OPERATOR’S MANUAL
with Maintenance Information
Schematic
67
006 R
D
(16)
211
A
WH
(2
0)
212
A
WH
(2
0)
GN
(2
0)
YE(
20
)
YE(
18
)
G
N
(18)
211
A YE(
20
)
212A
G
N
(2
0)
206B BN
(2
0)
GN
D
7 BK(
16)
206C
W
H
(2
0)
005A R
D
(16)
R
D
(1
8)
BN
/R
D
(16
)
005B R
D
(16)
WH
(18)
BN
/WH
(16)
BN
/BU
(1
6)
BU
(1
8)
GN
D
10 BK(
16
)
0
04D
R
D
(16)
106A G
N
/YE(
16
)
108
A
BN
/YE(
16
)
211C
W
H
(2
0)
201
A
WH
(2
0)
202
A
WH
(2
0)
205
A
WH
(2
0)
206
A
WH
(2
0)
207
A
WH
(2
0)
210
A
WH
(2
0)
201
B
WH
(2
0)
202
B
WH
(2
0)
203
B
WH
(2
0)
204
B
WH
(2
0)
205
B
WH
(2
0)
206
B
WH
(2
0)
208
B
WH
(2
0)
209
B
WH
(2
0)
211
B
WH
(2
0)
201C
W
H
(2
0)
202C
W
H
(2
0)
203C
W
H
(2
0)
205C
W
H
(2
0)
206C
W
H
(2
0)
207C
W
H
(2
0)
209C
W
H
(2
0)
212C
W
H
(2
0)
21
1C
R
D
(14)
1A
2A
ECU
J2
1A
2A
J1
3A
4A
5A
6A
7A
8A
9A
10
A
11
A
12
A
1B
2B
3B
4B
5B
6B
7B
8B
9B
10
B
11
B
12
B
1C
2C
3C
4C
5C
6C
7C
8C
9C
10
C
11
C
12
C
3A
4A
5A
6A
7A
8A
9A
10
A
11
A
12
A
1B
2B
3B
4B
5B
6B
7B
8B
9B
10
B
11
B
12
B
1C
2C
3C
4C
5C
6C
7C
8C
9C
10C
11C
12C
H3
+
-
6
7
(G
a)
(G
b
)
8
1
(F
a)
9
10
(Va
)
(V
b)
2
(A)
3
4
5
(b
)
11
(A
D
)
13
(J)
(D
a)
12
(D
b)
(I
)
(W
)
(X)
SQ1
SQ2
SQ3
SQ4
SQ5
SQ6
SA1
1
0
2
SQ7
14
TI
LT
1
ASA1
LS1
12
13
M2
HL
2
SB2
SB1
(SV
1)
(Ma
)
(Mb
)
(SV
2)
(C
)
(a
)
H1
RS1
FS
1
HM
B1
B
4
2
3
1
FU2 3
5A
001B R
D
(1
2)
101
A BK(
20
)
102
A BK(
20
)
103
A BK(
20
)
104
A BK(
20
)
105
A BK(
20
)
106
A BK(
20
)
107
A BK(
20
)
108
A BK(
20
)
110
A BK(
20
)
111
A BK(
20
)
112
A BK(
20
)
102
B BK(
20
)
103
B BK(
20
)
104
B BK(
20
)
101
C
BK(
20
)
105
B BK(
20
)
106
B BK(
20
)
107
B BK(
20
)
109
B BK(
20
)
110
B BK(
20
)
111
B BK(
20
)
102
C
BK(
20
)
103
C
BK(
20
)
104
C
BK(
20
)
105
C
BK(
20
)
106
C
BK(
20
)
24
24
24
24
=
24 Po
si
tion S
IB
A
S
Con
n
ec
tor
CT
4
GN
D
15 BK(
20
)
GN
D
11 BK(
14)
20
9
C
-1 R
D
(12
)
GN
D
12 BK(
16
)
20
9
C
-1 R
D
(12
)
003 RD
(12
)
KA1
KA3
GN
D
12 BK
(1
6
)
003 R
D
(1
2)
0
01A-
3
R
D
/B
U
(16)
0
05 R
D
/B
U
(1
6)
211
B
-1
WH
/VT
(16
)
00
5A R
D
/B
U
(16)
GN
D
12 BK(
16)
00
5B BU
/VT
(16
)
004B R
D
/BU
(1
6)
004B R
D
(1
4)
RD
(2
0)
R
D
(20)
201B B
U
(2
0)
GN
D
6 B
K
(1
6)
2
03B Y
E
(20)
WH
(20
)
WH
(20
)
GN
D
10 BK(
16
)
101A GN
/R
D
(1
6
)
10
2A GN
/WH
(16
)
BK
(1
6)
103A
G
N
/B
U
(16)
104A
B
N
/R
D
(1
6
)
1
07A R
D
+YE
(16)
106B BU
/WH
(1
6
)
107B
B
U
/R
D
(1
6
)
103B
R
D
/WH
(1
6
)
110A BN
/BU
(1
6
)
1
05A GN
/VT
(16
)
23
106
C
B
K
(20)
109B
B
U
/B
N
(16)
110
B
WH
/BU
1
6)
105B
B
U
/G
N
(16)
11
1B
V
T
/YE1
6)
BK(
20
)
WH
(2
0)
2
102
B BN
/BK(
16
)
104
B WH
/B
K(
16)
KA
P
11
004D
R
D
/BU
(1
6)
24
4
14
15
16
17
19
18
1
3
5
13
14
11
16
KA2
20
5
B
G
N
(2
0)
2
2
1
1
206
A BK(
20
)
202
A BK(
20
)
201
A BK(
20
)
GN
D
12 BK(
16)
GN
D
3 B
K
(1
2)
GN
D
4 B
K
(1
2)
004E W
H
(20)
004F
R
D
(16)
GN
D
13 BK(
20)
10
1C
BK(
20
)
10
3C
BK(
20
)
10
5C
BK(
20
)
20
7A B
K
(2
0)
10
2
C
B
U
(2
0)
10
4
C
B
U
(2
0)
111
A
BN
/GY(
16
)
112A BN
/GN
(1
6
)
FU1 2
0A
001A R
D
(1
2)
GN
D
1 BK(
12)
GN
D
2 BK(
12)
GN
D
9 B
K
(12)
GN
D
8 B
K
(1
6)
211B
-1
R
D
(16
)
HL
1
001A R
D
(12
)
001B R
D
(12
)
BK(
20
)
WH
(2
0)
BK(
20
)
WH
(2
0)
BK(
20
)
WH
(2
0)
BK
(1
6
)
BK
(1
6
)
BK
(1
6
)
BK
(1
6
)
BK(
16
)
BK
(1
6)
BK
(1
6)
BK
(1
6)
BK
(1
6)
BK
(1
6)
BK
(1
6)
BK
(1
6)
BK
(1
6)
BK
(1
6)
BK
(1
6)
BK
(1
6)
BK
(1
6)
BK
(1
6)
BK(
20
)
BK
(2
0)
RD
(2
0
)
BD
(2
0)
WH
(20)
2
1
K87
B
N
/YE(
16
)
211C W
H(2
0)
GN
D
13 BK(
14)
004E
R
D
/BU
(1
6
)
00
4F
R
D
/BU
(14
)
00
1A-1 R
D(12)
0
01
A
-2
RD
(12
)
207
B
WH
(2
0)
17
K31
B
N
/YE(
16
)
0
05 R
D
/B
U
(1
6)
KN
1
SQ8
108
C
BK(
20
)
8
16
15
17
18
19
3
4
1
2
5
2
1
3
4
004G R
D
(16
)
0
04
G R
D
/B
U
(14
)
GN
D
14 BK(
20)
GN
D
14 BK(
14)
6
0
04
A
RD/
B
U(1
6)
004A R
D
(16)
004A R
D
/BU
(1
6)
8
7
9
10
12
004C
R
D
(16
)
0
04C
R
D
/B
U
(16
)
15
GN
D
5 B
K
(1
6)
18
20
21
6
7
8
9
10
15
16
17
18
19
20
GN
D
6
B
K
(1
6)
GN
D
7
BK(
16
)
GN
D
8
BK(
1
6)
GN
D
9
B
K
(1
2)
GN
D
11 BK
(1
6)
62
(C
1)
108
B BK(
20
)
108B GN
/WH
(1
6
)
BK
(1
6)
22
H2
E1
S
teer
Rig
ht
V
a.
S
teer
Lef
t V
a.
Ri
se
V
a.
B
rak
e V
a.
Pla
tfo
rm
Exte
nd
V
a.
Pl
at
fo
rm
R
etr
ac
t V
a.
Om
nidi
rec
tio
na
l V
a.
F
orw
ar
d V
a.
B
ac
kw
ard V
a.
R
F
S
tabi
lizer
V
a.
S
tabili
ze
r E
xt
end
V
a.
S
tabili
ze
r R
et
ract
V
a.
LF S
tab
iliz
er
V
a.
LR S
tabili
zer
V
a.
R
R
Stabiliz
er
V
a.
R
F
St
a
biliz
er
Lim
it Sw
.
R
R
S
tabil
iz
er Lim
it S
w
.
LF Stabiliz
e
r L
im
it S
w
.
Lif
t Do
wn Li
m
it
Check
S
w
.
T
e
m
per
at
ur
e S
w
.
Li
ft U
p Lim
it
S
w
.
Li
ft
Do
wn Li
m
it Sw.
Ke
y Sw
itc
h
S
i.
1
2M
Li
mit Sw
.
LR
St
a
biliz
er
Lim
it
S
w
.
P
o
wer
N
egat
ive
P
o
wer
N
egat
ive
P
o
wer
N
egat
ive
P
o
wer
N
egat
ive
E
ngin
e S
peed
LF
S
tabli
zer
Dr
iv
e Sp
ee
d
LED
LR
S
ta
bl
izer
Sta
rt/
St
op
RF
S
tabli
ze
r
P
reheat
Horn
RR
S
tabli
ze
r
S
tab
liz
er
s
Lif
t E
nab
le
Dr
iv
e E
nabl
e
B
uzze
r
E
m
er
gen
cy
S
top
S
w
itch
Ke
y Sw
itc
h
E
m
er
gen
cy
S
top
Swit
ch
Po
we
r P
ost
iv
e
Po
we
r P
ost
iv
e
Po
we
r P
ost
iv
e
Ho
rn
A
n
gle S
ensor
P
res
su
re
S
ensor
P
res
su
re
S
ensor
E
n
gine S
tart
S
i.
E
n
gine S
top Rel
ay
Y Axis
S
i.
X
Ax
is
Si
.
Po
we
r P
ost
iv
e
Po
wer
Re
la
y
E
ngine
S
top
Rela
y
H
our
M
et
ter
F
unc
tion
E
nabl
e
Jo
ys
tick
PC
U
Li
ft
U
p
L
imi
t S
w
itc
h
Li
ft
D
o
w
n Li
m
it S
w
itc
h
1
2M Li
mi
t S
w
itc
hl
A
ngl
e
S
en
sor
P
re
ss
ur
e Sens
or
T
ilt
Sens
or
Y A
xi
s Si
gna
l
X A
xi
s Si
gna
l
Hor
n
Fa
n
B
eac
on
B
ea
con
Bu
zz
er
F
an Rel
ay
Hor
n
R
el
ay
=
24
Positi
o
n
S
IBA
S C
onnector
C
T
3
=
24 Po
si
tion S
IB
A
S
Con
n
ec
tor
CT
2
=
24
Positi
o
n
S
IBA
S C
onnector
C
T
1
=
62 Po
si
tion
E
gnine
Conne
cto
r LO
C
Be
ac
on
Fa
n
CA
NH
CA
NL
CA
NH
CA
NL
P
ro
por
tional V
a.
Br
ake
Val
ve
O
m
n
id
ire
ct
ional
Val
ve
S
teer
Ri
ght
Val
ve
S
tee
r Left V
al
ve
Ri
se
V
al
ve
P
lat
for
m
E
xtend
Val
ve
P
latf
or
m
R
etr
ac
t Val
ve
Fo
rw
ar
d
V
alv
e
B
ac
kw
ar
d V
al
ve
P
ro
por
tiona
l Val
ve
RF
S
tabi
liz
er
Va
lv
e
St
ab
ili
ze
r Ex
te
nd
V
al
ve
St
a
bil
iz
er
R
e
tr
ac
t Va
lve
L
F
S
ta
bi
lize
r Va
lve
LR S
tab
ili
ze
r Val
ve
R
R
St
ab
iliz
er
V
al
ve
T
emper
a
tur
e
S
w
itc
h
RF
S
tabi
liz
er
Li
mi
t Swi
tc
h
R
R
St
ab
iliz
er
L
im
it S
w
itch
LF
S
ta
b
ili
ze
r L
im
it Sw
itc
h
L
R
St
ab
iliz
er
L
im
it S
w
itch
Em
er
ge
nc
y D
ro
p
Sw
itch
Lift
Down Limi
t
Check S
witc
h
E
n
gine M
ag
net
iz
ing
S
ig
nal
LED
Li
ft
U
p
Li
ft
D
ow
n
P
reh
ea
t
St
art/S
top
Eng
ine
Sp
ee
d
Fu
nc
tion
En
ab
le
Os
ci
llat
ion A
xl
e
Loc
ko
ut
V
a.
O
sc
ill
a
tio
n
Ax
le
lo
ck
ou
t V
alve
Va
ria
b
le
V
a.
V
ar
iabl
e V
al
ve
St
abili
zer
Cyl
in
de
r de
sc
en
d V
a.
Cy
linde
r Des
cend
Val
ve
Tr
ans
ition
Valv
e Gro
up
F
nc
tio
n V
al
ve Gro
up
Dr
iv
e Pu
mp
Fr
o
nt Axle
M
ed
ia
n
S
w
.
Rea
r A
xle M
edia
n
S
w
.
F
ront
Ax
le
Medi
an
S
w
itc
h
Rear
Ax
le
Medi
a
n Sw
itc
h
C
ra
b dr
ive
V
a.
C
ra
b W
alk
Va
lve
D
iffe
re
nt
ia
l
V
a.
D
iff
er
en
tial
V
al
ve
Summary of Contents for JCPT2223RTA
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