The Hi-Velocity System is a high pressure forced air
delivery system that can be designed to provide heating,
cooling, filtration, ventilation, and humidification. The
Hi-Velocity System has been pre-engineered and works
on the principle of pressure rather than air velocity.
The Hi-Velocity System does not make or break any
existing laws; it just uses those laws differently than a
conventional low velocity system. It is quite different from
a conventional furnace, the main difference being that the
supply duct work is all “small diameter” or “mini duct”.
Because the plenum duct is pressurized, dust
build-up within the duct work is eliminated. With
continuous air circulation from the constant fan, airborne
dust and other allergens can be easily filtered out of the
air. With a pressurized small diameter duct we condition
the air differently than conventional forced air systems.
With the use of a high pressure area to low pressure
area, we continuously mix the room air, creating even
temperatures from floor to ceiling.
Our Cooling modules are highly efficient and very
effective at removing moisture from the air. Not only do
we cool the air, we use a lower air velocity which allows
the Hi-Velocity System to remove more moisture from the
passing air molecules.
The Hi-Velocity System achieves a superior Indoor
Air Quality (IAQ) with an innovative fan coil and cooling
module design. This technology helps create a healthier
and more enjoyable indoor living environment for the
end-user.
Another great advantage is that Hi-V systems can be installed in places other systems cannot without compromising architectural design. Ductwork is far smaller and much more flexible than conventional systems. We can generally get it in without ugly soffits or other unsightly modifications to your home. This makes it particularly appealing in modern open floor plan designs, remodels and retrofits.
Outlets are a mere 2" in diameter. Vent plates are available in many different types of compositions, plastic, metal, and wood which can be finished to match their surroundings. They are generally placed in corners and under kickplates. They can be placed just about anywhere conventional registers CAN'T.
Here's
a picture of an outlet installed in a wood panel ceiling