IDLHK11-1-61-10.0-A-01 Circuit Protection

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IDLHK11-1-61-10.0-A-01 circuit breaker is a popular type of circuit breaker. It is widely used in a variety of industries. This article will provide an overview of this breaker’s application field and working principle.

Circuit breakers are an important part of any electrical system. They are used to protect the system from dangers caused by faults, surges, or overloads. When an excessive current passes through the circuit, the breaker will trip, interrupting the flow of electricity. This prevents the circuit from being damaged by the excess current, or a fire from being caused if the current is too high.

The IDLHK11-1-61-10.0-A-01 circuit breaker is a type of air circuit breaker. It is an ideal choice for a variety of applications, including protection of three-phase switchgear systems, motor control centers, and rare-earth metal inductive magnet circuits. This breaker is also suitable for use in both commercial and industrial settings.

Working Principle

The IDLHK11-1-61-10.0-A-01 circuit breaker works by using a combination of mechanical and electrical force to open and close the circuit. When a current passes through the breaker, the mechanical and electrical devices work together to open the contacts in the breaker. The mechanical component consists of a breaking arm connected to a knob, and the electric component is composed of an electromagnet.

When an overload or fault occurs, the current in the breaker will increase. The increased current causes the electromagnet to generate a large magnetic field, which pulls the breaking arm. This motion opens the contacts in the breaker, and the resulting interruption of the electricity flow prevents the circuit from being damaged. When the breaker is tripped, a reset mechanism closes the contacts again, allowing the current to flow.

The IDLHK11-1-61-10.0-A-01 circuit breaker is highly reliable and efficient, making it an ideal choice for a wide range of applications. It is a reliable and economical way to protect circuits from overcurrents, short circuits, and other hazards.

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