Low Voltage Switchgear

Product Overview The GCK Series Multi-Voltage Switchgear is a high-performance power distribution solution designed for standard industrial applications (380V/400V) and specialized high-voltage low-voltage environments (690V and 1140V). This series is specifically engineered for industries requiring higher voltage levels to reduce line losses and motor start-up currents, such as underground mining, chemical processing, and large-scale water treatment. The GCK architecture

Product Overview The Low-Voltage Withdrawable Switchgear represents the industry's highest standard for operational continuity and electrical safety. Specifically designed for primary and secondary power distribution in power plants, industrial facilities, and high-rise commercial buildings, this equipment allows for the rapid exchange of functional units under live conditions. Utilizing a sophisticated Draw-out (Withdrawable) architecture , each circuit is housed in an

Product Overview The GCK Series Low-Voltage Switchgear is a high-performance, fully withdrawable power distribution cabinet designed for AC 50/60Hz systems with rated voltages up to 690V. It is the gold standard for Motor Control Centers (MCC) and main distribution boards in power plants, industrial factories, and high-rise commercial buildings. Built with a modular "C-type" profile frame, the GCK system allows for a high concentration of functional units in a compact

Product Overview Our Indoor 3-Phase Low-Voltage Distribution Box is a versatile and robust solution for centralized power management in commercial, industrial, and residential buildings. Engineered for systems up to 690V , this steel distribution cabinet serves as the primary hub for housing circuit breakers, surge protectors, and metering equipment. Constructed from high-quality cold-rolled steel with a precision-powder-coated finish, these boxes are built to withstand the

Product Overview The GGD Series AC Low-Voltage Stationary Switchgear is the global standard for reliable, fixed-type power distribution. Designed for AC 50/60Hz systems with rated voltages up to 660V , the GGD cabinet is the preferred choice for power plants, substations, and industrial enterprises requiring a stable and economical "Main LV Switchboard." Unlike withdrawable systems, the GGD series features a fixed internal architecture that allows for larger internal

Product Overview The GCK Series Low-Voltage Switchgear is a high-performance, fully withdrawable power distribution cabinet designed for AC 50/60Hz systems with rated voltages up to 690V. It is the industry-standard solution for Motor Control Centers (MCC) and main distribution boards in power plants, industrial factories, and large-scale commercial infrastructures. The GCK system utilizes a modular "C-type" profile frame, allowing for high-density circuit integration. Each

Product Overview The Low-Voltage Drawer-Type Switchgear Cabinet is the premium solution for industries where power continuity and operator safety are the highest priorities. Unlike fixed-type panels, this Withdrawable (Draw-out) system allows each functional unit—whether it's a feeder or a motor starter—to be housed in an independent, removable drawer. This modular architecture ensures that any single circuit can be isolated, tested, or replaced without de-energizing the main

Product Overview Our Low-Voltage Power Switchgear serves as the primary control and distribution hub for large-scale industrial and commercial power systems. Engineered to handle high-amperage loads up to 6300A, this switchgear assembly is the essential interface between the main power transformer and the facility's electrical infrastructure. Designed with a modular "C-profile" or "8MF" framework, our switchgear offers exceptional flexibility, allowing for both fixed and

Product Overview The MNS Series Low-Voltage Switchgear represents the pinnacle of withdrawable switchboard technology. Based on a modular design, the MNS system is engineered for maximum reliability and safety in environments where space is at a premium and power continuity is non-negotiable. Utilizing a completely withdrawable (draw-out) architecture, this assembly allows for up to 36 functional units to be housed in a single vertical cabinet. Each unit is physically