说明案例讲稿sei xbtgc qrg

XBTGC1000-PARTNAMESAND XBTGC2000-PARTNAMESAND XBTGC1000-TopreventtheUSBcablefromcoming XBTGC2000-TopreventtheUSBcablefromcoming Readtheseinstructionscarefullyandlookattheequipmentto efamiliarwiththedevicebeforetryingtoinstall,operate,ormaintainit.Thefollowingspecialmessagesmayappearthroughoutthis ationorontheequipmenttowarnofpotentialhazardsortocallattentiontoinformationthatclarifiesorsimplifiesaprocedure.TheadditionofthissymboltoaDangerorWarningsafetylabelindicatesthatanelectricalhazardexists,whichwillresultin alinjuryiftheinstructionsarenotThisisthesafetyalertsymbol.Itisusedtoalertyoutopotential hazards.Obeyallsafetymessagesthatfollowthissymboltoavoidpossibleinjuryordeath.DANGERDANGERindicatesanimminentlyhazardoussituation,which,ifnotavoided,willresultindeath,seriousinjury,orequipmentdamage.WARNINGWARNINGindicatesapotentiallyhazardoussituation,which,ifnotavoided,canresultindeath,seriousinjury,orequipmentdamage.CAUTIONCAUTIONindicatesapotentiallyhazardoussituation,which,ifnotavoided,canresultininjuryorequipmentdamage.CAUTIONindicatesapotentiallyhazardoussituation,which,ifnotavoided,canresultinequip-mentdamage.PleaseElectricalequipmentshouldbeinstalled,operated,serviced,andmaintainedonlyby nel.NoresponsibilityisassumedbySchneiderElectricforanyconsequencesarisingoutoftheuseofthismaterial.This isnotintendedasaninstructionmanualforuntraineds.©2008SchneiderElectric.All losses,orthirdpartyclaimsarisingfromtheusesofthisproductABOUTTHEForthedetailedinformationonXBTGCseries,refertothefollowingXBTGCSeriesUserXBTGCseriesHardwareManualcanbeselectedfromthehelpoftheProgrammingSoftwareordownloadedfromSchneiderHomePage.LOSSLOSSOFpathsand,forcertaincriticalfunctions,provideameanstoachieveasafestateduringandafterapathfailure.Examplesofcriticalcontrolfunctionsareemergencystopandovertravelstop.SeparateorredundantcontrolpathsmustbeprovidedforcriticalcontrolSystemcontrolpathsmayincludecommunicationlinks.Considerationmustbegiventotheimplicationsofunanticipatedtransmissiondelaysorfailuresofthelink.*EachimplementationofaXBTGCunitmustbeindividuallyandthoroughlytestedforproperoperationbeforebeingcedintoservice.Failuretofollowtheseinstructionscanresultindeath,seriousinjury,orequipmentWARNING*Foradditionalinformation,refertoNEMAICS1.1(latestedition),"SafetyGuidelinesfortheApplication,Installation,andMaintenanceofSolidStateControl".XBTXBTXBTGC1ThisInstallationtotheXBTGCunit)theXBTGCunit)Installation4xXBTDIO1xXBT1xXBTPower1xXBT(Holder:1,Cover:1)1xXBT1xXBTXBTGC2000).RefertotheXBTGCusermanual )forthe Expansionsmodules-1xXBTThisunithasbeencarefullypacked,withspecialattentiontoquality.However,shouldyoufindanythingdamagedormissing,pleasecontactyourlocalXBTGCdistributorXBTGC1000-PARTNAMESAND

ADAStatusOperationModeLogicexecutionmode(whenlogicis-InInWhenpoweristurnedInMajorBacklightBAUXInterfaceUsedtoconnecttheadditionalunits(communicationfunctionetc.).CInterface(EXT1)UsedtoconnecttheExpansionDPowerUsedtoconnectexternal24VDCpowertoE1ComplieswithUSB1.1.Usesa“TYPE-A”connector.Powersupplyvoltage:5VDC5%.Outputcurrent:500mAumcommunicationdistance:5m(16.4FDIOInterfaceUsedtoconnecttheexternal/OXBTGC2000-PARTNAMESANDXBTGC2000-PARTNAMESANDRightFGOperationModeLogicexecutionmode(whenlogicis—WhenpoweristurnedMajorBacklightABDIOInterfaceTheinterfacetoexternalI/OCAUXUnitInterface/Usedtoconnectadditionalunits(communicationfunction,DInterface(EXT1)UsedtoconnecttheExpansionEPowerUsedtoconnectexternal24VDCpowertoFEthernetInterfaceAnRJ-45typemodularjackconnector(8-pole)isG1ConformstoUSB1.1.(TYPE-Aconn.).PowerSupplyVoltage:5VDC±5%.OutputCurrent:500mA(max.).umcommunicationdistanceis5m(16.4HSerialInterfaceD-sub9-pinplugtypeswitchedviasoftware.XBTXBTPowerInput24Rated19.2to28.810ms3msPower18W27WIn-Rush30A1000VAC20mAfor1minute(betweenchargingandFGterminals)Insulation500VDC10M0to+50-20to+60Ambient10to90%(Wetbulbtemperature:39°Cmax.(102.2°F)-no10to90%(Wetbulbtemperature:39°Cmax.(102.2°F)-no0.1mg/m3andbelow(non-conductivePollutionForuseinPollutionDegree2a.Whenusinginanenvironmentwherethe esorexceeds40(104°F)foranextendedperiodoftime,thescreencontrastlevelmaydecreasefromitsoriginallevelofbrightness.EXTERNALTheXBTGC2000seriesserialinterfaceisnotisolated.Whenthehost(PLC)unitisalsonotisolated,andtoreducetheriskofdamagingtheRS232C/RS422/RS485circuit,besuretoconnectpin#5SG(SignalGround)terminal.NoteWhenisolationisnecessary,youcanusetheRS232Cisolationunit(XBTZGI232)onCOM1.XBTGC2000-Pin12Receive3SendSendData45SignalSignal6DataSetCleartoSendB(-7RequesttoSendDataB(-8CleartoCleartoSend9C+5V±5%Output0.25SFrameGroundFrameGrounda.TheRI/VCCselectionforPin#9isswitchedviasoftware.TheVCCoutputisnotpro-tectedagainstovercurrent.Topreventdamageorunitmalfunctions,useonlytheratedWhenpreparingthecabletoconnectthewiring,checkthepinnumbersinscribedontheDIOConnector.ForXBTXBTXBTPinPinSignalPinSignal IN0IN2IN4IN6(PLS1,(PLS0,(PLS3,(PLS2,NoteParenthesizedsignalnames()indicatewhenPulseoutput(PLS),output(),orCounterInput(CT)areused.ForXBTXBTXBTPinPinSignalPinSignal N0N2N4N6Sink:Source:Sink:Source:Sink:Source:Sink:Source:NoteParenthesizedsignalnames()indicatewhenPulseoutput(PLS),output(),orCounterInput(CT)areused.EFASTXBTXBT1216PassiveSub-20ABE16ABEABEOutputadapter20ABE16ABE6channelsusedfor86channelsusedfor8availablewith2solidstateoutputsand4relayoutputsTheefastcablesandmodulesarenotcompatiblewithsinktypeXBTGCuntis(UCableXBTZGABE2(2ABE 2XBTABE16ESource-16SABE7E16SPN2016SpassivesABE7E16SPN22Idem+16Leds+8fuses+bladeABE7E16SRM2016SrelaisDIO-38HE10-20F-HE10-20F-86975I486975341CableXBTZGABE1(2ABE7B20MPN20ABE7B20MPN20ABE7B20MPN22ABE2XBT1XBTABE7B20MPN2012ESource-8SpassivesABE7B20MPN22Idem+20Leds+8fuses+bladeABE7B20MRM2012ESource-6Srelais-2SstatiquesDIO-22HE10-26864I3(0252351XBTXBT24umAllowable288InputSink/SourceN0,IN2,IN4,6.5mA(24Other5mA(244.1mA(24N0,IN2,IN4,Approx.3.7Approx.3.7OtherApprox.4.7Approx.5.9InputSeeInputDerating(pageInput112points/1common16points/1commonON19VDCorOFF5VDCorOFFto0.5to20ONto0.5to20InputSignalDisNoLEDIsolationPhotocouplerExternal22-pinconnector(usedwithOutputsection)withOutputsection)ExternalPowerForSignal:24InthecaseofIN0,IN2,N4,andIN6,theinputdelaytimegeneratesa5µsdelay.Forexample,inthecaseofa0.5ms-cyclesampling:5µs(ONtoOFF)+0.5ms(samplingcycle)+5µs(OFFtoON)=0.51msAminimum051ms-restrictionisimposedontheinputpulsewidth.Inthecaseoftheotherinput(IN1,IN3,N5,andfromN7toINxx),theinputdelaytimegeneratesa0.5ms-delay.Forexample,inthecaseofa05ms-cyclesampling:0.5ms(ONtoOFF)+0.5ms(samplingcycle)+05ms(OFFtoON)=15msAminimum15ms-restrictionisimposedontheinput-pulsewidth.Digitalfiltercanbesetatintervalsof0.5ms.DonotexceedtheXBTGCimputvoltagerating,theratedinputONvoltageorthenumberofinputpoints.Failuretofollowtheseinstructionscanresultindeath,seriousinjury,orequipmentRefertothefollowingInputInputON

24.0to26.4VDCForhorizontal24.0to25.2VDCForverticalmountingXBTGC1000:24.0to26.4VDC0

50(C)AmbientOperating 86104122--COMIN11--COMIN11N1N024

*1Dottedlineshowsconnectiontosinkoutputtype.

--COMIN15--COMIN15IN9IN7IN6IN5IN4IN3IN2IN1IN0IN824*1Dottedlineshowsconnectiontosinkoutputtype.

OUTPUTXBTXBT2420.4to28.8OutputXBTSinkSourceumLoad0.2A1.2A0.2A1.6AMin.LoadOUT0to11mA(Pulse/output(XBTGC2000)1mA(Pulse/outputOutputVoltage0.5VDCorOutputDelayandONtoOUT0to5sorless(Withoutputat24VDC,20005msorless(Withoutputat24VDC,200(XBTGC2000)05msorless(Withoutputat24VDC,200LeakageCurrent(when0.1mAor39V±TypeofTransistor126points/1common8points/1commonlineExternal22-pinconnector(alsousedforInput)38-pinconnector(alsousedforInput)OutputProtectionOutputisInternal2.5A,125VChipfuse(notreceable)3.5A,125VChipfusex2(notreceable)SurgeControlZenerOutput6NoLEDStatusDisyIsolationPhotocouplerExternalPowerForSignal:24XBTGC1100UOUTPUTCIRCUIT(SINK

*1(Example)Theoutputdelaytime(OFFto

2.5A0V -+24

ON)is15swheretheoutputcurrent

OUT5OUT0

24VDC,50mA.Installanexternaldummyresistortoincreasetheamountresponsivenessis

requiredandtheisOUTPUTOUTPUTSHORTCIRCUITORInstallanappropriatefuse(500mAcompliantwithUL248-1)toprotecttheoutputlinefromanabnormalshort-circuitorconnectionoverloadcondition.Failuretofollowtheseinstructionscanresultindeath,seriousinjury,orequipmentXBTGC1100TOUTPUTCIRCUIT(SOURCE

2.5A24VOUT5OUT00V

+24--

*1(Example)Theoutputdelaytime(ONtoOFF)is1.5swheretheoutputcurrentis24VDC,mA.InstallandummyresistortoincreasetheamountofcurrentwhenisrequiredandtheloadisOUTPUTOUTPUTSHORTCIRCUITORInstallanappropriatefuse(500mAcompliantwithUL248-1)toprotecttheoutputlinefromanabnormalshort-circuitorconnectionoverloadcondition.Failuretofollowtheseinstructionscanresultindeath,seriousinjury,orequipmentXBTGC2000UOUTPUTCIRCUIT(SINK24V

*1OUT0toOUT3

3.5A0VB11-+24

(Example)Theoutput

OUT6B15OUT5A14OUT4B14OUT3A13OUT2B13OUT1A12OUT00V

OUT0to

is15swheredummyresistortoincreasetheamountofcurrentwhenmoreresponsivenessisrequiredandtheloadis

OUT9OUT8Installanapplicablefuse(500mAcompliantwithUL248-1)foreachoutputterminalifthereshouldbetheriskforthecurrentrunningovertherating.Sincetheoutputterminalsarenotelectricallyprotected,anoutputlinemightbeshort-circuitedoraconnectionfaultmightoverheattheexternaldevicesorXBTGC.Failuretofollowtheseinstructionscanresultindeath,seriousinjury,orequipmentXBTGC2000TOUTPUTCIRCUIT(SOURCE

*1OUT0toOUT3

OUT1OUT024VOUT15OUT13OUT12OUT11OUT10B17OUT9OUT8

+24OUT0to

(Example)Theoutputdelaytime(ONtoOFF)is1.5swheretheoutputcurrentis24VDC,50mA.Installanexternaldummyresistortoincreasetheamountofcurrentwhenrequiredandtheloadis0VInstallanapplicablefuse(500 pliantwithUL248-1)foreachoutputterminalifthereshouldbetheriskforthecurrentrunningovertherating.Sincetheoutputterminalsarenotelectricallyprotected,anoutputlinemightbeshort-circuitedoraconnectionfaultmightoverheattheexternaldevicesorXBTGC.Failuretofollowtheseinstructionscanresultindeath,seriousinjury,orequipmentDIOStandardInput/OutputisusedasaHigh-SpeedCounterInput.ThesetupisdonebytheProgrammingSoftware.ThisfunctionwiilbeavailablefromthesecondversionoftheSoftware.Formoreinformation,refertotheProgrammingSoftwareUserManual.Pulse24VDCOpen24(4points)2(1pointor2InputCT0(IN0),CT1(IN2)(usedaspair)CT0:APhase,CT1:BPhaseCT2(IN4),CT3(IN6)(usedaspair)CT2:APhase,CT3:BPhaseIN4,10050MarkerInputIN3,DIOStandardInput/OutputisusedasaPulseOutputorOutput.ThesetupisdonebytheProgrammingSoftware.ThisfunctionwiilbeavailablefromthesecondversionoftheSoftware.Formoreinformation,refertotheProgrammingSoftwareUserManual.PulseOutputOutput4OutputPLS0toPLS3definedbydefinedbyLoad24Min.Load1Max.OutputUpto65kHzpossibleperpoint(setthroughPulseAcceleration/ON50%±10%(at6519to81%(at65Alimitofumoutputfrequencyisimposedonthepulseoutputswithregardtothenumberofchannelsusedandwithhigh-speedcountertobeusedtogether.TheONDutyerror(10%)willbereducediftheOutputfrequencyisTheONDuty(effectiverange)willbewidenediftheOutputfrequencyisForeasiermaintenance,operation,andimprovedventilation,besuretoinstallXBTGCatleast100mm(3.94in.)awayfromadjacentstructuresandother178(7)Besurethatthesurroundingairtemperatureandtheambienthumidityarewithintheirdesignatedranges.(Surroundingairtemperature:0to50°C(122°F),Ambienthumidity:10to90%RH,Wetbulbtemperature:39°Cmax.(102.2°F))WheninstallingtheXBTGConthepanelofacabinetorenclosure,“Surroundingairtemperature”indicatesboththepanelfaceandcabinetorenclosure’sinternal InsideBesurethatheatfromsurroundingequipmentdoesnotcausetheXBTGCtoexceeditsstandardoperatingtemperature.XBTGCYSTEP1CreateaPanelCutfollowingthedimensionsinthetableYXBTXYUnit:mmXBTX1.65.0(4.67(3.6415601.65.0STEP2ConfirmthattheinstallationgasketisattachedtotheXBTGCunitandthencetheXBTGCunitintothePanelfromthefront. tisstrongly inadditiontorepellingwater.Fortheprocedureforrecingtheinstallationgasket,referto“XBTGCSeriesHardwareManual”.STEP3Thefollowingfiguresshowthefour(4)fastenerinsertionslotlocations.Inserteachfastener’shookintotheslotandtightenitwithascrewdriver.Inserttheinstallationfastenerssecurelyintotheinsertionslotrecess.XBT XBTHookthefastenerontheRecess,HookthefastenerontheRecess,andsecurethe onthepanelwithaEQUIPMENTEQUIPMENTDonotTightenthescrewswithtoomuch.ItcandamagetheXBTGCunit’ssticThenecessarytorqueis05Nm(4.4lb-Besuretoinsertinstallationfastenersintherecessedportionofainstallationfastenershole.Ifthefastenersarenotcorrectlyattached,theXBTGCunitmayshiftorfalloutofthepanel.FailuretofollowtheseinstructionscanresultinequipmentCAUTIONWIRINGTOTHEDIOELECTRICELECTRICBesuretoremovetheDIOConnectorfromtheXBTGCunitpriortostartingwiring.Failuretodosomaycauseanelectricshock.FailuretofollowtheseinstructionswillresultindeathorseriousItemsRequiredtoWireConnectors

Besurethescrewdriverhasthefollowingpointdepth:1.5mm(0.06pointheight:2.4mm(0.09PointshapeshouldbeDIN5264A,andmeetSecurityStandardDNAlso,thescrewdriver’stipshouldbeflatasindicatedinordertoaccessthenarrowholeoftheconnector:1Insertthescrewdriverintothesquare-shaped2Holdthescrewdriverandinsertthewireintothewire’sround-shapedhole.3Takeoutthescrewdriverfromthesquare-shapedhole.thewirewillbeheldsecurelyince.springclampreleases,pullthewireout.Wire4InsertthewiredDIOconnectorintotheDIO/FoftheXBTGCunit.*2Besuretostripatleast7.0mm(0.28in.)ofcoverfromtheIMPROPERBesuretostriponlytheamountofcoverrequired.IftoomuchcoverIMPROPERBesuretostriponlytheamountofcoverrequired.Iftoomuchcoverisremoved,theendwiresmayshortagainsteachother,oragainstanelectrode,whichcancreateanelectricshort.Ifnotenoughcoverisremovedthewirecannotcarryacharge.Donotsolderthewireitself.ThiscouldleadtoabadorpoorInserteachwirecompleyintoitsopening.Failuretodosocanleadtoaunitmalfunctionorshort,eitheragainstwirefilaments,oragainstanelectrode.FailuretofollowtheseinstructionscanresultininjuryorequipmentCAUTIONELECTRICELECTRICSHORTCIRCUITORPriortoconnectingtheXBTGCunit’spowercordterminalstothepowerterminalblock,confirmthattheXBTGCunit’spowersupplyiscompleyturnedOFF.SupplyingapowervoltageotherthanthatspecifiedwilldamagethepowersourceandtheXBTGCunit.SincethereisnopowerswitchontheXBTGCunit,besuretoattachaswitchtoitspowercord.WhentheFGterminalisconnected,besurethewireisFailuretofollowtheseinstructionscanresultindeath,seriousinjury,orequipmentWARNINGWIRINGTHEDCTYPEPOWERSUPPLYPowerCordUsecopperconductorsXBTXBTPowerCord0.75to2.5(18-12SimpleorStranded7(0.28a.IftheConductor’send(individual)wiresarenottwistedcorrectly,theendwiresmayeithershortagainsteachother,oragainstanelectrode.PowerConnector(Plug)+24-0GroundingTerminalconnectedtotheXBTGCNoteThepowerconnector(plug)isXBTConnectingtheXBTGCPower1ConfirmthattheXBTGCunit’sPowerCordisunpluggedfromthepower2Stripthepowercord,twisttheconductor’swireends,insertthemintothepinterminalandcrimptheterminal.Useaflat-bladescrewdriver(Size0.6x35)totightentheterminalscrews.Thetorquerequiredtotightenthesescrewsis0.5to06Nm(4.4-5.3Lb.In).Donotsolderthecable3AttachthePowerconnector(Plug)tothePowerConnector(Socket)onthe XBT- InputandOutputsignallinesmustbeseparatedfromthepowercontrolcablesforoperationalcircuits.Toimprovetheelectromagneticinterference(EMI),besuretotwisttheendsofthepowercordwiresbeforeconnectingthemtothePowerconnector(Plug).TheXBTGCunit’spowersupplycordshouldnotbebundledwithorkeptclosetomaincircuitlines(highvoltage,highcurrent),orinput/outputsignallines.ToreduceEMI,makethepowercordasshortasIfthedvoltageexceedstheXBTGCunit’srange,connectavoltageBetweenthelineandtheground,besuretousealowEMIpowersupply.IfthereisanexcessamountofEMI,connectaEMIreducingtransformer.Thetemperatureratingoffieldinstalledconductors:75°C(167°F)UsevoltageandEMIreducingtransformerswithcapacitiesexceedingPowerConsumptionvalue.MustbeusedwithaClass2PowerSupply(24ConnectasurgeabsorbertohandlepowerBesuretogroundthesurge(E1)separayfromtheXBTGCunitSelectasurgeabsorberthathasumcircuitvoltagegreaterthanthatofthepeakvoltageofthepowersupply.

BesuretocreateanexclusivegroundforthePowerCord’sFGterminal.Usea of100,awireof2mm2(AWG14)orthicker,oryourcountry’sapplicablestandard.TheSG(signalground)andFG(frameground)terminalsareconnectedinternallyinXBTGCunit.WhenconnectingtheSGlinetoanotherdevice,besurethatthedesignofthesystem/connectiondoesnotproduceashortingloop.Thegroundingwireshouldhaveacrosssectionalareagreaterthan2mm2(AWG14).CreatetheconnectionpointasclosetotheXBTGCunitaspossible,andmakethewireasshort,aspossible.Whenusingalonggroundingwire,recethethinwirewithathickerwire,andceitinaduct.MaketheXBTGC'sconnectiontogroundindependentofanotherequipment'sgroundconnection(seediagrambelowforadditionalinformation).Failuretofollowtheseinstructionscanresultindeath,seriousinjury,orequipment

Common(Not

AllXBTGCInputandOutputsignallinesmustbeseparatedfromalloperatingcircuit(power)cables.Ifthisisnotpossible,useashieldedcableandgroundtheWIRINGTohelppreventEMIproblems,separateallcontrol,communicationandpowerlinesbycingtheminaseparateducts.DuctforI/OSignalDuctforControlDuctforPower Ifdifferentwiresmustbecedinthesameduct,separatethemwithanearthed/grounded

NoteIfthelinescannotbeseparated,useshieldedlinesandcreateagroundfromtheshieldline.UseEMIreducingexternalwiringmethodstoincreaseoverallsystemorcurrentcircuitwiresfromcommunicationcables.Topreventmalfunctionsduetoelectromagneticinterference,communicationcablesmustbewiredseparayfromhigh-frequencylinesandpowerlinessuchashigh-voltagelines,high-currentlines,andinverters.XBTGC1000-TOPREVENTXBTGC1000-TOPREVENTTHEUSBCABLEFROMCOMINGOFFcabletotheXBTGCandtothePLC.AUSBcableconnectionmaysparkwhenremoved.Failuretofollowtheseinstructionswillresultindeathorseriousinjury.1Beforestartingtheprocedure,orientthetwotabsonbothsidesoftheUSBHolderinthedirectionofthearrowsinthefigureandremovetheUSB2Withthemainunitdisypartpositionedsothatitisfacingdown,attachtheUSBholdertotheUSBhostinterface.DothisbyinsertingthepicksontheUSBholderitselfintothe entholesonthemainunit.InserttheupperhookfirstUSBent.3InserttheUSBcableintotheUSBHost4AttachtheUSBcovertotheUSBhostinterface.InserttheUSBcoverintothetaboftheUSBholder.SHORTInserttheUSBSHORTInserttheUSBcoverintheorientationshownintheillustrationFailuretofollowtheseinstructionscanresultininjuryorequipment1LiftupthetaboftheUSBholderand2AfterremovingtheUSBcable,removethepickspushingtheUSBholderfrombothtopandbottom.XBTGC2000-TOPREVENTXBTGC2000-TOPREVENTTHEUSBCABLEFROMCOMINGOFFcabletotheXBTGCandtothePLC.AUSBcableconnectionmaysparkwhenremoved.Failuretofollowtheseinstructionswillresultindeathorseriousinjury.1Beforestartingtheprocedure,pullouttheUSBcoverfromtheUSBholderbyholdingthetopandbottomoftheUSBholderandpressingdownthetabontheUSBcover.PressdowntheAndpullouttheUSBcover.2Withthemainunitdisypartpositionedsothatitisfacingdown,attachtheUSBholdertotheUSBhostinterface.InsertthepicksonthetopoftheUSBholderintotheatta holesonthemainunit,andtheninserttheholderintotheUSBhostinterfacesothattheholderissecuredinthemain3InserttheUSBcableintotheUSBHostUSB4AttachtheUSBcovertotheUSBhostinterface.HoldtheUSBcoverintheorientationshowninthefigureandinsertitintotheUSBholder.SHORTInserttheUSBSHORTInserttheUSBcoverintheorientationshownintheillustrationFailuretofollowtheseinstructionscanresultininjuryorequipment1PullouttheUSBcoverfromtheUSBholderbypressingdownthetabontheUSBcover.AndpullouttheUSBcover.2Insertthetipofaflat-bladescrewdriverintotheholeonthebottomoftheUSBholderandraisethehandlesothattheUSBholderdetachesfromtheUSBhostinterface.UL/c-ULRegistrationModelXBTXBTXBTXBTXBTXBTTheseproductsconformtothefollowingIndustrialControlNonincendiveElectricalEquipmentforUseinClassIandII,Division2andClassIII,Division1and2Hazardous(classified)Locations.StandardforProcessControl*1XBTGC1000unitswithrevisioncode"B"orlaterareallANSI/ISA-12.12.01-2000*1XBTGC2000Rev.1orlaterareallANSI/ISA-12.12.01-2007See(pageTheXBTGCunit’srearfaceisnotapprovedasanenclosure.WhenbuildingtheXBTGCunitintoanend-useproduct,besuretouseanenclosurethatsatisfiesstandardsastheend-useproduct’soverallenclosure.TheXBTGCunitmustbeusedindoorsInstallandoperatetheXBTGCwithitsfrontpanelfacingIftheXBTGCismountedsoastocoolitselfnaturally,besuretoinstallitinaverticalpanel.Also,it’s mendedthattheXBTGCshouldbemountedatleast100mm(3.9in.)awayfromanyotheradjacentstructuresormachineparts.ThetemperaturemustbecheckedonthefinalproductinwhichtheXBTGCisinstalled.ForuseonaflatsurfaceofaType4X(IndoorUseOnly)and/orType13FailuretofollowtheseinstructionscanresultininjuryorequipmentBeawareofthepreviousitemswhenbuildingtheXBTGCintoanend-useSTEP1SuitableforuseinClassI,Division2,GroupsA,B,C,andDHazardousLocations,orNon-HazardousLocationsonly.SubstitutionofcomponentsSubstitutionofcomponentsmayimpairsuitabilityforClassI,DivisionWheninhazardouslocations,turnOFFpowerbeforerecingorwiringDonotdisconnectequipmentunlesspowerhasbeenswitchedoffortheareaisknowntobeNon-Hazardous.WhenusedinHazardousLocationsasdefinedbyANSI/ISA12.12.01-2007/CSA-C22.2,No.213,ensureallconnectionsaresecuredwithscrewsandlocked.Beforeinsertingorremovingconnections,ensurethelocationisNon-hazardous.Failuretofollowtheseinstructionscanresultindeath,seriousinjury,orequipmentXBTGC1000unitsareCEmarked,EMCcompliantproducts.TheseunitsalsoconformtoEN55011ClassA,EN61000-6-2directives.XBTGC2000unitsareCEmarkedproductscomplyingwiththeEMCDirective.TheseunitsalsoconformtoEN55011ClassA,EN61000-6-2directives. XBTGC1000-NOMSETFONCTIONSDES XBTGC2000-NOMSETFONCTIONSDES XBTGC1000-Pouréviterlasortieducâble XBTGC2000-Pouréviterlasortieducâble Veuillezliresoigneusementcesconsignesetexaminerl'appareilafindevousfamiliariserquisuiventpeuventapparaîtredanslaationousurl'appareil.lsvousavertissentoudesimplifieruneprocédure.L'appositiondecesymboleàunpanneaudesécuritéDangerouAvertissementsignaleunRespectezscrupuleusementlesconsignesdesécuritéassociéesàcesymbolepouréviterdevousblesseroudemettrevotrevieendanger.pasévitée,entraîneralamort,desblessuresgravesoudesdommagesmatériels.desblessuresgravesoudesdommagesmatériels.ATTENTIONATTENTIONindiqueunesituationpotentiellementdangereuseetsusceptibled'entraînerdeslésionscorporellesoudesdommagesmatériels.ATTENTIONindiqueunesituationpotentiellementdangereuseetsusceptibled'entraînerdesdommagesmatériels.Leséquipementsélectriquesventêtreinstallés,exploitésetentretenusparun d'entretienqualifié.SchneiderElectricn'assumeaucuneresponsabilitédesconséquenceséventuellesdécoulantdel'utilisationdecette ation.Cen'estpasdestinéàservirdemanueld'utilisationaux nessansformation.©2008SchneiderElectric.Tousdroitsdommage,perteouréclamationdetierssurvenantenconséquencedesutilisationsdeceAPROPOSDECEPourdesinformationsdétailléessurlagammeXBTGC,consultezlemanuelsuivantXBTGCManueldel'utilisateurManuelderéférencedulogicieldeprogrLemanuelmatérieldelagammeXBTGCestaccessibleparleAideduLogicielde tionoupeutêtretéléchargédepuislapaged'accueilSchneider.PERTEDEPERTEDELeconcepteurdetoutsystèmedecommandetprendreencomptelesmodesdepannespotentiellesdescheminsdecommandeet,pourcertainesfonctionscritiques,fournirunmoyend'obtenirunétatsécurisépendantetaprèsunepannedechemin.L'arrêtd'urgenceetlabutéedefindecourseconstituentdesexemplesdefonctionsdecommandecritiques.decommandecritiques.Uneattentionparticulièretêtreprêtéeauximplicationsdesdélaisdetransmissionnonprévusoudespannesdelaliaison.*Chaquemiseenœuvred'unappareilXBTGCtêtretestéeindividuellementetcomplètementpours'assurerdesonbonfonctionnementavantsamiseenservice.ouàdesdommagesmatériels.AVERTISSEMENTGuidelinesfortheApplication,Installation,andMaintenanceofSolidStateControl».CONTENUDUXBTXBTAppareilXBT1GuideCeJoint1xXBTZG51(fixésurl'appareilXBTGC)1xXBTZG52(fixésurl'appareilXBTGC)Fixations4xXBT1xXBT1xXBT1xXBTBridedecâbleUSB(1jeu)(Support:1,Capot:1)1xXBT1xXBT(seulementpourXBTGC2000).Consultezlemanueld'utilisationXBTGC( )pourles modulesd'expansion.-1xXBTCetappareilaétésoigneusementemballé,enportantuneattentiontouteparticulièreàlaqualité.Siunarticleétaitmanquantouendommagé,prenezcontactimmédiatementavecvotredistributeurXBTGC.XBTGC1000-NOMSETFONCTIONSDES AA

ModeModede(n)Moded'exécutionlogique(quandlalogiqueestactivée)HORS-ErreurAudémarrageduDDABInterfaceAUXPermetdebrancherdesappareilssupplémentaires(fonctiondecommunication,etc).Cd'interface(EXT1)PermetdebrancherdesmodulesDPermetdebrancherl'alimentation24VCCàlaE1CompatibleUSB1.1.Utiliseunconnecteur«TYPE-A».Tensiond'alimentation:5VCC5%.Courantdesortie:500mADistancede ale:5m(16,4FInterfaceDIOPermetdebrancherunappareild'E/SXBTGC2000-NOMSETFONCTIONSDES Côté GModedeModede(n)Moded'exécutionlogique(quandlalogiqueestactivée)HORS—EnErreurAudémarrageduABInterfaceDIOInterfaceverséquipementE/SCInterfaced'unitéAUX/decommunication,etc).Dd'interface(EXT1)PermetdebrancherdesmodulesEPermetdebrancherl'alimentation24VCCàlaFInterfaceEthernetG1Tensiond'alimentation:5VCC±5%.Courantdesortie:500mA aleestde5m(16,4HInterfacesérieConnecteuràficheSUB-D9Laméthodedecommunication(RS232C/RS422/RS485)estcommutableparlogiciel.XBTXBTAlimentation2419,2à28,810ms3ms18W27W30AEnduranceen1000Vca20mApendant1minute(entrelesbornesdechargeet500VCC10M0to+50-20à+6010à90%Humiditéde10à90%0,1mg/m3etmoins(nonDegrédeAutiliserdansunenvironnementdedegré