FireFinder Operators Manualfirealarmengineers.com/downloads/g0109wo1_ops_man.pdfthe Main Board...

Document No G0109WO1

Model No G0109

Serial No ………………………………………

Date of Manufacture ………………………………………

Revision 3

AMPAC TECHNOLOGIES PTY LTD

HEAD OFFICEPERTH:

97 WALTERS DRIVEOSBORNE PARK 6017WESTERN AUSTRALIA

PH: 61-8-9242 3333FAX: 61-8-9242 3334E-MAIL: [email protected]

Website: www.ampac.net

NOTE: DUE TO AMPAC’s COMMITMENT TO CONTINUOUS IMPROVEMENTSPECIFICATIONS MAY CHANGE WITHOUT NOTICE.

UNCONTROLLED DOCUMENT

FireFinderTM

AS1603.4

OPERATORS MANUAL

mailto:[email protected]

http://www.ampac.com.au/

Ampac Technologies Pty LtdFireFinderTM Operators Manual

PAGE 1DOC No:G0109WO1.doc DIR: L:\MANUALS DATE: 30/11/00 REVISION: 3

1 Fire Brigade Responding To Alarm

1. Indicators -Alarm Indicator Flashing.-Location of Alarm on LCD Display.-First Alarm Displayed.

2. Isolate External Bell Isolate Warning System Press Press

3. Acknowledge Alarm

Press

4. Isolate Alarm

Press

5. If multiple alarms exist repeat 3 and 4 for second alarm and so on.

6. To Reset Panel

Press

WARNING SYSISOLATE

EXTERNAL BELLISOLATE

ACKNOWLEDGE

I S O L AT E

R E S E T



2 Table Of Contents1 Fire Brigade Responding To Alarm ...................................................................... 1

2 Table Of Contents .................................................................................................. 2

3 About This Manual ................................................................................................. 4

3.1 Purpose ........................................................................................................................................ 4

3.2 Scope............................................................................................................................................ 4

3.3 References................................................................................................................................... 4

4 Non Disclosure Agreement ................................................................................... 5

5 System Overview.................................................................................................... 6

6 Placing The System Into Operation ...................................................................... 7

6.1 Unpacking.................................................................................................................................... 7

6.2 Anti-Static Precautions............................................................................................................... 7

6.3 Working On The System............................................................................................................. 7

6.4 The Cabinet.................................................................................................................................. 7

6.5 Mounting The Cabinet ................................................................................................................ 8

6.5.1 Mounting The Cabinet cont (SP8) ...................................................................................... 9

6.6 Connecting the Mains............................................................................................................... 10

6.7 FireFinderTM Description............................................................................................................ 11

6.8 List of Compatible FireFinderTM Modules ................................................................................ 13

6.8.1 Brigade / PSU Monitor Board ........................................................................................... 14

6.8.2 Conventional Zone Board ................................................................................................. 16

6.8.3 Addressable Loop Board .................................................................................................. 17

6.8.4 16/16 Input / Output Board................................................................................................ 18

6.8.5 8 Way Relay Board............................................................................................................. 18

6.8.6 16 Way Input Board ........................................................................................................... 19

6.8.7 AS1668 Control Module .................................................................................................... 19

6.8.8 Serial Relay Board ............................................................................................................. 20

6.8.9 32 Zone LED Mimic Board................................................................................................. 20

6.8.10 Valve Display Module ........................................................................................................ 21

6.8.11 Pump Display Module........................................................................................................ 21

6.9 Network Compatible Modules.................................................................................................. 22

6.9.1 Controller Interface Card................................................................................................... 22

6.9.2 Network Interface Card...................................................................................................... 22

6.9.3 Liquid Crystal Display Repeater Panel ............................................................................ 23

6.9.4 LED Repeater Board .......................................................................................................... 24

7 FireFinderTM Operation .......................................................................................... 25

7.1 The Control Panel ..................................................................................................................... 25

7.2 The Default LCD Display .......................................................................................................... 27

7.3 Incoming Alarm Signal ............................................................................................................. 28

7.4 Accessing a Loop, Sensor or Zone......................................................................................... 28

7.5 Accessing Functions and Menus ............................................................................................ 28



7.6 The Main Menu .......................................................................................................................... 29

7.6.1 Status Menu........................................................................................................................ 29

7.6.2 Testing Menu...................................................................................................................... 30

7.7 Function Menu........................................................................................................................... 30

7.7.1 Forgotten Passwords ........................................................................................................ 31

7.8 Manual I/O Control .................................................................................................................... 31

7.9 Programming............................................................................................................................. 32

7.10 Passwords ................................................................................................................................. 33

8 List of Compatible Devices ................................................................................. 34

9 Certification Information...................................................................................... 36

10 Operational Parameters....................................................................................... 37

11 Troubleshooting Chart......................................................................................... 38

12 Appendix............................................................................................................... 39

13 Glossary Of Terms ............................................................................................... 40

14 Definitions............................................................................................................. 41

Quick Reference Guides............................................................................................ 43



3 About This Manual

3.1 Purpose

The purpose of this manual is to assist you in the installation and operation of the FireFinderTM FireDetection System.

3.2 Scope

The information within this manual is only available to and for the use of personnel engaged in theinstallation and operation of the FireFinderTM Fire Detection System.

3.3 References

FireFinderTM Technical Manual

FireFinderTM Detector manual

AMPAC Product Data Sheets

Australian Standards:

AS1603.4 - 1987 Automatic Fire Detection and Alarm Systems part 4 - Control and Indicating Equipment.

AS1670 - 1995 Automatic Fire Detection and Alarm Systems - system design, installation, andcommissioning.

AS1851.8 - 1987 Maintenance of Fire Protection equipment part 8 - Automatic Fire detection and AlarmSystems.

AS1851.8-Supp 1-1990 System certificate and maintenance records.



4 Non Disclosure AgreementThis contract has been entered into by the person or company user of this document (hereafter calledthe Trader) and AMPAC Technologies (hereafter called AMPAC) of 97 Walters Drive, Osborne ParkWestern Australia 6017. Under terms and conditions as specified hereunder.

Whereas AMPAC and the Trader for their mutual benefit and pursuant to a working relationship whichmay be established, anticipate that AMPAC will disclose in the form of this document, information of asecret, or confidential or proprietary nature (hereinafter collectively referred to as ProprietaryInformation).

Whereas AMPAC desires to ensure that the confidentiality of any Proprietary Information is maintained inaccordance with the terms of this Agreement;

NOW, THEREFORE, in consideration of the foregoing premises, and the mutual covenants containedherein, the Trader hereby agrees as follows:

1. The Trader shall hold in trust and confidence, and not disclose to any person outside itsorganisation, any Proprietary information which is disclosed to the Trader by AMPAC under thisAgreement. Proprietary Information disclosed under this Agreement may be used by the Trader onlyfor the purpose of carrying out work on or with AMPAC supplied equipment and may not be used forany other purpose whatsoever.

2. The Trader shall disclose Proprietary Information received by AMPAC under this Agreement topersons within its organisation only if such persons are legally bound in writing to protect theconfidentiality of such Proprietary Information.

3. The undertakings and obligations of the Trader under this Agreement shall not apply to anyProprietary Information which :

1. is disclosed in a printed publication available to the public, is described in patent anywhere in theworld, or is otherwise in the public domain at the time of disclosure;

2. is generally disclosed to third parties by AMPAC without restriction on such third parties;

3. is shown by the Trader to have been in its possession prior to the receipt thereof from AMPAC;

4. is approved for release by written authorisation of AMPAC; or

5. is not designated by AMPAC in writing or by appropriate stamp or legend to be of a secret,confidential or proprietary nature.

4. This Agreement will be binding upon and inure to the benefit of the parties hereto, and theirrespective successors and assigns.

5. This Agreement, and all rights and obligations hereunder, shall expire on the 10th anniversary of thedate of issue of this document.

These terms are accepted by the Trader on receipt and retention of this document.



5 System OverviewThe FireFinderTM is an Intelligent Analogue, Addressable and Conventional Fire Alarm Control Panelcapable of supporting:

• Apollo Discovery and XP95 Intelligent Photoelectric, ionisation, and thermal (heat) detectors.• Addressable Initiating Devices: Modules that monitor any conventional normally open contact

such as supervisory switches and flow switches.• Conventional two wire zone detector circuits• Multiple input/outputs• High Level Interfaces• Graphical Interfaces• Remote LCD mimics• Remote LED mimics• Peer to Peer networking• Master Sub networking• Master plus Data Gathering Panels networking

It is built to comply with the following standards:

• Australian Standard: AS1603.4 & AS 4428.1• New Zealand Standard: NZ4512• European Standard: EN54• Malaysian Standard: MS1404



6 Placing The System Into Operation

6.1 Unpacking

Carefully unpack the FireFinderTM.The package should include:

• FireFinderTM Fire Panel• An operators manual

6.2 Anti-Static Precautions

To prevent damage to panel components please ensure prior to touching or handling any of the wiring orprinted circuit boards within the FIP that you are correctly earthed.

6.3 Working On The System

To prevent damage to panel components please ensure prior to unplugging any connector, connecting ordisconnecting any wiring, removing or replacing any module or board, that both the Mains and Batterieshave been isolated.

6.4 The Cabinet

The cabinets are painted as a standard Arch White Ripple (Special colours are available on request)The door is key-locked and mounted with piano hinges.The back- box has been engineered to provide ease-of-entry, with knockouts positioned to the top andrear to simplify cable entry.The inner and outer door hinges are mounted on the left-hand side. The inner and outer door opens100º.



6.5 Mounting The Cabinet

The cabinet may be either surface or flush mounted. It should be placed in a clean, dry, vibration-freearea. For flush mount panels a surround is required.

Knockouts are provided for either conduit or cable entry.

Open the front door. Use the keyhole mounting holes in the top corners and in the middle of the unit tomount it on the wall. Cables to connect the system to its external actuating devices are brought inthrough the knockouts on the top or rear of the cabinet.

Fig 1: SP2 & SP4 FireFinderTM Mounting Keyhole Details

515mm

Mounting HoleCutout Detail

R 3mm

R 6mm 12mm

4 x 25mm Knockouts

115mm 285mm

110mm

270mm

257.5mm 257.5mm

115mm

40mm



6.5.1 Mounting The Cabinet cont (SP8)

Fig 2 SP8 FireFinderTM Mounting detail

12 x 25mmKNOCKOUTS

115mm 285mm 115mm

275.5mm275.5mm

110m

m69

0mm

40m

m

840m

m

515mm



6.6 Connecting the Mains

Terminate the mains power to the 240 VAC switch terminal block, as shown in the diagram below.

Fig 3: Mains Power Connection

POWER SWITCH(LOOKING AT REAR)

MAINS CORD BROWN (ACTIVE)

BLUE (NEUTRAL)

BROWN (ACTIVE)

LED1

TO EARTH STUD

DC 27V TO PANEL

EARTH (GREEN)

L(AC)N(AC)GNDV-V+

V ADJ



6.7 FireFinderTM Description

The following descriptions do not relate to specific cabinet sizes, as the size of each cabinet will varydependant upon the amount of hardware fitted.

The heart of the FireFinderTM consists of two boards that combine to form a controller. These boards arethe Main Board (API–674) and the CPU board (API–675). When combined with a front panel board (API–690) this forms the basis for a FireFinderTM panel. A single FireFinderTM controller without an expansionboard has the capacity to interface to (4) FireFinderTM Slave CPU’s (API-669) modules. Slave CPU’s mayinterface to either 16 Zone Conventional Boards, Apollo Loop Termination Boards or Input/OutputModules. It also communicates with the Brigade interface Card (API-673).

The Main Board (API-674) mounts the CPU Board (API-675) and up to three FireFinderTM Slave CPU’s.The first slave CPU is permanently mounted on the Main Board (API-674). (See fig 4 and attached blockdiagrams). The FireFinderTM Slave CPU’s have the same software installed and their operation type isdetermined by the interface board into which it connects.

If the system is to be expanded above four modules an Expansion Board (API-688) is used. Thisexpansion board contains FireFinderTM Slave CPU No. 5 and three expansion sockets for three moreFireFinderTM Slave CPU’s. This configuration allows for the maximum number of modules (8) which onecontroller can accommodate. If a system is required to expand beyond eight modules then either localnetworking using other controllers (up to a total of four within the one cabinet) may be fitted or externalnetworking must be used.

The FireFinderTM also provides an internal serial bus. This serial bus provides interfacing to the followingmodules. 32 zone mimic board (API-700), Pump indicator board (API-717), Valve indicator board (API-716) and Serial Relay Board (API-732).

A fan control module (FCM) (159-0020) is also available. This operates in conjunction with a slave CPU(159-0046) module. Up to 10 FCM’s may be connected to one slave CPU.

Where a system exceeds the capability of one FireFinderTM then other FireFinderTM panels can benetworked together to provide an expanded system containing multiple modules. It can be configuredinto different scenarios if required ie (Peer to Peer, Main sub, Stand-alone data gathering points).

This network bus can be accessed using either a Network Interface Card* (NIC API-724) and/orController Interface Card (CIC API-725). Modules that are supported on the network are Remote LedRepeater Board (API-715), Remote Liquid Crystal display (API-720, API-721), remote FireFinderTM mainpanels and other FireFinderTM remote data gathering panels.The network configuration determines whether an NIC or a CIC or a combination of both is required.

*See the Technical manual for full network drawings



Fig 4: Single Controller board with Expansion Module

MA

IN C

PU

BO

AR

D (A

PI-6

75)

PO

WE

R IN

(CN

16)

27V

DC

AP

I-669

AP

I-669

AP

I-669

EX

TER

NA

L LO

OP

CO

MM

UN

ICAT

ION

CO

NN

EC

TS T

O N

IC O

R C

IC

UP

TO

3 A

DD

ITIO

NA

LS

LAV

E C

PU

's (A

PI-6

69)

CA

N B

E S

LOTT

ED

INTO

TH

E M

AIN

BO

AR

D.

MO

DU

LES

AR

E C

ON

NE

CTE

DV

IA A

20

WAY

RIB

BO

N T

OC

N1

ON

TH

E S

LAV

E C

PU

TO C

N5

OF

THE

BR

IGA

DE

BO

AR

D

INTE

RN

AL

PR

INTE

R O

UTP

UT

TO F

RO

NT

KE

YPA

D(N

OT

US

ED

IF T

HE

PA

NE

L IS

A D

GP

OR

S

LAV

E C

ON

TRO

LLE

R)

INTE

RN

AL

SE

RIA

LC

OM

MU

NIC

ATIO

NP

OR

T

THE

MA

IN B

OA

RD

ALR

EA

DY

HA

S 1

SLA

VE

CP

U F

ITTE

D

AN

EX

PAN

SIO

N B

OA

RD

(AP

I-688

) CA

N B

E C

ON

NE

CTE

DTO

FA

CIL

ITAT

E U

P T

O 4

AD

DIT

ION

AL

MO

DU

LES

IF R

EQ

UIR

ED

AP

I-669

AP

I-669

AP

I-669

UP

TO

3 A

DD

ITIO

NA

LS

LAV

E C

PU

's (A

PI-6

69)

CA

N B

E S

LOTT

ED

INTO

TH

E E

XP

BO

AR

D.

MO

DU

LES

AR

E C

ON

NE

CTE

DV

IA A

20

WAY

RIB

BO

N T

OC

N1

ON

TH

E S

LAV

E C

PU

CN1

CN

2

CN1

CN1

CN

2C

N2

CN1

CN

2

CN1

CN1

CN

2C

N2

MA

IN B

OA

RD

(AP

I-674

)LO

OP

CO

MM

S

BR

IGA

DE

I/F

PS

U M

ON

ITO

R

PR

INTE

R

27V

IN

MO

DE

M

EX

PAN

SIO

N P

AN

EL

EX

PAN

SIO

N L

ED

SFR

ON

T PA

NE

L

CN

18C

N16

+

U31

CN

11

CN

8C

N7

CN

2

CN

5C

N4

CN

15

CN

3

CN

6 CN

1

CN

12

cba

AP

I 688

JU

N 9

8

76

8

CN

5

CN

1C

N2

CN

3C

N4

DE

BU

G

MO

DE

M

CN

1

CN

2CN

3

API-719 18/11/98

MO

DE

M P

OR

T

DE

BU

G P

OR

T



6.8 List of Compatible FireFinderTM Modules

• Slave CPU (302-6990)

• Conventional Zone Board (302-6710)

• Apollo / Hochiki Loop Termination Board (302-7350)

• Fan Control Module (302-6800)

• 16/16 Input / Output Board (302-6720)

• Expansion Board (302-6880)

• Output / Power Supply Monitor Board (302-6730)

• Pump Display Module (302-7170)

• Valve Display Module (302-7160)

• Zone Display (302-7000)

• 8 Way Relay Board (302-6760)

• 16 Way Input Board (302-6770)

• Printer (302-7350)

• Sounder/Bell controller Board (302-7420)

• Serial Relay Board (302-7320)

Compatible Networking Devices

• Network Interface Card (302-7240)

• Controller Interface Card (302-7250)

• LCD Mimic (302-7200 + 302-7210)

• LED Repeater Board (302-7150)



6.8.1 Brigade / PSU Monitor Board

The API 673 Brigade/PSU Monitor Board is designed to monitor some of the Brigade board outputs,monitor and control the battery charging/power supply inputs and outputs and to provide relay outputs asshown in the Fig 5.

The Bells may be terminated to bell outputs 1 and 2 on the API 673 Brigade/PSU Monitor Board. Thealarm outputs are also available on this board.

The FireFinderTM provides a monitored bell circuit split to drive two 2 Amp circuits. Each bell circuitrequires a 10K EOL resistor to give a system normal indication. If either circuit is open or shorted, thebuzzer will sound on the panel and a bell fault will be indicated on the LCD in the brigade status display.These lines are monitored using a small current in reverse polarity to normal. For this reason it isnecessary to connect the bells via diodes, 1N4004 diodes (1A 400V) or equivalent are recommended.Also observe bell/sounder polarity.Relay outputs marked NO C and NC are voltage free contacts. Outputs marked +ve and -ve are fittedwith monitoring resistors (10k).

For all outputs combined, total output current is 2A (if 2.5A power supply is being used).Once you have ensured that all field wiring and devices are installed and terminated correctly theFireFinderTM is now ready to turn on.Turn the mains power on, and connect the batteries observing correct polarity. The green power on ledshould be lit.

OUTPUT RATINGS

Bell 1 2 Amp Fused (F2)Bell 2 2 Amp Fused (F3)Plant (Aux) Monitored 1 Amp Fused (F4)Plant (Aux) Non-Monitored 1 Amp Voltage Free ContactsWarn Sys (Evac) Monitored 1 Amp Fused (F5)Warn Sys (Evac) Non-Monitored 1 Amp Voltage Free ContactsFault Monitored 1 Amp Fused (F6)Fault Non-Monitored 1 Amp Voltage Free ContactsIsolate 1 Amp Voltage Free ContactsAlarm 1 Amp Voltage Free ContactsValve Monitor 1 Amp Voltage Free ContactsBatt Fail 1 Amp Voltage Free ContactsBattery Output Thermistor Protected



Fig 5: API-673 Brigade/PSU Monitor Board

AUX

POW

ERO/

P

SGD II

C

ISO

LATE

AL

AR

MNO

C N

C+

-

+

-NO

C N

CB

AT

TFA

ILV

ALV

EM

ON

BE

LL

1B

EL

L 2

DOOR SW DBA/MCP

+ IN - + BAT -

AP

I67

3M

AY

98

+

-

C21

U1

D16

D1

7

R28

RN5

R27

RN2

D26

C12

Q2

C10

R1

F2 +

C23

R8

D20

R26

R2

3

R20

D19

U6

Q1

C2

U5

D18

RN6

C9

C2

8

U7

U11

ZD

9M

22

F6

R18

L10M9

D25

RL4

D5C26

F7

C8

R22

R21

M18

RN3

R24

R25

F8

TB2

+

C24

U8

CN5

ZD

8 R7

U9

RN7

TB1

U10

M19

R3

RL7

C11

L9

RL5

RL6

CN6C16

M20

TB6

D2

+

C18

CN1

CN2

D13

D12

RL8

D9

D8

D6

D7

ZD

7

TH1

TH2

TH3

HS1

D14

TB11

R19

HS2

RN4

C3

C25

+C17

C19U4

F1

F4

F3

C14

C20

CN

3

C2

2D

11

M2

1

C1

3

M12

M29

M10

M16

TB8

TB7

TB10

TB9

M1

5M

17

M1

4M

13

M2

4M

26

M2

7M

23

R13C15

M25

U3

R4

C27

RN1

R9

R1

0

ZD1

R5D1

TB3

R15

D22

///NO

NCCRL1

L4

C5

M4

M3

L3L2

M1C4

M11

M28

M5

L5

M2

L1

L6

M6

C6

D21R14

D4

RL3

M8

L8

F5C7

M7

L7

R17

D24

R2

D10

R12

RL2

D3D23 R16

R11

U2 D15C1

R29

BELL10K EOL

RELAY10K EOL

-+

+-

AU

XIL

LA

RY

WA

RN

SY

S

+

-

FAU

LT

NO C

NC

+

-NO

C N

CNO

C N

CNO

C N

C

TO CN7 OF MAIN CONTROLLER BRD(302-674A)

- +

--

+ -

- +

-

+27VDC REGULATED POWER(INTERNAL BOARD POWER)

+27VDC FROMPSU

-

+

-

+

NOTE: NC C NO DENOTES VOLTAGE FREE CONTACTS.NC = NORMALY CLOSEDC = COMMONNO = NORMALY OPEN

12V BATT

12V BATT



6.8.2 Conventional Zone Board

The API-671 Conventional Zone Board provides the interface between the external conventional devicesand the FireFinderTM

Conventional zones are connected from TB4 to TB1 on the API-671 16 Zone Conventional Board.

Fig 6: 16 Zone Conventional Board (API-671)

AZF Parameters

Maximum Line Voltage: The maximum line voltage is limited to the system voltage. With a nominalbattery voltage of 27V, system voltage and therefore open circuit voltage would be approximately 26.4V.

Zone Output Impedance 628 ohms ± 5%Limits 597 - 660 Ohms

TO CN1 ONSLAVE CPU

(API669)

TO +27V REGULATED

POWER SUPPLY

-+-+-+

-+-+-+-+

-+-+-+-+

-+-+-+-+

ZONE 1

ZONE 2

ZONE 3

ZONE 4

ZONE 5

ZONE 6

ZONE 7

ZONE 8

ZONE 9

ZONE 10

ZONE 11

ZONE 12

ZONE 13

ZONE 14

ZONE 15

ZONE 16

SERIES 60DETECTORS

IN STANDARD

BASES



6.8.3 Addressable Loop Board

The API-670 Addressable Loop termination board provides the interface between the externaladdressable devices and the FireFinderTM. Each board provides terminations for two loops. one slaveCPU is required per loop. Addressable loops are connected from TB1 to TB2 on the API-670 Apollo LoopTermination Board. Note: L2 is +ve (positive), L1 is -ve (negative)

Connect your XP-95 loop to the panel as shown in figure 7.

AMPAC strongly recommends that the LoopManager is used to check that the Apollo loop is correctlyinstalled before connecting it to the FireFinderTM.

Loop Parameters• 126 Apollo Devices max.• 250mA Current Max.• S/C protected

Fig 7: Apollo XP-95 Loop Termination Board (API-670)

APOLLOXP-95LOOP

ADDRESSABLELOOP 2

SIDE A

+L2-L1+L2-L1

+L2-L1+L2-L1

SIDE B

SIDE A

SIDE B

ADDRESSABLELOOP 1

TO +27VREGULATED

POWERSUPPLY

CN3 CONNECTS TOSLAVE CPU (API-669)

FOR LOOP 1

CN1 CONNECTS TOSLAVE CPU (API-669)

FOR LOOP 2



6.8.4 16/16 Input / Output Board

The API-672 16/16 Input / Output provides the interface between Slave modules and 8 way relay boardsand the 16 Opto input boards.

The Input / Output board is connected to the slave CPU via CN1. A maximum of eight (8) Input / Outputboards may be daisy chained together.

Fig 8: 16/16 Input / Output Module (API-672)

6.8.5 8 Way Relay Board

Relay Outputs: Each 8 Way Relay Board has 8 either 1A or 5A relays fitted with voltage free contacts.

Fig 9: 8 Way Relay Board

TO CN5 OR CN4 ON API-672INPUT/OUTPUT BOARD

O/P 1N/O C N/C

O/P 2N/O C N/C

O/P 3N/O C N/C

O/P 4N/O C N/C

O/P 5N/O C N/C

O/P 6N/O C N/C

O/P 7N/O C N/C

O/P 8N/O C N/C

O/P : OUTPUTN/O : NORMALY OPENC: COMMONN/C : NORMALLY CLOSED

TO 8 WAY RELAY BOARD TO 16 WAY OPTO-INPUT BOARD

TO CONTROL IN OF NEXT INPUT / OUTPUT BOARDOR 1668 CONTROL(MAXIMUM OF 8 MODULES)

POWER +27V

TO CN1 OF THE SLAVEMODULE (API-669)

CN

1C

ON

TR

OL

IN

CN

2C

ON

TR

OL

OU

T

CN5OUTPUTS 1-8

CN4OUTPUTS 9-16

CN3INPUTS 1-16

API-672 1/98PO

WE

R

CTRL

I/P 1-16O/P 9-16

IN

O/P 1-8

CTRLOUT

C8

TP

IC6B

595

U2

R3

74H

C16

5

U7

CN7

CN6

0V +V

CN2

C4

C3

+5V

+C9

C11

CN3CN4CN5

C6

RN1

U9

CN1

C7 RN2

R7

D1C1

R1

R2

C2

74H

C1

65

U8

TP

IC6B

595

U1

R11R12

SP490

U4

SP490

U3

SP490

U5C14

+

C10

74H

C14

U6

C5

C12

JUMPER LINKS ARE TOBE FITTED IF CONNECTORIS NOT USED



6.8.6 16 Way Input Board

Opto-Inputs: Up to 16 inputs can be connected to the 16 Way Input Board. These inputs are required tobe voltage free contacts.

Fig 10: 16 Way Input Board (API-677)

6.8.7 AS1668 Control Module

The API-680 AS1668 control module provides control and indication of AS1668 services. Each moduleaccommodates four rotary switch controls and LED indication for each of the four controls.

The AS1668 Control module is connected to the slave CPU via CN1. A maximum of 8 AS1668 modulesmay be daisy chained together.

Fig 11: AS1668 CONTROL MODULE (API-680)

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

16 INPUTS

TO CN3 ON API-672INPUT/OUTPUT BOARD

Inputs 7 and 16 connectedto voltage-free contacts asan example.

API680

GRNYELLRED

GRN

YELLRED

GRNYELL

REDGRNYELLRED

OUTCTRL

PO

WE

R

1/98

CTRLIN

CN

4

CN

3

R9

SP490

U5

74HC165

U7

TPIC6B595 U1

74HC14

U6

+5V

0V

+VR3

C15

R11

R12

+

C10

+

C9

C5

A

C

6

5

12

11

10

987

4

3

2 1

SW4C4 C3

C1

R2

R1

C212

3

4

7 89

10

11

12

5

6

C

A

SW1

C6

RN1

R18R17

R1

4

D13D12D10D9

D8D7D6D5

D4D3D2D1

74HC165

U8

R1

0R

13

SP490U4

D14

C11

R7

RN2

C8

12

3

4

7 89

10

11

12

5

6

C

A

SW3

U9

A

C

6

5

12

11

10

987

4

3

2 1

SW2

SP490U3C14

R19R20 R21

R22

TPIC6B595

U2

C7

R15 R16

C13

C12

CONTROL IN CONTROL OUT

TO CN1 OF THE SLAVE MODULE (API-669)

TO CONTROL IN OF NEXT INPUT / OUTPUT BOARDOR 1668 CONTROL(MAXIMUM OF 8 MODULES)



6.8.8 Serial Relay Board

The Serial relay board connects to the internal serial communication bus. Power is provided via 3-waypanduit cable.Relay Outputs: Each 8 Way Relay Board contains 8, 1A relays fitted with voltage free contacts.

Fig 12: Serial Relay Board (API-732)

6.8.9 32 Zone LED Mimic Board

The 32 Zone LED mimic board connects to the internal serial communication bus. It provides visualindication of zones in alarm and fault (32 alarm LED’s and 32 fault LED’s). A maximum of 4 boards canbe daisy chained together.

Fig 13: 32 Zone LED Mimic Board (API-700)

N/0 C N/CO/P 1

N/0 CO/P 2

N/C N/0 CO/P 3

N/C N/0 CO/P 4

N/C N/0 CO/P 5

N/C N/0 CO/P 6

N/C N/0 CO/P 7

N/C N/0 CO/P 8

N/C

AP

I-73

2 A

PR

199

9

OU

TIN

C12

CN2

R36

C7

R34

R33

U5

C9C8

U7 U6

CN1

C6

CN4

RL1

MOV2 MOV3

MO

V17

TB2TB1

D3

RL8RL7RL6RL5RL4RL3RL2

MOV1

D1 D2 D4 D5 D6 D7

MOV4

MOV5

MOV6

MOV7

MOV8

MOV9

MOV10

MOV11

MOV12

MOV13

MOV14

MOV15

MOV16

D8

U1

CN3

CN1 AND CN2POWER IN 27VDC

TO CN3 OF THE MAINFIRFINDER PCB (API-674)

TO IN (CN3) OF THE NEXTSERIAL BOARD. A MAXIMUM OF 32 BOARDS CAN BE DAISYCHAINED TOGETHER

OUTINAPI700 OCT 1998

C9

R67

C11U9

C13R66

C10U10

R4

R35

R36

R1

R3

R34 R2

R33

D5

D6

D7

D8

D33

D34

D35

D36

D1

D2

D3

D4

U1C1

R7

R8

R38

R39

R6

R40

R37 R5

D9

D10

D11

D12

D37

D38

D39

D40

U2C3 C2

R9

R10

R11

R12

R41

R42

R43

R44

R13

R14

R15

R16

D13

D14

D15

D16

D41

D42

D43

D44

U3C4

R45

R46

R47

R48

R17

R18

R19

R20

D17

D18

D19

D20 D48

D47

D46

D45

U4C5

R49

R50

R51

R52

R21

R22

R23

R24

D21

D22

D23

D24

D49

D50

D51

D52

U5C6

R53

R54

R55

R56

R25

R26

R27

R28

D26

D27

D28

D25 D53

D54

D55

D56

U6U7C7

R29

R30

R31

R32

R57

R58

R59

R60

R61

R62

R63

R64

D61

D62

D63

D64

D29

D30

D31

D32

D57

D59

D58

D60

U8C8

1

CN2

1

CN1

C12 R65

U11

TO CN3 OF THE MAINPCB (API-674)

TO IN (CN1) OF THE NEXTZONE MIMIC. A TOTAL OF 4 BOARDS CAN BE DAISYCHAINED TOGETHER



6.8.10 Valve Display Module

The Valve display module connects to the internal serial communication bus. It provides visual indicationof the Valve status (16 x Valve open, 16 x Valve closed). A maximum of 4 boards may be daisy chainedtogether.

Fig 14: Valve Display Module (API-716)

6.8.11 Pump Display Module

The Pump display module connects to the internal serial communication bus. It provides visual indicationof the Pump status (8 x Supply Healthy, 8 x Pump Running, 8 x Pump Fault). A maximum of 8 boardsmay be daisy chained together.

Fig 15: Pump Display Module (API-717)

TO CN3 (IN) OF THE NEXT BOARDTO CN3 OF THE MAINPCB (API-674)

POWER INPOWER OUT27VDC (CN1,CN2)

+

+API-716APR 1999

R36C12

C2

R32

R31

R15

U2

C6

R22

R21

R16

TP3

CN2

CN1

C11

D33R35

U8

TP1

TP2

C10

CN3

CN4

U6U7

C8C9

U5

R33

R34

C7

C5

C4

U3

U4

U1

C3

C1

D18 D17

D20 D19

D22 D21

D24 D23

D26 D25

D28 D27

D30 D29

D32 D31

R17R18

R19R20

R23R24

R25

R26

R27R28

R29R30

D2 D1

D4 D3

R2R1

D6 D5

R3R4

R5

D8 D7

R6

R7

D10 D9

R8

R9

D12D11

R10

R11

D14

D13

R12

R13

D16 D15

R14

POWER INPOWER OUT27VDC (CN1,CN2)

TO CN3 OF THE MAINPCB (API-674)

TO CN3 (IN) OF THE NEXT BOARD

+

+

API-717 APR 1999

R36

C12

CN4

R23

C4

C6

TP3

CN2

CN1

C11

D33

R35

U8

TP1

TP2C10

CN3

U6U7

C8C9

U5

R33

R34

C7

C5

D2

D1

D3

D4

D5

D6

D7

D8

D9

D10

D11

D12

D23

D24

D22

D21

D18

D17

D16

D15

D14

D13

R2

R1

R3

R4

R5

R6

R7

R8

R9

R10R11

R12

R15

R16

R17

R18

R19

R20

R21

R22

R24

R13R14

U3

U2

U1

C1

C3

C2

D20

D19



6.9 Network Compatible Modules

6.9.1 Controller Interface Card

The Controller Interface Card provides connections to the communication ports on a controller. Themodule connects to the Loop Communication connector (CN18) on the API-674. It may provide twocommunications ports (RS232 and RS485) dependant upon the mode in which it is used.

Fig 16: Controller Interface Card (API-725)

See the Technical manual for full Controller Interface Card connections

6.9.2 Network Interface Card

The Network Interface Card allows the networking of multiple controllers in different combinations, fromlocal networking to Data Gathering panels to Peer to Peer panels. The NIC provides two communicationbuses RS232 and RS422. The NIC may either connect to the main board via connector CN18 (LoopCommunication) or to a Controller Interface Card connector CN3 (Out)

Fig 17: Network Interface Card (API-724)

See the Technical manual for full Network Interface Card connections

321

OUT

IN

CTS

RTS

RXD

TXD

COM

SCRN

TRX-

TRX+

+

+

+

+

API-72521/5/99

2A

0V

+27V

TB3

K2

K1

F1

CN1

ZD3ZD2ZD1

ZD5ZD4

U8

U7

U9

U10

U13

MA

X23

2E

U11

74H

C14

U6

74H

C14

U4

74H

C125A

U5

74H

C125A

U1

SP

485

U12

SP

485

U2

SP

490

U3

SP

490

TH1

TB2

TB1

R7R6

R8

R1

R17

R18 R24

R16

R10

R11

R9R23

R12

R5

R3

R2

R4

R22

R21

R19R15

R20

M1M2

L3

L2

L1

L5

L4

CN

5C

N6

CN3

CN2

C25

C24

C21

C19

C5C11

C3C2

C4C9

C8

C10

C14

C22

C17

C16

C15

C13

C12

C7

C20

C23

C26

C1

HY1

EC3A21H

R13

R14

C6

C18

TO LOOP COMMS (CN18)OF THE MAIN BOARD (API-674)

TO PREVIOUS CIC (API-725)CONNECTOR CN3 (OUT)

TO NEXT CIC (API-725) CONNECTOR CN2 (IN)OR CONNECTOR CN1OF THE NETWORK INTERFACE CARD (API-724)

POWER IN27VDC

POWER OUTFUSED 27VDC

RS232 COMMUNICATIONOUTPUT

RS485 COMMUNICATION OUTPUT

CN

3

SW

3

R6

R25

R24

C19

MAX232E

U15

C31

C35

C29

C30

C32

RN

1

C34C

33

SP490

U1

SP490

U6

EC

3A21H

HY

1

D2

RL2

RL1

RL4

RL3

D1

C23

C13

C22

C25

C28

C26

C3

C4

C14

C17

L9

L8

L10

L11

L5

L4

L6L7

M1

M9

M10

M11

M12

M13

M14

M3 M4

M5

M6

M7

M8

R15

R9

R14

R8

TH

8T

H7

TH

9

TH

10

TH

3

TH

2

TH

6

TH5

TH11

ZD8

ZD9

ZD

11

ZD

10

ZD3

ZD

2

ZD

6

ZD

7

M2

SW

1

TB

1T

B2

SW

2

C16

CN

2

CN

5

SP490

U3

C12

C15C18

C21

C11

C6

C10

C5C8

C1

C7

CN

1

L2

L3

L1

R7

R2

R4

R3

R11

R10

R23

R22

R12

R5

R1

R18

TH

4T

H1

SP485U2

74HC14

U4

74HC14

U14

U8

U12

U11

U9

U10

U13

SP491

U5

ZD4

ZD5

ZD1

U7

CN

4

R13

R21

R20

R17

R16

R19

C9

C20

C27

C24

C2

TB

3

2A

F1

ISOLATE

JUN1999

API 724

CTS

RTS

RXD

TXD

COM

+++ +

+

OF

F

ON

RE

SE

T

DA

BC

S-

+D

AB

CS

-+

CO

MM

S O

UT

CO

MM

S IN

abc

1

TO CN3 (OUT) OF THE CONTROLLER INTERFACECARD IF CIC IS INSTALLED

TO CN18 (LOOP COMMS) OF THE MAIN CONTROL BOARD (API-674)(STAND ALONE USE)

POWER INPOWER OUT27VDC (CN4,5)

RS232 COMMUNICATION OUTPUT

RS422 COMMUNICATION OUT

RS422 COMMUNICATION IN



6.9.3 Liquid Crystal Display Repeater Panel

The LCDR mimics all displays as those shown at the main panel (API-674). It also provides controls tointerrogate the system.The Remote LCD module connects to the external RS422 communication loop.

Fig 18: Liquid Crystal Display Repeater Panel

Fig 19: LCDR internals (API-720)

See the Technical manual for full LCD repeater panel connections

RS232 OUTPUT(HIGH LEVELINTERFACE)

PRINTER OUTPUT RS422 COMMS OUTTO TB1 NETWORKINTERFACE CARD

RS422 COMMS INTO TB2 NETWORKINTERFACE CARD

BZ1

RV1

SW2

CN1

SW3

TB1TB2CN7

CN2

SW1

CN5

Jan 1999

API 720

+

LCDOFF

ON

POWERBACKLIGHT-

A B C D S - + A B C D S - +

BACKLIGHT+

RESET

CONTRAST

PRINTER

DEBUG

CO

M

TX

D

RX

D

RT

S

CT

S

COMMS INCOMMS OUT

MENU

PREVIOUS NEXT BUZZERMUTE

PRE-ALARMISOLATEFAULTFIRENORMAL



6.9.4 LED Repeater Board

The LED Repeater board can be configured to display the common status of panel, (Normal, Alarm, Pre-alarm and Fault) and The ALARM status of 32 groups, zones or loop/sensors.The LED Repeater board connects to the external RS485 Communication bus via the CIC

Fig 20: LED Repeater Board (API-715)

See the Technical manual for full LCD repeater panel connections

+

+

POWER OUT

BUZZER MUTE

RESET

LAMP TEST

DEFECTNORMALPOWER ONLED DISPLAY

N/O

N/C

C0V

GP

I

API-715 MAR 1999

OUT

-0/P

+-I

/P+

GN

D

IN

CPU RESET

OFF ON

ADDRESS

SYSTEM

LEDS FLASH

FA

CT

OR

YU

SE

ON

LYS

HB

AS

HB

A

FIT K1 ONLAST MIMICONLY

FIT K2FOR BUZZER

A K

ALM

PRE

DBA

DFT

NOM

RST

LT

BM

BI

EVC

BZ

1

2

3

4

5

LED

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

D4

D3D2

SW3CN7

SW7

SW2

SW5

SW4

SW6

R18

RN6

BZ

1

RN5

C14

ZD4

U10

R3

D5

RL1

TB4

TB5

TB1

TB

3

U7

R6

R7C6

M1

M5

U9

U8

U6

CN

4

RN3U4

C1

C2

C3

C4

C5

M6

M3M4

ZD

1

ZD

2

TH

1

TH

2

L2 L1

M2

C8

C12

CN6

U2

TH

3

R5

D1

U5

R1

R10

Q1

HY1

RN2CN

3

RN4

CN

2

RN1

CN

1

R9R4

C13

R8

R16U3

R17

X1

R14

C10C9

C7

R2

R11R15R13

C11

CN5

R12

Q2

ZD

3

K2

K1

COMMON LEDOUTPUT (CN5)

LEDS 1-8(CN1)

LEDS 9-16(CN1)

LEDS 17-24(CN1)

LEDS 25-32(CN1)

AUX POWER OUTFOR LED EXPANSION

GENERAL PURPOSERELAY OUTPUT

GENERAL PURPOSEINPUT

RS485 OUTPUTTO NEXT LEDMIMIC BOARD

(IF USED)

RS485 INPUTFROM TB1 CIC



7 FireFinderTM Operation7.1 The Control Panel

Fig21: The FireFinderTM Control Panel

1. ALARM (Red) - This LED will flash if any unacknowledged alarms are present on the system. If all thealarms have been acknowledged it will light steady.

2. FAULT (Yellow) - This LED will light steady if there are any faults on the system, whether they areloop faults, module faults, device faults etc.

3. ISOLATED (Yellow) - This LED will light steady if any detectors, devices or zones in the system havebeen isolated.

4. EXTERNAL BELL ISOLATE (Yellow) - Pressing this button will isolate any bells connected to the firepanel If the bell is isolated the LED just above the button will glow steady yellow. Pressing the buttonagain will de-isolate the bell.

5. WARNING SYS ISOLATE - Pressing this button will isolate the fire panel output to the WarningSystem if it is connected to one. If the Warning System is isolated the LED just above the button will lightsteady. Pressing the button again will de-isolate the Warning System output.

6. PREVIOUS - This key is used for scrolling backwards through alarms, faults, or isolates on the LCD.

7. NEXT - This key is used for scrolling forwards through alarms, faults, or isolates on the LCD.

8. ACKNOWLEDGE - Pressing this key will acknowledge an alarm currently displayed on the LCD. It willalso silence the panel buzzer, which sounds whenever there is an alarm (optional) or fault.

9. RESET - Pressing this key will reset the panel, clearing any acknowledged alarms and taking the LCDdisplay back to its default screen, unless there are any uncleared faults or isolated devices, these willcontinue to be displayed.

10. ISOLATE - This key is used to isolate individual or groups of detectors, devices or zones.

11. POWER ON (Green) - This LED will light when the mains power is turned on.

12. PRE-ALARM (Yellow) - This LED will light when a sensor/detector is in the pre-alarm state.

WARNING SYSISOLATE

EXTERNAL BELLISOLATE

PREVIOUS NEXT ACKNOWLEDGE ISOLATERESET

WARNINGSYS FAULT

TEST MODE

SYSTEM FAULT

EARTH FAULT

AIF ACTIVE

AUX ALARM

PRE-ALARM

SUPPLY FAULT

POWER ON

ALARM

FAULT

ISOLATED

DE-ISOLATE

FAULTOUTPUT ISOLATE

AUXILIARYFAULT / ISOLATE

OUTPUTDELAY ACTIVE

LOOP

ZONE

SENSOR

DISPLAY TO

TUV7

4JKL

ABC1

DEF2

5MNO

8WXYZ

0SPACE

3GHI

6PQRS

9SYMB

ENTER FUNCTIONMENU

CANCEL ENTRY

Finder TM

FIREFIGHTER FACILITY

Fire

1. ALARM LED

2. FAULT LED

3. ISOLATED LED

4. EXTERNAL BELL ISOLATE

5. WARNING SYSTEM ISOLATE

20. DE-ISOLATE

21. FAULT OUTPUT ISOLATE

22. AUXILARY FAULT/ISOLATE

23. OUTPUT DELAY ACTIVE

24.LOOP25. SENSOR

26. ZONE

27. DISPLAY 29. TO 30. ENTER

28. THE ALPHA/NUMERIC KEYS

6. PREVIOUS

7. NEXT

8. ACKNOWLEDGE

9. RESET 10. ISOLATE

35. LCD DISPLAY

11. POWER ON (GREEN)

12. PRE-ALARM (YELLOW)

13. AUX ALARM (YELLOW)

14. AIF ACTIVE (YELLOW)

15. SUPPLY FAULT (YELLOW)

16. EARTH FAULT (YELLOW)

17. SYSTEM FAULT (YELLOW)

18. TEST MODE (YELLOW)

19. WARNING SYTEM FAULT (YELLOW)31. CANCAL ENTRY

33. DOUBLE ARROW KEYS

34. MENU / FUNCTION

32. SINGLE ARROW KEYS



13. AUX ALARM (Yellow) - This led will light when the auxiliary alarm output has been activated.

14. AIF ACTIVE (Yellow) – “Alarm Investigation Facility” If this facility is selected, you have maximum of30 seconds to acknowledge an alarm signal at the panel, if this is done you have a further 5 minutes(maximum) to investigate the cause of the alarm before the panel signals the fire brigade. If the panel isreset within the 30 seconds or the 5 minutes the AIF is also reset. If the alarm is not acknowledged withinthe 30 seconds the panel will automatically call the brigade at the end of the 30 seconds.

15. SUPPLY FAULT (Yellow) - This led will light when there is a fault on the power supply. The followingconditions constitute a fault.

• The output voltage is too low (less than 26.5V )• The output voltage is too high (greater than 28V )• The battery is not connected properly.

16. EARTH FAULT (Yellow) - This LED will light if there is an incorrect earth on any of the signal cablesof the system.

17. SYSTEM FAULT (Yellow) - This LED will light if the main system CPU is in fault.

18. TEST MODE (Yellow) - This LED will light when the panel is in any of the test modes. (EN54 ONLY)

19. WARNING SYSTEM FAULT (Yellow) - When a warning system is connected to the fire panel, thisLED will light if the connection to the warning system becomes faulty.

20. DE-ISOLATE - If a detector currently displayed on the LCD has been isolated, pressing this keywill de-isolate it.

21. FAULT OUTPUT ISOLATE - Pressing this button will isolate the fault output relay on the brigadeboard. If the FOI is isolated the associated LED will light.Pressing the button again will de-isolate the FOI relay.

22. AUXILARY FAULT/ISOLATE - Pressing this button will isolate the auxiliary output relay on thebrigade board. If the auxiliary fault / isolate is isolated the associated LED will light steady.Pressing the button again will de-isolate the auxiliary fault / isolate relay.The auxiliary output line is monitored, should it go into fault, the LED will flash.

23. OUTPUT DELAY ACTIVE - Pressing this button will activate the Alarm Investigation Facility asdescribed in 14.

24. LOOP - Press this key followed by a number to select the loop you wish to access eg LOOP 4.

25. SENSOR - After selecting the Loop number using the LOOP key, press this key to enter the sensornumber for the device you wish to interrogate.

26. ZONE - Press this key followed by a number eg ZONE 4 to select the required zone

27. DISPLAY - Press this key after selecting the Zone number or the Loop and Sensor numbers todisplay the state of the device.

28. THE ALPHA/NUMERIC KEYS - These keys are used to navigate around the panel’s menus andenter data. If you are entering a descriptor, or some other data that contains characters as well asnumbers, pressing the keys multiple times will scroll through the available letters written on the button, insequence. Eg 1,A,B,C.

29. TO - Use this key to access a range of devices. Eg, 2 TO 7.

30. ENTER - You will be prompted to press the ENTER key at certain times when using the panel, toenter data.



31. CANCEL - The CANCEL ENTRY key is used to delete any data in the current field or return to thepreviously displayed menu.

32. SINGLE ARROW KEYS - These are used to move the cursor back and forth when entering data in afield.

33. DOUBLE ARROW KEYS - These are used to move between fields when entering data.

34. MENU / FUNCTION - Pressing the MENU key will display the main menu on the LCD. Similarlypressing the FUNCTION key will display the function menu on the LCD.

35. LCD DISPLAY - This screen can be configured with the servicing companies name and phonenumber. It also displays the current date, time and that the system is normal (no faults and alarms).If there are any faults or alarms the LCD will display the device in question, if multiple detectors or zonesare not in their normal state, the PREVIOUS and NEXT keys are used to scroll through them.

7.2 The Default LCD Display

In its normal state the FireFinderTM will display a screen similar to that shown below

Fig 22: The Default LCD Display

This screen can be configured with the servicing company’s name and phone number (via laptop ormodem). It also displays the current date and time and that the system is normal (no faults and alarms)

If there are any faults or alarms the LCD will display the device in question, if multiple detectors or zonesare not in their normal state, the PREVIOUS and NEXT keys are used to scroll through them.

If there is a fault condition or an alarm and the buzzer is sounding, press any key in the FireFighterFacility to stop it sounding. The FireFighter Facility is the area on the control panel bound by the redborder.

PREVIOUS NEXT ACKNOWLEDGE

FireFinder 9/9/99 12.00SERVICED BY YOUR COMPANYPH: 09 9999 9999SYSTEM IS NORMAL



7.3 Incoming Alarm Signal

Will flash common alarm indicator

• Will display location of alarm origin on the LCD• Will activate the external bell.• Will activate the internal FIP buzzer. (optional)• Will activate any ancillary equipment so programmed.• Will abort any test in progress.

The LCD will display the first alarm signal received. The LCD will also display other essential alarminformation and operator prompts. The LCD back light is normally off until operator intervention. Anactive alarm signal must be acknowledged before any other condition can be imposed on it.

7.4 Accessing a Loop, Sensor or Zone

LOOP OR SENSOR1. From the Keyboard, press LOOP2. Enter the loop number you wish to interrogate then press SENSOR.3. Press the key for the sensor number.4. Press the TO key if you wish to access a range of sensors on the loop, the DISPLAY key if you

wish to display the status if a sensor, the ISOLATE key if you wish to isolate a sensor, or the DE-ISOLATE key to de-isolate a sensor.

ZONE1. From the Keypad, press ZONE2. Press the key for the zone number.3. Press the TO key if you wish to access a range of zones, the DISPLAY key if you wish to display

the status of a zone, the ISOLATE key if you wish to isolate a zone, or the DE-ISOLATE key tode-isolate a zone.

7.5 Accessing Functions and Menus

From the default display, press FUNCTION, which brings up thedisplay for entering a password giving access to the panel's functions.

Or press MENU to bring up the main menu.(See quick reference guide)

Screen prompts will guide you through the menu operations.

MENU FUNCTION



7.6 The Main Menu

Fig 23:The Main Menu

From the main menu the user is able to view any Acknowledged alarms on the system. You can alsoview any pre-alarms, faults or isolates on the system. If there are no alarms, faults or isolated zones ordevices, a message will display for about a second and the display will then return to the previous menu.

7.6.1 Status Menu

Fig 24: The Status Menu

Press 4 while on the Main Menu to display the Status Menu.From the status menu you can interrogate the status of all of the system components and settings listedbelow

0. Loops: Enter the loop number and it will display its status.

1. Modules: Enter the module number and it will display the type, the software version and its status.

2. Supply: This will display the charger voltage, whether or not the power supply is in fault, and if thebattery is correctly fitted.

3. Brigade: This will display the status of all of the brigade relays and outputs on the brigade board.

4. I/O: Can display the status of the input output in a panel or on a loop. You must enter the I/O modulenumber, then the input or output on that module (or the loop and sensor number and the output onthat device) it will then give you a description of what that input or output does and tells you itscurrent state.

5. Network: Display the status of the network.

6. System: This will display the status of the system. eg Faults, Alarms, Isolates.

7. A values: This will display the analog value being returned by a detector. It will display thedescription of the detector, as well as its type, its state and the Raw Analog Value in counts.

STATUS MENU0: LOOPS 1: MODULES 2: P/SUPPLY 3: BRIGADE4: I/O 5: NETWORK 6: SYSTEM 7: AVALUESSELECT No.

MAIN MENU0: ALARMS 1: PREALARMS 2: FAULTS3: ISOLATES 4: STATUS 5: TESTINGSELECT No.



7.6.2 Testing Menu

Fig 25: The Testing Menu

This menu is selected by pressing 5 while on the Main Menu. From here the following can be tested

0. Alarm Test: Alarm tests either a zone or a sensor or a range of zones or sensors.

1. Fault Test: Fault tests either a zone or a sensor or a range of zones or sensors.

2. System Test: Will perform a system test ( a basic test of all parts in the system)

3. Lamp Test: Will flash the LED’s on the front panel and test the LCD display.

7.7 Function Menu

The function menu provides access to many programming and configuration functions. These featuresare protected by a password (actually a pass-number as it can only contain numbers) to preventunauthorised tampering with the panel's configuration. A new panel will have the password 3333 alreadyprogrammed so that you can enter your own.

To get to the functions menu press FUNCTION while the panel is on the Default Display. You must thenenter a password. Three levels of password have been defined so that access to certain facilities can berestricted (such as the ability to enter new passwords).

• Level I: Allows access to:• Date: Enter the Day, Month and Year (4-digit year).• Time: Enter the hours (24-hour mode) and minutes.• Day/Night Settings: Not currently active.• Logs: Alarm and Fault logs.• Tests: Walk and loop tests.

• Level II: In addition to the level I facilities, adds the following:• I/O• Programming

• Level III: In addition to the level II facilities, adds the following• Password

Fig 26: The Level III Functions Menu

TESTING MENU0: ALARM 1: FAULT 2: SYSTEM 3: LAMP

SELECT No.

LEVEL III MAIN FUNCTIONS0: DATE 1: TIME 2: DAY/NIGHT SETTINGS3: LOGS 4: TESTS 5: I/O 6: PROG 7: PASSWORDSSELECT No.



7.7.1 Forgotten Passwords

If you have forgotten your password, enter 9999 into the password field. You will then be given a 4 digitpassword key. You must then contact the AMPAC head office and quote the number you have beengiven. We can then issue you with a temporary password, allowing you access to the level 3 functions sothat you can program a new password. The temporary password will become invalid if you enter 9999again or if the panel is re-powered.

7.8 Manual I/O Control

With the FireFinderTM it is possible to manually override the inputs and outputs within a system. Providingan input or an output has been programmed into the FireFinderTM then it is possible to use this menu asdescribed below. This menu can be used in commissioning or manual checking of I/O.

Fig 27: The Manual I/O Control Menu

Press 5 while on the Main Functions menu to display the Manual I/O Control menu

0. Input:

0. In a Panel: Enter the I/O Controller number then the input number, This will display thedescriptor for the input and its current state, you can then turn the input on or off or removemanual control.

1. On a Loop: Enter the loop number, the sensor number and the input number. This will displaythe descriptor for the input and its current state, you can then turn the input on or off or removemanual control.

2. Remove All Manual Input Control: Will remove all manual input control.

1. Output: Same as above for inputs but for outputs.

2. Remove All Manual Control: Will remove all manual control.

MANUAL I/O CONTROL0: INPUT 1: OUTPUT3: REMOVE ALL MANUAL CONTROLSELECT No.



7.9 Programming

Fig 28: The Programming Menu

Press 6 while on the Main Functions menu (if your password gives you access) to display theProgramming Menu.

0. Zone: Enter the zone number and you can change the descriptor (press the numeric keys multipletimes to access characters, use < > keys to move the flashing underline which indicates the cursorposition) You can also change its type. Press << and >> to move between fields. You can also go toa second screen (by pressing >> to go through all the fields) to show the brigade options:

Alarm:Bell:Auxiliary:Warning:Sprinkler:Alarm Led:Configuration:

You can then go to a third screen showing the “GROUPS”.

After scrolling through the groups you are prompted to press ENTER to confirm your changes.

1. Sensor: Enter the loop and sensor number. You can then edit the Descriptor and type. You can goto a second screen and allocate the sensor to a zone, and give set the device type. You can thenscroll to yet another screen displaying the brigade options as described above. You can then scroll toa screen allowing you to set the day/night settings. The next screen is the groups screen.(see below)After scrolling through the groups you are prompted to press enter to confirm your changes.

2. Input: Allows you to Add, Edit or delete inputs in a panel or on a loop.

3. Output: Allows you to Add, Edit or delete outputs in a panel or on a loop.

4. Groups: A “GROUP” is defined as a collection of actuating devices with a common purpose. In theFireFinderTM we are able to assign a “GROUP” to zones and sensors. This enables programming tobe simplified.

PROGRAMMING MENU0: ZONE 1: SENSOR 2: INPUT 3: OUTPUT

SELECT No.



7.10 Passwords

Fig 29: The Password Menu

Press 7 while on the Main Functions menu (if your password gives you access) to display the PasswordMenu.

0. Add Password: Enter the new password, then press ENTER. The password is a 4 digit number.

1. Delete Password: Enter the password that you want to delete, then press ENTER.

2. Delete All Passwords: This ask you to confirm that you want to delete all the passwords, pressENTER then ENTER again.

PASSWORD MENU0: ADD PASSWORD 1: DELETE PASSWORD2: DELETE ALL PASSWORDSSELECT No.



8 List of Compatible DevicesConventional Detectors

The following range of conventional detectors have approval to be used with the FireFinderTM

conventional zone board (API-671). See Fig 6 for connection details

Actuating Device Maximum No Of Devices

Apollo Series 60, 55000-105AUS Type A heat 40

Apollo Series 60, 55000-106AUS Type B heat 40

Apollo Series 60, 55000-107AUS Type C heat 40

Apollo Series 60, 55000-108AUS Type D heat 40

Apollo Base 45681-200 (for above detectors)

Apollo Series 60, 55000-240AUS Ionisation Smoke 40

Apollo Series 60, 55000-310AUS Photoelectric Smoke 40

Apollo Series 60, 53546-014AUS Duct Sampling Unit 40

Apollo Base 45681-205 (for above detectors)

AMPAC Fireray 2000 Beam Detector 40

AMPAC FP/2 Manual Call Point 40

DEMCO D-101 Manual Call Point 40

DEMCO D-108 Manual Call Point 40

Hochiki DCA-B-60R Mk V Type A Heat 40

Hochiki DCC-A Type A Heat 40

Hochiki DFE-60B Type B Heat 40

Hochiki DCA-B-90R Mk1 Type C Heat 40

Hochiki DCC-C Type C Heat 40

Hochiki DFE-90D Type D Heat 40

Hochiki Bases YBF-RL/4AH4M, YBC-R/3A and YBC-RL/3JM (forabove Hochiki detectors

Hochiki DCD-A Type A Heat 40

Hochiki DFJ-60B Type B Heat 40

Hochiki DCD-C Type C Heat 40

Hochiki DFJ-90D Type D Heat 40

Hochiki SIJ-AS Ionisation Smoke 40

Hochiki SIJ-ASN Ionisation Smoke 40

Hochiki SLR-AS Photoelectric Smoke 40

Hochiki Bases YBN-R/4A and YBO-R/4A (for above detectors) 40

Hochiki SIH-AM Ionisation Smoke 40

Hochiki SIH-AMB Ionisation Smoke 40

Hochiki SLK-A Photoelectric Smoke 40

Hochiki Bases YBF-RL/4AH4M and YBF-RL/3JM 40



Addressable Detectors

The following range of addressable detectors have approval to be used with the FireFinderTM

addressable Loop board (API-670). See Fig 7 for connection details

Actuating Device Maximum No Of Devices

Apollo XP95 Base

Apollo XP95 Isolator plus Base

Switch Monitor Plus

Mini Switch Monitor

Sounder Control Unit

Input/Output Unit

Apollo XP95 Ionisation Smoke Monitor

Apollo XP95 Optical Smoke Monitor

Apollo XP95 Optical Smoke Monitor

Apollo XP95 Temperature Monitor

AMPAC 3-IOD 3 input / 3 output device

AMPAC SID Single Input Device

Apollo Discovery Type C

Apollo Discovery Type D

Apollo XP95 Intrinsically Safe Protocol Translator

Apollo Discovery multisensor (LPC)



9 Certification InformationThe FireFinderTM was designed by and is manufactured by:

AMPAC TECHNOLOGIES

Head Office:

97 Walters Drive

Osborne Park 6017

Western Australia

PH: 61-8-9242 3333

FAX: 61-8-9242 3334

Manufactured to: AS1603.4

SSL Certificate of Compliance Number: AFP 1168

Equipment Serial Number:

Date of Manufacture:



10 Operational ParametersTemperature: -5ºC to +45ºC

Humidity: 45% to 75%

Cable Loop Characteristics: 2 core 1.5mm² Radox

Maximum Number of Devices per AZC: 40

Maximum Number of Devices per Loop: 126

Power Supply Output Voltage: 27V

Power Supply Output Current: 2A

Power Supply Input: 240V AC mains

Panel Current Draw: 450 mA

Battery Type and Capacity: 2 x 12V sealed lead-acid batteries (capacity determined by style ofpanel)

Minimum Operating Voltage: 19.2 V



11 Troubleshooting ChartProblem Solution

No Mains Power Check mains Fuse

Supply fault LED illuminated

Check output voltage it should be set to 27.6V.

Low = (less than 26.5V )

High = (greater than 28V )

Check the battery has been connected properly

Earth Fault LED illuminatedCheck all input and output cabling and wiring assemblies for shortto ground

System Fault LED illuminatedEnsure correct software is installed

Check all connections for loose wiring

Warning System Fault LED illuminatedCheck correct E.O.L is fitted (10K)

Check wiring is connected correctly

Maintenance Fault cleared but FireFinderTM stilldisplays Maintenance Fault

Panel needs to be reset (Power down Power up)

LCD displays LOOP (No) open circuitCheck in and out legs are connected correctly at the looptermination board

Unable to clear an O/C or S/C on a loopYou must perform a loop test to clear the fault. This is a level 1function.

Communication Loop not working

Check for correct software installed in all communication boards.

Check LCD at Main controller this may identify where there is abreak in the communication line

Cant access Function menu Incorrect Passwords entered

Forgotten passwordsRing AMPAC and directions will be given to provide you with atemporary code

An Analogue Fault occurs when using a Zone Monitor tomonitor a switch.

A 1.8k Ohm resistor must be placed in series with the switchcontracts.

Bell FaultEnsure 10K Ohm EOL resistor fitted and a diode (1N4004) inseries with the bell.



12 AppendixAPPENDIX A - BINARY ADDRESS SETTING (APOLLO)SERIES XP95 - ADDRESS DATADIL SWITCH: ON = 1 OFF = 0(I/O DEVICES) ADDRESS TAG FOR DETECTORS

ADRESS 1234567 ADRESS 123456701 = 100000002 = 010000003 = 110000004 = 001000005 = 101000006 = 011000007 = 111000008 = 000100009 = 100100010 = 010100011 = 110100012 = 001100013 = 101100014 = 011100015 = 111100016 = 000010017 = 100010018 = 010010019 = 110010020 = 001010021 = 101010022 = 011010023 = 111010024 = 000110025 = 100110026 = 010110027 = 110110028 = 001110029 = 101110030 = 011110031 = 111110032 = 000001033 = 100001034 = 010001035 = 110001036 = 001001037 = 101001038 = 011001039 = 111001040 = 000101041 = 100101042 - 010101043 = 110101044 = 001101045 = 101101046 = 011101047 = 111101048 = 000011049 = 100011050 = 010011051 = 110011052 = 001011053 = 101011054 = 011011055 = 111011056 = 000111057 = 100111058 = 010111059 = 110111060 = 001111061 = 101111062 = 011111063 = 1111110

64 = 000000165 = 100000166 = 010000167 = 110000168 = 001000169 = 101000170 = 011000171 = 111000172 = 000100173 = 100100174 = 010100175 = 110100176 = 001100177 = 101100178 = 011100179 = 111100180 = 000010181 = 100010182 = 010010183 = 110010184 = 001010185 = 101010186 = 011010187 = 111010188 = 000110189 = 100110190 = 010110191 = 110110192 = 001110193 = 101110194 = 011110195 = 111110196 = 000001197 = 100001198 = 010001199 = 1100011100 = 0010011101 = 1010011102 = 0110011103 = 1110011104 = 0001011105 = 1001011106 = 0101011107 = 1101011108 = 0011011109 = 1011011110 = 0111011111 = 1111011112 = 0000111113 = 1000111114 = 0100111115 = 1100111116 = 0010111117 = 1010111118 = 0110111119 = 1110111120 = 0001111121 = 1001111122 = 0101111123 = 1101111124 = 0011111125 = 1011111126 = 0111111



13 Glossary Of TermsACF : ANCILLARY CONTROL FACILITY

ACKD : ACKNOWLEDGED

AHU : AIR HANDLING UNIT

ALM : ALARM

AVF : ALARM VERIFICATION FACILITY

AZF : ALARM ZONE FACILITY

C : RELAY COMMON CONTACT (WIPER)

CN : CONNECTOR

CPU : COMMON PROCESSOR UNIT

DCV : DIRECT CURRENT VOLTS

EARTH : BUILDING EARTH

EOL : END OFF LINE

FDS : FIRE DETECTION SYSTEM

FIP : FIRE INDICATOR PANEL

FLT : FAULT

GND : GROUND (0 VOLTS) NOT EARTH

I/O : INPUT/OUTPUT

LCD : LIQUID CRYSTAL DISPLAY

MAF : MASTER ALARM FACILITY

MCP : MANUAL CALL POINT

MOV : METAL OXIDE VARISTOR (TRANSIENT PROTECTION)

N/C : NORMALLY CLOSED RELAY CONTACTS

N/O : NORMALLY OPENED RELAY CONTACTS

PCB : PRINTED CIRCUIT BOARDS

P/S : POWER SUPPLY

PSM : POWER SUPPLY MODULE

REM : REMOTE

SPOT : SINGLE PERSON OPERATING TEST

TB : TERMINAL BLOCK



14 Definitions

Addressable system - a fire alarm and detection system that contains addressable alarm zone facilitiesor addressable control devices.

Alarm verification facility (AVF) - that part of the CIE, which provides an automatic resetting functionfor spurious alarm signals so that they will not initiate master alarm facility (MAF), or ACF functionsinadvertently. This is set by using the Config-Manager prior to downloading to FireFinderTM

Alarm zone - the specific portion of a building or complex identified by a particular alarm zone facility.

Alarm zone circuit (AZC) - the link or path that carries signals from an actuating device(s) to an alarmzone facility(s).

Alarm zone facility (AZF) - that part of the control and indicating equipment that registers and indicatessignals (alarm and fault) received from its alarm zone circuit. It also transmits appropriate signals to othercontrol and indicating facilities.

Alert signal - an audible signal, or combination of audible and visible signals, from the emergencywarning system to alert wardens and other nominated personnel as necessary to commence prescribedactions.

Ancillary control facility (ACF) - that portion of the control and indicating equipment that on receipt of asignal initiates predetermined actions in external ancillary devices.

Ancillary equipment - remote equipment connected to FIP.

Ancillary relay - relay within FIP to operate ancillary equipment.

Ancillary output - output for driving ancillary equipment.

Approved and approval - approved by, or the approval of, the Regulatory Authority concerned.

Card detect line - a link on a module connector to indicate the disconnection of the module.

Control and indicating equipment (CIE) - a combination of control equipment and indicatingequipment.

Conventional System - is a fire detection system using a dedicated circuit for each alarm zone.

Distributed system - a fire alarm and detection system where sections of the control and indicatingequipment are remotely located from the fire indicator panel or where sub-indicator panel(s)communicate with a main fire indicator panel.

Factory connections - are connections made during manufacture and should not require any fieldalterations.

Field connections - are connections made to FIP or ancillary equipment at the project duringinstallation.

Fire alarm system - an arrangement of components and apparatus for giving an audible, visible, orother perceptible alarm of fire, and which may also initiate other action.

Fire detection system - an arrangement of detectors and control and indicating equipment employed forautomatically detecting fire and initiating other action as arranged.

Fire indicator panel (FIP) - a panel on which is mounted an indicator or indicators together withassociated equipment for the fire alarm or sprinkler system.

Fire resisting - an element of construction, component or structure which, by requirement of theRegulatory Authority, has a specified fire resistance.

Indicating equipment - the part of a fire detection and or alarm system, which provides indication of anywarning signals (alarm and fault), received by the control equipment.

Interface - The interconnection between equipment that permits the transfer of data.

Main equipment - equipment essential to the operation of the system including, control equipment,amplification equipment and power supply modules.



Master alarm facility (MAF) - that part of the control and indicating equipment which receives alarm andfault signals from any alarm zone facility and initiates the common signal (alarm and/or fault) fortransmission to the fire control station where appropriate. Bells and other ancillary functions may beinitiated from this facility.

Power Supply - that portion of the control and indicating equipment (CIE) which supplies all voltagesnecessary for operation of the CIE.

Regulatory Authority - an authority administering Acts of Parliament or Regulations under such Acts.



15 Quick Reference GuidesF

ireF

ind

erTM

Qu

ick

Ref

eren

ceMAIN

MENU O

PTIONS

ME

NU

KE

Y /

FU

NC

TIO

N K

EY

(

TO E

NT

ER

ME

NU

/ T

O F

UN

CT

ION

ME

NU

)

AL

AR

MS

( D

ISP

LA

Y A

LA

RM

S )

PR

EA

LA

RM

S (

DIS

PLA

Y P

RE

-AL

AR

MS

)

FAU

LTS

( D

ISP

LA

Y F

AU

LT

S O

F S

EL

EC

TE

D F

IEL

DS

)

ZO

NE

S/S

EN

SO

RS

LOO

PS

MO

DU

LES

P/S

UP

PLY

BR

IGA

DE

TE

ST

FA

ILU

RE

S

ISO

LA

TE

S (

DIS

PL

AY

AL

L S

YS

TE

M IS

OLA

TES

)

STA

TU

S (

DIS

PLA

Y S

TA

TU

S O

F S

EL

EC

TE

D F

IELD

S)

( FA

ULT

FIE

LDS

)

( S

TAT

US

FIE

LDS

)

LOO

PS

( L

OO

P /

SE

NS

OR

No

)

MO

DU

LES

( M

OD

ULE

No

)

P/S

UP

PLY

BR

IGA

DE

(B

RIG

AD

E O

/PS

)

NE

TW

OR

K

TE

ST

ING

( T

ES

TIN

G T

HE

SE

LE

CT

ED

TE

ST

FIE

LD

S )

ALA

RM

(T

ES

T A

LAR

M F

IELD

S )

OU

TP

UT

S (

OU

TP

UT

No)

INP

UT

(IN

PU

T N

o)

FAU

LT (

TE

ST

FA

ULT

FIE

LDS

)

SY

ST

EM

LAM

P

( T

ES

T

FIE

LDS

)Z

ON

E (

ZO

NE

No

)

SE

NS

OR

(

LOO

P/S

EN

SO

R N

o )

FIRE B

RIG

ADE R

ESPONSE G

UID

E

INC

OM

ING

AL

AR

M C

ON

DIT

ION

1) I

ND

ICA

TIO

NA

LA

RM

LE

D F

LAS

HIN

G

DE

SC

RIP

TIO

NL

OO

P N

o S

EN

SO

R N

o S

TAT

US

: A

LA

RM

UN

AC

KE

D 1

OF

xx

TY

PE

LCD

DIS

PLA

Y O

F D

ES

CR

IPT

ION

TY

PE

, AD

DR

ES

S,

AN

D N

UM

BE

R

OF

UN

AC

KE

D A

LAR

MS

2) A

CK

NO

WL

ED

GE

AL

AR

M

PR

ES

S A

CK

NO

WLE

DG

E K

EY

PR

ES

S N

EX

T K

EY

TO

SC

RO

LL T

O N

EX

T A

LAR

M

RE

PE

AT

TH

E A

BO

VE

ST

EP

ST

O A

CK

NO

WLE

DG

E A

LL

UN

-AC

KN

OW

LED

GE

D A

LAR

MS

DE

SC

RIP

TIO

NL

OO

P N

o S

EN

SO

R N

o S

TAT

US

: A

CK

ED

AC

KE

D 1

OF

xx

TY

PE

LCD

DIS

PLA

Y O

F D

ES

CR

IPT

ION

TY

PE

, AD

DR

ES

S,

AN

D N

UM

BE

R

OF

AC

KE

D A

LAR

MS

3) I

SO

LA

TE

BE

LL

ALA

RM

LE

D S

TE

AD

Y

PR

ES

S T

O IS

OLA

TE

BE

LLS

IND

ICA

TO

R W

ILL

TU

RN

ON

3) R

ES

ET

AL

AR

MS

PR

ES

S T

O R

ES

ET

ALL

AC

KN

OW

LED

GE

D A

LAR

MS

I/O

NE

TW

OR

K P

OIN

TS

RE

MO

TE

SLA

VE

MO

DU

LES

RE

MO

TE

EX

T L

ED

M

IMIC

MO

DU

LES

SY

ST

EM

AV

ALU

ES

(

AN

ALO

GU

E V

ALU

E O

F D

ET

)

ZO

NE

( Z

ON

E N

o )

SE

NS

OR

(

LOO

P/S

EN

SO

R N

o )

ME

NU

KE

Y /

FU

NC

TIO

N K

EY

(

TO E

NT

ER

ME

NU

/ T

O F

UN

CT

ION

ME

NU

)

QU

ICK

21.

CA

D

SPA

CE

0 DE

F2

ME

NU

ABC1

SPA

CE

0 ABC1 DE

F2 GH

I3 JK

L4 MN

O5 AB

C1 DEF2 GH

I3 JK

L4 MN

O5

SPA

CE

0

SPA

CE

0

SPA

CE

0

SPA

CE

0

GH

I3 JK

L4

MN

O5

DE

F2 GH

I3

AB

C1

ABC1

ABC1

FU

NC

TIO

N

RE

SE

T

ACKN

OWLE

DGE

NEX

T

EXTE

RNAL

BEL

LIS

OLAT

E

ALA

RM

ALA

RM

SPA

CE

0 AB

C1 AB

C1

TUV7

PQ

RS

6

SPA

CE

0 ABC1

ME

NU

FU

NC

TIO

N



Fir

eFin

der

TM

Qu

ick

Ref

eren

ce

FU

NC

TIO

N K

EY

( T

O E

NT

ER

FU

NC

TIO

N F

IEL

D (

EN

TE

R P

AS

SW

OR

D )

)

PR

OG

( P

RO

GR

AM

MIN

G F

EIL

DS

)

ED

IT (

ED

IT D

ES

CR

IPT

ION

)

DE

LE

TE

( L

OO

P /

SE

NS

OR

)

IN A

PA

NE

L (

SE

LE

CT

IN

PU

T C

ON

TR

OL

No

AN

D I

NP

UT

No

)

ED

IT (

ED

IT D

ES

CR

IPT

ION

)

ZO

NE

( E

DIT

ZO

NE

NU

MB

ER

, D

ES

CR

IPT

ION

, B

RIG

AD

E O

PT

ION

S,

GR

OU

P N

o )

INP

UT

( E

DIT

INP

UT

FIE

LD

S )

ED

IT (

DE

SC

RIP

TIO

N, Z

ON

E N

o,

DE

VIC

E T

YP

E,

BR

IGA

DE

OP

TIO

NS

, C

ON

FIG

UR

AT

ION

, G

RO

UP

No

)

DE

LE

TE

( D

EL

ET

E D

ES

CR

IPT

ION

)

ON

A L

OO

P (

LO

OP

/ S

EN

SO

R N

o )

SE

NS

OR

( E

NT

ER

LO

OP

/ S

EN

SO

R )

DE

LE

TE

( D

EL

ET

E D

ES

CR

IPT

ION

)

ED

IT (

ED

IT D

ES

CR

IPT

ION

)

IN A

PA

NE

L (

SE

LE

CT

OU

TP

UT

CO

NT

RO

L N

o A

ND

OU

TP

UT

No

)

ED

IT (

ED

IT D

ES

CR

IPT

ION

)

OU

TP

UT

( E

DIT

OU

TP

UT

FIE

LD

S )

DE

LE

TE

(

DE

LE

TE

DE

SC

RIP

TIO

N )

ON

A L

OO

P (

LO

OP

/ S

EN

SO

R N

o )

DE

LE

TE

( D

EL

ET

E D

ES

CR

IPT

ION

)

PA

SS

WO

RD

S (

ED

IT P

AS

SW

OR

D F

IEL

DS

)

AD

D P

AS

SW

OR

D (

AD

D P

AS

SW

OR

D (

MA

X 4

CH

AR

), L

EV

EL

No

)

DE

LE

TE

PA

SS

WO

RD

( D

EL

ET

E S

EL

EC

TE

D P

AS

SW

OR

D )

DE

LE

TE

A

LL

PA

SS

WO

RD

S (

DE

LE

TE

AL

L P

AS

SW

OR

DS

)

LEVE

L 2

FUN

CTI

ON

LEVE

L 3

FUN

CTI

ON

FU

NC

TIO

N K

EY

( T

O E

NT

ER

FU

NC

TIO

N F

IEL

D (

EN

TE

R P

AS

SW

OR

D )

)

I/O

( M

AN

UA

L I

NP

UT

/O

UT

PU

T C

ON

TR

OL

FIE

LD

S )

OF

F (

TU

RN

IN

PU

T O

FF

)

ON

( T

UR

N IN

PU

T O

N )

ON

A L

OO

P

( S

EL

EC

T L

OO

P N

o,

SE

NS

OR

No

, IN

PU

T N

o )

RE

MO

VE

AL

L M

AN

UA

L I

NP

UT

CO

NT

RO

L(

RE

TU

RN

AL

L M

AN

UA

L I

NP

UT

S T

O O

RIG

INA

L S

TAT

E )

INP

UT

( I

NP

UT

FIE

LDS

)

IN A

PA

NE

L (

SE

LE

CT

I/O

CO

NT

RO

L N

UM

BE

R A

ND

IN

PU

T N

o )

RE

MO

VE

MA

NU

AL

CO

NT

RO

L

( R

ET

UR

N I

NP

UT

TO

O

RIG

INA

L S

TA

TE

)

OF

F (

TU

RN

IN

PU

T O

FF

)

ON

( T

UR

N I

NP

UT

ON

)

RE

MO

VE

MA

NU

AL

CO

NT

RO

L

( R

ET

UR

N I

NP

UT

TO

O

RIG

INA

L S

TA

TE

)

OF

F (

TU

RN

OU

TP

UT

OF

F )

ON

( T

UR

N O

UT

PU

T O

N )

ON

A L

OO

P

( S

EL

EC

T L

OO

P N

o,

SE

NS

OR

No

, OU

TP

UT

No

)

RE

MO

VE

AL

L M

AN

UA

L O

UT

PU

T C

ON

TR

OL

( R

ET

UR

N A

LL

MA

NU

AL

O/P

S T

O O

RIG

INA

L S

TAT

E )

OU

TP

UT

( O

UT

PU

T F

IELD

S )

IN A

PA

NE

L (

SE

LE

CT

I/O

CO

NT

RO

L N

UM

BE

R A

ND

OU

TP

UT

No

)

RE

MO

VE

MA

NU

AL

CO

NT

RO

L

( R

ET

UR

N O

UT

PU

T T

O

OR

IGIN

AL

ST

AT

E)

OF

F (

TU

RN

OU

TP

UT

OF

F )

ON

( T

UR

N O

UT

PU

T O

N )

RE

MO

VE

MA

NU

AL

CO

NT

RO

L

( R

ET

UR

N O

UT

PU

T T

O

OR

IGIN

AL

ST

AT

E)

RE

MO

VE

AL

L M

AN

UA

L I

/O C

ON

TR

OL

( R

ET

UR

N A

LL

MA

NU

AL

IN

PU

TS

AN

D O

UT

PU

TS

TO

OR

IGIN

AL

STA

TE

)

LEVE

L 2

FUN

CTI

ON

S

FUNCTION M

ENU O

PTIONS

FU

NC

TIO

N K

EY

( T

O E

NT

ER

FU

NC

TIO

N F

IEL

D (

EN

TE

R P

AS

SW

OR

D )

)

DA

TE

( D

D/M

M/Y

YY

Y )

TIM

E (

HH

:MM

)

DA

Y/N

IGH

T S

ET

TIN

GS

( S

ET

ON

/OF

F F

IEL

DS

)

DA

Y T

IME

(H

H:M

M)

EN

AB

LE

LO

GS

LEVE

L 1

FUN

CTI

ON

S

NIG

HT

TIM

E (

HH

:MM

)

AL

AR

M (

AL

AR

M L

OG

)

SH

OW

OP

TIO

NS

VIE

W B

Y E

NT

RY

NO

.

VIE

W B

Y D

AT

E

PR

INT

EN

TR

Y (

PR

INT

TO

PA

NE

L P

RIN

TE

R (

IF F

ITT

ED

))

FAU

LT (

FA

ULT

LO

G )

SH

OW

OP

TIO

NS

VIE

W B

Y E

NT

RY

NO

.

VIE

W B

Y D

AT

E

PR

INT

EN

TR

Y (

PR

INT

TO

PA

NE

L P

RIN

TE

R (

IF F

ITT

ED

))

ISO

LA

TE

( I

SO

LA

TE

LO

G )

SH

OW

OP

TIO

NS

VIE

W B

Y E

NT

RY

NO

.

VIE

W B

Y D

AT

E

PR

INT

EN

TR

Y (

PR

INT

TO

PA

NE

L P

RIN

TE

R (

IF F

ITT

ED

))

WA

LK

( Z

ON

ES

OR

SE

NS

OR

S )

TE

ST

S (

TE

ST

SP

EC

IFIE

D F

IEL

D )

ZO

NE

( E

NT

ER

ZO

NE

No

)

SE

NS

OR

( E

NT

ER

LO

OP

/ S

EN

SO

R N

o )

LO

OP

( E

NT

ER

LO

OP

No

)Q

UIC

K22

.CA

D

PQRS6

SPAC

E0 AB

C1

SPAC

E0

SPAC

E0

ABC1

DEF2

ABC1

ABC1

SPAC

E0

ABC1

SPAC

E0

ABC1

SPAC

E0

GHI3

ABC1

SPAC

E0

ABC1

SPAC

E0

TUV7

SPAC

E0 AB

C1 DEF2

ME

NU

FU

NC

TIO

N

MN

O5

SPAC

E0

SPAC

E0 AB

C1 DEF2

ABC1

SPAC

E0

SPAC

E0

ABC1 D

EF2

SPAC

E0

SPAC

E0 AB

C1 DEF2

ABC1

SPAC

E0AB

C1 DEF2

ABC1

DEF2 DEF2

DEF2

ME

NU

FU

NC

TIO

N

SPAC

E0 DEF2AB

C1

SPAC

E0 AB

C1

GH

I3

ME

NU

FU

NC

TIO

N

2 DEF

SPAC

E0

SPAC

E0 AB

C1

SPAC

E0 AB

C1

SPAC

E0 AB

C1

SPAC

E0 AB

C1

DEF2

SPAC

E0 AB

C1

SPAC

E0 AB

C1

1 ABC

JKL4

SPAC

E0

SPAC

E0 AB

C1

ABC1

Date post:	24-Mar-2020
Category:	Documents
Upload:	others
View:	10 times
Download:	0 times

FireFinder Operators Manualfirealarmengineers.com/downloads/g0109wo1_ops_man.pdfthe Main Board...

Documents