The A10VO 28DRG/31L-PSC62K02 belongs to the A10VO series of axial piston variable displacement pumps manufactured by Bosch Rexroth, a renowned company in the field of hydraulic systems.
This series is known for its robust construction, precise control, and exceptional performance.
Starting with the displacement, the A10VO 28DRG/31L-PSC62K02 has a variable displacement range of 28 cm³/rev. to 31 cm³/rev. This means that it can deliver hydraulic fluid at varying flow rates, allowing for flexibility in different operating conditions. The pump offers a maximum pressure of up to 280 bar (or 4,061 psi), enabling it to handle demanding applications that require high-pressure hydraulic systems.
The pump's design incorporates axial piston technology, where the pistons move parallel to the drive shaft. This design ensures smooth and efficient operation, minimizing friction and energy loss. The swashplate angle can be adjusted to control the displacement and regulate the flow rate according to the system's requirements. This flexibility in displacement adjustment makes the A10VO 28DRG/31L-PSC62K02 suitable for applications with varying loads and operating conditions.
Furthermore, the A10VO 28DRG/31L-PSC62K02 features a through-drive option, allowing for the connection of additional hydraulic pumps or motors.
This feature enables the pump to power multiple hydraulic circuits or perform different functions simultaneously, enhancing overall system efficiency.
The pump's high-quality construction materials ensure durability and reliability in demanding environments. It is designed to withstand the rigors of heavy-duty applications, offering a long service life and reduced maintenance requirements. Additionally, the pump's compact size and lightweight design make it easy to install and integrate into different machinery and equipment configurations.
The A10VO 28DRG/31L-PSC62K02 incorporates advanced control options, such as proportional pressure control (PSC), which enables precise and efficient control of hydraulic pressure. This feature is particularly beneficial in applications that require accurate and responsive pressure regulation.