洛菲电子清纱器采样后乱切的原因及解决措施
2022-03-22 17:03:04   来源：   评论：0 点击：

  关键词：洛菲电子清纱器；单锭；采样；基准电压；微调差异；感度；纱疵；评判标准
中图分类号：TS101.91⁺4            文献标志码：B            文章编号：1001-9634(2021)05-0040-03
 
收稿日期：2021-01-14
作者简介：王学元（1969—），男，山东巨野人，工程师，主要从事棉纺技术与产品质量管理方面的研究。
   
Abstract:In order to solve the problem that normal production cannot be carried out due to miscutting and random cutting after sampling by Loepfe electronic yarn cleaner，reasons for the deviation of yarn defect evaluation standard and production by regrouping or applying other kinds of production process and then changing back to production are analyzed，measures to be taken when the problem is encountered are explained.It is pointed out that we should re-sample according to the defined procedures and requirements，record the sampling reference voltage，check the reference voltage of abnormal single spindle and fine tuning difference，confirm the data transmission is normal，and set the sensitivity reduction parameters；it is necessary to master the performance characteristics and technical requirements of various functions of the electronic yarn cleaner，use it reasonably，and give full play to its monitoring effect on yarn quality.
Key Words:Loepfe electronic yarn cleaner；single spindle；sampling；reference voltage；fine tuning difference；sensitivity；yarn defect；evaluation standard
 
参考文献：
[1] 邵宏庆.维修总结洛菲光电式电子清纱器的工作原理[C]//“青岛宏大杯”2006年全国用好自动络筒机扩大无结纱生产技术交流研讨会论文集.北京：中国纺织工程学会，2006.
[2] 彭福伟，张雄.新型电清器的使用体会[J].纺织器材，2013，40(6)：56-60.
[3] 张雄.电子清纱器的应用探讨[C]//“锦峰杯”2010中国纱线质量暨新产品开发技术论坛（精梳专题）论文集.西安：全国棉纺织科技信息中心，2010：341-343.
[4] 柯经文.柯经文再谈洛菲电清[Z].杭州：中国纱线网，2014.
[5] 瑞士洛菲公司.ZENIT中文操作手册[Z].柯经文，译.2008.