GLASSES, WINDOW SYSTEM & MIRRORS

I BODY

GLASSES, WINDOW SYSTEM & MIRRORS

SECTION GW B

E
CONTENTS
WINDSHIELD GLASS ................................................ 2 FRONT DOOR GLASS AND REGULATOR ............. 28 F
Removal and Installation .......................................... 2 Removal and Installation ........................................ 28
BACK DOOR WINDOW GLASS ................................ 3 INSIDE MIRROR ....................................................... 29
Removal and Installation .......................................... 3 Removal and Installation ........................................ 29 G
SIDE WINDOW GLASS .............................................. 4 REAR WINDOW DEFOGGER .................................. 30
Removal and Installation .......................................... 4 Component Parts and Harness Connector Location... 30
POWER WINDOW SYSTEM ...................................... 5 EXCEPT FOR SOUTH AFRICA .......................... 30
H
Component Parts and Harness Connector Location..... 5 SOUTH AFRICA .................................................. 31
EXCEPT FOR SOUTH AFRICA ........................... 5 Schematic – DEF – Except for South Africa ........... 32
SOUTH AFRICA ................................................... 6 Wiring Diagram –DEF–/LHD Models ...................... 33
Schematic/ LHD Models ........................................... 7 Wiring Diagram –DEF–/RHD Models (Except for GW
Wiring Diagram – WINDOW –/ LHD Models ............ 8 South Africa) ........................................................... 36
Schematic/ RHD Models (Except for South Africa)....11 Schematic – DEF – For South Africa ...................... 40
Wiring Diagram – WINDOW –/ RHD Models (Except Wiring Diagram –DEF–/ For South Africa ............... 41 J
for South Africa) ..................................................... 12 Terminal and Reference Value for BCM ................. 45
Schematic/ For South Africa .................................. 15 LHD MODELS ..................................................... 45
Wiring Diagram – WINDOW –/ For South Africa ... 16 RHD MODELS (EXCEPT FOR SOUTH AFRICA)... 45
K
Terminal and Reference Value for BCM ................. 19 SOUTH AFRICA .................................................. 45
LHD MODELS ..................................................... 19 Terminal and Reference Value for IPDM E/R ......... 46
RHD MODELS (EXCEPT FOR SOUTH AFRICA)... 19 LHD MODELS ..................................................... 46
FOR SOUTH AFRICA ......................................... 20 RHD MODELS (EXCEPT FOR SOUTH AFRICA)... 46 L
Terminal and Reference Value for Power Window SOUTH AFRICA .................................................. 46
Main Switch ............................................................ 21 Terminal and Reference Value for Unified Meter and
LHD MODELS ..................................................... 21 A/C Amp. ................................................................ 47 M
RHD MODELS (EXCEPT FOR SOUTH AFRICA)... 22 Trouble Diagnosis Symptom Chart ......................... 47
FOR SOUTH AFRICA ......................................... 22 Filament Check ....................................................... 48
Terminal and Reference Value for Power Window Filament Repair ...................................................... 49
Sub-Switch ............................................................. 23 REPAIR EQUIPMENT ......................................... 49
LHD MODELS ..................................................... 23 REPAIRING PROCEDURE ................................. 49
RHD MODELS (EXCEPT FOR SOUTH AFRICA)... 24 DOOR MIRROR ........................................................ 50
FOR SOUTH AFRICA ......................................... 25 Wring Diagram –MIRROR– /For LHD Models ....... 50
Trouble Diagnoses Symptom Chart ....................... 27 Wring Diagram –MIRROR– /For RHD Models ...... 51
Removal and Installation ........................................ 53

Revision: 2005 October GW-1 Z33

 WINDSHIELD GLASS

WINDSHIELD GLASS PFP:72712

Removal and Installation GIS000LZ

PIIA8724E

1. Dam rubber 2. Fastener 3. Molding (upper)

4. Windshield glass 5. Insulator 6. Spacer
7. Mirror base

Revision: 2005 October GW-2 Z33

 BACK DOOR WINDOW GLASS

BACK DOOR WINDOW GLASS PFP:90300

A
Removal and Installation GIS000M0

GW

PIIA6792E
M
1. Back door window molding 2. Dual lock fastener 3. Back door
4. Dam rubber 5. Back door window glass 6. Grommet

Revision: 2005 October GW-3 Z33

 SIDE WINDOW GLASS

SIDE WINDOW GLASS PFP:83300

Removal and Installation GIS000M1

PIIA9168E

1. Side window glass molding (upper) 2. Side window glass 3. Grommet

4. Clip 5. Side window glass molding (lower)

Revision: 2005 October GW-4 Z33

 POWER WINDOW SYSTEM

POWER WINDOW SYSTEM PFP:25401

A
Component Parts and Harness Connector Location GIS000M2

EXCEPT FOR SOUTH AFRICA

B

GW

PIIB7867E

Revision: 2005 October GW-5 Z33

 POWER WINDOW SYSTEM

SOUTH AFRICA

PIIB7868E

Revision: 2005 October GW-6 Z33

 POWER WINDOW SYSTEM

Schematic/ LHD Models GIS000M4

GW

TIWT1762E

Revision: 2005 October GW-7 Z33

 POWER WINDOW SYSTEM

Wiring Diagram – WINDOW –/ LHD Models GIS000M5

TIWT1763E

Revision: 2005 October GW-8 Z33

 POWER WINDOW SYSTEM

GW

TIWT1764E

Revision: 2005 October GW-9 Z33

 POWER WINDOW SYSTEM

TIWT0600E

Revision: 2005 October GW-10 Z33

 POWER WINDOW SYSTEM

Schematic/ RHD Models (Except for South Africa) GIS000M6

GW

TIWT1765E

Revision: 2005 October GW-11 Z33

 POWER WINDOW SYSTEM

Wiring Diagram – WINDOW –/ RHD Models (Except for South Africa) GIS000M7

TIWT1766E

Revision: 2005 October GW-12 Z33

 POWER WINDOW SYSTEM

GW

TIWT1767E

Revision: 2005 October GW-13 Z33

 POWER WINDOW SYSTEM

TIWT1768E

Revision: 2005 October GW-14 Z33

 POWER WINDOW SYSTEM

Schematic/ For South Africa GIS001B3

GW

TIWT1154E

Revision: 2005 October GW-15 Z33

 POWER WINDOW SYSTEM

Wiring Diagram – WINDOW –/ For South Africa GIS001B4

TIWT1769E

Revision: 2005 October GW-16 Z33

 POWER WINDOW SYSTEM

GW

TIWT1770E

Revision: 2005 October GW-17 Z33

 POWER WINDOW SYSTEM

TIWT1771E

Revision: 2005 October GW-18 Z33

 POWER WINDOW SYSTEM

Terminal and Reference Value for BCM GIS000M8

LHD MODELS A
Signal
TERMI- WIRE VOLTAGE (V)
ITEM input/ CONDITION
NAL COLOR (Approx.)
output B
Ignition switch ACC power Ignition switch
11 LG Input Battery voltage
supply (ACC or ON) (ACC or ON position)
ON (open) 0 C
12 P Passenger side door switch Input
OFF (closed) Battery voltage

Input/
22 Y Power window serial link —
output
E

PIIA2344J

Ignition switch ON power sup- Ignition switch F

38 W/L Input Battery voltage
ply (ON or START) (ON or START position)
Input/
39 L CAN-H — —
output G
Input/
40 P CAN-L — —
output
42 GY Power source (Fuse) Input — Battery voltage H
52 B Ground — — 0
IGN SW ON Battery voltage
GW
Within 45 second after igni-
Battery voltage
tion switch is turned to OFF
53 Y/B Rap signal Output
When driver side or passen-
ger side door is open in J
0
power window timer oper-
ates

54 W
Power window switch power
Input — Battery voltage
K
supply
55 R Power source (Fusible link) Input — Battery voltage
ON (open) 0 L
62 L Driver side door switch Output
OFF (closed) Battery voltage

RHD MODELS (EXCEPT FOR SOUTH AFRICA) M

Signal
TER- WIRE VOLTAGE (V)
ITEM input/ CONDITION
MINAL COLOR (Approx.)
output
Ignition switch ACC power Ignition switch
11 P/B Input Battery voltage
supply (ACC or ON) (ACC or ON position)
ON (open) 0
12 P Passenger side door switch Output
OFF (closed) Battery voltage

Input/
22 Y Power window serial link —
output

PIIA2344J

Ignition switch ON power sup- Ignition switch

38 W/L Input Battery voltage
ply (ON or START) (ON or START position)

Revision: 2005 October GW-19 Z33

 POWER WINDOW SYSTEM

Signal
TER- WIRE VOLTAGE (V)
ITEM input/ CONDITION
MINAL COLOR (Approx.)
output
Input/
39 L CAN-H — —
output
Input/
40 P CAN-L — —
output
42 GY Power source (Fuse) Input — Battery voltage
52 B/W Ground — — 0
IGN SW ON Battery voltage
Within 45 second after igni-
Battery voltage
tion switch is turned to OFF
53 Y/B Rap signal Output
When driver side or passen-
ger side door is open in 0
power window timer operates
Power window switch power
54 W Input — Battery voltage
supply
55 R Power source (Fusible link) Input — Battery voltage
ON (open) 0
62 L/W Driver side door switch Output
OFF (closed) Battery voltage

FOR SOUTH AFRICA

Signal
TERMI- WIRE VOLTAGE (V)
ITEM input/ CONDITION
NAL COLOR (Approx.)
output
7 R BAT power supply Input — Battery voltage
8 B Ground — — 0
ON (open) 0
10 P Passenger side door switch Output
OFF (closed) 5
ON (open) 0
14 L/W Driver side door switch Output
OFF (closed) 5
Power window switch power
28 W Input — Battery voltage
supply
IGN SW ON Battery voltage
Within 45 second after igni-
Battery voltage
tion switch is turned to OFF
29 Y/B Rap signal Output
When driver side door or pas-
senger side door is open in
0
power window timer is oper-
ates
Ignition switch
35 W/L Ignition switch ON or START Input Battery voltage
(ON or START position)
Input/
72 GY Data link connector — —
output

Input/
74 Y Power window serial link —
output

PIIA2344J

Revision: 2005 October GW-20 Z33

 POWER WINDOW SYSTEM

Terminal and Reference Value for Power Window Main Switch GIS000M9

LHD MODELS A
Signal
TERMI- WIRE VOLTAGE (V)
ITEM Input/ CONDITION
NAL COLOR (ApproX.)
output B
1 W BAT power supply Input — Battery voltage
5 OR Encoder power supply Input — 10
C
Key cylinder switch lock sig- Key position
6 B/R Output 5→0
nal (Neutral → Locked)
Key cylinder switch unlock Key position
7 SB Output 5→0 D
signal (Neutral → Unlocked)
Driver side
When power window motor
8 L power window motor UP sig- Output Battery voltage
UP operation.
nal E
Driver side door window is
between fully-open and just
0
before fully-closed position
F
(ON).
9 Y Limit switch signal Output
Driver side door window is
between just before fully-
5 G
closed position and fully-
closed position (OFF).
IGN SW ON Battery voltage
H
Within 45 second after igni-
Battery voltage
tion switch is turned to OFF
10 BR Rap signal Output
When driver side or passen-
ger side door is open in power 0 GW
window timer operates
Driver side
When power window motor
11 G power window motor DOWN Output Battery voltage J
DOWN operation.
signal

K
Input/
12 PU/W Power window serial link —
Output
L
PIIA2344J

Input/ When power window motor

13 GY Encoder pulse signal
Output operates.

OCC3383D

Limit switch and encoder

14 LG — — 0
ground
15 B Ground — — 0

Revision: 2005 October GW-21 Z33

 POWER WINDOW SYSTEM

RHD MODELS (EXCEPT FOR SOUTH AFRICA)

Signal
TER- WIRE VOLTAGE (V)
ITEM input/ CONDITION
MINAL COLOR (ApproX.)
output
1 W BAT power supply Input — Battery voltage
When soft top open/close func-
Power window down tion starts and window down 0
4 P Output function is operating.
request signal
Except the above 5
5 GY Encoder power supply Input — 10
Driver side
When power window motor
8 L power window motor UP Output Battery voltage
UP operation.
signal
Driver side door window is
between fully-open and just
0
before fully-closed position
(ON).
9 BR Limit switch signal Output
Driver side door window is
between just before fully-
5
closed position and fully-closed
position (OFF).
IGN SW ON Battery voltage
Within 45 second after ignition
Battery voltage
switch is turned to OFF
10 LG Rap signal Output
When driver side or passenger
side door is open in power win- 0
dow timer operates
Driver side
When power window motor
11 G power window motor DOWN Output Battery voltage
DOWN operation.
signal

Input/
12 G/B Power window serial link —
output

PIIA2344J

Input/ When power window motor

13 Y Encoder pulse signal
output operates.

OCC3383D

Limit switch and encoder

14 PU — — 0
ground
15 B Ground — — 0

FOR SOUTH AFRICA

WIRE Signal
TER- VOLTAGE (V)
COLO ITEM input/ CONDITION
MINAL (ApproX.)
R output
1 W BAT power supply Input — Battery voltage

Revision: 2005 October GW-22 Z33

 POWER WINDOW SYSTEM

WIRE Signal
TER- VOLTAGE (V)
COLO ITEM input/ CONDITION A
MINAL (ApproX.)
R output
When soft top open/close func-
Power window down request tion starts and window down 0 B
4 P Output function is operating.
signal
Except the above 5
5 GY Encoder power supply Input — 10 C
Driver side
When power window motor
8 L power window motor UP sig- Output Battery voltage
UP operation.
nal D
Driver side door window is
between fully-open and just
0
before fully-closed position
(ON). E
9 BR Limit switch signal Output
Driver side door window is
between just before fully-closed
5
position and fully-closed posi- F
tion (OFF).
IGN SW ON Battery voltage
Within 45 second after ignition G
Battery voltage
switch is turned to OFF
10 LG Rap signal Output
When driver side or passenger
side door is open in power win- 0 H
dow timer operates
Driver side
When power window motor
11 G power window motor DOWN Output Battery voltage
DOWN operation. GW
signal

J
Input/
12 G/B Power window serial link —
output
K
PIIA2344J

Input/ When power window motor

13 Y Encoder pulse signal
output operates.
M

OCC3383D

Limit switch and encoder

14 PU — — 0
ground
15 B Ground — — 0

Terminal and Reference Value for Power Window Sub-Switch GIS000MA

LHD MODELS
WIRE Signal
TER- VOLTAGE (V)
COLO ITEM input/ CONDITION
MINAL (Approx)
R output
Limit switch and encoder
3 GY — — 0
ground
4 R Encoder power supply Input — 10

Revision: 2005 October GW-23 Z33

 POWER WINDOW SYSTEM

WIRE Signal
TER- VOLTAGE (V)
COLO ITEM input/ CONDITION
MINAL (Approx)
R output
Passenger side
When power window motor
8 L power window motor UP sig- Output Battery voltage
UP operation.
nal
Passenger side
When power window motor
9 G power window motor DOWN Output Battery voltage
DOWN operation.
signal
10 W BAT power supply Input — Battery voltage
11 B Ground — — 0

Input/ When power window motor

12 PU Encoder pulse signal
output operates.

OCC3383D

Passenger side door window

is between fully-open and just
0
before fully-closed position
(ON).
15 BR Limit switch signal Output
Passenger side door window
is between just before fully-
5
closed position and fully-
closed position (OFF).

Input/
16 SB Power window serial link —
output

PIIA2344J

RHD MODELS (EXCEPT FOR SOUTH AFRICA)

WIRE Signal
TER- VOLTAGE (V)
COLO ITEM input/ CONDITION
MINAL (Approx)
R output
Limit switch and encoder
3 PU — — 0
ground
4 GY Encoder power supply Input — 10
Passenger side
When power window motor
8 L power window motor UP sig- Output Battery voltage
UP operation.
nal
Passenger side
When power window motor
9 G power window motor DOWN Output Battery voltage
DOWN operation.
signal
10 W BAT power supply Input — Battery voltage
11 B Ground — — 0

Input/ When power window motor

12 SB Encoder pulse signal
output operates.

OCC3383D

Revision: 2005 October GW-24 Z33

 POWER WINDOW SYSTEM

WIRE Signal
TER- VOLTAGE (V)
COLO ITEM input/ CONDITION A
MINAL (Approx)
R output
When soft top open/close func-
Power window down request tion starts and window down 0 B
13 P Output function is operating.
signal
Except the above 5
Passenger side door window is C
between fully-open and just
0
before fully-closed position
(ON).
15 BR Limit switch signal Output D
Passenger side door window is
between just before fully-
5
closed position and fully-
closed position (OFF). E

Input/
F
16 OR Power window serial link —
output

G
PIIA2344J

FOR SOUTH AFRICA

Signal H
TERMI- WIRE VOLTAGE (V)
ITEM input/ CONDITION
NAL COLOR (Approx)
output
Limit switch and encoder GW
3 PU — — 0
ground
4 GY Encoder power supply Input — 10
Passenger side J
When power window motor
8 L power window motor UP sig- Output Battery voltage
UP operation.
nal
Passenger side
When power window motor K
9 G power window motor DOWN Output Battery voltage
DOWN operation.
signal
10 W BAT power supply Input — Battery voltage L
11 B Ground — — 0

M
Input/ When power window motor
12 SB Encoder pulse signal
output operates.

OCC3383D

Revision: 2005 October GW-25 Z33

 POWER WINDOW SYSTEM

Signal
TERMI- WIRE VOLTAGE (V)
ITEM input/ CONDITION
NAL COLOR (Approx)
output
Passenger side door window is
between fully-open and just
0
before fully-closed position
(ON).
15 BR Limit switch signal Output
Passenger side door window is
between just before fully-
5
closed position and fully-closed
position (OFF).

Input/
16 OR Power window serial link —
output

PIIA2344J

Revision: 2005 October GW-26 Z33

 POWER WINDOW SYSTEM

Trouble Diagnoses Symptom Chart GIS000MD

A
Make sure that other systems using the signal of the following systems operate normally.
Symptom Diagnoses / service procedure
1. Check BCM power supply and ground circuit B
None of the power windows can be operated using any 2. Check power window switch power supply circuit
switch. 3. Check power window serial link
C
4. Replace BCM.
1. Check driver side power window motor circuit
2. Check power window main switch power supply and ground D
Driver side power window cannot be operated
circuit
3. Replace the power window main switch.
1. Check passenger side power window motor circuit E
2. Check power window sub-switch power supply circuit
Passenger side power window cannot be operated.
3. Check power window serial link
4. Replace BCM.
F

1. Limit switch adjusting

2. Check limit switch circuit (driver side) G
3. Check encoder circuit (driver side)

Anti-pinch system does not operate normally (driver side). 4. Door window sliding part malfunction
● A foreign material adheres to window glass or grass run rub- H
ber.
● Glass run rubber wear or deformation.
● Sash is tilted too much, or not enough. GW
1. Limit switch adjusting
2. Check limit switch circuit (passenger side)
J
3. Check encoder circuit (passenger side)
Anti-pinch system does not operate normally (passenger 4. Door window sliding part malfunction
side).
● A foreign material adheres to window glass or grass run rub- K
ber.
● Glass run rubber wear or deformation.
● Sash is tilted too much, or not enough. L
1. Check the retained power operation mode setting.
Power window retained power operation does not operate
2. Check door switch
properly.
3. Replace BCM. M
1. Check door switch
2. Limit switch adjusting
3. Check limit switch circuit (driver side)
Automatic window adjusting function does not operate.
4. Check limit switch circuit (passenger side)
5. Check power window serial link
6. Replace BCM.
1. Check door key cylinder switch

Does not operate by the key cylinder switch. 2. Check driver side power window motor circuit
(Except for the Middle East, Brazil and Argentina) 3. Check power window switch power supply and ground circuit
4. Replace the power window main switch.
1. Check power window serial link
Power window lock switch does not function.
2. Replace the power window main switch.

Revision: 2005 October GW-27 Z33

 FRONT DOOR GLASS AND REGULATOR

FRONT DOOR GLASS AND REGULATOR PFP:80300

Removal and Installation GIS000MR

PIIA2156E

1. Door glass 2. Regulator assembly 3. Power window motor

4. Module assembly 5. Glass stabilizer

Revision: 2005 October GW-28 Z33

 INSIDE MIRROR

INSIDE MIRROR PFP:96321

A
Removal and Installation GIS000MU

PIIA6795E
G

1. Inside mirror
H

GW

Revision: 2005 October GW-29 Z33

 REAR WINDOW DEFOGGER

REAR WINDOW DEFOGGER PFP:25350

Component Parts and Harness Connector Location GIS000MV

EXCEPT FOR SOUTH AFRICA

PIIB7869E

Revision: 2005 October GW-30 Z33

 REAR WINDOW DEFOGGER

SOUTH AFRICA
A

GW

J
PIIB7870E

Revision: 2005 October GW-31 Z33

 REAR WINDOW DEFOGGER

Schematic – DEF – Except for South Africa GIS000MZ

TIWT0975E

Revision: 2005 October GW-32 Z33

 REAR WINDOW DEFOGGER

Wiring Diagram –DEF–/LHD Models GIS000N0

GW

TIWT1595E

Revision: 2005 October GW-33 Z33

 REAR WINDOW DEFOGGER

TIWT1772E

Revision: 2005 October GW-34 Z33

 REAR WINDOW DEFOGGER

GW

TIWT1773E

Revision: 2005 October GW-35 Z33

 REAR WINDOW DEFOGGER

Wiring Diagram –DEF–/RHD Models (Except for South Africa) GIS001B5

TIWT1774E

Revision: 2005 October GW-36 Z33

 REAR WINDOW DEFOGGER

GW

TIWT1775E

Revision: 2005 October GW-37 Z33

 REAR WINDOW DEFOGGER

TIWT1776E

Revision: 2005 October GW-38 Z33

 REAR WINDOW DEFOGGER

GW

TIWT1777E

Revision: 2005 October GW-39 Z33

 REAR WINDOW DEFOGGER

Schematic – DEF – For South Africa GIS001B6

TIWT0570E

Revision: 2005 October GW-40 Z33

 REAR WINDOW DEFOGGER

Wiring Diagram –DEF–/ For South Africa GIS000N1

GW

TIWT1778E

Revision: 2005 October GW-41 Z33

 REAR WINDOW DEFOGGER

TIWT1779E

Revision: 2005 October GW-42 Z33

 REAR WINDOW DEFOGGER

GW

TIWT1780E

Revision: 2005 October GW-43 Z33

 REAR WINDOW DEFOGGER

TIWT1781E

Revision: 2005 October GW-44 Z33

 REAR WINDOW DEFOGGER

Terminal and Reference Value for BCM GIS001B7

LHD MODELS A

TERMI- WIRE Signal input/ VOLTAGE (V)

ITEM CONDITION
NAL COLOR output (Approx.)
B
Rear window defogger Rear window defog- : Pressed 0
9 L/R Output
switch signal ger switch : OFF 5

11 LG
Ignition switch ACC power supply
Input
Ignition switch
Battery voltage
C
(ACC or ON) (ACC or ON position)
Ignition switch ON power supply Ignition switch
38 W/L Input Battery voltage
(ON or START) (ON or START position) D
39 L CAN-H Input/output — —
40 P CAN-L Input/output — —
42 GY Power source (Fuse) Input — Battery voltage E
52 B Ground — — 0
55 R Power source (Fusible link) Input — Battery voltage
F
RHD MODELS (EXCEPT FOR SOUTH AFRICA)
WIRE Signal VOLTAGE (V)
TERMINAL
COLOR
ITEM
input/output
CONDITION
(Approx.)
G

Rear window defogger Rear window defogger : Pressed 0

9 L/R Output
switch signal switch : OFF 5 H
Ignition switch ACC power Ignition switch
11 P/B Input Battery voltage
supply (ACC or ON) (ACC or ON position)
Ignition switch ON power GW
Ignition switch
38 W/L supply Input Battery voltage
(ON or START position)
(ON or START)
39 L CAN-H Input/output — —
J
40 P CAN-L Input/output — —
42 GY Power source (Fuse) Input — Battery voltage
52 B/W Ground — — 0 K
55 R Power source (Fusible link) Input — Battery voltage

SOUTH AFRICA L
Signal
WIRE VOLTAGE (V)
TERMINAL ITEM input/out- CONDITION
COLOR (Approx.)
put M
7 R BAT power supply Input — Battery voltage
8 B Ground — — 0
35 W/L IGN power supply Input IGN ON or START Battery voltage
When rear window defogger switch is
0
Rear window defogger ON.
69 L/R Output
switch signal When rear window defogger switch is
5
OFF.
Input/out-
70 L CAN-H — —
put
Input/out-
71 P CAN-L — —
put
Input/out-
72 GY K-line — —
put

Revision: 2005 October GW-45 Z33

 REAR WINDOW DEFOGGER

Terminal and Reference Value for IPDM E/R GIS000N4

LHD MODELS
TERMI- WIRE Signal VOLTAGE (V)
ITEM CONDITION
NAL COLOR input/output (Approx.)
5 P BAT power supply Input — Battery voltage
6 * BAT power supply Input — Battery voltage
38 B Ground (power) Input — 0
48 L CAN-H Input/output — —
49 P CAN-L Input/output — —
When rear window defogger
0
Rear window defogger relay switch is ON.
52 W Output
control signal When rear window defogger
Battery voltage
switch is OFF.
60 B Ground (Signal) — — 0
* = L : For Middle East, Brazil and Argentina.
W : Except for Middle East, Brazil and Argentina.

RHD MODELS (EXCEPT FOR SOUTH AFRICA)

Signal
WIRE VOLTAGE (V)
TERMINAL ITEM input/out- CONDITION
COLOR (Approx.)
put
5 P BAT power supply Input — Battery voltage
6 L BAT power supply Input — Battery voltage
38 B/W Ground (power) — — 0
Input/out-
48 L CAN-H — —
put
Input/out-
49 P CAN-L — —
put
When rear window defogger switch
0
Rear window defogger relay is ON.
52 W Output
control signal When rear window defogger switch
Battery voltage
is OFF.
60 B/W Ground (Signal) — — 0

SOUTH AFRICA
WIRE Signal VOLTAGE (V)
TERMINAL ITEM CONDITION
COLOR input/output (Approx.)
5 P BAT power supply Input — Battery voltage
6 L BAT power supply Input — Battery voltage
38 B/W Ground (power) — — 0
Input/out-
48 L CAN-H — —
put
Input/out-
49 P CAN-L — —
put
When rear window defogger switch
0
Rear window defogger relay is ON.
52 W Output
control signal When rear window defogger switch
Battery voltage
is OFF.
60 B/W Ground (Signal) — — 0

Revision: 2005 October GW-46 Z33

 REAR WINDOW DEFOGGER

Terminal and Reference Value for Unified Meter and A/C Amp. GIS000N5

A
Signal
TERMI- WIRE VOLTAGE (V)
ITEM input/out- CONDITION
NAL COLOR (Approx.)
put
B
21 R/W BAT power supply Input — Battery voltage
22 Y/G IGN power supply Input IGN ON or START Battery voltage
29 B Ground — — 0 C
30 B Ground — — 0
When rear window defogger switch is
0 D
Rear window defogger switch ON.
38 L/R Output
signal When rear window defogger switch is
5
OFF.
When rear window defogger switch is
E
Battery voltage
Rear window defogger ON sig- ON.
56 B/W Output
nal When rear window defogger switch is
0
OFF. F
72 — Indicator power supply Output IGN ON or START 5
When rear window defogger switch is
0 G
Rear window defogger indicator ON.
78 — Output
signal When rear window defogger switch is
5
OFF.
A/C control push switch power
H
84 — Output IGN ON or START 5
supply
When rear window defogger switch is
0 GW
Rear window defogger switch ON.
87 — Output
ON signal When rear window defogger switch is
5
OFF.
J
Trouble Diagnosis Symptom Chart GIS000N8

Make sure that other systems using the signal of the following systems operate normally.
Symptom Diagnosis / service procedure K
1. CAN communication inspection using CONSLUT-II (self-
diagnosis)
L
2. Check IPDM E/R operation
Rear window defogger does not operate. 3. Check rear window defogger switch circuit
(When rear window defogger switch is in ON, rear win-
4. Check rear window defogger power supply circuit M
dow defogger switch indicator does not illuminate.)
5. Check rear window defogger circuit
6. Check filament
7. Replace IPDM E/R.

Rear window defogger does not operate but door mirror 1. Check rear window defogger circuit
defoggers operate. (With door mirror defogger) 2. Check filament
Both of door mirror defoggers do not operate but rear
Check door mirror defogger power supply circuit
window defogger operates. (With door mirror defogger)
Driver side door mirror defogger does not operate. Check driver side door mirror defogger circuit
Passenger side door mirror defogger does not operate. Check passenger side door mirror defogger circuit

Revision: 2005 October GW-47 Z33

 REAR WINDOW DEFOGGER

Filament Check GIS000NG

1. When measuring voltage, wrap tin foil around the top of the neg-
ative probe. Then press the foil against the wire with your finger.

SEL122R

2. Attach probe circuit tester (in Volt range) to middle portion of

each filament.

SEL263

3. If a filament is burned out, circuit tester registers 0 or battery

voltage.
4. To locate burned out point, move probe to left and right along fil-
ament. Test needle will swing abruptly when probe passes the
point.

SEL265

Revision: 2005 October GW-48 Z33

 REAR WINDOW DEFOGGER

Filament Repair GIS000NH

REPAIR EQUIPMENT A
● Conductive silver composition (Dupont No. 4817 or equivalent)
● Ruler 30 cm (11.8 in) long
B
● Drawing pen
● Heat gun
● Alcohol
C
● Cloth
REPAIRING PROCEDURE
1. Wipe broken heat wire and its surrounding area clean with a D
cloth dampened in alcohol.
2. Apply a small amount of conductive silver composition to tip of
drawing pen. E
Shake silver composition container before use.
3. Place ruler on glass along broken line. Deposit conductive silver
composition on break with drawing pen. Slightly overlap existing F
heat wire on both sides [preferably 5 mm (0.20 in)] of the break.

PIIA0215E G

4. After repair has been completed, check repaired wire for conti-
nuity. This check should be performed 10 minutes after silver H
composition is deposited.
Do not touch repaired area while test is being performed.
GW

SEL012D
K
5. Apply a constant stream of hot air directly to the repaired area
for approximately 20 minutes with a heat gun. A minimum dis-
tance of 3 cm (1.2 in) should be kept between repaired area and L
hot air outlet.
If a heat gun is not available, let the repaired area dry for 24
hours. M

SEL013D

Revision: 2005 October GW-49 Z33

 DOOR MIRROR

DOOR MIRROR PFP:96301

Wring Diagram –MIRROR– /For LHD Models GIS000NI

TIWT1601E

Revision: 2005 October GW-50 Z33

 DOOR MIRROR

Wring Diagram –MIRROR– /For RHD Models GIS000NJ

GW

TIWT1675E

Revision: 2005 October GW-51 Z33

 DOOR MIRROR

TIWT1676E

Revision: 2005 October GW-52 Z33

 DOOR MIRROR

Removal and Installation GIS000NK

PIIA2165E
GW

1. Door mirror assembly 2. Corner cover inner

Revision: 2005 October GW-53 Z33

 DOOR MIRROR

Revision: 2005 October GW-54 Z33