Kurt Moore of the Los Alamos National Laboratories has been busy using BEAM technology to bring technology training to the local schools in the Jemez Valley. Here's what one class did!
The instructions for assembling the Pi v3 and the previous acrylic Pi SAFE are quite similar. The only difference between the models is the location of the LED light pipes, so these Pi3 instructions apply generally to all Pi SAFE versions.
Find 4 of the 4-40 x 3/8" bolts, and put them through the baseplate, and press the spacers on from the other side. Thee bolts will sort of stay put until you can get the Raspberry Pi on the baseplate. (If adding to a VESA mount, do only 2 diagonal screws)
Slide the Raspberry Pi onto the bolts. The Pi is designed for metric M3 hardware, but we're still using imperial #4 hardware, which is a smidge bigger. The bolts may need to be screwed through the holes in the Pi.
Add the #4 nuts, and tighten them down.
Arrange the sides as shows. The sideplate on the top in this image has the long cutout to accommodate a ribbon cable from the 40-pin expansion port. The front faceplate on the right (with the label engravings face-down) is for the communications side. The sideplate on the bottom has the ports for the power, video, and audio I/O.
Align them all up on the baseplate, and use a pair of 4-40 nuts and bolts to lock them in place.
Lay the final side faceplate face-down beside the assembly, and pop the clear lightpipe parts out of their holder. It is not necessary to strip the paper off this part.
Sandwich the two lightpipes together, and push them into the lightpipe indicator hole. They will sit a bit loose until the faceplate is attached to the baseplate.
Carefully assemble this assembly to the baseplate, and finish attaching it with the remaining 4-40 nuts and bolts.
Notch the top plate into the slots in the rear faceplate, and gently flex the frontplate out to let the tab snap into place. You're ready to power up, with full access to the indication LEDs on the Pi mainboard via the lightpipes!
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Kurt Moore of the Los Alamos National Laboratories has been busy using BEAM technology to bring technology training to the local schools in the Jemez Valley. Here's what one class did!
So why do we suddenly have over 100 kinds of fuse for the website? It's one of the easier products for us to bring across from our Active Tech Calgary store location into our website. Start with the easy stuff, then ramp up. Increase power gradually, so you don't blow a... well you know...
We're happy to announce that the 2001 Los Alamos BEAM Robotics Workshop is going ahead this May 3 to 6th! After much delay and threats of budget-cuts, funding has finally been secured. Thanks to Joe Vigal and Paul Argo of the Los Alamos National Laboratories for keeping this great event alive for this final year! […]
A while ago we showed off the prototype/demo for the All-Seeing Eye, and from the positive response it got we decided to bring it back as An Actual Thing. We even mounted it to a DragonTail, and let it go for a spin around the office. Check it out: We briefly toyed with the idea […]
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Warning: This product contains chemicals known to the State of California to cause cancer and birth defects or other reproductive harm.
Please visit www.P65Warnings.ca.gov for more information. This item was manufactured prior to August 31, 2018.