Pump Type: The PVD-1B-32P-11G5-4191A is a variable displacement axial piston pump.
It utilizes a swash plate mechanism to vary the displacement of the pistons, allowing for precise control of hydraulic flow.
Displacement: The displacement of this pump is 32 cc/rev. This measurement represents the volume of fluid displaced by the pump's pistons in one complete revolution.
Pressure Rating: The PVD-1B-32P-11G5-4191A is designed to operate under high-pressure conditions. It has a maximum pressure rating of 350 bar (5075 psi), making it suitable for demanding hydraulic systems.
Rotation Direction: This pump rotates clockwise when viewed from the shaft end. The rotation direction is an essential consideration when integrating the pump into a hydraulic system.
Mounting Type: The PVD-1B-32P-11G5-4191A features a flange mounting design, allowing for easy installation and integration into hydraulic systems.
Control Type: It is equipped with an 11G5 control type. This control type enables the adjustment of the swash plate angle, which, in turn, regulates the pump's displacement and flow output. Precise control over the pump's output allows for efficient operation and adaptation to varying system requirements.
Shaft Type: The pump has a keyed shaft design, ensuring a secure connection to the drive system.
This design enhances the pump's reliability and minimizes the risk of slippage or misalignment.
Pump Weight: The weight of the PVD-1B-32P-11G5-4191A is approximately 15 kg (33 lbs). This lightweight construction facilitates easier handling and installation, especially in applications where weight is a critical factor.
Application Range: The PVD-1B-32P-11G5-4191A is suitable for a wide range of hydraulic applications, including construction machinery, agricultural equipment, industrial machinery, and more. Its robust construction and high-pressure capability make it ideal for demanding environments.
Efficiency and Performance: This pump is designed to provide excellent efficiency, minimizing energy loss and maximizing the power output. Its advanced design and high-quality components contribute to reliable and consistent performance over extended periods of operation.
