IDLHK11-25192-3 Circuit Protection

Circuit Breakers

A circuit breaker is a device designed to protect an electrical circuit from damage caused by overload, short circuit, or other fault conditions. Circuit breakers provide a way to interrupt electricity when it is no longer needed or when the circuit is overloaded.

IDLHK11-25192-3 application field and working principle

The IDLHK11-25192-3 is a M6 size, miniature hydraulic-magnetic circuit breaker. It is designed for applications where overload and short circuit protection are needed. This circuit breaker is designed to provide protection in residential, commercial and industrial applications.

The working principle of the IDLHK11-25192-3 involves the use of a bimetallic strip to detect an overcurrent event. When an overcurrent event is detected, an electromagnet triggers the circuit breaker to shut off the power. The electromagnet is connected to a hydraulic system, which provides precise control over the amount of current that flows through the circuit breaker. In addition, the hydraulic system also dampens the effect of current fluctuations that can occur during operation.

The IDLHK11-25192-3 also includes a reset mechanism that ensures that the circuit breaker can be reset quickly and easily after a fault has been cleared. This reset mechanism is designed to reset the circuit breaker without the need for manual intervention.

The IDLHK11-25192-3 is capable of protecting circuits from overcurrents up to 25A and is certified to UL1077, E1248 and CDRH standards. It is also certified for use in a variety of environments, including corrosive and wet environments.

This miniature hydraulic-magnetic circuit breaker is designed to provide reliable protection for residential, commercial and industrial applications. It is also UL1077, E1248 and CDRH certified, making it a suitable choice for a wide range of applications and environments. With its hydraulic system, it provides precise overcurrent protection and rapid resetting after a fault has been cleared.