Eaton DG223URB 100A 240V 2-Pole Disconnect Switch

The Eaton DG223URB Disconnect is a rugged, industrial-grade 2-pole disconnect switch engineered to deliver safe, reliable electrical isolation in demanding commercial and industrial environments. Designed with lockout/tagout (LOTO) procedures in mind, it provides a clear, practical solution for maintenance, startup, and routine service work.

• Two-pole isolation ensures both hot lines are disconnected for true, safe shutdown of circuits and equipment.
• 100A at 240V rating makes it suitable for feeder circuits, motors, and critical devices up to these limits, helping protect equipment and personnel during servicing.
• Dependable disconnection under load thanks to a robust internal mechanism, enabling reliable isolation even in energized systems when work needs to begin.
• Lockout/tagout compatibility supports disciplined safety practices, allowing a control device to be securely locked to prevent accidental re-energization during maintenance.
• Durable industrial design built to endure frequent use, harsh environments, and repeated maintenance cycles over the long term.
• Easy integration into standard electrical enclosures and control panels, simplifying installation and field service.

Ideal applications and use cases

• Motor feeders and drive systems in manufacturing facilities
• Commercial HVAC, pumps, and large equipment requiring safe offline service
• Electrical service panels and control cabinets where reliable isolation is essential
• Maintenance shutdowns and startup procedures across industrial environments

Technical specifications at a glance

• Amperage rating: 100A
• Voltage rating: 240V
• Number of poles: 2-Pole
• Product type: Disconnect Switch
• Brand: Eaton
• Model: EATON/DG223URB/DISCONNECT

Whether you’re updating an aging electrical service, equipping a maintenance shop, or standardizing safety hardware across a facility, the Eaton DG223URB Disconnect delivers the dependable isolation and robust performance you need. It helps you meet safety goals, reduce downtime, and protect personnel — all while integrating smoothly into existing control schemes and enclosures.