Façade UCC 65 SG

Combines the high-quality appearance of an all-glass façade with the efficient construction of a high-performance unitised façade

Schüco Façade UCC 65 SG (Unitised Customised Construction) is a flexible and powerful modular system for unitised façades. The main difference between this system and special constructions is the system components approved by renowned test institutes. All other components can be tailored perfectly to the façade, around these components, on an individual project basis.

The Schüco UCC 65 SG unitised façade looks impressive on the outside with the expansive appearance of an all-glass façade. On the inside, its design is that of a unitised façade with narrow face widths of only 65 mm. With the Schüco AWS 114 windows series, large insert units are possible as projected top-hung or parallel-opening windows with vent weights of up to 250 kg. Construction with stepped insulating glazing ensures seamless integration into the façade. Particularly efficient fabrication and installation is assured due to the unitised construction.

Category:

PRODUCT BENEFITS

Energy

  • Uf values of 2.4 W/(m²K) up to 2.7 W/(m²K) are possible

Design

  • Unitised façade with the expansive appearance of an all-glass façade, with narrow face widths of up to 65 mm on the inside

Automation

  • Integration of Schüco AWS 114 as projected top-hung window or parallel-opening window: possibility of large automated window solutions incorporated in the building management system for standard and SHEVS applications

Security

  • Comprehensive system tests in accordance with European and American test standards

Enhanced function

  • Schüco AWS 114 insert units can be integrated as projected top-hung or parallel-opening windows with vent weights up to 250 kg
  • Hollow chamber profiles and fabrication using mitred corners ensure high unit stability

TECHNICAL INFOS

System basic depth
Uf value of frame (≥)
Max. glass/panel thickness
  • 36 mm
Max. sound reduction Rwp
Air permeability
  • AE
Watertightness
  • RE 1200
Burglar resistance
  • Up to RC3
Wind load resistance
CE marking
  • Ja
Surface finishes
  • Powder
  • Anodised
  • Paint
Min.-max. glass/panel thickness
Suitable for safety barrier loading
  • Ja
Impact resistance
  • I5/E5
Max. height
  • 3600 mm
Max. width
  • 2700 mm
Min. system basic depth
Min.-max. system basic depth
SYSTEM / MATERIAL
  • Aluminium
FAÇADE TYPE
  • Unitised façade
  • All-glass façade
ENERGY
  • Thermally insulated
DESIGN
  • Structural glazing
Max. weight
  • 250 kg
AAMA certified
  • Yes
Max. system basic depth
Min. glass/panel thickness
  • 26 mm
Min. basic depth of mullion
Max. basic depth of mullion
Min.-max. basic depth of mullion
Face width, inside
  • 65 mm
Total width of unit
  • 2700 mm
Total height of unit
  • 3600 mm
Basic depth of frame
Horizontal joint flexibility
Vertical joint flexibility
  • 5 mm
European Technical Assessment
  • Ja
Standards
  • EN ISO 10077
  • DIN EN 13830
Installation angle
  • 90°
Drainage
  • Ja
Drainage levels
  • 1
Recyclable
  • Ja
Polygon façade angle
  • 1.5°
Butt joint width
  • 10 mm
Max. unit weight
  • 250 kg
Max. glass/infill weight

TENDER SPECIFICATIONS/PREVIEW SPECIFICATION

Schüco UCC 65 SG, thermally insulated, self-supporting, unitised aluminium façade system
As a self-supporting unitised façade with external structural glazing, without frame profiles which are visible from the outside, for unitised multi-storey façade constructions, load-bearing structure on the room side with 65 mm face width in the vertical unit joints and 75 mm in the horizontal unit joints.

Design features (façade load-bearing structure):
The load-bearing structure of the façade construction consists of right-angled, multi-chamber hollow profiles in unitised construction, using corner cleats with Schüco adhesive injection and bonding technology, mitre-cut, optionally with sash bars, inserted using T-cleats and seals with integral sealing channels for sealing the H-joints. The load-bearing profiles, basic depth 125 mm, are located on the room-side.
Max. dimensions 2700 x 3600 mm, unit weight up to 300 kg.

Coupling of units:
For unit coupling, 2-sided (side and top) inner and outer self-clamping coupling profiles must be inserted with EPDM gaskets in the frame profiles fitted with engagement grooves. The coupling joints must overlap: the vertical coupling profiles overlap the horizontal gasket profiles.
During installation of units, a continuous saddle gasket must be located outside, horizontally at the bottom, and sealed. Units are fitted with an EPDM centre gasket to take up tolerances around 3 sides on the outside, fabricated as a 3-sided gasket frame or used off the roll by the metre with gasket corners. This gasket must be inserted into a plastic glazing bead, likewise the saddle gasket described. The plastic glazing bead is clipped into the load-bearing structure. The continuous plastic glazing bead is colour-coated black (similar to RAL 9005).
The horizontal 21 mm wide butt joint, dimension between the glazing frame can support tolerances, e.g. as a result of ceiling movements, up to ± 10 mm.

Design features (fixed structural glazing with bonding of glazed unit directly on the colour-coated load-bearing structure):
The planning, measurement and design of the glazing must be in accordance with the guidelines for structural glazing, the regulations from the sealant suppliers and the EOTA guidelines.
The units must be glazed by the customer.
A plastic glazing bead is used all-round.
The suitability of the powder-coated / anodised load-bearing structure and plastic glazing bead with regard to surface adhesion must be agreed with the sealant supplier.

Design features (fixed structural glazing with bonding of a double glazed unit on an adapter profile anodised in E6/dark bronze in the load-bearing structure):
The planning, measurement and design of the glazing must be in accordance with the guidelines for structural glazing, the regulations from the sealant suppliers and the EOTA guidelines.
The units must be glazed by the customer.
A plastic glazing bead is used all-round.
Silicone adhesive must be used for load-bearing bonding on the adapter profile anodised in E6/dark bronze.

DOWNLOAD

CAD DATA

TEST DOCUMENTS