General Electric | FG322R | Fusible Bus Plug | 60A | 3-Pole | 240V

Meet the General Electric FG322R Fusible Bus Plug—an essential, field-replaceable component for three-phase electrical systems that demand precise amperage, voltage, and pole configuration. At 60A, with 3 poles and a 240V rating, this bus plug is engineered to slot into compatible GE switchgear and bus assemblies for reliable protection and distribution during maintenance, retrofit, or replacement projects.

• Amperage: 60A
• Poles: 3-Pole
• Voltage: 240V
• Part reference: FG322R
• Important: Confirm fit and ratings before ordering; the FG322R part number is the best reference for compatibility.

Why this FG322R matters

• Exact match for GE fusible bus plug assemblies, helping ensure safe, predictable operation in three-phase systems.
• Designed specifically for maintenance, retrofit, and replacement scenarios where keeping existing ratings is critical.
• Clear, unambiguous part identification (FG322R) minimizes downtime caused by mismatched components.
• By sticking to the exact specifications, you reduce the risk of incompatible fusing or voltage mismatches that can derail service work.

Practical use cases

• On-site maintenance: swap in the FG322R to restore a circuit quickly without changing other switchgear components.
• Retrofit projects: upgrade or modernize protection schemes while preserving existing 240V three-phase infrastructure.
• Replacement stock: keep a ready-to-install module on hand for critical equipment without guessing compatibility.

Installation and safety notes

Before you order, verify that your equipment matches the FG322R specifications: 60A, 3-Pole, 240V. The part number FG322R is the most reliable reference for ensuring a correct fit with your GE bus plug assembly. If unsure, consult your equipment's service literature or a qualified electrician to confirm compatibility and proper installation procedures.

Choose the GE FG322R Fusible Bus Plug to maintain consistency with your existing GE distribution hardware, minimize downtime, and preserve the integrity of your three-phase power system.