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Related Manuals for SHENZHEN FANHAI SANJIANG ELECTRONICS JB-QBL-QM200
Summary of Contents for SHENZHEN FANHAI SANJIANG ELECTRONICS JB-QBL-QM200
- Page 1 Fire Alarm Control Panel Agent Releasing Control Panel JB-QBL-QM200...
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Page 2: Table Of Contents
Contents Chapter I Product Introduction.......................... 1 1.1 Overview................................ 1 1.2 Technical specifications..........................1 1.3 Functions and characteristics........................1 Chapter II Installation and Connection......................3 2.1 Installation of case............................3 2.2 Internal structure............................4 2.3 Power connection............................4 2.4 Circuit installation............................5 2.5 Installation of peripheral parts........................ - Page 3 Reading Tips For content about installation, please refer to Chapter II Installation and Connection; if it is necessary to change the connection mode to meet certain engineering requirements, please refer to Chapter III Jumpers and Chapter IV Terminals. For users, please refer to Chapter V Panel Display and Chapter VI Key On/Off. Warning: It is necessary to dismount all electromagnetic valves (electric detonators) from the devices which are driven by them during system installation, troubleshooting or...
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Page 4: Chapter I Product Introduction
The JB-QBL-QM200 fire alarm control panel/agent releasing control panel is developed and manufactured by Shenzhen Fanhai Sanjiang Electronics Co., Ltd. As a fire alarm controller with a gas fire extinguishing function, JB-QBL-QM200 has some functions and characteristics in full compliance with the requirements of national standards Fire Alarm Control Units (GB4717-2005) and Automatic Control System for Fire Protection (GB16806-2006). - Page 5 It may be connected with a local manual/auto control box for setting the operating mode of the system (the local manual mode is preferred). It may be connected with an agent drop display panel to give agent drop alarm signals. It provides both single fire alarm output function and compound fire alarm output function.
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Page 6: Chapter Ii Installation And Connection
2.1 Installation of case The JB-QBL-QM200 is installed in a case made of sheet steel. When installing it, hang it firmly on a dry and flat surface with enough load-carrying capacity via the installation holes on its back and reserve enough space around it to make cabling and opening of the controller door convenient. -
Page 7: Internal Structure
The standby batteries are two 12V/7.0Ah storage batteries and their connection method is given in Fig.2.3. The battery lines are arranged in the case of JB-QBL-QM200 and led out via the BAT interface of the switching power supply PS-06. When installing the storage batteries, fix the batteries in the case before doing wiring with the method given in Fig.2.3, or else a short circuit may happen easily. -
Page 8: Circuit Installation
Chapter IV. There are five cable entries on the top of the case of JB-QBL-QM200. Please make the connecting wires lead into the case through these cable entries. Fig. 2.6 shows the locations of these cable entries. -
Page 9: Power-On Test
GND (between 18 and 19) on the master control board through a conductor. QM-AN-01 emergency start/stop control box The access mode of the QM-AN-01 in JB-QBL-QM200 is given in the table below. Output terminals of the QM-AN-01 Output terminals of the... - Page 10 Page 7...
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Page 12: Chapter Iii Jumpers
Chapter III Jumpers 3.1 Jumpers on the master control board There are three kinds of jumpers on the master control board: Jumpers JP1 to JP7 for the short or open circuit fault detection of the output circuits, the jumpers JP12 to JP21 for selecting the built-in termination resistors of the input circuits and the jumpers JP8 to JP9 for terminal active output. -
Page 13: Setup Of The Start-Up Delay Time Of Electromagnetic Valves
3.1.2 Setup of the start-up delay time of electromagnetic valves The automatic start-up delay time of the electromagnetic valves of JB-QBL-QM200 is set through the jumpers JP6, JP7 and JP8 on the display panel as shown in Fig.3.1.2. And its factory default is 20s. -
Page 14: Setup Of The Mode Of Emergency Release Delay
Fig.3.1.2 Schematic Diagram of the Settings of the Automatic Start-up Delay Time of the Electromagnetic Valves Calculation method of the start-up delay time of the electromagnetic valves: When the jumper JP8 is to the ON position, the delay time will increase by 5s; and if it is in the OFF position, the delay time will not increase. -
Page 15: Setup Of The Control Mode Of The Key Lock Over The Emergency Release Button On The Display Panel
3.1.5 Setup of the control mode of the key lock over the EMERGENCY RELEASE button on the display panel The jumper JP3 on the master control board is for setting the control mode of the key lock over the EMERGENCY RELEASE button on the display panel. The factory default is OFF, which means that the EMERGENCY RELEASE button is not controlled by the key lock. - Page 16 Page 13...
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Page 17: Use Of Input Terminals
4.2 Use of input terminals 4.2.1 Input terminals on the master control board Fig.4.1.1 Input Terminals on the Master Control Board Purposes of the input terminals on the master control board: Purpose +24VK Input of the MANUAL RELEASE button Input of the MANUAL FIRE ALARM button Input of the PAUSE switch Input of the MANUAL/AUTO switch Input of the MUTE button... -
Page 18: Description Of The Input Terminals On The Master Control Board
4.2.3 Description of the input terminals on the master control board Terminal 17 on the master control board: It is for the input of the MANUAL RELEASE button (for the +24V short/open circuit switch and the self-locking switch). Connection mode 2 should be selected for it. When the connection mode A without an open circuit fault detection function is selected, the jumper JP21 on the master control board should be set to the ON position as shown in Table 3.1.2 and Fig.4.1, and the built-in termination resistors in the control board should be used;... - Page 19 MANUAL/AUTO switches is in an open-circuit condition, the system will enter the manual mode; when all of them are in a short-circuit condition, the system will enter the auto mode. It can be seen that the system will give priority to the auto mode when multiple LOCAL MANUAL/AUTO switches are connected in parallel or to the manual mode when the said switches are connected in series.
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Page 20: Use Of Output Terminals
Connection mode 3 should be selected for it. When the connection mode A without an open circuit fault detection function is selected, corresponding jumper JP17 (for the detector circuit 2) or JP13 (for the detector circuit 1) on the master control board should be set to the ON position as shown in Table 3.1.2 and Fig.4.1, and the built-in termination resistors in the control board should be used;... -
Page 21: Description Of The Output Terminals On The Master Control Board
loads at the ends of the circuit. The isolation diodes in the diagrams are used for the short or open circuit fault detection voltage, but they will not affect the output of driving signals. The selection of isolation diodes should depend on the load current value. For example, IN5401 isolation diodes should be used for the driving circuits of the electromagnetic valves (load current: 1~3A). - Page 22 Terminal 6 on the master control board: It is used as a passive output terminal for the single fire alarm output. 1) The jumper JP9 on the master control board is off and terminals 6 and 7 form normally open passive dry contacts as the passive output signals of the single fire alarms.
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Page 23: Chapter V Panel Display
Q U E R Y QUERY TIME Fig.5.1 Schematic Diagram of the Display Panel of JB-QBL-QM200 There are 33 indicator lights on the display panel of the JB-QBL-QM200, and their meanings are as follows: ◎ POWER After the system is connected with a power supply (AC or standby batteries), this indicator light will be lit. - Page 24 ◎ BATTERY LOW When the battery voltage is smaller than 22V (regardless of whether AC or DC is used), this indicator light will be lit. ◎ POWER FAULT When one or more of the circumstances below occur, this indicator light will be lit. Open circuit of the AC external input;...
- Page 25 ◎ RELEASE CONFIRM When an external pressure feedback signal is input, this indicator light will be lit and the system will give a release alarm. ◎ KEY ON/OFF When the key lock is unlocked, this indicator light will be lit (see Chapter VI Key On/Off). ◎...
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Page 26: Chapter Vi Key On/Off
Chapter VI Key On/Off 6.1 Keys on the display panel There are 10 function keys on the display panel of the JB-QBL-QM200 (see Fig.5.1) and their functions are as follows. KEY ON/OFF The system is designed with a key lock to avoid miss operation. After the KEY ON/OFF key andQUERY TIMEkey are pressed in order, the key lock will be unlocked and the KEY ON/OFF indicator will be lit. - Page 27 If QUERY is pressed in the monitoring status, the system will enter the selection of types of historical records for query (including fire alarm, fault and release) and the “Query” indicator will be lit. The first digit of the lower nixie tube on the display panel (close to the EMERGENCY RELEASE button) refers to the type.
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Page 28: Chapter Vii Troubleshooting Methods Of Common Faults
SYSTEM MUTE After it is pressed, the current audible alarm of the system (the buzzer sound signal given by the system) will be canceled. After a new audible alarm is given, the SYSTEM MUTE function will be disabled and muting can be realized at this time by pressing the SYSTEM MUTE key. Manual/Auto It is for switching between the manual mode and the auto mode.
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