Page 37
XX69RT Series - Service & Parts Manual
November 2022
Section 7 - Schematics
Electrical Schematic, XX69RT
ART_6008
ILLUSTRATION No.
θ
θ
1
3
2
4
P
1
2
3
4
5
6
GN
/W
H
(16
)
G
B1
Po
w
er
S
w
itc
h
SB
1
QF1
35
A
K
e
y Sw
itc
h
Groun
d
KA
1
E-
St
op
Sw
it
ch
S
B2
QF
2
30
A
Em
ergen
c
y C
on
tro
l Sw
itch
Ou
t
Em
ergen
c
y C
on
tro
l Sw
itch
In
Li
ft
Dow
n
L
im
it
Sw
itc
h
L
ift
Up
L
im
it
S
w
itc
h
Ke
y
S
w
it
ch
Le
ft
O
s
c
illat
e Li
m
it S
w
itch
2
LR
S
ta
b
ili
z
er
Li
m
it
S
wi
tc
h
Ri
gh
t O
sc
ill
a
te
L
im
it Sw
it
c
h
2
GN
D
CAN-
H
CAN-
L
A
ng
le S
enso
r
A
ng
le S
ensor
GN
D
P
re
s
sure
S
en
s
or
1
P
re
s
sure
S
en
s
or
GN
D
P
re
s
sure
S
en
s
or
2
Y Ax
is
E
ng
ine
St
ar
t
Ign
itio
n
Th
ro
tt
le
Hor
n
Al
ar
m
P
ower
Pl
a
tf
or
m
P
ower
P
ow
er
Pr
e
hea
t
X A
x
is
GN
D
B
eac
on
P
ower
St
e
er
Ri
gh
t
Va
lv
e
St
ee
r
L
e
ft
V
a
lv
e
L
ift
Up
V
a
lv
e
B
rake
V
al
v
e
Forwa
rd
V
a
lve
Re
ve
rse
V
a
lv
e
O
s
c
illat
e Le
ft V
al
v
e
Osc
illa
te
R
igh
t
Va
lv
e
L
ift
Down
Val
ve
2 S
pe
e
d V
al
v
e
V
al
v
e 2
Fron
t M
o
to
rs
I
s
o
lat
e V
al
v
e
P
ropor
ti
ona
l V
a
lve
RF
S
tab
ili
z
er
V
a
lv
e
Ou
tr
igg
er E
x
tend
V
a
lve
O
u
tr
ig
g
e
r Re
tr
a
c
t Va
lv
e
Va
lv
e
1
LF
S
tab
ili
z
er
Va
lv
e
LR
St
ab
iliz
er
V
a
lve
RR
St
ab
iliz
er V
al
v
e
O
sc
ill
a
te
f
lo
a
t
Va
lv
e
RF
S
tab
ili
z
er
L
im
it
S
W
.
RR
St
ab
ili
z
er
Li
m
it
S
W
.
Le
ft
Os
c
illat
e Li
m
it
S
wi
tc
h
1
L
F S
tab
iliz
er
L
im
it SW
.
R
ig
h
t O
sc
ill
a
te
L
im
it Sw
it
c
h
1
E
ng
ine
Ru
n
Te
m
pera
ture
S
ens
or
O
il P
re
s
sure
S
ens
or
1A
2A
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
Groun
d
CA
N-
H
+12
V
+12
V
CA
N-
L
0
01-
2 R
D
(14
)
0
01-
1 R
D
(14
)
001
A
RD
(1
2)
001A BU(18)
0
02
RD
/BU
(18
)
02
0A
B
U
/RD
(1
8)
0
01
B R
D
(14
)
02
0
RD/
B
U(
18
)
G
ND
20
WH
(18
)
211
A G
N
/YE
(18
)
02
0A
BU/RD
(1
8)
020
RD
/B
U
(18
)
212
A G
N
/RD
(1
8)
WH(
20
)
YE
(20
)
GN(
20
)
RD
(2
0)
BU
(20
)
2
01
A B
U
(20
)
2
02
A G
N
(20
)
2
03
A R
D
(18
)
2
04
A R
D
(18
)
2
05A
GN/
V
T
(1
6)
2
06
A G
N
(20
)
2
07
A G
N
(20
)
2
08
A G
N
(20
)
21
0A
GN/
VT
(18
)
21
1A
GN/
YE
(18
)
21
2A
GN/RD(
18
)
20
1
B
WH+G
N(
20
)
20
2B
BK
(20
)
20
3B
G
N
(20
)
20
4B
BK
(20
)
20
5B
W
H
(2
0)
20
6
B
G
N(
20
)
20
7B
GN/
VT
(18
)
20
8B
GN/
VT
(18
)
21
0B
B
N
/GN(1
8)
21
1B
GN/
VT
(18
)
21
2B
RD
(20
)
20
1C
GN/
V
T(
18
)
202
C
GN
/V
T
(18
)
203
C
GN
/V
T
(18
)
204
C
GN
/V
T
(18
)
206
C
WH(
20
)
207
C
GN
/V
T
(18
)
2
11
C
YE
(20
)
21
2C
GN/
V
T
(16
)
10
1A
B
N
/GN
(1
8)
10
2A
B
N
/B
U
(18
)
1
03
A
V
T
/Y
E
(18
)
10
4A
B
U
/W
H
(18
)
10
5A
RD
/BU
(1
8)
10
6A
B
U
/RD
(1
8)
10
7A
G
N
/Y
E
(18
)
10
8A
B
U
/GN
(1
8)
1
0
9
A
WH(
20
)
11
0A
B
U
/B
N
(18
)
11
1A
B
N
/W
H
(18
)
11
2A
B
N
/GN
(1
8)
1
0
3
B
GN
/V
T
(18
)
10
5B
RD
(20
)
1
0
6
B
GN
/R
D
(18
)
1
0
7
B
GN
/V
T
(18
)
10
8B
B
N
/W
H
(18
)
10
9B
R
D
(20
)
1
0B
RD
(20
)
11
1B
RD
(20
)
11
2B
RD/
WH(
1
8
)
10
1C
GN
(20
)
10
3C
GN
(20
)
1
0
4
C B
U(
18
)
10
5C
GN
(20
)
1
0
6
C B
U(
20
)
107
C
VT
/G
N(
18
)
10
8C
V
T
/Y
E
(18
)
1
09
C
BN
/Y
E(
1
8
)
L
ED
Fun
c
ti
on
E
nab
le
Li
ft
Up S
W
.
L
ift
D
ow
n S
W
.
Pr
e
hea
t
E
n
gi
ne
S
pee
d
J1
St
ar
t
J2
EC
U
G
N
D
5 B
K
(20
)
1
2
3
4
5
6
1
2
3
4
5
6
003
RD
(14
)
OG
(16
)
BK
(16
)
RD
(16
)
BU
(1
6)
YE
(16
)
S
B3
Groun
d
Po
we
r
CAN_
H
CAN_
L
HA
2
Al
ar
m
+
-
J3
1
2
3
4
5
J4
1
2
3
4
E
ng
in
e
S
pee
d
LF
S
tab
ili
ze
r
LR S
tab
ili
ze
r
Dr
iv
e
Sp
ee
d
RF
S
ta
b
ili
ze
r
Pr
ehea
t
R
R S
tab
ili
ze
r
S
ta
b
ili
ze
rs
Ho
rn
L
ift E
nab
le
Dr
ive
E
na
b
le
Fu
n
c
tion
E
na
bl
e
Joys
ti
ck
LE
D
PC
U
La
m
p(Op
ti
on
)
2
1
R
D(
20
)
GN
D9
GN(20
)
BK
(16
)
RD
(16
)
H
A1
R
D(
20
)
RD
(20
)
BU
(2
0)
BU
(2
0)
H
L1
H
L2
B
eaco
n
B
eaco
n
H
our
Me
te
r
2
1
HM
2
08
B4
W
H
(20
)
1
01
A
B
N
/GN
(18
)
1
02
A B
N
/BU
(1
8
)
1
03
A V
T
/YE
(18
)
1
04
A
B
U/
WH(
1
8
)
1
05
A
RD/
B
U(
18
)
1
06
A B
U
/RD
(18
)
1
07
A G
N
/YE
(18
)
1
08
A
B
U
/GN
(18
)
1
10
A B
U
/BN
(1
8
)
1
11
A
B
N/
WH(
1
8
)
1
12
A
B
N
/GN
(18
)
105
B
RD
(2
0)
106
B G
N
/RD
(18
)
107
B G
N
/VT
(18
)
108
B BN
/W
H
(18
)
109
B
RD
(20
)
10
B
RD
(20
)
111
B
RD
(2
0)
112
B
RD/
WH
(18
)
101
C
G
N(
20
)
1
03
B
GN/
V
T
(18
)
B
U(
20
)
GN
(20
)
BU
(20
)
BU
(2
0)
GN(2
0)
GN(
20)
RD
(2
0)
YE
(20
)
RD
(2
0)
RD
(2
0)
YE
(20
)
YE
(20
)
2
4V
+
9 R
D
(20
)
24
V
+
1
0 W
H
(20
)
24
V
+
1
1
RD
(20
)
24
V
+
1
3
RD
(20
)
24
V
+
1
2 Y
E
(20
)
24
V
+
1
4 Y
E
(20
)
L
ift
U
p Li
m
it
S
wi
tc
h
Li
ft
Down
L
im
it Sw
itc
h
L
ift
Down
L
im
it
S
w
itc
h
Le
ft
O
s
c
illa
te Li
m
it
Sw
itch
1
Ri
gh
t O
sc
ill
a
te
L
im
it Sw
it
c
h
1
Le
ft Osc
ill
at
e Li
m
it
S
wi
tc
h
2
Ri
gh
t
Os
c
illa
te
L
imi
t S
w
it
ch
2
AS
A1
L
S1
GN(
20
)
WH
(20
)
BK
(22
)
GN(2
2)
BK
(22
)
WH(
22
)
RD
(22
)
RD
(22
)
24
V+
1
RD
(2
0)
2
4V
+
2 R
D
(20
)
2
1
4
3
2
1
3
2
1
3
4
YE
(20
)
BK
(20
)
WH
(20
)
RD
(20
)
TI
LT1
TI
L
T
X Ax
is
Y
Ax
is
KA
5
2
4V
+
3 R
D
(20
)
GND8
B
U
(2
0
)
211
B1
YE
(20
)
R
D(
22
)
GND
2
BK
(20
)
211
B G
N
/VT
(18
)
001
B
RD
(1
4)
R
D(
18
)
R
D(
18
)
R
D(
18
)
R
D(
18
)
GN(18
)
GN
(18
)
GN
(18
)
BK
(16
)
BK
(16
)
BK
(16
)
BK
(16
)
BK
(1
6)
BK
(16
)
BK
(16
)
BK
(16
)
BK
(16
)
BK
(16
)
B
K
(16
)
BK
(16
)
BK
(16
)
BK
(16
)
BK
(16
)
BK
(16
)
BK
(20
)
B
N/
B
U(
1
6
)
BN/RD
(1
6)
GN
/Y
E
(1
6
)
WH/
V
T
(1
6
)
RD/BU
(16
)
BU/RD
(16
)
BU
/WH
(16
)
WH/
B
K(
1
6
)
109
A W
H
(1
8)
O
il
P
re
ss
ur
e
Te
m
pera
ture
S
ens
or
Fue
l
S
ol
eno
id
P
rehea
t
15
A
FU
1
Th
ro
tt
le
S
ol
eno
id
Th
ro
tt
le
Re
lay
Pr
ehea
t
Re
lay
St
ar
ter
R
e
la
y
Al
te
rna
to
r
St
a
rt
er
HA3
GN
/B
U
(16
)
BN
/YE
(16
)
RD/WH
(16
)
BN
/W
H(
16
)
BN
/B
K
(1
6)
St
e
e
r R
igh
t Va
lv
e
St
e
er L
e
ft
V
alv
e
Li
ft U
p
V
al
v
e
Br
ak
e Va
lv
e
F
o
rw
ar
d Va
lv
e
Rev
e
rs
e V
a
lv
e
O
sci
llat
e
Le
ft Va
lv
e
O
s
c
. Ri
gh
t Va
lv
e
L
ift
D
ow
n
V
al
v
e
2 S
pe
ed
Va
lv
e
Va
lve
2
F
ron
t M
o
tor
s E
na
b
le
V
a
lv
e
Pr
op
or
ti
o
na
l V
al
ve
O
u
tri
gg
e
r Ex
ten
d V
al
v
e
Out
rig
ge
r R
e
tr
ac
t V
al
v
e
Va
lv
e 1
O
sc
illa
te
F
loat
Va
lv
e
G
ND
3
BK
(14
)
G
ND
7
BK
(14
)
G
ND
3
BK
(14
)
GND
11
B
K
(2
0)
G
ND
7
BK
(14
)
G
ND
3
BK
(14
)
G
ND
7
BK
(14
)
GND
3
BK
(14
)
GND1
0
B
K
(1
4
)
GND
4
BK
(18
)
0
02
A1
RD
(14
)
0
02
A2
RD
(14
)
GND1
8
B
K
(1
4
)
00
2-3
RD
(12
)
002
-1
RD
(1
4)
002
-2
RD
(14
)
T1
RD
(18
)
208B3 WH(20)
Hy
d O
il H
ig
h
Te
m
p S
w
itch
K
A4
35
A
QF
3
Fa
n
Fa
n
M2
M3
GND13 BU(20)
GND12 BU(20)
GND14 BU(20)
GND15 BU(20)
24V+7 YE(20)
24V+6 YE(20)
24V+8 YE(20)
24V+5 YE(20)
BU(18)
BU(18)
BU(18)
BU(18)
YE(18)
YE(18)
YE(18)
YE(18)
BN(16)
BN(16)
BN(16)
BN(16)
BU(16)
BU(16)
BU(16)
BU(16)
1
2
1
2
1
2
1
2
RD(18)
RD(18)
RD(18)
RD(18)
YV19(SV3)
YV18(SV2)
YV20(SV4)
YV21(SV5)
RF Stabilizer Valve
LF Stabilizer Valve
LR Stabilizer Valve
RR Stabilizer Valve
LR Stabilizer Limit Switch
RF Stabilizer Limit Switch
RR Stabilizer Limit Switch
LF Stabilizer Limit Switch
S
Q
3
S
Q
2
SQ
1
S
Q
4
BN/BU(16)
RD(13)
GN/BU(16)
BK(2)
BK(13)
BK(2)
RD(2)
G1
B-
B+
B
M1
S
YA
1
208
B
1 GN
/RD
(18
)
O
+
RD(
14
)
0
01
B
RD
(14
)
WH(
14
)
BK
(1
4)
207B1 GN(14)
O-
B
K
(1
4)
BN/GY(16)
RD(14)
001B RD(14)
204C1 YE(14)
204C GN/VT(18)
208B1 GN/RD(18)
VT/YE(16)
BN/YE(16)
207B GN/VT
1A
2A
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
SA
1
Powe
r
Re
lay
B
a
tt
er
y
12V
DC
SQ
5
S
Q6
SQ
1
2
S
Q9
SQ
1
0
SQ
7
SQ
1
1
E-
S
top
Sw
it
ch
A
ng
le S
enso
r
Pr
essu
re S
enso
r
Al
ar
m
TI
LT
S
enso
r
Ho
rn
R
e
la
y
H
or
n
KA
3
K
A7
KA
6
Fan
R
e
la
y
E
V2
E
V1
S
ta
rt
YV
1
3(
S
1a
)
YV
1
4(
S
1b
)
YV
9
(S
2)
YV
8
(S
6)
YV
1
(E
a)
YV
2
(E
b)
YV
5
(S
3)
YV
4
(S
4)
YV
1
5(
SV
1
)
YV
6
(S
5)
YV
1
2(
S8
)
YV
1
0(
S9
)
YV
3
(D)
YV
1
6(
Pa
)
YV
1
7(
Pb
)
YV
1
1(
S
10
)
YV
7
(S
7)
EN
GI
NE
O
il C
ool
er F
an
s
3X
E
1
11
C
BN
/Y
E
(1
8)
Ge
ner
ato
r
Val
ve
(Op
�
on)
Ge
n
era
to
r
L
ift
Down V
a
lv
e
YV
15(
SV
6
)
(4
069
RT
On
ly)
Summary of Contents for 3369RT
Page 44: ...Page 39 XX69RT Series Service Parts Manual November 2022 Section 7 Schematics Notes ...
Page 180: ...Notes ...
Page 181: ...Notes ...