Daewoo DWD-1211RT - Attention Point with Servicing

47
1) DWD-E1211RT
2) DWD-E1211WT
7. WIRING DIAGRAM
DRY
Ha
PRE COLD
U V W
LOCK 2 LOCK 1
1: ß
2: ß
5V
Hb
V
ON 0.02s SOLENOID
PTC
4
4
MAIN PCB
BUBBLE PUMP
AC POWER S/W
Hole 2. NC
Hole 3. NO
Hole 1. COMMON
E1211R
3
3
1
1
2
2
SENSOR HALL
PRESSURE
SENSOR Tm1
WATER DRY
Tm2
Ha
12
321
BR
32
BL
1
RD
21
21
6
GN YW
543
ORBR
21
BK
12
WHGYPK VT
789 10 11
U
FAN MOTOR(24V BLDC)
MOTOR MAIN(BLDC)
1
1
1
REACTOR
123
3
PK VT
21
BL BK
21
21
RDRD
21
3
3
4
4
6
6
875
785
2
2
12
12
9
9
VALVE INLET
WH
7
VT
BR
8
WH YW RDBL
2435
GY
6
OR YW
BL
32
GN
1
FRONT
PCB
WF07
1
WF10:SENSOR
231
W
26
Hc
9
6
U V
4 3
8 7
Ha Hb
T1
Vdd2
71
7 8 6
54
Hb
6
12
GND2 L/F
T2
5
11 10
39 4 28
GND1 Vdd1
Ha
5 4 2 3 1
WF06
321
WF08:F/MOTOR
1
WF09:MOTOR
GND
15
5V
3 2
12 11 10 13
12 789 10 11 1
11 8 9 10
3
7 6 5 4 2 3
12
2
WF02:D/LOCK
1
21
2
D/M
6
PRE
1
HOT
5
COLD
7823456
WF01:LOAD
3 4
B/B
7 8
L/CHECK DRY
321
MOTOR DRAIN
5423
S/W
DOOR LOCK
(TAIWAN,JAPAN)
EARTH OUTER
RING.C3
12
12
WR
YB
BL
BK BL
BK
5
WH
786
VTGY
12
YW
YW
RD OR BR
123
RING.H
GN/YW
RING.C1
POWER CORD
~15A 125V
RING.C2
3
32
2
32
32
1
1
1
1
BL BL
1
BL
1
587612 213
WF05:REACTOR
3: ¥
2:
1: ß
WF03:HEATER
3
WF04:S/W POWER
RELAY
1:ˆ»
2: ß
3: ¥
34
4
RELAY
3:P/CORD(ˆ»)
4:W/HEATER(ˆ»)
D/HEATER
P-CORD(COMMON)
W/HEATER
V
W
WF05-1
CON.010-VC
WF05
(BL)
Bi-Metal
PTC
(WH)
Gnd
(WH)
(WH)
CON.010-W/TH (WH)
GND Signal
CON.010-SP(NA)
CON.010
CON.010-D/TH
W GND
CON.080
(WH)
(WH)
CON.050-RT
WF08-1
5V
Hc
WF01-1
(RD) (WH)
WF08
(RD)
WF01
HEATER DRY (1200W) HEATER WASH (1000W)
WF02-1
THERMOSTAT . OFF : 150 – 5C . ON : 110 – 5C
FUSE TEMPERATURE
(DUCT»·:128 C)
(WH)
WF02
Hb
Vdd1
U
GN/YW
CON.04
CON.040-S/W
(WH)
CON.010-SH
WF04-1 WF10-1
(WH) CON.090-M
CON.080-FM
CON.050-RT
WF09-1
(WH)
(WH)
CON.010
CON.010-B/P
CON.010-VD CON.010-VP
WF06 WF07
WF04 WF10 WF09
(WH)
CON.030-W/H CON.RY-W/H
CON.F02
CON.020-D/L
CON.030-D/H
(WH)
CON.F01
CON.RY-TM
WF03-1
12A 125V
CON.PC-R
CON.PC-P
REC-RY CON-RY
WF03
(WH) (WH)
COLD PRE
U W V
LOCK 2 LOCK 1
2: ß
1: ß
5V
V
PTC
SOLENOID ON 0.02s
EARTH OUTER
(TAIWAN,JAPAN)
Hole 1. COMMON
Hole 2. NC
Hole 3. NO
AC POWER S/W
PCB
FRONT
E1211W
213
213
MAIN PCB
REACTOR
MOTOR MAIN(BLDC)
SENSOR Tm1
PRESSURE
WATER
21
21 3
SENSOR HALL
Ha
132
YW
WF10:SENSOR
BRRD
312
123
BL GN
45
45
17
T1
Vdd2
BR
12
12
11
5
Vdd1
12
6
GND1 L/F
4
93
10
3
3
82
GND2
BK
11
11
12
12
1
6
6
WHPK GY
10 89
10 89
7
7
2 3
WF09:MOTOR
VT BL
3
3
PK VT
1
1
2
2
BUBBLE PUMP
12
12
WH
MOTOR DRAIN
DOOR LOCK
S/W
12
WR
YK
12
BL
54
BL
23
BK
VALVE INLET
21
21
RD RD
2
2
1
1
BL
4
4
23
23
GN
1
1
OR
ˆ»
6
6
BK
5
5
WH
87
78
GY VT
12
21
6 5 8 7
WF06
1 3 2 4
WF07
13 11 12 10 9
10 9 7 8 3 2 4 1 5 6
2 1
11
WF02:D/LOCK
48 3 2
7 6
D/M PRE B/B
L/CHECK
WF01:LOAD
15
HOT
COLD
~15A 125V
POWER CORD
RING.C3 RING.C1
1
1
23
23
RING.H
GN/YW
RING.C2
BL
WF05:REACTOR
123
123
ORß BR
2
2
1
1
3
3
ˆ»BL
4
111
3
RELAY
3: ¥
1:ˆ»
WF04:S/W POWER
2: ß
BL
4:W/HEATER(ˆ»)
3:P/CORD(ˆ»)
43
RELAY
WF03:HEATER
1:
3: ¥
2:
W/HEATER
P-CORD(COMMON)
W
PTC
Bi-Metal
CON.010-VC
WF05-1
WF05
(BL)
CON.010-SP(NA)
(WH) CON.010-W/TH
GND Signal
Gnd
(WH)(RD) (WH)
CON.050-RT
WF01-1
WF01
WF02-1
WF02
(WH)
HEATER WASH (1000W)
Hb
U
Vdd1
GN/YW
WF03-1
WF03
CON.040-S/W
CON.04
(WH)
CON.010-SH
CON.090-M (WH)
WF04-1
WF04
WF06
WF10-1
WF10
WF09-1
WF09
(WH)
(WH) CON.010
(WH) CON.010-B/P
CON.020-D/L
(WH)
CON.050-RT
CON.010-VP
WF07
CON.PC-R
CON.030-W/H
12A 125V
CON.RY-W/H
CON.PC-P
(WH) (WH)
CON-RY REC-RY