The Schüco Window Façade FWS 60 offers a high degree of flexibility and attractive design options for windows and rooflight areas – including optimised fabrication and installation processes. 

Window Facade with Concealed Ventilation

The Schüco Façade FWS 60 CV (Concealed Vent) system harmoniously combines slimline face widths with a high degree of functionality and optimum thermal insulation. 

Benefits

Aluminium façade system solution with a face widths of 60mm and frame depths up to 150mm (subject to structural requirements).

• Suits all commercial, internal fit-out or architectural applications
• All-glass corner for maximum transparency in the corner area
• Transoms are inserted between mullions already erected using special spring bolt T-cleats
• Schüco AWS window insert units including Schüco AWS 114 slimline parallel-opening sash can be incorporated.
• Max sash weight 160kg
• Double and Triple glazing up to 50mm can be accommodated
• System components for connecting sun shading systems enable a further reduction in cooling loads and energy consumption in the building.

Thermally Broken Window Series

The Schüco AWS 75.SI aluminium window combines the benefits of aluminium with pioneering thermal insulation for sustainable architecture. 

 Benefits

• 75mm deep thermally broken window suite
• Suits all commercial, internal fit-out or architectural applications
• Window sash height of up to 2,500 mm and maximum sash weight up to 160 kg
• Concealed hardware
• Can be integrated into Schüco façade systems and Schüco Sliding Door Systems ASS 70.HI.
• Based on standard Schüco system components
• Supports single, double or triple glazing
• Captive glazing wedge and internal glazing beads for easier and secure on-site glazing.

Alongside energy efficiency, the seamless integration of form and function is nowadays a fundamental requirement when creating modern building envelopes.

With the Schüco AWS 75 PD.SI (Panorama Design Super Insulation) window, Schüco now offers an opening unit that meets these architectural requirements perfectly, with minimal internal and external face widths and excellent thermal insulation.

System features which are perfectly tailored to one another serve as the basis for this. These include a flush-fitted vent profile appearance on the inside, minimal gasket sightlines, maximum transparency with the narrowest of internal and external face widths, as well as harmonised face widths in the fixed light and opening unit for a uniform frame appearance.

Concealed drainage and a clean language of design thanks to narrow profile radii complete the pioneering design window system.

Integration of the highly thermally insulated opening unit in the Schüco FWS 35 PD façade system as well as the combination with the narrow, opaque Schüco AWS 75 PD VV.SI (Ventilation Vent Super Insulation) ventilation vent, for example, provide a perfectly tailored architectural solution.

Thermally Broken Parallel Opening Window

The Schüco AWS 114 aluminium window combines the benefits of aluminium with pioneering thermal insulation for sustainable architecture. 

 Benefits

• 114mm deep thermally broken window suite
• Suits all commercial, internal fit-out or architectural applications
• Glass thicknesses from 24 mm to 44 mm and as a highly thermally insulated insert unit (SI) with triple insulating glazing and glass thicknesses from 28 mm to 52 mm
• The highest level of thermal insulation with a thermal value of 1.3 W/(m²K) in the Super Insulation (SI) version
• As an all-glass façade window with stepped insulating glazing (Schüco AWS 114 SG and Schüco AWS 114 SG.SI) or as a façade window with standard insulating glazing and continuous glazing bead (Schüco AWS 114 and Schüco AWS 114.SI)
• Maximum permitted sash dimensions with Schüco TipTronic fitting (H x W) of 3600 mm x 1300 mm or 2500 mm x 2200 mm as parallel opening window
• Maximum permitted sash dimensions with manual operation (H x W) of 2000 mm x 1200 mm as parallel-opening window
• Sash weights up to 250 kg operated manually or using Schüco TipTronic, perfectly balanced system with low operating forces, suitable for safety barrier loading owing to energy-absorbing limiting stay.