IELBXK11-1REC5-70044-6

Introduction to Circuit Breakers

If you have ever seen a fuse-box in your home or at a public location, then you are likely familiar with circuit breakers. They are an important part of electrical safety, and can help reduce risks of fire and electric shock when working with electricity. But what is a circuit breaker, what are its different components, and how do they work together? In this article, we will answer those questions and describe the IELBXK11-1REC5-70044-6 application field and working principle.

What is a Circuit Breaker?

A circuit breaker is an important electrical device that detects, interrupts, and then stops the flow of electricity when an overload is detected. It is an electro-mechanical switch that is designed to automatically interrupt a circuit when there is an abnormal condition, such as an overload or a short circuit. A circuit breaker is designed to interrupt the power flow in the event of an overload, or a short circuit, thus preventing fires or serious damage from obstructions. When a circuit breaker detects an overload, it will either trip immediately, or it will slowly reduce the power output until the circuit is shut down.

Components of a Circuit Breaker

Circuit breakers come in various forms, but there are three main components: the contact points, the trip mechanism, and the contacts. The contact points are the two metal surfaces that come into contact when electricity is running through the system. When an overload is detected, the trip mechanism triggers and closes the contact points, thus stopping the flow of electricity.

The trip mechanism is responsible for detecting when the electrical current flow is too high. It does this by sensing the current, and if it detects an overload, it will send a signal to the contact points, which will then trip and stop the flow of power.

The contacts are the two metal strips that carry the current and provide the connection between the contact points and the trip mechanism. When the trip mechanism sends out a signal, it is the contacts that will immediately break the connection and shut off the flow of electricity.

IELBXK11-1REC5-70044 Application Field

The IELBXK11-1REC5-70044 circuit breaker is a simple, low-cost solution for most basic applications. It is suitable for use in residential, commercial, and industrial settings, and is designed for use in environments where the current demands are relatively low. It is also suitable for applications that involve switching, such as the disconnection of electric mains.

IELBXK11-1REC5-70044 Working Principle

The IELBXK11-1REC5-70044 circuit breaker works using a thermal-magnetic-relay mechanism. When a high current is detected, the thermal-magnetic-relay will activate and a signal will be sent to the contacts to shut down the power supply. This mechanism is designed to be reliable and work rapidly, so it can prevent hazardous power overloads.

Conclusion

Circuit breakers are an essential part of electrical safety, protecting both users and electrical systems from damage. The IELBXK11-1REC5-70044 circuit breaker is a simple and effective option for applications with low-current demands. It works using the thermal-magnetic-relay mechanism, which automatically senses overloads and sends a signal to shut off the power before any damage or accident can occur.