Advanced Search

Date of birth has been added to the Linux user account record but its up to the administrator to add the data.... which is ok cos the admin is a parent in terms  of this law... 

It may work with the N150. Apparently it has a new graphics driver which means you no longer need to use the i915 driver which is a good thing.
Another option might be the Odroid H4

If it is i915, there are some settings that you can disable. I covered them here:


in the description shortcut to 7:03

Good luck

Thanks for your replyes. Yes, you right, i have to add this strings to xml config and every loading linuxcnc write electronic gear values to delta servo drive :

<slave idx="3" type="generic" vid="0x000001dd" pid="0x00006010" configPdos="true"> <!-- Axis Z -->
<sdoConfig idx="6093" subIdx="1">
<sdoDataRaw data="00 00 00 01"/> <!-- 01000000h= 16777216 P1.44-->
</sdoConfig>
<sdoConfig idx="6093" subIdx="2">
<sdoDataRaw data="d6 06"/>
</sdoConfig>
<dcConf assignActivate="300" sync0Cycle="*1" sync0Shift="0"/>

So long ago to remember but if you want to use gcode and gui buttons to do the same thing, I seem to remember you need to manage it in the python screen handler. Sorry I no longer have an example.

I have worked configuration for this, if it is actually question.
I connected aux encoder 1u resoluution to aux to drive. Connected it to hal by xml config, named linear-pos.
And change actual position to linear-pos. And its works.
About points to 1 rotation - i connected to drive, and calculate gear ratio, on my case it was 1.4 - you put electronic gear 1:1 and move 1 rotation of motor, and look at measurement "clocks" what is movement on mm. And calculate. Also coefficient in my case for linear aux was 7000 . There are manual from delta for calculation.
Also important point that i put in xml file in linuxcnc (lcec some.xml) electronic gear values, and every load of linuxcnc it download by ethercat .

Hi all. I've been playing with a design for a board that will allow me to read arc voltage with a Raspberry Pi. I think I've got something that will plausibly work. I'd appreciate a review of the attached schematic because circuit design is not my core competency.

Here's a quick tour:
1. Inputs are expected to be connected to the arc volt port of a blowback-start plasma power supply. 
2. Input voltage is limited to 250V by a TVS diode
3. Voltage is divided 50:1
4. RCRC filter limits frequency to 14Hz
5. Raspberry Pi reads divided voltage via ADC

Thanks!
 

FreeCAD 1.1 stable has been released. Get it now 

I have a Lorch plama cutter that ignites with hf....

By me was it the monitor cable ...


MfG
Juergen

JT, hi. Its me again for today)

I have Cnc machine with axis - xyz and C. (C because it is rotated around Z axis).
when im powerup the machine and starting jogging it, i have to use axis C as axis for jog number 3 - jog_plus_pb_3. But after homing  that axis became axis number 5. And after homing i have to use jog_plus_pb_5.

It is strange, and i found only that i could block jogging button for C axis until homing is conpleted. Is there any more flex solutolions for this issue?)

Thanks in advance!
TS

Hi, JT!

i didnt understand how to add functionallity, to doplicate fleglxgui buttons like a PowerPB and Reset (included functions, and there are not in Hal components) to the external hard electrical contacf buttons (ext btn already in hal, but where the pin signals to connect it)?

Thanks in advace!
TS

meister wrote:

bladekel wrote:

I tried it as you said but nothing changed.
Again receving "USRMOT: ERROR: command timeout" errors and couldnt control the LEDs.

 

    "rpi5": "true",
->
    "rpi5": true,


 

Thats the trick, thank you.
Its working now... 
 

Seems to all be working correctly open to any additional inputs

loadusr -W lcec_conf ethercat-conf.xml
loadrt lcec

loadrt ddt names=spindle-v
loadrt mult2 names=rpm-calc
loadrt near names=spindle-at-speed
loadrt lowpass names=spindle-filter

addf rpm-calc servo-thread
addf spindle-at-speed servo-thread
addf spindle-v servo-thread
addf spindle-filter servo-thread

addf lcec.read-all servo-thread
addf lcec.write-all servo-thread

setp lcec.0.El5101.enc-pos-scale 2000

net spindle-pos-fb lcec.0.El5101.enc-pos => spindle-v.in => spindle.0.revs

setp rpm-calc.in1 60
net spindle-rps spindle-v.out => rpm-calc.in0
setp spindle-filter.gain 0.1

net spindle-rpm-raw rpm-calc.out => spindle-filter.in
net spindle-rpm-fb spindle-filter.out => spindle.0.speed-in

setp spindle-at-speed.scale 1.1
setp spindle-at-speed.difference 10

net spindle-vel-cmd spindle.0.speed-out => spindle-at-speed.in1
net spindle-rpm-fb => spindle-at-speed.in2

net spindle-at-speed-sig spindle-at-speed.out => spindle.0.at-speed

net spindle-index-enable lcec.0.El5101.enc-index-c-enable => spindle.0.index-enable

net spindle-rpm-fb => pyvcp.spindle-speed

I will try to replicate, thank you!