E3 JB-QB-GST1500H JB-QG T-GST5000H JB-QG T-GST9000H火灾报警控制器 消防联动控制器安装使用说明书F2.900.1233ASY Issue1.09
E3 JB-QB-GST1500H JB-QG T-GST5000H JB-QG T-GST9000H火灾报警控制器 消防联动控制器安装使用说明书F2.900.1233ASY Issue1.09
E3 JB-QB-GST1500H JB-QG T-GST5000H JB-QG T-GST9000H火灾报警控制器 消防联动控制器安装使用说明书F2.900.1233ASY Issue1.09
product.
Keep this manual carefully for future reference.
JB-QB-GST1500H-EN
JB-QG-GST5000H-EN
JB-QT-GST5000H-EN
JB-QG-GST9000H-EN
JB-QT-GST9000H-EN
Fire Alarm Control Panel / Fire Safety
Linkage Control Panel
Installation and Operation Manual
(Issue 1.09, Jul 2020)
Installation and Operation Manual for Fire Alarm Control Panel / Fire Safety Linkage Control Panel
Preface
JB-QB-GST1500H-EN, JB-QG-GST5000H-EN, JB-QT-GST5000H-EN, JB-QG-GST9000H-EN,
JB-QT-GST9000H-EN fire alarm control panels / fire safety linkage control panels are intelligent
control panels of the next generation integrating alarm and linkage developed by GST based on its
rich engineering experience to accommodate the emerging needs of the fire safety market in
accordance with GB4714-2005 Fire alarm control units and GB16806-2006 Automatic control system
for fire protection and with reference to the draft GB 4717-201X Fire alarm control units for approval
and EN54-2 and EN 54-4.
This family of control panels works with various types of fire detectors and control modules (of
On-Off, analogue, digital intelligent types) from GST to create integrated control units combining
alarm and linkage as well as buses and multiple wires ideal for fire safety works.
This Manual should be kept by designated personnel carefully for future reference.
CONTENTS
PART I OVERVIEW...............................................................................................................................1
1. OVERVIEW.....................................................................................................................................2
9. SCRAPPING................................................................................................................................ 110
............................................................................................................................................................... 118
Part I Overview
JB-QB-GST1500H-EN
JB-QG/QT-GST5000/9000H-EN
1. Overview
1.1 High Capacity per Unit, High Reliability and High Output Performance
The control panels meet the design requirements of local fire alarm systems in large independent
buildings. For both linkage and alarm bus equipment, the control panels are equipped with backup
without power failure to ensure that all registered equipment is monitored when the system
commissioning is completed. The control panels have high bus output performance and fully support
two-wire bus equipment. The specific number points are shown in Table 1-1
Table 1-1
Model Structure Max number of circuits Number of alarm points
JB-QB-GST1500H-EN Wall Mount 6 1452
JB-QG-GST5000H-EN Rack Type 20 4840
JB-QT-GST5000H-EN Console Type 20 4840
JB-QG-GST9000H-EN Rack Type 60 14520
JB-QT-GST9000H-EN Console Type 60 14520
The control panel features a graphical color display interface. Different information is displayed
in different windows in different colors. The interface is tidy, easy to use and understand, and intuitive.
The functions provided by the system can be accessed through simple operations (with the number
keys or direction keys of the keypad). In addition, shortcuts are available and greatly improve the
efficiency of users.
① The check lock allows users or inspectors to quickly check the equipment comprising the
system.
② The manual/automatic switch lock and the linkage start button are used to switch the control
status and enter the linkage status quickly in the case of emergency.
③ Touch screen operation (an option available for GST9000H only) allows users to view
information quickly.
The main control part of the control panel is composed of various functional modules with a
common interface, and can be easily and flexibly configured. Bus equipment can be configured from
1 point to 14520 points by adjusting the number of connected circuit cards. If a network interface card
or other interface card is connected, the system can also be networked with other fire safety
equipment via different ports.
GST5000H Control Panel Management Board: This card provides a RS485 communication
interface is used for connection with broadcast and telephone equipment.
GST-NNET-02H Interface Card: This card has RS422 communication interface, which is used to
connect the control panel with graphic display devices or fire alarm transmission devices.
CAN Networking Interface Card: This card has CAN communication interface, which is used for
communication connection between multiple control panels or other devices from GST with CAN
communication capability at the site.
FIB Network Interface Card: This card has optical fiber communication interface, which is used
for communication connection between multiple control panels of this series.
GST-DGNK5000H Multi-Interface Card: This card has three communication interfaces: RS485,
CAN and TCP/IP. The RS485 interface is a standard MODBUS interface, which is used for
connection with third-party equipment; the CAN interface is used for communication connection
between multiple control panels or other devices from GST with CAN communication capability at
the site; the TCP/IP interface is used for communication connection between multiple control panels
of this series.
The control panel is equipped with an intelligent manual startup panel. Each start/stop key on the
board can be associated with any bus device connected to the system for starting/stopping control the
bus linkage device.
The control panel is equipped with a direct control panel, which can directly control the key
equipment such as fire pumps, smoke exhaust fans and forced draft fans. The control pad is capable of
detecting output disconnection and short circuit fault for maximizing the reliability of the connection
between the control pad and the terminal equipment. The direct control panel allows control of
start/stop dual control equipment via two wires.
The modular switching power supply can work within a wide range of voltage with high energy
efficiency. The elaborate charging circuit and reliable multi-level protection extend the service life of
the battery.
To facilitate the use by users and staff, some commissioning shortcuts are added in the control to
quickly identify the control equipment status and find problems.
① The equipment status query screen displays the equipment status of the whole circuit, and
the status of alarm, fault and blocking is visible at a glance.
② It can quickly print the pollution conditions of the detectors in the whole circuit, which is
useful in equipment maintenance.
③ It supports online upload and download of definitions. One can also upload and download
data, conduct remote commissioning (with support for cloud data upload and download) and
fault diagnosis with a mobile APP via Bluetooth communication.
④ After the detection of identical addresses, the indicators of equipment with identical
addresses flash for easy identification.
supply
GST-LD-D02H intelligent — ≤2 ≤2
power supply panel
GST-LD-D06H intelligent — ≤2 ≤2
power supply panel
Note: ○ indicates an optional item; - indicates an item not available.
2.1.2 Structure of JB-QB-GST1500H-EN Fire Alarm Control Panel
The appearance of the control panel is shown in Fig. 2-1.
Feed
back Manual
Disable Reset
Dis ab le Enab le
Sta rt Sta rt Sta rt Sta rt Sta rt Sta rt Sta rt Sta rt Sta rt Sta rt Sta rt Sta rt Sta rt Sta rt Sta rt Sta rt
Fee dbac k Fee dbac k Fee dbac k Fee dbac k Fee dbac k Fee dbac k Fee dbac k Fee dbac k
Sto p Sto p Sto p Sto p Sto p Sto p Sto p Sto p
Manu alContro l Fau lt Fau lt Fau lt Fau lt Fau lt Fau lt Fau lt Fau lt
Fig. 2-1
① LCD display
② Printer
③ Operation panel
1
2
Fig. 2-2
① Lamp board
② Main board
③ Operation panel
④ Manual startup panel
⑤ Direct control panel
2.1.4 Structural Layout of JB-QB-GST1500H-EN Control Panel Cabinet Internal
The circuit layout of board inside the cabinet is shown in Fig. 2-3.
2
6
Fig. 2-3
① Cabinet sealing plate: Cover plate for internal wiring ports. Remove the sealing plate first before
change the internal wiring.
② Management card: This card should be placed in the first card slot and cannot be interchanged
with other cards.
③ Mainboard: Provides 10P broadcast/telephone ports, DC24V output terminals, sound and light
alarm output terminals.
Circuit cards and communication cards (GST-NNET-02H Networking Interface Card,
GST-LWK5000H-CAN Networking Interface Card, GST-LWK5000H-FIB Networking Interface
Card, and GST-DGNK5000H Multi-Interface Card) may be inserted the slots in any order.
④ Direct control panel output board: Each direct control panel corresponds to an output board, and
each output board has 8 channels of output.
⑤ AC-DC power supply.
⑥ Battery: 2 cells, 14Ah.
2.1.5 Structure of JB-QG-GST5000H-EN Fire Alarm Control Panel
The appearance of the control panel is shown in Fig. 2-4.
Disable Re set
Syst em Fa ult
+ 1 ×ab c2 = de f3 _
M ute
*
Self-Check Browse User Setup
?
Fa ult
gh i 4 jkl 5 mn o 6 0
Start Disable Syst em Setup
Disable Enable
Disable Enable
Start Start
Start Start
Start Start
Start Start
Start Start
Start Start
Start Start
Start Start
Fig. 2-4
2.1.6 Structure of JB-QT-GST5000H-EN Fire Alarm Control Panel
The appearance of the control panel is shown in Fig. 2-5.
Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed
-b ack -b ack -b ack -b ack -b ack -b ack -b ack -b ack
M ai n P ow er S el f- C hec k Fi r e S ta rt
Sou nder
Fa ul t
B at te ry S ta rt Di sa ble
D r il l
S ta rt R el eas ed
Fe ed back M an ual
D is abl e Reset
Di sabl e Ena ble
ghi 4
jkl 5
mno6 0
Fa ul t
St op St op St op St op St op St op St op St op
Faul t Faul t Faul t Faul t Faul t Faul t Faul t Faul t
M anual C ontr ol
Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r tFeed Sta r t Feed Sta r t Feed
-b ack -b ack -b ack -b ack -b ack -b ack -b ack -b ack
Fig. 2-5
2.1.7 Structure of JB-QG-GST9000H-EN Fire Alarm Control Panel
The appearance of the control panel is shown in Fig. 2-6.
Fi re Start
Sou nder
Fa ult
Disabl e
Dri l
Dr i l
Start
Delay
Fee d Manua l
-back
Su per
-vi se Au to
Disabl e Reset
Sys tem
Fa ult
Mute
Fau lt
Mute Ch ec k
Prin ter
Exti ngui shin g Exti ngui shin g Start Disabl e Sys Set
Pe rmi t Request
pqrs 7 tuv 8 wxyz 9 & Confir m Cancel
Exti ngui shin g Ext in g uis hant
Start Relea sed Stop En able Pri nt
Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed
-b ack -b ack -b ack -b ack -b ack -b ack -b ack -b ack
Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed Sta r t Feed
-b ack -b ack -b ack -b ack -b ack -b ack -b ack -b ack
Feed back Feed back Feed back Feed back Feed back Feed back Feed back Feed back
St op St op St op St op St op St op St op St op
Faul t Faul t Faul t Faul t Faul t Faul t Faul t Faul t
M anual C ontr ol
St ar t St ar t St ar t St ar t St ar t St ar t St ar t St ar t
St art St art St art St art St art St art St art St art
Feed back Feed back Feed back Feed back Feed back Feed back Feed back Feed back
St op St op St op St op St op St op St op St op
Faul t Faul t Faul t Faul t Faul t Faul t Faul t Faul t
M anual C ontr ol
Fig. 2-6
2.1.8 Structure of JB-QT-GST9000H-EN Fire Alarm Control Panel
The appearance of the control panel (excluding table panel) is shown in Fig. 2-7.
Fi re Start
Sou nder
Fa ult
Disabl e
Dri l
Start Dr i l
Delay
Fee d Manua l
-back
Su per
-vi se Au to
Disabl e Reset
Sys tem
Fa ult
Mute
Fau lt
Di sabl e Ena ble
St ar t St ar t St ar t St ar t St ar t St ar t St ar t St ar t
Mute Ch ec k St art St art St art St art St art St art St art St art
Feed back Feed back Feed back Feed back Feed back Feed back Feed back Feed back
St op St op St op St op St op St op St op St op
M anual C ontr ol Faul t Faul t Faul t Faul t Faul t Faul t Faul t Faul t
Prin ter
St ar t St ar t St ar t St ar t St ar t St ar t St ar t St ar t
St art St art St art St art St art St art St art St art
Feed back Feed back Feed back Feed back Feed back Feed back Feed back Feed back
Exti ngui shin g Exti ngui shin g Start Disabl e Sys Set
Pe rmi t Request
pqrs 7 tuv 8 wxyz 9 & Confir m Cancel
Exti ngui shin g Ext in g uis hant
Start Relea sed Stop En able Pri nt
Fig. 2-7
2.1.9 Internal Structure Layouts of JB-QG/QT-GST5000/9000H-EN Control Panel
The circuit layout of board inside the cabinet is shown in Fig. 2-8.
6 关
备电
开
备电保险
30A
保险熔断
30
电池
+ -
输出3
+ -
输出2
+ -
输出1
+ -
状态信号
关
主电
开
主电
高压危险
Fig. 2-8
① Management card: This card should be placed in the first card slot and cannot be interchanged
with other cards.
Circuit cards and communication cards (GST-NNET-02H Networking Interface Card,
GST-LWK5000H-CAN Networking Interface Card, GST-LWK5000H-FIB Networking Interface
Card, and GST-DGNK5000H Multi-Interface Card) may be inserted the slots in any order. Other
cards can be interchanged with each other except the one in the first slot.
② Cabinet sealing plate: Mount the sealing plate when a slot is used.
③ Direct control panel output board: Each direct control panel corresponds to an output board, and
each output board has 8 channels of output.
④ AC-DC power module
⑤ Air break switch
⑥ External output terminals
⑦ Adapter plate
⑧ Battery
2.1.10 Keys and Panel Settings
The main control panel includes the LCD display, indicators, keyboard and printer (as shown in
Fig. 2-9).
Fig. 2-9
Indicators:
⚫ Main Power: Green; this indicator is lit when the control panel is powered by AC220V
power supply.
⚫ Battery: Green; this indicator is lit when the control panel is powered by the backup power
supply.
⚫ Self-Check: Yellow; this indicator is lit when the equipment of the system is in self-test
status.
⚫ Start: Red; this indicator stays lit after the control panel sends a start command; it flashes if
when the control panel receive no feedback signal within 10 seconds as required after sending
the start command; it goes out after the control panel is reset.
⚫ Extinguishing Start: Red; when this indicator is lit, it indicates that the control panel has
sent a start command to the gas fire extinguishing equipment.
⚫ Extinguishing Request: Red; this indicator stays lit when there is gas fire extinguishing
equipment in the system in the delayed start status; it goes out after the control panel sends a
start command to the gas fire extinguishing equipment.
⚫ Extinguishing Permit Green; when this indicator is lit, it indicates that the control panel
allows spraying; the gas fire extinguishing equipment may be manually started or automatically
started by means of linkage; when this indicator goes out, it indicates that the control panel does
not allow spraying, and the gas fire extinguishing equipment cannot be started manually or
automatically.
⚫ Extinguishant Released: Red; when this indicator is lit, it indicates that the control panel
receives the feedback signal from the gas fire extinguishing equipment.
⚫ Fire: Red; when this indicator is lit, it indicates that the control panel has detected that an
external detector or manual call point is in fire alarm status. See the LCD for details of the alarm.
This indicator goes out after the fire alarm is handled and the control panel is reset.
⚫ Drill: Red; when this indicator is lit, it indicates that the control panel is in the linkage
status.
⚫ Start delay: Red; when this indicator is lit, it indicates that there is equipment to be delay
started in the system; this indicator goes out after the delay time is over or the control panel is
reset.
⚫ Feedback: Red; when this indicator is lit, it indicates that the control panel receives
feedback information from the external equipment; this indicator goes out after all feedback is
recovered or the control panel is reset.
⚫ Supervisory: Red; when this indicator is lit, it indicates that the control panel has detected
supervision signals of external equipment and the system is in the supervision status. This
indicator goes out after the control panel is reset.
⚫ Disable: Yellow; when external equipment (such as detectors, modules or fire display
panels and local alarms) fails, it can be disabled. After the repair or replacement, the equipment
can be restored by canceling blocking. This indicator is lit when there is any blocked equipment.
⚫ System fault: Yellow; this indicator is lit when the system memory fails or a system
program doesn’t work properly to remind the user the necessity for repairing the control panel
immediately.
⚫ Fault: Yellow, when this indicator is lit, it indicates that the control panel has detected the
fault of external equipment (such as detectors, modules or fire display panel), or of the control
panel itself; it goes out after all the faults have been solved or the control panel is reset.
⚫ Silence: Green; when this indicator is lit, it indicates that the control panel is in the silent
status; it goes off when there is any new fault or fire alarm and the control panel may send out
sound.
⚫ start: Red; this indicator is lit when the control panel sends out the signal for starting sound 批注 [CW1]: Start
and light alarm; it stays lit after the control panel receives feedback from the alarms, or it goes
out.
⚫ Fault/Disable: Yellow; this indicator flashes when there is an audible / visual alarm in the
system fails. This indicator stays lit when an audible / visual alarm in the system is in the
disabled status.
⚫ Manual /Auto: Green; when this indicator stays lit at the manual position, it indicates that
the system is in the status of disabled automatic operation; when this indicator stays lit at the
automatic position, it indicates that the system is in the status of allowed automatic operation;
⚫ Check: Green; when this indicator is lit, it indicates that the control panel is in the check
status. At the same time, the interface displays the information of the control panel.
Key Description:
By function, the keys of the control panel are grouped as information inquiry keys, special
function keys, setting function keys, character keys and operation keys.
⚫ Browse keys: They are used view the information of system equipment and history records
on the control panel.
⚫ Special function keys: These keys are used execute commands and change the system status
when the operating the control panel, including: "Reset", "Silence", "Alarm", "Drill",
"Self-Check", "Start" and "Stop", "Disable" and "Enable".
Drill: This key quickly changes the control panel status to all automatic status.
Check Lock: When the lock position is turned to the check position with a key, it is possible
to see the number of devices in normal status, the number of devices in faulty status, the
number of devices being blocked among the devices registered with the control panel by
equipment type.
Manual / Auto Switch Lock: When the lock position is turned to the manual position with a
key, the manual indicator is lit, and the system is in the status of disabled automatic
operation; when the lock position is turned to the automatic position, the automatic indicator
is lit, and the system is in the status of allowed automatic operation.
⚫ Setting keys: These keys are used to set the parameters of the control panel, conduct
commissioning and change the control panel settings, including "User settings", "System
settings" and "Print settings".
⚫ Character keys: These keys include the number or character keys (as well as various
combination keys) used to input data, including: "Space", number keys (0 ~ 9), "*", "&",
"+", "×", and "=", and the number keys are also the shortcut keys for quick access to the
menu items during menu operation.
⚫ Operation keys: These keys are used in various operations, including: , , or ,
, "OK" and "Cancel".
?
启动 反馈 启动 反馈 启动 反馈 启动 反馈 启动 反馈 启动 反馈 启动 反馈 启动 反馈
Fig. 2-10
Each manual panel has a unique number. That is, no two manual panels share the same address in
one control panel. Fig. 2-11 shows the setting of manual panel numbers.
The number of a manual panel has six binary bits and is represented with the X1 pins on each
manual panel in an ascending order.
1号盘
Panel 1 2号盘
Panel 2 3号盘
Panel 3 Panel
4号盘 4
1 1 1 1
2 2 2 2
3 3 3 3
4 4 4 4
5 5 5 5
6 6 6 6
Panel
5号盘 5 Panel 6
6号盘 Panel 7
7号盘 Panel 8
8号盘
1 1 1 1
2 2 2 2
3 3 3 3
4 4 4 4
5 5 5 5
6 6 6 6
... and so on
Fig. 2-11
2.1.12 Structure of Direct Control Panel
The structure of a direct control panel is shown in Fig. 2-12. Each direct control panel has two
keys, three indicators and a label marking the location of the device to be started.
Fig. 2-12
See Part V "Configuration and Connection of Direct Control Panels" for details on direct control
panels.
2.1.13 Mainboard of JB-QG/QT-GST5000/9000H-EN Control Panel
The JB-QG/QT-GST5000/9000H-EN control panel numbers the mainboard with pair pins M0
and M1, as shown in Fig. 2-13:
M0 M1 M0 M1 M0 M1 M0 M1
No. 1
1号 No. 2
2号 No.
3号3 No.
4号4
Fig. 2-13
2.1.14 Internal Structural Layout of JB-QG/QT-GST5000/9000H-EN Control Panel
The circuit layout of board inside the cabinet is shown in Fig. 2-14.
6 关
备电
开
备电保险
30A
保险熔断
30
电池
+ -
输出3
+ -
输出2
+ -
输出1
+ -
状态信号
关
主电
开
主电
高压危险
Fig. 2-14
① Management card: This card should be placed in the first card slot and cannot be interchanged
with other cards.
② Circuit cards and communication cards (GST-NNET-02H Networking Interface Card,
GST-LWK5000H-CAN Networking Interface Card, GST-LWK5000H-FIB Networking Interface
Card, and GST-DGNK5000H Multi-Interface Card) may be inserted the slots in any order. Other
cards can be interchanged with each other except the one in the first slot.
③ Cabinet sealing plate: Mount the sealing plate when a slot is used.
④ Direct control panel output board: Each direct control panel corresponds to an output board, and
each output board has 8 channels of output.
Output
指控盘输出板board Control
指控盘输出板 board Signal
状态信号status
of direct of direct
AC220V
- +
Battery 1 Battery 2
蓄电池2
蓄电池1
+ -
Fig. 2-15
2.2.2 Power Supply of JB-QG/QT-GST5000/9000H-EN Control Panel
The power supply system of the control panel consists of the main unit power supply and the
linkage power supply. Each kind of power supply has two parts: the primary power input and the
backup power input. The system is composed of the main unit power supply, GST-LD-D02H
intelligent power supply panel, GST-LD-D06H intelligent power supply panel and a battery.
The main unit power GST5000H AC-DC power supply has a power conversion circuit that
converts 220VAC into four channels of output, three of which supplies power to the load and the other
charges the backup power supply with a total output power of more than 650W. When the primary
power supply is down or encounters over-voltage or under voltage fault, the backup power supply
supplies power to the load.
The GST-LD-D02H intelligent power supply panel has a power conversion circuit that converts
220 VAC into three channels of output, two of which is supplied to the load, and one charges the
backup power supply, including one channel of 24V/8A output. When the primary power supply is
down or encounters over-voltage or under voltage fault, the backup power supply supplies power to
the load.
The GST-LD-D06H intelligent power supply panel has a power conversion circuit that converts
220 VAC into four channels of output, three of which is supplied to the load, and one charges the
backup power supply, including three channels of 24V/8A output. When the primary power supply is
down or encounters over-voltage or under voltage fault, the backup power supply supplies power to
the load.
The display operation panel of the power panel is shown in Fig. 2-16. The output voltage display,
output current dis, battery level dis, power supply status indicator and keys are described below:
1) Output voltage display: The output voltage is shown with a LED display in red.
2) Output current display: The sum of the output current is shown with a LED display in red.
3) Power supply status indicator: The working status of power supply is shown with a LED
display.
4) Silence: In the case of fault alarm, press the "Silence" key to stop the sound signal; when there
is a new fault, it will sound again. This key has no response under normal working conditions.
5) Self-Test: press the "Self-Test" key, the LED displays and the indicator stay lit.
Fig. 2-16
C19+ C19- C18+ C18- C17+ C17- C16+ C16- C15+ C15- C14+ C14- C13+ C13- C12+ C12- C11+ C11- C10+ C10- C9+ C9- C8+ C8- C7+ C7- C6+ C6-
Mainboard:
Z6 Z5 Z4 Z3 Z2 Z1
C5+ C5- C4+ C4- C3+ C3- C2+ C2- C1+ C1- S+ S- FO1 FO2 24V+ 24V- A5 B5 A4 B4 A3 B3 A2 B2 A1 B1 1 2 1 2 1 2 1 2 1 2 1 2
+ - + - RS485 + - + - + - + - + - + - + - + - + - + -
24V Sounder L1 L2 L3 L4 L5 L6 L7 L8 L9 L10
C1+ C1- C2+ C2- C3+ C3- C4+ C4- C5+ C5- C6+ C6- C7+ C7- C8+ C8-
Fig. 2-17
Terminals:
C19+ C19- C18+ C18- C17+ C17- C16+ C16- C15+ C15- C14+ C14- C13+ C13- C12+ C12- C11+ C11- C10+ C10- C9+ C9- C8+ C8- C7+ C7- C6+ C6-
Mainboard:
Z6 Z5 Z4 Z3 Z2 Z1
C5+ C5- C4+ C4- C3+ C3- C2+ C2- C1+ C1- S+ S- FO1 FO2 24V+ 24V- A5 B5 A4 B4 A3 B3 A2 B2 A1 B1 1 2 1 2 1 2 1 2 1 2 1 2
RS485 L1+ L1- L2+ L2- L3+ L3- L4+ L4- L5+ L5- L6+ L6- L7+ L7- L8+ L8- L9+ L9- L10+ L10- L11+ L11- L12+ L12- L13+ L13- L14+ L14- L15+ L15- L16+ L16- L17+ L17- L18+ L18- L19+ L19- L20+ L20-
+ -
Sounder
Wiring terminals:
Fig. 2-18
Terminals:
Fig. 2-19
TX RX TX RX
接口1
Port 1 接口2
Port 2
Fig. 2-20
Sounder-
Fig. 2-21
Procedure: Remove the terminal resistor and keep it carefully. Connect the wires while pay
attention to the polarity during wiring. Connect a 4.7k resistor at the end of the output circuit of
each audible / visual alarm.
Installation Distance: The width of the maintenance access behind of the control panel should be
greater than 1m
JB-QB-GST1500H-EN fire alarm control panel / fire linkage control panel is wall mounted, and
its installation dimensions are shown in Fig. 3-1.
Fig. 3-1
3.3 Inspection upon Power-on
After the control panel is delivered to the site, inspect the control panel upon power-on. The
inspection should cover:
a) Check whether the LCD displays and indicators of the control panel work properly.
b)In the self-test status, observe whether the indicators of the control panel and manual panels are
turned on, and whether the alarm sound test is successful.
c) After registration, check whether the displayed system configuration (including the number of
circuit cards, manual panels, direct control panels, etc.) is consistent with the actual ones in existence.
d)After entry into the standby mode, observe whether there is power failure, whether the main
operation keyboard and manual panel keyboard send out beep sounds, and whether any auxiliary
equipment works properly.
e) If any abnormality is found in a step, handle it as described in Chapter 8. If the problem persists,
notify the Technical Service Department of GST.
3.4 Inspection of External Equipment
Use the commissioning devices to check the conditions of the equipment in the circuit, that is,
whether the number, addressing and working status of the equipment meet the design requirements,
3.6 Commissioning
After the wiring is completed, conduct start-up commissioning after careful examination by
observing the following steps:
⚫ Enter the commissioning status according to the instructions for commissioning in Chapter 6.
⚫ Check whether the registration of bus equipment is consistent with that recorded in "Appendix
III Commissioning Form". If a large number of devices are missing, first check the linkage
power supply and bus isolators on each floor, check individual devices and then try to register
the equipment again to see whether the registration is complete.
⚫ Refer to Chapter 5 on equipment definition to define the bus devices and each key of the direct
control panels. For the linkage equipment, define the manual panel operation keys, prepare
labels for the manual panels and the direct control panels and insert or paste them at the
corresponding positions.
⚫ Conduct test of detector alarms, fire display panel alarm and direct control panel operation.
⚫ Exit the commissioning status and enter the standby mode.
⚫ Check the equipment definitions thoroughly and correct the any improper element.
⚫ Edit the linkage formula and conduct automatic linkage test.
⚫ Connect important equipment (for example, gas fire-fighting equipment), and train operators to
operate correctly.
Fig. 4-1
Start-up in commissioning status (as shown in Fig. 4-2)
After the bootstrap completes, if the control panel is currently in the commissioning status, the
screen will display the information of the control panel itself, and prompt the user to select the options
for operation. If you choose no operation, you will log in directly after 10 seconds.
Fig. 4-2
If you choose registration, you will enter the registration screen (as shown in Fig. 4-3), and the
registration progress bar shows the current registration progress.
Fig. 4-3
After registration, you will be prompted whether to read the details of bus devices, including
automatic identification of device types and reading of configuration information from the devices, as
shown in Fig. 4-4. If you press the Cancel key, the registration results of the devices will be displayed,
including the change of the number of system devices before and after registration, as shown in Fig.
4-6.
Fig. 4-4
Select "OK" (as shown in Fig. 4-5).
Fig. 4-5
The reading bus device details lasts about 5~120 seconds, and the time depends on the number of
bus devices connected to the control panel. After reading the information, the registration results are
displayed as shown in Fig. 4-7.
Fig. 4-6
Start-up in monitoring status:
If the control panel is currently in the standby status, the screen will display the information of
the control panel itself, and prompts the user whether to conduct the audio-visual self-test operation,
as shown in Fig. 4-7. If you choose no operation, the control panel will enter the normal operation
status after 10 seconds.
Fig. 4-7
If you choose the self-test operation, all indicators on the control panel console will be lit, the
speaker will beep, and the display will show the key operation instructions on the console.
After registration or self-test upon power-on, the control panel enters the normal operation screen
(as shown in Fig. 4-8). Now, the startup operation process is finished.
Fig. 4-8
Fig. 4-8 is the window during normal operation. The dark blue area at the bottom of the window
is the status bar, which lists the current working status, software version and current time of the
control panel.
or to move the cursor’s position. When there are multiple fields, press or to
switch between the fields. When inputting data, press the character keys as necessary. To change the
data which has been input, move the cursor to the corresponding position and press the character keys
as necessary.
In the process of data input, an exit delay bar is displayed at the bottom of the screen. When no
keyboard operation occurs, the exit delay bar will gradually shorten. After the exit delay bar
disappears, the system automatically exits the current data input status without storing the data.
4.2.2 Input of Chinese and English
The control panel has national standard level-1 and level-2 libraries of characters, which allows
input of Chinese and English characters when inputting the user name for setting the password,
equipment annotation for equipment definition, project name, etc. The control panel has three input
methods: T9, location code input method and English character input method. To input Chinese or
English characters, press ?
and the control panel is ready for inputting Chinese and English
characters. Press "*" to switch between the three input methods. After necessary Chinese characters
are input, press ?
again to exit the Chinese character input status.
Please note that all Chinese characters in the level-1 library can be input with the full
pinyin input method and the T9 input method, those in the Level 2 library can be input only
Press or to select the desired Pinyin in the list of candidates, and press "OK" to
finish Pinyin selection.
Press the number keys (1~9) to select the desired Chinese characters. If the required
⚫ To view event information, press the or key to turn pages on the screen. Press
the "OK" key to select a message. Now, press the or key to scroll the
highlighted message.
⚫ To view equipment information, enter the system equipment inspection / view by circuit
screen, and the screen lists the circuit registration information; press the "OK" key or
key to select a single message, and press the "OK" key or key again to display more
details of the message. Press the or key to view messages one by one or
between pages (If there is a selected equipment message, the messages will be viewed one
by one, otherwise, it will be viewed between pages; pressing the "OK" key to select a single
message). If a single message is selected, press the "Cancel" key or the key to exit the
selected status and return to the previous screen.
⚫ To view the linkage formula, enter the linkage formula number to be queried, press the
"OK" key to view the linkage formula, and press the or key to view the
linkage formula one by one.
⚫ To view the operation records, the highlighted message is the latest event message or
operation message, and can be viewed by pressing or pressing the or key one
by one or between pages (If there is a selected equipment message, the messages will be
viewed one by one, otherwise, it will be viewed between pages).
Fig. 4-9
4.3.2 Lock Keyboard
The control panel has the function of automatic keyboard locking. When the LCD of the control
panel displays the normal standby screen or alarm information screen, the control panel will
automatically lock the keyboard if there is no keyboard operation for 120 seconds and no new
message occurs.
Tips: After the operation, confirm that the keyboard is locked before leaving to avoid other
misoperation by others.
4.4 Information Display
4.4.1 Description of Event Message Format
The information display screen is divided into two parts: the upper half and the lower half of the
screen. The upper half of the screen is used to display information such as fire alarm, early warning,
supervision failure, blocking, etc.; the lower half screen is used to display feedback, action, startup
and delay information. If there is only one type of information on the upper screen or the lower screen,
it is displayed in full screen. The screen display is shown in Fig. 4-11 and Fig. 4-12
The display formats of various event information of JB-QB-GST1500H-EN and
JB-QG/QT-GST5000/9000H-EN control panels are exactly the same. An event message contains the
time and location of the event. The specific format is shown in Fig. 4-10.
Date and time of event
Location information
User-defined Code
Control panel No.
Message No.
Device type
Loop No.
001 06-14 10:29:39 Panel 001 Loop02 010002-193 MCP 1st Floor Lobby
Fig. 4-10
Fig. 4-11
Fig. 4-12
Each type of information is arranged in the time sequence of occurrence. Each information
window displays the type of information, the total number of messages and the latest message. If there
is a fire alarm, the first alarm message will always be displayed at the top of the screen (as shown in
Fig. 4-13).
Fig. 4-13
4.4.3 Highlighted Window and Window Switching for Event Information
indicates the highlighted window of the current information. You can also switch the
highlighted window by pressing the or key, or scroll the information in the current
information window by pressing the or key, as shown in Fig. 4-14.
Fig. 4-14
4.4.4 Selection of and Operation with Highlighted Message
In an information window, press the "OK" key to select a message in the current information
window. Now, press the or key to scroll the messages (as shown in Fig. 4-15).
Fig. 4-15
When a message is selected, press the "OK" key again and the screen prompts the operation with the
device (as shown in Fig. 4-16):
Fig. 4-16
⚫ After selecting a message in the fire alarm window, press the "OK" key: prompt whether to
query the fire alarm curve and deactivate linkage operation.
⚫ After selecting a message in the fault window, press the "OK" key: prompt whether to
conduct blocking operation.
⚫ After selecting a message in the blocking window, press the "OK" key to prompt whether
to cancel the blocking operation.
⚫ After selecting a message in the delay window, press the "OK" key: prompt whether to
conduct instant start and instant stop operation.
4.4.5 Switch Full Screen and Split Screen Display
In the monitoring (commissioning) status or when there is information being displayed, press the
?
key under the information window to switch between split screen and full screen display, as shown
in Fig. 4-17.
Fig. 4-17
Fig. 4-18
4.5.1 View of Equipment Information
Select "1. Equipment information query" is the screen shown in Fig. 4-18 to check all the current
configuration of the system and have an understanding of the equipment information quickly. The
control panel offers a variety of methods for viewing the equipment: by circuit, by criteria, all
equipment, equipment status query. Users may choose from the methods according to their own needs
(as shown in Fig. 4-19).
Fig. 4-19
4.5.1.1 Query by Circuit
Select "1. Query by circuit" in the screen shown in Fig. 4-19, and the screen will display the
detailed information of all circuit cards, manual panels, direct control panels and communication
cards registered with the control panel (as shown in Fig. 4-20).
Fig. 4-20
Select a card and press "OK". The information and real-time data corresponding to the card is
shown (as shown in Fig. 4-21)
Fig. 4-21
After confirming the information of circuit 01, the details of the circuit can be displayed. Fig.
4-22 shows the information of the bus devices registered to circuit 01, including the total number of
registered devices and the bus grounding of the circuit. The displayed information includes circuit
number, equipment number, user-defined address (i.e. secondary address), equipment type, equipment
characteristics and annotation. Among them, the equipment characteristics of heat and smoke
detectors are sensitivity information, ant those of action equipment are pulse output or level output.
Fig. 4-22
The first six digits of equipment number are user-defined, and "-" is followed by the device's
own number, which cannot be changed. Format of an entry of device information (as shown in Fig.
4-23):
Location information
User-defined Code
Device Sensitivity
Device Type
Device Icon
Fig. 4-23
In the screen shown in Fig. 4-22, press the "?" key to switch between the circuit information,
physical address, defined unregistered device information and circuit device status, as shown in Fig.
4-24.
Fig. 4-24
※ In the screen shown in Fig. 4-20, select a manual panel or direct control panel and press
the "OK" button to display the definition information of the manual panel or the direct control
panel.
4.5.1.2 Query by Criteria
In the screen shown in Fig. 4-19, select "2. Query by criteria" to enter the query screen by secondary
address criteria (as shown in Fig. 4-25).
Enter the user-defined address of the device to be queried in the input box. After confirmation,
the list of all matched devices is shown. The list is arranged by user-defined address in ascending
order.
Fig. 4-25
Format of an entry of information (as shown in Fig. 4-26):
Location information
User-defined
Device Type
Device No.
Loop No.
Panel No.
No.
Fig. 4-26
4.5.1.3 Query of All Equipment
In the screen shown in Fig. 4-19, select "3. Query of all equipment" to enter the query screen of
all equipment (as shown in Fig. 4-27).
The screen will list the information of all the devices registered with the control panel. See
4.5.1.2 for the information display mode and format.
Fig. 4-27
4.5.1.4 Query of Equipment Status
In the screen shown in Fig. 4-19, select "4. Query of equipment status" to enter the query screen
of all equipment (as shown in Fig. 4-28). Press the or key to view different circuits.
Fig. 4-28
4.5.2 History Query
In the screen shown in Fig. 4-18, select "2. Record check" to query operation records, fire alarm
records and operation records, as shown in Fig. 4-29.
Fig. 4-29
Enter "1. Operation record query" to check the operation records. The operation records include
all alarm information, commands sent and settings made. Each entry includes the serial number,
information type, time of event occurrence, secondary address, equipment type and annotation. The
control panel allows query of the latest 9,999 entries of records of the system.
Enter "2. Fire record query" to check the fire records. Each entry includes the serial number, time
of fire occurrence, secondary address, equipment type and annotation. The control panel allows query
of the latest 1,000 entries of fire alarm records.
Enter "3. Operation record query" to check the operation records. The operation records contains
the user login information and records all manual operations by users. Each entry includes the serial
number, operation type, time of operation and annotation. The control panel allows query of the latest
1,000 entries of operation records.
By pressing the "?" key in the query screen, you can define the view of event records, including
the start time, end time and event type to facilitate viewing of the records.
4.5.3 View Linkage Formulas
In the screen shown in Fig. 4-18, select "3. Linkage formula query" to enter the query screen of
linkage formulas.
After entering the formula number, press "OK", and the linkage formula of this number will be
displayed on the screen, as shown in Fig. 4-30. You may also browse other linkage formulas by
pressing or .
Fig. 4-30
4.5.4 View Blocking Information
In the screen shown in Fig. 4-18, select "4. Blocking information query" to enter the query screen
of blocking information, as shown in Fig. 4-31.
The screen will display information of all the blocked equipment, which is arranged by
user-defined address in ascending order. See 4.5.1.2 for the format of information display.
Fig. 4-31
4.5.5 View Start Information
In the screen shown in Fig. 4-18, select "5. Start information query" to enter the query screen of
start information, as shown in Fig. 4-32.
The screen will display the information of all started bus devices, which are arranged by
user-defined address in ascending order. See 4.5.1.2 for the format of information display.
Fig. 4-32
Event
- + - + - + - + - + - + - + - + - + - + - + - + Time of event
Secondary Fire alarm 2012-07-19 11:23:09
address
001030-001 Point type smoke detector Equipment
Location of Elevator hall of building 04 of People's typeHospital
event
-+-+-+-+-+-+-+-+-+-+-+-+
Fig. 4 -33
4.7 Sound Alerts and Silencing of Control Panel
In the case of fire alarm or fault alarm, the speaker of the control panel will send out
corresponding alarm sound as alerts. When there are multiple alarm messages, the control panel will
send out corresponding alarm sound in the following order:
1) Sound alert of gas spraying (machine gun sound)
2) Sound alert of gas spraying about to start (gas start delay) prompt tone (rapid beeps at an
interval of 0.12 second)
3) Sound alert of fire alarm and early warning (fire engine sound)
4) Sound alert of start up (beeps at an interval of 0.5 second)
5) Sound alert of action, feedback, supervision (beeps at an interval of 1 second)
6) Sound alert of fault (ambulance sound)
Press the "Silence" key to stop the alarm sound from the control panel, if necessary. If a new
alarm occurs, the control panel will send out alarm sound again.
4.8 Handle Fire Alarm and Fault
4.8.1 General Information on Fire Alarm Handling
When fire alarm occurs, identify the location of the fire alarm first and confirm whether there is a
fire.
If the fire is confirmed, notify the fire brigade immediately and organize evacuation.
In the case of false alarm, record the equipment number and time of the false alarm, identify and
record the site conditions of the equipment giving the false alarm, such as whether there is dense dust,
water vapor, drastic temperature change, air flow, large object movement, etc. If false alarm occurs
frequently, please contact our technical service personnel for solution.
4.8.2 General Information on Fault Handling
Faults can be generally divided into two categories. One is the fault caused with the internal
components of the control panel, such as fault with the primary and backup power supply, buses, etc.;
the other is the fault with field equipment, such as fault with detectors, modules, etc. When the fault
occurs, press the "Silence" key to stop the fault alarm sound if necessary.
When the primary power supply fails, the backup power supply is used and, with full energy
level, can support the control panel working for more than 8 hours until the automatic
protection is activated for the backup power supply. After automatic protection of the
backup power supply, to alert the user that the fire alarm system has been turned off, the
control panel will send out fault sound for 1 hour. After the backup power supply is empty,
the primary power supply should be restored as soon as possible and the battery should be
charged for 48 hours to prevent the battery from being damaged.
If the system fails, it should be repaired in a timely manner. If the system has to be shut down,
keep detailed records as necessary.
If a field device fails, it should be repaired in a timely manner. If the fault cannot be solved in
a timely manner due to special reasons, the device should be blocked from the system
temporarily with the blocking function provided by the system. After the fault is solved, use
the blocking to restore the device.
4.9 Self-Test
The system provides self-test for audible and visual components and alarm output to determine
whether the system components are working properly. After pressing the "Self-test" key, the screen
display is as shown in Fig. 4-34.
Fig. 4-34
4.9.1 Self-test of Audible and Visual Components
In the system self-test screen (Fig. 4-34), select "1. Audible and visual self-test". The system will
carry out self-test with the indicator, LCD display, speaker, manual panel and direct control panel of
the control panel console. During the self-test, the LCD display displays the color of red, yellow and
blue in full screen in turn. The console indicators are lit all first and then in turn; all the indicators of
the manual panels and the direct control panels are lit; the speaker beeps. The control panel returns to
the screen shown in 4-8 after the self-test.
4.9.2 Output Function Self-Test
In the self-test screen (Fig. 4-34), select "2. Alarm output self-test", and the system will start the
alarm of the machine and light up the "Self-test" indicator on the control panel; After 10 seconds of
self-test, the alarm is activated, and the "Self-test" indicator on the control panel goes out.
4.10 User Settings
Press "User Settings" and input the first-level password to enter the user setting screen (as shown
in Fig. 4-35).
Fig. 4-35
These settings are used to change the running configuration of the control panel, and you may
make the settings according to your own actual needs. All the setting values will not be lost after
power failure, remain effective after setting and will not be affected by power on or off until the next
time the settings are changed.
4.10.1 Date and Time Settings
In the screen shown in Fig. 4-35, select and enter "1. Time and date settings", as shown in Fig.
4-36. The date and time on the screen is the current system date and time, which can be edited and
modified. After confirmation, the new system date and time takes effect.
Fig. 4-36
Note: The date and time set here is the reference time of the control panel operation records, so
the settings must be accurate.
4.10.2 Manual Start Settings
In the screen shown in Fig. 4-35, select and enter "2. Manual startup settings"" as shown in Fig.
4-37.
Fig. 4-37
The checked option indicates the current manual start status. You can switch the manual
start status by pressing the or keys or the or keys. Press the "OK" key to
save the current setting and exit.
⚫ If the control panel is set to have manual start disabled, it is impossible to start and stop the
relevant devices with the start / stop key and manual panel keys. Due to the importance of
the equipment controlled with the direct control panels, the keys of the direct control panel
are not subject to this setting. There is an electronic lock on a direct control panel to control
whether manual operation is allowed or not. Manual operation can be allowed or prohibited
by setting the key.
4.10.3 Automatic Start Settings
In the screen shown in Fig. 4-35, select and enter "3. Automatic start setting", as shown in Fig.
4-38.
Fig. 4-38
The checked option indicates the current automatic start status. You can switch the
automatic start status by pressing the or keys or the or keys. Press the
"OK" key to save the current setting and exit.
Automatic start refers to the process that the control panel automatically starts or stops the
linkage equipment according to the linkage formula if the conditions of the linkage formula are met
after linkage formula has been programmed in the control panel. Three modes are available: all
automatic, partial automatic and simulated linkage.
⚫ All automatic: In this mode, when the linkage conditions are met, all the linkage formulas
with the equal sign "=", "= ", "==" or "== "may participate in the linkage.
⚫ Partial automatic: In this mode, only linkage formulas with equal sign "==" or "== " may
participate in linkage when the linkage conditions are met.
⚫ Simulated linkage: This function is only used for commissioning. In this mode, when the
linkage conditions are met, the red light of the manual fire protection start key that meets
the linkage conditions is lit, and it starts to flash after 10 seconds, indicating that the linkage
formula has been correctly implemented. However, no external controlled equipment will
be started in this mode.
4.10.4 Gas Spraying Settings
In the screen shown in Fig. 4-35, select and enter "4. Gas spraying settings", as shown in Fig.
4-39.
Fig. 4-39
4.10.5 Automatic Anti-Theft Setting
In the screen shown in Fig. 4-35, select and enter "5. Automatic anti-theft setting" screen, as
shown in Fig. 4-40.
Fig. 4-40
◆ When the anti-theft function is turned off, the alarm signals from devices with the device
type "anti-theft module" will not be displayed.
◆ When the anti-theft function is activated, the alarm signals from devices with the device
type "anti-theft module" will be displayed.
◆ In the automatic anti-theft mode, you may set the time for starting and closing the anti-theft
function. Within the set time period, the control panel is in the anti-theft mode, and beyond
the set time period, the control panel is in the anti-theft off status. The set time period is
effective every day.
4.10.6 Screen Saver Settings
In the screen shown Fig. 4-35, select and enter "6. Screen saver settings", as shown in Fig. 4-41.
Fig. 4-41
4.11 Print Settings
Press "Print Settings" and input the first-level password to enter the print setting screen (as
shown in Fig. 4-42).
Fig. 4-42
The checked option indicates the current printing status. You can switch the printing status
by pressing the or keys or the or keys. Press the "OK" key to save the
current setting and exit.
⚫ Printing disabled: No information will be printed
⚫ Instant printing: Print all information immediately
⚫ Instant printing without telephone number: Print all information except telephone number
immediately
⚫ Fire alarm printing: Print fire alarm information immediately
⚫ Printing selected: Press "OK" in the record view screen to print the selected records.
Fig. 4-43
4.12.1 Block Equipment by Equipment Address
In the screen shown Fig. 4-43, select "1. Block equipment by equipment address" to enter the
blocking operation screen against equipment address, as shown in Fig. 4-44.
The blocking operation is applicable when the operator is familiar with the equipment to be
blocked and clearly knows their circuit numbers and equipment addresses.
Fig. 4-44
Input the circuit number and equipment address of the equipment to be blocked, and press the
"Confirm blocking" key to block the device.
4.12.2 Block Equipment by User-Defined Address
In the screen shown Fig. 4-43, select "2. Block equipment by user-defined address" to enter the
blocking operation screen against user-defined address, as shown in Fig. 4-45.
Input the secondary address of the equipment to be blocked in the prompt box for blocking the
device, and then press "Confirm blocking" to directly block the equipment. When it is necessary to
select the secondary address of the equipment in the list of the equipment to be blocked, press ? to
enter the list of the equipment to be blocked, press or to select the secondary address
of the device, and the selected secondary address of the device will be highlighted. Press the "Confirm
blocking" key to populate the secondary address of the selected device into the prompt box, and press
"Confirm blocking" again to block the device.
Fig. 4-45
To block the local alarm, the first six digits of the user-defined address are the user-defined
secondary address, and the device type is "76 - Alarm output". After confirmation, the local alarm
output will be blocked and the alarm blocking indicator will be lit. The operation of unblocking is not
described here as it is similar to the operation of blocking.
To block the local fire alarm transmission device, the first six digits of the user-defined address
are the user-defined secondary address, and the device type is "77 - Alarm transmission". After
confirmation, the local fire alarm transmission device will be blocked and the alarm transmission
fault/blocking indicator will be lit constantly.
The operation of unblocking is not described here as it is similar to the operation of blocking.
4.12.3 Block a Circuit
In the screen shown Fig. 4-43, select "3. Block a circuit" to enter the circuit blocking screen, as
shown in Fig. 4-46.
Fig. 4-46
After inputting and confirming the circuit number to be blocked, the circuit is blocked.
※After the circuit is blocked, the equipment of the blocked circuit will be powered off and
report no information. Blocking of circuits should be performed by professionals only!
Note: When inputting a device address in the operations of "Confirm blocking", "Unblocking",
"Start / stop", etc., the wild card "*" can be used to indicate that this bit can be any number from 0 to
9. This feature makes it simple for operators to block, unblock, start or stop a group of devices. For
example, to block all the anti-theft detectors in the system, you just input "******-*** 48" during the
blocking operation, and then all the anti-theft modules will be blocked. In the string, "48" is the
equipment type code of anti-theft modules. The operation of unblocking is not described here as it is
similar to the operation of blocking.
keys on the manual panel and the corresponding devices during installation and commissioning, and
indicate the names of devices beside the manual keys controlling the devices. Some important devices
are directly connected to the direct control panels and can be started or stopped directly with keys of
the direct control panels.
Whether the keyboard of the control panel or manual panels are used to start and stop the linkage
equipment manually, the start command can be sent only when the control panel is in the "Manual
allowed" status. When the control panel is in the "Manual disabled" status or a device to be started is
in the blocked or fault status, the start operation does not work.
The manual start with a direct control panel is subject to the manual operation lock of the direct
control panel. Only when the manual operation lock is in the allowed status, can the direct control
panel start the device with its key.
4.13.2 Start / Stop Controlled Equipment with Keyboard of Control Panel
Press the "Start" key in the main keyboard area of the control panel (if the control panel is in the
key locked status, it is necessary to input the first-level password to unlock), and the screen display is
shown in Fig. 4-47.
Fig. 4-47
There are two ways to start a device with the keyboard of the control panel.
1. Start a device with its equipment address: The operator clearly knows the circuit number and
equipment address of the device to be started, and only one device can be started at a time.
2. Start a device with its user-defined address: Start a device with its user-defined addresses
defined in advance, and multiple devices can be started at a time.
⚫ In the screen shown Fig. 4-47, select "1. Start equipment by equipment address" to enter the
starting operation screen against equipment address, as shown in Fig. 4-48.
Fig. 4-48
Input the circuit number and equipment address of the device to be started, and the device
will be started after "Confirm Starting".
⚫ In the screen shown Fig. 4-47, select "2. Start equipment by user-defined address" to enter
the starting operation screen against user-defined address, as shown in Fig. 4-49.
Fig. 4-49
Input the secondary address of the equipment to be started in the prompt box for starting the
device, and then press "Confirm Start" to directly start the equipment. When it is necessary to select
?
the secondary address of the equipment in the list of the equipment to be started, press to enter
the list of the equipment to be started, press or to select the secondary address of the
?
device, and the selected secondary address of the device will be highlighted. Press the key to
populate the secondary address of the selected device into the prompt box, and press "1. Confirm
starting" again to start the device.
※ The operation of stopping the equipment is not described as it is similar to the operation
of starting.
4.13.3 Start / Stop Controlled Equipment Manually with Manual Panel
To start a controlled bus device, first find the unit corresponding to the device to be started
according to the label information of the manual panel. Press the manual key of this unit, and the
command light is lit, indicating that the start command is sent out; Press the key again, and the
command indicator goes out, indicating that the start command is terminated.
※ If the start key pressed is not defined or the defined device does not exist, a prompt will
pop up in the window to inform the operator that the key is not defined or the device does not
exist.
4.13.4 Start / Stop Controlled Equipment Manually with Direct Control Panel
When the output is set to the level output mode, press the key of the direct control panel, the
control line corresponding to the key sends out the start signal, and the corresponding start indicator
on the key is lit; press the stop key, the output is terminated, and the start indicator goes out.
When the output is set to the pulse output mode, press the key of the direct control panel, and the
control line corresponding to the key sends out the pulse start signal; press the key again to send the
pulse start signal again.
Fig. 4-50
⚫ When performing the operation described above, first switch the highlighted screen to the delay
screen by pressing the window switch key.
⚫ If more than one entry of delay information exists, press the or key to highlight
an entry.
hand, improper operation of gas fire-extinguishing equipment will lead to significant and irreparable
losses, even casualties, as well as impairment to the fire protection performance of important places
for a certain period of time. Be extremely careful when starting such equipment! The equipment type
of gas fire extinguishing equipment is "Gas start (37)".
Besides the preconditions for starting general equipment, the starting of gas fire-extinguishing
equipment shall meet the following preconditions:
a) The personnel who start the gas fire extinguishing equipment must be qualified personnel
who have received the knowledge training on fire extinguishing with gases.
b) Confirm that the fire really requires starting the gas fire extinguishing equipment.
c) Confirm that all personnel have been evacuated in the protected area where the gas fire
extinguishing equipment is to spray the gas.
The gas fire-extinguishing equipment has two addressed control points, i.e. "Start Gas" and "Stop
Gas" on the control panel for gas fire-extinguishing. For the automatic linkage or manual starting
operation of the "Start Gas" equipment. Besides that the control panel is in "Partial automatic"
(linkage formulas containing "= =" are included in the linkage), "All automatic" (linkage formulas
including "=" and "= =" are included in the linkage) or the "Manual allowed" mode, the control panel
must also be in the "Spray allowed" status. The operation of "Gas Stop" is not controlled by "Spray
allowed".
4.15.2 Manual Starting of Gas Fire Extinguishing Equipment
Like general equipment, the manual starting of gas fire-extinguishing equipment may also be
started with the keyboard of the control panel or manual panels, and the operation methods are
similar.
Normally, manual panels should be use, because this method is fast and not prone to mistakes.
Just find the unit corresponding to the gas fire extinguishing equipment according to the label
information of the manual panel, and press the command key of this unit.
In special cases, if no manual panel is defined for the device, the keyboard of the control panel
may also be used to start the device.
To prevent improper operation of the gas fire extinguishing equipment,
the control panel’s screen will automatically display two prompts after pressing the corresponding
manual key or input the user-defined address for the gas fire extinguishing equipment in the start
menu. Assume that the gas fire extinguishing equipment with the address of 111111-021 is started.
The screen prompt is shown in Fig. 4-51.
Fig. 4-51
Now, select "Confirm Start" and a prompt will appear on the screen as shown in Fig. 4-52. Select
"Cancel Start" to give up.
Fig. 4-52
In the screen shown in Fig. 4-52, select "Cancel Start" to give up; select "Confirm start" to send
out the command to start the gas fire extinguishing equipment immediately! The warning window has
a time limit, by which the operation will be given up if no operation occurs within 30 seconds.
4.15.3 Automatic Linkage Control of Gas Fire Extinguishing Equipment
In the case of manual starting, the gas fire-extinguishing equipment is started immediately after
confirmation. When the gas fire-extinguishing equipment is controlled by means of automatic linkage,
the control panel directly sends out commands to the gas fire-extinguishing control panel. After
receiving the commands, the gas fire-extinguishing control panel sends start signal to the cylinder
solenoid valves controlling the gas fire-extinguishing equipment after a delay (settable).
4.15.4 Emergency Stopping of Gas Fire Extinguishing Equipment
During the delay before the gas fire extinguishing control panel sends out the immediate start
command, the gas fire extinguishing equipment can be stopped in either both the central control room
or at the site.
At the site, press the "Emergency Stop" button to directly terminate the delayed starting of gas
fire extinguishing equipment.
4.16 Reset
When a fire alarm or fault is solved, reset the control panel by pressing the "Reset" key, input the
user password and confirm the operation. Resetting gives the following results:
⚫ Clearing all existing fire alarms, faults and feedbacks.
⚫ Resetting all linkage devices.
⚫ Resetting all bus controlled equipment and status indicators on manual panels and direct
control panels.
⚫ Clearing the commands requesting starting or delayed starting.
⚫ Clearing the silencing status.
⚫ Clearing the display of all fire display panels.
Press the "Set" key to enter the system setting menu (as shown in Fig. 5-1), and then press the
corresponding number keys to enter the corresponding screens.
To enter the system setting screen, you need to use the administrator password (or a higher-level
password) to unlock it before operation.
Fig. 5-1
Fig. 5-2
1. Register additional devices: Additional bus devices are registered on the basis of the existing
registered devices, and the total number of registered devices increases.
2. Update all registration: All boards and bus devices are re-registered.
3. Update card registration: Only manual panels, direct control panels and communication cards
are re-registered, while bus devices are not re-registered.
For the procedure of 1-3, please refer to the operation instructions on registration upon power-on in
4.1 for startup, shutdown and self-test.
5.1.1 Add Equipment Manually
In the screen shown Fig. 5-2, select "Add equipment manually" to enter the screen for manually
adding equipment, as shown in Fig. 5-3.
Fig. 5-3
Input the circuit number and equipment address of the device to be added. After confirmation,
the device will be registered immediately. The registration information of the device can be viewed in
the equipment view screen.
※ The operation of manually reducing equipment is not described as it is similar to the
operation of adding equipment manually.
?
When inputting a device type, you can also enter the input and selection box by pressing the key,
select the equipment type with the , , or keys, and then press the "OK" key
to get the device type.
Equipment characteristics: Some devices have variable configuration which can be changed
with this setting. Devices with variable configuration include:
⚫ Point type smoke detector: The sensitivity (threshold) of point type smoke detectors for
detecting smoke can be changed with 1 = sensitivity 1, 2 = sensitivity 2, 3 = sensitivity 3.
The corresponding sensitivity characteristics are shown in Table 5-1.
Table 5-1
Sensitivity
Detector threshold (dBm-1)
category
Sensitivity 1 0.1 - 0.21
Sensitivity 2 0.21 - 0.35
Sensitivity 3 0.35 - 0.56
Note: The smaller the sensitivity number, the more sensitive the detector is, which can send out alarm
for less smoke.
⚫ Output module: For modules, this item is for selecting the output control mode, "00"
represents a general pulse output control mode module; "01" represents a general
continuous level output mode module.
Key value: For a linkage device in the system, this item is used to define the start key on the
manual panel corresponding to the device. This item consists of 4 digits with the first two digits
indicating the number of the manual panel, and the last two digits indicating the manual key number.
Device annotation: Device annotation gives the location of the device or other related reminder
information in Chinese. You can enter up to 40 characters in this field. Each numeral character
or letter take up 1 place, and each Chinese character take up 2 places.
5.2.2 Device Definition Procedure
Enter the "2. Device definition" screen, which will display the device definition selection menu
as shown in Fig. 5-4. This menu includes: bus device definition, manual panel definition, direct
control panel definition, broadcast / telephone panel definition, networking control panel definition,
custom device type, circuit annotation definition and project name.
Fig. 5-4
5.2.2.1 Continuous Equipment Definition
Select "1. Bus device definition" -> "1. Continuous definition" to enter the device continuous
definition status (as shown in Fig. 5-5). In this status, the system deems the devices are undefined by
default.
Fig. 5-5
Define all the fields in Fig. 5-5, and press "OK" to save them after input. When inputting the
device type, you can input it directly or press the ? key to select it in the input selection box on the
right side of the screen.
After the first device definition is completed and confirmed, the next device is defined as the
same to the previous device by default, which provides the following advantage:
The device address is added by 1 automatically when it is less than its maximum value;
The secondary address is added by 1 automatically;
The equipment type remains unchanged;
The equipment characteristics remain unchanged;
When the key value is set, the key value is added by 1 automatically;
The device annotation remains unchanged.
5.2.2.2 Equipment Definition Inheritance
Select "1. Bus device definition" -> "2. Inherit definition" to enter the device definition
inheritance status (as shown in Fig. 5-6). In this status, the defined device information is called from
the system and may be modified.
For example, external equipment 001 of circuit 15 is defined as a point type smoke detector
with the secondary address of 001001-001. The equipment definition may be inherited in the way
described below.
Enter the equipment definition inheritance screen and input the circuit number of 15 and
equipment address of 001. The LCD display shows the information of the photoelectric smoke
detector with the secondary address of 001001-001. You can modify the existing definition. After you
press the "OK" key to save the definition, the display automatically shows the definition information
of device 002 on circuit 15.
Fig. 5-6
5.2.2.3 Quick Definition of Equipment
Select "1. Bus device definition" -> "3. Quick definition" to enter the quick device definition
status (as shown in Fig. 5-7). In this status, you can quickly define multiple devices. After inputting
the complete equipment information (in the same way as that for continuous equipment definition),
press the "OK" key, and the secondary address of the devices will increase automatically by a
specified increment. If the device type is defined as module (i.e. the device type number is greater
than 11) and a legal manual key value is defined, the manual key value will increase automatically.
Fig. 5-7
5.2.2.4 Manual Startup Panel Definition
Select "2. Manual panel definition" -> "1. Continuous manual panel definition" to enter the
screen of continuous manual panel definition, as shown in Fig. 5-8.
Fig. 5-8
Input the manual panel number and key number to be defined, then input the device address and
device type to be controlled by the key, and press the "OK" key to complete the definition of the
manual key.
In the process of definition, the wildcard "*" is used when inputting the secondary addresses of
controlled devices, which allow the control of multiple devices with one manual key.
※ The procedure for manual key inheritance definition is not described as it is similar to
that for continuous definition operation.
5.2.2.5 Direct Control Panel Definition
Select "3. Direct control panel definition" -> "Continuous definition" to enter the screen of direct
control panel definition, as shown in Fig. 5-9.
Fig. 5-9
Input the direct control panel number and key number to be defined, and then input the device
address, equipment type and annotation to be controlled by the key to complete the definition of the
direct control point.
When the function switch is set to "Circuit check disabled", the control panel will not check the
direct control output.
※ The procedure for direct control key inheritance definition is not described as it is
similar to that for continuous definition operation.
5.2.2.6 Radio / Telephone Panel Definition
Select "4. Broadcast / telephone panel definition" -> "Continuous definition" to enter the screen
of broadcast / telephone panel definition, as shown in Fig. 5-10.
Fig. 5-10
Input the communication card number and panel number to be defined, and then
input the area address, secondary address and equipment type to complete the definition of
the broadcast telephone panel.
5.2.2.7 Network Controller Definition
Like other devices, such controllers also have their own addresses, that is, the secondary address
of the network slaves.
Input the 9-digit secondary address and annotation, and press the "OK" key to save the
information, as shown in Fig. 5-11.
Fig. 5-11
Fig. 5-12
5.2.2.9 Circuit Annotation definition
Circuit annotation refers to the explanatory information in China related to the circuit. You can
enter up to 40 characters in this field. Each numeral character or letter take up 1 place, and each
Chinese character take up 2 places, as shown in Fig. 5-12.
Fig. 5-13
5.2.2.10 Project Name
Enter the project name setting screen, as shown in Fig. 5-14. You can input up to 20 Chinese
characters here. The project name will be displayed in the normal monitoring screen.
Fig. 5-14
"Delayed start" or "Immediate stop" operations of the controlled equipment according to these logic
expressions. The linkage formulas of this system is divided into two parts: the first part represents the
condition, which is composed of secondary address, equipment type and relation operator, and the
second part represents the equipment to be linked and is composed of secondary address, equipment
type and delay start time.
Example 1:
1 2 3 4 5 6 7 8
① Linkage trigger device 1: legal characters (0 ~ 9, *, &), i.e. the secondary address and device type
of the device, 11 places
② Linkage condition: legal character (+, x), 1 place
③ Linkage trigger device 2: legal characters (0 ~ 9, *, &), i.e. the secondary address and device type
of the device, 11 places
④ Linkage execution mode: legal characters (=, = =, = x, = = x), 1-3 places
⑤ Linkage execution device 1: legal characters (0 ~ 9, *, &), i.e. the secondary address and device
type of the device, 11 places
⑥ Delay time of linkage execution device 1: legal characters (0-9), 3 places
⑦ Linkage execution device 2: legal characters (0 ~ 9, *, &), i.e. the secondary address and device
type of the device, 11 places
⑧ Delay time of linkage execution device 2: legal characters (0-9), 3 places
The linkage formula represents that:
when point type smoke detector 001001-001 and point type smoke detector 001001-002 alarm at the
same time, fire damper 001001-003 will start immediately, and audible and visual sounder
001001-004 will start 20 seconds later.
Note:
◆ In a linkage formula, any device before or after the equal sign is required to be composed
of a secondary address and an equipment type, and the equipment type cannot be omitted.
◆ There are four expressions of the equal sign in linkage formulas, i.e. "=", "= =", "=", "= =". If
the equal sign in a linkage formula is "=" or "=", when the linkage conditions are met, the
control point can perform linkage operation only in the "All automatic" status ("=" represents
linkage start and "=" represents linkage stop). If the equal sign in a linkage formula is "==" or
"==", when the linkage conditions are met, the control point can perform linkage operation in
the "Partial automatic" or "All automatic" status ("==" represents linkage start and "=="
represents linkage stop).
◆ Only one equal sign indicating causality may exist in a linkage formula.
◆ There are two relation symbols: "or" and "and", with "+" stands for "or" and "×"stands
for "and".
◆ The delay time of the linkage equipment following the equal sign is 000-600, and the delay
time range is 0s ~ 600s.
◆ In a linkage formula, wildcards are allowed with "*" representing any number between 0 and 9.
A wildcard may appear in either the condition part or the linkage part of a formula to
simplify the linkage formula appropriately. When a wildcard appears in the condition part,
the "or" relationship is implied between the devices. For example, 0*0013-003 15
represents:
000013-003 15+010013-003 15+020013-003 15+030013-003 15+040013-003 15+
050013-003 15+060013-003 15+070013-003 15+080013-003 15+090013-003 15.
◆ The "&" wildcard for causality consistency is allowed in linkage formulas. The use of "&"
is similar to that of "*". "&" is used to represent any number between 0-9, but its meaning
is different from "*". When the secondary address of a device is consistent with the
formula conditions, if the secondary address number corresponding to the place where
"&" stands has not appeared, the number is saved as the conditional number. When the
formula is established, and the corresponding place in the formula result item is also the
"&" symbol, the "&" symbol will be replaced by the corresponding conditional number
which has been saved to complete the linkage. When there is a new equipment secondary
address is processed, the above rule still applies to complete the linkage with the same
logical relationship in different areas.
◆ The equipment type in the linkage part of a linkage formula cannot contain wildcard "*"
or "&".
For example, the formula of &&&***-*** 03 = &&&***-*** 13000 means that when any
point type smoke detector in a certain area sends out alarm, any sounder in the same area will
start immediately. That is, when device 121***-*** 03 gives an alarm, device 121***-*** 13
starts without delay; when device 122***-*** 03 gives an alarm, device 122***-*** 13 starts
without delay; and so on.
5.3.2 Edit Linkage Formula
In the system setting menu, select item 3 to enter the linkage programming menu (as shown in
Fig. 5-15). There are three buttons in the menu: New linkage formula, Modify linkage formula and
Delete linkage formula.
Fig. 5-15
5.3.2.1 New Linkage Formula
Enter the "1. New linkage formula" screen (as shown in Fig. 5-16). The system automatically
assigns a serial number to the formula. After entering the linkage formula to be defined and
confirming it, the linkage formula is saved in the first available entry in the storage area. This system
will check the syntax of linkage formulas. That is, illegal characters are not allowed in the process of
input.
Fig. 5-16
Tips: The control panel provides association in the linkage formula input process, which display
all the devices that meet the input conditions in the list box for selection in the same way as that with
other list boxes. When all occurrences of the secondary address of a device in the formula are
completely changed to 0, the secondary address will not be recorded in the formula. That is, the
device is deleted from the linkage formula.
5.3.2.2 Modify Linkage Formula
Entering the serial number of the formula to be modified. After confirmation, the control panel
will display the linkage formula of this serial number and wait for edition and modification (as shown
in Fig. 5-17). After the modification is completed, press "OK" to save the modified linkage formula,
or press "Cancel" to discard the modification without saving.
Fig. 5-17
5.3.2.3 Delete Linkage Formula
After entering and confirming the formula number to be deleted, the control panel will display
the linkage formula of the serial number. Select "Confirm deletion" to perform the deletion or select
"Cancel deletion" to keep the linkage formula, as shown in Fig. 5-18.
Fig. 5-18
Fig. 5-19
5.4.1 Local Address Setting
In the screen shown in Fig. 5-19, select "1. Local address setting" to enter the screen for setting
the local address, as shown in Fig. 5-20.
Fig. 5-20
Input the network address of the unit in the screen, and the address range is 1-240.
※ The local network address is a unique number assigned to the control panel in the
network, and the addresses of different control panels cannot be the same.
Fig. 5-21
Enter the network card number in the field behind the communication card. After pressing the
"OK" key, you may choose whether to display network information and whether to allow sending and
receiving various network commands.
5.4.3 IP Address Settings
When the control panel is connected with GST-DGNK5000H multi-interface card, the IP address,
mask address and gateway address should be set for the communication card. In the screen shown in
Fig. 5-19, select "3. IP address settings" to enter the screen for setting the local IP address setting, as
shown in Fig. 5-22.
Fig. 5-22
5.4.4 Clearing Faulty Slave
In the screen shown in Fig. 5-19, select "4. Clear fault slaves" to enter the screen for clearing
fault slaves, as shown in Fig. 5-23.
Fig. 5-23
In the commissioning stage and the following operation, when the network slaves change or
decrease in the GST network, the control panel will report the corresponding slave fault. If the
network change is permanent and the control panel is supposed not report the corresponding slave
fault, all the slaves reported to be faulty can be cleared from the network registry with this menu.
Commands for this function are sent across the network. Other slaves connected to the network
will also clear all slaves reported to be faulty from their network registry.
5.4.5 Secondary Address Compatibility
In the screen shown in Fig. 5-19, select "5. Secondary address compatibility" to enter the screen
of secondary address compatibility, as shown in Fig. 5-24.
Fig. 5-24
This function is designed to handle compatibility with earlier control panels. The
high-performance bus controller takes the 6-digit secondary address of an earlier control panel as the
six higher digits of a 9-digit secondary address, and the three lower digits are taken from the network
controller number of the earlier control panel. The checked option indicates the current status.
You can switch the secondary address alignment status by pressing the or keys or the
or keys. Press the "OK" key to save the current setting and exit.
Fig. 5-25
5.5.1 Commissioning Mode Settings
In the screen shown in Fig. 5-25, select "1. Commissioning mode setting" to enter the screen for
setting of the commissioning mode, as shown in Fig. 5-26..
Fig. 5-26
The status bar at the bottom of the control panel display screen indicates "commissioning" when
the control panel is in the commissioning mode or "monitoring" when the control panel is back to the
normal monitoring mode. The control panel running in the commissioning mode will automatically
return to the normal monitoring mode after 24:00 o’clock .
When the control system is formally put into use after commissioning, re-enter this menu and
select the monitoring status after ensuring that the control panel registration is correct. This is to
ensure that the control panel will generate fault alarm when any registered device is lost upon
power-on or off of the control panel!
5.5.2 Broadcast Synchronization Settings
In the screen shown in Fig. 5-25, select "2. Broadcast synchronization settings" to enter the
screen for setting broadcast synchronization, as shown in Fig. 5-27.
Fig. 5-27
The checked option indicates the current status. You can switch the broadcast
Fig. 5-28
When the early warning is on:
If a detector that meets the conditions of early warning association sends out alarm, the
control panel enters the early warning status, and the LCD display of the control panel will
display the early warning message and send out the fire alarm sound, but it will not output
automatic linkage alarm or make linkage formula judgment.
If another detector meeting the early-warning association conditions also sends out alarm
after the control panel has entered the early-warning status for 5 minutes, the early-warning
association conditions are met, the early-warning is regarded as fire alarm, the control panel
enters the fire alarm status, lights up the fire alarm indicator, output automatic linkage alarm
and complete the automatic start-up operation according to the linkage formula (the alarm
output and automatic start-up are also subject to the settings made by the user).
If no other device sends out alarm after the control panel has entered the early-warning
status for 5 minutes, the control panel automatically clears the early warning message and
reset the device sending out the alarm.
The alarm raised by the manual call points is not affected by the early warning settings, and
directly leads to the fire alarm status.
By enabling early warning permission, improper operation caused by the false alarm from a
certain device can be effectively avoided. In the early warning status, when a fire alarm is confirmed
manually, one may press any manual call point to make the control panel enter the fire alarm status
immediately.
You may set the alarm association according to the actual conditions of the site. The control
panel can have up to 32 early warning association formulas. The formula shown in Fig. 5-28 is
defined as follows: When the system detects alarm from a detector meeting curtain conditions, the
system enters the early warning status, and causes the speaker to send out fire alarm sound without
activating linkage output.
If the system detects fire alarm from another detector meeting the conditions within 5 minutes,
the system will enter the fire alarm status and activate the linkage output; if no subsequent detector
alarm is received within 5 minutes, the system will reset the detector sending out alarm and clear the
early warning message.
5.5.4 Fire Alarm Output Settings
In the screen shown Fig. 5-25, select and enter "4. Fire alarm output settings", as shown in Fig.
5-29.
Fig. 5-29
Fire alarm output settings are used to set the sound and light alarm output signal of the control
panel, and two modes are available: direct starting with fire alarm and starting with linkage formula.
⚫ In the case of direct starting with fire alarm, as long as fire alarm appears in the control
panel, the alarm will be started directly, and the fire alarm transmission equipment will be
started immediately to transmit the fire alarm message. This is not affected by the automatic
settings.
⚫ In the case of starting with linkage formula, when fire alarm appears in the control panel,
the alarm output and fire alarm transmission will not be automatically output. Alarm output
and fire alarm transmission should be included in a linkage formula and started
automatically with the linkage formula.
The checked option indicates the current status. You can switch the fire alarm output status
by pressing the or keys or the or keys. Press the "OK" key to save the
current setting and exit.
In the case of "Linkage Start", secondary addresses may be created in the following format:
001001-000 76
Control
控制器号 Cabinet
机箱号 Constantly
固定000 Equipment
设备类型
No. No. 000 type
Fig. 5-30
The checked option indicates the current status. You can switch the grounding detection
status by pressing the or keys or the or keys. Press the "OK" key to save
the current setting and exit. When "Stop detection" is selected, the control panel will not report the
ground fault.
5.5.6 Silence Settings of Display Panel
In the screen shown Fig. 5-25, select and enter "6. Silence settings of display panel", as shown in
Fig. 5-31.
Fig. 5-31
The checked option indicates the current status. You can switch the silence status of
display panel by pressing the or keys or the or keys. Press the "OK" key
to save the current setting and exit.
※ This function is only used in the commissioning mode. When the Silent commissioning
status is selected, the bus display panel will not receive the fire alarm.
5.5.7 Silence Settings of Control Panel
In the screen shown Fig. 5-25, select and enter "7. Silence settings of control panel", as shown in
Fig. 5-32.
Fig. 5-32
The checked option indicates the current status. You can switch the silence status of
control panel by pressing the or keys or the or keys. Press the "OK" key
to save the current setting and exit.
5.5.8 Audible and Visual Alarm Feedback
In the screen shown Fig. 5-25, select and enter "8. Audible and visual alarm feedback", as shown
in Fig. 5-33.
Fig. 5-33
The checked option indicates the current status. You can switch the status of audible and
visual alarm feedback being allowed or not by pressing the or keys or the or
keys. Press the "OK" key to save the current setting and exit. This function is used to set
whether the control panel receives the feedback information from audible and visual alarms.
Fig. 5-34
Select the password to be set, and the password setting screen appears (as shown in Fig. 5-34). In
this screen, follow the prompt to enter the user name and new password. To prevent error in inputting,
the control panel requires input of the new password again for confirmation.
If the two passwords input are the same, the control panel will exit the password setting status,
indicating that the password is set successfully; if there is an error, the screen will prompt for
confirming the password input and wait for correction, as shown in Fig. 5-35.
Fig. 5-35
The control panel provides a series of commissioning methods and means to professional
personnel for commissioning of the whole hardware system. The personnel for commissioning the
system must be formally trained and have a clear understanding of the hardware configuration of the
whole system. General operators are not allowed to commission the system; otherwise the normal
operation of the whole system will be impaired!
※ Before commissioning the system, please change the operation mode of the control panel
to "Commissioning".
Press the "System settings" key to enter the setting menu, and select "7. Other settings" to enter
the equipment commissioning selection menu, as shown in Fig. 6-1.
Fig. 6-1
Fig. 6-2
In the screen shown in Fig. 6-2, input the circuit number and equipment address of the equipment
to be monitored. After confirmation, select the command mode from options 1~4. After confirmation,
monitoring of the equipment is started. The code return pulse width list returns the code return pulse
width value of the current device.
Note:
◆ The bus device will be started during the fixed-point commissioning. Be careful in
commissioning as this is risky!
Fig. 6-3
In the screen shown in Fig. 6-3, Input the circuit number and equipment address of the digital
equipment to be commissioned. After pressing the "OK" key, the commissioning command will be
sent to the digital equipment.
Fig. 6-4
In the screen shown Fig. 6-4, input the circuit number and equipment address of the equipment to
be changed. After pressing the "OK" key, the secondary address and internal information of the
equipment will appear. After entering the new address, select "Confirm modification" to change the
original address to the new address. Select "Cancel modification" to discard the modification.
Fig. 6-5
Note: After the control panel has completed the equipment registration, the installation and
commissioning personnel should check the number and location of the devices in each circuit
registered in the system. When the number of registered devices is less than the actual installed
number in the circuit, a possible reason is that there are problems in the installation and wiring
of the equipment, or that two or more external devices have the same address (i.e., duplicate
address).
The number of registered devices is less than the number of actually installed devices if
there are duplicate addresses or problems in the installation and wiring of the equipment. The
equipment control panel may fail to display the alarm and fault information of devices not
registered, Therefore, any two devices may have the same address in the same circuit. The
installation and commissioning personnel should ensure that the number of devices registered
by the control panel is consistent with the actual installed ones. If not, GST shall not be liable
for any legal liability for the loss of personnel and property.
Fig. 6-6
You can switch the mode by pressing the or keys or the or keys. Press the
"OK" key to save the current setting and exit.
The setting range of pollution compensation value is 105~255. After setting, select "Confirm
modification" to save, or select "Cancel modification" to discard the change and exit the screen.
Fig. 6-7
Fig. 6-8
7.1 General
JB-QB-GST1500H-EN, JB-QG-GST5000H-EN, JB-QT-GST5000H-EN,
JB-QG-GST9000H-EN, JB-QT-GST9000H-EN Fire Alarm Control Panel / Fire Safety Linkage
Control Panel can be equipped with GST-LD-KZ08H direct control panels.
A direct control panel is connected with controlled devices via dedicated cables featuring high
performance and are mainly used for starting and stopping of key equipment such as fire pumps,
smoke exhaust fans and forced draft fans.
7.2 Features
1. Two-wire connection with terminators is adopted to realize the start and stop control of
controlled devices and save wiring costs.
2. With modular design, the number of pads is configured as required (within the maximum number
specified in Appendix I), and each pad has 8 control outputs.
3. Circuit check is provided to identify short circuit and open circuit of the circuits.
4. Key pressing is effective only it is allowed by the manual lock to enhance reliability.
5. The status indication is clear and readily understandable. Each circuit has a separate indicator to
represent the start-up, feedback and fault status.
7.3 Structure Characteristics
7.3.1 Panel Console
The console of the direct control panel has manual locks, start keys, stop keys and status
indicators. Each control unit consists of 2 keys and 3 indicators, as shown in Fig. 7-1. The
components are described below:
7-2.
Control panel
控制器
Output board
输出板
Control console
控制面板 Panel No.
盘号设置setting
X1
DC24V
power
电源盘supply
C1+ C1- C2+ C2- C3+ C3- C4+ C4- C5+ C5- C6+ C6- C7+ C7- C8+ C8-
直
drirect control panel
Controlled
equipment
C1+ C+ 被
ZD
Output board of
控 NC
Equipment side
控 - 控
Control panel
盘 设
设
制 输 02 NO 备
备
器
Feedback side
terminator
出 终 端
板 C1- C- 端 I 反
器 馈
G 端
Panel 6
6号盘
Fig. 7-5
7.5.2 Turn On
After the pad numbers are set, turn on the power supply of the control panel after checking that
the wiring is correct. The total number of direct control panels registered by the control panel should
be consistent with the actual total number.
7.5.3 Self-Test
All the indicators of the direct control panels can be checked with the "sound and light signal
self-check" function of the control panel. After the self-test starts, all the indicators on the console of
the direct control panels are lit, and then the indicators of each channel are lit in turn. After the
self-test, the indicators return to the status before the self-test.
7.5.4 Direct Control Panel Definition
The devices controlled by the direct control panels should be defined first before use. See "5.2
Equipment Definition" for details.
In the screen for direct control panel definition, the "Device characteristics" field is used to set
the control output mode of each channel being "Level output" or "Pulse output".
• When the output is set to the "Level output" mode, press the Start key to start signal output,
which will be held until pressing of the stop key.
• When the output is set to the "Pulse output" mode, press the Start key to start signal output,
which will be turned off automatically about 5 seconds after the pressing.
In the screen for direct control panel definition the "Function switch" field is used to set the
output circuit check function of each channel, which can be set as "Circuit check enabled" or "Circuit
check disabled".
• If it is set to "Circuit check enabled", when there is an open circuit or short circuit between
the output and the terminator on the equipment side, the direct control panel will report the
circuit fault, and the "Fault" indicator for the output will be lit;
• If it is set to "Circuit check disabled", the direct control panel do not check fault in the
external circuit.
Note: For the channels connected with controlled devices, to ensure real-time monitoring of
circuit fault, "Circuit check enabled" should be set for these channels"! "Circuit check disabled" may
be set for channels not in use.
7.5.5 Manual Control
You may set the operation authority with the manual lock on a direct control panel. When the
lock is in the "Allowed" position, operation with the start or stop key is effective; otherwise, the key
operation is invalid.
In the "Manual allowed" mode:
When the "Start" key of a channel is pressed, the "Start" indicator is lit, and the start
command is sent, and the corresponding controlled device should act. When the direct control
panel receives feedback signal from the controlled device, the "Feedback" indicator of the channel
is lit. If no feedback signal is received from the channel within 10 seconds after the start command
is sent by the direct control panel, the "Start" indicator flashes.
Press the "Stop" key of the channel, the "Start" indicator goes out, the stop command is sent,
and the start signal of the controlled device is revoked.
Note:
⚫ To ensure the reliability of key operation, wait for more than 1 second before the next key
pressing.
⚫ Usually, the manual lock should be set to "Not allowed" status to avoid misoperation.
7.5.6 Automatic Control
You may enable automatic control of the control output of the direct control panels with the
preset linkage formulas on the control panel. First, write linkage formulas according to the definitions
of the direct control panels, and make them the equipment items of the linkage formulas. In the
"Automatic allowed" mode, the control panel will automatically execute the start or stop control
output by the direct control panels after the conditions of the linkage formulas are met.
Note: Automatic control is not subject to the manual lock’s authority and is possible in the
"Manual not allowed" mode.
Precautions
Inspection
open the front cover of the panel to remove the printing paper roll. Replace the printing paper when it
is used out. The change procedure is described as follows:
1) Turn on the front cover, press down the ends of the paper axis inside printer and take it out;
2) Put the new thermal printing paper into the printer. Be careful to put the smooth surface
(heat-sensitive surface) of the printing paper facing upward, and then close the front panel of the
printer.
8.2.2 Self-Test
When the printer is powered on and in the standby mode (no printing or paper feeding in progress),
press and hold the paper feeding button for a while (2 seconds), and the printer will print out a self-test
list. This is used to check whether the printer works normally except the parts, especially the working
condition of the print head.
8.2.3 Operation Status
Normal standby status: The green indicator is lit;
Out of paper: The green indicator flashes four times at intervals;
Over-temperature: The green indicator flashes slowly;
Note: In the process of use, keep the printing paper roll in a tight status. The diameter of the
paper roll will increase when it is loose, handicapping paper fed through the printing head.
8.3 Battery Maintenance
When the machine is turn off, the backup power switch must be turned off too. Otherwise, the
backup power supply will be consumed by circuits inside the control panel to the empty level, leading
to the risk of damaging the battery. The maintenance free lead-acid battery used by the control panel
has a small discharge current, it needs to be regularly charged and maintained. If the control panel is
not used for an extended period of time, it should be charged for 48 hours every month. If the control
panel relies on the backup power supply due to failure of the primary power supply, the backup power
supply may become empty, so it is necessary to restore the primary power supply as soon as possible
and charge the battery for 48 hours. If the backup power supply remains empty for more than one
week, the battery may be damaged. It is recommended that the battery be replaced at least every three
years.
9. Scrapping
The scrapping of the product shall be subject to GB 29837 Maintenance and discard for fire
detection and alarm. Generally, the service life of a fire detection / alarm device does not exceed 12
years, and the service life of gas sensors in combustible gas detectors and lasers in optical fiber
products does not exceed 5 years. The product should be scrapped when its service life expires. To use
the product after its service life expires, the party using or monitoring the product shall inspect and
test the product every year according to the said standard, and carry out system performance test. The
product can be used further after all the inspection and test results are found acceptable.
10. Precautions
The operators should keep records on duty carefully. If there is an alarm, press the "Silence"
key on the control panel first and quickly confirm the fire conditions and then deal with it
appropriately. After the fire alarm is dealt with, keep records of the operation, and then press
the "Reset" key to clear it. If it is confirmed as false alarm, after the records are kept, the
detector or module raising the alarm may be blocked, and the Technical Service Department
of GST should be contract for servicing.
GST is responsible for servicing the control panel during its warranty period. Please contact
the Technical Service Department of GST in a timely manner if you have any problem with
the control panel. Do not try to disassemble or repair the controller by yourself, otherwise
you are solely liable for consequences arising from such acts.
The product should only be installed in the operating environment specified in this
Installation and Operation Manual, and it is not intended for use at places with explosive or
corrosive gases (including tobacco warehouses). The product is not suitable for use in
environments or facilities with special certification requirements for equipment (including
but not limited to explosive environments, ships, aircrafts, trains, motor vehicles and other
means of transportation). If you have special requirements, please contact our sales
representatives.
The users shall install, configure, use and maintain the control panel in accordance with the
relevant applicable national and industrial standards for fire detection and alarm, and in
accordance with the installation and operation manual and / or user manual supplied with the
product. When using this product with third-party products, the users should follow the
relevant national or industrial regulations and product specifications, and carry out system
testing to ensure the electrical and mechanical compatibility between these products. GST
shall not be liable for any matter, liability or loss caused by non-compliance with the above
requirements. If you have special requirements, please contact our sales representatives.
JB-QG/QT-GST9000H: 800 × 600 pixels, 10.4" color LCD display, optional touch screen
Power Supply:
Backup Power Supply: DC 24V, 12V/14Ah, sealed lead acid battery (2 cells)
Backup Power Supply: DC 24V, 12V/50Ah, sealed lead acid battery (2 cells)
Output 1: 24V/2A (output voltage changes with the back power supply when the back power
supply is used)
Output 1 + Output 2: 24V/8A (output voltage changes with the back power supply when the
back power supply is used)
Output 1: 24V/8A (output voltage changes with the back power supply when the back power
supply is used)
Output 2: 24V/8A (output voltage changes with the back power supply when the back power
supply is used)
Output 3: 24V/8A (output voltage changes with the back power supply when the back power
supply is used)
Circuit Load Capacity: The maximum output capacity of each circuit is 700mA. The actual load
capacity shall be calculated based on maximum working current of load and the length and
cross-section area of cables. To ensure the reliable operation of the equipment, the terminal voltage
of the cables shall be ≥ 16V.
The following table gives the number of two-wire audible and visual alarms that can be
connected to one circuit under different wire diameters and is for information only.
Number of two-wire
Cross-section area Length of test cable Number of standby audible and visual
of test cable (mm2) (m) devices (points) alarms (points) to be
started
1.0 70
2.5 170
Wire System:
Category Cable Distance Remarks
BV cable of
AC220V input cable 3 conductors
1.0mm²-4.0mm²
The actual distance is related to
the wire diameter and load
BV cable of
DC24V output cable current. 4.0 mm2 are
2.5mm²-4.0mm²
recommended for trunk cables
and 2.5 mm2 for branch cables.
The actual distance is related to
1.0 mm2 the wire diameter and load
Twisted pair cables are ≤2km current. The test condition of
recommended 2km is that the maximum load
current is 150mA.
The actual distance is related to
24V two-wire bus
1.5 mm2 the wire diameter and load
without polarity.
Twisted pair cables are ≤3km current. The test condition of
recommended 3km is that the maximum load
current is 150mA.
2.5mm2 The actual distance is related to
Twisted pair cables are ≤3km the wire diameter and load
recommended current. The test condition of
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