After flashing the Sonoff RF Bridge – as described in the article Sonoff – 433Mhz RF Bridge flashing Tasmota firmware – with the Tasmota firmware, it is time to correctly configure the firmware. This is described in the following article.
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Before you start configuring the Sonoff RF Bridge flashed on the Tasmota firmware, you should already have read the following articles.
Sonoff – 433Mhz RF Bridge flashing Tasmota firmware
In the following list you will find all the parts you need to implement this article.
Open the Sonoff 433Mhz RF Bridge Configuration Web page
In order to configure your Sonoff RF Bridge you must first open the configuration interface.
You can access this with your web browser at the IP address of your Sonoff RF Bridge.
How to find out the IP addresses of your devices in the network is described in the following article:
Display/find out the IP address of the devices in the network
Configure Sonoff 433Mhz RF Bridge
After flashing the Sonoff 433Mhz RF Bridge with the Tasmota firmware, it must be configured as an RF Bridge.
Teach in radio-controlled socket/remote control
In order to be able to control a radio-controlled socket via the Sonoff RF Bridge, you should already be able to control the radio-controlled socket using the radio remote control, which is often supplied.
Then the Sonoff RF Bridge can simply “listen” to the signal of the radio remote control. The intercepted radio remote control signal can then be used later to control the desired power outlet with the Sonoff RF Bridge.
So that you can “hear” the signals of the remote control, the Sonoff RF Bridge must first be switched to the “learning mode”.
For example, if you want to switch on a socket with FunkButton 1, you must first switch it to learning mode. This is done with the following command:
The “1” stands for the FunkButton 1 and the “2” stands for the fact that this will be switched to learning mode.
For example, if you want to switch FunkButton 5 to learn mode, the command would look like this:
Your Sonoff RF Bridge is now “armed” and waiting in learning mode to receive a valid radio signal. Now you should press the button on the radio remote control which turns on the power socket, which you now want to learn at the Sonoff RF Bridge.
Do you have the button pressed (sometimes you have to hold it down a bit until the RF bridge recognizes the signal). Your Sonoff RF Bridge beeps twice, to confirm that the radio signal has been detected and saved. A message in the console window also confirms that the signal has been learned.
If you press now the radio button you just learned on the main page of the configuration interface, your radio socket should turn on.
To switch off the radio-controlled socket, you must now teach another radio button with the switch-off signal.
The same applies to other sockets you want to control.
As you probably have noticed with the 16 FunkButtons a maximum of 8 sockets can be switched on or off.
A different/easier way to train the radio-controlled sockets is described in the article NodeRed – Embed and use Sonoff 433Mhz RF Bridge.
Have fun with the project
I hope everything worked as described. If not or you have any other questions or suggestions, please let me know in the comments. Also, ideas for new projects are always welcome. 🙂
P.S. Many of these projects - especially the hardware projects - cost a lot of time and money. Of course I do this because I enjoy it, but if you appreciate it that I share these information with you, I would be happy about a small donation to the coffee box. 🙂