Desain Human Machine Interface Android Dengan Teknologi Internet Of Things Untuk Kontrol Star Delta Motor 3 Phase

Suharso, Didik Dwi; Purnomo, None Hendro; Winardi, Slamet; Budijanto, Arief

doi:10.36277/jteuniba.v7i1.193

Cited by 2 publications

(2 citation statements)

References 6 publications

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“…Karena alasan itulah, timbul berbagai macam gerakan lingkungan hidup untuk mendukung teknologi yang dapat menkonversi energi alam sebagai bahan bakar utamanya. [1] Tenaga penyuplai kendaraan seperti minyak bumi adalah sumber daya alam yang tidak bisa diperbaharui. Sehingga kelak, sumber daya alam ini akan habis.…”

Section: Pendahuluanunclassified

Analysis of Power Efficiency Produced by AC and DC Generators: A Literature Review

Supriyatna¹

2023

motivection

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In the life of the modern era, electricity has become one of the supporters of the energy supply to meet all of human's daily needs. Electricity can be generated from the conversion of natural energy such as sunlight, wind, coal and so on. Generators have become modern renewal machines that can convert mechanical energy into electrical energy. Generator with a work system that utilizes wire coils as a conductor of electricity and the stator and rotor work continuously to convert motion energy into electrical energy. This study aims to answer the problem regarding the efficiency between the two types of AC and DC dynamos. As well as to find out which type of dynamo is suitable for a particular electrical component. The data collection technique was carried out using a System Literature Review (SLR) which was used to identify and study theoretically the power efficiency generated by AC and DC generator dynamos. Dalam kehidupan era modern, listrik telah menjadi salah satu penyokong suplai energi untuk memenuhi semua kebutuhan manusia sehari-hari. Listrik bisa dihasilkan dari konversi energi alam seperti cahaya matahari, angin, batu bara dan sebagainya. Generator telah menjadi mesin pembaruan modern yang dapat mengubah energi mekanik menjadi energi listrik. Generator dengan sistem kerja yang memanfaatkan lilitan kawat sebagai penghantar listrik dan stator serta rotor yang bekerja terus menerus untuk mengkonversi energi gerak menjadi energi listrik. Penelitian ini bertujuan untuk menjawab permasalahan menngenai efisiensi antara kedua jenis dinamo AC dan DC. Serta untuk mengetahui dinamo tipe mana yang cocok untuk sebuah komponen listrik tertentu. Teknik pengumpulan data dilakukan dengan System Literature Review (SLR) yang digunakan untuk mengidentifikasi serta mengkaji secara teori mengenai efisiensi daya yang dihasilkan dinamo generator AC dan DC.

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Section: Pendahuluanunclassified

Analysis of Power Efficiency Produced by AC and DC Generators: A Literature Review

Supriyatna¹

2023

motivection

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“…Motor induksi ialah motor listrik arus bolak balik yang paling sering digunakan. Penamaannya berasal dari sistem yang tersusun bahwa motor ini bekerja berdasarkan induksi medan magnet stator ke rotornya, dimana arus rotor motor tidak berasal dari sumber tertentu, melainkan Arus induksi bergantung pada perbedaan relatif antara medan magnet putar yang dihasilkan oleh arus rotor dan stator yang berputar [13].. Dari pengujian sistem bahwa semua tombol sudah berfungsi dengan baik. pengujian disini dilakukan terhadap seluruh rangkaian sistem serta bertujuan untuk mengetahui fungsional sistem apakah sudah berjalan dengan seharusnya.…”

Section: Hasil Realisasi Sistem Kontrolunclassified

Perancangan Rangkaian Forward-Reverse pada Motor 3 Fasa

Addiwani,

Putra

2023

CRC

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Electricity is a modern-day invention that has become the driving force behind the majority of industries. The 3-phase motor system includes it. The 3-phase motor system is an electrical device-owned system that converts electrical energy into mechanical energy. The purpose of this research is to complete the development of a forward-reverse control system using a three-phase motor and to determine the feasibility test results for a three-phase motor system trainer with a forward-reverse circuit. Data collection techniques were used in conjunction with data analysis of experimental results using qualitative descriptive techniques. This method is used by describing the entire series. This technique is carried out by describing the entire series of research flows beginning with the analysis of tool and material needs, design of control systems, realization of control systems, testing of control systems, and results of testing of control systems. The study's findings indicate that creating a system using a 3-phase induction motor, which is commonly used in various industries for production purposes, can increase the practical ease of use in distributing AC power to the system. Furthermore, the implementation of this 3-phase motor can control electricity effectively. Because its components are highly efficient, a three-phase motor is used. Using a PLN voltage source. Stripping pliers and cable cutters, a digital multimeter, and one set of screwdrivers were used. There are several buttons (buttons), and when the forward button is pressed, the voltage is distributed to the magneticcontractor forward, and the induction motor rotates forward. When the reverse button is pressed, themagnetic contractor reverses; if it is already in operation, the motor moves in the opposite direction.

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Desain Human Machine Interface Android Dengan Teknologi Internet Of Things Untuk Kontrol Star Delta Motor 3 Phase

Cited by 2 publications

References 6 publications

Analysis of Power Efficiency Produced by AC and DC Generators: A Literature Review

Analysis of Power Efficiency Produced by AC and DC Generators: A Literature Review

Perancangan Rangkaian Forward-Reverse pada Motor 3 Fasa

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