Biesse Rover A 1836 G FT Post Processor
Hi,
I have a "semi" working PP for the Biesse using Vertic Cut2d Pro. I had to edit the PP a bit to get it working and I can now make some cuts.
I still need to change the code for the dust shoe, currently it stays up, does anyone know which variable controls the shoe.
My Y-axis is also mirrored, I have tried to change the Y variable with a -1 in the post and this works for straight lines but not for arcs. Does any one know of a better way to mirror the Y in the post or what do I have to do to the code on the arcs to get them to line-up with the Y-1 fix.
Will appreciate any help.
Thanks.
Re: Biesse Rover A 1836 G FT Post Processor
Hi,
Nobody ... ?
Does anyone maybe have the g-code and variable list for Biesse Rover CIX controller ? I have tried to change some of the variables to see if it will put the shoe down, but no luck. I got some information on the Vectric forum about a PCUF variable, but no matter where I add it to the code it makes no difference.
Thanks.
Thanks.
Re: Biesse Rover A 1836 G FT Post Processor
Hi,
Ok, got the arcs sorted... When you change the Y coordinates in the variable section to -1 it works for straight lines. If you want the arcs to work to you have to invert the Clockwise and Counter Clockwise arcs too. If your Y is -1 you must use the G5 command with the CW and the G4 command with the CCW. You will also have to change the R value to -1. Normally CW is positive R but now you have to make it -R same with CCW the R now becomes positive.
Like this:
+---------------------------------------------------
+ Commands output for first clockwise Arc
+---------------------------------------------------
begin FIRST_CW_ARC_MOVE
"[N] G5 R-[Radius] [X] [Y] [F]"
+---------------------------------------------------
+ Commands output for clockwise arc move
+---------------------------------------------------
begin CW_ARC_MOVE
"[N] G5 R-[Radius] [X] [Y]"
+---------------------------------------------------
+ Commands output for first counterclockwise Arc
+---------------------------------------------------
begin FIRST_CCW_ARC_MOVE
"[N] G4 R[Radius] [X] [Y] [F]"
+---------------------------------------------------
+ Commands output for counterclockwise arc move
+---------------------------------------------------
begin CCW_ARC_MOVE
"[N] G4 R[Radius] [X] [Y]"