ITE PFA351 - 30A, 3-Phase, Fusible Bus Plug

ITE PFA351 is a 30A, 3-Phase fusible bus plug engineered for dependable power distribution in demanding industrial and commercial environments. Designed to integrate with busway and panelboard power distribution systems, this plug-in fuse solution helps keep critical processes running with minimal downtime.

• Brand: ITE
• Model: PFA351
• Type: Fusible Bus Plug
• Amperage: 30A
• Phase / Poles: 3-Phase
• Application: Busway and panelboard power distribution systems

Key benefits

• Provides integrated overcurrent protection at the point of connection, helping safeguard busway circuits and connected equipment.
• Streamlines upgrades and retrofits by replacing missing or hard-to-find busplugs with a compatible, ready-to-deploy solution.
• Supports maintenance, repair, and expansion projects in facilities where reliable three-phase power distribution is essential.
• Durable construction built for industrial and commercial use, ready to stand up to demanding environments.

Ideal use cases

• Retrofits in aging facilities where a 3-phase, 30A protective bus plug is required.
• New installations in process equipment or production lines that rely on busway distribution.
• Maintenance campaigns aiming to minimize downtime by stocking a compatible PFA351 for quick replacement.
• Replacement for scarce, specialty bus plugs in retrofit projects across industrial plants and large commercial facilities.

Why choose the ITE PFA351 over generic alternatives

• Specifically designed for busway and panelboard power distribution, ensuring proper fit and electrical performance in 3-Phase systems.
• Part of a recognized ITE line, offering reliability and availability for maintenance and replacement planning.
• Addresses real-world needs in industrial plants and commercial facilities where compatible, hard-to-find busplugs are required.

Compatibility and safety notes

Ensure compatibility with your existing busway or panelboard configuration and comply with all applicable electrical codes. Installation and servicing should be performed by qualified personnel with appropriate safety protocols for high-power, three-phase systems.