IEL1-1REC4-62-15.0-A-01-V

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Introduction

IEL 1-1REC4-62-15.0-A-01-V Circuit Breaker is a device that is used to interrupt the flow of electricity when an abnormally high amount of current is detected as a preventive measure to help protect electric equipment from potential damage caused by overloading or short-circuit conditions. It is designed to be mounted inside a power circuit and is capable of automatically resetting itself once the overload or short-circuit condition has been eliminated.

Application Field

IEL 1-1REC4-62-15.0-A-01-V Circuit Breakers are commonly installed in commercial buildings and industrial sites due to their capacity to protect sensitive electrical equipment from potential damage due to short-circuit or overload conditions.

They can also be used at home to protect appliances and devices from potential damage in case of an overload or short-circuit situation. In addition, these circuit breakers can also be used in vehicles to protect the electrical system of a car from any potentially damaging current conditions.

Working Principle

IEL 1-1REC4-62-15.0-A-01-V Circuit Breakers work by detecting an abnormally high amount of current in the flow of electricity and immediately breaking the connection between the power source and the load. This prevents the flow of electricity from causing any potentially damaging overload or short-circuits.

The circuit breaker is composed of an inert material called a “bimetal” that is configured as a two-piece strip. The two pieces of the bimetal are connected at one end in such a way that, when the current exceeds a certain level, the two pieces of the strip bend and separate, breaking the connection between power and load.

In the case of an overload, the circuit breaker trips and disconnects the flow of electricity to help prevent the circuit from sustaining any permanent damage. Once the overloading situation has been eliminated, the bimetal strip returns to its original shape, allowing the power to be restored to the circuit.

In the case of a short-circuit, the circuit breaker reacts quickly and similarly to an overload, by breaking the connection between the power source and the load to prevent the short-circuit from damaging the circuit.

Conclusion

IEL 1-1REC4-62-15.0-A-01-V Circuit Breakers are useful devices which help protect electrical equipment from permanently damaging overload or short-circuit situations. Their ability to detect an abnormally high amount of current and automatically interrupt the flow of electricity makes them a valuable tool in preventing damage from potentially dangerous electrical conditions.

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