Thanks Chris
On 2014-06-13 07:05, Chris Morley wrote:
select an axis button on screen (such as x)
pressing zero origin will set the active user system to 0
calls G10 L20 P0 [axis] 0
set origin uses the same idea other then it lets you
enter a value.
G10 L20 P0 [axis value]
Chris M
On Thu, 12 Jun 2014 07:15:56 -0500, you wrote:
This is a velocity plot with the old TP
http://electronicsam.com/images/KandT/testing/Screenshot%20from%202014-06-12%2006:56:26.png
New TP
http://electronicsam.com/images/KandT/testing/Screenshot%20from%202014-06-12%2006:54:17.png
It gets up to the
i remember there was motion board manufacturer MONTEC and i remember it
was for 5 axis per board
are they still in business?
is was similar to mesa 5i20
i remember on emc2 2,2.5 was option for montec
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This one?
http://www.vitalsystem.com/web/motion/motion_controllers.php
On Fri, Jun 13, 2014 at 10:38 AM, a k pccncmach...@gmail.com wrote:
i remember there was motion board manufacturer MONTEC and i remember it
was for 5 axis per board
are they still in business?
is was similar to mesa
2014-06-13 10:38 GMT+03:00 a k pccncmach...@gmail.com:
i remember there was motion board manufacturer MONTEC and i remember it
was for 5 axis per board
are they still in business?
is was similar to mesa 5i20
i remember on emc2 2,2.5 was option for montec
Must be motenc boards
On 12 June 2014 01:34, Todd Zuercher
zuerc...@embarqmail.com wrote:
I was considering just putting a ball screw on just one side of the gantry
and leaving the racks and pinions alone (still connected). I know it kind of
still leaves the far side to flop around
In that
On 2014-06-13 12:04, andy pugh wrote:
On 12 June 2014 01:34, Todd Zuercher
zuerc...@embarqmail.com wrote:
I was considering just putting a ball screw on just one side of the
gantry and leaving the racks and pinions alone (still connected). I
know it kind of still
On 13 June 2014 11:25, Bas de Bruijn bdebru...@luminize.nl wrote:
It would help, but the axis between the gears would have to be very
rigid,
Well, as it was originally designed for the task, you would hope it
was rigid enough.
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atp
If you can't fix it, you don't own it.
It's a Fagor 8055i Control that was installed back in 2007 from what I can
see. I have looked thru the manuals and they don't have a ladder printout,
like they normally would/should.
I believe its called Boolean??? I can somewhat figure out what is going on,
honestly it looks similar, and I may
On 13 Jun 2014, at 12:50, andy pugh bodge...@gmail.com wrote:
On 13 June 2014 11:25, Bas de Bruijn bdebru...@luminize.nl wrote:
It would help, but the axis between the gears would have to be very
rigid,
Well, as it was originally designed for the task, you would hope it
was rigid
Rick,
Have you looked at the ladder I use on my Hardinge CHNC?
http://gnipsel.com/shop/hardinge/hardinge.xhtml
JT
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Find What Matters Most in
Except for the sum of the backlash of each pinion, plus any twist of the
connection between them.
- Original Message -
From: andy pugh bodge...@gmail.com
To: Enhanced Machine Controller (EMC) emc-users@lists.sourceforge.net
Sent: Friday, June 13, 2014 6:04:37 AM
Subject: Re: [Emc-users]
I don't know how fast you are moving this machine, but years ago I
retrofit a large water jet that had two motors on the Y axis.The
gantry weighs probably 1000 lbs since it carries 4 jet heads and the Z
axis is manual but built into the gantry. The entire machine is
massive. The
Thanks for bringing this up. I forgot to consider the critical speed of the
screws! I will need to increase the lead I was initially planning to use on
the X and Y. The X only has a travel of 33 I was initially thinking of using
a 20mm x 5mm pitch screw. With max velocity of 400-600IPM,
I'll need to use a 25mm x 25mm pitch there
That will need to be a multistart screw I think to get that kind of pitch.
Try a 10mm screw pitch. I think that those are quite common.
There is some free servo sizing software that is very useful for this kind of
thing.
http://visualsizer.com/
But
Maybe I'm not visualizing the setup of this machine but it seems like it might
be easier to use two motors utilizing the existing racks. Of course that would
probably require planetary gear boxes on the servos with a 2 inch pinion.
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