Cast Iron Hydraulic Piston Pump 260L/Min Flow Capacity For Havesting Machinery

260L/Min Flow Capacity Havesting Machinery Piston Pump Cast Iron Material Specs

Features:

1. Swashplate design ensures efficient conversion of rotary motion to hydraulic energy.
2. Optimized for mobile and off‐road hydraulic systems, meeting demanding field conditions.
3. Optional integrated charge pump (impeller) improves self-suction performance.
4. External power control adjustment allows real-time tuning during operation.
5. Output flow is directly proportional to drive speed ensuring system accuracy.
6. Compact and lightweight design for space-saving installations.
7. High power density delivers robust performance within a limited footprint.
8. Robust construction ensures long-term reliability in harsh environments.
9. Integrated cooling features help maintain optimal operating temperatures.
10. Low maintenance requirements and easy serviceability reduce downtime.

Technical data:

With charge pump (A11VLO)

Specifications:

Applications:

1. In military vehicle applications, the Rexroth pump delivers outstanding hydraulic performance with robust vibration resistance and reliable power output. This piston pump incorporates advanced self-priming technology and intelligent control systems to ensure continuous operation in extreme combat environments. Its compact design and high power density allow it to quickly adapt to dynamic load changes, enhancing vehicle maneuverability and safety. The smart monitoring system optimizes hydraulic output in real time, reducing maintenance needs and operational costs. With proven durability and performance under harsh conditions, this axial piston pump is a critical power unit in modern military vehicles, offering dependable support for complex operations.

2. In high-demand military vehicle applications, the Rexroth pump provides stable and efficient hydraulic power with exceptional control capabilities. This hydraulic pump is designed to perform reliably under extreme temperatures and heavy vibrations, ensuring rapid response to diverse operational demands. Its compact design allows easy integration into various military platforms, reducing weight and energy consumption while enhancing safety. With a smart monitoring system offering real-time feedback, this piston pump automatically adjusts hydraulic output to maximize vehicle performance and mission effectiveness, making it an indispensable power unit in modern military vehicles.

3. In road construction equipment, the Rexroth pump delivers consistent and precise hydraulic power through advanced flow regulation and efficient energy conversion. This axial piston pump is engineered to perform reliably under high-speed operations and frequent load changes, ensuring optimal performance during paving, rolling, and maintenance tasks. Its compact design and intelligent control technology enable easy integration, reducing energy consumption and maintenance costs. The smart monitoring system continuously optimizes flow output based on real-time data, enhancing overall system efficiency and safety. With exceptional durability and high performance, this piston pump is a key component in modern road construction, driving enhanced productivity and quality in infrastructure projects.

Competitive Advantage:

1. The Rexroth hydraulic pump integrates efficient energy conversion, intelligent monitoring, and adaptive control functions to achieve continuous high-pressure output and low energy consumption even under complex operating conditions, effectively reducing maintenance frequency and enhancing system stability, while providing reliable power support for diverse engineering applications, thereby significantly strengthening an enterprise's technological competitiveness in the global market.

2. The Rexroth axial piston pump utilizes advanced variable displacement technology and high-precision manufacturing processes to achieve accurate flow control in both mobile and industrial applications, ensuring that equipment maintains efficient and stable performance under varying conditions while significantly reducing energy consumption and maintenance costs, thereby enabling sustainable development and establishing a benchmark for outstanding technological excellence in the industry.

3. The Rexroth hydraulic pump, with its innovative design and advanced hydraulic control technology, has established an outstanding performance standard in global mobile and industrial sectors by delivering precise flow regulation, low energy consumption, and long-term stable output, significantly reducing maintenance costs and equipment downtime, thereby driving high operational efficiency and sustainable development, making it the market's leading technological choice.

The Analysis For Rexroth Axial Piston Pump Common Breakdown:

1. Overheating shutdown risks are typically caused by inadequate cooling, prolonged overload, or cooling system malfunctions, resulting in excessive temperatures that trigger automatic shutdowns and interrupt operations. It is recommended to inspect the cooling apparatus, monitor temperature fluctuations, and repair any cooling issues. This hydraulic pump must remain within safe temperature limits to ensure uninterrupted, efficient performance under heavy loads.

2. Automatic adjustment failure may occur due to faults in the electronic control module, sensor inaccuracies, or damaged actuators, preventing the system from timely adjusting flow and pressure in response to load changes. It is recommended to inspect the control module, recalibrate sensors, and repair or replace actuators. This axial piston pump depends on accurate automatic adjustments to ensure optimal performance.

3. Internal blockage issues may be caused by contaminants, sediment buildup, or oil contamination, resulting in partial blockage of the oil circuit and reduced flow and pressure output. Blockages lower efficiency and increase fault risks. It is recommended to regularly clean internal passages, inspect the filtration system, and remove any obstructions. This hydraulic pump must maintain clear oil channels to ensure reliable operation and optimal performance.