VTS Medical Systems VOLCANO VR Series Technical Documentation Manual page 6

VOLCANO VR Mini
VOLCANO VR1
VOLCANO VR2
VOLCANO VR3
VOLCANO VR-D
T – inlet water temperature; T
z p
pressure drop in the heat exchanger
T Q
p1 p
[°C] [m³/h]
4850
0 3600
2400
4850
5 3600
2400
4850
10 3600
2400
4850
15 3600
2400
4850
20 3600
2400
T – inlet water temperature; T
z p
pressure drop in the heat exchanger
T Q
p1 p
[°C] [m³/h]
5700
0 4100
3000
5700
5 4100
3000
5700
10 4100
3000
5700
15 4100
3000
5700
20 4100
3000
– outlet water temperature; T – inlet air temperature; T
p1
90/70 [°C]
P T Q Δp
g p2 w
[kW] [°C] [m³/h] [kPa]
50.1 30.7 2.21 23.8
41.9 34.7 1.86 17.2
32.7 40.6 1.45 10.8
46.7 33.7 2.07 21.1
39.3 37.5 1.74 15.2
30.6 43.1 1.36 9.6
43.6 36.8 1.93 18.5
36.6 40.4 1.62 13.4
28.6 45.5 1.27 8.4
40.4 39.8 1.79 16
34 43.1 1.51 11.6
26.5 48 1.18 7.3
37.2 42.8 1.65 13.7
31.3 45.9 1.39 10
24.5 50.4 1.09 6.3
– outlet water temperature; T – inlet air temperature; T
p1
90/70 [°C]
P T Q Δp
g p2 w
[kW] [°C] [m³/h] [kPa]
75.1 39 3.31 32.6
60.6 44.1 2.69 22
49.5 49.2 2.19 15
69.9 41.6 3.1 28.9
56.8 46.3 2.52 19.5
46.4 51.1 2.06 13.3
65.2 44.1 2.89 25.3
53 48.6 2.35 17.1
43.3 53.1 1.92 11.7
60.4 46.6 2.68 21.9
49.2 50.8 2.18 14.9
40.2 55 1.78 10.2
55.6 49.1 2.47 18.8
45.3 53 2.01 12.8
37.1 56.9 1.64 8.8
– outlet air temperature; P
p2
Volcano VR2
Parameters T /T
z
80/60 [°C]
P T Q Δp P
g p2 w
[kW] [°C] [m³/h] [kPa] [kW]
43.1 26.5 1.9 18.3 36.2
36.5 30 1.6 13.3 30.5
28.3 35.2 1.25 8.4 23.9
39.9 29.5 1.76 15.9 33.1
33.6 32.8 1.48 11.5 27.9
26.2 37.6 1.16 7.3 21.8
36.7 32.6 1.62 13.6 29.8
30.9 35.6 1.36 9.9 25.2
24.2 40 1.07 6.3 19.7
33.5 35.6 1.48 11.5 26.6
28.2 38.4 1.25 8.3 22.4
22.1 42.5 0.98 5.3 17.6
30.3 38.6 1.34 9.5 23.3
25.5 41.1 1.13 6.9 19.7
20 44.8 0.88 4.4 15.5
– outlet air temperature; P
p2
Volcano VR3
Parameters T /T
z
80/60 [°C]
P T Q Δp P
g p2 w
[kW] [°C] [m³/h] [kPa] [kW]
64.5 33.8 2.85 25.1 54.3
52.5 38.2 2.32 17 44.3
42.9 42.7 1.89 11.6 36.3
59.8 36.3 2.64 21.7 49.6
48.7 40.4 2.15 14.8 40.5
39.8 44.6 1.76 10.1 33.1
55 38.8 2.43 18.6 44.8
44.9 42.6 1.98 12.7 36.6
36.7 46.5 1.62 8.7 30
50.2 41.3 2.22 15.7 40
41 44.8 1.81 10.7 32.7
33.6 48.4 1.48 7.4 26.8
45.4 43.8 2 13 35
37.1 47 1.64 8.9 28.7
30.4 50.2 1.34 6.1 23.6
6
– heating capacity; Q – water flow; Q
g w
[°C]
p
70/50 [°C]
T Q Δp P
g p2 w g
[°C] [m³/h] [kPa] [kW]
22.3 1.59 13.5 22.3
25.3 1.34 9.8 18.8
29.7 1.05 6.2 14.8
25.3 1.45 11.4 19
28.1 1.22 8.3 16.1
32.1 0.96 5.3 12.6
28.4 1.31 9.4 15.6
30.9 1.11 6.8 13.2
34.5 0.87 4.4 10.4
31.3 1.17 7.6 12.2
33.6 0.99 5.5 10.3
36.9 0.77 3.5 8
34.3 1.02 5.9 8.4
36.3 0.86 4.3 7
39.2 0.68 2.8 5.3
– heating capacity; Q – water flow; Q
g w
[°C]
p
70/50 [°C]
T Q Δp P
g p2 w g
[°C] [m³/h] [kPa] [kW]
28.4 2.39 18.4 33.6
32.2 1.95 12.5 27.5
36.1 1.59 8.6 22.6
31 2.18 15.5 28.7
34.4 1.78 10.6 23.5
37.9 1.46 7.3 19.3
33.4 1.97 12.8 23.7
36.6 1.61 8.8 19.4
39.8 1.32 6.1 15.9
35.9 1.76 10.3 18.4
38.8 1.44 7.1 15.1
41.6 1.18 4.9 12.4
38.3 15.4 8.1 12.8
40.9 1.26 5.6 10.4
43.4 1.04 3.9 8.3
- air flow rate; Δp –
p
50/30 [°C]
T Q Δp
p2 w
[°C] [m³/h] [kPa]
13.7 0.97 5.7
15.6 0.82 4.2
18.4 0.64 2.7
16.7 0.83 4.3
18.3 0.7 3.1
20.7 0.55 2
19.6 0.68 3
21 0.58 2.2
22.9 0.45 1.4
22.5 0.53 1.9
23.5 0.45 1.4
25 0.35 0.9
25.2 0.37 1
25.8 0.31 0.7
26.6 0.23 0.4
- air flow rate; Δp –
p
50/30 [°C]
T Q Δp
p2 w
[°C] [m³/h] [kPa]
17.6 1.46 7.8
20 1.2 5.4
22.5 0.98 3.7
20 1.25 5.8
22.1 1.02 4
24.2 0.84 2.8
22.4 1.03 4.1
24.1 0.84 2.8
25.8 0.69 2
24.6 0.8 2.6
26 0.66 1.8
27.3 0.54 1.2
26.7 0.56 1.3
27.5 0.45 0.9
28.2 0.36 0.6