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COORDINATE SYSTEM OFFSET EXTENDED WORKPIECE COORDINATE | MITSUBISHI M70 COMMANDS

G54.1P1 G54.1P2 G54.1P3 G54.1P4 G54.1P5 G54.1P6 G54.1P7 G54.1P8 G54.1P9 G54.1P10 G54.1P11 G54.1P12 G54.1P13 G54.1P14 G54.1P15 G54.1P16 G54.1P17 G54.1P18 G54.1P19 G54.1P20 G54.1P21 G54.1P22 G54.1P23 G5

See: IIoT Device Driver for Mitsubishi controllers

CommandDefault Data TypeDescriptionPartAxisR/WData Range
M_SSEC_AWOFS_G54_1P1
T_FLOATBIN/T_LONGG54.1P1OORW±99999.999
M_SSEC_AWOFS_G54_1P2
T_FLOATBIN/T_LONGG54.1P2OORW±99999.999
M_SSEC_AWOFS_G54_1P3
T_FLOATBIN/T_LONGG54.1P3OORW±99999.999
M_SSEC_AWOFS_G54_1P4
T_FLOATBIN/T_LONGG54.1P4OORW±99999.999
M_SSEC_AWOFS_G54_1P5
T_FLOATBIN/T_LONGG54.1P5OORW±99999.999
M_SSEC_AWOFS_G54_1P6
T_FLOATBIN/T_LONGG54.1P6OORW±99999.999
M_SSEC_AWOFS_G54_1P7
T_FLOATBIN/T_LONGG54.1P7OORW±99999.999
M_SSEC_AWOFS_G54_1P8
T_FLOATBIN/T_LONGG54.1P8OORW±99999.999
M_SSEC_AWOFS_G54_1P9
T_FLOATBIN/T_LONGG54.1P9OORW±99999.999
M_SSEC_AWOFS_G54_1P10
T_FLOATBIN/T_LONGG54.1P10OORW±99999.999
M_SSEC_AWOFS_G54_1P11
T_FLOATBIN/T_LONGG54.1P11OORW±99999.999
M_SSEC_AWOFS_G54_1P12
T_FLOATBIN/T_LONGG54.1P12OORW±99999.999
M_SSEC_AWOFS_G54_1P13
T_FLOATBIN/T_LONGG54.1P13OORW±99999.999
M_SSEC_AWOFS_G54_1P14
T_FLOATBIN/T_LONGG54.1P14OORW±99999.999
M_SSEC_AWOFS_G54_1P15
T_FLOATBIN/T_LONGG54.1P15OORW±99999.999
M_SSEC_AWOFS_G54_1P16
T_FLOATBIN/T_LONGG54.1P16OORW±99999.999
M_SSEC_AWOFS_G54_1P17
T_FLOATBIN/T_LONGG54.1P17OORW±99999.999
M_SSEC_AWOFS_G54_1P18
T_FLOATBIN/T_LONGG54.1P18OORW±99999.999
M_SSEC_AWOFS_G54_1P19
T_FLOATBIN/T_LONGG54.1P19OORW±99999.999
M_SSEC_AWOFS_G54_1P20
T_FLOATBIN/T_LONGG54.1P20OORW±99999.999
M_SSEC_AWOFS_G54_1P21
T_FLOATBIN/T_LONGG54.1P21OORW±99999.999
M_SSEC_AWOFS_G54_1P22
T_FLOATBIN/T_LONGG54.1P22OORW±99999.999
M_SSEC_AWOFS_G54_1P23
T_FLOATBIN/T_LONGG54.1P23OORW±99999.999
M_SSEC_AWOFS_G54_1P24
T_FLOATBIN/T_LONGG54.1P24OORW±99999.999
M_SSEC_AWOFS_G54_1P25
T_FLOATBIN/T_LONGG54.1P25OORW±99999.999
M_SSEC_AWOFS_G54_1P26
T_FLOATBIN/T_LONGG54.1P26OORW±99999.999
M_SSEC_AWOFS_G54_1P27
T_FLOATBIN/T_LONGG54.1P27OORW±99999.999
M_SSEC_AWOFS_G54_1P28
T_FLOATBIN/T_LONGG54.1P28OORW±99999.999
M_SSEC_AWOFS_G54_1P29
T_FLOATBIN/T_LONGG54.1P29OORW±99999.999
M_SSEC_AWOFS_G54_1P30
T_FLOATBIN/T_LONGG54.1P30OORW±99999.999
M_SSEC_AWOFS_G54_1P31
T_FLOATBIN/T_LONGG54.1P31OORW±99999.999
M_SSEC_AWOFS_G54_1P32
T_FLOATBIN/T_LONGG54.1P32OORW±99999.999
M_SSEC_AWOFS_G54_1P33
T_FLOATBIN/T_LONGG54.1P33OORW±99999.999
M_SSEC_AWOFS_G54_1P34
T_FLOATBIN/T_LONGG54.1P34OORW±99999.999
M_SSEC_AWOFS_G54_1P35
T_FLOATBIN/T_LONGG54.1P35OORW±99999.999
M_SSEC_AWOFS_G54_1P36
T_FLOATBIN/T_LONGG54.1P36OORW±99999.999
M_SSEC_AWOFS_G54_1P37
T_FLOATBIN/T_LONGG54.1P37OORW±99999.999
M_SSEC_AWOFS_G54_1P38
T_FLOATBIN/T_LONGG54.1P38OORW±99999.999
M_SSEC_AWOFS_G54_1P39
T_FLOATBIN/T_LONGG54.1P39OORW±99999.999
M_SSEC_AWOFS_G54_1P40
T_FLOATBIN/T_LONGG54.1P40OORW±99999.999
M_SSEC_AWOFS_G54_1P41
T_FLOATBIN/T_LONGG54.1P41OORW±99999.999
M_SSEC_AWOFS_G54_1P42
T_FLOATBIN/T_LONGG54.1P42OORW±99999.999
M_SSEC_AWOFS_G54_1P43
T_FLOATBIN/T_LONGG54.1P43OORW±99999.999
M_SSEC_AWOFS_G54_1P44
T_FLOATBIN/T_LONGG54.1P44OORW±99999.999
M_SSEC_AWOFS_G54_1P45
T_FLOATBIN/T_LONGG54.1P45OORW±99999.999
M_SSEC_AWOFS_G54_1P46
T_FLOATBIN/T_LONGG54.1P46OORW±99999.999
M_SSEC_AWOFS_G54_1P47
T_FLOATBIN/T_LONGG54.1P47OORW±99999.999
M_SSEC_AWOFS_G54_1P48
T_FLOATBIN/T_LONGG54.1P48OORW±99999.999
M_SSEC_AWOFS_G54_1P49
T_FLOATBIN/T_LONGG54.1P49OORW±99999.999
M_SSEC_AWOFS_G54_1P50
T_FLOATBIN/T_LONGG54.1P50OORW±99999.999
M_SSEC_AWOFS_G54_1P51
T_FLOATBIN/T_LONGG54.1P51OORW±99999.999
M_SSEC_AWOFS_G54_1P52
T_FLOATBIN/T_LONGG54.1P52OORW±99999.999
M_SSEC_AWOFS_G54_1P53
T_FLOATBIN/T_LONGG54.1P53OORW±99999.999
M_SSEC_AWOFS_G54_1P54
T_FLOATBIN/T_LONGG54.1P54OORW±99999.999
M_SSEC_AWOFS_G54_1P55
T_FLOATBIN/T_LONGG54.1P55OORW±99999.999
M_SSEC_AWOFS_G54_1P56
T_FLOATBIN/T_LONGG54.1P56OORW±99999.999
M_SSEC_AWOFS_G54_1P57
T_FLOATBIN/T_LONGG54.1P57OORW±99999.999
M_SSEC_AWOFS_G54_1P58
T_FLOATBIN/T_LONGG54.1P58OORW±99999.999
M_SSEC_AWOFS_G54_1P59
T_FLOATBIN/T_LONGG54.1P59OORW±99999.999
M_SSEC_AWOFS_G54_1P60
T_FLOATBIN/T_LONGG54.1P60OORW±99999.999
M_SSEC_AWOFS_G54_1P61
T_FLOATBIN/T_LONGG54.1P61OORW±99999.999
M_SSEC_AWOFS_G54_1P62
T_FLOATBIN/T_LONGG54.1P62OORW±99999.999
M_SSEC_AWOFS_G54_1P63
T_FLOATBIN/T_LONGG54.1P63OORW±99999.999
M_SSEC_AWOFS_G54_1P64
T_FLOATBIN/T_LONGG54.1P64OORW±99999.999
M_SSEC_AWOFS_G54_1P65
T_FLOATBIN/T_LONGG54.1P65OORW±99999.999
M_SSEC_AWOFS_G54_1P66
T_FLOATBIN/T_LONGG54.1P66OORW±99999.999
M_SSEC_AWOFS_G54_1P67
T_FLOATBIN/T_LONGG54.1P67OORW±99999.999
M_SSEC_AWOFS_G54_1P68
T_FLOATBIN/T_LONGG54.1P68OORW±99999.999
M_SSEC_AWOFS_G54_1P69
T_FLOATBIN/T_LONGG54.1P69OORW±99999.999
M_SSEC_AWOFS_G54_1P70
T_FLOATBIN/T_LONGG54.1P70OORW±99999.999
M_SSEC_AWOFS_G54_1P71
T_FLOATBIN/T_LONGG54.1P71OORW±99999.999
M_SSEC_AWOFS_G54_1P72
T_FLOATBIN/T_LONGG54.1P72OORW±99999.999
M_SSEC_AWOFS_G54_1P73
T_FLOATBIN/T_LONGG54.1P73OORW±99999.999
M_SSEC_AWOFS_G54_1P74
T_FLOATBIN/T_LONGG54.1P74OORW±99999.999
M_SSEC_AWOFS_G54_1P75
T_FLOATBIN/T_LONGG54.1P75OORW±99999.999
M_SSEC_AWOFS_G54_1P76
T_FLOATBIN/T_LONGG54.1P76OORW±99999.999
M_SSEC_AWOFS_G54_1P77
T_FLOATBIN/T_LONGG54.1P77OORW±99999.999
M_SSEC_AWOFS_G54_1P78
T_FLOATBIN/T_LONGG54.1P78OORW±99999.999
M_SSEC_AWOFS_G54_1P79
T_FLOATBIN/T_LONGG54.1P79OORW±99999.999
M_SSEC_AWOFS_G54_1P80
T_FLOATBIN/T_LONGG54.1P80OORW±99999.999
M_SSEC_AWOFS_G54_1P81
T_FLOATBIN/T_LONGG54.1P81OORW±99999.999
M_SSEC_AWOFS_G54_1P82
T_FLOATBIN/T_LONGG54.1P82OORW±99999.999
M_SSEC_AWOFS_G54_1P83
T_FLOATBIN/T_LONGG54.1P83OORW±99999.999
M_SSEC_AWOFS_G54_1P84
T_FLOATBIN/T_LONGG54.1P84OORW±99999.999
M_SSEC_AWOFS_G54_1P85
T_FLOATBIN/T_LONGG54.1P85OORW±99999.999
M_SSEC_AWOFS_G54_1P86
T_FLOATBIN/T_LONGG54.1P86OORW±99999.999
M_SSEC_AWOFS_G54_1P87
T_FLOATBIN/T_LONGG54.1P87OORW±99999.999
M_SSEC_AWOFS_G54_1P88
T_FLOATBIN/T_LONGG54.1P88OORW±99999.999
M_SSEC_AWOFS_G54_1P89
T_FLOATBIN/T_LONGG54.1P89OORW±99999.999
M_SSEC_AWOFS_G54_1P90
T_FLOATBIN/T_LONGG54.1P90OORW±99999.999
M_SSEC_AWOFS_G54_1P91
T_FLOATBIN/T_LONGG54.1P91OORW±99999.999
M_SSEC_AWOFS_G54_1P92
T_FLOATBIN/T_LONGG54.1P92OORW±99999.999
M_SSEC_AWOFS_G54_1P93
T_FLOATBIN/T_LONGG54.1P93OORW±99999.999
M_SSEC_AWOFS_G54_1P94
T_FLOATBIN/T_LONGG54.1P94OORW±99999.999
M_SSEC_AWOFS_G54_1P95
T_FLOATBIN/T_LONGG54.1P95OORW±99999.999
M_SSEC_AWOFS_G54_1P96
T_FLOATBIN/T_LONGG54.1P96OORW±99999.999

 

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https://www.inventcom.net/support/mitsubishi-m70-commands/coordinate-system-offset-extended-workpiece-coordinate

Support | Mitsubishi M70 Commands | Overview

 Here yo can find a list of command sections for Mitsubishi CNC Series 700/70 controllers . With our... [read more]		Support | Mitsubishi M70 Commands | Overview

Support | Mitsubishi M70 Commands | Absolute position detection data

 Absolute position detection type Absolute position detection status Machine end Machine value Yet to pass (Machine value status) Automatic initial setting message Executing... [read more]		Support | Mitsubishi M70 Commands | Absolute position detection data

Support | Mitsubishi M70 Commands | Absolute position parameter

 Absolute position detection method Reference Z- direction Check G28 verification width M02 verification width Current limit (%) Stopper speed Approach Near reference position +... [read more]		Support | Mitsubishi M70 Commands | Absolute position parameter

Support | Mitsubishi M70 Commands | Anshin-net 1

 Telephone number to contact 1 Comment1 Telephone number to contact 2 Comment2 Telephone number to contact 3 Comment3 Anshin-net enabled MTB-net enabled Password in machining data... [read more]		Support | Mitsubishi M70 Commands | Anshin-net 1

Support | Mitsubishi M70 Commands | Anshin-net 2

 Modem's telephone number Call centre’s telephone No. MTB’s telephone No. Num arrival call 1 Num arrival call 2 Num arrival call 3 Num arrival call 4 Num arrival call 5 MTB's... [read more]		Support | Mitsubishi M70 Commands | Anshin-net 2

Support | Mitsubishi M70 Commands | Anshin-net I_F

 One-touch call Operator notice Arbitrary No. Notice telephone No. Anshin-net message status Message from NC service Anshin-net communication situation Anshin-net communication... [read more]		Support | Mitsubishi M70 Commands | Anshin-net I_F

Support | Mitsubishi M70 Commands | Auxiliary axis control

 Operation test mode Absolute position set Position setting method Position setting status Operation mode Operation parameter group Scale Operation status Auxiliary axis reference... [read more]		Support | Mitsubishi M70 Commands | Auxiliary axis control

Support | Mitsubishi M70 Commands | Auxiliary axis drive unit monitor

 Droop Rotation speed Load current MAX current 1 MAX current 2 Overload Regenerative load Current station No. Current position Target station No. Command position Auxiliary axis... [read more]		Support | Mitsubishi M70 Commands | Auxiliary axis drive unit monitor

Support | Mitsubishi M70 Commands | Axis parameter

 Axis name Display axis name Increment command axis name Command unit Inch output Rotary axis Motor ccw Diameter specification axis Spindle interpolation Drive unit interface... [read more]		Support | Mitsubishi M70 Commands | Axis parameter

Support | Mitsubishi M70 Commands | Axis parameter for auxiliary axis

 Motor series Regeneration option type Motor side gear ratio (machine rotation ratio) Machine side gear ratio (motor rotation ratio) Feed pitch In-position detection width... [read more]		Support | Mitsubishi M70 Commands | Axis parameter for auxiliary axis

Support | Mitsubishi M70 Commands | Axis status

 Axis status (Axis removal) Axis status (Servo OFF) Axis status (1st ref) Axis status (2nd ref) Axis status (3rd ref) Axis status (4th ref) Axis status (Mirror image) Axis status... [read more]		Support | Mitsubishi M70 Commands | Axis status

Support | Mitsubishi M70 Commands | Background check

 Optional block skip See: IIoT Device Driver for Mitsubishi controllers... [read more]		Support | Mitsubishi M70 Commands | Background check

Support | Mitsubishi M70 Commands | Barrier

 P0 X P1 X P1 Z P2 X P2 Z P3 X See: IIoT Device Driver for Mitsubishi controllers... [read more]		Support | Mitsubishi M70 Commands | Barrier

Support | Mitsubishi M70 Commands | Base parameter

 Life management count Split life management display screen Life management re-count M code Validate alternate M code M96 alternate M code M97 alternate M code Validate status... [read more]		Support | Mitsubishi M70 Commands | Base parameter

Support | Mitsubishi M70 Commands | Bit selection

 Bit selection (x=0 to 195) See: IIoT Device Driver for Mitsubishi controllers... [read more]		Support | Mitsubishi M70 Commands | Bit selection

Support | Mitsubishi M70 Commands | Buffer correction

 Buffer correction status Buffer correction program path See: IIoT Device Driver for Mitsubishi controllers... [read more]		Support | Mitsubishi M70 Commands | Buffer correction

Support | Mitsubishi M70 Commands | CC-Link parameter Base

 1st slot Station No. 1st slot Transmission rate and mode 1st slot Setting of data link faulty station 1st slot Setting at PLC STOP 1st slot Number of occupied stations 1st slot... [read more]		Support | Mitsubishi M70 Commands | CC-Link parameter Base

Support | Mitsubishi M70 Commands | CC-Link parameter Station information

 Station 26 Extended cyclic setting Station 26 Number of occupied stations Station 26 Station No. Station 26 Remote station points Station 26 Reserved station Station 26 Send... [read more]		Support | Mitsubishi M70 Commands | CC-Link parameter Station information

Support | Mitsubishi M70 Commands | CNC information

 The number of axes in a part system (Basic configuration) The number of sets of common variable (#100-) The total number of NC axes (NC) The total number of control axes... [read more]		Support | Mitsubishi M70 Commands | CNC information

Support | Mitsubishi M70 Commands | Common variable By each part system 100

 100~199 (x=100~199) See: IIoT Device Driver for Mitsubishi controllers... [read more]		Support | Mitsubishi M70 Commands | Common variable By each part system 100

Support | Mitsubishi M70 Commands | Common variable Common between part systems 500

 Common variable (common between part systems #400 to #999) (x=400 to 999) Common variable comment (common between part systems #500 to #519) (x=500 to 519) Common variable... [read more]		Support | Mitsubishi M70 Commands | Common variable Common between part systems 500

Support | Mitsubishi M70 Commands | Computer Link parameter

 Baud rate Stop bit Parity effective Even parity Character length Hand shake Time-out set Data code Link parameter 1 Link parameter 2 Link parameter 3 Link parameter 4 Link... [read more]		Support | Mitsubishi M70 Commands | Computer Link parameter

Support | Mitsubishi M70 Commands | Coordinate system offset Local coordinate

 Local coordinate system offset (G54) Local coordinate system offset (G55) Local coordinate system offset (G56) Local coordinate system offset (G57) Local coordinate system offset... [read more]		Support | Mitsubishi M70 Commands | Coordinate system offset Local coordinate

Support | Mitsubishi M70 Commands | Coordinate system offset Other coordinate system

 External workpiece offset (EXT) G92 coordinate system offset See: IIoT Device Driver for Mitsubishi controllers... [read more]		Support | Mitsubishi M70 Commands | Coordinate system offset Other coordinate system

Support | Mitsubishi M70 Commands | Coordinate system offset Workpiece coordinate

 G54 workpiece coordinate system offset G55 workpiece coordinate system offset G56 workpiece coordinate system offset G57 workpiece coordinate system offset G58 workpiece... [read more]		Support | Mitsubishi M70 Commands | Coordinate system offset Workpiece coordinate

Support | Mitsubishi M70 Commands | Counter

 Workpiece coordinate position counter Machine position counter Current position counter Relative position counter Program position counter Remaining command Skip coordinate... [read more]		Support | Mitsubishi M70 Commands | Counter

Support | Mitsubishi M70 Commands | Cumulative time

 Power ON time Automatic operation time Automatic start up time External cumulative time 1 External cumulative time 2 Date Time Cycle time Machining time calculation See:... [read more]		Support | Mitsubishi M70 Commands | Cumulative time

Support | Mitsubishi M70 Commands | Ethernet parameter

 Start of service IP address Subnet mask Gateway Port No. Ethernet communication parameter before conversion (Host address) Host's port No. Local IP Address Local Subnetmask IP... [read more]		Support | Mitsubishi M70 Commands | Ethernet parameter

Support | Mitsubishi M70 Commands | F modal

 Program command F modal (FA) Manual feedrate (FM) Synchronous feedrate (FS) Thread cutting lead (FE) Remaining dwell time Constant surface speed control (Surface speed S) (x=1 to... [read more]		Support | Mitsubishi M70 Commands | F modal

Support | Mitsubishi M70 Commands | File information

 The number of machining programs to register The number of remaining machining programs Machining program character capacity The number of remaining characters in machining... [read more]		Support | Mitsubishi M70 Commands | File information

Support | Mitsubishi M70 Commands | G modal

 G code (x=Group1 to 21) Tool compensation No. of shape (diameter) compensation modal Compensation amount of shape (diameter) compensation modal Wear amount of shape (diameter)... [read more]		Support | Mitsubishi M70 Commands | G modal

Support | Mitsubishi M70 Commands | Hardware configuration

 RIO unit 1 to 8 Terminal RIO unit 1 to 4 Control unit (NC card) Extension unit Terminal display (For M7) Extension bus for optional card (OPTION CARD) (For M7) External interface... [read more]		Support | Mitsubishi M70 Commands | Hardware configuration

Support | Mitsubishi M70 Commands | Input_Output parameter

 Data input Data input Data output Data output Tape operation Tape operation Macro print Macro print PLC... [read more]		Support | Mitsubishi M70 Commands | Input_Output parameter

Support | Mitsubishi M70 Commands | Key history

 Collection status of sampling Collection status of history Specification-Part system Specification-Spindle Specification-Servo Data-Hardware configuration Data-Software... [read more]		Support | Mitsubishi M70 Commands | Key history

Support | Mitsubishi M70 Commands | Ladder interface Common

 Load meter name (x=1,2) Load meter graduation comment 1st line (x=1,2) Load meter unit comment (x=1,2) Load meter graduation comment 2nd line (x=1,2) Spindle standby tool comment... [read more]		Support | Mitsubishi M70 Commands | Ladder interface Common

Support | Mitsubishi M70 Commands | Life management data

 Tool No. (x=1 to 1000) Status (x=1 to 1000) Method (x=1 to 1000) Length compensation (x=1 to 1000) Diameter compensation (x=1 to 1000) Used (time, the number of times, wear... [read more]		Support | Mitsubishi M70 Commands | Life management data

Support | Mitsubishi M70 Commands | Life management information

 The number of tools in life management The number of registration groups in life management Data change flag in life management The maximum registration number of tools in life... [read more]		Support | Mitsubishi M70 Commands | Life management information

Support | Mitsubishi M70 Commands | Local variable

 Local variable (Level0) (x=1 to 33) Local variable (Level1) (x=1 to 33) Local variable (Level2) (x=1 to 33) Local variable (Level3) (x=1 to 33) Local variable (Level4) (x=1 to... [read more]		Support | Mitsubishi M70 Commands | Local variable

Support | Mitsubishi M70 Commands | Machine error compensation parameter

 Machine error compensation increment method 1st to 28th axis base axis (1 to 28) 1st to 28th axis compensation axis (1 to 28) 1st to 28th axis division point number at reference... [read more]		Support | Mitsubishi M70 Commands | Machine error compensation parameter

Support | Mitsubishi M70 Commands | Macro list

 M[01] code M[01] type M[01] program No. M[02] code M[02] type M[02] program No. M[03] code M[03] type M[03] program No. M[04] code M[04] type M[04] program No. M[05] code M[05]... [read more]		Support | Mitsubishi M70 Commands | Macro list

Support | Mitsubishi M70 Commands | MSTB execution status

 M command/Manual numerical command (B1) M command/Manual numerical command (B2) M command/Manual numerical command (B3) M command/Manual numerical command (B4) Restart search T... [read more]		Support | Mitsubishi M70 Commands | MSTB execution status

Support | Mitsubishi M70 Commands | MSTB modal

 S modal (S1 to S6) (x=1 to 6) T modal (T1 to T2) (x=1 to 2) M modal (M1 to M4) (x=1 to 4) B modal (B1 to B4) (x=1 to 4) See:... [read more]		Support | Mitsubishi M70 Commands | MSTB modal

Support | Mitsubishi M70 Commands | Open parameter1 long

 Open parameter value 1(long) (x=1 to 896) See: IIoT Device Driver for Mitsubishi controllers... [read more]		Support | Mitsubishi M70 Commands | Open parameter1 long

Support | Mitsubishi M70 Commands | Open parameter2 double

 Open parameter value 2(long) (x=1 to 896) See: IIoT Device Driver for Mitsubishi controllers... [read more]		Support | Mitsubishi M70 Commands | Open parameter2 double

Support | Mitsubishi M70 Commands | Operation parameter

 Counter type 1 to 6 (x=1 to 6) Display switch between automatic/manual Edit undo enabled Auto top search Auto backup day 1 Auto backup day 2 Auto backup day 3 Auto backup day 4... [read more]		Support | Mitsubishi M70 Commands | Operation parameter

Support | Mitsubishi M70 Commands | Operation status

 Macro execution level Executing verification stop Verification stop O No. Verification stop N No. Verification stop B No. Verification stop path name Operation status 1... [read more]		Support | Mitsubishi M70 Commands | Operation status

Support | Mitsubishi M70 Commands | PLC axis indexing parameter

 Auxiliary axis No. The number of indexing stations Control parameter 1 Control parameter 2 Stroke length of linear axis Station offset Operation parameter group 1 Automatic... [read more]		Support | Mitsubishi M70 Commands | PLC axis indexing parameter

Support | Mitsubishi M70 Commands | PLC constant

 PLC constant (x=0 to 95 / [M7] x=0 to 899) See: IIoT Device Driver for Mitsubishi controllers... [read more]		Support | Mitsubishi M70 Commands | PLC constant

Support | Mitsubishi M70 Commands | PLC counter

 Counter (x=0 to 23 / [M7] x=0 to 255) Number of times of PLC counter (variable) (Only for M7) PLC counter device used status (x=0 to 256) See:... [read more]		Support | Mitsubishi M70 Commands | PLC counter

Support | Mitsubishi M70 Commands | PLC device bit

 Device X (x=0 to 2815 / [M7] x=0 to 8191) Device Y (x=0 to 3583 / [M7] x=0 to 8191) Device M (x=0 to 8191 / [M7] x=0 to 10239) Device F (x=0 to 255 / [M7] x=0 to 1024) Device L... [read more]		Support | Mitsubishi M70 Commands | PLC device bit

Support | Mitsubishi M70 Commands | PLC device char

 Device X (x=0 to 2815 / [M7] x=0 to 8191) Device Y (x=0 to 3583 / [M7] x=0 to 8191) Device M (x=0 to 8191 / [M7] x=0 to 10239) Device F (x=0 to 255 / [M7] x=0 to 1024) Device L... [read more]		Support | Mitsubishi M70 Commands | PLC device char

Support | Mitsubishi M70 Commands | PLC device long

 Device X (x=0 to 2815 / [M7] x=0 to 8191) Device Y (x=0 to 3583 / [M7] x=0 to 8191) Device M (x=0 to 8191 / [M7] x=0 to 10239) Device F (x=0 to 255 / [M7] x=0 to 1024) Device L... [read more]		Support | Mitsubishi M70 Commands | PLC device long

Support | Mitsubishi M70 Commands | PLC device word

 Device X (x=0 to 2815 / [M7] x=0 to 8191) Device Y (x=0 to 3583 / [M7] x=0 to 8191) Device M (x=0 to 8191 / [M7] x=0 to 10239) Device F (x=0 to 255 / [M7] x=0 to 1024) Device L... [read more]		Support | Mitsubishi M70 Commands | PLC device word

Support | Mitsubishi M70 Commands | PLC forced output

 Device C(bit) (x=0 to 4127 / [M7] x=0 to 4255) Device E(bit) (x=0 to 127) Device F(bit) (x=0 to 255 / [M7] x=0 to 1024) Device L(bit) (x=0 to 255 / [M7] x=0 to 511) Device M(bit)... [read more]		Support | Mitsubishi M70 Commands | PLC forced output

Support | Mitsubishi M70 Commands | PLC switch

 PLC switch X (IN) (x=1 to 32) PLC switch Y (OUT) (x=1 to 32) PLC switch X (IN) 1 to 16 PLC switch X (IN) 17 to 32 PLC switch Y (OUT) 1 to 16 PLC switch Y (OUT) 17 to 32 See:... [read more]		Support | Mitsubishi M70 Commands | PLC switch

Support | Mitsubishi M70 Commands | PLC timer

 10ms timer (x=0 to 15 / [M7] x=0 to 703) 100ms timer (x=0 to 79 / [M7] x=0 to 703) 100ms cumulative timer (x=0 to 7 / [M7] x=0 to 63) 10ms additional extension timer... [read more]		Support | Mitsubishi M70 Commands | PLC timer

Support | Mitsubishi M70 Commands | Position switch

 PSW switch 1st position switch axis name 1st position switch hypothetical dog position 1 1st position switch hypothetical dog position 2 1st position switch PSW check method... [read more]		Support | Mitsubishi M70 Commands | Position switch

Support | Mitsubishi M70 Commands | Power supply monitor

 Drive unit type Drive unit serial No. Software version Operation time Alarm history 1 (Time) Alarm history 2 (Time) Alarm history 3 (Time) Alarm history 4 (Time) Alarm history 5... [read more]		Support | Mitsubishi M70 Commands | Power supply monitor

Support | Mitsubishi M70 Commands | Program execution status

 Nest level of sub program in execution Disabled status: Single block/MST complete Disabled status: Feed hold/Override/Exact Path of program in execution Main O No. in execution... [read more]		Support | Mitsubishi M70 Commands | Program execution status

Support | Mitsubishi M70 Commands | Program tree

 Name of main device in execution Main O No. in execution Main N No. in execution Main B No. in execution Sub 1 to 10 device name in execution (x=1 to 10) Sub 1 to 10 O number in... [read more]		Support | Mitsubishi M70 Commands | Program tree

Support | Mitsubishi M70 Commands | Program tree for graphic check

 Main O number in execution for check Main N number in execution for check Main B number in execution for check See:... [read more]		Support | Mitsubishi M70 Commands | Program tree for graphic check

Support | Mitsubishi M70 Commands | Rererence position return parameter

 G28 rapid traverse rate G28 approach speed Reference position shift amount Grid mask amount Grid interval Reference position direction (-) Axis with no reference position Whether... [read more]		Support | Mitsubishi M70 Commands | Rererence position return parameter

Support | Mitsubishi M70 Commands | Rotary axis configuration parameter

 Orthogonal coordinate horizontal axis name Orthogonal coordinate vertical axis name Orthogonal coordinate height axis name Origin zero set coordinate selection Tool handle feed... [read more]		Support | Mitsubishi M70 Commands | Rotary axis configuration parameter

Support | Mitsubishi M70 Commands | Sampling parameter

 Sampling trigger Sampling cycle The number of pieces of sampling data Sampling data buffer address Sampling data buffer size Sampling address #1 (Compatible with M625) Sampling... [read more]		Support | Mitsubishi M70 Commands | Sampling parameter

Support | Mitsubishi M70 Commands | Servo monitor

 Gain Droop Rotation speed MAX current 1 MAX current 2 Overload Regenerative load Drive unit display Alarm 1 Alarm 2 Alarm 3 Alarm 4 Cycle counter Grid interval Grid amount... [read more]		Support | Mitsubishi M70 Commands | Servo monitor

Support | Mitsubishi M70 Commands | Servo parameter

 SV01: Motor side gear ratio SV02: Machine side gear ratio SV03: Position loop gain 1 SV04: Position loop gain 2 SV05: Speed loop gain 1 SV06: Speed loop gain 2 SV07: Speed loop... [read more]		Support | Mitsubishi M70 Commands | Servo parameter

Support | Mitsubishi M70 Commands | Software configuration

 NC system version PLC version PLCe version (Extended external alarm message) 3rd language version 4th language version Servo drive unit version Spindle drive unit version OS... [read more]		Support | Mitsubishi M70 Commands | Software configuration

Support | Mitsubishi M70 Commands | Speed information

 FC (Combined speed) FA: F command feedrate FH: Head feedrate Speed display FC (Combined speed) See: IIoT Device... [read more]		Support | Mitsubishi M70 Commands | Speed information

Support | Mitsubishi M70 Commands | Spindle analog adjustment

 Automatic adjustment request Automatic adjustment status Manual adjustment data selection Data in manual adjustment S analog adjustment Ch0 to 3 Offset (x=0 to 3) S analog... [read more]		Support | Mitsubishi M70 Commands | Spindle analog adjustment

Support | Mitsubishi M70 Commands | Spindle information

 Spindle rotation speed (rev/min) Spindle load value Spindle No. of optical spindle Spindle No. of metal spindle The total number of optical spindles The total number of metal... [read more]		Support | Mitsubishi M70 Commands | Spindle information

Support | Mitsubishi M70 Commands | Spindle monitor

 Operation time Alarm history 1 (Time) Alarm history 2 (Time) Gain Droop Rotation speed Load Drive unit display Alarm 1 Alarm 2 Alarm 3 Alarm 4 Cycle counter Control input 1L... [read more]		Support | Mitsubishi M70 Commands | Spindle monitor

Support | Mitsubishi M70 Commands | Spindle parameter

 SP001: Magnetic sensor and motor built-in encoder orientation-mode position loop gain SP002: Encoder orientation-mode position loop gain SP003: C-axis non-cutting position loop... [read more]		Support | Mitsubishi M70 Commands | Spindle parameter

Support | Mitsubishi M70 Commands | Spindle specification parameter

 The number of limit rotation gears 00 The number of limit rotation gears 01 The number of limit rotation gears 10 The number of limit rotation gears 11 The number of maximum... [read more]		Support | Mitsubishi M70 Commands | Spindle specification parameter

Support | Mitsubishi M70 Commands | Spindle_Standby

 Spindle stand by (Tool No.) (x=0 to 4) Spindle stand by (Auxiliary: D) (x=0 to 4) The number of spindles stand by to display Spindle tool's life management data Stand by tool's... [read more]		Support | Mitsubishi M70 Commands | Spindle_Standby

Support | Mitsubishi M70 Commands | Symbol Sub-section

 Alarm history 3 (Time) Alarm history 4 (Time) Alarm history 5 (Time) Alarm history 6 (Time) Alarm history 7 (Time) Alarm history 8 (Time) Alarm history 1 (Alarm No.) Alarm... [read more]		Support | Mitsubishi M70 Commands | Symbol Sub-section

Support | Mitsubishi M70 Commands | Synchronization error monitor

 Command error (1st set) Command error (2nd set) Command error (3rd set) FB error (1st set) FB error (2nd set) FB error (3rd set) Machine position (1st set) Machine position (2nd... [read more]		Support | Mitsubishi M70 Commands | Synchronization error monitor

Support | Mitsubishi M70 Commands | Tool compensation by each part system Type 1

 Compensation data (x=1 to 999) See: IIoT Device Driver for Mitsubishi controllers... [read more]		Support | Mitsubishi M70 Commands | Tool compensation by each part system Type 1

Support | Mitsubishi M70 Commands | Tool compensation by each part system Type 2

 Length (x=1 to 999) Diameter (x=1 to 999) See: IIoT Device Driver for Mitsubishi controllers... [read more]		Support | Mitsubishi M70 Commands | Tool compensation by each part system Type 2

Support | Mitsubishi M70 Commands | Tool compensation by each part system Type 3

 Tool tip P (x=1 to 999) Tool length X (x=1 to 999) Tool length Y (x=1 to 999) Tool length Z (x=1 to 999) Tool tip R (x=1 to 999) Wear X (x=1 to 999) Wear Y (x=1 to 999) Wear Z... [read more]		Support | Mitsubishi M70 Commands | Tool compensation by each part system Type 3

Support | Mitsubishi M70 Commands | Tool management data

 Tool No. (x=1 to 1000) Tool type (x=1 to 1000) Tool diameter (x=1 to 1000) Tool length (x=1 to 1000) Tool shape data 1 (x=1 to 1000) Tool shape data 2 (x=1 to 1000) Tool colour... [read more]		Support | Mitsubishi M70 Commands | Tool management data

Support | Mitsubishi M70 Commands | Tool measurement

 TLM switch Last travel direction Last travel axis 2nd skip contact Reset input status Skip position read status TLMS status (L sys tool measure 2) Tool compensation amount... [read more]		Support | Mitsubishi M70 Commands | Tool measurement

Support | Mitsubishi M70 Commands | Tool registration

 Tool registration data (Pot No.) (x=1 to 360) Tool registration data (Tool No.) (x=1 to 360) Tool registration data (Auxiliary: D) (x=1 to 360) See:... [read more]		Support | Mitsubishi M70 Commands | Tool registration
Modified: 2024-03-26