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Datasheet summary

MCC 1401 High Pressure Filter Cartridge

Engineering summary from PDF text extraction for MCC 1401 High Pressure Filter Cartridge. Verify every value with the OEM datasheet.

Summary

Product Identification

The MCC1401 filter cartridge is available in two primary media types:

  • Epocel®: A resin-impregnated cellulose medium.
  • Ultipor®: A resin-bonded glass fiber medium.

These are absolute rated media, engineered with varying grades and defined removal efficiencies, providing up to 54 square feet of effective filtering surface area for long service life.

Cartridges feature a pleated design, internally supported by a steel core, and externally protected by steel endcaps, ensuring positive sealing through an internal O-ring.

Epocel Filter Cartridges This medium consists of a resin-impregnated cellulose that locks fibers in place to prevent flexing or shifting, maintaining flow passage size and removal efficiency. It is compatible with many fluids, including fresh and produced water, acids, solvents, brines, hydrocarbons, and alcohols. Epocel cartridges are available in grades ranging from 10 micron up to 50 micron absolute.

Ultipor Filter Cartridges These cartridges are constructed with a resin-bonded glass fiber medium. The inert resin bonding prevents media migration and establishes a permanent, fixed pore construction to prevent unloading of trapped contaminants. They offer high dirt holding capacity, low clean pressure drop, long service life, and low cost per gallon of fluid processed due to high effective filter area and optimized construction.

Operating Limits

  • Maximum Recommended Changeout Differential Pressure: 60 psid / 4.13 bar at 275˚F / 135˚C.
  • Housing Rating: 285 psig / 19.6 bar at 100˚F / 37˚C (for carbon steel housings).

Product Performance Characteristics

The following table summarizes performance characteristics for MCC1401 elements. Absolute filtration rating is defined as βλ = 5000 or 99.98% removal efficiency at a given size. Gas removal ratings are per sodium chloride aerosol test.

Cartridge Part NumberLiquid Removal Rating (99.98% / 99% / 90%)Gas Removal (99.98%)Effective Media Area (Sq. ft.)Pressure Drop (psid/gpm)Pressure Drop (mbar/lpm)
MCC1401U2-20ZH132.0 / 0.8 / 0.3>99.99 at 0.3 micron540.0210.382
MCC1401U6-40ZH132.5 / <1.0 / <1.0>99.98 at 0.3 micron530.00150.027
MCC1401E100H1310.0 / 5.0 / <2.095.7 at 0.3 micron370.0050.091
MCC1401E280H1323.0 / 16.0 / 8.0-450.0020.036
MCC1401E500H1350.0 / 44.5 / 27.0-450.00170.031
  • Area listed is for basic 3¾″ O.D. by 40″ nominal length cartridge.
  • Liquid ratings for MCC1401U2-20 determined using 0.5 µm to 40 µm siliceous contaminant. For other MCC1401 cartridges, ratings use AC-Fine Test Dust in a water dispersion.

Applications

  • Fluid Processing: Fine filtration for solvents, acids, chemicals, hydrocarbons, and water in refinery, chemical, and petrochemical processing.
  • High Pressure Gas Streams: Finer grades remove over 99.98% of solid aerosols, preventing plugging of sensitive instruments or fouling of critical machine components.
  • High Pressure Water Injection and Disposal: Provides reproducible high-quality injection fluids for waterflood and enhanced oil recovery operations, reducing formation damage and increasing sweep efficiency.

Mechanical / Hydraulic

A full line of standard and special MCC1401 housings, designed and built to the ASME code, are available.

Standard MCC1401 Housings – Carbon Steel

Part NumberNumber of FiltersNominal Vessel Diameter (in / mm)Inlet/Outlet Flange Size (in / mm)Housing Height (in / mm)Housing Weight (empty lb / kg)Housing Weight (full lb / kg)
1MCC0603F128516.625 / 168.33 / 76.254.25 / 1378200 / 91250 / 113
4MCC1004F1285410.75 / 273.14 / 101.659 / 1498.6440 / 199585 / 265
5MCC1206F1285512.75 / 323.96 / 152.464 / 1625.6680 / 308925 / 419
9MCC1608F1285916 / 4068 / 203.284 / 2133.61070 / 4851570 / 712
15MCC2010F12851520 / 50810 / 25493 / 2362.22000 / 9072750 / 1247
19MCC2412F12851924 / 609.612 / 304.8110 / 27942300 / 10433500 / 1587

Housing pressure drop data is presented graphically in the original PDF. See the official PDF for exact tabulated values and curves for aqueous pressure drop across different housing configurations relative to flow rates. To calculate actual housing pressure drop, multiply the aqueous pressure drop by the fluid’s specific gravity. This value must be added to the filter pressure drop to determine the overall pressure drop of the filter system.


Disclaimer: This summary is based on the provided text extract and may not include all figures, footnotes, or the latest revisions found in the complete OEM PDF. For contractual data and complete product specifications, please refer to the official OEM PDF document revision used on your project.

Official datasheet (PDF)

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Curated from selected public technical reference material for discovery and preliminary comparison. This summary is not a substitute for a current certified manufacturer datasheet. Verify revisions and design limits before use.