电工电气
電工電氣
전공전기
ELECTROTECHNICS ELECTRIC
2013年
12期
49-54
,共6页
发电机定子%定子机座%定子铁心%斜立筋
髮電機定子%定子機座%定子鐵心%斜立觔
발전궤정자%정자궤좌%정자철심%사립근
generator stator%stator base%stator iron core%oblique stud
介绍了具有斜立筋结构的水轮发电机定子铁心安装工艺，分析了定子机座和定子铁心的结构特点。对铁心叠装定位的确定、各项叠装工艺参数的合理选择及叠装过程中的难点进行了阐述，并给出了具体的工艺措施。实际运行表明，该定子铁心安装工艺切实可行，各项验收指标优良。
介紹瞭具有斜立觔結構的水輪髮電機定子鐵心安裝工藝，分析瞭定子機座和定子鐵心的結構特點。對鐵心疊裝定位的確定、各項疊裝工藝參數的閤理選擇及疊裝過程中的難點進行瞭闡述，併給齣瞭具體的工藝措施。實際運行錶明，該定子鐵心安裝工藝切實可行，各項驗收指標優良。
개소료구유사립근결구적수륜발전궤정자철심안장공예，분석료정자궤좌화정자철심적결구특점。대철심첩장정위적학정、각항첩장공예삼수적합리선택급첩장과정중적난점진행료천술，병급출료구체적공예조시。실제운행표명，해정자철심안장공예절실가행，각항험수지표우량。
Introduction was made to installation technology of hydrogenerator stator iron core with oblique stud structure. Analysis was made to features of stator base and stator iron core structure features. Description was carried out for determining of iron core overlapping installation positioning, reasonable selection for every item of overlapping installation technological parameters and dififcult points in over-lapping installation processes and actual technological measures were given. Actual operation shows that the stator iron core installation technology is really feasible and each item of acceptance and examination index is ifne.
