1994 TOYOTA CAMRY clutch

243
FAN MOTOR OPERATION
WITH THE IGNITION SW IS TURNED ON, CURRENT FLOWS FROM ECU±IG FUSE TO RADIATOR FAN RELAY NO. 1 (COIL SIDE) AND
RADIATOR FAN RELAY NO. 2 (COIL SIDE) " TERMINAL 2 OF THE A/C SINGLE PRESSURE SW " TERMINAL 3 " TERMINAL 2 OF THE
WATER TEMP. SW " TERMINAL 1 " GROUND, AND RADIATOR FAN RELAY NO. 1 AND NO. 2 ARE TURNED ON.
*RADIATOR FAN MOTOR OPERATION
WHEN THE IGNITION SW IS TURNED ON, RADIATOR FAN RELAY NO. 1 IS TURNED ON. IF AT THIS TIME THE ENGINE COOLANT
TEMPERATURE IS APPROX. 90°C (194°F) OR HIGHER, THE WATER TEMP. SW IS TURNED OFF, RADIATOR FAN RELAY NO. 1 IS
TURNED OFF.
AS A RESULT, CURRENT FROM THE RDI FAN FUSE TO RADIATOR FAN RELAY NO. 1 (POINT SIDE) " TERMINAL 2 OF THE
RADIATOR FAN MOTOR " TERMINAL 1 " GROUND, THUS ACTIVATING THE ROTATION OF THE RADIATOR FAN MOTOR.
*LOW SPEED OPERATION
WHEN THE IGNITION SW IS TURNED ON AND THE A/C ACTIVATED, RADIATOR FAN RELAY NO. 1 AND RADIATOR FAN RELAY NO. 2
ARE TURNED ON, CURRENT FLOWS FROM A/C MAGNETIC CLUTCH RELAY (POINT SIDE) TO RADIATOR FAN RELAY NO. 3 (COIL
SIDE) " GROUND, AND RADIATOR FAN RELAY NO. 3 IS TURNED ON.
AS A RESULT, CURRENT FLOWS FROM CDS FAN FUSE TO TERMINAL 2 OF THE A/C CONDENSER FAN MOTOR " TERMINAL 1 "
RADIAOTR FAN RELAY NO. 2 (POINT SIDE) " RADIATOR FAN RELAY NO. 3 (POINT SIDE) " TERMINAL 2 OF THE RADIATOR FAN
MOTOR " TERMINAL 1 " GROUND, FLOWING TO EACH FAN MOTOR IN SERIES, CAUSING THE FAN TO AT LOW SPEED.
*HIGH SPEED OPERATION OF THE FAN MOTOR DUARING A/C OPERATION
WHEN THE A/C OPERATION, THE REFRIGERRANT PRESSURE BECOME HIGHER THAN OR DINARY LEVEL (APPROX. 15.58 KG/CM
2
(221.2 PSI, 1527 KPA)) THE A/C SINGLE PRESSURE SW IS TURNED OFF. AS A RESULT, RADIATOR FAN RELAY NO. 1 AND RADIATOR
FAN RELAY NO. 2 ARE TURNED OFF, AND CURRENT FLOWS FROM RDI FUSE TO RADIATOR FAN RELAY NO. 1 (POINT SIDE) "
TERMINAL 2 OF THE RADIATOR FAN MOTOR " TERMINAL 1 " GROUND, AND CURRENT FLOWS FROM CDS FAN FUSE TO
TERMINAL 2 OF THE A/C CONDENSER FAN MOTOR " TERMINAL 1 " RADIATOR FAN RELAY NO. 2 (POINT SIDE) " GROUND, AND
TO EACH FAN MOTOR IN PARALLEL, THUS CAUSING THE FAN MOTORS OPERATE HIGH SPEED.
NOTE THAT, BECAUSE THE CURRENT FLOWS IN THE SAME MENNER EVEN IF THE ENGINE COOLANT TEMPERATURE IS APPROX.
90°C (194°F) OR HIGHER, THE FAN MOTOR OPERATE AT HIGH SPEED.
A 2 A/C SINGLE PRESSURE SW
2±3 : OPEN ABOVE APPROX. 15.58 KG/CM2 (221.2 PSI, 1527 KPA)
CLOSE BELOW APPROX. 15.56 KG/CM2 (178.4 PSI, 1231 KPA)
2 1
2 1 A1R1 BLACKGRAY
12E5 A2BLACK
23
SYSTEM OUTLINE
SERVICE HINTS

248
AIR CONDITIONING (PUSH CONTROL SW TYPE)
5 5
55
1 2
IP1 8EC1 4
IP3 9
IP3 4 I191
4
IR1 5IR16 IR14
5471
4 10 8 9 13 14 12 21
2 R±WR± BR±L
W± BW±R
L±WR±B R±W
W±R
W±L
L±Y
G B±Y LG±BB B BW±B
L± W(
*1)
L±Y
GL±B(
*1)
B± W
L± Y
R±LR± L R±L W±R
R±L
W±R
A/C DUAL
PRESSURE SW
A/C MAGNETIC
CLUTCH AND
LOCK SENSOR
A/C EVAPORATOR
TEMP. SENSOR
A/C MAGNETIC
CLUTCH RELAY
A/C AMPLIFIER
TO ENGINE CONTROL MODULE
(
ENGINE AND ELECTRONIC
CONTROLLED TRANSMISSION
ECU)(
A/T)
OR ENGINE CONTROL MODULE
(
ENGINE ECU)(
M/T) FROM ENGINE CONTROL MODULE
(
ENGINE AND ELECTRONIC
CONTROLLED TRANSMISSION
ECU)(
A/T)
OR ENGINE CONTROL MODULE
(
ENGINE ECU)(
M/T)
IGNITER245
13
W±R
A3A2
A11
A10
I2B±W
(
*
2) TO RADIATOR
FAN RELAY NO. 3E6
B± W
(
*1)
(
*2)
B±W(
*2) W±L(
*2)
TACH6
TAC
(
*2)
B
(
*1)
C14
COOLING FAN
ECU*1 : 1MZ±FE
*
2 : 5S±FE
1B 1
1D 12

249
1. AIR INLET CONTROL SERVO MOTOR OPERATION (FOR PUSH SW TYPE)
(SWITCHING FROM FRESH TO RECIRC)
WITH THE IGNITION SW ON, CURRENT FROM THE GAUGE FUSE FLOWS TO TERMINAL 1 OF THE SERVO MOTOR. WHEN THE
RECIRC SW IS TURNED ON, THE CURRENT FLOWS FROM SERVO MOTOR " TERMINAL 3 " TERMINAL 5 OF THE HEATER
CONTROL SW " TERMINAL 1 " GROUND, THE MOTOR ROTATES AND THE DAMPER MOVES TO THE RECIRC SIDE. WHEN IT IS IN
THE RECIRC POSITION, THE CIRCUIT IS CUT INSIDE THE SERVO MOTOR AND THE DAMPER STOPS IN THAT POSITION.
WHEN THE CIRCUIT FOR THE INDICATOR LIGHT, CURRENT FLOWS FROM THE GAUGE FUSE " TERMINAL 12 OF THE HEATER
CONTROL SW " INDICATOR LIGHT " TERMINAL 1 " GROUND AND THE INDICATOR LIGHT CONTINUES TO LIGHT UP WHILE THE
RECIRC SW IS ON.
(SWITCHING FROM RECIRC TO FRESH)
WHEN THE IGNITION IS ON AND THE FRESH SW IS TURNED ON, CURRENT FLOWS FROM TERMINAL 2 OF THE SERVO MOTOR "
TERMINAL 6 OF THE HEATER CONTROL SW " TERMINAL 1 " GROUND, THE MOTOR ROTATES AND THE DAMPER MOVES TO THE
FRESH SIDE. WHEN THE DAMPER IS IN THE FRESH POSITION, THE CIRCUIT IS CUT INSIDE THE SERVO MOTOR AND THE DAMPER
STOPS IN THAT POSITION.
2. OPERATION OF AIR VENT MODE CONTROL SERVO MOTOR
WHEN THE IGNITION SW ON, CURRENT FLOWS FROM THE GAUGE FUSE TO TERMINAL 12 OF THE HEATER CONTROL SW,
TERMINAL 6 OF THE AIR VENT MODE CONTROL SERVO MOTOR.
WHEN THE DAMPER IS IN FACE POSITION AND THE BI±LEVEL OF THE HEATER CONTROL SW IS THEN TURNED ON, CURRENT
FLOWS FROM TERMINAL 3 OF THE HEATER CONTROL SW " TERMINAL 4 OF THE AIR VENT MODE CONTROL SERVO MOTOR SO
THAT A SINGAL THAT THE GROUND CIRCUIT IS ACTIVATED IS INPUT TO TERMINAL ªBº OF THE CONTROL CIRCUIT INSIDE THE AIR
VENT MODE CONTROL SERVO MOTOR.
SIMULTANEOUSLY, A SIGNAL THAT THE GROUND CIRCUIT IS NOT ACTIVATED IS INPUT TO TERMINAL ªAº OF THE CONTROL
CIRCUIT INSIDE THE SERVO MOTOR. THESE TWO SIGNALS ACTIVATE THE CONTROL CIRCUIT SO THAT CURRENT FROM THE
GAUGE FUSE TO THE SERVO MOTOR, CAUSING THE SERVO MOTOR TO OPERATE AND THE DAMPER TO MOVE TO BI±LEVEL
POSITION. WHEN THE DAMPER REACHES BI±LEVEL POSITION, A GROUND CUT SIGNAL IS INPUT TO TERMINAL ªBº OF THE
CONTROL CIRCUIT, THE CONTROL CIRCUIT OPERATES, THE SERVO MOTOR STOPS ROTATING AND THE DAMPER STOPS AT
BI±LEVEL.
WHEN ANOTHER MODE POSITION IS SWITCHED TO, INPUT OF SIGNALS TO TERMINAL ªAº AND TERMINAL ªBº OF THE CONTROL
CIRCUIT THAT GROUND IS MADE OR GROUND IS NOT MADE (AS EXPLAINED ABOVE) ACTIAVTES THE CONTROL CIRCUIT AND
MOVES THE SERVO MOTOR TO THE DESIRED POSITION.
3. AIR CONDITIONING OPERATION
WHEN THE IGNITION SW ON, CURRENT FLOWS FROM GAUGE FUSE TO TERMINAL 12 OF THE HEATER CONTROL SW, TERMINAL 6
OF THE AIR VENT MODE CONTROL SERVO MOTOR.
WHEN THE BLOWER SW IS ON, CURRENT FLOWS FROM THE GAUGE FUSE " HEATER RELAY (COIL SIDE) " TERMINAL 7 OF THE
BLOWER SW " TERMINAL 5 " GROUND, ACTIVATING THE HEATER RELAY. THIS CAUSES CURRENT TO FLOW FROM THE HEATER
FUSE TO THE HEATER RELAY (POINT SIDE) " A/C FUSE " TERMINAL 7 OF THE HEATER CONTROL SW (A/C SW). IF THE HEATER
CONTROL (A/C SW) IS THEN TURNED ON AT THIS TIME, A SIGNAL IS INPUT TO THE A/C AMPLIFIRE. THIS ACTIVATES THE A/C
AMPLIFIER AND A/C MAGNETIC CLUTCH RELAY SO THAT CURRENT FLOWS FROM THE GAUGE FUSE TO THE A/C MAGNETIC
CLUTCH RELAY (POINT SIDE) " A/C MAGNETIC CLUTCH, CAUSING THE COMPRESSOR TO OPERATE. THE VSV (FOR A/C IDLE±UP)
IS TURNED ON SIMULTANEOUSLY TO PREVENT A DECREASE IN ENGINE SPEED DUE TO A/C OPERATION.
HEATER RELAY
(4)5± (4)4 : CLOSED WITH THE IGNITION SW ON AND BLOWER SW ON
A/C MAGNETIC CLUTCH RELAY
(4)5± (4)3 : CLOSED WITH THE IGNITION SW ON AND BLOWER SW ON AND A/C SW ON
A 2 A/C DUAL PRESSURE SW
1±4 : OPEN WITH PRESSURE 2.1 KG/CM (30 PSI, 206 KPA) OR ABOVE 27 KG/CM (384 PSI, 2646 KPA)
B 5 BLOWER RESISTOR
6±2 : APPROX. 1.12 W
2±3 : APPROX. 0.5 W
3±1 : APPROX. 0.2 W
SYSTEM OUTLINE
SERVICE HINTS

253
*2 : 5S±FE *
1 : 1MZ±FE
5 5
55
1 2
IP1 8EC1 4
IP3 9
IP 3 4 I191
4
IR1 5IR16 IR14
471
4 913 14 12 224
1 W±R
L±W
W±R
W±L
L±Y
G B±Y LG±BB B
L±W(*
1)
GL±B(*
1)
B±W
L±Y
R±LR±L R±L
R±L
W±R
A/C DUAL
PRESSURE SW
A/C MAGNETIC
CLUTCH AND
LOCK SENSOR
A/C EVAPORATOR
TEMP. SENSOR
A/C MAGNETIC
CLUTCH RELAY
A/C AMPLIFIER
TO ENGINE CO NTRO L MO DULE
(
ENGINE AND E LECTRO NIC CO NTRO LLED
TRANSMISSION ECU)(
A/T)
OR ENGINE CONTROL MODULE
(
ENGINE ECU)(
M/T) FROM ENGINE CONTROL MODULE
(
ENGINE AND E LECTRO NIC CO NTRO LLED
TRANSMISSION ECU)(
A/T)
OR ENGINE CONTROL MODULE
(
ENGINE ECU)(
M/T)
IGNITER 2
15
8 104
4
5
W±B
W±BR±L
Y±G
R±B R±W
B
ON
OFF
A/C SW
A3
A1 1
A2
232 1
51
10A
A/C
TO RADIATOR FAN
RELAY NO. 3
(*
2) B±W
A10
I2 A1 2E6
B±W
(*
1)
(
*
2)
W±R
B±W(
*
2) W±L(
*
2)
6
B
(
*
1) B
(
*
2)
TAC
C14
COOLING FAN
ECU FACH
1B 1
1D 12

254
AIR CONDITIONING (LEVER CONTROL SW TYPE)
CURRENT ALWAYS FLOWS FROM THE HEATER FUSE TO TERMINAL 5 OF THE HEATER RELAY. WHEN THE IGNITION SW IS TURNED
ON, CURRENT FLOWS FROM GAUGE FUSE TO TERMINAL 2 OF THE AIR VENT MODE CONTROL SERVO MOTOR AND A/C MAGNETIC
CLUTCH RELAY (COIL SIDE) " TERMINAL 12 OF THE A/C AMPLIFIER, TERMINAL 1 OF THE A/C DUAL PRESSURE SW " TERMINAL 4
" TERMINAL 2 OF THE A/C AMPLIFIER, HEATER RELAY (COIL SIDE) " TERMINAL 3 OF THE BLOWER SW.
1. OPERATION OF AIR VENT MODE CONTROL SERVO MOTOR
WHEN THE DAMPER IS IN FACE POSITION AND THE BI±LEVEL OF THE AIR VENT MODE CONTROL SW IS THEN TURNED ON,
CURRENT FLOWS FROM TERMINAL 7 OF THE AIR VENT MODE CONTROL SW " TERMINAL 5 OF THE AIR VENT MODE CONTROL
SERVO MOTOR SO THAT A SIGNAL THAT THE GROUND CIRCUIT IS ACTIVATED IS INPUT TO TERMINAL ªBº OF THE CONTROL
CIRCUIT INSIDE THE AIR VENT MODE CONTROL SERVO MOTOR. SIMULTANEOUSLY, A SIGNAL THAT THE GROUND CIRCUIT IS NOT
ACTIVATED IS INPUT TO TERMINAL ªAº OF THE CONTROL CIRCUIT INSIDE THE SERVO MOTOR. THESE TWO SIGNALS ACTIVATE
THE CONTROL CIRCUIT SO THAT CURRENT FROM THE GAUGE FUSE TO THE SERVO MOTOR, CAUSING THE SERVO MOTOR TO
OPERATE AND THE DAMPER TO MOVE TO BI±LEVEL POSITION. WHEN THE DAMPER REACHES BI±LEVEL POSITION. A GROUND
CUT SIGNAL IS INPUT TO TERMINAL ªBº OF THE CONTROL CIRCUIT, THE CONTROL CIRCUIT OPERATES, THE SERVO MOTOR
STOPS ROTATING AND THE DAMPER STOPS AT BI±LEVEL.
WHEN ANOTHER MODE POSITION IS SWITCHED TO, INPUT OF SIGNALS TO TERMINAL ªAº AND TERMINAL ªBº OF THE CONTROL
CIRCUIT THAT GROUND IS NOT MADE (AS EXPLAINED ABOVE) ACTIVATES THE CONTROL CIRCUIT AND MOVES THE SERVO
MOTOR TO THE DESIRED POSITION.
2. AIR CONDITIONING OPERATION
WHEN THE BLOWER SW IS ON, CURRENT FLOWS THE GAUGE FUSE " HEATER RELAY (COIL SIDE) " TERMINAL 3 OF THE
BLOWER SW " TERMINAL 1 " GROUND, ACTIVATING THE HEATER RELAY. THIS CAUSES CURRENT TO FLOW FROM THE HEATER
FUSE TO THE HEATER RELAY (POINT SIDE) " A/C FUSE " TERMINAL 2 OF THE A/C SW. IF THE A/C SW IS THEN TURNED ON AT
THIS TIME. A SIGNAL IS INPUT TO THE A/C AMPLIFIER. THIS ACTIVATES THE A/C AMPLIFER AND A/C MAGNETIC CLUTCH RELAY SO
THAT CURRENT FLOWS FROM THE GAUGE FUSE TO THE A/C MAGNETIC CLUTCH RELAY (POINT SIDE) " A/C MAGNETIC CLUTCH.
CAUSING THE COMPRESSOR TO OPERATE. THE VSV (FOR A/C IDLE±UP) IS TURNED ON SIMULTANEOUSLY TO PREVENT A
DECREASE IN ENGINE SPEED DUE TO A/C OPERATION.
HEATER RELAY
(4)5± (4)4 : CLOSED WITH THE IGNITION SW ON AND BLOWER SW ON
A/C MAGNETIC CLUTCH RELAY
(5)5± (5)3 : CLOSED WITH THE IGNITION SW ON AND BLOWER SW ON AND A/C SW ON
A 2 A/C DUAL PRESSURE SW
1±4 : OPEN WITH PRESSURE 2.1 KG/CM (30 PSI, 206 KPA) OR ABOVE 27 KG/CM (384 PSI, 2646 KPA)
B 5 BLOWER RESISTOR
6±1 : APPROX. 3.17 W
6±3 : APPROX. 1.38 W
2±6 : APPROX. 0.38 W
: PARTS LOCATION
CODESEE PAGECODESEE PAGECODESEE PAGE
A 228 (1MZ±FE), 30 (5S±FE)A1732H 833
A 328 (1MZ±FE), 30 (5S±FE)B 432I 230 (5S±FE)
A1032B 532J 133
A1132B 632
A1232C1432
: RELAY BLOCKS
CODESEE PAGERELAY BLOCKS (RELAY BLOCK LOCATION)
425R/B NO. 4 (RIGHT KICK PANEL)
526R/B NO. 5 (ENGINE COMPARTMENT LEFT)
: JUNCTION BLOCK AND WIRE HARNESS CONNECTOR
CODESEE PAGEJUNCTION BLOCK AND WIRE HARNESS (CONNECTOR LOCATION)
1B20COWL WIRE AND J/B NO 1 (INSTRUMENT PANEL LEFT)1D20COWL WIRE AND J/B NO. 1 (INSTRUMENT PANEL LEFT)
SYSTEM OUTLINE
SERVICE HINTS

OVERALL ELECTRICAL WIRING DIAGRAM
1
234
2CAMRY
4ACC
IG1
ST1
IG2
ST2 AM1 2
7
9 10 AM2
21 4 5
2 1
E E
1C 113C 6 2G
2 1G 912C 6
1A 14
1E 11
2C 2F
3C 182C
3EF117 IP1
1EF116 IP1 1E 5
1A
1
B1M 1
1
L
A
B
B B
IG
S 10 IP38
31D 31D6 1G 8
1G 3
6
1A
3D 2 W
B±R B± O B±WB±Y W
W± R
B
B
B±W
B±R
B±RW± R
W WW
B±W
B±R B± R
W±B W±B
R
Y
B
L
W± R
W
B
YB±R
W±R
YB± WW
W± R
R± L W
R±L
WW± B
B±W
143212 4
IG
To Engine Cont rol Module
(
Engine and Electr onic
Contr olled Tr ans mis sion
ECU)
< 4±8>
To Engine Cont rol Module
(
Engine ECU)
< 5±4>
To Engine Cont rol Module
(
Engine and Electr onic
Contr olled Tr ans mis sion
ECU)
< 4±7>
To Engine Cont rol Module
(
Engine ECU)
< 5±4>
W
B±Y
W W±RB± W
Y I12
IGNITION SW10A
STARTER
40A
AM130A
AM2
FL MAI N
2. 0L
BATTERY
To Bulb Chec k Relay
C7
CLUTCH START SW(
M/T)
I3
IGNITION COIL
D2
DI STRI B UT OR
I2
IGNITER
C9
CHA RGE WA RNI NG LI GHT
[COMB. METER]7. 5A
IGN10A
GAUGE
To Day time Running
Light Relay(
Ma i n)
< 10±2> To Data Link Connec tor 1
(
Check Connec tor)
< 4±7> < 5±3>
To Ta cho me ter
B
1 A B BL ACKGENERATOR
(
ALTERNATOR) STARTER
B
(
Canada)
100A ALT
2IP3
B±O9
5 12
B
Instr ument panel
br ac e LHEC 2 1
Intake
ma n i f o l d
RH N1
NOI SE
FI LTER
W±B
W± R 5
6
Y
1
2
3
J1
JUNCTION
CONNECTORW± R
P
N61GB± WFrom Diode
(
f or Cruise Cont rol)
< 24±1>
123 BE (
M/T)
(
M/T)
(
A/T)(
A/T) 23C
B±W To Ci rcu i t
Opening Relay
<4±3><5±1>
B± R35 22H
7. 5A
ALT±S
EF 1 1 40A
MAIN
+B C±
IGF IGT IG± G2(
*1)
NE±(
*2) G±
G± G1
G+ NE
NE+ 5 1
1
B
P o w e r S o u r c e Starting and Ignition(
5S±FE)
Charging
P1
PARK/NEUTRAL
POSITION
SW(
NE UT RA L
START SW)
(
A/ T)
(
M/T) B
2
1
1B 1A
1C
1 A S 3 BLACKA (
1MZ± FE)
F1 0FUSE BOX
1
1 B (
5S±FE)
F1 0
C F16
S4
S3 A , S4 B
STARTER*1 : Califor nia
*2 : Ex. California
*3 : One Body Ass embly
Ex. California
G1 A , G2 B
GE NE RA TOR
(
AL TERNAT OR)
G1 G2 (
1MZ±FE)
(
5S±FE)
1243(
*1)
(
*2) FUSE BOXC F1 6 F1 0 A , B ,
B±W3B 20(
*3)

OVERALL ELECTRICAL WIRING DIAGRAM
5
678
3CAMRY(
Cont' d)
2 1
B D A D C CDD A D B C
D D C BAAAAAAADD AA ACCAAAAAA B
9II110 II 13
EE1 1EF1
2 1
2 1D BBABD BB B
BDCAA
1
1
IE Lef t
kick
panel 2 25 3 18241615263029122322 2322 12 1265678910 15 1413 2
13 11 5 1 20 5 14 14 20 14 315
16 28 4 325 2 3 411
A
A
A 3 113 1 7 32 22 21 8 9 BR G±W GR ± BB± OB BR B±WR±L
OX S HT S W FCIGT1
IGT2IGT3
IGT4IGT5
IGT6IGF
+B +B 1RSO
RS C SP 1EGR
ACIS #60 #50 #40 #30 #20 #10 KNKR KNKL
B± O
V1
VSV
(
for A/C Idle±Up) Fr om
STARTER
Fu se< 1± 2>
OX H T
(
SHIELDED)
H1 1
HEATED OXYGEN
SENSOR
(
Bank 1 Sens or 1)
E+B
OXR SDL STA TE2 TE1
ACVA/C
ACTNSW BATT THW (
SHI ELDED)
(
SHI EL DED)
(
SHI EL DED) WY GRL R G B± O G±R G±RR±LBRBR
BR B±O B±O 1
32
4
(
SHI ELDED)
V3
VSV(
for Fuel
Pressure Up) V4
VSV(
for
I ntake Cont rol)
HT
OX+B
E1 H9
HEATED
OXYGEN SENSOR
(
Bank 1 Sensor 2)Fr om Ignit er
<1±4>G± W W± B
ELS E1 EO1 EO3 E2 THA VG VG±
TACO
VCCVTA1
IDL1E2 STP THA VG NC2+B T1
THROTTL E
POSI TI ON
SENSORM6
MASS AIR FLOW
(
AI R FL OW METER)
Fr om Sto p
Light SW
<8±2><9±2>
A
A
AAA A
(
SHI ELDED) C18
CRANKSHAFT POSITI ON
SENSOR
K1
KNOCK SENSOR 2
K2
KNOCK SENSOR 1BR
BR
Engine Control(
1M Z±FE)
ENGINE CONTROL MODULE(
ENGI NE AND E LE CT RONI C CONTROL LE D TRANSMI S S I ON E CU) W± G
OXL HTLC B19 101 3 OX H T+B E2
H1 2
HEATED OXYGEN
SENSOR
(
Bank 2 Sens or 1)
4
C
HTR1
1C 8
1M 5 18 IP3
IP1
E4
ENGI NE COOL ANT T EMP.
SENSOR(
EFI WATER
TEMP. SENSOR)
E1
EGR GAS TEMP. SENSOR
To Cooling Fan ECU< 27±2>
To Tachomet er
NE
B G2 2+
C17
CAMSHAFT POSITION
SENSOR
(
SHIELDED)
B G22±
3 2 B NE ± 61G
1E 5
D6
DIODE
(
for Idle±Up)
Intake
ma n i f o l d
LHED 53D3C 5
J1
JUNCTION
CONNECTOR
12 IP3
1
EE12
EE14
EE1
A
1
2
V2
VSV(
for EGR)
I1
IDLE AIR CONTROL
VALVE(
I SC VAL VE)
IQ14
IQ15
IP316 II1 20
(
SHI EL DED) (
SHI EL DED)
BRBR
12
3D 3
3D BRSDL BATTSG CG1 112 4A
F 1
B±R
B±O
B±R
B±O
B
BR
W± B
B±W B±W
G± W
GR±B
W± L R± L
W V± R R±L R±L
R± L
L±B
(
SHI EL DED) (
SHIELDED)
R±L
D2 4
DA TA L I NK
CONNECTOR 3
W±LB±W LG±BB± Y
To A/C Aeplifier
< 35±4> < 36±5>
B±W B±WB±O
2
W± G
G± B
G± Y
F 2
THG
BBR
BR BR
BR
B±O
24
VG±C7
NC2±B4
W±L
Y± L L±B
R
R± B
W± BG±WBR B±Y L±R12 O6
O/ D D I RE CT
CLUTCH SPEED
SENSOR
(
SHI ELDED) (
SHI ELDED)
(
SHIELDED)(
SHI ELDED)
A34 16B± R G G From ' TAIL'
Fus e
<16±2><17±2>21 6 5 17
B±W
L
G R
G
B±W
L
G
BR BR
W±B
W±B
BR
BRW
WW
W
BR
BR
11
22
W± BWY GRL R
G R± YB±L B± R B±OB±O B±O
B±O A AA
J6
JUNCTION
CONNE CTORY± B G± B B±O B± OW±RG±RR±BL±B GR±BY± R W± GG±R G±RP± B B B
P±B
G±R
G±RB±O
B±OA
A
L±W
L
BR
W
W 11
J6
JUNCTION
CONNECTOR
J7
JUNCTION
CONNECTOR
(
Cont. next page)
B± O
L L
G
EO2
A
33W±B
W±B
8 2628 13
To Cooling Fan
ECU< 27±2>
To Cr ui se Con tro l
ECU< 24±2>
E7 A ,E10 D,E8 B ,E9 C*Malfunction Indicator Lamp(
Check Engine War ning Light) For the c onnect ors of t he parts listed below, s ee t he next page.
*Fuse Box
L±W
11 IM1D
V±Y
To Combinat ion
Meter < 33±2>
FPU
254
3B BR

1
234
35 CAM RY
4ACC
IG1
ST1
IG2
ST2 AM1 2
AM2
1 2
M
M 7IP3 3EF1
3IK1 2IK16IL1 4 5
3 1
244
1G 9
44
1E 1
44 44
4C
145678 C 42
1B 61G 3
1
2
II IG1 584
3 HIM2 M1
LO
I L1 IL1 IL1 I L1 IL1 IL1
178654 754321
DRI VE
CIRCUIT
2 1
3 5
55 55
1
1 5 2249IP3 4EC1 IR14
12
4IP3 5IR1
891310 14 12
4 54 7 1 2
1B 1
1D 12
1 8IP1 W
B± W B
B± W
W± B W± B
W± B L
L±B L±WB R±L B±YW
R± L
R± L
W± R
R± L
W± BW±B
B W± B W W BWW
W
L
R± L R± L R±L R± L L±W W± BL±O G
R± B
R±W
W± R
L±W
B±W(
*1)
W±R(
*2)
L±B(
*1)
B±W(
*2)
L±YB±W
R± L
R±L L±YL±W(
*1)
W± L(
*2) W±L LG±B
B± YW± B
G± W
R
L±B
B±Y
R± Y L±OL±B L±RL L±WW± B W± B
W± B
B B
G GY±GB
R±LR± L R±L B± Y
3
B±W
61 23
Y
I12
IGNITION SW
40A
AM1
B4
BLOWER MOTORHE ATE R
MA I N RE LA Y 40A
HEATER10A
GAUGE
J1
JUNCTION
CONNECTOR
A17
AIR VENT MODE
CONTROL SERVO MOTOR
B5
BL OWER RESI STOR
FL MAIN
2. 0L
BATTERY
Right kick panel Ins trument panel
brace LH B6
BLOWER SW
H8
AIR VENT MODE CONTROL SWFrom Engine Contr ol Module
(
Engine and Elect ronic
Controlled Transmission
ECU)
<3±6><4±6>
From Engine Contr ol Module
(
Engine ECU)
<5±3>A2
A/C DUAL
PRESSURE SW A10
A/C AMPLIFIER A1 2
A/ C SWA1 1
A/ C EVAPORATOR
TEMP. SENSOR
A3
A/C MAGNETIC CLUTCH
AND LOCK SENSOR
10A
A/C
A/C MAGNETIC
CLUTCH RELAY
B OF F
100A ALT2
1To Radiator Fan
Relay No. 3< 34±4>
CONTROL
CIRCUIT
W± R
B±W
B±W
OF F ON
4IK1
6IR1
FACE
BI ±
LEVEL
FOOT
FOOT/
DE F
DEF
IK11
From I gniter
< 2±3> B*1 : 1MZ± FE
*2: 5S±FE
Power
SourceAir Conditioning(
Lever Control SW Type)
1B 1A
1CF10 A ,B
F16 C,
FUSE BOXA (
*1)
F10
1
1 B (
*2)
F10
C F1 6 FUSE BOX
(
*1)
(
*2)
(
*2) (
*1)