IDLHK11-1-52-15.0-01

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Circuit Breakers

IDLHK11-1-52-15.0-01 Application Field and Working Principle

Circuit breakers are electrical safety devices that are designed to break an electrical circuit in order to protect it from overload, short circuit, and other risks. There are various types and sizes of circuit breakers available, including the IDLHK11-1-52-15.0-01. In this article, we will explore the application field and working principle of this type of circuit breaker.

The IDLHK11-1-52-15.0-01 circuit breaker is a miniature circuit breaker that can be used for protection of equipment against overload and short circuits. This breaker is suitable for use in both residential and industrial applications. It has a rated voltage of 240 VAC and a rated current of 15 A. It is small in size and lightweight, making it easier to install in space-limited areas. Additionally, it’s UL listed and CSA certified for quality assurance.

The IDLHK11-1-52-15.0-01 is a thermal-magnetic circuit breaker, meaning that it uses two different systems to protect the circuit. First, there is the thermal system, which is activated when the current reaches a predetermined amount. This causes the breaker to trip, cutting off the flow of current to the circuit. The second system is the magnetic system, which is activated when the current in the circuit exceeds a predetermined amount. This causes the breaker to trip, cutting off the flow of current to the circuit.

The IDLHK11-1-52-15.0-01 has two main components: the trip unit and the frame. The trip unit is the part that detects the current in the circuit and trips the breaker when the current reaches a predetermined amount. The frame is the part that houses components like the trip unit, contacts, and terminals. When the breaker trips, the contacts open, cutting off the flow of power to the circuit.

In summary, the IDLHK11-1-52-15.0-01 is a thermal-magnetic circuit breaker, which is suitable for residential and industrial applications. It uses both thermal and magnetic systems for protection against overload and short circuits. The components of the breaker include the trip unit, frame, contacts, and terminals. The breaker trips when the current in the circuit exceeds a predetermined amount, thus protecting the circuit from overload and short circuits.

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