IVPQ4-38-F-R-1B-10安颂ANSON定量叶片泵IVPQ4-42-F-R-1B-10

台湾安颂ANSON定量叶片泵IVPV系列

IVPV1-2-F-R   IVPV1-3-F-R   IVPV1-4-F-R

IVPV1-5-F-R   IVPV1-6-F-R   IVPV1-7-F-R

IVPV1-8-F-R   IVPV1-10-F-R  IVPV1-11-F-R

IVPV1-12-F-R  IVPV1-14-F-R

IVPV1-2-F-R-1A-10  IVPV1-3-F-R-1A-10  IVPV1-4-F-R-1A-10

IVPV1-5-F-R-1A-10  IVPV1-6-F-R-1A-10  IVPV1-7-F-R-1A-10

IVPV1-8-F-R-1A-10  IVPV1-10-F-R-1A-10 IVPV1-11-F-R-1A-10

IVPV1-12-F-R-1A-10 IVPV1-14-F-R-1A-10

IVPV1-2-F-R-1B-10  IVPV1-3-F-R-1B-10  IVPV1-4-F-R-1B-10

IVPV1-5-F-R-1B-10  IVPV1-6-F-R-1B-10  IVPV1-7-F-R-1B-10

IVPV1-8-F-R-1B-10  IVPV1-10-F-R-1B-10 IVPV1-11-F-R-1B-10

IVPV1-12-F-R-1B-10 IVPV1-14-F-R-1B-10

IVPV1-2-F-R-1C-10  IVPV1-3-F-R-1C-10  IVPV1-4-F-R-1C-10

IVPV1-5-F-R-1C-10  IVPV1-6-F-R-1C-10  IVPV1-7-F-R-1C-10

IVPV1-8-F-R-1C-10  IVPV1-10-F-R-1C-10 IVPV1-11-F-R-1C-10

IVPV1-12-F-R-1C-10 IVPV1-14-F-R-1C-10

IVPV1-2-F-R-1D-10  IVPV1-3-F-R-1D-10   IVPV1-4-F-R-1D-10

IVPV1-5-F-R-1D-10  IVPV1-6-F-R-1D-10   IVPV1-7-F-R-1D-10

IVPV1-8-F-R-1D-10  IVPV1-10-F-R-1D-10  IVPV1-11-F-R-1D-10

IVPV1-12-F-R-1D-10 IVPV1-14-F-R-1D-10

台湾安颂ANSON定量叶片泵IVPV系列

IVPV2-10-F-R  IVPV2-12-F-R  IVPV2-14-F-R  IVPV2-15-F-R

IVPV2-17-F-R  IVPV2-19-F-R  IVPV2-21-F-R  IVPV2-25-F-R

IVPV2-10-F-R-1A-10   IVPV2-12-F-R-1A-10

IVPV2-14-F-R-1A-10   IVPV2-15-F-R-1A-10

IVPV2-17-F-R-1A-10   IVPV2-19-F-R-1A-10

IVPV2-21-F-R-1A-10   IVPV2-25-F-R-1A-10

IVPV2-10-F-R-1B-10   IVPV2-12-F-R-1B-10

IVPV2-14-F-R-1B-10   IVPV2-15-F-R-1B-10

IVPV2-17-F-R-1B-10   IVPV2-19-F-R-1B-10

IVPV2-21-F-R-1B-10   IVPV2-25-F-R-1B-10

IVPV2-10-F-R-1C-10   IVPV2-12-F-R-1C-10

IVPV2-14-F-R-1C-10   IVPV2-15-F-R-1C-10

IVPV2-17-F-R-1C-10   IVPV2-19-F-R-1C-10

IVPV2-21-F-R-1C-10   IVPV2-25-F-R-1C-10

IVPV2-10-F-R-1D-10   IVPV2-12-F-R-1D-10

IVPV2-14-F-R-1D-10   IVPV2-15-F-R-1D-10

IVPV2-17-F-R-1D-10   IVPV2-19-F-R-1D-10

IVPV2-21-F-R-1D-10   IVPV2-25-F-R-1D-10

量柱塞泵的压力油经泵体、泵壳变量壳体中的通油孔通过单向阀进入变量壳体的下腔，当拉杆向下运动时，IVP1-2-F-R-1B-10 IVP1-3-F-R-1A-10 IVP1-4-F-R-1C-10 IVP1-5-F-R-1D-10推动伺服活塞向下移动，伺服阀的上阀口打开，变量壳体下腔的压力油经变量活塞中的通油孔进入变量壳体上腔，由于上腔面积大于下腔，液压力推动活塞向下运动，带动销轴使变量头绕钢球中心旋转，改变变量头的倾斜角（增大），IVP2-10-F-R-1A-10 IVP2-12-F-R-1B-10 IVP2-14-F-R-1C-10 IVP2-15-F-R-1D-10柱塞泵的流量随之增大。反之拉杆向上运动，变量头的倾斜角向相反方向变化，泵的流量也随之变化。当倾斜角度变至零以 ，则变量头向负偏角方向变化，液流产生换向，泵的进出油口变换。IVP3-32-F-R-1A-10 IVP3-35-F-R-1B-10 IVP3-38-F-R-1C-10 IVP3-42-F-R-1D-10

输出流量波动与很多因素有关。对变量泵可以认为是变量机构的控制不 造成，如异物进入变量机构，在控制活塞上划出阶痕、磨痕、伤痕等，IVP4-30-F-R-1A-10 IVP4-35-F-R-1B-10 IVP4-38-F-R-1C-10 IVP4-42-F-R-1D-10造成控制活塞运动不稳定。由于放大器能量不足或零件损坏、含有弹簧的控制活塞的阻尼器效能差，都会造成控制活塞运动不稳定。流量不稳定又往往伴随着压力波动。IVP4-50-F-R-1A-10 IVP4-60-F-R-1B-10 IVP4-67-F-R-1C-10 IVP4-75-F-R-1D-10这类故障一般要拆开液压泵，更换受损零部件，加大阻尼，提高弹簧刚度和控制压力等。阻尼器是一种利用阻尼特性来减缓机械振动及消耗动能的装置。IVP2-17-F-R-1A-10 IVP2-19-F-R-1B-10 IVP2-21-F-L-1C-10 IVP2-25-F-L-1D-10常用在汽车的悬吊系统及摩托车中，有些脚踏车上也有。利用阻尼来吸能减震不是什么新技术，在航天、汽车等行业中早已应用各种各样的阻尼器（或减震器）来减振消能。IVP1-6-F-R-1B-10 IVP1-7-F-R-1A-10 IVP1-8-F-R-1C-10 IVP1-11-F-R-1D-10