Lathe Electronic Leadscrew Part 5: Mounting the Encoder and Servo on the Lathe
Вставка
- Опубліковано 29 тра 2019
- Today we're finally starting to put the electonic leadscrew components on the lathe. We'll talk about timing belt drives for both the encoder and the stepper or servo, we'll make mounting brackets and get this thing ready to actually run.
Firmware on GitHub:
github.com/clough42/electroni...
3D Models on Thingiverse:
www.thingiverse.com/thing:374...
Parts and tools used in this video:
*This site contains affiliate links for which I may be compensated
YG-1 1/4" Alu-Power end mill (eBay*): ebay.to/2TRY4tM
YG-1 1/8" Alu-Power end mill (eBay*): ebay.to/2ANVkXj
YG-1 4-Flute Carbide 1/4" end mill (eBay*): ebay.to/2QRDK9S
YG-1 1/4" 120 degree spotting drill (eBay*): ebay.to/2MayWfj
Allen Metric Metric Hex Key Set (*Amazon): amzn.to/2BVUYNw
Noga MC1700 Mini-Cool Kit (Amazon*): amzn.to/2qgemiM
CRC SL2512 Soluble Oil (Amazon*): amzn.to/2qhWswk
NEMA23 Closed-Loop Servo Motor and Driver (eBay*): ebay.to/2XShCQH
Omron 1024 p/r rotary encoder (eBay*): ebay.us/U93ceD
I think this is exceptionally produced content and it's evident that you have the spirit of a researcher/teacher. Just the ability to verbally connect with your audience in a clear-concise manner puts you into a class of your own. Showing mistakes, errors and oversight helps keep the content humanly interesting. Good job. (virtual back patting)
I’m stunned your subscriber count hasn’t skyrocketed in the last couple months. You’re videos are gold. They’re so professionally produced and enjoyable to watch. Just the right amount of detail and never boring. Thanks for all the time you invest in these.
Every episode I watch, I can’t praise enough your workmanship. Fabulous! Thank you for allowing us to tag along. FYI, the suspense is killing me.
After 2 years I saw your video I will start the same project. I will try to do it with Arduino and all 3D printed parts. Thanks for sharing 🙂
Good to see 3D printing can help out with practical prototypings like these. Looking forward to seeing the whole thing work!
I don't own my G0602 lathe any longer - I upgraded to a G4003G lathe, but I am thoroughly enjoying this series! Thank you for sharing your journey.
SDP/SI! That place has saved my bacon on multiple occasions. Fast (kinda pricey) shipping, reasonable prices on parts, and just about everything under the sun available.
About Chinese belts misunderstanding - I think that this type of numbering of belts is common at least here in Eastern Europe. I always order belts by their length in mm, not by number of teeth.
Excelent work. I am very anxious to see how it works. Thanks for sharing.
This is what home cnc is all about. Stuff that would be difficult manually is relatively easy with even a low power cnc machine. It’s going to be interesting to see if you can cnc the feed screw.
I recently subscribed and want to thank you for your hard work and willingness to share.
I'm replacing the gear on the spindle with a timing pulley. The main drive pulley came off quite easily. Just need to put a big bore and keyway in the timing pulley. Your layout and presentation of content is awesome. Very nice work.
I enjoy watching you work, you have a lot of talent and a knack for finding solutions to conundrums.
Your work, presentation, and production is excellent. I dont understand why there arent more likes!
As always SUPERB! Some of the finest instructional videos I have EVER seen. I too can't wait to see this come to fruition.
Gates can't help the Chinese part numbering debacle... but the technical resources on the Gates website has a really cool application to size belts for pulley sizing and spacing. It's simple to use and very flexible. Our high school robotics team uses it.
Awesome progress and I'm really enjoying this series. Thank you once again.
13:46
I do not have a lathe but I am so excited to see all of this work. I am building a shock dyno on the same principle i got the same encoder and digital readout and the BSS 138 converter. I also got the F280049C encoder. Great job. Thank you! I am using the same VFT you are using to run my 3 HP 3PH motor.
Damn! Just binged on this build and got to the end! Seriously looking forward to seeing things spin! I love the idea, I'd like to do a similar thing as a part of a gradual CNC conversion on my Colchester lathe.