Williams Tools 6004-F-MT2W Torque Sensor 3/4 in Drive 60-6000 Ft-lbs

Product Description

The WILLIAMS TOOLS 6004-F-MT2W is a 3/4 inch drive Multitorq torque data collection sensor designed for electronic torque measurement and data acquisition. The sensor mounts between a socket and driver, transmitting real-time torque readings to a compatible Multitorq portable electronic torque meter. Operating range runs from 60 to 6000 ft-lbs with an accuracy of 1% of reading across 10 to 100% of the sensor range. This tool is built for industrial, maintenance, and assembly applications where accurate torque documentation is required by specification or code compliance.

This sensor is suited for use in manufacturing facilities, heavy equipment maintenance, structural fastener work, and industrial service environments. It works with sockets, extensions, universal joints, and ratcheting drivers, making it adaptable to a wide range of fastener configurations. Licensed technicians, maintenance mechanics, and calibration specialists working on bolted joint applications in commercial and industrial settings are the primary installers and operators of this system.

Key Features

• 3/4 inch drive interface compatible with standard sockets and drive accessories
• Torque range of 60 to 6000 ft-lbs covers heavy industrial fastening requirements
• 1% of reading accuracy from 10 to 100% of sensor range
• Compatible with the Multitorq portable electronic torque meter and data acquisition system
• Supports multiple torque units: ft-lb, in-lb, in-oz, Nm, dNm, mkg, and cmkg
• Storage temperature rated from -2 to 122 degrees F (-20 to 50 degrees C)

Compatibility

Designed for use with the Multitorq portable electronic torque meter and data acquisition system. Compatible with standard 3/4 inch drive sockets, extensions, universal joints, and ratcheting drivers.

Installation Notes

Installation and operation should be performed by qualified maintenance technicians or calibration professionals familiar with electronic torque tools. Ensure the fastener and drive train are aligned before applying torque to prevent sensor overload or damage. Do not exceed the rated sensor range, as doing so may compromise accuracy and damage the sensor. Consult applicable industry torque specifications and standards before use in safety-critical bolted joint applications.