IULHK111-1REC4R-65-15.0-E-91

Circuit Breakers

A circuit breaker is a key component of an electrical system which prevents overloads or overcurrents from occurring. Circuit breakers are designed to protect circuits against high currents, either from a short circuit or an overload. In other words, circuit breakers prevent electrical components from getting damaged due to overvoltage. The IULHK111-1REC4R-65-15.0-E-91 circuit breaker is a speciality breaker which is designed for a broad range of applications.

Applications

The IULHK111-1REC4R-65-15.0-E-91 is primarily used for commercial or residential applications where the circuit breaker is required to break a circuit quickly when a fault or overload is detected. It is also used to provide protection against motor burnouts, preventing costly repairs. In addition, the IULHK111-1REC4R-65-15.0-E-91 is suitable for controlling motor applications, including boilers and pumps, as well as monitoring at all times the on-off status of circuits, providing a major contribution to the long-term reliability of the entire system.

Working Principle

The IULHK111-1REC4R-65-15.0-E-91 circuit breaker trip takes place when either an overload or a short circuit condition has been detected. An overload condition refers to when the current being drawn exceeds the capacity of the circuit breaker. As a result, the breaker trips or shuts off the circuit to protect the wiring. On the other hand, a short circuit occurs when a direct connection has been made between two points in a circuit. In this case, the circuit breaker will trip due to the abnormal increase in current flowing through the circuit. Once tripped, the breaker will restore power to the system when the short has been cleared and enough time has passed for the exposure of appliances to be limited.

Conclusion

The IULHK111-1REC4R-65-15.0-E-91 is a type of circuit breaker that is designed for a variety of commercial and residential applications. This type of circuit breaker is designed to trip or shut off a circuit upon detecting an overload or short circuit condition. Lastly, it is also suitable for controlling motor applications, including boilers and pumps, as well as monitoring at all times the on-off status of circuits, providing a major contribution to the long-term reliability of the entire system.