Product Details:


SuperAir Floor-Mount Swirl Diffuser  is a floor-mounted cyclone diffuser. It can control the direction and flow of air by adjusting the adjustable blades on the diffuser. This diffuser is commonly used in commercial buildings and office air conditioning systems to provide even air distribution and a comfortable indoor environment. It is designed to allow air to flow in a vortex pattern for better air mixing and distribution.

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SuperAir Floor Mounted Swirl Diffuser features adjustable vanes that control the direction and flow of air. It is designed for floor standing installation and is commonly used in commercial buildings and offices. This diffuser provides even air distribution for a comfortable indoor environment. The swirling airflow pattern helps to enhance air mixing and distribution.

Q.How Does the Displacement Air Management Method Used in Underfloor Systems Work?

Underfloor air distribution systems typically utilize a displacement air movement strategy, whereby cool air is sent into the room from floor voids at a lower velocity through specially designed floor grilles. Since the incoming air is always cooler than the indoor air, it moves slowly through the room. When the cooler air comes into contact with a heat load (e.g., an occupant in the room), it rises to the ceiling, where the system will install an extraction device.

Q. What are the benefits of underfloor ventilation/replacement air management? How are these improvements realized?

Improved Air Quality: As air collects along the floor, it rises when it encounters a heat source (e.g., a person), which carries certain contaminants out of the occupied area and out of the ceiling. Of course, there are many factors to consider in this regard. For example, floor diffusers and grilles, as well as displacement air strategies, may not be appropriate where contaminants are heavier than air.

Energy efficiency: Depending on the application, this approach can also be an important way to reduce energy consumption. In a hybrid air supply system, air needs to be delivered to the room at a higher velocity to achieve the necessary temperature zone effect. If the air supply velocity is too low, air can enter occupied areas prematurely, creating problems such as “dumping” or drafts. Of course, higher air supply velocities also affect energy consumption.

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