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Cont. next page) 5 camry (cont’ d) – TOYOTA 2005 CAMRY User Manual

Page 197

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2005

CAMR

Y (EWD586U)

M

SB

B–
O

9 A

IGSW

2G

20

8 2G

B–
O

5 2P

12 IF4

B–
O

B–
O

F

I

B

5 2O

1

SB

B–
W

2

E

11

12

10

9

(Cont. next page)

5 CAMRY (Cont’ d)

A

B

J

B–W

27 E

1

2

B–
R

A

A

L

4

H 7

D

OX2B

33 D

HT2B

B–
W

CCV

D

B–
W

B

B–
R

A1A–

D

30

BR

A1A+

D

22

4

3

1

2

5

B–
W

A

ir F

u

el

R
a

tio

S

e

ns
or

(B

a

n

k 1

S

ens

or

1

)

A 9

HA1A

B–
R

3

1

OX1B

(*5
)

B

B–
W

D

Y

4

L–R

B–W

B–W

B–W

14 E

Y–
G

29

1

25

W

3

(*5
)

HT1B

D

H 6

H

e

at

e

d

O
xy

g

en
S

e

ns
or

(B

ank

1 S

e

ns

o

r 2

)

E1

BR

19 E

THW

THA

ACIS

B–
W

E

20

29 E

E2G

VG

E

30

E2G

1

2

R–
Y

E

J

15

B–W

BR

In

je

cto

r N
o

. 6

B–W

BR

BR

A

I

* 5 : Shielded

BR

E n g in e C o n tro l (1 M Z – F E , 3 M Z – F E )

C

2

1

2

E 6(A), E 7(B), E 8(C), E 9(D), E10(E)

Engine Control Module

1

BR

* 6 : 1MZ–FE

2

B–
W

1

3

VG

+B

5

BR

E2

4

THA

2

1

C

B–W

B–O

D

28 E

E2

E

n

gi

ne
C
ool
an
t T

e

m

p

. S
e

n

so

r

E 4

Ma
ss

A

ir F

lo

w

Me
te

r

M 1

BR

BR

R

L–
W

L–B

G–
B

BR

A

BR

BR

B–O

D

BR

N

BR

H

IL2

16

15 A

BR

EOM

BR

A

BR

BR

F

B–R

B–R

B–
R

B–
R

B–
R

B–R

2

1

2

1

2

1

2

1

W

1 E

# 10

2 E

# 20

3 E

#30

4 E

#40

R

Y

In

je

cto

r N
o

. 1

I 7

In

je

cto

r N
o

. 2

I 8

In

je

cto

r N
o

. 3

I 9

In

je

cto

r N
o

. 4

I1

0

4 IL1

B–R

B–R

11 IL1

L

LL

BR

IF4

4

BR

A

BR

A

BR

B–
W

BR

21

W

BR

(*5
)

ACI1

2

* 3 : Automatic A/C

B

SB

B–
R

E

BR

BR

Junction Connector

J 1

BR

A

BR

34 E

PRG

LG

1

2

AICV

1

B

6 B

+BM

L–
R

B–R

E

D

H

B

K

B–
W

B

W

A2A–

D

31

O

A2A+

D

23

4

3

1

2

4

B–
R

A

ir F

u

el

R
a

tio

S

e

ns
or

(B

a

n

k 2

S

ens

or

1

)

A1
0

HA2A

(*5
)

BR

ACM

B–
W

1

2

B–
L

C

6

B–W

B–R

B–
R

B–
R

2

1

2

1

G

5 E

#50

3 D

#60

R–
L

In

je

cto

r N
o

. 5

I1

1

H

e

at

e

d

O
xy

g

en
S

e

ns
or

(B

ank

2 S

e

ns

o

r 2

)

I1

2

B–R

A

M

BR

O

BR

BR

BR

A

B–W

BR

A

B

31 E

VTA2

21 E

VTA1

18 E

VC

Y

T

h

ro

ttle

C

o

n

tro

l M
o

to

r

T1
2

BR

B–
R

LG

Y

6

4

5

3

G

Y

L

Cl

o

c

k

<

2

6–
3>

B–
R

Cl

o

ck

<

2

6

–3>

E1

+B

E1

+B

HT

OX

HT

OX

V 6

V

SV

(EV
AP
)

V1
4

V

SV

(A

C

IS

N
o

. 2
)

V1
5

V

SV

(AC
M

)

V1
3

V

SV

(A

C

IS

N
o

. 1
)

B–W

M–

C

2

3 C

M+

17 C

GE01

B

W

(*5
)

W

33

2

V

SV

(AIC

V

)

V 3

(*3
)

(*3)

(*3
)(

*3

)

SB

C

W

K

L

A

A

BR

BR

G

B–R

IL1

5

L

(*6
)(

*6
)

W

VS
V

(C

a

nis
ter

C
los
ed
V

a

lv

e

)

V 4

IC2

L

V

(*1
)

L

(*2
)

1

(*6)

118 3B

3B

98

3B

78

3B

128

* 2 : TMMK Made

* 1 : TMC Made

E2

M+

M–

VTA2

VTA1

VC

T

h

ro

ttle

P

o

sit

ion
S

e

ns
or

+B

HT

AF–

AF+

+B

HT

AF–

AF+