Introduction - Quipquipegypt.com/uploads/images/a6428_FP2000 Ref Guide Technical... · FP2000/1200/1100 Series panels Reference Guide, and would assist in the explanation ... FP2000

FP2000Analogue addressable Fire Panel

Reference Guide (technical addendum)

Revision 6.1: June 2001

2

Copyright

© Interlogix 2001. All rights reserved. No part of this publication may be reproduced, transmitted, stored in a retrieval system, ortransmitted in any form, or by any means – electronic, photocopying, recording, or otherwise – without the prior written permission ofAritech.

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CONTENTS

CONTENTS............................................................................................................................................................3

INTRODUCTION......................................................................................................................................................4

1. PANEL DEFINITION ......................................................................................................................................5Powerful maintenance features................................................................................................................5

2. PROGRAMMING MENUS ...............................................................................................................................5Access to the System Information menu..................................................................................................5

Main menu......................................................................................................................................6System menu .................................................................................................................................7Configuration menu........................................................................................................................8System information ........................................................................................................................9Allocation......................................................................................................................................10Panels ..........................................................................................................................................11L-Repeaters..................................................................................................................................13G-Repeaters.................................................................................................................................15System .........................................................................................................................................18Stack ............................................................................................................................................19Special Characters.......................................................................................................................20Text Debugging............................................................................................................................21System information 2 ...................................................................................................................22FEP ..............................................................................................................................................23SER ..............................................................................................................................................23Modem .........................................................................................................................................25ARC1............................................................................................................................................26ARC2............................................................................................................................................27LON..............................................................................................................................................28LON Characters ...........................................................................................................................29

APPENDIX A - FP2000 PANEL MENUS .................................................................................................................30

INTRODUCTION

The purpose of this manual is to provide an addendum to the standardFP2000/1200/1100 Series panels Reference Guide, and would assist in the explanationof the System Information menus for the Aritech Analog fire panel range.

Other manuals available are:

FP2000 Installation and Commissioning ManualSeries 950 Installation Guide2000 Series Sensors Installation GuideFP2000 Series Network Configuration GuideFP2000/1200 End User Instruction ManualFP1200 Installation and Commissioning Manual

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1. PANEL DEFINITION

Powerful maintenance featuresExtensive facilities are provided to help with the general use and maintenance of thesystem. In addition to what is described in the Reference Guides for the various products,this document will cover:

� Advanced system diagnostics

2. PROGRAMMING MENUS

Access to the System Information menuThe Main Menu is obtained from the System Status Screen after entering an accesscode. If the fire panel is currently displaying alarms, faults, or conditions on the screen,

use to obtain the System Status Screen.

SYSTEM STATUS Fri / / : :

Scanning Day Mode Zones onE

Alarms : Faults : Cond. : P : S D Z

Use to obtain the access code prompt.

Enter Access Code : _

0..9, <>, E, XAlarms : Faults : Cond. : P : S D Z

Enter a one to four digit code and press .

The Main Menu will be displayed, provided one of six correct codes has been entered.Different codes may have different access levels. This means that some facilities may notbe available to users with a code of lower access level.

0 0 0 1

19 07 01 14 00 15

0 0 0 1

Main menu

(SYSTEM STATUS, , CORRECT CODE, )

MAIN MENU

1 System 2 Devices3 Input/Output 4 Events5 Maintenance 6 Test/Disable


Select number or use and press

Use to return to System Status *See Chapter 3. Page 5

The Main Menu provides a logical subdivision of the fire panel data and facilities.

1. System Menus Page 7

� System - The viewing/programming of the fire panel internal system. Items such asthe serial ports, RAM memory, operation, date/time and timings are accessible.

(For other menu items, please refer to the FP2000 Reference Guide)

0 0 0 1

7

System menu

(MAIN MENU, 1, )

SYSTEM MENU

1 Configuration 2 Access3 Clear Site Data 4 Set Default5 Set Times 6 Restart


Use to return to Main Menu Page 6


The System Menus are used to configure and display the internal operation of the firepanel. That is, all parameters other than the loop devices and input output programming.

1. Configuration Page 8

� Configuration – Here the hardware configuration and system settings are done, thememory allocation for the panel configured, the Panel ID set up and all thecommunication parameters, including port, serial, printer and network set-ups defined.

(For other menu items, please refer to the FP2000 Reference Guide)

0 0 0 1

Configuration menu

(SYSTEM MENU, 1, )

CONFIGURATION MENU

1 Hardware 2 Allocation3 ID 4 Communication5 System Setup 6 System Info


Use to return to System Menu Page 7


6. System Information Page 9

� System Information – These menus had been dedicated for R&D system engineering,but since some valuable information are displayed here that may also be useful in thefield, these menus have now been made available to the user.

0 0 0 1

9

System information

! The information used in the System Information menus are used for programmingverification only and has no user defined functions. All information in these menus canchange at any time and without prior notification to the end user.

(CONFIGURATION MENU, 6, )

SYSTEM INFORMATION

1 Allocation 2 Panels3 L-Repeaters 4 G-Repeaters5 System 6 Stack7 SpecialCharacters 8 Text Debugging

more 0..9, <>, E, XAlarms : Faults : Cond. : P : S D Z

Use Return to Configuration Menu Page 8


Press [More ] to view System Information 2 menu Page 22

The menu options are:

1. Allocation Page 10View the BLOCK MEMORY ALLOCATION for each memory block on this node.

2. Panels Page 11View the programmed network communication parameters for all PANELS on this node.

3. L-Repeaters Page 11View the programmed network communication parameters for all LOCAL REPEATERSon this node.

4. G-Repeaters Page 15View the programmed network communication parameters for all GLOBAL REPEATERSon this node.

5. System Page 18View the SYSTEM processor’s allocation for this node.

6. Stack Page 19View the memory STACK allocation for every process this node.

7. Special Characters Page 20View the SPECIAL CHARACTER’S ASCII character configurations for the text display onthis node.

8. Text Debugging Page 21View the TEXT DEBUGGING line-by-line information for every text message on thisnode.

0 0 0 1

Allocation

(SYSTEM INFORMATION MENU, 1, )

BLOCK MEMORY ALLOCATIONptr elem. bytes len.

nov :txt :vol :prot :

0..9, ^v, <>, E, XAlarms : Faults : Cond. : P : S D Z

Use Return to System Information Menu Page 9


or 0..9 change to a different memory block

The following block numbers are assigned to the different memory blocks of an Aritechfire panel:

# Description # Description0 Configuration 12 Areas1 Loop 1 13 Events2 Loop 2 14 System3 Loop 3 15 General4 Loop 4 16 Loops5 Loop 5 17 Logic6 Loop 6 18 Markers7 Loop 7 19 Timers8 Loop 8 20 Modem9 Outputs 21 Current Loop Devices10 Inputs 22 Lon Devices11 Zones

Noting in this menu will be of any benefit or use for any support engineer in the field. Thismenu is only used during firmware debugging by the system design engineer.

0 0 0 1

016416 00000 0 0 016592 00000 0 0 008352 00000 0 0 008352 00000 0 0 0

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Panels


PANELS f-Q : d-Q :wdg :up :map :port :

XAlarms : Faults : Cond. : P : S D Z


The following abbreviations are used here:

wdg - Watchdog. A watchdog is a network message that every node on thenetwork sends to every other programmed node on the network every 13seconds. Every 60 seconds, the ‘1’ in the ‘wdg’ field will be set to ‘0’ andwithin 13 seconds, the ‘0’ should change back to a ‘1’ if the programmednode is communicating correctly. If the node is not communicating correctly,the field below this field i.e. ‘up’, will be set to ‘0’

Up - Is the programmed node currently reported as being connected andcommunicating correctly.

Map - Has my node been programmed to communicate to this other node.

Port - Indicates what communications port is being used to communicate to thisother node.

The following parameters apply:

Every column (from left to right) indicates a node number. Since we are viewing panelinformation on this screen, these columns indicate Panels 1 through 15. We can also telljust by looking at the number of panel nodes here, that this node has been programmedin a 15/15 network configuration mode, since there are 15 possible panels tocommunicate with.

wdg - A ‘0’ in this field indicates ‘no watchdog received’ from this nodeA ‘1’ in this field indicates ‘watchdog received’ from this node

Up - A ‘0’ in this field indicates that this node is reported ‘down’ i.e. notcommunicating with me correctly, or not programmed to communicate to mynode.A ‘1’ in this field indicates that the programmed node is reported to be ‘up’i.e. communicating perfectly. This means that watchdogs are received OK asdescribed above.

Map - A ‘0’ in this field indicates that my node has not been configured tocommunicate to this node.A ‘1’ in this field indicates that my node has been configured to communicateto this node.

Port - A ‘0’ in this field indicates that my node has not been configured tocommunicate to this node, or if configured it is communicating via RS232.

0 0 0 1

000 0000 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0

A ‘1’ in this field indicates that my node is communicating to this node viaRS485 (or fibre optic).A ‘2’ in this field indicates that my node is communicating to this node via amodem.

The other parameters on this screen have no benefit or use for any support engineer inthe field. These items are only used during firmware debugging by the system designengineer.

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L-Repeaters


LOCAL REPEATERS f-Q : d-Q :wdg :up :map :port :









Every column (from left to right) indicates a node number. Since we are viewing LocalRepeater information on this screen, these indicate Local Repeaters 1 through 15. Wecan also tell just by looking at the number of Local Repeater nodes here, that this nodehas been programmed in 15/15 network configuration mode, since there are 15 possibleLocal Repeaters to communicate with.




Port - A ‘0’ in this field indicates that my node has not been configured tocommunicate to this node, or if configured it is communicating via RS232.

0 0 0 1

000 0000 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0

A ‘1’ in this field indicates that my node is communicating to this node viaRS485 (or fibre optic).A ‘2’ in this field indicates that my node is communicating to this node via amodem.

15

G-Repeaters


GLOBAL REPEATERS f-Q : d-Q :wdg :up :map :port :un up :more XAlarms : Faults : Cond. : G :


Press [More ] to view G-Repeaters 2 Page






Un-up - Universal node up. Indicates whether the node has access via a universalnode


Every column (from left to right) indicate a node number. Since we are viewing GlobalRepeater information on this screen, these indicate Global Repeaters 1 through 15. Wecan also tell just by looking at the number of Global Repeater nodes here, that this nodehas been programmed in 15/15 network configuration mode, since there are 15 possibleGlobal Repeaters to communicate with.




0 0 0 1

000 0000 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0

Port - A ‘0’ in this field indicates that my node has not been configured tocommunicate to this node, or if configured it is communicating via RS232.A ‘1’ in this field indicates that my node is communicating to this node viaRS485 (or fibre optic).A ‘2’ in this field indicates that my node is communicating to this node via amodem.

Un-up - A ‘0’ in this field indicates that this node has normal access via a networkcard onto the system network.A ‘1’ in this field indicates that this node is obtaining access to the networkvia another panel i.e. a universal node.

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(CONFIGURATION MENU, 4, , )

GLOBAL REPEATERS f-Q : d-Q :id :

un-n :un-m :

more XAlarms : Faults : Cond. : G :


Press [More ] to view G-Repeaters 1 Page


id - Identity. The network id number of the universal node.

Un-n - Universal node node-id.

Un-m - Universal node modem-id.


Every column (from left to right) indicates a node number. Since we are viewing Panelinformation on this screen, these columns indicate Panels 1 through 15. We can also telljust by looking at the number of panel nodes here, that this node has been programmedin 15/15 network configuration mode, since there are 15 possible panels to communicatewith.

id - The two digits directly underneath each other indicated the repeater-id of thenode acting as a universal node for the programmed node. Remember thatonly Global Repeaters can act as a universal node, so the node number bydefault has a 0/x configuration.

Un-n - The ID of the node that is connected to my node via RS232 and for whichmy node will act as a universal node. A ‘0’ in this field indicates any node id.Remember that only Global Repeaters can connect in this way, so the nodenumber by default has a 0/x configuration.

Un-m - The ID of the node that may be connected to my node via modem and forwhich my node will act as a universal node. A ‘0’ in this field indicates anynode id. Remember that only Global Repeaters can connect in this way, sothe node number by default has a 0/x configuration.

0 0 0 1

000 0000 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 0

System


SYSTEM

proc. : / tfast : /sem. : / tslow : /queue : /mail : /



Noting in this menu will be of any benefit or use for any support engineer in the field. Thismenu is only used during firmware debugging by the system design engineer.

Just as a matter of interest, some indications from above:

Proc. - Indicates the number of open processes in the system. In the exampleabove, 56/63 indicates that 56 different processes out of a maximum of 63processes are currently running on this node.

Tfast - Fast timers. From the example above, 16/50 indicates that 16 fast timers outof a possible 50 is currently being used. Fast timers are short timers with ahigh degree of accuracy i.e. milli-seconds.

Tslow - Slow timers. From the example above, 32/50 indicates that 32 slow timersout of a possible 50 is currently being used. Slow timers are longer timers(minutes and hours) with a degree of accuracy of seconds.

0 0 0 1

56 63 16 50309 400 32 5020 404 10

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Stack


STACKproc. : queue : mail :id : id : id :unused : used : used : /used : get : get :max : put : put :



Use and press to select the process, queue or mail fields

Use or 0...9 change to a different process.

Noting in this menu will be of any benefit or use for any support engineer in the field. Thismenu is only used during firmware debugging by the system design engineer. Differentparameters for every process indicated in ‘System’ menu above are shown here.

0 0 0 1

0 0 044 2 1124 1 10 056 6 22180 6 22

Special Characters


SPECIAL CHARACTERS

more XAlarms : Faults : Cond. : P : S D Z


Use [More ] to view the other special characters

This menu is used for verification of the character sets of the different code pages and theimplementation of the correct ASCII codes for these characters. By scrolling to the nextpages, all the available characters on the panel may be viewed.

0 0 0 1

32 48 ! ” # $ % & ’ ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ?

21

Text Debugging


TEXT DEBUGGING

Line :

I



Use or 0..9 change to a different line number.

This menu is used for verification of each individual text line in the panel. By scrolling tothe next line, all the available texts on the panel may be viewed in the selected language.

0 0 0 1

0

System information 2

(CONFIGURATION MENU, 6, , )

SYSTEM INFORMATION

1 FEP 2 SER3 Modem 4 ARC15 ARC2 6 LON7 LON Characters

more 0..9, <>, E, XAlarms : Faults : Cond. : P : S D Z

Use to return to Configuration Menu Page 8

To select the menu number use or 0…9 and press

Use [More ] to view the System Information 1 menu Page 9

The menu options are:

1. FEP Page 23View the FEP COMMUNICATION details for this node.

2. SER Page 23View the SERIAL COMMUNICATION’s terminal emulation screen for this node.

3. Modem Page 25View the MODEM COMMUNICATION Hayes messages.

4. ARC1 Page 26View the ARC1 messaging and configuration information for this node

5. ARC2 Page 27View the ARC2 messaging and configuration information for this node

6. LON Page 28View the LON Devices communication configuration for this node.

7. LON Characters Page 29View the SPECIAL CHARACTERS configuration for the LON devices on this node.

0 0 0 1

23

FEP


FEP COMMUNICATION reply reportwait : no yes

int : txnak : free :ext : rxnak : tx :tx : retry : rx :rx : cmd :


Use to return to System Information (2) menu Page 22

This screen indicates the communication parameters of the Front End Processor.

Not much in this menu will be of any benefit or use for any support engineer in the field.This menu is mainly used during firmware debugging by the system design engineer.What will be of benefit to the maintenance engineer, is the following:

First column ‘tx’: This number indicates the number of messages that has beensent from the FEP to the Host processor.

Second column ‘retry’: This number indicates the number of messages had to be resentfrom the FEP to the Host processor.

Acceptable communication between the FEP and HOST processors is specified ashaving a failure rate of less than 10%. This means that the number of retries should beless than 10% of the number of messages sent. A faulure rate of more than 10% wouldmean that either:

1. There is a cabling problem between the HOST and FEP processors

2. The HOST RS232 port is faulty.

3. The FEP RS232 port is faulty

Other interesting information here is:

First column ‘rx’: This number indicates the number of messages that has beenreceived by the FEP from the Host processor.

0 0 0 1

1 0 512 40961 0 3 3810547078 1277 3 3810560695 53171

SER


SERIAL COMMUNICATION



This screen will in future indicate the communication data of the RS232 ports (SER1 orSER2) of the panel. This function has currently not been implemented yet.

0 0 0 1

25

Modem

(SYSTEM INFORMATION 2 MENU, 3, )

MODEM COMMUNICATION

mode :tx :rx : ok



This screen indicates the last Hayes messages sent between the modem and the panel.The important fields are:

tx: The last message sent from the panel to the modem.

rx: The last response message from the modem to the panel.

With this information most modem faults can be debugged.

0 0 0 1

00AT&F1M1L1\N0&Q0%C0S0=1&W0

ARC1


ARC1

own reconfig : exc. naks :next node id : no resp. :chng node id : line fault :new map : line ok :



This screen indicates the performace characteristics of the first NC2011 card installed onthis node. The important parameters are:

new map: This number indicates the number of time that this network has receiveda new network map. Every time that this network reconfigures (because anode goes offline or comes online) an new network map is generated toindicate to all the nodes on the network which nodes are availabe forcommunication. High numbers in this field indicates problems with thisnetwork, either in cabling or in other hardware.

no resp.: This number indicates the number of times that my node received noresponse on a message sent to another node on this network.

line fault: This field is only available in ring (Class-A) network configuration modes.In a ring configuration the continuity of the ring is tested every time amessage is sent on the network. Should the ring be broken anywherealong the path, this fault will be indicated here.

line ok: This field is only available in ring (Class-A) network configuration modes.In a ring configuration the continuity of the ring is tested every time amessage is sent on the network. Should the ring be broken anywherealong the path, and the fault is repaired, this number will be incremented.The number here should always correspond with the number of ‘line fault’above if a ring network is currently functioning correctly. If not, the ring iscurrently still broken somewhere.

0 0 0 1

0 00 260 044 0

27

ARC2


ARC2

own reconfig : exc. naks :next node id : no resp. :chng node id : line fault :new map : line ok :



This screen indicates the performace characteristics of the second NC2011 card installedon this node.

The important parameters are:

new map: This number indicates the number of time that this network has received anew network map. Every time that this network reconfigures (because anode goes offline or comes online) an new network map is generated toindicate to all the nodes on the network which nodes are availabe forcommunication. High numbers in this field indicates problems with thisnetwork, either in cabling or in other hardware.

no resp.: This number indicates the number of times that my node received noresponse on a message sent to another node on this network.

line fault: This field is only available in ring (Class-A) network configuration modes. Ina ring configuration the continuity of the ring is tested every time a messageis sent on the network. Should the ring be broken anywhere along the path,this fault will be indicated here.

line ok: This field is only available in ring (Class-A) network configuration modes. Ina ring configuration the continuity of the ring is tested every time a messageis sent on the network. Should the ring be broken anywhere along the path,and the fault is repaired, this number will be incremented. The number hereshould always correspond with the number of ‘line fault’ above if a ringnetwork is currently functioning correctly. If not, the ring is currently stillbroken somewhere.

0 0 0 1

0 00 00 00 0

LON


LON Deviceswdg :up :map :id :

Alarms

Use

The follo

wdg -

Up -

Map -

id -

The follo

Every coinformati

wdg -

Up -

Map -

id -

00000

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

X: Faults : Cond. : P : S D Z

to return to System Information (2) menu Page 22

wing abbreviations are used here:

Watchdog. A watchdog is a network message that every node on thenetwork sends to every other programmed node on the network every 13seconds. Every 60 seconds, the ‘1’ in the ‘wdg’ field will be set to ‘0’ andwithin 13 seconds, the ‘0’ should change back to a ‘1’ if the programmednode is communicating correctly. If the node is not communicating correctly,the field below this field i.e. ‘up’, will be set to ‘0’

Is the programmed node currently reported as being connected andcommunicating correctly.

Has my node been programmed to communicate to this other node.

The ID of the node that the column belongs to.

wing parameters apply:

lumn (from left to right) indicates a node number. Since we are viewing LONon on this screen, these columns indicate LON Devices 1 through 32.

A ‘0’ in this field indicates ‘no watchdog received’ from this nodeA ‘1’ in this field indicates ‘watchdog received’ from this node

A ‘0’ in this field indicates that this node is reported ‘down’ i.e. notcommunicating with me correctly, or not programmed to communicate to mynode.A ‘1’ in this field indicates that the programmed node is reported to be ‘up’i.e. communicating properly. This means that watchdogs are received OK asdescribed above.

A ‘0’ in this field indicates that my node has not been configured tocommunicate to this node.A ‘1’ in this field indicates that my node has been configured to communicateto this node.

Two digits below each other indicate the physical LON device ID. The LONdevice ID is sequentially designated in the order that the service modebuttons on each LON device is pushed.

0 0 0 1

29

LON Characters


SPECIAL CHARACTERS

(Node 1)

more XAlarms : Faults : Cond. : P : S D Z


Use [More ] to view the other special characters

This menu is used for verification of the character sets of the different code pages and theimplementation of the correct ASCII codes for these characters. By scrolling to the nextpages, all the available characters implemented on the panel for the LON Devices maybe viewed.

0 0 0 1

O

APPENDIX A - FP2000 PANEL MENUS

The following tree gives an overview of the FP2000 Panel's menus.

Main Menu

1. System1. Configuration

1. Hardware2. Allocation3. ID4. Communication

1. Port Setup2. Network

1. Panels2. L-Repeaters3. G-Repeaters

3. Modem1. Alarm Report2. Maintenance3. Setup

4. CL Devices5. System Setup

1. Allocation2. Panels3. L-Repeaters4. G-Repeaters5. System6. Stack7. SpecialCharacters8. Text DebuggingNext Screen1. FEP2. SER3. Modem4. ARC15. ARC26. LON7. LON Characters

2. Access1. Access Codes2. Field Access

3. Clear Site Data1. Devices2. Zones3. Areas4. Inputs5. Outputs6. System7. Loops8. Logic TableNext Screen

31

1. Modem2. CL Devices3. All

4. Set Default1. Devices2. Zones3. Areas4. System5. Loops6. Configuration7. Logic Table8. Modem

5. Set Times1. Date & Time2. Output Delays3. Fbrig Delay off4. Sounder Delay off5. Zones off6. Zones on7. Day Mode8. Night Mode

6. Restart2. Devices

1. Setup2. Zones3. Areas4. Zone Graphics5. Device Graphics6. Zone Range

3. Input/Output1. Inputs2. Outputs3. Logic4. CL Devices

4. Events1. Display Events2. Clear Events3. Clear all Events

5. Maintenance1. Reports

1. Device Values2. Maintenance Dev.

2. Clr. Dev. Stat.3. Hardware Test4. Maintenance Times5. Options

1. Language2. Operation3. Protocol

6. Loop Test7. Fast Compensation

Pressing the corresponding keys on the front panel enters the next menus

6. Test/DisableTest

1. Zone Test1. Zone Test2. Test Report3. Clr. Testresults4. Exception Report

2. Test Devices3. Output Test4. Lamptest5. Alarm Count6. User log

Disable1. Zones2. Devices

1. Alarm Select2. Manual Select

3. Areas4. Reports

1. Zones2. Devices3. Areas

5. Outputs

33

Documents

Introduction - Quipquipegypt.com/uploads/images/a6428_FP2000 Ref Guide Technical... · FP2000/1200/1100 Series panels Reference Guide, and would assist in the explanation ... FP2000