Compressed Air Filters Engineered to Save
The New Clean Air Solution The advanced range of CompAir inline equipment has been specially developed to make your compressed air system more energy efficient while ensuring that the air delivered is of the highest quality. CompAir is committed to providing the very best products throughout the compressed air systems from compressor to final air delivery. CompAir s experience in the design and manufacture of high quality compressed air systems spans almost 200 years. Today, through a continuous program of research and development, CompAir delivers the high performance and quality standards that industry demands. Clean and dry compressed air Air leaving any conventional air compressor is saturated with water vapor and may also contain small quantities of oil and atmospheric dirt particles. If allowed to remain in the system this corrosive mixture has a detrimental effect on pneumatic equipment. CompAir filters remove the oil and dirt from compressed air while CompAir dryers remove water vapor before it reaches the point of use. The clean, dry air provided by CompAir air treatment products extends equipment life, reduces maintenance costs and improves efficiency and reliability. CompAir filters and dryers are sized to match the requirements of modern air compressors covering outputs from 19 CFM to 16527 CFM with dryers providing dew points as low as -100 F. Ongoing investment in the latest design and manufacturing tools and rigorous implementation of ISO 9001 approved quality systems ensure you take delivery of a reliable, high quality product. ISO 8573.1 Air Quality Classes Solid Particle Maximum Number of Water Oil Class Particles per m 2 (incl. 0.1-0.5 0.5-1.0 1.0-5.0 Pressure Vapor) microns microns microns Dewpoint F ( C) mg/m 3 1 100 1 0-94 (-70) 0.01 2 100,000 1,000 10-40 (-40) 0.10 3-10,000 500-4 (-20) 1.00 4 - - 1,000 26.6 (-3) 5.00 5 - - 20,000 19.4 (-7) - 6 - - - 14 (-10) -
Reduce Your Compressor Energy Costs CompAir compressed air filters are designed to provide the most energy efficient filtration solutions available. Low operating pressure drops mean that your compressor can operate at a lower working pressure than would be required with other filters. Lower working pressures result in reduced energy consumption. For example, a 2 % reduction in working pressure results in a 1 % saving in compressor energy costs. DIFFERENTRIAL PRESSURE mbar 700 500 350 300 200 200 0 5 WASTED ENERGY 4,5 3 CF N FILTER LIFE 1 0 1 6 12 MONTHS 10 DIFFERENTRIAL PRESSURE psi NEW filtration technology CF_N compressed air filters use very little energy as they have a low resistance to air flow. Advancements such as deep bed pleating, graded density media and an oleophobic coating have led to a high performance filter element with low initial energy costs. Differential pressure starts low and stays low throughout it s life. Service life is no longer dependent upon differential pressure, but on annual filter element change backed up with a One Year Air Quality Guarantee renewable up to ten years. Aerospace Turning Vanes Turning vanes effectively direct air flow into the filter element. Air Stabilizers Smooth outlet air flow. One Year Air Quality Guarantee Renewable Up to Ten Years Special Filter Media Oleophobic nanofibre filter media actively repels oil and water to reduce pressure drop and keep running costs to a minimum. Filter media actively repels oil and water. High Efficiency Drainage Layer Ensures coalesced liquids are removed quickly and efficiently. Drainage Ribs Filter housing and element integrate to provide capillary action which greatly improves liquid drainage. Interaction between housing and element also ensures maximum coalescing performance is achieved at all times. No Wet Band Formation Allows 40 % more air flow through a smaller filter element.
Technical Specifications Flow rate 1) Dimensions Weight Filter Port Size 100 psi g / at 7 bar g Length Height Element Number of scfm m 3 /min. ins. ins. lbs. Elements CF0006N1/4* 1/4" CF0006N3/8* 3/8" 21 0.6 3.0 7.12 0.88 CE0006N* 1 CF0006N1/2* 1/2" CF0012N3/8* 3/8" CF0012N1/2* 1/2" 42 1.2 3.8 9.3 2.2 CE0012N* 1 CF0018N1/2* 1/2" CF0018N3/4* 3/4" 64 1.8 3.8 9.3 2.2 CE0018N* 1 CF0018N1* 1" CF0036N3/4* 3/4" CF0036N1* 1" 127 3.6 5.1 10.8 4.84 CE0036N* 1 CF0066N1* 1" CF0066N11/4* 1 1/4" 233 6.6 5.1 14.3 5.72 CE0066N* 1 CF0066N11/2* 1 1/2" CF0096N11/4* 1 1/4" CF0096N11/2* 1 1/2" 339 9.6 6.7 17 9.9 CE0096N* 1 CF0132N11/2* 1 1/2" CF0132N2* 2" 466 13.2 6.7 20.6 11.55 CE0132N* 1 CF0198N2* 2" 699 19.8 6.7 20.6 11.55 CE0198N* 1 CF0258N21/2* 2 1/2" CF0258N3* 3" 911 25.8 8.1 25.3 22 CE0258N* 1 CF0372N21/2* 2 1/2" CF0372N3* 3" 1,314 37.2 8.1 32.8 26.4 CE0372N* 1 CF0600N4* 4" 2,119 60 8.1 32.8 x CE0600N* 3 Flanged Housings 2) CF0132N *F 2 466 13.2 12 31.5 72 CE0132N* 1 CF0258N *F 3 911 25.8 14.6 38.6 132 CE0258N* 1 CF0372N *F 3 1,314 37.2 16.6 48 154 CE0372N* 1 CF0600N *F 4 2,119 60 19.7 52.2 330 3 CF0780N *F 4 2,755 78 19.7 52.2 330 4 CF1170N *F 6 4,132 117 22.8 56.1 440 CE0600N* 6 CF1950N *F 8 6,886 195 29.5 66.4 880 10 CF3120N *F 10 11,018 312 33.9 71.7 1,188 16 CF4680N *F 12 16,527 468 39.4 75.2 71,540 24 *Grade A B C Weight Replacement Elements Model Number Port ins. mm ins. mm ins. mm lbs. Kg First Stage Second Stage CF0004N1/4CD 1/4" 3 76 6 153.5 12.3 311.5 1.79 0.81 CE0006NC CE0004ND CF0004N3/8CD 3/8" 3 76 6 153.5 12.3 311.5 1.79 0.81 CE0006NC CE0004ND CF0004N1/2CD 1/2" 3 76 6 153.5 12.3 311.5 1.79 0.81 CE0006NC CE0004ND CF0008N3/8CD 3/8" 3.8 97.5 9.3 235 18.7 474.5 3.53 1.6 CE0012NC CE0008ND CF0008N1/2CD 1/2" 3.8 97.5 9.3 235 18.7 474.5 3.53 1.6 CE0012NC CE0008ND CF0015N1/2CD 1/2" 3.8 97.5 9.3 235 18.7 474.5 3.2 1.45 CE0018NC CE0015ND CF0015N3/4CD 3/4" 3.8 97.5 9.3 235 18.7 474.5 3.2 1.45 CE0018NC CE0015ND CF0015N1CD 1" 3.8 97.5 9.3 235 18.7 474.5 3.2 1.45 CE0018NC CE0015ND CF0024N3/4CD 3/4" 5.1 129 10.8 275 21.8 554 7.8 3.54 CE0036NC CE0024ND CF0039N1CD 1" 5.1 129 10.8 275 21.8 554 7.6 3.43 CE0036NC CE0039ND CF0051N1CD 1" 5.1 129 14.3 364 28.9 733 9.04 4.1 CE0066NC CE0051ND CF0051N11/4CD 1 1/4" 5.1 129 14.3 364 28.9 733 9.04 4.1 CE0066NC CE0051ND CF0051N11/2CD 1 1/2" 5.1 129 14.3 364 28.9 733 9.04 4.1 CE0066NC CE0051ND CF_N Initial Differential Pressure Pressure Recommended Filter dry wet Filtration Max. Temperature Grade psi / mbar psi / mbar psi / bar F / C B 2 / 140 1 / 70 C 3 / 200 1.5 / 100 wet 232 / 16 35-176 / 1.5-80 D 1 / 70 290 / 20 35-122 / 1.5-50 N / A dry E 1 / 70 290 / 20 35-212 / 1.5-100 CD wet 232 / 16 86 / 30 Line bar g 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Pressure psig 15 29 44 58 73 87 100 116 131 145 160 174 189 203 218 232 Correction Factor 0.38 0.53 0.65 0.76 0.85 0.93 1.00 1.07 1.13 1.19 1.25 1.31 1.36 1.41 1.46 1.51 A A A B B CF0006N - CG0258N C CF0600N CF0132N--F - CF4860N--F C CF--CD E D E D
Compressed Air Filters CompAir compressed air filters are designed to provide the most energy efficient filtration solutions available. Low operating pressure drops mean that your compressor can operate at a lower working pressure than would be The most energy efficient filter element in the world Full Flow Inlet Inlet conduit matches inlet diameter, reducing pressure drop and running costs. required with other filters. Lower working pressures result in reduced energy consumption. For example, a 2% reduction in working pressure results in a 1% saving in compressor energy costs. To meet varying requirements, CompAir filters are available in five filtration grades: Grade B - High Efficiency General Purpose Protection Particle removal down to 1 micron, including water and oil aerosols. Maximum remaining oil aerosol content: 0.5 ppm(w) at 70 F / 0.6 mg / m 3 at 21 C. Grade C - High Efficiency Oil Removal Filtration Particle removal down to 0.01 micron, including water and oil aerosols. Maximum remaining oil aerosol content: 0.01 ppm(w) at 70 F / 0.01 mg / m 3 at 21 C. Grade D - Oil Vapor & Odor Removal Maximum remaining oil vapour content: 0.003 ppm(w) at 70 F / 0.003 mg / m 3 at 21 C. Grade E - General Purpose Dust Filtration Dry particle removal down to 1 micron. Even Flow Distribution Air flow is distributed evenly throughout the filter element using a flow distributor. Deep Bed Pleating For particle and aerosol removal, deep bed pleating provides 4.5 x more filter media than an ordinary element. This allows for a larger filtration surface area, lower flow velocities, increased dirt holding capacity, lower running costs and a more compact filter element. Graded density further improves filter life and overall performance. Oil Vapor Removal Graded density nanofiber filter media While mechanical filtration is capable of removing extremely fine liquids and solid particles, it cannot remove gaseous contaminants such as oil vapor or odors. To efficiently remove these vapors, OIL-X EVOLUTION ACS/OVR filters employ adsorption techniques using a deep bed of activated carbon. Activated carbon Conical Air Diffuser Air flow distribution is further improved by elimination of turbulence.
Intelligent Air Technology Compressed air solutions for every application Compressors Up to 2,750 cfm 1-604 hp Up to 6,000 psi Lubricated Rotary Vane Single Stage Screw Speed Regulated Screw Complete Accessories Program Filters and Dryers Cooling Systems Heat Recovery Condensate Management Air Receivers Value Added Services Air Audit Performance Reporting Utility Air Performance Contracting Complete Service for Compressed Air Technology Engineering of Complete Compressor Stations Local Service Centers Guaranteed Parts Availability Piston Multi-Set Controllers Portable Lubricants Oil-Free Two Stage Screw Water-Sealed Screw Piston Portable CompAir 130 Fox Drive Piqua, Ohio 45356 United States of America Telephone (937) 778-2500 Facsimile (937) 778-4123 www.compairusa.com Email info@compairusa.com CompAir policy is one of continuous improvement and we therefore reserve the right to alter specifications and prices without prior notice. All products are sold subject to the Company s conditions of sale. Brochure re-order ref: 98700-431 NA 3000_4/2006 CompAir is an ISO 9001 registered company