| dc.contributor.author | RISWANA, SEPTIAN ANDRI | |
| dc.date.accessioned | 2018-08-20T07:38:15Z | |
| dc.date.available | 2018-08-20T07:38:15Z | |
| dc.date.issued | 2018-05-19 | |
| dc.identifier.uri | http://repository.umy.ac.id/handle/123456789/20683 | |
| dc.description | Pada zaman sekarang banyak industri yang semakin berkembang seiring dengan perkembangan teknologi yang semakin modern. Terlepas dari itu suatu industri power plant sangatlah dipengaruhi oleh instalasi yang terpasang di dalam industri tersebut. Instalasi yang memiliki peranan penting adalah instalasi sistem perpipaan. Software yang dibutuhkan adalah AutoCAD Plant 3D. Tujuan pemodelan menggunakan software AutoCAD Plant 3D versi 2018 adalah untuk menghasilkan gambar berupa 3D yang meliputi general plant, equipment, piping, dan mengeluarkan report berupa bill of material dan menghitung estimasi berat komponen, equipment dan structure.
Metode yang digunakan dalam pemodelan menggunakan software AutoCAD Plant 3D yang pertama adalah memodelkan Equipment, dilanjutkan routing jalur pipa dengan menghubungkan tiap equipment. Selanjutnya adalah membuat pipe rack dari jalur pipa. Tahap terakhir yaitu menghitung estimasi berat komponen, equipment dan structure.
Setelah melakukan pemodelan ulang menggunakan software AutoCAD Plant 3D versi 2018, dapat disimpulkan hasil dari pemodelan adalah bentuk 3D dari equipmet yaitu : C-101 (coloumn), C-102 (coloumn), E-101 (heat exchanger), E-102 (fin fan), P-101 A,B (pump), P-102 A,B (pump), P-103 A,B (pump), T-101 (tank), T-102 (tank), V-101 (vessel) dan V-102 (vessel). Hasil pemodelan yang lainnya adalah piping 24 jalur, general plant, gambar isometri 24 gambar¸ pipe rack dengan panjang 692,6 m, size HP 14×117, Estimasi berat sebesar 216503,23 Kg dan Bill of material yang berisi data tentang quantity komponen pipa, jenis komponen, size dan standard. | en_US |
| dc.description.abstract | In the present era many industries are growing along with the increasingly modern technology. Regardless, a power plant industry is severely affected by installations built into the industry. The installation that has an important role is the installation of piping systems. Therefore, the industry needs software that can help in planning the installation of piping such AutoCAD Plant 3D. The purpose of modeling using AutoCAD Plant 3D version 2018 software is to produce 3D images that include general plant, equipment, piping, and issued a report in the form of bill of material and calculate the weight estimation of components, equipment and structure.
The method used in modeling using the first AutoCAD Plant 3D software is to model Equipment, followed by routing the pipeline by connecting each equipment. Next is to make a pipe rack from the pipeline. The last stage is calculate the weight estimation of components, equipment and structure.
After re-modeling using AutoCAD Plant 3D version 2018 software, it can be concluded the result of modeling is 3D form of equipmet that is: C-101 (coloumn), C-102 (coloumn), E-101 (heat exchanger), E-102 ( fin fan), P-101 A, B (pump), P-102 A, B (pump), P-103 A, B (pump), T-101 (tank), T-102 (tank), V- 101 (vessel) and V-102 (vessel). Other modeling results are 24-pip piping, general plant, 24-inch isometry image ¸ pipe rack with length 692.6 m, size 14 × 117 HP, weight estimation of 216503,23 Kg and Bill of material containing data about pipe component quantity , component type, size and standard. | en_US |
| dc.publisher | FT UMY | en_US |
| dc.subject | AutoCAD Plant 3D versi 2018, Bill of Material, Equipment, General Plant, Modeling, Piping. AutoCAD Plant 3D versi 2018, Bill of Material, Equipment, General Plant, Pemodelan, Piping | en_US |
| dc.title | PEMODELAN ULANG INSTALASI SISTEM PERPIPAAN DENGAN SOFTWARE AUTOCAD PLANT 3D VERSI 2018 | en_US |
| dc.title.alternative | (STUDI KASUS : PIPING DRAFTING TRAINING PLUS, PI.n.D OIL AND GAS TRAINING COURSE) | en_US |
| dc.type | Thesis
SKR
F T
153 | en_US |
