Tyre Test

A range of torque, force and multi-axis sensors specifically designed and calibrated for tyre testing machines where the sensor is not adjacent to the tyre being tested. In general the fixture holding the wheel and tyre is accounted for in the design, and calibration is done with a fixture which mimics the actual test machine.

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Models 6422-6423

The Lebow multi-component lathe dynamometer mounts to the table of either surface grinders or milling machines. This transducer is used to measure thrust and side thrust. In some applications it is also used to measure the vertical force exerted on the work piece. Capacities (N) 500/-/500 to 15K/15K/15K (5 models) Output (mV/V) 0.5 to 1.5 Non-Linearity (of R/O) 0.15% Hysteresis (of R/O) 0.15% Repeatability (of R/O) 0.15% Overload 150% Crosstalk <2%

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Models 6402-6434

The Lebow multi-component lathe dynamometer mounts on the cross-slide of a lathe to measure the forces acting upon the cutting tool. It replaces the conventional cross-slide tool holder. It may also be used to measure structural support reactions, axle shaft forces and shock mount forces. Capacities (N) 200/1K/500 to 10K/15K/15K (10 models) Output (mV/V) 1.0 Non-Linearity (of R/O) 0.5% Hysteresis (of R/O) 0.5% Repeatability (of R/O) 0.15% Overload 120% Crosstalk <2%

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Model M211-116

The Fatigue Rated Torque Sensor Model M211-116 is ideal for use in material testing machines thanks to its compact size, fatigue rating and component durability. The Fatigue Rated Torque Sensor provides a low inertial mass and high stiffness, which minimises cross-talk between the torque and thrust measurements and is resistant to the negative effects of extraneous forces in both measurement axis. The M211-116 can be used with AC carrier and DC strain gauge signal conditioning electronics. The Fatigue Rated Torque Sensor is supplied with mating connectors for straight forward installation. Capacities (Nm) 100/10K, 100/25, 10/1K Output (mV/V) 2.0 Non-Linearity (of R/O) 0.15% Hysteresis (of R/O) 0.15% Repeatability (of R/O) 0.05% Overload (of R/O) 150% Crosstalk (of R/O) <2%

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