![background image](http://html1.mh-extra.com/html/manatec/fox-3d-smart-mobile-pt/fox-3d-smart-mobile-pt_service-manual_4409014060.webp)
Ref.: 3DWA - SM Ver.1.8
57
7. CALIBRATION
This feature is protected with service password and should be used only by authorised
Service personnel
Calibration is a very important function. During this process, the Calibration kit should
not be jerked or moved
Even though the system is perfectly calibrated at Factory, it can be ensured by
calibrating the system again at customer premises before commissioning
Ensure Sunlight / external light source does not fall directly on the Target plate during
Calibration / Alignment, which may affect the accuracy of readings
In AVH model, Horizontal beam should be rested at home position during Calibration
If the alignment readings obtained for all vehicles are error prone, then it is advisable to check
calibration. Calibration is to check the raw data transmitted by sensing devices. The procedure
for checking the calibration is as follows. Following options are available in
Calibration
once
selected from
Settings
screen:
Fig. 95
7.1.
BEAM INSTALLATION
This featured is used to avoid field calibration at the time of installation. 3D Aligner is
perfectly calibrated in the factory using high precision calibration setup & highly trained
personnel. However to ensure the same accuracy during installation, a Dual axis
sensor is used in the horizontal beam. After mounting the Horizontal beam on the
Vertical column, select the
INSTALLATION
from
Calibration
menu & try to achieve
Green color values for both Z axis (Vertical column) and Y Axis (Horizontal beam) by
leveling the vertical column using shims.
Fig. 96
Z axis
Y axis
Summary of Contents for Fox 3D Smart Mobile PT
Page 9: ...Ref 3DWA SM Ver 1 8 6 PIT DIMENSIONS Max Wheel base 3 2 4metre For VH model Fig 3...
Page 16: ...Ref 3DWA SM Ver 1 8 13 FOUR POST LIFT DIMENSIONS Max Wheel base 4 metre For VH model Fig 10...
Page 19: ...Ref 3DWA SM Ver 1 8 16 FOUR POST LIFT DIMENSIONS Max Wheel base 4metre For In Lift Fig 13...
Page 25: ...Ref 3DWA SM Ver 1 8 22 VH model 12 3 7 8 9 4 5 2 1 10 11 11 13 14 Fig 15...
Page 26: ...Ref 3DWA SM Ver 1 8 23 AVH model 12 3 7 8 9 4 5 2 1 11 13 14 6 Fig 16...
Page 69: ...Ref 3DWA SM Ver 1 8 66 For Drive Through model Fig 118...
Page 70: ...Ref 3DWA SM Ver 1 8 67 Fig 119...
Page 72: ...Ref 3DWA SM Ver 1 8 69 For Drive Through model Fig 121...
Page 73: ...Ref 3DWA SM Ver 1 8 70 For In Lift model 865 865 Fig 122...
Page 92: ...Ref 3DWA SM Ver 1 8 89 10 DIAGRAMS 10 1 BLOCK DIAGRAM Fig 154...
Page 93: ...Ref 3DWA SM Ver 1 8 90 10 2 WIRING DIAGRAM 10 2 1 PT VH MODEL Fig 155...
Page 94: ...Ref 3DWA SM Ver 1 8 91 Fig 156...
Page 95: ...Ref 3DWA SM Ver 1 8 92 10 2 2 AVH MODEL Fig 157...
Page 96: ...Ref 3DWA SM Ver 1 8 93 Fig 158...
Page 97: ...Ref 3DWA SM Ver 1 8 94 10 2 3 IN LIFT MODEL Fig 159...
Page 98: ...Ref 3DWA SM Ver 1 8 95 Fig 160...