ARS-72 HO C16

ARS-72 HO C16

The constant investment to offer the best solutions in aluminium systems has led Exlabesa to develop the ARS-72 HO C16 aluminium window. An elegant, minimalist system with maximum guarantees. Among all its advantages, it is worth mentioning its unequalled water tightness (E2550), its optimum acoustic insulation (44 dB), its excellent U values (Uw: 0.8 W/m²K) and its ease of fabrication.

The multitude of possibilities offered by the ARS-72 HO C16 and its excellent performance make it a perfect choice for all types of buildings, from residential to commercial projects.

  • Maximum recommended dimensions per sash: 1400×2400 mm 
  • Maximum glazing 36 mm
  • 34 mm polyamide in outer frame and 37.5 mm polyamide in sash
  • 16 Groove hardware compatibility
  • Concealed hinges option
  • Outer frame with concealed drainage possible
  • EPDM central gasket and cellular polyethylene foams
  • Choice of standard (101 mm) or reduced (81 mm) rebated reverse profile
  • DAP/EPD
Image
Image
Image
Technical information
Performance
Openings
Benefits
Downloads
Air permeability* UNE-EN 1026:2017 Class 4
Water tightness* UNE-EN 1027:2017 Class E2550
Wind load resistance* UNE-EN 12211:2017 Class C5
Thermal insulation Uw** UNE-EN ISO 10077-1:2017 Up to 0.8 W/m2K
Sound insulation Rw UNE-EN ISO 10140-2:2011 44 dB (-1;-3)

 

* Specifications of 2-sashes window of 1230×1480 mm

** Specifications of a 1-sash balcony window of 1 sash of 1100×2200 mm

Maximum recommended dimensions (1 sash): 1400x2400 mm

Maximum recommended weight: 150kg/sash

Maximum glazing: 36 mm

Polyamide: 34 mm frame / 37,5 mm sash

Concealed hinge option 

EPDM sponge central seal and cellular polyethylene foams 

DAP/EPD 

Outer frame with concealed drainage possible 

Choice of standard (101 mm) or reduced (81 mm) rebated reverse profile 

Design

Straight, sleek lines are the hallmark of the ARS-72 HO C16 concealed sash window system. Its minimalist design, of uniform dimensions and in line with current trends in architecture, gives sophistication to any space, allowing maximum brightness without sacrificing any efficiency.

Features

The ARS-72 HO C16 system allows glazing up to 36 mm and slim sight lines. It also features 37.5 mm polyamides in the leaf and 34 mm in the outer frame, which are aligned with the central EPDM gasket and cellular polyethylene foams to improve the technical performance of the system. In addition, the fabrication process is simple thanks to the homogenization of the assembly elements.

Performance

The ARS-72 HO C16 is one of the most advanced aluminium systems on the market. In weather tests, it achieved class 4, class E2550 and class C5, with outstanding watertightness, withstanding up to 235 km/h without leaks. It also provides excellent results in terms of acoustic isolation (44 dB) and U values of up to 0.8 W/m²K, thanks to the aligned configuration of the 34 mm polyamides with intercalated bars, the central EPDM sponge gasket, the 37.5 mm sheet polyamide and the cellular polyethylene foams.

Possibilities

The versatility of the ARS-72 HO C16 is embodied in the wide variety of options it offers: concealed hinges with the possibility of using a 65 mm slim outer frame, concealed drainage and a multitude of opening types and finishes. It also includes the possibility of fabricating windows of 2 leaves with reverser profile of slim sight lines (81 mm) or symmetrical ones (101 mm) and transoms with the same dimension as these reversers, providing the system with symmetryc dimensions in both fixed and non fixed elements. A wide range of add on profiles are also available for on-site installation.

Download
Technical manual
Download
Specifications
Download
Tests
Download
CAD sections

Register in our digital space Exlabesa 360 to have TechDocs at your disposal: a complete documentary library with all the technical information about Exlabesa Architecture’s aluminium systems.

Access Exlabesa 360 and enjoy exclusive content and functionalities:

  • Catalogues, tests, reports, sections, DAP, BIM objects…
  • Thermal and acoustic transmittance calculations.
  • Up to date information