GE GF361NR - 30A, 3-Pole, Disconnect Switch

The GE GF361NR 30A, 3-Pole Disconnect Switch is engineered to deliver safe, reliable electrical isolation in demanding industrial and commercial settings. Built to support proper lockout/tagout procedures, it provides dependable disconnection under load and long-term durability for mission-critical applications.

Why the GF361NR stands out

Designed for reliable performance across three phases, this 3-pole disconnect switch ensures simultaneous isolation of all conductors, reducing exposure during maintenance and service. Its robust construction is tailored for environments where safety and consistency matter most, from motor controls to control panels in busy facilities.

Key features and benefits

• 30A current rating supports common industrial and commercial circuits without compromising safety.
• 3-Pole configuration provides full, simultaneous isolation of all phases, improving lockout/tagout effectiveness.
• Lockout/Tagout compatibility simplifies compliance and enhances worker safety during servicing.
• Durable, long-term reliability designed to withstand frequent switching and harsh environments.
• Industrial-grade performance suitable for service entrances, motor control centers, and protected enclosures where quick, secure disconnection is essential.

Specifications at a glance

• Amperage Rating: 30A
• Poles: 3-Pole
• Product Type: Disconnect Switch
• Brand: GE
• Model: GF361NR

Ideal use scenarios

• Maintenance and service work on three-phase motors, conveyors, and HVAC systems where safe isolation is mandatory.
• Control panels and switchgear assemblies that require a reliable, straight-forward disconnect option.
• Facilities prioritizing lockout/tagout procedures to protect technicians during routine inspections and repairs.

Practical guidance for getting the most from your GE GF361NR

For optimal safety and reliability, pair the GF361NR with clearly visible lockout/tagout devices and documented procedures. Regularly verify that the switch fully isolates the circuit under load before maintenance begins, and inspect contacts and mounting hardware during routine maintenance cycles to preserve dependable performance.