Hello,
I was looking for Nest alternatives and I use Raspberry PIs for other things so I like the platform. I would like to purchase a couple of HestiaPI Touch circuits however I want the case at the same time I am buying the circuit.
When will the case be ready for shipment? If not soon I may go another route. Please let me know.
Thank you Steve for your kind words. I understand your concern. We wouldnât release the electronics separately from the case if a lot of people wouldnât ask âwhatever you have ready nowâ which does not make sense for the rest
We received yesterday another test design (with 2 more on the way) with new material and is looking good but not perfect (we still get 1âC off readings with the case on).
Here is a sneak peek (in front of this post :P) although this one is definitely not a final one:
Realistically speaking I would expect 2-3 weeks for the final STL file (the format 3D printers like) to be released on GitHub/website and another 2-3 weeks to get the production line(s) up to speed to support the shop.
OK, this is a bit confusing; I thought I was talking about the rectangular one. Why is there two different form factors? What are the dimensions of each?
I can provide the final outside case but is missing the details that lock the electronics in place. It is taking longer than I thought and my industrial designer is somewhat hard to find due to work and vacations to produce the required iterations for testing. PM me if you want it.
Iâm willing to wait until you finalize it. Not a problem. Believe me I understand that this can take more time then youâd like it to Was just curious as to how things were going is all!
Since I now need a case, are these the correct files for the US unit I bought? Looks like your comment that the electronics arenât held in place is still relevant as these are from 6 months ago.
HestiaPi Touch Base.stl Added âWALLâ marking 6 months ago
HestiaPi Touch Case.stl Initial commit 7 months ago
Looking at the files I am trying to determine which challenges I will have with the current design. Do the two halves hold together somehow presently or am I on my own for that? Looks like I can bolt the Touch to the back plate with two screws.
It looks like I will have to join the front and back halves together, and probably build some bits in to keep the pieces stable beyond the two screws. The internal stuff doesnât worry me at all, keeping the two halves together would cause me to pause for a moment.
This is the âsemi-finalâ design. https://github.com/HestiaPi/hestia-touch-case/blob/master/HestiaPi%20Touch%20Hex%20Case.stl
A few minor tweaks are missing on it. Avoid the âDesignerâs proposalâ as it lacked some needed ventilation holes.
There is one more part missing too. The complete case will be a 3-part kit.
The base will be slightly modified with a hinge around the edge that will interlock with the 3rd part that will be an extension to the existing base but with the size and shape of the front case.
This design will allow the core base to stay the same while users can modify or completely change the outer looks!
Pushing hard to have everything on github in a few days and proceed with integration testing and minor modifications from real sample tests. Hold on a bit more
It can be reheated using an oven or other heat source and if you can make a mold you can pretty make anything with it⌠Look for youtube videosâŚ
My thought was to make a wooden mold and then put the heated HDPE in it and insert another wooden block and press them together. You can make a box ⌠then put therm inside⌠of course you a. you donât want it too thick and b. you would need to create vent holes that can be done with a drill or dremel toolâŚ
I have a 3d printer but have as yet been able to get it working correctlyâŚ
Sounds like an option! Let us finish the 3D printable files for everyone waiting and maybe try to use a printer to build the âwoodenâ molds. Please share your progress hereâŚ
You know the same .STL file can be fed to a CNC router instead of a 3D printer too. So pick your favourite material (wood, aluminum, plexyglass) and head over to your local makerspace