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DCC Lift decoder (THT version for Arduino Mega and Nano)

STDDCC Lift decoder (THT version for Arduino Mega and Nano)

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CC BY-SA 3.0

Creation time:2023-11-14 13:13:45Update time:2024-01-04 22:25:10

Description

Decoder to control an elevator (lift) for model trains. This board should be assembled yourself (DIY); if you prefer a board that has already been assembled, see: https://oshwlab.com/aikopras/support-lift-controller.

After assembly, an Arduino MEGA, Arduino NANO, a RS485 communication module, as well as a 5V power module should still be mounted. The RS485 and 5V power module can be bought from AliExpress. For the RS485 module search for MAX485 module RS485 TTL. For the 5V module search for "LM 2596 Step-Down module " or "5v buck down mini". See for details: https://github.com/aikopras/Lift_Vitrine

 

The Arduino NANO is used to control one or two stepper motor drivers (X and Y = left and right). GRBL should be flashed on the NANO. The board has two (opto-decoupled) connectors for Limit switches.

The Arduino MEGA is the main processor that:

  • Sends commands to the GRBL NANO
  • Receives DCC commands from a DCC master station
  • Sends feedback messages via the RS-Bus to the master station
  • Has 14 digital inputs for buttons and/or IR Sensors
  • Has 14 digital outputs for LEDs and/or IR Sensors
  • Communicates via RS485 to other lift decoder boards

To offload the main lift decoder board, IR-Sensors as well as Buttons are controlled by separate boards.

 

Software and installation instructions can be found on GitHub: https://github.com/aikopras/Lift_Vitrine.

Some videos can be found on Youtube:

Discussions at some model train fora:

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Intellectual Property Statement & Reproduction Instructions

This is an open-source hardware project. All intellectual property rights belong to the creator. The project is shared on the platform for learning, communication, and research only; any commercial use is prohibited. If your intellectual property rights are infringed on EasyEDA, please notify us by submitting relevant materials in accordance with the Rules for Complaints and Appeals of IPR Infringement.

Users must independently verify the circuit design and suitability when replicating this project. All risks and consequences are borne by the user, and the platform assumes no liability.

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