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Home Compressed Air Compressed Air And Compressor Filters Parker Finite ASME Compressed Air Replacement Filter Elements

Parker Finite ASME Compressed Air Replacement Filter Elements

PART Finite ASME Replacement Elements
SUPPLIER Parker
SUPPLIER PART # ---
-- Select -- Type C Type D Type D Type D Type Q Type 3P Type 3P Type C Type C Type C Type C Type D Type D Type Q Type Q Type Q Type 7 CVP Type 7 CVP Type 7 CVP Type C Type Q Type A Type ME
-- Select -- 1 1 1 1 1 3 3 .01 .01 .01 .01 .01 .01 .01 .01 .01 0.5 0.5 0.5 0.5 0.5 3 0.3
-- Select -- 85-250 51-280 85-360 51-280 51-280 51-280 85-360 51-280 85-250 85-360 85-250 51-280 85-250 51-280 51-280 85-250 51-280 85-250 85-360 85-250 51-280 51-280 51-280
-- Select -- Molded Urethane Molded Silicone Rubber Molded Silicone Rubber Fluorocarbon Gaskets Molded Urethane Molded Urethane Molded Urethane Molded Urethane Molded Urethane Molded Urethane Fluorocarbon Gaskets Molded Silicone Rubber Molded Silicone Rubber Molded Silicone Rubber Molded Urethane Molded Urethane Fluorocarbon Gaskets Fluorocarbon Gaskets Fluorocarbon Gaskets Molded Urethane Molded Urethane Fluorocarbon Gaskets Fluorocarbon Gaskets
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About this item

Parker Finite ASME Compressed Air Replacement Filter Elements are engineered for high-flow performance with low differential pressure, helping maintain clean, reliable air in large compressed-air systems. These OEM-grade elements are used as coalescing elements, particulate elements, dryer prefilters, and polishing filters, supporting everything from main line protection to point-of-use filtration.

Constructed with borosilicate microfibers and an inside-to-outside flow path, the elements efficiently remove oil mist, solid particles, bulk water, and hydrocarbon vapors. Available grades—including 4C, 6C, 8C, 10C, 7CP, XF, 3P, WS, and A-Series—address common maintenance needs such as catching compressor carryover, protecting regenerative dryers, and preventing downstream contamination of valves, tools, and instruments.

Designed to match Parker Finite ASME housing specifications, these replacement elements offer dependable changeout compatibility and help technicians maintain airflow, system cleanliness, and equipment uptime. Available through Total Filtration Services (TFS) in all Parker Finite grades and configurations.

  • Flow capacity up to 37,000 scfm
  • Port sizes available up to 16"
  • Certified to ASME Code and CRN
  • Handles temperatures up to 450°F and pressures up to 185 PSIG
  • Various media grades including UNI-CAST, high temp, pleated, and more
  • Floor-standing or line-mounted options
  • Easy element changeout with 1/2" drain and vent ports
73640_CAT_FNT_042018
73640_CAT_FNT_042018.pdf
Coalescing Efficiency For 0.3–0.6 micron particles:
Grade 6: 99.97%
ME: 99.95%
7CVP (Grade 7): 99.5%
Grade 8: 98.5%
Grade 10: 95%
Applications Desiccant air dryers, Refrigerated air dryers, Heated regenerative desiccant dryer, Bulk coalescing applications, Corrosive environments
Maximum Oil Carryover Grade 6: 0.008 PPM w/w
ME: 0.02 PPM w/w
7CVP (Grade 7): 0.09 PPM w/w
Grade 8: 0.2 PPM w/w
Grade 10: 0.85 PPM w/w
Tested per ISO 12500-1
Maximum Hydrocarbon Inlet Concentration A media: 0.5–2 PPM
Micron Rating 0.01–3 micron (rated media)
Grade 6: 0.01 micron
ME: 0.3 micron
7CVP (Grade 7): 0.5 micron
Grade 8: 0.5 micron
Grade 10: 1 micron
3P: 3 micron
A: N/A
Replacement Element Size Codes 51-280, 85-250, 85-360
Wet Pressure Drop at Rated Flow Media wet with 10–20 wt. oil:
Grade 6: 4 PSID
ME: 1 PSID
7CVP (Grade 7): 0.5 PSID
Grade 8: 3.5 PSID
Grade 10: 2.5 PSID
3P and A: N/A
Add dry and wet pressure drops for total pressure drop
End Seals U: molded urethane
S: molded silicone rubber
V: fluorocarbon gaskets bonded to metal end caps
Product Type Finite ASME Replacement Elements
Filtration Media C: epoxy-saturated borosilicate glass microfiber
Q: epoxy-saturated borosilicate glass microfiber with pleated cellulose inner pre-filter
D: binderless micro-glass with glass drain layer
ME: pleated two-layer media with glass-fiber coalescing layer
7CVP: two-layer media with glass-fiber coalescing layer
3P: pleated cellulose
A: activated carbon sheet media
Media Types C, Q, D, ME, 7CVP, 3P, A
Manufacturer Parker
Media Grades 6, 8, 10 (C, Q and D media)
Air Flow Direction C, Q, D, ME and 7CVP: inside to outside
3P and A: outside to inside
Dry Pressure Drop at Rated Flow Grade 6: 1.5 PSID
ME: 0.5 PSID
7CVP (Grade 7): 0.25 PSID
Grade 8: 1 PSID
Grade 10: 0.75 PSID
3P: 0.25 PSID
A: 1 PSID
Maximum Operating Temperature For configurations in the supplied product upload:
CU, QU, 3PU: 225°F (107°C)
CV, QS: 350°F (177°C)
DS, DV: 450°F (232°C)
ME, 7CVP, AV: 225°F (107°C)
Oil Vapor Removal Efficiency A media: 99+%