Allen-Bradley 194R-NJ100P3 - Disconnect Switch

Introducing the Allen-Bradley 194R-NJ100P3 Disconnect Switch, purpose-built for industrial and commercial settings where safe electrical isolation is non-negotiable. This switch is engineered to deliver dependable disconnection under load, supporting robust lockout/tagout procedures and helping your maintenance teams work with confidence.

Why this disconnect switch stands out

• Safe isolation you can trust: designed to provide a clear, reliable breakup of electrical circuits when servicing equipment, reducing exposure to energized lines during maintenance.
• Lockout/Tagout compatibility: built to integrate with standard lockout/tagout practices, helping technicians lock devices in the off position and tag for continuing safety until work is complete.
• Reliable disconnection under load: engineered to interrupt current cleanly, minimizing arcing and downtime while keeping operators safer during switching operations.
• Durable, industrial-grade construction: built to hold up in demanding environments, supporting long-term performance and lower replacement cycles in active facilities.
• Brand-backed reliability: from Allen-Bradley, a name associated with steady operation and consistency in critical electrical infrastructure.

Ideal applications and use cases

This disconnect switch is a strategic choice for electrical panels, machine rooms, and process lines where routine maintenance requires formal isolation. Use it to:

• Isolate equipment during servicing on manufacturing lines, conveyors, and packaging systems
• Facilitate safe startup and shutdown sequences in commercial facilities
• Complement control panels that rely on dependable, controlled disconnection under load

Specifications at a glance

• Product Type: Disconnect Switch
• Brand: Allen-Bradley
• Model: 194R-NJ100P3

Practical guidance for deployment

Plan for straightforward integration within existing electrical panels and maintenance workflows. Pair this switch with standard lockout/tagout procedures to maximize technician safety, minimize unplanned downtime, and extend the life of your equipment by ensuring safe, controlled isolation during service.