LG Multi V mini Engineering Manual page 34

PERFORMANCE DATA
Heating Capacity—3.0 Ton
Table 15b: ARUN036GS2 Heat Pump—Nominal Heating Capacity
Outdoor Air
Temp
Combination
(°F)
Ratio (%)
DB WB MBh
-4 -4.4 28.1
0 -0.4 29.0
5.0 4.5 32.8
10.0 9.0 34.0
15.0 14.0 36.1
20.0 19.0 38.3
25.0 23.0 39.9
100
30.0 28.0 40.7
35.0 32.0 42.0
40.0 36.0 43.7
45.0 41.0 45.3
47.0 43.0 47.0
50.0 46.0 50.5
55.0 51.0 51.3
60.0 56.0 51.3
-4 -4.4 27.5
0 -0.4 28.3
5.0 4.5 31.3
10.0 9.0 33.3
15.0 14.0 35.4
20.0 19.0 37.3
25.0 23.0 39.7
90
30.0 28.0 41.6
35.0 32.0 42.3
40.0 36.0 45.4
45.0 41.0 46.2
47.0 43.0 46.2
50.0 46.0 46.2
55.0 51.0 46.2
60.0 56.0 46.2
-4 -4.4 27.5
0 -0.4 27.8
5.0 4.5 30.6
10.0 9.0 32.9
15.0 14.0 35.2
20.0 19.0 36.6
25.0 23.0 39.3
80
30.0 28.0 41.1
35.0 32.0 41.1
40.0 36.0 41.1
45.0 41.0 41.1
47.0 43.0 41.1
50.0 46.0 41.1
55.0 51.0 41.1
60.0 56.0 41.1
Capacity rated using ISO 5151—Test Rating Standard for Non-Ducted Heat Pumps.
Heating mode stable operation is ensured when the outdoor ambient wet-bulb temperature is between -4°F and 60°F.
Power Input (PI) in kW and includes compressor(s) and outdoor fan motor(s).
Rated with an equivalent piping length of 24.6 ft. and no change in elevation between the indoor and outdoor unit.
MBh = Net Capacity
R410A, 60 Hz
36 PERFORMANCE DATA
|
59 61 64
PI MBh PI MBh
3.98 28.1 4.08 28.1
4.15 29.0 4.18 29.0
4.22 32.4 4.25 32.0
4.28 34.0 4.32 34.0
4.39 36.1 4.35 36.1
4.39 38.3 4.32 38.3
4.43 39.9 4.22 39.9
4.12 40.7 4.01 40.7
4.12 42.0 3.94 42.0
4.02 43.7 3.88 43.7
3.95 45.3 3.81 45.3
3.96 46.6 3.74 46.2
3.75 48.3 3.57 46.2
3.54 48.7 3.40 46.2
3.51 48.7 3.33 46.2
3.86 27.3 3.92 27.0
3.92 28.1 3.98 27.8
3.98 31.3 4.04 31.3
4.07 33.0 4.10 32.9
3.89 35.4 3.80 35.4
3.65 37.3 3.59 37.3
3.66 39.7 3.47 39.7
3.70 41.6 3.44 41.6
3.74 42.0 3.41 41.6
3.71 43.5 3.38 41.6
3.68 43.9 3.35 41.6
3.54 43.9 3.32 41.6
3.43 43.9 3.20 41.6
3.31 43.9 3.08 41.6
3.22 43.9 2.99 41.6
3.40 27.0 3.46 26.6
3.46 27.8 3.51 27.8
3.53 30.6 3.56 30.6
3.35 32.9 3.40 32.9
3.27 35.2 3.14 35.2
3.22 36.3 3.09 36.3
3.20 37.7 3.04 37.0
3.21 39.0 3.01 37.0
3.18 39.0 2.98 37.0
3.15 39.0 2.96 37.0
3.13 39.0 2.93 37.0
3.10 39.0 2.91 37.0
3.00 39.0 2.80 37.0
2.86 39.0 2.70 37.0
2.82 39.0 2.62 37.0
Due to our policy of continuous product innovation, some specifications may change without notification.
© LG Electronics U.S.A., Inc., Englewood Cliffs, NJ. All rights reserved. "LG" is a registered trademark of LG Corp.
Indoor Air Temperature (°F) DB
67 70
PI MBh PI MBh PI
4.18 28.1 4.22 27.7 4.25
4.22 29.0 4.25 29.0 4.28
4.28 32.0 4.32 32.0 4.35
4.35 33.6 4.35 33.6 4.39
4.32 36.1 4.32 36.1 4.28
4.25 38.3 4.15 37.3 4.05
4.01 39.9 3.88 39.9 3.77
3.91 40.7 3.74 40.7 3.71
3.77 42.0 3.64 41.6 3.64
3.74 43.7 3.57 42.0 3.47
3.67 44.1 3.40 42.0 3.26
3.54 44.1 3.26 42.0 3.40
3.40 44.1 3.06 42.0 3.03
3.26 44.1 2.89 42.0 2.92
3.16 44.1 2.79 42.0 2.82
3.98 27.0 4.04 27.0 4.13
4.04 27.8 4.07 27.8 4.16
4.10 31.3 4.13 31.3 4.19
4.13 32.9 4.16 32.9 4.22
3.71 35.2 3.65 35.2 3.53
3.53 37.3 3.47 36.5 3.32
3.29 39.0 3.23 37.8 3.20
3.20 39.7 3.14 37.8 3.11
3.11 39.7 3.08 37.8 3.05
3.08 39.7 3.05 37.8 3.02
3.05 39.7 3.02 37.8 3.01
3.11 39.7 2.87 37.8 2.99
2.99 39.7 2.78 37.8 2.69
2.87 39.7 2.69 37.8 2.57
2.78 39.7 2.60 37.8 2.51
3.51 26.6 3.56 26.6 3.61
3.56 27.8 3.59 27.8 3.67
3.59 29.9 3.61 29.9 3.67
3.46 32.9 3.59 32.6 3.67
3.09 35.3 3.04 33.6 2.98
2.97 35.3 2.92 33.6 2.90
2.88 35.3 2.83 33.6 2.80
2.83 35.3 2.78 33.6 2.75
2.80 35.3 2.70 33.6 2.67
2.78 35.3 2.67 33.6 2.64
2.75 35.3 2.64 33.6 2.63
2.72 35.3 2.51 33.6 2.62
2.62 35.3 2.43 33.6 2.36
2.54 35.3 2.36 33.6 2.28
2.43 35.3 2.28 33.6 2.20
Due to differences in test method and procedures, capacity data values provided in these
tables may differ from certifi ed performance information published by AHRI or other
standardized testing agencies. AHRI testing protocol sets the volume of air fl owing over
the coil at 444 CFM/ton and limits the number of indoor units connected to the system
being tested. LG conducts capacity tests using airfl ow rates and limits the number of
indoor units per system as stated in Table 4 (a and b) on pages 17–18, Table 5 on
page 19, and Table 14 on page 56.
73 76
MBh PI MBh PI MBh
27.7 4.25 27.7 4.25 27.7
28.5 4.28 28.5 4.28 28.5
32.0 4.35 32.0 4.39 32.0
33.6 4.39 33.6 4.25 33.6
36.1 4.22 35.7 4.05 35.3
37.3 3.91 36.8 3.88 36.2
39.0 3.71 38.7 3.67 38.3
39.9 3.67 38.7 3.64 37.4
40.7 3.60 38.7 3.40 36.7
40.7 3.40 38.7 3.20 36.7
40.7 3.16 38.7 2.89 36.7
40.7 3.03 38.7 2.79 36.7
40.7 2.92 38.7 2.69 36.7
40.7 2.82 38.7 2.62 36.7
40.7 2.72 38.7 2.52 36.7
27.0 4.19 27.0 4.22 27.0
27.8 4.20 27.8 4.28 27.8
31.0 4.22 31.0 4.31 31.0
32.9 4.25 32.6 4.13 32.3
35.2 3.47 33.0 3.74 31.1
35.9 3.29 34.4 3.29 33.0
36.7 3.20 34.8 3.11 33.0
36.7 3.11 34.8 3.05 33.0
36.7 3.05 34.8 2.99 33.0
36.7 2.99 34.8 2.96 33.0
36.7 2.96 34.8 2.90 33.0
36.7 2.66 34.8 2.45 33.0
36.7 2.57 34.8 2.39 33.0
36.7 2.48 34.8 2.30 33.0
36.7 2.42 34.8 2.24 33.0
26.6 3.67 26.6 3.69 26.6
27.8 3.69 27.5 3.72 27.3
29.9 3.69 29.9 3.53 29.9
31.6 3.69 30.9 3.38 30.3
32.6 2.96 30.9 2.93 29.3
32.6 2.88 30.9 2.83 29.3
32.6 2.80 30.9 2.75 29.3
32.6 2.72 30.9 2.67 29.3
32.6 2.67 30.9 2.62 29.3
32.6 2.62 30.9 2.57 29.3
32.6 2.57 30.9 2.54 29.3
32.6 2.36 30.9 2.17 29.3
32.6 2.28 30.9 2.09 29.3
32.6 2.20 30.9 2.04 29.3
32.6 2.12 30.9 1.96 29.3
80
PI
4.25
4.28
4.42
4.12
3.88
3.84
3.64
3.60
3.21
3.00
2.64
2.57
2.47
2.43
2.33
4.22
4.25
4.40
4.01
4.03
HEAT PUMP CONDENSING UNIT ENGINEERING MANUAL
3.29
3.02
2.99
2.93
2.93
2.84
2.26
2.23
2.14
2.08
3.72
3.74
3.38
3.09
2.91
2.79
2.70
2.62
2.57
2.51
2.51
2.00
1.93
1.90
1.82