IULHK111-1REC4-62-5.00-AE-01

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Circuit breakers are designed to protect electrical circuits in the event of an overload or short circuit by interrupting the electrical flow before serious damage can occur to the circuit components. The IULHK111-1REC4-62-5.00-AE-01 is an example of one of the many circuit breakers available on the market. It is designed to provide an adjustable overload cut-off current and an adjustable short-circuit cut-off current.

The IULHK111-1REC4-62-5.00-AE-01 has a wide variety of applications ranging from residential to industrial settings. In the home, circuit breakers are used in main panels to protect the wiring and circuits from overloading and short-circuiting. They can also be used in plugs or outlets to regulate the flow of electricity to various appliances. In industrial settings, circuit breakers are employed to protect large components such as assembly lines, nuclear reactors, and other large scale equipment from damage due to power surges.

How circuit breakers work is relatively simple. The breaker is composed of two main parts, the trip mechanism and the contacts. The trip mechanism is an electromechanical device that senses an overload or short circuit and trips the breaker off quickly to shut off the electricity. The contacts are the parts that complete the circuit and allow the current to flow. When the trip mechanism is triggered, the contacts open and the current is interrupted, preventing the circuit from being damaged.

The IULHK111-1REC4-62-5.00-AE-01 has an adjustable overload cut-off current of 5.00A and an adjustable short-circuit cut-off current of 1.62A. This means that when the current exceeds these thresholds, the trip mechanism will be triggered and the circuit is shut off. This helps protect the circuit and prevents serious damage from occurring.

The IULHK111-1REC4-62-5.00-AE-01 can be used in a variety of settings to help protect electrical circuits from damage due to overload or short-circuits. The adjustable overload and short-circuit cut-off features help provide maximum protection to the electrical circuits, ensuring they are safe and reliable.

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