lock MITSUBISHI LANCER EVOLUTION VI 1999 Repair Manual

STEERING – Power Steering Gear Box37A-8
DISASSEMBLY AND REASSEMBLY
Steering gear seal set
Flare nut
1
3 4
5
6 7
8
910
11
12 13 14
15 17
1921
24
25
26 29
32
33
35
2
22
3416
27
28 31
3013 Nm
1
20
36 3718
25 Nm
49 – 59 Nm
88 Nm27
28
309 20
62
9 6 35
59 Nm
15
59 Nm
21 Nm
2
311823 23
Disassembly steps
1. Feed pipe
2. O-ring
N3. Tie-rod end locking nut
N4. Tie-rod end
5. Bellows clip
M6. Bellows band
7. Bellows
L8. Tie-rod
L9. Tab washer
K
Total pinion torque adjustment
10. Locking nut
A11. Rack support cover
12. Rack support spring
13. Rack support
J14. End plug
15. Self-locking nut
16. Bolt
17. Valve assembly
BI18. Oil sealB19. Pinion and valve assembly
CH20. Seal ring
21. Valve housing assembly
DG22. Ball bearing
DG23. Oil seal
EF24. Circlip
F25. Rack stopper
FE26. Rack bushing
GE27. Oil seal
28. O-ring
FD29. Rack
30. Piston ring
31. O-ring
32. Rack housing assembly
HC33. Ball bearing
IC34. Needle roller bearing
JB35. Oil seal
36. Gear housing mounting bushing
A37. Gear housing mounting rubber

STEERING – Power Steering Gear Box37A-10
DISASSEMBLY SERVICE POINTS
ARACK SUPPORT COVER REMOVAL
Use the special tool to remove the rack support cover from
the gear box.
BOIL SEAL / PINION AND VALVE ASSEMBLY
REMOVAL
Using a plastic hammer, gently tap the pinion to remove it.
CSEAL RING REMOVAL
Cut the seal ring and remove it from the pinion and valve
assembly and the rack.
Caution
When cutting the seal ring, be careful not to damage
the pinion and valve assembly or the rack.
DBALL BEARING / OIL SEAL REMOVAL
Use a socket, remove the oil seal and the ball bearing from
the valve housing assembly simultaneously.
ECIRCLIP REMOVAL
1. Turn the rack stopper clockwise until the end of the circlip
comes out of the slot in the rack housing.
2. Turn the rack stopper anticlockwise to remove the circlip.
Caution
Note that if the rack stopper is first turned
anticlockwise, the circlip will get caught in the slot
in the housing and the rack stopper will not turn.
MB990607
Socket
Rack stopper
Rack
Circlip

STEERING – Power Steering Gear Box37A-13
2. Cover rack serrations with special tool.
3. Apply the specified fluid on the special tool.
Specified fluid:
Automatic transmission fluid
DEXRON or DEXRON II
4. Match the oil seal centre with rack to prevent retainer
spring from slipping and slowly insert rack from power
cylinder side.
EOIL SEAL / RACK BUSHING INSTALLATION
1. Apply the specified fluid to the outer surface of the oil
seal. Press-fit the oil seal using the special tool until it
is flush with the bushing end face.
Specified fluid:
Automatic transmission fluid
DEXRON or DEXRON II
2. Apply the specified fluid to the oil seal inner surface and
the O-ring.
Specified fluid:
Automatic transmission fluid
DEXRON or DEXRON II
3. Wrap the rack end with plastic tape, and push the rack
bushing onto the rack.
FCIRCLIP INSTALLATION
Insert the circlip to the rack stopper hole through the cylinder
hole. Turn the rack stopper clockwise and insert the circlip
firmly.
Caution
Insert the circlip to the rack stopper hole while turning
the rack stopper clockwise.
GOIL SEAL / BALL BEARING INSTALLATION
1. Apply a coating of the specified fluid to the outside of
the oil seal. Using the special tools, press the oil seal
into the valve housing.
Specified fluid:
Automatic transmission fluid
DEXRON or DEXRON II
MB991214
Oil seal
Oil seal
MB990927
Rack
bushingO-ring
Rack bushingPlastic tape
Circlip
SlotCirclip
Slot
Oil sealMB990938
MB991203

STEERING – Power Steering Gear Box37A-14
2. Apply a coating of the specified fluid to the outside of
the ball bearing. Using the special tools, press the ball
bearing into the valve housing.
Specified fluid:
Automatic transmission fluid
DEXRON or DEXRON II
HSEAL RING INSTALLATION
1. Kneed the seal ring to soften it.
2. Apply the specified fluid to the seal ring, and install to
the rack groove.
Specified fluid:
Automatic transmission fluid
DEXRON or DEXRON II
3. Insert the tapered side of the special tool from the pinion
gear side, and compress the seal ring.
IOIL SEAL INSTALLATION
Use the special tool to press the oil seal into the valve housing.
The upper surface of the oil seal should project outwards
approx. 1 mm from the housing edge surface.
Caution
If the oil seal is flush with or lower than the housing
edge, it will cause oil leaks and require reassembly.
JEND PLUG INSTALLATION
1. Apply the specified sealant to the threaded part of the
end plug.
Specified sealant:
3M ATD Part No.8661 or equivalent
2. Secure the threaded portion of the end plug at two places
by using a punch.
KTOTAL PINION TORQUE ADJUSTMENT
1. Position the rack at its centre. Tighten the rack support
cover to 15 Nm.
2. In neutral position, rotate the pinion shaft clockwise one
turn/4 – 6 seconds with the special tool. Return the rack
support cover 30 – 60 and adjust torque to the standard
value.
Ball bearingMB990938
MB991203
Pinion gearMB991317
Tapered side
Approx. 1 mmMB990941
End plug
SealantEnd plug
MB991006

STEERING – Power Steering Gear Box37A-15
3. Using the special tools, rotate the pinion gear at the rate
of one rotation in approximately 4 to 6 seconds to check
the total pinion torque.
Standard value: 0.9 – 1.7 Nm
[Change in torque: 0.4 Nm]
Caution
(1) When adjusting, set the standard value at its
highest value.
(2) Assure no ratcheting or catching when operating
the rack towards the shaft direction.
NOTE
When it cannot be adjusted within the specified return
angle, check or replace the rack support cover
components.
4. After adjusting, lock the rack support cover with lock nut.
LTAB WASHER / TIE-ROD INSTALLATION
After installing the tie-rod to the rack, fold the tab washer
end (2 locations) to the tie-rod notch.
MBELLOWS BAND INSTALLATION
1. Turn the adjusting bolt of the special tool to adjust the
opening dimension (W) to the standard value.
Standard value (W): 2.9 mm

Screw in the adjusting bolt.

Loosen the adjusting bolt.
NOTE
(1) The dimension (W) is adjusted by approx. 0.7 mm
per one turn.
(2) Do not turn the adjusting bolt more than one turn.
MB991006
MB991561
Stopper
Adjusting bolt W

STEERING – Power Steering Gear Box37A-16
2. Use the special tool to crimp the bellows band.
Caution
(1) Hold the rack housing, and use the special tool
to crimp the bellows band securely.
(2) Crimp the bellows band until the special tool
touches the stopper.
3. Check that the crimped width (A) is within the standard
value.
Standard value (A): 2.4 – 2.8 mm

Readjust the dimension (W) of step (1) to the value
calculated by the following equation, and repeat
step (2).
W = 5.5 mm – A [Example: If (A) is 2.9 mm, (W)
is 2.6 mm.]

Remove the bellows band, readjust the dimension
(W) of step (1) to the value calculated by the
following equation, and use a new bellows band
to repeat steps (2) to (3).
W = 5.5 mm – A [Example: If (A) is 2.3 mm, (W)
is 3.2 mm.]
NTIE-ROD END / TIE-ROD END LOCKING NUT
INSTALLATION
Screw in the tie-rod end until the dimension shown is achieved.
Then, temporarily tighten with the locking nut.
NOTE
The locking nut must be tightened securely only after the
power steering gear box and linkage are installed to the vehicle
and toe-in is adjusted.
TIE-ROD END BALL JOINT DUST COVER
REPLACEMENT
Only when the dust cover is damaged accidentally during
service work, replace the dust cover as follows:
1. Apply grease inside a new dust cover.
2. Using the special tool, press in the dust cover to the
tie rod end.
3. Check the dust cover for cracks or damage by pushing
it with finger.
MB991561
A
212 mm Edge of bellows
assembly grooveLock nut
MB990776

BODY – General / Keyless Entry System42-2
GENERAL
OUTLINE OF CHANGE

The descriptions of the troubleshooting using on MUT-II tester have been incorporated.
KEYLESS ENTRY SYSTEM
SPECIAL TOOL
ToolNumberNameUse
MB991502MUT-II sub assemblyRecording secret codes
TROUBLESHOOTING
INSPECTION CHART FOR TROUBLE SYMPTOMS
Trouble symptomInspection procedure No.Reference page
None of the doors can be locked or unlocked using the transmitter.142-2
All of the doors can be locked and unlocked using the transmitter,
but the room lamp does not flash or illuminate. (However, the room
lamp operates normally when the doors are opened and closed.)242-4
Secret codes cannot be registered.342-4
INSPECTION PROCEDURE FOR TROUBLE SYMPTOMS
INSPECTION PROCEDURE 1
None of the doors can be locked or unlocked using the
transmitter.
Probable cause
The cause may be a malfunction of the transmitter, a malfunction of the receiver
or the lock and unlock signals are not being input to the ETACS-ECU.
Malfunction of transmitter

Malfunction of receiver

Malfunction of ETACS-ECU

Malfunction of wiring harness or connector

Malfunction of key reminder switch

Malfunction of door switch
NG
To next page
OK
Replace the transmitter battery. (Refer to P.42-7.)
Ye s
Has the secret code been registered properly? *NGRe-register the secret code. (Refer to P.42-8.)
Can the doors be locked and unlocked by the driver’s-side door
key cylinder and lock knob?NoCheck the centre door lock system.
NOTE
*: This should be done if a transmitter or receiver has been replaced, and if a secret code has not
been registered properly.

BODY – Keyless Entry System42-4
INSPECTION PROCEDURE 2
All of the doors can be locked and unlocked using the
transmitter, but the room lamp does not flash or
illuminate. (However, the room lamp operates normally
when the doors are opened and closed.)
Probable cause
If the room lamp operates normally when the doors are opened and closed, the cause
of the problem may be a malfunction of the receiver or a malfunction of the harness
between the room lamp the receiver.
Malfunction of receiver

Malfunction of connector or wiring harness
NG
Repair
NG
Check the harness wire between room lamp and receiver, and
repair if necessary.
OK
Replace the receiver.
OK
Check trouble symptoms.
Measure at the receiver connector D-01.

Disconnect the connector, and measure at the harness side.

Voltage between 11 and body earth
OK:System voltageNGCheck the following connectors:
B-80, D-01
INSPECTION PROCEDURE 3
Secret codes cannot be registered.
Probable cause
The cause may be a malfunction of the diagnosis connector, a malfunction of the
power supply or earth circuit of the receiver, a malfunction of the earth circuit or
a malfunction of the diagnosis output circuit.
Malfunction of receiver

Malfunction of MUT-II

Malfunction of connector or wiring harness
NG
Repair
NG
Check the harness wire, and repair if necessary.

Between receiver and diagnosis connector
NG
Repair
NG
Check the harness wire, and repair if necessary.

Between fusible link No.1 and diagnosis connector
OK
Check trouble symptoms.NGCheck the harness wire, and repair if necessary.

Between diagnosis connector and earth
Ye s
To next page
NG
Check the following
connectors:
B-22, B-50NG
Repair
OK
Measure at the diagnosis
connector B-22.

Continuity between 4
and body earth

Continuity between 5
and body earth
OK:ContinuityOKReplace MUT-II.
OK
Check trouble symptoms.
No
Measure at the diagnosis
connector B-22

Voltage between 16
and body earth
OK:System voltageNGCheck the following connectors:
B-22, B-49, B-75
OK
Can the MUT-II communicate with other systems?
OK
Check trouble symptoms.
Measure at the diagnosis connector B-22 and the receiver connector
D-01.

Disconnect the connector, and measure at harness side.

Continuity between following terminals:
OK:Continuity
7 – 1 NGCheck the following connectors:
B-22, D-01

BODY – Keyless Entry System42-5
NG
Repair
NG
Check the harness wire, and repair if necessary.

Between fusible link No.1 and receiver

Between ignition switch and receiver
NG
Repair
NG
Check the harness wire, and repair if necessary.

Between receiver and earth
OK
Replace the receiver.
OK
Check trouble symptoms.
OK
Measure at the receiver connector D-01.

Disconnect the connector, and measure at the harness side.

Between 20 and body earth
OK:ContinuityNGCheck the following connectors:
B-50, D-01
OK
Check trouble symptoms.
Measure at the receiver connector D-01.

Disconnect the connector, and measure at the harness side.

Voltage between 9 and body earth

Voltage between 10 and body earth
OK:System voltageNGCheck the following connectors:
B-49, B-75, D-01
From previous page
INSPECTION OF RECEIVER TERMINAL VOLTAGE
TerminalSignal nameConditionsTerminal voltage
2Door switchOne or more doors are open (Door switch: ON)0 V
All doors are closed (Door switch: OFF)System voltage
6Door lock actuator
switch (driver’s side)
LOCK5 V and pulse output*
switch (driver’s side)
UNLOCK0 V
7Diagnosis changeover
input
When MUT-II is connected0 V
input
When MUT-II is disconnectedSystem voltage
8Key reminder switchOFF (When ignition key is inserted)5 V and pulse output*
ON (When ignition key is removed)0 V
9Ignition switchIgnition switch: ACC or ONSystem voltage
Ignition switch: OFF0 V
10Receiver power supplyAt all timesSystem voltage
11Room lamp outputOne or more door are open (Door switch: ON)0 V
All doors are closed (Door switch: OFF)System voltage

BODY – Keyless Entry System42-6
TerminalSignal nameConditionsTerminal voltage
12Door lock outputWhen activated0 V
When not activatedSystem voltage
14Door unlock outputWhen activated0 V
When not activatedSystem voltage
20EarthAt all times0 V
NOTE
Values marked with * should be measured using an oscilloscope. (The value will alternate between 0
V and 0.03 V if a circuit tester is used.)