GE TH3222 - 60A, Safety Switch

Engineered for industrial and commercial environments, the GE TH3222 60A Safety Switch delivers dependable electrical isolation and safe disconnect capability when service is required. With built-in support for lockout/tagout procedures, this switch helps ensure authorized personnel can safely isolate circuits during maintenance, reducing risk and downtime while the system remains orderly and controlled. Its design emphasizes reliable disconnection under load, so technicians can work confidently without compromising plant operations.

Why the GE TH3222 stands out

• 60A amperage rating provides a robust disconnect for mid- to high-current circuits in facility power systems.
• Lockout/tagout compatibility supports safe servicing practices, helping you meet safety guidelines and regulatory requirements.
• Dependable disconnection under load ensures circuits can be isolated cleanly during maintenance without unexpected energization.
• Long-term durability designed for demanding industrial and commercial use, delivering reliable performance over time.

Ideal for

• Manufacturing floors and production lines that require regular machine maintenance and safety shutdowns
• Commercial facilities needing reliable circuit isolation for service, testing, and repairs
• Maintenance teams prioritizing worker safety and consistent, predictable disconnection behavior

Practical use cases

During routine maintenance, use the GE TH3222 to safely isolate a circuit, then lock out the line to prevent accidental energization. When a machine or panel needs servicing under load, the switch provides a controlled disconnect path, helping technicians work without affecting other systems. This approach minimizes disruption, enhances safety, and supports efficient turnaround during plant downtime or scheduled shutdowns.

Specifications

• Amperage Rating: 60A
• Product Type: Safety Switch
• Brand: GE
• Model: TH3222

Choose the GE TH3222 60A Safety Switch for a purpose-built solution that prioritizes safe electrical isolation, compliance-friendly maintenance workflows, and lasting reliability in demanding environments.