IDLHK11-224-20

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Circuit breakers play a vital role in electrical systems, controlling the flow of electricity by quickly opening and closing electrical circuits. The IDLHK11-224-20 is an example of a circuit breaker which has a range of application fields and a defined working principle.

The IDLHK11-224-20 is employed in a wide range of applications. From residential and commercial buildings, to industrial and manufacturing facilities. As it is specifically designed for intermittent use, it is used in applications which do not involve high currents for a prolonged period. Its ability to repeatedly open and close during (normal and fault) conditions allows it to safely and effectively manage electrical energy.

The IDLHK11-224-20 is designed to trip instantaneously in the event of an overcurrent situation. This ensures the quick shutdown of the electrical circuit to prevent damage to equipment or cables, thus providing an additional layer of protection. It also features an inductive release which not only prevents noise from the mechanical components but also prevents interference from being induced into the system. This circuit breaker combines both safety and reliability.

In order to achieve its breaking capacity the IDLHK11-224-20 operates through a combination of magnetic and thermal forces. The magnetic and thermal forces work together to control the current in the electrical circuit. The magnetic forces are created when an electrical current passes through the coil of the breaker. The resulting flux creates an electromagnetic field that interacts with the breaker\'s core and a steel frame, thus creating a mechanical force of attraction. This force holds the breaker closed when there is no overcurrent situation.

When too much current passes through the breaker, a centrifugal mechanism is triggered which opens the contacts and opens the breaker. This is caused due to the thermal forces which heat up the bi-metallic strip which deflects when warm. The deflecting bimetallic strip breaks the circuit, cutting off the current flow and triggers the breaker to open.

The IDLHK11-224-20 circuit breaker provides many benefits by being able to control the flow of electricity. It ensures that the correct amount of current is passing through a circuit, and acts as a safety device in the event of an overcurrent situation. It is important to note that the IDLHK11-224-20 is not designed for use in continuous application, as it is intended only for intermittent use.

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