For Rexroth A20VO95 axial piston variable double hydraulic pump
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The Rexroth A20VO95 is a compact axial piston variable displacement double pump designed for demanding open-circuit hydraulic systems. Its core is a swashplate design with servo control, enabling stepless adjustment of the piston stroke (and thus flow) for precise, efficient operation. The "95" denotes a nominal displacement of approximately 95 cm³/rev per pump section.
This double pump integrates two independently controllable pump units on a single shaft within one housing. A20VO95 drives from a single prime mover, saving space and simplifying installation. Each unit features a through drive shaft, allowing for tandem configurations. Its key advantage is the ability to deliver two separate, variable flows from one power source, optimizing system design for complex machinery requiring multiple actuators with different flow/pressure demands, such as in mobile or industrial applications.
The pump incorporates pressure and flow controls (like pressure cut-off, load sensing, or torque limitation) to match output to system needs, minimizing energy loss and heat generation. Its robust construction, high volumetric efficiency, and proven technology make it a reliable solution for high-power density applications.
Specifications
| Size | without charge pump | 60 | 95 | 520 | |||
| with charge pump | 190 | 260 | |||||
| Displacement
(per rotary group) |
Vg max | cm3 | 60 | 93.8 | 192.7 | 260 | 520 |
| Vg min | cm3 | 0 | 0 | 0 | 0 | 0 | |
| Speed
maximal at Vg max |
nmax | min-1 | 2700 | 2350 | 2500 | 2300 | 1450 |
| Speed max at Vg≤Vg max | nmax | min-1 | 3200 | 2780 | 2500 | 2300 | 1720 |
| Flow at nmax and Vg max | qv max | L/min | 2×162 | 2×220 | 2×482 | 2×598 | 2×754 |
| Power at qv max and Δp=350 bar | Pmax | kW | 135⁴) | 257 | 562 | 698 | 880 |
| Torque at Vg max
at long·term (Δp=350 bar) |
Tmaxmax. perm. Tmax | Nm | 477 | 1045 | 2147 | 2897 | 5793 |
| Torque at Vg max
max.perm,short term(Δp=350 bar) |
Tmax | 602 | 1194 | 2454 | 3310 | 6621 | |
| Moment of inertia (of the rotating parts) | J | Kgm2 | 0,0113 | 0,0346 | 0,0604 | 0,0912 | 0.696 |
| Mass approx. | m | kg | 44 | 640 | |||
Selection Table

| A20VO95 double hydraulic pump | |
| Model No. | Model Code |
| R902159503 | A20VO95DRG/10L-NSD24N00 |
| R902157554 | A20VO95DRG/10L-NSD24N00-S |
| R902167938 | A20VO95DRG/10R-NSD24N00 |
| R902241908 | A20VO95DRG/10R-NSD24N00 |
| R902157558 | A20VO95DRG/10R-NSD24N00-S |
| R902146321 | A20VO95DRG/10R-NZD24N00 |
| R902248163 | A20VO95DRS/10L-NSD24N00 |
| R902039378 | A20VO95DRS/10L-NZD24N00-S |
| R902105203 | A20VO95DRS/10R-NSD24N00 |
| R902251741 | A20VO95DRS/10R-NSD24N00 |
| R902231480 | A20VO95DRS/10R-NZD24K02-S |
| R902170246 | A20VO95DRS/10R-NZD24K07 |
| R902122073 | A20VO95DRS/10R-NZG24K07 |
| R902233731 | A20VO95DRS/10R-NZG24K07 |
| R902118485 | A20VO95EP2/10R-NSD24K01H |
| R902237231 | A20VO95EP2/10R-NSD24K01H |
| R902235484 | A20VO95EP2/10R-NSD24K01H |
| R902235485 | A20VO95EP2/10R-NSD24K01H+AZPF-11-005R |
| R902237232 | A20VO95EP2/10R-NSD24K01H+AZPF-11-005RRR2 |
| R902118486 | A20VO95EP2/10R-NSD24K01H-K |
| R902253630 | A20VO95EP2D/10L-NSD24N00H |
| R902059046 | A20VO95EP2D/10L-NZD24K01 |
| R902062775 | A20VO95EP2D/10L-NZD24K01H-S |
| R902062776 | A20VO95EP2D/10L-NZD24K01H-S+AZPF-11 |
| R902056241 | A20VO95EP2D/10L-NZD24K01-K |
| R902075575 | A20VO95EP2D/10R-NSD24N00H |
| R902059044 | A20VO95EP2D/10R-NZD24K01 |
| R902062774 | A20VO95EP2D/10R-NZD24K01H-S |
| R902062787 | A20VO95EP2D/10R-NZD24K01H-S+AZPF-11 |
| R902056240 | A20VO95EP2D/10R-NZD24K01-K |
| R902062772 | A20VO95EP2D/10R-NZD24K07H-S |
| R902029051 | A20VO95EP2D/10R-NZD24K07-S |
| R902150612 | A20VO95EP2D/10R-NZG24K01P |
| R902029050 | A20VO95EP2D+A10VG63EP2D1 |
| R902061073 | A20VO95EP2D+A10VG63EP2D1 |
| R902061071 | A20VO95EP2D+A10VG63EP2D1 |
| R902037664 | A20VO95EP2D+A10VG63EP2D1 |
| R902036294 | A20VO95EP2D+A10VG63EP2D1 |
| R902116760 | A20VO95EP2D+A10VG63EP4D1 |
| R902168835 | A20VO95EP2D+A10VG63EP4D1 |
| R902116762 | A20VO95EP2D+A10VG63EP4D1 |
| R902235112 | A20VO95EP2S/10R-NZD24N00P |
| R902233752 | A20VO95EP6D/10R-NZD24K07H-Y |
| R902094078 | A20VO95HD1D/10L-NSD24N00-Y |
| R902097212 | A20VO95HD1D/10L-NZD24N00-S |
| R902041596 | A20VO95HD1D/10R-NSD24N00 |
| R902257784 | A20VO95HD1D/10R-NSD24N00 |
| R902076582 | A20VO95LE1S1/10R-NZD24N00RT |
| R902032262 | A20VO95LE2/10L-NZD24N00 |
| R909602643 | A20VO95LE2CS/10R-NZG24K01-S |
| R902028029 | A20VO95LE2DC/10L-NZD24N00 |
| R902250940 | A20VO95LE2S/10L-NSD24N00 |
| R902123708 | A20VO95LE2S/10R-NZG24K07P |
| R902064112 | A20VO95LG1/10R-NSD24K01 |
| R902253754 | A20VO95LR3/10R-NSD24N00 |
| R902223010 | A20VO95LRC/10L+A10VO45LA9D+AZPN-11-028 |
| R902223009 | A20VO95LRC/10L-NZD24K04 |
| R902257557 | A20VO95LRC/10L-NZD24K04 |
| R902237402 | A20VO95LRC/10R-NPD24N00 |
| R902274180 | A20VO95LRC/10R-NZD24K04 |
| R902228171 | A20VO95LRCU2/10R+A10VO45DR/31R+AZPFF-11 |
| R902088333 | A20VO95LRCU2/10R+A10VO45DR/31R+AZPFF-S |
| R902063460 | A20VO95LRCU2/10R+A10VO45DR+ZP 1PF2G2-S |
| R902040682 | A20VO95LRCU2/10R+A10VO45DR+ZP1PF2G2-S |
| R902063462 | A20VO95LRCU2/10R-NZD24K02H-S |
| R902102200 | A20VO95LRCU2/10R-NZD24K02H-S+AZPNFF-11 |
| R902063464 | A20VO95LRCU2/10R-NZD24K02H-S+ZPG3-31 |
| R902052846 | A20VO95LRCU2/10R-NZD24K02-S |
| R902052845 | A20VO95LRCU2/10R-NZD24K02-S+ZPG3-31/26 |
| R902063458 | A20VO95LRCU2/10R-NZD24K04H-S |
| R902228170 | A20VO95LRCU2/10R-NZD24K04H-S |
| R902040681 | A20VO95LRCU2/10R-NZD24K04-S |
| R902261184 | A20VO95LRCU6/10R-NZD24K04P |
| R902241639 | A20VO95LRDC/10R-NZD24K01-Y |
| R902069164 | A20VO95LRDCH6/10R-NZG24K01-S |
| R902081489 | A20VO95LRDH1/10R-NZD24K07 |
| R902085539 | A20VO95LRDS/10R-NZG24K02 |
| R902048242 | AA20VO95DRG/10L-NSD74N00 |
| R902092278 | AA20VO95DRG/10L-NSD74N00-E |
| R902232748 | AA20VO95DRG/10L-VSD74N00 |
| R902092448 | AA20VO95DRG/10L-VSD74N00-ES |
| R902083244 | AA20VO95DRG/10L-VSDXXN00-S |
| R902275615 | AA20VO95DRG/10R-VSD74N00 |
| R902275614 | AA20VO95DRG/10R-VSD74N00 |
| R902249564 | AA20VO95DRG/10R-VSD74N00 |
| R902074784 | AA20VO95DRS/10L-NSD74N00-S |
| R902074860 | AA20VO95DRS/10L-NXD74K01-S |
| R902092431 | AA20VO95DRS/10L-NZDXXK04-ES |
| R902081329 | AA20VO95DRS/10L-NZDXXK04-S |
| R902092362 | AA20VO95DRS/10R-NSD74N00-E |
| R902232539 | AA20VO95DRS/10R-VSD74N00 |
| R902235410 | AA20VO95DRS/10R-VSD74N00 |
| R902232841 | AA20VO95DRS/10R-VSD74N00 |
| R902092447 | AA20VO95DRS/10R-VSD74N00-ES |
| R902083243 | AA20VO95DRS/10R-VSDXXN00-S |
| R902092510 | AA20VO95HD2D/10L-NZDXXK04-ES |
| R902087463 | AA20VO95HD2D/10L-NZDXXK04-S |
| R902092432 | AA20VO95LG1EH2/10L-NZD74K04-ES |
| R902081330 | AA20VO95LG1EH2/10L-NZD74K04-S |
Q1: What is the key functional advantage of the Rexroth A20VO95 double pump compared to using two separate single pumps?
A1: Its primary advantage is the integration of two independently controllable axial piston pump units on a single driveshaft within one housing. This allows it to provide two separate, variable flows from a single prime mover, saving significant space, simplifying the driveline installation, and optimizing system design for machinery requiring multiple circuit flows.
Q2:Which specific sectors or types of equipment are typical application areas for the A20VO95 pump?
A2: It is commonly used in demanding applications such as mobile machinery (e.g., excavators, cranes) and industrial systems, where complex machinery requires multiple actuators operating with different, independently controlled flow and pressure levels.
Q3:How to purchase an A20VO95 hydraulic pump?
A3:You can click on the right sidebar or the contact information in the top bar to contact us to purchase. You can do so via email, form, WeChat, WhatsApp, or other methods.
Q4:What is the price and delivery time of the A20VO95 hydraulic pump?
A4:The specific price and delivery time will be provided based on the specific model you provide.







