Kontrol Suhu dan Pakan Burayak Ikan Cupang Menggunakan PLC Zelio Sr3b261bd dan NodeMCU ESP8266

Sri Kusumastuti, S. Suryono, Adi Wisaksono, S. Supriyati, Vinda Setya Kartika
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Abstract

In the transition from the dry season to the rainy season, betta fish breeders are particularly affected. Betta fish cubs are prone to death. Betta fish fry are betta fish children after 1 to 7 days. The feedstock of betta fish cubs, namely water fleas, is greatly reduced due to overflowing water. Unstable temperature attacks the body resistance of betta fish cubs. This study designed and made a conditioning device for the growth of betta fish fry using PLC Zelio SR3B261BD and NodeMCU ESP8266.  Features of the tool consist of making artemia feed, distributing artemia feed, telling breeders to mix feed, controlling, and monitoring the temperature of the pond water. The results of the study showed that the device can work to hatch artemia eggs, distribute artemia to fry, notify farmers via telegram to mix feed, monitor the temperature, and maintain the temperature of the pond water in the range of 24?C - 27?C. The difference with previous fish farming research, this research adds a feature of making betta fish feed through the process of hatching artemia eggs.
温度控制和饲料吻鱼饲料使用PLC Zelio Sr3b261bd和NodeMCU ESP8266
在旱季到雨季的过渡时期,斗鱼养殖者受到的影响尤其严重。斗鱼幼鱼很容易死亡。斗鱼苗是经过1到7天的斗鱼苗。斗鱼幼鱼的原料,即水蚤,由于水溢出而大大减少。不稳定的温度会影响斗鱼幼崽的身体抵抗力。本研究采用PLC Zelio SR3B261BD和NodeMCU ESP8266设计制作了一种对虾鱼苗生长调节装置。该工具的功能包括制作青蒿饲料,分配青蒿饲料,告诉养殖户混合饲料,控制和监测池塘水温。研究结果表明,该装置可完成虫卵孵化、分配虫苗、电报通知养殖户拌料、温度监测等工作,使池水温度保持在24?C - 27?与以往的养鱼研究不同的是,本研究增加了通过孵化青蒿虫卵的过程来制作斗鱼饲料的特点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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