Busylight Wemos D1 Tasmota
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Busylight Remote controlled via MQTT and IOBroker
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Informacje o modelu
- Źródło
- Printables
- Kategoria
- Computers
- Licencja
- Creative Commons — Attribution
I designed a small BusyLight that clamps behind a door frame.
It’s based on a Wemos D1 mounted with an protoboard together with 4 WS2812 LEDs.
The device connects to my SmartHome system (ioBroker) and lets me switch manually between red and green.
The firmware is Tasmota with an MQTT connection to the SmartHome, and I control it remotely using a Zigbee IKEA switch.
The housing is designed to be 3D-printed without supports.
I’ve also included the Fusion 360 file I created, so feel free to modify and remix it.I designed a small BusyLight that clamps behind a door frame.
It’s based on a Wemos D1 mounted with an protoboard together with 4 WS2812 LEDs.
The device connects to my SmartHome system (ioBroker) and lets me switch manually between red and green.
The firmware is Tasmota with an MQTT connection to the SmartHome, and I control it remotely using a Zigbee IKEA switch.
The housing is designed to be 3D-printed without supports.
I’ve also included the Fusion 360 file I created, so feel free to modify and remix it.
Materials:
The top cover printed from transparent PETG.
The Base and Base Holder is made from Black PLA Basic