The manufacturing ZIP file on the resources page doesn't have any mechanical data

[Spaced Cowboy]

Subject says it all, really: Go here, download the ZIP file for the 'Manufacturing files', and the 'Mechanical' folder is empty :(

Looking to get the offsets of the holes from the Arduino connector so I can bolt it down well.

[Olivier GALLIEN]

Hi @Spaced Cowboy​ 

I confirm the problem.

I escalate it internally and come back to you ASAP

Sorry for inconvenience

Olivier

[Olivier GALLIEN · Accepted solution]

Hi @Spaced Cowboy​ 

Please find attached the STEP file supposed to be in the ZIP.

Please, confirm this is what you were expecting.

Olivier

[Spaced Cowboy]

Hi Olivier, thanks for the quick reply :)

The STEP file looks a bit like overkill, to be honest - but I'll try and find a viewer for the format on my Mac, and see if I can get the info I need. What I really wanted (I mention this in case it's there and I missed it) was something like:

Cheers :)

[Olivier GALLIEN]

Hi @Spaced Cowboy​ 

No, we do not provide similar details measure file.

Don't you get information using Altium PCB file in ODB+ folder ?

Hope it help,

Olivier

[Spaced Cowboy]

Well, if I had Altium....

Even the free viewer for their file-format is PC-only, which doesn't help me on a Mac :(

However, you gave me the idea to look at the combination of MB1272-C01_Assembly.PDF, MB1272-C01_PickandPlace.txt and MB1272C-RoundHoles-Plated.TXT. For anyone else that cares, the holes and connector centres (in mm) are:

CN2: cx=51.5000  cy=67.5000  part=SAMTEC_TSW-120-07-G-D                  
 
CN13: cx=59.4340  cy=61.4500   part=SAMTEC_SSW-110-22-X-S-VS
CN14: cx=35.0500  cy=61.4500   part=SAMTEC_SSW-108-22-X-S-VS
CN16: cx=52.8300  cy=13.1900   part=SAMTEC_SSW-108-22-X-S-VS
CN17: cx=32.5100  cy=13.1900   part=SAMTEC_SSW-106-22-X-S-VS
 
CN4: cx=22.5500  cy=41.5000  part=TE-CONNECTIVITY_2-1734248-0
 
H1: cx=22.5  cy=67.5
H2: cx=80.5  cy=67.5
H3: cx=22.5  cy=18.5
H4: cx=80.5  cy=18.5

Bear in mind that CN13..17 are on the underside of the board, so their origin is the bottom-right corner as you look down on the board from above, not the bottom-left. (These are pick-and-place co-ords, and the board is flipped when placing on the bottom)

Cheers