High-performance Bus Duct systems engineered for safe, compact and efficient electrical power distribution across modern industrial, commercial and solar applications.
Bus Duct is a compact and reliable electrical power distribution solution designed for safe and efficient transmission of high electrical currents. It provides an organized alternative to conventional cable distribution systems and is suitable for industrial, commercial, infrastructure and solar power applications.
Designed to handle high electrical currents for reliable and efficient power distribution across industrial and commercial systems.
Enclosed conductors and robust construction provide a safer power distribution arrangement compared with exposed conventional busbar systems.
Compact construction helps optimize installation space while maintaining organized electrical power distribution.
Tap-off arrangements can be configured at required points to provide convenient power connections for multiple loads.
Modular construction supports faster installation, extension and modification of distribution routes.
Designed for demanding electrical environments with durable materials and reliable mechanical construction.
| Product Name | Bus Duct |
| System Type | Low Voltage Power Distribution |
| Rated Voltage | Up to 1000 V AC |
| Current Rating | Up to 6300 A |
| Frequency | 50 / 60 Hz |
| Conductor | Copper / Aluminium |
| Insulation | High-Performance Insulated System |
| Protection | Suitable Enclosure Protection as per Application |
| Installation | Indoor / Outdoor as per Design |
| Application | Industrial, Commercial & Solar Power Systems |
Efficient high-current power distribution for manufacturing facilities and industrial production systems.
Compact and organized electrical distribution for commercial buildings, offices and facilities.
Suitable for electrical power distribution within large-scale solar PV installations and associated infrastructure.
Talk to our team for Bus Duct specifications, current ratings, technical support, quotation and project requirements.