基于FANUC PMI-A数控系统,用于伺服冲压线同步控制,介绍了伺服冲压线中伺服压力机和机械手的结构。详细叙述了其在伺服冲压线同步控制中所用到的电子凸轮(electronic CAM)和单元间同步(inter unit synchronization)功能的概念、系统参...基于FANUC PMI-A数控系统,用于伺服冲压线同步控制,介绍了伺服冲压线中伺服压力机和机械手的结构。详细叙述了其在伺服冲压线同步控制中所用到的电子凸轮(electronic CAM)和单元间同步(inter unit synchronization)功能的概念、系统参数配置及编程实现方法。通过冲压设备实际控制效果,说明了应用该功能可以实现伺服冲压线的精确同步控制及整线高节拍运行。展开更多
A full distribution CNC system based on SERCOS bus is studied in accordance with the limitations of traditional PC-based motion card. The conventional PC-based motion control card is dispersed into several autonomous ...A full distribution CNC system based on SERCOS bus is studied in accordance with the limitations of traditional PC-based motion card. The conventional PC-based motion control card is dispersed into several autonomous intelligent servo-control units with the function of servo driver. The autonomous intelligent servocontrol units realize the loop control of position, velocity and current. Interpolation computation is completed in PC and the computational results are transferred to every autonomous intelligent servo-control unit by high speed SERCOS bus. Software or hardware synchronization technology is used to ensure all servomotors are successive and synchronously running. The communication and synchronization technology of SERCOS are also researched and the autonomous intelligent servo-control card is developed byself. Finally, the experiment of circle contour process on a prototype system proves the feasibility.展开更多
文摘基于FANUC PMI-A数控系统,用于伺服冲压线同步控制,介绍了伺服冲压线中伺服压力机和机械手的结构。详细叙述了其在伺服冲压线同步控制中所用到的电子凸轮(electronic CAM)和单元间同步(inter unit synchronization)功能的概念、系统参数配置及编程实现方法。通过冲压设备实际控制效果,说明了应用该功能可以实现伺服冲压线的精确同步控制及整线高节拍运行。
文摘A full distribution CNC system based on SERCOS bus is studied in accordance with the limitations of traditional PC-based motion card. The conventional PC-based motion control card is dispersed into several autonomous intelligent servo-control units with the function of servo driver. The autonomous intelligent servocontrol units realize the loop control of position, velocity and current. Interpolation computation is completed in PC and the computational results are transferred to every autonomous intelligent servo-control unit by high speed SERCOS bus. Software or hardware synchronization technology is used to ensure all servomotors are successive and synchronously running. The communication and synchronization technology of SERCOS are also researched and the autonomous intelligent servo-control card is developed byself. Finally, the experiment of circle contour process on a prototype system proves the feasibility.
