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為使配油盤的接觸應力盡可能減小和使缸體與配油盤之間保持液體摩擦,配油盤應有足夠的支承面積。為此設置了輔助支承面,如下圖中D5,D6。輔助支承面上開有寬度為B的通油槽,起卸荷作用。配油盤的總支承面積F為,在工作過的配油盤表面常看到在高壓區一側有明顯的偏磨現象,偏磨會使缸體與配油盤間摩擦損失增大,泄流增加,油溫升高,油液粘性和潤滑性下降,而影響到泵的壽命。缸體是一個復雜的受力體,造成偏磨的原因,除了可能有受力不平衡,使缸體發生傾倒。下面就缸體受到的主要力矩進行穩定性分析。
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