T21-2-10.0A-26337-1-V

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Circuit Breakers

Circuit breakers are used to protect electrical equipment and circuits from damage caused by electric overloads and short circuits. This can help to extend the life of electric systems, protect users and equipment from electric shock, and reduce the risk of fire due to electric overloads. This article will discuss the application fields and working principle of the T21-2-10.0A-26337-1-V circuit breaker.

application fields

The T21-2-10.0A-26337-1-V circuit breaker can be used for various applications. It’s suitable for use in control circuits for transformers, electric motors, pumps, fans, and heaters, as well as in lighting circuits and equipment. It can also be used in residential and commercial areas as well as in industrial settings. It is also suitable for use in solar power applications.

Working Principle

The T21-2-10.0A-26337-1-V circuit breaker is a thermal-magnetic type circuit breaker, which employs both a thermal and magnetic trip function to protect against electrical overloads and short circuits. The thermal portion works by sensing the current going through the breaker and activating a thermal trip mechanism when the current rises above a certain point. This creates a heat source that causes the breaker to trip, cutting off the power. The magnetic portion works by sensing the voltage across the breaker and activating a magnetic trip mechanism when the voltage rises above a certain point. This causes the breaker to trip, clearing the short circuit.

The breaker also features a manual reset button, allowing you to reset it if the overload or short circuit is cleared. The breaker also features a visual indicator, indicating whether the breaker has tripped or if it is still in the active state. The breaker can also be locked in the off position, to ensure that it isn’t accidentally reset.

The T21-2-10.0A-26337-1-V circuit breaker is a safe and reliable way to protect electrical systems and equipment from overloads and power surges. This can help to extend the life of your electrical systems, reduce the risk of electric shock, and help to prevent fires caused by electric overloads.

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