Copper conductor Low Voltage Bus Duct with IP68 protection

Designed to meet the challenges of modern power distribution, the GM-N Low Voltage Bus Duct combines advanced engineering technology with strong safety features. It is designed for industrial plants, commercial complexes and infrastructure projects to simplify power transmission and minimize energy losses. The copper core structure ensures excellent conductivity and thermal stability, which is essential for high-load applications. The fire-resistant insulation material meets strict safety regulations and is ideal for installation sites where fire hazards exist. The GM-N Low Voltage Bus Duct has obtained certifications such as UL, KEMA, CE and GOST-R, meeting international quality benchmarks.

Designed to withstand harsh conditions, the GM-N Low Voltage Bus Duct features an IP68-rated enclosure that is dust and water resistant even in underwater environments. Durability reduces maintenance costs and extends service life in locations such as chemical plants, offshore platforms, or flood-prone areas. The modular design allows for seamless integration with existing infrastructure, and precision-engineered connectors eliminate energy leakage. The compact form factor optimizes space utilization, which is critical for retrofit projects or space-constrained facilities.

GM-N Low Voltage Bus Duct focuses on adaptability and supports customized configuration according to voltage, current and space requirements. Close cooperation with engineers ensures that the product is compatible with the technical parameters of the specific site, covering everything from load capacity to ambient temperature range. Fast production cycle, 20 working days after technical confirmation, ensures rapid implementation of the project without compromising quality. The production capacity of 300 units per month ensures scalability for large-scale deployment.

Focusing on sustainability, the GM-N Low Voltage Bus Duct features low-resistance copper conductors to minimize energy waste and comply with green building initiatives. Fire-resistant materials release minimal toxic gases in emergency situations, enhancing occupant safety. Standardized packaging protects components during shipping, and simplified installation procedures reduce labor costs.