Customized hydraulic system design refers to the formation of a new energy transmission system to accomplish a specific task. Hydraulic systems are divided into hydraulic transmission systems and hydraulic control systems. Although the working characteristics and goals of the two are different, their structural composition or working principles have no essential differences. The main difference in design content between the two is that the former focuses on static performance design, while the latter, in addition to static performance, also includes dynamic performance design. Generally, the so-called hydraulic system design refers to the design of the hydraulic transmission system, and its design content and methods can be directly applied to the design of the hydraulic control system with only minor adjustments.

How to select the pipe diameter for the piping in a custom hydraulic system? How should the pipe diameters be selected in a custom hydraulic system? The specific situation needs to be analyzed in detail because it depends on whether the distance between the pump station and the actuator is long or not. Does the speed of the actuator need to be strictly controlled? Also, some hydraulic systems operate continuously while others work for a short period and then rest for a long time. We can choose the size and thickness of the pipes based on the working pressure of the hydraulic system and the flow rate passing through it, and consider the material of the pipes. All these details can be found in the hydraulic system manual.

A complete customized hydraulic system consists of five components: power elements, actuating elements, control elements, auxiliary elements (accessories), and hydraulic oil.

What are the advantages and disadvantages of the hydraulic system in the hydraulic station? The hydraulic actuator moves very quickly. The traffic speed transfer function is basically an oscillation of an inherent frequency, but as the flow rate increases and the parameters are matched, you can increase the inherent frequency to a level higher than the natural frequency of the electro-hydraulic servo valve.

How to solve the problem of oil leakage in custom hydraulic systems In custom hydraulic systems, the leakage of hydraulic oil is a common type of fault. Regarding the solution to this fault, it actually varies. Different solutions must be adopted based on different causes of leakage. So in a hydraulic system, there is oil leakage.

Daily methods for diagnosing faults in custom hydraulic systems The traditional method for diagnosing faults in custom hydraulic systems on a daily basis involves logical analysis and gradual approximation until the problem is identified.