The main body, slider, and workbench are the important components of the 630-ton single-column hydraulic press. The hydraulic cylinder is installed in the hole of the cylinder support plate of the main body. Reciprocating movement, the lower part of the main machine is equipped with a worktable, and the slider and the surface of the worktable are provided with "T" grooves, which are convenient for users to fasten and install molds.
The 630-ton single-column hydraulic press has been optimally designed by computer and adopts an overall welded structure. Ribs are added to the main stress-bearing parts. After stress, the stress distribution is reasonable, the rigidity is good, and the strength is high. Assembled, welded by gas-shielded welding, mechanically processed after vibration aging or tempering treatment.
The 630-ton single-column hydraulic press has sufficient strength and rigidity. The guiding surface of the guide post is electroplated with a hard chromium layer, which has high precision, good hardness, and a beautiful surface. The guide sleeve is embedded in the guide hole of the cylinder support plate of the main body. The guide sleeve is made of HT200, with a bronze guide belt embedded in it, which has good wear resistance and high guiding precision. A special dust-proof ring is installed on the upper part of the guide sleeve to prevent dust and dirt from entering The inner surface of the guide sleeve.
Installation and debugging:
1. The 630-ton single-column hydraulic press is assembled and debugged according to the assembly procedure before leaving the factory, the hydraulic and electrical control systems are carefully inspected, and no-load test run and overload test run are carried out according to regulations.
2. Staff guide the assembly and commissioning of the 630-ton single-column hydraulic press on site. Operators need to master the structural performance, operation methods, and skills of analyzing, judging, and troubleshooting common faults.
The 630-ton single-column hydraulic press fully considers the safety of the equipment itself, the safety of the operator, and the surrounding environment, and arranges corresponding safety devices such as limiters, emergency stops, protective covers, alarm lights, circuit protection, and equipment safety signs. Mechanical transmission, For dangerous sources such as electric shock, set warning signs and precautions in corresponding parts or areas, and provide corresponding protective measures.