General Electric TH3361 - 30A, 600V, Disconnect Switch

The General Electric TH3361 is a purpose-built disconnect switch engineered for demanding industrial and commercial environments. With a 30A, 600V rating, this device delivers safe, reliable electrical isolation when it matters most—during maintenance, servicing, and emergency shutdowns. Built to endure rigorous use, the TH3361 emphasizes dependable disconnection under load and long-term durability, making it a trusted choice for facilities that prioritize safety and uptime.

Why the GE TH3361 stands out

• Precise electrical isolation: Engineered to provide a clean, confirmed disconnect, minimizing the risk of arcing or partial energization during service procedures.
• Lockout/Tagout readiness: Designed to support proper lockout/tagout procedures, helping teams adhere to safety protocols and reduce risk during maintenance.
• Industrial-grade robustness: Built to perform reliably in demanding environments, delivering steady performance over years of operation.
• Clear specifications for planning: 30A current rating and 600V voltage rating give you a clear, compatible specification for panel layouts and electrical schematics.

Ideal use cases

• Isolating power to motors, conveyors, and heavy machinery on manufacturing floors during scheduled maintenance or fault isolation.
• Sectioning off control circuits and feeders in commercial facilities where safe electrical shutoff is a must.
• Enabling compliant lockout/tagout procedures to protect crew members during service work.

Specifications at a glance

• Amperage rating: 30A
• Voltage rating: 600V
• Product type: Disconnect Switch
• Brand: General Electric
• Model: TH3361

Practical guidance for deployment

• Pair the TH3361 with compatible enclosures and wiring per your facility’s electrical plans to ensure safe and accessible isolation points.
• During installation, align with local electrical codes and your lockout/tagout program to maximize crew safety.
• Schedule routine functional checks to verify clean disconnection under load and confirm ongoing reliability in your specific operating environment.