IELZX111-1-62-25.0-AE-23-V Circuit Protection

Circuit Breakers: IELZX111-1-62-25.0-AE-23-V Application Field and Working Principle

Circuit breakers are essential components in the electrical system. They are designed to protect and deactivate electrical circuits when overcurrent exceeds the predetermined current rating. Circuit breakers can be generally divided into three categories: thermal, magnetic, and hybrid. The IELZX111-1-62-25.0-AE-23-V belongs to the hybrid type, and it is used in many areas. This article will discuss the application field and working principle of the IELZX111-1-62-25.0-AE-23-V.

Application Field

The IELZX111-1-62-25.0-AE-23-V circuit breaker is mainly used in indoor or outdoor installations, especially in distribution installations, industrial applications, electric fans, and electric pumps, etc. It is suitable for overvoltage protection, undervoltage protection, and overcurrent protection. Its trip current is adjustable, which makes the breaker have a wider range of applications. Moreover, the IELZX111-1-62-25.0-AE-23-V is highly reliable, with a maximum breaking capacity of 25 kA. This makes it suitable for protecting high-powered electrical appliances and ensuring the safe operation of circuits.

Working Principle

The working principle of the IELZX111-1-62-25.0-AE-23-V is based on two technologies: magnetic technology and thermal technology. The magnetic technology is used as a trip mechanism. A coil is used to generate a magnetic field that will actuate the current-sensing releases contact free as the current exceeds the predetermined current rating. This will cause the breaker to trip, thereby deactivating the electrical circuit. The thermal technology is incorporated to provide additional protection from overloads. A heat-sensitive element will be activated when the temperature goes beyond the preset temperature rating. This will then cause the breaker to trip.

The IELZX111-1-62-25.0-AE-23-V is an advanced hybrid circuit breaker that combines both magnetic technology and thermal technology. It is highly reliable, and its adjustable trip current makes it suitable for numerous applications. The breaker is mainly used in indoor or outdoor installations, especially in distribution and industrial applications.