My Project

I know 0.00001 about Vera (i know just the name), but i probably can help you light up an RGB LED. Can you post any code you already have running on an Arduino? I know there is a S_RGB_LIGHT message in MySensors.. So i guess: it is also known/recognized by Vera. shoot!

@peres I have now resolved with good results by connecting a simple atmega328 to my rfm69hw, with a pir in sleep mode consumes About 100 micro, use 8mhz bootloader without Crystal, use mysensors library and nodemanager

@alexsh1 I did and it is working fine at 3.3V- just the power consumption of ATmega2560 is relatively high. I will probably use some other microcontroller. I'm looking towards Arduino Zero.

if it is an emergency button should be connected directly to relay (connected by hardware). And not using code,because if arduino it's freezed it will not respond and you cant stop it

Well i need to finish this Project until the end of this month so o dont have time to learn, im learning arduino but slower, i dont want a magic code just nisto way of programing the switch buttons to change the time, or where tofind

Maybe you could try to integrate it with a controller more than with mysensors. Unless you find a ism receiver that is not a dongle and it has a library to use it.

@MiKa If you happen to have time, could you test the range with a stable 2.7V supply and a 1mF cap in parallel to the battery? I am really not happy with the HT7333 solution, since the shelf life of the keyfob will be limited and the quite expensive LIR2032 can easily be damaged by undervoltage. If the second test works, I could fit 4 220uF 6.3V tantalums next to the LED. Else I would give the step-up thing another go. There are low profile inductors, but I didn't find any for cheap (shipping) at Aliexpress.

I successed to include the arduino micro in Mysensors plugin of Jeedom. Now everything work. I plugged the DHT11 vcc on FTDI Header vcc pin. I plugged the USB ttl vcc on raw pin. And now everything work fine. [image: graphicalDatasheet.png]

Thank you for your responses. I will look into it.

I'll write you the code and you will help me with lua one day 😁

why not connect the buzzer signal direct to arduino analog read? optocoupter for a 80cents arduino?

Great device. Why not use a solar power station, like in a solar garden light. Not very good at power equations. What else you going to hook to this? rain gauge, wind speed .... Thanks

@korttoma UVM-30a still the prefered sensor Cant say. I have been using this for the last year (wrong apparently) but worked as expected. Does connecting a booster to an output pin that is turned of work as expected? Does not the booster try to boost even if the output pin is low? I dont know what will happen over time so I have to come back to that but I had a reading of 5uA in sleep mode which to me indicates a success. I did so because one of the sensors has a minimum of 3.3v and that would stop working pretty soon. Since the rest of the system should be able to go lower I wanted to test... the node is really stable and working great so far!

@FotoFieber Cannot use MyMessage msg(CHILD_ID, V_VAR1); as this is not supported by Domoticz.

@Bruno-Cunha it is not a variable, and using - 5 would be the same, but using 5 makes it harder to understand and maintain the code. See https://refactoring.com/catalog/replaceMagicNumberWithSymbolicConstant.html for more info on why I prefer using define.

@The-Profit I am sure that the arduino library and the MySensors library are different in how they talk to devices. The MySensors gateway is not only supported as a serial gateway, though I think that is the most common way that people connect. MySensors also supports an RS485 wired gateway, MQTT gateway, and a few others. Check out the "Selecting a gateway" page for more on the gateways. If you have MQTT already set up for HomeSeer, you may not need any gateay at all (could be wrong on that though), not exactly sure as I have never used MQTT. As @Tmaster mentions, you could build a dimmer sensor, but if you are going to do that, you will want to make sure you make one that is safe for inductive loads. If you don't have one for inductive loads, you could easily burn out the circuit. I have not had the time to dig into this one again, though I hope to soon. I have my hands full at the moment with my weather station node that I have been building. Once I get more done on this, I will post to this topic again.