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Counterpart of RFDuino, it's the code for FHEM to work with the data received from the uC

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SIGNALduino - FHEM Modules stable Version 3.3.2

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Counterpart of SIGNALDuino uC, it's the code for FHEM to work with the data received from the uC

Supported Devices / Protocols

Device Function
TCM97001,Logilink, Pearl NC, and similar,Lifetec LT3594 Weather sensor
PT2262 and similar Devices Remote switches like Intertechno V1+V3, Elro, door/window sensors
Conrad RSL shutters
Oregon Scientific v1, v2 and v3 Devices Weather sensor
Oregon PIR sensor motion sensor
Technoline TX3 Weather sensor
Hama TS33C, Bresser Thermo/Hygro Sensor Weather sensor
Arduino Sensor multi purpose sensor based on arduino
technoline Weatherstation WS 6750/TX70DTH Weather sensor and station
Remote sockets from serval brands
CTW600 WH1080 Weather station WH3080 UV/Lux Sensor
TFA 30320902,30320802 Weather sensor
Visivon remote PT4450 Remote control
Einhel - HS 434/6 Garagedoor opener
FA21RF Smoke detector
Mumbi m-FS300 remote socket
s014/TFA 30.3200/TCM/Conrad Weather sensor
les led Remote controlled led lamp
Livolo Remote switches and sockets
Somfy RTS Somfy blinds
Maverick Wireless BBQ thermometer
FLAMINGO Flamingo smoke detector
Dooya Shutters and blinds from various vendors like Rohrmotor24
Somfy RTS Shutters from Somfy
Opus XT300 Soil moisture sensor
Oregon NR868 Motion sensor
IAN 275901 Lidl Weatherstation
m-e VTX and BASIC wireless bell
FT0073 Weather sensors
revolt Energy sensors
Clarus remote power socket
WH2 (TFA 30.3157 nur Temp, Hum = 255 -> nicht angezeigt)
TS-K108W11 Doorbell
Bresser 7009994 Temp/Hum Sensor

How to install

The Perl modules can be loaded directly into your FHEM installation:

update all https://raw.githubusercontent.com/RFD-FHEM/RFFHEM/master/controls_signalduino.txt

Prepare your Arduino nano. Look at http://www.fhemwiki.de/wiki/Datei:Fhemduino_schematic.png for hardware setup.

Connect the Arduino via USB to your FHEM Server and define the device with it's new port: Example: define SDuino SIGNALduino /dev/serial/by-id/usb-1a86_USB2.0-Serial-if00-port0@57600 You have to adapt this to your environment.

If you made your setup with an Arduino Nano, you can use this command to load the firmware on your device: set SDuino flash

If this fails, you may need to install avrdude on your system. On a raspberry pi it is done via sudo apt-get install avrdude

More Information

Look at the FHEM Wiki, for more Information: http://www.fhemwiki.de/wiki/SIGNALDuino Forum thread is at: http://forum.fhem.de/index.php/topic,38831.0.html

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Counterpart of RFDuino, it's the code for FHEM to work with the data received from the uC

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