润滑与密封
潤滑與密封
윤활여밀봉
LUBRICATION ENGINEERING
2013年
1期
105-107
,共3页
压缩机%油液监测%振动监测%漆膜%视情诊断
壓縮機%油液鑑測%振動鑑測%漆膜%視情診斷
압축궤%유액감측%진동감측%칠막%시정진단
compressors%oil monitoring%vibration monitoring%oil oxidation film%condition-based diagnosis
运用油液监测与振动监测诊断手段,对合成气压缩机的运行状态进行视情监测与故障分析.结果表明:合成气压缩机轴承轴瓦处部分区域出现油漆膜现象,引发设备运行时振动异常;应用分析同时表明,集油液信息与振动信息的多信息综合应用更有利于科学、全面的对设备状况进行视情诊断.
運用油液鑑測與振動鑑測診斷手段,對閤成氣壓縮機的運行狀態進行視情鑑測與故障分析.結果錶明:閤成氣壓縮機軸承軸瓦處部分區域齣現油漆膜現象,引髮設備運行時振動異常;應用分析同時錶明,集油液信息與振動信息的多信息綜閤應用更有利于科學、全麵的對設備狀況進行視情診斷.
운용유액감측여진동감측진단수단,대합성기압축궤적운행상태진행시정감측여고장분석.결과표명:합성기압축궤축승축와처부분구역출현유칠막현상,인발설비운행시진동이상;응용분석동시표명,집유액신식여진동신식적다신식종합응용경유리우과학、전면적대설비상황진행시정진단.
Condition-based monitoring and fault analysis were carried out for the synthesis gas compressor by using two diagnostic means of oil monitoring and vibration monitoring. Results indicates that oil oxidation film on the bearing bush causes the abnormal vibration when the synthesis gas compressor is running. The application analysis also shows that the multi-information integrated application with oil information and vibration information is more conducive to the condition-based diagnostic of equipment status.
