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Optimum Design Scheme of Receiver Dryer in Automotive Air-Conditioning System using HFC-134a Refrigerant
IPC-13/TA07-03

Authors

K. H. Kim - College of Advanced Technology Kyung Hee University
W. Lee - College of Advanced Technology Kyung Hee University
K. M. Hwang - Korea Power Engineering Company
S. W. Kim - CO2 Reduction and Sequestration R & D Center, K. I. E. R.

Abstract

Keywords:

Receiver dryer, Accumulator, HFC-134a, Water saturation quantity, Pressure vessel, Desiccant

Abstract

Because an alternative refrigerant(HFC-134a) is being used instead of CFC-12 for automotive air-conditioning system, newly designed air -conditioning components are necessary due to changes in characteristics. In this paper, optimum design scheme for receiver dryer in an automotive air-conditioning system is described with emphases upon the volume of desiccant and a container. The volume of the container, that is manufactured based on the current investigation, is reduced down to one half of the existing receiver dryers.

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