The AA10VG63EF8D1/10R-NSC68FXX3DP-S pump belongs to the renowned AA10VG series, known for its efficiency, durability, and versatility.
It has a displacement of 63cc per revolution, making it suitable for applications requiring medium to high flow rates. The pump operates on the axial piston principle, where pistons reciprocate within the cylinder block to generate hydraulic pressure.
One of the key features of this pump is its precise control capabilities. It incorporates a variable displacement design, allowing the user to adjust the output flow according to the system requirements. This feature enhances energy efficiency by reducing unnecessary fluid flow, resulting in lower operational costs. The pump also offers exceptional control response, ensuring smooth and accurate operation in dynamic applications.
The AA10VG63EF8D1/10R-NSC68FXX3DP-S pump is designed for high-pressure applications, with a maximum operating pressure of 350 bar (5075 psi). It can withstand demanding conditions and delivers consistent performance even under extreme loads. The pump's rugged construction and high-quality materials contribute to its longevity and resistance to wear, ensuring a reliable and long-lasting operation.
To enhance its versatility, the pump is equipped with various auxiliary options.
These options include a through-shaft for driving additional hydraulic components, a pilot control port for remote pressure control, and a charge pump for auxiliary functions. These features make it adaptable to a wide range of hydraulic systems and applications, providing flexibility and customization.
In terms of maintenance and serviceability, the pump offers convenient features. It has easily accessible service points, allowing for quick inspection and maintenance tasks. The pump's modular design facilitates easy replacement of wearing parts, minimizing downtime and reducing maintenance costs.
Furthermore, the AA10VG63EF8D1/10R-NSC68FXX3DP-S pump is engineered with noise reduction measures, ensuring quieter operation. This feature is particularly beneficial in environments where noise control is essential, improving operator comfort and reducing noise pollution.