LELBXK1-36267-30-V

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Circuit Breakers are designed to protect electrical and electronic systems from damage due to short circuits and overloads. The LELBXK1-36267-30-V is an air-break circuit breaker that is designed to provide overload and short circuit protection for a variety of power applications. The LELBXK1-36267-30-V features a two-pole design, which is a single enclosure that houses two separate poles which can be isolated for individual fault clearing.

Application Field and Working Principle

The LELBXK1-36267-30-V circuit breaker is used in many different fields to provide reliable protection from dangerous electrical overcurrents. It is commonly used in residential and commercial applications, as well as industrial applications such as process control and automation. It can also be used as emergency power switching, as well as for high fault current levels.

The LELBXK1-36267-30-V circuit breaker works by automatically disconnecting an overloaded or short-circuited circuit. It is designed to detect an overcurrent or short circuit condition and instantly open the circuit, interrupting the current path and preventing further damage to the circuit. This is done by the circuit breaker\'s varying contact pressure, which is determined by the setting of a knob on the breaker itself.

When a current over or short circuit is detected, the contact pressure of the breaker increases as the incoming current increases. This increases the resistance of the breaker, eventually tripping the circuit breaker off and opening the circuit. The amount of time it takes for the breaker to trip depends on the setting of the knob and the amount of current flowing through the circuit. The breaker will reset itself once the current has dropped to a safe level and the circuit can be restored when the breaker has fully reset.

The LELBXK1-36267-30-V circuit breaker is designed for use in a variety of applications, such as with motors and industrial equipment, as well as in many residential and commercial applications. It is an ideal solution for providing reliable and efficient protection against a variety of power problems, including overcurrents and short circuits.

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