基于流量的水泵运行数据采集系统设计和实现 计算机专业VIP免费

1基于流量的水泵运行数据采集系统摘要摘要：水泵技术是一个半理论和半经验的实验学科。在水泵的开发中已经进行了实验研究。脚的地位和作用。作者指的是大量国内外相关文献，主要关注泵流量，提出了磁头，轴功率和速度的测试原理和测试方法，并将电测量方法与电机效应相结合。速率特性曲线测量泵轴功率，从而避免损耗分析方法中的大量复杂中间过程，满足测试设备的自动测量要求;使用漏磁感应线圈法测量电机的速度来弥补其他水下电机测试速度测量方法的局限性已经适用于Ryan公司开发的潜水泵。实际需要。在此基础上，作者设计了一种基于单片机系统的外围测量方法。该电路实现了各种传感器输出信号的实时准确数据采集。此外,作者还对水泵测试系统的精度作了分析,对测量系统误差的主要来对源进行了探索，得出了用于选择测试仪器精度的数学模型。在处理测量数据时，采用中值滤波和二次曲线拟合技术，尽可能确保软件测量值的准确性。关键词：水泵；数据采集；流量2Abstract:Waterpumptechnologyisasemi-theoreticalandsemi-empiricalexperimentalsubject.Experimentalresearchisofgreatsignificanceinthedevelopmentofwaterpumps.Apivotalpositionandrole.Theauthor,referringtoalargenumberofrelevantdomesticandforeigndocuments,emphaticallydiscussesthepumpflowrate,Thetestingprincipleandmethodoflift,shaftpowerandrotatingspeedareproposed,andtheelectricmeasuringmethodiscombinedwithmotorefficiency.Theratecharacteristiccurvemeasurestheshaftpowerofthewaterpump,thusavoidingalargenumberofcomplicatedintermediateprocessesinthelossanalysismethod.Theautomaticmeasurementrequirementsofthetestdevicearemet.ThemagneticfluxleakageinductioncoilmethodisadoptedtomeasuretherotatingspeedofthemotortocompensateThelimitationofotherrotationalspeedmeasurementmethodstounderwatermotortestingisovercome,whichissuitableforthedevelopmentofsubmersibleelectricpumpbyLaingCompany.Theactualneedsofthe.Onthebasisofdiscussion,theauthordesignsperipheralmeasurementwithsinglechipmicrocomputersystemasthecore.Thecircuitrealizesreal-timeandaccuratedataacquisitionofoutputsignalsofvarioussensors.Inaddition,theauthoralsoanalyzedtheaccuracyofthepumptestingsystem,andanalyzedthemainerrorsofthemeasuringsystemThesourceisdiscussed,andthemathematicalmodelforselectingtheprecisionofthetestinginstrumentisdeduced.Intheprocessingofmeasurementdata,Themedianfilterandquadraticcurvefittingtechnologyareadoptedtoensuretheaccuracyofmeasuredvaluesasmuchaspossiblefromthesoftware.Keywords:waterpump;Datacollection;traffic3目录一、绪论..................................................41.1研究背景...........................................51.2研究意义...........................................7二、基于流量的水泵运行数据采集系统的设计..................72.1水泵运行平台的设计和搭建...........................72.2水泵性能参数测量与计算原理........................102.3数据采集方法......................................122.3.1虚拟仪器法...................................122.3.2传统法.......................................12三、水泵采集系统的原理和结构.............................143.1系统的结构........................................143.2水泵流量测量与流量变送器选择......................15总结.....................................................20致谢.....................................................22参考文献.................................................234一、绪论纵观整个科学技术的发展史,科学理论的产生和科学技术的进步,在很大程该学位归功于科学实验。通过测试，测量客观事物和获得的测量数据通过准确处理中间环节，人们可以从客观世界中获得有益信息并实...