TDA Controllers for Heat Recovery Systems
How the TDA-Control Unit Works
The TDA-Control unit operates with two temperature sensors that continuously measure the temperatures near the ceiling and at floor level. When a significant temperature difference is detected, the connected fans are activated automatically. As the temperature difference increases, the fan speed is adjusted accordingly. Once the temperatures have equalised, the fans are switched off automatically. This ensures that the fans only operate when heat recovery is beneficial.
TDA Control System Components
| Component | Function |
|---|---|
| TDA-Control 6 | Fully automatic controller with two temperature sensors for up to 15 TDA fans. |
| TDA-Control LT 6 | Expansion module for systems with more than 15 TDA fans. |
Benefits of TDA Controllers
- Fully automatic heat recovery control
- Continuously monitors temperatures at ceiling and floor level
- Fans operate only when required
- Optimises the use of existing heating energy
- Helps reduce heating costs
- Easy integration into TDA heat recovery systems
- Ideal for warehouses, production facilities, industrial buildings and sports halls
The TDA-Control unit operates fully automatically. After commissioning, it independently controls the connected fans based on the measured temperature difference between the ceiling and the occupied area. No manual intervention is required during normal operation.
Typical Applications for TDA Controllers
TDA controllers are designed for buildings with high ceilings and large interior volumes. Typical applications include warehouses, production facilities, logistics centres, workshops, sports halls, tennis halls and many other commercial or industrial buildings where temperature differences between the ceiling and the occupied area occur.
Buy TDA Controllers Online
Discover high-quality TDA-Control units and expansion modules for professional heat recovery systems. Combined with TDA ceiling fans or TDA Highstream fans, they provide automatic, energy-efficient and demand-controlled air circulation in large buildings with high ceilings.