PILOT OPERATED SOLENOID VALVES PM Series
PILOT OPERATED SOLENOID VALVESSeriesPMMetal Seal, In-line Mounting/Sub-base Mounting
LAPPED SPOOL & SLEEVE, PILOT OPERATED SOLENOID VALVESPM SeriesThe solenoid operated air valves of this series are types with an internal-pilot-type metal sealand a spool valve.This provides a choice of 3-way (3 ports), 4-way (5 ports), 2-position with single or doublesolenoid, and 3-position with closed center or exhaust center models, in conformity withcustomer's requirements.1
FEATURESSmall, Light and High Flow RateThe compact size is achieved by the well-designed flow path construction and aluminum-alloy bases and smallpilot solenoid valves, and a larger Cv Factor as well as a light weight are being accomplished for its sizes.Long Service LifeThe valve incorporates a metal seal system composed of a sleeve and a spool on which KURODA's super precisionmachining technique in making various kinds of gauges are embodied. The sleeve and spool assembly is made ofspecial stainless steel that provides anti-corrosion and is being hardened at Rockwell C60 for anti-weariness.Besides the assemblies being made to fit with a several micron clearance one another results slightest air leakand allow the spool to float in the sleeve. Accordingly this not only can be used under without lubrication butalso assures a long service life for its small friction that affects a minimum wear and high sealing effects.No Coil Burn OutThese valves are operated by pneumatic power to shift the spool to obtain greater shifting force. And becauseof its small resin-molded solenoid coil a low power consumption is expected.This coil will not burn out in cases of sleeve or spool malfunction which would be typical causes for failure bypresence of deteriorated compressor oil, pipe scale, sand or unnecessary viscous oil in the lubricator if a directoperated valve was used.Quick Response and Positive ShiftingMinimized internal volume of the pilot portion provides short response time though a pilot type. Pneumatic powergives a greater shifting power for positive switching of the spool.Plug-in ConnectorA plug-in connector (DIN43650) is used in the electric joint portion for the ease of connection.The conduit opening of the connector can be directed in any direction.Locking Manual overrideTo enable manual operation, a locking button of KURODA's unique design comes as option.(None lock manual override is standard)Flow PatternAs the standard solenoid valves are internal pilot type, air pressure must be fed from its port 1. But by pluggingother ports these can be used as 2-way, 3-way, or 4-way valves.MountingThese solenoid valves are sub-base mounting types in discrete use but manifold mounting isavailable for thedemand of combination use (except for 3-way model).The same interface is being placed between the valve body and sub-base as used with KURODA's direct operatedsolenoid valves so that these valve bodies are interchangeable with the direct types.2
VARIATIONModel .351123-Closed 502.71804.34754.07141723-Closed center202Double3-Closed center233-Exhaust center3PMS2425PMD24253-Closed centerRc1／2, 3／4PME3415PMS2325Refer to Page：3-Exhaust center3PMS2415PMD24152Rc3／8, 1／2PME3410PMS23156.53-Exhaust centerPMS2410PMD24103-Closed centerRc1／4, 3／8PME3408PMS2310Rc1／8Cv value23-Exhaust centerPMS2408PMD2408Effective area(mm2)Rc1／8, 1／4PME3406PMS2308Port size3-Exhaust center3PMS2406PMD2406Positions5SingleRc3／4, 12Rc3／4, 1, 11／4Double3-Closed center3-Exhaust center19010.3170 (Rc 3／4 )200 (Rc1)210 (Rc11／4 )9.22 (Rc 3／4 )10.84 (Rc1)11.39 (Rc11／4 )165 (Rc 3／4 )190 (Rc1)195 (Rc11／4 )8.94 (Rc 3／4 )10.29 (Rc1)10.57 (Rc11／4 )26CONTENTSFEATURES ��―――――――――P.1VARIATION ��―――――――――P.3INTORODUCTION OF KURODA CAD DATA LIBRARY �――――――P.4FOR SAFETY ��―――――――P.5SOLENOID VALVE/COMMON INSTRUCTIONS �―――――――――P.65-PORT PAILOT OPERATED SOLENOID VALVE PM6 series �―P.113/5-PORT PAILOT OPERATED SOLENOID VALVE PM06 series �P.143/5-PORT PAILOT OPERATED SOLENOID VALVE PM08 series �P.173/5-PORT PAILOT OPERATED SOLENOID VALVE PM10 series �P.203/5-PORT PAILOT OPERATED SOLENOID VALVE PM15 series �P.233/5-PORT PAILOT OPERATED SOLENOID VALVE PM25 series �P.26INDIVIDUAL WIRING TYPE MANIFOLD MF -C �――――――――P.293
INTRODUCTION OF KURODA CAD DATA LIBRARYKURODA CAD DATA LIBRARY contains CAD data of pneumatic equipment, ball screws, support units andsingle-axis modules.In addition, various tools for selecting pneumatic equipment and ball screws are listed in it. Please use thislibrary to improve the design performance of your FA related equipment.How to Obtain CAD Data LibraryCAD Data Library is available from CD-ROM supplied by our company or our company's Home Page viaInternet. For a CD-ROM, please ask KURODA sales representative in charge of your company.KURODA Sales RepCD-ROM(CAD DATA LIBRARY)CustomerInternetCAD DATA LIBRARYLatest data is contained.KURODA Home Pagehttp://www.kuroda-precision.co.jp/e-topKind of CAD dataType of dataCD-ROMHome PageDXFr12 ＊2DWG(AUTO CAD)＊1r12 ＊2※1：Name of CAD software is our company's registered trademark.※2：Some of DWG type product data are not containedHow to Download from Home PageAccess KURODA Home Pagehttp://www.kuroda-precision.co.jp/e-topFA Internet ServiceDownload ServiceUser RegistrationCAD Data of Main Pneumatic Equipment①Pneumatic ActuatorsSeries of air cylinders and rotary actuators are listed inCAD DATA LIBRARY.②Pneumatic Grippers/Vacuum EquipmentSeries of parallel grippers, rotary opening/closinggrippers, vacuum units and pads are listed in it.③Control ValvesSeries of solenoid valves such as ADEX VALVEs arelisted in it.④Other EquipmentSeries of speed controllers, joints, etc. are listed in it.⑤Air Cleaning EquipmentSeries of FRL combination QUBE are listed in it.Download(Note) CAD data is classified by each product and containedin a self-extracting exectable file format (.exe).4
FOR SAFETY USEBe sure to read the following instructions before use.For common and individual instructions, refer to the text of this catalogue.Pneumatic fluid power-General rules relating to systems5
SOLENOID VALVES/COMMON INSTRUCTIONS ①Be sure to read them before use.Also refer to Par. "For Safety Use" and instructions mentioned for each series of solenoid valves.DESIGNDESIGNWARNING¡Stopping actuator at intermediate positionWhen stopping the actuator at an intermediate position using asolenoid valve listed in this catalogue, it is difficult to stop itaccurately because of the compressibility of air, unlike a hydraulic cylinder can dose.In addition, as the solenoid valve and air cylinder allow a certaindegree of air leak, they cannot stop at the fixed position for along period of time according to circumstances. When it isrequired to stop them at the fixed position for a long period oftime, contact KURODA.¡CAUTION¡Applying current momentarilyWhen using a double-solenoid type valve, apply current for theprescribed period of time (0.1 sec.). If current is not applied forthe prescribed period of time, the solenoid valve may notperform the diverting action acording to circumstances.¡Leak currentWhen a C-R element is used in the contact protective circuit(surge voltage protection), leak current will flow through the C-Relement.If this leak current becomes large, a malfunction will occur.Therefore, reduce leak current to less than 1 mA.Keeping pressure (including vacuum)As the solenoid valve is designed to allow a certain degree of airleak, it cannot be used to keep pressure (including vacuum) in apressure vessel etc.¡C-R circuitDo not use for emergency shutoff valves.¡¡Solenoid¡¡¡¡When using a double-solenoid valve while applying current to itcontinuously for a long period of time, do not apply current toboth solenoids simultaneously ; otherwise the coil may be burntout or the main valve may malfunction.¡Mounting position and directionA solenoid valve can be mounted in any position and directionas a general.However, a metal seal type double-solenoid valve and a 3-positionsolenoid valve should be mounted so that the spool may behorizontal.Applying current continuously for long timeAvoid applying current simultaneously.Use with air blowWhen using a solenoid valve with air blow, select a directoperated type or external pilot type solenoid valve.When an internal pilot type solenoid valve is used, it may notperform the diverting action due to a pressure drop at the timeof air blow.When an external pilot type solenoid valve is used, supplycompressed air within the specified pressure range to the pilotport.When using a solenoid valve while applying current to itcontinuously for a long period of time, contact KURODAbeforehand.¡Use at low temperatureWhen using a solenoid valve at 5 or below, provide an airdryer or other proper means to prevent moisture from solidifyingor freezing.Use in vacuumWhen using a solenoid valve for diverting vacuum and otherapplications, check specifications for the valve and select aproper one that can be used in vacuum.In order to prevent sucking foreign matters from the suction padand exhaust port, provide an inline filter between the suctionpad and solenoid valve and at the exhaust port.¡Leak currentExhausting residual airProvide a residual air exhausting function in due consideration ofmaintenance and inspection. Doing maintenance and inspectionwithout exhausting residual air may sometimes malfunction theactuator.When using a 3-position closed center type solenoid valve,compressed air is shut in between solenoid valve and actuatoreven if residual air from the air supply side to the solenoid valveis exhausted.Therefore, provide a means to exhaust the residual air pressureseparately.Power supplyContactSolenoid valves listed in this catalogue are not designed for usein emergency shutoff valves and other safety applications.When using the solenoid valve for such applications, provide anindependent means to assure safety.Shock and vibrationReduce shocks and vibrations applied to the solenoid valve toless than the prescribed value. (refer to specifications.)Applying shocks and vibrations exceeding the prescribed valuemay result in a malfunction of the solenoid valve.Remodeling the solenoid valveDo not remodel the solenoid valve.6
SOLENOID VALVES/COMMON INSTRUCTIONS ②Be sure to read them before use.Also refer to Par. "For Safety Use" and instructions mentiond for each series of solenoid valves.SELECTIONPIPINGWARNING¡Refer to specifications.Solenoid valves listed in this catalogue are designed forcompressed air. When using other fluid than compressed air,contact KURODA beforehand.Do not use a solenoid valve at pressure and temperatureoutside the range of specifications, otherwise resulting in abreakdown or malfunction.CAUTION¡Before pipingThoroughly flush the inside of each pipe to remove chips,coolant, dust, etc. before piping.¡How to wind a seal tapeWhen winding a seal tape around the threaded portion, leavespace of 1.5 to 2 thread turns.MOUNTINGLeave space of1.5 to 2 turns.When screwing,seal tape entersequipment,causing air leak.WARNING¡When mounting the solenoid valve, firmly fix it whileusing care to prevent the stationary part and jointfrom loosening.If the solenoid valve is mounted with insufficient strength, it maysometimes come off.¡After mounting the solenoid valve, connect power supply andthen perform a functional test and a leak test. Check that it hasbeen correctly mounted and works properly, before starting thesystem.¡(Good)¡Coating with paintJoint Sealant CAUTIONFit an air muffler to the exhaust port (ports 3, 5) of thesolenoid valve.Dust or foreign matter that enters it may cause a malfunction ofthe solenoid valve.¡Do not wipe off the model name inscribed on anameplate etc. with organic solvent.The inscribed indication may be erased.Screw of pipe and jointWhen screwing the pipe and joint, use care to prevent chipsand sealant from entering the pipe and joint.Tighten them within a proper range of clamping torque.Port sizeClamping torque (N.m)M30.3〜 0.5M51.5〜 2.0R, Rc1／817.0〜 9.0R, Rc ／412.0〜14.0R, Rc3／82.0〜24.01R, Rc ／228.0〜30.0R, Rc3／428.0〜30.0R, Rc136.0〜38.0R, Rc11／41R, Rc1 ／27Apply sealant to this portion.1／3Provide space for maintenance and inspection.¡¡How to apply liquid sealantWhen applying liquid sealant to the threaded portion, apply aproper amount to about 1/3 of the periphery of the threadedportion and then screw it.When coating the resin portion with paint, it may be adverselyaffected by paint and solvent. For the propriety of painting,contact KURODA beforehand.Do not peel off the nameplate affixed on the solenoid valve anddo not erase or smear out the letter on it.¡(No good)Do not start the system until it is ensured that equipment works properly.40.0〜42.048.0〜50.0
SOLENOID VALVES/COMMON INSTRUCTIONS ③Be sure to read them before use.Also refer to Par. "For Safety Use" and instructions mentioned for each series of solenoid valves.PIPINGOPERATING ENVIRONMENTSCAUTION¡Avoid wrong piping.DANGER¡When connecting a pipe to a solenoid valve, be careful not tomistake the supply port by referring to the nameplate affixed tothe product or the product catalogue.¡When using a 3-position closed center type solenoidvalve :WARNING¡Do not use a solenoid valve in atmospheres containingcorrosive gases, chemicals, seawater, water and vaporand in places where a solenoid valve contacts thesematters.¡Do not use a solenoid valve in a place where vibrationsor shocks are directly applied to it.¡When a solenoid valve is exposed to the directsunlight, fit a protective cover to the solenoid valve.¡When a solenoid valve is located around a heatsource, shut off the radiant heat.¡When installing a solenoid valve in the control panel,take proper heat-radiating measures so that theinside temperature may be kept within the specifiedtemperature range.¡When using a solenoid valve in a place where it isexposed to welding spatters, provide a protectivecover or other proper prevention.Thoroughly check the piping between solenoid valve andactuator for air leak.WIRINGWARNING¡When doing wiring work, be sure to turn off compressedair and power supplies beforehand.Wiring work without turning off air and power supplies maycause an electric shock or malfunction ; this sometimes resultsin an injury to the human body or a damage to property.¡Avoid mis-wiring.Some solenoid valves have polarity : Those operating on DCwith built-in indicator light and those equipped with surgeprotective circuit.When wiring to a solenoid valve, check whether or not it haspolarity.For a solenoid valve having polarity, check the lead wire colorand symbol of the polarity by the catalogue or actual articlebeforehand and then make correct wiring.Mis-wiring will result in the following problems :(Where no polarity protective diode is incorporated :)Wiring to the wrong polarity will burn out the diode in thesolenoid valve, the switching element on the control unit side orthe power supply unit.(Where a polarity protective diode is provided :)Wiring to the wrong polarity will not cause the solenoid valve toperform a diverting action.¡Avoid applying stress and tensile force to lead wirerepeatedly.Wiring made in such a manner that stress and tensile force arerepeatedly applied to the lead wire will result in the breaking ofwire. Provide some degree of margin for wiring.¡Do not use solenoid valve in a explosive environment.Welding spaters may burn out the plastic parts of the solenoidvalve, sometimes resulting in a fire.LUBRICATIONCAUTION¡Solenoid valves listed in this catalogue are nonlubrication.The non-lubricated solenoid valve can be used withoutlubrication, but can be used with lubrication.When using it with lubrication, do not discontinue supplying oil.Otherwise, the applied lubricant may run off, sometimesresulting in an operation failure.When using a lubricant, Class 1 turbine oil ISO VG 32 (containning additive) is recommended.Check that there is no insulation failure.If an insulation failure occurs in the lead wire connection,extension cable and terminal base, an excess flows to theswitching element of the solenoid valve or control unit,sometimes resulting in a damage.¡Do not mistake applied voltage.Mistake in applied voltage in case of wiring to a solenoid valvewill cause an operation failure or burn out the coil.¡After completion of wiring, check for wrongconnection before turning on power.8
SOLENOID VALVES/COMMON INSTRUCTIONS ④Be sure to read them before use.Also refer to Par. "For Safety Use" and instructions mentioned for each series of solenoid valves.QUALITY OF AIRMAINTENANCE AND INSPECTIONWARNING¡WARNINGUse pure air.¡Compressed air containing corrosive gases, chemicals, salt,etc. causes a breakdown or operation failure. So do not usesuch air.CAUTION¡Fit an air filter with filtration of 5 µm or fine.¡Install an air dryer.¡Take proper countermeasures against sludge.If sludge produced in compressor oil enters pneumatic equipment, it will cause the operation failure of pneumatic equipment.It is recommendable to use compressor oil (NISSEKI FAIRCALLA68, IDEMITSU DAPHUNY SUPER CS68) featuring minimizedsludge production or use a sludge filter or mist cleaner toprevent sludge from entering the pneumatic equipment.¡Operation at low frequencyTo prevent an operation failure, perform the switching action ofthe solenoid valve once per 30 days. (Be careful of air supply.)¡Manual operationWhen the solenoid valve is manually operated, the systemconnected to it is also operated. Make sure safety beforeoperation.¡FilterInspection after maintenanceWhen restarting the system, check that preventive measuresagainst flying-out of the actuator have been taken. Thenconnect compressed air supply to the pneumatic system, andperform a proper functional test and a leak test to check that itworks safely without fail, before starting the system.Compressed air containing much drainage causes the operationfailure of pneumatic equipment. Install an air dryer, lower thetemperature and reduce drainage.¡Inspection before maintenanceFirst check that load drop prevention has been provided.Then shut off air and power supplies to the system and exhaustresidual air in the system beforehand.For a 3-position closed center type solenoid valve, compressedair is sealed between solenoid valve and cylinder.Exhaust this residual compressed air.Disassembly of solenoid valveWhen disassembling the solenoid valve, contact KURODAbeforehand.Sludge filter RegulatorMist cleanerCAUTION¡DrainingTo keep the quality of air to a certain level, drain the air filter atperiodical intervals.9
PM SERIES/INDIVIDUAL INSTRUCTIONSBe sure to read them before use.Also refer to Par. "For Safety Use" and common instructions.WIRING SPECIFICATIONSFLOW RATEFlow rate can be calculated from the following formula :For values in the sonic velocity zone. find out from the attached table.①PH 1.89PL (Subsonic velocity zone)CAUTION Lead wire(P Q 240 S PP L H L ) 293 T②PH 1.89PL (Sonic velocity zone)0.3mm2 500r(O.D.φ1.7)AWG22(UL1007)H Terminal of grommet and conduitQ 120 S PH 273 TQ ： Flow rater/min(ANR)S ： Effective area of orificemm2PH ： Pressure on upper streamMPa absPL ： Pressure on down streamMPa absTH ： Absolute temperature on upper streamK(Note) Absolute pressure (MPa) Supply pressure 0.100 (MPa)HSonic velocity zone (at 20 )Pressure MPaCabtyre cableFlow rate r/min(ANR) Grommet cover Conduit coverCabtyre cable(Effective area mm2When the value of effective area is 10 1 or 10n,multiply the same figure by the flow rate.)EFFECTIVE AREA With surge suppressorThe following varistor type surge suppressorAC100V：TNR9G271K or equivalent of Z7D271AC200V：TNR9G471K or equivalent of Z7D471DC24V：TNR9G470K or equivalent ofZ7D470Effective areas mentioned in this catalog are measured betweenports 1 2, 4 in accordance with JIS (JAPANESE INDUSTRIALSTANDARD) B8374/8375.10
5-PORT PILOT OPERATED SOLENOID VALVESPM6 SeriesMetal Seal, Sub-base Mounting typePMS246PMD246PMD346PME3462-positionSingle solenoid2-positionDouble solenoid3-positionClosed center3-positionExhaust centerSPECIFICATIONSUnitModel NoPMS246PMD246PMD346Rc! / 8Port sizeEffective areamm26.5 5〜600.35Cv valueOperating ambient temperatureOperating pressure rangeMaximum frequency0.15〜1MPa(Average)360ON0.022OFF 0.012VRated voltage0.2〜1Cycle/minsResponse time（at 0.5MPa）ONON0.010OFF 0.015JIS grade BDC 10 15%Rated 0）W2PowerconsumptionPermissible voltage fluctuationHoldingACInlush0.015AC100/110、200/220 DC24Grade of insulationPower consumption DCWiringMassPME346Non-lubricated/lubricated airFluidAC 10Lead wire, Grommet with terminal, Conduit with terminal, DIN connectorkg0.160.240.26(Note)・When temperature of valve site gose down below 5 , complete dry air shall be supplied to prevent from freezing.・Effective area shown above is value between ports 1 and 2, 4.・Response time shown above is in accordance with JIS B 8375.110.26
PM6 SeriesORDERING INSTRUCTION— M5 — 100 L LPMS246①②③④①Model No.PMS246⑤⑥③Port sizeNB01Without sub-baseRc! / V⑤WiringPMD346LG※GKC※CKDPME346Lead wireGrommet with terminalGrommet with surge suppressorConduit with terminalConduit with surge suppressorDIN connector⑥OptionNo mark Without option (Standard)※LWith locking button②Special specification※：Made to orderNo mark Standard (Internal pilot)XExternal pilot (Pilot port on sub-base)OPTIONAL PARTS AND SPARE PARTSParts NameSub-baseRc! / 8Rc! / 8（For external pilot）Base gasketSpringModel No.PM6-SB-01・Pilot valvePM26 — 100 L LPM6-SB-X01①PM6-GFor 2-positionFor 3-positionPM6-SS②①ModelPM26 For 2-positionPM36 For C24V③④③WiringLG※GKC※CKDLead wireGrommet with terminalGrommet with surge suppressorConduit with terminalConduit with surge suppressorDIN connector④OptionNo mark Without option (Standard)※LWith locking button※：Made to order12
PM6 SeriesDIMENSIONSPMS2462(Unit：mm)PMD24642Type CType LLead wire length 500Type GType LLead wire length 500PMD346、PME34624Type CType G(Unit：mm)4Type GType LLead wire length 50013(Unit：mm)Type C
3/5-PORT PILOT OPERATED SOLENOID VALVESPM06 SeriesMetal Seal, In-line Mounting/Sub-base Mounting ingle solenoid2-positionSingle solenoid2-positionDouble solenoid3-positionClosed center3-positionExhaust centerSPECIFICATIONSUnitModel NoPMS2306PMS2406FluidPMD2406PMD3406Rc! / 8、! / 4Port sizemm2Effective areaCv valueOperating ambient temperature Operating pressure rangeMPaMaximum frequency1112.5120.600.680.65 5〜600.2〜0.70.2〜0.8Cycle/minsResponse time（at 0.5MPa）(Average)360ON0.010OFF 0.020ON0.010OFF 0.020VRated voltageON0.010AC100/110、200/220Grade of 00）W2PowerconsumptionRated frequencyHoldingInlush0.015OFF0.030DC24DC 10 15%ACONJIS grade BPermissible voltage fluctuationPower consumption DCAC 10WiringMassPME3406Non-lubricated/lubricated airGrommet with terminal, Conduit with terminal, DIN connectorkg0.30.40.50.50.5(Note)・When temperature of valve site gose down below 5 , complete dry air shall be supplied to prevent from freezing.・Effective area shown above is value between ports 1 and 2, 4.・Response time shown above is in accordance with JIS B 8375.14
PM06 SeriesORDERING INSTRUCTION— 02 — 100 G LPMS2406①②③④①Model No.⑤⑥③Port sizeNB0102PMS2306Without sub-baseRc! / 8Rc! / 220VDC24V⑤WiringGGKC※CKD※PMD3406Grommet with terminalGrommet with surge suppressorConduit with terminalConduit with surge suppressorDIN connector⑥OptionNo mark Without option (Standard)※LWith locking buttonPME3406※：Made to order②Special specificationNo mark Standard (Internal pilot)UExternal pilot (Pilot port on valve body)OPTIONAL PARTS AND SPARE PARTSParts NameSub-basePM06-SB-01Rc! / 4PM06-SB-02・Pilot valveSS231 — NB — 100 G LA06-GBase gasketSpringModel No.Rc! / 8For 2-positionPM06-SSFor C200/220VDC24V②③②WiringGGKC※CKD※Grommet with terminalGrommet with surge suppressorConduit with terminalConduit with surge suppressorDIN connector③OptionNo mark Without option (Standard)※LWith locking button※：Made to order15
PM06 m)38.525.51235 32232 φ5.5324211MAX16.545Type GType CType C85.520.51524Type G830253 Rc1／8, 1／45512631745PMD2406(Unit：mm)Type GType CPMD3406、PME3406Type G(Unit：mm)Type C16
3/5-PORT PILOT OPERATED SOLENOID VALVESPM08 SeriesMetal Seal, In-line Mounting/Sub-base Mounting ingle solenoid2-positionSingle solenoid2-positionDouble solenoid3-positionClosed center3-positionExhaust centerSPECIFICATIONSUnitModel NoPMS2308PMS2408FluidPMD2408PMD3408Rc! / 4、# / 8Port sizemm2Effective areaCv valueOperating ambient temperatureOperating pressure rangeMaximum frequency22301.191.63 MPa(Average)1.350.2〜0.70.2〜0.8360ON0.010OFF 0.030300ON0.010OFF0.030VRated voltage25 5〜60Cycle/minsResponse time（at 200）W2PowerconsumptionRated frequencyInlushDC24JIS grade B%HoldingPower consumption DCWiringGrommet with terminal, Conduit with terminal, DIN connectorkg0.50.91.11.2(Note)・When temperature of valve site gose down below 5 , complete dry air shall be supplied to prevent from freezing.・Effective area shown above is value between ports 1 and 2, 4.・Response time shown above is in accordance with JIS B 8375.170.015OFF 0.040AC 10 DC 10 15Permissible voltage fluctuationACON0.010AC100/110、200/220Grade of insulationMassPME3408Non-lubricated/lubricated air1.2
PM08 SeriesORDERING INSTRUCTION— 02 — 100 G LPMS2408①②③④①Model No.⑤⑥③Port sizeNB0203PMS2308Without sub-baseRc! / 4Rc# / 220VDC24V⑤WiringGGKC※CKD※PMD3408Grommet with terminalGrommet with surge suppressorConduit with terminalConduit with surge suppressorDIN connector⑥OptionNo mark Without option (Standard)※LWith locking buttonPME3408※：Made to order②Special specificationNo mark Standard (Internal pilot)UExternal pilot (Pilot port on valve body)OPTIONAL PARTS AND SPARE PARTSParts NameSub-baseRc! / 8PM08-SB-02Rc! / 4PM08-SB-03・Pilot valveSS231 — NB — 100 G L①A08-GBase gasketSpringModel No.For 2-positionFor met with terminalGrommet with surge suppressorConduit with terminalConduit with surge suppressorDIN connector③OptionNo mark Without option (Standard)※LWith locking button※：Made to order18
PM08 m)Type CType GType GPMD2408(Unit：mm)Type CPMD3408、PME3408(Unit：mm)Type GType G19Type CType C
3/5-PORT PILOT OPERATED SOLENOID VALVESPM10 SeriesMetal Seal, In-line Mounting/Sub-base Mounting ingle solenoid2-positionSingle solenoid2-positionDouble solenoid3-positionClosed center3-positionExhaust centerSPECIFICATIONSUnitModel NoPMS2310PMS2410FluidPMD2410PMD3410Rc# / 8、! / 2Port sizemm2Effective areaCv valueOperating ambient temperature Operating pressure rangeMPaMaximum frequency（at 0.5MPa）38502.062.71 5〜600.2〜0.70.2〜0.8Cycle/minsResponse time(Average)300ON0.015OFF 0.035ON2400.015OFF 0.035VRated voltageON0.015AC100/110、200/220Grade of 00）W2PowerconsumptionRated frequencyHoldingInlush0.020OFF0.060DC24DC 10 15%ACONJIS grade BPermissible voltage fluctuationPower consumption DCAC 10WiringMassPME3410Non-lubricated/lubricated airGrommet with terminal, Conduit with terminal, DIN connectorkg0.81.51.61.91.9(Note)・When temperature of valve site gose down below 5 , complete dry air shall be supplied to prevent from freezing.・Effective area shown above is value between ports 1 and 2, 4.・Response time shown above is in accordance with JIS B 8375.20
PM10 SeriesORDERING INSTRUCTION— 03 — 100 G LPMS2410①②③④①Model No.⑤⑥③Port sizeNB0304PMS2310Without sub-baseRc# / 8Rc! / 220VDC24V⑤WiringGGKC※CKD※PMD3410Grommet with terminalGrommet with surge suppressorConduit with terminalConduit with surge suppressorDIN connector⑥OptionNo mark Without option (Standard)※LWith locking buttonPME3410※：Made to order②Special specificationNo mark Standard (Internal pilot)UExternal pilot (Pilot port on valve body)OPTIONAL PARTS AND SPARE PARTSParts NameSub-baseRc# / 8PM10-SB-03Rc! / 2PM10-SB-04・Pilot valveSS231 — NB — 100 G L①A10-GBase gasketSpringModel No.For 2-positionPM10-SSFor 0/220VDC24V②③②WiringGGKC※CKD※Grommet with terminalGrommet with surge suppressorConduit with terminalConduit with surge suppressorDIN connector③OptionNo mark Without option (Standard)※LWith locking button※：Made to order21
PM10 m)Type CType GType GPMD2410(Unit：mm)Type CPMD3410、PME3410(Unit：mm)Type GType GType CType C22
3/5-PORT PILOT OPERATED SOLENOID VALVESPM15 SeriesMetal Seal, In-line Mounting /Sub-base Mounting ingle solenoid2-positionSingle solenoid2-positionDouble solenoid3-positionClosed center3-positionExhaust centerSPECIFICATIONSUnitModel NoPMS2315PMS2415FluidPMD2415PMD3415Rc! / 2、# / 4Port sizemm2Effective area80Cv value754.34Operating ambient temperatureOperating pressure rangeMaximum frequency4.07 MPa 5〜600.2〜0.70.2〜0.8Cycle/m
LAPPED SPOOL & SLEEVE, PILOT OPERATED SOLENOID VALVES PM Series The solenoid operated air valves of this series are types with an internal-pilot-type metal seal . 3/5-PORT PAILOT OPERATED SOLENOID VALVE PM25 series �P.26
Solenoid Controlled Pilot Operated Directional Valves Solenoid Controlled Pilot Operated Directional Valves These valves are composed of a solenoid operated pilot valve and a pilot operated slave valve. When a solenoid is energised the pilot valve directs the flow to move the spool of the slave valve, thus changing the direction of flow in the .
SOLENOID CONTROLLED PILOT Up to 31.5 MPa (4570 PSI), 1100L/min (291 U.S.GPM) Pub. EC-0404 PILOT OPERATED DIRECTIONAL VALVES OPERATED DIRECTIONAL VALVES . Pilot Drain Port for Solenoid Controlled Pilot Operated Directional Valve Avoid connecting the valve pilot drain port to a line with
LVM09/090 2/3 port direct operated solenoid Cv 0.018 139 LVM10/100 2/3 port direct operated solenoid Cv 0.03 0.04 139 LVM15/150 & -20/200 2/3 port direct operated solenoid valve Cv 0.015 0.065 140 VDW10, -20 & -30 2/2 solenoid Cv 0.03 0.44 141 VDW200 & -300 3/2 solenoid Cv 0.03 0.44 142 VCA solenoid valve Cv 0.33 2.1 143 N
Pilot Operated Directional Valves Catalog DG3V-10 Hydraulic Pilot Operated; 1100 l/min (290 USgpm) 350 bar (5000 psi) DG5V-10 Solenoid Pilot Operated; 1100 l/min (290 USgpm) 350 bar (5000 psi) NFPA D10, ISO-4401-10, CETOP 10. 2 EATON Vickers Pilot Operated Directional Valves Catalog V-VLDI-MC004-E March 2007 . integral check valves and port .
S - 5,20 bar (75 psi) check Solenoid Energization Identity Blank - Standard arrangement for ANSI B93.9 (i.e. energize solenoid A to follow flow P to A). V - Solenoid identification determined by position of solenoid (i.e. solenoid A at port A end/solenoid B at port B end). Note 4 and 8 type spools are always V. Solenoid
Sun solenoid operated directional valves are used in circuits where 2-way, 3-way, 4-way, and 6-way functions are required. Sun offers both direct acting and pilot operated, and are availa-ble in poppet and spool configurations. Pilot Flow Solenoid Valves Pilot flow capacity valves, rated 0.25 gpm (1 L/min), are
large orifices while keeping solenoid size small, a Pilot Operated construction is used. Internal Pilot Operated Valves (Figures 2A, 2B) Normally, these valves have a pilot and bleed orifice which enable them to use line pressure for operation. When the solenoid is de-energized, the pilot orifice is closed and full line pressure is applied to .
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