Multi-cross sectional fluid path condenser
a fluid path and condenser technology, applied in the field of refrigeration system aircooled condensers, can solve the problems of limiting the condenser's potential or overall heat transfer capability, reducing limiting the refrigerant mass flow rate per tube (or circuit/path), so as to reduce the total heat transfer capability of the condenser, improve heat transfer deficiency, and reduce the effect of refrigerant pressure drop
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[0019]This invention relates particularly to condenser coil bundles used in refrigerant condensers, and particularly (although not exclusively) in evaporative refrigerant condensers 10 of the type shown in FIGS. 1 and 2 configured to indirectly transfer heat between a superheated refrigerant and ambient air, operative in a wet mode or a dry mode as described below depending on ambient atmospheric conditions, such as temperature, humidity and pressure.
[0020]The apparatus 10 includes a fan 100 for causing air to flow through the apparatus, and as shown schematically in FIG. 1, sitting atop housing 15. At normal ambient atmospheric conditions where freezing of the cooling liquid, typically water, is not of concern, air is drawn into the plenum 18 of the apparatus via air passages at the bottom of the unit through the open air intake dampers, and enters the evaporative heat transfer section 12 where heat transfer takes place involving the distribution of water from a water distribution ...
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