The A7VO107EP/63R-NPB01 pump features an axial piston design, which utilizes a series of pistons arranged in a circular pattern within a cylinder block.
These pistons are driven by a swash plate mechanism that converts the rotational motion of the input shaft into linear motion. This design allows for high-pressure hydraulic fluid to be pumped with precision and control.
One of the key features of the A7VO Series pump is its tapered rotary concept. The tapered shape of the pistons and cylinder block provides increased efficiency by reducing leakage and improving volumetric efficiency. This design ensures smoother operation, lower energy consumption, and reduced noise levels.
The A7VO107EP/63R-NPB01 pump has a displacement of 107 cc/rev, meaning it can deliver a specific volume of fluid with each revolution of the input shaft. This displacement makes it suitable for medium-sized hydraulic systems that require moderate flow rates.
With its robust construction and high-quality materials, the A7VO107EP/63R-NPB01 pump offers exceptional durability and longevity.
It is built to withstand demanding operating conditions, including high pressures and temperatures, ensuring reliable performance even in challenging environments.
The pump features a nominal pressure rating of 400 bar, enabling it to handle high-pressure hydraulic systems with ease. This makes it suitable for applications that require precise and powerful hydraulic control, such as industrial machinery, construction equipment, and mobile hydraulics.
The A7VO107EP/63R-NPB01 pump incorporates advanced control options, allowing for flexibility in system design and operation. It can be equipped with various control devices, such as servo controls or proportional pressure controls, to meet specific application requirements. These control options enable precise regulation of flow and pressure, optimizing the pump's performance and enhancing overall system efficiency.
Furthermore, the A7VO Series pump offers easy maintenance and serviceability. It features a modular design, allowing for quick replacement of individual components and reducing downtime during maintenance operations. This design also facilitates troubleshooting and repair, minimizing overall maintenance costs.
