GE TH33222SS - 60A, 240V, 1-Phase, Switch

GE TH33222SS is a rugged 60A, 240V, 1‑phase fusible switch designed for dependable on/off isolation and overcurrent protection in demanding industrial and commercial environments. Its compact, maintainable design delivers a space-saving solution for motor disconnects, panelboards, and branch circuit protection where reliable protection and quick, safe isolation are essential.

• Model: TH33222SS
• Amperage: 60 A
• Voltage: 240 V
• Phase: 1‑Phase
• Protection: Fusible switch for overcurrent protection when paired with the appropriate fuses

Ideal applications

• Motor disconnects in small to mid‑size equipment and machinery
• Panelboards requiring a compact, maintainable fuse switch enclosure
• Branch circuit protection in commercial environments where space is a premium
• Control panels that demand reliable isolation for safe service and troubleshooting

Why this GE switch stands out

• Industrial-grade reliability: Built to endure harsh environments and provide consistent performance.
• Compact footprint: Maximizes panel real estate without sacrificing accessibility or safety.
• Maintenance‑friendly design: Easy access to connections and fuse points simplifies servicing and part replacement.
• Clear isolation behavior: Provides well-defined off-state to support safe maintenance windows.
• Trusted GE engineering: Backed by GE’s longstanding reliability and support network.

Practical usage and tips

• Match the switch with the correct fuse type and rating for your load to ensure optimal protection.
• Install in panels or enclosures rated for 240V, 60A circuits to maintain safe operation margins.
• During maintenance, power down, verify isolation, and replace any damaged components with GE‑recommended parts.
• Consider this switch for applications where rapid, reliable motor shutdown and circuit protection are critical to uptime.

Technical snapshot: 60 A, 240 V, 1‑Phase fusible switch, model TH33222SS. A purpose-built solution for motor disconnects, panelboards, and branch circuits in demanding industrial and commercial settings.