LELZXB1-1REC4-61-15.0-G1-03

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Circuit breakers are indispensible components in electric circuits, particularly in those subject to large loads of current or voltage. The LELZXB1-1REC4-61-15.0-G1-03 is an example of a circuit breaker, and its application field and working principle is of particular importance.

The LELZXB1-1REC4-61-15.0-G1-03 circuit breaker is a power distribution switch that is designed to protect electrical systems, devices and components from over-currents and short-circuits. It is typically used in residential and commercial power distribution networks and has a current rating of 15 amps.

The LELZXB1-1REC4-61-15.0-G1-03 is usually placed in a central location in the circuit where it can monitor the current and voltage levels. Should the current or voltage levels exceed a predetermined level, the LELZXB1-1REC4-61-15.0-G1-03 will disconnect the circuit, thus preventing further damage. The LELZXB1-1REC4-61-15.0-G1-03 also has a time delay operation in order to provide better protection against "nuisance tripping," where the breaker trips due to a momentary short-circuit or peak current overload.

Regarding its working principle, the LELZXB1-1REC4-61-15.0-G1-03 circuit breaker is essentially a complex electromechanical device. There are essentially two major components of the breaker which work in tandem to detect and prevent overloads. The first component is the electromechanical relay which detects the current or voltage levels and signals the circuit breaker to open if a predetermined threshold is reached. The other component is a thermal element which helps in regulating the temperature within the breaker, and thus preventing the breaker from overloading.

In short, the LELZXB1-1REC4-61-15.0-G1-03 circuit breaker is an indispensable component in a variety of electrical systems. It is capable of detecting current and voltage overloads and disconnecting the circuit in order to protect electrical devices and components from damage. Its working principle is based on two major components which work in tandem in order to provide reliable and effective protection.

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