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Circuit Breakers: IEGH11-22466-1-V Application Field and Working Principle

IEGH11-22466-1-V is an integrated circuit (IC) breaker. It belongs to the category of circuit breakers and is used to automatically open an electrical circuit when the current flowing in it exceeds a set value. Such breakers are commonly used to protect electrical circuits and components from overloading or short-circuiting.

What is an IEGH11-22466-1-V Circuit Breaker?

An IEGH11-22466-1-V Circuit Breaker is a type of circuit protection device used in different kinds of electrical systems. It comprises of two main components; a control unit and a trip unit. The control unit is responsible for monitoring an electrical circuit, operating the breaker’s contactors, and tripping the circuit when the current exceeds a certain value. The trip unit, on the other hand, acts as the air gap breaker, maintaining the contact status before the current exceeds the pre-set value.

Application Field of IEGH11-22466-1-V Circuit Breakers

IEGH11-22466-1-V circuit breakers are mostly used in low-voltage applications. They provide circuit protection for residential houses, commercial buildings, and industrial facilities. They also protect sensitive electrical equipment from being affected by overloads, short-circuits, and other power disturbances. Moreover, circuit breakers offer the convenience and safety of short-circuit protection within a unit, as well as saving a lot of time and money since repairs, replacements, and labor costs can be reduced.

Working Principle of IEGH11-22466-1-V Circuit Breakers

IEGH11-22466-1-V Circuit Breakers have magnetic sensors inside the trips unit, which detect the instantaneous current flowing into the protected line. When the coil is energized, it builds up a magnetic field. If the current through the coil is above the pre-set value, the magnetic field created by the coil will become strong enough to overcome the force applied by the spring, and hence activates the trip unit. The trip unit then disconnects the load evaluation by opening the main contacts and interrupting the electrical supply to the protected load.

Conclusion

IEGH11-22466-1-V Circuit Breakers are an important part of electrical systems. They are used for protecting electrical circuits and components from overload or short-circuiting. By understanding the working principle of this type of circuit breaker and its application field, one is able to properly define the needs and use it in the correct manner. At the same time, this will ensure the stability of the electrical system and ensure that it operates as intended without any problems.

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