8
9
2VV.
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ver.5 5-05-20
CO exchanger parameters (Heating mode)
Type
Connection
cross-section
[
„
]
Pressure
drop in the
air flow
[Pa]
Pressure
drop in the
water flow
[kPa]
Power[kW]*
Air flow
[m3/h]*
Media flow
[m3/h]*
Temperature
after exiting the
heat exchanger
[°C]*
HR95-080EC-..-...C
3/4
59
2,3
6,17
800
0,27
37,6
HR95-150EC-..-...C
3/4
73
1,6
10,74
1500
0,47
36
HR95-250EC-..-...C
1
91
2,2
17,56
2500
0,77
35,6
HR95-350EC-..-...C
1 1/2
62
2,3
27,02
3500
1,18
37,7
HR95-450EC-..-...C
1 1/2
75
1,4
31,98
4500
1,39
35,9
HR95-550EC-..-...C
1 1/2
57
2,6
43,78
5500
1,91
38,4
* For water 60/40 and the inlet temperature = +15 °C
CO exchanger parameters (Cooling mode)
Type
Connection
cross-section
[
„
]
Pressure
drop in the
air flow
[Pa]
Pressure
drop in the
water flow
[kPa]
Power
[kW]*
Air flow
[m3/h]*
Media flow
[m3/h]*
Temperature
after exiting the
heat exchanger
[°C]*
HR95-080EC-..-...C
3/4
66
21,1
4,92
800
0,84
15,6
HR95-150EC-..-...C
3/4
83
14,1
8,43
1500
1,45
16,3
HR95-250EC-..-...C
1
102
20,2
13,87
2500
2,38
16,4
HR95-350EC-..-...C
1 1/2
70
21,2
21,61
3500
3,71
15,6
HR95-450EC-..-...C
1 1/2
84
12,5
25,1
4500
4,3
16,3
HR95-550EC-..-...C
1 1/2
64
24,4
35,24
5500
6,04
15,3
* For water 7/12 and the inlet temperature = +25 °C
Direct evaporator (Cooling mode)
Type
Air flow
[m
3
/h]
Power
[kW]
Temperature
after exiting the
heat exchanger
[°C]
Humidity after
exiting the heat
exchanger
[%]
Coolant pressure
loss
[kPa]
Pressure
drop in the
air flow
[Pa]
Connection
cross-section
gas (liquid)
[
„
]
HR95-080EC-..-...D
800
5,29
15,3
90,1
21,3
62
5/8 (5/8)
HR95-150EC-..-...D
1500
9,69
15,5
89,6
42,0
76
7/8 (1/2)
HR95-250EC-..-...D
2500
15,33
16
89,2
19,9
94
1 1/8 (7/8)
HR95-350EC-..-...D
3500
24,12
15
90
21,4
64
1 3/8 (1 1/8)
HR95-450EC-..-...D
4500
30,08
15,3
89,5
35,0
76
1 5/8 (1 1/8)
HR95-550EC-..-...D
5500
39,41
14,6
90,2
24,2
57
1 5/8 (1 1/8)
Data applies for the inlet temperature = +25°C, 70% RH and the evaporation tempe5°C, coolant R410A
