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Ref.: 3DWA - SM Ver.1.8
28
4.2.2.
WALL MOUNTING BRACKET
Wall (Brick or concrete) has to be ensured for its strength to hold
anchor bolt. The entire beam load will act on anchor bolts only
1.
After evaluating the space available in the alignment bay, decide the
Wheel base (B), Distance between Camera to Rotary plate centre (D)
and Camera height that can be accommodated as per the table given
below:
B
D
H
F
ro
n
t
Wh
e
e
l
R
e
a
r
Wh
e
e
l
(m
a
x
.
W
.B
)
Fig. 26
Wheel
base
(in mm) (B)
Distance between
Camera & Rotary plate
centre
(in mm) (D)
Camera
height
(in mm)
Required Tilt
angle to be set in
Wall mount
bracket
Required Height to be maintained
between Wall mount bracket
bottom & Ground to meet the
Camera height (in mm) (H)
4000
2000
1000
12°
787
4000
2000
1000
15°
792
1100
892
3900
2100
1200
992
4000
2000
1300
19°
1099
3800
2200
1400
1199
3700
2300
1500
1299
3800
2200
1600
22°
1405
3700
2300
1700
1505
3500
2500
1800
1605
2.
Now, tilt the Beam mounting plate to match its locking hole with the
respective hole (punched with angle) in bracket and lock the position by
inserting Allen screw (M6x25) and fix it using Plain washer & Nut at inner
side of bracket.
3.
After assembling the Wall mount bracket with required tilt, mark the
centre line of the Pit and extend the line up to wall.
4.
Make a mark at 2mtr from the Left and Right Rotary plates centre.
5.
Place the Bracket centre on the centre line to the alignment Pit/Lift along
the 2mtr line. Use two plumbs to create reference point to measure the
physical distance.
6.
Place the Wall mount bracket on the wall perpendicular to pit by
maintaining the decided height & Distance between Camera to Rotary
plate centre. Use Tube level at the tapered edges of Beam mounting
plate to ensure its horizontality.
7.
Mark 4 holes on the wall & drill the holes using Drilling machine.
8.
Fix the Anchor bolt by using hammer.
9.
Mount the Wall mount bracket on wall and tighten the nuts.
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...