双电源自动转换开关自动磨合台研制
肖安建1，陈佳成2，金美玲2
(1 浙江理工大学 机械与自动控制学院，浙江 杭州 310018；
2 杭申集团 杭州之江开关股份有限公司，浙江 杭州 311234)
摘 要：针对传统自动转换开关 (ATSE) 磨合台装夹慢、磨合效率低，并经常发生磨合中断等问题，设计出三种能够有效解决问题的自动磨合台。给出了设计方案和基本结构，并对三种自动磨合台进行多角度对比与分析，确立了夹叉式气动磨合台为最终方案，经试验验证和实际生产应用表明，夹叉式气动磨合台经车间使用效果良好，磨合平稳、装夹方便，气动磨合效率显著提高。
关键词：自动转换开关；自动磨合台；夹叉式气动磨合台
中图分类号：TM564.8 文献标识码：A 文章编号：1007-3175(2022)03-0050-06
Development of Automatic Running-In Platform for Double
Power Automatic Transfer Switch
XIAO An-jian1, CHEN Jia-cheng2, JIN Mei-ling2
（1 School of Mechanical Engineering and Automation, Zhejiang Sci-Tech University, Hangzhou 310018, China;
2 Hangshen Group Hangzhou Zhijiang Switchgear Co., Ltd, Hangzhou 311234, China）
Abstract: The traditional automatic transfer switch (ATSE) running-in the platform has problems, such as slow clamping, low running-in efficiency, frequent running-in interruption, etc. This paper designed three different types of the automatic running-in platform which can effectively solve these problems.This study gave a design scheme and a basic structure of the automatic running-in platform. It conducted a multi-angle comparison and analysis of three automatic running-in platforms and established the clamp-type automatic running-in platform as the final scheme.The experimental verification and actual production application show that the fork-type pneumatic running-in platform has a good use effect in the workshop. The new automatic running-in platform has many advantages. For example, the running-in is stable,the clamping is convenient, and the running-in efficiency has been significantly improved.
Key words: automatic transfer switch; automatic running-in platform; fork-type pneumatic running-in platform
参考文献
[1] 中国电器工业协会. 低压开关设备和控制设备 第6-1部分：多功能电器 转换开关电器：GB/T 14048.11—2008[S]. 北京：中国标准出版社，2009 ：19.
[2] 李秋玲. 自动转换开关的选型及应用分析[J] . 广西电业，2020(3) ： 63-66.
[3] 潘巧玉. 探析机械加工中的工装夹具定位设计[J].设备管理与维修，2021(16) ：133-135.
[4] 连理枝. 低压断路器设计与制造[M] . 北京：中国电力出版社，2003.
[5] 陈余进，潘敏，黄伟兴，等. 基于 UG 的软工装夹具设计[J]. 时代汽车，2021(10) ： 100-102.
