QYO60A - Williams - 1‑7/8" Open‑End Torque Head – “Y” Shank

Williams QYO60A 1‑7/8" Open‑End Torque Head – “Y” Shank
The Williams QYO60A 1‑7/8" Open‑End Torque Head is engineered for technicians who require precise torque application, exceptional access, and heavy‑duty durability when working with large imperial fasteners. Featuring a “Y”‑style shank, this torque head provides a secure, stable interface with compatible Williams torque systems—ideal for high‑torque industrial environments.

Its slim open‑end design allows engagement in tight, recessed, or obstructed spaces where conventional box‑end torque heads cannot operate. Built from premium alloy steel and precision‑machined to exact tolerances, the QYO60A delivers consistent, repeatable torque transfer for mission‑critical fastening work across heavy‑equipment maintenance, utilities, oil & gas, power‑generation, and industrial plant service.

Key Features

• 1‑7/8" Open‑End Head – Ideal for large imperial fasteners used in heavy machinery, flange bolting, structural connections, and industrial mechanical systems.
• “Y”‑Style Shank – Provides secure, stable engagement with Williams torque wrenches and modular torque systems.
• Slim, High‑Access Profile – Reaches fasteners in narrow, recessed, or obstructed locations where box‑end adapters cannot fit.
• Premium Alloy Steel Construction – Withstands high torque loads while resisting rounding, deformation, and heavy‑use wear.
• Precision‑Machined Accuracy – Ensures stable fastener contact and reliable, repeatable torque application.
• Fully Compatible With Williams Torque Systems – Works seamlessly with torque multipliers, modular adapters, and interchangeable torque setups.
• Industrial‑Grade Strength – Suitable for refineries, power plants, utilities, mining, manufacturing, and heavy‑equipment service facilities.

Ideal Applications

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