APGN6-36401-20

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Circuit breakers play an important role in electrical systems by responding to an overload or short circuit. They provide a safety measure against electrical accidents, and may even prevent damage to electrical systems. The APGN6-36401-20 application field and working principle is a type of circuit breaker that can be used in an industrial environment. It is designed to provide protection against current surges, short circuits, and overloads.

The APGN6-36401-20 is designed with a contact propagation time delay of approximately 30 nanoseconds. The contact propagation time delay is an important design factor in order to minimize the duration of any contact arcing caused by overcurrents or short circuits. By minimizing the duration of any contact arcing, the risk of any hazardous scenario caused by electrical arcing is minimized.

The APGN6-36401-20 uses an integrated solid state over-current protection device that can be triggered by an overcurrent or short circuit. The solid state protection device uses integrated circuits to detect overcurrents, and switches the circuit breaker off when it reaches a certain threshold. This provides a high degree of protection against any dangerous overcurrents.

The APGN6-36401-20 has a trip rating of up to 2.0 amps. This ensures that the circuit breaker will trip in an overload or short circuit situation. The trip rating also ensures that the circuit breaker is capable of cutting off the power, even in the event of an overload or short circuit.

The APGN6-36401-20 has a variety of different features, including an instantaneous trip adjustment, a mechanical lock mechanism, and various control settings. The instantaneous trip adjustment ensures that the circuit breaker will quickly trip in a dangerous overload or short circuit situation. The mechanical lock mechanism ensures that the circuit breaker will remain locked in the closed position, even if a current surge occurs. And the various control settings allow the user to customize the sensitivity of the circuit breaker to meet the needs of different applications.

The APGN6-36401-20 also includes a variety of diagnostic functions, such as a fault indication, a fault analysis, and a fault isolation indicator. The fault indication system provides an immediate warning of any current overloads or short circuits, and may also provide additional information on the nature of the fault. The fault analysis determines the cause of the fault, and the fault isolation indicator allows users to locate any problem areas within the circuit breakers.

The APGN6-36401-20 is a reliable and powerful circuit breaker capable of withstanding extremely harsh industrial environments. Its contact propagation time delay is designed to minimize arcing, and its integrated solid state over-current protection device provides a high degree of safety against any overloads and short circuits. Furthermore, its various features and diagnostic functions ensure that users can customize the settings to meet the needs of the application. This makes it an ideal choice for industrial applications requiring high-performance circuit breakers.

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