GE TH3221SS - 30A, 240V, 2-Pole, Fusible, Safety Switch, Stainless Steel

GE TH3221SS is a rugged stainless steel safety switch designed for dependable on/off isolation and precise overcurrent protection in demanding industrial and commercial environments. With a 30A, 240V rating and a 2-pole configuration, this fusible safety switch provides a compact, maintainable solution for reliable motor disconnects and circuit protection.

Built to endure tough conditions, the TH3221SS pairs a sturdy stainless steel enclosure with a straightforward fuse-based protection scheme. The fusible design delivers targeted overcurrent protection, safeguarding wiring, motors, and drives from damage and minimizing unexpected downtime. When a fuse operates, replacement is quick and simple, helping you get back to work without complex service routines.

• 2-Pole, 30A, 240V – ensures complete isolation of both hot lines for safe motor disconnects and service work.
• Fusible protection – integrated, field-replaceable fuses provide reliable overcurrent protection tuned to your load and startup needs.
• Stainless steel enclosure – provides enhanced durability and corrosion resistance in challenging environments.
• Versatile application – ideal for motor disconnects, panelboards, and branch circuit protection where a compact, durable disconnect is required.
• Maintenance-friendly design – simple wiring and readily replaceable fuses reduce downtime during maintenance or fuse changes.

This safety switch is well-suited for motor-driven equipment such as pumps, conveyors, fans, compressors, and HVAC components in warehouses, manufacturing floors, and commercial facilities. It delivers a trusted, code-friendly disconnect point that protects equipment and personnel while supporting efficient, scheduled maintenance.

• Model: TH3221SS
• Amperage: 30A
• Voltage: 240V
• Poles: 2-Pole
• Fused: Fusible

Choose GE TH3221SS for a durable, easy-to-service safety switch that delivers dependable motor protection and clean, isolated power control in demanding environments.