Page 2 - Parker - Fulflo PCC Filter Cartridge
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     Fulflo  PCC Filter Cartridge


     Specifications                       Performance Attributes                Beta Ratio (ß) =
                                                                                    Upstream Particle Count @ Specified
                                                PCC / PCG Flow Factor                    Particle Size and Larger
     Materials of Construction                    (psid/gpm @ 1 cks)
       Phenolic impregnated cellulosic                                             Downstream Particle Count @ Specified
                                                    Rating   Flow
        media  (PCC)                                (µm)   Factor                        Particle Size and Larger
       Polypropylene support                                                      Percent Removal Efficiency   =   ß-1   100
       Stainless steel support (optional)           2      0.026                                       ß
       PCG is glass-modified cellulose              3      0.017
                                                    10     0.002                Performance determined per ASTM F-795-88. Single-Pass
                                                                                Test using AC test dust in water at a flow rate of 3.5 gpm per
     Recommended Operating Conditions               30     0.001                10 in (13.2 lpm per 254 mm) cartridge.
       Maximum 10 gpm per 10 in length              60     0.0005
        (38 lpm/254 mm)                                                         Notes:
       Stainless Steel Support:            Flow Rate and Pressure Drop Formulas
        Maximum Temperature: 250°F (121°C)   Flow Rate (gpm)  =  Clean  P x Length Factor      1. Clean  P is PSI differential at start.
                                                                                2. Viscosity is centistokes. Use Conversion
                                  2
        Maximum DP: 50 psi (3.5 kg/cm )                   Viscosity x Flow Factor
                                                                                  Tables for other units.
        Optimum Change Out DP:            Clean  P  =  Flow Rate x Viscosity x Flow Factor    3. Flow Factor is  P/GPM at 1 cks for 10 in
                      2
        35 psi (2.5 km/cm )                                 Length Factor         (or single).
                                                                                4. Length Factors convert flow or  P from 10 in
     Polypropylene Support                                                        (single length) to required cartridge length.
       Maximum Temperature
                           2
          @ 10 psid (0.7 km/cm ): 200°F (93°C)
       Maximum Temperature
                           2
          @ 35 psid (2.5 km/cm ): 125°F (52°C)                           ß=5000      ß=1000     ß=100       ß=50      ß@2
       Maximum  P                          Cartridge      absolute      99.7%       99%          98%    micron
          @ 75°F (24°C): 60 psi (4.2 kg/cm )
                                    2
           Change Out DP: 35 psi (2.5 km/cm )  PCG020     10     8.6    1.8     0.9    110
                                     2
                                           PCC3           12     10     3.2     1.7     64
     Filtration Ratings                    PCC10          22     18       6     3.2     35
       99%+ at 2µm, 3µm, 10µm, 30µm, and   PCC30         100     85      11     4.5     25
        60µm pore sizes                    PCC60         150     90      30    15.0     10


     Ordering Information





                 Cartridge Code  (µm)  Nominal Length  Support Construction  Seal Material  End Cap Configurations
                                 (code)   (in)   (mm)
                    PCG020     2                    A =  Polypropylene  P = Poly Foam  AR =  020 O-Ring/Recessed (Gelman)
                    PCC3        3  9   9-5/8   244     (DOE/SOE)  (DOE Gasket Only)  DO =  Double-Open-End (DOE)
                    PCC10     10  10   9-13/16   249
                                 19   19-5/8   498  G =  304 Stainless  E = EPR  DX =  DOE With Core Extender
                    PCC30     30
                                 20   19-15/16   506   Steel (DOE)  N = Buna-N  LL =   120/120 (Filterite LMO and Nuclepore
                    PCC60     60
                                 29   29-1/4   743               S = Silicone    Polymeric Vessels)**
                                 30   30-1/16   764              V = Viton*   LR =  120 O-Ring/Recessed (Nuclepore)**
                                 40   40     1016                             OB =  Std. Open End/Polypro Spring
                                                                                  Closed End
                                                                              PR =  213 O-Ring/Recessed (Ametek
                                                                                 and Parker)LT Polymeric Vessels)**
                                                                              SC =  226 O-Ring/Cap
                                                                              SF =  226 O-Ring/Fin
                                                                              TC =  222 O-Ring/Cap
                                                                              TF =  222 O-Ring/Fin
                                                                              TX =  222 O-Ring/Flex Fin
                                                                              XB =  Ex. Core Open End /
                                                                                 Polypro Spring Closed End
                                      **Available only in 9-5/8 (-9) and 19-5/8 (-19) lengths.
     Specifications are subject to change without notification.                             © 2007 Parker Hannafin
     *Viton is a registered trademark of E.I. DuPont de Nemours & Co., Inc.                 Process Advanced Filtration Inc.
                                                                                            All Rights Reserved
                                                                                            SPEC-C2020-Rev. A 01/08


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