IELHK111-34015-100-V

The IELHK111-34015-100-V is a type of circuit breaker. Generally speaking, a circuit breaker is an automatically operated electrical switch designed to protect an electrical circuit from damage caused by excess current, caused by an overload or saturation of the circuit. The IELHK111-34015-100-V circuit breaker is no exception. It is designed to protect electrical circuits from over-current conditions before they can cause damage.

The IELHK111-34015-100-V circuit breaker is a three-pole device, meaning that it has three conductors (a single conductor for each pole). These conductors are connected in series, with the conductor for each pole attached to one end of the circuit. When the current in the circuit rises above the level that the breaker is rated to handle, the thermal trip unit housed within the circuit breaker will trip, instantly disconnecting the circuit and preventing further damage.

The IELHK111-34015-100-V circuit breaker can be used in a variety of applications. It is well-suited for use in industrial and commercial settings, where large currents are often drawn. It can also be used in residential applications, where smaller currents are typically present. In either case, the IELHK111-34015-100-V circuit breaker is designed to provide reliable protection against potentially damaging currents.

In addition to providing reliable protection against over-current conditions, the IELHK111-34015-100-V circuit breaker also features a built-in ground fault indicator. This indicator is designed to help identify any potential ground faults in the circuit, which can present a significant safety hazard. The built-in indicator can alert the user if a ground fault is present before it becomes a more serious issue.

The IELHK111-34015-100-V circuit breaker is a robust and reliable device, well-suited for its intended use. It is designed for many years of trouble-free operation, and is built to withstand the rigors of an industrial environment. As long as the breaker is installed and maintained correctly, it should provide reliable protection against potentially damaging over-current conditions for many years to come.