
La instalación de Schluter en Dallas-Fort Worth (DFW) es un complejo de alta tecnología de 500,000 pies cuadrados que incluye un nuevo centro de distribución, oficinas y un centro de capacitación. Estratégicamente ubicado, este centro mejora el tiempo de respuesta de los pedidos, asegurando que la mayoría del país sea alcanzado dentro de las 72 horas posteriores a la recepción de una orden de compra.
El principal objetivo de la instalación de DITRA-HEAT-DUO era crear un ambiente cálido y cómodo para los empleados y visitantes. El proyecto también tenía como objetivo demostrar cómo la calefacción por suelo eléctrico se puede implementar eficazmente en un gran espacio comercial.
A major challenge of the installation was the extensive size of the project, covering 25,000 square feet of floor space. The system required significant hardware, including over 140 thermostats and power modules, along with more than 160 temperature sensors. Ensuring seamless integration with the HVAC system and organizing all components for optimal functionality was also a significant task.
To manage the scale of the installation, a centralized control wall system was developed, incorporating over 140 thermostats and power modules. These were organized into three strategically placed control locations that aligned with the HVAC system. This configuration allowed for efficient monitoring and easy maintenance of the system, resulting in uncluttered walls and seamless operation. Interchangeable temperature sensors were installed for flexible control and temperature reading.
Key areas equipped with DITRA-HEAT-DUO included:
The system demonstrated versatility by utilizing multiple power supplies (120 V, 240 V, and 208 V) and supporting various floor coverings such as tile and laminate, installed both indoors and in exterior-facing spaces.
The DFW facility installation successfully demonstrated that electric floor warming can provide substantial benefits even in warm climates. The DITRA-HEAT-DUO system provided consistent, fast-response floor heating that could be controlled in specific zones, eliminating cold spots and enhancing overall comfort. Its lightweight, thin assembly also contributed to a faster build time compared to more traditional heating methods. The system's dust- and allergen-free operation further supported a healthier environment for employees and visitors.