Automatic node ID's are now also supported! There is a step-by-step install guide here: https://github.com/tsathishkumar/MySController-rs/issues/30 You can easily run this alongside Domoticz. Burn an image for the Mozilla Gateway onto an SD card. Follow the guide above to install MySController-rs. Install Domoticz at port 8081 and 444 (instead of 8080 and 443, as the Mozilla Gateway is already at those ports). flatsiedatsie created this issue in tsathishkumar/MySController-rs closed Installation on Mozilla Gateway Pi image #30

After upgrading Wemos from 2.3.0 to 2.4.0-RC2 version, OTA works well know

@kalina, Thanks. So it will not work for my configuration. Wall switch (push button) is already installed. No possibilities to draw more electrical wires. Moreover, if i put the board near the light, i have just the Neutral and the return wire from the wall switch. No Live wire to power on the mysensors board. I think in my ase the best way is to manage everything in my garage in the electrical main board where all the wires are mapped. I can get L + N for mysensors power supply. And i can continue to reuse the original wall switch independently of the Mysensors board.

@NeverDie Sorry for delay... This is example (improved version with 3d printed fixer)

Hello, can you post BOM please, according to schematics tantalum schould be 100uF bat tantalum cap in picture is 4.7uF

Hi @blackchart, Unfortunately, all devices are sold out. Further production is possible only when ordering more than 10 devices (in this case, I also can modify the device to suit your needs).

Hi @koresh - I had a little accident on the AC side :-). I was wondering what values the 2 resistors (TH and SMD) and diode are ? Thanks!

@koresh said in Button size radionode with sensors swarm extension: @christoph-blank Hi, thanks for using this board. In the first version of this board the divider is conected after LDO, so you can't measure voltage above 3.3V. In the second version the divider is connected to the battery directly. You use 3.2v battery so it is not problem for you. But LiFePo4 battery has very flat discharge curve so it can be hard to read this level with reasonable accuracy. I will try to find LiFePo4 battery and add some piece of code soon. Yet you can play with followed code // Get the battery Voltage int sensorValue = analogRead(BATTERY_SENSE_PIN); // 1M, 470K divider across battery and using internal ADC ref of 1.1V1 // ((1e6+470e3)/470e3)*1.1 = Vmax = 3.44 Volts /* The MySensors Lib uses internal ADC ref of 1.1V which means analogRead of the pin connected to 470kOhms Battery Devider reaches * 1023 when voltage on the divider is around 3.44 Volts. 2.5 volts is equal to 750. 2 volts is equal to 600. * RFM 69 CW works stable up to 2 volts. Assume 2.5 V is 0% and 1023 is 100% battery charge * RFM 69 HCW works stable up to 2.5 volts (sometimes it can work up to 2.0V). Assume 2.5 V is 0% and 1023 is 100% battery charge * 3.3V ~ 1023 * 3.0V ~ 900 * 2.5V ~ 750 * 2.0V ~ 600 */ #ifdef MY_IS_RFM69HW int batteryPcnt = (sensorValue - 750) / 1.5; #else int batteryPcnt = (sensorValue - 600) / 3; #endif Thank you very much, what are the other differences between V1 and V2? I believe I have V1 but I'm not sure. The above code is what I currently use, and I removed the sensor part of the module. However, it shows 100% until the end (until it's not sending anymore). Looking forward to your tests! Christoph

Any plans on an rf69 version?

can you login to the mqtt server with any mqtt client for computer (like mqtt spy or similar)?

@Fabien: Thanks!