Panasonic CU-5E36QBU-5, Руководство по обслуживанию

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29
6. Wiring Connection Diagram
R
e
s
is
ta
n
c
e
o
f
C
o
m
p
re
s
s
o
r
Wi
n
di
n
g
s
CON
N
EC
TI
ON
U-
V
U-
W
V-
W
0.7
2
0.7
3
0.7
1
5K
D2
40
XA
L2
1
(
Ω
)
C
O
NT
RO
L
B
O
A
R
D
Y/
G
BL
BL
1 2 3
W
W
BL
R
1
CN-C OM
(WH ITE )
FUSE
4
0
1
(3
0A
25
0V)
ACL1 (B
L
ACK)
ACN
1
(W
H
IT
E
)
FG
1
(G
R
E
E
N
)
FG
2
(GREE
N
)
DC
P
( RED
)
DCN ( BLACK
)
CN
-B
LK
(B
LACK)
R
E
ACTOR
GR
Y
RY
-P
W
R
SMOOTHI
NG
CA
P
A
C
IT
O
R
PF
C
CA
P
A
C
ITO
R
RE
CT
IFIC
A
T
IO
N
C
IRCUI
T
SWI
T
CHI
N
G
PO
W
E
R
S
U
P
PL
Y
C
IRCUI
T
E
LEC
TR
ON
IC
C
O
NTR
O
LLE
R
(M
AI
N)
ELE
C
TR
O
N
IC
C
O
NT
R
O
LL
ER
(N
OISE
FIL
TER)
EL
ECT
R
ONIC
CO
NTR
O
LLE
R
(DISPL
AY
)
PFC
CI
RC
U
IT
AC-
W
H
T
( WH
IT
E
)
RA
T1
( GR
A
Y
)
DC
P
( RE
D
)
DCN ( BLACK
)
AC1 ( BR
OW
N
)
Q10
( RE
D
)
U
( Y
ELLO
W
)
( BL
U
E)
V
P N
U V
W
W
BR W
R
R
R R
1 1 1
1
10
11
1 1
4
4
2 4 7
CN-
FM
1
(W
H
IT
E
)
CN-
PSW
1
(B
LUE)
CN-
T
H3
(W
H
IT
E
)
CN-
T
H4
(W
H
ITE
)
(W
H
IT
E
)
CN-
T
H1
(Y
E
LLOW
)
CN-
T
H2
t t t t t t t t t
t t t
t
t
FA
N
M
O
T
O
R
H
IGH
P
R
E
SSU
RE
SW
.
LI
QU
ID
PI
PE
TE
M
P.
SE
NSOR
(U
NI
T
A)
(T
H
ER
M
IS
TOR)
LI
QU
ID
PI
PE
TE
M
P.
SE
NSOR
(U
NI
T
B)
(T
H
ER
M
IS
TOR)
LI
QU
ID
PI
PE
TE
M
P.
SE
NSOR
(U
NI
T
C)
(T
H
ER
M
IS
TOR)
LI
QU
ID
PI
PE
TE
M
P.
SE
NSOR
(U
NI
T
D
)
(T
H
ER
M
IS
TOR)
LI
QU
ID
PI
PE
TE
M
P.
SE
NSOR
(U
N
IT
E)
(T
H
ER
M
IS
TO
R
)
GA
S
PI
PE
TE
M
P.
SE
NSO
R
(UNI
T
A)
(T
H
ER
M
IST
OR
)
GA
S
PI
PE
TE
M
P.
SE
NSO
R
(UNI
T
B)
(T
H
ER
M
IST
OR
)
GA
S
PI
PE
TE
M
P.
SE
NSO
R
(UNI
T
C)
(T
H
ER
M
IST
OR
)
GA
S
PI
PE
TE
M
P.
SE
NSO
R
(UNI
T
D
)
(T
H
ER
M
IST
OR
)
GA
S
PI
PE
TE
M
P.
SE
NSO
R
(UNI
T
E)
(T
H
ER
M
IST
OR)
OU
TDOOR
TE
M
P.
SE
NS
O
R
(T
HE
R
M
IS
TO
R)
HE
AT
EXCHA
NGE
R
TE
M
P.
SE
NS
OR
(T
HE
R
M
IS
TOR)
DE
FROS
T
TE
M
P.
SE
NSO
R
(T
HE
RM
IS
TOR)
M
B
B Y
ORG
R
COM
P
R
E
SSO
R
CONN
E
C
TOR
WH
IT
E
YE
LL
OW
(Y
E
L
)
(T
R
A
DEM
A
RK)
TH
E
P
A
R
E
N
TH
ES
IZ
ED
LE
T
T
E
R
S
IS
INDI
CA
TE
D
O
N
T
ERM
INAL
C
OVER
C
O
MP
.
T
E
R
MI
NA
L
BLUE
(B
LU
)
RED
(R
E
D
)
MS
3~
B Y
RB
L
AC-
BLK
( BLACK
)
AC2 ( BLUE
)
FUS E2
(T3. 15AL 250V)
FU
S
E
1
(T3.
15A
L250V)
CN-D ATA
(WH
IT E)
CN-D ATA
(WH
IT E)
RA
T
2
(GRA
Y)
AC1 (B
R
O
W
N
)
AC2
(B
LUE
)
CN-
W
HT
( WH
IT
E
)
W BL
GR
Y
BR B
1
W W W W W W W W W
1
99
NOI
SE
FI
LTER
CI
RCU
IT
CO
MMU
NIC
A
TI
ON
CI
RC
UI
T
R
E
C
T
IFI
C
A
T
IO
N
C
IRC
UI
T
G
G
CONTRO
L
B
O
A
RD
3 5 7 9
1
W W W W W W W W
W W W W W W W W W W W W W
1 1 6
1
1
7
1
1
3 3
1
1
8
6
7
JP
1
CO
OL
ONL
Y
CN-D ISP1
(WH ITE )
CN-D ISP1
(WH ITE )
CN-D ISP2
(WH IT E)
CN-N MO DE
(Y ELLOW )
CN-N MODE1
(WH IT E)
PO
W
E
R
S
A
V
E
PR
IORI
TY
M
ODE
PUM
P
D
O
W
N
O
P
E
R
A
T
IO
N
TEST
WI
R
IN
G
C
H
E
C
K
CN-
H
OT
(B
L
U
E
)
(W
H
IT
E
)
CN-
E
V1
(Y
EL
LOW
)
CN-
E
V2
1
6
(B
LU
E)
CN-
E
V3
1
7
(R
E
D
)
CN-
E
V4
1
1
2
8
M
M
M
M
M
(B
LACK)
CN
-E
V5
(W
H
ITE)
CN
-D
IS
UN
IT
E
E
LEC
TR
O-
M
A
GN
ETI
C
C
O
IL
(E
XP
A
N
SI
ON
VA
LV
E
)
DISC HARG ET EM P .
SENS OR( THE RMIS TO R)
UN
IT
D
EL
ECT
R
O
-
M
A
G
N
E
T
IC
C
O
IL
(E
XP
A
N
SI
ON
VA
LV
E
)
UN
IT
C
E
LEC
TR
O-
M
A
GN
ETI
C
C
O
IL
(E
XP
A
N
SI
ON
VA
LV
E
)
UN
IT
B
EL
EC
T
R
O
-
M
A
G
N
ET
IC
C
O
IL
(E
XP
AN
SI
O
N
VA
LV
E
)
UN
IT
A
ELE
CT
RO
-
M
A
G
N
ET
IC
C
O
IL
(E
XP
AN
SI
O
N
VA
LV
E
)
EL
ECT
R
O
M
AGNET
IC
C
O
IL
(4-WA
Y
V
A
LV
E
)
REM
A
RKS
B:
B
L
U
E
BL
:
B
L
ACK
W:
W
H
IT
E
R:
R
E
D
Y:
Y
E
L
L
O
W
GR
Y
:GR
A
Y
G:
G
R
E
E
N
OR
G
:
OR
ANGE
Y/
G
:YELL
OW
/G
RE
EN
BR
:
B
R
O
W
N
HEA
T
ER
CN
-H
T
(B
L
ACK)
R
Y
-HOT
RY
-H
T
14
8
B Y
OR
G
BR
W
L1 L2
T
E
RM
IN
AL
BOAR
D
T
E
RM
IN
AL
BOAR
D
TO IN DOOR UNIT A
1 2 3
BL
W
TO INDO ORUNI TB
1 2 3
BL
W
TO IN DOOR UNIT C
1 2 3
BL
W
TO INDO ORUNI TD
1 2 3
TOI ND OORUN IT E
P
OW
ER
SUPPL
Y
S
IN
GLE
P
H
ASE
A
C
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60H
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