| |

High Performance
Aeration
For
commercial hopper tank conditioning, sturdy 14 gauge, corrugated
and perforated aeration tubes may be added for longer term storage.
The system is designed to provide solid attachment to the hopper
and allow flow of grain around the tube. Combined
with a GSI inline centrifugal or vane-axial fan, GSI's aeration
sytems offer unbeatable grain conditiong efficiency and performance.
|
|
Customized
Systems to Fit Your Needs
Upon
request, GSI can provide system design services to maximize operation
efficiency and long term performance. GSI can recommend a combination
of specially designed tanks, most efficient hopper slope, a possible
flow enhancement device for some non-free flowing materials, grain
drying and handling equipment and complete aeration systems.
For
applications requiring high airflow at low static pressures, GSI's
vane-axial fans are available in 1 to 15 HP, 1 or 3 phase. These
fans feature custom designed aerofoil blades made to function with
a specific motor for maximum efficiency.
Suited
for higher static pressures beyond the perfomance ranger of vane-axial
fans, GSI's inline centrifugal fans are tested to deliver up to
24,000 CFM. (Available in 5 to 25 HP, 1 or 3 phase.)
|
|
| |

 
Grilled Vent ----------Auto Vent
|
|
Optimum
Ventilation
GSI
offers two unique vents to meet your ventilation requirements. The
hinged grill vent features a vertically mounted, large mesh, wire
formed screen to keep out pests and swings freely open to allow easy
release of trash buildup. The Auto-Vent is designed to reduce "plugging"
or air restriction through the use of a special wing-shaped damper.
The damper drops down and closes when the fan is not in operation
to help block out wind, snow, birds, etc. from entering. Both vents
are assembled with a heavy duty locked seam and for additional protection,
a die-cut gasket is placed between the vent and roof
panel to further decrease water penetration. GSI also provides roof
panels with an exclusive factory-prepunched, extruded lip for each
vent. |
|
|