IULHK11-1REC4-51-.200-01

Series:	*
Part Status:	Active
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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IULHK11-1REC4-51-.200-01 Application Field and Working Principle

Circuit breakers are devices used to break an electrical circuit during an overload or short-circuit. IULHK11-1REC4-51-.200-01 is a type of circuit breaker specifically used for residential or commercial applications. This article will look at the application field and working principle of this particular circuit breaker.

Application of IULHK11-1REC4-51-.200-01

IULHK11-1REC4-51-.200-01 circuit breakers are typically used in residential and commercial applications. These include circuits that protect appliances, lighting, and equipment from too high a voltage and potential electrical fires, for example. Moreover, this type of circuit breaker also monitors the amount of current running through a circuit and can detect if the current exceeds the safe limit.In residential applications, IULHK11-1REC4-51-.200-01 circuit breakers are used to protect all the various circuits in a house, such as living rooms, bedrooms, kitchens, and bathrooms. This type of circuit breaker is also a great option for commercial applications, due to their ability to shut off large amounts of current in the event of an overload.

Working Principle of IULHK11-1REC4-51-.200-01

The working principle of IULHK11-1REC4-51-.200-01 circuit breaker is relatively simple. When the electrical current passing through the circuit exceeds the rated amount, the surge is detected by the circuit breaker. The breaker then opens the circuit, shutting off current from passing through and protecting the circuit from potential damage or even fire. In the case of an overload, the breaker will be triggered by a bimetallic strip inside the breaker itself. When the strip is warmed by the increased current in the circuit, it bends and causes the breaker to trip and open the circuit. This will prevent further stress on the circuit and prevent a potential electrical fire.In the case of a short circuit, the same thing will happen. However, instead of a bimetallic strip, the breaker is triggered by an electromagnet. This electromagnet is triggered when the current in the circuit increases very rapidly, reaching a potentially hazardous level.

Conclusion

IULHK11-1REC4-51-.200-01 circuit breakers are a great solution for residential and commercial applications. They are designed to protect circuits and appliances from potential overloads and short-circuits, which could cause significant damage to the circuit and the appliances connected to it. The working principle of these circuit breakers is relatively simple, and it is based on the use of either a bimetallic strip or an electromagnet, which are triggered when the current in the circuit reaches a hazardous level.

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