Loxone diy how to#
We recommend checking out this article here to learn all about it: How to Sauna Like a Pro. So, first, you definitely want to know how to engage in sauna sessions safely. And while studies have shown hyperthermia offers a number of health benefits, such as cardiovascular improvements and reduced risk of hypertension, too much of a good thing (aka, overheating) can be very harmful and even deadly, causing dehydration and heat exhaustion on the lesser end of the spectrum and heat stroke on other end. After all, you are engaging in hyperthermia, also known as heat stress. If you opt to DIY it by installing your own speakers and connecting it to your Alexa/Google Voice device, then be sure to look for speakers that also utilize rubberized, all-weather design that can live in the sauna temperature range. Keep in mind the possible temperature ranges that you may reach in your sauna. This Loxone speaker is ideal for a sauna because it is created with a rubberized design and is weather resistant and suitable for sauna use! The audio function in the sauna comes from built-in Loxone Speakers underneath the bench. And, if your sauna comes with speakers, or if you’re able to build some in, then automating music control is a must-do! Alexa and other similar home automation systems can work with most speakers, but I’m going to keep our theme consistent by explaining Loxone’s sound system automation.įirst, you’ll need a music server and sauna speakers. Listening to music, podcasts, or simple relaxing sounds can really enhance your sauna experience. For it to work, of course, you’ll need temperature sensors both near the ceiling and the benches. This is a very cool feature that will sense any temperature differences within your sauna (such as between the ceiling and benches) and will automatically correct it. However, there is a way around it with “temperature correction!” This imbalance can be unnoticeable to some, but to many people this can be frustrating. We all learned as kids that heat rises, and for your sauna, that means the ceiling (and any temperature sensors near there) will always be a few degrees warmer than the benches.
Plus, the Loxone App gives you the ability to track your sauna temperature status, so you know exactly where it is.That means no more going outside to check the thermometer, just peek at your app and know for sure when it’s ready for you. Then, you can use it to automatically turn your sauna on, and also use the temperature and humidity sensors to automatically monitor your sauna’s temperature and adjust accordingly.
Loxone diy download#
Loxone has its own proprietary app that’s regularly updated and you can download for free. If you’re using other heater stoves and you want to integrate Loxone, you will need to purchase the Loxone miniserver as the central control (or “brain” of your home sauna), temperature and humidity sensors, and a contactor for your heater. Just click here to see all the saunas that offer Virta heater options. Virta heater models automatically include Wifi controls and are available in saunas like the 4-Person Charleston Barrel Sauna and the cabin-shaped Allegheny and more. The KIP heater can be upgraded to make it Wifi compatible for easy automation with almost any Almost Heaven sauna. V irta, Harvia KIP and Cilindro heater models include a Xenio Digital Control Panel, which is a clear touch digital control panel that can be mounted outside of the sauna and preset up to 12 hours in advance. Functionality is still limited to what Loxone allows.Next, let’s talk about Harvia. Of course the Loxone solution is proprietary switches with the "smarts" in the switch itself presumably sending event-driven messages to the controller. That just isn't fast enough for smooth button input. Another forum member has experimented with Modbus connected buttons Loxone has to poll and 250ms is pretty much the limit even for simple uses. You can't poll fast enough to do some of these things reliably. Complete control over debounce, rollover, etc. For example, button chords, mode switching, etc.
Loxone diy code#
My approach allows the writing of code to do anything with buttons and only send a ethernet packet to Loxone for high level functions.
Loxone doesn't have large processing capability and programming of complex behaviors is difficult. Most devices use polling to watch for button presses and this avoids unnecessary polling. The SX1509 is intended to be used along with a processor of some kind to replace the Elexol (and potentially/eventually replace Loxone entirely).
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