KOMUNIKASI DUA ARAH MODUL PENGENDALI MOTOR ALAT TRIAXIAL DIGITAL
Keywords:
kecepatan data, komunikasi serial, triaxial digital, pengendali motorAbstract
This study aims to apply two-way communication module for motor controller on digital triaxial test equipment. In the triaxial digital test equipment, the speed and direction of up / down motors in the previous version is still manually controlled by pressing the push button on the control panel. In this research is done digitalize all process at control panel, so that all activity of control tool can be done in front of computer. The communication between the computer and the digital triaxial test device uses a serial communication directly connected to the motor controller module, where the computer sends only characters that will be processed by the microcontroller. The microcontroller translates characters sent, processed, and gives commands to be forwarded to displays and motors. Testing is done directly using Gerlink Triaxial application on computer. Based on some test results obtained that the character sent by the computer can move and change the speed of the motor, and rearrange the loadcell readings on triaxial test equipment. The data rate sent each character is 1.04 milliseconds each.
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Yahya, M. 2018. Era Industri 4.0: Tantangan Dan Peluang Perkembangan Pendidikan Kejuruan Indonesia. Universitas Negeri Makassar, Makassar.
Ruchimat, G. F. Basarah, H. M. Saputra. 2018. Mengenal Perbedaan Antara Alat Triaxial Digital Dengan Triaxial Manual. GL/art/001/mar2018. Bandung.
Katalog Gerlink, http://gerlink.id/katalog/gerlink-catalogue.pdf, (diakses 2 Juli 2018)
H. Arafat, H. M. Saputra, The Effect of Motor Speed on Pressure: 5000N Triaxial Digital. prosiding AMTeQ. hal. 217-220, 2017.
J. W. Jeon, 2000, Designing and Implementing Personal Microcomputer, IEEE Trans. on Education, vol. 43 no 4.
Firdaus, 2009. Integrasi Product Design and Manufacturing dengan Teknologi Informasi dan Komunikasi (TIK). Jurnal Austenit Vol.1, No.2. pp. 38-47
A. Junaidi, I. Gunawan, Taufikurrahman, S. Riza. 2019. Pembuatan Sistem Preventive Maintenance pada Bengkel Produksi Politeknik Negeri Sriwijaya Berbasis Aplikasi. Jurnal Austenit Vol. 11, No.1. pp 16-20
Y. Chen, A Real Time Control Simulator Design for Automated Manufacturing System Using Petri Nets, Proceeding of the 1991 IEEE International Conference on Robotics and Automation Sacramento, California, 1991.[E-book]
Abdullah, A. G., Preliminary Design of Industrial Automation Training Kit Based Real Mobile Plant, ICAET 2014.
X. Han, X. Kong, The Designing of Serial Communication Based on RS232. ACIS International Conference, 2010.
Wardana, K. Dasar Komunikasi Serial. https://tutorkeren.com/artikel/dasar-komunikasi-serial.htm (diakses 3 Juni 2018).
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