GE THN3361R - 30A, 600V, 3-Pole, Fused Safety Switch

GE THN3361R is a robust 30A, 3-pole fused safety switch designed to deliver reliable electrical isolation in demanding industrial and commercial environments. Built for safe maintenance and dependable disconnection under load, this switch supports proper lockout/tagout (LOTO) procedures and helps protect personnel and equipment during servicing.

Why the GE THN3361R stands out

• Three-pole fused design provides complete three-phase isolation, ensuring all live conductors are safely disconnected when needed.
• 600V rating supports a wide range of industrial feeders and equipment, making it a versatile choice for modern facilities.
• 30A continuous current capacity accommodates moderate to higher load circuits while maintaining reliable interruption performance.
• Integrated fuse protection minimizes arc risks and short-circuit damage by interrupting fault currents at the source, enhancing overall system safety.
• Lockout/tagout compatibility enables disciplined maintenance workflows, reducing the chance of accidental energization during service.
• Durable, purpose-built enclosure engineered to withstand the rigors of busy commercial spaces and industrial environments.

Ideal applications and use cases

• Control panels and motor control centers where a reliable disconnect is essential for safe maintenance.
• Industrial equipment rooms requiring immediate, safe isolation to perform inspections or repairs.
• Facilities implementing strict lockout/tagout programs, ensuring technicians can service circuits without unnecessary risk.
• Systems with three-phase power where synchronized isolation of all phases is critical to prevent partial energization.

Practical benefits and post-installation guidance

The GE THN3361R delivers peace of mind through predictable, code-compliant isolation and dependable performance over time. When integrating this fused safety switch, pair it with appropriate fuses and follow established LOTO procedures to maximize safety. For best results, verify alignment with your existing panel or enclosure architecture and ensure secure mechanical mounting and proper wiring practices to maintain consistent disconnection under load.