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Pump Testing Strategies and Associated Tribological Considerations-Vane Pump Testing Methods ASTM D 2882, IP281, and DIN 51389

机译:泵测试策略和相关的摩擦学考虑因素-叶片泵测试方法ASTM D 2882,IP281和DIN 51389

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Various test methods have been developed to determine the performance limits of various classes of hydraulic fluids. Lubrication capacity depends on various fundamental fluid parameters including viscosity and anti-wear properties. Critical elements of hydraulic pump and motor lubrication, which is characterized by sliding line-contact wear, will be discussed here. In vane pumps, the pressure loaded tips of the vanes are under Hertz-type load in contact with the surface of the cam ring, and rotate at a high speed creating a sliding line-contact. Due to this sliding line contact, the vane pump is the best-suited instrument for determination of the anti-wear performance of hydraulic fluids which acceptable time and at reasonable expense.
机译:已经开发出各种测试方法来确定各种类型的液压油的性能极限。润滑能力取决于各种基本流体参数,包括粘度和抗磨性能。这里将讨论液压泵和马达润滑的关键要素,其特征是滑动线接触磨损。在叶片泵中,叶片的受压载荷尖端承受与凸轮环表面接触的赫兹型载荷,并高速旋转,形成滑动线接触。由于这种滑线接触,叶片泵是确定液压流体抗磨性能的最合适的工具,它可以在可接受的时间内并以合理的费用获得。

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