Electric Control Harvester Axial Piston Motor for Precision Hydraulic Systems

Harvester Axial Piston Motor Electric Control for Precision Hydraulic Systems

Features:

1. Compact and robust bearing system

2. Cost reduction via elimination of gear shifts

3. Optimized starting characteristics

4. Pressure-compensated variable control

5. High-efficiency filtration system design

6. Axial piston swash plate structure

7. Multiple displacement versions available (EP/HD, etc.)

8. Low-noise operation characteristics

9. Heavy-duty application optimization

10. ISO 7368 mounting standard compliance

Technical data:

Specifications:

Applications:

Competitive Advantage:

1. Stepless Speed Smoothness‌: Continuously adjustable swashplate angles enable 0-100% displacement with under 1% speed fluctuation, perfect for CNC machine tools or pharmaceutical filling lines requiring micro-precision.

2. Engineered for versatility and longevity, the Rexroth A6VE variable motor leverages state-of-the-art variable displacement technology and robust design, integrating seamlessly with an axial piston pump to ensure precise control, enhanced energy efficiency, and consistent performance, thereby meeting the demanding requirements of modern industrial and mobile hydraulic systems worldwide across excellence.

3. Exhibiting exceptional performance under high-speed and high-precision conditions, the Rexroth A6VE axial piston motor’s low inertia and rapid response capabilities ensure continuous, stable power output during rapid transitions and precise positioning; this hydraulic motor significantly enhances machining accuracy and production efficiency in CNC machine tools, printing machinery, and automated assembly lines, meeting the stringent requirements of advanced industrial applications.

The Analysis For Rexroth A6VE Piston Motor Common Breakdown:

1. Torque adjustment errors in the Rexroth A6VE axial piston motor may be caused by unstable hydraulic oil flow or malfunction of internal regulation mechanisms, resulting in torque outputs that deviate from set values and affecting precision control. Such errors lead to decreased efficiency and increased energy consumption. Regular calibration of the control system and inspection of the adjustment mechanisms are essential to ensure accurate torque transmission and stable operation of this hydraulic motor.

2. Internal component resonance in the Rexroth A6VE piston motor can occur due to imbalances in system structure or mismatched frequency characteristics, leading to abnormal vibrations and increased noise during operation. Such resonance reduces efficiency and accelerates component fatigue. Adjusting the mounting base, optimizing structural design, and monitoring resonance frequencies are effective methods to eliminate or mitigate these resonance issues in this axial piston motor.

3. Coupling Wear‌: Cracked elastomer couplings result from misalignment or torque overload. Replace with polyurethane units and align to <0.1 mm/m parallelism.