Rexroth A4VSO40 A4VSO45 A4VSO50 A4VSO56 A4VSO71 A4VSO125 A4VSO180 A4VSO250 A4VSO355 Axial Variable Hydraulic Piston Pump
BTPS AVAILABLE BRAND
| SERIES | A4VSOSeries Series1/2/3 |
| SPECIFIION | 40,71,125,180,250,300,355,370,500 |
| WORKING PRESSURE | Nominal pressure 35MPa,Peak Pressure 42MPa |
| CONTROL METHOD | DR - pressure control; DP - parallel operation pressure control; FR - flow control; DFR - pressure and flow control; LR - Hyperbolic Power Control; MA - manual control; EM - motor control; HM-hydraulic control, control volume related; HS - hydraulic control via servo/proportional valves; EO - electric control; HD - hydraulic control, pilot pressure related; DS1 - auxiliary speed control; DFE1 - Electro-hydraulic control system. |
| CHARACTERISTIC | Axial piston pump with swash plate design, suitable for hydraulic transmission in open circuit; Flow is proportional to input drive speed and displacement. By adjusting the angle of the swash plate, the output flow can be adjusted steplessly; Excellent oil absorption characteristics; low noise level; long service life; Modular design; short response time; Variable speed thru-shaft drive options; Visual swing angle indior; Optional installation loion; Operation with HF fluids possible with reduced operating data There is a special version available for operation with HFC fluids. |
- The variable displacement axial piston pump type A4VSO in swashplate design is designed for open circuit hydrostatic drives
- The flow is proportional to the input drive speed and displacement.
- By adjusting the swashplate., it is possible to infinitely vary the flow.
- Infinitely variable displacement Slot-controlled swashplate design.
- Good suction characteristics
- Permissible nominal operating pressure 350 bar
- Low noise level,Long service life
- Drive shaft capable of absorbing axial and radial loads
- Modular design, Good power/weight ratio
- Short control times
- Through drive and pump combinations possible
- Swash plate angle indior
- Optional mounting position
- Operation on HF fluids under reduced operational,parameters
| R902454219 | AA4VSO40DFE1/10R-PPB13N00 |
| R902494485 | AA4VSO40DFE1/10R-PPB25K04 |
| R902554857 | AA4VSO40DFE1/10R-PPB25N00 |
| R902474109 | AA4VSO40DFE1/10R-PZB13K31-S1461 |
| R902479043 | AA4VSO40DFE1/10R-PZB13K31-S1778 |
| R902480706 | AA4VSO40DFE1/10R-PZB13K68-S1778 |
| R902516380 | AA4VSO40DFE1/10R-VZB25K04-S1778 |
| R902519594 | AA4VSO40DFE1/10R-VZB25K04-S2078 |
| R902547354 | AA4VSO40DFE1/10R-VZB25K31-S1778 |
| R902518855 | AA4VSO40DFE1/10R-VZB25K31-S2078 |
| R902518849 | AA4VSO40DFE1/10R-VZB25K68-S2078 |
| R902546994 | AA4VSO40DFE1Z/10R-PPB25K31 |
| R902468906 | AA4VSO40DFE1Z/10R-PZB25K99-S1620 |
| R902546996 | AA4VSO40DFE1Z/10R-PZB25N00 |
| R902555931 | AA4VSO40DFEH/10R-VPB25N00 |
| R902517652 | AA4VSO40DFR/10L-PZB13N00 |
| R902425937 | AA4VSO40DFR/10R-PPB13N00 |
| R902494848 | AA4VSO40DFR/10R-PPB13N00E |
| R902465627 | AA4VSO40DFR/10R-PZB13K68 |
| R902480543 | AA4VSO40DFR/10R-PZB13N00 |
| R902567254 | AA4VSO40DFR/10R-PZB25N00 |
| R902538800 | AA4VSO40DFR/10R-VPB13N00 |
| R902422263 | AA4VSO40DFR/10R-VZB13K02 |
| R902492088 | AA4VSO40DFR/10R-VZB13N00 |
| R910990568 | AA4VSO40DFR/10X-PPB13G10 |
| R910923660 | AA4VSO40DFR/10X-PPB13K01 |
| R910939823 | AA4VSO40DFR/10X-PPB13K02 |
| R910909377 | AA4VSO40DFR/10X-PPB13K31 |
| R910908752 | AA4VSO40DFR/10X-PPB13K99 |
| R910902310 | AA4VSO40DFR/10X-PPB13N00 |
| R910920433 | AA4VSO40DFR/10X-PPB13N00-MESSE |
| R910990990 | AA4VSO40DFR/10X-PZB13G10 |
| R910925202 | AA4VSO40DFR/10X-PZB13K31 |
| R910915523 | AA4VSO40DFR/10X-PZB13N00 |
| R910912569 | AA4VSO40DFR/10X-PZB13N00-SO86 |
| R910929461 | AA4VSO40DFR/10X-VPB13K25 |
| R910929523 | AA4VSO40DFR/10X-VPB13K68 |
| R910904940 | AA4VSO40DFR/10X-VZB13N00 |
| R902423269 | AA4VSO40DFR1/10R-PPB13N00 |
| R902456332 | AA4VSO40DFR1/10R-PPB13N00-SO318 |
| R902492723 | AA4VSO40DFR1/10R-PZB13K68 |
| R902518225 | AA4VSO40DFR1/10R-VPB13K52 |
| R902542210 | AA4VSO40DFR1/10R-VPB13N00 |
| R910963210 | AA4VSO40DFR1/10X-PPB13K02 |
| R910966429 | AA4VSO40DFR1/10X-PPB13N00 |
| R902433266 | AA4VSO40DP/10L-VZB13N00 |
| R902420057 | AA4VSO40DP/10R-PPB13K31 |
| R902539250 | AA4VSO40DP/10R-PPB13K68 |
| R910922800 | AA4VSO40DP/10R-PPB13N00 |
| R902448321 | AA4VSO40DP/10R-PPB13N00 |
| R902530769 | AA4VSO40DP/10R-PPB25N00-S2092 |
| R902470087 | AA4VSO40DP/10R-PZB13K04 |
| R910915005 | AA4VSO40DP/10X-PZB13N00 |
| R910916175 | AA4VSO40DP/10X-VZB13N00 |
| R902474571 | AA4VSO40DR/10L-PPB13K31 |
| R902423738 | AA4VSO40DR/10L-PPB13N00 |
| R902513482 | AA4VSO40DR/10L-PZB13G30 |
| R902492410 | AA4VSO40DR/10L-PZB13K01 |
| R902420002 | AA4VSO40DR/10L-PZB13K02 |
| R902487013 | AA4VSO40DR/10L-PZB13K31 |
| R902461484 | AA4VSO40DR/10L-PZB13KB3-S1668 |
| R902496966 | AA4VSO40DR/10L-PZB13KB3-SO127 |
| R902480221 | AA4VSO40DR/10L-PZB13KB3-SO168 |
| R902420561 | AA4VSO40DR/10L-PZB13N00 |
| R902426706 | AA4VSO40DR/10L-PZB13N00-SO127 |
| R902470303 | AA4VSO40DR/10L-PZB25N00 |
| R902430963 | AA4VSO40DR/10L-VPB13N00 |
| R902437413 | AA4VSO40DR/10R-EPB13K01 |
| R902563700 | AA4VSO40DR/10R-GPB13N00 |
| R910944454 | AA4VSO40DR/10R-PPB13G20 |
| R902431480 | AA4VSO40DR/10R-PPB13K01 |
| R902421487 | AA4VSO40DR/10R-PPB13K02-SO886 |
| R902426843 | AA4VSO40DR/10R-PPB13K04 |
| R902417532 | AA4VSO40DR/10R-PPB13K04-SO103 |
| R902424170 | AA4VSO40DR/10R-PPB13K25 |
| R902406534 | AA4VSO40DR/10R-PPB13K25E |
| R902420569 | AA4VSO40DR/10R-PPB13K25-S1306 |
| R902406755 | AA4VSO40DR/10R-PPB13K25E |
| R902406687 | AA4VSO40DR/10R-PPB13K25ES1306 |
| R902450523 | AA4VSO40DR/10R-PPB13K25E |
| R902429998 | AA4VSO40DR/10R-PPB13K26 |
| R902427390 | AA4VSO40DR/10R-PPB13K31 |
| R902411901 | AA4VSO40DR/10R-PPB13K31-SO806 |
| R910988987 | AA4VSO40DR/10R-PPB13K52-SO103 |
| R902446742 | AA4VSO40DR/10R-PPB13K57 |
| R910972173 | AA4VSO40DR/10R-PPB13K57-SO103 |
| R902431048 | AA4VSO40DR/10R-PPB13KB3 |
| R902488347 | AA4VSO40DR/10R-PPB13KB3E |
| R902535771 | AA4VSO40DR/10R-PPB13KB3-S1306 |
| R902513724 | AA4VSO40DR/10R-PPB13KB3ES1306 |
| R902479058 | AA4VSO40DR/10R-PPB13KB4 |
| R902531342 | AA4VSO40DR/10R-PPB13KB4E |
| R902466042 | AA4VSO40DR/10R-PPB13L60 |
| R902537923 | AA4VSO40DR/10R-PPB13M10 |
| R902418820 | AA4VSO40DR/10R-PPB13N00 |
| R902406543 | AA4VSO40DR/10R-PPB13N00E |
| R902501024 | AA4VSO40DR/10R-PPB13N00E |
| R902533656 | AA4VSO40DR/10R-PPB13N00E |
| R902516255 | AA4VSO40DR/10R-PPB13N00E |
| R902488346 | AA4VSO40DR/10R-PPB13N00E |
| R902542300 | AA4VSO40DR/10R-PPB13N00E |
Application Areas
Metal processing industry: Provides stable high-pressure hydraulic power for equipment like aluminum profile extruders
Construction machinery: Powers hydraulic systems in excavators, loaders, and similar equipment
Industrial automation: Delivers power for hydraulically driven components in automated production lines
Marine engineering: Essential for ship hydraulic steering gear, cranes, and other marine equipment
Key Advantages
High reliability and extended service life through premium materials and advanced manufacturing
Low-noise operation ideal for environments requiring quiet performance
Superior oil suction performance under low oil level and high vacuum conditions
Compact, lightweight design despite large displacement and high pressure capacity
Rapid response control system for precise hydraulic system adjustments
Multiple installation configurations for diverse application requirements
Modular design simplifies maintenance and parts replacement
Visual swash plate angle indicator for real-time operational monitoring
Technical Specifications
Product Description
A4VSO355DRG/30R-VZB13N00 A4VSO355DRG/30R-PZB13N00 Rexroth axial variable high-pressure piston pump, original, brand new and authentic from Germany
| control form |
| electric |
| Stretching Space |
| ten |
| tensile speed |
| twenty |
| Applicable Machinery |
| Hydraulic station |
| Application |
| Carter |
| Applicable Medium |
| Hydraulic oil |
| Temperature |
| eighty |
| Applications |
| coal mine |
. Continuous working pressure up to 280bar, the instantaneous maximum working pressure up to 350bar.
. Flow is proportional to drive speed and displacement, and can be achieved by adjusting the swashplate angle stepless variable.
. There are constant pressure, constant-power constant pressure, constant-voltage constant-flow and other control method, and the control response speed
. Low-noise, high efficiency, high reliability and long life
. Small size, high power density
. Excellent oil absorption properties
. Drive shaft can withstand the axial and radial loads
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