4 Sentrol ZX440F Install & Programming 1998

2015-08-27

: InterLogix Sentrol Zx440F Install & Programming 1998 Sentrol ZX440F_Install & Programming_1998 library

Open the PDF directly: View PDF .
Page Count: 99

SENTROL ZX440F

Security System Control

Installation/

Programming

New Features............................................................................................................. 6

ZX440F Wiring Diagram ........................................................................................... 7

ZX440F Terminal Descriptions .................................................................................. 8

ZXCFM Connection Descriptions.............................................................................. 9

“2 in 1” Zoning™ .................................................................................................... 10

Conventional Methods of Wiring ........................................................................... 12

Class ‘B’ End-Of-Line Resistor Supervised Zones ..................................................... 12

Non-Supervised Closed Circuit Loop (No EOL Resistor Supervision) ...................... 12

Control Station Addressing and Supervision ......................................................... 13

SSD, LCD, and VFD Control Stations ...................................................................... 13

LED Control Stations .............................................................................................. 13

Control Station Troubleshooting............................................................................ 14

Clearing Trouble Messages ..................................................................................... 14

12 VDC Outputs ...................................................................................................... 15

Additional Outputs.................................................................................................. 15

Expansion Zones ..................................................................................................... 17

ZXEXP Zone Expander Module............................................................................... 18

Installation ............................................................................................................. 18

Fire Zone Modules .................................................................................................. 19

ZEM Zone Expansion Module ................................................................................ 19

ZRM Zone Relay Module ........................................................................................ 21

ZXCFM Commercial Fire Module ............................................................................ 22

UL 864 Compliance................................................................................................ 22

ZXCFK Fire Module Kit ........................................................................................... 22

Upgrading a ZX410 With a ZXCFK ......................................................................... 22

Installation of the F2600 Transformer Enclosure ..................................................... 24

Defaulting the Control for Commercial Fire Alarm Use ........................................... 24

Optional Battery Configurations ............................................................................. 25

ZX440F Power Worksheet ...................................................................................... 26

Auxiliary Power Supply Installation ......................................................................... 27

System Power Routing ........................................................................................... 28

Table of Contents

TABLE OF CONTENTS

ZXPTR Printer Interface Module............................................................................. 29

Specifications And Features .................................................................................... 30

Control Board ........................................................................................................ 30

Power Supply ......................................................................................................... 30

Recommended Battery ........................................................................................... 30

Transformer ............................................................................................................ 30

Enclosure................................................................................................................ 30

Digital Communicator............................................................................................ 30

Control Stations ..................................................................................................... 31

ZXLCD Control Station........................................................................................... 31

ZXVFD Control Station ........................................................................................... 31

ZXLED12 Control Station ....................................................................................... 31

ZXSSD Control Station ........................................................................................... 31

Optional Accessories .............................................................................................. 31

Output Provisions................................................................................................... 32

List Of Compatible Accessories............................................................................... 33

ESL Two-Wire Smoke Detectors .............................................................................. 33

ESL Four-Wire Smoke Detectors .............................................................................. 33

System Sensors Two-Wire Smoke Detectors............................................................ 33

System Sensors Four-Wire Smoke Detectors ........................................................... 33

Wheelock ............................................................................................................... 33

Compatible Central Station Receivers ..................................................................... 33

Agency Requirements ............................................................................................. 34

UL and ULC Listings ............................................................................................... 35

National Fire Protection Association (NFPA) Rules ................................................ 36

Smoke Detector Locations ...................................................................................... 36

Testing ................................................................................................................... 36

System Troubleshooting ......................................................................................... 37

Operating the System ............................................................................................. 38

Introduction ........................................................................................................... 38

Powering Up With the Control Station ................................................................... 38

Control Stations ..................................................................................................... 39

Control Station Overview ....................................................................................... 40

Control Station Function Keys ................................................................................ 41

Secondary Function Keys........................................................................................ 41

Installer Arming and Disarming .............................................................................. 42

Installer On Premises .............................................................................................. 42

Testing ................................................................................................................... 42

TABLE OF CONTENTS

Programming the Control ..................................................................................... 43

Introduction ...........................................................................................................43

Local Programming ................................................................................................43

Remote Programming (RPM/2) ..............................................................................43

Area Partitioning ....................................................................................................43

LED Control Station Programming .........................................................................45

Installer Level Programming.................................................................................. 46

Menu Options ........................................................................................................46

Remote Connect ...........................................................................................46

Set Clock .......................................................................................................46

Edit Function Map.........................................................................................47

Entering a New Value at a Location ...............................................................47

Programming Account Code and Telephone Number Digits .........................48

Programming Report Codes and Attribute Fields...........................................48

Additional Programming Notes .....................................................................48

Programming Zone Names ...........................................................................48

Programming User Codes .............................................................................49

Restore Factory Defaults ................................................................................50

Days Until Next Comm Test ..........................................................................50

Call RPM .......................................................................................................50

Function Map .........................................................................................................51

Area Data Descriptions ..................................................................................51

Keypad Data Descriptions .............................................................................54

Zone Data Descriptions .................................................................................56

User Data Description ...................................................................................59

Authority Levels.............................................................................................60

Output Definitions Description......................................................................62

Programmable Output Activation .......................................................64

Other Bell Output Activation ..............................................................64

Fire Bell Outputs Activation.................................................................64

Global System Options Description ...............................................................66

Communicator Data Description ...................................................................68

Communication Telephone Numbers Description .........................................69

Dialed Digits Allowed..........................................................................70

Event Reporting Description ..........................................................................70

Zone Report Codes Description.....................................................................72

User Report Codes Description ......................................................................74

System Report Codes Description..................................................................75

Area Schedules Description ...........................................................................77

Automatic Arming ..............................................................................77

Latch Key Schedules ...........................................................................77

Programming Options...................................................................................79

Programming Notes ...............................................................................................80

TABLE OF CONTENTS

Digital Communicator Table For Contact ID Formats........................................... 84

UL Programming Requirements ............................................................................ 87

Underwriters Laboratories (UL) Listing ....................................................................87

UL Notes In This Manual .........................................................................................87

UL Notes About Program Functions ........................................................................87

UL Notes About Zone Planning...............................................................................88

ZX440F Operating Instructions Placard ................................................................ 91

FCC Compliance ..................................................................................................... 93

TABLE OF CONTENTS

The Sentrol ZX440F Security Control features ease

of installation and programming. The ZX440F is

easily programmed with any one of four Control

Stations (LCD, LED, SSD, or VFD). The control may

also be programmed remotely with the aid of a

personal computer (PC) and a modem using

Sentrol’s remote programming software

(RPM2PRO) and a panel support module

(PRO400). The Control Stations are easy-to-oper-

ate and contain features such as cross-zoning, and

an audibles “mute” function to help reduce false

alarms.

The ZX440F is pre-programmed at the factory with

one 2-wire smoke detector zone and ten burglar

zones (one delay, two interior and seven instant).

Zones 6 & 12 are dedicated as Phone Line Moni-

tor and Ground Fault Monitor inputs and may not

•12 Zones with Sentrol’s unique “2 in 1” Zoning™

•Plus one 2-wire fire zone

•Expandable to 28 zones, plus two 2-wire fire zones

•Two truly independent partitions

•Up to 50 user codes with 15 levels of authority

•75 event log

•Four interchangeable Control Stations to choose from

•Customized scheduling with special supervisory report

•Ideal for residential, commercial, and industrial applications

•Control Station programming in less than 2 minutes with factory defaults

New Features

NEW FEATURES

be used. A zone expander may be added to pro-

vide an additional 2-wire smoke detector zone and,

with the use of “2 in 1” Zoning™, up to 16 addi-

tional zones.

The Control’s on-board RAM maintains its data

even with the power disconnected. A “Watchdog”

timer monitors the microprocessor to ensure the

operational integrity of the system. The ZXCFM

on a ZX440F is equipped with one low current

programmable output (PGO1) and three high cur-

rent bell outputs (FIRE BELL 1, FIRE BELL 2 &

OTHER BELL). No outputs are available on the

ZX440F Control Board. In addition, two ZXODMs

(Output Driver Modules) can be added to provide

20 more programmable low current outputs which

may be used to trigger other devices.

See Specification and Features section for a complete list of compatible accessories.

FIGURE 1 Suggested UL Household Burglar Alarm and/or Fire (ƒƒ) Alarm Hookup

ZX440F Wiring Diagram

ZX440F WIRING DIAGRAM

+12V NEG TG+ TG - COM NC NO

MPI-206

TO TERMINAL 10

TO TERMINAL 20

OPTIONAL - When relay is required

PGO1

OUT

(ZXCFM J4)

ZX440F

TO RJ-31X

LINE 2

TO RJ-31X

LINE 1

RED

BLUE

GREEN

STRAIN

RELIEF

POWER-LIMITED

EARTH

GROUND

YELLOW

BLACK

BLUE

WHITE

GREEN

PURPLE

ORANGE

ZXCFM

J1 J3

CONTROL LINE 2

B1+ NEG

LINE 1

B1- B2+ B2- B3

PGO1

OUT

NEG (

)

OFF

NORM

BLK

WHT

GRN

RED

BELL DISCONNECT

SWITCH

GRAY

(

)

J11

J10

SW NEG

GREEN

Enclosure

Door

Ground

Wire

UNIFIED

EARTH

GROUND

QUIESCENT CHARGE

CURRENT: 20mA.

Replacement: Every 3 - 5 years.

FLOAT BATTERY VOLTAGE:

13.6 - 13.8V

Max. current: 500mA.

WARNING

Internally Fused.

Do Not Short.

Do Not Connect

To A Switched

Receptacle.

TRANSFORMER

Basler BE 118250

18.0VAC

U.L. Class II 60Hz

I.C. Load Number 1

1500Ω (CR854)

(CONV ZONING)

AC XFMR 4

AUX12 5

BELL 6

2WS 7

NEG 8

DAT A 9

DAT B 10

KP+12 11

NEG 12

Z1/7 13

Z2/8 14

NEG 15

Z3/9 16

Z4/10 17

NEG 18

Z5/11 19

Z6/12 20

NEG

1 2

++--

POWER ALARM

CONTACTS

LISTED RATE OF RISE OR

FIXED TEMPERATURE THERMOSTAT

TO ANY ZONE DEFINED

AS 24-HOUR FIRE

POWER SUPERVISION UNIT

ESL MODEL 204-12/24V

CONTROL STATIONS

AND OTHER

PERIPHERALS

RED

BLACK

BROWN BROWN

1500Ω

1/2 WATT

N.O.

N.C. ZONE 1

1500Ω

1/2 WATT

N.C. ZONE 3

825Ω

1/4 WATT

1500Ω

1/2 WATT

N.C.

N.C. ZONE 11

ZONE 5

1500Ω (CR854)

(EOL DEVICE)

POWER

SMOKE DETECTOR

SENTROL 2-WIRE

MODELS

METHOD 1 METHOD 2

TIP RING T1 R1

RED

BLACK

WHITE

PG01

TEL

SUPV

J-3

SMOKE DETECTOR

SENTROL 4-WIRE

MODELS

To Bat. + On The Control

(2) 12V SEALED

LEAD ACID BATTERIES

BATTERY

To Bat. - On The Control

RED

N.C. ZONE 9

825Ω

1/4 WATT

D1 D2

MOTION

DETECTOR

MODEL CR853 - 825Ω E.O.L.

MODEL CR854 - 1500Ω E.O.L.

UL LISTED RESISTORS

EARTH

GROUND

CONNECTION OF BURGLAR ALARM INITIATING DEVICES

HCP-12SULC

POWER SUPPLY

1234

DO NOT CONNECT BURGLAR

ALARM INITIATING DEVICES TO

THE SAME POWER SOURCE AS

FIRE ALARM DEVICES

Yuasa B-1270

ADEMCO AB12M

GRADE A BELL

COMMERCIAL

POLARIZATION AND

NOISE SUPPRESSION

DIODE

CONNECTION OF UL COMMERCIAL

BURGLAR AUDIBLE

JUMPER

ALL WIRING

BETWEEN CONTROL

& BELL MUST BE IN

CONDUIT.

1500Ω (CR854)

(EOL DEVICE)

B3NEG 13

Z2/8

NOTE

Terminal 19 (Z6/12) is used by the ZXCFM. Do not connect any other wires,

equipment or EOLs to this terminal. Connect only the yellow wire from the

ZXCFM to this terminal.

Terminal 5 (BELL) is used by the ZXCFM. Do not connect any other wires,

equipment or EOLs to this terminal. Connect only the white wire from the ZXCFM

to this terminal.

CLASS II

POWER-LIMITED

1500Ω

EOL

1500Ω

EOL

CLASS II POWER-LIMITED

1, 2 AC Input Connect the appropriate UL Class II transformer using 18 gauge minimum 2

conductor wire. Do not exceed 50 feet. Use a T1850 transformer.

CAUTION: Do not short the terminals of the transformer together. This

causes the internal fuse to blow. The transformer must be connected to a

120 VAC, 24-hour outlet not controlled by a switch other than an approved

over-current protection device.

NOTE: For commercial fire applications, an F2600 transformer enclosure must

be installed prior to connection of the primary power source. The AC power

wiring must be routed through dedicated conduit and a dedicated enclosure

knockout. It may not be intermixed with any low voltage power limited field

wiring per NFPA 70.

3 Switched Negative (-) Current limited 100 mA terminal. Negative connection for 4-wire smoke

detectors, glass break detectors, and devices requiring resettable power.

4 Auxiliary Power (+)12 VDC 500 mA continuous power. Overcurrent protected at 1.35 amps

(PTC4). Used for powering motion detectors, 4-wire smoke detectors, glass

break detectors, and other accessories.

CAUTION: Use terminals 4 and 10 when calculating total current drain.

5 Supervised Bell Output (+)12 VDC. Combined alarm current should not exceed 1.5 amps. Overcurrent

protected at 1.85 amps (PTC2). Terminal 5 is connected to the ZXCFM and the Bells

and their EOLs are connected off of the ZXCFM. Do not connect anything else to

terminal 5.

6 Two Wire Smoke (Zone 30) (+)12VDC of two-wire smoke detectors connected to this terminal. A 1500

(power-limited) Ohm EOL resistor (CR854) must be connected between terminals 6 and 7

regardless of whether a two-wire smoke detector is used or not. The maximum

series resistance is 30 Ohms. The maximum voltage is 13.85 VDC. The maximum

number of detectors is 20.

7, 11 Common Negative BLACK WIRE - (-)12 VDC. Negative connection for Control Stations, zone

expander, printer interface, ODMs, 2-wire smoke detectors, motion detectors, and

other devices.

8 Local Data Bus In (A) GREEN WIRE - Connection for Control Stations, zone expander, printer

interface and ODMs. Use 22 guage wire up to 1000 ft. Use 18 guage wire up to

2000 ft.

9 Local Data Bus Out (B) WHITE WIRE - Connection for Control Stations, zone expander, printer

interface and ODMs. Use 22 guage wire up to 1000 ft. Use 18 guage wire up to

2000 ft.

10 Control Station Power RED WIRE - (+)12 VDC 500 mA continuous power connection for Control

Stations, zone expander, printer interface and ODMs. Overcurrent protected at

1.85 amps (PTC4).

CAUTION: Use terminals 4 and 10 when calculating total current drain.

12 Zone 1/7 Loop (+)

13 Zone 2/8 Loop (+)

14 Common Negative

15 Zone 3/9 Loop (+)

16 Zone 4/10 Loop (+)

17 Common Negative

18 Zone 5/11 Loop (+)

19 Zone 6/12 Loop (+)

20 Common Negative

TIP Incoming Telephone Line GREEN wire from RJ-31X direct connect telephone cord.

RING Incoming Telephone Line RED wire from RJ-31X direct connect telephone cord.

T1 House Phone Connection BROWN wire from RJ-31X direct connect telephone cord.

R1 House Phone Connection GRAY wire from RJ-31X direct connect telephone cord.

PGO1 Programmable Output 1 PGO1 is connected to the ZXCFM.

TEL SUPV Telephone Supervision TEL SUPV is connected to the ZXCFM.

TERMINAL FUNCTION DESCRIPTION

ZX440F Terminal Descriptions

Each loop requires a 1500 Ohm end-of-line resistor (P/N CR854) for the primary

zone, and an 825 Ohm end-of-line resistor (P/N CR853) for the secondary zone.

A common negative is shared among all zones. The need for end-of-line resistors

may be eliminated on all Burglar defined zones through programming. See

Figure 1 for “2 in 1” Zoning™ wiring examples. Terminal 19 (Zones 6/12) is

connected to the ZXCFM for Phone Line Monitor and Ground Fault Monitor. Do

not connect anything else to terminal 19.

(power-limited)

ZX440F TERMINAL DESCRIPTIONS

J1 Phone Interconnect Phone connection to control panel.

J2 Phone Line 2 RJ-31X connection.

J3 Phone Line 1 RJ-31X connection.

J4 PGO1 Output +12 VDC, 40 mA programmable output. (See Figure 1).

J5 NEG Negative connection for PGO1.

J6 Panel Interconnect Seven pin connection to panel. Provides AC Power, Bell Monitor, Phone Line

Monitor, Ground Fault Monitor, Earth Ground, Phone Line Control, Bell and PGO1

Control and Sounder Control.

J7 Data Bus Four-wire Data Bus connection for devices (NEG, DATA A, DATA B, +12 VDC).

500 mA continuous power, overcurrent protected at 0.9 Amps (PTC1).

J8 Data Bus Interconnect Four-wire Data Bus connection to panel.

J10 Battery In Connection to battery.

J11 Battery Out Connection to (+) RED battery lead on control.

B1+ Fire Bell 1 (+)12 VDC. Alarm current should not exceed 0.5 Amps. Overcurrent protected

at 0.9 Amps (PTC2). A 1500 Ohm EOL resistor (CR854) must be connected

between terminals B1+ and B1-; otherwise a bell output fault will occur. The

Bell Disconnect switch will disable the bell and cause a bell fault.

B1- Fire Bell 1 Neg (-) 12 VDC. Negative connection for Fire Bell 1.

B2+ Fire Bell 2 (+)12 VDC. Alarm current should not exceed 0.5 Amps. Overcurrent protected

at 0.9 Amps (PTC7). A 1500 Ohm EOL resistor (CR854) must be connected

between terminals B2+ and B2-; otherwise a bell output fault will occur. The Bell

Disconnect switch will disable the bell and cause a bell fault.

B2- Fire Bell 2 Neg (-) 12 VDC. Negative connection for Fire Bell 2.

B3 Other Bell (+)12 VDC. Alarm current should not exceed 0.5 Amps. Overcurrent protected

at 0.9 Amps (PTC8). Unsupervised, an EOL resistor is not required.

NEG NEG (-) 12 VDC. Negative connection for Other Bell.

CONN FUNCTION DESCRIPTION

ZXCFM Connection Descriptions

ZXCFM CONNECTION DESCRIPTIONS

Method 2 wires two separate zone loops back into

one set of terminals. The panel recognizes each

loop independently because two different EOL re-

sistor values are used to differentiate between the

Primary Zone (1500 Ohm 1/2 Watt) and the Sec-

ondary Zone (825 Ohm 1/4 Watt). This method

provides two zones with one set of terminals and is

ideal for pre-wire or already installed wiring.

Figure 3 “2 in 1” Zoning™ Wiring - Method 2

The resistors in Figure 2 & 3 are 1%

values to maintain proper loop resis-

tance values. If replacements are re-

quired, please refer to the manufac-

turer for correct replacements. The

1500 ohm resistor is color coded

Brown•Green•Black•Brown•Brown.

The 825 ohm resistor is color coded

Gray•Red•Green•Black•Brown.

All zones sense five different voltage levels enabling

one zone to act as two. Troubleshooting is simple

using just a voltmeter at the control. The control

monitors the voltage level across the zone and uses

the voltage levels in Table 1 to determine whether

the zone is normal, open, or shorted.

If a Normally Open Device is used with

“2 in 1” Zoning™, a short will occur

across both zone loops when that de-

vice goes into alarm. It is recom-

mended that these types of devices

be used with Conventional Zone wir-

ing only. This type of wiring is not suit-

able for fire alarm initiating circuits.

The Sentrol ZX440F Security Control introduces an

all new method of wiring zones that saves both time

and wire costs. “2 in 1” Zoning™ allows the in-

staller to wire two separate zones in parallel into one

set of terminals.

Each zone is uniquely identified by its end-of-line re-

sistor. The Primary Zone (zones 1-6) in each termi-

nal is identified by a 1500 Ohm EOL resistor. The

Secondary Zone (zones 7 - 12) is identified by an

825 Ohm EOL resistor. The Primary and Secondary

zones operate as two independent zones to provide

separate reporting, programming, and displays. Each

zone is fully programmable as described in Installer

Level Programming - Zone Data Descriptions. The

zones are for Form A, Form B, or Form C sensors.

Maximum total loop wire and contact resistance

(not including EOL) must not exceed 100 Ohms

for the loop to function properly.

There are two methods of wiring for “2 in 1” Zon-

ing™. Method 1 wires one zone loop back to the

control while a second zone loop is added in parallel

off the first. This method may be employed in sys-

tem retrofits, system expansions, or just simply to

save wire cost and labor.

Figure 2 “2 in 1” Zoning™ Wiring - Method 1

NOTE

Secondary Zone

825Ω 1/4W

1500Ω 1/2W

Primary Zone

Secondary Zone

825Ω 1/4W

1500Ω 1/2W

Primary Zone

“2 in 1” Zoning™

NOTE

“2 in 1” Zoning™

Primary Zone and Secondary Zone Infinite Ohms 5.24 - 8.25 V

Open Contacts; Loop Cut or Open

Secondary Zone Open Contact, 1500 Ohms 4.24 - 5.23 V

Primary Zone Normal

Primary Zone Open Contact, 825 Ohms 3.24 - 4.23 V

Secondary Zone Normal

Primary Zone and Secondary Zone 825 Ohms in parallel with 2.00 - 3.23 V

Normal 1500 Ohms = 532 Ohms

Primary Zone and Secondary Zone 0 Ohms 0 - 1.99 V

Shorted

CONDITION NOMINAL LOOP RESISTANCE VOLTAGE READING

TABLE 1 “2 in 1” Zoning™ Troubleshooting Chart

“2 in 1” Zoning™

Class ‘B’ End-Of-Line Resistor

Supervised Zones

A Class ‘B’ zone must be supervised with a 1500

Ohm 1/2 Watt end-of-line resistor (P/N CR854). This

resistor should be installed in series at the furthest

point from the control. This configuration must be

used whenever both Form A and Form B devices are

connected and provides a high degree of protec-

tion against compromise or tampering. The control

monitors the voltage level across the Primary zone

and uses the Primary zone voltage levels in Table 1

to determine whether the zone is normal, open, or

shorted. The operation of a zone is programmable

as described in Installer Level Programming - Zone

Data Descriptions. Maximum total loop wire and

contact resistance (not including EOLs) must not

exceed 100 Ohms for the loop to function prop-

erly. The 1500 Ohm EOL resistor is optional for

Form A connections but is required for Form B.

Figure 4 Conventional Zone Wiring Method

For UL Listed systems, EOL Supervi-

sion is required.

1500Ω 1/2W

Primary Zone

Normally

Open

Normally

Closed

Non-Supervised Closed Circuit

Loop (No EOL Resistor

Supervision)

The EOL resistor is not required on Burglar zones. A

conventional closed circuit loop may be connected

directly to a primary zone and the zone will have

either a short or an open condition. See Installer Level

Programming - Zone Data Descriptions for program-

ming an unsupervised zone. Fire zones may not be

installed as unsupervised. Only Burglar defined

zones may be wired non-supervised. “2 in 1” Zon-

ing™ is not allowed.

Conventional Methods of Wiring

NOTE

CONVENTIONAL WIRING

Control Station Addressing and Supervision

LED Control Stations

These Control Stations have a jumper on the circuit

board to set the address. To change the address of

the Control Station #1 to Control Station #2, remove

JP2 (see Figure 6).

1234

OFF

CONTROL STATION ADDRESSING AND SUPERVISION

All Control Stations are shipped from the factory as

Control Station #1. They may be set to other ad-

dresses as described below.

A supervised Control Station is reported as missing

when the system fails to get any response from it.

In order to maintain supervision, each supervised

Control Station must have its own unique address.

SSD, LCD, and VFD Control

Stations

These Control Stations have a four position DIP

switch on the circuit board to set the address. To

change the address, the DIP switch setting must be

positioned according to Figure 5.

Figure 5 Control Station DIP Switch Settings

Figure 6 LED Control Station Jumper

JP2

Remove JP2 for keypad 2

Clearing Trouble Messages

Once the system is up and running, trouble condi-

tions may occur. Most trouble conditions are cleared

automatically when the condition that initiated the

trouble is restored or is eliminated. Three trouble

conditions (Memory Error, Smoke Trouble and Miss-

ing Keypad) may be cleared manually by pressing

and holding the Clear key for three seconds (until

two beeps are heard). This action is also required to

turn off the Duress output after it has been activated

and to cause an “Installer Off Premises” event (see

Operating the System - Installer On Premises).

Control Station Troubleshooting

CONTROL STATION TROUBLESHOOTING

If a Control Station is incorrectly wired, it will not

accept keystroke entries. The following symptoms

may appear:

from Common Negative (Terminal 7 or 11) to Data A (Terminal 8) ~ 8.7 VDC

from Common Negative (Terminal 7 or 11) to Data B (Terminal 9) ~ 3.5 VDC

from Common Negative (Terminal 7 or 11) to Control Station Power (Terminal 10) ~13.8 VDC

The nominal voltage at the control should measure

as follows:

TERMINAL VOLTAGE

A Bell 1 Silenced or Bell 2 Silenced trouble condition

may only be cleared by performing a smoke reset

operation.

No Control Station LED’s or display Black or Red Wire removed or cut

No response from key presses Green Wire removed or cut or two supervised

Control Stations at the same address

LED’s flash and may display “No Communication White Wire removed or cut

From Control” code Green/White Wires reversed

Green & White Wires shorted together

SYMPTOM CONDITION

12 VDC Outputs

12 VDC AND ADDITIONAL OUTPUTS

The ZX440F control provides one switched nega-

tive output, one Control Station power output, one

auxiliary power output, and one 2-wire smoke power

terminal. The ZXCFM on a ZX440F provides three

bell outputs and one programmable low current

output (PGO1). (See Figure 1).

Additional Outputs

Additional outputs can be added with the ZXODM

Output Driver Modules. Each module receives its

data from the local data bus and provides ten addi-

tional programmable outputs. The outputs provide

+12 VDC on activation and must be limited to 40

mA of current draw. ODM1 has 10 unique outputs.

ODM2 also has 10 unique outputs.

The ODMs may be addressed as ODM1 or ODM2.

You may use multiple ODMs at a given address pro-

vided that power restrictions are followed. The

ODMs come defaulted from the factory as ODM1.

To change from ODM1 to ODM2, remove power,

cut resistor R29, and re-apply power. Connect the

ODMs to the control as shown in Figure 7. Use the

twelve (12) wire cable provided with the ODMs for

the outputs as shown.

Output conditions can be programmed as one of

many conditions. Refer to Installer Level Program-

ming - Output Definitions Description for program-

ming information and restrictions.

A ZXODM may be mounted in the control enclo-

sure using the stand-offs provided in the ZEM/ODM

mounting hardware pack (P/N 13000515), as shown

in Figure 22.

Data bus connection Remove for ODM #2 J3 Connector

RED Connect to Control terminal 10

GREEN Connect to Control terminal 8

WHITE Connect to Control terminal 9

BLACK Connect to Control terminal 7

D10

C11

C10

ACTIVE

R19

R18

R21

R14

R13

R27

R12

R15

R20

R16

C4 U2

V3 V2

R29

R28

R25

R23

R22

R24

R26

J1 J3

ASSEMBLED

IN USA

OUTPUTS

12V AB NEG 123

45678910

NEG 12V

R10

R11

PC BOARD

MADE IN (USA)

U1Y1 C2

R17

HICKORY, NC

60821484 REV A

SENTROL

CONTROLS GROUP

DATA BUS CONNECTION

1 Tan 13 Burglar

2 Pink 3 Fire

3 Gray 14 Holdup

4 Violet 15 Auxiliary/Medical

5 Yellow 19 Arm AWAY

6 Orange 31 Chime

7 Blue 18 Ready

8 Dk Brown 25 Pre-Alarm

9 Green 34 Lamp

10 White 39 Access

NEG Black

12V Red

J3 CONNECTIONS

OUTPUT WIRE COLOR DEFAULT DESCRIPTION

The outputs on this module have lim-

ited transient immunity and should

not leave the enclosure.

Figure 7 ZXODM Wiring Diagram

NOTE

Outputs may be wired to indicator devices or re-

lay module triggers (MPI-206) provided the 40 mA

current draw condition is not exceeded. Figure 8

shows a wiring example for a relay to ODM 1

Output 2. Figure 9 shows a wiring example of

ODM 1 Output 1 to trigger an LED.

Connection to the ODM is only per-

mitted in residential fire and all bur-

glary applications.

Do not exceed 250 mA of total cur-

rent through the Red (+12V) and

Black wires (Negative) of the twelve

wire cable. Add 18 gauge wire from

the appropriate control panel termi-

nals for total current drains in excess

of 250 mA.

The LED & 470 Ohm current limiting

resistor shown in Figure 9 are not sup-

plied.

TAN WIRE

BLACK WIRE 470Ω

Connects to J3 (part of 12-wire cable)

Output 1

Neg

PINK WIRE

BLACK WIRE

Connects to J3 (part of 12-wire cable)

TRIG +

NEG

N.C.

COM

N.O.

+12V on Trig. Input

connects common to

N.O. terminals

Output 2

Neg

FIGURE 8 Output Connected to a Relay

NOTE

FIGURE 9 Output Connected to an LED

NOTE

12 VDC AND ADDITIONAL OUTPUTS

NOTE

ZONE ON-BOARD ZXP ZONE ZEM ZONE

1 On-Board Zone 1 Primary

2 On-Board Zone 2 Primary

3 On-Board Zone 3 Primary

4 On-Board Zone 4 Primary

5 On-Board Zone 5 Primary

6 On-Board Zone 6 Primary

7 On-board Zone 1 Secondary

8 On-Board Zone 2 Secondary

9 On-Board Zone 3 Secondary

10 On-Board Zone 4 Secondary

11 On-Board Zone 5 Secondary

12 On-Board Zone 6 Secondary

13 ZXP1 Zone 1 Primary ZEM1 Zone 1

14 ZXP1 Zone 2 Primary ZEM1 Zone 2

15 ZXP1 Zone 3 Primary ZEM1 Zone 3

16 ZXP1 Zone 4 Primary ZEM1 Zone 4

17 ZXP1 Zone 5 Primary ZEM2 Zone 1

18 ZXP1 Zone 6 Primary ZEM2 Zone 2

19 ZXP1 Zone 7 Primary ZEM2 Zone 3

20 ZXP1 Zone 8 Primary ZEM2 Zone 4

21 ZXP1 Zone 1 Secondary ZEM3 Zone 1

22 ZXP1 Zone 2 Secondary ZEM3 Zone 2

23 ZXP1 Zone 3 Secondary ZEM3 Zone 3

24 ZXP1 Zone 4 Secondary ZEM3 Zone 4

25 ZXP1 Zone 5 Secondary ZEM4 Zone 1

26 ZXP1 Zone 6 Secondary ZEM4 Zone 2

27 ZXP1 Zone 7 Secondary ZEM4 Zone 3

28 ZXP1 Zone 8 Secondary ZEM4 Zone 4

29 ZXP1 2-Wire Smoke Zone

30 On-Board 2-Wire Smoke Zone

Expansion Zones

Zones 13-28 are expansion zones. They may reside

on any zone expansion device (ZXEXP or ZEM).

Assignment of these zones to expansion devices is

done through programming (see Installer Level Pro-

gramming - Zone Data Descriptions).

The options available for all zones are described in

the table below.

EXPANSION ZONES

TABLE 2 ZX440F Zone ID Assignments

POWER-LIMITED

This module provides an additional 8 zones for the

ZX440F Control. If “2 in 1” Zoning™ is desired,

this module provides 16 zones. All zones are fully

programmable (see Installer Level Programming -

Zone Data Descriptions). The Zone Expander termi-

nals map into zones on the control as shown in Table

2. An additional Two-Wire Smoke loop is also pro-

vided on this module (Zone 29). This loop follows

the same wiring restrictions as Terminal 6 on the

ZX440F control (max. 10 detectors). Fast zones may

not be used on the Zone Expander Module.

Ten power-limited programmable outputs are avail-

able on the ZXEXP Zone Expander Module. These

outputs are identical to the 10 outputs on ODM2.

Connect the outputs to J2 on the ZXEXP in the same

manner as J3 on the ZXODM. When using the out-

puts on this module, make sure all restrictions men-

tioned in the ZXODM section for power and nega-

tive are observed. The outputs have limited tran-

sient protection and should be properly protected

(buffered by relays, etc.). They should be mounted in

a suitable enclosure such as an EB1511 or EX1414 (part

# 13000421).

1500

Ω

** ** **

+12 AB NEG

CONNECT TO DATA BUS ONLY

+12V - Red

DATA A - Green

DATA B - White

NEG - Black

ACTIVE LED

* TERMINATE PRIMARY ZONES WITH 1500 OHM RESISTORS. TERMINATE SECONDARY ZONES WITH 825 OHM

RESISTORS. IF USING “2 in 1” ZONING™ OR FOUR WIRE SMOKE CIRCUIT, SEE INSTALLATION MANUAL 64812692

Z1 Z2

NEG(-)

Z3 Z4

NEG(-)

Z5 Z6

NEG(-)

Z7 Z8

NEG(-)

SMK

NEG(-)

PROGRAMMABLE OUTPUTS

OUTPUTS ARE 12 VOLT DC • 40 MILLIAMPS MAX.

1 2 3 4 5 6 7 8 9 10 (-) (+)

ZXEXP ZONE EXPANDER

64600299C

MOOSE

a product of sentrol, inc

* *

ZXEXP ZONE EXPANDER MODULE

ZXEXP Zone Expander Module

Installation

1. Remove the plastic lid from the ZXEXP Zone

Expander Module. Choose a suitable mounting

place and mount the module with the two

screws provided. It is recommended that the

module be placed in a suitable enclosure like the

EB1511 for additional environmental protection.

2. Connect the ZXEXP to the ZX440F local data

bus. For a UL Household Fire System, the ZXEXP

must be mounted within 500 ft. of the ZX440F

and the maximum Smoke Zone resistance is 20

Ohms.

3. Wire initiating devices to the appropriate zone

terminals on the ZXEXP module (see Table 2).

Follow the same guidelines for “Hardware Zone

Wiring” as completed for the control zones.

4. Use the 12 wire cable to connect outputs as de-

scribed in the ZXODM section.

5. The “Active” LED will flash to indicate the ZXEXP

is communicating with the control.

RED Connect to Control terminal 10

GREEN Connect to Control terminal 8

WHITE Connect to Control terminal 9

BLACK Connect to Control terminal 7

DATA BUS CONNECTION

FIGURE 10 ZXEXP Zone Expander Module

POWER-LIMITED

FIRE ZONE MODULES

Fire Zone Modules

ZEM Zone Expansion Module

The ZX440F provides an option for adding Class A

and Class B Fire zones. These zones may be con-

nected to ZEM Fire Zone Expansion Modules. There

are three models of ZEMs available:

2502-ZEM Two Class B Zones

2502A-ZEM Two Class A Zones

2504-ZEM Four Class B Zones

Refer to the ESL 2504/2502/2502A-ZEM Installation

Instructions 64812713B for additional information.

A ZEM may be mounted in a ZX440F control enclo-

sure as shown in Figure 11. A ZEM may also be

mounted in an EX1414 enclosure (P/N 13000421).

Always use a ZEM/ODM mounting hardware pack

(P/N 13000515). Connect the ZEM to the ZX440F

local data bus using one of the ZEM’s two data bus

connectors. The second data bus connector may be

used to connect another ZEM to the system.

FIGURE 12 ZEM Module Connection

ZEM # S1 S2 S3 S4 ZONES

1 ON OFF OFF OFF 13 & 14 OR 13 - 16

2 OFF ON OFF OFF 17 & 18 OR 17 - 20

3 ON ON OFF OFF 21 & 22 OR 21 - 24

4 OFF OFF ON OFF 25 & 26 OR 25 - 28

TABLE 3 ZEM Address Switch Settings

Up to four ZEMs may be connected to the system.

Set the address switches on a ZEM to provide the

following zones:

Be sure that no two ZEMs have the same address

settings.

B+ B- B+ B- B+ B- B+ B-

ZONE 1 ZONE 2 ZONE 3 ZONE 4

TB1

POWER ALARM

ZONE 1

TRBL

ALARM

ZONE 2

TRBL

ALARM

ZONE 3

TRBL

ALARM

ZONE 4

TRBL

B+ B- B+ B- B+ B- B+ B-

ZONE 1 ZONE 2 ZONE 3 ZONE 4

TB1

POWER ALARM

ZONE 1

TRBL

ALARM

ZONE 2

TRBL

ALARM

ZONE 3

TRBL

ALARM

ZONE 4

TRBL

ZEM 1 ZEM 2

Four

Wire

Cable

Four Wire

Cable to

Control

Panel

Control Term 10 (RED) 12V

Control Term 8 (GREEN) Data A

Control Term 9 (WHITE) Data B

Control Term 7 (BLACK) Neg

Data Bus

Connector Pins

FIGURE 11 ZEM Mounting

B+ B- B+ B- B+ B- B+ B-

ZONE 1 ZONE 2 ZONE 3 ZONE 4

TB1

POWER ALARM

ZONE 1

TRBL

ALARM

ZONE 2

TRBL

ALARM

ZONE 3

TRBL

ALARM

ZONE 4

TRBL

SW NEG

AC XFMR 4

AUX12 5

BELL 6

2WS 7

NEG 8

DAT A 9

DAT B 10

KP+12 11

NEG 12

Z1/7 13

Z2/8 14

NEG 15

Z3/9 16

Z4/10 17

NEG 18

Z5/11 19

Z6/12 20

NEG

1 2

TIP RING T1 R1

ZX400/ZX410

ZEM

ZX440F

FIRE ZONE MODULES

Heat Sensor

Zone 2 is shown with 2-wire

heat detectors and pull stations,

wired in Class A (Style D)

Zone 1 is shown with

2-wire detectors,

wired in Class A (Style D)

CR852

1.8K EOL CR852

1.8K EOL

429C

++--++--

429C

B+ B- A+ A- B+ B- A+ A-

ZONE 1 ZONE 2

TB1

ZEM

(2502-A)

Zone 1 Zone 2

Databus

Connector

Databus

Connector

Pull Station

Zone 1 is shown with

2-wire detectors,

wired in Class B (Style B)

CR852

1.8K

EOL

CR852

1.8K

EOL

CR852

1.8K

EOL

Zone 4 is shown with 2-wire

heat detectors and pull stations,

wired in Class B (Style B)

Heat Sensor

Pull Station

CR852

1.8K

EOL

429C

++ -- ++

429C

B+ B- B+ B- B+ B- B+ B-

ZONE 1 ZONE 2 ZONE 3 ZONE 4

TB1

ZEM

(2504)

Zone 1

Zone 2

Zone 3

Zone 4

Databus

Connector

Databus

Connector

FIGURE 14 Class B Connection

FIGURE 13 Class A Connection

Connect initiating devices to the ZEM (see figures

below).

FIRE ZONE MODULES

Databus

Connector Databus

Connector

ZEM

B+

Zone 2

Zone 3

B- B+ B- B+ B- B+ B-

Zone 4

Zone 5

RELAY 1

COM

RELAY 2

RELAY 3

RELAY 4

Optional

ZRM

TB1

ZONE 1 ZONE 2 ZONE 3 ZONE 4

POWER ALARM

ZONE 1

TRBL

ALARM

ZONE 2

TRBL

ALARM

ZONE 3

TRBL

ALARM

ZONE 4

TRBL

NORM

DIS

SWT

NORM

DIS

SWT

NORM

DIS

SWT

NORM

DIS

SWT

ZEM

Function Jumper

NORM

DIS

SWT

NOTE

B+ B- B+ B- B+ B- B+ B-

ZONE 1 ZONE 2 ZONE 3 ZONE 4

TB1

POWER ALARM

ZONE 1

TRBL

ALARM

ZONE 2

TRBL

ALARM

ZONE 3

TRBL

ALARM

ZONE 4

TRBL

RELAY 1

COM

RELAY 2

RELAY 3

RELAY 4

ZEM

ZRM

FIGURE 15 ZEM Function Jumpers

FIGURE 16 Mounting ZRM to ZEM Module

ZRM Zone Relay Module

The ZRM Zone Relay Module is a zone follower with

a relay following its corresponding zone on a ZEM.

A ZRM plugs directly into a ZEM and only requires

wiring the terminals labeled NO, COM, and NC.

Each relay has dry, Form “C” contacts rated 2A @

30 VDC resistive.

Circuits connected to a ZRM must be

power-limited.

Ensure that the Function Jumper for each zone is

always in the NORM position.

ZXCFM COMMERCIAL FIRE MODULE

ZXCFM Commercial Fire Module

UL 864 Compliance

The ZX440F with a properly installed ZXCFM Fire

Module complies with the following UL Control Unit

Classifications (3.6) definitions under UL 864 Stan-

dard for Control Units for Fire Protective Signaling

Systems:

• NFPA 72 - Local Protective Signaling Systems and

Central Station Systems

If a Printer Interface and/or Zone Expander(s) are

used with the Commercial Fire System, they must

be installed within 20 feet of the control unit with

all interconnections in conduit.

Minimum System Configurations

• One ZX440F Control/Communicator

- ZX400 Control Board

- ZXCFM Fire Module

- EX1414-RED Enclosure

- Dual Battery Harness

• One ZXLCD Control Station

• Two 12 VDC, 7 Ah sealed lead acid batteries

• One T1850, 18 VAC, 50 VA Transformer

• One F2600 Transformer Enclosure

• One UL Listed Smoke Detector (see List of Com-

patible Accessories)

• One UL Listed Fire Audible Signaling Device

Maximum System Configurations

• One ZX440F Control/Communicator

- ZX400 Control Board

- ZXCFM Fire Module

- EX1414-RED Enclosure

• One ZXLCD Control Station

• Two 12 VDC, 17.2 Ah sealed lead acid batteries

• One CR862 dual battery harness

• One EB1511 Auxiliary Battery Enclosure

• One T1850, 18 VAC, 50 VA Transformer

• One F2600 Transformer Enclosure

• UL Listed peripheral devices including smoke

detectors and audibles must not exceed a com-

bined current drain of 450 mA (see List of Com-

patible Devices)

ZXCFK Fire Module Kit

The ZXCFK Fire Module Kit is designed to provide

the hardware necessary to upgrade a ZX410 to meet

the requirements for a UL Listed commercial fire sys-

tem per UL 864/NFPA 72 Local Protective Signaling

Systems and Central Station Systems.

ZXCFK Contents

• One ZXCFM Fire Module

• One dual battery harness

• Two ZXCFM battery leads

• One phone cable assembly

(Part Number 13000505)

• Four PCB Supports

• Four #6-32 x 3/8" mounting screws

• Two #6 x 1/4" hex heat sink screws

• Two output wire assemblies

• One T1850 18 VAC, 50 VA transformer

Upgrading a ZX410 With a ZXCFK

1. Before connecting the control to its external

power source, remove the ZXCFK components

from the packing material and inspect to ensure

that all components are present.

2. Disconnect battery. Remove power and replace

transformer with T1850 transformer.

3. Locate the (4) ZXCFM PCB Supports in the hard-

ware pack.

4. Press the supports into the enclosure, either from

the rear or from the front of the enclosure, in

the four square embossed holes (see Figure 18).

The snaps may be pressed into the holes from

the rear of the enclosure or installed from the

front by compressing the snap before insertion

into the hold.

5. Align the four holes in the ZXCFM printed cir-

cuit board with the four PCB supports.

6. Secure the ZXCFM to the enclosure using four

(4) #6-32 x 3/8" machine screws provided. Se-

cure the ZXCFM heat sink to the side of the enclo-

sure using two (2) #6 x 1/4" hex heat sink screws

provided.

ZXCFM COMMERCIAL FIRE MODULE

7. Make the following wire connections from the

ZXCFM (J6) to the ZX400 control panel (see Fig-

ure 1):

a. Orange wire to AC post D1

b. Purple wire to AC post D2

c. White wire to Bell (terminal 5)

d. Yellow wire to Z6/12 (terminal 19)

e. Blue wire to post TEL SUPV (TP1)

f. Black wire to post PGO1 (TP2)

g. Green wire to Earth Ground

8. Connect the phone cable assembly from the

ZX400 control panel to Telco jack (J1) on the

ZXCFM.

9. Connect the 4-wire cable (J8) on the ZXCFM to

the bus connector (J3) on the ZX400 control

board.

FIGURE 18 Installing the ZXCFM Fire Module to the ZX410 enclosure

SW NEG

AC XFMR 4

AUX12 5

BELL 6

2WS 7

NEG 8

DAT A 9

DAT B 10

KP+12 11

NEG 12

Z1/7 13

Z2/8 14

NEG 15

Z3/9 16

Z4/10 17

NEG 18

Z5/11 19

Z6/12 20

NEG

1 2

TIP RING T1 R1

ZX400/ZX410 ZXCFM

J1 J3

CONTROL LINE 2

B1+ NEG

LINE 1

B1- B2+ B2- B3

PGO1

OUT

NEG (

)

OFF

NORM

BLK

WHT

GRN

RED

POWER-LIMITED

BELL DISCONNECT

SWITCH

(

)

J11

J10

(4) PCB SUPPORTS

BATTERY B BATTERY A

To J10

On The ZXCFM

To Bat. -

On The Control

10. Connect two 7 Ah batteries with the dual bat-

tery harness provided. (See Figure 17). Connect

the (-) battery terminal to (J2) on the control using

the control battery lead. Connect the (+) battery

terminal to (J10) on the ZXCFM using a ZXCFM

battery lead. Connect (J1) on the control to (J11)

on the ZXCFM using the control battery lead

and the other ZXCFM battery lead.

FIGURE 17 Connection of the Dual Battery

ZX440F

Harness

AC Fail Delay 30 min 7 hours

Zone 6 Burglar Not Used

(Telco Monitor)

Zone 12 Burglar Not Used

(Ground Fault)

Phone Line 1 Enabled, Enabled

No Monitor with Monitor

Phone Line 2 Disabled Enabled

with Monitor

System Events 0 3

Phone No.

Comm Test Not 00 F2

Normal Report Code

Comm Test 00 F1

Report Code

Days Between 0 1

Comm Tests

ZXCFM COMMERCIAL FIRE MODULE

Installation of the F2600

Transformer Enclosure

The transformer enclosure ensures that the AC plug-

in transformer remains securely fixed to the AC wall

outlet. Before installing, disconnect primary power

source. Restore power only after the transformer con-

nection has been double-checked for accuracy.

1. Mount the gang box to the wall or supporting

structure.

2. Insert the gang box partition into the gang box.

The partition divides the gang box into two sec-

tions. The large section contains high voltage

wiring; the small section contains low voltage

wiring.

3. Punch out a conduit knockout in the high volt-

age side of the gang box. Route the 110 VAC

wiring through the knockout hole and into the

gang box. Connect the isolated 110 VAC wiring

to the duplex outlet.

4. Mount the duplex outlet to the cover plate and

the cover plate to the gang box.

5. Punch out a conduit knockout in the low volt-

age side of the gang box. Route the low voltage

wiring to the transformer.

6. Plug the transformer into the bottom outlet of

the duplex outlet. Secure the transformer to the

duplex outlet.

7. Attach the cover to the cover plate.

Low Voltage

Section

Transformer

Cover

Duplex

Outlet

Gang Box

Partition

Cover Plate

Gang Box

High Voltage

Section

Defaulting the Control for

Commercial Fire Alarm Use

If the ZXCFM is added to an existing ZX410 con-

trol, then the ZX410 control panel must be defaulted

in software programming for commercial fire use.

To default the control panel for commercial fire use:

1. Press 9 (Program)

2. Enter Installer Passcode

3. Select Option 6 (Default the Panel)

4. Select Option 1 (Commercial Fire)

5. Re-enter installer passcode to verify

The system default changes are:

PROGRAM

FUNCTION STANDARD

DEFAULT COMMERCIAL

FIRE

FIGURE 19 Transformer Enclosure

ZXCFM COMMERCIAL FIRE MODULE

Optional Battery Configurations

In order to meet UL864 standby current require-

ments of 24 hours at 450 mA, a minimum of two 12

VDC, 7 Ah sealed lead acid batteries must be in-

stalled utilizing the dual battery harness as shown in

Figure 17. However, a single 12 VDC, 17.2 Ah sealed

lead acid battery may be used in place of the two 7

Ah batteries to obtain the same standby current us-

ing the CR862 Dual Battery Harness. See Figure 20

with Battery A only.

To increase standby current to 60 hours at 180 mA,

two 12 VDC, 17.2 Ah sealed lead acid batteries may

be installed in place of the two 12 VDC, 7 Ah batter-

ies. The CR862 Dual Battery Harness must be used

to connect the 17.2 Ah batteries to the control. The

EB1511 Auxiliary Battery Enclosure is required to

house the batteries. Additionally, all interconnections

must be run in conduit. Install the batteries as shown

in Figure 20.

FIGURE 20 Connection of the CR862 Dual Battery Harness and Power Conductor Routing

F2600

Red Wire

3/4" KnockoutsConduit

Non-Power

Limited

Black Wire

Control

Panel

Phone Lines

L1 and L2

(Power Limited)

Red Wire

32" Lg. To Panel

Black Wire

12" Lg.

Red Wire

12" Lg.

1/2" Knockout

Black Wire

32" Lg. To Panel

EB1511

Battery Enclosure

BATTERY B BATTERY A

Camlock

NOTES: 1) Route external AC and DC power wiring

through the knockouts as shown above.

2) Do not route any low voltage power

limited wiring through the same

knockouts or conduit as the AC/DC

power wiring. See NFPA 70 or UL 864.

3) Maintain a minimum of 1/4 inch

separation between Power Limited and

Non-Power Limited wiring.

CAUTION: OBSERVE POLARITY OF LOAD

+--

SW NEG

AC XFMR 4

AUX12 5

BELL 6

2WS 7

NEG 8

DAT A 9

DAT B 10

KP+12 11

NEG 12

Z1/7 13

Z2/8 14

NEG 15

Z3/9 16

Z4/10 17

NEG 18

Z5/11 19

Z6/12 20

NEG

1 2 TIP RING T1 R1

ZX400/ZX410

ZXCFM

J1 J3

CONTROL LINE 2

B1+ NEG

LINE 1

B1- B2+ B2- B3

PGO1

OUT

NEG (J5)

OFF

NORM

BLK

WHT

GRN

RED

POWER-LIMITED

BELL DISCONNECT

SWITCH

(J4)

J11

J10

D1 D2

ZX440F

ZXCFM COMMERCIAL FIRE MODULE

ITEM DESCRIPTION

STANDBY

CURRENT

PER UNIT

(AMPS)

QTY

TOTAL

STANDBY

CURRENT

PER ITEM

(AMPS)

TOTAL

ALARM

CURRENT

PER UNIT

(AMPS)

QTY

TOTAL

SYSTEM

ALARM

CURRENT

(AMPS)

TOTAL SYSTEM

STANDBY CURRENT (AMPS) TOTAL SYSTEM

ALARM CURRENT (AMPS)

REQUIRED

STANDBY

TIME

(HOURS)

TOTAL SYSTEM

STANDBY

CURRENT

(AMPS)

REQUIRED

STANDBY

CAPACITY

(AMP-HOURS)

REQUIRED

ALARM

TIME

(HOURS)

TOTAL SYSTEM

ALARM

CURRENT

(AMPS)

REQUIRED

ALARM

CAPACITY

(AMP-HOURS)

X= X =

REQUIRED BATTERY

CAPACITY

(AMP-HOURS)

OPTIONAL

FACTOR OF

SAFETY

TOTAL REQUIRED

CAPACITY

(AMP-HOURS)

REQUIRED ALARM

CAPACITY

(AMP-HOURS)

REQUIRED STANDBY

CAPACITY

(AMP-HOURS)

+=X

REQUIRED OPERATING TIME OF SECONDARY POWER SOURCE FROM NFPA 72 1-5.2.5:

STANDBY:__________ HOURS ALARM:_________ MINUTES X 1/60 = __________ HOURS

ZX440F Power Worksheet

ZXCFM COMMERCIAL FIRE MODULE

Auxiliary Power Supply Installation

To increase the available current supplied by the

ZXCFM, a HCP-12SULC Power Supply may be

added. Each HCP-12SULC supplies an additional 450

mA of current, utilizing at least one 12 Ah battery.

See Figure 21.

The HCP-12SULC Power Supply can provide a 12

VDC power output, with a current rating of 2.0 A

continuous, while the AC primary power source is

present. If the primary source is lost, the HCP-12SULC

electronically switches to the standby battery.

(-) (+)

Auxiliary Power

Supply Transformer

Peripheral

Device(s)

Control/

Communicator

BatteryCAUTION: Observe polarity of load

LED

Auxiliary

Power

Supply

(-)

(+)

The HCP-12SULC must not be connected to a load which exceeds 2.0A continuous demand.

When using this power supply on a listed system, a

duplex utility cover for the primary power outlet must

be installed. Install conduit or another listed race-

way between all connecting junction boxes and pro-

tective enclosures as shown.

Use only the battery and transformer as recom-

mended in the HCP-12SULC Installation Instructions

P/N 64812502. For information about the connec-

tion of additional batteries, see "Optional Battery

Configurations" earlier in this section.

FIGURE 21 HCP-12SULC Power Supply Installation

ZXCFM COMMERCIAL FIRE MODULE

System Power Routing

Non-power limited fire alarm system wiring may be

installed using any of the methods permitted by Ar-

ticle 760 of the National Electrical Code (NEC), NFPA

70-1996, for non-power limited fire alarm (NPLFA)

circuits. See 760-21 to 760-31 of NFPA 70-1996.

The circuit conductors of power limited fire alarm

FIGURE 22 System Power Routing

B+ B- B+ B- B+ B- B+ B-

ZONE 1 ZONE 2 ZONE 3 ZONE 4

TB1

POWER ALARM

ZONE 1

TRBL

ALARM

ZONE 2

TRBL

ALARM

ZONE 3

TRBL

ALARM

ZONE 4

TRBL

RELAY 1

COM

RELAY 2

RELAY 3

RELAY 4

SW NEG

AC XFMR 4

AUX12 5

BELL 6

2WS 7

NEG 8

DAT A 9

DAT B 10

KP+12 11

NEG 12

Z1/7 13

Z2/8 14

NEG 15

Z3/9 16

Z4/10 17

NEG 18

Z5/11 19

Z6/12 20

NEG

1 2

TIP RING T1 R1

ZX400/ZX410

ZEM

ZRM

J1 J3

OUTPUTS

12345 6 7 8 9 10 NEG 12V

ZXODM

TRANSFORMER

AC IN BELL

CIRCUITS

ZONE INITIATING CIRCUITS

TELCO IN

TELCO LINE 1

TELCO LINE 2

ZXCFM

J1 J3

CONTROL LINE 2

B1+ NEG

LINE 1

B1- B2+ B2- B3

PGO1

OUT

NEG (

)

OFF

NORM

BLK

WHT

GRN

RED

POWER-LIMITED

BELL DISCONNECT

SWITCH

(

)

BATTERY IN

D1 D2

ZONE INITIATING CIRCUITS

PGO1 & ODM OUTPUTS

ZRM OUTPUTS

J11

J10

ZX440F

circuits must be separated from non-power limited

fire alarm circuits and ordinary light and power cir-

cuits pursuant to the requirements of Article 760-54

of the NEC. Figure 22 below shows one method of

routing conductors that can be used to comply with

the required 1/4 inch separations.

ZXPTR Printer Interface Module

ZXPTR PRINTER INTERFACE MODULE

The optional ZXPTR Printer Interface Module con-

nects to the local data bus and can be used for print-

ing events in real-time or on command. This mod-

ule interfaces with any Centronics-style parallel

printer. Only one printer may be used per system.

Note that the printer connection is not supervised.

1. To install the ZXPTR, choose a suitable location,

but not more than 25 feet from the Centronics-

style parallel printer, following the wiring descrip-

tion in Figure 1.

2. Remove the cover and circuit board and mount

the base to an appropriate wall or desktop.

3. Attach the printer cable to the ZXPTR printer

port and affix with screws if desired.

4. Wire the local data bus to the terminals: +12V is

red; Data A is green; Data B is white; NEG is

Black.

5. Reinstall the circuit board and cover.

6. The “Active” LED will flash to indicate the ZXPTR

is communicating with the control.

Control Board

• Five (5) two-wire zones, each supervised with a

1500 Ohm end-of-line resistor. “2 in 1” ZoningTM

provides ten (10) fully programmable zones with

1500 and 825 Ohm resistors. Zones 6 & 12 are

dedicated to Telco Monitor and Ground Fault

Monitor and are not available. System expan-

sion to 26 fully programmable zones via Zone

Expander Module (ZXEXP).

• Fast zone loop response time: 80 msec (zones

1-5), 20 msec (zones 7-11).

• Two supervised, assignable, high current, Fire

Bell outputs via Fire Module (ZXCFM).

• One assignable, high current, alarm output via

ZXCFM.

• One programmable low current output (40 mA)

via ZXCFM.

• Trouble sounder via ZXCFM.

• Two supervised telephone lines via ZXCFM.

•Dedicated two-wire smoke detector zones on

control (zone 30) and zone expander (zone 29).

•Three (3) Control Station activated panic zones.

•Nominal current drain for control board only

126 - 154 mA.

•Watchdog microprocessor monitoring.

•Superior six (6) stage lightning/transient protec-

tion.

•One switched negative output (100 mA).

•Expandable to twenty-one (21) programmable

low current outputs via two output driver mod-

ules, and/or a zone expander.

•Continuous battery monitoring.

•Low voltage detection monitoring @ 11.3 volts

threshold.

•Automatic system shutdown if voltage falls be-

low 9.8V.

•Operating temperature range inside the enclo-

sure: 32˚F to 122˚F (0˚C to +50˚C).

•Two and four-wire smoke zones available.

•Control Station Programmable.

•Upload/Download via RPM/2 Pro.

•Loop response time: 320 msec (general purpose

hardwired zones), 1600 msec (two-wire smoke

zones).

SPECIFICATIONS AND FEATURES

Specifications And Features

Power Supply

• Fully regulated 13.8 volt 2.0 Amp supply avail-

able with an 18 VAC 50 VA transformer.

• Reverse polarity protection on battery inputs.

• Floating charging circuit: 13.8 volts DC.

Recommended Battery

•Two rechargeable 12 VDC 7 Ah sealed lead acid

batteries to meet the UL 864 and UL 985 Fire

requirement of 24 hour standby at 450 mA.

•Two rechargeable 12 VDC 17.2 Ah sealed lead

acid batteries to meet UL 864 Fire requirement

of 60 hour standby of 180 mA.

Transformer

•UL Listed Class II plug-in; 18 VAC 50 VA second-

ary; 120 V 60 Hz primary connected to 24-hour

unswitched outlet. Sentrol P/N T1850.

Enclosure

•EX1414F red enclosure.

Digital Communicator

•DTMF Touchtone™ or Rotary (pulse) dialing.

Rotary speed: 10pps, (selectable U.S. style 60%

break, 40% make or International style 66%

break, 33% make).

•Ringer equivalence: 0.0B.

•Transmission formats include: Contact ID, 20

and 40 baud Pulse Formats (3/1, 4/1, 4/2, Hexa-

decimal Reporting), Non-Telco Contact ID,

Pager.

•Reports to most major Central Station receivers.

•Primary phone number can have up to 20 digits.

•Secondary phone number can have up to 20

digits.

•Two pager phone numbers, each can have up

to 20 digits

•Remote programming phone number can have

up to 20 digits.

•Reporting capabilities: two 4-digit account codes

per area, two 4-digit system account codes, re-

port by zone, opening and closing reports, force

arm/bypass reports, restoral reports, trouble re-

ports, cancel reporting, low battery, AC failure/

restoral.

•Dual and split reporting capability.

•Sentrol communication defaults for quick pro-

gramming.

•Disable call waiting.

Control Stations

•Color-coded four-wire data bus connection.

•19-Button Control Station with audible feedback.

•Three (3) Control Station panic button zones.

•Surface mountable; mounts to any standard

single or double gang electrical box.

•Built-in piezo sounder.

•Easy-to-read arming level: AWAY, STAY, and

NIGHT backlit LEDs.

•Backlit keys with door.

•Unsupervised Control Stations allows up to 12

Control Stations.

ZXLCD Control Station

•LCD backlighting.

•Two lines x 16 characters LCD display.

•Area assignable/Multi-area.

•Addressable with DIP switches, supervised/un-

supervised.

•Plain English display.

•Nominal current drain: 20mA - 110mA.

•Up to six (6) supervised Control Stations per system.

•Size: 5.33"H x 6.08"W x 1.024"D (135.4 mm x

154.4 mm x 26.0 mm).

•Optional red plastic for Commercial Fire appli-

cations

SPECIFICATIONS AND FEATURES

ZXVFD Control Station

•Two lines x 16 characters VFD display.

•Area assignable/Multi-area.

•Addressable with DIP switches, supervised/un-

supervised.

•Plain English display.

•Nominal current drain: 20 - 170 mA.

•Up to six (6) supervised Control Stations per system.

•Size: 5.33"H x 6.08"W x 1.024"D (135.4 mm x

154.4 mm x 26.0 mm).

ZXLED12 Control Station

•Thirteen (13) LEDs annunciate general purpose

zones 1 through 12 and control board Two-Wire

Fire zone.

•Ready & trouble LEDs.

•Addressable as Control Station #1 or #2. Jumper

change makes Control Station unsupervised.

•Area assignable/Single area.

•Nominal Current Drain: 23 - 31 mA.

•Size: 5.0"H x 4.5"W x 1.0"D (127 mm x 114.3

mm x 25.4 mm).

ZXSSD Control Station

•Three 0.56" (14.2 mm) seven segment display

digits.

•Ready & trouble LEDs.

•Up to six (6) supervised Control Stations per system.

•Area assignable/Multi-area.

•Addressable with DIP switches, supervised/un-

supervised.

•Nominal Current Drain: 23 - 116 mA.

•Size: 5.0"H x 4.5"W x 1.0"D (127 mm x 114.3

mm x 25.4 mm).

Optional Accessories

•ZXEXP Zone Expander Module: Expands the

control to 8/16 additional zones. Provides an ad-

ditional two-wire smoke zone (max. 10 detec-

tors). Provides 10 additional programmable out-

puts. Nominal current drain: 60 - 72 mA with

no outputs connected.

(Required for Commercial Fire Applications)

•ZXODM: Output Driver Module: Provides ten

(10) fully programmable 40 mA + 12 VDC out-

puts. Nominal current drain: 10 - 13 mA with

no outputs connected.

•ZXPTR Printer Interface Module: Allows connec-

tion of a standard parallel printer via interface.

Nominal current drain: 45 - 55 mA without

printer connected.

•ZX410 - ZX400 Control board mounted in

EX1414 enclosure. (The ZX410 assembly is re-

quired for Burglary applications).

•ZX440F - ZX400 Control board mounted in

EX1414F enclosure with ZXCFM Fire Module.

(The ZX440F assembly is required for Commer-

cial Fire applications).

•F2600 Transformer Enclosure: Ensures that the

AC plug-in transformer remains securely fixed

to the AC wall outlet. (Required for Commercial

Fire applications).

•T1850 Transformer: UL Listed Class II plug-in

18 VAC 50 VA secondary.

•HCP-12SULC Power Supply: Provides a 12 or

24 VDC power-limited output with a current

rating of 2.0 A continuous while the AC primary

power source is present.

•Dual Battery Harness: Allows for an additional

12 VDC 7 Ah sealed lead acid battery connec-

tion to the control to meet additional standby

requirements.

•CR862 Battery Harness: Allows for 12 VDC 17.2

Ah sealed lead acid battery connection to the

control to meet additional standby requirements.

•EB1511 Auxiliary Enclosure: 15" x 11" x 4" en-

closure with cam lock allows wall mounting of

accessories and batteries.

•AE912 Raucous Sounder: Current consumption:

28 mA @ 12 VDC.

•MPI-266 Battery Cut-Off Module: Disconnects

battery from deep discharges.

•MPI-267 Power Disconnect Module: Discon-

nects battery from deep discharges.

•MPI-268 Earth Ground Fault Detector: Current

consumption: less than 20 mA.

•MPI-206 General Purpose Relay Module.

• ZEM Fire Zone Expansion Modules:

2502-ZEM Two Class B Zones

2502A-ZEM Two Class A Zones

2504-ZEM Four Class B Zones

Current Drain: 40 - 60 mA.

Max. Line Resistance: 100 Ohms (Class B)

50 Ohms (Class A)

SPECIFICATIONS AND FEATURES

• ZRM Zone Relay Modules:

ZRM-2 (2 Zones)

ZRM-4 (4 Zones)

Contact Rating: 5 A @ 12 VDC, 120 VAC resistive.

•ZXLCDD1 LCD Keypad Demonstrator. (Demo

Unit Only).

•ZXVFDD1 VFD Keypad Demonstrator. (Demo Unit

Only).

Output Provisions

Low Current Trigger Outputs: Current output of 40

mA each. One output on ZXCFM Fire Module, ex-

pandable to 21 with ZXODM Output Driver Mod-

ules and/or ZXEXP Zone Expander Module.

Maximum combined continuous current drain at

Terminals 4, 6 and 10 on the control board and B1+,

B2+, B3, J6 and PGO1 on the ZXCFM is 2.0 Amps

with an 18 VAC 50 VA transformer.

Current Limits: The 12V Auxiliary current (terminals

4 & 10) is limited by PTC4 to 1.85 Amps. Reverse

battery protection is limited to 1.85 Amps (PTC3).

B1+, B2+ and B3 are limited to 0.5 Amps.

ESL Two-Wire Smoke Detectors

429 AT, C, CT: Standby Current: 70 µA max. (Max.

of 20 detectors per zone)

521 B, BXT: Standby Current: 70 µA max. (Max. 20

detectors per zone)

711U, 712U, 713-5U, 713-6U: Standby Current:

70 µA max. (Max. 20 detectors per zone)

721U, 721UT, 721UD, 722U, 722UD: Standby Cur-

rent: 70 µA max. (Max. 20 detectors per zone)

ESL Four-Wire Smoke Detectors

445 AT: Standby Current: 500 µA @ 6 V; 1.5 mA @

15 V

445 C, CR, CRT, CSH: Standby Current: 40 µA @12 V;

100 µA @ 24 V

449 CTE: Standby Current: 10 µA max

449 C, CT, CRT, CST, CSRT, CSRH, CSST: Standby

Current: 70 µA max

System Sensors Two-Wire Smoke

Detectors

1100 Ionization 2100T Photoelectric

1400 Ionization 2400 Photoelectric

1400TH Ionization 2400AT Photoelectric

2100 Photoelectric 2400TH Photoelectric

System Sensors Four-Wire Smoke

Detectors

1412B Ionization 2412B Photoelectric

2112, 212 Photoelectric 2412THB Photoelectric

2112, 2124T Photoelectric 2451 Photoelectric

2112, 2124TSR Photo-

electric

COMPATIBLE ACCESSORIES

List Of Compatible Accessories

Wheelock

34T-12R Horn: Input voltage: 9-15.6 VDC; Rated

Current: 0.125 A

EH-DL1-R Electronic Horn: Input voltage 12/24

VDC; Input Current; (@ 12 VDC) 0.015 A/(@24 VDC)

0.017 A

EH-DL2-R Electronic Horn: Input voltage: 12 VDC;

Input Current: 0.047 A.

EH-EL1-R Electronic Horn: Input voltage: 12/24

VDC; Input Current: (@12 VDC) 0.015 A/(@ 24 VDC)

0.017 A

EH-EL2-R Electronic Horn: Input voltage: 12 VDC;

Input Current: 0.047 A

AES-DL2-R Multi-tone Electronic Signal: voltage: 12

VDC; Current (High): 0.050 A; Current (Low): 0.025 A

AES-EL2-R Multi-tone Electronic Signal: voltage: 12 VDC;

Current (High): 0.0100 A; Current (Low): 0.050 A

MIZ-12-R Mini horn: voltage: 12 VDC; Current:

0.010 A

MIZ-12-W Mini-horn: voltage: 12 VDC; Current

0.010 A

CH-BF2-R Fire Chime: Input voltage: 12 VDC; In-

put Current: 0.020 A

CH-CF2-W Fire Chime: Input voltage: 12 VDC; In-

put Current: 0.020 A

CH-DF2-R Fire Chime: Input voltage: 12 VDC; In-

put Current: 0.020 A

46T-G4-12-R DC Vibrating Bells: Shell Size: 4 Inches;

Input voltage: 12 VDC; Input Current: 0.125 A

46T-G6-12-R DC Vibrating Bells: Shell Size: 6 Inches;

Input voltage: 12 VDC; Input Current: 0.125 A

46T-G10-12-R DC Vibrating Bells: Shell Size: 10

Inches; Input voltage: 12 VDC; Input Current: 0.080 A

Compatible Central Station

Receivers

UL permits communication with the following UL Listed

Central Station receivers (see Installer Level Program-

ming - Communication Data Description for format):

Manufacturer Model Number

Ademco 685

Fire Burglary Instruments CP-220

Osborne-Hoffman Quick Alert II

Radionics 6000

Radionics 6500

Silent Knight 9000

Sur-Gard MLR2-DG

2451TH Photoelectric

Agency Requirements

AGENCY REQUIREMENTS

Home Health Care UL 1637 400 4 6 4 N/A UL listed

Household Burglary UL 1023 signaling device

Household Fire CSFM 400 24 6 4 Required UL listed

UL985 signaling device

Household Burglary/ UL 1023 400 4 6 4 Required UL listed

Fire Combination UL 985 24 signaling device

Central Station UL 1610 400 4 6 4 N/A TC1100 Tamper

Burglary (Grade C) UL 1635 Resistant cover with

a ZX410

Central Station UL 1610 400 4 6 4 N/A TC1100 Tamper Burglary

(Grade B) UL 1635 Resistant cover with a

ZX410 and a UL listed

audible device

(AB12M recommended)

Local Burglary UL 609 400 4 6 4 N/A TC1100 Tamper

(Grade A) Resistant cover with a

ZX410 and a UL listed

audible device

(AB12M recommended)

Police Station UL 365 400 4 6 4 N/A TC1100 Tamper Burglary

Connection Resistant cover with a

(Grade A) ZX410 and a UL listed

audible device

(AB12M recommended)

Commercial Fire UL864 450 24 6 4 Required ZX440F, two 12 VDC

7 Ah sealed lead acid

batteries, one 18 VAC

50 VA transformer,

one F2600 Transformer

Enclosure and a UL

listed signaling device

Maximum combined continuous current drain (standby) refers to terminals 4, 6, and 10, and B1+, B2+, B3, J6 and PGO1. Under alarm

conditions, the combined output current drain should not exceed 2000 mA with an 18 VAC 50 VA transformer. Two 7 Ah batteries are required.

Application Listing

Maximum

Continuous

Current Drain

(milliamps) w/

7 AH Battery

SSD or

VFD

Control

Stations

Smoke Detector

ESL 429 & 700

series, System

Sensors 1400 &

2400 series

Minimum

Battery

Standby

Time In

Hours

Auxiliary Equipment

Required

LCD or

LED

Control

Stations

UL has established certain requirements which per-

tain to the installation, use, and programming of this

equipment. The local Authority Having Jurisdiction

(AHJ) and/or UL may have other requirements which

apply to the installation of this system that are not

detailed in this manual. It is the responsibility of the

installing dealer to check with the AHJ and/or UL be-

fore installing this system. The following table details

guidelines that must be followed in order to comply

with the UL listings as stated in Table 5.

TABLE 4 Agency Power and Configuration Requirement

For Home Health Care systems, two (2) Control Stations are required.

Household Burglary UL 1023

Household Fire UL 985

Household Burglary/Household Fire Combination UL 1023/UL 985

Local Burglar Alarm Grades A, B and C Central Station UL 609

Police Station Connect Burglar Alarm Unit UL 365

Digital Alarm Communicator System UL 1635

Home Health Care Signal System UL 1637

Central Station Burglar Alarm Unit UL 1610

California State Fire Marshal TBD

Residential Burglar System ULC 5310

Local Burglar Alarm ULC 5303

Central Station ULC 5301

Commercial Burglary ULC 5302

Burglar Alarm Units Central & Monitoring ULC 5304

Commercial Fire UL 864

AGENCY REQUIREMENTS

APPLICATION LISTING

UL and ULC Listings

TABLE 5 UL and ULC Listings

CEILING

SIDE WALL

Acceptable Here

Never Here

Top of Detector

Acceptable Here

4 in.(0.1m) Minimum

12 in.(0.3m) Maximum

NOTE: All measurements are to

the closest edge of the detector

4 in.(0.1m) Minimum

Consult smoke detector specifications and local and national

codes for coverage descriptions.

Bedroom BedroomHall

DiningLiving

Basement

A smoke detector should be located

on each story.

Basement

Living Bedroom BedroomHall

Recreation

Indicates required smoke detector

Indicates smoke detector is optional

if door is not provided between living

and recreational rooms.

Indicates smoke detector

required in new construction.

Bedroom

Room

Dining Kitchen Bedroom

Bedroom

Living

In family living units with more than one sleeping

area, a smoke detector should be provided to

protect each sleeping area in addition to the

detectors required in bedrooms.

Testing

This system should be tested weekly. All switches,

contacts, and accessories must be UL Listed devices.

This equipment should be installed in accordance

with the National Fire Protection Association Stan-

dard No. 72 (National Fire Protection Association,

Batterymarch Park, Quincy MA 02269). Control

panel specifications are subject to change without

notice.

The National Fire and Burglar Alarm Association

(NFPA) has established rules to follow pertaining to

fire prevention and the installation of fire detection

equipment.

Smoke Detector Locations

For residential applications, install smoke detectors

in each bedroom and outside each separate sleep-

ing area in the immediate vicinity of the bedrooms

and on each additional story of the family living unit

including basement and excluding crawl spaces and

unfinished attics. In new construction, a smoke de-

tector should also be installed in each sleeping area.

For family living units with one or more split levels

(i.e.: adjacent levels with less than one full story sepa-

ration between levels), a smoke detector required

by the above is sufficient for an adjacent lower level,

including basements. EXCEPTION: Where there is

an intervening door between one level and the ad-

jacent lower level, install a smoke detection on the

lower level. For commercial applications, install

smoke detectors in each separate work area, includ-

ing hallways and storage areas.

Install ceiling-mounted smoke detectors in the cen-

ter of the room or hall, not less than 4 inches from

any wall. When mounting the detector on a wall,

place the top of the detector 4 to 12 inches from

the ceiling.

Do not install smoke detectors where normal ambi-

ent temperatures are above 100˚F. (37.8˚C.)

Do not position smoke detectors in front of air con-

ditioners, heating registers, ceiling fans, or other lo-

cations where normal air circulation will keep smoke

from entering the detector.

Heat from a fire rises to the ceiling, spreads out across

the ceiling surface and begins to bank down from

the ceiling. Corners where the ceiling and walls meet

create air spaces in to which heat has difficulty pen-

etrating. Usually, these dead air spaces measure

about four (4) inches (0.1m) along the ceiling from

the corner and four (4) inches (0.1m) down the wall.

Do not place heat or smoke detectors in these dead

air spaces.

NFPA RULES

National Fire Protection Association (NFPA) Rules

FIGURE 23 Smoke Detector Placement

SYSTEM TROUBLESHOOTING

AC FAILURE Indicates the loss of AC power or that the AC voltage is not high enough to power the system.

ALARM SILENCED Indicates that an Auxiliary or Holdup Alarm condition is present and the alarm has been manually silenced.

BELL 1 FAULT Indicates that there is a short or an open in the wiring or that the EOL is missing on Fire Bell 1 or that the Bell

Disconnect switch on the ZXCFM is on.

BELL 2 FAULT Indicates that there is a short or an open in the wiring or that the EOL is missing on Fire Bell 2 or that the Bell

Disconnect switch on the ZXCFM is on. ZX440F alternates monitoring between Fire Bell 1 and Fire Bell 2, so

it may take a minute before a fault or restore occurs.

BELL 1/BELL 2 SILENCED Indicates that a Fire Alarm condition is present and the Fire Bell(s) has been manually silenced. A manual

Smoke Reset is required to clear the alarm condition.

CALL RPM FAIL Indicates that an installer initiated call to the Remote Programming computer was unsuccessful.

COMM FAILURE Indicates that an event was not successfully communicated to the Central Station. This condition can be

cleared by disabling both phone lines.

FIRE TROUBLE Indicates that there is wiring problem on a Fire zone or that a Fire Alarm condition is present and the Fire

Bell(s) has been manually silenced. A manual Smoke Reset is required to clear the alarm condition.

GROUND FAULT Indicates an earth ground connection on any output circuit.

KEYPAD MISSING Indicates that a supervised keypad is no longer responding to polls from the control panel. Possible causes

include: The keypad has been removed or had its address changed, faulty data bus wiring, or multiple super-

vised keypads at the same address. This condition can be cleared by pressing the CLEAR key for 3 seconds.

LOW/NO BATTERY Indicates that the battery voltage is low or that no battery is present.

MEMORY ERROR Indicates that the system has detected corruption of Function Map data. This condition can only be cleared

by pressing the CLEAR key for 3 seconds.

NO COMMUNICATION Indicates that the keypad is not receiving commands from the control panel. Possible causes include: Faulty

data bus wiring, bad address setting on the keypad, control panel failure, or control panel shutdown due to

low operating voltage (hibernation mode).

NON-TELCO FAIL Indicates that Non-Telco event reporting has been selected, but the Non-Telco interface is not functioning.

PHONE LINE 1 FAIL Indicates that Phone Line Monitoring has been enabled for Phone Line 1 and a fault has been detected on

Phone Line 1. This condition can be cleared by disabling Monitoring of Phone Line 1.

PHONE LINE 2 FAIL Indicates that Phone Line Monitoring has been enabled for Phone Line 2 and a fault has been detected on

Phone Line 2. This condition can be cleared by disabling Monitoring of Phone Line 2. ZX440F alternates

monitoring between Phone Line 1 and Phone Line 2, so it may take several minutes before a fault or restore

occurs.

SMOKE TROUBLE Indicates that a Smoke Detector needs to be cleaned. This condition will clear automatically some time after

the detector(s) has been cleaned or it may be cleared by performing a Smoke Reset or by pressing the CLEAR

key for 3 seconds.

SUPERVISORY TROUBLE Indicates that there is a wiring problem on a Fire Supervisory zone or that a Supervisory Alarm condition is

present and has been manually silenced.

ZONE MISSING Indicates that the zone’s expansion device is not responding to polls from the control panel.

ZONE TROUBLE Indicates that a wiring problem exists on the zone or that a Burglar Tamper condition exists and the condition

has been silenced.

System Troubleshooting

When the system detects a trouble condition, it is

periodically displayed on the Control Station(s) and

a trouble tone is sounded. The trouble tone will

sound until it is either silenced (with an OFF +

passcode) or until the trouble condition restores. If

a trouble condition is silenced and then is still present

DESCRIPTIONTROUBLE

4 hours after it was silenced, then the trouble sounder

will be re-activated for 5 seconds and again every 4

hours. The display of a trouble condition will con-

tinue to appear until the condition either restores or

is cleared.

FROM CONTROL

Powering Up With The Control

Station

The control comes from the manufacturer with a fac-

tory set (default) program. The factory default code

for user passcode No. 1 is 1234. This passcode is

authorized to perform all user level functions. The

default setting for the installer passcode is 9632. The

installer passcode can perform the installer level func-

tions. (See Installer Level Programming - User Data

Description for the listed functions). All zones and Con-

trol Stations are assigned to Area 1 at default. The de-

fault setting for user passcode No. 50 is 1245 and it

is authorized to perform all user level functions. It is

assigned to both Area 1 and 2.

When a Control Station is powered-up, it briefly dis-

plays a test pattern followed by its data bus address.

The Control Station will then begin displaying infor-

mation from the control panel. During the first fifteen

seconds after power-up, the control panel will instruct

the Control Station to display the panels software re-

vision and flash the AWAY, STAY, NIGHT, READY, and

TROUBLE LEDs.

Rev number may change as software

is upgraded.

Introduction

The Sentrol ZX440F Security System incorporates the

most desired operational features available today. The

ZX440F features ease of installation and programming

with an easy-to-operate keypad. Features such as cross-

zoning, and an audibles mute function on the key-

pad help reduce false alarms.

The ZX440F, when defaulted to Commercial Fire mode,

provides one 2-wire smoke detector zone and ten bur-

glar zones (one delay, two interior and seven instant).

Zones 6 & 12 are dedicated as Phone Line Monitor

and Ground Fault Monitor inputs and may not be used.

A Zone Expander Module (ZXEXP) may be added to

provide an additional 2-wire smoke detector zone and

up to 16 additional zones. Up to 16 RF Points may be

used with the 4710 and 4720 RF Gateways.

The ZX440F Security Control is easily programmed with

any one of four Control Stations (LCD, LED, SSD, or

VFD). The Controls on-board RAM maintains its data

even with the power disconnected.

The ZX440F Security Control allows the division of a

single system into two distinct areas, with an optional

common area. To the customer, each area appears to

be a fully functional system. The common area ap-

pears to be an extension of both areas. Each zone must

be assigned to one of the two areas or to the common

area. Each Control Station must be assigned to one of

the two areas and may be extended to operate in the

other area as a secondary area. The common area is

accessible to all Control Stations.

The Control may have up to 50 user codes. Each user

passcode must be assigned to one or both of the ar-

eas, and it must also be programmed with one of the

15 different levels of authority.

Operating the System

NOTE

OPERATING THE SYSTEM

PANEL REV 2.10

WITH FIRE MODULE

READY

TROUBLE

FIGURE 22 System Control Stations

OPERATING THE SYSTEM

Nearly every option on the control requires the use

of a valid user passcode. The user passcode may be

used for functions in a specific area or system-wide.

Most of the options may be performed at any time,

even while the control is fully or partially armed. To

perform a function, a user must press the key corre-

sponding to that function and then enter a passcode

with the appropriate authority level. For purposes

of discussion, the installer and the end user are both

considered system users, but have different levels of

authorization.

SSD Control Station

(ZXSSD)

LCD Control Station

(ZXLCD)

VFD Control Station

(ZXVFD)

LED Control Station

(ZXLED12)

AWAY

STAY

NIGHT

123

456

789

CLEAR

ENTER

VIEW INFO ALM MEM EVENT LOG

BYPASS DELAY ARM CHIME

RST SMOKE TEST PROGRAM

QUIT ACCESS INSTANT

HOME NEXT

OFF

CANCEL

AWAY

STAY

NIGHT

123

456

789

CLEAR

ENTER

VIEW INFO ALM MEM EVENT LOG

BYPASS DELAY ARM CHIME

RST SMOKE TEST PROGRAM

QUIT ACCESS INSTANT

HOME NEXT

OFF

CANCEL

123

456

789

CLEAR

ENTER

NIGHT

STAY

AWAY

VIEW INFO ALM MEM EVENT LOG

BYPASS CHIME

RST SMOKE TEST PROGRAM

QUIT ACCESS INSTANT

HOME NEXT

READY

TROUBLE

FIRE

1234

56 78

11 12109

DELAY ARM

OFF

CANCEL

123

456

789

CLEAR

ENTER

NIGHT

STAY

AWAY

VIEW INFO ALM MEM EVENT LOG

BYPASS DELAY ARM CHIME

RST SMOKE TEST PROGRAM

QUIT ACCESS INSTANT

HOME NEXT

READY

TROUBLE

OFF

CANCEL

A1 READY TO ARM

JAN 21 05:27:52

READY

TROUBLE

Control Stations

Once the zones are in a secure state, the Control

Station displays:

Control Station Overview

For SSD, LED, LCD, and VFD Control Stations:

Away, Stay, and Night Keys These keys, followed by a passcode, arm one or both areas to the

AWAY, STAY, or NIGHT level.

Away, Stay, and Night LEDs These LEDs backlight the AWAY, STAY, and NIGHT keys to indicate the

armed level of the Control Stations primary area. These will flash

during Exit Time or during a Burglar Alarm after Dialer Delay has ex-

pired.

Off/Cancel Key This key, followed by a valid user code, disarms an area(s), silences

and cancels alarms, and silences trouble conditions.

Instant/Enter Key This key is used in programming to store entered data. Also, when

pressed during an exit time from a STAY or NIGHT arming, this key

disables both the entry and exit times for the primary area of the

Control Station.

Keypad Audibles The piezo resonator activates for conditions including entry and exit

notification, alarm, trouble, chime, etc.

Panic Keys When enabled, these keys activate the panic alarms (Fire, Police, Medi-

cal Emergency) or call a pager.

Clear/Quit Key This key is used to reset any entry error and to allow you to escape out

of an operation. To clear a Missing Keypad, Memory Error, or

Smoke Trouble system trouble condition or to turn off the Duress

output, press and hold the CLEAR key for three seconds.

Keyboard Backlighting The Control Station contains recessed LEDs to provide a light in dark

or dimly lit environments.

For SSD and LED Control Stations only:

Ready LED This LED indicates the status of the Burglar zones assigned to the Con-

trol Stations primary area. It illuminates when the Burglar zones are

all secure.

Trouble LED This LED will illuminate for system troubles (AC failure, low battery,

communication failure), zone troubles, and Burglar Tamper conditions.

(See Operating the System - Trouble Conditions for a complete list of

trouble conditions).

For LED Control Stations only:

Zone Status LEDs These LEDs generally indicate the condition of zones 1 through 12.

See the ZXLED8/ZXLED12 User Guide for how the LEDs indicate the

Normal, Faulted, Bypassed, Trouble, and Alarm conditions.

These LEDs may also display system trouble conditions and program-

ming information.

Fire Zone LED This LED indicates the status of the two-wire smoke zone on the main

control board (Zone 30).

For SSD Control Stations only:

Seven Segment Display The three Seven Segment Display (SSD) characters enunciate system

status, zone status and user information. See the ZXSSD User Guide for

details.

OPERATING THE SYSTEM

TEST KEY

This key allows you to perform one of the

six following tests: Walk, Battery, Bell,

Communications, Keypad, and RF Signal

Strength. After a valid passcode is en-

tered, you may select the test to perform.

PROGRAM KEY

This key is used to enter installer or user

level programming. User level program-

ming is described in the appropriate User

Guide. Installer level programming is

described in Installer Level Programming.

ACCESS KEY

This key is used to activate a door strike

or other similar function.

Secondary Function Keys

The Control Station secondary function keys may

be activated by pressing the ENTER key followed by

Key #1 through Key #6. A passcode is not required

to activate these functions. These functions are ac-

tivated by pressing the following:

+ Turns Lamp Trigger Output

ON or OFF

+ Turns Universal Output ON or

OFF

+ Quick Access from Keypad

+ Turns Key 4 Output ON or OFF

+ Turns Key 5 Output ON or OFF

+ Turns Key 6 Output ON or OFF

Please see Installer Level Programming - Output Defi-

nitions Description for more details on the operation

of these functions. The above outputs are only avail-

able to the user if you program them as Programmable

Outputs. If any of these features are made available to

the user, please instruct the user on their operation as

it is not detailed in the appropriate User Guide.

Control Station Function Keys

All Control Station function keys (except the View

Info Key) require that the function key be pressed

followed by a valid passcode. The passcodes au-

thority level will determine if the selected function

can be performed. While entering the passcode,

there will be a four second time-out for no activity.

After the passcode has been entered, there will be a

three minute time-out for no activity. The time-out

will return the Control Station to idle. The operator

may press the CLEAR key at any time to return the

Control Station to idle.

Below are the functions associated with keys 0 - 9

and a brief description of the functions. For details

on the operation of these functions, as well as on

the three arming keys, see the appropriate User

Guide.

VIEW INFO KEY

This key is used to view information and

scroll through alarm and trouble condi-

tions. A passcode is not required to per-

form this function.

ALM MEM KEY

This key allows you to view the most re-

cent alarm event(s) on the Control Sta-

tion.

EVENT LOG KEY

From an LED or SSD Control Station, this

key will initiate printing of the Event Log.

From an LCD or VFD Control Station, this

key will allow you to view the Event Log

on the Control Station or initiate print-

ing the log.

BYPASS KEY

This key allows you to select zones to be

bypassed (removed from the system) and

unbypassed (restored to the system).

DELAY ARM KEY

This key extends or postpones an auto-

matic arming by one hour.

CHIME KEY

This key turns the chime function on or

off for a particular area.

RST SMOKE KEY

This key resets all latched smoked detec-

tors and clears Smoke Troubles and

Bell Silenced.

OPERATING THE SYSTEM

ENTER

Installer Arming and Disarming

The installer passcode may be used to arm one or

both areas. It may be used to disarm one or both

areas, but only if the area was armed by the installer

passcode. It may be used to silence alarms and to

silence trouble conditions. When it is used to si-

lence a Burglar alarm, it will not disarm the area or

cancel the alarm unless the area was armed by the

installer passcode. For a detailed description of arm-

ing and disarming procedures, see the appropriate

User Guide.

Installer On Premises

When the installer passcode is used to program Func-

tion Map data or User Codes, a Local Program Be-

gin event is logged to be reported. A Local Program

End event is logged to be reported 255 seconds after

the programming mode is exited or upon the CLEAR

key being pressed and held for three seconds.

Testing

The ZX440F provides the following testing capabili-

ties: Walk Test, Battery Test, Bell Test, Communicator

Test, Keypad Test and RF Signal Strength Test. Refer to

the appropriate User Guide for instructions on perform-

ing these tests. Always ensure that a Walk Test (and an

RF Signal Strength Test when applicable) is performed

on a new installation.

To test the Received Signal Strength of each RF Zone

Device, use Test 6 - RF Signal Strength Test. From

the Control Station press the 8 key, followed by

the Installer Code (9632) and then press the 6

key. Next press the RF Zone Device Number (13 to

28). The Control Station will display and sound the

Received Signal Strength of the last transmission sent

by the RF Zone Device. See results below:

Strong Signal (HOT or 5 Control Station beeps):

a strong or high level RF signal was measured by the

receiver for that location of the transmitter. This is a

good location for the transmitter and receiver.

Acceptable (ACC or 3 Control Station beeps): a

normal or acceptable level of RF signal was mea-

sured by the receiver for that location of the trans-

mitter. This is a good location for the transmitter

and receiver.

OPERATING THE SYSTEM

Low Signal (LOW or 1 Control Station beep): a low

or not acceptable level of RF signal was measured by

the receiver for that location of the transmitter. Make

multiple test transmissions, making sure that obstruc-

tions between the transmitter and receiver are normal

but minimized (hands away from units, metal ladders

away from receiver, etc.) during these tests. The trans-

mitter and/or receiver will need to be relocated to ob-

tain ACCEPTABLE level readings.

No Signal (NO or 1 long Control Station beep):

no RF signal or an extremely low RF signal was mea-

sured by the receiver for that location of the trans-

mitter. Bring the transmitter to the RF Gateway and

activate the transmitter. The red LED on the RF Gate-

way should blink. If it does not, then the transmitter

is not working. If the red LED does blink, but the

signal strength is still NO SIGNAL, then a program-

ming error exists. Check the programming of the

zone in both the RF Gateway and the panel. If the

signal strength is STRONG or ACCEPTABLE, then the

transmitter and/or receiver will need to be relocated

to obtain ACCEPTABLE level readings. Be sure to

power down the control to clear out all signal

strength levels before testing the transmitter at its

new location.

After testing has been completed, the RF Gateway and

RF Zone Devices should be permanently mounted.

Series 4000 RF Gateways and

transmitters which are not UL La-

beled are not allowed in UL Cer-

tificated installations.

NOTE

Area Partitioning

The control may be divided (partitioned) into two

independent areas. To the customer, each area ap-

pears to be a full-featured system. This allows one

control to be shared by two independent depart-

ments within a common structure.

LED Control Stations cannot have a

Secondary Area.

Each area can be programmed to control separate

outputs with a dedicated audible or annunciator. It

is also possible to combine the outputs of both ar-

eas so that a central siren, bell or audible can be

used. The audible should be positioned so that it

can be heard by all partitions. When partitioning is

not desired, simply designate all zones to a single

area (Area 1).

An example of a partitioning application is a busi-

ness that is divided into two departments with both

departments occupied by a different manager. The

control communicator would be installed in a se-

cure area (common utility closet) with dedicated and

uninterrupted AC power and telephone service. This

must be considered when planning the control panel

position as the power and phone service to a tenant

may be terminated if that tenant leaves.

Each tenants compartment is assigned an area with a

number of zones, codes, and Control Stations. When

an area experiences an alarm or other event, the adja-

cent system area is not alerted to the event since the

Control Station would be programmed to respond only

to events in the assigned area (see Table 1).

Another programming feature is the ability to allow

crossover between areas. This allows the user(s) from

one area to operate the other area from a desig-

nated Control Station. Programming is discussed in

detail later in this manual. By factory default, users

are only allowed to see and operate their primary

assigned area. Multi-area operation may be useful

for applications where the security system is installed

in a facility that is divided into departments. Each

department has a set of users who are responsible

Introduction

The control may be programmed locally from any

LED, SSD, LCD, or VFD Control Station. Throughout

this section, the three Panic keys are referred to as

the Left Panic key, Center Panic key and Right Panic

key.

Local Programming

There are two levels of Control Station programming:

User level and Installer level.

User Level Programming

Provides the ability to add, change, or delete user

passcodes. It also allows Scheduled Arming and

Latch Key operation to be changed. A user passcode

with authority level 9, 10, or 15 is required to access

the user level programming (see Installer Level Pro-

gramming - Authority Levels). See the appropriate

User Guide for more information regarding user level

programming.

Installer Level Programming

Allows total customization of the controls operat-

ing features. Only the installer code may access this

level. Anyone attempting installer level program-

ming should be familiar with the contents of this

publication prior to programming the control panel.

If the installer code is lost or forgot-

ten, it may be impossible to program

the control locally.

If remote programming is used, it is possible to lock-

out or prevent takeover of a control by another in-

stallation company by selecting Lockout Local

Prog. This prevents the installer passcode from

gaining access through local Control Station pro-

gramming. The installer passcode may still be used

for the non-programming functions described in

Installer Level Programming - Authority Levels. Lock-

out Local Prog does not affect remote program-

ming.

Programming the Control

PROGRAMMING THE CONTROL

NOTE

for arming and disarming only the security system

to which they are assigned. If desired, the system

may be set up to allow one or more users to have

control over both areas (see Table 2).

Another programming feature is common area bur-

glar zones (see Operating the System - Introduction).

These zones may be used when a system needs to

be configured with two separate areas of protection

and a common area. For example, an office build-

ing with two separate offices and a common lobby.

The lobby (or common area) only gets armed when

both areas are armed in the AWAY mode. When one

area is armed in the AWAY mode, the common area

becomes an extension of the other area. When ei-

ther area is disarmed, the common area also is dis-

armed. Faulted common area zones may be viewed

on all Control Stations.

Arming and disarming operations with a common

area are the same as without a common area, ex-

cept that when an area is armed in the AWAY mode,

all common area zones may need to be secure.

Common area zones may not be force-armed, but

they may be bypassed. Common area zones may

be violated while either of the two areas is in Exit or

Entry time countdown.

Maximum Zones = 28

Up to 26 zones may be assigned to either area or

the common area (fire zones are system-wide and

have no area assignment).

Maximum Users = 50

Any number of users may be assigned to either or

both areas.

Maximum Supervised Control Stations = 6

SSD, LCD, and VFD Control Stations can be assigned

to operate in both areas if desired. LED Control Sta-

tions can only be assigned to operate in either Area

1 or Area 2.

PROGRAMMING THE CONTROL

When reporting to the Central Station, the control

has three sets of Account Numbers. One set for sys-

tem events, one set for Area 1 events and one set for

Area 2 events. Examples of System events include:

Fire Alarms and Troubles, Common Area Burglar

Alarms, AC Power Failure, Low Battery and automatic

tests. Examples of Area 1 or Area 2 events include:

Burglar Alarms, Holdup Alarms, Opening/Closings.

All events are grouped into several categories with

each category having options of reporting to receiver

A, receiver B and/or a Pager.

Figure 23 LED Display

LED Control Station Programming

When in programming mode, an LED Control Sta-

tion will mimic what is displayed on an SSD Control

Station. The top row of LEDs will correspond to the

first SSD character, the second row to the second

SSD character and the third row to the third SSD

character. If an SSD character is 1 - 9 or A - F, then

PROGRAMMING THE CONTROL

that hexadecimal digit will be displayed in binary

on the appropriate row of LEDs. See the Installer

Level Programming section for programming with

the Control Station. It will also show examples of SSD,

LCD, or VFD Control Station displays. There are no

examples for LED Control Stations (see Figure 23).

Value Display

10 (“A”)

11 (“B”)

12 (“C”)

13 (“D”)

14 (“E”)

15 (“F”)

1248

FIRE

READY

TROUBLE

234

5678

910

11 12

READY and

TROUBLE LEDs

Flash indicating that the

control is in programming

mode

ZONE LEDs (1 - 4)

Display hexadecimal value

corrresponding to left digit on SSD

Control Station (shown is '5')

ZONE LEDs (5 - 8)

Display hexadecimal value of

center digit (shown is '6')

ZONE LEDs (9 - 12)

Display hexadecimal value of

right digit (shown is '3')

SYSTEM AREA 1 AREA 2

System Account Numbers Area 1 Account Numbers Area 2 Account Numbers

Common Burglar Zones 7 & 8 Burglar Zones 1 - 3 Burglar Zones 4 - 5

Fire Zone 30 Users 1 - 3, 7 Users 4 - 7

Control Stations 1, 2, 5 Control Stations 3 - 5

Table 2 Two Areas with Two Common Burglar Zones (Zones 7 & 8)

A Multi-Area User Code (User 7) and a Multi-Area Control Station (Keypad 5)

Table 1 Two Separate Areas

SYSTEM AREA 1 AREA 2

System Account Numbers Area 1 Account Numbers Area 2 Account Numbers

Fire Zone 30 Burglar Zones 1 - 3 Burglar Zones 4 - 5

Users 1 - 3 Users 4 - 6

Control Stations 1 & 2 Control Stations 3 & 4

Set Clock

Press the 9 key and enter the installer passcode to

enter programming mode. Press the 2 key for Set

Clock programming. The Control Station will go into

clock set mode.

The SSD Control Station will have a Set Clock prompt

display. The LCD and VFD Control Station will dis-

play the current hour, minute, month, day, and year

(HH:MM MM/DD/YY). The zone LEDs on an LED

Control Station will remain off. The hour must be

entered in 24-hour format.

The operator may start entering numbers from the

first hour digit. As a number is entered, it is displayed

and the cursor automatically moves to the next po-

sition on the LCD and VFD Control Station. When a

digit is entered, the Control Station will display:

If the CLEAR key is pressed, the cursor will move

back to the first hour digit and any changes that

were entered will be erased, i.e.: the current time

and date will be re-displayed. If the CLEAR key is

pressed and no changes have been entered, the

Control Station will return to idle with no changes

to the time or date.

Menu Options

This section will describe Installer Level Programming

as performed locally from a Control Station.

To enter Installer Level Programming, press the PRO-

GRAM (9) key and enter the installer passcode (de-

fault = 9632). The Control Station will then prompt

you to select a programming option from 1 to 9

where:

1 = SET CLOCK

2 = EDIT FUNCTION MAP

3 = PROGRAMMING ZONE NAMES

4 = PROGRAMMING USER CODES

5 = RESTORE FACTORY DEFAULTS

6 = SET DAYS UNTIL NEXT COMM TEST

7 = PROGRAM RF DATA

Installer Level Programming

INSTALLER LEVEL PROGRAMMING

14:58 02/11/96

ENTER = COMPLETE

24:58 02/11/96

ENTER = COMPLETE

14:58 02/11/96

ENTER = COMPLETE

If the ENTER key is pressed, all changes that were

entered will be range checked. The entire time and

date need not be entered. Any fields that are not

entered will remain unchanged. If the data entered

is within range parameters, the clock will be updated

and the Control Station will return to idle. A Begin

Set Clock event will indicate the time before the

change and an End Set Clock event will indicate

the time after the change. If the entered data is out

of range, the Control Station will indicate an error,

erase the previous entries and re-display the current

time and date.

Edit Function Map

Press the 9 key and enter the installer passcode to

enter programming mode. Press the 3 key to en-

ter Edit Function Map mode. The Control Station

will prompt you for a location to be programmed.

The location numbers, definitions, and valid entries

for the locations are described in the Installer Level

Programming - Function Map section. From this

mode, you may edit the entire Function Map ex-

cept for User Codes and Zone Names. Editing Zone

Names is described in the Installer Level Program-

ming - Programming Zone Names section. Editing

User Codes is described in the Installer Level Pro-

gramming - Programming User Codes section.

From the LOCATION prompt, enter digits for the

desired location number. The digits entered will be

displayed. If more than three digits are entered, the

first digit entered will be discarded. If you make a

mistake, you may press the CLEAR key to clear out

the location and start over. When the desired loca-

tion number is displayed, press the ENTER key. The

Control Station will then display the current value

programmed at that location.

Entering a New Value at a Location

While the Control Station is displaying the value at a

location, you can enter digits to change the value at

that location. The new value is displayed as you

enter the digits. Other keys work as follows:

ENTER - if pressed after new digits are entered,

the displayed value is stored at the

current location.

- if pressed with no new digits entered,

then it will go to the next location.

Right Panic - if pressed, it will go back one loca-

tion and ignore any digits entered.

CLEAR - if pressed after new digits are entered,

the new digits will be erased and the

original value will be re-displayed at

the location.

- if pressed with no new digits entered,

then it will return to the LOCATION

prompt.

OFF CANCEL - on an LED or SSD Control Station, it

will momentarily display the present

location number.

When you press the ENTER key to

store the new value, the system will

store the value as entered. It is the

responsibility of the programmer to

enter a value within the specified

range. If the value entered is out of

the range, then undesirable operation

may occur. In some cases, if the value

entered is too large, it will be trun-

cated before it is stored causing a dif-

ferent value to be stored than was

entered.

INSTALLER LEVEL PROGRAMMING

INVALID SETTING

NOTE

Key

Programming Account Code and

Telephone Number Digits

When the location being programmed is an account

code or telephone number digit (see Installer Level

Programming - Communication Telephone Numbers

Description and Area Event Reporting Description),

the value will be displayed as an H followed by a

single digit. The H indicates that this location is a

Hexadecimal field. The valid entries for these loca-

tions are 0 through F, where A - F correspond

to 10 - 15 respectively.

To program a digit, enter digits as normal. To enter

an A - F, enter a 1 followed by a 0 through 5.

As in programming normal fields, if too many digits

are entered, the first digit entered will be discarded.

The ENTER, OFF CANCEL, Right Panic key, and CLEAR

keys will work the same as described above.

Programming Report Codes and Attribute

Fields

When the location being programmed is a report

code (see Installer Level Programming - Zone Re-

port Codes Description thru System Report Codes

Description) or an attribute field (see Installer Level

Programming - Area Data Descriptions thru Zone

Data Descriptions and System Report Codes Descrip-

tion thru Area Schedules Description), the value will

be displayed as an H followed by two digits. The

H indicates that this location is a Hexadecimal field.

The valid entries for these locations are 00 through

FF, where A - F correspond with 10 - 15 respec-

tively. The Control Station display will automatically

display the hexadecimal value.

To program one of these locations, enter digits as

normal. To display a 1 in the first digit location,

you must enter a 0 before the 1, i.e. 01 displays

a 1. To enter an A - F, enter a 1 followed by a 0

through 5. For example:

Enter To Get

1-2-3 C3

0-1-2 12

1-8 18

0-1-1-0 1A

1-2 0C

2-1 21

INSTALLER LEVEL PROGRAMMING

As in programming normal fields, if too many digits

are entered, the first digit entered will be discarded.

The ENTER, OFF CANCEL, Right Panic key, and CLEAR

keys will work the same as described above.

Additional Programming Notes

To exit out of Edit Function Map mode and return

the Control Station to the idle state, press the CLEAR

key from the LOCATION prompt. (You may need to

press the CLEAR key several times to get to the LO-

CATION prompt). An End Local Programming

event will not be logged until 255 seconds after you

exit programming mode. This is to allow you to exit

and re-enter programming mode repeatedly with-

out logging each one. To force an End Local Pro-

gramming event to be logged, immediately (i.e.:

to have it reported to the Central Station), press and

hold the CLEAR key for three seconds.

When programming the value at the last program-

ming location, the Control Station will return to the

LOCATION prompt if the ENTER key is pressed.

If the panel has been programmed from RPM/2 Pro

and the Agency Code has been loaded into the panel,

then the locations corresponding to the telephone

numbers and account codes will not be editable.

Programming Zone Names

Only the LCD and VFD Control Station may be used

to program zone names. Press the 9 key and enter

the installer passcode to enter programming mode.

Press the 4 key to program the zone names. The

Control Station will prompt you for a Zone ID to be

programmed. The valid Zone IDs are 1 - 5, 7 - 11,

13 - 30.

Enter a number corresponding to the Zone ID and

press ENTER. Once a valid Zone ID is selected, the

control will display the Zone ID and the current Zone

Name with the cursor on the first character. Press

the key associated with each character. Each keypress

will change the display to the next character listed

for that key. The characters available for program-

ming the Zone Names are located on the next page.

Programming User Codes

The installer passcode has the authority to program

user passcodes locally if Lockout Local Installer Pro-

gramming is disabled. The control may be pro-

grammed with up to 50 user passcodes. See Installer

Level Programming - User Data Description for in-

structions on setting the authority level and area as-

signment for each passcode. To program or change

a user passcode:

1. Press the 9 key and enter the installer passcode

to enter programming mode.

2. Press the 5 key to Program User Codes. The

Control Station will prompt you to enter the User

ID of the passcode that you wish to program.

3. Enter the ID number and press the ENTER key.

4. Enter the new four-digit passcode. The Control

Station will beep twice and return to the User ID

prompt.

5. Enter a new ID number or press the CLEAR key

to exit.

The entire passcode is displayed on an LCD/VFD

Control Station. Only one digit at a time is displayed

on an SSD Control Station. To view the existing

passcode on an SSD Control Station, press the EN-

TER key after each digit is displayed.

If the new passcode being entered is a duplicate of

an existing one, the Control Station will sound an

error tone and return to the first digit location so

that you may try again. To make a User passcode

inoperable, enter 0000 as the new four-digit

passcode.

INSTALLER LEVEL PROGRAMMING

Key #1 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @

Key #2 A B C

Key #3 D E F

Key #4 G H I

Key #5 J K L

Key #6 M N O

Key #7 P Q R S

Key #8 T U V

Key #9 W X Y Z [ ¥ ] ^ _

Key #0 space !  # $ % &  * + , - . /

Left Panic Key Used to move the cursor back one

position

Right Panic Key Used to move the cursor forward one

position

If the ENTER or CLEAR key is pressed and no changes

have been made, the Control Station will return to

the Zone ID prompt. If the CLEAR key is pressed

and changes have been made, all changes will be

cleared and the Control Station will return to dis-

playing the original Zone Name. To save any changes

made to the Zone Name, press the ENTER key. The

Control Station will return to the Zone ID prompt.

Press the CLEAR key to return to idle.

Restore Factory Defaults

This function provides a means to completely wipe

out the panels memory and restore it to a factory

default state. If successfully completed, the panel

will:

 default the entire Function Map (including Zone

Names and User Passcodes)

 clear the Event Log and log a System Startup

event

 clear all alarm, trouble and armed conditions

 not affect the System Clock (time and date)

Press the 9 key and enter the installer passcode to

enter programming mode. Press the 6 key to en-

ter Restore Factory Defaults mode. The Control Sta-

tion will prompt you to select the default mode.

For a ZX400 or ZX410, enter 0. For a ZX440F, enter

1. To convert a ZX410 to a ZX440F with a ZXCFK

(Commercial Fire Kit), you must default the panel

with option 1. Once the default mode is selected,

the Control Station will prompt you to re-enter the

installer passcode for verification.

The ZX440F will not function cor-

rectly if option 0 is enabled.

If it is entered correctly, the Control Station will go

back to the system powering up display.

TO DEFAULT PANEL

ENTER PASSCODE

Days Until Next Comm Test

The scheduling of Automatic Communications Tests

requires programming a Comm Test Time-of-Day

and the number of Days Between Comm Tests as

described in Installer Level Programming - Commu-

nicator Data Description. If Days Between Comm

Tests is zero, then no automatic comm tests will

occur. Otherwise, a comm test will occur when a

Days Until the Next Comm Test counter ticks down

to zero. This function allows you to view that Days

counter. If the value displayed is zero or one, then

the next comm test will occur at the next Comm

Test Time-of-Day. This function also allows you to

change the number of Days Until the Next Comm

Test.

Press the 9 key and enter the installer passcode to

enter programming mode. Press the 7 key to en-

ter Days Until Next Comm Test programming. The

Control Station will display the number of days until

the next scheduled comm test.

To change this value, enter a number between 0

and 255. If a mistake is made, press the CLEAR key

to start over. If a number greater than 255 is en-

tered, the first digit entered will be discarded. When

the desired number of days is displayed, press the

ENTER key. The Control Station will return to idle.

To exit out of this function without adjusting the

number of days, press the CLEAR key.

INSTALLER LEVEL PROGRAMMING

ENT 0=STANDARD

1=COMM FIRE

NOTE

Program RF Data

In order for an RF Zone Device or RF User Device to

be received by an RF Gateway, the address of the RF

Device must be programmed into the RF Gateway

(as described in the next two sections). The ZX440F

can support up to 12 RF User Devices per RF Gate-

way and up to 16 RF Zones. The 16 RF Zones are

programmed into the RF Gateways as devices 13-28

corresponding to zones 13-28. The 12 RF User De-

vices are programmed into a RF Gateway as devices

1-12 in any order (there is no correlation between

these devices and the Control Panels configuration

data). The 4710 RF Gateway is restricted to devices

13-20 for zones 13-20 and devices 1-12 for twelve

RF User Devices.

Programming RF Zone Devices Into the RF

Gateway

Press the 9 key and enter the installer passcode to

enter programming mode. Press the 9 key to Pro-

gram RF Data. The Control Station prompts you to

select an RF Gateway to program. Press 1 or 2.

The Control Station then prompts you to select an

RF Device to program.

Enter 13 thru 28 to select an RF Zone and press EN-

TER. The Control Station displays the eight digits

that are currently programmed in the RF Gateway

for that zone. For each digit, you may program a

new value by pressing a digit key. The Control Sta-

tion will automatically move to the next digit. To

move to the next digit without changing the cur-

rent digit, press the ENTER key.

The first digit to enter is the Supervision setting

where:

0 = Unsupervised

1 = Reserved

2 = Reserved

3 = 4 Hours

4 = 24 Hours

The next seven digits to enter come directly off of a

label on the RF Device.

If you make a mistake while entering the eight dig-

its, press the CLEAR key and the Control Station re-

turns to the first digit.

After the last digit is entered, the data is sent to the

RF Gateway and is confirmed and the Control Sta-

tion returns to the RF Device selection prompt. If

the data is successfully loaded into the RF Gateway,

the Control Station beeps twice. If the RF Gateway

does not respond, the Control Station sounds an

error tone and briefly displays an error message.

Check the data bus connections to the RF Gateway.

If the 8 digit number entered for the RF Zone is al-

ready stored in the RF Gateway for another zone,

the Control Station sounds an error tone and briefly

displays a message indicating the duplicate zone.

From the RF Device prompt, select another RF Zone

Device or press the CLEAR key to return to the RF

Gateway prompt. From the RF Gateway prompt you

can switch to program the other RF Gateway (if ap-

plicable) or press the CLEAR key to exit.

One RF Zone Device may be programmed into both

RF Gateways, but it must be programmed into a dif-

ferent zone on each gateway. When programming

RF Zone Data into two RF Gateways, be sure to note

which zones are programmed into each RF Gate-

way. When the zones are then programmed into

the Control Panel, select the correct RF Gateway as

the Expansion Device for that zone.

Programming RF User Devices Into the RF

Gateway

Press the 9 key and enter the installer passcode to

enter programming mode. Press the 9 key to Pro-

gram RF Data. The Control Station prompts you to

select an RF Gateway to program. Press 1 or 2.

The Control Station then prompts you to select an

RF Device to program.

Enter 1 thru 12 to select an RF User Device and press

ENTER. The Control Station displays the eight dig-

its that are currently programmed in the RF Gate-

way for that device. For each digit, you may pro-

gram a new value by pressing a digit key. The Con-

trol Station will automatically move to the next digit.

To move to the next digit without changing the cur-

rent digit, press the ENTER key.

The first digit to enter assigns the RF User Device to

a keypad. This is required to determine the area of

operation of the RF User Device and for the Access

function. Enter 1 thru 6 for a keypad assignment.

INSTALLER LEVEL PROGRAMMING

The second digit to enter defines the operation of

the key(s) on the RF User Device, where:

The next six digits to enter come directly off of a

label on the RF User Device.

If you make a mistake while entering the eight dig-

its, press the CLEAR key and the Control Station re-

turns to the first digit.

After the last digit is entered, the data is sent to the

RF Gateway and is confirmed and the Control Sta-

tion returns to the RF Device selection prompt. If

the data is successfully loaded into the RF Gateway,

the Control Station beeps twice. If the RF Gateway

does not respond, the Control Station sounds an

error tone and briefly displays an error message.

Check the data bus connections to the RF Gateway.

If the 8 digit number entered for the RF User Device is

already stored in the RF Gateway for another device,

the Control Station sounds an error tone and briefly

displays a message indicating the duplicate device.

From the RF Device prompt, select another RF User

Device or press the CLEAR key to return to the RF

Gateway prompt. From the RF Gateway prompt you

can switch to program the other RF Gateway (if ap-

plicable) or press the CLEAR key to exit. In most

cases, you can program an RF User device into both

RF Gateways.

INSTALLER LEVEL PROGRAMMING

Programming RF Devices Into the Control Panel

After the RF Devices have been programmed into

the RF Gateway, they must also be programmed in

the Control Panel. The programming options for the

Control Panels Function Map are described in In-

staller Level Programming - Function Map. When

RF Devices are used in an installation, be sure to con-

sider the following:

For an RF Zone Device, the zone data described in

Installer Level Programming - Zone Data Descrip-

tions must be programmed for the selected zone.

The Zone Type, Area Number and Burglar Zone At-

tributes locations are programmed as usual. The

Expansion Device location must be set to the ap-

propriate RF Gateway for the zone. The first digit of

Zone Attributes location doesnt need to be pro-

grammed because it is ignored for Wireless Zones,

but the second digit must be programmed as usual.

For an RF User Device, a user passcode must be cre-

ated that consists of the last four digits of the RF

Devices address (see Installer Level Programming -

Programming User Codes). An appropriate author-

ity level and area assignment must also be pro-

grammed for that user (see Installer Level Program-

ming - User Data Description). It is also required that

either the area assignment of the user passcode or

the area assignment of the associated keypad must

be a single area (i.e. an RF User Device on an RF

Gateway can only operate on one area). An RF User

Device can be programmed into two RF Gateways

with different keypad assignments on each. If the

devices passcode is operational in both areas and

the keypad on one RF Gateway is operational in one

area and the keypad on the other RF Gateway is

operational on the other area, then the RF User De-

vice can operate on either area depending on which

RF Gateway detects it.

NOTENOTE

For UL 1637 Home Health Care, RF

User Devices may only be assigned

to user passcodes 1-30.

SEC KEY KEY KEY KEY

DIGIT A B C D

1 AWAY STAY NIGHT OFF/CANCEL

2 AWAY STAY ACCESS OFF/CANCEL

3 AWAY STAY PANIC/HOLDUP OFF/CANCEL

4 AWAY STAY AUX/MED OFF/CANCEL

5 AWAY STAY ENTER 4 OFF/CANCEL

6 AWAY PANIC/HOLDUP ENTER 4 OFF/CANCEL

7 STAY PANIC/HOLDUP ENTER 4 OFF/CANCEL

8 STAY PANIC/HOLDUP AUX/MED OFF/CANCEL

9 AWAY ENTER 4 ENTER 6 OFF/CANCEL

AWAY Exit Delay Time 0 to 255 seconds

STAY & NIGHT Exit Time 0 to 255 seconds

Entry Delay Time 1 0 to 255 seconds

Entry Delay Time 2 0 to 255 seconds

Pre-Alarm Warning Time 0 to 255 seconds

Panic Key Alarms 00 to 33

(see the Panic Key Table)

Closing Ringback 0 = Ringback Output

1 = Ringback Output and

Keypads

2 = Ringback Output, Bell

Output and Keypads

Burglar Audible Lockout 0 = No Lockout

1 to 15 = Alarms for an Area

Time in seconds for all Burglar zones, may be audibly annunci-

ated. (See Inst. Level Prog. - Prog. Notes, Note 1).

Time in seconds for all Burglar zones, always silent.

Time in seconds to enter Burglar zones defined as Delay #1, may

be audibly annunciated. (See Inst. Level Prog. - Prog. Notes,

Note 1A).

Time in seconds to enter Burglar zones defined as Delay #2, may

be audibly annunciated.

Time in seconds to correct a false alarm, always audible.

(See Inst. Level Prog. - Prog. Notes, Note 2).

The first digit defines the annunciation of an alarm activated by

the Center Panic key. The second digit defines the annunciation

of an alarm activated by the Right Panic key. Either key may also

be used to initiate a call to a pager.

Determines how the system annunciates the successful trans-

mission of an AWAY closing report to the Central Station.

Determines the number of times that a Bell Output may be acti-

vated during an armed cycle, resets with disarm.

When entering values into the pro-

gramming locations, it is possible to

enter values which exceed the valid

range of the programmed options. It

is the responsibility of the installer to

ensure the correct value of any entry

programmed into the control. The

valid entries for each location are de-

tailed in the following sections.

Area Data Descriptions

The following table refers to programming locations

1 through 20.

Function Map

To edit the Function Map, press the PROGRAM (9)

key, enter the installer passcode, and press the 3

key to select the Edit Function Map programming

option. The Control Station will prompt for a loca-

tion to be programmed. All function map locations

can be programmed except for user codes and zone

names.

INSTALLER LEVEL PROGRAMMING

NOTE

ITEM VALID RANGE DESCRIPTION

Swinger Shunt 0 = No Shunt

1 to 15 = Violations for a Zone

Area Attributes 00 to FF

(see the Area Attribute Table)

Determines the number of violations that may occur from an

armed burglar zone before that zone is automatically bypassed.

 Bypassing - enables selective bypassing of any zone that is de-

fined as bypassable in this area.

 Force-Arming - permits arming of the area with zones faulted.

Faulted zones are temporarily bypassed and return to opera-

tion if the fault is corrected. Only zones that are defined as

bypassable may be force-armed. (See Inst. Level Prog. - Prog.

Notes, Note 4).

 Exit Arm - (See Inst. Level Prog. - Prog. Notes, Note 3).

 3 Second Panic Keys - requires all panic keys to be pressed and

held for approximately 3 seconds in order to activate alarm

condition. Only pertains to Control Stations that are Primary

to this area.

 Double Press Panic Keys - requires all panic keys to be pressed

twice within one second to activate. Only pertains to Control

Stations that are Primary to this area.

 Two Button Arm - enables quick arming by pressing AWAY,

STAY, or NIGHT followed by the ENTER key. Cannot be used

with force-arming.

 Double Press Arm - enables quick arming by pressing AWAY,

STAY, or NIGHT twice. Cannot be used with force-arming.

 Open After Alarm - enables opening reports to be reported

only if they occur after an alarm. All opening events will be

logged in the Event Log regardless of setting.

 Display Bypass Armed - when armed in STAY or NIGHT mode

with bypassed or force-armed zones, Control Stations with the

area as the Primary area will indicate that there are zones that

are bypassed.

ITEM VALID RANGE DESCRIPTION

INSTALLER LEVEL PROGRAMMING

Area Data Default Table

INSTALLER LEVEL PROGRAMMING

0123456789ABCDE F

All Features Below Disabled

Two Button Arm

Double Press Arm

Open After Alarm

Display Bypassed Armed

Double Press Panic Keys

Bypass

Force-Arm

Exit Arm

3 Second Panic Keys

•

FIRST DIGIT

Area Attribute Table

ENTER FOR:

••••• •••

•• •••• ••

•••• ••••

••••••••

SECOND DIGIT

••••••••

•• •• •• ••

••••••

•• ••

••••••

If the First Digit entered is 1, it must be entered as 01. A = 10; B = 11; C = 12; D = 13; E = 14; F = 15

AREA 1 AREA 2

Loc Default Loc Default

AWAY Exit Time (sec) [1] 60 [11] 60

STAY/NIGHT Exit Time (sec) [2] 60 [12] 60

Entry Time 1 (sec) [3] 20 [13] 20

Entry Time 2 (sec) [4] 40 [14] 40

Pre-Alarm Time (sec) [5] 0 [15] 0

Panic Key Alarms [6] H-21 [16] H-21

Closing Ringback [7] 0 [17] 0

Burglar Audible Lockout [8] 0 [18] 0

Swinger Shunt [9] 0 [19] 0

Area Attributes [10] H-09 [20] H-09

FIRST DIGIT (Center Panic Key) SECOND DIGIT (Right Panic Key)

0 = No Keypad Sounder or Bell Output (invisible) 0 = No Keypad Sounder or Bell Output (visible)

1 = Keypad Sounder Only 1 = Keypad Sounder Only

2 = Keypad Sounder and Bell Output 2 = Keypad Sounder and Bell Output

3 = Call Pager, No Alarm 3 = Call Pager, No Alarm

If the First Digit entered is 1, it must be entered as 01

Panic Key Table

INSTALLER LEVEL PROGRAMMING

Keypad Data Default Table

The following table refers to programming locations

21 through 32.

Keypad Attributes 00 to FF

(see the Keypad Attribute table.)

Access Time 0 = Toggle

1 - 255 seconds

ITEM VALID RANGE DESCRIPTION

This control is not a UL Listed Access Control System. The access feature should not be used in UL

Listed installations.

Keypad Data Descriptions

KEYPAD 1 KEYPAD 2 KEYPAD 3 KEYPAD 4 KEYPAD 5 KEYPAD 6

Loc Default Loc Default Loc Default Loc Default Loc Default Loc Default

Keypad Type LED LED SSD SSD LCD/VFD LCD/VFD

Keypad Attribute [21] H-1C [23] H-1C [25] H-1C [27] H-1C [29] H-1C [31] H-1E

Access Time (sec) [22] 5 [24] 5 [26] 5 [28] 5 [30] 5 [32] 5

 Primary Area 1 or 2 - determines which area the Control

Stations status indicator will reflect and which area the Con-

trol Station will display area status for when it is idle.

 Secondary Area Enabled - (See Inst. Level Prog. - Prog. Notes,

Note 5).

 Left Panic Key Enabled - defines if the Left Panic key is to be

enabled for Fire at this Control Station.

 Center Panic Key Enabled - defines if the Center Panic key is to

be enabled for Police or pager at this Control Station.

 Right Panic Key Enabled - defines if the Right Panic key is to be

enabled for Medical/Emergency or Pager at this Control Station.

 Silent Exit Time - silences the exit alert at the Control Station.

 Silent Entry Time - silences the entry alert at the Control Sta-

tion. This does not affect Pre-Alarm Warning Time.

 Silent Trouble - silences the trouble conditions at the Control

Station.

 Time in seconds for an access output activated from this Con-

trol Station. Toggle access feature allows the output to latch

ON/OFF.

 All access outputs assigned to this Control Station are affected

when the access function and a valid code is entered for this

Control Station (See Inst. Level Prog. - Output Definitions De-

scription). It is not area dependent. Typically used to activate

electrically operated door strikes.

INSTALLER LEVEL PROGRAMMING

Keypad Attribute Table

0123456789ABCDE F

All Features Below Disabled

Right Panic Key Enabled

Silent Exit Time

Silent Entry Time

Silent Troubles

Primary Area 1

Primary Area 2

Primary Area 1, Secondary Area 2

Primary Area 2, Secondary Area 1

Left Panic Key Enabled

Center Panic Key Enabled

•

FIRST DIGIT

ENTER FOR:

••••• •••

•• •• •• ••

•••• ••••

••••••••

SECOND DIGIT

••

•••

••

••••

•••

•••••••••

If the First Digit entered is 1, it must be entered as 01. A = 10; B = 11; C = 12; D = 13; E = 14; F = 15

•

••

••••

•

ZONE EXPANSION BURGLAR ZONE ZONE

TYPE DEVICE ATTRIBUTE ATTRIBUTE

Loc Default Loc Default Loc Default Loc Default Loc Default

Zone 01 [33] 1 [34] 1 [35] H-0D [36] H-37

Zone 02 [37] 1 [38] 1 [39] H-03 [40] H-37

Zone 03 [41] 1 [42] 1 [43] H-03 [44] H-37

Zone 04 [45] 1 [46] 1 [47] H-0C [48] H-37

Zone 05 [49] 1 [50] 1 [51] H-0C [52] H-37

Zone 06 [53] 0✝[54] 0✝[55] H-0C N/A [56] H-37 N/A

Zone 07 [57] 1 [58] 1 [59] H-0C [60] H-37

Zone 08 [61] 1 [62] 1 [63] H-0C [64] H-37

Zone 09 [65] 1 [66] 1 [67] H-0C [68] H-37

Zone 10 [69] 1 [70] 1 [71] H-0C [72] H-37

Zone 11 [73] 1 [74] 1 [75] H-0C [76] H-37

Zone 12 [77] 0✝[78] 0✝[79] H-0C N/A [80] H-37 N/A

Zone 13 [81] 1 [82] 0 [83] 0 [84] H-0C [85] H-37

Zone 14 [86] 1 [87] 0 [88] 0 [89] H-0C [90] H-37

Zone 15 [91] 1 [92] 0 [93] 0 [94] H-0C [95] H-37

Zone 16 [96] 1 [97] 0 [98] 0 [99] H-0C [100] H-37

Zone 17 [101] 1 [102] 0 [103] 0 [104] H-0C [105] H-37

Zone 18 [106] 1 [107] 0 [108] 0 [109] H-0C [110] H-37

Zone 19 [111] 1 [112] 0 [113] 0 [114] H-0C [115] H-37

Zone 20 [116] 1 [117] 0 [118] 0 [119] H-0C [120] H-37

Zone 21 [121] 1 [122] 0 [123] 0 [124] H-0C [125] H-37

Zone 22 [126] 1 [127] 0 [128] 0 [129] H-0C [130] H-37

Zone 23 [131] 1 [132] 0 [133] 0 [134] H-0C [135] H-37

Zone 24 [136] 1 [137] 0 [138] 0 [139] H-0C [140] H-37

Zone 25 [141] 1 [142] 0 [143] 0 [144] H-0C [145] H-37

Zone 26 [146] 1 [147] 0 [148] 0 [149] H-0C [150] H-37

Zone 27 [151] 1 [152] 0 [153] 0 [154] H-0C [155] H-37

Zone 28 [156] 1 [157] 0 [158] 0 [159] H-0C [160] H-37

Zone 29* [161] 0 [162] H-63

Zone 30** [163] 2 [164] H-63

INSTALLER LEVEL PROGRAMMING

Zone Data Descriptions

Zone Data Default Table

AREA

* Zone 29 is the Two-Wire Smoke Zone on the ZXEXP Module

** Zone 30 is the Two-Wire Smoke Zone on the Control Board

ZX440F uses Zone 6 and Zone 12 for Telco Monitor and Ground Fault Monitor inputs.

They are not available for programming.

✝

The following table refers to programming locations

33 - 164.

INSTALLER LEVEL PROGRAMMING

Zone Type 0 = Not Used

1 = Burglar

2 = 24 Hour Fire

3 = 24 Hour Holdup

4 = 24 Hour Auxiliary

5 = Momentary Keyswitch

(Arm AWAY/Disarm)

6 = 24 Hour Communicator

7 = 24 Hour Burglar Tamper

8 = Universal

9 = Universal Logged

10 = Verified Fire

11 = Fire Supervisory

12 = Reserved

13 = 24 Hour Water Flow

14 = 24 Hour Non-Alarm

Area Number 0 = Disable

1 = Area 1

2 = Area 2

3 = Common Area

Expansion Device 0 = ZXEXP

1 = RF Gateway 1

2 = RF Gateway 2

3 = ZEM

Burglar Zone Attributes 00 to FF

(see the Burglar Zone

Attribute Table)

Zone Attributes 00 to FF

(see the Zone Attribute Table)

ITEM VALID RANGE DESCRIPTION

Note: Zone 29 & 30 may

only be programmed as

24 Hour Fire, Verified

Fire, Fire Supervisory, 24

Hour Water Flow or Not

Used; any other will be

interpreted as Not Used.

All other zones may be

programmed as any

zone type.

 Critical Condition Monitor (CCM), no local display.

 May be used to activate an output that is programmed as Uni-

versal. Only the Universal Logged is posted in the Event Log

when activated. No events are reported to the Central Station.

 Upon activation, control resets switched smoke power. The

loop is ignored for 30 seconds. Subsequent activation within

the next 60 seconds causes an alarm.

 See Inst. Level Prog. - Prog. Notes, Note 16.

 Communicator with local display, but no local sounder.

 Determines which area the zone belongs to. Fire zones are

visible to both areas regardless of settings. Only Burglar zones

may be assigned to the Common Area (see Operating the

System - Introduction).

 Determines which data bus device the system will poll to get

the zones status data.

 See Inst. Level Prog. - Prog. Notes, Note 2, 6, and 7 for a

complete description of the Burglar Zone Attributes. The

Chime Always attribute may be used with Universal zones as

well as Burglar zones.

 Bell Output on Alarm - determines if Bell Output activates

due to an alarm from the zone. (See Inst. Level Prog. - Prog.

Notes, Note 8).

 Keypad Sounder on Alarm - determines if Control Station

sounder activates due to an alarm from the zone. (See Inst.

Level Prog. - Prog. Notes, Note 8).

 Fire Bell 2 on Alarm - determines if Fire Bell 2 activates due to an

alarm from the zone. This only applies to Fire and Verified Fire

Zones on where there is no Water Flow Zone. (See Inst. Level

Prog. - Prog. Notes, Note 8).

 Bypassable - determines if a zone may be bypassed or force-

armed. (See Inst. Level Prog. - Prog. Notes, Note 17).

 Secure Watch - (See Inst. Level Prog. - Prog. Notes, Note 9).

 Zone Supervision - determines how opens and shorts are

handled.

 Fast Zones - only applies to zones 1 - 12. A Fast Zone on

zones 1 - 6 has a loop response time of 80 msec. A Fast Zone

on zones 7 - 12 has a loop response time of 20 msec.

•

0123456789ABCDE F

Invalid

Alarm on Open - No Trouble

(EOL optional)

Alarm on Short - No Trouble

(EOL optional)

Alarm on Open or Short - No Trouble

(with EOL)

Trouble on Open or Short

Alarm on Open - Trouble on Short

Alarm on Short - Trouble on Open

Alarm on Open or Short - Trouble

on Open when disarmed (Burg only)

Fast Zones

All Features Below Disabled

Bell Output on Alarm

Keypad Sounder/Fire Bell 2 on Alarm*

Bypassable

Secure Watch

INSTALLER LEVEL PROGRAMMING

•

FIRST DIGIT

Burglar Zone Attribute Table

ENTER FOR:

••••••••

•• •• •• ••

•••• ••••

••••••••

SECOND DIGIT

•• ••

••••

•••

••

•••

••

Armed AWAY only

(interior) Armed AWAY &

STAY Armed AWAY &

NIGHT

Armed AWAY, STAY &

NIGHT (perimeter)

•

••••

•

FIRST DIGIT

Zone Attribute Table

ENTER FOR:

•

SECOND DIGIT

•

••

•

•••

••••

•• •

•

•• •

•

•••••

•

••••••••

If the First Digit entered is 1, it must be entered as 01. A = 10; B = 11; C = 12; D = 13; E = 14; F = 15

 The first digit of the zone attribute is ignored for RF and ZEM zones.

 The only valid zone attributes for Zones 29 and 30 are 61, 62, 63, 65, 66 and 67.

* Keypad Sounder for Non-fire zones, Fire Bell 2 for fire zones.

0123456789ABCDE F

Standard (all below disabled)

Chime Always

Verifying

Self-Verifying

Sentry Test

Instant

Delay 1

Delay 2

Follower

Arm STAY

Arm NIGHT

••

AUTHORITY OPERATION AUTHORITY OPERATION

LEVEL AREA LEVEL AREA

Default Loc Default Loc Default Default Loc Default Loc Default

User 01 1234 [165] 10 [166] 1 User 26 0000 [215] 6 [216] 1

User 02 0000 [167] 6 [168] 1 User 27 0000 [217] 6 [218] 1

User 03 0000 [169] 6 [170] 1 User 28 0000 [219] 6 [220] 1

User 04 0000 [171] 6 [172] 1 User 29 0000 [221] 6 [222] 1

User 05 0000 [173] 6 [174] 1 User 30 0000 [223] 6 [224] 1

User 06 0000 [175] 6 [176] 1 User 31 0000 [225] 6 [226] 1

User 07 0000 [177] 6 [178] 1 User 32 0000 [227] 6 [228] 1

User 08 0000 [179] 6 [180] 1 User 33 0000 [229] 6 [230] 1

User 09 0000 [181] 6 [182] 1 User 34 0000 [231] 6 [232] 1

User 10 0000 [183] 6 [184] 1 User 35 0000 [233] 6 [234] 1

User 11 0000 [185] 6 [186] 1 User 36 0000 [235] 6 [236] 1

User 12 0000 [187] 6 [188] 1 User 37 0000 [237] 6 [238] 1

User 13 0000 [189] 6 [190] 1 User 38 0000 [239] 6 [240] 1

User 14 0000 [191] 6 [192] 1 User 39 0000 [241] 6 [242] 1

User 15 0000 [193] 6 [194] 1 User 40 0000 [243] 6 [244] 1

User 16 0000 [195] 6 [196] 1 User 41 0000 [245] 6 [246] 1

User 17 0000 [197] 6 [198] 1 User 42 0000 [247] 6 [248] 1

User 18 0000 [199] 6 [200] 1 User 43 0000 [249] 6 [250] 1

User 19 0000 [201] 6 [202] 1 User 44 0000 [251] 6 [252] 1

User 20 0000 [203] 6 [204] 1 User 45 0000 [253] 6 [254] 1

User 21 0000 [205] 6 [206] 1 User 46 0000 [255] 6 [256] 1

User 22 0000 [207] 6 [208] 1 User 47 0000 [257] 6 [258] 1

User 23 0000 [209] 6 [210] 1 User 48 0000 [259] 6 [260] 1

User 24 0000 [211] 6 [212] 1 User 49 0000 [261] 6 [262] 1

User 25 0000 [213] 6 [214] 1 User 50 1245 [263] 10 [264] 3

User Data Default Table

User Data Description

The user data block is used to set the level of au-

thority that determines the level of activity the user

can perform on the control and the areas that a par-

ticular user can perform operations on. The

passcodes associated with each user may be pro-

grammed as described in Installer Level Program-

ming - Programming User Codes.

INSTALLER LEVEL PROGRAMMING

CODE CODE

Authority Levels

Authorities levels 1 through 10 are the general pur-

pose levels with level 10 having the highest capa-

bilities. Level 11 is for limited disarm capabilities

(ie: Maids passcode). Level 12 is for User on Pre-

mises reporting. Level 13 is for Duress reporting.

For High Level Security applications, only levels 14

and 15 should be used. If levels 14 and 15 are used,

all other users should be set to Level 0 (zero).

Level 14 needs 2 different level 14 passcodes in

order to activate any of the options available. The

Control Station will beep 4 times after the 1st

passcode is entered signifying that it has been ac-

cepted. The 2nd passcode may then be entered.

Level 15 is for maintenance activities only. Level 15

does not allow the user to arm or disarm the sys-

tem, only to maintain it.

See the table on the next page for the options avail-

able for each authority level. To disable all capabili-

ties, set the authority level to zero (0).

INSTALLER LEVEL PROGRAMMING

ITEM VALID RANGE DESCRIPTION

The following table refers to programming locations

165 - 264.

Authority Level 0 to 15

Areas of Operation 0 = Disabled

1 = Area 1

2 = Area 2

3 = Both

See table on following page for Authority Level options.

(Enter 0 to disable).

Determines which areas the passcode can be used to perform

operations on. If a 3 is selected, the Control Station it is used on

must be programmed for both areas in order to access both

areas.

The Installer passcode has the authority level to perform the following operations:

Access from Keypad * Initiate Call to RPM/2 Pro

Arm (AWAY, STAY, NIGHT) * Remote Connect

Disarm if Armed by an Installer * Reset Smoke Power

Change Arming Level * Program RF Data

Edit User Codes * RF Signal Strength

Edit Zone Names * Set Clock

Force-Arm * Silence Trouble

View & Print Event Log * View Alarm Memory

Bypass Zones * Battery Test

Chime Enable/Disable * Bell Test

Default Function Map * Comm Test

Edit Function Map (except Zone Names & User Codes) * Keypad Test

Silence/Cancel Alarm if not Armed or if Armed by Installer * Walk Test

Silence Bell without Disarm if Armed by other than Installer Adjust Days Until Next Auto Comm Test

∗ Disabled if Lockout Local Programming is enabled (see Installer Level Programming - Programming Options).

INSTALLER LEVEL PROGRAMMING

•

CAPABILITIES

AUTHORITY LEVEL

•

•••• •

•••

•••••

••••••

••

•• •

••• ••

•

•• •

•

•••

••

•

•••••

••••••••••

•••••

••

•••

••

••••••••• ••••

••••

•••

•• •• ••

•••••

••

•• ••

•••••

•••• ••

••••••

•••• ••

••• ••

•• ••

••

•• ••

••

•••• ••

•

•••

•

✝

 For High Level Security applications only

✝The Off/Cancel key followed by a Duress or User On Premises passcode will always produce a Duress or User On Premises report regardless

of whether the system was armed.

Edit User Codes

Disarm If Armed By A Level 11

User Passcode

Silence/Cancel Alarm If Not Armed

Or If Armed By A Level 11 Passcode

Silence Bell Without Disarm If Armed

By Other Than A Level 11 Passcode

Access From Keypad With User On

Premises Report

Silence/CancelAlarm With User On

Premises Report

Disarm With User On Premises Report

Access From Keypad With Duress

Arm (AWAY, STAY, NIGHT) with Duress

Change Arming Level With Duress

Force-Arm With Duress

Silence/Cancel Alarm With Duress

Disarm With Duress

••

123456789101112131415

Access From Keypad

Chime Enable/Disable

Silence Bell Without Disarm

Arm (AWAY, STAY, NIGHT)

Changing Arming Level

Remote Connect

Silence/Cancel Alarm

Silence Trouble

Disarm

View Alarm Memory

Reset Smoke Power

Bypass Zones

Force-Arm

Abort Exit Arm

Walk Test

Comm Test

Bell Test

Battery Test

Keypad Test

RF Signal Strength Test

Delay Scheduled Arming

View & Print Event Log

Edit Scheduled Arming

Edit Latch Key Operation

Set Clock

Abort Auto-Arming

Edit Zone Names

Zone Expander or ODM 2

Output 01 [288] 13 [289] 1

Output 02 [290] 3 [291] 1

Output 03 [292] 14 [293] 1

Output 04 [294] 15 [295] 1

Output 05 [296] 19 [297] 1

Output 06 [298] 31 [299] 1

Output 07 [300] 18 [301] 1

Output 08 [302] 25 [303] 1

Output 09 [304] 34 [305] 1

Output 10 [306] 39 [307] 1

CONDITION AREA OR KEYPAD CONDITION AREA OR KEYPAD

Loc Default Loc Default Loc Default Loc Default

Output Definitions Default Table

Output Definitions Description

This data block is used to assign the programmable

outputs. The ZXCFM on a ZX440F is equipped with

three bell outputs (FIRE BELL 1, FIRE BELL 2 & OTHER

BELL) and one programmable output (PGO1). No

outputs are available on the ZX440F Control Board.

Additional outputs can be obtained in groups of ten

by the addition of output driver modules (ZXODM)

or a zone expander (ZXEXP). The 10 outputs on

ODM2 are identical to the 10 outputs on the zone

expander.

INSTALLER LEVEL PROGRAMMING

Output conditions 39 and 40 add combinations of keypads 1 - 6.

Conditions 13 - 38 are specified as a combination of Areas 1 & 2.

Each output is assigned a condition (i.e.: Burglar,

Fire, Status, Alarm) and areas to which it should re-

spond when the condition is active in those areas.

For access conditions, the output is assigned to a

Control Station(s). Output conditions 1 - 12 ignore

the area setting.

ZXCFM Other Bell [265] 1

ZXCFM PGO1 [266] 17 [267] 1

ODM 1

Output 01 [268] 13 [269] 1

Output 02 [270] 3 [271] 1

Output 03 [272] 14 [273] 1

Output 04 [274] 15 [275] 1

Output 05 [276] 19 [277] 1

Output 06 [278] 31 [279] 1

Output 07 [280] 18 [281] 1

Output 08 [282] 25 [283] 1

Output 09 [284] 34 [285] 1

Output 10 [286] 39 [287] 1

INSTALLER LEVEL PROGRAMMING

If the Output Condition is Ready, Armed AWAY,

Armed STAY, Armed NIGHT, Armed & Exit

Time Expired, Exit Time, Entry Time, Annun-

ciation, Key 4 Output, Key 5 Output, or Key

6 Output, then the Areas of Operation should be

limited to a single area.

Output Condition See next page for complete descriptions

0 = Not Used 22 = Armed and Exit Time Expired

1 = Fire Bell 1 Output Trigger 23 = Exit Time

2 = Fire Bell 2 Output Trigger 24 = Entry Time

3 = Fire Alarm 25 = Pre-Alarm Warning Time

4 = Fire Supervisory 26 = Annunciation

5 = Water Flow 27 = Auto-Arm Warning

6 = Fire Trouble 28 = Closing Ringback

7 = Duress 29 = Trouble

8 = Low/No Battery 30 = Audible Trouble

9 = Failed to Comm 31 = Chime

10 = Telco Line Fault 32 = Universal Output

11 = Telco Line Seized 33 = Reserved

12 = Reserved 34 = Lamp Trigger

13 = Burglar Alarm 35 = Key 4 Output

14 = Holdup Alarm 36 = Key 5 Output

15 = Auxiliary Alarm 37 = Key 6 Output

16 = Other Bell Output Trigger 38 = RF Annunciator

17 = Violation 39 = Access by Keypad

18 = Ready 40 = Quick Access by Keypad

19 = Armed AWAY

20 = Armed STAY 101 - 130 = Zone (1 to 30) Violated

21 = Armed NIGHT 201 - 230 = Zone (1 to 30) In Alarm or Secure Watch

Areas of Operation (for Output Conditions 13 - 38) [add up selections]

1 = Area 1 (for Output Conditions 39 & 40)

2 = Area 2 1 = Control Station 1

3 = Both 2 = Control Station 2

4 = Control Station 3

8 = Control Station 4

16 = Control Station 5

32 = Control Station 6

ITEM VALID RANGE

The following table refers to programming locations

265 through 307.

CONDITION OUTPUT BECOMES ACTIVE WHEN:

Fire Bell 1 Output Trigger Activates according to cadence when a Fire or Verified Fire zone or the Left Panic key is in alarm as

described above.

Fire Bell 2 Output Trigger Activates according to cadence when a Water Flow zone is in alarm or when a Fire or Verified Fire

zone or the Left Panic key is in alarm as described above.

Fire Alarm A Fire, Verified Fire or Water Flow zone or the Left Panic key is in alarm.

Fire Supervisory A zone defined as Fire Supervisory is in alarm.

Water Flow A Water Flow zone is in alarm.

Fire Trouble A Fire, Verified Fire or Water Flow zone is in Trouble.

Duress A Duress code has been used. To turn off, press the CLEAR key for 3 seconds.

Panel Low/No Battery A Panel Low/No Battery trouble condition occurs.

Failed to Comm A Failed to Comm trouble condition occurs.

Telco Line Fault Both Telco Line 1 Fault and Telco Line 2 Fault trouble conditions occur.

Telco Line Seized The system seizes the telephone line for an RPM connection or prior to making a call to the Central

Station.

Programmable Output Activation

The programmable outputs will be activated accord-

ing to their Output Condition listed in the following

table. The output will go ON STEADY for the follow-

ing conditions unless otherwise specified in the table

below.

Other Bell Output Activation

The Other Bell Output is assignable to a combina-

tion of areas and may activate due to an alarm con-

dition in any of the areas. A Burglar Alarm, a Burglar

Tamper, a Holdup Alarm, the Center Panic key, an

Auxiliary Alarm, or the Right Panic key may activate

the Other Bell Output.

Each alarm type is programmable for Pulsed or

Steady (See Inst. Level Prog. - Global System Op-

tions). If more than one alarm type is active at the

same time, the Other Bell Output will annunciate

the highest priority alarm. The priority order is Aux-

iliary, Burglar and Holdup.

If any of the Other Bell Outputs areas have Closing

Ringback Annunciation set to Ringback Output,

Keypads, and Bell Output, the Other Bell Output

will emit a two second ringback tone. (See Inst. Level

Prog. - Area Data).

To prevent accidents, the Bell Test on AWAY arm and

the Ringback Bell are disabled while the duress out-

put is active.

INSTALLER LEVEL PROGRAMMING

Fire Bell Outputs Activation

The activation of the Fire Bell 1 & Fire Bell 2 Outputs

depends on whether a zone is programmed for Water

Flow or not. If a zone is programmed as Water Flow,

then a Fire Alarm from that zone will always activate

Fire Bell 2 and a Fire Alarm from a Fire or Verified Fire

zone or the Left Panic key will always activate Fire Bell

1. If there is not a Water Flow zone, then a Fire Alarm

from a Fire or Verified Fire zone or the Left Panic key

may activate Fire Bell 1 and/or Fire Bell 2.

The cadences of both Fire Bell 1 and Fire Bell 2 are

programmable.

Burglar Alarm A Burglar or a Burglar Tamper defined zone is in alarm.

Holdup Alarm A Holdup zone or the Center Panic key is in alarm.

Auxiliary Alarm An Auxiliary zone or the Right Panic key is in alarm.

Other Bell Output Trigger Activates according to cadence for an Auxiliary, Burglar or Holdup Alarm as described above.

Violation A Fire, Fire Supervisory, Water Flow, Burglar, Auxiliary, Visible Holdup or Burglar Tamper is in alarm.

Ready The area is ready to arm.

Armed AWAY The area has been armed in the AWAY mode.

Armed STAY The area has been armed in the STAY mode.

Armed NIGHT The area has been armed in the NIGHT mode.

Armed & Exit Time Expired The area has been armed in any way and the exit time has expired.

Exit Time The exit time starts in its area due to an AWAY, STAY, or NIGHT arm. The output will go ON STEADY

until the last ten seconds, then it will PULSE for the last ten seconds.

Entry Time The entry time starts in its area. The output will stay ON STEADY until the last ten seconds of entry

time. During the last ten seconds of entry time, it will PULSE.

Pre-Alarm Warning Time Any of its areas are in Pre-Alarm Warning Time. The output will PULSE when any of its areas are in

Pre-Alarm Warning Time.

Annunciation The Annunciation output operates like a combination of the Exit Time, Entry Time, and Pre-Alarm

Warning Time outputs. When the exit time starts in its area due to an AWAY, STAY, or NIGHT arm,

the output will go ON STEADY until the last ten seconds. During the last ten seconds, it will PULSE.

When the entry time starts in its area, the output will go ON STEADY until the last ten seconds of

entry time. During the last ten seconds, it will PULSE. When in Pre-Alarm Warning Time, the output

will PULSE.

Auto Arm Warning The timer activates for 3 seconds for each minute of the ten minutes left before Auto-Arming oc-

curs. It will also activate at one minute and two minutes until before an Exit Arm occurs.

Closing Ringback A Closing Report due to an AWAY arm from a Control Station or keyswitch has been successfully

transmitted to the Central Station.

Trouble A System Trouble condition is present. (See System Troubleshooting).

Audible Trouble A System Trouble condition is present and has not been Silenced.

Chime A Disarmed Chime Always Burglar zone in any of its areas is violated, a Disarmed Perimeter (Arm on

STAY & Arm on NIGHT) Burglar zone in any of its areas is violated and that area has Chime Enabled.

Universal A Universal or Universal Logged zone is violated. (See Inst. Level Prog. - Prog. Notes, Note 13).

Lamp Trigger Any of its areas are in exit time, entry time and five minutes after entry time. The Output will go ON

STEADY when its areas are in entry time and will stay ON STEADY until five minutes after entry time

expires or five minutes after disarm (whichever is shorter). (See Inst. Level Prog. - Prog. Notes, Note 14).

Key 4 Output ENTER + Key #4 is pressed on a keypad primary to its area. May be used to toggle an output ON/

OFF.

Key 5 Output ENTER + Key #5 is pressed on a keypad primary to its area. May be used to toggle an output ON/

OFF.

Key 6 Output ENTER + Key #6 is pressed on a keypad primary to its area. May be used to toggle an output ON/

OFF.

RF Annunciator Activates when an RF User Device is used in one of the outputs areas. The output will pulse once for

an RF User Device disarm, twice for a successful RF User Device Arm, and three times for a failed RF

User Device Arm.

Access by Keypad Any of its Control Stations have an Access timer that is running or ON. (See Inst. Level Prog. - Prog.

Notes, Note 15).

Quick Access By Keypad Any of its Control Stations have a Quick Access timer that is running or ON. (See Inst. Level Prog. -

Prog. Notes, Note 15).

Zone Violated The zone is violated

Zone in Alarm or Secure Watch The zone goes into alarm. For a Burglar zone, it will deactivate when the alarm is silenced. For Fire,

Holdup, Auxiliary, Burglar Tamper, Verified Fire, and Fire Supervisory zones, it will deactivate when

the zone restores after the alarm has been silenced. For Water Flow zones, it will deactivate when

the zone restores. The zone goes into Secure Watch Trouble until the condition restores (See Inst.

Level Prog. - Prog. Notes, Note 9).

INSTALLER LEVEL PROGRAMMING

Fire 1 Cutoff Time 0 = No Cutoff,

1 to 255 minutes

Fire 2 Cutoff Time 0 = No Cutoff,

1 to 255 minutes

Burglar Cutoff Time 0 = No Cutoff,

1 to 255 minutes

Holdup Cutoff Time 0 = No Cutoff,

1 to 255 minutes

Auxiliary Cutoff Time 0 = No Cutoff,

1 to 255 minutes

Universal Output Time 0 = Toggle ON,

1 to 255 seconds

Delay Before Dial 0 to 255 seconds

AC Trouble Delay 0 to 255 hours

Secure Watch Time 0 - 42 hours

Aux Key Fire Bells 0 = No Bells

1 = Fire Bell 1

2 = Fire Bell 2

3 = Fire Bell 1 & Fire Bell 2

Fire Bells 00 to 33

(see Fire Bell Table)

TIME TIME

Loc Default Loc Default

Fire Bell 1 Cutoff Time (min) [308] 0 Reserved [315] 0

Fire Bell 2 Cutoff Time (min) [309] 0 AC Failure Delay (hrs) [316] 7

Burglar Cutoff Time (min) [310] 10 Secure Watch Time (hrs) [317] 24

Holdup Cutoff Time (min) [311] 10 Aux Key Fire Bells [318] 1

Aux Cutoff Time (min) [312] 10 Fire Bells [319] H-22

Universal Output Time (sec) [313] 0 System Attributes [320] H-30

Delay Before Dial (sec) [314] 0 Passcode Attempts [321] 8

Global System Options Default Table

INSTALLER LEVEL PROGRAMMING

Global System Options Description

The following table refers to programming locations

308 through 321:

ITEM VALID RANGE DESCRIPTION

Determines the time in minutes for Bell Output or Fire Bell 1

Output and Fire Alarm signaling device.

Determines the time in minutes for Fire Bell 2 Output.

Determines the time in minutes for Bell Output or Other Bell

Output and Burglar Alarm signaling device.

Determines the time in minutes for Bell Output or Other Bell

Output and Holdup Alarm signaling device.

Determines the time in minutes for Bell Output or Other Bell

Output and Auxiliary Alarm signaling device.

Controls the timer for output programmed as Universal. Acti-

vated from Universal or Universal Logged zones. (See Inst. Level

Prog. - Prog. Notes, Note 13).

Time in seconds that a user has after a Burglar, Holdup or Auxil-

iary Alarm from a zone has occurred to silence the alarm with a

disarm and abort the alarm event. (See Inst. Level Prog. - Prog.

Notes, Note 10).

Determines the time that AC power must be down until the

condition is reported to the Central Station. Time is in hours

and it is always audible at the keypad.

Time in hours during which there is no activity before a Secure

Watch event is logged to be reported. (See Inst. Level Prog. -

Prog. Notes, Note 9).

This location is only used on a ZX440F with no Water Flow zone.

Otherwise, it is ignored. It determines which Fire Bell Outputs

are activated when a Fire panic causes an alarm.

The first digit defines the cadence of Fire Bell 1 during a Fire Alarm.

The second digit defines the cadence of Fire Bell 2 during a Fire

Alarm.

INSTALLER LEVEL PROGRAMMING

 Burglar Bell (Steady/Pulsed) - determines the operation of the

Bell Output or Other Bell Output during a Burglar alarm.

 Holdup Bell (Steady/Pulsed) - determines the operation of the

Bell Output or Other Bell Output during a Holdup alarm.

 Auxiliary Bell (Steady/Pulsed) - determines the operation of the

Bell Output or Other Bell Output during an Auxiliary alarm.

 Bell Test on Arm - if enabled, then the Bell Output or Other

Bell Output for an area will be activated for two seconds

when that area is armed in the AWAY mode.

 Log Alarm Abort Events - if enabled, Abort Alarm events are

posted in the Event Log. (See Inst. Level Prog.- Prog.

Notes, Note 10).

 Log Access Events - if enabled, the Keypad Access

Activated events will be posted in the Event Log. These

events are not reportable to the Central Station.

 Print Access Only R/T - if enabled with a printer connected,

then only Keypad Access Activated events will be printed.

This does not affect the Event Log print command.

Sets the number of failed passcode entry attempts allowed

before a 50 second lockout for a particular Control Station.

System Attributes 00 to FF

(see the System

Attribute Table.)

Passcode Entry Lockout 0 = No Lock,

1 to 15 attempts

ITEM VALID RANGE DESCRIPTION

Alarm Bell operations only affect

the Bell Outputs. They do not af-

fect the associated Alarm Indica-

tor outputs.

NOTE

•

FIRST DIGIT

System Attribute Table

ENTER FOR:

••••••••

•• •• •• ••

•••• ••••

•• •••• ••

••••••••

••

•• ••••

•• •• •

••• •••••••

•

If the First Digit entered is 1, it must be entered as 01. A = 10; B = 11; C = 12; D = 13; E = 14; F = 15

•••• ••••

•

SECOND DIGIT

••••

Fire Bell Table

0 = Steady 2 = Temporal

1 = Pulsed (March Time) 3 = Calif March Time

FIRST (Fire Bell 1) & SECOND (Fire Bell 2) DIGITS

0123456789ABCDE F

All Features Below Disabled

Log Alarm Abort Events

Log Access Events

Print Access Only Real Time

Burglar Bell Steady

Burglar Bell Pulsed

Holdup Bell Steady

Holdup Bell Pulsed

Aux Bell Steady

Aux Bell Pulsed

Bell Test on Arm

Loc Default Loc Default

Phone Lines [322] H-22 Dialer Types [331] H-11

Enable Skip Test [323] 0 CS1 Dial Attempts [332] 5

Power-up Comm Test [324] 0 CS2 Dial Attempts [333] 5

Disable Call Waiting [325] 0 Pager Dial Attempts [334] 1

Comm Test Time of Day (hr:min) [326: 327] 00:00 Pager Delay Time (sec) [335] 15

Days Between Comm Tests [328] 1 On-Hook Time (sec) [336] 5

Time Between Calls (sec) [329] 5 Off-Hook Time (sec) [337] 3

Trans Formats [330] H-33

Communicator Data Default Table

Communicator Data Description

INSTALLER LEVEL PROGRAMMING

The following table refers to programming locations

322 through 337:

Phone Lines 0 to 22

(see Phone Lines Table)

Enable Skip Test 0 = No

1 = Yes

Power-up Comm Test 0 = No

1 = Yes

Disable Call Waiting 0 = No

1 = Yes

Comm Test Time of Day 00:00 to 23:59 HH:MM

Days Between Comm Tests 0 = Disable, 1 to 255 days

Time Between Calls 0 to 255 seconds

Trans Formats 00 to 44

(see Trans Formats Table)

Dialer Types 00 to 22

(see Dialer Types Table)

CS1 Dial Attempts 1 to 15 attempts

CS2 Dial Attempts 1 to 15 attempts

Pager Dial Attempts 1 to 15 attempts

Pager Delay Time 0 to 255 seconds

On-Hook Time 1 to 15 seconds

& Off-Hook Time

ITEM VALID RANGE DESCRIPTION

First digit is used to enable phone line 1 for digital communicator

event reporting and to enable monitoring of phone line 1. The

second digit is used to enable phone line 2 for digital communica-

tor event reporting and to enable monitoring of phone line 2. If a

phone line is disconnected, turning off the monitoring of that line

will clear the PHONE LINE FAIL trouble condition.

Allows the auto comm test to be skipped if any signal has been

transmitted to the Central Station since the last auto comm test.

Causes a communicator test to be initiated immediately upon sys-

tem power up. Does not affect days between tests counter.

If enabled, the system will automatically dial *70D (Touchtone

only) prior to dialing a telephone number. This will temporarily

disable the Call Waiting beeps during a phone call.

Sets the hour and minute in military format for the auto commu-

nicator test.

Sets the time intervals in days for the auto communicator test. A

setting of 0 disables Automatic Comm Test Reporting. Days until

next comm test may be manually adjusted by Control Station. (See

Installer Level Programming - Days Until Next Comm Test).

Time in seconds between a failed dial attempt to a Central Station

and the next dial attempt.

First digit defines the transmission format used when the commu-

nicator dials the phone number for Central Station 1. Second digit

defines the transmission format used when the communicator di-

als the phone number for Central Station 2. (See Inst. Level Prog.

- Prog. Notes, Note 11).

First digit defines the type of dialing used on phone line 1. Second

digit defines the type of dialing used on phone line 2.

Maximum number of dial attempts when the communicator dials

the phone number for Central Station 1.

Maximum number of dial attempts when the communicator dials

the phone number for Central Station 2.

Total number of dial attempts when the communicator dials a Pager

phone number. All attempts will be used.

Time in seconds that the communicator waits after dialing before

blindly sending a pager message.

Before the communicator dials a phone number, it seizes the phone

line and goes off-hook for two seconds. It will then go back on-

hook for the On-Hook Time to disconnect an existing phone con-

nection. The communicator will then go back off-hook for the Off-

Hook Time to acquire dial tone before dialing.

Communication Numbers Description

Event reporting assignments for each telephone num-

ber are programmed under the Installer Level Program-

ming - Area Event Reporting section. The assignment

All receivers listed functioned with the listed formats at time of testing. Modifications or programming changes may affect receiver

operation. Consult manufacturer of specific receiver for setup and operation.

RECEIVERS TRANSMISSION FORMAT TRANSMISSION SPEEDS (Pulse Reporting Only)

Ademco 685 3/1, 4/2, Contact ID 20B

FBI CP220 3/1, 4/2, Contact ID 20B - 40B

Osborne-Hoffman (Quick Alert) 3/1, 4/2, Contact ID 20B - 40B

Radionics 6000 3/1 20B - 40B

Radionics 6500 3/1, 4/2 20B - 40B

Silent Knight 9000 3/1, 4/2 20B - 40B

MLR-2DG 3/1, 4/2, Contact ID 20B - 40B

INSTALLER LEVEL PROGRAMMING

Receiver Compatibility Table

Loc Default

Central Station 1 Phone Number [338 - 357] all Fs

Central Station 2 Phone Number [358 - 377] all Fs

Area 1 Pager Phone Number [378 - 397] all Fs

Area 2 Pager Phone Number [398 - 417] all Fs

RPM/2 Pro Phone Number* [418 - 437] all Fs

Area 1 Pager Header Message [438 - 453] all Fs

Area 2 Pager Header Message [454 - 469] all Fs

Communication Number Default Table

Phone Lines Table

0 = Disabled

1 = Enabled

2 = Enabled with Line Monitor

FIRST (Phone Line 1) & SECOND (Phone Line 2) DIGITS

Transmission Formats Table

0 = Pulsed 20 Baud - Non Extended 3 = Contact ID

1 = Pulsed 20 Baud - Extended 4 = Non-Telco Contact ID

2 = Pulsed 40 Baud - Extended

FIRST (CS1) & SECOND (CS2) DIGITS

Dialer Types Table

0 = US Rotary North American Standard (60/40) make/break ratio pulses.

1 = Touchtone®Industry standard DTMF tones. Touchtone is a trademark of AT&T.

2 = Foreign Rotary 67/33 make break ratio pulses, typical of foreign countries.

FIRST (Phone Line 1) & SECOND (Phone Line 2) DIGITS

of telephone dialing options and reporting formats are

programmed under the Installer Level Programming -

Communicator Data Description section.

* Available for Call Back Command from RPM/2 Pro. Available for Call RPM in the future.

INSTALLER LEVEL PROGRAMMING

0 - 9 Numbers from 0 to 9 dial the appropriate

Touchtone® or pulse digit.

A Same as 0.

B Programming a B into any digit position

causes the communicator to produce a

Touchtone® * tone. Useful for unique appli-

cations such as voice mail, cellular, or pag-

ing applications.

C Programming a C into any digit position

causes the communicator to produce a

Touchtone® # tone.

D, E D = 3 second pause

E = 1 second pause

F An F may be programmed after the last digit

of a number to signify end of dialing. An F

entered as the first digit of a number disables

that number.

All five phone numbers allow up to 20 hex digits.

The two Pager Header Messages allow up to 16 hex

digits. See also Installer Level Programming - Pro-

gramming Account Codes and Telephone Number

Digits.

Dialed Digits Allowed

The paging network setup for

your area determines if your

pager will work with a pager

telephone number.

NOTE

Pager Telephone Numbers

When an event is sent to a pager, the events Area

Pager Phone Number is dialed. System events are

sent to the Area 1 Pager Phone Number. The com-

municator then waits the Pager Delay Time (see I.L.P.

Communicator Data Descr.) before blindly sending

a pager message. The pager message may consist

of up to 16 digits from the appropriate Pager Header

Message followed by a two digit code from the Pager

Event Table. Or, if the Pager Header Message is not

needed, put an F in its first digit and the appropriate

four digit account code is used in its place. The Pager

Event Table is also available on a wallet card.

Only one message is sent per phone call and the call

is made for the number of Pager Dial Attempts speci-

fied. There is no feedback from the pager, so pager

events do not affect the failed to communicate con-

dition.

2-DIGIT

CODE

11 Fire Alarm

12 Supervisory Alarm

13 Burglar Alarm

14 Holdup Alarm

15 Duress

16 Auxiliary Alarm

17 Critical Condition Monitor

18 Exit Alarm

21 Zone Trouble

22 Testing (Fire Zone)

23 Zone Bypassed

24 Unsuccessful Attempt to Access via Keypad

25 System Trouble

26 AC Power Failure

31 Alarm Restore

32 Zone Trouble Restore

33 Zone Unbypassed

35 System Trouble Restore

36 AC Power Restore

37 Central Station Comm Restore

41 Arm

42 Auto Arm Failed/Canceled

43 Auto Arm Delayed

44 Recent Closing

45 Disarm

46 Burglar Alarm Canceled

51 Latchkey Supervision

52 User On Premises

61 Comm Test

62 Comm Test (Not Normal)

63 Begin Installer Programming, Installer On Premise

64 End Installer/Remote Programming, Installer Off Premise

65 Remote Programming Failure

66 Call Home (Panic Key)

EVENT DESCRIPTION 2-DIGIT

CODE EVENT DESCRIPTION

Pager Event Table

INSTALLER LEVEL PROGRAMMING

SYSTEM AREA 1 AREA 2

Loc Default Loc Default Loc Default

Tel 1 Account No (4 Hex Digits) [470 - 473] 0000 [478 - 481] 0000 [486 - 489] 0000

Tel 2 Account No (4 Hex digits) [474 - 477] 0000 [482 - 485] 0000 [490 - 493] 0000

Fire Phone No. [494] 3

System Events Phone No. [495] 3

System Troubles Phone No. [496] 3

Burglar Phone No. [497] 3 [505] 3

Hold-up Phone No. [498] 3 [506] 3

Auxiliary Phone No. [499] 3 [507] 3

CCM Phone No. [500] 3 [508] 3

Zone Trouble/Restore Phone No. [501] 0 [509] 0

Zone Bypass/Restore Phone No. [502] 0 [510] 0

Open/Close Phone No. [503] 0 [511] 0

Supervision Phone No. [504] 0 [512] 0

Event Reporting Default Table

Event Reporting Description

Telephone 1 Account No.

Telephone 2 Account No.

Fire Phone No.

Note: These events are

reported using System

account codes only.

System Events Phone No.

Note: These events are

reported using System

account codes only.

System Troubles Phone No.

Note: These events are

reported using System

account codes only.

Burglar Phone No.

Hold-up Phone No.

Auxiliary Phone No.

Critical Condition Monitor

(CCM) Phone No.

Zone Trouble/Restore

Phone No.

Zone Bypass/Restore

Phone No.

Open/Close Phone No.

Supervision Phone No.

4 Hex Digits

0 to 11

(See Phone Directors Table)

0 to 11

(See Phone Directors Table)

0 to 11

(See Phone Directors Table)

0 to 11

(See Phone Directors Table)

0 to 11

(See Phone Directors Table)

0 to 11

(See Phone Directors Table)

0 to 11

(See Phone Directors Table)

0 to 11

(See Phone Directors Table)

0 to 11

(See Phone Directors Table)

0 to 11

(See Phone Directors Table)

0 to 11

(See Phone Directors Table)

Account number used when dialing CS1 Phone Number or Pager.

(See Inst. Level Prog. - Prog. Notes, Note 11).

Account number used when dialing CS2 Phone Number.

(See Inst. Level Prog. - Prog. Notes, Note 11).

Directs which telephone number(s) to report Fire Alarms, Fire

Supervisories, and Restorals.

Directs which telephone number(s) to report system events.

Includes Keypad Lockout, Auto Comm Test, Begin & End In-

staller Local Programming, End Remote Programming, Remote

Programming Denied & Aborted.

Directs which telephone number(s) to report system events. In-

cludes Keypad Missing & Restoral, AC Failure & Restoral, Panel Low/

No Battery & Restoral, Bell Faults & Restoral, Comm Restoral, Ground

Fault & Restoral, Memory Error, Phone Line Faults & Restoral, RF

Jamming, RF Channel Clear and RF User Device Low Battery.

Directs which telephone number(s) to report Burglar Alarms,

Burglar Tamper, Exit Alarm, Recent Closing, Burglar Alarm Can-

celed, and Restorals.

Directs which telephone number(s) to report Holdup Alarms,

Duress, and Restorals.

Directs which telephone number(s) to report Auxiliary Alarms

and Restorals.

Directs which telephone number(s) to report Critical Condition

Monitoring events and Restorals.

Directs which telephone number(s) to report Zone Troubles and

Restorals.

Directs which telephone number(s) to report Zone Bypasses and

Restorals.

Directs which telephone number(s) to report Openings, Clos-

ings, Auto Arm Fail, Auto Arm Aborted, and Closing Extended.

Directs which telephone number(s) to report Latch Key Supervi-

sion, User on Premises, Secure Watch, and Secure Watch Re-

store.

The following table refers to programming locations

470 through 512:

ITEM VALID RANGE DESCRIPTION

INSTALLER LEVEL PROGRAMMING

Phone Directors Table

0 = Do Not Report

1 = CS1 Phone Only

2 = CS2 Phone Only

3 = CS1 Phone (CS2 Phone on Failure)

4 = CS2 Phone (CS1 Phone on Failure)

5 = CS1 Phone and CS2 Phone

6 = Pager Only

7 = CS1 Phone and Pager

8 = CS2 Phone and Pager

9 = CS1 Phone (CS2 Phone on Failure) and Pager

10 = CS2 Phone (CS1 Phone on Failure) and Pager

11 = CS1 Phone, CS2 Phone and Pager

INSTALLER LEVEL PROGRAMMING

The Zone Report Codes utilize programming loca-

tions 513 through 632. Each Zone has an alarm,

restore, bypass and trouble code. The restore may

be an alarm, trouble, or bypass restoral. A Zone

Trouble may result from one of the following conditions:

 Wiring problem

 Secure Watch Trouble

 No Response from Zone Expander

 Fire Trouble

(Fire zone bypassed or Fire zone in Walk Test)

 Smoke Trouble

 RF Point Not Reporting

 RF Sensor Tamper

 RF Point Low Battery

Zone Report Codes Description

These events will be posted and displayed differently

in the Event Log. If one of these events is reported

using a Pulsed format, then the standard Zone

Trouble report code will be used. If one of these

events is reported using Contact ID then a more

descriptive report code will be used.

Each report code requires a two digit entry. The first

digit sets the primary event code and the second

digit sets the extended code. (See Installer Level Pro-

gramming - Programming Report Codes). If a trans-

mission format other than a Pulsed format is used, it

is only necessary to program a value other than zero

into either digit to enable that event to be reported,

the correct transmitted data is automatically sent.

INSTALLER LEVEL PROGRAMMING

ALARM RESTORE BYPASS TROUBLE

Loc Default Loc Default Loc Default Loc Default

Zone 01 [513] H-31 [514] H-E3 [515] H-AB [516] H-F3

Zone 02 [517] H-32 [518] H-E3 [519] H-AB [520] H-F3

Zone 03 [521] H-33 [522] H-E3 [523] H-AB [524] H-F3

Zone 04 [525] H-34 [526] H-E3 [527] H-AB [528] H-F3

Zone 05 [529] H-35 [530] H-E3 [531] H-AB [532] H-F3

Zone 06✝[533] H-36 [534] H-E3 [535] H-AB [536] H-F3

Zone 07 [537] H-37 [538] H-E3 [539] H-AB [540] H-F3

Zone 08 [541] H-38 [542] H-E3 [543] H-AB [544] H-F3

Zone 09 [545] H-39 [546] H-E3 [547] H-AB [548] H-F3

Zone 10 [549] H-3A [550] H-E3 [551] H-AB [552] H-F3

Zone 11 [553] H-3B [554] H-E3 [555] H-AB [556] H-F3

Zone 12✝[557] H-3C [558] H-E3 [559] H-AB [560] H-F3

Zone 13 [561] H-3D [562] H-E3 [563] H-AB [564] H-F3

Zone 14 [565] H-3E [566] H-E3 [567] H-AB [568] H-F3

Zone 15 [569] H-3F [570] H-E3 [571] H-AB [572] H-F3

Zone 16 [573] H-61 [574] H-E6 [575] H-AB [576] H-F6

Zone 17 [577] H-62 [578] H-E6 [579] H-AB [580] H-F6

Zone 18 [581] H-63 [582] H-E6 [583] H-AB [584] H-F6

Zone 19 [585] H-64 [586] H-E6 [587] H-AB [588] H-F6

Zone 20 [589] H-65 [590] H-E6 [591] H-AB [592] H-F6

Zone 21 [593] H-66 [594] H-E6 [595] H-AB [596] H-F6

Zone 22 [597] H-67 [598] H-E6 [599] H-AB [600] H-F6

Zone 23 [601] H-68 [602] H-E6 [603] H-AB [604] H-F6

Zone 24 [605] H-69 [606] H-E6 [607] H-AB [608] H-F6

Zone 25 [609] H-6A [610] H-E6 [611] H-AB [612] H-F6

Zone 26 [613] H-6B [614] H-E6 [615] H-AB [616] H-F6

Zone 27 [617] H-6C [618] H-E6 [619] H-AB [620] H-F6

Zone 28 [621] H-6D [622] H-E6 [623] H-AB [624] H-F6

Zone 29 [625] H-11 [626] H-E1 [627] H-AB [628] H-F1

Zone 30 [629] H-12 [630] H-E1 [631] H-AB [632] H-F1

Zone Report Codes Default Table

✝ Not Available

CLOSE OPEN CLOSE OPEN

Loc Default Loc Default Loc Default Loc Default

User 01 [633] H-C1 [634] H-B1 User 26 [683] H-CF [684] H-BF

User 02 [635] H-C2 [636] H-B2 User 27 [685] H-CF [686] H-BF

User 03 [637] H-C3 [638] H-B3 User 28 [687] H-CF [688] H-BF

User 04 [639] H-C4 [640] H-B4 User 29 [689] H-CF [690] H-BF

User 05 [641] H-C5 [642] H-B5 User 30 [691] H-CF [692] H-BF

User 06 [643] H-C6 [644] H-B6 User 31 [693] H-CF [694] H-BF

User 07 [645] H-C7 [646] H-B7 User 32 [695] H-CF [696] H-BF

User 08 [647] H-C8 [648] H-B8 User 33 [697] H-CF [698] H-BF

User 09 [649] H-C9 [650] H-B9 User 34 [699] H-CF [700] H-BF

User 10 [651] H-CA [652] H-BA User 35 [701] H-CF [702] H-BF

User 11 [653] H-CB [654] H-BB User 36 [703] H-CF [704] H-BF

User 12 [655] H-CC [656] H-BC User 37 [705] H-CF [706] H-BF

User 13 [657] H-CD [658] H-BD User 38 [707] H-CF [708] H-BF

User 14 [659] H-CE [660] H-BE User 39 [709] H-CF [710] H-BF

User 15 [661] H-CF [662] H-BF User 40 [711] H-CF [712] H-BF

User 16 [663] H-CF [664] H-BF User 41 [713] H-CF [714] H-BF

User 17 [665] H-CF [666] H-BF User 42 [715] H-CF [716] H-BF

User 18 [667] H-CF [668] H-BF User 43 [717] H-CF [718] H-BF

User 19 [669] H-CF [670] H-BF User 44 [719] H-CF [720] H-BF

User 20 [671] H-CF [672] H-BF User 45 [721] H-CF [722] H-BF

User 21 [673] H-CF [674] H-BF User 46 [723] H-CF [724] H-BF

User 22 [675] H-CF [676] H-BF User 47 [725] H-CF [726] H-BF

User 23 [677] H-CF [678] H-BF User 48 [727] H-CF [728] H-BF

User 24 [679] H-CF [680] H-BF User 49 [729] H-CF [730] H-BF

User 25 [681] H-CF [682] H-BF User 50 [731] H-CF [732] H-BF

User Report Code Default Table

User Report Codes Description

The User Report Codes utilize programming loca-

tions 633 through 732. This data block is used to

program the opening and closing reports for each

user code.

Each report code requires a two digit entry. The

first digit sets the primary event code and the sec-

ond digit sets the extended code. (See Installer Level

Programming - Programming Report Codes). If a

transmission format other than a Pulsed format is

used, it is only necessary to program a value other

than zero into either digit to enable that event to be

reported, the correct transmitted data is automati-

cally sent.

The open and close report code is assigned to the

user, not the area. Some users may be assigned to

arm and disarm multiple areas. Any user with the

authority to arm and disarm multiple areas has the

same opening and closing report codes. However,

the Central Station can differentiate between areas

by the account code transmitted.

INSTALLER LEVEL PROGRAMMING

Loc Default Loc Default

Left Panic Key Report Code [733] H-19 AC Restore Report Code [754] H-EA

Center Panic Key Report Code [734] H-29 Low/No Battery Report Code [755] H-F9

Right Panic Key Report Code [735] H-49 Battery Restore Code [756] H-E9

Duress Code [736] H-99 Bell Fault Report Code [757] H-00

Keypad Lockout Code [737] H-00 Bell Restore Report Code [758] H-00

Burg Cancel Report Code [738] H-00 Telco Fault Report Code [759] H-00

Quick Arm Report Code [739] H-00 Telco Restore Report Code [760] H-00

Auto-Arm Code [740] H-00 Ground Fault Report Code [761] H-00

Auto-Arm Failed Code [741] H-00 Ground Restore Report Code [762] H-00

Keyswitch Closing Code [742] H-00 Comm Restore Report Code [763] H-00

Keyswitch Opening Code [743] H-00 Memory Error Report Code [764] H-00

Installer/RPM Closing Code [744] H-00 Local Program Begin Code [765] H-00

Installer/RPM Opening Code [745] H-00 Local Program End Code [766] H-00

Closing Extended Code [746] H-00 RPM End Report Code [767] H-00

Exit Alarm Code [747] H-00 RPM Denied Report Code [768] H-00

Recent Closing Code [748] H-00 RPM Abort Report Code [769] H-00

Latch Key Supervision Code [749] H-00 Missing Keypad Code [770] H-00

User on Premises Code [750] H-00 Restore Keypad Code [771] H-00

Comm Test Not Norm Code [751] H-F2 R F Jamming Report Code [772] H-00

Comm Test Report Code [752] H-F1 R F Channel Clear Report Code [773] H-00

AC Fail Report Code [753] H-FA RF User Device Low Battery Code [774] H-00

System Event Report Codes Default Table

INSTALLER LEVEL PROGRAMMING

System Report Codes Description

Each report code requires a two digit entry. The

first digit sets the primary event code and the sec-

ond digit sets the extended code. (See Installer Level

Programming - Programming Report Codes). If the

transmission format is anything other than a Pulsed

format, it is only necessary to program a value other

than zero into either digit to enable that event to be

reported, the correct transmitted data is automati-

cally sent.

Fire Panic Key Report Code 00 to FF Code sent for alarms activated by pressing the Left Panic key.

Holdup Panic Key Report Code 00 to FF Code sent for alarms activated by pressing the Center Panic key or an RF user device.

Aux/Med Panic Key Report Code 00 to FF Code sent for alarms activated by pressing the Right Panic key or an RF user device.

Duress Code 00 to FF Code sent for a duress (Authority Level 13) code arm or disarm.

Keypad Lockout Code 00 to FF Code sent when a Control Station is locked out due to failed passcode attempts.

Burg Cancel Report Code 00 to FF Code sent when an authorized user resets a burglar alarm after reporting and be-

fore the Burglar Bell Cutoff timer expires.

Quick Arm Report Code 00 to FF Code sent when an area is armed using Two-Button or Double Press Arming.

Auto-Arming Code 00 to FF Code sent when armed by scheduled program or Exit Arm.

Auto-Arm Failed Code 00 to FF Code sent when a scheduled arming is aborted or could not be completed.

The following table refers to programming locations

733 through 774:

ITEM VALID RANGE DESCRIPTION

Keyswitch Closing Code 00 to FF Code sent when an area is armed by keyswitch zone.

Keyswitch Opening Code 00 to FF Code sent when an area is disarmed by keyswitch zone.

Installer/RPM Closing Code 00 to FF Code sent when an area is armed by RPM or the installer at a Control Station.

Installer/RPM Opening Code 00 to FF Code sent when an area is disarmed by RPM or the installer at a Control Station.

Closing Extended Code 00 to FF Code sent when the scheduled closing time is extended.

Exit Alarm Code 00 to FF Code sent in addition to a burglar alarm event if the alarm occurs when the exit time expires.

Recent Closing Code 00 to FF Code sent in addition to a burglar alarm event if the alarm occurs within two minutes

after exit time expires.

Latch Key Supervision Code 00 to FF Code sent when the Latch Key code is not entered during the programmed time window.

User on Premises Code 00 to FF Code sent when the User on Premises (Authority Level 12) passcode is entered to

disarm the system or perform the access operation.

Comm Test Not Norm Code 00 to FF Code sent at the comm test time-of-day in place of the comm test report when a

trouble condition is present. If this report code is set to 00, a normal comm test

event is transmitted.

Comm Test Report Code 00 to FF Code sent at the comm test time-of-day when no trouble conditions are present. Transmitted

at power-up, if Test On Power-Up is enabled. Transmitted for Manual Comm Test, if pro-

grammed. (See Inst. Level Prog.- Communication Data Description). Implies proper operation

of the communicator and the telephone line.

AC Fail Report Code 00 to FF Code sent when the control has lost the primary AC input. The delay time before

this report is transmitted is located in Installer Level Programming - Global System

Options Description.

AC Restore Report Code 00 to FF Code sent when the AC primary power has been restored.

Low Battery Report Code 00 to FF Code sent when the control detects a low battery voltage reading of 11.3 VDC or less.

Battery Restore Code 00 to FF Code sent when the low battery condition has been restored.

Bell Fault Report Code 00 to FF Code sent when the control panel detects a Bell Fault. Contact ID will distinguish

between Bell 1 and Bell 2 faults.

Bell Restore Report Code 00 to FF Code sent when a Bell Fault trouble restores. Contact ID will distinguish between Bell 1

and Bell 2 restores.

Telco Fault Report Code 00 to FF Code sent when the control panel detects a Telco Fault. Contact ID will distinguish

between Phone Line 1, Phone Line 2 and Non-Telco faults.

Telco Restore Report Code 00 to FF Code sent when a Telco Fault trouble restores. Contact ID will distinguish between

Phone Line 1, Phone Line 2 and Non-Telco restores.

Ground Fault Report Code 00 to FF Code sent when the control panel detects a Ground Fault.

Ground Restore Report Code 00 to FF Code sent when a Ground Fault trouble restores.

Comm Restore Report Code 00 to FF When the control is unsuccessful in reporting an event, the fail to communicate

(local trouble) displays. If a subsequent report of any type is successful, the control

also reports this code.

Memory Error Report Code 00 to FF Code sent when the internal memory check finds an unauthorized change in the

value of one or more of the programming options.

Local Prog Begin Code 00 to FF Code sent when a program function map is initiated at the control site.

Local Prog End Code 00 to FF Code sent after programming mode is terminated at the installation site. This occurs

255 seconds after exiting programming mode or by holding the CLEAR key for three

seconds.

RPM End Report Code 00 to FF Code sent when an RPM session has been completed normally.

RPM Denied Report Code 00 to FF Code sent when an unauthorized RPM session is attempted (i.e.: improper ID code

or access device).

RPM Abort Report Code 00 to FF Code sent when an RPM session is aborted. If an alarm event requiring a report to

the Central Station occurs during an RPM session, the control may abort the session

to report the event.

Missing Keypad Code 00 to FF Code sent when a supervised Control Station is removed or fails to respond to sys-

tem polling.

Restore Keypad Code 00 to FF Code sent when a missing Control Station is restored to the data bus.

RF Jamming Report Code 00 to FF Code sent when an RF Gateway detects an RF Jamming condition.

RF Channel Clear Code 00 to FF Code sent when an RF Gateway detects an RF Jamming condition has cleared.

RF User Device Low Battery 00 to FF Code sent when an RF Gateway detects a Low Battery condition on one of its User

Code Devices.

INSTALLER LEVEL PROGRAMMING

Area Schedules Description

Automatic Arming

If automatic arming is enabled, the control produces

a warning signal at the appropriate Control Station(s)

once every minute beginning ten minutes prior to

the event. During this warning, the same Control

Station(s) may display a visual indication of the im-

pending action and the amount of time remaining.

This allows the user ample warning to exit or over-

ride the impending action. Auto Arming time may

be extended by one hour during each ten minute

warning period (but not past midnight) using the

Delay Auto Arming function. The user can also abort

the scheduled arming for that day through User Level

programming. (See the appropriate User Guide).

Auto Arming arms the control in the AWAY, STAY, or

NIGHT mode with normal exit time.

Latch Key Schedules

A Latch Key User ID is used to determine which user

passcode must be entered on selected Latch Key

Days. The user passcode must be entered within a

time window. If the user passcode is not entered

during the Time Window, a Latch Key Supervision

event will be posted in the Event Log to be reported.

For example, if Monday is a Latch Key Day and the

Latch Key Time for Monday is 14:30 with a thirty minute

Time Window and the Latch Key User ID is not en-

tered between 14:00 and 15:00 hours, then a Latch

Key Supervision event will be posted at 15:00 hours.

The Latch Key Time Window can-

not cross over the Midnight

boundary. During the Time Win-

dow, the Control Station will

chime once a minute until the user

passcode is entered or the Time

Window has expired, whichever

comes first.

NOTE

AREA 1 AREA 2

Loc Default Loc Default

Scheduled Arm Mode [775] 0 [808] 0

Scheduled Arm Days [776] H-00 [809] H-00

Arm Time Sun (hr:min) [777:778] 00:00 [810:811] 00:00

Arm Time Mon (hr:min) [779:780] 00:00 [812:813] 00:00

Arm Time Tues (hr:min) [781:782] 00:00 [814:815] 00:00

Arm Time Wed (hr:min) [783:784] 00:00 [816:817] 00:00

Arm Time Thurs (hr:min) [785:786] 00:00 [818:819] 00:00

Arm Time Fri (hr:min) [787:788] 00:00 [820:821] 00:00

Arm Time Sat (hr:min) [789:790] 00:00 [822:823] 00:00

Latch Key User ID [791] 0 [824] 0

Latch Key Days [792] H-00 [825] H-00

Latch Key Window (min) [793] 0 [826] 0

Latch Time Sun (hr:min) [794:795] 00:00 [827:828] 00:00

Latch Time Mon (hr:min) [796:797] 00:00 [829:830] 00:00

Latch Time Tues (hr:min) [798:799] 00:00 [831:832] 00:00

Latch Time Wed (hr:min) [800:801] 00:00 [833:834] 00:00

Latch Time Thurs (hr:min) [802:803] 00:00 [835:836] 00:00

Latch Time Fri (hr:min) [804:805] 00:00 [837:838] 00:00

Latch Time Sat (hr:min) [806:807] 00:00 [839:840] 00:00

Area Schedules Default Table

If the First Digit entered is 1, it must be entered as 01. A = 10; B = 11; C = 12; D = 13; E = 14; F = 15

Scheduled Arming Mode 0 = AWAY, 1 = STAY, 2 = NIGHT Determines the Auto Arm mode.

Scheduled Arming Days 00 to FF Selects the days of the week the system automatically arms.

(see the table below for a complete

description of each values activation)

Sunday Arming Time 00:00 to 23:59 The time for Auto Arming on Sunday.

Monday Arming Time 00:00 to 23:59 The time for Auto Arming on Monday.

Tuesday Arming Time 00:00 to 23:59 The time for Auto Arming on Tuesday.

Wednesday Arming Time 00:00 to 23:59 The time for Auto Arming on Wednesday.

Thursday Arming Time 00:00 to 23:59 The time for Auto Arming on Thursday.

Friday Arming Time 00:00 to 23:59 The time for Auto Arming on Friday.

Saturday Arming Time 00:00 to 23:59 The time for Auto Arming on Saturday.

Latch Key User ID 0 = disable, User 1 to 50 Determines the user passcode that has Latch Key Supervision.

Latch Key Days 00 to FF (see Scheduled Arming Selects the days of the week that Latch Key Supervision is

and Latch Key Days Table.) performed.

Latch Key Time Window 0 to 255 minutes Time in minutes (+/-) the Latch Key User Code may be

entered.

Sunday Latch Key Time 00:00 to 23:59 The time, (+/-) the Time Window, the Latch Key user

passcode must be entered on Sunday.

Monday Latch Key Time 00:00 to 23:59 The time, (+/-) the Time Window, the Latch Key user

passcode must be entered on Monday.

Tuesday Latch Key Time 00:00 to 23:59 The time, (+/-) the Time Window, the Latch Key user

passcode must be entered on Tuesday.

Wednesday Latch Key Time 00:00 to 23:59 The time, (+/-) the Time Window, the Latch Key user

passcode must be entered on Wednesday.

Thursday Latch Key Time 00:00 to 23:59 The time, (+/-) the Time Window, the Latch Key user

passcode must be entered on Thursday.

Friday Latch Key Time 00:00 to 23:59 The time, (+/-) the Time Window, the Latch Key user

passcode must be entered on Friday.

Saturday Latch Key Time 00:00 to 23:59 The time, (+/-) the Time Window, the Latch Key user

passcode must be entered on Saturday.

The following table refers to programming locations

775 through 840:

INSTALLER LEVEL PROGRAMMING

ITEM VALID RANGE DESCRIPTION

0123456789ABCDE F

All Days Below Disabled

Thursday

Friday

Saturday

All Days Below Disabled

Sunday

Monday

Tuesday

Wednesday

•

FIRST DIGIT

Scheduled Arming and Latch Key Days Table

ENTER FOR:

••••••••

•• •• •• ••

•••• ••••

SECOND DIGIT

••••• •••

••••

•••

••

•• ••••

•

•• ••

•

•••

•

Installer Passcode 0000 to 9999 The installer passcode is the only passcode that may program the entire

Function Map. See Installer Level Programming - User Data Description

for a description of the other functions that may be performed.

2nd Call Timer 0 - 255 seconds Time in seconds for the answering machine bypass time window. This allows

the remote programmer to bypass an answering machine by making two

calls to the premises. The first call must ring three times or less and not be

answered. The answering machine bypass time window starts ten seconds

after the last ring of the first call. If the first ring of the second call occurs

within the answering machine bypass time window, the panel answers the

second call on the first ring. Remote Programming must be enabled and

Auto-Answer Ring count must be non-zero.

Auto Answer Ring Count 0 - 15 rings Sets the number of rings that must occur before the panel automatically

answers the telephone for operation with RPM/2 Pro. A ring count of 0

disables automatic answering, but manual connection may still be used. If

Remote Programming is not enabled, then the auto-answer ring count is

ignored and the panel never answers.

Enable RPM 0 = No Enables operation of the control with the RPM/2 Pro package.

1 = Yes Connection to RPM/2 Pro may only be achieved using Phone Line 1.

Enable Power Up Program 0 = No A quick way to enter program mode upon power up. Pressing the 9 key

and entering 9999 within the first 60 seconds after power up enters the

control into Installer Level Programming mode. Consider disabling this

feature for anti-takeover.

Lockout Local Program 0 = No This is provided for anti-takeover protection. If it is enabled, the

installer passcode is limited as noted in Installer Level Programming - User

Data Description. A user may still be able to perform user level program-

ming and RPM/2 Pro will be fully operational. Do not enable this unless an

RPM/2 Pro account has been established for the control.

INSTALLER LEVEL PROGRAMMING

Programming Options

This section deals with the attributes of the Remote

Programming Manager Software. Before program-

ming the specific functions, it is important to un-

derstand the following:

Abort: During a remote programming session, the

control is fully functional and can detect and an-

nunciate alarms locally. The control aborts a session

with RPM/2 Pro to report alarm events.

Datalock: As a provision of anti-takeover, the con-

trol does not permit local programming of the ac-

count numbers and telephone numbers, or the Re-

store Factory Defaults option to operate when an

agency code has been established and programmed

by the RPM/2 Pro software. Other installer program-

The following table refers to programming locations

841 through 849:

Loc Default

Installer Passcode [841 - 844] 9632

Call 2 Timer (sec) [845] 0

Auto Answer Ring Count [846] 0

Enable RPM [847] 1

Enable Power Up Program [848] 0

Lockout Local Program [849] 0

Programming Options Default Table

ming changes are still allowed. When the Datalock

(agency code) is set, the Control Station emits an error

tone if any attempt is made to change an account

number or a phone number or to default the control.

ITEM VALID RANGE DESCRIPTION

1 = Yes

Programming Notes

Note 1: Restarting Exit Time

If an exit time is counting down from an AWAY arm-

ing, the exit time may be automatically restarted

once to reduce false alarms.

The exit time will be restarted if a Perimeter (arm in

STAY mode and arm in NIGHT mode) Burglar zone

is violated anytime during the last ten seconds of

exit time.

If the exit time is not due to an Exit Arm or a Sched-

uled Arming, then the exit time will be restarted if it

expires and a Perimeter (Arm in STAY mode and Arm

in NIGHT mode) Burglar zone has not been violated

during the exit time (i.e.: nobody went out the door).

Note 1A: Entry Delay Times

The Entry Delay Times (Entry Delay 1 and Entry De-

lay 2) of an area work together to provide a more

secure Entry Delay Time. For example, Entry Delay

1 may be programmed as 4 minutes and Entry De-

lay 2 may be programmed as 1 minute. If Entry De-

lay 1 (4 min.) is started and counts down to 2 min-

utes remaining when an armed Delay 2 zone is vio-

lated, then the Entry Delay Time is reduced to the

more secure Entry Delay 2 time (1 minute remain-

ing). However, if the Entry Delay Time counts down

below the Entry Delay 2 Time (i.e. to 30 seconds

remaining), then no adjustment is made. Entry De-

lay Time is only decreased, it is never increased.

Note 2: Entry Time versus Pre-Alarm Warning

Time

Assuming Exit, Entry and Pre-Alarm Warning Times

are inactive, a violation of an armed Burglar zone

will cause the following actions depending on the

areas arm level and the type of Burglar zone:

Note 3: Exit Arm

An Exit Arm is intended to automatically arm an area

ten minutes after the premises are vacated. An Exit

Arm will only be attempted when it is enabled for

an area and the area is disarmed and not in alarm.

The end user can disable the Exit Arm feature on a

day-to-day basis (see the appropriate User Guide).

If a Disable Exit Arming is performed, the Exit Arm

will be disabled until midnight.

When a Delay Burglar zone restores from a viola-

tion, the areas Exit Arm timer is started at ten min-

utes. During this time, the Control Station may dis-

play a visual indication of the impending action and

the amount of time remaining. An audible warning

signal will occur at two minutes until arming and at

one minute until arming. When any Burglar zone is

violated, the areas Exit Arm timer is halted. If a Delay

zone restores from a violation while the timer is run-

ning, the timer is restarted at ten minutes. If an

Instant or Follower Burglar zone restores from a vio-

lation, the timer is halted.

If the timer expires (i.e.: ten minutes of no Burglar

zone activity following a Delay zone restoration),

then the system attempts to arm the area in the

AWAY mode. If Force-Arming is enabled, then a

Force-Arm may occur if needed. If the arming is

successful, then Exit time is started and an Auto-Arm

event is logged to be reported. If the arming can-

not be completed, then nothing will happen.

Note 4: Force-Arming

If Force-Arming is enabled for an area, then an arm-

ing from a keyswitch zone, an Exit Arming or a

Scheduled Arming will be Force-Armed if necessary.

Note 5: LED Control Stations

The Secondary Area setting is ignored for LED Con-

trol Stations since they cannot provide area infor-

INSTALLER LEVEL PROGRAMMING

AWAY STAY STAY INSTANT NIGHT NIGHT INSTANT

Instant Burglar Instant Alarm Pre-Alarm Warning Pre-Alarm Warning Pre-Alarm Warning Pre-Alarm Warning

Time Time Time Time

Delay Burglar Entry Time Entry Time Instant Entry Time Instant

Follower Burglar Pre-Alarm Warning Pre-Alarm Warning Pre-Alarm Warning Pre-Alarm Warning Pre-Alarm Warning

Time Time Time Time Time

INSTALLER LEVEL PROGRAMMING

mation and prompts. Therefore, LED Control Sta-

tions cannot have a Secondary Area.

Note 6: Verifying or Self-Verifying Burglar Zones

If an armed Verifying Burglar zone is violated, then a

forty second Verification Timer is started. If the timer

expires and the zone that started it is still in viola-

tion, then the zones violation is verified. If another

armed Burglar zone is violated while the timer is still

running, then that violation verifies the first zones

violation.

If an armed Self-Verifying Burglar zone is violated,

then a forty second Verification Timer is started. If

the Timer expires and the zone is still in violation,

then the zones violation is verified. If another armed

Burglar zone is violated while the Timer is still run-

ning, then that violation verifies the first zones vio-

lation. If the same armed Burglar zone is violated a

second time while the Timer is still running, then

the zones violation is verified.

If the area is armed such that a violation from the

zone would normally cause an instant alarm:

 when the zone is first violated, nothing happens.

 when the violation is verified, an instant alarm

occurs.

 if the Verification Timer expires without the vio-

lation being verified, then nothing happens.

If the area is armed such that a violation from the

zone would normally cause an Entry Time or Pre-

Alarm Warning Time Delay:

 when the zone is first violated, the Delay Timer

is started.

 if the violation is verified while the Delay Timer is

still running, then the Delay Timer continues as

normal.

 if the Verification Timer expires while the Delay

Timer is still running and the violation has not

been verified, then the time continues. If the

Delay Timer expires and no zones are violated

from the Delay Time, then nothing happens.

 if the Delay timer expires before the Verification

timer expires and the violation has not been veri-

fied, then nothing will happen until either the vio-

lation is verified or the Verification Timer expires.

 if the violation is verified after the Delay Timer

has expired, then an instant alarm occurs.

 if the Verification Timer expires after the Delay

Timer has expired without the violation being

verified, then nothing happens.

Common Area Burglar zones cannot be programmed

as verifying or self-verifying, but they can verify a veri-

fying or self-verifying zone from Area 1 or Area 2 (see

Operating the System - Introduction).

Note 7: Sentry Test Burglar Zones

If a Burglar zone has Sentry Test enabled, then each

time the zone is disarmed, it must be tested before it

can be armed again. A test consists of violating the

zone from a restored state and then restoring it again.

If the zone has not been tested, then it appears as a

faulted zone and is displayed as Zone Untested

from the View Info key. An untested zone cannot be

armed and its area is therefore not ready to arm. If

the zone is bypassable, then it may be bypassed to

prevent testing. Force-Arming should not be enabled

on systems with Sentry Test Burglar Zones.

Note 8: Zone Activation of Bell Output and

Keypad Sounders

The Bell Output on Alarm attribute determines

whether the Bell Output for the zones area activates

due to an alarm from the zone. It does not affect the

activation of any other programmable outputs, in-

cluding an associated Alarm output.

This attribute is used for the Other Bell Output if the

Zone Type is Burglar, Holdup, Auxiliary or Burglar

Tamper. It is also used for the Fire Bell 1 Output if

the Zone Type is Fire or Verified Fire and there is no

Water Flow zone. Otherwise, it is ignored. If Water

Flow zones are used, then Fire Bell 2 activates on

alarms from Water Flow zones and Fire Bell 1 acti-

vate activates on all alarms from Fire and Verified

Fire zones and from the Left Panic key.

The Keypad Sounder on Alarm attribute generally

determines whether the Control Station sounders

activate due to an alarm from the zone. This attribute

is only used for Keypad Sounders if the Zone Type is

Burglar, Holdup or Auxiliary. It does not affect the

activation of any programmable outputs for these

zones. This attribute is also used for the Fire Bell 2

Output if the Zone Type is Fire or Verified Fire and

there is no Water Flow zone. Otherwise, it is ignored.

Keypad sounders activate on all alarms from Fire,

INSTALLER LEVEL PROGRAMMING

Water Flow and Verified Fire zones and from the Left

Panic key, as well as from Burglar Tamper and Fire

Supervisory zones. They never activate from the

other Zone Types.

If a Holdup zone is programmed with neither Bell

Output on Alarm nor Keypad Sounder on Alarm,

then an alarm from the zone will be invisible on the

Control Stations.

Note 9: Secure Watch

The Secure Watch attribute may only be used with

Burglar, Critical Condition Monitor, Non-Alarm,

Universal, and Universal Logged zones. It is ignored

for all other zone types.

If a Burglar zone has Secure Watch enabled, then

the Secure Watch only applies when the zone is dis-

armed and not bypassed. Whenever the zone is vio-

lated, disarmed or unbypassed, the zones Secure

Watch timer is reset to the programmed time. If

that timer expires and the zone is disarmed and not

bypassed, then a Secure Watch Trouble event is

posted for the zone to be reported. The trouble

condition is not displayed on the keypad and it does

not prevent the area from being armed. A Secure

Watch Trouble Restore event is posted for the zone

to be reported if the zone is then either violated,

armed, or bypassed.

If a Critical Condition Monitor, Non-Alarm, Universal,

or Universal Logged zone has Secure Watch enabled,

then the Secure Watch only applies when the zone is

not bypassed. When the zone is violated or unbypassed,

the zones Secure Watch timer is reset to the pro-

grammed time. If that timer expires and the zone is

not bypassed, then a Secure Watch Trouble event is

posted for the zone to be reported. The trouble con-

dition is not displayed on the keypad. A Secure Watch

Trouble restore event is posted for the zone to be re-

ported if the zone is either violated or bypassed.

While a zone has a Secure Watch Trouble condition,

its corresponding Secure Watch signaling device

(programmable output) will stay ON steady.

Note 10: Delay Before Dial Time

The Delay Before Dial Time is used as the time that

a user has after a Burglar, Holdup, or Auxiliary Alarm

from a zone has occurred to silence the alarm with a

disarm and abort the Alarm event.

If the Delay Before Dial Time is not zero and the alarm

is silenced before the Delay Before Dial Time expires,

then no Alarm events are posted to be reported. If this

occurs and Log Alarm Aborted Events is enabled, then

Alarm Aborted events are posted for each zone that

went into alarm, but they are not reported.

If the Delay Before Dial Time is zero or if the Delay

Before Dial Time expires before the alarm is silenced

with a disarm, then the Alarm events are posted to

be reported. If the alarm is a Burglar Alarm and the

alarm is silenced with a disarm before the Burglar

Bell Cutoff Timer expires, then a Cancel Alarm

event is logged to be reported.

If an alarm in a Control Stations Primary or Sec-

ondary area is in Delay Before Dial Time, then

when the OFF CANCEL key is pressed on the Con-

trol Station, all alarms in the Control Stations Pri-

mary and Secondary areas are muted until the

Delay Before Dial Time expires. While an alarm

is muted, the Control Stations do not produce the

alarm tone for the alarm and the Bell Output(s)

are silent. The muting of an alarm does not affect

the operation of programmed outputs. If the De-

lay Before Dial Time expires without the alarm

being silenced, then the Control Stations resume

the alarm tone and the Bell Output(s) re-activate.

The alarm cut-off timer(s) continue to count while

the alarm is muted.

Note 11: Transmission Formats

If the Data Format is Pulsed 20 Baud - Non-Ex-

tended, then the number of digits in the account

code determines how events are reported. If the

fourth digit of the account code is 0, then events

are reported in the 3/1 Non-Extended format. If

the fourth digit of the account code is not 0, then

events are reported in the 4/1 Non-Extended for-

mat. Only the first digit of the report code is sent.

If an account code digit or the first digit of the

report code is 0, then that digit is transmitted as

an A. Each event is reported in two rounds for

verification.

For the 3/1 Non-Extended format, the first three dig-

its of the account code and the first digit of the re-

port code are transmitted in a round. For the 4/1

Non-Extended format, all four digits of the account

code and the first digit of the report code are trans-

mitted in a round.

INSTALLER LEVEL PROGRAMMING

If the Data Format is Pulsed 20 Baud - Extended

or Pulsed 40 Baud - Extended, then the number

of digits in the account code must be four (4) digits.

Both digits of the report code are sent. If an ac-

count code digit or one of the report code digits is

0, then that digit is transmitted as an A. Each event

is reported in two rounds for verification.

For the 4/2 Extended format, then all four digits of

the account code and both digits of the report code

are transmitted in a round.

If the Data Format is Contact ID, then all four dig-

its of the account code are sent. The report code is

only used to determine if the event is sent or not.

The reports are generated from a Contact ID report

table. This is an Ademco developed format.

If the Data Format is Non-Telco Contact ID, then

all four digits of the account code are sent. The re-

port code is only used to determine if the event is

sent or not. The reports are generated from a Con-

tact ID report table. The report will be sent to an

interface device over the data bus. The interface

device will send an acknowledgment to the system

upon successful transmission of an event. The asso-

ciated Central Station telephone number will not be

used, but its first digit must not be an F. If the in-

terface device responds back with a transmission fail-

ure or if the interface device loses the event, the

system will view it as a failed dial attempt. If the

interface device is not responding on the data bus,

a Non-Telco Failure condition will be posted and

the system will not try to report through the inter-

face. This may cause a Comm Failure condition to

occur or the event may be reported using another

phone number.

If the Pager option is used, up to 16 digits of the

Pager Header Message and a 2-digit Pager Event

Message are sent. (If the Pager Header Message is

not used, a 4-digit Account Code and a 2-digit Pager

Event Message are sent). The telephone number will

be dialed for the number of dial attempts pro-

grammed and the pager message will be blindly sent

each time. There will be no feedback and, there-

fore, no failed to communicate.

The Pager option is perfect for the parent who works

late and wants to know if their child arrived home

safely. When the child disarms the system, the par-

ent is paged. Since arming/disarming reports are

programmed for each user, the system can be pro-

grammed to only page when the childs user

passcode is used or when a passcode with the User

on Premises authority level is used. The pager op-

tion can also be used with the Latch Key Supervi-

sion report to page the parent when the child does

not come home when expected.

Note 12: Powering Up While Armed

If either area is armed when the panel powers up,

violations from all the burglar zones are ignored for

three minutes. This allows all armed PIRs to stabilize

without causing false alarms.

Note 13: Universal Outputs

A Universal output may be assigned to any combi-

nation of areas and is controlled by the Universal

timer or keypad in each of the areas. When a Uni-

versal or Universal Logged zone in an area is vio-

lated, the areas Universal timer will begin a count-

down. If the Universal Output Time is set to zero (0),

then the areas Universal timer will turn ON. To turn it

OFF, use the ENTER + Key #2 secondary function.

If the Universal Output Time is not set to zero (0),

then the ENTER + Key #2 secondary function will

override the Universal Output timer. For example, if

the timer is running when the function is performed,

then the output will be turned OFF and the timer

will halt. A new zone activation will turn the output

ON and re-start the timer. If the timer is not run-

ning when the function is performed, then the func-

tion will turn the output ON and subsequent zone

violations will be ignored until after the output is

turned OFF by performing the function again.

A Universal output will go ON STEADY when any of

its areas have a Universal timer that is either running

or ON. If the Universal Output Time is 0, only one

area should be used to control a Universal output.

Otherwise, an area will not be able to turn the out-

put OFF if another area has turned it ON.

Note 14: Lamp Trigger Outputs

A Lamp Trigger output will change state (ON to OFF

or OFF to ON) for the Control Stations Primary area

when the ENTER + Key #1 secondary function is

performed. If the output is turned ON with the EN-

TER + Key #1 secondary function and then an arm-

ing occurs, the output will turn OFF when the Exit

Time expires.

Note 15: Access and Quick Access Outputs

An Access output will be controlled by the Access

operations (0 + passcode) performed on any of its

Control Stations or from RPM. A Quick Access out-

put will be controlled by pressing ENTER + Key #3.

If a Control Station is used to toggle an Access or Quick

Access output between ON and OFF, then it should be

the only Control Station controlling that output. Oth-

erwise, you may not be able to turn the output OFF if

another Control Station has turned it ON.

Note 16: Water Flow Zone

If a zone is programmed as Water Flow, then Fire

Bell 2 shall be dedicated to the Water Flow zone and

Fire Bell 1 shall be dedicated to the other Fire zones.

Note 17: Bypassable Zones - Shunting Fire Zones

All zones may be programmed as Bypassable. If a

Fire, Verified Fire, Water Flow or Fire Supervisory Zone

is bypassable and is bypassed, a fire trouble condi-

tion occurs and is reported and the trouble tone is

sounded. The condition remains until the zone is

unbypassed. If the zone is violated when it is

unbypassed, the trouble tone is resounded and a

smoke reset must be performed to clear the trouble

condition.

INSTALLER LEVEL PROGRAMMING

Left Panic Key Fire Alarm 1115 500 + Keypad (1 - 6)

Zone Fire Alarm 1110 Zone (1 - 30)

Zone Water Flow Alarm 1113 Zone (1 - 30)

Zone Fire Supervisory 1200 Zone (1 - 30)

Zone Burglar Alarm 1130 Zone (1 - 28)

Zone Burglar Tamper 1137 Zone (1 - 28)

Center Panic Key or RF User Device Holdup Alarm 1120 500 + Keypad (1 - 6)

Zone Holdup Alarm 1120 Zone (1 - 28)

Duress 1121 User (1 - 50)

Right Panic Key or RF User Device Auxiliary Alarm 1100 500 + Keypad (1 - 6)

Zone Auxiliary Alarm 1100 Zone (1 - 28)

Zone CCM Alarm 1150 Zone (1 - 28)

Zone Non-Alarm 1163 Zone (1 - 28)

Zone Fire Trouble 1373 Zone (1 - 30)

Zone Fire Test Mode Begin 1604 Zone (1 - 30)

Zone Burglar Trouble 1370 Zone (1 - 28)

Zone Holdup Trouble 1370 Zone (1 - 28)

Zone Auxiliary Trouble 1370 Zone (1 - 28)

Zone Other Trouble 1370 Zone (1 - 28)

Secure Watch Trouble 1641 Zone (1 - 28)

Zone No Response on Bus 1333 Zone (13 - 29)

RF Point Not Reporting 1381 Zone (13 - 28)

Smoke Trouble 1393 Zone (13 - 30)

RF Sensor Tamper 1383 Zone (13 - 28)

RF Point Low Battery 1384 Zone (13 - 28)

Zone Burglar Bypass 1573 Zone (1 - 28)

Zone Holdup Bypass 1572 Zone (1 - 28)

Zone Auxiliary Bypass 1572 Zone (1 - 28)

Zone Other Bypass 1570 Zone (1 - 28)

CONTACT ID FORMATS

Digital Communicator Table For Contact ID

Formats

This section cross-references many of the reporting

options and equivalent codes sent by Sentrol-manu-

factured controls when transmitting in the Contact

ID formats.

Simplified example of data sent in Contact ID format:

SSSS 18 Q XYZ AA CCC

SSSS = 4 decimal digit subscriber #

18 = Contact ID que for automation systems

Q = Event qualifier; 1 = new event or opening;

3 = new restore or closing; 6 = previously

reported event

XYZ = Event code (3 decimal digits)

AA = Area number (00 for system events)

CCC = Zone, sensor, or user # (3 decimal digits)

EVENT TYPE CID CODE EVENT SOURCE

Zone Fire Alarm Restore 3110 Zone (1 - 30)

Zone Water Flow Restore 3113 Zone (1 - 30)

Zone Fire Supervisory Restore 3200 Zone (1 - 30)

Zone Burglar Alarm Restore 3130 Zone (1 - 28)

Zone Burglar Tamper Restore 3137 Zone (1 - 28)

Zone Holdup Alarm Restore 3120 Zone (1 - 28)

Zone Auxiliary Alarm Restore 3100 Zone (1 - 28)

Zone Critical Condition Monitor Alarm Restore

3150 Zone (1 - 28)

Zone Non-Alarm Restore 3163 Zone (1 - 28)

Zone Fire Trouble Restore 3373 Zone (1 - 30)

Zone Fire Test Mode End 3604 Zone (1 - 30)

Zone Burglar Trouble Restore 3370 Zone (1 - 28)

Zone Holdup Trouble Restore 3370 Zone (1 - 28)

Zone Auxiliary Trouble Restore 3370 Zone (1 - 28)

Zone Other Trouble Restore 3370 Zone (1 - 28)

Secure Watch Trouble Restore 3641 Zone (1 - 28)

Zone No Response Restore 3333 Zone (13 - 29)

RF Point Reporting 3381 Zone (13 - 28)

Smoke Trouble Restore 3393 Zone (13 - 30)

RF Sensor Tamper Restore 3383 Zone (13 - 28)

RF Point Low Battery Restore 3384 Zone (13 - 28)

Zone Burglar Bypass Restore 3573 Zone (1 - 28)

Zone Holdup Bypass Restore 3572 Zone (1 - 28)

Zone Auxiliary Bypass Restore 3572 Zone (1 - 28)

Zone Other Bypass Restore 3570 Zone (1 - 28)

User AWAY Arm from Keypad 3401 User (1 - 50)

User STAY or NIGHT Keypad Arm 3456 User (1 - 50)

Quick AWAY Arm from Keypad 3408 No Data

Quick STAY or NIGHT Keypad Arm 3408 No Data

Keyswitch Arm 3409 Zone (1 - 28)

Installer Arm 3400 No Data

RPM/2 Pro Arm 3407 No Data

Auto Arm 3403 No Data

Auto Arm Failed 1455 No Data

Auto Arm Aborted 3455 User (1 - 50)

Closing Extended 3464 User (1 - 50)

Exit Alarm 1374 Zone (1 - 28)

Recent Closing 3459 User (1 - 50)

User Disarm from Keypad 1401 User (1 - 50)

Keyswitch Disarm 1409 Zone (1 - 28)

Installer Disarm 1400 No Data

RPM/2 Pro Disarm 1407 No Data

Latch Key Supervision 1642 User (1 - 50)

User on Premises 1458 User (1 - 50)

Keypad Locked-out 1300 500 + Keypad (1 - 6)

Keypad Missing 1330 500 + Keypad (1 - 6)

Keypad Missing Restore 3330 500 + Keypad (1 - 6)

CONTACT ID FORMATS

Burglar Alarm Canceled 3406 User (1 - 50)

Auto-Comm Test (Not Normal) 1608 No Data

Auto-Communicator Test 1602 No Data

Manual Communicator Test 1601 No Data

AC Failure 1301 No Data

AC Restore 3301 No Data

Panel Low/No Battery 1302 No Data

Panel Battery Restore 3302 No Data

Bell or Fire Bell 1 Fault 1321 No Data

Bell or Fire Bell 1 Restore 3321 No Data

Fire Bell 2 Fault 1322 No Data

Fire Bell 2 Restore 3322 No Data

Ground Fault 1310 No Data

Ground Restore 3310 No Data

Communication Restore 3354 No Data

Memory Error 1303 No Data

Begin Installer Local Program 1627 No Data

End Installer Local Program 1628 No Data

End Remote Programming 3412 No Data

Remote Programming Denied 1413 No Data

Remote Programming Aborted 1412 No Data

RF Jamming 1381 No Data

RF Channel Clear 3381 No Data

RF User Device Low Battery 1384 User (1 - 30)

Phone Line 1 Failure 1351 No Data

Phone Line 1 Restore 3351 No Data

Phone Line 2 Failure 1352 No Data

Phone Line 2 Restore 3352 No Data

Non-Telco Failure 1353 No Data

Non-Telco Restore 3353 No Data

CONTACT ID FORMATS

UL has established certain requirements which per-

tain to the installation, use, and programming of

this equipment. The local Authority Having Jurisdic-

tion (AHJ) and/or UL may have other requirements

which apply to the installation of this system that

are not detailed in this manual. It is the responsibil-

ity of the installing dealer to check with the AHJ and/

or UL before installing this system. The following

pages detail guidelines that must be followed in or-

der to comply with the UL listings as stated above.

UL Notes In This Manual

 Key 0 (Access) - The control has not been in-

vestigated to UL 294 Access Control System re-

quirements.

 Unsupervised Burglary Zones - UL does not per-

mit the use of unsupervised zones.

UL Notes About Program

Functions

 Entrance Delay Time (1 and 2) - Maximum of

45 seconds.

 AWAY Exit Delay Time - Maximum of 60 sec-

onds.

 Burglar Alarm Cutoff Time - Four minutes mini-

mum for household BA/FA and 15 minutes for

Underwriters Laboratories (UL)

Listing

This control is listed by Underwriters Laboratories

(UL) as follows:

Household Burglary (Grade A) UL 1023

Household Fire UL 985

Central Station Burglary (Grade C) UL 1610/1635

Central Station Burglary (Grade B) UL 1610/1635

Home Health Care Signaling Equipment UL 1637

Local Burglary (Grade A) UL 609

Police Station Burglary Connection (Grade A) UL 365

Control Units For Fire Protective Signaling Systems UL 864

UL Programming Requirements

APPLICATION LISTING

commercial burglar alarm and police station con-

nected burglar alarm system.

 Fire Cutoff Time - minimum of five (5) minutes.

 Communicator Enable - Local or police station

connected burglar alarm installations: The com-

municator must be enabled.

 Days Between Comm. Tests - Commercial instal-

lations: automatic test performed every 24 hours.

 Time Between Dial Attempts - UL certified ac-

counts: no more than 45 seconds between at-

tempts.

 Dial Type - Will not be programmed for foreign

pulse.

 Dial Attempts Before Shutdown - Five dial at-

tempts minimum, ten dial attempts maximum.

 Arming/Disarming Reports - This function will

be enabled by programming report codes.

 Low Battery Reporting - This function will be en-

abled by programming a report code for Grade

A Local Burglar, Grade A Police Connected, and

Grade B and C Central Station Burglar installa-

tions.

 Two Button/Double Press Arming - These func-

tions will be disabled. Four digit passcodes will

be used.

 Enable Force Arming - This function will be dis-

abled.

 Enable Bypassing - This function will be disabled.

 Burglar Alarm Output - Will be programmed to

STEADY.

 Fire Alarm Output - Will be programmed to TEM-

PORAL.

UL REQUIREMENTS

 Burglar Loop Audible Lockout - This function will

be disabled.

 Enable Bell Test Upon Arming - This function will

be enabled for Grade A Local Central Station

Connected installations.

 Enable Keypad Sounder for BA Zones - The sys-

tem will have an audible alarm output upon

alarm.

 Auto-Arming - This function will be disabled.

 Burglar zones will not be programmed as Veri-

fying or Self-Verifying.

 RF User Devices must be assigned to User

Passcodes 1 - 30.

UL Notes About Zone Planning

 Burglar Loops - Will be defined as Alarm on

Open/Alarm on Short.

 Fire, Holdup, and Auxiliary Emergency Zones -

Will not be defined as bypassable.

 Special Functions/Alarms - Burglar zones will

have an audible output.

 Medical Emergency - At least one Control Sta-

tion will be used as part of the system.

UL Notes About RF Devices

For UL Burglary and Home Health Care installations

with wireless devices, an output programmed as

Audible Trouble is required. This output will be

silenced with an OFF + passcode, but will reactivate

for 5 seconds at 4 hour intervals if a wireless device

has a low battery or a wireless point has been tam-

pered.

UL REQUIREMENTS

NOTES

Notes

______________________________________________________________________

ZX440F Operating Instructions

Refer to the ZX440F Installation/Programming Manual for more information, Part # 64812853.

NORMAL STANDBY CONDITION TROUBLE CONDITION

Keypad displays A1 READY TO ARM Keypad displays A1 READY TO ARM plus

All switches are UP any trouble conditions

Integral sounder and keypad sounder are silent Any trouble conditions will be annunciated

on the LCD display along with OFF TO

ALARM CONDITION SILENCE

Keypad displays either FIRE ALARM, Integral sounder sounds a steady

HOLDUP ALARM, MEDICAL/AUXILLARY ALARM signal and the keypad sounder sounds a

or a combination of these and OFF TO SILENCE fast, intermittent signal

is also displayed

Keypad sounder sounds a slow intermittent signal TROUBLE SILENCED

Indicating circuits are ON Press the OFF CANCEL button once and

enter the 4 digit passcode

ALARM SILENCE The sounder will then turn OFF, but the

Press the OFF CANCEL button once and trouble message will remain on the screen

enter the 4 digit passcode until the trouble is no longer present

The keypad will display A1 READY TO ARM, BELL

1 SILENCED, and/or BELL 2 SILENCED SUPERVISORY ALARM SIGNAL

To restore the bells to normal condition, press 7 Integral sounder sounds a steady signal

followed by the 4 digit passcode and the keypad sounder sounds a slow,

intermittent signal.

RESET SMOKE OPERATED Keypad displays SUPERVISORY ALRM

Initiating circuit power removed (smoke detectors reset) Indicating circuits are NOT activated

System restored to normal unless initiating devices are

NOT reset SUPERVISORY TROUBLE SIGNAL

Integral sounder sounds a steady

FIRE ALARM BELL DISCONNECT SWITCH signal and the keypad sounder

(For Maintenance Use Only) sounds a fast, intermittent signal

Disconnects local zone alarms from indicating Keypad displays SUPERVISORY TRBL

circuits Indicating circuits are not activated

Keypad will indicate BELL FAULT, OFF TO

SILENCE

Integral sounder sounds a steady signal and the

keypad sounder sounds a fast, intermittent signal

The following applies to Household Fire Warning Systems only:

TESTING - In a Household Fire Warning System, Test Monthly. Disconnect the AC power source

during testing. If, after testing, a low battery condition exists, replace the batteries.

This equipment should be installed in accordance with the National Fire Protection Associations

Standard 72 (NFPA, Batterymarch Park, Quincy, MA 02269). Printed information describing

proper installation, operation, testing, maintenance, evacuation planning and repair service is to

be provided with this equipment.

WARNING:

Owners instruction notice: Not to be removed by anyone except occupant.

FOR SERVICE CONTACT:

A Product of Sentrol 1510 Tate Blvd. SE, Hickory, NC 28603  Sales 800-547-2556  Technical Service 800-800-2027

Remove this page, frame and mount adjacent to control unit. 64812854C

Part 68 Notification

This equipment complies with Part 68 of the Fed-

eral Communications Commissions (FCC) rules. All

connections to the telephone network must be made

through standard telephone company plugs and

jacks, RJ-31X or equivalent, in such a manner as to

allow for easy and immediate disconnection of the

equipment. If the connecting cord is unplugged

from the jack there shall be no interference to the

telephone equipment still connected to the tele-

phone network.

The FCC registration number and Ringer Equivalence

Number (REN) can be found printed on the wiring

connection label located inside the Control Box En-

closure. If requested, provide this information to

your telephone company. The REN is useful to de-

termine the quantity of devices that may be con-

nected to your telephone line and still have all of

those devices ring when your number is called. In

most, but not all areas, the sum of the RENs of all

devices should not exceed five (5.0).

In the unlikely event that the equipment should ever

fail to operate properly, it should be disconnected

from the telephone jack to determine if the prob-

lem is with the telephone network or with the equip-

ment. If a problem is found with the equipment,

leave disconnected until it is repaired or replaced.

In the unlikely event that the equipment should ever

cause harm to the telephone network, the telephone

company may temporarily discontinue your service.

If possible, they will notify you in advance. How-

ever, if advance notice isnt practical, the telephone

company may temporarily discontinue service with-

out prior notification. In the case of temporary dis-

continuance, the telephone company shall promptly

notify the telephone subscriber who will be given

the opportunity to correct the situation. The cus-

tomer also has the right to bring a complaint to the

FCC if he feels the disconnection is not warranted.

Your telephone company may make changes in its

facilities, equipment, operations, or procedures that

could affect the proper operation of your equipment.

If they do, you will be given advance notice so as to

give you an opportunity to maintain uninterrupted

service.

FCC COMPLIANCE

FCC Compliance

You should notify the telephone company if this

equipment is removed from the premises and the

telephone jack is no longer needed.

Part 15 Notification

This equipment has been tested and found to com-

ply with the limits for a Class B digital device, pursu-

ant to part 15 of the FCC Rules. These limits are

designed to provide reasonable protection against

harmful interference when the equipment is oper-

ated in a residential environment. This equipment

generates, uses, and can radiate radio frequency

energy and, if not installed and used in accordance

with the instruction manual, may cause harmful in-

terference to radio communications. However, there

is no guarantee that interference will not occur in a

particular installation. If this equipment does cause

harmful interference to radio or television reception,

which can be determined by turning the equipment

off and on, the user is encouraged to try to correct

the interference by one or more of the following

measures:

 Reorient or locate the receiving antenna.

 Increase the separation between the equipment

and receiver.

 Connect the equipment into an outlet on a circuit

different from that to which the receiver is con-

nected.

 Consult the dealer or an experience radio/TV tech-

nician for help.

CAUTION: Changes or modifications not ex-

pressly approved by the manufacturer could void

the users authority to operate the equipment.

Canadian Notice

The Canadian Department of Communications la-

bel identifies certified equipment. This certification

means that the equipment meets certain telecom-

munications network protective, operational and

safety requirements. The Department does not guar-

antee the equipment will operate to the users satis-

faction. Before installing this equipment, users

should ensure that it is permissible to be connected

to the facilities of the local telecommunications com

Limitations

The ZX440F is part of a system designed to warn

against unauthorized entry or of other situations.

However, it is not a guarantee of protection against

the occurrence of those events. Any alarm system is

subject to compromise or failure to warn for various

reasons. Unauthorized access can be gained through

unprotected points or by disarming or bypassing

protected points. Sensing devices are power driven

and will not operate without power. Telephone lines

over which alarm signals are transmitted may be out

of service or rendered inoperable by an intruder.

Smoke detectors have limitations and cannot detect

all types of fires, or sense smoke which is out of the

effective range of the detector.

No part of this publication may be reproduced,

stored in a retrieval system, or transmitted in any

form, or by any means - electronic, mechanical,

photocopying, recording, or otherwise without the

prior written permission of the manufacturer. The

material in this publication is for information pur-

poses and subject to change without notice. The

manufacturer assumes no responsibility for any er-

rors which may appear in this publication. Printed

in USA

 SPECIAL NOTE referencing use of the

word Fire in this manual.

Use of this control for fire detection and/or annun-

ciation may not be permitted by certain states, coun-

ties, municipalities, or local jurisdiction. It is the re-

sponsibility of the installing alarm company to check

with their local AHJ (Authority Having Jurisdiction)

or State Fire Marshals office prior to using this con-

trol for fire detection.

pany. The equipment must also be installed using

an acceptable method of connection. In some cases,

the companys inside wiring associated with a single

line individual service may be extended by means

of a certified connector assembly (telephone exten-

sion cord). The customer should be aware that com-

pliance with the above conditions may not prevent

degradation of service in some situations. Repairs

to certified equipment should be made by an au-

thorized Canadian maintenance facility designated

by the supplier. Any repairs or alterations made by

the user to this equipment, or equipment malfunc-

tions, may give the telecommunications company

cause to request the user to disconnect the equip-

ment. Users should ensure for their own protection

that the electrical ground connections of the power

utility, telephone lines and internal metallic water

pipe system, if present, are connected together. This

precaution may be particularly important in rural ar-

eas.

CAUTION: Users should not attempt to make

such connections themselves, but should contact

the appropriate electric inspection authority, or

electrician, as appropriate.

The LOAD NUMBER (LN) assigned to each terminal

device denotes the percentage of the total load to

be connected to a telephone loop which is used by

the device, to prevent overloading. The termina-

tion on a loop may consist of any combination of

devices subject only to the requirement that the to-

tal of the Load Numbers of all the devices does not

exceed 100. The LOAD NUMBER for the system is 2.

This equipment is a Class B Digital apparatus which

complies with the radio interference regulations, CRC

c. 1374.

FCC COMPLIANCE

See Page 36 for listing information

This Product is Listed by

UNDERWRITERS LABORATORIES INC.

and Bears the Mark:

100

64812853C

SENTROL

PO Box 2904, 1510 Tate Blvd. SE

Hickory, NC 28603

Tel.: 503.692.4052 Fax: 503.691.7566

U.S. & Canada: 800.547.2556

Technical Service: 800.800.2027

FaxBack: 800.483.2495

SENTROL CONTROLS GROUP

Sentrol reserves the right

to change specifications

without notice.

4 Sentrol ZX440F Install & Programming 1998

Navigation menu

Versions of this User Manual:

Views

Navigation