Mitsubishi Electric MUZ-LN25VG-E1 Service Manual page 47

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PERFORMANCE DATA COOL operation a
MUZ-LN60VG2
CAPACITY: 6.1 kW
INDOOR
INDOOR
DB (°C)
WB (°C)
Q
SHC
21
18
5.98
3.41
21
20
6.28
2.83
22
18
5.98
3.65
22
20
6.28
3.08
22
22
6.65
2.46
23
18
5.98
3.89
23
20
6.28
3.33
23
22
6.65
2.73
24
18
5.98
4.12
24
20
6.28
3.58
24
22
6.65
2.99
24
24
7.02
2.31
25
18
5.98
4.36
25
20
6.28
3.83
25
22
6.65
3.26
25
24
7.02
2.60
26
18
5.98
4.60
26
20
6.28
4.08
26
22
6.65
3.52
26
24
7.02
2.88
26
26
7.38
2.14
27
18
5.98
4.84
27
20
6.28
4.34
27
22
6.65
3.79
27
24
7.02
3.16
27
26
7.38
2.44
28
18
5.98
5.08
28
20
6.28
4.59
28
22
6.65
4.06
28
24
7.02
3.44
28
26
7.38
2.73
29
18
5.98
5.32
29
20
6.28
4.84
29
22
6.65
4.32
29
24
7.02
3.72
29
26
7.38
3.03
30
18
5.98
5.56
30
20
6.28
5.09
30
22
6.65
4.59
30
24
7.02
4.00
30
26
7.38
3.32
31
18
5.98
5.80
31
20
6.28
5.34
31
22
6.65
4.85
31
24
7.02
4.28
31
26
7.38
3.62
32
18
5.98
5.98
32
20
6.28
5.59
32
22
6.65
5.12
32
24
7.02
4.56
32
26
7.38
3.91
NOTE
Q : Total capacity (kW)
SHC : Sensible heat capacity (kW)
OBH767G
t Rated frequency
SHF: 0.75
INPUT: 1790 W
OUTDOOR DB (°C)
35
SHF
INPUT
Q
SHC
0.57
1754
5.49
3.13
0.45
1826
5.86
2.64
0.61
1754
5.49
3.35
0.49
1826
5.86
2.87
0.37
1897
6.22
2.30
0.65
1754
5.49
3.57
0.53
1826
5.86
3.10
0.41
1897
6.22
2.55
0.69
1754
5.49
3.79
0.57
1826
5.86
3.34
0.45
1897
6.22
2.80
0.33
1969
6.59
2.17
0.73
1754
5.49
4.01
0.61
1826
5.86
3.57
0.49
1897
6.22
3.05
0.37
1969
6.59
2.44
0.77
1754
5.49
4.23
0.65
1826
5.86
3.81
0.53
1897
6.22
3.30
0.41
1969
6.59
2.70
0.29
2041
6.95
2.02
0.81
1754
5.49
4.45
0.69
1826
5.86
4.04
0.57
1897
6.22
3.55
0.45
1969
6.59
2.96
0.33
2041
6.95
2.29
0.85
1754
5.49
4.67
0.73
1826
5.86
4.27
0.61
1897
6.22
3.80
0.49
1969
6.59
3.23
0.37
2041
6.95
2.57
0.89
1754
5.49
4.89
0.77
1826
5.86
4.51
0.65
1897
6.22
4.04
0.53
1969
6.59
3.49
0.41
2041
6.95
2.85
0.93
1754
5.49
5.11
0.81
1826
5.86
4.74
0.69
1897
6.22
4.29
0.57
1969
6.59
3.76
0.45
2041
6.95
3.13
0.97
1754
5.49
5.33
0.85
1826
5.86
4.98
0.73
1897
6.22
4.54
0.61
1969
6.59
4.02
0.49
2041
6.95
3.41
1.00
1754
5.49
5.49
0.89
1826
5.86
5.21
0.77
1897
6.22
4.79
0.65
1969
6.59
4.28
0.53
2041
6.95
3.69
SHF : Sensible heat factor
INPUT : Total power input (W)
40
SHF
INPUT
Q
SHC
0.57
1862
5.06
2.89
0.45
1915
5.43
2.44
0.61
1862
5.06
3.09
0.49
1915
5.43
2.66
0.37
2005
5.80
2.14
0.65
1862
5.06
3.29
0.53
1915
5.43
2.88
0.41
2005
5.80
2.38
0.69
1862
5.06
3.49
0.57
1915
5.43
3.09
0.45
2005
5.80
2.61
0.33
2059
6.22
2.05
0.73
1862
5.06
3.70
0.61
1915
5.43
3.31
0.49
2005
5.80
2.84
0.37
2059
6.22
2.30
0.77
1862
5.06
3.90
0.65
1915
5.43
3.53
0.53
2005
5.80
3.07
0.41
2059
6.22
2.55
0.29
2130
6.53
1.89
0.81
1862
5.06
4.10
0.69
1915
5.43
3.75
0.57
2005
5.80
3.30
0.45
2059
6.22
2.80
0.33
2130
6.53
2.15
0.85
1862
5.06
4.30
0.73
1915
5.43
3.96
0.61
2005
5.80
3.53
0.49
2059
6.22
3.05
0.37
2130
6.53
2.41
0.89
1862
5.06
4.51
0.77
1915
5.43
4.18
0.65
2005
5.80
3.77
0.53
2059
6.22
3.30
0.41
2130
6.53
2.68
0.93
1862
5.06
4.71
0.81
1915
5.43
4.40
0.69
2005
5.80
4.00
0.57
2059
6.22
3.55
0.45
2130
6.53
2.94
0.97
1862
5.06
4.91
0.85
1915
5.43
4.61
0.73
2005
5.80
4.23
0.61
2059
6.22
3.80
0.49
2130
6.53
3.20
1.00
1862
5.06
5.06
0.89
1915
5.43
4.83
0.77
2005
5.80
4.46
0.65
2059
6.22
4.04
0.53
2130
6.53
3.46
DB : Dry-bulb temperature
WB : Wet-bulb temperature
47
46
SHF
INPUT
0.57
1933
0.45
2023
0.61
1933
0.49
2023
0.37
2076
0.65
1933
0.53
2023
0.41
2076
0.69
1933
0.57
2023
0.45
2076
0.33
2148
0.73
1933
0.61
2023
0.49
2076
0.37
2148
0.77
1933
0.65
2023
0.53
2076
0.41
2148
0.29
2220
0.81
1933
0.69
2023
0.57
2076
0.45
2148
0.33
2220
0.85
1933
0.73
2023
0.61
2076
0.49
2148
0.37
2220
0.89
1933
0.77
2023
0.65
2076
0.53
2148
0.41
2220
0.93
1933
0.81
2023
0.69
2076
0.57
2148
0.45
2220
0.97
1933
0.85
2023
0.73
2076
0.61
2148
0.49
2220
1.00
1933
0.89
2023
0.77
2076
0.65
2148
0.53
2220

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