Dalam pembuatan batako proses yang

Dalam pembuatan batako proses yang paling lama ialah pada proses pencampuran bahan baku batako. Saat ini sebenarnya sudah ada teknologi yang di gunakan untuk pengadukan pasir dan semen yaitu mesin mixer batako , namun mesin mixer yang sudah ada dalam pengoperasian di lapangan masih mengalami beberapa kendala diantaranya tidak terdapat sirkulasi air, rangka yang terlalu pendek,tidak terdapat saluran keluar hasil adukan,terdapat ruang antara mata pengaduk dengan alas menyebabkan hasil adukan tidak merata dan antara tangkai penggerak yang satu dengan yang lain tidak saling mengikat sehingga memungkinkan terjadinya pembengkokan pada tangkai. Oleh karena itu akan dilakukan reengineering pada mesin mixer, untuk memperoleh hasil yang di inginkan maka di lakukan beberapa metode penelitian yang pertama studi literatur, perancangan dan penetapan kemudian pembahasan, . Dari hasil perancangan mesin mixer batako didapatkan Motor Bakar dengan daya 2,35 Hp atau 1.75 Kw serta putaran 30 Rpm dan dihubungkan dengan Sabuk - V Type B - 109 dengan Jarak Sumbu Poros : 2,213,102 mm sedangkan Diameter Puli Kecil dan Besar: 4 in dan 6 in dan Bahan Poros : S50C AISI 1050 dengan Diameter Poros : 25,76 mm serta Jenis Bantalan Radial Ball JIS B1520 dan Mesin ini menggunakan rangka besi UNP 4 inx 8 in.

Hasil (Inggris) 1:

In the making process of brick making the longest is in the process of mixing the raw material of the brick making. Currently in fact there are already technologies in use for stirring the sand and cement mixer brick making machines namely, however existing mixer machine in operation in the field still experienced some constraints among them there is no air circulation, the order is too short, no mortar, there are results coming out the space between the eye sockets with the stirrer caused uneven mortar and results between the drive shaft with one another is not mutually binding so as to allow the occurrence of bending on the stalk. Therefore it will be done on the machine mixer reengineering, to obtain the results in desired then do some research methods literature study, the first to design and then assignment discussion,. From the results of the design of the machine the mixer Motor Fuels obtained with hollow brick power 2.35 Hp or 1.75 Kw and Rpm 30 rounds and is associated with V-Belt Type B-109 with the distance of the axis of the shaft: 2,213,102 mm while the Puli Diameter small and large: 4 in. and 6 in. and material Shaft: AISI 1050 S50C with Shaft Diameter: mm and Bearing Type 25.76 Radial Ball JIS B1520 and this machine using an iron frame 4 UNP inx 8 in.

Hasil (Inggris) 2:

In the brick-making process the longest is in the process of mixing the raw materials of brick. Currently actually existing technology in use for mixing sand and cement that is machine mixer brick, but the machine mixer that are already in operation in the field are still having some problems of which there is no water circulation, the framework is too short, there is no outlet results mortar , there is a space between the eyes stirrer with mortar lining causing uneven results and the connecting rod with each other do not bind to each other so as to allow the occurrence of bending the stalk. Therefore, it will be done reengineering the mixer machine, to obtain the desired results then do some research methods of the first study of literature, design and establishment later discussion,. From the results obtained adobe mixer machine design Motor Fuel with a power of 2.35 or 1.75 Hp Kw and 30 rpm rotation and connected to the Belt - V Type B - 109 with a distance Axis Axis: 2,213,102 Puli mm while the Small and Large Diameter: 4 in and 6 in and Materials Shaft: AISI 1050 with S50C Shaft Diameter: 25.76 mm as well as the type Radial Ball Bearings JIS B1520 and this machine using iron frame UNP 4 INX 8 in.