Eaton | IBPEHB3100N | Bus Plug | 100A | 3-Pole | 480V

The Eaton IBPEHB3100N Bus Plug is a purpose-built 100A, 3-Pole connection module designed for 480V three‑phase bus systems. Built for maintenance, retrofit, and replacement projects, this bus plug enables quick, secure disconnections and reliable reconnections in demanding electrical environments.

Key specifications

• Amperage: 100 A
• Poles: 3-Pole
• Voltage rating: 480 V

Best reference for compatibility: The part number IBPEHB3100N is the definitive identifier to match with compatible Eaton equipment. Confirm fit and ratings before ordering to ensure a seamless fit into your panel or bus system.

What makes it unique

Designed by Eaton, this bus plug combines precise engineering with field‑reliable performance. Its 3‑pole arrangement ensures balanced connections across all three phases, while the 480V rating handles typical industrial distribution environments. It’s a compact, modular solution built to minimize downtime during maintenance and replacements.

Ideal use cases

• Maintenance outages: quickly isolate and re‑connect sections of a 480V distribution system.
• Retrofit projects: upgrade existing switchgear with a plug‑and‑play bus plug that matches Eaton specifications.
• Replacement scenarios: swap in a like‑for‑like unit without reconfiguring the entire bus assembly.

Installation and compatibility tips

To ensure reliable performance, verify that your equipment’s ratings align with 100 A, 3‑Pole, 480 V before purchase. Use the IBPEHB3100N part number as the primary reference when cross‑checking with Eaton catalogues or service documentation. Follow standard safety protocols and manufacturer installation instructions during any bus plug handling, installation, or removal.

Who this is ideal for

Facility managers, maintenance electricians, and commissioning engineers working with Eaton bus duct systems or switchgear that require a 3‑Pole, 480V, 100A plug‑in solution will find the IBPEHB3100N to be a precise fit. It’s particularly valuable in warehouses, manufacturing floors, and other industrial environments where minimizing downtime during maintenance or upgrades is critical.