Perancangan Alat Pengangkat Sistem Hidrolik Tipe H Pada Tempat Pencucian Mobil Dengan Kapasitas Maximum 2.5 Ton

Ervini Meladiyani, Bayu Permana, Marsudi Marsudi, Ahmad Zayadi


Hydrolic system is tecknology wich uses fluid, work fluid that is used is oil with viscosity number of 10 SAE. This system work based on the principle of Pascal Low, that is if fluid given pressure, so that pressure will go to all direction by not added or less its pressure. By calculating of type H design hoist car system where as can be result teol that the permession strength of force material is bigger than the happenned strength of force material b = 9.25 kg/mm2  b =0.34 kg/mm2 and g= 70,98 kg/mm2  g= 10,46 kg/mm2. So that the construction of type H design hoist car system by using of material BJ 37 is said saved and strong to be used. On this type H design hoist car system based on SNI 05-3659-1995 which is about hydrolic fluid power with the rod end spherical eyes could be operated perfectly to hoist the car of 2.5 tonnes load. By desig specification of pump hydrolic capasity which is used 0.2 dm3/minutes, power of pump as big 5.4 KW and maximum of load capasity of 2.5 tonnes.


Hydrolic system, type H design hoist, SNI

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Andrew Parr, Hidrolika dan Pneumatika Pedoman Untuk Insinyur, Erlangga, Jakarta Tahun 2003.

Hagedorn, J.J.M., Konstruksi Mesin 1, Rosda Jaya Putra, Jakarta 1992

Hibbeller, R.C, 1999, Analisa Struktur, PT Prenhallindo

Khurmi R.S. & Gupta J.K. A Text Book of Machine Design , Eurasia Publishing House, New Delhi Tahun 1983 sifat-sifat-baja.html

Sularso, Kiyokatsu Suga, DasarPerencanaan dan Pemilihan Elemen Mesin, Pradya Paramita, Jakarta

Sato,G.T.,N. Sugiarto H, Menggambar Mesin, Pradya Paramita, Jakarta, 1994.

Yohanes, Tugas Akhir Perancangan Mesin Pengangkat Mobil Dengan Kapasitas 8 Ton, Universitas Nasional, Jakarta 1994.


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