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Improving the Filter Performance under Variable Flow Conditions with Hydraulic Dampers

机译:通过液压阻尼器可变流量条件下改善过滤器性能

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In this paper the use of hydraulic dampers for the improvement of filtration efficiency under variable flow conditions is studied both in laboratory and in the field. The variable flow Multi-pass test unit used in damper and filter tests is introduced. The efficiency curves of laboratory tests show the effect of damper on filtration efficiency. The results are compared with the results of filter tests performed without damper. The comparison shows that a damper can clearly reduce the degradation of filtration efficiency. The results of field tests show that the damper can also improve the cleanliness level of a whole hydraulic system. The limits for using dampers with filters are presented with example values for different operating pressures. The conclusion is that the use of a hydraulic damper offers an effective way to improve filtration efficiency under variable flow conditions.
机译:本文在实验室和现场研究了在可变流动条件下改善过滤效率的液压阻尼器的使用。引入了阻尼器和滤波器测试中的可变流量多通试验单元。实验室测试的效率曲线显示阻尼器对过滤效率的影响。将结果与没有阻尼器的过滤器测试的结果进行比较。比较表明,阻尼器可以清楚地降低过滤效率的劣化。现场测试的结果表明,阻尼器还可以提高整个液压系统的清洁度。使用过滤器的使用阻尼器的限制具有用于不同的操作压力的示例值。结论是,使用液压阻尼器提供了在可变流动条件下提高过滤效率的有效方法。

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