4153 Point Protection Control/Communicator Vector 3000 Installation Manual

User Manual: 4153 Vector 3000 Installation Manual AlarmHow.net Library

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No.4153

1NSTALLAT;ON
INSTRUCTIONS

,,rAPEMCOj

THIS ISSUE HAS BEEN SUBSTANTIALLY

POINT PROTECTION
CONTROL/COMM~UNlCATOR
REVISED

TABLBOP COWlY?Xl%

..........................................
TABLE OF CONTENTS

II.

INTRODUCTION
...............................................

III.

.....................................
PRINCIPLE OF OPERATION

Iv.

.............................
REMOTEPROGRAMMING
AND CONTROL

POINT PROTECTION
EQUIPMENT
.................................

VI.

. .................................................
OPERATION

VII.

INSTALLATION. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

WIRING TRE POLLINGAND COWTACT
LOOPS..* .................
419OWHDCID RPMPREPARATION
.............................

10
12

CONFIGURING
THE RPM ................................
SELECTINGAN RPMID NUMBER
.........................

12
14

INSTALLING THE 4153 C-COM
...............................

WIRING TRE 4153....................................
WIRING THE 4153RD RING DETECTOR
....................
WIRING 'IRE 4152LMBLOOPMODULE.......; .............
INSTALLING AWDWIRING KEYPADS
......................
INSTALLING VECTORSYSTEMSNEARAN INI'ERCOMSYSTEM
..
PROGRAMMING
THE 4153 ...............................
FACTORYPROGRAMMING
TABLE..........................
SPECIFIC ADDRESSPRCXZUMMING
INSTRDCTIONS
...........
MST&L1 NG ANDREMOVINGCIRCUIT BOARDS
.............
BEFORERELEASINGTHE SYSTPM
........................

17
18
19
19
21
23
24
28
53
55

SERVICE. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

.
.
.
.
.
.
.
.
.
VIII.

.
IX.

PAGBNOS.

RECALLINGALARMAND TROUBLEMESSAGES...............

.............................................
SPECIFICATIONS

55
56

The ADEMO;)No. 4153 POINT PROTECTIONCONTROLCOMFZINICATOR
is a microprocessor
based security control and the heart of the VECTOR3000 security system. The
design affords an extremely reliable
system
characteristic
point protection
which is easy to install
and convenient to use. The many programmable options
permit. the installer
to tailor
the No. 4153 to the design requirements of a
particular
installation.

N2759V3

II90

The No. 4153 can monitor and annunciate up to 37 protection points and indicate
PANIC alarms,
polling
loop short circuits
and open circuits.
The ARKUS
AUTNORITY LEvKt feature allows the system to be controlled
hy up to eight'
separate user assigned ID codes of varying authority.
The control may aJ60 be
used to trigger an alternative
communication means - Long Range Radio, Derived
Channel S.T.U.. etc....
options which further extend system capabilities.
The No. 4153 also has several
When used with the factory standard No. 4153RD RING DEL'BCXIR. the control may be
(when programmed) controlled
and programmed from a remote location using a No.
699 PROGRAMMER
or an IBM PC. The No. 415ZIJ! LINE HODULBis another option that
enables the No. 4153 to be installed
with a CLASSA polling loop configuration
The No. 4197 LINI3 KX!Z%NDRR
at the cost of giving up remote control/programming.
?SDDULB
doubles the length of the polling loop and is used to solve installation
problems where polling loop communication is weak.
The No. 4153 CONTROLCOMMUNICATOR
communication format is program selectable.
The installer
may select from a 3+1 or 4+1 zone qpe reporting
format (3 or 4
digit account number and a 1 digit event code) or from a 4+2 format (4 digit
The 4+2 format may be programmed to
account number and a 2 digit went code).
report either by sensor or by zone type.
NOTR:

The No. 4153 is part of the VECTOR3000 Digital
Point Annunciation
Alarm Control System described in the System's User's Manual.

PRINCIPLE OFOFRRATION:

III.

.
The No. 4153 C-CCMis connected to as many as 37 protection points through RPHs
which are connected by a single pair of wires.
The control constantly polls and
Each contact/motion
receives
a response from each RPM regarding .its status.
detector RPM can monitor two separate points of protection,
identify
them
uniquely and report on their status.
The control will then take the appropriate
action. if any, by displaying or sounding messages at the console, by sounding
external sounders or by sending, messages to the central station by phone line
or. when equipped to do so. by other means (for example; long range radio.
derived channel, etc.).
Each of the 37 protection points can be assigned to a
reporting
zone (up to 7 can be used) used by a built-in
communicator.
each protection.point
can transmit its own unique reporting code
Alternatively,
via the built-in
communicator.

0’
4153
0,

4190
R *
d \

DIAGRAN1.
Iv.

4190

POLLxlsLooP

RENOTE-ANDCONTROL:

The Noi 4153 allows the.installer
to call it using bwitched network phone lines
so that the control/canmunicator
can be remotely programmed and/or canmanded
from a No. 699 Intelligent
Programmer or an IBM compatible Personal Computer
It is also possible to initiate
remote access when the system is dimmed
(and no reports
are being communicated) by key entry at a console in the
protected premises ([master code1 + #,+l).
useful when the system is connected
to a telephone line inside a PABX that uses operators.
See-Note 4 under &mote
Capabilities
in this section.
(PC)

Accessing
of the No. 4153 from a remote
compromise, by someone attempting to defeat
security protection:

location
is protected
against
the system, using 3 levels
of

Security Code Bandshake: An 8 digit Central Station
between the No. 4153 and the Central Station.

Calling
the No. 4153 does not directly
Bang-up and call back:
allow
programming as a successful handshake merely results
in the No. 4153
breaking the phone line connection and then calling back the (internally
stored) central station service phone number*.

*NOTE:

ID code must be matched

In 'situations
where a service person is on site and the system is
installed
inside a PABX. it is possible to initiate
a dwnload from
the protected premises.

Data Nmrypticln:
Data passed between the central station and the No. 4153
is encrypted for security so that it is very difficult
for a foreign device
tapped into the phone line to take wet communication and substitute
system
compranising information.
.
EqaipmentRequired
At the prerises
The No. 4153 must be used with the (factory installed)
No. 4153RD Ring
Detector if remote programming and/or control is desired. The No. 4152LM.
providing Class 'A' polling loop operation csnnot be used when the 4153RD
is used.
At the central

station

(or the installer's

office/home)

A No. 699MDIntelligent
Programmer that incorporates
and a No. 695-53 Progrsm Cartridge.

an internal

modem

An IBM PC compatible computer. a Hayes Brand Model 1200 Modem, No.
4153PC Downloading Software Diskette,
and appropriate interconnecting
cables.

Remote Capabilities

(See Note 2)

Rogr-g
All programming functions accessible
No. 699 direct programming.

from the unit's

keypad or via

local

conanding
There are two types of commandsthat can be issued to the system:
.

Control

Commands-

To Arm the System in the Away Mode*Cl)
To Disarm the System
To Bypass a Sensor or Sensors
To Force the System to Accept a New Program Dwnload
To Disable Operation because of Lease Non-Payment (a display of
dE will be left on the console)
To Lockout Local Console or 6991P Programming. Preventing System
Takeover By Another Alarm Company
.

Status CommandsTo Cause the System to Upload a Copy of its
the central station
To Read System Status:

Resident Program to

Arming Status
Ready Status
Presence of Alarma (past or present)
Presence of Troubles (past or present)
AC Pauer Status

!r)
'. _

.
*NOTES:
1.

If the system is programmed for open/close
be reported.

reporting

by user, User #l will.

After the 4153 and the 699 or PC have established valid communication, each
console displays an 'OC' and emits a trouble sound. This indicates that
the 4153 is not polling the consoles or the RPMs. The 4153 will resee the
normal security functions after it.is
commandedto hang up. See the 4153PC
or 695-53 instructions
for details.

The detailed operation of the functions described below is covered in
Installation
Instructions
for the No. 695-53 Program Cartridge and for
4153PC Dwnload Software Diskette.
To
To
To
To
To
To
.

.
.

Read List of Faulted Sensors
Read List of Bypassed Sensors
Read 10 Day Alarm History Log
Read 10 Day Trouble History Log
Read List of Sensors Currently in Alarm
Read List of Sensors Currently in Trouble

Remote Communication Specifications
l

the
the

Transmission Rate - 75 baud, half duplex
Program Download Time - 2 minutes for a complete program
Typical Total Time Including Call Up/Call-Back - 5-7 minutes.

Remote Comend/Rogramming Advisofies
.

Alarm and Trouble Reporting are disabled during the time that
system and the central station are linked to each other for
described functions, follwing
a valid exchange .of codes.

Keypad entries are ignored during the same time interval
The console emits a trouble tone during this interval.

Should an alarm transpire during the remote program/control
interval,
the system'would not respond to the alarm condition until the remote
mode was ended. The Nos. 4190WH. 4192, 4194WH. 4196. and 4208 all
store their fault conditions until they are read by the No. 4153. As
such, alarm conditions from these RPM6 would not be missed, only
delayed.

A copy of the program downloaded may be produced from either the No.
699 Intelligent
Programmer or the IBM PC compatible computer, using
report generators, when an optional printer
those products' internal
is connected.

cited

the
the

above.

POINT PRoTmrIoN EQUIPMKNT:

The. No. 4153 C-COM is a special control designed to operate with a point
protection.polling
loop. It should not be used to operate other kinds of, alarm
such as separate conventional wired zones. The No. 4153 can presently
circuits,
be used with the following equipment:

No. 4lS7 SBUFRITYCONSOLE
The No. 4157 CONSOLEprwides
all system status indications
and permits all
system control functions.
The console is used to program the system, to arm and disarm the burglary system, to assign and remwe programmed selections,
activate
PANIC alarms, to provide protection point identification
and to prwide visible
and audible system indications.
Up to 4 consoles can be supported (as many as 6
if supplemental 12 volt power is supplied to operate these additional
consoles).
No. 419mDDAL

POIHT m

I/"\
', ,'

pOIFFfnormr%'(RP~!)

This device
permits
the interface
of any dry contact
sensor
(for
example: magnetic contacts, foil,
vibration
sensors, motion detectors,
smoke
detectors,
etc.) and provides the identification
and status of the protection
points to the No. 4153 C-COM. Each RPM.supports two sensor loops (referred to
as a left loop and a right
loop).
The left
loop can support N.O. and
N.C. contacts and tbe right loop supports N.C. contacts.
A trouble or a fault
detected by the RPMwill be indicated at the console along with the location of
the alarm.
motion detectors or other devices requiring
When smoke detectors,
pwer are used that are not "matched components" from the Vector series, 2
additional
wires must be run to pwer these devices.
No. 4208 8 POINT I

POINT HBDULE(RPN)

The No. 4208 performs similarly
to the No. 4190 except that it interfaces 8 endof-line
resistor supervised protective loops to the control.
Communication ,path
and pwer requirements are provided by the polling loop.
When smoke detectors,
motion detectors,
or other devices not of the Vector family are used, then
separate pwer lines must be used.
No. 4192 SgRIgs OF gMDREDRTRC!l'OR/RR!#YFE
PDIPFl'FgBmLBg
These smoke detectors
(4192CP - ionization.
4192SD - photoelectric,
4192SDTphotoelectric
with thermostat) report to the control all faults and identify
the
alarm location at the console.
If other smoke detectors (4-wire qpe) are used
in conjunction with the left loop of the 419ClWHRPM. 2 additional
wires must be
run to pwer these detectors and a switch must be provided to interrupt
the
pwer to these detectors to reset them. The Vector series detectors are totally
accommodated by the polling loop for their pwer and resetting
and they draw
less than 1 mA each from the loop.
Nos. 4l39UE. 4194WR. 4191WHRZBD coNTAcT~#)INTNDDuLEs
These surface mount (4139WH and 4194WH) and recessed mount (4191WH) Magnetic
RPM, allw windws and doors to be monitored
Reed Contacts, each with a built-in
without the need to separately mount and wire an RPM.
Nos. 4196 QUAD and 4275 DDAL RFDIgORw

PO=

MODDLRg

These "matched" Passive Infrared detectors respond to rapid changes of infrared
into the protected area and reports the
energy associated with an intrusion
The RPM built
into the "matched" Vector 4196 Quad PIR
went to the control.
contacts to be interfaced
to the unit,
also permits
nearby closed circuit
enhancing the economy of the RPM. The PIRs have a naninal coverage of 35' x 35'
The 4196
and can be wended to 45' x 45' cwerage by mounting adjustment.
By mirror
utilizes
two dual detectors to achieve verified
PIR operation.
application.
70' x
changeout, the PIRs can be adapted for long range (corridor)
powered by the polling
16' (4196) or 80' x 10' (4275). These PIRs are directly
6

p
.- -'

If other motion detectors are
loop and no separate power wiring is required.
Up to 5 4196 PIRs can be selected to
used. separate power wiring is required.
utilize
pulse count to further enhance their false alarm immunity (each 4275 ha6
Additional 4196 PIR's can be utilized
without
a built-in
pulse count option).
pulse count. Do not use pulse count feature with PIRs configured for long range
set for pulse
coverage. Do not use software pulse counting for 4275s internally
count.
No. 4l52LN8 CLASS“A” POLLIMGLOOPADAPTHR
This add-on circuit board is used tc provide additional security by enabling the
polling loop to be connected Class 'A' where it car: be polled even though the
loop may be broken. This adapter may also be wired as a separate open ended
loop to effectively
double the length of the polling loops that can be supported
(See SECTION 'WIRING THE POLLINGLOOP"). Use of this adapter does not increase
This adapter
the number of sensors that the system can uniquely identify.
cannot be used if central station initiated
rem&e commandor programming is to
be used with this product.
No. 4197 LOOPEXTBNDHR
I3DDuLB

This device i6 a signal repeater that double6 the maximum polling loop length
It may also be used to enhance polling
loops
from the point of loop cut-in.
with marginal
or poor signaling
performance at certain extended RPMs. by
prwiding
signal boosting for the marginal devices.
It can be powered from the
control or locally from AC power via a No. 729 plug-in pat?er supply (provide
local rechargeable battery in the latter instance).
No. 4198 POLLIfS LOOP TgsrlgR

This diagnostic
device tests the polling loop for potential
failure
due to
excessive length or inappropriate
gauge. When inserted between the control
panel and the polling loop it places a load on-line and tests those loops which
might extend too fsr from the panel.
VI.

OPERATION:

A point protection security system use6 a computer based control panel connected
to a 6ingle multiplex communication circuit
called a polling loop. The polling
loop consists
of a run of paired wire (twisted is preferred,
but is not
mandatory) with multiple RPMs (e.g. Nos. 4190WH, 4192, 4194WH. 4196. 4208)
connected in parallel
to each other.
Sensor devices are connected to the RPM6
Each contact loop forms a protection
point.
by a contact loop.
Vector 3000
supports up to 37 such protection points on the polling loop and monitor6 the
condition of this polling loop for opens and Shorts.
As the control
receives
individual
sensor status, it check6 the installer
defined assignments stored in the EEPROM(Electrically
Erasable
PRCM that
retains its memory in the absence of power) to determine what action has to be
taken. The control then respond6 accordingly with an appropriate alarm display,
audible console annunciation, external sounder and/or dialer communication.
Each protection
point.is
assigned a zone type by the'installer
for alarm
response and for central station reporting
(when point reporting i6 not used).
When the control receives a reply from an RPM, the microprocessor determine6 the
zone type of the protection
point and responds in a predefined manner. The
following information describes the zone types and their associated responses.
7

ARNEDSTATB:

In response to a burglary sensor fault from a point that ha6 been
designated "entry/exit".
alarm6 are activated at the end of the timeout of the'
entry/exit
timer.
Separate entry and exit delay times are installer
selected
from 0 seconds to 150 seconds (in 10 second increments).
Upon entry. a slowly
beeping console warning signal i6 initiated.
If [Code + OFF] is not keyed
before the end of the timing cycle, an alarm is then initiated
and the point in
alarm is identified
on the console.
Either one alarm or multiple alarms per
protection
point (per armed period) i$ installer
selectable
as a systemwide
selection.
This zone type is capable of reporting
dialer RESTOREmessages.
(See address *85 in Programming Section).

will result in the
DISARNEDSTATE: A faulted sensor designated as "entry/exit"
READYLED being extinguished.
Depressing the READYkey will cause the display
of all faulted contacts.
No dialer communication is initiated.
zoNETYPE

PKRINETER

A faulted sensor that has been designated PERIMETERcauses an
instantaneous audible alarm, a latched display of the sensor ID number on the
console, and a dialer report (installer
defined).
Either one alarm or multiple
alarms per protection
point (per armed period) is installer
selectable
as a
systemwide selection.
Dialer RESTOREmessages can he reported.
(See address
*85 in Programming Section).

ARNEU STATE:

DISARMEDSTATE: A faulted sensor results in the READYLED being extinguished.
Depressing the READY key causes the display of the ID number of all faulted
sensors. No dialer communication is initiated.
ZONETYPE 3 IN!l'ERIOR/FOLLCHBRDBLAY
All sensors assigned to the interior
zone have exit delay. These
sensors have entry delay when a zone type 1 (Entry/Exit)
fault precede6 this
fault.
Otherwise, any zone type 3 fault produce6 an immediate audible alarm, a
latched display and a dialer report (installer
defined).
Either one alarm or
multiple alarms per protection
point (per armed period) i6 installer
selectable
Dialer RESTOREmessages can be reported for alarms.
a6 a systemwide selection.
Interior
sensors may all be directly
bypassed by use of the STAY arming feature.
(See address *85 it Programming Section).
AENED STATE:

in the READYLED being extinguished.
DISARHEDSTA!PE: A faulted sensor results
Depressing the RBADY key cause6 the display of the ID numbers of all faulted
sensors. No dialer communication is initiated.
ZONE!lTPE 4 TROUBLEBYBAY/AIJBXBYNIGBT
A faulted sensor that has been designated as DAY/NIGHT causes an
instantaneous audible alarm, a latched display of the ID number of the sensor,
Either one alarm or multiple alarms
and a dialer report (installer
defined).
per protection point (par armed period) is installer
selectable as a systemwide
(See address
Dialer RBsroRB messages can be reported for alarms.
selection.
*85 iti Programming Section).

ARMED STATE:

The
sensor will result
in a TROUBLE condition.
DISABMKD STATE: A faulted
console will beep rapidly and display the ID number of all faulted sensors. The
trouble can initiate
a dialer TROUBLE
console !CMUBLBLED will glow. The first
Subsequent
TROUBLES,
prior
to
a
TROUBLE
RESTORE.
will
not initiate
report.
8

When all
additional
dialer
reports.
TROUELBRESlTBB message can he reported.

TROUBLEShave been removed, a 6ysteUI

Pressing any key silences the beeping. A subsequent entry
the display.
ZONETYFESSAND6 24EOlJRZONES
Operational response is individually
listed 24 hour modes:

selectable

[Code + OFF]. clear6

for zones 5 and 6 from the belaw

a dialer report (installer
defined) with no
SILRNT: A faulted sensor initiates
Upon disarming, there will not be a
local display and no sounders activated.
Faults in the disarmed state will
memory indication
of the faulted sensor.
Dialer reports are limited by the
result in the RgADp LED being extinguished.
‘Only one dialer report will be issued
sounder duration programmed selection.
When using the 4+2 fomt.
alarm and
per sounder duration defined period.
(See address *85 in Programming
restore
reports
are sent as they occur.
Section).
an audible alarm, a latched display of the
ADDIBLB: A faulted sensor initiates
Either one
ID number of the sensor'and a dialer report (installer
defined).
alarm or multiple alarms per protection
point (until system is next disarmed/
Dialer RE$XORE
armed) is installer
selectable
a6 a systemwide selection.
messages can be reported.
Faulted contacts initiate
a, steady sounding at the console. a
AUXILIARY:
latched display of the ID number of the sensor and a dialer report (installer
Either one alarm or multiple
alarms per protection
point (until
defined).
is installer
selectable
as a systemwide
system is next disarmed/armed)
Dialer
RESS0REmessages can be reported.
selection.
(See 'address *85 in
Programming Section).
ZONETYPE 7 FIREZONE
Alarms (shorted thermostat6 or pull stations
or activated
smoke
initiate
a pulsed sounder alarm for a time duration defined by the
Concurrent fire alarms, burglary alarm6 and trouble6 are alternately
(Fire
but the sounder will always give priority
to fire alarms.
displayed when field 17 is enabled).

detectors)
installer.
displayed,
alarms are

Fire zone protection .points may not be bypassed. An open fire zone circuit
(TROUBLE)WILL NOT prevent the arming of the burglary system. A shorted sensor
(ALARM) WILL prevent system arming.
Either one alarm or multiple alarms per protection point (until system i6 next
disarmed/armed) is installer
Selectable as system-wide selection.
Contact 6
which have been subsequently faulted will be displayed at the console.
(See
address *85 in Programming Section).
ZONBT!IPB8

DDRBSS(AMBDSE)

This is a zone only in the sense that it report6 a message to the Central
Station. To activate the DURESSfeature, enter the first three number6 of the
SZCDRITY WDB and increase the fourth digit by 1. ONPORTANTI If the last
SECURITYCODEdigit is 9. or if no report code is assigned, the duress feature
is disabled.)

The DURESSfeature does not initiate
any audible or visual signals, but reports
a silent alarm. It does not cause a dialer RESTOREmessage to be transmitted.
9

TAMPER: Refer6 to the removal of a 419OWHRPM cover.
TAMPERdetection will
always result in a trouble signal (if program enabled) if it occurs when the
q6tm
is not armed and will display the ID nrrmber of the left loop of the
affected RPM. If the system is armed ‘and a tamper detection occurs when the
left loop is utilized
for burglary protection
(zones l-4). a burglary alarm will
result.
If the left loop is Used for fire,
panic or auxiliary,
a tamper
detection will result in a trouble signal.
The implication
of the latter
is
that a tamper fault duting the armed mode will only result in a trouble if the
left loop is used for non-burglary response even though the right loop is Used
Removal of a cover of a fire programmed (left loop)
for burglary detection.
4190WHwill always result in a Trouble signal, whether tamper is program enabled
or not.
suPERV1s1oW: Refers to non-responding RPM6 when there are no break6 in the
polling
loop.
However, RPM6 situated between multiple breaks in a Class 'A'
polling
loop or RPM6 beyond a single break in an open ended polling loop will
appear a6 supervision faults.
SUPERVISIONFAULT will always result in a trouble
signal if it occurs when the system is not armed and will display the ID ntrmber
of the left loop.
If the system is armed and a supervision fault occurs when
the left loop is utilized
for burglary protection
(zones l-4). a burglary alarm
will
result.
If the left
loop i6 used for fire,
panic,
or auxiliary,
a
supervision fault will result in a trouble signal even though the right loop i6
used for burglary detection and the system is armed.
VII.

IN-ON

Installing
a point protection
system involve6 wiring the polling
and sensor
loops, preparing and mounting the RPMs: and programming. morPlting and wiring the
control.
It is important that the installer
completely read this section before
attempting any of the installation
procedures.
NOTE:

The following installation
procedure6 involve the No. 4190WHRPMonly.
Please refer to the instructions
included with the No. 4208 for
Both products will perform a
information
regarding those products.
similar function to that of the No. 4190 and msy be more appropriate
for portion6 or all of your installation.

Wiring the polling and contact loops first
is the most efficient
way to install
this method, the installer
not only
a point protection
system. By following
For this reason
establishes
all circuit6
but also create6 a programming plan.
the installer
should keep a record of what zone is to be assigned to each
protection
point and how that protection point is to perform.

The following

should be considered when wiring

POLLINGLOOP (twisted

pair preferred)

WIRE LmElw
PEREm?*
22
20
18
16

(0.64 mm.0.D.)
(0.81 m.0.D.)
(1.0 mm.0.D.)
(1.3 mm.0.D.)

650'(2O(h.)
950' (29th. )
1500'(46Om.1
2400'(73Om.)

the two

types

lOOp6:

cONTAcTLOoPs

LEFTLOOP
High Current = 22 gauge ( 0.64mm.O.D.)
1200 feet (370m.1. Refer to Diagram 3.
under heading "INSTRDCTIONSFOR LBF!l'
LOOPOPERATIONS.for additional
infoxmation.

Lw current = 22 gauge 8 200'
*If multiple wire runs are
[60m.]. (fast response:10
BIB),
extended from the control,
1200' L370m.l (slow response:400ms).
maximum total length
RIGHTLOOP=
22 gauge @1200' [370m.]
of wire that can be connected
(max.) LOWCURRENT;tlee
to the polling loop is 4000
reed contacts only.
feet (1200m.1, independent of
300 m6 response
how heavy a wire gauge is Used.
When a 4152LMB Polling Loop Adapter
is used to create a separate open
ended loop, an additional 4000
feet (1200m) of polling loop wire
can be run.
While the polling loop is being
wired, don't forget to run a pair
from the auxiliary
paJer output
and ground if you are not using Pm6
or smoke detectors of the 4190 series.

Diagram 2 describes

several methods of installing

a polling

loop:
.

c-3
\ --

OPEN POLLING LbOP
(STAR 1
OPEN POLLING LOOP (SINGLE)

The following

wiring

configuration6

are used with the addition-of

OPEN POLLING LOOP
(MULTIPLE)

CLASS “A” POLLING LOOP
(SINGLE)
II

DIAGRAM2.

the 4152LM.

UIRIlGTEBPOLLIwGM)oP

No. 419OWERPU PREPARATION
Preparing
operation

the RPM for installation
and (2) properly assigning

involves:
(1) configuring
the RPM for
an identification
number to each RPM.

WNFIGURING’TBB

RPN

Each 419OWHRPM can accommodate up to two 6ensor loops: a left loop and a right
loop.
The left loop may be configured to monitor N.O. and/or N.C. contectr;.
The right loop monitor6 N.C. contacts only.
The left loop must always be used
in or&r to have proper polling loop operation.
The u6e of the right loop i6
optional.
The follwing
mggeetims are helpful when configuring the left loop:
.

When cutting an option jumper, be certain
cut to avoid accidental contact.

Use the high current mode only when using mechanical contacts (e.g. No. 39
or other non-reed contacts>.
Leave the WHITE jumper intact when using the
high current mode. Cut the WHITE jumper when using the low current mode
for reed contEcts.

The current coxmmption of the entire polling loop cannot exceed 60 mA.
Complete the worksheet in thie section by describing each protection point
and entering the current drain alongside each dwice.

Although
any number of sensors may be assigned to sensor loop, avoid
as this
assigning too many contacts to any 6en6or loop (left or right)
make6 it difficult
for the end u6er or your service personnel to identify a
specific 6en6or that has been faulted.
12

that BOTH SIDBS of the jumper are

n‘\

See Bslow.for
Settings
See Below for
Jumper Options

6,
fl

RED

COMMON
.

DIP Switch

WHITE

..cTl , 14190I 14190I I 4190 I 1Ql
)i
.
I

‘1

POLLING

’ I 4 II’ I

RIGHT LOOP: FOR N.C. SERIES
CIRCUITS ONLY. USE SEALED

LOOP

. ALWAYS OBSERVE POLARITY.
. ALWAYS CONNECT IN PARALLEL.
. SEE TEXT FOR WIRE GAUGE AND
WIRE LENGTH REQUIREMENTS.

LEFT LOOP: FOR NC. CIRCUIT
(INTERNAL EOLR) OR N.C.
AND/OR N.O. CIRCUIT (EXTERNAL EOLR). (See Left Loop
Jumper Options Below.)

INSTRUCTIONS FOR SETTlNG ID#

INSTRUCTIONS FOR LEFT LOOP OPTIONS

CONVER? ID NUMBER TO DIP SWITCH
SETTINGS 1 ACCORDING TO THIS TABLE

1. RED JUMPER SETS LOOP
RESPONSE TIME
CUT = 10 MSEC
UNCUT = 400 MSEC
2. WHtTE JUMPER SETS CURRENT ON LOOP
CUT = O.lmA FOR REED
CONTACTS
UNCUT = 1 mA FOR
MECHANICAL
SWITCHES
3. BLUE JUMPER - CUT ONLY
WHEN AN EOLR IS NOT USED
(WHITE JUMPER MUST ALSO
BE CUT)
NOTE: IF YOU USE HIGH CURRENT FOR MECHANICAL
SWITCHES YOU MUST USE
AN EOLR (DO NOT CUT
BLUE OR WHITE JUMPERS)

ON
OFF
ON - 1
OFF - 2

LEAVE THESE IN OFf’
POSITION. (RED
EXPOSE0 AT OFF)

YOU ONLY NEED TO SET THE
LEFT LOOP #I
WHEN BOTH LOOPS ARE USED,
THE TRANSPONDER WILL
AUTOMATICALLY ADD (+l) TO
SET THE RIGHT LOOP #.

gf:
::
OFF-12
ON
l
13
OFF - 14
ON l 15
OFF l 16
ON - 17
OFF - 16
EL
ON

= 3
: 21

SF’
E
)T’N’ : g
OFF : 26

IF ONLY ONE LOOP IS USED,
USE THE LEFT LOOP, SET THE
ID #, AND USE THE NEXT CONSECUTIVE WFOR THE NEXT
TRANSPONDER.

ti%

E=:P

OFF : 32
ON -33
OFF.34

Diagram3.

419CWHRPMSUMMARY
OF ODNNBCTIONS

A RED
A WHITE
A BLUE

If using a fast acting sensor. such 66 a glass break or a vibration
(ADEMoDNO. 11) 6en6or. cut the BED jampar
to configure the RPM for 10 MSEG
response.
.
As delivered,
the left loop is configured to be used with bodl p8r6llel
N.O. and series N.C. sensor6 (loop is supervised against opens and shorts)
and an external End-of-Line Resistor
(either 4700 ohm6 [small, YELLOWVIOLET-RED l/4 vatt size] for high current [mechanical switch] operation or
30,000 ohm6 [large, ORANGE-BLACK-ORANGE
l/2 vatt size] for lov current
[reed] operation) must be connected across the loop at the last (furthest)
6en6or.
(The vhite jumper must be cut to use the 30.000 OhmEOLR.) If this
level of supervision is not desired and if only N.C. contacts will be used,
the requirement
for using the external
End-of-Line
Resistor can be
eliminated by cutting the BLUg jmper.
Uhen this is done onlyla
current
operation of the sensor loop in possible (i.e. only reed contact6 may be
used).

When setting the RPM IDO. only the ID0 for the left loop should be set at the
.DIP Switch.
If the right loop is used. the control vi11 automatically
add ( +1)
If the right loop is
one to the left loop ID# for right loop identification.
not beinn used. the next RPM can be set to the next sequential nunbet.

Left Loop

D$
-!l&ii, - #I/
T
“CONTACT
I
:u.l
Right Loop
Left Loop

Right Loop

this
RPM'6
DIP
.
Set
Set this RPM's DIP switch to
switch to ID #3.
ID #l.
Left
loop
(DOOR) will
be
.
Left loop (MOTIONDETECTOR)will
be
.
Point 83.
Point #l.
Right loop (WINDOW)will
be
.
Right loop (DOOR)will automatically
autanatically
be set to be
;et to be Point #2 when the
Point
84 when the control
control is programmed for this
is programmed for this configconfiguration.
uration.
.

CADTIONS: 1.
2.
-

m
met tvo BIlzs' DIP dtcbes
to the sam ID 1.
massitwo loops to the 8(1111e
ID #
when progrdg
the control.

If only the left loop is used. RPMDIP 6vitches
control vi11 be programmed to knckl that the right
14

can be set sequentially as the
loop is not being used.

RADEMOD
AND 20
PULSES/SECFOR SESCOA/RADIONICS)
AND THE ACKNOWLEDGE/KISS OFF
FREQUENCY(1400 HZ FOR ADEMO AND
2300 Hz for SESCOAhADIONICS).

4+2-S-

ENTER0 (30 SECONDS)OR A 1 (60
SECONDS).
FACTORYPROGRAM
= 30 SECONDS
FOR SELUNDARY
PHONENUMBER

*40
l

luss1ON I
BYSRNSOR

ENTER 0 (ADEMCO) OR 1 (SESCOA/
RADIONICS)
FACTORYPRCGRAM=ADEMUl
FOR PRIMARYPHONENUMBER
WiIE& 4 + 2 FORMAT IS SELECTED
see Address Number 41, 60), T.HF,
SELECTIONIN THIS FIELD DETERMINES
THE PULSE TRANSMISSION RATE (10
pulses/set
for Ademco and 20
pulses/set
for SESCOA/RADIONICS)
AND THE ACKNOWLEDGE/KISS
OFF
FREQUENCY(1400 Hz for Ademo and
2300 Hz for SESCOA/RADIONICS).
(

COMMENTS
:

SECONDARYTRANSHISSION FORtUT

ENTER 0 (30 SECONDS) OR 1 (60
SECONDS).
FACTORYPROGRAM
= 30 SECONDS
CENTRAL STATION
RECEIVER
"ACKNCXJLEDGE"
WAIT TIME FOR PRIMARY
PHONENUMBER

*41

cl
COMMENTS
:
37

ENABLES COMMJNICATION
TO BOTH THE
PRIMARYAND SECONDARY
PHONENUMBER
(IF USED) USING A 4 + 2
TRANSMISSIONFORMATBY SENSOR.

sezmor format eelection
can
also be used to create
a zone
reporting
format
that
offers
certain
advantages
over the
standard
4+2 zone transmission
format.
These advantages are:

This

.
.
.

('7
*

Restore
The
4+2 sensor
reporting
format
has true
restore capability
in that a
restore
report
will
be
transmitted
as soon as the
sensor restores,
independent
of when the alarm sounder
times out.

Tnte

True Zone Reporting - The 4+2
sensor reporting format allaJs
the installer
to assign each
sensor to a particular
alarm
report.
Therefore, if it was
desirable to have one group of
sensors (ex: sensors 9-14) he
treated
as a particular
perimeter grouping and another
group of sensors (ex: sensors
15-21) be treated as another
perimeter grouping.
each of
the sensors in one group could
be assigned to the same alarm
report
code and each of the
sensors in the other group
could be assigned a commonbut
different
alar6 report code.
As such. installers
can create
their
own %one" reporting
scheme.

THE PRIMARY AND SECONDARY
FORMAT
SELECTIONSIN ADDRESS*38 AND *40
(IF SEC0NDARY
ISUSKD) ARE REQUIRED
TO SELECTTHE APPROPRIATEDATA
TRANSMISSION
PULSE RATE AND
ACKNC%JLRDGR/KISS-OFF
FREQUENCY.
ENTER0 (DISABLED) OR 1 (ENABLED).
FACTORYPROGRAM
= DISABLED.
IF PROGRAMMED
FOR 0 CONTINUEON
TO PROGRAM
ALL FIELDS UM'U. FIELD
*60.
THE DURESS REPORT USES THE SAME
REPORT CODEAS THE KEYPAD PANIC
(SENSOR#99) WHENTHE POINT ID 4+2
REPORTFORMATIS USED.
IF FIELD 41 (4+2 TRANSMISSION
FORMATBY SENSOR)Is ENABLED, (SET
TO ONE), FIELDS 42 THROUGH 47
ALWAYS YIELD EXPANDED FORMAT,

ri I

c-7
‘\ ,!

REGARDLESS
OF THEIR SETTING.
IF PROGRAMMEDFOR "1" SKIP TO
QUESTION61 AND PROGRAM
FIELDS 61
*
THRU81. OTBERWISECONTINUE.

TBE REPORTSIN FIELDS *42 THROUGH*47 MAY BE DESIGNATEDTO REPORTEITHER IN
STANDARDOREXPANDEDFORMAT. IN ALL CASESTHE STANDARD
MESSAGE
REPORTSTO THE:
CENTRALSTATION A SUBSCRIBERID NUMBERAND A REPORT (e.g. ALARM [see Address
TROUBLE, RESTORE, OPEN/CLOSE) CODE. TBE EXPANDEDMESSAGEREPORTSA
*421.
SUBSCRIBERID NUMBER, THE REPORTCODE, FOLLOWEDBY A SECONDLINE WHERETHE
REPORTCODEIS REPEATEDTHREEOR FOURTIMES (when 3+1 or 4+1 formats are used)
AND IS TRAILED BY THE ZONETYPE (ORUSER ID) RELATEDTO THAT REPORT.
Expanded TROUBLEand RESTOREreporting with channel numbers (i.e. TROUBLEDUMMY
for TROUBLEand ALARMcode for RESTORE)higher than 9 should not be used if 3+1
or 4+1 reporting formats are used and ADEMCO'sNo. 685 Digital Receiver is the
The 4+2 format should be
message monitoring receiver at the central station.
used if number6 higher than 9 mU6t be used. Failure to heed this advisory will
converted by the No. 685 into a
result
in the message being erroneously
meaningless message.
Report

3+1/4+1
Standard

3+1/4+1
Xxpanded

Alarm

SSS(S) A

Trouble

SSS(S) T

Bypass

SSS(S) B

Low Battery

SSS(S) L

Open

SSS(S) 0

SSS(S) c

Test

SSS(S) Te

.SSS(S) A
AAA(A) Z
SSS(S) T
TTT(T) Td
SSS(S> B
BBB(B) Bd
SSS(S) L
LLL(L) Ld
SSS(S) 0
000(O) u
SSS(S> c
CCC(C) u
SSS(S) Te

4+2 Standard

4+2 B;rpanded

SSSSA0

ssss AZ

SSSSTO

SSSSTTd

SSSSBO

SSSSBBd

ssss LO

SSSSLLd

ssss 00

ssss ou

ssss c0

ssss cu

SSSSTe0

SSSSRO

ssss RA

SSSSR0

SSSSRTd

SSSSR0

SSSSRBd

SSSSRO

SSSSRLd

Restore:
Alarm

SSS(S) R

Trouble

SSS(S) R

Bypass

SSS(S) R

Low Battery

SSS(S> R

where: SSS or SSSS=
A=
0 =
Z =
T =
Td =
B =
Bd =

. SSS(S) R
RRR(R) A
SSS(S) R
RRR(R) Td
SSS(S> R
R.RR(R)Bd
SSS(S> R
RRR(R) Ld

where:
Subscriber ID
Alarm Code
Zero
Zone Type
Trouble Code
Trouble Dmmy Code
Bypass Code
Bypass Dmmy Code
39

L
Ld
0
C
U
Te
R

=
=
=
=
=
=
=

Lrrw Battery Code
Lav Battery Dmmy Code
Open Code
Close Code
User Number
Test Code
Restore Code

ALARMRRPORT

*42

l-l

COMHENTS:
. ENTER

0 (STANDARD REPORT) OR. 1
(EXPANDED
REPORT)
. FACTORYPROGRAM
= STlWDARD
. WHEN EXPANDED, THE ZONE TYPE IS
TRANSMITTEDIN THE LAST POSITION.
DOESNOT APPLY TO 4+2 SENSORFORMAT
-. (EXPRESSOR NORMAL)

TRcmEuRRRmRT

*43
cl
COMMENTS: .
.
.

BYPASSRRmRT

ENTER0 (STANDARD)OR 1 (EXPANDED)
FACTORYPROGRAM
= STANDARD
WHEN EXPANDED, A DUMMY CODE IS
TRANSMITTEDIN THE 4TH POSITION OF
THE 2ND TRANSMISSIONLINE (OF THE
FIRST TRANSMISSION LINE IF 4+2
FORMAT IS USED) (ZONE ID IS NOT
TRmSMITmD)
DOES NOT APPLY TO 4+2 SENSORmRMAT
(EXPRESSOR NORMAL)

*44
cl
COMMENTS: .
.
.

ENTER0 (STANDARD)OR 1 (EXPANDED)
FAC'IQRYPROGRAM
= STANDARD
BYPASSING A CONTACT RESULTS IN
A RESTOREREPORTWHENALL BYPASSES
ARE REMOVED.
. FIRE SENSORS
CANNOT BE BYPASSED.
. WHEN EXPANDED, A DUMMY CODE IS
TRANSMITTEDIN THE 4TH POSITION OF
THE 2ND TRANSMISSIONLINE (OF THE
FIRST TRANSMISSION LINE IF 4+2
FORMAT IS USED) (ZONE ID IS NOT
TRANSMITTED).
. DOESNOT APPLYTo 4+2 SENSORFORMAT
(EXPRESSOR NORMAL)

RRlnvRE RRPORT

i-Y
>._ !

r?
‘..I’

*45
0
COMMENTS: .
.
.

ENTER0 (STANDARD)OR 1 (EXPANDED)
FACTORYPROGRAM
= I%PANDED
WHENA POINT OF PROTECTIONALARM,
BYPASSOR TROUBLEREPORTIS TRANSMITTFD, A RESTOREREPORTFOR ANY OF
THOSE CONDITIONS IS NOT ISSUED
UNLESSALL LIKE CONDITIONSWITHIN A
ZONEARE RESTORED.
WHEN EXPANDED,THE ALARM CODE IS
TRANSMIlITEDIN THE LAST POSITION
OF THE 2ND TRANSMISSIONLINE (OF
THE 1ST TRANSMISSIONLINE IF 4 + 2
FORMAT1suSED).

,P
‘, ,,’

LCWBA!pCRY
RRPORT

*46
cl
COMMENTS: .
.

.
.

oPRN/cLosR

RRmRT

ENTER0 (STANDARD)OR 1 (EXPANDED)
WHEN EXPANDED. A DUMMY CODE IS
TRANSMITTEDIN THE 4TH POSITION OF
THE 2ND TRANSMISSIONLINE (OF THE
FIRST TRANSMISSION LINE IF 4+2
FORMATIS USED).
FACTORYPROGRAM
= STANDARD(0)
DOESNOT APPLYTO 4+2 SENSORFORMAT
(EXPRESSOR NORMAL)

*47
cl
COMMENTS: .
.
.

ENTER0 (STANDARD)OR 1 (EXPANDED)
FACTORYPROGRAM=EXPANDED
WHEN EXPANDED, USER ID (l-8) IS
TRANSMITTEDIN THE LAST POSITION OF
THE 2ND TRANSMISSIONLINE (OR OF
THE 1ST TRAKSM?.SSION
LINE IF 4 + 2
FORMATIS USED)
DOESNOT APPLYTO 4+2 SENSORFORMAT
(EXPRESSOR NORMAL)

*48

ltoN---

cl
COMMENTS: .
.
.

BAmIIP

DOESNOT APPLY TO 4+2 SENSORFORMAT
(EXPRESSORNORMAL)
RESTORE REPORTS FOR EACH ZONE
TYPE ALARM ARE INDIVI,DUALLY
SELECTABLE(SEE ADDRESSNUMBERS53
THROUGH
59).

RRPORTIS

ENTER 0 (PRIMARY PHONE NO.) OR
1 (SECONDARY
PHONENO.)
FACTORY PROGRAM= PRIMARY PHONE
NO.
THIS DOES NOT APPLY TO 4+2 FORMAT
SENSORID REPORTING. ALL REPORTS
ARE ROUTEDTO THE PRIMARYTELEPHONE
NUMBER.

*49
cl
COMMENTS:

.
.

ENTER 0 (PRIMARY PHONENO. REPORT
ONLY) OR 1 (REPORT ALL PRIMAKY
PHONENUMBERREPORTSTC. SECONDARY
NO. IF PRIMARY NO. CAN'T BE
REACHED).
FACTORYPROGRAM
= PRIMARYNO. ONLY
THIS DOES NOT APPLY TO 4+2 KmMAT
SENSORID REPORTING. WHEN THIS
FORMATIS USED, BACKUPREPORTINGIS
AFTER MAKING 8
STANDARD.
UNSUCCESSFULATTEMPTS TO aDNTACl'
THE PRIMARY NUMBER, VECTOR WILL
MAKE 8 ATTEMPTS TO CONTACT THE
SECONDARY
NUMBER.

‘_

IF NO SECONDARYNUMBERIS USED.
MAKE CERTAIN THE PRXMARYTELEPHONE
NUMBERIS ENTEREDBOTH IN FIELDS 31
AND 32.

ZONES1-8AlARU
RRmRT CODE

:
(E/E BURG) COMMENTS
(PER. BURG)
(INT. BURG) . ENTER ALL
(D/N BURG.)
CODES
AS
(24 HR AUD.
DOUBLEDIGITS
SIL, OR AIJX) (e.g. Ol=l.
ZONE 6 (24 HR ALID,
02=2.....
SIL. OR AUX) lO=A. ll=B.
12=C, 13=D.
ZONE 7 (FIRE)
ZONE8 '(DURESS)
14=E, 15=F)
DISABLED=00
(NO REPORT)

ZONE 1
ZONE2
ZONe 3
ZONE4
ZONE5

*50

El3

FACTORYPRCIGRAM:
Z1=3. Z2=3. Z3=3,
Z4=3, Z5=2. Z6=7.
Z7=1, Z8=2
ROTRS:

OTRRRlaBssAGE
RRmR.Ts

l s1

IF THE COMMUNICATOR
WITHIN TEE 41S3 IS NOT
GOINGTOBE USED, PRCKXAM
&L CODES IN ADDRESSES
50 AND 51 AS 00. THIS
PREVENTS
UNWANTED
TELEPHONE
LINE SEIZURES.,WHEN4 + 2 BYZONE FORMAT
IS USED, THE CODES
ASSIGNED IN ADDRESS SO
REPRESENTTHE LEADING OR
FIRST DIGIT OF THE 2
DIGIT EVENT CODE. THE
2ND DIGIT OF THE EVEm
CODEIS THE NUHSEROF THE
ZONE.

TROUBLE
CoMMEms:
TROUBLEDUMMY
. ENTERALL CODES
AS DOUBLEDIGITS
BYPASS
(see above)
BYPASSDUMMY
. DISABLED= 00
LUJ BATTERY
LOWBA'JTERYDUMMY (NO REPORT)
. TO DISABLE RESTORE
RESTORE
REPORTS. PROGRAM
CLOSE
ALL CODESIN
OPEN
ADDRESSES 53-59
TEST
As 0.
42

;‘1
:.

FACTORYPROGRAM: SEE TABLE EARLIER IN
THE SECTION.
NOTE:

16SBCOtiDIbLER
DKtAY

*52
cl
coMmNTs :

.
.
.

ZONE 1ItBsYoRE
RBmRT

cl
COMMENTS
:

ENABLES RESTOREREPORTINGlzOR AN
ENTRY/EXIT ZONEBURGLARY
ALARM.
ENTER0 (DISABLED) OR i (ENABLED).
FACTORYPROGRAM
= DISABLED.

*54
cl
COMMENTS
:

.
.
.

zom3RBsToRB
RBPORT

ENABLES A 16 SECONDDIALER DELAY
FOR FIRE/BURGLARYALARMREPORTSSO
THAT HSER CREATEDFALSE ALARMSCAN
BE SHUT OFF BEFORE THE CENTRAL
STATION IS NEEDLESSLY
ALERTED.
ENTER0 (DISABLED) OR 1 (ENABLED).
FACTORYPROGRAM
= DENABLED.
THIS DOES NOT APPLY TO 4+2 FORMAT
SENSORID REPORTING. ALL REPORTS
ARE INSTANT.

*s3

.
.

zoNB2REsmRE
RBPORT

WHEN 4 + 2 ZONE FORMAT fS
USED, THE TROUBLE,BYPASS,AND
LOWBAITERY CODESARE USEDAS
THE LEADING OR FIRST DIGIT OF
THE 2 DIGIT EVENT CODE. THE
TROUBLEDUMMY,BYPASSDUMMY,
AND LOWBATTERYDUMMYCODES
ARE USED AS THE 2ND DIGIT.
FOR NON-ALARM RESTORES,THE
RESTORE CODE IS THE FIRST
DIGIT AND THE DUMMYCODE IS
FOR ALARM
THE 2ND DIGIT.
RESTORE, THE RESTORECODE IS
THE FIRST DIGIT AND THE ALARh
CODEIS THE SECONDDIGIT. FOR
OPEN/CLOSE.THE OPENOR CLOSE
CODE IS THE FIRST DIGIT AND
THE USER ID IS THE 2ND DIGIT.

ENABLES RESTORE REPORTING FOP A
PERIMETERZONEBURGLARY
ALARM.
ENTER0 (DISABLED) OR 1 (ENABLED).
FACTORYPROGRAM
- DISABLED.

*55
cl
wMMENTs:

.
.
43

ENABLES RESTOREREPORTING-FOR AN
INTERIOR ZONEBURGLARY
ALARM.
ENTER0 (DISABLED) OR i (ENABLED).
FACTORYPROGRAM
= DISABLED,

.
zowE4RBs!mRZ

*S6

RRmRT

COMMENTS: .
.
.

ZONE5 RRsroRg

*s7

cl
COMMENTS:

.
.
ZONB6RESToRZ

*58

RRPORT

ENABLESRESTOREREPORTINGFOR THE
24 HOURALARMRESPONSE
SELECTEDFOR
THIS ZONE.
ENTER0 (DISABLED) OR 1 (ENABLED).
FACTORYPROGRAh
= DISABLED.

r-l
'ENABLES RESTOREREPORTINGFOR THE
COMHENTS:
l

.
.
zoNB7RKsroRE

ENABLES RESTORE REPORTING FOR A .
DAY/NIGHTZONEBUKLARY ALARM.
ENTER0 (DISABLED) OR 1 (ENABLED).
FACTORYPROGRAM
= DISABLED.

24 HOUR ALARMRESPONSE
SELECTEDFOR
THIS ZONE.
ENTER0 (DISABLED) OR 1 (ENABLED)
FACJ.WRY
PROGRAM
= DfSABLFiD.

*59

REPORT
coMmNTs:

.
.
.

4+2 RRPoRTING
BY ZONR

*60

ENABLES RESTORE REPORTING FOR A
FIRE ZONEALARM.
mm 0 (DISABLED) OR 1 (ENABLED)
FACTORYPROGRAM
= DISABLED.

': J

cl
COMMENTS:
. REPORTSSUBSCRIBERID.

EVENT CODE.
AND ZONE.
. ENABLESCOMMUNICATION
To BOTH THE
PRIMARYAND SEaONDARYPHONENUMBER
(IF USED) USING A 4 + 2 TRANSMISSION FDRMAT.
. THE PRIMARY AND SECONDARY FORMAT
SELECTIONSIN ADDRESS*38 AND *40
(IF SECONDARY IS USED) OR *96
(EXPRESS DTMF) ARE REQUIRED TO
SELECT THE APPROPRIATE DATA
TRANSMISSICF FULSE RATE AND
ACKNarJLEDGE/XISSOFF
FREQUENCY.
. ENTER0 (DISABLED) OR 1 (ENABLED).
= DISABLED.
. FACTORYPROGRAM
. THE 1ST DIGIT OF THE EVENT CODEIS
THE CODEENTEREDIN ADDRESS*50 AND
*51 AND THE 2ND DIGIT IS THE ZONE
TYPE, USER ID, OR DUMMYEXPANSION
CODE (WHICHEVERIS APPLICABLE TO
THE INDIVIDUAL REPORT).
T---J
\ ’’

USAGE' OF THE 4 + 2 ZONE FORMAT
PERMITS THE USAGE OF SELECTIVE
EXPANDEDREPORTING. (See *42. *43.
*44, *45. *46. *47 and *50 for
addresses that can be appropriately
set for expanded reporting).

INTRODUC!RONToFIRLDS 61-81
In order to make it easier for 6n installer
to understand
explanation and some illustretive
example6 are given first.

point

reporting,

Bearing in mind that 6 2 digit reporting code is utilized.
let u6 first di6CU66
how 6en6or6 9-37.97.98.99 can be coded, a6 the programming is easier to follw.
The recurring theme of the
OnCe that is completed, we will discuss 6en6ors l-8.
follwing
information
is that the leading digit represent6 the type of event
being reported and the second digit identifies
the sensor within that type.
Noms:

1.
2.

Two digit entries are required because hexadecimal
entries are allowed (O-9, B-F) = (00-15)
for
fields 61-81.
Users of the Ademco CAPS Automation System are
cautioned not to assign 78 or 8C for any report as
these code6 are reserved.

EXMPLR il
In the 6en6or group g-id,
fOllW6:

for example, the installer

may program (Field

*64) as

All alarm report6 may have a first digit of 1 (If it is desired to have the
alarm code denote the kind of sen6or being monitored, all sensors of a
should be grouped together within a group of
similar type [ex: entry/exit]
eight 1.

All trouble reports may have 6 first digit of 2 (Bear in mind that trouble
reporting would not ju6t be for 6en6or loop trouble, a6 in a fire zone or a
day/night zone, but would also be used to report a polling loop trouble,
such a6 for a non-responding RPM).

All bypass reports may hgve 6 fir6t
digit of 3 (Note that in the sensor
reporting format, a Caamon bypass report for all sen6or6 is not possible.
If bypass reporting is desired, it muet be by seneor).
All restore reports may have a first
rapott is used for 6larm6. troubles,

digit of 9 (Note that
and bypasses).

a caon

restore

In Field *65. the eecond digit of the 2 digit event code i6 stored. a different
Sensors
code for each sensor in the group (ex: l-8 for the eight sensors).
grouped in (17-24). (25-321, (33-37. 97. 98, 99) are programmed 6ildlarly.
45

sensors in the l-8 group are similarly
programmed. The only difference in
this group is that the alarm code leading digit is not commonfor all sensors in
the group; a separate code is available for each alarm code in the group.
*

The

RXAMPLE12
An example of code assignments that maximize the reporting for the mrrbt number
of sensor6 reporting to an Ademco CAPSAutomation System is given belw:
SENSOR

1
2
3
4
5
6
7*(1)
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
*(4>
*(4)
*(4j
*(4>

2
30
31
32
33
34
35
36

*(5) '9:
*(5> 98
99
*NOTES:

BYPASS

11
12
13
14
1s
16,
17
19
21
22
23
24
25
26
27
28
31
32
33
34
35
36
37
38
10

1B
1c
1D
1E
IE
1F
1F
29
20
2B
2c
20
2E
2E
2F

41
42
43
44
4s
46
47
49
51
52
53
54
5s
56
57
58
61
62
63
64
65
66
67
68
40
4B
4c
4D
4E
4E
4F
4F
59
50
5B
5c
5D
SE
SE
5F

71
72
73
74
75
76
77
79
91
92
93
94
95
96
97
98
81
82
83
84
85
86
87
88
70
7B
7c
7D
7E

7E
7F
7F
99
90
9B
9c
9D
9E
9E
9F

1. Only used if downloading is not used.
English language on 685 should not be used for
reports.

01
02
03
04
05
06
07
09
Dl
D2
D3
D4
D5
D6
D7
D9
El
E2
E3
E4
E5
E6
E7
E8
00

0B
0c
OD
BE
BE
0F
QF
D9
DQ
DB
DC
DD
DE
DE
DF

most

these
!C----J
;.~\ ,

3. Note that

B and C are not used for leading digit6 in the aboye
table or in the table on the next page. It is suggested that these
digit6 be reserved for u6e in reporting wopenings" and "closings"
60 that the appropriate dieplay and print out can be obtained at
the central station receiver and an automation system can be given
the appropriate information.
4. Within the 77 code locations
allocated
for the sensor report
format, it is not possible for Ademco CAPSAutanation System User6
to uniquely report alarm, trouble. bypass. and re6tore for at1 40
point6 plus handle open, close. test, lw bettery, and lw battery
restore.
A6 6uch. several 6en6or6 must share reports.
In the
example shwn, the pairs including 31 and 32, 36 and 37. 97 and 98
each share a canmon report.
5. The fact that the 97 and 98 share a commonreport is irrelevant
in
installations
where downloading i6 Used (4153BB is installed)
as a
loop open 98 condition
cannot be detected without
6 4152LM
connected for u6e with a Cla6s 'A' ,polling
loop.
Tbat module
cannot be used when downloading is desired.

Other possible grouping6 of codes could have alarm6 in consecutive
SOUPS. For example:

hexadecimal

Fire Alarm6 - 10-17
Panic Alarm6 - 18. 19. lB-1F
Burglary Alarm6 - 20-29. 2%2F. 30-37
0.

Troubles and Bypasses could be treated similarly
in consecutive hexadecimal
groups.
Restore6 cannot be 60 treated if we desire to reserve B and C for
opening6 and closing just to get English language printout of open/close on the
685'6 printer.
The latter
arrangement will make it easier for non-automated ,centrel station
personnel to interpret
the information.
An example of such an arrangement is
Thi6 example is equally relevant for user6 of the Ademco/MAS
given belw.
Automation Syetem.

SmsoR

1
2
3
4
5
6

40
41
42
43
44
4s
46*(l)
47
48
49
4B
4c
4D

10
11

12
13
14
1s

7*(1)

&1)

8
9
10
11
12
13

17
18
19
18
1c
1D
1E
1F
1F
20
21
22
23
24
25
26
27
28
29
2B
2c
2D
2E
2F

*(2) ::
*(2) 16
17
18
19
20
21
22
23
24
25
26
27
28
29
y;

BYPASS

4F
4F
50
51
52
53
54
55
56
57
58
59
5B
5c
5D

33
34
35
36
37
97
98
99
*NOTES:

30
31
32
33
34
35
36
37

ii;
01

02
03
04
ii'6
07
;i
0B
0c

‘.

N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
98
99
9B
9c
9D
9E
9F

BE
0F
0F

5F
SF
60
61
62
63
64
65
66
67

80
81
82
83
84
85
86
87

D0
Dl
D2
D3
D4

.
FIRE
J

;5,*w
D7
D8
D9
DB
DC
DD
DE
DF
DF
EB
El
E2
E3
E4
E5
E6
E7
E8
E9
.EB
EC
ED
EE
EF
EIF
F0
71
72
73
74
75
76
77

f-7
'_, .1

PANIC

BURC

f-7

1. Only used if downloading is not used.
2. Either two 6ensor6 shouldn't be Used (16 and 32) or they must have
their
reporting
duplicated
(such as with sensors 15 and 31
respectively).

lum.?! CODE

(1st Digit)
(SENSORSl-8)

*61

1
2
3
4
5
6
7
8

. The first digit of the 2 digit went code
used for each of sensors 1-8 alarm reports.
. Sensor 7 is only used if downloading is
not used.
. See Introduction
to this
field
and
subsequent field6 above.

C--?
48

.
SKNSORID CDDES
(2nd digit)
(SENSORSl-8)

*62

YRMrBLRCODE
BYPASSCODE
RRSTOBROODE
(1st digit)
(SENSORSl-8)

*63

ALARMCODE
TROUBLECODE
BYPASSOODE
RRSTDRECODE
(1st digit)
(Sensor6 9-16)

*64

=sOR ID CQDES
(2nd digit)
(Sensors 9-16)

*6S

The second digit of the 2 digit went
used for each of sensor6 9-16 alerm,
trouble, bypass. and reStore reports

ALARMCODE
TROUBLRCQDB
BYPASS
RBSTORE
(1st digit)
(Sensors 17-24)

*66

The first digit6 of the 2 digit went codes
used to report alarm. trouble, bypass,
card restore for censors 9-16.

SKNSORIDf%IDB
(2nd digit)
(Sensors 17-24)

*67

The second digit of the 2 digit .went code
used for each of sensors 17-24 alarm.
trouble, bypass. and reStore reports.

ALARMCODB
TROUBLRCDDB
BYPASSCODB
RRST0R.ECODB
(1st digit)
(Sensors 25-32)

*68

The second digit
used for each of
trouble, bypass.
Sensor 7 is only
not used.

TR
BY
lu3 a

. The first digits of the 2 digit went codes
Used
to report trouble. bypass, and restore
for sensors l-8.-

AL .
TR
ffl

BY
RE

of the 2 digit went code
sen6ors l-8 alarm.
and restore reports.
used if dwnloading is a

The first digits of the 2 digit went Code6
used to report alarm, trouble, bypass and
restore for 6ensors 9-16.

The first digits of the 2 digit
AL . used
to report alarm. trouble.
TR
and restore for 6en6or6 2S-32
BY
.

codes

went code6
bypass

SmsoR ID mDBs

The second digit of the 2 digit went code
used for each of sensors 25-32 alarm.
trouble. bypass, and restore reports.

*69

(2nd digit)
(Sensors 25-32)

l 70

The first digits of the 2 digit went codes
used to report alarm. trouble, bypass.
and restore for sensors 33-37, 97, 98. 99.

*71
sxNsoRIDamEs
(2nd digit)
(Sensors 33-37, 97,
98. 99)

code
The second digit of the 2 digit went
used for each of sensors 33-37, 97. 98.
99 alarm. trouble, bypass, and restore
reports.
Sensor 98 reporting is irrelevant
unless a
4lS2LM8 Class 'A' Polling Loop Module is
ueed. A polling loop 'open' circuit
cannot
The vay to &al
be detected' otherwise.
vith this non-went
is
to assign it the
same code as another
event (ex: 97polling loop short).

iuaARNcaDB
lmmBLBaaDE
BTPASSCOBB
RB!mmE mm
(1st digit)
(Sensors 33-37,
97,98.99)

RKFORT

*72

(1st digit)

OPENREPORT
(2nd digit)

*73

uosBRRFoRT
(1st digit)

*74

CZOSEREFORT
(2nd digit)

*75

III

. In order to disable the open report. both
Field6 *72 and *73 must be programmed as
00.
. Must be a "B" (hex 11) if English language
printout
of "open" is desired
on 685
Receiver.
. Must be a "Bn (hex 11) if opening by u6er
is to be processed
on an Ademco CAPS
Automation System.
. The second digit represents the user ID
for the Master Security code. User No. 2
is automatically
assigned an ID 1 higher
thau.this
code (ex: If 01 is keyed, User 2
reports as 2. User 3 as 3, etc...)
See first
canment for Field *72.
. Must be a "C" (hex 12) if English printout
of "close" is desired on 685.
. Must be a "C" (hex 12) if closing by user
is to be processed on an Ademco CAPS
Autanation System.
See canment for Field
50

*73.

.i*
‘,
:

\
-

LwBA!rTREFoRT
(1st digit)

*76

LwBATTRBFoRT
(2nd digit)

*77

TEsTImoRT
(1st
digit)

See first

comment for Field

*72.
.

See first

comment for Field

*72.

*78

See first

comment for Field

*72.

TXST REFORT
(2nd digit)

*79 I

See first

comment for Field'*72.

LWBAlTREs!mRB

*80

See first

comment for Field

*72.

*81

See first

,co+ment fct Field

*72.

I i I

REFORT(1st digit)
LcwBAmREs!mRE

REPORT(2nd digit)
cENTRALs!cATIoN
~anJTRoL/

*82

COMMENTS:.

moNENumER

tamTRALsTATIoNID#

*83

ALARM SOUNDING
AFl%R4EauR
LOSS OF AC

*84

SWIEER ml!EREmTENT SENSOR)
REmRTsuPmEss1oN

EACHDIGIT REQUIRESA 2 DIGIT
ENTRY (EXAMPLEoi=l. 02=2, ETC.)
ENTERUP TO 11 DIGITS, O-9. DO
NOT FILL UNUSEDSPACES.
FACTORY PROGRAM= NONE (DISPLAYS
SINSLE ZEROWHENVIEWED).
THIS PHONENUMBERUTILIZES THE PABX
ACCESS CODE PROGRAMMEDIN FIELD
*29.
ONLYNEEDEDWHENREMOTE
PROGRAMMING/COMMANDING
OVER
TELEPHONE
LINES WILL BE USED.
THIS 03DE IS ID OF THE NO. 699
PROGRAMMER OR PC (personal
computer) THAT IS ALLOWEDTO TALK
TO THE 4153.
CANNOTBE VIEWEDUSING #83.
ENTER8 HEXADECIMAZ,
DIGITS,
0-9/B-F [OO-151

cl
. ENl'ER 0 (NO) OR 1( YES)
COMMENTS:
. MANDATORYSELECTIONFORUL609

GRADEA INSTALLATIONS.
MANDATORY
FORUL1635 INSTALLATIONS.
ALSO
ACTIVATES
TROUBLE
COMMUNICATION REPORT TO THE
CENTRALSTATION.
FACTORYPROGRAM
= NO

ENl'ER 0 (NO REPORTSUPPRESSION)OR
1 (REPORTSUPPRESSION
ENABLED)
FAcrORY PROGRAM
= NO SUPPRESSION

.
.

*85

cl
COMMENTS:.

.
.

GROUNDSTART
TmcCLINE
TEST

COMMENTS
: .

*86

DURESSCODE

*87 m
1st

digit

ONLY APPLICABLE TO 4+2 SENSOR
REPORTING. FIELD *41 MUST BE
PRoGRABMEDAsl.
WREN SUPPRESSION IS ENABLED, A
MAXIMUMOF 15 ALARM AND 15 ALARM
RESTOREREFORTSPLUS 15 TROUBLEAND
15 TROUBLERESTOREREPORTSWILL BE
PERMITTEDIN AN AIMED PERIOD FRCM
THE SYSTEM. WHENTHESEPARAMETERS
ARE EXCEEDED,THATREPORTTYPE WILL
BE INHIEITED.
ENTER0 (NO) OR 1 (YES)
MANDATORY
SELECTIONFDRUL611 GRADE
A INSTALLATIONSUSIS ONEWAYLOK;
RANGERADIO (762lAD) ON GROUND
STARTPHONELINES.
CAN ONLYBE USED IN C&UNCTION
WITH No. 4259 TELCOLINE MDNITOR/
TRANSPONDER.
FACFORYPROGRAM=O

2nd
digit

COMMENTS
: .

TWODIGIT ENTRIESARE RFQUIRED
BECAUSEHEXADECIMAL
CODESARE
ALLOWED(O-9. B-F)

NOTUSXD

*88

suPBxvIspp, ALARM
lRxaERomPuTs

*89

DoNoTPRmum
coMM8NTs
: .

FACFORYDEFABLTS

*90

FACICRY PROGRAM
= 00 00

COHMENTS
:

ENTER0 (NO) CR 1 (YES)
MANDATORY
SELECTIONFORUL6ll GRADE
A OR AA INSTALLATIONSUSING IWO WAY
LONGRANGERADIO,
CAN ONLY BE USED WITH No. 7920SE
TRANSCEIVER. (REVISION 5.0 OR
HIGHER).
FACTORYpROGRAM=O
ONLYENTEREDIF ALL PROGRAM
OFTIONS
ARR TO BE SET TO FACTORYDEFAULTS.

NOTUSED

*91

NOTUSED

*92

NOTUSED

*93

DONOTPRSRAN

NOTUSBD

*94

DoNoTPRaxtAM

coND1TIoNAL0pKNIHz*95
uikumL) RBmRT

COMMENTS:.
.
cl
.
.

.
.

*96
4+1/4+2 EXPRESS
FORMT FOR zoN8
OR SKNSORREFoR!rIIG

COMMENTS:.
.
cl
.

INSTALLIlIGANDRg)lDvING
Remwing

ENTER0 (NO) OR 1 (YES)
SHOULD ONLY BE USED IF NORMAL
OPENING/CLOSINGREPORTING IS NOT
USED.
AN OPEN REPORT IN ADDRESS.51 OR
ADDRESSES 72 AND 73 MUST BE
PROGRAMMED.
THIS OPTION SHOULDNOT BE SELECTED
IF 16 sEom DIAPER DELAY (ADDRESS
521 IS SELECTED, SINCE A CANCEL
REPORTCGULDBE RECEIVED WITHOUT
ANY PRIOR ALARMREPORT.
ONLYSENDSOPENREPORTIF SYSTEMIS
DISARMEDDURINGAN ALARM.
FACTORYPROGRAM
= 0
EI?XZR0 (NO) OR 1 (YES)
SHOULDONLYBE USEDWITH COMPATIBLE
DIGI,TAL RECEIVERS .(EX. ADEMCO
685/LEVEL 4.3 AND HIGHERSOFTWARE).
RECEIVERDISPLAY AND PRINP-OUT IS
THE SAMEAS FOR THlXE.MESSAGESNOT
USING THIS HIGH SPEED(10 CHAR/SEC)
DTMFFORMAT.
FACTORYPROGRAM
= 0.

CIRQJITBOARDS

a 4153 WIN BOARD

The main circuit board is removed and Ix-installed
with the circuit board cwer
intact to protect the components from damage. Do not remove the upper cover.
Make certain that all pcuer to the system ha6 been removed from the system
the board by reversing the following procedure.
before work begins. Re-install

Remove lover cover and circuit
board mounting screw6.

Lift
and disconnect
the circuit
board
from the
square
post
Take care not to bend
connectors.
any of the connectors.

Remove.the board by sliding
fram the slotted mounts.

away

Im3talli.nga4152LMB

Remove the lover
circuit
boarc i
cover after removing the holding
Remove the No. 4153RD
screws.
Carefully
remove
mounting screv.
the 4153RD module from the square
post connectors.

Install
the 4152LMB bv carefully
inserting
square
post
the
connectors
into
the header.
Take care not to insert the posts
Replace the lover circuit
too far.
board cover.

After installing
all equipment you must thoroughly Test the system.
povering up. wait one minute before checking the contact loops.
.

If the system is connected to a central
in progress.

Pwer up the system. The console vi11 beep rapidly
10 second6 and stop. WAR FOR 1 KINUTR.

Arm the system.

With the external
sounder disconnected for this test, go to each
Check vindcv foil by momenprotection point and fault the contact.
tarily
removing (and replacing) a vire from the RPM. Check the entry
the corresponding ID number vill
delay.
As each point is faulted,
appear on the console display.

the

cwers.

station

notify

After

them of a test

for approximately

TAXPER option vas selected, remove (and replace)
The corresponding ID numbers will appear on tbe

the RPM
console

display.

Notify

With the external sounder connected, enter the SECURITYCODEand TEST
to test the battery and external sounders.

Shov the
central

user

station

hov to perform all

functions.

of all tests and verify

results.

The system vill retell ten day's worth of ALARMand TROUBLEmessages for display
to service personnel with the folloving procedure:
ENTERSECURITYCODE+ 0

The memory
vi11 retain alarm and trouble reports ten days from the last alarm or
trouble went, pinpointing
their specific
sensor
location.
If no subsequent
removed from memory.
events occur, then all previous events are autanatically
If nev events occur within the ten day period, then all events are retained and *
the ten day cycle starts again.
After displaying all alarm and trouble reports,
mode .is .exited, by entering aODE+ OFF.
This feature
does not prwide
information
It simply indicates
sequence of ocicurrence.
on a particular
point during the period.

f-l
',,

‘

the memory is erased vhen this

concerning tim of occurrence or
that an alarm or trouble occurred

WARNING!

If the system is atnred and the user exits through various interior
sensors and
then through the entry/exit
door and one interior
sensor remains faulted,
the
system vi11 go into alarm at the end of the exit delay (plus entry delay), as it
not only display the sensor that remained
should.
However., the console vill
faulted, but also every other sensor that the user faulted on his way out (which
.had been restored).
If an ALARM occurs during the AWAYmode and the user returns.and
directly
from the AWAYmode to the STAY mode. then user alarm memory is lost.
transits
Subsequent disarming results in a blank numeric display and the READY LED
remains out (requiring CODE+ OFF to restore it).
IX.

SPBCI~~X

[@ 32'F (O'C) - 120'F (SO'C) 90% RH non condensing]

No. 4153 C-ON

PHYSICAL

BsmxRIcAL

WIDTH:
HEIGHT:
DEPTH:

!p /
‘Y

12.25" (306 mm)
17"
(432 mm)
4"
(102 mm)

VOLTAGE.INPUT: 18 VAC (from ADEMOO
No. 1349 PLUG-IN TRANSFORMER).
40 VA.
WNTINUOUSOUTPUT: IZVDC, 750 mA (combined output available
Auxiliary
and Console Pwer Output Terminals)

from the

POLLING LOOP
CURRENTAVAILABLE:

60 mA @ 11V max. (Cannot be used a6 a D.C. supply)

ALARMSOUNDER
OUTPUT:

1.5 AMPS eizv

ALARMTRIGGEROUTPUTS: ON = 5V 6' 1:s mA
OFF = OV
4152LM8 DRAIN:

64 mA e 11V max.

STANDBY:

BATTERY 12 VDC, 2.7 AH (No. 465-627;
or 5.4AH (No. 465-654. 2 each)

2 EACH)

MAXIMUM STANDBYTIMES (IN HOURS) UMlER CONTINUOUSLOAD (IN MILLIAMPS).
CURRENT
REQUIREMENT
EQUALS120 mA PER CONSOLE
PLUSAUXILIARY POWER.
BATTERY
*465-627
*465-654
*465-680
.

200
4.1
7.8
9.1

250
3.6
7.3
8.5

300
3.2
6.8
8.0

350
3.0
6.3
7.6

400
2.8
5.9
7.2

450
2.7
5.6
6.8

500
2.5
5.3
6.5

559
2.4
5.0
6.2

600
2.3
4.7
6.0

650
2.1
4.5
5.7

700
2.0
4.3
5.5

ALL UL INSTALLATIONSMUSTHAVEA STANDBYTIME OF 4 HOURSOR MORE.
BATTERY,NOPMALLY
NEEDNOT BE REPLACEDFOR AT LEAST 5 YEARS.

*TWOBAITERIES REQUIRED;WIRE IN SERIES
FUSES:

BATTERY:
4A
BELL:
3A
CONSOLEPOWER:1A
AUX. POWER: 2A

(No.
(No.
(No.
(No.

90-17)
90-12)
90-14)
90-2)

No. 4157 CONSOLE
4" (102 mm) W 6-l/2"

PHYSICAL

lEBcifTu~

VOLTAGEINPUT:
DRAIN:
GLJRRENT

(165 mm) D 1" (25 mm)

12VDc
120 IllA

No. 4137 REIPDTBOONSOLE
(121 mm) W 8.4"

PE??SICAL

H 4.75"

BIacrRIcAL:

VOLTAGEINPUT:
CURRENTDRAIN:

(213mm) D 1.1" ( 28 mm)

12VDc
60 HIA

No. 5330 CONSOLE
1.

PHYSICAL

H 4.37"

(113 mm) W 7.75"

ELmxRIcAL

VOLTAGEDRAIN:
DRAIN:
GURRENT

(207mm) D 1.25" (32s~~)

12VDc
80 HIA (staidby)
105 mA (lit display)

No. 419OUHDUAL POINT RR!
1.

PHYSICAL

H 3-l/4"

(81mm) W 2-l/8"

EImmucAL

VOLTAGEINPUT:
WRRENPDRAIH:

(53mm) D 1" (23mm)

8- 11 volts
2 ICIA(HIGH Gr~Rmrr)
1mA (LC%JCURRENT)

No. 419250 PEOTURLETRICSMDKRDETRcrOR
1.

PBYSICAL

BASE DIA.: 5.0"
3.15" (8Omm)

NLRBCAL

VOLTAGEINPUT:
CURRENTDRAIN:

(127mm). COVERHGT: 3" (76mm). COVERDIA.:
7-11VDc
Less than 320 uA (standby)
320-400 uA (Active)

No. 4192SDT PEOTDELECTRIC
SHORRDETECTOR
W/BUILT-IN 13S"P/57“C HEAT DKTEZTOR
1.

PUYSICAL

BASE DIA: 5.0"
3.15" (8Omm)

ELBcrRIcAL

VOLTAGEINPUT:
CURRENT
DRAIN:

(127mm). COVERHGT: 3" (76mm). COVERDIA.:
7-1lVDC
Less than 320 uA (standby)
320-400 uA (Active)

No. 4192CP IONI2ATION DRTRCTOR
1.

PHPSICAL

BASE DIA: 5.0"
3.15" (8Omm)

EtBcrRIcAL

VOLTAGEINPUT:
CURRENT
DRAIN:

(127mm). COVERHGT: 3" i76mm), COVERDIA.:
7-11VDc
Less than 320 uA (standby)
320-400 uA (Active)

No. 4196 PASSIVE INFRMEDDRTECTOR/RP!4
1.

PHYSICAL

H 4-l/4"

ELXTRICAL

VOLTAGEINPUT: 8 - 1lV
CURRENT
DRAIN: 0.8 mA (OPERATING)
1mAMLAR.M)

(108mm) W 3-l/4"

(82.6mm) D 2-l/8"

(54mm)

No. 4197 LINR ExTgMlER llDDULB
1.

PEYSICAL

H 5" (127mm) W 3.94"

lELwrRIcAL

VOLTAGEINPUT: 12VDC
CURRENTDRAIN: mA

(lOOmud D 1.25" (32mm)

No. 4208 8 KUNT RPM (Cover included)
1.

PEXSICAL

H 7" (178mm) W 3-7/8"

BLEcTRIcAL

VOLTAGEINPUT
CURRENT
DRAIN

(98mm) D l-3/8"

(35mm)

8-1lV
16 mA

No. 4275 PIR/TRANSKMDER
1.

WPSICAL

H 3.7"

(94mm) W 3" (76mm) D 1.5" (38mm)

EtBc!cRIcAL

VOLTAGEINPUT
CURRENTDRAIN

8-1lV
Less than 1 mA (LED inactive)
6 mA (LED Active)

No. 4194WE SURFACEHIUNT RREDCONTACT/TRANSPONDER
1.

PHTS1GA.L

L 4.25"

(108~~) W .625" (16mm) H .75" (19mm)

xLEcTRIc&.s

VOLTAGEINPUT
WRRRNTDRAIN

GAP

.75" (19lllm)

8-1lV
0.5 mA

No. 4139UE/GY/BR SURFACR-RBRD

OQNUCT/TRANSP

PHYSICAL

H .56" (14mnd W .50" (13mm) L 1.5" (64od

xErRIcAL

VOLTAGEINPUT
CURm DRAIN

GAP

.875”

8-1lV
0.5 mA

(22md

No. 419lUR RRCRSSMNJNTRREDCONTAWTRANSP
1.

'PEYSICAL

DIAMETER.50" (13mm) LENGTH2" (5lmm)
TO THE INSTALLER

Regular maintenance and inspection (at least annually) by the installer and frequent testing by the user
are vital to continuous satisfactory operation of any alarm system.
The installer should assume the responsibility of developing and offering a regular maintenance
program to the user as well as acquainting the user with the proper operation and limitations of the
alarm system and its component parts. Recommendations must be included for a specific program of
frequent testing (at least weekly) to insure the system’s proper operation at all times.

1
“FEDERAL COMMUNICATIONS
COMMISSION (FCC) STATEMENT’
This equipment has been tested to FCC requirements and has been found acceptable for use. The FCC requires the following
statement for your information:
This equipment generates and uses radio frequency energy and if not installed and used properly, that is, in strict accordance with
the manufacturer’s instructions may cause interference to radio and television reception. It has been type tested and found to
comply with the limits for a Class B computing device in accordance with the specifications in Subpart J of Part 15 of FCC Rules.
which are designed to provide reasonable protection against such interference in a residential installation. However, there is no
guarantee that interference will not occur in a particular installation. If this equipment does cause interference to radio or television
reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference
by one or more of the following measures:
l If using an indoor antenna, have a quality outdoor antenna installed.
l Reorient the receiving antenna until interference is reduced or eliminated.
l Move the receiver away from the control/communicator.
0 Plug the control/communicator into a different outlet so that it and the receiver are on different branch circuits.
0 Move the antenna leads away from any wire runs for control/communicator.
If necessary, the user should consult the dealer or an experienced radio/television technician for additional suggestions.
The user may find the following booklet prepared by the Federal Communications Commission helpful:
“Interference Handbook.”
This booklet is available from the U.S. Government Printing Office, Washington, DC 20402. Stock No. 004-000-00450-7.

WARNING

THE LIMITATIONS OF THIS ALARM SYSTEM
While this system is an advanced design security system, it does not offer guaranteed protection
against burglary or fire or other emergency. Any alarm system, whether commercial or residential, is
subject to compromise or failure to warn for a variety of reasons. For example:
0 Intruders may gain access through unprotected openings or have the technical sophistication to
bypass an alarm sensor or disconnect an alarm warning device.
l Intrusion detectors (e.g., passive infrared detectors), smoke detectors. and many other sensing
devices will not work without power. Battery operated devices will not work without batteries, with
dead batteries, or if the batteries are not put in properly. Devices powered solely by AC will not
work if their AC power supply is cut off for any reason, however briefly.
0 A user may not be abte to reach a panic or emergency button quickly enough.
0 While smoke detectors have played a key role in reducing residential fire deaths in the United
States, they may not activate or provide early warning for a variety of reasons in as many as 35%
of all fires, according to data published by the Federal Emergency Management Agency. Some of
the reasons smoke detectors used in conjunction with this System may not work are as follows:
Smoke detectors may have been improperly installed and positioned. Smoke detectors may not
sense fires that start where smoke cannot reach the detectors, such as in chimneys, in walls, or
roofs, or on the other side of closed doors. Smoke detectors also may not sense a fire on another
level of a residence or building. A second floor detector, for example, may not sense a first floor
or basement fire. Moreover, smoke detectors have sensing limitations, No smoke detector can
sense every kind of fire every time. In general, detectors may not always warn about fires caused
by carelessness and safety hazards like smoking in bed, violent explosions. escaping gas,
improper storage of flammable materials, overloaded electrical circuits, children playing with
matches, or arson. Depending on the nature of the fire and/or the location of the smoke
detectors, the detector, even if it operates as anticipated, may not provide sufficient warning to
allow all occupants to escape in time to prevent injury or death.
0 Alarm warning devices such as sirens, bells or horns may not alert people or wake up sleepers if
they are located on the other side of closed or partly open doors. If warning devices are located
on a different level of the residence from the bedrooms, then they are less likely to waken or alert
people inside bedrooms. Even persons who are awake may not hear the warning if the alarm is
muffled by noise from a stereo. radio, air conditioner or other appliances, or by passing traffic.
Finally, alarm warning devices, however loud, may not warn hearing-impaired people or waken
deep sleepers.
0 Telephone lines needed to transmit alarm signals from a premises to a central monitoring station
may be out of service or temporarily out of service. Telephone lines are also subject to
compromise by sophisticated intruders.
0 This equipment, like other electrical devices, is subject to component failure. Even though this
equipment is designed to last as long as 10 years, the electronic components could fail at any
time.
The most common cause of an alarm system not functioning when an intrusion or fire occurs is
inadequate maintenance. This alarm system should be tested weekly to make sure all sensors are
working properly.
tnstalling an alarm system may make one eligible for lower insurance rates, but an alarm system is
not a substitute for insurance. Homeowners, property owners and renters should continue to act
prudently in protecting themselves and continue to insure their lives and property.
We continue to develop new and improved protection devices. Users of alarm systems owe it to
themselves and their loved ones to learn about these developments.

ADEMCO
LIMITED WARRANTY
Alarm Device Manufacturing Company, a Division of Pittway Corporation. and its divisions, subsidiaries and affiliates (“Seller”). 165 Eileen Way,
Syosset. New York 11791, warrants its products to be in conformance with its onin plans and specifications and 10be free from defects in materials
and workmanship under normal use and service for 18 months from the date stamp control on the product or, for products not having an Ademco
date stamp, for 12 months from date 01original purchase unlessthe installation instructions or catalog sets forth a shorter period, in which case the
shorter period shall apply. Seller’s obligation shall be limited to repairing or replacing, at its option. free of charge for materials or labor. any part which
is proved not in compliance with Seller’s specifications or proves defective in materials or workmanship under normal use and service. Seller shall
have no obligation under this Limited Warranty or otherwise if the product is altered or improperfy repaired or serviced by anyone other Ihan Ademco
factory service. For warranty service, return product transportation prepaid. to Ademco Factory Service. 165 Eileen Way, Syosset. New York 11791.
THERE ARE NO WARRANTIES, EXPRESS OR IMPLIED, OF MERCHANTABILITY.OR FfTNESS FOR A PART&Z&AR PURPOSEOROTHERWISE,
WHICH EXTEND BEYOND THE DESCRIPTION ON THE FACE HEREOF. IN NO CASE SHALL SELLER BE LIABLE TO ANYONE FOR ANY
CONSEOUENTIAL OR INCIDENTAL DAMAGES FOR BREACH OFTHIS OR ANY OTHER WARRANTY, EXPRESS OR IMPLIED, OR UPON ANY
OTHER BASIS OF LIABILITY WHATSOEVER, EVEN IF THE LOSS OR DAMAGE IS CAUSED BY THE SELLER’S OWN NEGLIGENCE OR FAULT.
Seller does not represent that its product may not be compromised or circumvented; that the product will prevent any personal injury or property loss
by burglary. robbery, fire or otherwise; or that the product will in all cases provide adequate warning or protection. Buyer understands that a properly
installed and maintained alarm may only reduce the risk of a burglary, robbery or fire without warning. but it is nol insurance or a guarantee that such
will not occur or that there will be no personal injury or properly loss as a result. CONSEQUENTLY. SELLER SHALL HAVE NO LIABILITY FOR ANY
PERSONAL INJURY, PROPERTY DAMAGE OR OTHER LOSS BASED ON A CLAIM THE PRODUCT FAILED TO GIVE WARNING. However, if Seller
is held liable, whether directly or indirectly. for any loss or damage arising under lhii Limited Warranty or otherwise, regardless of cause or origin,
Seller’s maximum liability shall not in any case exceed the purchase price of the product. which shall be the complete and exclusive remedy against
Seller.
This warranty replaces any previous warrantis and is the only warranty made by Seller on this product. No increase or alteration.wrMen or verbal. of
the obligation of this Limited Warranty is authorized.

ALARM DEVICE
MANUFACTURING CO.
A DIVISION OF PITIWAY CORPORATION
165 Elleen Way, Syosset, New York 11791
N2759V3

l/90

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Modify Date                     : 2006:06:17 13:53:17-05:00
Title                           : Model 4153 Point Protection Control/Communicator
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4153 Point Protection Control/Communicator Vector 3000 Installation Manual

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