• sales

    +86-0755-88291180

Raspberry Pi Automatic temperature control version User Guide

Automatic temperature control version

The Raspberry Pi RGB_Cooling_HAT needs to be properly plugged into the GPIO port of the Raspberry Pi and open the Raspberry Pi system I2C function.

This experimental phenomenon shows that the OLED displays the CPU usage, CPU temperature, running memory usage, disk usage and IP address of the Raspberry Pi. The RGB light turns on the special effect. Then speed of fan will be adjusted due to CPU temperature.

1. File transfer

1.1 Install WinSCP tool on the computer side, connect the Raspberry Pi and transfer the temp_control.zip package to the pi directory of the Raspberry Pi.

Path of WinSCP:[Raspberry Pi RGB_Cooling_HAT]---[Tools]---[winscp556_setup.1416364912.exe]


1.2 Extract file

Open the Raspberry Pi terminal and input command ls to find the temp_control.zip file. 

As shown below:


Input command to extract file:

unzip temp_control_1.zip


2.Compiling and running program

2.1 Input command to enter temp_control find file:

cd temp_control_1/

ls


2.2 Input command to compile:

gcc -o temp_control_1 temp_control_1.c ssd1306_i2c.c -lwiringPi


Among them, the gcc compiler is called, -o means to generate the file, temp_control_1 is the generated file name, temp_control_1.c is the source program, ssd1306_i2c.c is the library that drives oled, and -lwiringPi is the wiringPi library that references the Raspberry Pi.

2.3 Input command to run the program

./temp_control_1


At this point, the system will prompt “init ok!”, RGB lights show special effects, and the OLED screen displays information such as CPU usage, CPU temperature, running memory usage, disk usage and IP address of the Raspberry Pi. And speed of fan will be adjusted due to CPU temperature.




3. Add boot self-starting

3.1 Input command to enter relate folder

cd /home/pi/temp_control_1

3.2 Input command t view script file

ls


3.3 Run script command to install

sudo sh install_1.sh

Finally, system will prompt “install ok!”


Note: If you already have the autostart folder, it will be prompt can not create the autostart folder, which will not affect our use.

4.Restart Raspberry pi

Input command to restart Raspberry Pi:

sudo reboot

TAG: ESP32-S3 A7670E 4G development board supports LTE Cat-1/2G/GNSS positioning/WiFi/Bluetooth Integrated capacitive fingerprint module Cortex core UART serial port High-precision fingerprint recognition ESP32 Thermal imaging camera LuckFox Pico X1007 Raspberry Pi 5 PCIe to Dual 2.5" SATA HDD/SSD Double-SATA (NOT BOOT From SATA/SSD ESP32-S3-Zero ESP32 S3 Development Board 1.47 inch LCD Touch Screen 1.47inch Display 172×320 SD AXS5106L JD9853 Raspberry Pi 5 RTC charge 2.13Inch E-Ink Raspberry Pi PICO LoRa Raspberry Pi Autofocus Camera Raspberry Pi 5 RS485 Bus Intel BE200 Wireless WLAN Card Gigabit Tri-Band WiFi7 Bluetooth 5.4 M.2 MU-MIMO IEEE 802.11 Raspberry Pi Autofocus Camera Code Raspberry Pi Pico 7inch DVI LCD ESP32 S3 3.5 inch LCD Development Board 480x320 Display Capacitive TouchScreen Tablet /MP3 Video /Weather Clock LVGL For Arduino Development Board ESP32 Development Board WiFi+Bluetooth Ultra Low Power Dual Core ESP 32S ESP 32 Similar ESP8266