Specifications
Brand Name :
Rexroth
Model Number :
A4VSO180DR/30R-PPB13N00 A4VSO125EO2/30R-VPB25N00 A4VSO125EO2/30R-VZB13N00 A4VSO125EO2/30R-PZB13N00 A4VSO125EO2/30R-VPB13N00
Certifiion :
ISO
Place of Origin :
German
MOQ :
1
Price :
2
Payment Terms :
,Western Union,T/T,D/P,D/A,L/C
Supply Ability :
100
Delivery Time :
2 weeks
Packaging Details :
wooden box
Drive Mode :
6-250m3
Control Method :
Hydraulic Control
Mounting Type :
Flange Mounting
Max Speed :
1800 rpm
After Serive :
online video
Shaft Type :
Keyed Shaft
Material No :
R902504370
Charging :
micro5p
Power :
Hydraulic
Pump :
Rexroth
Products Name :
Rexroth Hydraulic Piston Pump
Trademark :
MKS
Description
Rexroth A4VSO125 Piston Pump - German High-Pressure Variable
A4VSO180DR/30R-PPB13N00 A4VSO125EO2/30R-VPB25N00 A4VSO125EO2/30R-VZB13N00
A4VSO125EO2/30R-PZB13N00 A4VSO125EO2/30R-VPB13N00
High-performance axial piston pump designed for demanding hydraulic appliions. German-engineered for reliability and precision in industrial environments.
Contact WhatsApp: +85267220981
Email: Yli97584@gmail.com
Model A4VSO180DR/30R-PPB13N00 A4VSO125EO2/30R-VPB25N00 A4VSO125EO2/30R-VZB13N00 A4VSO125EO2/30R-PZB13N00 A4VSO125EO2/30R-VPB13N00
Displacement 125
Warranty 1 year
Brand Rexroth
Control Mode DR
Purpose Hydraulic system
Scope of Use Excavator, coal mining industry, ship hydraulic systems
Rexroth A4VSO125 Hydraulic Piston Pump 125ml/rev 1800rpm
Product Specifiions
Part Number Description
R910914604 AA4VSO125LR2/10L-PPB13N00
R910926636 AA4VSO125LR2/10L-PPB13N00-SO134
R910949885 AA4VSO125LR2/10L-PPB13N00-SO562
R910910707 AA4VSO125LR2/10R-PPB13K27
R910919060 AA4VSO125LR2/10R-PPB13K34
R910924183 AA4VSO125LR2/10R-PPB13K55
R910904559 AA4VSO125LR2/10R-PPB13N00
R910926645 AA4VSO125LR2/10R-PPB13N00-SO134
R910949883 AA4VSO125LR2/10R-PPB13N00-SO562
R910912403 AA4VSO125LR2/10R-PZB13N00
R910921391 AA4VSO125LR2/10R-VPB13N00
Frequently Asked Questions
1. What is the fundamental working principle of the A4VSO series pump?
The A4VSO series is a swashplate-type axial piston pump designed for open-circuit systems. Its flow output is proportional to the input drive speed and its displacement volume. The displacement is infinitely variable by adjusting the angle of the swashplate. It's known for its excellent suction characteristics, low noise, long service life, and high power-to-weight ratio. Multiple control options are available to meet various system requirements.
2. What are the common control methods for the A4VSO pump?
The A4VSO series offers a wide range of variable control methods. The most commonly used include:
  • DR/DRG: Pressure Control (Constant Pressure)
  • LR: Constant Power Control (Hyperbolic)
  • EO/EO2: Electroproportional Control
Other available controls include FR (Flow Control), MA (Manual Control), EM (Electric Motor Control), HW/HM/HS/HD (Various Hydraulic Controls), and DS (Secondary Control for speed sensing).
3. How does the DR Pressure Control (Pressure Cut-Off) work?
The DR control maintains a constant system pressure by changing the swashplate angle. When the system pressure reaches the spring-set value on the DR valve, the control mechanism acts to reduce the pump's displacement, delivering only the flow required to maintain the set pressure. This functionality is sometimes referred to as "Pressure Cut-Off" in some pump literature. It's important to note that a system safety valve is still essential because the DR control's response is relatively slow compared to sudden pressure shocks; the safety valve handles transient pressure spikes.
4. What is the difference between DRG and DP control types?
Both DRG and DP are forms of constant pressure control, but they are designed for different appliions:
  • DRG (Remote Pressure Control): Allows the pressure setpoint for the pump to be adjusted remotely via an external pressure control valve.
  • DP (Multi-Pump Parallel Pressure Control): Specifically designed for systems where multiple pumps work in parallel. It contains an additional element (a variable orifice, valve 5) that mechanically links to the swangle. This design automatically compensates for differences between pumps, ensuring they share the load equally and operate at the same swashplate angle when working together at the set pressure. The DP control has a larger control deviation (~6.5 bar) compared to DRG (~3 bar).
5. Why might multiple A4VSO DR pumps in parallel cause system vibration?
When multiple pumps with standard DR controls are set to the same pressure and run in parallel, slight inherent differences in their response characteristics and pressure settings can cause them to not reduce displacement (cut off) at exactly the same time and rate. This lack of synchronization can lead to interactions between the pumps, resulting in pressure fluctuations and potentially causing severe pipeline vibration.
6. What are the key specifiions of the A4VSO series?
  • Common Displacement Specifiions (ml/rev): 40, 71, 125, 180, 250, 355, 500, 750
  • Nominal Pressure: 350 bar
  • Peak Pressure: 400 bar
  • Bearing: Features a specially designed, long-life, high-precision full roller bearing
  • Shaft: Through-shaft design allows for mounting additional pumps to form a multi-pump group
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Rexroth A4VSO125 Hydraulic Piston Pump 125ml/rev 1800rpm

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Brand Name :
Rexroth
Model Number :
A4VSO180DR/30R-PPB13N00 A4VSO125EO2/30R-VPB25N00 A4VSO125EO2/30R-VZB13N00 A4VSO125EO2/30R-PZB13N00 A4VSO125EO2/30R-VPB13N00
Certifiion :
ISO
Place of Origin :
German
MOQ :
1
Price :
2
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Rexroth A4VSO125 Hydraulic Piston Pump 125ml/rev 1800rpm
Rexroth A4VSO125 Hydraulic Piston Pump 125ml/rev 1800rpm

Quanzhou Yisenneng Hydraulic Electromechanical Equipment Co., Ltd.

Verified Supplier
2 Years
fujian
Business Type :
Manufacturer, Exporter
Total Annual :
1 million-10 millon
Employee Number :
>50
Certification Level :
Verified Supplier
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