Operation Requirements of Sheet Metal Roller Press Forming Machine
The sheet metal roll forming machine is mainly composed of decoiler, straightening and feeding unit, servo feeding unit, CNC punching unit, roll forming unit, shearing unit, etc. The whole structure design is scientific and reasonable. The electrical, hydraulic, pneumatic and other components used in the production line are all made of high-quality products to ensure the stable operation of the equipment for a long time and reduce the failure rate of the production line.
The operation announcements of the sheet metal roll forming machine:
Before the rolling equipment is operated, the horizontal and vertical heights must be adjusted first, and the equipment must be fixed with foot screws to ensure the smooth operation of the equipment and the accuracy of workpiece processing. Next, install the mold according to the required processing materials, check the circuit of the equipment, and turn on the power to start the vehicle to test whether the equipment is running well. If the sound is abnormal, please stop immediately and ask professionals to eliminate the fault before starting it again.
In order to ensure safety, the connection between the sheet metal roll forming machine and the external power supply and control cabinet must be completed by a professional electrician. Then put the processed workpiece into the mold to adjust the guiding mechanism and the feeding mechanism. Then open the forming mechanism and adjust the R of the workpiece to meet the processing requirements.
The compositions of the sheet metal roll forming machine:
The sheet metal roll forming machine is composed of a walking mechanism and a feeding mechanism, a guiding mechanism, and a forming mechanism. The feeding and guiding mechanism are manually controlled by the handwheel, while the buttons of the walking and forming mechanism are electronically controlled. The electrical control cabinet is composed of four general-purpose control cabinets, and the contactor controls the forward, backward, and displacement of the forming wheel.
