Skip to main content

Low-Cost LPG Leakage Detector

Low cost LPG leakage detector with buzzer indication using Microcontroller

By DEVANANDA REDDY

Project Photographs:

Video of LPG leakage detector with buzzer indication using Microcontroller
There are various projects based on sensors. And this is a low cost Microcontroller based project. Microcontroller based LPG gas leakage system using MQ6 (LPG Gas) sensor with Buzzer indication has applications in various areas including Industrial application, domestic application. this system is very useful in hotels ,home,car,lpg agencies . This system has advance safety standard and most important this helps prevent accident occurred because of fire. It also useful in protecting human life ,wealth and property . MQ6 (LPG Gas) sensor is used to detect LPG leakage this sensor has quick response time it responding very short period of time. Output of MQ6 sensor is given to Comparator. And output of comparator IC is given to microcontroller 89s51. Liquid crystal display – LCD display shows a message when MQ6 crosses threshold level. And also a Buzzer is turned on to give Alert indication. We have provided a potentiometer which is used to vary the threshold level of comparator which decides the threshold level of leakage condition.

Block Diagram:

Low cost LPG leakage detector with buzzer indication using Microcontroller
Please Note: CD is NOT included in this project. All documents are sent only by email.
CD

You will get following documents through email:

  1. Project Report in pdf format and in word format ( .doc or .docx )
  2. Circuit diagram
  3. PCB layout
  4. Microcontroller Program in assembly language
  5. Hex file of the microcontroller code
  6. Datasheets of all the components / ICs used in the project
  7. Power point presentation / PPT file

Description in detail:

Various important blocks of system are:
1) Microcontroller
2) LPG Gas sensor
3) Comparator
4) LCD Display
5) Buzzer
6) Power supply

Applications and Advantages:

Applications of Microcontroller based LPG Gas leakage system using MQ6 sensor with Buzzer indication:
1) This project can be used in home and hotel utility(kitchen) area for safety purpose
2) useful in domestic lpg water heater
3) very useful in LPG/CNG fitted car to avoid measure accident .
4) Prevent measure accident in gas agencies (gas station) where multi cylinder stored.

Hardware specification :

  • 89s51 series microcontroller
  • Transformer
  • Voltage regulator
  • Crystal
  • Diodes
  • Resistance
  • Capacitors
  • Buzzer
  • MQ6 Sensor
  • LCD display 16*2

Software specification :

  • Assembly language

Advantages of Low cost LPG leakage detector with buzzer indication using Microcontroller:

1) quick reaction from sensor
2) small sensitivity for MQ3 means alcohol sensor give additional feature in the system.
3) high sensitivity of LPG sensor

Comments

Post a Comment

Popular posts from this blog

MINI TELSA COIL (WIRELESS ENERGY TRANSMISSION)

How to Make a Mini Tesla Coil 9v POWER By  DEVANANDA REDDY How to Make a Mini Tesla Coil 9v Be it an ordinary high school project or a mind blowing arcing project, a  Tesla Coil  is always fun to build and will definitely make your project look cool and attractive.  A Tesla Coil is a simple coil that creates a high voltage electric field in the air when a small input power (9V) is provided, this electric filed is strong enough to glow small light bulbs. This principle was invented by the  Nicola Tesla , who also holds the credit for inventing Induction Motors, AC current, neon bulbs, Remote controls etc.. This  Mini Tesla Coil Circuit  is very simple and just works with a help of 9V battery and very few commonly available electronic components, which makes it is very easy to build (fingers crossed). There are a handful number of people who have tried this project already and have failed to obtain the result;...
Post a Comment
Read more

Control Robotic Car With Voice

Control Robotic Car With Voice By DEVANANDA REDDY 3041 Advertisement This project describes the implementation of a voice-controlled robotic car using Arduino. In this project, the user gives specific voice commands to the robot through an Android app installed on the smartphone. At the receiving side, a Bluetooth transceiver module receives the commands and forwards them to the Arduino on the robotic car. Arduino controls the movements of the robot according to received commands. The robot moves forwards, backwards, left and right, and stops according to the voice commands forward, backward, left, right and stop, respectively. The authors’ prototype of the voice-controlled robotic car is shown in Fig. 1. Fig. 1: Authors’ prototype of the voice-controlled robotic car The system consists of a transmitter (Android smartphone) and a receiver (robot). Block diagrams of the transmitter and receiver sides are shown in Figs 2 and 3, respectively. Screenshot of the...
Post a Comment
Read more