LELK1-31175-30-V

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Circuit breakers are essential for modern electrical systems to ensure the safe running of electronics. The LELK1-31175-30-V circuit breaker is a reliable, high performance breaker suitable for a wide range of applications. It has been designed for use in harsh environments where shock and vibration can occur, and is suitable for controlling short circuit and overload protection.

The LELK1-31175-30-V circuit breaker is designed to provide superior electrical protection. It has an adjustable trip point that can be adjusted to protect circuits in the event of an overload or short circuit overload. This trip point can be set to a specific level to ensure maximum protection. The breaker also features an automatic reset feature which allows it to reset itself after an overload or short circuit.

In terms of its application field, the LELK1-31175-30-V circuit breaker is ideally suited to industrial, commercial and residential applications. These include applications such as motor control, cooling fans, UPS systems, power supplies and elevators. The breaker is also suitable for portable applications such as medical equipment and control panels.

The working principle of the LELK1-31175-30-V circuit breaker is based on the relay action of an electromagnetic switch. When an overload or short circuit occurs, the switch is closed and the breaker trips to protect the circuit. Depending on the specific application, the breaker can be programmed to either open or close the circuit after a specific time interval. The main benefit of this technology is that it provides superior electrical protection with minimal time delays.

The LELK1-31175-30-V is a reliable and high performing circuit breaker suitable for many different applications. It features an adjustable trip point and auto reset feature to ensure maximum protection of circuits and provide superior electrical protection. Its application field includes industrial, commercial and residential applications, and its working principle is based on the relay action of an electromagnetic switch.

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