Pabrikasi Unit Kontrol Berbasis Web pada Smarthome System untuk Pengoperasian Pintu Gerbang

Irawan

2021

RESTI

Self Cite

A PLC-based embedded device on a miniature conveyor machine for operating a rejection system has been designed and constructed. The research objectives, namely (i) design and manufacture of an integrated system, (ii) making program structure based on a ladder diagram, and (iii) measuring the performance of an integrated system. Integrated system assembled from a miniature of the conveyor machines and belt installation, and installing the dc motor, while the rejection system assembly by placing several sensors, installing stepper motor, and wiring to the PLC system. Programming based on ladder diagram carried out by determining algorithms, compiling the ladder diagram, addressing the input/output, and compiling and uploading the program from PC to PLC. The performance of the integrated system was observed when (a) observation during synchronization, (b) observations of sensor readings while the rejection system simulator is operating, and (c) observation and measurement of the processing time of the rejection arm. Overall results have been obtained in the form of a PLC-based embedded device for the rejection system simulator on observations of the condition of the bottle caps for beverage packaging. Based on the overall observation, the PLC-based embedded device has functioned to operate the rejection system can be implemented at a manufacturing scale.

Section: Pendahuluanunclassified

Embedded Device Berbasis PLC pada Miniatur Konveyor untuk Pengoperasian Simulator Rejection System

Wildan¹,

Irawan

2021

RESTI

Self Cite

“…Pemanfaatan komputer personal untuk pusat pengendalian maupun pengontrolan juga telah termanfaatkan pada penelitian [21], disamping pilihan terhadap modul Arduino MEGA2560 R3 [22][23][24][25]. Keberadaan modul atau board Arduino merupakan keberhasilan pemanfaatan dan peran chip mikrokontroler [26], terutama chip keluarga ATmega dari Atmel [27,28] termasuk pada penelitian tentang implementasi chip mikrokontroler ATmega [29-36, 14, 37-39].…”

Section: Pendahuluanunclassified

“…Selain komputer personal (personal computer, PC) dan mikrokontroler, peran Programmable Logic Controller (PLC) sebagai pusat pengendali maupun pengontrolan telah terbukti andal untuk pengendalian simulator [40,41]. Berdasarkan tugas dan fungsi modul Arduino tersebut [2][3][4][5][6], maka dirancang banguntempat penukaran dan penampungan sampah plastik bekas botol untuk kemasan minuman dan berbasis sejumlah perangkat elektronika dengan modul Arduino MEGA2560 R3 [22][23][24][25] sebagai pusat pemroses dan pengontrol sebagaimana penelitian-penelitian sebelumnya. Pelaksanaan penelitian ini dan sangat berhubungan dengan implementasi konsepsi lingkungan hijau untuk penjagaan limbah plastik, khususnya plastik bekas botol untuk kemasan minuman.…”

Section: Pendahuluanunclassified

Pemanfaatan RFID, Loadcell, dan Sensor Infrared Untuk Miniatur Penukaran Botol Plastik Bekas

Darussalam

2021

RESTI

Self Cite

An embedded system has been fabricated through the use of the RFID module, load cell, and infrared sensor assisted by the Arduino module. The objectives of this study are to design an embedded system and embed applications and measure the performance of the embedded system through validation tests. The research method was carried out for the realization of a miniature structure, the integrated wiring of electronic devices, and making an application based on Arduino software. Achievements during the validation test of the embedded system were carried out through three conditions. Miniature physique as a place for the subsystems of mechanical drive, controller, and the optimization of the layout of each device is an attempt to attain the hardware handshaking through integrated wiring. Acquiring applications is an attempt to attain soft handshaking. Achievement of hardware and software handshaking is carried out during the validation test, namely checking balances, cash withdrawals, and disposing of garbage. The exchange of garbage for money, after there is a high dimensional qualification with the criteria "#3big", "#2medium", or "#1small" and according to the qualifications for the net mass of the bottle with three criteria "29 grams", "19 grams", or "10 gram”. Overall, the existence of an embedded system for exchanging plastic garbage can be operated according to the design. The miniature independent platforms can be used as a reference for the construction of independent platforms that have a large capacity and are more integrative, as an effort to safeguard the existence of plastic garbage, especially bottles used for beverage packaging.

“…Pembuatan sistem pengontrol sebagaimana penelitian-penelitian sebelumnya, dapat dilakukan melalui pabrikasi untuk keterbentukan sebuah modul elektronika [8][9][10][11] berbasis chip mikrokontroler ATmega328 [12] atau melalui pemanfaatan modul Arduino [13] untuk sejumlah sistem pengontrol [14][15][16][17][18]. Keberadaan modul pengontrol untuk pengoperasian analogi lampu pijar berbasis mekanisme kendali secara remote melalui jaringan Internet [19,20,1,21,22], merupakan upaya untuk penyelesaian alternatif pada penelitian ini.…”

unclassified

Monitoring dan Kendali Tegangan Jaringan Listrik Fase-tiga melalui Smartphone

J. RESTI (Rekayasa Sist. Teknol. Inf.)

Hendryan

2022

Self Cite

This paper describes the creation of a minimum system for monitoring and controlling the voltage on a three-phase electrical network. Making a minimum system based on the result of previous research that has been implemented in the forms of device assembly, programming, and performance measurement. The research objectives are (i) assembling the hardware and programming based on Arduino software version 1.8.10 and (ii) measuring the minimum system performance. The research method for achieving the objective of assembling a minimum system is carried out through integrated wiring as an effort to get the hardware achievement, while for programming is an effort to get the software achievement. The implementation of the research method for measuring the performance as an effort to get the achievements of hardware and software is carried out by giving the orders to activate the paths of each phase. The result of the assembly is the integration of the Arduino UNO R3 module, Ethernet Shield type of W5100, MikroTik RouterBoard, relay modules, and Android smartphone, while the results of the programming are compiling and uploading the syntax to the Arduino module and making applications in the .apk format for a smartphone. Performance measurements are carried out by activating conditions for the three phases of phase-R, phase-S, and/or phase-T. The conclusion can be obtained, that the manufacture of a minimum system is appropriate for the fulfillment with respect to the presence of an electronic device for monitoring and controlling the voltage on a three-phase electrical network.