The pump operates on the axial piston principle, utilizing a cylinder block with several pistons arranged in a radial pattern.
These pistons are driven by a swashplate mechanism, which causes them to reciprocate within their respective cylinder bores. This reciprocating motion draws in hydraulic fluid during the suction stroke and discharges it under pressure during the discharge stroke.
With a displacement of 100cc per revolution, the A10V O100 DFR1/31L-VUC11N00-S1759 pump delivers a specific volume of hydraulic fluid with each complete rotation. This displacement value plays a crucial role in determining the pump's flow rate and power output.
The pump is designed to operate at a maximum pressure of 310 bar (4500 psi), allowing it to handle high-pressure hydraulic systems. Its robust construction ensures durability and long service life, even in demanding operating conditions.
One notable feature of the A10V O100 DFR1/31L-VUC11N00-S1759 pump is its variable displacement control mechanism.
This mechanism enables the pump's output to be adjusted according to the system's requirements, optimizing energy consumption and improving overall system efficiency. It allows for precise control of hydraulic power, making it suitable for applications that demand varying flow rates and pressures.
The pump incorporates a load-sensing control mechanism, which ensures that hydraulic power is delivered only when needed. This feature helps to minimize energy wastage and reduces the load on the system, resulting in improved efficiency and reduced operating costs.
Furthermore, the A10V O100 DFR1/31L-VUC11N00-S1759 pump is equipped with a pressure relief valve and a highly efficient filtration system. These features help to protect the pump and the hydraulic system from damage by preventing excessive pressure and filtering out contaminants, ensuring reliable operation and extending the lifespan of the components.
Maintenance and service are made easier by the pump's modular design. The pump can be disassembled and reassembled quickly, reducing downtime during maintenance or repairs. It also offers various sealing options to minimize leakage and maintain reliable operation over the pump's lifespan.