CERTIFICATE. cool, temperate climate. CERTIFIED COMPONENT Passive House Institute. Passive House Institute Dr. Wolfgang Feist Darmstadt Germany

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1 CERTIFICATE Certified Passive House Component Component-ID 1016ws03 valid until 31st December 2017 Passive House Institute Dr. Wolfgang Feist Darmstadt Germany Category: Manufacturer: Product name: Window system aluplast GmbH, Karlsruhe, Germany energeto 8000 I passiv This certificate was awarded based on the following criteria for the cool, temperate climate zone Comfort U W = W/(m 2 K) U W,installed 0.85 W/(m 2 K) with U g = 0.70 W/(m 2 K) Hygiene f Rsi= Airtightness Q 100 = m 3 /(h m) cool, temperate climate phb Passive House efficiency class phe phd phc phb pha CERTIFIED COMPONENT Passive House Institute

2 aluplast GmbH Auf der Breit 2, Karlsruhe, Germany +49 (0)721 / info.de@aluplast.net 20 o C 18 o C 16 o C 14 o C 12 o C 10 o C 8 o C 6 o C 4 o C 2 o C 0 o C -2 o C -4 o C -6 o C -8 o C -10 o C Calculation model Isothermal Description Vinyl window frame, insulated by PU-foam (0,030 W/(mK)), reinforced by Polyamide with 25% glassfibre (0,30 W/(mK)). Note: At some not installed frame sections the temperature factor is not achieved. That might leed to hygienic subotimal conditions in case of very low exterior temperatures. Pane thickness: 48 mm (4/18/4/18/4), rebate depth: 16 mm, spacer: SWISSPACER Ultimate. Explanation The window U-values were calculated for the test window size of 2.46 m 1.48 m with U g = 0.70 W/(m 2 K). If a higher quality glazing is used, the window U-values will improve as follows: Glazing U g = W/(m 2 K) Window U W W/(m 2 K) Transparent building components are classified into efficiency classes depending on the heat losses through the opaque part. The frame U-Values, frame widths, thermal bridges at the glazing edge, and the glazing edge lengths are included in these heat losses. A more detailed report of the calculations performed in the context of certification is available from the manufacturer. The Passive House Institute has defined international component criteria for seven climate zones. In principle, components which have been certified for climate zones with higher requirements may also be used in climates with less stringent requirements. In a particular climate zone it may make sense to use a component of a higher thermal quality which has been certified for a climate zone with more stringent requirements. Further information relating to certification can be found on and passipedia.org. Component-ID: 1016ws03 2/10

3 Frame values Frame width U-value frame Ψ-glass edge Temp. Factor b f U f Ψ g f Rsi=0.25 mm W/(m 2 K) W/(m K) [-] Top (to) Side (s) Bottom (bo) Bottom Variant 1 (bo) Top (tof) Side (sf) Bottom (bof) Threshold balcony (th) Threshold side entrance (th) flying (thick) (fm) flying (narrow) (fm) (m) casement (m1) casements (m2) (tf) casement (t1) casements (t2) Spacer: SWISSPACER Ultimate Secondary seal: Polysulfide Top b f = mm U f = 0.80 W/(m 2 K) f Rsi = /10 energeto 8000 I passiv

4 Bottom b f = mm U f = 0.86 W/(m 2 K) f Rsi = 0.75 Bottom Variant 1 b f = mm U f = 0.80 W/(m 2 K) f Rsi = 0.74 Top b f = mm U f = 0.69 W/(m 2 K) f Rsi = 0.76 Bottom b f = mm U f = 0.80 W/(m 2 K) f Rsi = 0.76 Threshold balcony b f = mm U f = 1.30 W/(m 2 K) f Rsi = 0.62 Component-ID: 1016ws03 4/10

5 Threshold side entrance b f = mm U f = 1.44 W/(m 2 K) f Rsi = 0.43 flying (thick) b f = mm U f = 0.88 W/(m 2 K) f Rsi = 0.64 flying (narrow) b f = mm U f = 0.90 W/(m 2 K) f Rsi = 0.62 b f = mm U f = 1.00 W/(m 2 K) f Rsi = casement b f = mm U f = 0.97 W/(m 2 K) f Rsi = /10 energeto 8000 I passiv

6 2 casements b f = mm U f = 0.95 W/(m 2 K) f Rsi = casement b f = mm U f = 1.00 W/(m 2 K) f Rsi = casements b f = mm U f = 0.97 W/(m 2 K) f Rsi = 0.69 b f = mm U f = 0.97 W/(m 2 K) f Rsi = 0.69 Component-ID: 1016ws03 6/10

7 Validated installations Formwork blocks () U Wall = 0.15 W/(m 2 K) Formwork blocks (operable) U Wall = 0.15 W/(m 2 K) Lighthweight timber ( glazed) U Wall = 0.13 W/(m 2 K) Top Left Right Bottom U W,installed = 0.80 W/(m 2 K) Lightweight timber (operable) U Wall = 0.13 W/(m 2 K) Top Left Right Bottom U W,installed = 0.81 W/(m 2 K) Exterior insulation and finishing system (EIFS) ( glazed) U Wall = 0.13 W/(m 2 K) Top Left Right Bottom U W,installed = 0.83 W/(m 2 K) Exterior insulation and finishing system (EIFS) (operable) U Wall = 0.13 W/(m 2 K) Top Left Right Bottom U W,installed = 0.83 W/(m 2 K) Top Left Right Bottom U W,installed = 0.80 W/(m 2 K) Top Left Right Bottom U W,installed = 0.81 W/(m 2 K) 7/10 energeto 8000 I passiv

8 Formwork blocks bottom 2 () U 1 = Ψ install = 0.01 W/(m K) Formwork blocks bottom 2 (operable) Lighthweight timber bottom 2 () U 1 = Ψ install = 0.01 W/(m K) Ψ install = 0.02 W/(m K) Lighthweight timber bottom 2 (operable) Threshold balcony door Ψ install = 0.02 W/(m K) Ψ install = 0.07 W/(m K) Component-ID: 1016ws03 8/10

9 Threshold side entrance Exterior insulation and finishing system (EIFS) bottom () Ψ install = 0.05 W/(m K) Ψ install = 0.01 W/(m K) Exterior insulation and finishing s. (EIFS) bottom (operable) Ψ install = 0.01 W/(m K) 9/10 energeto 8000 I passiv

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