GST108 GST116 Conventional Fire Panel Installation ... GST116... · GST108 GST116 Conventional Fire...

GST108 GST116 Conventional Fire Panel

Installation & Operation Manual

(Issue 1.2, July 2004)

Global System Technology PLC

GST108 GST116 Conventional Fire Panel Global System Technology PLC Installation and Operation Manual The Intelligent Solution

Global System Technology PLC London EC1R 3AU England

www.gstplc.com Email [email protected] Page I

CONTENTS

1 General................................................................................................................... 1

2 Technical specifications........................................................................................ 1

3 Structure and Configuration ................................................................................. 2

3.1 Appearance ..................................................................................................... 2

3.2 Internal Structure ............................................................................................ 2

3.3 Terminals ......................................................................................................... 3

3.4 Operation Panel............................................................................................... 4

3.4.1 Common State Indicators............................................................................ 4 3.4.2 Zone State LEDs ........................................................................................ 4 3.4.3 Operation State LEDs and Keys ................................................................. 5 3.4.4 Output State LEDs...................................................................................... 5

3.5 Working State .................................................................................................. 6

3.5.1 Zone State.................................................................................................. 6 3.5.2 Output State ............................................................................................... 6 3.5.3 Buzzer ........................................................................................................ 6 3.5.4 Notes.......................................................................................................... 7

3.6 System Setting................................................................................................ 7

3.6.1 Setting Operation Level............................................................................... 7 3.6.2 Setting Relay output.................................................................................... 8

4 Mounting................................................................................................................ 9

5 Operation ............................................................................................................... 9

5.1 Basic Operation............................................................................................... 9

5.1.1 Silence of Fault and Fire Alarm................................................................... 9 5.1.2 Self-test and Clearance of Fire Alarm.......................................................... 9 5.1.3 Day/Night Mode.......................................................................................... 9 5.1.4 Control of Sounders.................................................................................. 10

5.2 Setting Isolation State................................................................................... 10

5.3 Setting Test State .......................................................................................... 15

5.4 Output Setting............................................................................................... 16

5.4.1 Setting Default Value ................................................................................ 16 5.4.2 Setting Manual Call Points........................................................................ 17 5.4.3 Setting Sound Mode of Sounders.............................................................. 18 5.4.4 Setting Delay Output Mode of Sounders................................................... 22



www.gstplc.com Email [email protected] Page II

5.4.5 Setting Delay Time of Sounder Output, Alarm Output and Fault Output .... 23

5.5 GND Fault and Aux. Power Setting .............................................................. 29

5.6 Wiring of Detectors, Manual Call Points and Output Loop ......................... 29

5.7 Wiring Diagram.............................................................................................. 30

5.7.1 Typical Wiring ........................................................................................... 30 5.7.2 Wiring Diagram with Signal Output Interface Board................................... 31

5.8 Calculation of Stand-by Battery Capacity.................................................... 31

6 Troubleshooting................................................................................................... 32

7 Appendix I P-9907 Active End Of Line Unit (AEOL) User Guide ....................... 33

8 Appendix 2 Wiring of GST116 Conventional Fire Panel.................................. 35



www.gstplc.com Email [email protected] Page 1

1 General

GST108 GST116 Conventional Fire Panel is a kind of multi-wire fire panel developed from single-chip microprocessor. GST108 Conventional Fire Panel (hereinafter called GST108 Panel) can detect 8 zones and GST116 Conventional Fire Panel (hereinafter called GST116 Panel) can detect 16 zones. Those with signal output interface board has a passive normally open alarm output contact and fault output contact for each zone. Each zone can at most be connected with 15 conventional detectors. The two kinds of panel have six output control points through which it can control some indicators, such as sounder strobes and sounders, etc. The rated maximum load is four sounder outputs and one control output. The panels are designed with stand-by batteries and reserved space for installation (two sealed acid storage batteries); They have functions of test and isolation, Day/Night mode, operation indicator, fault indicator, alarm indicator and cable checking for short circuit or broken circuit. It can also identify the location of detecting zone. The reserved LCD repeater panel interface can be used for multi-zone fire alarm indication. Installation and operation of the panel are very simple and convenient. All control functions are realized through a key switch and programming function realized through a key switch and an internal switch. Except for 8 monitoring zones (8 zone inputs) more, 8 passive normally open alarm output contacts and 8 passive normally open fault output contacts more for those with signal output interface board, and some minor differences in appearance and structure, GST116 is the same as GST108 in technical specifications and operation. We will take GST108 as the example.

2 Technical specifications

1 Operating Voltage DC24V 15 or AC220V +10%

-15% 50Hz 2 Stand-by Battery

Stand-by batteries are configured on order. The battery capacity can be calculated according to the formula in Clause 5.8 of this manual. The maximum capacity is 7Ah (lasting for 24 hours in monitoring state).

3 Loop Parameters Output voltage: DC20V DC28V Static current: 2.4mA (connected with 15 conventional detectors) Resistance when alarming fire: 150 1.5k (normally 470 ) Terminal resistor: 4.7k or using active end of line unit (AEOL)

4 Output Parameters Sounder: Output voltage DC20V DC28V, output current 1A, terminal

resistor 4.7k . Fire alarm: Output voltage DC20V DC28V, output current 0.5A. Fault: Passive contact output, capacity 1A DC24V Repeater panel: 10mA




Aux power: 0.5A DC20V DC28V 5 Dimension

380mm 320mm 95mm

3 Structure and Configuration

3.1 Appearance

Fig. 3.1

3.2 Internal Structure

Fig. 3.2.1




Power Storage battery Control board Control Enable lock Evacuate lock Code switch (see Fig.3.2.2 and Fig.3.2.3 Display board

Code switch (SW1)

Fig. 3.2.2 Fig. 3.2.3

3.3 Terminals

ISOCOM

+23

SOUNDER OUTPUT4

+- - -+

DAY0V FIREONEARTHCOMPW COM COM

ZONE INPUT5

FAULT1

+21 1

--+ -+43

+- - + - -6 7

- ++ +-DAY8 SOUNDER

START++ -+- MODE

+AUX SUPPLY

Z5FLT Z8 Z7 Z6

REPEATER OUTPUT

Z2 Z1 -Z4 Z3TRANSFER

-COMNO NC +FAULT OUTPUT

N + -LBAT

FAULT2 FAULT4FAULT3 FAULT5 FAULT6 FAULT7 FAULT8

ALARM3ALARM2ALARM1 ALARM6ALARM5ALARM4 ALARM8ALARM7

Fig. 3.3

EARTH: To chassis earth REPEATER OUTPUT: Output terminals of repeater panel PW ON: Power indicator of repeater panel COM 0V: Power earth of repeater panel COM DAY: Day mode terminal of repeater panel COM FIRE: Fire alarm terminal of repeater panel COM ISO: Isolation terminal of repeater panel FLT: Fault terminal of repeater panel Z1 Z8: Zone indication terminals of repeater panel AUX SUPPLY (+, -): Aux power terminal FAULT OUTPUT (NO, COM, NC): Fault output terminals ALARM OUTPUT (+, -): Alarm output terminals ZONE INPUT (1 8): Zone input teminals BAT (+, -): Stand-by battery terminals AC 220V (N, , L): Primary power teminals SOUNDER OUTPUT (1 4): Sounder output terminals SOUNDER START (+ -): Sounder start terminals DAY MODE (+, -): Day/Night mode conversion terminals FAULT1 FAULT8: Fault output terminal of signal output interface board, which is a normally open contact output in normal state, and will be closed after it alarms fault. ALARM1 ALARM8: Alarm output terminal of signal output interface board, which is a normally open contact output in normal state, and will be closed after it alarms fault.

DIP 1 2 3 ONDIP 1 2 3 ON




3.4 Operation Panel 3.4.1 Common State Indicators

Fig. 3.4.1

FIRE Red, common fire LED. Remains constantly lit in fire alarm until fire is cleared.

Silence Yellow, common silence LED. Constantly lit when the buzzer or sounder is

in silence state.

Common Fault Yellow, common fault LED. Flashes when any fault occurs and constantly lit after “Silence” key is pressed.

Common Isolate Yellow, common isolation LED. Constantly lit when any zone or

output is isolated.

C.P.U Fault Yellow, CPU LED. Flashes when CPU is in fault and constantly lit when

there is memory check error. Power Fault Yellow, primary power fault LED. Constantly lit when primary power is

in fault.

Battery Fault Yellow, stand-by power fault LED. Constantly lit when stand-by power

is in fault.

Ground Fault Yellow, GND fault LED.Constantly lit when GND is in fault. Delay Yellow, delay LED. Constantly lit when there is any output in delay state.

In Test Yellow, test LED. Constantly lit when any zone is in test state.

Day Mode Yellow, day mode LED. Constantly lit when the panel works at day mode.

Power Supply Green, power supply LED. Constantly lit when power supply is

normal. 3.4.2 Zone State LEDs

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

Fault Battery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Fire

Isolate Test Output Program

Program

Select <Shift> Day/Night

Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4

Sounder 3 Alarm Output

Fault Output

Evacuate Control Enable

I I

OO




Fig. 3.4.2

Fire Red, zone fire LED. Flashes when corresponding zone is in fire alarm state and

constantly lit after “Silence” key is pressed.

Zone Fault/ISO/Test Yellow, flash when corresponding zone is in fault or test state and constantly lit when it’s in isolate state.

3.4.3 Operation State LEDs and Keys

Fig. 3.4.3 Isolate — Green, constantly lit on isolation setting.

Test — Green, constantly lit on test setting.

Output Program — Green, constantly lit on output programming.

Select — For entering programming state and selecting operation.

Shift—For state changing. Enter— For confirmation.

Reset — For cancelling or resetting operation.

Silence For changing silence state of buzzer and sounders.

3.4.4 Output State LEDs

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

Fault Battery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

Fault Battery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2




Fig.3.4.4 Sounder 1 Yellow, constantly lit when sounder 1 outputs and flashes when in fault. Sounder 2 Yellow, constantly lit when sounder 2 outputs and flashes when in fault. Sounder 3 Yellow, constantly lit when sounder 3 outputs and flashes when in fault. Sounder 4 Yellow, constantly lit when sounder 4 outputs and flashes when in fault. Alarm Output — Yellow, constantly lit when alarm output is activated and flashes when in fault or isolation. Fault Output — Yellow, constantly lit when fault is activated and flashes when in isolation. 3.5 Working State 3.5.1 Zone State 1 Alarm: Alarm LED of corresponding zone flashes, common alarm LED is lit.

Passive fire alarm output contact for corresponding zone of GST108 panel with signal output interface board is closed.

2 Fault: Fault LED of corresponding zone and common fault LED flash (common fault LED turns to be constantly lit after “Silence” key is pressed.) Passive fault output contact for corresponding zone of GST108 panel with signal output interface board is closed.

3 Isolate: Zone fault LEDs in isolation state and common isolate LED are lit. 4 Normal: Zone alarm LED and fault LED turn off. 3.5.2 Output State 1 Action: Corresponding output channel LED turns on. 2 Fault: Corresponding output channel LED and common fault LED flash

(common fault LED turns to be constantly lit after “Silence” key is pressed). 3 Isolate: Corresponding output channel LED flashes and common isolation LED is

lit (Alarm and fault output). 4 Normal: All output channel LEDs turn off. 3.5.3 Buzzer 1 The buzzer vocalizes according to sound priority. The 4 priority levels are: Level 0:

alarm; Level1: fault; Level 2: isolation and test; Level 3: normal. 2 Alarm or manual start of sounder: 0.25s on, 0.25s off. 3 Fault: 0.5s on, 4.5s off. 4 Silence, isolation or test state: 0.5s on 9.5s off.

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

Fault Battery

FaultGround Delay

Test In

ModeDay Power

Supply




3.5.4 Notes 1 The operation enabled at lower operation level would be also enabled at higher

level.

2 In keyboard operation state, when operation level is changed or no key has been

pressed for more than 4 minutes, the system will cancel all keyboard operations

and resume monitoring state. 3 Conditions for delay output of a certain zone

a The panel is programmed to delay output mode (delay mode is 3, delay time

is not 0).

b In day mode.

c No manual call point in this zone. d No fire alarm in other zones.

e If the zone is in delay mode and fire alarm comes from other zones, it will

cancel delay mode and start output immediately.

4 Memory fault: when there is any fault with the memory, all the programmed

contents have to be set aganin. First, set all parameters as default value (see clause 5.4.1); then set again. The memory fault will be cleared automatically after

reset.

5 In this manual, ” “means constantly lit; “ “means flashing; ” “means not lit.

3.6 System Setting

3.6.1 Setting Operation Level 1 As in Fig.3.6.1a, when “Control Enable” lock points to “O”, the panel is at level 1 (1

of switch SW1 is at “OFF”, see Fig.3.2.2).

Fig. 3.6.1a

2 As in Fig.3.6.1b, when “Control Enable” lock points to “I”, the panel is at level 2 (1

of switch SW1 is at “OFF”, see Fig.3.2.2).

Fig. 3.6.1b

3 1 of switch SW1 is at “ON” as in Fig.3.2.3, the panel is at level 3.

I I

O


O

I

O

I

O





3.6.2 Setting Relay output 1 There are three output modes to be set for the four-channel sounder output and

alarm output relay: active output, normally open contact output and normally

closed contact output.

Fig. 3.6.2

a Example 1: to set Sounder 1 as active output, plug fuse F2 and connect foot

5 with 6, and 2 with 3 of pin X1 by jumpers (location of the parts as in

Fig.3.6.2). b Example 2: to set Sounder 1 as normally open output, remove fuse F2 and

connect foot 1 with 2, and 4 with 5 of pin X1 by jumpers (location of the parts

as in Fig.3.6.2).

c Example 3: to set Sounder 1 as normally closed output, remove fuse F2, and

connect foot 1 with 2, and 3 with 4 of pin X1 by jumpers (location of the parts as in Fig.3.6.2).

2 Detailed description as in table 1 (location of the parts as in Fig.3.6.2).

Table 1 Normally closed

contact Normally open contact Active output contact

Output Fuse to be removed

Jumpers Fuse to be removed

Jumpers Fuse to be removed

Jumpers

Sounder 1 F2 X1/ 3&4,1&2

F2 X1/ 5&4,1&2

X1/ 5&6,2&3

Sounder 2 F3 X2/ 3&4,1&2 F3 X2/

5&4,1&2 X2/ 5&6,2&3

Sounder 3 F4 X3/ 3&4,1&2 F4 X3/

5&4,1&2 X3/ 5&6,2&3

Sounder 4 F5 X4/ 3&4,1&2 F5 X4/

5&4,1&2 X4/ 5&6,2&3

Alarm output F6 X5/

3&4,1&2 F6 X5/ 5&4,1&2 X5/

5&6,2&3




4 Mounting

The panel is walled-mounted, as shown in Fig. 4.1.

Fig. 4.1

5 Operation

5.1 Basic Operation 5.1.1 Silence of Fault and Fire Alarm

1 Silence of fault and fire alarm are done at operation level 2.

2 Press “Silence” in fault state, the buzzer is mute and “Silence” LED is lit; press

“Silence” again, the buzzer will resume non-silence state and “Silence” LED goes

out. 3 In fire alarm state, pressing “Silence” will confirm fire alarm first. If fire alarm in one

zone has been confirmed, corresponding fire LED turns to be constantly lit from

flashing. After all the fire alarms have been confirmed, press “Silence” to change

the silence states of buzzer and sounders.

5.1.2 Self-test and Clearance of Fire Alarm 1 Self-test and Clearance of fire alarm are done in operation level 2.

2 Press “Reset” for 1 second to clear fire alarm in alarm state and to self-test sound

and LEDs in other states.

5.1.3 Day/Night Mode

1 The Day/Night mode is relevant to delay output. Two methods can change the Day/Night mode.

2 Short Day Mode input terminal to enforce the panel into night mode.

3 In level 2, press “Shift” for 1 second to change Day/Night mode. If Day mode is

selected, the Day mode LED will be lit.




4 Note: If the panel works over 18 hours in Day mode, it will change to Night mode automatically, the Day mode LED flashes and the panel goes into fault. In level 2,

press “Silence” to clear the fault.

5.1.4 Control of Sounders

1 See Fig.5.1.4.1, when “Evacuate” lock points to “I”, the four sounders will be

activated.

Fig. 5.1.4.1

2 See Fig.5.1.4.2, when “Evacuate” lock points to “O”, the sounders will be stopped.

Fig. 5.1.4.2

5.2 Setting Isolation State

1 Isolation setting is valid for the 8 zones, alarm output and fault output.

2 Turn “Control Enable” lock to “I”, press “Select” for 1 second, “Isolate” LED will

flash. Press “Enter”, “Isolate” LED will become constantly lit and the panel enters

isolation setting state (See Fig.5.2a, 5.2b, 5.2c, and 5.2d).

I

O

I

O


I

O

I

O


Press for 1 second

Fig.5.2b

Enter Day/Night <Shift>

Select


Control Enable

Fig 5.2a

Evacuate

O O

I




3 Press “Select” to select one zone or one output (alarm output or fault output).

Press “Shift” to change isolation state of the selected zone. Isolation state is indicated by the fault LED of corresponding zone, which is not lit in proper

operation and lit in isolation state. The selected state is indicated by the flashing of

alarm LED of corresponding zone. The following example shows how to select

zone No. 6 and set its isolation state (See Fig.5.2e and 5.2f).

FIRE Silence Fault

Common

Fault Isolate Common

Fault C.P.U Power

Fault Battery

Fault Ground Delay

Test In

Mode Day Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2

Fig.5.2d

Fig.5.2c

Enter Day/Night <Shift>

Select


Press “Enter”




图 6.2e

2

Enter Day/Night<Shift> Select


Press it 5 times

1

Zone No.

Fire

Zone Fault/ISO/Test

1 2 3 4 5 6 7 8

Zone No.

Fire

Zone Fault/ISO/Test

1 2 3 4 5 6 7 8

3

4 5 Zone No.

Fire

Zone Fault/ISO/Test

1 2 3 4 5 6 7 8

Fig. 5.2e




4 Press “Enter” to exit and save the settings (See Fig.5.2g).

Press it 3 times



Zone No.

Fire

Zone Fault/ISO/Test

1 2 3 4 5 6 7 8

Zone No.

Fire

Zone Fault/ISO/Test

1 2 3 4 5 6 7 8

3

1

2

Fig. 5.2f

ENTER

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2Press Enter




5 Press “Reset” to exit and the settings will not be saved. See Fig. 5.2h.

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2

Fig. 5.2g

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2Press Reset

RESET

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2

Fig. 5.2h




5.3 Setting Test State 1 Press “Select” for 1 second; “Isolate” LED will flash. See Fig.5.2a 5.2c.

2 Press “Shift” once, “Test” LED will flash. When the LED is flashing, pressing

“Enter” the “Test” LED will become constantly lit and the panel enters test setting

mode. (See Fig. 5.3a)





Press Shift Press Enter

Fig.5.3a

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2

Press 4 times

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2Press Shift




3 Press “Select” to select the zone to be tested (See Fig. 5.3a and Fig. 5.3b,taking

zone No. 5 as an example). Press “Shift” to change test state of selected zone.

The test state is indicated by corresponding alarm LED, which is not lit in proper

operation and constantly lit in testing. Fault LED of corresponding zone will flash

when the zone is selected. Confirmation and clearance operation are the same as

isolation setting.

5.4 Output Setting

5.4.1 Setting Default Value

All following operations are in operating level 3.

1 Setting default mode To set all programmable items as default:

a There should be manual call points in all zones.

b The sound mode of all sounders and all delay modes are mode 3.

c All delay time is 0.

d Clearing isolation state (Only GST 116 panel has this default mode). 2 Press “Select” for 1 second and “Isolate” LED flashes. Press “Shift” twice, “Output

Program” LED flashes. When “Output Program” LED is flashing, press “Enter”,

“Output Program” LED is lit and the panel enters programming state as shown in

Fig.5.4.1 (If “Enter” is pressed for more than 2s, all programmable settings will be

default).

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2

Fig. 5.3b




5.4.2 Setting Manual Call Points

1 Execute step 2 of 5.4.1 to enter output programming (see Fig.5.4.1). “Isolate” and

“Test” LED flash alternately. Press “Enter” to confirm and enter setting state for

manual call point (see Fig. 5.4.2).

2

Enter Day/Night<Shift>

Select


Press

twice


Select


1


Select


Press “Enter” for more than 2s to set

all programmable values as default


Select


Isolate and Test

LEDs flash

alternately

Fig. 5.4.1




2 Press “Select” to select zone. Flashing of corresponding fault LED will indicate the

selected state. Press “Shift” to change the state of selected zone (whether there is

manual call point), which is indicated by corresponding alarm LED. The alarm

LED is not lit in proper operation and lit when manual call point is selected. Please refer to setting of test state for detailed operation.

3 Press “Reset” to exit without saving the settings. Press “Enter” to exit and save

the settings.

5.4.3 Setting Sound Mode of Sounders

1 Execute step 2 in 5.4.1 to enter output programming (see Fig.5.4.1). “Isolate” and “Test” LED flash (Fig. 5.4.3a), and press “Shift” to select the state shown in

Fig.5.4.3b. Press “Enter” to confirm, and enter setting state of sound mode of

sounders (see Fig. 5.4.3c).

Press Enter


Select


FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2

Fig. 5.4.2




2 See Fig.5.4.3c, the alarm LED of zone No. 1 is lit; “Sounder 1” output LED is lit; “Silence” LED and buzzer indicate the primarily programmed sound mode (see 3

of 5.4.3). If you don’t want to change the sound mode, press “Select” to select the

next sounder (as in Fig.5.4.3d, we selected sounder 4 as an example) or press

“Enter” to set the next zone (see Fig.5.4.3e). If you want to change the sound

mode, press “Shift” to select one of the three sound modes. If the settings for zone No. 1 have been finished, press “ Enter” to save the results and go on settings for

the next zone, and alarm LED of the next zone will be lit. Press “Reset” at any time

to exit setting.

Fig.5.4.3a

Press “Shift”


Select




Press “Enter”

Fig.5.4.3b

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2

Fig. 5.4.3c




Sounder1 Sounder3

Sounder2 Sounder4

Alarm Output

Fault Output

Sounder1 Sounder3

Sounder2 Sounder4

Alarm Output

Fault Output

2

1

Sounder1 Sounder3

Sounder2 Sounder4

Alarm Output

Fault Output



Press 3

times

3

Sounder1 Sounder3

Sounder2 Sounder4

Alarm Output

Fault Output

Fig.5.4.3d




3 “Silence” LED and buzzer

a Mode 1: Buzzer is mute and “Silence” LED is blank-off.

b Mode 2: Buzzer rings with 1:1 interval and “Silence” LED flashes by 1:1

(0.25s on, 0.25s off).

c Mode 3: Buzzer rings with 1:3 interval and “Silence” LED flashes by 1:3. The above indication modes are used for setting sound mode and delay output mode

Fig.5.4.3e

2

3

Zone Fault/ISO/Test

Zone No

Fire 1 2 3 4 5 6 7 8

1



Zone Fault/ISO/Test

Zone No

Fire 1 2 3 4 5 6 7 8

Press 8

times

Zone Fault/ISO/Test

Zone No

Fire

1 2 3 4 5 6 7 8

4

5

6

7

8

Zone Fault/ISO/Test

Zone No

Fire 1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No

Fire

1 2 3 4 5 6 7 8




of sounders. 4 Three sound modes

a Mode 1, non-output

b Mode 2, intermittent output

c Mode 3, continuous output

5.4.4 Setting Delay Output Mode of Sounders 1 Execute step 2 of 5.4.1 to enter output programming (See Fig.5.4.1). Press “Shift”

twice (See Fig.5.4.4a Fig.5.4.4c), then press “Enter” to confirm and the system

enters programming of delay output of sounders (See Fig.5.4.4d).

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fau lt/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2

Fig.5.4.4d


Select

2

Fig.5.4.4a Fig.5.4.4b

1


Press twice


Isolate Test Output Program Isolate Test Output Program

Fig.5.4.4c




2 Setting method in this step is the same as 2 of 5.4.3, except that the four indication modes of the “Silence” LED and buzzer here represent four delay modes while in

5.4.3 it represents the former three sound modes.

3 Fourl delay modes of sounders

1 Mode 1, non-output.

2 Mode 2, connecting with the alarm output. 3 Mode 3, delay output.

4 Mode 4, non-delay output. 5.4.5 Setting Delay Time of Sounder Output, Alarm Output and Fault Output

1 Note: when the panel is in setting mode of delay time, the delay time can be

calculated by the indication of fault LED in alarming zones. The method is as follows:

Suppose Td is the delay time, Cn(n=1 2 3 4 5 6 7 8) is weighting coefficient.

Value modes are as follows: when fault LED of zone No. n is constantly lit, Cn=1

On the contrary Cn=0. Xn is weighting coefficient and value mode is Xn=n. Delay

time can be calculated by the following formula:

∑=

××=n

i

XnCnTd1

)(5.0 (Td unit: minute , n=1 2 3 4 5 6 7 8)

For example, in Fig.5.4.5a, Td=(1 1+0 2+1 3+1 4+0 5+0 6+0 7+0 8)

0.5= 4 minutes 2 Execute step 2 of 5.4.1 to enter output-programming mode (see Fig.5.4.1). Press

“Shift” 3 times, then press “Enter” to confirm and enter setting mode of output

delay time (see Fig.5.4.5b 5.4.5c).

Zone Fault/ISO/Test

Zone No

Fire

1 2 3 4 5 6 7 8

Fig.5.4.5




3 See Fig.5.4.5c, Flashing of Sounder1 Sounder4 LEDs shows that sounder delay

output can be set now. In this mode, we can select the object by pressing “Shift”. Press “Shift” to choose linkage alarm delay output (Alarm O/P LED flashes) or

fault delay output (Fault O/P LED flashes). See Fig.5.4.5d.

1

3

Fig.5.4.5b









2

Press Enter

Press 3

times

Fig.5.4.5c

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2




4 Setting Delay Time of Sounders

a In setting delay output, the delay time of four channels of sounder are the

same, while the output mode can be different.

b Execute step 2 of 5.4.1, and enter the delay time setting. The indication on front panel is shown in Fig. 5.4.5c. Press “Enter” to set delay time of

sounders, as in Fig.5.4.5e, The LEDs of Sounder1 Sounder4 turn into

constantly lit from flashing, and the alarm LED of zone No. 1 flashes. The

state of fault LED of the alarming zone can indicate the sounder’s output

delay time. (Delay time in Fig.5.4.5e is 0).

Fig.5.4.5d

3

Sounder1 Sounder3

Sounder2 Sounder4

Alarm Output

Fault Output

Sounder1 Sounder3

Sounder2 Sounder4

Alarm Output

Fault Output

1

2



Press it 3

times Sounder1 Sounder3

Sounder2 Sounder4

Alarm Output

Fault Output

Sounder1 Sounder3

Sounder2 Sounder4

Alarm Output

Fault Output




c Press “Select” to select zone number, indicated by the flashing of zone alarm when selected. Press “Shift” to change fault LED state of selected zone, which will be constantly lit after selected. According to the selected zone, we can calculate the delay output time. For details please refer to step 1 of 5.4.5. After finishing setting, press “Enter” to exit and save the results or press “Reset” to exit without saving the result. The setting method is the same as isolation setting.

5 Setting Delay Time of Alarm Output a Execute step 2 of 5.4.5 to enter delay time setting. The indication on front

panel is shown in Fig.5.4.5c. Press “Shift” once and the front panel shows as in Fig.5.4.5f. Press “Enter” to set the alarm output delay time as in Fig.5.4.5g, alarm O/P LED becomes constantly lit from flashing, while the alarm LED of zone No.1 flashes. The state of fault LED of the alarming zone can indicate alarm output delay time.

b Setting method and calculation is the same as setting output delay time of sounders; see c of 4 of 5.4.5.

FIRE Silence Fault

Common

FaultIsolateCommon

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO


Fig.5.4.5e

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2




Complies To EN 54-2

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


I I

OO

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply


Program


Enter Reset Silence

Resound

Press Shift

Sounder 1

Sounder 2 Sounder 4


Fault Output

Fig.5.4.5f

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


I I

OO

FIRE Silence Fault

Common

FaultIsolateCommon

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output

Press Enter

Fig.5.4.5g

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

Sounder 1

Sounder 2 Sounder 4


Fault Output

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Complies To EN 54-2

Complies To EN 54-2


I I

OO




6 Set fault delay time a Execute step 2 of 5.4.5 to enter delay time setting. The indication on front

panel is shown in Fig.5.4.5c. Press “Shift” twice, the front panel is as in

Fig.5.4.5h. Press “Enter” to set the delay time of fault output. See Fig.5.4.5i.

Fault O/P LED becomes constantly lit from flashing, and the alarm LED of

zone No. 1 flashes. The state of fault LED of the alarming zone can indicate

fault output delay time. b Setting method and calculation is the same as setting output delay time of

sounders; see c of 4 of 5.4.5.

Fig.5.4.5h

FIRE Silence Fault

Common

FaultIsolate Common

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO


FIRE Silence Fault

Common

FaultIsolateCommon

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2Press

twice




5.5 GND Fault and Aux. Power Setting 1 Short pin X8 (Location as in Fig.3.6.2) with a jumper to check GND fault.

Otherwise it won’t check GND fault.

2 Selecting output mode of aux. power: Connect 1 and 2 of X9 (Location as in

Fig.3.6.2) as constant output. Connect 2 and 3 and the reset of the system will

interrupt output for 3 seconds. 5.6 Wiring of Detectors, Manual Call Points and Output Loop

1 Wires acceptable by terminals of this panel: cross section: 0.5mm2 2.5mm2 .

Considering electromagnetic compatibility, shielded cable should be used. Keep

the shield reliable 360-degree contact with the chassis in installation.

2 There can be 15 detectors and infinite manual call points in each loop, and there are two wiring methods.

a In the loop, all manual call points are connected in front of the detectors and a

4.7k resistor should be connected at end of the loop. See Fig.5.6.2a.

ZoneInputTerms

Panel

MCP

470R

(normal)

MCP

470R

(normal)

-

+

4K7Resistor

NO DIODE

Fig.5.6.2a

b In the loop, the detectors and manual call points can be connected at any

location and an AEOL is connected at end of the loop. A diode is connected

on the detector base. See Fig.5.6.2b.

FIRE Silence Fault

Common

FaultIsolateCommon

FaultC.P.U Power

FaultBattery

FaultGround Delay

Test In

ModeDay Power

Supply

1 2 3 4 5 6 7 8

Zone Fault/ISO/Test

Zone No.

Fire


Program


Enter Reset Silence

Resound

Sounder 1

Sounder 2 Sounder 4


Fault Output


I I

OO

Complies To EN 54-2

Fig.5.4.5i




ZoneInputTerms

Panel

470R(normal)

+

-

A.E.O.L

MCP

Fig.5.6.2b

3 Wiring of Output Loop: The sounders and remote devices should be polarized and connected into the loop according to the marked polarity. A 4.7k resistor is paralleled at end of the loop.

5.7 Wiring Diagram

5.7.1 Typical Wiring

Fig.5.7

REPEATER Repeater panel output




ALARM OUTPUT Alarm output SOUNDER OUTPUT Sounder output WIRED SIMILARLY Similar wiring FIELD DEVICES Detector AEOL Active end of line unit VOLT-FREE CONTACT Active contact EMI FILTER Filter PSU Power TO DISPLAY BOARD To display board BATT Stand-by battery terminal

5.7.2 Wiring Diagram with Signal Output Interface Board

PSU

FAULT7

ALARM7

FAULT2

ALARM2

FAULT1

ALARM1

FAULT4 FAULT5FAULT3 FAULT6

ALARM4ALARM3 ALARM5 ALARM6

FAULT8

ALARM8

Fault Output Contact

Fire Alarm Output Contact

Fig. 5.8 5.8 Calculation of Stand-by Battery Capacity 1 Battery voltage: DC24V

2 Power supply specifications

Table 2 PSU Capacity Maximum current of output

circuit Capacity of interior

battery 2.0A 1A 7Ah




Stand-by battery works in normal monitoring state, current (I1)=0.13A Stand-by battery works in alarming state (I2)

Table 3 Stand-by battery

current (A) Quantity

(Zone number) Current Total current

Remarks

Input Loop n 0.044 0.044xn 15 detectors in each zone

Output Loop 1A Output of Aux. power

Suppose C is the required minimum capacity and T is the time that the battery works

normally (unit: hour). Suppose I1 as the total current at normal monitoring state and I2 as the total current at alarming state. Then the battery capacity can be calculated by

the following formula:

C=1.25[(I1 T)+I1+I2] Ah

6 Troubleshooting

Table 5 Fault Disposal and cause

All the LEDs are dark after the panel is started.

+24V output, +5V non-output: check N7 3M03 and its peripheral circuit

+24V non-output, +5V non-output Check the fuse F7 of main board cut-off or not Check the relay K7 of main board and its peripheral circuit

No report on primary and standby power fault

Check N6 of main board and the peripheral circuit

Wrong judgment of detecting zone

or cable checking

Nuisance alarm from several zones: Measure voltage on VREF_H of main board normal or not. It can befigured out according to the power voltage+24V(measured), R67 and R60. Normally, when the power voltage is +27V, the measured voltage is 3.65V.

False fault report from several zones: Measure voltage on VREF_L of main board normal or not. It can be figured out according to the power voltage +24V(measured), R68 and R61. Normally, when the power voltage is +27V, the measured voltage is 1.0V. Measure the voltage on VREF_S of main board normal or not. It can be figured out according to the power voltage +24V(measured), R58 and R6. Normally, when the power voltage is +27V, the measured voltage is 24.7V.

Nuisance alarm from several output loops: Measure the voltage on VREF_H of main board normal or not. Check pin X1 X5 correct or not and fuse F2 F6 correct or not.

Cannot store the result D9 24LC02 on display board is defective Failure of manual lock or a certain key

Loose contact between D1 on display board and socket




7 Appendix I P-9907 Active End Of Line Unit (AEOL) User

Guide

1 Technical Specifications

a Technical specification

Working voltage range: DC24+4 -9 V

Nominal voltage: DC24V

Equivalent resistor: 4.7k

Operating circumstance:

Temperature: -10 +50

Relative humidity: 95%, no condensation

2 Structure

Fig. A-1 Bottom view

Fig. A-2 Top view (cover uninstalled)

1: Enclosure

2: Fixing screw

3: Circuit board




3 Mounting and Wiring The mounting method of P-9907 End of Line Unit is the same as that of detector bases,

but there are two methods to mount it.

a Used as detector base, on which conventional detectors can be installed. By

this method, the anode of loop should be connected to terminal “1”, and

cathode to “3”. System wiring is shown in Fig. A-3.

Fig. A-3 P-9907 AEOL used as detector base

b If P-9907 AEOL is not installed with a detector, the loop anode should be

connected to terminal “2” and cathode to “3”, as shown in Fig. A-4.

Fig. A-4 P-9907 AEOL not used as detector base

Diode

O-

O+

Diode Diode

Conventional Detector


Output end of multi-wire fire alarm controller or intelligent zone monitor unit

AEOL

O-

O+

Diode Diode



AEOL

Output end of multi-wire fire alarm controller or intelligent zone monitor unit




8 Appendix 2 Wiring of GST116 Conventional Fire Panel

1 Typical Wiring Diagram

Fig. A-5 GST116 Typical Wiring Diagram

REPEATER Repeater panel output

ALARM OUTPUT Alarm output

SOUNDER OUTPUT Sounder output

WIRED SIMILARLY Similar wiring

FIELD DEVICES Detectors AEOL Active end of line unit

VOLT-FREE CONTACT Active contact

EMI FILTER Filter

PSU Power supply

TO DISPLAY BOARD To display board BATT Stand-by battery

2 Wiring Diagram with Signal Output Interface Board




PSUALARM6

FAULT6

ALARM2

FAULT2

ALARM1

FAULT1

ALARM5

FAULT5

ALARM4ALARM3

FAULT4FAULT3

ALARM15

FAULT16

FAULT11

ALARM11

FAULT10FAULT9

ALARM9 ALARM10ALARM8ALARM7

FAULT8FAULT7 FAULT15

ALARM14ALARM13

FAULT14FAULT13FAULT12

ALARM12 ALARM16

Fault Output Contact

Fire Alarm Output Contact

Fig. A-6 GST116 Wiring Diagram with Signal Output Interface Board

3 Terminals

ISOCOM

+23

SOUNDER OUTPUT4

+- - -+

DAY0V FIREONEARTHCOMPW COM COM

b+6

ZONE INPUT5

+-- +b+1

-+b+2 b+3

- +b+4

+ --b+5

+21 1

--+ -+43

+- - + -

+-+b+7

+-b+8

-6 7

- ++ +-DAY8 SOUNDER

START++ -+- MODE

+AUX SUPPLY

Z5FLT Z8 Z7 Z6

REPEATER OUTPUT

Z2 Z1 -Z4 Z3TRANSFER

-COMNO NC +FAULT OUTPUT

N + -LBAT

FAULT6FAULT3FAULT2FAULT1 FAULT4 FAULT5 FAULT7 FAULT8 FAULT14FAULT11FAULT10FAULT9 FAULT12 FAULT13 FAULT15 FAULT16

ALARM6ALARM3ALARM1 ALARM2 ALARM5ALARM4 ALARM8ALARM7 ALARM12ALARM9 ALARM11ALARM10 ALARM15ALARM13 ALARM14 ALARM16

-+ + 16 --+ + - + --+ + --+9 10 1211 151413

ZONE INPUT

Fig. A-7 Terminals of GST116




EARTH To chassis earth REPEATER OUTPUT Output terminal of repeater panel

PW ON Power indication terminal of repeater panel

COM 0V Power earth terminal of repeater panel

COM DAY Day mode terminal of repeater panel

COM FIRE Fire alarm terminal of repeater panel COM ISO Isolation terminal of repeater panel

FLT Fault terminal of repeater panel

Z1 Z8 Zone indication terminals of repeater panel

AUX SUPPLY + - Aux power terminals

FAULT OUTPUT NO COM NC Fault output terminals ALARM OUTPUT + - Alarm output terminals

ZONE INPUT 1 8 , Zone input terminals

b+1 b+8: Zone input terminals on expansion board

ZONE INPUT 9 16 Zone input terminals on signal output interface board

BAT + - Stand-by battery terminals AC 220V N L Primary power terminals

SOUNDER OUTPUT 1~4 Sounder output terminals

SOUNDER START + - Sounder startup terminals

DAY MODE + - Day/Night mode conversion terminals

FAULT1 FAULT16: Fault output terminal of signal output interface board, which is a normally open contact output in normal state, and will be closed after it alarms fault. ALARM1 ALARM16: Alarm output terminal of signal output interface board, which is a normally open contact output in normal state, and will be closed after it alarms fault.

GST108 GST116 Conventional Fire Panel Installation ... GST116... · GST108 GST116 Conventional Fire...

Documents

Transcript of GST108 GST116 Conventional Fire Panel Installation ... GST116... · GST108 GST116 Conventional Fire...