5. Wiring diagram
G
6
6
3
45
3
45
2
2
1
1
5
5
EE
V
1
1
23
23
4
4
Y/
G
Y/
G
L
N
2
1
00
10
57
84
36
3
7
8
5
6
4
10
20
9
P/
G
~
RL
F1
2
2
1
1
CN
7
5
3
11
3
5
W
CN
8
T
S
R
R
RC
W
CN
9
1
R
1
2
1
2
CN4
2
11
W
2
CN5
1
2
CN
6
2
1
4
PM
EH
EH
EH
BL
~
R
5
BL
B
R
5
CN
1
56
R
CN
1
0
FS
3
SW
0
2
SW
0
3
SW
0
1
2
2
CN
3
1
1
1
45
45
CN
1
1
2
2
1
1
3
3
CN
3
4
CN
3
3
1
12
2
5
4
3
5
4
3
6
6
6
6
45
3
45
2
2
1
1
3
CN
2
6
2
1
2
1
W
ir
ed Re
mot
e
Con
tr
o
lle
r
Transm
issi
on
Wi
ri
n
g
(T
o O.D
un
it
)
T
er
m
inal
B
loc
k
M
ode
S
e
tti
n
g
CN2
1
S
W
08-
6
CN3
0
CN2
3
So
c
ke
t
/D
ip
S
w
itc
h
D
is
c
onnec
tion
OF
F
C
onne
ct
to r
emote r
ec
ei
v
er
D
is
c
onnec
tion
D
is
c
onnec
tion
S
hor
t c
on
nec
ted
ON
Nu
ll
A
.B
.C c
o
n
n
e
ct
wi
th
ON
Nu
ll
S
lav
e R
emote
Ma
s
te
r R
e
m
o
te
W
ire
le
s
s R
e
m
o
te
C
o
n
tro
lle
r
W
ir
e
d C
ont
rol
ler
W
ir
ed C
ontr
ol
ler
W
ir
ed R
e
mo
te
C
ontr
ol
ler
B
.C
c
onnec
t w
ith
C
ontr
ol
ler
Wi
re
d
R
e
m
o
te
A,
B
,C
N
U
L
L
(C
ont
rol
)
in
specti
o
n
/repai
r
m
a
ke the l
o
cal
set
ti
ng
and W
irel
e
ss R
e
m
o
te C
ontrol
le
r Sett
in
g
。
*M
aster
/Sl
ave W
ired Rem
o
te contro
lle
r
At
the ti
m
e
of i
n
stal
la
ti
on or after
servi
c
e
in
ac
cordanc
e wi
th th
e fol
lo
wi
ng tab
le
betw
e
e
n
I.D
a
nd O
.D
unit
W
ir
e
d c
ontr
oller
addr
es
s
s
etting
and c
apac
ity
s
etting
of
indoor
unit
SW
0
3
SW
0
1
D
ip
S
w
it
c
h
F
u
nc
ti
on
Di
p
S
wi
tc
h
(
8
HP
)
T
rans
m
is
s
ion ad
dr
es
s
s
etting
M
alfunc
ti
on of O
.D
unit
A
ddr
ess dupl
ic
a
ti
o
n
im
pr
oper
set
ti
ng
S
W
0
2
A
ddr
ess dupl
ic
at
ion,
im
pr
oper
set
ti
ng
S
W
03
M
al
funct
ion of
D
rai
n
le
vel
c
ont
ro
l sys
te
m
M
a
lfu
n
cti
on of
tr
an
smiss
io
n
be
twee
n re
mo
te a
nd
I.D u
n
it
Ma
lf
un
ct
io
n o
f
tr
a
ns
mi
s
s
io
n
b
e
tw
een
I.D
an
d O
.D u
n
it
sensor
TA
f
a
ilur
e
Indoor
am
bi
ent
t
em
p
.
sens
or
TC
1 f
ai
lur
e
Indoor
gas
pi
pe t
em
p.
Indoor
l
iqui
d pi
pe
t
em
p.
sensor
T
C
2 f
a
ilur
e
EE
PR
O
M
f
a
ilu
re
s
our
c
e s
ens
or
fa
ilur
e
Indoo
r tw
in ener
gy
M
alfun
c
tion c
ontents
T
he F
las
h
T
im
e
s
of
T
im
ing LE
D
on t
he
LE
D5 on
th
e P
C
B
/
Wi
re
le
s
s
R
e
c
e
iv
e
r
C
ode
M
a
lfu
n
c
tio
n
M
alfunc
ti
on C
ode
indic
atio
n by
W
ir
ed R
em
ote C
ontr
oller
R:
RE
D
B
R:
B
RO
W
N
O
R
:O
RA
NG
E
B
L
:B
L
UE
G
:G
RE
E
N
G
R:
G
RA
Y
Y
:YEL
L
O
W
W
:W
H
IT
E
B:
BL
AC
K
Y/
G
:YEL
L
O
W
/G
R
EEN
1
.
is
ter
m
inal bloc
k and the w
o
rd
s
3.T
he P
ar
ts
in th
e das
he
d fr
am
e ar
e optio
nal
on
it ar
e s
equ
en
c
e
num
ber
。
2.
is
pr
in
ted
c
ir
c
ui
t boa
rd
in ac
c
o
rdanc
e
w
ith the
r
e
a
lity
of m
anufac
tur
e
.
W
IRI
N
G
DI
A
G
RA
M
O
F
I
NDO
O
R UNI
T
E
lec
tr
onic
E
x
pans
ion V
a
lv
e
F
or
c
e
d-
ope
n lam
p for
indoo
r
M
a
lfunc
tio
n
Lam
p of I.D
uni
t
T
rans
m
is
s
io
n
lam
p
betw
een
I.D
and
O
.D
unit
I.D
U
n
it
W
ir
ed
rom
o
te c
ontr
oller
and
T
ra
n
s
m
is
s
ion
lam
p
be
tw
een
S
w
ing M
otor
P
u
mp
Mo
to
r
Fl
o
a
t S
w
it
c
h
E
lec
tr
onic
E
x
pans
ion
V
a
lv
e
Tr
a
n
s
fo
rm
e
r
Li
qui
d
P
ipe Tem
per
at
ur
e S
ensor
G
as
P
ipe T
em
p
er
atur
e S
en
s
or
A
m
bient
T
em
per
a
tur
e S
ens
or
P/
G
M
o
to
r
D
e
scr
ip
ti
o
n
R
unnin
g C
apac
itor
T
e
rm
inal B
loc
k
(
P
ow
er
)
T
e
rm
ina
l B
loc
k
(
C
ontr
o
l)
F
u
s
io
n
(
O
ne
-O
ff P
rotec
to
r)
T
em
per
atur
e S
w
itc
h
E
le
c
tr
onic
H
eater
Re
la
y
Un
it
Po
w
e
r Su
p
p
ly
:1
PH
, 2
2
0
V
,5
0
H
z
~
SM
W
W
S
hor
t c
onnec
ted
S
hor
t c
on
nec
ted
R
oom
C
a
rd
RC
Q
uiet O
per
ation
QO
Di
p
S
wi
tc
h
(
8
H
P
)
betw
een I.D
and c
entr
ol
c
ontr
oll
er
SW
0
2
Di
p
S
wi
tc
h
(
8
H
P
)
T
rans
m
is
s
io
n addr
es
s
s
et
ting
CN
1
4
Y
CN
1
6
G
12
12
1
2
1
2
RC
Q0
PC
B
W
CN
3
0
1
1
2
2
LE
D
2
LE
D
1
LE
D
5
LE
D
6
1
2
3
4
5
10 9 8 7 6
CN
2
1
W
L
E
D
3LE
D
4
25
0V
A
C
T
5A
FU
S
E
SW
0
8
SW
0
7
LE
D
6
LE
D
5
LE
D
3
LE
D
4
LE
D
1
LE
D
PM
1
1
Y
TW
1
1
W
2
1
23
CN
1
3
Y/
G
2
1
3
W
CN3
1
4
3
2
1
4
3
23
1
2
TR
1
BL
W
R
3
2
2
1
B
BL
C
B
C
CN2
2
3
2
1
2
1
CN2
3
CN2
4
BL
0A
03
07
09
08
04
06
05
02
01
2
Y
1
1
2
1
2
CN
1
7
2
2
3
1
2
3
1
2
B
CN
1
9
TA
1
1
G
CN1
8
OR
A
A
B
PQ
GR
2
1
TW
2
GR
CN2
0
G
CN
1
5
2
1
TC
2
TC
1
3
3
TR
TA
S
y
m
bol
RC
P/
G
TC
2
TC
1
EE
V
TW
1
TW
2
FS
SM
TS
F1
EH
RL
G
Y
R
R
G
R
LE
D
2
~
2
3
0
35
Summary of Contents for YCV280
Page 1: ...Design Installation and Maintenance instruction R410A Heat Pump 50 Hz FlowLogic II 2016...
Page 5: ...2 External appearance YCV280 Outdoor YCV335 YCV400 YCV450 5...
Page 13: ...This range it 13...
Page 18: ...18...
Page 34: ...4 Piping diagram liquid pipe gas pipe EEV filter filter fan indoor heat exchanger 34...
Page 62: ...4 Piping diagrams liquid pipe gas pipe EEV filter filter fan indoor heat exchanger 62...
Page 83: ...4 Piping diagrams liquid pipe gas pipe EEV filter filter fan indoor heat exchanger 83...
Page 135: ...AQXQVO LQIOZIU fckoc jcj_ a m jcj_ FFV cfn_l cfn_l h ch iil b_ n _r b ha_l 135...
Page 170: ...C 938 1046 186 5 234 2 6 5 2 9 9 A B MODEL 3 Dimensions HAV007 16 HAV018 24 170...
Page 171: ...4 Piping diagrams liquid pipe gas pipe EEV filter filter fan indoor heat exchanger 171...
Page 178: ...Installation 8 178...
Page 179: ...179...
Page 180: ...HAV018 24 HAV007 16 180...
Page 181: ...181...
Page 185: ...9QTMUZQVUZ 86 97 6 96 8 786 8MU MY VN OYI Q 185...
Page 186: ...0 CQWQUO LQIOYITZ hemqe lela c o lela GGX behpan behpan b j ej kkn da p at_d jcan 186...
Page 200: ...N PR 6 MkjZeeh Sd_ji 62A B yt F vwv 200...
Page 206: ...206...
Page 208: ...208...
Page 209: ...209...
Page 210: ...210...
Page 211: ...211...
Page 212: ...212...
Page 249: ...E Capacity compensation value at different piping length and drop 255...
Page 280: ...286...
Page 298: ...RWV02 FlowLogic 304...
Page 309: ...Installation and connections Dimensions Connecting board 315...
Page 315: ...Ports Each port have serial number like 1 2 3 8 System Brief 321...
Page 322: ...Next Next Next 328...
Page 325: ...Select system DNS Click and add 331...
Page 327: ...3 Software installation Next 333...
Page 331: ...337...