Honeywell XLS80e User Manual

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Page 1

XLS80e

Panel Configuration

Manual

March 2007, Issue 9

Page 2

XLS80e Fire Alarm Control Panels

Honeywell, Issue 9

March 2007

Quick Contents Reference by

Section

XLS80e

0 1

2 3

4 5

6 7

8 9

User Menu:

3:Log/display/print menu 4:Set Clock 5:View Alarm Count 6:

Service Mon 01-May-2000 11:20:07

Configuration

User Menu:

1: 2:Disable/enable 3:Log/display/print menu 4:Set Clock

Service Mon 01-May-2000 11:20:07

Test

DISPLAY: SUMMARY - SEE SECTION DETAILED DESCRIPTION OF MENUS, SEE SECTION:

CONFIGURATION MENU: OVERVIEW - SEE SECTION DETAILED DESCRIPTIONS, SEE SECTION:

12 10

ALSO: TIME-OF-DAY - SEE SECTION SENSITIVITY & DELAYS RECOMMENDATIONS - SEE SECTION UPGRADING THE SOFTWARE - SEE APPENDIX AVAILABLE LOOP DEVICES - SEE APPENDIX XLSNET - SEE APPENDIX

POWER ON SEE SECTION 2

CONFIGURATION:

1: 2:Zone Text Editor 3:Panel Text Editor 4:Control Matrix Configuration

Service Mon 01-May-2000 11:20:07

Loop Device Configuration

6 7

CONFIGURATION:

4:Control Matrix Configuration 5:Network Configuration 6:Panel Settings 7:

Service Mon 05-DEC-2005 11:20:07

Virtual Point Configuration

14 8, 11 15

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XLS80e Fire Alarm Control Panels

Honeywell, Issue 9 March 2007

Contents

1 Introduction 1

1.1 Associated Documents 1

1.2 System Design and Planning 1

1.3 Glossary of Icons 2

1.4 Software Version Number 4

1.5 EN54 Functions 4

1.6 Ancillary Functions 5

2 Power On/Start Up 7

3 Panel Configuration Overview 9

3.1 Where to Access the Configuration Actions 9

3.2 Configuration Actions 10

3.3 Using the Panel Controls and Indicators 11

3.3.1 Pushbuttons 11

3.3.2 Liquid Crystal Display 12

3.4 Using the Off-line Support Tool 13

3.5 Passcodes 13

3.6 Learn Devices on Loops 14

3.7 Configure Group of Devices 15

3.8 Configure Individual Device 15

3.9 Text Editing 16

3.10 Control Matrix 16

3.11 Time-of-Day 17

3.12 Setting the Clock 17

3.13 Panel Settings 17

3.14 System Networking 18

3.15 Delays 19

3.16 Virtual Point Configuration 19

4 The Display - Tabs, Events and

Menus 20

4.1 Introduction 20

4.1.1 Status: NORMAL 20

4.1.2 Tabs 20

4.1.3 Events 20

4.1.4 Menus 20

4.2 Tabs 21

4.3 Event Displays 22

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4.4 Menu Displays 25

4.4.1 To Display the User Menu 25

4.4.2 To Navigate Through the Menus 26

4.4.3 Menu Structure 27

5 Loop Device Configuration 29

5.1 Configure Individual Device 29

5.1.1 Select a Device 29

5.1.2 Change Device Configuration

- Sensors 31

5.1.3 MULTI, MCS & GAS Sensitivities 37

5.1.4 Change Device Configuration

- Modules 39

5.2 Configure Group of Devices 43

5.3 Learn Devices on Loops 45

5.3.1 Starting the Procedure 45

5.3.2 Run in Auto-Learn Mode 47

5.3.3 Run in Manual Learn Mode 49

5.3.4 Error Messages 49

5.3.5 End of Learn Process 50

5.4 Change Zone Number 50

6 T ext Editing 51

6.1 Text Editing Pushbuttons 51

6.2 The Character Set 52

6.3 Zone Text Editing 52

6.4 Panel Text Editing 53

7 Control Matrix 54

7.1 Introduction 54

7.1.1 EN54 Requirements 55

7.2 Input Categories 56

7.3 Output Categories 58

7.4 Output Modes 59

7.5 Review/Edit Control Matrix 61

7.5.1 Review Entries 61

7.5.2 Edit Entries 62

7.6 Defining a Control Matrix Entry 63

7.6.1 Input Definitions 63

7.6.2 Output Definitions 69

7.6.3 Completion of New Entry 75

7.7 Disablement/Enablement Function 76

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7.8 Extinguishing System Function 77

7.8.1 T ypes of Control Matrix Entry 77

7.8.2 Minimum Configuration 77

7.8.3 Device Selection 78

7.8.4 HOLD Options 78

7.9 Logic Operation with Transfer Flags 79

7.9.1 Example Logic Operations 79

7.10 Print Control Matrix 81

8 Change Passcode 82

8.1 Introduction 82

8.2 How to Change a Passcode 83

9 Time-of-day Programming 85

9.1 Time-of-day Program Editing 85

9.2 Manual Override 87

9.3 DISABLEMENT and ENABLEMENT Override 88

9.4 MULTI Thermal-Only Mode 89

9.5 Link to Day/Night Switch 89

10 Setting the Clock 90

11 Panel Settings 91

11.1 Internal Buzzer Options 91

11.2 LED ‘Blinking’ Mode 92

11.3 Number of LOOPS on Panel 93

11.4 Pulsing Sounder Modes 94

11.5 Walk Test Options (MCP/Sounder) 94

11.6 Automatic Test Options 95

11.7 Disablement Options 95

11.8 Loop Options 97

11.9 Panel Functions 97

11.10 Access Level for MUTE BUZZER etc. 98

11.11 Unlatched Non-alarm Input Logging 98

11.12 Relay Circuits SILENCE Option 99

11.13 Mains/PSU Fault Delays 99

11.14 LCD Backlight ‘On’ Duration 100

11.15 Blank Lines Between Printed Events 100

11.16 Isolated RS232 Port Set-up 101

11.17 Diagnostic RS232 Port Set-up 102

11.18 Remote Fire Output Options 103

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11.19 Day/Night Modes Configuration 104

11.20 Extinguishing System 105

11.21 Alarm Coincidence 106

11.22 Network Settings 107

11.23 Thermal Alarm Verification Time 107

12 User Menu at Level 3 Access 108

12.1 Control Output Tests 108

12.1.1 CMX Modules 109

12.1.2 Local Sounder Circuits 1 10

12.1.3 Relay Circuits 110

12.1.4 Virtual Output Points 111

12.1.5 Loop Sounders and Boosters 111

12.2 Bad Poll Log 112

12.3 Display Active Control Matrix Rules 112

12.4 Unconfigured Devices Scan Menu 112

12.4 Commissioning Mode for MCS Sensors 113

13 Sensitivity and Alarm Delay

Recommendations 114

13.1 Analogue Sensors Sensitivity 114

13.2 Analogue Device Verification 114

13.3 Module Delays 115

14 Master/Slave Network 116

14.1 Introduction 116

14.1.1 Number of Stations on Network 1 1 6

14.1.2 Number of Zones on Network 1 1 7

14.1.3 Information Distribution via Network 1 18

14.2 Network Configuration Procedures 119

14.2.1 Station Type 120

14.2.2 THIS Panel 121

14.2.3 Associate Repeaters with Panel 122

14.2.4 Completion of Network Configuration 122

14.3 Print Network Configuration 122

15 Virtual Point Configuration 123

15.1 Virtual Output Points 123

15.2 Virtual Input Points 124

15.3 Virtual Output Backup Sounder 124

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Appendix 1 Upgrading the Panel Software A1-1

Appendix 2 Available Loop Device Types A2-1

Appendix 3 XLSNET Network Configuration A3-1

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XLS80e Fire Alarm Control Panels

1 Introduction

This manual provides recommended procedures for the successful configuration of a complete Honeywell XLS80e Series integrated Fire Control System (including repeater panels). The procedures also apply for XLS80e Series stand-alone Fire Control units.

The XLS80e Series intelligent fire alarm controllers are designed for use with Honeywell’s range of addressable analogue sensors, control and monitoring modules and addressable call points. A unique signalling protocol is used, with digital address and control signals and analogue pulse width monitoring for the reply data from devices.

The serial communications interface operates under RS485 protocol. It enables the connection between control panels and repeaters.

1.1 Associated Documents

This manual should be read in conjunction with the following documents:

a. XLS80e Series Installation &

Commissioning Manual

b. XLS80e Series Operating Manual

(ref. 997-474-000-x).

1.2 System Design and Planning

It is assumed that the system, of which the XLS80e Series fire control equipment is a part, has been designed by a competent fire alarm system designer in accordance with the requirements of EN54 Part 14, BS 5839 Part 1: 1988 and any other local codes of practice that are applicable.

Be aware that....

This manual is not intended to be a fire detection system design guide and should only be used by (or under the supervision of) a qualified system design engineer.

Some features of the XLS80e Series control panel may , if used inappropriately , contravene the requirements of EN54. Where there is a possibility of such an occurrence, a suitable warning is given with brief details of the EN54 requirement. A typical EN54 non-compliance warning is illustrated at left.

EN54-2: 13.7

Maximum of 512

Sensors and/or MCPs

per panel unless

ELIBs are used

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1.3 Glossary of Icons

Throughout this manual, and the other related XLS80e Series manuals, a number of icons are used in the illustrations to help clarify, or simplify, p articular configuration procedures.

The following icons are used to advise or indicate:

a. DO follow the recommended procedure or

method.

b. DO NOT use this procedure or method.

c. Inspection of an item or sub-assembly is

required at this point.

d. Following a defined process meets the

required approval/inspection criteria or standards.

e. Following a defined process does not meet

the required approval/inspection criteria or standards.

f. Additional items to be considered.

g. This icon placed next to a pushbutton

requires you to press it while configuring the panel. Where two or more icons are used, a number may be placed on or near each hand to indicate the order of selection: 1 coming before 2.

h. Activity process step - flow arrow for single

action or iterative actions.

i. Leader arrow - used with activity processes.

j. Sounder operating/Sounder not operating

or silenced.

k. Internal buzzer operating/not-operating or

silenced.

l. Digital clock timer - press and hold the

applicable pushbutton for the time indicated.

00:00:03

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XLS80e Fire Alarm Control Panels

m. Mains power connected and switched ON.

n. Panel batteries power connected/

disconnected.

o. Manual Call Point (MCP)/Sensor.

p. Access 3A passcode entry requested to

continue with selected panel configuration action (access 2 & 3 shown with three asterisks).

q. IBM-compatible Personal Computer (PC)/

laptop.

r. Loop device address switch.

4455

81 8

230 V AC

50/60 Hz

Access 3A

*****

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XLS80e Fire Alarm Control Panels

1.4 Software Version Number

The XLS80e Series control panel software version can be viewed by performing a lamp test function.

Software version numbers are displayed for the following:

a. The panel. b. The Loop Interface PCB. c. The Enhanced Loop Interface PCB.

1.5 EN54 Functions

This fire control panel complies with the requirements of EN54-2/4:1997. In addition to the basic requirements of EN54-2, the panel may be configured to conform with the following optional functions - the applicable clauses of EN54-2 are referenced as follows.

Options Clause

Indications: Fault signals from points 8.3 Recording of the numbers of

entries into fire alarm condition 7.13 Controls:

Coincidence detection 7.12 Delay of the actioning of outputs 7.11 Disablement of each address

point 9.5 Test condition 10

Outputs: Fire alarm devices 7.8 Fire alarm routing equipment 7.9 Fault warning routing equipment 8.9

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XLS80e Fire Alarm Control Panels

The following features are provided by the Power Supply Unit (PSU) of the XLS80e Series Fire Control Panel Range to comply with EN 54-4:

Feature of the XLS80e PSU EN 54-4

Clause

Derive power from the mains supply 5.1

Derive power from a standby battery source 5.2

Charge and monitor the standby battery / batteries 5.3

Detect and signal various PSU faults 5.4

1.6 Ancillary Functions

The following is a list of ancillary functions that are provided by the XLS80e Series Fire Control Panel Range in addition to those required by EN54-2/4. These functions are described in the section of this manual as referenced (except the Sounder volt-free contact option, which is described in the Installation and Commissioning Manual):

Ancillary Function Manual

Section Refs.

Change sensitivity 5.1.2.7, 13 Control Matrix:

Output modes 7.4 Input type filtering 7.6.1.1 Output type filtering 7.6.2.2 Time-of-day filtering 7.6.2.2 Auto disable/enablement 7.7

Networking 14 Time-of-day functions -

disablements/configuration 3.11 Self-learn configuration 5.3.2 Module supervision options 5.1.1.4 Module silence options 5.1.4.7 Text editing 6 Sensor LED blinking mode 1 1 .1 Sounder pulsing periods 1 1. 4 Signal degraded monitoring

period 11.8

(continued)

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XLS80e Fire Alarm Control Panels

Ancillary Function Manual

Section Refs.

Loop start-up boost 1 1. 8 Calendar-based automatic

test selection 11.6 Automatic cancellation of

disablements 11.7 Mains Fail Fault

additional delay 1 1.13 RS232 Printer Output &

PC Interface 11.1 T emporary Configurations 1 1.1, 11.2 Volt-free cont act

output option 7.7

Extinguishing system 7.6.1.6 features 7.6.2.5

7.8, 1 1.20

Installation and Commissioning Manual

CAUTION:

This product is not compliant

with EN 12094-1.

12094-1

Fire extinguishing installations in

Europe are required to be certified as

compliant to this standard.

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2 Power On/Start Up

To power up the system from a completely powered-down condition:

1 Connect the two leads (A) from within the

panel to the two 12 V sealed lead-acid batteries and then fit one end only of the supplied interlink (B).

2 Connect and switch on the mains supply. 3 Connect the interlink to the remaining

terminal - but see item a. below.

After a few seconds the Status: NORMAL display appears, indicating that the panel is now ready to accept panel configuration instructions. If the display is too dark to read, adjust the contrast (see Section 3.3.2.1).

Be advised that....

a. If the battery connections are not completed

within 60 seconds of the mains supply being switched on, the panel will indicate a charger/battery fault. If this occurs:

1 Press the MUTE BUZZER pushbutton to

silence the buzzer (access level 1 or 2, depending upon panel configuration).

2 After all necessary connections are

completed, press the RESET pushbutton to clear the fault condition (access level 2).

IF BATTERIES ARE NOT CONNECTED WITHIN

60 SECONDS OF POWER-ON:

ALL FAULT INDICATIONS ARE CANCELLED

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b. If the panel has not been configured with

any sensor or module data, i.e. the normal system status at initial power up, the panel displays ‘*UNCONFIGURED*’ unless it is part of a network, in which case it displays ‘NORMAL’.

Powering up a network - special considerations

Master/Slave network

The following is recommended: i When configuring a panel (either directly

or using the Offline Support Tool), first disconnect the panel from the network. When the COMMS FAIL message is displayed (may take up to 2 minutes for a Slave), press MUTE BUZZER to stop the buzzer.

ii When all panels have been configured,

remove power from all of them. Connect the Master panel to the network - set the termination link on its RS485 PCB to the ‘ON’ (lower) position if it is not already so configured (see Section 6 of the XLS80e Series Installation and Commissioning Manual).

iii Power-on just the Master panel. Wait until it

reports COMMS FAIL. Use MUTE BUZZER to mute the buzzer. W ait one minute.

iv Connect and power-on each Slave panel

and Repeater in turn. There is no time restriction on doing this. When all the panels have been powered-on, wait one minute, then press the RESET pushbutton at the Master panel. The network should stabilise (i.e. no error messages or buzzers).

v If the site arrangement does not require that

a termination link be set at the Master (see Section 6 of the XLS80e Series Installation and Commissioning Manual), fit the termination links at the correct panels and then set the link at the Master panel to the ‘OFF’ (upper) position. This can be done with the system powered-on.

XLSNET peer-to-peer network

When all panels have been powered-up, allow time for the network to settle. When no new fault messages are being generated, press RESET .

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3 Panel Configuration Overview

This section gives a brief guide to the methods for configuring the XLS80e Series panels.

3.1 Where to Access the Configuration Actions

The panel can be configured at one of the following:

a. The panel, using its controls and indicators.

This is the slowest method, so the manufacturer recommends that you only use this method to perform small-scale operational amendments after the panel is fully commissioned. Refer to Section 3.3.

b. Off-line, using a Personal Computer (PC,

e.g. a laptop) running the Off-line Support Tool. The updated configuration is subsequently uploaded to the panel via its internal RS232 port. Refer to Section 3.4.

At the start

The Access 3 passcode is required to configure the panel. Refer to Section 3.5.

At the finish

A ‘Confirm Changes’ prompt is displayed. The changes you have made are not permanently stored in the panel’s memory unless you press

to select ‘confirm’. If you press to select

‘cancel’, the changes are lost.

Access 3

***

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3.2 Configuration Actions

The following configuration actions can be performed:

a. An unconfigured panel can scan the loops

and learn what devices are installed, either automatically or with manual user intervention. Refer to Section 3.6.

b. Groups of devices on a configured panel can

be selected for deletion or change to a different logical type. Refer to Section 3.7.

c. Individual devices can be added, removed

or changed manually. Refer to Section 3.8 .

d. The panel zone and device text descriptions

can be edited. Refer to Section 3.9.

e. The relationship between input devices (e.g.

sensors, manual call points) and output devices (e.g. sounders) can be configured. This is done in the Control Matrix, which is a table of inputs, outputs and relationships. Refer to Section 3.10.

g. The status of devices (e.g. the sensitivity)

can be set to vary depending upon the time of day. Refer to Section 3.11.

h. The panel clock can be adjusted. Refer to

Section 3.12.

i. Various temporary and permanent

configuration options can be set. Refer to Section 3.13.

j. The panel can be configured to be part of a

network. Refer to Section 3.14.

k. Sounders or remote fire outputs can be

delayed. Refer to Section 3.15.

l. Virtual input and output points can be

configured. Refer to Section 3.16.

LOOP DEVICE CONFIGURA TION - Sections 3.6-3.8

TEXT EDITING - Section 3.9

CONTROL MA TRIX - Section 3.10

TIME-OF-DA Y - Section 3.11

CLOCK SETTINGS - Section 3.12

P ANEL SETTINGS - Section 3.13

NETWORKING - Section 3.14

Z X C V B N M

Q W E R T Y U I O P

A S D F G H J K L

? ?

DELAYS - Section 3.15

Certain options on non-configuration menus also require the access level 3 or 3A passcodes. These options are described in Section 12.

VIRTUAL POINT CONFIGURA TION - Section 3.16

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3.3 Using the Panel Controls and Indicators

All of the configuration operations described in this manual can be done using the panel pushbuttons and Liquid Crystal Display (LCD), with no external equipment required.

The panel remains ‘on watch’ during the configuration sequence, and will therefore respond appropriately to any fire or fault conditions that arise.

The manufacturer recommends that you keep a secure copy of the system configuration on a PC as a backup, in case of difficulties in the configuration sequence.

3.3.1 Pushbuttons

OPERA TING PUSHBUTTONS

CHANGE TABS - Scrolls through the tabbed displays. Refer to Section 4.2 for further information.

RESET - Restores normal operating status when all alarm conditions have been removed.

Note: The other operating pushbuttons are not

used during configuration. Their operation is described in the XLS80e Series Operating Manual (997-474).

CURSOR AND NUMERIC PUSHBUTTONS

- Used to move around the LCD menus. When the panel status is normal and if the printer is fitted, advances the printer paper.

Used to: select menu options, select quick

methods of dis/enablement and walk test cancellation, control the event log display , select loop device parameters for edit, display existing time-of-day programs, create a new Control Matrix entry and select characters during text editing.

to 9 - Used to select items and enter

data on the LCD.

- Used to accept an item or state on the LCD.

- Used to cancel an item or state on the LCD.

KEYSWITCH - Setting the keyswitch to the right has the same effect as entering an access 2 passcode. Set it to the centre to deselect access 2.

XLS80e

0 1

2 3

4 5

6 7

8 9

ENDDELAY /

EVACUATE

MUTE

BUZZER

EXTEND

DELAY

SILENCE/ RESOUND

RESET

DAY

MODE

FIREO/P DISABLE

CHANGE

TABS

ZONESIN

ALARM

PRE-ALARM

FIRE

FAULT

SYSTEM FAULT

SOUNDER FAULT/ DISABLED

FIRE O/PFAULT / DISABLED

FIRE O/PACTIVE

DAYMODE

DELAYSACTIVE

TECHNICALALARM

DISABLEMENT

TEST

POWER

EN54-2/41997

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3.3.2 Liquid Crystal Display

The 6-line x 40 character display (using 240 x 64 pixels) provides a menu structure for the operation and configuration of the panel. Most of the operations described in this manual are accessed from the Configuration Menu.

Further information about the display is given in Section 4.

3.3.2.1 LCD Contrast Adjustment

This adjustment procedure as shown at left is only available within the first two minutes after power is applied to the panel.

To adjust the LCD contrast at other times, select LAMP TEST (refer to the XLS80e Series Operating Manual 997-474, Section 6.4 Lamp

Test) while at access level 3. Hold while the test progresses. The contrast then cycles

and the remainder of the procedure is as shown at left.

HOLD

THE DISPLA Y CYCLES BETWEEN MAXIMUM AND MINIMUM CONTRAST :

MOMENT ARILY

WHEN THE REQUIRED CONTRAST IS PRESENT ON THE DISPLAY, RELEASE .

TO FINE-ADJUST , USE:

WHEN COMPLETED, PRESS:

TO INVOKE THE SELECTED CONTRAST VALUE.

AND

AND PRESS

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3.4 Using the Off-line Support T ool

This is a means of preparing the configuration data, using an optionally-supplied software tool which you can use without any connection to the panel:

i. Save the prepared data to your PC hard disk. ii. When the panel is ready to accept the

configuration data, simply connect it to your PC, for the final data transfer to be made.

The XLS80e Off-line Support T ool is a complete package for off-line configuration preparation. It is supplied with all necessary panel configuration instructions, consequently no further details are given here.

This software package is available from HONEYWELL or your supplier (Part Number: 020-558-100).

3.5 Passcodes

A passcode is required for all configuration functions. You will be asked for the passcode at the appropriate time (Sections 4.4.1 and 12.1 give examples). There are three access passcodes:

Access 2 - Permits operation of the panel pushbutton controls and provides access to all menus except the Configuration menu. It can be overridden by the panel keyswitch.

Note: Some menus have options which can

only be accessed using an Access 3 or Access 3A passcode; these options are described in Section 12.

Access 3 - Provides access to the Configuration menu. Most operations described in this manual require this passcode.

Access 3A - Certain operations (changing passcodes, and panel settings) require this passcode.

Default passcodes are supplied with the panel. These can be changed and the manufacturer strongly recommends that you do so once commissioning has been completed (see Section 8 for default passcodes and the means of changing the passcodes from these defaults).

Passcodes are not required for off-line configuration using a PC, but they are required when uploading or downloading configuration data using this method.

Access 2

Access 3A

*****

Access 3

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3.6 Learn Devices on Loops

The panel scans the loops and detects what devices are fitted. This can be done on an unconfigured panel. Section 5.3 describes how to start, run and end a configuration learn.

There are two learn methods: a. Auto-Learn. Loop device decisions are made

without the need for user intervention. Refer to Section 5.3.2.

b. Manual Learn. Prompts the user each time

a new or changed device is detected. Refer to Section 5.3.3.

Limitations on the Number of Devices

The XLS80e Series Control Panel design allows for the connection of up to 198 loop devices per analogue loop; i.e. up to 99 sensors and 99 modules. The maximum number of devices per panel is:

a. 1584, if the Enhanced Loop Interface Board

(ELIB) is used for loops 3 to 8.

b. 512, if the Loop Interface Board (LIB) is used

for loops 3 to 8.

T o comply with EN54-2 in the event of a system fault, a maximum of 512 sensors and/or MCPs should be connected to the control panel across those analogue loops that are not connected to an ELIB. This number includes all conventional zone detectors and/or MCPs connected.

If the number of sensors and/or MCPs connected to a loop exceeds 32, then isolators MUST be used to segregate parts of the loop. This will ensure that a short or open circuit will not cause the loss of more than 32 sensors or MCPs. For the XLS80e Series, do not place more than 25 loop devices between isolators (20 if FET isolators are used).

There may be a further restriction, depending on the types of sensor used, because of drive limitations of the isolators. HONEYWELL provide a PC-based tool to simplify loop loading calculations. Contact the Te chnical Support Department or your supplier for further information.

EN54-2: 12.5.2

Maximum of 32 Sensors

and/or MCPs between

isolators

Before configuring

your panel, ensure all

loop devices are

installed

and each loop is

connected

EN54-2: 13.7

Maximum of 512

Sensors and/or

MCPs per panel unless

ELIBs are used

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Limitations of the Auto-learn Method

 If the auto-learn method is used on an

incomplete system it will give the false impression that the system is fully operational. In such cases, the auto-learnt data MUST be checked carefully against the system specification.

 During the auto-learn procedure, input

module logical types are set to defaults. Modules not conforming to the defaults must be re-configured using the Manual Learn or Configure Individual Device procedures.

3.7 Configure Group of Devices

On a configured panel, this configuration method allows a group of devices at consecutive addresses to be deleted or all set to the same type.

Refer to Section 5.2.

3.8 Configure Individual Device

This configuration method requires the user to select each loop device and set all parameters and conditions, e.g. sensitivity, time-of-day, device text, etc. appropriate to it.

It can also be used to add further details to the configuration resulting from the auto-learn method.

Refer to Section 5.1. Note: Sensitivity and alarm verification delay

recommendations are given in Section 13.

Caution - a false indication

of a fully-functional system

is given if the Auto-learn

procedure is used on an

incomplete system.

Input module types are

set to defaults during the

Auto-learn procedure

and may require manual

re-configuration.

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3.9 T ext Editing

There are three types of text that can be entered and edited:

a. The panel or site name. b. The zone description. c. The device location text, which is shown on

the display when the system status is not normal (i.e. alarm, test etc.). The device description is also used at the printer, if fitted.

The text is entered and edited from a text editor which uses the LCD and the panel pushbuttons. Refer to Section 6.

For panel and zone descriptions, the text editor is invoked from dedicated menu options (Sections 6.4 and 6.3 respectively). For device location text it is invoked during the Configure Devices on Loops procedure (Sections 5.1.2.3 and 5.1.4.3) or Virtual Point Configuration procedure (Section 15).

3.10 Control Matrix

This very versatile system allows you to define exactly which outputs (bells, etc.) are to be activated depending upon which inputs (sensors, etc.) have given a fire indication.

The capacity of the system is 512 matrix entries.

Certain auxiliary functions may be specified using the Control Matrix.

Refer to Section 7.

<Entry 1 input> activates: <Entry 1 output> <Entry 2 input> activates: <Entry 2 output> <Entry 3 input> activates: <Entry 3 output>

⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓

<Entry 512 input> activates: <Entry 512 output>

CONTROL MA TRIX:

E.G.

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3.11 Time-of-Day

This facility allows panel functions to be modified depending upon the time of day . There are three major applications:

a. Altering the sensitivity of sensors at certain

times of day - see Section 5.1.2.7.

b. Making some actions in the Control Matrix

(e.g. a delay) apply only at certain times of day - see Section 7.6.2.2.

c. Cancelling all disablements on the panel at

certain times of day (not EN54-2 compliant)

- see Section 11.7. Note: A Control Matrix entry can be used to

control disablement and enablement functions, independent of the CANCEL DISABLE function (see Section 7.7).

A typical Time-of-day program consists of one or two daily periods specified by start and end times, with an optional alternative for weekends. Up to seven such programs can be in operation in any one panel.

These programs run completely independently of each other. Any particular sensor sensitivity , or Control Matrix entry , may be modified only according to one of the programs.

Full details on Time-of-day program editing are given in Section 9.

3.12 Setting the Clock

This facility allows: a. The date and time to be adjusted.

b. The clock running speed to be adjusted. c. The start and end dates of Summer Time to

be selected.

Refer to Section 10.

3.13 Panel Settings

For a number of panel functions, various options are available e.g. Pulsing Sounder Modes, Access Level for MUTE BUZZER etc, Relay Circuits SILENCE Option. Some options are temporary , most are permanent.

Refer to Section 11.

EN54-2: 9.1.2

Disablement and

re-enablement MUST be

a manual operation.

NIGHT - SET TO HIGH SENSITIVITY

DAY - SET T O LOW SENSITIVITY

NIGHT - CONTROL MA TRIX

HAS NO DELAY SET

DAY - CONTROL MA TRIX

HAS DELAY SET

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3.14 System Networking

The XLS80e Fire Control system is designed so that control panels can work either as standalone units or networked with other panels. When networked, each panel supervises its own detection system of up to eight loops of sensors and modules and functions independently of all other panels.

A communication system enables events at any panel to be relayed to other panels. This causes appropriate annunciations and actions at those panels.

Network Programming

The XLS80e Series panel can be used with one of two networks:

a. Master/Slave network. Refer to Section 14

for further information.

b. XLSNET peer-to-peer fault-tolerant network.

Refer to Appendix 3 for further information.

Local Codes of Practice

Master/Slave network: The existence of network communications is not, normally, intended to replace the essential functions of the individual panels (considered as isolated systems) but to supplement and extend the facilities offered. This means that each panel must be configured, independently of the others, to comply with the appropriate Code of Practice in force in the area of the installation (i.e. in respect of the activation of alarm devices in response to an Alarm of Fire). This compliance must be maintained at all times, even when communication with other panels is suspended.

The Master/Slave

network does not

provide the transmission

path integrity required

by EN54-2: 12.5.3

OR XLSNET PEER-TO-PEER NETWORK

XLS80e: ST AND-ALONE

OR MASTER/SLAVE NETWORK

RS485

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3.15 Delays

Either the sounders or the fire alarm routing equipment (remote fire outputs) which is used to summon the fire brigade can be delayed:

a. To activate sounders immediately but delay

the remote fire outputs, use the Day/Night

Modes Configuration Option (Section 11.19). The delay may be

extended to allow investigation. MCPs are normally configured to override any delay.

b. T o delay sounders but activate the remote

fire outputs immediately, use the Control Matrix to put an output delay on modules of type BELL (Section 7.6.2.2). The delay must then be enabled by the Operator (see 997-474, Operating Manual Section 7.5). MCPs are normally configured to override any delay .

3.16 Virtual Point Configuration

Up to 64 Virtual Input Points and up to 512 Virtual Output Points can be configured. They are used with external systems (e.g. a Voice Alarm panel) with which they communicate via an RS232 port. They must be placed in a zone; they then become possible inputs to or outputs from the Control Matrix. Further information is given in Section 15.

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4 The Display - Tabs, Events

and Menus

4.1 Introduction

4.1.1 Status: NORMAL

The Status: NORMAL display appears when: a. No alarm or test conditions exist, and

b. No menus are being accessed.

4.1.2 Tabs

When conditions other than Status: NORMAL exist, the LCD displays event data. More than one type of data may be available for display at any one time (eg, Fire Alarms, Fault s, Menus etc.). When this occurs, the types of data available are identified by tabs at the bottom of the display .

4.1.3 Events

Fire Alarms, Pre-alarms, Faults, Disablement s, Tests, Evacuate mode and Auxiliary input activations are shown on Event displays. A Fault event display is shown.

4.1.4 Menus

Menus displays are arranged in a heirarchy, the top of which is a User Menu from which other menus are accessed.

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4.2 Tabs

When tabs are displayed, use the CHANGE TABS key to scroll through the tabs and thus display the corresponding data.

The tabs are (in descending order of priority): EXTINGUISHING (if about to release;

otherwise priority is below FIRE) FIRE TECH. ALARM PRE-ALARM FAULT DISABLE TEST EVACUATE AUX MAINT (access level 3 only unless Maintenance

Urgent)

USER (at access level 2) or SERVICE (at access level 3)

The tabs are displayed in this order from left to right. All the tabs display events except for the USER and SERVICE tabs, which display menus. The current tab is that without a line above it.

Note: If there is insufficient room to display all

the tabs, the ones at the right (those with the lowest priority) are omitted.

Use ZONES IN ALARM to go directly to the FIRE tab without scrolling through the other tabs. If there is more than one zone in alarm, subsequent operations of the ZONES IN ALARM pushbutton scroll through these zones.

Note: If the FIRE tab is present but not

selected, and for 20 seconds none of the panel pushbuttons are pressed, the FIRE tab is then selected automatically .

Note: If the SERVICE or USER tab is selected,

and for 2 minutes none of the panel pushbuttons are pressed, the tab is deselected automatically and all passcodes are cancelled (except the access level 2 passcode when the keyswitch is set to the horizontal position).

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4.3 Event Displays

When a fire alarm, pre-alarm, fault, disablement, walk test, evacuation, or auxiliary input activation (if logging is configured) occurs, an event display replaces the Status: NORMAL display .

Note: FIRE, FAUL T , DISABLEMENT, or TEST

LEDs illuminate (also ZONE LEDs, if fitted) as appropriate.

Example event displays are shown at the left. In general, to move through the displays:

a. If more than one zone is affected by the

event, use the and arrows to scroll through the zones. For FIRE events these

arrows scroll through device data; ZONES IN ALARM scrolls through the zones.

b. If more than one device is affected, use the

and arrows to scroll through the

devices and device descriptions.

If a FIRE event occurs and the CHANGE T ABS pushbutton is used to display other data, the display area is reformatted so that the top two lines continue to display fire information.

Further details about the event displays and their operation are given in the XLS80e Series Operating Manual, 997-474.

Aux T ab

At the end of the list of activated AUX inputs, the AUX tab displays details of unconfigured loop devices, should the panel find any during polling. These are only shown on the panel local to the devices. If multiple devices are

found, use the and pushbuttons to scroll through the list of unconfigured devices (and

through the list of activated AUX inputs). In the example, 1/3 means that ‘L3 S79’ is the first of a total of three unconfigured devices found (on all loops).

Note: Modules: the only types that may be

displayed are MON, CTRL and ZMX.

L3 S79 [OPT ] 1/3 Press * for user actions

Aux Tue 27-Jul-2004 11:20:07

Unconfigured Device found on loop

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Tech.Alarm: ZONES: 1; Events: 2

Panel 13:Security Office L4 S05 Corridor 13 Ceiling Sensor GAS Tech.Alarm User 27-Jul-2004 11:20:07

P13 ZONE 31 (x2) 27-Jul 11:20

By default, the panel does not scan for unconfigured devices when the panel is completely unconfigured (i.e. no sensors or modules on any loop), however scanning can be enabled by the user.

There is an optional, configurable upper limit on the number of devices to be scanned. When this number is reached, scanning can be continued if extended by the user. The default upper limit is 50 devices.

Press the pushbutton (level 3 access) to display options to hide or show these devices

for access level 1 or 2 users, and to disable/ enable scanning for unconfigured devices.

a. If there are no devices left to show as a

result of HIDE, the AUX tab disappears (assuming there are no AUX inputs active).

b. RE-SCAN causes the panel to clear all

indications of unconfigured devices, scan the loops and then store the list of any devices still unconfigured. This allows devices that were present on the loop but have since been removed to be identified. The process takes up to about five minutes.

c. DISABLE clears the indicated devices from

the AUX tab and prevents the panel from detecting further unconfigured devices. To re-enable the scan, use the Log/Display/ Print menu as described in Section 12.4.

Note: Entry of access level 3 passcode for any

reason (except to display the above menu from the AUX tab) always results in SHOW ALL, unless the scan for unconfigured devices has been disabled. Any loop device configuration operation always leads to a RE-SCAN.

If the configured upper limit is reached, the option to extend the scanning is provided.

Note: The number of devices listed may be

slightly higher than the set limit (because of synchronisation effects).

The DISABLE option resets the upper limit to 50 (this is the only method or reimposing a limit if ‘0’, i.e. no limit has been selected).

T ech. Alarm tab

The T ech. Alarm tab is displayed when any Gas Sensor Interface configured as Technical Alarm is activated.

Unconfigured Devices Scan Menu

1: 2:HIDE All Unconfigured Devices 3:SHOW All Unconfigured Devices 4:RE-SCAN for Unconfigured Devices

Aux Service Tue 27-Jul-2004 11:20:07

HIDE This Device

Unconfigured Devices Scan Menu

2:HIDE All Unconfigured Devices 3:SHOW All Unconfigured Devices 4:RE-SCAN for Unconfigured Devices 5:

Aux Service Tue 27-Jul-2004 11:20:07

DISABLE Unconfigured Devices Scan

Unconfigured Devices Scan Menu (50-devices limit reached)

1: 2:HIDE This Device 3:HIDE All Unconfigured Devices

Aux Service Tue 27-Jul-2004 11:20:07

EXTEND Unconfigured Devices limit

es Scan

Set limit to number of unconfigured devices to be scanned for (1-1584; 0=no limit): 50

Aux Service Tue 27-Jul-2004 11:20:07

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Maint Tab

This displays the maintenance status of any MCS and Acclimate sensors installed on the loops. If the panel is connected to an XLSnet network and more than one panel contains sensors requiring maintenance, an option to choose the panel is provided.

There are four status messages: a. Maintenance Urgent. Indicates drift limit

condition and is accompanied by a SENSOR FAULT fault message.

b. Maintenance Alert. Indicates drift limit or

continuous IR saturation condition. Maintenance Alert is also displayed in respect of any Acclimate sensors.

c. 6 months to cell life expiration (MCS4 only). d. IR light saturation condition (MCS4 only). If a sensor returns from a maintenance

condition to its normal state, the display is as shown opposite.

From the ‘Maint.’ tab, when the status of an individual sensor is displayed, press the pushbutton to display a Select Action menu

(the illustrations opposite cover all possible options - in practice not all options may be present, see below for details). The options are:

a. Actions on this sensors’s LEDs. The LED

can be set to OFF , 1-second pulsing, or ON STEADY. This option is always available.

b. DELETE ALL restored sensors from log.

The maintenance status is stored in a log (capacity 100 records per panel). This option delete records from the log for all sensors that are in the ‘Restored from Maintenance Condition’ state. Available provided at least one sensor is in this state.

Note: Use the Historic & Data Log Tool

(supplied with the Windows Support Tool) to access the log.

c. DELETE this sensor from log. Available

only if the current sensor is in the ‘Restored from Maintenance Condition’ state.

d. DISABLE THIS DEVICE. Always available,

may be ENABLE THIS DEVICE depending upon disablement status of current sensor.

e. PRINT Sensors in Maint. condition. Always

available.

f. Select another Panel. Displays the Select

Panel option. Only available if the panel is connected to an XLSnet and more than one panel contains sensors requiring maintenance.

Select Panel: ( digit )

Panel 1: North-West Building Panel 2: South Building

Fault Maint. Service 20-Oct 10:15:33

*Panel 3: Secret Laboratory

Recorded on 20-Oct-06 10:05 L1 SO2:upper corridor Zone 10 MCS4 value 15%

Press * for user actions

Fault Maint. Service 20-Oct 10:15:33

Maintenance Urgent

Recorded on 20-Oct-06 10:05 L1 SO2:upper corridor Zone 10 MCS4 value 40%

Fault Maint. Service 20-Oct 10:15:33

Restored from Maintenance Condition

L1 S02 Select Action:

1: 2:DELETE ALL restored sensors from log 3:DELETE this sensor from log 4:DISABLE this device

Fault Maint. Service 20-Oct 10:15:33

Actions on this sensor's LEDs

L1 S02 Select Action:

3:DELETE this sensor from log 4:DISABLE this device 5:PRINT Sensors in Maint. Condition 6:

Fault Maint. Service 20-Oct 10:15:33

Select another Panel

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4.4 Menu Displays

4.4.1 To Display the User Menu

To display the User Menu when the system status is Normal, enter the passcode. To use the Configuration menu and to use some options on the other menus an access 3 or 3A passcode must be entered (refer to Section 8 for further details about passcodes).

Note: If event tabs are displayed, CHANGE

TABS first displays these sequentially, then when the last of these has been displayed the passcode prompt is displayed.

Note: An access 2 passcode is also provided,

for use by the operator. If this is entered the tab is named USER instead of SERVICE. You can enter the access 3 or 3A passcode at either a prompt for an access 2 passcode or at a prompt for an access 3 passcode.

Note: If no further pushbuttons are pressed

the Status: NORMAL display is redisplayed after 2 minutes.

Only the first four options of the User Menu are displayed at this time. The selected option

is highlighted. Use the and pushbuttons to scroll through the other options.

Use the pushbutton to return to the S tatus: NORMAL display .

ACCESS 3 or 3A PASSCODE, THEN

(REPEATEDLY)

OR TIMEOUT

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4.4.2 To Navigate Through the Menus

In this example it is desired to display the Configuration Menu, which is option 6 on the User Menu.

With the User Menu displayed, press 6 to go to the Configuration Menu directly .

Alternatively, highlight option 6 on the User Menu and then select the option as shown below.

If there are more than 9 items in the menu, the numeric key highlights a suggested option

but does not select it. 1 alternates between ‘1’ and 10’.

Press the key to exit from the menu.

(REPEATEDLY

UNTIL CURSOR IS

BESIDE OPTION 6)

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4.4.3 Menu Structure

Note: ** Requires access 3 passcode. The

menu primarily used in this manual is the Configuration Menu, therefore its sub-menus are shown in greater detail than is the case for the other menus.

*** Requires access 3A passcode. +Only available if a PRN-ID printer is

configured. ^Only available if at least one SMART

sensor is configured on the loops.

STATUS: NORMAL

DISABLE/ENABLE

INDIVIDUAL DEVICE

ALARM OUTPUTS BY ZONE

LOG/DISPLAY/ PRINT MENU

LOG/DISPLAY DEVICE DATA

PRINT DEVICE DATA

SET CLOCK

DISPLAY/PRINT EVENT LOG

USER MENU

ALARM INPUTS BY ZONE

TEST

ZONE WALK TEST

CONTROL OUTPUT/ SOUNDER TEST **

DAILY/WEEKLY AUTO TEST NOW

LAMP TEST

PRINTER CONTROL +

VIEW ALARM COUNT

DISPLAY BAD POLL LOG ***

DISPLAY ACTIVE C. MATRIX RULES **

UNCONFIGURED DEVICES **

MCS SENSORS COMMISSIONING ^

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Note: If access level 2 is entered by use of the keyswitch, no decision has been

made by the user to enter a specific access level passcode. In this case the ‘CONFIGURATION’ menu option is replaced by ‘ENTER LEVEL 3 PASSCODE’. When a level 3 passcode is entered, the User Menu is redisplayed so that the level 3 user can select any of the menus available at access level 2 (to access their level 3 options, see Section 12), in addition to the ‘CONFIGURA TION’ menu.

SET LANGUAGE

CONFIGURE INDIVIDUAL DEVICE

AMEND DEVICE CONFIGURATION MANUALLY

CONFIGURATION **

LOOP DEVICE CONFIGURATION

ZONE TEXT EDITOR

CONTROL MATRIX CONFIGURATION

PANEL TEXT EDITOR

PANEL SETTINGS ***

CONFIGURE GROUP OF DEVICES

LEARN DEVICES ON LOOPS

REVIEW/EDIT CONTROL MATRIX

PRINT CONTROL MATRIX

NETWORK CONFIGURATION

MASTER/SLAVE CONFIGURATION

XLSnet NETWORK CONFIGURATION

STAND ALONE CONFIGURATION

REPEATERS ONLY CONFIGURATION

PRINT NETWORK CONFIGURATION

PASSCODE CHANGE

INTERNAL BUZZER OPTIONS

SENSOR/MODULE LEDs

PULSING SOUNDER MODES

AUTOMATIC TEST OPTIONS

LOOP OPTIONS

ACCESS LEVEL FOR MUTE BUZZER

RELAY CIRCUITS 'SILENCE' OPTION

LCD BACKLIGHT 'ON' DURATION

ISOLATED RS232 PORT SETUP

REMOTE FIRE OUTPUT OPTIONS

EXTINGUISHING SYS COMMON OPTIONS

NUMBER OF LOOPS ON PANEL

WALK TEST OPTIONS

DISABLEMENT OPTIONS

PANEL FUNCTIONS

UNLATCHED NONALARM I/P LOGGING

MAINS/PSU FAULT DELAYS

BLANK LINES IN PRINTED EVENTS

DIAGNOSTIC RS232 PORT SETUP

DAY/NIGHT MODES CONFIGURATION

ALARM COINCIDENCE

VIRTUAL OUTPUT POINT

VIRTUAL POINT CONFIGURATION

VIRTUAL INPUT POINT

EXTINGUISHING SYS COMMON OPTIONS

NETWORK SETTINGS

THERMAL ALARM VERIFICATION TIME

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5 Loop Device Configuration

You can configure loop devices: a. Individually (Section 5.1).

b. As a group (Section 5.2). c. As a system (Section 5.3), learning the

loops either automatically or with manual intervention.

5.1 Configure Individual Device

5.1.1 Select a Device

1 From the Loop Device Configuration menu,

select the Configure Individual Device option.

2 Select the number of the loop to which the

device is physically wired (‘n’ is the highest loop number on the panel, e.g. 4, 6 or 8).

3 Select whether the device is a sensor or

module (both have device numbers in the range 1-99, so this selection determines the meaning of the device number).

NUMERIC KEYS,

THEN

SEE NEXT PAGE

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4 In this example SENSOR was chosen. The

procedure for choosing a MODULE is the same. Enter the device number. Leading zeros are optional.

In this example the device is an optical sensor (type OPT); all other values use ‘n’ to represent a numeric value and ‘a’ or a description to represent alphabetic characters.

The and pushbuttons step through the parameters that can be edited for the currentlydisplayed device. Press the pushbutton to edit the currently-highlighted parameter. The

following sections describe the options available for each parameter for a sensor, and then the differences applicable to a control module.

Note: The and pushbuttons step

through the various devices on the system (all loops).

If the device has not been configured, the display is as shown.

FROM PREVIOUS P AGE

NUMERIC KEYS,

THEN

REPEATED

USE OF

FURTHER

USE OF

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5.1.2 Change Device Configuration Sensors

The following can be altered for sensors: a. The device type.

b. The zone or cell in which the device is

placed.

c. The device location text. Note that the zone

text is displayed but cannot be edited here (it is edited in the Zone Text Editor, see Section 6.3).

d. Sensitivity levels (see Section 13 for

recommendations).

e. Verification delay times. See Section 13 for

recommendations. f. Priority option. g. Time-of-day sensitivity changes.

5.1.2.1 Edit Device Type

Select the required TYPE. If no sensor exists at the entered number, its type is NONE. Available types are:

Type Description Physical Type NONE Deleted - no sensor

exists at this address HEAT Thermal sensor TC808 ION IONisation sensor TC807 OPT Photo sensor TC806 MULT Photo/Thermal sensor TC840 LASR Photo ‘Laser’ sensor TC846 GAS Gas Sensor Interface MCS4 Optical/thermal/infra-red/

carbon monoxide

If you change a device type, the other settings (except zone, cell and device text) revert to default.

Gas Sensor Interface

Interface IIG1 requires three consecutive sensor addresses; the lowest is shown as type GAS and the other two as NONE. Interface IIG4 requires up to twelve consecutive addresses (depending upon how many of four possible interfaces are configured at the device), the first, fourth, seventh and tenth are type GAS and the others NONE. The following then applies:

i Attempts to change the type at the

addresses shown as ‘NONE’ display the message ‘This address is not available: GAS sensor occupying one of the previous two addresses.’.

ii Type GAS cannot be configured at an

address if either or both of the next two addresses are already occupied (the message ‘PLEASE DELETE next two higher-addressed sensors before installing GAS sensor at this address.’ is displayed).

MAKE

SELECTION

GAS SENSOR INTERFACE:

This device produces a Technical

Alarm by default, but can be

configured as a Fire Alarm by the

configuration option shown below. The Control

Matrix groups Technical Alarms with Fire Alarms.

Device Configuration - Loop 3 Sensor 8 Type GAS Zone 203 Cell 0 Zone <Storage area > Loc. <First IIG4 >

=select *=edit =next device =finish

TECHNICAL ALARM device:

Device Configuration - Loop 3 Sensor 8

1:Normal Alarm Input 2:TECHNICAL ALARM device

Set device type - Loop n Sensor nn

6:OPTICAL 'LASER' SENSOR (TC846) 7:GAS Sensor Inteface (IIG1/IIG4) 8: (MCS4)

4:PHOTO (OPT) SENSOR (TC806) 5:PHOTO/THERMAL (MULT) SENSOR (TC840)

Multi Criteria 4 Sensor

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5.1.2.2 Edit Device Zone or Cell

Zone Number

Enter the zone number within the displayed range. RANGE! is displayed if the entered number is out of range. For details of zone ranges, refer to Section 14.1.2. The ‘Internal Zone no.’ is only displayed if network zones are used, also in this case an error message is displayed if you try to configure more than 255 zones on a panel.

Reference Number

If network zones are used, a maximum of 99 devices can be placed in the zone. Each device is identified by a reference number in the range 1 to 99 (i.e. maximum of 99 devices in a zone). When a device’s zone number is configured the device is automatically given the first available reference number by default.

To change this default, either enter one of the unused reference numbers from the display, or a reference number that is already used by a device. If the latter is chosen, the option to swap the number for that device with one of the unused numbers is provided automatically (see below). If the swap is not accepted then the entered number is rejected.

Cell Number

Devices can optionally be placed in a cell in addition to a zone. Certain Control Matrix functions can be set to apply to the cell rather than the zone.

Enter the cell number in the range 1 to 255, or select 0 if the device is not to be placed in a cell.

NUMERIC

KEYS, THEN

NUMERIC

KEYS, THEN

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5.1.2.3 Edit Device Location Text

Edit the text description which is used for the various tab displays (e.g. fire, fault) and for printing at the printer. Section 6 describes how to use the text editor.

5.1.2.4 Edit Sensitivity level and Fault Supervision

The alarm and pre-alarm sensitivities can be configured.

The Gas Sensor Interface Alarm, Pre-alarm and Fault levels are all editable values in the range 4 to 20mA instead of pre-set levels. Details are given in Section 5.1.3.3.

Alarm

The illustration shows the alarm sensitivity selected for edit. Up to 9 pre-set levels are available for each sensor (except Photo/Thermal (MULT) and MCS); for all sensor types (except MULT and MCS) the default setting is L5. L1 is most sensitive and L9 is least sensitive. Refer to Section 13 for recommendations.

Details of MULTI sensor sensitivity are given in Section 5.1.3.

Further information about MCS sensors sensitivity is given in Section 5.1.3.2.

ALARM

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Pre-alarm

Again the default setting is 5 for all types of sensor except Photo/Thermal (MULT) and MCS. The alarm and pre-alarm ranges do not overlap, except for MUL T and MCS for which the alarm must be set lower than the pre-alarm for pre-alarm supervision to work (set it equal or higher if pre-alarm supervision is not required). For other sensor types the pre-alarm sensitivity range includes ‘0’ which selects no pre-alarm supervision.

Note: The ALARM and PRE-ALARM values

are upper thresholds, i.e. an alarm occurs if the sensor reading equals or exceeds the threshold.

The option to Lock the Pre-alarm level is then provided:

a. If NO (default) is chosen and Time-of-Day

is used to vary the alarm sensitivity (Section 5.1.2.7), Pre-alarm sensitivity changes with Time-of-Day by the same amount that is set for Alarm. Also, for MUL TI/ MCS sensors, Pre-alarm is ignored at those times when Thermal-only mode L6 is in operation for Alarms as a result of a Control Matrix rule or Time-of-Day.

b. If YES is chosen, the Pre-alarm sensitivity

remains fixed at the selected level. Also, for MULTI/MCS sensors, Pre-alarm is no longer ignored at those times when Thermal-only mode is in operation for Alarms. A ‘#’ symbol is displayed beside the Pre-alarm value.

Fault

To comply with EN54-2: 8.3, fault supervision is always set to ON.

Device Configuration - Loop 1 Sensor 30 LOCK Pre-alarm level against Time-of-Day Variation etc.:

1 2:YES

:NO

PRE-ALARM

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5.1.2.5 Edit Verification Delay

Set the verification delay within the displayed range. RANGE! is displayed if the entered number is out of range. Refer to Section 13 for recommended verification delays.

Alarm verification display is shown on the left. The Fault verification display has the same layout.

5.1.2.6 Edit Priority Option

Set the priority polling ON of OFF. When ON the device will scan at intervals of less than one second.

A maximum of 43 devices per loop may be designated as priority; however, to obtain the 1-second scan interval do not designate more than 21 devices per loop as priority (as more devices are assigned priority scan status, the scan rate becomes slower for the remaining devices).

5.1.2.7 Time of Day

The sensitivity can be varied at different times of day .

Refer to Section 9 for details of time-of-day programming.

Note: If the device’s alarm sensitivity is

changed, the time of day variation is cancelled automatically to prevent it going out of range.

NUMERIC

KEYS, THEN

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5.1.2.8 LED Blink Options

Select whether the device’s LEDs follow the panel setting (Section 11.2) or are set to blink or not (non-blink).

5.1.2.9 LED Also Controls

Select the required option: a. NONE. There are no additional controls.

b. SOUNDER. For use with B601BH base

with integral sounder; the sounder will be silenced by operation of the panel’s SILENCE/RESOUND (to silence) or RESET pushbuttons.

c. Non-Sil. Control. Used when auxiliary

equipment is driven in parallel with the sensor LED. Control of this auxiliary equipment is then independent of the SILENCE/RESOUND pushbutton - it is only switched off by operating the RESET pushbutton.

5.1.2.10 End the Editing Session

When all the changes have been made, press

to confirm them. The panel then uses the

changed parameters.

THEN

Device Configuration - Loop n Sensor nn Type OPT Zone nn Cell n Zone <(no zone text defined) > Loc. <Device text description > LED BLINK MODE

=select *=edit =next device =finish

Follow Panel Setting

Device Configuration - Loop n Sensor nn LED BLINK MODE

1: 2:Always BLINK 3:Always NON-BLINK

Follow Panel Setting

Device Configuration - Loop 1 Sensor 1 Type OPT Zone 20 Cell 0 Zone <Corridor > Loc. <Ceiling > LED also controls:

=select *=edit =next device =finish

NONE

Device Configuration - Loop 1 Sensor 1 LED also controls:

1: 2:SOUNDER 3:Non-Sil.CONTROL

NONE

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5.1.3 MULTI, MCS & GAS Sensor

Interface Sensitivities

5.1.3.1 Photo/Thermal (MULT) Sensors

Device type MULT applies to the TC840ME. ACCLIMATE, has a Thermal-Only mode, i.e. a mode in which the sensor does not respond to smoke.

Sensitivity (including Acclimate)

When configuring the Alarm and Pre-alarm sensitivity for MULT sensors, there are five sensitivity levels plus Pre-alarm disable (L0) and (for Acclimate only) the Thermal-Only mode:

Sensitivity MULT Sensor

Levels Default Settings

L1 (Most)

L2 For Pre-alarm Threshold L3

L5 (Least) For Alarm Threshold

L6 Thermal-Only mode (Acclimate)

For Pre-alarm to operate, the Pre-alarm Threshold MUST be set at least one level below the Alarm Threshold. In Thermal-Only mode (L6), Pre-alarm applies to both smoke and heat, unless L6 is linked to Time-of-Day or Day Mode with Lock Pre-alarm monitoring

not set, in which case there is NO Pre-alarm in L6 mode.

Thermal Mode by Zone (Acclimate only)

All Acclimate sensors in a zone or range of zones and configured as described below can be set to their Thermal-Only mode by the Control Matrix. To configure an Acclimate sensor for this action, set its device configuration option ‘Thermal Mode by Zone’ to ‘Yes’. Only those Acclimate sensors so configured will be included in the Control Matrix output. The default for this option is ‘No’.

ILLUSTRATION SHOWS ACCLIMA TE CONFIGURED IN THERMAL-ONLY MODE FOR ALARM. NORMALLY ACCLIMATE WILL BE CONFIGURED AT L5 FOR ALARM, AND THE THERMAL-ONLY MODE WILL BE INVOKED VIA A TIME-OF-DAY PROGRAM OR VIA THE DAY MODE PUSHBUTTON. SEE SECTION 9.4.

THERMAL MODE BY ZONE OPTION IS ONLY DISPLA YED FOR MULTI SENSORS AND IS ONLY APPLICABLE FOR ACCLIMATE DEVICES. AN ACCLIMATE SENSOR SET TO ‘YES’ WILL BE INCLUDED IN ANY CONTROL MATRIX ENTRY FOR WHICH THE INPUT IS NON-FIRE OR TRUE AND THE OUTPUT ‘SET TO THERMAL-ONLY MODE’ INCLUDES THE SENSOR’S ZONE NUMBER. SEE SECTION 7.6.2.6.

Software version 4.33 and above: Default Alarm thr eshold is L5 for

newly installed multi-criteria sensors

(was L3 on previous versions; if

software is upgraded to 4.33, existing

devices retain this default).

Pre-Alarm threshold value MUST

be LOWER than the Alarm

threshold value to be effective.

Device Configuration - Loop n Sensor nn Alarm Sensitivity level (1-6): (1 = most sensitive, 5 = least) (6 = Thermal-only mode; default = 5)

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5.1.3.2 MCS Sensors

The system supports Multi-criteria (MCS) sensors.

The MCS4 sensor has the capability for carbon monoxide, photoelectronic (optical), infra-red and thermal detection.

This sensor has a thermal-only mode as described on the previous page for Acclimate.

The Alarm and Pre-alarm levels and defaults are as described for Acclimate, and the verification delays are the same as for a MUL TI sensor .

5.1.3.3 GAS Sensor Interface

The analogue level output from the Gas Sensor Interface IIG1 or IIG4 is a current in the range 4 to 20mA. The Alarm, Pre-alarm and Fault thresholds are editable within this

range. Use the and pushbuttons to toggle between the Pre-alarm and Fault parameters.

The thresholds are selected for editing in the same manner as for other devices, but the edit procedure is different:

1 Enter the new value in tenths of milliamps.

All digits must be entered including the one after the decimal point, even if it is zero.

2 The decimal point is not displayed during

the entry. It is redisplayed when the pushbutton is pressed.

See the example at left, in which the Alarm Sensitivity is changed from 12.0mA to 13.5mA.

Device Configuration - Loop 3 Sensor 5 Alarm Sensitivity level (4-20mA): (Please type in units of 0.1mA):

12.0

Device Configuration - Loop 3 Sensor 5 Alarm Sensitivity level (4-20mA): (Please type in units of 0.1mA): 135

Device Configuration - Loop 3 Sensor 5 Alarm Sensitivity level (4-20mA): (Please type in units of 0.1mA):

13.5 Confirm ( /X)?

Device Configuration - Loop 3 Sensor 8 Type GAS Zone 203 Cell 0 Zone <Storage area > Loc. <First IIG4 > Sensitivity: Alarm=12.0mA Pre= mA

=select *=edit =next device =finish

10.0

Device Configuration - Loop 3 Sensor 8 Type GAS Zone 203 Cell 0 Zone <Storage area > Loc. <First IIG4 > Sensitivity: Alarm=12.0mA Fault= mA

=select *=edit =next device =finish

4.0

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5.1.4 Change Device Configuration Modules

The following can be altered for modules: a. The device type.

b. The zone or cell in which the device is

placed.

c. The device location text. Note that the zone

text is displayed but cannot be edited here (it is edited in the Zone Text Editor, see Section 6.3).

d. Module supervision options (see

Section 13 for recommendations).

e. Verification delay times. See Section 13 for

recommendations. f. Priority options. g. Silence and Pulse options.

5.1.4.1 Edit Device Type

Select the required TYPE. If no module exists at the entered number, its type is NONE. Available types are:

Type Description Physical Type NONE Deleted - no module

exists at this address MCP Manual Call Point MMX BELL Bell/sounder circuit or

loop-powered sounder CMX CTRL (generalised)

Control Function CMX MON (generalised)

MONitoring function MMX SPRK Sprinkler Monitor ASPR Aspirator Interface AUX. Auxiliary Module ZMX Low cost version of CDI ZMX CDI Conventional

Detector Interface CDI LBM Loop Booster Module LBM

Note: While sensor types are Physical device

types (they are determined by the sensor hardware and must be selected so as to match the actual sensor installed at that address), module types are Logical device types. These refer to one of the physical module types as shown in the table above.

MAKE

SELECTION

Set device type - Loop n Module nn

1: 2:MCP MANUAL CALL POINT 3:BELL/SOUNDER 4:CONTROL MODULE 5:MONITOR MODULE

DELETE

Set device type - Loop n Module nn

6:SPRINKLER MODULE 7:ASPIRATOR INTERFACE 8:AUX INPUT 9:ZMX ZONE MONITOR

10:CDI ZONE MONITOR

Set device type - Loop n Module nn

7:ASPIRATOR INTERFACE 8:AUX INPUT

9:ZMX ZONE MONITOR 10:CDI ZONE MONITOR 11:LBM LOOP BOOSTER MODULE

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Auxiliary Modules

Any Input (MMX) module can be defined as logical type AUXILIAR Y.

T o make use of several special Control Matrix facilities, certain input modules must be defined as logical type AUXILIARY. Auxiliary modules:

a. Cannot generate an ALARM of FIRE, b. Are not included in Zone operations, c. Must be referred to individually (not by

zone) in Control Matrix records,

d. Generate non-latching Control Matrix

output operation, e. Are treated in the usual way, if faulty, f. Cannot have a delayed output.

It is essential that the correct type of Module is used.

Loop Boosters

Only the following parameters can be edited:zone, cell and (network zones) reference numbers, location text, short-circuit supervision option (default ON), fault verification delay, priority polling and LED blink mode. The following cannot be edited: alarm supervision option (always OFF), open-circuit supervision option (always ON) and alarm verification delay.

5.1.4.2 Edit Device Zone or Cell

The procedure for modules is identical to that described for sensors (Section 5.1.2.2).

5.1.4.3 Edit Device Location Text

The procedure for modules is identical to that described for sensors (Section 5.1.2.3).

5.1.4.4 Edit Module Supervision Options

The alarm, short-circuit and open-circuit supervision options can be configured. They are the means of enabling or disabling supervision of FIRE alarms, short-circuit faults and open-circuit faults and relate to the monitored load. They indicate that standard termination supervision is checked (ON) or ignored (OFF) respectively. See Section 13 for recommendations.

The ZMX module supervision options are configured as for the CDI and other modules and should be left at their default setting.

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Alarm Supervision

Set the alarm supervision ON or OFF. Note: It is not possible to set Manual Call

Points (device type MCP) ALARM threshold to OFF.

Short- and Open-Circuit Supervision

The method of selection is the same as shown for Alarm Supervision.

For CDI and ZMX the S/C supervision option is not supported. It is set to OFF and cannot be changed (a short-circuit in the supervised zone is detected as a fault of open-circuit).

Note: Control Modules CMX used as outputs

and with the ‘tabs’ snapped of f, and the 10-way Control Modules, must have the O/C sensitivity set to OFF, otherwise they will remain in an open circuit fault condition.

5.1.4.5 Edit Verification Delay

Edit module verification delays in the same manner as described for sensors (see Section 5.1.2.5). See Section 13 for recommendations. The ranges for modules are different from those for sensors.

5.1.4.6 Edit Priority Option

Edit priority polling in the same manner as described for sensors (see Section 5.1.2.6). If CDI or ZMX modules are used to connect conventional MCPs: to meet the response time specified in BS5839 Part 1 para. 20.2(b), set these modules to priority and do not exceed 21 priority devices per loop.

5.1.4.7 Backup Alarm

The default is ‘Normal Alarm Input’. Alarm

Supervision must be set to ON for the options on this menu to take effect.

‘Backup Alarm monitor’ applies only to MON modules on XLSNET . Only set this if the device is intended to relay alarm status from a neighbouring panel to provided backup if the XLSNET fails. The option ensures that alarms are treated correctly by the panel. Do not include the device in zone-specific or devicespecific Control Matrix rules.

MAKE

SELECTION

Device Configuration - Loop n Module nn

1: 2:Backup Alarm Monitor

Normal Alarm Input

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5.1.4.8 Bell and CTRL Module Options

Additional options (SILENCEABLE and NORMAL PULSE) are displayed for CMX modules of types BELL and CTRL.

Module SILENCE Options

This option determines whether a Control Output is switched off when the SILENCE/ RESOUND pushbutton is operated to silence the sounders.

Module PULSE Options

This option also applies to inputs derived from an AUX input module. It determines whether this module, if activated in pulsing mode, will pulse at the standard (default) rate (1 sec ON, 1 sec OFF) or at a slower, user-defined rate and pulse length. This rate and pulse length are defined in the configuration options (see Section 11.4, Pulsing Sounder Modes).

Note: If the loop is heavily loaded with devices

(especially sounders), select SLOW PULSE to ensure adequate synchronisation of sounders.

Note: Only one user-defined rate may be set for

the system in addition to the standard rate.

5.1.4.9 AUX Module Options

AUX modules can be individually selected as logged or not logged. The former is recommended for fire-critical equipment, while the latter is overridden if the ‘Unlatched nonalarm input logging’ option is set to ‘logged’ (see Section 11.11, which also gives further information about these settings).

5.1.4.10 ASPR/MCP/MON/SPRK Options

Select the effect of an open circuit - FAULT gives a fault indication, INDICA TION displays ‘OPEN-CIRCUIT’ on the AUX tab.

5.1.4.11 LED Blink Options

See Section 5.1.2.8.

5.1.4.12 End the Editing Session

The procedure for modules is identical to that described for sensors (Section 5.1.2.9).

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5.2 Configure Group of Devices

This option allows a group of devices to be deleted or all set to the same type. The devices must be at consecutive addresses on the same loop and in the same zone, and if being deleted they must be of the same type.

This example shows the procedure for sensors. The procedure for modules is identical. Y ou cannot mix sensors and modules in this procedure.

To start this option: 1 From the Loop Device Configuration menu,

select the Configure Group of Devices option.

2 Select the loop in which the devices are

fitted.

3 Select either sensor or module.

4 Select the address range by entering the

first address and then the last address. In this example, 10 is entered as the first address, it therefore becomes the lowest address in the range that can be entered for the last address.

Note: GAS sensors require at least three

consecutive sensor addresses. If the selected range has an IIG-1 or IIG-4 device at one of the next two addresses below the range the message ‘This address is not available: GAS sensor occupying one of the previous two addresses.’ is displayed. It is not possible to configure a group of GAS sensors using the Configure Group of Devices option.

NUMERIC KEYS,

THEN

MAKE

SELECTION

NUMERIC KEYS,

THEN

SEE NEXT PAGE

NUMERIC KEYS,

THEN

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5 Select either DELETE or select the device

type to which the group of devices is to be set. Sensor types are defined in Section 5.1.2.1 and module types are defined in Section 5.1.4.1.

6 Either: a. Press to confirm the deletion, or

b. If a device type is chosen, select the zone

into which the devices are to be placed.

7 When all the changes have been made,

press to confirm them. The panel then uses the changed parameters.

FROM PREVIOUS P AGE

EITHER (IF DELETE)

OR (IF ANY SELECTION EXCEPT DELETE)

IF NOT DELETE, USE

NUMERIC KEYS. THEN IN

EITHER CASE

PANEL USES THE

CHANGED DEVICE

CONFIGURATION

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5.3 Learn Devices on Loops

This option allows the panel to detect and automatically configure devices that it finds already connected to the loops. If the panel has already been configured, the panel can amend the details of any installed devices that do not match the configuration.

By default, all sensors on all loops are learnt, then all modules on all loops. Smaller ranges can be selected.

The procedure can be run automatically , or in manual mode (the system pauses on each new learnt device).

5.3.1 Starting the Procedure

To start this option: 1 From the Loop Device Configuration menu,

select the Learn Devices on Loops option.

2 Select the loop from which the learn

process is to begin. If you want to learn the entire system, this should be set to ‘1’.

3 If you want to learn all the devices on the

loop selected in step 2, select SENSOR, otherwise the panel will begin learning from the module addresses on the loop.

4 Select the start address. To learn all the

addresses, set this value to ‘1’.

SEE NEXT PAGE

NUMERIC KEYS,

THEN

NUMERIC KEYS,

THEN

Caution - a false indication of a fully-functional system

is given if the Auto-learn

procedure is used on an

incomplete system.

Input module types are

set to defaults during the

Auto-learn procedure

and may require manual

re-configuration.

Using the defaults through-

out will select the entire

system.

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5 Select the loop at which the learn process

is to end (‘n’ represents the highest loop on the system).

6 If you want to learn all the devices on the

loop selected in step 5, select MODULE, otherwise the panel will stop learning from the sensor address selected in step 7.

Note: If the loop number selected in step 2 is

the same as that selected in step 5, and the type of device selected in step 3 is the same as that selected in step 6, then only that type of device (i.e. SENSORS or MODULES) will be learnt.

7 Select the address of the last device to be

learnt.

Note: If the end address is lower than the start

address, the learn process occurs in the opposite direction to normal. If the start and end addresses are the same (for a single type of device on a single loop),

only one device is learnt. 8 Two options are then available: a. Pause learning only if in error. This is

AUTO-LEARN. Refer to Section 5.3.2.

b. Pause on each new/changed device. This

is MANUAL LEARN. Refer to Section 5.3.3.

FROM PREVIOUS P AGE

NUMERIC KEYS,

THEN

NUMERIC KEYS,

THEN

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5.3.2 Run in Auto-Learn Mode

If you select this option, then: Note: Steps 1 to 3 are omitted if only sensors

were selected in the procedure of Section 5.3.1. The choices made in these steps are only used for new or changed modules, not for unchanged modules that have already been configured.

1 Select whether MULTI devices of type

Acclimate are automatically configured for

Thermal Mode by Zone operation

(Section 5.1.3) or not. The ‘Thermal Mode

by Zone’ option in the device configuration

menu is then set automatically to ‘Y es’.

2 Select a logical device type with which any

MMX modules found during the learn

procedure will be configured.

3 Select a logical device type with which any

CMX modules found during the learn

procedure will be configured.

4 Select the action to be taken if an

unterminated module (or one with broken

tabs) is found during the learn procedure:

a. WARN. The learn procedure halts if an

unterminated module is found.

b. REJECT. The module is not learnt. c. ACCEPT. Options are provided to either

‘accept, monitor termination’ (the module

is learnt and is configured with its open-

circuit supervision set to ON) or ‘accept as

unterminated’ (module is learnt with open-

circuit supervision set to OFF - in this case

a warning message is displayed and you

must confirm that you want this option).

MAKE

SELECTION

MAKE

SELECTION

SEE NEXT

PAGE

MAKE

SELECTION

Auto-learn devices on loops: Start from loop 1 Sensor 1 End at loop 1 Sensor 99 Action on Acclimate (MULTI) sensors:

1: 2:ENABLE Thermal Mode Select by ZONE

DISABLE Thermal Mode Select by ZONE

MAKE

SELECTION

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5 Set the zone into which new sensors or

modules will be placed. If you select the ‘0’ option:

a. If a newly-learnt device replaces an existing

device of the wrong type, it is placed in the same zone as the existing device.

b. If the newly-learnt device is at a previously-

unconfigured address, it is placed in the same zone as the nearest existing (i.e. before the learn process started) device with an address lower than the new device, or in zone 1 if there is no such device. Addressing is carried over from loop to loop and from modules to sensors.

c. GAS sensors require at least three

consecutive sensor addresses. If an IIG-1 or IIG-4 device is found within the address range selected for Auto-learn, the next two addresses are automatically skipped and any devices already found at those addresses are deleted. This happens

even if one or both of the next two addresses is outside the selected range.

Note: If network zones are being used and the

learnt devices need to be split between

zones (because max. of 99 devices per

network zone), new zones are

automatically assigned, numbered

upwards and starting with the entered

zone number.

6 Press to begin the auto-learn process.

7 As the learn process progresses, the status

is displayed. The top two rows are always displayed. The remaining rows are displayed when a new or changed device is found. If an expected device is not found, the bottom row displays DELETED.

Note: If REJECT was selected in step 3, the

message ‘Unterminated Module -

rejected’ is displayed. If WARN was

selected, the options to REJECT or

ACCEPT are provided. There are two

ACCEPT options as described in

step 3c.

FROM PREVIOUS P AGE

REFER TO SECTION 5.3.5 FOR DETAILS OF

THE END OF THE LEARN PROCESS

NUMERIC KEYS,

THEN

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5.3.3 Run in Manual Learn Mode

If you select this option, then:

1 Press to begin the manual learn

process.

2 As the learn process progresses, the status

is displayed.

3 If a difference is found, the process halts

and a menu is displayed (the menu

depends upon the format; two examples

are shown left). If you are asked for a device

type, then after you have made your

selection you will be prompted for a zone

number.

5.3.4 Error Messages

Example messages are shown opposite. The learn process always halts when an error (other than ‘unterminated module’) occurs.

This indicates a general communication fault or inconsistent results from successive scans. It may be due to a faulty device, or an incorrectly-installed loop.

This indicates that a sensor with the wrong protocol has been installed.

This indicates that two or more devices have been set to the same address.

This indicates that the Loop Interface Board (LIB) has stopped responding. If this occurs repeatedly, the panel should be examined by a service engineer.

Additional message (not an error) - if many devices have been learnt, the panel may run

out of temporary buffer memory. Press . The panel then continues its learn process.

REFER TO SECTION 5.3.5 FOR DETAILS OF

THE END OF THE LEARN PROCESS

EXAMPLE MENUS THAT MAY BE DISPLAYED:

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5.3.5 End of Learn Process

1 Press to confirm the changes.

2 The configuration data is written to the

panel’s memory .

If no changes were made, the message shown at left is displayed for a short time.

5.4 Change Zone Number

This option is available at access level 3A if network zones are being used. An entire zone can be renumbered (i.e. all devices moved to another, unoccupied zone). It can be used to overcome duplicate network zones.

Note: If the entered NEW zone already

contains devices, ‘This zone already in

use in this panel’ is displayed. Enter the

number of an unoccupied zone.

IF THE P ANEL HAS FOUND AND CONFIGURED

ANY DIFFERENCES:

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6 Text Editing

6.1 Text Editing Pushbuttons

The Configuration menu includes options to edit the panel text and the zone text. Both options use a text editor, which has a display that is divided into three areas:

a. The panel or zone text. b. A keyboard to edit the text. c Definitions of edit functions for the panel’s

numeric pushbuttons.

Text editing is controlled using the panel’s arrow, select and numeric pushbuttons, as defined below. The maximum length is 32 characters.

Keyboard cursor keys. Move rectangular cursor around the keyboard.

Select key. Enters the current keyboard character into the text.

Repeated operation toggles through accents appropriate to the text character immediately to the right of the cursor (for foreign language use).

Cuts the selected characters from the text and places it on the clipboard. If no character is selected, deletes the text character immediately to the right of the cursor.

Copies the selected characters from the text to the clipboard.

Pastes cut or copied characters into the text. Data remains on the clipboard even if you exit the text editor and then re-enter it.

T oggles between insert mode (text cursor is a vertical bar) and overtype mode (text cursor is a highlighted block).

Keyboard shift key (see Section 6.2).

T oggles the word in which the cursor is located between leading capital, all capitals, and lower case. Has no effect on accented characters.

Selects the character to the right of the cursor. Use the cursor keys to extend the selection. Second operation deselects character or selection.

T ext cursor keys. Move the cursor through the text (either inserting or over-typing).

Exits from the text editor. The option to save changes is displayed.

Exits from the text editor display. The option to abandon changes is displayed.

= =

TEXT

KEYBOARD

ALTERNATIVE

FUNCTIONS FOR NUMERIC PUSHBUTTONS

= =

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THE TEXT CHANGES

TAKE EFFECT

6.2 The Character Set

The lower and upper case keyboards are shown opposite.

6.3 Zone Text Editing

To edit the zone text: 1 From the Configuration menu, select the

Zone Text Editor option.

2 Select the zone from the displayed list of

occupied zones.

3 Use the keyboard display and the panel

pushbuttons to edit the text (see Section 6.1). When the edit is complete,

press .

Note: If instead you press when the edit is

complete, the prompt is ‘Abandon changes’. Press to abandon the changes and return to the Configuration

menu.

4 Press to save the text. The display

returns to the zone list to allow another zone to have its text edited.

Lower Case

Upper Case

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6.4 Panel Text Editing

To edit the text for a panel: 1 From the Configuration menu, select the

Panel Text Editor option.

2 If more than one panel exists on a network,

or if there are repeaters, select the panel or repeater. The illustration is an example only , the displayed options depend upon the network configuration.

3 Use the keyboard display to edit the text in

the same manner as described for zone text editing.

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YES

DOES

EVENT MATCH

ANY INPUT

SET

OUTPUT

TAKE

NO ACTION

7 Control Matrix

7.1 Introduction

The Control Matrix is a tabular method of defining which inputs that have given a fire indication activate which outputs.

The Control Matrix can have up to 512 entries, one per line.

If the event matches more than one <input> definition, all corresponding <output>s operate in parallel.

Note: Certain rules apply where there may be

a decision conflict - see Section 7.4.

WHEN AN EVENT OCCURS, EG:

THE SYSTEM EXAMINES THE ENTIRE MATRIX

TO DEFINE WHETHER AN OUTPUT IS ACTIV A TED BY AN INPUT:

INPUT

E.G. SENSOR

OUTPUT

E.G. BELL

PLACE AN ENTRY IN THE CONTROL MATRIX

<Entry 1 input> activates: <Entry 1 output> <Entry 2 input> activates: <Entry 2 output> <Entry 3 input> activates: <Entry 3 output>

⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓ ⇓

<Entry 512 input> activates: <Entry 512 output>

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TO ENSURE THAT THE PANEL COMPLIES WITH EN54 REQUIREMENTS REGARDING ACTIV A TION OF ALARMS IN EVENT OF FIRE:

7.1.1 EN54 Requirements

Every HONEYWELL panel is factoryconfigured with two default Control Matrix entries.

Any alarm input anywhere on the system will cause all bell devices, and those internal sounder circuits configured as sounders, to operate immediately in ‘steady’ mode (i.e. they are switched on to sound continuously).

The EV ACUA TE function will operate all BELL circuits.

Note: Sounders 3 and 4 will only be activated

if they are configured as sounder outputs and not relays.

IMPORT ANT - EN54 COMPLIANCE

The default entries may not be appropriate to your installation. However , if you delete either or both defaults it is then your responsibility to ensure that the installation complies with the requirements of EN54-2.

<EVACUATE PUSHBUTTON> activates: <ALL BELLS>

IS THE DEFAULT CONTROL MATRIX ENTRY. I.E.

AN ADDITIONAL ENTRY IS ALSO FACTORYCONFIGURED:

I.E.

It is your

responsibility to

ensure compliance

with EN54-2.

IF YOU DELETE A DEFAULT ENTRY :

<ANY INPUT> activates: <ALL BELLS>

Control Matrix Configuration 2

INPUT: ALARM: ANY ZONE OUTPUT: ALL ZONES, BELL =edit/delete *=new entry X=cancel

Control Matrix Configuration 1

INPUT:

EVACUATE P/Button OUTPUT: ALL ZONES, BELL =edit/delete *=new entry X=cancel

‘’

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7.2 Input Categories

V alid inputs are shown below.

CONTROL MATRIX INPUTS

EXTING-

UISHING (b)

Select

System

Before/

after

delay

(a) Additional option 'Remote Fire Output Disabled' is available if such

an output isconfigured.

(b) These inputs do not latch the outputs, i.e. output returns to normal

when cause of its action is removed. Also applies to individual AUX

modules.All other controlmatrix actions are latching.

the type check is carried out on the second activated device (the

one whichcompletes the coincidence). The firstdevice may therefore

be of a different type.It is best to avoid this combinationand place all

devices to be included in the coincidence into a specific zone or cell.

3-devices ormore: typecheck applies to .

(d) This input determinesthe action taken if any MCP isactivated in walk

test. If there is no entry of this type, the action taken will be that

determined by the control matrix entry for the MCP device. In either

case, actions apply only at the local panel except in the case where

both an MCPin walk test entryand an XLSnet areconfigured.

(e) If the panel is on a network, this input can be from a specific panel,

remaining OTHERinputs arefrom any panel.

(f) The use of zone coincidence and type restriction in the same control

matrix entry isnot supported.

(g) XLS

only

all

net only: If enabled in Network Panel Settings, Transfer Flag can

be from aremote panel.

Note: If the panel is on a network, an additional selection of 'fallback'is

given after thepanel selectionis made.

ALARM (Multi-criteria/

MCS in Normal mode)

PRE-ALARM

CELL, ZONE

OR PANEL

SPECIFIED

DEVICE

INPUT FROM

SPECIFIED

ZONES

INPUT FROM

ANY ZONE

CELL

ZONE/

PANEL

Select

Panel &

Zone(s)

Zone

Coincidence

(available only if

input is ALARM

and more than one

zone is selected) (f)

Restricted-

by-type (f)

Select

Cell(s)

Device Coincidence

(if no zone

coincidence &

dependent upon

the restricted-by-type

selection. Pre-alarm and

cell: only 2-device

coincidence available) (c)

Sensor/

Module

Select

Device

IF INPUT IS

ALARM

IF INPUT IS

PRE-ALARM

Select

Zone

Select

Device

VIRTUAL

INPUT

POINT

Select

Point

OTHER (b)

EVACUATE (e)

RESET

SILENCE

MCP IN

WALK

TEST (d)

TRUE

TRANSFER

FLAG

Specify

Panel

Any

Panel

Select

Flag (g)

NON-FIRE (b)

CELL, ZONE

OR PANEL

INPUT FROM

SPECIFIED

ZONES

INPUT

FROM

ANY ZONE

CELL

ZONE/

PANEL

Select

Panel &

Zone(s)

Select

Cell(s)

SPECIFIED

DEVICE

Select

Zone

Select

Device

PANEL

INPUT 1

PANEL

INPUT 2

XLSnet only:

Specify

Panel

VIRTUAL

INPUT

POINT

Select

Point

DISABLEMENT (a) (b)

ZONE GENERAL

PANEL

SOUND-

ERS

Select

Zone(s)

VIRTUAL

INPUT

POINT**

Select

Point

** This option is

not yet available

FAULT

ZONE GENERAL

PANEL

INPUT

FROM

SPECIFIED

ZONES

INPUT

FROM

ANY

ZONE

Select

Panel &

Zone(s)

VIRTUAL

INPUT

POINT**

Select

Point

Select

Panel &

Zone(s)

Select

Device

2-Devices

coincidence

ALARM

Multi-criteria/MCS

Alarm Mode

Normal

(Combined)

Thermal-only

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XLS80e Fire Alarm Control Panels

Inputs at a panel on the network

Relationships can be defined between inputs at one panel and outputs at another panel.

Outputs are applied only at the panel which directly controls them (as stand-alone panels), but inputs may be defined as originating at a different panel. To relate an output operation on a device supervised by one panel to an input originating at another, the Control Matrix must be edited at the panel which supervises the device.

Note:For Network inputs, the definition of

‘Device Coincidence’ depends upon the definition of the input:

Input Device Coincidence

Specified zone on another panel

Any zone on any panel

Two sensors in alarm in the specified zone

Two sensors in alarm anywhere in the network (including on different panels)

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7.3 Output Categories

Possible output devices or categories in a Control Matrix entry are shown below.

SPECIFIED

DEVICE

EXTINGUISHING

ACTIVATE

OUTPUTS

Restricted-

by-type (b)

CELL

ZONE

Select

Zone(s) (a)

Select

Cell(s)

Select

Circuit

Select

Module

CONTROL MATRIX OUTPUTS

Select

Zone

Select

Flag

TRANSFER

FLAG

ALL

OUTPUTS

SOUNDER/

RELAY

CIRCUIT

Steady/Pulsing

(NOT applicable if

input is DISABLEMENT,

RESET*, SILENCE* or

MCP in walk test*)

Delay

(NOT applicable if input

is DISABLEMENT, RESET,

SILENCE or MCP in walk test.

EXTINGUISHING:

see note [c])

TIME OF DAY

Select

END OF ENTRY

All times

(not applicable if

input is TRUE)

All times

Logic

Output (f)

Logic

Select

System

Select

Alarm

Operation

Soak

(if applicable

to selected

Alarm

Operation)

SPECIFIED

DEVICE

EXTING-

UISHING

ACTIVATE OUTPUTS

Restricted-

by-type (b)

CELL

ZONE

Select

Zone(s)

(a)

Select

Cell(s)

Select

Circuit

Select

Module

Select

Zone

DISABLE ACTIONS

ALL

OUTPUTS

SOUNDER/

RELAY

CIRCUIT

Steady/Pulsing

TIME OF DAY

Select

END OF ENTRY

Select

System

Select

Non-Alarm

Operation

Timer adjust

(available for

some

Non-Alarm

Operations

only)

Select

Flag

OTHER

Logic

Output (f)

Logic

SPECIFIED

DEVICE

ZONE(S)

(d)

SOUNDER/

RELAY

CIRCUIT

Sensor/

Module

Select

Zone

Select

Zone

Select

Device

Select

Circuit

Select

Zone(s)

MUTE

BUZZER

SILENCE

SOUNDERS

SYSTEM

RESET

TRANSFER

FLAG (f)

INPUT:

ALARM

(including Thermal-only Alarm)

INPUT:

PRE-ALARM

FAULT

DISABLEMENT

EVACUATE

TRANSFER FLAG

INPUT:

EXTINGUISHING

RESET

SILENCE

MCP in walk test

INPUT:

NON-FIRE

(a) If ANYZONE isselected, the internal soundercircuits are included.

(b) Sounders 3 & 4 can be configured as volt-free relays, but are referred to as Sounders in the control matrix.

Selecting ALL OUTPUT MODULES will drive sounders 1-4, even if 3 or 4 are set as relays. ALL SOUNDER

OUTPUTS will drive sounders 1 and 2, and 3 and 4 only if they are configured as sounders. ALL CONTROL

OUTPUTS will drivesounders 3 and 4only if they areconfigured as relays.

selected, a special'activation delay' range isprovided.

(d) The 'Disablement from a remote panel or switch' option in the Panel Settings 'Disablement Options' menu

determines whatis disabledin the zone(sensors only,all inputs [default] orall inputsand outputs).

(e) Available onlyif at least oneMulti-criteria sensor has beenconfigured for 'Thermal Modeby Zone'.

(f) TRANSFER FLAG also available when input is TRUE. 'Logic Output' available only if the input is ALARM,

PRE-ALARM, NON-FIRE, anotherTRANSFER FLAG or TRUE.

(g) Action occurs only wheninput isswitched from opento closed.

input output

Note: The output zone doesnot have to bethe same as theinput zone.

INPUT:

TRUE

* = single

pulse

SET

THERMAL-

ONLY

MODE (e)

Select

Zone(s)

NIGHT

MODE (g)

DAY

MODE (g)

EXTEND

DELAY (g)

OVER-RIDE

DELAY (g)

VIRTUAL

OUTPUT

POINT

Select

Point

Mode

1or2

VIRTUAL

OUTPUT

POINT

Select

Point

Mode

1or2

VIRTUAL

OUTPUT

POINT

Select

Point

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7.4 Output Modes

In addition to its category (see Section 7.3), you may configure the output to operate in one of four modes. These give combinations of immediate or delayed, steady or pulse operation, where:

Delay is user-programmable up to 10 minutes in 5 second intervals.

Steady = continuous. Pulse = alternating periods of either

1 second 'ON', 1 second 'OFF', or the userdefined pulsing periods (see Section 11.4, Pulsing Sounder Modes).

Neither pulse nor delay are applicable for certain categories of input.

For example, the silence/resound action for sounders is pre-defined and need not be programmed.

OUTPUT MODES:

iii

INPUT OUTPUT

IF INPUT IS:

THEN OUTPUT IS ALWAYS:

SINGLE 5-SECOND

PULSE, THEN ‘OFF’

x10

211109 87

6 5 4 3 2 1

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THESE RULES CAN BE USED:

IF TWO INPUTS TRY TO ACTIVATE THE SAME OUTPUT IN DIFFERENT MODES, THE OUTPUT MODE IS SET ACCORDING TO TWO RULES:

Decision Conflict

Decision Conflict occurs when two Control Matrix entries try to set an output in two different modes at the same time. Precedence rules then apply.

Use of Decision Conflict in Configuration Example: Configure two Control Matrix entries

with identical input categories. One output is immediate pulse, the other delayed steady:

a. The pulse mode is immediate, so will have

priority over the delayed steady mode.

b. At the end of the delay, the steady mode

will have priority over the pulse mode.

The output is therefore in pulse mode for the delay time, then it changes to steady mode.

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7.5 Review/Edit Control Matrix

This option allows you to examine the existing Control Matrix entries and amend or delete individual entries.

7.5.1 Review Entries

Use the and arrows to step through the entries. Each entry has the format INPUT

definition OUTPUT definition. The order in which the entries appear has no significance.

The # number is a delay number, for reference only.

If there are several delayed actions sharing the same delay, they are shown as separate entries. In this example two entries with different inputs and the same output use the same delay but with different periods.

It is also possible for two entries with the same input but different outputs to share a delay , but the periods must be the same.

If a Control Matrix entry has a time-of-day program configured, press to view the

time-of-day settings, and press to return to the input and output display .

FOR EXAMPLE:

A DELAY MA Y BE SHARED:

A TIME-OF-DAY PROGRAM MA Y EXIST:

Control Matrix Configuration 5

INPUT: Control Matrix input definition OUTPUT: Control Matrix output definition =edit/delete *=new entry X=cancel

Control Matrix Configuration 18

INPUT: ZONE 3 (Coincidence) OUTPUT: (Sounder Delay #1 48s) ZONE 4, BELL (Pulsed) =edit/delete *=new entry X=cancel

Control Matrix Configuration 3

INPUT: ZONE 5 OUTPUT: (Sounder Delay #2 64s) ZONE 6, BELL =edit/delete *=new entry X=cancel

Control Matrix Configuration 4

INPUT: ZONE 6 OUTPUT: (Sounder Delay #2 80s) ZONE 6, BELL =edit/delete *=new entry X=cancel

Control Matrix Configuration 11

INPUT: ANY ZONE OUTPUT: (Time-of-day dependent) Internal SOUNDER Cct.3 =edit/delete *=new entry X=cancel

Control Matrix Configuration 11

(Time-of-day dependent)

Not effective at following times:

-MTWTF- 0830-1730 0000-0000 S-----S 0000-0000 0000-0000

=edit/delete *=new entry X=cancel

Control Matrix Configuration 9

INPUT:ALARM: Virtual Input Point 8 OUTPUT:(Sounder Delay 40s) Virtual Output Point 512 =edit/delete *=new entry X=cancel

INPUTS AND/OR OUTPUTS MAY BE VIRTUAL:

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7.5.2 Edit Entries

This option allows existing entries to be edited or new entries to be created, and allows existing entries to be deleted.

7.5.2.1 Amend or Create Entry

Press to edit the currently-displayed entry (via the AMEND/DELETE options screen), or

to create a new entry .

YOU WILL NEED TO AMEND OR DELETE THE DEFAULT ENTRIES (SECTION 7.1.1), OTHERWISE THEY WILL OVERRIDE ANY CREA TED ENTRIES.

The top line of the display changes to either ‘Amend Existing Control Matrix Entry’ or ‘Create New Control Matrix Entry’, depending upon the selection made. The examples given in Section 7.6 all use the latter .

7.5.2.2 Delete Entry

Press to delete the currently-displayed entry (via the AMEND/DELETE options

screen). To delete a delayed entry it is necessary to delete both parts.

Note: When this display is reached the printer

logs the deletion. If you subsequently press , the printer prints an EDITED CHANGES CANCELLED message.

SEE SECTION 7.6 FOR THE

PROCEDURE

FROM THE INPUT/OUTPUT DISPLAY :

EITHER: OR:

THE CONTROL MATRIX

ENTRY IS DELETED

Control Matrix Configuration 5

1: 2:DELETE ENTRY

AMEND ENTRY

Control Matrix Configuration 5

INPUT: Control Matrix input definition OUTPUT: Control Matrix output definition =edit/delete *=new entry X=cancel

Control Matrix Configuration 5

INPUT: Control Matrix input definition OUTPUT: Control Matrix output definition =edit/delete *=new entry X=cancel

Control Matrix Configuration 5

1:AMEND ENTRY 2:DELETE ENTRY

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7.6 Defining a Control Matrix Entry

There are two stages to amending/creating a Control Matrix entry:

a. Create the input definition. b. Create the output definition. When amending an existing entry, at each

stage the initially-highlighted item will be that which is closest to the current entry .

7.6.1 Input Definitions

Select the input from the list. Subsequent steps depend upon which input is selected.

Configure the zone numbering type in the panel settings BEFORE creating any Control Matrix rules (otherwise the rules must be manually checked to ensure that the correct zones are referenced). The panel does not perform any automatic conversion.

It is possible to cross-reference between network and local zone numbers (see Section 14.1.2).

FROM SECTION 7.5.2.1

IF OPTION 7 SELECTED:

IF OPTION 1 (ALARM) IS CHOSEN:

7.6.1.1 ALARM

The first display allows definition of the effect of alarms from Multi-criteria sensors that have a thermal-only mode:

a. If the first option is selected, then the

Control Matrix input will be activated by any alarm from the sensor.

b. If the second option is selected, then the

Control Matrix input will be activated only by a thermal alarm. Any Control Matrix rules for which the input is normal alarm from the device will also be activated. This option applies only to Acclimate and MCS sensors.

To define the ALARM input: a. For Multi-critera sensors in Normal alarm

and for all other types of sensor, follow steps 1 to 12 below.

b. For Multi-critera sensors in Thermal-only

alarm, refer to the description at the end of this section.

Create New Control Matrix Entry Define Matrix INPUT: Please select:For MULTI-CRITERIA/MCS sensors:

1: 2:Special Thermal-only Alarm

Normal (Combined) Alarm

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1 Select one of ‘Cell, Zone or Panel’ (go to

step 2), ‘Specified Individual Device’ (step 7), or ‘Virtual Input Point’ (step 10).

2 If ‘Cell, Zone or Panel’ is selected, you are

then prompted for a specific panel (Step 3) or ANY p anel for an input.

3 If ‘Input from SPECIFIED Panel’ is selected,

you are asked to specify a particular panel number. The * and initial cursor position indicate the local panel. The * remains fixed, the cursor is movable. Select a panel from the list.

4 If the current panel is selected specify

whether the Control matrix rule is to apply for Normal or Fallback network operation.

5 Select ZONE or PANEL or CELL. Note: If no cells are configured (Sections

5.1.2.2/5.1.4.2) the ZONE or PANEL/ CELL selection screen is bypassed.

SELECTION OF EITHER NETWORK OPTION AT STEP 4 OR IF ‘ANY’ WAS SELECTED AT STEP 2, DISPLAYS THE FOLLOWING SCREENS:

Zone Coincidence 6 These options are provided if the input is

from Any Zone or from a range of zones. They are intended for use with the Extinguishing System, although are available for any ‘Alarm’ input. Select the required option. SINGLE Zone and 2 Zones are always available; the remaining options are only displayed if they are configured in the panel settings (Section 11.21). In the illustration, ‘n’, ‘p’ and ‘q’ each represent a number in the range 3-99.

Multiple zone co-incidence: for the

Control Matrix entry to be valid,

the number of co-incident zones

must not exceed the chosen zone

range.

The use of zone coincidence and

restricted-by-type in the same

Control Matrix entry is not

supported.

IF SPECIFIED P ANEL:

IF CELL, ZONE OR PANEL:

Create New Control Matrix Entry Define Matrix INPUT: Please select:ALARM

1: 2:Specified Individual Device 3:Virtual Input Point

Cell, Zone or Panel

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IF CURRENT PANEL: Restricted by T yp e

7 Either select ANY INPUT DEVICE TYPE

(includes Virtual Input Points) or restrict to one of the types in the list.

Options 9 to 11 are provided for use with the Extinguishing System, although they are available for any ‘Alarm’ input. Item 10 can be used in the case that a manual release switch configured as an MCP is only to be operable if there is an alarm. The switch must be in the same zone as the sensor (ensure there are no other MCPs in the zone).

Note: There is no ‘T ype’ for Gas Sensors. Gas

Sensors which are configured for Technical Alarm are included with Fire Alarms by the Control Matrix. Use the Individual Device, Zone(s) or Cell(s) input selections to specify Gas Sensor(s) and to separate out Control Matrix actions dependent upon Technical Alarms or Fire Alarms.

Device Coincidence

Note: These options are only displayed if the

following are both true: Option 1 (Single Zone) is set in step 6 and the option selected in step 7 is not option 9, 10 or 11 (since these already include a coincidence).

Note: For device coincidence to occur the

devices in alarm must normally be in the same zone or cell. However, for cells only the devices can be in a range of cells if the panel setting is so configured (see Section 11.21).

8 Select the required option. SINGLE DEVICE

and 2 Devices are always available; the remaining options are only displayed if they are configured in the panel settings (Section 11.21). In the illustration, ‘n’ and ‘p’ each represent a number in the range 3-99.

IMPORTANT

To avoid configuring MCPs into the coincidence group you must configure two separate Control Matrix entries:

i The first entry should define the MCP input

type (e.g. ‘ANY MANUAL CALL POINT’) as ‘SINGLE DEVICE’ (no coincidence).

ii The second entry should define an input

type (for example ‘ANY ANALOGUE SENSOR’, which includes HEAT, ION, OPT, LASR and MULT sensors) to which coincidence will apply .

EN54-2: 7.1.4

CAUTION:

Do not include MCPs in a

coincidence group.

If ‘ANY Zone’ is selected in step 12, then for device coincidence to occur the devices must:

either be in the same panel (or network) or be in the same zone

depending upon the ‘ANY ZONE’ panel setting (Section 11.21).

The use of zone coincidence and

restricted-by-type in the same

Control Matrix entry is not

supported.

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9 If the ‘Specified Individual Device’ option is

selected at Step 1 specify the panel and its device.

10 If the ‘Virtual Input Point’ option is selected

at step 1, use the zone and point numbers to select the required point. The Virtual Input Point text is displayed beside each

point; press the button to display ‘Located in Zone n’, where ‘n’ is the point’s

zone number (if there is no zone text configured the zone number is always displayed).

Note: Remote panels - enter the point’s

number. No check is made on whether the point is in a zone.

Create New Control Matrix Entry Define Matrix INPUT: Please select:ALARM

1:Cell, Zone or Panel 2:Specified Individual Device 3:Virtual Input Point

Create New Control Matrix Entry Define Matrix INPUT: Please select:From ZONE ( digit )

ANY Zone

Create New Control Matrix Entry Define Matrix INPUT: Please select:Virtual Input Point ( digit )

2:Interface Box

60:Another Virtual Input Point

1:Point from External Unit

11a If the local panel is selected, specify

whether the Control Matrix rule is to apply for Normal or Fallback network operation

11b Selecting ANY panel at Step 8, specify

SENSOR or MODULE.

12 Select device from ANY zone, or from a

specific zone, or from a range of up to 32 zones (select first zone and use the pushbutton to extend the selection;

selected zones are shown in inverse text).

CELL

If you selected CELL instead of ZONE, enter the cell number in the specified range. Device coincidence is available but limited to two devices. No further options are provided; for cells the input device is always ANY INPUT DEVICE TYPE.

THERMAL-ONL Y ALARM

The Multi-criteria sensors can be selected by zone (Any or specified) or by individual device.

Device coincidence is available BUT ONLY FOR 2 DEVICES. No other options are provided.

Create New Control Matrix Entry Define Matrix INPUT: Please select:Virtual Input no. (1-64): 1

Create New Control Matrix Entry Define Matrix INPUT: Please select:THERMAL ALARM

1: 2:Specified Individual Device

ZONE or PANEL

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IF OPTION 4 (DISABLEMENT) IS CHOSEN:

IF OPTION 3 (FAULT) IS CHOSEN:

IF OPTION 2 (PRE-ALARM) IS CHOSEN:

IF OPTION 5 (NON-FIRE ACTIV A TION) IS CHOSEN:

7.6.1.2 PRE-ALARM

To define the PRE-ALARM input, select option 2 from the Configuration Menu. Follow the procedure as for ALARM. The ‘Zone’ and ‘greater than 2 devices’ in coincidence options are not available for PRE-ALARM.

7.6.1.3 FAULT

ZONE

Select a zone. ANY Zone includes PSU, panel and system faults that are not attributable to a zone.

General Panel Fault

Selects any fault as the input.

Virtual Input Point

Future development.

7.6.1.4 DISABLEMENT

Select ZONE or one of the other disablement options from the menu.

ZONE

Select a specified panel, or any panel, as the input. No further input options are displayed.

General Panel Disablement

Select the required output option. Note: A general output panel disablement is

defined as ANY input OR output that causes the DISABLEMENT LED to light.

Sounders Disabled

Select which sounder outputs are to be disabled.

Remote Fire Output Disabled

Select the required output module/relay option.

Virtual Input Point

Future development.

7.6.1.5 NON-FIRE ACTIVATION

Follow procedure as for ALARM or PRE-ALARM. The input must be of type AUX. Zone and Device coincidence options are not available. This option also allows panel input 1 or 2 to be selected as the input (on XLSNET only , the p anel number can be selected).

Create New Control Matrix Entry Define Matrix INPUT: Please select:PRE-ALARM

1: 2:Specified Individual Device 3:Virtual Input Point

Cell, Zone or Panel

Create New Control Matrix Entry Define Matrix INPUT: Please select:NON-FIRE ACTIVATION

1: 2:Specified Individual Device 3:Virtual Input Point

Cell, Zone or Panel

Create New Control Matrix Entry Define Matrix INPUT: Please select:NON-FIRE ACTIVATION

3:Virtual Input Point 4:Panel Input 1 5:Panel Input 2

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IF OPTION 6 (OTHER EVENTS) IS CHOSEN, SUBMENU IS DISPLA YED:

IF OPTION 6 (EXTINGUISHING SYSTEM) IS CHOSEN:

SELECT THE OUTPUT DEVICE

7.6.1.7 OTHER EVENTS

The EVACUATE Pushbutton, RESET Pushbutton, SILENCE SOUNDERS Pushbutton, Manual Call Point in WALK TEST and TRUE input options do not require any further definition (except that EV ACUATE can be from ‘Any’ panel or from a specified panel); when they are selected the next display is the OUTPUT options.

EN54-2: 9.1.2

Use of TRUE to

disable is not

allowed.

The TRANSFER FLAG input requires a flag number to be specified, i.e. the same number as the corresponding Control Matrix output action.

CAUTION:

This product is not compliant

with EN 12094-1.

12094-1

Fire extinguishing installations in

Europe are required to be certified as

compliant to this standard.

7.6.1.6 EXTINGUISHING SYSTEM

The Extinguishing System input requires a system number to be specified, i.e. the same number as the corresponding Control Matrix output action. Up to 32 Systems can exist on the panel. See Section 7.8 Extinguishing System Function for further information.

Select whether the output action is to occur before or after the delay configured in the Control Matrix output statement. BEFORE DELAY does not override the delay; it allows an output to be activated before the timer expires (e.g. use for warning lamps, sounders, and the directional valve). Use AFTER DELA Y for the releasing valve.

The only output for this input category is ‘Specified Individual Module’.

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7.6.2 Output Definitions

Select Activate Outputs to specify immediate action or TRANSFER FLAG when a delayed action is required (used with a time-of-day function).

If you selected TRANSFER FLAG, enter a number. If Activate Outputs was selected, choose the output from the list. Subsequent steps depend upon which output is selected.

The Extinguishing System output definition is described in Section 7.6.2.4.

‘DISABLE Actions is only available if the INPUT is NON-FIRE ACTIVATION or TRUE. ‘Other Actions’ is only available if the INPUT is NON-FIRE ACTIVATION. It provides eight output options as shown.

7.6.2.1 Specified Individual Module

From the Activate Outputs menu, select option 1 to specify an individual module as the output.

1 Select the zone to display a list of modules

in that zone (or ANY Zone if the zone is not

known). 2 Select the required module from the list. Note: If you select an input module (e.g. an

MCP) as an output, the Control Matrix action will only be to turn on that module’s LED.

Note: A Loop Booster can only be selected as

an individual device if the input is NONFIRE ACTIVE and the output is ‘DISABLE Actions’. If the Loop Booster’s zone is included in an output the other devices in the zone are activated but the Loop Booster is not, even if the Restricted by Type is ALL OUTPUT MODULES. Operation of the Loop Booster is controlled automatically by the panel and not by the Control Matrix rules.

3 Pulsing, Delay and Time-of-Day options

become available (see Section 7.6.2.2)

depending upon the Control Matrix input

definition (Time-of-Day is always provided).

ACTIVATE OUTPUTS: IF OPTION 1 (INDIVIDUAL MODULE) IS CHOSEN:

Create New Control Matrix Entry Define Matrix OUTPUT: Please select:-

1: 2:SILENCE SOUNDERS 3:SYSTEM RESET 4:TRANSFER FLAG

MUTE INTERNAL BUZZER

Create New Control Matrix Entry Define Matrix OUTPUT: Please select:-

5: 6:System in DAY mode 7:Extend Investigation Delay 8:OVER-RIDE Sounder/Investig. Delays

System in NIGHT mode

Create New Control Matrix Entry Define Matrix OUTPUT: Please select:-

1: 2:ALL OUTPUTS: Cell, Zone or Panel 3:SOUNDER/RELAY CIRCUIT 4:Virtual Output Point

Specified Individual Module

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7.6.2.2 All Outputs: Cell, Zone or Panel

Note: If no cells are configured (Sections 5.1.2.2/

5.1.4.2) the ZONE or CELL selection

screen is bypassed.

Select ZONE if a specified zone is to be the output.

Select CELL if a specified cell is to be the output.

ZONE 1 Select whether the output zone is the same

as the input zone or not.

Note: If network zones are used and the

output zone is the same as the input

zone, the selected zone must be local

to this panel, irrespective of its zone

number.

2 If the output zone is NOT the same as the

input zone, select it (or a range up to 32) from the displayed list.

Restricted by T yp e 3 Either select ALL OUTPUT MODULES or

restrict to one type of module. Select the type.

If an output delay is to be imposed, the delayed outputs to sounders must be separated from delayed outputs to other kinds of output. Do not select the type ALL if delays are to be imposed.

If ALL OUTPUT MODULES or ALL SOUNDER MODULES are selected, the internal sounder circuits are included in the output category .

Virtual Output Points are included with ALL OUTPUT MODULES, and with either ALL SOUNDER MODULES or ALL CONTROL MODULES depending upon their configured type (BELL/SOUNDER or CONTROL MODULE).

Note: The above configuration should be used

if a special operation, not covered by

standard CDI configuration, is required.

For resetting standard CDI or ZMX units

only , there is no need to create specific

Control Matrix entries. Instead,

designate the modules as type CTRL

and then individually link to RESET.

IF OPTION 2 (CELL/ZONE/P ANEL) IS CHOSEN:

(THIS STEP ONLY IF

INPUT WAS ‘ANY

ZONE’)

(THIS STEP

OMITTED IF SAME

ZONE AS INPUT)

TO NEXT PAGE

Note: There is an operation limitation in using a

module type ‘CDI’ as an output. For this to work ensure that the ALARM supervision option of the module is set to OFF, which disables its normal function as a CDI input. A standard CMX module should be used for this purpose rather than a CDI or ZMX unit; although the type designation ‘CDI’ is still used it is not literally true in this case.

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XLS80e Fire Alarm Control Panels

Pulsing Option

This selection is not available for the following inputs: DISABLE, SILENCE, RESET, MCP IN WALK TEST, or TRANSFER FLAG , nor for the following output categories: DISABLE, MUTE BUZZER, SILENCE, RESET, TRANSFER FLAG or EXTINGUISHING SYSTEM.

4 For other input/output configurations, select

STEADY for a continuous output or

PULSING for a pulsed output - the pulse is

then set for each device (Section 5.1.4.7)

either at 0.5Hz or at a slower, user-defined

rate (Section 11.4).

Delay Option

This selection is not available for the following inputs: DISABLE, SILENCE, RESET, MCP IN WALK TEST, NON-FIRE, EXTINGUISHING or TRUE, nor if the output is specified as SAME ZONE AS INPUT.

5 For other input/output configurations, if

required set a delay time in the range 5 to

600 seconds (0 selects IMMEDIA TE, i.e. no

delay). Note: Any Sounder or Sounder/Relay circuits

that are configured as Remote Fire Outputs will not be delayed; the Day Mode function (Section 11.19) must be used to delay Remote Fire Outputs.

6 If you select a delay time in step 5, select

either SOUNDER DELAY for delays that

must be turned on by a user action at access

level 2 (XLS80e Series Operating Manual

Section 7.5), or CONTROL DELAY for

unconditional delays. If SOUNDER DELA Y

(CANCEL with ‘EXTEND’) is selected, the

Control Matrix entry is cancelled by the

panel’s EXTEND DELA Y pushbutton - see

opposite for example usage. SOUNDER DELAY - further information.

Select this option to delay any sounders from operating immediately, even if different sounders are scheduled to operate immediately on the same alarm. Do NOT select delayed sounders if this timer is used only to change the mode of operation of the sounders (i.e. from pulsing to steady) in accordance with the precedence rules as described in Section 7.4 Use of Decision Conflict in Configuration, use CONTROL DELA Y instead.

FROM PREVIOUS P AGE

(THIS STEP ONLY IF

A DELAY TIME IS

SET)

TO NEXT PAGE

CAUTION - It is the installer’s

responsibility to check that the above

requirements are complied with. If

not, misuse of this option could render

the system EN54 non-compliant.

INPUT OUTPUT DELAY

Any Zone All Sounders Sounder Delay

30s extendable

Any Zone All Sounders Sounder Delay

10 minutes

Example Sounder Delay (Cancel with ‘Extend’)

In this example, if EXTEND DELAY is not pressed within 30 seconds the sounders operate after that time. If EXTEND DELA Y is operated within 30 seconds, the sounders operate after 10 minutes. Both rules are cancelled by SILENCE SOUNDERS or RESET.

Create New Control Matrix Entry Define Matrix OUTPUT: Please select:DELAY TIME? (sec: 0-600: 0=IMMEDIATE)

1: 2:CONTROL DELAY 3:SOUNDER DELAY (CANCEL with 'EXTEND')

SOUNDER DELAY

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Time-of-day Option

Note: Section 7.7 describes a non-EN54

compliant method of providing a time-

of-day option for disabling a zone.

7 If a time-of-day period is required during

which the Control Matrix entry does not take effect, then select ONLY AT CERTAIN TIMES OF DAY, otherwise select EFFECTIVE A T ALL TIMES.

8 Edit the required period as described in

Section 9.

CELL

If you selected CELL instead of ZONE, enter the cell number in the specified range. No further options are provided; for cells the output is always ALL OUTPUT MODULES. There is no ‘SAME CELL AS INPUT’ option.

7.6.2.3 Sounder/Relay Circuit

This procedure is the same as that described for ALL OUTPUTS except that a specified sounder or relay circuit (available circuits are dependent upon panel hardware configuration) is selected instead of a zone and device.

7.6.2.4 Virtual Output Point

1 Use the zone and point numbers to select

the required point. The Virtual Output Point text is displayed beside each point; press

the button to display ‘Located in Zone n’, where ‘n’ is the point’s zone number (if

there is no zone text configured the zone number is always displayed).

2 Select the activation mode. This option is

not available if the Virtual Output Point is associated with OUTPUT ‘Disable Actions’.

Note: Delays may be available depending

upon the INPUT (see Section 7.3).

Time-of-Day is always available.

IF OPTION 3 (SOUNDER/RELA Y CIRCUIT) IS CHOSEN:

FROM PREVIOUS P AGE

(THIS STEP ONLY IF ‘CERT AIN TIMES OF

DA Y’ IS SET)

IF OPTION 4 (VIRTUAL OUTPUT POINT) IS CHOSEN:

Create New Control Matrix Entry Define Matrix OUTPUT: Please select:From ZONE ( digit )

ANY Zone

Create New Control Matrix Entry Define Matrix OUTPUT: Please select:Virtual Output Point ( digit )

11:Stage 12:Green Room

7:Auditorium

Create New Control Matrix Entry Define Matrix OUTPUT: Please select:Mode of operation:

1: 2:Activate in Mode 2

Activate in Mode 1

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2a Select the required release mode:

AUTO - release configuration will apply

when the sensors signal an alarm (the

AUTO/MANUAL/OFF selection is set to

AUTO).

MANUAL - release configuration will apply

when the Manual Release is operated (the

AUTO/MANUAL/OFF selection is set to

either AUTO or MANUAL).

IMMEDIATE - release configuration will

apply when Immediate Release input is

activated (release is immediate and

overrides ABOR T, OFF and HOLD).

Options 1 and 3 allow the HOLD input to

override the release, options 2 and 4 allow

the release to override the HOLD input (for

use with HOLD mode IRI, Section 7.8).

IMMEDIATE RELEASE IS FOR USE

DURING SYSTEM COMMISSIONING

ONLY AND MUST NEVER BE

INST ALLED IN THE MANNED ROOM.

Select whether the release will operate for

a soak period, after which it will turn off, or

whether it will operate indefinitely (until the

panel is reset). The soak period is

configured in the Panel Settings menus and

is the same for all Extinguishing Systems

on the panel.

IF INPUT WAS ALARM:

7.6.2.5 Extinguishing System

1 Select which Extinguishing System the

Control Matrix entry applies to.

CAUTION:

This product is not compliant

with EN 12094-1.

12094-1

Fire extinguishing installations in

Europe are required to be cer tified as

compliant to this standard.

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2b Select the required non-fire (auxiliary

module) action, one of:

a. Aborts the release. b. Sets system to MANUAL ONLY . c. Sets system to OFF. d. Acts as HOLD switch. Timer is either re-

started or extended when HOLD is released, depending upon the activation delay setting (step 3). For use with HOLD modes AHJ and NYC (Section 7.8).

e. Acts as HOLD switch. Timer is paused

when HOLD is operated, and resumes when HOLD is released. For use with HOLD modes ULI and IRI (Section 7.8).

f. The LCD displays ‘Reserve CO2 Bank

Selected’ on the Extinguishing tab.

g. The LCD displays ‘Extinguishant WEIGHT

LOSS Indicated’ on the Extinguishing tab.

3a Select the delay before the output is

activated. It is not possible to set the delay to zero.

3b Select the delay before the output is

activated. If left at the default (which is the value configured in the Panel Settings menu), the HOLD mode is AHJ. If given a greater value, the HOLD mode is NYC. It is not possible to set the delay to zero.

IF INPUT WAS NON-FIRE:

IF INPUT WAS: ALARM (EXCEPT IMMEDIATE)

IF INPUT WAS: NON-FIRE HOLD mode: RESTART or EXTEND timer

AFTER A TIME OF DAY OPTION, THIS

COMPLETES THE OUTPUT DEFINITION

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INPUT NON-FIRE ACTIVATION, IF ANY OF THE ‘OTHER ACTIONS’ OUTPUT OPTIONS 1 TO 8 ARE CHOSEN.

7.6.2.6 Other Output Options

For the MUTE INTERNAL BUZZER, SILENCE SOUNDERS, SYSTEM RESET, TRANSFER FLAG , System in NIGHT mode, System in DA Y mode, Extend Investigation Delay and OVERRIDE Investig. Delay options there are no zone or cell selections. The Time-of-Day option is provided.

Further information about the use of TRANSFER FLAGs is given in Section 7.9.

Note: Actions occur when input switch goes

from open to closed, thus to toggle between Day and Night modes two momentary action input switches are required. An alternative method of achieving this using one switch is described in Section 11.19 step 3.

7.6.2.7 Set to Thermal-Only mode

This menu option is only available if the input is NON-FIRE ACTIV ATION or TRUE. The only selections are zone or range of zones (not cell[s]) and Time-of-Day. While the input is active, all Multi-criteria sensors so configured (Sections 5.1.3 and 5.3.2) and present in the selected zone(s) are set to their L6 ThermalOnly mode.

7.6.3 Completion of New Entry

Press to confirm the new entry.

Note: At this stage, time-of-day options cannot

be reviewed and the delay # number is not determined and is shown provisionally as ‘1’.

If you exceed the maximum number of entries allowed in the Control Matrix (see Section 7.1) the message ‘ERROR: MEMORY FULL’ is displayed.

If, after an existing Control Matrix entry is amended, it is identical to the one it replaces, there is no confirmation prompt and the top line displays ‘Control Matrix Entry Unchanged’.

CONTROL MATRIX

ENTRY TAKES EFFECT

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1 ‘DISABLED’ SET BY TIME-OF-DAY 2 MANUAL ‘ENABLED’ 3 ANOTHER ‘TIME-OF-DAY’-DRIVEN FUNCTION

CHANGES ST ATUS. ‘DISABLED’ IS SET AGAIN

4 ‘ENABLED’ SET BY TIME-OF-DAY

IF TIME-OF-DAY SETTING IS OVERRIDDEN MANUALLY, THE SETTING IS RE-ASSERTED WHEN ANY OTHER TIME OF DAY MODE CHANGES ST ATUS:

19:30

ACTIVENOT ACTIVE

TIME-OF-DAY

ACTIVE

MATRIX

ACTION NOT

ACTIVE

ACTION

NOT ACTIVE

ACTION

ACTIVE

20:00

ENABLED DISABLED ENABLED

20:30 21:00

DISABLED ENABLED

TIME

7.7 Disablement/Enablement Function

This function allows specified zones to be disabled at certain times of day .

An example is shown opposite. The stated period (19:30 to 21:00) is the ‘NOT effective’ phase and it ‘wraps around’ - this is admissable in any time-of-day program. The effect is the same as if the input were an input module manually activated daily between the specified times.

To use this function

Y ou need one Control Matrix entry with TRUE as the input and a time-of-day program and the disablement as the output.

The TRUE option with time-of-day may also be used for outputs other than DISABLE (e.g. for activating a module output).

Note: The minimum duration of a specified

time-of-day period is ten minutes,

therefore, it is not likely to be of use as

a ‘class change’.

However ...

Zones may be disabled or enabled by other means (panel pushbuttons, an external AUX input or with the global Cancel Disablement at Set Time/after Timeout facility). The time-ofday-driven setting will then be re-asserted:

a. By any subsequent time-of-day status

change (even one used for a completely different purpose). In the example shown, a sensor undergoes a time-of-day change of sensitivity at 20:30.

b. At the beginning and end of the configured

period.

EN54-2: 9.1.2

Disablement and

re-enablement MUST be

a manual operation.

THE DISABLEMENT OCCURS WHEN THE TIME OF DA Y PROGRAM IS NOT ACTIVE, E.G.:

CONTROL

MATRIX

DISABLE/

ENABLE

19:30

ACTIVE

NOT

ACTIVE

ACTION

NOT

ACTIVE

ACTION

NOT

ACTIVE

ACTION ACTIVE

21:00

ENABLED DISABLED ENABLED

TIME-OF-DAY

PROGRAM

TIME

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7.8 Extinguishing System Function

7.8.1 Types of Control Matrix Entry

There are three types of Extinguishing System Control Matrix entry:

a Alarm, used to initiate the release in

response to a device or zone in alarm. Up

to 32 separate Extinguishing Systems can

be configured on a panel; the output of the

alarm entry is a reference to one of these. b. Non-fire, used to configure an Auxiliary

module as a device type unique to

Extinguishing Systems. The output of this

entry is a reference to one of the 32

Extinguishing Systems. c. Extinguishing, used to activate/deactivate

a device in response to one or more alarm

and non-fire entries. The input of this entry

is one of the 32 Extinguishing Systems. The 32 available systems work independently

of one another and do not interact. However, it is possible to configure the same input device to influence two or more systems, or (less likely to be used) two or more systems to act on the same output device.

7.8.2 Minimum Configuration

A minimum configuration requires: a. At least one Control Matrix alarm entry. If

an AUTO/MANUAL ONLY switch is

installed, at least two alarm entries will be

required (one for the auto + manual case

and one for the manual only case). If an

IMMEDIA TE release switch is provided, an

alarm entry is required for this case also. b. A Non-fire Control Matrix entry to define

each Extinguishing System-unique switch

on the system (e.g. Abort, Hold etc.). c. An Extinguishing Control Matrix entry for

each module that is activated/deactivated

in response to the alarm and non-fire

entries (e.g. sounders, strobes, direction

valve, release module etc.). More complex systems may require numerous

rules, including alarm rules that do not have an extinguishing system as an output (e.g. a rule to activate sounders when sensors detect an alarm but the extinguishing system is set to OFF).

Use co-incidence rules to prevent non-fire devices activating the release when there is no alarm.

INPUT OUTPUT ASSOCIATED

PARAMETERS

ALARM Exting. Release mode

(zone or System Delay

device) No. n Soak Time

Co-incidence rules

NON-FIRE Exting. Abort/Manual/

(device) System Off/Hold (mode)/

No. n CO2 Reserve/

Weight Loss

Exting. Individual Before/after delay

System Device

No. n

CAUTION:

This product is not compliant

with EN 12094-1.

12094-1

Fire extinguishing installations in

Europe are required to be cer tified as

compliant to this standard.

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7.8.3 Device Selection

All modules that are required to activate a Nonfire Control Matrix entry must be configured as type AUX.

The Immediate release switch should be type MCP or MON.

All modules of type CTRL must be set to nonsilenceable so that the panel’s SILENCE/ RESOUND pushbutton does not control the extinguishant release. Set their open-circuit supervision OFF.

7.8.4 HOLD Options

The HOLD switch may have one of four effects on the delay timer. Each effect has a threecharacter name:

AHJ - When HOLD is deactivated, the timer starts again from its configured value.

To configure on XLS80e: 1 Set non-fire to ‘HOLD mode: RE-START

or EXTEND timer’.

2 Leave activation delay at the panel’s default

value.

NYC - When HOLD is deactivated, the timer starts again from a length of time longer than its configured value.

To configure on XLS80e: 1 Set non-fire to ‘HOLD mode: RE-START

or EXTEND timer’.

2 Set activation delay to a period longer than

the panel’s default value.

ULI - When HOLD is activated, the timer is paused at a configured number of seconds before release. When HOLD is deactivated the timer restarts from this pause time.

To configure on XLS80e: 1 Set non-fire to ‘HOLD mode: Run timer then

PAUSE’.

2 Ensure the Alarm entries are ‘AUTO

Release’/’Manual Release’.

IRI - As ULI but HOLD switch activity is ignored if two or more zones are in co-incident alarm.

To configure on XLS80e: 1 Set non-fire to ‘HOLD mode: Run timer then

PAUSE’.

2 Ensure the Alarm entries are ‘AUTO

Release override HOLD’/’Manual Release override HOLD’.

3 Ensure Alarm entries have the ‘Two or more

Zones COINCIDENCE’ option selected

Control Modules used to

activate the direction

valve and the release

valve MUST be

configured as NON-

SILENCEABLE.

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7.9 Logic Operation with Transfer Flags

A number of Control Matrix entries can be logically combined by using the same Transfer Flag number (range 1 to 128) in their output statement. The input statement must be Alarm, Pre-alarm, Non-fire (AUX), another Transfer Flag or TRUE. Any Control Matrix entries that have the numbered output Transfer Flag in their input statement are then activated in accordance with the logic combination. Example entries are given in Section 7.9.1.

Note: XLSNET only: input statement Transfer

Flags can be selected from a remote panel, but only if this option is enabled in the Network Panel Settings (Section 11.22) on the remote panel.

If an output of the panel (whether referred to explicitly or by its inclusion in a zone, cell or device type) is controlled both by a Control Matrix entry that includes a logical operation and by an entry that does not include a logical operation, the effect is an implied ‘OR’ between these entries.

The available logic options are shown opposite. ‘No logic relationship’ means that the transfer flag is used for another purpose, e.g. to link the output of one entry which has a delay to the input of another entry , which also has a delay .

Restrictions on the availablility and use of transfer flags:

a. If a Transfer Flag number has already been

used for another purpose, it is not available

for logic operations and the Transfer Flag

options are not displayed in the Control

Matrix entry . b. If a Transfer Flag number has already been

used for a logic operation on another

Control Matrix entry, it is not available for

another purpose. The ‘No Logic Relationship’

option is not displayed. The remaining

options are displayed as shown opposite.

7.9.1 Example Logic Operations

Precedence: All entries which have the ‘AND’ operator together with the inverse of all entries which have ‘AND-NOT’ are AND’ed together. The result is then OR’ed with all entries which have the ‘OR’ operator .

Note: The order in which the entries appear

in the Control Matrix has no effect.

If any entries have an AND-NOT operator, there must be at least one entry with an AND operator using the same Transfer Flag.

Example entry in Control Matrix:

The following message is displayed if a Transfer Flag has been used for a logic operation and the current input is not Alarm, Pre-alarm, Non-fire, another Transfer Flag or TRUE:

INVALID: Please select another FLAG

Press any key to returrn to Transfer Flag number entry.

Logic Operations are a

powerful enhancement to

the Control Matrix. Check

all entries carefully to

avoid unexpected results.

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Example 1 - Outputs in Zone 20 are activated

if: Inputs in Zone 3 or Zone 4 are activated, or inputs in both Zone 1 and in Zone 5 are activated (Zone co-incidence) but no inputs in Zone 2 are activated.

The logic statement is: (Zone 1 AND (NOT Zone 2) AND Zone 5) OR

Zone 3 OR Zone 4 will activate Zone 20. This example uses Transfer Flag 26.

Example 2 shows how to use two Transfer flags so that ‘OR’ operations are performed before ‘AND’ operations. Outputs in Zone 20 are activated if any input in Zones 1, 3 or 4 is activated in co-incidence with any input in Zone 5, but no inputs in Zone 2 are activated.

The logic statement is: (Zone 1 OR Zone 3 OR Zone 4) AND (NOT

Zone 2) AND Zone 5 will activate Zone 20. Note: This example uses Transfer Flags 26

and 28. The numbering of Transfer

Flags has no significance other than to

identify them.

Examples 3 and 4 show how to incorporate a delay (delays cannot be included in the same entry as the logical operation).

Example 3 is the same as Example 1 apart from the delay in activating the output, Zone 20.

In Example 4 the delay is on the input, for Zone 3 only .

INPUT ST A TEMENT OUTPUT STATEMENT

Zone 1 Flag 26 [AND] Zone 2 Flag 26 [AND-NOT] Zone 3 Flag 26 [OR] Zone 4 Flag 26 [OR] Zone 5 Flag 26 [AND]

Flag 26 Activate Zone 20

Example 1 - Use of logic operations

INPUT ST A TEMENT OUTPUT STATEMENT

Zone 1 Flag 26 [OR] Zone 3 Flag 26 [OR] Zone 4 Flag 26 [OR]

Flag 26 Flag 28 [AND]

Zone 2 Flag 28 [AND-NOT] Zone 5 Flag 28 [AND]

Flag 28 Activate Zone 20

Example 2 - Use of two Transfer Flags

INPUT ST A TEMENT OUTPUT STATEMENT

Zone 1 Flag 26 [AND] Zone 2 Flag 26 [AND-NOT] Zone 3 Flag 26 [OR] Zone 4 Flag 26 [OR] Zone 5 Flag 26 [AND]

Flag 26 [Delay 60s] activate Zone 20

Example 3 - Logic operations with delayed output

INPUT ST A TEMENT OUTPUT STATEMENT

Zone 1 Flag 26 [AND] Zone 2 Flag 26 [AND-NOT] Zone 3 [Delay 60s] Flag 31

Flag 31 Flag 26 [OR]

Zone 4 Flag 26 [OR] Zone 5 Flag 26 [AND]

Flag 26 Activate Zone 20

Example 4 - Logic operations with delayed input

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Example 5 shows how to arrange inputs (in

this case zones) in priority: i An input from Zone 21 activates sounder

circuit 3, unless ii There is an input from Zone 22, in which

case the sounder circuit is turned off, unless iii There is an input from Zone 23, in which

case the sounder circuit is turned on, unless iv There is an input from Zone 24, in which

case the sounder circuit is turned off. Thus Zone 24 has priority over Zone 23, which

in turn has priority over Zone 22, which in turn has priority over Zone 21.

The logic statement is: (Zone 21 AND (NOT Zone 22)) OR Zone 23)

AND (NOT Zone 24) will activate sounder circuit 3.

7.10 Print Control Matrix

The entire Control Matrix is printed out; there are no further LCD displays, the User Menu is redisplayed.

Example 5 - Input priority

INPUT ST A TEMENT OUTPUT STA TEMENT

Zone 21 Flag 1 [AND] Zone 22 Flag 1 [AND-NOT] Zone 23 Flag 1 [OR]

Flag 1 Flag 2 [AND]

Zone 24 Flag 2 [AND-NOT]

Flag 2 Activate Sounder Circuit 3

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8 Change Passcode

8.1 Introduction

Three levels of passcode are provided: a. Access 2 passcode. This passcode

permits the panel controls to be used, and provides access to all menus except the Configuration menu and some options on other menus as described in Section 12. It can be overridden by the panel keyswitch.

Note: Functions which require use of the

access 2 passcode are described in the

XLS80e Series Operating Manual

(997-474-000).

b. Access 3 passcode. This passcode

provides access to the Configuration menu.

c. Access 3A passcode. This passcode

provides access to advanced features in the Configuration menu.

Note: Access 3 and 3A passcodes also

provide access to some options on other

menus, as described in Section 12.

Incorrect Passcodes

The appropriate passcode must be entered when prompted. See Section 4.4.1 for an example.

If the wrong digits (or an incomplete passcode) are entered, the invalid passcode screen is displayed.

From the Status: NORMAL display , repeat the steps that resulted in the passcode prompt being displayed.

Enter the correct passcode.

IF WRONG PASSCODE, THEN

ENTER CORRECT PASSCODE, THEN

DISPLA YS THE

USER MENU

(SEE SECTION 4.4.1)

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8.2 How to Change a Passcode

The panel is supplied with default passcodes. The manufacturer strongly recommends that

you change the default passcodes after commissioning has been completed.

To change the passcode: 1 From the Panel Settings Menu, select the

Passcode Change option.

2 Select the passcode to be changed. In this

example the access level 2 passcode is

selected for change.

3 Type the new passcode.

FACTORY DEFAULT

84373

000

Access 2

Access 3A

*****

Access 3

111

SEE NEXT PAGE

NEW PASSCODE,

THEN

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FROM PREVIOUS P AGE

REPEAT PASSCODE,

THEN

4 Re-type the new passcode.

5 Press . After a short wait, the new

passcode replaces the original.

This display indicates that the passcode was re-typed incorrectly in step 4 above. The display of step 3 is then re-displayed. Repeat the procedure from step 3.

THE NEW PASSCODE TAKES EFFECT

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9 Time-of-Day Programming

This facility lets you modify the function of the panel at certain times of day. The major timeof-day controlled functions are:

a. Sensor sensitivity (Section 5.1.2.7). b. Control Matrix actions (Section 7.6.2.2). c. Cancelling all disablement conditions on the

panel (non EN54-2 compliant)

(Section 11.7). This section describes how to edit and use a

time-of-day program. Note: A Control Matrix entry can be used to

control the Disable and Enable functions, independent of the Disablement Panel Settings (see Section 7.7, Disablement/ Enablement Function).

Up to seven time-of-day programs can be in operation in any one panel. The programs operate completely independently of each other. Any particular sensor sensitivity or Control Matrix action may be modified according to one of the programs.

9.1 Time-of-day Program Editing

The Time-of-day editing procedure is common to all these applications. A typical program consists of one or two daily periods specified by start and end times, with an optional alternative for weekends. For example, this display:

indicates that from Mondays to Fridays the ‘active’ periods of the program are 08:30 to 10:40 inclusive, and 18:00 to 06:00 the following day . On Saturdays and Sundays the periods are 08:30 to 10:40 and 18:00 to 07:00 the following day .

When editing a Time-of-day program that applies to the Disablement Panel Settings (see Section 11.7), the ‘start’ times of each period are irrelevant and are omitted from the display , which then looks like this:

EN54-2: 9.1.2

Disablement and

re-enablement MUST be

a manual operation.

-MTWTF- 0830-1040 1800-0600

S - - - - -S 0830-1040 1800-0700

-MTWTF- 1040 0600 S - - - - -S 1040 0700

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Note: To specify a ‘complete’ 24 hour period,

split the 24 hours into two parts; e.g. one

running from 00:00 to 12:00 and the

other running from 12:00 to 00:00.

These parts combine to provide the

required ‘24 hour’ day.

It is possible to have no variation with day of the week: in such cases the first line of the program shows:

Also, only one period per day need be specified.

To edit the Time-of-day, use and to move through the time-of-day display and and to alter each setting:

1 If the Time-of-day program applies to a

sensor, set the number of levels MORE or LESS that the sensitivity will alter by (the word MORE changes to LESS and vice versa as you pass through zero).

2 Set which days of the week the top row of

times will apply to, and which days of the week the bottom row of times will apply to (in this example two consecutive days have been changed; this allows you to re-define the ‘weekend’).

3 Set the time periods for the top row, and

then for the bottom row.

Note: The cursor cannot be positioned in the

‘units’ column of the ‘minutes’, because

the minutes are set to 10 minute

increments.

Note: Inadmissible times (i.e. greater than

23:50) are always adjusted down as you

edit.

4 After the last time field, press the

pushbutton to display the manual override option and select manual override either ENABLED or DISABLED (see

Section 9.2).

5 Press to complete the edit.

SMTWTFS 0830-1040 1800-0600

TIME-OF-DAY EDIT IS COMPLETE

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Additional information about time fields

If a ‘start time’ is earlier than the corresponding ‘end time’, a ‘day’ period is assumed; if the ‘start time’ is later than the ‘end time’ the period is considered to be a ‘night’ period. If both start and end times are set to ‘00:00’ the period is regarded as not in use. If both start and end times are the same time, other than ‘00:00’, this is a special program only meaningful in conjunction with ‘manual override’ (see Section 9.2, Manual Override).

Where two daily periods are programmed they may overlap or abut one another without causing the panel to malfunction. However , this practice is not recommended as it may be confusing. Also, if there is an inconsistency between weekdays and weekends, as regards the day and night periods, as in the following example:

the weekday ‘overnight’ period is deemed to end at midnight on Friday and start again at midnight on Sunday. Again, this type of combination should be avoided.

Using an existing time-of-day program 1 When the time-of-day display (but not the

Manual Override option) is shown on the

LCD, press . 2 Use and to step through the existing

time-of-day programs, if any . The maximum

number of programs is seven. 3 Press to select the currently-displayed

program.

9.2 Manual Override

If Manual Override is set to ENABLED in the-time-of-day program, an additional item ‘Time-of-day Program Over-ride’ appears on the User menu (it is available at access level 2 and above).

-MTWTF- 0830-1040 1800-0600 S - - - - -S 0830-1040 1800-1900

THEN

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If you select OVER-RIDE SET then the current action of the time-of-day program is reversed: i.e. if currently within a time period, the behaviour reverts to that applicable outside the period, and vice versa. The override holds until the next changeover time is reached and, thereafter, the action reverts to that specified in the program.

To cancel the override and revert to the configured options, select OVER-RIDE NOT SET.

There is a special case where you have set up identical start and end times, e.g.:

This is particularly useful in installations which require a manual-only switch to day mode, followed by an automatic switch back to night mode. In the absence of any manual override, this program remains permanently disabled - i.e. Control Matrix actions attached to this program are always carried out. However, if Manual Override is enabled and you select it, the program now becomes active and attached Control Matrix actions are suppressed until the time next reaches 17.30 (on the same day or the next).

For example, to set up a particular Day/Night mode switch, program a Control Matrix entry with immediate effect and the above timetable, plus a Control Matrix entry with delayed action and no time-of-day restrictions. Then OVER-RIDE SET may be used to select day mode (when output actions are delayed) and again to revert to night mode; the panel will also revert automatically to night mode at 17.30 in the example.

9.3 DISABLEMENT and ENABLEMENT Override

The DISABLEMENT and ENABLEMENT Override allows the use of OVER-RIDE SET to enable a one-shot advance on the next programmed change-over time for DISABLEMENT and ENABLEMENT operations. For example, if a zone is disabled using a timeof-day program set to be active from 21:00 to 19:30 hours and you select OVER-RIDE SET at 20:00 hours, the zone will be enabled and not be disabled again until the following day at 19:30 hours.

SMTWTFS 1730-1730

T o avoid confusion, enable

the Manual Override

option for only one

time-of-day program.

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9.4 MUL TI Thermal-Only Mode

If the thermal-only mode of these sensors is to be used, normally the sensors will be configured to operate as combined smoke/ heat sensors during the night/weekend, and thermal-only sensors during the day . This can be done either by a Time-of-Day program or via the panel’s Day Mode pushbutton, however both options are configured via the Time-of-Day parameter during loop device configuration.

Using Time-of-Day Program

Set the alarm level required for combined operation (e.g. at the default L3), then enable Time-of-Day editing and continue selecting ‘LESS sensitive by’ until the ‘Thermal-only mode’ display appears (see opposite). Edit the days and times at which the Thermal-Only mode L6 is to operate.

Note: Although it is possible to configure the

alarm level at L6 and then use Time-ofDay to set a ‘MORE sensitive by’ level, this is not recommended because any day/night linkage will operate the wrong way round.

Manual Override can be configured as described in Section 9.1. However, if pushbutton control of thermal-only mode is required the Link to Day/Night Switch method described below may be preferred.

9.5 Link to Day/Night Switch

Any sensor can be configured such that a sensitivity lower than its normal alarm setting becomes active (or inactive, if already active) when the panel’s Day Mode switch is operated. After configuring the normal alarm setting, select ‘Time-of-Day’, then select ‘LESS sensitive by’ to obtain the required day sensitivity. Leave all the times at zero and

press . The ‘Link to Day/Night Switch’ option is displayed. Use the and pushbuttons

to select ENABLED, then confirm by pressing

Note: In this case do not set a Time-of-Day

program specifically for this device - it would conflict with the Day/Night mode selection process. A Time-of-Day program can be set for Day/Night mode as described in Section 11.19.

For Multi-criteria sensors this option can also be selected for thermal-only mode (select ‘LESS sensitive by’ until ‘Thermal-only mode’ is displayed, see example opposite).

CONTINUE TO SELECT ‘LESS SENSITIVE BY’ UNTIL THE THERMAL-ONLY MODE DISPLAY APPEARS, THEN SET THE TIMES AT WHICH THIS MODE WILL APPLY.

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10 Setting the Clock

Use this menu option after any Time Zone change, e.g. start/end of British Summer Time (if not configured for auto-adjust), and after the system has been fully powered-off (in the latter case the system will start-up at midnight on the last date on which it had been operating, or at the time when the clock was last reset, whichever was the later).

To set the clock: 1 Display the Setting Clock screen. The clock

display will be ‘frozen’, with the last digit of the seconds field highlighted.

2 To adjust the date and time, use the

and pushbuttons to move the cursor over the field to be changed. Use the and pushbuttons to adjust the value of

the field to give the current date and time.

Note: The date, time and last two digits of the

year can also be entered directly using the numeric pushbuttons.

3 If the clock is not keeping good time, adjust

its rate - the default value is 0, max. +/-246 then confirm at the prompt. To determine the value to enter, measure the increase or decrease in clock time over the course of a week. This function is not available if Set Clock is accessed via the access 2

passcode. 4 Summer Time - select one of the following: a. NONE. Time changes must be set

manually. b. AUTO. Time changes automatically at 2am

on the days indicated on the screen. c. DEFINED. Time changes automatically at

2am on user-defined dates. Valid only for

the current year (after which the system

resets to NONE).

5 After all fields have been adjusted correctly,

press to start the clock running at the

precise time shown, or press to cancel

the whole operation and return to the

previous clock setting.

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11 Panel Settings

This section describes temporary and

permanent panel settings. These settings are

selected from the Panel Settings menu, which

is accessed from the Configuration menu. The

access level is 3A.

All settings are permanent except ENGINEER-

MUTE mode (Section 11.1) and Temporary

BLINK (Section 11.2) which both time out.

The prompt ‘Press > to confirm changes, X to

cancel’ is displayed at the end of each change.

Note: The Passcode Change option on this

menu is described in Section 8.

11.1 Internal Buzzer Options

1 From the Panel Settings menu, select the

Internal buzzer options.

2 Select whether or not the buzzer resounds

if there is a new alarm in the same zone (panel automatically resounds buzzer if alarm is from a different zone).

3 Select either NORMAL or ENGINEER-

MUTE mode (in the latter case the panel status display changes from NORMAL to ENG.-MUTE).

In ENGINEER-MUTE mode, if a fault occurs

the fault buzzer sounds at a reduced volume.

This TEMPORARY mode lasts for two hours,

after which time the panel reverts to normal

operation. However, if a fault is present on the

system at the end of the two hour period, the

buzzer will not change to steady operation at

this time, but only on the first subsequent fault.

ENGINEER-MUTE applies only to the local

panel except if the panel is connected to the

XLSNET , in which case it applies to all panels

on the network.

EN54-2: 12.10.2

Enabling ENGINEER-

MUTE, the audible

indication of FAULT will

not comply with the

requirements.

CONFIGURATION:

3:Panel Text Editor 4:Control Matrix Configuration 5:Network Configuration 6:

Service Mon 05-DEC-2005 11:20:07

Panel Settings

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11.2 LED ‘Blinking’ Mode

The factory default setting is BLINK. If you select NON-BLINK, the LEDs will not blink during normal scanning but only when the device is in alarm or under test, or under certain fault conditions.

The BLINK and NON-BLINK settings apply to all devices on the system that are individually configured to ‘Follow Panel Setting’.

‘Temporary BLINK’ overrides the individual device configuration. It is provided to identify devices that are installed but not connected to the loop (i.e. these devices will not blink, all others will). Temporary BLINK times out after 2 hours.

Note: Details of how to configure the LEDs on

individual devices to blink, not blink or follow the panel setting are given in Section 5.1.2.9, LED Blink Options.

If either BLINK or temporary BLINK is selected, the blink interval option is displayed. This allows the device blink rate to be reduced (0 = normal blink rate, other values introduce a delay between polling cycles). It is intended for use with very lightly-populated loops, on which the device LEDs blink rapidly .

Note: If this option is set to a value other than

0, ensure that priority polling is set OFF for all devices.

If a device indicates an alarm and then the alarm condition is removed, then by default its LEDs pulse. If it is required that the LEDs remain on then select option 2.

Panel Settings Minimum Sensor/Module LED Blink Interval (0-30s): 0

Panel Settings Sensor/Module LEDs: Action on Return to Normal after ALARM:

1:1-second PULSING 2:ON STEADY

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11.3 Number of LOOPS on panel

This setting is required only if the panel has

had a major reconfiguration or has had a

processor card replaced. You may set the

number of loops that the panel expects to find

to a number different from that automatically

determined by the number of loop interface

boards currently fitted.

The third line shows how many loops are

actually fitted (in this example, 6). If you set

the configured number of loops (fourth line) to

a number greater than this, the panel will

indicate SYSTEM FAULT 17 - Loop n Card

Missing.

If you set the number of loops to more than

two, for each loop pair from 3 upwards select

STANDARD if ordinary LIB boards are fitted

or ENHANCED if ELIBs are fitted. If there are

more than 512 monitored points on the system

you must fit ELIBS - in this case select

ENHANCED so that the panel will indicate a

fault if ordinary LIB boards are fitted. This

confirms compliance with EN-54. No fault is

indicated if ST ANDARD is selected with ELIBs

fitted.

LOOP SETTINGS TAKE EFFECT

(AT CONFIRM

PROMPT)

NUMERIC KEY, THEN IF MORE

THAN 2 LOOPS (IN

THIS EXAMPLE, 6):

EN54-2: 13.7

Maximum of 512

Sensors and/or MCPs

per panel unless

ELIBs are used

MAKE SELECTION