Vitosol 200-F 5DIA - the large area flat plate collector

Benefits at a glance

  • Large area flat-plate collector with selective coating.
  • High efficiency through highly selectively coated absorber, integral piping and highly effective insulation. 
  • Absorber area: 4.75 m2
  • Quick installation due to the flashing frame fitted onto the collector for roof integration, flexible connection lines and lifting eyes.

The main component of the Vitosol 200-F, type 5DIA, is the absorber designed with a selective coating. It ensures a high absorption of insolation and low emission of thermal radiation. A copper pipe through which the heat transfer medium flows is fitted to the absorber. The heat transfer medium absorbs the absorber heat through the copper pipe. The absorber is encased in a highly insulated collector housing that minimises the thermal losses of the collector.

The high-grade thermal insulation provides temperature stability and is free from gas emissions. The collector is covered with a solar glass panel. The glass has a very low iron content, thereby reducing reflection losses. At the back of the collector are flexible, thermally insulated flow and return pipes as well as the sensor well for the collector temperature sensor.

Vitosol 200-F, type 5DIA, designed for roof integration.


Product cross-section


Gross area
5.41 m²
Absorber area
4.75 m²
Optical efficiency (with reference to the absorber area)
78.50 %
Collector type
Large area flat-plate collector
RAL 7016 frame (anthracite). Upon request, the frame is also available in all other RAL colours.
Application range
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Residential buildings, commerce, municipal offices | new build and modernisation projects
Installation type
For roof integration on pitched tiled roof cover.
Additional features
For heating DHW, swimming pool water and heating water via a heat exchanger.
Produktschnitt Sonnenkollektor Vitosol 200-F Typ 5DIA



ESOP Online provide you with a calculation program for solar thermal systems, which you can use to compare and contrast various product configurations and combinations and their cost effectiveness.

Once you have entered all the required parameters, ESOP calculates the standard values for the insolation energy and the resulting system yield, as well as the percentage of your total energy demand covered by the various different combination options.