30kw出口三相异步电机设计毕业设计

《30kw出口三相异步电机设计毕业设计》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、毕业设计题目：30KW出口三相异步电动机的设计河北科技大学毕业设计成绩评定表姓名学号成绩专业电气工程及其自动化题目30KW出口三相异步电机的设计指导教师评语及成绩指导教师：年月日评阅教师评语及成绩评阅教师：年月日答辩小组评语及成绩答辩小组组长：年月日答辩委员会意见学院答辩委员会主任：年月日注：该表一式两份，一份归档，一份装入学生毕业设计说明书中。毕业设计中文摘要电机是我国电工产品中出口创汇的主要产品之一，30KW出口三相异步电机是一种传统的Y2系列电机，它广泛应用于工业、农业生产的各个场所，因此提高他的性能有着重要的意义。依照中小型电机的设计方法与步骤进行电机设计，

2、其中最重要的是部分电磁设计，它是根据设计技术要求确定电机的电磁负荷，计算转子、定子冲片和铁心各部分尺寸及绕组数据，进而核算电机各项参数及性能，并对设计数据做必要的调整，直到达到设计要求。在计算机辅助设计方面，通过基于VB程序的电磁设计，进行电机性能的优化设计并提出四套符合要求的方案，通过比较分析得出最佳设计方案，完成电机设计全部内容。关键词出口电机电磁设计VB语言毕业设计外文摘要TitleTheDesignforExportMotorsof15KWand60HzAbstractMotorisoneofthemainexportproductsintheelectri

3、calproductsinChina.Thethree-phaseasynchronousmotorof30KWand60HzisatraditionalY2seriesmotor,itiswidelyusedinindustrial,agriculturalproductioninvariousplaces,anditisimportanttoimprovehisfunction.Accordingtothesmallandmedium-sizedmotordesignmethodsandprocedures,themostimportantpartistheel

4、ectromagnetic,whichisbasedontechnicalrequirementsforthedesignoftheelectromagneticloadofthemotor,calculateseachpartofsizesoftherotor、thestatorpieceandironcoreandthewindingdata,thencalculateseachparameterandtheperformanceoftheelectricalmachinery,andtomaketheessentialadjustmenttothedesign

5、sdata,untilmeetstherequ-irements.Inthepartofthecomputer-aideddesign,theelectromagneticdesignbasedontheVBprogramcanhelpthemotorperformanceoptimizationdesign,andthenweputforwardfoursetstomeettherequirementsoftheprogram.Throughacomparativeanalysisoftheoptimumdesign,wefinishedallthedesignf

6、orexportmotors.KeyWordsExportmotorsElectronmagnetismdesignVisualBasic本科毕业设计第I页共I页本科毕业设计第63页共62页目录1引言·····························································11.1三相感应电机概述················································11.2国内外电机制造工业发展状况······································21.3出口电机··

7、······················································22毕业设计课题任务及设计过程·······································42.1课题设计任务内容及要求··········································42.2设计过程························································42.3电磁计算程序·············································