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Air leakage measurement and analysis in duct systems

机译:管道系统中的漏气测量和分析

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摘要

Air ducts and related equipments are used in a large number of buildings having thermal comfort. In this study, energy loss related with air leakage is studied. The leakage measurement setup was produced according to NEN-EN standards and the evaluation of data have been conducted by using power law model. The measurements were made on 300 and 1000 mm diameter single circular ducts, 300 mm x 250 mm and 1000 mm x 500 mm flanged joint rectangular ducts, 300 and 630 mm diameter circular beaded slip joint ducts, 300 mm x 200 mm and 500 mm x 300 mm rectangular flanged and drive slip joint ducts, and an branched air distribution system having different diameters for positive internal pressures. Test results have showed that the most of air leakage is from the joints. The seam contribution to air leakage is relatively lower than the joints. Using sealing gaskets help to improve the air leakage by about 50%.
机译:风道和相关设备被用于具有热舒适性的大量建筑物中。在这项研究中,研究了与空气泄漏有关的能量损失。根据NEN-EN标准制作了泄漏测量装置,并使用幂律模型进行了数据评估。测量是在直径为300和1000毫米的单个圆形管道,直径为300毫米x 250毫米和1000毫米x 500毫米的法兰连接矩形管道,直径为300和630毫米的圆形串珠滑动接头管道,300毫米x 200毫米和500毫米x上进行的300 mm矩形法兰和驱动滑移接头管道,以及具有不同直径的分支空气分配系统,可实现正内压。测试结果表明,大部分漏气是从接头处泄漏的。接缝对漏气的影响相对低于接缝。使用密封垫圈有助于将空气泄漏减少约50%。

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