AAG flat glass skydome with aluminium frame AAG flat glass skydome with aluminium frame

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
 
 
 
 
 
 
 
 
 
 

AAG skydomes with new Al profile, superb modern design and excellent thermal insulation properties. AAG skydomes have unrivalled design using glass and anodized aluminium. Optional use of dome with screws as top layer to protect it from dirt, the self-cleaning effect is of an advantage. AAG skydomes fulfil the highest requirements for construction fillings: reaction to fire of specific parts A1 in accordance with ČNS EN 13 501-1, heat transfer coefficient Ut from 0,30 W/m2.K, soft body impact 1B1. AAG skydomes are used for lighting, daily ventilation and access to roof. AAG skydomes are used for lighting, daily ventilation and access to roof.

Reaction to fire – class A1 or E.

From 2019 we also offer Al frame of flat skydome in matt shade RAL 7021 anthracite – this product cannot be used in combination with dome glazing.

  • with burnished wired glas - protection according to ČSN 73 0865, reaction to fire according to ČSN EN 13 501-1
  • Flat glazing with drip protection wired glass, insulated safety glass
    • bottom layer - Insulating safety glazing 6 mm with wired glass, iplus 1.1.6-16-6 or Insulating safety glazing 8 mm with wired glass, iplus 1.1.8-16-6
    • optional protection against dirt - glazing dome, wing price is not included, suitable to choose PMMA, PET-G or HEAT STOP material
    • aluminium AAG frame thermally broken
    Reaction to fire:
    with upstand from steel = A1, with upstand from PVC = E
    Heat transfer coefficient Ut/Ur/Urc = 1,0/1,4/1,2(1,5) W/m2.K
    Radiation properties (tD65/g= 67%/0,46
    UL = 3000, DL = 2500, 1B1, AP 4, Rw = NPD
    download technical sheets
    download technical drawings
  •  without burnished wired glass - reaction to fire according to ČSN EN 13 501-1
  • Flat glazing with reaction to fire, insulated safety glass
    • bottom layer - insulating safety glass Iplus Advanced 6-16-VSG 44.2,1.0 - top tempered for resistance to breakage - bottom laminated safety glass
    • (NEW GLASS - laminated insulating double glass ESG Energy 6T-16-33.2 (4T-18-33.2/6T-16-44.2) upper tempered glass with heat-reflective layer, lower safety glass - on sale from 04/2024)
    • optional protection against dirt - glazing dome, wing price is not included, suitable to choose PMMA, PET-G or HEAT STOP material
    • aluminium AAG frame thermally broken
    Reaction to fire:
    with upstand from steel = A1, with upstand from PVC = E
    Heat transfer coefficient Ut/Ur/Urc = 1,0/1,4/1,2(1,5) W/m2.K
    Radiation properties (tD65/g= 75%/0,55
    UL = 3000, DL = 2500, 1B1, AP 4, Rw = NPD
    download technical sheets
    download technical drawings
  • Flat glazing with reaction to fire, insulated safety glass with thermal foil INTERM TF
    • bottom layer - insulated triple-glazed safety glass INTERM TF SPORO SUPER II with upper toughened and lower glued glass with thermal foil in the middle
    • optional protection against dirt - glazing dome, wing price is not included, suitable to choose PMMA, PET-G or HEAT STOP material
    • aluminium AAG frame thermally broken
    Reaction to fire:
    with upstand from steel = A1, with upstand from PVC = E
    Heat transfer coefficient Ut/Ur/Urc  0,3(0,36)/1,1/1,0(1,2) W/m2.K
    Radiation properties (tD65/g= 55%/30%
    UL = 3000, DL = 2500, 1B1, AP 4, Rw = NPD
    download technical sheets
    download technical drawings
  • Glazing dome with screws - accessories
  • Glazing dome - optional protection against dirt
    • PMMA, PET-G or HEAT STOP material can be selected
     

Important informationí:

To prevent dirt settling on glazing, we recommend to mount the glass glazing in the angle of 5° and to use dome version for PC glazing.

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.

rez AAG sklo