IEG11-1-62F-10.0-01-V

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction to IEG11-1-62F-10.0-01-V Circuit Breakers

IEG11-1-62F-10.0-01-V circuit breakers are an important component in the electrical power system and are used to protect both the system and the equipment connected to it from over-current, short-circuit and overload hazards.

Application Field

IEG11-1-62F-10.0-01-V circuit breakers are commonly used in the industrial, commercial and residential applications. These circuit breakers are used in places where high levels of power need to be reliably distributed. In industrial applications, they are used to monitor and control the distribution of large amounts of power through various circuits. In commercial applications, these circuit breakers are used to protect outlets in business locations, to prevent over-loading of the circuits. In residential applications, these circuit breakers are used to protect homes from over-loading so as to prevent electrical fires and other potential dangers. Thus, this circuit breaker is a popular choice for reliable power distribution.

Working Principle

The working principle of IEG11-1-62F-10.0-01-V circuit breakers is based on the idea of creating an artificial barrier between the power source and the load. A circuit breaker contains a coil of metal called an electromagnet, and when a current flows through it, an artificial magnetic field is created. This magnetic field interacts with a circuit breaker’s internal contacts, and when the current exceeds a predetermined value, the contacts automatically open, disconnecting the power source from the load, thus protecting it from over-current and other hazardous conditions. Circuit breakers are also equipped with trip indicators, which act as a visual reminder that the circuit has been tripped, and require manual resetting before the power can be restored.

Conclusion

IEG11-1-62F-10.0-01-V circuit breakers are an important addition to the power system, and provide reliable protection from over-current, short-circuit and overload hazards. They are widely used in industrial, commercial, and residential applications and are a popular choice for reliable power distribution. Furthermore, their working principle is based on the idea of an artificial barrier between the power source and load, and allows for the automatic disconnection when the current exceeds a predetermined value.

The specific data is subject to PDF, and the above content is for reference