Circuit Breakers:IELBXM111-36394-2-V application field and working principle

Circuit breakers are electrical devices used to protect electric circuits, equipment and people from harmful effects caused by overload and short circuit.IELBXM111-36394-2-V is a kind of circuit breaker, its application field and working principle are mentioned as follows.

Application field of the IELBXM111-36394-2-V

Due to its superior performance, IELBXM111-36394-2-V circuit breakers are most suitable for applications that require high voltage and current. The circuit breaker can tolerate high voltage levels of up to 76 volts, with a current rating of up to 1450 amperes. Therefore, IELBXM111-36394-2-V circuit breakers are widely used in industrial applications, such as factories, construction sites, shipping yards, and all types of vehicle motor installations. The breaker is also used in home appliances, such as large washing machines, air conditioners, and water heaters.

Working principle of IELBXM111-36394-2-V circuit breaker

The working principle of IELBXM111-36394-2-V circuit breaker is operating based on the basic function of an overload breaker. When an overload occurs, the switch is wired in series with the circuit, and when the current exceeds the rated current, it will automatically cut off the circuit supply. It can also provide short circuit protection and be equipped with an automatic regain setting. The main components of IELBXM111-36394-2-V circuit breaker are built around a coil, a bimetallic strip and a lever which are linked together to form a tripping mechanism. When the current in the switch exceeds the rated current, the bimetallic strip will be heated up, due to Joule heating, and bend, which will release the lever. This mechanism will cause the trip arm to disengage its contact from the power supply, thus turning off the circuit.

Conclusion:

IELBXM111-36394-2-V is a reliable and high-performance circuit breaker, which is suitable for applications that require high voltage and current. The circuit breaker has a working principle based on the tripping mechanism, operating on the basis of overload and short circuit protection features.