The A10VG 45EP3DM1/10L-NSC10F046SP hydraulic pump belongs to the A10VG series, which is manufactured by Bosch Rexroth, a leading name in hydraulic solutions.
This series is known for its robust construction, high efficiency, and versatility. The pump has a nominal pressure of 350 bar and a maximum pressure of 400 bar, making it suitable for demanding applications requiring high-pressure hydraulic power.
One of the distinguishing features of the A10VG 45EP3DM1/10L-NSC10F046SP pump is its displacement control mechanism. It utilizes axial piston swashplate design, which enables variable displacement based on the input signal. This feature allows the pump to deliver a precise and adjustable flow rate, adapting to the system's requirements and optimizing energy consumption. The pump's displacement range is 45 cm³/rev, providing flexibility in matching the hydraulic power output to the specific application.
Furthermore, the A10VG 45EP3DM1/10L-NSC10F046SP pump is equipped with a hydraulic servo control system. This system ensures accurate control of the pump's displacement and flow rate, enabling smooth and responsive operation. The servo control mechanism utilizes proportional control valves and feedback sensors to maintain the desired output, even under varying load conditions. This precise control is essential in applications where precise movement or force control is required, such as in construction machinery or industrial automation.
The pump's design incorporates high-quality materials and advanced engineering techniques to ensure durability and reliability.
It features a robust housing and pistons made from wear-resistant materials, allowing the pump to withstand harsh operating conditions and provide long service life. Additionally, the pump is equipped with effective filtration systems to maintain the cleanliness of the hydraulic fluid, preventing contamination and enhancing the overall system reliability.
The A10VG 45EP3DM1/10L-NSC10F046SP pump is also designed with serviceability in mind. It incorporates easily accessible maintenance points, allowing for convenient inspection, repair, and replacement of components. This reduces downtime and enhances the overall efficiency of the hydraulic system.