遥控浮球阀噪声试验研究与应用  

Experimental Research and Application of Noise in Remote-controlled Float Ball Valves

作　　者：冯玉柱 杨锋云 于国峰 乔青 李巧荣 胡建鹏 焦东辉 李晓伟 FENG Yu-zhu;YANG Feng-yun;YU Guo-feng;QIAO Qing;LI Qiao-rong;HU Jian-peng;JIAO Dong-hui;LI Xiao-wei(Yuanda Valve Group Co.,Ltd.,Xingtai 055350,Hebei,China)

机构地区：[1]远大阀门集团有限公司,河北邢台055350

出　　处：《阀门》2025年第2期156-160,共5页Chinese Journal of Valve

摘　　要：在工业与城市供水等关键工程领域,遥控浮球阀应用较为普遍,但传统产品通常存在一定的性能缺陷。此次试验综合流量系数测定、噪声测试等实验手段和实际工程案例,深入分析其性能参数与运行特点,探寻提升方法。实验涉及流态、模拟、噪声振动测量等关键内容,结果表明增设阀门锯齿下导结构能有效改善噪声和震动状况;同时,工程应用实际案例有力地证实了优化后的遥控浮球阀在场景中更能展现出性能优势,具有在相关领域广泛推广应用的巨大潜力和显著价值。In key engineering fields such as industrial and urban water supply,remote control float valve is widely used,but traditional products usually have certain performance defects.In this test,the experimental methods such as flow coefficient measurement and noise test and practical engineering cases are comprehensively analyzed,and the performance parameters and operation characteristics are deeply analyzed to explore the improvement methods.The experiment involves key contents such as flow pattern,simulation,noise and vibration measurement.The results show that the addition of valve serrated bottom guide structure can effectively improve the noise and vibration conditions.At the same time,the practical case of engineering application strongly confirms that the optimized remote control float valve can show more performance advantages in the scene,and has great potential and significant value for wide application in related fields.

关 键 词：遥控浮球阀 噪声震动 锯齿下导 性能参数 

分 类 号：TH134[机械工程—机械制造及自动化]