摘要
FANUC OI-D数控系统的模拟主轴控制数控车床的启停、转向以及转速。模拟主轴的控制效果直接影响加工零件的精度。工厂自动化数控(Factory Automation Numerical Control,FANUC)模拟主轴输出时,常有“SP1241”报警。文章从模拟主轴控制的调试、电气动作逻辑关系以及实际工作经验等方面出发,阐述“SP1241”报警的原因与解决方法。利用“逆向逻辑推理法”进行“SP1241”报警故障诊断与处理,使得工作人员遇到此类报警能缜密规范,思路清晰,提高工作效率。
The simulated spindle of Factory Automation Numerical Control(FANUC) OI-D numerical control system controls the start, stop, turn and speed of CNC lathes. The control effect of the simulated spindle directly affects the precision of machining parts. When FANUC simulates spindle output, there are often “SP1241” alarms. This paper expounds the causes and solutions of “SP1241” alarms from the aspects of the debugging of the simulated spindle control, the logic relation of electrical action and practical work experience, and uses “reverse logic reasoning method” to diagnose and deal with the “SP1241” alarm fault. Make the staff encounter this kind of alarm can be rigorous specification, clear thinking, improve work efficiency.
作者
王庆
WANG Qing(Maanshan Industrial School of Anhui Province,Maanshan 243000)
出处
《现代制造技术与装备》
2023年第2期170-172,共3页
Modern Manufacturing Technology and Equipment
基金
基于德国IHK认证任务式活页实训教材的开发和应用研究(JK20126)。
