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PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK

PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK

Product catalog summary

Project Overview: The document outlines the specifications and construction details for Project W58, an architectural skylight made of aluminum with a thermal break. It focuses on ensuring waterproofness, thermal insulation, and structural integrity.

Dimensional Limits: The skylight's maximum inertia is 1878 cm⁴ without reinforcements and 3794 cm⁴ with reinforcements. The maximum infill thickness is 43 mm.

Design Principles: The system must ensure waterproofness through cascade drainage and avoid water retention. It should allow for specific forms, such as angled rafters, using adapted profiles.

Appearance: The skylight features horizontal and vertical cowlings with a visible width of 58 mm. The exterior finish includes a 20-micron anodization and lacquering, with specific color standards.

Profiles: Load-bearing profiles must be 58 mm wide and comply with Eurocode 1 standards. They must be calculated based on geographic and structural constraints.

Thermal Insulation: PVC profiles reinforced with glass fiber provide thermal insulation. The system must comply with current thermal regulations, with specific Ug and Ucw coefficients.

Manufacturing Process: The assembly involves stainless steel screws and assembly T pieces for structural integrity. The design accommodates variable angles and ensures proper drainage.

Glazing or Infill: Infill is secured by clamps and cowlings, with adjustments for different thicknesses. Waterproof gaskets ensure a tight seal.

Waterproofness: EPDM gaskets and special waterproof pieces prevent seepage. Cross rails have buttress ends for drainage.

Active Leaves: Hinged skylights ensure waterproofness with thicker profiles. Thermal insulation is achieved with polyamide clips, and corner cleats are secured with various methods.

Fitting: Mullions are bonded to brickwork with adjustable tacks, ensuring precise placement and expansion leeway.

Caulking: Sheet metal elements ensure waterproofing, with a minimum thickness of 15/10 and SNJF-labeled sealant.

Framework Details: The document includes detailed cross-section diagrams for roofing traverses, vertical and horizontal sections, and connection principles.

Catalog excerpts

PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK-1

PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK DIMENSIONAL LIMITS: They have to be calculated according to the projects’ constraints (a wide range that permits to respond to most of the needs). MAXIMUM INERTIA: 1878 cm⁴ without reinforcements and 3794 cm⁴ with reinforcements MAXIMUM INFILL: 43 mm ARCHITECTURAL SKYLIGHT PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK ARCHITECTURAL SKYLIGHT

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PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK-2

PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK ARCHITECTURAL SKYLIGHT The selected system must permit to: - Guarantee the waterproofness of the construction through the adoption of a principle of seepage evacuation by “cascade drainage” - Avoid water retention on the edges of the cowlings. - Realize specific forms, for example a form with angle rafters, fabricated with adapted profiles. Infill are maintained by clamps profiles on mullions and by clamps-cowlings on cross rails, which are themselves fixed to primary framework through self-boring stainless steel screws (the necessary couple...

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PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK-3

PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK ARCHITECTURAL SKYLIGHT EXTERIOR FRAMEWORK ROOFING TRAVERSES VERTICAL CROSSSECTION CHEVRON ROOFING HORIZONTAL CROSSSECTION

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PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK-4

PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK ARCHITECTURAL SKYLIGHT CONNECTION PRINCIPLE ON THE BOTTOM Cross-section scale: 1/2 EXTERIOR FRAMEWORK

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PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK-5

SKYLIGHT IN ALUMINIM WITH THERMAL BREAK (Fxl ■ I V|VVl ARCHITECTURAL SKYLIGHT KNIFE EDGES CONCEPTION DETAILS

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PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK-6

PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK ARCHITECTURAL SKYLIGHT ROOFING CONNECTION PRINCIPLE Cross-section scale: 1/2 EXTERIOR FRAMEWORK Pump waterproofing Free-running bending semi-rigid insulator

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PROJECT W58 SKYLIGHT IN ALUMINIM WITH THERMAL BREAK-7

SKYLIGHT IN ALUMINIM WITH THERMAL BREAK (Fxl ■ I V|VVl ARCHITECTURAL SKYLIGHT SABLIERE" DETAILS WITH GUTTER metal sheet

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