2007 MITSUBISHI LANCER EVOLUTION differential

BODY CONSTRUCTION -Body Construction CharacteristicsA-18
Rear Floor
1 23
4
5
6
7
8
9
10
11
12
13
14
15 16
17 18
1. Rear floor pan
2. Seat back plate extension
3. Jack bracket
4. Spare tire bracket
5. Rear seat back reinforcement
6. Towing hook reinforcement
7. Crossmember center support
8. Rear floor crossmember
9. Rear floor seatbelt reinforcement
10. Differential/fuel support bracket rear (Vehicles
with mechanical LSD)11. Rear floor sidemember
12. Fuel tank rear bracket (Vehicles with AYC)
13. Differential/fuel support bracket front (Vehicles
with mechanical LSD)
14. Rear seat crossmember
15. Seat crossmember reinforcement
16. Fuel tank front reinforcement
17. Front floor sidemember extension
18. Rear floor extension

BODY CONSTRUCTION -Body Construction Characteristics
A
114 13B
13
1517
A-19
Rear Floor Sidemember Reinforcement
1 2 3 4 5 6 7810
912
1314
14
AB
111516
17
18 19
20
21
22
2 22
20
211113
1516
17
1. Trailing arm outer bracket
2. Rear floor sidemember support
3. Trailing arm inner bracket
4. Rear floor sidemember
5. Rear floor crossmember extension
6. Differential mount bulkhead
7. Differential mount reinforcement
8. Pipe
9. Square head bolt
10. Retainer
11. Rear suspension bracket12. Muffler hanger center
13. Rear floor sidemember reinforcement front
14. Muffler hanger rear
15. Rear floor sidemember reinforcement rear
16. Bumper stay reinforcement (RS)
17. Rear floor sidemember extension
18. Rear floor sidemember reinforcement
19. Upper link bracket
20. Toe-control link side reinforcement
21. Toe-control link bracket
22. Rear floor side sill

BODY DIMENSIONS -Type A (Projected Dimensions)
Centre of vehicle
4°24′
B
Centre of
vehicle 11
°36′
12131,21
2119
B-7
1041°
1,257
835
753
239
863
628
175217
336
100
477
358
348 3°12′
A
563
401
523
162
330
345
707
B
34
12
13
1415
1617
18
19
20
212223
529
440
191
339199
716
10
mm
No.Standard measurement pointHoleSize
shape mmNo.Standard measurement pointHoleSize
shape mm
3Centre of crossmember mounting holeÓ-1817Trailing arm mounting position-
4Centre of front fioor sidemember positioning holeÓ-2518Control link mounting position-
10Centre of crossmember mounting holeÓ-1419Centre of upper link mounting holeÓ-14
12Centre of strut insulatorÓ-11020Front edge of differential support mounting bolt-
13Centre of rear shock absorber mounting holeÓ-6821Centre of upper link mounting holeÓ-14
14Front edge of crossmember mounting bolt (Left
side)-22Centre of upper arm mounting holeÓ-13
15Front edge of crossmember mounting bolt (Right
side)-23Centre of crossmember mounting holeÓ-15
16Centre of crossmember mounting holeÓ-11

BODY DIMENSIONS -Type B (Actual-measurement Dimensions)
3,16
3
16
1410,22
1022
151718,20
20
18
23
B-11
No.Standard measurement pointHoleSize
shape mmNo.Standard measurement pointHoleSize
shape mm
3Centre of crossmember mounting holeÓ-1817Trailing arm mounting position-
10Centre of crossmember mounting holeÓ-1418Control link mounting position-
14Front edge of crossmember mounting bolt (Left
side)-20Front edge of differential support mounting bolt-
15Front edge of crossmember mounting bolt (Right
side)-22Centre of upper arm mounting holeÓ-13
16Centre of crossmember mounting holeÓ-1123Centre of crossmember mounting holeÓ-15

HOW TO READ THE WIRING DIAGRAMS -Abbreviation SymbolsA-10
ABBREVIATION SYMBOLS
The abbreviation symbols used in wiring diagrams are defined below.
1. Abbreviation symbols used for system name
Abbreviation
symbolsMeaningAbbreviation
symbolsMeaning
A/CAir conditionerEGRExhaust gas recirculation
ABSAnti-skid braking systemETACSElectronic time alarm control system
ACDActive center differentialSRSSupplemental restraint system
AY CActive yaw control
2. Abbreviation symbols used for combination meters
Abbreviation
symbolsMeaningAbbreviation
symbolsMeaning
ABSAnti-skid braking system warning lampSNOWActive center differential mode indicator
lamp
BEAMHigh beam indicator lampSPEEDSpeedmeter
BRAKEBrake warning lampSRSSupplemental restraint system warning
lamp
CHECK
ENGINECheck engine warning lampTARMACActive center differential mode indicator
lamp
CHGCharging warning lampT/GAEngine coolant temperature gauge
DOORDoor-ajar warning lampTACHOTachometer
F/GAFuel gaugeTAILTail, position and licence plate indicator
lamp
FRONT FOGFront fog indicator lamp
lamp
FUELLow fuel warning lampTRIPTripmeter
GRAVELActive center differential mode indicator
lampTURN (LH)Turn signal indicator lamp (LH)
ODOOdometerTURN (RH)Trun signal indicator lamp (RH)
OILOil pressure warning lampWATER
SPRAY
Intercooler water spray indicator lamp
REAR FOGRear fog indicator lamp
SPRAY
3. Abbreviation symbols used for switched and relay
Name of switches and
relaysAbbreviation
symbolsOperation
Blower switchLOBlower operates at low speed
MLBlower operates at medium low speed
MHBlower operates at medium high speed
HIBlower operates at high speed

ENGINE OVERHAUL -Secondary Air System and Intake Manifold11B-28
SECONDARY AIR SYSTEM AND INTAKE MANIFOLD
REMOVAL AND INSTALLATION
1
11±1N•m
23 4 5
6
7
8
9
10 1112
13
11±1N•m24±3N•m
14±1N•m
31±3N•m5±1N•m
20±2N•m
22±4N•m
36±6N•m23±4N•m
14±1N•m
36±6N•m
36±6N•m22±4N•m
49±5N•m
Removal steps
1. Exhaust manifold heat protector
2. Vacuum hose and pipe
"DA3. Air pipe assembly
4. Air control valve gasket
5. Air control valve assembly
6. Engine hanger
"CA7. Air control valve bracket"BA8. Manifold differential pressure (MDP)
sensor
9. O-ring
"AA10. Intake manifold stay
11. Alternator brace stay
12. Intake manifold
13. Intake manifold gasket

ENGINE OVERHAUL -Secondary Air System and Intake Manifold11B-29
INSTALLATION SERVICE POINTS
"AAINTAKE MANIFOLD STAY INSTALLATION
Check that the intake manifold stay is seated against the
intake manifold and cylinder block boss, and then tighten
at the specified torque 31±3N•m.
"BAMANIFOLD DIFFERENTIAL PRESSURE (MDP)
SENSOR INSTALLATION
Caution
Make sure not to apply impact against the sensor when
installing.
Do not use a sensor that has been dropped.
"CAAIR CONTROL VALVE BRACKET INSTALLATION
1. Temporarily tighten the air control valve bracket and
engine hanger with the bolt for tightening with the intake
manifold.
2. Tighten the bolt 1 shown in the illustration at the specified
torque 23±4N•m.
3. Tighten the bolt 2 shown in the illustration at the specified
torque 36±6N•m.
4. Tighten the bolt 3 shown in the illustration with the engine
hanger at the specified torque 22±4N•m.
"DAAIR PIPE ASSEMBLY INSTALLATION
1. Temporarily tighten air pipe assembly onto the air control
valve.
2. Tighten the bolts 1 and 2 shown in the illustration to
the exhaust manifold at the specified torque 49±5N•m.
3. Tighten the bolt 3 shown in the illustration to the air control
valve at the specified torque 24±3N•m.
4. Tighten the bolt 4 shown in the illustration to the cam
position sensor support at the specified toque 11±1
N•m.
5. Tighten the bolt 5 shown in the illustration to the exhaust
manifold at the specified torque 14±1N•m.
Intake manifold stay
1
23
1
5
23
4

FUEL SUPPLY - Fuel Tank13B-5

303128
25 29
2627
24±4 N·m
Removal steps
25. Filler neck protector
26. Filler neck hose connection
27. Filler neck vapour hose connection
28. Fuel filler cap29. Fuel filler neck assembly
30. Fuel shut-off valve
31. Parking
REMOVAL SERVICE POINT
AA"HARNESS CONNECTOR CONNECTION/FUEL
TANK ASSEMBLY DISCONNECTION
1. Remove the differential support member and tilt the
differential carrier.
(Refer to GROUP 27B.)
2. Hold the fuel tank with a transmission jack and remove
the nut connected to the fuel tank.
3. Tilt the fuel tank to allow access with a hand and disconnect
the harness connector.
4. Remove the fuel tank in the tilting direction to avoid contact
with the differential carrier.Fuel tankFloor
Differntial carrierRemoval
directionTilt