At the heart of the A10VO 45DFR/31L-PSC61N00 pump is its axial piston design.
It consists of a cylinder block with several pistons arranged in a circular pattern. These pistons are driven by a swash plate mechanism that converts the rotary motion of the pump shaft into linear motion. This design ensures smooth and consistent fluid delivery, even at high pressures and speeds.
The pump's displacement is 45 cc/rev, indicating the volume of fluid it can deliver per revolution. This displacement can be a crucial factor in determining the pump's flow rate and overall performance. The A10VO 45DFR/31L-PSC61N00 pump is capable of delivering a maximum flow rate of X liters per minute, making it suitable for medium to high-demand applications.
The "DFR" in the pump's model name stands for "Flow Control and Pressure Control." This signifies that the pump is equipped with flow control and pressure control capabilities, allowing for precise adjustment and regulation of fluid flow and pressure. This versatility makes the pump adaptable to various operating conditions and system requirements.
The pump features a 31L control device, which refers to the specific control options available. This control device offers excellent flexibility and customization possibilities, allowing for seamless integration into different hydraulic systems. It enables precise control of the pump's performance parameters, including flow rate, pressure, and response time, to meet specific application needs.
The "PSC61N00" designation represents the pump's special modifications and additional features.
While the exact details of these modifications may vary based on specific requirements, they generally include enhanced sealing, improved durability, or specific mounting configurations. These modifications optimize the pump's performance, reliability, and compatibility with the intended application.
The A10VO 45DFR/31L-PSC61N00 hydraulic pump is designed to operate with a maximum pressure rating of Y bar, ensuring its suitability for demanding applications that require high-pressure hydraulic systems. It is also engineered to withstand varying temperatures and harsh operating conditions, making it a robust and reliable choice for both indoor and outdoor applications.