PROSES PEMBUATAN HOUSING BEARING GEARBOX 3Z2M21 DENGAN MATERIAL FCD 400
DOI:
https://doi.org/10.56127/juit.v2i1.474Keywords:
gearbox bearing housing, manufacturing process, fcd 400 materialAbstract
Fundamental, detailed and in-depth understanding of technology is carried out through the use of concrete pumps used to move fluid from one place to a higher place, high pressure and circulation. One of the important components of the pumping system in the industry is the Gearbox Bearing Housing which functions as a bearing housing so that the bearing can move and continue the shaft work system on the pump. The material used to make the Gearbox Bearing Housing is based on FCD 400. The manufacturing process for the Gearbox Bearing Housing is a lathe where in this process the workpiece is fed by rotating the workpiece and then touching it to a chisel which is moved in translation parallel to the axis of rotation. of the workpiece. The outer diameter is 700 mm, while the inner diameter is 340 mm and D2 is 440 mm. Drilling Machine Process, the machining process is the process of expanding or enlarging a hole that can be done with a drill bar. For the size of the holes, namely the diameter of 22 mm as many as 16 holes, the diameter of 20 mm as many as 16 holes and for the diameter of 12 mm there are 4 holes. Grinding Machine Process is a finishing process that is used to remove parts of the workpiece that are uneven. In the manufacture of Gearbox Bearing Housing, checks are carried out on the workpiece to determine whether or not an item is produced. If the workpiece is said to be feasible, it will be packaged to be marketed, if not, the workpiece will be destroyed.
References
ANTA, F., Widodo, A., & Fajar, T. K. (2013). DETEKSI KAVITASI POMPA SENTRIFUGAL DENGAN ANALISIS SINYAL GETARAN (Doctoral dissertation, Mechanical Engineering Department, Faculty Engineering of Diponegoro University).
Robby, I. (2021). Pengaruh Kerusakan Ball Bearing Terhadap Pompa Ballast Di MV. Spil Nita (Doctoral dissertation, Politeknik Ilmu Pelayaran Semarang).
Erinofiardi, E. (2011). Desain Umur Bantalan Carrier Idler Belt Conveyor Pt. Pelindo Ii Bengkulu. Jurnal Teknik Mesin, 8(1), 41-49.
Doloksaribu, M., & Afrilinda, E. Pengaruh Krom Terhadap Sifat Mekanik Dan Struktur Mikro Pada Besi Cor Nodular 400 Effect Of Crom On Mechanical Properties And Metalography Of FCD 400.
Kartika, N. D., & Darmawan, A. S. (2019). Pengaruh variasi kandungan magnesium (mg) dalam proses pembuatan besi cor nodular terhadap kekuatan impak (Doctoral dissertation, Universitas Muhammadiyah Surakarta).
Muchammad, M. Analisa Pengaruh Penempatan Slip Terhadap Distribusi Tekanan, Load Support, dan Friction pada Journal Bearing. ROTASI, 20(2), 95-101.
