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Der Endschalter in Z muss laut deiner Config am Pin 12 des Parport angeschlossen sein:

net home-z          <= parport.0.pin-12-in

aber das Signal "home-z" wird in deiner Konfiguration nicht weiter verarbeitet.

kann es sein, dass du in dieser Zeile manuell eingegriffen hast?

net all-home => joint.2.home-sw-in

Norbert

Schau mal hier:

DEFAULT_LINEAR_VELOCITY = 0.10
MAX_LINEAR_VELOCITY = 1.00

und deine Maschine ist in mm konfiguriert, auch wenn deine Achsen auf 15 stehen (900 mm / min), dann ist die maximal zulässige Geschwindigkeit in [TRAJ] ja auf 60 mm/min begrenzt.

Norbert

Hallo,

wenn alle Geschwindigkeiten für die Endschaltersuche auf Null stehen, dann wundert mich, dass die Maschine überhaupt anfängt einen Endschaltersuche in Z zu suchen.

Wenn dieser nicht auslöst, obwohl er mechanisch funktioniert, Dan ist dieser nicht richtig in der Hal Datei angebungden.

Eine zu langsame Geschwindigkeit deutet darauf hin, dass hier die Default Werte gezogen werden, da Einträge in der INI Datei fehlen.

Hast du schon einmal die Einträge deiner INI  mit den Angaben der Bedienungsanleitung verglichen?

Zusätzlich sollte man bei Fehlern:
- linuxcnc von der Konsole aus starten (einfach linuxcnc) eingeben
- Die Ausgaben im Terminal beobachten, da erscheinen Hinweise und Fehler sowie Angaben zur Konfiguration, auch fehlende INI Einträge werden geledet.
- Zur Fehlersuche ist es sinnvoll die eigenen INI und Hal Dateien zur Verfügung zu stellen.

Mit den derzeitigen Angaben ist es leider kaum möglich einen Lösungsansatz zu geben.

Norbert

I've got the exact same setup and had the exact same problem. If memory serves it needed to be enabled, I think I just connected a pin to 24+, a wire for 24+ and a gnd wire.

If you can't figure it out I'll open the panel and post a pic.

SRV-ON needs to be enabled.

I like to use 180lpi linear encoder, my question is, linuxcnc count all four transitions on phase A and B. Because if only one count is used, we have 25.4/180=0.14mm resolution, and have to adjust DEADBAND to 0.14 finally only 0.28. In the other hand with 4 transitions counted have 0.035 and adding DEADBAND 0.07. Is for woodworking cnc. Thank

PCW wrote:

What is the step time set for?
(no motion is often an issue with too small a step time)



Well for now its still set on the default 5000 but I did try increasing/decreasing it and still no luck.  Also when I enable and jog it using the drives Motion Studio software I notice theres an internal fan that turns on for cooling and the diplay on the drive also changes and the shaft on the motor becomes locked and cant turn it.  When I enable the servo from Pncconf it doesnt turn on or do anything at all?  I even tried enabling the servo from the Motion Studio software then try and send it step/dir signals from Pncconf and no luck.  Is there somthing that needs to be programed to tell the drive to enable first?  This CNC hardware stuff is so sophisticated and there like no documentation on it

If the Remora can do a plain counter mode with its encoder inputs
It should be possible to make that work (it would be helpful if the
encoder also had a velocity pin)

I am trying to use remora and a BTT octopus that is already mounted to cnc, could I use the THCAD2 and input the FOUT- and FOUT+ as the "plasma up" and "plasma down", or as an encoder with ChA and ChB ?
remora code I think would apply for encoder?
{
"Thread": "Base",
"Type": "Encoder",
"Comment": "Encoder",
"PV": 2,
"ChA Pin": "8",
"ChB Pin": "7"
},

or remora code for plasma up and down?
"Type": "Digital Pin",
"Comment": "Plasma Up",
"Pin": "PG_16",
"Mode": "Input",
"Data Bit": 7
},
{
"Thread": "Servo",
"Type": "Digital Pin",
"Comment": "Plasma Down",
"Pin": "PB_7",
"Mode": "Input",
"Data Bit": 8
},

What is the step time set for?
(no motion is often an issue with too small a step time)

Buenas tardes. Busco micros de límite para hardinge chnc ll 3 piezas que no encuentro, son importantes las dimensiones y los orificios, ya que son guía para su instalación. gracias

After speaking to Delta, the Gantry functionality only works with their motion controllers.

Hi, is anyone familiar with the StepperOnline T6 servo drives?  I had got one a few weeks ago as they are sold as a complete kit including motor and cables and are supposedly a ready to run kit.  Well, I got mine and connected the step/dir wires to a mesa 7i96s then in the Pncconf wizard I go to test the axis and there’s no movement.  When I connect to it using the diagnostics cable and Motion Studio configuration software it starts rite up and I’m able to jog it.  Does anyone know if there’s some kind of special parameters settings needed on the drive to make it work?
 I see in the manual it says something about how “frequency for both input mode signal is 500kHz(Differential), 300kHz(Single-ended).”  Is Pncconf using the correct frequency or is that something I should be looking at?  Thanks Or how can I set this up as a spindle using step/dir?  Thanks

Can you post any error messages?

I didnt know it when I got it but the Fanuc O-Mate control does have rs232 but does NOT have drip feed. Which means it can only ever machine a program smaller than 32kb. Not interested. Also I looked into upgrading the fanuc or something and it wasnt long before I was also not interested. Thank god for Linux CNC because I can now upgrade the heck out of this thing rather than sink time and money into 1990s fanuc. 

So the plan so far is to piggy back off Marco Reps Leadshine ethercat video and replace the motors and drives. I started to go down other cheaper routes but I decided to splurge on ethercat for future lights out and automation ideas. 
EL8 Drives: www.leadshine.com/product-detail/EL8-EC750F.html
750w Motors: www.leadshine.com/product-detail/ELM1H-0750MA80F.html

I have been researching what vfd to use in order to truely get rid of all the fanuc (besides the spindle motor) and have just purchased a version 3 WJ200-037LF from ebay for $240. Crazy cheap.