Vort HR W-ALL 100 DF: Decentralized Double-Flow Heat Recovery Ventilators
The Vort HR W-ALL 100 DF series offers advanced heat recovery ventilation solutions for residential and commercial spaces, ensuring optimal air quality and energy efficiency.
Key Features and Benefits
The Vort HR W-ALL 100 DF ventilators are designed for efficient air exchange in homes, offices, and hotel rooms. Their key advantages include:
- Low Noise Emissions: Suitable for living spaces like living rooms, studies, and bedrooms.
- Versatile Installation: Available in three models: wall-mounted, semi-recessed, and fully recessed, with various airflow options.
- Energy Savings: Low power consumption (comparable to a 3.5W LED lamp) and high thermal exchange efficiency (80%) significantly reduce heating costs.
- Enhanced Comfort: The enthalpy heat exchanger maintains optimal humidity levels, preventing excessive dryness or humidity.
- High Efficiency: Six selectable airflow rates allow for the best compromise between performance, consumption, and noise levels. Optimized airflow distribution ensures correct room ventilation.
- Ease of Use: Integrated humidity sensor for automatic airflow regulation, control via the Vortice App, and optional Wi-Fi connectivity with air quality sensors (BRA.VO S).
- Simplified Installation: The compact design, small duct diameter (100 mm), and wall-mounting options minimize installation complexity and reduce the need for extensive structural work.
Technical Specifications
The Vort HR W-ALL 100 DF series complies with relevant European safety and electromagnetic compatibility standards.
Models and Dimensions
The series includes three models:
- VORT HR W-ALL 100 DF W (Cod. 12484): Wall-mounted version.
- VORT HR W-ALL 100 DF SR (Cod. 12485): Semi-recessed version, offering a balance between wall-mounting and recessed installation.
- VORT HR W-ALL 100 DF R (Cod. 12486): Fully recessed version, designed for minimal aesthetic impact and space saving.
Detailed dimensions for each model are available in the technical data section.
Performance Data
Technical data including airflow rates (m³/h), static pressure (Pa), power consumption (W), and noise levels (dB(A)) are provided for each model and operating mode (Boost, High Performance, Performance, Quiet, Super Quiet).
Example Sound Pressure Levels (dB(A)) at various distances:
| Speed | Lwa dB(A) | Lp 1m dB(A) | Lp 3m dB(A) |
|---|---|---|---|
| Super Quiet | 24 | 16 | < 10 |
| Quiet | 36 | 28 | 19 |
| Performance | 43 | 35 | 26 |
| High Performance | 52 | 44 | 35 |
| Boost | 57 | 49 | 40 |
Applications and Installation Examples
The document illustrates various installation scenarios:
- Wall-Mounted Installation: Simple and direct mounting on a wall.
- Semi-Recessed Installation: Options for installations without or with air extraction from another room, showcasing duct connections.
- Fully Recessed Installation: Examples for ventilating multiple rooms with ducts in the ceiling or walls.
Accessories
A range of accessories are available to enhance the functionality and installation of the Vort HR W-ALL 100 DF units:
- Remote Control Units: CB LCD R, CB LCD W, CB LCD D for wired control.
- Installation Boxes: SCI 503 (recessed) and SCP 503 (wall-mounted) for housing control units.
- External Accessories: MWS-D anti-wind panel and WA SR/R kit for specific installation requirements.
- Air Quality Sensors: BRA.VO S1, S2, S3, and S4 series for wireless monitoring of temperature, humidity, VOC, PM2.5, PM10, and CO2 levels.
Computational Fluid Dynamics (CFD) Analysis
The product development utilized CFD simulations to optimize performance, energy consumption, and noise emissions. Visualizations include:
- Cross-Sectional View with Velocity Vectors: Demonstrates air renewal and circulation within a room.
- ISO Surface: Illustrates the diffusion and propagation of fresh air for effective air exchange.
- Streamline Visualization: Shows air flow trajectories, highlighting areas covered by the ventilation system.
- Volume Rendering: Provides a 3D representation of air velocity distribution, identifying areas with optimal airflow.
