LG LSN090HYV Product Data Book page 14

6RMI0-05A
Art Cool Gallery Inverter
S l a s e M
M o d e
Cooling Capacity
Heating Capacity
P o w r e n I p t u C
R u n n n i g C r u e r t n C
S a t t r n i g C r u e r t n C
Cooling COP
EER
SEER
HSPF
P o w r e S u p p y l
P o w r e F a t c r o
n I
Air Flow Rate
O
M o s i u t e r R e m v o l a
n I
Sound Level
O
R e r f g i e a r t n & C a h g r e ( t a 7 5 . m 2 ( 4 6 . f ) ) t
A d i d o i t a n R l e r f g i e a r n c t a h g r e
T
M
M
Compressor
i O
O
O
T
Fan(Indoor)
M
T
Fan(Outdoor) M
M
C c r i u t i r B a e e k * r
P o w r e S u p p y l a C b e l
Power and Transmission Cable
L
Piping Connections
G
D a r n i H o e s O ( D . I / D . ) .
Indoor (W*H*D)
Dimensions
Outdoor (W*H*D)
n I
Net Weight
O
n I
Gross Weight
O
C
Operation Range
H
P p i n i g L e n g h t ( M i / n M a ) x
C a h g r e e l s s
M x a E . e l a v o i t n D f i e f e r n e c
T o l o C o d e C ( a h s s ) s i n I
T
A
l P
P
A
C
S
A
A
R
Setting Temperature
R
Functions
A
A
S
i T
S
S
R
D
H
J
L
Optional Function
Note:
O : Applied, - : No relation
* For circuit breaker rating, please conform to local standards wherever necessary.
o d l e
s l
o o n i l g H / e t a n i g
o o n i l g H / e t a n i g
o o n i l g H / e t a n i g
Ø
d o o , r M x a m
3
u d t o o , r M x a m
3
l . h /
d o r o H , / M L /
u d t o o , r M x a
/ g
y p e
o d l e
t o r o T y p e
T l y p e
l i C a h g r e
. L . . P a n m e
y p e
t o r o O u p t t u
y p e
t o r o T y p e
t o r o O u p t t u
N o
N o
q i u d i S d i e
s a S d i e
d o r o
u d t o r o
d o r o
u d t o r o
o o n i l g O ( u d t o o ) r
e t a n i g O ( u d t o o ) r
d o r o + O u d t o r o
e m p e a r u t e r C o n r t l o
l l r e y g f e r e f t l i r e
s a m a F t l i r e
e r i f e t l ( r w s a a h b e l a / n - i t u f n g u ) s
u o t l C a e n
H A O S W n i d A ( u o t W n i ) d
e t s p F , a n C / o l o H / e t a
r i o l f w D r i c e o i t n C o n r t l o u ( p & D o w ) n
r i o l f w D r i c e o i t n C o t n o r ( l e l t f & r g i h ) t
e m o e t C o n r t l l o r e T y p e
a n g e
u o t O p e a r o i t n ( M i o c m Control)
u o t C a h n g e o e v ( r M i o c m Control)
e f l D a i g n s o s i
m r e
e l e p O p e a r o i t n
o t f D y r O p e a r o i t n
s e a t t r D e a l ( y m n i t u ) e
i e e c C o n r t l o D ( e r f s o ) t
o S t a t t r
t e C o l o
o w A m b e i t n O p e a r o i t n
Inverter Single
L A N 0 9 0 H V P L / A U
U n t i A - S W 0 9 F 3 2
k W 1 3 . ~ 2 6 . 4 ~ 3
B u t . h / 4 4 , 3 6 ~ 9 0 , 0 0 ~ 1
k W 1 3 . ~ 3 1 . 7 ~ 4
B u t . h / 4 4 , 3 6 ~ 1 0 8 , 0 0 ~
W 7 2 0 8 / 5 0
A 3 3 . 3 / 8 .
A 3 3 . 3 / 8 .
3 6 . 6
1 2 5 .
1 6
8 2 .
/ V / H z 1 2 / 0 8 2 - 3 0 6 /
% 9 5 6 .
/ m n i C ( F M ) 1 0 5 . 3 ( 7 ) 0
/ m n i C ( F M ) 3 3 1 ( 1 6 ) 5
p ( s t h / ) r 1 2 . 2 ( 5 . ) 4
d B A ( ± ) 3 4 2 / 3 6 / 3
d B A ( ± ) 3 4 5
g o ( ) z R 4 1 0 , A 1 0 , 0 0
m o ( / z ) t f 2 0 0 ( 2 . ) 2
S n i g e l R o a t
G A 1 0 2 M F
r B s u h e l s s D C
F V C 6 8 D
c c 3 1 0
-
T u b r o F a
W 1 4 7 .
P o r p l l e r e
B L D C
W 4 3
A 1 5
* . m m 3*1.0(18) 3*1.0(18)
2 (AWG)
4*1.0 (18)
* . m m
2 (AWG)
m m i ( ) n 6 3 . ( 5 / 1 ) 4
m m i ( ) n 9 5 . ( 2 / 3 ) 8
m m i ( ) n 2 1 5 . / 1 6 0 . 2 ( 7 3 /
m m 6 0 0 6 * 0 0 1 *
i c n h 2 3 / 5 * 8 2 3 / 5 * 8
m m 7 7 0 5 * 4 5 2 *
i c n h 3 0 5 1 / 6 2 * 1 1 2 / 1 *
k ( g b l ) s 1 4 3 ( . 0 ) 9
k ( g b l ) s 3 5 7 ( . 7 ) 2
k ( g b l ) s 1 5 3 ( 3 0 . ) 7
k ( g b l ) s 3 7 8 ( . 1 ) 6
° ( C ) F 1 - 0 ~ 4 8 1 ( 4 ~
° ( C ) F 1 - 0 ~ 2 4 1 ( 4
m ( ) t f 3 9 ( 8 . 4 / ) 1 5 4 (
m ( ) t f 1 2 5 . 4 ( ) 1
m ( ) t f 1 0 3 ( . 2 ) 8
S F + U L 2
T h r e m i t s r o
-
-
O
O
O
4 5 / 5 /
A u o t
A u o t
W i e r e l s s R e m o e t
Cooling 18°C(64.4°F)~ 30°C(86°F)
H e t a n i g
16°C(60.8°F)~ 30°C(86°F)
-
O
O
2 4 , h O n O /
O
O
3
O
O
O
O
WATER LEVEL SENSOR
0 9 0 H V P L A N 1 2 0 H
B 2 A - S W
5 . 1 3 . 0 ~
1 9 , 4 2 4 4 , 3 6 ~ 1
2 . 1 3 . 0 ~
1 4 3 , 3 0 4 4 , 3 6 ~ 1
9
0 1 2 / 0
1 0
3
1
2 4 2
3 ( . 5 ) 3 R 4 1 0 , A
2
y r S n i g
B G A
M t o r o r B s u h e l
F
n T u
P
3*1.0(18)
4*1.0 (18)
6
9
2 / / 5 ) 8 2 1 5 . / 1 6
4 6 6 0 0
5 3 4 / 2 3 / 5 * 8
8 8 7 7 0
1 5 1 / 6 3 0 5 1 / 6 2 *
1
3
1 5
3
1 1 ) 8 1 - 0 ~ 4
~ 7 ) 5 1 - 0 ~
. 9 ) 2 3 9 ( 8 . 4
1
1
S
T h
C o n r t l l o r e W i e r e l s s R
18°C(64.4°F)~ 30°C(86°F)
16°C(60.8°F)~ 30°C(86°F)
f f 2 4
WATER LEVEL SENSOR
Speci cations
V P L / A U 1 2 0 H V P
1 2 F 3 2 B 2
3 2 . 8 ~ 4 0 . 0
1 2 , 0 0 ~ 1 3 6 , 4 8
3 9 . 0 ~ 5 0 . 0
3 3 , 0 0 ~ 1 7 0 , 6 0
3 3 1 / 2 5 0
4 3 . 5 / 7 .
4 3 . 5 / 7 .
3 5 . 2
1 2
1 6
8 2 .
8 2 - 3 0 6 / 0
9 5 6 .
5 . 3 ( 7 ) 0
3 1 ( 1 6 ) 5
5 . 3 ( 1 . ) 7
/ 3 6 / 3 2
4 5
1 0 , 0 0 3 ( . 5 ) 3
0 0 ( 2 . ) 2
e l R o a t y r
1 0 2 M F B
s s D C M t o r o
V C 6 8 D
3 1 0
-
b r o F a n
1 4 7 .
o r p l l e r e
B L D C
4 3
1 5
3 . ( 5 / 1 ) 4
5 . ( 2 / 3 ) 8
0 . 2 ( 7 3 / 2 / / 5 ) 8
6 * 0 0 1 * 4 6
2 3 / 5 * 8 5 3 4 /
5 * 4 5 2 * 8 8
1 1 2 / 1 * 1 5 1 / 6
4 3 ( . 0 ) 9
5 7 ( . 7 ) 2
3 ( 3 0 . ) 7
7 8 ( . 1 ) 6
8 1 ( 4 ~ 1 1 ) 8
2 4 1 ( 4 ~ 7 ) 5
/ ) 1 5 4 ( . 9 ) 2
2 5 . 4 ( ) 1
0 3 ( . 2 ) 8
F + U L 2
r e m i t s r o
-
-
O
O
O
4 5 / 5 /
A u o t
A u o t
e m o e t C o n r t l l o r e
-
O
O
, h O n O / f f
O
O
3
O
O
O
O
13