M. Basri, J. A. Surbakti
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摘要

便携式水族馆设计了一个自动化系统,用于控制pH值和温度信息。pH值使用pH传感器E-201-C测量,温度使用DS18B20传感器测量。pH控制过程是通过增加和降低液体pH值来实现的,并通过电磁阀来实现。制作这种便携式水族箱的目的是为了控制水族箱中水的pH值,并提供有关水温的信息。在这个便携式水族箱系统中输入了每种鱼类的pH值和温度的标准值。该系统将根据观赏鱼的不同需要,自动调节其生存环境。当pH值测量值指示高pH值或低pH值时,在这些条件下,水将流入pH调节管进行控制,pH控制系统即可工作。如果pH值测量值表明pH值高,则pH值下降的控制液将流动,如果pH值测量值表明pH值低,则pH值上升的控制液将流动。该系统已被证明能够维持观赏鱼的环境条件,pH和温度测量结果为7.48 -7.8°C和28.87 - 29.55°C。
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Rancang Bangun Akuarium Portable Menggunakan Teknologi Internet Of Things Untuk Budidaya Ikan Hias
Portable aquarium designed with an automation system for controlling pH levels and temperature information. pH levels are measured using a pH sensor E-201-C and temperature is measured with a DS18B20 sensor. The pH control process is carried out by adding liquid pH up and pH down and is realized with a solenoid valve. The purpose of making this portable aquarium is to control the pH value of the water in the aquarium and provide information about the water temperature. Into this portable aquarium system have been inputted standard values of pH and temperature for each type of fish. This system will work automatically to adjust the living environment of ornamental fish according to their respective needs. The pH control system can work if the pH measurement value indicates a high pH or low pH condition and under these conditions, the water will flow into the pH adjustment tube to control. If the pH measurement value states that the pH is high then the pH down control liquid will flow and if the pH measurement value states that the pH is low then the pH up control liquid will flow. This system has been proven to be able to maintain the environmental conditions of ornamental fish with the results of pH and temperature measurements being 7.48 -7.8 and 28.87 – 29.55 °C.
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