UPGF6-31799-30 Circuit Protection

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Circuit breakers are a safety device that serve to interrupt an electric circuit in case of a short circuit, overvoltage or overcurrent. UPGF6-31799-30 is a type of miniature circuit breaker that offers superior protection for industrial lighting, serving a variety of applications. This article will discuss the application field and working principle of UPGF6-31799-30.

UPGF6-31799-30 provides superior protection for industrial lighting applications. It is suitable for use in residential, commercial, and industrial buildings for lighting control, and it is also suitable for use in motor control centers and other equipment requiring overload protection. In addition to providing protection for lighting, the device can also be used in combination with the UPGF3-18976-30 and UPGF5-33515-20 motor contactors to provide overload protection for motors.

In terms of working principle, UPGF6-31799-30 is a trip-free circuit breaker, which means that it will trip even during the off-position. It is current sensing, meaning that it will trip when the current exceeds the appropriate preset trip level. It is also equipped with a manual reset that will reset the breaker when the overcurrent condition has been eliminated.

When it comes to safety features, the UPGF6-31799-30 is designed with a self-test function that can detect any overload or short circuit and automatically trip the breaker in response. In addition, the device also has a “test button” that can be used to check the breaker’s functionality without creating an overload.

Finally, the UPGF6-31799-30 also features a protection lock that prevents it from being reset until the overcurrent condition has been eliminated. This makes the device ideal for use in areas where accidental or malicious activation of the breaker is of concern.

In conclusion, UPGF6-31799-30 is a type of miniature circuit breaker that is designed for use in industrial lighting applications. It offers superior protection against short circuits, overvoltage, and overcurrent, and is equipped with a self-test function and a protection lock to ensure maximum safety. The device is designed with a trip-free mechanism and a manual reset, making it ideal for use in areas where accidental or malicious activation of the breaker is of concern.

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