Mitsubishi Evolution X. Manual - part 151

 

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Mitsubishi Evolution X. Manual - part 151

 

 

TRANSAXLE CONTROL

TSB Revision

TWIN CLUTCH-SPORTRONIC SHIFT TRANSMISSION (TC-SST)

22B-17

TRANSAXLE CONTROL

GENERAL INFORMATION

M2222000100383

In order to differentiate the TC-SST assembly shift 
lever from A/T and CVT, a new exclusive shift lever 
has been developed whose appearance is made 
similar to that for M/T. It offers the following features.

• Sporty, straight type shift lever operation has 

been adopted, and the operating power at each 
shift position have been properly tuned, ensuring 
the firm and smooth operation feel.

• The manual mode (6-speed) has been installed 

to allow manual shifting according to the driver's 
operation.

• ECU that is incorporated in the shift lever trans-

mits the lever position information and others to 
TC-SST-ECU via CAN (main circuit) and LIN 
(auxiliary circuit).

• For the parking lock mechanism, the transaxle 

control cable is adopted.

• The electrical control-type shift lock (shift lever 

cannot be shifted to the position other than P 
position unless the brake pedal is depressed) 
mechanism with the solenoid has been adopted 
to facilitate the tuning work in assembly. The 
cable type having an established past record is 
adopted for the key interlock mechanism.

• Spherical shift knob is used to achieve the same 

quality as that for M/T.

• As a mis-operation preventative mechanism 

between P and R range, the pull ring has been 
adopted.

• The main components have been made of resin 

to reduce weight and number of components.

ERRONEOUS OPERATION PREVENTION MECHANISMS

M2222004000021

SHIFT LOCK MECHANISM

This is basically the same as with the electric shift 
lock mechanism which is used for OUTLANDER.

KEY INTERLOCK MECHANISM

This is basically the same as with the cable-type key 
interlock mechanism which is used for A/T vehicles.

AC705528

AC709661

Shift knob

Shift lever assembly
(Incorporates shift lock
solenoid and ECU)

Transaxle assembly

Key interlock cable

Transaxle control 
cable assembly

AB

CAN and LIN communication

Pull-ring

SUPER ALL WHEEL CONTROL (S-AWC)

TSB Revision

TWIN CLUTCH-SPORTRONIC SHIFT TRANSMISSION (TC-SST)

22B-18

PADDLE SHIFT

M2222005000024

This mechanism is basically the same as that used for OUT-
LANDER.
NOTE: With the automatic shifting (shift lever position: D), 
when the mode is changed to the sport mode by the paddle 
shift operation, the mode is cancelled by the conditions below.

.

Upshift lever is pulled for 1 second or more.

Vehicle is stopped.

No operation is performed for 4 minutes and 25 seconds.

DIAGNOSTIC FUNCTION

M2222003000028

DIAGNOSTIC TROUBLE CODE

If a trouble is present to the shift lever, a correspond-
ing trouble spot is stored in the shift lever-ECU as the 
diagnostic trouble code below, and the code can be 
read by using the scan tool (M.U.T.-III).

DIAGNOSTIC TROUBLE CODE TABLE

SUPER ALL WHEEL CONTROL (S-AWC)

GENERAL INFORMATION

M2223000100074

For more information on S-AWC, refer to GROUP 
22A.

AC709649 AB

Up shift lever

Down shift lever

Code No.

Diagnostic item

Main trouble cause

P0563

Abnormality in power supply

Overvoltage from battery

P198D

Defective EEPROM

EEPROM writing data abnormality

P198E

Malfunction of the lever position 
sensor

No signal is present.

P198F

Signal is present multiple in numbers.

U0001

Bus off

Bus off

U0100

Engine time-out error

Engine time-out error

U0101

TC-SST time-out error

TC-SST time-out error

U0121

ASC time-out error

ASC time-out error

U0141

ETACS time-out error

ETACS time-out error

GENERAL DESCRIPTION

TSB Revision

FOUR-WHEEL ANTI-LOCK BRAKE SYSTEM (4ABS)

35B-2

GENERAL DESCRIPTION

M2351000101059

.

The ABS (with EBD and brake assist) that ensures 
directional stability and controllability during hard 
braking has been equipped as a standard.
This ABS employs a 4-sensor system that indepen-
dently controls the right and left wheels of front and 
rear, and has the following features:

• Compared with the conventional model, by add-

ing the information from the G and yaw rate sen-
sor, master cylinder pressure sensor, and wheel 
cylinder pressure sensor to the ABS control, the 
braking performance and steering performance 
when driving in high speed and on race circuits 
have been improved so that the vehicle's high 
athletic performance can be further demon-
strated.

• EBD 

*1

 (Electronic Brake-force Distribution sys-

tem) control that can provide ideal rear wheel 
brake force has been employed.

• The magnetic encoder for wheel speed detection 

has been installed instead of the rotor as the 
wheel speed sensor.

• For wiring harness saving and secure data com-

munication, CAN 

*2

 bus has been adopted as a 

tool of communication with another ECU.

NOTE: 

.

*1

: EBD (Electronic Brake-force Distribution)

*2

: For more details on CAN (Controller Area Net-

work), refer to GROUP 54C 

P.54C-2

.

As with the active skid control (ASC), ABS is con-
trolled by ASC-ECU.

.

SPECIFICATIONS

.

Item

Specifications

ABS control type

4 sensors

Wheel speed sensor

Magnetic encoder

Front

96 (N pole: 48, S pole: 48)

Rear

86 (N pole: 43, S pole: 43)

Type

Semiconductor

 

 

 

 

 

 

 

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