Eaton DG224NRK - 200A, 2-Pole, Fused Safety Switch

Engineered by Eaton, the DG224NRK is a rugged 200A, 2-pole fused safety switch designed for dependable electrical isolation in demanding industrial and commercial environments. Its fused design provides fast, visible isolation and reliable fault clearance, while supporting robust lockout/tagout procedures to keep maintenance personnel safe during servicing.

Why the DG224NRK stands out

• 200A, 2-pole configuration delivers solid, two-conductor isolation ideal for medium-to-large circuits in control panels, equipment rooms, and industrial machinery.
• Integrated fuses offer immediate overcurrent protection and controlled disconnection under fault or overload conditions.
• Lockout/Tagout readiness supports safe maintenance practices, helping facilities comply with safety protocols and minimize downtime.
• Industrial durability built to endure the rigors of demanding environments, keeping your electrical system protected and available.

Ideal applications

• Control panels and machine enclosures in manufacturing, processing, and packaging facilities.
• Main service disconnects in commercial or light industrial settings that require reliable isolation for servicing.
• Equipment rooms and utility areas where safe lockout/tagout procedures are essential for worker safety.

What problems it solves

• Prevents accidental energization during maintenance by providing a clearly identifiable, safe isolation point.
• Enhances personnel safety through proper disconnection under load, reducing arc-flash risk during servicing.
• Reduces downtime with dependable, controlled fault clearing and long-term reliability in harsh environments.

Whether upgrading an existing safety system or equipping a new facility, the Eaton DG224NRK offers a precise, purpose-built solution for safe, compliant electrical separation. Its combination of high current capability, two-pole isolation, and fuse-based protection makes it a thoughtful choice for engineers and technicians aiming to improve safety, reliability, and maintenance efficiency in their electrical infrastructure.