MicroSentry™ SS Series Stainless Steel Filter Cartridges • Ideal for high temperature applications up to 500°F (260°C) and high differential pressures up to 60 PSID • 304L and 316L Stainless Steel construction for compatibility with a wide range of fluids • 2 through 840 microns ratings for broad range of uses from fine filtration to straining • Available in cylindrical and pleated configurations for cost effective and extra service life requirements • Cleanable and reusable • All welded construction provides highest mechanical strength cartridges • End cap configurations available in DOE, 222/Flat, 226/Flat, 1" MNPT or 1" FNPT fittings Applications High Temperature High Differential Pressures Viscous Fluids Corrosive Liquids and Gases Caustic Fluids Plating Solutions Straining Hydraulic Oils Petrochemicals Photo Solutions Magnetic Coatings Process Water Wastewater Chemical Solutions Specifications & Operating Parameters Pore Sizes Materials of Construction 2, 5, 10, 20, 40, 75, 100, 120,150, 190, 230, 280, 370, 540, 840 microns 304L or 316L Stainless Steel Nominal Lengths Maximum Temperature 4 7/8", 9 3/4", 9 7/8", 10", 19 1/2", 20", 29 1/4", 30", 40" 500˚F (260˚C) Diameters: Maximum Change-out Differential Pressure Outside Inside 2 1/2" (Cylindrical), 2 5/8" (Pleated) 1 1/16" Gaskets/ O-rings Buna, EPR, Teflon, Viton 60 psid (4.2 bar) End Cap Configurations DOE, 222/flat, 226/flat, 1" MNPT, 1" FNPT Options Pleat protector to prevent denting and damage to surface Heavy duty core (300 psi) www.shelco.com

Dimensions Flow vs. Pressure Drop PSI 2 1/2" 2 1/4" 2.0 PRESSURE DIFFERENTIAL 1 1/16" 1 1/16" PLEATED CARTRIDGE 1.7 SQ FT CYLINDRICAL CARTIRGE .55 SQ FT CARTRIDGE LENGTH CARTIRDGE LENGTH 5 µm 1.5 10 µm 1.0 0.5 25 µm 0.25 0.0 50 µm 0 2 2 5/8" 4 6 8 10 GPM GALLONS PER MINUTE Flow rates exceeding 7-8 GPM per 10" length are not recommended for 50 microns or below for maximum service life. This chart represents the typical flow rate per 10" cartridge length. The test fluid is water at ambient temperature. Extrapolations for multiple lengths tend to be linear, but as flows increase the differential...