Passive House Suitable Component Sliding Door Milux Passive 135 The
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Passive House Institute Dr. Wolfgang Feist 64283 Darmstadt Passive House suitable component GERMANY for cool, temperate climate, valid until 31.12.2017 Category: Sliding Door Manufacturer: Beijing Milan Window Energy Saving Building Materials Co.,Ltd 102211 BEIJING, CHINA Product name: Milux Passive 135 The following comfort criteria were used in awarding this certificate: Passive House Efficiency Class Given a Ug value of 0.70 W/(m²K) and a window size of 2.40 m by 2.50 m phA U W = 0.79 W/(m²K) ≤ 0.80 W/(m²K) advanced component provided that the installation is, with regard to the thermal bridges, equal or better than shown in the data sheet, the sliding door meets the following criterion. phB basic component U W, installed ≤ 0.85 W/(m²K) Thermal data phC Uf-value Width Ψg fRsi=0.25 certifiable [W/(m²K)] [mm] [W/(mK)] [-] component Spacer SWISSP. Ultimate* Bottom Fix 0.84 116 0.028 Bottom S 0.90 116 0.028 not suitable for Passive Houses Top Fix 0.78 93 0.029 Top S 0.88 93 0.029 0.71 Side Fix 0.76 93 0.028 Side S 0.82 93 0.028 Mullion 0.90 133 0.028 *Spacers of lower thermal quality, especially those made of alu- minium, lead to significantly higher thermal losses and lower temperature factors. Further information see data sheet www.passivehouse.com 0962sd03 Data Sheet Beijing Milan Window Energy Saving , Milux Passive 135 Manufacturer Beijing Milan Window Energy Saving Building Materials Co.,Ltd baishan lndustrial Park Changping Distrct, 102211 BEIJING, CHINA Tel.: +861080726999 E-Mail: [email protected], www.milanwindows.com o 20 C o 18 C o 16 C o 14 C o 12 C o 10 C o 8 C o 6 C o 4 C o 2 C o 0 C o -2 C o -4 C o -6 C o -8 C o -10 C Bottom section Isothermal Description Timber frame ( 0.13W/(mK)) with external aluminium shall and insulation PU (0.036W/(mK)). Used Pane: 47 mm (5/16/5/16/5) Thermal data for the window frame Uf-value Width Ψg fRsi=0.25 [W/(m²K)] [mm] [W/(mK)] [-] Spacer SWISSP. Ultimate* Bottom Fix 0.84 116 0.028 Bottom S 0.90 116 0.028 Top Fix 0.78 93 0.029 Top S 0.88 93 0.029 0.71 Side Fix 0.76 93 0.028 Side S 0.82 93 0.028 Mullion 0.90 133 0.028 Mullion * Spacers of lower thermal quality leading to higher thermal losses and lower temperatures. www.passivehouse.com Passive House Institute Page 1/2 Data Sheet Beijing Milan Window Energy Saving , Milux Passive 135 Installation Außenputz 0,700 W/(mK) Außenputz 0,700 W/(mK) Expandiertes PS 0,035 W/(mK) Expandiertes PS 0,035 W/(mK) Kalksandstein 1,000 W/(mK) Kalksandstein 1,000 W/(mK) Innenputz 0,510 W/(mK) Innenputz 0,510 W/(mK) Luftdichte Ebene Luftdichte Ebene Luftdichter Anschluss Luftdichter Anschluss durch Klebeband mit durch Klebeband mit Flieskaschierung Flieskaschierung Luftdichter Anschluss Luftdichter Anschluss durch Klebeband mit durch Klebeband mit Flieskaschierung Flieskaschierung 157,74 157,74 10 . 10 . geeignete punktuelle geeignete punktuelle Befestigung,aber nur Befestigung,aber nur Einbau- Einbau- fuge so weit auskragend fuge so weit auskragend 10 250 175 15 wie zur 10 250 175 15 wie zur 450 Verschraubung des 450 Verschraubung des Rahmens notwendig Rahmens notwendig Installation based thermal bridge Ψinstal. in Passive House suitable walls Position EIFS Fixed glazing (Fix) EIFS Sliding door (S) Bottom [W/(mK)] 0.011 0.011 Top [W/(mK)] 0.007 0.006 Side [W/(mK)] 0.007 0.007 UW,instal. [W/(m²K)] 0.80 Explanatory notes The window U-values were calculated based on a 2.40m by 2.50 m window U g = 0.70 W/(m²K). If better glazing is used, the window U-value decrease as follow: U Glazing Ug [W/(m²K)] 0.66 0.60 0.54 U Window UW [W/(m²K)] 0.76 0.71 0.66 Depending on the thermal losses through opaque elements, transparent components are categorised according to efficency classes. These thermal losses include the losses through the frame, multiplied by its width, the thermal bridge at the edge bond as well as the length of the edge bond. Please ask the manufacturer for a detailed report containing all calculations and results. For further information, please visit www.passivehouse.com or www.passipedia.org. www.passivehouse.com Passive House Institute Page 2/2.