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台山电厂汽动给水泵弹性支承台座的振动实测

Measurement of Vibration Spring-supported Foundation of Turbine-driving Fend Water Pump in Taishan Power Plant

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【作者】 张略秋王日云罗勇赵云旭宫永良张春文张明超卢练响

【Author】 Zhang Lueqiu~1,Wang Riyun~1,Luo Yong~2,Zhao Yunxu~2,Gong Yongliang~2,Zhang Chunwen~1,Zhang Mingchao~3, Lu Lianxiang~3(1. Guangdong Electric Power Design Institute,Guangzhou, 510600; 2 GERB (Qingdao) Vibration Control Co., Qingdao, 266071;3. Guangdong Guohua Yuedian Taishan Electric Power Co Ltd.,Taishan,529200)

【机构】 广东电力设计研究院隔而固(青岛)减振技术有限公司广东国华粤电台山发电有限公司广东国华粤电台山发电有限公司 广州市510600广州市山东省青岛市266071广东省台山市529200529200

【摘要】 台山电厂一期国产机组中的汽动给水泵组台座第1次使用了弹性支承设计,并进行了振动实测。汽动给水泵组弹性支承台座的振动最大实测均方根振动速度为0.42mm/s,即工频下的最大振动线位移为1.09μm;工频激振响应的最大振动线位移为0.60μm。该振动水平都在安全的A区域内。振动实测表明:用国际标准转化的国家标准进行振动分析,比用《动力机器基础设计规范》GB50040的分析更符合实际。

【Abstract】 This paper introduces the design and the measurement information of spring supported turbine driven boiler feed pump foundation deck at Taishan Power Plant, which is the first one to use spring foundation for whole domestic supplied machines. Measurement shows that the maximum RMS velocity is 0.42mm/s, the equivlant displacement transferred from RMS velocity at rated speed is 1.09μm, the maximum response displacement to rated speed excitation is 0.60μm. The vibration level at Taishan is excellent and in region A with any criteria. Measurement shows that analysis with those national codes transferred from ISO codes is better in accordance with practice than that with <Code for design of dynamic machine foundation> GB 50040.

  • 【文献出处】 电力建设 ,Electric Power Construction , 编辑部邮箱 ,2005年08期
  • 【分类号】TM621
  • 【被引频次】2
  • 【下载频次】95
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