Audi A6 Typ 4G: Commercially Available Tools and Materials
Fin comb
Fill hoses
5/8"-18 UNF thread
Note
- Use differently colored charging hoses (1800 mm long).
- Have valve opener and spare seals to hand.
- A charging hose in short version is also included in
Refrigerant Circuits Adapter Set 1 -VAS6338/1-.
Connection piece for refrigerant cylinder with seal,
quick-release coupling connection or threaded connection 5/8" -
18 UNF
Valve caps with spare seals (for 5/8"-18 UNF thread)
Seals can also be used for charging hoses.
Note
Valve caps with spare seals are also included in Refrigerant
Circuits Adapter Set 1 -VAS6338/1-.
Pressure gauge set with pressure reducer for nitrogen (max. reducing
pressure: 15 bar (218 psi) )
1 - Pressure gauge set
2 - Pressure hose (inner diameter 5 mm, length 2 m)
3 - Nitrogen
4 - Hose fitting
Note
For connection to A/C Adapter Set -VAG1785- with 5/8"-18 UNF
thread.
Quick-release coupling adapter for service connections
- High-pressure side, nominal size 16 mm
- Low-pressure side, nominal size 13 mm
- 2x release tool (Sharan)
Note
This quick-release coupling is delivered with the service
station.
Improvised Tools
Charging hose with connection for workshop compressed-air
system
A - Charging hose 5/8" - 18 UNF** (version with large inner
diameter)
B - Connection for workshop compressed-air system ** (always use
filter)
Revision History
DRUCK NUMBER: A0053300221
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Fluid Capacity Tables
Maintenance, diagnosis
Audi A6/S6
Caution
All quantities are approximate. Always refer to the
Repair Manual and/or the Maintenance Procedures for
correct filling instr
SEE MORE:
Applies to: vehicles with deluxe automatic climate control
We recommend pressing the [AUTO] button and setting the temperature to 72
ºF (22 ºC).
Fig. 72 Deluxe automatic climate control: controls
Press the buttons to turn the functions on or off.
The dial adjusts the temperature and the blower.
Axle Alignment Specified Values, Sportback Front Axle
Note
The specified values apply to all engine versions.
1) On RHD vehicles, the camber must be
determined based on the distance between the wheel center and the lower
edge of the fender.
2) Wheel stop on outer wheel is reduced
by th