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Featured Torque Load Cell
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LXT 963 Rotating Torque Load Cell
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The LXT 963 is designed to measure rotating drive torque using a conventional shaft-to-shaft configuration. This design incorporates a slip ring assembly which transmits excitation voltage to, and output signals from, the rotating sensor. If purchased with the DFI 2000, a personality module may be purchased for quick interfacing to…
Torque Load Cells
A torque cell is a load transducer that will convert a torsional moment into a proportional electrical signal. Cooper Instruments offers a rotating variety, (operates in 360 degrees at various RPM) or a reaction-only style (can operate up to 360 degrees). Cooper offers a variety of physical configurations and torque ranges from 10 inoz to 100,000 in lbs.
The LXT 920 torque/thrust load cell is designed to measure reaction torque moments as well as tension and compression loads, all in one transducer. Temperature compensated and constructed entirely of aluminum, this torque/thrust sensor is able to achieve an impressive 0.2% nonlinearity and yet provide a safe overload of 150%…
These torque sensors are designed to insert between a squaredrive torque producing device and the work fixture it is attached to. This allows direct static and limited rotation torque measurements while the tool or device is placed under its typical load. A valuable torque measuring solution for testing drive socket…
The LXT 963 is designed to measure rotating drive torque using a conventional shaft-to-shaft configuration. This design incorporates a slip ring assembly which transmits excitation voltage to, and output signals from, the rotating sensor. If purchased with the DFI 2000, a personality module may be purchased for quick interfacing to…
The LXT 971 torque transducer operates on the principle of magnetoelasticity. The sensor's output signal is caused by a change in the magnetic field created by an applied torque on the sensor's shaft. Non-contact detectors, in close proximity to the shaft, detect changes in the magnetic field and provide an…
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Additional Information
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