D6MARLZ! 006.001

[IDENTIFICATION]
  NAME                     = DE: CLIMA CONTROL 80 |EN: CLIMA CONTROL 80 |IT: CLIMA CONTROL 80
  AQUISITION_ID            = -1
  PRODUCER                 = DE: Rotho Blaas srl |EN: Rotho Blaas srl |IT: Rotho Blaas srl
  LABORATORY               = EN: Eurac Research - Hygrothermal Testing Lab |IT: Eurac Research - Hygrothermal Testing Lab
  DATE                     = 16.07.2021
  SAMPLING_DATE            = 30.11.2020
  COLOUR                   = #ff5020a0
  FLAGS                    = AIR_TIGHT WATER_TIGHT FOILS 
  CATEGORY                 = FOILS
  COMMENTS                 = DE: Materialtyp: Membrane mit variabler Diffusion: PA-Folie, PP-Schicht - Dicke = 0,2 mm - ;Verwendung in DELPHIN: bei Verwendung als Material muss die Schichtdicke immer 1mm betragen, ab DELPHIN 5.9 wird die Verwendung als Kontaktbedingung statt als Materialschicht empfohlen - ;Materialbeschreibung (Hersteller): CLIMA CONTROL 80 verhindert den unkontrollierten Durchgang von warmer und feuchter Luft und die daraus resultierende Gefahr der interstitiellen Kondensation. Die Membrane kann sich an die hygrometrischen Bedingungen des Gebäudes anpassen. Sie kann im Innenbereich für Dächer und Wände verwendet werden. -;URL Datenblatt: https://www.rothoblaas.com/products/airtightness-and-waterproofing/membranes |EN: Material Type: Membrane with variable diffusion: PA film, PP layer - Thickness = 0.2 mm - ;Use in DELPHIN: if used as a material the layer thickness must always be 1mm, since DELPHIN 5.9 use as contact condition instead as material layer is recommended - ;Material Description (producer): CLIMA CONTROL 80 prevents the uncontrolled passage of warm and moist air and the consequent risk of interstitial condensation. The membrane can adapt to the hygrometric conditions of the building. It can be used indoor for roofs and walls. - ;URL Datasheet: https://www.rothoblaas.com/products/airtightness-and-waterproofing/membranes |IT: Tipo di Materiale: Membrana a diffusione variabile: film funzionale in PA, strato in PP - Spessore = 0.2 mm - Utilizzo in DELPHIN: se utilizzato come materiale lo spessore dello strato deve essere di 1 mm, a partire da DELPHIN 5.9 è raccomandato di modellare la membrana come condizione contatto invece che come materiale – Descrizione Materiale (produttore): CLIMA CONTROL 80 previene il passaggio incontrollato di calore e umidità e il conseguente rischio di condensa interstiziale. La membrana ha la capacità di adattarsi alle condizioni igrometriche della struttura. Può essere utilizzato all'interno su pareti e tetti. - URL Scheda tecnica: https://www.rothoblaas.com/products/airtightness-and-waterproofing/membranes
  DBTYPE                   = 1,7
  DATA_SHEET_SOURCE        = https://www.rothoblaas.com/products/airtightness-and-waterproofing/membranes
  HATCHING                 = 13


[STORAGE_BASE_PARAMETERS]
  RHO                      = 80 kg/m3
  CE                       = 1700 J/kgK
  THETA_POR                = 0.0025 m3/m3
  THETA_EFF                = 0.0022 m3/m3
  THETA_80                 = 4.85e-05 m3/m3


[TRANSPORT_BASE_PARAMETERS]
  LAMBDA                   = 0.2 W/mK
  MEW                      = 4200 -
  SD                       = 4.2 m


[MOISTURE_STORAGE]
  FUNCTION =              Theta_l(RH)
      0                0.1              0.2              0.3              0.4              0.5              0.6              0.7              0.8              0.85             0.9              0.91             0.92             0.93             0.94             0.95             0.96             0.97             0.98             0.99             0.995            0.999            1                
      0                1.38e-06         3.1e-06          5.3e-06          8.23e-06         1.233e-05        1.844e-05        2.855e-05        4.85e-05         6.808e-05        0.0001062        0.0001186        0.0001339        0.00015325       0.00017848       0.00021278       0.00026211       0.00033909       0.00047606       0.00078787       0.00116299       0.00186817       0.0022           


[MOISTURE_TRANSPORT]
  FUNCTION =              mew(RH)
      0                0.01             0.02             0.03             0.04             0.05             0.06             0.07             0.08             0.09             0.1              0.11             0.12             0.13             0.14             0.15             0.16             0.17             0.18             0.19             0.2              0.21             0.22             0.23             0.24             0.25             0.26             0.27             0.28             0.29             0.3              0.31             0.32             0.33             0.34             0.35             0.36             0.37             0.38             0.39             0.4              0.41             0.42             0.43             0.44             0.45             0.46             0.47             0.48             0.49             0.5              0.51             0.52             0.53             0.54             0.55             0.56             0.57             0.58             0.59             0.6              0.61             0.62             0.63             0.64             0.65             0.66             0.67             0.68             0.69             0.7              0.71             0.72             0.73             0.74             0.75             0.76             0.77             0.78             0.79             0.8              0.81             0.82             0.83             0.84             0.85             0.86             0.87             0.88             0.89             0.9              0.91             0.92             0.93             0.94             0.95             0.96             0.97             0.98             0.99             1                
      4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4359             4317.95          4272.78          4228.09          4183.87          4140.11          4096.81          4053.96          4011.56          3969.6           3928.08          3887             3698.03          3518.24          3347.2           3184.47          3029.65          2882.36          2742.23          2608.91          2482.07          2361.4           2246.6           2137.38          2033.46          1934.6           1840.55          1751.07          1665.94          1584.94          1507.89          1434.58          1364.84          1298.48          1235.35          1164.68          1075.07          992.344          915.986          845.504          780.445          720.393          664.961          613.794          566.565          522.97           482.729          445.584          411.298          379.65           350.437          333.256          331.402          329.559          327.725          325.902          324.09           322.287          320.494          318.712          316.939          315.176          315              315              315              315              


[VAPOR_CONTACT_RESISTANCE]
  FUNCTION =              sd+(rh)
      0                0.2675           0.4115           0.494            0.567            0.629            0.712            0.7945           1                
      4.2              4.2              4.02             2.77             1.63             1.52             0.77             0.46             0.46             
  WEIGHT_FACTOR_POS        = 0.5

