PENGARUH TEGANGAN DAN KUAT ARUS LISTRIK TERHADAP SIFAT MEKANIS MATERIAL PADA LAPISAN MATERIAL COOPER AW 14 GA + 13Cr STAINLESS HASIL DARI TEKNIK ARC SPRAYED
DOI:
https://doi.org/10.54378/bt.v11i2.100Keywords:
Arc sprayed process, hardness vickers (HV), micro structure material, porosityAbstract
Many things can affect the quality of Arc Sprayed process, including the process of setting the parameters of the machine, especially large current and voltage settings on the machine Arc Sprayed burning electricity (in this study using the machine SULZER METCO TUBE models 300). Given it is done research on comparative analysis of the microstructure of the material hardness and cooper wire AW 14 GA and 13Cr steel which will be used as the standard parameters on PT. X by using some variation of voltage (voltage) and current (ampere) on the machine SULZER METCO TUBE 300 models that aim to make the coating material sprayed results arc process. Coating or coating aims to improve the mechanical properties of the material or industrial goods that are far superior and quality of existing or recondition the mechanical properties of the material originally kekondisi. One example of that is the Arc Sprayed coatings using Copper material AW 14GA and 13Cr steel. The amount of electric current used in this study for 200A, 225A, 250A, and 275A and a large voltage that is used for 26V, 28V, 30V and 32V with standard minimum hardness of 118 HV and 372 HV hardness maximum amount and there is no porosity of testing photo material micro structure. From the research, it was found that the magnitude of the ideal machine parameters in accordance with the quality standards that have been set, namely the+32V 250A engine parameters, and the parameters used as the standard parameters for the production process in PT. X.References
Calister, William D. Jr., Material Science and Engineering an Introduction, Third Edition, New York, John Willey, 1994.
Common Thermal Spraying Processes, http://www.efunda.com/processes/surface/thermal_sprayings.cfm, 05 Juli 2014.
Halldearn Richard, Thermal Sprayed, High Velocity Oxy Fuel (HVOF) http:// www.twi.co.uk/j32k/protected/band_3/ksrdh002.html, 07 Juli 2014.
Indartono, Kuat,. Jurnal Ilmiah tentang Teknik Elektro : Politeknik Dharma Patria.
Plasma and Thermal Coatings AppliedSurface Technology, Thermal Spray Process, http://www.plasmacoat.co.uk//technologies.htm, 12 Juli 2014.
Pradipta, Oksi Sigit., 2008, Jurnal Ilmiah Studi Komparasi Unjuk Kerja Motor Bakar, Jakarta: FTUI.
Santoso, Agus., 2008, Jurnal Ilmiah tentang Analisa Struktur Kristal dan Komposisi fasa pada lapisan Tungsten Carbide/Cobalt (WC/Co) yang dibuat dengan metode HVOF: FTUI.
Suwarji, Sentot Imam., 2008, Jurnal Ilmiah Preparasi dan Karakterisasi Lapisan JK 7184 Jetkote pada Subtrat baja yang dibuat dengan HVOF :FTUI.
Teguh, Santoso.,2008, Jurnal Ilmiah tentang Pengaruh Mikrostruktur Terhadap Kekerasan Pada Lapisan WC-17% CO berbahan bubuk JK 7117 dan JK 7184 hasil teknik HVOF dengan variasi tekanan c3h8/o2 : FTUI.
Teori Dasar Listrik, https://sites. google.com/site/teoridasarelektronika/, 5 Agustus 2014.
Yunus, Asyari Darami., 2010, Jurnal Ilmiah tentang Struktur dan sifat Material : FT. DarmaPersada-Jakarta.
Spuranto, Johanes., 2000, Statistik : Teori & aplikas, edisi 6, jilid 1, Jakarta
http://id.wikipedia.org/wiki/Statistika
Metco, Sulzer., 2009, Thermal spray process description, properties & application, Japan.
Downloads
Published
Issue
Section
License
Journal Bina Teknika grants open acces to all of its content, based on that matter makes all research papers published are freely available to public which ensures greater global excchange of knowledge
Journal Bina Teknika is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.
Refers to these license, all research papers agree to the following terms:
- Attribution - Authors holds the credit of their research works published, in order to use materials from one or more research papers published in Bina Teknika should be given appropriate credit
- Non Commercial - All research papers published in Bina Teknika may not use for commercial purposes
- Share Alike - Any creation made under one or more concepts from research papers published in Bina Teknika should be distribute your contributions under the same license as original