Any thoughts on this -You could also use a tool like stompbox layout and plug the coordinates in and print it. Stompboxlayout.com
For sure!Lay your PCB on the printout and use the center lug of the pots to verify sizing.
Alternatively, place the PCB behind the printout and hold it up to the light.
I didn't order a Gorva enclosure from LMS and it says 1590BB on the receipt, so it shouldn't be...? I'm printing 100% to scale and choosing 1590BB or 1590BB2 from the drop down menu, so I'm somewhat perplexed at the size disparity as any other build doc coordinates I've printed from posters here have been just fine...but this is new to me so I'm not yet familiar with the idiosyncrasies of the process.Did you buy the Gorva S90?
If so, that's why.
They're 2mm x 4mm smaller on the face than a hammond.
The 117.5 i would expect to be the thickness of the powder coat. The 92Well, this enclosure doesn’t conform to either of those exactly!
It’s 117.5mm L & 92mm W measured with calipers at the top/face of the enclosure which doesn’t fit any Gorva or Hammond enclosure in the 1590BB(X) or S90 families…
I mean, it’s fine, as long as the coordinate spacing aligns with the PCB then it’ll all work without issue regardless of a few millimeters, just a curiously anomalous, non-conforming enclosure.
Preach. I thought they were getting better about being up front with the dimensions. IDK if that's LMS marketing or if Gorva is telling them how the verbiage needs to be on the page. I've beat this horse to death already, but I think we should have a new thread that's stickied, starting with what's already been documented:Yea that is annoying they should be a bit more upfront on the size difference.
Edit: oh I guess they do at the bottom of the page show its different. Feel like they should lead with that rather than how amazing this one is…
I’m guessing the electric druid flangelicious won’t either (believe he discontinued it so probably a moot point)Preach. I thought they were getting better about being up front with the dimensions. IDK if that's LMS marketing or if Gorva is telling them how the verbiage needs to be on the page. I've beat this horse to death already, but I think we should have a new thread that's stickied, starting with what's already been documented:
I got it to scale by using a slightly different method to print than how my computer automatically opted to do it and that seemed to get it to scale properly. Least ways the issues with the enclosure were my template mounting and subsequent drilling...Did you get it sorted? Looks like a fit-to-page printing issue. Even with the scale set to 100, some printers (and phones especially) will still quietly shrink the page to fit their margins. That 5cm bar on the printout is there to catch it: if it doesn’t measure 5cm with a ruler, something’s scaled it, so look for a “fit to page” or “fit to printable area” setting and turn it off.
I'm honestly thinking of buying a C65 and S90 to measure out painstakingly and chucking a few bare boards in, because I've got a bee in my bonnet about all this. It's either this, or just not responding when someone runs into fitment issues. The latter would be easier, but I've also started a whole sticky about it. I think, contrary to my thread, it would be more economical to simply do the measurements and count on board makers to have accurate dimensions. Thinking ±1mm on each side for margin of error should be in the warning zone, but with more than that it should be safe.I’m guessing the electric druid flangelicious won’t either (believe he discontinued it so probably a moot point)
Are the datasheets not accurate?I'm honestly thinking of buying a C65 and S90 to measure out painstakingly and chucking a few bare boards in, because I've got a bee in my bonnet about all this. It's either this, or just not responding when someone runs into fitment issues. The latter would be easier, but I've also started a whole sticky about it. I think, contrary to my thread, it would be more economical to simply do the measurements and count on board makers to have accurate dimensions. Thinking ±1mm on each side for margin of error should be in the warning zone, but with more than that it should be safe.