The Raspberry Pi 5 uses a new quad-core ARM Cortex-A76 CPU, clocked at up to 2.4GHz, which is a significant increase from the 1.8GHz clock speed of its predecessor, the Raspberry Pi 4. In addition, the Raspberry Pi 5 also comes with the new Mali-G77 GPU, which provides a huge boost to graphics performance.
I bought a set of official basic kits, including power supply, MicroHDMI cable, TF card, and heat dissipation shell, and the configuration is very complete.
How do you turn a Raspberry Pi into a PLC?
1. Install the Raspberry Pi system
You can download and install it on the official website of Raspberry Pi, and I will not repeat it here:
Raspberry Pi OS – Raspberry Pi
My version information is as follows:
2. Install Linux Arm64 SL
First, open the Installer in CODESYS and install CODESYS Control for Linux ARM64 SL (you can search it directly or find the source in the previous documentation)
3、安装CODESYS Rntime到树莓派
Flash CODESYS Runtime to Raspberry Pi: Open Tools - Update LInux ARM64 Options:
In the following dialog box, log in to the user, scan the device, and then install:
During the installation process, there will be relevant information output, you can pay attention to:
4. Start Runtime
Once the installation is complete, start the Runtime:
After starting, write a simple program that simulates the axis to follow the encoder, visualize it on the web page, log in and verify it, and it's completely OK
If you want a Raspberry Pi with a shaft for motion control, remember to patch it in real time!