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Design Parameters And Their Optimization To Get Maximum Pressure Recovery In Two Stage Jet Pipe Electrohydraulic Servovalve

机译:设计参数及其优化,以在两级喷射管电液伺服伺服伺服伺服伺服伺服伺服阀获得最大压力恢复

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The pressure gain characteristics of jet pipe servovalve is required as an input to the designer for improving performance of the servovalve. An attempt has been made to design the first stage jet pipe servovalve parameters to get maximum pressure recovery. The static recovery pressure in receiving holes is a function of jet pipe nozzle displacement relative to receiver plate. The recovery pressure depends on web thickness, jet pipe nozzle diameter, receivers hole diameter, nozzle offset and nozzle stand-of distance. A detailed static recovery pressure analysis of a two stage, four-way, closed ports electrohydraulic flow control valve considering the effect of web thickness, nozzle diameter, receiver hole diameter and offset parameters are presented in the paper. Also the effect of supply pressure on recovery pressure is presented.
机译:喷射管伺服阀的压力增益特性是设计者的输入,以改善伺服阀的性能。已经尝试设计了第一级喷射管伺服阀参数以获得最大压力恢复。接收孔中的静恢复压力是射流喷嘴位移相对于接收板的函数。回收压力取决于幅材厚度,喷射管喷嘴直径,接收器孔直径,喷嘴偏移和喷嘴距离。考虑到纸张介绍了纸张厚度,喷嘴直径,接收器孔直径和偏移参数的效果,详细的静态恢复压力分析,四通,闭口电液流量控制阀。还提出了供应压力对回收压力的影响。

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