ITE U6C4400 - 400A, 600V, 3-Phase, Breaker Bus Plug

The ITE U6C4400 Breaker Bus Plug is engineered to deliver dependable, scalable power distribution in demanding industrial and commercial environments. With a 400A rating at 600V and a 3‑phase design, this bus plug integrates seamlessly into busway and panelboard power distribution systems, making it a trusted choice for complex electrical layouts and retrofit projects.

Why the U6C4400 Stands Out

• Designed for reliability in tough settings. Built to support continuous operation in industrial plants, commercial facilities, and process equipment installations where consistent power delivery matters.
• Precise, compatible 3‑phase performance. 3‑phase, 400A capability at 600V ensures balanced distribution across multi‑branch systems without compromising safety or efficiency.
• Hard‑to‑find, purpose‑built solution. Specifically offered to meet retrofit, maintenance, and upgrade needs where matching busplugs are required to complete an install.
• Efficient maintenance and upgrades. A plug‑in design supports streamlined maintenance and retrofit tasks, helping minimize downtime during service windows.

Ideal Use Scenarios

• Industrial plants needing reliable large‑block power distribution for heavy equipment and motors.
• Commercial facilities with complex busway layouts requiring robust, three‑phase bus plugs.
• Retrofit projects where exact compatibility with existing ITE busway/panelboard systems is essential.
• Maintenance and upgrade efforts that demand readily available, compatible bus plugs to ensure quick, safe replacements.

Key Specifications & Compatibility

• Brand: ITE
• Model: U6C4400
• Type: Breaker Bus Plug
• Amperage: 400A
• Voltage Rating: 600V
• Phase/Poles: 3‑Phase
• Application: Busway and panelboard power distribution systems

Practical Guidance for Deployment

ITE’s U6C4400 is best viewed as a targeted solution for facilities relying on compatible busway ecosystems. When planning a retrofit or upgrade, match this bus plug to your existing ITE components to ensure a smooth, cohesive power distribution chain. For installation, rely on qualified electrical professionals to verify system compatibility, secure connections, and compliance with local electrical codes.