Pengembangan Embedded Device Berbasis PLC untuk Simulator Rejection System dengan Penambahan Human Machine Interface

Abstract

Changes to the simulator rejection system from the previous research were carried out by replacing all sensors, drive motors, PLC systems, and adding HMI systems. The objectives in this research, namely (i) changing and developing a rejection system simulator, creating a ladder-based program structure and configuring HMI systems and (ii) measuring the performance of the simulators. Rejection system simulator is fabricated and reassembled, ladder-based syntax into PLCs and HMI is also configured, and observing the performance is done through the HMI layer. The results of programming is carried out through (i) providing software for PLCs, (ii) programming the PLC system, (iii) compiling and uploading programs from PC to PLC, (iv) configuring PLC and HMI via ethernet, and (v) compiling and uploading the program structure from PC to HMI. The performance for observing the condition of the bottle cap through the HMI is observed when (i) synchronization between the simulator system and the HMI-assisted PLC control, (ii) the reading of the sensors installed on the simulator, and (iii) the rotation process of the rejector arm. Overall, the rejection system simulator with a PLC-based assisted by HMI can be used as a process simulation against the implementation of the rejection system

Purwarupa Sistem Elektronis Berbantuan IoT untuk Pemantauan Kinerja PLTPH secara Real-Time

“…Purwarupa perangkat terpabrikasi berbentuk sistem minimal (minimum system) yang difungsikan sebagai sistem pemantauan terhadap kinerja sebuah Pembangkit Listrik Tenaga Air Skala Piko (PLTPH, Pembangkit Listrik Penaga Pikohidro) dengan kinerja terpantau pada PLTPH berupa parameter tegangan, arus, daya, dan frekuensi. Konsepsi dasar pada artikel ini merupakan bentuk pengembangan terhadap naskah ilmiah yang telah dilakukan oleh Prasetiya [15 dan dapat direi alisasikan, berdasarkan kepada per i kem i bangan terhadap kegunaan dan kemanfaatan tei knologi kekinian bidang mikrokontroler dan IoT.. Sejumlah state-of-the-art penelitian sebelumnya yang dijadikan acuan umum secara singkat dan terkait erat dengan purwarupa perangkat terpabrikasi berbentuk sistem minimum berbasis PC [1], PLC [16][17][18][19][20][21][22], chip mikrokontroler AVR [23][24][25][26][27][28][29][30][31][32][33][34][35][36][37][38], atau pemanfaatan secara langsung Arduino-board [39][40][41][42][43][44][45][46][47][48][49][50][51][52] difungsikan untuk pemantauan, pengukuran, pengendalian, dan/atau pengontrolan terhadap parameter-parameter fisis [1,[16][17]…”