Rancang Bangun Tachometer Digital Berbasis Arduino Dilengkapi Charging Dan Mode Penyimpan Data

Harsoyo, Imam Tri; Nugroho, Andi Kurniawan; Nuriman, Nuriman

doi:10.26623/elektrika.v11i2.1692

Cited by 5 publications

(4 citation statements)

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“…A monitoring system that includes monitoring tools through smartphones based on google sheets. The MLX90614 temperature sensor serves as a temperature gauge on the motorcycle brake discs and the E18-D80NK sensor as an RPM counter (Harsoyo et al, 2019). Furthermore, the readings from both sensors will be forwarded to the ESP8266 microcontroller for processing (Sasmoko, 2021), if the temperature reaches 75° C then the buzzer will turn on and when the speed is above 120RPM the buzzer will also turn on.…”

Section: Methodsmentioning

confidence: 99%

Temperature And Speed Monitoring On Google Sheet-Based Motorcycle Discs

Wibowo,

Syahrorini,

Wisaksono

2023

CNAHPC

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The braking system for motor vehicles is very important which serves to slow down speed. So that the braking system is one that must be considered for driving safety. There are two types of braking systems on motorcycles based on the mechanism, namely braking using discs and drums. One of the causes of road accidents is because the brakes overheat so that failure of the braking system results in brake failure. Therefore, this research is about the design of temperature and speed monitoring on motorcycle brake discs based on google sheets. Which uses MLX90614 sensor as a temperature sensor and E18-D80NK sensor as a speed sensor and NodeMCU ESP8266 as a microcontroller. Both sensors are programmed to provide information so that the brake temperature does not overheat and turn on the buzzer when the temperature and speed reach / exceed predetermined values. The buzzer will turn on when the temperature on the disc brakes reaches ?65°C and when the speed reaches 120rpm.

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Section: Methodsmentioning

confidence: 99%

Temperature And Speed Monitoring On Google Sheet-Based Motorcycle Discs

Wibowo,

Syahrorini,

Wisaksono

2023

CNAHPC

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“…One of the components used in the coating tool is the NEMA-17 stepper motor, boasting a specification of 200 rotations/revolutions. The step used in designing this coating tool is to test the speed of the stepper motor with a tachometer for calibration tool [26]. This test compares the setpoint value entered through the keyboard and the speed value read on the calibration tool.…”

Section: Calibration Of Speed Controlmentioning

confidence: 99%

Design and Realization of Temperature and Speed Control System of Meyer Rod Coating Based on Arduino for Silver Nanowires Thin Film Applications

Junaidi,

Irvana,

Ayu

et al. 2023

J. Penelit. Fis. Apl.

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The design and implementation of an Arduino-based temperature and speed control system for Meyer rod coating have been successfully accomplished. The tool is capable of automatically regulating the temperature and speed of the plate and Meyer rod. The components utilized in manufacturing the coating tool include Arduino Uno, stepper motor, thermocouple sensor, heating plate, relay, stepper motor driver (TB6560), and thermocouple sensor supported by the MAX-6675 module. The motivation behind developing this tool stems from the inconsistency in temperature and speed during manual Meyer rod coatings, where substrate transfer to the heater is done manually. Therefore, the purpose of this tool is to make the rod's pressure and speed stable, and the substrate does not need to move. The results of this study are that the stepper motor achieved a remarkable speed accuracy of 99%, and the thermocouple sensor exhibited an accuracy of 88.43%. Further, the time required for the heater to reach 100 °C was 09.45 minutes.

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“…Dinamometer yang digunakan untuk mengukur torsi (gambar 1) dan Tachometer yang merupakan alat pengujian yang dirancang untuk mengukur kecepatan rotasi dari sebuah objek (gambar 2). Alat-alat ini bekerja seperti alat pengukur dalam sebuah mobil yang mengukur putaran per menit (RPM) dari poros engkol mesin [18].…”

Section: Peralatan Yang Digunakan Dalam Penelitian Ini Adalah Alat Uj...unclassified

Analisis Pengaruh Bio Additive Pada Bahan Bakar Terhadap Unjuk Kerja Mesin 4 Langkah

Sitorus

Rahmatullah

Darianto

et al. 2022

JMEMME

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Bioadditives are elements derived from plants that are used as additives to improve fuel quality. Citronella oil is one type of essential oil that has been studied for its potential as a fuel bio additive because of its volatility and ability to dissolve into fuel. The purpose of using this bioadditive is to increase engine performance. This research was conducted using an experimental method, some of the samples tested consisted of pertalite fuel, bioethanol then the development was carried out by adding the Bioadditive element citronella oil to the fuel with a ratio of 2,0 : 1000 ml, 3,0 : 1000 ml, and 3,5 : 1000 ml. The sample test was aimed to measure engine performance using a dynamometer. The results of this study show that the use of citronella bioadditives can improve motorcycle performance, the maximum power increases by 55% at a ratio of 2,0 : 1000 ml, and the optimum torque is achieved by 39% at a ratio of 2,0 : 1000 ml. In addition to these tests, measurement of fuel consumption is also carried out by producing a savings of 10%, using a ratio of 2,0 : 1000 ml.

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Rancang Bangun Tachometer Digital Berbasis Arduino Dilengkapi Charging Dan Mode Penyimpan Data

Cited by 5 publications

References 0 publications

Temperature And Speed Monitoring On Google Sheet-Based Motorcycle Discs

Temperature And Speed Monitoring On Google Sheet-Based Motorcycle Discs

Design and Realization of Temperature and Speed Control System of Meyer Rod Coating Based on Arduino for Silver Nanowires Thin Film Applications

Analisis Pengaruh Bio Additive Pada Bahan Bakar Terhadap Unjuk Kerja Mesin 4 Langkah

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