Did you have to finagle with the element at all to get it in?
Mine has a terminal pitch of 16 inch, and the only dimensioned elements I’ve seen so far with a similar shape are 18". I could flex it a bit I suppose.
Also most I have seen have quick-connect/Faston terminals, whereas my oven has screw terminals. Less of a problem than dimensions I suppose.
I think I will take a closer look at elements before pulling the trigger. Thanks for the nudge. I wish listings offered more than a photo and part number though - like maybe at least the width.
Just wish I would have paused to do that before I pulled the old one out…
You could get the nextruder <> v6 adapter and then use the cheapos
TPU that’s been printed right sticks to itself extremely well
I’ve done many TPU prints that were stressed to hell and they hold up amazingly well. Like 2000 lb shock loads on little 2mm walls, hundreds of times, and not tearing or delaminating. Ninjatek Cheetah and Fiberflex 40D mainly, but others seem to hold up really well too.
Wow dude I was trying to be helpful. That’s why I replied.
If I’m reading your comment right, you might be talking about gauging for inspection purposes, but that’s not what OP has here. I’d call it more of a printer calibration block.
A drone operator usually is not standing directly under the drone, so no. Or alternately, the drone if probably further away from you horizontally than vertically during most of its operation.
One interesting thing here is that, for a given altitude, the antenna gain will be higher the further away the drone is.
Now I have a virus :(
I have an MK4+MMU that I bought partially with the intent of building PLA-supported PETG and TPU parts. I haven’t dug in too far yet but in the few prints I’ve done the PLA has severely degraded interlayer adhesion. Presumably this can be addressed by purging (much) more on changes from PLA, but if I had known this before I bought, I would have seriously considered a multi-head printer.
I suspect an electrical issue on the motherboard.
If you see differences in those last two points, that is a clue that something is messing with the divider circuit that the thermistor is a part of.
That adds up. All the spots it broke are where the filament bends pretty substantially. Thanks.
23% is really just the bottom range of what your dryer will report. My dryer is 15%. Who knows what it really is below that, and whether those numbers are even accurate?
But after a day of drying at 50C you PLA will be bone dry regardless of what the dryer reports.
Kinda like an extended horseshoe theory