GE THN3362 - 60A, 600V, 3-Pole, Safety Switch

The GE THN3362 Safety Switch is a high-performance disconnect designed for industrial and commercial environments that demand safe electrical isolation. With a 60A current rating, 600V maximum voltage, and a 3-pole configuration, this device delivers dependable disconnection under load while supporting rigorous lockout/tagout (LOTO) procedures. Built for long-term durability, it remains a trusted solution for maintaining safe electrical systems in demanding workplaces.

Key specifications at a glance

• Amperage rating: 60A
• Voltage rating: 600V
• Number of poles: 3-Pole
• Product type: Safety Switch
• Brand: GE
• Model: THN3362

Why the GE THN3362 stands out

• Complete three-line isolation with a 3-pole design ensures all conductors in a 3-phase system are safely disconnected, reducing the risk of accidental energization during maintenance.
• Reliable under load performance means disconnection remains dependable even when circuits are carrying current, supporting safer servicing of equipment and motors.
• LOTO compatibility– engineered to integrate smoothly with standard lockout/tagout practices, helping facilities meet safety protocols and protect maintenance personnel.
• Durable, long-term service design built to withstand the rigors of busy industrial and commercial settings, delivering consistent performance over time.

Ideal use scenarios

• Service disconnects for motors, conveyors, pumps, and other line-powered equipment in manufacturing and processing facilities.
• Electrical room isolation for routine maintenance, repairs, and panel upgrades.
• Safe shutdowns during commissioning or de-energization in complex 3-phase systems.

Practical considerations and best practices

To maximize safety and efficiency with the GE THN3362, pair its robust 3-pole isolation with established LOTO procedures. Before any maintenance, verify that all paths to the load are de-energized and securely locked out, then use the switch’s clear operating mechanism to disconnect power. When re-energizing, follow standard re-energization protocols to ensure a controlled, safe startup of connected equipment.