超精密环抛机控制系统设计

Design of control system for ultra-precision continuous polisher

  • 摘要: 针对激光晶体材料的高精度和高表面质量加工要求,超精密环抛机采用“工控机—运动控制卡—驱动器—电动机”的总体控制方案。结合研华API通用运动架构,在LabVIEW环境下设计并开发了超精密环抛机控制系统。经调试验证,主轴抛光盘速度波动范围小于1%,工件进给单元速度波动范围小于5%,启动平稳且无超调现象,可满足对激光晶体的环形抛光加工。

     

    Abstract: Aiming at the higher polishing requirements of the laser crystal, a scheme of the control system for the ultra-precision continuous polisher is adopted based on the hardware structure of the industrial control computer, the motion control card, the driver and the motor. Combined with the software structure of LabVIEW environment and Advantech application programming interface (API), the control system is designed and developed. After debugging and application, the velocity fluctuation of the polishing disc is less than 1%, while that of the unit of the workpiece is less than 5%. The whole system starts smoothly and has no overshoot, which should satisfy the polishing requirements of the laser crystal.

     

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