Introduction to Rabel 14020
Rabel 14020, developed by Rabel Aluminium Systems, is an innovative kinetic facade pivot shading system designed to move along the horizontal axis. This system features folding louvers that can be operated either electrically or manually, providing occupants with flexible and customizable sun and shading control. The louvers can be installed in groups or as individual units, enhancing their adaptability to various architectural needs.
Product Features
Rabel 14020 seamlessly integrates with a building’s external cladding, making it a versatile choice for modern architectural designs. The system supports a range of materials, including fiber cement, high-pressure laminate (HPL), aluminum composite panels, wood, glass, ceramic, and metal sheets. This adaptability allows the cladding materials to be used on the shading system itself, with options for vertical or horizontal blade installation.
In its standard configuration, the Rabel 14020 can be equipped with a built-in fly screen. For complete blackout conditions, all seams can be sealed to prevent any light penetration. The system’s design eliminates the need for a top box, and the tracks have been minimized to a depth of just 60mm, making it suitable for fitting onto existing openings without significant alterations.
Control and Customization
The Rabel 14020 shading system offers multiple control options for user convenience. It can be managed via a wall-mounted switch or a remote control, providing easy and accessible operation. This flexibility ensures that the system can be tailored to the specific needs and preferences of the building’s occupants.
Conclusion
The Rabel 14020 kinetic facade pivot shading system by Rabel Aluminium Systems is a sophisticated solution for modern architectural shading needs. Its ability to integrate seamlessly with various cladding materials, combined with customizable control options and minimal installation requirements, makes it an ideal choice for enhancing both the functionality and aesthetic appeal of contemporary buildings.
