1658-G21-03-S83-055801-15A

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Circuit breakers are electrical or electronic devices used to protect electric circuits and machines. The 1658-G21-03-S83-055801-15A is one such device, and its application field and working principle are described in this article.

The 1658-G21-03-S83-055801-15A is a type of circuit breaker that is used in applications requiring high-power performance, such as electric vehicles, high-voltage power systems, and transformer protection. It is also capable of handling a wide range of input voltages, from 21 volts to 1000 volts. In addition, the device can be integrated into both high-efficiency and conventional applications.

The working principle of the 1658-G21-03-S83-055801-15A circuit breaker is based on a simple physical law. When excess current flows through the device, it creates a surplus of electrical energy in the wire, which is then used to activate its thermal release mechanism. This mechanism releases a metal oxide varistor that interrupts the circuit, thus preventing further damage caused by the overload.

The 1658-G21-03-S83-055801-15A can also be used to detect low-voltage faults. This is accomplished through a thermal release system, which detects low-voltage events and triggers the varistor to interrupt the faulted circuit. Once triggered, the circuit breaker is reset manually. In this way, the device can help to protect against dangerous situations from occurring.

The 1658-G21-03-S83-055801-15A is a reliable and durable circuit breaker, and is suitable for high-Power applications. It is able to detect and protect against excess current, low-voltage faults and other overloads. Furthermore, it can be integrated into conventional and high-efficiency power systems, thus providing better protection for circuit connections.

In summary, the 1658-G21-03-S83-055801-15A is an ideal choice for applications requiring high-power performance. It is capable of handling a wide range of input voltages and equipped with a thermal release system to detect and protect against faults and overloads. Furthermore, its versatility make it suitable for integrating into both high-efficiency and conventional power systems.

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