Star sr32j program example with 18i fanuc control

[randle22]

Does anyone have a proven program sample. I am using partmaker cad/cam and the post is no where near right. I don't have a working example program either.

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[swissdodger]

I use Partmaker and the posts I have for our Stars very good.
Here is a good working program for thee SR32j. Main side first Hope this helps it should.
%
O4009
(PROGRAMMED BY STAR_SR_32J PROCESSOR VERSION V38.0)
M09 (CANCEL C AXIS)
M26 (COOLANT OFF)
G0 G40 G80 G97 G99 M5
#528=0.08 (CUTOFF WIDTH)
#529=600 (CUT OFF RPM)
#530=0.71 (PART LENGTH)
#531=0.75 (STOCK OD)
#2601=-10.91
(SAFETY FOR CUTOFF TOOL NOT BEING IN FRONT OF STOCK)
IF[#5041 GT0] GOTO1000
M11
G0 Z0. T0
M10
G120 Z0.
M200
M26
M20
M1

N1 (FACE)
T200 (CCGT32.51 .015R )
G97 S483 M3
G18 G99 G0 X0.76 Z0. T02
/M25
G1 X0.72 Z0. F0.001
X-0.03
X-0.07
G0 G97 X5.6 T0
M1
M205

N2 (.312 DRILL)
G191 Z.1 (FRONT TOOL INTERFERENCE CHECK)
T1200 (SPOT DRILL_0.375 )
G97 S1000 M3
G18 G99 G0 X0. Z-0.05 T12
G1 Z0.15 F0.0015
G0 Z-0.05
G0 G97 X5.6 T0
M1
M210

N3 (.312 DRILL)
T1300 (DRILL_0.312 )
G97 S620 M3
G18 G99 G0 X0. Z-0.05 T13
G1 Z0.75 F0.0015
G0 Z-0.05
G0 G97 X5.6 T0
G190 (FRONT TOOL INTERFERENCE CHECK CANCEL)
M1
M215

N4 (BORE .380)
G191 Z.1 (FRONT TOOL INTERFERENCE CHECK)
T1100 (.004R MAIN BORE )
G97 S867 M3
G18 G99 G0 X0.456 Z0. T11
G50 S1000
G96 S100 M3
G1 X0.416 Z0. F0.0008
X0.4
G3 X0.3887 Z0.0023 R0.008
G1 X0.3847 Z0.0043
G3 X0.38 Z0.01 R0.008
G1 Z0.02
X0.3314
X0.3097 Z0.0308
X0.2814 Z0.045
G0 G97 X5.6 T0
G190 (FRONT TOOL INTERFERENCE CHECK CANCEL)
M1
M220

N5 (RGH O.D. FIN .687)
T200 (CCGT32.51 .015R )
G97 S561 M3
G18 G99 G0 X0.65 Z-0.005 T02
G50 S1000
G96 S100 M3
G1 Z0.015 F0.001
Z0.41
X0.7
Z0.03
X0.55
Z0.4103
G3 X0.573 Z0.415 R0.0165
G1 X0.7
Z0.03
X0.47
Z0.261
X0.5212 Z0.3054
G2 X0.54 Z0.3404 R0.07
G1 Z0.3985
G3 X0.573 Z0.415 R0.0165
G1 X0.7
Z0.03
X0.42
Z0.2177
X0.5212 Z0.3054
G2 X0.54 Z0.3404 R0.07
G1 Z0.3886
X0.687 Z0.4201
Z0.705
X0.7211
X0.7572 Z0.7437
X0.7741 Z0.7618
G0 G97 X5.6 T0
M1
M225

N6 (FINISH O.D.)
T400 (VBMT .015R RIGHTHAND )
G97 S1330 M3
G18 G99 G0 X0.314 Z0. T04
G50 S1200
G96 S120 M3
G1 X0.354 Z0. F0.001
X0.37
G2 X0.3912 Z0.0044 R0.015
G1 X0.3952 Z0.0064
G2 X0.404 Z0.017 R0.015
G1 Z0.0668
G3 X0.395 Z0.064 R0.005
X0.385 Z0.069 R0.005
G1 Z0.217
G3 X0.3863 Z0.2195 R0.005
G1 X0.4912 Z0.3104
G2 X0.51 Z0.3454 R0.07
G1 Z0.4035
G3 X0.543 Z0.42 R0.0165
G1 X0.6594
X0.687 Z0.4338
Z0.72
Z0.74
G0 G97 X5.6 T0
M1
M230

N7 (CUTOFF)
T100 (CUT-OFF .08 )
G99 G0 Z0.79 T0
M3 S500
M82 (SYNC - WAIT)
M235
M40 (Z1-Z2 FOLLOWING ON)
G97 S600 M3
G18 G99 G0 X0.788 Z0.79 T01
G1 X0.748 F0.001
X-0.002
X-0.042
/M26 (STANDARD COOLANT OFF)
M41 (Z1-Z2 FOLLOW OFF)
M83 (SYNC ROT OFF - WAIT)
G97 M3 S500
M1
M80
M81
M5
M99

N1000 (AUTO CUT-OFF)
M10 (MAIN COLLET CLAMP)
M25 (COOLANT ON)
G28 U0
T100
G0 X[#531+.100] M3 S#529
G99 G1 X-0.042 F0.001
G97 M5
M26
M99
%
%
O4010
(PROGRAMMED BY STAR_SR_32J PROCESSOR VERSION V38.0)
M09 (CANCEL C AXIS)
M26 (COOLANT OFF)
G0 G40 G80 G97 G99 M5
G28 W0 T0
G50 Z0
T2000
G130
M200
M26
M20
M75 (BLOCK SKIP VALID)
M1

N8 (FACE)
/T2100 (CCGT32.50.5 .008 RAD. )
/G18 G97 S400 M3
/G0 X-0.774 Z0. T1
/G1 X-0.734 F0.001
/X0.016
/X0.056
/G97
/G28 W0 T0
M1
M205
M210

N9 (DRILL)
/T2200 (DRILL_0.39 )
/G18 G97 S490 M3
/G0 X0. Z-0.05 T22
/G1 Z0.5 F0.0012
/G0 Z-0.05
/G97
/G28 W0 T0
M1
M215

N10 (RGH BORE)
/T2300 (SCIENTIFIC BORE (SUB) )
/G18 G97 S940 M3
/G0 X0.41 Z-0.018 T3
/G50 S1000
/G96 S100 M3
/G1 Z0.002 F0.0008
/Z0.4014
/X0.3343 Z0.467
/G3 X0.3195 Z0.4903 R0.057
/G1 X0.3191 Z0.5035
/X0.308
/Z0.004
/X0.43
/Z0.3841
/X0.3917 Z0.4173
/X0.378
/Z0.004
/X0.4889
/Z0.0253
/X0.438 Z0.0591
/Z0.0037
/X0.5348 Z-0.0051
/X0.432 Z0.0631
/X0.408
/Z0.002
/Z-0.018
/G97
/G28 W0 T0
M1
M220
N11 (FINISH BORE)
/G0 X0.565 Z-0.0152 T3
/G1 X0.541 Z0.0008 F0.0007
/X0.444 Z0.0651
/Z0.3772
/G2 X0.4392 Z0.3862 R0.018
/G1 X0.3343 Z0.477
/G3 X0.319 Z0.5055 R0.057
/G1 Z0.807
/Z0.827
/G97
/G28 W0 T0
M1

/T2900 (EJECT)
/M5
/G0 Z0. (RELEASE Z)
/M11
/G4 U1.0
/G0 Z0 T0
M1

M76 (BLOCK SKIP INVALID)
M225
M230
T2000
M4 S500
M82 (SYNC - WAIT)
M11 (OPEN SUB)
G131
G0 Z-0.6
M68 (TORQUE LIMITTER ON)
G98 G1 Z0.05 F50.0
M69 (TORQUE LIMITTER OFF)
G99
M10 (CLOSE SUB)
G130
M235
M40 (Z1-Z2 FOLLOWING ON)
M41 (Z1-Z2 FOLLOW OFF)
M68 (TORQUE LIMITTER ON)
G0 W-.1
M69 (TORQUE LIMITTER OFF)
M83 (SYNC ROT OFF - WAIT)
G28 W0 T0
M5
M99
%

[K-Bear]

Does anyone know if it is possible to control the sub-spindle from a program on Head 1? I run a warmup program in the morning that ramps up the spindle RPM, and I didn’t want to have 2 separate programs to warm up each side. It’s not a big deal but I always try to make my life easier.

Sr-32J Fanuc 18i-TB