AGB Series air/gas coalescer & separator cartridges0 pages
copyright 2006
www.facetinternational.com
Facet air/gas coalescer and separator cartridges
remove solids and liquids from air or gas streams.
Their most common uses are in air gas process
streams, plant and instrument air streams, plant gas
receiving points, gasoline processing plants, and
refrigeration systems.
All cartridges are manufactured to rigid quality
standards to ensure the media are held firmly
against the center tube and securely adhered to
the end caps in order to prevent pleat separation,
bridging and/or deformation of media.
COALESCER CARTRIDGES
Coalescer cartridges perform the dual function
of coalescing liquids and filtering microscopic
solids. Their construction is of interpleated resin
impregnated cellulose and glass fiber media which
combine excellent coalescing action with structural
strength. The droplet sizing outer sock on the
cartridges does not support fungus growth. The
media are encased in a rugged perforated outer
shell to permit an inside to outside flow direction.
SEPARATOR CARTRIDGES
Separator cartridges perform the function of
repelling discrete droplets of coalesced liquids
which gravity does not force to settle in the sump.
Their construction is of specially treated pleated
resin impregnated cellulose. The treatment is
applied in the cellulose manufacturing process
under specifications supplied by Facet. Separator
cartridges have an outside to inside flow direction.
STANDARD DESIGN FEATURES
• Recommended maximum operating temperature:
275°F short exposure
240°F continuous operation
• Maximum differential pressure: 40 psid to 75 psid
(2.8 kg/cm2 to 5.25 kg/cm2)
• Flow direction (coalescer): Inside to out
• Flow direction (separator): Outside to in
• pH range from 5 to 9
MATERIALS
• All metal components are carbon steel with
supplementary special treatment for positive
corrosion protection
• Gaskets are Buna-N—other materials available
on request
AGB Series Air/Gas
Coalescer & Separator Cartridges
I-503
Facet I-5 Rev 04-2006.indd 3 2/14/2007 5:11:48 PM