TorqSense ORT230-C, Руководство пользователя

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© Sensor Technology Ltd 2016 ORT4019R (Preliminary) Feb 2016
When you order a Torque Transducer please note that any torque/FSD is possible between ranges – please
specify rated torque and options using the following format:
For example:
ORT
231 - 15Nm - K-CL
A ‘basic’ transducer with
torque and speed outputs,
rated and calibrated to
15Nm FSD with keyed ends,
±10v and IP65 protection.
Your transducer requirement:
ORT
Max speed (if applicable) RPM
Connector & Lead options (if applicable)
See over
Additional related products (if applicable)
See over
Glossary of terms and definitions used in this datasheet

Accuracy
- The degree of conformity of a measured or calculated quantity, which will show the same or
similar results. Accuracy of the overall TorqSense system is limited by the combined error of several factors
such as linearity, hysteresis, temperature drifts and other parameters affecting measurements. If errors in
the system are known or can be estimated, an overall error or uncertainty of measurement can be
calculated.

Digital averaging
– The application of algorithms to reduce white noise. In any electronic system,
electronic white noise is mixed with the signal and this noise usually limits the accuracy. To reduce the
influence of white noise and increase the accuracy of the system different averaging algorithms can be
applied. In the TorqSense system a flying digital averaging technique is applied to reduce the white noise
commensurate with the level of accuracy required. However, as any averaging algorithm works as a low
pass filter, the more averaging that is applied the lower the frequency response. Therefore, each Torqsense
system should be optimised to the customer’s requirements by choosing the right combination of
accuracy/frequency response. Please see relevant part of the Datasheet and User Manual.
Data parameters measured at +20°C
Sensor Technology Ltd reserves the right to change specification and dimensions without notice.