2-6400-IG1-P10-A3-SI-401103-0.3A

Circuit Breakers

A circuit breaker is an essential part of any electrical system, as it is designed to protect against over-currents, short-circuiting and a variety of other electrical faults. 2-6400-IG1-P10-A3-SI-401103-0.3A circuit breakers are a type of anti-shock device that are commonly used in a variety of applications. In this article, we will discuss the application field and working principle of the 2-6400-IG1-P10-A3-SI-401103-0.3A circuit breaker.

Application Field

The 2-6400-IG1-P10-A3-SI-401103-0.3A circuit breaker is designed to protect against a variety of electrical faults, including over-currents, short-circuiting, and a variety of other issues. Due to its compact design, it is often used in households, commercial establishments, and industrial complexes, as it can easily be tucked away in an out-of-the-way corner. As it has a relatively low trip current of 10 A, it is also suitable for use in computer-based and automated systems, as these systems have a low current draw.

Working Principle

The 2-6400-IG1-P10-A3-SI-401103-0.3A circuit breaker operates by measuring the current flowing through the circuit. When the current reaches a pre-set trip point, the breaker switches off, thus preventing further current from flowing through the circuit. It is equipped with a bimetal strip that is heated by the current and deflects, thus causing the contacts to open and the current to be cut off. Once the current is cut off, the bimetal strip cools down and returns to its original position, thus allowing the contacts to close and the circuit to be restored.

Conclusion

The 2-6400-IG1-P10-A3-SI-401103-0.3A circuit breaker is a valuable device that is able to protect circuits from catastrophic failures due to a variety of electrical faults. It is designed to measure current flow and trip at an adjustable point, which allows it to be suitable for use in a variety of applications, from households to industrial complexes. The bimetal strip is responsible for the breaker tripping when the current reaches a pre-set level, thus protecting the circuit against further damage.