These Compact Digital Torque Transducers have high accuracy, low noise, high overload capacity, high overrange, inherent noise tolerance and a wide temperature range. Strain gage sensing and non-contact signal transfer make them well suited for control, laboratory and production use. They are offered in two accuracy grades, Code N standard performance and Code C enhanced performance. Installation can be either floating or foot mounted with the integral mounting base.
Null, scaling and units of measure are stored in non-volatile memory. There are no noisy pots or switches. Ten common units of measure are supported without requiring recalibration. Eleven user selectable Bessel filters avoid delay distortion and overshoot errors. Included software interfaces Windows-based PC's and displays and plots real time data. Use it to select ±5V or ±10V analog outputs, filters, scaling, units of measure and/or to control measurements.
Code N Performance
Code C Performance
Accuracy (combined nonlinearity, hysteresis and Nonrepeatability, % of full scale)
Rotational Effect on Zero (% of full scale)
Zero (% of full scale/deg F.)
Span (% of reading/deg F.)
+75 to +150 deg F
Minimum Usable Range
+32 to +175 deg F
±10 or ±5 Volts dc, user selectable
Nominal Overrange (% of full scale)
Bessel Response Signal Filter Cutoffs
0.1 to 200 Hz in eleven 1-2-5 steps, user selectable
System Resolution (% of full scale)
0.02% on ±10V & 0.04% on ±5V
RS232 Communications Port
Outputs Torque in engineering units. Inputs units of measure selection, scaling, signal filter selection and cal data.
10 to 15 volts dc @ 200 mA, nominal