Bearingless Digital Torquemeters-84000V

• Best Real World Accuracy of Any Similar Torquemeter, Torque Sensor or Torque Transducer
• Wide Installed Measurement Bandwidth
• Simple Installation, Tolerant of Rotor-Stator Misalignment
• Low Sensitivity to Clamping Loads
• Noise Tolerant Carrier Amplification
• Bi-Directional Rotor Shunt Calibration
• No Hoop or Caliper Antennae
• ISO 17025 Accredited, NIST Traceable Bidirectional Calibration

MCRT® 84000V and 85000V Torquemeters have very high accuracy in real-world applications, not just in the cal lab. That’s due to very high stiffness which yields wider installed bandwidth and faster response than competitive devices . Furthermore, Industries highest Overrange avoids errors2 which occur when torque peaks are clipped. Three performance grades are offered. A Carrier Amplifier, immune to dc and low frequency signals, handles the torque bridge output. Hardening against electromagnetic interference (EMI) generated by Variable Frequency Drives, ISM transmitters and other industrial noise sources further enhances performance. Bi-directional rotor shunt cal verifies calibration and operation of the entire data chain in CW and CCW modes.

It is invoked via stator switches, I/O line or from your computer. Multiple bridges and elegant design provide exceptional immunity to clamping and other extraneous loads. These devices have very high stiffness, low deflection and provide unsurpassed static and dynamic system response.

The Torquemeter is installed without an additional coupling resulting in a torsionally stiff driveline, with low overhung moment and a short overall length. The torque signal is digitized on the rotor and sent to the stator where analog, frequency and Com Port outputs are created. Choose RS232/RS422/RS485 or USB communications. Included software interfaces with your Windows-based PC. It displays Real-time, Max/Min and Spread Torque, Rotor Temperature, does limit checks, torque versus time plots and stores test results. Password protection may be invoked.