The driver correctly synthesizes pins (and associated logic) for
'goto-zero', '=1/2' and 'zero' buttons, in addition to creating pins for
the physical pendant buttons (independent of rotary switch selection).
'xhc-hb04.tcl' creates nets as appropriate, but this leads for instance
to simultaneou
On 26 July 2017 at 07:10, Gene Heskett wrote:
> Whats the difference between one ending in A60, and one ending in AG60?
Looking at the table here:
https://www.iscar.com/eCatalog/Family.aspx?fnum=113&mapp=TH&app=78&GFSTYP=M
AG60 has a bigger setback from the tip of the outline triangle of the
in
I am not sure if I am alowed to do this but will anybody be interested in 3
pancake motors, the Mesa drivers, the power supply and the Mesa breakout
board?
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On Wednesday 26 July 2017 05:09:33 andy pugh wrote:
> On 26 July 2017 at 07:10, Gene Heskett wrote:
> > Whats the difference between one ending in A60, and one ending in
> > AG60?
>
> Looking at the table here:
> https://www.iscar.com/eCatalog/Family.aspx?fnum=113&mapp=TH&app=78&GFS
>TYP=M
>
> AG
I am trying to get NML up and running between client GUI and rest of linuxcnc
run as server. I have some progress, server seems to work and there is
connection from client both tkemc and axis.
Wallace claim http://www.wallacecompany.com/machine_shop/EMC2/remote_notes.html
tkemc could be run as
I can't get the hal file right to run a stepper tripod. If someone could
share one that runs on wheezy I would be most appreciative. I was thinking
I could build a 3d printer with this.
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On 27 July 2017 at 00:36, Charles Brauer wrote:
> I can't get the hal file right to run a stepper tripod. If someone could
> share one that runs on wheezy I would be most appreciative. I was thinking
> I could build a 3d printer with this.
That sounds like a fun project.
But I think we will need
On 07/26/2017 05:36 PM, Charles Brauer wrote:
I can't get the hal file right to run a stepper tripod. If someone could
share one that runs on wheezy I would be most appreciative. I was thinking
I could build a 3d printer with this.
I ran sim/tklinuxcnc/tripod.ini on 2.7 and master, and both wor
Whilst going through the slow process of cnc'ing my mill, I have been
trying to work out how to cnc mill crankshafts on it using my rotary
axis.
Specifically, machining the crankpins while having the blank turning
on it's main journal axis. I know the tool will have to move in both y
and z axis si
Whilst going through the slow process of cnc'ing my mill, I have been
trying to work out how to cnc mill crankshafts on it using my rotary
axis.
Specifically, machining the crankpins while having the blank turning
on it's main journal axis. I know the tool will have to move in both y
and z axis si
On 27 July 2017 at 02:13, Ken Johnson wrote:
> Specifically, machining the crankpins while having the blank turning
> on it's main journal axis. I know the tool will have to move in both y
> and z axis simultaneously to follow the crankpin around, but at that
> point, my imagination and knowledge
On 27 July 2017 at 02:13, Ken Johnson wrote:
> Are there any pre-existing routines out there that can take (say) the
> crank throw and crankpin diameter and generate the relevant g code to
> do the job?
I think that might be the hard way. I can easily imagine G-code that
takes the throw and diam
Thanks Andy, that helped a great deal, particularly the two formula's
referring to the angle klm. If I make (Rmajor-r) the crank stroke and
r the crankpin radius I think that should do nicely.
Mind you, the neracar blog didn't help at all- I am now going to have
to spend several (enjoyable) hours
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