2010 ASTON MARTIN V8 VANTAGE spark plugs

Engine Structure (03.01)
3-1-20Workshop ManualIssue 4, November 2008
4. Position valve spring compressor, compress valve springs
(see Figure).
Figure 1
5. Remove collets, release/re move spring compressor,
collect collars and valve springs.
6. Inspect cylinder head face for warpage, across centre and from corner to corner.
Installation
1. Clean cylinder head face and inlet/exhaust manifold faces. Use and air line to completely dry cylinder head
surfaces.
2. Install exhaust valve springs and collars.
3. Using valve spring compressor, compress valve spring, install collets.
4. Release/remove spring compressor.
5. Install exhaust selective tappet buckets in their original fitted positions.
6. Lubricate both exhaust camshaft bearings and journals with clean engine oil.
7. Install both exhaust camshafts , install bearing caps (x10),
install bolts (x20).
8. Torque tighten bearing cap bolts in the correct sequence.
9. Install camshaft sprocket Torx bolts in both exhaust camshafts.
10. Rotate exhaust camshafts clockwise, check and log each valve clearance using feeler gauges.
11. Calculate the correct tappet bucket grade.
12. Remove bearing cap bolts (x20), remove bearing caps (x10), remove both exhaust camshafts.
13. Remove tappet buckets, install selected tappet buckets.
14. Install exhaust camshafts, install bearing caps (x10), install bolts (x20).
15. Torque tighten bearing cap bolts in the correct sequence.
16. Rotate both exhaust camshafts clockwise, re-check each valve clearance using feeler gauges.
17. Remove camshaft sprocket Torx bolts (x4). 18. Remove bearing cap bolts (x20), remove bearing caps
(x10), remove both exhaust camshafts.
19. Install spark plugs.
20. Install cylinder head gaskets - engine set (see Workshop Manual procedure 03.10.AL Gasket - Cylinder Head -
Engine Set - Renew).
RH/LH Cylinder Head Gasket - Renew
(with Engine Removed
)
Removal
1. Remove SAI pump and bracket assembly (see Workshop Manual procedure 03.08. EB Pump and Bracket
Assembly - Secondary Ai r Injection - Renew).
2. Disconnect multiplugs (x2) from knock sensors.
3. Disconnect multiplug from camshaft timing sensor.
4. Remove nuts (x8) securing RH/LH exhaust manifold to
cylinder head.
5. Remove exhaust manifold, remove and discard gasket.
6. Remove RH/LH intake camshaft (see Workshop Manual procedure 03.09.BT/03.09.BV Camshaft - Intake - RH/
LH - Renew With Engine Removed).
7. Remove RH exhaust camshaft bearing cap retaining bolts (x10) evenly and in stages (see Figure)
Figure 1
8. Note their orientation and markings and remove the RH/LH exhaust camshaft bearing caps.
A0301310
Repair Operation Time (ROT)
ItemCode
Cylinder Head Gasket-Renew RH03.01.HU
Cylinder Head Gasket-Renew LH03.01.HV
A0309258

Power Conversion (03.11)
Engine (03.00)
May 2007 Workshop Manual 3-11-1
Engine (03.00)
Power Conversion (03.11)
Maintenance
Connecting Rod Bearing-Renew (Engine
Set)
Removal
1. Remove engine oil sump (see Workshop Manual
procedure 03.02.BN Pan - Oil Sump - Remove and Re-
seal).
2. Remove spark plugs (see Workshop Manual procedure 03.07.DB Spark Plugs - Engine Set - Renew).
3. Remove bolts (x8) securing windage tray to engine bedplate, remove windage tray.
4. Mark bearing caps and connecting rods for correct installation.
5. Rotate crankshaft clockwise to access number 1 cylinder connecting rod bolts.
6. Remove bolts securing bearing cap to connecting rod, remove bearing cap (see Figure 1).
Figure 1
7. Install special tools (303-535) to the connecting rod to prevent damage to crankshaft journal.
8. Move connecting rod upwards, remove bearing shell.
9. Record colour code on bearing shell edge. 10. Remove and discard bearing shell from cap.
11. Record colour code on bearing shell edge, discard
bearing shell.
12. Wipe crankshaft journal, connecting rod and bearing cap using a lint free cloth.
13. Inspect crankshaft journal for damage.
14. Check crankshaft journal for ovality using a micrometer and record journal diameters.
Installation
1. Select the correct colour coded bearing shells for each connecting rod crankshaft journal.
2. Install new selective bearing shell in connecting rod.
3. Lubricate crankshaft journal with clean engine oil.
4. Install connecting rod on crankshaft journal.
5. Remove special tools (303-535) from connecting rod.
6. Install new selective bearing shell in bearing cap.
7. Install bearing cap and new bolts (x2), torque tighten bearing cap bolts.
8. Repeat procedure for remaining connecting rod bearings.
9. Install windage tray to engine bedplate, install and torque tighten bolts (x8).
10. Install spark plugs (see Workshop Manual procedure 03.07.DB Spark Plugs - Engine Set - Renew).
11. Install engine oil sump (see Workshop Manual
procedure 03.02.BN Pan - Oil Sump - Remove and re-
seal).
Crankshaft Main Bearing-Renew (Engine
Set)
Removal
1. Remove bolts (x2), inspection cover to lower crankcase, remove cover.
2. Install tool (303-1185) to restrain flywheel, install and tighten bolts (x2).
3. Remove bolts (x6), clutch cover to flywheel.
4. Release clutch cover from dowels (x3), remove clutch cover, collect drive plate.
5. Remove and discard bolts (x8), flywheel to crankshaft flange.
6. Remove bolts (x2), collect tool (303-1185).
Repair Operation Time (ROT)
WA R N I N G
DO NOT GET USED ENGINE OIL ON YOUR SKIN. USED ENGINE OIL CAN BE HARMFUL.
Caution
Pistons, connecting rods an d connecting rod bearings
should be numbered to make sure they are reassembled
in the same position.
Caution
Connecting rod bolts are tor qu
e tightened to yield and
mu st be replaced.
A0311314
Note: Connecting rod bearings ar e a selective fit by colour
code on edge of bearing shell.
Caution
When assembling connecting rods and connecting rod
bearing caps it is imperative that bearing slots and tangs
be located on the same side of the connecting rods.
Repair Operation Time (ROT)

Torque Figures
Appendix & Glossary
May 2007 Workshop Manual 20-1-13
Mechanical Function Checks - x x Lubricate the bonnet secondary latch.
- x x Check security of the bonnet catch. Ch eck that the secondary catch moves freely
over its whole travel and returns smartly under spring pressure.
- x x Lubricate the upper portion of the door seals.
x x x Check/adjust accessory drive belt tension and renew if necessary. Every 240,000km
(150,000 miles)/15 Years Replace the accessory drive belt.
x - - Adjust handbrake cables if required. - x x Check condition of handbrake pads.
- x x Inspect service brake pads and warnin g leads for wear. Replace if 60% worn.
- x - Check wiper blade inserts and renew if necessary.
- - x Renew wiper blades.
- x x Inspect/clean out coolant radiator and A/C condenser.
x x x Check security of exhaust system mountings and heat shields. Check by-pass valve operation.
x x x Check brake hoses, pipes and unions. - - x Check power steering pipes and unions for corrosion and mechanical defects.
x x x Check cooling system hoses security and condition.
x x x Check A/C hoses security and condition.
x - x Check condition and security of steering unit joints and gaiters (column and rack).
x x - Check security and condition of suspension fixings.
x x - Check security and condition of susp ension ball joints, gaiters and bushings.
- - x Check tightness of driveshaft bolts.
- - x Check condition of underbody protection/wheel arch liners.
Every 64,000km
(40,000 miles)/4 Years Clean Throttle Butterfly
Electrical Function Checks Every 112,000km (70,000 miles) Renew spark plugs. x x x Check/record battery voltage and quiescent drain.
x x x Clean and grease battery connections if required.
x x x Check the battery disconnect/connect switches.
x - x Check and if necessary adjust headlamp alignment.
x x x Check operation of all lamps.
x x x Check operation of all warning indicators.
x x x Check audible warnings including security system.
x x x Check operation of the horns.
x x x Check operation of the windows/headlamp washers/jets.
x x x Check operation of the windscreen wipers.
x x x Check rear view mirrors for security and function.
x x x Check/operate power fold mirrors (option).
x x x Check/operate electric windows.
x x x Interrogate DTC P-codes and rectify if required
x x x Check service interval indicator. Reset.
1000mls
1500km
3 months10000mls
16000km
12 months20000mls
32000km
24 months

AML EOBD System Operation Summary

Rory O’Curry Aston Martin Lagonda CONFIDENTIAL 1 May 2009
[email protected] AML EOBD Monitors 07 ROC.doc Page 27 of 43

Comprehensive Component Monitor - Engine

General Inputs

Analog inputs such as Ambient Air Temperature (P0072, P0073), Intake Air Temperature (P0112, P0113),
Engine Coolant Temperature (P0117, P0118), Cylinder Head Temperature (P1289, P1290), Mass Air Flow
(P0102, P0103) and Manifold Absolute Pressure (P0107, P0108) are checked for opens, shorts, or out-of-
range values by monitoring the analog -to-digital (A/D) input voltage.

Analog Sensor Check Operation:
DTCs P0072, P0073, P0112, P0113, P0117, P0118, P0102, P0103, P0107, P0108,
P1289, P1290
Monitor execution continuous
Monitor Sequence none
Monitoring Duration 5 seconds to register a malfunction

Typical analog sensor check malfunction thresholds:
Voltage < 0.20 volts or voltage > 4.80 volts

On Vehicles fitted with Cylinder Head Temperature (CHT ) Sensors, 'Fail Safe Cooling' can be applied if
the cylinder head temperature is too high. The P1299 DTC will be set under these conditions.

Loss of Keep Alive Memory (KAM) power (a separate wire feeding the PCM) results in a P1633 DTC and
immediate MIL illumination.

Loss or corruption of the Vehicle Identification (VID) Block in the PCM results in a P1639 DTC and
immediate MIL illumination.


Ignition

Electronic Ignition systems (Electronic Distributorless Ignition System - EDIS or Coil on Plug - COP)
systems are used on all applications.

The EDIS system, located in the PCM, processes the 36 (or 40) tooth crankshaft position signal to
generate a low data rate PIP signal to control a 4 or 6 terminal 'double-ended' coil pack. The 'double ended'
coils fire a pair of spark plugs simultaneously - one is on its compression stroke, the other on its exhaust
stroke. The COP system also uses the EDIS system in the same way as described above, however each
sparkplug has it’s own coil which is fired only once on the compression stroke.

The ignition system is checked by monitoring three ignition signals during normal vehicle operation:

Profile Ignition Pickup (CKP, commonly known as PIP), the timing reference signal derived from the crankshaft 36-tooth wheel and processed by the EDIS system. PIP is a 50% duty cycle, square
wave signal that has a rising edge at 10 ° BTDC.

Camshaft IDentification (CMP, commonly known at CID), a signal derived from the camshaft to identify the #1 cylinder