AXIAL-PISTON PUMP A A10VSO 10 DFR /52R-VKC64N00 E

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Bosch Rexroth directly.***
The Bosch Rexroth A A10VSO 10 DFR /52R-VKC64N00 (R902476345) is a high-performance variable displacement unit designed for hydrostatic drives in open circuit applications. This axial piston pump operates with a swash plate design, allowing for smooth and precise control over flow rates proportional to drive speed and displacement. The swash plate can be adjusted to seamlessly vary the flow, making this pump suitable for machines with medium pressure requirements. With its robust construction, the A A10VSO 10 DFR /52R-VKC64N00 is capable of handling nominal pressures of up to bar and maximum pressures of bar. It features a standard FKM seal material, ensuring reliable operation and longevity even under demanding conditions. The pump's DR F controller XT provides quick response times for efficient control, while the lack of a through drive highlights its standalone functionality. Designed with user convenience in mind, this model boasts an SAE shaft key on its shaft end and utilizes B thr. r SAE and S thr. r SAE working ports for connectivity. The mounting flange adheres to ISO standards, ensuring compatibility with various systems. Its clockwise rotation when viewing from the shaft end adds to its versatility. The Bosch Rexroth A A10VSO series is known for its high power density and low operating noise levels, which contribute to an improved working environment and greater machine efficiency. The pump's weight of . kg reflects its solid build without compromising on performance. In summary, the Bosch Rexroth A A10VSO 10 DFR /52R-VKC64N00 offers reliability and precision control for open circuit systems requiring medium pressure capabilities. Its advanced design ensures high rotational speeds, quick control response times, and consistent performance necessary for a wide range of hydraulic applications.