底速马达 甘肃靠谱的液压马达

工作原理，当压力油经固定的配油轴4的窗口进入缸体内柱塞的底部时，柱塞向外伸出，紧紧**住定子的内壁，由于定子与缸体存在一偏心距。在柱塞与定子接触处，定子对柱塞的反作用力为 。力可分解为和 两个分力。当作用在柱塞底部的油液压力为p，柱塞直径为d，力和之间的夹角为X时，力对缸体产生一转矩，使缸体旋转。缸体再通过端面连接的传动轴向外输出转矩和转速。以析的一个柱塞产生转矩的情况，由于在压油区作用有好几个柱塞，在这些柱塞上所产生的转矩都使缸体旋转，并输出转矩。径向柱塞液压马达多用于低速大转矩的情况下。
折叠高速马达
额定转速**500r/min的马达属于高速马达。高速马达的基本形式有齿轮式、叶片式和轴向柱塞式。它们主要特点是转速高，转动惯量小，便于启动、制动、调速和换向。

轴向柱塞泵除阀式配流外，其它形式原则上都可以作为液压马达用，即轴向柱塞泵和轴向柱塞马达是可逆的。轴向柱塞马达的工作原理为，配油盘和斜盘固定不动，马达轴与缸体相连接一起旋转。当压力油经配油盘的窗口进入缸体的柱塞孔时，柱塞在压力油作用下外伸，紧贴斜盘，斜盘对柱塞产生一个法向反力p，此力可分解为轴向分力及和垂直分力Q。Q与柱塞上液压力相平衡，而Q则使柱塞对缸体中心产生一个转矩，带动马达轴逆时针方向旋转。轴向柱塞马达产生的瞬时总转矩是脉动的。若改变马达压力油输入方向，则马达轴按顺时针方向旋转。斜盘倾角a的改变、即排量的变化，不仅影响马达的转矩，而且影响它的转速和转向。斜盘倾角越大，产生转矩越大，转速越低。
MR190C-P1N1V1C1N0300/60083
MR190C-P1Q1V1C1N0300/59659
MR200D-F2N1N1C1NX0500/59286
MR200D-F2N1N1N1NX0500/59331-A
MR200D-F2N1N2N1NX0500/59151-A
MR225CA-F1N1N1C1N0100/56720
MR225D-F1N1N1C1N0500/56790
MR2400I-D1N1N1S1NX0300/58139
MR2400I-F1N1N1S3NX0300/59341-D
MR2400I-F1Q1V1S1N0300/60468
MR2400I-F2N1N1N3NX0300/58203
MR2400I-F2N1N1S1NX0300/58333
MR2400I-F2N1N1S3NX0300/59340-C
MR2400I-N1N1N1L1N0300/58315
MR2400I-P1N1V1C1N0300/59238
MR2400I-P1Q1N1C1N0300/58673
MR2400I-P1T1N1N1N0300/58568
MR250D-D1B1U1N1N0500/60644
MR250D-D1N1N1N1N0500/59690
MR250D-F2N1N1C1NX0502/60793
MR250D-F2N1N1N1NX0502/60874-A
MR250D-F2N1N2N1NX0502/61011-A
MR250D-N1N1N1N1N0001/45245
MR250D-P1B1N1S1N0001/34732
MR250D-P1E1N1N1N0001/34344
MR250D-P1N1N1C1N0000/53031
MR250D-P1N1N1C1N0500/59221
MR250D-P1N1N1N1N0500/59086
MR250D-P1Q1N1C1N0001/58348
MR250D-P1Q1N1N1N0001/34449
MR250D-P1Q1V1C1N0500/59751
MR2800I-F1N1N1C1S0500/60232
MR2800I-F1N1N1N3NX0500/58193
MR2800I-F1Q1V1S1N0500/60467
MR2800I-F2N1N1N3NX0500/58210
MR2800I-N1N1N1N1N0401/46778
MR2800I-N1N1N1N1N0500/58037
MR2800I-N1N1U1N1N0401/34669
MR2800I-N1T1N1N1N0500/58283
MR2800I-P1B1N1N1N0500/59803
MR2800I-P1N1N1N1N0401/33487
MR2800I-P1N1N1N1N0500/58152
MR280E-F1N1N1S1NX0301/34244
MR300D-D1N1N1N1N0500/59591
MR300D-D1N1U1N1N0401/34218
MR300D-D1N1U1N1N0500/59688
MR300D-D1Q1N1N1N0500/60101
MR300D-F1N1N1N1N0500/59169
MR300D-F1N1N1S1N0500/60674
MR300D-F1T1N1S1N0500/60675
MR300D-F2N1N2N1NX0500/59153-A

径向柱塞式液压马达
工作原理，当压力油经固定的配油轴4的窗口进入缸体内柱塞的底部时，柱塞向外伸出，紧紧**住定子的内壁，由于定子与缸体存在一偏心距。在柱塞与定子接触处，定子对柱塞的反作用力为 。力可分解为和 两个分力。当作用在柱塞底部的油液压力为p，柱塞直径为d，力和之间的夹角为X时，力对缸体产生一转矩，使缸体旋转。缸体再通过端面连接的传动轴向外输出转矩和转速。以析的一个柱塞产生转矩的情况，由于在压油区作用有好几个柱塞，在这些柱塞上所产生的转矩都使缸体旋转，并输出转矩。径向柱塞液压马达多用于低速大转矩的情况下。
1.单作用连杆型径向柱塞马达
单作用连杆型径向柱塞马达外型呈五角星状，该马达由壳体、曲轴、配流轴、连杆、柱塞和偏心轮等零件组成。
优点:结构简单，工作可靠。
缺点:体积大、重量大，转扭脉动，低速稳定性较差。
2.多作用内曲线柱塞马达MRE2100H-D1N1U1N1NX0800/34687
MRE2100H-F1N1N1S1NX0800/58329
MRE3100I-D1N1N1N1N0201/33492
MRE3100I-D2N1F1N1N0300/58540
MRE3100I-F1N1N1N3NX0300/58194
MRE3100I-F2N1N1N3NX0300/58211
MRE3100I-N1N1N1N1N0300/58042
MRE3100I-N1Q1N1S1N0300/60182
MRE3100I-P1N1N1C1N0300/60144
MR  125C P1N1N1C1N  0001/58357
MR 190C N1N1N1N1N0201/45170
MR 2400I P1N1N1G1N 0300/58660
MR 2800I P1N1N1C1N 0500/58352
MR 300D D1N1N1C1N  0401/58360
MR 300D N1N1N1N1N0401/45228
MR 450E D2N1F1N1N0301/34760
MR 450E N1M2N1N1N0301/45396
MR 700 N* 277297 SAE FLANGE
MR1000G-F2N1N1N1NP1000/52734
MR1000G-F2N1N1N1NX1000/58014-B
MR1000G-F2N1N1N1NX1000/58016-C
MR1000G-F2N1N1N1NX1000/58532-B
MR1000G-F2N1N1N1NX1000/58533-C
MR1000G-F2N1N1S1NX1000/34747
MR1000G-N1N1N1N1N1000/33978
MR1100G N1N1N1 S1 N
MR1100G-D1B1N1N1N1000/34852
MR1100G-D1B1N1T1N1000/60559
MR1100G-D1N1N1C1N1000/58641
MR1100G-D1N1N1N1N1000/34008
MR1100G-F1N1N1N1N1000/33943
MR1100G-F1N1N1S1NX1000/58326
MR1100G-F2N1N1N1NX1000/33953-B
MR1100G-F2N1N1N1NX1000/33954-C
MR1100G-F2N1N1S4NX1000/59336-B
MR1100G-F2N1N1S4NX1000/59337-C
MR1100G-N1C1N1N1N1000/47741
MR1100G-N1E1N1N1N1000/33945
MR1100G-N1N1N1C1N1000/34301
MR1100G-N1N1U1N1N1000/34468
MR1100G-N1Q1N1N1N1000/33981
MR1100G-N2N1F1C1N1000/59651
MR1100G-P1B1N1C1N1000/34798
MR1100G-P1N1N1C1N1000/34295
MR1100G-P1N1N1N1N1000/33944
MR1100G-P1N1N1N1S1000/58675
MR1100G-P1Q1N1N1N1000/34613
MR110B-D1N1N1N1N0100/60034
MR110B-D1Q1N1N1N0100/60102
MR110B-D2B1N1C1N0102/60868
MR110B-N1N1N1S1N0000/58937
MR125C-P1N1N1C1N0300/60095

轴向柱塞泵除阀式配流外，其它形式原则上都可以作为液压马达用，即轴向柱塞泵和轴向柱塞马达是可逆的。轴向柱塞马达的工作原理为，配油盘和斜盘固定不动，马达轴与缸体相连接一起旋转。当压力油经配油盘的窗口进入缸体的柱塞孔时，柱塞在压力油作用下外伸，紧贴斜盘，斜盘对柱塞产生一个法向反力p，此力可分解为轴向分力及和垂直分力Q。Q与柱塞上液压力相平衡，而Q则使柱塞对缸体中心产生一个转矩，带动马达轴逆时针方向旋转。轴向柱塞马达产生的瞬时总转矩是脉动的。若改变马达压力油输入方向，则马达轴按顺时针方向旋转。斜盘倾角a的改变、即排量的变化，不仅影响马达的转矩，而且影响它的转速和转向。斜盘倾角越大，产生转矩越大，转速越低。4系列变量柱塞泵：
A10VSO18DFR1/31R-PPA12NOO、
A10VSO28DFR1/31R-VPA12N00、
A10VSO45DFR1/32R-PPB12N00、                              
A10VSO71DFR1/32R-VPB22U99 
A10VSO100DFR1/32R-VPB12N00、
A10VSO140DRS/32R-VPB22U99等
A4VSO71DR/30R-PPB13N00 
A4VSO125DR/30R-PPB13N00 
A4VSO180DR/30R-PPB13
A4VSO250DR/30R-PPB13NOO等  
A4VSO40LR2G/10R-PPB13N00 
A4VSO71DFR/10X-PPB13N00 
A4VSO71DR/10X-PPB13N00 
A4VSO71DRG/10X-PPB13N00 
A4VSO71LR2/10R-PPB13N00 
A4VSO71LR2D/10R-PPB13N00 
A4VSO125DFR/22R-PPB13N00 
A4VSO125DR/22R-PPB13N00 
A4VSO125DR/22R-VPB13N00 
A4VSO125LR2/22R-PPB13N00 
A4VSO125LR2G/22R-PPB13N00 
A4VSO125LR2N/22R-PPB13N00
A4VSO180LR2N/22R-PPB13N00 
A4VSO250DFR/30R-PPB13N00 
A4VSO250DR/30R-PPB13N00 
A4VSO250DRG/30R-PPB13N00 
A4VSO250LR2/30R-PPB13N00 
A4VSO250LR2G/30R-PPB13N00 
A4VSO250LR2N/30R-PPB13N00 
A4VSO180DFR/22R-PPB13N00 
A4VSO180DR/22R-PPB13N00 
A4VSO180DRG/22R-PPB13N00 
柱塞泵 A4VG90HWD1/32R-NZF001S 
柱塞泵 A4VTG90HW/32R-NLD10F001S 
轴向柱塞泵 A4VSO125DR/PPB13NOO 
变量轴向柱塞泵 A4VSO180DR/30R-PPB13N00 
变量轴向柱塞泵 A4VSO125DR/30R-PPB13N00 
柱塞泵 A4VS0125DR/10R-PPB13N00 
柱塞泵 A4VS071DR/10R-PPB13N00 
柱塞泵 A4VS0125DR/22R 
变量泵 A4VSO250EO2/30R-VPB13N00-SO2
柱塞泵 A4VG125EP2MT1/32-NZF02F021SH-S 
柱塞泵 A4VSO250EO2/30R-VPB13N00-SO2
变量轴向柱塞泵 A4VSO180DR/30R-PPB13N00 
变量轴向柱塞泵 A4VSO125DR/30R-PPB13N00 
油泵 A4VSO180DFR/30R-PPB13N00 
柱塞泵 A4VS0180DR/30R-PPB13N00
轴向柱塞泵主泵 A4VS0125DRG/30R-PPB13N00 
油泵 A4VS071DR/30R-PPB13N00 
德国力士乐A4VG-125泵的配件 主轴 080121-001# 
轴向柱塞泵 E-A4VSO250EO2/30R-VPB25N00-SO3
轴向柱塞泵 E-A4VSO250EO2/30R-VPB25N00-SO3 
柱塞泵 A4VSO180DR/30R-FPB13N00
恒压变量泵 E-A4VS0125DR/22R-VPB13N00 
柱塞泵 A4VSO180DR/30R-FPB13N00 
柱塞泵 A4VS0180LR2G/30R-PPB13NOO
柱塞泵 A4VSO250LR2D/30R-PPB13NOO 
柱塞泵 A4VSO250DR/30R-PPB13NOO
泵 A4VG56EZ2DM1/32-NSC02F003F
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