Microchannel Tube Louver Fin Heat Transfer

.table{ border-collapse:collapse;} .table td,Website:http://www.chinasanpu.com, .table th{ border:1px solid #cdcdcd; padding:5px;}1. IntroductionMCHEs have an ingeniously simple design-made entirely of all aluminium which is not only lightweight but also prevents galvanic corrosion. The refrigerant-carrying tubes are formed to optimise heat transfer, thus enabling the production of more compact, but equally effective cooling solutions. Meanwhile, their smart louvred fin design maximises surfacecontact, successfully reducing the air-side pressure loss, improving efficiency and reducing noise levels.2. Benefitsa. MCHE is more suitable for high working pressure of R410Ab. Refrigerant charging can reduce 50% at mostc. Increase 30% heat transfer efficiency than traditional copper tube fin heat exchangerd. The Air resistance can be reduce 30%e. The weight of MCHE is light, its volume reduce 50% compared with copper and aluminum fin heat exchangerf. All aluminum heat exchanger easy to recycleg. 100% brazing, the smaller performance degradationh. 100% aluminum, more resistanc3.  Technical DataModelCoil lengthCoil heightCoil DepthFin pitchInlet ID diameterOutlet ID diamaterMin/Max Working TemperatureMax working pressureSP022947(mm)659.2(mm)16(mm)1.27(mm)  20(FPI)12.7(mm)12.7(mm)’-30℃/121℃4.5MPa4. MaterialFlat Tube: AA3102/H122 Inlet/outlet Tube: AA3003 and TP2 Manifold:   AA3005-H14clad with AA4343 Fin:  AA3003 clad with AA4343 Side Plate: AA3003 5. Typical Applications1.Residential air conditioning 2.Commercial cooling applications, including chillers and rooftop units 3.Refrigeration applications, including retail food storage and bottle cooling 4.Transportation (e.g., refrigerator trucks) 5.Machine Room air conditioning 6.Car air conditioning