hong yi
(owner)
Setting up spare redundancy design in hydraulic system components is called redundancy design, even if it is one of the obstacles to doing so, as well as the whole system and accessibility. Redundancy design is one of the effective measures to improve the safety and reliability of hydraulic system. Redundancy design methods are varied and can be divided into two categories: labor redundancy and labor redundancy. Labor redundancy refers to several circuits (or components) working at the same time. As long as not all circuits (or components) have obstacles, the system will not generate obstacles.
Non-labor redundancy. When a circuit (or component) is created, the rest of the functions and specifications (or components) are immediately connected to the system to continue working.
Integrated design integrated circuits do not need or cut off cohesive forces in pipelines, reduce pollution, and also prevent the effects of pipeline sensation and noise. This not only makes the system compact, but also greatly improves the reliability of the system. For Hinduis, integrated circuits have been standardized. For the settings in system design, it is recommended to choose this method first.
The filter should be selected correctly for most obstacles related to oil pollution of hydraulic system. Therefore, the filter must be selected accurately according to the function of the system. From the perspective of safety prevention, the high-precision parts or systems, such as electro-hydraulic servo variable displacement pump, servo control system, and the oil filter should be selected with high filtering accuracy, and should be connected with safety valve, differential pressure control command transmission device, etc. In order to prevent the filter or oil passage from blocking, the system pressure leads to line division and component damage.
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