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Technical Data

3

Technical Data

Model - Vitosol 100-F

SV1

SH1

Total surface area

ft.

2

/ m

2

27.0 / 2.51

27.0 / 2.51

Absorber surface area

ft.

2

/ m

2

25.0 / 2.32

25.0 / 2.32

Aperture

*1

ft.

2

/ m

2

25.1 / 2.33

25.1 / 2.33

Dimensions

*2

Width

Height

Depth

inches
mm
inches
mm

inches
mm

41¾

1056

93¾

2380

72

93¾

2380

41¾

1056

72

Optical efficiency

*3

%

74.3

74.3

Heat loss coefficient U

1

Heat loss coefficient

U

2

W/(m

2

K)

W/(m

2

K

2

)

4.16

0.0124

4.16

0.0124

Thermal capacity

kJ(m

2

K)

6.4

6.4

Weight

lb / kg

94.8 / 43

94.8 / 43

Fluid capacity
(heat transfer medium)

USG
ltr

0.44
1.67

0.62
2.33

Maximum working pressure

*4

psig
bar

87

6

87

6

Maximum stagnation temperature

*5

ºF / ºC

430 / 221

430 / 221

Connection

inches
mm

¾

22

¾

22

Requirements for installation surface and
anchorage

Roof construction with adequate load capacity for prevailing wind forces

*1

Important for system design considerations.

*2

Dimensions rounded to the nearest ¼ inch.

*3

Based on absorber surface area.

*4

In sealed systems, operating pressure of at least 22 psig + 0.45 psig x static head (ft.) / 1.5 bar + 0.1 bar x static head (m) must be
present in the collectors in cold condition.

*5

The stagnation temperature is the temperature which applies to the hottest point of the collector at a global radiation intensity of
3412 Btu/h / 1000 W when no heat is conducted by the heat transfer medium.

5354

729

v1

.0

CR

CS

41¾”/1056 mm

93¾

”/

2380

mm

86½

”/

2200

mm

90

mm

2¾”/ 72 mm

1½”
38 mm

Model SV1

CS

CR

Model SH1

41¾

”/

1056

mm

93¾”/2380 mm

34½

”/

876

mm

90

mm

2¾”/ 72 mm

1½”
38 mm

Legend
CR Collector return (inlet)
CS Collector supply (outlet)

Содержание VITOSOL 100-F SV1

Страница 1: ...ntal installation on sloped and flat roofs To produce domestic hot water or to supplement low temperature heating systems or swimming pools via a heat exchanger Technical Data Manual Part Nos and Pricing see Price List Meets the requirements of the German Blue Angel certificate of environmental excellence to RAL UZ 73 Certified in accordance with Solar Keymark testing requirements 5354 729 v1 0 03...

Страница 2: ...f thermal radiation A meander shaped copper pipe through which the heat transfer medium flows is permanently embedded into the absorber The heat transfer medium channels the absorber heat through the copper pipe The absorber is encased in a highly insulated collector housing which minimizes collector heat losses The high quality thermal insulation provides temperature stability and is free from ga...

Страница 3: ...n inches mm 22 22 Requirements for installation surface and anchorage Roof construction with adequate load capacity for prevailing wind forces 1 Important for system design considerations 2 Dimensions rounded to the nearest inch 3 Based on absorber surface area 4 In sealed systems operating pressure of at least 22 psig 0 45 psig x static head ft 1 5 bar 0 1 bar x static head m must be present in t...

Страница 4: ... tank Heat transfer medium Mounting hardware The mounting hardware consists of components required for the relevant method of installation such as Roof brackets mounting plates mounting rails connecting elements for mounting rails clamping bolts screws and nuts General connection set Required to connect solar collector to system piping One set required per collector array max 269 ft2 25 m2 Part No...

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