QXO50A - Williams - 1‑9/16" Open‑End Torque Adapter

Williams QXO50A 1‑9/16" Open‑End Torque Adapter
The Williams QXO50A 1‑9/16" Open‑End Torque Adapter is engineered for industrial technicians who require precision torque control, exceptional accessibility, and long‑lasting durability when working with large imperial fasteners. Its slim, open‑end profile enables fastener engagement in tight, recessed, or obstructed spaces—making it indispensable for heavy‑equipment maintenance, industrial plant operations, utilities, construction sites, and oil & gas environments where box‑end torque heads cannot be used.

Crafted from premium alloy steel and precision‑machined to stringent tolerances, the QXO50A provides accurate, consistent, and repeatable torque transfer under high‑load conditions. It integrates seamlessly with Williams torque wrenches, torque multipliers, and modular torque systems, ensuring professional‑grade performance in mission‑critical applications.

Key Features

• 1‑9/16" Open‑End Head – Ideal for large imperial fasteners used in heavy machinery, structural bolting, flange systems, and industrial mechanical assemblies.
• Slim, High‑Access Design – Provides excellent reach into recessed, narrow, or obstructed workspaces where box‑end adapters cannot fit.
• Premium Alloy Steel Construction – Withstands high torque loads while resisting wear, deformation, and fastener rounding.
• Precision‑Machined Fit – Ensures accurate, repeatable torque application with secure fastener engagement.
• Compatible With Williams Torque Systems – Works flawlessly with torque wrenches, torque multipliers, and modular adapter components.
• Industrial‑Grade Durability – Built to perform in refineries, power‑generation plants, manufacturing facilities, mining operations, utilities, and heavy‑equipment repair shops.

Ideal Applications

• Heavy‑equipment service & overhaul
• Industrial machinery repair & assembly
• Oil & gas field and refinery maintenance
• Utilities & power‑generation operations
• Structural bolting and flange work
• Tight‑access, high‑torque fastening scenarios