IELZXK1-1REC4-37171-63-V Circuit Protection

Circuit Breakers are devices designed to protect electrical circuits from damage caused by overload or short circuit. The IELZXK1-1REC4-37171-63-V is a type of circuit breaker designed to meet the requirements of a specific application. This article will discuss the application field and working principle of the IELZXK1-1REC4-37171-63-V circuit breaker.

Application Field

Circuit breakers are designed to be used in different situations depending on the application. The IELZXK1-1REC4-37171-63-V circuit breaker is designed for specific applications and should be used only in those applications. Examples of the type of applications this circuit breaker is typically used in include isolation and protection of circuits; control of lighting, heating and ventilation systems, and protection of motors used in industrial applications.

Working Principle

The IELZXK1-1REC4-37171-63-V circuit breaker works on the principle of thermal/mechanical tripping. This principle works by using a thermal element, such as a bimetallic strip, which is activated when there is an increase in temperature. This element is connected to a mechanical linkage, allowing the trip to occur when the temperature reaches the pre-set level. The trip setting is adjustable, allowing a user to adjust the sensitivity of the circuit breaker.

The IELZXK1-1REC4-37171-63-V circuit breaker also features overvoltage and undervoltage protection. Overvoltage protection works by cutting off power if the voltage becomes too high. This is to protect the circuit from damage that can occur from too much voltage. Undervoltage protection works by cutting off power if the voltage becomes too low. This is to protect the circuit from damage that can occur from too little voltage.

Conclusion

The IELZXK1-1REC4-37171-63-V circuit breaker is a type of circuit breaker designed for specific applications. It works on the principle of thermal/mechanical tripping and features overvoltage and undervoltage protection. It is used in isolation and protection of circuits, control of lighting, heating and ventilation systems, and protection of motors used in industrial applications.