An Efficient Real Time Monitoring Of Industries using Arduino Due Microcontroller

Abstract

Nowadays monitoring is extremely necessary in product based industries and Nuclear Power Plants, additionally periodic transmission of correct and reliable measurements is central to safe, economical and economic operation. Numerous sensors are being employed to measure temperature, pressure, gas etc. These detector values should be in real time and correct so as to avoid faults. In the proposed system, sensors are interfaced with the Arduino Due microcontroller which is based on the Atmel SAM3X8E ARM Cortex-M3 CPU. It is the first Arduino board based on a 32-bit ARM core microcontroller. The detector values measured from industry or plant is sent to the controller. Then the measured values are compared with the threshold value already stored in controller. In case of mismatch the workers will be informed to take corrective measures by displaying the measured sensor values in personal computer via hyper terminal. This is a new approach using Arduino Due microcontroller in order to avoid serious disasters in atomic power plants and industries. If required the measured values are displayed in web