1543ws03 aluplast energeto 8000 foam inside: (Window system)
1543ws03 aluplast energeto 8000 foam inside: (Window system): 0M1
1543ws03 aluplast energeto 8000 foam inside: (Window system): 0T1
1543ws03 aluplast energeto 8000 foam inside: (Window system): 1M1
1543ws03 aluplast energeto 8000 foam inside: (Window system): 1T1
1543ws03 aluplast energeto 8000 foam inside: (Window system): 2M1
1543ws03 aluplast energeto 8000 foam inside: (Window system): 2T1
1543ws03 aluplast energeto 8000 foam inside: (Window system): FB1
1543ws03 aluplast energeto 8000 foam inside: (Window system): FH1
1543ws03 aluplast energeto 8000 foam inside: (Window system): FJ1
1543ws03 aluplast energeto 8000 foam inside: (Window system): FM2
1543ws03 aluplast energeto 8000 foam inside: (Window system): FM3
1543ws03 aluplast energeto 8000 foam inside: (Window system): FM4
1543ws03 aluplast energeto 8000 foam inside: (Window system): OB1
1543ws03 aluplast energeto 8000 foam inside: (Window system): OH1
1543ws03 aluplast energeto 8000 foam inside: (Window system): OJ1
1543ws03 aluplast energeto 8000 foam inside: (Window system): OT3
1543ws03 aluplast energeto 8000 foam inside: (Window system): OT4
1543ws03 aluplast energeto 8000 foam inside: (Window system): OT5
aluplast energeto 8000 foam inside
| Certified since | 26 marca 2020 |
| Strefa klimatyczna | Cool, temperate |
| Typ | Window system |
| Sub type | |
| Klasa efektywności | phB |
| Materiał | PVC |
| UW | 0,80 W/(m2K) |
| Typ otwarty |
Opis
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. Maximum size of sash: 1.10 * 2.05 m laminated in any colour and 1.14 * 2.15 m white.
| Nazwa | Szerokość ramy | Współczynnik U | Ψ-value | Frsi-value |
|---|---|---|---|---|
| Szpros stały | 104 mm | 1,01 W/(m²K) | 0,026 W/(mK) | 0,740 |
| Stała pawęż | 104 mm | 1,01 W/(m²K) | 0,026 W/(mK) | 0,740 |
| Szpros 1 skrzydło | 143 mm | 0,95 W/(m²K) | 0,026 W/(mK) | 0,690 |
| Rygiel 1 skrzydło | 143 mm | 0,95 W/(m²K) | 0,026 W/(mK) | 0,690 |
| Szpros 2 skrzydła | 181 mm | 0,94 W/(m²K) | 0,026 W/(mK) | 0,670 |
| Rygiel 2 skrzydła | 181 mm | 0,94 W/(m²K) | 0,026 W/(mK) | 0,670 |
| Dół stała | 110 mm | 0,81 W/(m²K) | 0,027 W/(mK) | 0,760 |
| Górna Ustalone | 80 mm | 0,71 W/(m²K) | 0,027 W/(mK) | 0,750 |
| Boczna stała | 80 mm | 0,71 W/(m²K) | 0,027 W/(mK) | 0,750 |
| Otwierany szpros | 162 mm | 0,86 W/(m²K) | 0,026 W/(mK) | 0,630 |
| Otwierany szpros | 142 mm | 0,94 W/(m²K) | 0,026 W/(mK) | 0,580 |
| Otwierany szpros | 126 mm | 0,83 W/(m²K) | 0,027 W/(mK) | 0,650 |
| Dół | 149 mm | 0,86 W/(m²K) | 0,027 W/(mK) | 0,760 |
| Góra | 119 mm | 0,80 W/(m²K) | 0,027 W/(mK) | 0,760 |
| BOCZNY | 119 mm | 0,80 W/(m²K) | 0,027 W/(mK) | 0,760 |
| Próg | 89 mm | 1,44 W/(m²K) | 0,026 W/(mK) | 0,430 |
| Próg | 82 mm | 1,53 W/(m²K) | 0,026 W/(mK) | 0,730 |
| Próg | 82 mm | 1,35 W/(m²K) | 0,023 W/(mK) | 0,730 |
