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SYMBOL SUB-SECTION | MITSUBISHI M70 COMMANDS

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 history 2 (Alarm No.) Alarm

See: IIoT Device Driver for Mitsubishi controllers

CommandDefault Data TypeDescriptionPartAxisR/WData Range
M_SSEC_MSP_ALM_HIST_TM3
T_LONGAlarm history 3 (Time)--ORW0x00 to 0xFF
M_SSEC_MSP_ALM_HIST_TM4
T_LONGAlarm history 4 (Time)--ORW0x00 to 0xFF
M_SSEC_MSP_ALM_HIST_TM5
T_LONGAlarm history 5 (Time)--ORW0x00 to 0xFF
M_SSEC_MSP_ALM_HIST_TM6
T_LONGAlarm history 6 (Time)--ORW0x00 to 0xFF
M_SSEC_MSP_ALM_HIST_TM7
T_LONGAlarm history 7 (Time)--ORW0x00 to 0xFF
M_SSEC_MSP_ALM_HIST_TM8
T_LONGAlarm history 8 (Time)--ORW0x00 to 0xFF
M_SSEC_MSP_ALM_HIST_NO1
T_CHARAlarm history 1 (Alarm No.)--ORW0x00 to 0xFF
M_SSEC_MSP_ALM_HIST_NO2
T_CHARAlarm history 2 (Alarm No.)--ORW0x00 to 0xFF
M_SSEC_MSP_ALM_HIST_NO3
T_CHARAlarm history 3 (Alarm No.)--ORW0x00 to 0xFF
M_SSEC_MSP_ALM_HIST_NO4
T_CHARAlarm history 4 (Alarm No.)--ORW0x00 to 0xFF
M_SSEC_MSP_ALM_HIST_NO5
T_CHARAlarm history 5 (Alarm No.)--ORW0x00 to 0xFF
M_SSEC_MSP_ALM_HIST_NO6
T_CHARAlarm history 6 (Alarm No.)--ORW0x00 to 0xFF
M_SSEC_MSP_ALM_HIST_NO7
T_CHARAlarm history 7 (Alarm No.)--ORW0x00 to 0xFF
M_SSEC_MSP_ALM_HIST_NO8
T_CHARAlarm history 8 (Alarm No.)--ORW0x00 to 0xFF
M_SSEC_MSP_MNT1
T_STRMaintenance history (MNT1)--OR
M_SSEC_MSP_MNT2
T_STRMaintenance history (MNT2)--OR
M_SSEC_MSP_MNT3
T_STRMaintenance history (MNT3)--OR
M_SSEC_MSP_MNT4
T_STRMaintenance history (MNT4)--OR
M_SSEC_MSP_SYS
T_STR/SYS--OR
M_SSEC_MSP_CMD1
T_STR / T_LONGControl input 1--OR
M_SSEC_MSP_CMD2
T_STR / T_LONGControl input 2--OR
M_SSEC_MSP_CMD3
T_STR / T_LONGControl input 3--OR
M_SSEC_MSP_CMD4
T_STR / T_LONGControl input 4--OR
M_SSEC_MSP_STS1
T_STR / T_LONGControl output 1--OR
M_SSEC_MSP_STS2
T_STR / T_LONGControl output 2--OR
M_SSEC_MSP_STS3
T_STR / T_LONGControl output 3--OR
M_SSEC_MSP_STS4
T_STR / T_LONGControl output 4--OR
M_SSEC_MSP_SPNDL_ANGL
T_DOUBLESpindle angle--OR
M_SSEC_MSP_CMD5L
T_LONGControl input 5L--OR-32768 to 32767
M_SSEC_MSP_CMD5H
T_LONGControl input 5H--OR-32768 to 32767
M_SSEC_MSP_CMD6L
T_LONGControl input 6L--OR-32768 to 32767
M_SSEC_MSP_CMD6H
T_LONGControl input 6H--OR-32768 to 32767
M_SSEC_MSP_STS5L
T_LONGControl output 5L--OR-32768 to 32767
M_SSEC_MSP_STS5H
T_LONGControl output 5H--OR-32768 to 32767
M_SSEC_MSP_STS6L
T_LONGControl output 6L--OR-32768 to 32767
M_SSEC_MSP_STS6H
T_LONGControl output 6H--OR-32768 to 32767
M_SSEC_MSP_CMD5
T_STR / T_LONGControl input 5--OR-32768 to 32767
M_SSEC_MSP_CMD6
T_STR / T_LONGControl input 6--OR-32768 to 32767
M_SSEC_MSP_STS5
T_STR / T_LONGControl output 5--OR-32768 to 32767
M_SSEC_MSP_STS6
T_STR / T_LONGControl output 6--OR-32768 to 32767
M_SSEC_MSP_ALM_CLR
T_CHARAlarm history clear--OW0
M_SSEC_MSP_FEED
T_LONGFeedrate--OR
M_SSEC_MSP_MAX_CUR1
T_SHORTMAX current 1--OR
M_SSEC_MSP_MAX_CUR2
T_SHORTMAX current 2--OR
M_SSEC_MSP_MAX_CUR3
T_SHORTMAX current 3--OR
M_SSEC_MSP_OVER_LOAD
T_SHORTOverload--OR
M_SSEC_MSP_OVER_REG
T_SHORTRegenerative load--OR
M_SSEC_MSP_EST_DTORQ
T_SHORTEstimated disturbance torque--OR
M_SSEC_MSP_MAX_DTORQ
T_SHORTMAX disturbance torque--OR
M_SSEC_MSP_LOAD_INER
T_SHORTLoad inertia ratio--OR
M_SSEC_MSP_AFLT_FREQ
T_SHORTAFLT frequency--OR
M_SSEC_MSP_AFLT_GAIN
T_SHORTAFLT gain--OR
M_SSEC_MSP_GRDSP
T_FLOATBIN/T_LONGGrind interval--OR
M_SSEC_MSP_GRID
T_FLOATBIN/T_LONGGrid amount--OR
M_SSEC_MSP_MAC_POS
T_FLOATBIN/T_LONGMachine position--OR
M_SSEC_MSP_MOT_POS
T_FLOATBIN/T_LONGMotor end FB--OR
M_SSEC_MSP_FB_ERROR
T_LONGFB error--OR
M_SSEC_MSP_DFB_COMP
T_LONGDFB compensation amount--OR
M_SSEC_MSP_MOT_DT_NO
T_STRSerial No. of motor end encoder--OR
M_SSEC_MSP_MAC_DT_NO
T_STRSerial No. of machine end encoder--OR
M_SSEC_MSP_TAPERR_WIDE
T_FLOATBIN/T_LONGSynchronous tapping width error (Max value)--OR±99999.999
M_SSEC_MSP_TAPERR_ANGLE
T_FLOATBIN/T_LONGSynchronous tapping angle error (Max value)--OR±99999.999
M_SSEC_MSP_SP_TEMPERATURE
T_SHORTSpindle thermister temperature--OR
M_SSEC_MSP_ALM_NO(x)
T_CHARAlarm No. (x=1 to 32)--OW0
M_SSEC_MSP_ALM_TIMES(x)
T_LONGThe number of times of alarm (x=1 to 32)--ORW(Setting is only 0)
M_SSEC_MSP_DA_ADDRESS1
T_LONGDA address 1--OR0000 to FFFF
M_SSEC_MSP_DA_OUTPUT1
T_LONGDA output 1--OR
M_SSEC_MSP_DA_ADDRESS2
T_LONGDA address 2--OR0000 to FFFF
M_SSEC_MSP_DA_OUTPUT2
T_LONGDA output 2--OR
M_SSEC_MSP_ALM_TIMES_CLR
T_CHARClear all the number of times of alarms--OW0
M_SSEC_HWCFG_RAS_BATTERY_USED
T_LONGUsed years of battery----R/Wâ– Other than T_STR (Ten-fold value is returned) 25--> 2.5 years â– T_STR "2.5"-->2.5 years *Setting is only 0
M_SSEC_HWCFG_RAS_MAIN_UNIT_TEMP
T_STR/T_LONGControl unit temperature----Râ– Other than T_STR 1000-fold value of temperature (deg) -12500-->-12.5 deg â– T_STR -12.5 --> -12.5 deg
M_SSEC_HWCFG_RAS_MAIN_UNIT_FAN_REV
T_LONGThe number of revolutions of control unit fan----RT_STR: 1 digit below decimal point Other than T_STR: 1000-fold data
M_SSEC_HWCFG_RAS_MAIN_UNIT_TEMP2
T_STR/T_LONGControl unit temperature 2----Râ– Other than T_STR 1000-fold value of temperature (deg) -12500-->-12.5 deg â– T_STR -12.5 --> -12.5 deg
M_SSEC_HWCFG_RAS_SV_COMERR_NOS
T_LONGServo communication error 1 the number of times----R0 to 2147483647
M_SSEC_HWCFG_RAS_SV_COMERR_ACC
T_LONGServo communication error 1 the accumulated number of times----R/W0 to 2147483647 *Setting is only 0
M_SSEC_HWCFG_RAS_RIO_COMERR_NOS
T_LONGRIO communication error the number of times----R0 to 2147483647
M_SSEC_HWCFG_RAS_RIO_COMERR_ACC
T_LONGRIO communication error the accumulated number of times----R/W0 to 2147483647 *Setting is only 0
M_SSEC_HWCFG_RAS_RIO_CHNODE1
T_STRRIO channel No./Station No. 1----R
M_SSEC_HWCFG_RAS_RIO_CHNODE2
T_STRRIO channel No./Station No. 2----R/W0: Clear
M_SSEC_HWCFG_RAS_ETHER_COMERR_NOS
T_LONGEthernet communication error the number of times----R0 to 2147483647
M_SSEC_HWCFG_RAS_ETHER_COMERR_ACC
T_LONGEthernet communication error the accumulated number of times----R/W0 to 2147483647 *Setting is only 0
M_SSEC_HWCFG_RAS_SV_ERR_NOS(x)
T_LONGServo communication error the number of times (x=1 to 8)----R0 to 2147483647
M_SSEC_HWCFG_RAS_SV_ERR_ACC(x)
T_LONGServo communication error the accumulated number of times (x=1 to 8)----R/W0 to 2147483647 *Setting is only 0
M_SSEC_HWCFG_CREDIT_STAUTS
T_CHARCredit system status----R0: Disabled, 1: Enabled
M_SSEC_HWCFG_CREDIT_TIMELIMIT
T_STRTime limit of credit system----R
M_SSEC_HWCFG_CCLINK_STATUS
T_CHARCC-Link status----R0: Disabled, 1: Enabled
M_SSEC_SMP_PRM_AT_SMP_AXNO
T_LONGTarget axis No. (For auto tuning)----RW0 to Max number of enable d axes
M_SSEC_SMP_PRM_AT_MSIG_RATE
T_SHORTM sys vibration sampling frequency (For auto tuning)--R/W0 to 4
M_SSEC_SMP_PRM_STOP_DELAY
T_LONGStop delay time----RW0 to 1000000
M_SSEC_SMP_PRM_SAMPLING_NOS
T_LONGThe number of pieces of sampling data----R--
M_SSEC_SMP_PRM_SMP_STS
T_SHORTSampling status----R0: Stopping sampling 1: Waiting for trigger 2: Executing sampling 3: Preparing to stop (during sampling)
M_SSEC_BASEPRM_HANACDC
T_CHARTime constant 0 for handle feedO--RW0 to 9
M_SSEC_BASEPRM_MMACSET
T_CHARMacro call for M commandO--RW0,1
M_SSEC_BASEPRM_SMACSET
T_CHARMacro call for S commandO--RW0,1
M_SSEC_BASEPRM_TMACSET
T_CHARMacro call for T commandO--RW0,1
M_SSEC_BASEPRM_BMACSET
T_CHARMacro call with 2nd miscellaneous codeO--RW0,1
M_SSEC_BASEPRM_SSELEC
T_CHARSelect initial spindle controlO--RW0,1
M_SSEC_BASEPRM_G0ACC
T_CHARValidate acceleration and deceleration with inclination angle constant G0O--RW0,1
M_SSEC_BASEPRM_G1ACC
T_CHARValidate acceleration and deceleration with inclination angle constant G1O--RW0,1
M_SSEC_BASEPRM_MIROFS
T_LONGDistance between facing turretsO--RW0 to 99999.999
M_SSEC_BASEPRM_TMIRS1
T_LONGSelect turrets as facing turrets with T command 1O--RW0x00000000 to 0xFFFFFFFF
M_SSEC_BASEPRM_TMIRS2
T_LONGSelect turrets as facing turrets with T command 2O--RW0x00000000 to 0xFFFFFFFF
M_SSEC_BASEPRM_G0BDCC
T_CHARBefore G0 interpolationO--RW0,1
M_SSEC_BASEPRM_G1BF
T_LONGMaximum speedO--RW1 to 1000000
M_SSEC_BASEPRM_G1BTL
T_SHORTTime constantO--RW1 to 5000
M_SSEC_BASEPRM_MRCK
T_DOUBLEArc radius error compensation factorO--RW-60.0 to 20.0
M_SSEC_BASEPRM_CIRDEC
T_LONGArc deceleration speedO--RW1 to 1000000
M_SSEC_BASEPRM_RSTGMD
T_LONGModal G code resetO--RW0x00000000 to 0x7FFFFFFF
M_SSEC_BASEPRM_FHTYP
T_CHARFeed hold stop typeO--RW0 to 2
M_SSEC_BASEPRM_FHNO
T_LONGFeed hold external signal deviceO--RW0x000 to 0x13F
M_SSEC_BASEPRM_PROAXY
T_FLOATBIN/T_LONGSide 1 of inclination angleO--RW±9999.999
M_SSEC_BASEPRM_MACAXY
T_FLOATBIN/T_LONGSide 2 of inclination angleO--RW±9999.999
M_SSEC_BASEPRM_MACAXX
T_FLOATBIN/T_LONGSide 3 of inclination angleO--RW±9999.999
M_SSEC_BASEPRM_EXTDCC
T_LONGExternal deceleration levelO--RW1 to 1000000
M_SSEC_BASEPRM_AUX01
T_STR/T_LONGaux01 (Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_AUX02
T_STR/T_LONGaux02----RW0x00 to 0xFF
M_SSEC_BASEPRM_AUX03
T_STR/T_LONGaux03----RW0x00 to 0xFF
M_SSEC_BASEPRM_AUX04
T_STR/T_LONGaux04----RW0x00 to 0xFF
M_SSEC_BASEPRM_AUX05
T_STR/T_LONGaux05 (Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_AUX06
T_STR/T_LONGaux06----RW0x00 to 0xFF
M_SSEC_BASEPRM_AUX07
T_STR/T_LONGaux07----RW0x00 to 0xFF
M_SSEC_BASEPRM_AUX08
T_STR/T_LONGaux08 (Do not use)----RW0x00 to 0xFF
M_SSEC_BASEPRM_AUX09
T_STR/T_LONGaux09----RW0x00 to 0xFF
M_SSEC_BASEPRM_AUX10
T_STR/T_LONGaux10----RW0x00 to 0xFF
M_SSEC_BASEPRM_AUX11
T_STR/T_LONGaux11----RW0x00 to 0xFF
M_SSEC_BASEPRM_AUX12
T_STR/T_LONGaux12----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET01
T_STR/T_LONGset01----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET02
T_STR/T_LONGset02 (Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET03
T_STR/T_LONGset03 (Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET04
T_STR/T_LONGset04 (Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET05
T_STR/T_LONGset05 (Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET06
T_STR/T_LONGset06----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET07
T_STR/T_LONGset07 (Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET08
T_STR/T_LONGset08----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET09
T_STR/T_LONGset09----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET10
T_STR/T_LONGset10 (Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET11
T_STR/T_LONGset11----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET12
T_STR/T_LONGset12----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET13
T_STR/T_LONGset13(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET14
T_STR/T_LONGset14(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET15
T_STR/T_LONGset15(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET16
T_STR/T_LONGset16(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET17
T_STR/T_LONGset17(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET18
T_STR/T_LONGset18----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET19
T_STR/T_LONGset19(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET20
T_STR/T_LONGset20(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET21
T_STR/T_LONGset21(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET22
T_STR/T_LONGset22(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET23
T_STR/T_LONGset23(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET24
T_STR/T_LONGset24(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET25
T_STR/T_LONGset25(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET26
T_STR/T_LONGset26(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET27
T_STR/T_LONGset27(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET28
T_STR/T_LONGset28(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET29
T_STR/T_LONGset29(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET30
T_STR/T_LONGset30(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET31
T_STR/T_LONGset31(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET32
T_STR/T_LONGset32(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET33
T_STR/T_LONGset33(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET34
T_STR/T_LONGset34(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET35
T_STR/T_LONGset35(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_SET36
T_STR/T_LONGset36(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT01
T_STR/T_LONGext01----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT02
T_STR/T_LONGext02(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT03
T_STR/T_LONGext03----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT04
T_STR/T_LONGext04(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT05
T_STR/T_LONGext05(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT06
T_STR/T_LONGext06(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT07
T_STR/T_LONGext07----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT08
T_STR/T_LONGext08(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT09
T_STR/T_LONGext09(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT10
T_STR/T_LONGext10(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT11
T_STR/T_LONGext11(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT12
T_STR/T_LONGext12(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT13
T_STR/T_LONGext13----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT14
T_STR/T_LONGext14(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT15
T_STR/T_LONGext15(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT16
T_STR/T_LONGext16(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT17
T_STR/T_LONGext17(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT18
T_STR/T_LONGext18(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT19
T_STR/T_LONGext19(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT20
T_STR/T_LONGext20(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT21
T_STR/T_LONGext21(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT22
T_STR/T_LONGext22(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT23
T_STR/T_LONGext23----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT24
T_STR/T_LONGext24(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT25
T_STR/T_LONGext25(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT26
T_STR/T_LONGext26(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT27
T_STR/T_LONGext27(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT28
T_STR/T_LONGext28(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT29
T_STR/T_LONGext29(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT30
T_STR/T_LONGext30(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT31
T_STR/T_LONGext31(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT32
T_STR/T_LONGext32(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT33
T_STR/T_LONGext33(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT34
T_STR/T_LONGext34(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT35
T_STR/T_LONGext35(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_EXT36
T_STR/T_LONGext36(Not used)----RW0x00 to 0xFF
M_SSEC_BASEPRM_NRFCHK
T_CHAROrigin neighboring check method----RW0 to 2
M_SSEC_BASEPRM_RETPRG
T_LONGAutomatic return by program restart----RW0,1
M_SSEC_BASEPRM_V1COM_N
T_SHORTNo. of #100 address part system common variables----RW0 to 100
M_SSEC_BASEPRM_V0COM_N
T_SHORTNo. of #500 address part system common variables----RW0 to 500
M_SSEC_BASEPRM_INPSTYP
T_CHARDeceleration check specification type (InpsTyp)----RW0,1
M_SSEC_BASEPRM_GTYPE
T_SHORTModel switch (Gtype)----RW0,1
M_SSEC_BASEPRM_WT_MMIN
T_LONGTiming synchronization M code (Minimum) 0,100 to 99999999----RW100 to 99999999
M_SSEC_BASEPRM_WT_MMAX
T_LONGTiming synchronization M code (Maximum) 0,100 to 99999999----RW100 to 99999999
M_SSEC_BASEPRM_TBASE
T_LONGTool life management standard number----RW0 to 9999
M_SSEC_BASEPRM_TAPDWL
T_SHORTSynchronous tap hole bottom wait time----RW0 to 999
M_SSEC_BASEPRM_TAPINP
T_SHORTSynchronous tap in-position check width (tap axis)----RW0 to 32767
M_SSEC_BASEPRM_CROSSCOM
T_UCHARReference of common variables common for part systems (CrossCom)----RW0 to 1
M_SSEC_BASEPRM_CHOP_R
T_SHORTChopping compensation amount memory area R register head No. (chop_R)----RW1900 to 2782
M_SSEC_BASEPRM_PLC_CONST_EXT
T_SHORTPLC constant extension number--R/W0 to 750
M_SSEC_BASEPRM_3D_ATC_TYPE
T_CHAR3D tool change method----RW0 to 2
M_SSEC_BASEPRM_TLM_TYPE
T_CHARTLM type----RW0 to 1
M_SSEC_BASEPRM_EMGCNT
T_UCHAREmergency stop contactor shut-off time----RW0 to 60
M_SSEC_BASEPRM_MCDP1
T_SHORTContactor weld detection device 1----RW0000 to 02FF
M_SSEC_BASEPRM_MCDP2
T_SHORTContactor weld detection device 2----RW0000 to 02FF
M_SSEC_BASEPRM_F_BUS_INIT_DELAY
T_CHARFieldbus communication error invalid time----RW0 to 255
M_SSEC_BASEPRM_LMC_RESTRAIN
T_CHARLost motion compensation restraint in handle mode----RW0 to 1
M_SSEC_BASEPRM_DIDOREFRESH
T_CHARDI/DO refresh cycle----RW0 to 2
M_SSEC_BASEPRM_MAN_SMG
T_UCHARManual feed acceleration/deceleration selection----RW0 to 1
M_SSEC_BASEPRM_N400VALTYPE
T_UCHAR#400 address variable type----RW0 to 1
M_SSEC_BASEPRM_REVSVTRG
T_CHARTrigger switching to save arbitrary reverse run data----RW0 to 1
M_SSEC_BASEPRM_MCDP3
T_SHORTContactor weld detection device 3----RW0000 to 02FF
M_SSEC_BASEPRM_SSC_RIO
T_UCHARSafety observation remote I/O connection----RW0 to 1
M_SSEC_BASEPRM_DOOR1
T_SHORTDoor 1 switch input device----RW0000 to 02FF
M_SSEC_BASEPRM_DOOR2
T_SHORTDoor 2 switch input device----RW0000 to 02FF
M_SSEC_BASEPRM_MCCT1
T_SHORTContactor shut-off output 1 device----RW0000 to 02FF
M_SSEC_BASEPRM_MCCT2
T_SHORTContactor shut-off output 2 device----RW0000 to 02FF
M_SSEC_BASEPRM_MCCT3
T_SHORTContactor shut-off output 3 device----RW0000 to 02FF
M_SSEC_BASEPRM_MCHKT1
T_LONGContactor operation check allowance time 1----RW0 to 30000
M_SSEC_BASEPRM_MCHKT2
T_LONGContactor operation check allowance time 2----RW0 to 30000
M_SSEC_BASEPRM_MCHKT3
T_LONGContactor operation check allowance time 3----RW0 to 30000
M_SSEC_BASEPRM_PLCUNIT
T_STRPLC unitO-RWA,B,C,D,E
M_SSEC_BASEPRM_PLCPLCUNIT
T_STRPLC unit (PLC)--RWA,B,C,D,E
M_SSEC_BASEPRM_MCMPUNIT
T_STRMachine error compensation unitO-RWA,B,C,D,E
M_SSEC_BASEPRM_PLCMCMPUNIT
T_STRMachine error compensation unit (PLC)--RWA,B,C,D,E
M_SSEC_BASEPRM_SYSTEMTYPE
T_CHARMachine type selection--RWM,L
M_SSEC_BASEPRM_NORIOCHK
T_BITDisable RIO-not-connected detection--RW0 to 1
M_SSEC_BASEPRM_ATS
T_CHARATS function enabled--RW0 to 1
M_SSEC_BASEPRM_AUX_ACC
T_CHARAuxiliary axis constant inclination--RW0 to 1
M_SSEC_BASEPRM_POLYAX
T_CHARRotary tool axis numberO--RW0 to 8
M_SSEC_BASEPRM_G0IPFG
T_CHARG1-->G0 deceleration checkO--RW0,1
M_SSEC_BASEPRM_G1IPFG
T_CHARG1-->G1 deceleration checkO--RW0,1
M_SSEC_BASEPRM_CKREF2
T_CHARSecond reference position return checkO--RW0,1
M_SSEC_BASEPRM_F1FM
T_LONGUpper limit of F1 digit feedrateO--RW0 to 60000
M_SSEC_BASEPRM_F1CONST
T_SHORTF1 digit feedrate change constantO--RW0 to 32767
M_SSEC_BASEPRM_DOORH
T_CHARShorten door interlock II axis stop timeO--RW0,1
M_SSEC_BASEPRM_DOORPM
T_LONGSignal input device 1 for door interlock II by each part systemO--RW0x000 to 0x100
M_SSEC_BASEPRM_DOORPS
T_LONGSignal input device 2 for door interlock II by each part systemO--RW0x000 to 0x100
M_SSEC_BASEPRM_STAPM
T_LONGM code for synchronous tap selectionO--RW0 to 99999999
M_SSEC_BASEPRM_EXP_LINAX
T_STRExponential function interpolation linear axis ('A' to 'Z')O--RWAxis name
M_SSEC_BASEPRM_EXP_ROTAX
T_STRExponential function interpolation rotary axis ('A' to 'Z')O--RWAxis name
M_SSEC_BASEPRM_MILL_AX
T_STRLathe milling rotary axis No.O--RWAxis name
M_SSEC_BASEPRM_MILL_C
T_CHARLathe milling rotary axis name 0: Y axis 1: C axisO--RW0: Y axis 1: C axis
M_SSEC_BASEPRM_POLM
T_CHARSpindle polygon base axis No.O--RW0 to 8
M_SSEC_BASEPRM_POLS
T_CHARSpindle polygon synchronous axis No.O--RW0 to 8
M_SSEC_BASEPRM_TCHG34
T_CHARAdditional axis tool compensation operationO--RW0,1
M_SSEC_BASEPRM_C_MIN
T_FLOATBIN/T_LONGMinimum turning angle (C_min)O--RW0 to 360.000
M_SSEC_BASEPRM_C_AXIS
T_CHARNormal line control axis (C_axis)O--RW1 to 8
M_SSEC_BASEPRM_C_FEED
T_LONGNormal line control axis turning speed (C_feed)O--RW1 to 1000000
M_SSEC_BASEPRM_C_TYPE
T_LONGNormal line control type (C_type)O--RW0,1
M_SSEC_BASEPRM_MILL_PAX
T_STRMilling linear axis nameO--RWAxis name
M_SSEC_BASEPRM_SNG44_1
T_CHARSpindle No. for G44.1 commandO--RW0 to 4
M_SSEC_BASEPRM_C_LENG
T_FLOATBIN/T_LONGMinimum turning movement amount (C_leng)O--RW0 to 99999.999
M_SSEC_BASEPRM_CRS_AX1
T_STRCross machining control axis with 1st axisO--RWAxis name
M_SSEC_BASEPRM_CRS_AX2
T_STRCross machining control axis with 2nd axisO--RWAxis name
M_SSEC_BASEPRM_CRS_AX3
T_STRCross machining control axis with 3rd axisO--RWAxis name
M_SSEC_BASEPRM_CRS_AX4
T_STRCross machining control axis with 4th axisO--RWAxis name
M_SSEC_BASEPRM_CRS_AX5
T_STRCross machining control axis with 5th axisO--RWAxis name
M_SSEC_BASEPRM_CRS_AX6
T_STRCross machining control axis with 6th axisO--RWAxis name
M_SSEC_BASEPRM_CRS_AX7
T_STRCross machining control axis with 7th axisO--RWAxis name
M_SSEC_BASEPRM_CRS_AX8
T_STRCross machining control axis with 8th axisO--RWAxis name
M_SSEC_BASEPRM_3DCDC
T_LONGSwitch workpiece coordinate display during 3D coordinate conversionO--RW0,1
M_SSEC_BASEPRM_3DREMC
T_LONGSwitch remaining command display during 3D coordinate conversionO--RW0,1
M_SSEC_BASEPRM_3DCDRC
T_LONGSwitch coordinate reading during 3D coordinate conversionO--RW0,1
M_SSEC_BASEPRM_3DSPD
T_LONGHole drilling speed during 3D coordinate conversionO--RW0 to 1000000
M_SSEC_BASEPRM_HELGEAR
T_STRHelical machining base axisO--RWA to Z
M_SSEC_BASEPRM_3DSPDSLCT
T_LONGSwitch drill axis's mode from rapid traverse during 3D coordinateO--RW0,1
M_SSEC_BASEPRM_SFILTG1
T_LONGG01 soft acceleration/deceleration filterO--RW0 to 200
M_SSEC_BASEPRM_SFILTG0
T_LONGG00 soft acceleration/deceleration filterO--RW0 to 200
M_SSEC_BASEPRM_SFILT2
T_LONGSoft acceleration/deceleration filter 2O--RW0 to 50
M_SSEC_BASEPRM_SSSDIS
T_LONGSSS control adjustment coefficient fixed value selectionO--RW0,1
M_SSEC_BASEPRM_CIRORP
T_CHARArc command overlapO--RW0,1
M_SSEC_BASEPRM_RET1
T_UCHARReturn type 1O-R0x00 to 0xFF
M_SSEC_BASEPRM_RET2
T_UCHARReturn type 2O-R0x00 to 0xFF
M_SSEC_BASEPRM_ANIAXDIR
T_UCHARAnimate ax directO-RW0 to 7
M_SSEC_BASEPRM_ANIAX1
T_STRAnimate ax-1O-RWAxis name
M_SSEC_BASEPRM_ANIAX2
T_STRAnimate ax-2O-RWAxis name
M_SSEC_BASEPRM_ANIAX3
T_STRAnimate ax-3O-RWAxis name
M_SSEC_BASEPRM_HACCC
T_LONGArc radius clamp acceleration (Hacc_c)O--RW±99999999
M_SSEC_BASEPRM_MACCC
T_LONGAcceleration check at middle speed (Macc_c)O--RW±99999999
M_SSEC_BASEPRM_LACCC
T_LONGAcceleration check at low speed (Lacc_c)O--RW±99999999
M_SSEC_BASEPRM_X_HCOFA
T_LONGX axis high acceleration coefficient β (Hcof_A)O--RW±99999999
M_SSEC_BASEPRM_X_HCOFB
T_LONGX axis high acceleration coefficient α (Hcof_B)O--RW±99999999
M_SSEC_BASEPRM_X_MCOFA
T_LONGX axis middle acceleration coefficient β (Mcof_A)O--RW±99999999
M_SSEC_BASEPRM_X_MCOFB
T_LONGX axis middle acceleration coefficient α (Mcof_B)O--RW±99999999
M_SSEC_BASEPRM_X_LCOFA
T_LONGX axis low acceleration coefficient β (Lcof_A)O--RW±99999999
M_SSEC_BASEPRM_X_LCOFB
T_LONGX axis low acceleration coefficient α (Lcof_B)O--RW±99999999
M_SSEC_BASEPRM_X_MAGC
T_LONGX axis change magnification θ (mag_C)O--RW±99999999
M_SSEC_BASEPRM_Y_HCOFA
T_LONGY axis high acceleration coefficient β (Hcof_A)O--RW±99999999
M_SSEC_BASEPRM_Y_HCOFB
T_LONGY axis high acceleration coefficient α (Hcof_B)O--RW±99999999
M_SSEC_BASEPRM_Y_MCOFA
T_LONGY axis middle acceleration coefficient β (Mcof_A)O--RW±99999999
M_SSEC_BASEPRM_Y_MCOFB
T_LONGY axis middle acceleration coefficient α (Mcof_B)O--RW±99999999
M_SSEC_BASEPRM_Y_LCOFA
T_LONGY axis low acceleration coefficient β (Lcof_A)O--RW±99999999
M_SSEC_BASEPRM_Y_LCOFB
T_LONGY axis low acceleration coefficient α (Lcof_B)O--RW±99999999
M_SSEC_BASEPRM_Y_MAGC
T_LONGY axis change magnification θ (mag_C)O--RW±99999999
M_SSEC_BASEPRM_STNAD
T_CHARstation addr----RW1 to 7
M_SSEC_BASEPRM_INSIZ
T_CHARDin size----RW0 to 32
M_SSEC_BASEPRM_OTSIZ
T_CHARDout size----RW0 to 32
M_SSEC_BASEPRM_DLENG
T_CHARdata length----RW0 to 2: 7 bits , 3: 8 bits
M_SSEC_BASEPRM_BRATE
T_CHARbaud rate----RW0 to 6
M_SSEC_BASEPRM_STPBT
T_CHARstop bit----RW0,1: 1 bit , 2,3: 2 bits
M_SSEC_BASEPRM_PRITY
T_CHARparity check----RW0,1
M_SSEC_BASEPRM_EVPTY
T_CHAReven parity----RW0,1
M_SSEC_BASEPRM_TIMIN
T_SHORTTout (ini)----RW0 to 999
M_SSEC_BASEPRM_TIMRN
T_SHORTTout (run)----RW0 to 999
M_SSEC_BASEPRM_CLOCK
T_CHARclock select----RW0,1
M_SSEC_BASEPRM_WCOUNTM
T_CHARWorkpiece count MO--RW0 to 99
M_SSEC_BASEPRM_WCOUNT
T_LONGWorkpiece countO--RW0 to 999999
M_SSEC_BASEPRM_WCOUNTMAX
T_LONGWorkpiece count limitO--RW0 to 999999
M_SSEC_BASEPRM_PG37F
T_LONGAutomatic tool length measurement speedO--RW1 to 100000
M_SSEC_BASEPRM_PG37R
T_FLOATBIN/T_LONGAutomatic tool length measurement deceleration zone rO--RW0 to 99999.999
M_SSEC_BASEPRM_PG37D
T_FLOATBIN/T_LONGAutomatic tool length measurement deceleration zone dO--RW0 to 99999.999
M_SSEC_BASEPRM_OVRIDE
T_CHARAutomatic corner overrideO--RW0 to 100
M_SSEC_BASEPRM_ANGLE
T_LONGAutomatic corner override maximum angleO--RW0 to 180
M_SSEC_BASEPRM_INN
T_FLOATBIN/T_LONGAutomatic corner override deceleration zoneO--RW0 to 99999.999
M_SSEC_BASEPRM_MAMOU1
T_FLOATBIN/T_LONGWear data input maximum absolute valueO--RW0 to 99.999
M_SSEC_BASEPRM_MAMOU2
T_FLOATBIN/T_LONGWear data input maximum increment valueO--RW0 to 99.999
M_SSEC_BASEPRM_G73
T_FLOATBIN/T_LONGG73 returnO--RW0 to 99999.999
M_SSEC_BASEPRM_G83
T_FLOATBIN/T_LONGG83 returnO--RW0 to 99999.999
M_SSEC_BASEPRM_CHANF
T_CHARChamfering amountO--RW0 to 127
M_SSEC_BASEPRM_G78
T_CHARAngleO--RW0 to 89
M_SSEC_BASEPRM_AMARI
T_FLOATBIN/T_LONGG71 minimum cut amountO--RW0 to 99.999
M_SSEC_BASEPRM_LAPDLT
T_FLOATBIN/T_LONGDelta DO--RW0 to 99.999
M_SSEC_BASEPRM_PEKRVM
T_FLOATBIN/T_LONGG84/G74 returnO--RW0 to 999.999
M_SSEC_BASEPRM_RCOMP
T_CHARAccuracy factorO--RW0 to 99
M_SSEC_BASEPRM_FCORN
T_CHARCorner deceleration angleO--RW0 to 89
M_SSEC_BASEPRM_RCOMP_CHG
T_LONGAccuracy factor changeO--RW0,1
M_SSEC_BASEPRM_RCOMP1
T_LONGCorner accuracy factorO--RW-1000 to 99
M_SSEC_BASEPRM_RCOMP2
T_LONGCurve accuracy factorO--RW-1000 to 99
M_SSEC_BASEPRM_SPLINE
T_CHARHigh-accuracy spline enabledO--RW0/1
M_SSEC_BASEPRM_SPCAN_ANGL
T_SHORTCancel angleO--RW0 to 180
M_SSEC_BASEPRM_DISTTH1
T_FLOATBIN/T_LONGChord error 1O--RW0 to 100.000
M_SSEC_BASEPRM_DISTTH2
T_FLOATBIN/T_LONGChord error 2O--RW0 to 100.000
M_SSEC_BASEPRM_MINLENG
T_FLOATBIN/T_LONGFairing lengthO--RW0 to 100.000
M_SSEC_BASEPRM_MINUTE
T_CHARMinute lengthO--RW-1 to 127
M_SSEC_BASEPRM_FAIRING_ON
T_LONGFairing enabledO--RW0,1
M_SSEC_BASEPRM_ACCCLAMP_ON
T_LONGAcceleration clamp enabledO--RW0,1
M_SSEC_BASEPRM_ACCCLAMP_MAG
T_LONGAcceleration clamp magnificationO--RW0 to 999
M_SSEC_BASEPRM_CORDEC_JUDGE
T_LONGCorner judge changeO--RW0,1
M_SSEC_BASEPRM_CORDEC_JUDGE_L
T_FLOATBIN/T_LONGCorner judge lengthO--RW0 to 99999.999
M_SSEC_BASEPRM_C_ROTR
T_FLOATBIN/T_LONGC axis rotation radiusO--RW0 to 99999.999
M_SSEC_BASEPRM_C_CONR
T_FLOATBIN/T_LONGC axis insertion radiusO--RW0 to 99999.999
M_SSEC_BASEPRM_HDL_OFS
T_FLOATBIN/T_LONGHandle compensation amountO--RW0 to 99999.999
M_SSEC_BASEPRM_PRUNIT10PRM
T_LONGUnit 10-fold----RW0 to 10000
M_SSEC_BASEPRM_LAPCUT
T_FLOATBIN/T_LONGG71 cut-inO--RW0 to 99999.999
M_SSEC_BASEPRM_G71
T_FLOATBIN/T_LONGG71 pull upO--RW0 to 99999.999
M_SSEC_BASEPRM_LAPX
T_FLOATBIN/T_LONGG73 cutting XO--RW±99999.999
M_SSEC_BASEPRM_LAPZ
T_FLOATBIN/T_LONGG73 cutting ZO--RW±99999.999
M_SSEC_BASEPRM_LAPCT
T_LONGG73 number of timesO--RW0 to 99999
M_SSEC_BASEPRM_G74
T_FLOATBIN/T_LONGG74 retractO--RW0 to 99.999
M_SSEC_BASEPRM_G76
T_FLOATBIN/T_LONGG76 final cut-inO--RW0 to 99.999
M_SSEC_BASEPRM_G76CT
T_CHARG76 number of timesO--RW0 to 99
M_SSEC_BASEPRM_G76AN
T_CHARG76 thread angleO--RW0 to 99
M_SSEC_BASEPRM_P3D
T_FLOATBIN/T_LONG3-dimensional compensationO--RW0 to 99999.999
M_SSEC_BASEPRM_SCALE
T_FLOATBIN/T_LONGScaling magnificationO--RW0 to 99.999999
M_SSEC_BASEPRM_SPIRAL_ERR
T_FLOATBIN/T_LONGEnd point error in spiral Q and K incremental command (Type 2)O--RW0 to 99999.999
M_SSEC_BASEPRM_SCRN_TIME
T_CHARScreen saver time----RW0 to 60
M_SSEC_BASEPRM_G83SMCOD
T_LONGG83 small diameter mode M codeO--RW1 to 99999999
M_SSEC_BASEPRM_G83SCLRN
T_FLOATBIN/T_LONGG83 small diameter clearance amountO--RW0 to 999.999
M_SSEC_BASEPRM_G83SFWD_F
T_LONGG83 small diameter cutting start position feedrateO--RW0 to 99999
M_SSEC_BASEPRM_G83SBAK_F
T_LONGG83 small diameter retract speedO--RW0 to 99999
M_SSEC_BASEPRM_SSS_ON
T_LONGSSS control enabledO--RW0,1
M_SSEC_BASEPRM_STDLENGTH
T_FLOATBIN/T_LONGStandard lengthO--RW0.000 to 100.000
M_SSEC_BASEPRM_CLAMP_COEFF
T_SHORTClamp speed coefficientO--RW1 to 100
M_SSEC_BASEPRM_STEP_LENGTH
T_FLOATBIN/T_LONGStep lengthO--RW--0.001 to 0.100
M_SSEC_BASEPRM_DCC_WAIT_ADD
T_CHARDeceleration wait timeO--RW0 to 100
M_SSEC_BASEPRM_MACSINGLE
T_LONGMacro single----RW0,1
M_SSEC_BASEPRM_COLLALMOFF
T_LONGCollision avoidance----RW0,1
M_SSEC_BASEPRM_COLLCHKOFF
T_LONGCollision invalid----RW0,1
M_SSEC_BASEPRM_EDTLCKB
T_LONGEdit lock B----RW0,1
M_SSEC_BASEPRM_G46ERR
T_LONGG46 reverse axis error avoidance----RW0,1
M_SSEC_BASEPRM_MCERRRAD
T_LONGRadius error compensation----RW0,1
M_SSEC_BASEPRM_CNGMCERRRAD
T_LONGRadius error compensation change----RW0,1
M_SSEC_BASEPRM_HOSTLNK
T_CHARHost communication----RW0,1
M_SSEC_BASEPRM_POCKET_ON
T_CHARG71/G72 pocket machining ON----RW0,1
M_SSEC_BASEPRM_MILL_R
T_LONGMilling radius value designation----RW0,1
M_SSEC_BASEPRM_G04P
T_LONGG04P decimal point valid----RW0,1
M_SSEC_BASEPRM_MILL_INIG16
T_LONGMilling initial G16----RW0,1
M_SSEC_BASEPRM_MILL_INIG19
T_LONGMilling initial G19----RW0,1
M_SSEC_BASEPRM_COORDOFF
T_LONGCoordinate rotation parameter disabled----RW0,1
M_SSEC_BASEPRM_OFSDIAM
T_LONGDiameter designation in radius compensation enabled----RW0,1
M_SSEC_BASEPRM_COMPUNITSWITCH
T_LONGCompensation amount setting unit switch----RW0,1
M_SSEC_BASEPRM_SCRNCAP
T_LONGScreen capture----RW0,1
M_SSEC_BASEPRM_KEEP_G43
T_LONGKeep manual R return G43 (Only M system)----RW0,1
M_SSEC_BASEPRM_DRIL_QR
T_LONGHigh-speed retract enabled----RW0,1
M_SSEC_BASEPRM_RST_MR
T_LONGMirror operation at reset----RW0,1
M_SSEC_BASEPRM_UPRM_F1
T_LONG#8145 F1-digit feet enabled----RW0,1
M_SSEC_BASEPRM_EXTDCC_AX
T_LONGExternal deceleration axis support enabled----RW0,1
M_SSEC_BASEPRM_SUBPRO_INTER
T_LONGSub-pro interrupt----RW0,1
M_SSEC_BASEPRM_FINE_THRECUT_E
T_LONGFine thread cut E----RW0,1
M_SSEC_BASEPRM_COMP_TYPE_B
T_LONGRadius comp type B (M system) / Nose R comp type B (L system)----RW0,1
M_SSEC_BASEPRM_INITCONST_SUR_SPD
T_LONGInitial constant surface speed----RW0,1
M_SSEC_BASEPRM_SYNTAP
T_LONGSynchronous tapping----RW0,1
M_SSEC_BASEPRM_STARTP_ALARM
T_LONGStart point alarm----RW0,1
M_SSEC_BASEPRM_HOLD_INTR_AMOUNT
T_LONGKeep interruption amountO--RW0,1
M_SSEC_BASEPRM_LKYOKO
T_STRCoordinate rotation plane (Horizontal axis name)O-RWAxis name
M_SSEC_BASEPRM_LKTATE
T_STRCoordinate rotation plane (Vertical axis name)O-RWAxis name
M_SSEC_BASEPRM_LKCENTY
T_FLOATBIN/T_LONGCoordinate rotation center coordinate (Horizontal axis)O-RW±99999.999
M_SSEC_BASEPRM_LKSENTT
T_FLOATBIN/T_LONGCoordinate rotation center coordinate (Vertical axis)O-RW±99999.999
M_SSEC_MPSP_SP046
T_SHORTSP046: Speed command dual cushion--ORW-32768 to 32767
M_SSEC_MPSP_SP047
T_SHORTSP047: Speed detection reset value--ORW-32768 to 32767
M_SSEC_MPSP_SP048
T_SHORTSP048: Speed reach range--ORW-32768 to 32767
M_SSEC_MPSP_SP049
T_SHORTSP049: Torque limit 2--ORW-32768 to 32767
M_SSEC_MPSP_SP050
T_SHORTSP050: Torque limit 3--ORW-32768 to 32767
M_SSEC_MPSP_SP051
T_SHORTSP051: Torque limit 4 (Not used)--ORW-32768 to 32767
M_SSEC_MPSP_SP052
T_SHORTSP052: Torque limit 5 (Not used)--ORW-32768 to 32767
M_SSEC_MPSP_SP053
T_SHORTSP053: Torque limit 6 (Not used)--ORW-32768 to 32767
M_SSEC_MPSP_SP054
T_SHORTSP054: Torque limit 7 (Not used)--ORW-32768 to 32767
M_SSEC_MPSP_SP055
T_SHORTSP055: Excessive speed deviation timer--ORW-32768 to 32767
M_SSEC_MPSP_SP056
T_SHORTSP056: Variable excitation (min value)--ORW-32768 to 32767
M_SSEC_MPSP_SP057
T_SHORTSP057: Switch speed for excess--ORW-32768 to 32767
M_SSEC_MPSP_SP058
T_SHORTSP058: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP059
T_SHORTSP059: Coil switch base shut timer--ORW-32768 to 32767
M_SSEC_MPSP_SP060
T_SHORTSP060: Current limit timer after coil switch--ORW-32768 to 32767
M_SSEC_MPSP_SP061
T_SHORTSP061: Current limit value--ORW-32768 to 32767
M_SSEC_MPSP_SP062
T_SHORTSP062: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP063
T_SHORTSP063: Overload alarm detection time--ORW-32768 to 32767
M_SSEC_MPSP_SP064
T_SHORTSP064: Overload alarm detection level--ORW-32768 to 32767
M_SSEC_MPSP_SP065
T_SHORTSP065: Target value of variable speed loop proportional gain--ORW-32768 to 32767
M_SSEC_MPSP_SP066
T_SHORTSP066: Change starting speed of variable speed loop proportional gain--ORW-32768 to 32767
M_SSEC_MPSP_SP067
T_SHORTSP067: Change starting speed of variable current loop gain--ORW-32768 to 32767
M_SSEC_MPSP_SP068
T_SHORTSP068: Change ending speed of variable current loop gain--ORW-32768 to 32767
M_SSEC_MPSP_SP069
T_SHORTSP069: Target value of variable current loop gain--ORW-32768 to 32767
M_SSEC_MPSP_SP070
T_SHORTSP070: Machine resonance suppression filter frequency--ORW-32768 to 32767
M_SSEC_MPSP_SP071
T_SHORTSP071: Fixed control constant--ORW-32768 to 32767
M_SSEC_MPSP_SP072
T_SHORTSP072: Fixed control constant--ORW-32768 to 32767
M_SSEC_MPSP_SP073
T_SHORTSP073: Fixed control constant--ORW-32768 to 32767
M_SSEC_MPSP_SP074
T_SHORTSP074: Fixed control constant--ORW-32768 to 32767
M_SSEC_MPSP_SP075
T_SHORTSP075: Fixed control constant--ORW-32768 to 32767
M_SSEC_MPSP_SP076
T_SHORTSP076: Machine resonance suppression filter performance speed--ORW-32768 to 32767
M_SSEC_MPSP_SP077
T_SHORTSP077: Td time selection--ORW-32768 to 32767
M_SSEC_MPSP_SP078
T_SHORTSP078: Fixed control constant--ORW-32768 to 32767
M_SSEC_MPSP_SP079
T_SHORTSP079: Fixed control constant--ORW-32768 to 32767
M_SSEC_MPSP_SP080
T_SHORTSP080: Fixed control constant--ORW-32768 to 32767
M_SSEC_MPSP_SP081
T_SHORTSP081: Fixed control constant--ORW-32768 to 32767
M_SSEC_MPSP_SP082
T_SHORTSP082: Fixed control constant--ORW-32768 to 32767
M_SSEC_MPSP_SP083
T_SHORTSP083: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP084
T_SHORTSP084: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP085
T_SHORTSP085: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP086
T_SHORTSP086: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP087
T_SHORTSP087: Target value of variable torque limit magnification at deceleration--ORW-32768 to 32767
M_SSEC_MPSP_SP088
T_SHORTSP088: Speed for starting change of variable torque limit magnification at deceleration--ORW-32768 to 32767
M_SSEC_MPSP_SP089
T_SHORTSP089: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP090
T_SHORTSP090: Deceleration detector pulse tolerable error value--ORW-32768 to 32767
M_SSEC_MPSP_SP091
T_SHORTSP091: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP092
T_SHORTSP092: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP093
T_SHORTSP093: Position detector pulse tolerable error value--ORW-32768 to 32767
M_SSEC_MPSP_SP094
T_SHORTSP094: Load meter output filter--ORW-32768 to 32767
M_SSEC_MPSP_SP095
T_SHORTSP095: The average number of times of speed FB--ORW-32768 to 32767
M_SSEC_MPSP_SP096
T_SHORTSP096: Encoder gear ratio--ORW-32768 to 32767
M_SSEC_MPSP_SP097
T_SHORTSP097: Orientation specification--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP098
T_SHORTSP098: Orientation-mode speed loop gain proportional term--ORW-32768 to 32767
M_SSEC_MPSP_SP099
T_SHORTSP099: Orientation-mode speed loop gain integral time--ORW-32768 to 32767
M_SSEC_MPSP_SP100
T_SHORTSP100: Orientation-mode speed loop gain delay lead term--ORW-32768 to 32767
M_SSEC_MPSP_SP101
T_SHORTSP101: Orientation advance in-position width--ORW-32768 to 32767
M_SSEC_MPSP_SP102
T_SHORTSP102: Excessive error value in orientation-mode--ORW-32768 to 32767
M_SSEC_MPSP_SP103
T_SHORTSP103: Index positioning completion OFF time timer--ORW-32768 to 32767
M_SSEC_MPSP_SP104
T_SHORTSP104: Torque limit value for orientation servo locking--ORW-32768 to 32767
M_SSEC_MPSP_SP105
T_SHORTSP105: Current loop gain magnification 1 in orientation-mode--ORW-32768 to 32767
M_SSEC_MPSP_SP106
T_SHORTSP106: Current loop gain magnification 2 in orientation-mode--ORW-32768 to 32767
M_SSEC_MPSP_SP107
T_SHORTSP107: Deceleration rate 2 in orientation-mode--ORW-32768 to 32767
M_SSEC_MPSP_SP108
T_SHORTSP108: Deceleration rate 3 in orientation-mode--ORW-32768 to 32767
M_SSEC_MPSP_SP109
T_SHORTSP109: Deceleration rate 4 in orientation-mode--ORW-32768 to 32767
M_SSEC_MPSP_SP110
T_SHORTSP110: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP111
T_SHORTSP111: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP112
T_SHORTSP112: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP113
T_SHORTSP113: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP114
T_SHORTSP114: Orientation pulse miss check value--ORW-32768 to 32767
M_SSEC_MPSP_SP115
T_SHORTSP115: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP116
T_SHORTSP116: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP117
T_SHORTSP117: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP118
T_SHORTSP118: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP119
T_SHORTSP119: Position gain H coil compensation magnification in orientation-mode--ORW-32768 to 32767
M_SSEC_MPSP_SP120
T_SHORTSP120: Position gain L coil compensation magnification in orientation-mode--ORW-32768 to 32767
M_SSEC_MPSP_SP121
T_SHORTSP121: Deceleration rate H coil compensation magnification in orientation-mode--ORW-32768 to 32767
M_SSEC_MPSP_SP122
T_SHORTSP122: Deceleration rate L coil compensation magnification in orientation-mode--ORW-32768 to 32767
M_SSEC_MPSP_SP123
T_SHORTSP123: Magnet detector output peak value--ORW-32768 to 32767
M_SSEC_MPSP_SP124
T_SHORTSP124: Magnet detector linear zone width--ORW-32768 to 32767
M_SSEC_MPSP_SP125
T_SHORTSP125: Magnet detector switch point--ORW-32768 to 32767
M_SSEC_MPSP_SP126
T_SHORTSP126: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP127
T_SHORTSP127: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP128
T_SHORTSP128: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP129
T_SHORTSP129: C axis specification--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP130
T_SHORTSP130: 1st position loop gain during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP131
T_SHORTSP131: 2nd position loop gain during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP132
T_SHORTSP132: 3rd position loop gain during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP133
T_SHORTSP133: Stop position loop gain during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP134
T_SHORTSP134: Speed loop gain proportional item during C axis not cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP135
T_SHORTSP135: Speed loop gain integral item during C axis not cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP136
T_SHORTSP136: Speed loop gain delay lead item during C axis not cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP137
T_SHORTSP137: 1st speed loop gain proportional item during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP138
T_SHORTSP138: 1st speed loop gain integral item during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP139
T_SHORTSP139: 1st speed loop gain delay lead item during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP140
T_SHORTSP140: 2nd speed loop gain proportional item during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP141
T_SHORTSP141: 2nd speed loop gain integral item during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP142
T_SHORTSP142: 2nd speed loop gain delay lead item during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP143
T_SHORTSP143: 3rd speed loop gain proportional item during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP144
T_SHORTSP144: 3rd speed loop gain integral item during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP145
T_SHORTSP145: 3rd speed loop gain delay lead item during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP146
T_SHORTSP146: Speed loop gain proportional item for stop during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP147
T_SHORTSP147: Speed loop gain integral item for stop during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP148
T_SHORTSP148: Speed loop gain delay lead item for stop during C axis cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP149
T_SHORTSP149: C axis reference position speed--ORW-32768 to 32767
M_SSEC_MPSP_SP150
T_SHORTSP150: C axis reference position deceleration point--ORW-32768 to 32767
M_SSEC_MPSP_SP151
T_SHORTSP151: C axis reference position return shift amount (low byte)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP152
T_SHORTSP152: C axis reference position return shift amount (high byte)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP153
T_SHORTSP153: C axis in-position width--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP154
T_SHORTSP154: Excessive error width on C axis (low byte)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP155
T_SHORTSP155: Excessive error width on C axis (high byte)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP156
T_SHORTSP156: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP157
T_SHORTSP157: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP158
T_SHORTSP158: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP159
T_SHORTSP159: Variable excitation ratio during C axis not cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP160
T_SHORTSP160: Variable excitation ratio during C axis not cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP161
T_SHORTSP161: Current loop gain magnification 1 during C axis not cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP162
T_SHORTSP162: Current loop gain magnification 2 during C axis not cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP163
T_SHORTSP163: Current loop gain magnification 1 during C axis not cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP164
T_SHORTSP164: Current loop gain magnification 2 during C axis not cutting--ORW-32768 to 32767
M_SSEC_MPSP_SP165
T_SHORTSP165: C axis position loop gain 2--ORW-32768 to 32767
M_SSEC_MPSP_SP166
T_SHORTSP166: C axis position loop gain 3--ORW-32768 to 32767
M_SSEC_MPSP_SP167
T_SHORTSP167: Position loop gain for increased spindle holding force--ORW-32768 to 32767
M_SSEC_MPSP_SP168
T_SHORTSP168: Speed loop gain proportional term for increased spindle holding force--ORW-32768 to 32767
M_SSEC_MPSP_SP169
T_SHORTSP169: Speed loop gain integral item for increased spindle holding force--ORW-32768 to 32767
M_SSEC_MPSP_SP170
T_SHORTSP170: Speed loop gain delay lead item for increased spindle holding force--ORW-32768 to 32767
M_SSEC_MPSP_SP171
T_SHORTSP171: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP172
T_SHORTSP172: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP173
T_SHORTSP173: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP174
T_SHORTSP174: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP175
T_SHORTSP175: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP176
T_SHORTSP176: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP177
T_SHORTSP177: Spindle synchronization specification--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP178
T_SHORTSP178: Spindle synchronization speed loop gain proportional term--ORW-32768 to 32767
M_SSEC_MPSP_SP179
T_SHORTSP179: Spindle synchronization speed loop gain integral term--ORW-32768 to 32767
M_SSEC_MPSP_SP180
T_SHORTSP180: Spindle synchronization speed loop gain delay lead term--ORW-32768 to 32767
M_SSEC_MPSP_SP181
T_SHORTSP181: Spindle synchronization target value of variable speed loop proportional gain--ORW-32768 to 32767
M_SSEC_MPSP_SP182
T_SHORTSP182: Spindle synchronization change starting speed of variable speed loop proportional gain--ORW-32768 to 32767
M_SSEC_MPSP_SP183
T_SHORTSP183: Spindle synchronization sync matching speed--ORW-32768 to 32767
M_SSEC_MPSP_SP184
T_SHORTSP184: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP185
T_SHORTSP185: Spindle synchronization in-position width--ORW-32768 to 32767
M_SSEC_MPSP_SP186
T_SHORTSP186: Spindle synchronization excessive error value--ORW-32768 to 32767
M_SSEC_MPSP_SP187
T_SHORTSP187: Spindle synchronization current loop gain magnification 1--ORW-32768 to 32767
M_SSEC_MPSP_SP188
T_SHORTSP188: Spindle synchronization current loop gain magnification 2--ORW-32768 to 32767
M_SSEC_MPSP_SP189
T_SHORTSP189: Spindle synchronization position loop gain 2--ORW-32768 to 32767
M_SSEC_MPSP_SP190
T_SHORTSP190: Spindle synchronization position loop gain 3--ORW-32768 to 32767
M_SSEC_MPSP_SP191
T_SHORTSP191: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP192
T_SHORTSP192: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP193
T_SHORTSP193: Synchronized tapping specification--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP194
T_SHORTSP194: Synchronized tapping speed loop gain proportional term--ORW-32768 to 32767
M_SSEC_MPSP_SP195
T_SHORTSP195: Synchronized tapping speed loop gain integral term--ORW-32768 to 32767
M_SSEC_MPSP_SP196
T_SHORTSP196: Synchronized tapping speed loop gain delay lead term--ORW-32768 to 32767
M_SSEC_MPSP_SP197
T_SHORTSP197: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP198
T_SHORTSP198: Synchronized tapping target value of variable speed loop proportional gain--ORW-32768 to 32767
M_SSEC_MPSP_SP199
T_SHORTSP199: Synchronized tapping change starting speed of variable speed loop proportional gain--ORW-32768 to 32767
M_SSEC_MPSP_SP200
T_SHORTSP200: Synchronized tapping acceleration feed forward gain (gear 1)--ORW-32768 to 32767
M_SSEC_MPSP_SP201
T_SHORTSP201: Synchronized tapping acceleration feed forward gain (gear 2)--ORW-32768 to 32767
M_SSEC_MPSP_SP202
T_SHORTSP202: Synchronized tapping acceleration feed forward gain (gear 3)--ORW-32768 to 32767
M_SSEC_MPSP_SP203
T_SHORTSP203: Synchronized tapping acceleration feed forward gain (gear 4)--ORW-32768 to 32767
M_SSEC_MPSP_SP204
T_SHORTSP204: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP205
T_SHORTSP205: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP206
T_SHORTSP206: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP207
T_SHORTSP207: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP208
T_SHORTSP208: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP209
T_SHORTSP209: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP210
T_SHORTSP210: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP211
T_SHORTSP211: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP212
T_SHORTSP212: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP213
T_SHORTSP213: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP214
T_SHORTSP214: Synchronized tapping reference position return speed--ORW-32768 to 32767
M_SSEC_MPSP_SP215
T_SHORTSP215: Synchronized tapping reference position return deceleration point--ORW-32768 to 32767
M_SSEC_MPSP_SP216
T_SHORTSP216: Synchronized tapping reference position return shift amount--ORW-32768 to 32767
M_SSEC_MPSP_SP217
T_SHORTSP217: Synchronized tapping in-position width--ORW-32768 to 32767
M_SSEC_MPSP_SP218
T_SHORTSP218: Synchronized tapping excessive error value--ORW-32768 to 32767
M_SSEC_MPSP_SP219
T_SHORTSP219: Synchronized tapping current loop gain magnification 1--ORW-32768 to 32767
M_SSEC_MPSP_SP220
T_SHORTSP220: Synchronized tapping current loop gain magnification 2--ORW-32768 to 32767
M_SSEC_MPSP_SP221
T_SHORTSP221: Synchronized tapping position loop gain 2--ORW-32768 to 32767
M_SSEC_MPSP_SP222
T_SHORTSP222: Synchronized tapping position loop gain 3--ORW-32768 to 32767
M_SSEC_MPSP_SP223
T_SHORTSP223: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP224
T_SHORTSP224: Not used--ORW-32768 to 32767
M_SSEC_BASEPRM_LKYOKOL
T_FLOATBIN/T_LONGCoordinate rotation vector (Horizontal axis)O-RW±99999.999
M_SSEC_BASEPRM_LKTATEL
T_FLOATBIN/T_LONGCoordinate rotation vector (Vertical axis)O-RW±99999.999
M_SSEC_BASEPRM_LKKAKUDO
T_DOUBLECoordinate rotation angleO-RW±360.000
M_SSEC_BASEPRM_TOOL_LEN
T_FLOATBIN/T_LONGTool lengthO--RW±99999.999
M_SSEC_BASEPRM_TOOL_DIA
T_FLOATBIN/T_LONGTool diameterO--RW±99999.999
M_SSEC_BASEPRM_OFFSET_X
T_FLOATBIN/T_LONGCentre offset amount XO--RW±99999.999
M_SSEC_BASEPRM_OFFSET_Y
T_FLOATBIN/T_LONGCentre offset amount YO--RW±99999.999
M_SSEC_BASEPRM_RETURN
T_FLOATBIN/T_LONGReturn amountO--RW0 to 99999.999
M_SSEC_BASEPRM_FEED
T_LONGFeedrateO--RW1 to 60000
M_SSEC_BASEPRM_SKIP_PAST_H
T_FLOATBIN/T_LONGSkip past amount (Horizontal axis)O--RW±99999.999
M_SSEC_BASEPRM_SKIP_PAST_V
T_FLOATBIN/T_LONGSkip past amount (Vertical axis)O--RW±99999.999
M_SSEC_BASEPRM_WORK_SIN_CHG
T_CHARExternal workpiece sign reverseO--RW0,1
M_SSEC_BASEPRM_WORK_INVA
T_CHARExternal workpiece offset invalidO--RW0,1
M_SSEC_BASEPRM_TLM_L_MEAS_AXIS
T_STRTool length measure axisO--RW2 letters (1st letter is 'A' to 'Z', 2nd letter is 'A' to 'Z','0' to '9')
M_SSEC_BASEPRM_TLM_M_MEAS_AXIS
T_STRTool diameter measure axisO--RW2 letters (1st letter is 'A' to 'Z', 2nd letter is 'A' to 'Z','0' to '9')
M_SSEC_BASEPRM_D0DEV
T_STRSub-pro storage destination D0:dev----RWithin 4 letters (5 letters including NULL which follows ": ")
M_SSEC_BASEPRM_D0DIR
T_STRSub-pro storage destination D0:dir----RWithin 55 letters (56 letters including NULL)
M_SSEC_BASEPRM_D1DEV
T_STRSub-pro storage destination D1:dev----RWithin 4 letters (5 letters including NULL which follows ": ")
M_SSEC_BASEPRM_D1DIR
T_STRSub-pro storage destination D1:dir----RWithin 55 letters (56 letters including NULL)
M_SSEC_BASEPRM_D2DEV
T_STRSub-pro storage destination D2:dev----RWithin 4 letters (5 letters including NULL which follows ": ")
M_SSEC_BASEPRM_D2DIR
T_STRSub-pro storage destination D2:dir----RWithin 55 letters (56 letters including NULL)
M_SSEC_BASEPRM_D3DEV
T_STRSub-pro storage destination D3:dev----RWithin 4 letters (5 letters including NULL which follows ": ")
M_SSEC_BASEPRM_D3DIR
T_STRSub-pro storage destination D3:dir----RWithin 55 letters (56 letters including NULL)
M_SSEC_BASEPRM_D4DEV
T_STRSub-pro storage destination D4:dev----RWithin 4 letters (5 letters including NULL which follows ": ")
M_SSEC_BASEPRM_D4DIR
T_STRSub-pro storage destination D4:dir----RWithin 55 letters (56 letters including NULL)
M_SSEC_BASEPRM_G_CODE_FORMAT
T_LONGG code format----RW0 to 2
M_SSEC_BASEPRM_M2_LABEL_O
T_LONGM2 label O----RW0,1
M_SSEC_BASEPRM_M2_MACRO_CONVERT
T_LONGM2 macro converter enabled----RW0,1
M_SSEC_BASEPRM_COORD_ANGL
Coordinate rotation angle
M_SSEC_BASEPRM_COORD_ROT_CENTER_H
T_FLOATBIN/T_LONGCoordinate rotation centre coordinate (H)O--RW±99999.999
M_SSEC_BASEPRM_COORD_ROT_CENTER_V
T_FLOATBIN/T_LONGCoordinate rotation centre coordinate (V)O--RW±99999.999
M_SSEC_BASEPRM_PASSWD
T_LONGMachine tool builder macro password----RW2 to 99999999
M_SSEC_BASEPRM_M3MPAR1
T_CHARParameter for M3/L3 (m3mpar1)----RW0x00 to 0xFF
M_SSEC_BASEPRM_OPERAT1
T_CHARoperat1----RW0x00 to 0xFF
M_SSEC_BASEPRM_OPERAT2
T_CHARoperat2----RW0x00 to 0xFF
M_SSEC_BASEPRM_OPERAT3
T_CHARoperat3----RW0x00 to 0xFF
M_SSEC_BASEPRM_OPERAT5
T_CHARoperat5----RW0x00 to 0xFF
M_SSEC_BASEPRM_OPERAT7
T_CHARoperat7----RW0x00 to 0xFF
M_SSEC_BASEPRM_MASMAC5
T_CHARmasmac5----RW0x00 to 0xFF
M_SSEC_BASEPRM_CHRCOMP
T_FLOATBIN/T_LONGRelative error after conversion and before interpolation (Determined by #8019)O--R-99.999
M_SSEC_BASEPRM_CHRCOMP2
T_FLOATBIN/T_LONGRelative error after conversion and before interpolation in corner accuracy factor (Determined by #8023)O--R-999999.999
M_SSEC_BASEPRM_APC_TYPE
T_CHARAPC screen display type selection----RW0: Standard, 1: Pallet 4-page registration
M_SSEC_BASEPRM_VALID_PALLET_NUM
T_CHARNumber of pallets setting----RW2 to 12
M_SSEC_BASEPRM_APLC
T_CHARAPLC enabled/disabled (APLC enabled)----RW0,1
M_SSEC_BASEPRM_PLCAUTO
T_CHARPLC start timing selection (PLCautorun enabled)----RW0,1
M_SSEC_BASEPRM_HD_IPADDR
T_STRIP address of the PC in which machining programs are stored----RW0.0.0.0 to 255.255.255.255
M_SSEC_BASEPRM_HD_PORTNUMBER
T_LONGPort No. of the PC in which machining programs are stored----RW0 to 65535
M_SSEC_BASEPRM_HD_TIMEOUT
T_SHORTTime out setting of the PC in which machining programs are stored----RW0 to 300
M_SSEC_BASEPRM_HD_CACHE
T_SHORTCache setting fo HD operation--RW0 to 1024
M_SSEC_BASEPRM_SW_KEYBOARD
T_CHARSoftware keyboard--RW0,1
M_SSEC_BASEPRM_HANDYTERMINAL_PW
T_STRHandy terminal password--RWBlank or 4-digit numeric
M_SSEC_BASEPRM_AX16MD
T_CHARConnecting 16 axes for 1ch--RW0,1
M_SSEC_BASEPRM_3D_MCHK
T_CHAR3D machine collision check disabled--RW0,1
M_SSEC_BASEPRM_CHK_LEN1
T_FLOATBIN1st-step collision check distance--RW0.000 to 99999.999(mm)
M_SSEC_BASEPRM_CHK_LEN2
T_FLOATBIN2nd-step collision check distance--RW0.000 to 99999.999(mm)
M_SSEC_BASEPRM_EXPAND_RATE
T_SHORT3D machine collision check shape expansion rate--RW0 to 300(%)
M_SSEC_BASEPRM_TOFS_RUNNING
T_CHARTool compensation amount setting during automatic operation enabled (T-ofs set at run)--RW0,1
M_SSEC_BASEPRM_M_PW_HOLD
T_CHARMachine user password hold--RW0,1
M_SSEC_BASEPRM_2SYS_DISPLAY
T_CHAR2-part system simultaneous display--RW0,1
M_SSEC_BASEPRM_PLC_MESG_TYPE
T_CHARFormat of PLC alarm and operator message (PLC mesg disp type)--RW0,1
M_SSEC_BASEPRM_G33_1_DRN
T_LONGG33.1 Dry run--RW0,1
M_SSEC_BASEPRM_G33_1_FHD
T_LONGG33.1 Feed hold--RW0,1
M_SSEC_BASEPRM_TOLE_ARC_CENT
T_FLOATBIN/T_DOUBLETolerable correction value of arc center error--RW-1.000 to 0.100
M_SSEC_BASEPRM_ARC_TO_G1
T_UCHARChange command from arc to linear when no arc center designation--RW0,1
M_SSEC_BASEPRM_MANTAPSYNCCANCL
T_UCHARSynchronization cancel during manual synchronous tapping---RW0,1
M_SSEC_BASEPRM_CURSOR_POS_SRCH
T_CHARCursor position search--RW0 to 2
M_SSEC_BASEPRM_MBTANAXH
T_STRManual feed rate B constant surface control intersecting part system axis name (horizontal)O-RW2 digits
M_SSEC_BASEPRM_MBTANAXV
T_STRManual feed rate B constant surface control intersecting part system axis name (vertical)O-RW2 digits
M_SSEC_BASEPRM_MBROTCH
T_FLOATBIN/T_DOUBLEManual feed rate B constant surface control rotation center machine position (horizontal)O-RW-99999.999 to 99999.999
M_SSEC_BASEPRM_MBROTCV
T_FLOATBIN/T_DOUBLEManual feed rate B constant surface control rotation center machine position (vertical)O-RW-99999.999 to 99999.999
M_SSEC_BASEPRM_MFIG
T_CHARNumber of MO-RW1 to 4
M_SSEC_BASEPRM_MBIN
T_CHARM binaryO-RW-1/0/1
M_SSEC_BASEPRM_SFIG
T_CHARNumber of SO-RW1 to 4
M_SSEC_BASEPRM_SBIN
T_CHARS binaryO-RW-1/0/1
M_SSEC_BASEPRM_TFIG
T_CHARNumber of TO-RW1 to 4
M_SSEC_BASEPRM_TBIN
T_CHART binaryO-RW-1/0/1
M_SSEC_BASEPRM_BFIG
T_CHARNumber of BO-RW1 to 4
M_SSEC_BASEPRM_BBIN
T_CHARB binaryO-RW-1/0/1
M_SSEC_BASEPRM_G33_1_ROT_NAME
T_STRG33.1 Rotary axis nameO-RWA to Z
M_SSEC_BASEPRM_G33_1_OVR
T_SHORTG33.1 OverrideO-RW0 to 6
M_SSEC_BASEPRM_SYNTAP_SCANCEL
T_LONGSynchronous tapping (,S) cancel---RW0,1
M_SSEC_BASEPRM_ZEROPOINT_MARK
T_LONGDisplay position of zero point mark---RW0,1
M_SSEC_BASEPRM_PRGCRDROT_TYPE
T_LONGPRG coordinate rotation type---RW0,1
M_SSEC_BASEPRM_G33_1_CUTUP_SPD
T_LONGG33.1 Chamfering speedO-RW1 to 1000000
M_SSEC_BASEPRM_MBRSTDR1
T_FLOATBIN/T_DOUBLESurface speed control standard radius 1O-RW0 to 99999.999
M_SSEC_BASEPRM_MBRSTDF1
T_DOUBLESurface speed control standard speed 1O-RW1 to 1000000
M_SSEC_BASEPRM_MBRSTDR2
T_FLOATBIN/T_DOUBLESurface speed control standard radius 2O-RW0 to 99999.999
M_SSEC_BASEPRM_MBRSTDF2
T_DOUBLESurface speed control standard speed 2O-RW1 to 1000000
M_SSEC_MPSP_SP1244
T_SHORTSP1244: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1245
T_SHORTSP1245: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1246
T_SHORTSP1246: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1247
T_SHORTSP1247: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1248
T_SHORTSP1248: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1249
T_SHORTSP1249: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1250
T_SHORTSP1250: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1251
T_SHORTSP1251: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1252
T_SHORTSP1252: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1253
T_SHORTSP1253: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1254
T_SHORTSP1254: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1255
T_SHORTSP1255: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1256
T_SHORTSP1256: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1257
T_SHORTSP1257: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1258
T_SHORTSP1258: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1259
T_SHORTSP1259: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1260
T_SHORTSP1260: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1261
T_SHORTSP1261: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1262
T_SHORTSP1262: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1263
T_SHORTSP1263: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1264
T_SHORTSP1264: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1265
T_SHORTSP1265: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1266
T_SHORTSP1266: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1267
T_SHORTSP1267: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1268
T_SHORTSP1268: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1269
T_SHORTSP1269: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1270
T_SHORTSP1270: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1271
T_SHORTSP1271: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1272
T_SHORTSP1272: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1273
T_SHORTSP1273: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1274
T_SHORTSP1274: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1275
T_SHORTSP1275: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1276
T_SHORTSP1276: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1277
T_SHORTSP1277: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1278
T_SHORTSP1278: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1279
T_SHORTSP1279: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1280
T_SHORTSP1280: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1281
T_SHORTSP1281: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1282
T_SHORTSP1282: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1283
T_SHORTSP1283: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1284
T_SHORTSP1284: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1285
T_SHORTSP1285: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1286
T_SHORTSP1286: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1287
T_SHORTSP1287: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1288
T_SHORTSP1288: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1289
T_SHORTSP1289: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1290
T_SHORTSP1290: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1291
T_SHORTSP1291: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1292
T_SHORTSP1292: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1293
T_SHORTSP1293: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1294
T_SHORTSP1294: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1295
T_SHORTSP1295: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1296
T_SHORTSP1296: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1297
T_SHORTSP1297: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1298
T_SHORTSP1298: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1299
T_SHORTSP1299: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1300
T_SHORTSP1300: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1301
T_SHORTSP1301: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1302
T_SHORTSP1302: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1303
T_SHORTSP1303: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1304
T_SHORTSP1304: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1305
T_SHORTSP1305: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1306
T_SHORTSP1306: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1307
T_SHORTSP1307: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1308
T_SHORTSP1308: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1309
T_SHORTSP1309: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1310
T_SHORTSP1310: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1311
T_SHORTSP1311: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1312
T_SHORTSP1312: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1313
T_SHORTSP1313: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1314
T_SHORTSP1314: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1315
T_SHORTSP1315: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1316
T_SHORTSP1316: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1317
T_SHORTSP1317: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1318
T_SHORTSP1318: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1319
T_SHORTSP1319: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1320
T_SHORTSP1320: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1321
T_SHORTSP1321: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1322
T_SHORTSP1322: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1323
T_SHORTSP1323: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1324
T_SHORTSP1324: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1325
T_SHORTSP1325: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1326
T_SHORTSP1326: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1327
T_SHORTSP1327: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1328
T_SHORTSP1328: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1329
T_SHORTSP1329: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1330
T_SHORTSP1330: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1331
T_SHORTSP1331: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1332
T_SHORTSP1332: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1333
T_SHORTSP1333: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1334
T_SHORTSP1334: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1335
T_SHORTSP1335: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1336
T_SHORTSP1336: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1337
T_SHORTSP1337: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1338
T_SHORTSP1338: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1339
T_SHORTSP1339: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1340
T_SHORTSP1340: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1341
T_SHORTSP1341: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1342
T_SHORTSP1342: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1343
T_SHORTSP1343: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1344
T_SHORTSP1344: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1345
T_SHORTSP1345: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1346
T_SHORTSP1346: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1347
T_SHORTSP1347: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1348
T_SHORTSP1348: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1349
T_SHORTSP1349: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1350
T_SHORTSP1350: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1351
T_SHORTSP1351: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1352
T_SHORTSP1352: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1353
T_SHORTSP1353: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1354
T_SHORTSP1354: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1355
T_SHORTSP1355: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1356
T_SHORTSP1356: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1357
T_SHORTSP1357: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1358
T_SHORTSP1358: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1359
T_SHORTSP1359: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1360
T_SHORTSP1360: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1361
T_SHORTSP1361: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1362
T_SHORTSP1362: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1363
T_SHORTSP1363: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1364
T_SHORTSP1364: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1365
T_SHORTSP1365: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1366
T_SHORTSP1366: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1367
T_SHORTSP1367: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1368
T_SHORTSP1368: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1369
T_SHORTSP1369: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1370
T_SHORTSP1370: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1371
T_SHORTSP1371: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1372
T_SHORTSP1372: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1373
T_SHORTSP1373: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1374
T_SHORTSP1374: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1375
T_SHORTSP1375: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1376
T_SHORTSP1376: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1377
T_SHORTSP1377: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1378
T_SHORTSP1378: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1379
T_SHORTSP1379: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1380
T_SHORTSP1380: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1381
T_SHORTSP1381: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1382
T_SHORTSP1382: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1383
T_SHORTSP1383: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1384
T_SHORTSP1384: Not used--ORW-32768 to 32767
M_SSEC_MPLMAC_TSMACRO
T_STRSmac program No.----RW0 to 999999999
M_SSEC_MPLMAC_TTMACROT
T_CHARTmac type----RW0 to 3
M_SSEC_MPLMAC_TTMACRO
T_STRTmac program No.----RW0 to 999999999
M_SSEC_MPLMAC_ASC_MACSET(x)
T_LONGASCII[]ASCII code macro valid (x=1 to 2)O--RW0,1
M_SSEC_MPLMAC_ASC_CODE(x)
T_STRASCII[]ASCII code (x=1 to 2)O--RWA to Z
M_SSEC_MPLMAC_ASC_TYPE(x)
T_CHARASCII[]calling type (0:M98,1:G65,2:G66,3:G66.1) (x=1 to 2)O--RW0 to 3
M_SSEC_MPLMAC_ASC_PROGNO(x)
T_STRASCII[]program No. (x=1 to 2)O--RW0 to 99999999
M_SSEC_MPLMAC_ASC_COM_VAL(x)
T_SHORTASCII[]common variable No. (100 to 149) (x=1 to 2)O--RW0,100 to 149
M_SSEC_UPBARI_BARI3Z
T_FLOATBIN/T_LONGP3 Z----RW±99999.999
M_SSEC_UPBARI_BARI4X
T_FLOATBIN/T_LONGP4 X----RW±99999.999
M_SSEC_UPBARI_BARI4Z
T_FLOATBIN/T_LONGP4 Z----RW±99999.999
M_SSEC_UPBARI_BARI5X
T_FLOATBIN/T_LONGP5 X----RW±99999.999
M_SSEC_UPBARI_BARI5Z
T_FLOATBIN/T_LONGP5 Z----RW±99999.999
M_SSEC_UPBARI_BARI6X
T_FLOATBIN/T_LONGP6 X----RW±99999.999
M_SSEC_UPBARI_BARI6Z
T_FLOATBIN/T_LONGP6 Z----RW±99999.999
M_SSEC_UPBARI_BARI_ON
T_CHARBarrier ONO--RW0,1
M_SSEC_UPBARI_BARI7X
T_FLOATBIN/T_LONGP7 XO--RW±99999.999
M_SSEC_UPBARI_BARI8X
T_FLOATBIN/T_LONGP8 XO--RW±99999.999
M_SSEC_UPBARI_BARI8Z
T_FLOATBIN/T_LONGP8 ZO--RW±99999.999
M_SSEC_UPBARI_BARI9X
T_FLOATBIN/T_LONGP9 XO--RW±99999.999
M_SSEC_UPBARI_BARI10X
T_FLOATBIN/T_LONGP10 XO--RW±99999.999
M_SSEC_UPBARI_BARI10Z
T_FLOATBIN/T_LONGP10 ZO--RW±99999.999
M_SSEC_UPBARI_BRFORML
T_CHARBarrier type (Left)O--RW0 to 2
M_SSEC_UPBARI_BRFORMR
T_CHARBarrier type (Right)O--RW0 to 2
M_SSEC_UPBARI_BARI_SC
T_STRDelivery axis nameO--RWAxis name
M_SSEC_UPBARI_TAIL_AL
T_SHORTTail stock angle (Left)O--RW0 to 180
M_SSEC_UPBARI_TAIL_AR
T_SHORTTail stock angle (Right)O--RW0 to 180
M_SSEC_PLCINDXPRM_TL2
T_SHORTOperation parameter group 2 Torque limit value-ORW0 to 500
M_SSEC_PLCINDXPRM_OD2
T_SHORTOperation parameter group 2 Excessive error detection width-ORW0 to 32767
M_SSEC_PLCINDXPRM_JUST2
T_FLOATBINOperation parameter group 2 Set position output width-ORW0 to 99999.999
M_SSEC_PLCINDXPRM_NEAR2
T_FLOATBINOperation parameter group 2 Near set position output width-ORW0 to 99999.999
M_SSEC_PLCINDXPRM_SMGST2
T_SHORTOperation parameter group 2 Acceleration/deceleration type-ORW0x01,0x0F
M_SSEC_PLCINDXPRM_ASPEED3
T_LONGOperation parameter group 3 Automatic operation speed-ORW1 to 100000
M_SSEC_PLCINDXPRM_MSPEED3
T_LONGOperation parameter group 3 Manual operation speed-ORW1 to 100000
M_SSEC_PLCINDXPRM_TIMEL3_1
T_SHORTOperation parameter group 3 Acceleration/deceleration time constant 1-ORW1 to 9999
M_SSEC_PLCINDXPRM_TIMEL3_2
T_SHORTOperation parameter group 3 Acceleration/deceleration time constant 2-ORW1 to 999
M_SSEC_PLCINDXPRM_TL3
T_SHORTOperation parameter group 3 Torque limit value-ORW0 to 500
M_SSEC_PLCINDXPRM_OD3
T_SHORTOperation parameter group 3 Excessive error detection width-ORW0 to 32767
M_SSEC_PLCINDXPRM_JUST3
T_FLOATBINOperation parameter group 3 Set position output width-ORW0 to 99999.999
M_SSEC_PLCINDXPRM_NEAR3
T_FLOATBINOperation parameter group 3 Near set position output width-ORW0 to 99999.999
M_SSEC_PLCINDXPRM_SMGST3
T_SHORTOperation parameter group 3 Acceleration/deceleration type-ORW0x01,0x0F
M_SSEC_PLCINDXPRM_ASPEED4
T_LONGOperation parameter group 4 Automatic operation speed-ORW1 to 100000
M_SSEC_PLCINDXPRM_MSPEED4
T_LONGOperation parameter group 4 Manual operation speed-ORW1 to 100000
M_SSEC_PLCINDXPRM_TIMEL4_1
T_SHORTOperation parameter group 4 Acceleration/deceleration time constant 1-ORW1 to 9999
M_SSEC_PLCINDXPRM_TIMEL4_2
T_SHORTOperation parameter group 4 Acceleration/deceleration time constant 2-ORW1 to 999
M_SSEC_PLCINDXPRM_TL4
T_SHORTOperation parameter group 4 Torque limit value-ORW0 to 500
M_SSEC_PLCINDXPRM_OD4
T_SHORTOperation parameter group 4 Excessive error detection width-ORW0 to 32767
M_SSEC_PLCINDXPRM_JUST4
T_FLOATBINOperation parameter group 4 Set position output width-ORW0 to 99999.999
M_SSEC_PLCINDXPRM_NEAR4
T_FLOATBINOperation parameter group 4 Near set position output width-ORW0 to 99999.999
M_SSEC_PLCINDXPRM_SMGST4
T_SHORTOperation parameter group 4 Acceleration/deceleration type-ORW0x01,0x0F
M_SSEC_PLCINDXPRM_STPOS2
T_FLOATBINStation 2 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS3
T_FLOATBINStation 3 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS4
T_FLOATBINStation 4 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS5
T_FLOATBINStation 5 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS6
T_FLOATBINStation 6 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS7
T_FLOATBINStation 7 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS8
T_FLOATBINStation 8 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS9
T_FLOATBINStation 9 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS10
T_FLOATBINStation 10 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS11
T_FLOATBINStation 11 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS12
T_FLOATBINStation 12 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS13
T_FLOATBINStation 13 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS14
T_FLOATBINStation 14 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS15
T_FLOATBINStation 15 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS16
T_FLOATBINStation 16 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS17
T_FLOATBINStation 17 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS18
T_FLOATBINStation 18 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS19
T_FLOATBINStation 19 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_STPOS20
T_FLOATBINStation 20 coordinate value-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSWCHECK
T_CHARPSW detection method-ORW0 to 0xFF
M_SSEC_PLCINDXPRM_PSW1DOG1
T_FLOATBINPSW1 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW1DOG2
T_FLOATBINPSW1 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW2DOG1
T_FLOATBINPSW2 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW2DOG2
T_FLOATBINPSW2 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW3DOG1
T_FLOATBINPSW3 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW3DOG2
T_FLOATBINPSW3 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW4DOG1
T_FLOATBINPSW4 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW4DOG2
T_FLOATBINPSW4 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW5DOG1
T_FLOATBINPSW5 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW5DOG2
T_FLOATBINPSW5 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW6DOG1
T_FLOATBINPSW6 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW6DOG2
T_FLOATBINPSW6 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW7DOG1
T_FLOATBINPSW7 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW7DOG2
T_FLOATBINPSW7 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW8DOG1
T_FLOATBINPSW8 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW8DOG2
T_FLOATBINPSW8 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW9DOG1
T_FLOATBINPSW9 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW9DOG2
T_FLOATBINPSW9 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW10DOG1
T_FLOATBINPSW10 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW10DOG2
T_FLOATBINPSW10 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW11DOG1
T_FLOATBINPSW11 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW11DOG2
T_FLOATBINPSW11 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW12DOG1
T_FLOATBINPSW12 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW12DOG2
T_FLOATBINPSW12 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW13DOG1
T_FLOATBINPSW13 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_MPSP_SP225
T_SHORTSP225: Spindle gear teeth count 5--ORW-32768 to 32767
M_SSEC_MPSP_SP226
T_SHORTSP226: Spindle gear teeth count 6--ORW-32768 to 32767
M_SSEC_MPSP_SP227
T_SHORTSP227: Spindle gear teeth count 7--ORW-32768 to 32767
M_SSEC_MPSP_SP228
T_SHORTSP228: Spindle gear teeth count 8--ORW-32768 to 32767
M_SSEC_MPSP_SP229
T_SHORTSP229: Motor shaft gear teeth count 5--ORW-32768 to 32767
M_SSEC_MPSP_SP230
T_SHORTSP230: Motor shaft gear teeth count 6--ORW-32768 to 32767
M_SSEC_MPSP_SP231
T_SHORTSP231: Motor shaft gear teeth count 7--ORW-32768 to 32767
M_SSEC_MPSP_SP232
T_SHORTSP232: Motor shaft gear teeth count 8--ORW-32768 to 32767
M_SSEC_MPSP_SP233
T_SHORTSP233: Disturbance observer general inertia scale--ORW-32768 to 32767
M_SSEC_MPSP_SP234
T_SHORTSP234: Disturbance observer low path filter frequency--ORW-32768 to 32767
M_SSEC_MPSP_SP235
T_SHORTSP235: Disturbance observer gain--ORW-32768 to 32767
M_SSEC_MPSP_SP236
T_SHORTSP236: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP237
T_SHORTSP237: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP238
T_SHORTSP238: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP239
T_SHORTSP239: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP240
T_SHORTSP240: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP241
T_SHORTSP241: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP242
T_SHORTSP242: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP243
T_SHORTSP243: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP244
T_SHORTSP244: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP245
T_SHORTSP245: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP246
T_SHORTSP246: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP247
T_SHORTSP247: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP248
T_SHORTSP248: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP249
T_SHORTSP249: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP250
T_SHORTSP250: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP251
T_SHORTSP251: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP252
T_SHORTSP252: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP253
T_SHORTSP253: D/A output channel 1 data number--ORW-32768 to 32767
M_SSEC_MPSP_SP254
T_SHORTSP254: D/A output channel 2 data number--ORW-32768 to 32767
M_SSEC_MPSP_SP255
T_SHORTSP255: D/A output channel 3 data number--ORW-32768 to 32767
M_SSEC_MPSP_SP256
T_SHORTSP256: D/A output channel 4 data number--ORW-32768 to 32767
M_SSEC_MPSP_SP257
T_SHORTSP257: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP258
T_SHORTSP258: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP259
T_SHORTSP259: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP260
T_SHORTSP260: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP261
T_SHORTSP261: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP262
T_SHORTSP262: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP263
T_SHORTSP263: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP264
T_SHORTSP264: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP265
T_SHORTSP265: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP266
T_SHORTSP266: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP267
T_SHORTSP267: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP268
T_SHORTSP268: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP269
T_SHORTSP269: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP270
T_SHORTSP270: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP271
T_SHORTSP271: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP272
T_SHORTSP272: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP273
T_SHORTSP273: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP274
T_SHORTSP274: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP275
T_SHORTSP275: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP276
T_SHORTSP276: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP277
T_SHORTSP277: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP278
T_SHORTSP278: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP279
T_SHORTSP279: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP280
T_SHORTSP280: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP281
T_SHORTSP281: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP282
T_SHORTSP282: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP283
T_SHORTSP283: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP284
T_SHORTSP284: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP285
T_SHORTSP285: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP286
T_SHORTSP286: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP287
T_SHORTSP287: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP288
T_SHORTSP288: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP289
T_SHORTSP289: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP290
T_SHORTSP290: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP291
T_SHORTSP291: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP292
T_SHORTSP292: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP293
T_SHORTSP293: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP294
T_SHORTSP294: Disturbance observer torque constant--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP295
T_SHORTSP295: Disturbance observer motor inertia--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP296
T_SHORTSP296: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP297
T_SHORTSP297: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP298
T_SHORTSP298: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP299
T_SHORTSP299: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP300
T_SHORTSP300: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP301
T_SHORTSP301: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP302
T_SHORTSP302: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP303
T_SHORTSP303: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP304
T_SHORTSP304: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP305
T_SHORTSP305: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP306
T_SHORTSP306: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP307
T_SHORTSP307: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP308
T_SHORTSP308: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP309
T_SHORTSP309: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP310
T_SHORTSP310: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP311
T_SHORTSP311: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP312
T_SHORTSP312: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP313
T_SHORTSP313: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP314
T_SHORTSP314: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP315
T_SHORTSP315: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP316
T_SHORTSP316: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP317
T_SHORTSP317: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP318
T_SHORTSP318: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP319
T_SHORTSP319: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP320
T_SHORTSP320: Motor constant (H coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP321
T_SHORTSP321: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP322
T_SHORTSP322: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP323
T_SHORTSP323: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP324
T_SHORTSP324: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP325
T_SHORTSP325: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP326
T_SHORTSP326: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP327
T_SHORTSP327: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP328
T_SHORTSP328: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP329
T_SHORTSP329: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP330
T_SHORTSP330: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP331
T_SHORTSP331: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP332
T_SHORTSP332: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP333
T_SHORTSP333: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP334
T_SHORTSP334: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP335
T_SHORTSP335: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP336
T_SHORTSP336: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP337
T_SHORTSP337: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP338
T_SHORTSP338: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP339
T_SHORTSP339: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP340
T_SHORTSP340: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP341
T_SHORTSP341: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP342
T_SHORTSP342: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP343
T_SHORTSP343: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP344
T_SHORTSP344: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP345
T_SHORTSP345: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP346
T_SHORTSP346: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP347
T_SHORTSP347: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP348
T_SHORTSP348: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP349
T_SHORTSP349: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP350
T_SHORTSP350: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP351
T_SHORTSP351: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP352
T_SHORTSP352: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP353
T_SHORTSP353: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP354
T_SHORTSP354: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP355
T_SHORTSP355: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP356
T_SHORTSP356: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP357
T_SHORTSP357: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP358
T_SHORTSP358: Disturbance observer torque constant 2--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP359
T_SHORTSP359: Disturbance observer motor inertia 2--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP360
T_SHORTSP360: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP361
T_SHORTSP361: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP362
T_SHORTSP362: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP363
T_SHORTSP363: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP364
T_SHORTSP364: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP365
T_SHORTSP365: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP366
T_SHORTSP366: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP367
T_SHORTSP367: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP368
T_SHORTSP368: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP369
T_SHORTSP369: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP370
T_SHORTSP370: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP371
T_SHORTSP371: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP372
T_SHORTSP372: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP373
T_SHORTSP373: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP374
T_SHORTSP374: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP375
T_SHORTSP375: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP376
T_SHORTSP376: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP377
T_SHORTSP377: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP378
T_SHORTSP378: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP379
T_SHORTSP379: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP380
T_SHORTSP380: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP381
T_SHORTSP381: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP382
T_SHORTSP382: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP383
T_SHORTSP383: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP384
T_SHORTSP384: Motor constant (L coil)--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP1001
T_SHORTSP1001: Position gain normal--ORW-32768 to 32767
M_SSEC_MPSP_SP1002
T_SHORTSP1002: Position gain in spindle synchronization--ORW-32768 to 32767
M_SSEC_MPSP_SP1003
T_SHORTSP1003: Position gain in C axis--ORW-32768 to 32767
M_SSEC_MPSP_SP1004
T_SHORTSP1004: Position gain in in synchronous tapping--ORW-32768 to 32767
M_SSEC_MPSP_SP1005
T_SHORTSP1005: Speed gain 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1006
T_SHORTSP1006: Speed lead compensation 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1007
T_SHORTSP1007: Speed delay compensation 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1008
T_SHORTSP1008: Speed gain 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1009
T_SHORTSP1009: Speed lead compensation 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1010
T_SHORTSP1010: Speed delay compensation 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1011
T_SHORTSP1011: Variable current gain starting speed--ORW-32768 to 32767
M_SSEC_MPSP_SP1012
T_SHORTSP1012: Variable current gain finishing speed--ORW-32768 to 32767
M_SSEC_MPSP_SP1013
T_SHORTSP1013: Variable current gain scale--ORW-32768 to 32767
M_SSEC_MPSP_SP1014
T_SHORTSP1014: Minimum excitation rate 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1015
T_SHORTSP1015: Minimum excitation rate 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1016
T_SHORTSP1016: Phase compensation time constant--ORW-32768 to 32767
M_SSEC_MPSP_SP1017
T_SHORTSP1017: Spindle specification 1--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP1018
T_SHORTSP1018: Spindle specification 2--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP1019
T_SHORTSP1019: Position encoder resolution (Spindle end)--ORW-32768 to 32767
M_SSEC_MPSP_SP1020
T_SHORTSP1020: Speed encoder resolution (Motor end)--ORW-32768 to 32767
M_SSEC_MPSP_SP1021
T_SHORTSP1021: Overload alarm detection time--ORW-32768 to 32767
M_SSEC_MPSP_SP1022
T_SHORTSP1022: Overload alarm detection level--ORW-32768 to 32767
M_SSEC_MPSP_SP1023
T_SHORTSP1023: Excessive error detection width (Position mode)--ORW-32768 to 32767
M_SSEC_MPSP_SP1024
T_SHORTSP1024: In-position width--ORW-32768 to 32767
M_SSEC_MPSP_SP1025
T_SHORTSP1025: 2nd in-position width--ORW-32768 to 32767
M_SSEC_MPSP_SP1026
T_SHORTSP1026: Motor maximum speed--ORW-32768 to 32767
M_SSEC_MPSP_SP1027
T_SHORTSP1027: Motor zero speed--ORW-32768 to 32767
M_SSEC_MPSP_SP1028
T_SHORTSP1028: Speed detection setting value--ORW-32768 to 32767
M_SSEC_MPSP_SP1029
T_SHORTSP1029: Speed detection reset width--ORW-32768 to 32767
M_SSEC_MPSP_SP1030
T_SHORTSP1030: 2nd speed detection setting value--ORW-32768 to 32767
M_SSEC_MPSP_SP1031
T_SHORTSP1031: Motor type--ORW-32768 to 32767
M_SSEC_MPSP_SP1032
T_SHORTSP1032: Power supply type--ORW-32768 to 32767
M_SSEC_MPSP_SP1033
T_SHORTSP1033: Spindle function 1--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP1034
T_SHORTSP1034: Spindle function 2--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP1035
T_SHORTSP1035: Spindle function 3--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP1036
T_SHORTSP1036: Spindle function 4--ORW0x0000 to 0xFFFF
M_SSEC_MPSP_SP1037
T_SHORTSP1037: Load inertia scale--ORW-32768 to 32767
M_SSEC_MPSP_SP1038
T_SHORTSP1038: Notch filter frequency 1 (76Hz -)--ORW-32768 to 32767
M_SSEC_MPSP_SP1039
T_SHORTSP1039: Lost motion compensation timing--ORW-32768 to 32767
M_SSEC_MPSP_SP1040
T_SHORTSP1040: Lost motion compensation 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1041
T_SHORTSP1041: Lost motion compensation 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1042
T_SHORTSP1042: Overshoot compensation 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1043
T_SHORTSP1043: Overshoot compensation 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1044
T_SHORTSP1044: Disturbance observer filter frequency--ORW-32768 to 32767
M_SSEC_MPSP_SP1045
T_SHORTSP1045: Disturbance observer gain--ORW-32768 to 32767
M_SSEC_MPSP_SP1046
T_SHORTSP1046: Notch filter frequency 2 (76Hz -)--ORW-32768 to 32767
M_SSEC_MPSP_SP1047
T_SHORTSP1047: Inductive voltage compensation gain--ORW-32768 to 32767
M_SSEC_MPSP_SP1048
T_SHORTSP1048: Voltage non-sensitive band--ORW-32768 to 32767
M_SSEC_MPSP_SP1049
T_SHORTSP1049: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1050
T_SHORTSP1050: Acceleration rate feed forward--ORW-32768 to 32767
M_SSEC_MPSP_SP1051
T_SHORTSP1051: Dual FB control time constant--ORW-32768 to 32767
M_SSEC_MPSP_SP1052
T_SHORTSP1052: Dual FB control non-sensitive band--ORW-32768 to 32767
M_SSEC_MPSP_SP1053
T_SHORTSP1053: Excessive error detection width (Speed mode)--ORW-32768 to 32767
M_SSEC_MPSP_SP1054
T_SHORTSP1054: Closed loop overrun detection width--ORW-32768 to 32767
M_SSEC_MPSP_SP1055
T_SHORTSP1055: EMG maximum delay time--ORW-32768 to 32767
M_SSEC_MPSP_SP1056
T_SHORTSP1056: Deceleration control time constant--ORW-32768 to 32767
M_SSEC_MPSP_SP1057
T_SHORTSP1057: Spindle side gear 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1058
T_SHORTSP1058: Spindle side gear 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1059
T_SHORTSP1059: Spindle side gear 3--ORW-32768 to 32767
M_SSEC_MPSP_SP1060
T_SHORTSP1060: Spindle side gear 4--ORW-32768 to 32767
M_SSEC_MPSP_SP1061
T_SHORTSP1061: Motor side gear 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1062
T_SHORTSP1062: Motor side gear 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1063
T_SHORTSP1063: Motor side gear 3--ORW-32768 to 32767
M_SSEC_MPSP_SP1064
T_SHORTSP1064: Motor side gear 4--ORW-32768 to 32767
M_SSEC_MPSP_SP1065
T_SHORTSP1065: Torque control 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1066
T_SHORTSP1066: Torque control 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1067
T_SHORTSP1067: Torque control 3--ORW-32768 to 32767
M_SSEC_MPSP_SP1068
T_SHORTSP1068: Torque control 4--ORW-32768 to 32767
M_SSEC_MPSP_SP1069
T_SHORTSP1069: Lower limit value of current reduction during acceleration--ORW-32768 to 32767
M_SSEC_MPSP_SP1070
T_SHORTSP1070: Break point speed of current reduction during acceleration--ORW-32768 to 32767
M_SSEC_MPSP_SP1071
T_SHORTSP1071: Lower limit value of current reduction during deceleration--ORW-32768 to 32767
M_SSEC_MPSP_SP1072
T_SHORTSP1072: Break point speed of current reduction during deceleration--ORW-32768 to 32767
M_SSEC_MPSP_SP1073
T_SHORTSP1073: Variable speed gain target value--ORW-32768 to 32767
M_SSEC_MPSP_SP1074
T_SHORTSP1074: Variable speed gain change start speed--ORW-32768 to 32767
M_SSEC_MPSP_SP1075
T_SHORTSP1075: Slip compensation scale of H coil in regeneration--ORW-32768 to 32767
M_SSEC_MPSP_SP1076
T_SHORTSP1076: Slip compensation scale of L coil in regeneration--ORW-32768 to 32767
M_SSEC_MPSP_SP1077
T_SHORTSP1077: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1078
T_SHORTSP1078: Temperature compensation function selection--ORW-32768 to 32767
M_SSEC_MPSP_SP1079
T_SHORTSP1079: Temperature compensation initial value--ORW-32768 to 32767
M_SSEC_MPSP_SP1080
T_SHORTSP1080: Temperature compensation iron-loss coefficient--ORW-32768 to 32767
M_SSEC_MPSP_SP1081
T_SHORTSP1081: Speed cancel coefficient--ORW-32768 to 32767
M_SSEC_MPSP_SP1082
T_SHORTSP1082: Phase compensation time constant lower limit value--ORW-32768 to 32767
M_SSEC_MPSP_SP1083
T_SHORTSP1083: Phase compensation completion width--ORW-32768 to 32767
M_SSEC_MPSP_SP1084
T_SHORTSP1084: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1085
T_SHORTSP1085: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1086
T_SHORTSP1086: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1087
T_SHORTSP1087: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1088
T_SHORTSP1088: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1089
T_SHORTSP1089: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1090
T_SHORTSP1090: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1091
T_SHORTSP1091: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1092
T_SHORTSP1092: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1093
T_SHORTSP1093: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1094
T_SHORTSP1094: Coil switch gate shut off timer--ORW-32768 to 32767
M_SSEC_MPSP_SP1095
T_SHORTSP1095: Coil switch current limit timer--ORW-32768 to 32767
M_SSEC_MPSP_SP1096
T_SHORTSP1096: Coil switch current limit value--ORW-32768 to 32767
M_SSEC_MPSP_SP1097
T_SHORTSP1097:Q axis current lead compensation--ORW-32768 to 32767
M_SSEC_MPSP_SP1098
T_SHORTSP1098:D axis current lead compensation--ORW-32768 to 32767
M_SSEC_MPSP_SP1099
T_SHORTSP1099:Q axis current gain--ORW-32768 to 32767
M_SSEC_MPSP_SP1100
T_SHORTSP1100:D axis current gain--ORW-32768 to 32767
M_SSEC_MPSP_SP1101
T_SHORTSP1101:Q axis current lead compensation(L-coil)--ORW-32768 to 32767
M_SSEC_MPSP_SP1102
T_SHORTSP1102:D axis current lead compensation(L-coil)--ORW-32768 to 32767
M_SSEC_MPSP_SP1103
T_SHORTSP1103:Q axis current gain (L-coil)--ORW-32768 to 32767
M_SSEC_MPSP_SP1104
T_SHORTSP1104:D axis current gain (L-coil)--ORW-32768 to 32767
M_SSEC_MPSP_SP1105
T_SHORTSP1105:(Reserved for M-coil)--ORW-32768 to 32767
M_SSEC_MPSP_SP1106
T_SHORTSP1106:(Reserved for M-coil)--ORW-32768 to 32767
M_SSEC_MPSP_SP1107
T_SHORTSP1107:(Reserved for M-coil)--ORW-32768 to 32767
M_SSEC_MPSP_SP1108
T_SHORTSP1108:(Reserved for M-coil)--ORW-32768 to 32767
M_SSEC_MPSP_SP1109
T_SHORTSP1109: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1110
T_SHORTSP1110: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1111
T_SHORTSP1111: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1112
T_SHORTSP1112: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1113
T_SHORTSP1113: Current command value in open loop--ORW-32768 to 32767
M_SSEC_MPSP_SP1114
T_SHORTSP1114: Orientation pulse error check width--ORW-32768 to 32767
M_SSEC_MPSP_SP1115
T_SHORTSP1115:(Reserved for SPM Z phase position magnetic pole data)--ORW-32768 to 32767
M_SSEC_MPSP_SP1116
T_SHORTSP1116: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1117
T_SHORTSP1117: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1118
T_SHORTSP1118: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1119
T_SHORTSP1119: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1120
T_SHORTSP1120: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1121
T_SHORTSP1121: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1122
T_SHORTSP1122: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1123
T_SHORTSP1123: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1124
T_SHORTSP1124: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1125
T_SHORTSP1125: DA output data No. channel 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1126
T_SHORTSP1126: DA output data No. channel 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1127
T_SHORTSP1127: DA output scale channel 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1128
T_SHORTSP1128: DA output scale channel 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1129
T_SHORTSP1129: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1130
T_SHORTSP1130: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1131
T_SHORTSP1131: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1132
T_SHORTSP1132: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1133
T_SHORTSP1133: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1134
T_SHORTSP1134: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1135
T_SHORTSP1135: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1136
T_SHORTSP1136: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1137
T_SHORTSP1137: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1138
T_SHORTSP1138: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1139
T_SHORTSP1139: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1140
T_SHORTSP1140: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1141
T_SHORTSP1141: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1142
T_SHORTSP1142: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1143
T_SHORTSP1143: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1144
T_SHORTSP1144: H-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1145
T_SHORTSP1145: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1146
T_SHORTSP1146: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1147
T_SHORTSP1147: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1148
T_SHORTSP1148: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1149
T_SHORTSP1149: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1150
T_SHORTSP1150: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1151
T_SHORTSP1151: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1152
T_SHORTSP1152: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1153
T_SHORTSP1153: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1154
T_SHORTSP1154: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1155
T_SHORTSP1155: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1156
T_SHORTSP1156: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1157
T_SHORTSP1157: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1158
T_SHORTSP1158: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1159
T_SHORTSP1159: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1160
T_SHORTSP1160: H-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1161
T_SHORTSP1161: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1162
T_SHORTSP1162: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1163
T_SHORTSP1163: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1164
T_SHORTSP1164: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1165
T_SHORTSP1165: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1166
T_SHORTSP1166: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1167
T_SHORTSP1167: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1168
T_SHORTSP1168: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1169
T_SHORTSP1169: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1170
T_SHORTSP1170: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1171
T_SHORTSP1171: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1172
T_SHORTSP1172: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1173
T_SHORTSP1173: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1174
T_SHORTSP1174: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1175
T_SHORTSP1175: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1176
T_SHORTSP1176: L-coil motor constant 1--ORW-32768 to 32767
M_SSEC_MPSP_SP1177
T_SHORTSP1177: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1178
T_SHORTSP1178: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1179
T_SHORTSP1179: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1180
T_SHORTSP1180: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1181
T_SHORTSP1181: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1182
T_SHORTSP1182: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1183
T_SHORTSP1183: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1184
T_SHORTSP1184: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1185
T_SHORTSP1185: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1186
T_SHORTSP1186: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1187
T_SHORTSP1187: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1188
T_SHORTSP1188: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1189
T_SHORTSP1189: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1190
T_SHORTSP1190: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1191
T_SHORTSP1191: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1192
T_SHORTSP1192: L-coil motor constant 2--ORW-32768 to 32767
M_SSEC_MPSP_SP1193
T_SHORTSP1193: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1194
T_SHORTSP1194: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1195
T_SHORTSP1195: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1196
T_SHORTSP1196: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1197
T_SHORTSP1197: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1198
T_SHORTSP1198: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1199
T_SHORTSP1199: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1200
T_SHORTSP1200: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1201
T_SHORTSP1201: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1202
T_SHORTSP1202: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1203
T_SHORTSP1203: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1204
T_SHORTSP1204: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1205
T_SHORTSP1205: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1206
T_SHORTSP1206: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1207
T_SHORTSP1207: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1208
T_SHORTSP1208: M-coil motor constant 1(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1209
T_SHORTSP1209: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1210
T_SHORTSP1210: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1211
T_SHORTSP1211: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1212
T_SHORTSP1212: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1213
T_SHORTSP1213: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1214
T_SHORTSP1214: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1215
T_SHORTSP1215: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1216
T_SHORTSP1216: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1217
T_SHORTSP1217: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1218
T_SHORTSP1218: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1219
T_SHORTSP1219: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1220
T_SHORTSP1220: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1221
T_SHORTSP1221: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1222
T_SHORTSP1222: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1223
T_SHORTSP1223: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1224
T_SHORTSP1224: M-coil motor constant 2(Reserved)--ORW-32768 to 32767
M_SSEC_MPSP_SP1225
T_SHORTSP1225: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1226
T_SHORTSP1226: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1227
T_SHORTSP1227: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1228
T_SHORTSP1228: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1229
T_SHORTSP1229: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1230
T_SHORTSP1230: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1231
T_SHORTSP1231: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1232
T_SHORTSP1232: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1233
T_SHORTSP1233: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1234
T_SHORTSP1234: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1235
T_SHORTSP1235: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1236
T_SHORTSP1236: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1237
T_SHORTSP1237: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1238
T_SHORTSP1238: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1239
T_SHORTSP1239: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1240
T_SHORTSP1240: Not used--ORW-32768 to 32767
M_SSEC_MPSP_SP1241
T_SHORTSP1241: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1242
T_SHORTSP1242: Not open for user--ORW-32768 to 32767
M_SSEC_MPSP_SP1243
T_SHORTSP1243: Not open for user--ORW-32768 to 32767
M_SSEC_TOFS2S_WEAR_L(x)
T_FLOATBIN/T_LONGWear in length (x=1 to 999)O--RW±99999.999
M_SSEC_TOFS2S_WEAR_R(x)
T_FLOATBIN/T_LONGWear in diameter (x=1 to 999)O--RW±999.999
M_SSEC_EXST_MDI_CLR_STS
T_CHARMDI clear completeO-RW0 to 1, setting is only 0
M_SSEC_EXST_CONNECT_STS
T_CHARMore than one network being connectedO--R0 to 1
M_SSEC_EXST_RAS_IMPOSITION
T_UCHARImpositionO--R0 to 1
M_SSEC_EXST_RAS_INTERLOCK_P
T_LONG(BIT)Interlock (+)O--R"00000000" to "11111111"
M_SSEC_EXST_RAS_INTERLOCK_N
T_LONG(BIT)Interlock (-)O--R"00000000" to "11111111"
M_SSEC_EXST_RAS_EXTDCC_P
T_LONG(BIT)External deceleration (+)O--R"00000000" to "11111111"
M_SSEC_EXST_RAS_EXTDCC_N
T_LONG(BIT)External deceleration (-)O--R"00000000" to "11111111"
M_SSEC_EXST_RAPID_OVERRIDE
T_LONGRapid traverse overrideO--R0 to 10000 (In increment of 1/100%)
M_SSEC_EXST_SCRN_REQ_UP
T_UCHARRising edge signal of Y729 (screen display request)----RW0 to 1, Setting is only 0
M_SSEC_EXST_SCRN_REQ_DOWN
T_UCHARFalling edge signal of Y729 (screen display request)----RW0 to 1, Setting is only 0
M_SSEC_EXST_MACRO_ALM
T_CHARMacro alarm occurringO--R0 to 2, 1: #3000 occurring, 2: #3006 occurring
M_SSEC_PLCINDXPRM_PSW13DOG2
T_FLOATBINPSW13 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW14DOG1
T_FLOATBINPSW14 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW14DOG2
T_FLOATBINPSW14 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW15DOG1
T_FLOATBINPSW15 Area setting 1-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PSW15DOG2
T_FLOATBINPSW15 Area setting 2-ORW-99999.999 to 99999.999
M_SSEC_PLCINDXPRM_PUSHT
T_FLOATBINStopper amount-ORW0 to 359.999
M_SSEC_PLCINDXPRM_PUSHT1
T_SHORTStopper standby time-ORW0 to 9999
M_SSEC_PLCINDXPRM_PUSHT2
T_SHORTStopper torque release time-ORW0 to 9999
M_SSEC_PLCINDXPRM_PUSHT3
T_SHORTSet position signal output delay time-ORW0 to 9999
M_SSEC_CCLK_BASE_ABNML_LINK3
T_CHAR3rd slot Setting of data link faulty station----RW0,1
M_SSEC_CCLK_BASE_PLC_STOP3
T_CHAR3rd slot Setting at PLC STOP----RW0,1
M_SSEC_CCLK_BASE_OCCUP_BUREAUX3
T_CHAR3rd slot Number of occupied stations----RW0 to 4
M_SSEC_CCLK_BASE_CYCLIC3
T_CHAR3rd slot Extended cyclic setting----RW0,1,2,4,8
M_SSEC_CCLK_BASE_CONNECT_NUM3
T_CHAR3rd slot Number of connected modules----RW0 to 64
M_SSEC_CCLK_BASE_RETRY3
T_CHAR3rd slot Number of retries----RW0 to 7
M_SSEC_CCLK_BASE_AUTO_OPE_MATA3
T_CHAR3rd slot Number of automatic return modules----RW0 to 10
M_SSEC_CCLK_BASE_STANDBY_MASTER3
T_CHAR3rd slot Standby master station----RW0 to 64
M_SSEC_CCLK_BASE_NC_DOWN3
T_CHAR3rd slot Operation at NC down----RW0,1
M_SSEC_CCLK_BASE_SCAN_MODE3
T_CHAR3rd slot Scan mode----RW0,1
M_SSEC_CCLK_BASE_DELAY_TIME3
T_CHAR3rd slot Delay time----RWFixed to 0
M_SSEC_CCLK_BASE_RX_DEV3
T_CHAR3rd slot Remote input (RX) refresh device name----RWX,M,L,B,D,W,R
M_SSEC_CCLK_BASE_RX_NO3
T_SHORT3rd slot Remote input (RX) refresh device No.----RWDepends on the device name X0 to X5FF M0 to M10239 L0 to L511 B0 to B1FFF D0 to D2047 W0 to W1FFF R8300 to R9799 R9800 to R9899
M_SSEC_CCLK_BASE_RY_DEV3
T_CHAR3rd slot Remote output (RY) refresh device name----RWY,M,L,B,D,W,R
M_SSEC_CCLK_BASE_RY_NO3
T_SHORT3rd slot Remote output (RY) refresh device No.----RWDepends on the device name Y0 to Y5FF Others are the same with RX
M_SSEC_CCLK_BASE_RWR_DEV3
T_CHAR3rd slot Remote register (RWr) refresh device name----RWM,L,B,D,W,R
M_SSEC_CCLK_BASE_RWR_NO3
T_SHORT3rd slot Remote register (RWr) refresh device No.----RWDepends on the device name The same with RX
M_SSEC_CCLK_BASE_RWW_DEV3
T_CHAR3rd slot Remote register (RWw) refresh device name----RWM,L,B,D,W,R
M_SSEC_CCLK_BASE_RWW_NO3
T_SHORT3rd slot Remote register (RWw) refresh device No.----RWDepends on the device name The same with RX
M_SSEC_CCLK_BASE_SB_DEV3
T_CHAR3rd slot Special relay (SB) refresh device name----RWM,L,B,D,W,R,SB
M_SSEC_CCLK_BASE_SB_NO3
T_SHORT3rd slot Special relay (SB) refresh device No.----RWDepends on the device name SB0 to SB1FF Others are the same with RX
M_SSEC_CCLK_BASE_SW_DEV3
T_CHAR3rd slot Special relay (SW) refresh device name----RWM,L,B,D,W,R,SW
M_SSEC_CCLK_BASE_SW_NO3
T_SHORT3rd slot Special relay (SW) refresh device No.----RWDepends on the device name SW0 to SW1FF Others are the same with RX
M_SSEC_CCLK_BASE_PRTCL_VER3
T_CHAR3rd slot Protocol version----RW0,1

 

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https://www.inventcom.net/support/mitsubishi-m70-commands/symbol-sub-section

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 Extended workpiece coordinate

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... [read more]
Support | Mitsubishi M70 Commands | Coordinate system offset Extended workpiece coordinate

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 | 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