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首页> 外文期刊>BioTechnology: An Indian Journal >Study on motor test system based on PLC control technology
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Study on motor test system based on PLC control technology

机译：基于PLC控制技术的电机测试系统研究。

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Motors have developed by leaps and bounds, which has resulted in an increasingly widening range of motors. As a research emphasis of motors, the measurement of motor performance parameters has developed dramatically in its measurement scope, utilized more complex and bigger test systems as motors are changing rapidly, and adopted digital technology and information technology, all of which could greatly enhance the maintainability and efficiency of the motor system. The combination of computer technology and PLC control technology could effectively and rapidly test the present motor???s parameters and performance; meanwhile it could also modify the software to test other parameters at any time according to customer???s demands. Thanks to PLC and computer???s excellent software and hardware and data processing ability, the test system???s efficiency were markedly enhanced. Therefore it was of great significance of practice and research to study the test system based on these core technologies. This study adopted modular design, usually used in system design, to divide the system???s functions into modules, thus revealing the design concepts of the complex system. This study adopted Siemens??? s CPU as the PLC control system core to design and upgrade software and hardware, which included CPU, I/O pot, and communication module, etc. based on the current situation of motor measurement. Meanwhile, modular design concepts were applied to system programs. The software system showed great operating efficiency and good maintainability and readability.
机译：电机得到了长足的发展，导致电机的范围越来越广。作为电动机研究的重点，电动机性能参数的测量在其测量范围内得到了飞速发展，随着电动机的快速变化，使用了更复杂，更大的测试系统，并采用了数字技术和信息技术，所有这些都可以大大提高可维护性和电机系统的效率。计算机技术和PLC控制技术的结合可以有效，快速地测试当前电动机的参数和性能;同时，它还可以根据客户的需求随时修改软件以测试其他参数。由于PLC和计算机具有出色的软硬件和数据处理能力，因此测试系统的效率得到了显着提高。因此，研究基于这些核心技术的测试系统具有重要的实践意义和研究意义。这项研究采用了通常用于系统设计的模块化设计，将系统的功能划分为模块，从而揭示了复杂系统的设计概念。这项研究采用了西门子？？？以CPU为PLC控制系统的核心，根据电机测量的现状，设计和升级软件和硬件，包括CPU，I / O罐和通讯模块等。同时，模块化设计概念被应用于系统程序。该软件系统显示出很高的运行效率以及良好的可维护性和可读性。

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