AAG skydome NO FRAME
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AAG wing overview and technical data
Reaction to fire | Class |
Heat transfer coefficient - glazing | Ut |
Heat transfer coefficient - skydome withou upstand | Ur |
Heat transfer coefficient - skydome with upstand | Urc |
Upward load | UL |
Downward load | DL |
Resistance to pendulum impact | 1B1 |
Air permeability | AP |
Sound transmission loss | Rw |
Watertightness | Comply |
Hard body impact | Comply |
Radiation properties | tD65 /g |
The comfortable AAG triple glass NO FRAME skydomes with new Al profile, superb modern design and excellent thermal insulation properties. The advantage is an unrivaled design using insulating triple safety glass with an overlap, around the perimeter with black enamel and a ground edge. The lower frame is made of aluminum in the matte shade RAL 7021 anthracite. AAG skylights meet the highest requirements for building fillings. The outer glass is tempered, the bottom is laminated for safety (in case of glass breakage, the shards will remain on the foil). AAG skylights are used for lighting and daily ventilation. Installation is suitable for flat roofs and roofs with an inclination of up to 35°.
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Comfortable glazing NO FRAME
- skylight filling - insulated safety triple glazing around the perimeter with a darkened overlap and a ground edge
Reaction to fire:with upstand from steel = A1, with upstand from PVC = EHeat transfer coefficient Ut/Ur/Urc = 0,6/0,93/0,92(1,2) W/m2.KRadiation properties (tD65/g) = 73%/0,55UL = 1500, DL = 2500, 1B1, AP 4, Rw = 42 dB
Important informationí:
To prevent dirt settling on glazing, we recommend to mount the glass glazing in the angle of min. 5°.
Because of snow overload (there is a danger of glazing collapsing and leaking) of flat glass and flat polycarbonate (PC) glazing, it is necessary to regularly clean snow from the skydome surface.
Follow the instructions for skydome snow load measurements.