超速离心机解析

HITACHIPREPARATIVEULTRACENTRIFUGESCP-MXSERIESHistoryofHITACHICentrifugesAfter44years1stHITACHI40PPreparativeUltracentrifuge(Maximumspeed:40,000rpm)LaunchofModel40Pin1955TrialmodeldevelopedbyHitachiCentralInstituteandTokyoInstituteofTechnologyin19533modelsavailable:100,000rpm(CP100MX)80,000rpm(CP80MX)70,000rpm(CP70MX)PreparativeUltracentrifugesCP100MX/CP80MX/CP70MXFeaturesMaximumspeed:100,000rpmHighaccelerationanddecelerationExceptionallylownoise-53dBorlessDriveunitwarrantedfor10yearsCFC-freecoolingsystemFast-actingimbalancedetector(non-contactimbalanceprotection)Energysavings(20Aduringaccelerationand8Aduringsteadyoperation)Low-costunitFeaturesinclude:OperabilityFeaturesRotorlifeisautomaticallymanaged(allmodels)RotorlifeisautomaticallyextendedLiquidcrystalscreenSpace-savingprofileandlowtableheightConnectionwithaPC(Option)Printer(Option)DriveUnitFull-vacuumdriveunitPure-coppermotorrotatorLightweightandheatreductionAcceleratesto100,000rpmin5minutesWire-suspensiondesignWarrantedfor10yearsAutomaticRotorLifeManagementJustloadarotorEliminatesneedformanualrotorlogbookentriesRLMmemoryandRLMsystemOperationrecordsofeachrotorarestoredintheRLMmemoryRLMisfeaturedasstandardinallCP-MXseriesAutomaticRotorLifeExtensionRotorlifeisautomaticallyextendedPreciseautomatictrackingoftherpmprofileandoperationtimetothenearest0.1sec.Rotorlifecanbeextendeddependingontheamountoflow-speeduseEconomicalLiquidCrystalScreen(1)SimultaneouslydisplayssetvaluesandtheactualoperatingconditionsChangeablebetweennetruntimeandaccelerationtimeindicationChangeablebetweenJapanese-andEnglish-languageindicationRotorcatalogStepoperationdisplayOn-screenerrordisplayGdisplayandoperation(Hitachi’sownfunction)GandotheroperatingparametersareautomaticallycalculatedOperablebyenteringGvaluespecifiedinthemanualImportantfunctionsareshownonscreenLiquidCrystalScreen(2)Displaylanguage(JapaneseorEnglish)RTC(RealTimeControl)FunctionPossibletoinputstarttimeandoperatingprofileinadvanceAlsopossibletoinputdesiredstarttimedirectlyRTCsetting-20Jan.16:3021Jan.05:3021Jan.09:30AutomaticstartofoperationTerminationat09:30100,000rpm4hours(Example)RTC(RealTimeControl)operationBalancingSamplesPowerfulimbalance-protectionSamplesneedonlybebalancedtowithin5mmbyeye.BalancingsamplesHigh-performanceImbalanceDetectorNon-contactimbalanceprotectionMeasuresoscillationsovertheentirerpmrangecomparingmeasuredvalueswithnormalamplitudedata,andimmediatelycatchesabnormalvibrationsandstopstherotor.LownoiseTemperaturecontrol53dBorlessDownsizeddriveunitThermomoduleLow-noisecoolingfanMufflingconsoleCFC-freecoolingmethodElectroniccoolingsystemReducesheatingofthedriveunitSpace-savingProfileSmallfootprintandlowtableheightFloorareaHitachi800(W)×900(D)mmCompetitor1,042(W)×825(D)mmHeighttothetableanddepthtothedriveshaftHitachi850(H)mm,300mmCompetitor914(H)mm,360mmMakesiteasiertoloadandunloadrotorsOptionsPrinter○○○Userlockout○○－himacASSIST/LogmanagerFormanagementofoperatingparameters,separationsimulations○○－CP100MXCP80MXCP70MXOptionsLogManager(ManagementofOperation)MachineRotorUserMachinelogSetrunparameterRunresultExistingprogramsRotormanagementRotorlogUserlistMachinemanagementUserlogCostCostallotmentcalculationhimacASSISThimacASSISTincludes:CalculationsofKfactorandthepelletingtimeCalculationsoftheallowablerevolutionspeedusinghigh-densityliquidsRate-zonalsimulationIsopycnicsimulationSolventconcentrationconversionMutualconversionofmolecularparametersRotordatabasePrinterMachinelogRunparametersandresultsUserlogMachinemanagementRotormanagementRotorlog(Hitachi’sownfunction)RLMmemorydata(Hitachi’sownfunction)PrintablevariousinformationUserLockoutWhensharingacentrifugeunderjointutilizationorinRIfacilities,theoptionallockoutsystemlimitsutilizationtoregisteredpersonnelonly.InformationFormoreinformation,pleasecontactHiroshiSakagami,OverseasSalesSupportScientificInstrumentsGroupDivision,HitachiKokiCo.,Ltd.(tel.[phone])orpleaseaccess“”TheEnd