Concrete pump axle to plunger variable displacement pump: A true marvel of engineering, this innovation expertly combines precision with power, guaranteeing peak performance in the most demanding construction settings.
1. The A11v plunger pump model series presents an impressive array of specifications: 40, 60, 75, 95, 130, 145, 190, 260, offering extraordinary versatility and adaptability for a wide range of applications.
2. Exhibiting remarkable pressure capabilities, it achieves a nominal pressure of 350 bar, and an astounding maximum pressure of up to 400 bar, ensuring steadfast durability and reliability in high-demand scenarios.
3. Masterfully crafted for use in open circuit systems, this pump provides seamless integration and superior performance across a vast array of hydraulic applications.
4. With a cutting-edge slant plate structure, this axial piston variable displacement pump represents engineering excellence at its finest, tailored specifically for static hydraulic transmission in open circuit systems.
5. Meticulously engineered to withstand the strenuous demands of walking operation machinery, guaranteeing robust and dependable performance under the toughest conditions.
6. Functions flawlessly in the automatic starting oil filling state, whether pressurizing the fuel tank or utilizing the built-in filling pump (impeller), offering unmatched ease and convenience in operation.
7. Provides a full spectrum of control options tailored to diverse application needs, delivering unrivaled adaptability and precision in every operational aspect.
8. The power control feature is externally adjustable even while the pump is in operation, offering unparalleled flexibility and command to meet the dynamic requirements of complex applications.
9. Effortlessly harmonizes with gear pumps and axial piston pumps through shaft drive, ensuring a 100% through shaft drive experience that optimizes efficiency and enhances overall performance.
10. Delivers output flow rates that are directly proportional to the driving speed, allowing for infinite variation between qV max and qV min=0, ensuring exceptional precision and control over operational processes.



