F-1
DIAGRAMS
DUAL VANTAGE
®
700-I
NO
TE
:
Th
is
d
ia
gr
am
is
fo
r r
ef
er
en
ce
o
nl
y.
It
m
ay
n
ot
b
e
ac
cu
ra
te
fo
r a
ll
m
ac
hi
ne
s
co
ve
re
d
by
th
is
m
an
ua
l.
T
he
s
pe
ci
fic
d
ia
gr
am
fo
r a
p
ar
tic
ul
ar
c
od
e
is
in
cl
ud
ed
w
ith
th
e
m
ac
hi
ne
.
If
th
e
di
ag
ra
m
is
il
le
gi
bl
e,
w
rit
e
to
th
e
Se
rv
ic
e
De
pa
rtm
en
t f
or
a
re
pl
ac
em
en
t.
G
iv
e
th
e
eq
ui
pm
en
t c
od
e
nu
m
be
r.
FI
NA
L
PR
IN
T
FO
RM
T
O
B
E
O
N
O
NE
1
1x
17
S
HE
ET
O
F
PA
PE
R
AN
D
LA
M
IN
AT
ED
-
-
+
JU
M
P
ST
AR
T
FU
EL
L
VL
.
SE
NS
O
R
EN
G
IN
E
SU
PP
O
RT
LE
FT
S
ID
E
RU
N
ST
O
P
+
AU
TO
87
P
L
B
SW
IT
CH
23
2A
23
2L
23
8C
23
8B
40
6
40
5A
85
87
87
A
30
86
CR
3
ID
LE
RE
LA
Y
23
2L
26
2B
CR
4
EN
G
IN
E
PR
O
TE
CT
IO
N
RE
LA
Y
85
85
87
A
30
86
24
7
5G
24
1
22
8
12
V
O
LT
G
RO
UN
D
ST
UD
O
N
O
F
CO
NT
RO
L
PA
NE
L
G
LO
W
P
LU
G
B
UT
TO
N
G
LO
W
PL
UG
S
23
9
23
6B
23
8A
23
1
23
2
ST
AR
T
BU
TT
O
N
23
2D
12
VD
C
IN
SU
LA
TE
D
ST
UD
O
N
CO
NT
RO
L
PA
NE
L
AL
TE
RN
AT
O
R
ST
AR
TE
R
SO
LE
NO
ID
EN
G
IN
E
BL
O
C
K
RU
N/
ST
O
P
SW
IT
CH
SH
O
W
N
IN
"R
UN
"
PO
SI
TI
O
N
23
6A
CB
5
20
A
23
2F
23
2A
23
2H
23
8A
23
1
SE
N
SO
R
SE
N
SO
R
W
K
23
5
23
4
5J
22
9
22
8
24
1
G
SW
IT
CH
O
IL
P
RE
SS
UR
E
SE
NS
O
R
&
SW
IT
CH
CO
O
LA
NT
T
EM
PE
RA
TU
RE
SE
NS
O
R
&
SW
IT
CH
+
-
ST
AR
TI
NG
M
O
TO
R
IG
23
2K
CO
LD
ST
AR
T
AD
VA
NT
AG
E
M
PU
SH
IE
LD
27
1
FU
EL
AC
TU
AT
O
R
27
0
B
LK
W
H
T
LI
FT
PU
M
P
26
2B
23
8
25
6
25
7
HI
G
H
ID
LE
R
CO
NT
RO
L
SH
O
W
N
IN
"H
IG
H"
PO
SI
TI
O
N
5S
EL
EC
TR
IC
AL
S
YM
BO
LS
P
ER
E
15
37
G
74
21
A.
11
26
2A
23
4A
23
2
5N
-
+
PO
SI
TI
VE
B
RU
SH
C
O
NN
EC
TE
D
TO
S
LI
P
R
IN
G
N
EA
R
ES
T
TO
T
H
E
LA
M
IN
AT
IO
N
20
0D
5F
30
0V
20
1B
20
0C
20
1C
BR
US
H
32
00
M
FD
W
EL
D
RO
TO
R
BR
US
H
20
1B
W
EL
D
ST
AT
O
R
11
5V
W
IN
DI
NG
A
AU
X
ST
AT
O
R
FI
EL
D
W
IN
DI
NG
F1
FA
N
A5
A
IN
SU
LA
TE
D
NE
UT
RA
L
ST
UD
O
N
BO
TT
O
M
RI
G
HT
O
F
O
UT
PU
T
PA
NE
L
G
ND
-H
G
ND
-K
F2
G
ND
-L
F2
31
31
A
5F
AN
5F
5X
5X
12
V
BA
TT
+
-
1
16
8
9
DA
SH
BO
AR
D
G
AU
G
E
5K
5K
22
9
23
2D
24
7
EN
G
IN
E
PR
O
TE
CT
IO
N
LI
G
HT
A5
A
W
EL
D
ST
AT
O
R
11
5V
W
IN
DI
NG
B
A3
A
B5
A
B3
A
B5
A
L
N
J5
1
R5
20
0N
20
0
AU
XI
LI
AR
Y
G
RO
UN
D
ST
UD
,
BO
TT
O
M
C
EN
TE
R
O
F
O
UT
PU
T
PA
NE
L
5B
5
ST
AT
O
R
AU
X.
W
IN
DI
NG
AU
XI
LI
AR
Y
PO
W
ER
L
EA
DS
3
&
6
T
O
P
AS
S
TH
RO
UG
H
TO
RO
ID
F
O
UR
T
IM
ES
IN
DI
RE
CT
IO
N
SH
O
W
N.
AU
XI
LI
AR
Y
PO
W
ER
L
EA
DS
A
3A
&
B
3A
T
O
P
AS
S
TH
RO
UG
H
TO
R
O
ID
T
W
O
T
IM
ES
IN
D
IR
EC
TI
O
N
SH
O
W
N.
6A
LINE
LOAD
W
HI
TE
HO
T
G
FC
I
LINE
LOAD
W
HI
TE
HO
T
G
FC
I
G
ND
-D
5C
5E
J1
3B
24
0V
/1
5A
1
PH
AS
E
(B
LU
E)
12
0V
/1
6A
1
PH
AS
E
(Y
EL
LO
W
)
G
ND
-C
J1
1B
L/
+
CB
6
6G
3H
G
ND
-P
L/
+
3L
6
6
3
3
5B
CB
4
20
A
CB
2
15
A
CB
3
20
A
6C
6F
3C
6D
3G
26
1
CB
1
15
A
3
3E
15
A
5E
5C
G
ND
-D
G
ND
-E
G
ND
-G
G
ND
-P
G
ND
-C
6E
23
2E
5W
-
+
20
0B
20
0A
20
1
20
1A
AU
X
RO
TO
R
20
1
BR
US
H
32
00
M
FD
BR
US
H
30
0V
20
0
PO
SI
TI
VE
B
RU
SH
C
O
NN
EC
TE
D
TO
S
LI
P
RI
NG
N
EA
RE
ST
TO
T
HE
L
AM
IN
AT
IO
N
6A
3F
AN
5F
A
6
5R
5L
5Y
5L
5N
5J
26
2A
26
2B
40
6
40
5A
23
2M
23
2P
23
2R
23
2K
23
2G
232N
5
6B
6F
5G
5D
F1
6B
12
0V
/1
6A
1
PH
AS
E
(Y
EL
LO
W
)
G
ND
-E
J1
3A
L/
+
5P
J1
1A
L/
+
24
0V
/1
5A
1
PH
AS
E
(B
LU
E)
G
ND
-G
6E
CB
5
15
A
3E
3G
3B
3J
3
3D
5P
41
B
P5
4
J5
4
1
5F
A
W
EL
D
ST
AT
O
R
42
V
W
IN
DI
NG
A
A4
1
W
EL
D
ST
AT
O
R
42
V
W
IN
DI
NG
B
41
A
B4
1
42
D
42
C
A5
FA
N
26
0
A3
A
B3
A
A3
A
B3
A
G
RO
UN
D
ST
UD
O
N
CO
NT
RO
L
PA
NE
L
LE
FT
G
ND
-A
G
ND
-B
G
RO
UN
D
ST
UD
O
N
CO
NT
RO
L
PA
NE
L
RI
G
HT
85
87
87
A
30
86
CR
6
TE
M
P
RE
LA
Y
23
5A
23
5
+
-
23
4A
23
4B
23
4B
23
5A
23
2Q
5Z
5Z
23
4A
RF
S
UP
RE
SS
O
R
R
6
-
+
50
M
V=
40
0A
M
PS
V3
50
S
HU
NT
+
-
R
4
RE
CT
IF
IE
R
BR
ID
G
E
B
+
+
BY
PA
SS
FI
LT
ER
AS
SE
M
BL
Y
2
I
30
4S
30
8A
30
8B
30
6S
PO
S
A
PO
S
A
NE
G
A
NE
G
A
ST
AT
O
R
W
EL
D
W
IN
DI
NG
S
A
RF
S
UP
RE
SS
O
R
CH
O
KE
A
30
8D
30
6D
30
8E
30
6
30
8
30
6E
BY
PA
SS
FI
LT
ER
AS
SE
M
BL
Y
1
I
20
4S
10
0M
V=
80
0A
M
PS
20
8A
20
8B
20
6S
20
6A
PO
S
B
PO
S
B
NE
G
B
NE
G
B
ST
AT
O
R
W
EL
D
W
IN
D
IN
G
S
B
RF
S
UP
RE
SS
O
R
RF
S
UP
RE
SS
O
R
PO
S
B
SH
UN
T
20
6D
20
8E
20
6
20
6A
20
8
20
6E
PO
S
A
SH
UN
T
A3
A1
SH
O
W
N
IN
"S
IN
G
LE
O
PE
RA
TO
R"
PO
SI
TI
O
N
(6
50
A)
SE
LE
CT
O
R
SW
IT
CH
A2
20
8D
SW
1
V6
50
S
H
UN
T
PO
S
B
SW
IT
CH
NE
G
B
S
W
IT
CH
NE
G
B
CH
O
KE
NE
G
A
C
HO
KE
NE
G
A
S
W
IT
CH
PO
S
A
SW
IT
CH
W
A4
&
W
A5
W
A2
&
W
A3
W
A1
&
W
A6
W
A6
W
A6
W
A1
W
A1
W
A4
W
A4
WA3
WA3
WA2
WA2
W
A5
W
A5
W
B4
&
W
B5
W
B2
&
W
B3
W
B1
&
W
B6
W
B6
W
B6
W
B1
W
B1
W
B4
W
B5
W
B4
WB3
WB3
WB2
WB2
W
B5
RE
CT
IF
IE
R
BR
ID
G
E
A
30
6A
30
6A
CH
O
PP
ER
B
PC
B7
W
8
W
7
PO
S
B
NE
G
B
B1
B2
B3
B6
B5
B4
B8
B7
25
0A
25
0
13
A
13
C
13
14
14
C
14
A
PO
S
B
N
EG
B
23
25
25
23
W
10
W
9
PO
S
A
PO
S
A
NE
G
A
NE
G
A
23
C
B1
B2
B6
B5
B4
B8
B7
25
0C
25
0B
41
3A
41
3C
41
4A
41
4C
41
4
25
C
B3
CH
O
PP
ER
A
PC
B6
CH
O
KE
B
41
3C
41
4C
41
3
DU
AL
V
AN
TA
G
E
70
0-
I K
39
95
-1
W
IR
IN
G
D
IA
G
RA
M
P
AG
E
1
O
F
2
Summary of Contents for DUAL VANTAGE 700-I
Page 30: ...B 11 NOTES DUAL VANTAGE 700 I...
Page 32: ...C 2 NOTES DUAL VANTAGE 700 I...
Page 38: ...D 6 NOTES DUAL VANTAGE 700 I...
Page 43: ...E 5 NOTES DUAL VANTAGE 700 I...
Page 46: ...F 3 DIAGRAMS DUAL VANTAGE 700 I...
Page 48: ...F 5 DIAGRAMS DUAL VANTAGE 700 I...
Page 49: ...F 6 DIAGRAMS DUAL VANTAGE 700 I...
Page 51: ...F 8 DIAGRAMS DUAL VANTAGE 700 I...
Page 52: ...F 9 DIAGRAMS DUAL VANTAGE 700 I...
Page 53: ...F 10 DIAGRAMS DUAL VANTAGE 700 I...
Page 54: ...F 11 DIAGRAMS DUAL VANTAGE 700 I...
Page 55: ...F 12 DIAGRAMS DUAL VANTAGE 700 I 2 9 03...
Page 56: ...F 13 DIAGRAMS DUAL VANTAGE 700 I...