GE FVK362R - 60A, 3-Phase, Fusible, Switch

Meet the GE FVK362R — a rugged 60A, 3-Phase Fusible Switch built to deliver dependable on/off isolation and reliable overcurrent protection in demanding industrial and commercial environments. This compact, maintainable switch brings together a dedicated motor disconnect and branch-circuit protection in a single, easy-to-service package, helping you keep downtime to a minimum and your equipment operating safely.

Key advantages of the GE FVK362R

• 60A, 3-Phase Fusible design provides integrated protection and coordinated switching for three-phase equipment, ensuring balanced protection across all legs.
• On/off isolation you can trust simplifies maintenance and troubleshooting by delivering a clear, positive disconnect point for motors and feeders.
• Compact, maintainable construction is ideal where space is at a premium and serviceability matters, without compromising protection or reliability.
• Versatile protection for OEMs and facilities suited for motor disconnects, panelboards, and branch circuits in busy industrial and commercial settings.

Ideal use cases

• Motor disconnects on factory conveyors, pumps, fans, and HVAC systems where a fused switch ensures immediate overcurrent protection.
• Panelboard installations requiring a compact, fuse-protected switching solution to streamline wiring and maintenance.
• Branch circuit protection in control panels and electrical rooms where space, reliability, and quick isolation are priorities.

Why this matters for your operation

With the GE FVK362R, you don’t just switch power—you control risk. The fused design protects connected equipment from overloads, while the switch provides a clear, positive isolation point for service work. The 3-phase configuration minimizes the chance of uneven fault conditions, helping protect motors, drives, and wiring from damage and reducing unplanned downtime.

Specifications at a glance

Model: FVK362R | Amperage: 60A | Phase: 3-Phase | Fused: Fusible

Practical tips for deployment

• Stock a small inventory of compatible fuses to shorten maintenance intervals and keep lines running smoothly.
• Label protected circuits clearly and ensure wiring terms match system voltage and current ratings for safe operation.
• Incorporate routine functional checks that verify both the switching action and fuse integrity under representative fault conditions.