GSM Based Temperature Monitoring System Engineering Project Report

As control systems and industrial automation have become a very important part of our lives, this project GSM Based Temperature Monitoring System Engineering Project Report assumes significance in this scenario. This project focuses on observing temperature statistics in industries and makes use of embedded technology developed by Intel, fabricated for systems with high sensitivity.

By implementing this project, computing temperature statistics becomes relatively easier. The predicted application of this project would be as system controller aiding in dynamic management of time. Thus this project will enable in measuring and displaying temperature along with date, time. It sets temperature limits and controls the systems connected.

The project GSM Based Temperature Monitoring System Engineering Project Report comprises of a signal conditioning circuit having 2 temperature transducers along with an analog to digital converter. The transducer serves in converting temperature to equivalent electrical signal. ADC is used because microcontroller works on digital inputs.

The microcontroller is connected to the GSM unit via serial communication link and when data is to be sent to GSM unit; it is done through the RS 232 link. There is also the provision of a level translator TTL which decodes the voltage level to the compatible level.

Conclusion:

GSM Based Temperature Monitoring System is a project developed on a microcontroller and by modifying the software the project could be further enhanced. Though the project at hand aims at alerting of crucial temperatures, it can be further expanded to control temperatures. In a scenario dominated by dynamism where the nature of real time systems as well as their breed undergoes constant changes , this project tends to fulfill the basic functionality of interfacing them with changing environments making them more stable and reliable.

Download GSM Based Temperature Monitoring System Engineering Project Report.