Williams TLA28NMW Adjustable Torque Screwdriver 70.81 In/lb

Product Description

The WILLIAMS TLA28NMW is an adjustable torque screwdriver designed for precise fastener installation where controlled torque application is critical. Set to a fixed torque value of 70.81 in/lb, this tool is built around a 1/4 inch drive and features an ergonomic L-shaped handle that allows technicians to apply consistent, repeatable torque without overdriving fasteners. The overall length is 8 inches, and the unit weighs 0.82 pounds, making it a compact, hand-carry tool suited for bench work or field service. The 6-piece configuration gives technicians a versatile set for various fastener sizes in a single kit.

This torque screwdriver is appropriate for light assembly and service tasks requiring accurate torque control in the 70.81 in/lb range. It is commonly used by HVAC technicians, electricians, and equipment service professionals when assembling control panels, tightening terminal hardware, or securing access panels where over-torquing can damage components or void equipment warranties. The 1/4 inch hex drive accepts standard hex bits, broadening its usefulness across multiple fastener types encountered in trade service work.

Key Features

• Fixed torque setting of 70.81 in/lb for consistent, repeatable results
• 1/4 inch drive accepts standard hex bits
• Ergonomic L-shaped handle reduces hand fatigue during repetitive fastening tasks
• Compact 8 inch overall length suitable for tight-access installations
• 6-piece set provides coverage for multiple fastener sizes
• Lightweight at 0.82 pounds for easy transport to job sites

Compatibility

Designed for use with standard 1/4 inch hex drive bits. Compatible with general trade service applications requiring controlled torque at the 70.81 in/lb specification.

Installation Notes

This tool is intended for use by qualified trade professionals performing fastener installation or service tasks requiring torque control. Verify that the correct bit is fully seated in the drive before applying torque to avoid cam-out or fastener damage. Do not exceed the rated torque value by applying additional force beyond the tool design. Store the tool in its case when not in use to protect the drive mechanism and maintain calibration.