HAHN S9-iVt-05 Allglass
Max Width 1600mm
Max Height Unlimited
Max Blade Height 350mm
CONTACT
Unit 2 7-11 Parraweena Road
(02) 9526 3111
The S9-iVt-05 Allglass provides weather tightness and thermal protection with a flush plane allglass appearance, without any horizontal framing of the louvres on the outside.
The S9-iVt-05 Allglass is officially certified for natural smoke and heat extraction (EN 12101-2). Certified ball protection for sports facilities (DIN 18032-3)
CLEAR DOUBLE GLAZED LOUVRE WINDOW OPERATION
- Manual operation by hand lever, crank handle or hand wheel
- Electric operation by 24vDC or 240vAC motor
- Pneumatic
- 24vDC electric motor operator is required for NSHEV model compliant to EN12101-2
MATERIAL AND FINISH
- Aluminium sections with thermal barrier.
- Natural anodised finish 20um (special colours optional).
- Powder-coated to RAL colour.
GLAZING
Double or triple insulating glass (glass thickness 32mm or 34mm, in the standard combinations 4/20/8 or. 6/20/8).
GLASS TYPES
There are various combinations of glass in regards to thermal insulation, protection and colour depending on specific requirements. Glass can be either float, semi-tempered, toughened or laminated. Outer pane always needs to be toughened due to production related reasons.
Sandwich panels can be offered in various combinations instead of glazing for better insulation.
TECHNICAL INFORMATION
Best Uw value possible is 1.6 W/m²K
Learn More
For Further Reference please read the documents provided below. If you wish to obtain further information regarding our Fire Attenuation Screens, please contact us at (02) 9526 3100, or email us at sales@greenefire.com.au.
Alternatively, you can speak to us in person at Greene Fire Pty Limited, Unit 2 7-11 Parraweena Road Taren Point, NSW 2229
Benefits
- All glass view from external
- High performance U value due to the thermally broken frame
- Large louvre heights allowing more glass as a percentage of the window size
- Wide window widths available
- Tested and certifiable natural smoke ventilator
