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Series Name: Rexroth A11VO Series
Type: Hydraulic Pump
2. Performance Specifications
Displacement
Variable Displacement Range: The A11VO series pumps offer a wide range of variable displacements. The minimum displacement can be as low as [minimum displacement value] and the maximum displacement can reach up to [maximum displacement value] . This variable displacement feature allows for precise control of the flow output according to the specific requirements of the hydraulic system.
Flow Rate
Maximum Flow Rate: Under maximum displacement and at the rated speed, the pump can achieve a maximum flow rate of up to [X] liters/minute. The variable displacement mechanism enables the flow rate to be adjusted continuously to match the exact needs of the application, whether it's for high – speed, low – flow operations or vice – versa.
Flow Control: The pumps are equipped with advanced flow control mechanisms. They can be controlled through various means such as manual adjustment, electro – hydraulic control, or by using external control signals. This provides flexibility in adjusting the flow rate to optimize system performance.
Pressure Ratings
Maximum Operating Pressure: The maximum operating pressure of the A11VO series hydraulic pumps is rated at [operating pressure value] bar. This high – pressure rating makes it suitable for use in heavy – duty hydraulic systems that require significant force generation.
Peak Pressure Capacity: It has a peak pressure capacity of up to [peak pressure value] bar. This additional pressure – handling ability provides a safety margin during transient conditions like sudden load changes or system startup/shutdown.
3. Rotational Speed
Maximum Continuous Speed: The pumps can operate continuously at a maximum speed of [maximum speed value] rpm (revolutions per minute). This high – speed operation allows for rapid fluid transfer and quick response times in applications that demand fast – acting hydraulic power.
Minimum Recommended Speed: A minimum recommended speed of [minimum speed value] rpm is specified. Operating below this speed for extended periods may lead to issues such as cavitation, reduced efficiency, and potential damage to the pump's internal components.
