Hydraulic Cylinder Calculator for Hydraulic Press MachinesUpdate：2024-01-15 Hits：95
After analyzing the working conditions of the whole hydraulic system of the hydraulic press machine, weaving the load diagram, and selecting the working pressure, the calculation of the hydraulic cylinder should be carried out, the type of hydraulic cylinder should be selected according to the use requirements, and then the main working size was determined according to the load situation and movement requirements of the hydraulic press, and then the calculation of strength, buffer and stability was carried out, and the structural design of the hydraulic cylinder was carried out.
However, more attention should be paid to the hydraulic cylinder design of the hydraulic press, try to make the piston bear how much load it bears in the tensile state, or have good longitudinal stability under pressure, and also take into account the braking problem and exhaust problem at the end of the hydraulic cylinder stroke of the hydraulic press, if there is no buffer device and exhaust device in the hydraulic cylinder, there are corresponding measures in the hydraulic system, but it is worth noting that not all hydraulic cylinders should consider these problems, correctly determine the installation and fixing mode of the hydraulic cylinder. Goodsjack/Delishi reminds everyone that the hydraulic cylinder of the hydraulic press can only be positioned at one end; the structure of each part of the hydraulic cylinder needs to be designed according to the recommended structure and design standardsTry to make the structure simple and compact, and the processing, assembly and maintenance should be easily.
The main size of the hydraulic cylinder of the hydraulic press machine is mainly determined according to the inner diameter of the cylinder barrel and the diameter of the piston rod, and the inner diameter of the cylinder cylinder is determined according to the load size of the hydraulic press machine and the selected working pressure, or the movement speed and the input flow.
