1C63UL

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Circuit Breakers: 1C63UL Application Field and Working Principle

Circuit breakers are indispensable components in electrical systems for protection against overloads, short-circuits and other abnormal scenarios. The 1C63UL circuit breaker is such a common product and can be widely used in residential, commercial and industrial buildings. This article will present the application field and working principle of 1C63UL circuit breaker in detail.

1. Application Field of 1C63UL Circuit Breaker

The 1C63UL circuit breaker is a low-voltage circuit protection device that can be used both in residential and enterprise environments. In residential areas, the 1C63UL circuit breaker can be used to protect wires, outlets and electric equipment from overload and short circuit; in enterprise environments, the 1C63UL circuit breaker can protect large industrial equipment with loads up to 0.5kW. In addition, the 1C63UL circuit breaker can also used in power distribution systems at electric power plants.

2. Working Principle of 1C63UL Circuit Breaker

The 1C63UL circuit breaker is an overload protective device consisting of a heat-sensitive element and a distance switch. The heat-sensitive element has a core plug, an encasing and an operating rod. When there is an overload at the power supply location, the core plug will heat up and bend the operating rod, causing distance switch to weaken and switch off the power. Once the power is off, the current supply is cut off and the overload is prevented.

Because the 1C63UL circuit breaker uses a mechanized heat-sensitive element, it can automatically reset whenever the abnormal load is gone. As a result, this type of circuit breaker is also described as an automatic circuit breaker. This type of circuit breaker can respond quickly to abnormal conditions, preventing further damage to the equipment.

Conclusion

The 1C63UL circuit breaker is a common automatic circuit breaker product with a wide application range from residential to industrial environments. It works by sensing the temperature of the connected circuit, then weakening or cutting the power supply once an overload or short circuit is detected. This helps to protect the connected circuit from fire or other damage caused by overload and short circuits.

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