F-1
DIAGRAMS
F-1
POWER WAVE 455/R
NOTE: This diagram is for reference only. It may not be accurate for all machines covered by this manual. The specific diag
ram for a particular code is pasted inside
the machine on one of the enclosure panels. If the diagram is illegible, write to the Service Department for a replacement. G
ive the equipment code number..
-
TO J
9
202
WOR
K
20
2
A
TO R
1
TO T
P
6
TO T
P
3
TO
CB
1
S1
WI
R
E
FEE
DER
REC
EP
TA
CLE
J4
7
+
EL
EC
T
RODE
223
221
20
6
A
R3
C8
TO D
5
289
D
R2
2
Ω
288
C
288
D
289
E
28
8
E
TM
J1
4
5
TO
3R3R
3W
238
15
5
J1
0
TO SSR
RECT THERM
223
222
CHO
P
P
E
R
BD
SEC
(BOT
T
O
M
LEFT
)
P
O
WER
B
D
REC
TI
FI
ER
AC
EMITTER
212
213
813
811
216
4
CON
T
ROL
BO
ARD
+
TO
J
6
1
CR
1
X4
6
T
O
AUX
#
1
503
504
505
506
INPU
T
20
D
17
18
STT S
NUBBE
R
15
16
F1
F1
TO
CB1
J4
1
1
4R
J4
25
1
20
C
J4
7
TO P90 P91
RECT
292
1
2
3
4
SEC (TOP LEFT
)
6
U
TO S
W
1
L1
A
V
L3
AC 3
TO
CR1
SW
1
CB4
L3
A
T2
L2
AC 2
H1
D
T3
T1
T2
612
T3
NEG
1
2
3
4
+
4W
34
6
C3
AUX. #
1
TO
4
3
D3
TO
CHOK
E
THERM
D
CURRE
NT
TR
ANSDUC
ER
TO
C
8
19
D
SW
IT
CH B
O
A
R
D
#2
289
A
-
+
28
8
B
TO C
1
0
SW
1
P
O
WER
C1
0
289F
A
202
22
5
J7
2
5
J2
206
S1
TO
52
J5
E
L
ECTRO
D
E
CB2
AUX 2
TO
32
STT
W
ORK
TO
TP6
1
2
3
4
5
6
7
J3
4
5
6
3
2
4
1
8
7
6
5
4
3
2
1
28
9
E
28
9
D
289
C
289
B
288
E
288
D
28
8
C
28
8
B
28
9
C
R4
289
A
2
Ω
TO C
1
0
289
B
NEG
ST
T
X1
+
8
G
60
1
TO J
6
0
L1
NEG
20
C
19
C
T1
TO INPU
T
R
E
C
T
RE
AR O
F
M
A
C
H
IN
E
TO J
6
,J
1
0
B
6
T
O
S
O
L
ID
STATE
R
E
L
A
Y
3
2
T
O
S
O
L
ID
STATE
R
E
L
A
Y
444
FA
N
T
H
IS
A
R
E
A
VIEWED F
R
O
M
28
8
F
RE
CO
NNEC
T
P
A
NEL
TO
CR1
J6
231
AUX #
1
J6
1
5
6
7
8
9
POS
D1
TO MA
IN
TRAN
SFORM
ER
H5
H4
H3
H1
50
TO
L2
CB1
10
A C
IRCUI
T
BRE
AKER
R 1
TO
W
ORK
BUSS BD
TP3
TO R
1
CB2
10
A C
IRCUI
T
BRE
AKER
1B
TP2
206
TO
J
9
20
2
A
TO
S4
31
AUX 2
TP5
33
W
ORK
20
6
A
NEG
7
PRI
(BOT
T
O
M
RIGHT
)
TO SW
ITCH
BD #
2
15
14
12
18
TO
SW
ITCH
BD
#
1
TO SW
ITCH
BD #
2
MA
IN
T
R
A
NSFOR
MER
LEF
T S
IDE
X2
NEG
1
POS
2
3
C3
J2
TO J9
.0
5/
600
V
2W
403
288
A
2
1
6
2B
511
604
14
7
9
8
1
12
16
7
10
8
C
O
NNECT
O
R
CAV
IT
Y
NUMBER
IN
G
SEQ
UENCE
(VI
E
W
ED F
R
OM C
O
M
P
ONE
N
T
S
IDE O
F
B
OAR
D
)
1
1
6
5
6
1
H1A
T
O
AUX #
2
61
2
A
3
CB3 10
A
BRE
A
KER
TO S
W
1
2
00-
208
V
2
20-
230
V
3
80-
415
V
4
40-
460
V
POS
POS
AC 1
T
O
SUP
P
L
Y
L
INES
S2
VO
LT
AGE
SEN
SE
RECEP
T
ACLE
T
O
A
S
Y
STEM G
R
O
U
N
D
P
E
R
NATIO
N
A
L
E
L
E
CTRI
CAL
CODE
.
S3
RS2
32
CONN
EC
T
O
R
FRONT OF MACHINE
11
5V
RE
CEP
T
A
C
L
E
T
O
REC
O
N
NECT
PANE
L
TO
C
B
4
1
2
J7
4
12
J7
6
PRI
(BOTT
O
M
LEFT
)
11
12
20
C
++
T
O
AUX#1
404
405
406
21
A
2
51
3
4
54
E
53
J9
15
14
J71
11
12
TO
J7
0
8
3
1
16
67
A
TO C3
4
J4
6
3
2
1
POS
POS
DC B
U
S
BO
AR
D
12
J4
1
E
L
ECTRO
D
E
C6
TO T
P
6
50
Ω
C2
N.A.
.05/
600
V
STATUS
L
E
D
(
R
/G
)
TO J
7
N.A
.
THERMAL
L
E
D
(
Y
)
TO
J
7
1W
TO J4 J1
1
C4
13
14
+
SW
IT
CH B
O
A
R
D
#1
1
4
5
X3A
TO INPU
T
R
E
C
T
POS
TO F
A
N
PO
W
E
R
W
AVE
455 / R
W
IR
IN
G
DIAGRA
M
TO S
W
1
X1
22
4
A
29
1
CB4
TO J
6
1
CB3
61
2
A
61
2
H1
T
O
AUX
#
1
A
U
X
IL
IARY T
R
A
NSFOR
MER
#1
SEC
(BOT
T
O
M
RIGHT
)
TO SW
ITCH
BD
#
2
19
D
TO SW
ITCH BD
#
1
11
12
20
D
TO SW
ITCH
BD
#
2
TO RECON
NECT S
W
ITCH
H4
H5
CAPAC
IT
O
R
S
=MFD
/V
OL
T
S
RESI
S
T
O
RS=
OHMS/
W
ATTS
H1
(200-
20
8)
H2
(220
-2
30)
PRI (TOP LEF
T
)
R
(11
5
V
)
N
(2
4
V
)
X4
C
O
L
L
E
CTOR
2
6
TO J
6
1
H1
D
(T
OP)
L
OAD
L
INE
TO C
B
3
612
B
T
O
C
ONT
A
C
T
O
R
L3
A
L1
A
T
O
C
ONT
A
C
T
O
R
S4
TO
TO T
P
3
31
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
8
7
9
23
2
X3
604
23
8
60
1
INPUT
B
O
A
R
D
NEG
H3
H2
T
O
AUX #
1
H2
A
H3
A
H1
H2
H3
81
2
81
3
28
7
81
1
816
F3
F3
++
F2
F2
19
C
17
11
TO SW
ITCH
BD #
1
514
1
6
(4
40-
46
0)
H5
A
3
(3
8
0
-415)
AUXI
LI
ARY T
R
ANSF
OR
MER
#2
NOT
E
S
:
N
.A.
P
IN
N
E
AR
ES
T
T
H
E
F
L
AT
ED
G
E
O
F
L
E
D
L
E
N
S
(C
AT
H
O
D
E
)
A
LIG
N
S
W
IT
H
B
L
A
C
K
L
E
A
D
O
F
L
E
D
S
O
C
K
E
T
.
N
.B.
PL
A
C
E
S
W
IT
C
H
I
N
A
P
P
R
O
P
R
IA
T
E
P
O
SIT
IO
N
F
O
R
I
N
P
U
T
O
P
E
R
A
T
IO
N
.
N
.C.
PL
A
C
E
"
A
"
LEA
D
O
N
A
P
P
R
O
P
R
IA
T
E
C
O
N
N
E
C
TI
O
N
FO
R
O
P
E
R
A
T
IO
N
.
R
IG
H
T
S
IDE
O
F
M
A
CHI
NE
1
J8
J9
228
226
1
224
220
504
503
406
505
4
506
2
3
211
2
3
816
7
8
21
A
418
514
1
273
274
5
6
2
1
TO
J
6
, J
1
0
B
RI
GH
T
SI
DE
13
512
4R
4
3
4W
2
1
VOL
T
AGE
SENS
E
SE
LEC
T
BO
AR
D
TO S
W
IT
CH B
D
#
1
D4
J4
0
F4
403
F4
THERM
9
1
2
3
4
1
2
3
4
J7
2
J7
5
FEE
D HE
AD
BO
A
R
D
11
J4
2
TO J5
6
5
4
3
2
+
225
1
SEC (TOP
RIGHT
)
15
16
2
3
5
J5
0
C5
J6
0
10
10
9
8
7
6
5
4
273
3
228
274
226
TO
J
8
4
TO
S3
1
2
J4
3
251
253
254
J1
9
13
7
DEV
ICE N
E
T
GAT
EW
AY
BO
ARD
14
8
6
5
4
1
3
2
NEG
DI
GI
TA
L PO
W
E
R
SUP
PL
Y B
O
ARD
3R
TO
3W
J7
MA
IN
CH
OK
E
L1
221
4
3
231
232
291
X3A
1
3
2
16
10
5
1
2
.05/
60
0
V
C1
TP1
TO C
8
288
A
34
5
28
7
TP7
R
E
CTIF
IE
R
S
W
ITCH
RECO
N
NECT
TO
16
414
H4
'A '
LE
F
T
S
IDE
O
F
M
A
C
H
IN
E
RECO
NN
EC
T S
W
IT
C
H
H4A
6
5
1
9
8
7
6
5
4
1
9
8
7
6
TP4
44
4
TO F
A
N
TO J4
7
475
477
1
2
476
21
6
478
21
1
3
21
3
21
2
4
5
6
4
4
W
1
1
W
=
W
HITE
U=BL
U
E
R=RED
COMP
O
N
E
NT VA
L
U
ES:
N=BRO
W
N
REAR OF MACHINE
G=GRE
EN
B=BL
A
C
K
L
E
A
D
C
O
L
O
R C
O
DI
NG
4
H3A
2
(2
00-
20
8)
H4
A
H2
(2
20
-2
3
0
)
TO
H2
A
CB
3
E
L
E
C
T
R
IC
A
L
S
Y
M
B
O
LS
P
E
R
E
1537
H1
A
AUX #
1
J1
0
,J
2
V
S
J
7
4
2
1
3
4
TO S
W
1
X5
T
O
AUX#1
2
1
OU
TPU
T
REC
T
D2
J6
5
6
25
3
7
2
254
8
3
9
4
13
B
11
A
10
L2
4
3
TO J
4
6
1
2
3
4
P
O
W
ER B
D
RE
CT
1
2
3
4
TO J
1
V
O
LTAG
E
SENSE
W
ORK
ELECT
RODE
J1
0A
J1
1
S
T
T
CURR
ENT
T
R
A
NSDUC
ER
812
TO
886
880
TO
J
8
X2
U
TO J42 J43
T
O
PO
W
ER B
D
.
RECT
IF
IE
R
(5
1
V
)
(380
-4
15)
X3
W
H3
TO
X3
AUX #
2
X5
RECO
N
NECT
PAN
E
L
TO
MA
IN
T
R
ANSFOR
MER
TO D
5
3
4-
TO J4
SO
L
ID
ST
AT
E
REL
AY
2
1
W
H5
(440
-46
0
)
H5
A
H4
H5
2
Ω
10
10
15
14
11
12
13
16
10
11
12
10
14
15
11
12
13
16
10
2.
7
10
W
.0
22
80
0
V
PRI (TOP
RIGHT
)
POS
POS
NEG
NEG
AC
J1
0C
H
DI
ODE
.0
2
2
80
0
V
2
.7
10W
2.
7
10
W
.02
2
80
0V
N.C.
I
N
P
U
T
V
O
LT
A
G
E
.
C
O
N
N
E
C
T
IO
N
S
H
O
W
N
I
S
F
O
R
4
40-46
0V
500
2
51
1
50
3
540
4
475
5
476
6
477
7
478
8
52
C
O
NNECT
O
R
DEVI
CENET
5
1
4
2
3
C
O
NNECT
O
R
12 P
IN
3
4
2
1
5
6
ROB
O
T
IC
/
W
IREDRI
VE
IN
T
ERF
ACE
RECEP
T
ACLE
CI
RCU
IT
CB4 6A
BRE
A
KER
CI
RCU
IT
J8
3
D6
S2
J2
P90
P91
J8
2
N.
B
.
67
67
A
1W
1B
89
2
89
2
1
2
851
852
853
854
855
856
154
153
222
89
1
TO
J7
5
7
8
9
10
857
858
859
860
3
C
O
NDUC
T
O
R
T
W
IS
T
ED/S
H
IELDE
D
S
H
IELD
G
R
O
UND TO C
ASE
L4
2B
2W
+40
VDC
J8
5
TO
267
266
268
THERM
TO
J2
0
J4
0
J5
0
67
TO J43 J8
8
S5
S6
S7
GN
D-
A
GN
D-
B
26
7
26
6
26
8
A
89
3
89
4
67
B
S1
S6
227
227
J7
3
TO
S1
D6
TO
J1
1
J4
7
IF
A
C
E
ROB
O
T
TO
J2,J
5,
J1
1,
J4
1,
J4
6,
J7
2
J7
3,
J7
6,
J8
1
J8
2
J1VS
,J9
,J
1
0CH
,
J1
4,
J4
0J
4
2
,
J5
0,
J7
5,
J8
3
J8
,
J4
7,J6
0
J8
4
J3,
J6
1,
J8
6
J4
,J
1
3
,
J4
3,
J7
1
J1
,J6,
J7
J1
0,
J70,
J8
5
J87
WA
T
E
R
C
OOLER
R
E
C
EPTAC
LE
2
1
350
35
2
N
P
R
S
T
U
V
W
X
A
B
C
D
E
F
G
H
I
J
K
L
M
841
844
842
843
845
846
847
67
B
539
541
521
522
GND-
A
11
12
861
862
TO
P7
3
J2VS
CB1
J47
TO
S5
J8
1
741
743
4
3
2
1
J8
2
154
153
4
3
2
1
500
540
TO
J1
1
J4
7
TO
S6
846
845
844
843
842
841
J8
4
6
5
1
2
3
4
84
7
8
7
TO
S6
D6
880
886
522
521
541
539
J8
3
6
5
1
2
3
4
TO
S7
856
855
854
853
852
851
J8
5
6
5
1
2
3
4
85
7
8
7
511
512
862
861
860
859
9
15
12
16
14
13
11
10
85
8
6
5
1
2
3
4
8
7
9
10
J8
6
6
5
1
2
3
4
8
7
9
10
J8
7
11
12
13
14
15
16
H6
(550
-57
5
)
H6
A
H6
TO
CR1
J60
CHOKE
THERM
TO RE
C
T
THERM
TO
RECONNECT
SW
IT
CH
H6
5
(5
50-
57
5)
H6
A
P5
0
11-2000A
G3792
TO
J85
V
O
LT
A
G
E
.
C
O
N
N
E
C
T
IO
N
S
H
O
W
N
I
S
F
O
R
3
80-46
0
V
S8
S
T
T
SNU
BB
ER
CA
PA
CI
T
OR B
ANK
STT SNUBBE
R
20
uF
40
0V
2
0uF
4
00V
+2
4
V
+2
4
V
G
N
D
CAN_
H
CAN
_
L
418
518
TO
J1VS
800
840
1
518
2
41
4
J1
0B
TO SSR, J
1
0
CHOPPE
R BD.
405
40
4
89
3
89
1
89
4
1
2
3
4
J7
3
53
54
TO
S1
TO
J8
1
743
741
80
0
840
RESISTO
R
BANK
DIODE
D
5
TO
J4
0,
J5
0
61
2
B
AC
AC
TO
J7
2
346
34
5
83
0
R5
TO
262
268 268
A
R5
220
A
292
26
2
R5
W
R
4
1
(11
5V
)
TO S4 CB2
350
352
P52
4
32
33
1
2
33A
2
(23
0V
)
3
4
33
A
224A
224
220
220
A
TO J4 J4
3
TO R
E
C
T
THERM
DC BUS
THERM
L5
TO
AUX #
2
S1
TO
J83 J8
4
J2VS
10
0
V
24
00
μ
F
50
0
V
3
500
μ
F
50
0
V
3
500
μ
F
Содержание Power Wave 455
Страница 42: ...NOTES POWER WAVE 455 R ...
