Read the statement by Michael Teeuw here.
How HOT Does it Get?
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My case is ventilated, but I still might consider a tiny fan to make sure nothing happens anyway. I don’t use a heatsink. Either way, my raspberry pi shouldn’t ever get hot enough to melt the plastic, which melts at like 200°C in the 3d printer.
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I am also assuming that it is okay for me to always keep the pi on (the display will mostly stay off, though). Someone please correct me if I am wrong because the last thing I need is my raspberry pi not being powerful enough to always stay active.
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I did some tests and here is my results. However my PI is located on the other side of the wall and not in the frame.
PI Without heatsink and with
With vent holes
Without holes
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It seems like I should be completely fine, and nothing should melt or get messed up. Is this right?
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I just realized that I do have a heatsink, but it’s one for an old computer. Do they run mechanically or electronically? It might be just what I need. It won’t be ideal, but I can figure something out.
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@AAPS
Honestly I think this thing def. needs a fan even with a heatsink. It gets way too hot. I have not finished with OS set up and config quite yet though so it’s not my focus yet, case wise. I had to open the top part of the case even though it was well ventilated, I added a fan and sinse then it’s been running cool to the touch where that was not the case with an open case and heatsink. I will def. encorporate a fan once I get to that point in my build. -
Thanks! That’s the kind of response I was waiting to hear.
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@1m2 said in How HOT Does it Get?:
I will def. encorporate a fan once I get to that point in my build.
I was waiting to see what sort of response you would get about the fan. I’ve been wanting to add a fan although all searches say that the Pi can run without problems up to 80°C or more. That “seemed” hot to me. My Pi was running at 60°C, which is well under the maximum that I discovered. So, I took it upon myself to add a fan (I have spare parts lying around) and connected it to a 5V pin and a GRD pin on the GPIO header. I’ve been running the mirror all day without a hitch and my CPU temp is nearly 20°C cooler. Have a look.
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@Mykle1 my Pi CPU temp was at up to 73°C. I think the heat caused by monitor heat emission although there are some vent holes. When I turn off the monitor for a while, when I turn the monitor on, the CPU temp was at 61°C.
I think, it is a good idea add some fans to reduce the heat. -
@Mykle1 That’s great. My new problem now is figuring out how to make it wake up. How did you do it?
