Lathe System Variable List, Function Grouped - freewebs.com

1 1 of 7released: Rough DraftVarious ConditionsActive/Engaged Conditions, Read OnlylstJ VACMD Interference check mode for Collision Avoidance System (par)lstJ VCAC1 C$axis Joint, 1st Spindle EngagedlstJ VCAC2 C$axis Joint, 2nd Spindle Engagedmult VMLCK Machine Lock engaged (U100 & newer)pgm VRSTT Sequence restart (00:OFF, 128:ON)n/f VSPMD Spindle mode information (G140=0, G141=128)mult VYMOD Y$axis mode engagedsim VMIRX X$axis Coordinate System direction match flag gagy VMIRY Y$axis Coordinate System direction match flag listVMIRZ Z$axis Coordinate System direction match flag gag VCDIR C$axis rotation directionIF[VCDIR EQ 15]NN0 / 15 / 16lstJ VLKST Warming up Cycle ONn/f VPWSV Warming up cycle ON by Power save moden/f VSLMD Slant Mode engaged (G127 B##)IF[VSLMD EQ 1]NNmult VSATC ATC spec active (1= Mac30, 2= Mac50)1.

2 Multus, Mac550n/fVSBSD 2nd Spindle Lower position (Mac 30)n/fVSBSU 2nd Spindle Upper position (Mac 30)listVSIDC Spindle orientation (pin/electric type)IF[VSIDC EQ 1]NNspc VTOPC Top cut judgment READ ONLYIF[VTOPC EQ 1]NNlistVUNIT Unit System 0 to 7 Metric= 2, Inch=30 VTWCP (Post$Process Gage??)5283 VMCNO Machine number for DNC$C ethernetlstJ VLDRP Loader Escape position0 / 1lstJ VMSCH Cutting ST$ side chuck confirmation (Law$V ACC)4420 VOKF DNC machining status (0=OK, 1=NG)0 / 1lstJ VCTFN Cutting Finish (P$control)0 / 1 Read Only DatapgmVPAI (Circular constant, Pi)V1= VRUND 360 constant $V1= VRUND3605068S VPTSP Tailstock joint position for tow$along systemV1= VPTSP5068S VSRP Steady rest joint position for a tow$along systemV1= VSRP5243 VDRMA NC / Ball$screw front door$ middle positionpgmVDIN Input read Variablespgm VDOUT Output read VariablespgmVIRD Input read condition, I/Opgm VORD Output read condintion, I/ORead - Set DataV## Common Variables$ standard V199V1=0AB215 VC[##] Added Function .

3 VC[199]VC[V1+1]=01 to 200gagVS## Common Variables$ Gauging$ Not DisplayedVS02= to 32listVCHIO Chuck ID grip/OD grip changeover data0= Outside Dia., 1=Inside VCHSW Chuck work/between$centers work changeover data0= Chuck Work, 1= Center worklstJ VHPPX Home position of X$axislstJ VHPPZ Home position of Z$axis4373 VPWSP Parts catcher workpiece chute position (LT$15)sub VPWTP Parts catcher workpiece transfer positionspc VTHRX Thread phase matching amount in the X$axis directionspc VTHRZ Thread phase matching amount in the Z$axis directionAB VTRNL B$turret index allow area$ Minus limitAB VTRPL B$turret index allow area$ Plus limitoper VWKCC Work counter counting valueoper VWKCS Work counter setting value 0 to 99999999 1 to 4spc VPLOF M$axis zero offset for flat turning 0 to NoneVPLOF= 550 to VFLTP Spindle speed variation cycle (P)VFLTP= 150 to 100 (%)

4 Pgm VFLTQ Spindle speed variation amplitude (Q)VFLTQ= 250 to 255 (sec)pgm VFLTR Interval timer (R)VFLTR= 100 to 125 (sec)pgm VUACM User alarm commentVUACM[1]='ABCD'1 to 1616 CharactersVSRMT Steady Rest Installed (Not allow B$turret index)VSRMT = 1N/A0 / 10= NO B$turret index, 1= B$turret indexIF[VUNIT EQ 2]NN0 to 7N/A$ to to 999999991 to 4N/AVar listDescription of System variableExampleManIF[VIRD[0023] EQ 1]NNVWKCC[3]=12345678 VTRNL= [VSDSD EQ 0]NNVPWSP= [4]= VTHRXV alue Range0 / 1 SuffixLathe System Variable List, Function GroupedVCHIO=1 VCHSW=0N/AIF[VMLCK EQ 128]NN0 / 128$ to [VLKST EQ 0]NNIF[VASTC EQ 1]NN0 / 10 / 10 to 99990 / 11 to 8N/A$ to 2 of 7released: Rough DraftVar listDescription of System variableExampleManValue RangeSuffixLathe System Variable List, Function GroupedOrigins and LimitsOrigin Zero Sets (machine values)sim VZOFB B$axis zero offsetpgm VZOFC C$axis zero offsetspc VZOFW W$axis zero offsetpgm VZOFX X$axis zero offsetyax VZOFY Y$axis zero offsetpgm VZOFZ Z$axis zero offsetsim VZOZB ZB$axis zero offset (LT?)

5 AB199 VWZBOO ffset amount of W$axis ZB$axis (LT10 transfer)Origin Zero Shiftssim VZSHB B$axis zero shiftpgm VZSHC C$axis zero shift4373 VZSHW W$axis zero shiftpgm VZSHX X$axis zero shiftyax VZSHY Y$axis zero shiftpgm VZSHZ Z$axis zero shiftsimVZSZBZB$axis zero shift (LT?)Soft Limits (machine values)sim VNVLB Negative Variable limit on B$axis (machine coordinate System )spc VNVLW Negative Variable limit on W$axis (machine coordinate System )pgm VNVLX Negative Variable limit on X$axis (machine coordinate System )yax VNVLY Negative Variable limit on Y$axis (machine coordinate System )pgm VNVLZ Negative Variable limit on Z$axis (machine coordinate System )sim VPVLB Positive Variable limit on B$axis (machine coordinate System )spc VPVLW Positive Variable limit on W$axis (machine coordinate System )pgm VPVLX Positive Variable limit on X$axis (machine coordinate System )yax VPVLY Positive Variable limit on Y$axis (machine coordinate System )pgmVPVLZP ositive Variable limit on Z$axis (machine coordinate System )

6 Spindle Offsetsn/fVSPOF Zero Offset of Spindle orientation4871 VSPPH Retardation amount for spindle synchronizationn/fVSSOF Zero Offset of 2nd Spindle orientationn/fVSYOFZero Offset of 2nd SpindleTurret and ToolingTurretn/f VTAOR A$turret index overriden/f VTBOR B$turret index overridelist VTRTS T$axis rapid feedrate (1/10 min$1) 1 to 32767 (OSP 7000)V1= VTRTS1 to 32767 Tool Offsetspgm VTOFX X$axis tool offsetyax VTOFY Y$axis tool offsetpgm VTOFZ Z$axis tool offsetMacturn (TF*[A thru H])mult VTFXA First spindle base position/position A X $axis tool offsetmult VTFXB First spindle vertical position/position A X $axis tool offsetmult VTFXC Second spindle base position/position A X $axis tool offsetmult VTFXD Second spindle vertical position/position A X $axis tool offsetmult VTFXE First spindle base position/position B X $axis tool offsetmult VTFXF First spindle vertical position/position B X $axis tool offsetmult VTFXG Second spindle base position/position B X $axis tool offsetmult VTFXH Second spindle vertical position/position B X $axis tool offsetmult VTFYA First spindle base position/position A Y $axis tool offsetmult VTFYH Second spindle vertical position/position B Y $axis tool offsetmult VTFZA First spindle base

7 Position/position A Z $axis tool offsetmultVTFZHS econd spindle vertical position/position B Z $axis tool offsetTool Wear Offsetsn/f VTWOX X$axis tool wear offsetn/f VTWOZ Z$axis tool wear offsetMacturn (TW*[A thru H])n/f VTWXA First spindle base position/position A X $axis tool wear offsetn/f VTWXH Second spindle vertical position/position B X $axis tool wear offsetn/f VTWZA First spindle base position/position A Z $axis tool wear offsetn/fVTWZHS econd spindle vertical position/position B Z $axis tool wear offset0 to to 100 (%)N/AVTWOX[12]=.123$ to [12]=.123 VTFXA[12]= to 96/200/500$ to to 32/64/96 VSPOF= 751 to 32/64/96 VTOFX[12]= (metric mode)N/AVPVLX= (metric mode)N/AVZSHX= (metric mode) $ to (mach coordinate System number)N/A1 to 96/200/500 $ to (mach coordinate System number)$ to + 3 of 7released.

8 Rough DraftVar listDescription of System variableExampleManValue RangeSuffixLathe System Variable List, Function GroupedNose Radiusn/f VNRPN Nose radius compensation for patternVNRPN[12]=30 to 8pgm VNSRX Nose radius compensation for X$axispgm VNSRZ Nose radius compensation for Z$axisMacturn (NR*[A thru H])n/f VNRPA First spindle base pos/pos A Nose radius compensation patternn/f VNRPH Second spindle vertical pos/pos B Nose radius compensation pattenmult VNRXA First spindle base pos/pos A Nose radius compensation for X$axismult VNRXH Second spindle vertical pos/pos B Nose radius compensation for X$axismult VNRZA First spindle base pos/pos A Nose radius compensation for Z$axismultVNRZHS econd spindle vertical pos/pos B Nose radius compensation for Z$axisActive Tool Infogag VETLN Tool number of Active tool (turret/station index)

9 Gag VETON Tool offset number of Active toolgag VETFX Presently used tool offset amount in X$axisyax VETFY Presently used tool offset amount in YI$axisgag VETFZ Presently used tool offset amount in Z$axisindx VETLP Current Used Edge Number ( Lathe Tool Index Opt., Mac/Mult)sim VETZB Presently used tool offset amount in ZB$axisMacturn - Multus Turret / ATCmult VTSPC Turret specification tablemult VTTLN Current tool in turret. (H1 turret$ 1, H2 turret$ 1 or 3)IF[VTTLN[1] EQ 12]NN1 to 40 to 200lstJ VASTP ATC sequence number ( 1 to # of steps)IF[VASTP EQ 7]NN0 to 62lstJ VIGDB Tool Index (Sub$mag spec.)smag VGINB Tool Index Flag, tool life expired tool (Sub$magazine spec)mult VKND Long ToolOEG VKND1 Turret tool information 1, Tool Type (L,M,S,D)Long=4, Sensor=8, Mill=16, Lathe =42, Dummy=128 OEG VKND2 Turret tool information 2, Tool Size (H,E,L,R)Heavy=8, Super lrg=16, Left lrg=32, Right lrg=64, Standard=128lstJVLIND M602/M603 Position ( 0=no clamp, 1=0deg, 2=180deg)IF[VLIND EQ 1]NN0 to 2mult VMTTL MT designated tool numberIF[VMTTL EQ 11]NN0 to 200mult VMTTR MT designated turret numberIF[VMTTR EQ 1]NN0 to 3mult VTIDA ATC Index position (turret = TC1, 0/128)IF[VTIDA EQ 128]NN0 / 128smag VTMMG Tool in Turret Designated for Main magazine (sub$mag spec)IF[VTMMG EQ 1]NN0 / 14943 VTBDT Tool breakage detected (Macturn) (0/1)

10 0 / 1 PositioningActual Positions (machine values)lstJVBINE Independence encoder APA for B$axis (P$control)AB216 VAPAB B$axis (contouring) actual position (machine coordinate System ) AB216 VAPAC C$axis actual position (machine coordinate System )AB216 VAPAS Spindle actual position (machine coordinate System ) (rotating= $1)AB216 VAPAW W$axis actual position (machine coordinate System )mult VAPAX X$axis actual position (machine coordinate System )AB216 VAPYI YI$axis actual position (machine coordinate System )lstJ VAPYS YS$axis actual position (machine coordinate System )listVAPAZZ$axis actual position (machine coordinate System )Target Positions (program values)lstJ VCNZB ZB$axis command target point (machine coordinate System )gag VSIOC C$axis command target point (program coordinate System )sim VSIOW0gag VSIOX X$axis command target point (program coordinate System )yax VSIOY Y$axis command target point (program coordinate System )gag VSIOZ Z$axis command target point (program coordinate System )sim VSOZB Z$axis command target point (program coordinate System )n/fVYSTPYS$axis spindle center position (program)Diff ValueslistVDIFX DIF in X$axislistVDIFZDIF in Z$axisBacklash5068S VBLCS Backlash for Steady RestlstJ VBLCX Backlash value: X$axislstJ VBLCY Backlash value: YS$axislstJ VBLCZ Backlash value: Z$axisN/AVNRXA[12]=.