UPGF6-30348-20 Circuit Protection

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Circuit breakers are essential components in electricity and automation systems, ensuring the integrity and safety of the equipment and operators. They are designed to protect against overloads and short circuits. The UPGF6-30348-20 circuit breaker is a 3-pole, 480-volt DIN-Mounted breaker.

The UPGF6-30348-20 application field includes installations where higher levels of overload protection, short-circuit protection, and isolation of current carrying conductors are required. It is designed to be used particularly in low voltage electrical circuits to control motor loads, lighting systems, and other devices requiring protection. The breaker is also used in households, offices, factories, and commercial establishments.

The working principle of the UPGF6-30348-20 circuit breaker is based on its ability to detect when an overload, ground fault, or short circuit is occurring in a circuit. When this occurs, the breaker trips, cutting off the power to the circuit, and preventing further damage from occurring. This is done by a trip mechanism that senses the current in the circuit and trips the breaker when it exceeds the setting of the breaker. When the cause of the fault has been cleared, the breaker can be manually reset.

To ensure safe operation, it is important to have the correct level of current protection for the application. The UPGF6-30348-20 circuit breaker can be used for any application where the current exceeds the rating of the breaker. It is important to make sure the breaker is suitable for the application, as overloads or short circuits can cause extensive damage and could even lead to injury or death.

The UPGF6-30348-20 is a reliable and effective way to protect circuits and equipment in industrial and commercial settings. The circuit breaker helps prevent serious damage to the circuits and equipment, as well as preventing injury or death to personnel. It can be used to effectively detect and isolate dangerous short circuits and protect against overloaded circuits, thus ensuring the integrity and safety of the equipment and operators.

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