reciprocating & linear compressor - embrital refrigerazione reciproc/max lg... · lg compressor...
TRANSCRIPT
Reciprocating & Linear
Compressor
Compressor Technology
for Refrigerator
LG C
om
pre
sso
r0
10
1LG
Co
mp
ress
or
LG C
om
pre
sso
r0
10
1LG
Co
mp
ress
or
Wh
y LG
Co
mp
ress
or?
Tech
no
log
yLG
co
mp
ress
ors
are
co
nti
nu
ou
sly
evo
lvin
g
gro
up
of
hig
h-p
reci
sio
n m
ach
inin
g a
nd
ass
emb
ly
tech
no
log
ies
fro
m a
ccu
mu
late
d t
ech
niq
ues
fo
r
gen
erat
ing
su
stai
nab
le w
orl
d b
est
com
pre
sso
r.
Esp
ecia
lly w
e ar
e en
ablin
g t
o g
ive
ou
r cu
sto
mer
s
tech
nic
al s
up
po
rt in
ord
er t
o p
rovi
de
bes
t
per
form
ance
co
mp
ress
or
thro
ug
h d
esig
n
mec
han
ism
an
d p
rod
uce
key
tec
hn
olo
gy
of
com
pre
sso
r, in
vert
er m
oto
r an
d d
rive
th
at m
akes
you
to
ach
ieve
op
tim
ized
pro
du
ct.
Qu
alit
yW
ith
th
e p
rod
uct
qu
alit
y an
d s
afet
y
eval
uat
ion
sys
tem
th
at p
erfo
rms
bas
ic
qu
alit
y an
d s
afet
y ev
alu
atio
n f
or
pro
du
cts
at e
very
pro
du
ctio
n s
tag
e. U
nd
er t
he
qu
alit
y g
ate
syst
em, a
ll o
ur
pro
du
cts
un
der
go
a s
afet
y ch
eck
at e
ach
qu
alit
y g
ate
bas
ed o
n a
ch
eckl
ist,
pre
ven
tin
g s
hip
men
ts
of
pro
du
cts
wit
h q
ual
ity
or
safe
ty is
sues
.
We
also
hav
e ac
hie
ved
rec
og
nit
ion
ou
r
qu
alit
y an
d s
ust
ain
abili
ty f
rom
Eu
rop
e,
No
rth
Am
eric
a, C
hin
a an
d J
apan
.
Mo
del
Var
iety
In o
rder
to
off
er y
ou
a v
ario
us
pro
du
ct
po
rtfo
lio o
f re
frig
erat
or
com
pre
sso
r,
ou
r ra
ng
e co
vers
co
nst
ant
and
inve
rter
of
Rec
ipro
cati
ng
an
d L
inea
r co
mp
ress
or
wit
h
low
pre
ssu
re a
s w
ell a
s h
igh
pre
ssu
re.
It e
nab
les
to p
rovi
de
you
wit
h f
ull
sup
po
rt
in a
ll ap
plic
atio
n o
f yo
ur
nee
ds.
Cu
sto
mer
Su
pp
ort
LG c
om
pre
sso
rs p
rom
ise
to d
eliv
er a
sati
sfac
tio
n le
vel f
or
all y
ou
r b
usi
nes
s st
age
fro
m r
esea
rch
, dev
elo
pm
ent
to t
he
spec
-in
that
exc
eed
s o
ur
cust
om
ers
exp
ecta
tio
ns,
and
str
ives
to
pro
vid
e th
e h
igh
est
valu
e to
ou
r cu
sto
mer
s th
rou
gh
a f
ast,
acc
ura
te a
nd
dif
fere
nti
ated
ser
vice
& s
olu
tio
n a
s yo
ur
bu
sin
ess
par
tner
.
LG C
om
pre
sso
r0
20
3LG
Co
mp
ress
or
Bri
ef H
isto
ry &
Fac
tory
Mile
sto
nes
& P
rod
uct
ion
Sit
es
Co
mp
ress
or
Div
isio
n
20
06
Est
ablis
hm
ent
of
C&
M B
usi
nes
s U
nit
20
11
Ref
rig
erat
or
Co
mp
ress
or
Pro
du
ctio
n
19
73
Co
mp
ress
or
Sal
es
10
0 M
illio
n U
nit
s
20
08
Air
-co
nd
itio
ner
Co
mp
ress
or
Pro
du
ctio
n
19
90
Mo
tor
Pro
du
ctio
n
19
63
Ch
ina
Qin
huan
gdao
(C
asti
ng)
Tian
jin (
Rot
ary,
Scr
oll)
Nan
jing
(Mot
or)
Taiz
hou
(Rec
ipro
cati
ng)
Cha
ngw
on
(Rec
ipro
cati
ng, L
inea
r,
Rot
ary,
Scr
oll,
Mot
or)
Ko
rea
(HQ
)
Ind
iaN
oid
a (R
ecip
roca
ting
)
Th
aila
nd
Ray
ong
(R
ota
ry)
LG C
om
pre
sso
r0
40
5LG
Co
mp
ress
or
Wh
y LG
Co
mp
ress
or?
Bri
ef H
isto
ry &
Fac
tory
Rec
ipro
cati
ng
Co
mp
ress
or
- P
rod
uct
Ran
ge
- N
om
encl
atu
re
- S
pec
ific
atio
n I
Co
nst
ant
spee
d
- S
pec
ific
atio
n I
In
vert
er
- S
pec
ific
atio
n I
Co
ntr
olle
r
- A
ttac
hed
/ D
etac
hed
Co
ntr
olle
r
- M
ou
nti
ng
- P
acki
ng
& C
on
tain
er S
tuff
ing
Qu
anti
ty
Lin
ear
Co
mp
ress
or
- P
rod
uct
Ran
ge
- N
om
encl
atu
re
- S
pec
ific
atio
n
- W
irin
g D
iag
ram
- A
cces
sory
Par
t
- P
acki
ng
& C
on
tain
er S
tuff
ing
Qu
anti
ty
01
02
06
07
08
09
22
24
25
25
25
26
27
27
28
29
29
29
Co
nte
nts
08
09
LG R
ecip
roca
tin
g C
om
pre
sso
r
No
men
clat
ure B
M A
09
8 N
A M
V
Op
erat
ing
typ
e
Sp
ecif
icat
ion
_ Co
nst
ant
spee
d
Re
frig
era
nt
Se
rie
sM
od
el
Mo
tor
Typ
e
Vo
ltag
e/
Fre
qu
en
cy
Pe
rfo
rman
ceTe
st
Co
nd
itio
n
Dim
en
sio
n
Cap
acit
yE
ER
CO
PH
eig
ht
V/H
zK
cal/
hr
B
tu/W
hr
Wat
tsB
tu/W
hrW
/Wm
m
R1
34
aT
S
TS
22
LHE
GR
SIR
22
0~2
40
/50
36
14
14
12
.20
0.6
4A
SH
RA
E15
1.0
TS
22
LHA
GR
SIR
110
/50
36
14
34
21
.83
0.5
4A
SH
RA
E1
36
.5
TS
24
LA
TGR
SIR
22
0~2
40
/50
38
151
44
2.1
00
.62
AS
HR
AE
13
6.5
TS
24
LJJ
GR
SIR
22
0/5
03
815
14
41
.99
0.5
8A
SH
RA
E15
1.0
TS
24
LHJG
RS
IR2
20
/50
38
151
44
1.9
90
.58
AS
HR
AE
151
.0
TS
24
LA
AG
RS
IR11
0/5
03
915
54
52
.21
0.6
5A
SH
RA
E1
36
.5
TS
24
LHA
GR
SIR
110
/50
39
155
45
2.2
10
.65
AS
HR
AE
151
.0
TS
24
LHTG
RS
IR2
20
~24
0/5
04
015
94
72
.10
0.6
2A
SH
RA
E15
1.0
TS
22
LHA
GR
SIR
110
/60
45
17
75
22
.36
0.6
9A
SH
RA
E1
36
.5
TS
22
LHD
GR
SIR
22
0/6
04
51
77
52
2.2
90
.67
AS
HR
AE
13
6.5
TS
22
LHC
GR
SIR
115
/60
45
17
75
22
.29
0.6
7A
SH
RA
E1
36
.5
TS
24
LA
DG
RS
IR2
20
/60
46
18
35
32
.50
0.7
3A
SH
RA
E1
36
.5
TS
24
LA
TGR
SIR
22
0/6
04
819
15
62
.65
0.7
8A
SH
RA
E1
36
.5
TS
24
LA
AG
RS
IR1
00
/60
48
191
56
2.6
10
.76
AS
HR
AE
13
6.5
TS
24
LHA
GR
SIR
110
/60
48
191
56
2.6
10
.76
AS
HR
AE
151
.0
TS
24
LHU
GR
SIR
115
~12
7/6
04
819
15
62
.44
0.7
1A
SH
RA
E15
1.0
TS
24
LA
FG
RS
IR12
7/6
04
819
15
62
.38
0.7
0A
SH
RA
E1
36
.5
TS
24
LBD
MR
SC
R2
20
/60
48
191
56
2.4
50
.72
AS
HR
AE
13
6.5
TS
24
LA
CG
RS
IR11
5/6
04
819
15
62
.44
0.7
1A
SH
RA
E1
36
.5
TS
24
LHD
GR
SIR
22
0/6
05
019
75
82
.65
0.7
8A
SH
RA
E15
1.0
TS
24
LHTG
RS
IR2
20
/60
50
199
58
2.6
50
.78
AS
HR
AE
151
.0
Un
it :
mm
TS 146
196
170
70
100
192
51
45
59
Height
Ap
plic
atio
n :
LBP
LG R
ecip
roca
tin
g C
om
pre
sso
r
Cap
acit
y
Dis
pla
cem
ent
(ex
: 09
8=
9.8
cc/r
ev)
Gen
erat
ion
co
de
(A-Z
)
Siz
eC
: C
om
pac
t
L : L
arg
e
M :
Med
ium
S :
Sm
all
Pro
du
ct t
ype
B :
BLD
C
C :
Co
nst
ant
Sp
eed
F :
Lin
ear
Ref
rig
eran
ts
L : R
134
a
H :
R13
4a
HB
P
N :
R6
00
a
Imp
rove
men
t o
rder
Rat
ed v
olt
age
& f
req
uen
cy
No
te 1
: F
igu
res
in t
he
tab
le a
re s
ub
ject
to
ch
ang
e w
ith
ou
t p
rio
r n
oti
ce f
or
per
form
ance
imp
rove
men
t.
No
te 2
:Te
st c
on
dit
ion
Eva
po
rati
ng
te
mp
era
ture
Co
nd
en
sin
g t
em
pe
ratu
reA
mb
ien
t te
mp
era
ture
AS
HR
AE
-23
.3°C
54
.4°C
32
.2°C
Co
deV
olt
age
Hz
Co
deV
olt
age
Hz
A1
00
50
/60
Q1
10
~11
56
0
B2
20
50
/60
R1
10
~12
76
0
C1
15
60
S2
00
~22
02
20
50
60
D2
20
60
E2
20
~24
06
0T
22
0~2
40
22
05
06
0F
12
76
0
J2
20
60
U1
15
~12
76
0
K1
10
60
M2
20
~24
05
0/6
0
L2
40
60
N1
15
~12
75
0/6
0
P1
10
50
Co
deV
olt
age
GR
SIR
MR
SC
R
FC
SIR
HC
SR
KR
SIR
NR
SC
R
PC
SIR
RC
SR
VIn
vert
er
A, B
, C :
Cu
Wir
e
H, J
: A
l Wir
e
DISCHARGE
10
11
Re
frig
era
nt
Se
rie
sM
od
el
Mo
tor
Typ
e
Vo
ltag
e/
Fre
qu
en
cy
Pe
rfo
rman
ceTe
st
Co
nd
itio
n
Dim
en
sio
n
Cap
acit
yE
ER
CO
PH
eig
ht
V/H
zK
cal/
hr
Btu
/Whr
W
atts
Btu
/Whr
W/W
mm
R1
34
aN
S
NS
24
LBE
GR
SIR
22
0~2
40
/50
36
14
34
22
.23
0.6
5
AS
HR
AE
157
NS
24
LA
BG
RS
IR2
20
/50
38
151
44
2.6
0
0.7
6
AS
HR
AE
14
7
NS
24
LA
EG
RS
IR2
20
~24
0/5
03
815
14
41
.99
0.5
8
AS
HR
AE
14
7
NS
24
LA
BG
RS
IR2
20
/60
43
17
15
02
.37
0
.69
A
SH
RA
E1
47
NS
24
LBC
GR
SIR
115
/60
43
17
15
02
.44
0.7
1
AS
HR
AE
157
NS
24
LBC
MR
SC
R11
5/6
04
31
71
50
2.5
50
.75
A
SH
RA
E15
7
NS
24
LA
DG
RS
IR2
20
/60
43
17
15
02
.25
0.6
6
AS
HR
AE
14
7
NS
24
LA
CG
RS
IR11
5/6
04
51
79
52
2.3
20
.68
A
SH
RA
E1
47
NS
30
LA
BG
RS
IR2
20
/50
50
199
58
2.5
1
0.7
4
AS
HR
AE
14
7
NS
A2
4L
AC
GR
SIR
115
/60
50
199
58
2.4
8
0.7
3
AS
HR
AE
14
7
NS
30
LA
EG
RS
IR2
20
~24
0/5
05
42
14
63
2.6
50
.78
A
SH
RA
E1
47
NS
30
LA
BG
RS
IR2
20
/60
61
24
27
12
.75
0
.81
A
SH
RA
E1
47
NS
36
LA
BG
RS
IR2
20
/50
64
25
47
42
.65
0
.78
A
SH
RA
E15
7
NS
30
LA
CG
RS
IR11
5/6
06
42
54
74
2.8
50
.83
A
SH
RA
E1
47
NS
30
LA
CM
RS
CR
115
/60
65
25
87
62
.99
0.8
8
AS
HR
AE
14
7
NS
36
LA
EG
RS
IR2
20
~24
0/5
06
62
62
77
2.9
40
.86
A
SH
RA
E15
7
NS
A3
0L
AC
GR
SIR
115
/60
70
27
88
13
.02
0
.88
A
SH
RA
E1
47
NS
36
LA
CG
RS
IR11
5/6
07
63
02
88
3.0
50
.89
A
SH
RA
E15
7
NS
36
LA
DG
RS
IR2
20
/60
79
31
49
23
.20
0.9
4
AS
HR
AE
157
NS
36
LA
DM
RS
CR
22
0/6
07
93
14
92
3.3
00
.97
A
SH
RA
E15
7
NS
36
LA
BG
RS
IR2
20
/60
79
31
49
23
.20
0
.94
A
SH
RA
E15
7
NS
A3
6L
AC
GR
SIR
115
/60
83
33
09
73
.17
0
.93
A
SH
RA
E15
7
Re
frig
era
nt
Se
rie
sM
od
el
Mo
tor
Typ
e
Vo
ltag
e/
Fre
qu
en
cy
Pe
rfo
rman
ceTe
st
Co
nd
itio
n
Dim
en
sio
n
Cap
acit
yE
ER
CO
PH
eig
ht
V/H
zK
cal/
hr
B
tu/W
hr
Wat
tsB
tu/W
hrW
/Wm
m
R1
34
aC
MA
CM
A0
42
LHJG
RS
IR2
20
/50
91
36
11
06
3.6
01
.05
AS
HR
AE
17
1
CM
A0
42
LHD
MR
SC
R2
20
/60
10
94
33
127
4.9
01
.44
AS
HR
AE
17
1
CM
A0
42
LHC
GR
SIR
115
/60
111
44
112
94
.84
1
.42
A
SH
RA
E1
71
CM
A0
42
LHC
MR
SC
R11
5/6
011
14
41
129
5.0
0
1.4
6
AS
HR
AE
17
1
CM
A0
42
LHU
MR
SC
R11
5~1
27
/60
118
46
81
37
5.5
0
1.6
1
AS
HR
AE
17
1
CM
A0
53
LHE
GR
SIR
22
0~2
40
/50
129
512
150
4.8
3
1.4
1
AS
HR
AE
17
1
CM
A0
53
LHE
MR
SC
R2
20
~24
0/5
012
95
1215
05
.05
1
.48
A
SH
RA
E1
71
CM
A0
57
LHE
MR
SC
R2
20
~24
0/5
01
38
54
81
60
4.9
8
1.4
6
AS
HR
AE
17
1
CM
A0
57
LHE
GR
SIR
22
0~2
40
/50
14
05
56
16
34
.83
1
.41
A
SH
RA
E1
71
CM
A0
57
LA
EM
RS
CR
22
0~2
40
/50
14
15
58
16
35
.50
1
.61
A
SH
RA
E1
71
CM
A0
53
LHD
GR
SIR
22
0/6
01
41
56
01
64
4.6
01
.35
AS
HR
AE
17
1
CM
A0
53
LHC
GR
SIR
115
/60
14
45
72
16
74
.84
1
.42
A
SH
RA
E1
71
CM
A0
53
LHC
MR
SC
R11
5/6
01
44
57
21
67
5.1
0
1.4
9
AS
HR
AE
17
1
CM
A0
62
LHE
GR
SIR
22
0~2
40
/50
153
60
71
78
4.9
8
1.4
6
AS
HR
AE
17
1
CM
A0
62
LHE
MR
SC
R2
20
~24
0/5
015
36
07
17
85
.19
1
.52
A
SH
RA
E1
71
CM
A0
69
LA
EM
RS
CR
22
0~2
40
/50
16
56
55
192
5.5
0
1.6
1
AS
HR
AE
17
1
CM
A0
69
LBE
MR
SC
R2
20
~24
0/5
01
68
66
719
55
.75
1
.68
A
SH
RA
E1
71
CM
A0
69
LHE
MR
SC
R2
20
~24
0/5
01
68
66
719
55
.20
1
.52
A
SH
RA
E1
71
CM
A0
75
LHD
MR
SC
R2
20
/60
20
07
94
23
34
.50
1.3
2A
SH
RA
E1
71
NS 149
70
100
196
170
CM
A
Ap
plic
atio
n :
LBP
Ap
plic
atio
n :
LBP
LG R
ecip
roca
tin
g C
om
pre
sso
rLG
Rec
ipro
cati
ng
Co
mp
ress
or
Sp
ecif
icat
ion
_ C
on
stan
t sp
eed
Un
it :
mm
Un
it :
mm
71
71
61
200
Height
SUCTION
DISCHARGE
PROCESS
156
101.6
70
220
165.1
170
133
No
te 1
: F
igu
res
in t
he
tab
le a
re s
ub
ject
to
ch
ang
e w
ith
ou
t p
rio
r n
oti
ce f
or
per
form
ance
imp
rove
men
t.
No
te 2
:Te
st c
on
dit
ion
Eva
po
rati
ng
te
mp
era
ture
Co
nd
en
sin
g t
em
pe
ratu
reA
mb
ien
t te
mp
era
ture
AS
HR
AE
-23
.3°C
54
.4°C
32
.2°C
No
te 1
: F
igu
res
in t
he
tab
le a
re s
ub
ject
to
ch
ang
e w
ith
ou
t p
rio
r n
oti
ce f
or
per
form
ance
imp
rove
men
t.
No
te 2
:Te
st c
on
dit
ion
Eva
po
rati
ng
te
mp
era
ture
Co
nd
en
sin
g t
em
pe
ratu
reA
mb
ien
t te
mp
era
ture
AS
HR
AE
-23
.3°C
54
.4°C
32
.2°C
74
74
226
66
Height
PROCESS
SUCTION
DISCHARGE
12
13
Re
frig
era
nt
Se
rie
sM
od
el
Mo
tor
Typ
e
Vo
ltag
e/
Fre
qu
en
cy
Pe
rfo
rman
ceTe
st
Co
nd
itio
n
Dim
en
sio
n
Cap
acit
yE
ER
CO
PH
eig
ht
V/H
zK
cal/
hr
B
tu/W
hr
Wat
tsB
tu/W
hrW
/Wm
m
R1
34
aM
A
MA
42
LPJG
RS
IR2
20
/50
92
3
65
1
07
3
.80
1.1
1
AS
HR
AE
17
2
MA
42
LMJM
RS
CR
22
0/5
09
2
36
5
10
7
4.0
0
1.1
7
AS
HR
AE
17
2
MA
42
LMJG
RS
IR2
20
/50
92
3
65
1
07
3
.80
1.1
1
AS
HR
AE
17
2
MA
42
LHJM
RS
CR
22
0/5
09
2
36
5
10
7
3.7
7
1.1
0
AS
HR
AE
17
2
MA
45
LDJG
RS
IR2
20
/50
99
3
93
11
5
3.7
81
.11
A
SH
RA
E1
72
MA
45
LCJG
RS
IR2
20
/50
99
3
93
11
5
3.7
8
1.1
1
AS
HR
AE
17
2
MA
45
LJJ
M
RS
CR
22
0/5
01
02
4
05
11
9
4.3
11
.26
A
SH
RA
E1
72
MA
45
LHJM
RS
CR
22
0/5
01
02
4
05
11
9
4.3
1
1.2
6
AS
HR
AE
17
2
MA
53
LA
BM
RS
CR
22
0/5
012
24
84
14
24
.30
1
.26
A
SH
RA
E1
72
MA
53
LA
TGR
SIR
22
0~2
40
/50
124
4
92
1
44
4
.00
1.1
7
AS
HR
AE
17
2
MA
53
LA
JMR
SC
R2
20
/50
125
4
96
1
45
4
.21
1.2
3
AS
HR
AE
17
2
MA
53
LJJ
GR
SIR
22
0/5
012
5
49
6
14
5
4.2
1
1.2
3
AS
HR
AE
17
2
MA
53
LBJG
RS
IR2
20
/50
125
4
96
1
45
4
.10
1.2
3
AS
HR
AE
17
2
MA
53
LA
JGR
SIR
22
0/5
012
65
00
14
73
.70
1
.08
A
SH
RA
E1
72
MA
53
LA
EG
(AL)
RS
IR2
20
~24
0/5
012
9
512
150
4.5
0
1.3
2
AS
HR
AE
18
0
MA
53
LA
EM
(AL)
RS
CR
22
0~2
40
/50
129
5
1215
04
.84
1
.42
A
SH
RA
E1
80
MA
57
LBJG
RS
IR2
20
/50
13
25
24
153
4.2
0
1.2
3
AS
HR
AE
17
2
MA
57
LA
BM
RS
CR
22
0/5
01
38
5
48
16
04
.90
1
.44
A
SH
RA
E1
80
MA
57
LA
EG
RS
IR2
20
~24
0/5
01
38
5
48
16
04
.60
1
.35
A
SH
RA
E1
72
MA
57
LA
EM
(AL)
RS
CR
22
0~2
40
/50
13
8
54
81
60
4.9
8
1.4
6
AS
HR
AE
18
0
MA
57
LBE
G(A
L)R
SIR
22
0~2
40
/50
13
8
54
81
60
4.1
0
1.2
0
AS
HR
AE
18
0
MA
57
LBJG
RS
IR2
20
/50
13
8
54
8
16
0
4.2
1
1.2
3
AS
HR
AE
17
7
MA
57
LJJ
GR
SIR
22
0/5
01
38
5
48
1
60
4
.21
1.2
3
AS
HR
AE
17
7
MA
53
LHE
MR
SC
R2
20
~24
0/5
01
40
5
56
1
63
5
.34
1
.57
A
SH
RA
E1
72
MA
57
LDJM
RS
CR
22
0/5
01
45
5
76
1
69
4
.61
1
.35
A
SH
RA
E1
77
MA
53
LBC
GR
SIR
115
/60
14
8
58
81
72
4.6
5
1.3
6
AS
HR
AE
17
2
MA
53
LBC
MR
SC
R11
5/6
01
48
5
88
17
24
.94
1
.45
A
SH
RA
E1
72
MA
62
LCE
GR
SIR
22
0~2
40
/50
150
5
96
17
44
.70
1
.38
A
SH
RA
E1
80
MA
62
LCE
MR
SC
R2
20
~24
0/5
015
0
59
61
74
5.0
0
1.4
6
AS
HR
AE
18
0
MA
62
LDE
GR
SIR
22
0~2
40
/50
150
5
96
17
44
.35
1
.27
A
SH
RA
E1
72
MA
53
LA
UG
RS
IR11
5~1
27
/60
150
5
96
17
44
.32
1
.27
A
SH
RA
E1
72
MA
62
LBJG
RS
IR2
20
/50
150
5
96
1
74
4
.44
1.3
0
AS
HR
AE
17
7
MA
62
LJJ
GR
SIR
22
0/5
015
0
59
6
17
4
4.4
4
1.3
0
AS
HR
AE
17
7
MA
62
LDJM
RS
CR
22
0/5
015
0
59
6
17
4
4.8
81
.43
A
SH
RA
E1
77
MA
62
LBE
GR
SIR
22
0~2
40
/50
150
5
96
1
74
4
.69
1
.37
A
SH
RA
E1
77
MA
62
LCE
GR
SIR
22
0~2
40
/50
150
5
96
1
74
4
.69
1.3
7
AS
HR
AE
17
7
MA
53
LA
DG
RS
IR2
20
/60
152
60
31
77
4.5
0
1.3
2
AS
HR
AE
17
2
MA
53
LA
DM
RS
CR
22
0/6
015
26
03
17
74
.89
1
.43
A
SH
RA
E1
72
MA
53
LCC
MR
SC
R11
5/6
015
3
60
71
78
5.1
0
1.4
9
AS
HR
AE
17
2
MA
53
LA
BM
RS
CR
22
0/6
015
4
611
17
94
.90
1
.44
A
SH
RA
E1
72
MA
69
LKE
MR
SC
R2
20
~24
0/5
01
69
6
71
19
7
4.9
7
1.4
6
AS
HR
AE
17
7
MA
69
LJE
GR
SIR
22
0~2
40
/50
16
9
67
1
197
4
.41
1
.29
A
SH
RA
E1
77
MA
69
LJE
P
CS
IR2
20
~24
0/5
01
69
6
71
19
7
4.4
11
.29
A
SH
RA
E1
77
MA
69
LHE
MR
SC
R2
20
~24
0/5
01
69
6
71
19
7
4.6
11
.35
A
SH
RA
E1
77
MA
69
LHE
GR
SIR
22
0~2
40
/50
16
9
67
1
197
4
.41
1
.29
A
SH
RA
E1
77
Sp
ecif
icat
ion
_ Co
nst
ant
spee
d
Ap
plic
atio
n :
LBP
MA
/ M
C
LG R
ecip
roca
tin
g C
om
pre
sso
rLG
Rec
ipro
cati
ng
Co
mp
ress
or
Re
frig
era
nt
Se
rie
sM
od
el
Mo
tor
Typ
e
Vo
ltag
e/
Fre
qu
en
cy
Pe
rfo
rman
ceTe
st
Co
nd
itio
n
Dim
en
sio
n
Re
mar
kC
apac
ity
EE
RC
OP
He
igh
t
V/H
zK
cal/
hr
Btu
/Whr
W
atts
Btu
/Whr
W/W
mm
R1
34
a
MA
MA
69
LHE
PC
SIR
22
0~2
40
/50
17
0
67
5
198
4
.24
1.2
4
AS
HR
AE
17
7
MA
57
LA
DM
RS
CR
22
0/6
01
71
67
919
95
.30
1
.55
A
SH
RA
E1
80
MA
57
LA
BM
RS
CR
22
0/6
01
71
6
79
199
5.3
0
1.5
5
AS
HR
AE
18
0
MA
69
LDE
GR
SIR
22
0~2
40
/50
17
2
68
32
00
4.3
5
1.2
7
AS
HR
AE
17
2
MA
69
LCE
GR
SIR
22
0~2
40
/50
17
2
68
32
00
4.6
0
1.3
5
AS
HR
AE
18
0
MA
69
LCE
MR
SC
R2
20
~24
0/5
01
72
6
83
20
05
.00
1
.46
A
SH
RA
E1
80
MA
69
LA
EM
RS
CR
22
0~2
40
/50
17
2
68
3
20
0
4.6
1
1.3
5
AS
HR
AE
17
7
MA
72
LBJG
RS
IR2
20
/50
18
0
715
2
09
4
.41
1.2
9
AS
HR
AE
17
7
MA
72
LHE
MR
SC
R2
20
~24
0/5
01
80
7
15
20
9
4.6
1
1.3
5
AS
HR
AE
17
7
MA
72
LKE
MR
SC
R2
20
~24
0/5
01
80
7
15
20
9
4.9
61
.45
A
SH
RA
E1
77
MA
72
LBE
MR
SC
R2
20
~24
0/5
01
80
7
15
20
9
4.6
1
1.3
5
AS
HR
AE
17
7
MA
72
LJE
P
CS
IR2
20
~24
0/5
01
80
7
15
20
9
4.4
11
.29
A
SH
RA
E1
77
MA
72
LJE
G
RS
IR2
20
~24
0/5
01
80
7
15
20
9
4.4
1
1.2
9
AS
HR
AE
17
7
MA
72
LHE
GR
SIR
22
0~2
40
/50
18
0
715
2
09
4
.41
1.2
9
AS
HR
AE
17
7
MA
88
LA
EP
CS
IR2
20
~24
0/5
02
35
9
33
2
73
4
.11
1
.20
A
SH
RA
E1
77
MA
98
LA
EM
RS
CR
22
0~2
40
/50
24
0
95
32
79
5.2
0
1.5
2
AS
HR
AE
18
2
MC
MC
53
LBE
MR
SC
R2
20
~24
0/5
01
39
5
52
1
62
5
.26
1.5
4
AS
HR
AE
17
2
MC
57
LA
EM
RS
CR
22
0~2
40
/50
14
7
58
4
17
1
5.5
0
1.6
1
AS
HR
AE
17
7
MC
57
LBE
MR
SC
R2
20
~24
0/5
01
47
5
84
1
71
5
.50
1.6
1
AS
HR
AE
17
7
MA
57
LBJM
RS
CR
22
0/5
01
45
5
76
1
69
5
.28
1
.55
A
SH
RA
E1
77
LQ
LQ7
5L
AE
MR
SC
R2
20
~24
0/5
02
07
82
22
41
5.8
01
.70
AS
HR
AE
20
3
LQ8
6L
AE
MR
SC
R2
20
~24
0/5
02
35
93
32
73
5.9
01
.73
AS
HR
AE
20
3
LQ6
9L
AU
MR
SC
R11
5~1
27
/60
24
19
57
28
06
.24
1.8
3A
SH
RA
E2
03
E-P
TC
LQ6
9L
AU
MR
SC
R11
5~1
27
/60
24
19
57
28
06
.15
1.8
0A
SH
RA
E2
03
LQ6
9L
AU
HR
SC
R11
5~1
27
/60
24
19
57
28
06
.24
1.8
3A
SH
RA
E2
03
E-P
TC
LQ6
9L
AD
MR
SC
R2
20
/60
24
19
57
28
06
.15
1.8
0A
SH
RA
E2
03
LQ7
5L
AU
MR
SC
R11
5~1
27
/60
26
81
06
43
126
.10
1.7
9A
SH
RA
E2
03
E-P
TC
LQ1
00
LA
JHC
SR
22
0/5
02
78
110
43
23
5.5
01
.61
AS
HR
AE
20
3
LQ8
6L
AD
MR
SC
R2
20
/60
30
512
113
55
6.0
01
.76
AS
HR
AE
20
3
Ap
plic
atio
n :
LBP
Un
it :
mm
158
135
101.6
70
216
165.1
170
LQ
No
te 1
: F
igu
res
in t
he
tab
le a
re s
ub
ject
to
ch
ang
e w
ith
ou
t p
rio
r n
oti
ce f
or
per
form
ance
imp
rove
men
t.
No
te 2
:Te
st c
on
dit
ion
Eva
po
rati
ng
te
mp
era
ture
Co
nd
en
sin
g t
em
pe
ratu
reA
mb
ien
t te
mp
era
ture
AS
HR
AE
-23
.3°C
54
.4°C
32
.2°C
72
75
63
223
Height
PROCESS
DISCHARGE
SUCTION
101.6
140
70
171
236 220
165.1
170
96
96
41
Height
PROCESS
DISCHARGE
SUCTION
14
15
Sp
ecif
icat
ion
_ Co
nst
ant
spee
d
LG R
ecip
roca
tin
g C
om
pre
sso
rLG
Rec
ipro
cati
ng
Co
mp
ress
or
Re
frig
era
nt
Se
rie
sM
od
el
Mo
tor
Typ
e
Vo
ltag
e/
Fre
qu
en
cy
Pe
rfo
rman
ceTe
st
Co
nd
itio
n
Dim
en
sio
n
Cap
acit
yE
ER
CO
PH
eig
ht
V/H
zK
cal/
hr
B
tu/W
hr
Wat
tsB
tu/W
hrW
/Wm
m
R1
34
aL
X
LX
67
LA
BM
RS
CR
22
0/5
015
56
151
80
4.8
11
.41
AS
HR
AE
20
0
LX
67
LHB
MR
SC
R2
20
/50
155
615
18
04
.02
1.1
8A
SH
RA
E2
03
LX
72
LA
TGR
SIR
22
0~2
40
/50
17
06
75
198
4.2
41
.24
AS
HR
AE
20
0
LX
72
LBE
GR
SIR
22
0~2
40
/50
17
06
75
198
4.3
81
.28
AS
HR
AE
20
0
LX
72
LA
AM
RS
CR
110
/50
17
06
75
198
4.3
01
.26
AS
HR
AE
20
0
LX
72
LA
TF
CS
IR2
20
~24
0/5
01
70
67
519
84
.24
1.2
4A
SH
RA
E2
00
LX
72
LA
TH
CS
R2
20
~24
0/5
01
70
67
519
84
.30
1.2
6A
SH
RA
E2
00
LX
72
LA
EM
RS
CR
22
0~2
40
/50
17
26
83
20
04
.50
1.3
2A
SH
RA
E2
00
LX
72
LHJH
CS
R2
20
/50
17
26
83
20
04
.24
1.2
4A
SH
RA
E2
03
LX
72
LHJM
RS
CR
22
0/5
01
72
68
32
00
4.2
41
.24
AS
HR
AE
20
3
LX
72
LHJF
CS
IR 2
20
/50
1
72
68
32
00
3.8
01
.11
AS
HR
AE
20
3
LX
67
LA
QG
RS
IR1
00
~115
/60
18
77
42
21
74
.19
1.2
3A
SH
RA
E2
00
LX
86
LA
BM
RS
CR
22
0/5
019
47
70
22
64
.84
1.4
2A
SH
RA
E2
03
LX
86
LBE
GR
SIR
22
0~2
40
/50
194
77
02
26
4.3
01
.26
AS
HR
AE
20
0
LX
86
LBE
FC
SIR
22
0~2
40
/50
194
77
02
26
4.3
01
.26
AS
HR
AE
20
0
LX
86
LCE
GR
SIR
22
0~2
40
/50
194
77
02
26
4.2
31
.24
AS
HR
AE
20
3
LX
86
LHE
MR
SC
R2
20
~24
0/5
019
47
70
22
64
.30
1.2
6A
SH
RA
E2
03
LX
86
LHJF
CS
IR2
20
/50
194
77
02
26
3.8
01
.11
AS
HR
AE
20
3
LX
67
LA
BM
RS
CR
22
0/6
019
57
74
22
75
.09
1.4
9A
SH
RA
E2
00
LX
67
LA
FMR
SC
R12
7/6
019
57
74
22
75
.06
1.4
8A
SH
RA
E2
00
LX
67
LHB
MR
SC
R2
20
/60
195
77
42
27
4.8
11
.41
AS
HR
AE
20
3
LX
86
LPB
PC
SIR
22
0/5
019
67
78
22
84
.10
1.2
0A
SH
RA
E2
03
LX
86
LA
EG
RS
IR2
20
~24
0/5
02
05
81
42
38
4.6
01
.35
AS
HR
AE
20
3
LX
72
LA
TGR
SIR
22
0/6
02
13
84
62
48
4.6
71
.37
AS
HR
AE
20
0
LX
72
LBQ
GR
SIR
10
0~1
15/6
02
13
84
62
48
4.2
71
.25
AS
HR
AE
20
0
LX
72
LA
AM
RS
CR
110
/60
21
38
46
24
84
.70
1.3
8A
SH
RA
E2
00
LX
72
LA
TF
CS
IR2
20
/60
21
38
46
24
84
.67
1.3
7A
SH
RA
E2
00
LX
72
LA
TH
CS
R2
20
/60
21
38
46
24
84
.83
1.4
1A
SH
RA
E2
00
LX
72
LHQ
FC
SIR
10
0~1
15/6
02
13
84
62
48
3.9
11
.15
AS
HR
AE
20
3
LX
95
LA
AH
CS
R11
0/5
02
30
91
32
67
4.5
01
.32
AS
HR
AE
20
3
LX
95
LA
BH
CS
R2
20
/50
23
09
13
26
74
.35
1.2
7A
SH
RA
E2
03
LX
86
LA
CM
RS
CR
115
/60
24
59
73
28
54
.91
1.4
4A
SH
RA
E2
03
LX
86
LA
QM
RS
CR
10
0~1
15/6
02
45
97
32
85
4.9
11
.44
AS
HR
AE
20
3
LX
86
LPB
PC
SIR
22
0/6
02
47
98
12
87
4.5
01
.32
AS
HR
AE
20
3
LX
86
LA
DM
RS
CR
22
0/6
02
50
99
32
91
5.1
41
.51
AS
HR
AE
20
3
LX
86
LA
BM
RS
CR
22
0/6
02
50
99
32
91
5.1
41
.51
AS
HR
AE
20
3
LX
86
LPD
PC
SIR
22
0/6
02
50
99
32
91
4.5
51
.33
AS
HR
AE
20
0
LX
110
LA
JHC
SR
22
0/5
02
70
1,0
72
31
44
.54
1.3
3A
SH
RA
E2
03
LX
110
LA
JMR
SC
R2
20
/50
27
01
,07
23
14
4.5
41
.33
AS
HR
AE
20
3
LX
110
LA
EH
CS
R2
20
~24
0/5
02
70
1,0
72
31
44
.99
1.4
6A
SH
RA
E2
03
LX
110
LA
EM
RS
CR
22
0~2
40
/50
27
01
,07
23
14
4.9
91
.46
AS
HR
AE
20
3
Ap
plic
atio
n :
LBP
Re
frig
era
nt
Se
rie
sM
od
el
Mo
tor
Typ
e
Vo
ltag
e/
Fre
qu
en
cy
Pe
rfo
rman
ceTe
st
Co
nd
itio
n
Dim
en
sio
n
Cap
acit
yE
ER
CO
PH
eig
ht
V/H
zK
cal/
hr
B
tu/W
hr
Wat
tsB
tu/W
hrW
/Wm
m
R1
34
aL
X
LX
110
LA
AH
CS
R11
0/5
02
70
1,0
72
31
44
.20
1.2
3A
SH
RA
E2
03
LX
110
LQJG
RS
IR2
20
/50
27
01
,07
23
14
4.3
01
.26
AS
HR
AE
20
0
LX
110
LHJH
CS
R2
20
/50
27
01
,07
23
14
4.4
71
.31
AS
HR
AE
20
3
LX
110
LA
JMR
SC
R2
20
/50
27
8.0
1
,10
43
23
4.7
6
1.3
9
AS
HR
AE
20
3
LX
95
LA
AH
CS
R11
0/6
02
80
1,1
123
26
4.9
01
.44
AS
HR
AE
20
3
LX
95
LA
DH
CS
R2
20
/60
28
01
,112
32
64
.96
1.4
5A
SH
RA
E2
03
LX
95
LA
BH
CS
R2
20
/60
28
01
,112
32
64
.96
1.4
5A
SH
RA
E2
03
LX
95
LBQ
HC
SR
10
0~1
15/6
02
80
1,1
123
26
4.6
31
.36
AS
HR
AE
20
3
LX
95
LA
FHC
SR
127
/60
28
01
,112
32
64
.79
1.4
0A
SH
RA
E2
03
LX
95
LA
QH
CS
R1
00
~115
/60
28
51
,13
13
31
4.9
21
.44
AS
HR
AE
20
3
LX
110
LA
AH
CS
R11
0/6
03
00
1,1
91
34
94
.67
1.3
7A
SH
RA
E2
03
LX
110
LPD
PC
SIR
22
0/6
03
00
1,1
91
34
94
.11
1.2
0A
SH
RA
E2
03
LX
125
LA
JMR
SC
R2
20
/50
315
1,2
51
36
64
.50
1.3
2A
SH
RA
E2
03
Ap
plic
atio
n :
LBP
LX
220
165.1
170
171
101.6
140
70
Un
it :
mm
236
96
96
103
Height
No
te 1
: F
igu
res
in t
he
tab
le a
re s
ub
ject
to
ch
ang
e w
ith
ou
t p
rio
r n
oti
ce f
or
per
form
ance
imp
rove
men
t.
No
te 2
:Te
st c
on
dit
ion
Eva
po
rati
ng
te
mp
era
ture
Co
nd
en
sin
g t
em
pe
ratu
reA
mb
ien
t te
mp
era
ture
AS
HR
AE
-23
.3°C
54
.4°C
32
.2°C
PROCESS
SUCTION
DISCHARGE
16
17
LG R
ecip
roca
tin
g C
om
pre
sso
rLG
Rec
ipro
cati
ng
Co
mp
ress
or
Re
frig
era
nt
Se
rie
sM
od
el
Mo
tor
Typ
e
Vo
ltag
e/
Fre
qu
en
cy
Pe
rfo
rman
ceTe
st
Co
nd
itio
n
Dim
en
sio
n
Cap
acit
yE
ER
CO
PH
eig
ht
V/H
zK
cal/
hr
B
tu/W
hr
Wat
tsB
tu/W
hrW
/Wm
m
R6
00
a
NS
NS
36
NA
AG
RS
IR11
0/5
04
31
71
50
2.2
20
.65
A
SH
RA
E15
7
NS
36
NA
AG
RS
IR11
0/6
05
22
05
60
3.0
10
.88
A
SH
RA
E15
7
NS
A4
3N
AC
MR
SC
R11
5/6
07
32
90
85
4.4
71
.31
A
SH
RA
E15
7
NS
A4
3N
AC
GR
SIR
115
/60
73
29
08
54
.27
1.2
5
AS
HR
AE
157
CS
A
CS
A0
43
NH
EG
RS
IR2
20
~24
0/5
05
52
196
44
.54
1.3
3
AS
HR
AE
16
7
CS
A0
43
NH
AG
RS
IR11
0/5
05
82
29
67
3.6
21
.06
A
SH
RA
E1
67
CS
A0
47
NH
EG
RS
IR2
20
~24
0/5
06
52
56
75
4.6
41
.36
A
SH
RA
E1
67
CS
A0
43
NH
AG
RS
IR11
0/6
06
62
63
77
4.2
01
.23
A
SH
RA
E1
67
CS
A0
53
NH
EG
RS
IR2
20
~24
0/5
07
22
87
84
4.8
81
.43
A
SH
RA
E1
67
CS
A0
57
NH
EG
RS
IR2
20
~24
0/5
08
43
35
98
4.7
81
.40
A
SH
RA
E1
67
CS
A0
57
NJE
GR
SIR
22
0~2
40
/50
86
34
11
00
4.3
41
.27
A
SH
RA
E15
7
CS
A0
62
NH
AG
RS
IR11
0/5
08
93
52
10
34
.47
1.3
1
AS
HR
AE
16
7
CS
A0
62
NH
EG
RS
IR2
20
~24
0/5
08
93
55
10
44
.85
1.4
2
AS
HR
AE
16
7
CS
A0
57
NH
CG
RS
IR11
5/6
09
73
86
113
4.9
51
.45
A
SH
RA
E1
67
CS
A0
69
NH
AG
RS
IR11
0/5
09
93
93
115
4.6
41
.36
A
SH
RA
E1
67
CS
A0
69
NH
EG
RS
IR2
20
~24
0/5
01
01
40
311
85
.09
1.4
9
AS
HR
AE
16
7
CS
A0
62
NH
AG
RS
IR11
0/6
01
08
43
012
65
.05
1.4
8
AS
HR
AE
16
7
CS
A0
75
NJE
GR
SIR
22
0~2
40
/50
114
45
11
32
4.3
41
.27
A
SH
RA
E15
7
CS
A0
75
NH
EG
RS
IR2
20
~24
0/5
011
54
58
13
45
.02
1.4
7
AS
HR
AE
16
7
CS
A0
75
NH
EM
RS
CR
22
0~2
40
/50
115
45
81
34
5.2
61
.54
A
SH
RA
E1
67
CS
A0
69
NH
CG
RS
IR11
5/6
011
54
58
13
44
.98
1.4
6
AS
HR
AE
16
7
CS
A0
69
NH
AG
RS
IR11
0/6
011
74
64
13
65
.05
1.4
8
AS
HR
AE
16
7
CS
A0
75
NH
CG
RS
IR11
5/6
01
33
52
915
54
.98
1.4
6
AS
HR
AE
16
7
Ap
plic
atio
n :
LBP
Sp
ecif
icat
ion
_ Co
nst
ant
spee
d
NS
/ M
SA
/ C
SA
Re
frig
era
nt
Se
rie
sM
od
el
Mo
tor
Typ
e
Vo
ltag
e/
Fre
qu
en
cy
Pe
rfo
rman
ceTe
st
Co
nd
itio
n
Dim
en
sio
n
Re
mar
kC
apac
ity
EE
RC
OP
He
igh
t
V/H
zK
cal/
hr
Btu
/Whr
W
atts
Btu
/Whr
W/W
mm
R6
00
aC
MA
CM
A0
57
NA
AG
RS
IR11
0/5
08
23
24
95
5.4
51
.60
A
SH
RA
E1
71
CM
A0
57
NA
EM
RS
CR
22
0~2
40
/50
84
33
59
86
.53
1.9
1
AS
HR
AE
17
1
CM
A0
57
NA
EM
RS
CR
22
0~2
40
/50
84
33
59
86
.73
1.9
7
AS
HR
AE
17
1E
-PTC
CM
A0
57
NH
EM
RS
CR
22
0~2
40
/50
84
33
59
86
.14
1.8
0
AS
HR
AE
17
1
CM
A0
57
NH
EM
RS
CR
22
0~2
40
/50
84
33
59
86
.32
1.8
5
AS
HR
AE
17
1E
-PTC
CM
A0
62
NA
EM
RS
CR
22
0~2
40
/50
96
38
211
26
.55
1.9
2
AS
HR
AE
17
1
CM
A0
62
NA
EM
RS
CR
22
0~2
40
/50
96
38
211
26
.73
1.9
7
AS
HR
AE
17
1E
-PTC
CM
A0
62
NH
EM
RS
CR
22
0~2
40
/50
97
38
611
36
.31
1.8
5
AS
HR
AE
17
1
CM
A0
62
NH
EM
RS
CR
22
0~2
40
/50
97
38
611
36
.49
1.9
0
AS
HR
AE
17
1E
-PTC
CM
A0
57
NA
AG
RS
IR11
0/6
09
83
89
114
5.6
41
.65
A
SH
RA
E1
71
CM
A0
69
NJE
MR
SC
R2
20
~24
0/5
01
03
4
09
12
0
5.5
41
.62
A
SH
RA
E1
71
CM
A0
69
NA
EM
RS
CR
22
0~2
40
/50
10
34
10
120
6.5
61
.92
A
SH
RA
E1
71
CM
A0
69
NA
EM
RS
CR
22
0~2
40
/50
10
34
10
120
6.7
31
.97
A
SH
RA
E1
71
E-P
TC
CM
A0
69
NH
EM
RS
CR
22
0~2
40
/50
10
34
10
120
6.3
01
.85
A
SH
RA
E1
71
CM
A0
69
NH
EM
RS
CR
22
0~2
40
/50
10
34
10
120
6.4
91
.90
A
SH
RA
E1
71
E-P
TC
CM
A0
69
NH
AM
RS
CR
110
/50
10
44
1512
25
.53
1.6
2
AS
HR
AE
17
1
CM
A0
75
NA
EM
RS
CR
22
0~2
40
/50
120
47
41
39
6.5
91
.93
A
SH
RA
E1
71
CM
A0
75
NA
EM
RS
CR
22
0~2
40
/50
120
47
41
39
6.7
31
.97
A
SH
RA
E1
71
E-P
TC
CM
A0
75
NH
EM
RS
CR
22
0~2
40
/50
120
47
41
39
6.3
31
.85
A
SH
RA
E1
71
CM
A0
75
NH
EM
RS
CR
22
0~2
40
/50
120
47
41
39
6.4
51
.89
A
SH
RA
E1
71
E-P
TC
CM
A0
75
NH
AM
RS
CR
110
/50
120
47
51
39
5.6
51
.65
A
SH
RA
E1
71
CM
A0
69
NH
AM
RS
CR
110
/60
122
48
51
42
5.9
91
.75
A
SH
RA
E1
71
CM
A0
82
NH
EM
RS
CR
22
0~2
40
/50
127
50
41
48
6.2
91
.84
A
SH
RA
E1
71
CM
A0
82
NH
EM
RS
CR
22
0~2
40
/50
127
50
41
48
6.4
21
.88
A
SH
RA
E1
71
E-P
TC
CM
A0
82
NJE
GR
SIR
22
0~2
40
/50
127
50
51
48
5.6
31
.65
A
SH
RA
E1
71
CM
A0
82
NA
EM
RS
CR
22
0~2
40
/50
129
51
415
06
.59
1.9
3
AS
HR
AE
17
1
Ap
plic
atio
n :
LBP
CM
A
Un
it :
mm
Un
it :
mm
No
te 1
: F
igu
res
in t
he
tab
le a
re s
ub
ject
to
ch
ang
e w
ith
ou
t p
rio
r n
oti
ce f
or
per
form
ance
imp
rove
men
t.
No
te 2
:Te
st c
on
dit
ion
Eva
po
rati
ng
te
mp
era
ture
Co
nd
en
sin
g t
em
pe
ratu
reA
mb
ien
t te
mp
era
ture
AS
HR
AE
-23
.3°C
54
.4°C
32
.2°C
No
te 1
: F
igu
res
in t
he
tab
le a
re s
ub
ject
to
ch
ang
e w
ith
ou
t p
rio
r n
oti
ce f
or
per
form
ance
imp
rove
men
t.
No
te 2
:Te
st c
on
dit
ion
Eva
po
rati
ng
te
mp
era
ture
Co
nd
en
sin
g t
em
pe
ratu
reA
mb
ien
t te
mp
era
ture
AS
HR
AE
-23
.3°C
54
.4°C
32
.2°C
149
70
100
196
170
71
71
61
200
Height
SUCTION
DISCHARGE
PROCESS
156
101.6
70
220
165.1
170
133
74
74
226
66
Height
PROCESS
SUCTION
DISCHARGE
18
19
LG R
ecip
roca
tin
g C
om
pre
sso
rLG
Rec
ipro
cati
ng
Co
mp
ress
or
Re
frig
era
nt
Se
rie
sM
od
el
Mo
tor
Typ
e
Vo
ltag
e/
Fre
qu
en
cy
Pe
rfo
rman
ceTe
st
Co
nd
itio
n
Dim
en
sio
n
Re
mar
kC
apac
ity
EE
RC
OP
He
igh
t
V/H
zK
cal/
hr
Btu
/Whr
W
atts
Btu
/Whr
W/W
mm
R6
00
aC
MA
CM
A0
82
NA
EM
RS
CR
22
0~2
40
/50
129
51
415
06
.73
1.9
7
AS
HR
AE
17
1E
-PTC
CM
A0
89
NH
EM
RS
CR
22
0~2
40
/50
13
85
46
16
06
.10
1.7
9
AS
HR
AE
17
1
CM
A0
89
NH
EM
RS
CR
22
0~2
40
/50
13
85
46
16
06
.21
1.8
2
AS
HR
AE
17
1E
-PTC
CM
A0
89
NJE
GR
SIR
22
0~2
40
/50
13
85
46
16
05
.60
1.6
4
AS
HR
AE
17
1
CM
A0
75
NH
AM
RS
CR
110
/60
13
85
46
16
05
.94
1.7
4
AS
HR
AE
17
1
CM
A0
89
NA
EM
RS
CR
22
0~2
40
/50
13
95
53
16
26
.61
1.9
4
AS
HR
AE
17
1
CM
A0
89
NA
EM
RS
CR
22
0~2
40
/50
13
95
53
16
26
.73
1.9
7
AS
HR
AE
17
1E
-PTC
CM
A0
89
NB
EM
RS
CR
22
0~2
40
/50
14
1
56
0
16
4
6.3
7
1.8
7
AS
HR
AE
17
1
CM
A0
98
NJE
MR
SC
R2
20
~24
0/5
015
26
04
17
75
.60
1.6
4
AS
HR
AE
17
1
CM
A0
98
NA
EM
RS
CR
22
0~2
40
/50
155
615
18
06
.48
1.9
0
AS
HR
AE
17
1
CM
A0
98
NA
EM
RS
CR
22
0~2
40
/50
155
615
18
06
.59
1.9
3
AS
HR
AE
17
1E
-PTC
CM
A0
98
NJE
GR
SIR
22
0~2
40
/50
155
615
18
05
.46
1.6
0
AS
HR
AE
17
1
CM
A0
98
NH
EM
RS
CR
22
0~2
40
/50
156
61
81
81
6.2
21
.82
A
SH
RA
E1
71
CM
A0
98
NH
EM
RS
CR
22
0~2
40
/50
156
61
81
81
6.3
21
.85
A
SH
RA
E1
71
E-P
TC
CM
A0
98
NJE
MR
SC
R2
20
~24
0/5
015
6
61
8
18
1
6.0
5
1.7
7
AS
HR
AE
17
1
CM
A0
89
NH
DM
RS
CR
22
0/6
01
66
65
919
36
.08
1.7
8
AS
HR
AE
17
1
CM
A0
89
NH
DM
RS
CR
22
0/6
01
66
65
919
36
.18
1.8
1
AS
HR
AE
17
1E
-PTC
CM
A11
0N
AE
M
RS
CR
22
0~2
40
/50
16
76
62
194
6.2
31
.82
A
SH
RA
E1
71
CM
A11
0N
AE
M
RS
CR
22
0~2
40
/50
16
76
62
194
6.3
21
.85
A
SH
RA
E1
71
E-P
TC
CM
A11
0N
AE
MR
SC
R2
20
~24
0/5
01
76
70
02
05
6.1
71
.81
A
SH
RA
E1
71
CM
A11
0N
AE
MR
SC
R2
20
~24
0/5
01
76
7
00
2
05
6
.17
1
.81
A
SH
RA
E1
71
CM
A0
98
NA
RM
RS
CR
110
~12
7/6
01
83
72
72
13
6.0
71
.78
A
SH
RA
E1
71
CM
A0
98
NA
DM
RS
CR
22
0/6
01
83
72
72
13
6.1
61
.80
A
SH
RA
E1
71
CM
A12
1N
AE
MR
SC
R2
20
~24
0/5
019
47
68
22
56
.15
1.8
0
AS
HR
AE
17
1
CM
A12
1N
AE
MR
SC
R2
20
~24
0/5
019
4
76
8
22
5
6.1
5
1.8
0
AS
HR
AE
17
1
CM
A11
0N
AD
MR
SC
R2
20
/60
20
17
98
23
46
.11
1.7
9
AS
HR
AE
17
1
Ap
plic
atio
n :
LBP
Sp
ecif
icat
ion
_ Co
nst
ant
spee
d
CM
A
Re
frig
era
nt
Se
rie
sM
od
el
Mo
tor
Typ
e
Vo
ltag
e/
Fre
qu
en
cy
Pe
rfo
rman
ceTe
st
Co
nd
itio
n
Dim
en
sio
n
Re
mar
kC
apac
ity
EE
RC
OP
He
igh
t
V/H
zK
cal/
hr
Btu
/Whr
W
atts
Btu
/Whr
W/W
mm
R6
00
a
MB
MB
62
NJE
GR
SIR
22
0~2
40
/50
89
3
53
1
03
4
.02
1.1
7
AS
HR
AE
17
2
MB
82
NA
EM
RS
CR
22
0~2
40
/50
123
4
88
1
43
5
.49
1
.60
A
SH
RA
E1
77
MB
82
NJE
GR
SIR
22
0~2
40
/50
123
4
88
1
43
4
.65
1
.36
A
SH
RA
E1
77
MB
82
NJE
MR
SC
R2
20
~24
0/5
012
3
48
8
14
3
4.8
91
.43
A
SH
RA
E1
77
MB
98
NJE
GR
SIR
22
0~2
40
/50
14
5
57
6
16
8
4.6
1
1.3
5
AS
HR
AE
17
7
MQ
MQ
88
NA
EM
RS
CR
22
0~2
40
/50
14
1
56
0
16
4
6.2
91
.84
A
SH
RA
E1
80
MQ
98
NA
JHC
SR
22
0/5
015
0
59
6
17
4
5.9
61
.74
A
SH
RA
E1
80
MQ
98
NA
EM
RS
CR
22
0~2
40
/50
150
5
96
1
74
6
.30
1
.85
A
SH
RA
E1
80
LQ
LQ11
9N
AE
MR
SC
R2
20
~24
0/5
019
57
74
22
76
.36
1.8
6
AS
HR
AE
20
3E
-PTC
LQ11
9N
AE
MR
SC
R2
20
~24
0/5
019
57
74
22
76
.27
1.8
4
AS
HR
AE
20
3
LQ12
5N
AE
MR
SC
R2
20
~24
0/5
02
02
80
22
35
6.1
51
.80
A
SH
RA
E2
03
LQ1
40
NA
EM
RS
CR
22
0~2
40
/50
22
48
88
26
06
.15
1.8
0
AS
HR
AE
20
3
LQ11
9N
AQ
MR
SC
R1
00
~115
/60
22
58
93
26
26
.10
1.7
9
AS
HR
AE
20
3
LQ1
40
NA
EM
RS
CR
22
0~2
40
/50
22
89
05
26
56
.28
1.8
4
AS
HR
AE
20
3
LQ1
40
NA
EH
CS
R2
20
~24
0/5
02
28
90
52
65
6.0
01
.76
A
SH
RA
E2
03
LQ1
40
NA
EM
RS
CR
22
0~2
40
/50
22
89
05
26
56
.40
1.8
7
AS
HR
AE
20
3E
-PTC
Ap
plic
atio
n :
LBP
MB
/ M
Q
Un
it :
mm
Un
it :
mm
No
te 1
: F
igu
res
in t
he
tab
le a
re s
ub
ject
to
ch
ang
e w
ith
ou
t p
rio
r n
oti
ce f
or
per
form
ance
imp
rove
men
t.
No
te 2
:Te
st c
on
dit
ion
Eva
po
rati
ng
te
mp
era
ture
Co
nd
en
sin
g t
em
pe
ratu
reA
mb
ien
t te
mp
era
ture
AS
HR
AE
-23
.3°C
54
.4°C
32
.2°C
No
te 1
: F
igu
res
in t
he
tab
le a
re s
ub
ject
to
ch
ang
e w
ith
ou
t p
rio
r n
oti
ce f
or
per
form
ance
imp
rove
men
t.
No
te 2
:Te
st c
on
dit
ion
Eva
po
rati
ng
te
mp
era
ture
Co
nd
en
sin
g t
em
pe
ratu
reA
mb
ien
t te
mp
era
ture
AS
HR
AE
-23
.3°C
54
.4°C
32
.2°C
LQ
156
101.6
70
220
165.1
170
133
74
74
226
66
Height
PROCESS
SUCTION
DISCHARGE
158
135
101.6
70
216
165.1
170
72
75
63
223
Height
PROCESS
DISCHARGE
SUCTION
101.6
140
70
171
236 220
165.1
170
96
96
41
Height
PROCESS
DISCHARGE
SUCTION
20
21
Re
frig
era
nt
Se
rie
sM
od
el
Mo
tor
Typ
e
Vo
ltag
e/
Fre
qu
en
cy
Pe
rfo
rman
ceTe
st
Co
nd
itio
n
Dim
en
sio
n
Cap
acit
yE
ER
CO
PH
eig
ht
V/H
zK
cal/
hr
B
tu/W
hr
Wat
tsB
tu/W
hrW
/Wm
m
R1
34
a
CM
A
CM
A0
42
HH
DM
RS
CR
22
0/6
04
05
1
,60
8
47
1
8.7
0
2.5
5
AS
HR
AE
16
1
CM
A0
53
HH
DM
RS
CR
22
0/6
05
14
2
,04
15
98
8.9
0
2.6
1
AS
HR
AE
16
1
CM
A0
62
HA
EM
RS
CR
22
0~2
40
/50
52
0
2,0
64
6
05
9
.60
2
.81
A
SH
RA
E1
71
CM
A0
62
HH
DM
RS
CR
22
0/6
06
15
2,4
42
7
15
8.8
0
2.5
8
AS
HR
AE
17
1
CM
A0
75
HA
EM
RS
CR
22
0~2
40
/50
63
5
2,5
21
7
38
9
.10
2
.67
A
SH
RA
E1
71
CM
A0
75
HA
DM
RS
CR
22
0/6
07
40
2
,93
8
86
0
8.8
0
2.5
8
AS
HR
AE
17
1
CM
A0
89
HA
DM
RS
CR
22
0/6
08
55
3
,39
4
99
4
8.3
0
2.4
3
AS
HR
AE
17
1
MA
MA
42
HJE
P
CS
IR2
20
~24
0/5
03
55
1
,40
9
41
3
7.8
3
2.2
9
AS
HR
AE
17
2
MA
53
HJE
FC
SIR
22
0~2
40
/50
44
0
1,7
47
5
12
7.5
02
.20
A
SH
RA
E1
72
MA
53
HA
EF
CS
IR2
20
~24
0/5
04
40
1
,74
7
512
7
.50
2.2
0
AS
HR
AE
17
2
MA
62
HA
EG
RS
IR2
20
~24
0/5
05
20
2
,06
4
60
5
7.5
12
.20
A
SH
RA
E1
77
MA
62
HA
EF
CS
IR2
20
~24
0/5
05
20
2
,06
4
60
5
7.5
1
2.2
0
AS
HR
AE
17
7
MA
72
HA
EP
CS
IR2
20
~24
0/5
06
30
2
,50
1
73
3
7.0
5
2.0
6
AS
HR
AE
17
7
Re
frig
era
nt
Se
rie
sM
od
el
Mo
tor
Typ
e
Vo
ltag
e/
Fre
qu
en
cy
Pe
rfo
rman
ceTe
st
Co
nd
itio
n
Dim
en
sio
n
Cap
acit
yE
ER
CO
PH
eig
ht
V/H
zK
cal/
hr
B
tu/W
hr
Wat
tsB
tu/W
hrW
/Wm
m
R1
34
aL
X
LX
72
HA
EP
CS
IR2
20
~24
0/5
06
00
2
,38
2
69
8
7.5
6
2.2
1
AS
HR
AE
20
3
LX
72
HA
EG
RS
IR2
20
~24
0/5
06
30
2
,50
1
73
3
7.7
0
2.2
6
AS
HR
AE
20
3
LX
72
HP
DP
CS
IR2
20
/60
70
0
2,7
79
8
14
7
.20
2
.11
A
SH
RA
E2
00
LX
86
HA
EP
CS
IR2
20
~24
0/5
07
10
2
,819
8
26
7
.32
2
.14
A
SH
RA
E2
03
LX
86
HA
EG
RS
IR2
20
~24
0/5
07
45
2
,95
8
86
6
7.6
8
2.2
5
AS
HR
AE
20
3
LX
86
HP
DP
CS
IR2
20
/60
84
0
3,3
35
9
77
7
.25
2
.12
A
SH
RA
E2
00
LX
110
HA
EP
CS
IR2
20
~24
0/5
09
10
3
,61
3
1,0
58
7
.18
2
.10
A
SH
RA
E2
03
LX
110
HA
EM
RS
CR
22
0~2
40
/50
95
0
3,7
72
1
,10
5
7.5
0
2.2
0
AS
HR
AE
20
3
LX
125
HP
JPC
SIR
22
0/6
09
95
3
,95
0
1,1
57
6
.42
1
.88
A
SH
RA
E2
03
LX
110
HP
DP
CS
IR2
20
/60
10
00
3
,97
0
1,1
63
6
.30
1
.85
A
SH
RA
E2
00
LX
110
HA
CF
CS
IR11
5/6
01
04
0
4,1
29
1
,20
9
6.6
8
1.9
6
AS
HR
AE
20
3
LX
125
HP
DP
CS
IR2
20
/60
120
0
4,7
64
1
,39
5
6.2
7
1.8
4
AS
HR
AE
20
3
Ap
plic
atio
n :
HB
PA
pp
licat
ion
: H
BP
Sp
ecif
icat
ion
_ Co
nst
ant
spee
d
LG R
ecip
roca
tin
g C
om
pre
sso
rLG
Rec
ipro
cati
ng
Co
mp
ress
or
MA
LX
Un
it :
mm
Un
it :
mm
No
te 1
: F
igu
res
in t
he
tab
le a
re s
ub
ject
to
ch
ang
e w
ith
ou
t p
rio
r n
oti
ce f
or
per
form
ance
imp
rove
men
t.
No
te 2
:Te
st c
on
dit
ion
Eva
po
rati
ng
te
mp
era
ture
Co
nd
en
sin
g t
em
pe
ratu
reA
mb
ien
t te
mp
era
ture
AS
HR
AE
7.2
°C5
4.4
°C3
5°C
No
te 1
: F
igu
res
in t
he
tab
le a
re s
ub
ject
to
ch
ang
e w
ith
ou
t p
rio
r n
oti
ce f
or
per
form
ance
imp
rove
men
t.
No
te 2
:Te
st c
on
dit
ion
Eva
po
rati
ng
te
mp
era
ture
Co
nd
en
sin
g t
em
pe
ratu
reA
mb
ien
t te
mp
era
ture
AS
HR
AE
7.2
°C5
4.4
°C3
5°C
CM
A
156
101.6
70
220
165.1
170
133
74
74
226
66
Height
PROCESS
SUCTION
DISCHARGE
158
135
101.6
70
216
165.1
170
72
75
63
223
Height
PROCESS
DISCHARGE
SUCTION
220
165.1
170
171
101.6
140
70
236
96
96
103
Height
PROCESS
SUCTION
DISCHARGE