Schiebetürsystem für Terrassen

Schüco Fassadensystem FWS 60

Leistungsstarke Pfosten-Riegel-Fassade mit 60 mm Ansichtsbreite – Basis für variantenreiche Lösungen

Das Schüco Fassadensystem FWS 60 überzeugt als Basissystem für Fassaden und Lichtdachbereiche mit hoher Flexibilität und attraktiven Gestaltungsoptionen – inklusive optimierter Fertigungs- und Montageprozesse. Dank eines breitgefächerten Systemprogramms sind Lösungen für unterschiedlichste Anforderungen und Anwendungen realisierbar.

Eine transparente, profilintegrierte Brüstungssicherung fügt sich nahtlos und filigran in die äußere Fassadenoptik ein. Die geforderte Absturzsicherheit bei geschosshohen Öffnungselementen und niedrigen Brüstungshöhen ist mit gleichbleibender Profilansichtsbreite und einem nicht unterbrochenen Profilverlauf umsetzbar.

Die Pfosten-Riegel-Fassade mit Ansichtsbreiten von 60 mm bietet in puncto Gestaltungsfreiheit eine große Auswahl an Glasandruckprofilen und Fassadendeckschalen sowie die Kombination mit Schüco Fenster-, Tür- und Schiebesystemen.

Systemoptimierte Bauteile gewährleisten die einfache und sichere Integration von elektrischen Komponenten, z. B. für automatisierte Schüco Tür- oder Sonnenschutzanlagen.

  • Profile-integrated spandrel safety barrier for floor-to-ceiling opening units and low spandrels ensure a minimalist and harmonious façade appearance
  • Wide selection of pressure plate profiles and façade cover caps, also in stainless steel, for the most varied of design requirements
  • Integration of diverse insert units from Schüco window, doors and sliding systems

Min face width

60 mm

Max. glass/panel thickness

62 mm

Max. vent width

Max. vent height

Max. sound reduction index Rwp

46 dB(A)

Air permeability

AE

Watertightness

RE 1200

Burglar resistance

Up to RC3

Wind load resistance

2.0/3.0 [kN/m²]

CE marking

Yes

Total basic depth

Width of vent frame

Max. vent weight

Min.-max. vent height

Min.-max. vent width

Outer frame face width

Vent frame face width

Max. face width of mullion

Min.-max. face width of mullion

Max. face width of meeting stile

Min.-max. face width of meeting stile

Min.-max. glass/panel thickness

4...62 mm

Area of application

Concealed fittings system

Surface finishes

Powder, Anodised, Paint

Glass composition

Barrier-free operating forces in accordance with DIN 18040

TipTronic

Opening type: TipTronic, inward-opening

Opening type: manual, inward-opening

Opening angle

Mechanical strength

Proof of durability

Corrosion protection class for fittings

Ug value of glass (≤)

Drainage levels

3

Integrated sun shading

Security glazing

Suitable for safety barrier loading

Yes

Colour-independent

Schüco FWS 60, thermally insulated aluminium add-on construction on a steel load-bearing structure
(with brackets)
As a mullion/transom construction for multi-storey façades with a 60 mm external face width.

Design features:
The construction must be sealed from outside using aluminium pressure plates to suit the infill thicknesses.

Load-bearing structure
In terms of the fabrication and installation tolerances, the substructure for the add-on construction described below must be designed, deviating from DIN, in accordance with the specifications of the system provider for the add-on construction.
An agreement regarding the tolerances of the substructure to be adhered to must be made between the contractors of both trades immediately after the contract has been awarded.

Selection
The load-bearing structure of the façade construction must be fabricated from steel rectangular profiles/steel supports.
or
The load-bearing structure of the façade construction is fabricated from steel rectangular profiles/steel supports produced by the customer.
End
The load-bearing steel construction is on the inside. The welded construction must be calculated and executed in accordance with DIN 18 800. The corrosion protection of steel structures must be in accordance with DIN 55 928. The steel profiles must be prepared for paint to be applied by others. The contractor for the painting work must be advised that the profile surfaces must be cleaned and primed before being painted. The space between the load-bearing structure and the add-on construction must be closed off using a gasket.
The glazing system is formed by mullion and transom profiles with C-shaped locating grooves for attachment to the load-bearing structure, as well as aluminium cover caps and/or pressure plates. The gasket locating groove of the transoms overlaps the gasket locating groove of the mullions. The overlap area must be sealed with appropriate seals. The glazing system is attached to the load-bearing structure by means of stainless steel fixing brackets. The maximum fixing intervals must be calculated in accordance with the system manufacturer’s size tables.

Glazing / insert units:
All glazing, even in the insert units, lies in the same plane. The glazing gaskets made from weather-resistant, black EPDM on the room side are of different depths in the mullions and transoms (6 mm offset).
Two individual gaskets made from weather-resistant, black EPDM, with a height of 3.5 mm, are positioned on the outside. Cruciform gaskets made from EPDM must be used where mullions and transoms join.
In principle two individual gaskets and butyl tape must be used for roof glazing.

Ventilation:
Rebate base ventilation and vapour pressure equalisation take place at all four corners of each module field into the mullion rebate.
For field drainage and ventilation, appropriate openings must be made in the aluminium pressure plates, cover caps and gaskets.

Profile face widths:
Mullion, transom, cover caps 60 mm

Profile basic depths:
Add-on mullion 22 mm
Add-on transom 28 mm
Cover cap (mullion) rectangular 15 mm
Cover cap (transom) rectangular 12 mm

FAQ zu Aluminiumfenstern und türen

Aluminum windows are categorized into: casement windows, sliding windows, fixed glazing, and folding systems. Choosing the right window type requires careful consideration and knowledge of its various features and parameters. Learn more about the different types of aluminum windows and select the perfect solution for your needs.

Highly energy-efficient windows are those with a special insulating layer inside, usually made of polyamide. This material is a poor conductor of heat and therefore prevents energy loss. Learn more about highly energy-efficient aluminum frames and their advantages.

Aluminum frames require minimal maintenance due to their material properties. To keep your doors and windows looking like new and further extend their lifespan, a few basic care tips should be followed.

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