4661034 Itif Ultra Gard & Custom Versions Installation Instructions Apr 1997

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UltraGard
and Custom Versions

Installation Instructions
This document describes the basic procedures
necessary for an experienced installer to install, set
up, and program an UltraGard™ Security System.
[Check with your central station to verify they have
updated their CS-4000 with version 6.0 or later software, for full UltraGard support.]

Contents
Special Installation Requirements 1
Requirements for UL-Listed Installations 1
Canada Listings 1
California State Fire Marshall Listing 1
Installing the System 1
Determining the Panel
Location 2
Running Wires to the Panel Location 2
Mounting the Panel 2
Installing the Panel Antennas 3
Wiring the Panel 3
Setting the Optional Energy Saver Module
(ESM), Hardwire Input Module (HIM) and Hardwire Output Module (HOM) Unit Number DIP
Switches 4
Installing the Backup Battery 4
Powering Up the Panel 5
Adjusting Status Sound Volume 5
Programming the Panel 6
Clearing Memory 7
Entering and Exiting Program Mode 7
Deleting Sensor Text 8
Programming Sensor Text 8
Adding (Learning) Wireless Sensors 9
Adding (Learning) Hardwire Sensors 10
Deleting Sensors and Hardwire Zones 10
Programming Upper Sensors 11

Programming Optional Feature Numbers 11
Adding (Learning) Wireless Touchpads 11
Programming Panel Configuration Options 12
Programming the Primary Phone Number 12
Programming the Phone
Format 12
Programming the Siren
Time-out 13
Programming the Install Code 13
Programming the Account Number 13
Programming the Entry Delay 14
Programming the Extended Delay 14
Programming the Exit Delay 14
Programming the Activity Time-out 14
Programming the House Code 15
Programming the Energy Saver Module Freeze
and Set Temperatures 15
Programming the Touchpad Options 15
Programming the Touchpad Unit Number
16
Programming the Touchpad Quiet 16
Programming Touchpad Key Beeps 17
Programming the Interrogator 200 Audio Verification Module Mode, Time-out, and Access Code
17
Programming HOM Points 18
Programming the Time Zone 18
Document Number: 466-1034-01-ITI Rev. F
April 1997

Contents
Viewing or Programming the User-Programmable System Settings 18
The Duress Code 19
Adjusting the Alphanumeric Touchpad Display
Brightness 20
Requesting CS-4000/Downloader Programming 20
Installing Line Carrier Devices 21
Installing and Programming the Wireless Interior
Siren (WIS) 21
Setting the WIS DIP Switches and Installing
the Battery 21
Connecting an External Siren to the WIS 22
Programming the WIS House Code 22
Installing X-10 Lamp Modules 22
Testing the System 23
Testing Sensors 23
If a Sensor Fails the Sensor Test 24
Testing the Energy Saver Module (ESM) 24
Testing the Hardwire Input Module (HIM) 25
Testing the Hardwire Output Module (HOM) 25
Testing the X-10 Lamp Modules 25
Testing Phone Communication 26
Testing Central Station Communication 26
Displaying the Panel
Version Code 26
Appendix A: Command Summary 27
User Operating Command Summary 27
System Settings (User-Programming) Command
Summary 28
Appendix B: Troubleshooting 29
Appendix C: Programming Tables 37
Appendix D: System Planning Worksheets 42
Appendix E: Panel Connections and Wiring 50
Appendix F: UL Requirements 53

Notices
This manual may refer to products that are announced but are not yet available.

FCC Notices
This equipment has been tested and found to comply with the limits for a class B digital device, pursuant to part 15 of the FCC rules. These limits are designed to provide
reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and
used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular
installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
•
•
•
•
•
•
•

Install a quality radio or television outdoor antenna if the indoor antenna is not adequate.
Reorient or relocate the panel.
Move the panel away from the affected equipment.
Move the panel away from any wire runs to the affected equipment.
Connect the affected equipment and the panel to separate outlets, on different branch circuits.
Consult the dealer or an experienced radio/TV technician for help.
Send for the FCC booklet How to Identify and Resolve Radio-TV Interference Problems, available from the U.S. Government Printing Office, Washington, D.C.
20402. Stock Number: 004-000-00345-4.

This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this
device must accept any interference received, including interference that may cause undesired operation.
This equipment complies with part 68 of the FCC rules. On the FCC label affixed to this equipment is the FCC Registration Number and Ringer Equivalence Number (REN)
for this equipment. If requested, provide this information to your telephone company.
The REN is used to calculate the maximum number of devices your telephone line will support with ringing service. In most areas the sum of all device RENs should not
exceed 5.0. Contact your local telephone company to determine the maximum REN for your calling area.
If your telephone equipment causes harm to the telephone network, your telephone company may temporarily disconnect your service. If possible, you will be notified in
advance. When advance notice is not practical, you will be notified as soon as possible. You will also be advised of your right to file a complaint with the FCC.
Your telephone company may make changes in its facilities, equipment, operations, or procedures that could affect the proper operation of your equipment. You will be given
advanced notice in order to maintain uninterrupted service.
If you experience trouble with this equipment, please contact
Interactive Technologies, Inc.
2266 Second Street North
North Saint Paul, MN 55109
1-800-777-1415
for service and repair information. The telephone company may ask you to disconnect this equipment from the network until the problem has been corrected or until you are
sure that the equipment is not malfunctioning.
This equipment may not be used on coin service provided by the telephone company. Connection to party lines is subject to state tariffs.

Canada Notice
The Canadian Department of Communications label identifies certified equipment. This certification means that the equipment meets certain telecommunications network protective, operational, and safety requirements. The department does not guarantee the equipment will operate to the user’s satisfaction.
Before installing this equipment, users should ensure that it is permissible to be connected to the facilities of the local telecommunications company. The equipment must also
be installed using an acceptable method of connection. In some cases, the company’s inside wiring associated with a single-line individual service may be extended by means
of a certified connector assembly (telephone extension cord). The customer should be aware that compliance with the above conditions may not prevent degradation of service
in some situations.
Repairs to certified equipment should be made by an authorized Canadian maintenance facility designated by the supplier. Any repairs or alterations made by the user to this
equipment, or equipment malfunctions, may give the telecommunications company cause to request the user to disconnect the equipment.
For your protection, make sure that the electrical ground connections of the power utility, telephone lines, and internal metallic water pipe system, if present, are connected
together.

Caution
Do not attempt to make connections yourself. Contact the appropriate electrician or electric inspections authority.

The Load Number (LN) assigned to each terminal device denotes the percentage of the total load to be connected to a telephone loop that is used by the device to prevent
overloading. The termination on a loop may consist of any combination of devices subject only to the requirement that the total of the LNs of all the devices does not exceed
100. Load Number: 0.4B

“AVIS: - L ´étiquette du ministère des Communications du Canada identifie le matériel homologué. Cette étiquette certifie que le matériel est conforme a certaines normes de
protection, d ´ exploitation et de sécurité des réseaux de télécommunications. Le ministère n ´ assure toutefois pas que le matériel fonctionnera a la satisfaction de l ´ utilisateur.
Avant d ´ installer ce matériel, l ´ utilisateur doit s ´ assurer qu´ il est permis de le raccorder aux installations de l ´ enterprise locale de télécommunication. Le matériel doit
également etre installé en suivant une méthod acceptée de raccordement. Dans certains cas, les fils intérieurs de l´ enterprise utilisés pour un service individuel a ligne unique
peuvent etre prolongés au moyen d´ un dispositif homologué de raccordement (cordon prolongateur téléphonique interne). L ´ abonné ne doit pas oublier qu ´ il est possible
que la conformité aux conditions énoncées ci-dessus n ´ empechent pas le dégradation du service dans certaines situations. Actuellement, les enterprises de télécommunication
ne permettent pas que l ´ on raccorde leur matériel a des jacks d ´ abonné, sauf dans les cas précis prévus pas les tarrifs particuliers de ces enterprises.
Les réparations de matériel homologué doivent etre effectuées pas un centre d ´ entretien canadien autorisé désigné par le fournisseur. La compagne de télécommunications
peut demander a l ´ utilisateur de débrancher un appareil a la suite de réparations ou de modifications effectuées par l ´ utilisateur ou a cause de mauvais fonctionnement.
Pour sa propre protection, l ´ utilisateur doit s ´ assurer que tous les fils de mise a la terre de la source d ´ énergie électrique, des lignes téléphoniques et des canalisations d ´´
eau métalliques, s ´ il y en a, sont raccordés ensemble. Cette précaution est particulièrement importante dans les régions rurales.
Avertissment. - L ´ utilisateur ne doit pas tenter de faire ces raccordements lui-meme; il doit avoir recours a un service d ´ inspection des installations électriques, ou
a electricien, selon le cas”.
Une note explicative sur les indices de charge (voir 1.6) et leur emploi, a l ´ intention des utilisateurs du matériel terminal, doit etre incluse dans l ´ information qui accompagne
le materiel homologué. La note pourrait etre rédigée selon le modèle suivant:
“L ´ indice de charge (IC) assigné a chaque dispositif terminal indique, pour éviter toute surcharge, le pourcentage de la charge totale qui peut etre raccordée a un circuit téléphonique bouclé utilisé par ce dispositif. La terminaison du circuit bouclé peut etre constituée de n ´ import somme des indices de charge de l ´ ensemble des dispositifs ne
dépasse pas 100.”
L ´ Indice de charge de cet produit est ____________.

Trademarks
ITI is a registered trademark of Interactive Technologies, Inc. UltraGard is a trademark of Interactive Technologies, Inc. X-10 is a registered trademark of X-10 (USA), Inc.

Special Installation
Requirements
This security system can be used as a fire warning
system, an intrusion alarm system, an emergency notification system, or any combination of the three.
Some installations may require certain configurations
dictated by city codes, state codes, or insurance requirements. The following information indicates the
components of various listings.

Requirements for UL-Listed
Installations

tion for more information.
For 24-hour backup, external power drain is limited to 150
mA continuous using the heavy duty 6.5AH battery.

Residential Burglary Alarm System Unit
(ULC-S309)
Basic system as described in appendix F for UL-listed
installations plus:
•

Learn Mode Door/Window Sensors (60-362)

California State Fire Marshall
Listing
The California State Fire Marshall listing is pending.

If the system is to comply with UL household requirements, there are specific guidelines you must follow.
Refer to appendix F for a list of compatible accessories, programming and wiring requirements in ULlisted systems.

Canada Listings
The ULC (UL Canada) listing is pending.
CSA Certified Accessories
Residential Fire Warning System Control Unit
(ULC-S545-M89)
Basic system as described in appendix F for UL-listed
systems plus:
•

•
•

Wireless Smoke Sensor (60-506), Wireless
Smoke Sensor (60-645-95), or Hardwire Smoke
Detector (13-360) (ESL 449AT) with Power
Supervision Module (60-391)
Option F21 (Immediate Trouble Beeps) set ON
SUPSYNC (Supervisory Synchronization) set to
2 (hours)

Installing the System
This section describes how to install the system control panel. Plan your system layout using the worksheets provided in appendix D before starting the
installation.
Installing the system consists of the following:
•
•
•
•
•
•
•
•
•

Determining the Panel Location
Running Wires to the Panel Location
Mounting the panel
Installing the panel antennas
Wiring the panel
Setting the optional Energy Saver and Hardwire
Input Module unit number dip switches
Installing the backup battery
Powering up the panel
Adjusting status sound volume

Note
SUPSYNC cannot be programmed from the panel. Refer to
the “Requesting CS-4000/Downloader Programming” sec-

Installing the System

Determining the Panel
Location

Running Wires to the Panel
Location

Before permanently mounting the panel, determine
panel location using the following guidelines:

Once you have determined the ideal panel location,
run any necessary wires to that location, including:

•

•
•
•
•
•
•

•

•
•

•

Centrally locate the panel with relation to wireless sensor locations, whenever possible.
Avoid locations with excessive metal such as
HVAC ducts, foil wallpaper, gas/water pipes, and
electrical wiring.
Mount the panel at a comfortable working height
(about 45 to 55 inches from the floor to the bottom of the panel, as shown in figure 1).
Allow a minimum of 10.5 inches above the panel
for the antennas, as shown in figure 1.
Allow 6.5 inches to the right or left of the panel
for wiring, phone jack, and optional module
mounting.
Allow at least 24 inches in front of the panel for
access to panel components.

Power transformer
Phone line
Sirens/speakers
SuperBus* Alphanumeric Touchpads
Hardwire zones
Optional SuperBus* modules (such as Energy
Saver Module [ESM], Hardwire Input Module
[HIM], Hardwire Output Module [HOM], etc.)

* SuperBus is an improved technology bus configuration and is not compatible with older bus modules.
Refer to table E.3 in appendix E for wire size and type
recommendations. If you are using the same cable
type for several wire runs, use labels to mark the wires
at the panel location to help identify these wires.

PHONE JACK AND
OPTIONAL MODULE
MOUNTING AREA
21"
ANTENNA
AREA

Mounting the Panel

14.5"

25"
PANEL

Use the procedure below to mount the panel to the
wall or wall studs, using the supplied mounting hardware and the panel mounting holes shown in figure 2.

14.5"

Caution
Make sure you are free of static electricity whenever you
work on the panel with the cover removed. To discharge
any static, first touch the metal panel chassis, and then stay
in contact with the chassis when touching the circuit board.

An approved grounding strap is recommended.
45-55"

ACCESS FOR
PANEL COVER
SCREWS

NOTE
ALLOW AT LEAST 24"
IN FRONT OF PANEL
FOR ACCESS TO PANEL
COMPONENTS
FLOOR

Figure 1 Determining Panel Location

8557G04A.DS4

To mount the panel:
1. Unlock the panel cover (if cover has a key lock
installed) or remove the panel cover retaining
screws at the bottom of the panel and remove the
panel cover.
2. Swing the panel cover out and up to remove it
from the enclosure.
3. Remove the necessary wiring knockouts. Be
careful not to damage the circuit board.
4. Place the enclosure in position against the wall.

Installing the System
Make sure enclosure is level and mark the locations of the two mounting holes and two keyhole
mounting holes. Remember to leave room for the
panel antennas, which extend 9 inches above the
top of the enclosure.
5. Use the appropriate anchors and screws. Partially
insert screws into the two anchors at the two top
keyhole locations, and then hang the panel chassis on the two screws.
6. Recheck for level, insert the two lower screws,
and then tighten all four mounting screws.
KEYHOLE
MOUNTING
HOLES
ANTENNAS

ANTENNA
GROUNDING
SCREW

ENCLOSURE

ANTENNA
GROUNDING
SCREW

ANTENNA
TERMINAL
STRIPS
PANEL CIRCUIT BOARD

8557G49A.DS4

Figure 3 Installing the Panel Antennas

COVER
LIP

CONTROL
PANEL
CIRCUIT
BOARD

ANTENNAS

Caution
Do not overtighten the terminal block screws; if you do, permanent damage may result.
CONTROL
PANEL
ENCLOSURE
EARTH GROUND
CHASSIS SCREW

BACKUP
BATTERY

Wiring the Panel
Refer to appendix E for panel terminal descriptions,
wire recommendations, and typical system wiring diagram.

COVER
SCREWS

Refer to appendix F for panel programming and typical system wiring diagram for UL-listed installations.

WIRING
KNOCKOUTS
MOUNTING
HOLES

8557G08A.DS4

Figure 2 Mounting the Panel

Refer to appendix D, table D.2 to calculate the hardwire device power consumption for the system.
For more detailed information on installing hardwire
devices, refer to the installation instructions that accompany each device.

Installing the Panel Antennas
Caution
You must be free of static electricity before handling electronic circuit boards. Touch a grounded, bare metal surface
before handling circuit boards to discharge yourself of static
electricity or wear a static grounding strap.

Insert one antenna into the inside screw terminal of
each terminal block and gently tighten the screws using a small pocket-size screwdriver (figure 3).

Installing the System

Setting the Optional Energy
Saver Module (ESM), Hardwire
Input Module (HIM) and Hardwire Output Module (HOM)
Unit Number DIP Switches

unit number assigned is to more than one device. SuperBus devices cannot share the same unit number.

UNIT NUMBER 0
1

UNIT NUMBER 1

UNIT NUMBER 2

All devices connected to the panel’s SuperBus hardwire bus have individual unit numbers assigned. Alphanumeric touchpad unit numbers are changed in
software during programming. The Energy Saver
Module (ESM), Hardware Input Module (HIM), and
Hardware Output Module (HOM) are set with DIP
switches inside the modules. For unit number setting
details, refer to the installation instructions provided
with the bus device.
Duplicated unit numbers will prevent those bus devices from operating. Refer to table D.3 in appendix D
for recommended SuperBus device unit number settings.
To set your ESM, HIM, or HOM unit number:
1. Set the module unit number DIP switches to the
desired unit number as shown the figure 4 per the
recommendations in table D.3 in appendix D.
The unit number is set to 0 (zero) at the factory
and is OK for most single touchpad and single
ESM, HIM, or HOM module applications. Make
sure that no bus devices (including hardwire
touchpads) share the same unit number (device
address).
Caution
The alphanumeric touchpad unit number defaults to 1 (one).
Do not set the ESM, HIM, or HOM unit number to 1. Doing
so will prevent the touchpad from functioning.

2. Turn the control panel power switch off and then
back on so the bus module can read the unit number switch settings into its memory.
3. Enter and exit PROGRAM MODE by switching
the panel PROGRAM/RUN switch to PROGRAM and back to RUN so the panel can
“learn” the new bus device unit numbers.
If the alphanumeric touchpad (or other SuperBus device) no longer seems to function, check if the same

UNIT NUMBER 3

UNIT NUMBER 4
1

UNIT NUMBER 5

UNIT NUMBER 6
1

UNIT NUMBER 7

8557G32A.DS4

Figure 4 Setting the ESM, HIM, or HOM Unit Number Dip Switches
Note
All SuperBus devices such as Energy Saver, Hardwire Input, and Hardwire Output Modules and alphanumeric touchpads must have unique unit number (address) settings.
Devices with the same (conflicting) address will not function
properly. Module address switches 1–5 must remain down
(off).

Installing the Backup Battery
The panel uses one rechargeable, sealed 12V leadacid backup battery.
Note
Both standard (60-681) 12V, 4AH and heavy duty (60-680)
12V, 6.5AH backup batteries are available. Always replace
with the same battery type and size.

Installing the System
To install (or replace) the backup battery:
1. Make sure the panel power switch is OFF and
that the transformer is unplugged from the outlet.
While AC power is applied to the panel, the
charging voltage is present at the battery leads
even with the power switch off.
2. Verify all wiring at the panel and devices for correct terminations.
3. Place the battery in the lower left or right portion
of the panel enclosure, with the terminals facing
up.
4. Connect the supplied black battery wire from the
panel circuit board negative (-) battery spade lug
(located near the power switch) to the negative () battery terminal.
5. Connect the red battery wire from the panel circuit board positive (+) battery spade lug to the
positive (+) battery terminal.
WARNING!
Never short-circuit or reverse the battery wires. Possible injury to you and/or permanent damage to the panel
could result.

Powering Up the Panel
After wiring all devices to the panel and installing the
backup battery, you are ready to power up the panel.
Note
If the installation includes more than one alphanumeric
touchpad, disconnect all but one from their wiring harnesses to reduce the possibility of a unit number (address) conflict. When powering up and programming are completed,
connect the remaining touchpads to their wiring harnesses.
For complete details on adding additional alphanumeric
touchpads to a working system, refer to the SuperBus Alphanumeric Touchpad Installation Instructions included
with each touchpad.

To power up the panel:
1. Plug the transformer into an outlet that is not
controlled by a switch.
2. Make sure the panel PROGRAM/RUN switch
located between the two panel terminal strips is
set to RUN (up).
3. Turn ON the panel power switch located on the
left edge of the panel and note the following:

The green power LED on the panel turns on.
Interior sirens and piezos sound one beep and interior speakers announce the message Alarm system is off.
Alphanumeric touchpad displays 1 - OFF.
Note
If the power LED is off or flashing and no beeps or voice
messages sound, turn off the panel power switch, disconnect the backup battery, and unplug the transformer. Refer
to appendix B, “Troubleshooting.”

4. Turn the panel power switch OFF, unplug the
transformer, and remove the existing screw
securing the AC outlet cover.
WARNING!
Use extreme caution when securing the transformer to
a metal outlet cover. You could receive a serious shock
if a metal outlet cover drops down onto the prongs of
the plug while you are securing the transformer and
cover to the outlet box.

5. Hold the outlet cover in place and plug the transformer into the lower receptacle.
6. Use the screw supplied with the transformer to
secure the transformer to the outlet cover.
7. Turn the panel power switch ON.

Adjusting Status Sound
Volume
The panel allows you to set the volume level for status
sounds and status messages from speakers connected
to panel terminals 8 and 9 (VOICE). Alarm sounds
and messages are preset to full volume.
To adjust the status sound volume:
1. Locate the speaker volume adjustment potentiometer on the panel (above terminal 8).
Caution
Never adjust the potentiometer labeled “Do Not Adjust” located near the power switch. Permanent damage to the
panel could result.

Programming the Panel
2. Press STATUS + STATUS on the alphanumeric
touchpad for a long system status display and
voice message.
Note
User-programmable system setting 77 (Quiet Exit) must be
off for voice sounds to be announced. (See Viewing or Programming the User-Programmable System Settings.)

3. While listening to the message, increase the volume level by turning the volume potentiometer
clockwise.
4. Repeat steps 2 and 3 until the desired volume
level is reached.

Programming the Panel

PROGRAM
MODE

DELETE
TEXT
01
PROGRAM
SENSOR
02 TEXT

EXTENDED
DELAY
14
EXIT DELAY

LEARN
SENSORS

DELETE
SENSORS

ACTIVITY
TIME-OUT

The alphanumeric touchpad is the main programming
device for the system on-site. This touchpad is used to
enter values into panel memory, such as sensors, sensor text, and system-specific configuration information. During programming, the alphanumeric
touchpad prompts you for information in a certain order. You can cycle through this order of prompts to
get to the desired programming area. For example,
you can cycle past the prompts for sensor text to enter
the system configuration information and later return
to programming sensor text.
Figure 5 shows the order of the prompts, and the area
of programming related to these prompts. Once you
know this order of prompts, you will be able to move
forward and backward in the prompt sequence to locate the programming item you need.
Examine the flowchart shown in figure 5 to familiarize yourself with the sequence in which the programming procedures appear. The programming software
is like a menu of choices displayed in a scroll. The direction of the chart arrows represents pressing the
BYPASS button to scroll forward. To scroll backward, press the STATUS button. You can also go directly to the menu choice by entering the two-digit
number shown.
When you use the alphanumeric touchpad to program
the system, the touchpad buttons have special programming meanings and functions. Table 1 describes
the programming buttons.

UPPER
SENSORS

HOUSE
CODE

FREEZE
TEMPERATURE
18

F
OPTIONS

LEARN
TOUCHPADS
07

PHONE
NUMBER

SET
TEMPERATURE
19

TOUCHPAD
OPTIONS

AVM MODE
21

AVM
TIME-OUT

PHONE
FORMAT

SIREN
TIME-OUT

AVM CODE

INSTALL
CODE

25
12

HOM
SETUP
TIME
ZONE

ACCOUNT
NUMBER

ENTRY
DELAY

Figure 5 Programming Flow Chart

8557G45B.DS4

Programming the Panel

Table 1 Alphanumeric Touchpad
Programming Button Functions
Button

Programming Function

Numeric
Buttons

Used to enter numeric values such as
delays and sensor numbers. Also used
to enter text characters or word codes
during sensor text programming.

STATUS

Scrolls backward to previous programming function. Displays previous sensor
text library character during sensor text
programming. Also used to “lock in” new
alphanumeric touchpad unit numbers.

•
•
•

Note
All on-site programming must be done using a SuperBus Alphanumeric Touchpad. The Alphanumeric Touchpad can
be removed once the system has been programmed.

Scrolls forward to next programming
function. Displays next sensor text
library character during sensor text programming.

COMMAND

Used to proceed or confirm displayed
entry. Displays next character/word position in sensor text programming. Also
used to toggle between values, such as
yes/no or on/off.

Clearing Memory

Cancels and exits displayed programming command (if pressed before COMMAND).
Backs out to previous menu level.

Clear memory on all newly installed panels before
programming.

AUXILIARY

Scrolls long display messages.

POLICE

Used to clear (blank) an access code.
Used to program a pause in central station phone number.
Used to clear HOM points.

Programming the panel includes the following procedures:

•
•
•
•
•
•
•
•
•
•

•
•
•

Programming the house code
Programming the freeze and set temperatures
Programming the touchpad options
Programming the Audio Verification Module
mode, time-out, and access code
Programming HOM Setup
Programming the Time Zone
Viewing or programming the user-programmable
system settings
The duress code
Adjusting the alphanumeric touchpad display
brightness
Requesting CS-4000/Downloader programming

BYPASS

FIRE

•
•
•
•

Clearing memory
Entering and exiting program mode
Deleting and programming sensor text
Adding and deleting wireless sensors and hardwire
zones
Programming upper sensor numbers
Programming optional feature numbers
Adding wireless touchpads
Programming panel configuration options
Programming the phone number and format
Programming the siren time-out
Programming the install code
Programming the account number
Programming the entry, extended, and exit delays
Programming the activity time-out

Note
Since all programming information is contained in memory,
clearing memory deletes all existing programming information except sensor text (if any). Sensor text can be deleted
separately.

To clear panel memory:
1. Open and remove the panel door.
2. Turn the panel power switch OFF and then ON.
3. Immediately (within 1 minute after turning panel
power ON), press and hold the memory clear
button located on the upper left edge of the panel
until a relay click is heard at the panel or until
interior speakers announce Memory good-bye.

Entering and Exiting Program
Mode
The panel must be in program mode to perform any of
the on-site programming operations.

Programming the Panel
To enter program mode:
1. Open and remove the panel door.
2. Set the panel PROGRAM/RUN switch to PROGRAM (down).

TEXT DONE is displayed.
4. Press FIRE to exit.

Alphanumeric touchpads display PROGRAM MODE
and interior speakers, sirens, and piezos sound six
beeps every minute as a reminder that the panel is in
the program mode.

Programming Sensor Text

Note
If touchpad(s) do not display PROGRAM MODE after
switching the PROGRAM/RUN switch to PROGRAM
(down), a special install code has been programmed into
the panel and now must be entered into the touchpad using
the number buttons. The touchpad will display PROGRAM
MODE once the correct install code is entered.

The program mode of operation must be exited for the
system to operate normally (RUN). You can exit from
program mode at any time.
To exit program mode:
1. Switch the panel PROGRAM/RUN switch to
RUN (up).
2. The alphanumeric touchpad will display 1 - OFF
to signal that the system is in the normal mode of
operation.
3. When you are finished programming or working
in the control panel, replace and secure the panel
door with either the panel door screws or key
lock.

Deleting Sensor Text
You can delete all sensor text (if any)—before programming or reprogramming, for example—by doing
the following procedure.
To delete all existing sensor text:
1. In PROGRAM MODE, press BYPASS or STATUS until DELETE TEXT is displayed.
2. Press COMMAND. Flashing RDY is displayed.
Caution
Deleted text cannot be retrieved and must be reprogrammed.

3. Press POLICE to delete all sensor text. DELETE
8

This section describes how to program sensor names.
Use the word and character numbers you recorded in
appendix D (using table C.2 in appendix C) to program sensor text.
Before programming sensor text the first time, delete
all existing text (if any) as detailed above.
To program sensor text:
1. In PROGRAM MODE, press BYPASS or STATUS until the display reads PROG SENSOR
TEXT.
2. Press COMMAND and the display reads S01
[Group number assigned, if any] [“-” if normally closed, “*” if normally open] [existing
sensor text, if any].
3. Enter the desired sensor number from 01 to 76
and the display reads S## [existing sensor text, if
any].
4. Press COMMAND and the display reads A 00.
5. Enter the appropriate word number or character
number from table C.2 in appendix C.
6. Press COMMAND and the display reads B 00.
7. Repeat steps 5 and 6 until the whole sensor name
is entered.
Note
Because the touchpad can only display a limited number of
characters, in some cases—such as alarms—all text may
not be displayed.

8. Press FIRE. The display shows the sensor number and name. Lines longer than the display will
scroll horizontally. If desired, press AUXILIARY to scroll the long-line display again.
9. Press BYPASS to cycle to the next sensor number and repeat steps 4 through 8 until all sensor
names are programmed.
10. Press FIRE to exit.

Programming the Panel

Adding (Learning) Wireless
Sensors
Programming wireless and hardwire sensors involves
switching the panel to the program mode of operation
and setting sensor identification numbers and group
numbers for each wireless sensor and hardwire sensor
loop. Once sensors IDs and group assignments are
added (learned) into panel memory, the panel can respond appropriately for each sensor detection. Sensors can be added (learned) into or deleted from panel
memory.
Use table C.1 in appendix C for selecting sensor
groups and complete the group assignment for each
wireless sensor in the system planning worksheets in
appendix D.
Use the following procedure to add (learn) all Learn
Mode wireless sensors.
To add Learn Mode wireless sensors into panel
memory:
1. In PROGRAM MODE, press the touchpad
BYPASS or STATUS button repeatedly until
LEARN SENSOR is displayed.
2. Press the COMMAND button to display
GROUP __ __.
3. Enter the desired group number (00 to 29, 32).
4. Press the COMMAND button to display SENSOR ##.
5. Press the COMMAND button if the sensor number displayed is OK or enter another number
from 01 to 76, and then press COMMAND
again.
6. The display reads TRIP - ##. Trip the wireless
sensor tamper switch as shown in table 2 or as
described in the sensor’s installation instructions.
When the sensor has been added (learned) the
display reads TRIP - ## [next #] and interior
speakers announce Sensor # okay. Sensor [next #
to be learned].
Note
To trip a wireless sensor with an external hard-wire contact
connected to its screw terminals, check that the external
contact is in its alarm state, and then trip the sensor.
The alarm state is either open or closed, depending on the

normal condition of the sensor. Multiple normally closed
switches are wired in series and tripped while the loop is
open. Multiple normally open switches are wired in parallel
and tripped while the loop is closed.
For high-security installations, always remove both internal
reed switches when connecting an external contact to the
wireless sensor terminals.
Only the normally closed configuration can be used in ULlisted installations.
Do not attempt to use the built-in reed switch and an external contact on the same wireless sensor.

Table 2 Tripping Learn Mode Wireless
Sensors
Sensor *
Door/Window

†

Fire Pull Station

Action
Open sensor cover.
Open t h e sensor cover located
insid e the Fire Pull Station.

Freeze

Open sensor cover.

Glass Guard

Open sensor cover.

Portable Emergency Buttons

Pres s the appropriate emergency button(s).

PIR Motion

Open PIR case.

Keychain Touchpad

Simultaneously press arm and disarm until the LED flashes.

Rate-of-Rise Heat

Open sensor cover and press learn
switch on circuit board.

Recessed Door/Window

Open sensor cover and remove
transmitte r circuit board.

Shock

†

Open sensor cover.

Slim Line Door/Window

Remove sensor f ro m mounting
base.

Sound

Open sound sensor cover, after
spring is installed.

System Sensor Smoke

Pres s tes t button and hold for
30 seconds, until tes t alarm
begins sounding.

System Sensor 2300RF ITI

Wit h sensor removed from base,
press the test button for at least
1 second.

Refer to the particular sensor’s installation instructions for
more details on tripping Learn Mode wireless sensors.
† When using an external contact with this sensor, the contact
must be in the alarm state while tripping the sensor to properly
learn it into memory.

7. Continue adding sensors into the current group
number by repeating step 6 for each sensor. Press
BYPASS, STATUS, or number buttons to select
new sensor numbers (other than what is automatically displayed).
8. To add sensors into other groups, press FIRE
and follow steps 3 through 7.

Programming the Panel
9. Press FIRE to exit. Proceed to your next programming task.
10. If you are finished programming, switch the
panel PROGRAM/RUN switch to RUN (up).
The touchpad will display 1 - OFF to signal that
the system is in the normal (RUN) mode of operation.

Adding (Learning) Hardwire
Sensors
After planning the installation, use table C.1 in appendix C to select sensor groups and complete the group
assignment for each wireless sensor in the system
planning worksheets in appendix D.
Use the following procedure to add (learn) all hardwire sensors and zones into panel memory.
To add (learn) hardwire sensors:
1. Place all hardwire sensors in their normal (nonalarm) state.
2. In PROGRAM MODE, press the touchpad
BYPASS or STATUS button repeatedly until
LEARN SENSOR is displayed.
3. Press the COMMAND button to display
GROUP __ __.
4. Enter the desired group number (00 to 29, 32).
5. Press the COMMAND button to display SENSOR ##.
6. Press the COMMAND button if the sensor number displayed is correct or enter another number
from 01 to 76, and then press COMMAND
again.
7. The display reads TRIP - ##. Trip the sensor by
placing it into the alarm state (open the door or
window) or as described in the sensor’s installation instructions. The display reads TRIP - ##
[next #] and interior speakers announce Sensor #
okay. Sensor [next # to be learned].
Note
The alarm state is either open or closed, depending on the
normal condition of the sensor. Multiple normally closed
switches are wired in series and tripped while the loop is
open. Multiple normally open switches are wired in parallel
and tripped while the loop is closed.

On hardwire zones containing multiple sensors, only one
sensor per zone needs to be added (learned) into panel
memory.
If the system uses hardwire sensors only, turn off upper
sensor 94 (Receiver Failure) in the panel.
Only the normally closed configuration can be used in ULlisted installations.

8. Continue adding sensors into the current group
number by repeating step 7. Press BYPASS,
STATUS, or number buttons to select new sensor numbers.
9. To add sensors into other groups, press FIRE
and follow steps 4 through 8.
10. Press FIRE to exit. Proceed to your next programming task.
11. If you are finished programming, switch the
panel PROGRAM/RUN switch to RUN (up).
The touchpad will display 1 - OFF to signal that
the system is in the normal (RUN) mode of operation.

Deleting Sensors and Hardwire Zones
If you want to reassign a sensor or hardwire zone to
another group, you must first delete that sensor or
zone.
To delete a sensor from the panel:
1. In PROGRAM MODE, press STATUS or
BYPASS until the display reads DELETE SENSOR.
2. Press COMMAND and the display reads
DELETE ## [sensor text, if any].
Note
After pressing COMMAND in step 2, the display shows the
lowest programmed sensor number.

3. If the sensor number displayed is not correct,
enter the desired number (01 to 76).
4. Press COMMAND and the display reads DEL
## OK.
5. Continue deleting sensors by repeating steps 3
and 4.

Programming the Panel
6. Press FIRE to exit.
Note
Sensor text is not deleted when its sensor is deleted.

Note
We recommend that you do not change feature numbers
that default ON. Factory default settings will work for most
applications.

Use the settings recorded in table D.8 when programming optional feature numbers.

Programming Upper Sensors
Upper sensors are optional values (see appendix D,
table D.7) you turn on or off depending on your customer’s equipment and needs.
Note
We recommend that you do not change upper sensors that
default ON. Factory default settings will work for most applications.

Use the settings recorded in appendix D, table D.7
when programming upper sensors.
To program upper sensor numbers:
1. In PROGRAM MODE, press BYPASS or STATUS until UPPER SENSOR is displayed.
2. Press COMMAND and the display reads 77 OFF TOUCHPAD TAMPER. (Press AUXILIARY to scroll any long messages sideways.)
3. Press COMMAND to toggle upper sensor 77
ON, if desired, or press BYPASS to cycle to the
next upper sensor.
Note
To jump directly to a particular upper sensor, enter its twodigit number instead of pressing BYPASS.

4. Repeat step 3 until all upper sensors are programmed to suit the installation.
5. Press FIRE to exit.

Programming Optional
Feature Numbers
Optional feature numbers are system features (see appendix D, table D.8) you turn on or off depending on
your customer’s needs.

To program feature numbers:
1. In PROGRAM MODE, press BYPASS or STATUS until F OPTIONS is displayed.
2. Press COMMAND to display 00 - ON REMOTE
ACCESS. (Press AUXILIARY to scroll long
messages in the display.)
3. Press COMMAND again to toggle the feature
number ON or OFF as desired.
4. Press BYPASS to display the next feature number.
Note
To jump directly to a particular feature number, enter its
number instead of pressing BYPASS.

5. Repeat steps 3 and 4 for all of the remaining feature numbers.
6. Press FIRE to exit.

Adding (Learning) Wireless
Touchpads
You can add up to four wireless touchpads to the system (including keychain touchpads).
To add (learn) wireless touchpads:
1. In PROGRAM MODE, press BYPASS or STATUS until LEARN TOUCHPAD is displayed.
2. Press COMMAND to display PRESS BYP TP 1.
3. Press BYPASS on the wireless touchpad (press
and hold both lock and unlock buttons on the
wireless keychain touchpad) until the display
reads PRESS BYP TP 2 and One OK, Two is
heard.
4. Repeat step 3 for each wireless touchpad until
they are all added.
5. Press FIRE to exit.

Programming the Panel
Caution
After exiting from learning touchpads, reentering the learn
touchpads menu by pressing COMMAND automatically deletes all learned touchpads. When adding wireless touchpads to the system, you must also relearn existing
touchpads.

Programming Panel
Configuration Options
This section describes how to program the following:
•
•
•
•
•
•
•
•
•
•
•
•
•
•

Primary phone number and phone format
Siren time-out
Install code
Account number
Entry, extended, and exit delays
Activity time-out
House code
Energy Saver Module (ESM) freeze and set temperatures
Touchpad unit number, quiet, and key beeps
options
Audio Verification Module (AVM) mode, timeout, and code
HOM setup
Time zone
User-programming system settings
Duress code

Use the panel configuration settings you recorded in
table D.5 to program the system.

Programming the Primary
Phone Number
The panel can report alarms and all other reports to a
central monitoring station by programming the primary phone number (or central station’s phone number)
into panel memory. The default phone number is
blank (none).

To program the central monitoring station telephone number:
1. In PROGRAM MODE, press BYPASS until the
display reads PHONE NUMBER.
2. Press COMMAND. The display shows [existing
phone number, if any].
3. Enter the central station receiver phone number
(up to 18 digits). If you need a pause between
digits, press POLICE for each 1-second pause
desired.
4. Press COMMAND. The display reads [new
phone number].
5. Press FIRE to exit.

Programming the Phone
Format
The phone format determines the type of communication the panel uses to report to the central monitoring
station’s receiver. The default phone format is “ITI.”
To program the panel telephone format:
1. In PROGRAM MODE, press BYPASS until the
display reads PHONE FORMAT.
2. Press COMMAND to display the currently
selected format. For example, ITI FMT.
3. Press BYPASS or STATUS to cycle to the
desired setting: SET ITI, -1400, or -2300.
Note
Phone format must be set to “ITI” for the panel to correctly
communicate with the ITI ToolBox Downloader.

4. Press COMMAND and the display reads SET
[selected format] OK.
5. Press FIRE to exit.

Programming the Panel

Programming the Siren
Time-out
The siren time-out determines how long sirens sound
an alarm condition, if no one is present to disarm the
system. The default siren time-out is 4 minutes.
To program a different siren time-out:
1. In PROGRAM MODE, press BYPASS until the
display reads SIREN TIMEOUT.
2. Press COMMAND and the display reads SIREN
- ## MIN.
3. Enter the desired two-digit time (01 to 30 minutes).
4. Press COMMAND and the display reads SIREN
- ## MIN.
5. Press FIRE to exit.

Programming the Install Code
The install code is a special access code used to prevent accidental or unauthorized changes to system
programming. The default install code is blank
(****).
Caution
Always install and test all wired touchpads before entering
an install code. Programming an install code before all
touchpads are installed and tested is risky. It can lead to a
situation where memory must be cleared to get into program mode. This can happen if a bus conflict renders the alphanumeric touchpad useless (and there are no wireless
touchpads and phone control is turned off). In this situation,
there is no way to enter an install code—there is no way to
get back into the program mode except to erase the install
code (and all other programming) by clearing memory.
If an install code is desired, program it after installation is
complete and just before you leave the site.

To program an install code:
1. In PROGRAM MODE, press BYPASS until the
display reads INSTALL CODE.
2. Press COMMAND to display INSTALL - ****.
3. Enter any four digits from 0001 to 9998.
Note
See table D.6 in appendix D for code number defaults and
restrictions.
To return the install code to blank (****) press the POLICE
button instead of a four-digit code.

4. Press COMMAND. INSTALL - #### is displayed.
5. Press FIRE to exit.

Programming the Account
Number
The account number is a five-character panel identification for central monitoring stations. Used when the
panel sends reports. The default account number is
00-000.
To program an account number:
1. In PROGRAM MODE, press BYPASS until the
display reads ACCOUNT NUMBER.
2. Press COMMAND to display ACCOUNT #####.
3. Enter any five digits.
4. Press COMMAND. ACCOUNT - ##### is displayed.
5. Press FIRE to exit.
Note
Only numbers can be programmed locally though the alphanumeric touchpad. Letters can be programmed though the
CS-4000 or Downloader and will display correctly with the
panel in program mode.

Note
Once an install code is entered, it will start a 1-hour timer.
For the next hour, the install code will not be required. This
timer is cleared by entering dealer sensor test.

Programming the Panel

Programming the Entry Delay

Programming the Exit Delay

The entry delay determines the time a user has to enter
the premises and disarm the system, before it goes
into alarm. The default entry delay is 32 seconds.

The exit delay determines how much time system users have to leave the premises through a designated
delay door without causing an alarm, after arming the
system. The default exit delay is 32 seconds.

To program a different entry delay:
1. In PROGRAM MODE, press BYPASS until the
display reads ENTRY DELAY.
2. Press COMMAND and the display reads ENTRY
- ### SEC.
3. Enter the desired three-digit time (008 to 120
seconds).
Note
The system automatically rounds off the entry to the nearest
multiple of eight.

4. Press COMMAND and the display reads ENTRY
- ### SEC.
5. Press FIRE to exit.

Programming the Extended
Delay
The extended delay affects both entry and exit delay
times for sensors in groups 11 (extended delay) and
12 (twice extended delay). The extended delay setting
determines how much time system users have to leave
the premises after arming and how much time users
have to disarm after entering, without causing an accidental alarm. The default extended delay is 4 minutes.
To program a different extended delay:
1. In PROGRAM MODE, press BYPASS until the
display reads EXTENDED DELAY.
2. Press COMMAND. The display reads DELAY ## MIN.
3. Enter the desired two-digit time (01 to 08 minutes).
4. Press COMMAND and the display reads
DELAY - ## MIN.
5. Press FIRE to exit.

To program the exit delay:
1. In PROGRAM MODE, press BYPASS until the
display reads EXIT DELAY.
2. Press COMMAND and the display reads EXIT ### SEC.
3. Enter the desired three-digit time (008 to 184
seconds).
Note
The system automatically rounds off the entry to the nearest
multiple of eight.

4. Press COMMAND and the display reads EXIT ### SEC.
5. Press FIRE to exit.

Programming the Activity
Time-out
The activity time-out determines how many hours of
system non-use are sensed, before sending a report to
the central monitoring station. The default activity
time-out is 24 hours.
To program a different activity time-out:
1. In PROGRAM MODE, press BYPASS until the
display reads ACTIVITY TIMEOUT.
2. Press COMMAND to display ACTIVITY - ## H.
3. Enter the desired two-digit time (01 to 24 hours).
4. Press COMMAND. ACTIVITY - ## H is displayed.
5. Press FIRE to exit.
Note
Upper sensor S79 (No Activity) must be on for the activity
timer to function. S79 default is off.

Programming the Panel

Programming the House Code
The house code is a three digit number used to communicate panel signals to line carrier devices such as
Wireless Interior Sirens (WIS) and X-10 Lamp and
Appliance Modules. The default house code is 001(X10 module house code “B”).
To program a different house code:
1. In PROGRAM MODE, press BYPASS until the
display reads HOUSE CODE.
2. Press COMMAND to display HOUSE CODE ### [X-10 module unit code A–P].
3. Enter the desired three digit house code number
(001 to 254).
4. Press COMMAND. HOUSE CODE - ### [X-10
module unit code A–P] is displayed.
5. Press FIRE to exit.

Programming the Energy
Saver Module Freeze and Set
Temperatures
The freeze temperature setting determines when the
Energy Saver Module’s freeze sensor activates,
sounding interior sirens and reporting to the central
monitoring station. The default freeze temperature is
42° F.
Note
Upper sensor 78 (Freeze Sensor) must be ON to enable the
freeze alarm. Upper sensor 78 defaults to OFF.

To program the Energy Saver Module freeze temperature:
1. In PROGRAM MODE, press BYPASS until the
display reads FREEZE TEMP.
2. Press COMMAND and the display reads
FREEZE TEMP - ##.
3. Enter the desired two-digit temperature (40 to
90).
4. Press COMMAND and the display reads
FREEZE TEMP - ##.

5. Press FIRE to exit.

The Energy Saver Module set (readout) temperature
setting lets you adjust the module to match the on-premises thermostat. The default set temperature is the
unadjusted ESM temperature.
To adjust the Energy Saver Module temperature
readout, make sure that the module is wired and
working, then:
1. In PROGRAM MODE, press BYPASS until the
display reads SET TEMP.
2. Press COMMAND to display TEMPERATURE
- ##.
3. Enter present two-digit room temperature (32 to
99).
4. Press COMMAND and the display reads TEMPERATURE - ##.
5. Press FIRE to exit.

Programming the Touchpad
Options

The touchpad options setting lets you set the touchpad
unit number, touchpad quiet, and touchpad key beeps
options.
To program the alphanumeric touchpad options:
1. In PROGRAM MODE, press BYPASS until
TOUCHPAD OPTIONS is displayed.
2. Press COMMAND to display UNIT NUMBER.
3. Press BYPASS to display the various touchpad
options.
4. Continue with the following touchpad option
procedures.

Programming the Panel

Programming the Touchpad
Unit Number
The touchpad unit number lets the panel identify specific touchpads connected to the bus. Each alphanumeric touchpad must be assigned a unit number,
different than any other bus device. Use the following
guidelines when changing touchpad unit numbers:
•

•

Always start with one touchpad connected to the
panel and get it operational with the panel, before
connecting additional touchpads.
Whenever possible, such as in new installations,
assign alphanumeric touchpad unit numbers
before all other panel programming.
Always work from one touchpad location when
assigning unit numbers for installations with
multiple touchpads.

For complete details on installing additional alphanumeric touchpads to a working system, refer to the SuperBus Alphanumeric Touchpad Installation
Instructions included with each touchpad.
The default touchpad unit number is 001.
Note
On systems with multiple alphanumeric touchpads, the following procedure puts all touchpads into the address set
mode.
Caution
Always delete (blank) the install code before adding wired
touchpads or changing wired touchpad unit (address) numbers. The default install code is blank (****).
Programming an install code before all touchpads are installed and tested may prevent correct touchpad installation
and may require clearing memory and reprogramming. If an
install code is desired, program it after installation is complete and just before you leave the site.

To delete (blank) the install code prior to changing
the touchpad unit number:
1. In PROGRAM MODE, press BYPASS until the
display reads INSTALL CODE.
2. Press COMMAND to display INSTALL - ####.
3. Press the POLICE button. INSTALL - ****
(blank) is displayed.
4. Press FIRE to exit.

To change the alphanumeric touchpad unit number:
1. In PROGRAM MODE, press BYPASS until
TOUCHPAD OPTIONS is displayed.
2. Press COMMAND. Display reads UNIT NUMBER.
3. Press COMMAND to display the present unit
number DA ###.
4. Press COMMAND to display ENTER _.
5. Enter the desired three digit touchpad unit number (000 to 007).
6. Press STATUS to lock in the new unit number.
Note
The touchpad will be nonfunctional after its unit number is
changed until it is reactivated as follows.

7. Switch the panel PROGRAM/RUN switch to
RUN (up) and back to PROGRAM (down) to
reactivate the touchpad with its new unit number.
Touchpad will display PROGRAM MODE.

Programming the Touchpad
Quiet
The touchpad quiet option determines whether status
sounds are heard from a specific touchpad. If there is
more than one touchpad, the following procedure
must be done at each touchpad you want changed.
The touchpad quiet default is N (no—not quiet).
To changed the alphanumeric touchpad quiet option:
1. In PROGRAM MODE, press BYPASS until
TOUCHPAD OPTIONS is displayed.
2. Press COMMAND. Display reads UNIT NUMBER.
3. Press BYPASS or STATUS until the display
reads TOUCHPAD QUIET N (no) or Y (yes).
4. Press COMMAND to toggle from Y or N.
5. Press FIRE to exit.

Programming the Panel

Programming Touchpad Key
Beeps
The touchpad key beeps option determines whether
key-press sounds are heard from a specific touchpad.
The following procedure must be done at the specific
touchpad you want changed.
The touchpad key beeps default is Y (yes—keys beep
when pressed).
To change alphanumeric touchpad key beeps:
1. In PROGRAM MODE, press BYPASS until
TOUCHPAD OPTIONS is displayed.
2. Press COMMAND. Display reads UNIT NUMBER.
3. Press BYPASS or STATUS until the display
reads KEYBEEPS N (no) or Y (yes).
4. Press COMMAND to toggle Y or N.
5. Press FIRE to exit.
Note
The key beeps option does not actually change until the
panel RUN/PROGRAM switch is changed from PROGRAM
to RUN.

Programming the Interrogator
200 Audio Verification Module
Mode, Time-out, and Access
Code
The optional Interrogator 200 Audio Verification
Module* (AVM) allows for two-way voice communication with the monitoring station in the event of an
alarm. The AVM mode, time-out, and access code
need to be programmed. The default AVM mode is 03
(instant).

2. Press COMMAND to display AVM MODE [present AVM mode number].
3. Enter the desired two-digit AVM mode number:
01 - One-ring
02 - One-ring Silent
03 - Instant
09 - One-ring Fire Siren Shutdown
10 - One-ring Silent Fire Siren Shutdown
11 - Instant Fire Siren Shutdown
4. Press COMMAND. AVM MODE - [new mode
number] is displayed.
5. Press FIRE to exit.
The AVM time-out determines how long the AVM
will wait without hearing a command before hanging
up. The default AVM time-out is 90 seconds.
To change the Audio Verification Module timeout:
1. In PROGRAM MODE, press BYPASS until
AVM TIME-OUT is displayed.
2. Press COMMAND to display AVM TIME-OUT
- [present time-out in seconds].
3. Enter the desired three digit AVM time-out (030
to 300 seconds in 2-second increments).
4. Press COMMAND. AVM TIME-OUT - [new
time-out] is displayed.
5. Press FIRE to exit.
The AVM access code helps prevent unauthorized listen-in/talk-back audio sessions. The default AVM access code is blank (****).
To program the Audio Verification Module access
code:
1. In PROGRAM MODE, press BYPASS until
AVM CODE is displayed.
2. Press COMMAND to display AVM CODE [present access code].
3. Enter the desired four-digit AVM access code
(0001 to 9998) or press POLICE to clear the displayed code.

* Not intended for use with UL-listed systems.

Note
See table D.6 in appendix D for code number defaults and
restrictions.

To change the Audio Verification Module mode of
operation:
1. In PROGRAM MODE, press BYPASS until
AVM MODE is displayed.

4. Press COMMAND. AVM CODE - [new access
code] is displayed.
5. Press FIRE to exit.

Programming the Panel

Programming HOM Points

Programming the Time Zone

The optional HOM (Hardwire Output Module) has 4
programmable output points that can be used to activate other devices, based on the system event (alarm,
trouble, etc.). For example, a HOM output can be configured to activate CCTV during an intrusion alarm,
turn on lights during a fire alarm, or activate cellular
phones or long-range radios if primary phone communications are out of service.

The TIME ZONE menu option is used to set the time
zone where the panel is installed.

The following describes the basic HOM output point
configuration steps. For complete HOM setup and
programming, see the SuperBus Hardwire Output
Module Installation Instructions (466-1127) included
with each HOM.

To program the panel’s time zone:
1. In program mode, press BYPASS until TIME
ZONE is displayed.
2. Press COMMAND to display the current time
zone setting (default = 05).
3. Enter the 2-digit number (see Table 3) that corresponds to the time zone where the panel is
located.
Table 3 Time Zone Settings
Time Zone

To program HOM output point configurations:
1. In PROGRAM MODE, press BYPASS until
HOM SETUP is displayed.
2. Press COMMAND to display POINT 01-#####
(the first point and it’s previously programmed
configuration code [if any]). Blank or unprogrammed points are displayed as
POINT ##- * * * * *.
3. To display other points, press STATUS,
BYPASS or enter the desired two-digit point
number.
4. Press COMMAND to change the displayed
point’s configuration code. The display will
show POINT ##-_ _ _ _ _. Or press POLICE to
enter a blank number for this point.
5. Enter the point’s new 5 digit configuration number. The display will blink as you start entering
numbers. To escape this sequence without changing the previously programmed number, press
FIRE.
6. Press COMMAND to enter the new point configuration into panel memory. The display will
stop blinking.
Note: If the entered number is invalid, the display reverts to the points previously programmed
configuration number.
7. To display and/or change other points, press
STATUS or BYPASS.
8. When finished, press FIRE once to return to the
Main menu.

Eastern

Touchpad
Entry
05

Central

Mountain

Pacific

Hawaii

4. Press COMMAND to display the new programmed time zone.
5. Press FIRE to exit.

Viewing or Programming the
User-Programmable System
Settings
Certain system settings can be user programmed
while the system is in the normal (RUN) operating
mode. These are:
•
•
•
•
•
•

Primary access code
Secondary access codes
Arm-disarm access codes
High and low Energy Saver Module temperatures
Quiet exit
Downloader enable

Programming the Panel
Use the settings recorded in appendix D, table D.6,
when programming user-programmable system settings.
To view or program the user-programmable system settings:
1. Press ACCESS CODE + STATUS + 8. SYSTEM SETTINGS is displayed and System memory open is announced.
Note
User programming is automatically exited after 1 minute if
no buttons are pressed.

2. Press BYPASS to display 00 - ARM CODE 1234
(default primary access code).
Note
You don’t have to program these settings in order. Press
BYPASS repeatedly to display the desired setting.To jump
directly to a system setting, enter its two-digit number (table
D.6 in appendix D) instead of pressing BYPASS.

3. Press COMMAND to display _ _ _ _.
4. Enter the desired new four-digit primary access
code (0001 to 9998).
Note
See table D.6 in appendix D for access code number defaults and restrictions.

5. Wait 5 seconds or press COMMAND to set the
new code. OK is displayed.
6. Press BYPASS to display 01 - ARM CODE ****
(the first blank default secondary access code).
7. Press COMMAND to display _ _ _ _.
8. Enter the desired new four-digit secondary
access code (0001 to 9998).
Note
See table D.6 in appendix D for access code number defaults and restrictions.

Note
See table D.6 in appendix D for access code number defaults and restrictions.
To delete a secondary or arm/disarm code, enter the same
number as the primary code.

13. Wait 5 seconds or press COMMAND to set the
new code. OK is displayed.
14. Repeat steps 10–13 for the remaining secondary
and arm-disarm access codes 03 though 23.
15. Press BYPASS to display 53 - ES LOW 50
(default Energy Saver Module low temperature
setting).
16. Press COMMAND to display _ _.
17. Enter the desired two-digit ESM low temperature
setting (45–89° F).
18. Wait 5 seconds or press COMMAND to set the
new temperature. OK is displayed.
19. Press BYPASS to display 54 - ES HIGH 90
(default Energy Saver Module high temperature
setting).
20. Press COMMAND to display _ _.
21. Enter the desired two-digit ESM high temperature setting (46–90° F).
22. Wait 5 seconds or press COMMAND to set the
new temperature. OK is displayed.
23. Press BYPASS to display 77 - QUIET OFF
(default Quiet setting).
24. Press COMMAND to change the current quiet
setting to OFF or ON. OK is displayed.
25. Press BYPASS to display 88 - DOWNLOAD
OFF (default downloader setting).
26. Press COMMAND to change the current download setting to OFF or ON. OK is displayed.
27. Press BYPASS to display 99 - EXIT.
28. Press COMMAND to exit user-programmable
system settings. Good bye is announced and 1OFF is displayed.

To delete a secondary or arm/disarm code, enter the same
number as the primary code.

9. Wait 5 seconds or press COMMAND to set the
new code. OK is displayed.
10. Press BYPASS to display 02 - ARM CODE ****
(the second blank default secondary access
code).
11. Press COMMAND to display _ _ _ _.
12. Enter the desired new four-digit secondary
access code (0001 to 9998).

The Duress Code
The optional duress code (if enabled) lets a system
user send a silent alarm report to the central monitoring station by entering any programmed access code,
with the last two digits reversed. You don’t have to
enter a specific duress code. For example, if the pri19

Programming the Panel
mary access code is 1234, the duress code is automatically 1243.
Caution
Since the use of duress access codes often result in false
alarms due to keystroke errors, it is strongly recommended
that the duress access code remain disabled (off). Enable
only if absolutely necessary. If duress access codes are
needed, their use in conjunction with the Interrogator 200
Audio Verification Module is highly recommended to reduce
false alarms and accidental dispatches.
Note
Upper Sensor number 86 (Duress Alarm) must be on to enable the duress alarm. Upper sensor 86 defaults to off.
Although the panel will not allow access codes with the
same last two digits to be programmed through the touchpad, they are allowed using the CS-4000 or Downloader.
Access codes with the same last two digits will not send a
duress alarm report.

Adjusting the Alphanumeric
Touchpad Display Brightness
The alphanumeric touchpad vacuum fluorescent
(blue/green) display brightness and LCD (silver/
black) display background brightness is adjustable.
(Display brightness on touchpads having LED (red)
type displays is not adjustable.)
To change display brightness:
Press and hold the 1, 2, 3, or 4 touchpad button for the
desired brightness level.
Once a dimmed level is set, pressing any button momentarily returns the display to full brightness.

Requesting CS-4000/Downloader Programming
Although most information can be programmed from
the panel, some optional information must be programmed remotely from the central station CS-4000
or Downloader. Use the information you recorded in
appendix D, table D.9 to inform the central station of
20

your installation’s special programming requirements.
To set up for remote CS-4000 Central Station programming:
1. Contact your central station and ask the operator
to program the panel for the values you recorded
in appendix D, table D.9.
2. Give the operator the panel’s account number
and the phone number of the premises, and ask
them to call back immediately.
3. Hang up the phone.
4. When the phone rings, enter ACCESS CODE +
8 at the alphanumeric touchpad. The display
reads 8 - PHONE TEST and communication will
start.
5. When the central station releases the panel, 1 OFF is displayed. The operator may call you to
discuss the programming.
Note
Feature number F33 (Downloader Access Enable) or userprogrammable system setting 88 (Download Enable) must
be set to on in order for remote downloader programming to
be enabled. These are two different ways to change the
same value, which defaults to off.

To initiate an ITI ToolBox download session:
1. Contact your download station and ask the operator to prepare to download to the panel.
2. In PROGRAM MODE, enter the phone number
of the downloader as the panel primary phone
number.
3. Program the desired panel account number.
4. Make sure feature number F33 (Download
Access Enable) is on. F33 defaults to off.
5. Exit PROGRAM MODE.
6. Enter ACCESS CODE + 8 at an alphanumeric
touchpad.
7. The display reads 8 - PHONE TEST, the panel
speaker and all interior sirens sound one long
beep, and the speaker announces Phone test is
on.
8. When the panel completes the test, the system
returns to level 1 and the speaker announces System phone test is OK. Alarm system is OFF.
9. If the panel announces Phone test failure, or System phone test is invalid, call the downloader station to verify the Downloader phone number and
that the Downloader is set up properly.

Installing Line Carrier Devices

Installing Line Carrier Devices
TERMINALS
FOR WIRING
OPTIONAL
HARDWIRE
EXTERIOR
SIREN
(13-046)

This section describes how to install the following
line carrier wireless devices:
•
•

Wireless Interior Siren (WIS)
X-10 Lamp Module

Notes
The Class II Line Carrier Power Transformer (60-678) is required for line carrier device operation.

BATTERY COMPARTMENT
(DIP SWITCHES INSIDE)

The operation of the lamp module is for supplementary purposes only.

8557G21A.DS4

Figure 6 WIS Battery Cover Location

2. Set DIP switches as appropriate (see below).

Installing and Programming
the Wireless Interior Siren
(WIS)
Installing and programming the Wireless Interior Siren (WIS) includes the following:
•
•
•

Setting the WIS DIP switches and installing the
battery
Connecting an external siren to the WIS
Programming the WIS house code

Setting the WIS DIP Switches
and Installing the Battery
A 9V backup battery (not included) powers the WIS
during an AC power failure. The battery type can be
alkaline, lithium, or NiCd. When backup battery voltage gets low, the WIS sounds a single beep every 60
seconds until the battery is replaced.
To set DIP switches and install the backup batteries:
1. Remove the battery cover on the back of the WIS
as shown in figure 61.

DIP Switch 1—Battery Type
•
•

OFF—Install an alkaline or lithium type battery.
ON—Activates a trickle charge circuit for use
with a NiCd battery.

WARNING!
Never turn on DIP switch 1 when using an alkaline or
lithium battery. Personal injury and equipment damage
may result if these batteries are recharged, short-circuited, punctured, or discharged at higher than acceptable rates.

DIP Switch 2—External Siren Delay
•

•

OFF—External siren terminals activate immediately during an alarm condition.
Use this setting when the siren connected to the
external siren terminals is located inside the premises.
ON—External siren terminals activate 15 seconds after an alarm condition occurs.
Use this setting when the siren connected to the
external siren terminals is located outside. This
helps prevent disturbing neighbors in cases of accidental alarms that last fewer than 15 seconds.

DIP Switches 3 and 4—Status Tones
•

•

3 and 4 OFF—The WIS internal piezos and
external siren do not produce any status tones.
Use this setting when the WIS is installed in or
near sleeping areas.
3 ON, 4 OFF—The WIS internal piezos produce
normal-volume status tones.
Use this setting when the WIS is installed in areas
where status tones need to be heard.

Installing Line Carrier Devices
•

3 OFF, 4 ON—The WIS internal piezos and
external siren produce high-volume status tones.
Use this setting when status tones need to be
heard in remote areas, inside and outside of the
premises.

Caution
Never turn on both DIP switches 3 and 4; doing so may permanently damage the WIS.

3. Connect the battery to the battery clip and insert
the battery into the compartment.
4. Replace the battery cover.

Programming the WIS House
Code
1. Plug the WIS into an outlet that is not controlled
by a switch.
2. Press CODE + 1 on the alphanumeric touchpad.
3. The WIS sounds one beep and the WIS LED
flashes, indicating the WIS received the signal
from the panel.
Note
If WIS DIP switches 3 and 4 are set to OFF, no beep will be
heard. You must cause an alarm for the WIS to sound.

Connecting an External Siren
to the WIS
Figure 7 shows how to connect the Hardwire Exterior
Siren (13-046) to the WIS terminals. These terminals
activate for alarms only and provide 100 mA maximum current at 6 VDC.
Caution
Only the Hardwire Exterior Siren (13-046) can be connected
to the WIS terminals. Other sirens may draw more current
than the WIS can provide and can cause permanent damage to the WIS.

BATTERY
COMPARTMENT
(DIP SWITCHES
INSIDE)

4. If the WIS does not respond, unplug it and disconnect the battery. Wait at least 30 seconds, and
then reconnect the battery and repeat steps 1 and
2. If the WIS still does not respond, proceed to
appendix B, “Troubleshooting.”
5. To permanently mount the WIS, unplug it and
remove the outlet cover screw.
6. Plug the WIS into the outlet and secure it with
the outlet screw.
WARNING!
Use extreme caution when securing the WIS to a metal
outlet cover. You could receive a serious shock if the
metal outlet cover drops down onto the prongs of the
plug while you are securing the WIS and cover to the
outlet box.

Installing X-10 Lamp Modules

OBSERVE
POLARITY

When installing X-10 Lamp Modules:

HARDWIRE EXTERIOR SIREN (13-046)
100 mA MAXIMUM DRAW

8557G23A.DS4

Figure 7 Wiring the Hardwire Exterior Siren to the
WIS

• Use only incandescent lamps.
• Do not plug X-10 Lamp Modules into outlets controlled by a switch.
• Do not use extension cords to connect several
lamps to one module.
Caution
Use X-10 Lamp Modules to control light fixtures. Do not use
X-10 Appliance Modules. Appliance Modules are not controlled during an alarm.

Testing the System
To install X-10 Lamp Modules:
1. Plug the lamp cord into the bottom of the lamp
module.
2. Plug the module into a lower AC outlet.
3. Refer to table D.5 in appendix D for the house
code you programmed into the panel, and then
find the letter that corresponds to that house code
from table C.3 in appendix C. Each letter setting
represents 16 possible panel house codes. For
example, house code 113 corresponds with “B”
on the X-10 Lamp Module’s house dial.
4. Set the house dial on the module to the appropriate letter.
5. Set the unit number dial from 1 to 9 as shown in
table C.4 in appendix C.
Note
X-10 Lamp Module unit numbers 1 and 2 have special system functions: unit 1 provides entry and exit lighting, and
unit 2 provides visual indication of arming level. X-10 Appliance Modules assigned to units 3–9 can be individually controlled from the touchpad and are automatically turned off
during police alarms.

Testing the System
This section describes how to perform the following
test procedures:
•
•
•
•
•
•

Testing sensors
Testing the Energy Saver Module
Testing the Hardwire Input Module
Testing the X-10 Lamp Modules
Testing phone communication
Testing central station communications

You should test the system after installing, after servicing, and after adding or removing devices from the
system. Refer to the troubleshooting chart in appendix
B for troubleshooting help.

Testing Sensors
We recommend that you test the sensors after all programming is completed and whenever a sensor-related problem occurs.

Note
While the sensor test is a valuable installation and service
tool, it only tests sensor operation for the current conditions.
You should perform a sensor test after any change in environment, equipment, or programming.

1. Set the panel PROGRAM/RUN switch to RUN
(up) and attach, close, and secure the panel cover.
2. Place all sensors in their secured (nonalarm)
state.
3. Enter ACCESS CODE + STATUS + 9 (dealer
sensor test) at an alphanumeric touchpad.
4. The speaker announces “Sensor test is on,” interior sirens and speakers sound one long beep, and
the display reads 9 - SENSOR TEST.
5. Trip each sensor one at a time.
6. Interior sirens and speakers sound transmission
beeps as each sensor is tripped. Each beep represents one data round.
7. Count the number of transmission beeps and
refer to table 3 for minimum requirements.
8. After the beeps, [sensor #] OK is displayed confirming the sensor number tested. If the system
does not respond, or if the sensor does not meet
the minimum transmission beep requirements,
refer to the “If a Sensor Fails the Sensor Test”
section.
9. Press the STATUS button when you think all
sensors are tested. The system announces any
untested sensor numbers.
If all sensors have been tested, the alphanumeric
touchpad displays ALL SENSOR OKAY and the
speaker announces “Sensor test is on. All sensor
test okay.”
10. Test all untested sensors. The system stays in
sensor test for 15 minutes, preserving the list of
untested sensors. After 15 minutes the panel disarms to level 1, automatically.
11. Enter ACCESS CODE + STATUS + 9 while
the system is still in sensor test if you need more
time to complete the sensor test.
12. Enter ACCESS CODE + 1 to exit sensor test.
13. The system disarms to level 1, and the speaker
announces “Alarm system is off.”
Note
While in dealer sensor test, a sensor will not beep unless
there is at least 10 dB of wireless signal margin.

Testing the System

Table 4 Minimum Transmission Beeps
Type of Sensor
Wireless Intrusion Sensors

Number of
Beeps
7–8 beeps

Wireless Smoke & Heat Sensors

7–8 beeps

Wireless Environmental/Panic Buttons

7–8 beeps

Hardwire Loops

Panel Emergency Buttons

To replace a sensor:
1. Test a known good sensor at the same location.
2. If the transmission beeps remain below the minimum level, avoid mounting a sensor at that location.
3. If the replacement sensor functions, contact ITI
for repair or replacement of the problem sensor.

Testing the Energy Saver
Module (ESM)

If a Sensor Fails the Sensor
Test
Note
Upper sensor number 88 must be on to enable the Energy
Saver Module.

If sirens do not beep when a sensor is tripped, use an
ITI RF Sniffer (60-401) test tool to verify that the sensor is transmitting. Constant beeps from the RF Sniffer indicate a runaway (faulty) sensor. Remove the
sensor’s battery and replace the sensor.
If possible, locate sensors within 100 feet of the panel.
While a transmitter may have a range of 1,000 feet or
more out in the open, the environment at the installation site can have a significant effect on transmitter
range. Sometimes a change in sensor location can
help overcome adverse wireless conditions.
To improve sensor communication, you can
• reposition the sensor,
• relocate the sensor,
• if necessary, replace the sensor.
To reposition a sensor:
1. Rotate the sensor and test for improved sensor
communication at 90 and 180 degrees from the
original position.
2. If poor communication persists, relocate the sensor as described as follows.
To relocate a sensor:
1. Test the sensor a few inches from the original
position.
2. Increase the distance from the original position
and retest until an acceptable location is found.
3. Mount the sensor in the new location.
4. If no location is acceptable, replace the sensor.
24

To test the Energy Saver Module:
1. Press STATUS + STATUS to display the system status, ENERGY SAVER OFF, and the
present TEMPERATURE ##. The temperature
displayed (and/or announced) should match the
house thermostat. If the temperatures do not
match, refer to “Programming the Energy Saver
Module Freeze and Set Temperatures” section or
the “Troubleshooting” table in appendix B.
2. Press COMMAND + 5 to turn the energy saver
function on. The display will indicate ENERGY
SAVER ON and the ESM relay will click once.
3. Press COMMAND + 5 again to turn the energy
saver function off. The display will indicate
ENERGY SAVER OFF.
Note
There is a 5-minute delay after the Energy Saver Module returns control to the furnace/AC before it will override the furnace/AC again.
If the red ESM LED is not flashing continuously, set the panel PROGRAM/RUN switch to RUN and turn off the panel
power switch. Verify that all wiring is correct and that all bus
devices (including hardwire touchpads) are set with different unit numbers.
Whenever the ESM unit number is changed, you must turn
off the panel power switch, turn it back on, and then enter
the program mode for the panel and ESM to communicate
successfully.

Testing the System

Testing the Hardwire Input
Module (HIM)

To test the optional Hardwire Input Module:
1. Verify that all wiring at the panel and the HIM
are correct.
2. Turn on the panel power switch.
Note
If the red HIM LED is not flashing continuously, set the panel
PROGRAM/RUN switch to RUN and turn off the panel power switch. Verify that all wiring is correct and that all bus devices (including hardwire touchpads) are set with different
unit ID numbers.
Whenever the HIM unit ID number is changed, you must
turn off the panel power switch, turn it back on, and then enter the program mode for the panel and HIM to communicate successfully.
If the system uses hardwire sensors only, turn off upper
sensor 94 (Receiver Failure) in the panel.

3. Set the panel’s PROGRAM/RUN switch to
PROGRAM.
If the alphanumeric display continues to read 1OFF and the 1 is flashing, you must enter the install code (four digit install access code) to get the
panel into the program mode.
The alphanumeric display should read PROGRAM MODE and the red HIM LED should be
flashing continuously, indicating successful bus
communication with the panel.
4. Set the panel’s PROGRAM/RUN switch to RUN
and refer to the “Testing Sensors” section for
testing hardwired sensors connected to the HIM.

Testing the Hardwire Output
Module (HOM)

To test the optional Hardwire Output Module:
1. Verify that all wiring at the panel and the HOM is
correct.
2. Turn on the panel power switch.
3. Set the panel’s PROGRAM/RUN switch to
PROGRAM.

If the alphanumeric display continues to read 1OFF and the 1 is flashing, you must enter the install code (four digit install access code) to get the
panel into the program mode.
The alphanumeric display should read PROGRAM MODE and the red HOM LED should be
flashing continuously, indicating successful bus
communication with the panel.
4. Set the panel’s PROGRAM/RUN switch to
RUN.
5. Activate each of the programmed system triggering events to verify correct HOM output
response.
Note
If the red HOM LED is not flashing continuously, set the
panel PROGRAM/RUN switch to RUN and turn off the panel power switch. Verify that all wiring is correct and that all
bus devices (including hardwire touchpads) are set with different unit ID numbers.
Whenever the HOM unit ID number is changed, you must
turn off the panel power switch, turn it back on, and then enter the program mode for the panel and HOM to communicate successfully.

Testing the X-10 Lamp
Modules
Refer to table C.4 in appendix C for X-10 lamp and
appliance module control operation.
To test the X-10 Lamp Modules:
1. Press COMMAND + 0 repeatedly to turn all
lights on and off together. Appliance modules, if
any, are all turned off by pressing COMMAND
+ 0 but are not all turned on this way.
2. Press BYPASS + 1 repeatedly to turn light 1 on
and off.
3. Repeat step 2 for remaining assigned lamp and
appliance module unit numbers.
4. Press ACCESS CODE + 3 to arm the system to
Level 3-Away. Unit 1 light should turn on and
stay on for 5 minutes. Unit 2 light should blink
three times to indicate the arming level. All
remaining lights should be unaffected.
5. Press ACCESS CODE + 1 to disarm the system.
If Unit 1 light was on for an entry or alarm, it
25

Testing the System
will turn off in 5 minutes. Unit 2 light should
blink once to indicate arming Level 1-Off. All
remaining lights should be unaffected.
6. Lights should turn on and remain on during fire
and auxiliary/medical alarms and flash during a
police or an intrusion alarm.

Testing Phone Communication
Perform a phone test to check the phone communication between the panel and the central station.
To perform a phone test:
1. Enter ACCESS CODE + 8 at an alphanumeric
touchpad.
2. The display reads 8 - PHONE TEST, the panel
speaker and all interior sirens sound one long
beep, and the speaker announces Phone test is
on.
3. When the panel completes the test, the system
returns to level 1 and the speaker announces
Phone Test is OK. Alarm system is OFF.
4. If the panel announces Phone test failure, proceed to the following instructions.
If the phone test fails:
1. Check that the panel is plugged into the RJ-31X/
CA-38A phone jack.
2. Enter ACCESS CODE + 8 again.
3. If the phone test fails again, check the phone
number programmed into the panel.
4. If the phone test fails again, check the phone connection wiring.

Testing Central Station
Communication
After performing sensor and phone tests, check that
the system is reporting alarms successfully to the central station.

To test communication with the central station:
1. Call the central station and tell the operator that
you will be testing the system.
2. Arm the system.
3. Test each of the touchpad and wireless panic buttons and trip at least one sensor of each type—
fire, intrusion, etc.—to verify that the appropriate
alarms are working correctly.
4. If an Audio Verification Module is installed, verify that it is operating correctly and that the central station can both listen-in and talk-back
through it.
5. When you finish testing the system, call the central station to verify that the alarms were
received.
Note
If you experience trouble communicating with the central
station (or Downloader), verify the panel’s primary phone
number and also that panel feature number F33 (Downloader Access Enable) is turned on. Also verify panel feature
number F43 (Demo Kit Mode) is turned off (default setting).
If F43 is on, the account number defaults to “UD-EMO” to let
the central station know that the panel is in the demo kit
mode of operation and that special demo defaults and special alarm handling is in force.

Displaying the Panel
Version Code
After testing and troubleshooting the system (as outlined in this section and in appendix B) you may require Technical Support assistance. To precisely
identify the panel hardware and software to support
personnel, you can display the panel hardware/software version code.
To display/announce the panel version code:
1. Set the panel RUN/PROGRAM switch to RUN.
2. Enter primary ACCESS CODE + STATUS + 7.
The alphanumeric touchpad will display
YYY*XXX and System YYY Level XXXX will be
announced. YYY represents the panel family
(hardware) product code and XXXX represents
the EEPROM (software) version code.

Appendix A: Command Summary

Appendix A: Command Summary
This appendix contains a summary of all system user commands and what each command does. For operating
command details refer to the Security and Home Automation Owner’s Manual.

User Operating Command Summary

Table A.1 provides a description of all commands for operating the system. For commands that require an access
code, use either the primary or secondary access code unless otherwise indicated. While these are called user
operating commands, you may need to use some or all of these commands during the installation and programming process. In the table, CODE represents the four-digit access code (default is 1234).
Table A.1 Summary of User Operating Commands
Action

Command

Short Command

Disarm to level 1-Off CODE + 1

Voice Message Confirmation

Alarm system is off.

Arm to level 2-Stay

CODE + 2

COMMAND + 2 *

Arm to level 2, no
delay

CODE + 2 + 4

COMMAND + 2 + 4 *

Arm to level 2, indirect bypass

CODE + 2 + BYPASS

Arm to level 3-Away

CODE + 3

COMMAND + 3 *

Arm to level 3, no
delay

CODE + 3 + 4

COMMAND + 3 + 4 *

Alarm system is on, level 2. Sensor
[sensor #] bypassed.
Alarm system is on, level 3.
Alarm system is on, level 3, no delay.

Arm to level 3, indirect bypass

CODE + 3 + BYPASS

Direct bypass †

CODE + BYPASS + [sensor #]

Unbypass ‡

CODE + BYPASS + [sensor #]

Energy Saver Module on/off

CODE + 5

COMMAND + 5

Alarm system is on, level 3. Sensor
[sensor #] bypassed.
Sensor [sensor #] bypassed.
Sensor [sensor #] okay.
Energy Saver is on/off.

Chime on/off

CODE + 7

COMMAND + 7

Phone test on

CODE + 8

On, off.
Phone test is on.

Sensor test on

CODE + 9

Sensor test is on.

All lights on/off

CODE + 0

Individual lights on/
off

BYPASS + n (n= 1-9)

Review alarm memory

CODE + STATUS + 5

Review short panel
status

STATUS

Alarm system is on, level 2.
Alarm system is on, level 2, no delay.

COMMAND + 0

On, off.
[Unit #] on/off.

COMMAND +
STATUS

Alarm memory is okay, or
Sensor [sensor #] [alarm name]
alarm memory.
Alarm system is [status message].

(continued)

Appendix A: Command Summary
Table A.1 Summary of User Operating Commands (Continued)
Action

Command

Short Command

Review long panel
status

CODE + STATUS + 1

STATUS + STATUS

Panel Version

CODE + STATUS + 7

Voice Message Confirmation

Hello alarm system is... (see Owner’s
Manual for possible messages)...Goodbye.
System yyy (product code) Level xxxx
(EEPROM code)

Adjust alphanumeric Press and hold buttons 1–4
display brightness
(1–full dim, 4–full bright)

* Feature number F37 (Quick Arming) must be on to enable short arming commands. This short command only works
when arming to a higher level.
† This command only works if the sensor you are bypassing is active in the current security level.
‡ This command only works when upper sensor 87 is off and you are unbypassing a sensor that is already bypassed.

System Settings (User-Programming) Command Summary

Table A.1 provides a description of all user-programming commands. For commands that require an access code
(CODE), use the primary access code (default is 1234).
To enter the user-programming mode, press CODE + STATUS + 8. The system will announce System memory
open. Press BYPASS or STATUS buttons to scroll through the list of system settings. Proceed to any of the
desired actions listed in table D.6.
To exit user-progamming mode at any time, press BYPASS + 99 + COMMAND + COMMAND. Or, wait 1
minute—system will automatically announce Good-bye and return to the normal mode of operation..
Table A.2 Summary of System Settings (User-Programming) Commands
Action
Enter new primary
access code 00

Command
00 + COMMAND + COMMAND
+ [new CODE] + COMMAND

Display/Voice Message Confirmation

[new primary access code], okay.

Enter new secondary [01–04] + COMMAND + COMaccess code (01-04) MAND + [new CODE] + COMMAND

[new secondary access code], okay.

Enter new arm/disarm code 05–23

[05–23] + COMMAND + COMMAND + [new CODE] + COMMAND

[new arm/disarm access code], okay.

Enter new Energy
Saver Module low
temperature setting

53 + COMMAND + COMMAND
+ [new low temp.] + COMMAND

[new ESM low temperature], okay.

Enter new Energy
Saver Module high
temperature setting

54 + COMMAND + COMMAND
+ [new high temp.] + COMMAND

[new ESM high temperature], okay.

Turn quiet exit on or
off

77 + COMMAND + COMMAND

[On or off]

Turn download
enable on or off

88 + COMMAND + COMMAND

[On or off]

Appendix B: Troubleshooting

Appendix B: Troubleshooting
This appendix contains a summary of system troubleshooting suggestions.
Table B.1 Troubleshooting System Problems
Feature

Problem

Solution

Access Code
Customer cannot remember access code(s).
1. Check your records to see if you have the customer’s access
code(s) on file.
2. If panel is monitored, trap the panel and read the access code(s)
from the CS-4000 or read the access code(s) from the Downloader.
3. If panel is not monitored, clear memory and reprogram the panel
locally.
Installer cannot remember install code.
1. Check your records to see if you have the install code on file.
2. If panel is monitored, trap the panel and read the access code(s)
from the CS-4000 or read the access code(s) from the downloader.
3. If the panel is not monitored and has no access to downloading,
clear memory and reprogram the panel locally.
Some access codes do “strange things.”
1. Codes containing the number 6 are reserved. 6 is used for phone
sensor bypassing.
2. Codes 7777, 8888, and 9999 are reserved for phone panic alarms.
3. Access code’s last two digits must not be the same for correct
duress code operation. (See duress code feature in this table.)
Arming/Disarming
System won’t arm.
1. If arming to level 2, make sure all monitored perimeter doors and
windows are closed.
2. If arming to level 3, make sure all perimeter and interior sensors are
closed.
3. Press STATUS for an indication of the problem.
Batteries
Touchpad indicates CPU low battery and/or System battery failure is heard.
Check the panel backup battery and connections and replace if necessary. Also, refer to the panel power LED section in this table.
Touchpad indicates [sensor #] trouble and/or Sensor [sensor #] low battery is heard.
Replace the indicated sensor’s battery.

Appendix B: Troubleshooting
Table B.1 Troubleshooting System Problems (Continued)
Feature

Problem

Solution

Bypass
Touchpad indicates Fail and/or Invalid is heard when you attempt to bypass a sensor.
Sensor may already be bypassed or you are trying to bypass a 24hour sensor that cannot be bypassed or a sensor that is not active in
the current security level.
System cancels sensor bypass when you try to arm to level 2 or 3.
Arm to the desired level before bypassing a sensor.
Central Station Reporting
Central station is not receiving reports from panel.
1. Check that the DB-8 Cord is plugged into the panel phone jack and
into the RJ-31X/CA-38A Jack.
2. Check for proper RJ-31X/CA-38A Jack to phone line wiring.
3. Verify with the central station operator that the correct receiver line
phone number is programmed into the panel. Reprogram the phone
number and retest, if necessary.
4 Verify that the correct phone format (ITI or 4/2) is being used.
5. Replace faulty RJ-31X/CA-38A Jack.
6. Replace faulty DB-8 Cord.
7. Check that the premises phone line is working.
8. Perform a phone test.
Duress Code
Optional duress code is not working.
1. Make sure last two digits of access code are not the same. (See
access code feature in this table.)
2. Check that upper sensor 86 (duress alarm) is on.
False Alarm
Alarm is being sent by mistake.
Enter ACCESS CODE + 1 immediately to cancel the alarm. This command bypasses the alarm if done within 15 seconds after activation
(feature number F06 [Dialer Abort] must be on). The system will
announce alarm bypassed and report will not be sent to the monitoring station.
Note
Fire alarms and duress detections cannot be bypassed.
Hardwire Alphanumeric Touchpad
Touchpad display seems “stuck” in the program mode.
Check that panel PROGRAM/RUN switch is set to RUN (up).
Touchpad displays incorrectly or displays DA ### and does not respond to buttons.
1. If panel has been preprogrammed with an install code, enter the
four-digit install code at a working touchpad or from a telephone .
2. Check for hardwire bus address confilct (two devices having the
same device address).
3. Check for out-of-range device address number. Should be 000–
007.

Appendix B: Troubleshooting
Table B.1 Troubleshooting System Problems (Continued)
Feature

Problem

Solution

Hardwire Alphanumeric Touchpad (Continued)
Touchpad displays **********’ and does not respond to buttons.
1. Reset the touchpad by switching into and out of program mode.
Switch the panel PROGRAM/RUN switch from RUN to PROGRAM.
Enter the four-digit install code if panel has been preprogrammed with
one using a working touchpad or telephone. Switch the panel PROGRAM/RUN switch back to RUN again.
2. Check for hardwire bus miswiring.
Touchpad appears “dead” (no display or response to buttons).
1. Check that the wiring connector is plugged into the back of the
touchpad.
2. Check for hardwire bus miswiring, opens, or shorts.
3. Check panel fuse F2.
Hardwire Output Module
LED is off (not blinking).
1. Check HOM and panel fuses.
2. Check wiring at HOM and panel.
3. Check that HOM unit number setting is different from all other connected bus devices.
4. Check for proper panel/HOM initialization after changing unit numbers.
LED stays on.
1. Reinitialize panel and HOM by turning panel power off and on.
2. HOM circuit failure. Replace HOM.
LED blinks but outputs don’t activate.
1. Check panel/HOM programming.
One output never activates.
1. Check panel/HOM programming.
2. Check that the point (HOM output) programmed trigger event actually occurs.
3. Check wiring at HOM terminals and connected device.
Output(s) activates only momentarily.
1. Check that the panel/HOM point programming (HOM output) uses
the correct response configuration.
Output(s) activates randomly.
1. Check HOM and panel fuses.
2. Check wiring routing and length between panel and HOM.
3. Check that HOM unit number setting is different from all other connected bus devices.

Hardwire Output Module (Continued)
HOM tamper input is inoperable.

Appendix B: Troubleshooting
Table B.1 Troubleshooting System Problems (Continued)
Feature

Problem

Solution
1. Some panels and panel versions do not “read” the HOM’s built-in
tamper input status. Connect the HOM tamper switch to a panel or
HIM zone input.

One output stays activated.
1. Check to see if the point is programmed for a 3-minute “on” time
and if the triggering event for the point is repeatedly resetting the 3minute timer.
2. Output may have failed or been overloaded. Reprogram to use a
different (unused) output.
Hardwire Siren
Exterior sirens are not producing alarm sounds.
1. Check for 12 to 22 VDC between panel terminals 3 and 4 and
for 12 VDC between terminals 4 and 12.
2. Check panel fuses F1 and F2.
3. Check for correct wiring at the siren and panel terminals.
4. Check for required jumper wire between panel terminals 5 and 12.
Exterior sirens produce status sounds.
Check for correct wiring at the siren and panel terminals.
Interior sirens are not producing sounds.
1. Check for 12 VDC between panel terminals 17 and 18 with siren
on.
2. Check panel fuses F1 and F2.
3. Check for correct wiring at the siren and panel terminals.
4. Make sure that F11 (Interior Siren Sounds Disable) feature is off.
Hardwire Zones
Panel does not respond to hardwire zone input.
1. Check that zones are programmed into panel and add if missing.
2. Make sure that zone is in a restoral-required group or make sure
that system is armed to active level before tripping sensor.
3. If optional HIM zone, check that the HIM LED is blinking to show
communication with panel.
Note
Panel hardwire zones are ignored for 1 minute following power-on
(HIM zones are not ignored for this period).
Touchpad indicates [sensor #], trouble and/or Sensor [sensor #], trouble is heard.
1. Check that the 4.7K ohm end-of-line resistor is correctly installed in
the zone loop circuit.
2. Check normally open (N/O) circuit for a break in the wires.
3. Check normally closed (N/C) circuit for a short in the wires.

Lights
Light fixture using X-10 Lamp Module does not work.

Appendix B: Troubleshooting
Table B.1 Troubleshooting System Problems (Continued)
Feature

Problem

Solution
See X-10 Lamp Modules feature in this table.

Panel
Panel does not power up. Panel LED is off and alphanumeric touchpad display is dark.
1. Check that panel power switch is on.
2. Check the AC circuit breaker to be sure the circuit is live.
3. Check that the backup battery is installed correctly, the battery
wires are connected, and the AC power transformer is plugged in.
4. Check for proper panel and transformer wiring.
5. Measure the incoming AC voltage at the panel terminals. Should
read from 16 to 18.5 VAC at panel terminals 1 and 2.
No incoming AC voltage at panel terminals 1 and 2.
1. Unplug the AC power transformer and disconnect the wires from
the transformer and the panel.
2. Check transfomer to panel wire for short or open circuits.
3. Plug in the transformer and check for 16.5 VAC at the transformer
unconnected terminals. If zero (0) volts, replace the transformer.
Panel power LED is on constantly, display indicates CPU Low Battery or voice sounds
Battery failure.
1. Check that the backup battery is installed correctly, the battery
wires are connected, and the AC power transformer is plugged in.
2. Measure the incoming AC voltage at the panel terminals. It should
read from 16 to 18.5 VAC at panel terminals 1 and 2.
3. Remove the backup battery power by disconnecting the battery’s
red (positive) wire.
4. Check for 13.5 to 13.9 VDC battery charging voltage between
panel terminal 4 (GND) and the disconnected battery red wire. If the
charging voltage is not within range, call Technical Services.
5. Check for 11.5 to 13.9 VDC battery voltage between the backup
battery’s spade lugs. If the battery voltage is not within the recommended range, replace the battery.
Note
When the panel is running a backup battery test, the reading at the
connected battery can range from 11.4 to 13.7 VDC. The panel automatically runs a backup battery test under the following conditions:
(1) on initial power-up. (2) during sensor test (not dealer sensor test),
(3) once every minute when backup battery has failed, (4) once every
24 hours, at the programmed STIME.
6. Restore the backup battery power by reconnecting the battery’s red
wire.
Note
While the AC power transformer is plugged in, the panel automatically
charges the battery. While the battery is charging for the first time it is
normal for the system to indicate System battery failure. This can
take a number of hours depending on the battery’s initial charge.
Once the battery reaches 12.5 VDC (full charge as measured while in
battery test), the arming level stops flashing. If the trouble condition
persists after 24 hours, replace the backup battery.

Panel (Continued)

Appendix B: Troubleshooting
Table B.1 Troubleshooting System Problems (Continued)
Feature

Problem

Solution

Panel power LED is flashing, and after pressing STATUS the touchpad indicates AC
power failure. (Panel continues to operate from backup battery.)
1. Check the AC circuit breaker to be sure the circuit is live.
2. Check for proper panel and transformer wiring.
3. Check that the transformer is plugged into a nonswitched outlet and
secured with the provided screw.
4.Check that the transformer is supplying AC to the panel. (Transformer internal fuse may be blown.)
WARNING!
Be careful when securing the transformer to an outlet with a metal
cover. Hold the cover tightly in place. You could receive a serious
shock if the metal outlet cover drops down onto the prongs of the plug
while you are securing the transformer and cover to the outlet box.
Phones
Loss of dial tone on premises phones after wiring the RJ-31X Jack or connecting the
DB-8 Cord.
1. Wait 2 minutes and try again. The panel may be busy trying to
report to the CS-4000.
2. Check the RJ-31X Jack’s wiring.
3. Check the panel connection to the DB-8 Cord.
4. Replace the RJ-31X Jack.
5. Replace the DB-8 Cord.
6. Perform a phone test after troubleshooting the phone line.
Constant dial tone, preventing dial out on premises phones.
Polarity-sensitive phones exist on the premises. Reverse the phone
wires connected to the brown and gray wire terminals on the RJ-31X
Jack.
Phone does not work.
Disconnect the panel DB-8 Cord from the RJ-31 Jack. If the phone
still doesn’t work, the system is okay and the problem is in the wiring.
Sensor
Touchpad indicates [sensor #] trouble and/or Sensor [sensor #] trouble is heard.
Replace the sensor’s cover, if it is off. Trip the sensor.
Touchpad indicates [sensor #] supervisory and/or Sensor [sensor #] failure is heard.
The sensor is not communicating with the panel.
Touchpad indicates Sensor [sensor #] trouble and/or Sensor [sensor #] low battery is
heard.
Replace the indicated sensor’s battery.
Smoke Sensor
Beeps once every minute.
Batteries are low. Replace all of the smoke sensor batteries.

Trouble Beeps (see also Panel)

Appendix B: Troubleshooting
Table B.1 Troubleshooting System Problems (Continued)
Feature

Problem

Solution

Press STATUS for an indication of the problem. Doing a status or disarm (level 1) disables the trouble beeps for 10 hours.
Wireless Interior Siren (WIS)
No sound or LED activity from the siren.
1. Check that the panel AC transformer is plugged into an outlet.
2. Check that the WIS is not plugged into an outlet controlled by a
switch. Relocate to a different outlet, if necessary.
3. Program the house code into the panel and set the WIS DIP
switches.
4. Check that the panel is powered by the special two-wire Class II
Line Carrier Power Transformer.
5. Make sure that the WIS is on the same electrical phase wiring as
the AC power transformer. Relocate the WIS to various outlets to
identify compatible locations.
6. Move the WIS to a circuit that is not used by any other appliances.
Intermittent siren operation.
1. Check that the WIS is not plugged into an outlet controlled by a
switch. Relocate to an unswitched outlet.
2. Move the WIS to a circuit that is not used by any other appliances.
The WIS beeps once every minute.
The WIS may have a low battery. Replace with the appropriate battery
based on the setting of DIP switch 1. (ON = NiCd, OFF = alkaline or
lithium.)
Wireless Sensors
The panel does not respond to sensor activity. There are no alarm, chime, or sensor test
sounds.
1. Check that the wireless sensor battery is installed.
2. Check the sensor battery for low voltage. Replace batteries, if necessary.
3. Use an RF Sniffer (60-401) to verify that sensor is transmitting.
4. Check that the sensor is programmed (learned) into panel memory.
Learn the sensor, if necessary.
5. Verify that both panel antennas are installed and connections tight.
The panel responds intermittently to wireless sensor signals.
1. Rotate the sensor position from 90 to 180 degrees.
2. Mount the sensor in a different location.
3. Verify that both panel antennas are installed and connections tight.
Wireless Touchpads
The panel does not respond to wireless touchpad commands.
1. Operate touchpads from different locations to locate areas of intermittent operation.
2. Check and/or replace wireless touchpad battery.
3. Program or reprogram the touchpad(s) into the panel.

X-10 Lamp Modules

Appendix B: Troubleshooting
Table B.1 Troubleshooting System Problems (Continued)
Feature

Problem

Solution

Light fixtures controlled by the X-10 Lamp Module are not working.
1. Check that the lamp has a working bulb and that the lamps switch
is on.
2. Confirm the lamp’s operation at a working outlet.
3. Check that the lamps are plugged into X-10 Lamp Modules and the
X-10 Lamp Modules are plugged into outlets that are not controlled by
a switch. Relocate to nonswitched outlets, if necessary.
4. Check that the panel is powered by the special two-wire Class II
Line Carrier Power Transformer ((60-678).
5. Check that the HOUSE dial on the X-10 Lamp Module matches the
house code programmed into the panel.

Appendix C: Programming Tables

Appendix C: Programming Tables
This appendix contains tables for selecting sensor group numbers and X-10 Lamp and Appliance Module house
and unit codes. Table notes appear at the bottom of the table, on the next page.

Table C.1 Sensor Group Characteristics
No.

Name

Application

Alarm

Delay

Restoral

Supervisory

CS
Report

√

1, 2, 3

√

1, 2, 3

√

1, 2, 3

√

1, 2, 3

Chime

Active
Levels

Fixed
Panic

24-hour audible fixed emergency buttons.

Police

Instant

Portable
Panic

24-hour audible portable emergency
buttons.

Police

Instant

Fixed
Panic

24-hour silent fixed emergency buttons.

Silent

Instant

Portable
Panic

24-hour silent portable emergency buttons.

Silent

Instant

Fixed
Auxiliary

24-hour auxiliary sensor, such as Pendant Panic or holdup button.

Auxiliary

Instant

√

1, 2, 3

Fixed
Auxiliary

24-hour auxiliary emergency button.
Siren shutoff confirms CS report.

Auxiliary

Instant

√

1, 2, 3

Portable
Auxiliary

24-hour portable auxiliary alert button.

Auxiliary

Instant

√

1, 2, 3

Portable
Auxiliary

24-hour portable auxiliary button. Siren
shutoff confirms CS report.

Auxiliary

Instant

√

1, 2, 3

Special
Intrusion

Special belongings, such as gun cabinets and wall safes.

Police

Instant

√

1, 2, 3

Special
Intrusion

Special belongings, such as gun cabinets and wall safes.

Police

Standard

√

1, 2, 3

Entry/Exit
Delay

Entry and exit doors that require a standard delay time.

Police

Standard

√

2, 3

Entry/Exit
Delay

Garage doors and entrances that
require an extended delay time. *

Police

Extended

√

2, 3

Entry/Exit
Delay

Driveway gates and entrances that
require a twice extended delay time. *

Police

Twice
Extended

√

2, 3

Instant
Perimeter

Exterior doors and windows.

Police

Instant

√

2, 3

Instant
Interior

Interior doors.

Police

Follower

√

2, 3

Instant
Interior

Interior PIR motion sensors. *

Police

Follower

√

2, 3

Instant
Interior

Interior doors.

Police

Follower

√

Instant
Interior

PIR motion sensors. *

Police

Follower

√

Instant
Interior

PIR motion sensors subject to false
alarms. * †

Police

Follower

√

(continued)

Delayed
Interior

Interior doors that initiate a delay before
going into alarm. *

Police

Standard

√

Appendix C: Programming Tables
Table C.1 Sensor Group Characteristics (Continued)
Alarm

Delay

√

Delayed
Interior

PIR motion sensors that initiate a delay
before going into alarm. *

Police

Standard

Local
Instant
Interior

24-hour local alarm zone protecting
anything that opens and closes.

Police

Instant

Local
Delayed
Interior

Same as group 21, plus activation initiates a delay before going into alarm.

Police

Local
Instant
Auxiliary

24-hour local alarm zone protecting
anything that opens and closes. ‡

Auxiliary

Local
Instant
Auxiliary

24-hour local alarm zone protecting
anything that opens and closes. Sirens
shut off at restoral. *

Auxiliary

Local
Special
Chime

Notify the user when a door is opened.
Sounds emit from a local annunciator. *

Special
Chime

Instant

Fire

24-hour fire, rate-of-rise heat, and
smoke sensors. §

Fire

Instant

√

Output
Module

Hardwire Output Module (HOM) lamp
control or other customer feature. ‡

Silent

Instant

√

1, 2, 3

Output
Module

HOM, PIR motion sensor, sound sensor, or pressure mat. ‡

Silent

Instant

√

1, 2, 3

Auxiliary

Freeze sensor.

Auxiliary

Instant

Output
Module

HOM, PIR motion sensor, sound sensor, or pressure mat. ‡

Silent

Instant

Chime

Active
Levels

Standard

Restoral

CS
Report

Name

Application

Supervisory

No.

√

1, 2, 3

√

1, 2, 3

√

1, 2, 3

√

1, 2, 3

√

1, 2, 3

√

Note: Check marks (√) represent characteristics present in a group.
* This group is not certified as a primary protection circuit for UL-listed systems and is for supplementary use only.
† Sounds instant police siren if two or more sensors are tripped within 4 minutes. Otherwise sensors are followers to delayed
sensors. If central station feature 15 (Alarm Verification) is on, group 18 functions like group 17.
‡ This group has not been investigated by UL.
§ This group is required for UL-listed residential fire alarm applications.

1, 2, 3

1, 2, 3
1, 2, 3

Appendix C: Programming Tables

Table C.2 Sensor Text Numbers
Text

No.

Text

No.

Text

No.

Text

No.

Null

Floor

Shock

Freeze

Side

Front

Sliding

Gallery

Smoke

Garage

Sound

Hall

South

Heat

Stairs

Kitchen

Top

Laundry

West

Level

Window

Area

Library

Attic

Living

Basement

Main

Bathroom

Master

Bedroom

Mat

Bottom

Medical

Breezeway

Motion

Cabinet

North

Carpet

Office

Closet

Panic

Den

Patio

Desk

Police

Dining

Pool

Door

Porch

Drawer

Rear

East

Room

Entry

Safe

Space (blank)

Family

Screen

Apostrophe (‘)

Fire

Second

Dash (-)

First

Sensor

Appendix C: Programming Tables

Table C.3 X-10 Lamp and Appliance Module House Code Settings
X-10
Codes

Corresponding Panel House Codes

112

128

144

160

176

192

208

224

240

113

129

145

161

177

193

209

225

241

114

130

146

162

178

194

210

226

242

115

131

147

163

179

195

211

227

243

100

116

132

148

164

180

196

212

228

244

101

117

133

149

165

181

197

213

229

245

102

118

134

150

166

182

198

214

230

246

103

119

135

151

167

183

199

215

231

247

104

120

136

152

168

184

200

216

232

248

105

121

137

153

169

185

201

217

233

249

106

122

138

154

170

186

202

218

234

250

107

123

139

155

171

187

203

219

235

251

108

124

140

156

172

188

204

220

236

252

109

125

141

157

173

189

205

221

237

253

110

126

142

158

174

190

206

222

238

254

111

127

143

159

175

191

207

223

239 255 †

* Default setting.
† This house code is reserved for demo panels only.

Appendix C: Programming Tables

Table C.4 X-10 Lamp and Appliance Module Operation
Lamp Module
Unit No. 1

Lamp Module
Unit No. 2

Lamp Module
Unit Nos. 3–9

Appliance
Module Unit
Nos. 3–9

Unchanged if initially off
On for 5 more
minutes if initially
on

1 Blink

Unchanged

On Arming to Level 2-Stay

On for 5 minutes

2 Blinks

Unchanged

On Arming to Level 3-Away

On for 5 minutes

3 Blinks

Unchanged

On Disarming Any Alarm to Level 1

On for 5 minutes

1 Blink

On for 5 minutes

If on, off after 5
minutes

On†

Unchanged†

Flashing†

Off

On Auxilliary Alarm*

On†

Unchanged†

After Fire or Auxiliary Alarm Timeout

On†

Unchanged

COMMAND + 0 (All Lights On)

Unchanged

COMMAND + 0 (All Lights Off)

Off

Condition

On Arming to Level 1-Off
(Not if disarming to level 1 after an
alarm–see below)

On Fire Alarm*
On Police Alarm*

*Fire alarms have priority over both police and auxiliary alarms. Police alarms have priority over
auxilliary alarms.
†Stays on until manually turned off or until 5 minutes after the system is disarmed to Level 1-Off.

Appendix D: System Planning Worksheets

Appendix D: System Planning
Worksheets

Table D.2 Hardwire Devices
Part No.

Description

Qty.

SubTot.

Hardwire Sensors/Detectors

Fill in customer information about this installation:

13-068*

Magnetic Contact
3/8” press fit

N/A

13-070*

Magnetic Contact –
surface mount

N/A

13-360

ESL 449AT Smoke/
Heat Detector

15 mA

13-391

Power Supervision
Module

20 mA

79-004*

Fire Pull Station

N/A

13-028*

PIR Motion Detector

10 mA

Customer_________________________________________

Address__________________________________________

City_____________________State/Zip__________________

Hardwire Sirens
60-252

Hardwire Interior
Speaker & Piezo

5 mA

60-278

Hardwire Interior Siren
& Piezo

75 mA

60-48301

Slim Line Hardwire
Interior Siren & Piezo

85 mA

13-046

Hardwire Exterior
Siren

145 mA

Country__________________Phone____________________

Table D.1 Wireless Sensors
Part No.

Description

60-362

Learn Mode Door/Window Sensor

60-409

Learn Mode Recessed Door/Window Sensor

60-499

Learn Mode Slim Line Door/Window Sensor

60-461*

Learn Mode Shock Sensor

60-459*

Learn Mode Sound Sensor (ITI)

60-462*

Learn Mode Glass Guard Sensor

60-506

Qty.

60-584

Superbus Hardwire
Input Module (HIM)

18 mA

60-586

Superbus Alphanumeric Touchpad

75 mA

60-620

Superbus Energy
Saver Module (ESM)

10 mA

Learn Mode System Smoke Sensor

60-661

Superbus 2-Line, LCD
Alphanumeric TP

115 mA

60-662

Superbus 2-Line, V/F
Alphanumeric TP

120 mA

60-677*

Interrogator 200 Audio
Verification Module
(AVM)

10 mA

60-460

Rate-of-Rise Heat Sensor

60-589*

Manual Fire Pull Sensor

60-504*

Learn Mode Freeze Sensor

60-452

Learn Mode Pendant Panic Sensor

60-458

Single Button Panic Sensor

60-457

Dual Button Panic Sensor

Total power consumption not to exceed: 750 mA

60-578

Water-Resistant Panic Sensor

60-348

Handheld Wireless Touchpad

60-453

Wall-Mount Wireless Touchpad

60-511

Learn ModeDS924i PIR Motion
Sensor

60-592

DS926 PIR Ceiling Mount Motion
Sensor

First Alpha. Touchpad

Second Alpha. Touchpad

Learn Mode Sound Sensor
(IntelliSense)

Third Alpha. Touchpad

Fourth Alpha. Touchpad

Hardwire Output Module
(HOM)

Hardwire Input Module (HIM)

Energy Saver Module (ESM)

60-582

60-645-95 Wireless Smoke Sensor
(System Sensor 2300RFITI)
* Not UL listed; not intended for use in UL listed systems.

Miscellaneous Components

Table D.3 Recommended Superbus Device
Unit Numbers (addresses)
Superbus Device

Factory Recom Actual
Default mened Setting

Appendix D: System Planning Worksheets
Table D.4 Sensor Groups and Locations

Table D.4 Sensor Groups and Locations

No.

Group

Type and Location

Group

Type and Location

31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46

Appendix D: System Planning Worksheets

Table D.5 Panel Configuration Settings
Feature

Choices

Default

Primary Phone
Number

2 to 18 digits,
incl. pauses

Phone Format

- ITI
ITI
- 4/2, 1400Hz†
- 4/2, 2300Hz†

Setting

–

Table D.6 HOM Configuration Settings
Unit
No.

Output

Point

Siren Time-out

01–30 min.

Install Code

0001–9998 or ****
****(blank)

4 min.

Account Number

00000–99999

00–000

Entry Delay

008–120 sec.

32 sec.

Extended Delay

01–08 min.

4 min.

Exit Delay

008–184 sec.

32 sec.

Activity Time-out

01–24 hr.

24 hr.

House Code

001–254

001

Freeze Temp (ESM) 40–90 ° F

42 ° F

Set Temp (ESM)

–

32–99 ° F

Touchpad Options:
Unit Number 000–007

Touchpad Quiet Y or N

Key Beeps Y or N

01–03, 09–
11†

AVM Time-out

030–300 sec.

90 sec.

AVM Code

0001–9998* or ****
****(blank)

AVM Mode

HOM Setup

‡

Time Zone

05
05 (Eastern)
06 (Central)
07 (Mountain)
08 (Pacific)
10 (Hawaii)

* Any four digit sequence different than primary, install,
secondary, or arm-disarm access codes, 7777, 8888,
9999, or any number of 6s. Last two digits cannot be the
same.
† If t he Phone Format is set to 4/2 1400 or 2300Hz format, upper sensor 98—Events Report must be off.
If the AVM Mode is set to instant modes 3 or 11 and the
Phone Format is set for 4/2 1400 or 2300Hz format, the
central station must be set with the panel’s account number in the ATRAP (audio trap) table. The panel will not
hang up the phone when the report is complete, but will
remain on the line for the AVM Time-out duration.
‡ For HOM setup refer to the Hardwire Output Module
(HOM) Installation Instructions document 466-1032,
included with each HOM.

Configuration Number

Appendix D: System Planning Worksheets
Table D.7 System Settings (Continued)

Table D.7 System Settings

NO.
NO.

Feature

Choices

System Setting (default)
00

Arm Code
(Primary)

0001–9998
(Default: 1234)

Arm Code
(Secondary)

0001–9998 or
****(blank)

Arm Code
(Secondary)

0001–9998 or
****(blank)

Arm Code
(Secondary)

0001–9998 or
****(blank)

Arm Code
(Secondary)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Arm Code
(Arm-Disarm)

0001–9998 or
****(blank)

Setting

Feature

Choices

ES Low (ESM)

45-89 ° F (50 °)

ES High (ESM)

46-90 ° F (90 °)

Quiet Exit

ON or (OFF)

Download
Enable

ON or (OFF)

Setting

Notes:
1. 6s should not be used in any part of an access code,
since such a code interferes with bypassing sensors
from a touch-tone phone.
2. Access codes cannot be programmed as 7777, 8888,
or 9999 since these codes are reserved for fire, police,
and auxiliary panics from a touch-tone phone.
3. Each access code whether primary, secondary, armdisarm, or AVM must be unique. No two codes can be
the same.
4. 4s or 0s should not be programmed as the first digit in
an access code, since this can interfere with system
disarming.
5. The last two digits of an access code cannot be the
same.

Appendix D: System Planning Worksheets
Table D.8 Upper Sensor Numbers

No.

Sensor Name

Description

Default Setting

Touchpad Tamper

Reports a touchpad tamper to the Central Station (CS) if 40 digits are
entered without a valid access code.

OFF

Freeze Sensor

On will activate and report a Freeze Alarm when the room temperature
reaches the programmed freeze temperature. When on, and no temperature data is received from the Energy Saver Module (ESM), a 78 TROUBLE
alarm is reported.

OFF

No Activity

When on, if no activity is detected on the premises within the programmed
Activity Time-out, the auxiliary siren will sound. The panel reports to the CS
if the alarm is not canceled within 5 minutes.

OFF

Touchpad Fire
Panic

On enables the FIRE button on all touchpads (and telephones if F35 is on).

Touchpad Police
Panic

ON enables the POLICE button on all touchpads (and telephones if F35 is
on).

Touchpad Auxiliary On enables the AUXILIARY button on all touchpads (and telephones if F35
Panic
is on).

Manual Phone
Test

Allows the user to instruct the system to dial CS and report a phone test.

Opening Report

Reports to the CS when the user disarms the system.

OFF

Closing Report

Reports to the CS when the user arms the system.

OFF

Duress Alarm

Reports a silent POLICE EMERGENCY to the CS.

OFF

Force Armed

Reports a FORCE ARMED when user directly or indirectly bypasses any
sensor. Security level and bypassed sensor are reported. (Auto Force
Armed is always reported.)

OFF

Energy Saver
Enable

When on, the Energy Saver Module (ESM) is able to override the connected thermostat. When on and no temperature data is received from the
ESM, an 88 TROUBLE alarm is reported.

OFF

Wireless Touchpad Supervisory
or Low Battery

When on, the panel checks for and reports supervisory conditions on Wall
Mount Wireless touchpads. Reports a SUPERVISORY alarm to the alphanumeric touchpad if the panel doesn't hear from each touchpad within the
set time (SUPSYNC). If on, the panel will report a touchpad low battery
when any touchpad has a low battery condition.

OFF

AC Power Failure

If on, reports an AC FAILURE to the CS if the panel has been without AC
power for 15 minutes.

OFF

Low Panel Battery If on, reports LOW CPU BATTERY to the CS if the panel's back-up battery
voltage drops below 11.4 VDC.

Panel Tamper

If on and armed to level 2 or 3, changing from run to program will activate
and report a CPU TAMPER alarm.

Automatic Phone
Test

If on, the panel reports to the CS at a programmed interval (from daily to
every 255 days).

OFF

Receiver Failure

If on, the panel reports to the CS if the panel does not hear from any wireless transmitter for 2 hours. Trouble beeps alert user of the problem.

Panel Back In
Service

When on, the panel reports to the CS at power-up and if a panel reset
occurs.

Phone Failure

If the panel is unsuccessful reporting to the CS after the third of eight
attempts, the panel activates a FAIL TO COMMUNICATE alarm. It continues to dial the remaining five attempts.

Events Report

If on (and panel is set up for ITI phone format), the panel automatically
reports to the CS when 28 events are accumulated in the event buffer. If off,
the panel doesn’t report but still accumulates events in the buffer.
Note: Must be off if panel is set up for 4/2 Phone Format.

OFF

Appendix D: System Planning Worksheets
.
Table D.9 Feature Numbers
No.

Feature Name

Description

Default Setting

F00

Remote Phone Access On enables, off disables remote phone access. Works in conjunction
with feature F01 below. Off-premises accessing must be done with
primary access code.

F01

Ring Twice–Hang-up–
Ring–Answer

On = call premises and let phone ring twice, hang-up and wait 10 seconds, call back premises and panel answers after first ring.
Off = call premises and wait for panel to answer (about 12 rings).

F02

Exterior Siren Delay

On = exterior siren activation is delayed 15 seconds.
Off = exterior siren activation is immediate.

F03

Toll Saver

Determines on which ring the panel answers an alarm or trouble situation. On = 8 rings, Off = 12 rings.

F04

Low Battery Reports

On = sensor low-battery conditions are reported weekly.
Off = sensor low-battery conditions are reported daily.

F05

Sensor Supervisory
Reports

Determines uncorrected supervisory trouble conditions to re-report
daily (off) or weekly (on).

F06

Dialer Abort

Determines if the phone dialer aborts calls canceled by the owner
before panel dialing is completed.

F07

Access Key Type

On = ‚ phone key accesses the panel.
Off = ƒ phone key accesses the panel.

OFF

F11

Interior Siren Sounds
Disable

On = Interior sirens sound alarms only.
Off = Interior sirens sound alarms and status.

OFF

F12

Alarm Restoral Reports On = sensor/zone alarm restorals are reported to the CS.
Off = sensor/zone alarm restorals are not reported to the CS.

OFF

F13

Low Battery Restoral
Reports

On = sensor battery restorals are reported to the CS.
Off = sensor battery restorals are not reported to the CS.

OFF

F14

Hourly Phone Test

On enables and off disables the hourly phone line voltage test.

OFF

F15

Alarm Verification

On = panel reports alarm to CS only if two different sensors (in
groups 10–20) are tripped within 4 minutes.
Off = panel reports alarms to CS without second sensor trip.

OFF

F16

Trouble Beeps Disable

On = no trouble beeps and panel protests open sensors only.
Off = trouble beeps sound for sensor low-batterty/supervisory conditions and panel protests upon arming when these conditions exist.
Must be off for UL-investigated systems.

OFF

F17

24-Hour Sensor
Tamper Alarm

On = sensor tamper alarms are generated in any protection level.
Off = sensor tamper alarms are generated only if the system is armed
to a level where the sensor is active.

OFF

F20

Audio Verification Mod- On enables and off disables 2-way voice communication with the
ule (AVM) Enable
Central Station during an alarm.

OFF

F21

Immediate Trouble
Beeps

On = trouble beeps sound immediately when a supervisory condition
is detected. Must be on for UL-investigated systems.
Off = trouble beeps sound within 10 hours.

OFF

F22

Touch-Tone Dialing

On = DTMF(tone). Off = pulse.

F23

Event Control

On = only arming level and time changes are logged in event buffer.
Off = all event buffer flagged events are logged.

OFF

F25

Keychain Touchpad
Direct Arming

On = pressing Lock button once arms system to Level 3-Away with No
Delay.
Off = pressing Lock button once arms system to level Level 2-Stay; to
Level 3-Away when pressed again.

OFF

F32

Keychain Touchpad
On = * button activates No Delay feature.
Energy Saver/No Delay Off = * button turns Energy Saver on and off.

OFF

(continued)

Appendix D: System Planning Worksheets
Table D.9 Feature Numbers (Continued)
No.

Feature Name

Description

Default Setting

F33

Downloader Access
Enable

On enables, off disables remote downloader station programming.
(Same as option 88 in User-Programming menu.)

OFF

F35

Telephone Panics

On enables, off disables phone button panics and upper sensors 80,
81, and 82 are not generated from the telephone.

OFF

F36

On-Premise Telephone On enables, off disables on-premise phone control of panel.
Control

F37

Quick Arming

On enables, off disables touchpad quick-arming commands.

F40

Smoke Verification

On = if a hardwire smoke sensor trips, the panel resets all hardwire
smoke sensors and waits for a second trip (within 5 minutes) before
alarm is generated. An alarm is also generated if the panel doesn’t
receive a restoral after the first trip.
Off = panel only requires one trip.

OFF

F41

Interior Siren Verification

On = panel monitors interior siren wiring for shorts/opens.

OFF

F42

Source Reporting

On = panel reports source of alarm (which touchpad/device) to the
central station when S77 and S80-87 reports are sent.

F43

Demo Kit Mode

On enables, off disables special demo kit mode of operation.

OFF

F44

Constant Exterior Siren On = exterior siren relay output latches and remains latched for intrusion alarms, for siren timeout duration or until alarm is canceled.
OFF = exterior siren relay output modulates between open and
closed states for normal intrusion alarm output.

OFF

F45

Keyswitch Control
(Arming/Disarming)

On = allows zone 1 to arm and disarm the system, using a keyswitch
or dry relay contact output of an access system connected to a panel
hardwire input, HIM, or door/window sensor terminals.
Off = no keyswitch arming/disarming

OFF

F46

Daylight Savings Time

On automatically adjusts the panel clock at 2:00am on the first Sunday in April for daylight-savings time and the last Sunday in October
for standard time. These changes are logged in the event buffer.

F47

4-Hour Trouble Timer

On = group 26 (fire) sensors reporting a low battery, tamper, prealarm, or trouble condition cause the system to sound trouble beeps.
Pressing STATUS or changing arming level stops trouble beeps for 4
hours. Trouble beeps sound again in 4 hours if problem is not fixed.
Must be on for UL Listed installations.
Off = group 26 sensors initiate trouble beeps immediately or within
10-hours (as per F21 setting).

Appendix D: System Planning Worksheets

Table D.10 Central Station Programming
Feature

Choices

Default

ACCOUNT

##-###. Numbers or Letters

00-000

AVBEEPDLY
(Audio Verification Beep Delay)

0–300 seconds in 2-second
increments.

002
seconds

PHONE2
(Secondary
phone number)

Up to 14 digits, including *,#,
and D.

(none)

PMODE (Phone
Dialer Mode)

0 (ITI and 4/2 formats) - All
0
reports to phone 1. Phone 2 not
used.
1 (ITI and 4/2 formats) - All
reports to phone 1. Phone 2
used if other attempts fail.
3 (ITI format only) - All alarms,
opening, and closing reports to
phone 1. All reports to phone 2.
5 (ITI and 4/2 formats) - All
alarms, opening, and closing
reports to phone 1 using 4/2 format. All reports to phone 2 using
ITI format.

Setting

PTFREQ (Auto- 1–255 days in cycle, 1–255 days 7,7 days
matic Phone Test remaining.
Frequency)*
STIME (Supervi- 00–23 hours:00–59 minutes
sory Time)

12 hours
after any
powerup.

02–24 hours
SUPSYNC
(Supervisory
Synchronization)

12 hours

XTENDELAY

OFF

2 - OFF or ON

(X-10 Module

3 - OFF or ON

OFF

Delay)

4 - OFF or ON

OFF

5 - OFF or ON

OFF

6 - OFF or ON

OFF

7 - OFF or ON

OFF

8 - OFF or ON

OFF

9 - OFF or ON
TRIPTIME (HOM 01–12 seconds
Momentary
Response Trip
Time)

OFF
04
seconds

* This feature only functions if upper sensor 93 is on.

Appendix E: Panel Connections and Wiring

Appendix E: Panel Connections and Wiring
This appendix contains a description of the control panel terminal connections, wire recommendations, and a
typical system wiring diagram (figure E.1, last page of document). Refer to appendix F for UL requirements.
Table E.1 Panel Terminal Strip 1 Connections
Terminal

Name

What It’s Used for

16.5 VAC

16.5 VAC power transformer connection (or negative [-] DC connection if operating
from an external DC source or battery).
Warning
Never connect both AC power transformer and an external DC source at the same
time. Permanant damage to transformer, DC source, and panel could result.

16.5 VAC

16.5 VAC power transformer connection (or positive [+] DC connection if operating
from external DC source or battery). See above warning.

+ DC
(SIREN)

Hardwire device DC power supply. Unregulated 12-24 VDC@ 0.75 amp maximum.
Fused (F1).
Note
For 24 VDC sirens and bells only.

GND

Common ground connection for hardwire and other devices

SIREN COM

Common (C) side of external siren dry relay N/C and N/O contacts (terminals 6 and 7)

SIREN N/C

Normally closed (N/C) (opens on alarm) external siren dry relay contact connection

SIREN N/O

Normally open (N/O) (closes on alarm) external siren dry relay contact connection

VOICE
SIREN

One side of speaker and Interrogator 200 AVM talk-back speaker connection
Warning
The maximum number of speakers connected to terminals 8 and 9 is two. Connect
multiple speakers in series only. Connecting more than two speakers or connecting
multiple speakers in parallel could result in permanant damage to the panel.

VOICE
SIREN

Other side of speaker and Interrogator 200 AVM talk-back speaker connection

TP VOICE

Reserved for future use.

TP VOICE

Reserved for future use.

+12V DC
OUT

Superbus, Fail-to-Communicate, Interrogator 200 AVM and exterior siren DC power
supply. Regulated 12 VDC@ 0.75 amp maximum. Fused (F2).

BUS A

Superbus communication connection

BUS B

Superbus communication connection

GND

Superbus, AVM, FTC, etc, common ground connection

FTC

One side of Failure-to-Communicate (FTC) device connection. 12 VDC@100 mA
maximum. Other side to DC OUT terminal 12. (Other side to GND terminal 4 if wired to
external contact of a wireless door/window sensor.)
(continued)

Appendix E: Panel Connections and Wiring
Table E.1 Panel Terminal Strip 1 Connections (Continued)
Terminal

Name

What It’s Used for

+ INT SIREN

Positive (+) side of interior siren connection. 12 VDC@100 mA maximum. Other side
to - INT SIREN terminal 18. Connect multiple piezos in parallel. A 1N4001 diode (in
series) is required at each piezo location. A 4.7K ohm EOL resistor (in parallel) is reqiuired at the peizo or at the last peizo in a chain (see wiring diagram). This terminal normally measures zero volts (to GND).

- INT SIREN

Negative (-) side of interior siren connection. 12 VDC@100 mA maximum. Other side
to + INT SIREN terminal 17. This terminal normally measures +12 volts (to GND)
when siren is off. This is the normal monitoring (supervision) voltage.

GND

Interrogator 200 AVM microphone (listen-in) common ground connection

AVM MIC

Interrogator 200 AVM microphone (listen-in) connection
WARNING!
The maximum number of microphones to be connected to terminals 19 and 20 is two.
Connect multiple microphones in parallel.

Table E.2 Panel Terminal Strip 2 Connections
Terminal

Name

What It’s Used For

+12V DC
SW

Smoke and Rate-of-Rise Heat sensor power supply. Switched 12 VDC @100 mA
maximum.

GND

Common ground for hardwire zones 1 and 2, Smoke, and Rate-of-Rise Heat sensors

ZONE 1

Hardwire zone 1

ZONE 2

Hardwire zone 2

GND

Common ground for zones 3 and 4

ZONE 3

Hardwire zone 3

ZONE 4

Hardwire zone 4

GND

Common ground for zones 5 and 6

ZONE 5

Hardwire zone 5

ZONE 6

Hardwire zone 6

Appendix E: Panel Connections and Wiring

Table E.3 Wire Recommendations
Minimum
Gauge

Type

Maximum
Length (feet)

Maximum
Resistance

AC Power Transformer

Stranded

–

Earth Ground

Solid or stranded

–

Superbus Devices (Touchpads,
ESM, HIM, etc.)

22
18

Stranded
Stranded

500
1,000

–

Hardwire Zones and Devices

Stranded

(See resistance)

50 ohms per zone
(including device resistance)

Sirens, Piezos, and Speakers

Stranded

500

–

Interrogator 200 AVM Microphone*

Stranded/shielded

500

–

Telephone

Phone grade solid or
stranded

–

Device

* Run Interrogator 200 AVM speaker and microphone wires in separate cables to prevent cross talk. Some applications may
require shielded cable for long or electrically noisy microphone wire runs.

Appendix F: UL Requirements

Appendix F: UL Requirements
This appendix contains a description of the requirements for UL-listed systems and a UL-listed system wiring
diagram. This section describes the minimum system configurations for UL-listed Grade A (supervised) systems. Also refer to the other appendices for proper programming and other compatible sensors.
Basic System
All UL-listed systems require the following basic components. The basic system does not require sensors and
can use the Handheld Wireless Touchpad (60-348) as a signaling device.
•
•
•
•
•

Control Panel (60-650)
Superbus Alphanumeric Touchpad (60-586)
Class II Line Carrier Power Transformer (60-678)
Heavy Duty 6.5AH Backup Battery (60-680)
Wireless Interior Siren and Piezo (WIS) (60-353-235), Hardwire Exterior Siren and Piezo (13-046), or
Slim Line Hardwire Interior Siren (60-483-01)

Household Fire Warning System (UL 985)
Basic system as described above plus:
•

•
•
•
•

Wireless Smoke Sensor (60-506), Wireless Smoke Sensor (60-645-95), or Hardwire Smoke/Heat Detector
(13-360) (ESL 449AT) with Power Supervision Module (60-391). This shall be programmed as Sensor
Group 26.
When utilizing a hardwire zone for fire alarm (Group 26), the panel shall not be connected to earth ground.
Option F21 (Immediate Trouble Beeps) set to ON
Option F47 (4-Hour Trouble Timer) set to ON
SUPSYNC (Supervisory Synchronization) set to 2 (hours)

Note
SUPSYNC can not be programmed from the panel. Refer to the “Requesting CS-4000/Downloader Programming” section
for more information.
For 24-hour backup, external power drain is limited to 150 mA continuous using the heavy duty 6.5AH battery.

Appendix F: UL Requirements

A smoke detector should
be located on each level.

Bedroom

Living

Dining

Room

Living
Room
Basement

Basement

Dining

Bedroom

Kitchen

Room

Bedroom

Hall

Living
Room

Dining
TV
Room

Room

Bedroom

Kitchen

Bedroom

Living
Room

Bedroom
x

Hall

Bedroom

Hall

The smoke detector installation shall adhere to the following:

Bedroom

Recreation
Room

Smoke detectors should
be located between the
sleeping area and the rest
of the family living unit.

In family living units with more
than one sleeping area, locate a
smoke detector at each area.

Bedroom

NOTE: Ceiling-mounted smoke detectors should be located in the center of the room
or hall, or not less than 4 inches from the wall. When the detector is mounted
on the wall, the top of the detector should be 4 to 12 inches from the ceiling.
NOTE: Do not install smoke detectors where normal ambient temperatures are above
100°F or below 40°F. Also, do not locate detectors in front of AC/ Heat
registers or other locations where normal air circulation will keep smoke
from entering the detector.
NOTE: Additional information on household fire warning is available at nominal
cost from: The National Fire Protection Association, Batterymarch Park,
Quincy, MA 02269. Request Standard No. NFPA74.

Required smoke detector
H

Heat detector

x Indicates smoke detector is optional if door is not provided between

basement and recreation rooms.

8557144a

Household Burglar Alarm System (UL 1023)
Basic system as described above plus:
•

Learn Mode Door/Window Sensors (60-362)

Appendix F: UL Requirements
Home Health Care Signaling Equipment
(UL 1637)
Basic system as described above plus:
•

Water-Resistant Panic Sensor (60-578-10-95)

The following wireless sensors and hardwire devices may be used in a UL-listed system:
Part No.

Description

Wireless Sensors
60-362

Learn Mode Door/Window Sensor

60-409

Learn Mode Recessed Door/Window Sensor

60-499

Learn Mode Slim Line Door/Window Sensor

60-506

Learn Mode System Smoke Sensor

60-460

Rate-of-Rise Heat Sensor

60-452

Learn Mode Pendant Panic Sensor

60-458

Single Button Panic Sensor

60-457

Dual Button Panic Sensor

60-578

Water-Resistant Panic Sensor

60-348

Handheld Wireless Touchpad

60-453

Wall-Mount Wireless Touchpad

60-511

Learn ModeDS924i PIR Motion Sensor

60-592

DS926 PIR Ceiling Mount Motion Sensor

60-582

Learn Mode Sound Sensor (IntelliSense)

60-645-95

Wireless Smoke Sensor
(System Sensor 2300RFITI)

Hardwire Sensors/Detectors
13-360

ESL 449AT Smoke/Heat Detector

13-391

Power Supervision Module

Hardwire Sirens
60-252

Hardwire Interior Speaker & Piezo

60-278

Hardwire Interior Siren & Piezo

60-483

Slim Line Hardwire Interior Siren & Piezo

13-046

Hardwire Exterior Siren

Miscellaneous Components
60-584

SuperBus Hardwire Input Module (HIM)

60-585

SuperBus Hardwire Output Module (HOM)

60-586

SuperBus Alphanumeric Touchpad

60-620

SuperBus Energy Saver Module (ESM)

60-661

SuperBus 2-Line, LCD Alphanumeric TP

60-662

SuperBus 2-Line, V/F Alphanumeric TP

Appendix F: UL Requirements
The following Sensor Groups are not to be used as a primary protection circuit for UL-listed systems and are
for supplementary use only:
No.
11

Name
Extended Enty/Exit Delay

Twice Extended Delay

Instant Interior

Delayed Interior

Local Instant Auxiliary

Local Special Chime

The following Sensor Groups shall not be used in UL-listed systems:
No.

Name

Output Module

The following panel configuration settings shall be followed:
Feature

Required Setting

Phone Format
Siren Time-Out

ITI
4 min., minimum

Entry Delay

40 sec., maximum

Exit Delay

56 sec., maximum

Note:
Common user access codes such as 1111 or 1234 should not be programmed.

The Upper Sensor Numbers shall be set as follows:
No.

Sensor Name

Required Setting

Wireless Touchpad
Supervisory or Low
Battery

ON*

AC Power Failure

Low Panel Battery

Automatic Phone Test

Phone Failure

* If wall-mount touchpads are used.

Appendix F: UL Requirements
The Feature Numbers shall be programmed as follows:
No.

Sensor Name

Required Setting

F04

Low Battery Reports

F12

Alarm Restoral Reports

F13

Low Battery Restoral Reports

F15

Alarm Verification

OFF

F16

Trouble Beeps Disable

OFF

F20

Audio Verification Module
(AVM) Enable

OFF

F21

Immediate Trouble Beeps

F40

Smoke Verification

OFF

F41

Interior Siren Verification

F43

Demo Kit Mode

OFF

F47

4-Hour Trouble Timer

The following Central Station programming shall be made:
PTFREQ: 1,1 (Automatic Phone Test Frequency = 1 day in cycle, 1 day remaining.)

Appendix F: UL Requirements

Figure E.1 Typical System Wiring
NOTE1: AUDIO VERIFICATION MODULE, 60-677

Table E.4 System Wiring Notes

NOTES 2 & 7: SLIM LINE HARDWIRE
INTERIOR SIREN AND PIEZO, 60-483-01

NOTE 2: HARDWIRE INTERIOR SIREN, 60-278

A maximum of two Audio Verification Modules are allowed. Wire multiple speakers in series and the remaining
(power and microphone) wires in parallel. Use shielded cables to prevent cross talk between the speaker and
microphone.
Wire multiple piezo locations in parallel (daisy chain). Mount the required diode at each piezo location as
shown with the cathode (band marking) towards the piezo device terminal. Mount a single EOL resistor at the
last piezo in the chain.
A maximum of two speakers are allowed. Wire multiple speakers in series only. Wiring more than two speakers or multiple speakers in parallel can result in permanent damage to the panel.
Jumper terminals 4 to 5 to supply GND to exterior SIREN COM terminal. To avoid bothering neighbors unnecessarily during initial system testing, leave exterior siren(s) disconnected at the panel until you are ready to
test them.
Both line carrier (60-678) and nonline carrier (60-679) AC power transformer types are wired the same. Do not
plug transformer into any AC receptacle controlled by a switch. AC power must not be interrupted. Do not
short the transformer outputs together. The transformer contains an internal fuse that will permanently disable
the output if shorted.
Connect the right-bottom panel board mounting screw to electrical ground (if the installation site has a true
electrical ground). Cold water pipe grounding can be used if it is an uninterrupted metal pipe.
Only high-volume Slim-Line siren sounds are used. Internal jumpers and switches have no effect.
All SuperBus devices such as Energy Saver, Hardwire Input and Output Modules, and Alphanumeric Touchpads must have unique unit number (address) settings. Devices with the same (conflicting) address will not
function properly. Default settings are ok for one module and one touchpad. Refer to instructions text for setting unit numbers (addresses).
Refer to the Installation Instructions shipped with the Energy Saver Module for thermostat wiring details.
If more than one alphanumeric touchpad is required, wire all touchpad harnesses in parallel, but only connect
one touchpad until programming is complete and tested. Additional touchpads require their touchpad unit
numbers to be changed from the factory default. Refer to touchpad installation instructions text.
The touchpad hardwire loop is supplementary and is not intended for use as a primary initiating circuit
because the loop is not end-of-line supervised.
Wire Hardwire Input Module hardwire zones as shown for the panel. Mount a single EOL resistor as shown at
the last device in the chain.
Zone (loop) terminal shown is an example. Any zone (loop) terminal may be used. Install EOL resistors across
all unused zone (loop) inputs and GND (common on Hardwire Input Module).
Power Supervision Module is required for supervised (UL-investigated) applications. Wire multiple or supervised hardwire smoke/heat detectors only as shown.
For nonsupervised applications, replace the power supervision module with single EOL resistor across terminals 3 and 4 of the last detector in the chain.
Some telephones are polarity-sensitive. Green and red wires may need to be reversed.
Phone jack tampering is optional. If used, assignment to sensor group 8 (special intrusion) is recommended.

2.
BLACK
RED

3.
BLACK

4.
RED
BLACK

YELLOW

SPLICE

IN 4001 DIODE 07-001
(LOCATE AT SIREN)

5.
4.7k Ohm
EOL RESISTOR 49-365
(LOCATE AT SIREN)

WIRE IN
SEPARATE
CABLES

CABLE
SHIELD
WIRE

NOTES 2 & 3: SPEAKER/PIEZO
60-252
8

7.
8.

NOTE 8
SUPERBUS HARDWIRE OUTPUT
MODULE (HOM) 60-585

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

9.
10.
4 N/O
4 N/C
4 COM
3 N/O
3 N/C
3 COM
2 N/O
2 N/C
2 COM
1 N/O
1 N/C
1 COM

BLACK
RED

NOTE 5: STANDARD
TRANSFORMER
60-679

11.

14
13

NOTE 13: PIR MOTION SENSOR
13-082

12.

OR
IN 4001 DIODE 07-001
(LOCATE AT PIEZO)

NOTE 5: LINE CARRIER
TRANSFORMER
60-678

13.
4.7k Ohm
EOL RESISTOR 49-365
(LOCATE AT PIEZO)

LINE

14.

15.
THERMOSTAT

NOTE 6
LOWER
RIGHT
CHASSIS
SCREW

LOAD

4.7k Ohm
EOL RESISTOR
49-365
(LOCATE AT
SENSOR)

NOTE 8 & 9: SUPERBUS
ENERGY SAVER MODULE
60-620

TO FURNACE

CLASS 2
16.5 VAC 50 VA

- +

16.
17.

PHONE
CONNECTIONS

NOTE 4

16.5
VAC

EARTH
GROUND
TERMINAL
STRIP 1

16.5
VAC
2

+DC
(SIREN)
3

GND
4

SIREN
COM
5

SIREN
N/C
6

SIREN
N/O
7

VOICE
SIREN
8

VOICE
SIREN
9

TP
VOICE

+12V
DC OUT
12

BUS
A
13

BUS
B
14

GND
15

+INT
SIREN

FTC
16

-INT
SIREN

GND
19

AVM
MIC
20

TERMINAL
STRIP 2

+12V
DC SW

GND

ZONE
1

ZONE
2

GND

ZONE
3

ZONE
4

GND

ZONE
5

ZONE
6

DUAL DB-8
PHONE CORD 49-425
TO PANEL

DUAL DB-8
PHONE CORD
49-426

NOTE 18
NOTE 16: RJ-31X
(CA-38A)
PHONE JACK
NOTE 3: 13-060 (15 WATT)
OR
NOTE 3: 13-061 (30 WATT)
8 - OHM SPEAKER

BLACK

RED

BLACK
WHITE
GREEN
RED

NOTE 3: 2 8-OHM SPEAKERS
IN SERIES (16 OHMS)

NOTE 4: HARDWIRE
EXTERIOR SIREN
13-046

VOICE
SIREN

9
YELLOW

SPLICE

BRN
NOTE 13:
NORMALLY
CLOSED
(N/C)
CONTACTS
IN SERIES

NOT USED
WIRING
HARNESS
49-283

NOTE: 11
HARDWIRE
LOOP INPUT

TAB SLOT (4)

4 3 2 1

NOTES 8 & 10: SUPERBUS
ALPHANUMERIC TOUCHPAD
60-586

NOTES 8,12,13 & 14: SUPERBUS
HARDWIRE INPUT MODULE
(HIM) 60-584

NOTE 17: TAMPERING THE
RJ-31X (CA-38A)
PHONE JACK (OPTIONAL)

4 3 2 1

4.7k Ohm
EOL RESISTOR
49-365

NOTES 13,14 & 15:
LISTED HARWIRE
SMOKE/HEAT
DETECTOR SUCH
AS ESL 449AT

USE IN AND OUT
(DAISY-CHAIN)
WIRING METHODS ONLY

GRY

NOTE 13:
NORMALLY
OPEN
(N/O)
CONTACTS
IN PARALLEL
GRN

4.7k Ohm
EOL RESISTOR
49-365
6, BLU

3, ORG

7, YEL

2, BLK

RED

BLACK
GREEN

WHITE OR YELLOW
RED

4.7k Ohm
EOL RESISTOR
49-365

TO PANEL HARDWIRE
ZONE TERMINALS.
TELCO
PROTECTOR
BLOCK
SPLICE
WIRE

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

RED

(A)

(B)

GRN

RED

BLACK
LOOP 8
COMMON
LOOP 7
LOOP 6
COMMON
LOOP 5
LOOP 4
COMMON
LOOP 3
LOOP 2
COMMON
LOOP 1

GREEN
WHITE
NOTES 14 & 15:
POWER SUPERVISON MODULE
60-391
(INSTALL AT LAST DEVICE)

WHITE OR YELLOW

BLACK
GREEN(C)

RED(D)
TO
PREMISES
PHONES
8557139C.DS4

Figure F.1 UL-Listed System Wiring

NOTES 1 & 6: SLIM LINE HARDWIRE
INTERIOR SIREN AND PIEZO, 60-483-01

NOTE 1: HARDWIRE INTERIOR SIREN, 60-278

Table F.1 UL-Listed System Wiring Notes
1.

BLACK
RED

RED
BLACK

ITI PART NO. 07-001 DIODE
(LOCATE AT SIREN)

4.7k Ohm
EOL RESISTOR
ITI PART NO. 49-365
(LOCATE AT SIREN)

5.
18

6.
7.

NOTES 1 & 2: SPEAKER/PIEZO
60-252

8.
9.

10.
BLACK
RED

11.
12.

NOTE 4: STANDARD
TRANSFORMER
60-679

NOTE 12: LISTED PIR MOTION SENSOR

13.

OR
ITI PART NO. 07-001 DIODE
(LOCATE AT PIEZO)

NOTE 4: LINE CARRIER
TRANSFORMER
60-678

14.
15.
16.

4.7k Ohm
EOL RESISTOR
ITI PART NO. 49-365
(LOCATE AT PIEZO)

LINE

17.

THERMOSTAT
NOTE 7 & 8: SUPERBUS
ENERGY SAVER MODULE
60-620

TO FURNACE

CLASS 2
16.5 VAC 50 VA

NOTE 5:
LOWER
RIGHT
CHASSIS
SCREW

LOAD

- +

4.7k Ohm
EOL RESISTOR
ITI PART NO. 49-365
(LOCATE AT SENSOR)

Wire multiple piezo locations in parallel (daisy chain). Mount the required diode at each piezo location as
shown with the cathode (band marking) towards the piezo device terminal. Mount a single EOL resistor at the
last piezo in the chain.
A maximum of two speakers are allowed. Wire multiple speakers in series only. Wiring more than two speakers
or multiple speakers in parallel can result in permanent damage to the panel.
Jumper terminals 4 to 5 to supply GND to exterior SIREN COM terminal. To avoid bothering neighbors unnecessarily during initial system testing, leave exterior siren(s) disconnected at the panel until you are ready to test
them.
Both line carrier (60-678) and nonline carrier (60-679) AC power transformer types are wired the same. Do not
plug transformer into any AC receptacle controlled by a switch. AC power must not be interrupted. Do not short
the transformer outputs together. The transformer contains an internal fuse that will permanently disable the
output if shorted.
Connect the right-bottom panel board mounting screw to electrical ground (if the installation site has a true
electrical ground). Cold water pipe grounding can be used if it is an uninterrupted metal pipe.
Only high-volume Slim-Line siren sounds are used. Internal jumpers and switches have no effect.
All superbus devices such as Energy Saver and Hardwire Input Modules and Alphanumeric Touchpads must
have unique unit number (address) settings. Devices with the same (conflicting) address will not function properly. Default settings are ok for one module and one touchpad. Refer to instructions text for setting unit numbers
(addresses).
Refer to Installation Instructions shipped with the Energy Saver Module for thermostat wiring details.
If more than one alphanumeric touchpad is required, wire all touchpad harnesses in parallel, but only connect
one touchpad until programming is complete and tested. Additional touchpads require their touchpad unit numbers to be changed from the factory default. Refer to touchpad installation instructions text.
The touchpad hardwire loop is supplementary and is not intended for use as a primary initiating circuit because
the loop is not end-of-line supervised. Refer to touchpad installation instructions text for further restrictions.
Wire Hardwire Input Module hardwire zones as shown for the panel. Mount a single EOL resistor as shown at
the last device in the chain.
Zone (loop) terminal shown is an example. Any zone (loop) terminal may be used. Install EOL resistors across
all unused zone (loop) inputs and GND (common on Hardwire Input Module).
Power Supervision Module is required. Wire multiple or supervised hardwire smoke/heat detectors only as
shown.
Some telephones are polarity-sensitive. Green and red wires may need to be reversed.
Phone jack tampering is optional. If used, assignment to sensor group 8 (special intrusion) is recommended.
Terminal 12 (+12VDC OUT) is rated 10.4 to 12VDC; refer to installation instructions for maximum current ratings.
Terminal 17 (+12VDC SW) is rated 9.9 to 12VDC: refer to installation instructions for maximum current ratings.

PHONE
CONNECTIONS

NOTE 3
NOTE 16
16.5
VAC

EARTH
GROUND
TERMINAL
STRIP 1

16.5
VAC
2

+DC
(SIREN)
3

GND
4

SIREN
COM
5

N/C

SIREN
N/C
6

SIREN
N/O
7

VOICE
SIREN

TP
VOICE

TP
+12V
VOICE DC OUT

N/C

BUS
A
13

BUS
B
14

GND
15

+INT
SIREN

FTC
16

-INT
SIREN

GND
19

AVM
MIC
20

TERMINAL
STRIP 2

NOTE 17
+12V
DC SW

GND

ZONE
1

ZONE
2

GND

ZONE
3

ZONE
4

GND

ZONE
5

ZONE
6

DUAL DB-8
PHONE CORD 49-425
TO PANEL

DUAL DB-8
PHONE CORD
49-426

N/C
NOTE 16: RJ-31X
(CA-38A)
PHONE JACK
BLACK
WHITE
GREEN
RED

BLACK

BRN
NOTE 12:
NORMALLY
CLOSED
(N/C)
CONTACTS
IN SERIES

RED
NOT USED
WIRING
HARNESS
49-283

NOTE 3: HARDWIRE
EXTERIOR SIREN
13-046

YELLOW

NOTE 10:
HARDWIRE
LOOP INPUT

N/C – INDICATES NO CONNECTION
SHALL BE MADE.

TAB SLOT (4)

4 3 2 1

NOTES 12 & 13:
LISTED HARDWIRE
SMOKE/HEAT
DETECTOR SUCH
AS ESL 449AT

4 3 2 1

USE IN AND OUT
(DAISY-CHAIN)
WIRING METHODS ONLY

NOTES 7 & 9: SUPERBUS
ALPHANUMERIC TOUCHPAD
60-586

NOTES 7,11,12 & 13: SUPERBUS
HARDWIRE INPUT MODULE
(HIM) 60-584

NOTE 15: TAMPERING THE
RJ-31X (CA-38A)
PHONE JACK (OPTIONAL)
GRY

NOTE 12:
NORMALLY OPEN
(N/O) CONTACTS
IN PARALLEL
4.7k Ohm
EOL RESISTOR
ITI PART
NO. 49-365

GRN

4.7k Ohm
EOL RESISTOR
49-365
6, BLU

3, ORG

7, YEL

2, BLK

RED

BLACK
GREEN

WHITE OR YELLOW
RED

4.7k Ohm
EOL RESISTOR
ITI PART NO. 49-365

TO PANEL HARDWIRE
ZONE TERMINALS.
TELCO
PROTECTOR
BLOCK
SPLICE
WIRE

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

RED

(A)

(B)

BLACK
GRN RED

LOOP 8
COMMON
LOOP 7
LOOP 6
COMMON
LOOP 5
LOOP 4
COMMON
LOOP 3
LOOP 2
COMMON
LOOP 1

GREEN
WHITE
NOTES 13: POWER SUPERVISON
MODULE
ITI PART NO. 60-391
(INSTALL AT LAST DEVICE)

WHITE OR YELLOW

BLACK
GREEN(C)

RED(D)
TO
PREMISES
PHONES
8557150B.DS4

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Author                          : ©2000 Interlogix™ Incorporated
Create Date                     : 1998:05:07 13:20:03Z
Modify Date                     : 2013:06:18 10:35:17-07:00
XMP Toolkit                     : Adobe XMP Core 5.2-c001 63.139439, 2010/09/27-13:37:26
Format                          : application/pdf
Creator                         : ©2000 Interlogix™ Incorporated
Title                           : 4661034-itif.pdf
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Page Count                      : 64

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4661034 Itif Ultra Gard & Custom Versions Installation Instructions Apr 1997

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