INSTALLATION MANUAL - FIRE ALARM ENGINEERSfirealarmengineers.com/downloads/fc200_inst_eng_uk.pdf ·...

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INSTALLATION MANUAL

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C.da Ravigliano - Z.I. S.Scolastica - 64013 CORROPOLI (TE) - ITALYInstallation manual: Analogue Fire Control Panel FireClass200Istruzioni Inst. Inglese Antin. FC200/UK ISTINSFC200/UK

The FireClass200 is available in the following models:FC200 - Master panel with 4 A Linear power supply;FC200/S - Master panel with 2.5 A Switching power supply;FC200/SL - Slave panel without power supply unit.In this manual the name FireClass200 has been used to identify the control panel features thatare common to all three models. However, the model has been specified when a feature appliesto one model only.Proper functioning of the FireClass200 components can only be guaranteed when ambient conditions, external to the cabinet, comply with the 3k5 category of the IEC 721-3-3:1978.The Loops of the FireClass200 control panel can support up to 396 Analogue Devices. The Conventional Zone of the FireClass200 control panel can support up to 30 Conventional Devices.However, do not connect more than 512 devices to the FireClass200 control panel..The FC200/SL Slave panel must have the BENTEL BA424 (27.6 V - 4 A) Linear power supply or the BENTEL BAQ60/24 (27.6 V - 2.5 A) Switching power supply, otherwise, the IMQ Certificationwill be forfeited.The FC200/SL Slave panel power supply must be installed by personnel with Access Level no.4 (see "Access Levels" paragraph).The FC200/SL Slave panel can function only when connected to a FireClass200 Master panel..

BENTEL SECURITY srl reserves the right to change the technical features of this productwithout prior notice.

FC200 - FC200/S - FC200/SL :

.

Hereby, Bentel Security,declares that the above mentioned Control Panels are in compliance with the essentialrequirements and other relevant provisions of Directive 1999/5/EC.

These Control Panels comply with

Installation of these systems must be carried out strictly in accordance with the instructionsdescribed in this manual, and in compliance with the local laws and bylaws in forc

The above mentioned Control panels have been designed and made to the higheststandards of quality and performance.The manufacturer recommends that the installed system should be completely testedat least once a month.

The complete R&TTE Declaration of Conformity for each Panel can be found at www.bentelsecurity.com/dc.html.

.

e.

BENTEL SECURITY Srl shall not assume the responsibility for damage arising fromimproper application or use. The above mentioned Control panels have no user-friendly components, therefore, should be serviced by authorized personnel only.

EN54-2 EN54-4 1999;

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TABLE OF CONTENTS

OVERVIEW 7Access Levels . . . . . . . . . . . . . . . . . . . . . . 7Features . . . . . . . . . . . . . . . . . . . . . . . . . 7Options with requirements . . . . . . . . . . . . . . . . 8

Telecom Module FC200/COM (Optional) . . . . . . . . . 8Alarm cycle . . . . . . . . . . . . . . . . . . . . . . . . 8

PARTS IDENTIFICATION 11Main unit (FireClass200) . . . . . . . . . . . . . . . . . 11

Output Expander (FC200/6OUT) . . . . . . . . . . . . 18

Loop Interface . . . . . . . . . . . . . . . . . . . . . . 18

Telecom Module FC200/COM . . . . . . . . . . . . . . 19

Repeater . . . . . . . . . . . . . . . . . . . . . . . . . 20

INSTALLATION 21Mounting . . . . . . . . . . . . . . . . . . . . . . . . . 21

Output expander Installation . . . . . . . . . . . . . . 22

Telecom module installation FC200/COM . . . . . . . 22

Repeater Installation . . . . . . . . . . . . . . . . . . 22

Connections . . . . . . . . . . . . . . . . . . . . . . . 23

Main board terminals . . . . . . . . . . . . . . . . . . 23Connection of Addressable Analogue Devices . . . . 26

Connection of Conventional Devices . . . . . . . . . 28

Connection of Repeaters and Slave Panels . . . . . . 29

Connection of Output Devices . . . . . . . . . . . . . 30

Bell Outputs . . . . . . . . . . . . . . . . . . . . . . . 30Connection of Telecom Module FC200/COM . . . . . 31

Power Connection . . . . . . . . . . . . . . . . . . . . 32

Maintenance . . . . . . . . . . . . . . . . . . . . . . . 33

CONTROL PANEL MANAGEMENT 35General rules for management from panel . . . . . . 36

Access to FireClass200 Management . . . . . . . . . 37

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PROGRAMMING 39Auto (Autolearning) . . . . . . . . . . . . . . . . . . . 40

Connections: Loop 1 and Loop 2 . . . . . . . . . . . . 41Connections: Network . . . . . . . . . . . . . . . . . 43

Programming: Fire sensors . . . . . . . . . . . . . . . 44Programming: Monitoring modules . . . . . . . . . . . 46Programming: Control modules . . . . . . . . . . . . 47

Programming: Conventional Zone module . . . . . . . 48Programming: Repeaters and Slave panels . . . . . . 49

Devices . . . . . . . . . . . . . . . . . . . . . . . . . . 50

Loop 1 and Loop 2 . . . . . . . . . . . . . . . . . . . 50Conventional Line . . . . . . . . . . . . . . . . . . . . 51Bell Outputs . . . . . . . . . . . . . . . . . . . . . . . 52

Network . . . . . . . . . . . . . . . . . . . . . . . . . 54Password (PassWD) . . . . . . . . . . . . . . . . . . . 54

Welcome Message (MesINI) . . . . . . . . . . . . . . . 55

Zones . . . . . . . . . . . . . . . . . . . . . . . . . . . 56

OPTION . . . . . . . . . . . . . . . . . . . . . . . . . . 57

Prealarm time . . . . . . . . . . . . . . . . . . . . . . 58

Warning Threshold . . . . . . . . . . . . . . . . . . . 58Alarm Verify . . . . . . . . . . . . . . . . . . . . . . . 59Drift Compensation . . . . . . . . . . . . . . . . . . . 60

Timer and Special timer . . . . . . . . . . . . . . . . 61Delay . . . . . . . . . . . . . . . . . . . . . . . . . . 63Pulse . . . . . . . . . . . . . . . . . . . . . . . . . . 64

Extinction Modes . . . . . . . . . . . . . . . . . . . . 64System . . . . . . . . . . . . . . . . . . . . . . . . . . 66

Date and Time . . . . . . . . . . . . . . . . . . . . . 66Blink . . . . . . . . . . . . . . . . . . . . . . . . . . . 67Wires . . . . . . . . . . . . . . . . . . . . . . . . . . 67

Silence mode . . . . . . . . . . . . . . . . . . . . . . 68Walk Test . . . . . . . . . . . . . . . . . . . . . . . . 69Network . . . . . . . . . . . . . . . . . . . . . . . . . 70

Printer . . . . . . . . . . . . . . . . . . . . . . . . . . 71Verify . . . . . . . . . . . . . . . . . . . . . . . . . . . 71

Factory . . . . . . . . . . . . . . . . . . . . . . . . . . 72

Restore default . . . . . . . . . . . . . . . . . . . . . 72

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Maintenance . . . . . . . . . . . . . . . . . . . . . . 72Telephone . . . . . . . . . . . . . . . . . . . . . . . . 73

Dial. (Telephone Dialler) . . . . . . . . . . . . . . . . 74

Commun. (Digital Telephone Communicator) . . . . . 76T.Num (Telephone Numbers) . . . . . . . . . . . . . 78Options . . . . . . . . . . . . . . . . . . . . . . . . . 78

Remote management . . . . . . . . . . . . . . . . . . 80

MODIFYING 81Disable . . . . . . . . . . . . . . . . . . . . . . . . . . 82

Delete Verify . . . . . . . . . . . . . . . . . . . . . . . 84

Delete logger . . . . . . . . . . . . . . . . . . . . . . . 85

Telecom Module . . . . . . . . . . . . . . . . . . . . . 85

READING PARAMETER 87Devices/Zones/Outputs . . . . . . . . . . . . . . . . . 87

Options . . . . . . . . . . . . . . . . . . . . . . . . . . 88

Version . . . . . . . . . . . . . . . . . . . . . . . . . . 88

Logger . . . . . . . . . . . . . . . . . . . . . . . . . . 89

Logger data . . . . . . . . . . . . . . . . . . . . . . . 90Print . . . . . . . . . . . . . . . . . . . . . . . . . . . . 91

Telecom Module . . . . . . . . . . . . . . . . . . . . . 92

QUICK GUIDE 95General features . . . . . . . . . . . . . . . . . . . . . 95

Terminals . . . . . . . . . . . . . . . . . . . . . . . . . 96

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OVERVIEW

Access Levels

FireClass200 has several access levels for control panel management.

Level 1 The Plexiglas window allows all persons to view the control panel status.

Level 2A The door-lock protects the manual commands (RESET, SILENCE andLOGGER), and allows access to authorized key holders only.

Level 2B Only User PINs (code of 1 to 5 digits) can Disable the Loop devices, BellOutputs, Software Zones and Network devices.

Level 3A Only the Installer PIN (code of 1 to 5 digits) can access the programmingphase of the control panel parameters.

Level 3B Access to the internal components of the control panel, for maintenance pur-poses ---- battery and fuse replacement etc., must be done by authorizedpersons only, and requires removal of the screws and upper door.

Level 4 Repairs to the electronic board (e.g. to substitute the EPROM memory)must be done by the manufacturer.

Features

Day/Night The FireClass200 control panel provides Day mode and Night mode. TheAlarm Threshold and Warning Threshold can be increased by the pro-grammed value, during programmed hours.

In this way false alarms, caused by the persons present in the protectedambient, will be reduced considerably.

DAY Mode ----Silence will be enabled until the SILENCE button is pressedagain.

NIGHT Mode ----Silence will be enabled for the programmed time (from 0.5to 30 minutes).

The change-over from DAY to NIGHT Mode can be done manually, bymeans of the Silence option from the SYSTEM menu or automatically, asper the programming of the two Timers (it is possible to program the pre-cise hours and days of the week when the control panel must operate inDAY Mode).

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Options with requirements

The FireClass200 control panel performs the following options with re-quirements (complies with European norm EN54 part 2):

Ø outputs to fire alarm routing equipment

Ø co-incidence detection

Ø fault signals from points

Ø disablement of addressable points

Ø Test condition

Telecom Module FC200/COM (Optional)

The Telecom Module can call and send recorded messages to the pro-grammed telephone numbers and, by means of communication protocols,can also send data to central stations. This module allows system man-agement ---- through the FC200/SW software package installed on the PCthat is connected to the telephone line.

Descriptionr 8 independent channels r Records one 11 second alarm message for each channel

r 32 programmable telephone numbers (modifiable)r Up to 15 digits per telephone number; allows pauses of 1 or 5 secondsr Repeats alarm messages for 20, 40, 60 or 80 seconds

r Repeats call cycle up to 5 timesr Voice answer detectionr Bypassable "dial tone" test

r Electronic telephone line interface r Over-voltage protection

r DTMF and Pulse diallingr Digital recording / Message playr Non-volatile memory for data storage

r Manages the following communication protocols:

ADEMCO SLOW 10 BAUD, ADEMCO FAST 14 BAUD, FRANKLIN 20BAUD, RADIONICS 40 BAUD, SCANTRONIC 10 BAUD, CONTACT ID(DTMF), SIA 300 BAUD.

Alarm cycle

In the event of an alarm status on an alarm channel, the telephone diallerwill generate the alarm cycle, shown in figure 1.


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Phase 1 The telephone dialler will switch the telephone line.

Phase 2 After 3 seconds the dialler will engage the telephone line.

Phase 3 If the Dial-tone check option is enabled (refer to "Programming" chapter)the dialler will check for the dial tone, and when detected, will step to suc-cessive phase. If the dial tone is not detected (option enabled) the diallerwill hook-up and step back to phase1.

The Dial-tone check will be done 4 times, after which the dialler will stepto the successive telephone number.

If this option is disabled the dialler will step directly to the successivephase.

Phase 4 The dialler will dial the telephone number of the alarm channel in alarmstatus.

Phase 5 If the Voice answer detection option is enabled (refer to "Programming"chapter), the dialler will wait 25 seconds for a voice answer and, when voiceanswer is detected, the dialler will step to the successive phase. However, ifthe Voice answer detection option 6 is disabled, the dialler will pause for a fewseconds before stepping to the successive phase.

Phase 6 The dialler will send the alarm message assigned to the alarm channel inquestion. The message will be played for the programmed Message play-back time (20, 40, 60 or 80 seconds).

Call cycle The Call cycle (set during programming) determines the number of timesthat each telephone number ---- assigned to the alarm channel in alarmstatus will be called (1 to 5 times).

Figure 1 Telecom Module alarm cycle.

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PARTS IDENTIFICATION

This chapter holds the full description of the main components and LEDsof the FireClass200. In most cases, the numbers in boldface refer to theparts shown in the tables and figures.

Main unit (FireClass200)

The Flashing status of certain LEDs is not dealt with in the following ta-ble, as it signals that the assigned event occurred and ended before thelast rearming operation.

LED MEANING

ALARM ON: the control panel is in ALARM status.MORE ALARMS ON: presence of more than one alarm condition.

PRE-ALARMFLASHING: PRE-ALARM status - the sensors have detected an alarmcondition. The Outputs will be activated when the PRE-ALARM delayends.

TELECOM ON: the control panel is physically connected to the telephone line.

MAIN POWER OFF: mains failure. Mains power must be restored before the batteriesempty.

WALK TESTFLASHING: Walk Test mode on a Software Zone; an alarm condition onthe Zone in question will generate an alarm status on the assignedOutputs for approximately one second.

DISABLED ON: at least one device is disabled.NIGHT ON: the control panel is operating in NIGHT mode.

DAY ON: the control panel is operating in DAY mode.

FAULT ON: presence of at least one fault condition; the type of fault will besignalled by the associated LED and/or on the display.

MAINS

ON: mains failure; the standby batteries will takeover the power supply tothe control panel. This LED is complementary to the green MAINS-POWER LED, and will continue to signal the fault event after mainspower has been restored (memory).

LOW BATTERYON: low batteries; proper functioning of the control panel cannot beguaranteed in the event of black-out. Wait several hours, if the LED staysON the batteries are not rechargeable and must be replaced

BATTERY FAULT ON: batteries are completely empty or not connected - check fuse 41

GROUND ON: voltage leak to ground - check connection insulation.

FUSES ON: burnt fuse (fuse 41 or 42) - the fuse concerned will be indicated onthe display.

LOGIC UNIT ON: "blocked" microprocessor - call Installer for service.

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ADDRESS ON: loss of a loop device. SAME ADDRESS ON: two devices on the same loop have the same address.

SILENCE

ON: the SILENCE button has been used to places the SILENCEABLEOutputs in standby status. DAY mode SILENCE status will be held untilthe SILENCE button is pressed again. NIGHT mode SILENCE will beheld for the programmed SILENCE time.

Z01 ÷ Z16

ON: the corresponding zone is in ALARM Status. Flashing (3 secs. ON - 1 sec. OFF): the corresponding Zone is in PRE-ALARM status .Flashing (1 sec. ON - 0.5 sec. OFF): the FIXED delay is active.Flashing (2 secs ON - 2 secs OFF): the PAS delay is active.

BUTTON FUNCTION

SILENCEPlaces the SILENCEABLE Outputs in standby status: DAY modeSILENCE status will be held until the SILENCE button is pressed again.NIGHT mode SILENCE is held for the programmed SILENCE time.

ACK Activates the PAS delay (if pressed when the FIXED delay is active).RESET REARMS the control panel.

TESTTests the control panel buzzer and LEDs. When this button is pressed,all warning LEDs should light and the buzzer should emit a intermittentacoustic signal (1 sec. beep - 1 sec. pause).

PART DESCRIPTION

1 Control panel door with Plexiglas window

2 Pocket for zone description

3 LCD 4 rows ---- 20 columns

4 Command panel

5 Control panel door lock

6 Two screws for securing command panel and battery compartment door

7 Battery compartment door stop

8 Battery compartment door


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Figure 2 Main unit parts (external)


PART DESCRIPTION

9Jumper to enable programming:

> programming enabled (default) > programming disabled

10 Keypad/Display board

11 Cable passage (3 x ∅ 30 mm)

12 Wall mounting holes (4 x ∅ 5 mm)

13 6 Output expander FC200/6OUT (optional - 2 maximum)

14 Telecom module FC200/COM (optional)

15 Main board

16 27.6 V - 4 A linear power supply/battery charger

17 27.6 V - 2.5 A switching power supply/battery charger

18 Battery connectors

19 Compartment for two (optional)12 V, 17 Ah batteries

20 Jumper for series connection of batteries

21 Bag holding: two F 250V 3.15A fuses; one F 250V 6.3A fuse; two keys;four 1N4007 diodes; jumper for series connection of batteries

22 Chased cable passage (40 x 170 mm)

23 Loop interface


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Figure 3 Main unit parts (internal)


Power unit The FireClass200 is available in two models: FC200/S - with 27.6 V - 2.5 ASwitching power supply (see fig. 3a); FC200 - with 27.6 V - 4 A Linearpower supply (see fig. 3b).

PART DESCRIPTION

24 Rivet to secure switching power supply

25 Power supply protection fuse: a) F3.15A 250V; b) F 2A 250V

26 Terminal board for Mains power connection

27 Fine adjustment trimmer for output voltage

28 Power supply output for devices operating at 24 V (27.6 V)

29 Connector for power supply to the main board

30 Switching-power-supply output voltage signal

31 Screws to secure Switching power supply

Figure 4 Parts of the Power Supply Unit


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PART DESCRIPTION

32 Connector for Keypad/Display

33 Connectors (2) FC200/6OUT Output expanders

34Jumper to enable data storage:

> memory disabled (default) > memory enabled

35 Microprocessor

36 Connector for FC200/COM Telecom module

37 Reserved jumper

38 Extractable terminal boards

39 EOL Resistor (2.700 ohm / red-purple-red-gold)

40 Power-supply connector

41 F 6.3A 250V protection fuse against battery polarity inversion

42 F 3.15A 250V protection fuse for +AUX output

43 F 3.15A 250V protection fuse for the power supply line of the RS458 bus

44 RS232 Serial Port

45 Loop interface connector

Figure 5 Main board parts


Output Expander (FC200/6OUT)

PART DESCRIPTION

46Output status:LED OFF > corresponding Output in standby statusLED ON > corresponding Output active

47Address assignment jumper:

> Expander of Output no. 1 (Outputs no. 5 through no. 10) > Expander of Output no. 2 (Outputs no. 11 through no. 16)

Loop Interface

PART DESCRIPTION

48 Loop 2 Status: polling (Red LED)

49 Loop 2 Status: response (Green LED)

50 Loop 1 Status: polling (Red LED)

51 Loop 1 Status: response (Green LED)

Figure 6 Parts of the FC200/6OUT Output Expander (a) and Loop Interface (b) andTelecom module (c)


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Telecom Module FC200/COM

PARTS DESCRIPTION

52 Main board connector

53 Microphone

54 Loudspeaker connector

55 Terminal board for telephone line connections

56 Screws for backplate

57 Earth cable with eyelet terminal ---- to be fixed to the screw on thebackplate, and connected to the earth terminal of the Telecom Module

58 Cable and connector for connecting the loudspeaker to the TelecomModule

59 Plastic (ABS) gaskets to be used when mounting the loudspeaker to thebackplate

60 Loudspeaker

Figure 7 Parts of Telecom Module.


Repeater

PART DESCRIPTION

61 Wall mounting holes (3) for (∅ 5 mm)

62 Cable duct holes (2) for (∅ 30 mm)

63 Microprocessor

64 Address assignment switches

Figure 8 Repeater parts


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INSTALLATION

ATTENTION When installing the FireClass200 Fire Control Panelplease respect all the local regulations in force.

Follow the installation instructions carefully and refer to the figures onpages 11 and 13.

Ø Plan the system layout.

Ø Lay the necessary cables.

Ø Mount the control panel.

Ø Install optional boards (if required).

Ø Make the necessary connections, leaving the power supply connections tothe last.

Ø Program the control panel.

Ø Test the system (detection devices, control panel, signalling and auxiliarydevices).

Mounting

When choosing the position of the control panel please remember:

Ø it must be in easy reach of all the system wiring (the fire detection, signal-ling and barrier device wiring, the mains and ground wires, and if neces-sary, the telephone cable.

Ø at least 20 cm of ventilation space should be left on all sides.

A Open the control panel door 1: pull the plastic bag 21 through the cablepassage 22 - the control panel key is inside the plastic bag.

B Unscrew the screws 6 and remove the front of the control panel.

C Lift the right side of the battery-compartment door off the stud 7 and openthe door.

D Drill the stop holes: use the backplate as a guide (holes 12).

CAUTION Check for water pipes and cable conduits before drilling.

E Pull the chased cables through the cable passage 22 and mount the con-trol panel.

INSTALLATION 21www.ukpanels.com

F Use a hammer to remove the knockout, and pass the external cablesthrough the hole 11.

+ The cable conduit union with the box must be secured by HB flame class(or superior) lock nuts .

Output expander Installation

To install Output Expanders (FC200/6OUT) follow the instructions carefullyand refer to the figures on pages 11 and 12.

A Insert the Output Expander into the connector (33 or 34).

B Secure the Output Expander by means of the screws and gaskets (sup-plied): use the longer screw and gasket to secure the lower part, and thetwo shorter screws to secure the upper part.

C Use the jumper 47 to assign the Output Expander address, as shown inthe following chart.

JUMPER47

OUTPUTEXPANDER No.

CORRESPONDING OUTPUT

C5/11 C6/12 C7/13 C8/14 C9/15 C10/16

1 05 06 07 08 09 102 11 12 13 14 15 16

+ Assign a different address to each Output Expander.

Telecom module installation FC200/COM

In order to ensure proper installation of the Telecom module (FC200), followthe instructions carefully and refer to the diagrams on pages 17 and 18.

A Insert the Telecom module into the connector 36.

B Secure the Telecom module in place by means of the screws and gaskets(supplied): use the longer screws for the lower part, and the two shorterscrews for the upper part.

Repeater Installation

To install Repeaters (FC200/REP) follow the instructions carefully and usethe figure on page 13 as a guide.

A Drill the stop holes: use the backplate as a drill pattern (holes 52).

B Pull the connection cables through the cable passage 53 and fit the Re-peater.


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C Make the connections on the terminal board 38.

D Use the microswitches 55 to assign the Repeater address, as shown in thethe following chart:

MICROSWITCH No.

ADDRESS No. 1 2 3 4

1 OFF OFF OFF OFF2 ON OFF OFF OFF3 OFF ON OFF OFF4 ON ON OFF OFF5 OFF OFF ON OFF6 ON OFF ON OFF7 OFF ON ON OFF8 ON ON ON OFF

+ Assign a different address to each Repeater.

Connections

+ Use shielded cable. One end of the cable must be connected to the controlpanel negative and the other left free.

CAUTION Separate the low voltage wires (24V) from the high voltagewires, and make two separate bunches. In this way, if a wire discon-nects accidentally from its terminal, it will not come into contact withother wires or parts of the control panel.

Main board terminals

[L1B] Loop 1 communication in.

[L1A] Loop 1 communication out.

[L2B] Loop 2 communication in.

[L2A] Loop 2 communication out.

+ Each Loop allows for the connection of up to 99 Analogue Detectors, andup to 99 Analogue Devices (Monitoring Modules, Conventional Zone Mod-ules, Manual Callpoints, Control Modules and Sounders), for a total of 396Analogue devices.

[LC] Conventional Input Line - Monitored and Silenceable. Up to 30 conven-tional fire devices can be connected to this line, such as: RF501t OpticalSmoke Detectors, RT 101/102 Thermal Detectors, Manual Callpoints, GasDetectors (max. 3).


Conventional Input Line - Monitored and Silenceable. Up to 30 conven-tional fire devices can be connected to this line, such as: RF501t OpticalSmoke Detectors, RT 101/102 Thermal Detectors, Manual Callpoints, GasDetectors (max. 3).

Terminal 10[+] must be connected to negative (terminal 9[ ]) by a 2,700 ohmresistor (red-purple-red-gold). A 680 ohm resistance (normal value for Fire De-tectors) parallel to the 2,700 ohm resistor will activate the programmed actionsand times on the enabled outputs on the Conventional Line, and will also acti-vate the Non-monitored output (terminals CM1, NC1 and NO1).

+ Up to 30 Conventional Detectors can be connected to the Conventional Line.

CAUTION Do not connect more than 512 devices to the control panel.

[EX] Reserved Output.

[485] Serial Bus. Connection terminals for Repeaters FC200/REP (maximum 8)and for FireClass200 Slave panels (maximum 7). Terminals 15[+] and 16[-]are for the serial bus. Terminals 14[ ] and 17[+] are for the 27.6 V powervoltage.

[AUX] Auxiliary power 24 V. Power supply to devices operating at 24 V; pro-tected by fuse 42 and supplied by the standby batteries:

Ø positive (27.6 V) present on terminal 19[+];

Ø negative present on terminal [ ].

[CM1][NC1][NO1]

Non-monitored fault output. Free exchange for the connection of non-monitored devices:Ø terminal 20[CM1] is closed on terminal 21[NC1] during standby status;Ø terminal 20[CM1] closes on terminal 22[NO1] in the event of fault.

+ The Non-monitored fault output will be activated in the event of total powerfailure to the control panel (mains and battery supply failure).

[CM2][NC2][NO2]

Non-monitored fire output. Free exchange for the connection of non-monitored devices:Ø terminal 23[CM2] is closed on terminal 24[NC2] during standby;Ø terminal 23[CM2] closes on terminal 25[NO2] in the event of fire.

[C] Type C output - MONITORED . Terminals for the connection of monitoreddevices activated by positive (24 V):Ø positive (27.6 V) is present on terminal [+] and negative on terminal [-]during ALARM status.Ø This output can be bypassed by means of the relevant command fromthe DISABLE menu.

+ This is a Non-programmable output, activated by ALARM status.

[C2] [C3] [C4] Positive Outputs - Programmable - MONITORED. Terminals for


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the connection of monitored devices activated by positive (24 V):Ø when an output is activated, positive (27.6 V) is present on terminal [+],and negative is present on terminal [--].Ø These outputs can be bypassed by means of the relevant option fromthe DISABLE menu.

An EOL 2,700 ohm resistor (red-purple-red-gold) must be connected toterminals [+] and [--] of these outputs, this will allow the control panel to de-tect and signal open or short status. The EOL must always be connectedto the last device on the MONITORED output.

Connect a diode (1N4002 or 1N4007) in series to the devices connected tothese outputs. Diodes can be found the plastic bag 21 inside the controlpanel.

+ Each terminal [+] of the MONITORED outputs must be "closed" on terminal[--] of the same output: for example, the connection on terminal 26[+] mustbe closed on terminal 27[--] only.

[REM] Logic Unit Blocked. Output for remote signalling of the Logic UnitBlocked fault:Ø a positive (27.6 V) is present on terminal 34[REM] when the Logic unit isblocked.

+ An external power supply must be used to power the devices connected tothe REM output.

[DEF] Default programming. This output will signal that the control panel is op-erating with default programming:

Ø negative is present on terminal 35[DEF] when the control panel is runningwith default programming.

[OC1] ... [O16] Bypassable Zone Alarm Outputs. These are normally open terminals(open-collector) which close to ground when the corresponding Zones go intoalarm status. These terminals will stay closed even after the generating eventhas ended. These are non-monitored/non-silenceable outputs which can beput in standby status by either bypassing the corresponding Zone or rearmingthe control panel. These terminals can be used for selective fire-prevention operations: clo-sure of fire-barrier doors; activation of localized extinguishment systems.

+ The Zone Alarm Outputs will not be activated when the associated Zonesare disabled, however, activation will occur immediately when the associ-ated Zones are enabled.


Connection of Addressable Analogue Devices

The control panel has 2 Loops for the connection of Addressable AnalogueDevices.

WARNING Do not break the external tab on the Output Module.

Each Loop allows for the connection of up to 99 Addressable AnalogueFire Detectors and up to 99 Analogue Devices (Monitoring Modules, Con-ventional Zone Modules, Control Modules, Manual Callpoints and Sound-ers), for a total of 396 Analogue Devices.

+ Fire Detectors cannot share the same address, nor can Devices, however,the same address may be assigned to a Detector and a Device.

Figure 9 2 wire connection: a) Insulators; b) Compatible Analogue Devices (Fire De-tector, Monitoring Modules, Control Modules, Conventional Zone Modules,Manual Callpoints); c) T connection.


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Figure 10 4 wire connection: a) Insulators; b) Compatible Analogue Devices (Fire De-tectors, Monitoring Modules, Control Modules, Conventional Zone Modules,Manual Callpoints).


2 or 4 wires can be used for the Loop connection: the connection typeused for each Loop must be specified during the programming phase.

Figure 9 illustrates the 2 wire connection to Loop 1.

Figure 10 illustrates the 4 wire connection to Loop 1.

+ The 2 wire connection does not permit more than 32 detectors per Loop.

+ The 4 wire connection does not permit T connections.

Connection of Conventional Devices

Conventional Devices can be connected to terminals 9[ ] and 10[LC+].

Fire Detectors Conventional Fire Detectors must be connected in parallel to terminals[LC+] and [ ]. The resistor (2,700 ohm) connected to these terminalsmust be disconnected and connected to the terminals indicated in the in-structions of the last device on the Conventional Line (see fig. 10a).

ManualCallpoints

The Common terminals (C) and the Normally Open (NO) of the ManualCallpoint must be connected in parallel to terminals [LC+] and [ ]. Theactivated Callpoint must have a 680 ohm resistance. If the Callpoint doesnot have a 680 ohm resistor it must be connected externally. If the ManualCallpoint is the last device on the Conventional Line, the EOL resistor mustbe connected as shown in figure 10a.

+ Also the Conventional Zone Modules can be used for connecting Conven-tional Devices to the Loop.

Figure 11 Connection example of 2 Repeaters and 2 Slave Panels to the RS485 network


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Connection of Repeaters and Slave Panels

Up to 8 FC200/REP Repeaters, and up to 7 FC200/SL Slave Panels canbe connected to the RS485 port of the FireClass200 (terminals 15[+485]and 16[--485]): the power supply (27.6 V) to the Repeaters is supplied byterminals 17[+] and 14[ ].

The FireClass200 must be programmed as Master, this will permit it toread the Repeaters and/or Slave Panels connected to its RS485 port.

Use the Network option from the System Menu to assign a different ad-dress to each connected Slave Panel.

Figure 12 Connection example of Conventional devices


Connection of Output Devices

The control panel has 2 Non-monitored outputs, 4 Bell Outputs (Monitored)and 8 Alarm Repetition Outputs (one for each Software Zone) for the con-nection of Output Devices.

The Bell Outputs can be expanded to 10 or 16 by means of one or twoFC200/6OUT Output Expanders.

+ The Output Devices can also be connected to the Loops by means of Con-trol Modules.

Bell Outputs

The Bell Outputs are marked by the letter C and their address number.

The activation modes and times of each Bell Output can be programmedduring the programming phase.

+ The Address of the Bell Outputs on the Output Expander depends on theaddress assigned to the latter.

+ The terminal marked by C only, is a Type C Output and is not a Bell Out-put. The Type C Output is a Non-programmable, Monitored output acti-vated by Alarm status.

The Bell Outputs can be forced into standby status by pressing the SI-LENCE button: in this way, once the alarm has been acknowledged, it willbe possible to silence the acoustic signalling devices, and leave the opticdevices to monitor the situation until the alarm status has ceased com-pletely.

For example, by making a connection as per figure 14, an ALARM statuswill activate the Flasher, the Bell and the optic and acoustic signalling de-vice of the Self-powered Siren.

Figure 13 General diagram for the connection of a single device (a) and of more thanone device (b) to the Bell outputs: presuming that the device is activatedwith the positive (27.6 V) on the [A+] terminal.


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By pressing the SILENCE button, the Bell and the acoustic signalling de-vice of the Siren will be stopped, whilst the Flasher and the optic signallingdevice of the Siren will continue to signal the Alarm status until the RESETbutton is pressed.

Connection of Telecom Module FC200/COM

Connection as per below.

Figure 14 Connection of NON-silenceable and Silenceable Outputs

Figure 15 Connection of Telecom Module.


Power Connection

The power systems on this control panel conform with EN54-4.

IMPORTANT Connect the Panel to a Mains power supply that com-plies with the requirements stated on the specifications label. DO NOTpowerup the Panel with a voltage different to requirements.

Ø Connect the external power supply to terminal 26: connect Earth to terminal[ ]; Neutral to terminal [N] and Line to terminal [L].

Ø Fit the two 12 V - 17 Ah batteries; connect in series to the jumper 20 (sup-plied); connect free terminals to the connector 18.

Ø Insert the jumper 34.

CAUTION To comply with safety regulations the Line must be con-nected to terminal [L] and the Earth to terminal [ ], and a suitable bi-polar isolating device must be fitted (e.g. an automatic isolatingswitch). The isolating device must protect against overvoltage andshort-circuit to earth.

+ The control panel will Rearm automatically when power is restored afterpower loss.

+ Use YASA 12 V - 17 Ah batteries - model NP 17-12 FR, or equivalent,with UL94-V2 (or over) case flame class.

+ Do not to invert connection polarity; if this occurs, replace the fuse 41(F 6.3A 250V).

When power is restored, the display configuration will depend on the op-erations done prior to power loss.

Ø If no parameters changes were made prior to power loss - the green NET-WORK LED (only) will be ON, and the following messages will be shownintermittently.

From this status it will be possible to access control panel management bypressing any key except TEST.

FIRE CLASS 2ØØ FIRE CLASS 2ØØ No Devices No Devices Default Data Default Data ØØ:ØØ 23/11/98 Mon ØØ:ØØ 23/11/98 Mon

FIRE CLASS 2ØØ FIRE CLASS 2ØØ Hit a Key Hit a Key to take to take control control


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Ø If parameter changes were made prior to power loss, the following mes-sages will be shown intermittently.

From this status it will be possible to access control panel management bypressing any button except RESET and TEST.

Ø If autolearning was done prior to power loss, the following message will beshown.

From this status it will be possible to access control panel management bypressing any button except RESET and TEST.

Maintenance

Carry out the following operations periodically.

A Remove dust with a damp cloth (use water only).

B Clean the Plexiglas window with a damp cloth (use water only). Do notclean the control panel command pad, as this may interfere withproper functioning.

C Press the TEST button to check proper functioning of the LEDs and theBuzzer.

D Check the batteries, and if necessary replace.

E Check all connections.

F Check that the inside of the control panel is free from unwanted objects.

+ Points A, B and C may be carried out by the user, whereas, points D, Eand F must be carried out by qualified persons only.

FIRE CLASS 2ØØ FIRE CLASS 2ØØ No Devices No Devices acquired acquired ØØ:ØØ 23/11/98 Mon ØØ:ØØ 23/11/98 Mon

FIRE CLASS 2ØØ FIRE CLASS 2ØØ Hit a Key Hit a Key to take to take control control

FIRE CLASS 2ØØ FIRE CLASS 2ØØ Scanning Loop Scanning Loop >> >> >> >> >> >> ØØ:ØØ 23/11/98 Mon ØØ:ØØ 23/11/98 Mon



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CONTROL PANEL MANAGEMENT

The FireClass200 can be managed from the main panel, or from an IMBcompatible PC ---- connected locally via RS232 serial or via Telecom inter-face (FC200/SW software package and Telecom interface optional).

Unauthorized access to manual control of the system is prohibited by thedoor-lock, which allows access to authorized key holders only (AccessLevel 2A). There are three main management phases with different accesslevels.

Programming This is the programming phase of the control panel, and its connected De-vices (Fire Sensors, Modules, Repeaters, Slave Panels, etc.). Access tothis phase requires the Installer PIN (Access Level 3A).

Modifying This phase allows the User to disable the Devices connected to the controlpanel, and to Delete (clear) the counters and memory. Access to thisphase is reserved for authorized personnel only, and requires either the In-staller or a User PIN (Access Level 2B).

ReadingParameter

This phase allows the User to view: control panel parameters; Device pa-rameters; control panel version; control panel logger. The Reading Pa-rameter phase is also for the printout of the logger contents and program-ming data. No PIN is required.

+ These instructions are for management from the FireClass200 panelonly. However, the parameters are also valid for management from theFireClass200 panel and via PC.

+ Instructions for management via PC can be found in the FC200/SW soft-ware package guide.

CONTROL PANEL MANAGEMENT 35www.ukpanels.com

General rules for management from panel

The FireClass200 can be easily managed via keypad, as per below.

Alphanumerickeypad

Use the keypad to select the options from the menu; create Labels; enterdata and codes.

Cursor keys Use the ← and → keys to scroll the parameters, and the ↑ and ↓ keys toselect new values.

ESC] Use the ESC key to quit menus and windows, and step back.

+ The ESC key usually quits windows without modifying the data, however,changes made in the Device parameter windows will be saved.

↵ Use the ↵ key to confirm and save changes, to step to the next parameteror to step back.

Textcomposition

Use the Alphanumeric keypad to create the strings (e.g. Labels).

Ø Use the ← and → keys to scroll.

Ø Select the character (press the key until the required character appears onthe display).

Ø Use the ↑ key for upper-case letters; and the ↓ key for lower-case letters.

Ø Use key 9 for punctuation marks (full-stop, comma and dash) and spaces.

Once the text is complete, press the ↵ key to confirm and step to the nextparameter, or position the cursor on the first letter of the text then press the← key to step back.

# The display examples show the default values (refer to Analogue values).The # symbol indicates no default value.


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Access to FireClass200 Management

Press any key, except RESET and TEST,to access FireClass200 management fromStandby status.

The display will show the MAIN menu.

Select the required option, and refer to the relevant paragraph.

QuitManagement

phase

If no key is pressed within 20 seconds, the control panel will quit the man-agement phase automatically.

FIRE CLASS 2ØØ FIRE CLASS 2ØØ Scanning Loop Scanning Loop >> >> >> >> >> >> ØØ:ØØ 23/11/98 Mon ØØ:ØØ 23/11/98 Mon

FIRE CLASS 2ØØ FIRE CLASS 2ØØ 1= Programming 1= Programming 2= Modifying 2= Modifying 3= Reading Parameter3= Reading Parameter

CONTROL PANEL MANAGEMENT 37www.ukpanels.com


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PROGRAMMING

Press 1 to access the PROGRAMMINGmenu from the MAIN menu.

Enter the Installer Code (the Factory de-fault code is 00000). Each digits will bemasked by the symbol Q.

Press the ↵ key to confirm the Code. Thedisplay will show the PROGRAMMINGmenu. Select the required option, and refer to therelevant paragraph for instructions.

Wrong Code If a wrong Code is entered the display willrequest Retry.

Default InstallerCode

The default Installer Code is 00000. To change the Installer Code refer tothe "Password (PassWD)" paragraph.

RAM disabled If the jumper 9 is not connected the dis-play will show the RAM Disabled mes-sage.

FIRE CLASS 2ØØ FIRE CLASS 2ØØ 1= Programming1= Programming 2= Modifying 2= Modifying 3= Reading Parameter3= Reading Parameter

Enter Enter installer installer code code **********

1=Auto 2=Devices 1=Auto 2=Devices 3=PassWD 4=MesINI 3=PassWD 4=MesINI 5=Zones 6=Opt 7=Sys5=Zones 6=Opt 7=Sys8=Ver 9=Def Ø=Tel8=Ver 9=Def Ø=Tel

Installer code Installer code wrong ! wrong ! Retry Retry XXXXX XXXXX

Writing Writing RAM RAM Disabled ! Disabled ! Act on internal DIPAct on internal DIP

PROGRAMMING 39www.ukpanels.com

Auto (Autolearning)

The Auto option from the PROGRAMMING menu is for the Loop searchon both the control panel, and the RS485 network of the MASTER panel.

+ Autolearning must be run during control panel installation, and also afterchanges to the configuration of the Loops, Network, Bell Outputs and Tele-com module.

+ Check that the SAME ADDRESS LED is OFF before starting the Auto-learning phase.

Ø Select the Network option from the SYSTEM menu and program the Fire-Class200 as Master. If this is not done, the Master panel will be unable tofind the connected Devices (Repeaters and Slave Panels).

Ø Auto-learning does not modify the programmed parameters.

A Select the Auto option from the PRO-GRAMMING menu (press 1).

B The control panel will search Loop 1 ...

C then Loop 2 ...

D and finally the RS485 network.

E1 When the Auto-learning phase ends on aSLAVE panel, the display will show ...

1=Auto1=Auto 2=Devices 2=Devices 3=PassWD 4=MesINI 3=PassWD 4=MesINI 5=Zones 6=Opt 7=Sys5=Zones 6=Opt 7=Sys8=Ver 9=Def Ø=Tel8=Ver 9=Def Ø=Tel

Autolearning Autolearning searching on: searching on: LOOP 1LOOP 1 please wait.... please wait....

Autolearning Autolearning searching on: searching on: LOOP 2LOOP 2 please wait.... please wait....

Autolearning Autolearning searching on: searching on: NETNET please wait.... please wait....

Analysis connectionsAnalysis connections1)LOOP 1 1)LOOP 1 2)LOOP 2 2)LOOP 2 3)NET not supported3)NET not supported


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E2 If the control panel is programmed asMASTER, the display will show ...

Select the required Loop (1 or 2) to access and program the parameters ofthe Loop Devices. Refer to the "Connections: Loop 1 and Loop 2" para-graph.

Select 3 to access and program the parameters of the RS485 network De-vices of the MASTER panel (refer to "Network Devices").

Connections: Loop 1 and Loop 2

+ The following instructions apply to Loops 1 and 2.

+ The example shows Loop 1 with two Optical Smoke Sensors at addresses1 and 2.

A Select the Loop 1 option from the ANALY-SIS CONNECTIONS menu (press 1) andprogram the Loop 1 Device parameters.

B The display will show the Loop 1 Devices.

Smoke This shows the number of Smoke sensors.

Temperature This shows the number of Thermal sensors.

Mod.IN This shows the number of Monitoring Modules (IN).

Mod.OUT This shows the number of Control Modules (OUT).

BalancedOutputs

This shows the number of Bell Outputs on the control panel: No Output Ex-pander = 4 Bell Outputs; 1 Output Expander = 10 Bell Outputs; 2 OutputExpanders = 16 Bell Outputs.

+ Use the Devices option from the PROGRAMMING menu to program theBell Outputs.

Analysis connectionsAnalysis connections1)LOOP 1 1)LOOP 1 2)LOOP 2 2)LOOP 2 3)NET3)NET

Analysis connectionsAnalysis connections1)LOOP 11)LOOP 1 2)LOOP 2 2)LOOP 2 3)NET3)NET

Loop 1 devices: Loop 1 devices: Smoke :## Thermal:##Smoke :## Thermal:##Mod.IN:## Mod.OUT:##Mod.IN:## Mod.OUT:##Balanced outputs :##Balanced outputs :##


C Press the ↵ key to view the parameters ofthe Devices at the lowest address. Whendevices share the same address, the sen-sor will be shown first.

D Position the cursor on the last parameteron the bottom right then press the ↵ key.

E The display will show the parameters ofthe Device at the next address.

F Position the cursor on the first character ofthe second row then press the ← key.

G The display will show the parameters ofthe Device at the previous address.

H Press ESC to step back to the CONNECTIONS menu (step A).

PRG:Smoke (Optic)%##PRG:Smoke (Optic)%##Device: SENSOR Device: SENSOR Z=ØØ Z=ØØ Z=ØØ Z=ØØ Z=ØØ Z=ØØ Z=ØØ Z=ØØ AT=5Ø **V=ØØ ** 1/AT=5Ø **V=ØØ ** 1/Ø1Ø1

PRG:Smoke (Optic)%##PRG:Smoke (Optic)%##Device: SENSOR Device: SENSOR Z=ØØ Z=ØØ Z=ØØ Z=ØØ Z=ØØ Z=ØØ Z=ØØ Z=ØØ AT=5Ø **V=ØØ *AT=5Ø **V=ØØ *** 1/Ø1 1/Ø1


PRG:Smoke (Optic)%##PRG:Smoke (Optic)%##DDevice: SENSOR evice: SENSOR Z=ØØ Z=ØØ Z=ØØ Z=ØØ Z=ØØ Z=ØØ Z=ØØ Z=ØØ AT=5Ø **V=ØØ ** 1/Ø2AT=5Ø **V=ØØ ** 1/Ø2



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Connections: Network

+ The following example shows two Repeaters, connected to the Network,at addresses 1 and 8.

A Select the Network option from the CON-NECTIONS menu (press 3) and programthe Network Device parameters.

B The display will show the Devices foundon the RS485 Network.

C Press the ↵ key to view the parameters ofthe Device with the lowest address. Whendevices share the same address, the Re-peater will be shown first.

D Position the cursor on the first character ofthe second row then press the ← key.

E The display will show the parameters ofthe Device at the previous address.

F Press the ↵ key to view the parameters ofthe Device at the next address.

G Press ESC to step back to the CONNECTIONS menu (step A).

Analysis connectionsAnalysis connections1)LOOP 1 1)LOOP 1 2)LOOP 2 2)LOOP 2 3)NET3)NET

NET Devices: NET Devices: Repeater :# Repeater :# Slave units:# Slave units:# Loop Expanders :ØLoop Expanders :Ø

PRG:Repeater PRG:Repeater Repeater Repeater Address :Address :11

PRG:Repeater PRG:Repeater RRepeater epeater Address :1Address :1




Programming: Fire sensors

Figure 16 shows the Fire detector parameters.

Description This is the non-modifiable description of the Device type.

Analogue Value This shows the non-modifiable real-time values measured by the Device.

Label This is for the modifiable Device label (up to 20 characters can be en-tered). The label is the Device identifier.

Associated Zone Each Device can be associated with 4 of the 16 Software Zones. When aDevice goes into ALARM status, its associated Zones will also go intoALARM status.

Alarm threshold This determines the Device threshold, if this limit is exceeded the controlpanel will generate ALARM status. The threshold is indicated by an arbi-trary unit: 00 to 99 (default 50%).

Procedure type This determines the actions the control panel will perform when the Devicethreshold is exceeded:

* (default) - the control panel will signal the ALARM according to the pro-grammed times and modes.

P (Prealarm) - the control panel will activate the ALARM delay.

A (Warning) - the control panel will activate a WARNING signal.

Driftcompensation

When this option is enabled the Device Alarm threshold will be correctedautomatically.

+ Drift compensation effects analogue smoke and ionisation sensors only.

Alarm verify This determines the number of times the Device must exceed the Alarmthreshold before the programmed actions will be activated.

Timer Use the Timer option from the OPTIONS menu to program the hours anddays of the week when the Alarm threshold must be increased by 10%. Itis possible to set type T Timer, type S Timer or no Timer (indicated by **).

+ If both timers are programmed, the highest values will be applied.

Loop This shows the Loop the Device is connected to.

Address This shows the Device address.


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Figure 16 Fire detector parameters


Programming: Monitoring modules

Figure 17 shows the Monitoring module parameters.

Ø Position the cursor on the third row of the display then press key 1 to ac-cess the parameters shown in figure 17b.

Ø Most of the Monitoring module parameters are described in the "Program-ming: Fire sensors" paragraph. The following parameters are for Monitor-ing modules only.

Extinction This enables the Extinction Mode of the Device, as indicated in the follow-ing parameter.

Extinction mode This determines whether the Monitoring module must activate the Devicesand Outputs programmed as manual Extinction (E) or Inhibit Extinction (I).

Figure 17 Monitoring module parameters


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Programming: Control modules

Figure 18 shows the Control module parameters.

Ø Position the cursor on the third row of the display then press key 1 to ac-cess the parameters shown in figure 18b.

Ø Most of the Control module parameters are described in the "Program-ming: Fire detector" paragraph. The following parameters are for Controlmodules only.

AssociatedZones

Each Control module can be associated with 4 of the 16 Software Zones.The Control module will be activated when any one of its Zones goes intoALARM status.

Figure 18 Control module parameters


AssociatedPoints

Each Control module can be associated with 3 Input Points. The Control mod-ule will be activated when any one of its Input Points goes into ALARM status.For each Point it is necessary to indicate:

Ø the Loop the Device is connected to (1 or 2);

Ø the Device type - Detector (D) or a Module (M);

Ø the Device address (01 through 99 or CL = Conventional Line).

Extinction mode This parameter establishes the operating modes and times applied by theControl module during Extinction operations. Use the Extinction Mode op-tion from the OPTIONS menu to program the Extinction mode parameters.If ** is programmed (default) the Control Module will not be used for extinc-tion operations.

Generalconditions

This option establishes the General conditions for Control module activa-tion. The Control module can be programmed for activation in the event ofone of the following conditions:

Ø ALARM (Al) or Network ALARM (NAl);

Ø Fault (Ft) or Network Fault(NFt);

Ø Prealarm (Pre), Network Prealarm (NPre), Warning (Wrn) or NetworkWarning (NWrn).

Programming: Conventional Zone module

Figure 19 shows the Conventional Zone module parameters. These pa-rameters are as per Fire sensors.

Figure 19 Conventional-Zone module parameters


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Programming: Repeaters and Slave panels

Figure 20a shows the Repeater parameters. Figure 20b shows the Slavepanel parameters. The following parameters are valid for both.

Description This is the non-modifiable description of the Device type.

Label This is the modifiable Device label (up to 20 characters can be entered).The label is the Device identifier.

Address This shows the device address.

Figure 20 (a) Repeater and (b) Slave Panel parameters


Devices

The Device option from the PROGRAMMING menu allows parameterchanges to the Devices found on Loops 1 and 2 during autolearning.

The Device option is also for the parameters of the Conventional line (ter-minal [LC]), and those of the Bell Outputs on the Main board (terminals[Cx]) and on Expander Outputs (terminals [Cx]).

Select the Device option from the PRO-GRAMMING menu (press 2).

If the control panel is programmed asSLAVE the display will show ...

If the control panel is programmed asMASTER the display will show ...

Select the required option and refer to the relevant paragraph.

Loop 1 and Loop 2

A Select LOOP 1 or LOOP 2 from the DE-VICE menu.

B Enter the Device address to change theDevice parameters. Press the ↑ key tochange the Conventional Line parameters(terminal [LC]), and refer the instructions inthe "Conventional Line" paragraph.

C If the entered address is valid the displaywill be as previously shown in the "Autolearning" paragraph. If not, the display willshow the Device not configured mes-sage. Press ESC to quit and step back toB.

1=Auto 1=Auto 2=Devices2=Devices 3=PassWD 4=MesINI 3=PassWD 4=MesINI 5=Zones 6=Opt 7=Sys5=Zones 6=Opt 7=Sys8=Ver 9=Def Ø=Tel8=Ver 9=Def Ø=Tel

PRG: Devices PRG: Devices 1=LOOP 1 2=LOOP 2 1=LOOP 1 2=LOOP 2 3=Outputs BELL 3=Outputs BELL NET not supportedNET not supported

PRG: devices PRG: devices 1=LOOP 1 2=LOOP 2 1=LOOP 1 2=LOOP 2 3=Outputs BELL 3=Outputs BELL 4=NET4=NET

PRG: Devices PRG: Devices 1=LOOP 11=LOOP 1 2=LOOP 2 2=LOOP 2 3=Outputs BELL 3=Outputs BELL 4=NET4=NET

PRG: devices L1 PRG: devices L1 Enter Address Enter Address Sensors L1: 1/Sensors L1: 1/#### Modules L1: 1/__Modules L1: 1/__

DEVICES LOOP1 DEVICES LOOP1 Device not Device not configured configured on LOOP 1 on LOOP 1


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To view the parameters of other Devices on the same Loop - follow theprocedure described in the "Auto learning" paragraph. Press ESC to quitand step back to B.

Conventional Line

Figure 21 shows the parameters of the Conventional Line (terminal [LC]).

Conventional Line programming is as per analogue sensors. Refer to the"Programming: Fire sensors" paragraph for the description of the parame-ters shown in figure 17.

+ The Alarm threshold and Drift compensation parameters are not valid forthe Conventional Line, as the connected sensors supply discrete valuesonly (alarm, open or short-circuit).

Figure 21 Conventional Line parameters


Bell Outputs

A Select Bell Outputs option from the DE-VICE menu to program the parameters ofthe Bell Outputs on the Main board (termi-nals [Cx]), and those of the Bell Outputson Output Expanders (terminals [CX]).

B Enter the address of the required Bell Out-put. Table 1 shows the corresponding Ad-dresses of the Bell Output terminals on theMain board and Output Expanders.

If the address is valid - the display will show the message in figure 22a.Position the cursor on the third row of the display and then press key 1 toaccess the parameters shown in figure 22b. Most of the parameters for theBell Output are described in the "Control Module" paragraph. The followingparameters are for the Bell Outputs only.

+ Address 01 corresponds to the Type C Output. The Type C Output is non-programmable, and will be activated each time the control panel goes intoALARM Status (it is possible to modify the label of the Type C Output).

ITemp When this option is selected the Output will be activated with the times setfor option 1 from the OPTIONS menu.

If an invalid Output or wrong address isentered (accepted values are 01 through16) the display will show the Output notavailable message. Press ESC to stepback to B.

To view the parameters of the other Bell Outputs, follow the procedure de-scribed in the "Auto-learning" paragraph. Press ESC to quit and step backto Step B.

PRG: Devices PRG: Devices 1=LOOP 1 2=LOOP 2 1=LOOP 1 2=LOOP 2 3=Outputs BELL3=Outputs BELL 4=NET4=NET

PRG: Output Bells PRG: Output Bells Enter Address Enter Address Output BELL : Output BELL : ####

Outputs BELL Outputs BELL Output Output not not available available

POSITION Main board Output expander no. 1 Output expander no. 2

TERMINALS C C2 C3 C4 C5 C6 C7 C8 C9 C10 C11 C12 C13 C14 C15 C16

ADDRESSES 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16

Table 1 Terminal number and address


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Figure 22 Bell Output parameters


Network

A Select the NET option from the DEVICEmenu (press 4) for the parameters of theDevices on the RS485 Network. PressESC to quit and step back to the PRO-GRAMMING menu.

B Enter the Device address. Press ESC toquit and step back to A.

C If the entered address is valid the displaywill show the relevant parameters (refer to"Programming: Repeaters and Slave pan-els" paragraph). If not, the display willshow the Device not configured mes-sage. Press ESC to step back to B.

To view the parameters of the other Devices on the RS485 Network, followthe procedure described in the "Auto-learning" paragraph. Press ESC tostep back to the previous menu.

Password (PassWD)

The PassWD option from the PROGRAMMING menu is for changes to theInstaller and User Code. Codes with 1 to 5 digits (0 through 9).

Select the PassWD option from the PRO-GRAMMING menu (press 3).

The display will show ...

Select option 1 or 2 and refer to the relevant paragraph.

PRG: Devices PRG: Devices 1=LOOP 1 2=LOOP 2 1=LOOP 1 2=LOOP 2 3=Outputs BELL 3=Outputs BELL 4=NET4=NET

PRG: NET DEVICES PRG: NET DEVICES Enter Address Enter Address Repeater: Repeater: #### Slave: __Slave: __

DEVICES NET DEVICES NET Device not Device not configured configured on NET on NET

1=Auto 2=Devices 1=Auto 2=Devices 3=PassWD3=PassWD 4=MesINI 4=MesINI 5=Zones 6=Opt 7=Sys5=Zones 6=Opt 7=Sys8=Ver 9=Def Ø=Tel8=Ver 9=Def Ø=Tel

CODES CODES Programming Programming 1=Installer Code 1=Installer Code 2=User Code2=User Code


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Installer Code The Installer Code accesses all controlpanel menus. The default Installer Code is00000.

Enter the new Installer Code: each digitwill be masked by the symbol Q.

Press the ↵ key to confirm the new code or press ESC to quit without sav-ing.

User Code The User Code can access the MODIFY-ING menu only. The default User Code is11111.

Enter the new User Code: each digit willbe masked by the symbol Q.

Press ↵ to confirm the new code or press ESC to quit without saving.

Welcome Message (MesINI)

The Welcome Message, shown on the first row of the display duringStandby status can be changed by means of the MesINI option from thePROGRAMMING menu. It is possible to program an alphanumeric mes-sage of up to 20 characters. The default message is Fire Class 200.

Select the MesINI option from the PRO-GRAMMING menu (press 4).

Enter the new message then press the ↵key to confirm or ESC to quit without sav-ing.

Programming: Programming: INSTALLER CODE INSTALLER CODE enter the new enter the new code : XXXXXcode : XXXXX

Programming: Programming: INSTALLER CODE INSTALLER CODE enter the new enter the new code : code : **XXXXXXXX

Programming: Programming: USER CODE USER CODE enter the new enter the new code : XXXXXcode : XXXXX

Programming: Programming: USER CODE USER CODE enter the new enter the new code : code : **XXXXXXXX

1=Auto 2=Devices 1=Auto 2=Devices 3=PassWD 3=PassWD 4=MesINI4=MesINI 5=Zones 6=Opt 7=Sys5=Zones 6=Opt 7=Sys8=Ver 9=Def Ø=Tel8=Ver 9=Def Ø=Tel

PROGRAMMING PROGRAMMING WELCOME MESSAGE WELCOME MESSAGE enter the new one: enter the new one: welcome messagewelcome message¤¤


Zones

Select the Zone option from the PROGRAMMING menu to access andprogram the Software Zone parameters.

The same parameters can be programmed for all the Devices associatedwith a Software Zone.

The Software Zone allows a group of Control Devices to be associatedwith several Input Points.

The Software Zone parameters will be applied automatically to all the De-vices associated with the Zone in question.

If a Device is associated with several Software Zones, the last SoftwareZone to be programmed will determine the valid parameters.

Therefore, the last parameter will be the valid parameter.

Select the Zone option from the PRO-GRAMMING menu (press 5) to accessand program the parameters of the Soft-ware Zones.

The display will be as per figure 23a. Position the cursor on the third rowand press 1 to access the parameters shown in figure 23b.

1=Auto 2=Devices 1=Auto 2=Devices 3=PassWD 4=MesINI 3=PassWD 4=MesINI 5=Zones5=Zones 6=Opt 7=Sys 6=Opt 7=Sys8=Ver 9=Def Ø=Tel8=Ver 9=Def Ø=Tel

Figure 23 Software Zone parameters


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Most of the Software Zone parameters are described in the "Programming:Fire sensors" paragraph. The following parameters are for Software Zonesonly.

Delay Select ON to apply the Fixed Delay and PAS Delay to the Software Zone.

The Fixed Delay will start when an alarm condition occurs on a SoftwareZone with the Delay enabled (ON). The Fixed Delay will be signalled byblinking on the Software Zone LED.

Press ACK to extend the running Fixed Delay - the PAS Delay (if en-abled) will be added automatically to the Fixed Delay.

The Software Zone will go into ALARM status when the total time of bothdelays elapses.

+ The Fixed Delay and PAS Delay (Positive Alarm Sequence) can be en-abled, and programmed by means of the D option from the OPTIONSmenu.

OPTION

Many of the parameters can be programmed through the Opt option fromthe PROGRAMMING menu.

Select the Opt option from the PRO-GRAMMING menu.

Select the required option, in accordancewith the following table, and refer to therelevant paragraph. Press ESC to stepback to the PROGRAMMING menu.

KEYS OPTIONS0 Prealarm time1 Warning threshold2 Verify 3 Drift Compensation4 Timer5 Special Timer6 Holidays7 Delays (Fixed and PAS)8 Pulse9 Extinction modes

1=Auto 2=Devices 1=Auto 2=Devices 3=PassWD 4=MesINI 3=PassWD 4=MesINI 5=Zones 5=Zones 6=Opt6=Opt 7=Sys 7=Sys8=Ver 9=Def Ø=Tel8=Ver 9=Def Ø=Tel

PRG: OPTION PRG: OPTION Ø=P 1=W 2=V 3=D 4=T Ø=P 1=W 2=V 3=D 4=T 5=S 6=H 7=D 8=Pulse 5=S 6=H 7=D 8=Pulse 9=Extinction mode9=Extinction mode


Prealarm time

An input Device programmed with Prealarm time will generate ALARMstatus when the prealarm time elapses. Prealarm status is signalled by:

Ø an acoustic signal on the control panel and on the connected Repeaters;

Ø blinking on the PREALARM LED;

Ø blinking on the LEDs of the associated Software Zones;

Ø the following message on the display.

Select P from the OPTION menu (press 0)to program the Prealarm time.

Enter values of 0.00 through 20.00 min-utes with steps of 0.5 minutes. The defaultprealarm time is 1 minute.

Press the ↵ key to confirm or ESC to quit without saving.

Warning Threshold

The Warning Threshold determines the Analogue Value that must be ex-ceeded before the Control panel will generate Warning status. The Warn-ing status is signalled by the following message.

The Warning Threshold is valid for Loop Devices programmed with Warn-ing Procedure.

Select W from the OPTION menu(press 1) to access and program theWarning Threshold.

Control Control panelin panelin PREALARM PREALARM Status ! Status !

PRG: OPTION PRG: OPTION Ø=PØ=P 1=W 2=V 3=D 4=T 1=W 2=V 3=D 4=T 5=S 6=H 7=D 8=Pulse 5=S 6=H 7=D 8=Pulse 9=Extinction mode9=Extinction mode

PRG: OPTION PRG: OPTION PREALARM PREALARM Enter Prealarm Enter Prealarm time : Ø1,Ømin.time : Ø1,Ømin.

Control Control Panel in Panel in WARNING WARNING Status ! Status !

PRG: OPTION PRG: OPTION Ø=P Ø=P 1=W1=W 2=V 3=D 4=T 2=V 3=D 4=T 5=S 6=H 7=D 8=Pulse 5=S 6=H 7=D 8=Pulse 9=Extinction mode9=Extinction mode


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Enter values of 00 through 99% with stepsof 1%. The Warning Threshold default is30%.

Press the ↵ key to confirm, or ESC to quit without saving.

Alarm Verify

Select the Alarm Verify option for the Verify Time. The Verify Time willstart when a Device exceeds the ALARM Threshold.

If the Analogue Value is higher than the Alarm threshold when the VerifyTime elapses, the control panel will go into ALARM status. However, if theAnalogue Value drops below the Alarm threshold before the Verify Timeelapses, the control panel will stay in Standby status, and will increase thevalue of the Verify Counter of the Device.

If the Analogue Value is higher than the Alarm threshold, when the VerifyCounter reaches the programmed value, the control panel will go intoALARM status. To delete (clear) all the Verify Counters, select the DeleteVerify option from the MODIFYING menu.

+ If another Device exceeds the ALARM threshold during the Verify Time,the control panel will go into ALARM status immediately.

Select V from the OPTION menu (press 2)to program the Verify Time.

Select the Alarm Verify option: default is00.0 minutes. Enter values of 00.0 through20.0 minutes with steps of 00.5 minutes.

Press ↵ to confirm or ESC to quit without saving.

PRG: OPTION PRG: OPTION WARNING WARNING Enter warning Enter warning threshold: %3Øthreshold: %3Ø

PRG: OPTION PRG: OPTION Ø=P 1=W Ø=P 1=W 2=V2=V 3=D 4=T 3=D 4=T 5=S 6=H 7=D 8=Pulse 5=S 6=H 7=D 8=Pulse 9=Extinction mode9=Extinction mode

PRG: OPTION PRG: OPTION Alarm Verify Alarm Verify Verify Time: ØØ.ØminVerify Time: ØØ.Ømin


Drift Compensation

The control panel performs periodical Alarm Threshold compensation onDevices with the Drift Compensation option enabled.

This option is for the Drift Compensation value that requires maintenance.The control panel will request maintenance by means of a FAULT signal,and the relevant message on the display.

When Drift Compensation reaches the non-modifiable default value thecontrol panel will go into Fault status.

Select D from the OPTIONS menu(press 3) to view the current maximumDrift Compensation value, and to programthe Maintenance value.

Select the Drift Compensation value thatwill require maintenance. Default is 25%.Enter values from 05% to 50% with stepsof 1%.

Press the ↵ key to confirm, or ESC to quit without saving.

PRG: OPTION PRG: OPTION Ø=P 1=W 2=V Ø=P 1=W 2=V 3=D3=D 4=T 4=T 5=S 6=H 7=D 8=Pulse 5=S 6=H 7=D 8=Pulse 9=Extinction mode9=Extinction mode

PRG: OPTION PRG: OPTION DRIFT COMPENSATION DRIFT COMPENSATION Maintenance: %25 Maintenance: %25 Real Time Comp. :%##Real Time Comp. :%##


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Timer and Special timer

Sensors are particularly sensitive, therefore, when persons are present inthe protected ambient the Alarm Threshold must be increased by the non-modifiable Default value (to allow for cigarette smoke etc.). The Timer andSpecial Timer can be programmed to control the ON-OFF times of theAlarm Threshold increase. The Special Timer is especially useful for com-panies with different office and factory hours. Both Timers have exactlythe same programming and function modes. The programmed times willbe valid on programmed days and dates.

+ The control-panel calendar and clock must be adequately programmed, inorder to ensure proper functioning of the Timers.

Select T from the OPTION menu (press 4)to access and program the Timer parame-ters. Figure 24 shows the Timer parame-ters.

Select S from the OPTION menu (press 5)to access and program the Special Timerparameters. Figure 25 shows the SpecialTimer parameters.

ON Enter the time of the day (hour and minutes) when the Alarm Thresholdmust be increased by the non-modifiable Default value.

OFF Enter the time of the day (hour and minutes) when the programmed AlarmThreshold must be restored.

Days Enter the days of the week when the above ON-OFF times must be ap-plied.

PRG: OPTION PRG: OPTION Ø=P 1=W 2=V 3=D Ø=P 1=W 2=V 3=D 4=T4=T 5=S 6=H 7=D 8=Pulse 5=S 6=H 7=D 8=Pulse 9=Extinction mode9=Extinction mode

PRG: OPTION PRG: OPTION Ø=P 1=W 2=V 3=D 4=T Ø=P 1=W 2=V 3=D 4=T 5=S5=S 6=H 7=D 8=Pulse 6=H 7=D 8=Pulse 9=Extinction mode9=Extinction mode

Figure 24 Timer parameters


+ The Timer will control sensors on the Loop with T setting only.

+ The Special Timer will control sensors on the Loop with S setting only.

H option The H option offers further flexibility to the Timers as it enables the AlarmThreshold increase on days which would normally be exempt (e.g. Sun-day). A maximum of 5 dates can be programmed for this option. The datesselected in the Timer option may be applied to the Special Timer and viceversa.

Select H from the OPTION menu(press 6).

Enter the date (no default). Cancel the dayand/or month number by entering 00.

Press ↵ to confirm or ESC to quit without saving.

PRG: OPTION PRG: OPTION Ø=P 1=W 2=V 3=D 4=T Ø=P 1=W 2=V 3=D 4=T 5=S 5=S 6=H6=H 7=D 8=Pulse 7=D 8=Pulse 9=Extinction mode9=Extinction mode

PRG: OPTION PRG: OPTION HOLIDAYS HOLIDAYS DAY : ØØ/ØØ ØØ/ØØ DAY : ØØ/ØØ ØØ/ØØ ØØ/ØØ ØØ/ØØ ØØ/ØØ ØØ/ØØ ØØ/ØØ ØØ/ØØ

Figure 25 Special Timer parameters


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Delay

Use the Delay option to access and program the Fixed Delay and PASDelay.

Fixed Delay The Fixed Delay will start when an alarm condition occurs on a SoftwareZone with the Delay option enabled (ON). The Fixed Delay will be sig-nalled by blinking on the Software Zone LED.

Press ACK to extend the running Fixed Delay. The PAS Delay (if en-abled) will be added to the Fixed Delay.

The Software Zone will go into ALARM status when the total time of bothdelays elapses.

The Fixed Delay and PAS Delay (Positive Alarm Sequence) must be en-abled (ON), and programmed by means of the D option from the OPTIONSmenu.

+ If another Software Zone detects ALARM conditions, whilst either delay isrunning, the control panel will override the delay and go into ALARM statusimmediately.

Select D from the OPTION menu (press 7)to access and program the Fixed andPAS delays.

Enter the times for the Fixed Delay andthe PAS Delay (0 through 20 minutes -with steps of 0.5 minutes).Select ON to enable the PAS Delay. De-fault is the same for both Delays: 2 min-utes; OFF.

Press the ↵ key to confirm, or ESC to quit without saving and step back tothe previous menu.

PRG: OPTION PRG: OPTION Ø=P 1=W 2=V 3=D 4=T Ø=P 1=W 2=V 3=D 4=T 5=S 6=H 5=S 6=H 7=D7=D 8=Pulse 8=Pulse 9=Extinction mode9=Extinction mode

PRG: OPTION PRG: OPTION DELAY DELAY Fixed:ØØ,Ø PAS:**** Fixed:ØØ,Ø PAS:**** PAS=OFFPAS=OFF


Pulse

The Pulse option is for the ON and OFF Times of the Bell Outputs.

Select Pulse from the OPTION menu(press 8).

Enter the required ON and OFF Times:values from 0 through 25.5 seconds, withsteps of 0.5 seconds. Default is 0 sec-onds.

+ The ON and OFF Times will be valid for the Bell Outputs programmed asGeneral Condition (refer to "Bell Output").

Extinction Modes

This option offers up to 4 Extinction Modes.

The Extinction Mode determines the operating mode of the Control De-vices and Bell Outputs, with the following parameters.

Delay This establishes the activation delay on the Control Devices. The default is30 seconds. Enter values from 30 through 99 seconds with steps of 1 sec-ond.

Operating Mode This establishes the operating mode of Extinction Inhibition.

Ø ADD (default) - the Extinction Inhibition adds 90 seconds to the pro-grammed Delay;

Ø STOP - the Extinction Inhibition will stop the Delay 10 seconds before theend. When the Extinction Inhibition is disabled the Delay will restart andrun for 10 seconds;

Ø FULL - the Extinction Inhibition will restore the Delay to its initial value.When inhibition is disabled the Delay will restart and run for the full Delaytime.

+ If an activating condition occurs during Extinction Inhibition, Extinction De-vices will be activated immediately.

LOG The LOG (logic) parameter establishes the conditions that will activate ex-tinction.

Ø OR (default) - only one activating condition need occur.

Ø OFF - at least two activating conditions must occur simultaneously.

PRG: OPTION PRG: OPTION Ø=P 1=W 2=V 3=D 4=T Ø=P 1=W 2=V 3=D 4=T 5=S 6=H 7=D 5=S 6=H 7=D 8=Pulse8=Pulse 9=Extinction mode9=Extinction mode

PRG: OPTION PRG: OPTION PULSES (IPul) PULSES (IPul) Time ON =ØØ,Ø sec Time ON =ØØ,Ø sec Time OFF =ØØ,Ø secTime OFF =ØØ,Ø sec


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Time ON (TMP) This determines the time that Extinction Devices will be active. Enter val-ues from 0 through 20 minutes - 0 (zero) means that the Extinction De-vices will stop when the control panel is RESET. The default Time ON is0 (TMP indefinite).

The programmed Delay will start when the activating conditions specifiedin the LOG (logic) parameter occur.

It is possible to stop Extinction Devices whilst the Delay is running; asspecified in the Mode parameter.

When the programmed Delay elapses the Extinction Devices will be acti-vated for the programmed Time ON.

The enabled Control Modules and the Bell Outputs will be activated afterthe programmed Delay.

They will hold the activated status for the programmed Time ON .

+ The Extinction Mode settings will be valid for the Outputs with the sameMode type (refer to "Extinction mode" of the Control Modules and Bell Out-puts).

A Select the Extinction Mode option fromthe OPTION menu (press 9) to access andprogram the Extinction Modes.

B Select the required Extinction Mode, orpress ESC to step back to the OPTIONmenu.

C DLY is for the Delay; TMP stands for TimeON.

D Press the ↵ key to confirm and step back to B. Press ESC to quit withoutsaving and step back to B.

PRG: OPTION PRG: OPTION Ø=P 1=W 2=V 3=D 4=T Ø=P 1=W 2=V 3=D 4=T 5=S 6=H 7=D 8=Pulse 5=S 6=H 7=D 8=Pulse 9=Extinction mode9=Extinction mode

PRG: OPTION PRG: OPTION Choose Extinction: Choose Extinction: 1= Ext1 2= Ext2 1= Ext1 2= Ext2 3= Ext3 4= Ext4 3= Ext3 4= Ext4

PRG: OPTION PRG: OPTION Extinction M.: E# Extinction M.: E# DLY=3Ø MODE=ADD TMPDLY=3Ø MODE=ADD TMPLOG=OR TMP=ØØ,Ø minLOG=OR TMP=ØØ,Ø min


System

Select the Sys option from the PRO-GRAMMING menu (press 7) to accessand program the system parameters.


Select the required option, according to the following table, and refer to therelevant paragraph or press ESC to step back to the PROGRAMMINGmenu.

KEYS SYSTEM PARAMETERS1 Date/Time2 Blink3 Wire4 SIL (Silence)5 WT (Walk Test)6 NET (Network)7 Printer

Date and Time

The Date/Time option from the SYSTEM menu is for the control panelclock settings.

Select Date/Time option from the SYS-TEM menu (press 1).

Enter the required Time and Date. Pressthe ↵ key to confirm, or ESC to quit with-out saving and step back to the SYSTEMmenu.

+ The day of the week must correspond to the selected date in order to en-sure proper functioning.

1=Auto 2=Devices 1=Auto 2=Devices 3=PassWD 4=MesINI 3=PassWD 4=MesINI 5=Zones 6=Opt 5=Zones 6=Opt 7=Sys7=Sys8=Ver 9=Def Ø=Tel8=Ver 9=Def Ø=Tel

PRG: SYSTEM PRG: SYSTEM 1=Date/Time 2=Blink1=Date/Time 2=Blink3=Wire 4=SIL 5=WT 3=Wire 4=SIL 5=WT 6=NET 7=Printer6=NET 7=Printer

PRG: SYSTEM PRG: SYSTEM 1=Date/Time1=Date/Time 2=Blink 2=Blink3=Wire 4=SIL 5=WT 3=Wire 4=SIL 5=WT 6=NET 7=Printer6=NET 7=Printer

PRG: SYSTEM PRG: SYSTEM Date/Time Date/Time Time: ØØ:ØØ Time: ØØ:ØØ Date: 24/11/98 TueDate: 24/11/98 Tue


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Blink

The analogue fire sensors are equipped with a LED which will blink whenthe control panel reads the detector status.

Select the Blink option from the SYSTEMmenu (press 2) to enable/disable the de-tector LED.

Select the Loop (L1 or L2) that the LEDsare connected to. Select ON to enable andOFF to disable the LED.

Select the address of the detector whoseLED must be enabled/disabled or ...

select the address range (from ... to) of thesensors whose LEDs must be enabled/dis-abled.

Press the ↵ key to confirm or ESC to quit without saving and step back tothe SYSTEM menu.

Wires

Use the Wire option to specify the configuration of the control panel Loops.

Select the Wire option from the SYSTEMmenu (press 3).

Select the configuration of each Loop (2 or4 wires). Press the ↵ key to confirm, orESC to quit without saving and step backto the SYSTEM menu.

PRG: SYSTEM PRG: SYSTEM 1=Date/Time 1=Date/Time 2=Blink2=Blink3=Wire 4=SIL 5=WT 3=Wire 4=SIL 5=WT 6=NET 7=Printer6=NET 7=Printer

PRG: SYSTEM PRG: SYSTEM Blinking : Blinking : L1L1 S S ONON Device : 1/__ Device : 1/__ From: 1/__ to1/__From: 1/__ to1/__

PRG: SYSTEM PRG: SYSTEM Blinking : L1 S ON Blinking : L1 S ON Device : 1/Device : 1/#### From: 1/__ to1/__From: 1/__ to1/__

PRG: SYSTEM PRG: SYSTEM Blinking : L1 S ON Blinking : L1 S ON Device : 1/__ Device : 1/__ From: 1/From: 1/#### to1/ to1/####

PRG: SYSTEM PRG: SYSTEM 1=Date/Time 2=Blink1=Date/Time 2=Blink3=Wire3=Wire 4=SIL 5=WT 4=SIL 5=WT 6=NET 7=Printer6=NET 7=Printer

PRG: SYSTEM PRG: SYSTEM Wires Wires Loop 1: 2 wires Loop 1: 2 wires Loop 2: 2 wiresLoop 2: 2 wires


Silence mode

The control panel SILENCE button will disable all Outputs in ALARMstatus (Bell Outputs and Control Modules), with the exception of the NON-Controlled Outputs (terminals [CM1-NC1-NO1] and [CM2-NC2-NO2]).

Select the SIL option from the SYSTEMmenu (press 4) to access and program theSilence mode.


Mode Select the Silence mode:

Ø Night (default) - Silence status will be held for the programmed Time ON,or until the SILENCE button is pressed again.

Ø Day - Silence status will be held until the SILENCE button is pressed.

Ø AUTO - Silence status will operate in Day Mode during the hours and daysprogrammed on the Timers (see Timer below), otherwise, it will operate inNight Mode.

+ If an alarm condition is detected during Silence mode, the programmedOutputs will be activated.

Time ON Enter the maximum Silence Time for Night Mode. Enter from 00.5 through20.0 minutes with steps of 0.5 minutes. The default is 0.5 minutes (30 sec-onds).

Timer Select the Timer for AUTO mode. Select Tor S, or T and S as required. Both Timersare programmed by means of the Timeroption from the OPTION menu.

Press the ↵ key to confirm, or ESC to quit without saving and step back tothe SYSTEM menu.

PRG: SYSTEM PRG: SYSTEM 1=Date/Time 2=Blink1=Date/Time 2=Blink3=Wire 3=Wire 4=SIL4=SIL 5=WT 5=WT 6=NET 7=Printer6=NET 7=Printer

PRG: SYSTEM PRG: SYSTEM Silencing Silencing MODE: Night MODE: Night Time ON= ØØ,5 T STime ON= ØØ,5 T S

PRG: SYSTEM PRG: SYSTEM Silencing Silencing MODE: Night MODE: Night Time ON= ØØ,5 Time ON= ØØ,5 TT SS


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Walk Test

The Walk Test allows the Installer to check proper functioning of the InputPoints of each separate Software Zone. When a Software Zone ---- in WalkTest status goes into ALARM status, the control panel will activate theAlarm Outputs for a period of 1 to 15 seconds (depending on the numberof sensors on the Loops).

+ The Extinction Outputs will not be activated.

A Select the WT option from the SYSTEMmenu (press 5).

B Select ON to enable the Walk Test.

C Select the required Zone.

D Press the ↵ key to activate the Walk Test.

The Walk Test status will be signalled by:

Ø the message - WALK TEST ACTIVE ON ZONE: # (the Zone will be indi-cated in the space filled by # in the example);

Ø Blinking on the TEST LED (0.5 second intervals);

Ø a long beep, followed by a long pause (2 second intervals).

Select OFF at step B to disable the Walk Test.

+ Test status will be abandoned automatically if any Zone, other than theZone in TEST status, goes into ALARM status.

+ Test status will be abandoned automatically if any type of Fault is detected.

PRG: SYSTEM PRG: SYSTEM 1=Date/Time 2=Blink1=Date/Time 2=Blink3=Wire 4=SIL 3=Wire 4=SIL 5=WT5=WT 6=NET 7=Printer6=NET 7=Printer

PRG: SYSTEM PRG: SYSTEM Walk Test Walk Test Walk Test: Walk Test: ONON on Zone : Ø1on Zone : Ø1

PRG: SYSTEM PRG: SYSTEM Walk Test Walk Test Walk Test: ON Walk Test: ON on Zone : on Zone : ####

FIRE CLASS 2ØØ FIRE CLASS 2ØØ WALK WALK TEST TEST ACTIVE ON ZONE: ## ACTIVE ON ZONE: ##


Network

When the Fire control system is fully installed, and several control panelsare connected via RS485: one of the control panels must be programmedas MASTER and all the others as SLAVES.

Select the NET option from the SYSTEM menu to program the MASTERand SLAVES. It is possible to connect the MASTER panel to one of theSLAVE panels on the network. In which case, the LEDs and display of theMASTER panel will show the status and parameters of the SLAVE panel.The commands made on the MASTER panel will be effective also on theSLAVE panel.

Select the NET option from the SYSTEMmenu (press 6).

Status Select the operating mode of the controlpanel: MASTER or SLAVE # (the address1 through 7 will be indicated in the spacefilled by # in the example). The exampleshows the control panel programmed asSLAVE 1 (default).

+ The control panel will RESET automatically each time the control panelstatus is changed.

Remoteconnection

Specify the remote connection of theMASTER to a SLAVE panel.


+ If Remote Connection with a SLAVE panel has been programmed, on quit-ting the NETWORK window, the MASTER panel display will be the sameas the Slave.

Press the ACK key to end the remote connection. If no key is pressedwithin 20 seconds the remote connection will end automatically. The MAS-TER panel will RESET when the connection ends.

PRG: SYSTEM PRG: SYSTEM 1=Date/Time 2=Blink1=Date/Time 2=Blink3=Wire 4=SIL 5=WT 3=Wire 4=SIL 5=WT 6=NET6=NET 7=Printer 7=Printer

PRG: SYSTEM PRG: SYSTEM NET NET Cond.: Cond.: Slave 1Slave 1 ****** -> ************ -> ******

PRG: SYSTEM PRG: SYSTEM NET NET Cond.: MASTER Cond.: MASTER MASTER -> MASTER -> Slave #Slave #


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Printer

A serial printer can be connected to the RS232 port of the control panel,for real-time printout of events.

Select Printer from the SYSTEM menu(press 7).

Select ON to enable or OFF to disable thePrinter.


Verify

The Verify option from the PROGRAMMING menu is reserved for futureuse.

If the Ver option is selected from the PRO-GRAMMING menu (key 8).


Press ESC to step back to the PROGRAMMING menu.

PRG: SYSTEM PRG: SYSTEM 1=Date/Time 2=Blink1=Date/Time 2=Blink3=Wire 4=SIL 5=WT 3=Wire 4=SIL 5=WT 6=NET 6=NET 7=Printer7=Printer

PRG: SYSTEM PRG: SYSTEM Condition Condition Printer Printer ENABLED :OFFENABLED :OFF

1=Auto 2=Devices 1=Auto 2=Devices 3=PassWD 4=MesINI 3=PassWD 4=MesINI 5=Zones 6=Opt 7=Sys5=Zones 6=Opt 7=Sys8=Ver8=Ver 9=Def Ø=Tel 9=Def Ø=Tel

PRG: VERIFY PRG: VERIFY Future Use Future Use Future Use Future Use Future UseFuture Use


Factory

The Factory option from the PROGRAMMING menu resets the manufac-turers settings (Default) on the control panel.

Select Def from the PROGRAMMINGmenu (press 9).


Select the required option and refer to the relevant paragraph, or pressESC to quit and step back to the PROGRAMMING menu.

Restore default

Select the Restore default option from theFACTORY menu (press 1).

Press the ↵ key to Restore Default set-tings, or ESC to quit and step back to theFACTORY menu.

Maintenance

Select the Maintenance option from the FACTORY menu to program therequired date.

Select the Maintenance option from theFACTORY menu (press 2).

1=Auto 2=Devices 1=Auto 2=Devices 3=PassWD 4=MesINI 3=PassWD 4=MesINI 5=Zones 6=Opt 7=Sys5=Zones 6=Opt 7=Sys8=Ver 8=Ver 9=Def9=Def Ø=Tel Ø=Tel

PRG: FACTORY PRG: FACTORY 1= Restore Default 1= Restore Default 2= Maintenance2= Maintenance

PRG: FACTORY PRG: FACTORY 1= Restore Default1= Restore Default 2= Maintenance2= Maintenance

PRG: FACTORY PRG: FACTORY Restore default Restore default Are you sure ? Are you sure ? Yes=EnterYes=Enter

PRG: FACTORY PRG: FACTORY 1= Restore Default 1= Restore Default 2= Maintenance2= Maintenance


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To enable the Maintenance option, selectON and enter the date (day, month andyear). The maintenance request will besignalled by FAULT status on the pro-grammed date.

Press the ↵ key to confirm, or ESC to quit and step back.

Telephone

The FC200/COM Telecom module (optional) can operate as either a Dial-ler or Digital Communicator ---- or both. The properly programmed Tele-com module will be activated by ALARM, WARNING, PREALARM andFAULT events, and will send voice messages and/or data to the pro-grammed telephone numbers. By entering the installer code (Factory de-fault 00000) and pressing the ↵ key it will be possible to stop ongoing calls,and clear the call queue.

Select the Tel option from the PROGRAM-MING menu (press 0).

Autolearning not done ---- the display willshow the Module not present message.

Autolearning done ---- the display willshow the PRG: TELECOM MODULEmenu.

Select the required option, as per the fol-lowing chart and continue, or press ESC tostep back to the PROGRAMMING menu.

KEYS OPTIONS1 Dial.2 Commun.3 T.Num.4 Option5 Remote Management

PRG: FACTORY PRG: FACTORY Maintenance Maintenance Maintenance : OFF Maintenance : OFF on date ØØ/ØØ/ØØon date ØØ/ØØ/ØØ

1=Auto 2=Devices 1=Auto 2=Devices 3=PassWD 4=MesINI 3=PassWD 4=MesINI 5=Zones 6=Opt 7=Sys5=Zones 6=Opt 7=Sys8=Ver 9=Def 8=Ver 9=Def Ø=TelØ=Tel

PRG: TELECOM MODULE PRG: TELECOM MODULE Module Module not present not present Esc to Quit Esc to Quit

PRG: TELECOM MODULE PRG: TELECOM MODULE 1)Dial. 2)Commun. 1)Dial. 2)Commun. 3)T.Num. 4)Option 3)T.Num. 4)Option 5)Remote Management5)Remote Management


Dial. (Telephone Dialler)

Select Dial. from the PRG: TELECOMMODULE menu (press 1) to program theTelephone module as a Telephone dialler.The display will show the Dialler menu.

Select Messages (press 1) to record up to8 voice messages of 11 seconds each (1message per channel).

Select the required message (use the ↑and ↓ arrows) then press 6 to Record. Re-cording will start immediately ---- speakclearly at about 10 cm from the micro-phone. The elapsing message time will beshown on the bottom row of the display.Listening and recording can be stopped bypressing ESC. When the recording timeelapses the program will step back to thePRG: Telecom Module menu.

Select the required message (use the ↑and ↓ arrows) then press 1 to Listen.

Select Causes / Events (press 2) and as-sign the events to the channel / message.The Telecom module will send the voicemessages to the programmed telephonenumbers when the assigned events occur.

Select channel 1 (press 1) and then assign the causes / events to channel/ message 1. Repeat the procedure for the remaining channels (see figure26). Option 3 allows up to 7 telephone numbers to be defined for eachchannel (refer Tel.Num. from Dialler menu).

PRG: TELECOM MODULE PRG: TELECOM MODULE 1)Dial. 2)Commun. 1)Dial. 2)Commun. 3)T.Num. 4)Option 3)T.Num. 4)Option 5)Remote Management5)Remote Management

PRG: TELECOM MODULE PRG: TELECOM MODULE Dialler Dialler 1=Messages 1=Messages 2=Causes / Events2=Causes / Events

PRG: TELECOM MODULE PRG: TELECOM MODULE Dialler Dialler Messages = Messages = A=Listen R=RecordA=Listen R=Record

PRG: TELECOM MODULE PRG: TELECOM MODULE Dialler Dialler Messages Record.= Messages Record.= >> >> >> >> Esc=End>> >> >> >> Esc=End

PRG: TELECOM MODULE PRG: TELECOM MODULE Dialler Dialler Messages Listening Messages Listening >> >> >> >> Esc=End >> >> >> >> Esc=End

PRG: TELECOM MODULE PRG: TELECOM MODULE Dialler Dialler Causes / Events Causes / Events C:1,2,3,4,5,6,7,8C:1,2,3,4,5,6,7,8


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Press ↵ to confirm or ESC to quit.

Figure 26 Monitoring causes/events parameters


Commun. (Digital Telephone Communicator)

Select Commun. from the PRG: TELE-COM MODULE menu (press 2) to pro-gram the module as a Telephone Commu-nicator. The display will show the Tel.Communicator menu.

The Telecom module provides 8 channelsfor Telephone communicator use. SelectCodes (press 1) then select the requiredchannel.

.

Press ↵ to confirm and continue.

Program the selected channel, and all other channels including the Testchannel (T follows channel 8) as follows:

---- P enter the corresponding protocol number (as per below)

Protocols 1 = ADEMCO SLOW 10 BAUD

2 = ADEMCO FAST 14 BAUD

3 = FRANKLIN 20 BAUD

4 = RADIONICS 40 BAUD

5 = SCANTRONIC 10 BAUD

6 = CONTACT-ID (DTMF)

7 = SIA 300 BAUD

----User Code enter the 4 digit User code (usually assigned by the centralstation); ----Alm. enter the 2 digit Alarm code (usually assigned by the central sta-tion);----Res. enter the 2 digit Restore code (usually assigned by the central sta-tion); ----Number enter 4 telephone numbers from the 32 available. The telephone numbers must be defined in option 3 (refer to Tel.Num.from PRG: Telecom Module menu).

PRG: TELECOM MODULE PRG: TELECOM MODULE Digital Communic. Digital Communic. 1=Codes 1=Codes 2=Causes / Events2=Causes / Events

PRG: TELECOM MODULE PRG: TELECOM MODULE Digital Communic. Digital Communic. Codes Codes Channels =Channels =

PRG: T.Com.Ch.=__P=_PRG: T.Com.Ch.=__P=_User Code =_____User Code =_____Alm. =__ Res.=__ Alm. =__ Res.=__ Number= __,__,__,__Number= __,__,__,__


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The Alm. and Res. codes are not required for protocol 7 SIA 300 BAUD.The Res. code is not required for protocol 6 CONTACT-ID. Press ↵, ESC or the arrow keys to confirm and quit.

Select Test to program the Test channel.The display will show ....

Enter the Protocol number; the User Codeand Test Code (usually assigned by thecentral station). Press ↵ to confirm. Thedisplay will show ....

Enter the telephone numbers, the hour and day for the Test call.The Test code is programmable for protocols 1 through 5 but is automaticfor protocol 6 CONTACT ID, and protocol 7 SIA 300 BAUD.

PRG: T.Com. Test P=_PRG: T.Com. Test P=_User Code =____ User Code =____ TEST CODE__ TEST CODE__ ->> Period->> Period

PRG: T.Com. Test PRG: T.Com. Test Number=__,__,__,__, Number=__,__,__,__, Hour __:__ Hour __:__ Day = xxxxxxxxDay = xxxxxxxx

Figure 27 Communicator monitoring causes/events parameters


Select Causes / Events from the PRG:TELECOM MODULE menu and assignthe events to the channels (1 through 8).The Telecom module will send the code tothe programmed telephone numbers whenthe assigned events occur.

When channels (1 through 8) are programmed ---- program the corre-sponding parameters (see figure 27).

T.Num (Telephone Numbers)

Select the T.Num. option from the PRG:TELECOM MODULE menu, the displaywill show the Telephone Numbers menu.

Use the ↑ and ↓ arrows to scroll the Number List. Select the identifierNumber (01 through 32), enter the corresponding telephone number thenpress ↵ to confirm and continue. Use the ← and → arrows to scroll theentered telephone number and delete any mistakes.

Options

Select Options from the PRG: TELECOMMODULE menu. The display will show ...

Sel Select Pulse or DTMF, according to local requirements. The Telecommodule is programmed to dial in DTMF (factory default). However, if bothmodes are available select DTMF as it is faster.

C.D.T. If the Check Dial Tone option is disabled OFF ---- the telecom module willdial the programmed telephone numbers assigned channel in alarm status,without checking for the dialling tone.If the Check Dial Tone option is enabled ON ---- the telecom module willwill dial the programmed telephone numbers only when the dial-tone isdetected, otherwise, it will release the telephone line and restart the alarmcycle from the same telephone number: after 4 attempts the Telecom mod-ule will quit and step to the successive telephone number.The control panel comes with the Check Dial Tone option enabled (ON).

+ This option must be disabled during the test phase (telephone line discon-nected), and also when the telecom module is connected to telephone net-works with non-standard tones.

RT The Telecom module will answer after the number of rings programmed forRinging Tones option.

PRG: TELECOM MODULE PRG: TELECOM MODULE Digital Communic. Digital Communic. Causes / Events Causes / Events C:1,2,3,4,5,6,7,8 C:1,2,3,4,5,6,7,8

PRG: TELECOM MODULE PRG: TELECOM MODULE Telephone Numbers Telephone Numbers Number : __ Number : __ ________________________________________

PRG: TELECOM MODULE PRG: TELECOM MODULE OPTION Tel. OPTION Tel. Sel=_C.D.T.=___RT=_ Sel=_C.D.T.=___RT=_ AK=___J=___ C/R_/_ AK=___J=___ C/R_/_


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AK The Acknowledge option allows 3 different operating modes:

Ø SN (Successful Numbers): the control panel will perform the alarm cycleand check whether calls are successful or not, and will redial the tele-phone numbers of successful calls during the subsequent cycles.

Ø NSN (No Successful Numbers): the control panel will perform the alarm cy-cle and check whether calls are successful or not, but will not redial thetelephone numbers of successful calls in the subsequent cycles.

Ø PS (Play Systematically) the Answer Check will be disabled and the mes-sage will be played 5 seconds after dialling.

J The Jump (Double Call / Jump other answering devices) option allows thecontrol panel (via Telecom module) to share the telephone line with one ormore answering devices (answerphone, fax, etc.). In normal circumstancesthe device programmed with the least number of rings will answer, how-ever, if the J option is enabled (ON) the Telecom module will override theother answering devices when it recognizes the double call sequence.

Double call sequence: the user must call the control panel, allow 2 ringsthen hang up and recall within 60 seconds. The control panel will not an-swer the first call but will answer on the first ring of the second call. If morethan 60 seconds elapse ---- the Double call sequence will not be recog-nized and it will be necessary to retry.

+ The other answering device must be programmed to answer after 3 ringsor more.

+ If the Jump option is enabled the RT (Ring Tone) option can be ignored.

The Telecom module comes with the Jump option disabled (OFF).

C/R This is for the number of Cycles (1 to 8), and for the Repetition time (thetime the message must be played for each telephone number). To pro-gram the Messages playback time select:1 = 20 seconds2 = 40 seconds3 = 60 seconds4 = 80 seconds5 = 100 seconds

Press ↵ or ESC to confirm and quit.

.


Remote management

Select Remote management from thePRG:TELECOM MODULE menu (press5) to enable (ON) or disable (OFF) Tele-service. When the Teleservice option isON the Installer will be able to service thecontrol panel, and change the parametersvia telephone. When Teleservice is OFFthis will not be possible. The Installer mustbe equipped with the optional OM-NIAMOD/V1 or OMNIAMOD/V2, and therelevant software in order to provide thisservice.

PRG: TELECOM MODULE PRG: TELECOM MODULE Remote Managem.=OFFRemote Managem.=OFF


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MODIFYING

The Modifying option from the MAIN menu allows the user to: disable theDevices connected to the control panel; delete the Verify counters and log-ger; modify some of the parameters of the Telecom Module.

Select the Modifying option from theMAIN menu (press 2).

Enter the User Code (the default code is11111) each digit will be masked by thesymbol Q.

Press the ↵ key to confirm the code. If thecode is valid the display will show theMODIFYING menu.

Select the required option and refer to the relevant paragraph or pressESC to step back to the MAIN menu.

Wrong Code If a wrong code is entered, the display willrequest Retry.

User defaultCode

The User default code is 11111. The User default code may be changedby means of the PassWD option from the PROGRAMMING menu.

FIRE CLASS 2ØØ FIRE CLASS 2ØØ 1= Programming 1= Programming 2= Modifying2= Modifying 3= Reading Parameter3= Reading Parameter

Enter Enter user user code code **********

Modifying: Modifying: 1=Disable 1=Disable 2=Del.Ver.3=Del.Log 2=Del.Ver.3=Del.Log 4=Telecom Module 4=Telecom Module

User code User code Wrong ! Wrong ! Retry Retry XXXXX XXXXX

MODIFYING 81www.ukpanels.com

Disable

The Disable option from the MODIFYING menu can Disable or Enable:

Ø the Devices on the loop (Monitoring Devices or Control Devices);

Ø Bell Outputs;

Ø Software Zones;

Ø Devices on the Network (Repeaters or Slave panels).

The DISABLE LED will go ON when one or more of the above mentionedis/are disabled.

The disabled and enabled modes are as follows.

MonitoringDevices

A disabled Monitoring Device (Detector, Monitoring Module, ConventionalZone Module, Addressable Call-points) will not generate ALARM or FAULTstatus.

Ø To clear FAULT status generated by a Monitoring Device - Disable theMonitoring Device in question.

Ø To clear ALARM status generated by a Monitoring Device - RESET thecontrol panel.

+ Monitoring Devices enabled during ALARM or FAULT status will generatethe status, as necessary.

Control Devices ALARM or FAULT status will not activate Disabled Control Devices (Con-trol Modules, Addressable Sirens).

Ø To stop the Control Devices activated by FAULT status - Disable the De-vices in question.

Ø To stop the Control Devices activated by an ALARM status - RESET thecontrol panel.

+ Control Devices enabled during ALARM or FAULT status, will be activatedimmediately.

Bell Outputs The enabled and disabled operating modes of the Bell Outputs are as perControl Devices.

Software Zones The disabled or enabled mode of a Software Zone will effect all its associ-ated Devices, as previously described.

Repeaters A disabled Repeater cannot command the Master control panel, although,its display will show the Master panel status. FAULT status will be gener-ated when a Repeater is Not Found. Loss of a Disabled Repeater will notgenerate a FAULT status.

Ø To clear a FAULT status - generated by the loss of a Repeater - Disablethe Repeater in question.


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+ FAULT status will be generated when the Repeater is re-enabled.

Slave panels A Disabled Slave panel cannot generate NETWORK ALARM or NET-WORK FAULT status. Loss of Disabled Slave panel from the Network willnot generate FAULT status.

Ø To clear FAULT status - generated by the loss of a Slave panel - Disablethe Slave panel in question.

Ø To clear a NETWORK FAULT - generated by a Slave panel - Disable theSlave panel in question.

Ø To clear a NETWORK ALARM status generated by a Slave panel - RESETthe Master panel.

+ FAULT status will be generated when the Slave panel (in FAULT status) isre-enabled.

+ NETWORK FAULT status will be generated when the Slave panel (in NET-WORK FAULT status) is re-enabled.

Procedure Proceed as follows to disable the Control panel items: Loop Devices; BellOutputs; Software Zones; Network Devices.

A Select the Disable option from the MODI-FYING menu (press 1).

B Select the required item, or press ESC tostep back to the MODIFYING menu.

C Enter the Item address then press the ↵key, or press ESC to step back and selectanother Item.

If a valid Item address is entered the display will show the: Item label;real-time Analogue Value; type; address; current status (see figure 28).

D Press the ↑ or ↓ key to change the Itemstatus then press the ↵ key to confirm orESC to quit.

Modifying: Modifying: 1=Disable1=Disable 2=Del.Ver.3=Del.Log 2=Del.Ver.3=Del.Log 4=Telecom Module 4=Telecom Module

MOD: Enab./Disabl. MOD: Enab./Disabl. 1=LOOP 11=LOOP 1 2=LOOP 2 2=LOOP 2 3=Outputs BELL 3=Outputs BELL 4=ZONES 5=NET 6=TEL4=ZONES 5=NET 6=TEL

MOD: Devices L1 MOD: Devices L1 Enter Address Enter Address Sensors L1: 1/Sensors L1: 1/#### Modules L1: 1/__Modules L1: 1/__

MOD: Enab./Disabl. MOD: Enab./Disabl. Device: SENSOR Device: SENSOR %## 1/## %## 1/## STATUS: STATUS: DISABLEDDISABLED


E Step back to C.

Conventionalline

To enable or disable the Conventional line(terminal 10[LC+]): position the cursor onthe L1 Detector space and press the ↑key.

Non-ConfiguredDevices

If an invalid address is entered, the displaywill show an error message. Press ESC toquit and step back to C.

Delete Verify

The Delete Verify option from the MODIFYING menu clears the VerifyCounter of each detector.

Select the Delete Verify option from theMODIFYING menu (press 2) to clear ALLthe Verify Counters.

Press the ↵ key to clear all the VerifyCounters, or ESC to quit and step back tothe MODIFYING menu.

MOD: Devices L1 MOD: Devices L1 Enter Address Enter Address Sensors L1: 1/Sensors L1: 1/ZCZC Modules L1: 1/__Modules L1: 1/__


Modifying: Modifying: 1=Disable 1=Disable 2=Del.Ver.2=Del.Ver.3=Del.Log3=Del.Log 4=Telecom Module 4=Telecom Module

MOD: Clear Verify MOD: Clear Verify Are Are you sure ? you sure ? Yes=Enter No=EscYes=Enter No=Esc

Figure 28 Enabled/Disabled status of sensors


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Delete logger

The Delete logger option from the MODIFYING menu deletes the con-tents of the logger.

Select the Delete logger option from theMODIFYING menu (press 3).

Press the ↵ key to delete the contents ofthe logger, or press ESC to quit and stepback to the MODIFYING menu.

Telecom Module

Select the Telecom Module option fromthe Modifying menu (press 4) to changethe telephone numbers and messages,and also to enable /disable the Remotemanagement option. The display willshow ...

Select Numbers (press 1) to change theprogrammed telephone numbers.

Select the identifier number (1 to 32) of thetelephone number to be changed, andchange as necessary.

Select Messages (press 2) to change, re-cord or listen to the messages.

Modifying: Modifying: 1=Disable 1=Disable 2=Del.Ver. 2=Del.Ver.3=Del.Log3=Del.Log 4=Telecom Module4=Telecom Module

Mod: Clear Logger Mod: Clear Logger Are Are you sure ? you sure ? yes=Enter NO=Esc yes=Enter NO=Esc

Modifying: Modifying: 1=Disable 1=Disable 2=Del.Ver.3=Del.Log 2=Del.Ver.3=Del.Log 4=Telecom Module 4=Telecom Module

Mod: Telecom Module Mod: Telecom Module 1=Telephone Numbers 1=Telephone Numbers 2=Messages 2=Messages 3=Remote Management3=Remote Management

Mod: Telecom Module Mod: Telecom Module Telephone Numbers Telephone Numbers Number = 01 Number = 01 ________________________________________

Mod: Telecom Module Mod: Telecom Module Message = Message = A = Listen A = Listen B = RecordB = Record


Enter the identifier number of the messageand press 1 to listen. The display will show...

Press ESC to stop the message and stepback. Select Record (press 6) to record orchange messages.

Select Remote Management (press 3) toenable / disable Teleservice (ON/OFF).

Mod: Telecom Module Mod: Telecom Module Listen Listen Message = 1 Message = 1 >>>>>>> Esc=End >>>>>>> Esc=End

Mod: Telecom Module Mod: Telecom Module Recording Recording Message = 1 Message = 1 >>>>>>> Esc=End >>>>>>> Esc=End

Mod: Telecom Module Mod: Telecom Module Remote Managem. =OFFRemote Managem. =OFF


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READING PARAMETER

Use the Reading Parameter option from the MAIN menu to view all thecontrol panel parameters, and to print the logger contents.

Select the Reading Parameter optionfrom the MAIN menu (press 3). No accesscode is required, as viewing and printoutdo not effect the parameters and operatingmodes of the control panel.

The display will show the READING PA-RAMETER menu.

Select the required option and refer to the relevant paragraph, or pressESC to step back to the MAIN menu.

Devices/Zones/Outputs

The Dev./Zones/Outputs option from the READING PARAMETER menushows the parameters of the Devices on the Loops, Software Zones, BellOutputs, and of the Devices on the network.

A Select the Dev./Zones/Outputs optionfrom the READING PARAMETER menu(press 1) or press ESC to step back to theMAIN menu.

B Select the required option or press ESC toreturn to the READING PARAMETERmenu (step A).

C Enter the address of the required Item.Press ESC to step back to theDev./Zones/Network (step B).

FIRE CLASS 2ØØ FIRE CLASS 2ØØ 1= Programming 1= Programming 2= Modifying 2= Modifying 3= Reading Parameter3= Reading Parameter

READINGS: READINGS: 1=Dev./Zones/Outputs1=Dev./Zones/Outputs2=Opt.3=Ver.4=Log. 2=Opt.3=Ver.4=Log. 5=Print 6=M.Telecom5=Print 6=M.Telecom


RD: Choosing Menu RD: Choosing Menu 1=LOOP 11=LOOP 1 2=LOOP 2 2=LOOP 2 3=Outputs BELL 3=Outputs BELL 4=ZONES 5=NET4=ZONES 5=NET

RD: Devices L1 RD: Devices L1 Enter Address Enter Address Sensors L1: 1/## Sensors L1: 1/## Modules L1: 1/__Modules L1: 1/__

READING PARAMETER 87www.ukpanels.com

+ Position the cursor on Loop 1 then press the ↑ key to view the parametersof the Conventional Line.

If a valid address is entered the display will show the relevant data as de-scribed in the "PROGRAMMING".

Press the ← or → key to view the parameters of the other Items of thesame type, or press ESC to enter another address (step C).

If an invalid address is entered at step C,the display will show the Device not con-figured message. Press ESC then retry.

Options

This option from the READING PARAMETER menu shows the parame-ters of the Options.

Select Options from the READING PA-RAMETER menu (press 2), or press ESCto step back to the MAIN menu.

The display will show the OPTIONS menu(refer to the OPTIONS paragraph). PressESC to step back to the READING PA-RAMETER menu.

Version

The Version option from the READING PARAMETER menu shows thecontrol panel version.

Select the Version option from the VIEWPARAMETERS menu (press 3), or pressESC to step back to the MAIN menu.


READINGS: READINGS: 1=Dev./Zones/Outputs1=Dev./Zones/Outputs2=Opt.2=Opt.3=Ver.4=Log. 3=Ver.4=Log. 5=Print 6=M.Telecom5=Print 6=M.Telecom

RD: OPTIONS RD: OPTIONS Ø=P 1=W 2=V 3=D 4=T Ø=P 1=W 2=V 3=D 4=T 5=S 6=H 7=D 8=Pulse 5=S 6=H 7=D 8=Pulse 9=Extinction Mode9=Extinction Mode

READINGS: READINGS: 1=Dev./Zones/Outputs1=Dev./Zones/Outputs2=Opt.2=Opt.3=Ver.3=Ver.4=Log. 4=Log. 5=Print 6=M.Telecom5=Print 6=M.Telecom


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The display will show the control panelversion. Press ESC to step back to theREADING PARAMETER menu.

Logger

The FireClass200 Logger can store the last 200 events. When the loggeris full the oldest event will be deleted automatically to make space for thenew event.

A Select the Logger option from the READ-ING PARAMETER menu (press 4), orpress ESC to step back to the MAINmenu.

B The display will show the most recentevent.N.B. The example shows no.123 as beingthe most recent event.

C Press the ← to scroll back.

D Press the → key to scroll forward.

E Press ESC to quit and step back to READINGS menu.

When the ← key is pressed on the oldestevent ...

Fire Class 2ØØ Fire Class 2ØØ version version 3.Ø 3.Ø

READINGS: READINGS: 1=Dev./Zones/Outputs1=Dev./Zones/Outputs2=Opt.3=Ver.2=Opt.3=Ver.4=Log. 4=Log. 5=Print5=Print 6=M.Telecom6=M.Telecom

ZONE ALARM ZONE ALARM 123123 FIRE CLASS 2ØØ FIRE CLASS 2ØØ Software Zone Software Zone 15:Ø9 13/Ø7/99 Ø115:Ø9 13/Ø7/99 Ø1

ALARM ALARM 122122 FIRE CLASS 2ØØ FIRE CLASS 2ØØ Device: MODULE Device: MODULE 15:Ø9 13/Ø7/99 1M1315:Ø9 13/Ø7/99 1M13


FAULT FAULT ØØØØØØ FIRE CLASS 2ØØ FIRE CLASS 2ØØ Missing MAIN Missing MAIN 18:Ø2 Ø5/Ø7/9918:Ø2 Ø5/Ø7/99


... the most recent event will be shown.

When the → key is pressed on the most recent event, the control panel willemit an error signal.

No event At step B - if the logger is empty (noevents) the display will show the LOGGEREMPTY message.

Delete Logger Use the Delete Logger option in the MODIFYING menu to delete the Log-ger contents.

Logger data

The following data is stored in the Logger (see fig. 29).

Event Type This is the description of the event.

Event Number This is the event number from 1 through 200.

Panel This is the control panel label (Master panel, Slave panel or Repeater) as-signed during programming.

Origin This is the label of the Item which generated the event.

Hour/Date This is the exact time and date of the event.

Address This is the address of the Item which generated the event.


ØØØ ØØØ LOGGER LOGGER EMPTY EMPTY

Figure 29 Logger data


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Print

The Print option from the READINGS menu prints all the logger contentson the connected printer.

A Select the Print option from the READ-INGS menu (press 5) or press ESC to stepback to the MAIN menu.

B Select the Logger option (press 1) orpress ESC to step back the READINGSmenu.

C Press the ↵ key to start the Logger Print orpress ESC to quit and step back to B.

D The display will show ...

+ The control panel will continue functioning during the Logger printout.

Printer notenabled

The printer must be enabled, otherwise, atstep D the display will show ...

Printer notconnected

The serial printer must be connected to the serial port of the control panel.

The control panel will ignore the fact that no printer is connected, or thatthe connected printer is not ready (paper out, no ink or blocked etc.). Tosuspend the Print follow the instructions below.

Stop Print To stop Print - proceed as per start Print .At step C press (when the ↵ key ispressed) the display will show ...

READINGS: READINGS: 1=Dev./Zones/Outputs1=Dev./Zones/Outputs2=Opt.3=Ver.4=Log. 2=Opt.3=Ver.4=Log. 5=Print5=Print 6=M.Telecom 6=M.Telecom

READINGS READINGS Print: Print: 1= Logger1= Logger 2= Programming2= Programming

Logger Print Logger Print Start Print ? Start Print ? Enter = YesEnter = Yes Esc = ExitEsc = Exit

Logger Print Logger Print running running please please wait.... wait....

Printer not Printer not enabled ! enabled ! Enable in Enable in menu’ PRG:SYSTEM menu’ PRG:SYSTEM

Logger Print Logger Print running running SUSPEND ? SUSPEND ? Yes = Enter Yes = Enter


Press the ↵ key to suspend the Print or press ESC to step back to C.

PrintProgramming

The Programming option from the PRINT menu is reserved for future use.If the Programming option is selected from the PRINT menu.


Press ESC to step back to the PRINT menu (step B).

Telecom Module

Select the Telecom Module option fromthe PARAMETER READING menu toview the Telecom module settings.

Select Tel.Mod. from the PARAMETER READING menu (press 6), orpress ESC to stepback to the Main menu.


Select Telephone numbers (press 1) to view the programmed Telephonenumbers (01 to 32).


READINGS READINGS Print: Print: 1= Logger 1= Logger 2= Programming2= Programming

Programming Data Programming Data Print Print Future Use Future Use Future Use Future Use


Rd. :Telecom Module Rd. :Telecom Module 1=Telephone Numbers 1=Telephone Numbers 2=Messages 2=Messages 3=Management 3=Management

Rd. :Telecom Module Rd. :Telecom Module Telephone Numbers Telephone Numbers Number : 01 Number : 01 ______________________________________


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Select Messages (press 2) to listen to themessages recorded during the program-ming phase of the Telecom module.

Select Remote management (press 3) to enable or disable (ON / OFF)Teleservice.


Rd. :Telecom Module Rd. :Telecom Module Message = 1 Message = 1 A = Listen A = Listen

Rd. :Telecom Module Rd. :Telecom Module Management Management STATE:_____________ STATE:_____________Remote Managem.= OFFRemote Managem.= OFF



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QUICK GUIDE

This quick guide holds all the information required by installers with someknowledge of the FireClass200 fire control panel, or of fire control panels ingeneral.

General features

Below are some of the technical features of the terminals on the Mainboard, Output Expanders and Repeaters.

FireClass200

FC200 FC200/SMains Voltage (1) 117 V 50-60 Hz ±10%

230 V 50-60 Hz ±10%

Maximum current 1.3 A @ 117 V 0.9 A @ 230 V

1.0 A @ 117 V 0.7 A @ 230 V

Maximum current available (2) 2 A 1 A

Low voltage range 19.0 ÷ 27.6 V

Low voltage ripple 1 %

Battery type:makemodel

two 12 V - 17 AhYUASA

NP 17-12 FR

or the equivalent with case flame classUL94-V2 (or over)

Temperature range -5 ÷ +40 °C

Dimensions (L*H*P) 432*577*131 mm

Max. weight (3) 21 Kg

(1) As per the local Mains power voltage.

(2) For the power supply to external devices.

(3) With two 12 V - 17 Ah batteries.

Repeater

Mains voltage 27.6 V

Maximum current 180 mA

Temperature range -5 ÷ +40 °C

Dimensions (L*H*P) 195*178*45 mm

Weight 1.1 Kg

QUICK GUIDE 95www.ukpanels.com

Terminals

The following charts hold:

Ø a brief description of the terminals on the Main Board, Output Expandersand Repeaters;

Ø the voltage present during the different conditions of each terminal;

Ø the maximum voltage (in amperes) that can circulate on each terminal.

Main board

TERM. DESCRIPTION v(V) i(A)[L1B] LOOP 1 IN -- --[L1A] LOOP 1 OUT -- --[L2B] LOOP 2 IN -- --[L2A] LOOP 2 OUT -- --

[LC+]

CONVENTIONAL LINE:balanced line with 2700 ohm è control panel in standbyunbalanced line è Conventional Zone activatedline in short-circuit or open è fault on the Conventional Zone

-- --

[EX] RESERVED OUTPUT -- --[+485--] SERIAL BUS -- --

14[ ] 17[+]REPEATER POWER SUPPLY:negative present on terminal 14[ ]positive present on terminal 17[+]

027.6 3 (3)

[AUX]24 V AUXILIARY POWER SUPPLY:negative present on terminal 19[ ]positive present on terminal 19[+]

027.6 3 (3)

[CM1][NC1][NO1]

FAULT ALARM OUTPUT - NON Controlled:standbby è [CM1] connected to [NC1] with [NO1] openin the event of fault è [CM1] connected to [NO1] with [NC1] open

-- 5

[CM2][NC2][NO2]

FIRE ALARM OUTPUT - NON Controlled:standby è [CM2] connected to [NC2] with [NO2] openin ALARM Status è [CM2] connected to [NO2] with [NC2] open

-- 5

[C] POSITIVE FIRE ALARM OUTPUT - Controlled:in ALARM Status è positive on [+] and negative on [--] 27.6 1.5 (3)

[C2] [C3][C4]

PROGRAMMABLE OUTPUTS - Controlled:output active è positive on [+] and negative on [--] 27.6 1.5 (3)

[REM] LOGIC UNIT BLOCKED:Logic Unit blocked è terminal to negative 0 1

[DEF] DEFAULT DATA:Control panel programmed with default data è terminal to negative 0 1

[OC1]↓

[OC16]

ZONE ALARM:corresponding zone in standby è terminal openzone in ALARM Status è terminal to negative 0 0.1

36-45[ ] GROUND 0 --


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Output Expander

TER. DESCRIPTION v(V) i(A)

[C5/11]↓

[C10/16]

PROGRAMMABLE OUTPUTS - Controlled:output active è positive on [+] and negative on [--] 27.6 1.5 (3)

Repeater


[+485--] SERIAL BUS -- --

1[ ]4[24V]

POWER SUPPLY (input):terminals for the power supply to the Repeater 27.6 0.18

5[ ]8[24V]

POWER SUPPLY (output):terminals for the power supply to the next Repeater -- --

19[+] POSITIVE 27.6 0.2[Z1]

↓[Z16]

ZONE ALARM:zone in standby è corresponding terminal openzone in ALARM Status è corresponding terminal to negative (4) -- 0.01

Telecom Module


[LE1][LE2]

TERMINALS FOR THE CONNECTION of the external telephonelines / /

[LI] TERMINALS FOR THE CONNECTION of other telephone-linesharing devices (answerphone, telephone, fax modem, etc.) / /

[ ] Earth Terminal 0 /

(3) The total current absorbed by terminals 17[+], 19[+], 26[+], 28[+], 30[+],32[+] on the Main Board, and by terminals [+] of the Output Expander,must not exceed:2 A for the FC200 control panel;1 A for thr FC200/S control panel.

(4) Terminals from [Z1] to [Z16] of the Repeater must be connected to nega-tive by a 2700 ohm resistance, and asbsorb 0.01 A in the connection to aLED.


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ISTINSFC200/UK 0.4 280403 BUI V4.2

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INSTALLATION MANUAL - FIRE ALARM ENGINEERSfirealarmengineers.com/downloads/fc200_inst_eng_uk.pdf ·...

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