Guangdong MKS Hydraulic Co.,Ltd

The Axial Piston Quantitative Pump A2FO features an advanced inclined shaft design with a high-performance axial conical piston rotor set designed for hydrostatic drive systems in open circuits and is widely used in mobile and stationary hydraulic applications. Its excellent power density, compact size, and efficient design make it an ideal power source in hydraulic systems for a wide range of industrial equipment and machinery.

Key features:
Inclined shaft design: The A2FO fixed displacement pump adopts an axial conical piston rotor set with an inclined shaft design to ensure the stability and efficiency of power transmission. The design provides precise hydraulic control and transmission in an open circuit.

Flow rate proportional to speed: The output flow of the pump is proportional to the drive speed and displacement, providing users with flexible working range and precise hydraulic control, adapting to a variety of working environments and needs.

High power density and small size: Despite its compact size, the A2FO pump has a high power density and is able to deliver strong power in a confined space, making it ideal for small installations.

Long-life bearing design: The drive shaft bearing of the pump is carefully designed to provide excellent bearing life in high-load and high-frequency operation environment, meet the demanding use requirements, and ensure long-term stable operation.

High Total Efficiency: The A2FO series pumps have a high overall efficiency, reducing energy loss, optimizing the overall performance and economy of the hydraulic system, and reducing energy consumption and operating costs.

Economical design: With its cost-effective design concept, the A2FO pump is ideal for hydraulically driven applications while providing excellent performance while reducing the overall cost of ownership of the system.

Sealed Piston Ring Design: The pump is equipped with a one-piece tapered plunger with a sealed plunger ring to further enhance sealing, reduce the risk of leakage, and improve system reliability and longevity.