Parker PVP Series Open-Circuit Economical Axial Piston Pumps

I. Core Technical Parameters

II. Key Features and Advantages

1. Economical Design, Reducing Comprehensive Costs

• Efficient and Energy-Saving: Adopts advanced valve distribution technology to reduce internal leakage, improve volumetric efficiency, and lower energy consumption costs
• Easy Maintenance: Two-piece housing design for quick disassembly and maintenance, reducing downtime
• Durable Components: Replaceable bronze-clad valve plates and piston shoe plates extend service life and reduce replacement costs
• High Cost Performance: While ensuring performance, it is priced economically, suitable for projects with limited budgets

2. Reliable Performance, Stable Operation

• High-Strength Cast Iron Housing: Provides excellent rigidity and vibration resistance, ensuring stable operation under harsh working conditions
• Low Noise Level: Optimized internal structure design reduces pressure pulsation and fluid noise, improving the working environment
• Fast Response: The control mechanism is sensitive, can quickly adapt to load changes, and improve system dynamic performance
• Strong Self-Priming Capacity: Reliable self-priming can be achieved at higher speeds, reducing the need for auxiliary equipment

3. Flexible Adaptation, Wide Application

• Multiple Control Methods: Supports multiple control options such as pressure compensation, power compensation, and remote control to meet different system requirements
• Easy Installation: Optional metric pilot, shaft and port configurations, adapting to equipment installation of different global standards
• Multi-Pump Combination: Supports parallel or series use of multiple pumps, which can meet the flow and pressure requirements of complex hydraulic systems

III. Control Method Options

IV. Structural Design Highlights

1. Swashplate Working Principle: The drive shaft drives the cylinder block to rotate, and the swashplate pushes the plunger to reciprocate, realizing oil suction and oil discharge through the change of the volume of the sealed cavity
2. Symmetrical Design: Optimized flow channel design reduces pressure loss and fluid noise
3. High-Strength Bearings: Uses high-quality bearings to bear axial and radial loads, extending service life
4. Standardized Interfaces: ISO standard mounting flanges and oil ports for easy system integration and replacement

V. Typical Application Fields

1. Industrial Machinery: Machine tools, forging equipment, metallurgical machinery, plastic machinery, hydraulic workstations
2. Mobile Machinery: Construction machinery, agricultural machinery, mining machinery, forestry machinery, material handling equipment
3. Special Vehicles: Sanitation vehicles, aerial work platforms, fire vehicles, port machinery
4. Energy Field: Power station auxiliary equipment, wind power generation hydraulic systems, petroleum machinery
5. Other Applications: Ship deck machinery, aviation ground equipment, test bench systems

VI. Selection and Notes

1. Displacement Selection: Calculate the appropriate displacement according to the required flow and speed of the system (Q = n × V × ηv, where ηv is the volumetric efficiency)
2. Pressure Matching: Ensure that the system working pressure does not exceed the rated pressure of the pump, and avoid long-term operation at peak pressure
3. Control Method: Select the appropriate control type according to the system function requirements, such as pressure compensation control for constant pressure systems
4. Installation and Maintenance:
   1. Ensure the pump’s installation foundation is firm to avoid vibration affecting performance
   2. Correctly connect the oil inlet and outlet to ensure oil cleanliness (NAS Class 9 or higher is recommended)
   3. Regularly check oil temperature and contamination, and replace hydraulic oil and filter elements as required
   4. Use original accessories during maintenance to ensure performance and safety