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Here's
what the Pros say...
“At
first I had my doubts with all of the outstanding claims being made
about the “new” fans. I’ll admit, the Gale Force truly impressed
me and exceeded my expectations. A real test to new equipment is
how well my technicians adapt to using new technology. Simply stated:
They loved them. Proof positive is how they all grab the Gale Force
fans, leaving my standard air moving equipment behind. Another feature
that the technicians noted is the stacking feature - it actually
works! It is a great benefit when loading our already full cube
vans.”
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Craig
Kersemeier, President
K-tech Kleening Systems
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The GALE FORCE has become the
#1 selling Minimum Amperage Air Mover and the first
choice of Professional Restoration Contractors when
the job demands the best!
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The
Gale Force is the only air mover in the industry designed
by restoration contractors for restoration contractors.
The result of months of in-depth customer focus groups,
state-of-the-art engineering and rigorous field tests,
the Gale Force offers an unbeatable combination of
maximum airflow, minimum amperage and performance
pitch for superior drying power.
Maximum airflow. With 68%
more airflow than typical air movers, you'll
see the difference the very first time you use the
Gale Force.
Minimum amperage. At a mere 2.5 amps,
the Gale Force allows you to run more units
on the same circuit, thus maximizing total
drying power on the job.
Performance Pitch. Holds the unit
at a precise angle and pitch that produces
a drying area over twice the size of the competition.
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Hear
what these industry experts have to say about the
Gale Force...
These
industry experts agree that Gale Force is the only
choice when nothing less than superior drying ability
will do.
"Chuck Dewald and the Dewald Drying Institute
(DDI) conducted axial air mover research and testing
for Dry Air Technology. The purpose of this research
was to determine the optimum performance positioning
of axial air movers. The results showed that positioning
the Gale Force set up at a 30 degree angle and pitching
the unit down 9 degrees (1.5 inches) produced the
largest drying area. The Gale Force with the Performance
Pitch Retro Kit produced a drying area more than twice
as large compared to the best performing competitive
axial air mover."
-Chuck Dewald III, August
2004
"Finally
someone has listened to ol' Chuck. I've hooped and
hollered for years that our two major problems in
the field are heat and finding the power to handle
the needed amount of equipment on any water loss.
The Gale Force can eliminate both of these problems
and many more by operating at minimal amps, giving
off less heat, and generating much more actual CFMs
to dry any structure much faster. The Gale Force is
and will be the fan of the future."
-Chuck DeWald, Emergency
Vortex Drying School
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Run
up to six units on a 15 amp circuit
to maximize on-the-job drying power
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Gale
Force Features:
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The
best selling air mover in the industry
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Designed
by restoration contractors for restoration
contractors
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High
performance 2.5 amp motor provides 68%
more airflow than typical air movers
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Performance
Pitch dries an area twice the size of
the competition
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Channels
air flow for faster drying
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Run
up to six fans on a 15 amp outlet to maximize
on-the-job drying power
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Stackable
locking system for storage
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Performance Pitch: New technology that makes the Gale
Force even MORE effective than ever before! |
In
their continual push to raise the bar in the world of
high-speed drying, Dry Air Technology, the makers of
the Gale Force, in combination with industry experts
like Chuck Dewald have taken the already revolutionary
Gale Force design and given it legs! Or feet to be more
precise. It’s called the Performance Pitch and
you won’t believe what a leg up it gives the Gale
Force.
In most drying procedures, airflow is directed across
wet surfaces to accelerate evaporation. The most common
method used involves air movers set up on the floor
at an angle to the wall and spaced every 10 to 14 feet.
This particular approach, originally developed by Chuck
DeWald and first taught in his drying school, is critical
to the "In Place" or "Top Down"
drying method taught in IICRC "Applied Structural
Drying" (ASD) classes.
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Unfortunately,
the performance characteristics of the centrifugal
carpet dryers normally used to provide this airflow
does not efficiently match this application. It’s
a job more suited to the low amp, high volume airflow
features of axial fans. The Gale Force Vane Axial
Fan from Dry Air Technology was the first low amp,
high volume, axial airmover created specifically to
perform this drying function. Driven by the desire
to maximize axial performance results, Dry Air Technology
partnered with DeWald Drying Institute to analyze
the factors that impact drying efficiencies of axial
air movers.
Initial testing revealed the fan to wall angle and
the pitch of the fan to the floor affected drying
results. In order to determine the ideal angle to
the wall, fans were placed at angles from 0-55 degrees.
Testing was conducted in a 12 x 14 room with the fans
placed seven feet from the corner of each wall. Air
velocity (feet per minute) readings were taken at
one foot increments where the floor met the wall and
a second set of readings were taken at the floor 1
foot from the wall.
After
the optimal angle was determined, the pitch of the
fan was investigated. Fans were placed at floor pitch
angles ranging from 0-2.5”. Velocity readings
were also taken in the same manner.
Next, the actual drying area was determined, testing
competitive fans against a standard Gale Force and
a Gale Force with the new Performance Pitch modification.
Then the actual drying area was measured in square
inches.
Wall Angle Tests
The highest velocities over the test area were found
at 25-35 degree angles. Placing Gale Force axial air
movers at a 30 degree angle will maximize the drying
performance of the unit. This contradicts the previous
belief that air movers should be placed at a 45 degree
angle to the wall.
Fan Pitch Tests
Air movers were positioned at a 30 degree angle and
various inclines from 0-3”. The highest overall
velocities were achieved using a 1.5” pitch.
Through their findings, Dry Air Technology determined
that this precise pitch should always be implemented,
therefore prompting the Gale Force Performance Pitch
design.
Drying Area Tests
The actual drying area achieved is your ultimate objective.
In this test, the carpet was soaked and extracted.
The drying area was measured after 30 hours. The Gale
Force with its new Performance Pitch produces a drying
area over twice the size of the competition.
Try the new Performance Pitch out for yourself and
see how much more quickly you can dry out a soaked
room. When you’re working with the industry’s
best it’s easy to see the difference. Feel the
Performance. Feel the Power.
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