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Munnik Haryanti
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Jurnal Teknologi Industri
Published by Universitas Dirgantara Marsekal Suryadarma
ISSN : 23022191     EISSN : 30309964     DOI : https://doi.org/10.35968/jti.v12i2
Core Subject : Science, Engineering,
Control & Systems Engineering Electrical & Electronics Engineering Energy Engineering Industrial & Manufacturing Engineering
Jurnal Teknologi Industri adalah jurnal yang fokus pada teknologi industri yang diterapkan dalam industri, pemerintah, dan universitas.
Arjuna Subject : Teknik (semua kategori) - Teknik Listrik dan Elektro
Articles 7 Documents
 1 
Search results for , issue "Vol 9 (2020): JURNAL TEKNOLOGI INDUSTRI" : 7 Documents clear
ANALISA JARINGAN MESIN AUTOMATIC TELLER MACHINE (ATM) DALAM RANGKA PEMELIHARAAN DI PULAU JAWA Nurwijayanti Kusumaningrum; Ganjar Eko Santoso
JURNAL TEKNOLOGI INDUSTRI Vol 9 (2020): JURNAL TEKNOLOGI INDUSTRI
Publisher : JURNAL TEKNOLOGI INDUSTRI

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35968/jti.v9i0.964

Abstract

ATM (Automatic Teller Machine) merupakan salah satu solusi untuk mengadakan suatu transaksi yang cepat dan efektif, fungsi ATM adalah memindahkan uang atau menerima segala macam bentuk pembayaran dan setoran seperti pembayaran listrik, telpon, air, pajak, uang kuliah dan pembayaran lainnya. Maka perlu adanya pemeliharaan mesin ATM secara rutin agar nasabah merasa nyaman, tanpa ada gangguan di jaringan ATM. Dalam rangka pemeliharaan jaringan maka harus dilihat beberapa kendala yang sering terjadi, yaitu harus dihitung QoS (Quality Of Service) yang terdiri dari seberapa besar penggunaan bandwidth agar didapat volume trafik dan intensitas trafik selama 1 bulan terakhir, menggunakan rumus Erlang. Hasil analisa selama 30 hari di bulan April 2020, didapat ratarata bit rate sebesar 12,53 kbps, dengan volume trafik sebanyak rata-rata selama 1,745 Jam dan rata-rata intensitas trafik sebesar 444.32 Erlang, kemudian Setelah didapat Intensitas trafik dan volume trafik, maka didapat Quality Of Service (QoS) sebesar 0,69 selama 3 hari yaitu pada tanggal 10, 20 dan 30 April 2020. Kata Kunci : QoS, ATM, Erlang, Volume Trafik dan Intensitas Trafik.
PROTOTYPE SWITCH OTOMATIS PADA KAMERA GAMMA DENGAN PENGENDALI JARAK JAUH BERBASIS ARDUINO Rezki Setiawan; Rachmat Ramdani
JURNAL TEKNOLOGI INDUSTRI Vol 9 (2020): JURNAL TEKNOLOGI INDUSTRI
Publisher : JURNAL TEKNOLOGI INDUSTRI

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35968/jti.v9i0.658

Abstract

The use and use of radioactive and in the industrial sector, is increasing in Indonesia. Radiography and one of them, is used to examine the structure and quality of materials, using the Non-Destructive Test method. Currently, gamma cameras are still used, manually, namely the operator who operates the camera directly, and causes health problems by gamma ray radiation.      One solution is to design a control system on a gamma camera, for that, several components are needed to produce the desired work system. The components used for the system are Arduino Uno, radio frequency and servo motors.    As for activating, it begins by pressing a switch to open or close the gamma camera in order to minimize health hazards from gamma ray radiation, Prototype is made with a ratio of 1: 2.Red LEDs, green LEDs, and LCDs are used as indicators for operators that the device is well connected System measurement testing, carried out with radio frequency with and without hindrance to variations in distance of 5 m, 10m, 15m, 20m and 25m, the system can still work, and is well connected. Keywords: gamma camera, arduino uno, radio frequency.
PROTOTIPE PENJEJAK 3 SUMBU PADA UJI STATIS WAHANA MENGGUNAKAN ARDUINO UNO Ficri Arrasyid; Rahmat Ramdhani; Munnik Hariyanti
JURNAL TEKNOLOGI INDUSTRI Vol 9 (2020): JURNAL TEKNOLOGI INDUSTRI
Publisher : JURNAL TEKNOLOGI INDUSTRI

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35968/jti.v9i0.659

Abstract

Tracker is one of the tools found at the Ground Control Station (GCS). GCS itself can be interpreted as an aircraft control station, quadcopter, Unmanned Aerial Vehicle (UAV), or other flying objects operating on the earth's surface, either on land or on ships.In tracking operation, a control device is needed to control the servo movement. operate the tracker using the MPU6050 Sensor as a servo motor control to follow changes in the angular speed of the object, and the GPS module GY-GPS6MV2 to determine the position of the object's coordinates.The average MPU6050 sensor reading at 0 ° is 1.35 ° for x angle, -0.92 ° for y angle, and 0.22 ° for z angle. The average reading for 30 ° is 30.61 ° for x angle, 29.83 ° for y angle, and 30.11 for z angle. The mean reading at 45 ° is 45.34 ° for x angle, 45.33 ° for y angle, and 45.08 ° for z angle. The average reading for 60 ° is 60.90 ° for x angle, 60.62 ° for y angle, and 60.07 for z angle. The average reading at 90 ° is 90.86 ° for x angle, 90.37 ° y angle, and 90.25 ° z angle. meters with the closest error distance of 0.24 meters and the farthest error distance is 3.82 meters. With an average acceptance time of 14.48s. Keywords: Global Positioning System (GPS), MPU 6050, Ground Control Station (GCS).
PERANCANGAN PROTOTIPE MEJA RIAS PORTABLE Lanjar Widi Kusuma; Munnik Haryanti
JURNAL TEKNOLOGI INDUSTRI Vol 9 (2020): JURNAL TEKNOLOGI INDUSTRI
Publisher : JURNAL TEKNOLOGI INDUSTRI

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35968/jti.v9i0.660

Abstract

Pada kegiatan merias diri, penyedia jasa make-up perlu sarana penunjang seperti meja rias untuk melakukan kegiatan tersebut. Meja rias ini berfungsi sebagai tempat penyimpanan peralatan make-up , tempat pemasangan kaca dan lampu            Perancangan prototipe meja rias portable ini menggunakan mikrokontroler arduino uno, dilengkapi sensor ultrasonic, 1 buah power switching dan 1 set baterai 18650 sebagai sumber tegangan bagi perancangan alat ini. Semua sistem kerja mikrokontroller arduino uno  sudah diprogram menggunakan bahasa program C  pada mikrokontroler Arduino Uno             Berdasarkan hasil pengujian prototipe meja rias portable , prototipe ini dapat berfungsi menggunakan 2 sumber listrik yang berbeda yang dimana sumber listrik utama merupakan yang berasal dari PLN dan sumber listrik dari baterai sebagai backup dengan rata-rata waktu penggunaan secara terus menerus selama 3 jam 12 menit.  Prototipe ini juga berhasil mengaplikasikan motor servo sebagai pengunci dari dalam kotak yang bekerja secara elektrikal. Dengan berbagai fitur yang tersaji dalam prototipe ini, dapat membuat proses merias diri bagi kaum perempuan lebih muda dan aman dalam di setiap kondisiKata Kunci : mikrokontroler,make-up,power switching,prorotipe,motor servo
PENGAMAN HELM DENGAN GPS MELALUI SMS BERBASIS MIKROKONTROLER ARDUINO UNO DENGAN SMARTPHONE Adhitiya Saputra; Yohanes Dewanto
JURNAL TEKNOLOGI INDUSTRI Vol 9 (2020): JURNAL TEKNOLOGI INDUSTRI
Publisher : JURNAL TEKNOLOGI INDUSTRI

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35968/jti.v9i0.656

Abstract

At present the use of helmets is a safety in driving, although how to use and use is not so good if the helmet is lost, some people expect a tool or technology that can facilitate and help. With so many people interested in technology, many people want a helmet to stay in the vehicle parking lot, to avoid accidents when driving. But with so many people ignoring the incident, many also feel lost in the event of the loss of the helmet in the vehicle parking lot.Then made an arduino uno based helmet safety device via SMS, so that all feel safe in putting even leaving the helmet in the vehicle parking lot, because the system will do it automatically through the arduino uno and signal network to provide security for the helmet, before leaving the device must in the ON position or a ready tool that functions as a vibration detector sends data to Arduino Uno then the data enters the smartphone via sms to notify the helmet user and an SMS notification will appear on the smartphone via sms. Experiments prove the device that is made can function well if it gets results in smartphone sms lat = 6.34702348 & long = 106.86145019 and the tool can function if the signal network is good, if it functions poorly if the results in smartphone sms lat = 0.00000000 & long = 0, 0000000 and there is no good signal network due to weather disturbances.  Keyword: helmet safety, SMS (SIM 800), Arduino uno, smartphone
SIMULASI PENGUKURAN KAPASITAS BEBAN SAMPAH PADA OTOMATISASI PENGAMBILAN SAMPAH DI SUNGAI Reka Rusydina; Yohannes Dewanto
JURNAL TEKNOLOGI INDUSTRI Vol 9 (2020): JURNAL TEKNOLOGI INDUSTRI
Publisher : JURNAL TEKNOLOGI INDUSTRI

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35968/jti.v9i0.661

Abstract

Automatic garbage collection is an effort to overcome the problem of garbage accumulation in the river. Increasing the automation system of the load on waste can maximize the performance of waste management in watersheds such as rivers. This is the basic thought of the author in making a simulation tool to indicate the burden on the automation of waste collection in the river. In this simulation tool has an automatic marker to notify the amount of load received when passing through river water, these settings can determine the LEDs that  turn on automatically. The process of taking garbage in a river is based on the weight of the load on the garbage to be taken to the shelter. The design of this tool consists of two stages, namely the design phase of hardware and software. The hardware used in the design of this tool is the power supply as a voltage and electric current to the components used, the load cell for the weight sensor is able to convert the measured weight into the form of electrical signals, the arduino uno 328P microcontroller as the controller, while the software on This tool uses the LCD to display data and LEDs as an indicator that the load on the load cell sensor has exceeded the specified limit. This study uses a Load cell sensor to measure the load being weighed. Sensor output in the form of voltage in the order of millivolts. The load that is being measured will be displayed on the LCD and the setting of the waste load that goes to the shelter. Final testing of the entire system shows that the tool is able to process the weighting load more quickly. Tests on the entire system also show that when the tool weighs a load of rubbish with a weight of 1500gram and 2000gram. Keywords: load garbage, load cell, microcontroller, LCD and LED
PALANG PINTU PERLINTASAN KERETA API AUTOMATIS BERBASIS ARDUINO UNO Muhammad Faisal Asyari; Sumpena Sumpena
JURNAL TEKNOLOGI INDUSTRI Vol 9 (2020): JURNAL TEKNOLOGI INDUSTRI
Publisher : JURNAL TEKNOLOGI INDUSTRI

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35968/jti.v9i0.657

Abstract

At this time the accident at the railroad crossing is still quite high, it is caused by various things, including the doorstop system which still relies on the manual system and is very vulnerable to human error such as the gate guard fatigue so late closing the doorstop, and on the design ever made previously using ultrasonic sensors still have the disadvantage that the sensor can only detect objects without being able to distinguish what objects are in front of the sensor.In this case a design or prototype of a doorstop that functions automatically based on an Arduino microcontroller can be applied to reduce the number of accidents on a railroad train and prevent detection errors on the sensor by adding a warning signal in the form of SMS. Ultrasonic sensor test results work well by detecting objects in the form of trains with a predetermined setpoint, with a working height of 4.90 volts DC for sensor 1 namely ordering the bar to close and 4.91 volts DC for sensor 2 which instructs the bar to open, for the SIM module GSM works well sending a warning signal in the form of an SMS message if there is an object blocking in the distance <= 6cm. Keywords: Arduino-Based Automatic Railway Crossing

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