GST IFP8 Prezentare 2015 1

GST-IFP8 Panel Overview
1
8-Loop Fire Panel
GST-IFP8 8 Loop Addressable Fire Alarm Control Panel
 1 to 4 loop cards , each with 2 loops

 242 device capacity for each loop
 Standard: EN54-2/EN 54-4
 Mains supply: 220/230VAC 50/60Hz
 Backup battery: 24VDC/40AH
 Optional Language version: Portuguese &
Hungarian
 (Keypad, Fascia, LCD text display)
2
Addressable Fire Panel
Optional Components for GST-IFP8
LCIFP8
GST IFP8 Loop Card
Specification :
 Powered by GST IFP8 mother board
 Easy installation, set card address via on board

rotary switch then fix the card on mother board
loop board slot
 Maximum output current: 300mA per loop
 Capacity : 2 loops 484 points
3
P-9935
GST IFP8 communication card
Specification :
 Easy installation, set card address via rotary

switch then fix the card on mother board Com
board slot
 interface port: RS232 or USB port
4
P-9945A
GST IFP8 RS485 Class A network card
Specification :
 Easy installed, set card address via on board

loop board slot
 Interface port : RS485
5
P-9965
GST IFP8 CAN network card (Class B)
Specification :

loop board slot
 Interface port: CAN
6
P-9965A
GST IFP8 CAN network card (Class A)
Specification :

loop board slot
 Interface port: CAN
7
Panel Overview GST-IFP8 Structure
Structures
8
Panel Overview GST-IFP8 Fascia
Fascia
LED indicator
Control Buttons
2 x 70 Zone Indication
9
Panel Overview GST-IFP8 Internal Parts Overview
LCD ,keypad and

Main Indication board
Zone Indication board
Micro Thermal Printer

10
Panel Overview GST-IFP8 Internal Parts Overview
PSU Interface Board

Mother Board
Panel PSU Main Power Switch

AC Power Filter
11
Panel Overview GST-IFP8 Internal Wiring
Basic Internal Wiring Diagram MAIN CONT ROL BOARD
XS 8
F7.820.1238V2 XS 1
FAULT
INDICAT OR BOARD
COM BOARD
XS 9 XS 2
COM NC
XS15
OUTPUT
FEED
NO
MAIN BOARD
REPEATER
B
OUTPUT TO ALARM
A
XS5
TO MAINBOARD
F1
XS 1 0 XS 3
BACK
F2
GND +5V
-
ROUTING
OUTPUT
+
LOOP BOARD
-
SOUNDER
+
XS 1 1 XS 4
-
XS1
TO FPE
+ I-
LOOP 01
LOOP BOARD
0-
I+
TO MAINBOARD
0+
I-
+5V GND
LOOP 01
XS 1 2 XS 5
0-
I+
RP1
0+
I-
LOOP 01
0-
I+
LOOP BOARD
0+
I-
LOOP 01
0-
I+
0+
I-
XS 1 3 XS 6
LOOP 01
0-
I+
IO ZONE
0+
I-
LOOP 01
0-
I+
LOOP BOARD
0+
TO PRINT
I-
LOOP 01
F7.820.1238V2
0-
XS3
I+
XS6
0+
I-
XS 1 4 XS 7
LOOP 01
0-
I+
0+
I-
0-
LOOP 01
I+
LOOP BOARD
0+
GND 5V TX RX GND 24V
I-
0-
LOOP 01
I+
0+
24V
MAIN POW ER BOARD

HL HL HL HL HL HL HL
+ + +
F7.820.1311V2
+ + +
+ + + +
+
+
+
+ ZS2 HL
HL HL HL HL HL HL
+HL HL +HL +HL +HL +HL +
+ + + + + +
HL HL HL
+ HL HL HL
+HL + HL +HL
+ +HL +HL +HL
+
HL
+
HL
HL
+ + + + GND 5V TX RX 24V GND
HL HL HL HL HL
+HL +
+HL + +HL +HL +HL
HL +HL
+ + + HL
HL + + +
+HL +HL +HL + +HL +HL +HL
+ + + + + HL +
+HL +HL +HL +HL +HL + +HL
+5V GND
+ + + + + + HL
HL +HL +HL +HL +HL +HL +
+ + + + + +
HL HL HL HL HL
+ HL
+ +HL +HL +HL +HL +HL
+ +HL
+ + + +
HL + + +
HL HL HL HL
HL HL HL HL
+HL HL
+ + HL
+ +HL +HL +HL +HL
+ HL HL + + + +
HL HL
27V GND
HL HL HL
+HL
+ F7.820.1312V2
+
+ +HL +HL
+
+HL
+
+HL
+
BT1
ZONE INDICATOR BOARD
BAT+ BAT-
HL
HL
HL
HL
HL HL HL HL HL HL 90V/260/12V
HL HL HL HL
+ + + + + + +
+
HL
+
HL
+
HL
+
HL
+
HL
+
HL
ZS2 +
HL
+HL +HL +HL +HL +HL +HL +HL
+ + + + + + +
HL HL HL HL
+HL +HL
HL HL
XP1 HL
DC Output 27V 11.7A +V AJD L
+HL +HL +HL +HL +HL
+ + + + + + +
+HL +HL +HL HL +HL +HL +HL
+ + HL + + +
HL HL HL HL HL HL
+HL +HL +
+ + +HL +HL +HL
+ + +
+ + HL HL +
HL HL HL
HL HL HL HL HL
HL
+HL +HL +HL +HL + + +HL
+ + + + + + HL
+HL +HL +HL +HL +HL +HL +
+ + + +
V+
+ + +
+HL +HL + +HL +HL +HL +HL +HL
+ HL HL + + + + +
HL HL HL HL HL HL
+HL HL +HL +HL +HL +HL
+
HL
+ +
HL
+
HL + + + + Fuse
HL HL HL HL
+HL
F7.820.1312V2
V-
+ +HL +HL +HL +HL

+
+ + +
+
AC Input
2A AC Input
AC220V
N
PRINT ER
AC/DC POW ER
CONVERT ER AC FILT ER POW ER SW IT CH
+ - + -
12
Panel Overview GST-IFP8 External Wiring
next panel A2
next panel B2
XS8
F7.820.1238V2 XS1
sA
next panel B1
NO COM NC
System Connections
XT18
next panel A1
OUTPUT
FAULT
next panel A
COM BOARD
next panel B
REPEATER
B
XT14
B
Output to Repeater or
Mimic Panel
XS9 XS2 A ss B
A
XS15
F2 F1
XT19
FEED
EOL
BACK
Fitted
470 ohms
4.7Kohms
MAIN BOARD
XT13
_
ALARM
EOL
SOUNDER ROUTING
O/P
4.7Kohms
+
MAINBOARD
TO
GST-IFP8
Sounder with Output Device with
built-in diode fitted diode
OUTPUT TO
XT12
XS10 XS3
_
O/P EOL
4.7Kohms
+
+
Sounder with Output Device with
built-in diode fitted diode
XT11
OUTPUT
_
EOL
TO FPE
FPE FPE
4.7Kohms
+
+
LOOP BOARD
+
FPE with
fitted diode
XS11 XS4
I+ I-
10 O+ O- O+ O- O+ O- O+ O- O+ O- O+ O- O+ O- O+ O- O+ O- O+
A1
XT10
O-
Out to
LOOP 01 LOOP 02 LOOP 03 LOOP 04 LOOP 05 LOOP 06 LOOP 07 LOOP 08 LOOP 09 LOOP
LOOP 10
O+
Out to
B1
I+ I-
XT10
XT9
Network Terminal - Clas
LOOP BOARD B2 In from
I+
+5V GND
I+ I-
XS12 XS5
XT8
In from
I-
A2
I+ I-
A
O-
Out to
XT7
LOOP 10
O+
LOOP BOARD B
Out to
I+ I-
XT10
XT6
Network Terminal - Cla
I+
XS13 XS6
I+ I-
No connection
XT5
I-
I+ I-
XT4
LOOP BOARD Out to first device
O-
I+ I-
Loop Out
XT3
LOOP 01
O+
XS14 XS7
XT1
I+ I-
XT2
I+
Loop In
O-I+ I-
LOOP BOARD
I-
GND 5V TX RX GND 24V In from last device
XT1
24V
13
Basic loop Terminal

Connect the loop within the panel as follows:
Loop OUT + to Loop IN+/ Loop OUT- to Loop
O-
out to first device
O+ Loop Out
LOOP
XT1
Loop Wiring
01
I+
Loop In
I-
in from last device
•Loop Address: 242 A1

O-
out to next panel A2

•Output Voltage:21-27Vdc
O+
•Output Current: 300mA out to next panel B2

B1
•Wiring Topology: Class A or B
LOOP
XT1
•Recommended Cable lengNthe:tw 10o0rk0 Tmeerm

teirnsal - Class A
0
•Recommended CableB: 21.5mm UTP fire c able

2
10
in from next panel B1

I+
•Loop protection: Optional loop isolator (C-9503/4)

in from next panel A1
I-
A2
14
Basic Output / Input Terminal
Output Condition Device Alarm Disable CE Mode Delay Time Stop – via
Number (Default) Program Silence Button
Alarm Routing A 00000083 Immediate Yes No Yes No
Routing
Output to Sounder A 00000082 Immediate Yes Yes Yes Yes
Sounder
Output to FPE A 00000081 Immediate Yes Yes No No
FPE
Note: For output dry contact use C-9302C (output capacity 5A/220VAC or 5A/24VDC)
15
Panel Overview GST-IFP8 Mother Board
Basic Mother Board Slot Positioning
16
Panel Overview GST-IFP8 Card Configuration
Card addressing
Each card (except main board) must be set
unique number (via onboard rotary switch) before
install it on motherboard,
Addressing sequence :loop card network card,
repeater card and RS232 communication card,
The number must start from No.1, and
continuously
Installation: recommend the card No.1 installed
on the lowest slot. Then card No.2 on the upper
slot, one by one till last card
CARD SUM:04 LOOP SUM:06 DEVICE SUM:614
*************************************************************
1 Loop 01: Loop Card, Devices Sum:184
5 Loop 05: Net Unit
6 Loop 06: Color CRT
->[F1] to Print All Loop Devices Info.

->[F2] – Found Devices [F3] –Missed Devices
17
Card Configuration
10 Loops + Repeater
10 Loops + Communication
8 Loops + Communication + Repeater
8 Loops + Communication+ Network 8
Loops + Network + Repeater
6 Loops + Communication + Network + Repeater
18
Card Configuration
XS1
XS8 A1 Loop 11 - CRT Card 01
P-9935- Communication Card
9 01 HL1
8 2 HL2
7 3
6 5 4
XS2
XS9
Main Card
XS3
XS10 LED HL2
9 01
LED HL1
Loop 10-Loop card - Wired on Loop 10 terminal Sample…

8
7
6 5 4
2
3 Loop 9-Loop card - Wired on Loop 09 terminal 10 Loops + Repeater
A1 LCIFP8-Dual Loop Card 10 Loops + Communication
XS4
XS11
LED HL2
9 01
LED HL1
Loop 8-Loop card - Wired on Loop 08 terminal

8 2
7
6 5 4
3 Loop 7-Loop card - Wired on Loop 07 terminal
LCIFP8-Dual Loop Card
XS5
XS12
LED HL2
9 01
LED HL1

8 2
7
6 5 4
XS6
XS13 LED HL2
9 01
LED HL1

8 2
7 3
6 5 4
XS7
XS17 LED HL2
9 01
LED HL1

8 2
7
6 5 4
19
Card Configuration
XS8 A1
9 01 HL1
HL2
Loop 10 - CRT Card 01
8 2
7 3 P-9935- Communication Card
654
XS2
XS9
Main Card
XS3
Loop 9-Net Unit - Wired on Loop 10 terminal
Sample…
XS10 LED HL2
9 01
LED HL1
8 2
7 3 P-9945A - Network Card
654
A1 8 Loops + Network + Communication card
XS4
XS11 LED HL2
9 01
LED HL1

8
7
654
2
3 Loop 7-Loop card - Wired on Loop 07 terminal 8 Loops + Network + Repeater
A1
XS5
XS12 LED HL2
9 01
LED HL1

8 2
7
654
XS6
XS13 LED HL2
9 01
LED HL1

8 2
7 3 Loop 3-Loop card - Wired on Loop 03 terminal
654
A1
XS7
XS17 LED HL2
9 01
LED HL1

8 2
654
20
Card Configuration
XS8 A1
9 01 HL1
HL2
Loop 9 - Repeater Card 01
8 2
7 3 P-9945RP - Repeater Card
65 4
XS2
XS9
Main Card
XS3 9 01 Loop 8-Net Unit - Wired on Loop 10 terminal
LED HL2 LED HL1
XS10 8 2
7 3
P-9945A - Network Card - 01
65 4
A1
Sample…
XS4
XS11 LED HL2
8
9 01
2
LED HL1
Loop 7 - CRT Card 01 6 Loops + Network + Repeater+

P-9935 - Communication Card
Communication card
7 3
65 4
XS5
XS12 LED HL2
9 01
LED HL1

8 2
65 4
XS6
XS13 LED HL2
9 01
LED HL1

8 2
7 3
65 4
XS7
XS17 LED HL2
9 01
LED HL1

8 2
65 4
21
Panel Overview GST-IFP8 System Diagram
Stand-alone Architecture
IFP8 Capacities
•LCIFP8 –dual loop
•Loop 10 -2420 devices
•1.0 km max loop length
•1.5mm2 UTP fire cable
22
Panel Overview GST-IFP8 Repeater and GMC connection
•Required P-9945RP Repeater card

• Up to 64 points (Repeater or Mimic panel)
• RS485 – 1000meters
• GSTGMC-up to 8 users
• Required P-9935
•RS232- 15 meters
23
Panels Networking
24
Panels Networking
Network
 Fire resistance cable, Min. 1.0mm 2

 1.5sqmm UTP cable is recommended.
 1200 meters total distance for RS485 network Class B connection
 1200 meters distance between two panels for RS485 network Class A
connection
 3500 meters distance for each branch of CAN network.
25
Panels Networking
RS485 Class A Network •Maximum 99 FACP

•Recommend 32 FACP
RS 232 Card
Network Card RS 485 Network Card RS 485

(P-9945A) (P-9940A)
Length between panels1.2 Km (max)
Built-in Network Card RS 485

Network Card RS 485 (P-9940A)
(P-9940A)
26
Panels Networking
CAN Class A Network •Maximum 99 FACP

RS 232 Card
CAN Network Card CAN Network Card

CAN Network Card
(P-9965A) (P-9960A)
(P-9960A)
Length between panels 3.5Km (max)
CAN Network Card

CAN Network Card (P-9960A)
(P-9965A)
27
Panels Networking
Maximum 240 FACP in whole network.

CAN Class B Network Maximum 112 FACP in each branch
P-9960 P-9960
P-9965
Total Cable Length 3.5 Km (max)
P-9965
CAN HUB
CAN100H-4/8/12/16
P-9960 P-9965 P-9965
P-9960 28
Panels Networking
•Maximum 99 FACP
Fiber Optic Network
RS485 Class B Fiber Optic Network
Fibre Optic
+ +
P-9940A P-9945A
(For Single-Mode-25KM)
Interface FIB485S01
Optic
Optic
Fibre
Fibre
(For Multi Mode -4.5km)
Interface FIB485M01
+ +
P-9940A P-9940A
29
Panels Networking
Fiber Optic Network •Maximum 99 FACP

RS485 Class A Fiber Optic Network
Fibre Optic
+ +
P-9940A P-9945A
(For Single-Mode-25KM)
Interface FIB485S01
Fibre Optic
Fibre Optic
(For Multi Mode -4.5km)

Interface FIB485M01
Fibre Optic
+ +
P-9940A P-9940A
30
Panels Networking
TCP/IP Network
+ +
P-9935 TCPIP + NPort5230

NPort5230 + P-9930TCP/IP
TCP/IP
+
+
NPort5230 + P-9930TCP/IP
P-9935 TCPIP + NPort5230
31
Product Overview
32
Initiating Device
 Advance digital communication

Digital Intelligent Sensor
 Drift compensation, reject false alarm from environment
changing, dust accumulation and component aging.
 Electrically addressed by handheld programmer
 Built-in remote indicator output
 Special LED blink under certain degree of dirty; fire
alarm when 100% dirty
 A2R Heat alarming

 Magnetic test
DI-9101E
Intelligent Combination Heat  LED blink could be optionally disabled
Photoelectric Smoke Detector
 Detector store most recent 5 fire alarms and fault alarms,
as well as total number of alarms.
DB-01 C-9314P
Standard Base Remote Indicator
33
Initiating Device
 Advance digital communication

Digital Intelligent Sensor
 Drift compensation, reject false alarm from environment
changing, dust accumulation and component aging.
 Special LED blink under certain degree of dirty; fire
alarm when 100% dirty
 LED blink could be optionally disabled

 Magnetic test
DI-9102E
Intelligent Photoelectric  Detector store most recent 5 fire alarms, and fault
Smoke Detector
alarms, as well as total number of alarms.
DB-01 C-9314P
34
Initiating Device
Digital Intelligent Sensor  Advance digital communication

 A1R/A1S/BS Selectable（LPCB）
 LED blink could be optionally disabled
 Magnetic test
 Detector store most recent 5 fire alarms, and fault
alarms, as well as total number of alarms.
DI-9103E
Intelligent Rate of Rise and
Fixed Temperature Heat
Detector
DB-01 C-9314P
35
Initiating Device
Beam Detector
 Infrared beam detector
 Detection range 8 to 100 meters
 Path width 7 meters each side
 1 to 4 reflectors for different path length
 Standard EN54-12
 Electronically addressed by programmer
 Additional Fire and Fault dry contact relay output
 24VDC supply required
I-9105R
Reflective Beam Detector
36
Initiating Device
Manual Call Points

 Semi-flush or Surface mounted
 Re-settable (non-breaking glass)
 LED indicator
 Electronically addressed by handheld programmer
 Friendly installation and test
 Optional flipping plastic cover (D-92FC)
 Optional weatherproof box(D-92WPB)
 Optional back box for surface mount
DI-9204E
Digital manual Call Point
D-92FC D-92WPB
37
Notification Device
I-9403 Sounder Strobe  16 selectable tone

 High sound level
 Low/high power consumption modes
 Loop powered or external 24VDC
 Max. 30 pieces per loop when powered by loop
 High intensity LED cluster
 Programmable evacuate only or alert/evacuate mode
 Standard EN54-3
 Easy installation and connection
C-94DB
Optional deep base for I-9403
38
Notification Device
I-9404 Intelligent Sounder  16 selectable tone

 High sound level
 Low/high power consumption modes
 Loop powered or external 24VDC
 Max. 30 pieces per loop when powered by loop
 Programmable evacuate only or alert/evacuate mode
 Standard EN54-3
 Easy installation and connection
C-94DB
Optional deep base for I-9404
39
Notification Device
DI-9405 Addressable
 “sandwich” structure
Sounder Base
 Termination suitable for “DI” range detectors
 Loop powered
 Maximum 30 pieces per loop
 Three working modes settable (Mode I, II, III,
and the latter two available with pre-alarm state).
 16 tones of sound.
 Electronically addressed. The address and
tones can be modified in field.
 Tone 14 and 16 are certified by EN54-3.
40
Notification Device
DI-9406 Addressable
Sounder Beacon Base  “sandwich” structure
 16 selectable tone
 Loop powered
 Maximum 30 pieces per loop
 Three working modes settable (Mode I, II, III, and
the latter two available with pre-alarm state).
 16 tones of sound and bright flashing light.

 Electronically addressed. The address and tones
can be modified in field.
 Tone 14 and 16 are certified by EN54-3.
41
Interface
Input Interface
 Intelligent single input module
 Monitors switch contacts of remote equipment
 Loop Powered
 Cable monitored
 Electronically addressed by handheld
programmer
I-9300 Input Module  LED status indicator
42
Interface
Input Interface
 Intelligent zone monitor module
 Interface with conventional fire devices
 24VDC required
 Cable monitored
 Electronically addressed by handheld
programmer
I-9319 Zone Interface Module  LED status indicator
43
Interface
Output Interface
 Intelligent single output module
 24VDC/3A, 110VAC/3A dry contact output – Loop
Powered
 Interface with conventional polarized sounders –
24VDC required
 LED status indicator
I-9301 Single Output Module

44
Isolator
Loop Isolator
 Isolates faulty part of the loop in case short circuit

 Auto resume when trouble removed
 Not occupy loop address
C-9503 Short Circuit Isolator
45
Isolator
Loop Isolator Base

 Isolates faulty part of the loop in case short circuit
 Auto resume when trouble removed
 Not occupy loop address
DC-9504 E
Base Mount Short Circuit
Isolator
46
Programmer
Handheld Programmer
 Set address to loop devices

 Change parameter setting of loop device
 Program graphic repeater panel LEDs
P-9910B Programmer
47
Repeater Panel
GST-852RP Passive Repeater Panel
 Compatible with all GST intelligent fire alarm

control panel
 Fire Event Display

 Local Sounder mute and Scroll alarm buttons
 Connect to RS485 repeater loop
48
Repeater Panel
GST-NRP01 Network Repeater Panel
 Display network message (Fire, Plant and Fault)

 Achieve remote control of systems
 Password protected
 Connect in GST panel network
 A class A network card already pre-installed
49
Repeater Panel
GST-8903 –A1/A2/A3 Graphic Repeater Panel
 Up to 100 LED per module

 Custom graphical layout
 Display individual points and zone wise fire
and fault signal
 Display individual points action signal.
 Connect to RS485 repeater loop (can be
mixed with GST852RP)
50
Graphic Station
GST-GMC Graphic Monitor Center
 Display message (Fire, Fault, Action, Disable)

 Remote full control and monitor of systems
 Multi-level Password protected
 Historic data of all the system events
 Clock synchronization with panels
 Up to 8 users plus the server in a Network
 Connect with panel through RS232 cable
51
Configuration, Operation and
Programming
2014 V1.2
Fire Alarm System Configuration
53
System Configuration
To configure a system
1. Decide panel type and quantity. If more than one panel is configured,
add network card to each panel.
2. Decide loop quantity. Remember leave at least 20% of loop quantity for
future expansion.
3. Calculate power consumption and configure PSU as required.

4. Consider of loop power consumption devices (like sounder base and
loop powered sounder). Add more loop cards if needed.
5. Isolators will be required to protect the loop.
6. At least one handhold programmer and one RS232 communication card
is required for each commissioning company.
7. Add any necessary accessories as requirement.
54
GST200-2 and GST-IFP8Common Character

Large Graphical LCD display
3 alarm outputs, sounder/F.P.E/Alarm Routing
PAS (Positive Alarm Sequence) and Acknowledge function Advanced
user friendly programming software including “fuzzy logic”
Networkable with all GST Intelligent Fire Alarm panels
Enable and Disable function
Dirty detector report function
Walk test function
Optional RS 232 Color Graphics Software
Optional RS485 Network Card
Optional CAN network card
55
Default configuration of panels

GST100 GST200-2 GST-IFP8
Loop 1 1 2
Printer YES NO YES
Repeater Interface NO YES NO
RS232 Communication Card NO NO NO
Network Card NO NO NO
56
Difference
GST100 GST200-2/2 GST-IFP8
Capacity 1 Loop capacity-128 2 Loop capacity-477 8 x Loops capacity - 1936
LCD Display 8 lines x 18 character 15 lines x 40 character
ZCP panel 8 (Indication) 30 (Indication and 140 (Indicators only)
Control)
History log 999 2000
Repeater Capacity 0 10 64
Duplicate Address NO NO YES
Checking function
Program mode Keypad only Computer only Computer or keypad
57
Points for system configuration

1. Max. 32 panels in RS485 network
2. Max. 112 panels in one branch of CAN network. Totally Max. 240 panels.
3. Max. 32 devices between two isolators
4. Max. 30 sounder bases and loop powered sounders (in total) in one loop.
5. Each device occupies one single address, except below devices.
Device Address QTY
C-9503 Loop Isolator 0
C-9314P Remote Indicator 0
DI-9309 Multi Input Output Interface 3 to 18
I-9406 Sounder Flasher Base 1 or 2
I-9403 Addressable Sounder Flasher 1 or 2
58
System Loop Parameter
Loop
• Fire resistance UTP cable, Min. 1.0mm 2

• 1.5mm2 UTP cable is recommended.
• 1000 meters loop length
59
Loop cable parameter
Cable resistance should be less than 50Ω
60

Before fix devices on loop,
the resistance between 2-
core should be more than
2MΩ, ideally 20MΩ
After fix devices on loop, the

resistance between 2 core
should be more than 1kΩ
61
Insulation between cable to

Earth should be more than
20MΩ, ideally 200MΩ
62
GST-IFP8 Panel Operation
63
Panel Operation GST-IFP8
User Setup Menu

*USER SETUP*
************************************************
1 BROWSE
2 CLOCK
3 PRINTER SETUP
4 DELAY MODE
5 ACKNOWLEGE TIMER
6.TEST SETUP
7.START/STOP DEVICE
8. DISABLE/ENABLE
64
User Setup Menu

*USER SETUP*
************************************************
1 BROWSE
2 CLOCK
3 PRINTER SETUP
4 DELAY MODE
5 ACKNOWLEGE TIMER
6.TEST SETUP
7.START/STOP DEVICE
8. DISABLE/ENABLE
Loop 01: Loop Card, Devices Sum: 184
*************************************************************
D001 Zone-001 Loop -01 HEAT DETECTOR *BROWSE*
ROOM 101 ************************************************
D002 Zone-001 Loop -01 SOUNDER 1 BROWSE DEVICES
LOBBY 2 BROWSE ZONES
D003 Zone-001 Loop -01 MCP (BG) 3 BROWSE GROUP
CORRIDOR 4 BROWSE DUPLICATED ADDRESS
D004 Zone-001 Loop -01 SMO KE DETECTOR CARD SUM:01 LOOP SUM:02 DEVICE SUM:344 5 BROWSE PANEL STATUS
OFFICE ************************************************************* 6.BROWSE C&E EQUATIONS
D005 Zone-001 Loop -01 FLAM E DETECTOR 1 Loop 01: Loop Card, Devices Sum:184 7.BROWSE LOG
ROOM 103 2 Loop 02: Loop Card , Devices Sum:160
-> [F1] to Print All Loop Devices Info.

-> [F2] – Found Devices [F3] –Missed Devices
65
*BROWSE*
1 BROWSE DEVICES ZONE SUM:041 DEVICE SUM:484

2 BROWSE ZONES ************************************************
3 BROWSE GROUP Zone:001 Devices sum:0030 Led:001
4 BROWSE DUPLICATED ADDRESS Ground Floor
5 BROWSE PANEL STATUS Zone:002 Devices sum:0030 Led:002
6.BROWSE C&E EQUATIONS First Floor
7.BROWSE LOG Zone:003 Device s sum:0030 Led:003
Second Floor Zone No:001 Device sum:0030
************************************************
Zone:004 Device s sum:0030 Led:004
Third Floor D001 Zone-001 Loop-01 HEAT DETECTOR
Room 101 Kitchen
GROUP SUM:001 DEVICE SUM:003 D002 Zone-001 Loop-01 Multi-sensor
************************************************ Room 102
D003 Zone-001 Loop-01 HEAT DETECTOR
Control panel itself Info Room 104 Kitchen
Group No:000 Device sum: 0003

******************************* ****************
D000 Group-000 Loop-00 * Sounder A
Local Output
D000 Group-000 Loop-00 F.P.E.
Local Output
D000 Group-000 Loop-00 ALARM ROUTING
Local Output
66
CARD SUM:01 LOOP SUM:02 DEVICE SUM:186

*PANEL STATUS*
**********************************************************
***********************************************
Loop01: Loop Card, Dupli.Add. Sum:000
LOOP: 02
Loop02: Loop Card, Dupli.Add. Sum:000
POINTS: 3 64
CRT CARD: 01
NETWORK CARD: 01
*BROWSE* Main power voltage: 220v
************************************************ Standby power voltage: 26.6v
1 BROWSE DEVICES Main board software version :V***
2 BROWSE ZONES
3 BROWSE GROUP
4BROWSE DUPLICATED ADDRESS
5BROWSE PANEL STATUS
6.BROWSE C&E EQUATIONS
7.BROWSE LOG
*BROWSE C&E EQUATIONS*
*HISTORY LOG*
****************************************************
************************************************
C&E EQUATIONS total num:001
1 FIRE HISTORY
2 COMMON HISTORY
No.001
3 INITIALIZATION
10100102+10100302x10100402= 101***13
05 101005 15 05
->Press [F1] to print All Equations
67
User Setup Menu *USER SETUP*

************************************************
1 BROWSE
2 CLOCK
3 PRINTER SETUP
4 DELAY MODE
5 ACKNOWLEGE TIMER
6.TEST SETUP
7.START/STOP DEVICE
8. DISABLE/ENABLE
*CLOCK SETUP*
************************************************
Date (yy-mm-dd): [08]-[01]-[23]
Time (hh:mm:ss): [12]-[58]-[00]
Day ( week: 1-7): [3]
68

************************************************
1 BROWSE
2 CLOCK
3PRINTER SETUP
4 DELAY MODE
5 ACKNOWLEGE TIMER
6.TEST SETUP
7.START/STOP DEVICE
8. DISABLE/ENABLE
*PRINTER SETUP*
************************************************
1 DISABLE
2 ONLY FIRE
3 ALL HISTORY
69

************************************************
1 BROWSE
2 CLOCK
3 PRINTER SETUP
4DELAY MODE
5 ACKNOWLEGE TIMER
6.TEST SETUP
7.START/STOP DEVICE
8. DISABLE/ENABLE
*DELAY MODE SETUP*

*****************************************
1 DISABLE
2 ENABLE
70

************************************************
1 BROWSE
2 CLOCK
3 PRINTER SETUP
4 DELAY MODE
5ACKNOWLEGE TIMER
6.TEST SETUP
7.START/STOP DEVICE
8. DISABLE/ENABLE
*ACKNOWLEGE TIMER*
***********************************************
Please input the Pre-Alarm ACK time
Stage1 (Default 30S): [00]M-[30]S
Please input the Pre-Alarm verify time

Stage2 (Default 2M): [02]M-[00]S
71

************************************************
1 BROWSE
2 CLOCK
3 PRINTER SETUP
4 DELAY MODE
5 ACKNOWLEGE TIMER
6.TEST SETUP
7.START/STOP DEVICE
8. DISABLE/ENABLE
*LOCAL_OUPUT TEST* *TEST SETUP*

*********************************************** ***********************************************
1 OUTPUT TO SOUNDER TEST 1 LED-BUZZER TEST
2 OUTPUT TO FPE TEST 2LOCAL OUTPUT TEST
3 ALARM ROUTING TEST 3 SETUP TEST ZONES
4 CANCEL TEST ZONES
72

************************************************
1 BROWSE
2 CLOCK
3 PRINTER SETUP
4 DELAY MODE
5 ACKNOWLEGE TIMER
6.TEST SETUP
7.START/STOP DEVICE
8. DISABLE/ENABLE
*SETUP TEST ZONES*

*********************************************** *TEST SETUP*
***********************************************
Input test zone (1-999):001 1 LED-BUZZER TEST
Input test mode (0-1): 0-Without sounder 2 LOCAL OUTPUT TEST
1-With sounder 3 SETUP TEST ZONES
4 CANCEL TEST ZONES
73

************************************************
1 BROWSE
2 CLOCK
3 PRINTER SETUP
4 DELAY MODE
5 ACKNOWLEGE TIMER
6.TEST SETUP
7.START/STOP DEVICE
8. DISABLE/ENABLE
*START/STOP DEVICE*
***********************************************
1 START DEVICE
2 STOP DEVICE
*START/STOP D EVICE* *START /STOP DEVICE*

********************************** ************* ************************ ***********************
1START DEVICE 1 START DEVICE

2 STOP DEVICE 2STOP DEVICE
Start-> Stop->
Zone:002 Dev:001 Type: 03-BEAM DETECTOR Zone:002 Dev:001 Type: 03-BEAM DETECTOR
74

************************************************
1 BROWSE
2 CLOCK
3 PRINTER SETUP
4 DELAY MODE
5 ACKNOWLEGE TIMER
6.TEST SETUP
7.START/STOP DEVICE
8.DISABLE/ENABLE
*DISABLE/ENABLE DEVICE*
***********************************************
1.DIS/ENABLE DEVICE-BY CODE
2.DIS/ENABLE DEVICE-BY ADDRESS
3.DIS/ENABLE ZONE
4.DIS/EANBLE SOUNDER
*DISABLE/ENABLE DEVICE* *DISABLE/ENABLE DEVICE*

********************************************************* *********************************************************
1 DISABLE DEVICE 1 DISABLE DEVICE
2 ENABLE DEVICE 2 ENABLE DEVICE
Disable-> Enable->
Zone:002 Dev:001 Type: 03-BEAM DETECTOR Zone:002 Dev:001 Type: 03-BEAM DETECTOR
75
*SYSTEM SETUP*
************************************************
1 PROGRAMMING *PROMRAMMING*
2 LOCAL OUTPUT SETUP ************************************************
3 WORKING STATE SETUP 1 DEVICE SETUP
4 COMMISSIONING 2 ZONE SETUP
3 COMMUNICATION SETUP *COMMUNICATION SETUP*
4 DAY/NIGHT TIME SETUP ***********************************************
5 MODIFY PASSW ORD 1 MONITOR INTERFACE
6 C&E EQUATION SETUP 2 NETWORK INTERFACE
7 DEVICE TYPE SETUP
*MONITOR INTERFACE SETUP*
***************************************************
Please input loop No: 03
Please input panel addresses (1-32 ):001
Check the fixed RS232 card loop number by press user

setup ,browse loop devices
Input the loop number
Input the panel address (1-240) the panel address must
match the panel address settings on GST definition program,
otherwise the definition program will not able to communicate
with FACP.
If the panel has GMC connected, the panel address must
match with the address settings on GST Server.
76
*SYSTEM SETUP*
******************************************************
3 WORKING STATE SETUP 1 DEVICE SETUP *COMMUNICATION SETUP*
4 COMMISSIONING 2 ZONE SETUP ************************************************
3 COMMUNICATION SETUP 1 MONITOR INTERFACE
4 DAY/NIGHT TIME SETUP 2 NETWORK INTERFACE
5 MODIFY PASSWORD
6 C&E EQUATION SETUP *NETWORK INTERFACE SETUP*
7 DEVICE TYPE SETUP *******************************************************
Please input loop No: 04
Please input panel addresses (1-240):001
Check the fixed network card loop number by press user

*NETWORK INTERFACE SETUP*
setup button ,select browse loop devices *******************************************************
Input the network loop number Receive Command : Enable
Input the panel address (1-240) the panel address will be the Send Command : Enable
Receive Information : Enable
unique ID in networking Send Information : Enable
On the following screen setup the networking command and
information send and receive options: Enable/Disable Press [ Left/Right ] to Change Mode!
Press [ UP/Down ] to Change Item!
77
*SYSTEM SETUP*
******************************************************
4 COMMISSIONING 2 ZONE SETUP *DAY/NIGHT TIME SETUP*
3 COMMUNICATION SETUP ************************************************
4 DAY/NIGHT TIME SETUP Please input the start time of day mode
5 MODIFY PASSWORD Default at 08:00 (hh:mm) [08]:[00]
6 C&E EQUATION SETUP
7 DEVICE TYPE SETUP Please input the end time of day mode
Default at 18:00 (hh:mm) [18]:[00]
Please note: day/night mode will affect the Cause & Effect time delay and the Type A and Type B
dependency
Panel works in night mode, in case fire panel will active the output modules immediately according
to Cause & Effect , all time delay settings on Cause &Effect will be ignored.
78
*SYSTEM SETUP*
******************************************************
4 COMMISSIONING 2 ZONE SETUP *MODIFY PASSWORD*
3 COMMUNICATION SETUP ************************************************
4 DAY/NIGHT TIME SETUP 1.OPERATOR PASSWORD
5 MODIFY PASSWORD 2.MANAGER PASSWORD
7 DEVICE TYPE SETUP
*MODIFY PASSWORD*
************************************************
Please input new password
********
*MODIFY PASSWORD*
************************************************
Please confirm new password
********
79
*SYSTEM SETUP*
********************************************************* LOCAL OUTPUT SETUP Commission Mode
1 PROGRAMMING (OTS) Output to Sounder A Mode (0-2)
2LOCAL OUTPUT SETUP
0-one fire
3 WORKING STATE SETUP
1 more fire
4 COMMISSIONING
2 On C&E (Note: use device number 00000082-Sounder A)
(FPE) Fire Protection Equipment A Mode (0-2)
0-one fire
1 more fire
2 On C&E(Note: use device number 00000081-FPE A)
(FAR)Fire Alarm Routing A mode (0-2)
0-one fire
1 more fire
2 On C&E (Note: use device number 00000083-Alarm Routing A)
*LOCAL OUTPUT SETUP*
*********************************************************
Delay Time: 00 (note: ratio 1:10)
•FPE no delay affect
SOUNDERA mode (0-2): 0-on one fire •OTS & FAR affect by delay settings
F.P.E. A mode (0-2):1-More fire
ALARM ROUTINGA mode (0-2): 2-on C&E
DELAY TIME:[00]*10SEC – IN DELAY MODE
80
*SYSTEM SETUP* Note:

*********************************************************
1 PROGRAMMING
2 LOCAL OUTPUT SETUP
During commissioning: panel should works
3 WORKING STATE SETUP in commissioning mode, in commission
4 COMMISSIONING mode, some programming menu will
visible, engineer could operate panel to
learn devices, modify C&E, each time
power off then power on panel, panel will
re-learn devices, only keep the latest
registered devices as the system device
list.
*WORKING STATE SETUP*
In monitoring state, some programming
********************************************************* menu will becoming invisible. Every time
1 COMMISSION power off then power on panel, panel will
2 MONITORING not re-learn devices, it will keep the last
devices registration list when panel works
in commissioning state as the system
device list.
Please change panel to

monitoring state before hand
over project to end user.
81
GST-IFP8 Basic Software
Configuration
82
GST-IFP8 Panel Addressing
GST-IFP8 Panel Addressing Flow Chart

2.Set download card 4.Panel in
1. GST-IFP8, in hardware address, 3.Power On GST- commissioning
power off condition install it on panel IFP8 mode, register
mother board download card
5.Press “User
8.Select Setup”, “Browse
7.Select 6.Press “System
“Communicate Devices” to check
“Programming Menu” Setup”
Setup” Menu Color Crt loop
number
10.Input Color 11. Input panel

9. Select “Monitor
Crt Loop address .press
interface”
Number “:Enter” to confirm
Note : Address on panel must same as the panel address on GST definition program.
If panel not in commissioning mode, press “System Setup” Button, then “Working
State” setup. Change panel t o “commissioning state”, then back to ‘Commissioning
Menu” select“1.Device learn” panel will re-learn all hardware and devices
83
Basic Software Configuration GST-IFP8
GST-IFP8 Definition Flow Chart
2.Connect download
1. Power On 3.Run GST
card USB cable to 4.Select Com Port
GST-IFP8 panel Definition Software
computer USB port
7. Add zone, define zone

8.Define Loop 5.Add panel,
9. Define (Zone ID, Zone Mode,
devices (zone , select panel
Cause & Zone Sounder 6.Add Loop
device type and type and panel
Effect Mode ,Zone Resound
Location address
Mode ,Zone LED
Save and Save and Save and Save and

Download Download Download Download
Fire Alarm Control Panel GST-IFP8
84
Points should be known before programming GST IFP8

Each devices code include 3 parts:
Device Zone number (3 digit, range 001-999 for GST-IFP8)

Device address (3 digit, range 001-242)
Device type (2 digit) .
For example 001001 03 means smoke detector (type 03) address 001 in zone 001
The device code is the device unique ID on standalone FACP or whole FACP network. So before addressing and
programming devices, below points should be noted:
1. In same zone, in case the devices from different loop or different panel, the device address + device type can not be
same as other device’s. for example: in zone No.1 already has smoke detector address No.1 from loop1, and in this
zone has another smoke detector from other loop or other panel, the device address can not be No.1 again. Or if use
address No.1, can not given to smoke detector.
2. Device information transferred on network include :

“Device zone number + Device address + Device type (number only, no text)+ device location description.
So the zone information must be downloaded to each network panel, if has the user defined device type text, the
description also need download to each panel.
3. Fire alarm signal from network can be use as the local Cause & Effect condition.
4. Local panel can send activation command to network (if sending command option set as enable)
85
Basic Software Configuration
1. Control Panel Detailed

2. Number of Loop
3. Zone Detailed ( LED and PAS)
4. Device Detailed per Loop (Naming of Repeater/Mimic)
5. Equation (Cause & Effect)
6. Saving Data
7. Download / Upload
86
1. Control Panel Detailed

Adding Control Panel
1.Click the “FACP Net” icon
2.Right-click “FACP” and select “Add FACP”

•FACP Type: Select the panel part number
•FACP Address: Address of the panel
•FACP Name: File name reference
•Net: Click if the panels are network
87
2. Number of Loop
Adding the loop

2.Right-click “Panel that will add loop” and select “Add Loop”
3.Click “OK”
88
3. Zone Configuration
Adding a zone
1.Click the “FACP Zone” icon
2.Right-click “Panel that will add zone” and select “Add Zone”
3.Or Click the “New” icon
Note: Max number of zone is 999
Zone ID : Zone
number Zone Mode:
1 Off: Panel display Fire immediately- No Pre-alarm feature (Default Setting)
2 Type A: Enable Pre-alarm/ The system shall response to a second alarm from any device in the same zone as the system alarm (Type A)
3 Type B: Enable Pre-alarm/ The system shall response to a second alarm from any device in the same or other zone as the system alarm (Type B)
Zone Sounder Mode

0 Sound By Zone Fire: Alarm the sounder automatically if the fire is on the same
zone Ex: fire in zone 1, all the sounders in zone 1 will alarm
1 On E&C: Activation of Sounder through Equation
Zone Resound Mode
0 No Resound: Sounder will not alarm if new fire from the other zone after being silenced
1 Resound by New Fire: Sounder will alarm if new fire from other zone after being silenced
Zone LED: 1-140 LED
ForeColor: Font Color
BackColor: Text Highlight
Color
Description: Zone name (note: 40 Max character)
Example: Zone example
4.To save click the “Save” icon
89
4. Device Detailed
Device Configuration per Loop
2.Click “Panel to be programmed”
3.Click the “Loop 1”
Address: 1-242
Loop Number: Loop Number
Zone: Zone assignment
Device Type: Selection of device
type.
Properties: For output- 0-on/off ;
1-continoues
Location: Device location
information Note:
IFP8 character 40 max Registered:
Once the data is uploaded from the
panel, it will indicate TRUE
if the particular device is being found
or registered in the panel otherwise it
will indicate False.
4. Click Save icon to save
90
Device Type Detailed

To configure the USER DEFINE (IFP8)
•Click the “Panel that will configure”
•Click the “Device Type -icons
The Device Type window will pop-up
•Select the required condition and

type new Device Type name
91
5. Equation ( Cause & Effect )

Configuring the Equation
1. Click the “FACP Net” icon
2. Click “Panel to be programmed”
3. Click the “Equation”
4. Click The “NEW” to create an equation.
5. To save the equation click “Save New”
6. To modify the equation click “Save
Modify”
7. To save the entire equation click “Save”
Condition: INPUT DEVICES- 8 digits
Effect: OUTPUT DEVICES – 10 digits
Logic: AND Logic (x), OR Logic (+)
Fuzzy Logic: Asterisk (* value 1-9)
Delay Time Ratio: 1:10 seconds
92
5. Equation ( Cause and Effect )

A + B + C x D = E 03 F 05
Device A OR Device B OR Device C AND Device D = Device E 30 sec Device F 50sec
Action
Cause: Cause Mode Effect
Devices Description:
Each deice include 3 digit zone number + 3 digit address + 2 digit device type (Valid number 0-9 and *
means any number)
Example 001002 03 means Zone 001 Address 002 Device Type 03 (Smoke Detector)
001*** 03 means Zone 001 Address Any Device Type 03 (Smoke Detector)
****** 03 means Any zone Any Address Device Type 03 (Smoke Detector)
Relation:
“+” means “OR” logic “x” means “AND” logic
Action Mode:
“=“ means “START” “x=“ means “STOP” Note: Stop action not affected by any defined time delay
Effect :
Devices Description:
Each deice include 3 digit zone number + 3 digit address + 2 digit device type (Valid number 0-9 and *
means any number)
Delay time number x 10 is the real time (by seconds) 01 means 10 seconds 02 means 20 seconds
93
5. Equation ( Cause and Effect )

Note: each C&E maximum include 17 devices.
Maximum 256 pieces C&E can be stored in IFP8 panel
More Samples:
001001 03 + 001002 02 = 001010 13 03

Smoke detector 001001 or Heat detector 001002 alarm after 30 seconds panel will start sounder
001010
001005 03 x 001006 02 = 001011 15 00

Smoke detector 001005 heat detector 001006 both alarm panel will immediately start lift module
001011
001***03 x 001***03 = 001***13 00

Any two smoke detector in zone 1 both alarm panel will immediately start all sounders in zone 1.
001010 12 x= ****** 13 00
Once voice alarm module 001010 be started, all sounder s will be stopped
******03 x ******03 + ******11 = ****** 13 00

Any two smoke detector alarm or any one MCP alarm panel will immediately start all sounders
94
6. Saving and Restoring Data

Click the “Database” icon
The Database Operation window will pop out
Click “Backup Database” to save the data.

Save the data to the required location Click “Restore Database” to retrieve the data.
Locate the data save
95
Basic Software Configuration

7. Upload and Download Data
Terminology:
Download: Data transferring from the PC
to the Control Panel
Upload : Data transferring from the Control

Panel to the PC
3 important things to note:

1. Registration of RS232 download card (Hardware)
Identify the loop number of the P-9935 card by pressing the “User Set-up”
Select or press number 1 Browse Devices
Press “System Setup” (No password) Press “Enter”
Press “1 Programming” and then “3 Communication Set-up”
Press “1 Monitor Interface”
Please input loop number: (1:10)
Please input panel address: (1-32)
2. Set Serial Port number (USB Connection-My computer-Properties-Hardware-Device Manger-Port)
3. Matched the address of the control panel “Local Address from the GSTDef software “FACP Address”.
To view the control panels address:
(Press “System Setup” 1 Programming3 Communication Set-up monitor or network interface)
Note:
•Com Board (XS8-XS1) – Used only for Repeater/ Mimic Card P-9946 or Communication Card P-9935 (USB and serial connection)
•Communication Card P-9935 can be placed in any Loop Board using only serial port connection, USB is not accessible
96
GST-IFP8 Basic Keypad
Configuration
97
Basic Keypad Configuration GST-IFP8
Basic Keypad Configuration
1. Zone Setup
2. Device Type Setup
3. Point Setup
4. C&E Set-up
98
Zone Setup
*SYSTEM SETUP* **********
*PROMRAMMING* ***
******************************************** ********************************************* *ZONE SETUP*
1 PROGRAMMING 1 DEVICE SETUP
2 LOCAL OUTPUT SETUP Zone (1-999):001
2 ZONE SETUP
3 WORKING STATE SETUP *****************************************************
3 COMMUNICATION SETUP
4 COMMISSIONING Dependency Type(0-2): 1-Type A
4 DAY/NIGHT TIME SETUP
Sounder Mode (0-1):0-sound by zone fire
5 MODIFY PASSWORD
Resound mode:(0-1):0- no resound
Zone Led: (1-140):001
7 DEVICE TYPE SETUP
Text (40 Bytes): Ground Floor
Dependency Type:0-Off the programming zone works without pre-alarm

mode, any one fire from this zone will as the system alarm.
Dependency Type:1-Type A 2-Type B ,the programming zone works with pre-alarm mode, more than one alarm signal will
as the system alarm.
Day Mode
*Pre-alarm Window: programmable from 1 sec. to 30 min. A distinctive pre-alarm indication shall be displayed.
*Alarm Verification window: programmable from 1 sec. to 30 min.
The system shall response to a second alarm from any device in the same zone as the system alarm (Type A)
The system shall response to a second alarm from any device in the same or different zone as the system alarm (Type B)
Night Mode (Default setting)

*Pre-alarm Window: preprogrammed 30 min. Auto-reset the Alarm in the Panel after 30 min (Type A)
*Pre-alarm Window: preprogrammed 5 min. Auto-reset the Alarm in the Panel after 5 min (Type B)
The system shall response to a second alarm from any device in the same zone as the system alarm (Type A)
The system shall response to a second alarm from any device in the same or different zone as the system alarm (Type B)
99
Zone Setup
*SYSTEM SETUP*
******************************************************
1 PROGRAMMING
2 LOCAL OUTPUT SETUP *PROMRAMMING*
3 WORKING STATE SETUP ************************************************
4 COMMISSIONING 1 DEVICE SETUP *ZONE SETUP*
2 ZONE SETUP
3 COMMUNICATION SETUP Zone (1-999):001
4 DAY/NIGHT TIME SETUP *****************************************************
5 MODIFY PASSWORD Dependency Type(0-2): 1-Type A
6 C&E EQUATION SETUP Sounder Mode (0-1):0-sound by zone fire
7 DEVICE TYPE SETUP Resound mode:(0-1):0- no resound
Zone Led: (1-140):001
Text (40 Bytes): Ground Floor
Sounder Mode :
1 sound by zone fire: the zonal sounder will be auto active by the fire signal from same zone
2 On E&C: the programming zone sounder activation will depend on the Cause & Effect programming
Resound Mode:
1 No resound : The sounder will not resound on fire alarm from other zones after being silenced.
2 Resound by new fire : The sounder will resound on fire alarm from other zones after being silenced.
Zone Led :
select the prefer Led number as the programming zone fire fault/disable indication.
10
Device Type Setup

* *SYSTEM SETUP* ***** *********
* ************************************* *
1PROGRAMMING *PROMRAMMING*
2 LOCAL OUTPUT SETUP
3 WORKING STATE SETUP ******************************************** ****
**** *DEVICE TYPE LIST*
4 COMMISSIONING 1 DEVICE SETUP 00: *******************************************************
2 ZONE SETUP 02: UNDEFINED 01: MULTI SENSOR
3 COMMUNICATION SETUP 04: HEAT DETECTOR 03: OPTICAL SMOKE
4 DAY/NIGHT TIME SETUP 06: USER DEFINED 05: GAS DETECTOR
5 MODIFY PASSWORD 08: BEAM DETECTOR 07: FLAME DETECTOR
6 C&E EQUATION SETUP 10: CONVENTIONAL P 09: USER DEFINED
7 DEVICE TYPE SETUP FLOW SWITCH 11: MCP (BG)
12: SOUNDER STROBE 13: SOUNDER

14: FLASHER 15: LIFT
Press key [F2] to modify device type

Device number Condition
1-11 FIRE
12-30 ACTION
31-40 FAULT
41-50 SUPERVISORY
51-65 ACTION
66-99 PANEL
10
Device Setup
*SYSTEM SETUP* *PROMRAMMING* *DEVICE SETUP*
************************************************ ************************************************
1 PROGRAMMING 1 DEVICE SETUP Loop 01 Address (1-242):001
2 LOCAL OUTPUT SETUP 2 ZONE SETUP **************************************************
3 WORKING STATE SETUP 3 COMMUNICATION SETUP Zone (1-999): 001
4 COMMISSIONING 4 DAY/NIGHT TIME SETUP Device Type –OPTICAL SMOKE
5 MODIFY PASSW ORD Attribute (1-6):1
6 C&E EQUATION SETUP Text (40 Byte):
7 DEVICE TYPE SETUP
Zone: Zone assignment

Device Type: Selection of device type.
Attribute: Detector sensitivity/For output signal - 0-on/off ; 1-continoues
Location: Device location information , max 40 characters
10
Equation Setup
*SYSTEM SETUP*
**************************************** **************
3 WORKING STATE SETUP 1 DEVICE SETUP *C&E EQUATION SETUP*
4 COMMISSIONING 2 ZONE SETUP ************************************************
3 COMMUNICATION SETUP 1 CREATE
4 DAY/NIGHT TIME SETUP 2 MODIFY
5 MODIFY PASSWORD 3 DELETE ON *CREATE C&E*
6 C&E EQUATION SETUP 4 INITIALIZATI ************************************************
7 DEVICE TYPE SETUP C&E Quantity 000
No.001
001***03 + 001*** 02 = 001*** 13 00
NOTE:
Condition: INPUT DEVICES- 8 digits
Effect: OUTPUT DEVICES – 10 digits
Delay Time Ratio: 1:10 seconds
Number Arrangement:
999 242 99 = 999 242 99 99
Zone Address Device Type Zone Address Device Type Delay Time
10
Equation Setup
Types of logic
Condition:
001 020 03 meaning Address 20 Optical smoke in Zone 1 (By Point)
001 *** 03 meaning At least 1(any address) Optical smoke in Zone 1 (By Zone)
*** *** 02 meaning At least 1(any address) Heat det. in the entire area (Global)
Effect:
*** *** 13 03 means sounder global alarm after 30 seconds (Global)
Sample:
001 *** 11 + 001 *** 03 + 001 *** 02 = 001*** 13 00, *** *** 13 06
Note:
Logic: AND Logic (x), OR Logic (+)
Fuzzy Logic: Asterisk (* value 1-9)
10
Commissioning Menu
1. Device Learn
2. Duplicate Address Check
3. Modify Address
4. Modify Device Sensitivity
5. Commission Analog
6. Commission Digital
7. System Initialization
10
Device Learn *COMMISSIONING* Registering Active Equipment

*SYSTEM SETUP* ************************************************* Please wait…
*********************************************** 1 DEVICE LEARN
1 PROGRAMMING 2 DUPLICATED ADDRESS CHECK
2 LOCAL OUTPUT SETUP 3 MODIFY ADDRESS
3 WORKING STATE SETUP 4 MODIFY DEVICE SENSITIVITY
4 COMMISSIONING 5 COMMISSION IN ANALOGUE MODE
6 COMMISSION IN DIGITAL MODE
7 SYSTEM INITIALIZATION
Turn on the panel and perform an auto learn/registration as follows:

1. The control panel is set in COMMISIONING MODE by default. Once it is powered ON,
the system will automatically initialize the REGISTRATION process immediately after
the start-up.
2. If the system set to MONITORING MODE, change the setting by: (System Setup→ 3
Working State Set-up→ select 1 Commissioning State)
3. For manual registration (System Setup→ 4 Commissioning
→ select 1 Device Learn)
10
Duplicate Check
DUPLICATED ADDRESS CHECKING
*SYSTEM SETUP* *COMMISSIONING*
*********************************************** ************************************************* Please wait……
1 PROGRAMMING 1 DEVICE LEARN Press [Cancel] to Exit!
2 LOCAL OUTPUT SETUP 2DUPLICATED ADDRESS CHECK
3 W ORKING STATE SETUP 3 MODIFY ADDRESS
4COMMISSIONING 4 MODIFY DEVICE SENSITIVITY
5 COMMISSION IN ANALOGUE MODE DUPLICATED ADDRESS CHECKE OK
6 COMMISSION IN DIGITAL MODE Duplicated Address Sum: 001
CARD SUM: 03 LOOP SUM: 04 SUM:001

Note! to access into Duplicated Check:
******************************************************
1.The panel must be set to “Commissioning Mode”
2. The system must initialize to “Digital Mode” LOOP 1: Loop Card, Dupli. Add. Sum : 000
LOOP 2: Loop Card, Dupli. Add. Sum : 001
LOOP 3: Loop Card, Dupli. Add. Sum : 000
To find out the duplicated address:
User Setup→1 Browse→4 Browse Duplicated Address
Enter the loop which have duplicated addresses to view ->F1 to print LOOP DEVICES info
the addresses ->F2 –Found devices F3- Missed devices
10
Modify Address
*SYSTEM SETUP* *COMMISSIONING* *MODIFY ADDRESS*
*********************************************** ************************************************* Loop: 01 Address(1-242) : 001
1 PROGRAMMING 1 DEVICE LEARN ************************************************
2 LOCAL OUTPUT SETUP 2 DUPLICATED ADDRESS CHECK USER CODE : 00100115
3 W ORKING STATE SETUP 3MODIFY ADDRESS SERIAL NO.: 0000BB40
4COMMISSIONING 4 MODIFY DEVICE SENSITIVITY NEW CODE: 002
5 COMMISSION IN ANALOGUE MODE
Note:
The panel must be set to “Commissioning Mode”
To change the address.

1.Enter the loop number and address you wish to change.
2.Type the new address into “NEW CODE” then Enter.
10
Modify Device Sensitivity

*SYSTEM SETUP* *COMMISSSIONING* *MODIFY DEVICE SENSITIVITY*
*********************************************** ************************************************* Loop: 01 Address(1-242) : 001
1 PROGRAMMING 1 DEVICE LEARN ************************************************
2 LOCAL OUTPUT SETUP 2 DUPLICATED ADDRESS CHECK USER CODE : 00100115
3 W ORKING STATE SETUP 3 MODIFY ADDRESS DEVICE TYPE : MULTISENSOR
4COMMISSIONING 4MODIFY DEVICE SENSITIVITY SENSITIVITY: 1-SENSITIVITY 1
5 COMMISSION IN ANALOGUE MODE NEW SENSITIVITY: 2
Note:
To change the detector sensitivity.

1.Enter the loop number and address you wish to change.
2.Type the sensitivity into “NEW SENSITIVITY” then Enter.
3 LEVELS OF SENSITIVITY
LEVEL 1: HIGHEST SENSITIVITY
LEVEL 2: STANDARD SENSITIVITY
LEVEL 3: LOW EST SENSITIVITY
LEVEL 4: FOR FUTURE USE
10
Commission in Analog/Digital Mode

*SYSTEM SETUP* *COMMISSIONING* *SYSTEM SETUP*
*********************************************** ************************************************* *************************************************
1 PROGRAMMING 1 DEVICE LEARN 1 DEVICE LEARN
2 LOCAL OUTPUT SETUP 2 DUPLICATED ADDRESS CHECK 2 DUPLICATED ADDRESS CHECK
3 W ORKING STATE SETUP 3 MODIFY ADDRESS 3 MODIFY ADDRESS
4COMMISSIONING 4 MODIFY DEVICE SENSITIVITY 4 MODIFY DEVICE SENSITIVITY
5COMMISSION IN ANALOGUE MODE 5 COMMISSION IN ANALOGUE MODE
6 COMMISSION IN DIGITAL MODE 6COMMISSION IN DIGITAL MODE
7 SYSTEM INITIALIZATION 7 SYSTEM INITIALIZATION
Note:
Commission to Analog mode:

Normal Status: Range 450 to 650
Alarm Status: Range 900 to 1200
Fault Status: Range 1 to 120
11
Initialization Mode
*SYSTEM SETUP* *COMMISSIONING* Detector: Analog Mode
*********************************************** *************************************************
1 PROGRAMMING 1 DEVICE LEARN Press [1] Initialize detector in digital mode
2 LOCAL OUTPUT SETUP 2 DUPLICATED ADDRESS CHECK Press [2] Initialize detector in analog mode
3 W ORKING STATE SETUP 3 MODIFY ADDRESS Press [3] To Initialize the system
4 COMMISSIONING 4 MODIFY DEVICE SENSITIVITY
Press [4] To disable the battery resistance
5 COMMISSION IN ANALOGUE MODE
Press [5] To hide sounder plant item
Note:
1.The panel must be set to “Commissioning Mode”
2. Required Initialization password:
Detector: Indicate the current mode

Digital mode : to have access in the following
1. Duplicated Address Check
2. Modify Address
3. Modify Device Sensitivity
Analog mode: Default mode
Initialize System: To reset the main control card – this will delete the configuration of Zone LED, Equation and
Device type list.
Warning!! If you wish to initialize the panel make sure you have the back up data base
Hide Sounder Plant Item – if you wish not to shown the active sounders
11

GST IFP8 Prezentare 2015 1

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GST-IFP8 Panel Overview

GST-IFP8 8 Loop Addressable Fire Alarm Control Panel

 1 to 4 loop cards , each with 2 loops

Optional Components for GST-IFP8

 Powered by GST IFP8 mother board

 Easy installation, set card address via on board

 Maximum output current: 300mA per loop

 Capacity : 2 loops 484 points

Optional Components for GST-IFP8

 Powered by GST IFP8 mother board

 Easy installation, set card address via rotary

 interface port: RS232 or USB port

Optional Components for GST-IFP8

 Powered by GST IFP8 mother board

 Easy installed, set card address via on board

 Interface port : RS485

Optional Components for GST-IFP8

 Powered by GST IFP8 mother board

 Easy installed, set card address via on board

 Interface port: CAN

Optional Components for GST-IFP8

 Powered by GST IFP8 mother board

 Easy installed, set card address via on board

 Interface port: CAN

LCD ,keypad and

Zone Indication board

Micro Thermal Printer

PSU Interface Board

Panel PSU Main Power Switch

Basic Internal Wiring Diagram MAIN CONT ROL BOARD

MAIN POW ER BOARD

+ +HL +HL +HL +HL

Basic loop Terminal

in from last device

•Loop Address: 242 A1

out to next panel A2

•Output Current: 300mA out to next panel B2

•Recommended Cable lengNthe:tw 10o0rk0 Tmeerm

•Recommended CableB: 21.5mm UTP fire c able

in from next panel B1

•Loop protection: Optional loop isolator (C-9503/4)

Basic Output / Input Terminal

Basic Mother Board Slot Positioning

->[F1] to Print All Loop Devices Info.

Loop 10-Loop card - Wired on Loop 10 terminal Sample…

Loop 8-Loop card - Wired on Loop 08 terminal

Loop 6-Loop card - Wired on Loop 06 terminal

Loop 4-Loop card - Wired on Loop 04 terminal

Loop 2-Loop card - Wired on Loop 02 terminal

Loop 8-Loop card - Wired on Loop 08 terminal

Loop 6-Loop card - Wired on Loop 06 terminal

Loop 4-Loop card - Wired on Loop 04 terminal

Loop 2-Loop card - Wired on Loop 02 terminal

Loop 7 - CRT Card 01 6 Loops + Network + Repeater+

Loop 6-Loop card - Wired on Loop 06 terminal

Loop 4-Loop card - Wired on Loop 04 terminal

Loop 2-Loop card - Wired on Loop 02 terminal

•Required P-9945RP Repeater card

 Fire resistance cable, Min. 1.0mm 2