1180-01-5A

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1180-01-5A Circuit Breakers

Circuit breakers are widely used electrical components that are designed to protect an electrical circuit from damage due to an overload or short circuit. The 1180-01-5A is a type of circuit breaker that offers enhanced protection, allowing the device to detect small voltage differentials before responding to shock conditions. It is incredibly reliable and well suited for use in a variety of high-voltage applications.

Applications

The 1180-01-5A is ideal for use in a number of industrial applications. For example, these breakers are well suited for factory automation, aircraft and military systems, electrical power distribution and renewable energy generation. In each of these cases, the device is designed to protect the system from disturbances caused by overloads, short circuits and other voltage aberrations.

Working Principle

The 1180-01-5A circuit breaker works by using an electromagnetic switch. When the voltage of the circuit exceeds a certain threshold, the switch turns on, opens the circuit and cuts off the power to the system. The device is then protected from any power surge, allowing the system to remain intact. The device can also be reset manually once the fault has been rectified.

The 1180-01-5A also has an added layer of protection, thanks to its differential protection feature. This feature allows the circuit breaker to detect small voltage discrepancies of as little as 5 volts. Such a small differential can indicate a disturbance in the system and the circuit breaker will then turn on, isolating the affected circuit. This allows for enhanced protection and increased reliability of the system.

Conclusion

The 1180-01-5A circuit breaker is an ideal choice for those looking for enhanced protection in their industrial applications. The device offers the reliability of a standard circuit breaker, combined with the added protection of its differential protection feature. This makes it well suited for use in a number of high-voltage applications and can help protect the system from voltage surges, overload and short circuits.

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