GSM Based Industrial Appliances Control Using Arduino Processor

Abstract

In the modern society most of the devices are controlled by the remote control system. Because,in such working person may not be available to control the appliances or device manually. For an example, nuclear reactor industry and hazardous chemical gas industry are rarely used manual control system. So user can perform controlling as well as switching operation using a remote control system. In this work, "Industrial Appliances Control Using Arduino Processor" through GSM is proposed and controlling a set of electrical appliances are achieved by setting up a remote control system using arduino boards. The objective of this work is to convert the manually operated plant to fully automated plant for achieving higher accuracy, efficiency and time saving.The GSM modem can provide the necessary information about load to an user located anywhere at any time. According to data received, user will take some action by sending some commands through mobile unit to GSM modem. Based on the command, the required appliance will be triggered. It can also be used for implementation of more complex systems. Which requires more precision controlling and switching for complicated tasks like controlling different systems in nuclear plant and reactors in the industry. It is used to reduce the maintenance costs and reduces human effort.

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“…Arduino is an electronics company that develops software and electronic devices which are easy to handle. We adopt Arduino as the base of the Middle-Device since the difficulty of operating the hardware is abstracted, programming is easy for a beginner, and the Arduino has more extensibility [16,17]. All researchers and students use Arduino programs because its cost is reasonable and one can apply tests using this program easily.…”

“…Uno dimensions are (68.61 x 53.40) mm, weighs (25) gram. It has (ATmega328 8-bit) microcontroller [16]. The Arduino Uno ("Uno" means one in Italian) is a microcontroller board based on the ATmega328.…”