Ademco 4140xmp User manual

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SERIES

4140XMP

INSTALLATION

INSTRUCTIONS

NSOtM-1Vl 1192

CONGRATULATIONS

on your purchase of the VISTA 414OXMP!

The purpose of these Installation Instructions is to give you a brief overview of

the VISTA 414OXMP system, and provide instructions for installing a basic

system.

As always, ADEMCO is there for YOU! Our SALES and TECHNICAL

SUPPQRT staff are eager to assist you in any way they can, so don’t hesitate

to call, for any reason!

East Coast Technical Support: l-800-645-7492 (8 a.mAp.m. E.S.T.)

West Coast Technical Support: l-800-458-9469 (8 a.m.-5 p.m.’ P.S.T.),

P-E,

Before you call Technical Support, be sure you:

Check all wiring connections.

Determine that the power supply and/or backup battery are supplying

proper voltages.

Verify your programming information where applicable.

Note the proper model number of this product, and the version level (if

known) along with any documentation that came with the product.

Note your AdemCo customer number and/or company name.

Having this information handy will make it easier for us to serve you

quickly and effectively.

Again, CONGRATULATIONS, and WELCOME ABOARD!

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TABLE OF CONTENTS

@ II.

III.

IV.

GENERAL INFORMATION .................. .5

The VISTA Control ........................................

Easy Programming ....................................... i

4140XMP Enhancements ...............................

Note to 4140XM Users ................................... E

ZONE CONFlGURATlOiS .................. .6

ZONE TYPE DEFINITIONS ......................... ..i ....

BASIC 9 HARD.WlRED ZONES .......................... t

Zone 1

........................................................

Zone 9.. ...................................................... :

Zones 2-8 .................................................. .6

P-WIRE POLLING LOOP (Multiplex Loop). ............ 7

Wire Run Lengths.. ....................................... 7

Advisories .................................................. 7

WIRELESS EXPANSION ..................................

428014280-S RF Receivers ............................. t

Programming Notes for WIreless Devices.. ....... .8

Supervision .................................................

House Identification ...................................... t

Transmitter Wentitication ............................... 8

Sniffer Mode to Determine House ID.. .............. .8

Sniffer Mode to Check

Trtisminers

................ .8

Go/No Go Test Mode.. .................................... 8

Important Battery Notice ................................

Wireless Zone Types.. ................................... t

Advisories .................................................. 9

PERIPHERAL DEVICES.. .................. .lO

REMOTE CONSOLES ..................................... 10

4127 Fixed Word Console.. ........................... .lO

4137 Deluxe Fixed word C&sole.. ................. .lO

5137 Alpha Custom LCD Console.. ................. .10

Console Wiring.. ......................................... .10

EXTERNAL SOUNDERS .................................. 10

Relay Output ..............................................

Non-UL Installations .................................... ::

UL Installations ...........................................

SMOKE DETECTORS ...................................... ::

Zone 1....................................................... 11

Zones 2.8 .................................................

.l 1

Compatible Smoke Detectors.. ......................

.l 1

Polling Loop Smoke Detectors ......................

.l 1

Advisories .................................................

PASSIVE IN-ED DETECTORS .................... ::

Polling Loop PIR (4275) ................................ 11

Polling Loop PIR (4196/4278). .......................

.l 1

Wireless PIR (5775) ..................................... 11

GLASS BREAK DETECTORS ........................... .11

PHONE LINE CONNECTIONS ........................... 12

CONNECTOFIJ7TRlGGEROUTPUTS.. ............. .12

General Information ..................................... 12

Ground Start Module .................................... 12

Remote Keyswitch (4148) ............................ .13

MOUNTING 61 POWERING.. ............... .14

MOUNTING

................................................. ..14

Mounting the 4140XMP PC Board ................... 14

Mounting the 414OXMP Lock.. ...................... .14

Mounting the 4127 Console ........................... 14

Surface Mounting the 4137/5137 Consoles.......1 5

flush Mounting withTrim Ring Kit (5137TRK).....15

Adjusting the Alpha Console Viewing Angle.......1 5

POWERING THE SYSTEM .............................. .16

Primary Power ............................................ 18

B&-Up Power.. ........................................ .16

Btittery Standby Table.. ............................... .16

Earth Ground Connections.. ......................... .16

Power-Up Procedure .................................... 16

Polling Loop Current Draw Worksheet.. ........... .18

Auxiliary Device Current Draw Worksheet.........1 8

SYSTEM OPERATION.. ................... .I7

SECURITYACCESSCODES.. ......................... .17

Master Code .............................................. 17

Duress Code .............................................. 17

Temporary Codes ........................................ 17

Babysitter Code (User 22) ............................. 17

KEYPADFuNCTloNS.. .................................. .18

General Information ..................................... 18

Viewing Downloaded Messages .................... .18

Using the Buih-in User’s Guide.. .................... .18

Displaying Descriptors ................................. 18

Panic Keys.. ............................................. .18

TROUBLE CONDITIONS.. ............................... .19

‘Check’ Message.. ..................................... .19

Power Failure ............................................. 19

Other Trouble Conditions..

............................ 19

RECALLING ALARM 8 TROUBLE MESSAGES ..... 19

SETTlNGTHEREAL-TIMECLOCK.. ................. .lQ

VI. SYSTEM COMMUNICATIONS.. ............ 20

B$iliia~;w~g .....................................

..................................... ::

SESCOAlRadionics.. .................................. .20

4+2 Reporting.. .......................................... .20

4+2 Express ..............................................

Ademco High Speed Reporting.. ..................... ::

Contact ID Reporting .................................. .20

Table of Contact ID Event Codes.. ................. .21

414OXMP Communication Programming Guide..2 1

VII. PROGRAMMING THE SYSTEM.. ......... .22

GENERAL PROGRAMMING PROCEDURES.. ..... .22

Default Programming ................................... 22

Data Programming .......................................

Programming Steps.. ................................... ii

COMMUNICATION DEFAULT PROGRAMMING ... .23

VIII.

IX.

XI.

XII.

Easy-to-Program Communication Fields ......... .23

Low Speed ................................................. 23

Ademco Express ........................................ 23

Ade%de;gh Speed.. ................................. .23

...... .........

PROGRAMMING ZONE DESCRIPTORS

..............................................

Entering Zone Descriptors ............................ 24

Adding Custom Words .................................. 24

Creating a Custom Message .......................... 25

Vocabulary of Words In Memory’ .................. .25

DOWNLOADING PRIMER’. .., ........... .2 6

TESTING THE SYSTEM ................... .27

Using Test Mode ....................................... ..2 7

Armed System Test.. .................................. .27

Turning the System Over to the User.. ............ .27

Note To The Installer .................................... 27

TROUBLESHOOTING ....................... 28

CONSOLES

..................................................

EWIRED ZONES 1.9.. .................... ......... .28

........................................................ ..2 8

WIRELESS ...................................................

COMMUNICATIONS ....................................... :i

SPECIFICATIONS ........................... 31

4190WH OPERATION & WIRING.. ........ 31

DIP SWITCH SETTING TABLES.. ......... 33

PROGRAMMING FORM.. .................. .36

This issue has a revised tormat and includes

the new sections indicated by asterisks.

c Margin lines indicate other principal changes.

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10.

11.

12.

13.

LIST OF FIGURES

4140XMP SYSTEM

............................................................................................................ 5

POLLINGLOOP DEVICES................................................................................................. 7

4280/4280-8 RF RECEIVER............................................................................................... 8

CONNECTOR 57

.............................................................................................................. 12

GROUND START MODULE ................ .

............................................................................. I 2

REMOTEKEYSWlTCHWlRlNG......................................................................................... 13

MOUNTING THE PC BOARD............................................................................................ .14

MOUNTING THE CABINET LOCK..................................................................................... .14

SURFACE,MOUNTlNGTHE CONSOLES......................................................................... .15

FLUSHMOUNTINGTHE CONSOLES

............................................................................... 15

ADJUSTINGTHE VIEW ANGLUlNSERTlNG THE NAMEPLATE

.......................................... 15

4190WHOPERATlON8 WIRINGDIAGRAM

....................................................................... 31

SUMMARY OF CONNECTIONS DIAGRAM........................................................................ .32

S-S TO EASY INSTALLATION

The following steps are required to properly install a VISTA XMP system:

STEP 1 Becomefamiliar with the system by readingthe GENERAL INFORMATION section and

determinethe hardwarerequiredfor the installation.

STEP 2 Determinethe system’s zone configuration and wiring requirements by reviewing section

II:ZONE CONFIGURATIONSand section Ill: PERIPHERALDEVICES. ff the installationis

ULrated,check the special UL requirementsincludedin each section.

STEP 3 Oncethe wiring is completed, mount the Control and make power connections following

the instructiins providedinsectiin IV: MOUNTING8 POWERINGTHE SYSTEM. q

‘.

STEP 4 Learn how the system operates, including security codes, keypad functions, trouble

conditions and how to set the real-time clock, by reading section V: SYSTEM

OPERATION.

STEP 5 lt the system isto be supervisedby a central monitoringstation, readsection VI: SYSTEM

COMMUNICATIONSandsectionVII: PROGRAMMINGTHE SYSTEM,COMMUNICATION

DEFAULT PROGRAMMING for descriptions of reporting formats and a list of

communicationprogrammingdefault values.

STEP 6 .. Programthe system via the keypad or by downloadingfrom a remote location. following

the instructions in section VII: PROGRAMMING THE SYSTEM and section VIII:

DOWNLOADINGPRIMER(il applicable).

STEP 7 Test the system and teach the user how to perform all commands, following the

proceduresinsection IX:TESTINGTHE SYSTEM.

lt problemsoccur, referto section X: TROUBLESHOOTING.

ADVISORIES Throughout this manual, information that requires special attention is highlighted in the

. ADVISORIES paragraphs.This infomratiin includessystem limitations, caveats andother

informationvital to the proper operation of the system. Be sure to read these paragraphs

carefully.

MODEL NUMBERS Unless otherwise noted, product model numbers listed in this manual refer to Ademco

products.

-4-

I. GENERAL INFORMATION

0 .

THE VISTA

CONTROL

The VISTA 414OXMP Control is a microprocessor based

programmable system and features EEROM memory

technology (power loss does not result in the loss of

information). The Control supports up to 9 wired zones of

protection, expandable to 64 zones (wired and/or wireless)

using a-wire polling loop devices, and/or wir,eless

transmitters (5700 series).

EASY PROGRAMMING

Programming can be performed at the office prior to

installation, or on the job site directly from the console, or

can be downbaded lrom a remote location or at the job site

(using a PC Laptop with 41OOSM Serial Module) by using the

Ademco 413OPC Downloading Software. For installer

convenience, the Control is pre-programmed with a set of

standard values that is designed to meet the needs of many

installations. These values, however, can be changed to suit

the needs of any particular installation. The Control can alao

be preprogrammed by the installer with one of four standard

communicatiin default programming values, eliminating the

need for extensive programming time and effort.

‘NOTE TO 414oXM USERS:

The following are some

differenass between the 414OXMP 8 4140XM panels that will

affect vour installation oractices:

Reviled. easy to folk&v terminal bbok layout.

AC power supplied by No. 1361 transformer (unpolarbed]

mted at 16SVAC 40%

One value (2k Q is used for all EOLR supervised zones.

Zone 1 operates as an ECLR supervised zone ortry.

Revised rating and wiring method to the auxiliary triggers.

Revised programming form to aazommodate new features

Use PC Downbad software that supports the 414OXMP.

Real-time clock must be set (using 5137 console) beforc

test reports are sent.

Revised method for programming the dialer reports.

Program mode can’t be entered while system is armed.

Temporary user codes cannot

assigned while the

I system 18armeo. I

4140XMP ENHANCEMENTS

Built-in Polling Loop interface, with polling loop terminals

boated on the panel’s terminal block.

Supports latching type P-wire glass break detectors on

zone 6.

Supports up to 16 smoke detectors on zone 1

Up to 70 user security codes can be programmed.

Choice of normal (rldigit) or high security (6digit) security

codes.

All zones can be assigned atpha descriptions.

Up to 20 custom words can now be added to the built-in

vocebulary. The fetter Yr’ or

‘s - can now be added to

descriptors.

Easier programming for armmunicatiin fiilds. Simply

enter the desired code for each zone.

Communication defautt programming oan be baded

anytime, and does not affect noncommunicatiin program

fields.

All 64 zones can report to a central station using any

reporting format.

Callback defeat option for downloading.

Real-Time cbck included for time related funotbns.

NOTE: St 37 oonsole requirad to set the real-time &ok.

Random AC Loss reponing option sends rapott randomly

from 10-40 minutes after AC loss. to help prevent central

stations from receiving an overbad of reports due to area

blackouts.

intelligent test reporting optbn means test reports will not

be sent il any other report was sant within the programmed

test report interval.

Quick (forced) bypass feature bypassas all faulted xonas

with single key entry sequence (Code + BYPASS + I).

Installer code overrkfe feature. Installer ooda will disarm

system only if tf was used to arm the system.

Seff resetting circuit breaker protection elimincaas the

need to replace bbwn cartridge fuses.

Larger cabinet with removabfe door.

Direct wire downtoading can be done wfthout a modem.

using a PC computer and 41OOSMSerial Modub.

Split/Dual reponing communicator option has bean added.

Option to albw a cancel report to be wnt, even after Sell

Time-out has ended.

PC Downloader abilii to individually command output

voltage triggers to pulse on for 2 seconds.

Three technologies to suit every installation:

HARDWIRE. SUPERVISED WIRELESS. P-WIRE MULTIPLEX

VtSTA

XMP

CONTROL

-==ij 2.WIRE

2.WIRE

2MRE SMOKE

DETECTOR

I “II w -

4192SD

9 HARDWIREDZONES

ISTANDARD*

4280or

42904

RF RECEIVER

IUP TO2

CANBE USEDI

DOOR WININW

TRANSMITTER

5’1lWM

WIRELESS

KEYPAD

5727

WIRELESS

PANIC

BUTTON

ST01

Figure 1.4f40hP SYSTEM

II. ZONE CONFIGURATIONS

ZONE TYPE DEFINITIONS

‘The VISTA 4140XMP System allows

to 64 zones of hard-wire, polling .foopand/or wireless protection. Each zone must be

assigned to a zone type, which defines the way in which the system responds to faults in that zone. In addition, there are

three keypad activated zones ‘(PANIC keys), a polling loop supervision zone, and two RF supervisory zones, one for each

4280 or 4280-S RF Receiver installed.,

TYPE 1; ENTRY/EXIT

Used for the primary entry/exit route (ex: front door, main

entrance).

TYPE 2: ENTRY/EXIT #2

Used for a secondary entry/exit route (ex: Garage door,

loading dock door, basement door), where more time mfght be

needed to get to and from the console.

TYPE 3: PERIMETER BURGLARY

Used for exterior doors and/or windows which require an

instant alarm when violated,

TYPE 4: INTERIOR BURGLARY (FOLLOWER)

Used for

areas

where an entry delay is required only if an

entry/exit delay zone is faufted first.

TYPE 5: DAY/NIGHT BURGLARY

Used for zones which contain a foil-protected door or window

(such as in a store), or to a zone covering a sensitive area

such

a stock room, drug supply room, etc., or other

controlled access area where immediate notification of an

entry is desired.

TYPE

6: 24

HOUR

SILENT

ALARM

This zone type is generally assigned to a zone containing a

Hold-up or Panic button that is designed

initiate an alarm

report to the Central Station, but which produces no visual

displays or alarm sounds (ex: banks, jewelry arunters).

TYPE 7: 24 HOUR AUDIBLE

This type also assigned to a zone containing a Panic button,

but which will initiate an audible alarm in addition to an alarm

report to the Central Station (ex: bedside panic).

TYPE 6: 24 HOUR AUXILIARY

This type assigned to a zone containing a button for use in

personal emergencies or to a zone containing monitoring

devices such as water sensors, temperature sensors, etc.

Designed to initiate an alarm report to the Central Station and

only provides Console

alarm

sounds and alarm displays.

TYPE 9: SUPERVISED FIRE

Used for zones containing smoke detectors, heat detectors,

pull stations, etc. An open in this zone will initiate a trouble

signal. A short in this zone will initiate a fire alarm (pulsed

external sounder and report to central station). :

TYPE 10: INlERlOd BURGLARY (DELAY)

This type is similar to type 4, except that entry delay begins

whenever sensors in this zone are violated, regardless of

whether or not an entry/exit delay zone was faulted first.

BASIC 9 HARD-WIRED ZONES

ZONE

This zone has a 350 millisecond response and can be

assigned

any zone type and is set up for EOLR

supervision only. This zone is the only zone that can supporf

P-wire smoke detectors. See SMOKE DETECTORS section

for a list of compatible detectors.

Connect all closed-circuit sensors in series with one another

between terminals 10 8 11 (see SUMMARY OF

CONNECTIONS Diagram). The 2.000 ohm EOLR should also

be in series with the loop at the fast device.

If the sensors used are open-circuit devices, such as smoke

detectors, each one must be in parallel to the next. The

EOLR must then be placed across the last wired detector.

Maximum zone resistance, excluding EOLFL is 1.00Ohms.

UL NOTE: The 4100 EOL resistor, rated 2.6k ohms, must be

used on hardwire fire loops.

ZONE 9

This zone is unsupervised and can be assigned to

any

zone

type except fire. Only closed-circuit devices can be used.

Connect these devices in series with one another between

terminals 22 8 23 (see SUMMARY OF CONNECTIONS

Diagram). This zone can be programmed for either normal

response (350mS. the defauff response) or for fast response

(1OmS). This zone is suitable for monitoring fast acting glass

break sensors or vibration sensors when programmed for

fast response. Avoid using mechanical magnetic or relay

type contacts in this zone when programmed for fast

response. Note that the maximum resistance for this zone is

300 ohms.

-6-

r”\

ZONES 2 THROUGH 6

These zones have a 350 millisecond response and oan be

assigned to any zone type. They can be EOLR supervised or

closed circuit unsupervised, as required (program field ‘41

determines whether or not these zones will use the 2.000

ohm EOLR: Enter [l] in field ‘41 to disable the use of EOLR’s

on zones 2 through 8). If programmed for use with EOLR’s.

both closed-circuit and open-circuit devices can be used

with the 2.000 ohm EOLR resistor in series with the bop at

the last device. ff the use of EOLR’s is disabled (‘41-l). only

closedcircuif devices can be used.

Zone 8 has the added capability of supporting 2 wire, latching

type glass break detectors. See GLASS BREAK

DETECTORS section for a list of compatible detectors.

These detectors may be reset at the console in the same

manner as two wire smoke detectors. (i.e. second entry of

“OFF’ sequence). Zone 8 should be configured

an EOLR

type zone when glass break detectors are used.

UL NOTE: The connection to glass break detectors is not

applicable for UL Listed applications. I

The maximum resistance per zone. excluding EOLR. is 300

ohms for zones 2-7,

and

100 ohms for zone 8.

,:g

/ /’

2-WIRE POLLING LOOP (Zones 10-64)

The 4140XMP provides a built-in 2. wire polling loop interface

which albws the number of

zones to be expanded from the

‘basic 9 zones to up lo 64 zones using various RPMs, and the

4280 RF Receiver. See below for a list of compatible

sensors.

The polling bop provides power to sensors and serves as a

communication path between the panel and sensors. Each

sensor must be assigned a unique address ID number (from

10-64) before being connected to the polling loop. Most

sensors

have

DIP switches for this ouroose. See the DIP

SWITCH SETTING TABLE FOR POLLING LOOP DEVICES

for information on how to assign ID numbers using DIP

switches. Care must be taken to assign unique ID numbers

to each sensor in order to allow the panel to supervise and

provide unique console status indications for individual

sensors.

Connect these sensors to terminals 24 8 26. Sensors can

be connected to a single run, or groups of sensors may be

connected to separate wire runs without affecting the panel’s

ability to supervise individual sensors. Follow the wiring

instructions provided with individual sensors (41BOWH wiring

diagram is provided at the end of this

manual). Be sure to

observe sensor polarity when wiring. The maximum allowable

wire run length between the panel and the last sensor on a

given wire run is as follows:

IMPCRTANT:

The maximum combined polling foop run

is 4000’. lf using shielded wire, the maximum is 2000’. lf

longer wire runs are needed, a 4197 Loop Extender Module

must be used.

INTERCOM INTERFERENCE

lf an intercom system is being used, the polling loop wires

must be as far from the intercom wiring as possible (minimum

6’). ff this spacing cannot be achieved, shielded wire must

be used. lf this is not done, interference on the intercom

system might occur. Atso note that the maximum total wire

length supported is cut in

haff

when shiekfed wire is used.

ADVISORIES

The maximum allowable current draw on the polling loop is

64mA. Refer to the POLLING LOOP CURRENT DRAW

WORKSHEET (found in the POWERING THE SYSTEM

section) for current draws of various polling loop devices. If

more than 64mA is being

drawn, use of the 4197 provides

another loop with 64mA

available.

Make certain to include the total current drawn on the polling

loop in the AUXILIARY CURRENT.DRAW WORKSHEET (see

POWERING THE SYSTEM section) when figuring the total

auxiliary load on the panel’s power supply.

NOTE Twisted

pair

recommended

for all

normal wire runs.

POLLING LOOP DEVICES

See PERIPHERAL DEVICES sectlon for 4194 Surface Mounted Reed Contact (Wide Gap)

compatible polling loop smoke detectors end

Wide gap surface

pssslve Infrared motion detectors.

mounted reed contact

4208 Eight Zone Polling Loop Expansion Module

with built-in RPM,

Used to supervise up to 8 hard-wired devices via the polling which

is DIP switch

programmable.

loop. NOTE: Does

not support P-wire smoke detectors.

Set DIP

switches to identify 8 zones.

The first two zones can

4197 Polling Loop Extender Module

Can be used if the P-wire polling loop must be greater than

be either normal or fast

response (DIP switch the recommended length (4000’ max). By installing a 4197

selectable). at the end of the first loop, the polling loop can be

continued. lf more than 64mA needs to be drawn from the

All zones are EOLR

polling loop to power RPMs, use of the 4197 provides

supervised (first six another loop with 64mA available.

zones - 4.7k ohms, last

Connects to the polling

two zones - 30k ohms), loop and is powered

provided with the 4208. from auxiliary power or

bv a seoarate 729

41BOWH Two Zone Remote Polnt Module

Used to supervise 2 hard-wired devices via the polling loop.

DIP switch

programmable.

The left zone can be

EOLR

supervised, if

necessary, and can

accept either open or

closed circuit sensors.

The right zone is

unsupervised and can

accept closed circuit

sensors only. Refer to

the 4190WH

OPERATION

section at

the end of this manual

for more information.

power &pply with

battery backup.

-7-

Pigure 2. Felling Loop Devices

WIRELESS EXPANSION (Zones I-63)

428014280-8 RF RECEIVER .

The VISTA XMP system supports up to 63 wireless

transmitters (5700 series). DIUSa 5727 wireless kevoad. To

expand the iystem usi&‘wireless, one or two 2280 RF

Receivers (or 4280-8 if only 8 wireless zones are used) must

be connected to the polling loop. The 4280 receives status

and alarm signals from wireless transmitters (@345MHz

USA: 315MHr Canada) within a nominal range of 200 feet,

and relays this information to the control via the polling loop.

Two 4280s can be used to piovide either a greater area of

coverage, or provide redundant protection.

IMPORTANT:

Note that if using two RF Receivers, one of

them must be powered from auxiliary power. For more

information regarding the 4280 installation, refer to the

installation instructions provided with the 4280.

NOTE: Unless stated otherwise, references to the 4280

Receiver represent the 4280 and/or 4280-8 Receivers.

Figure 3.4280/4220-8 RF RECEIVER

PROGRAMMING NOTES FOR WIRELESS DEVICES

All RF zones must be designated as such in their respective

program fields (1’18-1’25). Any zone from l-63 can be

designated

an RF zone. To enable a zone as wireless,

simply enter a ‘1’ in the location for that zone. Be careful

when deslgnatlng RF zones.

If you want a zone to be

either hard-wired or on the polling loop, but accidentally

enable it as RF. the system will ignore that zone. RF enable

overrides hard-wire! If using a 4280-8. only up 108 zones can

be enabled as RF zones. If more than 8 zones are enabled,

the message ‘SET-UP ERROR’ (5137) or +8’ (413714127)

will be displayed.

SUPERVISION

Each transmitter (except 5701 and 5727) is supervised by

check-in signal that is sent to the receiver at 70-90 minute

intervals. If at least one Check-in is not received from a

transmitter within a programmed interval (field 1’31). the

console will display the transmitter number and ‘CHECK. will

be displayed.

Each transmitter (including 5701 and 5727) is

also

supervised for low battery conditions, and will tiansmit a low

battery signal to the 4280 when the battery

has

approximately 30 days of life remaining.

NOTE: After replacing a low or dead battery, activate the

transmitter and enter the security code + OFF to clear its

memory of the ‘Low Battery’ signal.

The 4280 itself is also supervised three ways:

1. If the cover of the 4280 is removed, an ALARM or

TROUBLE will be displayed depending upon the response

programmed for zones 89 8 91 (field 1’09).

2. If the connection is broken between the 4280 and the

control panel, or the 4280’s cover is removed, an ALARM

or TROUBLE will be displayed depending on the response

programmed ior zones 89 8 91 (field 1’09).

This response

is usually that of a DAYMIGHT or 24 hour type.

-8-

3.’ If. within a programmed interval of time, the 4280 does not

hear from any of its transmitters, an ALARM or TROUBLE

will be displayed depending on the response programmed

for zones 88 8 90 (fields 1’08 8 1’09).

HOUSE IDENTIFICATION

.The 4280 responds only to transmitters with the same house

ID (DIP switch programmable from 01-31). This prevents

system interference from transmitters in other nearby

systems. To make sure you do not choose a House ID that is

in use nearby, put the system in the Snitfer Mode, which is

described later in thii section.

TRANSMITTER IDENTIFICATION

Each transmitter has its own unique ID number (Zone #)*

which is DIP switch progiammable in each unit. Whenever a

transmission takes place, either for an alarm, fault, check-in

or low battery, this ID number is sent along with the message

to the 4280 which, in turn, relays this information to the

control panel, which displays the condition and zone number

on the console. See the DIP SWITCH TABLES FOR

WIRELESS DEVICES at the end of this manual, for individual

transmitter settings.

SNIFFER MODE TO DETERMINE HOUSE ID

(Code + [#] + 2)

check for house IDS being used in

nearby

systems, se1

the DIP switches in the 4280 for a House ID of ‘00’ (all

switches up), then enter your ‘Installer Code’ + [#] + [2]. The

4280 will now ‘snm’ out any House IDS in the area and

display them: Keeping the 4280 in this mode for about 2

hours will give a good indication of the house IDS being used.

To exit the Sniffer Mode, simply key your installer

code

OFF, then set your house ID to one not displayed in the

Sniffer Mode’.

SNIFFER MODE TO CHECK TRANSMITTERS

(Code + [Y] + 3)

To check that all transmitters have been set for the proper

house ID. set the 4280 to the proper house ID and enter the

Installer oode + [#I+ (31.All transmitter ID numbers

that have

the house ID set for the 4280 will be displayed when each

transmitter number checks in (up to 2 hours). A faster way to

do this is to fault each transmitter, which

causes a

transmission to be sent to the 4280. Check that the ID

number is displayed when the transmitter is faulted.

GO/NO GO TEST MODE (Patented)

This mode helps determine the best location for each

transmitter and is activated by putting the control panel in

the TEST mode and removing the 4280’s cover. The

receiver’s sensitivity is reduced by half. Once transmitiers

are placed in their desired locations and the approximate

length of wire to be run IO sensors is connected to the

transmitter’s screw terminals, open circuit each transmitter.

Do nor conducr rhis rest with your hand wrapped around the

transmitter.

H a single 4280 is used, the console will beep three times to

indicate signal reception. If two 4280s are used, the console

will

beep once if the first 4280 received the signal, twice if Ihe

second 4280 received the signal and three times if both

receivers heard the signal (which is desirable for redundant

configurations).

If the console does not beep, reorient or move the

transmitter to another location.

To exit this mode, replace the 4280’s cover, then enter the

installer code and

press OFF. Note that the Receiver’s

sensitivity is fully restored when the cover is replaced.

IMPORTANT BATTERY NOTICE

The VISTA wireless transmitters are designed to provide bng

battery life under normal operating conditions. Longevity of

batteries may be

much as 4-7 years depending on the

environment,

usage, and the specific wireless device being

used. External factors such

humidity, high or low

temperatures, as well as large swings in temperature

may

all

reduce the actual battery life in a given installation. The

VISTA wireless system can identify a true low battery

situation, thus allowing the dealer or user of the system time

to arrange a change of battery and maintain protection for

that given point within the system.

WIRELESS ZONE TYPES

Each RF zone can be programmed to respond

as any zone

type such as ENTRY/EXIT, INTERIOR, PERIMETER, etc.

(see the section under ZONE TYPES for a complete

explanation of each zone type). Desired alarm responses

can be broken down as follows:

NOTES:

ADVISORIES

Do not place transmitters on or near metal objects. This

will

decrease range and/or block transmissions.

Place the 4280 in a high, centrally located area for best

reception. Do not place receiver on or near metal objects.

The 4280 receiver must be at least 10 feet from the

Control panel or any remote consoles to avoid

interference from their microprocessor.

When connecting a door/window contact to a 5711,

5711WM, or 5715 transmitter, avoid a wire length of 20-24

inches. This particular length decreases range. A shorter

or bnger length has no effect.

For UL Household Burglary Installations, wired loops

connected to these devices cannot exceed 3 feet.

If dual 4280s or 4280-8s are used:

A. Both must be at least 10 feet from each other, as well

as from the Control panel and remote consoles.

B. One of the 4280s or 4280-8s must be powered from

Aux. power so as not to exceed 64 mA polling loop current

rating.

C. The house IDS must be the same.

0. Using two Receivers does nor increase the number of

transmitters the system can support (63 transmitters,

plus a wireless keypad).

Refer to the maximum polling kop wire runs described in

the POLLING LOOP section when connecting 4280s to

the polling bop.

IMPORTAHT:

The maximum combined polling bop run

is 4000’. H using shielded wire, the maximum is 2000’.

Note mat zones t-63 can be used. but have the folbwing limitations: Transmitters 6et for zones 48-55 will transmit ono6 every 12

seconds while ti zone is faulted. Tmnsmitters 6et for zones 56-63 will transmit once every 3 seconds while faulted. These two ranges

of zone numbers could adversely affect transmitter battery life. Transmitters set for an ID of 32 through 47 will have a 3 minute lock-out

between tmnsmi6sions. Use this last range of zone ID number6

forsensorsprutmting

frequent& used doors or window6 DDcon6enm

battery life.

Transmitter IDS 43 through 55 have highest signal priority.

** Transmitter IDS62 and 63 are unsupenriced to albw removal of the 5701 off

ptwmi666 - sign6l

pfiorily

is bmn man that of fire, but higher

ti burglary.

WIRELESS DEVICES

See the PERIPHERAL DEVICES sectlon for

compatible wlreless smoke detectors and

passive Infrared

f!tOtlOtt deteCtOr8.

5701 Panic Transmitter

Programmable for either silent or audible

24 hour alarm (DIP switch programmed for

zone662 or 63).

5711 Sllmllne DoorIWlndow Transmitter

Can be used with any closed circuit

sen6or. NOTE: Can be used on any 6one

l-63 but, if programmed for zones 32-47.

there will be a 3 minute lock-out between

tran6missions.

5?11WM DoorlWlnrfow Transmltter

w/Reed Switch

Slimline dooHwindow bensmitter with built-

in reed switch (megne’ ncluded). CM be

used with any closed circuit

6ensor.

NOTE: Can be used on any rone l-63 but,

if programmed for 20~16s32-47. there wilt

be a 3 minute lock-out between

transmissions.

5716 Door/Window Transmitter

Can be used

with any opon or

dosed

circuit

sensor (DfP switch selectable), and

features a built-in

reed

switch. NOTE: Can

be used on any zcne 1-63 but, if

pmgmmnied

for zone6 32-47. there will be a

3 minute lock-out between transmissions.

5715WH

Universal Transmitter

DIP switch selectabte for fast response,

open or closed circuit sensor usage, and

has a tamper protected cover. Use in

applications where open circuit heat

detector6 are needed or where fast

response devices am needed.

NOTE: can b6 USedon any 6on6 M3 but,

ii programmed for zones

3247.

mere will

a 3 minute

lock-out between

transmissions.

5727 Wireless KeYDad

Wtreless keypad that &an be u6ed to turn

the burglary protection on and off, and

features the lame built-in panic functions

wired console6 for either silent or

auoible 24 hour

alarm.

An LED indication

lights

each

time a key is pre66ed to verify

transmission (LED located in the 1’)

READY key).

The keypad is identified as ton6 w when

it transmits low battery merssges. The

keypad panics are identilied as ‘99’ for f-1

+ [a]. ‘96’ tar[#I + 131,

and 35. for I’] + [l]

it programmed.

-9-

III. PERIPHERAL DEVICES

‘REMOTE CONSOLES (3

The 4140XMP supplies up to 750 mA of auxiliary power for 4137

DELUXE FIXED-WORD LCD CONSOLE ‘,~_ .,’

remote consoles, jelling

ioop devices and/or ottiei auxiliary

devices such as motion detect&s or a-wire smoke

detectors’. The 4140XMP supports, independent of auxiliary

power considerations, up to six 4127, 4137 or 5137 remote

consoles. All consoles may

be powered from the auxiliary

power output provided that the total current drawn from this

output does not exceed 750 mA. You must keep this in mind

when adding remote consoles so you donl overdraw current

from the panel. This would resutl in a battery which does not

charge properly or possibly a tripped auxiliary solid state

circuit breaker.

If the auxiliary load is determined to be greater than 750 mA.

then additional consoles (total of 6) can be powered from a

Eauiooed with a tiauid crvstal

diipidy (LCD) using 2-&i& 1.\

numerics for zone I,,

identification, and a set of I ij

backiit. A built-in -alarm i

sounder is also included.

which eliminates the need for 1

a separate indoor sounder.-

6OmA

current draw.

5137 ALPHA CUSTOM LCD CONSOLE

&-..:---_I _._:.L -

supplementary regulated 1ZVDC power supply (e.g. 487-12 cqutppacl wlrn

supplies 12V, 250mA; 488-12 supplies 12V, 500mA). pro9rammab’e ‘-line, 32’

Connect the console’s red and black leads to the $e$~A~~~$~~L~~

supplementary supply’s positive (+) and negative (-) tar ’ ccmplete

terminals. Also make a connection between this supply’s zone

negative (-) terminal and the 414i)XMP’s Auxiliary power (-)

identification in English’

terminal 7 so that both have a common ground reference.

language

(if descriptors are

programmed). Keys are also

NOTt: Consoles amnected to supplementary power suppkes which backlit. An alarm sounder is

do not have a backup battery will not operate when AC power is built in, eliminating the need

lost. In this case, make sure to power at least one console horn the for a separate indoor sounder.

panel’s auxiliary

power output. The panel’s backup battery will 9OmA current draw.

1supplypower 10tnts consolewnen

powerISlost.

O-wire smoke detectors cannot be used in UL Listed

applications.

4127

FIXED-WORD LCD CONSOLE

Compact design, equippad

with a liquid crystal display

(LCD) using a-digit numerics

for zone identification, and a

set of pre-deeignated English

language prompts, such as

‘READY’. ‘NOT READY, etc.

for system status. A built-in

alarm sounder is also

included, which eliminates the

need for a separate indoor

sounder. 20mA tllrrent draw.

WIRING

Consoles may be wired to a single wire run or individual

consoles may be connected to separate wire runs. The

maximum wire run length from the panel to a console which is

homerun bade to the panel must not exceed:

CONSOLEWIRELENGTHS NOTE: The length of all wire

#22

gauge

@ 250 feet max runs combined must not

#20 gauge @ 400

feet max exceed 800 feet when

#t8

gauge

@ 625 feet max unshielded quad conductor

#16 gauge @ 900 feet max’ cable is used (450 feet if

’ shielded cable is used.)

If more than one console is wired to a run, then the above

maximum lengths must be divided by the number of consoles

on the run (i.e. the maximum length would be 125 feet if two

consoles are wired on a #22 gauge run).

RNA1 SOUN-

COMPATIBLE SOUNDERS

RELAY OUTPUT

792 Outdoor Slrbn

The 4140XMP provides a wet belt relay output which is used

l Sdkontained

siren (driver built-in) and weatherproof for outdoor

to power external alarm sounders. Connections are made to

use. Can be wired for either a steady or yelp sound and is rated atban 08 wIrao Ior euner a rlsauy or yerp souno ano ISrace0 aI

terminals 4 (positive output) and 5 (negative r&urn). See 120

dB @ 10 feet. This siren can also be tamper protected, or can

In m l

A I^-* TL% siren can also be tamper protected, or can

SUMMARY OF CONNECTIONS Diiram. be mounted in a metal cabinet (716), which can be tamper~ruwo in a metal cabinet (716), which can be tamper

protected.0d.

UL INSTALLATIONS

719 Outdoor Siren (Compact)

For UL installations, the total current drawn from this output

Compact, self-contained siren (driver built-in), and weatherproof for

and the auxiliary power output, combined, cannot exceed

. outdoor use. Can be wired for a steady or yelp sound, and rated at

750 mA. In addition, the sounding device must be a UL Listed

90 dB @ 10 teeeel.A tamper proteded 7088E cabinet is available.

audible signal appliance rated to operate in a 10.2-13.8 VDC

740 High Intsnrl~y Sounder

voltage range, and must be mounted indoors. Example:

- Compact high intensity sounder rated at 123 d8 @ 10 feet. This

Wheelock Signals Inc. siren model 34T-12 (provides 85dB[A] sounder emits an ‘ear piercing’. high trequency sound, and can be

for NFPA 74 8 Standard 985). mounted indoors (bracket included) or outdoors (in 7098E cabinet).

IMPORTANT: Going beyond these limits will overload the ABB1031 Motor Bell b Box

- AMSECO motor bell 8 box, rated at 81 dB @ 10 lee!.

power supply or may possibly trip the bell output thermal

PA400B (beige)lPA400R (red) Indoor Plezo Sounder

circuit breaker. - 8RK indoor pier0 sounder (rad or beige), rated at 90 dB @ 10 feet.

NON-UL INSTALLATIONS

The total current drawn from this output cannot exceed

2.8

amps. A battery must be installed

since this current is

supplied

by the battery. Up to two 702 sirens can be used, wired in

series. Up to two

719

sirens can

be used, wired in parallel.

- 10 -

f--J

‘, ,,’

SMOKE DETECTORS

ZONE f

When programmed as an EOLR supervised FIRE zone (type

09 in program field

02), up to sixteen a-wire smoke

detectors can be used. When programmed for fire, the

second CODE + OFF sequence momentarily interrupts power

to reset the smoke detectors.

COh5’ATlBLE SMOKE DETECTORS

DETECTOR TYPE BRK YODEL

Photoelectric, direct wire BRK2400

Photoelectric w/heat sensor, direct wire BRK24OOTl-l

Photoelectric w/B401 B base BRK2451

Photoelectric w/heat sensor and 8401 B base BRK24.51TH

Ionization, direct wire BRK1409

Ionization w/B401 B base BRK1451

Photoelectric duct detector wlDH2851DC bass BRK2851DH

Ionization duct detector w/DHl851 DC base BRKl6SlDH

ADVISORIES

ff the EOLR is not at the end of the loop, the zone is not fully

supervised. The system will not respond to an open circuit

within the zone. The alarm current provided by this zone is

sufficient to support operation of only one detector in the

alarmed state. Refer to the maximum polling loop wire runs

listed in the POLLING LOOP section when using polling loop

smoke detectors.

5705

ZONES 2 THROUGH 8

These zones can support as many a-wire smoke detectors’

as can be powered, when programmed as a FIRE zone, type

09, in program field ‘02. There are only two requirements: (1)

The zones must be configured for EOLR supervision, and (2)

a normally-closed, momentary switch must be installed in

series with the power to the detectors in order to allow reset

of the smoke detectors after an alarm. The detectors must

be wired in parallel, with the EOLR at the last detector for full

supervision. To supervise power, a BRK No. A7771 601 EOL

Relay

Module

is recommended.

4-wire smoke detectors cannot be used in UL Listed

applications. I

POLLING LOOP SMOKE DETECTORS

(419250, 4192SDT, 4192CP)

Can

be added to the P-wire Polling Loop on zones 10 through

64 (as programmed in fields ‘03. ‘04, ‘OS, 1’01. 1’02. 1’03,

1’04 and 1’05). These detectors have a built-in RPM whiih

is DIP switch programmable. They are wired in parallel to the

polling loop, and do not need auxiliary power or a separate

reset switch. The polling loop provides power and reset

signals to the detectors, as well as alarm and trouble signals

from the detectors.

WIRELESS SMOKE DETECTOR (5706)

One piece photoelectric smoke detector with built-in

transmitter (DIP switch programmable for zones 48.55).

Built-in 85 dB piezoelectrii alarm sounder and audible bw

battery warning.

IR M6TCbN UtItmS

Select

mounting site wlth the following notes in mind: Best

coverage will be obtained if the mounting site is selected

such that the likely direction of intruder motion is across the

pattern of protection.

NOTES ON PIR MOUNTING LOCATIONS

Avoid locating the unit where central heating radiators,

flames or heating outlet ducts are within the protective

zones.

Avoid locating the unit in direct sunlight or directly above

strong sources of heat.

Avoid locating the unit on unstable surfaces.

Av$tsrunning alarm wiring close to heavy duty electrical

POLLING LOOP PIR (4275)

The 4275 is a dual element

passive infrared detector, with

a bulb-in RPM, that is

connected directly to the

P-wire polling loop.

POLLING LOOP PIR (4196/4279)

The 4196J4276 are quad

element passive infrared

detectors with a buift-in RPM

that is connected directly to

the P-wire polling loop. The

detectors feature

auxiliary

sensor loop that permits

connection of another nearby

alarm sensor (reed contact,

etc.).

WIRELESS PIR (6775)

The 5775 is a batteryoperated,

wireless, dual element

passive

infrared motion detector that

can be monitored by a 4280

(4280-8) wireless receiver.

The 4280 is connected to the

P-wire polling loop.

GLASS BREAK Ia f’kTUHS

Zone 8 can support P-wire, latching type glass break

detectors when configured as an EOLR supervised zone.

The second CODE + OFF sequence momentarily interrupts

power to this zone to reset devices wired to it. Use detectors

which are compatible with the ratings bebw:

Standby Voltage: SVDC - 13.8VDC

Standby Resistance: Greater than 2Dk ohms (equivalent

resistance of all detectors in parallel)

Alarm Resistance: Less than 1.1k ohms (see note below)

Alarm Current: 2 mA - 10 mA

Reset Time: Less than 6 seconds

UL NOTE: Connection of glass break detectors to zone 8 is

not permitted for UL Listed applications.

The IEI 735L series detectors have been tested and found to

be compatible with these ratings. Up to 50 IEI 735L

detectors. connected in parallel, may be used (the alarm

current provided by this zone is sufficient to support

operation of only one detector in alarmed state). Follow the

manufacturer’s recommendations on proper detector

installation.

NOTES: Detectors which exceed 1.1k ohms in alarm, but

maintain a voftage drop in alarm of less than 3.8 volts can

also be used.

Use of N.O. or N.C. contacts on the same zone

may

prevent

proper glass break detector operation.

- 11 -

PHONE LINE CONNECTIONS

Incoming phone line and handset wiring is connected to the

main terminal block as follows (refer to SUMMARY OF

+XD,N;ECWNS Diiram):

TBl:27: Local Handset (TIP)

Local Handset (RING)

TBl -28: Incoming Phone Line (TIP)

TBl-29: Incoming Phone tine (RING)

fl it is desired to connect the panel to phone lines that r&ire

ground start capability, then a 675 Ground Start Module’

must be used. This module is triggered by one of the outputs

on the connector labeled J7 (see CONNECTOR 57 TRIGGER

OUTPUTS).

The 675 Ground Start Module is not UL Lied.

WARNING: To prevent the risk oi shock, disconnect

phone lines at teico jack before servicing the panel.

IMPORTANT

ff the communicator is connected to a telephone line inside a

PABX. be sure the PABX has a back-up power supply that

can support the PABX for 24 hours. Many PABXs are nof

power backed up and connection to such a PABX will result

in a communication failure if power is lost.

r”? ,’

CON-OR J7

mIGGEH

OmS

(Ground Starl Module, Keyswltch, etc.)

GENERAL INFORMATION GROUND START MODULE

Connector J7, located on the right hand side of the main PCB Not

Intended for use In UL Llsted amllcatlons.

provides 4 trigger outputs for operating the 675 Ground Start

Module, the 4146 Keyswitch’. and for triggering auxiliary

alarm signalling equipment (LORRA’s, STU’s, etc.)

The pin assignments of this connector

are

shown below. Use

only the 4142TR O-wire cable (available as an option) for

making amnections to this connector.

Each

output is rated as

follows:

When Activated: 10 - 13.8 VDC through SK Ohms

When De-activated: 1K Ohms to Ground

An optional 675 Ground

Start

module

can be used

for

installations having telephone lines which require ground

start instead of loop start operation to obtain dial tone from

the telex central office. lf used, program field 1’46 must be

set to 9’ (factory default) and the 675 Ground

Stan

Module

must be connected to the. panel’s 57 connector trigger output

1, to auxiliary power, and to the %lNG’ side of the telephone

line as shown in the diagram b&w.

Output 1 operates, by default. as a trigger for the 675 ground

start module. This output may optionally be programmed to

operate as an open/close trigger. Onty one of these options

may be used at any time.

Use the folbwing procedure to determine which side of the

telephone line is the RING’ side:

Outputs 2 8 4 operate, by default, as Fire and Silent

Panic/Duress triggers respectively. These triggers may

optionally be programmed to act as Arm and Ready status

indicators when it is desired to use the 4146 keyswitch .

The Model 4146 Keyswitch is not UL Listed.

a. Connect the .+‘+‘lead of a DC vottmeter to earth ground,

and the O-Olead to one side of the telephone line.

b. The wire which reads +5OVDC is the %lN@ side.

When the panel has a message to transmit to the central

station, it will seize the line, go off hook, and then trigger the

675 module to conned the ‘RING’ side of the telephone line

to earth around. The wnel will cause the moduleI break the

connecti‘bn between ‘RING’ and earth ground when a dial

tone is obtained.

r I I

.woxNP

37 CONNCCTOW

OUT 1: CRWND START OR OPEN/CLOSE

OUT ‘2.FIRE OR KEVSWITCH ARMED LED

OUT 1. BIJRGLARVIAUOIBLE PANICIAUXILIARV

OUl I: SILENT PANIUOURESS OR Kt VSWllCkl REAOV LEO

Figure 4. CONNECTOR J7 Figure 5. GROUND START MODULE

IT?

. _.’

- 12 -

REMOTE KEYSWITCH

NOTE: 4146 KeyswItch le not UL approved.

If the keyswitch option is selected (field ‘15) the alarm An optional cbsed-circuit tamper switch (model 112) can be

trigger outputs

are

disabled. wired in series with zone 7, so that, if the switchplate is

An optional Remote Keyswitch can be used for remote removed from the wall, the tamper will open, disabling

arming and disarming of the system. If used, program field keyswitch operation until the system is next disarmed from

‘15 must be set to ‘1’ to enable the keyswitch option, and the console.

the 4146 keyswitch’s normally open momentary switch and NOTE: Only one keyswitch wlth LEDs can be supported by

LEDs must be connected to Zone 7 and to the 57 connector the system’s power supply.

trigger outputs respectively, A 2k EOL resistor must be

connected across the switch regardless of whether or not

LED lndlcatlons ‘are deflned es follows:

zones 2-6 are

98leCted

to use EOL resistors. See diagram GREEN RED 1MEANING

below. GF+ oFF I DISARMED 8 NOT READY

A momentary short across this zone will arm the system in ON OFF I DISARMED 8 READY

the -AWAY’ mode. If the short is held for more than 3 OFF ON STEADY I ARMED AWAY

seconds, the system will arm in the STAY mode. (i.e. all O,-+ SLOW FLASH

r I ARMED STAY

zones designated as zone types 4 or 10 will be automatically .OFF RAPID FLASH i ALARM MEMORY

bypassed). After the system has been armed, the next time

zone 7 is shorted, the system will disarm.

J7 CONNECTOR

BROKEN UNES REPRESENT

INSTALLER WIRING CONNECTIONS

4146

0 0

IF KEYSWITCH IS USEO.

l)CWl CANSllLLSEUSEDTOPWVIti

GRDUNO START, OPEWCLOSE ISEE FIELD 1.46).

2) OUT 2.3.4 NO LONGER PROVIOE ALARM

sI*TUS INDlC*TlONS. OUT 2 S 4 OPERATE TO ZONE 7

KEYSWITCH LED% OUT 3 IS NOT USED.

ONLY 1 KEYSWITCH CAN SE USED.

3lZONE7lSNOLONGERUSA0L2ASA

PROTECTIVE ZONE.

---w-w

------

TAMPER

SWITCH lN.C.)

LOCK

SWITCH fN.0.) ;

EOLR

Figure 6. REMOTE KEYSWITCH WIRING (ND1ULLISTEDI

- 13 -

IV. MOUNTING AND POWERING THE SYSTEM

MOUNTING

MOUNllNG THE 4140XMP ‘PC BOARD

Before mounting the circuit board .be certain that the

appropriate metal knodrouts have been removed. DO NOT

ATTEMPT TO REMOVE THE KNOCKOUTS AFTER THE

ClRCUfT BCARD HAS BEEN INSTALLED.

Hang the three mounting dips on the raised cabinet tabs.

Observe proper clip orientation to avoid damage to the

clip when mounting screws are tightened and to avoid

problems wfth insertion and removal of the PC board.

Insert the top of the circuit board into the sbts at the top

of the cabinet. Make certain that the board rests in the

sbts indited in step 2 detail.

Swing the base of the board into the mounting clips and

secure the board to the cabinet with the accompanying

screws (as illustrated in step 3 detail).

ADVISORY

Make certain that the mounting screws are reasonably tight

to insure that there is a good ground connection between the

PC board and the cabinet. Also, dress fiiid wiring away from

the microprocessor (center) section of the PC board. The

cabinet provides 2 Mops on its left and right sidewalls for

anchoring field wiring using tie wraps. These steps are

important to minimizing the risk of panel RF interference with

television reception,

Figure 7. MOUNTING THE PC BOARD

MOUNTING THE 4146XMP LOCK

1. Remove the lock knockout on the control cabinet cover.

Insert the key into the to& Position the lock in the hole

making certain that the latch will make contact with the

latch bracket when the door is dosed.

2. While holding the Ior& steady, insert the retainer clip into

the retainer slots. Position clip as illustrated in the

diagram on the next page to facfliiate easy removal.

Fiiure 8. MOUNTING THE CABINET LOCK

MOUNTING THE 4127 CONSOLE

1. Separate the console from its backplate by removing the 4. Pass the interface wiring through the opening in the

two screws from the top and bottom edges. backplate, then mount the backplate to the wall surface

2. Use the backplate to mark the positions on the wall for the with screws.

screw mounting holes and the cut-out for the interface 5. Splice the interface wiring to the console wires. Insulated

wiring. Use wall anchors for the screws and make the cut- solderless wire splices (eg. Ademm 311) may be used for

out in the wall no larger than indicated on the template. splicing.

The backplate is designed to be directly mounted to either 6. Attach the main body of the console to the wall-mounted

a single or double gang electrical box. backplate. The console is properly attached when if is

3. Pull the interface wiring in the wall through the cut-out. screwed to the backplate by the top and bottom screws

previously removed.

- 14 -

SURFACE MOUNTING THE 413715137 CONSOLES

1. Use the template provided (on a separate sheei) to mark

the positions on the wall for the screw mounting holes and

the cutout for the wiring.

2. Pull the interface wiring in the wall through the anout.

3. Remove the console’s back cover. The securing screw at

the front of the console must be removed to release the

back cover .

4. Pass the interface wiring through the opening in the back

cover, then mount the back cover to the wall surface with

screws.

5. Splice the interface wiring to the console wires (or to the

wires on the interface connector supplied with 4137s).

Insulated solderless wire splices (eg. 311) may be used

for splicing.

6. Attach the main body of the console to the wall-mounted

back cover. The console is properly attached when it

snaps into place. Use the securing screw (previously

removed) to secure the console IOIhe back awer .

F@m 0. SURFACE YOUNTWQ CONSOLES

FLUSH MOUNTING WITH TRIM RING KIT (5137TRK)

1. Cut out a 4-3/O’ high by 8” wide opening in the wall 3. Install the trim ring into the opening in the wall with the

between studs, no less than l-la” tram either stud. Use hinge clasps to the right. Making sure the trim ring is

the template provided to mark the cut-out. ‘straight, lighten each clip screw, making sure that the

2. Insert the four l-1/2’ long #6 screws through the attached clii slides down into Is guide track.

mounting holes in the Trim Ring and then attach the four 4. Install the Console as follows: Engage the hinge clasps

metal securing clips, as shown in the diagram. Use only on the trim ring with the notches located in the back (right-

two or three turns of each screw, allowing the metal clips hand side) of the Console’s front panel. Swing the left

to hang freely. The clips must not protrude beyond the side of the panel toward the trim ring (the panel will pivot

sides of the Trim Ring or you will not be able to install the on the hinge clasps), and press firmly until the panel

Trim Ring into the cutout in the next step. ‘snaps’ closed.

5. Use the panel securing screw (supplied with the Console)

to secure the left side of the panel.

B D

Figure

10.

FLUSH MOUNTING THE REMOTE KEYPADS

ADJUSTING THE ALPHA CONSOLE LCD VIEWING ANGLE (5137 ONLY)

Insen the end of the small, key-shaped tool (supplied) into

the small hole to the left of the console display window (the

adjustment screw is recessed in this hole). Turn the

adjustment screw to the left or right until optimum viewing is

achieved. Be sure to take the height of the users into

account when making this adjustment.

*iZ

Flgure 11. ADJUSTING THE VIEW ANGLEnNSERlINQ THE NAMEPLATE

- 15 -

POWERING THE SYSTEM

PRIMARY POWER

Power lo the 4140XMP control panel is supplied by model No.

1361

Plug-in Transformer which is rated at 165VAC, 40VA.

Caution must be taken when wiring this transformer to the

panel to guard against blowing the fuse inside the

transformer..

NOTE: Use 1361CN Transformer in Canadian installations.

Do not use the 1361CN in UL Lied applications.

BACK-UP POWER

In the event of an AC power loss, the 4140XMP control panel

is supported by

a back-up,

rechargeable gel cell battery.

WASA NP4-12 (12V. 4AH) and NP7-12 (12V. 7AH)

baneriis

are recommended. Do

not uee Gate6 batteries

(sealed lead-acid type).

The standby battery is automatically tested every 24 hours,

beginning 24 hours after exiting programming mode. In

addition, entry into the test mode will cause a battery test to

be initiated.

BATTERY STANDBY TABLE

4140XMP AUX. STANDBY CURRENT DRAW

AMP-HRS. 200mA 4OOmA 600mA 750mA

4.0’ 6 hrs. 4 hrs. 3 hrs. 2.5 hn.

2.0 11 hn. 7 hrs. 5.5 hrs. 4 hrs.

NOTE: The above figures are approximate, and

may vary

depending upon the age, quality, and capacity of the battery

at the time of the AC loss.

Use 4AH baltery for UL installations.

POLLING LOOP CURRENT DRAW WORKSHEET

4206 azone HPM

4260632oneRF

A9RhA

R 7nnm RF

d4 ~HIGI~)

16mA

4oln4

AnmA

If the total current draw exceeds 64 mA. a 4187 Loop

Extender module must be used.

* If using two 4260s or 4260-6s.

you can purer one of &m

from auxiliary power instead of using a 4197 loopextender

modute.

EARTH

GROUND CONNECTIONS

In order for the lightning transient protective devices in this

product to be effective, the designated earth ground r7

terminal, must be terminated in a good earth ground. The ’

following

are

examples of good earth grounds available at

most installations:

Metal Cold Water Plpe:

Use a non-corrosive metal strap

firmly secured to the pipe to which the ground lead is

electrically connected and secured.

AC Power Outlet Ground:

Available from 3-prong,

120VAC, power outlets only. To test the integrity of the

ground terminal, use a three-wire circuit tester with neon

lamp indicators, such as the UL-Listed Ideal Model 61-035,

or equivalent, available at.most electrical supply stores.

POWER-UP PROCEDURE

Fill out the Polling Loop Current Draw

and

Auxiliary Device

Current Draw Worksheets shown below. Make sure that

the currents drawn from these outputs do not exceed

their respective ratings.

CAUTION:

Failure to observe the polling loop current

rating will cause polling loop malfunction. Failure to

observe the auxiliary output current rating will result in a

battery which does not charge properly or possibly a

tripped circuit breaker.

Wire the 1361 transformer (1361CN in Canada) to the

panel (before connecting the battery)

shown in the

SUMMARY OF CONNECTIONS diagram. Do not plug in at

this time.

Conned all polling loop and auxiliary devices, such as

consoles, PIRs. etc.

Plug the 1361 into

24 hour, uninterrupted AC outlet. In

a few seconds, the green POWER LED on the console(s)

should light and the console(s) should display ‘READY”

(4127,4137) or ‘DISARMED READY TO ARM’ (5137).

Connect the

battery as

shown in the SUMMARY OF

CONNECTKJNS diagram.

.. ,’

I ,, I I I

I TOTAL I (75OmAmax)

usins hard-wiredevices suchas PIRs. r&r to the soeuficatlons

for that &cuhr unit’s current draw.

7 Only appliis If powered from CmlrolL euxiliafy power.

- 16 -

V. SYSTEM

SECURITY ACCESS CODES

The VISTA 414OXMP System allows up to 70 security

access codes to be assigned, each identified by a user ID

number. The system also offers either standard (4dlgit) or

high security (6digit - user # + 4digYs) security codes (field

1’54). If High Security mode is selected, the 2digit user #

followed by the I-digit code must be entered for all

operations (Installer=Ol, Master code -02, etc.). For

example, if user 14, whose code is 5678, wishes to disarm

the system, the sequence woufd be 1+4+5+6+7+8 + OFF.

The installer programs an Installer’s Code initially as part of

the programming procedure, and this code is the only code

that permits re-entry into the programming mode (unless ‘96

has been previously used to exit the programming mode, see

below). The Installer’s Code can also be used to perform

normal system functions, but cannot assign temporary

codes. Note that the installer’s code cannot disarm the

system unless it

was

used to arm the system, and that it

cannot be used to disarm the system if the system was

armed with the QUICK ARM key [#I.

As shipped from the factory, an initial Installer’s code and

master code is pre-programmed, and can be changed by the

installer to any code desired. The pre-programmed codes

are as follows: Installer: 4-1-4-O; Master: l-2-3-4.

OPERATION

The system also provides an Installer Code lock-out feature,

which prevents the use of the Installer’s Code from re-

accessing the Programming mode after the initial

programming, This feature is activated by pressing ‘98 to

exit Programming mode. The only way to access

Programming mode once this feature is activated, is by

powering down the system and powering up again, and then

pressing both the

and # keys at the same time within 30

seconds of power up. If re-access to Programming mode

using the Installer’s Code is desired after initial programming,

then exit Programming mode by pressing ‘99. For additional

security, the installer code can be used to disarm the system

only if it

was

used to arm the system.

The Installer also programs the master security code, which

is the code intended for use by the primary user of the

system. The master code can then be used to assign up to

68 temporary codes (03-70), which can be used by

secondary users of the system who do not have a need to

know the master code. In addition, the Ouick Arm feature

can also be programmed, which enables the [#] key to be

pressed in lieu of entering the securiiy code when arming the

system.

MASTER CODE (User I?)

Dm CODt

The installer is considered user 1. The person to whom the The duress code is a means of sending a silent alarm to a

Master code is assigned is considered user 2. The Master central monitoring station if the user is being forced to disarm

Code is the code intended for use by the primary user of the (or arm) the system under threat. This feature is only useful

system when performing system functions, and is a if the system is connected to a central station. When the

permanent code. The,factory default master code is l-2-3-4. system’s Auxiliary Voltage Triggers are connected to

For additional security, the Master Code can be used to another communication’s media (Derived Channel/Long

assign up to 68 temporary codes, which can be used by

Range

Radio), note that duress is signalled on the same

secondary users of the system who do not have a need to trigger that signals silent panic (whereas duress has its own

know the Master Code (supetisors. employees, cleaning unique report when digitally communicated).

personnel, tenants, etc.). Each user (ID number 03-70) can

be assigned a temporary code which can be individually The duress code is simply the usual security code, but with

eliminated or changed at any time. the fourth digit increased by 1. For example, if the security

code is ‘1 2 3 4’. the duress code is ‘1 2 3 5’. When used,

Note that the Master Code (assigned to user 2) and all the system ,will disarm (or arm), but will also send a silent

temporary codes

can

be used interchangeably when alarm to the central station. There will be no indication at the

performing system functions (a system armed with a user’s console that an alarm was sent. Note that duress codes are

temporary code can be disarmed with the Master Code or not available for security codes ending in the digit 0’.

another user’s temporary code), with the exception of the

Babysitter Code described later in this section. Temporary IMPORTANT!: Users of temporary codes should be

user 3 has the ability to asafgn and eliminate temporary instructed

enter their codes carefully, to avoid the

codes 04-69. User 3 cannot as&n a code to user 70. possibility of accidentally entering the duress code.

TEMPdRARY

User 2 (master code) can assign and delete all temporary

codes, 03-70. User 3 can assign and delete temporary user

codes 04-69. User 3 cannot assign or delete user 70’s axle.

To add or delete temporary codes:

User2:

Master Code + CODE key + User# (08-70) + 4Qgit Code

User 3: User3’s

CODE + CODE key + User #

(04-99)

+ P-digit

cod0

To delete temporary codes:

Master Code + CODE key + User # + Master Code

User numbers must be entered as Pdigit entries. Single digit

user numbers must, therefore,

always

be preceded by

a ‘0’

(example, 03, 04, 05, etc.). Make sure the end user

understands this requirement. The system will emit a single

beep when each temporary code has been successfully

entered. ff the 6-digit code feature is in effect (field 1’54),

temporary users must also use adigit codes (2digit User a +

4digit code).

1 It is recommended that obvious codes, such as 1111 or

1234, not be used.

Note: When a temporary code is inadvertently repeated for

different users, or one user’s code is another’s duress code,

the lower user number will take priority. Do not assign

sequential codes 1 digit apan from each other (ex. 4096,

4097,4098) as this will cause a Duress to be sent each time

(one user’s code is another user’s duress code).

IMPORTANT!: Unless Ademco Contact ID reporting is

used, only user codes al - a15 can uniquely report to the

central station using the communication formats provided.

Users 116 - #70 will report as User 1115. if enabled for

open/close reporting, for the other reporting formats.

BABYSlllER CODE (User #22)

If program field 1’50 is enabled, the code assigned to User

22 cannot be used to disarm the system unless the system

was armed with that code. This code is usually assigned to

persons who may have the need to arm and disarm the

system at specific

times

only

(ex.

babysitter

needs to

control the system only when babysitting). It is

recommended that temporary users, such as babysitters,

not be shown the bypass procedure. - 17 -

KEYPAD FUNCTIONS

The keypad allows the user to arm and disarm the system,

and perform other system functions, such as bypassing

zones, view messages from the central station and display

zone descriptors. Zone and system conditions (alarm,

trouble, bypass) are displayed in the Display Window.

The system provides four modes of burglary protection:

STAY, AWAY, INSTANT. and MAXIMUM. In addition, tf any

zones are faulted prior to arming (NOT READY condition),,the

console can display them one at a time, and specific zones

can be selectively bypassed.

When an alarm oocurs, console sounding and external

sounding will wur, and the zone(s) in alarm will be displayed

on the console. Pressing any key will silence the console

sounder for 10 seconds. Disarming the system will silence

both console and external sounders. When the system is

disarmed, any zones that were in an alarm condition during

the armed period will be displayed (memory of alarm). To

clear this display, simply repeat the disarm sequence (enter

the security code and press the OFF key).

The consoles also feature chime annunciation, and 3 panic

key pairs (for silent, audible, fire or auxiliary alarms) which

can notify the central station of an alarm condition, if that

service is connected.

Note that if QUICK ARM is enabled (field ‘29) the [Cr]key can

be pressed instead of entering the security code, for any of

the arming procedures (Away, Stay, Instant, Maximum, etc.).

For additional information, refer to the User’s Manual.

VIEWING DOWNLOADED

MESSAGES

5137 consoles only.

Users may occasionalty receive messages on the console

display from their installation company. When this occurs,

the console will display ‘Message. Press 0 for 5 sets:.

instruct the user to press and hold the 0 key to display the

central station’s message. Note that the system must be in

the READY state to view these messages.

PREs!3 6 HOLD

COWNPOR

5 SECONDS

USlNG THE BUILT-IN

USER’S GUIDE (5137 only)

An abbreviated User’s Manual is stored in the system’s

memory, and can be particularly useful to the end user il the r‘\,

printed User’s Manual is not conveniently acoessible when ‘1, !

the user needs to perform a seldom used and u.nfamiliar

system procedure. The Built-in User’s Guide is displayed by

simply pressing any of the function keys (e.g., OFF, AWAY,

STAY, MAXIMUM. BYPASS, INSTANT, CODE, TEST,

READY, #, and CHIME) for approximately 5 seconds and

then releasing it. Abbreviated instructions relative to the key

that has been pressed will then be displayed (2 lines of text

are displayed at a time). This function is available when the

system fs in the armed or the disarmed state.

DISPLAYING DESCRIPTORS (5137 only)

The Alpha Consoles can display all programmed descriptors,

which is useful to the installer when checking entries, and

can be helpful to the user when there is a need to identify

zones. To display descriptors, press and hold the READY

key until the built-in instructions for that key appear, then

release the key. The zone descriptors will appear one at a

time, for about 2-3 seconds each. For faster viewing, press

the READY key to display the next descriptor in numerical ‘1

order and so on. When all descriptors have been displayed,

the Control will exit display mode. To exit display mode

before all descriptors have been displayed, enter the

security code and press the OFF key.

PANIC KEYS

There are three pairs of keys Q’ + 11,[# + 31, [’ + #]) that, if

programmed, can be used to manually initiate alarms and

send a report to the central station. Each pair of keys can be

individually programmed for 24 Hour Silent, Audible or

Auxiliary responses. The panic function is activated when

the appropriate pair of keys are pressed at the same time.

The panic functions are identified by the system as follows:

‘+l

#+3 ii

‘+# 99

For 5137 consoles, these panic keys can also be

programmed wfth an alpha descrfptor.

IMPORTANT: For the Panic functions to be of practical

value, the system must be connected to a central station.

.’ /’

PRESS Al

SAME TIME

- 18 -

TROUBLE CONDITIONS

The word ‘CHECK‘ on the Console’s display, accompanied

rapid beeping’ at the Console, indicates that there is a

trouble condition in the system. The audible warning sound

can be silenced by pressing any key. Instruct users to call

for service immediately upon seeing any of the following

messages.

“CHECK” MESSAGES

A display of ‘CHECK” accompanied by a display of’one or

more zone descriptor(s) (5137) or numeric zone ID(s) (4137.

4127) indicates that a problem exists with those zone(s).

First. determine if the zone(s) displayed are intact and make

them so if they are not. If the problem has been corrected,

key an Off sequence (Code plus OFF) to dear the display.

A display of the word ‘CHECK” accompanied by a numeric

disptay of ‘97 indicates that a short exists on the Polling

Loop and may eliminate some of the protection. Faut ‘97

can be assigned analpha descriptor when using the 5137

console.

A display of the word “CHECIC accompanied by a numeric

display of ‘88’, -8Q’,

QO.,or 91’ indicates a 4280 Receiver

problem. Faults .88”, %P ‘90” & ‘81’ can be assigned alpha

descriptors when using the 5137 console.

POWER FAILURE

If the POWER indicator is off, and the message *AC LOSS’

(5137) or ‘NO AC’ (4137,4127) is displayed, the Console is

operating on battery power only. Check to see that your

system’s plug-in transformer has not been accidentally

pulled out. Instruct the user to call a service representative

immediately if AC power cannot be restored.

OTHER TROUBLE CONDlTlONS

A display of WMM. FAILURE’ (5137) or +C (4137,4127) at

the Console indicates that a failure occurred in the telephone

communication portion of your system.

A display of ‘LO BAT’ (5137) or ‘BAT (4137, 4127) and a

zone descriptor, accompanied by

once per minute beep at

the Console indicates that a low battery condition exists in

the wireless transmitter displayed. The audible warning

sound may be silenced by pressing any key. A display of

‘SYSTEM LO BAT” (5137) or -BAT with no zone ID (4137,

4127) indicates that a bw battery cqnditiin exists with the

system’s backup battery.

A display of ‘4280 SET UP ERROR’ (5137) or ‘E8’ (4137,

4127) at the console indicates that a 4280-8 receiver is being

used in a system with more than 8 RF zones programmed. If

this Is not corrected, none of the zones in the system will be

protected. If more than 8 RF zones are desired, a 4280

Receiver must bs used.

A display of ‘MODEM COM’ (5137) or ‘CC’ (4137, 4127)

indicates that the control is on-line with the remote computer

and the control is not operating.

A display of two numbers and ‘NO AC‘ (all keypads)

indicates the control is in the programming mode and is not

operating.

RECALLING ALARM & TROUBLE MESSAGES (Memorv of Alarm)

The system’s alarm memory retains all events for a period of

10 days, starting at the time of the first event. Upon

expiration of the lo-day period, all history is automatically

erased and the alarm memory will reset. The next lo-day

cyde will begin when the next event occurs.

Recall by setvice personnel will display all events that have

occurred from the stan of the lo-day cycle to the time of

recall. Note that Recall will end any 10day cycle in progress.

The LCD display on the 412714137 console will indicate the

number of the zone in which the event occur& (e.g., 01, 02,

etc.), accompanied by the word CHECK (trouble), ALARM

and, if applicable, FIRE, 10 describe the type of event that

occurred in the displayed zone.

ff a 513: is used, ‘an alpha descriitor of the zone will be

displayed in addition to its zone number. lf more than one

event had occurred, the events will be displayed in numerical

sequence. Each display will appear for l-2 seconds, then the

next event will be displayed. When all events have been

displayed, the displays are repeated.

To dlaplay l&day history,

enter the security code and

press the 0 key. Note that recall will end any 1O-day cycle in

progress.

xlt recall mode,

enter the security code and press

the OFF key. All existing history is erased and the alarm

memory is reset. The lOday cycle will start again only when

the next event occurs.

E CLOCK

The real-time clock must be set before test reports can be

To wt the day,

use the [3] or (11 key to change from ?

sent. Be sure. to set the FIRST TEST REPORT TIME in ON to MON to NE. etc.

program field ‘83, and the test report interval in field ‘27. To

set the clock, a 5137 console must be connected to the

To set the time,

press [6] until the ‘T appears in the

panel. hours position, then use the [3] or [l] key to set the hour.

Press [8] again and use the [3] or [l] key to set the minute.

To enter real-time clock mode,

press CODE + #63. The

Use

the m key to set AM or PM.

display will show: TlMUDAIE - 7 ON

To set the date,

press the [6] key until the ‘?’ appears in

12:Ol AM 01101190 the month position, then use the [3] or [l] key lo set the

The ‘T indicates the current mode. The [6] key changes the month. Press the [S] key again and use the [3] or (11key to

mode from DAY to HOUR to MINUTE to MONTH to DATE to se1 the date. Press the (61key again and use the (31or (11

YEAR. The [4] key changes the mode in reverse order. key to set to set the year.

The [3] &

[l] keys are used lo set the

TlMUDATE values. To exlt clock mode, press

either the [8] key or the [a]

The [3] key moves the TIME/DATE ahead, the [l] key moves key. Exiting with the 18)key will save all changes. Exiting

the TlMUqATE

backward.

with the [.] key will exit without changing any of the values

(used when viewing the time settings, but no changes are

desired).

- 19 -

VI. SYSTEM COMMUNICATION

SPLIT/DUAL REPORTING

Dual repoRing (‘51) sends all reports to both primary and

secondary phone numbers. Splii reporting allows repons to

be divided between the phone numbers according to the

field’s (1’34) selections. Split/Dual reporting can be

selected by enabling dual reporting

and

enabling one of the

split repotting options in field 1’34. tt option [1] is selected,

all alarms, alarm restores and cancel reports will go to both

phone numbers, while all other reports will go to the

secondary phone number. If [2] is selected, open/close and

test

messages

will go to both phone numbers, while all other

reports will go to the primary phone number.

ADEMCO LOW SPEED

ADEMCO LOW SPEED is a pulsed format whii responds to

a 1400 Hz handshake and kiss-off, and transmits data with

1900Hz pulse tones @ 10 pulses per second (pps). A typical

message consists of two rounds which must be verified by

the receiver. A complete standard report consists of either a

3 or 4digit account number followed by a l-digit alarm code.

Even though 2 rounds are sent, only the valid report is

displayed on the receiver.

In expanded reporting, two messages are sent, two rounds

per message, the first being the account number and alarm

code, the second being the zone ID code to which the alarm

was assigned. A complete expanded report consists of a 3 or

4digit account number followed by a l-digit

alarm

code, then

the alarm code is repeated, followed by the channel number.

EXSrandard: CCCC E when+: CCCC~accduntnurnber

Ex~an&d: CCCC EE EE=wsntmde

EEEE Zz P=XOWlOWdS

SESCOAlRADlONlCS

Standard and expanded reporting in the

SESCOAIRADIONICS format is virtually the same as

ADEMCO Low Speed except for the following:

1. The handshake and kiss-off frequency is 2300 Hz.

2. The data is transmitted with 1BOOHz pulse tones.

3. The rate of transmission is 20 pps.

4+2

REPORTING

A 4+2report consists of a 4digit account number and a 2-

digit alarm code,

or event code. 4+2 reports

can be

accomplished either in ADEMCO Low Speed (10 pps), or

SESCOAlRADlONlCS (20 pps) format.

In 4+2 reporting a unique a-digit code for each zone is

reported. A 4digit account number followed by a Odiiit code

is sent, where the first digit is the actual event, such as in

ALARM, RESTORE, or TROUBLE, etc. and the second diiit

of the code represents the -zone‘ where the event occurred.

(but not necessarily the actual zone number). Each code in

itself is unique to a specific zone. A typical report follows:

12 3

4 5

9(59’rnightheauniqw -TRcumE iawroRE. ZONE2s).

4+2 EXPRESS

ADEMCO’s new Express format provides the same

information as the 4+2 format. but with three differences:

Data is transmitted in DTMF (Dual Tone Multi-Frequency,

known

“TouchTone’. at the rate of 10 characters per

second). This greatly decreases the time it takes a report

to reach the central station. An average 4+2 Low Speed

report might take as long as 20 seconds to complete its

report, but 4+2 Express takes under 3 seconds.

Two

message

rounds

are

eliminated by the use of a

checksum digit. Instead of the communicator sending 2

rounds per report, it sends only 1 round with a checksum

digit at the end. Doing this also helps in decreasing the

time it takes for a report to be sent. (CHECKSUM is

explained further at the end of this section).

The handshake frequency is 1400 Hz followed by 2300

Hz. and the kissoff frequency is 1400 Hr.

20 -

ADEMCO

HIGH

SPEED REPORTING

ADEMCO’s High Speed format transmits data in DTMF

rate of 10 characters per second. The handshake frequency

is 1400 Hz followed by 2300 Hz, and the kissoff frequency is

1400 Hz. The messaoe contains 13 dioits as follows: A 4-

digit account number+ eight channels-of zone information

(l-6 or duress plus 9-15) + one status channel, which

identifies the tvpe of events being reported in the eight zone

locations. A typical High Speed report will be kissed off in

under 5 seconds.

Chy&lzgh 9 might have one of the following ccndiiions:

4 = CLOSING (Status Channel Always = 4)

5=NOFtM4L,NOEVENTTOREPORT

6 = PREVlOUSLY REPORTEO, NOT YET RESTORED]

NOTE: Channel 1 will contain the user ID l-9, A-F ii

Open/Close reporting is enabled.

The status channel might have the following conditions:

1= DURESS [ForDuressPius Channels9-15Gnlv)

2 = OPENING‘

3 - BYPASS

(For Channels l-6 Only)

4 = CLOSING

LmvSATlERYinchannel2

PROGRAMTAMPERinChmrwsl3

9POWERoNRESETinChsnnel4

7 = NORMAL AUWi STATUS (For CJxamels 18 Or&)

9=TEsTFIEPoRT

A typical high speed report

may

look as follows:

1234 5115 5555 7 (Acct #1234 with atamts on channels 2 8 3)

ADEMCO HIGH SPEED LIMITATIONS ‘.-

1. When using Ademco high speed, remember there are only

15 channels available, plus a duress channel. If more

than 15 zones

are

being used, they must share channels.

2. With high speed reporting. channels 9-15 cannot report

troubles or bypasses. Use these channqfs for zones that

will not have to repon these conditions. ’

CONTACT ID REPORTING

This is the only format that can identify all @ protection zones

by their unique zone (Contact) ID numbers, and provides a l-

digit event qualifier and 3digit, specifically defined event

code.which quickly identifies the reported condition.

Contact ID reports in DTMF (Dual Tone Multi-Frequency @ 10

characters per second) and responds to a 1400 Hz followed

by 2300 Hz handshake, and a 1400 Hz k&off. This format

also uses checksum instead of two message verification. A

complete report takes under 3 seconds.

Contact l~~t~~~ following format:

where:

Cccc Customer (subscriber) number.

Q- Event qualifier, where: Emnew event (1) and RI

restore (3)

EEE- Event code (3 hexadecimal digits), defined in the

table on the next page.

Always 00.

Zone/contact ID number reporting the alarm (OOl-

099). or user number (001-070) for open/close

reports. System status messages (AC Loss, Walk

Test, etc.) contain zeroes in the 222 location.

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