The MLCPS Series of control and protection switchgear—a revolutionary advancement in electrical engineering that redefines the standard for control and protection systems.

Designed to integrate multiple functions into a single, compact structure, the MLCPS Series effectively replaces traditional discrete components such as circuit breakers, fuses, contactors, overload relays, starters, and isolators. This innovative solution not only simplifies your electrical system but also improves operational efficiency, making it a valuable addition to any modern power distribution system.

The MLCPS Series stands out for its dual control functionality, supporting both remote automatic control and local manual operation. This flexibility ensures users can easily manage their electrical systems regardless of the operating environment. Furthermore, the switchgear features coordinated time-current protection characteristics, ensuring your system is always protected from overloads and short circuits. The MLCPS Series is designed for reliability, offering high breaking capacity, minimum arc distance, and extended service life. Adjustable protection setting currents allow for customized configurations to accommodate a variety of motors and distribution loads, making it a versatile choice for a wide range of applications.

The evolution of the MLCPS series embodies our commitment to innovation and excellence. While rugged, the first generation presented challenges in terms of size and protection technology. The second generation addressed these challenges, but without significantly improving protection capabilities. However, by integrating cutting-edge microelectronics, our latest MLCPS series achieves an exceptional balance between compact design and advanced functionality. By combining the strengths of traditional discrete components with modern technology, we’ve created a product that not only simplifies but also optimizes low-voltage power distribution and control systems. Experience the MLCPS series—the perfect blend of reliability and innovation—the future of electrical control and protection.