直流电机测试报告模板500kWWord文件下载.docx

直流电机测试报告模板500kWWord文件下载.docx

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Samplename：

DCMOTOR

Model：

XXXXX

Manufacture:

XXXXXXXXXXXXXXXXXXCO.,LTD.

Samplereceiveddate:

JULY02,2019

Testingperiod:

JULY02-30,2019

Dateofissuance：

July31,2019

Testingmethod（Standards）:

IEC60034-1：

2017《Rotatingelectricalmachines–Part1:

Ratingand

performance》；

IEC60034-9:

2007《Rotatingelectricalmachines–Part9:

Noiselimits》；

IEC60034-5:

2006《Rotatingelectricalmachines–Part5:

Degreesofprotectionprovidedbytheintegraldesignofrotatingelectricalmachines（IPcode）–Classification》；

IEC60034-19：

2014《Rotatingelectricalmachines–Part19:

Specifictestmethodsford.c.machinesonconventionalandrectifier-fedsupplies》；

Remarks

1.Onlyresponsibleforsample

2.SampleModel：

XXXX

3.SModeldifference：

Power,current,torqueandspeedaredifferent,othersarethesame.

TestConclusion:

TestRequested

Conclusion

IEC60034-1：

2017

2006

IEC60034-9：

2007

IEC60034-19：

2014

PASS

Testedby:

Approvedby:

TestingEengineerReviewer

Testitemssummarytable

Page2of60ReportNo.:

Clause

Requirement-Test

Result-Remark

Verdict

1

Scope

Seebelow

ThispartofIEC60034isapplicabletoallrotatingelectricalmachinesexceptthosecovered

byotherIECstandards,forexample,IEC60349.

Withinthisrange

P

Machineswithinthescopeofthisdocumentmayalsobesubjecttosuperseding,modifyingor

additionalrequirementsinotherstandards,forexample,IEC60079andIEC60092.

N/A

2

Normativereferences

Thefollowingdocumentsarereferredtointhetextinsuchawaythatsomeoralloftheircontentconstitutesrequirementsofthisdocument.Fordatedreferences,onlytheedition

citedapplies.Forundatedreferences,thelatesteditionofthereferenceddocument（includinganyamendments）applies.

Informationsegment

IEC60027-1,Lettersymbolstobeusedinelectricaltechnology–Part1:

General

IEC60027-4,Lettersymbolstobeusedinelectricaltechnology–Part4:

Rotatingelectricmachines

IEC60034-2（allparts）,Rotatingelectricalmachines–Part2:

Standardmethodsfordetermininglossesandefficiencyfromtests（excludingmachinesfortractionvehicles）

IEC60034-3,Rotatingelectricalmachines–Part3:

Specificrequirementsforsynchronousgeneratorsdrivenbysteamturbinesorcombustiongasturbines

IEC60034-5,Rotatingelectricalmachines–Part5:

Degreesofprotectionprovidedbytheintegraldesignofrotatingelectricalmachines（IPcode）–Classification

IEC60034-6,Rotatingelectricalmachines–Part6:

Methodsofcooling（ICcode）

IEC60034-8,Rotatingelectricalmachines–Part8:

Terminalmarkingsanddirectionofrotation

IEC60034-12:

2016,Rotatingelectricalmachines–Part12:

Startingperformanceofsinglespeedthree-phasecageinductionmotors

IEC60034-15,Rotatingelectricalmachines–Part15:

Impulsevoltagewithstandlevelsofform-woundstatorcoilsforrotatinga.c.machines

Page3of60ReportNo.:

IEC60034-18（allparts）,Rotatingelectricalmachines–Part18:

Functionalevaluationofinsulationsystems

IEC60034-18-41,Rotatingelectricalmachines–Part18-41:

Partialdischargefreeelectricalinsulationsystems（TypeI）usedinrotatingelectricalmachinesfedfromvoltageconverters–Qualificationandqualitycontroltests

IECTS60034-25,Rotatingelectricalmachines–Part25:

ACelectricalmachinesusedinpowerdrivesystems–Applicationguide

IEC60034-29,Rotatingelectricalmachines–Part29:

Equivalentloadingandsuperposition

techniques–Indirecttestingtodeterminetemperaturerise

IEC60034-30-1,Rotatingelectricalmachines–Part30-1:

EfficiencyclassesoflineoperatedA.C.motors（IE-code）

IEC60038,IECstandardvoltages

IEC60050-411:

1996,InternationalElectrotechnicalVocabulary（IEV）–Chapter411:

Rotatingmachines

IEC60060-1,High-voltagetesttechniques–Part1:

Generaldefinitionsandtestrequirements

IEC60072（allparts）,Dimensionsandoutputseriesforrotatingelectricalmachines

IEC60085,Electricalinsulation–Thermalevaluationanddesignation

IEC60204-1,Safetyofmachinery–Electricalequipmentofmachines–Part1:

Generalrequirements

IEC60204-11,Safetyofmachinery–Electricalequipmentofmachines–Part11:

RequirementsforHVequipmentforvoltagesabove1000Va.c.or1500Vd.c.andnot

exceeding36kV

IEC60335-1:

2010,Householdandsimilarelectricalappliances–Safety–Part1:

IEC60445,Basicandsafetyprinciplesforman-machineinterface,markingandidentification–Identificationofequipmentterminals,conductorterminationsandconductors

IEC60664-1,Insulationcoordinationforequipmentwithinlow-voltagesystems–Part1:

Principles,requirementsandtest

IEC61148,Terminalmarkingsforvalvedevicestacksandassembliesandforpowerconversionequipment

Page4of60ReportNo.:

4

Duty

4.1

Declarationofduty

Itistheresponsibilityofthepurchasertodeclaretheduty.Thepurchasermaydescribethedutybyoneofthefollowing:

Pass

a）numerically,wheretheloaddoesnotvaryorwhereitvariesinaknownmanner;

b）asatimesequencegraphofthevariablequantities;

c）byselectingoneofthedutytypesS1toS10thatisnolessonerousthantheexpectedduty.

S1

Thedutytypeshallbedesignatedbytheappropriateabbreviation,specifiedin4.2,writtenafterthevalueoftheload.

Thepurchasernormallycannotprovidevaluesforthemomentofinertiaofthemachine（JM）ortherelativethermallifeexpectancy（TL）,seeAnnexA.Thesevaluesareprovidedbythemanufacturer.

Wherethepurchaserdoesnotdeclareaduty,themanufacturershallassumethatdutytypeS1（continuousrunningduty）applies.

4.2

Dutytypes

4.2.1

DutytypeS1–Continuousrunningduty

Operationataconstantloadmaintainedforsufficienttimetoallowthemachinetoreach

thermalequilibrium,seeFigure1.

Figure1–Continuousrunningduty–DutytypeS1

Page5of60ReportNo.:

4.2.2

DutytypeS2–Short-timeduty

Operationatconstantloadforagiventime,lessthanthatrequiredtoreachthermalequilibrium,followedbyatimede-energizedandatrestofsufficientdurationtore-establish

machinetemperatureswithin2Kofthecoolanttemperature,seeFigure2.

Figure2–Short-timeduty–DutytypeS2

TheappropriateabbreviationisS2,followedbyanindicationofthedurationoftheduty,

4.2.3

DutytypeS3–Intermittentperiodicduty

timede-energizedandatrest,seeFigure3.Inthisduty,thecycleissuchthatthestarting

currentdoesnotsignificantlyaffectthetemperaturerise.

Figure3–Intermittentperiodicduty–DutytypeS3

Page6of60ReportNo.:

4.2.4

DutytypeS4–Intermittentperiodicdutywithstarting

Asequenceofidenticaldutycycles,eachcycleincludingasignificantstartingtime,atimeofoperationatconstantloadandatimede-energizedandatrest,seeFigure4.

Figure4–Intermittentperiodicdutywithstarting–DutytypeS4

4.2.5

DutytypeS5–Intermittentperiodicdutywithelectricbraking

Asequenceofidenticaldutycycles,eachcycleconsistingofastartingtime,atimeofoperationatconstantload,atimeofelectricbrakingandatimede-energizedandatrest,see

Figure5.

Figure5–Intermittentperiodicdutywithelectricbraking–DutytypeS5

Page7of60ReportNo.:

4.2.6

DutytypeS6–Continuousoperationperiodicduty

Asequenceofidenticaldutycycles,eachcycleconsistingofatimeofoperationatconstantloadandatimeofoperationatno-load.Thereisnotimede-energizedandatrest,seeFigure6

Figure6–Continuousoperationperiodicduty–DutytypeS6

4.2.7

DutytypeS7–Continuousoperationperiodicdutywithelectricbraking

Asequenceofidenticaldutycycles,eachcycleconsistingofastartingtime,atimeofoperationatconstantloadandatimeofelectricbraking.Thereisnotimede-energiz