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| Illustration 1 | g01135073 |
(10) "Left Menu Scroll" Switch (11) LCD (12) "Right Menu Scroll" Switch (13) "Elevation Select" Switch (14) Right Grade Indicators (15) Left Grade Indicators (16) "Cursor Scroll/Slope Direction" Button (17) "Esc/Left Reset/Left Bench" Button (18) "Power/Setup" Switch (19) "Ok/Right Reset/Right Bench" Button | |
- Turn on the Display.
- Toggle the "Power/Setup" Switch (18) to the "i" position in order to access the "Configuration" Menu.
- Toggle the "Inc/Dec" switch downward until the "Sensor Calibration" menu is highlighted.
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| Illustration 2 | g01145036 |
- Press the "OK" button (19) in order to enter the "Sensor Calibration" Menu.
- Toggle the "Inc/Dec" switch until the "Full Sensor Calibration" menu is highlighted.
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| Illustration 3 | g01102843 |
- Press the "OK" button (19) in order to enter the "Full Sensor Calibration" Menu.
- Press the "OK" button (19) in order to start the Calibration.
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| Illustration 4 | g01131138 |
- The screen in Illustration 5 will be displayed until the system verifies that the sensors are stable. Once the system has determined that the sensors are stable, the screen in Illustration 6 will be displayed. Press the "OK" button (19) in order to continue the calibration.
Note: If the Blade Slope Sensor, Mainfall Sensor, or Rotation Sensor (4) are not detected or if the null values cannot be read, an error screen will be displayed. Calibration of the sensors will not be allowed until the issue has been resolved.
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| Illustration 5 | g01144019 |
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| Illustration 6 | g01131139 |
- Press the "OK" button (19) in order to continue.
Mark the positions of the two front tires, the two rear tires, and the blade as shown in Illustration 8. Mark the positions of the tires by drawing lines in the dirt or spraying lines on the ground with spray paint.
When a "Initial Position" calibration is performed the following actions take place:
- The Rotation Sensor (4) is calibrated for the blade
- First reading for slope of the blade
- First reading for the calibration of the Mainfall Sensor
Note: If the data from the sensor is not stable the "not OK" icon will be shown on the screen.
- The Rotation Sensor (4) is calibrated for the blade
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| Illustration 7 | g01102846 |
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| Illustration 8 | g01102851 |
- Rotate the machine 180 degrees from the original position. Align the blade to the marks that were made at the beginning of the procedure. Refer to Illustration 10.
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| Illustration 9 | g01102859 |
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| Illustration 10 | g01102866 |
- Rest the blade on the ground. Make sure that all pressure is off the blade.
Note: Make sure that the lift cylinders for the blade can be rotated by hand.
- Press the "OK" button (19) in order to continue.
When a "Blade Position" calibration is performed the following action takes place:
- Second reading for slope of the blade
Note: If the data from the sensor is not stable the "not OK" icon will be shown on the screen.
- Second reading for slope of the blade
- Move the machine forward. Align the tires of the machine to the front and rear marks of the tires that were made previously. Refer to Illustration 12.
Note: If you are calibrating on a sloped surface, alignment to the lines for the tires will be more critical for accurate calibration of the Mainfall Sensor.
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| Illustration 11 | g01131143 |
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| Illustration 12 | g01102876 |
- Once the blade and the machine have been positioned, press the "OK" button (19) .
When a "Mainfall Position" calibration is performed the following actions take place:
- The second reading for Mainfall Sensor
Note: If the data from the sensor is not stable the "not OK" icon will be shown on the screen.
- The second reading for Mainfall Sensor
- Press the "OK" button (19) in order to accept the full calibration.
Note: If the "ESC" button is pressed, the calibration is not saved and the setting reverts to the previous saved values.
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| Illustration 13 | g01131144 |