LELB1-1REC4-37331-100

Circuit Breakers

LELB1-1REC4-37331-100 stands for line circuit breakers and the numbers indicate a specification as to the type of protection device. A circuit breaker is a device designed to protect electrical circuits from damage caused by overload or short circuit. Circuit breakers typically interrupt the electric current in a fraction of a second, preventing damage to the circuit.

In the case of the LELB1-1REC4-37331-100 circuit breaker, it is designed as a line level circuit breaker. This type of circuit breaker is used as the primary safety device in a power system. It is designed to detect an abnormally high current in a line and to break the circuit to prevent further damage to the system.

The working principle of a line circuit breaker is relatively simple. It works by monitoring the line for any unusual spikes in current. When an abnormally high current is detected, the circuit breaker is designed to break the circuit. This ensures that the circuit in question does not remain connected to the power source, thereby avoiding a potentially dangerous situation.

The LELB1-1REC4-37331-100 circuit breaker is designed primarily for industrial and commercial applications. It is suitable for use in low voltage power distribution applications up to 600 volts. The device is rated for use in both AC and DC circuits, and is rated for a maximum current of 100 amperes. It is designed as a single pole circuit breaker and can protect a single circuit, or be interconnected into a multi-pole circuit breaker system.

Due to its simple design and reliable operation, the LELB1-1REC4-37331-100 is a popular choice for those in need of a dependable circuit breaker. It is well suited for use in a variety of applications, including residential, commercial, and industrial. The device is also easy to install and reliable in operation, making it a cost effective choice.

In summary, the LELB1-1REC4-37331-100 circuit breaker is a reliable, low voltage line level circuit breaker that is suitable for industrial and commercial applications. Its working principle is to detect an unusual spike in current and, in turn, break the circuit to prevent the potential for further damage. It is rated for a maximum current of 100 amperes and is capable of protecting a single circuit, or multiple circuits when interconnected into a multi-pole system.