New Holland TD60D - Adjusting the Maximum Height of the Lift Arms

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SECTION 35 − HYDRAULIC SYSTEM − CHAPTER 1
603.54.471.00 − 11 − 2004
49
4. Fit tool 380000264 (4) fig 49, to the lift body. The
tool has a plunger operating in a tube, the outer
end of which has two reference surfaces (1) and
(5).
5. Using two spanners (2) and (3), unscrew the lock
nut (1) fig. 48 and tighten or loosen the
adjustable push rod (2) fig. 48, so that the end of
the plunger (5) fig 49, is flush with the outer
register surface (6) of the tool.
25639
NOTE − This corresponds to a distance (L
1
fig. 48)
of 82.0 − 82.1 mm (3.2283 − 3.2323 in.) between the
end of the lever (3) fig. 48 and the front surface of the
lift body when a force (F
1
fig. 48) of 4 − 4.5 da N
(25.40 − 39.82 inch lb) is applied to the end of the le-
ver.
1 2 3
4
5
6
50
6. Tighten the lock nut (1) fig. 48.
7. Move the external position control lever (1) fully
rearwards against the stud bolt spacer. Turn the
lift arm control shaft so that the piston is fully
forward and check that the plunger (5) fig. 49 is
flush with or slightly inside the inner reference
surface (1) of the tool (4).
NOTE − This corresponds to a distance (L
1)
fig. 48,
of greater than 86.5 mm (3.4055 in.) between the
end of the lever (3) and the front surface of the lift
body when a force (F
1
) of 4 − 4.5 da N (25.40 −
39.82 inch lb) is applied to the end of the lever.
TRE0136A
1
Adjusting the maximum height of the lift arms
Proceed as follows.
8. With tool 380000264 (4) fig. 49 fitted on the lift
body, move the external draft control lever (2)
fully rearward, against the spacer. Move the
external position control lever (1) fully forward
against the spacer.
9. Turn the lift arm control shaft until the internal
arm touches the lift body.
51
1
2
TRE0135A