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Fire Sense AFP-2800, Operation And Installation Manual

The Fire Sense AFP-2800 is a powerful outdoor propane heater that is perfect for keeping you warm on chilly nights. Make sure to read the Operation And Installation Manual to ensure proper setup and operation. Download the manual for free from our website for easy reference.

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7.3.6

 

Service Menu – Analog ............................................................................................... .................................  68 

7.3.7

 

Service Menu – Global ............................................................................ ....................................................  75 

7.3.8

 

Service Menu – Diagnostics.........................................................................................................................  82 

7.3.9

 

Service Menu – Network ..............................................................................................................................  85 

7.3.10 

Service Menu – log off ............................................................................................... ..................................  88 

8 

PROGRAMMING................................................................................................................................................... .  89 

8.1

 

C

ONTROL 

S

CRIPTS 

&

 

V

IRTUAL 

P

OINTS

 .................................................................................................................  89 

8.1.1

 

Writing Scripts ............................................................................................................................................  90 

8.1.2

 

Using zone numbers in scripts: ................................................................................................................... .  90 

8.1.3

 

Making an output latch ............................................................................................... .................................  90 

8.1.4

 

ANY Operator .............................................................................................................................................  91 

8.1.5

 

TIM Operator..............................................................................................................................................  91 

8.1.6

 

‘S’ PRE-Operator ............................................................................................................................... ..........  92 

8.1.7

 

Scripting Examples......................................................................................................................................  92 

8.2

 

N

ETWORK 

P

OINTS 

(

WHERE APPLICABLE

) ..............................................................................................................  93 

8.2.1

 

Special Net Points .......................................................................................................................................  94 

9 

APPENDIX ...............................................................................................................................................................  95 

9.1

 

Z

ONE 

O

PTION 

E

XPLANATIONS

 .............................................................................................................................  95

  

9.1.1

 

AVF functional description ..........................................................................................................................  95

  

9.1.2

 

Timed AZF Functional Description..............................................................................................................  95

  

9.2

 

P

ASSWORD 

A

CCESS 

L

EVELS

............................................................................................... ..................................  96

  

9.3

 

LCD80

 

O

PERATION

 .............................................................................................................................................  97

  

9.3.1

 

LCD80 – Terminal Mode .............................................................................................................................  97

  

9.3.2

 

Annunciator Mode.......................................................................................................................................  99

  

9.4

 

R

ECOMMENDED 

C

ABLING 

R

EQUIREMENTS

 ..........................................................................................................102

  

9.4.1

 

RS-485 Ring Communication Cabling.........................................................................................................102

  

9.4.2

 

Addressable Loop Cabling..........................................................................................................................103

  

9.4.3

 

NOTI.FIRE.NET Network cabling ..............................................................................................................104

  

9.5

 

I

NTELLIGENT 

S

ENSING 

F

EATURES

 .......................................................................................................................105

  

9.5.1

 

FlashScan Detector LED Operation ...........................................................................................................105

  

9.5.2

 

Detector Initialisation ................................................................................................................................105

  

9.5.3

 

Self-Optimizing Pre-Alarm .........................................................................................................................105

  

9.5.4

 

Detector Sensitivity ....................................................................................................................................105

  

9.5.5

 

Drift Compensation ....................................................................................................................................108

  

9.5.6

 

Fault Codes................................................................................................................................................109

  

9.6

 

P

ANEL 

C

ONNECTION 

D

IAGRAMS

: ........................................................................................................................111

  

9.6.1

 

Main Termination Board (FIM) ..................................................................................................................111

  

9.6.2

 

CPU...........................................................................................................................................................115

  

9.6.3

 

Loop Interface Module (LIM) .....................................................................................................................116

  

9.6.4

 

Analog LCM and LEM Terminations ..........................................................................................................117

  

9.6.5

 

NOTI.FIRE.NET™ ..........................................................................................................................................121

  

9.7

 

M

ODEM

/P

RINTER

/HLI

 

I

NTERFACE

 ......................................................................................................................125

  

9.7.1

 

Modem Interface ........................................................................................................................................125

  

9.7.2

 

Printer/Pager/HLI Interface .......................................................................................................................126

  

9.8

 

B

ATTERY 

C

ALCULATIONS

 ...................................................................................................................................128

  

9.8.1

 

Quiescent Current Calculation: ..................................................................................................................128

  

9.8.2

 

Alarm Current Calculation:........................................................................................................................128

  

9.8.3

 

Battery Capacity Requirements: .................................................................................................................128

  

9.8.4

 

Power Supply Capacity Requirements: .......................................................................................................128

  

9.9

 

F

IELD 

R

EPLACEMENT 

P

ARTS

: ..............................................................................................................................129

  

9.10

 

F

IELD 

M

ODULE 

C

ONNECTION 

D

IAGRAMS

 ............................................................................................................130

  

9.10.1

 

AZM-8 .......................................................................................................................................................130

  

9.10.2

 

FAN Controller ..........................................................................................................................................131

  

9.11

 

A

NNUNCIATOR 

C

ONNECTION

 ..............................................................................................................................132

  

9.11.1

 

RS485 Comms and Power Connections.......................................................................................................132

  

9.11.2

 

ACM-16AT (16 BUTTONS, 32 LED’S) .............................................................................................................133

  

9.11.3

 

ACM-32A (32 Red LED’S) ..........................................................................................................................134

  

9.11.4

 

SCS-8 (8 Fan Controls) ..............................................................................................................................135

  

9.11.5

 

LDM-32 (Expansion Relay Driver Board)...................................................................................................136

  

9.11.6

 

LDM-R32 (32 Expansion Relays)................................................................................................................137

  

9.11.7

 

LCD80 Display Interface ............................................................................................................................138

  

 

AFP-2800/2802 Manual

 

– P/N DOC-01-011 

5

Summary of Contents for AFP-2800

Page 1: ...ured by Approvals Australian Standard AS4428 1 1998 ActivFire Listing No AFP 1801 Distributors For 18 20 Brookhollow Avenue Baulkham Hills NSW 2153 PO Box 7026 Baulkham Hills BC NSW 2153 Australia tel...

Page 2: ...version number if applicable Manual part number and revision found on the front cover Page number Brief description of the content you think should be improved or corrected Your suggestion for how to...

Page 3: ...t over tighten screw terminals Over tightening may damage threads resulting in reduced terminal contact pressure and difficulty with screw terminal removal This system contains static sensitive compon...

Page 4: ...unciator 14 4 3 9 ACM 32A Annunciator 14 4 3 10 SCS 8 Annunciator 15 4 3 11 LDM R32 Annunciator 15 4 3 12 LCD 80 Display interface 15 5 COMPATIBLE DEVICES 16 5 1 ADDRESSABLE DEVICES 16 5 2 CONVENTIONA...

Page 5: ...Detector LED Operation 105 9 5 2 Detector Initialisation 105 9 5 3 Self Optimizing Pre Alarm 105 9 5 4 Detector Sensitivity 105 9 5 5 Drift Compensation 108 9 5 6 Fault Codes 109 9 6 PANEL CONNECTION...

Page 6: ...M 1 146 9 13 8 Mini Monitor Module FMM 101 147 9 13 9 XP10 M 10 x Monitor Module 148 9 13 10 XP6 MA 6 x Conventional Zone Interface Module 149 9 13 11 XP6 R 6 x Relay Module 150 9 13 12 XP6C 6 x Contr...

Page 7: ...will individually acknowledge alarms Once all alarms are acknowledged the alarm LED will go steady Select the Alarm using the PREV NEXT buttons Press RESET then press ACK to confirm the resetting This...

Page 8: ...re Indicator Panel Note When re booting the panel power off for at least 10 seconds or LCM modules might not operate correctly 2 2 POWER UP CHECKLIST Ensure batteries are disconnected Turn mains switc...

Page 9: ...LT CORRECTION DATE TESTS SATISFACTORILY COMPLETED TESTED BY SIGNATURE DATE OF TEST If all faults have been rectified and all tests are completed satisfactorily the AFP 2800 2802 is now ready for opera...

Page 10: ...esigning the system In addition to the distributed conventional communication ring the panel can support up to 10 loops of Analog addressable points using various protocols including the proprietary N...

Page 11: ...roval Report 05 527699 00 Opus International Consultants Limited Central Laboratories Panel Serial ________________________ Date of Manufacture ________________________ EMC WARNING This equipment may...

Page 12: ...removal removal removal Secondary 5A 15A N A N A N A Transformer Fuse Max Ripple 150mV p p 150mV p p 120mV p p 150mV p p 200mV p p Load Regulation 2 2 0 5 0 5 0 5 Line Regulation 2 2 0 5 0 5 0 2 Effi...

Page 13: ...P PA AN NE EL L E EX XP PA AN NS SI IO ON N R RE EL LA AY YS S Panel Expansion Relays XR Up to 64 x 30Vdc 1A non monitored relay IFS 803 and IFS 717 contact outputs via 8 x IFS 803 IFS 717 relay board...

Page 14: ...all relays energised IFS711 15 to 28V DC 80mA max no relays energised 125mA max all relays energised 238mA max all AZF relays energised 43mA max no relays energised all AZF disabled Inputs 8 conventi...

Page 15: ...11 1 L LD DM M R R3 32 2 A AN NN NU UN NC CI IA AT TO OR R Supply Input 20V to 28Vdc 40mA Standby 200mA Alarm 32 relays energised Communications Link EIA485 multi dropped Relay contacts max 1A 30Vdc...

Page 16: ...otifier Output Module 6 x Relay XP6 R Notifier Output Module 6 x Control Output XP6 C Notifier Input Output Module 2 x Monitor 2 x Relay FDMR 1 Notifier Input module Manual Call Point FSM 500K WCP 5A...

Page 17: ...LA CJ12 33 12 33 2 Olympic Batteries SLA CJ12 40 12 40 2 Olympic Batteries SLA CJ12 85 12 85 2 Olympic Batteries SLA CJ12 100 12 100 2 NOTES Automotive batteries must not be used There is a risk of ex...

Page 18: ...event printer Remote terminal mode Keyboard Interface PS2 QWERTY IBM PC keyboard System Memory Approx 4300 Named points Approx 4000 Control scripts 4000 History events 6 2 EXPANSION PCBS Item Descript...

Page 19: ...istor 4 x Programmable Relay Outputs Fan Controller FAN C 3 x Inputs Opto isolated not monitored 3 x Programmable Relay outputs The RS485 signal is regenerated at each field module Note Please note th...

Page 20: ...ce see A maximum of 32 LCD 80 manual display interfaces can be installed on the communications ring Address 201 to 239 LCD80 Annunciator mode display interface see A maximum of 32 LCD 80 manual displa...

Page 21: ...a response The thick red border signifies the fire fighters area and provides alarm based functions for the fire fighter The mode select buttons bottom right will toggle the system in between fire fig...

Page 22: ...loops are real points Distributed points on field modules are controlled and referred TO IN R M IO FORMAT i e Ring Module I O where I O can consist of input output or AZF Analog addressable POINTS ON...

Page 23: ...ontrol Module Dout 1 1 O1 4 Dout Per AZM 8 3 Dout Per Fan Control Module Annunciator Up to 50 Annunciators Inputs 1 101 I1 16 Din per 16AT 24 Din Per SCS 8 Outputs 1 101 O1 32 Dout Per 16AT 24 Dout Pe...

Page 24: ...nnunciator set to address 1 is recognised as module address 101 Annunciators are simply treated as digital inputs and digital outputs to the system Each button press or switch position is considered a...

Page 25: ...service menu isol deisol function Note IF GROUP ZONES FOR FIREFighters display is selected for AS4428 the zone displayed in fire fighters mode may be a collection of several points on the system Rese...

Page 26: ...ual 6 Netpoint 7 Analog 8 Ring 7 History 8 Shadow AFP 2800 2802 Manual P N DOC 01 011 26 S SE ER RV VI IC CE E M ME EN NU U S ST TR RU UC CT TU UR RE E Service Menu 2 Isolate 1 Isolated 2 Zone 3 Azf 1...

Page 27: ...ceive 5 History 5 Xrelay 5 Options 6 Script 6 Led 7 Analog 7 Module 8 Ring Modules 8 Local 9 History Restart System Erase Sectors Deisol All Isol Note The networking menu is only displayed on the AFP...

Page 28: ...u to this main menu screen unless there are unacknowledged alarms present in the FireFighters screen Actions DAY MODE Use UP and DOWN buttons to scroll through options Use SELECT to select the current...

Page 29: ...ints using the soft buttons Moves you to List Menu 2 with the menu items listed below Displays the systems history event buffer in chronological order Displays the systems shadow history event buffer...

Page 30: ...ault list but does not operate the fault outputs Faults on Analog points will also indicate a fault code as shown in the example screen below refer to section 9 5 Actions Use the PREV and NEXT buttons...

Page 31: ...ACKN to acknowledge currently highlighted active non alarm AZF Use RESET to reset the currently highlighted active non alarm AZF You will be asked to press ACKN to confirm press any other button to a...

Page 32: ...selected pre alarm point You will be asked to press ACKN to confirm press any other button to abort Use ISOL to isolate the currently highlighted active Pre Alarm point You will be asked to press ACKN...

Page 33: ...use the arrow keys the Page Up and Page Dn keys on an external keyboard for scrolling functions 7 3 3 6 1 SERVICE MENU LIST LIST ZONE CHANGE On this screen you can edit a zones name by using the exter...

Page 34: ...e UP and DOWN buttons to select option Use the SELECT button to select the loop to list SELECT DEVICE ON LOOP 1 1 DETECTOR 2 MODULE UP DOWN SELECT BACK Note AFP 2802 supports a maximum of 4 loops Loop...

Page 35: ...L ROOM APARTMENT 1 BATHROOM F APARTMENT 1 LIVING AREA A APARTMENT 1 BEDROOM APARTMENT 2 BATHROOM APARTMENT 2 LIVING AREA APARTMENT 2 BEDROOM SECURITY OFFICE CARPARK DETECTOR 1 I CARPARK DETECTOR 2 CAR...

Page 36: ...s of terms Description Shows the current polling protocol being used FlashScan 10 detectors at a time CLIP 1 detector at a time Polling mode is auto sensed at start up Detector type programmed into pa...

Page 37: ...CKSP to backspace an incorrect character Press ENTER to step through options Press YES or NO buttons when highlighted to answer Y N options Use external QWERTY keyboard to edit descriptors and zone ty...

Page 38: ...d on the module Use the CHANGE button to display soft buttons ADD and REMOVE Use ADD to edit the detectors setting and or change its name Press the BACK button to return to the previous screen UP DOWN...

Page 39: ...ws the current polling protocol being used FlashScan 10 modules at a time CLIP 1 module at a time Polling mode is auto sensed at start up Programmed As 9 Types Module type programmed into panel Actual...

Page 40: ...le is an Output Module DAY MODE 20 JULY 2002 14 44 37 L1M10 EWIS OUPUT 1 Poll Mode FlashScan Mode Programmed As FRM 1 CMX 2 Relay O P Actual Device FMM 1 Relay Device State NORMAL Device Status NORMAL...

Page 41: ...ter Press the ENTER button to step through options Press the YES or NO buttons when highlighted to answer Y N options Use external QWERTY keyboard to edit descriptors and zone types The numeric keypad...

Page 42: ...tton to select the currently highlighted module If the Analog addressable ring 3 is selected you will be taken directly to the List Analog screen see page 34 Note If the module number is displayed wit...

Page 43: ...he options for an Alarm Test and Fault test When highlighting an output point pressing the TEST button will take you to a test menu for outputs where you can toggle the output on off for commissioning...

Page 44: ...08 Z0 AZM8 01 002 Z01 Z12 LEVEL 1 CORRIDOR 01 002 Z02 Z13 LEVEL 2 CORRIDOR 01 002 Z03 Z212 ROOM 212 01 002 Z04 Z213 ROOM 213 01 002 Z05 Z214 ROOM 214 01 002 Z06 Z10 LIFT MOTOR ROOM F 01 002 Z07 Z0 AZM...

Page 45: ...o Page 73 for more details on Dout test page Pressing the CHANGE button will take you to the modify point screen refer to page 61 Pressing the BACK button will return you to the list menu screen In th...

Page 46: ...e list menu screen In the above example the following abbreviations of STATUS apply Status Meaning Abbreviation I Isolated F Fault X Activated Note You can also use the arrow keys the Page Up and Page...

Page 47: ...T VP3 UNNAMED POINT VP4 UNNAMED POINT VP5 UNNAMED POINT VP6 UNNAMED POINT VP7 UNNAMED POINT VP8 UNNAMED POINT VP9 UNNAMED POINT VP10 UNNAMED POINT VP11 UNNAMED POINT VP12 UNNAMED POINT VP13 UNNAMED PO...

Page 48: ...er and the point description ACTIVE POINTS ARE DENOTED BY AN X AFTER THE POINT DESCRIPTION Actions DAY MODE 20 JULY 2002 14 44 37 USE UP DOWN BUTTONS TO SELECT A POINT NP1 COMMON ALARM ON NODE 1 NP2 U...

Page 49: ...THE screen HISTORY LIST DAY MODE 28 JAN 1998 14 44 37 1 23 10 98 10 45 56 1 1 Z1 ALARM 2 23 10 98 10 50 02 1 1 Z1 ACKD ALARM 3 23 10 98 10 55 34 1 1 Z1 RESET 4 03 02 99 10 46 13 1 3 Z8 FAULT 5 03 02 9...

Page 50: ...ELF CLEARED 6 03 02 99 10 50 58 1 3 Z2 ISOLATED 7 03 02 99 10 52 00 L1D1 ALARM 6 03 02 99 10 50 58 L1D1 ACKD ALARM USE BUTTONS NUMBERS TO SELECT A FUNCTION PG UP PG DWN BACK The following events are r...

Page 51: ...MODE 28 JAN 1998 14 44 37 SELECT LIST 1 ISOLATED DISPLAY ALL ISOLATED POINTS 2 ZONE LIST ZONE GROUPS 3 AZF LIST ALARM ZONES 4 DOUT LIST DIGITAL OUTPUTS 5 DIN LIST DIGITAL INPUTS 7 ANALOG LIST ADDRESSA...

Page 52: ...Z05 Z1 LOBBY 01 001 Z06 Z0 AZM8 01 001 Z07 Z0 AZM8 01 001 Z08 Z0 AZM8 01 002 Z01 Z12 LEVEL 1 CORRIDOR 01 002 Z02 Z13 LEVEL 2 CORRIDOR 01 002 Z03 Z212 ROOM 212 01 002 Z04 Z213 ROOM 213 01 002 Z05 Z214...

Page 53: ...37 SELECT A POINT TO ISOLATE 00 004 01 BELL OUTPUT 00 004 O2 WARNING SYSTEM 00 004 O3 A C TRIP 00 004 O4 LOCAL RELAY 00 004 O5 GENERAL ALARM OUTPUT 00 004 O6 COMMON FAULT OUTPUT 00 004 O7 COMMON ISOLA...

Page 54: ...NNAMED POINT VP9 UNNAMED POINT VP10 UNNAMED POINT VP11 UNNAMED POINT VP12 UNNAMED POINT VP13 UNNAMED POINT VP14 UNNAMED POINT VP15 UNNAMED POINT VP16 UNNAMED POINT VP17 UNNAMED POINT UP DOWN ACKN ISOL...

Page 55: ...you will be prompted to select Analog addressable detectors or modules as follows Actions Use the UP and DOWN buttons to select option Use the SELECT button to select the loop to list SELECT DEVICE O...

Page 56: ...uctions You will be prompted for the first Analog addressable point in the range and then the last point in the range Pressing the ISOL or DEISOL buttons will isolate de isolate the selected range of...

Page 57: ...tion process from the list below Actions Use the UP and DOWN buttons to scroll through Input points Pressing the SELECT button will take you to the ISOLATE RANGE SCREEN WHERE YOU ENTER IN ALL THE poin...

Page 58: ...ound INS DEL to edit lines ENTER to accept line and or Skip to next item ESC to leave this screen ENTER 7 3 4 9 SERVICE MENU ISOLATE NETWORK This menu will allow the operator to perform a read status...

Page 59: ...nput you wish to change then press the Change button to enter the modify point screen Will display the Virtual list as per page 47 Select the input you wish to change then press the Change button to e...

Page 60: ...rely for display purposes when in Fire FIGHTER S DISPLAY MODE ALARMED Y N Determines if the AZF is to be a full alarm point or a non alarm input used for logic purposes only LATCHED Y N Determines if...

Page 61: ...appropriate See page 81 for more information on entering control scripts ESC Enter condition using Zone Z3 or point numbers 1 2 I4 Operators AND OR T AND OR Use arrows to move around INS DEL to edit l...

Page 62: ...then be prompted to accept Press the YES button to accept or the NO button to redo Use arrows to move around INS DEL to edit lines ENTER accept line and or Skip to next item ESC to leave this screen...

Page 63: ...and give you the option to accept Yes No Press YES or NO as appropriate See page 90 for more information on entering control scripts ESC will take you back to the previous screen Note If the Selected...

Page 64: ...eport any errors and give you the option to accept Yes No Press YES or NO as appropriate See page 90 for more information on entering control scripts ESC will take you back to the previous screen BACK...

Page 65: ...ighted to answer Y N options Use external QWERTY keyboard to edit descriptors and zone type The numerical keypad can be used for numerical entries When entering device type a numerical pick list will...

Page 66: ...rical keypad can be used for numerical entries When entering device type a numerical pick list will appear at the bottom of the screen Refer to appendix for more information on options and sensitivity...

Page 67: ...ed from the system you can use this menu item to permanently remoVE IT FROM THE PANEL S MEMORY How to Add Remove modules Actions DAY MODE 20 JULY 2002 14 44 37 USE BUTTONS TO SELECT A MODULE MODULES F...

Page 68: ...be duplicated here 7 3 6 1 SERVICE MENU ANALOG LIST This menu option will list all 10 Analog addressable loops allowing the user to then select detectors or modules AND PERFORM READ STATUS AND OR CHA...

Page 69: ...uired led blinking needs to be turned off manually after a power up the panel will not save the state of led blink after a cold reboot 7 3 6 6 SERVICE MENU ANALOG ANALOG This menu item allows you to s...

Page 70: ...ill return you to the previous menu F01 NO RESPONSE F02 MISMATCHED DEVICE TYPE F03 2 DEVICES SAME ADDRESS F04 INCORRECT RESPONSE F05 OPEN CIRCUIT F06 SHORT CIRCUIT F07 LOW THRESHOLD F08 MAINTENANCE AL...

Page 71: ...n output from the DOUT list as per page 45 and then press the TEST button to enter DOUT Test Mode Will perform a battery capacity test which will last 15 seconds Not available in NZ mode Note that in...

Page 72: ...of TIMEOUT ON ALARM FAULT or TIMEOUT ON CLEAR If this occurs the module should be immediately investigated for faults Note The AZF tests generate a real alarm or fault condition at the remote module...

Page 73: ...tly until turned off through test mode This can be a useful function for testing purposes during commissioning Note As the Dout tests activate the output at the remote module the module itself is test...

Page 74: ...ELECT After selecting the walk test output the following screen will appear You must then select the Group Zone or Loop you wish to test Actions DAY MODE Use the UP and DOWN buttons to select the appr...

Page 75: ...e Walk Test Output Target selected previously will activate for approximately 2 seconds At the conclusion of the test the points list on the display will indicate each device tested that has passed th...

Page 76: ...ts Latched Non Determines if faults will self clear or remain latched until a manual reset Latched FF Screen shows individual AS4428 1 has a requirement for Addressable points to show the zone to whic...

Page 77: ...e Global configuration menu selecting item 2 will display the change date time criteria on the bottom of the page as follows Actions Use the numerical keypad or external keyboard to type in the new da...

Page 78: ...onsist of 3 different levels Each level can have 5 user passwords refer to 96 for a full description of password access levels If the Level 3 User 1 password is left blank or a zero is used at the beg...

Page 79: ...asing passwords 7 3 7 5 SERVICE MENU GLOBAL SITE This screen is used to enter name and contact details that are displayed in the Fire Fighters interface Up to 2 contact names and phone numbers may be...

Page 80: ...ns Item Description Event Printing Determines if the panel should print events to the printer port Alarm Only Printing This setting determines if the panel should only print alarm events or all events...

Page 81: ...the system Isolate List Prints all Isolated points on the system Active List Prints all Non Alarm points which are currently active on the system History Prints system history with the following opti...

Page 82: ...ISOL ALL ISOLATES RESET ALL ALARMS UP DOWN SELECT MENU 7 3 8 1 SERVICE MENU DIAGNOSTICS STATS This selection will display the following Item Description Code Panel Versions Current Version Of Code In...

Page 83: ...cling through them one at a time Pressing any button stops the test 7 3 8 6 SERVICE MENU DIAGNOSTICS LED This mode will test the correct operation of panel LED and LCD display by randomly flashing LED...

Page 84: ...will permanently delete ALL events in the systems history log 7 3 8 10 SERVICE MENU DIAGNOSTICS RESTART THE SYSTEM This command will perform a warm system reboot and will reprogram all LCM s Note A wa...

Page 85: ...This option will display a list of nodes found on the network The node list is updated automatically and displays the active nodes on the network Actions Press the BACK button to return to the Service...

Page 86: ...e NO 7 3 9 4 SERVICE MENU NETWORK RECEIVE This menu is used to select which other nodes the panel will receive events from Actions Enter the node number of the panel from which the local node shall re...

Page 87: ...l slave master network layout where only the master panel will display remote alarms and faults the slave panels receive settings from other nodes should be setup as follows RECEIVE FROM NODE XXX Y N...

Page 88: ...with a single faults is disabled ACK from this panel USUALLY ENABLED ON MASTER FIP enabled Channel A Threshold is Default value is high Low threshold should only be used for long network cable High L...

Page 89: ...re zone or system point in any combination of AND OR NOT or RANGE logic Logic equations can be built up by bracketing functions to create combinations of logic Note RANGE logic functions entered via t...

Page 90: ...using a Range Function if the point you are writing the script for falls within the range the script will automatically exclude the point from the script to avoid the output latching on If you want th...

Page 91: ...his is processed as Turn ON at date1 time1 turn OFF at date2 time2 for the following days of the week Examples 1 TIM 23 01 03 09 00 00 23 01 03 17 00 00 This script will turn on at 9 am and turn off a...

Page 92: ...N MODULE 1 IN ALARM Alarm Active Z999 Zone 999 is in alarm only if not isolated Fault FL1D1 L1D1 is in fault Isolate IL1M1 L1M1 is isolated Pre alarm PL1D3 L1D3 in pre alarm S pre operator SZ1 Zone 1...

Page 93: ...s local NP100 NP100 CA The bell on Node 1 is required to activate if any of the panels in the network go into alarm The bell on Node 1 is driven off expansion relay XR1 Therefore the Node 1 Bell Outpu...

Page 94: ...r switching specific groups of Acclimate detectors to heat only mode as required Note that the sensitivity of non Acclimate detectors in the list will also be set to 9 which means that they will still...

Page 95: ...eated as a real alarm 5 If the 120 second timer expires return the zone back to its normal condition 9 9 1 1 2 2 T TI IM ME ED D A AZ ZF F F FU UN NC CT TI IO ON NA AL L D DE ES SC CR RI IP PT TI IO O...

Page 96: ...iew all read only data Level 0 access Ability to change descriptors Ability to change point options Ability to change display zone options Ability to add and edit pushbutton isolate functions Ability...

Page 97: ...omatically change to show the alarm Totals of all Alarms Faults and Isolates are also shown and are automatically updated every 10 seconds 9 3 1 2 MANUAL OPERATION PRESSING DISPLAY ALARMS WILL SHOW TH...

Page 98: ...number 1 1 Z3 There are 0 alarms 1 fault and 0 isolates on the system In this example an alarm occurred on the 10th of September at 12 37pm It is the first of two alarms and occurred in the West Wing...

Page 99: ...st event point activated by the FIP The points are displayed in the order in which they were activated 9 3 2 2 MANUAL OPERATION PRESSING THE NEXT AND PREVIOUS BUTTONS ALLOW THE USER TO SCROLL UP AND d...

Page 100: ...of 4 lines of 20 characters each Events are displayed as Line 1 Line 2 Line 3 Comms Indicator Point Message Number Number In the above example the FIP has activated Point 6 on the LCD80 It is the fir...

Page 101: ...2 3 No Connection DTR 4 Note 1 20 No Connection DSR 6 Note 1 6 Note 1 Pin 4 DTR is connected to pin 6 DSR in the 9 pin connector housing Downloading new labels Using the PCI create an LCD 80 at the d...

Page 102: ...the FIP cabinet ground Where this is not possible the shield must be terminated to physical ground immediately adjacent to cable entry Between Field modules connect shields together outside of their r...

Page 103: ...not exceed 0 5 microfarads Notes Usage of shielded or flat cable for the SLC loops is not recommended and should be avoided where possible Fire rated cables may be required as per AS1670 AS1668 and AS...

Page 104: ...ments The attenuation of cabling between two nodes repeaters fibre optic circuits are point to point is limited by cable choice If the distance required for a circuit segment is greater than permitted...

Page 105: ...nes MAKE SURE THE DETECTOR IS FREE OF RESIDUAL smoke during detector initialisation DO NOT TEST A DEtector during detector initialisation NOTE The control panel only performs detector initialisation i...

Page 106: ...Level 5 4 92 Level 6 5 74 Level 7 6 56 Level 8 7 38 Level 9 8 20 Level 1 0 07 Level 2 0 10 Level 3 0 16 Level 4 0 33 Level 5 0 66 Level 6 1 64 Level 7 3 28 Level 8 4 92 Level 9 6 56 Alarm CLIP Level 1...

Page 107: ...output Moderate environments hotel near 9 84 per metre of smoke Maximum of 10 minutes delay shower boiler rooms from processed photo output See notes Harsh environments Equipment 13 12 per metre of s...

Page 108: ...ion does the following ALLOWS A DETECTOR TO RETAIN ITS ORIGINAL ABILITY TO DETECT ACTUAL SMOKE AND RESIST FALSE ALARMS EVEN AS DIRT and dust accumulates REDUCES MAINTENANCE REQUIREMENTS BY ALLOWING TH...

Page 109: ...the detector is in maintenance urgent fault it will no longer provide reliable detection of fire Verify Count Over 20 FAULT F010 Not used on AFP 2800 2802 Detector Failed Test FAULT F011 LCM performs...

Page 110: ...LT F034 Not used on AFP 2800 2802 FMM 4 20 Trouble 2 FAULT F035 Not used on AFP 2800 2802 FMM 4 20 Comms Loss FAULT F036 Not used on AFP 2800 2802 FMM 4 20 Command Failed FAULT F037 Not used on AFP 28...

Page 111: ...LE AFP 2800 2802 Manual P N DOC 01 011 Processor Reset button Relay Expansion Connector OUT Ring Earth Fault Status LED SC A Short Circuit on Ring 1 power A SC B Short Circuit on Ring 1 power B EFLT E...

Page 112: ...back of the CPU to the on position Note that the dipswitch can be marked 1 or 4 Always set the dipswitch closest to the upload download port 3 J6 on IFS 724 FIM board must be fitted AFP 2800 2802 Man...

Page 113: ...ve enclosures Make sure that the shield is only grounded at the FIP and not at the modules or annunciators Do not ground both ends of the shield one end should be left floating MAIN TERMINATION BOARD...

Page 114: ...oop between J16 and J14 on the Main Termination Board for the software to auto detect the actual number of Relay boards connected The maximum allowed is 8 x 8 way relay boards If the serial loop is le...

Page 115: ...ame time or printing errors will result The serial printer where fitted must be disconnected whilst the keyboard is plugged in Port Information Connector Information Mode RS232 Type DB9 Female Baud Ra...

Page 116: ...IM Not used on LIM Not used on LIM Ribbon cable from FIM or NIM if fitted Not used on LIM 20 way ribbon cable to LCM LEM boards Factory Programming Port Address Switch Reset Switch Address Settings De...

Page 117: ...loss The LCM has an earth fault detection circuit with a yellow LED displaying an earth fault condition ELCM modules also include a green heartbeat LED to show that the processor is working The LEM is...

Page 118: ...r Style 6 Closed loop returns to panel providing a redundant path for open circuit conditions Total Loop 3810m maximum 50 resistance maximum In style 6 the processor polls the loop from one of the dri...

Page 119: ...able detector Addressable module STYLE 6 To LCM or LEM Loop Return Two wire addressable detector Isolation module Addressable module Loop Out STYLE 7 To LCM or LEM AFP 2800 2802 Manual P N DOC 01 011...

Page 120: ...device may be incorrectly wired possible reverse polarity Find the device and correct the loop connections at that device 4 Check that there are no earth faults as follows Select ohms on the multimete...

Page 121: ...0 supports up to 100 nodes The AFP 2800 occupies a single node address on the network Each network node requires a unique node address the node communicates with other nodes via a Network Control Modu...

Page 122: ...n IFS 725 NIM to NUP 1 J3 connector on NCM Pin 1 NUP port connector detail NUP 2 Pin 1 Network connection ports NUP NIM IFS 705 to NCM cable specification NIM end Comm B Rx 0v Tx AFP 2800 2802 Manual...

Page 123: ...nstalled outside buildings Must be in conduit and be buried in a trench separate from any power lines NCM W Connections Connector Pin Signal Name TB100 1 CH A TB100 2 CH A TB100 3 CH B TB100 4 CH B TB...

Page 124: ...tem connection The table below outlines their function Diagnostic LED detail B HI RCD B STAT B PULSE 1 POWER LED Description Illuminates to indicate that the NCM W Port A is set for high threshold Ill...

Page 125: ...AT E2 Automatic speed stepping To establish connection with the modem after the above commands have been entered set HyperTerminal port settings to 115 baud rate RTS CTS handshaking After re connectin...

Page 126: ...ial printers pagers and nurse call systems using the printer port on the CPU CONN1 A global option on the FIP will enable disable printing Any standard terminal program or the AFP 2800 2802 PCI histor...

Page 127: ...P 03 03 11 47 FAULT Z000 N100 0 10 2 PORTA FLT 03 03 11 47 FAULT Z000 N100 0 10 3 PORTB FLT 03 03 11 47 FAULT CLEARED Z000 N100 0 10 2 PORTA UP 03 03 11 47 FAULT CLEARED Z000 N100 0 10 3 PORTB UP 03 0...

Page 128: ...N N Item Qty Current Each Amps Sub Total Amps Main Control Panel 1 0 220 0 210 Loop Interface Module 0 025 LCM LEM Pairs 5 max 0 200 Fan Control Module In Alarm 0 130 Fan Control Module Quiescent 0 05...

Page 129: ...board PCB 724 AFP 2800 2802 Main termination board 2800 LIM AFP 2800 2802 Loop Interface Module Analog addressable 2800 NIM AFP 2800 Network Interface Module 2800 LCM AFP 2800 2802 Addressable Loop Dr...

Page 130: ...odule 0V From Previous Module 24V To Next Module 0V To Next Module Note Between Field modules connect shields together outside of their respective enclosures Make sure that the shield is only grounded...

Page 131: ...T 2 INPUT 3 OUTPUT FUNCTION 3 Note Between Field modules connect shields together outside of their respective enclosures Make sure that the shield is only grounded at the FIP and not at the modules or...

Page 132: ...l or in a cabinet immediately adjacent to it No termination resistor is to be used for this mode of connection since there is a built in 150 ohm resistor on the termination board 3 There can be a maxi...

Page 133: ...ngs AFP 2800 2802 Manual P N DOC 01 011 133 On Off 1 Bank 1 buttons 1 8 ARE TOGGLE ON TOGGLE OFF Bank 1 buttons 1 8 are momentary 2 Bank 2 buttons 9 16 ARE TOGGLE ON TOGGLE OFF Bank 1 buttons 1 8 are...

Page 134: ...3 A AC CM M 3 32 2A A 3 32 2 R RE ED D L LE ED D S S Dip Switch Settings AFP 2800 2802 Manual P N DOC 01 011 134 On Off 1 8 Not Used Not Used Example Annunciator address 150 First red LED 1 150 O1 La...

Page 135: ...L resistor selected set for AFP 2800 2802 Note EOL resistor can be enabled by dip switch 8 on SCS 8 When used on AFP 2800 2802 ensure that the EOL resistor is not enabled as it is not required AFP 280...

Page 136: ...DR RI IV VE ER R B BO OA AR RD D J5 J6 J7 Connectors to relay board Address switches Ones Tens Power and RS 485 Connector see diagram below for connections Dip Switch Settings On 1 8 Not Used AFP 280...

Page 137: ...the LDM R32 connects to J10 Relay Exp on LDM 32 Relay contacts are on Terminal Blocks TB1 TB6 as shown in the diagram above Example addressing If annunciator address is 50 then relay K1 point address...

Page 138: ...ED TO THE ACTUAL VALUES OF SW2 SW3 to give an address in the range 201 239 Setting all switches to off will take the LCD 80 offline Addressing Annunciator Mode SW2 SW3 SET THE ADDRESS AS PER THE TABLE...

Page 139: ...Appendix 9 12 PANEL EXPANSION RELAYS AFP 2800 2802 Manual P N DOC 01 011 139...

Page 140: ...D DE ET TE EC CT TO OR R B BA AS SE ES S 501 Detector Base Remote Indicator AFP 2800 2802 Manual P N DOC 01 011 LPB W Sounder Strobe base Terminal Function T1 Negative T2 Positive in T3 Positive out...

Page 141: ...Appendix 9 9 1 13 3 2 2 B B5 52 24 41 1E EF FT T I IS SO OL LA AT TO OR R B BA AS SE E AFP 2800 2802 Manual P N DOC 01 011 141...

Page 142: ...Appendix 9 9 1 13 3 3 3 I IS SO OL LA AT TI IO ON N M MO OD DU UL LE E I IS SO O X X AFP 2800 2802 Manual P N DOC 01 011 142...

Page 143: ...Appendix 9 9 1 13 3 4 4 R RE EL LA AY Y M MO OD DU UL LE E F FR RM M 1 1 AFP 2800 2802 Manual P N DOC 01 011 143...

Page 144: ...Appendix 9 9 1 13 3 5 5 C CO ON NT TR RO OL L M MO OD DU UL LE E F FC CM M 1 1 AFP 2800 2802 Manual P N DOC 01 011 144...

Page 145: ...Appendix 9 9 1 13 3 6 6 Z ZO ON NE E M MO OD DU UL LE E F FZ ZM M 1 1 AFP 2800 2802 Manual P N DOC 01 011 145...

Page 146: ...Appendix 9 9 1 13 3 7 7 M MO ON NI IT TO OR R M MO OD DU UL LE E F FM MM M 1 1 Manual Call Point AFP 2800 2802 Manual P N DOC 01 011 146...

Page 147: ...Appendix 9 9 1 13 3 8 8 M MI IN NI I M MO ON NI IT TO OR R M MO OD DU UL LE E F FM MM M 1 10 01 1 AFP 2800 2802 Manual P N DOC 01 011 147...

Page 148: ...Appendix 9 9 1 13 3 9 9 X XP P1 10 0 M M 1 10 0 X X M MO ON NI IT TO OR R M MO OD DU UL LE E AFP 2800 2802 Manual P N DOC 01 011 148...

Page 149: ...Appendix 9 9 1 13 3 1 10 0 X XP P6 6 M MA A 6 6 X X C CO ON NV VE EN NT TI IO ON NA AL L Z ZO ON NE E I IN NT TE ER RF FA AC CE E M MO OD DU UL LE E AFP 2800 2802 Manual P N DOC 01 011 149...

Page 150: ...Appendix 9 9 1 13 3 1 11 1 X XP P6 6 R R 6 6 X X R RE EL LA AY Y M MO OD DU UL LE E AFP 2800 2802 Manual P N DOC 01 011 150...

Page 151: ...Appendix 9 9 1 13 3 1 12 2 X XP P6 6C C 6 6 X X C CO ON NT TR RO OL L M MO OD DU UL LE E AFP 2800 2802 Manual P N DOC 01 011 151...

Page 152: ...Appendix 9 9 1 13 3 1 13 3 F FD DM MR R 1 1 2 2 X X M MO ON NI IT TO OR R 2 2 X X R RE EL LA AY Y AFP 2800 2802 Manual P N DOC 01 011 152...

Page 153: ...C OUT D VE 9 8 7 6 1 SLC IN D C FMM101 B B B DATA1 7 6 DATA1 8 DATA2 7 DATA2 3 A 4 N O A 3 4 N O FAN START RUN STOP FR O 24 FTR FIELD CABLING YELLOW NO TE USE O NLY R ESISTO R A O R B A FAULT CO NTACT...

Page 154: ...endix 9 14 NPS POWER SUPPLY CONNECTIONS 9 9 1 14 4 1 1 C CO ON NN NE EC CT TI IO ON N T TO O I IF FS S 7 71 14 4 T TE ER RM MI IN NA AT TI IO ON N B BO OA AR RD D AFP 2800 2802 Manual P N DOC 01 011 1...

Page 155: ...Appendix 9 9 1 14 4 2 2 C CO ON NN NE EC CT TI IO ON N T TO O I IF FS S 7 72 24 4 T TE ER RM MI IN NA AT TI IO ON N B BO OA AR RD D AFP 2800 2802 Manual P N DOC 01 011 155...

Page 156: ...Notes...

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