Allen-Bradley 194R-HS1E-N2 - Disconnect Switch

Allen-Bradley 194R-HS1E-N2 Disconnect Switch is engineered for industrial and commercial environments where safe, reliable electrical isolation isn’t optional—it’s essential.

Designed to support proper lockout/tagout (LOTO) procedures, this high-performance disconnect switch delivers dependable disconnection under load, helping protect personnel and equipment while ensuring long-term durability in demanding operations.

Key benefits

• Lockout/Tagout readiness: Seamlessly integrates with standard LOTO practices to prevent accidental energization during maintenance.
• Reliable under load: Built to interrupt current cleanly, minimizing arcing and downtime during service or testing.
• Industrial-grade durability: Designed to perform consistently in busy facilities, supporting longevity across shifts.
• Model-specific reliability: The 194R-HS1E-N2 specification ensures precise, official isolation performance tailored for rugged environments.

Ideal use scenarios

• Routine maintenance on motors, pumps, conveyors, and other large electrical loads.
• Panel board isolation during electrical retrofits or preventive maintenance cycles.
• Machine guarding and safety interlock applications where controlled energy isolation is required.
• Service operations in manufacturing, utilities, and commercial facilities seeking dependable disconnection outcomes.

Why this model stands out

Compared with generic switches, the 194R-HS1E-N2 is purpose-built for environments demanding strict lockout/tagout compliance and reliable disconnection even when circuits are live during work. Its emphasis on durable, long-term performance translates to fewer replacement cycles and lower maintenance considerations in high-demand settings.

Practical deployment tips

• Integrate with your energy-control plan by clearly labeling the switch and documenting its role in LOTO procedures.
• Install in control panels or feeder boxes where safe, accessible isolation points are required for maintenance.
• Perform periodic functional checks to verify reliable disconnection under load and confirm readiness for use.