One loop, 324 addresses, comply with LPCB approval

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Basic Info

Payment Type:	Telegraphic Transfer in Advance (Advance TT, T/T)

Product Description

JB-QBL-ST300 intelligent fire alarm control unit (linkage type) complies with the requirements of EN54-2 1997+A1:2006 and EN 54-4 1997+A1:2002+A2:2006.

System features

Adopts the new generation of high performance microprocessor. Data processing rate and data storage capacity reach a 100-fold increase, respectively, compared to traditional technologies.
JB-QBL-ST300 is provided with a 4.3″ color display screen (LCD), with a display resolution of 480×272.
The operation interface imitates Windows menus and window interfaces and is almost the same as the computer operating and using habits, thus facilitates the learning.
Operation and control are flexible and convenient through the standard USB-interfaced keyboard and mouse, or the panel buttons are used as field programming devices.
T9 input method is provided and texts can be input easily and freely.
Use smart U disk (optional), which can be used to copy or restore setup file and historical file of the system, thus facilitating the system maintenance.
It can control 30 logic partitions at most and each logic partition has independent fire alarm, fault/isolation LED light indication and identification.
The manually-controlled button of each logic partition can start/stop horn/strobe and other alarm equipment independently.
The S/C interface can provide 24V/0.5A output, which is used to connect conventional horn/strobe alarming devices.
It adopts the non-polarity two-bus intelligent alarm linkage pattern and can connect 324 intelligent detectors or intelligent modules at most. The addresses of module detectors can be mix-programmed (optional 1-324).
It is equipped with high-speed CAN bus interface, which is used for inter-control unit network and high speed reliable data transmission.
It supports interconnection of 20 JB-QBL-ST300 control units and the maximum system capacity after networking reaches 20×324=6480 (alarm point).The system has the function of recording operation history: 1000 pieces of historical fire alarms, historical requests, historical feedbacks, historical faults and historical operations, respectively.

Adopts the new generation of high performance microprocessor. Data processing rate and data storage capacity reach a 100-fold increase, respectively, compared to traditional technologies.

JB-QBL-ST300 is provided with a 4.3″ color display screen (LCD), with a display resolution of 480×272.

The operation interface imitates Windows menus and window interfaces and is almost the same as the computer operating and using habits, thus facilitates the learning.

Operation and control are flexible and convenient through the standard USB-interfaced keyboard and mouse, or the panel buttons are used as field programming devices.

T9 input method is provided and texts can be input easily and freely.

Use smart U disk (optional), which can be used to copy or restore setup file and historical file of the system, thus facilitating the system maintenance.

It can control 30 logic partitions at most and each logic partition has independent fire alarm, fault/isolation LED light indication and identification.

The manually-controlled button of each logic partition can start/stop horn/strobe and other alarm equipment independently.

The S/C interface can provide 24V/0.5A output, which is used to connect conventional horn/strobe alarming devices.

It adopts the non-polarity two-bus intelligent alarm linkage pattern and can connect 324 intelligent detectors or intelligent modules at most. The addresses of module detectors can be mix-programmed (optional 1-324).

It is equipped with high-speed CAN bus interface, which is used for inter-control unit network and high speed reliable data transmission.

It supports interconnection of 20 JB-QBL-ST300 control units and the maximum system capacity after networking reaches 20×324=6480 (alarm point).The system has the function of recording operation history: 1000 pieces of historical fire alarms, historical requests, historical feedbacks, historical faults and historical operations, respectively.

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