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ELECTRICAL DIAGRAMS
G-8
SAE-400 SEVERE DUTY
®
SCHEMATIC - COMPLETE MACHINE - CODE 11199 (G4924)
EN-170
S
O
L
ID
E
D
G
E
G4924
SAE-400
MAC
HI
N
ESC
HEM
ATIC
NONE
-
DO NO
T
SC
AL
E
T
HIS DR
A
WING
EQ
UIP
M
ENT
TYPE:
SUBJECT:
SCA
L
E:
NA
CRM38346
1
PAGE ___ OF
___
1
E
NGI
N
EE
RI
NG
CO
NT
RO
LLE
D
MA
NU
FA
CT
URE
R:
No
THIS DOCUMENT CONTAINS PROPRIETAR
Y
INFORMATION OWNED B
Y
LINCOLN GLOBA
L, INC.
AND MA
Y
NOT BE DUPLICATED, COMMUNICATED
TO O
THER PARTIES OR US
ED FOR
AN
Y
PURPOS
E WITHOU
T
THE EXPRES
S WRIT
TEN PERMISSION
OF LINCOLN GLOBAL, INC.
PRO
PRIETARY & C
ONFIDENTIAL:
t
MAT
ERI
A
LTO
L
ER
ANC
E("
"
)TOA
GR
EE
WITH
PU
B
LI
SH
ED
ST
ANDARD
S.
ON A
LL
AN
GL
E
SI
S ± .5 OF
AD
E
GR
EE
ON
3
PLACE
D
E
CIM
ALS
IS
±.
00
2i
n.
(
±
0.
0
5
mm)
ON 2
PL
AC
ED
ECIM
AL
SI
S ± .02 in. (
±
0.5 mm)
UNLESS OTHERWISESPECIFIED TOLERANCE:
M
ANUF
ACTURING TO
L
ER
ANC
E
P
ER
E
2056
R
evi
sed
CHAN
GE
D
ET
AIL:
REFER
ENCE:
MA
T
ERI
AL
DIS
PO
SI
T
ION:
AP
PRO
VA
L
DA
T
E:
PROJ
EC
T
NUMBER:
DOCUMEN
T
NUMBER:
DOCUMEN
T
REV
ISI
ON:
IF PR
IN
T
ED
@A
1
SIZ
E
UNI
T
S:
IN
CH
1/1/
2000
Ma
gli
e
tt
a
D. B
ENDER
-
DRAWN BY:
ENGINEER:
CLE
VE
L
AND
APPROVED:
CONTROL:
D
G4924
LE
A
D
C
OL
O
R
COD
E:
B-
BL
AC
K
O
R
GRAY
G-
GRE EN
O-
OR ANGE
R-
RE
D
O
R
PI
NK
U-
BL
UE
W-
W
HIT
E
Y-
Y
ELL
OW
C
OM
PONE
NT
V
AL
U
E
U
NIT
S:
CAPA
CIT
O
R: MF
D/
V
OLT
S
RE
SI
ST
O
R:
O
HM
S/
W
ATT
S
CO NNE
CT
O
R
PI
N
N
UM
BER
S:
VIEW
OF
CONNEC
TO
RONPCBOARD
1
2
6
7
12
EX.
12
PIN CONNEC
TO
R
LABELS
:
C
OMM
ON
FR
AM
E
GROUND
EA
RT
H
GROUND
AU
XILI
AR Y
WI
N
DI
NGS
ALT
ERN
AT
OR
R
OT
OR
R
EX
CIT
ER
WI
N
DI
NG
15A
15A
20A
20A
B
B
B
B
B
W
B
R
W
B
B
G
G
G
UPP E R
P
ANE L
GND
S
CRE W
UPPER
P
ANE L
GND
S
CREW
B
R
P
OL
A
RIT
Y
S
WIT
CH
1
4
2
3
214
215
600A
P8-2
600
Y
-T
ER
MI
NAL
R
Y
U
W
-T
ER
MI
NA
L
W
W
W
42
P8-3
42
A
602
P8-4
602
A
U
602
B
203
X
-T
ER
MI
NAL
X
B
n.c.
G
-T
ER
MI
NA
L
G
G
41
A
UPPER
P
ANE L
GND
S
CREW
G
LO
C
AL /
R
EM
OT
E
S
WIT
CH
(SHOWN
IN L
OCAL
PO
SITI
ON)
OPTIONAL REMOTE
CONTROL BOX
TO
D1
AC P OSTS
TO
D1
A
C
PO
ST
D1
D2
-
-
+
+
SHU
NT
FIEL
D
SE
RI
E
SFI
EL
D
BRUS
H
PO
SITI
O
N
SHOW
N
AS
VI
EWE
DF
R
OM
CO
NT
R
OL
PAN
EL
A
1
E
N
N
S
S
N
S
NS
EL
E
CT
ROD
E
WOR
K
2
CR
REEDRELAY
N
U
B
R
P
OL
AR
IT
Y
SW
IT
CH
U
Y
D2
ALT
ERN
AT
OR
R
OT
OR
R
B
201
B
UPP E R
P
ANE L
GND
S
CRE W
D1
W
610
610
600
POWER
SUPPLY
+
15
VDC
608
J
1-
8
E
XC. OV
ER-
VOLTAG
E
PROTECTION
605
J
1-
7
J
1-
3
J
1-
4
600
606
J
2-
3
510
500
J
2-
2
2AMP
PWM
J
1-
1
667
+
14
0VDC
25
V
1/8 AMP
J
1-
5
J
1-
6
J
1-
9
J
1-
2
77
76
75
521
+
14
0VDC
+
15
VDC
J
2-
1
J
2-
5
J
2-
6
501
503
509
IN
P
UT
S
O
UT
P
UT
S
vv
c
v
no
no
no
510
613
n.
c.
S1
A
602
SHUN
TFI
ELD
DRIVE CIR CU
IT
10
K
HOUR
MET
ER
+
_
G
5
B
LOWER
P
ANEL
GND
S
CREW
W
238612
611
PO
SITI
VE
VV
NE
G.
C
V
NE
G.
vv
c
v
567
vv
c
v
GENER
AT
OR
666
622
R1
25,000
uf
75v
x4
C1
C2
C3
C4
621
C
R1
C
OI
L
C
R1
CO
NT
A
CT
S
vv
c
v
GENER
AT
OR
SHU
NT FI
EL
D
30
OHMS
10
0W
602
J
2-
3
TO
P
C
BD
J1-10
229
203
600
A
S1
B
S1
C
50
0OHMS
50
W
50
0OHMS
50
W
S2
AUXILIARYPOWER
CIRCUIT
WE L DC I R C UI T
+
-
+
-
+
-
BOARD
POWER
CR1 CONTAC
TO
R
DR IV ERE T UR N
ARC
V
OLT
AGE
FEEDBACK
WE L DC
OMM
ON
POWER OUTPUT
TO
SHUNT
FI
ELD
CV SW
IT
CH
F
OR
SHUN
TFI
ELD
FL
YWHEEL
DIODE
C
V
ADA
PT
ER
CO
NT
R
OL
PCB
(S
CH
EM. # L6922)
+
-
N
N
A
RM
AT
UR E
&
BRUSHES
-
-
+
+
1
2
3
4
5
6
1
2
3
4
5
6
J
2
8
9
C
V
ADA
PT
ER
CO
NT
R
OL
PCB
TO
D1
AC
PO
ST
R
n.c
.
n.c
.
P
OL
ES
cw
64
o
hms +/- 6. 4,
15
0
W
max
cc
w
64
o
hms +/- 6. 4
15
0W
25
OHM
50
W
x3
12
0OHMS
2.5W
35
A
80
0V
10
0OHMS
50
W
1A
1000
V
max
cc
w
JO
B
S
EL
E
CT
OR
R
HE O
ST
AT
VA
RI
A
BL
E
REA
CT
OR
AUXILIARY OUTPUT
OCV
115/230 VAC+ 10%@ 1800RPM
MAX LOAD 3KW @ 100% D.C.
12
0OHMS
2.5W
1A
1000
V
35
A
80
0V
35
A
80
0V
35
A
80
0V
74
hz
CENTER
OFF
=NOWELDOUTPUT
1
4
2
3
12
.
8m
s
5.
2m
s
0v
50
-2
50
v
MAXP
OT
/NO
L
OAD
0v
50
-2
50
v
12
.
8m
s
.
5m
s
MI
NP
OT
/NO
L
OAD
V
OLT
AG
E
WAV
EF
O
RM : J2-6 to J2-
1IN
C
VM
ODE
36
0-
44
0OHMS@
25
C
23
-2
4vdc
i
nCV
*S EEWAV E
FO
RM
(J
2-
6toJ
2-1)
14
0vdc
(J
2-
3toJ
1-4)
*
14
0vdc
(J
1-
8toJ
1-4)
*
12
.9vdc
(J
1-
5toJ
1-2)
*3. 1v dc
(J
1-
9toJ
1-2)
*N
OT
E:
m
ea
s
ur
em
en
t
m
ad
e
i
nCV
m
od
e.
*0vdc
(J
2-
2toJ
1-4)
14
0vdc ( w/
rh
eo
-statat
m
ax)
14
0vdc
38
.
2-
40
.6
oh
ms
@
25
C
41
.5
oh
ms+/-1 .0@
25
C
MI
N
rh
eo
=
54
vdc
MAX
rh
eo
=
14
0vdc
MI
N
rh
eo
=
86
vac
MAX
rh
eo
=0vac
lo
cat
ed be
hi
nd uppe
r
c
on
t
rol
pane
l
on
re
act
or
bo
x
lo
cat
ed be
hi
nd uppe
r
c
on
t
rol
pane
l
on
re
act
or
bo
x
al
t
er
na
t
or
&
ro
t
or
l
ocat
ed
at
en
dof
gene
ra
t
or
di
od
es
l
ocat
ed be
hi
nd
uppe
rc
on
t
rol
pane
l
lo
cat
ed be
hi
nd uppe
r
c
on
t
rol
pane
l
on
re
act
or
bo
x
lo
cat
ed be
hi
nd uppe
r
c
on
t
rol
pane
l
on
re
act
or
bo
x
lo
cat
ed be
hi
nd
w
or
kst
ud
CV
adap
t
er
bo
x
l
ocat
ed on
l
eftf
ue
l
t
an
k
rai
l
(
vi
ew
ed
f
ro
m
c
on
t
rol
pane
l
en
d)
po
si
ti
ve st
ud
l
ocat
ed on
rig
ht f
ue
l
t
an
k
rai
l
(
vi
ew
ed
f
ro
m
c
on
t
rol
pane
l
en
d)
B
201
201A
CURRENT
SENSE
TO
R
OI
D
ROTOR FIELDAND
FLASHCIRCUIT
WE L DI NG
GENERATOR
2
REM
OT
E
RECE
PT
AC
LE
AND
PL
UG
(SHOWN
IN
NE GA
TIV
E
P
OI
STI
ON)
yw
he
el
di
od
e
F
GENER
AT
O
R
LE
AD
BL
OCK
ou
t
pu
tst
ud
s
l
ocat
ed on
rig
ht f
ue
l
t
an
k
rai
l
(
vi
ew
ed
f
ro
m
c
on
t
rol
pane
l
en
d)
(el
ect
ro
de
cl
osestto c
on
t
rol
pane
l)
D2
610
J
2-
3
+
15
VDC
no
CR1 CONTAC
TO
R
DRIVE CIR CU
IT
J
2-
3
S1
D
C
V
V
OLT
AGE
CO
NT
R
OL
P
OT
CR1 CONTAC
TO
R
DR IV EINP UT
-
+
+
2
9
m
ax
(NOA
FF
EC
T
W/ C V
ADAPT E RHOOKE DUP)
VV
ne
gst
ud
l
ocat
ed on
rig
ht f
ue
l
t
an
k
rai
l
(
vi
ew
ed
f
ro
m
c
on
t
rol
pane
l
en
d)
D2
J
2-
3
-
+
+
9
R3
D2
S AE 400
I
NT ER F ACE WIT H
OPTIONALCVADAPTER
-
+
+
N
OT
E
!!
:WHENINSTA
LL
ING CV ADAPTE R,
"E
LECTROD
E"
STUDBEC
OM
ES VV
"
NE GA
TI
V
E"
STUD,&
"T
OWOR
K"
STUDBEC
OM
ES
"
POS
IT
IV
E"
STUD.
CV
ne
gst
ud
l
ocat
ed on
adap
t
er
bo
x
m
ou
nt
ed on
l
eft
f
ue
l
t
an
k
rai
l
(
vi
ew
ed
f
ro
m
c
on
t
rol
pane
l
en
d)
CVWELD OUTP UT
MIN TO MAXOCV
8-41vdc
WELDRANGE
15-35vdc
MAX LOAD 400A@ 35V @ 60%D.C.
500A@ 35V @35% D. C.
CC WELD OUTPUT
MIN TO MAX OCV57-97VDC @ 1800 RPM
WELD RANGE 80-575 AMPS
MAX LOAD 400A@ 40V @100% D.C.(1725 RPM)
CV MODE
–
POWER UP SEQUENC
E
Exciter rotor is flashed from 12v battery supply at
machine power up, exciter winding builds up power.
Exciter windin
g
powers D2 brid
g
e and CR1 contactor
drive circuit on PC board at J1 pins 4 & 8.
CR1 closes, applying pow
er to PC board at J2 pins 2
& 3 and disconnecting flashing circuit.
PC Board PWM circuit regulates output voltage by
using voltage feedback from J1 pin 1 and control pot
at J1 pin 6 to control current thru the shunt fields.
Note!!:
Rheostat
M
ust
be set
to max for CV operation.
V
V MODE
–
POWER UP SEQUENC
E
Exciter rotor is flashed from 12v battery supply at
machine power up, exciter winding builds up power.
CR1 contactor and PC board
DO NOT
power up.
Shunt fields receive power thru PC board.
Rheostat controls current thru the shun
ts.
TO
D1
AC
PO
ST
TO
P8-2
S2
l
ar
ge
s
wi
tch
l
ocat
ed on
face of CV
adap
t
er
bo
x
C
ap
a
ci
t
or
ba
nk
an
d
bl
eede
r
re
si
st
or
l
ocat
ed
i
n
si
de
CV
adap
t
er
bo
x
lo
cat
ed
i
n
si
de
CV
adap
t
er
bo
x
S1s
mall
s
wi
tch
lo
cat
ed on
faceof
CV
adap
t
er
bo
x
CR1
l
ocat
ed
i
n
si
de
CV
adap
t
er
bo
x
TO
P
C
BD
844-TE
RMI
NA
L
LOWER
P
ANEL
GND
S
CREW
t
op
rig
htof
gene
ra
t
or
f
ra
me
lo
cat
ed uppe
rRt
hand
si
de be
hi
nd
c
on
t
rol
pane
l
lo
cat
ed uppe
rLt
hand
si
de be
hi
nd
c
on
t
rol
pane
l
CR1
l
ocat
ed
i
n
si
de
CV
adap
t
er
bo
x
S1s
mall
s
wi
tch
lo
cat
ed on
face of
CV
adap
t
er
bo
x
S1s
mall
s
wi
tch
lo
cat
ed on
faceof
CV
adap
t
er
bo
x
S1s
mall
s
wi
tch
lo
cat
ed on
faceof
CV
adap
t
er
bo
x
lo
cat
ed on
faceof
CV
adap
t
er
bo
x
lo
cat
ed
l
ow
er
c
en
t
er
ofc
on
t
rol
pane
l
lo
cat
ed
l
ow
er
m
iddl
e
of c
on
t
rol
pane
l
OIL
PRESSUR
E
S
WIT
C
H/
SENDER
TEM
PER
AT
UR
E
S
WIT
C
H/
SENDER
IDLER
/
ENGINE PROTECTIONPCBOARD
J31-2
J31-1
J31-3
J31-6
J31-7
J31-8
J31-9
J31-5
J31-
4
RE
D
EN
GI
NE
PR
OT
E
CTI
ON
LIG
HT
J32-1
J32-2
J32-3
J32-4
J31-1
0
ALT
ERN
AT
OR
TY
PI
C
AL
CURRE
NT
DR AW
IS 40
+/- 3 AM
PS
TY
PI
C
AL
CURRE
NT
DR A
W:
3A
+
HOU
RM
ET
ER
TY
PI
C
AL
CURRE
NT
DR A
W:
H
OL
D
C
OIL - 1.1A
P
ULL
C
OIL - 46A
S
WIT
C
H
OPE NS
AT 6
+/-2
P
SI
SENDE
R
OPE R
ATI
O
N:
0P
SI -
> 10+/-5
O
HM
S
40P
SI -
> 105+/-5
O
HM
S
80 P
SI -
> 187+/-5
O
HM
S
SHOW
NI
N
"A
UT
O
IDL
E
"
PO
SITI
ON
SWITC
H
C
LOSES
AT 230
v
+/-
6vF
SE
NDE
R OPE
R
ATION:
140
v
F-
> 134
+/-
13.5 OHMS
194
v
F-
> 51.2
+/-
4.3 OHMS
212
v
F-
> 38.5
+/-
3 OHMS
12 V
OLT -
NO
RM
ALL
Y
OFF
SHOW
NI
N
"
OFF"
PO
SITI
ON
53
50B
51
51A
59
57
212D
212C
43
200
54
44
212A
212B
61
58
58H
238A
844A
-40 TO 40 AM
PS
AMM
ET
E
R
SHOW
SF
ULL
DI
SCHARG
E
W
HIL
E
PRES
SI
NG
GL
O
W
PL
U
G
S
WIT
CH
65AM
P/12
V
OLT
B
+
D+
GL
O
W
PL
UGS
N.C.
N.
O.
EN
GI
NE
SH
UT
DOWN
EN
GI
NE
RUN
NI
NG
C
R1
C
R1
EN
GI
NE
PR
OT
E
CTI
ON
AND
ALT
ERN
AT
OR
FLA
S
HI
NG
D
EL
A
Y TIM
ER
(S
E
E
B
EL
OW
FO
RL
O
GI
C)
IDL
E
R
D
EL
A
Y TIM
E
RCI
R
UIT
S
Q2
O
NF
O
RHI
G
HI
DL
E
INJ
E
CTI
O
N
P
UM
P
S
OL
EN
OI
D
FU
EL
P
UM
P
UNUS ED
US E
DF
O
RT
OR
OI
DI
N
AC
AU
XILI
AR
YM
AC
HI
NE S
P.
C.
B
D. L12400-2
SCH
EM
ATI
C
G4828-2
FLY
BACK
DI
ODE
Q2
IDL
E
S
OL
EN
OI
D
RIGH
T
SI DE
OF
ENGINE
(ASVIEWED
F
R
OM
CONTROLPANE
L)
RI
G
HT
SI
D
E
OF
EN
GI
N
E(
AS
VI
EWE
DF
R
OM
CO
NT
R
OL
PAN
EL)
LOCATED BEHI NDLOWER POR
TI
ON
OF
CONTROLPANEL
SE
NDE
R IS APPRO
X.
500 OHMS AT 70
vF
B2
H
OL
D
C
OIL
P
ULL
C
OIL
B3
55
C
B5
10A
56
B1
212E
844
TO
REEDRELAY
TO
HOUR
M
ET
ER
(+)
238
CENTER
OF
CONTROL
PANEL
CENTER
OF
CONTROL PANEL
RIGH
T
SIDE
OF
ENGINEBY
INJEC
TI
ONPUMP
TY
PI
C
AL
CURRE
NT
DR A
W:
3.3A
RIGH
T
SIDE
OF
ENGINEBY
OI L
F
I
LL
ER
APPRO
XIM
AT
E
RE
SI
ST
ANC
E:
3-4 O
HM
S
APPRO
XIM
AT
E
RE
SI
ST
ANC
E:
3.3 O
HM
S
WINDING SPEC'S &RESISTANCES
EXCITER
WINDING
SPEC
RESISTANCE
POWER
ALT-214-3C
.230 OHMS @ 25C
QUADRATURE
ALT-214-3B
.560 OHMS @ 25C
AUXILIARY (TAIL)
ALT-214-3D
.424 OHMS @ 25C
ROTOR (4-POLE)
ALT-214-3A
41.4+/-1.0 OHMS@25C
DIAGRAM M14262
GENERATOR
INTERPOLE
S12261-25
N/A
SHUNT FIELD
FKL-5AJ
19.1-20.3 OHMS @25C
SERIESFIELD
FKL-420-U
N/A
ARMATURE
FKL-37.4N N/A
DIAGRAM
M5570
ST
A
RT
ER
S
OL
EN
OI
D
G
I
S
TEM
PER
AT
UR E
GAUGE
G
I
S
OIL
PRESSURE
GAUGE
IG
NITI
ON
S
WIT
CH
G
W
G
WK
IDL
E
R
S
WIT
CH
GENERATORSHUNT
FIELD CIRCUIT
7
-
+
AMM
ET
ER
LAT
CH
SHOWN FOR REF
ERENCE ONL
Y-
NOT PART OF CV ADA
PTER
UPPER
P
ANE L
GND
S
CRE W
UPP E R
P
ANE L
GND
S
CRE W
GL
O
W
PL
UG
S
WIT
CH
230
V
DUP L E X
RECE
PT
ACL E
115
V
DUP L E X
RECE
PT
ACL E
LE
FT
SIDE
OF
ENGINE
(ASVIEWED
F
R
OM
CONTROLPANE
L)
LOCATED ABOVEENGINE
A
LT
ERNA
TO
R.
RIGH
T
SIDE
OF
ENGINE
(ASVIEWED
F
R
OM
CONTROLPANE
L)
LOCATEDBEHI ND
F
UEL
F
I
LT
ER,
LE
FT
SIDE
OF
ENGINE
(ASVIEWED
F
R
OM
CONTROLPANE
L)
EN
GI
N
E
PR
OT
E
CTI
O
N
AN
D
ALT
ERN
AT
O
RFL
AS
HI
N
G
D
EL
A
Y TIM
E
RL
O
GI
C
UPO
N
RE
CI
EV
EI
N
G
POWE
R,
CI
RC
UIT T
OFL
AS
H
ALT
ERN
AT
O
RI
S
OPENED
AN
D
EN
GI
N
E
PR
OT
E
CTI
O
NI
S
BYPASSE
D.
AFT
E
R TIM
E
D
EL
A
Y,
ALT
ERN
AT
OR
FLA
S
HI
N
G
CI
RC
UIT I
S
CL
OS E
D
AN
D
EN
GI
N
E
PORE
CTI
O
NI
S
ENA
BL
E
D.
N
OT
E:
AFT
E
R TIM
E
D
EL
A
Y
WHE
N
EN
GI
N
E
PR
OT
E
CTI
O
NI
S
ENA
BL
E
D, IF T
H
E
EN
GI
NE
IS
N
OT
ST
A
RT
E
DT
H
E
OIL
PRESSUR
E
WILL
B
EL
O
W
AN
DT
H
EM
AC
HI
N
E
WILL
SH
UT
DOW
N
BECAUS
E
OF T
H
E
EN
GI
N
E
PR
OT
E
CTI
O
NCI
RC
UIT.
IDL
E
S
OL
EN
OI
D CI
RC
UIT L
O
GI
C
1. W
HE
NT
H
E
EN
GI
N
EI
S
RUN
NI
N
GI
NHI
G
HIDL
E
O
R
UNDE
RL
OA
D, T
H
E
S
OL
EN
OI
DI
S
N
OT
ENER
GIZ
E
D.
2. IF N
O
AU
XILI
AR
Y
CURRE
NT
DR A
W
O
R
W
EL
DL
OA
DI
S
SENSE
DF
O
R15
SECOND
S
AN
DT
H
EI
DL
E
R
S
WIT
C
HI
S
O
PE
N(
A
UT
O), T
H
E
P
ULL
AN
D
H
OL
D
C
OIL
OF T
H
EI
DL
E
R
S
OL
EN
OI
D
AR
E
ENER
GIZ
E
D.T
H
E
P
ULL
C
OIL I
S
D
E-
ENER
GIZ
E
D
AFT
E
R
H
ALF
A
SECON
D.
3.
IF
AN AUXILIARY CUR
RENT D
RA
W OR
W
ELD LOAD IS SENS
ED OR THE IDLER S
WITCH IS CLOSE
D (HIGH)
,
THE
IDLE SOLEN
OID IS
DE-ENER
GIZED.
B
lo
cat
ed gene
ra
t
or
en
dof
m
ac
hi
ne
lo
cat
ed en
gi
ne
rig
ht
si
de
(
vi
ew f
ro
m
c
on
t
rol
pane
l
en
d)
FRAME
FRAME
ENGINE B
LO
CK
+
+
E
N
GI
NE
ST
AR
TE
R
12 V
OLT
B
ATT
ERY
235
ST
A
RT
S
WIT
CH
50A
INJ
E
CTI
O
N
P
UM
P
TIMIN
G
S
OL
EN
OI
D
EN
GI
NE
TEM
PER
AT
UR E
SENSOR
212F
16 O
HM
S
0.9 AM
PS
RI
G
HT
SI
D
E
OF
EN
GI
NE
O
NI
NJ
E
CTI
O
N
P
UM
P
INJ
E
CTI
O
N
P
UM
P TIMI
NG
S
OL
EN
OI
DT
Y
P.
CURRE
NT
DR A
W 0.9
A
APPRO
X.
RE
SI
ST
ANC
E 16
O
HM
S
MA
Y
NOT APPEAR ON
ALL MODELS
212F
810
7A
C
B4
4A
C
B3
C
B1
11A
11
400F
11B
6A
202
B
203A
602C
22
G-8
NOTE: This diagram is for reference only. It may not be accurate for all machines covered by this manual.
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