A11VO75LG1/10L-NZD12N00-S柱塞液压泵

A11VO75LG1/10L-NZD12N00-S柱塞液压泵柱塞泵的工作原理

   柱塞泵是液压系统的一个重要装置。它依靠柱塞在缸体中往复运动，使密封工作容腔的容积发生变化来实现吸油、压油。柱塞泵具有额定压力高、结构紧凑、效率高和流量调节方便等优点，被广泛应用于高压、大流量和流量需要调节的场合，诸如液压机、工程机械和船舶中。

   柱塞泵是往复泵的一种，属于体积泵，其柱塞靠泵轴的偏心转动驱动，往复运动，其吸入和排出阀都是单向阀。当柱塞外拉时，工作室内压力降低，出口阀关闭，低于进口压力时，进口阀打开，液体进入;柱塞内推时，工作室压力升高，进口阀关闭，高于出口压力时，出口阀打开，液体排出。当传动轴带动缸体旋转时，斜盘将柱塞从缸体中拉出或推回，完成吸排油。
A11VO75LG1/10L-NZD12N00-S柱塞液压泵A11VO75LG1/10L-NZD12N00-S
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A11VO40LRS/10R-NPC12N00

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低断面风速设计断面风速就是空气处理部件中空气经过过滤器或者加热/冷却盘管的速度。图1低断面风速（LFV）设计使用更大的空气处理器和较小的风机，从而降低空气的流速，降低能耗和设备寿命成本。大部分工程师根据经验把空气处理器设计成5英寸/分钟。这样的设计虽然节省时间，但是却增加了运作费用。在低断面风速（LFV）设计中，使用更大的空气处理器和更小的风机，从而降低空气的流速，降低能耗和设寿命成本。压降决定了风机的能量损耗。

以上型号不全~可咨询~