IAG1-1REC5-51F-6.00-AQ-01

Circuit Breakers

Circuit breakers are electrical equipment used in electrical systems that protect against overload, short circuit &/or ground faults.

The IAG1-1REC5-51F-6.00-AQ-01 circuit breaker is specifically designed to identify and disconnect a circuit when it has been subjected to an overload or fault. This type of circuit breaker is an air-plus-vacuum type, with the air offering the main protection against excess current and the vacuum supplementing this protection.

The operation of the IAG1-1REC5-51F-6.00-AQ-01 circuit breaker involves two principal phases: the detection phase and the interruption phase. During the detection phase, the circuit breaker is constantly monitoring the electrical current that is running through the system. If the circuit breaker detects an overload or fault, it will trip to open the circuit and disconnect the current, thus protecting the circuit.

In order for the breaker to trip on an overload the current must exceed the maximum current rating for that particular breaker. This rating is determined by the manufacturer and is usually printed on the rating plate. The maximum current rating will usually increase as the size of the breaker increases. The IAG1-1REC5-51F-6.00-AQ-01 breaker is rated to trip at 6 amps, allowing it to handle most common home and office applications.

In order for the breaker to trip on a short circuit or ground fault the current must exceed the minimum tripping current rating of the breaker. Again, this minimum rating is determined by the manufacturer and is usually printed on the rating plate. The IAG1-1REC5-51F-6.00-AQ-01 breaker is rated to trip at 5 amps, which is sufficient for small applications.

The IAG1-1REC5-51F-6.00-AQ-01 breaker is designed for general purpose applications such as computers, printers, and other home and office equipment. It is a good choice for applications where the electrical load can be expected to be moderate, but not too heavy.

The IAG1-1REC5-51F-6.00-AQ-01 circuit breaker is a reliable and cost effective way to ensure the safety of electrical circuits. By detecting and disconnecting any excessive or faulty current, it provides an extra level of protection and peace of mind.