Bearingless Digital Torquemeters-86100V

• Best Real World Accuracy of Any Similar Torquemeter, Torque Sensor or Torque Transducer
• High Overange and Overload
• Strain Gage Carrier Amplification
• Immunity to External Noise
• High Stiffness and Low Deflection
• Bi-Directional Rotor Shunt Calibration
• Simple, Non-critical Installation
• ISO 17025 Accredited, NIST Traceable Bidirectional Calibration

The sensors’ output is digitized on the rotor and sent to the stator where analog, frequency and Com High Overrange and Overload Strain Gage Carrier Amplification Great Immunity to External Noise Very High Stiffness and Low Deflection Bipolar Rotor Shunt Cal Accredited*, CW and CCW ISO 17025 Calibration Simple, Non-critical Installation • 0.05% Combined Error*, 21,000 Samples/Sec • 200% Overload • 300% Overrange • 0.001%/°C Compensation • 3 kHz Data Bandwidth • Analog and FM Outputs *NIST traceable CW & CCW, full load calibration performed in our accredited laboratory (NVLAP Lab Code 200487-0). Details at our website or the accreditation link at www.nist.gov. S. Himmelstein and Company Bulletin #8705A • Digital Output with Temperature • 10 Units of Measure • 14 Bessel Data Filters • 48 μS Max/Min Update • Interface Software Furnished • Zero Velocity Speed Pickup Options © 2018 S. Himmelstein and Company—all rights reserved. www.himmelstein.com 1 Best Performance Under Real-World Conditions 23 standard ranges with accredited* calibration per ISO 17025, no need to compromise MCRT® 86100V 30 to 452 kNm Capacity Bearingless Digital Torque Sensors 1. See Application Note 20805B. 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, does limit checks, torque versus time plots and stores test results. Password protection may be invoked when needed.