LELBXB1-1REC4-36873-2-V

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Circuit breakers are highly reliable and widely used components in various industries. The LELBXB1-1REC4-36873-2-V circuit breaker is a typical example. It is widely used in controlling and protecting electrical circuits. In this article, the application field and working principle of the LELBXB1-1REC4-36873-2-V circuit breaker are introduced.

The LELBXB1-1REC4-36873-2-V circuit breaker is mainly used in power distribution and motor control systems, such as in hospitals, industrial and commercial buildings. Furthermore, it is also widely used in power generating plants and other outdoor applications, as it is able to operate in harsh environments with high temperature and humidity. It can also be used for load interruption and machinery protection.

The working principle of the LELBXB1-1REC4-36873-2-V circuit breaker is relatively simple. The breaker consists of a frame and contacts which close the circuit. The breaker has an inbuilt thermal element which detects the amount of current flowing through the circuit and acts as a trip mechanism to protect against overloads. If the current flowing through the circuit reaches a certain threshold, the thermal element expands rapidly, causing the contacts to open the circuit and stop the flow of electricity. The breaker is then reset by resetting the thermal element by pressing a reset switch.

The LELBXB1-1REC4-36873-2-V circuit breaker also has several special features. It is designed with a special safety system that automatically trips when an overload is detected. The breaker also has an adjustable trip system which allows the user to set the current level at which the circuit will trip. This feature allows users to customize the breaker to their specific needs.

In conclusion, the LELBXB1-1REC4-36873-2-V circuit breaker is a reliable and versatile component. It is widely used in various industrial, commercial and residential applications and has an adjustable trip system. Its thermal element provides protection against overloads and its safety system ensures that it trips in the event of an overload. The breaker is therefore an excellent choice for controlling and protecting electrical circuits.

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