LELBXK1-1REC4-33566-50-V

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Circuit breakers are the essential protective devices that are used to rapidly disconnect or connect electric power in residential, commercial and industrial applications. The purpose of a circuit breaker is to protect electrical and electronic components and systems from damage due to overvoltage and overheating.

LELBXK1-1REC4-33566-50-V is a type of circuit breaker. It is usually used in industrial applications and works by sensing when an excessive current is present and then breaking the connection or re-establishing the connection in order to restore power or shut it off. This type of circuit breaker can operate at a lower current level than other types of circuit breakers, making it ideal for protecting sensitive components from damage caused by overvoltage.

This circuit breaker utilizes two main components: a thermal overload switch and a series of contacts that are connected to the power source. The thermal overload switch is connected to a set of bimetallic elements that heat up as the current passes through them. When the current rises to a certain point, the bimetallic elements bend and activate the thermal overload switch. This then interrupts the power flow and cuts off the power supply, thus preventing any overload damage.

The series of contacts in the circuit breaker are designed to re-establish the power supply after the thermal overload switch is tripped. This occurs when the bimetallic elements cool down, allowing the contacts to close and re-establishing the power supply. The series of contacts also provide an additional measure of protection as they will prevent the current from rising to levels that could cause damage to the electrical and electronic components.

The LELBXK1-1REC4-33566-50-V circuit breaker is designed to be used in industrial applications where the current levels may be much higher than in residential or commercial areas. This type of circuit breaker is capable of withstanding a larger current load than other types of circuit breakers, making it ideal for protecting expensive and sensitive equipment. When the current reaches a certain point, the thermal overload switch will trip and the series of contacts will re-establish the power supply.

This particular circuit breaker is a reliable and efficient way to protect equipment and components from overvoltage and overheating. By quickly and accurately sensing when there is an excessive current, the circuit breaker will safely disconnect or reconnect the power supply in order to prevent any damage. This makes it an essential component of any industrial electrical system.

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