Low Voltage Switchgear

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

Product Overview Our Custom Electrical Panels and Low-Voltage Switchgear represent the pinnacle of tailored power distribution. Recognizing that every facility has unique spatial constraints and electrical demands, we provide a complete engineering-to-manufacturing service for switch cabinets that serve as the backbone of your power infrastructure. From high-amperage main distribution boards to specialized motor control centers, our custom solutions are built using premium

Product Overview The GCK Series Industrial Control Panel is a heavy-duty, low-voltage switchgear assembly designed for centralized power distribution and motor control in demanding industrial environments. Engineered for AC 50/60Hz systems, this cabinet serves as the primary distribution hub (Main LV Panel) for power plants, substations, and large-scale manufacturing facilities. The GCK architecture is defined by its high-strength modular frame and its ability to house

Product Overview Our Low Voltage Main Electrical Distribution Cabinets (MDB) are the backbone of industrial and commercial power systems. Engineered for the safe and efficient distribution of electricity, these 380V cabinets receive power from a transformer and distribute it to various sub-circuits across the facility. Manufactured from high-strength Galvanized Steel, these cabinets are designed to house circuit breakers, busbars, and monitoring equipment while protecting

Product Overview The GGD Low Voltage Fixed-Type Switchgear is a globally recognized solution for power distribution, lighting, and motor control in AC 50Hz/60Hz systems. Optimized for operating voltages of 380V, 400V, and 415V, the GGD series is the industry standard for facilities that prioritize structural durability and ease of maintenance. Constructed from a combination of high-strength cold-rolled steel and aluminum-zinc plates, these cabinets are engineered to house Air

Product Overview The GCK Series Low Voltage Withdrawable Switchgear is a high-performance power distribution and motor control center designed for AC 50Hz/60Hz systems. Rated for operating voltages up to 660V, the GCK is the industry standard for facilities where power continuity is non-negotiable. The "Extraction" design features modular, pull-out drawers (withdrawable units) for circuit breakers and motor starters. This allows technicians to replace or maintain functional

Product Overview The GGD Fixed Type Low Voltage Switchgear is an industry-standard solution for power distribution, lighting, and motor control in AC 50Hz/60Hz systems. Rated for operating voltages up to 380V/400V/415V, the GGD cabinet is renowned for its high breaking capacity, excellent thermal stability, and flexible circuit arrangements. Constructed with a reinforced frame using cold-rolled steel or aluminum-zinc coated plates, this switchgear provides a rugged and

Product Overview The GCK Series Floor-Standing Main Electrical Distribution Cabinet is the primary power distribution hub for large-scale industrial and commercial facilities. Engineered to handle high current loads and complex circuit configurations, this cabinet serves as the "Main LV Switchboard" for incoming power lines, managing the transition from transformers to branch circuits. Designed with a rugged, modular frame, the GCK series provides a secure environment for Air

Product Overview The GGJ Series Low-Voltage Reactive Power Intelligent Compensation Device is a highly efficient solution designed to optimize power factor and improve power quality in industrial and commercial distribution systems. By automatically switching capacitor banks in response to real-time load changes, the GGJ cabinet ensures that the power factor remains consistently high (typically above 0.95). Equipped with an intelligent microcomputer controller, this device