Wink Automation in Hubitat

Don't worry, it can't.

:grin:

3 Likes

Ok, this is a great list.

What jumps out:

  • Dimming/Brightening lights based on lux.. AND "controlling lights based on lux" jumps out at me. Where's that tutorial!??!
  • Also the fan bit. I think I'd want a "turn off after being on for 10 mins" or something like that. Is that as simple as getting a wall switch and then watching for On/Off and IF On for 10 min THEN turn Off?
  • Simulating occupancy when you are away is cool, but who's away much these days. Thanks 'Rona! :wink: I should do this tho, I'll be away in April....
  • "Alerting you to leaks and being able to shut off the water main if necessary" Wait, wut? :flushed: Turn off the Main automagically??
  • "Lights turning on when you go into a room then turning off after a period of no motion." I'm going to do this one today, I hope....

Thanks @erktrek!

Hubirat :rat:

1 Like

Planning on doing this today in my garage!

I'm curious, you mention Zigbee vs. Z-wave. Do you prefer Zigbee over Z-wave? The motion sensor I bought is z-wave... I've always just figured they were equivalent, are they not? Note: the 20 odd wall switches/dimmers I have are all z-wave so I figured I just keep riding that wave :ocean: considering the mesh network and all.

Thanks,
Hubirat :rat:

You can use illuminance as a trigger or condition.

Yup.

Yup. There are several controlled water valves that work with Hubitat. Here's the zigbee one that I use:

https://shopleaksmart.com/collections/leak-detector-products/products/protect-by-leaksmart-shut-off-valve

For this particular one, you need only the valve - it pairs directly to Hubitat (also worked with Wink!). You don't need their WiFi-zigbee gateway/hub.

There are many z-wave models.

I have a total of ~15 z-wave/zigbee leak sensors in my house. And an automation that notifies me as well as turns the valve off if there's a leak. It is also super-convenient to just tell Alexa to shut the main valve when I need to do any plumbing maintenance.

1 Like

Let me add a few of my favorite automations to that list:

  • I have CT bulbs in my nightstand lamp. When I wake up, I gradually increase the level, while simultaneously raising the CT from 2000K to 5000K. It really simulates a sunrise, and I love it. At night, I do the opposite. As the light gets warmer, I start feeling drowsy.
  • When I wake up, I have my bedroom Sonos speakers play the news with the volume gradually increasing from 0 to 30 over 30 minutes. And this going on while the nightstand lamp is getting "bluer" and the level is rising.
  • When I go to bed, I have classical piano playing that gradually decreases in volume as the lamp gets "redder", and then turns off completely about 10 minutes after the lamp goes off.
  • When my TVs come on, I have bias-lighting at 6500K come on automatically, and go off when the TV goes off. At the time, other lights are changed in intensity or turned off. When the TV goes off, all the lights are restored to their previous state, unless the house is already in sleep mode.
  • When the HVAC comes on, to compensate for the noise of air coming out of the supply registers, the living room sonos sound bar increases in volume and then decreases when the HVAC goes off.
  • When the door bell rings, my TVs are paused automatically (if they're on), and I get a phone notification.

Lot a little things like that which make life easier!

3 Likes

Depends on the application. Personally I find Zigbee motion sensors respond faster than Zwave.

This might be less of an issue now with the new C-7. The difference for me was 1-2 seconds with a zwave Aeotec multi sensor vs 0.25-0.5s with the Zigbee sensors I linked above.

It could have been just the particular sensors, or my specific setup, that caused the time discrepancy however. I suggest asking others for a broader sample size.

Itā€™s not the biggest deal in the world but when I walk into a dark room, 1-2 seconds stumbling blindly isnā€™t much fun for me. Having the lights come on virtually instantly is nice.

2 Likes

Itā€™s like magic. When paired with a leak sensor - the Samsung smart thing sensors work well for me - itā€™s a life saver. I put one on top of the drain in my basement and caught the drain backing up when the water rose by just a centimeter. Turned off the main, which stopped the sink that was filling up the pipe that needed to be snaked. Saved me a big mess. I now have water sensors under every faucet, next to every drain - the sensors also detect temperature so I can have my heater turn on if Iā€™m away from home and temps drop too low - I donā€™t want frozen pipes up here in the Midwest.

My house was built in the 1920s so I went with this unit to turn off my main. Itā€™s zwave. https://www.amazon.com/dp/B07DJZCFBH/

1 Like

My z-wave+ and zigbee sensors respond approximately the same. Motion automations to turn on a light is under 200ms in both instances.

Surely you mean 0.25-0.5s? My automation response times are 130-200 ms using node-red.

1 Like

Yeah I use the EcoNet bulldog which works great too...

For extra fun you can strap a cheap contact sensor on the handle and base and have secondary confirmation that the valve opened or closed. I also have a rule that triggers each month to open/close so the valve won't get stuck.

Simulating occupancy does not necessarily mean while you are away. I like to tell my clients that it is a good idea to set up a basic schedule of lights that happen regardless of whether you are home or not. That way it makes it less obvious when the house is empty. Once you are away different rules can kick in that are more aggressive - more notifications etc. Also maybe toggling additional lights not included in the schedule that you would normally do manually.

2 Likes

Yup. Typo. 0.25s-0.5s

1 Like

This topic was automatically closed 365 days after the last reply. New replies are no longer allowed.