DVL2 315DIFFUSER AND VENTS AIR MIXER FOR GROWROOM Ø 315 mm
DVL2 is a professional air diffusion system designed to ensure even mixing and stable climate control within the grow room.
It effectively eliminates...
DVL2 is a professional air diffusion system designed to ensure even mixing and stable climate control within the grow room.
It effectively eliminates microclimates, high humidity areas, hot spots and aggressive air currents that can disturb plants, improving the environmental balance and quality of cultivation.
IT IS NECESSARY TO COMBINE IT WITH AN EXTRACTOR FAN OF A SUITABLE DIAMETER.
The ceiling installation frees up floor space, optimising the plant growth area and improving the organisation of the growing environment.
Thanks to its aerodynamically efficient design and proven technology, the DVL2 ensures gentle, constant and non-invasive air distribution, ideal for professional indoor environments.
Key features
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Efficient and uniform air mixing
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Reduction of microclimates, thermal hotspots and moisture pockets
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Non-aggressive air distribution to the foliage
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Suspended ceiling installation
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Highly efficient aerodynamic design
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Proven technology
Air distribution
The DVL2 system draws air from the top of the grow room and redistributes it over the canopy of the plants, causing it to flow between the lamps and crops.
This method is particularly effective for reducing thermal microclimates in both ventilated and closed-loop grow rooms.
In square-shaped rooms, a centrally installed DVL2 unit can replace conventional fans for air movement.
Inlet air distribution
The DVL2 can also be used as a distribution point for incoming fresh air.
By connecting a duct to the fan, air is drawn in from an external source and mixed evenly within the grow room, helping to cool the room and distribute CO₂-rich air directly to the growing area.
Multi-unit configurations
In large grow rooms, the installation of multiple DVL2 units above the canopy allows even air distribution throughout the room.
This approach reduces hot spots and moisture pockets without generating direct flows to the plants, improving climatic comfort and stable growing conditions.
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