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Flexibility
The vertical discharge design is a nice complement to our FRS series. They can be arranged on site flexibly to meet various heat rejection requirements. |
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Structure
Either stainless steel or galvanized steel framework can assure reliable tower body and prolonged durability. |
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High Efficient Filler
Fillers are vacuum formed of 0.4mm (1/64”)
thick PVC film. Filler sheets configuration
incorporates sloped flutes in both air intake
and outlet sections and are high efficient
wet deck media. The honeycomb shaped air intake
louver section contributes minimum resistance
to airflow and prevents ingress of foreign
matters. The sloped flutes in the outlet section
of filler sheets act as the primary drift
eliminators to reduce droplets escaping through
the exhaust air stream. Primary drift eliminat
or ensures drift loss less than 0.005% of
circulating water flow. The wet deck media
with continuous triangular pattern is specially
designed to provide maximum air/water contact
and lower resistance ensuring high efficient
heat transfer.
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Drift Eliminator
Drift loss less than 0.001% of circulating water flow rate can be achieved by equipping the drift eliminator. |
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Transmission
System
Taking advantage of the sophisticated experience that RYOWO cherishes in transmission system design, both gear drive and belt drive are available upon request. |
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Hollow Type Axial
Fan
Airfoil-shaped hollow blade fans are made from Aluminum extrusion alloy.
Fan hubs are fabricated from hot-dip galvanized (HDG) circular plate with epoxy
coated cast iron core and Aluminum blade camps. The fan blades are adjustable in pitch
to allow for maximum utilization of rated horsepower and optimum performance.
High efficient lower tip speed and light weight design ensure low power consumption
and low noise level, thus and guarantee 100% performance. |
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Maintenance
FVS series extends the gene originated from cross flow cooling towers, that is, easy to implement the maintenance work. |
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