2m Hot Water Hot Air Curtain HX2000W

2-meter Thermal Separation Solution | HX2000W Hydronic Air Curtain

Silence in the service of elegance

The HX2000W is a high-end air curtain designed for surface mounting above doors up to 3.5 meters high. Its advanced acoustic design allows it to achieve extremely low sound levels, making it the preferred solution for places where serenity is paramount: museums, waiting rooms, hotel lobbies, or executive offices. Its refined design blends harmoniously with interior architecture while providing an invisible thermal barrier.

ECOPOWER AIR Technology: Power and precision

The HX2000W integrates the exclusive ECOPOWER AIR technology, an innovation that transforms airflow dynamics:

• Optimized air jet: Significantly increases the reach and uniformity of the jet across the entire width of the discharge grille.

• Total thermal separation: Ensures maximum protection against external cold while minimizing air turbulence.

• Air quality and protection: Equipped with high-efficiency filters, it blocks dust and protects internal components for increased longevity.

Thermal efficiency and energy transition

A pioneer in resource management, the HX2000W adapts to modern thermal installations:

• HP compatibility: In the hot water version, it can be equipped with a specific exchanger allowing optimal operation on heat pump networks or energy recovery.

• Intelligent regulation: Heating power is electronically modulated to provide the best performance under extreme conditions, while drastically reducing overall energy consumption.

Advanced control and connectivity

The HX2000W offers total control flexibility to meet the needs of building managers:

• Touch Interfaces: Compatible with TEDDYPAD (optional), a sleek touch screen for simplified management.

• Intelligent Management: Dry contact terminal block for connection to a BMS, a timer, or interlock with your air conditioning (avoids hot/cold conflicts in mid-season).

• MODBUS Protocol: Communication option available for complete centralized control of the device via a supervision system.