The A8VO80LA1KH1/63R1 belongs to the A8VO series, which is known for its high-pressure capabilities and compact design.
This pump is designed to deliver variable displacement, meaning it can adjust the flow rate according to the system requirements. It utilizes axial piston geometry, which ensures smooth and efficient operation.
One of the essential specifications of the A8VO80LA1KH1/63R1 is its displacement. It has a displacement of 80 cc per revolution, indicating the volume of fluid it can deliver with each rotation. This displacement makes it suitable for applications that require moderate hydraulic power.
The pump's maximum operating pressure is an important consideration in hydraulic systems. The A8VO80LA1KH1/63R1 is rated for a maximum pressure of 450 bar, which enables it to handle high-pressure applications with ease. This high-pressure capability ensures the pump's reliability and durability in demanding operating conditions.
In terms of speed, the A8VO80LA1KH1/63R1 can operate at a maximum speed of 2800 RPM.
This speed range allows for flexibility in different applications, catering to both low and high-speed requirements. It is essential to ensure the pump's operating speed matches the system's needs to achieve optimal performance.
The pump is designed for use with various hydraulic fluids, including mineral oils, environmentally-friendly fluids, and fire-resistant fluids. This versatility enables it to adapt to different industry requirements and working conditions.
The A8VO80LA1KH1/63R1 features a robust construction with high-quality materials to ensure its reliability and longevity. It incorporates advanced sealing technology to minimize leakage and optimize overall efficiency. The pump's compact design and lightweight construction make it easy to install and integrate into different hydraulic systems.
Furthermore, the A8VO80LA1KH1/63R1 offers excellent control options, including pressure and flow control. These control features allow for precise adjustment of the pump's output to match the specific needs of the hydraulic system, enhancing efficiency and performance.
