The A7VO107EP2/63R-NPB01 pump belongs to the A7VO series manufactured by Kawasaki, a renowned name in the hydraulic industry.
This series is characterized by its variable displacement capability, allowing the pump to adjust the flow rate according to the system requirements. The pump's displacement is 107 cm³/rev, indicating the amount of fluid it can deliver per revolution.
The EP2/63R-NPB01 designation specifies certain details about the pump. The "EP2" refers to the pump's control option, indicating it has a proportional electric control mechanism. This allows for precise adjustment of the pump's displacement and flow rate, providing flexibility and adaptability in various operating conditions.
The "63R" indicates the maximum operating pressure of the pump. In this case, the pump can handle pressures up to 63 MPa (mega pascals), making it suitable for demanding applications that require high-pressure fluid delivery.
The "NPB01" signifies the pump's mounting style and shaft rotation. It is a through-drive pump, which means it can be used as a driving unit for other hydraulic components. The pump features a clockwise shaft rotation when viewed from the shaft end.
In terms of performance, the A7VO107EP2/63R-NPB01 pump offers several advantages.
Its axial piston design ensures efficient fluid delivery with low energy loss, contributing to overall system efficiency. The pump's variable displacement capability enables precise control over the flow rate, allowing for responsive operation and optimization of energy consumption.
Additionally, the pump is designed to operate smoothly and quietly, reducing noise levels in the working environment. Its robust construction and high-quality materials make it resistant to wear, ensuring long service life and minimal maintenance requirements.
The A7VO107EP2/63R-NPB01 pump is commonly used in various applications such as construction machinery, agricultural equipment, industrial machinery, and material handling systems. Its versatility, reliability, and performance make it suitable for demanding tasks that require consistent and precise hydraulic power delivery.
