LELC1-1REC4-28329-8

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Circuit breakers are devices that are commonly used to protect electrical circuits and equipment from damage caused by overload, short circuit, and other mishaps. LELC1-1REC4-28329-8 is such a device. It is a UL approved high performance circuit breaker that offers maximum protection for the circuit.

Application Field

LELC1-1REC4-28329-8 is suitable for a variety of applications, such as power distribution, automation controls, motor protection, and industrial machinery. It can be used in the following types of situations:

• To protect the electrical circuit from damage due to overload, short circuit, and other causes.
• To protect the motor from damage due to overload and other causes.
• To protect sensitive electronics from damage due to voltage fluctuations.
• To protect the circuit from thermal stress caused by high current or temperature.

In addition, LELC1-1REC4-28329-8 can be used in other applications that require reliable over-current protection and current control.

Working Principle

LELC1-1REC4-28329-8 is a high performance breaker that provides maximum protection for the electrical circuit. It works by sensing current in the electrical circuit and automatically cutting off power when the current reaches a certain level. This level is called the trip level and is set according to the needs of the circuit.

The breaker is also equipped with a reset button that can be used to manually reset the breaker if it has been tripped. This allows the circuit to be restored quickly.

The breaker also has a thermal overload feature which allows it to sense excessive heat in the circuit and automatically cut off power before the circuit is damaged. This prevents costly repairs and improves safety.

Conclusion

LELC1-1REC4-28329-8 is a high performance circuit breaker that provides maximum protection for the electrical circuit. It is suitable for a variety of applications, including power distribution, automation controls, motor protection, and industrial machinery. It automatically trips off power when the current reaches a certain level and can be reset manually if tripped. Additionally, it has a thermal overload feature that prevents damage to the circuit caused by excessive heat.

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