Cold air curtain WING II C200 AC RAL7016 1-4-2801-0307

Effective protection against the cold and heat loss

The WING II C200 AC air curtain is a solution designed for mounting above doors, providing thermal comfort inside the building and reducing heating costs. It is suitable for commercial facilities, warehouses, and production halls. The curtain's construction is based on a solid AC motor with three speeds, allowing you to adjust the air flow intensity to current needs and weather conditions. The RAL7016 (anthracite) finish provides an aesthetic look and easy integration into various interior designs.

Performance and scope of application

The device generates a maximum air flow of 4500 m³/h, guaranteeing an effective air barrier even with large door openings. The maximum mounting height of 3.7 meters provides flexibility in choosing the installation location. The width of 2072 mm makes the curtain ideal for protecting entrances with standard dimensions. The self-supporting model simplifies installation and integration with the building's existing infrastructure.

Key features and benefits

• Three-speed AC motor: allows precise adjustment of performance to prevailing conditions – from gentle protection against drafts to intensive protection during strong gusts of wind.
• High efficiency: air flow of 4500 m³/h effectively isolates the interior from external temperatures.
• Aesthetic appearance: the RAL7016 anthracite housing fits most interior designs.
• Easy installation: the self-supporting model simplifies the installation process and minimizes costs associated with substrate preparation.
• Wide application: ideal for shops, warehouses, production halls, and other facilities with frequently opened doors.
• Solid construction: ensures long-lasting and trouble-free operation of the device.

Using the WING II C200 AC air curtain is not only comfort for people inside the building, but also real energy savings related to reducing heat loss and decreasing heating demand. It is an investment that quickly pays for itself, improving the energy efficiency of the facility.