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All Journal Jurnal Sains Dan Teknologi (SAINTEKBU) Electrices : Jurnal Otomasi Kelistrikan dan Energi Terbarukan
Halimi, Imam
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Computer Science & IT Control & Systems Engineering Electrical & Electronics Engineering Energy Library & Information Science

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Design of Motor Control Center Panel for Controlling of Two Three Phase Induction Motors Based on PLC and VSD Adam, Muhamad Feisal; Zukhrufi, Andhika Nadhif; Yafi Syuhada, Muhammad Ghaly; Kusnadi, Kusnadi; Halimi, Imam
SAINTEKBU Vol. 15 No. 01 (2023): Vol. 15 No. 01 Januari 2023
Publisher : KH. A. Wahab Hasbullah University

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Abstract

A Motor Control Center (MCC) Panel is a control panel that functions as the control centre of two or more induction motors in buildings and the industrial world. However, the induction motor control panel in PNJ electrical engineering is still controlled to control one VSD, not yet to control two VSDs for two three-phase induction motors. Therefore, we need an MCC panel that implements modern industrial control using PLC and VSD so that it can be used for the practical application of three-phase induction motor control in the industrial world for PNJ electrical engineering students. The method used is literature study, MCC panel design with VSD and PLC, data retrieval, and data analysis. The results obtained from this study are that two VSDs were successfully controlled from a PLC using the Modbus RTU RS-485 communication protocol. There are differences in the actual measurement results of voltage and current using measuring instruments with VSD readings up to 91.1% for voltage and 48.68% for current caused by two factors, namely human error and measuring instrument error.
Kinerja Sistem Monitoring Suhu dan Getaran Pada Turbin Uap Berbasis HMI-PLC Situmorang, Yohana Eunike Stefi; Handoyo, Yayak Dwi; Dwiyaniti, Murie; Halimi, Imam
Electrices Vol 5 No 1 (2023): Volume 5 Nomor 1 Tahun 2023
Publisher : Jurusan Teknik Elektro, Politeknik Negeri Jakarta

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32722/ees.v5i1.5371

Abstract

Pengukuran suhu dan getaran pada turbin uap sangat penting karena variabel tersebut menentukan lifetime turbin uap. Jika suhu dan getaran diluar batas aman, turbin uap akan mengalami kerusakan seperti terbakar dan komponen rusak/retak. Hal ini akan membahayakan mesin, manusia, dan lingkungan sekitar. Untuk itu, diperlukan sistem kontrol dan monitoring suhu dan getaran pada turbin uap berbasis PLC dan HMI dengan integrasi sensor. Data pengukuran suhu dan getaran dapat dilihat pada layar HMI dan di update secara realtime setiap detik. Dengan adanya sistem ini diharapkan kinerja dan keselamatan turbin meningkat dan efisien dalam kontrol dan monitoring suhu dan getaran pada turbin uap. Hasil dari sistem kontrol dan monitoring suhu dan getaran dapat berfungsi dengan baik. Hal ini ditandai dengan nilai suhu turbin normal sekitar 100 dan nilai getaran normal sekitar 1,1 mm/s.
Design of Motor Control Center Panel for Controlling of Two Three Phase Induction Motors Based on PLC and VSD Adam, Muhamad Feisal; Zukhrufi, Andhika Nadhif; Yafi Syuhada, Muhammad Ghaly; Kusnadi, Kusnadi; Halimi, Imam
SAINTEKBU Vol. 15 No. 01 (2023): Vol. 15 No. 01 January 2023
Publisher : KH. A. Wahab Hasbullah University

Show Abstract | Download Original | Original Source | Check in Google Scholar

Abstract

A Motor Control Center (MCC) Panel is a control panel that functions as the control centre of two or more induction motors in buildings and the industrial world. However, the induction motor control panel in PNJ electrical engineering is still controlled to control one VSD, not yet to control two VSDs for two three-phase induction motors. Therefore, we need an MCC panel that implements modern industrial control using PLC and VSD so that it can be used for the practical application of three-phase induction motor control in the industrial world for PNJ electrical engineering students. The method used is literature study, MCC panel design with VSD and PLC, data retrieval, and data analysis. The results obtained from this study are that two VSDs were successfully controlled from a PLC using the Modbus RTU RS-485 communication protocol. There are differences in the actual measurement results of voltage and current using measuring instruments with VSD readings up to 91.1% for voltage and 48.68% for current caused by two factors, namely human error and measuring instrument error.
Co-Authors Adam, Muhamad Feisal Handoyo, Yayak Dwi Jayawarsa, A.A. Ketut Kusnadi MURIE DWIYANITI1 Situmorang, Yohana Eunike Stefi Yafi Syuhada, Muhammad Ghaly Zukhrufi, Andhika Nadhif