GM-D Copper Cast Resin Low Voltage Busway Solution

Designed to meet the challenges of modern power distribution, the GM-D Low Voltage Busway integrates high-purity copper conductors into a rugged cast resin insulation system. The IP68-rated enclosure is designed to withstand harsh industrial environments and is completely protected from dust intrusion and prolonged water immersion, making it an ideal choice for manufacturing plants, data centers, and coastal facilities. The modular architecture can be seamlessly integrated into existing power grids, supporting currents up to 5000A, enabling efficient energy transmission for large-scale operations.

GM-D Low Voltage Busway meets strict safety and performance benchmarks with international certifications such as UL, KEMA, CE and GOST-R, ensuring compliance with global grid standards. The cast resin insulation layer enhances fire resistance, eliminates the risk of partial discharge, and extends the service life of the system. By minimizing maintenance needs and downtime, it provides a cost-effective solution for industries that value long-term infrastructure stability.

GM-D Low Voltage Busway is optimized for rapid deployment, with prefabricated segments and tool-free connectors to simplify installation. The compact design reduces space requirements, freeing up valuable floor space in crowded environments such as high-rise buildings or underground tunnels. Advanced thermal management prevents overheating even under peak loads, maintaining stable performance in a temperature range of -35°C to 120°C, and can adapt to a variety of climate conditions and operational needs from Arctic oil rigs to tropical manufacturing centers.

Global availability and scalable production are the foundation of GM-D Low Voltage Busway supply chain efficiency. With a monthly production of 300 units and a delivery time of 20 days after technical confirmation, it can meet tight project schedules without compromising quality. Each busway is carefully tested before shipment to ensure that all performance features are intact. Customizable lengths and bend configurations further adapt to site layouts without the need for expensive on-site modifications.