Sistem Elektro Pneumatik Modul PLC 3 Silinder Kerja Ganda Gerak Berlawanan
DOI:
https://doi.org/10.37338/inovator.v3i1.131Keywords:
Pneumatik, PLC, ElektronikaAbstract
In the industrial application, the pneumatik system was used to help the production process that uses automatic control. The pneumatik system trainer that already exists in the Politeknik Jambi workshop still uses a manual control system. In this discussion, the writer wants to modify the PLC-based electro-pneumatik policy (programmer logic controller). Pneumatik systems were all systems that use power in the form of compressed air and are used to produce work. The first compressed air by the compressor and stored in the storage tube. The storage air was treated so that the pneumatik system can function correctly. The compressed air was regulated for use by a pneumatik control system, which is connected to the solenoid valve to drive three cylinders of double-acting opposite motion..
References
Cempaka, B. G. Rancang Bangun Simulator Elektro – pneumatik Berbasis Relay Dengan Dua Aktuator. 2017. Diakses dari http://eprints.undip.ac.id/60738/.
Suhendar. Programmable Logic Control. Yogyakarta: Graha Ilmu. 2005.
Schӧnmetz, A. dkk. Pengerjaan Logam Dengan Perkakas Tangan dan Mesin Sederhana. Bandung: CV Angkasa. 2013.
Syahril, A dan Hidayat, M. F. Jurnal Perancangan Ulang Peralatan Pneumatik Berbasis Programmable Logic Control (PLC) Untuk Kegiatan Pratikum. 2018. Diakses dari http://doi.org/21009/JKEM.5.1.7
Putra R. E. Rancang Bangun & Pengujian Alat Peraga Sistem Pnuematik 2 Silinder Kerja Tunggal Dengan 1 Katup 3/2. 2018.
Tim Penyusun. Buku Panduan Pembuatan Dan Penelitian Proyek Akhir Mahasiswa Politeknik Jambi. Politeknik Jambi. 2014
Giesecke, F. E. dkk. Gambar Teknik. Jakarta: Erlangga. 2000.
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