Sistem Pencatatan Hasil Timbangan Menggunakan Sensor Load Cell Melalui Database Berbasis Arduino Uno

Authors

  • Dhanneswara Yoga Widagdo State Polytechnic of Malang

DOI:

https://doi.org/10.33795/jartel.v10i1.161

Keywords:

Arduino UNO, Load Cell, MCU Node, Keypad

Abstract

The system of weighing goods on the market today still uses a manual system. It can be seen in traditional markets that sell fruits and meat whose weighing system only provides output in the form of object weight and price without saving the results of the data and has not automatically sent measurement data to the database. The purpose of this tool is to solve the problem, to provide information about the type of material that is weighed by pressing the material code on the keypad and provide load weight data and total weighing price measurement results to the customer and send the data of into a database so the owner businesses can monitor the results of weight materials and the total price and can verify the income. The result is to provide scale measurement data about material's name, ingredient's weight and the total price of ingredients. The data is sent to the database and then the incoming data will be recorded from NodeMCU and the data will appear on the website or SmartPhone.
The conclusion is the calibration process using a 20Kg Load Cell sensor gets a calibration_factor of 48530 to get a value of 0.00Kg and a readability of 10 grams. The tool has 10 codes that have been made, each code has a type of material and a different price for each button. Delay time of sending data is about 0.051 to 0.197 ms, which means excellent quality according to the TIPHON standard.

References

Marpaung, Julkarnine dan Eddy Warman. 2015.“Perancangan Sistem Pengontrolan Pengukuran Berat Pada Timbangan Kendaraan Secara Automatis (hlm.54)”.Sumatera Utara:Kampus USU.

Saputri, Zaratul Nisa dan Mochammad Rif”an dan Nurssa’adah. 2014.“Aplikasi Pengenalan Suara Sebagai Pengendali Peralatan Listrik(hlm. 2)”. Malang:Universitas Brawijaya.

Aris dan Munandar. 2012. Liquid Crystal Display (LCD) 16 x 2”. http://www.leselektronika.com/2012/06/liguid- crystal-display-lcd-16-x-2.html, diakses pada10 Juni 2019 pukul 17.55.

Ashari, M. Aluh dan Lita Lidyawati. 2019.“Iot Berbasis Sistem Smart Home MenggunakanNodemcuV3(hlm.140)”.Malang:Institut Teknologi Nasional.

Barri, Maria.W.H dan Arie. S. M. Lumenta dan Anneke Wowor. 2015.“Perancangan Aplikasi SMS GATEWAYUntuk Pembuatan Kartu Perpustakaan di Fakultas Teknik Unsrat(hlm.25)”. Manado:UNSTRAT.

Zulfikar dan Zulhelmi dan Khairul Amri. 2016. “Desain Sistem Kontrol Penyalaan Lampu Dan Perangkat Elektronik Untuk MeniruKeberadaan Penghuni Rumah (Vol. 5 hlm.58)”. Banda Aceh:Universitas Syiah Kuala.

Hendra, Syaiful dan Hajra Rasmita N dan Budi M. 2017. “Perancangan Prototype Teknologi RFID dan Keypad 4x4 Untuk Keamanan Ganda Pada Pintu Rumah(hlm. 643)”. Palu : STMIK Adhi Guna.

Hamdi, Gani dan Krisnawati. 2011. “Membangun Aplikasi Berbasis Android “Pembelajaran Psikotes” Menggunakan App Inventor Vol.12(hlm.38)”. Yogyakarta :STMIK AMIKOM.

Wikipedia. 2018. “App Invertor”. https://id.wikipedia.org/wiki/App_Inventor, diakses pada 12 Juni 2019 pukul 10.27.

Wala, John dan Tiltje Ransaleleh dan Indyah Wahyuni dan Merri Rotinsulu. 2016. “Kadar Air, Ph Dan Total Mikroba Daging Ayam Yang Ditambahkan Kunyit Putih (Curcuma mangga Val.) (Vol.36 hlm. 406)”. Manado:Universitas Sam Ratulangi.

Downloads

Published

2020-03-12

How to Cite

[1]
D. Y. Widagdo, “Sistem Pencatatan Hasil Timbangan Menggunakan Sensor Load Cell Melalui Database Berbasis Arduino Uno”, Journal of Telecommunication Network, vol. 10, no. 1, pp. 13-19, Mar. 2020.