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High E Efficiency C Centrifugal

FD Cyclones - 25025 FD C

P Particulate

CYCLONES

S Separators

Advantages of Cyclones

• Stable pressure drop for a given gas flow • Constant efficiency for a given particulate condition • No moving parts; no replaceable filters • Ability to handle extremely high dust concentrations • High temperature capability

Efficiency

On Industrial Coarse Particulate FD Cyclones are 95% to 98% efficient. Efficiency is a function of the physical parameters of the application and the design parameters of the cyclone. Cyclone efficiency increases with:• Coarse particle size distribution • Higher product specific gravity • Lower gas density • A decrease in cyclone diameter (two smaller cyclones in parallel will have a higher efficiency than one larger cyclone with an equal pressure drop) • Smaller outlet diameter. An increase in pressure drop also results.
Selection Criteria

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The curves indicate the proper selection of one or more cyclones for a given application.

Farr C Cyclones O Offer H HighTemperature C Capability a and Cost-Effectiveness

These high efficiency cyclones are frequently used as product receivers, as precleaners to high efficiency fabric-type dust collectors, or as independent collectors for coarse dusts. Product S Sheet FD C Cyclones SAFE AIR FOR A SAFE WORK ENVIRONMENT