Daikin REYQ8-48PY1B, Руководство по обслуживанию

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Wiring Diagrams for Reference SiBE37-701_B
409 Appendix
REYQ14P / 16PY1B
-
-
+
+
+
+
+
-
THIS DWG.
EL. COMPO. BOX (1)
M1C
-
-
+
PS
+
+
-
+
+
∗ ∗∗
∗
∗
∗∗
∗∗
PS
R1
T
R7
T
R6
T
R5
T
R4
T
R2
T
t°
t°
t°
t°
t°
t°
X1
8A
X
30A
(1
)
X2
9
A
(1
)
R3
1T
t°
Y1
S
Y2
S
E1
H
C
Y3
S
X7
A
X
9A
X11A
X15A
K3R
K5R
K7R
K11R
H1P
H
2P
H3P
H
4P
H5P
H
6P
H7P
B
S1
BS2
BS
3
B
S4
BS5
HA
P
X2
3
A
X2
0A
X2
0A
X
37A
BL
U
X21A
X1
M
TO
IN
/D
UNI
T
TO
OUT
/D
UNI
T
TO
MU
LT
I
UNI
T
H8P
F1
F2
F
1
Q1
Q2
WH
T
BL
U
5
M
Y2
E
6 6
M
X8
A
Y1E
NO
TE
) 4
R8
T
R
9T
t°
t°
A2
P
X1
5A
X
10
A
X1
0A
X1
1A
X1
2A
X1
A
F1U
X1
6A
X9
A
X3
A
K1R
NO
TE)
3
Y4
S
X4
A
K2R
Y5
S
Y6S
X5
A
K3R
NOTE
) 3
X7
A
K5R
X8
A
K6R
HA
P
Y7
S
in
do
or
(F
1)
(F
2)
ou
td
oo
r
(F
1)
(F
2)
X2A X3
A
X4
A
V1
CP
S1
PH
P<
Q1
R
P
F2U
X1
A
F
1
U
A1
P
X31A
X32A
S1
NP
H
S2N
PL
X2
8A
RE
D
BL
U
BL
K
C1
Z1
C
N=2
X40
0A
X4
02
A
X4
03
A
X40
1A K3
F400
U
K4
RED
WHT
BLK
A5P
Z1
F
GRN GRN
WHT
BLU
BLK
RED
A4
P
Z2
C
Z3
C
X6
A
X6
1
A
X1
A
X1
0A
K2 K1
R95
V1
R
P1 P2
WH
T
WH
T
L1R
C6
6
C
63
R5
0
R
59
R9
0
V2
R
RED
WHT
BLK
U
V
W
MS 3~
M1
C
X1
1
A
Z4
C
N=
5
t°
R1
T
X1
11
A
X
41A X5
A
P3
PS
N3
X4A
Z5
C
A6
P
RED
BLK
P1
N1
X5
A
X3
A
X1A
F1
U
R
10
X4
A
X2
A
V1
R
Z6
C
X1
A
RED
WHT
BLK
5
X2
A
M1
F
5
MS 3~
Q2
Q1
TO
MU
L
T
I
UNI
T
X1
M
X18A
HAP
X
21A
X2
2
A
X2
3
A
BL
K
BL
U
X5
A
X9
A
Y3
E
M
6 6
Y4E
5
WH
T
BL
K
M
WH
T
BL
U
5
Y5E
M
t°
R1
0T
R15T
t°
R14T
t°
R1
3T
t°
R1
2T
t°
R11T
t°
X3
0
A
(1
)
X2
9
A
(1
)
R3
2
T
t°
Y8S X8
A
K4R
E2
H
C
X9A
K5R
X
11A
K7R
Y10S
Y9
S
X15A
K11R
X2
A
X3
A
X4
A
V1
CP
P<
S2
PH
Q1
RP
F2
U
F1
U
A3
P
X1A
C1
BL
K
BL
U
RE
D
Z7
C
N=
2
X3
7
A
NO
T
E
) 3
X
28A
X
20A
X7
A
X6
A
X2
M
L1
L2
L3
N
RED
WHT
BLK
BLU
Z8
C
A7
P
RED
GRN
WHT
BLU
BLK
X400A
Z1
F
F40
0U
K4
K3
X4
01
A
X
40
3A
X4
02
A
A8
P
RED
WHT
BLK
X
10A
K2 K1
R9
5
V1R
P1 P2
WH
T
WH
T
L2
R
C66
C
63
R50
R
59
R9
0
X11A
V2R
X5
A
X4
1A
X1
11
A
X4
A N3
PS
X6
A
X
61A
Z9
C
X1
A
Z
11C
P3
A9P
RED
BLK
P1
N1
X5
A
X3
A
X1
A
RED
U
WHT
V
BLK
W
Z1
0C
N=
5
MS 3~
M2
C
t°
R1
T
Z12C
X3
A
M2
F
5
RED
WHT
BLK
3~
MS
5
X4
A
F1
U
R1
0 X4
A
X2
A
V1
R
LA
Y
O
U
T O
F M1
C
, M
2C
, M1
F,
M2
F
EL
. C
O
MP
O
.
BO
X (
2
)
M2
F
M
1
F
M2
C
O
U
T
E
R SHEL
L
T
E
RMIN
A
L O
F
M
1C, M
2C
U
W V
EL. COM
P
O. BOX (
2
)
EL. COM
P
O. BOX (
1
)
X3
A
X4
A
A3
P
X1
M
X2
M
X7
A
X6
A
X5
A
X9
A
(F
R
O
N
T
)
A8
P
A7
P
L2R A9P
(B
ACK)
X1
A
X2
A
X1
M
A2
P
A1
P
X1
M
X8
A
(F
RONT
)
(B
ACK)
A5
P
A4
P
L1
R
A6P
X1
M
RE
D
WHT BL
K
BL
U
L1
L2 L3 N
L1 L2 L3 N
PO
WER SUPPL
Y
3N
~
380
-4
15V
5
0
H
z
NO
T
E
S
)
1.
T
H
IS
W
IRI
NG
DI
A
G
RA
M
I
S
A
P
P
LI
E
D
ON
L
Y
TO
TH
E
OU
T
D
OOR
U
N
IT
.
2.
: F
IE
L
D
W
IRI
NG
.
: TE
R
M
IN
A
L
S
T
R
IP
: CO
NNE
CT
O
R
: TE
R
M
IN
A
L
:
PROTECT
IVE EARTH (
S
CREW
)
3
. WH
E
N
U
S
IN
G TH
E
OP
TI
ON
A
L
A
D
A
P
T
O
R,
RE
F
E
R T
O
T
H
E
IN
S
T
A
L
L
A
TI
ON
M
A
N
U
A
L
OF
TH
E
OP
TI
ON
A
L
A
D
A
P
TO
R
.
4.
F
O
R CO
NNE
CT
IO
N W
IR
ING
T
O
"
T
O
I
N
/D
U
N
IT F1
· F2
",
O
R
"
T
O OU
T
/D
U
N
IT
F
1
·
F2
",
R
E
F
E
R
T
O
TH
E
I
N
S
T
A
L
L
A
TI
ON
M
A
NUA
L.
5.
HO
W
T
O
U
S
E
B
S
1~5
,
RE
F
E
R T
O
"S
ER
VI
C
E
PR
E
C
AU
T
IO
N
" L
A
B
E
L
O
N
E
L
.
C
O
MPO
.
BO
X (
1
) C
O
VER
.
6
. WH
E
N
OP
E
R
A
T
IN
G,
D
O
N
'T S
H
OR
T
CI
RCUI
T
T
H
E
P
R
O
T
E
C
T
IO
N
DE
V
ICE
(
S
1,
2P
H)
.
7
.
,
,
S
Y
M
B
OL
S
IN
D
IC
A
T
E
CO
LO
RS
O
F
E
A
CH P
A
RT
S
A
S
S
H
O
W
N
BE
L
O
W
.
:
I
S
C
O
N
N
E
C
T
OR
C
O
L
O
R
F
O
R P
R
IN
T
E
D CI
RCUI
T
B
O
A
RD.
:
I
S
C
O
N
N
E
C
T
OR
C
O
L
O
R
F
O
R
C
O
M
P
O
N
E
N
T
.
:
IS
ID
E
N
TI
FI
C
A
TI
ON
C
O
L
O
R
FO
R
C
O
M
P
ON
E
N
T L
E
A
D
WI
R
E
.
8.
CO
LO
RS
B
L
K
: B
L
A
C
K
RE
D:
RE
D
BL
U
: BL
U
E
W
H
T
:
W
H
IT
E.
K4
MA
GN
ET
IC
C
ONT
AC
TO
R (M1
C-
A4
P)
(M
2C
-A
7P
)
M1
F,
M2
F
MOT
O
R
(
F
A
N
)
R
1
1
T
THER
M
IS
TO
R
(H
EA
T EXC.
G
AS 2
)
Y4
E
EL
EC
TR
ON
IC
EX
PA
NS
ION
VA
LVE (
CH
AR
GE)
H1
P~
8P
PILO
T LA
MP
(SER
VIC
E M
ON
ITO
R : OR
AN
GE
)
PS
SWI
TC
HIN
G PO
WE
R SU
PPL
Y (
A1
P, A3
P, A5
P, A8
P)
R1
2
T
TH
ER
M
IST
O
R (
HEA
T
EX
C.
D
EI
CE
R 2
)
Y5
E
EL
EC
TR
ON
IC E
XP
AN
SIO
N V
AL
VE
(S
UB
CO
OL
ING
2)
[H
2P
] P
RE
PA
RE
, T
ES
T---
---
---
---
---
-FL
ICK
ER
IN
G
Q1
R
P
PH
AS
E RE
VE
RS
AL
DE
TE
CT
CI
RC
UIT
(A
1P
) (A
3P
)
R1
3
T
TH
ER
MI
ST
OR
(S
UB
CO
OL
H
EAT
EX
C.
G
AS
2)
Y1
S
S
O
L
E
N
O
ID
VA
L
V
E (
R
M
T
G
)
MA
LF
UNCTI
ON
DE
TE
CTI
ON
---
LIG
HT UP
R1
0
RE
SI
ST
OR
(CURRE
NT S
ENS
OR
) (
A6
P)
(A
9P
)
R1
4
T
T
H
ER
M
IS
T
OR (
L
IQ
UI
D
2
)
Y
2
S
SO
LE
NO
ID
VA
LV
E (
4 W
AY
VA
LV
E-
HE
AT
EX
C.
1)
HAP
PIL
OT
LA
MP
(S
ER
VIC
E M
ON
ITO
R-G
RE
EN
) (A
1P
, A2
P, A3
P)
R5
0,
R59
R
E
SI
STO
R
(
A
5
P
)
(A
8
P
)
R
1
5
T
TH
ER
M
IST
O
R (
HEA
T
EX
C.
L
IQ
UI
D 2
)
Y
3
S
S
O
L
ENO
ID VA
L
V
E (
R
M
T
L
)
K1
R
M
A
G
NET
IC REL
A
Y
(
Y
4
S
)
R
9
0
RE
SI
ST
OR
(CURRE
NT S
ENS
OR
) (
A5
P)
(A
8P
)
S1
N
P
H
PR
ES
SU
R
E
S
E
N
S
O
R
(
H
IG
H
)
Y4
S
S
O
LE
N
O
ID
V
A
LV
E
(
H
O
T
G
A
S
)
K2
R
M
A
G
NET
IC REL
A
Y
(
Y
5
S
)
R
9
5
RE
SI
ST
OR
(CURRE
NT L
IMI
TING
) (
A5
P) (
A8
P)
S2
NP
L
PR
ESSU
R
E
S
E
N
S
O
R
(
L
O
W
)
Y5
S
SO
LE
NO
ID
VAL
VE (
EV BYPASS 1
)
BS
1~
5
P
U
SH BUT
T
O
N SWI
T
CH
K3
R
M
A
G
N
ET
IC REL
AY (Y1
S
) (A
1P
)
R1
T
T
HERM
IS
T
O
R (
A
IR
) (
A
1
P
)
S1
PH
, S2
PH
PR
ESSU
R
E
S
W
IT
C
H
(
H
IG
H
)
Y
6
S
S
O
L
ENO
ID VA
L
V
E (
R
M
T
T
)
(M
O
DE
, S
ET
, RE
TURN,
T
ES
T,
RE
SE
T)
K3
R
M
A
G
N
ET
IC REL
AY (Y6
S
) (A
2P
)
R1
T
TH
ERM
ISTO
R
(FIN) (A5
P
) (A8
P
)
V1
C
P
SAF
ET
Y D
EV
IC
ES I
NPU
T (
A1
P)
(A
3P
)
Y7
S
S
O
L
E
N
O
ID
VA
L
V
E (
R
M
T
O
)
C1
CA
PA
CI
T
O
R
K
4
R
M
A
G
N
ET
IC REL
AY (Y8
S
)
R2
T
TH
ERM
ISTO
R
(H
EAT
EX
C.
G
AS 1
)
V1
R
D
IO
D
E BR
ID
G
E
(
A
5
P
) (
A
8
P
)
Y8
S
SO
LE
NO
ID
V
AL
VE
(4
W
AY
V
AL
VE-PI
PE)
C6
3,
C
66
CA
PA
CI
T
O
R (
A
5
P
) (
A
8
P
)
K
5
R
M
A
G
N
ET
IC REL
AY (Y2
S
) (A
1P
)
R3
1
T
TH
ERM
ISTO
R
(M
1C
D
ISCH
ARG
E)
V1
R
P
O
WE
R M
O
DUL
E
(A
6P
) (A
9P
)
Y9
S
SO
LE
NO
ID
VA
LV
E (
4 W
AY
VA
LV
E-
HE
AT
EX
C.
2)
E1
HC,
E2
HC
CR
ANK
C
AS
E H
E
AT
ER (
A
1P
)
(A
3P
)
K5
R
M
AGN
ET
IC
R
EL
AY
(F
OR
OP
TION
) (
A2
P)
R3
2
T
TH
ERM
ISTO
R
(M
2C
D
ISCH
ARG
E)
V2
R
P
O
WE
R M
O
DUL
E
(A
5P
) (A
8P
)
Y1
0
S
SO
LE
NO
ID
VAL
VE (
EV BYPASS 2
)
F1
U,
F2
U
FU
SE
(T
, 3.
15A
, 25
0V
) (
A1P
) (
A3P
)
K5
R
M
A
G
N
ET
IC REL
AY (Y9
S
) (A
3P
)
R4
T
TH
ER
M
IST
O
R (
HEA
T
EX
C.
D
EI
CER
1
)
X1
M
TE
RM
IN
AL
ST
RI
P (
PO
W
ER
SU
PP
LY
)
Z1
C~
12
C
N
O
IS
E
FI
LT
ER
(F
E
RRI
TE
C
O
RE
)
F1
U
F
U
S
E
(
T
, 3.15A
, 250V
) (
A
2P
)
K6
R
M
A
G
N
ET
IC REL
AY (Y7
S
) (A
2P
)
R5
T
THE
RMI
ST
OR
(S
UB
CO
OL
HE
AT
EX
C.
G
AS
1)
X1
M
TE
RM
IN
AL
S
TR
IP
(CO
NT
RO
L)
(A
1P
) (A
3P
)
Z1
F
NO
ISE F
ILT
ER
(W
ITH
SU
RG
E AB
SO
RB
ER
) (A4
P)
(A7
P)
F1
U
FUSE
(8
A, DC6
50
V) (A6
P
)
(A9
P
)
K7
R
M
A
GN
ETI
C
RE
LAY
(E
1HC)
(A
1P
)
R6
T
TH
ER
MI
ST
OR
(S
UB
CO
OL
H
EA
T E
XC
. L
IQU
ID
)
X2
M
T
E
R
M
IN
A
L
STR
IP (
R
E
L
A
Y
)
F
400U
FU
SE (
T,
6
.3A,
250V
) (
A
4P)
(A
7P
)
K7
R
M
A
GN
ETI
C
RE
LAY
(E
2HC)
(A
3P
)
R7
T
TH
ER
M
IST
O
R (
HEA
T
EX
C.
L
IQ
UI
D
1)
X1
A~
X9A
CONNECT
OR
CONNECT
O
R F
O
R OPT
IO
N
A
L PART
S
A1
P
P
R
IN
TED
CI
R
CUI
T BO
ARD
(M
A
IN
)
A4
P,
A
7P
PRI
NTE
D
CI
RCUI
T B
OA
RD (N
OI
SE
FI
LT
ER
)
K1
M
A
G
N
ETIC REL
AY (A5
P
) (A8
P
)
K1
1
R
M
A
GN
ETI
C
RE
LAY
(Y
10
S)
(A
3P
)
R8
T
T
H
E
R
M
IS
T
O
R
(
S
UCT
IO
N 1)
Y1
E
ELE
CT
RON
IC
EXPA
NS
IO
N VAL
VE (
MA
IN
1)
X7
A
O
PER
AT
IO
N
O
U
T
P
U
T
(
A
2
P
)
A2
P
PRIN
TE
D C
IRCU
IT
BOARD
(S
UB 1
)
A5P
, A8P
PRI
N
TE
D CI
R
C
U
IT BO
AR
D (
IN
V
)
K2
MA
GN
ET
IC
CO
NTA
CTO
R (M1
C-A
5P
) (M2
C-
A8
P)
L1
R,
L
2R
RE
ACT
O
R
R
9
T
T
H
ERM
IS
T
O
R
(
L
IQ
UI
D 1
)
Y
2
E
EL
EC
TR
ON
IC EXP
AN
SIO
N VAL
VE
(S
UB
CO
OL
ING
1)
X9
A
PO
W
ER
SUPPL
Y (
ADAP
TO
R
) (
A2
P)
A3
P
PRIN
TE
D C
IRCU
IT
BOARD
(S
UB 2
)
A6P
, A9P
PRI
N
TE
D CI
R
C
U
IT BO
AR
D (
FAN)
K3
M
A
G
N
ETIC REL
AY (A4
P
) (A7
P
)
M1
C,
M
2C
M
O
TO
R
(
C
O
M
PR
ES
SO
R
)
R
1
0
T
T
H
E
R
M
IS
T
O
R
(
S
UCT
IO
N 2)
Y3
E
ELE
CT
RON
IC
EXPA
NS
IO
N VAL
VE (
MA
IN
2)
X3
7
A
PO
W
ER
SUPPL
Y (
ADAP
TO
R
) (
A3
P)
3D
056
774D
F2