41
10.2 Refrigerant System
1
2
3
4
5
TER
M
IN
A
L
BO
ARD
WA
T
E
R
SY
STEM
CN-
RY1
(WH
IT
E
)
CN-
RY
2
(G
R
EEN
)
FU
SE
1
250
V
3.
15A
RY-
P
W
R
2
F
G
201
(G
R
E
E
N
)
L2-I
N
(Y
ELLO
W)
L3-I
N
(BL
AC
K)
N-IN
(WHIT
E)
L1-I
N
(BL
UE
)
N-O
UT
(BL
UE
)
L1-O
UT
(GR
AY
)
L2-O
UT
(O
RANG
E)
L3-O
UT
(RE
D)
L1-P
1
(BL
AC
K)
L2-P
1
(WH
IT
E)
L3-P
1
(O
RANGE
)
REA
C
T
O
R
4
TE
R
M
IN
A
L
BO
AR
D
M
A
G
N
ETI
C
R
EL
AY
M
A
G
N
ETI
C
R
EL
AY
PTC
31
A1
A2
R
R
U
SV
TW
32
RE
ACT
O
R
1
RE
ACT
O
R
2
RE
ACT
O
R
3
N
O
IS
E
FI
LTER
CI
RCUI
T
33
3
3
11
1
1
CO
M
P
RES
S
O
R
TE
R
M
IN
A
L
BO
AR
D
R
B
Y
R
(R
E
D
) U
(B
LU
E
) V
(Y
E
LLO
W)
W
U
V
W
B
Y
U
P
N
V
W
W
W
AC
-B
L
K
02
(B
LA
C
K
)
DCP
(B
LA
C
K
)
DCN2
(R
E
D
)
DCN
(W
H
IT
E
)
DCN
(W
H
IT
E
)
DCN2
(R
E
D
)
DCP
(B
LA
C
K
)
AC
-W
H
T
02
(WH
IT
E
)
CO
M
3
(R
E
D
)
1
4
7
7
4
W
W
W W
W
W
W
BL
G
O
W
W
W
W
W
W
W
W
1
CN-
F
M
2
(R
E
D
)
CN-
F
M
1
(W
H
IT
E
)
CN-
HO
T
(B
LU
E
)
FU
SE
6
250V
6
.3
A
L2
-IN
(W
H
IT
E
)
N-
IN
(B
LU
E
)
L3
-IN
(R
E
D
)
W
1
1
2
2
3
3
1
1
2
22
2
4
86
10
1
1
1
12
3
1
2
L1
L2
2
1
2
B
B
R
R
W
W
O
O
W
W
W
W
W
W
W
BL
1
2
3
1
2
3
BL
BL
Y
B
R
R
W
BL
BL
W
W
WW
W
W
O
O
O
O
GR
GR
BL
BL
FU
SE
5
250
V
3
.15A
CN-
V1
(Y
E
LLO
W)
CN-
H
T
1
(W
H
IT
E
)
OP
T
ION
A
L
COM
PRES
SO
R CRA
NKCASE
HEAT
ER
EL
EC
TR
O M
AGN
ET
IC
C
OIL
(4-
WAY
V
ALV
E)
EL
EC
TR
O MA
GNE
TIC
C
OIL
(2-
WA
Y VAL
VE)
BASE
P
AN
H
EA
TE
R
RY-H
T1
RY-H
T2
RY-V
1
RY-H
OT
CN-
H
T
2
(B
LA
C
K
)
LO
WE
R
FA
N
MO
T
O
R
UPP
E
R
FA
N
MO
T
O
R
CO
M
M
UNI
CAT
IO
N
CI
RC
UI
T
Z
E
RO
CRO
SS
CI
R
CUI
T
SW
P
O
W
ER
S
U
P
P
LY
CI
RCUI
T
PF
C
CI
RCUI
T
RE
CT
IF
IC
A
T
IO
N
CI
RCUI
T
R
E
C
T
IF
IC
A
T
IO
N
CI
R
CUI
T
EL
EC
TR
O
N
IC
CO
NT
RO
LL
E
R
(S
U
B
2)
E
LE
C
TR
ON
IC
C
ON
TR
OL
LE
R
(
M
A
IN
2)
EL
EC
T
R
O
N
IC
C
O
N
T
R
O
LL
E
R
(
N
F
)
BL
MS 3~
R
W
FU
S
E
7
50
0V
20A
FU
S
E
9
50
0V
20A
FU
S
E
8
50
0V
20A
L1-
IN
(B
LU
E
)
N-
IN
(W
H
IT
E
)
L2-
IN
(Y
E
LL
O
W
)
L3-
IN
(B
LA
C
K
)
FG
60
1
(G
R
E
E
N
)
F
G
602
(G
R
E
E
N
)
G
G
L3-
O
U
T
(B
LA
C
K
)
L2-
O
U
T
(Y
E
LLO
W)
L1-
O
U
T
(B
LU
E
)
N-
O
U
T
(W
H
IT
E
)
B
Y
BL
W
OUT
DOOR
P
IP
E (
CON
D.)
TE
MP
. SE
NS
OR
(T
HERM
IS
TO
R)
M
M
CN-
T
H
1
wh
ite
t°
t°
14
OUT
DOOR
A
IR
(OU
TL
ET
)
TE
MP
. SE
NS
OR
(T
HERM
IS
TO
R)
G5
G5
C
708
1u
10
V
5V
R
773
7.
5
k
1%
1/
1
6W
G5
C7
07
1u
10V
G5
C7
62
1u
10V
R
769
15
k
1%
1/
1
6W
G5
C
758
4.
7u
25V
5V
CN-
T
A
NK
wh
ite
3
1
G5
G5
C7
13
1u
10V
R7
7
1
4.
99
k
1%
1/
16W
CN-
T
H
3
bl
ack
EVA
EXIT
TEMP
. S
EN
SO
R
(T
HERM
IS
TO
R)
t°
t°
14
BYPAS
S EX
IT
T
EMP
. S
ENS
OR
(T
HERM
IS
TO
R)
G5
G5
C
714
1u
10
V
5V
R
776
7.
5
k
1%
1/
1
6W
G5
C7
15
1u
10V
G5
C7
5
9
1u
10V
R
777
7.
5k
1%
1/
16
W
CN-
DI
S
wh
ite
t°
12
DISCHA
RGE
T
EM
P. S
EN
SOR
(T
HERM
IS
TO
R)
G5
C7
60
1u
10V
5V
G5
G5
C7
0
9
1u
10
V
R
770
4
.99k
1%
1/
16W
5V
CN-
T
H
2
blu
e
t°
1
DE
FRO
ST
TEM
P. S
ENS
OR
(T
HERM
IS
TO
R)
2
G5
G5
C7
10
1u
10V
G5
C7
61
1u
10V
R
774
7.
5k
1%
1/
16
W
5V
G5
C7
4
7
10u
25V
HI
G
H
P
R
ESS
U
R
E
SE
NS
O
R
13
4
CN-
HPS
re
d
C7
39
0.
1
u
50V
M
E
LE
C
T
R
O
MA
GN
E
T
IC
C
O
IL
(B
Y
PA
SS
EXP
AN
S
IO
N
V
AL
V
E
)
16
CN-
E
V2
ye
llo
w
M
E
LE
C
T
R
O
M
A
GN
E
T
IC
C
O
IL
(M
A
IN
EX
PA
NS
IO
N
VA
LV
E
)
16
CN-
EV
1
wh
ite
11
12
13
14
8
7
6
5
15
16
17
18
4
3
2
1
13
V
C
743
0.
1u
25V
IC
7
02
IC
70
2
IC
702
10
9
G2
A
C
O
MMO
N
GN
D
12
13
14
15
5
4
3
2
10
11
7
6
13
V
IC
7
03
G2
G2
C7
5
5
4.
7u
25V
CN-
F
M
10
3
wh
ite
1 2 3 4 5 6
5V
5V
G5
C7
54
4.
7
u
25V
C
N
-F
M
101
wh
ite
1 2 3 4 5 6 7
R
788
10
k
R7
54
5V
R7
8
9
10
k
R7
5
5
CN-
F
M
10
2
wh
ite
1
2
3
G1
C7
5
2
4.
7u
25
V
C
753
4.
7u
25
V
5V
_1
Vc
cF
M
12
3
CN-
F
M
2
02
Bl
u
e
G1
C
911
4.
7u
25
V
C9
1
0
4.
7u
25
V
5V
_1
Vc
cF
M
1
234
5
6
7
8
91
01
11
21
31
4
CN-
F
M
20
1
Na
tu
ra
l
G5
C
914
10
u
50V
C9
1
2
4.
7u
25V
C9
0
2
25V
0.
1u
R
Y
-H
T
1
R
Y
-H
T
2
R
Y
-H
O
T
R
Y
-V
1
5V
G2
+
+
C
913
4.
7
u
25V
C
915
10
u
50
V
13V
13
V
G2
Sens
o
r (
T
her
m
is
to
r)
Ch
a
ra
ct
e
rist
ic
s
70
60
50
40
30
20
10
0
-1
001
0
T
em
pe
rat
ur
e
(
o
C
)
Tem
per
at
ur
e
(
o
C)
Resi
sta
nce
(kΩ
)
20
30
40
50
1
2
1
2
Outdoo
r
A
ir Sen
so
r
Outdoo
r H
eat Ex
change
r
Sens
or
C
o
m
p
re
ss
or
Te
m
p
.
Sen
sor
(T
h
e
rm
is
to
r)
C
h
a
ra
ct
e
ris
tic
s
70
60
50
40
30
20
10
0
20
40
60
Resi
sta
nce
(kΩ
)
80
10
0
120
14
0
G5
C7
64
4.
7u
25V
RY-
P
W
R
2
Q7
0
1
-5
0
V
-4
00m
A
D7
0
8
A
K
G6
C7
4
2
0.
0
1u
50V
HI
G
H
PR
ES
SURE
SW
IT
C
H
2
1
R
R
CN-
PS
W
1
re
d
R7
67
4.
7k
R
756
10
k
R7
58
2.
2
k
1/
4W
Q7
0
0
50
V
1
00m
A
R7
57
10k
2.
2K
10K
E
C
C
E
B
B
G2
13
V