LELB1-1REC4-52-20.0-A1-01-V

The LELB1-1REC4-52-20.0-A1-01-V circuit breaker is designed to provide reliable protection to electrical circuits and systems. It is used to interrupt an over-current caused by a short circuit or overload. It is designed for industrial applications, and it is one of the most commonly used circuit breakers in service and substations.

The circuit breaker is composed of two main components, the contact and the coil. The contact is an arc-resistant metal cylinder which directs the current through the coil. The coil is a small electric motor which is responsible for generating a magnetic field, which in turn energizes the contact causing it to close.

When an over-current is detected, the magnetic field is energized, causing the contact to close. This interrupts the flow of current and thus the circuit is protected from damage. The contact will then reset and the circuit will be restored.

The circuit breaker is designed to provide protection for a variety of different applications such as lights, motors, and other electrical appliances. It is also designed to withstand extreme temperature, humidity and mechanical shock. It is also a highly reliable and durable type of circuit breaker.

The LELB1-1REC4-52-20.0-A1-01-V circuit breaker is suitable for continuous and intermittent use, and it is designed with a capacity that is matched to the application. It is also commonly used as a backup protection device to ensure the safe operation of electrical systems.

In addition to the protection capabilities, the LELB1-1REC4-52-20.0-A1-01-V circuit breaker also has a range of features that make it an attractive choice for many industrial applications. It is able to respond quickly to faults and the contact closing time is adjustable for the specific application.

The LELB1-1REC4-52-20.0-A1-01-V circuit breaker is designed to provide reliable protection to electrical circuits and systems. It is designed for use in commercial and industrial applications, providing protection from short circuits and overloads. Its magnetic field energized contact ensures fast response times and reliable performance. It is an attractive choice for many industrial applications as it is energy efficient, reliable, and durable.