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The OXYCOM R&D department is well equipped to perform OXYCELL® and OXYVAP® performance simulations for applications under specific climate conditions. Performance data reports are available upon request. Please contact us with your specific needs or click on the link for a Sample Page of a Performance Data Report.
Based upon our in-house experience integrating the OXYCELL® and the OXYVAP® into a wide variety of indoor climate control systems, OXYCOM actively supports its customers in the development of application concepts as illustrated by the examples below.
|Dimensions (H x L x W)||:||950 mm x 3 300 mm x 2 030 mm (37.4" x 129.9" x 79.9")|
|Supply air capacity||:||9 000 m3/h (5 297 CFM)|
|Heat recovery efficiency||:||85-90%|
|ALL SEASON||:||Energy efficient indirect evaporative cooling up to 80% reduction in energy consumption|
Air handling unit combining OXYCELL® technology, conventional mechanical and direct evaporative technology to provide set-point cooling in the most energy efficient manner, achieving a reduction in energy consumption of 50-60% versus conventional mechanical cooling systems. The supply air capacity is 850 m3/h (500 CFM).
|Dimensions (H x L x W)||:||669 mm x 327 mm x 684 mm (26.3" x 12.9" x 26.9")|
|Supply air capacity||:||2 250 m3/h (1 324 CFM)|
|Pressure drop||:||60 Pa (0.24 inch WC)|
|Typical cooling capacity||:||3.6 kW (12.4 kBTU/h)|
OXYCOM co-developed OXYVAP® based compact “In Roof” Direct Evaporative Cooler
This product has won the Australian Good Design Award for 2015 in the Hardware and Building category.
To read more, click here
|Dimensions (H x L x W)||:||750 mm x 1 424 mm x 550 mm (29.5" x 56.1" x 21.7")|
|Supply air capacity||:||8 600 m3/h (5 062 CFM)|
|Typical cooling capacity||:||11.5 kW (39.1 kBTU/h)|
|Dimensions (H x L x W)||:||105 mm x 100 mm x 600 mm (4.1" x 3.9" x 23.6")|
|Supply Air Capacity||:||75 m3/h (44 CFM)|
|Heat Recovery Efficiency||:||80%|
|Pressure Drop||:||10 Pa (0.040 inch WC)|
|Energy Consumption||:||22 W|
Cabin Cooler design for automotive ventilation and cooling applications such as trucks, buses, mobile homes and caravans. The supply air capacity is 400 m3/h (235 CFM) with a typical supply air temperature of 18-20 °C (64-68 °F).
The following movie shows an example of a solar powered air conditioner developed by CSIRO in Australia using the OXYCELL® Dew Point Cooler in combination with a desiccant wheel: