Allen Bradley 1494V DHX622 1494V Disconnect Switch

The 1494V-DHX622 Disconnect Switch is built to deliver dependable on/off isolation and overcurrent protection in environments that push electrical systems to the limit. With a 1494 V rating, this rugged fusible switch merges compactness with straightforward maintenance, delivering reliable performance where space and serviceability matter most.

Designed for motor disconnects, panelboards, and branch circuits, the 1494V-DHX622 protects valuable equipment and personnel while minimizing downtime. Its integrated fusible switch design provides fast, clean isolation and simplifies fuse changes during routine service, consolidating protection and control in a single, versatile device.

Why engineers choose the 1494V-DHX622

• High-voltage capability — rated for 1494 V, making it suitable for demanding motor and power distribution applications.
• Compact, maintainable design — small footprint fits tight panels; accessible fusing and terminations streamline servicing.
• Integrated protection — serves as both disconnect and overcurrent protection, reducing the need for separate protective devices in many installations.
• Safe isolation — robust on/off operation supports lockout/tagout practices for safe maintenance.
• Versatile installation — ideal for motor control centers, panelboards, and branch circuit protection in industrial and commercial settings.

In real-world use, this Disconnect Switch offers reliability and ease of maintenance for plant engineers and technicians. In harsh environments—where dust, moisture, and heavy usage are common—the 1494V-DHX622 maintains performance and simplifies service, helping keep critical equipment running and safety intact.

Key specifications at a glance:

• Model: 1494V-DHX622
• Voltage rating: 1494 V
• Application: motor disconnects, panelboards, branch circuit protection

Upgrade your electrical distribution with a disconnect switch that prioritizes compactness, maintainability, and solid protection. The 1494V-DHX622 is ready to handle the demands of modern industrial and commercial power systems.