Apex Digital K1106 User Manual
DESTINY 4100
Installation Instructions
Downloaded from - http://www.guardianalarms.net
K1106 3/98
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Dear Dealer/Installer:
We appreciate your decision to use the Destiny 4100 for this installation. As a division of the Pittway Corporation and
member of the ADEMCO Security Group, we are proud to provide you with equipment made by ADEMCO, the
world’s lar gest alarm manufacturer. The manufacturing facility is ISO 9001 certified and contains the most modern
automated manufacturing and testing equipment in the industry.
The most important design resource for apex is our dealers. Our technical support staff (800-272-7937) is always
anxious to hear feedback. After all, most of the ideas for features in apex panels come from our dealers.
While keypad programming has become simplier in this latest apex control panel, we strongly recommend using the
FREE upload/download software that can be obtained from your distributor, downloaded from the apex BBS at
(919)954-0318 or download from our web site (www.ademco.com/apex/apexhome.htm). The software reduces the
amount of time necessary to program a system and provides built in safeguards that reduce the possibility of incorrect
programming. Remember the system can be computer programed both off and on site.
Thanks again for choosing apex . We are confident you will agree that you have made an excellent choice.
Sincerely,
Jim Filer
President
A Member of the ADEMCO Group
3510 Spring Forest Road - Raleigh, NC 27616 - (800) 272-7937 - Fax (919) 850-0977
www.ademco.com/apex/apexhome.htm
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Software Revisions
Current software at time of printing:
Control Panel: 1.00
Bridge (Gate): 1.02
EXP-8: 1.01
RK36 LED Keypad: 4.01
Panel Software Revision History
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Table of Contents
Specifications
Items Included With the Control Panel
Inserting the Cabinet Lock
Mounting the Control Board
Wiring Diagram
Wiring Notes
System Terminals
Wiring an Input Using an End-of-Line Resitor
Wiring an Input Using 2 End-of-Line Resitor Supervision
Wiring an Input Using no End-of-Line Resitors
Programming
Program Mode
Locations and Values
Exiting Program Mode
Quick Start
Using This Manual
System Setup
Programming Zones
Zones 1-8: System Controller
Zone 9: Two Wire Smoke Loop
Zone 10 - 23: Alarm Type Transmitters
Zone 24 - 25: Portable Transmitters
Zone 26: System Keypads
Zone 27: Local Phone
Zone 28: Remote Phone / Phone Line Monitor
Zone 29: Monitor Trouble Conditions
User Code + Digit Functions
System Access Codes
Automated Programming Locations
Assigning Words to Zones
Vocabulary
System Times
User Code Options
System Options Groups 1 - 6
Monitor Trouble Conditions
Bypass Options
Extended Monitor Zone Type Assignments
System Triggers
System Triggers Options
Automated Event Memory Log Upload
Automatic Communicator Testing
Fail to Open (Disarm) / Fail to Close (Arm)
Automatic Arming and Disarming
Reporting Format
Two-Way Digit Assignments
Two-Way Voice Options
Ademco Contact ID Report Codes
Dialer Options
Report Codes
Glossary of Terms
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Specifications
Electrical: Voltage Input: 16.5 VAC 40 VA from supplied transformer
External Speaker: 10 Watt minimum, 8Ω horn type - Ademco 713 or equivalent. Total
speaker load must be between 4Ω and 16Ω.
Internal Speaker: Speaker supplied in all compatible keypads. For stand-alone operation
10 Watt minimum, 8Ω - Ademco 747 or equivalent. Total speaker load must be
between 4Ω and 16Ω. For UL installations use a UL residential fire listed speaker.
Auxiliary Power Output: 13.5VDC, 1.85 AMP max - Not to be used in a UL installation
Switched Fire Output: 13.5VDC, 1.85 AMP max
Two Wire Smoke Detectors: Up to 12 per system
Note: Switched Fire Output and Two Wire Smoke Detectors are not to exceed
10 mA in a UL installation
Back-up Battery: 12VDC, 7AH gel cell. YUASA NP7-12 or equivalent.
For UL installations use 2 - batteries with SA5140-1 cable assembly
CAUTION: Total current draw of Auxiliary + 4 wire bus power is not to exceed 2 Amps.
Test installation for 1 minute in alarm to ensure sufficient power.
Dimensions: 15.1" L x 13.05" W x 3.5" D w/ door.
Nonvolatile Memory: Maintains programming options with no power to the control.
Communicator: Supports: 3/1, 4/1/1, 4/2 extended, Ademco Contact ID
45 report codes
DTMF and pulse dialing
DPDT line seizure
Two telephone numbers and two account codes, dial both numbers
Split reporting of selected codes
Alternate number dialing if primary number fails
Programmable number of dialing attempts
Programmable to enable or disable the communicator
Two-Way Voice: Microphone inputs: 3 separate, individually controlled channels.
Microphone: 5V shielded 2 conductor omnidirectional electret condenser microphone.
Frequency response 50-10K. -64db sensitivity, TWM-25K or equivalent.
System Zones: 16 - programmable fully supervised wireless alarm points
8 - programmable fully supervised hardwire inputs on the control panel
1 - 2-wire smoke loop
1 - keypad alert
1 - local phone activation
1 - remote phone / phone line monitor activation
1 - AC loss / control low battery / communicator
Auxiliary Outputs: 1 - Form C 10A 24V system relay
4 - Pull to ground, 12 volt, 100mA outputs, not to exceed 500mA total.
Not to be used in a UL installation
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Speaker Output: 10 Watt internal siren driver with full speech
10 Watt external siren driver with full speech
Designed for use with 8Ω, 10 watt minimum speakers.
Total impedance for either driver not to drop below 4Ω
For UL installations use a UL residential fire listed sounder.
Smoke Detectors: System Sensor 2112/24B - 4 wire Photoelectric
System Sensor 2112/24BT - 4 wire Photoelectric with heat sensor
System Sensor 2100 - 2 wire Photoelectric
System Sensor 2100T - 2 wire Photoelectric with heat sensor
System Keypads: Fully spoken enunciation of zones and system status
6 Programmable manual activations
3-way Monitor mode - Speech, Silence, Chime
Dimensions: 7" x 4 3/4" x 1" deep
Keypad Wiring: 4-wire bus
- red and black - power
- green and white - data
2-violet - audio
No smaller than 24 gauge, up to 50', 22 gauge over 50'
Microphone wire- 22 gauge, 2 conductor shielded
Transient Protection: Multiple level surge filters are on all zone inputs, power supply, keypad connection, siren
outputs, auxiliary power supply, and the telephone interface. The circuit board is
designed to provide spark gap protection to catch high voltage impulses at the wiring
terminals. Protective ground planes surround sensitive areas preventing the spread of
damaging voltage surges. Metal Oxide Varistors (MOV's) are in all critical areas to further
reduce surges. Sidactors and PTC Thermistors protect the phone line input. Transient
protection is most effective when the panel is earth grounded.
System clock: Time-of-day clock with a backup circuit designed to deliver continuous power for two
weeks on a full charge.
System Watchdog: All precautions have been taken to prevent spurious operation of the control caused by
voltage surges, however, temporary disruption of the microprocessor can occur, leading
to improperly processed routines. The system is equipped with a watchdog circuit that
watches processor operation and resets the microprocessor if an error should occur.
Supervision: The following trouble conditions are always monitored:
Loss of AC power
Backup battery low voltage
Communicator failure
Phone line loss
Receiver or bridge board failure (panel supervises bridge, bridge supervises receiver(s))
Transmitter supervision signals - trouble indication within 6 hours (if programmed)
Advanced Features: Phone access for both installer and end user
Speech synthesis
Alert memory in activation order
Event log memory in activation order
Audible RF test mode with serial number identification
Unattended upload/download programming
Temporal fire notification tones
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Items Included With the Control Panel:
Please examine the contents of the shipping box for the following items:
1 - Control Panel 1 - Lock, key, and retaining clip
1 - 16.5 VAC 40 VA Transformer 9 - 4.7KΩ 1/4 Watt Resistors
1 - Auxiliary Output Harness 3 - Plastic mounting clip
1 - Microphone Harness 1 - Package of 4 mounting clip screws
1 - Installation Manual 1 - Back up battery leads
1 - Owners Manual 2 - Wallet End User Instruction Cards
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Inserting the Cabinet Lock
1. Remove the cabinet door
2. Remove the lock knockout from the control cabinet door. Insert the
key into the lock. Position the lock in the hole making certain that
the latch will make contact with the latch bracket when the door is
closed.
3. Hold the lock steady, and insert the retainer clip into the retainer slots.
Position the clip as illustrated in order to permit easy removal.
Mounting the Control Board
1. Hang the three (3) mounting clips (provided) on the raised cabinet (see below).
2. Insert the top of the circuit board into the slots at the top of the cabinet. Be
certain that the board rests in the correct row (see below).
3. Swing the base of the board into the mounting clips and secure the board to the
cabinet with the accompanying screws (see below).
Retainer Clip
(Note Position)
Retainer Slot
Locked
Unlocked
Control Board
Control Board
Can
Plastic Mounting Clip
9
10
+ 5 VDC
Microphone 1 Signal
Microphone 2 Signal
Microphone 3 Signal
Shield
Shield
Mic Inputs
+
J2
1
23
Com
Com
POWER
U/D
Phone
Status
Wiring Diagram
Program
Warning: To prevent the
risk of shock, disconnect
telephone line at telco jack
before servicing this unit
To House Phones
From Telephone Company
External Speaker,
8Ω 10 Watt Min.
(See "Specifications"
for compatible speaker)
Internal Speaker,
8Ω 10 Watt Min.
Green
Red
45
3
6
RJ-31X
2
7
8
1
1
8
RJ-31X
PLUG
R1 T1 TR
Gray
Brown
Red
Volume
Adjust
Green
Ground
Com
2-Way
Ext
Power Switch
Com
Int
Siren
AC AC
16.5VAC
40VA
Trans.
(supplied)
OnOff
Red
Grn
Wht Blk RC RNC RNO
Red
White
Black
Green
6-Wire Keypad
RK36 current draw 50mA
2-Violet :
Internal Speaker Loop
Note: Auxiliary Outputs
are pull-to-ground on
activation at 100mA per
pin. Total Current can
not exceed 500mA.
When using smoke reset, program
the Smoke Power Trigger to output
8 (aux relay) 0143,008.
Aux Relay
SMK-
Com
Aux+
ΩΩ
4.7K
Ω
ΩΩ
2-Wire Smoke
Detector
See
"Specifications" for
compatible smoke
detectors
J5
Inputs may be wired with no End-of-line resistor, 1 4.7K end-of-line resistor ,
or 2-resistor supervision. See "Wiring an Input" for input diagrams and
"Programming System Inputs to Zones" for programming information.
12 3456 78Com Com
-
Hardwire Inputs
+
4.7K
4-Wire Smoke
ΩΩ
Ω
ΩΩ
+
-
12V DC
++
12V DC
7Ah
7Ah
-
-
Gel Lead Acid
type Batteries
Detector
Black
White
Green
Red
For UL Installations:
Average current draw from the
battery not to exceed 400 mA
Receiver + bridge 115 mA
Wiring Notes
Grounding: Ground the panel to the "com" on far left terminal block as shown in Wiring Diagram on
previous page.
UL recommends attaching the system ground to a cold water pipe, 16ga. at 15 feet.
Although cold water pipes have been the standard for earth ground, it is very common in
modern construction that a cold water pipe does not provide an adequate ground due to
the extensive use of PVC and other styles of "plastic" tubing. The best method for
grounding the panel is to locate the panel in an area with easy access to the power
company's earth ground.
Telephone Operation: In the event of telephone operational problems, disconnect the control panel by removing
the plug from the RJ31X (CA38A in Canada) wall jack. We recommend that you
demonstrate disconnecting the phones on installation of the system. Do not disconnect
the phone connection inside the control panel. Doing so will result in loss of your phone
lines. If the regular phone works correctly after the control panel has been disconnected
from the phone lines, the control panel has a problem and should be returned for repair.
If upon disconnection of the control panel, there is still a problem on the line, notify the
telephone company and request prompt repair service. The user may not under any
circumstance (in or out of warranty) attempt any service or repairs to the system. It must
be returned to the factory for all repairs.
Communicator: Connection of the fire alarm signal to a fire alarm headquarters or a central station shall
be permitted only with the permission of the local authority having jurisdiction. The
burglary alarm signal shall not be connected to a police emergency number.
Codes: This equipment should be installed in accordance with National Fire Protection
Association's Standard 74 (National Fire Protection Association, Battery March Park,
Quincy, MA 02269). Printed information describing proper installation, operation,
testing, maintenance, evacuation planning and repair service is to be provided with this
equipment.
Compliance: This device complies with part 15 of FCC rules. Operation is subject to the following two
conditions: (1) It may not cause harmful interference. (2) It must accept any interference
that may cause undesired operation.
Complies with Part 68 of the FCC rules for direct telephone interconnect.
FCC Registration Number: 107USA-74224-AL-T
Ringer Equivalence: 0.8
Use USOC RJ-31X telephone connection jack. Complies with ANSI/UL 1023 Household
Burglary Alarm System Units and ANSI/UL 985 Household Fire Warning System Units.
Connections: Use UL Listed Cable for all connections.
Testing: Weekly testing is required to ensure proper operation of this system
Servicing: To prevent the risk of shock, disconnect telephone line at telephone company supply jack
before servicing this unit.
Battery: Battery normally need not be replaced for at least 3 years. Use a 12 volt 7Ah battery
(minimum). For all UL installations use two 12 volt 7Ah batteries wired in parallel.
The Destiny-4100 is compatible with the ADEMCO 4140-BLK removable terminal strips. If
necessary, these connectors allow for quick replacement of the control board.
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System Terminals
House Phones: The R1 and T1 terminals provide telephone service to the house if the installation
contains an RJ-31X terminal block for true phone line seizure.
Telephone Company: The incoming telephone service is wired through an RJ-31X jack to the R and T terminals
on the control panel. If regular phone service is unavailable, the system will provide
power and a distinct system tone to all in house phones.
Speakers: The control panel contains amplified internal and external siren drivers. Both internal
and external speaker connections require 8Ω , 10 watt (minimum) speakers. The "EXT"
and "COM" (speaker common) terminals provide full volume audio during activation.
Mount the external speaker(s) in an area that is unaccessible to intruders and will provide
a sufficient volume during an activation.
The "INT" and "COM" terminals produce speech, low volume monitor beeps, keypad
echo beeps, system status, pre-alarm warning, and a high volume alert during activation.
Typically, the speaker (16Ω) in the RK36 keypad is used as the internal speaker;
however, any 8Ω, 10 watt (minimum) speaker can be combined with the keypad to
provide audio to areas without a keypad. Use of the internal keypad speaker is not
permitted in a UL installations. See "Specifications" for compatible speakers.
Wire all speakers in a series/parallel combination that does not allow the impedance for
either the internal or external output to drop below 4Ω.
Transformer (AC Power): Use a 16.5 VAC, 40 VA transformer (supplied) to supply AC power. Do not connect the
transformer to a switched AC outlet. If an AC failure occurs, after 1 minute
(programmable) the system will speak "POWER OFF", the keypad POWER LED will turn
off, and the keypad STATUS LED will begin to flash. After requesting system status the
system will speak "POWER OFF" and the STATUS LED will become solid. AC failure
and restore conditions can be transmitted to the central station.
2-Wire Smoke Detectors: 2-wire smoke detectors are connected to the "Aux+" and "SMK-" terminals. Be certain to
observe polarity. Smoke power reset is built into the panel by using the Aux Relay (See
Wiring Diagram). Program the Smoke Reset Trigger to activate output 8 (Aux Relay).
Entering a valid full function user code followed by the "6" digit. When the Smoke Reset
Trigger is programmed, the panel will speak "Smoke Power." A 4.7KΩ resistor must be
wired in parallel with the last detector in the loop. If a resistor is not used, or if there is a
break in the loop, a TROUBLE indication will occur. Up to 12 2-wire smoke detectors
can be powered by the smoke power supply.
4-Wire Smoke Detectors: The "Aux+" terminal supplies up to 1.85 AMPs of power. A 4.7KΩ resistor must be wired
in parallel with the detector and wired to a zone input. Power is drawn from the Aux+
and COM terminals. Smoke power reset is built into the panel by using the Aux Relay
(See Wiring Diagram). Program the Smoke Reset Trigger to activate output 8 (Aux
Relay). Entering a valid full function user code followed by the "6" digit. When the
Smoke Reset Trigger is programmed, the panel will speak "Smoke Power."
Auxiliary Power: 12V+ Auxiliary power for hardwire devices such as motion detectors and glass break
detectors is available on the "AUX" terminal. The auxiliary output is protected at 1.85
Amps.
Keypad 4-wire Bus: Connect corresponding 4-wire bus colored wires from peripheral devices to the
appropriate terminals. Additional devices may be daisy chained or wired in parallel to
the system board. The 4-wire bus is protected at 1.85 Amps.
Auxiliary Relay: A programmable relay is available on the "RNC" , and "RNO" terminals. Use "RNC" for
relay normally closed or "RNO" for relay normally open.
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Battery Leads: Connect the red lead to the + battery terminal and the black lead to the - battery
terminal. The battery is tested every 180 seconds to ensure it is present and charged. A
low battery condition can be indicated at the keypad and/or communicated to the
central station.
Auxiliary Outputs: An auxiliary output wire harness is supplied for J5. There are 4 programmable output
pins and 2 power pins. Pins 1-4 will provide a ground path when activated. Pins 5 & 6
supply +12V DC. Do not exceed 100 mA per pin or 500mA total. These outputs are
intended to drive relays with a coil impedance of 500Ω or greater or any other device
requiring 100 mA or less. The outputs are not intended to power devices without the use
of a relay. It is acceptable to power an LED when a 1KΩ to 4.7KΩ, current limiting
resistor is wired in series. Use of Auxiliary Outputs is not permitted in a UL installation.
See System Triggers section for programming information.
Microphone Input: A microphone wire harness is supplied at J2. Consult the Specifications section to
determine compatible microphones. Up to 3 microphones can be wired in parallel to
each of the 3 microphone inputs. Please note, if multiple microphones (3 max) are wired
to a single microphone input, the microphones must be turned off and on as a group. It
is recommended to only wire 1 microphone to each of the 3 input channels allowing a
central station to have full control of each microphone during a two-way session. Use of
two-way voice is not permitted in a UL installation.
Power Switch: Located in the center of the control board is a black slide switch which controls all
power (including the battery) to the system. Right = ON; Left = OFF.
Siren Adjustment: The potentiometer marked "Siren" on the left side of the control board controls the
volume level of any system generated speech and the key depression feedback beeps.
Using a small screwdriver, turn the potentiometer to obtain the desired volume.
Clockwise increases volume. This adjustment will not the affect alarm notification
volume from the speaker during an activation.
Program Switch: Located in the upper right corner of the control board, this switch is used to return the
system to various defaults. Holding the button down and releasing after a specific
number of "beeps" will activate different system functions:
beeps Action
1 Return user code 1 to default: 1,2,3,4
3 Enter direct connect mode (Same as 9952 in program mode)
5 Return service (program) code default: 9,1,7,3
10 Default panel
other Three error beeps: no programming is affected.
Hardwire Inputs: There are 8 hardware inputs on the control panel. Through programming, each input
can be wired in one of three ways: with a 4.7KΩ end-of-line resistor (EOLR), without an
EOLR, or with class-A 2-resistor supervision.
Two-Way Adjustment: The potentiometer marked "2-WAY VOL" controls the volume level of voice over the
phone line to the inside speaker during two-way communication or paging. Using a
small screwdriver, turn the potentiometer to obtain the desired volume. Clockwise
increases volume. This adjustment will not the affect alarm notification volume from the
speaker during an activation. Use of two-way voice is not permitted in a UL installation.
Upload / Download LED: At the top right of the board is a yellow LED labeled "U/D" which is illuminated when
there is a modem to modem connection during upload or download.
13
POWER LED: At the top right of the board is a red LED labeled "POWER" which is illuminated when the
system is receiving power.
STATUS LED: At the top right of the board is a green LED labeled "STATUS" which flashes to show the
microprocessor is functioning. An incoming ring detection will cause this LED to flash
very fast for the first ring.
Phone LED: At the top right of the board is a green LED labeled "PHONE" which is illuminated when
the system's supervision of the phone line verifies a valid phone line on "R" and "T." If the
system does not confirm a phone line, the LED will turn off. Phone line failures can be
indicated at the keypad as well as sound a local alarm. Phone line restoration can be
communicated to the central station.
14
Wiring an Input Using an End-of-Line Resistor
4.7KΩ
4.7KΩ
Normally Closed Normally Open
Single E.O.L Resistor: Traditional inputs are wired with a single end-of-line resistor. An open or short is treated
as an open. A single end-of-line resistor is only effective if the resistor is placed after the
last device wired in an input loop. This is the only suitable wiring method for smoke
loops.
Wiring an Input Using 2 End-of-Line Resistor Supervision
4.7KΩ
4.7KΩ
Normally Closed Normally Open
Only use 1 End-of-Line Resistor on smoke detector loops.
Two Resistor Supervision: This wiring arrangement allows the system to detect and handle open loops and shorts as
a trouble condition. Through programming, trouble conditions can be communicated to
the central station and show trouble status on a keypad.
4.7KΩ
4.7KΩ
Wiring an Input Using No End-of-Line Resistors
All inputs that do not use end-of-line resistors
must be wired with a normally closed sensor
Normally Closed
No End-of-Line Resistor: The option is recommended only for "non-perimeter" zones that do not require tamper
protection. There is no tamper protection (other than a cut loop shows an open) without a
resistor and all loops that do not use a resistor must be normally closed. No End-of Line
Resistor is not permitted in a UL installation.
15
Programming
System options are contained in EEPROM. Each programmable section of memory has a 4 digit location and a three
digit value. To reduce the amount of programming necessary, each location is supplied with a default value. The
programming process can be simplified and the chances of programming errors can be reduced by obtaining a copy
of the Windows 95 based PC software available from APEX, the BBS at 919-954-0318 or our web site at
www.ademco.com/apex/apexhome.htm. The BBS settings are no parity, 8 bits with 1 stop bit, and connection
speeds up to 28.8 baud.
Program Mode
To program new values into memory locations, it is necessary to first place the system into program mode. This is
achieved in the same manner from a keypad or remote telephone; from keypad mode (anytime the system is in an
idle state) enter the service code (factory default of 9,1,7,3). The system will respond with ENTER PROGRAM
MODE. The LED's on keypads will turn off.
Locations and Values
Programming requires the entry of a valid 4 digit program location followed by the entry of a 3 digit programming
value. When a valid program location is entered, the inside speaker will emit one beep. Press the H (# from
telephone), the system will speak the current value in the location. To establish a new value, reenter the 4 digit
location and type the desired new value after the single confirmation beep. The system will confirm the new
program value by speaking the location followed by the value. To cancel a current program location at any time
prior to the system speaking the programming confirmation, press A (* from telephone), at that point a new location
can be entered. If the system responds with three beeps after a location is entered, an invalid location has been
entered. Values entered into undocumented locations may cause spurious system operation.
Exiting Program Mode
To exit program mode, enter 9,8,9,9, instead of a program location, the system will respond with EXIT PROGRAM
MODE." If a key (or digit) is not pressed within the time period programmed in location 0557, the system will
automatically exit program mode.
16
Quick Start
Keypad connection: Connect a hardwire keypad to the keypad terminals on the control board, be certain to
properly match the colors as follows: Black to BLK, Red to RED, Green to GRN, White to
WHT.
Speaker connection: Connect the violet keypad speaker leads to the INT and COM terminals on the control
board.
Power connection: Connect the power transformer to the AC terminals on the control board and plug the
transformer into an unswitched 120 VAC outlet.
Apply power: Turn the power switch to the ON position (right). Wait for a start tone(s) followed by a
pause and two beeps.
Setting time and day: The panel MAY prompt "Press 2 and 8 to set time" if the clock was not set prior to transit
or if the capacitor responsible for sustaining the clock dissipated during transit and
stocking. Press the 2 and 8 keys on the keypad simultaneously. The panel will prompt for
a 4 digit time (use a leading 0 for times under 10:00), followed by a prompt for AM or PM.
The next prompt is for the day of the week (1-Sunday, 2-Monday, 3-Tuesday, 4Wednesday, 5-Thursday, 6-Friday, 7-Saturday). Enter a two digit month, two digit date
and two digit year.
Arm and disarm: Press the A key on the keypad and the green AWAY LED will light. ARMED TO AWAY
will be heard through the speaker. To disarm, push 1,2,3,4 (default Primary User Code) on
the keypad. The AWAY LED will go out and "CONTROL IS DISARMED" will be heard.
Default Panel: To ensure erroneous values are not stored in memory from the manufacturing and/or
testing, the panel should be defaulted before installation. Enter 9,1,7,3 followed by
9,9,8,2.
Program: Proceed with programming to suit the installation.
17
Using This Manual:
Automated Locations: Automated Location prompt for specific information and automatically record the
appropriate information into the correct locations.
Value Locations: A documented location that contains a specific value (i.e. time, user number, etc.)
Option Location: Most system options require a total of option values to be placed in a location.
Example:
Options - Enter Total Location Value
Speak auxiliary zone type
Speak status immediately after local phone access
Silence inside speaker in HOME/Night mode (Not permitted in a UL installation)
Speak zone description in Extended Monitor
Disable force arming (For UL installations this option must be enabled)
Default
.............................................................................................
The bold 001 and 008 state the values are included in a defaulted panel. To include the 3rd option, add
004 and enter the total (013) in location 0078. If no options were selected, enter 000.
.............................................................................................
.......................................................
.......
................................................................
.......................
...................
0078
001
002
004
008
064
009
Charts: Charts are used to provide a large number of locations in a small space. Depending
on how the section is used, the locations in charts contain either an option value or
a discrete value.
Example:
Options Value
2 end-of-line resistor supervision
No end of line resistor (Not permitted in a UL installation)
Default (1 end-of-line resistor)
Supervision 1106 000
..................................................................................
...........................................
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Zone 1
Input C ontrol Board Loop 1
Option Location Default Ne w Va lue
Zone Type 0647 255
Option 1 0643 080
Option 2 0644 000
Word 1 Word 3
Word 2 Word 4
064
128
000
The title at the top of the chart refers to the system zone number. The Input type (Control Board Loop 1)
refers to hardware type. Below the Option heading are the locations for Zone 1. To program the zone
for 2 end-of-line resistor supervision, enter 1106,064. Each location referenced above is shipped with
the values found in the default column.
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