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Perancangan Sistem Kontrol On/Off Dan Monitoring Pada Mini Cooler Berbasis NodeMCU Amica
Deny Prakarsa (2020) | Tugas Akhir | -
Bagikan
Ringkasan
Sistem kontrol otomatis pada water solenoid valve dapat mengantisipasi kurangnya air pada bak evaporative condenser. Penerapan teknologi komunikasi pada mini cooler memudahkan pengguna untuk memonitor data temperatur melalui jarak jauh. Pada tugas akhir ini telah dirancang sistem kontrol dan monitoring berbasis NodeMCU Amica pada mini cooler. Sistem kontrol berfungsi mengatur on/off water solenoid valve serta monitoring temperatur secara mobile. Kondisi on/off water solenoid valve bergantung pada perintah NodeMCU Amica yang dipengaruhi hasil pembacaan nilai jarak air terhadap sensor ultrasonik yang diletakkan pada bak evaporative condenser. Untuk mengetahui data temperatur pada masing-masing parameter, sensor DS18B20 diletakkan pada masuk kondenser, keluar kondenser, dan kabin. Algoritma program untuk sistem kontrol dan monitoring di-upload ke NodeMCU Amica. Hasil yang diperoleh dari perancangan tugas akhir ini adalah terciptanya sistem kontrol otomatis water solenoid valve berbasis NodeMCU Amica serta monitoring temperatur secara mobile melalui aplikasi Virtuino android dan web server ThingSpeak. Kata kunci: mini cooler, evaporative condenser, nodemcu, wifi, android, thingspeak, virtuino.
Ringkasan Alternatif
The automatic control system on the water solenoid valve can anticipate the lack of water in the evaporative condenser bath. The application of communication technology to the mini cooler makes it easy for users to monitor temperature data over long distances. In this final project, the NodeMCU Amica-based control and monitoring system has been designed on a mini cooler. The control system functions to regulate the on / off water solenoid valve and monitor temperature on a mobile basis. The condition of the on / off water solenoid valve depends on the command NodeMCU Amica which is influenced by the reading of the value of the water distance to the ultrasonic sensor placed on the evaporative condenser tub. To find out the temperature data in each parameter, the DS18B20 sensor is placed at the condenser entry, exit the condenser, and cabin. Program algorithms for control and monitoring systems are uploaded to NodeMCU Amica. The results obtained from the design of this final project are the creation of an NodeMCU Amica based water solenoid valve automatic control system as well as mobile temperature monitoring through the Virtuino android application and ThingSpeak web server. Keywords: mini cooler, evaporative condenser, nodemcu, wifi, android, thingspeak, virtuino.