2010 ASTON MARTIN V8 VANTAGE air condition

Road Wheels and Tyres (04.04)
Suspension (04.00)
May 2007 Workshop Manual 4-4-7
Repairs
In view of the high performance capability of the vehicle,
damaged tyres should be renewed and not repaired.
Care of Alloy Road Wheels
Aluminium alloy road wheels are covered with a protective
coating. To prevent corrosion it is essential that this coating
is not damaged. When removing or installing tyres only
equipment utilizing spigot or stud hole clamping must be
used. The equipment must not have any moving parts which
contact the road wheel, and ty re levers must not be used.
To clean road wheels use warm soapy water; stubborn stains
can be removed using a soft brush or by using a proprietary
alloy road wheel cleaner.
Road Wheel Alignment
It is important that correct road wheel alignment be
maintained. Misalignment causes tyre tread to be scrubbed
off laterally because the natural direction of the road wheel
differs from that of the vehicle.
A sharp ‘fin’ protrusion on the edge of each pattern rib is a
sure sign of misalignment.
• ‘Fins’ on the inside edges of the pattern ribs, particularly on the nearside tyre, indicate Toe-in.
• ‘Fins’ on the outside edges, particularly on the offside tyre, indicate Toe-out.
With minor misalignment, the ev idence is less noticeable
and sharp pattern edges may be caused by road camber
even when the road wheel alignment is correct. In such
c a s e s i t i s b e t t e r t o m a k e s u r e b y c h e c k i n g w i t h a n a l i g n m e n t
gauge. Road camber affects the direction of the vehicle by
imposing a side thrus t and , if le ft to follow its natural cou rs e,
the vehicle will drift towards its nearside. This is instinctively
corrected by steering towards the road centre and, as a
result, the vehicle runs crab wise. The diagram shows why
nearside tyres are very sensitive to too much Toe-in and
offside tyres to Toe-out. It also shows why sharp ‘fins’ appear on one tyre but not on
the other, and why the direction of misalignment can be
determined by noting the position of the ‘fins’. Severe
misalignment produces clea
r evidence on both tyres.
Front road wheels on a moving vehicle should be parallel.
Tyre wear can be affected noticeably by quite small
variations from this condition. It will be noted from the
diagram that even with parallel road wheels, the vehicle is
still out of line with its dire ction of movement, but there is
less tendency for the wear to be concentrated on one tyre.
The near front tyre sometimes persists in wearing faster and
more unevenly than the other tyres, even when the
mechanical condition of the vehicle and tyre maintenance
are satisfactory. The more severe the average road camber,
the more marked this tendency will be.
Caution
When a new tyre is installe d, always renew the tyre
valve.

Hand Brake (06.05)
Brake Systems (06.00)
May 2007 Workshop Manual 6-5-3
7. Remove Calipers bolts (x 4) and move Caliper aside.
Installation
1. Clean pins, springs, Caliper slide pins and pistons.
2. Retract pistons into Calipers.
3. Install Calipers and bolts (x2) to knuckles and tighten.
4. Apply anti-seize compound to pads, pins, and slide pins.
5. Install pads into Caliper.
6. Install retaining pins and springs to Caliper.
7. Operate lever on Caliper until pads contact discs.
8. Adjust handbrake cable (see Workshop Manual
procedure 06.05.DC Handbrake Cable Assembly -
Renew).
9. Install road wheel/s.
10. Lower vehicle on ramp.
Handbrake Cable Assembly-Adjust
1. Ensure handbrake is fully released.
2. Raise vehicle on ramp.
3. Check condition of handbrake cable.
4. Release handbrake cable adjustment (both sides).
5. Adjust cable equally at each Caliper to achieve 4 clicks at lever.
6. Check handbrake is not binding.
7. Lower vehicle on ramp.
8. Ensure warning light is off when handbrake lever is released.
9. Ensure for correct operation of handbrake.
Handbrake Cable Assembly-Vehicle Set-
Renew
Removal
1. Remove driver's seat (see Workshop Manual procedure
01.10.AB Seat Assembly - Front - LH - Remove for
Access and Refit).
2. Raise vehicle on ramp. 3. Remove road wheel/s.
4. Remove exhaust rear sile
ncer box (see Workshop
Manual procedure 09.00.KB Silencer and Bypass Valve
Assembly - Renew).
5. Remove rear heat shield bolts (x4) and clips (x2).
6. Release cable adjustments (both sides).
7. Remove handbrake bracket to access clevis pin and clip and disconnect from lever (see Workshop Manual
procedure 06.05.CB Handbrake Lever Assembly -
Renew).
8. Unclip cable in the cabin.
9. Remove screws (x4) from cable clips and unclip grommet from body clip (see Fig. 1).
10. Withdraw cable from body.
11. Release inner cable eyelets from Caliper levers, compress ring clip and remove cable (see Fig. 2).
Always replace handbrake pads in axle sets.
WA R N I N G
BEFORE MOVING OFF, OPERATE THE HANDBRAKE 2 OR 3 TIMES TO ENSURE THE HANDBRAKE WORKS
CORRECTLY. HANDBRAKE CALIPER PISTONS MAY REQUIRE TRAVEL TO CONTACT THE BRAKE PADS AND DISC.
Repair Operation Time (ROT)
Repair Operation Time (ROT)
WA R N I N G
TO AVOID PERSONAL INJURY, I.E. SEVERE BURNS TO
THE SKIN, ALLOW EXHAUST SYSTEM TO COOL DOWN BEFORE REMOVING EXHAUST SYSTEM COMPONENTS.
Caution
Do Not attempt to disconne ct the handbrake cables
from the equaliser unit.
Fig. 1
Fig. 2
06-05-003
06-05-002

Silencer Assembly (09.01)
Exhaust (09.00)
Issue 5, January 2010 Workshop Manual 9-1-3
Exhaust (09.00)
Silencer Assembly (09.01)
Variable Flow Silencer Assembly
The rear silencer assembly has a variable fl ow path controlled by two bypass valves.
The system is intended to enhance top end performance in mo tor sport applications and will not operate in most normal
driving conditions.
By directing exhaust gasses through a modified path at high vehicle speeds, exhaust back pressure is reduced and top end
performance is enhanced.
As engine speed increase from idle, the bypass valve is open until the engine speed is 1500 rpm.
From 1500 rpm to 3000 rpm, the valve is closed
Above 3000 rpm the bypass valves state is load dependent (fully open at higher loads).
Maintenance
LH Catalyst & Pipe Assembly-Renew
Removal
1. Raise vehicle on ramp.
2. Remove rear exhaust silencer (refer to Workshop Manual procedure 09.00.KA Muffler & Bypass Valve
Assembly - Remove for Access & Refit).
3. Disconnect multiplugs (x2), HEGO sensors.
4. Release sensor lead from clip on heatshield.
5. Secure sufficient lengths of string to HEGO sensor multiplugs for assembly purposes.
6. Loosen LH and RH clamp nuts , catalysts to centre pipe.
7. Remove nuts (x3), catalyst to exhaust manifold.
8. With assistance, manoeuvre exhaust centre pipe assembly rearwards to release from catalysts.
9. With assistance, release and support weight of LH catalyst from exhaust manifold.
10. Manoeuvre HEGO sensor le ads and remove cable tie.
Release HEGO sensor leads from behind heat shield.
Secure cable tie. Remove string from HEGO multiplugs.
11. Remove catalyst assembly.
12. Remove and discard gasket. 13. Remove HEGO sensor
s (x2) from catalyst.
Installation
1. Clean catalyst, mating joint faces and HEGO sensors..
2. Install and tighten HEGO sensors (x2) to catalyst.
3. Apply proprietary exhaust se alant around pipe joints.
4. Install new gasket to exhaust manifold flange.
5. With assistance, position cata lyst, secure string (x2) to
HEGO multiplugs, feed sensor leads behind heat shield.
Install catalyst to exhaust manifold.
6. Install and torque tighten nuts (x3), catalyst to exhaust manifold.
7. Align centre pipe asembly to catalyst, torque tighten
clamp nuts.
8. Remove string (x2), conne ct multiplugs (x2), HEGO
sensors.
9. Secure sensor lead in clip on heatshield.
10. Install rear exhaust silencer (refer to Workshop Manual procedure 09.00.KA Muffler & Bypass Valve Assembly -
Remove for Access & Refit).
11. Lower vehicle on ramp.
RH Catalyst & Pipe Assembly-Renew
Repair Operation Time (ROT)
Repair Operation Time (ROT)

Fuel Tank and Lines (10.01)
Fuel (10.00)10-1-4 Workshop Manual May 2007
Jet Pumps
Fuel feed from the fuel pumps is split three ways:
1. Feed to the fuel rails.
2. Feed to the swirl pot jet pump (integral to the FDM).
3. Feed to the externally mounted jet pump (LHS). These pumps ensure that the appropriate pump swirl
pot is maintained with fuel under severe dynamic
conditions.
Filler Neck and Check Valve
Incoming fuel passes through a check valve at the base of the
filler neck. This valve is normally held closed by light spring
pressure. The valve opens under the pressure of incoming
fuel and closes again when fuel flow ceases. The check valve
prevents surging of fuel in the filler neck.
The filler neck also forms part of the on-board refuelling
vapour recovery system. Incoming fuel forms a liquid seal in
the filler neck. Thus any air displaced during fuel tank filling
cannot escape via the filler neck.

-HW3XPS$VV\

&KHFN9DOYH

6HDO)RUPHGLQ)LOOHU1HFN

Power Steering (11.02)
Steering (11.00)11-2-2 Workshop Manual Issue 5, January 2010
Maintenance
Power Steering System - Bleed
Procedure
1. Do a check of the fluid level in the PAS fluid reservoir. Add fluid if necessary.
2. Start the engine and let it idle for 20 seconds.
3. Operate the steering fully to the left and then the right through three cycles.
4. Stop the engine.
5. Wait for five minutes then do a check of the fluid level in the PAS fluid reservoir again.
6. Add fluid if necessary.
7. Install the PAS fluid reservoir cap.
Power Steering Pump-Renew
Removal
1. Remove A/C compressor (see Workshop Manual procedure 03.05.BE Compre ssor - Air Conditioning -
Renew).
2. Coolant drain (see Workshop Manual procedure 03.03.AD Coolant - Drain & Refill).
3. Remove PAS fluid from reservoir.
4. Disconnect HP union from PAS pump pipe.
5. Remove bolt P-clip suction hose to body.
6. Remove bolt (x1) HP pump pipe to engine.
7. Remove bolts (x3) PAS pump to engine.
8. Disconnect bottom hose and move aside.
9. Unclip (x1) harness from cylinder head for access.
10. Manouvre pump forward and up.
11. Disconnect suction hose (cut off clip) and remove pump.
12. Remove HP union pipe from pump (mark position on
pump).
Installation
1. Install HP union pipe to pump (align correctly), fit new O-ring.
2. Install pump to vehicle connect suction pipe to PAS pump, align timing marks and fit new clip.
3. Manouvre pump into position.
4. Install bolts (x3) PAS pump to engine (torque).
5. Install bolt (x1) HP pump pipe to engine (torque).
6. Connect bottom hose.
7. Clip (x1) harness from cylinder head for access. 8. Install bolt P-clip suction hose to body (torque).
9. Connect HP union to PAS pump pipe, replace O-ring
(torque).
10. Coolant refill (see Workshop Manual procedure 03.03.AD Coolant - Drain & Refill).
11. Install A/C compressor (see Workshop Manual procedure 03.05.BE Compre ssor - Air Conditioning -
Renew).
12. Top-up PAS fluid.
13. Start and run engine, operate steering lock to lock x2.
14. Top-up PAS fluid.
Power Assisted Steering (PAS) Rack -
Remove and Install
Removal
1. Disconnect the battery ground cable.
2. Remove the front undertray (refer to Workshop Manual Procedure 01.02.NB - Front Undertray).
3. Remove the front wheels and tyres (refer to Workshop Manual Procedure 04.04.ED - Wheel and Tyre - Pair).
4. Remove the front right side wheel-arch liner (refer to Workshop Manual Procedure 01.02.GB - Front Right
Side Wheel-Arch Liner).
5. Put a container in position under the oil tank to collect oil.
6. Remove the drain plug from the oil tank.
Figure 1
7. Let the oil drain into the container.
8. Install and tighten the drain plug into the oil tank (refer to Figure 1).
9. Remove the container.
10. Lower the vehicle.
11. Remove the radiator closing panel (refer to Workshop Manual Procedure 01.02.AA - Radiator Closing Panel).
Repair Operation Time (ROT)
Repair Operation Time (ROT)
Repair Operation Time (ROT)
ItemCode
Power Assisted Steering (PAS) Rack -
Remove and Install 11.02.AA

Power Steering (11.02)
Steering (11.00)11-2-4 Workshop Manual Issue 5, January 2010
21. Remove the two top screws that attach the oil tank to the body.
Figure 8
22. Lift the vehicle.
23. Remove the four screws that attach the anti-roll bar to the front subframe.
Figure 9
24. Move the anti-roll bar away and use a cable tie to hold it.
25. Loosen the union that attaches the bottom oil pipe to the oil tank and move the pipe away.
Figure 10
26. Disconnect the two lower oil pipes from the oil tank and move them away.
27. Install sealing caps in the open ports. 28. Remove the two bottom screws that attach the oil tank
to the body.
Figure 11
29. Lower the vehicle.
30. Carefully remove the oil tank.
Figure 12
31. Lift the vehicle.
32. Remove the bolt that attaches the universal joint for the lower steering column to the pinion coupling.
Figure 13
CAUTION
Be careful when you remove the oil tank in the step that follows. If you are not, the air conditioning switch and
wiring harness can be damaged.

Power Steering (11.02)
Steering (11.00)
Issue 5, January 2010 Workshop Manual 11-2-9
20. Connect the bottom universal joint for the column to the coupling.
Figure 37
21. Move the lever on the universal joint to attach the joint to the coupling.
22. Install and torque the bolt that attaches the universal joint for the lower steering column to the pinion
coupling.
Figure 38
23. Lower the vehicle.
24. Put the the oil tank in position.
Figure 39
25. Loosely install the two top screws that attach the oil tank to the body.
Figure 40
26. Lift the vehicle.
27. Install and tighten the two bottom screws that attach the oil tank to the body.
Figure 41
28. Remove and discard the sealing plugs from the oil tank and the pipes.
29. Connect the bottom oil pipe to the oil tank and tighten the union.
Figure 42
30. Remove and discard the cable tie to release the anti-roll bar.
CAUTION
Be careful when you install the oil tank in the step that follows. If you are not, the air conditioning switch and wiring harness can be damaged.

May 2007 Workshop Manual 12-1-1
Climate Control (12.00)
Contents
Body Ventilation (12.01) ...................................... 12-1-2Air Intake & Distribution System............................ 1-2 Air Intake Actuator ................................................. 1-3
Air Mix Actuator .................................................... 1-3
Airflow Mode Actuator........................................... 1-4
Heater System (12.02) ......................................... 12-2-1 Maintenance ........................................................... 2-1 RHD/LHD Heater Unit (Including ECU)-Renew...... 2-1
Air Conditioning (A/C) System (12.03) ................ 12-3-1
Major Components................................................. 3-2 Refrigerant System ................................................. 3-3
Storing Refrigerant ................................................. 3-4
Handling Insufficient Refrigerant Level ................... 3-4
Handling Compressor Oil....................................... 3-4
Refrigeration Cycle................................................. 3-4
Specifications.......................................................... 3-5 Refrigerant and Lubricant ....................................... 3-5
Capacities .............................................................. 3-5
Torque Figures ....................................................... 3-5
Diagnostics ............................................................. 3-6 Electrical Connectors.............................................. 3-6
DTC Inspection ...................................................... 3-7
Single Fault Codes.................................................. 3-7
Multiple Fault Codes .............................................. 3-8
Maintenance ........................................................... 3-9 Connections .......................................................... 3-9
Recovery................................................................ 3-9
Evacuation ........................................................... 3-10
Charging .............................................................. 3-10
A/C System Testing............................................... 3-11
Leaks ................................................................... 3-12
System Pressure Fault Classification ...................... 3-12
Maintenance ......................................................... 3-13 Condenser-Renew ............................................... 3-13
Air Conditioning Compressor-Renew ................... 3-13
Blower Assembly-Renew ...................................... 3-14
Compressor to Condenser Tube
Assembly-Renew.................................................. 3-14
Troubleshooting ................................................... 3-16