Semaphore Signal System for TMSRR: Difference between revisions
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* [http://ibls.org/files/2024/TMSRR_Semaphore/cad_files/ CAD Files] | * [http://ibls.org/files/2024/TMSRR_Semaphore/cad_files/ CAD Files] | ||
* [http://ibls.org/files/2024/TMSRR_Semaphore/photos/ Photos and drawings] | * [http://ibls.org/files/2024/TMSRR_Semaphore/photos/ Photos and drawings] | ||
== Setup == | |||
== ESP8266 == | |||
* [https://docs.micropython.org/en/latest/esp8266/tutorial/intro.html Installing MicroPython] | |||
* [https://micropython.org/download/ESP8266_GENERIC/ ESP8266 Info] | |||
* [https://docs.micropython.org/en/latest/reference/mpremote.html#mpremote-command-mount Mount local filesystem] | |||
== References == | == References == | ||
Revision as of 15:29, 14 August 2024
January 2022
This article is a work in progress, so please check back frequently.
During the COVID-19 year of 2020 I decided it was time to start work on my own backyard railroad. After all, that is why I purchased a home on 2.5 acres just outside of the DFW metroplex.
I have some "blind" spots to protect, as well as the approaches to a draw bridge, so I decided to use scale semaphore signals. After reviewing different kinds I decided to use the Santa Fe style semaphore motor box.
The components have been designed in Fusion360 in 1/8 inch scale and 3D printed in PLA (plastic). The parts will eventually be recast in a more durable substance, as a test showed major part warping when left in the hot Texas sun.
Files
Setup
ESP8266
References
- IBLS Source Code
- ESP32 boards
- Micro Servo
- Arduino code C/C++