Axial Piston Design: The PVXS130 utilizes an axial piston design, which is well-known for its efficiency and reliability in hydraulic systems.
This design allows for high-pressure operation and ensures consistent performance over time.
Variable Displacement: This pump is a variable displacement pump, meaning that it can adjust its output flow rate to meet the specific requirements of the hydraulic system. This feature allows for precise control and energy savings.
Pressure Compensator: The PVXS130 is equipped with a pressure compensator that maintains a constant pressure in the hydraulic circuit, even as the flow rate varies. This ensures stable and predictable system performance.
High Pressure Capability: With a maximum pressure rating of [insert pressure rating], the PVXS130 is capable of handling demanding hydraulic applications that require high pressure.
Quiet Operation: Parker has designed this pump with noise reduction in mind, making it suitable for applications where low noise levels are essential, such as in mobile equipment or industrial machinery.
Displacement Range: The PVXS130 is available in various displacement options to suit different flow rate requirements.
The displacement range typically falls between [insert displacement range] cc/rev.
Maximum Pressure: The pump is designed to handle high-pressure systems with a maximum pressure rating of [insert maximum pressure] bar ([insert maximum pressure] psi).
Flow Range: Depending on the specific displacement option, the PVXS130 can deliver a flow rate ranging from [insert flow rate range] l/min to [insert flow rate range] l/min.
Speed Range: This hydraulic pump is suitable for a wide range of operating speeds, typically ranging from [insert speed range] RPM to [insert speed range] RPM.
Fluid Compatibility: The PVXS130 is compatible with a variety of hydraulic fluids, including mineral oil-based fluids, synthetic fluids, and environmentally-friendly hydraulic fluids.