The A10VO100 refers to the displacement of the pump, which is 100 cc per revolution.
This displacement value indicates the volume of fluid the pump can deliver with each revolution. It is an important parameter that determines the flow rate and overall performance of the pump.
The "DFR1/31R" designation specifies the control device and mounting style of the pump. DFR1/31R indicates that the pump is equipped with a pressure compensator control device and has a flange mount design. This control device allows for precise regulation of the pump's output pressure, ensuring optimal performance and system stability. The flange mount design simplifies installation and integration into hydraulic systems.
The "VSD12K24" in the specification refers to the specific model or variant of the pump. While the exact details of this model are not provided in the given information, it is likely that the VSD12K24 denotes additional features or adaptations of the pump for specific applications or customer requirements. Unfortunately, without more information, it is not possible to provide further details on the VSD12K24 variant.
The A10VO100 DFR1/31R-VSD12K24 is designed for use in demanding hydraulic systems that require high efficiency, reliability, and precision control.
It is commonly employed in applications such as industrial machinery, mobile equipment, construction machinery, and more.
One notable feature of the A10VO series pumps is their axial piston design. This design ensures high efficiency and smooth operation by minimizing internal leakage and friction losses. The pump's construction includes a cylinder block with multiple pistons arranged in an axial configuration. As the drive shaft rotates, the pistons reciprocate within their respective cylinders, generating fluid flow and pressure.
The A10VO100 DFR1/31R-VSD12K24 is engineered to operate at high pressures, allowing it to deliver the necessary power for heavy-duty applications. It can withstand demanding conditions and maintain consistent performance even under extreme loads.