Firstly, let's start with the HY25Y-RP axial piston pump. This pump offers a maximum displacement of 25cc/rev and a rated pressure of up to 35 MPa.
It features a compact design, making it suitable for applications where space is limited. The HY25Y-RP pump is equipped with a pressure compensator that allows for flow control, ensuring precise hydraulic system operation. With its low noise emission and high volumetric efficiency, this pump is ideal for use in various industrial and mobile machinery applications.
Moving on to the HY63Y-RP axial piston pump, this model offers a higher maximum displacement of 63cc/rev and a rated pressure of up to 42 MPa. It provides improved power density and can handle higher loads compared to the HY25Y-RP pump. The HY63Y-RP features a highly efficient swash plate design that optimizes energy consumption and reduces heat generation. It incorporates a servo-controlled pressure compensator, enabling excellent speed and pressure control. This pump is commonly used in construction equipment, material handling machinery, and agricultural vehicles.
Lastly, let's discuss the HY80Y-RP axial piston pump. This pump boasts a maximum displacement of 80cc/rev and a rated pressure of up to 42 MPa.
It offers even greater power and performance compared to the previous models. The HY80Y-RP incorporates advanced technologies such as a floating cup design and a highly responsive servo control system, ensuring precise and efficient operation. It delivers excellent power density, making it suitable for demanding hydraulic systems found in industrial machinery, marine equipment, and heavy-duty vehicles.
All three pumps mentioned above share several common features. They are all designed with a rugged construction to withstand harsh operating conditions and deliver long-lasting performance. These pumps utilize axial piston technology, which provides high efficiency and smooth operation. They are equipped with a through-drive capability, allowing multiple pumps to be stacked together or combined with other hydraulic components. Additionally, these pumps offer a variety of control options, including pressure compensators, load sensing, and torque limiting, ensuring versatility for different system requirements.
