Embed Size (px)
Citation preview
CERTIFICATECertified Passive House Component
Passive House InstituteDr. Wolfgang Feist64283 Darmstadt
GermanyComponent-ID 1270ws03 valid until 31st December 2020
www.passivehouse.com
Category: Window systemManufacturer: Wescon Cedar Products Ltd.,
Duncan,Canada
Product name: 106mm Wood-Alu Window
This certificate was awarded based on the followingcriteria for the cool, temperate climate zone
Comfort UW = 0.80 ≤ 0.80 W/(m2 K)UW ,installed ≤ 0.85 W/(m2 K)with Ug = 0.70 W/(m2 K)
Hygiene fRsi=0.25 ≥ 0.70Airtightness Q100 = 0.22 ≤ 0.25 m3/(h m)
CERTIFIEDCOMPONENTPassive House Institute
cool, temperate climate
phBPassive House
efficiency class phE phD phC phB phA
Wescon Cedar Products Ltd.5120 Polkey Road, V9L 6W3 Duncan, CanadaT +1-250-748-5234 |B [email protected] | Í http://www.fensturwindows.com |
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
Timber-aluminium frame with cork insulation (0,045 W/(mK)). The required temperature factor is notmet at the threshold. The airtightness testing was undertaken for a window with two sidelights andtoplight (3660mmx 2900mm), as well as for a balcony door (1200mm x 2430mm); the required airtightness standard is not met for the balcony door. Glazing 4/18/4/18/4; glass intersection: 16mm;spacer: Superspacer Premium; secondary seal: butyl.
Explanation
The window U-values were calculated for the test window size of 2.46 m× 1.48 m with Ug =0.70 W/(m2 K). If a higher quality glazing is used, the window U-values will improve as follows:
Glazing Ug = 0.70 0.64 0.58 0.52 W/(m2 K)↓ ↓ ↓ ↓
Window UW = 0.80 0.75 0.71 0.66 W/(m2 K)
Transparent building components are classified into efficiency classes depending on the heat lossesthrough the opaque part. The frame U-Values, frame widths, thermal bridges at the glazing edge, andthe glazing edge lengths are included in these heat losses. A more detailed report of the calculationsperformed 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 mayalso be used in climates with less stringent requirements. In a particular climate zone it may makesense to use a component of a higher thermal quality which has been certified for a climate zonewith more stringent requirements.
Further information relating to certificationcan be found on www.passivehouse.com and passipedia.org.
2/8Component-ID: 1270ws03
www.passivehouse.com
Frame width U-value frame Ψ -panel edge Temp. Factorbf Uf Ψg fRsi=0.25
Framevalues mm W/(m2 K) W/(m K) [-]
Top (to) 102 0.86 0.020 0.71
Side (s) 102 0.86 0.020 0.71
Bottom (bo) 102 0.89 0.020 0.71
Topfixed
(tof) 82 0.85 0.020 0.71
Sidefixed
(sf) 82 0.85 0.020 0.71
Bottomfixed
(bof) 82 0.87 0.020 0.71
Thresholdbalcony
(th) 158 1.30 0.021 0.55
Mullionflying
(fm) 126 0.92 0.020 0.72
Mullionfixed
(m) 84 0.87 0.019 0.74
Mullion1 casement
(m1) 135 0.89 0.020 0.71
Transomfixed
(tf) 84 0.87 0.019 0.74
Transom1 casement
(t1) 135 0.89 0.020 0.71
Spacer: Super Spacer Premium Secondary seal: Butyl
Top
bf = 102.00 mmUf = 0.86 W/(m2 K)Ψg = 0.020 W/(m K)fRsi = 0.71
Side
bf = 102.00 mmUf = 0.86 W/(m2 K)Ψg = 0.020 W/(m K)fRsi = 0.71
3/8 106mm Wood-Alu Window
www.passivehouse.com
Bottom
bf = 102.00 mmUf = 0.89 W/(m2 K)Ψg = 0.020 W/(m K)fRsi = 0.71
Topfixed
bf = 82.00 mmUf = 0.85 W/(m2 K)Ψg = 0.020 W/(m K)fRsi = 0.71
Sidefixed
bf = 82.00 mmUf = 0.85 W/(m2 K)Ψg = 0.020 W/(m K)fRsi = 0.71
Bottomfixed
bf = 82.00 mmUf = 0.87 W/(m2 K)Ψg = 0.020 W/(m K)fRsi = 0.71
Thresholdbalcony
bf = 158.00 mmUf = 1.30 W/(m2 K)Ψg = 0.021 W/(m K)fRsi = 0.55
4/8Component-ID: 1270ws03
www.passivehouse.com
Mullionflying
bf = 126.00 mmUf = 0.92 W/(m2 K)Ψg = 0.020 W/(m K)fRsi = 0.72
Mullionfixed
bf = 84.00 mmUf = 0.87 W/(m2 K)Ψg = 0.019 W/(m K)fRsi = 0.74
Mullion1 casement
bf = 135.00 mmUf = 0.89 W/(m2 K)Ψg = 0.020 W/(m K)fRsi = 0.71
Transomfixed
bf = 84.00 mmUf = 0.87 W/(m2 K)Ψg = 0.019 W/(m K)fRsi = 0.74
Transom1 casement
bf = 135.00 mmUf = 0.89 W/(m2 K)Ψg = 0.020 W/(m K)fRsi = 0.71
5/8 106mm Wood-Alu Window
www.passivehouse.com
Validated installations
Formwork blocks (fixed)
UWall = 0.15 W/(m2 K)
Ψinstall W/(m K)Top 0.002Left 0.002Right 0.002Bottom 0.016
UW ,installed = 0.81 W/(m2 K)
Formwork blocks (operable)
UWall = 0.15 W/(m2 K)
Ψinstall W/(m K)Top 0.003Left 0.003Right 0.003Bottom 0.016
UW ,installed = 0.81 W/(m2 K)
Lightweight timber (fixedglazed)
UWall = 0.13 W/(m2 K)
Ψinstall W/(m K)Top 0.014Left 0.014Right 0.014Bottom 0.029
UW ,installed = 0.84 W/(m2 K)
Lightweight timber (operable)
UWall = 0.13 W/(m2 K)
Ψinstall W/(m K)Top 0.015Left 0.015Right 0.015Bottom 0.029
UW ,installed = 0.84 W/(m2 K)
Exterior insulation andfinishing system (EIFS) (fixed
glazed)UWall = 0.13 W/(m2 K)
Ψinstall W/(m K)Top 0.000Left 0.000Right 0.000Bottom 0.013
UW ,installed = 0.81 W/(m2 K)
Exterior insulation andfinishing system (EIFS)
(operable)UWall = 0.13 W/(m2 K)
Ψinstall W/(m K)Top 0.011Left 0.011Right 0.011Bottom 0.032
UW ,installed = 0.83 W/(m2 K)
6/8Component-ID: 1270ws03
www.passivehouse.com
Exterior insulation and finishing s. (EIFS)bottom (operable)
U1 = 0.14 [W/(m2 K)]
Ψinstall = 0.08 W/(m K)
7/8 106mm Wood-Alu Window
www.passivehouse.com
![Quality Report · 2018. 8. 15. · 0.006 -0.003 0.003 -0.001 0.002 Uncertainties (Sigma) 1.990 [pixel] 0.005 [mm] 0.664 [pixel] 0.002 [mm] 0.787 [pixel] 0.002 [mm] 0.000 0.000 0.000](https://img.pdfslide.us/doc/110x75/60fd4e48c8d80d2d9761f76c/quality-report-2018-8-15-0006-0003-0003-0001-0002-uncertainties-sigma.jpg)
