QYO52A - Williams - 1‑5/8" Open‑End Torque Adapter – “Y” Shank

Williams QYO52A 1‑5/8" Open‑End Torque Adapter – “Y” Shank
The Williams QYO52A 1‑5/8" Open‑End Torque Adapter is engineered for technicians who demand precise torque accuracy, exceptional accessibility, and industrial‑grade strength when working with large imperial fasteners. Featuring a “Y”‑style shank, this torque adapter ensures a secure, stable connection to Williams torque systems—delivering consistent, repeatable torque in high‑demand environments.

Its slim open‑end profile makes it ideal for accessing fasteners located in tight, recessed, or obstructed areas where traditional box‑end torque heads cannot operate. Crafted from premium alloy steel and precision‑machined for maximum accuracy, the QYO52A provides dependable performance across heavy‑equipment service, utilities, industrial plants, construction, and oil & gas field work.

Key Features

• 1‑5/8" Open‑End Head – Perfect for large imperial fasteners on heavy machinery, flanges, structural hardware, and industrial assemblies.
• “Y”‑Style Shank Connection – Ensures secure tool engagement and exceptional stability during high‑torque use.
• Slim, High‑Access Design – Reaches fasteners in narrow, recessed, or obstruction‑heavy environments where box‑end heads cannot fit.
• Premium Alloy Steel Construction – Resists deformation, rounding, and wear under heavy torque and continuous use.
• Precision‑Machined Profile – Provides accurate, repeatable torque transfer and reliable fastener control.
• System Compatible – Works seamlessly with Williams torque wrenches, torque multipliers, and modular adapter systems.
• Industrial‑Grade Durability – Built for demanding conditions in refineries, power‑generation plants, utilities, mining, manufacturing, and heavy‑equipment repair operations.

Ideal Applications

• Heavy‑equipment servicing & rebuilds
• Industrial machinery maintenance
• Oil & gas field and refinery operations
• Utilities & power‑generation mechanical work
• Structural bolting & flange connections
• Tight‑access, high‑torque environments