This post will help guide you through creating a basic test with ADMET’s MTESTQuattro software. For this example, we will be building a basic axial test.

Note: Before continuing, connect the MTESTQuattro Controller to the testing machine and turn on the power. Refer to your testing system setup instructions for the necessary steps. Once finished, verify that the orange light is illuminated on the front panel. Do not release the E-Stop until the software has completely initialized and a named procedure is shown in the window.

  1. Go to Start → All Programs → MTESTQuattro and launch the application.
  2. MTESTQuattro will open and two tabs will appear in the main window. Select the tab labeled ‘Unnamed.’
  3. Go to File → Save As and save your Procedure, or right click at the bottom of the setup window.
  4. Proceed to the Acquisition Tab.
    1. Set the Threshold channel to position and set the value to 0.001 in or 0.025 mm (when the threshold channel value is exceeded the program will begin logging data).
    2. Set the Logging Cutoff (how the test will end) to Stop at End of Profile.

      Acquisition Tab

  5. Proceed to the XY Graph tab.
    1. Select Time on the X-Axis and Position on the Y-Axis.
    2. Select Auto scale and set the min and max limits value to 0 for both axes.
      XY Graph Tab

      XY Graph Tab

  6. Proceed to the Channels tab.
    1. Verify that the correct load transducer has been selected in the drop down box by matching the serial number listed to that on the load cell.
    2. If one is not shown, select a load cell calibration from the drop down.
    3. Note: A tension calibration will move the machine in a tension direction while using a positive position rate and a compression calibration will move the machine in a compressive direction using a positive position rate.
      Channels Tab

      Channels Tab

  7. Under the Servo Control tab select the General subtab and set the flowing values.
    1. Preload value = 0.
    2. Manual Jog Rate = 1 in/min (25mm/min).
    3. Home Rate = 1 in/min (25mm/min).
    4. Set End-Of-Test Action to ‘Stop at End-of-Test’.
      Servo Tab - General

      Servo Tab – General

  8. Under Servo Control tab select the profile subtab.
    1. Select the Directive Wave form.
    2. Select the Sample Rate Directive Type.
    3. Set the Rate Units to sec and the Sample/sec to 100.
    4. Click inset segment.
    5. Select the Ramp Waveform.
    6. Set the Control Channel to Position and set the Rate to 1 in/min (25 mm/min).
    7. Set the Limit Channel to Position, the Limit value to 1 inch (25 mm) and the Limit Increment to 0 inches.
    8. Click inset segment.
      Servo Tab - Profile

      Servo Tab – Profile

  9. Under the Servo Control tab select the Gains subtab.
    1. Verify the Position gains are not set to 100 for Low Gear. If they are please contact ADMET for the approximate gains.
      Servo Tab - Gains

      Servo Tab – Gains

  10. Go to File → Save and save your Procedure, or right click at the bottom of the setup window.
  11. Test the Machine Movement (Verify that the machine has several inches of open space between the fixturing so no load can be generated).