lock MITSUBISHI LANCER EVOLUTION 2007 Service Manual Online

ENGINE OVERHAUL -Oil Pump and Oil Pan11B-53
"JAPLUG CAP INSTALLATION
1. Install a new O-ring onto the oil pump case.
2. Lightly tighten the plug cap by hand.
3. As shown in the illustration, fit the special tool (MD998162)
into the notch on the plug cap, and while supporting with
the special tool (MD998783), tighten the plug cap at the
specified torque 23±3N•m.
"KAOIL PRESSURE SWITCH INSTALLATION
Sealant
Specified sealant:
3M
TMAAD Part No. 8672 or equivalent
Caution
(1) Make sure that the sealant does not protrude to the
end of the threads.
(2) Do not tighten too far.
"LAOIL PAN INSTALLATION
1. Clean the surface of the cylinder block and oil pan onto
which gasket is to be applied.
2. Squeeze out form-in-place gasket at a 4 mm width, and
apply onto the entire periphery of the oil pan flange.
Form-in-place gasket
Specified gasket:
Mitsubishi Genuine Part No. MD970389 or
equivalent
3. Note that the lengths of the bolts shown in the illustration
differ, so take care when installing.
MD998162
MD998783
Bolt hole section Groove
Timing belt side
M6×8

ENGINE OVERHAUL -Oil Pump and Oil Pan11B-54
"MADRAIN PLUG GASKET INSTALLATION
Replace the gasket with a new part, and install at the direction
shown in the illustration.
Caution
Incorrect installation direction will lead to oil leaks.
"NAOIL FILTER INSTALLATION
1. Clean the installation surface on the cylinder block side.
2. Apply engine oil on the O-ring for the oil filter.
3. Screw in the oil filter, and tighten approx. 3/4 of a rotation
(approx. 14±2N•m) from where the O-ring contacts
the installation surface.
INSPECTION
1. COUNTER BALANCE SHAFT
(1) Make sure that the oil hole is not clogged.
(2) Check the journal (bearing section) for seizure or
damage, and check the state of contact with the
bearings. If any faults are found, replace the counter
balance shaft, bearing or oil pump case assembly.
2. OIL COOLER BYPASS VALVE
(1) The valve must move smoothly.
(2) The L dimension must be at the standard value at
a constant temperature, constant humidity state.
Standard value: 34.5 mm
(3) The protruded dimensions must be at the standard
value after submerging into 100_C oil.
Standard value: 40 mm
Drain plug
Oil pan
Oil pan side Gasket
Bracket side
L
Valve

ENGINE OVERHAUL -Crankshaft and Cylinder Block11B-64
CRANKSHAFT AND CYLINDER BLOCK
REMOVAL AND INSTALLATION
25±2N•m+90_- 100_
21
Apply engine oil on
all sliding sections
before installing.
4
5 6
73
8 9 1011
132±5N•m 11±1N•m
11±1N•m9±1N•m
32±2N•m
14
1312 15
Removal steps
1. Flywheel bolt
2. Flywheel
3. Rear plate
4. Bell housing cover
"EA5. Rear oil seal case
"DA6. Rear oil seal
"CA7. Bearing cap bolt
"CA8. Beam bearing cap"BA9. Crankshaft bearing lower
10. Crankshaft
"BA11. Crankshaft bearing upper
"AA12. Thrust bearing
13. Check valve
14. Oil jet
15. Cylinder block

ENGINE OVERHAUL -Crankshaft and Cylinder Block11B-65
INSTALLATION SERVICE POINTS
"AATHRUST BEARING INSTALLATION
1. Install the thrust bearing onto the cylinder block side of
the No. 3 bearing section. The bearing can be installed
easily by applying engine oil.
2. Install the thrust bearing so that the side with the groove
faces the crankshaft weight side.
"BACRANKSHAFT BEARING INSTALLATION
1. Measure the diameter of the crankshaft journal, and
confirm the class shown below. When using a spare part,
each identification colour is painted at the position shown
in the illustration.
2. The cylinder block bearing section bore identification mark
is stamped at the position shown in the illustration.
Crankshaft journalCylinder
block
bearing
Spare
bearing
identificaClassProduct
identifica-
tion colourSpare part
identifica-
tion colourJournal
diameter
mmbearing
section
bore iden-
tification
markidentifica-
tion mark
1NoneYellow56.994 -57 0000057.00011
22
2NoneNone56.988 -56 9940156.99412
23
3NoneWhite56.982 -56 9880256.98813
24
Groove
No. 2
No. 1No. 4
No. 5No. 3
Timing belt side
Cylinder block bearing section
bore identification mark
No. 1No. 2No. 3No. 4
No. 5
Cylinder
bore size
mark

ENGINE OVERHAUL -Crankshaft and Cylinder Block11B-66
3. Select the bearing from the above table according to
the identification confirmed in steps 1 and 2.
[Example of selecting bearing]
(1) If the measured outer diameter of the crankshaft
journal is 57.000 mm, Class 1 applies, and the
identification colour is yellow.
(2) If the cylinder block bearing bore identification mark
is 0, select identification mark 0 in consideration of
step (1).
4. Install the grooved bearing on the cylinder block side.
5. Install the bearing with no oil groove onto the beam bearing
cap side.
"CABEAM BEARING CAP/BEARING CAP BOLT
INSTALLATION
1. Install the beam bearing cap with the arrow facing the
timing belt side.
2. Before installing the bearing cap bolt, confirm that the
bolt’s underhead length is less than the limit value.
Replace the bolt if it exceeds the limit value.
Limit value: 71.1 mm
3. Apply engine oil on the bolt threads and bolt surface.
4. Following the tightening order, tighten the bearing cap
bolt at 25±2N•m.
5. Make paint marks on the bolt head.
6. Using the position of the mark painted on the bolt head
as reference, make paint marks on the seat surface at
the 90_to 100_positions in the tightening direction.
7. Following the tightening order, tighten the bolt by 90_
to 100_, and confirm that the paint marks made on the
bolt and seat surface match.
Caution
(1) If the tightening angle is less than 90_, the
connection performance may not be attained, so
take special care when tightening.
(2) If the tightening angle exceeds 100_, completely
loosen the nut, and start again from step 1.Crankshaft bearing side
identification mark position
Identification
mark
Groove
Upper bearing
Lower bearing
Underhead length
Arrow
84159
732610
Paint marksPaint marks
90°- 100°

ENGINE OVERHAUL -Crankshaft and Cylinder Block11B-67
8. After installing the beam bearing cap, inspect the end
play of the crankshaft. If the end play exceeds the limit
value, replace the crankshaft bearing.
Standard value: 0.05 - 0.25 mm
Limit value: 0.4 mm
"DAREAR OIL SEAL INSTALLATION
Press in the rear oil seal using the special tool.
"EAREAR OIL SEAL CASE INSTALLATION
1. Apply form-in-place gasket onto the rear oil seal case
at the position shown in the illustration.
Form-in-place gasket
Specified gasket:
Mitsubishi Genuine Part No. MD970389 or
equivalent
Caution
Evenly squeeze out the form-in-place gasket so that
it is not insufficient or excessive.
2. Apply an appropriate amount of engine oil on the entire
periphery of the oil seal lip, and install on the cylinder
block.
MB990938
MD998776

ENGINE OVERHAUL -Crankshaft and Cylinder Block11B-68
INSPECTION
1. CRANKSHAFT OIL CLEARANCE (PLASTIC GAUGE
METHOD)
The oil clearance can be measured easily by using the
“plastic gauge”.
Use the following steps to use the “plastic gauge”.
(1) Wipe off all oil from the crankshaft’s outer diameter
and bearing’s inner diameter.
(2) Assemble the crankshaft.
(3) Set a plastic gauge as long as the bearing width
on the journal shaft so that straightly aligned with
the shaft centre.
(4) Carefully install the beam bearing cap, and tighten
the bolt at the specified torque 25±2N•m+90_
to 100_.
(5) Remove the bolt, and carefully remove the beam
bearing cap.
(6) Measure the width of the crushed plastic gauge (at
the section crushed the most) with the scale printed
on the plastic gauge bag.
Standard value: 0.03 - 0.04 mm
Limit value: 0.1 mm
2. CYLINDER BLOCK
(1) Visually check for the presence of scratches, rusting,
or corrosion, and using flaw detection agent, etc.,
check for cracks. If any faults are found, repair or
replace the part.
(2) Using a straight edge and thickness gauge, measure
the flatness of the cylinder block’s upper surface.
Make sure that no gasket pieces, etc., are adhered
to the upper surface of the cylinder block when
measuring.
Standard value: 0.05 mm
Limit value: 0.1 mm
(3) Check for the presence of scratches or seizure on
the cylinder wall. If any faults are found, repair (over
size) or replace the part.
(4) Using a cylinder gauge, measure the inner diameter
and cylindricity of the cylinder. If greatly worn, repair
the cylinder to the over size, and replace the piston
ring.
Standard value: 85.0 mm
Cylindricity: 0.01 mm
Plastic gauge
12 mm

ENGINE OVERHAUL -Crankshaft and Cylinder Block11B-69
3. CYLINDER BORING
(1) Select the oversized piston to be used using the
maximum inner diameter cylinder as a reference.
(2) There are two types of oversized pistons (0.50 mm,
1.00 mm), so bore so that the clearance is at the
specified value that matches the piston’s outer
diameter. The reference points for measuring the
piston’s outer diameter are shown in the illustration.
(3) Calculate the boring finish dimensions based on the
piston outer diameter measurement value.
Boring finish dimension = Piston outer diameter +
0.02 to 0.04 mm (clearance with cylinder) - 0.02 mm
(honing margin)
(4) Bore each cylinder to the boring finish dimensions
calculated above.
Caution
To prevent strain caused by a temperature rise
during boring, bore in the order of the No. 2→
No. 4→No. 1→No. 3 cylinders.
(5) Hone to the final finish dimension (piston outer
diameter + clearance with cylinder).
(6) Confirm the clearance between the piston and
cylinder.
Standard value: 0.02 - 0.04 mm
Piston outer diameter 11.65 mm

MPI -Service Specifications/Sealant13A-6
SERVICE SPECIFICATIONS
ItemsSpecifications
Basic idle speed r/min850±100
Throttle position sensor adjusting voltage mV535 - 735
Throttle position sensor resistance kΩ3.5 - 6.5
Idle speed control servo coil resistance (at 20_C)Ω28 - 33
Intake air temperature sensor
resistancekΩ
-20_C13 - 17
resistance kΩ0_C5.7 - 6.7
20_C2.3 - 3.0
40_C1.0 - 1.5
60_C0.56 - 0.76
80_C0.30 - 0.42
Engine coolant temperature
sensorresistancekΩ
-20_C14 - 17
sensor resistance kΩ0_C5.1 - 6.5
20_C2.1 - 2.7
40_C0.9 - 1.3
60_C0.48 - 0.68
80_C0.26 - 0.36
Oxygen sensor heater
resistance(at20_C)Ω
Front4.5 - 8.0
resistance (at 20_C)ΩRear11 - 1 8
Oxygen sensor output voltage (at racing) V0.6 - 1.0
Fuel pressure kPaVacuum hose disconnection289 - 309 at curb idle
Vacuum hose connectionApproximately 230 at curb idle
Fuel pressure control solenoid valve resistance (at 20_C)Ω28 - 36
Fuel pump resistor resistanceΩ0.45 - 0.65
Injector coil resistance (at 20_C)Ω2-3
Injector fuel leakage rate Drop/minute1 or less
Resistor (for injector) resistance (at 20_C)Ω5.8 - 6.2
SEALANT
ItemSpecified sealantRemark
Engine coolant temperature sensor
threaded portion3M Nut Locking Part No. 4171 or equivalentDrying sealant

MPI -TroubleshootingMPI -Troubleshooting13A-11
CONFIRMING FREEZE FRAME DATA
When the engine-ECU detects a malfunction and stores a diagnosis code, it also stores a current status
of the engine. This function is called “Freeze frame” data. By analyzing this “Freeze frame” data with
MUT-II, an effective troubleshooting can be performed.
NOTE
If mulfunctions have been detected in multiple systems, engine-ECU stores one malfunction only, which
has been detected first.
Item No.Data itemUnit/StateItem No.Data itemUnit/State
21Engine coolant temperature
sensor_C81Learn value%
22Crank angle sensorr/min82Feedback%
24Vehicle speedkm/h87Engine load%
FAIL-SAFE FUNCTION REFERENCE TABLE
When the main sensor malfunctions are detected by the diagnosis function, the vehicle is controlled
by means of the pre-set control logic to maintain safe conditions for driving.
Malfunctioning itemControl contents during malfunction
Air flow sensor1. Uses the throttle position sensor signal and engine speed signal (crank angle sensor
signal) to take reading of the basic injector drive time and basic ignition timing from
the pre-set mapping.
2. Fixes the idle speed control servo in the appointed position so idle control is not
performed.
Intake air temperature
sensorControls as if the intake air temperature is 25_C.
Throttle position
sensorNo increase in fuel injection amount during acceleration due to the throttle position sensor
signal.
Engine coolant
temperature sensor1. Controls as if the engine coolant temperature is 80_C.
(Even after sensor signal is correctly recovered, continues until the ignition switch
is set to the “LOCK” (OFF) position.)
2. Rotates radiator fan and condenser fan at high speed.
Camshaft position
sensor1. Inject all fuel cylinders simultaneously. (However, when the No.1 cylinder top dead
centre is not detected at all after the ignition switch is turned to “ON” position.)
2. Shuts off fuel supply after 4 seconds have passed since a failure was detected.
(However, when the No.1 cylinder top dead centre is not detected at all after the
ignition switch is turned to “ON” position.)
Barometric pressure
sensorControls as if the barometric pressure is 101 kPa.
Detonation sensorSwitches the ignition timing from ignition timing for super petrol to ignition timing for standard
petrol.
Alternator FR terminalDoes not control the output of the alternator according to an electrical load. (works as a
normal alternator)