3/8" Drive Micrometer Adjustable Torque Wrench, Dual Scale (10-1 - J.H. Williams

The J.H. Williams 3/8" Drive Micrometer Adjustable Torque Wrench (Model 1002MFRMHW) is a professional-grade tool designed for precise fastening in demanding automotive and industrial applications. This robust, dual-scale wrench offers reliable and accurate torque application, critical for ensuring the integrity and safety of assembled components in various maintenance and assembly tasks. Its calibrated dual-direction functionality provides versatility for a wide range of uses.

Key Features

• Dual Scale & Calibrated Dual Direction: Provides clear, accurate readings and functionality for both clockwise and counter-clockwise torque applications.
• Positive Lock Ring: Features a spring-loaded pull-down lock ring, ensuring settings are securely maintained and preventing accidental adjustments during operation.
• Fast, Accurate & Easy Setting: Engineered for quick and precise torque adjustments, streamlining workflow for professional technicians.
• Easy-to-Read Laser Marked Scales: Scales are laser-marked for superior readability and long-lasting durability, even in challenging work environments.
• Quick Release Button: Most models are equipped with a quick release button, offering excellent socket retention and facilitating fast, effortless socket changes.
• Professional Accuracy: Delivers accuracy of ± 4% CW and ± 6% CCW of indicated value (CW, from 2% to 100% of full scale), meeting strict professional standards.
• Certified & Traceable: Individually serialized with a matching certificate of calibration, traceable to N.I.S.T., and meets or exceeds ASME and ISO 6789 standards.

Applications

The J.H. Williams 1002MFRMHW torque wrench is an essential tool for professional mechanics and technicians requiring precise torque control. It is ideally suited for critical fastening tasks in automotive repair, engine assembly, heavy equipment maintenance, and various industrial settings. This wrench ensures components are tightened to exact specifications, preventing over-tightening damage or under-tightening failures in crucial assemblies.