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Ref.: 3DWA - SM Ver.1.8
2
2. INSTALLATION REQUIREMENTS
Wheel aligner installation should be done only by qualified Service personnel.
Before attempting installation, read these instructions thoroughly and understand the tasks
involved. Review all the requirements of installation to avoid oversights resulting in revenue
loss, and lost customer confidence.
Ensure the environment is conducive for optimum performance of imaging alignment.
3D Wheel aligner can be installed as conventional wheel aligners; however there are unique
considerations which must be addressed. 3D Wheel aligner normally requires zero offset
calibration at the installation place.
Provision of handling means such as Forklifts etc. is the owner's responsibility
Procure the necessary tools to do a quality job
Perform the installation safely by observing all precautions associated with the task at
hand.
Ensure that the Rack/Lift is safe and the lock mechanisms are secured. Check runways
are co-planar at all heights & it is relatively leveled for ease of push-Pull Runout. Check
the Turn tables are free from binding and rotates freely.
The following accessories and tools are required for the proper installation of the
equipment:
Screw drivers, Spanner set and Allen key set
Measurement Tape
– 5 metre
Marker / Chalk liner - for marking
0° Sprit Level
Strip cutter - to Open Carton Banding
knife
– for opening Cartons
Plastic cable Ties
– for proper routing of cables
Multi-meter
– for verifying supply voltage
0.5kg. Hammer - Set Anchor Bolts
Hammer Drill and 12mm Drill bit
Calibration kit
Glass Cleaner(Cleaning agent) - for cleaning Targets after installation, if necessary
Adjustable Wrench
Instruction stickers
Pendulums
– 2 Nos.
Water tube level -5meter
Shims (required quantities)
– 0.5mmT, 1.0mmT, 1.5mmT & 2.0mmT
2.1.
POWER REQUIREMENT
Stabilised (AVR) UPS 230V AC ± 10%,
1φ, 50 Hz + N + PE (or)
Stabilised (AVR) UPS 110V AC ± 10%,
1φ, 60 Hz + N + PE for 110V operation
Stabilised (AVR) UPS 110VAC ±10%, Single Phase, 60Hz +N +PE
(For AVH model)
Supply should be connected only through a CVT of 1KVA capacity and then through an
UPS of minimum 1KVA capacity with AVR (Automatic Voltage Regulator) circuit using
a CE certified Two Pole, Type C, 6A MCB (For AVH 110V model, Two pole, Type C,
10A MCB). Proper Earthing must be provided. Also ensure that Live phase is on the
right side
point of the wall socket.
Neutral to Line Voltage should be 230V AC ±10% (or) 110V AC ±10%
Line to Earth voltage should be 230V AC ±10% (or) 110V AC ±10%
Neutral to Earth leakage should be less than 3V AC
It is strongly recommended to use CVT & UPS (with AVR) for the aligner. Printer
should not be connected to UPS & separate power supply to be made.
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...