PR21-62F-21.0A-35259-8

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Circuit breakers are designed to protect electrical systems from short circuits and other power surges. The PR21-62F-21.0A-35259-8 is a circuit breaker designed for use in residential and commercial applications. This type of circuit breaker is designed to protect against fault currents up to 62 amperes and with a rated operating current of 21 amperes.

The PR21-62F-21.0A-35259-8 circuit breaker has a number of features which make it suitable for residential and commercial applications. The first is the ability to trip quickly in the event of a fault. This helps to protect the wiring, as well as the user, from damaging currents. It also has a manual reset capability, which allows the user to reset the circuit breaker without having to replace any components.

When considering circuit breakers for residential and commercial use, you should consider the voltage and amperage rating of the breaker. The PR21-62F-21.0A-35259-8 breaker is rated to handle up to 600V AC and 21A. This is sufficient for most light and medium load applications.

The PR21-62F-21.0A-35259-8 circuit breaker works by using an electromagnet to trip the breaker in the event of a fault. This electromagnet will sense when a fault current exceeds the ampere rating and will cause the circuit breaker to trip, thus disconnecting the circuit. This provides an effective way to protect the circuit from power surges and other damages.

Another great feature of the PR21-62F-21.0A-35259-8 circuit breaker is its ability to be mounted in a panel. This makes it easy to fit into existing wiring schemes, allowing for quick installation and repair. The breaker also has adjustable trip settings, which allow for fine-tuning of the trip level in accordance with the particular application.

The PR21-62F-21.0A-35259-8 circuit breaker is designed for use in residential and commercial applications, providing efficient protection against dangerous fault currents. It is also easy to fit and has adjustable trip settings, making it ideal for a range of applications.

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