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摘要为了促进和改善通风与空调工程施工技术水平，节约能源，减少环境污染，清洁，以满足高标准的智能控制通风和空调的要求，国家标准通风与空调工程从生产，安装，调试和测试各方面的工程施工质量验收规范都做出了详细规定，其中一个重要的方法是用来测试风管制作安装质量：空调风管系统测试的严密性。测试的风管系统的空气泄漏量不只是风管加工生产，安装质量的提高，并在泄漏控制系统运行时间，节约了能源，降低消耗具有重要的意义。21673
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通风空调风管系统严密性是空调系统安装的反射质量的重要措施。除了风管系统漏风测试，以提高风管加工生产，安装，而且在运行控制系统中的泄漏，节约能源，减少消费过程的质量。过去在管道安装和通风空调系统的设备制造，因为接缝不严和漏风量往往高达10％的总送风系统的〜10％。亏损的功耗引起的泄漏风量往往被忽视。如果不限制泄漏的空气量，在空调中所造成的损失的功率消耗是相当大的。
对于一个高质量的通风空调净化系统，不但要有高质量的空调设备、自控设备相匹配，还必须要有施工质量高的风管系统和水管系统做保证。在现场施工安装风管系统和工厂机械化生产风管中，如何鉴别风管承压(低、中、高压)后的严密性和耐压强度(即耐压变形量)，已成为现行国标《通风与空调工程施工质量验收规范》GB 50243—2002和2004年出台的《通风管道施工技术规程》中主控项目的要求。本论文提供了具有可操作性强的检测手段和准确数据，以便能够实施“规范”中所限定的允许指标之内，从而大大提高了施工的质量，将以往风管系统任意漏风浪费能量的弊病得到进一步改进，对于推动提高我国的施工技术水平，有着重要的现实意义。
在正文中，对于施工后的系统，进行了漏风量的测试系统设计，从理论到实践，将公式和专用的测试仪器结合起来，选取合理的位置及测点，进行测量和记录。对于漏风量超过规范的测点，找出原因，并加以改善。
Design General Information
In order to promote and improve the ventilation and air conditioning engineering construction technology level, save energy and reduce environmental pollution, clean, in order to meet the high standards of intelligent control of ventilation and air conditioning requirements, national standards for ventilation and air conditioning engineering from production, installation, debugging and testing all aspects of the engineering construction quality acceptance specification is made detailed provisions, one of the important method is used to test produce duct installation quality, rigor of air duct system test. Test of the duct system of air leakage is not just a duct processing production, installation quality enhancement, and the leakage control system running time, save energy, reduce consumption is of great importance.
Rigor ventilation air duct system is the reflection of air conditioning system installation quality of the important measures. In addition to the duct system air leakage test, in order to improve the duct processing production, installation, and leakage in the control system of the operation, save energy and reduce consumption process quality. The past in the pipe installation and ventilation air conditioning system equipment manufacturing, because the seam is lax and leakage air volume is often as high as 10% ~ 10% of total air supply system. Loss of power caused by the leakage air volume often ignored. If we do not limit the amount of air leakage, losses in the air conditioning power consumption are considerable.
For a high quality of ventilation and air conditioning purification system, not only have high quality air conditioning equipment, control equipment matching, also must want to have the construction of high quality air duct and pipe system. In site construction installation duct system and mechanization of factory production duct, how to identify duct pressure (low, medium and high pressure) after the rigor and compression strength (i.e., compression deformation), has become the current national standard "ventilation and air conditioning engineering construction quality acceptance specification" GB 50243-2002 and 2004 the ventilation pipe construction technology procedures, master the requirements of the project. This paper provides the operable strong testing means and accurate data, in order to implement the "norm" within the limit allowed indicators, which greatly improve the quality of the construction, will ever duct system has been further improve the disadvantage of any air leakage waste energy, for promoting the construction of our country technical level, has important practical significance.
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