The pump is manufactured by Kawasaki, a renowned company known for producing top-quality hydraulic equipment.
Type: Variable displacement axial piston pump
The A4VSO series is an axial piston pump, meaning it uses pistons arranged in a circular pattern to generate hydraulic pressure.
Displacement: 71 cc/rev
The displacement refers to the volume of fluid the pump can deliver per revolution. In this case, the pump has a displacement of 71 cubic centimeters per revolution.
Pressure: Up to 280 bar (4060 psi)
The pump is capable of delivering hydraulic pressure of up to 280 bar or 4060 pounds per square inch (psi). This high-pressure capability makes it suitable for demanding applications.
Rotation: Clockwise (Right-hand)
The pump rotates in a clockwise direction, also known as right-hand rotation. This specification is essential for proper installation and compatibility with other components.
Mounting: Flange mounting with SAE B 2-bolt mounting flange
The pump is designed to be mounted using a flange with SAE B 2-bolt mounting flange configuration. This ensures secure and reliable installation.
Control: Pressure compensator with electric proportional control
The pump features a pressure compensator control mechanism, allowing it to maintain a consistent pressure output even when the load changes. Additionally, it is equipped with an electric proportional control system for precise pressure adjustment.
Ports: SAE straight thread O-ring ports
The pump has SAE straight thread O-ring ports for easy connection to hydraulic hoses and other components.
These ports ensure leak-free and secure connections.
Application: Industrial hydraulic systems
The A4VSO 71DRG/10R-PPB13N00 Kawasaki pump is commonly used in various industrial hydraulic systems. It is suitable for applications such as construction machinery, material handling equipment, agricultural machinery, and more.
Durability: High-quality construction for long service life
The pump is built with high-quality materials and precise engineering to ensure durability and long service life. It can withstand demanding operating conditions and provide reliable performance over time.
Efficiency: High volumetric and mechanical efficiency
The pump is designed to deliver high volumetric and mechanical efficiency, resulting in optimal power transfer and reduced energy consumption. This efficiency contributes to overall system performance and cost-effectiveness.
