2008 MITSUBISHI LANCER EVOLUTION X engine

OIL FILTER
ENGINE LUBRICATION12-3
OIL FILTERM2120005000195
The oil filter is installed on the left side of the cylinder
block.
OIL PANM2120006000187
The oil pan is made of sheet metal and contains an oil sump in
the forward area of the engine.
FIPG (Formed-In-Place Gasket) is used to seal between the oil
pan and the ladder frame.
ItemSpecifications
Filtering systemFull-flow filtering, filter
paper type
Filtering area m20.11
Rated flow volume L/min30
AK502549
Element
Oil filter
AD
AK603617
Drain plugGasketOil pan
Engine frontAB

OIL DIPSTICK, OIL FILLER CAP, OIL DRAIN PLUG
ENGINE LUBRICATION12-4
OIL DIPSTICK, OIL FILLER CAP, OIL DRAIN PLUGM2120007000124
The oil dipstick, oil filler cap, and oil drain plug are
located with serviceability in mind.
OIL PUMPM2120002000077
The oil screen is integrated into the oil pump case to
be compact and lightweight.The oil pump case, which is installed to the bottom of
the ladder flame, is driven by the oil pump chain
through the oil pump sprocket installed to the front of
the oil pump case.
AK503035
Oil drain plug
Engine front
Oil dipstickOil filler cap
AD

CONSTRUCTION DESCRIPTION
BASIC BRAKE SYSTEM35A-7
BRAKE PEDALM2350007000422
The brake pedal retreat suppression mechanism that
restraints the retraction of the brake pedal surface
during a frontal collision has been adopted in order to
reduce the shock to the driver's feet.When the brake booster is crushed rearward by the
engine retreat during a frontal collision, the installa
-
tion surface of the brake pedal is retreated. In this
case, the end of the pedal support is forcibly slid
down and back by the interference with the slope
mounted on the front deck crossmember assembly.
At the same time, the linkage comprised of the pedal
support, pedal arm, and push rod moves the brake
pedal pad surface forward.
AC611958AB
Pedal support frame
position before collision
Collision loadPedal retreat
path in collision
Brake booster
Brake pedal and support
memberSlopeBrake pedal and support
member
Slope
After the breakage
mechanism operates
Pedal support frame position after
collision Brake booster
Pedal arm
Push
rodPush
rod
Pedal arm

GENERAL INFORMATION
FOUR-WHEEL ANTI-LOCK BRAKE SYSTEM (4ABS)35B-5
ABS ELECTRICAL DIAGRAM
AC609237
Ignition
switch (IG1) Fusible
link No.34Fusible
link No.36 Fusible
link No.27Fusible
link No.26
Analog
interface
circuitAnalog
interface
circuit CAN drive circuit
Interface circuit
Solenoid valve Stoplight
switch
Motor Hydraulic unitStoplightEngine
control
module Data link
connector
Solenoid valve
power supplySolenoid valve
power supply
Motor power supplyMotor power supplyPower supplyCAN drive
circuit
Interface
circuit
CAN transceiver
circuit
CPU
LED drive
circuitInterface
circuit
Interface circuit
Wheel speed sensor (FL) (FR) (RL) (RR)Relay box
(Engine
compartment)
Combination
meter
AB
ABS-ECUCAN drive
circuit
Interface
circuit ETACS-ECU

CONSTRUCTION DESCRIPTION
FOUR-WHEEL ANTI-LOCK BRAKE SYSTEM (4ABS)35B-11
NOTE: .
•*1 This diagnostic trouble code is not set within
the vehicle speed of 20 km/h (12 mph) or less.
•*2 Turns ON when two or more wheels are faulty.
•*3 Stays ON until the vehicle speed reaches 10
km/h (6 mph) when the ignition switch is turned to
ON next time.
DIAGNOSTIC FUNCTION
ABS-ECU has the following functions for easier sys-
tem checks. The following items can be diagnosed
using scan tool.
•Diagnostic trouble code set
•Service data output
•Actuator test.
DIAGNOSTIC TROUBLE CODE SET
There are 43 diagnosis items. Since all the diagnos-
tic results are recorded in volatile memory
(EEPROM*), they are stored in the memory even
though the battery terminals are disconnected.
NOTE: .
•*EEPROM (Electrical Erasable & Programmable
ROM): Special type of memory that can be pro
-
grammed or erased electrically
•For each diagnosis item, refer to Service Manual.
.
SERVICE DATA OUTPUT
Using scan tool, the input data sent from the sensors
and switches can be read.
NOTE: For service data items, refer to Service Man-
ual.
.
C2116Abnormality in pump motor
power supply voltageExecutedProhibitedExtinguishedIlluminated*3
C1000Abnormality in stop light switch
circuitExecutedExecutedExtinguishedExtinguished
C2200Abnormality in ABS-ECUProhibitedProhibitedIlluminatesIlluminates
C2100Battery
voltage
problem (low
voltage)9.7 ± 0.3 V or
less
*1
ExecutedProhibitedExtinguishedIlluminates
8.0 ± 0.5 V or
less
*1
ProhibitedProhibitedIlluminatesIlluminates
C2101Battery
voltage
problem (high
voltage)18.0 ± 1.0 V or
moreProhibitedProhibitedIlluminatesIlluminates
C1395Brake fluid filling not completedExecutedExecutedExtinguishedFlashes (1 Hz)
C2203VIN not writtenExecutedExecutedExtinguishedIlluminates
C1608Implausible diagnosis dataExecutedExecutedExtinguishedExtinguished
U0001Bus offExecutedExecutedExtinguishedExtinguished
U0100Engine time-out errorExecutedExecutedExtinguishedExtinguished
U0141ETACS time-out errorExecutedExecutedExtinguishedExtinguished
U1415Variant coding not implementedExecutedProhibitedExtinguishedIlluminates
U1417Invalid variant coding value
(including wrong assembly)ExecutedProhibitedExtinguishedIlluminates
DTC
No.Item Countermeasures for failure
EBD control ABS control Brake
warning lightABS warning
light

GENERAL INFORMATION
POWER STEERING37-2
GENERAL INFORMATIONM2370000101003
FEATURES
A hydraulic power steering system has been adopted
to all models.
This steering system offers the following features:
•The support method of the steering gear to the
crossmember is realised by the left and right
internal bushings with inner cylinders. This sup
-
port method achieves higher rigidity of the steer-
ing gear and improves the steering feeling.
•Configuring the optimum flow characteristics and
gear valve feature improves the handling stability.
•Appropriate application of friction to the steering
gear cuts off the disturbance from the road sur
-
face and improves the stability during the
straight-ahead driving.
•Optimisation of the flexible tube in the high pres-
sure hose reduces the pump noise.
SPECIFICATIONS
ItemsSpecifications
Steering wheelTy p eThree-spoke type
Outside diameter mm (in)375 (14.7)
Maximum number of turns3.16
Steering columnColumn mechanismShock absorbing
mechanism and Tilt steering
mechanism
Power steering typeIntegral type (Engine
speed-dependent type)
Oil pumpTy p eVane type with fluid flow
amount control system
Basic discharge amount cm3/rev. (cu in/rev)8.1 (0.49)
Relief pressure MPa (psi)8.8 (1,276)
Reservoir typeSeparate type (Resin made)
Steering gearTy p eRack and pinion type
Stroke ratio (Rack stroke/Steering wheel
Maximum turning radius) mm/rev (in/rev)45.58 mm/rev (1.79 in/rev)
Rack stroke mm (in)144
Steering angleInner wheel40°50’
Outer wheel33°50’
Power steering fluidSpecified lubricantsGENUINE MITSUBISHI
POWER STEERING FLUID
Quantity dm3 (qt)Approximately 1.0 (1.06)

OIL PUMP
POWER STEERING37-6
Secondary collision
When the driver's body falls against the steering wheel via the
deployed air bag, the column bracket moves forward by
deforming the rivet pin of the one-way capsule, and simulta
-
neously the steering column assembly frees from the pin of col-
umn bracket to move forward and downwards.
OIL PUMPM2370004000373
The oil pump is a vane type with a fluid flow control
system which functions so the steering wheel turning
effort will be reduced at low engine speeds and
increase at higher speeds. The oil pump is essentially the same as the conven-
tional one in construction.
AC611053AB
AA
BB
One way
capsule
Section B - BSection A - A Column
bracketRivet pin
Column pipe Before collision
After collision
AC607645AB
A
AColumn
bracket
Column pipe
Pin Section A - A