(c)
 Safety the pin (6) with the spring (7).

 (10) Install the torque shaft 6008CM (6058CM) (18) as follows:
 (a)
 Put the torque shaft (18) in position.

 (b)
 Make sure that the flange holes of the torque shaft (18) are in line with the flange holes of the input universal joint (17).

 (c)
 If the flange holes of the torque shaft (18) are not in line with the flange holes of the input universal joint (17), continue as follows:

 1 Turn the input universal joint (17) as necessary to put it in
_
 line.

 (d)
 Install the bolts (3) to connect the torque shaft (18) to the input universal joint (17).

 (e)
 Install the nuts (4) on the bolts (3).

 (f)
 TORQUE the nuts (4) to between 1.02 and 1.24 m.daN (90.26 and

 109.73 lbf.in).

 (g) Apply SPECIAL MATERIALS (Material No. 05-005) to the bolts (3) and the nuts (4).
 (11)
 Apply COMMON GREASE (Material No. 04-018) to the splines of the input splined joint (13).

 (12)
 Engage the input splined joint (13) of the bevel gearbox (14) in the bevel gearbox input.

 (13)
 Apply SEALANTS (Material No. 09-019) to the face of the bevel gearbox 6011CM (6061CM) (1) which touches the support bracket.

 (14)
 Put the bevel gearbox (1) in position on the support bracket.

 (15)
 Attach the bevel gearbox (1) to the support bracket with the bolts

 (10) and the nuts (9).

 (16)
 TORQUE the bolts (10) to between 0.78 and 0.96 m.daN (69.02 and 84.95 lbf.in).

 (17)
 At the bonding point continue as follows (Ref. TASK 20-28-00-912-002):

 (a)
 Seal the bolt (10) with SEALANTS (Material No. 09-013).

 (b)
 Apply STRUCTURE PAINTS (Material No. 16-003) (dyed blue) to the bonding point.

 (18)
 Apply SPECIAL MATERIALS (Material No. 05-005) to the heads of the bolts (10).

 (19)
 Apply COMMON GREASE (Material No. 04-018) to the splines of the input splined joint (8).

 (20)
 Install the input splined joint (8) as follows:

 (a)
 Engage the input splined joint (8) of the bevel gearbox (1) in the bevel gearbox input.

 (b)
 Install the pin (6).

 (c)
 Safety the pin (6) with the spring (7).

 (21)
 Install the torque shaft 6010CM (6060CM) (12) as follows:

 (a)
 Put the torque shaft (12) in position.

 (b)
 Install the bolts (3) to connect the torque shaft (12) to the input splined joint (8).

 (c)
 Install the nuts (4) on the bolts (3).

 (d)
 Make sure that the flange holes of the torque shaft (12) are in line with the flange holes of the input splined joint (13).

 (e)
 If the flange holes of the torque shaft (12) are not in line with the flange holes of the input splined joint (13), continue as follows:

 (f)
 TORQUE the nuts (4) to between 1.02 and 1.24 m.daN (90.26 and

 1_ Remove the nuts (4) and the bolts (3) which connect the torque
 shaft (12) to the input splined joint (8).
 2_ Disconnect the torque shaft (12) from the input splined joints
 (13),(8).
 3_ Remove the input splined joint (13).
 4_ Turn the input splined joint (13) by the number of splines
 necessary to put it in line.
 5_ Install the input splined joint (13).
 6_ Put the torque shaft (12) in position.
 7_ Install the bolts (3) to connect the torque shaft (12) to the
 input splined joint (8).
 8_ Install the nuts (4) on the bolts (3).

 109.73 lbf.in).
 (g)
 Apply SPECIAL MATERIALS (Material No. 05-005) to the bolts (3) and the nuts (4).

 (h)
 Install the bolts (3) to connect the torque shaft (12) to the input splined joint (13).

 (i)
 Install the nuts (4) on the bolts (3).

 (j) Examine the assembly of the input splined joint (13) as follows:

 (k)
 If you can see the indicator groove continue as follows: 1 Measure all the related torque shaft, universal joints and

 1_ Measure dimension X. Dimension X must be a minimum of 6.5 mm
 (0.2559 in.).
 2_ Make sure that you can not see the indicator groove.

_ gearboxes and refer to LIEBHERR technical data.
 2 TORQUE the nuts (4) to between 1.02 and 1.24 m.daN (90.26 and
　
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