Fujitsu AUY45FUAS, Руководство по обслуживанию

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5V
R55
10K
<1/10W>
NC
C49
0.01
<F>
C44
0.1
<F>
X1
CSTS0500MG03-T
1
2
3
70 69
X1 X2
60
28
73
22
23
24
31
30
29
42
80
79
78
64
52
49
51
48
32
62
47
50
53
61
5
11
12
13
16
17
18
27
34
35
26
14
15
25
6
10
9
8
77
76
54
55
66
65
3
2
1
74
68
75
7
4
67
33
71
72
56
57
58
59
63
19
20
21
40
39
38
37
36
43
44
45
46
41
P10
P11
P70
P71
P72
P131
P46
P24
P23
P47
P57
P56
P50
P27
P26
P25
P22
P21
P20
P130
P00
P121
P36
P33
P01
P55
P34
P37
P35
P120
P03
P12
P13
P14
P66
P52
P53
P54
P45
P44
P43
XT1
P51
RESET
P65
P32
P31
P30
P67
P60
P61
P62
P63
P64
P42
P41
P40
P02
P127
P126
P125
P124
XT2
I C
VSS1
VSS0
AVSS
AVRF1
AVRF0
VDD1
VDD0
P04
P05
P123
P122
P17
P16
P15
5V
C19 - C21
0.01 <F> x 3
R15 - R17
10K <1/10W> x 3
R20 1.0K <1/10W>
R19 1.0K <1/10W>
R18 1.0K <1/10W>
12V 14V
+
I C2
7812
10K <1/10W> x 4
R59 R97 R98 R99
5V
C47
0.1
<F>
C15
0.1
<F>
+C14
100/
6.3V
C13
0.1
<F>
I C3
7805
JM10
5V R29 - R32
10K <1/10W> x 4
R33 - R36
1.0K <1/10W> x 4 NC
C26 - C29
0.01 <F> x 4
5V
5V
CR6
0.01
<F>
R10 10K
<1/10W>
R9 390
<1/10W>
R12 1.0K
<1/10W>
SW2
DRS4016-5
C 1
8
4
2
5V
C17
0.01
<F>
C18
0.01
<F>
Q3
DTC124EKA
R13 10K
<1/10W>
I C9
TLP621
(D4) - GB
D8
D1F60
R11 56K
<1W>
SW1
DSS803
10K <1/10W> x 3 R39 R38 R37
AUTO RESTART
ROOM TEMPERATURE CORRECTION
( HEATING OPERATION )
ROOM TEMPERATURE CORRECTION
( HEATING OPERATION )
R42 1.0K <1/10W>
R40 1.0K <1/10W>
R41 1.0K <1/10W>
14V
14V
5V
R93 - R96
10K <1/10W> x 4
C10
0.01 <F> x 3
C12 C30
5V
K 4
R21 - R24
10K <1/10W> x 4
R25 - R28
1.0K <1/10W> x 4
I C5 (5/7)
uPA2003GR
I C5 (1/7)
uPA2003GR
C22 - C25
0.01 <F> x 4
I C11-1
BA10358
TEST
CN9
B5P-SHF-1AA
-
+ 1
2
3
10 7
CN9-1
CN9-2
CN9-4
CN9-3
CN9-5
CN19-1
CR8
TA120033
K8
G5N-1A
CN19
B2P3-VH-B-R
RED
UL1015 AWG18
GRAY
+
-
SSR1
G3MC-202PL-VD
VA2 470V
<TNR>
JM8 JM5
No.1
No.3
No.2
CN5 B3P5-VH-B
WHITE
FAN MOTOR
C11
10/
25V
C54
0.01 <F>
SECONDARY PRIMARY
C101
0.22
C105
0.022
<YE>
C106
0.022
<YE>
C103
0.01
<KH>
C104
0.01
<KH>
C102
0.22
SA101
RA-362M
VA101 470V
<TNR>
VA102 470V
<TNR>
TM102
TM101
E101 W103 W104
LF101
ELF20N018A
FH101 FH102
F101 3.15A <BET>
YELLOW
YELLOW
UL1015 AWG22 x 2
BLACK
BLACK
DRAIN PUMP
M
CN6 B2P3-VH-B-E
BLUE
K4 G5NB-1A
CN6-2
CN6-1
C3 0.22 <RE>
R88 120 <1/2W>
+
R7
330
<1/4W>
C8
100/
6.3V
D1
D3SB60
C5
100/
450V
+
R2 1.5
<RSP2 - 2W>
Q2
2SC1815
R3 100
<1/10W>
Q1
2SC4236
R1 3.3
<RGGS - 5W>
R4 330K
<SPRH - 2W>
C6 4700P
<ECQM>
R5 62K
<RSP - 2W>
D5
1SR139-600
D10
1SR139-600
R6 100
<1/2W>
C7 0.047
<ECQB>
D2
D1FL20U
D4
D1FL20U
D3
MTZJ5.1B
D6
D2FL20U
SWITCHING TRANSFORMER
ZFT29B01
T1
C9
1000
/25V
R8 10K
<1/10W>
+
I O
G
I O
G
JM1
JM2
JM3
JUMPER
SETTING
CUSTOM CODE SWITCHING
POWER SOURCE
230V
50Hz
L
N
1
2
3
E
OUTDOOR UNIT
TERMINAL BOARD
U
L1
01
5
A
W
G
18
B
LA
C
K
U
L1
01
5
A
W
G
18
W
H
IT
E
G
R
AY
G
R
AY
CN3-1
CN3-2
THERMAL FUSE
CN3
53406-9910
UL1015
AWG16
GREEN
UL1015
AWG18
BLACK
UL1015 AWG18 WHITE
UL1015 AWG22 x 3
BLACK
WHITE
RED
CN5-3
CN5-2
CN5-1
CN4-1
CN4-2
FAN CAPACITOR
8.0 uF
400V
CN4
B2P3-VH-B-Y
YELLOW
UL1015 AWG20 x 2
WHITE
WHITE
F M
CN1 B2P3-VH-B-C
BLACK
CN1-1
CN1-2
C45
0.1
<F>
5V
I C8
PST600C 2
3
1
CN15-1
CN15-3
CN15-2
UL1430 AWG22
UL1430 AWG22
CN15 B3B-XARK-1-A
RED
BLACK
BLACK
FLOAT SWITCH
5V
0.01 <F> x 3
C31 C16 C43
RJ1 1.0K
<1/10W>
RJ2
10K
<1/10W>
NC
NC
NC
SW4
DSS803
5V
5V
C1 0.1
<F>
K 8
R81 1.0K <1/10W>
R71 1.0K <1/10W>
R72 1.0K <1/10W>
CR7
0.01
<F>
10K <1/10W>
x 3
R70 R69 R80
CR1 - CR4
10K <1/10W>
x 4
14V
5V
I C6 (4/7)
uPA2003GR
R67 1.0K
<1/10W>
R68 10K
<1/10W>
R52
10K
<1/10W>
R51 1.0K
<1/10W>
C40
0.01 <F>
5V
CR5
1000P
<R>
5V
+
BZ1
PKM13EPY-4000
B Z
C42
0.01
<F>
C41
10/
25V
R54 47
<1/10W>
R53 10K
<1/10W>
I C6 (2/7)
uPA2003GR
R56
R57 1.0K
<1/10W>
14V
I C6 (1/7)
uPA2003GR
12V
12V
12V
5V
5V
I C4 (7/7)
uPA2003GR
NC
NC
NC
NC
R60
10K
<1/10W>
R61
10K
<1/10W>
Q5
2SC2712 Q6
2SC2712
R63 15.4K
<1/10W>
(1%)
R62 4.7K
<1/10W>
(1%)
I C11-2
BA10358
R65 390 <1/10W>
D7
DA226U
-
+ 7
5
6
2
3
1
1
2
3
7 10
2
3 1
BROWN
RED
ORANGE
YELLOW
WHITE
BROWN
RED
ORANGE
YELLOW
WHITE
UL1430 AWG28 x 5
CN10-1
CN10-5
CN10-4
CN10-3
CN10-2
14V
12V
R64 28K
<1/10W>
(1%)
CN10
B5B-XASK-1-A
TERMINAL BOARD
REMOTE CONTROL UNIT
3 2 1
UL1430 AWG22
WHITE
UL1430 AWG22
BLACK
UL1430 AWG22 RED CN17-1
CN17-3
CN17-2
1
2
3
2
3
1
CN17 B3B-XAKK-1-A
L2 0.022
<DSS306>
L4 0.022
<DSS306>
L3 0.022
<DSS306>
R66 10K
<1/10W>
LOUVER
( UP / DOWN )
M
5V
5V
C38
0.01
<F>
R48
10K
<1/10W>
R49 1.0K
<1/10W>
Q4
DTC124EKA
R47 390
<1/10W>
5V
C37
0.1
<F>
CN14
B4B-XH-AM
HA
JEM-A
R45 49.9K
<1/10W>
(1%)
C34
0.1
<F>
R43 10K
<1/10W>
(1%)
5V
C39
0.1
<F>
I C7
BR93L46RF
R58 10K <1/10W>
R75 10K <1/10W>
R76 10K <1/10W>
R100 10K <1/10W>
10K <1/10W> x 3 R77 R78 R79
R50 10K <1/10W>
DO
D I
CK
CS GND
NC
NC
VCC 4
3
2
1 5
6
7
8
C32
1000P
<R>
C35
1000P
<R>
R44 1.0K
<1/10W>
R46 1.0K
<1/10W>
5V
CN8 B2B-XASK-1-A
CN7 B2B-XAKK-1-A
BLACK
CN8-1
BLACK
CN8-2
BLACK
CN7-2
GRAY
CN7-1
GRAY
CN14-1
CN14-4
CN14-3
CN14-2
PIPE TEMPERATURE THERMISTOR
ROOM TEMPERATURE THERMISTOR
I C5 (1/7) uPA2003GR
14V
1 16
11 6
10 7
5
4
12
13
9
2
15
3 14
16 1
8
No.3
No.1
No.2
FAN DELAY CHANGE
( HEATING OPERATION )
REMOTE TYPE CHANGE
No.3
No.1
No.2 FAN TYPE CHANGE
5
3
4
2 15
13
14
12
I C 1
11
16 1
6
8
9
11
12
13
14
15 2
3
4
5
6
uPD780058BGC
-108-8BT
POWER SUPPLY PCB
K01AL-040HWSE-P0
INDOOR PCB CIRCUIT DIAGRAM
Model : AUY45FUAS
CUSTOM CODE SWITCHING
CUSTOM CODE SWITCHING
CONTROLLER PCB ASSEMBLY ( MAIN PCB )
K01AL-040SWSE-C1
7 2005.06.02
JP3 JP2 JP1
Remote control unit custom code switching
"with thermistor" type
EZ-098YHSE-R series
EZ-09503HSE-R series
weekly type
weekly type
weekly type
weekly type
weekly type
on on on
on
on
on
on
on
on
on
on
on
A (00)
B (01)
C (10)
D (11)
B (01)
C (10)
D (11)
A (00)
off off off
off off
off
off
off
off
off
off
off
Wireless
remote
control unit
Wired
remote
control unit
Jumper 1,2,3 setting
SW1-3 SW1-2 Correction
Room temp. heating correction
on
on off
off
on
on
off
off
1 ( -2 deg. )
3 ( +4 deg. )
2 ( o deg. )
0 ( +2 deg. )
SW1 & SW4
on off SW Function
SW4-3
Remote control unit type change *1 SW4-1
SW1-1
SW4-2
delay
reversal
on
---
no delay
normal
off
---
Fan delay change (heating operation)
Fan type change
Auto restart
*1
In the normal mode,
it works as EEPROM model information "wired / wireless switching" shows.
In the reversal mode, it reverses that information.