The Vickers V10 vane pump is designed to provide consistent fluid flow and pressure, making it ideal for applications such as machine tools, industrial presses, and mobile equipment.
It features a balanced vane design that ensures minimal vibration and noise, enhancing the overall operation efficiency.
One of the notable features of the V10 pump is its high volumetric efficiency. The pump is engineered to deliver maximum flow rates at high pressures, resulting in excellent overall performance. It can handle a wide range of viscosities, allowing it to operate efficiently with various hydraulic fluids.
The Vickers V10 vane pump offers a wide selection of displacement options, allowing users to choose the appropriate pump size based on their specific requirements. The displacement range typically varies from 6.5 cubic centimeters to 98.5 cubic centimeters, providing flexibility for different applications.
In terms of pressure capabilities, the V10 pump is designed to handle pressures up to 207 bar (3000 psi). This ensures reliable operation even in demanding hydraulic systems where high pressures are encountered. The pump's robust construction and durable materials contribute to its ability to withstand these challenging conditions.
The V10 pump also incorporates advanced features to enhance its reliability and longevity. It includes a self-adjusting sliding vane cartridge, which compensates for wear over time, ensuring consistent performance and minimizing maintenance requirements. The cartridge design allows for easy replacement, reducing downtime during servicing.
Moreover, the Vickers V10 vane pump is designed for easy installation and integration into hydraulic systems.
It offers various porting options, enabling straightforward connections to other hydraulic components. The pump is also available with different mounting configurations, allowing flexibility in system design.
The V10 pump's compact and lightweight design is another advantage, making it suitable for applications with space constraints or weight limitations. Its small footprint enables easier installation in confined areas, while its light weight reduces the overall system weight, making it more energy-efficient.
