The A10VG 45HDDM2/10R-NSC10F003S pump belongs to the A10VG series manufactured by a renowned hydraulic equipment company.
It is specifically designed for applications requiring precise control of hydraulic flow and pressure. The pump's displacement is 45 cm³ per revolution, indicating the volume of fluid it can deliver with each revolution.
One of the key features of this pump is its variable displacement capability. It allows the user to adjust the flow rate according to specific requirements, enabling efficient operation and energy savings. The variable displacement feature also enhances system response and control accuracy, making it suitable for applications demanding precise and dynamic hydraulic power.
The pump has a maximum operating pressure of 280 bar (4,060 psi), which ensures it can handle demanding hydraulic systems with high-pressure requirements. This attribute makes it suitable for various applications, including industrial machinery, mobile equipment, and construction machinery.
The A10VG 45HDDM2/10R-NSC10F003S pump incorporates advanced hydraulic technologies to minimize energy losses and increase overall efficiency. It utilizes a swashplate design that ensures smooth and reliable operation while optimizing energy usage. The pump's high volumetric efficiency and low internal leakage contribute to its energy-saving characteristics.
In terms of construction, the pump is built with high-quality materials and components to ensure long-lasting performance.
It features precision-machined parts, including the cylinder block, piston, and valve plate, which guarantee tight tolerances and excellent sealing properties. The robust design of the pump enables it to withstand demanding operating conditions and provides reliable service in harsh environments.
The A10VG 45HDDM2/10R-NSC10F003S pump is also equipped with advanced control options. It offers different control methods, including hydraulic proportional control, electronic control, and remote control, allowing seamless integration into various hydraulic systems. The control options enhance system flexibility, responsiveness, and overall performance.