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发表于 2018-3-17 02:27:23
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我拉出我的头发。我还有头发要拉。
这是一个很好的话题,但从现在起一年内没有人会发现它。
这应该是一个新话题。
如果一个阀芯在端口B上磨损,那么端口B的流量将会更高。这意味着阀芯需要移动一点以覆盖更多的端口B,以便在活塞两侧保持相同的力。这会影响数字液压缸的位置,但不会太大。如果数字液压缸分辨率为0.01 mm,则更改值可能为0.001或更小。很大程度上取决于线轴上的磨损。我对任何伺服系统的重大关注是阀门磨损可能是非线性的。
我发现上面写的东西有些混乱。
有时翻译者会留下重要的文字。
这也是我用英语发帖的原因。
数字液压缸的跟随误差与脉率或速度成正比。
YSX317应该更多地研究脉冲补偿,因此可以消除以下错误。有预测脉冲补偿的公式。但是,脉率不会很容易实现。
I am pulling out my hair. I still have hair to pull.
This is a good topic but no one will find it a year from now.
This should be a new topic.
if a spool is worn on port B the flow will be higher through port B. This means the spool will need to shift a bit to cover a little more of port B to maintain the same force on either side of the piston. This will affect the digital hydraulic cylinder position but not by much. If the digital hydraulic cylinder resolution is 0.01 mm the change may be 0.001 or less. A lot depends on the wear on the spool. My big concern with any servo system is that the valve wear may be non-linear.
I see there is confusion about what I wrote above.
Sometimes the translator leaves out important words.
This is why I am posting in English too.
Digital hydraulic cylinder's following error is proportional to the pulse rate or velocity.
YSX317 should study pulses compensation more so following error can be removed. There are formulas for predicting pulse compensation. However, the pulse rate will not be a simple to achieve. |
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