315Bar Industrial Machinery Piston Pump for Mining Equipment with Cast Iron Body

315Bar Industrial Machinery Piston Pump for Mining Equipment with Cast Iron Body

Features:

1. Imported precision measuring instruments are used to verify machining accuracy of this piston pump, ensuring strict tolerance control.

2. The CY14-1B axial piston pump can operate stably in both high and low temperatures, adapting to extreme climates.

3. Fast dynamic response makes this piston pump suitable for applications requiring frequent start-stop and variable load operations.

4. The high mechanical efficiency of this axial piston pump reduces drive power requirements and lowers system energy consumption.

5. High interchangeability of internal components in this piston pump simplifies maintenance and reduces spare parts inventory.

6. Wear-resistant guide sleeves in the CY14-1B axial piston pump improve piston stability and reduce cylinder block wear.

7. Each piston pump is fully performance-tested before delivery to ensure compliance with technical specifications.

8. The CY14-1B axial piston pump supports parallel or series configuration to expand hydraulic system flow and pressure capacity.

9. Low outlet pulsation of this piston pump protects hydraulic actuators from pressure shocks.

10. Optimized swash plate angle in this axial piston pump increases volumetric efficiency and improves smooth low-speed operation.

Technical data:

Specifications:

Applications:

Competitive Advantage:

1. The CY14-1B axial piston pump provides rapid response and flexible flow adjustment, adapting to complex load conditions and multi-operational scenarios. This piston pump enables precise hydraulic control and dynamic load balancing, improving equipment accuracy, production efficiency, and system safety. It is ideal for high-end hydraulic machinery and automated production lines, delivering reliable, high-performance hydraulic power under demanding operational requirements. By combining fast response, precise flow control, and robust construction, this hydraulic pump ensures optimal performance, reduces downtime, and supports efficient, safe, and high-precision industrial processes.

2. The CY series axial piston pump delivers high flow precision and stable pressure regulation, maintaining consistent hydraulic system output even under dynamic load fluctuations and complex operational conditions. This hydraulic pump ensures operational stability for precision machinery and automated equipment, improving product manufacturing accuracy and overall production efficiency. By reducing energy consumption and operational costs, it supports sustainable industrial practices. Suitable for applications in metallurgy, injection molding, and construction machinery, this piston pump combines reliability, precision, and energy efficiency, making it an indispensable hydraulic power component for high-demand industrial environments where consistent performance is critical.

3.  The CY14-1B hydraulic pump is manufactured using high-temperature and corrosion-resistant materials, ensuring long-term, stable operation in harsh environments such as metallurgy, chemical processing, and offshore applications. This axial piston pump minimizes leakage and wear, extending the service life of hydraulic equipment and enhancing system reliability and safety. By reducing maintenance frequency and operational costs, it provides cost-effective, dependable performance. The pump delivers precise, responsive hydraulic power for demanding industrial operations, making it an ideal solution for critical hydraulic systems that require durability, high efficiency, and reliability in challenging environmental conditions.

The Analysis For CM Series Piston Pump Common Breakdown:

1. Under harsh operating conditions, the CY14-1B piston pump may experience shaft misalignment or improper installation, leading to abnormal vibration. This accelerates piston wear, reduces efficiency, and increases noise levels. In severe cases, it can cause pump damage or system failure. Regular inspection of pump installation accuracy and axial clearances, along with adjustments or component replacement, is essential to maintain optimal performance. This axial piston pump fault, if neglected, can compromise industrial hydraulic system reliability, decrease production efficiency, and increase maintenance costs. Proper alignment and installation practices ensure stable, efficient, and long-lasting hydraulic operation.

2. During continuous high-load operation, the CY series axial piston pump may experience elevated pump body temperatures, hydraulic oil degradation, and reduced lubrication performance. This increases piston friction, accelerates seal aging, and causes flow fluctuations, adversely affecting hydraulic system stability and equipment precision. To mitigate these issues, effective cooling should be implemented, hydraulic fluid cleanliness maintained, and operational loads kept within rated limits. This piston pump fault, if ignored, can lead to decreased efficiency, higher maintenance costs, and potential system downtime. Proper monitoring, preventive maintenance, and thermal management ensure reliable and consistent hydraulic power delivery in demanding industrial environments.

3. During long-term operation, the CY14-1B piston pump may accumulate deposits or experience contamination blocking internal passages, restricting piston movement, causing pressure fluctuations, and reducing flow output. This is particularly common when hydraulic fluid quality is poor or filters are not maintained. To prevent these issues, regular cleaning of the pump interior and hydraulic circuits is necessary, and maintaining clean hydraulic fluid is essential. This axial piston pump fault, if neglected, can compromise system efficiency, reduce operational reliability, and shorten equipment lifespan. Ensuring fluid cleanliness and proper filtration supports stable, precise, and high-performance hydraulic operation in industrial applications.