Python controller,plc,python programmable control, novice development board, motherboard learning development kit, interface/offline expansion, Raspberry Pi expansion board,

Python Programmable Controller

Python programmable controller
√ Programmable control via MicroPython

√ One CAN channel

√ Two RS485 channels

√ One analog input interface

√ One SPI interface

√ Two GPIO interfaces

√ Two isolated PWM output interfaces

Description

The Python Controller is a programmable controller that integrates communication interfaces such as CANOpen, RS485, and SPI, along with analog input, isolated PWM output, and motor control interfaces. It can connect to various devices and achieve complex control logic through MicroPython programming.
Available as: novice development board, motherboard learning development kit, interface/offline expansion, Raspberry Pi expansion board, etc

Technical data

General

	Python Programmable Controller
Interface	5V Type-C power supply
Power supply voltage	9-36V Wide-range power supply
Development environment	Use MicroPython for programming control
Channels	One CAN channel, two 485 channels
Matching motor	Two DC motors or one stepper motor
Analog input interface	1（4-20mA or 0-10V optional）
Temperature	-20℃-85℃

Communication


Protocol	CANbus/RS485
Programming language	MicroPython

Dimension

Download

CAD	.DWG
3D file	.STP
User manual	python_controller_user_manual_V1.0_en
Debug tool	Thonny, VSCode, Pycharm, etc

Connection example diagram

Connection	Description
Thonny Connection	After the device is connected to the computer, open Thonny, click on the lower right corner of the software, select the device with the corresponding port, and click Connect to COM18
VSCode Connection	Open the PyMakr plug-in page and click Connect device on the corresponding port in the DEVICES window: COM18
Pycharm Connection	Install the MicroPython plug-in, set up MicroPython, as shown in Figure 5, Pycharm will automatically recognize the device and connect it