UPGF66-30513-23 Circuit Protection

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UPGF66-30513-23 Application Field and Working Principle

Circuit breakers are used in electrical and electronic systems to break circuits in order to protect against excessive current. The UPGF66-30513-23 is a type of circuit breaker that is specifically designed for the low-voltage and low-temperature applications. This device is a 3-pole breaker with an rated operating voltage of 600V and rated operating current of 35A. It also has a tripping response time of 0.0015s and a manual/automatic operating capability.

Application Field

The UPGF66-30513-23 circuit breaker is used in a variety of low voltage and low temperature applications, such as data centers, industrial automation systems, and medical equipment. Due to its compact size, low operating voltage, and low tripping time, it is also suitable for other specialty applications where space is limited and fast response times are needed.

Working Principle

The UPGF66-30513-23 circuit breaker follows the standard operating principle of a standard circuit breaker. When the circuit breaker is closed, the electrical current travels through it, until an over-current or fault is detected. When the over-current or fault is detected, the bimetals of the breaker are heated and expand, which causes the breaker to trip, thus interrupting the current.

Apart from the standard operating principle of the circuit breaker, the UPGF66-30513-23 also has a manual/automatic operating capability. When the switch is in the manual position, the circuit breaker will only trip when the manual override button is pressed. When the switch is in the automatic position, the breaker will trip as soon as an over-current or fault is detected. This allows for quick and easy circuit breaking operations in a variety of different scenarios.

Conclusion

The UPGFR66-30513-23 circuit breaker is an ideal choice for low voltage and low temperature applications. It offers a fast response time of 0.0015, manual/automatic operating capability, and a compact size. This makes it ideal for a variety of special applications and situations where space and time are limited.

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