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Customer-specific nominal torques are technically possible: ±0.05 Nm to ±0.50 Nm
The torque sensor consists of an outer flange and an inner flange, which are connected to each other via 4 s-shape bending springs. The outer and inner flanges each have 4 M3 threads for introducing the torque.
The sensor is suitable for measuring the reaction torque e.g. in the watch industry, in micromechanics e.g. motor testing and for measuring frictional forces.
The integrated stop makes the sensor robust against overload.
Translated with DeepL.com (free version)
Customer-specific nominal torques are technically possible: ±0.05 Nm to ±0.50 Nm
The torque sensor consists of an outer flange and an inner flange, which are connected to each other via 4 s-shape bending springs. The outer and inner flanges each have 4 M3 threads for introducing the torque.
The sensor is suitable for measuring the reaction torque e.g. in the watch industry, in micromechanics e.g. motor testing and for measuring frictional forces.
The integrated stop makes the sensor robust against overload.
Translated with DeepL.com (free version)