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F08 Installation & Programming Manual

Document No: LT0082

FIP Installation

2.1 OVERVIEW

This chapter describes in detail the following FIP installation procedures:

Cabinet Installation

Mains Wiring

Battery Installation

MCP Wiring

Alarm Zone Wiring & Circuit Types

Bell Output Wiring

Supervised Ancillary Relay Output Wiring

Auxiliary Output Wiring

Door Holder Wiring

Brigade Interface Relays

Zone Labelling.

* * WARNING * *

PLEASE ENSURE THAT THE SYSTEM HAS BEEN THOROUGHLY TESTED BEFORE
THE CONNECTION OF BATTERIES AND EXTERNAL WIRING.

Page 2-2

24 March 2006

Issue 3.04

Summary of Contents for F08

Page 1: ...pter 4 Programming Chapter 5 Application Considerations Appendix A1 Compatible Batteries Appendix A2 Compatible Actuating Devices Appendix A3 Installation Drawings Zone Designation Label PRINTING SPECIFICATIONS 1 Paper Type 80gsm Bond White 2 Manual Size A4 3 Place in 4 ring binder Front and spine inserts to be fitted with labels stating LT0082 TYCO F08 INSTALLATION PROGRAMMING 5 All pages are dou...

Page 2: ...F08 Installation Programming Manual Document No LT0082 THIS PAGE INTENTIONALLY LEFT BLANK Page ii 24 March 2006 Issue 3 04 ...

Page 3: ...3 9538 7220 Fax 61 3 9538 7255 COPYRIGHT C 2002 Information contained in this document is copyright and shall not be reproduced in any form whatsoever or its contents disclosed to any third party without the written consent of Tyco Services Fire Safety The Company Information contained in this document is believed to be accurate and reliable however the company reserves the right to change the con...

Page 4: ...nce if it was in their possession prior to its receipt from the company if it is or becomes public knowledge without the fault of the User or the information becomes available on an unrestricted basis from a third party having a legal right to disclose such information The User s receipt and retention of this information constitutes acceptance of these terms This information is copyright and shall...

Page 5: ...T INSTALLATION 2 3 2 3 MAINS WIRING 2 6 2 4 MAIN BOARD 2 8 2 5 BATTERY INSTALLATION 2 11 2 6 FIP MCP WIRING 2 12 2 7 ALARM ZONE WIRING CIRCUIT TYPES 2 13 2 8 BELL OUTPUT WIRING 2 18 2 9 ANCILLARY RELAY OUTPUT WIRING 2 26 2 10 AUXILIARY OUTPUT WIRING 2 28 2 11 DOOR HOLDER WIRING 2 29 2 12 BRIGADE INTERFACE RELAYS 2 30 2 13 DISPLAY ZONE LABELLING 2 34 2 14 DOCUMENTATION 2 35 3 PLACING INTO OPERATION...

Page 6: ...INPUT TYPE 4 14 4 8 ENABLING OR DISABLING ZONES 4 16 4 9 PROGRAMMING ANCILLARY RELAY SUPERVISION 4 18 4 10 PROGRAMMING ZONE AUXILIARY OUTPUT MODE 4 20 4 11 EXIT PROGRAMMING CHECKLIST 4 22 4 12 TROUBLE SHOOTING IN PROGRAMMING MODE 4 23 5 APPLICATION CONSIDERATIONS 5 1 5 1 SUB PANEL WIRING 5 2 5 2 FIRE DETECTION IN HAZARDOUS AREAS 5 5 5 3 PREVENTION OF NON FIRE ALARMS 5 10 5 4 TROUBLE SHOOTING 5 11 ...

Page 7: ...t Documentation 28 May 98 Converted to Word 95 document 3 27 Oct 98 For V3 00 F08 software additional input types RAD SAD etc 15V MCP Resistor EOL 2769 3 01 31 Jul 02 Prefix Pages 2 6 2 7 2 27 5 6 5 12 Appendix A revised 3322 3 02 1 Mar 05 Fig 2 12 had Ext Def directly driving the detector circuit Appendix A2 add 614CH 614I 614P 3524 3635 3 03 28 Oct 05 Added System Sensor detector 885WP B to Appe...

Page 8: ...F08 Installation Programming Manual Document No LT0082 THIS PAGE INTENTIONALLY LEFT BLANK Page vi 24 March 2006 Issue 3 04 ...

Page 9: ...Document No LT0082 F08 Installation Programming Manual Introduction 1 INTRODUCTION Issue 3 04 24 March 2006 Page 1 1 ...

Page 10: ...bell and brigade output wiring and other related wiring Chapter 3 Placing Into Operation describes the procedures for placing an F08 into operation A commissioning checklist is included Chapter 4 Programming An F08 describes the steps necessary in programming an F08 FIP ready for a particular installation Chapter 5 Application Considerations describes some aspects of special applications such as r...

Page 11: ...art 4 for servicing purposes LT0081 Volume 3 F08 Installation Programming Manual provides complete details for correctly installing wiring programming and placing into operation the F08 FIP LT0082 1 2 2 STANDARD RELATED AS1603 1 2 3 Automatic Fire Detection and Alarm Systems Detectors Parts 1 2 3 Heat Smoke Flame AS1603 4 Automatic Fire Detection and Alarm Systems Part 4 Control and Indicating Equ...

Page 12: ...ETECTOR CIRCUIT Detectors electrically connected to FIP EEPROM Electrically Eraseable Programmable Read Only Memory EOL End Of Line device ELV Extra Low Voltage FIRE CONTROL STATION Fire Brigade Authority or any other authority which receives the FIP alarm signals FIP Fire Indicator Panel FLT Display abbreviation for FAULT FRC Flat Ribbon Cable GLOBAL No F08 zone output battery selected i e all SE...

Page 13: ...Document No LT0082 F08 Installation Programming Manual FIP Installation 2 FIP INSTALLATION Issue 3 04 24 March 2006 Page 2 1 ...

Page 14: ...tion Mains Wiring Battery Installation MCP Wiring Alarm Zone Wiring Circuit Types Bell Output Wiring Supervised Ancillary Relay Output Wiring Auxiliary Output Wiring Door Holder Wiring Brigade Interface Relays Zone Labelling WARNING PLEASE ENSURE THAT THE SYSTEM HAS BEEN THOROUGHLY TESTED BEFORE THE CONNECTION OF BATTERIES AND EXTERNAL WIRING Page 2 2 24 March 2006 Issue 3 04 ...

Page 15: ...Fire Fighter s access and observation f For unhampered installation and maintenance at least 1 metre free space must be provided to the front and sides of the F08 FIP see Figure 2 2 g Must not be installed in hazardous areas as defined in AS3000 h If recessed into a wall cavity allow for the door to open by at least 145 and prevent water entering the cabinet Seal unused knockouts and any top cable...

Page 16: ...mming Manual Document No LT0082 FIP Installation 300 50 o o 6 5 6 5 450 o o 6 5 6 5 1870 MAX 870 MIN ALL DIMENSIONS IN MILLIMETRES FINISHED FLOOR LEVEL Figure 2 1 F08 Cabinet Mounting Details Page 2 4 24 March 2006 Issue 3 04 ...

Page 17: ...Document No LT0082 F08 Installation Programming Manual FIP Installation 0 5m F08 FIP 0 5m 1m AS1670 CLEAR AREA Figure 2 2 FIP Cabinet Clearance Issue 3 04 24 March 2006 Page 2 5 ...

Page 18: ...g or inspecting mains wiring The mains wiring should be fixed firmly to the 3 way screw terminal block under the Mains switch Check that safety earths to cabinet doors Main Board and mains switch cover are still connected firmly to the earth studs NOTES 1 Mains supply must be 240 VAC 6 10 at 50 Hz and terminated as described 2 All other wiring coming into the panel including all relay wiring must ...

Page 19: ...Document No LT0082 F08 Installation Programming Manual FIP Installation THIS PAGE INTENTIONALLY LEFT BLANK Issue 3 04 24 March 2006 Page 2 7 ...

Page 20: ... J12 Reset Watchdog Activated LED 2 4 2 FUSES The following fuses are located on the Main Board F1 BELLS Rated 1 6 Amp F2 VB Rated 1 6 Amp F3 VNB Rated 1 6 Amp F4 AC IN 31VAC Rated 5 0 Amp 2 4 3 REMOVAL INSTALLATION The Main Bd should be removed carefully as it is a delicate piece of electronic equipment An electrostatic earth lead should be worn at all times when working on the bd Disconnect all ...

Page 21: ...Document No LT0082 F08 Installation Programming Manual FIP Installation Figure 2 4 F08 Main Board Layout Issue 3 04 24 March 2006 Page 2 9 ...

Page 22: ... F2 b Terminals labelled VNB provided a non battery backed 27 9 VDC supply output VNB terminals are fused by F3 The total load current available from VB and VNB is 1 5 Amps This excludes the panel and battery charging currents A block diagram of the fused power outputs is shown in Figure 2 5 FUSE F3 VNB 27 9 VDC 1 5A 30 VAC FUSE REGULATOR F2 VB 27 3 VDC 1 5A 2A CURRENT LIMITED BATTERY 24 VDC Figur...

Page 23: ...tem should be system tested before connecting the batteries b If the batteries are located remotely from the F08 a battery protection device 3 Amps must be located at the batteries c USE ONLY THE BATT BATT TERMINALS PROVIDED PARALLEL CONNECTION OF BATTERIES IS NOT PERMITTED PLEASE OBSERVE POLARITY Q 0V Q BATT Q BATT Q EARTH F08 MAIN BOARD HEATSINK BLACK RED TRANSFORMER MAINS SWITCH BATTERY BATTERY...

Page 24: ... an example of the MCP wired to AZC4 NOTE 1 The MCP becomes the first DETECTOR on the particular AZC used The field cabling to the next detector on that AZC is connected to the terminals J2 1 2 labelled AZC NOTE 2 MCPs can be used only on AZCs programmed as zone input type 1 or type 2 Refer to Section 2 7 2 for a description of the ten different zone input types FIELD E o o o o O OUT IN OUT IN L o...

Page 25: ... wired across the AZC to with a series link to give an open circuit Fault if the detector is unplugged 7 Observe IN and OUT wiring of detectors IN is from previous detector Fire Panel OUT is to next detector EOL 9 If in doubt refer to detector information for specific detail 10 Figure 2 8 shows the correct way to wire an AZC with detectors and or MCPs The MCPs and detectors may be in any order The...

Page 26: ...082 FIP Installation AZC OUT IN OUT IN Detector MCP OUT IN Detector EOL Figure 2 8 Example of Correct AZC Detector MCP Wiring OUT IN 2k7 1 EOL Resistor Last Detector on Alarm Zone Circuit Figure 2 9 Correct EOL Wiring Page 2 14 24 March 2006 Issue 3 04 ...

Page 27: ...UT IN AZC L o o o o o o O E o o o o o o O OUT IN OUT IN OUT IN L o o o o o o E o o o o o o O O OUT IN OUT IN OUT IN AZC L o o o o o o O o o OUT IN o o E o o o o o o O O OUT IN OUT IN OUT IN AZC L o o o o o o O E o o O OUT IN L o o Figure 2 10 Incorrect AZC Wiring Examples Issue 3 04 24 March 2006 Page 2 15 ...

Page 28: ...ve a high alarm voltage up to 17V when AVF is required e g with IS isolating repeaters Configure the zone as latching When the zone is reset the detector will be reset and the zone taken out of alarm immediately overriding the 60 second delay out of alarm Input Type 5 Flowswitch 0 13V band is alarm with 20 second delay into alarm 13 17V band is normal The detector is non latching and the zone shou...

Page 29: ... will be applied to the circuit once a second INPUT TYPES INPUT TYPE VOLTAGE 1 INSTANT 2 AVF RAD 3 SAD 4 AVF SAD 5 FLOW SWITCH 24V Fault Fault Fault Fault Fault 17 23V Normal Normal Normal Normal Normal 13 17V 0 17 Volt treated as the same state Alarm after 2 seconds 0 17 Volt treated as the same state 0 17 Volt treated as the same state Normal 0 13V Alarm after 2 seconds AVF into alarm Alarm afte...

Page 30: ...ervised bell output can be arranged with an optional 24V Bell Monitor Board part number PA0494 and a 24V GP Relay Board part number PA0730 The Bell Monitor Board supervises the bell wiring for open or short circuits On a fault the Ext Def output of the Bell Monitor goes low and turns off the relay on the GP Relay Board causing the EOLR to be disconnected from the F08 s detector circuit The AZC sho...

Page 31: ... FIP Installation J8 A COM O L A NC O R M NO O COM O A NC O N C NO O I L SUP O L A VB O R Y VNB O 0V O RED WIRE BELLS O BLACK WIRE 0V O DIODE _ _ REMEMBER MAX LOAD BELL 1 0 A DIODE _ _ BELL Figure 2 11 Bell Output Wiring Issue 3 04 24 March 2006 Page 2 19 ...

Page 32: ...t 0V 7 EVAC EVAC PA0494 24V BELL MONITOR BOARD SIG C NC NO C NC PA0730 24V RELAY BOARD NO EOL EOL Value Refer to Bell Monitor Installation Instructions LT0190 F08 EOL 0V BELLS VB A3 10k Ext Def Solder the 10k resistor from the Ext Def tab to the l h s of link A3 J3 J8 Cut Lk1 Figure 2 12 F08 Bell Output with PA0494 Bell Monitor Board Page 2 20 24 March 2006 Issue 3 04 ...

Page 33: ...ttery terminals through a 3A slow blow fuse and T GEN s DEF output wired into an AZC input to signal a fault with the wiring This AZC must be programmed for circuit type 8 short circuit fault 1 Connect T GEN using the Bells Relay T GEN requires a closed contact output to 0V to allow operation The standard F08 Bells output is switched 24V so it needs to be modified 1 Remove the Bell Fuse F1 2 Solde...

Page 34: ...ed as follows EARTH BATT BATT 0V AZC AZC 0V BELLS 0V VNB VB F08 MAIN BOARD A I F ALM DEF SIG PROGRAM INPUT TYPE 8 10k 5 SOLDER WIRE FROM TOP HOLDER TO 0V REMOVE BELLS FUSE F1 24V 24V 0V 0V Figure 2 13A F08 using T GEN on Bells Relay T GEN 50 F08 EOL 3A SLOW BLOW FUSE Page 2 22 24 March 2006 Issue 3 04 ...

Page 35: ...ed in this fashion pressing the silence key will not silence the T GEN the only way T GEN can be silenced is by isolating the Ancillary Relay Also performing a Bells test will not activate T GEN the Ancillary Relay test will need to be used instead Figure 2 13B EARTH BATT BATT 0V AZC AZC 0V BELLS 0V VNB VB SUP NO NC COM F08 MAIN BOARD A I E ALM DEF SIG PROGRAM INPUT TYPE 8 10k 5 24V 24V 0V 0V T GE...

Page 36: ...erate the T GEN must be mapped to Master Alarm as well Pressing Silence will not silence T GEN and this must be done through isolating all zones in alarm There is no way of performing a Test on the T GEN except by putting a zone into alarm Figure 2 13C EARTH BATT BATT 0V AZC AZC 0V BELLS 0V VNB VB SUP NO NC COM NO F08 MAIN BOARD A I E ALM DEF SIG PROGRAM INPUT TYPE 8 10k 5 24V 24V 0V 0V T GEN 50 F...

Page 37: ...zone alarm test can be used instead Wire the Auxiliary output of each zone that is to operate T GEN together and connect to T GEN as per Figure 2 13D These outputs are open collector so they may be wired in parallel Figure 2 13D shows the wiring for zones 1 2 and 4 operating T GEN Figure 2 13D F08 using T GEN via Auxiliary Outputs EARTH BATT BATT 0V AZC AZC 0V VNB VB VB AUX8 AUX7 AUX6 AUX5 AUX4 AU...

Page 38: ...he controlled device Allowable output load is 400 ohms to 4kohms A diode must be added to loads 400 ohms 5 For supervised loads less than 400 ohms use a series diode fitted at the load observe polarity and ensure diode rating is compatible with the load current 6 For inductive loads use a suppression diode rated at 50 Volts or greater and a current rating of 0 5 A for loads greater than 100 ohms 1...

Page 39: ...R Y VB Q VNB Q 0V Q A Field Wiring for Interposing Device with a load Resistance greater than 400 OHMS SERIES DIODE A COM Q N C NC Q I L NO Q L INTERPOSING SUPPRESSION A SUP Q RELAY DIODE R Y VB Q VNB Q 0V Q B Field Wiring for Interposing Device with a load Resistance less than 400 OHMS Figure 2 14 Examples of Supervised Ancillary Output Issue 3 04 24 March 2006 Page 2 27 ...

Page 40: ...ES a Use 24V devices and allow for relay current in power requirement calculations b Use reverse E M F suppression diode on relays c If a zone auxiliary output connects to more than one auxiliary relay steering diodes must be fitted d An auxiliary open collector output may or may not be isolated when the corresponding zone is isolated depending on programming Refer to Section 4 10 e MAXIMUM curren...

Page 41: ...4 Relay rating is 2 A 30 VDC resistive 1A inductive 5 Only ELV is allowed into the cabinet Use an interposing relay located outside the F08 cabinet if switching anything other than ELV 6 For inductive loads use a suppression diode rated at 50 Volts or greater and with a current rating of 0 5 A for loads greater than 100 ohms 1 0 A for loads greater than 30 ohms 1 5 A for loads greater than 20 ohms...

Page 42: ...Standby Relay de energises on battery flat voltage complete battery power failure watchdog timeout or disconnection of the Display Keyboard flat ribbon cable ie COM switches from NO to NC c THIS RELAY MUST BE USED TO SIGNAL TO THE BRIGADE ON ANY OF THE ABOVE CONDITIONS unless otherwise notified by the local Fire Authority c If no STANDBY signal is required by the local Fire Authority it is recomme...

Page 43: ...rm Relay will energise on an Alarm condition on any non isolated zone that is mapped to MASTER ALARM i e COM switches from NC to NO Two sets of alarm contacts are provided labelled ALARM A and ALARM B Normally ALARM A is used for brigade signalling and ALARM B is used for Door Holders or other alarm functions NOTES a Some brigade interfaces require 24 VDC and 0 VDC use VBF and 0V terminals b Refer...

Page 44: ... if 24 VDC Battery Backed voltage required Q VNB Q 0V Use this terminal if 0 VDC is required J7 Q COM STANDBY Q NC STANDBY relay NORMALLY ENERGISED COM closed to NO Q NO Q COM FAULT Q NC Q NO Q COM ISOLATED Q NC Q NO Q COM ALARM FIRE Q NC Q NO Q VNB Q 0V Q BELLS Q 0V Page 2 32 24 March 2006 Issue 3 04 ...

Page 45: ...Document No LT0082 F08 Installation Programming Manual FIP Installation Figure 2 17 Brigade Relay Termination Issue 3 04 24 March 2006 Page 2 33 ...

Page 46: ...and adjust such that the zone labelling is aligned correctly Fasten the four screws 2 13 2 DISPLAY BOARD REMOVAL OR INSTALLATION The F08 Display Board is attached to the rear of the internal door by five M4 x 12mm screws and flat washers To remove the display board simply unplug the display FRC from J1 on the Main Board then remove all 5 screws Reverse the process to install the display board 2 13...

Page 47: ...NTATION The following documentation MUST be included inside the F08 panel a F08 Operator s Manual b A Maintenance Log Book c An AS INSTALLED fire detection system diagram and or summary describing the installed layout of the F08 fire detection system Issue 3 04 24 March 2006 Page 2 35 ...

Page 48: ......

Page 49: ...Document No LT0082 F08 Installation Programming Manual Placing into Operation 3 PLACING INTO OPERATION Issue 3 04 24 March 2006 Page 3 1 ...

Page 50: ...TE SWITCH To switch the F08 FIP ON or OFF open the front protective door The MAINS ISOLATE SWITCH is located at the bottom of the cabinet to the right of the mains transformer This switch controls the mains power supply to the panel including the battery charger The normal position of this switch is ON and should only be turned OFF ie MAINS ISOLATED when testing that the FIP will run on batteries ...

Page 51: ...Document No LT0082 F08 Installation Programming Manual Placing into Operation Figure 3 1 F08 Internal View Issue 3 04 24 March 2006 Page 3 3 ...

Page 52: ...re OFF STEP 5 Perform a System Test a With the FIP in GLOBAL mode all SEL LED indicators OFF Press the key once b The amber ISO LED indicators for Ancillary Relay Master Alarm and Alarm Bells will illuminate TEST c After 5 seconds all LED indicators will illuminate and the internal sounder will produce a steady tone for a period of 2 seconds d A fault test will be carried out on each enabled and n...

Page 53: ...f the battery is flat leave on charge for 24 hours and retest iii Check Battery Low Monitoring circuit for correct operation STEP 8 Perform an MCP test a Insert the plastic MCP test key into the MCP for a period of 2 to 3 seconds b The zone that the MCP is wired to should indicate an alarm by flashing its ALARM LED and any programmed outputs should operate c Press the key once to clear the ALARM d...

Page 54: ...plete with a Detector location and types b F08 FIP Programmed Configuration 4 Ensure that a copy of the AS INSTALLED drawing is included inside the panel for maintenance purposes 5 Ensure that a copy of the F08 OPERATOR S MANUAL is included inside the panel and the system detail pages are completed 6 Ensure that interface devices are connected to the AUXILIARY OUTPUTS if these outputs are used ext...

Page 55: ... Ie Check for each zone a Alarm and fault conditions can be generated b The alarm delay is as the input type Ie Normal AVF 1668 or Flow Switch c The zone is enabled and latching or non latching as required d The appropriate outputs Ancillary Relay Auxiliary Brigade and bells operate as programmed or wired e The Ancillary Relay supervision detects open and short circuit faults if it is enabled Issu...

Page 56: ...F08 Installation Programming Manual Document No LT0082 Placing into Operation THIS PAGE INTENTIONALLY LEFT BLANK Page 3 8 24 March 2006 Issue 3 04 ...

Page 57: ...Document LT0082 VIGILANT F08 Installation Programming Manual Programming 4 PROGRAMMING Issue 3 04 24 March 2006 Page 4 1 ...

Page 58: ...fer Section 2 7 2 for a full description i 2 second transient suppression delay to alarm default Both detectors and 15V MCP allowed on circuit ii AVF RAD 16 second delay to alarm for detectors 2 second delay to alarm for 15V MCP iii AS1668 SAD Delay into alarm 2 seconds Delay out of alarm 60 seconds Detector is non latching and zone should be programmed as non latching iv AS1668 AVF SAD 16 second ...

Page 59: ...ces the auxiliary zone output to be off this is a single global parameter which applies to all eight zones FUNCTION PRESS KEY COMMENTS ENTER PROGRAMMING PROGRAM Located on Main Board MODE PRESS HOLD FOR 4 BEEPS Zone Output Mapping entered for ANCIL RELAY EXIT PROGRAMMING MODE PROGRAM Sounder on Continuously Select one EXIT FUNCTION 1 EXIT WITHOUT TEST Parameters NOT changed SAVING CHANGES EXITS TO...

Page 60: ...8 8 1 8 2 Select Zone SELECT Selected Zone SEL LED ON FLT ALM ISO LEDs ON for Select Zone Delay SILENCE ZONE 1 Default 2s transient ZONE 2 AVF RAD ZONE 3 1668 SAD ZONE 4 1668 AVF SAD ZONE 5 FSI 20 second ZONE 6 2 secs alarm No MCP ZONE 7 AVF RAD No MCP ZONE 8 Fast alarm with supervision ZONE 8 1 Fast alarm 15V loop pwr ZONE 8 2 2 Secs alarm S C nml 4 Enter into Enabling or Disabling Zones and Anci...

Page 61: ...r All output amber ISO LEDs start flashing The ZONE OUTPUT MAPPING programming function is automatically selected upon entry into the PROGRAMMING MODE The green SEL indicator of ANCILLARY RELAY starts flashing Zones that are mapped to ANCILLARY RELAY are indicated by their ALM zone LEDs being ON PLEASE NOTE PROGRAMMING MODE cannot be activated if 1 A system test is currently being performed 2 A zo...

Page 62: ...ill return to the state prior to entering PROGRAMMING MODE SELECT will be in global mode All changes made during PROGRAMMING MODE will be lost 4 3 2 SAVING CHANGES This sequence exits PROGRAMMING MODE saves all changed parameters in EEPROM and returns the system to normal operation Press the PROGRAM pushbutton key once to exit O PROGRAMMING MODE A steady tone sound will be heard Press the SELECT k...

Page 63: ...iliary outputs are isolatable Press the PROGRAM pushbutton key once O to exit PROGRAMMING MODE A steady tone sound will be heard Press the RESET key once within 4 minutes of pressing the PROGRAM pushbutton RESET The sounder will beep 4 times All Output amber ISO LEDs will be flashing All zone SEL LEDs will be flashing All zone SEL LEDs stop flashing and the OUTPUT MAPPING programming function is a...

Page 64: ...tomatically selected upon entry to PROGRAMMING MODE or after performing a PROGRAMMING RESET function If in any other programming function perform the following steps to enter this mode Press the TEST key once The green SEL LED flashes on ANCILLARY RELAY as the first output selected TEST All zones mapped to the ANCILLARY RELAY will be indicated by the zone ALM LED being ON The amber ISO LEDs on ANC...

Page 65: ...e TEST key to toggle the mapping state ALM LED ON Zone mapped to output ALM LED OFF Zone not mapped to output Press SELECT key to select zones 2 to 8 Zone SEL LED illuminated indicates zone selected After pressing the SELECT key on zone 8 a BLANK POSITION will be selected where no zone SEL LEDs are turned ON SELECT TEST In this position the TEST key may be pressed to select another output Issue 3 ...

Page 66: ...mapping a ANCILLARY RELAY is operated by all zones except 2 and 6 b MASTER ALARM is operated by all zones except 4 and 6 c ALARM BELLS is operated by all zones except 6 As the default setting is all zones mapped to all outputs it is only necessary to de map those zones not required for each output a Re map ANCILLARY RELAY Select Select DE MAP Select Zone 1 Zone 2 Zone 2 Zone 3 SELECT SELECT TEST S...

Page 67: ... Select Zone 4 Zone 4 Zone 5 Zone 6 SELECT TEST SELECT SELECT ALM LED OFF DE MAP Select Select Select Zone 6 Zone 7 Zone 8 Global TEST SELECT SELECT SELECT ALM LED OFF c Re Map ALARM BELLS Select Select Select Select Alarm Bells Zone 1 Zone 2 Zone 3 TEST SELECT SELECT SELECT SEL LED FLASHING Select Select Select RE MAP Zone 4 Zone 5 Zone 6 Zone 6 SELECT SELECT SELECT TEST ALM LED OFF Continued Exa...

Page 68: ...nce All zones for which the alarm state is non latching will have their ALARM LED on and all zones for which the fault state is non latching will have their FAULT LED on RESET The green SEL LED will be on for the last zone selected or otherwise zone 1 Amber ISO LEDs on ANCILLARY RELAY MASTER ALARM and ALARM BELLS will be flashing Press the SELECT key until the green SEL LED indicator is at the req...

Page 69: ...d RESET Enter Latching Non latching Function RESET Zone 6 Alarm Latch Fault Non Latch Alarm LED Off Fault LED On RESET Zone 6 Alarm LED On Fault LED Off SELECT Select Zone 8 Select Zone 7 SELECT SELECT Select Zone 1 RESET SELECT Select Zone 2 RESET SELECT Select Zone 3 RESET Zone 2 Alarm Non Latch Fault Non Latch Alarm LED ON Fault LED ON Select Zone 5 RESET Zone 5 Alarm Non Latch Fault Latch Alar...

Page 70: ... the SELECT key until the green SEL LED indicator is at the required zone Press SILENCE key to rotate FLT ALM and ISO LEDs around zones 1 to 8 8 1 8 2 and back to 1 The input type or time delay is indicated by which of zones 1 to 8 8 1 8 2 have the FLT ALM and ISO LEDS on Refer Section 2 7 2 for input types SILENCE SELECT ZONE 1 Default 2s transient ZONE 2 AVF RAD ZONE 3 1668 SAD ZONE 4 1668 AVF S...

Page 71: ...s AS1668 SAD 4 Zone 6 as 20 sec flow switch Continued from Example 1 Zone 6 currently selected Enter Latching Non latching Non Latch Select Select Function Zone 6 Zone 7 Zone 8 RESET RESET SELECT SELECT FLT LED ON Select Select Non Latch Select Zone 1 Zone 2 Zone 2 Zone 3 SELECT SELECT RESET SELECT FLT LED ON Select Select Non Latch Zone 4 Zone 5 Zone 5 SELECT SELECT RESET Continued Example 3 FLT ...

Page 72: ... LED being ON ISOLATE The green SEL LED will be on the last zone selected or otherwise zone 1 Amber ISO LEDs on MASTER ALARM and ALARM BELLS will be flashing Press the SELECT key until the green SEL LED indicator is at the required zone Press the ISOLATE key to toggle the enabled disabled state The amber ISO LED turned ON ZONE DISABLED The amber ISO LED turned OFF ZONE ENABLED ISOLATE SELECT Press...

Page 73: ...teps to program zones 7 and 8 as disabled Continued from Example 3 Zone 4 currently selected Enter Select Select Select Function Zone 5 Zone 6 Zone 7 ISOLATE SELECT SELECT SELECT Program Zone Select Program Zone 7 as DISABLED Zone 8 8 as DISABLED ISOLATE SELECT ISOLATE Continued Example 5 ISO LED ON ISO LED ON Issue 3 04 24 March 2006 Page 4 17 ...

Page 74: ... mode Press the SELECT key until the green ANCILLARY RELAY SEL LED is turned ON Press the ISOLATE key to toggle supervision state Amber ISO LED turned ON Supervision DISABLED Amber ISO LED turned OFF Supervision ENABLED ISOLATE SELECT Press the SELECT key to move to other zones or press TEST RESET or SILENCE keys to perform other programming functions PLEASE NOTE Upon exiting the PROGRAMMING MODE ...

Page 75: ... ISO LED OFF Exit PROGRAMMING MODE And Save Changes O SELECT Press Once Press Once Note that on returning to normal operation after this example Zones 1 6 Ancillary Relay and Bells will be Isolated as they were all isolated as a result of the parameter reset function The panel will also be signalling Fault to the brigade unless isolated as all enabled zones will be isolated After programming the F...

Page 76: ...rm isolate LED is ON then a zone auxiliary output is always off if the corresponding zone is isolated Zone auxiliary output is isolated by zone isolate If the Master Alarm Isolate LED is OFF then a zone auxiliary output will be ON when the zone is in alarm regardless of whether the zone is isolated or not DEFAULT Zone auxiliary outputs are isolatable Master Alarm Isolate ON 4 10 2 OPERATING STEPS ...

Page 77: ...ter Alarm ISO LED turns OFF Exit PROGRAMMING MODE And Save Changes O SELECT Press Once Press Once Note that on returning to normal operation after this example Zones 1 6 Ancillary Relay and Bells will be Isolated as they were all isolated as a result of the parameter reset function The panel will also be signalling Fault to the brigade unless isolated as all enabled zones will be isolated After pr...

Page 78: ...E or disconnect any zone AUXILIARY OUTPUT control during the test if necessary Remember NON LATCHING zones will not keep the FLT LED ON after the SILENCE key is pressed Remember time delays are active during alarm test Check that they correspond to what is required 5 Select ANCIL RELAY and perform an output mapping test Mapped zones will be indicated by the zone ALM LED being ON Check operation of...

Page 79: ...If none DE ISOLATE zone Reset ZONE ZONE S ARE ISOLATED IN ALARM During Programming the zone has been toggled between disabled and enabled ALARM EXISTS Check AZC ZONE S ARE ISOLATED IN FAULT During Programming the zone has been toggled between disabled and enabled FAULT EXISTS Reset ZONE Check EOL AZC Wiring Check AZC Detectors ANCIL RELAY ISOLATED During Programming Super vision has been toggled b...

Page 80: ...VIGILANT F08 Installation Programming Manual Document LT0082 Programming THIS PAGE INTENTIONALLY LEFT BLANK Page 4 24 24 March 2006 Issue 3 04 ...

Page 81: ...Document No LT0082 F08 Installation Programming Manual Application Considerations 5 APPLICATION CONSIDERATIONS Issue 3 04 24 March 2006 Page 5 1 ...

Page 82: ...s shown as a SINGLE ZONE An ALARM is shown as an alarm and FAULT ISOLATE and STANDBY if provided are shown as fault This is used when the sub panel STANDBY signal is not required to signal Fire to the Brigade 2 The sub panel is shown as a SINGLE ZONE ALARM and STANDBY are shown as an ALARM and FAULT and ISOLATE if provided are shown as FAULT This can be used when the mapping and indication of Alar...

Page 83: ...TO MASTER FIP WIRING MUST BE FIRE RATED CABLE Figure 5 1 Fault on Standby Sub Panel Circuit Wiring 5 1 2 ALARM ON STANDBY Figure 5 2 shows how one AZC input of an F08 can be used to monitor a sub panel with both alarm and standby from the sub panel producing alarm at the master panel 1 STANDBY is normally energised 2 SUB PANEL TO MASTER FIP MUST BE FIRE RATED CABLE Figure 5 2 Alarm on Standby Sub ...

Page 84: ...uired By the use of the two AZCs the mapping and or indication of alarm and standby from the sub panel can be different The ALARM FAULT ISOLATE and STANDBY relays should be provided in the sub panel NOTES 1 STANDBY is normally energised 2 The second AZC can map to the Brigade Relay and or bells as required 3 SUB PANEL TO MASTER FIP WIRING MUST BE FIRE RATED CABLE EOL NC COM FAULT NO COM ALARM F08 ...

Page 85: ...ous areas there are two main options 1 Use approved IS Intrinsically Safe detectors and bases with IS isolators or Zener barriers and approved cabling 2 Use approved detectors with explosion proof housings and compatible cabling E g Olsen V41B V42B V44B T54B These are not discussed further in this section as the constraints are primarily mechanical 5 2 3 INTRINSICALLY SAFE DETECTION There are two ...

Page 86: ...th which for bunched conductors on metal trays may be higher Note that for Zener barriers the core to earth capacitance is relevant The values used in this section for a typical TPS pair or multicore cable unshielded are TPS C 100nF km i e 100 pF m L 0 8mH km Cable manufacturers may quote differing values for specific cables It is the responsibility of the System Engineer to check that the cable u...

Page 87: ...Do not connect 15V MCPs onto detection circuits that are connected to the F08 through an isolating repeater To use MCPs in an IS area short circuiting MCPs not 15V type must be connected onto their own circuit through a separate isolating repeater channel to F08 The circuit input type must be programmed as type 1 no AVF The number of detectors that can be accommodated on each IS circuit depends on...

Page 88: ... 1km R 40 m 1 3km C 1 1km R 50Ω 50Ω 130nF 50Ω Table 5 2 3 Maximum Detector Quantity Cable Length for KFDO CS Ex 1 51P 2 51P 1 If the circuit length is limited due to capacitance or inductance e g 1 3km C then the difference in cable length to that limited by resistance can be used on the non hazardous side I e circuit length is from the isolating repeater to the EOL when the length is limited due ...

Page 89: ...nd isolator to be used Note Do not use Type 2 AVF mode with IS barriers as the alarm voltage may not be interpreted correctly 5 2 7 ZAU401 The F08 can be connected to other IS detectors by using the ZAU401 module This connects onto the F08 s AZC input and provides its own interface circuitry to the detectors Refer to the ZAU401 documentation for details on which detectors it can be used with The I...

Page 90: ...igger an un wanted alarm For example a HEAT SOURCES The sudden increase in local temperature when a furnace door is opened can trigger heat sensors b DRAUGHTS Wind induced surges of steam or dust can cause smoke detectors to generate an alarm signal c ENVIRONMENT CHANGES Changes to wall partions Air Duct position or air velocity can cause detectors to be forced into continuous alarm d UNUSUAL ACTI...

Page 91: ...ctly terminate LOOSE MAINS WIRING TO TRANSFORMER Correctly terminate FAULTY MAINS SWITCH Check Mains Switch replace if necessary FAULTY TRANSFORMER Check Transformer replace if necessary FAULTY LED ON DISPLAY Replace Display Board FAULTY MAIN BOARD Replace Main Board BATT CHGR FLT LED CHARGER VOLTAGE HIGH Adjust Battery Charger monitoring Damage to battery possible STEADY CHARGER VOLTAGE LOW Refer...

Page 92: ...FAULT OR ALARM EOL FAULT Check if resistor fitted Cannot clear by zone reset Fitted at last detector Only one EOL resistor fitted DETECTOR FAULT Correctly wired Faulty detector Main Board Faulty Fit EOL resistor at circuit terminals on main board and remove circuit wires If the fault does not clear the main board may need replacing Page 5 12 24 March 2006 Issue 3 04 ...

Page 93: ...Width Length Height A212 5 7S 12 5 7 NO 152 66 99 A212 9 5S 12 9 5 NO 152 98 99 A312 5 7S 12 5 7 YES 152 66 99 A312 9 5S 12 9 5 NO 152 98 99 POWER SONIC RANGE Type Voltage AHr Approved Width Length Height PS1265 12 6 5 YES 151 65 98 PS12100 12 10 YES 151 102 98 NOTES a Dimensions are in millimetres b Height is Height over terminal Issue 3 04 24 March 2006 Page A1 1 ...

Page 94: ...F08 Installation Programming Manual Document No LT0082 Appendix A1 Compatible Batteries THIS PAGE LEFT INTENTIONALLY BLANK Page A1 2 24 March 2006 Issue 3 04 ...

Page 95: ...am Detector 2800 1 See Notes With the Z54 Mk2 Z56 Z500 Z72 and Z23 bases as appropriate TYCO RANGE MAX NUMBER TYPE DESCRIPTION Iq uA WITH EOL 614P Photoelectric Smoke Detector 104 38 614I Ionisation Smoke Detector 67 40 614CH Carbon Monoxide Heat Detector 80 40 614TA Heat Detector Type A 100 40 614TB Heat Detector Type B 100 40 614TC Heat Detector Type C 100 40 614TD Heat Detector Type D 100 40 MD...

Page 96: ...2B Ultraviolet Flame Detector 0 40 FW81B Heat Detector Cable 0 1000m SIMPLEX RANGE MAX NUMBER TYPE DESCRIPTION Iq uA WITH EOL 4098 9601EA Photoelectric Smoke Detector 100 40 4098 9603EA Ionisation Smoke Detector 100 40 4098 9618EA Heat Detector Type A 100 40 4098 9619EA Heat Detector Type B 100 40 4098 9621EA Heat Detector Type D 100 40 All with 4098 9788EA Base SYSTEM SENSOR RANGE MAX NUMBER TYPE...

Page 97: ...mum of 30Ω line resistance applies 7 For IS applications the maximum number of detectors per circuit may be further reduced due to the cable length required Refer to Section 5 2 8 For IS applications with the listed isolating repeaters there are special programming requirements for the F08 Refer to Section 5 2 9 The maximum detector quiescent current allowed is 4 mA 10 Detectors indicated by a hav...

Page 98: ...F08 Installation Programming Manual Document No LT0082 Appendix A2 Compatible Actuating Devices THIS PAGE LEFT INTENTIONALLY BLANK Page A2 4 24 March 2006 Issue 3 04 ...

Page 99: ...6 036 F08 FIP Brigade Wiring Diagram for Randata Deltec A3 696 037 F08 FIP Brigade Wiring Diagram for Minimux Deltec A3 696 038 F08 FIP Brigade Wiring Diagram for MFB Alarm Interface Unit A3 696 039 F08 FIP Brigade Wiring Diagram for Torrens Transponder A4 1899 10 Zone Naming Label Issue 3 04 24 March 2006 Page A3 1 ...

Page 100: ...F08 Installation Programming Manual Document No LT0082 Appendix A3 Installation Drawings THIS PAGE LEFT INTENTIONALLY BLANK Page A3 2 24 March 2006 Issue 3 04 ...

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