One. Hydraulic inner cylinder edge-finishing machine
1. The maximum diameter is 2500mm (the maximum diameter can be customized according to the user).
2. Plate thickness carbon steel 12mm.; stainless steel 10mm
Two. Product Picture:
The hydraulic station separately controls the workpiece cylinder, the upper cylinder, the driven wheel to move the cylinder back and forth, the front fine adjustment cylinder of the driven wheel, the rear fine adjustment cylinder of the driven wheel, the driving wheel angle cylinder, the control method is DC24V electromagnetic
Three. Product introduction:
This equipment is a kind of special equipment used for bending and deforming metal plates. It can roll flat plates, taper workpieces, inner tube flanging, and jacket flanging. It is used in petroleum, chemical, boiler, water and electricity, shipbuilding, industrial equipment installation and machinery manufacturing. It has a wide range of applications in the industry.
The lubrication system of this machine adopts manual lubrication filling, and the lubricating oil is connected to each lubrication point. It is small in size, compact in structure, and reliable in oil supply, which facilitates the lubrication of the equipment and improves the service life of wearing parts.
The up, down, left, and right movement of the upper roller is realized by moving the hydraulic cylinder up and down. Driven by the upper roller motor reducer. Flanging by hydraulic cylinder thrust
Four. working principle
The structure of the machine is a symmetrical drive wheel and passive wheel. Then the workpiece is fixed on the turntable by spot welding or screws, and the symmetrical position of the upper and lower rollers is balanced by the lifting movement of the cylinder to obtain the rotation of the lower wheel. The output of the reducer is engaged with the lower roller to realize the 360° rotation of the workpiece. When the downward pressure of the upper roller exceeds the yield limit of the material, the rolled material is deformed to reach the rolling diameter
