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I’m using the QTDragon_HD UI and Probe Basic with a 3D probe.  Hopefully this may lead you to the Ah ha moment.  All values are in inches.These are the settings I have in my .ini, .hal, and qtdragon_hd.pref files..ini file

[PROBE]
# pick basic probe or versa probe or remove for none
#USE_PROBE = versaprobe
USE_PROBE = basicprobe.hal file

#3D Probe debounce & Tool-Setter-Debounce
setp debounce.2.delay 100 #this sets the delay 100 iterations of the servo-thread
addf debounce.2 servo-thread
 
#3d Probe
net deb-probe-in debounce.2.0.in <= hm2_7i76e.0.7i76.0.0.input-11-not
net probe-in debounce.2.0.out
net probe-in  => or2.probe_in.in1
 qtdragon_hd.pref

[PROBE OPTIONS]
Probe tool = 99
Probe diameter = .138
Probe rapid = 60
Probe feed = 10
Probe search = 30
Probe max travel = .3
Probe max z = .2
Probe extra depth = .1
Probe step off = .2
Probe xy clearance = .25
Probe z clearance = .25
Probe edge width = .2
Calibration offset = 0
Cal x width = 0
Cal y width = 0
Cal diameter = 0

John

Note that the 7I76EU does require an up-to-date LinuxCNC version, at least 2.9.3

 

The image below is where I'm getting the idea to use Stepgen to convert my fanuc encoder data to AB quadrature for outputting to the drives, but I could use some insight as to whether or not it will function or if I'm missing some important details.. Does anyone know?  



Within the HAL, is there a possibility of connecting the fanuc encoder data position output to the 'position in' port of Stepgen as it runs in quadrature output mode, to then output the quadrature pulses to my AB Ultra3000 drives to provide the position feedback to them? Or is there some major flaw in this concept.. 

Thanks

 

Hallo, Mesa bietet das 7i76eu als Ersatz für das normale an.
store.mesanet.com/index.php?route=produc...83_85&product_id=399

Kann ich es genauso verwenden wie das normale 7i76?

vielen Dank im Voraus