hi
last time i did wired motor drive was in 2004, i forgot things.
i need look not from drive side -pin but from 7i33 side.
7i33 pin                                                     amp P3
(connector)
2         ENCA0                                     1
3        / ENCA0                                   2
4        GND                                            7;1;18;
5         ENCB0                                     3
6        /ENCB0                                     4
8          IDX0                                        5
9         /IDX0                                       6
11        AOUT0                                     23
13      ENA0                                        17
///////////////////////////////////////////////////////////////////////
if new drive has same pin then it can be used.
i took this print from documentation, part where talk about useful hardware.
i am right? it was 15 years ago,
there was part where hardware like servo motor, drive , boards etc had
table with corresponding pins.
question: does that part of documentation still exist and does new hardware
were added ..... ?
it can be very helpful .
probably new mfg of new hardware need to add /manage that part.

thank you
aram













On Sat, Mar 9, 2019 at 4:24 PM Jon Elson <[email protected]> wrote:

> On 03/09/2019 12:05 PM, a k wrote:
> > hi
> > i am interesting in LCNC logic - how it work
> > for situation when LCNC command to axis to move 4" ,
> > and in case if axis moved only 3" ,for any reason like
> > 1- axis hit obstacle;
> > 2- power wire broke;
> >
> > question-- how LCNC knows that need E-STOP?
> If your servo amplifiers trip on overcurrent, they will
> signal an E-stop on the E-stop loop circuit.
>
> If not, then the motion component is constantly watching
> following error, and if the error exceeds the limits you
> have set in the .ini file for each axis (MIN_FERROR is a
> constant limit, and FERROR is a velocity-proportional
> increase in the limit) then LinuxCNC goes to the Machine-OFF
> state (same as pressing F2).  So, that is not exactly the
> same as an E-stop condition.
>
> This will also stop all axes and give an error message such
> as "following error on Axis 2".
>
> Jon
>
>
> _______________________________________________
> Emc-users mailing list
> [email protected]
> https://lists.sourceforge.net/lists/listinfo/emc-users
>

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