IELHK111-1REC4-63-10.0-AD-01-V

Introduction

IELHK111-1REC4-63-10.0-AD-01-V is a circuit breaker system that is used to regulate and provide short-circuit and overload protection for electrical systems. The IELHK111-1REC4-63-10.0-AD-01-V circuit breaker is designed to trip in the event of a short circuit. This protects the system against overload and enables it to recover and continue to function normally.

Application Field

The IELHK111-1REC4-63-10.0-AD-01-V circuit breaker can be used in a variety of applications. It can be used in power distribution, industrial or commercial applications, and in residential and institutional settings. It is suitable for use in harsh environments such as extreme temperatures and frequently used in hazardous locations such as those with fire or explosion hazards.

This breaker system is also ideal for use in industrial applications. As industrial environments often involve high-voltage electrical loads, the IELHK circuit breaker is designed to handle a variety of loads and provide reliable and safe power protection. The circuit breaker can be used to protect motors, large scale process and manufacturing operations, and more.

Working Principle

The IELHK111-1REC4-63-10.0-AD-01-V circuit breaker utilizes a magnetic trip mechanism. The breaker is equipped with a solenoid trip, which is placed near the main contacts of the breaker. When the current in the protected circuit exceeds the set limit, the solenoid trip generates a magnetic field. This magnetic field triggers the trip mechanism, which cause the contacts to separate and disconnect the power supply.

The IELHK111-1REC4-63-10.0-AD-01-V circuit breaker also has a thermaltrip component. This component is designed to detect any increase in the temperature of the protected system. In the event of an overloaded circuit, it will act immediately to provide extra protection.

Conclusion

The IELHK111-1REC4-63-10.0-AD-01-V circuit breaker is an effective protection system designed to provide reliable short-circuit and overload protection for electrical systems. Its use in both commercial and industrial environments is its primary advantage as it can withstand harsh conditions such as extreme temperatures. The combination of its magnetic trip and thermal trip system provides efficient protection and its relatively low cost makes it attractive to potential users.