Lincoln Electric SVM129-B Marine Battery User Manual


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G-3
ELECTRICAL DIAGRAMS
INVER
TEC S
TT & S
TT II
R
3
2A
3
2B
15
1
6
J
22
R
B
1
8V
32C
43A
R
U
3
18V
501
B
504
W
4
5
5
275
1
8
6
3
3
11
10
J
6
1
212A
9
7
212
352
212B
503A
Y
301
305
245
223
8
11
3
1
3
5
03
2
4V
351
244
CASE
CASE
BACK
PLATFORM
4 AMP
S
BOTTOM
S
OUTSIDE
I
Y
Y
4
,5
12D
N
O
O
12
H
3
H1
FAN
SLOW
12B
RIGHT
MOTOR
BLOW
H1
1
J11
6
5
379
2
J9
CR2
H3
3
4
2W
10K
CW (MAX)
353
362
363
CONTROL
BACKGROUND
2
12
6
7
4
10
3
ASSEMBLY
INPUT
LINE
POWER
LINE
L
OAD
N.L.
D
C
B
A
F
S1
P
OWER
O
FF
W
ON
U
A
INPUT
PER
R
N.A.
V
B
B
W
C
G
C
B
C
A
B
FILTER
A
52
TRIGGER
CORE
3
1
7
5
6
8
2
4
8
7
14
12C
12D
- ARC
+ ARC
CURRENT
METER
VAC
12D
A
378
11
363
J4
CW (MAX)
11
2
2
33
44
5
6
5
359
358
2W
10K
R11
3
5
377
5
6
6
TRANSFORMER
D1
O
374
N
I
O
T3
CURRENT
N
2
5
N
.E.
4
371
1
3
4
3
10
J
5
R
210
211A
502
246
212C
J3
6
B
Y
9
364
365
366
2
5
1
367
369
368
W
B
2
4
12
9
1
5
7
8
9
1
3
10
1
J28
10
1
1
8
9
7
5
8
1
0
5
3
1
4
2
4
6
6
J33
2
372372
4
371
5
J
1
6
7
J
27
2
3
76
R
1
1
4
3
70 370
3
76
374
371
B
3
8
1
2
115V
3
74
10
1
32
2
33B
8
7
33A
J26
B
3
E
R
B
W
4
2
90A
1
10
367A
369
.045
502
(-)
INDICATOR
J25
115
2
23
357
356
5
355
6
354
6
2
1
CB2
J37
403
504
TRANSFORMER
AUXILIARY
T1
AUXILIARY
T4
N.D.
TRANSFORMER
13
1
5
01
220-
2
12A
150 5W
4
0V
H
3
H2
H1
H
1
9
A
9A
9
D
9
A
P
ROTECTION
1
3
9C
RW
S7
RECONNECT
1
1
2B
1
2B
212C
287
43A
R
18V
4
13
359
7
14
2
356
3
58
355
354
357
352
16
10
3
51
360
1
5
353
361
2
1
362
244
3
03
303
242
302
371A
302
374A
3
04
304
275
305
243
2
3
01
4
240
241
DARLINGTON
12
5
2
2
12D
2
4
W
1
D
3
4
S
F
5
D4
1
BOARD
3
J16
T
OP
D
5
5
7
D
RIVER
F
1
2B
MOTOR
FAN
LEFT
H1
MOTOR
TOP
H
3
FAN
H1
H3
H1
D13
RECTIFIER
TP2
TP1
-
TP3
9
D
J16, J28
J34
A
N.K.
413
416
4
05
4
08
406
VAC
1
VAC
7
3
4
3
2
1
F
8
52
314
315
J
13
ELECTRODE SENSE LEAD
360
367
S2
V
AC
368
367A
STAINLESS
R12
4
2
S3
.035
I
NTERFACE
503
T
RIGGER
MILD
378
P
EAK
377
PEAK
METER
BACKGROUND
CONTROL
HOT START
CW
WIRE TYPE
2W
500K
TAILOUT
CONTROL
R14
N
.J.
REMOTE
1
5
407
2
6
6
3
1
15
3
50
J35
9
12
11
6
J17
J
23
J
24
METER PINOUT (VIEWED FROM BACK OF METER)
ELECTRICAL SYMBOLS PER E1537
W
18V
N
J2
2
J23
Y
380-
4
415V
H
3
1
H
2
H3
2
30V
200-
2
08V
N.M.
BACK
FOR SINGLE PHASE INPUT: CONNECT GREEN LEAD TO GROUND PER NATIONAL ELECTRIC CODE.
6V
1
0V
J24
1
8V
T
HERMOSTAT
COLOR CODE:
U
FAN
U
Y
WRAP RED LEAD WITH TAPE TO PROVIDE 600V. INSULATION.
J26
CONNECT BLACK & WHITE LEADS TO SUPPLY CIRCUIT.
B = BLACK
CASE TRAY
G = GREEN
N = BROWN
FRONT
NOTES:
O = ORANGE
R = RED
W = WHITE
N.A.
J25
Y = YELLOW
U = BLUE
1. FOR MACHINES SUPPLIED WITH INPUT CABLE
N.M. PRESENT ON EUROPEAN VERSIONS, CODE 10383 AND HIGHER.
FOR SINGLE PHASE INPUT: GROUND MACHINE PER NATIONAL AND LOCAL ELECTRICAL CODES.
CONNECT TERMINALS U, V & W TO SUPPLY CIRCUIT.
CONNECT TERMINALS U & W TO SUPPLY CIRCUIT.
FOR THREE PHASE INPUT: GROUND MACHINE PER NATIONALAND LOCAL ELECTRICAL CODES.
N.B. SINCE COMPONENTS OR CIRCUITRY OF A PRINTED CIRCUIT BOARD MAY CHANGE WITHOUT AFFECTING
COMPONENTS OR CIRCUITRY HAVING A COMMON CODE NUMBER.
THE INTERCHANGEABILITY OF A COMPLETE BOARD, THIS DIAGRAM MAY NOT SHOW THE EXACT
CONNECTION SHOWN IS FOR 440-460V OPERATION.
N.D. PLACE "A" LEAD ON APPROPRIATE CONNECTION FOR INPUT VOLTAGE.
N.E. D1 THRU D5 OUTPUT DIODES ARE A MATCHED SET.
D7 THRU D11 OUTPUT DIODES ARE A MATCHED SET.
9
N.F. R1, R9 BLEEDER RESISTORS ARE A MATCHED SET.
J21
1
N.G. C1, C2 CAPACITORS ARE A MATCHED SET.
P21
2
PINOUT OF FRONT PANEL CONNECTORS (REAR VIEW)
3
4
3
5
J29. J31
2
CONNECTION SHOWN IS FOR 380-460V OPERATION.
6
N.H. PLACE SWITCH IN APPROPRIATE POSITION FOR INPUT VOLTAGE.
1
6
N.I. DENOTES A TWISTED WIRE PAIR OR GROUP.
1
5
P29, P31
2
4
3
J30
4
3
5
2
6
1
P30
6
1
1
5
J22
9
FOR THREE PHASE INPUT: CONNECT GREEN LEAD TO GROUND PER NATIONAL ELECTRIC CODE.
2
2
4
3
2
N.K. NOT PRESENT ON EUROPEAN VERSIONS, CODE 10309 AND HIGHER.
4
1
10
5
3
11
4
6
12
N.L. PRESENT ON EUROPEAN VERSIONS, CODE 10309 AND HIGHER.
4
13
8
3
14
P22
15
8
16
765
16
4
15
3
14
2
13
1
121110
7
J38
J19
N.J. NOT PRESENT ON EUROPEAN VERSION.
2. FOR MACHINES NOT SUPPLIED WITH INPUT CABLE
CONNECT BLACK, RED & WHITE LEADS TO SUPPLY CIRCUIT.
J39
1
2
3
4
3
10
309
310A
3
10
3
09A
309A
3
10A
2
6
J7
224A
1
0
2W
309
INSIDE
12B
25W
+
2200 F
C
1
-
BOARD
25
4
50V
R4
(RIGHT)
3
4
1
5
307
2
36
308
J10
8
9
D
4
5
2
5
2
2
B
2
9
J
34
J36
C4
2W
R
3
1
0
.001/400
N.E.
5
W
12C
12A
S
F
OUTSIDE
TOP
C
HOKE
B
OARD
3
12A
J12
J8
14
N.H.
BOARD
224
R
310
J15
316
9B
9B
1
2B
401, 403
1
, 8
8
371
J22
5
1
12B
12B
T
OP
12B
.001/400
CR1
25
2200 F
450V
9A
25W
-
+
53
9A
+
N.G.
9
R6
12A
R7
12A
1
2
R
W
R
W
401, 403
402, 404
(
LEFT)
BOARD
SWITCH
1, 8
25W
25
4, 5
I
21
WIRE
8
1
82
G
ND
4
2
42
4
1
F
EEDER
32
3
1
J39
N
B
H
L
M
4
2
414
B
H
1
+
C
4
3
2
J
A
8
12
T
RANSFORMER
C8
288
4
2 300W
289
R16
288A
SENSE
C2
L3
4
MAIN
1
3
289A
2
0/400
D
11
T2
2
J
18
4
F
S
4
3
13
3
3
2
J14
210A
2
10
THERMOSTAT
CHOKE
FANCASE
BOTTOM
1
1
S
I
NSIDE
F
BOTTOM
D
9
BOTTOM
D10
1
14
311
53
3
4
33C
N
J
30
33
1
2
6
6
224
H
6
H4
A
440-
4
60V
A
5
9
J31
42V
H5
H4
115V
J21
R15
C
E
2 300W
G
J
38
409
A
4
12
D
404
C
URRENT
F
411
2
91
H
G
ND
B
MODULE
B
R
DRIVE
BOARD
14
317
9
9B
9
B
402, 404
+
N.G.
N.F.
R
5
25
25W
25W
7
500
R9
9B
SWITCH
G3136
INLINE CONNECTOR CAVITY NUMBERING SEQUENCE
(VIEWED FROM WIRE SIDE OF CONNECTOR)
DARLINGTON
E
B
B
4
02
W
401
W
C
J
4
10
10K
PB
1
0K
O
PTIONAL
D
C
B1
C
7
6
75
6AMP
F
G
43B
42
9A
9
D
9
C
3
4
5
B
OARD
POWER
8
309
7
3
08
307
W
1
4
T
HERMOSTAT
W
HEATSINK
J22
503A
D
ARLINGTON
5
03B
242
243
2
41
240
3
74A
371A
11
2
11A
9
350
5
R
1
2
5W
7500
N.F.
D7
D8
R2
1
2
W
D2
C3
3
5
3
14
J10, J13,
J15, J35
J3, J9,
J2, J36
J4, J17
(VIEWED FROM COMPONENT SIDE OF BOARD)
J5, J7,
E
1
I
3
4
77
K
Y
R13
(+)
10K
2
2W
CW (MAX)
3
361
CONTROL
366
503A
WIRE SIZE
THERMAL
OVERLOAD
364
365
7
6
8
5
16
13
15
1
4
4
1
2
1
1
CONTROL
CURRENT
BOARD
4
15
31A
33D
6AMP
4
6
2
46
2
45
2
12
2
SHROUD
212B
32C
3
3C
D
12
313
J6, J27, J33
J18, J37
J11, J12, J14
P.C. BOARD CONNECTOR CAVITY NUMBERING SEQUENCE
J1, J8,
B
G
SENSE
(
-)
VOLTAGE
CONNECTION
(+)
2
1
J19
290
PROTECTION BOARD
REMOTE
288B
TOROIDAL
289B
374
3
51
H
5
6
51
9
B
N.L.
D-RW
G-3
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Wiring Diagram - Entire Machine - Codes 10381 - 10383 - (G3136)
NO
TE:
This diagr
am is f
or r
e
f
er
ence only. It may not be accurate for all machines covered by this manual. The wiring diagram specific to your code is pasted inside one of the enclosure panels of your machine.
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