Fagor CNC 8070 - Page 443

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 Programming manual
CNC 8070
CNC VARIABLES
Alphabetical listing of variables
14.
(SOFT V02.0X)
409
(V.)C.P_CALLP_(A-Z) Parameter programmed in the call to a positioning cycle ......................... Page 391
(V.)DRV.name Value of the variable ................................................................................. Page 378
(V.)DRV.SIZE Number of variables to be consulted at the drive ..................................... Page 378
(V.)G.ANAI[i] [n] input voltage (in volts).......................................................................... Page 398
(V.)G.ANAO[i] [n] output voltage (in volts)........................................................................ Page 398
(V.)G.CLOCK Seconds since the CNC was turned on.................................................... Page 401
(V.)G.CNCERR CNC error number .................................................................................... Page 400
(V.)G.CNCINCJOGIDX Position selected by the switch................................................................. Page 385
(V.)G.CNCMANMODE At the switch for all of the axes ................................................................. Page 385
(V.)G.CNCMPGIDX Position selected at the switch.................................................................. Page 385
(V.)G.CUP[i] Value of the common arithmetic parameter [i] .......................................... Page 380
(V.)G.CUPF[i] Value of the common arithmetic parameter [i]. Value per 10000.............. Page 380
(V.)G.DATE Date in year-month-day format ................................................................. Page 401
(V.)G.ENDREP All the axes are repositioned ................................................................... Page 402
(V.)G.FFIX First fixture of the table ............................................................................. Page 380
(V.)G.FOCUSCHANNEL Channel with active focus ......................................................................... Page 402
(V.)G.FORG First zero offset in the table ...................................................................... Page 379
(V.)G.FTIME Machining time in G93.............................................................................. Page 389
(V.)G.GAXISNAMEx Name of the "x" axis of the system........................................................... Page 397
(V.)G.GSPDLNAMEx Name of the "x" spindle of the system...................................................... Page 397
(V.)G.INCJOGIDX Active position for all the axes .................................................................. Page 385
(V.)G.KEY Code of the last key accepted by the CNC............................................... Page 402
(V.)G.MANMODE Active for all the axes................................................................................ Page 385
(V.)G.MPGIDX Active position for all the handwheels....................................................... Page 385
(V.)G.NUMCH Number of channels ................................................................................. Page 397
(V.)G.NUMFIX Number of fixtures in the table.................................................................. Page 380
(V.)G.NUMORG Number of zero offsets in the table........................................................... Page 379
(V.)G.TIME Time in hours-minutes-seconds format .................................................... Page 401
(V.)G.VERSION CNC version and release number ............................................................ Page 400
(V.)MPG.AXISNAMEx Name of the "n" logic axis......................................................................... Page 364
(V.)MPG.BIDIR[m] Table [m]. Bi-directional compensation.................................................... Page 365
(V.)MPG.CANLENGTH Can bus cable length (in meters).............................................................. Page 364
(V.)MPG.COMPAXIS[m] Table [m]. Axis to be compensated.......................................................... Page 365
(V.)MPG.DIFFCOMP[i] Gantry [i]. Error difference compensation................................................. Page 364
(V.)MPG.DIMODADDR[n] Base index of the digital input modules .................................................... Page 365
(V.)MPG.DOMODADDR[n] Base index of the digital output modules.................................................. Page 365
(V.)MPG.DTIME Estimated time for a "D" function .............................................................. Page 365
(V.)MPG.HTIME Estimated time for an "H" function ............................................................ Page 365
(V.)MPG.INCHES Default work units .................................................................................... Page 364
(V.)MPG.LOOPTIME Loop time.................................................................................................. Page 364
(V.)MPG.MASTERAXIS[i] Gantry [i]. Logic number of the master axis.............................................. Page 364
(V.)MPG.MAXCOMP Maximum common arithmetic parameter ................................................. Page 365
(V.)MPG.MAXCOUPE[i] Gantry [i]. Maximum difference allowed.................................................... Page 364
(V.)MPG.MAXGLBP Maximum global arithmetic parameter ..................................................... Page 365
(V.)MPG.MAXLOCP Maximum local arithmetic parameter........................................................ Page 365
(V.)MPG.MINAENDW Minimum duration of the AUXEND signal................................................. Page 365
(V.)MPG.MINCOMP Maximum common arithmetic parameter ................................................. Page 365
(V.)MPG.MINGLBP Minimum global arithmetic parameter ...................................................... Page 365
(V.)MPG.MINLOCP Minimum local arithmetic parameter......................................................... Page 365
(V.)MPG.MOVAXIS[m] Table [m]. Master axis.............................................................................. Page 365
(V.)MPG.NAXIS Number of axes governed by the CNC..................................................... Page 364
(V.)MPG.NCHANNEL Number of CNC channels......................................................................... Page 364
(V.)MPG.NDIMOD Total of digital input modules .................................................................... Page 365
(V.)MPG.NDOMOD Total of digital output modules .................................................................. Page 365
(V.)MPG.NEGERROR[m][i] Table [m]. Error of point [i] in the negative direction................................. Page 365
(V.)MPG.NPCROSS[m] Table [m]. Number of points..................................................................... Page 365
(V.)MPG.NSPDL Number of spindles governed by the CNC ............................................... Page 364
(V.)MPG.POSERROR[m][i] Table [m]. Error of point [i] in the positive direction .................................. Page 365
(V.)MPG.POSITION[m][i] Table [m]. Master axis position for point [i]............................................... Page 365
(V.)MPG.PRBDI1 Digital input associated with probe 1 ........................................................ Page 365
(V.)MPG.PRBDI2 Digital input associated with probe 2 ........................................................ Page 365
(V.)MPG.PRBPULSE1 Type of pulse of probe 1 ........................................................................... Page 365
(V.)MPG.PRBPULSE2 Type of pulse of probe 2 ........................................................................... Page 365
(V.)MPG.PRELFITI[i] Tandem [i]. Time to apply the preload ...................................................... Page 364
(V.)MPG.PRELOAD[i] Tandem [i]. Preload................................................................................... Page 364
(V.)MPG.PRGFREQ Frequency of the PRG module (in cycles)................................................ Page 364
(V.)MPG.PROBE There is a probe for tool calibration .......................................................... Page 365
(V.)MPG.REFNEED[m] Table [m]. Mandatory home search ......................................................... Page 365
(V.)MPG.REFTIME Estimated home searching time ............................................................... Page 365
(V.)MPG.ROPARMAX Maximum global read-only arithmetic parameter ..................................... Page 365
(V.)MPG.ROPARMIN Minimum global read-only arithmetic parameter ...................................... Page 365
(V.)MPG.SERBRATE Sercos transmission speed ...................................................................... Page 364
(V.)MPG.SERPOWSE Sercos optical power ................................................................................ Page 364
(V.)MPG.SLAVEAXIS[i] Gantry [i]. Logic number of the slave axis................................................. Page 364
(V.)MPG.SPDLNAMEx Name of the "x" spindle ............................................................................ Page 364