GE FVK362RR - 60A, 600V, 3-Pole, Fusible Bus Plug

Meet the GE FVK362RR Fusible Bus Plug—engineered for dependable power distribution in demanding industrial and commercial environments. This 60 A, 600 V, 3-Pole fusible bus plug is designed to drop into busway and panelboard systems, delivering trusted protection and consistent performance where uptime matters.

Specifications

• Brand: GE
• Model: FVK362RR
• Type: Fusible Bus Plug
• Amperage: 60 A
• Voltage Rating: 600 V
• Phase / Poles: 3-Pole
• Applications: Busway and panelboard power distribution systems

Ideal Uses & Scenarios

• Industrial plants and manufacturing floors where robust, reliable power distribution is critical
• Commercial facilities requiring dependable protection for essential equipment and systems
• Process equipment setups that depend on precise, fuse-protected power delivery
• Retrofit projects and upgrades where compatible, hard-to-find busplugs are required to maintain or improve existing infrastructure

What Sets the FVK362RR Apart

• Reliable fusible protection integrated into a compact plug design, helping to safeguard circuits and downstream equipment
• Designed for compatibility with both busway and panelboard power distribution networks, simplifying upgrades and maintenance
• Hard-to-find solution that keeps essential projects on track when specific parts are scarce
• Industrial-grade durability built to withstand the demanding conditions typical of plants, facilities, and process environments

Installation, Compatibility & Practical Considerations

The FVK362RR is intended for use in busway and panelboard power distribution systems, making it ideal for maintenance, repair, and upgrade projects. When selecting this fusible bus plug, verify that the system’s amperage, voltage rating, and pole configuration align with the 60 A, 600 V, 3-Pole specifications to ensure optimal protection and performance.

Why It Matters for Your Operations

Including a genuine GE bus plug like the FVK362RR in your maintenance inventory provides a reliable, readily compatible option for preserving uptime during outages, faults, or routine modernization. It supports safer, more predictable power delivery to critical equipment and processes, helping facilities meet operational goals without sacrificing safety or efficiency.