7.
Schematic Diagram
7. Schematic Diagram
7.1. Main Control
NOTE
This Document can not be used without Samsung’s authorization
OP TION
Da te Ch a n g e d
Tim e Ch a n g e d
S AMS UNG ELECTRONICS
416, Ma e ta n-3Dong, Ye ongtong-Gu,
S ENS OR
EMCR(EEP ROM)
(DELAY S TART)
(S ANITIZE)
(NORMAL)
(HEAVY)
(DELICATE)
(RINS E)
S ENS OR
RELAY CONTROL
TITLE:
OP TION TABLE
OJ 101
X
O
X
X
DOC CTRL CHK
EMCR(EEP ROM)
S TAND BY
CONTROL
OS CILLATOR
(DELICATE)
writing
INTERRUP T
(NORMAL)
RINS E
HEAVY
DELICATE
ANODE
CATHODE
OJ 102
OJ 103
OJ 104
OJ 105
BES T
BETTER
RES ET
MFG ENGR CHK
QA CHK
o f
X
X
X
X
En g in e e r
Dra wn b y
S OUND CONTROL
S ize
P OWER S UP P LY
LED2-1
DIS P LAY CONTROL
D1
D2
D3
D4
D6
D7
S OUND
CONTROL
S ANITIZE
LOAD
QUICK
AUTO
P OWER
HALF
On boa rd
R&D CHK
D3-1
NORMAL
QUICK
S ANITIZE
(HEAVY)
D2-1
(DELAY S TART)
(S ANITIZE)
BES T OP TION
BES T OP TION
BES T OP TION
BES T OP TION
BES T OP TION
KEY MATRIX
TOUCH MODULE
DIS P LAY
KEY-IN1
KEY-IN2
NORMAL
HEAVY
DELICATE
RINS E
REV
S TART
DELAY
S MART
LED MATRIX
LED1-1
MS _J EON
J AN 30, 2009
18:01
MS _J EON
MS _J EON
1
1
DIS H WAS HER (RVE)
A3
X
X
Ch a n g e d b y
Dra win g Nu m b e r
S uwon-S i, Gye onggi-Do, KOREA 443-742
S h e e t
KEY-INP UT
D1-1
CBE2328BP
BZ402
IC601
24LC04B
330
R701
TR505
D104
1N4007
KRA225S
D102
1N4007
+5V
R704
100K
180
R317
+5V
R315
+5V
10K
R309
2K
10uF
C303
R310
20K
100nF
C309
100nF
C107
+5V
D101
1N4007
3
2
1
R512
100
2K
R301
C
N
1
0
1
9
0
0
1
9
W
S
-0
3
_
W
H
T
D103
1N4007
100nF
C301
TR504
KRC246
TR503
KRC246
ZD102
MTZJ 4.3B
TR506
KRA225S
3.3K
R316
C110
1nF
10K
R702
C307
1uF
R602
2K
TR301
KRC246
1
2
3
4
TR205
KRC246
220
R103
L101
UU1014_53mH
+5V
470uF
C106
XTL101
16MHz
22pF
C112
C111
22pF
KRC246
TR402
MM4148
D207
TR207
KRC246
2K
R107
15
13
35
7
RES ET
8
TES T
4
VAREF
18
VDD
5
VS S
1
XIN
2
XOUT
3
53
49
6
32
25
26
28
33
31
22
23
20
14
21
17
16
58
59
60
61
62
63
64
36
37
38
39
40
41
42
43
50
29
24
30
34
45
44
47
46
56
48
52
51
9
54
55
57
IC
1
0
1
T
M
P
8
6
F
S
4
9
F
G
AVDD
19
27
11
12
10
D209
1N4007
+5V
P TC101
33ohm
2
3
4
5
6
7
8
9
S
M
W
2
5
0
-0
9
D
K
C
N
3
0
2
1
10uF
C304
+12V
+5V
C310
100nF
100nF
C109
C308
100nF
+5V
R510
100
4
3
1
2
C601
100nF
5
7
9
P C817
P C101
S T-4CTOP
S T101
1
2
3
4
1
2
3
4
5
6
7
8
9
1
0
1
1
S MW250-07DW
CN503
1
2
3
4
5
6
7
CN803
S MW250-11DW
20K
TR502
KRC246
R110
TR101
KRC246
TR302
KRC246
7
S 7
S 8
8
KRA225S
TR508
IC102
B
2
4
D
1
E
S 5
5
6
S 6
KRA225S
TR510
TNY276P
100nF
C101
2K
R308
R307
2K
R306
KRC246
TR202
2K
10D471
P C817
4
3
1
2
470V
ZNR101
100
R508
P C102
100nF
C305
100nF
C306
2K
R314
1K
R313
51K
R108
IC104
7033P
100
R511
1K
R302
R513
100
OJ 105
100
R502
+5V
100
R504
R503
100
200K
R305
R304
10K
51K
R119
R303
200K
1.2M
R101
+5V
C108
10uF
+5V
2K
R601
+5V
2K
R111
D208
MM4148
TR507
KRA225S
TR509
KRA225S
TR511
KRA225S
100nF
C302
R505
100
100
R506
ZD101
R507
100
MTZ10B
100nF
C104
D201
1K
R104
MM4148
100
R201
2K
+5V
2K
R312
R311
KRA226
TR209
TR210
KRC246
100K
R703
R105
2K
KRA225S
TR512
OJ 104
KRC246
TR206
R501
100
KRC246
TR204
S MW250-05DW
CN504
1
2
3
4
5
3
4
5
6
7
8
1
S MW250-08DK
CN502
1
2
S MW250-05DK
CN701
3
2
5
4
+12V
TR403
KRC246
R402
1K
B
Z
4
0
1
C
B
E
2
2
2
0
B
A
TR401
KRA226
C401
100uF
R106
2K
KRC246
TR208
6
7
8
9
1
0
1
1
1
2
S MW250-12DK
CN801
1
2
3
4
5
+12V
+5V
G5T-1A-12VDC
RY206
KRC246
+12V
G5T-1A-12VDC
RY202
+12V
TR203
C202
10uF
100nF
C201
+5V
2K
R319
R318
2K
D204
MM4148
100
R509
MM4148
D203
D202
MM4148
R102
150K
IC103
KIA78D05P I
G5T-1A-12VDC
RY204
RY205
G5T-1A-12VDC
4
5
6
RY203
G5T-1A-12VDC
CN802
S MW250-06DW
1
2
3
22uF
C102
D107
C105
1000uF
UF4007
C103
D105
1N4007
1nF
TR501
KRC246
R112
100K
C701
100nF
RY201
G5T-1A-12VDC
8
9
10
220
R401
1
2
3
4
5
6
7
3
4
5
6
7
8
9
10
CN201
S MW420A-10
CN301
S MW250-10DW
1
2
OJ 103
OJ 101
OJ 102
1
2
3
4
5
6
7
8
CN501
S MW250-08DW
TR201
KRC246
MM4148
D205
D206
MM4148
RELAY_S OURCE
BZ-C
CLK
RELAY_S OURCE
S 9
D
5
-1
D
4
-1
D
8
L
E
D
1
-1
L
E
D
2
-1
D
6
-1
D
8
-1
D
7
-1
S TAND-BY
INT
DIS P ENS OR
HALF_LOAD
COLD_VALVE
P OWER
S OURCE
HALF-S
DATA
CLK
VENT_MOTOR
DRAIN_P UMP
COLD-COUNT
S 9
S 10
TURBID-T
S 11
LED1
LED2
D8
D7
D6
D5
D4
D3
D2
D1
LEAKAGE
LOW-L
DATA
BZ
BZ-C
D2
D4
D5
D1
D3
HEATER_RELAY
P OWER
P OWER_RELAY
HALF-S
TURBID-R
TURBID-T
RINS E-S
S UMP -TH
HIGH-L
S OURCE
DOOR-S
DIS P ENS OR
VENT_MOTOR
COLD_VALVE
HALF_LOAD
WAS H_MOTOR
DRAIN_P UMP
HEATER
KEY-IN1
KEY-IN2
S UMP -TH
LEAKAGE
HIGH-L
TURBID-R
RINS E-S
DOOR-S
LOW-L
OCKIO
OCDCK
P OWER_RELAY
HEATER_RELAY
D5-1
D4-1
D3-1
D2-1
D1-1
COLD-COUNT
D
3
-1
D
2
-1
D
1
-1
L
E
D
1
-1
D
5
D
4
D
3
D
2
D
1
K
E
Y
-I
N
2
D
7
D
6
K
E
Y
-I
N
1
K
E
Y
-I
N
2
D
6
-1
D
4
-1
D
2
-1
S
7
-1
S
9
-1
S
1
1
-1
S
2
-1
S
4
-1
S
6
-1
D
5
-1
D
1
-1
D
3
-1
D
7
-1
D
8
-1
D
7
-1
D
6
-1
D
5
-1
D
4
-1
D
3
-1
D
2
-1
D
1
-1
D8-1
D7-1
D6-1
D5
D6
D8
D7
S 11-1
S 10-1
S 9-1
S 8-1
LED1
LED2
LED2-1
LED1-1
K
E
Y
-I
N
1
L
E
D
2
-1
S
8
-1
S
1
0
-1
S
1
-1
S
3
-1
S
5
-1
D
8
-1
S 7
S 8
S 11
S 10
S 8
S 7-1
S 7
S 6
S 6-1
S 5-1
S 5
S 4
S 4-1
S 3-1
S 3
S 2
S 2-1
S 1-1
S 1
D1
D2
D3
D4
RES ET
BZ
M
O
D
E
M
O
D
E
O
C
D
C
K
O
C
K
IO
HEATER
WAS H_MOTOR
S 1
S 2
S 3
S 4
S 5
S 6
INT
S TAND-BY
R
E
S
E
T
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7-1