Viessmann VITOSOL 100-F SV Technical Manual page 13

Vitosol 100-F, type SV1 and SH1
only use type SV1B/SH1B
■ between 100 and 1000 m:
type SV1B/SH1B is recommended
Type
Gross area
(required when applying for subsidies)
Absorber area
Aperture area
Installation position (see following diagram)
Clearance between collectors
Dimensions
Width
Height
Depth
The following values apply to the absorber area:
– Optical efficiency
– Heat loss factor k
1
– Heat loss factor k
2
Thermal capacity
Weight
Liquid content
(heat transfer medium)
Permiss. operating pressure
(see chapter "Solar expansion vessel")
Max. stagnation temperature
Steam output
– Favourable installation position
– Unfavourable installation position
Connection
B
C
VITOSOL
(cont.)
Note
Viessmann accepts no liability if type SV1A/SH1A is used in such
regions.
2
m
2
m
m 2
A (above roof),
C, D
mm
mm
mm
mm
%
2
W/(m · K)
2 2
W/(m · K )
kJ/(m 2 · K)
kg
litre
bar/MPa
°C
W/m 2
2
W/m
Ø mm
A
E
D
Type SV1A/SV1B
KR Collector return (inlet)
KV Collector flow (outlet)
SV1A SH1A
B(above roof), A (above roof),
C, D, E C, D
1056 2380
2380 1056
72 72
76
4.14
0.0108
4.7
41.5
1.48 2.33
200
1056
SV1B SH1B
2.51
2.32
2.33
B (above roof),
C, D, E
21
1056 2380
2380 1056
72 72
75.4
4.15
0.0114
4.5
43.9
1.67 2.33
6/0.6
196
60
100
22
72
38
KV
KR
VIESMANN
13
2