Hello!
I am asking this question here for the 3rd time and I hope that
finally someone will answer:
EMC2 is switching from world mode to joint mode, if I go from manual
control tab to MDI tab. I have EMC 2.4.3.1 version on Lucid, and
unfortunately I do not know, how exactly I can replicate this
On 4 September 2010 13:01, Viesturs Lācis viesturs.la...@gmail.com wrote:
EMC2 is switching from world mode to joint mode, if I go from manual
control tab to MDI tab. I have EMC 2.4.3.1 version on Lucid, and
unfortunately I do not know, how exactly I can replicate this error,
because usually,
On Sat, Sep 4, 2010 at 7:01 AM, Viesturs Lācis viesturs.la...@gmail.comwrote:
Hello!
I am asking this question here for the 3rd time and I hope that
finally someone will answer:
EMC2 is switching from world mode to joint mode, if I go from manual
control tab to MDI tab. I have EMC 2.4.3.1
hope this helps
thanks
Stuart
No offence, but it didn't :))
I have joint0 and joint1 explicitly assigned to X axis in my kinematics module.
In joint mode each joint (motor) is moved independently, no
assignements to any axis are in effect in joint mode. That is why it
is called joint mode.
homing has nothing to do with the switching - it was just part of the
explanation of what I would do
I would not set up the kinematics to drive the second X axis motor. I would
set it up to follow the first X axis motor. Then the movement mode would
make no difference.
On Sat, Sep 4, 2010 at
Ok, now I got it, but I am convinced that it would not work in joint
mode anyway. Please correct me, if I am wrong. Each joint is
completely independent in joint mode, AFAIK EMC is built so that
assignements between joints and axes are ignored in joint mode, so
also Your suggestion with use of U
On Sat, Sep 4, 2010 at 11:16 AM, Viesturs Lācis viesturs.la...@gmail.comwrote:
Ok, now I got it, but I am convinced that it would not work in joint
mode anyway. Please correct me, if I am wrong. Each joint is
completely independent in joint mode, AFAIK EMC is built so that
assignements
Jon Elson wrote:
Right, so at least with EMC2, the spindle is not a named axis, as the
only command
it will follow is speed (S) and direction (M02, M04).
That should be M03, M04.
Jon
--
This SF.net Dev2Dev email
Some further data would be nice:
- start emc from a terminal, use some DEBUG (at least that you get the
mode change messages), pastebin a change (manual/mdi) when it happens,
one when it doesn't
- what GUI are you using?
Regards,
Alex
On 9/4/2010 3:01 PM, Viesturs Lācis wrote:
Hello!
I
2010/9/4 Alex Joni alex.j...@robcon.ro:
Some further data would be nice:
- start emc from a terminal, use some DEBUG (at least that you get the
mode change messages), pastebin a change (manual/mdi) when it happens,
one when it doesn't
- what GUI are you using?
Regards,
Alex
I am using
Gentemen,
I just noticed the html motion help only has motion.tooloffset.w -
motion.tooloffset.x - motion.tooloffset.z - the others are not there.
Not a big deal as there is not a lot of information about each of them.
thanks
Stuart
--
dos centavos
Gentlemen,
I am working on the tool change for the Enshu. The spindle and the axes
are working. I need to be able to inhibit the tool change sequence if the Z
axis is NOT in tool change position. I have been unable to understand how to
do this.
comments? suggestions? solutions?
thanks
Stuart
--
On Sat, Sep 04, 2010 at 05:00:17PM -0500, Stuart Stevenson wrote:
Gentlemen,
I am working on the tool change for the Enshu. The spindle and the axes
are working. I need to be able to inhibit the tool change sequence if the Z
axis is NOT in tool change position. I have been unable to
thanks - I will check this out
On Sat, Sep 4, 2010 at 5:14 PM, Chris Radek ch...@timeguy.com wrote:
On Sat, Sep 04, 2010 at 05:00:17PM -0500, Stuart Stevenson wrote:
Gentlemen,
I am working on the tool change for the Enshu. The spindle and the axes
are working. I need to be able to
Gentlemen,
here are some more pictures - to prove the Enshu is a complete machine :)
http://www.mpm1.com:8080/machines/enshu/pictures/Gallery/IMG_20100829_152131.jpg
http://www.mpm1.com:8080/machines/enshu/pictures/Gallery/IMG_20100829_152155.jpg
Chris Radek wrote:
For additional safety I also set up my ladder to require the Z home
switch to be activated in order for a tool change to run. This would
avoid a smashup if for some reason EMC forgot to move Z up. (This
has never happened...)
I was thinking to link it to a specific
Stuart Stevenson wrote:
Gentlemen,
here are some more pictures - to prove the Enshu is a complete machine :)
MMmmm, nice machine. But, darn, too tall for my basement!
Jon
--
This SF.net Dev2Dev email is
On Sat, Sep 4, 2010 at 8:29 PM, Jon Elson el...@pico-systems.com wrote:
Chris Radek wrote:
For additional safety I also set up my ladder to require the Z home
switch to be activated in order for a tool change to run. This would
avoid a smashup if for some reason EMC forgot to move Z up.
On Sat, Sep 04, 2010 at 09:27:42PM -0500, Stuart Stevenson wrote:
The spindle servo amp is a true servo drive. The speed control is +10
volts for max clockwise spindle speed and -10 volts for max counterclockwise
spindle speed. It has an encoder on the spindle motor with AB feedback to
the
On Sat, Sep 04, 2010 at 09:46:35PM -0500, Daniel Goller wrote:
We peck tap a lot, so I would love to see emc2 do that.
It's easy if your spindle encoder has index
G33.1 K.05 Z-.1
G33.1 K.05 Z-.2
G33.1 K.05 Z-.3
--
Chris Radek wrote:
On Sat, Sep 04, 2010 at 09:27:42PM -0500, Stuart Stevenson wrote:
The spindle servo amp is a true servo drive. The speed control is +10
volts for max clockwise spindle speed and -10 volts for max counterclockwise
spindle speed. It has an encoder on the spindle motor
How far does this reverse before going to new depth?
And not only space alloys need it, helps in duplex stainless too.
On Sep 4, 2010 9:59 PM, Chris Radek ch...@timeguy.com wrote:
On Sat, Sep 04, 2010 at 09:46:35PM -0500, Daniel Goller wrote:
We peck tap a lot, so I would love...
It's easy if
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