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Performance of Control System Using Microcontroller for Sea Water Circulation

机译:使用微控制器对海水循环的控制系统的性能

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Now a day control system is very important rule for any process. Control system have been used in the automatic system. Automatic system can be seen in the industrial filed, mechanical field, electrical field and etc. In industrial and mechanical field, control system are used for control of motion component such as motor, conveyor, machine, control of process made of product, control of system and soon. In electrical field, control system can met for control of electrical system as equipment or part electrical like fan, rice cooker, refrigerator, air conditioner and etc. Control system are used for control of temperature and circulation gas, air and water. Control system of temperature and circulation of water also can be used for fisher community. Control system can be create by using microcontroller, PLC and other automatic program [1][2]. In this paper we will focus on the close loop system by using microcontroller Arduino Mega to control of temperature and circulation of sea water for fisher community. Performance control system is influenced by control equipment, sensor sensitivity, test condition, environment and others. The temperature sensor is measured using the DS18S20 and the sea water clarity sensor for circulation indicator with turbidity sensor. From the test results indicated that this control system can circulate sea water and maintain the temperature and clarity of seawater in a short time.
机译:现在,一天控制系统对于任何过程都是非常重要的规则。控制系统已用于自动系统中。在工业和机械领域的工业档案,机械场,电场等中可以看出自动系统,控制系统用于控制运动部件,如电机,输送机,机器,控制产品的过程,控制系统很快。在电场中,控制系统可以满足电气系统,作为风扇,电饭煲,冰箱,空调等设备或部件电气系统。控制系统用于控制温度和循环气体,空气和水。水的温度和水循环控制系统也可用于Fisher界。控制系统可以通过使用微控制器,PLC和其他自动程序[1] [2]来创建。在本文中,我们将通过使用微控制器Arduino Mega来控制近循环系统,以控制渔民界海水的温度和循环。性能控制系统受控制设备,传感器灵敏度,测试条件,环境等的影响。使用DS18S20和浊度传感器的循环指示器测量温度传感器。从测试结果表明,该控制系统可以在短时间内循环海水并保持海水的温度和清晰度。

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