IEGS6-1-63-30.0-01-V

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Circuit breakers are electrical devices which are designed to protect an electrical circuit from damage due to overcurrent or overload. One example of a circuit breaker is the IEGS6-1-63-30.0-01-V, which is a miniature, thermally-sensitive, single-pole circuit breaker.

The IEGS6-1-63-30.0-01-V circuit breaker can be used in a variety of applications, including those operating within electronic equipment, mechanical systems, machines, motors, lifts, transformers, and building utility systems. It is used to protect these systems from electrical damage caused by overcurrent or overload, such as short circuits and thermal overloads.

The IEGS6-1-63-30.0-01-V circuit breaker features an internal bimetal-based trip unit with a thermal reset function. This trip unit is designed to detect an overcurrent or overload in the circuit and then quickly open the circuit to reduce any further damage from occurring. The bimetal-based trip unit works by sensing the heat generated by an overcurrent or overload, and then trips the circuit breaker to disconnect the circuit.

The IEGS6-1-63-30.0-01-V circuit breaker also has a thermal reset function. This feature allows the circuit breaker to reset after it has tripped and the overcurrent or overload has been removed. The thermal reset works by sensing the temperature of the circuit breaker, and if the temperature is below the pre-set value, the circuit breaker will reset itself. This ensures that the circuit will remain protected if another overcurrent or overload occurs.

The IEGS6-1-63-30.0-01-V circuit breaker is an effective device for protecting an electrical circuit from damage due to overcurrent or overload. Its internal bimetal-based trip unit coupled with its thermal reset feature make it ideal for many different applications, whether they be operating within electronic equipment, mechanical systems, machines, motors, lifts, transformers, or building utility systems.

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