Square D 9422TDF60 - 60A, 600V, Fused Disconnect Switch

The Square D 9422TDF60 is a high-performance fused disconnect switch engineered for industrial and commercial environments where safe electrical isolation is non-negotiable. By pairing robust fuse protection with a straightforward disconnect action, it delivers dependable disconnection under load while supporting essential lockout/tagout procedures to keep maintenance teams safe.

Key Specifications

• Amperage Rating: 60A
• Voltage Rating: 600V
• Product Type: Fused Disconnect Switch
• Brand: Square D
• Model: 9422TDF60

Why this fused disconnect stands out

Designed for daily reliability in demanding facilities, the 9422TDF60 ensures safe, verifiable isolation of energized circuits. The integrated fuses add a layer of overcurrent protection right at the disconnect point, helping to limit fault propagation and support safer maintenance workflows. Built for long-term durability, it maintains performance across frequent operation cycles and tough industrial conditions.

Ideal use scenarios

• Motor-driven equipment, conveyors, and pumps in manufacturing plants requiring safe startup and shutdown controls
• Service panels and motor control centers where immediate disconnection under fault is essential
• Maintenance shutdowns that rely on lockout/tagout practices to protect workers

Operational benefits and outcomes

• Safe electrical isolation during maintenance, minimizing exposure to energized circuits
• Direct, reliable disconnection under load due to fused protection, reducing arc fault risk
• Clear alignment with safety regulations and lockout/tagout protocols
• Durable construction suited for continuous use in industrial and commercial settings

Installation and maintenance tips

Use fuses rated 60A and 600V to preserve protective functionality. Perform regular inspections and replace fuses as needed after fault events, and consistently follow lockout/tagout procedures during service. Ensure proper mounting and secure electrical connections to maintain optimal performance and safety over time.