Arduino Uno-based water turbidity meter using LDR  and LED sensors

Siahaan, Andysah Putera Utama; Silitonga, Nogar; Iqbal, Muhammad; Aryza, Solly; Fitriani, Wirda; Ramadhan, Zuhri; Tharo, Zuraidah; Rusiadi,; Hidayat, Rahmad; Nasution, Muhammad Dharma Tuah Putra; Ikhwan, Ali; Azhar, Zulfi; Harahap, Mhd. Irwan Dwitama

doi:10.14419/ijet.v7i4.14020

Cited by 12 publications

(9 citation statements)

References 22 publications

(13 reference statements)

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“…When seen in the current development, namely the 4.0 revolution era, automation becomes a necessity in the business [34]. Similar research, namely the manufacture of Arduino uno-based water turbidity gauges has also been carried out by [1], the results of which also show that the developed tool is able to function properly to measure the level of turbidity of water. Research on turbidity sensors was also carried out by [32].…”

Section: Testing the Resultsmentioning

confidence: 92%

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Microcontroller Based Water Measurement Level Prototype Using Fuzzy Logic Method

Dalle¹,

Elfirman²,

Sufyan³

2020

TEM Journal

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Water is the source of life for humans. Its sustainability has to be maintained because water’s quality will affect human life. One of the water sources that are usually used by people is from the local water Company (PDAM) in every city in Indonesia. One of the PDAM Companies in the Marabahan City, South Kalimantan, is treating water from the Jejangkit River, but that water is not always clean; it can be murkier in a rainy season and tidal conditions. That is why the water quality condition in that river needs to be known. In that case, this study aims at designing a prototype of microcontroller-based turbidity of water detector by implementing the fuzzy logic. It can send a real-time report where later it will be used by PDAM in Marabahan City. The stages of turbidity measurement consist of start, initialization of I/O, turbidity sensor of reading object, fuzzy logic, read the turbidity level, stop. The result of this study is that the developed prototype is able to read the turbidity level of water and it can send a real-time report. It is recommended to develop the further turbidity sensor by using other components that are not only able to read the turbidity level, but they are also able to read the pH value and can be developed with other methods, in order that it can read the sharper data accuracy.

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Section: Testing the Resultsmentioning

confidence: 92%

“…Water (H 2 O) is the most valuable resource and abundant compound on the surface of the Earth, covering more than 70% of the planet [1]. Although the earth consists of 70% water, only 2.5% is freshwater that can be consumed, which makes freshwater a valuable thing that has to be maintained and monitored for its quality [2].…”

Section: Introductionmentioning

confidence: 99%

Microcontroller Based Water Measurement Level Prototype Using Fuzzy Logic Method

Dalle¹,

Elfirman²,

Sufyan³

2020

TEM Journal

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“…It only weighs 25 g, making it very light and portable. Arduino Uno is already used in various situations to build LCMS for the measurement of weather, radiation, solar power, air quality, water turbidity, and irrigation [16,[25][26][27][28][29][30]. This hardware is based on the ATmega328P microcontroller and has 14 digital input/output pins (of which 6 can be used as PWM outputs), 6 analog inputs, 16-MHz ceramic resonator, USB connection, power jack, and a reset button.…”

Section: Methodsmentioning

confidence: 99%

An Open-Source, Low-Cost Measurement System for Collecting Hydrometeorological Data in the Open Field

2021

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To realize precision agriculture at multiple locations in the field, a low-cost measurement system should be developed for easy collection of hydrometeorological data, such as temperature, moisture, and light. In this study, a compact and low-cost hydrometeorological measurement system with a simplified wire code, which is customizable according to the purpose of observation, was built using a circuit board that connects Arduino to the sensors, which was then implemented and analyzed. The developed system measures air and soil temperatures, soil water content, and photosynthetic photon flux density using a sensor connected to Arduino Uno and saves the continuous, high-temporal-resolution output to an SD card. The results obtained from continuous measurement showed that the data collected using this system was significantly better than those collected using commercially available equipment. Anyone can easily measure the weather environments by using this fully open, highly versatile, portable, and user-friendly system. This system can contribute to the growth and expansion of precision agriculture, field management, development of crop models, and laborsaving. It can also provide a global solution to ongoing agricultural issues and improve the efficiency of farming operations, particularly in developing and low-income countries.

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“…Arduino Uno beroperasi pada tegangan 5 volt DC yang mana cocok dengan tegangan yang dibutuhkan oleh kebanyakan sensor. Arduino Uno juga memiliki koneksi user serial bus (USB) untuk melakukan pemrograman pada mikrokontroler [11]. Gambar 2 menunjukkan penampakan fisik dari Arduino Uno secara lengkap.…”

Section: Mikrokontrolerunclassified

Design of Air Pressure Measuring Devices Using a Barometric Pressure 280 (BMP280) Sensor Based on Arduino Uno

et al. 2020

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Abstrak -Telah berhasil dibuat alat ukur tekanan udara menggunakan sensor BMP280 berbasis Arduino Uno. Alat ukur tersebut distandarisasi dengan alat ukur standar di Balai Besar Meteorologi, Klimatologi dan Geofisika (BMKG) Wilayah III Tuban Bali. Dari hasil standarisasi diperoleh persamaan kalibrasi y=1,0022x -1,8907 dengan nilai koefisien determinasi (R 2 ) 0,99998. Ini menunjukkan bahwa hasil pengukuran dari alat ukur yang dibuat memiliki tingkat akurasi dan presisi yang tinggi.Abstract -An air pressure gauge instrument has been successfully made using the Arduino Uno-based BMP280 sensor. This instrument was standardized by using a standard measuring instrument at the Central Bureau of Meteorology, Climatology and Geophysics (BMKG) Region III Tuban Bali. It was obtained that the calibration equation is y = 1.0022x -1.8907 with a coefficient of determination (R 2 ) of 0.99998. This shows that the instrument made has a high degree of accuracy and precision.

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Arduino Uno-based water turbidity meter using LDR and LED sensors

Cited by 12 publications

References 22 publications

Microcontroller Based Water Measurement Level Prototype Using Fuzzy Logic Method

Microcontroller Based Water Measurement Level Prototype Using Fuzzy Logic Method

An Open-Source, Low-Cost Measurement System for Collecting Hydrometeorological Data in the Open Field

Design of Air Pressure Measuring Devices Using a Barometric Pressure 280 (BMP280) Sensor Based on Arduino Uno

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