Fagor CNC 8070, Programming Manual

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Programming manual
412
CNC 8070
14.
CNC VARI
ABLES
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(V.)[n].MPG.CIRINFACT Percentage of error over the radius .......................................................... Page 366
(V.)[n].MPG.GROUPID Group the channel belongs to .................................................................. Page 366
(V.)[n].MPG.HIDDENCH Hidden channel ........................................................................................ Page 366
(V.)[n].MPG.ICORNER Default corner type .................................................................................. Page 366
(V.)[n].MPG.IFEED Default feedrate type ............................................................................... Page 366
(V.)[n].MPG.IMOVE Default movement type............................................................................ Page 366
(V.)[n].MPG.IPLANE Default work plane ................................................................................... Page 366
(V.)[n].MPG.IRCOMP Radius compensation mode by default .................................................... Page 366
(V.)[n].MPG.ISYSTEM Default programming type ....................................................................... Page 366
(V.)[n].MPG.KINID Default kinematics number ...................................................................... Page 366
(V.)[n].MPG.MAXOVR Maximum axis override (%) ...................................................................... Page 366
(V.)[n].MPG.MAXROUND Maximum rounding error in G5................................................................. Page 366
(V.)[n].MPG.OEMSUB(1..10) Subroutines associated with G180 through G189 .................................... Page 367
(V.)[n].MPG.PRB1MAX Maximum probe coordinate along the abscissa axis................................ Page 367
(V.)[n].MPG.PRB1MIN Minimum probe coordinate along the abscissa axis................................. Page 367
(V.)[n].MPG.PRB2MAX Maximum probe coordinate along the ordinate axis................................. Page 367
(V.)[n].MPG.PRB2MIN Minimum probe coordinate along the ordinate axis.................................. Page 367
(V.)[n].MPG.PRB3MAX Maximum probe coordinate along the axis perpendicular to the plane .... Page 367
(V.)[n].MPG.PRB3MIN Minimum probe coordinate along the axis perpendicular to the plane ..... Page 367
(V.)[n].MPG.PREPFREQ Number of blocks to prepare per cycle ..................................................... Page 366
(V.)[n].MPG.RAPIDOVR Override affecting G00 ............................................................................. Page 366
(V.)[n].MPG.REFPSUB Subroutine associated with G74............................................................... Page 367
(V.)[n].MPG.ROUNDFEED Percentage of feedrate in G5.................................................................... Page 366
(V.)[n].MPG.ROUNDTYPE Rounding type in G5 (by default) .............................................................. Page 366
(V.)[n].MPG.SLOPETYPE Default acceleration type ......................................................................... Page 366
(V.)[n].MPG.SUBPATH Program subroutine path .......................................................................... Page 367
(V.)[n].MPG.TOOLSUB Subroutine associated with "T" ................................................................. Page 367
(V.)[n].PLC.CSS.Sn CSS by PLC ............................................................................................. Page 390
(V.)[n].PLC.F Feedrate by PLC in G94 ........................................................................... Page 389
(V.)[n].PLC.FPR Feedrate by PLC in G95 ........................................................................... Page 389
(V.)[n].PLC.FRO % F by PLC .............................................................................................. Page 389
(V.)[n].PLC.S.Sn S by PLC in rpm ....................................................................................... Page 390
(V.)[n].PLC.SL.Sn S limit via PLC in Constant Surface Speed mode .................................... Page 390
(V.)[n].PLC.SPOS.Sn Speed in M19 set by PLC ......................................................................... Page 390
(V.)[n].PLC.SSO.Sn % S by PLC .............................................................................................. Page 390
(V.)[n].TM.ACTUALMZ Tool Magazine being used by each channel............................................. Page 381
(V.)[n].TM.MZMODE Operating mode of the tool manager........................................................ Page 382
(V.)[n].TM.MZRUN Tool manager running............................................................................... Page 382
(V.)[n].TM.MZSTATUS Status of the tool manager ....................................................................... Page 382
(V.)[n].TM.MZWAIT Tool manager executing a maneuver........................................................ Page 382
(V.)[n].TM.NXTOD Number of the next tool offset .................................................................. Page 381
(V.)[n].TM.NXTOOL Number of the next tool ............................................................................ Page 381
(V.)[n].TM.REMLIFE Remaining life of the active tool................................................................ Page 381
(V.)[n].TM.TLFF Family of the active tool ............................................................................ Page 381
(V.)[n].TM.TLFN[i] Maximum life of the [i] offset of the active tool.......................................... Page 381
(V.)[n].TM.TLFR[i] Real life of the [i] offset of the active tool .................................................. Page 381
(V.)[n].TM.TOAN[i] Penetration angle of the [i] offset of the active tool ................................... Page 382
(V.)[n].TM.TOCUTL[i] Cutting length of the [i] offset of the active tool......................................... Page 382
(V.)[n].TM.TOD Number of the active tool offset................................................................ Page 381
(V.)[n].TM.TOFL[i].Xn Xn axis deviation of the [i] offset of the active tool.................................... Page 382
(V.)[n].TM.TOFL1 Offset of the tool in the first axis of the channel ....................................... Page 382
(V.)[n].TM.TOFL2 Offset of the tool in the second axis of the channel.................................. Page 382
(V.)[n].TM.TOFL3 Offset of the tool in the third axis of the channel ...................................... Page 382
(V.)[n].TM.TOFLW[i].Xn Xn axis deviation of the [i] offset of the active tool.................................... Page 382
(V.)[n].TM.TOFLW1 Wear offset of the tool in the first axis of the channel ............................... Page 382
(V.)[n].TM.TOFLW2 Wear offset of the tool in the second axis of the channel ......................... Page 382
(V.)[n].TM.TOFLW3 Wear offset of the tool in the third axis of the channel.............................. Page 382
(V.)[n].TM.TOI[i] R wear of the [i] offset of the active tool ................................................... Page 382
(V.)[n].TM.TOK[i] L wear of the [i] offset of the active tool .................................................... Page 382
(V.)[n].TM.TOL[i] Length offset [i] of the active tool .............................................................. Page 382
(V.)[n].TM.TOMON[i] Monitoring type of the [i] offset of the active tool ...................................... Page 381
(V.)[n].TM.TOOL Number of the active tool.......................................................................... Page 381
(V.)[n].TM.TOR[i] Radius of the tool offset [i] of the active tool............................................ Page 382
(V.)[n].TM.TOTIPR[i] Tool tip radius of the [i] offset of the active tool......................................... Page 382
(V.)[n].TM.TOTP1 Additional parameter 1 of the active tool .................................................. Page 382
(V.)[n].TM.TOTP2 Additional parameter 2 of the active tool .................................................. Page 382
(V.)[n].TM.TOTP3 Additional parameter 3 of the active tool .................................................. Page 382
(V.)[n].TM.TOTP4 Additional parameter 4 of the active tool .................................................. Page 382
(V.)[n].TM.TOWTIPR[i] Tool tip radius wear of the [i] offset of the active tool ................................ Page 382
(V.)[n].TM.TSTATUS Status of the active tool ............................................................................ Page 381
(V.)C.(A-Z) Value of the canned cycle calling parameter ............................................ Page 391
(V.)C.CALLP_(A-Z) Parameter programmed in the call to a canned cycle .............................. Page 391
(V.)C.P_(A-Z) Value of the positioning cycle calling parameter....................................... Page 391
(V.)C.P_CALLP_(A-Z) Parameter programmed in a call to a subroutine G18x, #PCALL or #MCALLPage
391