Hydrostatic Drive Aixal Piston Motor Bent Axis Design For Steel Mills

Product Specification

Harvester Aixal Piston Motor for Steel Mills 180cm³ High Thermal Efficiency

Features:

1. Engineered in strict compliance with industry standards and international certification demands.
2. Superior temperature adaptability ensures stable operation across a broad thermal range.
3. Reinforced mechanical construction elevates impact resistance and fatigue strength for longevity.
4. Efficient thermal management system maintains temperature control under high load and speed conditions.
5. A full range of specifications is available to meet diverse hydraulic load and application requirements.
6. Bent-axis design with axial tapered piston rotary group
7. Suitable for hydrostatic drives in open and closed circuits
8. Output speed dependent on pump flow and motor displacement
9. Output torque increases with pressure differential and displacement
10. Finely graduated displacement sizes for diverse drive requirements

Technical data:

Specifications:

Applications:

Competitive Advantage:

1. Featuring a refined design and enhanced thermal management, our axial piston motor is engineered to operate efficiently under high-stress conditions, providing consistent power delivery, rapid thermal dissipation, and precise control while minimizing energy losses and component wear, thus ensuring long-term stability, reduced maintenance frequency, and overall cost savings for high-performance industrial systems.

2. Engineered for harsh industrial environments, our hydraulic motor combines robust mechanical integrity with advanced control features to deliver reliable, high-power performance under fluctuating conditions, reducing system downtime and maintenance intervals, enhancing operational safety, and providing consistent energy savings while seamlessly integrating with digital control platforms for optimal performance in complex and demanding applications worldwide, ensuring exceptional quality and utmost reliability.

3. Utilizing precision machining and innovative design principles, our piston motor is engineered to deliver high performance with remarkable consistency, offering excellent control accuracy, rapid dynamic response, and reduced operational vibrations which leads to improved process stability, minimized wear, and enhanced longevity in critical industrial applications across diverse sectors around the world, ensuring superior performance and unmatched reliability every single run consistently.

The Analysis For Rexroth A2FE Fixed Displacemen Piston Motor Common Breakdown:

1. Faults in the control system may be caused by sensor errors, signal interference, or software defects, resulting in unstable motor output and delayed response. This issue can compromise accurate load management and fluid pressure control, thereby affecting equipment performance. It is recommended to inspect electrical connections, calibrate sensors, and update software

2. During operation of the Rexroth offset axial piston metering motor A2FM, abnormal temperature rise and severe hydraulic oil contamination have been observed, leading to unstable output, increased noise, and excessive vibrations. This fault may be due to aging seals or deteriorated oil quality, necessitating immediate inspection, filter replacement, and system cleaning to restore proper performance and overall reliability effectively.

3.‌ ‌‌During operation, abnormal pressure fluctuations and delayed response have been detected in the system, likely caused by internal valve wear, control system lag, or unstable oil flow. It is recommended to thoroughly inspect the electronic control unit, filters, and sensors, adjust operating parameters, and restore consistent performance of the hydraulic motor for optimal system stability.