DWH Fabrika Rauna , , ,287 3,884. Sec on A - A. I. Peneze 2 1:50/ A4. LOFT Ceiling: plywood 50 mm.

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1 ,000 68, 0, Bitumen shingles OSB Woodbars x mm OR Croosbars x(h)mm Wind plastic Wood construction x w=0 mm; Vapour barrier Wood bars x mm w=0mm Wood boarding LOFT Ceiling: plywood 0 mm External wall Exterior finish cladding vertically - Crossbars 00x (h) mm - Woodbars x (h) mm - Wind plastic OSB - Wood construction x0 mm -0 w= mm Vapour barrier Woodbars vertically x mm - w=0 mm Interior finish cladding vertically ,88 Floor Parquet flooring OSB Wood beams x0(h) s=600 mm w=0 mm; Cembrit windstopper DWH Fabrika Rauna Model: 066 Drawing: Customer: Sec on A - A GSPublisherEngine Fabrika Rauna 08 Scale: :0/ A Design: Date: I. Peneze Page Pages

2 All statements without guarantee Exterior wall 0+ Thermal protection U = 0,0 W/(m²K) EnEV Bestand*: U<0, W/(m²K) Moisture proofing Dries 7 days Condensate: 0 g/m² Heat protection Exterior wall Temperature amplitude damping:, phase shift: 6, h Thermal capacity inside:,8 kj/m²k spruce (0x) spruce (0x) spruce (x0) Tyvek Soft spruce (x0) OSB/ (, mm) mineral wool 0 (0 mm) mineral wool 0 (0 mm) Vapor barrier sd=00m Pine ( mm) spruce ( mm), outside 7, 0 0 inside 0 Pine ( mm) mineral wool 0 (0 mm) Vapor barrier sd=00m mineral wool 0 (0 mm) OSB/ (, mm) 6 Tyvek Soft 7 Air layer ( mm) 8 Rear ventilated level ( mm) spruce ( mm) <-> Layers marked by arrows are perpendicular to the main axis. Inside air : 0,0 C / 0% Outside air: -,0 C / 80% Surface temperature.: 8, C / -,8 C sd-value: 0,8 m Thickness: 7, cm Weight: kg/m² Heat capacity: kj/m²k EnEV Bestand EnEV6 Neubau EnEV Neubau EnEV Bestand (Nichtwohngeb.) *Comparison of the U-value with den Höchstwerten aus EnEV 0 Anlage Tabelle (EnEV Bestand); den Höchstwerten aus EnEV 0 Anlage Tabelle (EnEV Bestand, niedrige InnenTemp.); 80% des U-Werts der Referenzausführung aus EnEV 0 Anlage Tabelle (EnEV6 Neubau); der Referenzausführung aus EnEV 0 Anlage Tabelle (EnEV Neubau) Page

3 Powered by TCPDF ( All statements without guarantee Exterior wall 0+, U=0,0 W/(m²K) U-Value calculation according to DIN EN ISO 66 # Material Dicke λ R [cm] [W/mK] [m²k/w] Thermal contact resistance inside (Rsi) 0,0 Pine,0 0,0 0,08 mineral wool 0,00 0,0,6 spruce (7,%),00 0,0 0,8 Vapor barrier sd=00m 0,0 0,0 0,00 mineral wool 0,00 0,0,70 spruce (7,%),00 0,0 0, OSB/ 0, 0,0 0,07 6 Tyvek Soft 0,0 0,0 0,00 Thermal contact resistance outside (Rse) 0,0 Whole component 7, Thermal contact resistances have been taken from DIN 66 Table 7. Rsi: heat flow direction horizontally Rse: heat flow direction horizontally, outside: Ventilation level Upper limit of thermal resistance R tot;upper =, m²k/w. Lower limit of thermal resistance R tot;lower =,68 m²k/w. Check applicability: R tot;upper / R tot;lower =,0 (maximum allowed:,) The procedure may be used. Thermal resistance R tot = (R tot;upper + R tot;lower )/ =,8 m²k/w Estimated maximum relative uncertainty according to section 6..:,% Heat transfer coefficient U = /R tot = 0,0 W/(m²K), outside 7, 0 0 inside 0 Page

4 All statements without guarantee Floor panel 0 Thermal protection U = 0,6 W/(m²K) EnEV Bestand*: U<0, W/(m²K) Moisture proofing No condensate Heat protection Temperature amplitude damping: 8 phase shift: 7, h Thermal capacity inside: 0 kj/m²k Floor OSB/ ( mm) PE foil -layer panel ( mm) cement-bonded particleboard ( mm) mineral wool 0 (0 mm) spruce (0x) 6, 0 -layer panel ( mm) OSB/ ( mm) PE foil mineral wool 0 (0 mm) cement-bonded particleboard ( mm) Inside air : 0,0 C / 0% Outside air: -,0 C / 80% Surface temperature.: 8, C / -,8 C sd-value:, m Thickness: 6, cm Weight: kg/m² Heat capacity: 66 kj/m²k EnEV Bestand EnEV6 Neubau EnEV Neubau EnEV Bestand (Nichtwohngeb.) *Comparison of the U-value with den Höchstwerten aus EnEV 0 Anlage Tabelle (EnEV Bestand); den Höchstwerten aus EnEV 0 Anlage Tabelle (EnEV Bestand, niedrige InnenTemp.); 80% des U-Werts der Referenzausführung aus EnEV 0 Anlage Tabelle (EnEV6 Neubau); der Referenzausführung aus EnEV 0 Anlage Tabelle (EnEV Neubau) Page

5 Powered by TCPDF ( All statements without guarantee Floor panel 0, U=0,6 W/(m²K) U-Value calculation according to DIN EN ISO 66 # Material Dicke λ R [cm] [W/mK] [m²k/w] Thermal contact resistance inside (Rsi) 0,70 -layer panel,0 0,0 0,08 OSB/,0 0,0 0,6 PE foil 0,0 0,00 0,00 mineral wool 0,00 0,0 6,87 spruce (7,%),00 0,0,6 cement-bonded particleboard 0,0 0,0 0,0 Thermal contact resistance outside (Rse) 0,00 Whole component 6, Thermal contact resistances have been taken from DIN 66 Table 7. Rsi: heat flow direction downward Rse: heat flow direction downward, outside: Direct contact to outside air Upper limit of thermal resistance R tot;upper = 6,8 m²k/w. Lower limit of thermal resistance R tot;lower = 6,7 m²k/w. Check applicability: R tot;upper / R tot;lower =,00 (maximum allowed:,) The procedure may be used. Thermal resistance R tot = (R tot;upper + R tot;lower )/ = 6,08 m²k/w Estimated maximum relative uncertainty according to section 6..:,% Heat transfer coefficient U = /R tot = 0,6 W/(m²K) 6, 0 Page

6 All statements without guarantee Roof panel + Thermal protection U = 0,8 W/(m²K) EnEV Bestand*: U<0, W/(m²K) Moisture proofing Condensate: 76 g/m² Dries 6 days Heat protection Roof construction Temperature amplitude damping:, phase shift: 6, h Thermal capacity inside:, kj/m²k Ruukki Classic C 0+ (0, mm) spruce (x) spruce (8x) Tyvek Solid 00 PE foil spruce (0x) mineral wool 0 (0 mm) mineral wool 0 ( mm) spruce (x) Pine ( mm) ,7 0 Pine ( mm) mineral wool 0 (0 mm) PE foil mineral wool 0 ( mm) Tyvek Solid 6 Rear ventilated level ( mm) 7 Rear ventilated level (8 mm) 8 Ruukki Classic C 0+ (0, mm) <-> Layers marked by arrows are perpendicular to the main axis. Inside air : 0,0 C / 0% Outside air: -,0 C / 80% Surface temperature.: 8,7 C / -,8 C sd-value: 6,0 m Thickness: 8, cm Weight: 7 kg/m² Heat capacity: kj/m²k EnEV Bestand EnEV6 Neubau EnEV Neubau EnEV Bestand (Nichtwohngeb.) *Comparison of the U-value with den Höchstwerten aus EnEV 0 Anlage Tabelle (EnEV Bestand); den Höchstwerten aus EnEV 0 Anlage Tabelle (EnEV Bestand, niedrige InnenTemp.); 80% des U-Werts der Referenzausführung aus EnEV 0 Anlage Tabelle (EnEV6 Neubau); der Referenzausführung aus EnEV 0 Anlage Tabelle (EnEV Neubau) Page

7 Powered by TCPDF ( All statements without guarantee Roof panel +, U=0,8 W/(m²K) U-Value calculation according to DIN EN ISO 66 # Material Dicke λ R [cm] [W/mK] [m²k/w] Thermal contact resistance inside (Rsi) 0,00 Pine,0 0,0 0,08 mineral wool 0,00 0,0,6 spruce (7,%),00 0,0 0,8 PE foil 0,0 0,00 0,00 mineral wool 0,0 0,0, spruce (7,%),0 0,0, Tyvek Solid 0,0 0,0 0,00 Thermal contact resistance outside (Rse) 0,00 Whole component 8,7 Thermal contact resistances have been taken from DIN 66 Table 7. Rsi: heat flow direction upwards Rse: heat flow direction upwards, outside: Ventilation level Upper limit of thermal resistance R tot;upper =,77 m²k/w. Lower limit of thermal resistance R tot;lower =,6 m²k/w. Check applicability: R tot;upper / R tot;lower =,06 (maximum allowed:,) The procedure may be used. Thermal resistance R tot = (R tot;upper + R tot;lower )/ =, m²k/w Estimated maximum relative uncertainty according to section 6..:,6% Heat transfer coefficient U = /R tot = 0,8 W/(m²K) ,7 0 Page