FANUC 0M Parameter List Parameter taxonomy ............................................. ¡Error! Marcador no definido. Acc/Dec Control .................................................................................................... 1 Automatic Corner Override ................................................................................... 2 Axis Control ................................... ................................................................. ....... 2 Canned Cycle ................................................................. ........................................ 3 CRT/MDI and EDIT .......................................................... ....................................... 5 Custom Macro ................................................................ ....................................... 6 Feed Rate.................................................. ............................................................. 7 Graphic Display ............................................................... ....................................... 8 Hand Wheel ......................................................... .................................................. 9 Input/Output by serial interface ........................................................................... 9 Part Counter ........................................................ ................................................ 10 Pitch error compensation ......................................................... ........................... 10 PMC axis control ............................................................. ..................................... 10 PMC signals - Digital inputs/outputs .............................................................. ..... 11 Programing .......................................................................................... ................ 11 Remote Buffer ..................................................... ................................................ 12 Rigid tapping........................................................................................................ 12 Scaling & coordinate rotation ............................................................................. 13 Servo......................................................... ........................................................... 13 Skip signal input .................................................................................................. 15 Spindle control .............................. ................................................................. ..... 15 Stroke limit .......................................................... ................................................ 16 Timers and counters ................................................................. ........................... 17 Tool Life Management ....... ................................................................. ................ 17 Tool Offset Of fset ........................................................... ................................................ 17 Uni-Directional Poit ionning ................................................................................. 18
Acc/Dec Control Symbol LSUP EDMZ EDMY EDMX EDPZ EDPY EDPX LINTX LINTY LINTZ LINT4
Param 0045 0059 0059 0059 0059 0059 0059 0522 0523 0524 0525
Bit 3 5 4 3 2 1 0
Description Cut. Feed acc/dec after interpol. 1 : Linear, 0 : Expo. -Z Ext. Dec. Is valid for : 1 : RPD+cut feed, 0 : RPD Only -Y Ext. Dec. Is valid for : 1 : RPD+feed, 0 : RPD Only -X Ext. Dec. Is valid for : 1 : RPD+cut, 0 : RPD Only +Z Extern. Dec. Is valid for : 1 :RPD+Feed 0 :RPD only +Y Extern. Dec. Is valid for : 1 :RPD+Feed 0 :RPD only +X Extern. Dec. Is valid for : 1 :RPD+Feed 0 :RPD only Time const. Of linear acc/dec of X axis. 8-4000 m.sec. Time const. Of linear acc/dec of Y axis. 8-4000 m.sec. Time const. Of linear acc/dec of Z axis. 8-4000 m.sec. Time const. Of linear acc/dec of 4 axis. 8-4000 m.sec.
FANUC 0M Parameter List Symbol FEEDT FEDFL JOGFL PEXPJX PEXPJY PEXPJZ PEXPJ4 PFLJGX PFLJGY PFLJGZ PFLJG4 PLNTC PEXDEC LINT7 LINT8 PEFDTX PEFDTY PEFDTZ PEFDT4 PEFDT7 PEFDT8 PEAFLX PEAFLY PEAFLZ PEAFL4 PEAFL7 PEAFL8 LINT5 LINT6 FEEDTS FEDFLS
Param 0529 0530 0548 0601 0602 0603 0604 0605 0606 0607 0608 0635 0636 0645 0646 0651 0652 0653 0654 0655 0656 0657 0658 0659 0660 0661 0662 7522 7523 7529 7530
Bit
Description Time const. Of expo. Acc/dec in cut. Feed & Jog feed. The lower feed rate (FL) in exponential acc/dec. Lower Lmt. Of jog feed (FL) in exponential acc/dec. Exponential acc/dec time constant in manual feed. Exponential acc/dec time constant in manual feed. Exponential acc/dec time constant in manual feed. Exponential acc/dec time constant in manual feed. FL Rate during acc/dec in manual feed (mm/Min.). FL Rate during acc/dec in manual feed (mm/Min.). FL Rate during acc/dec in manual feed (mm/Min.). FL Rate during acc/dec in manual feed (mm/Min.). Time const. If lin. Acc/dec after cut feed interpolation. Extern. Dec. Speed all axes (6-15000mm/min.). Time constant of linear acc/dec rapid trav. 7th. Time constant of linear acc/dec rapid trav. 8th. Time constant of exponen. Acc/dec of PMC cut feed. Time constant of exponen. Acc/dec of PMC cut feed. Time constant of exponen. Acc/dec of PMC cut feed. Time constant of exponen. Acc/dec of PMC cut feed. Time constant of exponen. Acc/dec of PMC cut feed. Time constant of exponen. Acc/dec of PMC cut feed. Lower limit speed FL at expon. Acc/dec of PMC axis. Lower limit speed FL at expon. Acc/dec of PMC axis. Lower limit speed FL at expon. Acc/dec of PMC axis. Lower limit speed FL at expon. Acc/dec of PMC axis. Lower limit speed FL at expon. Acc/dec of PMC axis. Lower limit speed FL at expon. Acc/dec of PMC axis. Time const. Of linear acc/dec of 5e axis. 8-4000 m.Sec. Time const. Of linear acc/dec of 6e axis. 8-4000 m.Sec. Time const. Of expo. Acc/dec in cut/jog feed 5e & 6e. The lower feed rate (FL) in expon. Acc/dec (5e & 6e).
Automatic Corner Override Symbol AOVMDR AOVOR AOVTH AOVLE AOVLS
Param 0213 0413 0215 0580 0581
Bit
Description Min. Dec. Ratio of inside circular speed for autom. Dec. Ratio of inside corner auto. Averride 1-100%. Inside judgement angle of auto. Over. At inside Corner. End point dist. At inside corner part (Set Le). End point deceleration dist. At inside corner (Ls).
Description 1= Logic « 1 » in Ref. Deceleration signal indicate deceleration.
Axis Control Symbol DECI
Param 1
Bit 5
ZM4
3
3
0= Ref. PNT. Return and backlash in + dir; 1= -dir.
ZMZ
3
2
0= Ref. PNT. Return and backlash in + dir; 1= -dir.
ZMY
3
1
0= Ref. PNT. Return and backlash in + dir; 1= -dir.
ZMX
3
0
0= Ref. PNT. Return and backlash in + dir; 1= -dir.
2
3
Canned Cycle
Symbol ADW2
Param 8
Bit 4
Description Name of 4th axis. (Voir tableau Appendix 8)
ADW1
8
3
Name of 4th axis. (Voir tableau Appendix 8)
ADW0
8
2
Name of 4th axis. (Voir tableau Appendix 8)
ADLN
11
2
1= 4th axis is linear; 0= 4th axis is rotary.
NCIPS
20
5
1= No position checking; 0= Position checking.
S3JOG
49
4
No. Of simultaneous axes in man. Operation. 1=3; 0=1.
C8NG
62
7
The 8th axis is 1= Invalid; 0=Valid.
ADLIN8
62
5
Set 8th axis to : 1=Rotary axis; 0=Linear axis.
ADLIN7
62
4
Set 7th axis to : 1=Rotary axis; 0=Linear axis.
ZM8
66
5
Set Ref. pt. Return direction of 8th axis 1=Minus; 0=Plus.
ZM7
66
4
Set Ref. pt. Return direction of 7th axis 1=Minus; 0=Plus.
PSELP4
279
Set axis in basic coord. System for the 4th axis.
DPAX7
285
Set the name of 7th axis.
DPAX8
286
Set the name of 7th axis.
DECIS
7001
5
1= Decelaration signal 1 in Ref. indicate decel. 5th & 6th axis.
ZM6
7003
1
0= Ref. Pnt. Return and bcklsh in +Dir; 1= -Dir (5th & 6th).
ZM5
7003
0
0= Ref. Pnt. Return and bcklsh in +Dir; 1= -Dir (5th & 6th).
SUB1
7021
6
1= PMC axis cntl. Is 5th; 0=PMC axis cntl is 5th/6th.
PNGMLK
7032
4
1= In 5th/6th axis Cntrl, Mach. Lock shall be invalid.
ROT6
7032
1
Selection for 6th axis. 0=Linear axis; 1=Rotary axis.
ROT5
7032
0
Selection for 5th axis. 0=Linear axis; 1=Rotary axis.
DSPSU1
7130
Set the name of the 5th axis.
DSPSU2
7131
Set the name of the 6th axis.
Canned Cycle Symbol PMXY2
Param 2
Bit 5
Description Set the tool escape direction in G76 or G87 (Voir tableau Appendix)
PMXY1
2
4
Set the tool escape direction in G76 or G87 (Voir tableau Appendix)
MCF
11
4
0= In G81, EF is output at in Posntn.; 1= Outpt any time.
G84S
12
6
1= Type B in G74/G84 With S analog; 0= Type A
FXCO
12
5
1= No M05 outpt in G76/G87; 0= M05 outpt in G76/G87.
FXCS
12
4
1= M05 is not outpt in G74/G84; 0= M05 is outpt.
FXY
57
6
1= The Drill axis is the axis select by the program
CYCR
531
Setting of relief amount in canned Cycle G73.
CYCD
532
Setting of the cutting start point in canned cycle G73.
Coordinate System Symbol SCW
Param 1
Bit 0
Description 0= Least command incr. Is Metric; 1= Inch.
PPD
2
1
Relative coord. Value is preset when abs. Is set.
APRS
10
7
1= Coord. Value (para. 708/711) is enter at ref. point.
APCX8
21
5
1= Absolute puls coder is optioned; 0=No optioned.
FANUC 0M Parameter List Symbol APCX7
Param 21
Bit 4
Description 1= Absolute puls coder is optioned; 0=No optioned.
APC4
21
3
1= Absolute puls coder is optioned; 0=No optioned.
APCZ
21
2
1= Absolute puls coder is optioned; 0=No optioned.
APCY
21
1
1= Absolute puls coder is optioned; 0=No optioned.
APCX
21
0
1= Absolute puls coder is optioned; 0=No optioned.
ABS8
22
5
1= Ref. Point Pos. In abs Pilse coder is settled.
ABS7
22
4
1= Ref. Point Pos. In abs Pilse coder is settled.
ABS4
22
3
1= Ref. Point Pos. In abs Pilse coder is settled.
ABSZ
22
2
1= Ref. Point Pos. In abs Pilse coder is settled.
ABSY
22
1
1= Ref. Point Pos. In abs Pilse coder is settled.
ABSX
22
0
1= Ref. Point Pos. In abs Pilse coder is settled.
CLCL
24
6
1= Local Coord. Sys. Cancel by auto. Ref. point return.
UWKZ
24
5
Work zero shift : 1= Change abs. Coord; 0=Doesn’t
LII10
24
1
Inpt/outpt unit is : 1= 0.01mm/0.001’’ 0= 0.001mm/0.00 01’’
EX10D NUABS PRSTIN MTDSPI PRSX PRSY PRSZ PRS4 REF2X REF2Y REF2Z REF24 ABSXP ABSYP ABSZP ABS4P EXOFS1 EXOFS2 EXOFS3 EXOFS4 ZOF1S1 ZOF1S2 ZOF1S3 ZOF1S4 ZOF2S1 ZOF2S2 ZOF2S3 ZOF2S4 ZOF3S1 ZOF3S2 ZOF3S3 ZOF3S4 ZOF4S1 ZOF4S2 ZOF4S3
28 45 63 63 708 709 710 711 735 736 737 738 739 740 741 742 751 752 753 754 755 756 757 758 759 760 761 762 763 764 765 766 767 768 769
5 5 1 0
1= Ext. Work Coord. Shift is multiplied by 10 times. 1= Return to same status before machine lock was on. 1= In inch auto. Coord. Setting is done by prms 815/818. 1= Mach. Coord. Sys. Is display to meet the input system (mm/inch). Coordinate value of the refer. Point of X axis. Coordinate value of the refer. Point of Y axis. Coordinate value of the refer. Point of Z axis. Coordinate value of the refer. Point of 4th axis. Distance from the Ref. point to the 2nd Ref. Point. Distance from the Ref. point to the 2nd Ref. Point. Distance from the Ref. point to the 2nd Ref. Point. Distance from the Ref. point to the 2nd Ref. Point. Counter Data at Ref. point when abs. Coder is used. Counter Data at Ref. point when abs. Coder is used. Counter Data at Ref. point when abs. Coder is used. Counter Data at Ref. point when abs. Coder is used. Amount of external Work zero point shift on X axis. Amount of external Work zero point shift on Y axis. Amount of external Work zero point shift on Z axis. Amount of external Work zero point shift on 4th axis. 1st Work zero point amount on X axis (G54). 1st Work zero point amount on Y axis (G54). 1st Work zero point amount on Z axis (G54). 1st Work zero point amount on 4th axis (G54). 2nd Work zero point amount on X axis (G55). 2nd Work zero point amount on Y axis (G55). 2nd Work zero point amount on Z axis (G55). 2nd Work zero point amount on 4th axis (G55). 3rd Work zero point amount on X axis (G56). 3rd Work zero point amount on Y axis (G56). 3rd Work zero point amount on Z axis (G56). 3rd Work zero point amount on 4th axis (G56). 4th Work zero point amount on X axis (G57). 4th Work zero point amount on Y axis (G57). 4th Work zero point amount on Z axis (G57).
4
5
CRT/MDI and EDIT
Symbol ZOF4S4 ZOF5S1 ZOF5S2 ZOF5S3 ZOF5S4 ZOF6S1 ZOF6S2 ZOF6S3 ZOF6S4 REF3X REF3Y REF3Z REF34 REF4X REF4Y REF4Z REF44 PRSTIX PRSTIY PRSTIZ PRSTI4 PRS7 PRS8 ABS7P ABS8P SCWS APRSS APC6 APC5 ABS6 ABS5 PRS5 PRS6
Param 770 771 772 773 774 775 776 777 778 780 781 782 783 784 785 786 787 815 816 817 818 825 826 827 828 7001 7010 7021 7021 7022 7022 7708 7709
Bit
0 7 1 0 1 0
Description 4th Work zero point amount on 4th axis (G57). 5th Work zero point amount on X axis (G58). 5th Work zero point amount on Y axis (G58). 5th Work zero point amount on Z axis (G58). 5th Work zero point amount on 4th axis (G58). 6th Work zero point amount on X axis (G59). 6th Work zero point amount on Y axis (G59). 6th Work zero point amount on Z axis (G59). 6th Work zero point amount on 4th axis (G59). Distance of 3rd Ref. Pnt to 1st Ref. Pnt on X axis. Distance of 3rd Ref. Pnt to 1st Ref. Pnt on Y axis. Distance of 3rd Ref. Pnt to 1st Ref. Pnt on Z axis. Distance of 3rd Ref. Pnt to 1st Ref. Pnt on 4th axis. Distance of 4rd Ref. Pnt to 1st Ref. Pnt on X axis. Distance of 4rd Ref. Pnt to 1st Ref. Pnt on Y axis. Distance of 4rd Ref. Pnt to 1st Ref. Pnt on Z axis. Distance of 4rd Ref. Pnt to 1st Ref. Pnt on 4th axis. Coordinate value of X ref. Pnt. In inch programming. Coordinate value of Y ref. Pnt. In inch programming. Coordinate value of Z ref. Pnt. In inch programming. Coordinate value of 4th ref. Pnt. In inch programming. Coordinate value of the Ref. point of the 7th axis. Coordinate value of the Ref. point of the 8th axis. Data value at Ref. Pnt. For Abs. Pulse coder (7th). Data value at Ref. Pnt. For Abs. Pulse coder (8th). 0= Least command incr. Is Metric; 1= Inch (5th/6th axis). 1= Sets auto. Coord. At Ref. Pnt Return (5th/6th axis). 1= Absolute Pulse coder is optioned 0= No Optioned. 1= Absolute Pulse coder is optioned 0= No Optioned. 1= Ref. Point Pos. In Abs. Pulse coder is settled. 1= Ref. Point Pos. In Abs. Pulse coder is settled. Coordinate value of the refer. Point of 5th axis. Coordinate value of the refer. Point of 6th axis.
CRT/MDI and EDIT Symbol DCS EBCL INHM CBLNK CPRD NPRD OPG7 OPG6 OPG5 OPG4 OPG3 OPG2 OPG1 EDITB
Param 1 10 13 15 15 16 17 17 17 17 17 17 17 18
Bit 2 1 4 0 7 3 6 5 4 3 2 1 0 7
Description 1= Cycle start by start key on MDI panel. 1= EOB code by « * »; 0= EOB code by « ; ». 1= Menu programming inefective; 0= Menu programming effective. 1= Cursor blinks; 0= Cursor doesn’t blink. 1= Set to mm or inch if dec. Point is omitted 0= Least inp. Incr. 1= Inp. And display without dec. Point,; 0= With dec. Point. 1= Feed hold actuated with soft. Operator’s panel. 1= Protect key actuated with soft. Operator’s panel. 1= Opt-blk-skip, Sing-blk, Mach-lock, D-run. Actuated soft Panel. 1= Jog-fdrate, Overr, Raptrvse Overr. Actuated soft. Panel. 1= Axis select, Man. Puls Generator. Actuated soft Panel. 1= Jogfd axis select, Jograptravers. Actuated soft Panel. 1= Mode Select Actuated with soft Operator’s Panel. 1= Edit B is effective; 0= Edit is standard.
FANUC 0M Parameter List Symbol DSPN DHNG DITA DCHI DFRN DGRM DJPN MMDL DACTF PRCMSG PRCPOS NDSP4 NDSPZ NDSPY NDSPX FLKY SORT NAMPR CLER MBCLR IGNCOL C14DGN ALL78 DSP78 MTDSPI NPA SETREL UPKY DWNKY RGTKY LFTKY FWDKY BACKY RTDKY LTYLY NSW11 NSW88
Param 23 23 23 23 23 23 23 28 28 28 28 35 35 35 35 38 40 40 45 57 60 60 61 61 63 64 64 130 131 132 133 134 135 136 137 140 203
Bit 6 5 4 3 2 1 0 3 2 1 0 3 2 1 0 3 4 0 6 7 7 3 7 6 0 5 0
Description 1= The CRT screen is displayed in Spanish. 1= The CRT screen is displayed in Hangeul. 1= The CRT screen is displayed in Italian. 1= The CRT screen is displayed in Chinese. 1= The CRT screen is displayed in French. 1= The CRT screen is displayed in German. 1= The CRT screen is displayed in Japanese. 1= Modal status is displayed in MDI operation B. 1= Act. Speed is display on current position and prgm Check.. Display on Prgrm Check Screen 1= PMC-MES. 0= Rem. Motion. Display on prgrm Check Screen 1= Abs. Coor. 0= Rel. Coor. 1= The current position of 4th axis is not displayed. 1= The current position of Z axis is not displayed. 1= The current position of Y axis is not displayed. 1= The current position of X axis is not displayed. 1= CRT/MDI Keyboard uses a full key. Prgrm-Library is displayed in : 1= Num. Order 0= Norm. Order. 1= Displays prgrm Name on the directory Display. RST. PB. Selects : 1= Clear 0= Reset Conditions 1= MDI-B Prgrm is cleared by the reset operation. 9’’ High-Resolution Display 1= Color, 0= Monochrome. Diagnose Screen 1= 14’’, 0= 9’’ 1= 7th & 8th axse Display in common position Display. 1= 7th & 8th Axes display in Abs. & Rel. Position Coord. 1= Machine coor. Sys. Displ. To meet the input systeme. 1= Screen is not switched to the Alarm/Message Page 1= Preset is made for each axis in Rel. Pos. Display. Set Jogfeed axes & Dir. On Software Operator’s Panel. Set Jogfeed axes & Dir. On Software Operator’s Panel. Set Jogfeed axes & Dir. On Software Operator’s Panel. Set Jogfeed axes & Dir. On Software Operator’s Panel. Set Jogfeed axes & Dir. On Software Operator’s Panel. Set Jogfeed axes & Dir. On Software Operator’s Panel. Set Jogfeed axes & Dir. On Software Operator’s Panel. Set Jogfeed axes & Dir. On Software Operator’s Panel. Set the names of Genral Purpose Switches on Software Ope. Panel. Set the names of Genral Purpose Switches on Software Ope. Panel.
Custom Macro Symbol LOCC COMC TMCR DPOSUP ASTCD EQCD SHPCD LBLCD RBLCD MUSR
Param 40 40 40 40 42 43 44 53 54 56
Bit 7 6 5 1 4 4 4 7 7 7
Description 0= Places local var. (#1 to #33) in state during resetting. 0= Places common Var. ‘VACANT’ during Resetting. T Code : 1= Call Subprogram; 0= As a Normal Function. At Data Out. By DPRINT, 1= CHR. Space =0; 0= Nothing =0 Set Hole Pattrn of *, =, #, Of EIA Code in Macro B using 8 bit data. Set Hole Pattrn of *, =, #, Of EIA Code in Macro B using 8 bit data. Set Hole Pattrn of *, =, #, Of EIA Code in Macro B using 8 bit data. EIA Hole Pattnr of ‘AND’ is set by 8 bit in Sequence. EIA Hole Pattnr of ‘AND’ is set by 8 bit in Sequence. The Custom Macro Interrupt Function is : 1= Used; 0= Not Used.
6
7
Feed Rate
Symbol MCYL MSUB MPRM MTSE MBLK MSKT CROUT M198P UMGCD0 UMGCD1 UMGCD2 UMGCD3 UMGCD4 UMGCD5 UMGCD6 UMGCD7 UMGCD8 UMGCD9 UMMCD4 UMMCD5 UMMCD6 UMMCD7 UMMCD8 UMMCD9 UMCD10 UMCD11 UMCD12 UMCD13 UMCD1 UMCD2 UMCD3 MCALL MACRET M198M
Param 56 56 56 56 56 56 57 63 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 246 247 248
Bit 6 5 4 3 2 1 4 2
Description 1= Custom Macro Inter. Is exec. Even in Cycle Operation. 0= The Local variables of Macro Interrupt are unique. 1= Interrupt Valid/Invalid M-Code is set in a parameter. Interruption signal is : 1= Status; 0=Edge Trigger Typ. 1= Custom Macro Interrupt Type 2; 0= Interrupt Type 1. At Interrupt Abs. Coor. Is set to a skip Coor. In B/D Print, After ISO Code 1= LF & CR; 0= LF is output. Address P of M198 Indicate a : 1= Prgrm; 0= File Number. G Code Calling Custom Macro Body Prgrm 9010 G Code Calling Custom Macro Body Prgrm 9011 G Code Calling Custom Macro Body Prgrm 9012 G Code Calling Custom Macro Body Prgrm 9013 G Code Calling Custom Macro Body Prgrm 9014 G Code Calling Custom Macro Body Prgrm 9015 G Code Calling Custom Macro Body Prgrm 9016 G Code Calling Custom Macro Body Prgrm 9017 G Code Calling Custom Macro Body Prgrm 9018 G Code Calling Custom Macro Body Prgrm 9019 M Code Calling Custom Macro Body Prgrm 9020 M Code Calling Custom Macro Body Prgrm 9021 M Code Calling Custom Macro Body Prgrm 9022 M Code Calling Custom Macro Body Prgrm 9023 M Code Calling Custom Macro Body Prgrm 9024 M Code Calling Custom Macro Body Prgrm 9025 M Code Calling Custom Macro Body Prgrm 9026 M Code Calling Custom Macro Body Prgrm 9027 M Code Calling Custom Macro Body Prgrm 9028 M Code Calling Custom Macro Body Prgrm 9029 M Code Calling Custom Macro Body Prgrm 9001 M Code Calling Custom Macro Body Prgrm 9002 M Code Calling Custom Macro Body Prgrm 9003 M Code to enable Custom Macro Interruption. 0-255 M Code to disable Custom Macro Interruption. 0-255 M Code to call prgrm Regi. In a prgrm Other than M198.
Bit 6 4 7 5 0 3 1 7 6
Description 1= Fry Run Effective for Rapid Traverse. 0= Feed Increase when *OV1 to *OV8 Decr.; 1= Decrease. 1= Interlock is valid for each axis; 0= All axis. 1= Rapid Trav. Signal ROV2 is not Active; 0= Active. 1= Rpr. Trav. Effective when No Ref. Point Return is done. 1= Select B type for feedrate; 0= Select A type. 1= Interlock for Z only; 0= Interlock for all axis. 1= Rpd + Upper Lmt. Cut. Feed Params. Are Mult. By 10. 1= When no Pos. Coder, Per-Revol. Feed command valid. Const. To find feedrate when Mpg. Rotate 1 Scale. Rapid Traverse Rate Of X axis (mm/Min or mm/Min x 10). Rapid Traverse Rate Of Y axis (mm/Min or mm/Min x 10). Rapid Traverse Rate Of Z axis (mm/Min or mm/Min x 10).
Feed Rate Symbol RDRN OVRI EILK ROVE ISOT ADNW ZILK FLM10 NPRV FIDN RPDFX RPDFY RPDFZ
Param 1 3 8 8 10 11 12 49 49 216 518 519 520
FANUC 0M Parameter List Symbol RPDF4 FEDMX RPDFL ZRNFL FINT RPDJX RPDJY RPDJZ RPDJ4 JOGF JOGFAD FEDMAD RPDFLA ZRNFLA F1DMAX1 F1DMAX2 RPDF7 RPDF8 F1DF1 F1DF2 F1DF3 F1DF4 F1DF5 F1DF6 F1DF7 F1DF8 F1DF9 RPDF5 RPDF6 ZRNFLS
Param 521 527 533 534 549 559 560 561 562 565 566 567 568 569 583 584 643 644 788 789 790 791 792 793 794 795 796 7518 7519 7534
Bit
Description Rapid Traverse Rate Of 4th axis (mm/Min or mm/Min x 10). Upper speed of cutting feed on X, Y, Z axes (mm/Min). The least speed of rapid traverse override (F0). Low feed speed at Ref. point return (FL, all axes). Cutting feedrate in AUTO mode at turning power On. Rapid traverse rate in JOG mode for X axis. Rapid traverse rate in JOG mode for Y axis. Rapid traverse rate in JOG mode for Z axis. Rapid traverse rate in JOG mode for 4th axis. Jog feedrate when rot. Switch pos. is 10 in B Spec. Jog feedrate when rot. Switch is 10 for 4th axis. Upper Limit of feed rate of all axes in case B spec. Low Spd (F0) of rapid traverse override for 4th axis. Low feed rate (FL) at Ref. point Return of 4th axis. Upper limit of F1 Digit command Feedrate. Upper limit of F1 Digit command Feedrate. Rapid travers speed of 7th axis. Rapid travers speed of 8th axis. Feedrate for F1 Dgt, Command F1 (0.1-1500.0 mm/Min). Feedrate for F1 Dgt, Command F2 (0.1-1500.0 mm/Min). Feedrate for F1 Dgt, Command F3 (0.1-1500.0 mm/Min). Feedrate for F1 Dgt, Command F4 (0.1-1500.0 mm/Min). Feedrate for F1 Dgt, Command F5 (0.1-1500.0 mm/Min). Feedrate for F1 Dgt, Command F6 (0.1-1500.0 mm/Min). Feedrate for F1 Dgt, Command F7 (0.1-1500.0 mm/Min). Feedrate for F1 Dgt, Command F8 (0.1-1500.0 mm/Min). Feedrate for F1 Dgt, Command F9 (0.1-1500.0 mm/Min). Rapid traverse rate 5th axis (nn/Min or mm/Min x 10). Rapid traverse rate 6th axis (nn/Min or mm/Min x 10). Low Feed speed at Ref. point Return (FL, 5th & 6th Axis).
Graphic Display Symbol GRPOS SGCSR SGFIN SGPLN SG3PLN SGTLC SGORG RGDOV PSGSPR PSGSPL PSGSPA PSGSPB 9HRDSX 9HRDSY
Param 46 58 58 58 58 58 58 63 589 590 591 592 630 631
Bit 5 5 4 3 2 1 0 4
Description 1= Axes Pos. are display in projec. View or tool path. Type of Magnification Marks of tool path drawing. Projection view Drwg. Is 1= Fine mode 0= Rough Mode. In projection plane is dranw : 1= With ridge line. 3 Plane view in Proj. Drwg id drawn 1= In 3Dr Angle. 1= In ProjViewDrw, tool Lenght Compensation is made. When G54/G59 is read Drwg Coord. Are : 1= Changed, 0= No. 1= Override is valid in drawing in rigid Tapping. Right Margin in projection View Drawing. Left Margin in projection View Drawing. Upper Margin in projection View Drawing. Lower Margin in projection View Drawing. Dot shift amount in horizontal Direction of 9’’ Crt. Dot shift amount in vertical Direction of 9’’ Crt.
8
9
Hand Wheel
Hand Wheel Symbol THJD HSLE NZMP4 NZMP2 NYMP2 NXMP2 MHPGB H4/ZNO NUMHG MULHPG JHD
Param 2 3 18 18 18 18 19 117 118 121 13
Bit 6 7 3 2 1 0 0
0
Description 1= Handle Feed Possible with MPG in teach in Mode. 1= When 3 Mpg’s; Axis select sign. Is valid. Hndl Feed *100 for 4th axis : 1= Ineffectiv; 0= Effective. Hndl Feed *100 for Z axis : 1= Ineffectiv; 0= Effective. Hndl Feed *100 for Y axis : 1= Ineffectiv; 0= Effective. Hndl Feed *100 for X axis : 1= Ineffectiv; 0= Effective. Multi-Handle function is specification : 1= B; 0= A. MPG NBR. Of Z/4th in Multi-Handle B Specif : 1 to 3. Number of Man. Puls Generator to be used in Multi-Handle. Multiplier N of the Manual Handle Feed. Set. 1-127. 1= MPG is valid in Jog Mode; 0= MPG is not valid.
Input/Output by serial interface Symbol NFED ASR33 STP2 NFED ASR33 STP2 PRWD TVC NEOP RSCMD1 DEVFL1 RSCMD2 DEVFL2 RWDOUT RAL RDL NFED RSASCI STP2 BRATE2 BRATE3 BRATE0 BRATE1
Param 2 2 2 12 12 12 15 18 19 38 38 38 38 45 45 45 50 50 50 250 251 552 553
Bit 7 2 0 7 2 0 5 6 6 7 6 5 4 2 1 0 7 3 0
Description 1= No tape leader; 0= Tape leader before program. (I/O=0) 1= 20MA Loop in Chanel 1; 0= RS232 in Chanel 1. (I/O=0) 1= 2 Stops bits in Chanel 1; 0= 1 Stop bit in chanel 1. (I/O=0) 1= No tape leader before Program; 0= Tape leader. (I/O=1) 1= 20MA Loop in Chanel 1; 0= RS232 in Chanel 1. (I/O=1). 1= 2 Stops bits in Chanel 1; 0= 1 Stop bit in chanel 1. (I/O=1) 1= RWD Signal is output to port. Tape reader; 0= Not output. 1= TV Check at the comment; 0= No. 1= M2, M30, M99 Command the end Regis. Into Part Program. Setting I/O Device of Reader/Puncher Interface Chanel 1. Setting I/O Device of Reader/Puncher Interface Chanel 1. Setting I/O Device of Reader/Puncher Interface Chanel 2. Setting I/O Device of Reader/Puncher Interface Chanel 2. 0= A signal is outputted for Tape Rewinding. Regist. 1= Only one prgrm; 0= All prgrms thru RS232C. I/O Ext. Cont. 1= Regist. When all mem. Clear ; 0= Norm. 1= No tape Feed is output (I/O=2). Input uses : 1= ASCII Code; 0= ISO/EIA Code (I/O=2). 1= 2 Stop Bits; 0= 1 Stop Bit (I/O=2). Baud Rate when (I/O=2). Baud Rate when (I/O=3). Baud Rate when (I/O=0). Baud Rate when (I/O=1). Setting Value 1 2 3 4 5 6 7 8 9
Baud Rate 50 100 110 150 200 300 600 1200 2400
FANUC 0M Parameter List Setting Value 10 11
Baud Rate 4800 9600
Part Counter Symbol RWCNT MCDCNT PARTRQ PARTAL
Param 40 219 600 779
Bit 3
Description 0= Counts Total no of Parts Machined at M2 or M30. M Code to count-up Number of machined parts. Number of Machined parts required 0 to 9999. No. Of Machined parts in total 0 to 99 999 999.
Pitch error compensation Symbol
Param
Bit
Description
PML2
11
1
Pitch error compensation magnification.
PML1
11
0
Pitch error compensation magnification.
PECINX
712
Pitch error compensation interval for X axis.
PECINY
713
Pitch error compensation interval for Y axis.
PECINZ
714
Pitch error compensation interval for Z axis.
PECIN4
715
Pitch error compensation interval for 4th axis.
PECOGX
1000
X axis zero point pitch error compensation (0 to 127).
PECOGY
2000
Y axis zero point pitch error compensation (0 to 127).
PECOGZ
3000
Z axis zero point pitch error compensation (0 to 127).
PECOG4
4000
4th axis zero point pitch error compensation (0 to 127).
PECOG5
5000
5th axis zero point pitch error compensation (0 to 127).
PECOG6
6000
6th axis zero point pitch error compensation (0 to 127).
PECIN5
7713
Pitch error compensation interval for 5th axis.
PECIN6
7714
Pitch error compensation interval for 6th axis.
PMC axis control Symbol
Param
Bit
Description
DSPSUB
29
6
1= Display 5th & 6th Axis current position for PMC axis.
EAC1
30
1
Axis setting for PMC axis control.
EAC0
30
0
Axis setting for PMC axis control.
EACSB
32
6
1= PMC axis control is B specification; 0= A specification.
PNGMLK
32
4
1= In PMC axis control, Machine lock shall be invalid.
EFML10
49
5
1= Feedrate Command of PMC axis is used by 10 times.
NODIC8
52
7
1= Ignore 1/10 increment systeme of the PMC 8th axis.
NODIC7
52
6
1= Ignore 1/10 increment systeme of the PMC 7th axis.
NODIC6
52
5
1= Ignore 1/10 increment systeme of the PMC 6th axis.
NODIC5
52
4
1= Ignore 1/10 increment systeme of the PMC 5th axis.
NODIC4
52
3
1= Ignore 1/10 increment systeme of the PMC 4th axis.
NODICZ
52
2
1= Ignore 1/10 increment systeme of the PMC Z axis.
NODICY
52
1
1= Ignore 1/10 increment systeme of the PMC Y axis.
10
11
PMC signals - Digital inputs/outputs
Symbol
Param
Bit
Description
NODICX
52
0
1= Ignore 1/10 increment systeme of the PMC X axis.
EBC8
61
5
For DI/DO of PMC axis control use : 1= B; 0= A.
EBC7
61
4
For DI/DO of PMC axis control use : 1= B; 0= A.
EBC4
61
3
For DI/DO of PMC axis control use : 1= B; 0= A.
EBCZ
61
2
For DI/DO of PMC axis control use : 1= B; 0= A.
EBCY
61
1
For DI/DO of PMC axis control use : 1= B; 0= A.
EBCX
61
0
For DI/DO of PMC axis control use : 1= B; 0= A.
EAXOV
63
5
1= Dry Run & Override is valid for the PMC axis.
PMC signals - Digital inputs/outputs Symbol
Param
Bit
Description
TMF
9
4
Delay time between M, S, T Codes and MF, TF, SF Strobe.
TFIN
9
0
Time of reception width of FIN Signal.
MCINP
11
7
1= Program input start with signal ‘’MINP’’
RILK
15
2
1= Intlk. At high speed; 0= Intlk. At normal speed.
C4NG
19
1
1= 4th axis neglect signal is valid.
BCD3
20
4
Output B code is 1= 3 Digits; 0= 6 Digits.
IGNPMC
24
0
1= Control by PMC is made ineffective.
EXTS
28
4
Search by external 1= Prgrm (1-9999); 0= 1-15.
HSIF
45
7
M/S/T/B Code process : 1= High speed; 0= Normal Interface.
RDIK
49
1
0= The high speed interlock signal always valid.
DILK
49
0
1= Each axis interlock signal valid only in manual operation.
PRSTCT
252
Par. To prolong the RST signal output time (0-225).
Programing Symbol
Param
Bit
Description
PRG9
10
4
1= Prgrm and Sub-prgrm from 9000 to 9999 are protected.
G01
11
6
1= G01 Mode at power on; 0= G00 Mode at power on.
SBKM
11
5
1= Single block active in macros; 0= Not active.
CPRD
15
7
1= If no decimal point, unit is mm or inch; 0= Least input incr.
REP
15
6
1= New entered prgrm replace old one; 0= Doesn’t replace, alarm.
SUPM
16
2
1= Start up B type type effective with Cut. Comp. 0= Not effective
SQTYP
18
4
Program restart should be : 1= R type; 0= P or Q type.
M02NR
19
5
1= Return to head of program after executing M02.
G91
30
7
When power on : 1= G91; 0= G90 Mode is set.
SSCA1
41
5
Set the reference axis for C.S.S. Calculation.
SSCA0
41
4
Set the reference axis for C.S.S. Calculation.
DAT16M
55
6
Set the data distribution time (msec) of G05.
DAT4MS
55
5
Set the data distribution time (msec) of G05.
DAT2MS
55
4
Set the data distribution time (msec) of G05.
ITPCNT
55
5
Interpolation time in high speed cycle machining.
MIC
57
3
1= At omission of Decimal point, min. unit x 10.
FANUC 0M Parameter List Symbol
Param
Bit
Description
M3B
65
7
MBUF1
111
Set the 1st M Code not subject to buffering.
MBUF2
112
Set the 2nd M Code not subject to buffering.
PSRNQ1
124
Order of movement to DNR restart position in prgrm of X axis.
PSRNQ2
125
Order of movement to DNR restart position in prgrm of Y axis.
PRSNQ3
126
Order of movement to DNR restart position in prgrm of Z axis.
PRSNQ4
127
Order of movement to DNR restart position in prgrm of 4th axis.
INTPLN
212
0= G17 1= G18 2= G19 is select at power on.
SEQINC
550
Increment value on automatic insertion of sequence number.
G05NOM
597
Max. simultaneous axis during G05 specification.
1= Max. 3 M codes can be designated in one block.
Remote Buffer Symbol
Param
Bit
Description
RSCMD3
38
2
Setting I/O Device of remote buffer chanel. (See figure in anexe).
DEVFL3
38
1
Setting I/O Device of remote buffer chanel. (See figure in anexe).
ECLK
51
5
1= Remote buffer is effective by an external clock.
NCKCD
51
4
1= Signal status CD is not monitored in interface.
SYNAK
51
2
1= In protocol B, output ‘’SYN’’ & ‘’NAK’’ is controled.
PARTY
51
1
Parity bit shall be : 1= Present; 0= Absent.
NFED
51
7
1= Tape feed is output in I/O interface #3.
STP2
51
0
Stop bit in I/O interface #3 : 1= 2 stop bits; 0= 1 stop bit.
RMSTS
55
7
1= ‘SAT’ TGRM. Is Ret. Uncond. When host sends ‘SET’.
RS42
55
3
Remote buffer interface made by 1= RS422; 0= RS232C.
PROTCA
55
2
For communication protocol, use protocol : 1= A; 0= B.
EXT
55
1
End code shall be : 1= ‘EXT’; 0= ‘CR’.
ASCII
55
0
For all communication exept NC data, use : 1= ASCII; 0= ISO.
Rigid tapping Symbol
Param
Bit
Description
SRGTP
19
4
Rigid tapping Selection signal : 1= G130.5 0= G123.1
VALT
37
6
1= Time const. Is steplessly switched in rigid tapping.
VALPC
63
3
1= Opt. Gear ratio is used between Spdl & Position coder.
TPSUP
254
Spindle and Z axis acc/dec : 0= Exponential; 1= Linear.
BKL9
255
Spindle backlash amount in the rigid tapping (0-127).
MCODE
256
M Code to specify the rigid tapping mode (0-256).
RGOVG
258
Used to set the override value at drawing in rigid.
TPFDT
613
Acc/dec time constant of spdl. And Z axis in msec.
TPFFL
614
Lower speed limit at expon. Acc/dec (Z and spindle).
TLPG
615
Position control loop gain between spindle and Z axis.
LPGM9
616
Loop gain multiplier of spdl. In high peed range.
TPSMX
617
Maximum allowable speed on spdl. In rigid tapping.
TPIPZ
618
Z axis in position width in the rigid tapping mode.
12
13
Scaling & coordinate rotation
Symbol
Param
Bit
Description
INP9
619
Spindle in position width in the rigid tapping mode.
TPERZ
620
Error lmt. Of pos. Deviation during Z move in rigid tapping.
TPER9
621
Error lmt. Of pos. Deviation of spindle move in rigid tapping.
TPESZ
622
Limit of position deviation at stop of Z axis.
TPES9
623
Limit of position deviation at stop of spindle.
LGM9M
624
Spindle loop gain multiplier for middle gear.
LGM9H
625
Spindle loop gain multiplier for high gear.
ERR9
627
Spindle position deviation value (Diagnose only).
IPL9
628
Spindle distribution amount in rigid tapping (Diagnose only).
GRPLW
663
Nbr. Of teeth of 1st spdl. Gear at opt. Gear ratio.
GRPMD
664
Nbr. Of teeth of 2nd spdl. Gear at opt. Gear ratio.
GRPHI
665
Nbr. Of teeth of 3rd spdl. Gear at opt. Gear ratio.
GRQLW
666
Nbr. Of teeth of 1st gear in psn. Coder at opt. Gear ratio.
GRQMD
667
Nbr. Of teeth of 2nd gear in psn. Coder at opt. Gear ratio.
GRQHI
668
Nbr. Of teeth of 3rd gear in psn. Coder at opt. Gear ratio.
TPLGL
669
Pos. Control loop gain of Z and Spdl of 1st stage.
TPLGM
670
Pos. Control loop gain of Z and Spdl of 2nd stage.
TPLGH
671
Pos. Control loop gain of Z and Spdl of 3rd stage.
ABS9
799
Spindle distribution cumulative value (Diagnostic).
Scaling & coordinate rotation Symbol
Param
Bit
Description
SCR
36
7
Scaling magnification incr. Shall be : 1= 0.001 0= 0.00001
SCLZ
36
2
1= Scaling is valid on Z axis only.
SCLY
36
1
1= Scaling is valid on Y axis only.
SCLX
36
0
1= Scaling is valid on X axis only.
RIN
41
0
Command coor. Rot. Angle by : 1= Increment; 0= Abs. Command.
ESCAL
63
6
Scaling magnification is pecified by : 1= I, J, & K; 0= P
PROTAG
730
Default angle value of coordinate rotation.
PSCRT
731
Default value of scale magnification factor.
PSCRT2
732
Default value of scale magnification factor of Y.
PSCRT3
733
Default value of scale magnification factor of Z.
Servo Symbol
Param
Bit
Description
DMRX
4
4
Detection multiply ratio X axis (Bits 4 to 6).
DMRY
5
4
Detection multiply ratio Y axis (Bits 4 to 6).
DMRZ
6
4
Detection multiply ratio Z axis (Bits 4 to 6).
DMR4
7
4
Detection multiply ratio 4th axis (Bits 4 to 6).
GRDX
4
0
Capacity of reference counter X axis (Bits 0 to 3).
GRDY
5
0
Capacity of reference counter Y axis (Bits 0 to 3).
GRDZ
6
0
Capacity of reference counter Z axis (Bits 0 to 3).
FANUC 0M Parameter List Symbol
Param
Bit
Description
GRD4
7
0
Capacity of reference counter 4th axis (Bits 0 to 3).
OFFVY
10
2
1= No servo alarm when VRDY on before PRDY is output.
ACMR
35
7
1= Optional CMR is used.
PLC01
37
7
1= A pulse coder of 0.1m detection is to be used.
SPTP8
37
5
1= Separate pulse coder is used as a detector for 8th axis.
SPTP7
37
4
1= Separate pulse coder is used as a detector for 7th axis.
SPTP4
37
3
1= Separate pulse coder is used as a detector for 4th axis.
SPTPZ
37
2
1= Separate pulse coder is used as a detector for Z axis.
SPTPY
37
1
1= Separate pulse coder is used as a detector for Y axis.
SPTPX
37
0
1= Separate pulse coder is used as a detector for X axis.
DMR7
67
4
Set the detection multiply of 7th axis.
DMR8
68
4
Set the detection multiply of 8th axis.
GRD7
67
0
Set the reference counter capacity of the 7th axis.
GRD8
68
0
Set the reference counter capacity of the 8th axis.
CMRX
100
Command multiply for X axis.
CMRY
101
Command multiply for Y axis.
CMRZ
102
Command multiply for Z axis.
CMR4
103
Command multiply for 4th axis.
SVAXX
269
Set the servo axis no. To output the X axis command.
SVAXY
270
Set the servo axis no. To output the Y axis command.
SVAXZ
271
Set the servo axis no. To output the Z axis command.
SVAX4
272
Set the servo axis no. To output the 4th axis command.
SVAX7
273
Set the servo axis no. To output the 7th axis command.
SVAX8
274
Set the servo axis no. To output the 8th axis command.
CMR7
275
Command multiply for 7th axis (Para. 100-130).
CMR8
276
Command multiply for 8th axis (Para. 100-130).
INPX
500
In position zone for X (range :0 to 32767 Detection unit).
INPY
501
In position zone for Y (range :0 to 32767 Detection unit).
INPZ
502
In position zone for Z (range :0 to 32767 Detection unit).
INP4
503
In position zone for 4th (range :0 to 32767 Detection unit).
SERRX
504
Servo error limit X during move (range :0 to 32767 Detection unit).
SERRY
505
Servo error limit Y during move (range :0 to 32767 Detection unit).
SERRZ
506
Servo error limit Z during move (range :0 to 32767 Detection unit).
SERR4
507
Servo error limit 4th during move (range :0 to 32767 Detection unit).
GRDSX
508
Setting of X axis grid shift amount in detect unit.
GRDSY
509
Setting of Y axis grid shift amount in detect unit.
GRDSZ
510
Setting of Z axis grid shift amount in detect unit.
GRDS4
511
Setting of 4th axis grid shift amount in detect unit.
LPGIN
517
Servo position loop gain all axes (Unit = 0.01 Sec-1).
BKLX
535
Backlash amount of X axis (0 to 2550 Microns).
BKLY
536
Backlash amount of Y axis (0 to 2550 Microns).
BKLZ
537
Backlash amount of Z axis (0 to 2550 Microns).
BKL4
538
Backlash amount of 4th axis (0 to 2550 Microns).
STPEX
593
X servo error limit at stop (0 to 32767 Detect unit).
STPEY
594
Y servo error limit at stop (0 to 32767 Detect unit).
14
15
Skip signal input
Symbol
Param
Bit
Description
STPEZ
595
Z servo error limit at stop (0 to 32767 Detect unit).
STPE4
595
4th servo error limit at stop (0 to 32767 Detect unit).
INP7
637
In position zone for 7th (range :0 to 32767 Detection unit).
INP8
638
In position zone for 8th (range :0 to 32767 Detection unit).
SERR7
639
Servo error limit 7th during move (range :0 to 32767 Detection unit).
SERR8
640
Servo error limit 8th during move (range :0 to 32767 Detection unit).
GRDS7
641
Setting of 7th axis grid shift amount in detect unit.
GRDS8
642
Setting of 8th axis grid shift amount in detect unit.
BKL7
647
Backlash amount of 7th axis (0 to 2550 Microns).
BKL8
648
Backlash amount of 8th axis (0 to 2550 Microns).
STPE7
649
7th servo error limit at stop (0 to 32767 Detect unit).
STPE8
650
8th servo error limit at stop (0 to 32767 Detect unit).
DMR5
7004
4
Detection multiply ratio 5th axis (Bits 4 to 6).
DMR6
7005
4
Detection multiply ratio 6th axis (Bits 4 to 6).
GRD5
7004
0
Capacity of reference counter 5th axis (Bits 0 to 3).
GRD6
7005
0
Capacity of reference counter 6th axis (Bits 0 to 3).
OFFVYS
7010
2
1= No servo alarm evan if VRDY is on before PRDY.
CMR5
7100
Command multiply for 5th axis.
CMR6
7101
Command multiply for 6th axis.
INP5
7500
In position zone for 5th (range :0 to 32767 Detection unit).
INP6
7501
In position zone for 6th (range :0 to 32767 Detection unit).
SERR5
7504
Servo error limit 5th during move (range :0 to 32767 Detection unit).
SERR6
7505
Servo error limit 6th during move (range :0 to 32767 Detection unit).
GRDS5
7508
Setting of 5th axis grid shift amount in detect unit.
GRDS6
7509
Setting of 6th axis grid shift amount in detect unit.
LPGINS
7517
Servo position loop gain 5/6th axes (Unit = 0.01 Sec-1).
BKL5
7535
Backlash amount of 5th axis (0 to 2550 Microns).
BKL6
7536
Backlash amount of 6th axis (0 to 2550 Microns).
STPE5
7593
5th servo error limit at stop (0 to 32767 Detect unit).
STPE6
7594
6th servo error limit at stop (0 to 32767 Detect unit).
Skip signal input Symbol
Param
Bit
SKPF
15
3
Description 1= DRN, Overr., acc/dec effective with skip; 0= No effect.
Spindle control Symbol
Param
Bit
Description
GST
3
5
1= Gear shift by SOR signal; 0= Orientation By SOR.
TCW
13
7
Output code at S analog output.
CWM
13
6
Output code at S analog output.
ORCW
13
5
1= Minus analog output at orientation; 0= Plus output.
SFOUT
20
7
SF in S4/5 is : 1= output at new; 0= Output at gear change.
FANUC 0M Parameter List Symbol
Param
Bit
Description
SCTO
24
2
1= Spindle speed reach signal is checked.
PSG2
28
7
Gear ratio of spindle and position coder.
PSG1
28
6
Gear ratio of spindle and position coder.
SFOB
29
5
In CSS mode : 1= SF is output; 0= SF is not output.
LGCM
35
6
1= Low, Highspeed gear change depend on param. No. 585.
SPMRPM
63
7
1= At S5 Digit anal. Control, Max Spdl speed i 99999R.
SPLOW
108
Min. Spindle speed during CSS or at gear change.
SCTTIM
110
Set delay timer for checking the Spndl speed reach signal.
PSANGN
516
Gain of D/A converter for spindle analog output.
GRHMAX
539
Max. spndl speed (for anal. Output) at high gear.
GRHMIN
540
Lower limit of spndl speed when using high speed gear.
GRLMAX
541
Max. spndl speed at lower speed gear.
SPDMAX
542
Upper limit of output value to the spindle motor.
SPDMIN
543
Lower limit of output value to the spindle motor.
LOWSP
551
Min. spindle speed in constant Surface speed control mode.
GRTMAX
555
Max. Spindle speed at high speed gear in 3 step gear select.
GRTMIN
556
Lower limit of spindle speed when using high speed gear.
SPDLC
577
Zero offset value of the spindle analog output.
SPDMXL
585
Spindle speed at which gear is changed (L to H or L to M).
SPDMXH
586
Spindle speed at which gear is changed (M to H).
PSANGS
7516
Gain of D/A converter for sub-spindle analog output.
SPDLCS
7539
Zero offset of the sub-spindle analog output.
Stroke limit Symbol
Param
Bit
Description
OTZN
8
6
1= Z axis stored stroke check is not done; 0= Is done.
LM2
15
4
1= Stroke limit 2 sign. Valid; 0= Stroke limit 2 sign. Invalid.
INOUT
24
4
1= Outside 2nd stroke limit is forbidden area; 0= Inside.
HOT3
57
5
A signal of hardware 0T is : 1= Valid; 0= Invalid.
LT1X1
700
Stroke limit 1 located right to ref. point X axis.
LT1Y1
701
Stroke limit 1 located right to ref. point Y axis.
LT1Z1
702
Stroke limit 1 located right to ref. point Z axis.
LT141
703
Stroke limit 1 located right to ref. point 4th axis.
LT1X2
704
Stroke limit 1 located left to ref. point X axis.
LT1Y2
705
Stroke limit 1 located left to ref. point Y axis.
LT1Z2
706
Stroke limit 1 located left to ref. point Z axis.
LT142
707
Stroke limit 1 located left to ref. point 4th axis.
LT2X1
743
Ext. stroke limit 2 located right to ref. point on X axis.
LT2Y1
744
Ext. stroke limit 2 located right to ref. point on Y axis.
LT2Z1
745
Ext. stroke limit 2 located right to ref. point on Z axis.
LT241
746
Ext. stroke limit 2 located right to ref. point on 4th axis.
LT2X2
747
Ext. stroke limit 2 located left to ref. point on X axis.
LT2Y2
748
Ext. stroke limit 2 located left to ref. point on Y axis.
16
17
Timers and counters
Symbol
Param
Bit
Description
LT2Z2
749
Ext. stroke limit 2 located left to ref. point on Z axis.
LT242
750
Ext. stroke limit 2 located left to ref. point on 4th axis.
LT3X1
804
Stroke limit 3 located right to ref. point on X axis.
LT3Y1
805
Stroke limit 3 located right to ref. point on Y axis.
LT3Z1
806
Stroke limit 3 located right to ref. point on Z axis.
LT3X2
807
Stroke limit 3 located left to ref. point on X axis.
LT3Y2
808
Stroke limit 3 located left to ref. point on Y axis.
LT3Z2
809
Stroke limit 3 located left to ref. point on Z axis.
LT171
821
Stroke limit 1 located right to ref. point on 7th axis.
LT181
822
Stroke limit 1 located right to ref. point on 8th axis.
LT172
823
Stroke limit 1 located left to ref. point on 7th axis.
LT182
824
Stroke limit 1 located left to ref. point on 8th axis.
LT151
7700
Stroke limit 1 located right to ref. point on 5th axis.
LT161
7701
Stroke limit 1 located right to ref. point on 6th axis.
LT152
7704
Stroke limit 1 located left to ref. point on 5th axis.
LT162
7705
Stroke limit 1 located left to ref. point on 6th axis.
Timers and counters Symbol
Param
Bit
DBCD
19
7
Description Timer Counter data displayed in : 1= Decimal; 0= Binary.
Tool Life Management Symbol
Param
Bit
Description
M6TCD
39
7
Regards M06 + T code as : 1= Tool grp no.; 0= Back tool.
IGIN
39
6
1= Ignore tool back-number.
IGSK
39
5
0= Tool skip signal is always accepted.
GRST
39
4
1= Clears all grp. Execut. Data by tool reset signal.
TLSK
39
3
1= By tool skip input, group number is also entered.
LCMT
39
2
Designates the tool life by : 1= Time; 0= Frequency.
GST2
39
1
Designates the no. Of regist. Grp in tool grp setting.
GST1
39
0
Designates the no. Of regist. Grp in tool grp setting.
M6TST
41
7
When T is specified with M06, Life of the Grp. Is counted.
TLCNEG
599
Tool Life management ignore number.
Tool Offset Symbol
Param
Bit
Description
IOF
1
4
Offset value : 1= Absolute; 0= Incremental
RS43
1
3
1= G43, G44 is not cancelled in reset : 0= Cancelled by reset.
PROD
1
1
Rel. Pos. Display shown : 1= Prgrm pos; 0= Actual pos. + offset.
TLCP
3
6
1= Tool lenght on axis select by G17, G19 : 0= Z only.
PROAD
18
5
Abs. Pos. Display shown : 1= Prgrm pos; 0= Actual pos. + offset.
FANUC 0M Parameter List TLCD
19
3
Tool lenght comp. : 1= Type C (+ OFRD=1); 0= Normal.
OFRD
36
6
1= Lenght comp. By H & Rad. Comp by D; 0= Both by H.
TLCDOK
36
5
1= No alarm if more than 2 axis are offset. In T lenght
CRCDR
557
Limitation on ignoring a small movement amount.
Uni-Directional Poitionning Symbol
Param
Bit
Description
G604
29
3
Approach direc. in single direction pos. For 4th :1= - Dir; 0= + Dir.
G60Z
29
2
Approach direc. in single direction pos. For Z :1= - Dir; 0= + Dir.
G60Y
29
1
Approach direc. in single direction pos. For Y :1= - Dir; 0= + Dir.
G60X
29
0
Approach direc. in single direction pos. For X :1= - Dir; 0= + Dir.
POSTN1
204
Approach amount for single direction positionning of X axis.
POSTN2
205
Approach amount for single direction positionning of Y axis.
POSTN3
206
Approach amount for single direction positionning of Z axis.
POSTN4
207
Approach amount for single direction positionning of 4th axis.
18