Compact Agricultural Axial Piston Motor with Heat-Treated Steel for Mobile Hydraulic

Compact Agricultural Axial Piston Motor with Heat-Treated Steel for Mobile Hydraulic

Features:

1. The CM14-1B axial piston motor adopts a high-precision valve plate and cylinder block design to ensure stable flow output under high-pressure conditions, minimizing internal leakage.

2. The CM14-1B axial piston motor delivers high volumetric efficiency at rated pressure, reducing energy loss and improving overall hydraulic system performance.

3. The motor shaft of the CM14-1B axial piston motor is made from premium alloy steel with high-frequency quenching, ensuring strength and durability under high torque transmission.

4. The CM14-1B axial piston motor uses a hydrostatically balanced valve plate design to reduce friction and extend rotor assembly service life.

5. The CM14-1B axial piston motor is suitable for mining machinery, metallurgical equipment, and construction machinery, meeting harsh working condition demands.

6. Modular structural design of the CM14-1B axial piston motor facilitates maintenance and component replacement, reducing downtime and costs.

7. Pistons in this axial piston motor are precision-ground and chrome-plated to enhance wear resistance and reduce friction losses.

8. Low operating noise of the CM14-1B axial piston motor meets industrial noise control standards, enhancing workplace comfort.

9. Equipped with an anti-corrosion coating, the CM14-1B axial piston motor is suitable for marine engineering and high-humidity applications.

10. The CM14-1B axial piston motor features an integral casting housing with high deformation resistance, preventing failure under high-pressure impacts.

Technical data:

Specifications:

Applications:

Competitive Advantage:

1. The CM series axial piston motor is capable of operating reliably under high-temperature, high-pressure, and heavy-load conditions, ensuring stable hydraulic system output even in extreme environments. This piston motor enhances equipment reliability, system safety, and extends service life. It is particularly suitable for demanding industrial applications such as metallurgy, mining, ports, and tunneling operations. By providing precise, consistent, and durable hydraulic power, this hydraulic motor ensures high-performance operation, minimizes downtime, and supports efficient, safe, and continuous operation in complex industrial hydraulic systems.

2. The CM14-1B axial piston motor provides rapid response and precise control, adapting to variable loads and complex operational scenarios. This piston motor enables dynamic balancing and high-precision control of hydraulic systems, improving equipment operational stability and production efficiency. It is an ideal hydraulic power solution for automated production lines, high-end construction machinery, and precision hydraulic equipment. By delivering consistent, responsive, and high-performance hydraulic flow, this hydraulic motor ensures smooth operation, reduces downtime, and supports efficient, precise, and reliable performance across demanding industrial applications.

3.  The CM series axial piston motor utilizes high-precision machining and tight tolerance control, ensuring precise fit between the motor body and pistons. Even during long-term, high-pressure, continuous operation, this piston motor maintains high volumetric efficiency and minimal leakage. It enhances hydraulic system stability, extends equipment lifespan, and ensures reliable performance in demanding industrial environments. Ideal for high-end construction machinery and automated production lines, this hydraulic motor provides precise, consistent, and efficient hydraulic power, supporting critical applications where reliability, performance, and durability are essential for operational success.

The Analysis For CM Series Piston Motor Common Breakdown:

1. In harsh environments or when hydraulic fluid is contaminated, the CM series axial piston motor may experience piston sticking or chamber blockage, leading to unstable hydraulic output, reduced flow, and decreased efficiency. Regular cleaning of motor chambers, maintaining fluid cleanliness, and timely replacement of worn components are essential. This piston motor fault, if not addressed, can reduce system reliability, increase operational risk, and compromise equipment performance. Ensuring proper maintenance and fluid management supports stable, precise, and high-performance hydraulic power delivery, safeguarding the reliability of industrial hydraulic systems.

2. Over long-term use, the CM14-1B piston motor may experience increased internal leakage or reduced volumetric efficiency, primarily caused by piston wear, seal aging, or improper motor chamber clearances. This leads to pressure drops, higher energy consumption, and reduced equipment operational efficiency. Regular inspection of worn components, maintenance of seals, and adjustment of motor clearances are essential to ensure stable system performance. This axial piston motor fault, if neglected, can compromise system reliability, increase maintenance costs, and reduce operational lifespan. Proper maintenance ensures consistent, precise, and efficient hydraulic power delivery in demanding industrial applications.

3. During prolonged high-pressure operation, the CM series axial piston motor may experience hydraulic cavitation, leading to piston surface damage, reduced motor efficiency, and unstable system pressure. This issue is particularly pronounced when hydraulic oil temperature is too high or inlet filtration is insufficient. To mitigate cavitation, hydraulic fluid quality should be checked regularly, operating temperatures controlled, and efficient filtration systems installed. This piston pump fault, if neglected, can decrease system reliability, increase maintenance costs, and reduce equipment lifespan. Proper preventive measures ensure consistent, high-performance, and precise hydraulic power delivery in industrial applications.