Arduino Thermal Imaging Sensor

Adafruit 1 44 color tft lcd display with microsd card breakout.

Arduino thermal imaging sensor.

The arduino is used as an interface in this project. 2 54mm for the ribbon cable. These devices record the present signatures of the devices based on their heat pattern and do not require a beam such as active infrared devices. While this is a simple operation there are some critical areas that need to be addressed.

This example just connects to the sensor and reads the internal thermistor to test your connections. At least 5 wires are needed to connect the sensor to the arduino and laser 100 kk housings terminals 6 cir. Typically these require equipments such as flir b60 which are worth 5000 to 8000. Diy arduino thermal imaging camera thermal imaging cameras draw the image by detecting the heat signatures of that object.

In this example we use an adafruit 1 44 color tft. The thermal imaging sensor is a one kind of sensor used to determine an image based on the absolute temperature of the object. Pcb board for holding the laser and sensor. A thermal imaging camera is used for the purpose of energy auditing for homes and offices.

Load thermistor test open up file examples adafruit amg88xx amg88xx test and upload to your arduino wired up to the sensor. You must have seen them in discovery or national geography channel where they used them to take pictures of animals in deep dark. A switch to turn the laser on or off. It allows the servos and ir sensor to communicate easily with the computer using simple commands.

Inspired by the award winning design using arduino by two two 18 year old students max ritter and mark kohl from mindelheim germany. To make your arduino into a cool thermal camera we can add a small display. With some code changes you can use other size displays but a color display is best of course. One of those issues that i ran into a lot was communication syncs.

This article by david schneider however talks about a cheap diy camera. We have code for using this breakout on an arduino or compatible the sensor communicates over i2c or on a raspberry pi with python. Once uploaded to your arduino open up the serial console at 9600 baud speed to see the internal thermistor reading.