218
Unit size 9
t
AI
10 °C
15 °C
20 °C
LPHW
Size
Type
Q H
max
t
S
∆p
W
m
W
Q H
max
t
S
∆p
W
m
W
Q H
max
t
S
∆p
W
m
W
°C
kW
m
°C kPa
l/h kW
m
°C kPa
l/h kW
m
°C kPa
l/h
90/70
LH-9
A
70 13.7
35
3 3100
65 12.5
39
3 2900
59 11.8
42
2 2600
LH-9
B
93 11.3
44
5 4100
86 11.0
46
5 3800
78 10.5
49
4 3500
LH-9
C
136
9.3
59
8 6000 125
9.2
60
7 5500 114
9.2
60
6 5000
80/60
LH-9
A
59 15.4
31
2 2600
53 14.1
34
2 2300
48 12.7
38
2 2100
LH-9
B
78 12.7
38
4 3400
71 12.0
41
3 3100
63 11.3
44
3 2800
LH-9
C
115 10.2
51
7 5000 104 10.0
53
5 4600
94
9.8
55
5 4100
70/50
LH-9
A
47 18.2
27
2 2100
41 16.0
30
1 1800
34 14.5
33
1 1500
LH-9
B
63 14.5
33
3 2700
56 13.7
35
2 2400
48 12.7
38
2 2100
LH-9
C
94 11.3
44
5 4100
83 11.0
46
4 3600
73 10.8
47
3 3200
60/40
LH-9
A
30 25.0
21
1 1300
24 22.0
24
1 1000
18 18.2
27
1
800
LH-9
B
44 19.3
26
2 1900
34 17.4
28
1 1500
24 16.6
29
1 1100
LH-9
C
72 13.3
36
3 3100
59 13.0
37
2 2600
46 13.0
37
1 2000
82/71
LH-9
A
69 13.7
35
9 5500
63 12.7
38
8 5100
57 12.0
41
7 4600
LH-9
B
91 11.5
43
15 7300
83 11.2
45
13 6700
76 10.7
48
11 6100
LH-9
C
130
9.5
57
22 10400 119
9.4
58
19 9500 108
9.2
60
16 8700
Legend:
t
AI
=
Air inlet temperature at the heating coil
Type =
Type of heating coil
Q
=
Heat output
H
max
=
Maximum mounting height (at room temperature 18 °C)
t
S
=
Supply air temperature
∆p
W
=
Water pressure drop
m
W
=
Water flow rate
Table I8: Heat output, RoofVent
®
LH-9
RoofVent
®
LH
Technical data
Summary of Contents for RoofVent CON-9
Page 2: ......
Page 4: ...2...
Page 6: ...4...
Page 8: ...6...
Page 12: ...10 RoofVent LHW Use...
Page 40: ...38 RoofVent LKW Use...
Page 68: ...66 RoofVent twin heat Use...
Page 94: ...92 RoofVent twin cool Use...
Page 122: ...120 RoofVent twin pump Use...
Page 150: ...148...
Page 154: ...152 RoofVent condens Use...
Page 180: ...210 RoofVent LH Construction and operation...
Page 208: ...238 RoofVent LK Use...
Page 256: ...286...
Page 268: ...298...
Page 274: ...304...
Page 279: ......