Software for Calculating heat flows, thermal bridges, isotherms, Ufr, Ueg and Ucg values according to ISO 15099 and NFRC standards

Software for Calculating heat flows, thermal bridges, isotherms, Ufr, Ueg and Ucg values according to ISO 15099 and NFRC standards

Software for Calculating heat flows, thermal bridges, isotherms, Ufr, Ueg and Ucg values according to ISO 15099 and NFRC standards

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WINISO®

Calculating heat flows, thermal bridges and isotherms according to EN ISO 10077-2:2017. Ufr-, Ueg- and Ucg-values according to ISO 15099 and NFRC.

Imported CAD files can be analysed automatically and failures in the drawing are removed by the sofware. Therefore complex constructions and systems can be calculated within a short time. Due to the integrated FEM calculating engine, results are determined very precisely.



Features

  • Intuitive operation
  • Fast and easy processing
  • Automatic CAD correction
  • Automatic filling of cavities
  • Automated calculation
  • Acknowledged results
  • Quality Assured
  • Complete processing within 10 minutes
  • Certified by ift Rosenheim
  • Easily customisable
  • Capable of working in Imperial and Metric units
  • All international standards (ISO 10077-2, ISO 15099, ISO 6946, EN 673)
  • US-based training available through UL

Features

  • CAD-editor with extensive processing options

    WINISO® offers extensive CAD-functions, for an easy and fast editing of CAD-files.

  • Powerful calculating engine with a high level of automation

    The powerfull FEM-calculating engine is able to give precise calculation of complex components.

  • EN ISO 10077-2 Preparation

    EN ISO 10077-2, such as the ≤ 2mm cavities, the slightly ventilated cavities or even the corners with increased heat transfer resistance are automatically implemented by the software.

  • fRsi-Faktor

    The temperature factor, called fRsi factor, is a criterion for the risk of mould growth with a wall connection (connection of a window to the adjoining wall) and is based on DIN 4108-2

  • Temperature

    The temperature fields display shows the surface temperature in the individual surfaces of a component in color