2/4 weru afino tec md - passive house · phe phd phc phb pha. ... the window u-values were...

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CERTIFICATE Certified Passive House Component Passive House Institute Dr. Wolfgang Feist 64283 Darmstadt Germany Component-ID 1092wi04 valid until 31st December 2018 www.passivehouse.com Category: Window Frame Manufacturer: WERU Group Spain, Cabanas de Ebro (Zaragoza), Spain Product name: WERU AFINO TEC MD This certificate was awarded based on the following criteria for the warm, temperate climate zone Comfort U W = 1.00 1.00 W/(m 2 K) U W ,installed 1.05 W/(m 2 K) with U g = 0.90 W/(m 2 K) Hygiene f Rsi =0.25 0.65 CERTIFIED COMPONENT Passive House Institute warm, temperate climate ph B Passive House efficiency class phE phD phC phB phA

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CERTIFICATECertified Passive House Component

Passive House InstituteDr. Wolfgang Feist64283 Darmstadt

GermanyComponent-ID 1092wi04 valid until 31st December 2018

www.passivehouse.com

Category: Window FrameManufacturer: WERU Group Spain,

Cabanas de Ebro (Zaragoza),Spain

Product name: WERU AFINO TEC MD

This certificate was awarded based on the followingcriteria for the warm, temperate climate zone

Comfort UW = 1.00 ≤ 1.00 W/(m2 K)UW ,installed ≤ 1.05 W/(m2 K)with Ug = 0.90 W/(m2 K)

Hygiene fRsi=0.25 ≥ 0.65

CERTIFIEDCOMPONENTPassive House Institute

warm, temperate climate

phBPassive House

efficiency class phE phD phC phB phA

WERU Group SpainBarrio Estacion, Nave 2, 50638 Cabanas de Ebro (Zaragoza), SpainT +34 628 01 04 05 |B [email protected] | Í http://www.weru.es |

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Calculation model Isothermal

Description

PVC-frame with reinforcement inside the blind-frame. Pane thickness: 48 mm (4/18/4/18/4), rebatedepth: 19 mm, spacer: TGI-Spacer P

Explanation

The window U-values were calculated for the test window size of 1.23 m× 1.48 m with Ug = 0.90 W/(m2 K).If a higher quality glazing is used, the window U-values will improve as follows:

Glazing Ug = 0.90 0.74 0.70 0.64 W/(m2 K)↓ ↓ ↓ ↓

Window UW = 1.00 0.89 0.86 0.82 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. Inprinciple, components which have been certified for climate zones with higher requirements may alsobe used in climates with less stringent requirements. In a particular climate zone it may make senseto use a component of a higher thermal quality which has been certified for a climate zone with morestringent requirements.

Further information relating to certificationcan be found on www.passivehouse.com and passipedia.org.

2/4 WERU AFINO TEC MD

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) 115 1.04 0.021 0.69

Side (s) 115 1.04 0.021 0.69

Bottom (bo) 115 1.04 0.021 0.69

Mullion1 casement

(m1) 118 1.02 0.021 0.71

Spacer: TGI-Spacer Precision Secondary seal: Polyurethane

Validated installations

Timber frame

UWall = 0.17 W/(m2 K)

Ψinstall W/(m K)Top 0.014Side 0.014Bottom 0.026

UW ,installed = 1.05 W/(m2 K)

EIFS

UWall = 0.23 W/(m2 K)

Ψinstall W/(m K)Top 0.000Side 0.000Bottom 0.013

UW ,installed = 1.00 W/(m2 K)

Cavity wall

UWall = 0.21 W/(m2 K)

Ψinstall W/(m K)Top 0.003Side 0.003Bottom 0.014

UW ,installed = 1.01 W/(m2 K)

3/4Component-ID: 1092wi04

www.passivehouse.com

www.passivehouse.com