Aluminum Bus Duct | Commercial buildings, industrial facilities | Material: Alloy 6061 (2.5mm thickness, ASTM B221) ▲ Current: 600A @ 40°C (IEC 60439) | Lightweight (28 kg/m) ▲, cost-effective (Ideal for retrofit installations) | Lower conductivity (vs copper) ▲ Higher resistance in high-current setups |
Copper Bus Duct (Our Base) | Data centers, heavy industrial plants | Material: C11000 copper (99.9% purity, ASTM B115) ▲ Current: 1200A @ 40°C ▲ | Superior conductivity ▲, minimal energy loss (Optimal for high-demand systems) | Heavier (45 kg/m) ▲, higher upfront cost (Requires robust mounting) |
Solid Insulated Busway | Chemical plants, marine environments | Insulation: Polyurethane (UL 94 V-0 rating) ▲ Dielectric: 50kV (IEC 61641) | Resists corrosion ▲, dust, and moisture ▲ (Suitable for harsh conditions) | Complex installation ▲, 30% higher cost ▲ (Not ideal for budget projects) |
Air-Insulated Busway | Low-to-medium current distribution | Phase spacing: 50mm (IEEE C37.20.2) ▲ Dielectric: 40kV (IEC 61400-21) | Lower cost ▲, easy installation ▲ (Quick deployment in new builds) | Susceptible to dust ▲, humidity ▲ (Not for high-contamination zones) |
Cable Tray System | Plant-wide cable management | Steel with 500hr salt spray (ASTM B117) ▲ Load: 250 kg/m (NEC 392) | Flexible routing ▲, supports mixed cables ▲ (Ideal for retrofitting) | Higher maintenance ▲, not rated for >600A ▲ (Not a direct power conduit) |
Hybrid Bus Duct (Our Advanced) | High-rise buildings, critical infrastructure | Copper conductors + aluminum housing ▲ Current: 1500A ▲, Noise: 45 dB (IEC 61400-21) | Optimal conductivity ▲, 30% lighter than pure copper ▲ (Quieter than refrigerators) | Most expensive tier ▲, requires specialized installation ▲ (Best for premium projects) |