BGP51-6KV series explosion-proof high-voltage vacuum distribution device for mining useDetailed product description：

BGP51-6KV series mining explosion-proof high-voltage vacuum distribution device model and its meaning



Scope and Application
BGP51-6 mining explosion-proof high-voltage vacuum distribution device (hereinafter referred to as the distribution device) is suitable for use with explosive hazardous gases and
In coal dust mines, it is used for power supply and distribution, and the power distribution equipment is divided into several forms: A, B, and C (independent or combined use). Therefore, it has multiple usage scenarios and purposes.
The distribution equipment can be used in conjunction with mobile substations, forming the high and low voltage sides of the mobile substation separately with the low voltage protection box of BXB4800/1140 produced by our factory.  

Main features
1. This power distribution device adopts advanced technology microcomputer comprehensive protector, with clear and visible Chinese LCD display. It has the characteristics of high data collection and processing accuracy, advanced protection methods, and fast response speed. Improved the reliability of the entire system. Simultaneously using password technology, adjustments can be made without opening the door, making it very convenient to use and maintain;
2. The power supply loses voltage, and the AC electromagnet of the circuit breaker is in a released state, thereby locking the circuit breaker and preventing it from closing;
3. The power distribution equipment has protection functions such as overload, short circuit, phase failure, leakage, insulation monitoring, overvoltage, undervoltage, etc., and protects against low-voltage side faults;
4. Zero sequence power directional type and zero sequence current protection.  

BGP51-6KV series mining explosion-proof high-voltage vacuum distribution device main technical parameters:

Rated working voltage Maximum operating voltage Rated operating frequency Rated Current Rated short-circuit breaking current Rated thermal stability time Rated thermal stability current Rated dynamic stable current Rated closing current (peak value) The number of times the rated short-circuit breaking current is broken

KV KV Hz A KA S KA KA KA

six seven point two fifty 50, 100, 200, 315, 400, 500, 630 ten two ten twenty-five twenty-five thirty