The A10VNO28 pump is designed for smaller hydraulic systems that require compact and efficient fluid power.
With a nominal displacement of 28cc per revolution, it delivers adequate flow and pressure for applications where space is limited. This pump is suitable for light to medium-duty tasks and is often utilized in applications such as small construction equipment, material handling, or agricultural machinery.
The A10VNO45 pump offers a balanced combination of flow and pressure capabilities. With a nominal displacement of 45cc per revolution, it provides a higher output compared to the A10VNO28. This pump is suitable for a wide range of applications, including medium-duty hydraulic systems in construction, agriculture, and industrial machinery. Its versatility makes it a popular choice among equipment manufacturers and hydraulic system designers.
For larger hydraulic systems and heavy-duty applications, the A10VNO63 pump is an ideal choice.
With a nominal displacement of 63cc per revolution, it delivers substantial flow and pressure, capable of handling demanding tasks. This pump is commonly used in larger construction machinery, mining equipment, and other heavy-duty hydraulic systems where high power output is essential.
All pumps in the A10VNO series share certain common features. They employ an axial piston design, which offers high efficiency and durability. These pumps are known for their precise control and quick response, ensuring accurate fluid power delivery. Additionally, they incorporate a variable displacement mechanism, allowing the operator to adjust the flow output according to the specific requirements of the system. This feature enables energy efficiency and optimized performance.
Partsdic® takes pride in manufacturing high-quality hydraulic pumps, including the A10VNO series. These pumps are built with robust materials, including hardened steel pistons and cylinders, to ensure durability and resistance to wear. They are designed to withstand high pressures, temperature variations, and contamination commonly found in hydraulic systems. This rugged construction contributes to the longevity and reliability of the pumps, reducing maintenance needs and downtime.
