The A10VG 45EZ1M1/10R-PSC10F015S belongs to the A10VG series of axial piston variable displacement pumps manufactured by a well-known hydraulic equipment company.
It is designed for demanding applications that require high pressure and precise control of fluid flow. The "45" in the model number represents the nominal size of the pump, indicating its displacement capacity.
One of the standout features of this pump is its variable displacement capability. It can adjust the volume of fluid displaced per rotation to meet the changing requirements of the hydraulic system. This feature allows for precise control of speed and force, making it suitable for a wide range of applications.
The "EZ1M1/10R" in the model number refers to the control device integrated into the pump. It incorporates an electronic control unit that enables electronic control of the pump's displacement and other parameters. This electronic control enhances the pump's performance, responsiveness, and overall system efficiency.
The A10VG 45EZ1M1/10R-PSC10F015S hydraulic pump has a maximum operating pressure of 350 bar, which enables it to handle high-pressure applications with ease. Its robust construction ensures durability and reliability even under demanding operating conditions. The pump's components are made from high-quality materials to provide long service life and minimize maintenance requirements.
Another notable feature of this pump is its advanced noise reduction technology.
Hydraulic systems can generate significant noise levels during operation, but this pump is designed to minimize noise emissions. This makes it suitable for applications where noise reduction is essential, such as in industrial settings or noise-sensitive environments.
The "PSC10F015S" in the model number represents the mounting flange and shaft design of the pump. It indicates specific dimensions and connection types that allow for easy integration into different hydraulic systems. This standardized design ensures compatibility and facilitates installation and replacement procedures.