N10 G71 LX=1980 LY=810 LZ=39 HC1 Z=PRK
N15 STL=110 SPA=_I(LPY-(STL*2))/100*0.6 TG=(LPY-(STL*2))/SPA
N20 AA=0 BB=STL LPX=CC LPY=DD
N30 X-5 Y=STL Z=PRK PRF2.2 F20 G40 TP1 L=PON
N40 JM!(AA=0):1
N50 G1 X=CC+5
N55 AA+1
N60 JM:2
:1
N70 G1 Z-5
N74 AA-1
N80 JM!(BB<(DD-STL):2
N85 BB+TG
N90 YI=TG
N100 JM:1
:2
N110 L=POFF
N120 X=PRK Y=PRK
N130 L=G200
N140 RP=2
%
Does this work?
I would need the memory stick. Do you have a demo to persuade the boss?
My machine was limited to 14.5m/min by the Z axis. But I got around this by Putting Max interpol speed as 30m/min in all 3 axis but limited the Max speed to 10m/min in the Z axis. I have timed the difference and a door that usese to take 1min 50 secs(10m/min) now take 1mins 3 secs(20m/min). I am going to put a floating saw on my my machine and hope to do these simply doors at 40m/min and no sanding in the V groove.
Although I have vectric with all it whistles and bells on my home set up I am enjoying learning the g code.
I had 2 spindle problems the first was the bearings died in TP1(I run this at 24,000 all the time floating V groove head.Custom made). Swapped TP2 to TP1 position so I had the float option. Everything ran fine. Left the engineer and electrician to move TP2 back when TP1 was fixed and the broke the collet sensor in TP2. So that now been sent for servicing. The error code was xx59.