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For anybody with the same problem.
It seems that the Site for the Key is down.
I at least get a 404 when opening the site.

Got it working with
apt-get update --allow-insecure-repositories

I suspect the answer to the Subject's question is "no", since I've found no reference anywhere (except on a very old sourceforge thread) to "MDI_COMMAND0", "MDI_COMMAND1", etc.

But is there any reason the HALUI section, and the code that reads it, couldn't be enhanced to allow that?  It would be nice not to have to worry about ordering.  It would also make the .ini file more "standards compliant" -- it's highly unusual to have multiple values with the same key in an ini file.  The crudini command, for example, will toss all but the last such entry.   

I can only do ``Jog``, nothing happens in MDI select, there are letter markings but I don't have instructions for programming certain steps, the machine has no home, only limit switches and measuring scales ttl, that's why I was interested if anyone knew what type of driver it is due to the possible retention of the existing motors if I do a retrofit.

Did you ever get the spindle working? I see it’s been a few years. I sort of gave up on mine, I probably spent a few weeks with a Moeller VFD and it’s 375 page manual and got no were. be very interested in hearing of a working Yaskawa spindle motor with modern vfd.

Got a pic from the ebay guy about the steppers:
D42HSC1413B-24
A quick search didn't bring up something useful, other than me guessing it is a cheap china copy of a nema stepper.

Update: I'm making progress toward my goal. Here's a new screenshot of the burst transfer rate. I've moved away from Arduino IDE and switched to using the Pico-SDK and VS Code for coding. Added serial terminal to the code to set the IP address later without coding, the Pico now uses DMA and Burst SPI data transfer instead of byte-by-byte transfer. I don’t think I can push the transfer rate any further. Unfortunately, neither the PCB nor the components have arrived yet, so I can’t proceed with the I/O. In the meantime, I’ve started experimenting with the step generator.
 

Working with a Pi 5 and the LinuxCNC 2.9.4 image

Hey.
I've been trying to get a 7i95T to work but cant seem to get a working config.
After reading on the forums, that the Mesact helps out a lot i wanted to give it a try but it seems, that i'm doing something wrong installing it.
I'm guessing that i am missing the public key

This is the error it gives me:
Thank you for your help.

Did a bit of testing with the PC i have lying around (mostly Thinkpads). The old Panasonic thoughbook seems to have died.
My TP x220 (nearly all peripheral deactivated in the BIOS) does the latency test with just not exceeding 35000.
What I still not understand is the complete chain of devices from PC to the machine. As I understand it:
The budget way: 3 TB6600 connected directly over parallel port to the PC (limits the router to what the PC can process (limiting point is the latency)
The more expensive , but higher performance way:
a mesa ethernet card (FPGA doing most of the latency related stuff) connected to (more expensive and powerfull) stepper drivers.

What I seem to miss is the point of the daughter/ I/O boards (like 7i78, 7i76). Are those additional boards to have more options like (spindel speed/ on/off, peripherals like dust collector, air assist etc) or to those have the stepper drivers included).
Please let me know, if those info is somewhere in docs and I managed to miss that.

Yesterday I changed it to a NVIDIA Quadro NVS 450 I had on hand ... and now it's seems to be fine : I loaded all my files again and again with no problem.

I don't remeber what was the old CG but I will have a look next time I'll go my wookshop.

This was it!
Thank you very much

There is a specifically Maho forum here, which is all about keeping them original.

www.maho24.at/
 

Yeah. I switched it to the 24V in the end
TY

Thanks for posting your solution. 

Could you share your EtherCAT configuration for this control panel? 

 

Hallo LinuxCNC Nutzer,
Ich habe eine Weeke BP15 auf LinuxCNC Umgebau mit LonnoxCUT als CAM.
Läuft echt geil!
Ich habe nur bei der Ausgabe der .ngc Datei ettliche Zeilen die ich überspringen möchte.
Ich habe mehrer Spindeln, die über M6 und M61 angesprochen werden.
Die Hauptspindel wird über M6 geladen und die Platte wird formatiert, dann das nächste werkzeug über M61 geladen.
Natürlich fällt das bei M6 geladen Werkzeug aus dem Speiche bei Linuxcnc raus.
Bei dem nächsten Bauteil ist jedoch der Fräser bei der Hauptspindel noch eingespannt, das weis aber Linuxcnc nicht mehr.
Und macht einen Werkzeugwechsel, wobei es ja noch drin ist.

Ist es möglich über einen externen Taster (mdi-Befehl) zu einer fixen Zeile im Programm zu springen.
Es ist immer die gleiche Zeile, sprung nach der Zeile "M6 T65 (Dia Fuegekopf Wendeplatten)"


%

(Datei: 1_5_RW_1.cut)
(Rohteil: X0.0 Y0.0 a601.0 b518.0 Stärke19.0)
(Name: RW)
(Material: U222 19mm)
(Länge: 597)
(Breite: 514)
(Stärke: 19)
(Kante vorne: Egger U222 23/1)
(Kante hinten: Egger U222 23/1)
(Kante rechts: Egger U222 23/1)
(Kante links: Egger U222 23/1)
(Datei: 1_5_RW_1.cut)
(Werkzeugwechsel 001)
(Werkzeug: 65 : 65)
(Kontur-Gruppe 001)
G90                      (Absolute Koordinaten benutzen)
G21                      (Maße in mm)
G17                      (XY Ebene)
G94                      (Geschwindigkeitsangaben in mm/min)
G40                      (Radius Kompensation zurücksetzen)
G64 P0.1                 (Kurventoleranzen in mm)

(Werkzeug aktivieren)
G53 G0 Z240.000
M6 T65 (Dia Fuegekopf Wendeplatten)
G43 H65
M4 S12000

(.P000 X300.5 Y2.0)
(.P001 X599.0 Y2.0)
(.P002 X599.0 Y516.0)
(.P003 X2.0 Y516.0)
(.P004 X2.0 Y2.0)
(.P005 X300.5 Y2.0)
G0 Z39.000
G0 X300.500 Y-53.000
G1 Z-2.000 F2000
G1 X300.500 Y-48.000 F500
G4 P0.25
F4000
G1 X300.500 Y-48.000
G1 X649.000 Y-48.000
G1 X649.000 Y566.000
G1 X-48.000 Y566.000
G1 X-48.000 Y-48.000
G1 X300.500 Y-48.000
G0 Z39.0
(Werkzeug deaktivieren)
G53 G0 Z240.000
M5
G4 P2.0
(Kontur-Ende)
M2