The structural features of double and single side grinder are as follows:
1. The double and single side grinder is driven by four motors, which can adjust the speed of the upper grinding plate, the lower grinding plate, the ring gear and the sun wheel separately, so as to make the grinding reach the most ideal speed ratio. The speed ratio of the sun wheel relative to the other three speeds can be adjusted steplessly, so that the cruise ship can realize forward rotation and reverse rotation, meeting the needs of different grinding and disc repair processes.
2. The double and single side grinder adopts PLC program control system and touch screen operation panel. The motor adopts frequency conversion speed regulation. The motor speed and running time can be directly input into the touch screen.
3. Double and single side grinder the grinder adopts four stages of pressure, namely, the operation process of light pressure, medium pressure, heavy pressure and repair and grinding.
Double side grinder
4. The double and single-sided grinder adopts the lifting mode of the lower grinding plate. The high and low position of the lower grinding plate can stay self-locking at will within the total stroke range to meet the needs of changing the engagement high and low position of the cruise ship.
5. The grating thickness control system can be added according to the user's requirements, and the thickness tolerance of the processed product can be controlled within ± 0.002mm; Flatness tolerance can be controlled within ± 0.001mm.
When the upper and lower grinding plates of the double single side grinder work for a period of time, the grinding plate will be damaged to a certain extent. In order to ensure the surface accuracy and processing capacity of the grinding plate, our company has added a trimming machine for the double single side grinder that can correct the upper and lower grinding plates, which has become this large double single side grinder. The purpose of four stage pressure is to apply different weight pressure to different workpieces, so as to achieve the ideal surface accuracy effect.