Therm-X MVHRU HR95
Technical Manual
Page 27 of 59
Version 2.4, 25/09/2020
Electric pre heating coil
Unit
Type
Phase
Voltage
[V]
Frequency
[Hz]
Power Input
[kW]
HR95-080 V
1
230
50
2.70
HR95-150 V
1
230
50
5.30
HR95-250 V
3
400
50
8.40
HR95-350 V
3
400
50
11.70
HR95-450 V
3
400
50
15.00
HR95-550 V
3
400
50
18.30
HR95-080 H
3
400
50
2.70
HR95-150 H
3
400
50
5.30
HR95-250 H
3
400
50
8.40
HR95-350 H
3
400
50
11.70
8.
OPTIONAL COIL PERFORMANCE
LPHW
Unit
Type
Air
Volume
[m
3
.h
-1
]
Air
Volume
[m
3
.s
-1
]
Without Heat Recovery
With Heat Recovery
Air On
[
o
C]
Air Off
[
o
C]
Capacity
[kW]
Fluid Pd
[kPa]
Air On
[
o
C]
Air Off
[
o
C]
Capacity
[kW]
Fluid Pd
[kPa]
HR95-080 V
735
0.20
-5.0
25.1
7.4
18.0
17.4
37.9
5.1
9.0
HR95-150 V
HR95-250 V
1820
0.51
-5.0
21.4
16.1
5.0
17.2
32.3
9.2
2.0
HR95-350 V
3110
0.86
-5.0
24.1
30.3
7.0
17.1
36.8
20.5
4.0
HR95-450 V
3295
0.92
-5.0
23.0
31.0
14.0
17.2
35.7
20.4
8.0
HR95-550 V
4460
1.24
-5.0
25.0
44.8
31.0
17.2
37.3
30.0
16.0
HR95-080 H
600
0.17
-5.0
28.3
6.7
11.0
17.4
40.1
4.6
6.0
HR95-150 H
1330
0.37
-5.0
17.9
10.2
4.0
17.1
30.5
6.0
2.0
HR95-250 H
2085
0.58
-5.0
23.0
19.6
6.0
16.9
35.9
13.3
3.0
HR95-350 H
3650
1.01
-5.0
24.3
35.8
47.0
17.2
37.4
24.7
25.0
PLEASE NOTE
-
Heat recovery calculated based on the following conditions:
-
Ambient: -5
o
C / 90% RH
-
Room: 21
o
C / 50% RH
-
Coil capacity calculated based on the following conditions:
-
Air density: 1.2 kg.m
-3
-
LPHW Flow: 80
o
C, LPHW Return: 60
o
C, no glycol
-
For accurate coil performance data please request a detailed software selection