Daikin RXYQ96PYDN, Руководство по обслуживанию

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SiUS34-801A_b Wiring Diagrams for Reference
Appendix 493
Heat Recovery 230V
REYQ72, 96, 120PTJU
X3A
W
HT
K6R
X26A
X4A
R7T
M
R4T
A4P
V
1CP
Z1C
X6A
A2
2
X5A
4
X30A
R1T
+
F1U
RED
V
2
t°
Y5E
Y6S
RED
X23A
E1HC
-
RED
N
O
TE)5
X16A
W HT
S1
N
PH
R502
W HT
OF M1C
, M2C
TERMI
N
AL
A7P
BLU
L2
V
RED
W
HT
X2A
X5A
F1U
A5P
BLK
X29A
R
8
T
RED
X1A
BS2
BLU
A2P
L1
A1P
X504A
R12T
X
8
A
(BA
CK)
X9A
5
X9A
X22A
HAP
X6A
Y
8
S
K5R
W
HT
A1
X5A
BLU
K4R
5
S1PH
X21A
X1A
M
X15A
L1R
X37A
S2PH
X7A
K2M
RED
0
8
-230
V
3
~
60Hz
BLK
5
X1M
R112
U
N
IT
MUL
TI
TO
X29A
X5A
RED
A4P
W HT
BS5
P<
I
N
/D U
N
IT
TO
W
HT
A6P
X15A
X12A
R11T
BLK
5 V
3R
BS4
F2
BLK
X6A
Y4S
X2A
N
=4
RED
X32A
X4A
Y7S
3
~
X3A
-
F1U
HAP
X
8
A
BLU
X11A
X7A
5
MUL
TI U
N
IT
TO
Q1
H3P
X7A
Q2
X20A
N
3
X2A
P<
A6P
S2
N
PL
M1F
X37A
K11R
F1U
H2P
X3A
MS
RED
BLU
X7A
X
8
A
X9A
N
OT
E
)4
Y10S
K2M
1
N
O
TE)4
RED
X1A
MALFU
N
CTIO
N
DETECTIO
N
---LIGHT UP
[H2P] PREP
ARE,
TEST
------------FLICKERI
N
G
PILO
TLAMP (SER
V
ICE MO
N
IT
OR:
ORA
N
GE)(A1P)
M2F
L1R
K2M
K 8 R
V
1CP
3
~
RED
N
=2
Z4C
X7A
Q1
P1
RED
F2
F2U
W
HT
+
X1A
X4A
Y9S
X15A
R2
X1
8
A
R14T
W
K5R
BLK
V
2R
K2M
X1M
X3A
V
1R
X4A
MS
Y3S
BS1
3
X3A
6
Y1E
X9A
R15T
A1P
OUT/D U
N
IT
TO
L3
RED
K3R
X11A
6
A5P
X30A
(F1)(F2)
o
u
tdoor
F1U
ELECTRICAL COMPO
N
E
N
TSBO
X(2)
R2T
K7R
X31A
X4A
X1M
MS
X1M
X2A
M
H7P
F1
3
~
BS3
BLU
X5A
X1M
N
=1
T2A
R13T
M
H6P
W
HT
+
Y4E
X3A
X1A
BLU
W
GRE
R1T
5
Z6C
R5T
P3
R32T
PILO
T LAMP (SER
V
ICE MO
N
IT
OR-GREE
N
) (A1P) (A2P) (A3P)
A7P
Y2E
3
X1A
U
X
8
A
K11R
X2
8
A
BLU
ELECTRICAL COMPO
N
E
N
TS BO
X (1)
W
HT
M
BLK
X4A
LA
Y
OUT OF M1C
, M2C
, M1F
, M2F
K5R
5
A2P
Q1RP
A3P
P2
R31T
W HT
X1A
F2U
X10A
+
M2C
T1A
W
HT
F1
U
K1M
K1R
X9A
V
1R
X21A
(F1)(F2)
indoor
Q1RP
BLK
K1R
X1
8
A
-
6
N
O
TE)4
R9T
H1P
W
HT
CAP
A
CIT
OR
(MODE, SET
, RETUR
N
, TEST
, RESET) (A1P)
PUSH B
UTT
O
N
S
W
ITCH
PRI
N
TED CIRCUIT BO
ARD (MAI
N
)
FUSE (16A, DC450
V
) (A4P) (A5P)
FUSE (T
, 3.15A, 250
V
) (A2P)
FUSE (T
, 3.15A, 250
V
) (A1P) (A3P)
PRI
N
TED CIRCUIT BO
ARD (ELB)
PRI
N
TED CIRCUIT BO
ARD (MAI
N
)
CRA
N
KCASE HEA
TER (A1P)
PRI
N
TED CIRCUIT BO
ARD (SUB)
CRA
N
KCASE HEA
TER (A3P)
PRI
N
TED CIRCUIT BO
ARD (I
NV
, F
A
N
)
PRI
N
TED CIRCUIT BO
ARD (CURRE
N
T SE
N
SOR)
PRI
N
TED CIRCUIT BO
ARD (F
A
N
)
X1M
X23A
R6T
K3R
BLU
BLK
HAP
O
W
ER SUPPL
Y
X2A
Q2
A3P
K2R
Y1S
X3A
H4P
K
8
4R
M
Y3E
Y5S
RESIST
OR (CURRE
N
T LIMITI
N
G) (A4P)
RESIST
OR (CURRE
N
T SE
N
SOR) (A4P)
THERMIST
OR (SUCTIO
N
2) (A3P)
THERMIST
OR (AIR) (A1P)
THERMIST
OR (HEA
T EXC
. GAS 1) (A1P)
RESIST
OR (CURRE
N
T SE
N
SOR) (A5P)
THERMIST
OR (SUB COOL HEA
T EXC
. LIQ
UID 1) (A1P)
THERMIST
OR (FI
N
) (A4P)
THERMIST
OR (HEA
T EXC
. LIQ
UID 1) (A1P)
MO
T
OR (F
A
N
)
THERMIST
OR (SUB COOL HEA
T EXC
. GAS 1) (A1P)
THERMIST
OR (M2C DISCHARGE)(A3P)
RESIST
OR (CURRE
N
T SE
N
SOR) (A4P)
THERMIST
OR (M1C DISCHARGE) (A1P)
THERMIST
OR (HEA
T EXC
. DEICER 1) (A1P)
THERMIST
OR (LIQ
UID 1) ( A2P)
S
W
ITCHI
N
G PO
W
ER SUPPL
Y (A1P
, A3P
, A4P)
THERMIST
OR (SUCTIO
N
1) (A2P)
PHASE RE
V
ERSAL DETECT CIRCUIT (A1P) (A3P)
THERMIST
OR (HEA
T EXC
. GAS 2) (A3P)
H5P
E2HC
R1
N
=4
K1R K1R K6R K5R K2M K2R K1M K11R L1R K5R K5R K4R K3R K11R K7R K2M
M1C
,M2C
K
8
4R
K3R K
8
R
M1C
SAFETY DE
V
ICES I
N
PUT (A1P) (A3P)
THERMIST
OR (SUB COOL HEA
T EXC
. GAS 2) (A3P)
THERMIST
OR (LIQ
UID 2) (A3P)
THERMIST
OR (HEA
T EXC
. LIQ
UID 2) (A3P)
CO
NN
ECT
OR
DIODE BRIDGE (A4P) PRESSURE S
W
ITCH (HIGH) (A1P)
ELECTR
O
N
IC EXP
A
N
SIO
N
V
AL
V
E (MAI
N
1) (A1P)
CURRE
N
T SE
N
SOR (A6P)
PO
W
ER MODULE (A5P)
TERMI
N
AL STRIP (PO
W
ER SUPPL
Y)
ELECTR
O
N
IC EXP
A
N
SIO
N
V
AL
V
E (SUBCOOL 1) (A1P)
TERMI
N
AL STRIP (CO
N
TR
OL) (A1P) (A3P)
ELECTR
O
N
IC EXP
A
N
SIO
N
V
AL
V
E (MAI
N
2) (A3P)
PRESSURE S
W
ITCH (HIGH) (A3P)
PO
W
ER MODULE (A4P)
PRESSURE SE
N
SOR (LO
W
) (A1P)
PRESSURE SE
N
SOR (HIGH) (A1P)
CURRE
N
T SE
N
SOR (A7P)
THERMIST
OR (HEA
T EXC
. DEICER 2)(A3P)
X4A
N
=3
Z3C
X12A
Y4S Y4E X9A Y
8
S
Y10S
X7A Y6S Y3S Y9S X37A Y7S
Y1S
Y5E
Z1C
~
6C
Y5S Y2S
Z1F
5
R10T
MA
G
N
ETIC RELA
Y (Y9S) (A3P)
REA
CT
OR
MA
G
N
ETIC RELA
Y (M2C)
MA
G
N
ETIC RELA
Y (FOR OPTIO
N
) (A2P)
MA
G
N
ETIC RELA
Y (E2HC) (A3P)
MA
G
N
ETIC RELA
Y (A4P)
MA
G
N
ETIC RELA
Y (Y1S) (A1P)
MA
G
N
ETIC RELA
Y (Y3S) (A1P)
MA
G
N
ETIC RELA
Y (Y2S) (A1P)
MA
G
N
ETIC RELA
Y (K2M) (A3P)
MA
G
N
ETIC RELA
Y (Y5S) (A2P)
MA
G
N
ETIC RELA
Y (Y7S) (A2P)
MA
G
N
ETIC RELA
Y (Y10S) (A3P)
MA
G
N
ETIC RELA
Y (E1HC) (A1P)
MO
T
OR (COMPRESSOR)
MA
G
N
ETIC CO
N
TA
CT
OR (M1C) (A4P)
MA
G
N
ETIC RELA
Y (Y4S) (A2P)
MA
G
N
ETIC RELA
Y (Y6S) (A2P)
MA
G
N
ETIC RELA
Y (CURRE
N
T LIMITI
N
G) (A4P)
MA
G
N
ETIC RELA
Y (Y
8
S) (A3P)
HAP E1HC F1U
,F2U
A2P A4P C1 A5P A6P A1P F1U E2HC A7P A3P F1U H1
~8
P
BS1
~
5
(FR
O
N
T)
M1F
,M2F
R112 R11T R
8
T
R32T R1T R2T R7T PS R1 R10T R5T R1T Q1RP R9T R502 R4T R6T R2 R31T
SOLE
N
OID
V
AL
V
E (4
W
AY
V
AL
V
E) (HEA
T EXC
. 1) (A1P)
N
OISE FIL
TER (FERRITE CORE)
SOLE
N
OID
V
AL
V
E (RMT
O) (A2P)
SOLE
N
OID
V
AL
V
E (RMTG) (A1P)
PO
W
ER SUPPL
Y (AD
APTER) (A3P)
ELECTR
O
N
IC EXP
A
N
SIO
N
V
AL
V
E (SUBCOOL 2) (A3P)
SOLE
N
OID
V
AL
V
E (HO
T GAS) (A2P)
SOLE
N
OID
V
AL
V
E (RMTL) (A1P)
SOLE
N
OID
V
AL
V
E (RMTT) (A2P)
OPERA
TIO
N
OUTPUT (A2P)
ELECTR
O
N
IC EXP
A
N
SIO
N
V
AL
V
E (CHARGE) (A3P)
SOLE
N
OID
V
AL
V
E (4
W
AY
V
AL
V
E)(HEA
T EXC
. 2) (A3P)
SOLE
N
OID
V
AL
V
E (E
V
BYP
ASS 2)(A3P)
CO
NN
ECT
OR FOR OPTIO
N
AL P
AR
TS
N
OISE FIL
TER (
W
ITH SURGE ABSORBER) (A4P)
SOLE
N
OID
V
AL
V
E (4
W
AY
V
AL
V
E) (PIPE) (A3P)
PO
W
ER SUPPL
Y (AD
APTER) (A2P)
SOLE
N
OID
V
AL
V
E (E
V
BYP
ASS 1) (A2P)
C1
V
2R,
V
3R
Y2E V
1CP
X1M T1A S2
N
PL
S2PH R14T X1A
~
X9A
R13T V
1R
T2A R15T X1M V
1R
R12T Y1E S1
N
PH
S1PH Y3E
W
HT
Y2S
3
~
1
H
8
P
Z2C
M2F
M2C
M1F
THIS D
W
G.
BO
X(1)
M1C
BO
X(2)
CASI
N
G
L3A
X501A
PS
1
Z1F
W
1 1
U
1
X2A
X5A
Z5C
L2A
L1A
N
1
X502A
P1
V
PS
E1
U
W V
X1A
PS
t°
t°
t°
t°
t°
t°
t°
t°
t°
t°
t°
t°
t°
t°
t°
t°
9.
COLORS BLK :
BLA
CK RED :
RED BLU :
BLUE
W
HT :
W
HITE.
: IS IDE
N
TIFICA
TIO
N
COLOR FOR COMPO
N
E
N
T LEAD
W
IRE.
: IS CO
NN
ECT
OR COLOR FOR COMPO
N
E
N
T.
:
IS CO
NN
ECT
OR COLOR FOR PRI
N
TED CIRCUIT BO
ARD
.
3.
:TERMI
N
AL STRIP :CO
NN
ECT
OR :TERMI
N
AL
:PR
O
TECTI
V
E GR
OU
N
D (SCRE
W
)
4.
W
HE
N
USI
N
G THE
OPTIO
N
AL AD
APT
OR, REFER
T
O
THE I
N
ST
ALLA
TIO
N
MA
N
U
AL OF
THE OPTIO
N
AL AD
APT
OR.
5.
FOR CO
NN
ECTIO
N
W
IRI
N
G T
O
I
N
DOOR-OUTDOOR TRA
N
SMISSIO
N
F1·F2, OUTDOOR-OUTDOOR
TRA
N
SMISSIO
N
F1·F2,
OUTDOOR-MUL
TI
TRA
N
SMISSIO
N
Q1·Q2, REFER
T
O
THE I
N
ST
ALLA
TIO
N
MA
N
U
AL.
6.
HO
W
T
O USE BS1
~
5, REFER
T
O "SER
V
ICE PRECA
UTIO
N
"
LABEL O
N
ELECTRICAL COMPO
N
E
N
TS BO
X CO
V
ER.
7.
W
HE
N
OPERA
TI
N
G, DO
N'
T SHOR
TCIRCUIT
THE PR
O
TECTIO
N
DE
V
ICE (S1, 2PH).
8
. , , SYMBOLS I
N
DICA
TE COLORS OF EA
CH P
AR
TS AS SHO
WN
BELO
W
.
2.
:FIELD
W
IRI
N
G.
1.
THIS
W
IRI
N
G DIA
GRAM IS APPLIED O
N
LY T
O THE
OUTDOOR
U
N
IT
.
N
O
TES)
*
*
*
** ** **
}
3D05
8
533F