Difference between revisions of "Giant robot arm"

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Yaskawa Motoman K10S
<big>Yaskawa Motoman K10S</big>


[[File:Robot_teasing_korl.jpg|thumb|robot in sudoroom]]
[[File:Robot_teasing_korl.jpg|thumb|robot in sudoroom]]
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[[File:Giant_robot_arm_where_it_came_from.jpg|thumb|as it was found]]
[[File:Giant_robot_arm_where_it_came_from.jpg|thumb|as it was found]]
[[File:Six-axis-robot.gif|an image describing the six axes of a six-axis robot]]
[[File:Six-axis-robot.gif|an image describing the six axes of a six-axis robot]]
[[File:Robot home position.png|250px|robot homed position pose]]
[[File:SudoRoom Robot Art Painter!.png|thumb|You can even make the robot arm paint for you!]]


= where did it come from and why is it here? =
= where did it come from and why is it here? =
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= software for communicating with the robot from a regular computer =
= software for communicating with the robot from a regular computer =
https://github.com/glvnst/yasnac


https://github.com/jerkey/yasnac
https://github.com/jerkey/yasnac
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= documentation =
= documentation =


http://spaz.org/~jake/robot
* http://spaz.org/~jake/robot  
** [http://spaz.org/~jake/robot/155493-INFORM-LANGUAGE.pdf INFORM Lanugage manual PDF] and another copy here [http://www.ro.feri.uni-mb.si/predmeti/robotizacija/inform.pdf INFORM PDF]
* [http://www.motoman.com/msp/docs/manuals.php?order=controller]
* [http://www.robot-forum.com/robotforum/yaskawa-motoman-robot-forum/motoman-k6sb-with-erc-controller/ Robotforum posts on the Yaskawa motoman k6sb with erc controller] ''talk to these people for the conversation''
 
= enabling relative job function and the communications option =
 
Ben says:
 
"If I remember, press OP2, enter the magic code 24.#4.#2 then set these:
 
set SD079 to 1 for relative job (x,y,z coordinates)


http://www.motoman.com/msp/docs/manuals.php?order=controller
set SD110 to 1 for data communication (remote mode)
http://www.robot-forum.com/robotforum/yaskawa-motoman-robot-forum/motoman-k6sb-with-erc-controller/
 
and reboot the robot."


= hardware used to get it to even turn on without errors =
= hardware used to get it to even turn on without errors =
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= Electrical components =
= Electrical components =


*[http://pdf.datasheetcatalog.com/datasheet/MitsubishiElectricCorporation/mXvttst.pdf TM10T3B-H] Thyristor module
*[http://pdf.datasheetcatalog.com/datasheet/MitsubishiElectricCorporation/mXvttst.pdf TM10T3B-H Thyristor module PDF]


*[http://irtfweb.ifa.hawaii.edu/~tcs3/tcs3/vendor_info/DeltaTau/manuals_0311/ACC-8D%20OPTION%209.PDF] http://irtfweb.ifa.hawaii.edu/~tcs3/tcs3/vendor_info/DeltaTau/manuals_0311/ACC-8D%20OPTION%209.PDF encoder datasheet (for different encoders?)
*[http://irtfweb.ifa.hawaii.edu/~tcs3/tcs3/vendor_info/DeltaTau/manuals_0311/ACC-8D%20OPTION%209.PDF ACC-8D20 option PDF manual] 33 page manual on ???  


http://servo-repair.com/documents/yaskawa/CACR-SR.pdf   <------- this is totally what we have, absolute encoders and CACR servopacks
* [http://irtfweb.ifa.hawaii.edu/~tcs3/tcs3/vendor_info/DeltaTau/manuals_0311/ACC-8D%20OPTION%209.PDF encoder datasheet] (pdf)(for different encoders?)


http://servo-repair.com/documents.php
* [http://servo-repair.com/documents/yaskawa/CACR-SR.pdf Yaskawa CACR-SR Manual] (PDF) <------- this is totally what we have, absolute encoders and CACR servopacks
 
* [http://servo-repair.com/documents.php Servo Repair documents website]


http://www.yaskawa.co.jp/technology/img/tech/tech03_03_01.gif
http://www.yaskawa.co.jp/technology/img/tech/tech03_03_01.gif
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http://ceeps.colostate-pueblo.edu/Engineering/RoboticsLaboratory/Motoman%20K3/PublishingImages/motoman04.gif
http://ceeps.colostate-pueblo.edu/Engineering/RoboticsLaboratory/Motoman%20K3/PublishingImages/motoman04.gif


http://www.youtube.com/watch?v=osErRS4m4S8#t=55
* http://www.youtube.com/watch?v=osErRS4m4S8#t=55


= Coordinate conversion and 3d model =
= Coordinate conversion and 3d model =


https://github.com/sudoroom/sudo-robot-arm
https://github.com/sudoroom/sudo-robot-arm
= Cool Projects =
== Drawing with the Robot Arm Project ==
Substack and Jake went ahead and hacked the robot (see the [https://sudoroom.org/drawing-with-the-robot-arm/ blog post] ). now you can upload simple drawings and get it to draw for you.
* Get an image file (PNG)  and convert it to SVG [http://image.online-convert.com/convert-to-svg free convert to SVG web app]
* Take the SVG and convert it to INFORM http://substack.neocities.org/svg2inform.html (thanks Substack!)
* Go to SudoRoom, chat with the right hackers, learn to calibrate (safety first!!!) and then let the robot do the drawing for you!
* Cheers! Cheers! More thanks to Jake for learning how to fake the serial disk https://github.com/jerkey/yasnac/blob/master/src/fakedisk.py
[[File:SudoRoom Robot Art Painter!.png|painting with the SudoRoom Robot arm <3 it's so good to learn from other people!]]
15:25 <@Rab> No small matter unfortunately, unless you get really imaginative on the CAM side and utilitize the robot's axes of movement in very simple ways.
15:27 <@Rab> I think it'll probably need to be somebody's brilliant custom CAM because open-sores CAM is pretty seriously limited, and more than 3-axis commercial CAM is insanely expensive.
15:28 <@Rab> PyCAM might be a start, that's what I'll use if I do anything 3D.
15:38 <@Rab> Autodesk Fusion 360 includes Autodesk's 3+2 CAM, which is probably the best and most usable CAM you'll find anywhere for zero dollars. But fuck that proprietary cloud shit.
15:42 <@Rab> CAM is one of those software applications which is so hard, anybody skilled enough to do it right also wants to get paid. That's a direct challenge to Sudo Room BTW.
15:45 <@Rab> You could join ##linuxcnc on feenode and see if anybody has any ideas.
[[Category:Projects]]

Revision as of 13:49, 27 April 2016

Yaskawa Motoman K10S

robot in sudoroom
humans bringing the robot to sudoroom
as it was found

an image describing the six axes of a six-axis robot robot homed position pose

You can even make the robot arm paint for you!


where did it come from and why is it here?

the robot was sold to sudoroom for scrap for $200, and it's here because it's awesome

software for communicating with the robot from a regular computer

https://github.com/glvnst/yasnac

https://github.com/jerkey/yasnac

documentation

enabling relative job function and the communications option

Ben says:

"If I remember, press OP2, enter the magic code 24.#4.#2 then set these:

set SD079 to 1 for relative job (x,y,z coordinates)

set SD110 to 1 for data communication (remote mode)

and reboot the robot."

hardware used to get it to even turn on without errors

https://github.com/jerkey/yasnac_fakery

Electrical components

tech03_03_01.gif

motoman04.gif

Coordinate conversion and 3d model

https://github.com/sudoroom/sudo-robot-arm

Cool Projects

Drawing with the Robot Arm Project

Substack and Jake went ahead and hacked the robot (see the blog post ). now you can upload simple drawings and get it to draw for you.

painting with the SudoRoom Robot arm <3 it's so good to learn from other people!

15:25 <@Rab> No small matter unfortunately, unless you get really imaginative on the CAM side and utilitize the robot's axes of movement in very simple ways. 15:27 <@Rab> I think it'll probably need to be somebody's brilliant custom CAM because open-sores CAM is pretty seriously limited, and more than 3-axis commercial CAM is insanely expensive. 15:28 <@Rab> PyCAM might be a start, that's what I'll use if I do anything 3D. 15:38 <@Rab> Autodesk Fusion 360 includes Autodesk's 3+2 CAM, which is probably the best and most usable CAM you'll find anywhere for zero dollars. But fuck that proprietary cloud shit. 15:42 <@Rab> CAM is one of those software applications which is so hard, anybody skilled enough to do it right also wants to get paid. That's a direct challenge to Sudo Room BTW. 15:45 <@Rab> You could join ##linuxcnc on feenode and see if anybody has any ideas.