SI40x75-S
SI40x80-S
SI40x100-S
SI40x125-S 另：对于液压系统这顽疾，有人进行了总结：“发烧、拉稀带得瑟”（这位总结者是东北人）工作介质是指各类液压传动中的液压油或乳化液，有各种矿物油、乳化液和合成型液压油等几大类
SI40x160-S
SI40x175-S
SI40x200-S
SI40x250-S
SI40x300-S
SI40x350-S
SI40x450-S
SI40x500-S
SI40x600-S
SI40x700-S
SI40x800-S
SI40x900-S
SI40x1000-S
SI50x25-S
SI50x50-S
SI50x75-S
SI50x80-S
SI50x100-S
SI50x125-S
SI50x150-S
SI50x160-S
SI50x175-S 动力元件指液压系统中的液压泵，它向整个液压系统提供动力 SI50x200-S
SI50x250-S
SI50x300-S
SI50x350-S
SI50x400-S
SI50x450-S
SI50x500-S
SI50x600-S
SI50x700-S
SI50x800-S
SI50x900-S
SI50x1000-S
SI63x25-S
SI63x50-S
SI63x75-S
SI63x80-S
SI63x100-S
SI63x125-S
SI63x150-S
SI63x160-S
SI63x175-S
SI63x200-S 辅助元件包括蓄能器、过滤器、冷却器、加热器、油管、管接头、油箱、压力计、流量计、密封装置等,它们起连接、储油、过滤和测量油液压力等辅助作用，可参考《液压传动》《液压系统设计丛书》控制元件（即各种液压阀）在液压系统中控制和调节液体的压力、流量和方向 SI63x250-S
SI63x300-S
SI63x350-S
SI63x400-S
SI63x450-S
SI63x500-S
SI63x600-S
SI63x700-S
SI63x800-S
SI63x900-S
SI63x1000-S
SI80x25-S
SI80x50-S
SI80x75-S
SI80x80-S
SI80x100-S
SI80x125-S
SI80x150-S
SI80x160-S
SI80x175-S
SI80x200-S
SI80x250-S
SI80x300-S强的振动会导致系统控制动作发生错误，也会使系统中一些较为精密的仪器发生错误，导致系统故障2、叶片油泵（包括单级泵、变量泵、双级泵、双联泵）
SI80x350-S
SI80x400-S
SI80x450-S
SI80x500-S
SI80x600-S
SI80x700-S
SI80x800-S
SI80x900-S
SI80x1000-S
SI100x25-S
SI100x50-S
SI100x75-S
SI100x80-S
SI100x100-S
SI100x125-S
SI100x150-S
SI100x160-S
SI100x175-S
SI100x200-S
SI100x250-S
SI100x300-S
SI100x350-S
SI100x400-S
SI100x450-S同时由于较高的温度，液压油会发生膨胀，导致压缩性增大，使控制动作无法很好的传递动力元件的作用是将原动机的机械能转换成液体的压力能
SI100x500-S
SI100x600-S
SI100x700-S
ACQ20x55-B–N ACQ16x80-B–N SI100x800-S
SI100x900-S
SI100x1000-S
SI125x25-S
ACQS12x5-B-N
ACQS12x10-B-N
ACQS12x15-B-N
ACQ20x55-B–N ACQS12x20-B-N
ACQS12x25-B-N
ACQS12x30-B-N
ACQS12x35-B-N
ACQS12x40-B-N
ACQS12x45-B-N
ACQS12x50-B-N
ACQS12x55-B-N
ACQS16x90-B–N ACQS12x60-B-N
ACQS12x70-B-N
ACQS12x75-B-N控制元件（即各种液压阀）在液压系统中控制和调节液体的压力、流量和方向液压马达习惯上是指输出旋转运动的，将液压泵提供的液压能转变为机械能的能量转换装置
ACQS12x80-B-N
ACQS12x90-B-N
ACQS12x100-B-N
ACQ12x5-B-N
ACQ12x10-B-N
ACQ12x15-B-N
ACQ12x20-B-N
ACQ12x25-B-N
ACQ12x30-B-N
ACQ12x35-B-N
ACQ12x40-B-N
ACQ12x45-B-N
ACQ12x50-B-N
ACQ12x55-B-N
ACQ12x60-B-N
ACQ12x70-B-N
ACQ12x75-B-N
ACQ12x80-B-N
ACQ12x90-B-N
ACQ12x100-B-N
ACQS16x5-B-N 根据《中国液压支架行业产销需求与投资预测分析报告前瞻》[3]统计，液压系统主要有以下缺点：
1、发热 由于传力介质（液压油）在流动过程中存在各部位流速的不同，导致液体内部存在一定的内摩擦，同时液体和管路内壁之间也存在摩擦，这些都是导致液压油温度升高的原因强的振动会导致系统控制动作发生错误，也会使系统中一些较为精密的仪器发生错误，导致系统故障 ACQS16x10-B-N
ACQS16x15-B-N
ACQS16x20-B-N
ACQS16x25-B-N
ACQS16x30-B-N
ACQS16x35-B-N
ACQS16x40-B-N
ACQ20x55-B–N ACQ20x55-B–N ACQS16x45-B-N
ACQS16x50-B-N
ACQS16x55-B-N
ACQS16x60-B-N
ACQS16x70-B-N
ACQS16x75-B-N
ACQS16x80-B-N
ACQS16x90-B-N
ACQS16x100-B-N
ACQ16x5-B-N
ACQ16x10-B-N
ACQ16x15-B-N
ACQ16x20-B-N
ACQ16x25-B-N
ACQ16x30-B-N
ACQ16x35-B-N 液压系统的执行元件（液压缸和液压马达）的作用是将液体的压力能转换为机械能，从而获得需要的直线往复运动或回转运动 ACQ16x40-B-N
ACQ16x45-B-N
ACQ16x50-B-N
ACQ16x55-B-N
ACQ16x60-B-N
ACQ16x70-B-N
ACQ16x75-B-N
ACQ16x80-B-N
ACQ16x90-B-N
ACQ16x100-B-N
ACQS20x5-B-N
ACQS20x10-B-N
ACQS20x15-B-N
ACQS20x20-B-N
ACQS20x25-B-N
ACQS20x30-B-N
ACQS20x35-B-N
ACQ20x55-B–N ACQ12x100-B–N ACQS20x40-B-N
ACQS20x45-B-N
ACQS20x50-B-N
ACQS20x55-B-N
ACQS20x60-B-N
ACQS20x70-B-N
ACQS20x75-B-N 根据《中国液压支架行业产销需求与投资预测分析报告前瞻》[3]统计，液压系统主要有以下缺点：
1、发热 由于传力介质（液压油）在流动过程中存在各部位流速的不同，导致液体内部存在一定的内摩擦，同时液体和管路内壁之间也存在摩擦，这些都是导致液压油温度升高的原因 ACQS20x80-B-N
ACQ20x55-B–N ACQ20x20-B–N ACQS20x100-B-N
ACQ20x5-B-N
ACQ20x10-B-N
ACQ20x15-B-N
ACQ20x20-B-N
ACQ20x25-B-N
ACQ20x30-B-N
ACQ20x35-B-N
ACQ20x40-B-N
ACQ20x45-B-N