A4VSO40 Rexroth Axial Piston Pump For Industrial Hydraulics 350 Bar 2600 RPM

A4VSO40 Rexroth Axial Piston Pump for Industrial Hydraulics 350 Bar 2600 RPM

Features:

1. Allows any installation position to accommodate diverse application requirements.

2. Suitable for variable-speed drives, enhancing system efficiency.

3. HF operation with reduced data possible; special version available for HFC operation.

4. High power-to-weight ratio offers higher performance density.

5. Constructed with primary materials like cast iron, copper, and steel, ensuring robust and durable structure.

6. Suitable for hydraulic oil media, ensuring compatibility and performance.

7. Designed with through-shaft structure, achieving rated pressure up to 35MPa.

8. Adjustable swashplate angle allows flexible flow regulation.

9. Rugged and durable high-pressure pump suitable for industrial applications.

10. Specifications range from 40 to 1000, meeting various requirements.

Technical data:

Specifications:

Applications:

1. In agricultural machinery, the Rexroth A4VSO variable pump operates as a high-efficiency axial piston pump delivering precise control and reliable fluid power for tasks such as harvesting, planting, and irrigation. Its variable displacement feature and low-noise performance optimize energy use and reduce wear under continuous field operations. The pump’s modular design, high-pressure capacity, and integrated diagnostics ensure minimal downtime, improved productivity, and sustainable performance across diverse agricultural applications, ultimately enhancing farming efficiency and crop management for exceptional overall field results.

2. In modern agricultural machinery, the Rexroth A4VSO variable pump functions as a reliable hydraulic pump that delivers high fluid power and adaptive flow control for diverse farming operations. Its innovative variable displacement and low internal leakage technology reduce energy waste and prolong component lifespan. The pump’s robust modular design and integrated monitoring systems ensure consistent performance under variable load conditions, thereby enhancing field productivity, reducing maintenance intervals, and contributing to sustainable agricultural practices for optimal crop production outcomes with reliability.

3. In mining equipment, the Rexroth A4VSO variable pump is deployed as a rugged piston pump designed to withstand harsh underground conditions while delivering consistent high-pressure performance. Its variable displacement capability and efficient swashplate mechanism offer excellent energy efficiency and rapid responsiveness. The pump’s durable, modular construction minimizes downtime and maintenance costs, ensuring reliable operation in continuous mining cycles. It significantly enhances equipment productivity and safety by providing precise fluid control under extreme load variations for optimal mining operations, ensuring durability.

4. IIn mining operations, the Rexroth A4VSO variable pump functions as a highly efficient axial piston pump that delivers robust fluid power and precise flow regulation essential for heavy-duty extraction processes. Its innovative design, featuring variable displacement and low-pressure pulsation control, ensures optimal energy utilization and operational stability in demanding subterranean environments. The pump’s modular architecture and integrated diagnostics reduce maintenance intervals, thereby enhancing mining productivity and safety, while supporting rigorous performance standards required for modern mining applications for exceptional efficiency.

Competitive Advantage:

1. Combining modular design with integrated diagnostic features, the Rexroth A4VSO variable pump stands out as a versatile hydraulic pump, offering precise pressure control and dynamic swashplate adjustment that optimize energy consumption and reduce maintenance intervals, making it the preferred solution for industrial machine tools, injection molding machines, and offshore applications for unmatched reliability.

2. The advanced design of the Rexroth A4VSO variable pump delivers high-volumetric efficiency and low internal leakage, making this reliable piston pump ideal for applications requiring consistent fluid flow, precise modulation, and extended service life, while its innovative pre-compression technology effectively minimizes pressure pulsation for superior operational performance in every operation.

3. Featuring a compact structure and universal installation capability, the Rexroth A4VSO variable pump serves as an efficient axial piston pump that meets the demands of automated production lines, rail hydraulic systems, and marine applications by ensuring rapid response times and precise flow regulation for optimal performance in all conditions today.

4. With its innovative modular design and variable drive options, the Rexroth A4VSO variable pump delivers exceptional adaptability, making this versatile hydraulic pump the preferred choice for applications in press forging, oil and gas drilling platforms, and wind turbine pitch systems by optimizing energy usage and maintenance efficiency for unmatched reliability.

The Analysis For Rexroth A4VSO Piston Pump Common Breakdown:

1. A common fault observed in the Rexroth A4VSO variable pump is internal leakage due to seal wear, which can cause inconsistent fluid flow and reduced efficiency. This hydraulic pump failure may lead to elevated operating temperatures and pressure instability, requiring timely maintenance and seal replacement to restore optimal performance adequately.

2. A potential fault in the Rexroth A4VSO variable pump is low flow output caused by blockages in the inlet filter or contamination within the hydraulic fluid, which restricts the pump’s performance. This piston pump malfunction necessitates thorough cleaning and filter replacement to restore optimal system efficiency and maintain reliable operation.

3. An intermittent fault in the Rexroth A4VSO variable pump is sporadic noise spikes during operation, often resulting from misalignment or wear of the swashplate assembly. This hydraulic pump anomaly can indicate early mechanical wear, requiring detailed inspection, realignment, or replacement of worn components to prevent further damage and ensure reliability.