LEL1-1RS4-63-3.00-AF-01-V Circuit Protection

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A circuit breaker is one of the most commonly used tools to prevent electrical malfunction and electrical fire. The LEL1-1RS4-63-3.00-AF-01-V circuit breaker is a type of circuit breaker designed for a range of industrial and commercial applications. The following article will explain the application fields of this circuit breaker and how it works.

Applications

The LEL1-1RS4-63-3.00-AF-01-V circuit breaker is mainly used in commercial and industrial applications. It is capable of providing short circuit, thermal overload, and overcurrent protection. It is also capable of protecting electrical equipment from transient overvoltages due to lightning or other sources. This circuit breaker can also be used in various applications such as renewable energy systems, electric motors, generator sets, uninterruptible power supplies, and more.

Working Principle

The LEL1-1RS4-63-3.00-AF-01-V circuit breaker works by detecting when the electrical current exceeds its rated value. When this happens, it instantly disconnects the power supply from the electrical circuit. It does this by using a mechanical mechanism that is connected to a switch. When the current reaches an unsafe level, the switch triggers the mechanism which moves a piece of metal, known as the tripping contact, to interrupt the circuit. This in turn causes the circuit breaker to open and the power connection to be broken.

The LEL1-1RS4-63-3.00-AF-01-V circuit breaker also has an adjustable under-current trip feature, which allows it to tripping at a level lower than its rated current. This feature is useful in situations where there is an abnormally low current draw. Additionally, this circuit breaker also has a feature that allows it to be reset automatically if the overload or short circuit condition has been removed.

Conclusion

The LEL1-1RS4-63-3.00-AF-01-V circuit breaker is an effective tool for preventing electrical malfunctions and fire, and it is a must-have for any industrial or commercial application. It can be used to protect electrical equipment from overvoltages, overloading, and short-circuiting. It also has an adjustable under-current trip feature as well as the ability to reset itself when the overload or short circuit condition ceases to exist. It is a reliable and effective solution for any electrical system, and it is essential for those who need to protect their equipment.

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