Whale
fin design large ceiling fan for industrial
use
The traditional fan runs at high speed
with high power consumption.it is damaged easily and the air
covering space is also small.
But our HVLS super ceiling fan runs at
low speed to slowly move a lot of air in large area through
unique fan blades.
Our HVLS Ceiling fan only have 5
blades.
From the center along the blades,
blade's width and thickness gradually are narrowed and thin, in
accordance with the modern aerodynamical science, the whole
blades drive more and even airflow downward, no empty zone in
center area.
The streamline design of the (windward
side) cross-sectional of the blade decreases the airflow
resistance.
Spire of the blade tilts up 3 degrees
than the root part, conical air flow instead of cylinder one can
directly cover a larger area and it makes airflows much more
similar to natural intermittent wind.
For our super ceiling fan , The
powerful blades with aerodynamic design move much more indoor
air, keeping the surface of the goods dry in wet
season. Mixing the hotter air at roof level with
cooler air at floor level to save heating cost in
winter.
Our HVLS Super ceiling fans are used
in large facilities, warehouses, distribution centers, farms,
large retail stores, sports arenas, stations, airports and other
large buildings, become a ideal choice for ventilation, cooling
and dehumidification of large indoor place.
Fan diameter
|
7.3m(24ft)
|
Airfoil material
|
Aluminum Alloy
|
Airfoil finishes
|
Fluorocarbon Coating
|
Weight
|
160kg
|
Height
|
1.1m(3.3ft)
|
Number of blades
|
5 PCS
|
Controller included
|
YES
|
Technology principle:
The HVLS super large industrial fan runs at a low speed to
slowly move a lot of breeze and and continously blow away the
moisture from skin ,linear blade blows large airflow towards
floor,flow in both sides,resulted in making unique and
effcient horizontal airflow,which can blow towards *8 meters
at farest from the center of fan,horizontal airflow blowed
towards to side wall or other large barrior,so refresh the
air continuously.