Frascold R-TSH series Projektierungshandbuch Seite 63

R-TSH8-80 240 Y
Condensazione Temperatura di evaporazione
Condensing
Verflüssigungs-
temperatur
°C
20
Q
o
P
e
30
I
B
m
Q
o
P
e
40
I
B
m
Q 273970
o
P 56.53
e
50
I 96.8
B
m 6669.8
Q 236760
o
P 68.96
e
60
I 115.2
B
m 6462.2
R-TSH8-90 270 Y
Condensazione Temperatura di evaporazione
Condensing
Verflüssigungs-
temperatur
°C
20
Q
o
P
30
e
I
B
m
Q
o
P
40
e
I
B
m
Q 308270
o
P 62.23
50
e
I 109.1
B
m 7504.8
Q 266380
o
P 75.34
60
e
I 128.0
B
m 7270.8
R-TSH8-100 300 Y
Condensazione Temperatura di evaporazione
Condensing
Verflüssigungs-
temperatur
°C
20
Q
o
P
30
e
I
B
m
Q
o
P
40
e
I
B
m
Q 339750
o
P 68.60
50
e
I 114.8
B
m 8271.3
Q 293620
o
P 82.93
60
e
I 135.6
B
m 8014.3
R-TSH8-120 360 Y
Condensazione Temperatura di evaporazione
Condensing
Verflüssigungs-
temperatur
°C
20
Q
o
P
30
e
I
B
m
Q
o
P
40
e
I
B
m
Q 411030
o
P 76.38
50
e
I 133.8
B
m 10006.4
Q 355150
o
P 94.43
60
e
I 158.3
B
m 9693.6
Q capacità frigorifera W cooling capacity W
o
P potenza assorbita kW input power kW
e
I corrente assorbita A input current A
B
m portata ponderale kg/h mass flow kg/h
°C
15 10
258540 214680
47.07 45.06
82.9 79.8
5808.2 4914.8
228060 188360
55.58 53.99
95.4 93.1
5664.8 4777.3
195610 160130
67.47 65.51
112.9 110.0
5460.8 4576.3
°C
15 10
290900 241600
50.71 49.27
93.5 91.6
6535.3 5531.0
256660 212030
61.10 59.28
107.5 105.0
6375.1 5377.6
220110 180200
73.99 72.06
126.0 123.2
6144.7 5150.1
°C
15 10
320570 266220
55.88 54.28
97.3 95.0
7201.7 6094.7
282840 233630
67.31 65.28
113.0 110.3
7025.4 5925.4
242620 198630
81.59 79.59
133.6 130.6
6773.0 5676.6
°C
15 10
387940 322190
61.60 60.81
114.8 113.8
8715.4 7376.0
342220 282720
75.63 73.87
132.8 130.5
8500.2 7170.3
293500 240330
92.27 89.48
155.3 151.4
8193.4 6868.3
Kälteleistung W
Leistungsaufnahme kW
Stromaufnahme A
Massenstrom kg/h
Evaporating temperature
°C
5 0
162910
34.99
65.8
3537.1
176840 144340
42.94 41.01
76.7 73.9
4129.1 3440.4
154180 124880
52.14 50.36
90.5 88.1
3996.8 3312.3
129650 103620
63.47 61.67
106.9 104.2
3798.0 3115.1
Evaporating temperature
°C
5 0
183240
38.48
76.2
3978.5
199070 162530
47.44 45.52
89.1 86.2
4648.0 3873.9
173600 140670
57.20 55.21
102.2 99.5
4500.3 3730.9
145930 116660
69.96 68.00
120.1 117.3
4274.9 3507.0
Evaporating temperature
°C
5 0
201860
42.38
79.9
4382.7
219330 179060
52.25 50.18
92.3 89.5
5121.2 4267.8
191250 154940
62.98 60.80
107.2 104.3
4957.9 4108.4
160850 128580
77.37 75.23
127.3 124.2
4711.9 3865.5
Evaporating temperature
°C
5 0
244320
47.90
97.9
5304.6
265460 216730
59.25 57.34
111.7 109.2
6198.3 5165.8
231480 187570
71.61 69.21
127.6 124.6
6000.7 4974.9
194660 155660
86.57 83.96
147.4 143.8
5702.4 4679.5
63
R134a 60Hz
Verdampfungstemperatur
°C
-5 -10
132310 106360
33.23 31.74
63.7 61.9
2928.6 2399.9
116630 93190
39.52 38.89
71.8 71.0
2839.4 2317.1
99970 78950
48.97 48.38
85.9 84.9
2714.8 2195.3
81560 63040
60.51 60.60
102.5 102.7
2518.6 1999.6
R134a 60Hz
Verdampfungstemperatur
°C
-5 -10
148870 119740
36.91 35.31
74.1 72.1
3295.2 2701.6
131380 105030
43.87 42.85
83.8 82.3
3198.4 2611.5
112660 89030
53.66 53.04
97.4 96.6
3059.4 2475.6
91850 71020
66.52 66.02
115.1 114.4
2836.3 2252.7
R134a 60Hz
Verdampfungstemperatur
°C
-5 -10
164040 131990
40.64 38.81
77.9 75.9
3631.0 2978.0
144710 115670
48.38 47.22
87.2 85.7
3523.1 2876.0
142050 98000
59.09 58.41
101.9 100.9
3368.8 2724.9
101240 78270
73.53 72.69
121.8 120.6
3126.1 2482.8
R134a 60Hz
Verdampfungstemperatur
°C
-5 -10
198540 159720
46.66 44.99
96.5 94.7
4394.5 3603.8
175180 140040
55.39 53.70
106.7 104.6
4264.9 3482.0
150220 118730
67.01 65.34
121.8 119.7
4079.6 3301.3
122610 94850
82.14 81.87
141.4 141.0
3786.0 3008.6
con raffreddatore d'olio
with oil cooler
mit Ölkühler