The A11VO60 is a compact hydraulic axial piston pump with a displacement of 60 cc/rev.
It is designed to deliver high-pressure performance while minimizing energy consumption. The pump features a swashplate design, where the angle of the swashplate determines the flow rate and pressure. With its precise control, it allows for variable flow and pressure adjustment, making it suitable for applications that require flexible hydraulic power.
Moving up in size, the A11VO75 offers a displacement of 75 cc/rev. It shares many similarities with the A11VO60, but its larger displacement enables it to deliver higher flow rates and increased hydraulic power. This makes it ideal for applications that demand more substantial fluid delivery, such as larger construction machinery and heavy-duty hydraulic systems.
The A11VO95 is a hydraulic axial piston pump with a displacement of 95 cc/rev. It is designed to provide even higher flow rates and increased power compared to the A11VO75. This pump is suitable for demanding applications that require substantial hydraulic power output, such as large excavators, material handlers, and mining equipment.
At the top end of the range, the A11VO130 offers a displacement of 130 cc/rev.
With its larger size, this pump can deliver even higher flow rates and hydraulic power, making it suitable for heavy-duty applications where a substantial amount of hydraulic force is required. It is commonly used in large construction equipment, marine systems, and other industrial applications where high power is essential.
All of these pumps feature a compact and lightweight design, allowing for easy integration into various hydraulic systems. They are built with high-quality materials, ensuring durability and reliability even under challenging operating conditions. The pumps are designed for long service life and low maintenance requirements, minimizing downtime and enhancing overall productivity.
Moreover, the pumps incorporate advanced technologies to improve efficiency and reduce energy consumption. They offer precise control and variable displacement, allowing for optimized power output based on specific operational requirements. This not only enhances performance but also helps in achieving energy savings, making them more environmentally friendly.
