PP21-62-20.0A-OC-V

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Circuit breakers are a safety device that protect electrical circuits from being overloaded or short circuited. They are used in almost every electrical system, from a home to a car to a large scale industrial plant. The PP21-62-20.0A-OC-V is one type of circuit breaker that is designed for a specific application.

The PP21-62-20.0A-OC-V is a medium-sized circuit breaker that is used in a variety of applications. It is commonly used in residential and commercial applications where it is necessary to protect circuits from being overloaded. It is also used in industrial settings where more power is required and where there is a greater risk of overloads or short circuits. It is also found in automotive applications.

The PP21-62-20.0A-OC-V is designed for a specific voltage and current rating. It has a rated current of up to 20.0A, and a rated voltage of up to 240V. In residential and commercial applications, it is used to protect circuits from overloads, short circuits, and ground faults. In industrial applications, it is used to protect large AC power distribution circuits from voltage fluctuations that could result from an overload.

The PP21-62-20.0A-OC-V operates on a simple working principle. It utilizes a bimetal coil that expands as the current passing through it increases. When the current reaches a pre-set value, the bimetal coil trips, causing the contacts to open and breaking the circuit. The reset button can then be used to reset the circuit breaker. This simple operation provides a reliable way to protect circuits from overload.

In summary, the PP21-62-20.0A-OC-V circuit breaker is designed for medium size applications where a certain amount of power is needed. It is widely used in both residential and commercial applications to protect circuits from overloads, short circuits, and ground faults. It also has an added protective function in industrial applications by protecting circuits from voltage fluctuations. The circuit breaker utilizes a bimetal coil that trips when the current reaches a pre-set level, causing the contacts to open and breaking the circuit. This basic operation provides an effective way to protect circuits from overloads.

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