Actual Vapor Compression Refrigeration Cycle T S Diagram

The cycle as applied in practice however differs considerably from the theoretical cycle.

Actual vapor compression refrigeration cycle t s diagram. Vapor compression refrigeration cycle t s diagram below is a possible cyclepad design of a refrigeration cycle. The t s diagram for a vapor compression refrigeration cycle is shown below. Schematic and t s diagram for the actual vapor compression refrigeration cycle. Vapour compression refrigeration cycle.

1 in practice the refrigerant enters the compressor at state 1 slightly superheated vapor. 36 25 on t s diagram. The layout shown below is a clickable image. 2 2 2 theoretical vapour compression cycle with dry saturated refrigeration cycle vapour after compression a vapour compression cycle with dry saturated vapour after compression is shown on t s diagrams in figures 2 2 a and b respectively.

Most of the differences between the ideal and the actual cycles are because of the irreversibilities in various components which are. At point 1 let t 1 p 1 and s 1 be the temperature pressure and entropy of the vapour refrigerant. An actual vapor compression refrigeration cycle differs from the ideal one in several ways owing mostly to the irreversibilities that occur in various components mainly due to fluid friction causes pressure drops and heat transfer to or from the surroundings. The theoretical vapour compression cycle.

Actual vapour compression refrigeration cycle. T s diagram for actual vapor compression cycle. Actual vapor compression refrigeration cycle fig. The p h and t s diagram for the simple vapor compression refrigeration cycle is shown in the figure for vapour entering the compressor is in dry saturation condition the dry and saturated vapour entering the compressor at point 1 that vapour compresses isentropic ally from point 1 to 2 which increases the pressure from evaporator pressure to condenser.