How are Rexroth piston pumps classified?

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Since their introduction, Rexroth piston pumps have been widely used in systems that require high pressure, large flow rates, and high power. By considering the arrangement and direction of movement of the Rexroth piston pumps, as well as the different methods of flow control, we classify Rexroth piston pumps into the following categories. 　　Based on the arrangement and direction of movement, they are classified as follows: Rexroth radial piston pumps: Radial piston pumps feature a simple and rational structure, a small number of components, and strong impact resistance. 　　Lenze axial piston pumps: Axial piston pumps generally consist of main components such as the cylinder block, distribution plate, pistons, and swash plate. There are multiple pistons inside the cylinder, and these pistons are arranged axially, meaning that the centerlines of the pistons are parallel to the axis of the drive shaft; hence it is called an axial piston pump. 　　Depending on the valve distribution mechanism, they can be classified as follows: Straight-axis piston pumps: A straight-axis axial piston pump is an axial piston pump in which the cylinder block is directly mounted on the drive shaft; the axis of the cylinder block coincides with the axis of the drive shaft. The pistons move back and forth relative to the cylinder block thanks to an inclined plate and springs, and this type of pump is also known as an inclined-plate axial piston pump. 　　Slant-axis piston pump: In a slant-axis axial piston pump, the flange-driven shaft is inclined at an angle to the axis of the cylinder block, which is why it is called a slant-axis pump. 　　Based on their arrangement, direction of movement, and valve distribution mechanism, Rexroth piston pumps can be roughly divided into the 4 types mentioned above. If you want to learn more about Rexroth piston pumps, feel free to call us or visit our official website at http://www.aotuoshi.com; we will be happy to answer your questions!