Analysis of A Compared Temperature Using Capillary Tube Different Measurement Length at Room 3 X 4 m2 Helping Ac Portable
DOI:
https://doi.org/10.36706/jmse.v2i2.13Keywords:
Total Heat, Capillary Tube, Psychrometry, Air ConditioningAbstract
At this time along with the times a lot of problems that occur in this world like the Earth's warming temperatures globally. Human needs of the air conditioning apparatus has become a staple in our daily lives. There is also a saying that the Air Conditioner (AC)has become a mandatory item installed in homes without air conditioning because of the environment around the home became more sultry and hot when we were in the neighborhood. In developments at this time have many types of AC marketed like Split AC, AC Windows, Central air conditioning and so on. A capillary tube expansion device or lowering pressure so cheap that researchers sought to examine the ratio of capillary- sized 33, 54, and 76 cm to the temperature of an air conditioner Portable. Results comparative study of the capillary tube length obtained the lowest total heat value is 9086, 6925 Btu / Hr and the highest is 15144.4875 Btu/Hr.
Downloads
References
Anwar, K., 2010. Efek Temperatur Pipa Kapiler Terhadap Kinerja Mesin Pendingin. Jurnal Mekanikal,Vol.1 Januari 2010,pp : 30- 39.
Bansal, P.K.,2005. Reverse Heat Transfer and Re-condensation Phenomena in Non- Adiabatic Capillary Tubes, Apllied Thermal Engineering 25(17-18) 3187-3202.
Basri, 2011. Analisis Pengaruh Laju Aliran Massa Terhadap Koefisien Perpindahan Panas Rata-Rata Pada Pipa Kapiler di Mesin Refrigerasi Focus 808. Jurnal Mekanikal,Vol 2 No. 1, :16-22.
Dabas, J.K., 2011.Performance Characteristics of “Vapour Compression Refrigeration System” Under Real Transient Conditions. International Journal of Advancements in Technology Vol . 2 No. 4, pp : 584-593.
Deepak, R.T., 2006. Performance of Non Adiabatic Capillary Tube with Alternate Refrigerants, VSRD Intrnational Journal of MAP,2 (5),174-182.
Ding, L.G., 2007. Recent Developments in Simulation Techniques For Vapour- Compression Refrigeration Systems, International Journal of Refrigeration 30 (7)1119-1133.
Domanski, P.A., 2005. Performance of a Finned Tube Evaporator Optimized For Different Refrigerants and its Effects on System Efficiency, Internasional Journal of Refrigeration 28 (6) 820-827.
Ekadewi, A.H. and Lukito, A., 2002, Analisis Pengaruh Pipa Kapiler yang Dililitkan pada Line Suction Terhadap Performansi Mesin Pendingin, http://puslit.petra.ac.id/journal/mechanical/, vol. 4, Oktober 94 – 98.
Gregor, P., 2011. Temperature Simulations In Cooling Appliances, Journal of Applied Thermal Engineering 78,67-72.
Handoko, 2007.Merawat dan Memperbaiki. AC. Jakarta : Kawan Pustaka.
Khandelwal, M., 2009. Model to Predict Temperature and Capillary Pressure Driven Water Transport PEFCs After Shutdown, Journal of the Electrochemical Society 156(6) B703-B715.
Liang, N., 2010. Instability Of Refrigeration System, Energy Conversion and Management 51, 2169-2178.
Miller, M., 2006.Air Conditioning and Refrigeration.United States : McGraw-Hill.
Safitra, A.G. and Putra, A.B.K., 2013. Studi Variasi Beban Pendinginan Di Evaporator Low Stage Sistem Refrigerasi Cascade Menggunakan Heat Exchanger Tipe Concentric Tube Dengan Fluida Kerja Refrigeran Musicool-22 Di High Stage Dan R-404a Di Low Stage. Jurnal Teknik Pomits Vol. 2, No. 1, pp : 95-100.
Sanaye, S.M., 2004. Thermal and Economical Optimization of Air Conditioning Units With Vapour Compression Refrigeration System, Journal of Applied Thermal Engineering 24, 1807-1825.
Stoecker, J., 1982. Refrigeration and Air Conditioning..New York: Mc.Graw-Hill.
Wirajati, I., 2010. Refrigeration & Air Conditioning Study Program (RASP) Bali.
