A10V(S)O Hydraulic Piston Pump ISO Flange 3300 RPM Construction Machinery Use

Product Specification

Construction Machinery Piston Pump ISO Flange 3300 RPM Construction Machinery Use

Features:

1. High volumetric efficiency (>95%).
2. Wide viscosity compatibility (15-1000 cSt).
3. Contamination resistance (ISO 4406 20/18/15 class).
4. Temperature adaptability (-25°C to +80°C).
5. Low hysteresis characteristics (precise pressure control).
6. Multiple sealing material options (NBR/FKM).
7. Leakage monitoring ports (optional sensor integration).
8. Energy-saving mode (delivers only required flow).
9. ISO standard mounting flange (SAE port connections).
10. Shock and vibration resistance (DIN 45635 compliant).

Technical data:

Specifications:

Applications:

1. In hydraulic test benches, the A10V(S)O operates as a sophisticated axial piston pump that offers highly accurate flow and pressure control for equipment validation. Its variable displacement feature allows for fine-tuning of test parameters, ensuring that hydraulic systems are rigorously evaluated under simulated working conditions. This hydraulic pump delivers consistent performance, aiding in comprehensive diagnostics and quality assurance testing. The robust design and precise control make it an invaluable tool for research and development in hydraulic technology, effectively.

 

2. The A10V(S)O enhances hydraulic test benches as a reliable piston pump that ensures accurate simulation of real-world hydraulic conditions. Its adjustable swashplate mechanism and variable displacement control allow engineers to replicate diverse pressure scenarios for system testing. This hydraulic pump delivers steady performance under varying load conditions, making it ideal for calibration and performance evaluation in laboratory environments. Its advanced design supports thorough diagnostics, ensuring that testing outcomes are both precise and consistent throughout the evaluation process, efficiently.

 

3. In crane hydraulic systems, the A10V(S)O functions as an essential axial piston pump that delivers consistent hydraulic power for lifting and maneuvering heavy loads. Its advanced variable displacement technology ensures smooth operation and precise control, even under sudden load changes. This hydraulic pump enhances crane stability and operational safety while reducing energy consumption and maintenance intervals. With its robust design and optimized performance, it supports efficient and reliable crane operations in diverse industrial and construction environments for excellence.

 

4. The A10V(S)O is widely used in crane hydraulic systems as a reliable piston pump that maintains steady pressure for lifting operations. Its innovative variable displacement mechanism offers rapid adjustments to changing load demands, ensuring smooth and secure crane movement. Designed for durability and energy conservation, this hydraulic pump minimizes operational disruptions and supports high-capacity lifting tasks. Its robust performance and precision control enhance overall safety and efficiency, making it an indispensable component in modern crane applications with excellence.

 

 

Competitive Advantage:

1. Featuring advanced control technology and a robust, compact design, this hydraulic pump is optimized for smooth operation, delivering consistent pressure, precise flow rates, and energy-efficient performance, which ensures enhanced productivity, reduced maintenance efforts, and reliable system operation in a wide variety of industrial and mobile applications every single day consistently.

2. Optimized for extreme performance and high reliability, this piston pump employs innovative hydraulic design and precision engineering to deliver stable flow, accurate pressure regulation, and reduced energy consumption, making it an indispensable component in complex systems where operational efficiency and minimal downtime are critical for industrial success every single day.

3. Featuring a high-efficiency design and advanced materials, this axial piston pump offers precise flow modulation, exceptional durability, and optimized energy usage, thereby reducing operational costs and enhancing overall system performance in challenging applications, making it a top choice for industries demanding reliable, efficient, and high-quality hydraulic solutions every single day.

4. Engineered with state-of-the-art technology, this hydraulic pump features advanced digital control, robust construction, and precise volumetric regulation, ensuring stable performance, reduced energy losses, and minimal maintenance, making it an ideal solution for demanding industrial applications and mobile machinery that require high reliability and cost-effective operation every single time.

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

1. Pressure pulsation within the hydraulic pump system, often caused by fluctuating load demands or unstable flow regulation, can induce mechanical vibrations and cyclic stresses that reduce the lifespan of components; therefore, it is advisable to incorporate damping mechanisms, adjust control parameters, and utilize a piston pump engineered for stable pressure output to minimize pulsation effects and maintain system integrity efficiently.

2. Electromagnetic interference affecting the hydraulic pump’s electronic controls can cause erratic operation, communication errors, and unintended fluctuations in performance, potentially leading to system malfunctions; therefore, it is important to implement proper shielding, grounding practices, and use a hydraulic pump integrated with noise reduction technologies to minimize EMI effects and ensure stable, accurate control across the entire system for long-term reliability.

3. A failure in the overheat protection mechanisms of the hydraulic pump can result in the pump continuing to operate under excessive temperature conditions, which may cause severe oil degradation, increased wear, and catastrophic component failure; therefore, it is critical to test thermal sensors, maintain cooling circuits, and employ an axial piston pump with reliable overheat safeguards to protect the system.