The A11VO40LG1DS and A11VO60LG1DS pumps are axial piston pumps that operate on the principle of displacement.
They are designed to convert mechanical power into hydraulic energy, making them essential components in hydraulic systems. These pumps offer exceptional performance, high efficiency, and precise control over hydraulic flow and pressure.
One of the notable features of these pumps is their variable displacement capability. The displacement volume of the pump can be adjusted according to the system requirements, allowing for precise control of the hydraulic output. This feature ensures efficient energy utilization and minimizes unnecessary power consumption.
Both pumps have a compact and lightweight design, making them suitable for applications where space is limited. The A11VO40LG1DS has a nominal pressure of 400 bar and a maximum displacement of 40 cc per revolution. On the other hand, the A11VO60LG1DS has a higher nominal pressure of 420 bar and a maximum displacement of 60 cc per revolution. These specifications make them ideal for various industrial applications such as construction machinery, mobile equipment, and material handling systems.
These pumps feature a swashplate design, where the axial pistons reciprocate against the inclined surface of the swashplate.
This design ensures smooth operation and reduces noise levels. Additionally, the pumps are equipped with a robust axial bearing system, providing reliable and long-lasting performance even in demanding operating conditions.
The A11VO40LG1DS and A11VO60LG1DS pumps offer excellent control options, enabling precise regulation of hydraulic flow and pressure. They can be integrated with electronic control systems, allowing for advanced automation and remote control capabilities. These control features enhance system efficiency, optimize performance, and facilitate integration into modern hydraulic systems.
Both pumps are designed for high operating speeds, with a maximum continuous speed of 2600 RPM. This enables them to handle demanding applications that require rapid hydraulic response and high power output. Furthermore, the pumps are constructed using high-quality materials and advanced manufacturing techniques, ensuring durability and resistance to wear and tear.
In terms of maintenance, these pumps are designed for easy servicing and replacement of components. They are equipped with easily accessible service ports and a modular design that simplifies maintenance procedures, reducing downtime and overall maintenance costs.
