电机与控制应用
電機與控製應用
전궤여공제응용
ELECTRIC MACHINES & CONTROL APPLICATION
2015年
6期
63-65,68
,共4页
工业电机%滚动轴承%轴承失效%冲击损伤%假性布氏压痕%微振磨损
工業電機%滾動軸承%軸承失效%遲擊損傷%假性佈氏壓痕%微振磨損
공업전궤%곤동축승%축승실효%충격손상%가성포씨압흔%미진마손
industrial motor%rolling bearing%bearing failure%impact damage%pseudo brinell indentation%micro vibration wear
详述了电机中滚动轴承常见易混淆的几种非运转性失效—压痕、划痕及假性布氏压痕的产生原因、形成机理及根本区别。针对每种压痕失效给出了具体的预防措施及解决方案。
詳述瞭電機中滾動軸承常見易混淆的幾種非運轉性失效—壓痕、劃痕及假性佈氏壓痕的產生原因、形成機理及根本區彆。針對每種壓痕失效給齣瞭具體的預防措施及解決方案。
상술료전궤중곤동축승상견역혼효적궤충비운전성실효—압흔、화흔급가성포씨압흔적산생원인、형성궤리급근본구별。침대매충압흔실효급출료구체적예방조시급해결방안。
This paper expatiated several indent failures of different form, which are common and easy to confuse in motor’s rolling bearing. It described their produced cause, formed mechanism and basic difference, and presented the corresponding preventive measures and solutions for each indent failure.
