Integrated dust explosion-proof circuit breaker

NegotiableUpdate on 05/19

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The integrated dust explosion-proof circuit breaker has launched a new optimized design scheme and operating mechanism, with a compact and reasonable structure, strong universality, flexible and convenient operation, and good hand feel. Adopting modular design, various circuits can be freely combined, equipped with high breaking small residual current circuit breakers or plastic shell residual current circuit breakers, and can be opened and closed by operating the handle outside the explosion-proof passenger body.

Product Details

Integrated dust explosion-proof circuit breakerThe shell is made of aluminum alloy die-casting, and the surface is subjected to high-speed shot blasting and powder electrostatic spraying, resulting in a beautiful appearance. This product is a composite explosion-proof structure. The switch box adopts an explosion-proof structure, and the junction box adopts an increased safety structure. Adopting modular design, various circuits can be freely combined, equipped with high breaking small residual current circuit breakers or plastic shell residual current circuit breakers, and can be opened and closed by operating the handle outside the explosion-proof passenger body. This product has comprehensively launched a new optimized design scheme and operating mechanism, with a compact and reasonable structure, strong universality, flexible and convenient operation, and good hand feel;

Integrated dust explosion-proof circuit breakerScope of application:

1. Hazardous areas for sexual gas mixtures: Zone 1, Zone 2.

2. Gas mixtures IIA, IIB, and IIC.

3. Temperature group: T1 to T6.

4. Explosion proof signs: Exd Ⅱ BT6, Exde Ⅱ BT5, * Exd Ⅱ CT5.

Note: Please specify the requirement for Level IIC.

The difference between contactors and circuit breakers:

Circuit breakers can extinguish arcs, have segmented capabilities, and provide protection. Contactors use coils to control the on/off of circuits. After the contactor is powered on, the normally open one is closed and the long closed one is closed, thus controlling the circuit.

1. Circuit breakers are mainly used for protection, but they do not break due to overheating. Currently, the commonly used protection method is three-stage protection, which includes overload protection, short-circuit short delay, and long-distance long delay. There are also some protection functions such as undervoltage and overvoltage. It depends on the brand and model. Its opening and closing can be manual or electric. There are three installation methods: fixed type, drawer type, etc. According to the magnitude of current and the level of operating voltage, it can be divided into low-voltage molded case circuit breakers, low-voltage frame circuit breakers, and high-voltage vacuum circuit breakers. According to the different release curves, it can be divided into different usage scenarios. There is still a big difference between it and fuses.

2. Contactors are mainly used for industrial control, with motors being the main load. Of course, they may also be used in situations such as heaters and dual power switching. The on-off of the contactor is achieved by controlling the coil voltage. According to the different structures of arc extinguishing, it can be divided into vacuum contactors and ordinary contactors. According to different control voltages, it can be divided into DC contactors and AC contactors, and its main accessories are auxiliary contacts.