The Design of Environmental Monitoring System Based on ARM and ZigBee

JING-ZU ZONG, LEI YANG

Abstract


In this paper, an environmental monitoring system based on ARM and ZigBee is introduced in detail. The system is designed for a large scientific device. The whole monitoring system is divided into two parts. One part is above water and another part is in water. The above water monitoring part is to monitor the environmental parameters, including temperature (±0.5℃), humidity (±4.5%RH@25℃) and air pressure (500~1100mbar, ±1mbar) in the laboratory hall of the large scientific device. The underwater part is the temperature monitoring of the purification water, the accuracy of temperature measurement is better than 0.2℃ in the range of 10℃. All the data is uploaded to the terminal server through the network.

Keywords


Temperature and humidity, Air pressure, ZigBee, FBG.


DOI
10.12783/dtetr/ecame2017/18479

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