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Check the exterior constant velocity joint > < Driveshafts in vehicles with automatic gearbox 09B: removing and fitting|Fitting
Driveshaft: repairing
   
Driveshaft: repairing
For vehicles with manual gearbox 006 and automatic gearbox 099
Special tools and workshop equipment required
t  Pressure spindle -3207-
t  Pliers -3340-
t  Pliers -V.A.G 1275-
t  Torque wrench -V.A.G 1331-
t  Torque wrench -V.A.G 1332-
t  Pincers -V.A.G 1682-

Filling the exterior constant velocity joint with grease:
Total amount of grease: 120 g
t  Insert approx. 80 g of grease -G-000 603- into the outer joint through the inner gears of the spherical hub.
t  Spread approx. 40 g on the inside of the seal.
t  If the dust guard is replaced, the seal may need to be re-greased.
Filling the inner constant velocity joint with grease:
Vehicles with manual gearbox:
Total amount of grease: 120 g
t  Apply approx. 60 g of grease -G-000 603- on both sides of the seal.
t  If the dust guard is replaced, the seal may need to be re-greased.
Vehicles with 4-cylinder engine and automatic gearbox:
Total amount of grease: 140 g
t  Apply approx. 70 g of grease -G-000 603- on both sides of the seal.
t  If the dust guard is replaced, the seal may need to be re-greased.
   
1 - Tightening clip
q   Replace
q   Tighten → Fig.
2 - Dust guard for constant velocity joint
q   Check for cracks or wear, and replace if necessary
3 - Tightening clip
q   Replace
q   Tighten → Fig.
4 - Constant velocity exterior joint
q   Only replace entirely
q   Releasing → Fig.
q   insert into the driveshaft using a plastic hammer, until the compressed circlip is decompressed
q   Grease → 
q   Checking → Chapter
5 - Hexagonal bolt
q   150 Nm, and turn a further 90°
q   Replace after each removal
6 - Tightening clip
q   Replace
q   Tighten with the -V.A.G 1275-
7 - Dust guard of the inner constant velocity joint
q   Check for cracks or wear, and replace if necessary
q   Clean the driveshaft properly before fitting the new dust guard
8 - Counterweight
q   Assembly position → Fig.
9 - Driveshaft
10 - Plate spring
q   Assembly position → Fig.
11 - Retaining ring
q   Assembly position → Fig.
12 - Circlip
q   Replace
q   Insert and remove with long nose pliers
13 - Left-hand side inner constant velocity joint
q   Only replace entirely
q   Releasing → Fig.
q   Grease → 
q   Checking → Chapter
14 - Right-hand side inner constant velocity joint
q   Only replace entirely
q   Releasing → Fig.
q   Grease → 
q   Checking → Chapter
15 - Driveshaft with inner joint (tripod)
q   Only vehicles with 4-cylinder engine and automatic gearbox
q   The inner joint cannot be repaired
q   Replace if damaged
16 - Allen bolt
q   First tighten diagonally to 10 Nm
q   Tighten completely to 70 Nm
q   Replace after each removal
17 - Tightening clip
q   Tighten → Fig.
18 - Dust guard of the inner constant velocity joint (tripod)
q   Only vehicles with 4-cylinder engine and automatic gearbox
q   Remove the outer constant velocity joint if the dust guard is to be replaced
q   Clean the driveshaft properly before fitting the new dust guard

   
Removing the exterior constant velocity joint
–  Secure the driveshaft in workshop vice with the claws.
–  Push the dust guard backwards.
–  Screw the special tool onto the joint pivot with the thread M16 until the constant velocity joint comes off the driveshaft.
Position the seal
–  Insert into the driveshaft using a plastic hammer, until the safety ring fits into position.
  V40-1209
Assembly position of the plate spring and thrust ring on the outer joint
1 - Plate spring
2 - Retaining ring
  A40-0157
Tighten the clamp of the outer joint
–  To do so, position the pliers -V.A.G 1682- as shown in the figure. Ensure that the edges of the tool fit into the corners -arrows B- of the clamp.
–  Tense the clip by turning the screw using the torque wrench taking special care not to incline the pliers during the operation.
  Note
t  Given the firmness of the material (in comparison with the rubber) of the union dust guard, a stainless steel clamp is required, this can only be tightened using the pliers -V.A.G 1682-.
t  Tightening torque: 25 Nm
t  Use a torque wrench-C- with a range between 5 and 50 Nm (e.g. -V.A.G 1331-).
t  Check that the spindle thread -A- of the pliers can be tightened without forcing. Apply grease -MOS 2-, if necessary.
t  If the thread does not turn easily (due to dirt, for example), it will not be possible to tighten the clamp sufficiently when applying the specified torque.
  V40-1076
Tighten the small clamp of the outer joint
  V40-1343
Tighten the clamp of the inner constant velocity joint (tripod)
  N40-0119
Remove the inner joint
–  Open the securing ring with long nose pliers.
  N40-0116
–  Remove the inner joint using an awl.
1 - Copper awl or similar
The edge -arrow A- must not be dented or damaged in any other way. Otherwise, the dust guard will not be able to seal it properly.
Fit the inner constant velocity joint
–  Fit it onto the driveshaft, until the safety ring fits into position, by knocking it with force with an alloy hammer.
  N40-0117
Assembly position of the counterweight
Note the assembly position of the counterweight -2- when fitting it.
The measurement -a- is measured from the front end of the counterweight up to the edge of the recess -arrow-.
a - 8,6 ± 1 mm
1 - Dust guard
2 - Counterweight
3 - Driveshaft
  N40-0120

Check the exterior constant velocity joint > < Driveshafts in vehicles with automatic gearbox 09B: removing and fitting|Fitting