基于fix软件的电液比例液压试验台计算机辅助测控系统(85页).rar
基于fix软件的电液比例液压试验台计算机辅助测控系统(85页),摘要液压技术已广泛的应用于国民生产的各个环节，液压元件、组件和系统性能的好坏直接影响液压设备的工作质量，因此，对液压元件、组件和系统性能参数的测试和分析，就成为保证液压设备使用性能不可缺少的重要环节。随着计算机软硬件技术和计算机辅助测试技术的发展，特别是基于fix工业控制技术的出现，为开发液压元件及液压系统计算机辅助测...
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内容介绍
原文档由会员 白痴学东西 发布
摘要
液压技术已广泛的应用于国民生产的各个环节，液压元件、组件和系统性能
的好坏直接影响液压设备的工作质量，因此，对液压元件、组件和系统性能参数
的测试和分析，就成为保证液压设备使用性能不可缺少的重要环节。随着计算机
软硬件技术和计算机辅助测试技术的发展，特别是基于FIX工业控制技术的出现，
为开发液压元件及液压系统计算机辅助测试系统提供了便利条件。为此，将测试
领域中的最新技术—FIX工业控制技术应用于液压元件及系统性能的自动测试中，
对于液压元件和系统的研发以及液压产品的推广应用具有重要作用。本文选择基
于FIX工业控制技术的电液比例液压测控系统作为研究课题，具有深刻的意义。
本文结合电液比例液压试验台的研制，在以下几个方面开展了全面而深入的研究：
(1)介绍了电液比例液压测试系统中计算机的软硬件资源，其内容涉及硬件和
软件两个方面：硬件方面着重研究了液压系统的组成、数据采集的硬件结构、信
号调理装置、系统抗干扰措施等；软件方面介绍了FIX软件的主要特点及功能，
重点研究了数据采集板卡的I/O驱动配置及地址分配，实时数据库设计及历史数据
库与历史趋势设计，高精度定时的方法等。
(2)设计了电液比例液压测控系统中油泵测试回路、安全集成阀块、主调压集
成阀块；闭式系统测试回路及整流集成阀块，使液压系统的安装布局更加合理，
维护更加方便，运行更加可靠。同时，还对不同元件的性能测试内容进行了归纳，
使测试系统的功能更加全面，也为软件的编制提供了数学模型。
(3)以FIX工业控制技术为指导，设计了液压测控系统的软件测试技术平台，
该测试平台能自动完成对液压泵、液压马达及闭式系统的性能测试，具有数据采
集、数据处理、数据分析、结果数据库管理和打印输出以及用户界面等功能。
(4)应用设计的FIX软件测控系统对液压泵、液压马达及闭式系统的性能进行
了测试，测试结果表明：电液比例液压测控系统的测试功能是全面的，满足了测
试精度的要求，测试过程简单方便，获得了良好效果。证明了本文的设计思路和
设计方法是正确的、可行的。
关键词：液压泵系统及闭式系统；计算机辅助测试；FIX工业控制软件；性能测试及分析
IV
目录
摘要
Abstract
第一章绪论
1.1液压试验台计算机辅助测试技术的现状、研究意义及发展前景·········
1.1.1国内外计算机辅助测试技术的现状··············································
1.1.2计算机辅助测试技术研究的意义··················································
1.1.3发展前景·························································································
1.2课题的研究目的、内容及方法································································
1.2.1研究的目的······················································································
1.2.2研究内容·························································································
1.2.3研究的基本思想及方法··································································
1.3电液比例液压试验台计算机辅助测试系统总体方案·····························
1.3.1电液比例液压试验台辅助测试系统的功能要求···························
1.3.2电液比例液压实验台测控系统的总体方案···································
1.4本章小结···································································································
第二章电液比例液压试验台及辅助测试系统的硬件设计······························
2.1电液比例液压试验台················································································
2.1.1被试泵系统的组成及功能······························································
2.1.2闭式系统的组成及功能··································································
2.1.3试验台的优点··················································································
2.2测控设备···································································································
2.2.1传感器·····························································································
2.2.2电控系统············································..
液压技术已广泛的应用于国民生产的各个环节，液压元件、组件和系统性能
的好坏直接影响液压设备的工作质量，因此，对液压元件、组件和系统性能参数
的测试和分析，就成为保证液压设备使用性能不可缺少的重要环节。随着计算机
软硬件技术和计算机辅助测试技术的发展，特别是基于FIX工业控制技术的出现，
为开发液压元件及液压系统计算机辅助测试系统提供了便利条件。为此，将测试
领域中的最新技术—FIX工业控制技术应用于液压元件及系统性能的自动测试中，
对于液压元件和系统的研发以及液压产品的推广应用具有重要作用。本文选择基
于FIX工业控制技术的电液比例液压测控系统作为研究课题，具有深刻的意义。
本文结合电液比例液压试验台的研制，在以下几个方面开展了全面而深入的研究：
(1)介绍了电液比例液压测试系统中计算机的软硬件资源，其内容涉及硬件和
软件两个方面：硬件方面着重研究了液压系统的组成、数据采集的硬件结构、信
号调理装置、系统抗干扰措施等；软件方面介绍了FIX软件的主要特点及功能，
重点研究了数据采集板卡的I/O驱动配置及地址分配，实时数据库设计及历史数据
库与历史趋势设计，高精度定时的方法等。
(2)设计了电液比例液压测控系统中油泵测试回路、安全集成阀块、主调压集
成阀块；闭式系统测试回路及整流集成阀块，使液压系统的安装布局更加合理，
维护更加方便，运行更加可靠。同时，还对不同元件的性能测试内容进行了归纳，
使测试系统的功能更加全面，也为软件的编制提供了数学模型。
(3)以FIX工业控制技术为指导，设计了液压测控系统的软件测试技术平台，
该测试平台能自动完成对液压泵、液压马达及闭式系统的性能测试，具有数据采
集、数据处理、数据分析、结果数据库管理和打印输出以及用户界面等功能。
(4)应用设计的FIX软件测控系统对液压泵、液压马达及闭式系统的性能进行
了测试，测试结果表明：电液比例液压测控系统的测试功能是全面的，满足了测
试精度的要求，测试过程简单方便，获得了良好效果。证明了本文的设计思路和
设计方法是正确的、可行的。
关键词：液压泵系统及闭式系统；计算机辅助测试；FIX工业控制软件；性能测试及分析
IV
目录
摘要
Abstract
第一章绪论
1.1液压试验台计算机辅助测试技术的现状、研究意义及发展前景·········
1.1.1国内外计算机辅助测试技术的现状··············································
1.1.2计算机辅助测试技术研究的意义··················································
1.1.3发展前景·························································································
1.2课题的研究目的、内容及方法································································
1.2.1研究的目的······················································································
1.2.2研究内容·························································································
1.2.3研究的基本思想及方法··································································
1.3电液比例液压试验台计算机辅助测试系统总体方案·····························
1.3.1电液比例液压试验台辅助测试系统的功能要求···························
1.3.2电液比例液压实验台测控系统的总体方案···································
1.4本章小结···································································································
第二章电液比例液压试验台及辅助测试系统的硬件设计······························
2.1电液比例液压试验台················································································
2.1.1被试泵系统的组成及功能······························································
2.1.2闭式系统的组成及功能··································································
2.1.3试验台的优点··················································································
2.2测控设备···································································································
2.2.1传感器·····························································································
2.2.2电控系统············································..
