LMLB1-1REC4-51-10.0-1-01-V

Circuit Breakers

The LMLB1-1REC4-51-10.0-1-01-V circuit breaker is a type of switch specially designed for high-current, high-voltage AC and DC applications. This unit uses advanced technology to provide a reliable, safe and high-performance interrupter for circuit protection.

Application Field

The LMLB1-1REC4-51-10.0-1-01-V circuit breaker is applicable in many industries, including instrumentation and control, building automation, power distribution, automotive, and industrial environment exposure testing. It is perfect for low voltage main circuit protection, energy metering and energy balancing, as well as fast transient protection in various applications. With its robust and reliable design, this unit can easily handle electric arcs and high thermal loads. In addition, advanced safety features of this unit offer superior protection against electrical hazards due to electrical shock, fire and explosive ignition.

Working Principle

The working of the LMLB1-1REC4-51-10.0-1-01-V circuit breaker is based on a unique design wherein an electric current is allowed to flow from the live bus to the load, with the arc chamber, spring and trip mechanism controlling the current flow. The unique design of this unit enables it to quickly sense and break over-currents, short circuits and other electrical hazards. When an over-current or short circuit occurs, the circuit breaker trips and releases the magnetic energy stored in the arc chamber, thus breaking the current flow. The release of energy is then regulated by the spring and trip mechanism, thus restoring the connection safely.

Conclusion

The LMLB1-1REC4-51-10.0-1-01-V Circuit Breaker is a reliable and efficient device for circuit protection, particularly in high-current, high-voltage AC and DC applications. It utilizes an advanced design to quickly sense and break over-current and short circuits, thus providing an efficient and safe connection restoration. This circuit breaker is applicable in many industries, including instrumentation and control, building automation, power distribution, automotive and industrial environment exposure testing, and is perfect for low voltage main circuit protection, energy metering and energy balancing, as well as fast transient protection in various applications.