Industrial Machinery Piston Pump with Cast Iron Body for Industrial Hydraulic Sys

Industrial Machinery Piston Pump with Cast Iron Body for Industrial Hydraulic Sys

Features:

1. The CY14-1B axial piston pump adopts a high-precision valve plate and cylinder block design to ensure stable flow output under high-pressure conditions, minimizing internal leakage.

2. The pump housing of this industrial piston pump is made of high-strength alloy steel with carburizing and quenching treatment, enhancing wear resistance and fatigue strength for long-term continuous operation.

3. The CY14-1B axial piston pump delivers high volumetric efficiency at rated pressure, reducing energy loss and improving overall hydraulic system performance.

4. Featuring an optimized swash plate structure, this piston pump ensures pistons receive uniform force, reducing mechanical vibration and noise during operation.

5. The pump shaft of the CY14-1B axial piston pump is made from premium alloy steel with high-frequency quenching, ensuring strength and durability under high torque transmission.

6. Seals in this hydraulic piston pump are made of high-temperature and oil-resistant fluororubber, ensuring excellent sealing performance under high temperature and high pressure.

7. The CY14-1B axial piston pump uses a hydrostatically balanced valve plate design to reduce friction and extend rotor assembly service life.

8. Its compact design makes this piston pump suitable for installation in space-limited hydraulic systems while maintaining high power density.

9. The CY14-1B axial piston pump is suitable for mining machinery, metallurgical equipment, and construction machinery, meeting harsh working condition demands.

10. The valve plate set of this piston pump undergoes precision grinding to ensure smoothness, improving volumetric efficiency and pressure capacity.

Technical data:

Specifications:

Applications:

Competitive Advantage:

1. The CY14-1B axial piston pump is constructed from high-strength steel and precision-engineered components, ensuring long-term stability under high-pressure and heavy-load operating conditions. This piston pump significantly reduces equipment failure rates and maintenance costs, enhancing the overall reliability of hydraulic systems. It is suitable for a wide range of applications including metallurgy, injection molding, and construction machinery. By providing efficient and stable hydraulic power, this pump ensures consistent performance, supports energy-efficient operation, and improves the productivity and safety of industrial equipment, making it an essential choice for high-demand hydraulic applications.

2. The CY14-1B hydraulic pump features optimized flow channels and a low-pulsation design that ensures smooth hydraulic output, minimizes system vibrations, and extends the service life of hydraulic components. This axial piston pump also enhances energy efficiency, supporting sustainable and cost-effective operation. It meets the stringent demands of modern industrial hydraulic systems requiring high performance and precision. By providing stable, responsive, and energy-efficient hydraulic power, this piston pump is ideal for applications in high-precision hydraulic control environments, contributing to improved productivity, reduced operational costs, and extended equipment longevity.

3.  The CY14-1B piston pump is equipped with wear-resistant, high-hardness pistons and precision seals, maintaining high volumetric efficiency and minimal leakage even under high-temperature, particulate-laden, and continuous-load conditions. This hydraulic pump significantly enhances system reliability and extends equipment life. It is especially suitable for demanding hydraulic applications such as metallurgical processing, tunnel construction, and port crane operations. By delivering consistent, high-performance hydraulic power, this axial piston pump ensures precise control, reduces maintenance frequency, and supports the continuous operation of critical industrial machinery, making it a reliable choice for challenging operational environments.

The Analysis For CY Series Piston Pump Common Breakdown:

1. The CY14-1B axial piston pump may experience accelerated piston wear during continuous high-pressure operation, resulting in reduced flow output. This issue is typically caused by insufficient lubrication or contaminated hydraulic oil. Worn pistons decrease the volumetric efficiency of the pump, affecting the stability of hydraulic system pressure and potentially compromising the operational accuracy of automated machinery or construction equipment. To mitigate this, it is essential to monitor hydraulic fluid cleanliness, ensure proper lubrication, and replace worn components promptly. This hydraulic pump fault, if unaddressed, can lead to decreased production efficiency, increased maintenance costs, and possible system downtime in industrial applications where precision and reliability are critical.

2. When the CY14-1B piston pump operates in prolonged high-temperature environments, seal aging and leakage can occur. Heat-induced expansion or hardening of seals causes hydraulic oil leakage, pressure drops, and reduced system efficiency. This increases energy consumption and the risk of equipment failure. Such issues are particularly common in high-temperature applications like metallurgy or chemical processing. To prevent these problems, regular inspection of seals and the use of high-temperature-resistant sealing materials are essential. This axial piston pump fault, if ignored, can compromise industrial production reliability, increase maintenance costs, and reduce the overall performance and longevity of the hydraulic system.

3. The CY14-1B axial piston pump may exhibit delayed response or flow fluctuations under frequently changing load conditions. This is primarily caused by excessive internal piston clearances or improperly adjusted hydraulic control valves. Such fluctuations lead to unstable dynamic control of the hydraulic system, affecting the operational precision of automated production lines and precision machinery. To address this, valve parameters should be adjusted, and internal pump clearances should be inspected to ensure they meet specifications. This hydraulic pump issue, if left unresolved, can degrade system stability, reduce operational efficiency, and increase the risk of equipment wear or downtime in industrial environments requiring consistent hydraulic performance.