APGN111-6296-2

Circuit Breakers
Circuit breakers are the primary safety devices used in modern electrical systems. They protect the electrical equipment and wiring from damage and reduce the risk of fires. The APGN111-6296-2 circuit breaker is a general-purpose breaker used in a variety of electrical systems and applications. This article will discuss the application field and working principle of the APGN111-6296-2 circuit breaker.

Application Field
The APGN111-6296-2 circuit breaker is designed for use in a variety of electrical systems. Applications include: industrial and commercial applications, residential installations, and motor control circuits. The breaker is rated for 600VAC and is UL and CSA approved. It is suitable for use in branch circuits, circuits with a high or low inrush current, and circuits with a large starting current.

Working Principle
The APGN111-6296-2 circuit breaker works by detecting an increase in current flowing through the circuit. When the current exceeds a certain level, it triggers a mechanism that opens the circuit. This is known as tripping. The breaker can be manually reset or it can be set to reset automatically when the circuit is de-energized. The breaker has a thermal-magnetic override that allows it to trip even in the presence of a current surge. This feature provides additional protection against current overload.

The APGN111-6296-2 circuit breaker also features a lockout function. This function prevents the breaker from being reset until the cause of the current exceeding the maximum level has been determined and the circuit corrected. This feature prevents the circuit from being reset inadvertently, which could be dangerous if the conditions that triggered the tripping are still present.

Conclusion
The APGN111-6296-2 circuit breaker is a versatile and reliable device for protecting electrical circuits against damage from current overloads. Its application field includes industrial, commercial, residential, and motor control circuits, and it is suitable for use in circuits with a high or low inrush current, as well as those with a large starting current. Additionally, it features a thermal-magnetic override and lockout function for additional protection.