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Aktakom ATE-6008 User Manual

Aktakom ATE-6008 User Manual

Contact/non-contact tachometer

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Contact/Non-Contact
Tachometer
ATE-6008
User's Manual
www.tmatlantic.com

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Summary of Contents for Aktakom ATE-6008

  • Page 1 Contact/Non-Contact Tachometer ATE-6008 User’s Manual www.tmatlantic.com...
  • Page 2 1 FEATURE * The Digital Tachometer provides fast and accurate Contact and Non-Contact RPM and surface speed measurements of rotating objects. * Measurement type: Rotation Speed (RPM,rPm), Total revolutions (REV), Frequency(HZ),Surface Speed(M/M,I/M,F/M,Y/M) and Length(M,In,FT,Yd). * Wide measure range and high resolution. * High visible digital LCD and Backlight display.
  • Page 3 * Flip open the battery compartment cover and install a 9V Battery. * Non-Contact: Stick the self-adhesive reflective tape on the object whose rotational speed is to be measured. The reflective tape should be stocked as close to the outer edge of the object to be measured as possible.
  • Page 4 release it to leap to next Data Set.You will view Data0 to Data9 ,10 selectable Data measurements. * Measurement Mode Switch: Release the “MEAS” button and press the “MODE” button before the instrument auto power off(released the “MEAS” button this instrument will auto power off in 15 sec).There are two group of measurement.
  • Page 5 approx.3 sec to leap to the next group .Then you can press the “MODE” button once to change from REV,M,In….to the next sequentially. Selected the mode of you need, depress the “MEAS” start measures.
  • Page 6 * RPM: Non-Contact revolutions per minute measurements. * rpm: Contact revolutions per minute measurements. * HZ : Non-Contact /Contact frequency measurements. * M/M: Contact Meter per minute measurements. * I/M: Contact Inch per minute measurements. * F/M : Contact Feet per minute measurements. * Y/M: Contact Yard per minute measurements.
  • Page 7 As it is easy to get high resolution and fast sampling time. If measuring the very low RPM values, suggest user to attach more “REFLECTIVE MARKS” averagely. Then divide the reading shown by the number of “REFLECTIVE MARKS” averagely. Then divide the reading shown by the number of “REFLECTIVE MARKS”...