| DEPARTMENT OF BUILDING PHYSICS AND BUILDING EQUIPMENT |
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The main objective of the project is development of existing
infrastructure for testing in the view of conformity assessment of ceiling
mounted radiant panels supplied with water at temperature below 120 °C,
referring to the requirements specified by European Standards. By creating
this infrastructure it will be possible to assess and to certify the above
mentioned products, in conformity to the Directive 89/106/EC - Construction
products, transposed in national legislation by Government Decision No. 622
/ 21.04.2004 on establishing the conditions for introducing construction
products into the market.
The purpose of this project is the extension of testing facilities
of the Laboratory for installations and equipment testing within INCERC
Bucharest, accredited laboratory for the domain
Materials and products for
building services, by implementing the testing methods specified in
ZA Annex of harmonized standard SR EN 14037-1:2004 for conformity assessment
of ceiling mounted radiant panels supplied with water at temperature below
120 °C, namely:
At the end of the project it will be possible to realise the following tests, according to technical requirements of the harmonized standard SR EN 14037: assessment of rated thermal output of ceiling mounted radiant panels supplied with water in order to compare different products, and also the thermal output in different operating conditions, of the characteristic curve of the radiant panel and its surface average temperature in order to supply the necessary data for the design of heating systems.
Moreover, by using already existing equipment and dedicated
software tool, fundamental and applied research shall be possible to realise
in the testing booth, in respect of heat transfer, fluid flow and drafts,
thermal output of radiant panels at users level (irradiation), thermal
stratification and velocity distribution, with direct results on thermal
comfort assessment, reducing energy consumption and knowledge achievement in
these fields. The main expected outcomes of the project are the following:
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