(Hardware Cycle)
CYCLE/MILL-86,z,f,IPM-IPR,c[,CAM,n]
The first .INC and CL point and all the subsequent RAPID .INC and CL points will be output as follows:
Rapid to clearance c.
Advance at feedrate f to depth z.
The subsequent non-RAPID .INC and CL points will be output as follows:
Adjust the .INC and CL z value by the depth parameter z.
Output xyz with proper interpolation mode with the milling feedrate from the last FEDRAT/f statement.
Example:
Input:
CYCLE/MILL,1.0,10,IPM,.2
GOTO/0,0
FEDRAT/15,IPM
GOTO/1,1
CYCLE/OFF
Machine Data File Output:
N4G86X.0Y.0R.2Z-.1F10.$
N5G01X1.Y1.F15.$
N7G80$
N8G00Z3.$
(Software Cycle)
CYCLE/MILL,z,f,IPM-IPR,c
The first .INC and CL point and all subsequent RAPID .INC and CL points are output as follows:
Rapid to clearance c.
Advance at feedrate f to depth z.
The subsequent non RAPID .INC and CL points are output as follows:
Adjust the .INC and CL z value by the depth parameter z.
Output xyz with proper interpolation mode with the milling feedrate from the last FEDRAT/f statement.
Example:
Input:
CYCLE/MILL,1.0,10,IPM,.2
GOTO/0,0
FEDRAT/15,IPM
GOTO/1,1
GOTO/2,3
CYCLE/OFF
RETRCT
Machine Data File Output:
N0004G00X0Y0F0$
N0005Z0002F0$
N0006G01Z-001F01$
N0007X001Y001F015$
N0008X002Y003$
N0009G00Z03F0$
SPSTCMND.chm