A10VSO28DR Rexroth Piston Axial Pump SAE Flange 350 Bar Peak Pressure

Product Specification

A10VSO28DR Rexroth Axial Piston Pump SAE Flange 350 Bar Peak Pressure

Features:

1. Designed for energy-efficient operation by reducing internal losses and maximizing hydraulic performance..
2. Capable of operating under high-pressure conditions without compromising efficiency or reliability.
3. Engineered with low friction components to reduce wear and improve operational efficiency.
4. Equipped with integrated protection features such as overload and overpressure safeguards for enhanced safety.
5. Features a maintenance-friendly design that simplifies servicing and minimizes system downtime.
6. Designed for quick and easy installation, facilitating efficient system integration and reduced commissioning time.
7. Provides reliable performance under variable load conditions with stable dynamic response characteristics.
8. Optimized fluid dynamics ensure maximum hydraulic performance and minimized turbulence.
9. Uses high durability components that enhance long-term reliability and operational lifespan.
10. Adheres to strict industry standards, ensuring consistent quality and performance in diverse hydraulic applications.

Technical data:

Specifications:

Applications:

1. For mobile hydraulic power units, the A10V(S)O serves as a high-performance hydraulic pump that provides versatile and reliable power in mobile machinery. Its advanced variable displacement system offers smooth flow regulation, ensuring consistent performance in dynamic field conditions. This axial piston pump is engineered to deliver high pressure and energy efficiency, making it ideal for mobile platforms such as service vehicles and mobile cranes. The pump’s robust design guarantees minimal maintenance and extended service life for continuous operation.

 

2. The A10V(S)O is essential for mobile hydraulic power units, acting as a reliable piston pump that supports diverse applications in off-road and industrial vehicles. Its precise variable displacement control delivers steady hydraulic flow even under fluctuating load conditions, ensuring optimal performance during transportation and operational transitions. Engineered for rugged durability and high energy efficiency, this hydraulic pump enhances mobility and operational safety, while its innovative design minimizes downtime and maintenance costs for superior performance in mobile environments, consistently.

 

3. In industrial automation equipment, the A10V(S)O serves as a cutting-edge axial piston pump that ensures precise hydraulic control for automated production systems. Its advanced variable displacement feature enables smooth transitions between different operational modes, thereby increasing machine accuracy and reliability. This hydraulic pump optimizes energy use while maintaining consistent performance under variable loads, making it ideal for robotic systems and automated assembly lines. The innovative design enhances safety, efficiency, and productivity in modern manufacturing environments for superior performance.

 

4. The A10V(S)O is extensively utilized in industrial automation equipment as a reliable piston pump that drives fluid power in automated systems and control circuits. Its adjustable swashplate mechanism provides dynamic flow regulation, ensuring rapid response and precision in high-speed manufacturing processes. Designed to deliver exceptional energy efficiency and minimal wear, this hydraulic pump supports continuous production operations while reducing maintenance downtime. Its robust performance and advanced design optimize production output in modern industrial automation settings for maximum reliability.

 

 

Competitive Advantage:

1. Featuring a modular design for ease of maintenance, this axial piston pump is engineered to provide consistent high-pressure output and reliable performance even under severe operating conditions, thereby offering significant energy savings, reduced operational costs, and enhanced system stability for a wide range of industrial applications every single day consistently.

2. Optimized for exceptional performance and energy efficiency, this hydraulic pump features a robust design, advanced control algorithms, and high-quality components, delivering steady flow and pressure regulation even under demanding conditions, which significantly improves operational reliability, reduces maintenance requirements, and enhances overall system productivity across multiple industries every single day consistently.

3. Designed to deliver optimal performance under variable load conditions, this piston pump features innovative hydraulic design and precision manufacturing, ensuring accurate flow control, reduced energy consumption, and reliable pressure stability, which makes it an excellent choice for enhancing overall system efficiency and meeting the rigorous demands of modern industrial applications.

4. Engineered for high dynamic response and precise control, this axial piston pump utilizes advanced materials and innovative design techniques to deliver reliable performance, superior energy efficiency, and extended service life, thereby significantly reducing operational downtime and maintenance costs in even the most challenging industrial applications every single day always.

The Analysis For Rexroth A10V(S)O Axial Piston Pump Common Breakdown: 

1. Improper installation of the hydraulic pump, including misalignment with the drive shaft or incorrect mounting angles, can introduce mechanical stresses that accelerate wear and lead to premature failure; therefore, it is imperative to follow manufacturer guidelines, use precise alignment tools, and employ an axial piston pump installation procedure that ensures optimal positioning and secure connections for reliable performance every time.

2. Insufficient lubrication within the hydraulic pump can result from degraded oil quality or neglecting scheduled oil changes, leading to increased friction, overheating, and accelerated wear of moving components; therefore, it is essential to monitor lubricant condition, adhere to maintenance schedules, and use a piston pump with efficient lubrication design to ensure smooth operation and extended service life under demanding conditions.

3. System overheating in the hydraulic pump may be caused by excessive ambient temperatures, malfunctioning cooling systems, or prolonged high-load operations, resulting in oil degradation, thermal expansion of components, and diminished performance; therefore, it is critical to maintain proper cooling mechanisms, monitor operating temperatures continuously, and select a hydraulic pump designed for efficient heat dissipation to prevent damage and ensure reliability.