Panasonic CU-L28DBE5 - Page 101

SCHEMA
T
I
C
DIA
G
RAM 2/
7
A
TIC DIAGRAM 2/7A
C
1
C53
1
6.3V
R114
12.1k
1%
THS1
D4CE35030002
SS91
2
1
3
4
RY-N01
AC-BLK
AC-FME*
R105
7.5 5%
ZNR1
R6
33 1% 1/4W
PC3
TLP620GB
(GR)
1
2
4
3
R180
39k
2W
R181
39k 2W
RY-HT
R278
CN-HT
2
1
Q20
2SC3052
c
b
e
R63
4.7k
C39
0.01
R53
1.5k
R60
1k
R62
4.7k
R59
39k
C
N-TH
1
R100
15.0k
1%
R101
7.50k
1%
C45
1
6.3V
C46
1
6.3V
C35*
1000p
C34
0.1
16V
C13
2
0
.1
16V
D11
1SS355T
D12
1SS355T
C34
1000p
D6
1SS355T
D7
1SS355T
D5
1SS355T
e
b
c
b
4.7k
10k
CU-L24DBE5
CU-L28DBE5
R56
47k
C33
0.01
R
64
1
0k
D21
E
G
B1
R55
1k 1
%
R54
47k
1%
C40
3900p
R
2
BD
4
C59
0
.
1
1
6V
R121
30k
G
2
1
3
4
R265
20.4k
1%
1
3
24
8
C123
0.1
16V
7
5
6
C125
10
50V
TL3472
R261
1.13k
1%
C127
10
50V
C128
0.047
25V
R258
R259
27.4k
1%
C124
100
16V
R262
39.2k
1%
C
N-TH
2
R104
7.50k
1%
C49
1
6.3V
ACL 1
ACL 2
ZD1
RD1
0
EB
2
D2
8
1
A
5
-
E
600
V 1
A
R
T
-
C
ZNR2
1
2
4
5
6
7
IC9
IC9
U
LM2
003
AD
R
9
9
1
1
1
12
2
13
3
14
4
16
6
C
32
C
31
ZNR3
IC14
+
+
R260
+
R263
R264
FUSE 2
CN-HOT
2
1
RT-P121
D27
Q11
c
e
Q5
PIC2 100 200V
PIC1 100 200V
PIC2 100 200V
PIC4
C47
1
6.3V
R102
4.99k
1%
3
1
DISCHARGE TEMP. SENSOR
(15k 3950)
CN-FM4
2
1
FM2
CN-FM3
2
1
FM1
CR3
0.33
120
RY-Y2
CN-Y2
2
1
CR2
RY-Y1
CN-Y1
2
1
CR1
R113
Q6
2
S
C344
1
c
b
e
R11
100
1%
R12
10k 1%
DB2
R278
1k 1%
OUTDOOR TEMP. SENSOR
(15k 3950)
PIPE TEMP. SENSOR
(4.96k 3950)
4
2
DEFROST TEMP. SENSOR
(4.96k 3950)
SUC TEMP. SENSOR
(4.96k 3950)
4
2
1
CN-RY1
2
1
RY-PRY2
CN-RY2
2
1
CR4
CU-L34DBE5
CU-L43DBE5
CN-RY1
2
1
CN-RY2
2
1
C210
800
400v
C211
800
400v
R202
100k
1%
R203
100k
1%
R204
100k
1%
R205
100k
1%
DCP-OUT
DCN-OUT
ACL
c
b
e
R273
RY-PWR2
D1
Q7
R274
RED
BLK
SS92
DCP
DCN
101
CS-F24DB4E5 CU-L24DBE5 / CS-F28DB4E5 CU-L28DBE5