Compressed Air Treatment Catalog

aerospaceclimate controlelectromechanicalfiltrationfluid & gas handlinghydraulicspneumaticsprocess controlsealing & shieldingCompressed Air TreatmentCoalescing Filtration & Membrane Air Dryers2 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagCompressed Air TreatmentSuperior protection from the damaging and costly effects of oil, water and dirt...? Filter elements that offer both market leading performance and efficiency and are environmentally friendly in theirmanufacture and disposal.? Housings ranging from 1/4” to DN200 coded vessels, together with a full range of drain and differential pressure gauge options.? A wide range of filtration efficiencies to provide the exact filtration that’s required. From bulk water separation through tobacteria removal for sterile air.? Innovative membrane air dryers that provide clean dry air with dew points down to -40°C, without any moving parts or therequirement for additional power.? The inherent advantages of Parker filter elements are available in a range of filter elements sized to fit othermanufacturers housings, offering the opportunity to upgrade to a Parker filter.Gas FiltrationFiltration for sampling systems, analyser applications and process gases providing protection - pureand simple...? Remove liquids & solids from gases with up to 99.9999+% efficiency at 0.01 µm.? Specially configured filter media for applications such as carbon dioxide purification, alternative fuels and steam filtration.? Temperature resistance to 538°C and a maximum pressure of 345 barg.? Low pressure drop and a long life between filter element changes.Process Liquid FiltrationProcess liquid filtration providing purification and clarification for the beverage, chemicalprocessing, cosmetic, food processing, metalworking, paint, ink, pharmaceutical and watertreatment industries...? Parker’s line of membrane cartridges is ideal for critical applications where high performance is required.? Parker’s pleated depth filter series of cartridges provide high flow long life filtration, including absolute and nominal rated cartridges available in polypropylene, microglassfibre and cellulose.? Wound Depth, Resin Bonded and Melt Blown filter cartridge series from Parker together with Filter Bag Media, Strainers, Metallic Media and Sorbent Media providing a range of choices to ensure the correct filtration for your application.? Parker coded and non-coded vessels available for a broad range of applications.On-Site Nitrogen GeneratorsNitrogen is the most widely used gas in industry since it can prevent the risk of explosion or stopproduct degradation. Nitrogen is being used in new and exciting applications such as tyre filling forcars, motorcycles and trucks...? Parker’s proprietary hollow fibre membrane technology simply and elegantly separates nitrogen from compressed air.? Generators such as the NitroSource will provide a supply of nitrogen from house compressed air, whilst units such as the Micro provide a plug-and-play solution with the inclusion of an integrated compressor.Parker Hannifin - Filtration and Separation3Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagContentsUnderstanding Compressed Air Filtration ............................4Providing Air, free from Oil, Dirtand CondensateFiltration Media Grades ..........................................................6Filter Silencers ..........................................................................7Miniture Point-of-Use Filters....................................................8Compressed Air Filters 1/4” to 1 1/2” ..................................10Compressed Air Filters 2” to 3” ............................................12Compressed Air Filters DN100 - DN200 ................................13Stainless Steel Compressed Air Filters ................................14Breathing Air Purifiers ............................................................16Medium and High Pressure Filters ........................................17Flow Rates ..............................................................................18Producing Dry (Low Dew Point) AirParker Membrane Technology................................................19System Membrane Air Dryers ................................................20Point-of-Use Membrane Dryers +2OC Dew Point ..................22Point-of-Use Membrane Dryers -40OC Dew Point ................24Point-of-Use Desiccant Dryers ..............................................26Zero Air Loss Drains ..............................................................27Nitrogen Generators From Parker ......................................28Par-Fit Alternative Elements ..............................................30Accessories ............................................................................34Global Company Local Support ............................................354 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagCompressed air is expensive to produce andmust be properly treated in order to limitmaintenance costs, downtime and spoilage.Parker compressed air filters remove thewater, oil and dirt which form thecontaminants of compressed air.Protection where it’s needed…Stopping corrosion from compressed air at 20ºC and 7 bargrequires an extremely low dew point of -30ºC, so even if anapplication is not particularly sensitive to impurities – forexample an air driven tool – it’s advisable to have a point-of-use filter. Any rust particles, pipe scale and water condensedout in the line will need to be removed or they will cause problems.Water, dirt, degraded oil and bacteria can form an abrasivesludge; this will bring with it higher costs through spoiltproduct, broken tools, increased air line leakage and theresulting additional maintenance required. Parkercompressed air filters provide you with the protection youneed from these contaminants. The diagrams (to the right) demonstrate the differentconfigurations of Parker compressed air filters and dryers toprovide a variety of the ISO compressed air qualities.Green and Lean – Protection that doesn’tcost the earth…Parker compressed air filter elements are manufactured tooffer advantages in addition to their great filtrationperformance. Parker elements have a self-supporting, rigidstructure, this means that less of the world’s valuableresources are used in their construction when compared withother designs. Also Parker are probably the most costeffective elements on the market, giving a low cost ofownership. The design of Parker elements means that theycost you less to use, since low pressure drop is an inherentfeature. This helps to keep down the energy consumption ofyour compressed air system – an important consideration forusers with the climate change levy.Why Parker offer such high efficiency with alow pressure drop…Parker compressed air filters are constructed from a randombed of borosilicate glass fibres, which are held in a rigidstructure by a fluorocarbon resin binder. The diameter of these fibres is approximately one micron,with the void spaces around the fibres being much larger. Thishigh proportion of space ensures a low flow resistance(pressure drop) and long life.Collision, not sieving…Parker provides you with high efficiency filtration throughfilters designed to use mechanisms that capturecontaminants within the filter, whilst intermolecular forcesact to hold the contaminants in the filter.When contaminants collide with a fibre they’re captured.Intermolecular attraction is strong enough to preventunloading of contaminants downstream and will permanentlyhold particulate.'Coalescing' making big drops from little ones…A solid particle, once captured, cannot be removed. A liquiddroplet, however, runs down the length of the fibre until itreaches a fibre crossover point. When many liquid dropletsrun together, the liquid collected at the fibre crossover pointbecomes a larger droplet. The larger droplet is then graduallypushed through the fibre mat by the flow of air or gas, pickingup other droplets along the way, until it appears as a verylarge droplet on the downstream surface of the filter. Thus,the filter removes very fine liquid droplets from the gas streamand converts them into large droplets of liquid, which can be readilydrained from the system. This process is called "coalescing".Why inside-to-outside flow?Since the coalesced liquid appears on the downstreamsurface after having passed completely through the filter, theliquid will drip from this surface. In all Parker coalescingfilters, the flow direction through the filter cartridge is inside-to-outside. A Parker filter will coalesce liquid dropletsindefinitely without loss of efficiency or flow capacity, becausethe liquid drains from the filter cartridge as rapidly as it iscollected. Only solid particles will cause a permanentincrease in flow resistance; therefore, the useful life of thefilter is determined only by the quantity of solids in the gas.How to obtain a trouble-free coalescer…The mechanism of coalescing leads to two importantconsiderations in selecting and installing a coalescing filter:I. Accurate sizing of a Parker coalescing filter is easily done by using the maximum flow rate data in the charts (page 18).II. To avoid liquid carryover, the coalesced liquid should not be allowed to build up in the filter housing above the level of the bottom of the filter cartridge. Rather than relying on operator attention to this easily overlooked job, automatic drains should be installed with all coalescing filters.Understanding Compressed AirFiltration S3.2.2095Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagISO 8573.1 QUALITY CLASSESQuality Class Dirt Water OilParticle Size Pressure dew point °C (Including vapour)in Micron (ppm. vol.) at 7 barg mg/m31 0.1 -70 (0.3) 0.012 1 -40 (16) 0.103 5 -20 (128) 1.004 15 +3 (940) 5.005 40 +7 (1,240) 25.006 - +10 (1,500) -GENERAL PURPOSE PROTECTIONGeneral ring main protection Pre-filtration for refrigeration modelair dryers Liquid and solid - bulkcontamination removal Pre-filtration to high efficiencyfilters Particle removal only in ‘drysystems’Pre-filtration to adsorption modelair dryers in ‘oil free’ systemsLarge pneumatic tools Low cost automationPre-filtration to air sterilisationfilters in ‘oil-free’ systems For other applications and help withyour specific requirements, contactTechnical Support on +44 (0)1622 723 300ISO 8573.1Class 2.-.3Oil Lubricated or Oil Free CompressorBulk WaterSeparator ParkerCompressed Air FilterUse Grade DX or 10REDUCED DEW POINT SYSTEMWhere dew point is not required tobe less than 2°C.Use Grade DX or 10 then BX or 6 (finally 000 or A for critical applications)SMD Membrane Air DryerISO 8573.1Class 1.2.1ISO 8573.1Class 1.-.1ISO 8573.1Class 1.-.2‘OIL FREE’ AIR‘Oil-free’ airPipeline purgingRobotics Temperature control systemsAir logistics Pre-filtration to adsorption model airdryers in oil contaminated systems Fine pneumatic tools Pre-filtration to air sterilisationfilters in oil contaminated systemsInstrumentation Spray paintingAir gauging Air conveying Air bearings Air motorsUse Grade DX or 10 then BX or 6EXTREMELY LOW DEW POINT SYSTEMWhere totally dry compressed air isrequired with a dew point of -40°C.To stop corrosion from compressedair at 20°C and 7barg. A -30°C dew point is the minimumrequirement.Use Grade DX or 10 then BX or 6 (finally 000 or A for critical applications)Point-of-Use Membrane Air DryerCRITICAL APPLICATIONSUse Grade DX or 10 then BX or 6 finally 000 or AHighest quality - clean, oil and odourfree airDecompression chambers Cosmetic productionFoodstuffs Dairies-production/packaging/transportProduction/packaging blow mouldingof plastics e.g. p.e.t. bottlesFilm processing Breweries-production/packaging/transportCritical instrumentationAdvanced pneumaticsAir-blast circuit - breakersISO 8573.1Class 1.4.1S3.2.2096 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagFiltration Media GradesSpecifications2000-series, 6000-series and 914 seriesCoalescing Filter MediaS3.2.104bGrade BX:Applications: General air coalescing applications when total removal of liquidaerosols and suspended fines is required in all pressure ranges. Protection ofair dryers, air gauging, air logic, modulating systems, critical air conveying,most breathing air systems, etc.Grade DX:Applications: Precoalescer or prefilter for Grade 6 to remove gross amounts ofwater and oil, or tenacious aerosols which are difficult to remove. Upgradingexisting particulate equipment to coalescing without increase in pressure drop.Temperature Range: -30oC up to +149oCMaterials of construction: Borosilicate glass microfibres withfluorocarbon resin binder. Resistant to water, all hydrocarbon andsynthetic lubricants.Sterile Air Filter Media:Grade SA:Applications: Grade SA filter removes bacteria from compressed air and is thefinal filter in a sterile air system. SA media must have BX prefilter.Grade Efficiency for 0.01 micron Pressure Drop (bar)Designation particles and droplets @ Rated Flow Media DrySA 99.9999+% 0.5Adsorption (Vapour Removal) Filter Media:Grade 000:Applications: Polishing gas stream of final trace amounts of hydrocarboncontaminants, usually 0.5 to 2 ppm inlet concentrations. Preparation forbreathing air; hydrocarbon removal.Grade Oil Vapour Pressure Drop (bar)Designation Removal Efficiency @ Rated Flow Media Dry000 99%+ 0.14Coalescing Filter MediaGrade 6C: Applications: General air coalescing applications when total removalof liquid aerosols and suspended fines is required in all pressureranges. Protection of air dryers, air gauging, air logic, modulatingsystems, critical air conveying, most breathing air systems, etc.Grade 10C:Applications: Precoalescer or prefilter for Grade 6 to remove grossamounts of water and oil, or tenacious aerosols which are difficultto remove. Upgrading existing particulate equipment to coalescingwithout increase in pressure drop.Coalescing Maximum OilGrade Efficiency Carryover MicronDesignation 0.3 to 0.6 PPM w/w (1) Rating Media dry Media wet withmicron particles 10-20 wt. oil6 99.97% 0.008 0.01 0.07 0.14 - 0.2010 95% 0.85 1 0.035 0.035Water Separator Filter Media100WS:Applications: Reduction and elimination of excess liquids in gas streams.Excellent prefilration for coalescing grades 6 and 10 when extreme quantities ofliquid contaminants are present.Grade Filter Efficiency Pressure Drop (bar)Designation Rating @ Rated Flow Media Dry100WS 100µm <0.02Interceptor (Particulate Removal) Filter Media3PUApplications: Particulate removal where very high dirt-holding capacity isrequire. Safety after filter for desiccant dryer, pore matched prefilter forcoalescer or as general use for the final instrument air protection.Grade Filter Efficiency Pressure Drop (bar)Designation Rating @ Rated Flow Media Dry3PU 3µm <0.02Adsorption (Vapour Removal) Filter MediaAApplications: Polishing gas stream of final trace amounts of hydrocarboncontaminants, usually 0.5 to 2 ppm inlet concentrations. Preparationfor breathing air; hydrocarbon removal.Grade Oil Vapour Pressure Drop (bar)Designation Removal Efficiency @ Rated Flow Media DryA 99%+ 0.07Grade Efficiency for 0.01 micron Pressure Drop (bar)Designation particles and droplets @ Rated Flow Media DryDX 93% 0.14BX 99.99% 0.14Temperature Range: -30oC up to +149oCMaterials of construction: Borosilicate glass microfibres with fluorocarbonresin binder. Resistant to water, all hydrocarbon and synthetic lubricantsTemperature Range: Max. temp. 80oC.Materials of construction: Activated Carbon.Notes:(1) Tested per ADF-400 at 40 ppm inlet. (2) Add dry + wet for total pressure drop.Temperature Range: -30oC up to +149oCMaterials of construction: Borosilicate glass microfibres with fluorocarbon resin binder.Resistant to water, all hydrocarbon and synthetic lubricantsPressure Drop (bar)‘@ Rated Flow (2)Notes: Element flows in to out.Temperature Range: Max. temp. 80oC.Materials of construction: Rolled stainless steel mesh (304 SS).Temperature Range: Max. temp. 80oC.Materials of construction: Pleated cellulose.Temperature Range: Max. temp. 80oC.Materials of construction: Activated Carbon.Q-series, BA series, ZT-series, ZF-series media specifications7Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagFilter SilencersExhaust Coalescers and SilencersFeaturesLonger life and less back pressure thansintered designsRemove all visible oil mist from exhaust airExceptionally efficient silencers for airexhaustsAvailable for exhaust ports from 1/8" to 1"Models 9955-05-DX, 9955-11-DX, 9955-12-DX, 18/18-DX and ECSB-4Balston Filter/Silencers are remarkably efficient soundmufflers, far more efficient than the felts, pleated paper,sintered plastic and sintered metal products commonly usedin other exhaust silencers. A sound attenuation efficiencytest comparing a 9955-12-DX, 1/2" Filter/Silencer with asintered polyethylene silencer is described below. This silencing efficiency test simulates the action of an aircylinder discharging rapidly to atmosphere. A length of 1/2"line between two ball valves is pressurised with air to acontrolled pressure. The upstream valve is closed and thenthe downstream valve is opened rapidly to discharge the fixedvolume of air under pressure to atmosphere. Noise levelswere measured at a 0.75 metre distance, firstly with nosilencer on the end of the line, secondly with the BalstonFilter/Silencer and lastly with competitive silencer. Model 9955-05-DX Model 9955-11-DX & 9955-12-DXModel 18/18-DXNoise Level Upstream Pressure (barg) (dBA) 7 5.5 4.3 2.7 1.5With BalstonSilencer 70 70 69 67 65With SinteredPolyethylene Silencer 88 88 87 87 81Sound Level 1m from 3/4" Air Line Discharging Air At 7 barg to AtmosphereWithout Silencer With Model 18/18-DX113 dBA 94 dBAA similar test of the Model 18/18 on a 3/4" air line gave the followingresults: Ordering InformationModel Description9955-05-DX, 9955-11-DX and 9955-12-DX Standard Pack of 10 Filter/Silencers per box, individually wrapped18/18-DX One Model 18/18-DX per boxECSB-4 One Model ECSB-4 per boxPrincipal SpecificationsModel 9955-05-DX 9955-11-DX 9955-12-DX 18/18-DX ECSB-4Inlet Port 1/8" NPT (Male) 1/4" NPT (Male) 1/2" NPT (Male) 3/4" NPT (Female) 1" NPT (Female)Drain Port 1/4" OD Stem 1/4" OD Stem 1/4" OD Stem 1/8" NPT (Female) 1/4" ID TubingMaterials of Construction(6mm ID Tube) (6mm ID Tube) (6mm ID Tube) — (6mm 1/4 ID)Filter Cartridge Borosilicate glass microfibres with fluorocarbon resin binderHolder Nylon Nylon Nylon Steel NylonInternals — — — Steel —Maximum Internal Pressure at 43°C 7 barg 7 barg 7 barg 7 barg 7 bargMaximum Temperature at0 barg Internal Pressure 127°C 127°C 127°C 149°C 52°CShipping Weight 0.2kg 0.2kg 0.2kg 0.5kg 0.5kgDimensions 40x50mm 40x80mm 50x90mm 90x140mm 185x65mmModel ECSB-4S3.2.103b8 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagCompressed Air FiltersMiniature Point-of-Use FiltersFeaturesRemove up to 99.99% of 0.01 micron oil,water and dirtAutomatic drain optionsMaximum temperature to 121°CMaximum pressure to 17 bargModels A914D, A914P, A914, A914AModels A914P and A914D are 1/4" line size assemblies withsimple, reliable drains used for low flow applications withmoderate levels of liquid contaminate. The A914P is designed to empty condensate when there is asudden pressure drop through the system (intermittentcompressed air demand applications). The A914Dincorporates an overnight drain which will drain liquidcontaminate when the compressed air system pressuredrops below 0.35 barg. The standard A914 utilizes a standardmanual threaded drain. Models A914D, A914P and A914 havea transparent polycarbonate bowl with an aluminium head. The Model A914A has an aluminium bowl and head.Ordering InformationModel A914, A914A, A914D, A914PDifferential Pressure Indicator Not IncludedReplacement Filter Cartridges -No. Required 1Box of 5 5/050-05-?Box of 10 050-05-?Principal SpecificationsModel A914, A914A, A914D, A914PPort Size 1/4" BSPTMaterials of ConstructionHead Anodised AluminiumBowl Polycarbonate/Anodised AluminiumInternals NylonSeals Buna-NMaximum Temperature 49°C (3)Maximum Pressure (1) 10 barg (4)Minimum Pressure (2) 0.35 bargShipping Weight 0.2kgDimensions 40 x 100mmNotes:1 Maximum pressure ratings are for temperatures to 49°C. Please consult factory for maximum pressure ratings at elevated temperatures.2 Required for proper operation of piston drain, overnight drain.3 Aluminium version maximum temperature is 120°C.4 Aluminium version maximum pressure is 17 barg.5 A914D for overnight drain, A914P for piston drain, A914A for aluminium version.Model A914P Model A914 Model A914AModel A914DS3.2.098b9Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagHousing Model Number:Port Size (NPT) 3/8” 3/8” 3/8” 3/8” 3/8” 3/8” 3/8” 3/8” 1/2” 1/2” 1/2” 1/2” 1/2” 1/2” 1/2” 1/2 Element End Seals No End Seals Urethane No End Seals UrethaneMax. Pressure 9 bargMax. Temp 52°CMaterials:Head AluminiumBowl Clear PolyurethaneInternals Stainless Steel/Acetal PlasticO-Rings Buna NShipping Wt. 0.38 kgFilters with Aluminium Heads and Plastic BowlsQN15N/Q2N SeriesFeaturesLightweight and economicalPressure up to 9 bargAluminium headsPrincipal SpecificationsQN-15N-*GNQN-15N-*SNQN-15N-*HNQN-15N-*CNQN-15N-*CUNQN-15N-AUNQN-15N-3PUNQN-15N-*QUNQN-2N-*GNQN-2N-*SNQN-2N-*HNQN-2N-*CNQN-2N-*CUNQN-2N-AUNQN-2N-3PUNQN-2N-*QUMThe Q series is an excellent point-of-use filter where elementvisibility is required. Coalescing, particulate and adsorptionelements are available.The Q series consists of aluminium head and clearpolyurethane bowl design. Porting in NPT and BSPF isstandard with an operating pressure to 9 barg.Ordering InformationUse the matrix below to specify what filter assembly you require. QNMedia Gradeblank for 3PU,AU4610Media ModelGTFHCCUQU3PUAUACCESSORIESNNoneDDifferential PressureIndicatorGDifferential PressureGaugeThreadNNPTFBSPFPort Size1 - 1/4”15 - 3/8”2 - 1/2”Notes: Although the element size is notincluded in the part number construction forthis filter, the size, 10-025, is needed toorder replacement elements. For example.6C 10-025 x 8.For example: QN15N-10QUN for completeassembly, including element. QN15NN x foran empty housing.S3.2.099b10 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagFeaturesRemove up to 99.9999% of 0.01micron oil,water, dirt and micro-organismsIntegral filter life indicatorsAutomatic drainsQuick release housingsModular fittingSite glass to check autodrain operationLifetime warranty(1)Balston Coalescing Compressed Air FiltersBalston 2000 Series Coalescing Compressed Air Filtersprotect your equipment and delicate instruments from thedirt, water and oil found in compressed air. BalstonCoalescing Filters remove contaminants at very highefficiency – up to 99.9999% for 0.01 micron particles anddroplets. Liquid continuously drains from the filter cartridge,which allows the Balston Coalescing Filter to continueremoving liquids for an unlimited time, without the loss ofefficiency, flow capacity or pressure drop.What’s Creating The Cost?For every 0.1 bar (2 psi) of differential pressure in acompressed air system, the energy requirement of thecompressor is increased by 1% (Source: CAGI). What’s The Savings Solution?The “X-Cartridges” from Parker exhibit a <0.1 bar ( <2 psi)pressure drop improvement over the current generationcartridge. This produces cost savings of up to 379 EUR peryear per installed filter cartridge depending on the number ofwork shifts.(2) INTEGRALDIFFERENTIALPRESSUREINDICATORback and frontallowing all roundvisibility and ensuringoptimum filterelement changeSIGHT GLASSeasy to check oiland water levelBAYONETCLOSUREminimalmaintenancetime with lesswear and tearMODULARFITTINGallows filters to bemounted with theminimum disruptionand in the smallestspaceERGONOMICALLYDESIGNED TOUGHPOWDER COATEDALUMINIUM BOWLBALSTON HIGHEFFICIENCYELEMENT0.01 micron removal ofoil, water and dirt.Superior protectionwith lowestconsumable costFilter Element DescriptionBulk Water Removal For the reduction and elimination of excess liquids in gas streams. Excellent pre-filtration for coalescing filters when extreme quantities of liquid contaminants are present. Use grade 100WS – contact Parker for further details.General Purpose Applications Such as Plant Compressed Air Single stage filtration. Use a Grade DX filter.Instrument Air and Other Critical Air Requirements Two stage filtration is necessary. Use a Grade DX followed by a Grade BX filter. As a general rule, a Grade BX filter should not be used alone.Removal of Trace Compressor Oil Vapour For rare instances where even a trace amount of oil vapour can cause a problem, three stage filtration is necessary. Use a Grade DX followed by a Grade BX and a Model CI cartridge.Commercially Sterile Air 3-Stage filtration is necessary. Use a grade BX followed by aCI and a SA cartridge.Compressed Air Filters1/4” to 1 1/2” Line SizeS3.2.100b11Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagOrdering InformationModel 2002 2003 2004 2104 2206 2208 2312Filter CartridgesNo. Required 1 1 1 1 1 1 1Box of 5(6) 5/100-12-? 5/100-12-? 5/100-12-? 5/100-18-? 5/150-19-? 5/150-19-? 5/200-35-?Box of 10(6) 100-12-? 100-12-? 100-12-? 100-18-? 150-19-? 150-19-? 200-35-?CI CartridgeBox of 1(8) CI100-12-000 CI100-12-000 CI100-12-000 CI100-25-000 CI150-19-000 CI150-19-000 CI200-35-000Notes:1 Lifetime (20 year) Warranty included.Contact your local representative fordetails.2 Based on 14.86 euro/100 kwh as aEuropean average electrical cost (SourceCIDEM, based on data provided byEurostat (“Statistics in Focus”,Environment and Energy) Savings aremore dignificant in higher cost countries.3 Automatic Drain and DifferentialPressure Indicator are limiting factors.For temperature capabilities to 104°C,order assemblies without Auto Drain andDifferential Pressure Indicator.4 Maximum pressure ratings are fortemperatures to 54°C. Please consultfactory for maximum pressure ratings atelevated temperatures.5 Required for proper operation of the floatdrain.6 Indicate grade of filter cartridge by putting appropriate letter after orderingnumber. Example: 5/150-19-DX, 200-35-BX.7 The DPI is sensitive in the range of 0-5psi differential.8 Automatic drains not supplied withassemblies containing Model CIcartridges.Principal SpecificationsModel 2002 2003 2004 2104 2206 2208 2312Port Size 1/4” 3/8” 1/2” 1/2” 3/4" 1" 1 1/2"Materials of ConstructionHead Aluminium Aluminium Aluminium Aluminium Anod. Alum. Anod. Alum. Anod. Alum.Bowl Aluminium Aluminium Aluminium Aluminium Steel Steel SteelInternals Nylon Nylon Nylon Nylon St. Steel St. Steel St. SteelSeals Buna-N Buna-N Buna-N Buna-N Buna-N Buna-N Buna-NMaximum Temperature(3) 54°C 54°C 54°C 54°C 54°C 54°C 54°CMaximum Pressure(4) 17 barg 17 barg 17 barg 17 barg 17 barg 17 barg 17 barg Minimum Pressure(5) 1 barg 1 barg 1 barg 1 barg 1 barg 1 barg 1 bargShipping Weight 1.1 kg 1.1 kg 1.1 kg 1.9 kg 3.6 kg 3.6 kg 6.8 kgDimensions 80 x 200mm 80 x 200mm 80 x 200mm 80 x 280mm 100 x 330mm 10 x 330mm 130 x 430mmOrdering InformationUse the matrix below to specify what filter assembly you require. OAONo DPIDrain Plugged1B1DPI(7)Auto Drain1B2DPI(7)Manual DrainFilter GradeOOOSADXBXLeave blank for noFilter Cartridge20021/4" Ports20033/8" Ports20041/2" Ports21041/2" Ports22063/4" Ports22081" Ports23121-1/2" PortsNNPT Thread Inlet &Outlet PortsGG Thread Inlet &Outlet PortsS3.2.100bExample: 1/2" NPT filter with DPI and Auto Drain with Grade DX Filter = 2104N-1B1-DX12 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagCompressed Air Filters2” to 3” Line SizeFeaturesDifferential pressure gauges allow optimumelement change-outsExternal automatic drain suppliedFlow rates to 5,644m3/h (3,320SCFM)All Aluminium construction, with a toughchromated and powder paint finishParker ZT-Series Compressed Air FiltersParker ZT-Series compressed air filters protect your equipment anddelicate instruments from the dirt, water and oil found incompressed air. ZT-Series housings are available with oil and waterremoval (coalescing), particulate and oil vapour removal elements.ZT-Series housings have a maximum pressure to 16 barg, and portsizes to 3" giving a maximum flow rate of 5,644m3/h (3,320SCFM). Anall aluminum construction with a tough powder paint finish providesa rugged construction offering a long life.Principal SpecificationsModel ZT14 ZT17 ZT18 ZT19Port Size 2" 2" 21/2" 3"Drain Port Size 1/2” BSPP 1/2” BSPP 1/2” BSPP 1/2” BSPPMaterials of ConstructionHead Aluminium Aluminium Aluminium AluminiumBowl Aluminium Aluminium Aluminium AluminiumSeals Nitrile Nitrile Nitrile NitrileMaximum Temperature 79°C 79°C 79°C 79°CMaximum Pressure 16 barg 16 barg 16 barg 16 bargShipping Weight 9.6 Kg 12.3 Kg 24.6 Kg 27 KgDimensions 164x825mm 164x1075mm 250x1050mm 250x1200mmAdditional length for Bowl removal 520mm 770mm 600mm 750mmOrdering InformationElement Grade ZT14 ZT17 ZT18 ZT196C 6CZ27-200 6CZ27-298 6CZ46-239 6CZ50-29810C 10CZ27-200 10CZ27-298 10CZ46-239 10CZ50-2983P 3PZ27-200 3PZ27-298 3PZ46-239 3PZ50-298A AZ27-200 AZ27-298 AZ46-239 AZ50-298100WS 100WSZ27-200 100WSZ27-298 100WSZ46-239 100WSZ50-298How to Order the Filter Assembly Part NumbersUse the matrix below to specify what filter assembly you require. 016 (16 bar)StandardPressure*Contact Parkerfor other pressuresElement Grade and Element Model6 C Coalescer10 C Coalescer3 P Pleated Cellulose100 WS Water Separator* A Absorber*Leave first column blank for absorberG = DPG, No DrainN = No DPG, No DrainM = Manual DrainBlank =As Standard External AutoDrain and DifferentialPressure GaugeZT 0 1 6Port Size14 or 172” BSPP1821/2” BSPP193” BSPPS3.2.101a13Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagCompressed Air FiltersDN 100 - DN 200FeaturesPorting up to DN200 flangeFlows to 22,828m3/hLarge sump capacityEasy element replacementGeneral DescriptionParker’s large capacity coded filter vessels have beendesigned specifically for our coalescing elements andincorporate large sump capacities and generous exit cavitiesfor maximum performance with low differential pressures.With flow capacities to 22,828m3/h and pressure to 16 bargand optional materials of construction, most compressorsource filtration requirements can be met.Housing Element Grade and Model Element Size Number ofElementsZF20 6C, 10C, 3P, A, 100WS Z27-298 2ZF30 6C, 10C, 3P, A, 100WS Z27-298 3ZF40 6C, 10C, 3P, A, 100WS Z27-298 4ZF60 6C, 10C, 3P, A, 100WS Z27-298 6ZF80 6C, 10C, 3P, A, 100WS Z27-298 8ZF100 6C, 10C, 3P, A, 100WS Z27-298 10Element Dry (bar) Wet (bar)6C 0.07 0.21 - 02810C 0.03 0.07 - 0.103P 0.02 N/A100WS <0.02 <0.02A 0.07 N/AExamples:ZF20 housing with grade 10C element: replacement part number = 10CZ27-298 (2 pieces per housing)ZF80 housing with grade 3P element: replacement part number = 3PZ27-298 (8 pieces per housing)016 (16 bar)StandardPressure*Contact Parkerfor other pressuresDN2030406080100Element Grade and Element Model6 C Coalescer10 C Coalescer3 P Pleated Cellulose100 WS Water Separator* A Absorber*Leave first column blank for absorber0 1 6S3.2.199aPrincipal SpecificationsHousing Assembly ZF20-016 ZF30-016 ZF40-016 ZF60-016 ZF80-016 ZF100-016Port Size DN100 DN100 DN150 DN150 DN200 DN200Materials of constructionHead Carbon Steel Carbon Steel Carbon Steel Carbon Steel Carbon Steel Carbon SteelBowl Carbon Steel Carbon Steel Carbon Steel Carbon Steel Carbon Steel Carbon SteelSeals Nitrile Nitrile Nitrile Nitrile Nitrile NitrileMaximum Temperature 79°C 79°C 79°C 79°C 79°C 79°CMaximum Pressure 16 barg 16 barg 16 barg 16 barg 16 barg 16 bargShipping Weight (kg) 106 106.5 148 208 230 366Dimensions (mm) 500 x 1440 500 x 1440 640 x 1590 790 x 1650 790 x 1730 840 x 1780Additional length for bowl removal (mm) 550 550 550 550 550 550Number of Elements per housing 2 3 4 6 8 10ZFG = DPG, No DrainN = No DPG, No DrainM = Manual DrainBlank =As Standard External AutoDrain and DifferentialPressure Gauge14 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagFeaturesAll 304 stainless steel construction, ideal forharsh environments: food processing plants,chemical plants, refineries, pulp mills.Remove 99.99% of 0.01µ particles of oil,water and dirt from compressed air andother gasesContinuously trap and drain liquidsRemove trace oil vapour with adsorbentcartridgesPressure rating up to 17 bargBenefitsBalston Stainless Steel Filters protect your equipment anddelicate instruments from the dirt, water and oil usuallyfound in compressed air and other gases. These filters willremove contaminants at a very high efficiency - up to 99.99%for 0.01µ micron particles and droplets. Liquid releases fromthe filter cartridge to an automatic drain as rapidly as itenters the filter. This allows the filter to continue removingliquids for an unlimited time without loss of efficiency orflow capacity. Select 1/4” to 1” line filters are constructed of304 stainless steel and are designed to hold up to theharshest environments.Stainless Steel Filters for Compressed AirModel 6002The 6002 series models are 1/4” line size filters designed forlower flow systems and installations with space limitations. Itis offered with two drain options, a manual drain or an autofloat drain for maintenance free operation.Model 6004The 6004 series models are 1/2” line size filters designed formoderate flow rate systems. This series has increased liquidholding capacity which safeguards sensitive end use pointsfrom system upsets and morning start-ups.Model 6006 and 6008The 6006 and 6008 series models are 3/4” and 1” line sizefilters respectively. These are designed for high flow ratesystems servicing mutiple end use points. These are alsooffered with a high capacity auto float drain option.Balston grade SA filter cartridges, rated at 99.9999+% efficiencyfor 0.01 micron particles, is at least 30 times better than theaccepted standard for sterile air filters developed by independentresearch organisations in the U.S. and U.K. (request bulletin TI-105A for a detailed discussion on Balston filter efficiency ratingprocedure and Bulletin TI-935 for an independent test report onBalston Sterile Air Filters). Balston Sterile Air Filters are in fullcompliance with the requirements of the FDA.Steam Sterilisation ProcedureIn installations where the sterile air filter requires steamsterilisation, we recommend the following procedures:The steam sterilisation pressure should not exceed 4 barg.Preferably, it should be held to 3 barg or less. A typicalsterilisation cycle is 2 barg steam for 30 minutes. Steaming timecan be increased as desired without harm to the filter cartridges.The steam flow should not exceed the normal air flow for theunit. To ensure no build up of condensate in the housing,condensate should be drained from the filter by a condensatedrain valve during the steaming process. The cleanliness of thesteam is an important factor influencing the life of the Sterile AirFilter cartridges. Parker strongly recommends using Model 23Steam Filters to ensure optimum operating life (see page 37 ofcatalogue S3.2.206). When autoclaving, the Grade SA filtercartridges will tolerate temperatures to 149ºC in dry gas. Viton®or other heat resistant seals should be used in the housing.Viton® is a registered trademark of Dupont Dow Elastomers.Ideal for pulp mills, steel and metal fabrication plants, refineries and chemical plantsS3.2.200a15Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagPrincipal SpecificationsModel 6002 6004 6006 6008Port Size 1/4” 1/2” 3/4” 1”Materials of ConstructionHead 304 Stainless Steel 304 Stainless Steel 304 Stainless Steel 304 Stainless SteelBowl 304 Stainless Steel 304 Stainless Steel 304 Stainless Steel 304 Stainless SteelInternals Nylon Nylon Stainless Steel Stainless SteelSeals Buna-N Food Grade Buna-N Food Grade Buna-N Food Grade Buna-N Food GradeMaximum Temperature(1) 49ºC 49ºC 49ºC 49ºCMaximum Pressure(2) 12 barg 12 barg 12 barg 12 bargMinimum Pressure(3) 1 barg 1 barg 1 barg 1 bargShipping Weight 1.6 kg 1.8 kg 5 kg 5.5 kgDimensions 70 x 180mm 70 x 250mm 100 x 250mm 100 x 300mmNotes:1 Max. temperature with auto drain. Max. temperature with manual drain is 135ºC. 2 Max. pressure with auto drain. Max. pressure with manual drain is 17 barg3 Required for proper operation of auto drain.Replacement Filter Cartridge Ordering InformationModel 6002 6004 6006 6008Replacement Filter CartridgesNumber required 1 1 1 1Box of 5 5/100-12-(*X) 5/100-18-(*X) 5/200-176-(*X) 5/200-185-(*X)Box of 10 100-12-(*X) 100-18-(*X) 200-176-(*X) 200-185-(*X)Box of 10 100-12-SA 100-18-SA 200-176-SA 200-185-SACI Cartridges (box of 1) CI100-12-000 CI100-18-000 CI200-176-000 CI200-185-00060021/4” Ports60041/2” Ports60063/4” Ports60081” PortsN = NPT ThreadInlet & Outlet PortsG = BSPT ThreadInlet & Outet PortsOA2Manual DrainOA1Auto DrainFilter Grade000SADXBXLeave blank for no filter cartridgeHow to orderthe Filter AssemblyBuild your own customfilter assembly using theguideline matrix (left)and specify your modelnumber.Example:1/2” filter and Auto Drain with GradeDX Filter = 6004N-0A1-DX.Ordering InformationFlow Rates m3/hr at 0.14 barg drop at indicated line pressure.0.14 1.4 3 6 7 9 10 14 176002 1/4” DX 15 32 66 87 107 129 153 199 246BX 5 14 19 36 42 53 61 80 99CI 3 8 12 20 25 31 37 48 59SA - 14 19 36 42 53 61 - -6004 1/2” DX 32 70 110 192 233 282 333 437 537BX 15 32 51 87 107 129 153 199 246CI 10 20 32 54 66 82 95 124 153SA - 32 51 87 107 129 153 - -6006 3/4” DX 63 133 209 364 440 535 630 822 1013BX 17 36 58 95 119 144 172 223 275CI 14 27 44 75 90 110 129 168 207SA - 36 58 95 119 144 172 - -6008 1” DX 93 195 308 533 646 787 928 1208 1490BX 19 39 63 109 131 160 189 245 302CI 17 34 54 95 114 139 163 212 262SA - 34 70 116 144 177 209 - -Filter Housing Model Port Size Filter Cartridge Grade BargS3.2.200a(*replace with B or D)16 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagDual-Stage Filtersfor Breathing Air and Food QualityFeaturesConnection Sizes to 1”Flows up to 127 m3/h (75 SCFM)Maximum pressure 34 barg (500 psig)Maximum temperature 79°C (175°F)1/8” drain port with manual drain as standardGeneral DescriptionBA-series filters are designed to be used as point-of-use breathing air filters. The BA-series combination unit contains both a finegrade coalescing filter element and an activated carbon vapour removal element.In addition to breathing air the BA-series filters may also be used in applications requiring compressed air to be free of odour ortaste bearing hydrocarbons e.g. food contact. Replacement elements are supplied in a convenient repair kit. The kit includes onecoalescing element, two activated carbon adsorber elements and replacement seals. The kit includes two adsorber elementsbecause the coalescing stage will routinely outlive the extremely sensitive adsorber element.THE BA-SERIES WILL NOT REMOVE TOXIC GASES FROM THE AIR STREAM. A CARBON MONOXIDE MONITOR IS RECOMMENDED.How to Order Complete Dual-Stage AssembliesBowlLLongSStandardElement Grade46BASeries Name PortConnectionSize11/4”153/8”21/2”33/4”41”Element ModelCQEnd SealUUrethaneUAccessory Designatorfor preinstalled accessoriesAAuto DrainDDPI Indicator(1/4” - 1/2” only)GDPG GaugeNNo AccessoriesWA+D (1/4” - 1/2” only)YA+GNote: Bowl length is determined by theflow rate required. See Flow Rates onpage 18.Note: Designate first stage; grade and media model,second stage; media model will always be “A”media, and is not designated in the part number.(Standard on allelements)How to Order BA-Series Replacement ElementsBowlLLongSStandardElement Grade46Repair Kit Series Name PortConnectionSize11/4”153/8”21/2”33/4”41”Element ModelCQEnd SealUUrethaneUNote: Each repair kit contains (1) coalescing element,(2) activated carbon adsorber elements and replacement seals.(Standard on allelements)BAK(S available on3/4” and 1” portsize only)(S available on3/4” and 1” portsize only)Clean Air OutAdsorber (Stage 2)Coalescer (Stage1)Air In118mmPort 1Short Bowl = 273mmLong Bowl = 362mmPort 1Port ModelNNPTF-GThreadS3.2.102a17Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagMedium, High Pressure and Stainless Steel Filters for Gas FiltrationStainless Steel FiltersFilter elements available for removing oil, water, dirt,gaseous hydrocarbons. Steam and sterile filtration alsoavailable.316 Stainless Steel construction pressures to 345 barg.Temperature to 204°C.For further technical information please see page 46 ofCatalogue S3.2.206.ZJ-SeriesZJ-Series filters are used in a number of applications, rangingfrom breathing air for scuba divers, to high-pressure hydrauliccircuit testing, to a variety of uses in the alternative fuel industry.The filter housings and the replaceable elements used in thisproduct line have an extremely robust construction, speciallydesigned for use in system pressures up to 345 barg. Fourhousing sizes are available with connections ranging from1/2” to 2”; temperatures up to 176oC and flows up to 66,000m3/hr at 350 barg.For further technical information please see pages 30 and 31of Catalogue S3.2.206.• 1/2” - 2 Line Size• Pressure Rating 350 bar• ATEX approved option• Pressure rating 100barg• Flanges to DN200• 100% retention• 1 micron droplets andliquidsParker Compressed Gas FiltersParker high flow rate compressed gas filters offer exceptionally high efficiencycoalescing filtration of compressed gas at high flow rates. Specifically designedto remove suspended liquids and dirt from pipeline natural gas, the housingsare CE PED stamped to 100 barg. Equipped with Parker Finite FilterCartridges, the filters are rated at 93% retention of 0.01 micron and essentially100% retention of 1 micron liquid droplets and particles. Since the coalescedliquid drains continuously from the filter cartridges as rapidly as it collected,the filters have an unlimited capacity for liquid removal.Series ZA are available with inlet and outlet ports covering the range fromDN50 to DN200 pipe sizes. The standard carbon steel units have pressureratings from 16 - 100 barg.For further technical information please see pages 32 and 33 of CatalogueS3.2.206.S3.2.105a18 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagm3/h and SCFMRefer to Principal Specification Charts in each product data sheet for maximum pressure rating of each housingFilter Housing Model Filter Grade Flow rates (m3/h), at 0.14 bar drop indicated line pressure (barg) Flow rates (SCFM), at 2 psi drop indicated line pressure (psig)ElementLine Pressure 1 3 6 7 9 10 14 17 20 40 80 100 125 150 200 250A914A, A914, A914D, DX 15 22 41 49 61 73 93 114 9 13 24 29 36 43 55 67A914P (1/4”) BX 4 7 12 14 15 20 25 29 2 4 7 8 9 12 15 172002 (1/4”), 2003 (3/8”), 2004 (1/2”) DX 32 66 87 107 129 153 199 246 19 39 51 63 76 90 117 145BX 14 19 36 42 53 61 80 99 8 11 21 25 31 36 47 58CI 8 12 20 25 31 37 48 59 5 7 12 15 18 22 28 352104 (1/2”) DX 70 110 192 233 282 333 437 537 41 65 113 137 166 196 257 316BX 32 51 87 107 129 153 199 246 19 30 51 63 76 90 117 145CI 20 32 54 66 82 95 124 153 12 19 32 39 48 56 73 902206 (3/4”) DX 133 209 364 440 535 630 822 1013 78 123 214 259 315 371 484 596BX 36 58 95 119 144 172 223 275 21 34 56 70 85 101 131 162CI 27 44 75 90 110 129 168 207 16 26 44 53 65 76 99 1222208 (1”) DX 195 308 533 646 787 928 1208 1490 115 181 314 380 463 546 711 877BX 39 63 109 131 160 189 245 302 23 37 64 77 94 111 144 178CI 34 54 95 114 139 163 212 262 20 32 56 67 82 96 125 1542312 (1-1/2”) DX 345 542 941 1138 1386 1636 2131 2627 203 319 554 670 816 963 1254 1546BX 78 126 219 263 321 379 493 608 46 74 129 155 189 223 290 358CI 56 88 155 187 228 268 350 430 33 52 91 110 134 158 206 253BA1L (1/4”) 4 6 9 15 17 21 25 32 40 3 5 8 10 12 14 19 236 8 12 20 24 29 35 45 55 4 7 12 14 17 20 26 32BA15L (3/8”) 4 7 10 17 21 25 30 39 48 4 6 10 12 15 17 22 286 9 13 23 28 34 40 51 63 5 8 13 16 19 23 30 37BA2L (1/2”) 4 8 12 20 24 29 35 45 55 4 7 12 14 17 20 26 326 10 15 26 31 38 44 58 71 5 9 15 18 22 26 34 42BA3S (3/4”) 4 13 21 36 43 52 61 80 99 8 12 21 25 30 36 47 586 16 25 43 51 63 74 96 118 9 14 25 30 37 43 56 69BA3L (3/4”) 4 21 33 57 68 83 98 128 157 12 19 33 40 49 57 75 926 31 49 85 102 125 147 191 236 18 29 50 60 73 86 112 138BA4S (1”) 4 18 29 50 60 73 86 112 138 11 17 29 35 43 50 66 816 24 37 64 77 94 110 144 177 14 21 37 45 55 65 84 104Flow RatesFor Sizing Filter HousingsS3.2.202aHousing Selection Chart ZT and ZF seriesRated Flows: m3/hr @ 7bar and 20oC (SCFM @ 100 psiand 70oF). For other pressures and temperatures please see alternative housing selection belowHousing Assembly Port Size Media Grade3P/100WS/10C 6C/AZT14 2” 1526 (898) 915 (539)ZT17 2” 2283 (1344) 1370 (806)ZT18 2 1/2” 3058 (1800) 1920(1130)ZT19 3” 4027 (2370) 2416 (1422)ZF20 DN 100 4566 (2687) 2739 (1612)ZF30 DN 100 6848 (4031) 4109 (2418)ZF40 DN 150 9131 (5374) 5479 (3225)ZF60 DN 150 13697 (8062) 8218 (4837)ZF80 DN 200 14942 (100749) 10957 (6449)ZF100 DN 200 22828 (13436) 13697 (8062)Alternative Housing Selection Chartfor applications with conditions other than 7 bar and 20oC (standard conditions)Converting Actual Application Conditions to Standardised ConditionsAs the required size of the filter is affected not only by flow but also by operating pressure and operating temperature, it is necessary to convertthose actual conditions to standardised conditions (7 bar and 20oC). The calculated adjusted flow rate can be used to choose the appropriate filter inthe chart above. When using the chart choose the closest flow rate from the appropriate media grade column.FlowActual SystemFlow Rate (m3/hr)Pressure(7 (barg) + 1 (barg) )(System Pressure (barg) + 1 (barg) )Temperature(System Temp (oC) + 238(oC) )(20(oC) + 238(oC) )Specific Gravityv Specific gravityAdjusted Flow RateAdjusted Flow Rate(At 7 barg and 20oC)x x x =3000 (m3/hr)(7 (barg) + 1 (barg) )(10 (barg) + 1 (barg) )(20(oC) + 238(oC) )(20(oC) + 238(oC) )Note: Take the square route ofyour specific gravity. If this isfor a compressed airapplication, skip this step asthe specific gravity of air is one.Please consult Parker if you donot know your specific gravity.Now go to the chart above,look down the media grade 6Ccolumn for a flow of 2400m3/hr, you will see the correcthousing is the ZT19-016-6C.x x x =Example:For grade 6C filter, with an actual flow rate of 3000m3/hr of air, an actual pressure of 10 barg and temperature of 20oC. The equation would go as follows3000 x x x =0.8 1 1 2400 m3/hrEquation:19Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagDrying Compressed Air with Parker Membrane TechnologyBalston Membrane Air Dryers Utilise innovative membrane technology to provide clean, dry,compressed air at atmospheric dew points to -40°C. This highefficiency, durable technology is quickly becoming thestandard for drying compressed air. Balston Membrane AirDryers require no electricity and contain no refrigerants orfreons, making them environmentally sound. Balstonmembrane air dryers protect critical applications from theproblems caused by moisture.FeaturesMembrane Dryers offer atmospheric dewpoints to -40°C for point-of-use criticalapplicationsThe 5000 Series Membrane Air Dryers offerplant-wide pressure dew points to 2°C forcompressed air systemsUnattended 24-hour operation and quickeasy maintenanceExplosion-proof and require no electricitySilent operationLightweight and compactEnvironmentally friendly with norefrigerants or freonsApplicationsInstrument air for calibration of sensitive equipmentHVAC systems Pneumatic equipmentInstrument cabinetsElectronic equipment blow-off airCNC/CMM machineryPrevention of freeze-upsFire and sprinkler systemsPressurizing electrical cabinetsPneumatic controlsProvide clean air for laser operationDry air for hazardous areasGeneral plant compressed airChemical blanketing and packagingProcess controlsElectronics/Dry boxesLaser opticsPhase I – Pre-FiltrationPrior to entering the membrane drying module, thecompressed air passes through a high efficiency coalescingfilter to remove oil and water droplets and particulatecontamination with an efficiency of 99.99% at 0.01 micron.The liquids removed continuously drip from the filtercartridge into the bottom of the housing, where they areautomatically emptied by an autodrain assembly. The airleaving the prefilter, therefore, is laden only with watervapour, which will be removed by the membrane module.Phase II – Membrane DryingThe water vapour in the compressed air is removed by theprinciple of selective permeation through a membrane. Themembrane module consists of bundles of hollow membranefibres, each permeable only to water vapour. As thecompressed air passes through the centre of these fibres,water vapour permeates through the walls of the fibre anddry air exits from the other end of the fibre. A small portionof the dry air (regeneration flow) is directed along the outsideof the membrane fibre to carry away the surroundingmoisture-laden air. The remainder of the dry air is piped tothe application.S3.2.106* Point-of-Use20 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagFeaturesState-of-the-art membrane technology2°C pressure dew point - 13% dryer thantypical refrigerant dryersDurable - will hold up to the dirtiestcompressed air systemNo requirement for costly maintenancecontractsOutput capacities to 1,020m3/hr (600 scfm)ApplicationsGeneral Compressed Air MainlinesProcess ControlsHVAC SystemsInstrument CabinetsCNC/CMM MachineryFire and Sprinkler SystemsPneumatic ControlsChemical Blanketing and PackagingElectronics/Dry BoxesLaser OpticsBenefitsEasy to install and quick to maintainNo refrigerants or freons - environmentally friendlySimilar configuration of inlet/outlet ports to that of refrigerant dryers for easy replacement installationState-of-the-Art Membrane TechnologyWater vapour from the compressed air supply passes throughthe hollow fibres of the membrane. At the same time, a smallportion of the dry air product is redirected along the length ofthe fibres to sweep out the water vapour which haspermeated the membrane. The moisture-laden sweep gas isthen vented to the atmosphere and clean, dry air is suppliedto the compressed air distribution system. The SMART Dryerutilises sophisticated technology to monitor the airconsumption and automatically adjusts the regenerativesweep flow as required. The variable sweep system results insignificant energy savings and low operatingcosts. The SMART Dryer technology offers an advantage overrefrigerant air drying technology as it does not producecondensate. An average 170 m3/h (100 CFM) compressorsystem can produce up to 6,814 litres (1,500 gallons) of oilycondensate per year. The refrigerant dryer condenses it intoan oily/water emulsion which has to be disposed of, at a highcost to you. The Membrane Air Dryer is designed to operatecontinuously, 24 hours a day, 7 days a week. The onlymaintenance required is changing the prefilter cartridgestwice a year, which takes approximately 5 minutes andrequires no tools.Parker 5000 Series SMART Dryer System Membrane Air DryersS3.2.107b21Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagWhy buy a SMART Dryer instead of a cyclingrefrigerant air dryer?The Smart Dryer can save you money and offer betterperformance. Refrigerant and desiccant air dryers, sized tomeet worst-case operating conditions are often designed torun continuously regardless of the system’s demands, when infact the actual system conditions and demands are far less.The result is significant operating costs in wasted energy andwear and tear on refrigerant compressors, cooling systems,drains and other componentry. The SMART Dryer does notrequire refrigerant, compressors, cooling systems or othercomponentry that carries high operating costs (energy) andmaintenance costs. The SMART Dryer utilises sophisticatedtechnology to monitor the air consumption and automaticallyadjusts the regenerative sweep flow as required. The variablesweep system results in significant energy savings and lowoperating costs with no fluctuation in output dew points.Additionally, there are no freons that need recharging, nocompressors to be serviced and no cooling coils to be coredand cleaned. Most importantly, the SMART Dryer is producinga constant 2°C pressure dew point which is typically 13%dryer than a refrigerant air dryer (ppm weight in air).Principal SpecificationsModel Number SMRT5100 SMRT5200 SMRT5300 SMRT5400 SMRT5500 SMRT5600Max Flow Rate @2°C dew point 170 m3/h 340 m3/h 510 m3/h 680 m3/h 850 m3/h 1,020 m3/h(100 SCFM) (200 SCFM ) (300 SCFM) (400 SCFM) (500 SCFM) (600 SCFM)Dew point (1) 2°C 2°C 2°C 2°C 2°C 2°CMin/Max Inlet Air Temp. 4°C/49°C 4°C/49°C 4°C/49°C 4°C/49°C 4°C/49°C 4°C/49°CAmbient Temperature Range 4°/43°C 4°/43°C 4°/43°C 4°/43°C 4°/43°C 4°/43°CMin/Max Inlet Pressure 4.1/10 barg 4.1/10barg 4.1/10barg 4.1/10barg 4.1/10barg 4.1/10bargMax CompressedAir Requirement 191 m3/h 384 m3/h 576 m3/h 768 m3/h 960 m3/h 1,152 m3/h(113 SCFM) (226 SCFM) (339 SCFM) (452 SCFM) (565 SCFM) (678 SCFM)Max Pressure Drop 0.7 barg 0.7 barg 0.7 barg 0.7 barg 0.7 barg 0.7 bargInlet/Outlet Port Size 11/2”NPT(Male) 2”NPT(Male) 2”NPT(Male) 2”NPT(Male) 21/2”NPT(Male) 3”NPT(Male)Electrical Requirements None None None None None NoneDimensions 320x1120x 320x1120x 320x1120x 320x1120x 320x1120x 320x1120x400mm 400mm 680mm 680mm 950mm 950mmShipping Weight 80 kg 102 kg 136 kg 170 kg 215 kg 250 kgOrdering InformationModel Number SMRT5100 SMRT5200 SMRT5300 SMRT5400 SMRT5500 SMRT5600Coalescing Prefilter 2312N-1B1-DX ZT14-016-10C ZT14-016-10C ZT14-016-10C ZT17-016-10C ZT17-016-10CAssembly 2312N-1B1-BX ZT14-016-6C ZT14-016-6C ZT14-016-6C ZT17-016-6C ZT17-016-6CReplacement 200-35-DX 10CZ27-200 10CZ27-200 10CZ27-200 10CZ27-298 10CZ27-298Prefilter Cartridges 200-35-BX 6CZ27-200 6CZ27-200 6CZ27-200 6CZ27-298 6CZ27-298Notes:1 Dew point specified for saturated inlet air at 38°C and 7 barg. Outlet flow and dew point will vary for other inlet conditions. Aftercooler and condensate separator may be required to reduce air temperature upstream of dryer.The Parker Compressed Air System Dryer provides clean, drycompressed air from an existing compressed air supplythrough the use of state-of-the-art membrane technology.The dryers are capable of delivering dry air with a dew pointof 2 oC at 7 Barg. No electrical supply is required to use theParker Membrane Air Dryers. Each membrane air dryer isequipped with high efficiency coalescing prefilters to removeoil, water, and particulate contamination.S3.2.107b22 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagWhy Choose a Balston +2°C Membrane Dryer? There are many variables that will affect the output specification of compressed air. By the time air reaches its intended point ofuse, changes in pressure, temperature and dew point can all contribute to potential contamination. As capital equipmenttolerances become tighter and more sensitive to this contamination, maintenance costs will escalate if equipment is notadequately protected. In cases where standard air filtration is not sufficient or where the reliability, performance and operatingcost of older dryer technologies is becoming more significant, a Balston Membrane Dryer provides a reliable and economicalalternative. IT Series Point of Use Membrane Dryers Balston Membrane Air Dryers combine superior coalescing filtration technology with a proven, innovative membrane system tosupply clean, dry, +2°C dew point compressed air. The Balston Membrane Dryers are available in 6 different models which candeliver compressed air at flow rates up to 85 m3/hr with a +2°C dew point. The systems are engineered for easy installation,operation and long term reliability. By incorporating high efficiency coalescing filtration and the highest efficiency membraneavailable, the systems provide low cost operation with the lowest minimal maintenance.IT Series Membrane Air DryersOffer a reliable, efficient and economicalalternative to pressure swing andrefrigerant dryer technologies Require no electricity thus loweringoperating costs Produce +2°C pressure dew point, ideal forcritical points of use No moving parts Silent operation No desiccant to change Easy to Operate and MaintainInstallation consists of simply connecting a standard compressed air line tothe inlet and connecting the outlet to your application. The unit is ready fortrouble-free operation. This system is designed to operate 24 hours perday, 7 days per week.Once the system is operating, it requires little monitoring. The onlymaintenance involves changing the coalescing prefilter cartridgesperiodically. The membrane module does not require any maintenance.ApplicationsFood processing and automationElectronics/Dry BoxesCo-ordinate Measurement MachinesCritical Pneumatic ValvesProtection of Pneumatic InstrumentationLow dew point Instrument AirPneumatic EquipmentPressurizing Electronic CabinetsDry Air for Hazardous AreasS3.2.207Principal SpecificationsModel IT0010-35 IT0030-35 IT0080-35 IT0150-35 IT0250-3560 IT0250-3500 IT0500-3560 IT0500-3500Inlet Port Size (NPT) 1/4” 1/4” 1/4” 1/2” 1/2” 1/2” 1/2” 1/2”Outlet Port Size (NPT) 1/4” 1/4” 1/4” 1/2” 1” 1” 1” 1”Min/Max Inlet Air Temp. 4OC/49OC 4OC/49OC 4OC/49OC 4OC/49OC 4OC/49OC 4OC/49OC 4OC/49OC 4OC/49OCAmbient Temp. Range 4OC/49OC 4OC/49OC 4OC/49OC 4OC/49OC 4OC/49OC 4OC/49OC 4OC/49OC 4OC/49OCMin/Max Inlet pressure 4.1/10barg 4.1/10barg 4.1/10barg 4.1/10barg 4.1/6.9barg 6.9/10barg 4.1/6.9barg 6.9/10bargCompressed Air Total Air consumption = Regeneration Flow + Outlet FlowRequirementMax. Pressure Drop 0.2bar 0.2bar 0.2bar 0.2bar 0.34bar 0.334bar 0.34bar 0.34barWall Mountable Yes Yes Yes Yes Yes Yes Yes YesMechanical Separator F14F17B F06F18B F06F18B F07F38B F07F38B F07F38B F07F38B F07F38BIncludedCoalescing 8A02N-0B2-BX 2002N-0B1-BX 2002N-0B1-BX B2004N-1B1-DX 2104N-1B1-DX 2104N-1B1-DX 2208N-1B1-DX 2208N-1B1-DXPrefilters(1) 1 1 1 B2004N-0B1-BX 2104NN-0B1-BX 2104N-0B1-BX 2208N-0B1-BX 2208N-0B1-BXElectrical None None None None None None None NoneRequirementsDimensions (cm) (LxWxD) 44.5x20.3x6.3 45.2x10.5x6.3 61x28.2x6.3 63.5x40.6x11.4 66x45.7x15.2 66x45.7x15.2 99x53.3x15.2 99x53.3x15.2Shippinf Weight (kg) 0.73 3 3 6.75 11.11 11.1 16.55 16.55Notes:1 If compressed air is extremely contaminated a grade DX prefilter should be installed directly upstream from the membrane dryer.Flow Rates at 2OC Pressure dew point (1)Model Number IT0010-35 IT0030-35 IT0080-35 IT0150-35 IT0250-3560 IT0250-3500 IT0500-3560 IT0500-3500Flow @ 7 barg 1.7 5.1 13.6 25.5 42.5 N/A 85 N/Ainlet pressure (m3/hr)Flow @ 7.1/10 barg 1.7 5.1 13.6 25.5 N/A 42.5 N/A 85inlet pressure (m3/hrRegeneration Flow @ 0.4 0.9 2.5 4.6 7.6 7.6 15.2 15.27 barg (m3/hr)Ordering InformationModel Number IT0010-35 IT0030-35 IT0080-35 IT0150-35 IT0250-3560 IT0250-3500 IT0500-3560 IT0500-3500Replacement Prefilter CartridgesStage 1 PS403 PS702 PS702 PS802 PS802 PS802 PS802 PS802Stage 2 - - - 5/100-12-DX 5/100-18-DX 5/100-18-DX 5/100-19-DX 5/150-19-DXStage 3 5/050-05-BX 5/100-12-BX 5/100-12-BX 5/100-12-BX 5/100-18-BX 5/100-18-BX 5/150-19-BX 5/150-05-BX23Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagS3.2.207bNotes:1 Dew point specified for saturated inlet air at 38O and 7 barg.24 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagPoint-of-Use Membrane DryersDry Air for Critical ApplicationsFeaturesProvide clean, dry compressed airOffer a reliable, efficient and economicalalternative to pressure swing andrefrigerant dryer technologiesRequire no electricity low operating costsBuilt-in high-efficiency prefilterAtmospheric dew points as low as -40ºC prevent freezingInherently safe in hazardous areasSilent operationNo refrigerants or freonsNo desiccant to changeNo moving parts or motorsState-of-the-Art Membrane TechnologyWater vapour from the compressed air supply passes throughthe hollow fibres of the membrane. At the same time, a smallportion of the dry air product is redirected along the length ofthe fibres to sweep out the water vapour-laden air which haspermeated the membrane. The moisture-laden sweep gas isthen vented to the atmosphere and clean, dry air is suppliedto the application. This technology offers another advantageover refrigerant air drying technology as it does not producecondensate. The refrigerant dryer condenses it into anoily/water emulsion which has to be disposed of at high costto you. The Balston Membrane Air Dryer is designed tooperate continuously, 24 hours per day, 7 days per week. Theonly maintenance required is changing the prefilter twice ayear. This annual maintenance takes approximately 5minutes.ApplicationsLow dew point instrument airPneumatic equipmentPressurising electronic cabinets and cablesAnalytical instrumentationPrevention of freezingDry air for hazardous areasGeneral critical air supplyFlexibility of required dew pointProcess controlsInstrument cabinetsCNC/CMM machineryElectronics and telecommunicationsRoboticsLaser technologyOptical instrumentationS3.2.108bThe Parker Compressed Air Point ofUse Dryer are capable of deliveringclean, dry compressed air with adew point of -40 oC at atmosphericpressure. No electrical supply isrequired to use the ParkerMembrane Air Dryer. Eachmembrane air dryer is equipped witha high efficiency coalescing prefilterto remove oil, water, and particulatecontamination.25Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagOrdering InformationBalston Membrane Air Dryer 76-01 76-02 76-10 UK76-20 UK76-40Replacement PrefilterCartridges 100-12-BX 100-12-BX 100-18-BX 150-19-BX 200-35-BXOptional AdditionalCoalescing Prefilter 2002G-1B1-DX 2002G-1B1-DX 2104G-1B1-DX 2208G-1B1-DX 2312G-1B1-DXReplacement Filter Cartridgesfor Optional Prefilter 100-12-DX 100-12-DX 100-18-DX 150-19-DX 200-35-DXMembrane Module Regeneration FlowModel Regeneration flow m3/h (SCFM) at indicated operating pressure and all dew points4 barg 5.5 barg 7 barg 8.3 barg 9.6 barg 76-01 0.3 (0.2) 0.3 (0.2) 0.5 (0.3) 0.5 (0.3) 0.5 (0.3)76-02 0.5 (0.3) 0.7 (0.4) 0.8 (0.5) 1.0 (0.6) 1.2 (0.7)76-10 2.9 (1.7) 3.6 (2.1) 4.2 (2.5) 5.1 (3.0) 5.9 (3.5)76-20 5.8 (3.4) 7.1 (4.2) 8.5 (5.0) 10.2 (6.0) 11.9 (7.0)76-40 11.6 (6.8) 14.3 (8.4) 17.0 (10.0) 20.4 (12.0) 23.8 (14.0)Principal Specifications Model 76-01 76-02 76-10 76-20 76-40Port Size Inlet/Outlet 1/4” NPT (F) 1/4” NPT (F) 1/2” NPT (F) 1” NPT (F)Min/Max Inlet Air Temp. (4) 4°C/49°C 4°C/49°C 4°C/49°C 4°C/49°C 4°C/49°CAmbient Temp. Range 4°C - 49°C 4°C - 49°C 4°C - 49°C 4°C - 49°C 4°C - 49°CMin/Max Inlet Pressure 4.1/10 barg 4.1/10 barg 4.1/10 barg 4.1/10 barg 4.1/10 bargCompressed Air Requirement Total Air Consumption: Regeneration Flow + Outlet FlowMax. Pressure Drop (1) 0.34 barg 0.34 barg 0.34 barg 0.34 barg 0.34 bargWall Mountable Yes Yes Yes Yes YesElectrical Requirements None None None None NoneDimensions 150x580x130mm 150x580x130mm 150x940x130mm 300x940x180mm 480x990x210mmShipping Weight 4kg 5kg 9kg 9kg 16kgFlow RatesModel Outlet flow m3/h (SCFM) at indicated operating pressure for -40°C atmospheric dew point4 barg 5.5 barg 7 barg 8.3 barg 9.6 barg 76-01 0.5 (0.3) 1.0 (0.6) 1.7 (1.0) 2.2 (1.3) 2.9 (1.7)76-02 1.2 (0.7) 1.7 (1.0) 3.4 (2.0) 4.4 (2.6) 5.8 (3.4)76-10 5.6 (3.3) 8.5 (5.0) 17.0 (10.0) 22.1 (13.0) 28.9 (17.0)76-20 11.2 (6.6) 17.0 (10.0) 34.0 (20.0) 44.2 (26.0) 57.8 (34.0)76-40 22.4 (13.2) 34.0 (20.0) 68.0 (40.0) 88.3 (52) 115.5 (68.0)Notes:1 0.34 barg at -40°C dew point operating parameters.2 If compressed air is extremely contaminated, a Balston Grade DX prefilter should be installed directly upstream from the membrane dryer.3 Dew points indicated are for maximum inlet/ambient temperature of 38°C.4 Maximum inlet air pressure dew point is 38°C. Inlet dew point must not exceed this figure.S3.2.108b11/2” NPT (F) 3/4” NPT (F)26 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagDesiccant DryerEconomical In-line DryingFeaturesSteel bowl with integral sight glassLightweight zinc headSintered bronze elements prevent desiccant carry-overMaximum operating temperature 82°CMaximum working pressure 20 bargOptimum working temperature <38°C FDD Series Desiccant DryerParker’s unique in-line air/gas dryer system is engineered foreasy desiccant changeouts, longer life and lower pressuredrop. The FDD Series is designed to remove water vapour andaerosols at point-of-use for intermittent flow up to 25 m3/hr.Finite dryers do not require steady flow for constant dewpoint suppression.A colour changing moisture indicator with visual sightindicates the desiccant needs replacement.RESULT: Zero loss of expensive compressed air, whichresults in lower overall operating cost.Principal SpecificationsModel No. Port Flow Flow DesiccantHousing Only(1) Size Capacity Capacity Capacity(NPT) (m3/h) (SCFM) (Kg)FDD15-02(2) 1/4" 25 15 1.1FDD15-03(2) 3/8" 25 15 1.1FDD15-04(2) 1/2" 25 15 1.1FDD15-06 3/4" 25 15 1.1Dessicant Model 2.3 kg (5lb) Can Master pack4 x 2.3 kg (5lb) CanSilica gel (all indicating) FSGM100-1 FSGM100-4Molecular Sieve FMS100-1 FMS100-4(non-indicating)Notes:1 Desiccant sold separately2 These dryers supplied with reducer bushings Built In SightglassAllows Easy MonitoringOf Desiccant ColourChangeWet Air InDry Air OutQuick RemoveFlangeBuilt In ScreenPrevents DesiccantFrom Going DownTube on RefillBlue Silica GelDesiccant BeadsTurn Pink WhenSaturatedSintered BronzeElement MinimizesDesiccantMigrationS3.2.109b27Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagZero Air Loss DrainConserving Costly Compressed AirFeaturesElectronic condensate drains of the Zero Air seriesfeature:- Non-wearing magnetic-core level controlfor optimised and loss free discharge of condensateIntegrated dirt screen between level measurementand drain valve to protect the diaphragm valve withalarm monitoringDiaphragm valve with large cross-section andcondensate pilot control for extended service lifePotential-free alarm contact ZLD013Non-wearing magnetic-core level controlThe magnetic-core level control employs fixed switching pointsto operate the valve. The magnetic core signal transmitterposition is detected by non-contact magnetic sensors:- independent of the condensate model (water/oil)- independent of the working pressureThe collecting vessel integrated in the condensate drain isalways used at optimum efficiency. This results in a minimisednumber of switching cycles and thus, in a maximum servicelife of the drain valve. No calibration requiredIntegrated dirt screenThe dirt screen which is integrated between the level controland the drain valve:- retains any contaminants that could damage the diaphragm valve- triggers an alarm, also if the screen is clogged by dirt- allows the drain to be cleaned easily and rapidlyTherefore, it considerably increases the operating safety ofthe condensate drain. Since the condensate is pressedthrough the screen at working pressure, it will normally notneed to be cleaned between the maintenance intervals.Principal SpecificationsCompressor Capacity (1) Max Working TemperatureModelaftercooler RefrigerationFilter (2)pressure rangeConnectionsdryerZLD006 - - 720 m3/h 16 bar 1 - 60°C G 3/8ZLD013 240 m3/h 480 m3/h 2,400 m3/h 16 bar 1 - 60°C 1 x G 1/2, G 1/8ZLD023 420 m3/h 840 m3/h 4,200 m3/h 16 bar 1 - 60°C 2 x G 1/2, G 1/8Notes:1 Referred to 1 bar(a) and 20°C at 7 bar working pressure, suction air compressor 25°C at 60% RH, air discharge temperature aftercooler 35°C, pressure dew point refrigeration dryer 3°C2 Condensate from aftercooler or refrigeration dryer to be drained upstream - only for residual oil content or small quantities of condensateStandard version with BSP thread (G) for 230V/50 - 60Hz supply voltage (230).Alternatively, versions with NPT thread (N) or 115V/50 - 60Hz (115) or 24V/50 - 60Hz (024) are available.24V DC on requestZLD006 ZLD013 ZLD023S3.2.201a28 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagSimplicity and elegance describes the working principle ofParker’s hollow fibre membrane technology.Nitrogen is produced from hollow fibres which haveselective diffusion rates. As compressed air is passedthrough the membrane modules consisting of thousands ofhollow fibres, nitrogen is separated. Compressed airconsists mainly of nitrogen, oxygen and other trace gasessuch as helium, together with water vapour. Water vapour,helium and oxygen diffuse quickly through the membranewall, leaving nitrogen as the product.NitroFlow®Parker nitrogen generators are based on Parker hollow fibremembrane technology, which makes it possible to separate airinto nitrogen and an oxygen-enriched stream. NitroFlow® is available in both low pressure (LP) and highpressure (HP) ranges. Using NitroFlow® LP when low pressureis needed and opting for NitroFlow® HP when the applicationrequires high pressure or when nitrogen storage is needed. The NitroFlow® LP range has built-in compressors to producenitrogen from ambient air simply by connecting to a mainsvoltage power source. A unique process and system designeliminates the need for condensed water removal anddraining, ensuring the longest compressor and membrane life. The NitroFlow® HP range requires compressed air either froma central system, or from a dedicated compressor. An optionaladditional storage vessel enables variable or peakconsumption to be handled. NitroFlow® will automatically switch on and off, depending onthe nitrogen demand. With low running costs, NitroFlow®offers an unlimited, virtually maintenance-free and reliablesource of nitrogen. TyreSaver®Specially designed for filling motorcycle, car and truck tyres. Filling tyres with nitrogen can bring benefits of longer tyrelife, better fuel consumption and increased safety.NitroSource®A modular design, which accommodates increasedrequirements through easy expansion.Digital data management means intuitive commands withadvanced features such as data logging and remote control.Parker Nitrogen Generation Membrane Technology29Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagApplicationsAll living things require oxygen but oxygen also speeds updegradation and oxidation of valuable products. Gas and dustmixtures are explosive when sufficient oxygen is present. Lowoxygen environments prevent degradation and the risk ofexplosion. Reducing the oxygen concentration can beachieved by adding nitrogen, resulting in enhanced qualityand safety. Because of this, nitrogen is the most widely usedgas in the industry.Oil and GasIn the Oil and Gas industry, inert gas systems are used togenerate oxygen depleted air, which is required for manyprocesses such as gas-seal compression, purging of tubing,blanketing storage tanks or purging flare systems. FoodOxygen is the biggest enemy of food products. Oxygen reducedpackaging, storage and transport increases the product shelflife benefiting both the producer and the consumer.BlanketingTo prevent degradation of products or risk of explosion,storage facilities can be blanketed with nitrogen. Examplesinclude the blanketing of chemicals, water, food orpetrochemical products.Oxygen enrichmentParker membrane technology separates nitrogen from air,leaving an oxygen-enriched by product which is normallydiscarded. However, the oxygen-enriched air can be used forother applications. For some years oxygen enriched air hasbeen used for nitrox diving instead of normal air. 30 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagPar-FitParker Quality Elements for other Manufacturers’ Housings Domnick HunterNOTE: Do not use’3P’ element on liquidapplications. ‘3P’ grade is 3 micron absolute andhas 20 times the surface area of the originalelement.Part ParkerNumber Part NumberHigh Efficiency Coalescing FiltersA03/1 6CJ10-030 x 1A03/1.5 6CJ13-030 x 1A04/1.5 6CJ13-044 x 1A04/2.5 6IJ15-040 x 1A05/2.5 6IJN15-050 x 1A05/3 6IJ25-050 x 1A010/3 6IJ25-100 x 1A015/3 6IG25-150 x 1A020/3 6IG25-200 x 1A030/3 6IG25-300 x 1A030/5 6QG43-300 x 1AA3/1 6CJ10-030 x 1AA3/1.5 6CJ13-030 x 1AA4/1.5 6CJ13-044 x 1AA4/2.5 6IJ15-040 x 1AA5/2.5 6IJN15-050 x 1AA5/3 6IJ25-050 x 1AA10/3 6IJ25-100 x 1AA15/3 6IG25-150 x 1AA20/3 6IG25-200 x 1AA30/3 6IG25-300 x 1AA30/5 6QG43-300 x 1A002/05 6HJN08-024 x 1A003/05 6HJN08-030 x 1A003/10 6CJN10-030 x 1A004/10 6CJN10-040 x 1A004/20 6CJN13-040 x 1A005/20 6CJN13-050 x 1A005/25 6IJN15-050 x 1A007/25 6IJN15-070 x 1A007/30 6IJN25-070 x 1A010/30 6IJN25-100 x 1A015/30 6IGN25-150 x 1A020/30 6IGN25-200 x 1A030/30 6IGN25-300 x 1A030/50 6QGN43-300 x 1AA02/05 4HJN08-024 x 1AA03/05 4HJN08-030 x 1AA03/10 4CJN10-030 x 1AA04/10 4CJN10-040 x 1AA04/20 4CJN13-040 x 1AA05/20 4CJN13-050 x 1AA05/25 4IJN15-050 x 1AA07/25 4IJN15-070 x 1AA07/30 4IJN25-070 x 1AA10/30 4IJN25-100 x 1AA15/30 4IGN25-150 x 1AA20/30 4IGN25-200 x 1AA30/30 4IGN25-300 x 1AA30/50 4QGN43-300 x 1E006AA 6CF08-026 x 1Domnick HunterPart ParkerNumber Part NumberE013AA 6IF10-032 x 1E025AA 6IF10-046 x 1E040AA 6IF20-063 x 1E085AA 6IF20-102 x 1E195AA 6IF25-134 x 1E295AA 6IF25-254 x 1E400AA 6CF35-165 x 1E500AA 6CF43-252 x 1E620AA 6CF35-251 x 1EP1001AO 6QP19-098 x 2EZ1030AA 6CZ07-020 x 1EZ1050AA 6CZ12-023 x 1EZ1070AA 6CZ12-029 x 1EZ1140AA 6CZ12-056 x 1EZ2010AA 6CZ20-046 x 1EZ2020AA 6CZ20-086 x 1EZ2030AA 6CZ20-126 x 1EZ2050AA 6CZ20-200 x 1EZ3050AA 6CZ27-200 x 1EZ3075AA 6CZ27-298 x 1EZ5060AA 6CZ46-239 x 1EZ5075AA 6CZ50-298 x 1K145AA 6IF20-102 x 1K220AA 6IF25-134 x 1K330AA 6IF25-254 x 1K430AA 6IF35-165 x 1General Purpose FiltersE006AO 10CF08-026 x 1E013AO 10IF10-032 x 1E025AO 10IF10-046 x 1E040AO 10IF20-063 x 1E085AO 10IF20-102 x 1E195AO 10IF25-134 x 1E295AO 10IF25-254 x 1E400AO 10CF35-165 x 1E500AO 10CF43-252 x 1E620AO 10CF35-251 x 1EZ1030AO 10CZ07-020 x 1EZ1050AO 10CZ12-023 x 1EZ1070AO 10CZ12-029 x 1EZ1140AO 10CZ12-056 x 1EZ2010AO 10CZ20-046 x 1EZ2020AO 10CZ20-086 x 1EZ2030AO 10CZ20-126 x 1EZ2050AO 10CZ20-200 x 1EZ3050AO 10CZ27-200 x 1EZ3075AO 10CZ27-298 x 1EZ5060AO 10CZ46-239 x 1EZ5075AO 10CZ50-298 x 1K145AO 10IF20-102 x 1K220AO 10IF25-134 x 1K330AO 10IF25-254 x 1K430AO 10CF35-165 x 1Domnick HunterPart ParkerNumber Part NumberParticulate FiltersEP1001PL 3PP19-098 x 2PF 02/05 12GJN08-024 x 1PF 03/05 12GJN08-030 x 1PF 03/10 3PJN10-030 x 1PF 04/10 3PJN10-040 x 1PF 04/20 3PJN13-040 x 1PF 05/20 3PJN13-050 x 1PF 05/25 3PJN15-050 x 1PF 07/25 3PJN15-070 x 1PF 07/30 3PJN25-070 x 1PF 10/30 3PJN25-100 x 1PF 15/30 3PGN25-150 x 1PF 20/30 3PGN25-200 x 1PF 30/30 3PGN25-300 x 1PF 30/50 3PGN43-300 x 1Oil Vapour & Odour RemovalAC3/1 AJ10-030 x 1AC3/1.5 AJ13-030 x 1AC4/1.5 AJ13-044 x 1AC4/2.5 AJ15-040 x 1AC5/2.5 AJN15-050 x 1AC5/3 AJ25-050 x 1AC10/3 AJ25-100 x 1AC15/3 AG25-150 x 1AC20/3 AG25-200 x 1AC30/3 AG25-300 x 1AC30/5 AG43-300 x 1AC 02/05 AJN08-024 x 1AC 03/05 AJN08-030 x 1AC 03/10 AJN10-030 x 1AC 04/10 AJN10-040 x 1AC 04/20 AJN13-040 x 1AC 05/20 AJN13-050 x 1AC 05/25 AJN15-050 x 1AC 07/25 AJN15-070 x 1AC 07/30 AJN25-070 x 1AC 10/30 AJN25-100 x 1AC 15/30 AGN25-150 x 1AC 20/30 AGN25-200 x 1AC 30/30 AGN25-300 x 1AC 30/50 AGN43-300 x 1E006AC AF08-026 x 1E013AC AF10-032 x 1E025AC AF10-046 x 1E040AC AF20-063 x 1E085AC AF20-102 x 1E195AC AF25-134 x 1E295AC AF25-254 x 1E400AC AF35-165 x 1E500AC AF43-252 x 1E620AC AF35-251 x 1EZ1030AC AZ07-020 x 1EZ1050AC AZ12-023 x 1EZ1070AC AZ12-029 x 1EZ1140AC AZ12-056 x 1High filtration efficiency, low operating costs, long life, high quality and the convenience of purchasing your products from a singlesupplier are the Parker advantages.You can have all of the benefits inherent in a Parker filter element without the need to replace your existing filter housing.S3.2.20331Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagPar-FitParker Quality Elements for other Manufacturers’ Housings Domnick HunterPart ParkerNumber Part NumberEZ2010AC AZ20-046 x 1EZ2020AC AZ20-086 x 1EZ2030AC AZ20-126 x 1EZ2050AC AZ20-200 x 1EZ3050AC AZ27-200 x 1EZ3075AC AZ27-298 x 1EZ5060AC AZ46-239 x 1EZ5075AC AZ50-298 x 1K145ACS AF20-102 x 1K220ACS AF25-134 x 1K330ACS AF25-254 x 1K430ACS AF35-165 x 1HeadlinePart ParkerNumber Part Number12-16-70C 10H04-006 x 1012-16-50C 6H04-006 x 1012-16-70K 10S04-006 x 1012-16-50C 6S04-006 x 1012-32-70C 10H04-013 x 1012-57-70C 10H04-023 x 1025-64-70C 10H10-025 x 825-127-70C 10H10-050 x 425-178-70C 10H10-070 x 438-152-70C 10H15-060 x 451-89-70C 10H20-035 x 451-230-70C 10H20-090 x 251-476-70C 10H20-187 x 112-32-50C 6H04-013 x 1012-57-50C 6H04-023 x 1025-64-50C 6H10-025 x 825-127-50C 6H10-050 x 425-178-50C 6H10-070 x 438-152-50C 6H15-060 x 451-89-50C 6H20-035 x 451-230-50C 6H20-090 x 251-476-50C 6H20-187 x 112-32-70K 10T04-013 x 1012-57-70K 10T04-023 x 1025-64-70K 10T10-025 x 1025-178-70K 10T10-070 x 1038-152-70K 10T15-060 x 1051-230-70K 10T20-090 x 1051-476-70K 10T20-187 x 1012-32-50K 6T04-013 x 1012-57-50K 6T04-023 x 1025-64-50K 6T10-025 x 1025-178-50K 6T10-070 x 1038-152-50K 6T15-060 x 1051-230-50K 6T20-090 x 1051-476-50K 6T20-187 x 10UltrafilterPart ParkerNumber Part Number80 Series PrefiltersV-PE 3/1 3PJ10-030 x 1V-PE 3/1,5 3PJ13-030 x 1V-PE 4/1,5 3PJ13-044 x 1UltrafilterPart ParkerNumber Part NumberV-PE 4/2,5 3PJ15-040 x 1V-PE 5/2,5 3PJN15-050 x 1V-PE 5/3 3PJ25-050 x 1V-PE 10/3 3PJ25-100 x 1V-PE 15/3 3PG25-150 x 1V-PE 20/3 3PG25-200 x 1V-PE 30/3 3PG25-300 x 1V-PE 30/5 3PG43-300 x 1Fine FiltersFF 3/1 10CJ10-030 x 1FF 3/1,5 10CJ13-030 x 1FF 4/1,5 10CJ13-044 x 1FF 4/2,5 10IJ15-040 x 1FF 5/2,5 10IJN15-050 x 1FF 5/3 10IJ25-050 x 1FF 10/3 10IJ25-100 x 1FF 15/3 10IG25-150 x 1FF 20/3 10IG25-200 x 1FF 30/3 10IG25-300 x 1FF 30/5 10QG43-300 x 1Micro FiltersMF 3/1 6CJ10-030 x 1MF 3/1,5 6CJ13-030 x 1MF 4/1,5 6CJ13-044 x 1MF 4/2,5 6IJ15-040 x 1MF 5/2,5 6IJN15-050 x 1MF 5/3 6IJ25-050 x 1MF 10/3 6IJ25-100 x 1MF 15/3 6IG25-150 x 1MF 20/3 6IG25-200 x 1MF 30/3 6IG25-300 x 1MF 30/5 6QG43-300 x 1Sub Micro FiltersSMF 3/1 4CJ10-030 x 1SMF 3/1,5 4CJ13-030 x 1SMF 4/1,5 4CJ13-044 x 1SMF 4/2,5 4IJ15-040 x 1SMF 5/2,5 4IJN15-050 x 1SMF 5/3 4IJ25-050 x 1SMF 10/3 4IJ25-100 x 1SMF 15/3 4IG25-150 x 1SMF 20/3 4IG25-200 x 1SMF 30/3 4IG25-300 x 1SMF 30/5 4QG43-300 x 1Active Carbon FiltersAK 3/1 AJ10-030 x 1AK 3/1,5 AJ13-030 x 1AK 4/1,5 AJ13-044 x 1AK 4/2,5 AJ15-040 x 1AK 5/2,5 AJN15-050 x 1AK 5/3 AJ25-050 x 1AK 10/3 AJ25-100 x 1AK 15/3 AG25-150 x 1AK 20/3 AG25-200 x 1AK 30/3 AG25-300 x 1AK 30/5 AG43-300 x 190 Series PrefiltersPE 02/05 12GJN08-024 x 1PE 03/05 12GJN08-030 x 1PE 03/10 3PJN10-030 x 1PE 04/10 3PJN10-040 x 1PE 04/20 3PJN13-040 x 1PE 05/20 3PJN13-050 x 1UltrafilterPart ParkerNumber Part NumberPE 05/25 3PJN15-050 x 1PE 07/25 3PJN15-070 x 1PE 07/30 3PJN25-070 x 1PE 10/30 3PJN25-100 x 1PE 15/30 3PGN25-150 x 1PE 20/30 3PGN25-200 x 1PE 30/30 3PGN25-300 x 1PE 30/50 3PGN43-300 x 1Fine FiltersFF 02/05 10HJN08-024 x 1FF 03/05 10HJN08-030 x 1FF 03/10 10CJN10-030 x 1FF 04/10 10CJN10-040 x 1FF 04/20 10CJN13-040 x 1FF 05/20 10CJN13-050 x 1FF 05/25 10IJN15-050 x 1FF 07/25 10IJN15-070 x 1FF 07/30 10IJN25-070 x 1FF 10/30 10IJN25-100 x 1FF 15/30 10IGN25-150 x 1FF 20/30 10IGN25-200 x 1FF 30/30 10IGN25-300 x 1FF 30/50 10QGN43-300 x 1Micro FiltersMF 02/05 6HJN08-024 x 1MF 03/05 6HJN08-030 x 1MF 03/10 6CJN10-030 x 1MF 04/10 6CJN10-040 x 1MF 04/20 6CJN13-040 x 1MF 05/20 6CJN13-050 x 1MF 05/25 6IJN15-050 x 1MF 07/25 6IJN15-070 x 1MF 07/30 6IJN25-070 x 1MF 10/30 6IJN25-100 x 1MF 15/30 6IGN25-150 x 1MF 20/30 6IGN25-200 x 1MF 30/30 6IGN25-300 x 1MF 30/50 6QGN43-300 x 1Sub Micro FiltersSMF 02/05 4HJN08-024 x 1SMF 03/05 4HJN08-030 x 1SMF 03/10 4CJN10-030 x 1SMF 04/10 4CJN10-040 x 1SMF 04/20 4CJN13-040 x 1SMF 05/20 4CJN13-050 x 1SMF 05/25 4IJN15-050 x 1SMF 07/25 4IJN15-070 x 1SMF 07/30 4IJN25-070 x 1SMF 10/30 4IJN25-100 x 1SMF 15/30 4IGN25-150 x 1SMF 20/30 4IGN25-200 x 1SMF 30/30 4IGN25-300 x 1SMF 30/50 4QGN43-300 x 1Active Carbon FiltersAK 02/05 AJN08-024 x 1AK 03/05 AJN08-030 x 1AK 03/10 AJN10-030 x 1AK 04/10 AJN10-040 x 1AK 04/20 AJN13-040 x 1AK 05/20 AJN13-050 x 1AK 05/25 AJN15-050 x 1AK 07/25 AJN15-070 x 1AK 07/30 AJN25-070 x 1S3.2.20332 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagPar-FitParker Quality Elements for other Manufacturers’ Housings UltrafilterPart ParkerNumber Part NumberAK 10/30 AJN25-100 x 1AK 15/30 AGN25-150 x 1AK 20/30 AGN25-200 x 1AK 30/30 AGN25-300 x 1AK 30/50 AGN43-300 x 1Process Gas ElementsP-PE 07/30 3PGN25-070 x 1P-PE 10/30 3PGN25-100 x 1P-MF 07/30 6IGN25-070 x 1P-MF 10/30 6IGN25-100 x 1P-SMF 07/30 4IGN25-070 x 1P-SMF 10/30 4IGN25-100 x 1P-FF 07/30 10IJN25-070 x 1P-FF 10/30 10IJN25-100 x 1P-AK 07/30 AGN25-070 x 1P-AK 10/30 AGN25-100 x 1ZanderPart ParkerNumber Part Number1030 * *Z07-020 x 11050 * *Z12-023 x 11070 * *Z12-029 x 11140 * *Z12-056 x 12010 * *Z20-046 x 12020 * *Z20-086 x 12030 * *Z20-126 x 12050 * *Z20-200 x 13050 * *Z27-200 x 13075 * *Z27-298 x 15060 * *Z46-239 x 15075 * *Z50-298 x 1*Zander Media *Parker ElementDesignation GradeA A = AdsorberV 3P = ParticulateX 6C = Grade 6 CoalescerY 8C = Grade 8 CoalescerZ 10C = Grade 10 CoalescerExample: Zander 2030X converts to Finite 6CZ20-126 x 1FlairPart ParkerNumber Part NumberDH006AA 6CF08-026 x 1DH006AC AF08-026 x 1DH006AO 10CF08-026 x 1DH013AA 6IF10-032 x 1DH013AC AF10-032 x 1DH013AO 10IF10-032 x 1DH025AA 6IF10-046 x 1DH025AC AF10-046 x 1DH025AO 10IF10-046 x 1DH040AA 6IF20-063 x 1DH040AC AF20-063 x 1DH040AO 10IF20-063 x 1DH085AA 6IF20-102 x 1DH085AC AF20-102 x 1FlairPart ParkerNumber Part NumberDH085AO 10IF20-102 x 1DH195AA 6IF25-134 x 1DH195AC AF25-134 x 1DH195AO 10IF25-134 x 1DH295AA 6IF25-254 x 1DH295AC AF25-254 x 1DH295AO 10IF25-254 x 1DH400AA 6CF35-165 x 1DH400AC AF35-165 x 1DH400AO 10CF35-165 x 1DH500AA 6CF43-252 x 1DH500AC AF43-252 x 1DH500AO 10CF43-252 x 1HK71311C 6CH25-260 x 1HK7319P 10CH25-260 x 1UFAK0205 AJN08-024 x 1UFAK0305 AJN08-030 x 1UFAK0310 AJN10-030 x 1UFAK0410 AJN10-040 x 1UFAK0420 AJN13-040 x 1UFAK0520 AJN13-050 x 1UFAK0525 AJN15-050 x 1UFAK0725 AJN15-070 x 1UFAK0730 AJN25-070 x 1UFAK1030 AJN25-100 x 1UFAK1530 AGN25-150 x 1UFAK2030 AGN25-200 x1UFAK3030 AGN25-300 x 1UFAK3050 AGN43-300 x 1UFFF0205 10HJN08-024 x 1UFFF0305 10HJN08-030 x 1UFFF0310 10CJN10-030 x 1UFFF0410 10CJN10-040 x 1UFFF0420 10CJN13-040 x 1UFFF0520 10CJN13-050 x 1UFFF0525 10IJN15-050 x 1UFFF0725 10IJN15-070 x 1UFFF0730 10IJN25-070 x 1UFFF1030 10IJN25-100 x 1UFFF1530 10IGN25-150 x 1UFFF2030 10IGN25-200 x 1UFFF3030 10IGN25-300 x 1UFFF3050 10QGN43-300 x 1UFMF0205 6HJN08-024 x 1UFMF0305 6HJN08-030 x 1UFMF0310 6CJN10-030 x 1UFMF0410 6CJN10-040 x 1UFMF0420 6CJN13-040 x 1UFMF0520 6CJN13-050 x 1UFMF0525 6IJN15-050 x 1UFMF0725 6IJN15-070 x 1UFMF0730 6IJN25-070 x 1UFMF1030 6IJN25-100 x 1UFMF1530 6IGN25-150 x 1UFMF2030 6IGN25-200 x 1UFMF3030 6IGN25-300 x 1UFMF3050 6QGN43-300 x 1UFPE0205 12GJN08-024 x 1UFPE0305 12GJN08-030 x 1UFPE0310 3PJN10-030 x 1UFPE0410 3PJN10-040 x 1UFPE0420 3PJN13-040 x 1UFPE0520 3PJN13-050 x 1FlairPart ParkerNumber Part NumberUFPE0525 3PJN15-050 x 1UFPE0725 3PJN15-070 x 1UFPE0730 3PJN25-070 x 1UFPE1030 3PJN25-100 x 1UFPE1530 3PGN25-150 x 1UFPE2030 3PGN25-200 x 1UFPE3030 3PGN25-300 x 1UFPE3050 3PGN43-300 x 1UFSMF0205 4HJN08-024 x 1UFSMF0305 4HJN08-030 x 1UFSMF0310 4CJN10-030 x1UFSMF0410 4CJN10-040 x 1UFSMF0420 4CJN13-040 x 1UFSMF0520 4CJN13-050 x 1UFSMF0525 4IJN15-050 x 1UFSMF0725 4IJN15-070 x 1UFSMF0730 4IJN25-070 x 1UFSMF1030 4IJN25-100 x 1UFSMF1530 4IGN25-150 x 1UFSMF2030 4IGN25-200 x 1UFSMF3030 4IGN25-300 x 1UFSMF3050 4QGN43-300 x 1VCE15 6CC15-150 x 2VCE22 6ICC25-220 x 1VCE8100 6CC15-080 x 2VCE860 6CC15-060 x 2VCXE15 2CC15-150 x 2VCXE22 2ICC25-220 x 1VCXE8100 2CC15-080 x 2Z2010Y 8CZ20-046 x 1Z2010Z 10CZ20-046 x 1Z2020A AZ20-086 x 1Z2020V 3PZ20-086 x 1Z2020X 6CZ20-086 x 1Z2020Y 8CZ20-086 x 1Z2020Z 10CZ20-086 x 1Z2030A AZ20-126 x 1Z2030V 3PZ20-126 x 1Z2030X 6CZ20-126 x 1Z2030Y 8CZ20-126 x 1Z2030Z 10CZ20-126 x 1Z2050A AZ20-200 x 1Z2050V 3PZ20-200 x 1Z2050X 6CZ20-200 x 1Z2050Y 8CZ20-200 x 1Z2050Z 10CZ20-200 x 1Z3050A AZ27-200 x 1S3.2.20333Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagPar-FitParker Quality Elements for other Manufacturers’ Housings HankisonPart Parker KitNumber Part Number RequiredOil Removal (Air Line Filter)0731-3 10CM10-025 x 8 KX-210731-4 10CM10-050 x 4 KX-220731-5 10CM15-060 x 4 KX-230731-6 10CM15-095 x 2 KX-240731-7 10CM15-185 x 2 KX-250731-8 10CU25-187 x 1 KX-20731-9* 10CH25-260 x 1E7-12 10CH10-020 x 1E7-16 10CH10-036 x 1E7-20 10CH10-060 x 1E7-24 10CH16-066 x 1E7-28 10CH16-108 x 1E7-32 10CH19-131 x 1E7-36 10CH19-176 x 1E7-40 10CH25-204 x 1E7-44 10CH25-265 x 1E7-48 10CH25-323 x 1E7-PV 10CH25-260 x 1Ultra High EfficiencyOil Removal FiltersE3-12 2CH10-020 x 1E3-16 2CH10-036 x 1E3-20 2CH10-060 x 1E3-24 2CH16-066 x 1E3-28 2CH16-108 x 1E3-32 2CH19-131 x 1E3-36 2CH19-176 x 1E3-40 2CH25-204 x 1E3-44 2CH25-265 x 1E3-48 2CH25-323 x 1E3-PV 2CH25-260 x 1Aerolescer (High Efficiency OilRemoval Filters)0713-2 6CM10-025 x 8 KX-210713-3 6CM10-050 x 4 KX-220713-4 6CM15-060 x 4 KX-230713-5 6CM15-095 x 2 KX-240713-6 6CM15-185 x 2 KX-250713-7 6CU25-187 x 1 KX-20713-8 6CU25-187 x 1 KX-20713-9 6CH25-260 x 10713-11* 6CH25-260 x 10713-12* 6CU25-187 x 1 KX-3E5-12 6CH10-020 x 1E5-16 6CH10-036 x 1E5-20 6CH10-060 x 1E5-24 6CH16-066 x 1E5-28 6CH16-108 x 1E5-32 6CH19-131 x 1E5-36 6CH19-176 x 1E5-40 6CH25-204 x 1E5-44 6CH19-265 x 1E5-48 6CH25-323 x 1E5-PV 6CH25-260 x 1HankisonPart Parker KitNumber Part Number RequiredHypersorb (Oil Vapour Removal Filter)0715-2 AM10-025 x 8 KX-210715-3 AM10-050 x 4 KX-220715-4 AM15-060 x 4 KX-230715-5 AM15-095 x 2 KX-240715-6 AM15-185 x 2 KX-250715-7 AU25-187 x 1 KX-20715-8 AU25-187 x 1 KX-20715-9 AH25-260 x 10715-11* AH25-260 x 1E1-12 AH10-020 x 1E1-16 AH10-036 x 1E1-20 AH10-060 x 1E1-24 AHC16-066 x 1E1-28 AHC16-108 x 1E1-32 AHC19-131 x 1E1-36 AHC19-176 x 1E1-40 AHC25-204 x 1E1-44 AHC25-265 x 1E1-48 ACH25-323 x 1E1-PV AH25-260 x 1Accumax (High Temperature Afterfilter)0740-4 10DH25-260 x 1Centriflex (Separator/Filter)E9-12 100WS10-020 x 1E9-16 100WS10-036 x 1E9-20 100WS10-060 x 1E9-24 100WS10-066 x 1E9-28 100WS16-108 x 1E9-32 100WS19-131 x 1E9-36 100WS19-176 x 1E9-40 100WS25-204 x 1E9-44 100WS25-265 x 1E9-48 100WS25-323 x 1E9-PV 100WS25-260 x 1*indicated number of elements requiredParker Quality Filter Elements are alsoavailable to fit in other manufacturers’housings. Please call for details.Flair is a registered trademark of Flair Corporation;Hankison is a registered trademark of Flair Corporation;Headline is a registered trademark of Headline FiltersLimited.S3.2.20334 Parker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pagAccessories2000-series clamp kitC02-2091; 2002, 2003, 2004, 2104C02-2121; 2206, 2208, CO2-2122, 2312Connects two or more 2000-seriesfilter housings for multi-stagefiltrationKBDPG-15 Differential PressureGauge KitTemp: 93°CPressure: 17 barg(Kit includes 1/8” and 1/4” NPT brassfittings, flexible nylon tubing andmounting bracket)Wall mount or coded housingsADT-50 Float ActuatedDrain TrapTemp: 232°CPressure: 10 barg1/2” NPT Inlet Connection1/4” NPT Drain ConnectionLarger H-series or codedhousingsMS-50 Metal Sump Drain(External)Temp: 79°CPressure: 17 barg1/8” NPT Drain Connection1/2” NPT Inlet ConnectionKBDPI-25 DifferentialPressure GaugeTemp: 88°CPressure: 17 barg(Kit includes 1/8” and 1/4” NPTbrass fittings, flexiblenylon tubing and mountingbracket) For wall mount orcoded housingsFlowmetersFrom an extensive range of inline flowmeters and monitors come a selection of productsdeveloped and calibrated specifically for compressed air applications.Flowline flowswitches and flowmeters, calibrated for direct reading of compressed air at 7 barg,work in any plane for flow ranges from 2 - 2,200 SCFM 3.5 - 3,738 m3/h. Manufactured in brass,stainless steel or aluminium, they can be specified in any of 5 sizes.To register your interest in Parker products please visit www.parker.com/balstonukParker Hannifin (UK) LtdHermitage Court, Hermitage Lane, Maidstone, Kent ME16 9NT, EnglandPhone: +44 (0)1622 723 300 Fax: +44 (0)1622 728 703 E-mail: pagservicesupport@parker.com Web site: www.parker.com/pag35Parker is the leader in motion and control, partnering with its customers toincrease their productivity and profitability.With an annual turnover of over $10 billion and 57,000 employees Parkermeasures its success by what it does for you. Guided by a relentless drive toimprove your products and processes, we bring our engineering know-how toyour application, wherever it may be.From 60 sales offices in 44 counties around the world Parker services 12,000distributors and 427,000 customers. Quality ManufacturingWith over 270 manufacturing plants, Parker’s manufacturing experience spansmore than half a century. Our global reputation as a reliable supplier of superiorproducts results from a focused and integrated development and manufacturingsystem. This begins with the customer – identifying needs, exploring opportunitiesand meeting the challenge of change.Quality permeates through the entire corporation so that every employee thinksabout our customers expectations.Parker makes the technology investments needed to ensure the highest qualityproducts. Each of our divisions has ISO certification.InnovationWe are leveraging our engineering expertise and breadth of product to createbreakthrough innovations, processes and services that anticipate, rather thanreact, to customer needs. We’re adapting our technology platforms across themarkets we serve, combining what we know in new ways to better serve ourcustomers. And we’re creating smarter products by blending our expertise inelectronic controls with our mechanical devices.Global CompanyLocal SupportPremier Customer ServiceWe are doing more for our customers than ever before. Globally, we havelocalized service to provide fast, hassle free response and on-site support. We’restaying close to our customers and integrating systems to help them becomemore profitable. We are committed to delivering our highly engineered productson-time, on-promise. Parker’s global customer service centres respond to morethan 20,000 enquiries each month, helping callers quickly find the products andsolutions they need.January 2008 / S3.2.111bYour Local Authorized Parker DistributorParker Hannifin (UK) LtdFiltration and SeparationHermitage CourtHermitage LaneMaidstone, Kent ME16 9NTphone +44 (0)1622 723300fax +44 (0)1622 728703www.parker.comNorth AmericaUnited States, Clevelandphone 216 896 3000fax 216 896 4019United States, Haverhillphone 978 858 0505fax 978 858 0625United States, Oxfordphone 248 628 6400fax 248 628 1850Asia PacificChina, Beijingphone +86 10 6561 0520fax +86 10 6561 0526-7India, Mumbaiphone +91 22 6513 7081-85fax +91 22 2768 6841United Arab Emirates, Abu Dhabiphone +971 2 6788587fax +971 2 6793812South AmericaArgentina, Buenos Airesphone +54 3327 44 4129fax +54 3327 44 4199Brazil, Jacareiphone +55 12 3955 1000fax +55 12 3955 1010EuropeAustria, Wiener Neustadtphone +43 2622 235010fax +43 2622 66212Belgium, Nivellesphone +32 67 280900fax +32 67 280 999Czech Republic, Klecanyphone +420 284 083 111fax +420 284 083 112Denmark, Ballerupphone +45 43 560400fax +45 43 733107Finland, Vantaaphone +358 (0)20 753 2500fax +358 (0)20 753 2501France, Contamine-sur-Arvephone +33 04 5097 8714fax +33 04 5097 9510Germany, Kaarstphone +49 2131 4016 0fax +49 2131 4016 9199Hungary, Budapest phone +36 1 2204155fax + 36 1 4221525Italy, Corsicophone +39 02 451921fax +39 02 4479340Netherlands, Oldenzaalphone +31 541 585000fax +31 541 585459Norway, Berghaganphone +47 64 91 10 00fax +47 6491 10 90Poland, Warsawphone +48 22 57 32 400fax +48 22 57 32 403Spain, Madridphone +34 902 33 00 01fax +34 91 6757711Sweden, Spångaphone +46 8 5979 5000fax +46 8 5979 5120Switzerland, Genevaphone +41 22 307 7111fax +41 22 307 7110 Sales Off