Well, I recreated it and confirmed cycling VFD power without rebooting
LinuxCNC makes the spindle run again.
I looked into the HAL after the "Spindle CW" button breaks everything:
enable TRUE
is_alarm FALSE
is_at_speed FALSE
is_ready TRUE
is_running TRUE
reverse FALSE
run TRUE
watchdog_out TRUE
On Tuesday 28 June 2016 19:34:50 andy pugh wrote:
> On 29 June 2016 at 00:25, Gene Heskett wrote:
> > I've read the quite limited description in the wiki, but see no way
> > to effect an X move dependent on the Z position.
> >
> > Is there any hope of doing this?
>
> lincurve and offset
Lincurve
On 29 June 2016 at 00:25, Gene Heskett wrote:
> I've read the quite limited description in the wiki, but see no way to
> effect an X move dependent on the Z position.
>
> Is there any hope of doing this?
lincurve and offset
--
atp
"A motorcycle is a bicycle with a pandemonium attachment and is
Hi all;
Dave Cole got me started looking at our docs on screw compensation which
I would like to be able to use on both the little monster and on the
11x42 Sheldon once I get it tightened up enough to worry about screw
error.
That is goiung to be a project, all the bronze nuts are quite close
On 28 June 2016 at 21:42, Dave Cole wrote:
> So I wonder if I have reached the limit of LinuxCNCs ability to
> compensate for a junk screw?
I don't see any reason for there to be any limit.
--
atp
"A motorcycle is a bicycle with a pandemonium attachment and is
designed for the especial use of m
I thought about that except that the data file is setup via the same
method as the Y axis.
However the X axis screw is much worse than the Y axis.
I went over the file with the guy who did the measuring, and he agreed
that the data seems like it is in the proper order.
Its weird that the Y axi
On 28 June 2016 at 15:35, Dave Cole wrote:
> LinuxCNC is trying to use the x axis data since ball bar testing
> results change significantly if the X axis screw comp is enabled or
> disabled.However the screw comp is not effectively correcting the
> screw.
Is it possible that the compensati
Hi Guys,
I'm trying to apply a screw compensation file to the X axis on a
waterjet running LinuxCNC 2.64
The screw is about 94 inches long and has some major deviations in
pitch. All together the maximum error is about 0.150 over the length
of the screw and that is if the scaling is set
so
bravo
many, many! thanks to all who worked on this project!
regards
rck
2016-06-27 18:51 GMT-03:00 andy pugh :
> On 27 June 2016 at 22:25, Moses McKnight wrote:
>
> > Anyone running the development branch of LinuxCNC will need to update
> your
> > configs. Details on the changes needed are
