EE-SX670-4

 WW .CY.CWW0YWT.00 WT..1M.10OM W O WC. WCW. YW.TW WW.100YOM.TW WW.100COM.T MWW .CO.TW Y.CWW.100Y.TW.0Y WT.00 M0 W.1Y.COMW WW00Y.CO.TW W.1Y.COMW WW.T.1.T00 WW.100MOM1 WM. O EE-SX670(A)/C. O WWCW. YWC..TW WW.100YOM.TW WW.100COM.T 47000Y1M.WW Y.CWW.100Y.TWWW00Y.CO.TW .0 WT.0 M.1WM.1OM withW.CO.TW O Photomicrosensor100-mAWWC. YWCW.0YWW0.T.10.TW10be00Y WM.OM1 WM.SwitchingCapacitythatcanBuilt O WC. O WWCW. YWCY.EquipmentWW.100.TW WW.100YOM.TW WW.100COM.T intoMOW WW Y.CWW.100Y.TW.0 WT.0 WW.100Y.CM.TWM .1closemount-WOM WStandard,L-shaped,T-shaped,and.CO.TW O WWC. YWCW.0YWWWavailable..T0Y5-seriesmodelsW.10.T0ing: WW.100MOM1 WM. O C. O WWCW. YWC.Y.Tvariations,including.TW WW.10000 WWW.1SelectTWoutputM.fifteen100Yfrom M.O M OW.C O models.orLight-OFF/ONWWLight-ONCW. YWCW.0YWTW..T10000Y WWTWM..10 M.O1 WM. O Wfrequency askHz..C O highas1WWWResponseCW.YCW.0YWTW.W.10.TW100lightOM.T00Yoperation W.OM1 WM.Easymonitoringwithbright WC. O WWCW. YWC.WWindicator..TW WW.100YOM.TW WW.100COM.T 00Y1M.Woperating (5toWW .COvoltageY.CWW.100Y.TW.range24WVDC)makesW0Y T.00 WWWideTM..1withOMWMofthe photomicrosensor.10connection Wsmooth.CO.TW O WWC.YWCW.0YWWW.T00relays,programmablecontrollers(PC)WTTLs,.1.10.TW 100YandM M.OM W O WC. O WWCpossible.W. YWCW..T WW.100WW.100YM.TW WW.100YOM.T O M .C O Dust-proofWWslit.CW. YWCW.0YWTW..T10000Y WWTWM..10 M.O1 WM. O WEE-SX670A/671A/672A/673A/674Acome.C O modelsWWCW. YWCW.0YWTW..TwithwhichlightswhenanWaLight-OFF.10.TW10000Yindicator, WM.OM1 WM. O WC. O WWCobjectisdetected.W. YWCW..T WW.100WW.100YM.TW WW.100YOM.T O M .C O WWCW. YWCW.0YWTW.TWM..10.TW WW.10000Y MOrderingInformationO1 WM. O .C O WWCW. YWCW.0YWTW. .TW.10WeightOM.TW100configuration00Ymethod WW.OutputM1 AppearanceSensingSensingdistanceModelWM. O C. O WWCW. YWCW.W(.TStandardWWTransmissiveyp.5mm(channel width)g.100Y(see(note1))Approx.pp*EE-SX6701003.1gOM.T0Ytype WW W)Light-OFF/ONT.0 M1 M. OW(h(channel-type)ltC)O.C WWCW. YWW.*EE-SX670A(see0YWTW.Tnote2)WM..10.TW WW.10000Y MO1 WM. O .C O WWCW. YWCW.0YWTW..T*EE-SX470W.10.TW WLight-ON10000Y M.OM1 WM. O WC. O WWCW. YWCW.L-shapedpLight-OFF/ONg/(see(note1))Approx.pp3.0g*EE-SX671 W.T100 WW.100YM..TW WW.100YOM.T O WM *EE-SX671A.C (seeWWO WCW. YWCW.0YTWT2).noteWM..10.TW WW.10000Y MO1 WM.O OWW.C Y.CLight-ON*EE-SX471WCW.0YWTWW.W00Y WT.100 WTM..10 OM.1T-shapedpg(note1))Approx.ppWW2.4g*EE-SX672OM Light-OFF/ONW.(seeC. O WC. YWCW..TWW000Y WWT.10 WW.100YTM..*EE-SX672A(see1 M.WOnote2) W.CO.TOM WWC. YWCW.0YWW.TW.10.TW Light-ON00Y WW.100MOM1 WM.*EE-SX472O C. O WWC. WYW2.3g.100Y.0 WW(seeT.0 WW.100Y.CM.TWLight-OFF/ONMClose-mountinggg(note1))Approx.pp*EE-SX6731 M.O WO.C OWW YWW00Y.CCW.0WWW*EE-SX673A(see0Y WT.W.1.T100 M.OM1 WM.note2)O WC. O WWC. YW000Y*EE-SX473 WWTW.10 WW.100Y.CM.TWLight-ON.1 M.OM WO WC. O WWC. g0YWClose-mountinggLight-OFF/ON/ W(see(Wnote1))00Ypp 3.0gEE-SX674.TWApprox.0 1WW.100Y.CM.TW.1 WOM(see W.O WWCEE-SX674A. WCW.Y.T WWW.100Ynote2).TW WW.100 M MOW.CO.TW WC.Light-ONEE-SX474YWW0YW0 W.T.10(+)terminal M.10asOMareshort-circuited.AL WO Note:1.TheLight-OFF/ONmodelscanbeusedLight-ONmodelswhentheLterminalandpositiveWC. WCW0YY.Connector.TW00 WWshortterminalandpositive(+)terminalcircuit(EE-1001-1)isavailable.10 .1 MOlight.W. WWC.2.ThesemodelsarefittedwithaWLIGHTOFFindicatorWYWW.T00 1 M. O W WW.100Y.CM.TWOWC.WYW.100WWWPhotomicrosensor

44

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WW .CY.CWW0YWT.00 WT..1M.10OM W O WC. WCW. YWEE-SX670(A)/470.TW WW.100YOM.TW WW.100COM.T EE-SX670(A)/470 M. O WCW. YWCW.0YWT..T10 M..TW WW.10000Y MO1 WM. O.C O WWCW. YWCW.0YWT.TM..10.TW WData10000YEngineering M.O1 WM. O WC. O WWCW. YWC..TW0YW.TW WW.1000 M.TSensing100Y M.O1 M.Characteristics O(Typical) PositionWC. O WWCW. YWCW.0YWTW.TM..10.TW WW.10000Y MO1 WM. O .C WCW.YWW0YWTWW00Y.CO.TW .T modeW.10 WM.LIGHT-OFFmodeLIGHT-OFF100TrON M.O1 M. O WC.TrON O WWCW. YWCWW.100Y..TW WW.100YOM.TW WW.100COM.T MOW WW Y.CWW.100Y.TW.0 WT.0 WW.100Y.CM.TWM.1WOM W.CO.TW O WWC. YWCW.0YWW.TW.10.TW WW.10000Y MOM1 WM.d’ O C. O WWCW. YWCWW.100Y..TWd WW.100YOM.TW WW.100COM.T MOW WW Y.CWW.100Y.TW.0 WT.0 WW.100Y.CM.TWM.1WOM W.CO.TW O WWC. YWCW.TrOFF0YWWTrOFF.TW.10.TW WW.10000Y MOM1 WM. O C. O WWCW. YWCDistanced(mm).T.TW00YDistance WW.100 WWW.100Y.M.TWd(mm)1 M.O M OW.C O WWCW. YWCW.0YWTWSensing.T0YWM..10.TWPosition0Repeated WW.100MO1 WM. O .C O WWCharacteristics(Typical)CW. YWCW.0YWTW..TW.10.TW WW.10000Y MOM1 WM. O C. O WWCW. YWCW..T WW.100WW.100YM.TW WW.100YOM.T O M .C O WWCW. YWCW.0YWTW.TWM..10.TW WW.10000Y MO1 WM. O .C O WWCW. YWCW.0YWTW.W.TW.10.TW 10000Y M.OM1 WV=12VM. O ccWC. O WWCW. YWCW.No.ofrepetitions:.T0Y.T020 WW.100 WWW.100YM.TW n1 M.O M OmmW.C O d1=0.002WWCW. YWCW.0YWTW.d20.004mm00W.T10 WM..TW n100Y =M.O1 WM. O nd3=0.005mmW.C O WWCW. YWCW.0YWTW.d4=Wmm.100.T 0.02W.10.TWn00Y =MOM1 WM. O nd50.04mmWC. O WWCW. YWCW..T WW.100WW.100YM.TW WW.100YOM.T O M .C d(mm)O WWDistanceCW. YWCW.0YWTW.TWM..10.TW WW.10000Y MO1 WM. O .C O WWCW. YWCW.0YWTW..TW.10.TW WW.10000Y MOM1 WM. O C. O WWCW. YWCW..T WW.100WW.100YM.TW WW.100YOM.T O M .C O WWCW. YWCW.0YWTW.TWM..10.TW WW.10000Y MO1 WM.O OWW.C Y.CWCW.0YWTWW.W00Y WT.100 WTM..10 OWM.1OM W.C. O WWC. YWCW..TWW000Y WWT.10 WW.100YTM..1 M.WOW.CO.T OM WWC. YWCW.0YWW.TW.10.TW WW.10000Y MOM1 WM.O C. O WWC W0YW.0 WW.100Y.T.1 WW.100Y.CM.TWM. MO WOWW Y.CWW00Y.CO.TW C.0WWW0Y WW.1.T100 M.OM1 WM.O WC. O WWC. YW000Y WWTW.10 WW.100Y.CM.TW.1 M.OM WO WC. O WWC W0YW0 WW.100Y.T.1 WW.100Y.CM.TW. WOM W O WWC. WCW. WWW.100Y.TW WW.100YOM.T M OW.C WCW.YWW0YWTWM.M.T WW.10.100OOWCY.0W0 WW.100Y.CM.TW1 W.O W WC.WW.100Y.TW WMOW C.WWYWM.T.100OWWW.100Y.CWWWOutputleveltransistor46

WW .CY.CWW0YWT.00 WT..1M.10OM W O WC. WCW. YWEE-SX670(A)/470.TW WW.100YOM.TW WW.100COM.T EE-SX670(A)/470MWW .CO.TW Y.CWW.100Y.TW.0Y WT.00 M0 W.1Y.COMW WW00Y.CO.TW W.1Y.COMW WW.T.1Operation.T00 WW.100MOM1 WM. O C. O WWCW. YWC..T.TW WW.10000Y WM.TWCircuit100Y M.OutputDiagramsO1 M. O WC. O WWCW. YWCW.0YWTW.-SX474 .T10-SX472,00 W-SX673,M..TW100YEE-SX670,EE-SX470,W-SX471,-SX473,-SX671, -SX672,-SX674 M.O1 M. O W.C O WCW. YWW0YWTWW00Y.CLightLightON/OFF.T ONW.10M..TW WW.100 MO1 M. to 24VDCO C. O WWCW.5to24VDC Y5WCWW.100Y..TW WW.100YOM.TW WW.100COM.T M LightWOLightLoad1WLoad1W.C Y.WCLW.0YWTWindica-.Windica-00Y WT(relay)(relay).100 WTRM.torM..1.10 OM torWW W.CO O WCW. YWCW.0YWTWOUTOUT.TWM..TW W10000Y MainW.10M.O1 M.Main O WCQI. O QIWWCW. YWCcircuitcircuitWW.100Y..TW WW.100YOM.TW WW.100COM.T MLoad.Load.2TW OWW YWnote)200Y.CCW.0WW(seenote)(seeW0Y WT.1 W0VM0V ..T100 M.O1 WM.O WC. O WW WW0YY.CWTW.00 WT.10 WW.100Y.CM.TWM.1 .O WthesensorOMNote: outputW WC.Note:Whenusingonvoltageoutput,alwaysinsertaVoltage(whenisconnectedto atran-O WCW. YWC.TY.inRL.and.TWsistoruseload2.circuit).00Y WW.100 WWW.100resistorTWM1 M.O M OW.C O WWCW. YWCW.0YWTW..T1000 WEE-SX670A,TW-SX673A,M..-SX672A,100Y-SX671A, W-SX674AM.O1 WM. O W.C O WWCW. YWCW.0YWTW..TWLightON/OFF.10.TW WW.10000Y MOM1 WM. O C. O WWCW. YWC5to24VDCW..T WW.100WW.100YM.TW WW.100YOM.T O M C. O LightWWCW.Load1 YWCW.0YWTWLindica-0Y.T(relay)WM..10.TW WRW.100MO tor.10 WM O .C O WWCW. YWCW.0YWTW.W.TW.10.TOUT00Y WW.100MOM1 WM. O MainC. Q I OWWCW.YWCW..T WW.100WWcircuitM.TW WW.100YOM.T00Y O1 M. .C LoadO 2WWCW. YWCW.0YWTW.(seenote).T1000 WWM..TW0V100Y M.O1 WM. O W.C O WWCW. YWCW.0YWTW..TW.10.TW WW.10000Y MOM1 WM. O C. O WWCNote:Whenusingonvoltageoutput,alwaysinsertaresistorinRLanduseW. YWCW.W.T WW.100Wload2.M.TW WW.100YOM.T00Y O1 M. .C O WWCW. YWCW.0YWTW.TWM..10.TW WW.10000Y MO1 WM. O .CTimingChart O WWCW. YWCW.0YWTW.Y .TW.10.TW WW.100 MOM WM.100-SX673, O CEE-SX670,-SX671,W-SX672,-SX674EE-SX470,-SX471,-SX472,-SX473,-SX474. O WCW. YWCW.W.TW.T00YLight WW.100 WM.T100Y LightONWONMLightOFF.O1 M. OW.C O WWCW. YWCW.0YWTW.Wterminalsopen)(WhenterminalsLWandareshort-circuited).T1000 M..TWLand are100Y(When M.O1 WM.O OWWIncidentIncidentIncident Y.CWW00Y.CCW.0WTWW.W0Y WT.10 WTInterruptedInterruptedInterrupted M..10 MOWM.1O W.C. LIGHTindicatorO LIGHTindicatorLIGHTindicatorWWCONONON. YWCW..TW(red)(red).TOFF WW.10000YOFFWW.100Y(red)M.TWOFF WM1M.O WCOOutputOutputOutput.O ON WONONWC. YWCW.0YWWtransistor.TtransistortransistorW00Y WTOFF.OFFWOFF100 TM..10 M.OWOOperates WLoadOperates1.(relay)OMOperates Load1(relay)1(relay)WW.1LoadCY.CWCW.0YWW.W00Y WTReleasesReleasesWReleases.100 TM..10 M.O1 W2Load22HH OMH WW.Load.CO.TY.CWWLoadCW.0YWWW0L0YLL WW.1.T1000 M.OM1 WM.O WC. O WWC. YW.CW000YY-SX674A WWTW.100 WW-SX673A,TEE-SX670A,-SX671A,-SX672A,..10 M.OM1 WM.O WC. O WWCW0YLightONWOFFW 0Y.C WW.100Y.T.10 WWLightT..0 WMareopen) .1OM W (WhenterminalsLandareshort-circuited)W(WhenterminalsOLandWC.WCW. WWW.100YIncident.TW WW.100YOM.T Incident M OW.C WInterruptedInterruptedCW.YWW0YWTWLIGHT.1LIGHTOFFindi-OFF00indi-ONM.T ONM..10 O Wcator(red)cator(red)O WCOFF

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