Eaton R9L3200FJ Disconnect Switch, 200A, 3-Pole, 600V

The Eaton R9L3200FJ is a rugged Fusible Rotary Disconnect Switch designed to safely isolate power in demanding industrial environments. Built for service entrances, maintenance shutdowns, and equipment replacement projects, this 3‑pole disconnect delivers reliable isolation when it matters most. Use the part number R9L3200FJ to verify compatibility with your application and fuse configuration.

• Amperage: 200 A
• Poles: 3
• Voltage rating: 600 V
• Series: Fusible Rotary Disconnect Switch R9
• Part number: R9L3200FJ

What sets the R9L3200FJ apart is its fusible design within Eaton’s trusted R9 rotary disconnect family. This means you can achieve both isolation and protective coordination in a single, compact switch assembly, reducing the need for additional components in many switchgear configurations. The three-pole arrangement ensures full circuit isolation, which is especially important for multi‑phase feeders and motors in industrial facilities.

Who needs this switch? Ideal for:

• Industrial electrical service installations requiring a robust, code‑compliant isolation point
• Maintenance teams performing scheduled shutdowns without sacrificing reliability
• Replacement projects where a proven, compatible fusible disconnect is required

Installation and compatibility notes:

• Verify fit by part number (R9L3200FJ) and your specific application requirements, including fuse type and sizing.
• Consider how this 200 A, 3‑pole, 600 V disconnect will integrate with your existing gear, feeders, and safety interlocks.
• Need help confirming compatibility or selecting the right fuse configuration? Message us and we’ll guide you through the matching process.

With the Eaton R9L3200FJ, you gain a dependable isolation solution that supports safe maintenance practices, streamlined commissioning, and durable performance in continuous operation environments. If you’re upgrading or replacing an aging disconnect, this Fusible Rotary Disconnect Switch from the R9 series offers a thoughtful balance of protection, simplicity, and reliability for industrial power systems.