Allen-Bradley 1494V-DS30 - 30A, 1494V, 3-Pole, Disconnect Switch

Introducing the Allen-Bradley 1494V-DS30, a 30A, 1494V, 3-Pole Disconnect Switch engineered for reliable electrical isolation in demanding industrial environments. Built to support safe lockout/tagout procedures and provide a dependable disconnection under load, this switch is a trusted choice for equipment maintenance, panel safety, and durable performance.

Key benefits

• 3-Pole isolation—simultaneously disconnects all three conductors for complete and safe electrical de-energization.
• Lockout/Tagout compatibility—designed to integrate smoothly into established safety procedures, helping protect maintenance personnel.
• Reliable disconnection under load—engineered for dependable operation when equipment is energized, reducing risk during servicing.
• Durable, long-term performance—built for industrial environments where durability and consistency matter.
• Pleasant integration into control panels—straightforward wiring and setup support clean, organized panel layouts.

Specifications

• Amperage Rating: 30A
• Voltage Rating: 1494V
• Number of Poles: 3-Pole
• Product Type: Disconnect Switch
• Brand: Allen-Bradley
• Model: 1494V-DS30

Ideal applications

• Industrial motor control panels requiring clean, definitive isolation during maintenance
• High-voltage equipment setups where safe disconnection under load is essential
• Facilities with formal lockout/tagout programs needing reliable, dedicated disconnect devices
• Machinery lines that demand quick, secure isolation to minimize downtime and risk

Why this model stands out

The 1494V-DS30 is purpose-built for environments that demand precise, safe isolation of three-phase systems at up to 1494V and 30A. By providing a unified disconnect for all poles, it simplifies maintenance workflows, reduces the chance of partial energization, and supports robust safety protocols without compromising on performance or reliability.

Installation and safety tips

• Plan maintenance intervals around a proven lockout/tagout workflow, using this switch as the primary dissipation point for energized equipment.
• Verify proper wiring according to your panel layout to ensure all poles disengage in unison.
• Combine with appropriate safety interlocks and clear labeling to reinforce best practices and worker awareness.