Eaton DH361UWK - 30A, 600V, 3-Pole, Disconnect Switch

Designed for industrial and commercial environments that demand safe, reliable electrical isolation, the Eaton DH361UWK 30A, 600V, 3-Pole Disconnect Switch delivers a dependable disconnect point you can trust during maintenance and shutdowns. Built to endure tough conditions, this disconnect switch maintains performance over the long haul, supporting proper lockout/tagout procedures and clean disconnection under load.

Key features that matter in the field

• Three-pole design for true three-phase isolation ensures all phases switch together, preventing hazardous phase-to-phase conditions during servicing.
• 30 A at 600 V capability provides a robust disconnect for common industrial motors and control circuits without overengineering the system.
• NEMA 4X enclosure delivers excellent protection against dust, water, and corrosion, making it suitable for both indoor installations and outdoor or harsh environments.
• Lockout/Tagout compatibility supports strict safety protocols, helping facilities stay compliant during maintenance and repairs.
• Disconnection under load capability enables safe shutdown of equipment even while it’s energized, reducing downtime and exposure to risk.
• Durable, field-proven construction from a trusted electrical manufacturing brand, designed for steady performance in demanding settings.

Practical use cases

• Shutting off power to three-phase machinery during routine maintenance, component swaps, or wiring changes without affecting other circuits.
• Providing a clearly identifiable isolation point in equipment rooms, workshops, and outdoor enclosures where reliable power shutoff is essential.
• Supporting safe servicing in facilities with rigorous lockout/tagout requirements, ensuring technicians can work without energizing equipment unexpectedly.

Who benefits

Ideal for facilities managers, electrical contractors, plant engineers, and maintenance teams responsible for safe, compliant power isolation in three-phase systems with demanding uptime requirements.

Operational advantages

• Enhances safety through coordinated phase isolation and controlled shutoffs.
• Supports regulatory and safety program compliance with lockout/tagout readiness.
• Helps minimize downtime by enabling quick, reliable disconnections during service windows.