How the Vapour Compression Cycle Works

The Vapor Compression Refrigeration Cycle: A complete tips

How Vapor Compression Refrigeration System Works - Parts & Function Explained. on Make a GIF

SOLVED: Figure shows the schematic diagram of a vapor-compression refrigeration system with two evaporators using R-134a as the working fluid. This arrangement is used to achieve refrigeration at two different temperatures (-20°C and 0°C) with a single compressor and a single condenser. The evaporators A and B have a refrigerating capacity of 140 kW and 400 kW respectively. The refrigerant leaves the evaporators (6 and 9) as a saturated vapor. The isentropic efficiency of the compressor is 80%

SOLVED:A vapor-compression refrigeration system is conventional except that a counter current heat exchange is installed to sub cool the liquid from the condenser by heat exchange with the vapor stream from the evaporator. The minimum temperature difference for heat transfer is 5.6 K(5.6^∘ C) . Tetrafluoroethane is the refrigerant(Table 9.1, Fig. G.2 ), evaporating at 266.15 K(-7^∘ C) and condensingat 300.15 K(27^∘ C) . The heat load on the evaporator is 2110 kW. If the compressor efficiency is

REFRIGERATION CYCLE

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The Refrigeration Cycle - In easy to understand descriptions & diagrams!