Fagor CNC 8070, Programming Manual, Page: 437 / 556

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Programming manual
CNC 8070
CNC VARI
ABLES
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14.20 Alphabetical listing of variables
(V.)[n].A.ACCEL.Xn Real instantaneous acceleration value ..................................................... Page 399
(V.)[n].A.ACFGAIN.Xn Active percentage of AC-forward .............................................................. Page 395
(V.)[n].A.ACTCH.Xn Current channel of the axis or of the spindle ............................................ Page 397
(V.)[n].A.ACTIVSET.Xn Active axis or spindle set .......................................................................... Page 397
(V.)[n].A.ADDMANOF.Xn Distance moved with G201...................................................................... Page 393
(V.)[n].A.APOS.Xn Part coordinates. Real of the tool base .................................................... Page 387
(V.)[n].A.ASINUS.Xn Fraction of the A signal ............................................................................. Page 398
(V.)[n].A.ATIPMEAS.Xn Measured value. Tool tip coordinates ....................................................... Page 393
(V.)[n].A.ATIPPOS.Xn Part coordinates. Real of the tool tip ........................................................ Page 387
(V.)[n].A.ATIPTPOS.Xn Part coordinates. Theoretical of the tool tip .............................................. Page 387
(V.)[n].A.ATPOS.Xn Part coordinates. Theoretical of the tool base .......................................... Page 387
(V.)[n].A.BSINUS.Xn Fraction of the B signal ............................................................................. Page 398
(V.)[n].A.CNCMMODE.Xn At the switch for the Xn axis ..................................................................... Page 385
(V.)[n].A.CNCSSO.Sn % S at the switch ...................................................................................... Page 390
(V.)[n].A.COUNTER.Xn Feedback pulses....................................................................................... Page 398
(V.)[n].A.COUNTERST.Xn Counter status .......................................................................................... Page 398
(V.)[n].A.CSS.Sn Active CSS................................................................................................ Page 390
(V.)[n].A.DIST.Xn Distance traveled by the axis or spindle ................................................... Page 402
(V.)[n].A.FEED.Xn Real instantaneous feedrate value ........................................................... Page 399
(V.)[n].A.FFGAIN.Xn Active percentage of feed-forward ............................................................ Page 395
(V.)[n].A.FIX.Xn Offset of current fixture for Xn axis ........................................................... Page 380
(V.)[n].A.FIXT[i].Xn Offset of [i] fixture for the Xn axis.............................................................. Page 380
(V.)[n].A.FLWE.Sn Spindle following error .............................................................................. Page 388
(V.)[n].A.FLWE.Xn Following error of the axis......................................................................... Page 387
(V.)[n].A.FRO.Xn % F active by axis..................................................................................... Page 389
(V.)[n].A.FTEO.Xn Velocity command for Sercos ................................................................... Page 399
(V.)[n].A.GEARADJ.Xn Fine adjustment of the gear ratio for the synchronization movement ....... Page 396
(V.)[n].A.HEADOF.Xn Dimension of the kinematics..................................................................... Page 397
(V.)[n].A.INPOS.Xn Axis or spindle in position ......................................................................... Page 402
(V.)[n].A.IORG.Xn Offset for the independent axis................................................................. Page 396
(V.)[n].A.IPPOS.Xn Coordinate programmed for the independent axis ................................... Page 396
(V.)[n].A.IPRGF.Xn Feedrate programmed in the independent axis ........................................ Page 396
(V.)[n].A.ITPOS.Xn Theoretical coordinate of the independent axis........................................ Page 396
(V.)[n].A.JERK.Xn Real instantaneous jerk value .................................................................. Page 399
(V.)[n].A.MANMODE.Xn Active for the Xn axis ................................................................................ Page 385
(V.)[n].A.MANOF.Xn Distance moved with G200 or inspection ................................................ Page 393
(V.)[n].A.MEAS.Xn Measured value. Tool base coordinates ................................................... Page 393
(V.)[n].A.MEASIN.Xn Coordinate that includes measurement offset .......................................... Page 393
(V.)[n].A.MEASOF.Xn Difference with respect to programmed point ........................................... Page 393
(V.)[n].A.MEASOK.Xn Probing finished........................................................................................ Page 393
(V.)[n].A.NEGLIMIT.Xn Negative software limit.............................................................................. Page 397
(V.)[n].A.ORG.Xn Offset of current origin for the Xn axis ...................................................... Page 379
(V.)[n].A.ORGT[i].Xn Offset of [i] origin for the Xn axis .............................................................. Page 379
(V.)[n].A.PLCACFGAIN.Xn % of AC-forward programmed from the PLC ............................................ Page 399
(V.)[n].A.PLCFFGAIN.Xn % of feed-forward programmed from the PLC .......................................... Page 399
(V.)[n].A.PLCMMODE.Xn By PLC for the Xn axis.............................................................................. Page 385
(V.)[n].A.PLCOF.Xn Offset of PLC origin for the Xn axis .......................................................... Page 379
(V.)[n].A.PLCPROGAIN.Xn Proportional gain programmed from the PLC........................................... Page 399
(V.)[n].A.POS.Sn Real spindle position ................................................................................ Page 388
(V.)[n].A.POS.Xn Machine coordinates. Real of the tool base ............................................. Page 387
(V.)[n].A.POSINC.Xn Real position increment of the current sampling period ........................... Page 399
(V.)[n].A.POSLIMIT.Xn Positive software limit ............................................................................... Page 397
(V.)[n].A.PPOS.Sn Programmed spindle position ................................................................... Page 388
(V.)[n].A.PPOS.Xn Programmed coordinates (of the tool tip) ................................................. Page 387
(V.)[n].A.PRELOAD.Xn Preload ..................................................................................................... Page 399
(V.)[n].A.PREVPOSINC.Xn Real position increment of the previous sampling period ......................... Page 399
(V.)[n].A.PRGCSS.Sn CSS by program ....................................................................................... Page 390
(V.)[n].A.PRGS.Sn S by program in rpm ................................................................................. Page 390
(V.)[n].A.PRGSL.Sn S limit via program in Constant Surface Speed mode .............................. Page 390
(V.)[n].A.PRGSPOS.Sn Speed in M19 by program ........................................................................ Page 390
(V.)[n].A.PRGSSO.Sn % S by program ........................................................................................ Page 390
(V.)[n].A.RTNEGLIMIT.Xn Second negative software travel limit ....................................................... Page 397
(V.)[n].A.RTPOSLIMIT.Xn Second positive software travel limit......................................................... Page 397
(V.)[n].A.SLIMIT.Sn S limit active in Constant Surface Speed mode........................................ Page 390
(V.)[n].A.SPEED.Sn S active in rpm (G97)................................................................................ Page 390
(V.)[n].A.SPOS.Sn Active speed in M19 ................................................................................. Page 390
(V.)[n].A.SREAL.Sn Real spindle speed ................................................................................... Page 390
(V.)[n].A.SSO.Sn % S active at the CNC .............................................................................. Page 390
(V.)[n].A.SYNCPOSOFF.Xn Position offset for synchronization ............................................................ Page 396
(V.)[n].A.SYNCPOSW.Xn Maximum position difference to start correcting it .................................... Page 396
(V.)[n].A.SYNCTOUT.Xn Maximum time to establish synchronism .................................................. Page 396
(V.)[n].A.SYNCVEL.Xn Synchronization speed ............................................................................. Page 396