1021ic03 THERM+50 FS-I Glasdach: (Dach szklany): 0M1
1021ic03 THERM+50 FS-I Glasdach: (Dach szklany): 0T1
1021ic03 THERM+50 FS-I Glasdach: (Dach szklany): 1T1
1021ic03 THERM+50 FS-I Glasdach: (Dach szklany): FB1
1021ic03 THERM+50 FS-I Glasdach: (Dach szklany): FH1
1021ic03 THERM+50 FS-I Glasdach: (Dach szklany): FJ1
THERM+50 FS-I Glasdach
| Certified since | 12 stycznia 2017 |
| Strefa klimatyczna | Cool, temperate |
| Typ | Dach szklany |
| Sub type | |
| Klasa efektywności | phA |
| Materiał | Steel / aluminium |
| UW | 0,84 W/(m2K) |
| Typ otwarty |
Opis
Construction: Steel aluminum curtain wall with insulation in the glazing rebate (0.038 W/(mK)). Pane thickness: 48,76 mm (6/14/6/14/8,76), rebate depth: 12 mm, spacer: SWISSPACER Ultimate. Different versions of pressureplate, coverstrip and insulating material are available and have been evaluated. These values can be provided by the system provider and the PHI on request. The glazing was calculated with a 3 mm secondary seal. As it is often the case that this is thicker, today the calculation is carried out with a 6 mm secondary seal. This leads to a higher glazing edge thermal bridge, which can also be estimated by way of the spacer certificates: www.passivhauskomponenten.org / glazing edge bonds. The higher rates of heat loss can be compensated for by using e. g. improved glazing.
| Nazwa | Szerokość ramy | Współczynnik U | Ψ-value | Frsi-value |
|---|---|---|---|---|
| Szpros stały | 50 mm | 0,97 W/(m²K) | 0,039 W/(mK) | 0,770 |
| Stała pawęż | 50 mm | 1,02 W/(m²K) | 0,039 W/(mK) | 0,770 |
| Rygiel 1 skrzydło | 95 mm | 1,72 W/(m²K) | 0,041 W/(mK) | 0,700 |
| Dół stała | 50 mm | 1,06 W/(m²K) | 0,038 W/(mK) | 0,760 |
| Górna Ustalone | 50 mm | 1,06 W/(m²K) | 0,038 W/(mK) | 0,760 |
| Boczna stała | 50 mm | 1,02 W/(m²K) | 0,038 W/(mK) | 0,770 |
