20
7. Wiring Connection Diagram
YE
L
L
O
W
(
YEL
)
OR
T
(
W
)
T
R
A
D
EM
AR
K
CO
M
P.
T
E
RMI
N
A
L
BL
U
E
(
B
L
U
)
OR S
(
V
)
RE
D (RE
D
)
OR
R
(
U
)
RE
M
A
RK
S
:
BL
AC
K
: (
B
L
K
)
WHI
T
E
: (
W
HT
)
Y
E
LLOW
: (
YL
W
/Y
EL)
G
R
E
E
N:
(G
RN)
OR
AN
G
E
: (
O
R
G
)
YE
L
L
O
W
/G
R
EEN
: (
YL
W
/GR
N
)
BL
U
E
: (
B
L
U
)
RE
D:
(RE
D
)
GR
A
Y
: (
G
R
Y
)
B
R
O
W
N:
(B
RW)
EL
EC
TRO
N
IC
CO
NTRO
LL
ER
(N
O
ISE FI
L
T
ER
)
CN-D
IS
P1
(WH
IT
E)
14
1
6
1
8
1
7
1
7
1
CN-N
MO
DE
(YELLO
W)
CN-N
MO
DE
1
(WH
IT
E)
CN-D
IS
P2
(WH
IT
E)
CN-D
IS
P1
(WH
IT
E)
E
L
EC
TRO
N
IC
C
O
NTRO
LL
E
R
(D
ISPLAY)
61
C
N
-EV3
(B
LU
E
)
C
N
-EV2
(Y
E
L
LO
W
)
61
AC-
W
HT
(W
H
IT
E
)
AC-
B
LK
(B
L
A
C
K
)
GR
Y
GR
Y
GR
Y
BL
K
B
LK
RE
D
BLU
YLW
1
1
3
3
RE
D
BL
U
YL
W
U
V
W
P
N
(R
E
D
)
U
(B
LU
E
)
V
(Y
E
L
LO
W
)
W
CO
N
N
ECTO
R
WH
IT
E
C
O
M
P
RESSO
R
Q1
0
(G
RAY)
(G
R
A
Y
)
(B
LA
C
K
)
L2
-O
L1
-O
L1
-I
L2
-I
(B
LA
C
K
)
BLK
4
R
EACTO
R
1
9
CN-D
ATA
(WH
IT
E)
CN-D
ATA
(WH
IT
E)
9
1
GR
N
YLW
BLU
WH
T
BL
K
RED
BL
K
BL
K
WH
T
1
2
3
PRI
O
RI
TY M
O
DE
PO
W
E
R SAVE
O
PERATI
O
N TES
T
PUM
P
DO
W
N
W
IRI
NG
C
H
E
C
K
N
L
9
7
5
3
1
C
N
-EV1
(W
H
IT
E
)
81
YLW
/G
R
N
WH
T
BL
K
GR
N
CO
N
N
ECTO
R
WH
IT
E
JP
1
CO
O
L
O
N
L
Y
BLK
WH
T
WH
T
CN
-B
LK
(B
LA
C
K
)
CN
-W
HT
(W
H
IT
E
)
4
CN
-C
O
M
(WH
IT
E
)
1
1
AC
N1
(W
H
IT
E
)
AC
L
1
(B
LA
C
K
)
FG
1
(G
REEN
)
FG
2
(G
R
E
E
N
)
FU
SE 401
30A 250
V
N
O
IS
E
F
IL
T
E
R
CI
RCUI
T
CO
M
M
U
N
IC
A
T
IO
N
CI
RCUI
T
C
N
-PSW
1
(B
LU
E
)
RE
D
RE
D
BL
K
GR
Y
R
EACTO
R
FUSE2
(T
2.5A L250
V)
TO INDO
OR
UNIT
C
TO I
NDOO
RUNI
T A
TO
IND
OO
RU
NIT
B
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
WH
T
E
L
E
C
TR
O
N
IC
CONT
ROL
L
E
R
(M
A
IN)
TER
M
IN
A
L
BO
ARD
TER
M
IN
A
L
BO
ARD
CO
NTR
O
L B
O
A
R
D
YLW
/G
R
N
2
1
3
2
1
3
H
IG
H
PRES
SURE
SW
.
FUS
E
1
(T
3.
15
A
L2
50
V
)
MS 3~
1
2
UNI
T
A
ELECTRO
-M
A
G
N
ETI
C
CO
IL
(E
XPAND
VALVE)
UN
IT
B
EL
EC
TRO
-M
A
G
N
ETI
C
C
O
IL
(EXP
AND VALVE)
UN
IT
C
ELECTR
O
-M
A
G
N
ETI
C
CO
IL
(EXPAN
D V
A
L
V
E
)
M
MM
4
1
CN
-T
H
1
(W
H
IT
E
)
2
CN
-D
IS
(WH
IT
E
)
1
DI
S.
TEM
P
. SENS
O
R
(T
H
E
RM
IS
T
O
R)
OU
T
D
OOR
T
E
MP
. S
E
N
S
O
R
(
T
H
E
R
M
IS
T
O
R
)
HEA
T
EXC
HANG
ER
TEM
P
. SE
NSO
R
(
T
H
E
RM
IS
TO
R)
t
t
t
M
CN
-F
M
1
(WH
IT
E
)
FAN
M
O
TO
R
7
4
1
RE
D
BL
K
WH
T
BL
U
YLW
SING
LE PHAS
E
POW
ER
SUPPLY
1
1
10
11
CN
-T
H
3
(WH
IT
E
)
CN-
TH4
(WH
IT
E
)
t
t
t
t
t
t
LI
Q
U
ID
PI
PE
TEM
P
. SEN
SO
R (
U
NI
T
A)
(
T
H
E
RM
IS
TO
R)
LI
Q
U
ID
PI
PE
TEM
P
. SEN
SO
R (
U
NI
T
B)
(
T
H
E
RM
IS
TO
R)
LI
Q
U
ID
PI
PE
TEM
P
. SEN
SO
R (
U
NI
T
C)
(
T
HER
M
IS
TO
R)
G
AS PI
PE TEM
P
. SEN
SO
R
(
U
N
IT
A
) (
T
H
E
RM
IS
TO
R)
G
AS PI
PE TEM
P
. SEN
SO
R
(
U
N
IT
B
) (
T
H
E
RM
IS
TO
R)
G
AS PI
PE TEM
P
. SEN
SO
R
(
U
N
IT
C
)
(T
HERM
IS
TO
R)
1
4
CN
-T
H
2
(YELLO
W
)
t
DEFRO
S
T TEM
P
. SENS
O
R
C
O
NNE
CTO
R
W
H
IT
E
1
3
CN
-D
EM
AND
CN
-H
E
A
T
(W
H
IT
E
)
WH
T
WH
T
WH
T
RE
CT
IF
IC
A
T
IO
N
CI
RCU
IT
R
E
C
T
IF
IC
A
T
ION
CI
RCUI
T
PF
C
CI
RCUI
T
S
W
IT
CHI
NG
PO
W
E
R
S
U
PPL
Y
CI
RCUI
T
1
1
3
3
CN
-H
O
T
(B
L
U
E
)
EL
E
C
TRO
M
A
G
N
ETI
C
C
O
IL
(
4
-W
AY VALVE)
HE
AT
E
R
CN
-H
T
(B
LA
C
K
)
RY
-H
O
T
RY
-H
T
RY
-P
W
R
Resistance
of Compressor Windings
CO
NNE
CT
IO
N
U - V
U -
W
V -
W
0.
7
2
0
0.
7
2
6
0.
7
0
8
9K
D
184XA
A
2
1 (
Ω
)
