My Windows PC is on 24-7. It runs HA via Hyper-V, Plex with Tautulli and Blue Iris for the cameras. It is also used for normal PC stuff, including browsing, photo editing with Lightroom and occasional video editing. I sometimes experiment with Linux builds as well. I also sometimes use it to stream stuff when it is easier than using the Android TV box.
I run HA in Docker with HACS just fine.
Me three... Entire server is about 50 containers
I just let my hue app manage this. I know hue bulbs are expensive but damn nothing locally comes close to their quality. Also I see that signify (they make the hue bulbs) also made a nice contribution to hass this month based on a request from them.
Waiting a few days before upgrade. Unclear if groups defined via YAML will get imported into frontend.
@SAguy can you help me to get the wire correct please. I have this diagram I got from another thread. is this correct? according to your steps do I use the DC5-24V power supply at all? or only the DC0-30V and AC90-250V?
I can't really recall everything off the top of my head without refreshing my memory a bit.
sent you a DM you can message me there
The SV can operate in 2 modes. Firstly, you can apply o-30V DC or 90-250V AC on the left pins. This voltage will then be passed to the output pins on the right. Second mode is using the 5-24V DC power on the pins at the bottom, then you can connect the input and output pins. This mode is what I used on the gate and garage motors. On the gate the 24V DC was stable enough to power the SV, but on the garage it would power off often. So I used a 12V DC power supply for the garage door SV and it was solid after that.
community.home-assistant.io
okay now I have a issue I just got he SV device today and I see it looks slightly different. I don't see which resistor to take out or any GPIO inputs.The SV can operate in 2 modes. Firstly, you can apply o-30V DC or 90-250V AC on the left pins. This voltage will then be passed to the output pins on the right. Second mode is using the 5-24V DC power on the pins at the bottom, then you can connect the input and output pins. This mode is what I used on the gate and garage motors. On the gate the 24V DC was stable enough to power the SV, but on the garage it would power off often. So I used a 12V DC power supply for the garage door SV and it was solid after that.
To trigger the gate open function you want to bridge the Trigger and COM ports on the gate motor. So you use either the black or red line on the left and right of the image, one goes to COM port and the other to Trigger. SO when the switch activates (ensure it is set to inching mode) you are just bridging those ports and no voltage is applied to it. That will then trigger that gate open function.
I haven't done the status yet, but that is on my to do list. For the status you have to use one of the pins in the middle of the board (block of 9 pins). These are the pins to use from the status LED and COM port:
View attachment 1285090
Sonoff SV - what are the other GPIO pins for?
Hi all I’ve been expanding my collection of connected devices and am now playing around with the Sonoff SV. Thanks to the incredible guidance by this community I’ve been able to connect it to a switch and a sensor on GPIO14 (like in the famous DrZZs garage video) My question is about the rest...
This info is what I remember from doing this a year or so ago, so confirm before doing anything.
That is not the SV, that is the specific gate/garage door switch:
www.robofactory.co.za
Thx for the research
Sign up with Google