Aldes InspirAIR® Top 300 Classic
Individual Double Flow Ventilation Unit
Product Overview
The Aldes InspirAIR® Top 300 Classic is a double flow ventilation unit designed to effectively filter the finest pollutants and adapt to user needs. It provides general and permanent ventilation for dwellings, incorporating heat recovery from extracted air to preheat incoming air. The unit uses customizable filters to ensure healthy air quality within the home.
Connectivity is available via the AldesConnect® box modem, sold as an accessory, enabling control via a smartphone app. The system is suitable for collective residential housing, individual residential housing, new builds, and renovations.
Product Highlights
- For air quality: high-performance filtration and personalized filter recommendations.
- For performance: a complete system offering with market-leading thermal and electrical performance.
Operating Principles
General and permanent ventilation of the dwelling with heat recovery from the extracted air to preheat the incoming air. This air is treated by customizable filters that ensure healthy air in the dwelling.
Product Description
Double flow ventilation solution that effectively filters the finest pollutants and adapts to user needs. Connectivity available with the AldesConnect® box modem sold as an accessory.
Application Areas
- Collective residential housing
- Individual residential housing
- New build
- Renovation
Implementation
- Fixing using 2 supplied cradles or accessory feet.
- Easy air flow reversal during unit installation.
- Mandatory condensate connection using the supplied siphon kit (excluding kit refs.).
- Startup and adjustment using the InspirAIR wired remote control sold as an accessory (excluding kit refs.).
- Reduced footprint for easy integration into standard cupboards.
Key Selling Points
Connected double flow air purification solution that effectively filters the finest pollutants and adapts to user needs.
Key Features
- Material: PPE body and metal sheets.
- Configuration: 4 x 160 mm outlets on the top of the unit.
- Flow rate: 300 m³/h.
- Compact dimensions: 560 x 560 x 1088 mm.
- Personalized filter recommendations (with optional modem).
- Exclusive radon mode.
- InspirAIR wired remote control included.
Accessories
| Designation | References |
|---|---|
| USB RS485 CONNECTION CABLE 1.8 M INSPIRAIR | 11023320 |
| InspirAIR® Top Pressure Card Kit | 11023498 |
General Data
| References | Available Filters | Heat Exchanger Type | Motor Type |
|---|---|---|---|
| 11023496 |
| Plate type | EC |
Dimensional Data
| References | A (mm) | B (mm) | C (mm) | D (mm) | E (mm) | F (mm) | G (mm) | H (mm) | I (mm) | Weight (kg) |
|---|---|---|---|---|---|---|---|---|---|---|
| 11023496 | 560 | 560 | 1045 | 1088 | 160 | 320 | 294 | 323 | 560 | 28 |
Diagram Description: A schematic shows the unit's dimensions with labels A through I corresponding to specific measurements. The overall structure is a rectangular prism with circular outlets on top.
Aerodynamic Data
| References | Max Speed Flow Rate (m³/h) |
|---|---|
| 11023496 | 300 |
Thermal Data
| References | Heat Exchanger Efficiency (%) |
|---|---|
| 11023496 | 94 |
Electrical Data
| References | Voltage (V) | Frequency (Hz) | Max Power (W) | Protection Index | Max Current (A) |
|---|---|---|---|---|---|
| 11023496 | 230 | 50/60 | 240 | IP22 | 1.8 |
Regulatory Data
| References | Energy Efficiency Class Ventilation - Average Climate |
|---|---|
| 11023496 | A |
Aerodynamic Curves
The aerodynamic performance of the InspirAIR® Top 300 is illustrated by its curve. The graph shows the relationship between air pressure (Pa) and air flow rate (m³/h).
Test Conditions:
- Outdoor Air: dry air at 5°C, RH <20%.
- Indoor Air: dry air at 25°C, RH <20%. (EN13141-7 and EN308)
The graph displays two curves: "InspirAIR® Top 300 Premium" (green line) and "InspirAIR® Top 300 Classic" (orange line). Both curves indicate that as the air flow rate increases, the pressure decreases. The InspirAIR® Top 300 Classic generally operates at lower pressure points compared to the Premium model for equivalent flow rates.
