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Place your tool and the included square drive connector on the tester and turn.
Measure the torque output of torque wrenches, screwdrivers, and other hand tools to ensure they deliver the right amount of torque—and check your results on a digital screen.
Finger-tighten the three-jaw chuck onto a torque wrench or screwdriver, then twist either the gauge or tool to check the tool’s accuracy.
Accurate to within ±1%, these torque testers are often used to check the accuracy of torque wrenches and screwdrivers on assembly lines.
Measure the twisting force needed to tighten or loosen caps and knobs with these torque testers.
Monitor torque as you apply it—these testers mount between your torque tool and your fastener.
Calibrate torque-limiting power tools such as air-powered and impact drivers.
Measure the force of hand and non-impact electric torque screwdrivers to keep fasteners from failing due to under or overtightening.
Use these gauges with changeable sensors and square-drive sockets to display, collect, and download torque readings.
Measure strain across one or multiple directions by gluing or welding these strain gauges onto a structure.
Measure the compressive strength of concrete. These testers are often used in the construction industry to assess the quality and integrity of poured concrete.
Create an instant, permanent image of pressure distribution and magnitude. These sheets of film help you identify uneven pressure that can lead to leaks and stress fractures. Use them between any two surfaces that touch each other, such as bolted joints, welding fixtures, and jigs.
Take lab-quality scans of pressure recording film for frequent onsite measurements.
Measure and record manually applied torque. These sensors convert torque into an electrical signal that your computer or programmable logic controller (PLC) can read.
Measure temperature, humidity, and radiant heat in your work area to keep your team safe from heat-related hazards.