GE TH3322R - 60A, 240V, 2-Pole, Disconnect Switch

The GE TH3322R 60A, 240V, 2-Pole Disconnect Switch is built for industrial and commercial environments where clean, reliable electrical isolation is non-negotiable. This high-performance disconnect supports proper lockout/tagout procedures, empowering maintenance teams to work safely and efficiently while minimizing downtime.

• 60A at 240V, 2-Pole design: isolates both hot legs, providing full circuit disconnection for feeders, motors, and equipment.
• Lockout/Tagout ready: engineered to accommodate padlocks and warning tags, helping you enforce safety protocols during servicing and repairs.
• Reliable disconnection under load: designed to sever power cleanly even when circuits are energized, reducing arcing risk and ensuring quick, decisive isolation.
• Rugged, long-term durability: built to withstand demanding commercial and industrial environments, delivering consistent performance over time.
• Easy integration into existing systems: suitable for service entrances, panel backplanes, and control circuits where dependable isolation is required.

Ideal use cases

• Motor feeders and equipment lines in manufacturing, processing, and packaging facilities.
• Service disconnects for electrical rooms, switchgear, and distribution panels.
• Maintenance-ready isolation points for HVAC, pumps, and critical machinery.
• Safety-first shutdowns during preventive maintenance and system upgrades.

Who benefits most

• Facility managers seeking reliable, code-compliant isolation points.
• Electrical contractors installing or upgrading panel systems in commercial, industrial, and institutional settings.
• Maintenance teams that rely on effective lockout/tagout to protect workers during servicing.

With the GE TH3322R, you gain a dedicated disconnect switch that doesn’t just cut power—it reinforces safety, supports rigorous maintenance practices, and helps keep your operations running smoothly. Invest in a dependable isolation solution designed for the realities of demanding environments and the precise demands of industrial electrical systems.