IAGN11-32844-152

Because of its good contact performance, large capacity, high reliability, low operating frequency, low failure rate and other characteristics, IAGN11-32844-152 circuit breakers have been widely used in power systems. This article mainly introduces the application field and working principle of IAGN11-32844-152 circuit breakers.

The applications of IAGN11-32844-152 circuit breakers are extensive. The IAGN11-32844-152 circuit breakers can be used in power distribution systems such as hospitals, high-rise buildings, large factories, apartments, shopping malls and other places.

The working principle of IAGN11-32844-152 circuit breaker is based on electromagnetic motion. When a short-circuit or overload current beyond the set rated current surges, the transparent core and the armature of the circuit breaker will be attracted by the electromagnetic force generated by the short-circuit or overload current. Under the action of the electromagnetic force, the armature moves, making the free end of the armature move away from the main contact, thereby opening the circuit to break the current or load.

After the contact of the circuit breaker is opened, the circuit can be reset and returned to the normal working state. Generally speaking, there is a reset switch on the circuit breaker. After pressing the reset switch, the current or load can be completed. After the circuit breaker is reset, the contact will be reset to the original state.

In addition, IAGN11-32844-152 circuit breakers also have overload protection and short circuit protection functions. When the rated current of the circuit exceeds the rated value, the overload protection function of the circuit breaker will be activated, and the contact of the circuit breaker will be opened to protect the circuit from damage.

In conclusion, IAGN11-32844-152 circuit breakers have a wide range of applications and reliable performance. It is a widely used circuit breaker with a combination of overload protection and short circuit protection, making it a reliable choice in power distribution systems.