AnsoftMaxwell14仿真一个实例

AnsoftMaxwell14 仿真一个实例首先是建立一个RMxprt文件，选择电机类型为下图的Line-StartPermanent-MagnetsynchronousMotor接下来就是输入参数了：这个我想大家肯定都知道怎么输入参数,只要在左边工程栏双击相应的对象就可以弹出这些参数的输入对话框,现分别将这些参数以图片的形式展示如下,只要按照下面的参数输入即可Properties:line-startPISIProperties:line-startPISI-RlxprtDesignl一Iachine X确罡取消确罡取消MachimMarneValueUnit|Evaluated/...|MachineTypeLin«-StartPMSynchronousMotorNunbero£・・•4Frictional・・・160W160VWinda^«Loss0WowReference・・•1500rpnNunbero£poleso…Thewindageloss・・.Thereferencespe…Description Read-onlyIfrictionallo.・・F厂厂厂厂厂ShowHldden确定|敢消|ectOnagerProperties:line-startPISI-RIxprtDesignl-Iachine屈胡11笛壮112珈呵丹.他“(Tr&nsieiA冈HnoJotd(Irtnsunt,W)H吸KIxpitDesignl(Line^StartTBN&chineQStator0RotorShiftBjyAnalysis v團Stator-ShovHiddtnProperties:line-startPISIProperties:line-startPISI-RIxprtDesignl-Iachine XEJIHixvell2DDesign3.fiizd(Trar¥yidJoadUransient,XT)E倉BIxprtDesignl(Line-Star日倉MachineEQStatorGWinding*ORotor(kl 113tin113mNaneValueUnitEvaluatedV...DescriptionRead-onlyAutoDesignrAutodesignHs2,・・・r|ParallelT...rDesignBslandBs...MKsO0.8m0.SinSlotdimension：KsOMKsl1.13ml.!3nnSlotdimension：KslMKs214.07mUdmSlotdimension：Ks2MBsO3.8m3.&rnSlotdirjensjon：BsO~T\Bsl7.7m7.7inSlotdimension：BslMBs210.2m10•亦Slotdimension：Bs2「"ShewHiddenmil*ij^tManagerProperties:line-startPISI-RlxprtDesigni-Iachinet{IVuvel^BDesigDOJuiai(Trarim.load(Transient,H)-RIxprtDesipl(Line-Star-倉IachineeUStatorITsiot

弋Yinding

gORotorXinlineNaneValueUnitEvaluatedY...DescriptionRead-onlyA'indingLa・・1Inberofvinding..rJRindingTypeVhole-CoiledStatorvindingtypeParallelB...1Imberofparalle...oConductors...1313I^berofconduct,..Ihberof…55Kmberofstrands...rnWireWrap0MDouble-sidevire・・・nnlireSizeDianeter：Ontliresize,0for...n1SaneValueVnitEvaluatedinding...1inding...恤b」aralle...1onduct...1313ShovHiddenXProperties:line-startPISIXProperties:line-startPISI-RlxprtDesignl-lachineKtManager•oject|44)Rotor

兮SWt♦0AnalysisOptmetrics臥ValueUnitEvaluatedV...DescriptionRead-onlyOuterDial...168.7m168.7nnOuterdimeterof...rJInnerDial...eomMrnInnerdimeterof...Length190rnl9Chr»Lengthofthe“l・・・TJSteelTypeDV315.50Steeltypeofth..・StackingF.0.95Stackingfactoro...PoleType7Poletypeofthe・・・rKaneValueUnitEvaluatedV.iterD...158.7M168.7nninerD…6)M60mMl9Qin.eelTypeM.』BftBSShwHiddenDMM•ojectl^najerProperties:line-startP1S1-RIxprtDesignl-lachine-Ellachine-0PoleProject•cpeitiesDIRibQStatorOsm血Kinding-ORotorCJPole±®Dsnper

邸ShaftNaneValueUnitEvaluatedV...DescriptionRead-onlyDI136nnl^nnUnitedDivider・・・r0142nn4亦hgnetductdinen..r\0228nn2&inhgnetductdim..r|Rib8nn8rnWidthoftherib...rMagnetTypeKIP264X |VagnettyperHagnetYidth92nn92nnVaxinnnwidthof・・・rWagnetThi…5.3nn53nnVaxinnnthickness...rUnitEvaluatedY..nn136htiHTi42nnnn28nnnn8nn136KatieValue01 4202 28ShowHidden在这里磁钢材料NTP264H是要自己定义的,IMateridNameINTP264I4CatesianPropertiesollh&Male^lWewZEdtM^enalforNaneValueUnteRehlivePerm^ab..ISinplE1.04587534X01.BJkConduclivilySimplesierent/mMagneticCoeicwitpVectorVscbar..泾ActiveOesiyi'ThisProductrAlRfoducitMagnhjde-XComponenf・YfomponenlUrilVec...ZCompanentCareLossTypeMassDftis^UritVec..UrilVIMateridNameINTP264I4CatesianPropertiesollh&Male^lWewZEdtM^enalforNaneValueUnteRehlivePerm^ab..ISinplE1.04587534X01.BJkConduclivilySimplesierent/mMagneticCoeicwitpVectorVscbar..泾ActiveOesiyi'ThisProductrAlRfoducitMagnhjde-XComponenf・YfomponenlUrilVec...ZCompanentCareLossTypeMassDftis^UritVec..UrilVKs.Simple■817.25ViewyEdlModfeiforTheimalMcdifieiw/m%kg/mVcjtclisfinilir厂ShwdlHWnriVridabaMaAnbI帮助■3可能你有疑问，这个Danper是怎么出来的，嗯，只要右键"Rotor'选择InsertDanper,就可以了Properties:line-startP1SIProperties:line-startP1SI-RIxprtDesignl-lachineProjectf4anjger-倉Machine-QStatorfJSlot©Yindi%E©RotorCOPole

王倉Dwper

牛ShaftDaiperProjectPropertiesKsreValueVnitEvaluatedV...DescriptionReadonlyDaiiperSlo..・8Nunberofdariper...rSlotType3Danperslottyper1CastRotorrRotorsquirrel-ca...BarCondnc...cast.alunn5.75CConductorstypeo...「jEndLength0rnOrnSingle^sideende...Endking%…11.25rn11.25nnAxialwidthofen..・「EndkingK...16rnlEonRadialheightof..."THEndKingC...casl.alunn5」5CConductorstypeo...rUnitEvaluatedV..SlotType3|CastRotor|BarCon..g.・|ShowHidden Fioperti^:linrstaitFISI-RLpitDesignl-Iachine VdiiEIfiiiLEvduihdV...Diicnption丽卵山S...「The如Etie曲血，「JI)Mndi掳-{rfiotcrOh-必險盯

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i®OpUneUicsfroisctrcpertiesEvduatedV.n^ti...所有参数输入完毕，现在要定义个求解设置，右键" Analysis”添加一个setup,Piovecties:line-startPISEPiovecties:line-startPISE-REqirtDesipl鮒Manager9农VthiEUnit血辽mdwd7…Descriptiw脑沽■汕,BaneSttuplIIIIII肚ororgifiir枕erLotiTypeConstPdHXIhch疝cdl:idEaled〕此：5卅15M為neckaakal...Kiltl衍It*»380V浏咖.rdorQdtp讹…BaledSpedISBISBrpiGiven,ratediptedOperatic"5cd"SeelOperatajijterper§...OperatiflftRotor际讪tEval诃诃V,.HieStfuflnalldppffftti...闊dTypeCol...aaIJ1EIJ这个就是模型了绕组的连接如下求解结果Simulction: |SetupSimulction: |Setup】 ▼I|PerformaneeSimul^tion: |Selupl Simul^tion: |Selupl 创|PerformanceDesignVariation:PerformanceDesignSheetCurves|LINE-STARTPERMANENT-MAGNETSYNCHRONOUSMOTORDESIGNFile:Setupl.resGENERALDATARatedOutputPower(kW):15RatedVoltage(V):380NumberofPoles:4Frequency(Hz):50FrictionalandWindageLoss(W):160WindingConnection:WyeOperatingTemperature(C):75STATORDATAOuterDiameterofStator(mm):260InnerDiameterofStator(mm):170NumberofStatorSlots:36SkewWidth(Slots):1TypeofStatorSlot:2SlatorSlothsO(mm):0.8hsl(mmj:1.13h$2(mmj:14.07bsO(mm):3.8b$1(mm):7.7bs2(mm):10.2TopToothWidth(mm):7.4785FnHnmTnnfhWidth(mm)e744057LengthofStatorCore(mm):190StackingFactorofStatorCore:0.95TypeofSteel:DW31550SlotInsulationThickness(mm):0.35LayerInsulationThickness(mm):0

DesignVariation:PerformanceDesignSheetCurvesLayerInsulationThickness(mm):0EndLengthAdjuslment(mm):0NumberofParallelBranches:1NumberofConductorsperSlot:13WindingType:11AverageCoilPitch:7.66667NumberofWiresperConductor:5WireDiameter(mm):1.18WireWrapThicknso(mm):0.11SlotArea(mmA2):176.32NetSlotArea145.897LimitedSlotFillFactorI%]:75StatorSlotFillFactor{%]'.74.1388CoilHalf-TurnLength(mm):355.368ROTORDATAAirGap(mm):0.65hn別DiameterofRotor(mm):60LengthofRotor(mm):190StackingFactorofRotorCore:0.95TypeofSteel:DW31550TypeofRoto匚7MagnetDuctDimensionsD1(mm:13601(mm:4202(mm:28Rib(mm):8MagnetType:NTP264HMagnetThick(mm):5.3TotalMagnetWidth(mm):92MechanicalPoleEmbrace:0859905ElectricalPoleEmbrace:0.878632MagneticShaft:NoPERMANENTMAGNETDATAPERMANENTMAGNETDATAResidualFluxDensity(Tesla):1.0741CoerciveForce(kA/mj:817.25MaximumEnergyDensity(kJArT3):219.452RelativsRecoilPermeability:1.04591DemagietizedFluxDensity(Tesla):1.0741RecoilResidualFluxDensity(Tesla):1.0741RecoilZoerciveForce(kA/mj:817.25DAMPERDATADamperSlotsperPole:8Typeo:DamperSlot:3DamperSlothsO(mm):0.8h$1(mmj:1.27hs2(mm):13.73bsO(mm):2b$1(mmj:6.4bs2(mm):5.5rs(mm):0EndLengthofDamperBars(mm):0EndRingWidth(mm):11.25EndRingHeight(mm):16ResistivityofDamperBarsat75Centigrade(ohm.mm^2/m):0.0434783ResistivityofDamperRingsat75Centigrade(ohm.mm⑵m):0.0434783MATERIALCONSUMPTIONArmatueCopperDensity(kg/m^3):8900RotorDamperBarDensity(kg/m^3):2700RotorDamperRingDensity(kg/m⑶2700PermanentMagnetDensity(kg/m^3):7800ArmatueCoreSteelDensity(kg/m^3):7600

ArmatureCoreSteelDensity(kq/rn^3)17600RotorCoreSteelDensity(kg/mA3):7600ArmatureCopperWeight(kg):DamperBarMaterialWeight(kg):DamperRingMaterialWeight(kg):PermanentMagnetWeight(kg):ArmatureCoreSteelWeight(kg):RotorCoreSteelWeight(kg):TotalNetWeight(kg):8.093541.454910.4614032.8904932.988220.178766.0672ArmatureCoreSteelConsumption(kg]RotorCoreSteelConsumption(kg):63.748931.1371STEADYSTATEPARAMETERSStatorWindingFactor:D-AxisReactiveReactanceXad(ohm):Q・AxisReactiveReactanceXaq(ohm):D-AxisReactanceX1+Xad(ohm):Q-AxisReactanceX1+Xaq(ohm):ArmatureLeakageReactanceX1(ohm):ArmaturePhaseResistanceR1(ohm):ArmaturePhaseResistanceat20C(ohm):0.9597953.7186420.70874.0917821.08190.3731410.2200080.180975NO-LOADMAGNETICDATAStator-TeethFluxDensity(Tesla):Stator-YokeFluxDensity(Tesla):Rotor-TeethFluxDensity(Tesla):Rotor-YokeFluxDensity(Tesla):Air-GapFluxDensity(Tesla):MagnetFluxDensity(Tesla):1.406871.620851.336921.076360.6674670.91427Stator-TeethAmpereTurns(A.T):Stator-YokeAmpereTurns(AT):Rotor-TeethAmpereTurns(AT):9.31385183.5355.48348Simulation:二|IPerformaiDesignVariation:PerformanceDesignSheetCurvesSimulation:二|IPerformaiDesignVariation:PerformanceDesignSheetCurvesimulation: |Setup1 imulation: |Setup1 二||PerformanceesignV別iation:PerformanceDesignSheetCurvesIIRolor-TeethAmpereTurns(A.T1:5.48348Rotor-YokeAmpereTurns(A.T):2.4999Air-GapAmpereTurns(A.T):442.943MagnetAmpereTurns(AT):•644.532Lea<.age-FluxFactor:1.0669CorrectionFactorforMagnedcCircuitLengthofStatorYoke:0.560684CorrectionFactorforMagneticCircuitLengthofRotorYoke:0.560684No-LoadLineCurrent(A):1.0343No-LoadInputPower(W):323.978FULL-LOADDATARMSFundamentalInducedVoltage(V):222.761LineCurrent(A):24.9376PhaseCurrent(A):24.9376ArmatureThermalLoad(A/s2/mmA3):99.6628SpecificElectricLoading(A/mm):21.8525ArmatureCurrentDensity4.5607FriclionalLoss(W):160Iron-CoreLoss(W):163.272ArmatureCopperLoss(W):410.459TotalLoss(W):733.732OutputPower(W):14998.3InputPower(W):15732Pov«erFactor:0.958511Efficiency[%]:95.3361SynchronousSpeed(『pm):1500RatedTorque(N.m):95.482TorqueAngle(degree):54.243MaximumOutputPower(W):39538.3imuhtionc |Setup〕 丁|Pefformance|esignVariation:F^rfarmanc&Design CurvesMaximumOuhutPower[Wl:3953831TRANSIENTPARAMETERS盘STARTfflOCESSOATAD-AxisRotorRe$i$tarce(ohm)：0.294633D-AxisRclorLeakageReactance(ohm):0.254935QAxisRohrResistarce(ohm)：0.294833QAxisRolarLeakageRe^ctence(ohm):0.341722StartTorque(H.m):3G1.9B5WINDINGARRANGEMENTThe3-phafe,1-layerwindingcanbeairangedin18slotsasbelow:MA27ZBBB>C<XCCCiYrAveragecoilpitchis:7.6S667Angleperslot(elec,degrees):20Phase-A (elec,degrees):110Firstslotcenter(elec,degrees):0TRANSIENTFEAINPUTDATAForArmatureWinding：NumberofTurns:76ParallelBranches：1TerminalResistance(ohm]:0220003EndLeakageIndjctance[HJ:0.00027539&ForRoloiEndRingBelweenIwoBar$afOneSide:EquivalentRingResistance[ohmj:3.5S314e-OOSEquivalentRingInductance(H):3.3S7468-0092DEquivalentValue：EquivalentModelDepth(mm]:190好了，现在只要一键导入到 maxwell142D瞬态场里去分析即可，右键Analysissetup的creatMaxwelldesign ，autosetup要打勾导入模型如图，是1/4模型因为是1/4模型，所以要设置一个 SymmetryMultiplier，右键"model"就可以看到，设置如-*j|■uT«L12Dlesig7h3+QNodel+Eoundaries+%*ExcitationsFarametftrs+囲M^shOperations+Analy^LE⑥OptimetriesM1HIjectA.+1□SheetsdJ+址CoordinatePresetrveTransientSolutionPrcdiactC^uplinigBackground|MatrixComputation.SymmetryfflultiplierFUterid,ThresholdsSymmetryMultipli4ModelDepthNajris¥&lu旦UnitEvaluition.**********ed**********iti«nledl**********2aZ__Cktl.:rties确定 取消现在我们做电机在零负载转矩的起动： 点击“model"的树，将其展开，双击Motionsetup作如下设置为了得到，更好的仿真图像，我们还需设置一下，仿真时间，双击 Solvesetup作如下设置ssi«nCacheDefaults|ssi«nCacheDefaults|GeneralSaveFieldsAdvanced|Silver|ExpreName：|Setupl/EnabledTruisi^ntSetupAdaptiveTimeStepStoplime； |0.5TimtEt@p： 0.0002fTTEJrUseDefault确定取消可以进行求解仿真了，，