DIGITAL CONTROL PANEL IS INCLUDED. HEATING RESISTOR CAN BE ADDED SEPARATELY DEPENDING ON YOUR NEEDS.
- heat recovery units have been specially developed to provide the high indoor air quality required by closed spaces while minimizing energy consumption.
- It conditions the fresh air by using the sensible and latent heat energy of the exhausted air. The energy of the exhausted air is transferred to the fresh air by a cellulosic type energy recovery exchanger.
- Due to the feature of the cellulosic type heat exchanger, moisture transfer also occurs at the same time.
| Technical Specifications |
| Model |
IGC 400 |
| Transfer |
2,100 rpm |
| Pressure |
245 pa |
| Flow |
3,000 m3/h |
| Voltage |
230V |
| Motor power |
2X560W |
| Weight |
170 kg |
| Sound |
74dB |
| Heat Exchanger Type |
PP 500X500 |
| Dimensions (LxWxH) |
1,800mm X 1,200mm X 650mm |
| Number of Auto/Man Stages |
3/6 |
| Product Advantages |
- It provides the necessary fresh air and improves indoor air quality.
- Exhausts low quality air from indoor environment.
- It conditions the fresh air with both sensible and latent heat energy of the exhaust air.
- It increases the humidity of the air supplied inside by transferring the moisture of the exhausted air to the fresh air in winter.
- In summer, it reduces the humidity of the air given in by transferring the humidity of the fresh air to the exhaust air.
- It filters the outside air and brings it inside.
- Thanks to its bypass feature, it provides natural cooling during transition seasons.
- Thermal efficiency up to 80 percent
- Low energy consumption
- Energy transfer
- Moisture transfer
- Ventilation as needed
- Low noise level
- Automatic natural cooling
- Compact and slim design
- Easiest access and maintenance to all components
- A heating resistance can be installed optionally.
|
| Usage areas |
- Offices
- Hotel rooms
- Performance centers
- Cafeterias
- Dormitories
- Classes
- Private teaching institutions
- Shopping Malls
|
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