Square D PFI34060GNX1021 - 60A, 3-Pole, Breaker Bus Plug

Square D PFI34060GNX1021 is a 60A, 3-Pole Breaker Bus Plug built to deliver dependable, scalable power distribution in demanding industrial and commercial settings. Designed to slot into established busway and panelboard systems, this bus plug helps minimize downtime and keep essential equipment energized with a compact, modular solution.

• 60 Amp capacity provides robust support for common industrial loads and equipment without overburdening the distribution network.
• Three-pole design supports standard three-phase power, promoting balanced loads and safer operation in active facilities.
• Busway and panelboard compatibility engineered to integrate with existing Square D busway networks and compatible panelboards, simplifying retrofits and replacements.
• Hard-to-find replacement specifically suited for maintenance, repair, and upgrade projects where matching a precise bus plug is essential to keep systems online.
• Rugged reliability built to endure the rigors of busy industrial environments while maintaining steady distribution performance.

This bus plug is an ideal choice for facilities that rely on consistent power delivery and need a dependable, readily available solution for ongoing servicing or system upgrades. It’s particularly well-suited for maintenance regimes, retrofit initiatives, and equipment upgrades in environments where compatibility with existing busway and panelboard configurations is critical.

Specifications and recommended applications

• Brand: Square D
• Model: PFI34060GNX1021
• Type: Breaker Bus Plug
• Amperage: 60A
• Phase / Poles: 3-Pole
• Application: Busway and panelboard power distribution systems
• Typical Use: Industrial plants, commercial facilities, process equipment, retrofit projects

Choose the Square D PFI34060GNX1021 when you need a precise, compatible bus plug that aligns with established electrical distribution infrastructure. It’s a practical, reliable solution for maintenance crews, facilities teams, and engineers planning efficient upgrades or strategic replacements without sacrificing performance or safety.