ON

¾ second OFF

½ second red

½ second green

Security Armed 0.9 second ON

0.1 second OFF

0.9 second red

0.1 second green

Security Disarmed 0.1 second ON

0.9 second OFF

0.1 second red

0.9 second green

Card Learning very fast blinking very fast blinking

Table 1: Reader LED States

2.9. Miscellaneous

2.9.1. Password

Commands used to set up and control APM operation are password protected. The APM setup can

be altered only after logging on with the correct password.

2.9.2. Site Code

The APM has a site code that can be selected by the users. Every card used at the reader has a site

code, as well as an ID number. Every card's site code must match the APM’s site code.

Note: If the card’s site code match the APM’s site code, no access is given.

2.9.3. Customizable Magnetic Stripe Format

Magnetic stripe cards can have different formats. The format used by your APM to determine the

card number and site code encoded in the magnetic stripe, which can be customized by the user.

2.10. Power Supply

2.10.1. Power Input

The APM can be powered using a 16 VAC or 18-24 VDC power supply. Additionally, a battery

backup kit (ITI P/N 34-006) is available to supply power if primary power fails.

2.10.2. Power Output

The APM can provide a total power of 600 mA at 12 VDC or 5 VDC, for all external devices,

including card readers, keypads, door strikes, and all input and output devices.

3. Installation Planning

Planning an installation should be done before mounting, wiring, and programming your system.

Please copy and complete the 351 Installation Planning, 351 Schedules Planning, and 351

Database Planning forms (found in Appendices B, C, and D).

Use this section to answer questions that may arise during system setup. This will make

programming easier and provide documentation about your system.

Throughout this section, you will see examples that relate to the planning forms. These examples

are intended to guide your installation planning.

3.1. Schedules

Schedules are used for both hardware and database setups.

Note: Your setup is much easier if all schedules are completed first.

3.1.1. Holidays

Holidays are a special type of day that can be used on an access schedule. Whenever possible,

complete the holiday table before the time schedule table.

❖ ❖ How to Select Each Holiday Interval

1. On your planning form, record a description of the holiday.

2. Determine and mark the type of holiday:

• fixed or

• variable.

3. Determine and write down the date and time the holiday will begin.

4. Determine and write down the date and time the holiday will end.

See the table below for an example on planning your APM holidays:

HOLIDAYS

Holiday Description Type

Start

Date

Start

Time End Date End

Time

1 New Year’s ■ Fixed

❑ Variable

12/31

00:00 01/01 23:59

2 Memorial Day ❑ Fixed

■ Variable

05/25/98

00:00 05/25/98 23:59

3 Independence Day ■ Fixed

❑ Variable

07/04

00:00 07/04 23:59

4 Labor Day ❑ Fixed

■ Variable

09/01/97

00:00 09/01/97 23:59

5 Thanksgiving ❑Fixed

■ Variable

11/27/97

00:00 11/28/97 23:59

6 Christmas ■ Fixed

❑ Variable

12/24

00:00 12/25 23:59

7 Memorial Day ❑ Fixed

■ Variable

05/31/99

00:00 05/31/99 23:59

8 Plant Closed ❑ Fixed

■ Variable

08/05/97

08:00 08/07/97 16:59

9❑ Fixed

❑ Variable

__/__/__

__:__ __/__/__ __:__

10 ❑ Fixed

❑ Variable

__/__/__

__:__ __/__/__ __:__

Example 1: Planning APM Holiday Intervals

3.1.2. Time Schedules

Each of the time schedules you define is divided into four time zones. Each time zone consists of

one or two time intervals, as well as the days of the week that these hours will be active. Since

you have four time schedules, you have a total of 16 time zones and a maximum total of 32 time

intervals.

❖ ❖ How to Select Each Time Schedule, Time Zone, and Time Interval

1. Determine and write down the first interval’s start and end time on your planning form.

2. Determine and write down the second interval’s start and end time (if used).

3. Determine and mark the days of the week each interval will be active.

See the table below for an example on planning your APM’s Time Schedules:

TIME SCHEDULES

Schedule Zone Interval 1 Interval 2 Days

Start

Time End

Time Start

Time End

Time

(1)

Mon. (2)

Tues. (3)

Wed. (4)

Thurs. (5)

Fri. (6)

Sat. (7)

Sun. (8)

Hol.

A0 00:00 07:59 __:__ __:__ ■■■■■■■❑

1 08:00 08:29 23:30 23:59 ■■■ ■■■■❑

2 __:__ __:__ __:__ __:__ ❑❑❑ ❑❑❑❑❑

3 __:__ __:__ __:__ __:__ ❑❑❑ ❑❑❑❑❑

B0 08:00 15:59 __:__ __:__ ■■■ ■■■■ ❑

1 07:30 07:59 16:00 16:29 ■■■ ■■■■❑

2 __:__ __:__ __:__ __:__ ❑❑❑ ❑❑❑❑❑

3 __:__ __:__ __:__ __:__ ❑❑❑ ❑❑❑❑❑

C0 16:00 23:59 __:__ __:__ ■■■ ■■■■❑

1 00:00 00:29 15:30 15:59 ■■■ ■■■■❑

2 __:__ __:__ __:__ __:__ ❑❑❑ ❑❑❑❑❑

3 __:__ __:__ __:__ __:__ ❑❑❑ ❑❑❑❑❑

D0 08:00 16:59 __:__ __:__ ■■■ ■■■■■

1 06:30 07:59 17:00 18:29 ■■■ ■■❑❑❑

2 __:__ __:__ __:__ __:__ ❑❑❑ ❑❑❑❑❑

3 __:__ __:__ __:__ __:__ ❑❑❑ ❑❑❑❑❑

X00:00 23:59 (always) ■■■ ■■■■■

Y00:00 00:00 (never) ❑❑❑ ❑❑❑❑❑

Example 2: Planning APM Time Schedules

3.1.3. Daylight Savings Time Changes

Two automatic time changes can be programmed in your APM.

❖ ❖ How to Select Automatic Time Changes

1. On your planning form, record a description of each time change (see Example 3).

2. Determine and write down the dates for the time change to take effect.

3. Decide upon what hour you want the time change to take effect.

Note: Daylight Savings Time changes are traditionally made at 2 AM. However, you can set

your time changes to take effect at any time.

4. Write the above time in the “old time” column on your planning form.

5. Determine and write down the new hours that the time change will assume.

See the table on the next page for an example on an planning your APM’s automatic time

changes:

DAYLIGHT SAVINGS TIME CHANGES

Time Change Description Date

Old Time

New Time

1 Daylight savings time starts. 04/26

02:00

03:00

2 Daylight savings time ends. 10/26

02:00

01:00

Example 3: Planning APM Time Changes

3.2. Hardware

This section outlines planning the hardware used with your system.

3.2.1. Option Kits

Select any add-on option kits used with the APM.

See the table below for an example on planning option kits:

ADD-ON OPTION KITS

❑ Keypad ❑ Battery Backup Kit

Example 4: Planning APM Add-On Options

3.2.2. Doors

Door hardware involves the electromechanical strikes used to lock or unlock the doors.

❖ ❖ How to Plan Each Door Strike

1. On your planning form, record the make, model, and voltage of the strike being used (see

Example 5).

2. Select the appropriate contact type, depending on how the strike is to be connected.

Note: Normally open door strike contacts can also be referred to as “fail-secure.” Power is

applied to the strike to open the door. If power is lost, the relay will remain open, and the

door will remain in its secure state.

Normally closed strike contacts can be referred to as “fail-unsecure.” Power is applied

to the strike when the door is secure. If power is lost, the relay will open and the door

will be unlocked.

3. Select the appropriate type of door strike based on the requirements of the strike for proper

operation.

4. Determine and write down the strike time for the door.

5. Determine and write down the door ajar time.

See the table below for an example on planning your APM’s door strikes:

DOOR STRIKES

Door Make & Model Voltage Contact Type Type Strike

Time Ajar

Time

1 ABC Locks

SpringBolt 12 12 V ❑ Norm. Open

■ Norm. Closed

■ Memory

❑ Non-Memory

❑ Fixed Time

515

2 ABC Locks

MagLock 1000 24 V ■ Norm. Open

❑ Norm. Closed

❑ Memory

■ Non-Memory

❑ Fixed Time

15 30

Example 5: Planning APM Door Strikes

3.2.3. Inputs

Inputs can be a variety of devices that provide a switch open/closed state. This can be a simple

switch, push-button, or a sensor, such as a motion detector.

❖ ❖ How to Plan Each APM Input

1. On your planning form, record a name (10 characters or less) and description for each input

(see Example 6).

2. Using the time schedule table, determine a schedule when alarm messages will be ignored

(shunted).

3. Select the appropriate contact type, depending on how the input device is to be connected to

the APM.

4. Include other setup information and select the appropriate options:

• select interlocked if the input will be interlocked to an output.

• select supervised if the input will be supervised by using an end-of-line resistor.

• select egress if input 2 and / or 4 will be used for opening the door on exit.

See the table below for an example on planning your APM’s inputs:

INPUTS

Input Name and

Description Schedule Contact Type Setup

1 DOOR1_POS

Position Switch Y❑ Norm. Open

■ Norm. Closed

■ Supervised

❑ Interlocked to: ② ④

2 EGRESS_1

Crashbar D■ Norm. Open

❑ Norm. Closed

❑ Supervised

■ Egress (set by default)

■ Interlocked to: ❷ ④

3 DOOR2_POS

Position Switch Y❑ Norm. Open

■ Norm. Closed

❑ Supervised

❑ Interlocked to: ② ④

4 EGRESS_2

Motion Sensor D■ Norm. Open

❑ Norm. Closed

■ Supervised

■ Egress (set by default)

■ Interlocked to: ② ❹

Example 6: Planning APM Inputs

3.2.4. Outputs

Outputs can be a variety of devices that are switched on or off by the APM, including the strikes

used for the doors. The other two outputs are general purpose, and can be used for such devices as

a siren, light, or camera.

❖ ❖ How to Plan Each APM Output

1. On your planning form, record a name (10 characters or less) and description for each output.

2. Using the time schedule table, determine a schedule when the output will be active.

3. Include other setup information that could be beneficial in the notes area of your form.

See the table below for an example on planning your APM’s outputs:

OUTPUTS

Output Name and Description Schedule Notes

1 STRIKE_1

SpringBolt 12 Y Default door 1 strike

2 CCTV_1

Camera outside of Door 1 D Set to show entry from parking

3 STRIKE_2

MagLock 1000 Y Default door 2 strike

4 CCTV_2

Camera outside of Door 2 D Set to show entry from parking

Example 7: Planning APM Outputs

3.2.5. Options

Options are selected to define the behavior of outputs 2 and 4. Multiple options can be selected

for each output.

The Denied Access and Occupancy Monitoring options are associated with one of the doors

(readers). When selecting these options, select the door that this output will correspond to.

For the Occupancy Monitoring Option, determine the maximum number of cardholders in the

door. The current number of cardholders in the door will also be requested when programming. If

the reader is to be disabled once the maximum has been reached, make this selection for the

option as well.

See the table below for an example on planning your APM’s options:

OPTIONS

Output Denied

Access Security

System

Arm/Disarm

Panic Wireless Point

Control

Occupancy

Monitoring

Lights Star

2■ Door 1

❑ Door 2

❑■■❑■ Door 1 ❑ Door 2

Maximum: _25

Current: _4 _

❑ Disable Reader

4❑ Door 1

■ Door 2

❑■❑■❑ Door 1 ■ Door 2

Maximum: 100

Current: _62

❑ Disable Reader

Note: If “Panic” is selected, choose the initial on-time (minimum) 10 seconds and

the time-out (minimum) 9000 seconds

Example 8: Planning APM Options

3.2.6. Readers and Keypads

Readers can be used by themselves or with keypads. Their output can be in Wiegand or magnetic

stripe format. The reader LED (light-emitting diode) can be one- or two-colored.

❖ ❖ How to Plan Each Reader

1. Record a description of the reader/keypad configuration on your planning form.

2. Select whether or not a keypad is used (see Example 9).

3. Select the appropriate output format, Wiegand or magnetic stripe.

Note: Keypads, proximity, and bar code readers typically use Wiegand output format.

4. Select the appropriate reader LED (light-emitting diode) type for your system.

See the table below for an example on planning your card readers and keypad use:

CARD READERS AND KEYPADS

Reader Description Keypad

Type

LED Type

1 HID MaxProx

Proximity reader

❑ Yes

■ No

■ Wiegand

❑ Magnetic Stripe

❑ Red Only

■ Red/Green

2 Essex Keypad

Keypad Only

■ Yes

❑ No

■ Wiegand

❑ Magnetic Stripe

❑ Red Only

■ Red/Green

Example 9: Planning APM Card Readers and Keypads

3.2.7. Site Code and Terminal Baud Rate

The site code for Wiegand cards is generally less than 255. The APM site code must match the

site code of the cards being used.

Note: For magnetic stripe cards, the site code can be up to an 8-digit number.

The terminal baud rate is the speed that the terminal connects to the APM. For any

communication with the APM, the baud rate of the terminal must match the setting at the APM.

❖ ❖ How to Select Your APM Site Code and Baud Rate

1. Record the site code of your APM on your planning form.

2. Select the appropriate terminal baud rate.

See the table below for an example on planning your APM’s information:

APM INFORMATION

Site Code 129 Terminal Baud Rate ❑ 300 ❑ 1200 ❑ 2400 ■ 9600

Example 10: Planning APM Site Code and Terminal Baud Rate

3.2.8. Magnetic Stripe Card Data Format

Note: This section is not required if all of your card readers are Wiegand format.

The magnetic-stripe format defines positions of data fields on track 2 of the magnetic-stripe card.

Letters for start, end, and separator characters are hexadecimal values. Each value must be unique.

Each and card format contains one digit for the longitudinal redundancy check (LRC), a computed

value that determines if the data fields on the card have been read correctly. The LRC is always

the next character after the end character.

If a site code field is used, the site code for your APM must match the site code for each card

before any further data validity checks are made.

If the ID number is defined, the ID number is reported with the card number on any event

involving this card. However, the ID number is not used by your APM for access control.

For magnetic stripe cards, the data format can be defined by you. If this format differs from APM

defaults, the data format settings can be customized for the cards being used. The magnetic stripe

data format is critical to the operation of the APM. If the positions and lengths of the fields do not

agree with those on the cards, your APM cannot interpret them and will not grant access.

The magnetic-stripe card contains up to 40 sequentially numbered character positions, starting

with the start character at position 1.

Note: Magnetic stripe card format fields cannot share character positions.

The SETMAG command (described fully in Section 7) is used to define the magnetic stripe card

format. A list of both required and optional SETMAG fields are described below:

Required SETMAG Fields

Start character A letter A to F that marks the beginning of the data

area.

End character A letter A to F, different from the start character,

that marks the end of the data area.

Card number A 1- to 16-digit number unique to this card. The

number can be divided into three fields, which do

not need to be consecutive.

Optional SETMAG Fields

Site code A 1- to 8-digit number that uniquely identifies the

site to be used with this card. Site codes are used if

several sites are set up with similar card formats.

ID number A 1- to 36-digit, user-defined number. The number

can be divided into two fields, which do not need to

be consecutive. The ID number is displayed for

access events for the card, and is not used for any

other purpose.

Separator character A letter A to F, different from the start and end

characters, used to separate fields.

Table 2: Magnetic Stripe Card Data Format and the SETMAG Command

The default magnetic-stripe format used by your APM has the following items:

• a start character of B in position 1

• a three-digit site code field in positions 2-4

• a seven-digit card number field in positions 5-11

• a separator character of D in position 12

• an end character of F in position 39

❖ ❖ How to Set the Magnetic Stripe Data Format

1. On your planning form, record the character (A-F) used for the start sentinel (see Example

11).

2. On your planning form, record site code information, including the following:

• the number of digits and

• the positions at which the site code starts and ends.

3. On your planning form, record card number information pertaining to numbers:

• the number of digits and

• the positions where the card number starts and ends.

Note: Up to three fields can be used for the card number.

4. On your planning form, record the information pertaining to the ID number:

• the number of digits and

• the positions at which the ID number starts and ends.

Note: One or two fields can be used for the ID number.

5. On your planning form, record the character (A-F) used for the separator and its position.

6. On your planning form, record the character (A-F) used for the end sentinel and its position.

See the table below for an example on planning your APM’s card data format:

MAGNETIC STRIPE CARD DATA FORMAT

Field Character Digits Position 1 Position 2 Position 3

Start End Start End Start End

Start Sentinel B

Site Code 324

Card Number 7 511----

ID Number - ----

Separator D 12

End Sentinel F 39

Example 11: Planning your APM Magnetic Stripe Card Data Format

3.2.9. System Power

Your system power information is valuable for future reference and troubleshooting.

❖ ❖ How to Select the System Power Information

1. Record the voltage and location of the power supply on your planning form.

2. Record the circuit breaker number and location (if applicable) on your planning form.

3. Select whether or not a backup battery is used.

See the table below for an example on planning your APM’s system power:

SYSTEM POWER

Power Supply Circuit Breaker Backup Battery

Voltage Location Number

Location

115VAC Room 105 ceiling 23

South wing breaker box

■ Yes ❑ No

Example 12: Planning the System Power

3.3. Database

3.3.1. Cardholders

The cardholders database associates an “access token” (a card, PIN, or both) with time schedules

for each door.

❖ ❖ How to Plan Each Cardholder

1. On your planning form, record the name of the cardholder (18 characters or less). See

Example 13.

2. On your planning form, record the cardholder's card number (if used).

3. On your planning form, record the cardholder's PIN (if used).

4. Determine and write down time schedules for access to each door for the cardholder.

5. Choose a category to group the cardholder (if desired).

6. Assign the security system Arm / Disarm or Wireless Point Control privilege if the cardholder

will be using either of the options.

See the table below for an example on planning your cardholder database:

CARDHOLDERS DATABASE

Name Card PIN Schedule Category Privileges

Door

1Door

Security

System

Arm/Disarm

Wireless

Point

Control

MASTER 1000 3870 X X

✔

SUPERVISOR 1997 X X

✔

FORTE_BOB 215575 1234 A A

KEMPER_GREG 215577 D D

✔

MOORE_PAUL 1122 C C

SINKULA_DAVE 215576 B B

WETTERLIND_ERIC 215576 D D

✔

TEMP 200000 Y Y

1234567 D D

Example 13: Planning the Cardholder Database

3.3.2. Master Learn / Delete Cards

Master Learn Cards are used to add cards directly to the database at the card reader. Master Learn

Cards A-D are used to add new cards with the attributes set for them.

Master Delete Cards are similar to Master Learn Card, except they delete cards directly from the

database when used at the card reader. Card E is used to delete a card from the database.

❖ ❖ How to Plan Each Master Learn / Delete Card

1. On your planning form, record the name of the cardholder (18 characters or less). See

Example 14.

2. On your planning form, record the Master Learn / Delete Card number.

3. Determine and write down time schedules for access to each door for the cardholder.

4. Choose a category to group the cardholder.

5. Assign the security system Arm / Disarm or Wireless Point Control privilege if the cardholder

will be using either of the options (if desired).

See the table below for an example on planning your APM’s Master Learn / Delete Cards:

MASTER LEARN / DELETE CARDS

Card Name Card Schedule Category Privileges

Number Door 1 Door 2

Security

System

Wireless

Control

ASHIFT_A 1001 A Y A

BSHIFT_B 1002 B Y B

CSHIFT_C 1003 C Y C

DOFFICE 1004 D D O ✔

[Delete]

1005

Example 14: Planning Master Learn / Delete Cards

4. Mounting and Wiring

This section describes how to mount your APM. It also gives general guidelines for mounting

APM peripherals, such as readers, keypads, sensors, switches, devices, and a terminal device.

4.1. Equipment List

The following is a list of the equipment needed for the installation:

4.1.1. Power Supply

❏ AC or DC power source

❏ For AC power, a transformer (provided with APM)

❏ An 18 AWG (or larger) 3-conductor cable, such as Belden 9453.

4.1.2. Door Peripherals

The following peripherals can be used for each door:

❏ Door position sensor

❏ Exit Switch Kits (ITI P/N 805134)

❏ Wiegand card reader, or

❏ proximity card reader, or

❏ magnetic-stripe card reader (many models are available)

❏ and/or keypad (ITI P/N 60-330)

❏ Door strike

❏ Output devices (such as alarms, sirens, CCTV, etc.)

4.1.3. Optional Add-On Kits

❏ Optional Backup Battery Kit (ITI P/N 34-006)

4.1.4. Communications

❏ RS-232 terminal (ITI P/N 60-481) or a computer with terminal emulation software

❏ Terminal cable (ITI P/N 49-334 - provided with terminal # 60481)

❏ Database Backup and Restore Software (ITI P/N 60-480)

4.2. Mounting the APM and Peripherals

❖ ❖ How to Mount the APM

Mount your APM on the secure side of the doors it will monitor. Use the dimensions shown in

Figure 4 for mounting your APM.

3.38"

13.88"

14.50"

1.50"

11.50"

9148G04A.DS4

Figure 4: 351 Mounting Dimensions

Use the following guidelines when mounting your APM peripherals:

• Mount the peripherals according to the instructions provided with the manufacturer's

packaging.

• A reader or keypad must be mounted on the unsecure side of each door, near the door, at a

convenient height for users.

4.3. Wiring the APM and Peripherals

Wire your APM and peripherals by connecting all devices as shown in Figure 5, 351 Wiring

Diagram.

4.3.1. Wiring Guidelines

Proper wiring connections and shielded cable grounding are essential for a reliable system. Poor

wiring connections, ground loops, or ungrounded shielded cable cause most system problems.

Warning: The APM enclosure should not be used as a pull box or pass-through for wiring

unrelated to your APM and its associated equipment.

4.3.2. Stripping Shielded Cable

When stripping the outer jacket off the shielded cable, carefully inspect the insulation on the wires

for any nicks or cuts. After the excess shield has been cut off, pull the outer jacket of the shielded

cable over any exposed shield. Only the shield wire should be exposed.

When preparing the individual wires, strip off 1/4” of insulation. Tightly twist the strands together

and tin the wire. Beware of loose strands of wire touching adjacent screw terminals, as they can

cause problems.

4.3.3. Grounding Shielded Cable

Throughout the system, shielded cable must be properly grounded to prevent noise or ground

loops. The ground screw for the enclosure is terminal 3. This terminal must be connected to a

known ground (incoming power ground, telephone system ground, cold water pipe, or grounding

rod) for proper operation. Connect the shield wire of a shielded cable to the nearest ground

terminal on the APM's terminal strip.

PRIMARY POWER

GROUND

BACKUP BATTERY

TAMPER

+12V POWER OUTPUT, SEE NOTE 2

NOT USED

RELAY 1

DOOR 1 STRIKE

RELAY 2

DOOR 1 AUXILIARY

RELAY 3

DOOR 2 STRIKE

RELAY 4

DOOR 2 AUXILIARY

TRANSMIT DATA (TO TERMINAL)

RECEIVE DATA (FROM TERMINAL)

GROUND

DATA-1 OR M.S. DATA

DOOR 1 READER

DATA-0 OR M.S. CLOCK

KEYPAD

READER LED

+5V READER POWER, SEE NOTE 2

DOOR 2 READER

DATA-0 OR M.S. CLOCK

DATA-1 OR M.S. DATA

KEYPAD

READER LED

+12V READER POWER, SEE NOTE 2

GROUND

FUTURE USE

INPUT 1, DOOR 1 POSITION

INPUT 2, DOOR 1 EGRESS

INPUT 3, DOOR 2 POSITION

INPUT 4, DOOR 2 EGRESS

GROUND

POWER RELAY OUTPUT POINTS RS232

TERMINAL

PORT CARD READERS/KEYPADS INPUT

POINTS

NC NO

16 VAC

18-24 VDC

POWER

SUPPLY

BATTERY

TO EARTH

GROUND

DOOR 1

STRIKE

DOOR 1

AUXILIARY

DEVICE

GENERAL-

PURPOSE

OUTPUT

DOOR 2

STRIKE

DOOR 2

AUXILIARY

DEVICE

GENERAL-

PURPOSE

OUTPUT

49-334

TAMPER

SWITCH

PROGRAMMING

TERMINAL

DOOR 1

CARD READER

(OR WIEGAND

KEYPAD)

PRIMARY

POWER

FUSE

FASTACTING

BATTERY

FUSE

FASTACTING

POWER

CLEAR

MEMORY

(SEE NOTE 1)

TERMINAL

BPS

GREEN

WHITE

BLACK

12V DC OUTPUT

(SEE NOTE 2)

WARNING: For continued protection against

the risk of fire, replace only with

the same type and rating fuse.

Notes: 1) To clear memory:

Press and hold the clear memory

button until the power indicator

goes out (about 5 seconds) then

release.

2) Total current sourced from terminals

6, 27, and 32 must not exceed 600 mA.

300

1200

2400

9600

OFF

DIP

SWITCH 1 DIP

SWITCH 2

TERMINAL PORT BPS

TABLE

9148G01B.DSF

4.7K EOL RESISTORS

ARE REQUIRED FOR

SUPERVISED INPUTS.

CONTACTS MAY BE

N.O. OR N.C.

INPUT

GND

INPUT

GND

INPUT

GND

INPUT

GND

SUPERVISED NON-SUPERVISED

NORMALLY

OPEN

NORMALLY

CLOSED

DOOR 2

WIEGAND

KEYPAD

(OR CARD

READER)

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

Figure 5: 351 Wiring Diagram

CAUTION! DO NOT apply power or connect backup batteries to your 351 yet!

❖ ❖ Wiring the APM and Peripherals

1. Wire your APM and peripherals as shown in Figure 5, 351 Wiring Diagram.

2. Connect the power supply cables (but do not apply power) and connect the grounding wire.

Warning: Do NOT connect the backup battery at this time.

3. Connect the output devices.

4. Connect the terminal and set the baud rate switches.

5. Connect the card readers and/or keypads.

6. Connect the input devices.

Note: Installation and wiring should be done in accordance with the National Electrical Code ,

NFPA No. 70, and any other applicable state or local codes.

4.4. Wiring the Power Supply and Grounding

Warning: Do not apply power to your APM or connect the backup battery yet! Only connect

the power supply cable to your APM now.

The APM's main electronics module can be powered two ways:

• AC— 16 VAC, 50/60 Hz

• DC— 18-24 VDC

Proper earth grounding must be used with either type of power source. Refer to Figure 6 or Figure

7 when making the power supply connections.

4.4.1. Wiring an AC Power Supply

1. Connect the AC terminals of the power transformer to terminals 1 and 2.

2. Connect the ground terminal on the transformer to terminal 3.

Warning: Do not plug the transformer into the AC power supply at this time.

12 3

PRIMARY

POWER FUSE

3 A

FAST ACTING

BATTERY FUSE

2 A

FAST ACTING

AC AC

GND

9148G07A.DS4

Figure 6: Wiring a 16 V Power Supply

4.4.2. Wiring a DC Power Supply

1. Connect the AC terminals of the power transformer to terminals 1 and 2.

2. Connect terminal 3 to a proper ground.

Warning: Do not connect the DC power supply at this time.

12 3

PRIMARY

POWER FUSE

3 A

FAST ACTING

BATTERY FUSE

2 A

FAST ACTING

DC POWER

SUPPLY

18-24 VDC

2.0 A MAX.

-TO

EARTH

GROUND

9148G08A.DS4

Figure 7: Wiring a DC Power Supply

CAUTION! The DC power source MUST have a voltage output between 18 and 24 or the

APM's power supply can be damaged.

4.5. Wiring the Outputs

The APM controls four outputs:

• Outputs 1 and 3 are used to control the door strikes.

• Outputs 2 and 4 are used for APM options, interlocking, or other general-purpose outputs.

All of the output contacts are voltage-free, Form C type, rated at 3 Amps, 24 VAC or 30 VDC.

❖ ❖ How to Wire the Outputs

Complete the connections shown in Table 3. Refer to Figure 5, 351 Wiring Diagram, for the

location of these connections. Specific wiring for the strike(s) depends on the type of lock used.

Follow the manufacturer's instructions for the lock used.

Some examples of strikes are shown in Figure 8 and Figure 9 (found later in this section).

Note: Wire a diode across all DC-powered strikes or other inductive devices (see Figure 8 and

Figure 9).

Output Device Terminal

Connections

1 Door 1 Strike 8, 9, 10

2 Device used with another general output device. 11, 12, 13

3 Door 2 Strike 14 15 & 16

4 Device used with another general output device. 17, 18, 19

Table 3: The Output Connections

Note: When powering up the APM, all outputs are set to OFF.

CAUTION! The total power consumption of all external devices (strikes, outputs, readers,

etc.) must not exceed 600 mA at 12 VDC.

8910

351

APM

24 VDC

POWER

SUPPLY

1N4002

EQUIVALENT

STRIKE

9148G05A.DS4

Figure 8: Normally Open Strike at Door 1

14 15 16

351

APM

POWER

SUPPLY

9148G06A.DS4

MAGNETIC LOCK

1N4002

EQUIVALENT

Figure 9: Magnetic Strike at Door 2

4.6. Wiring the Terminal

Each APM requires an RS-232 terminal or a computer with terminal emulation software for

programming and displaying events. Setting up the terminal includes wiring the terminal to your

APM and setting two DIP switches on the APM. The DIP switches are located near the upper

right of the inside of your APM (see Figure 5, 351 Wiring Diagram) and indicate the baud rate for

the terminal.

❖ ❖ How to Wire the Terminal

Connect the cable (ITI P/N 49-334) to the terminal block and to your APM terminals 20 (green

wire), 21 (white wire), and 22 (black wire). Refer to Figure 5, 351 Wiring Diagram, for the

location of these connections.

The maximum recommended cable length between your APM and the terminal is 50 feet. ITI

recommends the use of modems (80-067) for distances greater than 50 feet.

Note: Communications with the terminal are possible at distances greater than 50 feet.

However, these communications do not conform to the EIA RS232C specification and

are not recommended by ITI.

❖ ❖ How to Set the DIP Switches for the Terminal

Use the appropriate setting in Table 4 to set the terminal baud rate:

Baud

Rate

DIP Switch 1 DIP Switch 2

300 OFF OFF

1200 OFF ON

2400 ON OFF

9600 ON ON

Table 4: The Terminal Baud Rate DIP Switch Settings

4.6.1. Configuring the Terminal

Configure the terminal to be used to program the APM.

Note: Depending on the terminal used, configuration can mean setting DIP switches or

running a configuration/setup program.

If the terminal is a computer with terminal emulation software, ensure that the configuration

matches the requirements below.

❖ ❖ How to Configure the Terminal

Follow the instructions provided in the terminal's manual. Configure the terminal setting as is

indicated below:

Parameter Setting

Baud Rate 300, 1200, 2400 or 9600

Word Size 7 bits

Parity Even

Flow Control XON / XOFF

Stop Bits 1

Duplex Full

Table 5: Terminal Configuration Settings

❖ ❖ How to Install the Database Backup Software

Follow the instructions provided with the software.

4.7. Wiring the Readers and/or Keypads

Each door must have a Wiegand or magnetic-stripe format reader and/or a keypad. When

completing reader or keypad connections, refer to Figure 5, 351 Wiring Diagram.

❖ ❖ How to Wire Readers

Follow the instructions provided with the reader packaging. For ITI magnetic-stripe and Wiegand

readers, use the following specifications for cabling:

• 0 to 50 feet— 24 AWG shielded cable (Belden 9535 or equivalent).

• 50 to 500 feet— 18 AWG shielded cable (Belden 9553 or equivalent).

❖ ❖ How to Wire Keypads

Follow the installation instructions included with the Keyboard Option Kit.

4.8. Wiring the Inputs

The APM monitors four inputs. Each input requires a single pole, single throw (SPST), normally

open or normally closed, voltage-free contact.

The inputs are used for the door sensors position sensors and exit buttons. Each of the inputs can

be supervised by installing end-of-line resistors.

❖ ❖ How to Wire the Inputs

Complete the connections in Table 6. Refer to Figure 5, 351 Wiring Diagram, for the locations of

these connections.

Input Device

Terminals

1 Door 1 Position Sensor

36 & 38

2 Door 1 Exit Button

37 & 38

3 Door 2 Position Sensor

38 & 39

4 Door 2 Exit Button

38 & 40

Table 6: The Input Connections

4.9. Applying Power

When all steps for mounting and wiring are completed, you are nearly ready to apply power to the

APM. Complete the prepower checklist before applying power.

CAUTION! Do not apply power to your APM until completing the prepower checklist!

4.9.1. Prepower Checklist

Confirm each of the following items before powering up the APM.

❏ The APM is mounted on the secure side of the door.

❏ The card reader (s) and/or keypads are mounted as specified in the Option Kit instructions.

❏ Terminal 3 is properly grounded.

❏ All shielded cables are properly grounded.

❏ All screw terminals are tightened.

❏ The door strike wiring is run in a separate cable.

❏ A diode has been placed across any DC-operated strikes and any other inductive devices.

❏ The power source cable has been wired, but is not plugged in.

❏ The baud rate DIP switch has been set properly.

4.9.2. Powering Up

The following procedure defines how to apply power to your APM for the first time.

Warning: Memory must be cleared when powering up the APM.

❖ ❖ How to Power Up an APM

1. Plug in your APM’s AC or DC power supply.

2. Hold down the [Clear Memory] button until the green power light, located on the left inside

of the unit, blinks. (Refer to Figure 5, 351 Wiring Diagram, for the location of the button and

power light.)

4.10. Wiring the Backup Battery

Optionally, your APM uses one l2-Volt, 6-Amp hour backup battery (ITI P/N 34-006). A float-

type battery charger is included in your APM power supply.

❖ ❖ How to Wire the Backup Battery

Connect the battery to terminals 3 and 4. Refer to Figure 5, 351 Wiring Diagram, for the location

of these connections.

Note: The battery charger supplies up to 500 mA to the battery. How long your APM works

depends upon the battery’s condition and the load on the APM.

4.10.1. Testing Communications

After powering up the APM, use the following procedure to test communications.

Note: If your APM does not respond as described in the following procedure, go to Section 9,

“Testing and Troubleshooting,” for help identifying and resolving the problem.

❖ ❖ How to Test Communications

1. Verify the following things to test communications:

• The APM power light is on.

• The power indicator on the reader LED (light-emitting diode) is red.

• If keypads are used, the Ready LED is on.

• The terminal displays the following message:

PRIMARY POWER RESTORED

• followed by a statement about the database (INTACT or LOST) and a statement about the

backup battery (LOW or OK).

2. Type a few random characters on the terminal. All characters typed should appear

on your display.

Note: All letters typed will appear only in uppercase.

3. Press [Rtn]. The BAD COMMAND message should display on the next line.

4. Log on to your APM and print the Full APM report. To do this, refer to the instructions in

Section 6.

5. Introduction to Programming

The following section introduces general procedures and conventions used to enter commands

into your APM. Commands are used to set up your APM configuration, maintain the cardholder

database, and control system devices.

5.1. Programming Conventions

The following conventions are always used during programming.

Note: Uppercase (capital) letters must be used at all times when programming. Press the [Caps

Lock] button on to ensure the use of uppercase letters.

5.1.1. The Ready> Prompt

The Ready> prompt is displayed when your APM is ready to receive a command.

5.1.2. Aborting Commands

When programming, press the [Esc] key at any time to quit the current command. After pressing

[Esc], the message ABORTED appears. Press [Rtn] to return to the Ready> prompt.

5.1.3. Command Responses

When a command is entered correctly, your APM displays an OK message, like this:

01/01/97 MO 12:00 APM_1 - OK

When a command is not entered correctly, your APM displays an error message, like this:

FORMAT ERROR (R-retry)>

Note: For a complete list of APM error messages, refer to Appendix E, “APM Error

Messages.”

5.2. List of APM Commands

Command Function

Command

Page #

Used By

Installers

Used By

Owners

Command Entry Mode

Enter command entry mode.

LOGON

✔

Exit command entry mode.

LOGOFF

✔

Accessing Information on the APM

Print reports on APM

configuration or cardholder

information.

REP

✔

List of all programming

commands.

HELP

✔

Basic APM Setup

Set the name to the APM.

APM

65 ✔

Set the current date.

DATE

65 ✔

Set the current time.

TIME

66 ✔

Set up of APM Schedules

Set up holiday schedules.

HOL

67 ✔

Enter the time schedules for

cardholders and input and output

devices.

68 ✔

Schedule time changes to/from

daylight saving time.

DLS

70 ✔

Set up of APM Hardware

Define the door strike settings.

DOOR

✔

Define input and outputs.

✔

Select options for outputs 2 or 4.

OPT

✔

Set panic option timer values.

PANIC

✔

Set the card readers

RDR

✔

Miscellaneous Types of Setup Commands

Change your APM password.

PSW

78 ✔

Set your APM site code.

✔

Set the magnetic-stripe card

reader format.

SETMAG

✔

Setting Up Card Access

Enter and maintain cardholder

information.

DBASE 84-87 ✔

Set up Master Learn / Delete

Cards to add and delete cards at

the card reader.

LEARN 89-90 ✔

System Control Commands

Lock or unlock the card readers

or keypads.

LOCK 82 ✔

Turn an output on, off, or pulse it. REL 81 ✔

Command Reference 1: APM Command Table

5.3. Command Entry Mode

The APM is normally in a secure state that will not accept commands. In order to program the

APM the user must log on to enter command entry mode. Logging into this mode requires a

password to prevent unauthorized access.

After programming is finished, you return your APM to the secure state by logging off.

Note: If you do not type anything for two minutes, your APM will automatically log off into the

secure state.

5.3.1. Entering Command Entry Mode: LOGON

The LOGON command allows you to program your APM. To prevent unauthorized access, this

command requires a password to enter command entry mode.

Each APM has a default password, ITI351. However, this password should be changed after

installation. Changing the password is done with the PSW command, found later in this section.

Prompt Response

How to log onto the APM:

Ready> Type LOGON and press [Rtn].

ENTER YOUR PSW> Type the password and press [Rtn].

Note: As you type each character, the terminal displays an X to protect your

password.

Note: The default password is ITI351.

Command Reference 2: LOGON

5.3.2. Obtaining a List of Commands: HELP

The HELP command lists available commands. This provides an on-line reference to available

commands while programming the APM.

Prompt Response

To use the HELP command:

Ready> Type HELP and press [Rtn].

A complete command list will be displayed.

To stop the scrolling list, press Ctrl + S.

To start the list scrolling again, press Ctrl + Q.

Command Reference 3: HELP

5.3.3. Exiting Command Entry Mode: LOGOFF

To leave command entry mode, you must log off with the LOGOFF command. Use this command

whenever you are done programming. Remember, your APM will automatically log off after 2

minutes of inactivity.

Prompt Response

How to log off of APM:

Ready> Type LOGOUT and press [Rtn].

Command Reference 4: LOGOFF

Note: Although the terminal prompt is “Ready,” you must use the

LOGON

command. No

entries are possible until a valid

LOGON

occurs.

5.4. General Procedure for Entering Commands

Entering commands generally involves first logging on, issuing commands, responding to each

command prompt, and logging off when finished.

Prompt Response

How to type general commands into your APM:

Ready> Type LOGON and press [Rtn].

ENTER YOUR PSW> Type the password and press [Rtn].

Ready> Type the appropriate command and press

[Rtn].

… Respond to each prompt. (The commands all

have varying prompts.) …

Ready> When finished programming, type LOGOFF

and press [Rtn].

Command Reference 5: General Procedure for Entering Commands

6. Reports

The REP command is used to generate reports. Reports are used to display your APM

configuration, stored events, or cardholder information.

You can generate several types of reports on your APM:

• Full— Displays your APM configuration, including settings for inputs, outputs, doors,

time schedules, site code, and Master Learn / Delete Cards.

• Event— Lists all events stored in the APM.

• Cardholder— Searches for and lists cardholders in the database. A search can be by card,

PIN, name, or category.

6.1. Full Report

The Full Report, which you select by entering the Full option from the REP command, displays

all current APM settings

Prompt Response

How to display a Full Report:

Ready> Type REP and press [Rtn].

B-badge N-name F-full

C-cat E-events> Type F (for Full Report) and press [Rtn].

To stop the scrolling, press Ctrl + S.

To start the list scrolling again, press Ctrl + Q.

Command Reference 6: Full Report

Note: Always print a copy of the Full Report before changing your APM settings.

03/06/97 TH 13:04 NCS FULL REPORT

POWER:

PRIMARY-OK

BATTERY-LOW

INPUTS:

EAST_POS TROUBLE Y NC SUP INTERLOCKED

INPUT2 NORMAL Y NO NON-SUP

WEST_POS TROUBLE Y NO SUP INTERLOCKED

INPUT4 NORMAL Y NO NON-SUP

OUTPUTS:

EAST_STK OFF Y

EAST_CCTV ON D

WEST_STK OFF Y

WEST_CCTV ON D

LOCK STATUS-UNLOCKED

TIME SCHEDULES:

A 00:00-07:59 --:-- --:-- MO,TU,WE,TH,FR,SA,SU

23:45-23:59 08:00-08:14 MO,TU,WE,TH,FR,SA,SU

--:-- --:-- --:-- --:--

B 08:00-15:59 --:-- --:-- MO,TU,WE,TH,FR,SA,SU

07:45-07:59 16:00-16:14 MO,TU,WE,TH,FR,SA,SU

--:-- --:-- --:-- --:--

C 16:00-23:59 --:-- --:-- MO,TU,WE,TH,FR,SA,SU

15:45-15:59 00:00-00:14 MO,TU,WE,TH,FR,SA,SU

--:-- --:-- --:-- --:--

D 06:30-17:29 --:-- --:-- MO,TU,WE,TH,FR,

10:00-15:59 --:-- --:-- SA,SU,HO

--:-- --:-- --:-- --:--

HOLIDAYS

1: 05/26/97 00:00 05/26/97 23:59 variable

2: 09/01/97 00:00 09/01/97 23:59 variable

3: 12/24 00:00 12/25 23:59 fixed

4: 12/31 00:00 01/01 23:59 fixed

DAYLIGHT SAVINGS:

1: 04/06 02:00 03:00

2: 10/26 02:00 01:00

OPTIONS:

EAST_CCTV

WIRELESS - LIGHTS

DENIED ACCESS - DOOR_EAST

WEST_CCTV

WIRELESS - STAR

DENIED ACCESS - DOOR_WEST

PANIC:

INITIAL ON TIME=30

TIME-OUT=240

DOORS:

DOOR_EAST

STRIKE TYPE = FIXED TIME

STRIKE TIME = 10

AJAR TIME = 10

DOOR_WEST

STRIKE TYPE = FIXED TIME

STRIKE TIME = 10

AJAR TIME = 10

SITECODE=0

READER TYPE - wiegand

READER LED TYPE - red/green

LEARN CARDS:

ADD:

A=215574 NAME=SHIFT_A TS1=A TS2=A CAT=A A/D=N PC=Y

B=215575 NAME=SHIFT_B TS1=B TS2=B CAT=B A/D=N PC=Y

C=215576 NAME=SHIFT_C TS1=C TS2=C CAT=C A/D=N PC=Y

D=215577 NAME=REGULAR TS1=D TS2=D CAT=R A/D=N PC=Y

DELETE:

E=215579

7 IDS IN DBASE

CARDHOLDER DBASE 2% FULL

03/06/97 TH 13:05 NCS END FULL REPORT

Example 15: The Full Report

6.1.1. Power

This Full Report section indicates the information about your APM’s power sources:

• Primary— The status of the primary power source (OK or NONE).

• Battery— The status of the backup battery (OK or LOW).

6.1.2. Inputs

This Full Report section indicates the settings for each input:

• Input Name— Default names are INPUT1, INPUT2, etc.

• Status— NORMAL or ALARM; if the input is supervised, the alarm status can also be

TROUBLE.

• Schedule— The time schedules assigned to the input.

• Contact Type— Normally Open (NO) or Normally Closed (NC).

• Supervision— Supervised (SUP) or nonsupervised (NON-SUP).

6.1.3. Outputs

This Full Report section indicates the settings for each output:

• Output Name— Default names are OUTPUT1, OUTPUT2, etc.

• State— ON or OFF.

• Schedule— The time schedules assigned to the output.

6.1.4. Lock Status

This Full Report field indicates whether the card readers and/or keypads are locked (disabled) or

unlocked.

6.1.5. Time Schedules

This Full Report section indicates the user-defined time schedules:

• Schedule— The letter assigned to the time schedule (A-D).

• Intervals— When each interval in the schedule begins and ends.

• Days— MO, TU, WE, TH, FR, SA, SU, and/or HO (holidays).

6.1.6. Holidays

This Full Report section indicates the assigned holidays and their settings:

• Number— System-assigned number (1-10).

• Start— The start date and start time

• End— The end date and end time.

• Type— FIXED or VARIABLE

6.1.7. Daylight Savings

This Full Report section indicates the dates and times when automatic time changes are

scheduled:

• Number— System-assigned number (1 or 2).

• Date— The date the time change will go into effect.

• Old Time— The time the change will take place.

• New Time— The time after the change.

6.1.8. Options

This Full Report section indicates the options selected for outputs 2 and 4:

• If no options are selected for an output, NONE is displayed.

• If any of the options are selected, each is listed (INTERLOCKING, DENIED ACCESS,

SECURITY SYSTEM ARM/DISARM, PANIC, WIRELESS POINT CONTROL, ,or

OCCUPANCY MONITORING).

• If Denied Access is selected, the associated door is also displayed.

• If Occupancy is selected, the associated door is also displayed. Occupancy also displays

the current and maximum number of occupants, and whether the reader is locked when the

maximum is reached.

6.1.9. Doors

This Full Report section indicates the settings for each door:

• Strike Type— Either MEMORY, NON-MEMORY, or FIXED.

• Strike Time— The number of seconds this door is unlocked after valid access.

• Ajar Time— The number of seconds that a door can be held open, after the strike time,

without causing an alarm.

6.1.10. Panic

This Full Report field indicates the settings for the panic timer:

• Initial On Time— The number of seconds the panic output must remain on.

• Time Out— The number of seconds when the panic output will turn off.

6.1.11. Site Code

This Full Report field indicates the current setting for your APM site code.

6.1.12. Reader Type

This Full Report field indicates the type of reader used at your APM. Readers are either Wiegand

or magnetic stripe.

6.1.13. Reader Led Type

This Full Report field indicates the setting for the type of LED used at your APM. Reader LED

types are either red only or red and green.

6.1.14. Master Learn / Delete Cards

This Full Report section indicates the information about Master Learn / Delete Cards:

• Card Identifier— A, B, C, D, or E.

• Number— The number for the Master Learn / Delete Card.

Master Learn / Delete Cards also display the following attributes, which will be assigned to cards

added to the database at the reader:

• Schedules— TS1 and TS2 are the time schedules assigned for door 1 and door 2.

• Category— The category assigned to the cards.

• Name— The name assigned to the cards.

• Privileges— Y (yes) or N (no) for whether the cards are given Security System

Arm / Disarm (A/D) or Wireless Point Control (PC).

6.1.15. NUMBER OF IDS IN DBASE

This Full Report field indicates the number of cardholders in the database. It is displayed in the

format (#) IDS IN DBASE.

6.1.16. Cardholder Database Percentage Full

This Full Report field indicates the percentage of the cardholder database that is currently full. It

is displayed in the format CARDHOLDER DBASE (#)% FULL.

6.2. Event Reports

The Event Report lists up to 250 events that are stored in the memory. Events included in Event

Reports are power changes, alarm conditions, and access events.

Prompt Response

How to display an Event Report:

Ready> Type REP and press [Rtn].

B-badge N-name F-full

C-cat E-events> Type E (for Event Report) and press [Rtn].

To stop the scrolling list, press Ctrl + S.

To start the list scrolling again, press Ctrl + Q.

Command Reference 7: Event Report

Ready> REP E

03/06/97 TH 12:08 NCS EVENT REPORT

01/01/96 MO 12:00 NCS PRIMARY POWER RESTORED

01/01/96 MO 12:00 NCS RESTART DATABASE LOST *

01/01/96 MO 12:00 NCS BATTERY LOW *

03/05/97 WE 13:27 NCS CCTV_EAST ON crd=92764 SINKULA_DAVE^35

03/05/97 WE 13:27 NCS DOOR_EAST crd=92764 SINKULA_DAVE^35

03/05/97 WE 13:29 NCS CCTV_EAST OFF crd=92764 SINKULA_DAVE^35

03/05/97 WE 13:29 NCS CCTV_WEST ON crd=92764 SINKULA_DAVE^35

03/05/97 WE 13:29 NCS CCTV_EAST OFF crd=92764 SINKULA_DAVE^35

03/05/97 WE 13:30 NCS DOOR_WEST crd=92764 SINKULA_DAVE^35

03/06/97 TH 12:09 NCS END EVENT REPORT

Example 16: An Event Report

6.3. Cardholder Reports

The Cardholder Reports lists information about cardholders by card number, PIN, name, or

category.

6.3.1. Category Reports

A Category Report is used to search for a group of database entries by the category attribute. The

report can be generated with the actual list of cardholders or as a summary of the number of

cardholders in the category.

Note: A complete listing of all cardholders in a database can be obtained by using the wild

card category (*).

Prompt Response

How to display a category report:

Ready> Type REP and press [Rtn].

B-badge N-name F-full

C-cat E-events> Type C (for Category Report) and press [Rtn].

LIST (Y-yes N-no)> Type Y and press [Rtn] to list each cardholder,

or type N and press [Rtn] for a summary of all

cardholders.

CATEGORY (a-z,*=all)> Type the letter of the desired category and press [Rtn],

or type * (the wild card character) for a list of all

cardholders and press [Rtn].

Command Reference 8: Category Report

Ready> REP C,Y,*

03/06/97 TH 12:03 NCS CATEGORY REPORT

PIN CARD TS1 TS2 CAT ARM/DIS PT CTRL NAME

5804 D D R N Y SINKULA_DAVE^26

17925 A Y A N Y MOORE_PAUL

17926 B B B N Y FORTE_BOB

17927 C C C N Y WETTERLIND_ERIC

17930 D D M Y Y DEEN_FRED

46382 D D R N N SINKULA_DAVE^29

92764 D D R N N SINKULA_DAVE^35

7 ID (S) IN CATEGORY

03/06/97 TH 12:03 NCS END CATEGORY REPORT

Example 17: The Category Report (for All Categories)

Ready> REP C,Y,R

03/06/97 TH 12:03 NCS CATEGORY REPORT

PIN CARD TS1 TS2 CAT ARM/DIS PT CTRL NAME

5804 D D R N Y SINKULA_DAVE^26

46382 D D R N N SINKULA_DAVE^29

92764 D D R N N SINKULA_DAVE^35

3 ID (S) IN CATEGORY

03/06/97 TH 12:03 NCS END CATEGORY REPORT

Example 18: The Category Report (for One Category)

6.3.2. Cardholder Attributes

Each cardholder database entry has the following attributes:

• PIN— If used, the cardholder's personal identification number, such as the access code.

• Card Number— The cardholder's unique card identification number.

• Schedules— TS1 and TS2 are the time schedules assigned to this cardholder for door 1

and door 2.

• Category— The category to which this cardholder is assigned.

• Privileges— ARM/DIS and PT CTRL indicate if Security System Arm / Disarm or

Wireless Point Control privileges are assigned. The cardholder does have the privilege if a

Y is displayed; the cardholder does not have the privilege if an N is displayed.

• Name— The name of the cardholder.

Ready> REP

B-badge N-name F-full C-cat E-events> C

LIST (Y-yes N-no)> Y

CATEGORY (a-z,*=all)> R

03/06/97 TH 12:03 NCS CATEGORY REPORT

PIN CARD TS1 TS2 CAT ARM/DIS PT CTRL NAME

5804 D D R N Y SINKULA_DAVE^26

46382 D D R N Y SINKULA_DAVE^29

92764 D D R N Y SINKULA_DAVE^35

3 ID (S) IN CATEGORY

03/06/97 TH 12:03 NCS END CATEGORY REPORT

Example 19: Category Report for a Single Category

Ready> REP

B-badge N-name F-full C-cat E-events> C

LIST (Y-yes N-no)> N

CATEGORY (a-z,*=all)> R

03/06/97 TH 12:03 NCS CATEGORY REPORT

3 ID (S) IN CATEGORY

03/06/97 TH 12:03 NCS END CATEGORY REPORT

Example 20: Category Report With No Listing

6.3.3. Badge Reports

A Badge Report is used to search for a database entry by its card or PIN.

Prompt Response

How to display a Badge Report:

Ready> Type REP and press [Rtn].

B-badge N-name

F-full C-cat

E-events>

Type B (for Badge Report) and press [Rtn].

To stop the scrolling list, press Ctrl + S.

To start the list scrolling again, press Ctrl +Q.

P-pin C-card> Type the letter for the desired ID (either P or C) to

search for and press [Rtn].

CARD #> If Card was selected: Type the card for the report and

press [Rtn].

PIN> If PIN was selected: Type the PIN for the report and

press [Rtn].

Command Reference 9: Badge Report

Ready> REP

B-badge N-name F-full C-cat E-events> B

P-pin C-card> C

CARD #> 17926

PIN CARD TS1 TS2 CAT ARM/DIS PT CTRL NAME

17926 B B B N Y FORTE_BOB

Example 21: Badge Report for a Card

Ready> REP

B-badge N-name F-full C-cat E-events> B

P-pin C-card> P

PIN> 1234

PIN CARD TS1 TS2 CAT ARM/DIS PT CTRL NAME

1234 17930 D D M Y Y DEEN_FRED

Example 22: Badge Report for a PIN

6.3.4. Name Reports

A Badge Report is used to search for a database entry by cardholder name.

Prompt Response

How to display a Name Report:

Ready> Type REP and press [Rtn].

B-badge N-name

F-full C-cat

E-events>

Type N (for Name Report) and press [Rtn].

To stop the scrolling list, press Ctrl + S.

To start the list scrolling again, press Ctrl + Q.

NAME> Type the name of the cardholder and press [Rtn].

Command Reference 10: Name Report

Ready> REP

B-badge N-name F-full C-cat E-events> N

NAME> WETTERLIND_ERIC

PIN CARD TS1 TS2 CAT ARM/DIS PT CTRL NAME

17927 C C C N Y WETTERLIND_ERIC

Example 23: Name Report

7. Programming Your 351

Programming commands are used to set up your APM configuration, maintain the cardholder

database , and control system devices.

7.1. Basic Setup Commands

7.1.1. APM Name: APM

The APM command assigns a name to an APM. This name appears on reports and events. The

name set at the factory is APX (where X is the unit number).

An APM name can be up to 10 characters long. Each character can be a number or letter, as well

as any of the following symbols:

: < = > ? @ [ \ ] ^ _ `

Prompt Response

Setting your APM name:

Ready> Type APM and press [Rtn].

ENTER NEW APM NAME> Type the new name and press [Rtn].

The name can be up to 10 characters long. It can

include numbers and letters, as well as the following

characters:

: < = > ? @ [ \ ] ^ _ `

Note: The first character in the name cannot be a number, and the name cannot

include spaces.

Command Reference 11: APM

7.1.2. Current Date: DATE

The current date is set using the DATE command. The command can also be used to display the

current date, time, and APM name.

Enter dates in mm/dd/yy format, where “mm” is the month, “dd” is the day, and “yy” is the year.

For example, enter “January 1,1994” as “01/01/94.”

Prompt Response

Changing the date:

Ready> Type DATE and press [Rtn].

S-set R-read> Type S and press [Rtn].

DATE mm/dd/yy> Type today’s date in mm/dd/yy format (use leading

zeros) and press [Rtn].

Displaying the date:

Ready> Type DATE and press [Rtn].

S-set R-read> Type R and press [Rtn].

The date appears as follows:

01/01/97 MO 00:00

Command Reference 12: DATE

Note: The date value is used by your APM for event logging and in making date-based

decisions. Set your APM calendar to match the current date.

For dates, enter leading zeros for one-digit numbers, and do not omit the slashes.

7.1.3. Current Time: TIME

The TIME command is used to set the current system time. The command can also be used to

display the current date, time, and APM name.

Enter times as “hh:mm,” using the 24-hour format, where “hh” is the hour and “mm” is the

minute. For example, enter “1:05 AM” as “01:05” and enter “1:05 PM” as “13:05.”

Prompt Response

Setting the time:

Ready> Type TIME and press [Rtn].

S-set R-read> Type S and press [Rtn].

TIME hh:mm> Type the time in hh:mm format and press [Rtn].

Displaying the time:

Ready> Type TIME and press [Rtn].

S-set R-read> Type R and press [Rtn].

Command Reference 13: TIME

Note: Time is entered in 24-hour format (00:00 through 23:59).

Enter leading zeros for one-digit numbers and do not omit the colon.

Note: The time value is used by your APM for all event logging and all time-of-day-based

decisions. Because access times will not correspond to the actual time if the APM's time

is wrong, set your APM clock to match the current time.

7.2. Schedule Setup Commands

7.2.1. Holidays: HOL

The HOL command adds or deletes a holiday interval for use with time schedules.

Each holiday interval has a start time, end time, start date, and end date can span more than one

day. For example, the New Year’s holiday could be from 12/31/97, 5 PM, to 1/2/98, 9 AM

Note: Up to 10 holidays intervals can be defined.

Enter dates in “mm/dd/yy” or “mm/dd” format, as indicated by the prompt, where “mm” is the

month, “dd” is the day, and “yy” is the year. For example, enter January 1,1994 as 01/01/94.

Enter times as “hh:mm” format, using the 24-hour time, where “hh” is the hour and “mm” is the

minute. For example, enter “1:05 AM” as “01:05” and enter “1:05 PM” as “13:05.”

Prompt Response

Adding a holiday:

Ready> Type HOL and press [Rtn].

A-add, D-delete> Type A and press [Rtn].

F-fixed V-var> Type F and press [Rtn] to add a fixed holiday,

or type V and press [Rtn] to add a variable holiday.

START DATE mm/dd> Type the date the holiday begins and press [Rtn].

For fixed holidays, use mm/dd format;

for variable holidays, use mm/dd/yy format.

START TIME

hh:mm> Type the time the holiday begins (in hh:mm format)

and press [Rtn]. Time is entered in a 24-hour format,

and leading zeros must be used.

END DATE

mm/dd> Type the date the holiday ends and press [Rtn].

Note: For fixed holidays, use mm/dd format;

for variable holidays use mm/dd/yy format.

(Continued)

END TIME

hh:mm>

Type the time the holiday ends (in hh:mm format)

and press [Rtn]. Time is entered in a 24-hour format,

and leading zeros must be used.

Note: To verify your holiday additions, run a Full Report (see the “

REP

Command,”

in Section 6).

Deleting a holiday:

Note: You will need the holiday’s sequential number to delete the holiday. If you do

not know it, run a Full Report.

Ready> Type HOL and press [Rtn].

A-add,

D-delete>

Type D and press [Rtn].

HOLIDAY NUMBER

(1-10)>

Type the number of the holiday and press [Rtn].

Note: Holidays in a holiday schedule are renumbered whenever one is deleted. If you

plan to delete several holidays, we suggest you run a Full Report before deleting.

Command Reference 14: HOL

Note: For dates, enter leading zeros for one-digit numbers and do not omit the slashes.

For times, enter leading zeros for one-digit number, and do not omit the colon.

Note: To delete a holiday, its sequential number is needed. To obtain a holiday's sequential

number, run a Full Report.

7.2.2. Time Schedules: TS

The TS command is used to add, delete, or change time schedules.

Time schedules are assigned a reference letter. Schedules A through D are user definable with the

TS command. Schedules X (always) and Y (never) cannot be changed.

Note: Up to 4 time schedules can be defined.

Each time schedule includes up to four time zones, numbered 0 through 3. A time zone includes

one or two intervals of time, entered in the 24-hour format, when the schedule will be active. The

time schedule also includes the days of the week for which it applies.

The days of the week are numbered 1 through 7 starting with Monday. An “8th day” is defined as

all the holidays in the holiday schedule.

For example, if assigning the days 1 through 5 and 8 to a time zone, it will be active Monday

through Friday and on the scheduled holidays. Contiguous days are entered by using a hyphen

(Monday through Friday is entered 1-5). Separate days are denoted with semicolons (Monday,

Wednesday, Friday would be entered 1;3;5).

Prompt Response

Adding a time schedule:

Note: Repeat the following steps for every time zone you want in the time schedule.

Ready> Type TS and press [Rtn]

A-add D-delete> Type A and press [Rtn]

TIME SCHEDULE

(A-D)> Type a letter (A-D) to name this time schedule and

press [Rtn].

TIMEZONE (0-3) Type a number (0-3) to identify this time zone and

press [Rtn].

TIME

hh:mm-hh:mm;...> Type one time interval, in the hh:mm-hh:mm

format, and press [Rtn].

Or, type two time intervals, in the

hh:mm-hh:mm;hh:mm-hh:mm format, and press

[Rtn].

DAYS (1-3,1-MO)> Type the numbers for the days of the week the

time zone will be valid and press [Rtn]

(1-7=Monday-Sunday; 8 = Holidays.)

You can enter a contiguous set of days by using a

hyphen (Monday through Friday is entered 1-5).

Separate days are denoted with semicolons

(Monday, Wednesday, Friday would be entered

1;3;5).

Note: Print a Full APM report to verify your time schedules are correct (see “

REP

Command” in this section).

Deleting a time schedule

Ready> Type TS and press [Rtn]

A-add D-delete> Type D and press [Rtn].

TIME SCHEDULE

(A-D)> Type the letter (A-D) of the time schedule and

press [Rtn].

S-single B-block> To delete multiple time zones, type S and press

[Rtn] to delete time zones from the schedule one

at a time

or type B and press [Rtn] to delete the schedule all

at once.

TIME ZONE (0-3)> To delete a single time zone, type the number of

the time zone (0-3) and press [Rtn].

Note: The “time zone” prompt applies only if you select “single.”

Command Reference 15: TS

Note: Times are always inclusive; a time interval is active up to, and including, the start and

stop times. For example, a time interval from 00:00 to 11:59 is active from midnight to

noon.

Time intervals are active during the start and stop time. The start time must be earlier

than the end time. To span midnight, two intervals must be used.

Time zones assigned to holidays will only be used once the start time of the holiday

begins.

7.2.3. Daylight Savings Time Changes: DLS

The DLS command is used to set the dates and times for time changes, allowing your APM to

automatically adjust its internal clock.

Two dates can be set for time changes, typically these are used for:

• standard time to Daylight Savings Time and

• Daylight Savings Time to standard time.

Prompt Response

Adding an automatic time change (Daylight Savings Time):

Ready> Type DLS and press [Rtn].

A-add D-delete> Type A and press [Rtn].

DATE mm/dd> Type the date (in mm/dd format) when the time change

will go into effect and press [Rtn].

OLDTIME hh:mm> Type the time when the time change will go into effect

(in hh:mm format) and press [Rtn].

Note: Time is entered in a 24-hour format, and leading zeros must be used.

NEWTIME hh:mm> Type what the new time should be (in hh:mm format)

when the time change goes into effect and press [Rtn].

Deleting an automatic time change (Daylight Savings Time):

Ready> Type DLS and press [Rtn].

A-add D-delete> Type D and press [Rtn].

DLS (1 or 2)> Type the number of the time change to be deleted and

press [Rtn].

Note: “1” is the first time change entered, “2” is the second time change entered.

(These correspond to 1 and 2 shown in the previous report example.)

Command Reference 16: DLS

7.3. Hardware Setup Commands

7.3.1. Door Setup: DOOR

The DOOR command is used to enter settings for each door, as follows:

• Name — A descriptive name for the door (optional).

• Strike type — Either memory, non-memory, or fixed.

• Strike time — The number of seconds that the door strike is unlocked during access.

• Ajar time — The number of seconds a door can be open, beyond the strike time, without

causing an alarm.

Note: The default strike time is 10 seconds.

The default ajar time is 10 seconds.

The total time the door can be open without generating an alarm is the strike time plus the ajar

time. Zero can be entered for either the strike time or the ajar time. However, a 0-second strike

time will not open the door at all. A memory strike door with a 0-second ajar time generates an

alarm every time the door is opened during a valid access.

Note: If no time value is entered for either the strike time or ajar time, your APM retains the

previously entered value.

Prompt Response

Entering door settings:

Ready> Type DOOR and press [Rtn].

DOOR NAME> Type the current door name and press [Rtn].

The default names are door_1 and door_2.

NEW NAME> To rename the door: type the new name and press

[Rtn].

STRIKE TYPE

(M-memory N-non-memory

F-fixed time)>

Type the letter for the type of door used and press

[Rtn].

DOOR STRIKE

TIME (0-99)> Type the time (0-99 seconds) that this door should

remain unlocked after a valid transaction and press

[Rtn].

Note: A strike time of 0 will not open the door.

DOOR AJAR TIME

(0-99)> Type the time (0-99 seconds) that this door can be

held open after a valid access without triggering an

alarm and press [Rtn].

Note: A memory strike door with a 0-second ajar time generates an alarm every time the

door is opened during a valid access.

Command Reference 17: DOOR

7.3.2. Inputs and Outputs: IO

The IO command is used to make changes to input and output settings.

For inputs, the settings include the following:

• Point Name — Descriptive names, such as “hallmotion,” are helpful because point

names are listed in reports. The default names are INPUT1, INPUT2, etc.

The point name can be up to 10 characters long. It can include numbers and letters, as well

as the following characters:

: < = > ? @ [ \ ] ^ _ `

Note: The first character cannot be a number, and the name cannot include spaces.

• Time Schedule — A time schedule for an input defines when alarm messages are ignored

(shunted).

Note: The default time schedule for an input is Y (never).

• Contact Type — Defines whether the point is normally opened or normally closed.

• Supervised — A yes / no setting that indicates if the input is wired with a fixed resistor,

to distinguish between alarm or trouble conditions.

• Egress — A yes / no setting that indicates if the input is used for egress. If used for

egress, an alarm event at the input causes the door to unlock for the strike time. By default,

your system uses input 2 to unlock door 1 and input 4 to unlock door 2.

For outputs, the settings include the following:

• Point Name — Descriptive names, such as “camera,” are helpful because point names

are listed in reports. The default names are OUTPUT1, OUTPUT2, etc.

• Time Schedule — A time schedule for an output defines when the output will be active.

If the security system Arm / Disarm Option is used with output 2 or 4, see the DBASE

command, in Section 7.

Note: The default time schedule for an output is Y (never).

Prompt Response

Defining an output

Ready> Type IO and press [Rtn].

O-output I-input> Type O and press [Rtn] to enter settings for an output,

or type I and press [Rtn] to enter settings for an input.

POINT NAME> Type the current name for the point and press [Rtn].

Note: If you do not know the point’s current name, run a Full APM report. See “

REP

Command,” in the previous section.

(Continued)

NEW NAME> If you are changing the point name, type the new

name and press [Rtn].

Otherwise, leave the field blank and press [Rtn].

Note: The first character cannot be a number, and the name cannot include spaces.

TIME SCHEDULE

(A-D,X,Y)> If you want to assign a time schedule for the point,

type the time schedule’s letter, and press [Rtn].

If you do not want to assign a time schedule to the

point, press [Rtn].

Defining an input:

Ready> Type IO and press [Rtn].

O-output I-input> Type I and press [Rtn] to enter settings for an input

POINT NAME> Type the current name for the point and press [Rtn].

Note: If you do not know the point’s current name, run a Full APM report. See “

REP

Command,” in the previous section.

NEW NAME> If you are changing the point name, type the new

name and press [Rtn].

Otherwise, leave the field blank and press [Rtn].

Note: The first character cannot be a number, and the name cannot include spaces.

TIME SCHEDULE

(A-D,X,Y)> If you want to assign a time schedule for the point,

type the time schedule’s letter, and press [Rtn].

If you do not want to assign a time schedule to the

point, press [Rtn].

CONTACT TYPE

(O-normally open

C-normally closed)>

Type O and press [Rtn] if this door contact is

normally open,

or type C and press [Rtn] if this door contact is

normally closed.

SUPERVISED

(Y-yes N-no)> Type Y and press [Rtn] if this is a supervised point,

or type N and press [Rtn] if this is a non-supervised

point.

EGRESS

(Y-yes N-no)> Type Y and press [Rtn] if the input will be used for

egress,

or Type N and press [Rtn] if the input will not be

used for egress.

Note: Only inputs 2 and 4 are allowed as egress points.

Command Reference 18: IO

7.3.3. Options: OPT

CAUTION! The OPT command in previous releases deleted all of your option settings. In

the latest software release, multiple options can be selected. However,

exercise caution when doing this!

The OPT command allows you to select one or more of the following options. For more

information about APM options, see Section 2.

• Interlocking

• Denied Access

• Security System Arm / Disarm

• Panic

• Wireless Point Control

• Occupancy Monitoring

The OPT command issues a separate prompt for each option: a Y or a special selection enables the

option, N disables the option, and Q quits the OPT command. Pressing the [Rtn] key leaves that

particular option unchanged.

Both the Denied Access and Occupancy Monitoring Options can be associated with a door

(reader). The first prompt of the OPT command will be for the associated door. If neither of these

options are selected, the first prompt can be ignored by pressing the [Rtn] key.

The second prompt of the OPT command is for the output, which will be used for the option being

selected. This may be for either output 2 or output 4.

Interlocking— If interlocking is selected, an alarm event at the input activates the device wired

to the output. For example, if a motion detector is tripped, it is in the alarm state. Therefore, an

interlocked camera will turn on and record the identity of the person in that area. Interlocking can

be used from any input(s) to outputs 2, output 4, or to both.

To select Interlocking for an output, enter the input number (1-4) that the output will be

connected to. If two or more inputs are interlocked to the same output, repeat using the OPT

command for every input .

To clear a previously interlocked inputs, type N and press [Rtn]. This will clear all interlocked

inputs.

Denied Access— The Denied Access Option configures your APM to respond to an invalid

access attempt at a reader or keypad by pulsing (turning on briefly) output 2 or 4. This option can

be useful for facilities in where an alarm, camera, or other device is used to handle such access

attempts.

To select the Denied Access Option, you must select which door you want Output 2 or Output 4

activated from. When you select the door, the APM recognizes access attempts only at that door’s

reader. In the event of an invalid access attempt at a door with the Denied Access Option, the

output will be activated for 10 seconds.

To clear this option, type N and press [Rtn].

Security System Arm / Disarm— The Security System Arm / Disarm Option allows the security

system to be armed or disarmed from either Door 1 or Door 2. To do this, when a card with Arm /

Disarm privileges slides through the reader, your system is disarmed. When the card slides

through the reader twice, within 10 seconds, your system is armed.

To select the Security System Arm / Disarm Option, type Y and press [Rtn].

To clear this option, type N and press [Rtn].

Note: If you are using the Security Arm / Disarm Option, do not use other options with this

output.

Panic— The Panic Option allows the APM to activate an output, such as an alarm, if it receives a

panic signal. Panic signals can come from 2- or 4-Button Keychain Transmitters or panic

pendants. The output will remain active for your initial on time, but no longer than your time out

setting.

To select the Panic Option, type Y and press [Rtn].

To clear this option, type N and press [Rtn].

Wireless Point Control— This option allows you to program your APM to use a remote access

devices, such as a 4-Button Keychain Transmitter, to control outputs 2 and 4.

To select the Wireless Point Control Option, type 1 for the LIGHTS keypress and press [Rtn].

or type 2 for the STAR keypress and press [Rtn]. If both keypresses will be used for the same

output, repeat the OPT command twice to select each keypress.

To clear this option, type N and press [Rtn].

Occupancy Monitoring— If the Occupancy Monitoring Option is selected, your APM monitors

the number of cardholders entering and exiting the facility. A valid access adds 1 to the count, an

exit (egress) subtracts 1 from the count. When the occupancy level reaches a defined maximum,

your APM turns on output 2 or output 4. The APM can also disable the entry reader to prohibit

further entry.

This option is often used with parking lot entrances and can be used with a full sign.

However, it can control equipment such as lights or HVAC (heating, ventilation, and air-

conditioning) equipment. By setting the maximum occupancy number to one, the equipment will

turn on when the first person enters and off when the last person leaves.

To select the Occupancy Option, type Y and press [Rtn]. You will then be prompted to specify

the current occupancy number , the maximum occupancy number, and the number required to

disable the reader

To clear this option, type N and press [Rtn].

Setting the Options for Outputs 2 and 4:

Prompt Response

Ready> Type OPT and press [Rtn].

DOOR NAME> Type the door name and press [Rtn].

The default door names are door_1 and door_2.

Or, to skip this selection, press [Rtn].

OUTPUT POINT (2 or 4)> Type the output number (1- 4) and press [Rtn].

The default door names are door_1 and door_2.

INTERLOCKING (1-4=Input N-

no Q-quit)> To enable interlocking to an output, type the input

number and press [Rtn].

Or, to clear previously selected interlocking, type N

and press [Rtn].

Or, to keep the current selection, press [Rtn].

Or, to quit the OPT command, type Q and press

[Rtn].

DENIED ACCESS (Y-yes N-no

Q-quit)> To enable the option, type Y and press [Rtn].

Or, to disable the option, type N and press [Rtn].

Or, to keep the current selection, press [Rtn].

Or, to quit the OPT command, type Q and press

[Rtn].

SECURITY SYSTEM ARM /

DISARM (Y-yes N-no Q-quit)> To enable the option, type Y and press [Rtn].

Or, to disable the option, type N and press [Rtn].

Or, to keep the current selection, press [Rtn].

Or, to quit the OPT command, type Q and press

[Rtn].

PANIC (Y-yes N-no Q-quit)> To enable the option, type Y and press [Rtn].

Or, to disable the option, type N and press [Rtn].

Or, to keep the current selection, press [Rtn].

Or, to quit the OPT command, type Q and press

[Rtn].

WIRELESS OUTPUT CONTROL

(1-lights 2-star N-no Q-

quit)>

To enable the LIGHTS keypress, type 1 and press

[Rtn].

Or, to enable STAR keypress, type 2 and press [Rtn].

Or, to clear any previous keypresses, type N and

press [Rtn].

Or, to keep the current selection, press [Rtn].

Or, to quit the OPT command, type Q and press

[Rtn].

OCCUPANCY MONITORING (Y-yes

N-no Q-quit)> To enable the Occupancy Monitoring Option, type

Y and press [Rtn].

Or, to disable the Occupancy Monitoring Option,

type N and press [Rtn].

Or, to keep the current selection, press [Rtn].

Or, to quit the OPT command, type Q and press

[Rtn].

(Continued)

The following prompts appear only when the Parking Lot Option is selected:

CURRENT OCCUPANCY (0-9999)> Type the number of cardholders currently in the

facility and press [Rtn].

MAX. OCCUPANCY (0-9999)> Type a number for the maximum occupancy value

and press [Rtn].

DISABLE READER (Y-yes

N-no)> To disable the entry reader when the maximum

occupancy level is reached, type Y and press [Rtn].

Or, to allow entries after the maximum occupancy

is reached, type N and press [Rtn].

Command Reference 19: Setting Options for Outputs 2 and 4

7.3.4. Panic Settings: PANIC

The PANIC command is used to set the initial-on time and time-out for the panic output. If the

Panic Option is not enabled, this command will not affect APM operation.

The initial-on time is the minimum duration that the panic will be active. The time-out is the

maximum duration that the panic will be active. Once the initial-on time passes, the panic output

can be canceled (reset) by any valid access attempt. If it is not canceled the output will

automatically reset when the time-out duration expires.

Note: The initial-on time default setting is 30 seconds.

The time-out default setting is 4 minutes (240 seconds).

Prompt Response

Setting Panic Output Parameters:

Ready> Type PANIC and press [Rtn].

INITIAL ON-TIME (0-9999)> Type the minimum duration (0-9999 seconds)

the output will be active for and press [Rtn].

TIME-OUT (0-9999)> Type the maximum duration (0-9999 seconds)

the output will be active for and press [Rtn].

Command Reference 20: PANIC

7.3.5. Card Readers: RDR

The RDR command sets the type of card reader (Wiegand or magnetic-stripe) and the type of LED

(light-emitting diode) on the reader.

Prompt Response

Entering reader settings:

Ready> Type RDR and press [Rtn].

READER TYPE (M-magstripe

W-wiegand)> Type M for a magnetic-stripe reader and press

[Rtn]

or type W for a Wiegand reader and press [Rtn].

READER LED TYPE

(R-red only G-red/green)> Type R for a red LED or and press [Rtn]

or type G for a red/green LED and press [Rtn].

Command Reference 21: RDR

7.4. Miscellaneous Setup Commands

7.4.1. Password: PSW

The PSW command lets you change passwords. A password is required to program your APM,

and change the password.

Note: The default password is ITI351, which you should change after installation.

Write down a copy of this new password and store it in a secure location.

Follow these guidelines for establishing your password:

• The password can be up to 6 characters long.

• The first character in the password cannot be a number.

• The password cannot contain spaces.

• It can be numbers, letters, and any of the following characters:

: < = > ? @ [ \ ] ^ _ `

• Write your password down and store it in a secure location.

CAUTION! If your password is forgotten, all of your memory settings must be cleared

and manually be re-entered.

Prompt Response

Changing a password:

Ready> Type PSW and press [Rtn].

ENTER YOUR PSW> Type the existing password and press [Rtn].

ENTER NEW PSW> Type the new password and press [Rtn].

Note: See the guidelines above for changing your password.

ENTER NEW PSW> Retype the new password and press [Rtn].

Command Reference 22: PSW

7.4.2. Site Code: SC

The SC command lets you define your site code. A site code is an optional security measure that

distinguishes access cards used at a particular site from cards with similar formats used at other

sites.

Every ITI Wiegand and proximity card has a site code. However, magnetic-stripe cards can be

programmed with a site code.

Note: The default site code is 0 (zero).

Prompt Response

Setting the site code:

Ready> Type SC and press [Rtn].

SITECODE> Type the site code number and press [Rtn].

Wiegand cards are allowed 1-3 digits and magnetic-

stripe cards 1-8 digits.

Command Reference 23: SC

7.4.3. Magnetic Stripe Card Format: SETMAG

The SETMAG command lets you define the data fields on magnetic-stripe cards. The placement of

data on the magnetic-stripe card can vary from one installation to the next.

Prompt Response

How to define the magnetic-stripe format:

Ready> Type SETMAG and press [Rtn].

START CHAR (A-F)> Type the start character (A through F) and press [Rtn].

SITECODE [02-38]> Type the start and end positions of the site code (up to 8

digits) with a hyphen between them and press [Rtn].

You must include leading 0s. For example, 03-08.

(Continued)

CRD #(02-38

[;02-38;02-38])> Type the character positions of the 1 to 3 field(s) that

contain the card number (up to 16 digits) and press

[Rtn].

Note: The fields do not have to be consecutively located. Use a semicolon (;) between

each field position. For example, 05-10;12-15;16-17.

ID # [02-38;02-38]> If you are using an ID number, type the character

positions of the one or two fields that contain the ID

number (up to 36 digits) and press [Rtn].

If you are not using an ID number, press [Rtn].

SEP POS ‘SP’

S=(A-F),P=POS (02-38) If you are using a separator character, type the

character and its position without a space between

them and press [Rtn]. For example, B11.

If you are not using a separator character, press [Rtn].

END POS 'EP' E=(A-F),

P=POS(03-39) Type the end character and its position without a

space between them and press [Rtn].

For example, C20.

Command Reference 24: SETMAG

The following example shows how to use the SETMAG command:

Ready> Type SETMAG and press [Rtn].

START CHAR (A-F)> Type A and press [Rtn].

SITECODE [02-38] Type 02-04 and press [Rtn].

CRD # (02-38 [;02-38;

02-38])> Type 05-10 and press [Rtn] [Rtn] (twice).

ID # [02-38; 02-38]> Press [Rtn].

SEP POS 'SP' S=(A-F),

P=POS (02-38)> Type D11 and press [Rtn].

END POS 'EP' E=(A-F),

P=POS (03-39> Type F39 and press [Rtn].

Example 24: Setting Magnetic Stripe Card Data Format

Note: All settings shown in Example 24 are factory defaults.

7.5. Control Commands

7.5.1. Unlock Readers: REL

The REL command lets you turn on, off, reset, or pulse relays. If you use REL to turn on a relay,

it will remain on until you reset it with the REL command. Similarly, if you use REL to turn off a

relay, it will remain off until you reset it with the REL command. However, if you use the REL

command to pulse a relay, the “pulse” option temporarily turns on the relay. Therefore, you will

not need to reset it. Once the pulse time has expired, it will again turn the relay off and all regular

conditions will apply.

Note: When you reset the relay you return it to its regular condition.

Prompt Response

How to command an output relay:

Ready> Type REL and press [Rtn].

POINT NAME> Type the output name and press [Rtn].

How to turn off an output relay:

O-on F-off P-pulse

R-reset> Type F and press [Rtn].

How to turn on an output relay:

O-on F-off P-pulse

R-reset> Type O and press [Rtn].

How to reset the output relay to its normal state:

Ready> Type REL and press [Rtn].

O-on F-off P-pulse

R-reset> Type R and press [Rtn].

How to pulse an output on for a short time:

READY> Type REL and press [Rtn].

POINT NAME> Type the output name and press [Rtn].

O-on F-off P-pulse

R-reset> Type P and press [Rtn].

PULSE TIME (0-99)> Type the number of seconds and press [Rtn].

Command Reference 25: REL

7.5.2. Lock Readers: LOCK

The LOCK command lets you disable (lock) readers, keypads, or both at the doors.

Note: Locking a card reader prevents that reader from being used to gain access.

Prompt Response

How to lock or unlock readers and/or keypads:

Ready> Type LOCK and press [Rtn].

L- lock

U-unlock

Type L and press [Rtn] to lock the readers

and/or keypads.

Or, type U and press [Rtn] to unlock the readers

and/or keypads

Command Reference 26: LOCK

8. Setting Up and Maintaining the Cardholder Database

The cardholder database contains all token, such as cards or PINs, information used for access

control.

The command DBASE is used to add or delete cards. Cards can be added or deleted in groups.

Cardholder attributes can also be modified with DBASE.

The command LEARN is used to set up special cards, Master Learn / Delete Cards, which can be

used to add or delete cards at the reader.

8.1. Attributes

The database stores the identification numbers of each cardholder. The ID can be a card number, a

PIN, or both. The APM can store up to 250 IDs.

8.1.1. Card Number

The card number can be up to 16 digits long.

8.1.2. PIN (Personal Identification Number)

A PIN can be used with a card to verify access. The PIN can also be used by itself for keypad-

only systems.

A PIN must be 4 digits long.

8.1.3. Cardholder Name

A cardholder's name can be up to 18 characters long. Each character can be a number or letter, as

well as any of the following symbols:

: < = > ? @ [ \ ] ^ _ `

Note: The first character in the name cannot be a number, and the name cannot include

spaces.

8.1.4. Time Schedules

The cardholder is assigned a time schedule for each door (each can be different).

8.1.5. Category

The category is an optional letter (A-Z) used to group IDs together. The category is generally used

for report purposes or for deleting a group of cards. For example, temporary employees can be

assigned to category T; office employees can be assigned to category O.

8.1.6. Option Privileges

Privileges are used to indicate if the cardholder has Arm / Disarm or Wireless Point Control

privileges. See Section 2, Product Overview, for more details.

8.2. Adding Individual Cards or PINs

8.2.1. Adding Cards at the Card Reader

The APM allows you to add cards to the database using the card reader or keypad. You can set up

privileges and attributes for four Master Learn / Delete Cards, which can use the reader to add or

delete cards from the database. See the “LEARN Command” in this section.

8.2.2. Adding a PIN, Card, or a Group of Cards with DBASE

Note: You can add a groups of cards, but cannot add a group of PINs.

Using the following procedures, you can add one card, one PIN, or a group of cards to the

database at a time.

To require a cardholder to use both a card and a PIN, enter both numbers in the same database

entry. To allow a cardholder to use either a card or PIN, enter two separate database entries, one

for the PIN and the other for the card number. If a group of users has consecutive card numbers

and the same time schedule, category (if used), and Arm / Disarm privilege, you may find it

convenient to add their cards in one group (block). You will have to modify the database later to

add the individual names and PINs, if used.

Prompt Response

Adding a single card or PIN:

Ready> Type DBASE and press [Rtn].

A-add M-modify

D-delete> Type A and press [Rtn].

S-single B-block> Type S and press [Rtn].

DOOR 1 TIME

SCHEDULE(A-D,X,Y)> Type the letter of the cardholder’s time schedule for the

first door and press [Rtn].

DOOR 2 TIME

SCHEDULE(A-D,X,Y)> Type the letter of the cardholder’s time schedule for the

second door and press [Rtn].

Note: If you do not choose a category, category C is automatically assigned.

CATEGORY (A-Z)> If you want to assign this cardholder to a category, type

the letter to use as the identifier and press [Rtn].

Or, if you are not using categories, press [Rtn].

PIN>

f you are using keypads at this installation, type the four-

digit PIN for the card and press [Rtn].

Or, if you are not using keypads, press [Rtn].

(Continued)

CARD #> If you are using cards at this installation, type the card

number and press [Rtn].

Or, if you are not using cards, press [Rtn].

Note: Magnetic-stripe card numbers can be up to 16 digits long. Wiegand card numbers

vary in length depending upon the format you purchase.

NAME> Type the cardholder's name and press [Rtn].

The name can be up to 18 characters long.

Note: The first character in the name cannot be a number, and names cannot use spaces.

ARM/DISARM

PRIVILEGE (Y or N)> To assign Arm / Disarm privileges to this card, type Y

and press [Rtn].

Or, type N and press [Rtn].

WIRELESS POINT

CONTROL PRIVILEGE

(Y OR N)>

To allow Wireless Point Control privileges to cards, type

Y and press [Rtn].

Otherwise, type N and press [Rtn].

Command Reference 27: Adding an Individual Card or PIN with DBASE

8.3. Adding A Group of Cards

Prompt Response

Adding a group (block) of cards:

Ready> Type DBASE and press [Rtn].

A-add M-modify

D-delete> Type A and press [Rtn].

S-single B-block> Type B and press [Rtn].

LIST (Y-yes N-no)> Type Y and press [Rtn] to list added cards on the terminal

as they are entered.

Or type N and press [Rtn] to indicate you do not want to

list cards on the terminal.

DOOR 1 TIME

SCHEDULE (A-D,X,Y)> Type the letter of the time schedule for the cards at Door 1

and press [Rtn].

DOOR 2 TIME

SCHEDULE

(A-D,X,Y)>

Type the letter of the time schedule for the cards at Door 2

and press [Rtn].

CATEGORY (A-Z)> If you are using categories, type the letter of the category

(A-Z) and press [Rtn].

Note: If you do not choose a category, category C is automatically assigned.

START #> Type the first card number in the group and press [Rtn].

Note: Magnetic-stripe card numbers can be up to 16 digits long. Wiegand card numbers

vary in length depending upon the format you purchase.

# OF CARDS> Type the number of cards you will add and press [Rtn].

NAME> Type a name for the group of cards (for example,

CONTRACTOR) and press [Rtn].

(Continued)

Note: The card group's name can be up to 18 characters long. The first character cannot

be a number and the name cannot include spaces. All cards added in this group will

have the name you specify here.

ARM/DISARM

PRIVILEGE(Y or N)> To assign arm and disarm privileges to the cards, type Y

and press [Rtn].

Or, type N and press [Rtn].

WIRELESS POINT

CONTROL PRIVILEGE

(Y OR N)>

To allow wireless point control privileges to cards, type

Y and press [Rtn].

Otherwise, type N and press [Rtn].

Command Reference 28: Adding a Group of Cards with DBASE

Note: Cards in the database can be modified at any time. If cards are added in groups, use the

modify procedure, found below, to setup unique card features.

A group of cards can be added, but a group of PINs cannot be added.

8.4. Modifying a Card or PIN

You can modify any card in the database at any time. Or, if you added cards in groups, you can

use the modify procedure to setup the card features.

Prompt Response

Modifying a card or PIN:

Ready> Type DBASE and press [Rtn].

A-add M-modify

D-delete> Type M and press [Rtn].

KEY TYPE

(P-pin C-card)> Type P and press [Rtn] if you are modifying a PIN,

or type C and press [Rtn] if you are modifying a card.

CARD #> Displayed only if you are modifying a card:

Type the card number and press [Rtn].

PIN> Displayed only if you are modifying a PIN:

Type the 4-digit PIN and press [Rtn].

DOOR 1 TIME

SCHEDULE(A-D,X,Y)> Type the letter of the card’s Door 1 time schedule and

press [Rtn].

Or, press [Rtn] to keep the same time schedule.

DOOR 2 TIME

SCHEDULE(A-D,X,Y)> Type the letter of the card’s Door 2 time schedule and

press [Rtn].

Or, press [Rtn] to keep the same time schedule.

CATEGORY (A-Z)> Type the card category and press [Rtn].

Or, press [Rtn] to keep the same category.

Note: If you do not choose a category, category C is automatically assigned.

PIN> Displayed only if you are modifying a card:

Type the 4-digit PIN and press [Rtn].

(Continued)

CARD> Displayed only if you are modifying a PIN:

Enter a new card number and press [Rtn].

NAME> If you need to change (or add) the cardholder name,

type the cardholder's name and press [Rtn].

Otherwise, leave the field blank and press [Rtn].

Note: The cardholder's name can be up to 18 characters long. The first character in

the name cannot be a number, and the name cannot include spaces.

ARM/DISARM

PRIVILEGE

(Y or N)>

To assign arm and disarm privileges to this card, Type

Y and press [Rtn].

Otherwise, Type N and press [Rtn].

WIRELESS POINT

CONTROL PRIVILEGE

(Y OR N)>

To allow wireless point control privileges to cards,

type Y and press [Rtn].

Otherwise, type N and press [Rtn].

Note: To verify that cards have been correctly added to the database, run a Category

Report (refer to “

REP

Command,” in Section 6).

Command Reference 29: Modifying Cards or PINs with DBASE

8.5. Deleting Individual Cards or PINs

Prompt Response

How to delete a single card or PIN:

Ready> Type DBASE and press [Rtn].

A-add M-modify

D-delete> Type D and press [Rtn].

S-single B-block> Type S and press [Rtn].

P-pin C-card> Type P and press [Rtn] to delete by PIN.

Or type C and press [Rtn] to delete by card number.

CARD #>

PIN> Type the card number and press [Rtn].

Or, type the PIN and press [Rtn].

Command Reference 30: Deleting Individual Cards or PINs with DBASE

8.6. Deleting a Group (Block) of Cards

Deleting a group of cards, by number:

Note: You can delete cards in a group, but you cannot delete PINs in a group.

Ready> Type DBASE and press [Rtn].

A-add M-modify

D-delete> Type D and press [Rtn].

S-single B-block> Type B and press [Rtn].

LIST (Y-yes

N-no)> Type Y and press [Rtn] for a list of every card deleted,

or type N and press [Rtn] for a summary of all deleted

cards.

C-cat N-number> Type N and press [Rtn] to delete by card number.

START #> Type the number of the first card to be deleted and press

[Rtn].

# OF CARDS> Type the number of cards to be deleted and press [Rtn].

Note: PINs can only be deleted by category.

Note: If you wish to cancel this deletion, press the [Esc] key now.

Deleting a group of cards, by category:

Ready> Type DBASE and press [Rtn].

D-delete A-add

M-modify> Type D and press [Rtn].

S-single B-block> Type B and press [Rtn].

LIST (Y-yes N-no)> Type Y and press [Rtn] for a list of every card deleted.

Or type N and press [Rtn] for a summary of all deleted

cards.

C-cat N-number> Type C and press [Rtn] to delete by category.

CATEGORY>

(Block delete by

Category only)

Displayed only when deleting a block of cards by

category:

Type the letter of the category being deleted and press

[Rtn].

START #> Type the number of the first card to be deleted and press

[Rtn].

# OF CARDS> Type the number of cards to be deleted and press [Rtn].

Note: PINs can only be deleted by category.

Note: If you wish to cancel this deletion, press the [Esc] key now.

Command Reference 31: Deleting Groups of Cards with DBASE

8.7. Master Learn / Delete Cards: LEARN

The LEARN command is used assign Master Learn / Delete Cards to a card number. For add-type

Master Learn / Delete Cards, LEARN is also used to set the card attributes for associated with the

add card. These attributes are transferred to each card added with the Master Learn Cards.

• The four Master Learn Cards are designated A through D.

• The Master Delete Card is designated E.

8.7.1. Adding Master Learn / Delete Cards

Prompt Response

Adding Master Learn / Delete Cards:

Ready> Type LEARN and press [Rtn].

A-add D-delete> Type A and press [Rtn].

WHICH MASTER CARD> Type the letter (A, B, C, D, or E) and press [Rtn].

ENTER MASTER NUMBER> Type the card number of the Master Learn / Delete

Card.

Note: Displayed only for Master Learn Cards.

DOOR 1 TIME SCHEDULE

(A-D,X,Y)> Type the letter of the time schedule for door 1 and press

[Rtn].

DOOR 2 TIME SCHEDULE

(A-D,X,Y)> Type the letter of the time schedule for door 2 and press

[Rtn].

CATEGORY (A-Z)> The default is C, to accept the default simply press

[Rtn].

To use a different identifier, type the letter to use and

press [Rtn].

NAME> Type the cardholder name you want to assign to all

cards and press [Rtn].

ARM/DISARM PRIVILEGE

(Y or N)> The default is N, to accept the default simply press

[Rtn].

To assign arm and disarm privileges to this card, type Y

and press [Rtn].

To clear arm and disarm privileges for this card type N

and press [Rtn].

WIRELESS POINT

CONTROL PRIVILEGE

(Y or N)>

The default is Y, to accept the default simply press

[Rtn].

To assign wireless point control privileges to this card,

type Y and press [Rtn].

To clear wireless point control privileges for this card

type N and press [Rtn].

Command Reference 32: Adding Master Learn / Delete Cards with LEARN

8.7.2. Deleting a Master Learn / Delete Card

Prompt Response

Deleting Master Learn / Delete Cards:

Ready> Type LEARN and press [Rtn].

A-add D-delete> Type D and press [Rtn].

WHICH MASTER CARD> Type the letter (A, B, C, D, or E) and press [Rtn].

Command Reference 33: Deleting Master Learn / Delete Cards with LEARN

8.7.3. Adding or Deleting Cards With Master Learn / Delete Cards

To add a card at the reader, slide or present one of the four Master Learn / Delete Cards, cards A-

D, through the reader, immediately followed by the card you want to add.

Note: Specific information such as the cardholder name can be entered later by using the

modify procedure for the DBASE command.

To delete cards at the reader, slide or present the Master Delete Card, card E, at the reader,

immediately followed by the cards to delete.

9. Testing and Troubleshooting

This section describes testing procedures for newly installed APMs and provides a

troubleshooting guide, which lists possible problems and their solutions.

9.1. Testing Procedures

This section includes step-by-step procedures for testing your APM. Following these procedures

lets you systematically verify the proper operation of each part of the system. The procedures test

input and outputs, readers, keypads, and backup power.

If any part of a test fails, the problem should be identified and corrected before continuing. Refer

to the troubleshooting, later in this section, to identify and resolve problems.

Note: We recommend performing these test procedures to ensure proper system operation. The

testing procedures work best with two or more people who are equipped with two-way radios or

some other portable means of communication.

9.1.1. Testing Inputs

Note: Perform the following steps to test each input used.

❖ ❖ How to Test an Input

1. Put the input in the normal state (for example, if the normal state is door closed, close the

door).

2. Put the input in the alarm state (for example, if the alarm state is DOOR OPEN, open the

door). An alarm message should display on the terminal for the input being tested. An

example of an alarm message is as follows:

01/01/97 WED 15:39 AP211 INPUT1 ALARM *

The asterisk (*) is part of the alarm message.

If you are testing an interlocked input, output 2 or 4 should be activated for the entire time the

input is in the alarm state. For example, a siren at output 2 should remain on until you return

the input point to the normal state.

3. Put the input in the normal state (for example, if the normal state is door closed, close the

door). A normal message should be displayed on the for the point being tested. An example

of a normal message is as follows:

01/01/97 WED 15:39 AP211 INPUT1 NORMAL.

Note: If a non-supervised point is being used, skip the remaining steps.

4. If the input is supervised, put the input in the trouble state: This is done by either of the

following:

• if normally closed contacts are used, shorting across the end-of-line resistor or

• if normally open contacts are used, by removing the end-of-line resistor.

An example of a trouble message is below:

WED 15:40 AP211 INPUT2 TROUBLE *

The asterisk (*) is part of the trouble message.

5. Put the input in the normal state (for example, if the normal state is door closed, close the

door). A normal message displays on the terminal for the input being tested.

9.2. Testing Outputs

Note: Perform the following steps to test the operation of each output used on the APM.

❖ ❖ How to Test Outputs

Follow the programming listed below to test outputs:

Prompt Response

Put the output in the OFF state by entering the following:

Ready> Type REL and press [Rtn].

POINT NAME> Type the output name and press [Rtn]. The

default names are OUTPUT1, OUTPUT2, etc.

O-on F-off

P-pulse> Type F and press [Rtn].

Note: Verify that the outputs are in the OFF state as indicated by the state of the

device controlled by the output (for example, the door is locked for output 1).

Put the outputs in the ON state by entering the following:

Ready> Type REL and press [Rtn].

POINT NAME> Type the output name and press [Rtn].

O-on F-off

P-pulse> Type O and press [Rtn].

Note: Verify the outputs are in the ON state as indicated by the state of the device

controlled by the output (for example, the door is unlocked for output 1).

9.2.1. Testing Readers

❖ ❖ How to Test Entry Readers

Perform the following steps to test the operation of the entry readers.

1. If magnetic-stripe readers are used, set the card format using the SETMAG command. For

information on this command, go to the “SETMAG Command” section in Section 7.

2. Slide or present the test card through each reader.

If the reader has a red and green LED (light-emitting diode), it should turn green.

If the reader has a red-only LED, it should flash long off and short on.

Output 1 should pulse on and then off.

3. Complete the programming, as indicated below:

Prompt Response

Ready> Type DBASE and press [Rtn].

A-add M-modify

D-delete> Type A and press [Rtn].

S-single B-block> Type S and press [Rtn].

DOOR 1 TIME SCHEDULE

(A-D,X,Y)> Type X and press [Rtn].

DOOR 2 TIME SCHEDULE

(A-D,X,Y)> Type X and press [Rtn].

CATEGORY (A-Z)> Type C and press [Rtn].

PIN> Press [Rtn].

CARD #> Type the card number and press [Rtn].

NAME> Press [Rtn].

If a site code is used, set the site code by entering the following:

Ready> Type SC and press [Rtn].

SITECODE> Type the site code for the cards used at the

installation (a 1- to 8-digit number) and press

[Rtn].

4. A message should display on the terminal, indicating a valid entry with the number of

the test card used. An example message is as follows:

01/01/97 WED I5:38 AP211 DOOR_NAME crd=###...#

(where # is the card number)

9.2.2. Testing Keypads

❖ ❖ How to Test All Keypad Operations

1. If the red LED (light-emitting diode) on the keypad is on, press the following keys on the

keypad (the keypad should produce a short beep for every key pressed):

1234[#]

2. A PIN ERROR message with the number l234 as the PIN should display on the terminal. An

example message is as follows:

01/01/97 WED 13:57 AP211 ERROR-PIN PIN=1234 *

The asterisk (*) is part of the ERROR message.

The red and green LEDs on the keypad should flash on and off quickly

at opposite intervals.

3. Press the following keys on the keypad:

5678[#]

4. A PIN ERROR message with the number 5673 as the PIN should display on the terminal. An

example message is as follows:

01/01/97 WED 13:57 AP211 ERROR-PIN PIN-5678 *

The asterisk (*) is part of the ERROR message.

The red and green LEDs on the keypad should flash on and off quickly

at opposite intervals.

❖ ❖ How to Load a Test PIN

1. Complete the following steps:

Prompt Response

Ready> Type DBASE and press [Rtn].

A-add M-modify

D-delete> Type A and press [Rtn].

S-single B-block> Type S and press [Rtn].

DOOR 1 TIME SCHEDULE

(A-D,X,Y)> Type X and press [Rtn].

DOOR 2 TIME SCHEDULE

(A-D,X,Y)> Type X and press [Rtn].

CATEGORY (A-Z)> Type C and press [Rtn].

PIN> Type 7890 and press [Rtn].

CARD #> Press [Rtn].

NAME> Type a name for the test PIN and press [Rtn]

(for example, TESTNAME).

2. Press the following keys on the keypad:

56[*]7890[#]

3. A message should display, indicating a valid entry.

01/03/97 WED 15:45 AP211 DOOR_1 TESTNAME

4. The red LED (light-emitting diode) on the keypad should turn off and the green LED should

turn on for the duration of the strike time. Output 1 or 3 should pulse on and then off.

9.2.3. Testing Backup Power

If your system uses back up power and is not working properly, conduct the following test:

❖ ❖ How to Test Back Up Power

Complete the following steps if you use back up power with your APM:

1. Unplug the primary power source cable.

The system power LED should begin to flash. A PRIMARY POWER FAILED message

should display, followed by a BATTERY OK message.

2. Operate the door strike several times by sliding or presenting a valid card at the reader or by

entering a valid PIN at the keypad. Each card or PIN event should appear in a valid card

message at the terminal, and the door should unlock for each valid event.

Allows your APM to operate from the battery for approximately 15 minutes. The System

Power LED should flash for the entire duration of the test.

3. Plug in the primary power source.

9.3. Reasons Why Outputs Are Active

If you are troubleshooting why an output is on, when any of the following conditions are met, the

output will turn on:

❏ It was Commanded — the command REL was used to turn it on.

❏ The Interlocked Option — an interlocked input is in the alarm state.

❏ By Wireless Point Control— this option is enabled and switched to on by Wireless

Point Control Option; may also override the time schedule and force the point off.

❏ Its Time Schedule is Active— the time schedule assigned to the output is active.

❏ Its Timer is Active— if the door strike timer or denied access timer is active.

❏ It Received a Panic Signal— this option is enabled and panic signal was received, has

not been canceled, and has not timed out.

❏ The Maximum Occupancy Option— this option is enabled and maximum occupancy

has been reached.

❏ There is a Security Problem— the Security Option is enabled and the tamper input is

in alarm.

Note: Additional troubleshooting ideas are listed in the next section.

9.4. Troubleshooting

Below you will find a list of problems common when installing and maintaining an APM. To

help with troubleshooting, solutions follow each problem.

1. AC power is applied, but the SYSTEM POWER LED does not come on.

Cause Solution

1. The power cable may not be

plugged in. Plug the power cable in.

2. The APM’s memory may not have

been cleared. Perform the power-up procedure. Refer to

the “Powering Up” section in Section 4,

Mounting and Wiring

3. A wiring error may exist on the

terminal block. Correct the wiring error. See Section 4,

Mounting and Wiring.

4. The AC power fuse on the power

supply module may be blown. Replace the fuse with a fuse of the same

ratings as in Figure 5, 351 Wiring Diagram.

5. If the 16-volt Power Supply is

used, the class II transformer may

be defective.

Replace the class II transformer.

6. The APM may be defective. Replace the electronics module.

2. DC power is applied, but the SYSTEM POWER LED does not come on.

Cause Solution

1. The APM’s memory may not have

been cleared. Perform the power-up procedure. Refer

Section 4, Mounting and Wiring.

2. A wiring error may exist on

terminals 1 and 2. Correct the wiring error. Refer to Section 4,

Mounting and Wiring.

3. The APM may be defective. Replace the electronics module.

3. A backup battery is connected to the APM, but the APM will not operate from

battery power.

Cause Solution

1. The battery may not be fully

charged. Allow the battery to charge for at least 16

hours.

2. The battery fuse may be blown. Replace the fuse with a fuse of the same

ratings. Refer to Figure 5, 351 Wiring

Diagram.

3. The battery may be defective. Replace the battery.

4. The APM may be defective. Replace the electronics module.

4. Power is applied to the APM, but the LED on one (or both) of the reader not on.

Cause Solution

1. The APM may be configured for

card readers with red and green

LEDs, but the readers have red-

only LEDs.

Set the LED type using the RDR command.

Refer to the “RDR Command” section in

Section 7.

2. The reader may be improperly

connected to the APM. Correct the wiring error. Refer to Section 4

3. The APM may be defective. Replace the electronics module.

5. The LED on one (or both) of the readers is green.

Cause Solution

1. The APM may be configured for

readers with red-only LEDs, but

the readers have red and green

LEDs.

Set the LED type using the RDR command.

Refer to the “RDR Command” section in

Section 7, Programming Your 351.

2. The reader may be improperly

connected to the APM. Correct the wiring error. Refer to Section 4.

3. The APM may be defective. Replace the electronics module.

6. Power is applied to the APM, but the red LED on one (or both) of the keypads is

not on.

Cause Solution

1. The keypad may be improperly

connected to the APM. Correct the wiring error. Refer to Section 4.

2. The keypad may be defective. Replace the keypad.

3. The APM may be defective. Replace the electronics module.

7. The reader LED flashes red/green for a valid entry or exit.

Cause Solution

The APM may be configured for

red-only LED readers, but the

readers have red and green LEDs.

Set the reader LED type using the RDR

command. Refer to the “RDR Command”

section in Section 7, Programming Your 351.

8. The reader LED turns off for a valid entry or exit.

Cause Solution

The APM may be configured for

readers with red and green LEDs,

but the readers have red-only LEDs

Set the reader LED type using the RDR

command. Refer to the “RDR Command”

section in Section 7, Programming Your 351.

9. The green LED on the keypad does not flash for an invalid PIN entry.

Cause Solution

1. The keypad may be improperly

connected to the APM Correct the wiring error. Refer to Section 4.

2. The keypad may be defective. Replace the keypad.

3. The APM may be defective. Replace the electronics module.

10. APM messages are displayed on the terminal, but the APM does not respond to

commands from the terminal.

Cause Solution

1. The terminal may be

improperly connected to the

APM.

Correct the wiring error. Refer to Section 4.

2. The terminal cable may be

defective. Replace the cable.

3. The terminal may be defective. Replace the terminal.

4. The APM may be defective. Replace the electronics module.

11. The APM does not communicate with the terminal.

Cause Solution

1. The terminal may not be in the

ON LINE mode. Set the terminal to the ON LINE mode.

2. The terminal may not be

configured for the proper word

size, parity, or stop bits.

Set the terminal. Refer to the “Configuring the

Terminal” section in Section 4.

3. The terminal may be

improperly connected to the

APM.

Correct the wiring error. Refer to Section 4.

4. The terminal may be defective. Replace the terminal.

5. The APM may be defective. Replace the electronics module.

12. Mask error messages display for every card swipe.

Cause Solution

1. The APM may be configured

for the wrong card type. Set the reader type using the RDR command.

Refer to the “RDR Command” section in

Section 7, Programming Your 351.

2. If magnetic-stripe cards are

used, the card format defined

in your APM may not be

consistent with the format on

the card.

Check the card format and reprogram your

APM if necessary. Refer to the “SETMAG

Command” section in Section 7, Programming

Your 351.

3. The reader may be improperly

connected to the APM. Correct the wiring error. Refer to Section 4.

4. The card may be defective. Replace the card.

5. The card may be an

unsupported Wiegand format. Replace all cards with cards of a supported

format.

6. The reader may be defective. Replace the reader.

7. The APM may be defective. Replace the electronics module.

100

13. Parity error messages display for every card swipe.

Cause Solution

1. The APM may be configured

for the wrong card type. Set the reader type using the RDR command.

Refer to the “RDR Command” section in

Section 7, Programming Your 351.

2. The reader may be improperly

connected to the APM. Correct the wiring error. Refer to Section 4.

3. The card may be defective. Replace the card.

4. The reader may be defective. Replace the reader.

5. The APM may be defective. Replace the electronics module.

14. A normal message displays when an input changes to the alarm state.

Cause Solution

The APM may not be

configured for the type of

contact used

Set the contact type using the IO command.

15. No message displays for an input that changes from normal to the alarm state.

Cause Solution

1. The APM may be configured

for non-supervised inputs, but

supervised points are used.

Set input supervisions using the IO command.

Refer to Section 7, Programming Your 351.

2. The input may be improperly

connected to the APM. Correct the wiring error. Refer to Section 4.

3. The contact or detector may be

defective. Replace the contact or detector.

4. The APM may be defective. Replace the electronics module.

16. Output 2 is not activated for an input when it is interlocked and in the alarm

state.

Cause Solution

1. The APM may not detect that

the input is in the alarm state Check if alarm and normal messages display on

the terminal when the input is switched between

alarm and normal states.

2. The APM may be defective. Replace the electronics module.

Note: Additional suggestions for output troubleshooting are found in the preceding section,

“Reasons Why Outputs are Active.”

101

17. Output 4 is not activated for an input when it is interlocked and in the alarm

state.

Cause Solution

1. The APM may not detect that

the input is in the alarm state. Check if alarm and normal messages display on

the terminal when the input is switched between

alarm and normal states.

2. The APM may be defective. Replace the electronics module.

Note: Additional suggestions for output troubleshooting are found in the preceding section,

“Reasons Why Outputs are Active.”

18. No message displays for an input that changes to the trouble state.

Cause Solution

1. The APM may be configured

for non-supervised inputs. Set the input supervision using the IO

command. Refer to the “IO Command” section

in Section 7, Programming Your 351.

2. The APM may be defective. Replace the electronics module.

19. No message displays for an input that changes from alarm to the normal state.

Cause Solution

1. The APM may be configured for

non-supervised inputs, but

supervised inputs are used.

Set the point supervision using the IO

command. Refer in the “IO Command”

section in Section 7, Programming Your 351.

2. If the inputs are supervised, the

end-of-line may be the wrong

value.

Install the correct end-of-line resistor. Refer to

the “Wiring Inputs” section of Section 4.

3. The contact or detector may be

defective. The APM may be defective.

20. One (or more) of the outputs on my APM cannot be set to the OFF state.

Cause Solution

The APM may be defective. Replace the electronics module.

102

21. The door does not unlock when a valid card or PIN is entered.

Cause Solution

1. The strike time may be set to

zero. Change the strike time using the DOOR

command. Refer to the “DOOR Command”

section in Section 7, Programming Your 351.

2. A PIN may also be required for

this card. If the cardholder database has both card number

and PIN entries, the user must slide or present

the card and then enter the PIN for access to be

granted.

3. The door lock my be improperly

connected to the APM. Correct the wiring error. Refer to Section 4.

4. The reader or keypad may be

defective. Replace the reader or keypad.

5. The APM may be defective. Replace the electronics module.

22. The keypad doesn’t always beep when I hit keys.

Cause Solution

1. You may be pressing the keypad

too quickly. Type the numbers more slowly.

2. The keypad may be improperly

connected. Correct the wiring error. Refer to Section 4.

103

10. Appendix A: Specifications

SIZE

14 1/2” x 14 1/ 2” x 3 1/2”

(36.8 cm x 36.8 cm x 8.9 cm)

WEIGHT

22 pounds (including battery)

(10 kg)

INPUT POWER

16 VAC 50/60 Hz or

18-24 VDC 2.5 A (Maximum)

OUTPUT POWER

12.8 VDC +10% at 600 mA Maximum

5.0 VDC +5% at 100 mA Maximum

Note: The total current sourced at 12V and 5V must not exceed 600 mA.

DATABASE CAPACITY

250 IDs maximum

BUFFER CAPACITY

250 events maximum

TERMINAL INTERFACE

Bi-directional RS-232 interface to 9600 BPS

INPUTS

Two door position inputs, two egress inputs, supervised or non supervised modes,

normally open or normally closed contacts.

• One nonsupervised, normally closed input for enclosure tamper.

• In supervised mode, 4.7K Ohm end-of-line resistor required. In non supervised mode,

no end-of-line resistor required.

OUTPUTS

Four relay outputs, Form C type, dry contacts.

CONTACT RATING

3.0 A at 24 VAC or 30 VDC Maximum

104

11. Appendix B: 351 Installation Planning Form

This appendix contains a master copy of the 351 Installation Planning Form. Use this form to

document your APM settings and options. Detailed instructions for completing this form are in

Section 3, Installation Planning.

105

351 Installation Planning Form

APM NAME LOCATION

APM

Site Code Terminal ❑ 300 ❑ 1200 ❑ 2400 ❑ 9600

DOORS

Strike Make & Model Voltage Contact Type Strike

Time Ajar

Time

1❑ Normally Open

❑ Normally Closed

❑ Memory

❑ Non-Memory

❑ Fixed Time

2❑ Normally Open

❑ Normally Closed

❑ Memory

❑ Non-Memory

❑ Fixed Time

INPUTS

Input Name and Description Schedule Contact Type Setup

1❑ Normally Open

❑ Normally Closed

❑ Supervised

❑ Interlocked to output (s): ② ④

2❑ Normally Open

❑ Normally Closed

❑ Supervised

❑ Egress

(set by default)

❑ Interlocked to output (s): ② ④

3❑ Normally Open

❑ Normally Closed

❑ Supervised

❑ Interlocked to output(s): ② ④

4❑ Normally Open

❑ Normally Closed

❑ Supervised

❑ Egress

(set by default)

❑ Interlocked to output(s): ② ④

OUTPUTS

Output Name and Description Schedule Notes

Default door 1 strike

Default door 2 strike

106

351 Installation Planning Form

APM NAME LOCATION

OPTIONS

Output Denied

Access Security

System Panic Wireless Point Control Occupancy Monitoring

Arm/Disarm Lights Star

❑ Door 1

❑ Door 2

❑❑❑ ❑❑ Door 1 ❑ Door 2

Maximum: ________

Current: ________

❑ Disable Reader

❑ Door 1

❑ Door 2

❑❑❑ ❑❑ Door 1 ❑ Door 2

Maximum: ________

Current: ________

❑ Disable Reader

Note: If “Panic” is selected, choose the initial-on time (minimum): ________ seconds

the time-out (minimum): ________ seconds

READERS AND KEYPADS

Reader Description Keypad Type

LED Type

❑ Yes

❑ No

❑ Wiegand

❑ Magnetic Stripe

❑ Red Only

❑ Red/Green

❑ Yes

❑ No

❑ Wiegand

❑ Magnetic Stripe

❑ Red Only

❑ Red/Green

MAGNETIC STRIPE CARD DATA FORMAT

Field Character Digits Position 1 Position 2 Position 3

Start End Start End Start End

Start Sentinel

Site Code

Card Number

ID Number

Separator

End Sentinel

107

351 Installation Planning Form

APM NAME LOCATION

SYSTEM POWER

Power Supply Circuit Breaker Backup Battery

Voltage Location Number Location

❑ Yes ❑ No

ADD-ON OPTION KITS

❑ Keypad ❑ Battery Backup Kit

108

12. Appendix C: 351 Schedules Planning Form

This appendix contains a master copy of the 351 Schedules Planning Form. Use this form to

document your APM settings and options. Detailed instructions for completing this form are in

Section 3, Installation Planning.

109

351 Schedules Planning Form

APM NAME LOCATION

ACCESS SCHEDULES

Schedule Zone Interval 1 Interval 2 Days

Start

Time End

Time Start

Time End

Time (1)

Mon.

(2)

Tues.

(3)

Wed.

(4)

Thur.

(5)

Fri.

(6)

Sat.

(7)

Sun.

(8)

Hol.

A0___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

1___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

2___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

3___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

B0___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

1___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

2___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

3___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

C0___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

1___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

2___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

3___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

D0___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

1___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

2___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

3___:___ ___:___ ___:___ ___:___ ❑

❑

❑❑ ❑ ❑

X00:00 23:59 (always) ■■

■■

■■■■■■■■

Y00:00 00:00 (never) ❑

❑

❑❑ ❑ ❑

110

351 Schedules Planning Form

APM NAME LOCATION

HOLIDAYS

Holiday Description Type Start Date

Start Time

End Date End Time

1❑ Fixed ❑ Variable ___/___/___

___:___

___/___/___ ___:___

2❑ Fixed ❑ Variable ___/___/___

___:___

___/___/___ ___:___

3❑ Fixed ❑ Variable ___/___/___

___:___

___/___/___ ___:___

4❑ Fixed ❑ Variable ___/___/___

___:___

___/___/___ ___:___

5❑ Fixed ❑ Variable ___/___/___

___:___

___/___/___ ___:___

6❑ Fixed ❑ Variable ___/___/___

___:___

___/___/___ ___:___

7❑ Fixed ❑ Variable ___/___/___

___:___

___/___/___ ___:___

8❑ Fixed ❑ Variable ___/___/___

___:___

___/___/___ ___:___

9❑ Fixed ❑ Variable ___/___/___

___:___

___/___/___ ___:___

10 ❑ Fixed ❑ Variable ___/___/___

___:___

___/___/___ ___:___

DAYLIGHT SAVINGS TIME CHANGES

Time

Change Description Date Old Time New Time

1 ___ / ___ ___:___ ___:___

2 ___ / ___ ___:___ ___:___

111

13. Appendix D: 351 Database Planning Form

This appendix contains a master copy of the 351 Database Planning Form. Use copies of this

form to plan your APM database. For more information, see the “DBASE Command” in Section

7, Programming Your 351.

112

351 Database Planning Form

APM NAME LOCATION

MASTER LEARN / DELETE CARDS

Card Name Card # Schedule Category Privileges

Door 1 Door 2 System

Arm/Disarm Wireless Point

Control

[Delete]

ACCESS DATABASE

Name Card # PIN Schedule Category Privileges

Door 1 Door 2 System

Arm/Disarm Wireless Point

Control

113

351 Database Planning Form

ACCESS DATABASE

Name Card # PIN Schedule Category Privileges

Door 1 Door 2

System

Arm/Disarm

Wireless Point

Control

114

14. Appendix E: APM Error Messages

There are three types of error messages:

• command error messages

• event error messages

• communication (Net Error) messages

The most common error messages are command and event error messages. All of these error

messages are described in this appendix.

14.1. APM Command Error Messages

Command error messages are produced by your APM in response to something you type. Below,

all such error messages are listed, along with probable reasons for the messages:

BAD COMMAND You entered a command that your APM did not recognize.

Misspelling the command is usually the cause of this

message.

FORMAT ERROR You used illegal values while using the “unprompted”

command entry (or command line).

Examples: entering letters for a numeric field or entering a

nine-digit site code.

FORMAT ERROR

R-retry The last parameter you entered contains illegal values

Example: such as letters when only numbers are allowed.

Pressing the R key allows the parameter to be entered

again.

ID EXISTS You attempted to add an ID (such as a card or PIN) that

already exists in the APM database.

ID TOO LARGE You attempted to add an ID to the APM database, but that

number that is too large for the card format used.

ILLEGAL DEFAULTS There were illegal default values set in one (or more) of the

parameters you just tried.

Examples: A [Rtn] was entered in response to a prompt,

default values (or combination of default values) are not

appropriate for the command; you tried to use the DBASE

add command with default PIN and card number.

INVALID The command you entered is correct, but is parameters are

not consistent with the APM’s current configuration.

INVALID PSW You entered a password that doesn’t match the password

programmed into the APM.

MEMORY FULL Your cardholder database memory is completely full.

NAME EXISTS You attempted to add an APM name that already exists.

115

NOT FOUND You requested the APM to do something with piece of data

(a PIN, card number, or name) that wasn’t found in the

database.

PLEASE LOGON You must log into the APM before any command (except

LOGON and LOGOFF) can be executed.

This message indicates that either the LOGON command was

not executed or that 2 minutes passed without any

commands being entered, so your APM logged off

automatically.

PSW MISMATCH When you change a password, the new password must be

entered twice. This message indicates that the second

password entry did not match the first.

TABLE FULL You attempted to add a holiday or DLS entry, but the table

is already full.

Only 10 entries are in the holiday table and only 2 entries

are in the DLS table.

UNABLE TO

COMPLETE COMMAND The command you entered didn’t work. Perhaps, the

network failed or is busy delivering higher priority

messages.

14.2. Event Error Message

Event error messages are produced by your APM in response to external events. Below, all such

error messages are listed, along with probable reasons for the messages:

ERROR-CARD Someone presented a card that is not in the APM database.

ERROR-MASK Someone presented a card, but its format doesn’t match the

format programmed into the APM.

Examples: A data error is being read from the card, bad

data might be sent from the reader to the, or the card is not

compatible with your present APM configuration. In

Wiegand mode, the number of bits read from the card may

be incorrect. In magnetic-stripe mode, the number of digits

read from the card was incorrect or defined constant(s)

were not found.

ERROR-PARITY A data error was detected on data sent from a reader to your

APM.

Example: In magnetic-stripe mode, this indicates a parity

error on one (or more) digits or an LRC (Longitudinal

Redundancy Check) error on data received.

ERROR-PIN Someone used a card at the reader or typed at the keypad,

but the PIN that is entered is not in your APM database.

116

ERROR-SC Someone used a card at the reader, but its site code doesn’t

match the APM site code.

ERROR-SEC Someone tried to enter the building when the security

system was armed.

ERROR-TMP Someone tried to use an expired, temporary token (a card

or PIN).

Examples: the token’s valid time interval has expired, the

number of uses has been exhausted, or both.

ERROR-TS Someone tried a token (such as a card or PIN), but didn’t

have access privileges for that time.

14.3. The Net Error Message

The NET ERROR message appears is an internal communication error from your APM. Below,

all such error messages are listed, along with probable reasons for the messages.

A Net Error Message has five parts:

• the error code,

• source APM address,

• source point address,

• destination APM address, and

• destination point address.

An example examples of a net error message is shown below:

04/09/97 TU 9:43 LOBBY NET ERROR #111 src=266,10 dst=266,10*

This means that at 9:43 on April 9th, 1997, an error code 111 occurred where the source APM

was AP266, the destination APM was AP366, and both source and destination point addresses

were 10.

An APM address is a unique identifying number that is encoded in the software.

Note: A point address is useful primarily to ITI Technical Services and not the user.

Net error codes can be divided into three categories:

• Transmit-Side Codes,

• Receive-Side Codes, and

• Operating System Codes.

14.3.1. Receive-Side Net Errors

Receive-Side Net errors mean that an APM received an incomplete message, no messages, or a

message from an unexpected source. These codes are listed below:

102, 104, 106, 108, 110, 112, 113, 114, 120, 140, 141, 142

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14.3.2. Transmit-Side Net Errors

Transmit-Side Net errors mean that an APM couldn’t send a complete message, or the final

destination didn’t acknowledge it received the message, often due to APM failure. These codes

are listed below:

100, 101, 105, 107, 111, 117

14.3.3. Operating System Net Errors

Operating System Net errors happen when your APM runs out of memory or is overloaded. These

codes are listed below:

91, 92, 93, 145, 150, 151, 153, 154, 155, 156, 157

Note: Most of these net errors never occur. However, it is normal to see some net errors while

powering up or powering down an APM.

14.4. When Might Net Errors Appear?

14.4.1. Startup Errors

If your APM is being powered up, such as after a power failure, you might see a few net errors:

100, 103, or 111.

14.4.2. Shutdown Errors

If an APM fails, you might see a few error messages:

100, 110, 111, or 112

Also, your

sba

and

sbd

tallies, listed on the Full Report, might reflect six APM communication

attempts.

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15. Appendix F: Glossary of APM Terms

351

The model number of an ITI Access Point Manager. This ITI product is a card-access, -point

monitoring, and device-control processor for buildings, rooms, parking lots, etc. The terms

“APM” and “351” are used interchangeably.

access mode

A mode of operation in which an input cannot generate an alarm condition, or when an access

point allows unrestricted access. Points can be put in this mode by using time schedules. (The

other mode of operation is the secure mode.)

Access Point Manager (APM)

See “351.”

Alarm Arm / Disarm

See “Security System Arm / Disarm.”

APM (Access Point Manager)

See “351.”

card reader

See “reader.”

351C ITI 351 Install & Reference Manual 1998

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