IEG66-35424-6-V Circuit Protection

Circuit breakers play an essential role in electrical systems by interrupting current flow. IEG66-35424-6-V is one such type of circuit breaker. In this article, we will explore the application field and working principle of this particular circuit breaker.

Applications

IEG66-35424-6-V circuit breaker is mainly used in low voltage applications. Due to its high breaking capacities and reliable performance, it is often used in commercial and residential buildings as well, especially in areas with high electrical demands. It is also used in power plants, industrial applications, and renewable energy systems where it provides a safe and secure solution to electrical problems.

The IEG66-35424-6-V circuit breaker is a UL listed and compliant breaker, making it suitable for applications in the United States, Canada, and other countries where UL standards are accepted. Due to its environmental characteristics, it is also suitable for outdoor applications.

Working Principle

The IEG66-35424-6-V circuit breaker is a dual-pole, manually operated device that uses a solenoid to open and close the two poles. The two poles are normally located one above the other, and each pole consist of a breaker contact and an auxiliary contact.

When the circuit breaker is energized, the contact on the top pole will close, while the bottom one will remain open. This creates a closed circuit that allows current to pass through. When current passes the prescribed limit, the electromagnetic plunger in the solenoid is moved, breaking the circuit and preventing further current from passing.

The circuit breaker can be reset manually by pushing the plunger back into its original position. This re-closes the circuit and allows electrical current to pass safely. The IEG66-35424-6-V also has adjustable tripping settings, which can be used to adjust the breaker’s cut-off point depending on the application.

Conclusion

In conclusion, the IEG66-35424-6-V circuit breaker is a reliable solution for low voltage applications. Its mechanical and environmental characteristics make it suitable for a variety of applications and environments. It is specifically designed for use in residential and commercial buildings, power plants, and renewable energy systems. Its adjustable tripping settings make it easy to customize for different applications.