The GSM based industrial fault monitoring system project can be used in various Industries to monitor parameters like LPG gas leakage, Overheating (temperature), and Smoke. Users can get an SMS alert if any of these 3 parameters crosses the threshold level. Many accidents happen in industries due to ignorance of safety. SMS alert for Industrial fault detection provides the solution to this problem.
Block Diagram of GSM based industrial fault monitoring system:
You will get the following documents with this project:
Project Report in pdf format and in word format ( .doc or .docx )
Circuit diagram
PCB layout
Microcontroller Program in assembly language
Hex file of the Microcontroller code
Datasheets of all the components / ICs used in the project
Power point presentation / PPT file
Photographs of the GSM based industrial fault monitoring project:
Description in detail:
It contains the following blocks
LPG Gas sensor: This acts as an LPG gas leakage detector with an SMS alert.
Temperature sensor: This acts as an Overheat detector using a temperature sensor.
Smoke sensor: This acts as a fire detector using the smoke sensor.
Analog to digital converter: ADC is required because the output of all sensors is in analog format. And 8051 Microcontroller can not read analog input.
Microcontroller: We have used an 89s51 Microcontroller from the 8051 series.
Relay: It acts as an output device. We can turn on any AC or DC device using a relay.
Buzzer: It gives an alert indication to the employees working in the industry.
GSM modem: It is used to send SMS alerts for any fault detected in the industry.
SMS from Industrial fault detection system
SMS Contents from Industrial fault detection system:
ALERT: Temperature has crossed the limit. Please take immediate action.
Applications and Advantages of GSM based industrial fault monitoring system:
1) SMS based Industrial fault detection system can be used in Industries as well as hotels or restaurants. 2) We can also use this project in our house.
Future Development:
1) We can monitor more parameters. 2) We can implement a GPS modem to send coordinates of the location where the fault is detected.