Rabel Aluminium Systems introduces the Rabel 14020, a dynamic kinetic facade pivot shading system designed to offer customizable sun and shading control for building occupants. This article delves into the features, technical specifications, and application versatility of the Rabel 14020 system, highlighting its integration capabilities and functional benefits in construction projects.
Product Features
The Rabel 14020 kinetic facade pivot shading system moves along the horizontal axis, providing flexible shading solutions. Key features include:
- Customizable Louvers: Available in groups or as individuals, the louvers can be operated electrically or manually, offering personalized shading control.
- Integration with External Cladding: Rabel Aluminium Systems ensures seamless integration with a variety of external cladding materials, including fiber cement, HPL, aluminum composite panels, wood, glass, ceramic, and metal sheets.
- Versatile Blade Orientation: The blades can be installed vertically or horizontally, enhancing design flexibility.
Technical Specifications
The technical specifications of the Rabel 14020 system include:
- Max Sash Weight: Up to 200kg
- Installation Depth: 150mm
- Cladding Finishes: Louver, Glass, Sheet Metal, Aluminium Composite Panel, HPL, Fiber Cement, Wood, Ceramic
- Sash Profile Visible Width: 11.5-28mm
- Frame Profile Visible Width: 18.5mm
- Electric Motion: Available
- Sealing Type: Gaskets, Nylon Brush
Application and Construction Use
The Rabel 14020 system is suitable for various construction applications, including:
- Facades: Enhancing facade aesthetics while providing solar control.
- Exterior / Outdoor Spaces: Offering shading solutions for outdoor areas.
Properties
The primary property of the Rabel 14020 system is solar control, effectively managing sunlight penetration to optimize indoor comfort and energy efficiency.
In conclusion, Rabel Aluminium Systems’ Rabel 14020 Horizontal Pivot Shading System presents a sophisticated shading solution with customizable features, seamless integration capabilities, and efficient solar control properties, making it a valuable addition to modern construction projects.
