2-POLE - 120V, 2-Pole, Safety Switch

The 2-POLE Safety Switch is a purpose-built disconnect solution tailored for demanding industrial and commercial environments. Designed to deliver safe electrical isolation, it supports proper lockout/tagout procedures and provides dependable disconnection under load, ensuring reliable performance when it matters most.

Why choose the 2-POLE Safety Switch

• Two-pole, 120V design for complete isolation of both conductors in typical single-phase circuits, giving you peace of mind during maintenance and servicing.
• Lockout/tagout compatibility to streamline safety protocols and keep workers protected during equipment servicing.
• Reliable disconnection under load engineered to safely interrupt power without compromising downstream equipment or operator safety.
• Durable, long-term reliability built to withstand the rigors of busy industrial settings, reducing downtime and replacement cycles.
• Versatile industrial and commercial application ideal for control panels, machines, and equipment that require safe isolation for routine maintenance or emergency shutdowns.

Ideal use cases

Use the 2-POLE Safety Switch to isolate circuits during preventive maintenance on conveyors, machinery, and HVAC systems; perform safe energy isolation during panel servicing, and support compliant lockout/tagout procedures across production floors. Its 120V, 2-pole configuration makes it a practical choice for typical single-phase electrical installations where full circuit isolation is essential.

Specifications at a glance

• Voltage Rating: 120V
• Number of Poles: 2-Pole
• Product Type: Safety Switch
• Model: 2-POLE

Practical considerations and tips

When integrating the 2-POLE Safety Switch, pair it with standard lockout devices to enforce a robust LOTO program. Install in appropriate disconnect enclosures or panels where quick yet secure de-energization is required. For best results, verify compatibility with your equipment’s control circuitry and ensure maintenance staff are trained to apply locks and tags correctly during service windows. This approach maximizes safety, minimizes downtime, and extends the life of your electrical infrastructure.