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Automatically measure motor performance characteristics! Numerical data can be output directly to Excel

  • Automatically measure motor performance characteristics! Numerical data can be output directly to Excel
  • Measurement accuracy ±0.2%/full scale
  • A wide range of 47 detector models to choose from depending on motor specifications and applications.
  • Up to four detectors can be switched between.
  • FFT analysis function for cogging torque

Small motors, increasingly used in embedded systems for personal computers, office automation equipment, and automotive components, are facing a growing demand for high-precision characteristic measurement as the need for more advanced performance and integration increases. This demand is also driven by factors such as domestic manufacturers shifting production overseas, new entrants from overseas, and manufacturers being selected by motor buyers. The Torque Station Pro TS-7700 system measures motor torque performance with an accuracy of ±0.2%/full scale, displays characteristic graphs, and even reveals motor efficiency using current and voltage measurement data from the detector. With added features such as report creation and OK/NG judgment, it's also user-friendly for quality control applications. Improved PC compatibility allows for features like outputting numerical data to Excel and clipping graphs to the clipboard for easier use in other applications. Furthermore, the TS-7700 system can be combined with detectors that support cogging torque measurement, a crucial data point for improving motor efficiency and noise reduction, and display the results graphically. The detection unit offers a lineup of 47 models to choose from, depending on the type and application of the motor.

The information on this page is based on the information available at the time of publication.
Please note that if product sales are discontinued, organizational changes are made, or specifications are changed after publication, the information may differ from the latest information.

This page is created by an automatic translation system based on the information in the Japanese version. Details