The "AL" in the model name indicates that it is a variable displacement pump.
The A4VSO250 denotes the pump's size and series, with a displacement volume of 250 cc per revolution. The "HD1B" signifies the design variant of the pump, which refers to its control device, in this case, an electric proportional control. The "30L" represents the nominal pressure, indicating a maximum operating pressure of 300 bar (30 MPa).
The "PZB25K00" part refers to the pump's mounting and porting options. It signifies that the pump has a through-drive, allowing additional pumps or accessories to be mounted onto it. The "S1962" specification relates to the control and feedback options available with the pump. It may include features such as a pressure limitation valve, various sensor options, and electronic control interfaces.
The A4VSO250 HD1B/30L-PZB25K00-S1962 pump offers exceptional performance characteristics. Its axial piston design ensures high efficiency and low energy consumption. The variable displacement feature allows the pump to adjust the output flow according to the system's demands, providing precise control and minimizing power wastage.
The pump's rugged construction and high-quality materials make it suitable for demanding applications.
It can withstand high operating pressures, ensuring reliable and continuous operation in challenging environments. The through-drive capability enables flexible installation options, making it adaptable to different system configurations.
With the electric proportional control, the pump offers excellent control accuracy and response time. It allows for fine-tuning of the pump's output, optimizing system performance and efficiency. The available control options and feedback mechanisms, as specified by the S1962 designation, provide enhanced monitoring and control capabilities for integration into complex hydraulic systems.
The AL A4VSO250 HD1B/30L-PZB25K00-S1962 pump is commonly used in industrial sectors such as manufacturing, construction, and mobile machinery. It finds application in hydraulic systems requiring precise control of pressure and flow rates, such as presses, machine tools, injection molding machines, and material handling equipment.