Eaton R9J4060FJ - 60A, 600V, 4-Pole, Fused Disconnect Switch

The Eaton R9J4060FJ is a 60A, 600V four-pole fused disconnect switch designed to deliver safe, reliable electrical isolation in industrial and commercial environments. It pairs fused protection with straightforward disconnection under load and supports lockout/tagout procedures to keep maintenance teams secure during servicing. Built for enduring performance, this switch helps you protect downstream equipment, minimize downtime, and simplify safety compliance.

Key advantages

• 4-Pole isolation ensures every conductor is fully disconnected for complete safety during service or fault conditions.
• 60A current rating and 600V maximum voltage provide robust protection for mid-range industrial loads and control circuits.
• Fused protection adds an extra layer of fault protection, enabling selective coordination with downstream devices and safer shutoffs under fault conditions.
• Lockout/tagout readiness: designed to work with standard safety procedures to prevent accidental energization during maintenance.
• Designed for reliable operation in demanding environments, helping reduce unplanned outages and extend system life.

Ideal applications

• Motor control centers and machinery power feeds where a dedicated disconnect is required.
• Maintenance shutdowns and servicing where safe isolation is mandatory.
• Emergency shutoff points on industrial lines that demand quick, decisive isolation.

Technical snapshot

• Brand: Eaton
• Model: R9J4060FJ
• Product Type: Fused Disconnect Switch
• Amperage Rating: 60 A
• Voltage Rating: 600 V
• Poles: 4-Pole

Installation and best practices

To maximize safety and reliability, mount the R9J4060FJ in a compliant enclosure and ensure fuses are properly sized for your load profile. When performing service work, apply lockout/tagout devices to the disconnect so that the circuit remains isolated until maintenance is complete. Regularly inspect fuse condition and verify that the switch operates smoothly through its full range of motion under load conditions. This approach helps your team meet safety standards while keeping downtime to a minimum.