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A laboratory test method to realistically simulate air side fouling of condensers (RP-1705)

机译:实验室测试方法,用于现实地模拟冷凝器的空气侧污垢(RP-1705)

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摘要

This paper describes the development of a method that can be used to simulate in a laboratory the effects of air side fouling of condensers from split system air conditioners. The method includes a synthetic fouling agent that realistically mimics field fouling. The fouling agent was developed by considering the fouling materials and effects on heat transfer and air side pressure drop that were measured on a set of condenser coils that had been fouled in situ. The proposed fouling agent matches these effects by combining a fiber component with a particulate component. The particulate component is made from quartz dust that has a particle size distribution based on averages of size distributions in samples collected from condensers in Omaha, NE and Las Vegas, NV. The fouling agent is applied to coils with several different designs, including a range of fin pitches, and plate fin, spine fin, and microchannel configurations. The rates of fouling deposition, as well as the effects of fouling on coil performance, are shown and compared for these coils.
机译:本文介绍了一种方法的开发,该方法可用于模拟在实验室中,从分裂系统空调中污垢的空气侧面污垢的影响。该方法包括合成污垢剂,其现实地模仿现场污垢。通过考虑污垢材料和对传热和空气侧压降的污垢和空气侧压降的影响,开发了污垢剂。所提出的污垢剂通过将纤维组分与颗粒组分组合来匹配这些效果。颗粒组分由石英粉体制成,该粉尘具有基于从奥马哈,NE和拉斯维加斯,NV的冷凝器收集的样品中的尺寸分布的平均值。污垢剂应用于具有几种不同设计的线圈,包括一系列翅片间距,以及板翅片,脊柱鳍和微通道配置。与这些线圈相比,示出了污垢沉积率,以及污垢对线圈性能的影响。

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