GE TH3222R - 60A, 240V, Disconnect Switch

Meet the GE TH3222R, a purpose-built 60A, 240V disconnect switch designed to deliver safe, reliable electrical isolation in demanding industrial and commercial environments. Built to support lockout/tagout procedures, it provides a dependable path to de-energize equipment during maintenance and service, helping teams work more efficiently with less downtime.

What sets the GE TH3222R apart is its proven ability to ensure disconnection under load while prioritizing long-term reliability. This switch is crafted to endure the rigors of daily industrial use, delivering consistent performance when it matters most—during routine shutdowns, preventive maintenance, or emergency isolation.

• 60A at 240V configuration tailored for mid-size equipment and feeders that require solid, straightforward isolation.
• Dependable disconnection under load design—maintains safe operation when circuits are energized, helping reduce the risk of unexpected startup during servicing.
• Lockout/Tagout readiness supports standard safety procedures, giving technicians a clear, verifiable way to prevent accidental re-energization while work is underway.
• Durable construction for demanding environments—built to stand up to daily use in facilities, plants, and commercial settings where reliability matters.

The GE TH3222R is ideal for maintenance teams, facility managers, and electricians who need a trusted isolation point that combines straightforward operation with safety-critical features. Use it to safely isolate circuits before inspections, repairs, or upgrades, then restore power with confidence when the work is complete.

Specifications at a glance:

• Amperage Rating: 60A
• Voltage Rating: 240V
• Product Type: Disconnect Switch
• Brand: GE
• Model: TH3222R

Choosing the GE TH3222R means equipping your safety program with a robust, reliable disconnect switch that aligns with practical maintenance workflows and real-world industrial needs. It’s more than a switch—it’s a trusted partner for safe, efficient electrical isolation.