实验运行表明，该实验台性能稳定，改进后的控制面板操作更方便、简洁，达到了预期效果。
The experiments show that the performance is steady, and the operation control panel improved on is more easy and simple, so it reaches the expected purpose.
在液压实验台的改进设计中采用自动控制技术是液压技术和测控自动化技术相互交叉的必然结果。
It is the consequence of development in the hydraulic and automatic to use autocontrol technology in the modifying design of hydraulic experimental table.
该实验台在可编程序控制器的课程建设与教学中取得了很好的效果。
It is effective for the curricula building and teaching of the programmable logic controller.
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