The AA4VTG90EP4D1/32R-NXD63F071DC-ES hydraulic pump is widely used in industrial machinery, including excavators, cranes, and other heavy-duty equipment.
It is designed to provide efficient hydraulic power to drive various hydraulic functions and mechanisms, ensuring smooth operation and optimal performance.
This hydraulic pump has a displacement capacity of 90cc per revolution, which determines the volume of hydraulic fluid it can deliver. The high displacement capacity of the AA4VTG90EP4D1/32R-NXD63F071DC-ES pump enables it to handle demanding applications that require a substantial flow rate of hydraulic fluid. This feature ensures efficient and effective operation of hydraulic systems, such as the movement of excavator arms, booms, and buckets.
The pump operates at a maximum pressure of 320 bar, which indicates its ability to handle high-pressure applications. This feature makes it suitable for heavy lifting, digging, and other demanding tasks commonly performed by excavators. The high-pressure rating ensures reliable and consistent performance even in challenging operating conditions.
The AA4VTG90EP4D1/32R-NXD63F071DC-ES hydraulic pump is designed for direct mounting on the excavator's engine, providing a compact and efficient solution.
Direct mounting minimizes power loss during transmission and optimizes power transfer to the hydraulic system. It also simplifies installation and reduces the overall footprint of the hydraulic system.
In terms of construction, this hydraulic pump is built with durability and longevity in mind. It utilizes high-quality materials and undergoes rigorous testing to ensure its ability to withstand harsh environments, extreme temperatures, vibrations, and pressure variations. The robust construction of the pump enhances its reliability and minimizes downtime due to maintenance or repairs.
The AA4VTG90EP4D1/32R-NXD63F071DC-ES hydraulic pump incorporates advanced hydraulic technologies to maximize its efficiency and performance. It features axial piston variable displacement technology, allowing the pump to adjust the flow rate according to the system's requirements. This intelligent control system optimizes energy consumption, improves overall efficiency, and reduces operating costs.
