Cooper 9930, 9940, Menvier 9651 User Manual

9651 Hardwired Control Unit Ins tallation Guide

This document applies to control panels using soft war e versi on 4.x.

© Cooper Security Ltd. 2005

Every effort has been made to ensure that the content s of this book are correct. However, neither the author s nor Coo per Securi ty

Limited accept any liability for loss or damage caused or alleged to be caus ed dire ct ly or indir ectl y by this book. The cont ents of this book

are subject to change without notice.

Printed and published in the UK.

497283 Issue 1 Page i

Contents

1. INTRODUCTION..........................................................................................1

About this Manual ................... .... ................................... .................................... .......................................... 1

Features of the Control Unit........ ................................... .................................... .......................................... 2

Elements of the IAS ........................ .... ....... .... .... .... .... ........ .... .... .... .... .... ........ .... .... .... .... .... ................ ..........3

9930 and 9940 Keypads .............................. .................................... .................................... ......................4

ScanProx Proximity Tag Reader...................................... .... .................................... ..................................4

User Control ................................. ................................... .................................... ......................................5

2. TECHNICAL DESCRIPTION.......................................................................7

Control Unit Specification....................................... .... .... .... .... ........ .... .... .... .... .... .... .... ........ ........ ..................7

General............. ................................... .... .................................... ................................................ ..............7

Power Supply ................................... .... ................................... .................................... ..............................7

Outputs ......................... ....................................... .................................... ............................................... ...8

Inputs.................... ................................... ........................................ ............................................... ...........8

Fuses................ ....................................... .................................... ................................................ ..............8

Compatible Equipment............................................... .................................... ............................................ ..9

Control Unit PCB Layout......... ................................... .................................... ............................................ 10

3. INSTALLATION......................................................................................... 11

Overview..................... ................................... .................................... ................................................ ........11

Cabling for Keypads........................................................... .... ........ .... .... .... .... .... ........ .... .... ............ ............12

Fitting the System ....... .................................... ................................... ................................................ ........13

Fitting the Control Unit Case................ .................................... .................................... ............................13

Fitting a 9940 Keypad........... ....................................... .................................... ........................................ 13

Fitting a 9930 Keypad........... ....................................... .................................... ........................................ 14

Fitting the ScanProx 934 Module................. .................................... .................................... ....................15

Wiring the Control Unit............ ................................... .... .................................... ........................................ 16

Cable Entries ........ .................................... ... .................................... ................................................ ........16

Mains Connection ......................... ................................... .... .................................... ................................16

Keypads........................................ .... ................................... .................................... ................................17

Connecting Sounders .............................. .................................... .................................... .... ....................18

Connecting Detector Circuits to the Main PCB ................ .... .................................... ................................20

Programming Outputs.......................................... .... .... .... .... ........ .... .... .... .... ........ .... .... .... .... ................ ....22

Wiring Keyswitches.......................................... .... .................................... ................................................ 23

Communicator .... .................................... ....................................... ................................................ ............25

Fitting a Battery................................... ................................... .................................... ................................27

Initial Start Up . .................................... ....................................... ............................................ .... ................28

4. PROGRAMMING ....................................................................................... 29

Introduction ............................. ....................................... .................................... ........................................ 29

Operating Modes ...... ....................................... .................................... ................................................ ....29

Entering Installer Mode..... ................................... .................................... ............................................ ....30

Using Programming and Testing Commands .......... .................................... .... ................................... .....30

Leaving Installer Mode................................. ........................................ ............................................ ........30

Restoring Default Access Codes (first stage reset)...................................... .................................... ........31

Performing an Engineer Reset..................... .... .... .... ........ .... .... .... .... .... ........ .... .... .... .... .... ........ ............ ....31

Restoring Default Command Settings...................... .................................... ........................................ .... 32

Adding and Deleting Tags............................................................ ........................................ ....................32

Programming Commands ...................... ........................................ .................................... ........................34

Testing Commands......................... ................................... .... .................................... ................................ 72

90: Reading the Event Log ....... ................................... ........................................ .................................... 72

91 to 96: Testing Outputs......................................................... .... .................................... ........................75

97: Engineer Walk Test ........ ................................... ........................................ ........................................ 75

199: Display Zone Circuit Resistance ... ............................... .... .................................... ............................76

System Configurations (Dd243 Kit Only)................................ .................................... ................................77

DD243: 2004 Compliance........................ .................................... .................................... ........................77

PD 6662 / prEN 50131-1: 2004 Compliance .................... .................................... .... ................................ 78

Programming Commands Quick Reference..............................................80

Index.............................................................................................................. 87

Contents 9651

Page ii 497283 Issue 1

List of Figures

Figure 1. Elements of an Intruder Alarm System........................................... .................................... ...........3

Figure 2. 9930 and 9940 Keypads . .... ................................... .................................... .... ...............................4

Figure 3. Control Unit PCB Layout................ .................................... .................................... .....................10

Figure 4. Backplate of the 9940 Keypad .... ................................... .................................... .........................13

Figure 5. Backplate of the 9930 EUR Keypad............................... .................................... .........................14

Figure 6. Fitting a 934 Module (over the keypad)...... .................................... ................................... ..........15

Figure 7. Fitting a 934 Module (in position) ...... .................................... .................................... .................15

Figure 8. Securing lug on 934 module ...................................... .... .................................... .........................15

Figure 9. Mains Connection .............. .................................... .................................... .................................16

Figure 10. Keypad Connections.................... ........................................ .................................... .................17

Figure 11. 9940 Panic Attack Connections ........................... ........................................ .............................17

Figure 12. Keypad Addressing.................. .................................... ........................................ .....................18

Figure 13. Sounder Connections ....... ....................................... .................................... .............................18

Figure 14. CCL Connections (common tamper)............ .................................... .................................... ..... 20

Figure 15. FSL Connections .......... ....................................... .................................... .................................21

Figure 16. Colour Code for FSL Resistors .... .................................... .................................... .....................21

Figure 17. Wiring Examples for Open Collector Outputs................... .................................... .....................22

Figure 18. Connecting a Keyswitch....................................... .................................... .................................23

Figure 19. Connecting a 9928 Keyswitch Interface ........... .... .................................... .................................23

Figure 20. Plug-By Communicator Wiring ............. .................................... .................................... .............25

Figure 21. Fitting a Plug-by Communicator....... .................................... ........................................ .............26

Figure 22. Fitting Control Unit PCB ............................... .................................... ......................................... 26

Figure 23. Fitting a Battery........................ .................................... .................................... .........................27

Figure 24. Sensitive Area on 9930 Keypad for Tag....................................... .................................... .........32

497283 Issue 1 Page 1

1. INTRODUCTION

About this Manual

This manual is divided into four chapters:

1. Introduction: this describes the parts of an Intruder Alarm System (IAS)

based on the 9651 control unit.

2. Technical description: this defines the operating parameters of the different

parts of the system.

3. Installation: this explains the tasks involved in installing an IAS using the

9651 control unit.

4. Programming: this explains how to enter and exit programming, and lists

the commands available to the installer.

The control unit is designed to be fully programmable to suit individual user

and site requirements. Installers can program units from the keypad, entering

instructions using the three-digit commands described in Programming.

Not all commands listed in the Programming section are available with the

basic 9651EN-xx. Commands showing the words “(DD243 kit only)” are

available on the DD243 upgrade chip - see the next page.

1. Introduction 9651

Page 2 497283 Issue 1

Features of the Control Unit

The control unit provides:

° On-board connections for 8 Fully Supervised Loop (FSL) zones or 8

Closed Circuit Loop (CCL) zones with a common tamper.

° Connections for 3 fully programmable panel outputs.

° A 4-wire bus for keypads.

° Internal sounder loudspeaker output with Chime, Alarm, Fire and Entry/Exit

tones (the volume of the Entry/Exit and Chime tones can be adjusted).

° 8 programmable plug-by outputs (for connecting a standalone

communication device).

° Alarm Abort and Alarm Confirmation outputs (to reduce the likelihood of

false alarms).

° Fully programmable operation for zones and levels.

° Installer-programmable Engineer Code.

° Support for up to 50 separate users.

User facilities include:

° 4 different security levels, which can be programmed by the Installer as a

full set and 3 part sets.

° Proximity tag reader for setting and unsetting the system.

° Dual key alarms from the keypads (Panic Alarm, Medical and Fire).

° Remote Panic Alarm input to 9940 keypad.

° User-programmable Duress Code.

Test facilities include:

° 700-entry event log.

° Output test commands.

° Engineer walk test command.

Cooper Security Ltd supplies two variants of the software:

° Standard software, supplied with 9651xx-xx control unit. This software

provides EN51031 compliance.

° DD243 upgrade kit. This kit provides enhanced software on a replaceable

chip that enables the Installer to program the 9651 to be compliant with

DD243.

9651 1. Introduction

497283 Issue 1 Page 3

Elements of the IAS

An IAS comprises a control unit in a shielded case, with 1 to 4 separate

keypads and various detectors or other devices, for example keyswitches,

connected to programmable zones.

The control unit has eight zone connectors on its printed circuit board (PCB).

Figure 1 shows how these elements are connected. In this example, the

control unit (1) is directly connected to 6 detectors (3) and 2 door contacts (4).

There are 4 keypads (2) on the bus.

1 - Control unit 4 - Door contacts

2 - Keypads 5 - fused mains spur

3 - PIRs

Figure 1. Elements of an Intruder Alarm System

1. Introduction 9651

Page 4 497283 Issue 1

9930 and 9940 Keypads

AB CD

123

456

7890

Figure 2. 9930 and 9940 Keypads

The control unit supports the connection of 9930 and 9940 keypads. The

9940 is the later replacement for the 9930, and offers smaller size, a built-in

wide-area proximity reader and connections for an external panic alarm

switch. Both have a two-line 16-character Liquid Crystal Display (LCD) that

can display alarm information, programming settings and other information.

There are three LEDs that have the following functions.

Note: Depending on how the system is set up, the LEDs may not operate until

a user code is presented.

Alert lamp – Flashes to highlight unacknowledged alert, glows for

acknowledged conditions, and goes out when all conditions have

been rectified.

s Service lamp – Glows if the system needs an installer reset.
a

Mains lamp – Glows when using mains power. Flashes when using

the stand-by battery.

ScanProx Proximity Tag Reader

The ScanProx 934EUR-50 proximity reader module enables you to convert

9930 keypads into proximity tag readers. The module fits onto connector pins

on the keypad PCB, near the display module (Figure 6).

Once the ScanProx module is fitted, users can operate the alarm system by

presenting a tag to the front of the keypad instead of keying in an access

code.

9930 Keypad

9940 Keypad

9651 1. Introduction

497283 Issue 1 Page 5

User Control

The control unit provides 50 independent User access codes and a separate

Duress Code. Users can change these codes at any time but cannot use

them to program the system. During installation, the Installer can select

whether access codes use four or six digits.

Users can set only one level at a time. Level A sets the whole system. Levels

B, C and D set parts of the system. The Installer allocates zones to levels, but

all keypads operate the entire system. There is only one sounder output for

the whole system, and you can use a loud-speaker for setting tones and local

alarms. All users belong to the whole system.

1. Introduction 9651

Page 6 497283 Issue 1

(This page is intentionally blank.)

497283 Issue 1 Page 7

2. TECHNICAL DESCRIPTION

Control Unit Specification

General

Environmental Class 2

Security EN50131-1 or PD6662 Grade 2

Operating temperature -10° to +55°C

Humidity 96% RH

Dimensions 235mm W, 245mm H, 90mm D

Weight 3.3 kg

Internal Clock ±10 minutes over one year (depending on the

accuracy of the mains supply frequency).

Suitable for use in a system that is designed to comply with EN50131-1,

ACPO-IAS Pol icy, NSI NAC P14.

Power Supply

All currents accurate to ±5%.

Mains power supply 230VAC +10%/-15%, 200mA max, 50Hz ±5%

System power supply 13.8VDC, 1.0A

Battery charge current limit 250mA

To comply with the requirements of EN50131, the total current taken from the

power supply, not including the battery recharge current, but including

auxiliary outputs and other devices, must not exceed 750mA.

Nominal power requirements (DC):

9651 130mA quiescent, 220mA active

9930 20mA quiescent, 35mA backlight on

9940 30mA quiescent, 70mA backlight on

934 15mA typical, 20mA maximum

Standby battery (not supplied) 12V rechargeable lead-acid, gel-type battery.

Low battery voltage cutoff = 10V.

Recommended manufacturers: Yuassa, Yucel

or Fiamm.

Note: Grade 1 and 2 compliance requires the panel to continue for a minimum

period of 12 hours on a standby battery. To calculate the minimum

capacity battery to achieve this requirement, determine the total current

taken by external devices and the panel and multiply by 12.

Note that a 17Ah battery cannot fit inside the case.

9651 2. Technical Description

497283 Issue 1 Page 9

Compatible Equipment

934EUR-50 ScanProx Proximity Module (with two tags)

Proxtagpk5 Pack of five proximity tags

9928EUR-00 Keyswitch Interface (the keyswitch interface is no longer

available for purchase, but is supported in existing

installations)

9930EUR-50 9930 LCD Keypad (ScanProx-compatible)

9940EUR-50 9940 LCD Keypad

2. Technical Description 9651

Page 10 497283 Issue 1

Control Unit PCB Layout

Figure 3 shows the layout of the PCB used in the control unit.

1. Outputs (3 open collector outputs) 6. NVM Reset pins

2. AUX power 7. Plug-by (standalone) communicator connector

3. Lid tamper switch 8. Battery connector

4. Zone connectors 9. Kick Start pins

5. Keypad and expander bus (bus 2 not fitted) 10. 21VAC from transformer

Figure 3. Control Unit PCB Layout

497283 Issue 1 Page 11

3. INSTALLATION

Caution: Always remove mains power before opening the case lid. Do

not work inside the control unit with mains power present.

Overview

A typical installation comprises the following main steps:

1. Survey the site and decide on positions for wired detectors, control unit,

keypads, external and internal sounders. As part of the survey ask the

users what facilities they need.

2. Ensure that there is a suitable mains supply present at the site of the

control unit.

3. If you are going to use a communicator, arrange for a PTT (Public

Telephone and Telegraph) connection point near to the control unit.

4. Install the wired detectors and run cables to the site of the control unit.

Connect each detector to its cable.

5. Run cables from the sites of the keypads, external and internal sounders

to the site of the control unit.

6. Install keypads and connect them to their cabling. Ensure that each one

has the correct address setting. If necessary, install 934 ScanProx

modules on the keypads.

7. Install internal and external sounders and connect them to their cabling.

8. Install the control unit and connect it to the mains supply cabling. Do not

apply power at this point.

9. At the control unit, complete all connections to detectors, keypads and

sounders.

10. Apply power and program the control unit.

11. Test that the intruder alarm system operates as required.

12. If required, install a communicator, connect it to the PTT network and

check that it operates correctly.

13. Hand the system over to the users and instruct them in its use.

3. Installation 9651

Page 12 497283 Issue 1

Cabling for Keypads

Cooper Security recommends that you use 8-core 7/0.2 or 16/0.2 alarm cable

for wiring keypads. You can connect the keypads in either a star or bus

configuration. If you intend to use long cable runs, Cooper Security

recommends that you use star wiring with no more than 200m of cable per

branch.

The maximum length of any one run from the control unit to the most remote

keypad depends on the number of items connected to the cable. You can

double the maximum length for 7/0.2 cable by using two cores each for the 0V

and 12V terminals or by using 16/0.2 cable. The table below shows the

maximum recommended cable lengths in metres for 7/0.2 cable, assuming

that you connect all keypads at the end of a single cable run. You may be

able to improve on these figures by spreading keypads along the cable length.

8-core 7/0.2 cable
Number of kpds 1 core 2 cores on 0V and 12V

One 200 –

Two 100 200

Three 65 130

Four 50 100

It is possible to extend the keypad cable run by using additional power

supplies, but only up to the recommended maximum of 200m.

When carrying out the cabling, there are two important points to remember:

1. Do not connect anything other than keypads to the bus. The keypad bus

power supply is limited to a maximum of 400mA.

2. Check between 0V and 12V on the keypad bus at the point furthest from

the control unit: the voltage must be at least 12.0VDC when all the keypad

backlights are on.

Note: The following instructions assume that you have already run all the

necessary cabling.

9651 3. Installation

497283 Issue 1 Page 13

Fitting the System

Fitting the Control Unit Case

1. Remove the control unit case from its packaging.

2. Remove the front screws and slide off the case lid.

3. The upper part of the case back has a central keyway. Mark and drill a

hole for the keyway. Temporarily fix the case back to the wall. Mark the

position of two more fixing holes, remove the case back and drill the

holes.

4. Refit the case back to the wall using screws no less than 30mm x No 8,

with dome or pan heads.

Fitting a 9940 Keypad

Figure 4 shows the backplate and the position of mounting holes.

3

4

Figure 4. Backplate of the 9940 Keypad

1. Cable entry. 3. Back tamper aperture.

2. Fixing holes. 4. Sounder aperture.

Use No 8 or 6 screws (M4/M3.5) to mount the keypad.

When mounting the front of the keypad (containing the keypad pcb) onto the

backplate make sure that the tamper switch operates.

3. Installation 9651

Page 14 497283 Issue 1

Fitting a 9930 Keypad

The backplate of the 9930 keypad (see Figure 5) contains an adjustable cam

that you can use to make sure the tamper switch will operate correctly when

the keypad is mounted on an uneven surface.

Cooper Security recommends that you mount the keypad using No 8 or 6

screws (M4/M3.5) as follows:

1. Remove the front cover by first releasing the screw located on the

bottom edge of the keypad.

2. Select which cable entry you are going to use and break out the

appropriate plastic sections.

3. Hold the backplate in place against the wall and mark the position of the

centre hole in the adjustable cam (item 2 in Figure 5).

4. Drill and plug the hole, and screw the backplate to the wall through the

adjustable cam. Do not tighten the screw completely home.

5. Make sure the backplate is level. Mark, drill and plug at least two more

fixing holes (item 1 in Figure 5). Screw the backplate to the wall through

the holes.

6. Cut the plastic webs connecting the cam to the backplate.

Note: If you do not cut the webs, the tamper switch will not operate in the

event of the complete keypad being forced off the wall.

7. Attach the front cover of the keypad (containing the keypad PCB) onto

the backplate and make sure that the tamper switch operates.

8. If the tamper switch does

not

operate, rotate the cam until the switch

operates correctly with the front of the keypad mounted on the backplate.

1

1

1

2

1

1. Fixing hole 2. Adjustable cam

Figure 5. Backplate of the 9930 EUR Keypad

9651 3. Installation

497283 Issue 1 Page 15

Fitting the ScanProx 934 Module

Note: If fitting a 934 module to an existing installation, put the alarm system

into programming mode and then remove all power, both mains and

battery. If you do not remove all power, the system will not recognise the

934 module.

1. Remove the front cover from the keypad(s) to which you intend to fit the

module. Remove the cable clips (item 4 in Figure 5).

2. Fit the 934 module to the connector pins, as shown in Figures 6 and 7.

Figure 6. Fitting a 934 Module (over the keypad)

Figure 7. Fitting a 934 Module (in position)

3. Secure the module in position with a screw through the lug in the top-

right corner (Figure 8).

Figure 8. Securing lug on 934 module

4. Re-fit the front cover of the keypad.

3. Installation 9651

Page 16 497283 Issue 1

Wiring the Control Unit

Cable Entries

The control unit case back provides several cable entries. It is designed to

stand away from the wall to leave space for the cables.

Mains Connection

Connect the control unit to a suitable supply using a double pole disconnect

device in accordance with EN60950-1:2001 Clause 3.4.3. Connect the supply

to the control unit using the 3-way terminal block located on the case back.

Secure the cable to the case anchor point using the cable tie provided.

Notes:

1. The control unit has a T-250mA internal mains fuse.

2. All electrical connections should be carried out by a qualified

electrician.

To Control Panel

Transformer

L

N

T 250mA 250V

230V ~50Hz 200mA

Figure 9. Mains Connection

Connect the 21VAC lead from the mains transformer to the main PCB. See

Figure 3 for the location of the 21VAC connector.

Caution: Do not apply mains power at this point. Do not work inside the

control unit case when mains power is present.

9651 3. Installation

497283 Issue 1 Page 17

Keypads

Connecting Keypads

Figure 10 shows the connections for keypads. Use the "ET" connector

terminals on the keypad PCB to connect an exit terminate button or lock

switch. If you are using a lock switch, do not connect any other devices to

these terminals.

4-core

9930 Keypad

0V12V CLK DATA ET

Lock Switch
Or
Exit terminate button
(NO, push to make)

To other
keypads

CLK DATA0V12V

Control Unit

Figure 10. Keypad Connections

The 9940 keypad can be connected to an external panic attack button, as

shown in Figure 11. If the panic attack does not contain a tamper switch, link

the pair of "EXT TAMPER" terminals. Separately link both pairs of terminals if

no panic button is used.

PAN IC I/ P EX T TA MP E R

External Panic
Attack Button

Figure 11. 9940 Panic Attack Connections

3. Installation 9651

Page 18 497283 Issue 1

Keypad Addressing

The control unit is supplied with one keypad. If you have fitted more keypads,

each one must be given a separate "address". Links LK2 to LK4 set the

keypad address, as shown in Figure 12.

2

3

4

ON

BACKLIGHT

2

3

4

2

3

4

2

3

4

2

3

4

ON

BACKLIGHT

ON

BACKLIGHT

Keypad 1

Address

Backlight ON Backlight OFF

Keypad 2

Keypad 3 Keypad 4

Figure 12. Keypad Addressing

Backlight

When supplied from the factory, the control unit is configured with the

backlight On. To turn the backlight Off, remove the jumper from the "ON

BACKLIGHT" link, shown in Figure 12.

Connecting Sounders

Figure 13 and the following tables show the wiring required to connect the

external sounder (bell box) and optional internal sounders.

Note: If a 2k2 resistor is fitted at the tamper return (TR) terminal at the bell

box, use Command 59 to select this EOL mode of termination.

To Bell Box

16 Ohm Loudspeaker

(2 Max. in parallel)

Internal Sounder

6-core

OP1

OP2

12V AUX

0V

TR

LS

+

Figure 13. Sounder Connections

9651 3. Installation

497283 Issue 1 Page 19

Lyntech Ltd - 120 LED/120 lexon

Control Panel

Terminals

OP1 OP2 TR 12V AUX 0V

Bell-Box

Terminals

TRG STRB HOLD +

Elmdene Rapier 300, 4000, 5000, 6000; Prima 100-600; Starlight 020

Control Panel

Terminals

OP1 OP2 TR 12V AUX 0V

Bell-Box

Terminals

-R -ST RTN +H -H

CQR Security - Sigma, Cequera, Plus and Ultima

Control Panel

Terminals

OP1 OP2 TR 12V AUX 0V

Bell-Box

Terminals

SIREN

TRIG

STROBE

TRG

A/T RET

SIG

HOLD OFF

+VE

HOLD

OFF -VE

Ventcroft Security - Vision, Classic and Spirit

Control Panel

Terminals

OP1 OP2 TR 12V AUX 0V

Bell-Box

Terminals

TRIG - STB - RTN HOLD OFF

+VE, STB

+VE

HOLD

OFF -VE

Flashguard - Xtra

Control Panel

Terminals

OP1 OP2 TR 12V AUX 0V

Bell-Box

Terminals

TRIGGER STROB- SUPPLY - SUPPLY +

STROBE +

TAMP

OUT

Intellisense - AG3

Control Panel

Terminals

OP1 OP2 TR 12V AUX 0V

Bell-Box

Terminals

S- ST- TR V+ V-

3. Installation 9651

Page 20 497283 Issue 1

Connecting Detector Circuits to the Main PCB

The connectors for the detector circuits, or zones, are on the left-hand edge of

the main PCB in the control unit. The table below summarises the number

and type of zones that can connect to the main PCB of the control unit. Use

Command 21 to specify which of these wiring types you are using. You

cannot specify different wiring types for different zones.

Control Unit Wiring Type
Zones

8 four-wire CCL with common tamper

8 two-wire FSL

CCL Connections

Figure 14 shows how to connect four-wire CCL zones. Note that there is a

single Global tamper loop that serves all zones.

1
2

Zone 1
Zone 2

Global Anti-tamper

Zone 3
Zone 4

Zone 5
Zone 6

Zone 7
Zone 8

Tamper loop

Zone 1

Zone 2

Alarm contacts

Alarm contacts

Figure 14. CCL Connections (common tamper)

FSL Connections

Each FSL zone is a "Fully Supervised Loop" using a two-wire closed loop. As

shown in Figure 15, the loop uses resistors of different values to differentiate

between "Circuit" and "Tamper" signals: a 2K2 resistor fitted in series at the

end of the wired loop (EOL) and a 4K7 resistor fitted across the alarm contact.

With the loop in a normal state and the alarm contacts closed (shorting out the

4K7 resistor), the total resistance of the loop is 2K2. When the alarm contacts

open (removing the short from the 4K7 resistor), the resistance of the loop

increases to 6K9 and so the control unit detects an alarm condition. If a

tamper device opens, the loop resistance becomes infinite (open circuit) and

so the control unit detects a tamper signal.

To connect a detector to an FSL loop, you must wire suitable high-tolerance

resistors to the detector. Always check resistor colour coding and tolerance

before wiring resistors into circuit (see Figure 16).

9651 3. Installation

497283 Issue 1 Page 21

The wiring resistance of the cable to the detector (including joints) should not

exceed 100 ohms. The recommended maximum cable length within a zone is

200–300m.

Zone 1

Zone 2

1
2

2K2 EOL

4K7

Alarm contacts
Tamper contacts

2K2 EOL

4K7

Alarm contacts
Tamper contacts

Figure 15. FSL Connections

Yellow
Violet

Red

Gold

4k7

Red
Red

Red

Gold

2k2

Figure 16. Colour Code for FSL Resistors

3. Installation 9651

Page 22 497283 Issue 1

Programming Outputs

Control unit panel outputs can be programmed using the commands shown in

the table below. Open collector outputs are of a "pull down" type that provides

negative-applied control signals; the system adjusts the output polarity when

you select the output type.

Output Type Command

OP1 open collector 81

OP2 open collector 82

OP3 open collector 83

Figure 17 shows some examples of applications for open collector outputs

(OP3 is used in these examples).

OP3

+ve 12V Aux

Shock Sensor Reset

Use Command 83 4

VIPER

+ve

0V

OP3

+ve 12V Aux

Bell Follow Buzzer/Relay

Use Command 83 0
Relay energises/buzzer sounds
when bell activates.

BUZZER/RELAY

OP3

PIR Set Latch/Walk Test

For:
Set Latch use Command 83 3
Walk Test use Command 83 5

PIR

Figure 17. Wiring Examples for Open Collector Outputs

9651 3. Installation

497283 Issue 1 Page 23

Wiring Keyswitches

To allow a user to set and unset the system using a keyswitch, connect a

fixed position or spring loaded (momentary) key switch to a zone input. Note

that a key switch cannot reset the system. When programming the control unit

select zone type (KM) for momentary or (KF) for fixed position keyswitches.

Figure 18 shows the connections for a keyswitch.

Fixed Keyswitch (KF)

Keyswitch CC FSL System

OFF Closed 2k2 Unset

ON Open 6k9 Set

Momentary Keyswitch (KM)

Keyswitch CC FSL System

Operate Close-Open-

Close

2k2-6k9-2k2 Unset

Operate Close-Open-

Close

2k2-6k9-2k2 Set

Figure 18.18. Connecting a Keyswitch

Note:

If you connect a keyswitch as a zone, without an interface, it can be used

to set and unset the level to which the zone is assigned.

Wiring a 9928 Keyswitch Interface

The 9928 keyswitch interface is no longer available for purchase, but is

supported in existing installations. Figure 19 shows the connections. You can

fit only one 9928 in a system.

M/C

M/C

M/C

0V

12V

CLK

D

ATA

ET

PA

SET

RDY

9928

COM

KS2

KS1

Full

Off

Part

Full

Part

T

AMP

Momentary

Continuous

T

okeypadbus

on control unit.

Latched

Momentary

Figure 19. Connecting a 9928 Keyswitch Interface

4k7

2k2

CC Wiring CCT(n)

CCT(n)

FSL Wiring

3. Installation 9651

Page 24 497283 Issue 1

The 9928 can be connected to either a momentary or a latched keyswitch

(see Figure 19). When using a momentary keyswitch, remove the jumper from

link M/C. When using a latched keyswitch, fit a jumper to link M/C.

Note:

If you connect a keyswitch through a keyswitch interface, it can be used

to set and unset the whole system or Level B only.

9651 3. Installation

497283 Issue 1 Page 25

Communicator

The 9651 can be fitted with a communicator or speech dialler, for example the

Scantronic 660, 8400, and 8440 digital communicators or the SD1 or SD2

Speech diallers. To connect an SD1 or SD2 follow the instructions provided

with those products. Figure 20 shows the connections for the communications

wiring harness.

Comms O/P1 (Brown) -ve applied (+ve removed) in alarm

Comms O/P2 (Orange) -ve applied (+ve removed) in alarm

Comms O/P3 (Yellow) -ve applied (+ve removed) in alarm

Comms O/P4 (Green) -ve applied (+ve removed) in alarm

Comms O/P5 (Blue) -ve applied (+ve removed) in alarm

Comms O/P6 (Purple) -ve applied (+ve removed) in alarm

Comms O/P7 (White) -ve applied (+ve removed) in alarm

Comms O/P8 (Grey) -ve applied (+ve removed) in alarm

Line Fail input (White/Brown) +12V applied to indicate telephone line fail

Tell Back input (White/Orange) +12V applied to change from engineer to customer reset

0V (Black)

12V (Red)

Com Connector Cable, Part No. 485210

Figure 20. Plug-By Communicator Wiring

Note: Comms O/P4 will be active when the system is unset. This is normal, as

a system being unset is equivalent to an alarm signal.

To fit a communicator, follow the instructions below.

Caution: Follow the instructions in the order shown, or you may damage

the control unit and/or communicator.

1. Disconnect mains and battery power from the control unit and remove

the case lid, if the system has already been installed.

2. Detach the main PCB from the support pillars in the control unit case,

and lift the PCB carefully to the left. Fit the communicator between the

PCB support pillars, making sure that the main PCB can fit back into

position (see Figure 21).

3. Installation 9651

Page 26 497283 Issue 1

Figure 21. Fitting a Plug-by Communicator

3. Make any necessary connections from the communicator to the

communication wiring harness. The default is a positive voltage when the

output is inactive but this can be inverted if required using Command

159.

4. Plug the Communication Wiring Harness onto the communications

connector on the main PCB.

5. Re-fit the PCB to the support pillars. Secure the PCB to the support

pillars with the screws provided (Figure 22). Make sure that the bottom

left corner of the PCB is seated on its support pillar.

Figure 22. Fitting Control Unit PCB

9651 3. Installation

497283 Issue 1 Page 27

If the system has already been installed:

6. Re-connect the battery.

7. Fit the case lid.

8. Apply mains power.

9. Test communicator operation.

Fitting a Battery

Fit a rechargeable battery into the back of the case. There is space in the

case for a 12V 7Ah battery; make sure the battery terminals are oriented in

the position shown in Figure 23.

7AH

Figure 23. Fitting a Battery

497283 Issue 1 Page 29

4. PROGRAMMING

Introduction

This chapter is divided into four sections:

1. Introduction provides an overview of how to program a 9651 control unit.

2. Programming Commands lists and describes the commands available to

program aspects of a 9651 control unit's operation.

3. Testing Commands lists and describes the commands available to test a

newly installed alarm system based on a 9651 control unit.

4. System Configurations describes how to set up a 9651 control unit so

that it complies with industry standards.

The 9651 control unit is fully programmable to accommodate individual user

and site requirements. Installers program units from the keypad. Enter

instructions using the three-digit commands described in "Programming

Commands". Before you start, familiarise yourself with the control unit's

functions and the programmable options described in this manual.

For guidance on using 9651 control units, refer to the 9651 User Guide.

Operating Modes

The alarm system has three basic modes of operation that provide access to

commands appropriate to different types of users:

1. User mode allows setting, unsetting and resetting of the system, along

with some basic commands. There may be many user codes of this type.

2. Master user mode provides access to all user commands, including those

available in user mode. The master user can configure other users. There

is only one user code of this type.

3. Installer mode provides access to the installer menu, which contains the

programming and testing commands described in this Guide. There is only

one user code of this type.

To enter either of the user modes, enter a user code (which may be four or six

digits) or present a proximity tag. To select a user command, enter the

command number.

To enter installer mode, enter zero followed by the installer code (which may

be four or six digits). To select an installer command, enter the command

number.

In addition to the three standard operating modes, there two special modes:

1. Guard mode provides the same access as user mode but only if there is,

or has been, an alarm. If there has been no alarm, the Guard code will not

provide access to the system. There is only one user code of this type.

Programming 9651

Page 30 497283 Issue 1

2. Duress mode provides the same access as user mode but also secretly

communicates the duress status. There is only one user code of this type.

Entering Installer Mode

Chapter 3 describes how to enter installer mode for the first time in a new

installation. You can use this mode at any time, provided that the system is

unset and not in alarm. To enter installer mode:

1. Make sure the system is unset.

Note: If you have selected defaults for Finland, Norway, Sweden or Denmark

(Command 0), or a user has selected user command 3, you must enter a

valid user code at this point.

2. Press 0, then key in the Engineer Code (default 7890).

The display shows:

Installer Mode

You are now in installer mode.

While the system is in installer mode, all keypads except the one that you are

using will be locked and will display "Busy".

Using Programming and Testing Commands

When delivered from the factory, the control unit already has default settings.

To change the default settings:

1. Enter installer mode.

2. Key in the appropriate command number and press y.

The display shows the current value of the command.

3. Key in digits to select the value you require.

The display shows the new value.

4. Press y to store the new value of the command.

Note: If at any time you change your mind, repeat steps 1 to 3. The 9651

Quick Reference Programming Guide shows the commands and their

values. "Y" to the right of a value shows that it is the factory default.

Leaving Installer Mode

When you have finished programming the control unit:

1. Press 99y at the keypad

The display shows:

99:Exit Eng ?

2. Press y.

9651 Programming

497283 Issue 1 Page 31

The display shows: 99:Checking Sys

followed by the time and date.

The system is now in user mode.

Note: If any 24-hour, Fire, PA or Technical zones are active when you enter

Command 99, the keypad gives an error tone and displays the faults.

Correct the problems identified. When the display shows "No Faults",

press

y

to enter user mode.

Restoring Default Access Codes (first stage reset)

The default (orig inal) access co de s are:

4-digit 6-digit

Engineer Code 7890 567890

Access Code User 1 1234 123456

Access Code Users 2 to 50

X002 ... X050 X00002 ... X00050

Duress Code

X

051

X

00051

Note: To activate the Access Codes (02 to 50) and Duress Code, which are

initially inactive, User 1 must change the defaults to the correct codes.

The 9651 User Guide explains how to do this.

To restore all access codes to their default settings:

1. Remove mains power.

2. Open the case and disconnect the battery.

3. Identify the NVM Reset pins and Kick Start pins on the main PCB (refer

to Chapter 3).

4. Short circuit the NVM Reset pins with a wire link.

5. Short circuit the Kick Start pins with a wire link.

6. Reconnect the battery.

7. Remove the wire links from the NVM Reset pins and Kick Start pins.

The control unit will load the factory default access codes listed above.

8. Close the control unit.

9. Apply mains power.

10. Carry out an engineer reset (see next section).

Performing an Engineer Reset

To perform an engineer reset:

1. Check that the display is showing the alarm condition.

2. Enter installer mode.

3. Enter 99 yy.

Programming 9651

Page 32 497283 Issue 1

The display returns to the time and date.

Restoring Default Command Settings

To restore all command options to their default (original) settings:

1. Enter installer mode.

2. Press 98y at the keypad.

The display shows:

Load Default

3. Press 1y at the keypad.

The keypad gives a double "beep" confirmation tone and the control unit

loads the default settings, erasing all previous selections.

Adding and Deleting Tags

You can use any industry-standard ISO tag or card with the 934 module. To

purchase tags from Cooper Security, quote part number Proxtagpk5.

A tag acts as an alternative to a user access code. You can assign a user a

tag, an access code, or both. You cannot assign a tag to the Master User

9651 Programming

497283 Issue 1 Page 33

To Add a Tag

1. Key in User 01 access code while the system is unset.

The display shows:

Select?

2. Press 4 to select the change codes option.

The display shows:

Old Code= _

3. Enter the access code of the user for whom you want to program a tag

and press y.

The display shows the user number and any text description you have

programmed for that user.

4. Press y.

The display shows the user number and an underscore,

for example:

User 06 = _ _ _

5. Present the proximity tag to the front of the keypad (see Figure 24).

The system learns the identity of the tag and links it to that user number.

The keypad gives a double "beep" to confirm that the tag has been

learned successfully.

The keypad displays the date and time.

6. Repeat steps 1 to 5 for other tags, as necessary.

To Delete a Tag

Note: If you delete a tag, you also delete that user's access code.

1. Key in User 01 access code while the system is unset.

The display shows:

Select?

2. Press 4 to select the change codes option.

The display shows:

Old Code= _

3. Enter the User 01 access code again and press y.

The display shows "

User 01" and any text description for that user.

4. Press X repeatedly until the display shows the user number of the tag

you want to delete.

The display shows the user number and any text you have programmed

for that user.

5. Press y.

6. Key in "0000" and press y.

The system deletes the tag and the user's access code. The keypad

gives a double "beep".

Programming - Programming Commands 9651

Page 34 49 7283 Issue 1

Programming Commands

0: Country PTT Defaults

Use this command to select the country and PTT defaults; it also loads default

access codes and programming options. Use Command 126 to select

language without making other changes.

Note: If you select options

X

4, X5, X6 or X7 (Finland, Norway, Sweden or

Denmark), the control unit changes the method of entering installer mode

(see "Entering Installer Mode" on page 29).

Option Option Option

0 UK (default) 6 Belgium

X3

OEM 2

1 Italy 7 Germany

X4

Finland

2 Spain 8 Switzerland

X5

Norway

3 Portugal 9 Austria

X6

Denmark

4 Netherlands

X1

Ireland

X7

Sweden

5 France

X

2

OEM 1

01 to 08: Zone Programming

There are eight zones available on the 9651 control unit. Key in "01" to "08"

and press y. The zone programming commands take at least three further

digits: the first two specify the zone's type, while the others specify the zone's

attributes.

When you key in the zone number and press y, the display shows the zone

number and any text associated with it. At this point, you can edit the zone

text. When the text is as required, press y to display the zone type and

attributes. At this point, you can edit them. When they are as required, press

y

once more to store the changes.

Zone Names

When you key in the zone number and press y, the display shows the current

zone name with a flashing cursor under the first letter. Zone names can

contain up to 12 characters, including spaces and punctuation marks.

Enter letters from the keypad one at a time by repeatedly pressing a number

key until the display shows the letter you want. If you make a mistake, press C

or D to move the cursor to the letter you want to change and key in the new

letter. To delete a name completely, press D to move the cursor onto the first

character of the name and then press D again to clear the old name.

When you have finished entering the name, press y.

The following table shows the letters generated by each key on the keypad.

9651 Programming - Programming Commands

497283 Issue 1 Page 35

1 7 P Q R S

2 A B C Æ Å Ä 8 T U V

3 D E F 9 W X Y Z

4 G H I 0 Space ' ( ) : . - ! &

5 J K L C Move right

6 M N O Ø Ö D Move left

Zone Types

The following table shows the values available for zone type.

Value Type Description

00 Not Used

(NU)

Identifies zones that are not used. The system ignores zones of

this type. It is not necessary to link the circuit or anti-tamper

connections.

01 Panic Alarm

(PA)

Operating a device programmed as " Panic Alarm" will start

either a silent alarm transmission to the Alarm Receiving Centre

(ARC) or an audible alarm, depending on how you have

programmed PA Response (see Command 30). PAs operate,

whether the system is set or unset.

02 Fire (FR) Smoke or heat detectors connected to FR type zones cause the

speakers to give a distinctive fire signal (internal sounders

pulsing "Dee Dah Dee Dah..."). Fire alarms always o perate,

whether the system is set or unset, and always trigger

communications if fitted.

03 Normal Alarm

(NA)

A zone programmed as "Normal Al arm" will start an alarm if

activated while the system is set.

04 24 -hour (24) This zone causes an internal alarm if violated when the system

is unset, and a full alarm if the system is set. If the Insta ller

programs 24-hour zones with "Omit Allow", the user can omit

24-hour zones in Day mode. The control unit reinstates all 24-

hour zones if anyone sets the system.

05 Final Exit (FE) Zones of this type must be the first to be activated on entry. You

can use them to set the system using the Final Door Set exit

mode. Use Command 39 to set the exit mode for the zone (page

45). Use zone attribute X7 to select an entry timer for the zone

(page 38) and Commands 201–4 (page 69) to set up the entry

timers.

06 Entry Route

(ER)

Use this zone type for detectors sited between the Final Exit

door/de tector and a keypad. If an "Entry Route" zone is violated

when the system is set, an alarm will occur. If the Entry/Exi t

timer is running when an Entry Route zone is violated, no alarm

occurs until the Entry/Exit timer expires. Use zone attribute X7 to

select an entry timer for the zone (page 38) and Commands

201–4 (page 69) to set up the entry timers.

07 Shock

Analyser (SA)

You can apply this zone ty pe to zones 1 to 4. The system will

not accept this type for zones 5 to 8. Use zone attribute X7 to

set the sensitivity for the zone (page 38).

Programming - Programming Commands 9651

Page 36 497283 Issue 1

Value Type Description

08 Technical

Alarm (TC)

Use this zone type whe n you want to monitor equipment, for

example a freezer, without raising a full alarm. If a Technical

Alarm zone is activated while the system is set, the system

makes no audible alarm. However, when a user unsets the

system, the keypad indicates a fault. If a Technical Alarm zone

is activated while the system is unset, the system starts a pulsed

tone from the keypad. If programmed, the control unit also starts

communication. When a user enters a valid code, the keypad

stops the tone and displays the zone.

09 Keybox (KB) This zone type is for use in Scandinavia only. When a zone of

this type is required, the Installer connects the alarm wires of the

zone to a special external key box and the tamper wires to the

box enclosure switch. When someone opens the box, the

control unit logs the event and communicates it t o the Alarm

Receiving Centre (ARC). The control unit also provides a Key

Box output type, which you can program with Command 151 to

trigger one of the plug-by communicator output pins.

10 Smoke

Detector (SD)

In Scandinavia only, use this type for zones connected to 12V

smoke detectors. This type is active whether the system is set or

unset, and the control unit will transmit a specific alarm to the

Alarm Receiving Centre (ARC) if triggered. The control unit also

provides a Smoke Detector output type, which you ca n pr ogram

with Command 151 to trigger one of the plug-by communicator

outputs. If a zone of this type causes an alarm, the user will

need to enter an access code to disarm and reset the system.

11/12 Keyswitch There are two Keyswitch zone types: Momentary and Fixed.

Use these for zones that connect to an access control keypad,

electronic key or other hardwired device used to set or unset the

system:

11 Momentary Keyswitch (KM)

12 Fixed (or latched) Keyswitch (KF)

The keyswitch or similar device can be used to set and unset

the level to which the zone is assigned. It cannot be used to

reset the system.

In a single system, do not assign a Keyswitch zone to levels B,

C or D if you have assigned one to Level A (full system).

13 Anti-Mask

Zone (AM)

Use this zone type for the anti-mask outputs of detectors with

this facility. Connect the detector's alarm and contact wiring to

one zone (for example, Zone 07) and its anti-mask outputs to

the zone above (for example, Zone 08). Assign the Anti-Mask

type to the higher zone; that is, the one connected to the anti-

mask outputs (Zone 08 in the example).

If an Anti-Mask zone is violated, the control unit starts a Tamper

Alarm and shows the message "AM Tamper" on the keypad

display. It logs the event to the zone connected to the detector's

alarm and contact wiring (Zone 07 in the example). Command

136 defines whether an Anti-Mask zone can be reset by a user

or only by the installer.

9651 Programming - Programming Commands

497283 Issue 1 Page 37

Value Type Description

14 Forbikobler

(FB)

This zone type is a Scandinavian ty pe of Entry/Exit zone (the

word "forbikobler" means "bypass" in Danish). Use this type for

zones connected to standalone external keypads or access

controllers. If the zone is triggered by the external keypad during

the exit time, the control unit stops the exit time and sets the

system. If the zone is triggered while the system is set, the

control unit starts the entry time. Use zone attribu te X7 to select

an entry timer for the zone (page 38) and Commands 201–4

(page 69) to set up the entry timers.

15 AC Fail (AC) This zone type is triggered by a failure in the AC input to an

external power supply. Command 134 defines whether a zone of

this type can be reset by a user or only by the installer.

Command 137 defines whether the user can override the fault to

set the system .

16 Low Battery

(LB)

This zone type is triggered by a low voltage in the battery in the

external power supply.

17 Battery Fault

(BF)

This zone type is triggered by a fault in the battery in the

external power supply.

18 Power Output

Failure (PF)

This zone type is triggered by a failure in the DC output to the

external power supply.

19 Fault (FL) This zone type triggers a fault condition, causing an alert and

preventing the system from being set. The tamper connection

operates in the same way as a normal alarm zone (type "NA").

Command 139 defines whether a zone of this type can be reset

by a user or only by the installer. Command 140 defines whether

the user can override the fault to set the system.

Zone Attributes

The following table shows the values available for zone attribute, depending

on the zone type. To set an attribute, key in the appropriate value. To unset

the attribute, key in the value again.

Value Attribute Valid for Description

X

1

Chime (C ) Normal Al arm

(NA)

Final Exit (FE)

Entry Route

(ER)

Shock Analyser

(SA)

When enabled by the user, the system makes

a doorbell-like sound when any zones

programmed as "Chime" are opened. This

facility operates only while the system is

unset.

To make the Chime available from keypad

sounders but not internal sounders, use

Command 22 with option 0.

Programming - Programming Commands 9651

Page 38 497283 Issue 1

Value Attribute Valid for Description

X2

Soak Test (S) Normal Alarm

(NA)

Entry Route

(ER)

24-hour (24)

Shock Analyser

(SA)

Use this zone attribute if you wan t to place on

long-term test a detector that you suspect is

giving false alarms. Zones with this attribute

are disabled for 14 days after you return the

control unit to user mode. If the zone is

opened while the system is set (or at any time

for a 24-hour zone), the control unit logs the

event as a "Soak Fail Znn" (nn = zone

number) without sounding any bells or starting

signalling. The control unit returns the zone to

normal use after 14 days, even if the system

is set at the time.

X3

Double Knock

(D)

Normal Alarm

(NA)

Entry Route

(ER)

For zones with this attribute, no action is

taken on first activation. To cause an alarm,

the zone must be activated twice within a five-

minute period or remain open for longer than

10 seconds. An alarm will also occur if

another double-knock zone is activated within

five minutes of the first.

Programming a zone as "Double Knock" is a

way of reducing false alarms caused by

environmental changes but is not normally

recommended. Do not apply "Double Knock"

to radio zones with a PIR detector. The radio

PIR detector uses a lockout timer and will not

send a second activation within the Double

Knock period.

X

4

Omit Allowed

(O)

All When applied to a zone, this attribute allows

the user to omit the zone when setting the

alarm. Do not allow the user to omit PA

zones.

Do not apply this attribute to an FE zone if

there is no ER zone present.

X7

The meaning of this attribute depends on the zone type:

Shock

Analyser

Sensitivity

Shock Analyser

(SA)

You can set this attribute only for a zone of

type SA, and only zones 1, 2, 3 and 4 support

this type. To set the sensitivity of a shock

sensor zone, enter a digit in the range 1 (least

sensitive) to 6 (most sensitive). You must

enter the whole sequence; for example, to set

the sensitivity to 3, press X73

Entry Timer

Number

Final Exit (FE)

Entry Route

(ER)

Forbikobler

(FB)

To select which of the four entry timers (set

up using Commands 201–4, as described on

page 69) are used for the zone, enter a digit

in the range 1 to 4. You must enter the whole

sequence; for example, to select Entry Timer

3, press X73

9651 Programming - Programming Commands

497283 Issue 1 Page 39

Value Attribute Valid for Description

A Armed in

Level A

All When applied, the zone is armed when the

user selects Level A.

B Armed in

Level B

All When applied, the zone is armed when the

user selects Level B.

C Armed in

Level C

All When applied, the zone is armed when the

user selects Level C.

D Armed in

Level D

All When applied, the zone is armed when the

user selects Level D.

20: Change Engineer Code

Note: 9651 control units support six-digit access codes as well as the standard

four-digit codes. Command 56 sets the code length.

To change the Engineer Code:

1. Make sure you are in installer mode.

2. Press 20y

The display shows:

20:Code

3. Key in a new Engineer Code.

The display shows:

20:Code xxxx

4. Press y

If Guard Code is enabled (Command 181), the display shows:

20:Guard

3. Key in a new Guard Code.

The display shows:

20:Guard xxxx

4. Press y

21: Zone Configuration

This command enables you to select the wiring type of the zone connectors

on the control unit PCB. The default is option 0 for all models.

0 Up to 8 closed circuit loop zones (CC + Com A/T).

1 Up to 8 fully-supervised loop zones (FSL 2K2/4K7)

.

22: Loudspeaker Chime

In a single system, a user may find that the Chime tone from the keypads is

not loud enough. If so, use this command to make the internal sounder give

the Chime tone as well. If you select option 0, the internal sounder emits no

tone. Select a value from 1 (quietest) to 9 (loudest) to set the Chime volume

(the default is 5). The internal sounder demonstrates the volume when you

enter the digit.

Programming - Programming Commands 9651

Page 40 497283 Issue 1

23: Remote Reset Enable

Option 1 enables Remote Reset, which is designed to operate with the plug-

by communicator. After an alarm, the user keys in an access code to silence

the alarm but cannot reset the system. The first alarm message to display and

the Service lamp remain visible. The user contacts the Alarm Receiving

Centre (ARC), which verifies the user's identity and then sends a signal to the

control unit. The Service lamp goes out and the user can then reset the

system with any valid access code, provided that there are no faults.

Use option 0 (the default) to disable this function.

Notes:

1. To ensure option 1 works correctly, you must set System Reset to

Engineer (Command 33 option 1) and set a CSID code (Command 50).

2. To comply with PD 6662 / prEN 50131-1: 2004, the system must be set

to hide status information after 30 seconds (Command 28), in which case

the Service lamp will go out after the same period.

25: Internal Sounder Delay and Duration

Option 0 (the default) makes the internal sounder use the external Bell Delay

and Duration times. Option 1 makes the internal sounder continue after the

external Bell Delay expires, stopping only when a user enters an access code.

26: Internal Sounder Delay on Entry (DD243 kit only)

This command controls when internal sounders start to operate in response to

an intruder straying from the Entry Route or the entry time expiring.

If you select option 0, the control unit starts the internal sounders immediately.

If you select option 1 (the default), the control unit starts the internal sounders

at the same time as the external sounders (that is, after any Bell Delay). This

delay allows silent communications when an entry alarm is triggered, which is

required by some police forces. Option 1 is available only when:

° Alarm Abort is Off (Command 36, option 0)

° Bell Delay is not zero (Command 41, not option 0)

° Alarm Confirm is Off (Command 89, option 0)

Note: Compliance with PD 6662 / prEN 50131-1: 2004 (see page 78) at

Grades 1, 2 and 3 requires that Command 26 is set to option 0.

27: Exit Fault External Sounder

This command controls what happens when an exit timer completes and a

zone is still violated (for example, when a door is not shut).

9651 Programming - Programming Commands

497283 Issue 1 Page 41

Option

0 Internal (default). System operates the internal sounders only.

1 Local. System operates both internal and external sounders.

Note: Compliance with PD 6662 / prEN 50131-1: 2004 (see page 78) prohibits

an alarm after a failure to set the system, which would require

Command 27 to be set to option 0. However, if external sounders are

preferred, 9x5x control units also provide "Set Fail" outputs that can be

used to indicate that an alarm resulted from a set failure.

28: Status Display

If you select option 0 (the default), the keypad displays "Level Set"

continuously for the whole time that the alarm system is set. The keypad

lamps are illuminated if a relevant condition exists. Select option 1 to clear the

display and turn off the lamps 30 seconds after the user's last action.

The following table shows the effect of these settings in more detail.

Text Alert lamp Service/Mains lamps
Panel Set 0

continuous 1 timed

0
continuous 1 timed

0

continuous 1 timed

No alerts Leve l set Level set

30s, then

T&D

Off Off On On* 30s

Alerts Level set Level set

30s, then

T&D

On On 30s On On* 30s

Panel Unset 0

continuous 1 timed

0
continuous 1 timed

0

continuous 1 timed

No alerts T&D T&D Off Off On On* 30s

Alerts T&D T&D On On On On* 30s

T&D Time and date * If a relevant condition exists

Note: Compliance with PD 6662 / prEN 50131-1: 2004 (see page 78) at

Grades 1, 2 and 3 requires that Command 28 is set to option 1.

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29: Entry Alarm Delay Time

This command determines what the system does if a user strays from an

Entry Route zone during entry.

If you select option 0 (the default), the system gives an immediate alarm when

the user strays from an Entry Route zone during entry.

If you select option 1, the system gives an internal alarm when the user strays

from an Entry Route zone during entry but waits for 30 seconds before raising

a full alarm. The user can reset the system by entering an access code within

that time.

Note: Compliance with PD 6662 / prEN 50131-1: 2004 (see page 78) requires

that Command 29 is set to option 1.

30: PA Response

When a Panic Alarm (PA) occurs, the system sends a PA message to the

Alarm Receiving Centre (ARC), if a communicator is fitted, and the keypad

shows the PA zone when a user disarms the system. With this option, you

can choose whether the system also operates the sounders.

Option

0 Sounders operate (default).

1 Sounders remain quiet.

31: Zone Tamper User/Engineer Reset

Use this command to ensure that the system complies with national

requirements for resetting zone tamper indications while the system is unset.

If you select option 0 (the default), the user can reset the system after a zone

tamper.

If you select option 1, the user can silence the alarm after a zone tamper but

an engineer must reset the system by entering the Engineer Code, or by

using a remote or anti-code reset (Commands 23 and 50).

Note: See Commands 37 and 38 for reporting and resetting system tampers

(for example, attempts to open control unit or keypad cases).

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33: System User/Engineer Reset

To require an engineer reset, select option 1. To permit a user reset, select

option 0 (the default). Certain types of events always need an engineer reset,

irrespective of the option that you choose here:

° Auxiliary 12V supply fuse blown

° Keypad missing or failed

° A low battery at the control unit.

Note: Compliance with DD 243: 2004 (see page 77) requires that

Command 33 is set to option 1. You can use various other forms of

reset, such as remote (see Command 23) or anti-code (see Command

50).

34: PA User/Engineer Reset

To require an engineer to reset the system after a PA, select option 1. To

permit a user to reset the system after a PA, select option 0 (the default).

35: First Circuit Lockout

If you select option 0 (Lockout), the first zone to activate during the set cycle

is ignored until the system is unset. This is the default.

If you select option 1 (Rearm), the whole system (including the first zone to

activate) rearms at the end of the programmed bell run time, provided that the

zone is closed. While the zone is open, the system locks it out. If the zone

closes after the system rearms, the system reinstates it.

36: Alarm Abort

Users occasionally trigger false alarms by accident. Select option 1 to permit

them to abort under these circumstances.

If a user accidentally triggers an alarm while the system is set, the control unit

transmits an intruder alarm and starts the Bell Delay and Alarm Abort timers.

To abort the alarm, the user must enter a valid access code during the abort

period. If the user enters a valid code within this time, the system transmits a

restore of the intruder alarm and simultaneously transmits an abort.

Select option 0 (the default) to prevent users from aborting alarms in this way.

Note: The Alarm Abort period is controlled by the Alarm Receiving Centre

(ARC).

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37: Daytime Tamper Communication

This command defines how the control unit reports tamper indications (for

example, an attempt to open a control unit or keypad case) while the alarm

system is unset.

Option

0 Internal sounder only (default).

1 Internal sounder and communication of tamper indication to the Alarm

Receiving Centre (ARC).

Notes:

1. Compliance with PD 6662 / prEN 50131-1: 2004 (see page 78) at Grade

3 requires that Command 37 is set to 1.

2. Command 31 sets user/engineer reset for zone tampers.

3. Command 38 sets user/engineer reset for system tampers.

4. Command 58 sets user/engineer reset for system tampers.

38: System Tamper User/Engineer Reset

This command defines how to reset the control unit after a tamper alarm (for

example, an attempt to open a control unit or keypad case).

To require an engineer reset, select option 1 (the default). To permit a user

reset provided that no fault exists, select option 0.

Note: This facility is independent of the options selected in Commands 31 and

33.

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39: Level A Exit Mode

Use this command to select the exit mode for Full Set. The keypads give a

double "beep" confirmation tone at the end of all setting modes, including

Silent Set. The default is option 0, Timed.

Option

0 Timed. Use this option if the system sets after an exit time selected

using Command 44. If an Exit Terminate button is fitted, the user may

use it to shorten the exit time.

1 Terminated. Use this option if the user completes setting the system

by pushing an Exit Terminate button connected to a keypad. The exit

time is infinite in this option. The system sets 7–12 seconds after the

completed action; the delay is set with Command 182 (see page 68).

2 Final Door Set. Use this option to complete setting of the system by

closing a door fitted with a Final Exit zone detector. The exit time is

infinite in this option. The system sets 7–12 seconds after the

completed action; the delay is set with Command 182 (see page 68).

3 Lock Set. To use this option, you must install a lock switch and

connect its contacts to the ET terminals of a keypad (refer to the 9x5x

Installation Guide

). This facility is available on keypad software

version 1.4.2 onwards. See the notes below for more information.

Notes on Lock Set:

1. Do not connect more than one lock switch (or any other device) to the

keypad ET terminals. Do not attempt to fit two lock switches.

2. To set the system, the user first enters their access code at a keypad or

operates a keyswitch. The control unit starts to emit the exit tone. The

exit time is infinite in this option. The user then operates the Final Exit

zone and turns the key in the lock switch to "locked". The system sets 7–

12 seconds after the lock switch contacts open; the delay is set with

Command 182 (see page 68).

3. To unset the system, the user turns the lock switch to "unlocked" (which

closes the contacts). The keypads start to emit a continuous tone; this is

not affected by PD6662 / pr EN 50131-1: 2004, as the possession of a

key indicates an authorised user. At this point, the user can lock the lock

switch again without causing an alarm. When the user opens the Final

Exit zone, the control unit starts the entry timer. The user completes

entry by unsetting the system in the normal way.

4. When the user unlocks the lock switch, the control unit disables Alarm

Confirmation. If the user locks the lock switch without starting the entry

timer, the control unit enables Alarm Confirmation again.

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5. If an intruder opens the Final Exit door without first unlocking the lock

switch, the control unit immediately starts an unconfirmed alarm. If the

intruder goes on to violate another zone and Alarm Confirmation is

enabled, the control unit sends a confirmed alarm.

40: System Auto Rearm

This command sets the number of times that the system will rearm all closed

zones when the bell duration expires. If you select option 0, the system will

not rearm (it will go into alarm only once). Select option 1 to rearm once, 2 to

rearm twice, 3 to rearm three times or 4 to rearm every time the bell duration

expires.

Use this command in conjunction with Command 35, First Circuit Lockout.

If the system has rearmed, the control unit gives an audible internal alarm

instead of the normal entry tone when a user enters the premises through the

Entry Route.

41: Bell Delay

When an alarm occurs (for example, an intruder violates a zone), the system

waits for the Bell Delay before operating the external sounder for the Bell

Duration. This command sets the Bell Delay.

Note: Compliance with PD 6662 / prEN 50131-1: 2004 (see page 78) requires

that the Bell Delay does not exceed 10 minutes and that it is not used for

entry alarms (see Command 26).

Option

0 No delay (default)

1 1.5 minutes

2 3 minutes

3 5 minutes

4 10 minutes

5 15 minutes

6 20 minutes

Note: Command 41 has no effect if Alarm Confirmation (Command 89) is

enabled and any of the following applies:

External Sounder (Command 162) is set to option 0

Internal Sounder (Command 161) is set to option 0

Alarm Response Mode (Commands 63, 73 and 77) does not require

communications.

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42: Bell Duration

When an alarm occurs (for example, an intruder violates a zone), the system

waits for the Bell Delay before operating the external sounder for the Bell

Duration. This command sets the Bell Duration.

Note: Compliance with PD 6662 / prEN 50131-1: 2004 (see page 78) requires

that the Bell Duration does not exceed 15 minutes.

Option

1 1.5 minutes

2 3 minutes

3 5 minutes

4 10 minutes

5 15 minutes (default)

6 20 minutes

44: Level A Exit Time

This command lets you set the Exit Time for Full Set.

Option

1 10 seconds

2 20 seconds (default)

3 30 seconds

4 45 seconds

5 60 seconds

6 120 seconds

45: Entry/Exit Tone Volume

This command sets the volume of the Entry/Exit tone from the internal

sounder. If you select option 0, the internal sounder emits no tone. Select a

value from 1 (quietest) to 9 (loudest) to set the volume (default 5). The internal

sounder demonstrates the volume when you enter the digit.

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46: Tamper Alarm Response

T

his command specifies which sounders the control unit will activate for a

Tamper Alarm while the system is unset.

Option

0 Internal sounders only (default)

1 Keypad sounders only

2 Internal and keypad sounders

48: Lockout Keypads During Entry

This command enables you to lock keypads during entry when proximity tag

readers or remote setting devices are being used to unset the system. When

you lock keypads during entry, some functions are still available:

° Keypad PA, Fire and Medical alarms

° Duress Code operation

° User's ability to cancel false alarms or disarm the system during an alarm.

If you select option 0, the system permits all users to use all keypads during

entry. If you select option 1, it locks all users out of all keypads during entry.

Note: Compliance with DD 243: 2004 (see page 77) requires that

Command 48 is set to option 1 when using portable

ancillary control

equipment to unset the system with readers ins ide the premises (section

6.4.5)

. Otherwise (sections 6.4.2, 6.4.3, 6.4.4 and 6.4.6), set this

command to Option 0.

49: Duress Code

This command selects whether the control unit supports a Duress Code (set

by the master user as described in the

9651 User Guide

). Entering this code

will cause a silent communication to be sent to the Alarm Receiving Centre

(ARC) if a user is forced to unset the system by an intruder.

A duress restore is communicated on the first occasion that a normal user

access code is entered after the duress code has been used.

Option

0 Off (default). No Duress Code.

1 On. Duress Code.

Note: If the duress code is disabled and then enabled again, the code

previously assigned to it by the user will be lost. A new duress code must

be assigned.

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50: CSID Code

To enable the user to use the "Remote Reset" facility (enabled with Command

23), you must program the control unit as "Engineer Reset" (Command 33

option 1) and install a four-digit Central Station Identification (CSID) code:

1. Contact the Alarm Receiving Centre (ARC) and obtain the CSID code.

2. Ensure that the system is in installer mode.

3. Select Command 50 and enter the four-digit CSID code.

The control unit now contains the same CSID code as the ARC and can use

this to generate a four-digit reset code that will be recognised by the ARC

7300 Remote Reset decode programmer.

After an alarm, the user keys in their access code to silence the alarm but

cannot reset the system. The system generates the reset code and displays it

on the keypad. The user calls the ARC and reports the reset code. The ARC

verifies the user's identity and then enters the reset code into the 7300

programmer, which generates an anti-code. The ARC gives the anti-code to

the user, who keys it into the keypad to reset the system.

Note: To delete a CSID code, key in "0000" over the existing code.

51: Set Time and Date

The system has an internal clock/calendar, which it uses to record the time

and date of events in the log. This command sets the current time and date in

the clock/calendar. The system displays the date first: enter the day, month

and year in turn, each as two digits. The system then displays the time: enter

the hours and minutes in turn, each as two digits (using the 24-hour clock).

52: Omit Alarm

This command specifies whether, when a user omits a zone, the control unit

omits the tamper contacts as well as the alarm contacts.

Option

0 The control unit omits alarm contacts only.

1 The control unit omits both alarm and tamper contacts.

Note: To permit the user to omit a zone, you must set attribute

X

4 for the

zone.

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53: Abort User/Engineer Reset

This command specifies how the system is reset after an aborted alarm.

Option

0 Use the reset option selected for the system with Command 33

(default).

1 Permit the user to reset after an abort.

56: Number of Digits in Access Codes

The control unit can use either four-digit or six-digit access codes. Select

option 0 for four-digit access codes and option 1 for six-digit access codes.

Changing code length causes the system to revert to factory defaults for all

access codes; four-digit defaults are 1234 (user) and 7890 (engineer), six-

digit defaults are 123456 (user) and 567890 (engineer).

Note: Compliance with PD 6662 / prEN 50131-1: 2004 Grade 2 (see page 78)

require option 1; this applies even if you are using proximity tags

because the installer and master user will still use access codes. Grade

1 permits either option.

58: Day Tamper User/Engineer Reset

To require an engineer to reset a tamper indication while the system is unset,

select option 1. To permit a user to reset a tamper indication in this situation,

select option 0 (the default). Irrespective of this setting, the user can continue

to set and unset the system while a tamper indication is being displayed.

Notes:

1. Command 58 was originally used to achieve BVVO compliance.

2. Use Command 38 to allow a user reset after a system tamper alarm.

59: External Sounder Tamper

This command specifies which one of two tamper arrangements is used to

connect the control unit to the external sounders. Select the appropriate

option for the sounder fitted to the system.

Option

0 Tamper return uses negative voltage (default).

1 Tamper return is terminated with a 2k2 resistance.

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60: Level B Final Exit Operation

In a single system, this command specifies how the system treats Final Exit

zones during part set B. If you select option 0 (the default), Final Exit zones

included in Level B continue to act as Final Exit zones during part set B. If you

select option 1, these zones act as Normal Alarm zones during part set B.

61: Level B Entry Route Operation

In a single system, this command specifies how the system treats Entry Route

zones during part set B. If you select option 0 (the default), Entry Route zones

included in Level B continue to act as Entry Routes during part set B. If you

select option 1, these zones act as Final Exit zones during part set B.

62: Level B Exit Mode

This command sets the exit mode for Level B. The keypads give a double

"beep" confirmation tone at the end of all setting modes, including Silent Set.

The default is option 0, Timed.

Option

0 Timed. The keypad sounders and any internal sounders give a low

tone during exit of Level B. Use Command 65 to select the exit time.

1 Instant Set (no exit tone). Use this option to make the system set

without delay or exit tone.

2 Silent Set. Use this option to make the system set without an exit

tone. Use Command 65 to program the exit time.

3 Makes the Level B exit mode the same as Level A.

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63: Level B Alarm Response

This command sets the alarm response for Level B.

Option

0 Keypad sounders only.

1 Internal sounders and keypad sounders (default).

2 Local alarm (internal and external sounder only).

3 Full alarm (communication and internal/external sounders).

65: Level B Exit Time

This command sets the Exit Time for Level B.

Option

1 10 seconds

2 20 seconds (default)

3 30 seconds

4 45 seconds

5 60 seconds

6 120 seconds

67: Forbikobler Approved

This command specifies whether the Forbikobler system should operate in an

approved manner (user codes only) or a non-approved manner (proximity

tags and user codes).

Option

0 Non-approved

1 Approved (default)

68: Forbikobler Door Timer

This command sets the time that the Forbikobler system allows for entry to

the building (not the time needed to unset the system). During this period, an

optional output is activated to operate an electromechanical lock on the door.

Option

0 2 seconds 5 20 seconds

1 3 seconds 6 30 seconds

2 4 seconds 7 60 seconds

3 5 seconds (default) 8 120 seconds

4 10 seconds 9 255 seconds

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69: Forbikobler Door Locking

This command specifies whether the door controlled by the Forbikobler

system is normally unlocked while the system is reset or opened only for a

controlled time. Even if the door is normally unlocked, it can be locked with a

user command if required.

Option

0 Lock Timed (default)

1 Lock Toggled

70: Level C Final Exit Operation

This command specifies how the system treats Final Exit zones during part

set C. If you select option 0 (the default), any Final Exit zones in Level C

continue to act as Final Exit zones during part set C. If you select option 1,

these zones act as Normal Alarm zones during part set C.

71: Level C Entry Route Operation

This command specifies how the system treats Entry Route zones during part

set C. If you select option 0 (the default), any Entry Route zones in Level C

continue to act as Entry Routes during part set C. If you select option 1, these

zones act as Final Exit zones during part set C.

72: Level C Exit Mode

This command sets the Exit Mode for Level C. The keypads give a double

"beep" confirmation tone at the end of all setting modes, including Silent Set.

The default is option 0, Timed.

Option

0 Timed. The keypad sounders and any internal sounders give a low

tone during exit of Level C. Use Command 75 to select the exit time.

1 Instant Set (no exit tone). Use this option to make the system set

without delay or exit tone.

2 Silent Set. Use this option to make the system set without an exit

tone. Use Command 75 to program the exit time.

3 Makes the Level C exit mode the same as Level A.

73: Level C Alarm Response

This command sets the Alarm Response for Level C.

Option

0 Keypad sounders only.

1 Internal sounders and keypad sounders (default).

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2 Local alarm (internal and external sounder only).

3 Full alarm (communication and internal/external sounders).

75: Level C Exit Time

This command sets the Exit Time for Level C.

Option

1 10 seconds

2 20 seconds (default)

3 30 seconds

4 45 seconds

5 60 seconds

6 120 seconds

76: Level D Exit Mode

This command sets the Exit Mode for Level D. The keypads give a double

"beep" confirmation tone at the end of all setting modes, including Silent Set.

The default is option 0, Timed.

Option

0 Timed. The keypad sounders and any internal sounders give a low

tone during exit of Level D. Use Command 79 to select the exit time.

1 Instant Set (no exit tone). Use this option to make the system set

without delay or exit tone.

2 Silent Set. Use this option to make the system set without an exit

tone. Use Command 79 to program the exit time.

3 Makes the Level D exit mode the same as Level A.

77: Level D Alarm Response

This command sets the Alarm Response for Level D.

Option

0 Keypad sounders only.

1 Internal sounders and keypad sounders (default).

2 Local alarm (internal and external sounder only).

3 Full alarm (communication and internal/external sounders).

79: Level D Exit Time

This command sets the Exit Time for Level D.

Option

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497283 Issue 1 Page 55

1 10 seconds

2 20 seconds (default)

3 30 seconds

4 45 seconds

5 60 seconds

6 120 seconds

Note: You cannot change the operation of Final Exit and Entry Route zones

assigned to Level D as you can with Levels B and C (see Commands 60,

61, 70 and 71). For this reason, Cooper Security recommends that you

use Level D for simple applications only.

80: Forbikobler Chime

This command links the bell push on the Forbikobler keypad to the Chime on

the system, so that pressing the bell operates the sounders.

Option

0 Off. Pressing the bell push does not operate the sounders (default).

1 On. Pressing the bell push operates the sounders.

81 to 83: Output n Type

These commands select types for the control unit's panel outputs. They take

two digits to select the type (see below) and have the following defaults:

Command Output Default outputs

81 1 00 Bell

82 2 08 Strobe

83 3 03 Set Latch

Notes: The panel outputs can be tested using Command 91 (page 75).

Option

00 Bell: active during an alarm. Use Command 41 to set Bell Delay and

42 to set Bell Duration. If Alarm Confirmation (Command 89) is

enabled, use Command 162 to set whether the bell is sounded on the

first or confirmed alarm.

01 EE Follow: active when Entry or Exit Time starts and inactive when

the time expires or is terminated. The output can be used for a

separate Entry/Exit buzzer. It will not give a tone during part set if the

exit mode is silent set or instant set.

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02 Armed Lamp: active continuously while the system is full or part set.

03 Set Latch: active when the system is set and inactive when the

system is unset or an alarm condition occurs. It is active for one

second when a reset is performed or the control unit leaves installer

mode. It is also active during Walk Tests.

04 Shock Reset: used to reset shock sensors (for example, the "Viper").

The output is triggered by the control unit at the start of the Exit Time

and remains active for five seconds.

05 Walk Test: active during both engineer and user Walk Tests and

during the time between silencing and resetting the system. It is used

on movement detectors that are able to switch off the Walk Test lamp

in any state other than a Walk Test.

06 Ready Lamp: active when the system is unset and if there are no

faults. It is inactive when the system is full or part set, during any

alarm or if a circuit fault prevents setting. It is also active when the

control unit is in installer mode.

07 24-hour Alarm: activated when a zone designated as 24-hour is

violated and deactivated when the system is disarmed.

08 Strobe: activated during an alarm and deactivated when the system is

disarmed.

09 Smoke Reset: designed to be connected to low-voltage smoke

detector reset terminals. It is active for 3 seconds when the system is

reset after an alarm.

10 Siren Test: activated when the user performs a sounder test.

11 Strobe Set A: active for 10 seconds after the system is set. It can be

used to operate the Strobe output to give a visual indication that the

system has completed setting.

12 Pulse Set 1: active for the time set by Command 170 when someone

sets the system (same as type 26).

13 Pulse Unset 1: active for the time set by Command 172 when

someone unsets the system and during a Fire alarm or PA (same as

type 30).

14 Alarm Confirm: active during a confirmed alarm. (DD243 kit only)

15 Set Complete: active for 10 seconds after someone sets the system.

16 Unset Complete: active for 10 seconds after someone unsets the

system or disarms it after an alarm.

26 Pulse Set 1: active for time set by Command 170.

27 Pulse Set 2: active for time set by Command 170.

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28 Pulse Set 3: active for time set by Command 170.

29 Pulse Set 4: active for time set by Command 170.

30 Pulse Unset 1: active for time set by Command 172.

31 Pulse Unset 2: active for time set by Command 172.

32 Pulse Unset 3: active for time set by Command 172.

33 Pulse Unset 4: active for time set by Command 172.

34 Fire: active during a Fire alarm.

35 PA: active during a PA.

36 Set Fail: active for 60 seconds from when a set command fails.

37 General Fault: active for all faults except AC Fail, Anti-Mask, Battery

Fault, Line Fault, Zone AC Fail, Zone Battery Fault and Zone Low

Battery.

38 All Fault: active for all faults (including AC Fail, Anti-Mask, Aux DC,

Battery Load Test Fail, Battery Missing, Comms Fail, Keypad Ident

Fail, Line Fail, Low Battery, Plugby Fail, uCom Fail, Zone AC Fail,

Zone Battery Fault, Zone Fault, Zone Low Battery and Zone Pwr O/P).

85: Burglar Communication Rearm

This command determines what happens to the "burg" communications output

(or channel) at the end of the bell run time.

Option

0 Latched (default). The output stays active until an engineer or user

resets the system.

1 Rearm. The system turns off the "burg" channel when the bell run time

has expired. Once the channel is inactive, the system is ready to

report any new alarm.

Note: If Alarm Abort is enabled (Command 36, option 1), the "burg" channel

restores if the user unsets the system.

87: Keypad Dual Key Alarms

This command enables users to raise an alarm by pressing two keys on the

keypad at the same time. Three types of alarms are available, each of which

can be enabled or disabled independently. The default is disabled (option 0).

Alarm type Key combination Disable Enable

PA 1 and 3 0 1

Medical 4 and 6 0 1

Fire 7 and 9 0 1

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Press A and B to scroll up and down through the types (PA, FI and MD).

Notes:

1. Selecting option 1 also enables any PAs connected to 9928 keyswitch

interfaces or to 9940 keypads.

2. Compliance with DD243: 2004, which relates to the ACPO Security

Systems Policy 2004, requires that dual key PA is disabled (option 0).

89: Alarm Confirmation (DD243 kit only)

Use this command to select if alarms are confirmed and, if so, how this is

done. Your local Police Intruder Alarms Policy may require alarms to be

confirmed.

Option

0 None: alarm is communicated when one zone is activated (default

outside the UK).

1 UK (DD 243): alarm is not communicated until a second zone is

activated within 30 minutes of the first (default in the UK).

2 2Zn: alarm is communicated when any two zones are activated at any

time while the system is set.

Note:

1. Compliance with DD 243: 2004 (see page 77) requires that Command 89

is set to option 1.

2. Activating entry zones during the entry time will not cause or confirm an

alarm.

90: Event Log

For information on this command, see page 72.

91 to 96: Testing Outputs

For information on these commands, see page 75.

97: Engineer Walk Test

For information on this command, see page 75.

98: Load Full Defaults

This command loads the original default values for all commands (for more

information, see page 32).

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99: Leave Installer Mode

This command returns to user mode (for more information, see page 30).

106: Line Fault Response

This command sets how the control unit responds when it detects a fault on

an attached plug by communicator. The response depends on whether the

system is set or unset.

Option

0 Disabled. The control unit does not monitor the telephone line.

1 Audible (default).

If the system is unset, the control unit logs the event and the keypads

emit a short audible tone every minute. Entering a valid access code

silences the sounders and the keypad displays indicate a telephone

line fault. The system can be set again with the line fault present.

If the system is set, the control unit logs the event but the keypads do

not emit a tone or display a message. If the line is out of order when

an alarm occurs, the control unit cancels any programmed Bell Delay.

Note: Compliance with the NSI recommendation requires option 1.

2 Silent.

If the system is unset, the control unit logs the event and the keypad

displays indicate a telephone line fault (without giving any audible

warning). The system may be set again with the line fault present.

If the system is set, the control unit logs the event but the keypads do

not display a message. If the line is out of order when an alarm

occurs, the control unit cancels any programmed Bell Delay.

126: Select Language

The control unit can display messages on the keypads in several languages.

Select option for the language you wish to use:

0 English (default) 6 Deutsch (German)

1 Italian 7 Norsk (Norwegian)

2 Espanol (Spanish) 8 Svenska (Swedish)

3 Port (Portuguese) 9 Dansk (Danish)

4 Nederl (Dutch) X1 Suomi (Finnish)

5 Francai (French)

Note: This overrides the default language loaded when the Country is selected

with Command 0.

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134: AC Fail User/Installer Reset

Use this command to determine how AC Fail alerts are reset.

Option

0 No Reset Required (default). An alert is generated when the mains

power supply fails and reset automatically when the supply is

restored.

1 User Reset. An alert is generated when the mains power supply fails

and can be reset by the user or installer when the supply is restored.

2 Installer Reset. An alert is generated when the mains power supply

fails and can be cleared only by the installer when the supply is

restored.

Note: Compliance with PD 6662 / prEN 50131-1: 2004 (see page 78) requires

that Command 134 is set to 1 or 2 (Cooper Security recommends 1).

135: Line Fault User/Installer Reset

Use this command to determine how Line Fault alerts are reset.

Option

0 No Reset Required (default). An alert is generated when a line fault

occurs and reset automatically when the fault is cleared.

1 User Reset. An alert is generated when a line fault occurs and can be

reset by the user or installer when the fault is cleared.

2 Installer Reset. An alert is generated when a line fault occurs and can

be cleared only by the installer when the fault is cleared.

Note: Compliance with PD 6662 / prEN 50131-1: 2004 (see page 78) requires

that Command 135 is set to 1 or 2 (Cooper Security recommends 1).

136: Anti-Mask User/Installer Reset

Use this command to determine how Anti-Mask alerts are reset.

Option

0 User Reset (default). Anti-Mask alerts can be reset by the user or

installer.

1 Installer Reset. Anti-Mask alerts can be cleared only by the installer.

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137: AC Fail Override

Use this command to determine how AC Fail alerts can be overridden.

Option

0 Never. The user cannot override AC Fail alerts when setting the

system and must first reset them. Command 134 determines how the

alert can be reset.

1 Inactive. The user can override AC Fail alerts when setting the

system, provided that the power supply has been restored.

2 Any (default). The user can override AC Fail alerts when setting the

system.

Note: Insurance policies that are conditional on compliance with PD 6662 /

prEN 50131-1: 2004 (see page 78) may require that Command 137 is

set to 1 or 2 to restrict the user's ability to override alerts.

138: Line Fault Override

Use this command to determine how Line Fault alerts can be overridden.

Option

0 Never. The user cannot override Line Fault alerts when setting the

system and must first reset them. Command 135 determines how the

alerts can be reset.

1 Single. The user can override a Line Fault alert when setting the

system, provided that only one signalling path is faulty.

2 Any (default). The user can override any number of Line Fault alerts

when setting the system.

Note: Insurance policies that are conditional on compliance with PD 6662 /

prEN 50131-1: 2004 (see page 78) may require that Command 138 is

set to 1 or 2 to restrict the user's ability to override alerts.

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139: Fault User/Installer Reset

Use this command to determine how alerts can be reset for all faults that do

not have an individual reset command.

Option

0 User Reset (default). Fault alerts can be reset by the user or installer.

1 Installer Reset. Fault alerts can be cleared only by the installer.

Notes:

1. Resets faults including AC Fail, Aux DC, Battery Load Test Fail, Battery

Missing, Comms Fail, Keypad Ident Fail, Line Fail, Low Battery, Plugby

Fail, uCom Fail, Zone AC Fail, Zone Battery Fault, Zone Fault, Zone Low

Battery and Zone Pwr O/P.

2. Insurance policies that are conditional on compliance with PD 6662 /

prEN 50131-1: 2004 (see page 78) may require that Command 139 is

set to 1 to restrict the user's ability to override alerts.

140: Fault Override

Use this command to determine how alerts can be overridden for all faults that

do not have an individual override command.

Option

0 Never (default). The user cannot override a Fault alert when setting

the system.

1 Inactive. The user can override a Fault alert when setting the system,

provided that the cause of the fault has been rectified.

Note: Overrides faults including AC Fail, Aux DC, Battery Load Test Fail,

Battery Missing, Comms Fail, Keypad Ident Fail, Line Fail, Low Battery,

Plugby Fail, uCom Fail, Zone AC Fail, Zone Battery Fault, Zone Fault,

Zone Low Battery and Zone Pwr O/P.

151 to 158: Plug-by Communicator Outputs

These commands select types for the control unit's programmable outputs,

which can be used to control a plug-by communicator. The 9651 provides

eight programmable outputs on the main circuit board. The outputs can be

connected to the communicator by a wiring harness provided with the control

unit (refer to the 9x5x Installation Guide for details). The commands take two

digits to select the type and have the following defaults:

Command Output Default type

151 1 01 Fire

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497283 Issue 1 Page 63

152 2 02 P A

153 3 03 B urglar

154 4 04 Open/Close

155 5 15 Zo ne Omitted

156 6 05 Alarm Abort

157 7 07 Alar m Confirmation

158 8 06 Technical Alarm

Option

00 Not Used 19 Smoke Detector

01 Fire 20 Comms Acknowledge

(Note 1) DD243 kit only.

02 PA 21 Battery Fault

03 Burglar 22 System Alarm

04 Open/Close 27 Not used

05 Alarm Abort 28 Not used

06 Technical Alarm 29 Not used

07 Alarm Confirmation (DD243 kit

only)

30 Pulse Set OP 1

08 RF Low Battery 31 Pulse Set OP 2

09 Supervision Loss 32 Pulse Set OP 3

10 RF Jamming 33 Pulse Set OP 4

11 AC Fail 34 Pulse Unset OP 1

12 Tamper Alarm (day tamper) 35 Pulse Unset OP 2

13 Open 36 Pulse Uns et OP 3

14 Close 37 Pulse Unset OP 4

15 Zone Omitted 38 Set Fail

16 Medical Assistance 39 General Fault (Note 2)

17 Key Box 40 All Fault (Note 3)

18 Anti-Mask

Notes:

1. General Fault is active for all faults except AC Fail, Anti-Mask, Battery

Fault, Line Fault, Zone AC Fail, Zone Battery Fault and Zone Low

Battery.

2. All Fault is active for all faults (including AC Fail, Anti-Mask, Aux DC,

Battery Load Test Fail, Battery Missing, Comms Fail, Keypad Ident Fail,

Line Fail, Low Battery, Plugby Fail, uCom Fail, Zone AC Fail, Zone

Battery Fault, Zone Fault, Zone Low Battery and Zone Pwr O/P).

3. The control unit delays reporting/logging either mains loss, or exiting

engineering with mains loss, by 15-18 min (chosen at random). If you

select a Scandinavian default in Command 0, the control unit waits at

least 60 minutes before reporting.

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4. The plug-by outputs can be tested using Command 92 (page 75).

159: Invert Plug-by Outputs

By default, plug-by outputs have a positive voltage when inactive and this is

removed when the output is active. This command inverts that logic so that a

positive voltage is applied when the output is active.

Option

0 +ve removed to trigger (default): the output is positive when inactive

and goes to zero when active.

1 +ve applied to trigger: the output floats when inactive and goes

positive when active.

160: Confirmed Alarm Timer (DD243 kit only)

Note: Set Alarm Confirmation (Command 89) to 1 to access this command.

This command controls a timer, which starts when an alarm is triggered for

the first time. If a second alarm is triggered before the timer expires, the

control unit transmits a confirmed alarm to the Alarm Receiving Centre (ARC).

You can set the timer to any value between 001 and 999 minutes (default 30).

Note: Compliance with DD 243: 2004 (see page 77) requires that

Command 160 is set to a value of 30 to 60 minutes.

161: Internal Sounder on Confirmed or Unconfirmed Alarm (DD243 kit
only)

Note: Set Alarm Confirmation (Command 89) to 1 or 2 to access this

command.

This command selects whether the control unit will operate the internal

sounder for a confirmed alarm or for an unconfirmed alarm.

Option

0 Control unit operates the internal sounder for a confirmed or

unconfirmed alarm (default).

1 Control unit operates the internal sounder only for a confirmed alarm.

Note: Compliance with DD 243: 2004 (see page 77) requires that

Command 161 is set to 0.

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162: External Sounder on Confirmed or Unconfirmed Alarm (DD243 kit
only)

Note: Set Alarm Confirmation (Command 89) to 1 or 2 to access this

command.

This command selects whether the control unit will operate the external

sounder for a confirmed alarm or for an unconfirmed alarm.

Option

0 Control unit operates the external sounder for a confirmed or

unconfirmed alarm (default).

1 Control unit operates the external sounder only for a confirmed alarm.

Note: Compliance with DD 243: 2004 (see page 77) requires that

Command 162 is set to 0.

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163: Confirmed Alarm during Entry (DD243 kit only)

Note: Set Alarm Confirmation (Command 89) to 1 or 2 to access this

command.

This commands controls how the system treats alarms that arise during entry.

The options select the number of non-Entry Route zones that must be

triggered to provide a confirmed alarm after the entry time.

Option

0 Never (default). Alarm Confirmation is disabled after entry.

1 One zone.

2 Two zones.

Notes:

1. Compliance with PD 6662 / prEN 50131-1: 2004 (see page 78) requires

that Command 163 is set to 0.

2. Compliance with DD 243: 2004 (see page 77) requires that

Command 163 is not

set to 1 (setting to 0 to comply with Note 1 is

acceptable).

Option 0 ensures that you will never get a confirmed alarm after the start of

the entry timer. Select this to comply with DD 243 sections 6.4.2, 6.4.3, 6.4.4

and 6.4.6, which cover entry methods where:

° Unlocking the final door unsets the system.

° Unlocking the final door disables confirmation.

° Opening the entry door disables confirmation.

° The user must call the Alarm Receiving Centre (ARC) to unset the system.

Select option 2 to comply with DD243: 2004 section 6.4.5, which covers

unsetting the system with an item of portable alarm communication equipment

(for example, a proximity reader).

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164: User/Engineer Reset after Confirmed Alarm (DD243 kit only)

Note: Set Alarm Confirmation (Command 89) to 1 or 2 and Enable Engineer

Reset (Command 33) to access this command.

Use this command to select who can reset the system after a confirmed

alarm.

Option

0 User/Engineer (default). The user can reset the system after a first

alarm but an engineer is required to reset after a confirmed alarm.

1 User/User. The user can reset the system after both types of alarm.

2 Engineer/Engineer. An engineer is required to reset the system after

both types of alarm.

Note: Compliance with DD 243: 2004 (see page 77) requires that

Command 164 is set to (a) option 0 or 2 for

sections 6.4.4 and 6.4.5 or

(b) option 1 for sect

ions 6.4.2, 6.4.3 and 6.4.6. This means that a user

cannot reset the system after a confirmed alarm unless the system is

unset using a keyswitch, lockswitch or by calling an Alarm Receiving

Centre (ARC).

170 to 175: Pulse Output Programming

You can program the panel outputs to generate a pulse of a defined length

when triggered by a set or unset event. Pulses of different lengths can be set

for each level. Commands 170 to 175 enable you to configure these pulse

outputs. Press y to move between the outputs within each command.

Command Value Default Description

170 00* to 12 01 Specifies the length in seconds of the pulse to

be generated on setting.

* A value of 00 latches the output.

171 A/B/C/D abcd Assigns each pulse set output to one or more

levels.

172 00* to 12 01 Specifies the length in seconds of the pulse to

be generated on unsetting.

* A value of 00 latches the output.

173 A/B/C/D abcd Assigns each pulse unset output to one or more

levels.

174 0 (Off) or 1

(On)

On Specifies whether each pulse unset output is

activated for a Fire alarm.

175 0 (Off) or 1

(On)

On Specifies whether each pulse unset output is

activated for a PA.

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Notes:

1. Generating a pulse on an output depends both on a set or unset pulse

being defined for the output and on the output being associated with a

level that is being armed or disarmed.

2. Commands 174 (Fire) and 175 (PA) activate only the Pulse Unset

outputs configured with Command 172.

Example 1

Panel output 3 is to be programmed as type 12 (Pulse Set 1). It will be used to

operate a locking mechanism when the whole system is set. The locking

mechanism requires a 6-second pulse. The table below shows how to

program the system to generate the required pulse.

Command Value Description

83 12 Sets panel output 3 to type Pulse Set 1.

170 Set 1 = 06 Sets the duration of Pulse Set 1 to 6 seconds.

171 Set 1 = a Allocates Pulse Set 1 to Level A .

182: Set Final Exit Settling Time

This command defines a time delay to allow detectors to settle before the

system sets. This may be needed if detectors are being set off by air

movements caused by the final door being closed. During this period, the

sounders stop and the system sets but the control unit ignores any alarms

generated by the detectors.

Enter two digits to specify a time in seconds, from 07 to 12 (default is 07).

183: Set Display Line 2

This command sets the message that the control unit shows on the second

line of keypad displays in user mode. Key in a message of up to 16 characters

("Zone Names" on page 34 explains how to enter characters). The default text

identifies the control unit model used in the system.

184: Pulsed External Sounder for Fire

This command instructs the control unit to send a pulse to bell-type panel

outputs (configured with Commands 81–83, option 00) to signal a Fire alarm.

This can be used to drive the external sounders, giving a different alarm

sound from the normal continuous bell tone.

Option

0 Off (default). Use normal two-tone Fire alarm.

1 On. Send a pulse to bell-type outputs in the system.

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185: Keyswitch Auto Reset

This command instructs the control unit to reset automatically if the user uses

the keyswitch to set the system on leaving.

Option

0 Off (default). User must reset manually.

1 On. System resets automatically when the user sets it with a

keyswitch (KM or KF).

Note: Compliance with PD 6662 / prEN 50131-1: 2004 (see page 78) requires

that Command 185 is set to option 0.

199: Display Zone Circuit Resistance

For information on this command, see page 76.

200: Forbikobler Entry Timer

This command sets the interval between a user entering the premises through

a Forbikobler entrance and an alarm going off, using one of the independent

entry timers configured with Commands 201 to 204. Any of the entry timers

can be assigned to any Forbikobler entrance. Entering the entry code into the

Forbikobler unit starts the selected entry timer.

Option

1 Entry Timer 1 (default)

2 Entry Timer 2

3 Entry Timer 3

4 Entry Timer 4

201 to 204: Entry Timers 1 to 4

Entry timers set the interval between a user entering the premises and an

alarm going off. There are four independent entry timers so that you can set

different intervals for different entrances, reflecting the time required to

complete each entry route.

Note: These replace the level-specific timers available on earlier control units

(formerly set with Commands 43, 64, 74 and 78). They provide a more

flexible approach to timed entry routes, enabling any timer to be selected

for any entrance.

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Each entry timer can be assigned to any zone of types FE (Final Exit), ER

(Entry Route) and FB (Forbikobler), using the zone programming commands

01 to 08 (see page 34). Set zone attribute X7 to a value between one and four

to select the required entry timer. Opening the zone starts the selected entry

timer.

Note: Compliance with PD 6662 / prEN 50131-1: 2004 (see page 78) requires

that the Entry Timer does not exceed 45 seconds.

Option

1 10 seconds

2 20 seconds (default)

3 30 seconds

4 45 seconds

5 60 seconds

6 120 seconds

Note: By default, Entry Timer 1 is assigned to all relevant zones.

Setting Different Entry Timers for Different Entrances

Suppose that you have installed a system on a site that can be entered

through a front door or through an integral garage with an internal door:

° When a user opens the front door, it may take only 20 seconds to step

inside and enter an access code at a keypad in the lobby.

° By contrast, when the user drives in through the garage door and opens

the external door (starting the entry timer), it may then take 120 seconds to

park the car, get out, lock the car, unlock the internal door, go inside and

enter an access code at the keypad.

Irrespective of levels, you can set one entry timer to 20 seconds and assign it

to the front door, and set another entry timer to 120 seconds and assign it to

the garage door.

To set up such a system:

1. Set Entry Timer 1 to 20 seconds: Command 201, option 2 (default).

2. Set Entry Timer 2 to 120 seconds: Command 202, option 6.

3. Set up an FE zone for the front door and use X7 to select Entry Timer 1: for

example, zone 10 with type set to 05 (FE) and attribute X7 set to 1 (Entry

Timer 1).

4. Set up an FE zone for the garage door and use X7 to select Entry Timer 2:
for example, zone 11 with type set to 05 (FE) and attribute X7 set to 2

(Entry Timer 2).

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497283 Issue 1 Page 71

The same principle applies equally well in any other situation where there are

multiple entrances with entry routes of different lengths. Managing entry

timers in this way enables you to assign the most appropriate of four intervals

to each entrance, without being restricted by the way in which you have set up

your levels.

Setting Entry Timers for both FE and ER Zones

Suppose that you have installed a system that uses the Final Door exit mode.

In this case, the entry timer will usually be started when a user opens the final

door. It might seem unnecessary to assign an entry timer to an ER zone set

up inside but there are two types of situations which make it useful to do so.

1. In a house where the keypad is near the final door (for example, in the

hall), the entry time for a user coming through the door and unsetting the

system might be short (for example, 20 seconds). However, if the stairs

from the bedrooms descend into the living room (rather than the hall) and

you set up a detector there as an ER zone, users coming downstairs in the

morning may need longer to reach the keypad and unset the system.

Assigning a longer timer to the ER zone allows for this requirement.

2. If a final door develops a fault and has to be omitted from the system, the

control unit treats ER zones as FE zones and so they need entry timers.

Programming - Testing Commands 9651

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Testing Commands

90: Reading the Event Log

The control unit keeps a log of recent events. The log can contain up to 700

events. Each event is described by a short text message. To review the event

log, make sure the system is in installer mode and then:

1. Key in 90y.

The display shows the most recent event in the log.

2. Key in 1 to show earlier events or 3 to show later events.

3. Key in 4 to show the first event or 6 to show the last event.

4. Press X to leave the log.

The table on the following pages shows the messages that can be recorded in

the event log. Column 1 lists messages shown on the keypad displays.

To avoid multiple entries being made for the same fault condition, no more

than three events of the same type will be recorded for the same zone in the

same set period.

Note: The log is protected and cannot be erased by the Installer or a user.

In the log, users and devices are represented by numbers:

U00 Installer U54 N/A

U01 User 01 U55 Keyswitch

U02 to 50 Users 02 to 50 U56 Remote reset

U51 Duress code U57 N/A

U52 Control unit

U53 Idle

U58 N/A

U59 Forbikobler

Event Log Messages

Keypad Display Meaning

AC Fail Mains power supply failed

AC Restore Mains power supply restored

Al Conf Dis K== Alarm confirmation disabled by lock

switch

Al Confirm Z== Confirmed alarm on zone ==

Alarm Abor t User aborted alarm

AntiMask Al Z== Anti-mask alarm on zone ==

AntiMask Rs Z== Anti-mask alarm on zone == reset

AntiMask Tp Z== Tamper on anti-mask zone ==

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497283 Issue 1 Page 73

Keypad Display Meaning

AUX DC Fail Auxiliary po wer failed

AUX DC Fail Rstr Auxiliary power restored

Bad Checksum Control unit memory corrupted

Batt Flt Rstr Battery reconnected

Batt Load Fail B attery failed load test

Batt Missing Battery disconnected

Bell Tamper Sounder tampered with

Bell Tamper Rst Sounder tamper reset

Burg Z== Alarm Intruder alarm on zone ==

Burg Z== Rstr Intruder alarm on zone == reset

Codes Defaulted Access co des returned to default

values

Comms Fail Communications failure

Config Changed System configuration (site-specific

data) has changed

Defaults Loaded Default values loaded for all

commands

EEPROM Fail Control unit memory damaged

F== Missing Forbikobler keypad disconnected

F== Restore Forbikobler keypad reconnected

F== Tamper Forbikobler keypad tampered with

Fire Reset Fire alarm reset

Fire Z== Alarm Fire alarm on zone ==

Fire Z== Rstr Fire alarm on zone == restore

Forbi I/F Tamper Forbikobler interface tampered with

Forbi Lp Tamper Forbiko bler loop tampered with

Fr K== Alarm Fire alarm started at keypad ==

Frb I/F Tamp Rst Forbikobler interface tamper reset

Frb Lp Tamp Rst Forbikobler loop t am p er reset

Global T.Restore Global zone tamper alarm reset

Global Tamper Global zone tamper alarm

K== Excess Keys Incorrect a ccess code entered more

than four times at keypad ==

K== Missing Keypad == disconnected

K== Restore Keypad == reconnected

K== Tamper Keypad == tampered with

Key Box Cls Z== Keybox on zone == closed

Key Box Opn Z== Keybox on zone == open

Key Sw Set # System set by keyswitch on level #

KeySw Unset # System unset by keyswitch on level#

Lid Tamp Restore Control unit lid tamper reset

Lid Tamper Control unit lid tampered with

Low Batt Rstr Low battery detected on control unit

Low Batt Rstr Z== Low battery reset on control unit

Programming - Testing Commands 9651

Page 74 497283 Issue 1

Keypad Display Meaning

Md K== Alarm Medical alarm started at keypad ==

Override # Fault overridden in level #

PA K== Alarm Panic alarm started at keypad ==

PA Z== Alarm Panic alarm started in zone ==

PA Z== Rstr Panic alarm reset in zone ==

Set Fail Z== System failed to set because of fault

in zone ==

Smk Det Alm Z== Smoke detector alarm in zone ==

Smk Det Res Z== Smoke detector alarm reset zone ==

Soak Fail Z== Soak test failed in zone ==

System Rearmed System rearmed after an alarm

System Startup Power applied to system

System Tamp Rst System tamper reset

System Tamper System tamper

Tamper F== Rstr Fo rbikobler keypad == tamper reset

Tamper K== Rstr Keypad == tamper reset

Tamper Z== Zone == tampered with

Tamper Z== Tamper in zone == during the day

Tamper Z== Rstr Zone == tamper reset

Tech Z== Alarm Technical alarm in zone ==

Tech Z== Rstr Technical alarm in zone == reset

U== # Set User == set level #

U== # UnSet User == unset level #

U== Change U== User == changed access code for

user ==

U== Delete U== User == deleted access code for user

==

U== Duress Duress code entered by user ==

U== Off-Site Installer exited from programming

mode

U== On-Site Installer entered from programming

mode

U== System Reset User – reset system

U== Time/Date Time and date user reset the system

U== Z== Omit User omitted zone ==

U== Z== Unomit User unomitted zone ==

UserCode req o ff No user code before installer code

UserCode req on User code before installer code

XT ACFl Rst Z== Mains power supply restored in zone

==

XT ACFl Z== Mains power supply failed in zone ==

XT BatFl Rst Z== Battery reconnected in zone ==

XT BatFl Z== Battery fault in zone ==

XT Fault Z== Rst Zone of type ‘Fault’ reset

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497283 Issue 1 Page 75

Keypad Display Meaning

XT Fault Zone == Zone of type ‘Fault’ active

XT PwrFl Rst Z== Power output fault reset in zone ==

XT PwrFl Z== Power output fault in zone ==

Note: The log is protected and cannot be erased by the Installer or a user.

91 to 96: Testing Outputs

You may test parts of the system by entering commands at the keypad. To

carry out a test make sure the system is in installer mode and then key in one

of the following commands:

91y Test normal outputs:

Press keys 1 to 3 to toggle outputs 1 to 3 on and off.

92y Test plug-by outputs:

Press keys 1 to 8 to toggle outputs 1 to 8 on and off.

93y Not used.
94y Test the internal sounder output.
95y Test the keypad sounder.
96y Not used.
Press y to end each test. All outputs revert to their former settings.

97: Engineer Walk Test

This function enables the engineer to test all devices on the system.

1. Enter installer mode.

2. Press 97y

The display shows:

97: Walk Test

3. Open and close each alarm and tamper contact in turn.

The system gives a Chime tone each time you open and close a detector

contact. The display shows: "A: Zone" and the zone number of every

detector you have tested, in sequence and for one second each. If you

also test the tampers on each zone, the display shows the letter "T"

against each zone number.

4. Press X to stop the Walk Test.

Note: The engineer Walk Test enables you to test all zones, including PA

zones, zone tampers, and control unit and bell tampers. The user Walk

Test does not enable you to test tampers or PA, Fire, 24-hour and

Technical zones.

Programming - Testing Commands 9651

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199: Display Zone Circuit Resistance

This command lets you step through the zones connected to the control unit,

viewing the resistance of the circuit connected to each. Press 1 (down) and 3

(up) keys to step through the list of zones. The display shows the resistance

of the circuit in ohms, or O/C for open circuit.

9651 Programming - System Configurations

497283 Issue 1 Page 77

System Configurations (Dd243 Kit Only)

DD243: 2004 Compliance

Applicability

Please study this section if all of the following apply:

1. You are installing an alarm system in England, Wales or Northern Ireland.

2. The system has remote signalling and requires the local Police Authority to

issue a URN (Unique Reference Number).

3. You have chosen to use "Sequential Alarm Confirmation" to comply with

DD243: 2004.

For Installers in Scotland, the ACPOS-IAS policy document states:

"Confirmation technology (BS DD243 applies) is desirable for newly installed

systems but is not mandatory in terms of this policy."

Cooper Security therefore recommends that systems in Scotland are installed

to comply with DD243: 2004, and Installers obtain copies of the ACPOS policy

from their local Police Authority.

Note: The installed system will only fully comply with the requirements of

DD243: 2004 if it has been designed in accordance with this section.

Programming for Compliance

Use the following settings to ensure compliance with DD243: 2004.

Command Name Value Page Notes

33 System Reset 1 43 Engineer Reset. In addition various other forms of reset

can be used such as remote reset or anti-code (if the

CSID code has been programmed into the control unit).

81-84 Output types 55 There are three new output types that you can use to

indicate th e status of the system: A larm Conf irm, Set

Complete and Unset Complete.

89 Alarm

Confirmation

1 58 Enabled

Note: The following commands are available only if Alarm Confirmation is enabled.

48 Lockout

Keypads During

Entry

1 48 Yes. Use this option to comply with section 6.4.5.

160 Conf irm Time 30 64 Default.

161 Internal Sounder 0 64 Sound er o n confirmed or unconfirm ed alarm.

162 External

Sounder

0 65 Sounder on confirmed or un confirmed alarm.

163 Confirm After

Entry

0 66 When a user starts the entry timer, the control unit

disables Alarm Confirmation. Use this option to comply

with sections 6. 4.2, 6.4.3, 6. 4.4 and 6.4.6.

Programming - System Configurations 9651

Page 78 497283 Issue 1

Command Name Value Page Notes

2 66 Th4.08g0.5586 0 Tr2024 Tc2.809 Tw[( 66)8.0244T4 r4.2(o[( 64(l2.809 Tun[( 64(it2.809 Ts.0244T4 ar.02(Co1 02.7005a c02.700o)-63[( 64(f02(Co1ir3 0( 66)d2.809 Tala[( 64(r3467253 if02(Co1 an0( 66) in0( 66).02(Co1r346725ud0( 66)erc-0.0042)-4.1(m9608 0 r4g0.5586-1.1ractivat) 64( 0(2(.43866).021 )]w)3]TJ0.2(o sep0.2(oa346725965e0.2(o zon0.2(o 0(2(.4a0.2(of5e0.2(or the0.2(o e0.2(on0(2(try)18(2.809 Ttim)(o 0(2(rc-0.0T*08 0 r8g0.558607.1rex)9T4 pires. Use t) 68(h10.47(is op0.28Ttio0.28Tn10.46(43866).o0.28T co0.28Tmply)9T4 with s)9T4 e10.46(ction0.28(2.809 T60.28(.)(h47(40.28(.)(h47(50.28(.) TD0 Tc( )Tj/TT2 39608 0 rg0.55862(d)]25 Tc[(No-43.9519j0 g5(s-12(h4.0608 0 r16.809 T4) TD0 Tc( )Tj/TT2.46675 0 TD0.0101 Tc[(Va) 1 507.)]TJ1 0.399g0.558644.1rUse776891r)0( Re776891s0.22(e776891t Af024 28Tte77684(rc-0.0042)-4.1(m9608 0 12n)0.2(d)]TJ)(o )-2r).7253 07835 07835c-0.0042)-45-1.1(u)11.6(e)]TJAl)4 22oa3747(r)2166)m0 TD0 Tc( )Tj0 g1.3115 0 TD0.0101 Tc[(Va)TT4995 22937 TD(1 TD0.0024 Tc2.809 Tw[( 66)8.4( )]TJ0 g6.1616 0 TD7-0.005 Tc0.0065 Tw[(T)-12(h4.089g0.558158616 0 E02464.881oa340.00b.881ol024 23(ed -0.00t[( 64(o.881o ena340.30b.40.00l 0 rge us776891e340.30r343(.438600t[( 64(o.881o res776891e340.00t438600t[( 64(h.881oe340.00438600s776891y)3]TJs776891t[( 64(e340.30m)3960 af[( 64(t[( 64(e3881or5a -0.0042)-4.1(m960.9( )-g0.558131616 0 c 0 r(o[((Co1n[((Co1f7768o1ir3 0(.2(od alarm.) TD0 Tc( )Tj/TT2 643110 rg0.55862(d)]25 Tc9.8906m-0.9.8906m1 Tc-47 239 Tw[(Pro)6(g)-478)6.9( )010579.5The t)622oa3.9(5(ble)68o1 below su)68o1mmarises which op068o1tions to select on S)vario068o1u3.9(5(s commands i06821n[(046(43-0.0042)-4. 0 T60.9( )01.1rordercto comply wi0681(th paragra)684(phs 6.)3960)]T)684(cto .2(.6.)39607.0891 36.6 546.5555 Tm-0.0013 Tc0 c-443.53 Tw[(P 0.39608 .9( )010579.5D).755D).7552)(h47(40747(3)(h47(:).76(4200747(040747( Para0747(:) TD0 Tc( )Tj/TT28.71760 rg0.55862(d)]25 Tc[(No00175( 66)8.4( )]e)]TJ.2()8(.)07552) TD0 Tc( )Tj0 g1.2259 0 TD0.0101 Tc[(Va)4.7058 66)8.4( )]e)]TJ.2()8(.)07553) TD0 Tc( )Tj0 g1.2259 0 TD0.0101 Tc[(Va)4.7058 66)8.(h4.0608 0 r6.)-15T4 4.0( 66)4) TD0 Tc( )Tj/TT21.2259 0 TD0.0101 Tc[(Va)4.7058 66)8.4( )]e)]TJ.2()8(.)07555) TD0 Tc( )Tj0 g1.2259 0 TD0.0101 Tc[(Va)4.7058 66)8.(h4.0608 0 r6.)-15T4 4.0( 66)6) TD0 Tc( )Tj0 g1.2259 0 TD0.0101 Tc[ET[(Va)36726 45h4.760 .5 0229999 ref)36726 45h4.760345 c-0229999 ref)37TT48 45h4.760 .29999 0229999 ref)36726 439.8760 .5 ura2 ref)131.28 439.8760 .29999 ura2 ref)18rat2 439.8760 .56 ura2 ref)221 ) 439.8760 .56 ura2 ref)278.7 439.8760 .5 )010ura2 ref)327478 439.8760 .56)010ura2 ref)37TT48 439.8760 .29999 ura2 ref)36.5555 Tm-0.0013 Tc0 c-436797 Tw[(P 0.07g0.558608616 0 Poss0.27(ible).27( Ins0.27(t)3]608llation0 TD0 Tc( )Tj0 g0.5710 rg0.55862(d)]25 TcET[(Va)36726 439.5160345 c-0256)010ref)36726 4ura1760 .5 21 34 ref)131.28 4ura1760 .29999 21 34 ref)18rat2 4ura1760 .56 21 34 ref)221 ) 4ura1760 .56 21 34 ref)278.7 4ura1760 .5 )01021 34 ref)327478 4ura1760 .56)01021 34 ref)37TT48 4ura1760 .29999 21 34 ref)36.5555 Tm-0.0013 Tc0 c-402Comm67.6(a)-3.8]e)]TJ1 0a).78Tn108835 0 TD0 Tc( )Tj0 g1.1426 0 TD-0.0017 TcTD3.3023 (Va)9.0984 )]T9-1.1(u1 0.393608 .9( )47.1rUn02.77(set024 235cfro02.78Tm)te)( -0.0042)-4.1(m960.9( )52608 .9( )18616 0 [( 6rg2-727(t)-.27( 02.76(ide2-727( t)-15T1Tc2.-0.0042)-45-1.1(u)11815n)0.2(d)]TJpr).74(em0681(ises)1046(43-0.0042)-4.1(m9608 0 12n)0.2 0 rg2)]TJusing07835ca2.-0.0042)-45-1.1(u)11803n)0.2(d)]TJkey)9T00s70T4 witch 3-0.0042)-4.1(m9608 0 2n)0.2 0 71616 0 zon08(e34066) i)4 264pu08(t)90438600–2.-0.0042)-45-1.1(u)11826608 .9( )11.1rentr068o1y)20835cmus71127(t)-7e)( -0.0042)-4.1(m960.9( )62608 .9( )08616 0 b.40.6(e340.7( p340.7(r343891e340.7(v77686ent024681oed.40.6(2.-0.0042)-45-1.1(u-6(g)-478)6 0.399g)]TJuntil sy0747(s)727(t)-1te)(em0-.2)( -0.0T*0-8 0 r4g0.5586-9g)](is unset0TD0.0024 Tc2.809 r(4470 rg0.55862(d)]25 Tc[(No r(87 ura3257.1(u)11.6(e)]T-8 0 [( 16 0 Ex)19835i)4 22ot)0.6(2M06821o)4681o 0786(e34681o o)4681of)0.6(2.-0.0042)-4.1(m9608 0 14g0.558601.1r"Loc)1045(k Set"0 TD0 Tc( )Tj0 g1.60t2 rg0.55862(d)]25 Tc[(No 23275 )-4.1(m9608 0 23608 .9( )08616 0 Key)19T4 p34062oad an082)(d2.-0.0042)-4.1(m9608 0 r4g0.5586-12)]TJus)9T5(ercacce).200ss2.-0.0042)-45-1.1(u)1181n)0.2(d)]TJco)7(de2 TD0 Tc( )Tj0 g1.1667 0 TD0.0101 Tc[(Va)4.765 22937 TD8 0 [3e)]TJPo)44.30r31te2ot)678Ta)689 b.44.30le)44.307.0891 36-1. 546.55768Tm-0.00768Tm28 266 423.31167.6(a)-3.45e)]TJan024 28Tci.40.1ol024689 l.40.1oary2.-0.0042

9651 Programming - System Configurations

497283 Issue 1 Page 79

Grade 2X

The 9651 control unit can be configured to comp ly with this grade.

Grade 2

The 9651 with DD243 option control units can be configured to comply with

this grade.

Grade 3

9651 control units are not designed to comply with this grade.

Grade 4

9651 control units are not designed to comply with this grade.

Note: 9651 control units do not reflect variations set out in EN 50131-1:1997.

Programming for Compliance

Use the following setting to ensure compliance with PD 6662 / prEN 50131-1:

2004.

N/A = Not applicable

Command Grade 1/2 Grade 3 Page Notes

21 any N/A 39

26 0 0 40

27 0 0 40

28 2 2 41

29 1 1 42

37 any 1 44

41 ≤ 10 min ≤ 10 min 46
42 ≤ 15 min ≤ 15 min 47

56 G1 – any

G2 – 1

1 50 A pplies when using proxi mity tags because t he

installer and master user still use access codes

63 2 2 52

73 2 2 53

77 2 2 54

134 1/2 1/2 60 Option 1 is recommended

135 1/2 1/2 60 Option 1 is recommended

136 1/2 1/2 60 Option 1 is recommended

137 61 Insurers may require a restriction

138 61 Insurers may require a restriction

139 62 Insurers may require a restriction

140 62 Insurers may require a restriction

9651

Page 80 497283 Issue 1

Programming Commands Quick Reference

Command Key in:
0 Country PTT Defaults (page 34)

0y

ny

n = Coun try:

0 = UK Y

1 = Italy (I)

2 = Spain (EE )

3 = Portu gal (P)

4 = Netherlands (NL)

5 = France (FR)

6 = Belgium (B)

7 = Germany (D)

8 = Switzerland (CH)

9 = Austria (A)

X1 = Ireland (IRL)
X2 = OEM 1
X3 = OEM 2
X4 = Finland (FI)
X5 = Norway (N)
X6 = Denmark (DK)
X7 = Sweden (S)

Note: Executi ng this comma nd loads all

defaults for the selected country.

01–X40

Zone Programming (page 34)

nnyyab

nn = Zone number:

01 to 08

a = Zone type, one of :

00 = NU (Not Used)

01 = PA (Panic Alarm)

02 = FR (Fire)

03 = NA (Normal Alarm)

04 = 24 (24-hour)

05 = FE (Final Exit) see X7 belo w
06 = ER (Entry Route) see X7 bel ow
07 = SA (Shock Analyser) see X7

below

08 = TC (Technical Alarm)

09 = KB (Keybox)

10 = SD (Smoke Detector)

11 = KM (Keyswitch Momentary)

12 = KF (Keyswitch Fixed)

13 = AM (Anti-Mask)

14 = FB (Forbikobler) see X7 below

15 = AC (AC Fail)

16 = LB (Low Battery)

17 = BF (Battery Fault)

18 = PF (Power Output Fault)

19 = FL (Fault)

Command Key in:

b = Zone attributes, any of:

X1 = C (Chime)
X2 = S (14-day Soak Test)
X3 = D (Double Knock)
X4 = O (Omit Allowed)
X7 = 1–6 or 1–4

For zone type 07, shock anal yser

sensitivity: 1 (low) to 6 (high)

For zone types 05, 06 and 14,

entry timer number: 1 to 4 (see

Commands 201–4 on page 69)

A = a (armed in Level A)

B = b (armed in Level B)

C = c (armed in Level C)

D = d (armed in Level D)

Default zone types:

Z01=FE abcd 1

Z02=ER abcd 1

Z03-Z07=NA abcd

Z08=PA abcd

Example: To set Zone 07 as a Normal

Alarm, active in Level B and with Omit

Allowed. Key in:

07yy Zone Num ber

03 Normal Alarm

B Active in Level B

X

4 Omit Allowed

y to store the value of the C ommand

20 Change Engineer Code (page 39)

20ynnnny

ggggy

nnnn = New Engineer Code (Code) 7890

21 Zone Configuration (page 39)

21yny

n =

0 Closed circuit tamper (CC+ComA/T)Y

1 Fully supervised loop (FSL 2K 2/4K7)

22 Loudspeaker Chime (page 39)

22yny

n= Loudspeaker Chime volume

0 Off ( keypad only)

1 (minimum) to 9 (maximum)

5

23 Remote Reset Enable (page 40)

23yn

y

n =

0 Off Y

1 On

Note:

Set Command 33 to Option 1

and set a CSID code with Command

50.

25 Internal Sounder Delay and Duration

(page 40)

25yny

n =

0 LS Timed

(follows external sounder)

Y

1 LS Cont (continuous)

26 Internal Sounder Delay on Entry

(page 40) (DD243 kit only)

26yny

9651 Programming Commands Quick Reference

497283 Issue 1 Page 81

Command Key in:
27 Exit Fault External Sounder

(page 40)

27yny

n =

0 Internal Y

1 Local

28 Status Display (page 41)

28yny

n = 0 Status Continuous (always visible)

1 Status Timed (visible for 30s after an

event)

Y

29 Entry Alarm Delay Time (page 41)

29yny

n =

0 Delay Off Y

1 Delay On

30 PA Response (page 41)

30yny

n =

0 PA response audible Y

1 PA response silent

31 Zone Tamper User/Engineer Reset

(page 42)

31yny

n =

0 User reset after zone tamper Y

1 Engineer reset after zone tamper

33 System User/Engineer Reset

(page 43)

33yny

n =

0 User can reset the system Y

1 Engineer must reset the system

34 PA User/Engineer Reset (page 43)

34yny

n =

0 User reset after PA Y

1 Engineer reset after PA

35 First Circuit Lockout (page 43)

35yny

n =

0 Lockout first circuit to activate Y

1 Rearm first circuit to activate

36 Alarm Abort (page 43)

36yny

n =

0 User cannot abort a false alarm Y

1 User can abort a false alarm

37 Daytime Tamper Communication

(page 44)

37yny

n =

0 Internal sounder only Y

1 Communicate tamper to ARC

38 System Tamper User/Engineer Reset

(page 44)

38yny

n = 0 User reset after Tamper Alarm

1 Engineer reset after Tamper Alarm Y

39 Level A Exit Mode (page 45)

39yny

n =

0 Timed low tone on setting Y

1 Terminated (terminated by button)

2 Final Door (last door has a detector)

3 Lock Set (terminated by lock switch)

40 System Auto Rearm (page 46)

40yny

n =

0 Rearm Never Y

1 Rearm=1 (once)

2 Rearm=2 (twice)

3 Rearm=3 (three times)

4 Rearm=Always

Note: C41 has no effect if C89 is set to 1 and C63, C73 or
C77 do not require communications.

41 Bell Delay (page 46)

41yny

n =

0 No delay Y

1 1.5 minutes

2 3 minutes

3 5 minutes

4 10 minutes

5 15 minutes

6 20 minutes

Command Key in:
42 Bell Duration (page 47)

42yny

n = 1 1.5 minute s

2 3 minutes

3 5 minutes

4 10 minut es

5 15 minutes Y

6 20 minut es

44 Level A Exit Time (page 47)

44yny

n = 1 10 second s

2 20 seconds Y

3 30 second s

4 45 second s

5 60 second s

6 120 seconds

45 Entry/Exit Tone Volume (page 47)

45yny

n = 0 No Entry/Exit tone from sounder

n EE tone volume (1=low, 9=max)

5

46 Tamper Alarm Response (page 48)

46yny

n = 0 Inter nal so und ers onl y

1 Keypad sounders only

2 Internal and keypad sounders Y

48 Lockout Keypads During Entry

(page 48)

48yny

n =

0 Off Y

1 On

49 Duress Code (page 48)

n =

0 Disabled Y

1 Enabled

50 CSID Code (page 49)

50ynnnny

nnnn = Central Station ID for remote reset none

51 Set Time and Date (page 49)

51yddy

mmyyy

y

hhymmy

dd Day of the month (01–31)

mm Month of the year (01–12)

yy Year (00–99)

hh Hour of the day (01–23)

mm Minute of the hour (01–59)

52 Omit Alarm (page 49)

52yny

n =

0 Alarm contacts only Y

1 Alarm and tamper contacts

53 Abort User/Engineer Reset (page 50)

53yny

n = 0 Use option selected in Command

33

Y

1 User reset af te r an abo rt ed alarm

56 Number of Digits in Access Codes

(page 50)

56yny

n =

0 Four-digit codes Y

1 Six-digit codes

58 Day Tamper User/Engineer Reset

(page 50)

58yny

n =

0 User Reset Y

1 Installer Reset

59 External Sounder Tamper (page 50)

59yny

n =

0 Negative voltage tamper return Y

1 End of line 2k2 resistor

60 Level B Final Exit Operation

(page 51)

60yny

n =

0 B=FE = FE (Final Exit) Y

1 B=FE = NA (Normal Alarm)

Programming Commands Quick Reference 9651

Page 82 49 7283 Issue 1

Command Key in:
61 Level B Entry Route Operation

(page 51)

61yny

n =

0 B=ER = ER (Entry Route) Y

1 B=ER = FE (Start entry timer)

9651 Programming Commands Quick Reference

497283 Issue 1 Page 83

Command Key in:
81 Output 1 Type (page 55)

81ynny

nn = Where n is one of:

00 Bell Y

01 EE Follow

02 Armed Lamp

03 Set Latch

04 Shock Sensor Reset

05 Walk Test

06 Ready Lamp

07 24-hour Alarm

08 Strobe

09 Smoke Sensor Res et

10 French Siren Test

11 Strobe Set

12 Pulse Set 1

13 Pulse Unset 1

14 Alarm Confirmation (DD243 kit only)

15 Set Complete

16 Unset Complete

26 Pulse Set 1

27 Pulse Set 2

28 Pulse Set 3

29 Pulse Set 4

30 Pulse Unset 1

31 Pulse Unset 2

32 Pulse Unset 3

33 Pulse Unset 4

34 Fire

35 PA

36 Set Fail

37 General Fault

38 All Fault

82 Output 2 Type (page 55)

82󲟔󱠍󱣒󱷓󱠕󱣎󲘈󲓕󳿎󱿏󲣟󲟓nn 82

Programming Commands Quick Reference 9651

Page 84 49 7283 Issue 1

Command Key in:
137 AC Fail Override (page 61)

137yny

n =

0 Never

1 Inactive

2 Any Y

138 Line Fault Override (page 61)

138yny

n =

0 Never

1 If Only 1 Fault

2 Any Y

139 Fault User/Installer Reset (page 62)

139yny

n = 0 User Reset Y

1 Install er Reset

140 Fault Override (page 62)

140yny

n = 0 Never Y

1 Inactive

151 Plug-by Communications Output 1

(page 62)

151ynny

nn = 00 Not Used

01 Fire Y

02 PA

03 Burglar

04 Open/Closed

05 Alarm Abort

06 Technical Alarm

07 Alarm Confirmation (DD243 kit onl y)

11 AC Fail

12 Tamper Alarm

13 Open

14 Close

15 Zone Omitted

16 Medical

17 Keybox

18 Anti-Mask

19 Smoke Detector

20 Comms Acknowledge (DD243 kit

only)

21 Battery Fault

30 Pulse Set 1

31 Pulse Set 2

32 Pulse Set 3

33 Pulse Set 4

34 Pulse Unset 1

35 Pulse Unset 2

36 Pulse Unset 3

37 Pulse Unset 4

38 Set Fail

39 General Fault

40 All Fault

Command Key in:
152 Plug-by Communications Output 2

(page 62)

152ynny

n = See Command 151 for a list of options.

Default is 02 PA Y

153 Plug-by Communications Output 3

(page 62)

153ynny

n = See Command 151 for a list of options.

Default is 03 Burglar Y

154 Plug-by Communications Output 4

(page 62)

154ynny

n = See Command 151 for a list of options.

Default is 04 Open/Close Y

155 Plug-by Communications Output 5

(page 62)

155ynny

n = See Command 151 for a list of options.

Default is 15 Zone Omitted Y

156 Plug-by Communications Output 6

(page 62)

156ynny

n = See Command 151 for a list of options.

Default is 05 Alarm Abort Y

157 Plug-by Communications Output 7

(page 62)

157ynny

n = See Command 151 for a list of options.

Default is 07 Confirm Y

158 Plug-by Communications Output 8

(page 62)

158ynny

n = See Command 151 for a list of options.

Default is 06 Technical Y

159 Invert Plug-by Outputs (page 64)

159ynny

n =

0 Off (do not invert logic) Y
1 On (invert logic)
C160 is valid only if C89 is set to option 1. C161-164 are

valid if C89 is set to option 1 or 2.
160 Confirmed Alarm Timer (page 64)

(DD243 kit only)

160ynnn

y

nnn =

a time from 001 to 999 m inutes

030 minutes

161 Internal Sounder (page 64)

(DD243 kit only)

161yn

y

n =

0 Sounder on Unconfirmed Alarm Y

1 Sounder on Confirm ed Alarm only

162 External Sounder (page 64)

(DD243 kit only)

162yny

n =

0 Sounder on Unconfirmed Alarm Y

1 Sounder on Confirm ed Alarm only

163 Confirmed Alarm during Entry

(page 65) (DD243 kit only)

163yny

n =

0 Never (no zones) Y

1 One zone

2 Two zones

164 User/Engineer Reset after Confirmed

Alarm (page 67) (DD243 kit only)

164yny

n =

0 User/Engineer Y

1 User/User

2 Engineer/Engine er

9651 Programming Commands Quick Reference

497283 Issue 1 Page 85

Command Key in:
170 Pulse Set 1 to 4 Duration (page 67)

170y
nnynny
nnynny

nn = 00 to 12 seconds

01 seconds

171 Pulse Set Allocation (page 67)

171yny

nynyny

n = A Level A

abcd

B Level B

C Level C

D Level D

172 Pulse Unset 1 to 4 Duration (page 67)

172y
nnynn

y

nnynny

nn = 00 to 12 seconds

01 seconds

173 Pulse Unset Allocation (page 67)

173yny
nynyny

n = A Level A

abcd

B Level B

C Level C

D Level D

174 Fire Pulse Unset (page 67)

174yny
nynyny

n = 0 Off

1 On Y

175 PA Pulse Unset 1 to 4 (page 67)

175yn

y

nynyny

n = 0 Off

1 On Y

182 Set Final Exit Settling Time (page 68)

182yny

n =

07 7 seconds Y

08 8 seconds

09 9 seconds

10 10 seconds

11 11 seconds

12 12 seconds

183 Set Display Line 2 (page 68)

183yn..ny

n...n = Maximum 16 digits

(press C/D to move right/left)

<model _no>

Note:

This is displayed in user mod e.

Its display in installer mode i s toggled

by Command 90.

184 Pulsed External Sounder for Fire

(page 68)

184yny

n =

0 Off Y

1 On

Command Key in:
185 Keyswitch Auto Reset (page 69)

185yny

n =

0 Off Y

1 On

199 Display Zone Circuit Resistance

(page 76)

199y

= Use the 1 and 3 keys t o step through

circuits 1–8.

200 Forbikobler Entry Timer (page 69)

200yny

nynyny

n =

1 Entry Timer 1 Y

2 Entry Tim er 2

3 Entry Tim er 3

4 Entry Tim er 4

201 Entry Timer 1 (page 69)

201yny

n = 1 10 se c onds

2 20 seconds Y

3 30 seconds

4 45 seconds

5 60 seconds

6 120 seconds

202 Entry Timer 2 (page 69)

202yny

n = 1 10 se c onds

2 20 seconds Y

3 30 seconds

4 45 seconds

5 60 seconds

6 120 seconds

203 Entry Timer 3 (page 69)

203yny

n = 1 10 se c onds

2 20 seconds Y

3 30 seconds

4 45 seconds

5 60 seconds

6 120 seconds

204 Entry Timer 4 (page 69)

204yny

n = 1 10 se c onds

2 20 seconds Y

3 30 seconds

4 45 seconds

5 60 seconds

6 120 seconds

9651

Page 86 497283 Issue 1

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9651

Page 87 497283 Issue 1

Index

24-hour Alarm ............................................................... 56

Abort

Alarm .......................................................................43

reset after an Abort Alarm ....................................... 50

AC Fail Override ...........................................................61

AC Fail Reset ................................................................60

Access code................................................. 5, 28, 31, 34

length....................................................................... 50

restoring ..................................................................31

Alarm

Abort ........................................................................ 43

Confirm.................................................................... 56

Confirmation............. ...............................................58

dual key alarm ......................................................... 57

entry alarm delay tim e............................................. 42

Alarm respons e

Level B ....................................................................52

Level C .................................................................... 53

Level D .................................................................... 54

Tamper Alarm response ......................................... 48

All Fault output .............................................................. 57

Anti-Mask

Reset .......................................................................60

Armed Lamp .................................................................56

Auto rearm .................................................................... 46

Auxiliary output ...............................................................8

Battery

fitting ........................................................................ 27

specification............................................................... 7

Bell ................................................................................ 55

delay ........................................................................ 46

Duration ................................................................... 47

tamper return .............................................................8

Bell-box connections..................................................... 18

Burg communication re arm .......................................... 57

Central Station Identification (CSID) Code ...................49

Chime

Forbikobler ..............................................................55

loudspeaker............................................................. 39

Circuit resistance .......................................................... 76

Clock

accuracy ..................... ...............................................7

setting ......................................................................49

Closed Circuit Loop (CCL)

zone connection ...................................................... 20

Code

access .............................................. 5, 28, 31, 34, 50

CSID ........................................................................ 49

Duress ..................... ................................. 2, 5, 31, 48

engineer ............................................................31, 39

Engineer .................................................................. 31

Guard ......................................................................39

Communication outpu t.................................................... 8

burg rearm ...............................................................57

Communicator............................................................... 25

plug-by outputs..... ...................................................62

Confirmed alarm

confirmation during entry ........................................66

external sounder .....................................................65

internal sounder ...................................................... 64

reset......................................................................... 67

timer.........................................................................64

Control unit

cable entries to case ............................................... 16

fitting the case .........................................................13

PCB layout...............................................................10

power requirements ..................................................7

CSID ............................. see Central Stati on Identification

Date, setting ............................................. .....................49

Daytime tamper reporting .............................................44

DD243 compliance........................................... 58, 66, 77

Defaults

load values for all commands .................................58

restoring...................................................................32

setting country defaults ..................... ......................34

Delay

bell ...........................................................................46

Dimensions of control uni t case......................................7

Display, setting text for second line ..............................68

Door

Forbikobler locking ..................................................53

Forbikobler timer .....................................................52

Dual key alarm ..............................................................57

Duration

bell ...........................................................................47

Duress Code .................................................. 2, 5, 31, 48

EN 50131 compliance. 40, 41, 42, 44, 46, 47, 60, 61, 62,

66, 69, 70, 78, 79

Engineer

code .................................................................. 31, 39

performing engineer reset .......................................31

walk testing ..............................................................75

Entry alarm delay time ..................................................42

Entry Route response

Level B.....................................................................51

Level C ....................................................................53

Entry timer

1 to 4........................................................................69

Forbikobler........................................................ 52, 69

Entry/Exit

EE Follow output type .............................................55

tone..........................................................................47

Environmental standard ..................................................7

Exit fault external so unders ..........................................41

Exit mode

Level A.....................................................................45

Level B.....................................................................51

Level C ....................................................................53

Level D ....................................................................54

Exit Terminate button

connecting ...............................................................17

Exit time

Level A.....................................................................47

Level B.....................................................................52

Level C ....................................................................54

Level D ....................................................................54

External sounder

confirmed alarm.......................................................65

delay ................................................................. 46, 47

on exit fault ..............................................................41

pulsed output during Fire alarm ..............................68

tamper return ...........................................................50

Fault Override ...............................................................62

Fault Reset ....................................................................62

Final Exit

Level B response.....................................................51

Level C response .............................. ......................53

settling time .............................................................68

Index 9651

Page 88 49 7283 Issue 1

Fire alarm

programming outputs.............................................. 57

First circuit lockout ....................................................... 43

Forbikobler

approved operation................................................. 52

bell push operation ................................................. 55

definition ................................................................. 37

door locking ............................................................ 53

door timer................................................................ 52

entry timer ............................................................... 69

Fully Supervised Lo op (FSL) ....................................... 39

connections............................................................. 20

Fuses ........................................................................ 8, 16

General Fault outpu t ..... ............................................... 57

Guard Code .................................................................. 39

Hide status display ....................................................... 41

Humidity.......................................................................... 7

Input

line fault .................................................................... 8

remote reset.............................................................. 8

tamper....................................................................... 8

Internal sounder

confirmed alarm ...................................................... 64

delay .............................. ......................................... 40

delay on entry ......................................................... 40

duration ................................................................... 40

Invert Plug-by Outputs ................................................. 64

Keypad ........................................................................... 9

addressing .............................................................. 18

backlight.................................................................. 18

backplate .......................................................... 13, 14

connecting .............................................................. 17

dual key alarm ........................................................ 57

fitting ....................................................................... 14

lockout..................................................................... 48

power requirements .................................................. 7

setting text for second line of display ..................... 68

tamper..................................................................... 14

tamper switch.................................................... 13, 14

Keyswitch ..................... .................................................. 9

automatic reset ....................................................... 69

fixed .............................. .................................... 24 , 36

interface connections .............................................. 23

momentary ........................................................ 24, 36

Kick start pins ............................................................... 28

Language selection ...................................................... 59

Learning

proximity tags.......................................................... 33

Level A

exit mode ................................................................ 45

exit time .................................................................. 47

Level B

alarm response ....................................................... 52

Entry Route response ............................................. 51

exit mode ................................................................ 51

exit time .................................................................. 52

Final Exit operation ................................................. 51

Level C

alarm response ....................................................... 53

Entry Route response ............................................. 53

exit mode ................................................................ 53

exit time .................................................................. 54

Final Exit response ................................................. 53

Level D

alarm response ....................................................... 54

exit mode ................................................................ 54

exit time .................................................................. 54

Line

line fault input ............................................................ 8

response to faults on line ........................................ 59

Line Fault Override ....................................................... 61

Line Fault Reset ........................................................... 60

Load

default values for all com mands ............................. 58

Lock switch

connecting............................................................... 17

Lockout

first circuit ................................................................ 43

keypads................................................................... 48

Log

viewing event log during testing ............. ................ 72

Loudspeaker

Chime..................................................... ................. 39

output ..................................................... ................... 8

Mains connection ......................................................... 16

Modes of operation....................................................... 29

Omit

alarm contacts ........................................................ 49

omit zone attribute ............................................ 35, 38

tamper contacts ..................................... ................. 49

Operating modes .......................................................... 29

Output

auxiliary..................................................... ................ 8

communication.......................................................... 8

invert plug-by outpu ts ............................................. 64

loudspeaker .............................................................. 8

panel ......................................................................... 8

plug-by communicator .............................. .............. 62

programming panel outputs .............................. 22, 55

testing ..................................................................... 75

Override

AC Fail .................................................................... 61

Fault ........................................................................ 62

Line Fault ................................................................ 61

PA

programming outputs .............................................. 57

reset ........................................................................ 43

Panel output ................................................................... 8

Part numbers of compatible equi pment ..... .................... 9

PD6662 compliance ... 40, 41, 42, 44, 46, 47, 60, 61, 62,

66, 69, 70

Power

connection............................................................... 16

requirements ............................................................. 7

Programming

entering installer mode .............................. ............. 30

leaving installer mode ............................................. 30

leaving programming mode .................................... 59

using programming commands .............................. 30

Proximity tag reader ....................................................... 4

locking out keypads ................................................ 48

non-approved Forbikobler operation ...................... 52

part number............................................................... 9

tag part number ........................................................ 9

using proximity tags .............................. .................. 32

Pulse

programming output pulses ..................... ............... 67

pulsed output to external sounder during Fire alarm

........................................................................... 68

Set 1 ........................................................................ 56

Set 2 ........................................................................ 56

Set 3 ........................................................................ 57

Set 4 ........................................................................ 57

Unset 1.............................................................. 56, 57

Unset 2.................................................................... 57

Unset 3.................................................................... 57

9651 Index

497283 Issue 1 Page 89

Unset 4 ....................................................................57

Ready Lamp.................................................................. 56

RedCare............................................... see Rem ote reset

Remote

reset.........................................................................40

setting device .......................................................... 48

Reset

AC Fail..................................................................... 60

after abort ............. ...................................................50

Anti-Mask ................................................................60

automatic resetting of keys witch zones .................. 69

confirmed alarm ...................................................... 67

Fault.........................................................................62

Line Fault................................................................. 60

PA alarm.................................................................. 43

performing engineer reset ....................................... 31

remote ..................................................................... 40

shock ..................... ..................................................56

system reset ............................................................ 43

Resistance of zone circuits ........................................... 76

Restore

access codes ..........................................................31

defaults .................................................................... 32

ScanProx 934 ........................... see Proximi t y tag reader

Set Complete ................................................................ 56

Set Fail output ...............................................................57

Set Latch ....................................................................... 56

Settling time for F inal Exit ............................................. 68

Shock reset ................................................................... 56

Show status display ..... .................................................41

Silent or audible PA ...................................................... 42

Siren Test...................................................................... 56

Size of control unit case ................................................. 7

Smoke reset ..................................................................56

Sounder connections .................................................... 18

Start up .........................................................................28

Status display................................................................ 41

Strobe

Strobe output type ...................................................56

Strobe Set A output type .........................................56

System

automatic rearm ......................................................46

reset.........................................................................43

tamper reset ............................................................44

Tamper

alarm response........................................................48

day tamper reset .....................................................50

external sounder connection ...................................50

reporting tampers whi le unset .................................44

return for Bell .............................................................8

system tamper reset ................................................44

tamper indication .....................................................50

zone tamper reset ...................................................42

Tellback ................................................see R emote reset

Temperature....................................................................7

Test

outputs .....................................................................75

walk testing ..............................................................75

Time

accuracy ....................................................................7

setting ......................................................................49

Unset Complete ............................................................56

Walk Test ............................................................... 56, 75

Weight .............................................................................7

Zone

CCL .........................................................................20

circuit resistance......................................................76

FSL ..........................................................................20

naming zones ..........................................................34

programming ...........................................................34

setting wiring type....................................................39

setting zone attributes .............................................37

setting zone type .....................................................35

tamper reset ............................................................42

wiring .......................................................................20

Cooper Security Ltd.

Security House

Vantage Point Business Village

Mitcheldean

Gloucestershire

GL17 0SZ

www.scantronic.co.uk

Product Support (UK) Tel: [phone]

Available between: 08:15 and 17:00 Monday to Friday.

Product Support Fax: [phone]

Part Number 497283 Issue 1

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