Mitsubishi Electric MUZ-GE25VAH Service Manual page 36

PERFORMANCE DATA COOL operation a
MUZ-GE60VA
CAPACITY: 6.0 kW
INDOOR INDOOR
DB (°C) WB (°C)
Q SHC
5.88 3.59
21 18
6.18 3.03
21 20
5.88 3.82
22 18
6.18 3.28
22 20
6.54 2.68
22 22
5.88 4.06
23 18
6.18 3.52
23 20
6.54 2.94
23 22
5.88 4.29
24 18
6.18 3.77
24 20
6.54 3.20
24 22
6.90 2.55
24 24
5.88 4.53
25 18
6.18 4.02
25 20
6.54 3.47
25 22
6.90 2.83
25 24
5.88 4.76
26 18
6.18 4.26
26 20
6.54 3.73
26 22
6.90 3.11
26 24
7.26 2.40
26 26
5.88 5.00
27 18
6.18 4.51
27 20
6.54 3.99
27 22
6.90 3.38
27 24
7.26 2.69
27 26
5.88 5.23
28 18
6.18 4.76
28 20
6.54 4.25
28 22
6.90 3.66
28 24
7.26 2.98
28 26
5.88 5.47
29 18
6.18 5.01
29 20
6.54 4.51
29 22
6.90 3.93
29 24
7.26 3.27
29 26
5.88 5.70
30 18
6.18 5.25
30 20
6.54 4.77
30 22
6.90 4.21
30 24
7.26 3.56
30 26
5.88 5.88
31 18
6.18 5.50
31 20
6.54 5.04
31 22
6.90 4.49
31 24
7.26 3.85
31 26
5.88 5.88
32 18
6.18 5.75
32 20
6.54 5.30
32 22
6.90 4.76
32 24
7.26 4.14
32 26
Q : Total capacity (kW)
NOTE
SHC : Sensible heat capacity (kW)
t Rated frequency
SHF: 0.79 INPUT: 1760 W
OUTDOOR DB (°C)
35
SHF INPUT Q
0.61 1725 5.40
0.49 1795 5.76
0.65 1725 5.40
0.53 1795 5.76
0.41 1866 6.12
0.69 1725 5.40
0.57 1795 5.76
0.45 1866 6.12
0.73 1725 5.40
0.61 1795 5.76
0.49 1866 6.12
0.37 1936 6.48
0.77 1725 5.40
0.65 1795 5.76
0.53 1866 6.12
0.41 1936 6.48
0.81 1725 5.40
0.69 1795 5.76
0.57 1866 6.12
0.45 1936 6.48
0.33 2006 6.84
0.85 1725 5.40
0.73 1795 5.76
0.61 1866 6.12
0.49 1936 6.48
0.37 2006 6.84
0.89 1725 5.40
0.77 1795 5.76
0.65 1866 6.12
0.53 1936 6.48
0.41 2006 6.84
0.93 1725 5.40
0.81 1795 5.76
0.69 1866 6.12
0.57 1936 6.48
0.45 2006 6.84
0.97 1725 5.40
0.85 1795 5.76
0.73 1866 6.12
0.61 1936 6.48
0.49 2006 6.84
1.00 1725 5.40
0.89 1795 5.76
0.77 1866 6.12
0.65 1936 6.48
0.53 2006 6.84
1.00 1725 5.40
0.93 1795 5.76
0.81 1866 6.12
0.69 1936 6.48
0.57 2006 6.84
SHF : Sensible heat factor
INPUT : Total power input (W)
40
SHC SHF INPUT Q
3.29 0.61 1830 4.98
2.82 0.49 1883 5.34
3.51 0.65 1830 4.98
3.05 0.53 1883 5.34
2.51 0.41 1971 5.70
3.73 0.69 1830 4.98
3.28 0.57 1883 5.34
2.75 0.45 1971 5.70
3.94 0.73 1830 4.98
3.51 0.61 1883 5.34
3.00 0.49 1971 5.70
2.40 0.37 2024 6.12
4.16 0.77 1830 4.98
3.74 0.65 1883 5.34
3.24 0.53 1971 5.70
2.66 0.41 2024 6.12
4.37 0.81 1830 4.98
3.97 0.69 1883 5.34
3.49 0.57 1971 5.70
2.92 0.45 2024 6.12
2.26 0.33 2094 6.42
4.59 0.85 1830 4.98
4.20 0.73 1883 5.34
3.73 0.61 1971 5.70
3.18 0.49 2024 6.12
2.53 0.37 2094 6.42
4.81 0.89 1830 4.98
4.44 0.77 1883 5.34
3.98 0.65 1971 5.70
3.43 0.53 2024 6.12
2.80 0.41 2094 6.42
5.02 0.93 1830 4.98
4.67 0.81 1883 5.34
4.22 0.69 1971 5.70
3.69 0.57 2024 6.12
3.08 0.45 2094 6.42
5.24 0.97 1830 4.98
4.90 0.85 1883 5.34
4.47 0.73 1971 5.70
3.95 0.61 2024 6.12
3.35 0.49 2094 6.42
5.40 1.00 1830 4.98
5.13 0.89 1883 5.34
4.71 0.77 1971 5.70
4.21 0.65 2024 6.12
3.63 0.53 2094 6.42
5.40 1.00 1830 4.98
5.36 0.93 1883 5.34
4.96 0.81 1971 5.70
4.47 0.69 2024 6.12
3.90 0.57 2094 6.42
DB : Dry-bulb temperature
WB : Wet-bulb temperature
36
46
SHC SHF INPUT
3.04 0.61 1901
2.62 0.49 1989
3.24 0.65 1901
2.83 0.53 1989
2.34 0.41 2042
3.44 0.69 1901
3.04 0.57 1989
2.57 0.45 2042
3.64 0.73 1901
3.26 0.61 1989
2.79 0.49 2042
2.26 0.37 2112
3.83 0.77 1901
3.47 0.65 1989
3.02 0.53 2042
2.51 0.41 2112
4.03 0.81 1901
3.68 0.69 1989
3.25 0.57 2042
2.75 0.45 2112
2.12 0.33 2182
4.23 0.85 1901
3.90 0.73 1989
3.48 0.61 2042
3.00 0.49 2112
2.38 0.37 2182
4.43 0.89 1901
4.11 0.77 1989
3.71 0.65 2042
3.24 0.53 2112
2.63 0.41 2182
4.63 0.93 1901
4.33 0.81 1989
3.93 0.69 2042
3.49 0.57 2112
2.89 0.45 2182
4.83 0.97 1901
4.54 0.85 1989
4.16 0.73 2042
3.73 0.61 2112
3.15 0.49 2182
4.98 1.00 1901
4.75 0.89 1989
4.39 0.77 2042
3.98 0.65 2112
3.40 0.53 2182
4.98 1.00 1901
4.97 0.93 1989
4.62 0.81 2042
4.22 0.69 2112
3.66 0.57 2182