基于Arduino Uno R3的全溶解固体(TDS)传感器的水培基质水质监测系统

Muhammad Hidayatullah, S. Sofyan, Paris Ali Topan, Titi Andriani, N. Nurhairunnisah
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引用次数: 0

摘要

开发了一种水培水质监测系统,该系统配备了Arduino UNO微控制器的总溶解固体传感器(TDS)。TDS SEN0244传感器读取水敏度,它将在LCD上显示读数值。此外,如果输出低于2.30伏或1000 ppm,蜂鸣器将响一次,加药泵将旋转以自动添加营养物质A和B。如果输出高于2.40伏或1200 ppm,蜂鸣器会响两次。当读取水值为400ppm的水(井水)的灵敏度时,获得了相关结果,即当向容量小于6升的水中添加4-5 mL营养液时,获得1000-1200ppm的相关结果。当在几个水样上测试TDS传感器时,获得了适当的值。然而,在盐和肥皂水中,电压值读数不稳定或出现错误。实施这一制度有望使社区,尤其是农民更容易种植水培植物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Monitoring System of Water Quality on Hydroponic Planting Media using Total Dissolved Solid (TDS) Sensor Based Arduino Uno R3
A water quality monitoring system in hydroponics with a Total Dissolved Solid Sensor (TDS) equipped with the Arduino UNO microcontroller has been developed.  The TDS SEN0244 sensor read the water sensitivity, which will display the value of the reading on the LCD. Furthermore, if the output is less than 2.30 Volts or 1000 ppm, the buzzer will sound once, and the dosing pump will rotate to automatically add nutrients A and B. The buzzer will sound twice if the output is more than 2.40 Volts or 1200 ppm. When reading the sensitivity of water (well water) with a water value of 400 ppm, the relevant results were obtained, namely, 1000 - 1200 ppm when 4 - 5 mL of the nutrient solution was added to water with a capacity of fewer than 6 liters. The appropriate value was obtained when testing the TDS sensor on several water samples. However, in the salt and soapy water samples, the voltage value reading was unstable or experienced an error. Implementing this system is expected to make it easier for the community, especially farmers, to cultivate hydroponic plants.
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