[sell = 200] 10000 machine axis names
10002 NCK mechanical axis of the logic diagram
10008 PLC controlled axes the maximum number of
10010 means the effective channel group
10050 basic system cycle time
10059 Profibus alarm identifier (only internal)
10060 position control loop coefficient of
10061 position control loop
10062 position control loop delay
10065 Location Set Delay
10070 interpolation computing device periodic coefficients
10071 interpolation cycle
10072 communication tasks cycle coefficient
10074 PLC task than the coefficient of interpolation task
10075 PLC cycle time
The actual value of 10080 sampling distribution coefficient
10082 speed setting output ahead of time
10083 Position controller output hold time bias
10085 interrupt program segment monitoring time (expired - activation)
10088 Restart Delay
10089 lack of bus waiting time when the pulse suppression
10090 monitor cycle coefficient
10091 Check the display of cycle time
10092 security data further confirmed that the cycle time display
No. 10093 SPL file access
10094 disable the security alarm level
10095 secure way to shield
10096 Safety diagnostic function
10097 for the SPL-balance to stop reaction
10098 PROFIsafe communications coefficient
10099 PROFI secure communications cycle time
10100 maximum PLC cycle
10110 PLC confirmed that the average time
10120 PLC time to start monitoring
10130 with the time limit for MMC Communications
10131 overload the screen updates are processed
10132 in the part program in the monitoring of the time MMC Command
10134 simultaneous MMC number of nodes
10136 PCS location of the display
10140 time limit and drive communication
Coefficient of 10150 and drive communication
10160 and the coefficient of MMC Communications
10165 reserved:
10170 MMC mission start-up time limit
10180 MMC tasks to the task of preparing the coefficients
10185 NCK run-time components
10190 simulation tool change time
10192 gear shift time
10200 linear position of the calculation accuracy
10210 angle position accuracy
10220 activated proportional coefficient
10230 machine data proportional coefficient
Basic metric unit of length 10240
10250 INCH conversion factor
10260 valid conversion of the basic settings
10270 Position proportional system tables
10.28 thousand pairs of rel.6.3 comparison "and" compatible with
10284 different display variables approach
10290 OEM tool physical units of data
10291 SIEMENS-OEM tool data unit
10292 OEM knife along the data in physical units
10293 SIEMENS-OEM Knife units along the data
10300 NCK number of analog input
10310 NCK number of analog outputs
10320 NCK analog input ratio of
10330 NCK analog output ratio of
10340 reserved:
10350 NCK number of bytes of digital input
10360 NCK number of bytes of digital output
10361 binary input and output short-circuit
10362 NCK analog input configuration
10364 NCK analog output configuration
10366 NCK digital input configuration
10368 NCK digital output configuration
10380 Updated NCK I / O devices
10382 NCK peripheral boot times
10384 NCK I / O processing
10385 PROFI Security - Address Master - Equipment
10386 PROFI Security - Address Input - Equipment
10387 PROFI Security - Address output - Equipment
10388 input distribution $ A_INSE to PROFIsafe-de
10389 output allocated $ A_OUTSE to PROFIsafe-de
10390 SPL input to the allocation of the external interface
10392 SPL output of the external interface, the allocation of
10394 can be read directly in the NC the number of PLC input byte
10395 direct read PLC input bit starting address
10396 can be written directly in the NC the number of PLC input byte
10397 Direct write PLC output bit starting address
10398 PLCIO input cycle time to upgrade
10399 for the highest PLCIO Left / Right highest
10400 cycle edit the number of input bytes
10410 bytes build cycle output
10420 compile cycle NCK output
10430 editing hardware debugging cycle shielding
10450 allocated to the machine axis cam software
10460 Negative Cam 1 - 16 (32) time to respond to
10461 is Cam 1 - 16 (32) time to respond to
10470 I / O devices 1 - 8 cam configuration
10471 I / O devices 9-16 cam configuration
10472 I / O devices 17 - 24 cam configuration
10473 I / O devices 25 - 32 cam configuration
10480 NCU cam signal output of the shielding
10485 Cam Features
10490 block of soft measurement
10530 bytes of an analog comparator output
10531 bytes of two analog comparator output
10540 bytes of a comparator parametric
10541 bytes of two parameters of the comparator of
10600 FRAME (frame) rotation of input type
10602 geometric axis conversion FRAME
10604 to change the geometric axis of the work area restrictions
10610 mirror reference axis
10612 mirror to change
10613 NCU global basis FRAME reset after activation
10615 reset after power-on the basis of the overall FRAME
10617 is stored in the subroutine when the behavior of FRAME
10618 GEO-axis changes in the scope of protection
The name of the Euler angles 10620
10630 common name of the vector
10640 The name of the direction vector
10642 The name of the rotation vector
10644 the name of the temporary vector
The direction of the path name of the second program 10646
10648 bottom corner the name of the
10650 interpolation parameter the name of the
10652 defines the name of contour point
The name of the definition of contour radius of 10654
10656 defines the name of profile slope
10660 G2/G3 center coordinates the name of the
10670 Name of location information
10672 axis location information name
10674 Polynomial programming programming without G function POLY
10700 programs pre-processing stage
10702 signal to stop to prevent
10704 dry run to activate
10706 valid skip
10707 programming test mode
10708 program segment search mode
10710 update the data set
10712 is not configured a list of NC codes
10713 with pre-stop M code
F. After the M code 10714 reset spindle activation
10715 M code is replaced by the subroutine
10716 M code to replace the name of the subroutine
10717 T code to replace the name of the subroutine
M code 10718 with a parameter substitution
10719 T function to replace the parameters of
10720 Power-on mode of operation
10722 Parameter Change
10730 Manual (JOG) key features
10731 Manual (JOG) key features
10760 G53, G153, SUPA description
10780 delete TP edit the boot against
10800 1st M function of channel synchronization
10802 channels of simultaneous function of the final M
10804 M function is activated ASUP
10806 M did not activate the feature ASUP
10808 interrupt program to activate (ASUP)
10810 G31 P measured signal structure
10812 pairs of knife with G68
10814 MACRO call the M-function
10815 M function macro call subroutine name of the
10816 macro function called G
10817 G function macro call subroutine name of the
10818 ASUP start (M96) interrupt number
10820 Quick to return the number of interrupts (G10.6)
10850 OEM-G-code for the greatest number of
10880 fit the definition of CNC systems
10881 ISO_3 mode: G code system
10882 users outside NC language code table G
10884, with or without numerical calculation, the command
10886 Incremental Systems
The location of tool No. 10888
10890 external language tools programming model
10892 G00 interpolation
10900 Dividing the number of axes in Table 1 Position
10910 separated by location in Table 1
10920 indexing the location of the number of axes in Table 2
10930 separated by location in Table 2
11100 supporting functional group the number of auxiliary functions
11110 supporting functional group description
11120 program global user data (PUD) coefficient of effective
11140 In addition to addresses outside of the module GUD
11200 on the power-load standard data
11210 Only save the modified machine data
11220 INI initialization file error when the system response
11230 MD file backup structure
No. 11240 SDB1000
11250 Profibus stop processing
11270 NC language elements in the default activation
11280 dealing with INI files in the workpiece directory
11290 Choose a directory in the DRAM
11291 DRAM select the directory
11295 log file storage type
11300 JOG in the way the INC and REF
11310 hand-wheel to change the direction of the threshold
11320 handwheel position of each interval pulses
11322 Claw the location of each cam pulse contour handwheel
11324 hand wheel numbers described in the VDI interface
11330 INC / round of the incremental size of the hand -
11340 3rd hand wheel: Drive Type
11342 3rd hand wheel: Drive Number / Measurement Circuit Number
11344 3rd hand wheel: Input Module / measuring circuit
11346 hand wheel:
11360 INC affect the way the signal group
11380 Security Integration testing machine data
11382 address unit INTEGER integer display
11384 addresses the REAL display unit
11386 address unit INTEGER integer input
11388 addresses the REAL input unit
11390 addresses the content of rewriting unit
Axis variable server error 11398
11400 to activate the internal locus Function
11410 Alarm output shielding
11411 Alarm Activation
11412 Alarm Response CHAN_NOREADY effective
11413 Alarm parameters as text output
11420 log file size (KB)
11430 digital channel when the definition of
11432 Option 3-axis or 3 +2 axis digital
11450 Parametric Search
11460 asynchronous mode of reciprocating form
11470 reconfigure the properties of
11480 OB1 trajectory data in the cache depth of PLC
11481 OB35 trajectory data in the cache depth of PLC
11482 OB40 trajectory data in the cache depth of PLC
11500 protected synchronized action
11510 maximum allowable load of IPO
11600 fixed BAG Response
11602 ASUP run-time without considering the reasons for stopping
11604 ASUP_START_MAS Priority effective
11610 user-defined procedures for activating ASUP
11612 user-defined level of protection ASUP Programming
11620 PROG_EVENT program name
11640 enable intervals MD $ MC_AXCONF_MACHAX_USED
11649 Open the # MC_AXCONF_MACHAX_USED the protection of
11660 the number of possible electronic gear box
11700 NC card code
12000 axis feed magnification switch codes
12010 axis feed magnification factor of
12020 Gray - coded path feed rate of switch
12030 magnification coefficient of the path feed
12040 Gray code to run fast magnification switch
12050 Rapid feed of the magnification factor of
12060 Gray yards spindle magnification switch
12070 Spindle magnification coefficient of
12080 back to the rate of magnification reference point
12082 Feed Rate
12100 binary encoding of the magnification limit
12200 run in the magnification 12:00
12202 Linear axis feed rates of the fixed
12204 axis of rotation of the fixed feed rate of
12205 Spindle Fixed Speed
12510 in the NCU group NCU code
12520 NCU number, bus termination impedance and effective
12540 baud connection Bus
12550 to repeat the information store the maximum amount of
12701 in the shaft axis in a list of series
12702 in the shaft axis in the list of series 2
12703 series of three in the axis of the axis list
12704 Series 4 in the shaft axis in the list of
12705 series of 5 in the shaft axis lists
12706 series of 6 in the shaft axis list
12707 series of 7 in the shaft axis lists
12708 series of 8 in the shaft axis lists
12709 series of 9 in the axis of the shaft list
12710 series in the axis of the shaft 10 list
12711 series of 11 in the shaft axis list
12712 series of 12 in the shaft axis lists
12713 series of 13 in the shaft axis lists
12714 series of 14 in the shaft axis lists
12715 series of 15 in the shaft axis list
12716 series of 16 in the shaft axis list
12750 Shaft Series Name
12970 Digital PLC input address of the start address
12971 Digital Input Address Number
12974 digital PLC output addresses starting address
Digital Output Address No. 12975
12978 analog input address of the start address of PLC
No. 12979 analog input address
12982 Analog PLC output addresses starting address
Analog Output Address No. 12983
13000 drivers in
13010 logical drive number
13020 driver module power part of the code
13030 Module Identification
13040 Drive Type
13050 logic drives the address
13060 Profibus-DP standard communication types
13070 using the DP functional
13080 Drive Type Profibus
13100 Diagnosis-driven bus
13200 probe polarity change
13201 measured with a digital output pulse simulation
13210 Probe with Profibus-driven type of operation
13220 probe delay time
14000 SSI absolute encoder baud rate
14010 FIPO start-up delay
14020 SSI Delay
14,500 the number of input bytes (from the PLC)
The number of bytes 14502 output (to PLC)
No. 14504 user data (INT)
14506 user data of the number (HEX)
14508 user data of the number (FLOAT)
14510 user data (INT)
14512 user data (HEX)
14514 user data (FLOAT)
14516 user data (HEX)
17200 Global MMC information (no physical units
17201 Global MMC state information (no physical unit)
No. 17,500 to replace the greatest tool
17510 unloading tool - the operational status of the data
17520 generate a new tool: the default settings
17530 mark for the HMI tool - Data - Change
17600 REORG to optimize the depth of the log storage
18000 Update PLC Interface
18040 PCMCIA card version and date of
18050 free unbuffered memory [bytes]
18060 free buffer memory [bytes].
18070 In the DPR [bytes] free store
18072 free space in the CC-MD-MEM in the display
18080 TC reserved memory (SRAM)
18082 NCK in the tool (SRAM)
18084 NCK in the tool magazine (SRAM)
18086 NCK in the position of the knife base (SRAM)
18088 Cutter Jaw for the largest number (SRAM)
18090 OEM tool library data (SRAM)
18091 OEM Knife library data types (SRAM)
18092 OEM Tool Storage location data (SRAM)
18093 OEM Tool Storage location data types (SRAM)
18094 OEM tool the amount of data (SRAM)
18095 OEM tool data types (SRAM)
18096 Each knife along the OEM data (SRAM)
18097 OEM knife along the type of data (SRAM)
18098 OEM monitor the amount of data (SRAM)
18099 OEM monitoring data types (SRAM)
18100 knife knife partial value of partial area (SRAM)
No. 18102 D programming type (SRAM)
18104 tool in the tool area with devices (SRAM)
18105 D the maximum number (DRAM)
18106 maximum number of each tool (DRAM)
18108 Tool regional total deviation (SRAM)
18110 Each knife along the largest and verify the number of
18112 TO (SRAM), Chief amendments
18114 cutter knife along the distribution
18116 in the TO-region Tool Environment (SRAM)
18118 GUD volume of documentation (SRAM)
18120 Global GUD definition of the number of (SRAM)
18130 Channel GUD definition of the number of (SRAM)
18140 axis GUD definition of the number of (SRAM)
18150 GUD value memory (SRAM)
18160 the number of macros (DRAM)
18170 the number of additional functions (DRAM)
18180 the number of additional parameters (DRAM)
18190 overall number of protected area (SRAM)
18200 Siemens OEM tool library data (SRAM)
18201 Siemens OEM tool library data types (SRAM)
18202 Siemens OEM partial quantity of data (SRAM)
18203 Siemens OEM Tool Storage location data type SRAM
18204 Siemens OEM tool the amount of data (SRAM)
18205 Siemens OEM tool data types (SRAM)
18206 Each knife along the Siemens OEM data, SRAM
18207 Each knife along the Siemens OEM data type SRAM
18208 Siemens OEM monitor the amount of data (SRAM)
18209 Siemens OEM monitoring data types (SRAM)
18210 user memory in the DRAM [kB]
18220 user memory in the DPR
18230 user memory in the SRAM [kB]
18238 CC-MD in the SRAM [kB]
18240 LUD disorderly size of the table (DRAM)
18242 LUD / GUD value memory limit
18250 channel data table size (DRAM)
18260 disorderly global data table size (DRAM)
18270 the number of subdirectories (DRAM)
18280 number of files per directory (DRAM)
18290 files and disorderly table size (SRAM)
18300 subdirectories disordered table size (SRAM)
18310 passive file system directory (SRAM)
18320 in passive file system data (SRAM)
18330 NC block the maximum length (SRAM)
18331 FFS reserved (DRAM)
18332 FFS size
18342 Sag compensation for the mid-point (SRAM)
18350 smallest part program memory (SRAM)
18351 part program memory size (DRAM)
18360 reload buffer (DRAM)
18362 external program-level (DRAM) Number
18370 file system protocol file
18371 the number of standard data tables ETPD
18372 OEM data sheet ETPD the number of
18373 servo data recording the number of
18374 log file cache size
18375 for the conference to release the user.
18400 curve number table (SRAM)
18402 the number of curve segments (SRAM)
18404 Table polynomial curve number (SRAM)
18406 curve number table (DRAM)
18408 the number of curve segments (DRAM)
18410 Table polynomial curve number (DRAM)
18500 communication tasks (ext.DRAM) stack size of
18502 communication tasks (DRAM) of the stack size of the
18510 servo task (DRAM) of the stack size of the
18512 Ipo the size of the task (DRAM)
18520 driving task (DRAM) of the stack size of the
18530 MMC task (DRAM) size of the stack
18540 PLC task (DRAM) stack size
18600 FRAME precision bias (SRAM)
18601 global user FRAME number (SRAM)
18602 Basic FRAME overall number of (SRAM)
18700 NCU joins the variable memory (SRAM)
18720 store location of the size of instruction set (IPO, and between the position control)
18780 activated NCU-join (SRAM)
18781 the number of internal links
18782 NCU-join the number of modules (SRAM)
18790 NCU joins trajectory data buffer size of the
18792 NCU joins the list of active documents
18794 Vdi-signal trace list
18800 defines an external NC Language
18900 FPU system response calculation errors
18910 FPU control word of the basic initialization
18920 FPU exception to the form of computational error
19000 operational data
19100 Option Data
19110 Option Data
19120 Option Data
19130 Option Data
19140 Option Data
19142 Option Data
19150 Option Data
19200 Option Data
19220 Option Data
19240 Option Data
19250 Option Data
19270 Option Data
19280 Option Data
19290 Option Data
19296 Option Data
19300 Option Data
19310 Option Data
19320 Option Data
19330 Option Data
19334 Option Data
19340 Option Data
19400 Option Data
19410 Option Data
19,500 Option Data
19600 Option Data
19610 Option Data
19700 Option Data
19800 Option Data
20000 Channel Name
20050 geometric axes - the distribution channel axis
20060 channels in the name of the geometric axis
No. 20070 channel machine tool axis
20080 channels in the name of the channel axis
No. 20090 Spindle-led
20092 spindle rotation enable / allow it to abolish
20094 Running M-axis operation (Siemens Model)
20095 Shaft run M functions (external mode)
20096 T, M tool to change the address code
20098 show axis in the MMC
20100 with the face of the geometric axis Axis Function
20108 event-driven program called settings
20109 Prog-Events attributes
20110 RESET reset when the basic feature set
20112 NC to start a basic feature set
20114 way to change the MDI interrupted
20116 with a time limit of the interrupt program to shut down
20117 with a signal interruption program to shut down
20118 geometric axis changes automatically to
20120 reset the entry into force of tool
20121 reset the pre-selection tool
20122 RESET Reset / start-up and TC take effect when the tool
20123 RESET during the pre-selection value of $ P_USEKT
Tool clamping device, No. 20124
20126 RESET reset when the knife into force
20128 ATC in the search
20130 RESET reset when the knife along the entry into force of
20132 total deviation effectively reset
20140 Kin make the transition into force with the reset.
20150 G code group's initial set up
20152 G code group reset
20154 G code group's initial set up
20156 external G Unit reset method
20160 C-spline the number of blocks
20170 COMPRESS compression the maximum block length of the
20172 COMPRESSION Compression calculating the maximum feed rate of the path
20180 with a turret of the rotation axis incremental
20182 with a turret of the rotation axis bias
20184 Part No. bias Basic FRAME
20200 chamfer / fillet empty program segment
20201 Bevel Rounding Behavior
20202 Yes / No with SA block the transmission of the number of movements
20204 in closer to / back to back direction when the reverse
20210 block of compensation with TRC maximum angle of
20220 DISC maximum value of
20230 with TRC calculation of the maximum angle of interpolation
20240 with the program segment profile TRC Calculation
20250 Yes / No with a TR block the transmission of the number of movements
20252 with the largest block of tool compensation amount of
20254 On-line Tool Compensation enabled
20256 polynomial interpolation is possible
20.26 thousand pairs of spline interpolation of the speed control
20262 Executive SPLINE (spline), the path to the speed error
20270 does not process the initial location of the edge
20272 initial position without programming, the total parity
20310 effective tool management functions
20320 turret in the time monitoring tool
20350 activation tool monitoring
20360 Tool definition of parameters
20380 with G43 / G44 cutter compensation mode
20382 Tool Compensation activities
Axis Tool Length Compensation 20384 driven simulation
20390 active temperature compensation
20392 maximum tool length of the temperature compensation
20396 in the direction of DRF offset tool
20400 block of the speed of the subsequent pre -
20430 pre-magnification rate of the number of characters
20440 programs magnification characteristics of pre-state speed
20450 block cycle time of the release factor
20455 to predict the future of the special features
20460 predictable function of smoothing factor
20462 with a programmed feed rate of the feed
20465 dynamic feed rate trajectory matches
20470 Contour Programming Accuracy
20480 with a G64x smoothing properties
20482 Compressor way
20484 Compressor Power
20490 G641/G642 magnification factor is not bound by
20500 fixed-rate minimum time
20550 G00/G01 terms of precise positioning
20552 G00/G01-chan to determine the exact position of the conditions
20600 with the greatest impact on the path
20602 dynamic path curve effect
20603 in the path of the curve when the effect of impact
20610 covering the anti-acceleration
20620 geometry-axis hand wheel increment limit
20621-axis hand wheel increment limit
20622 speed path coverage
20623 Directional Speed Rate
20624 PLC to stop hand wheel feed
20650 processing thread when the axis of acceleration
20660 Fast l angle detection means (thread)
20700 had no reference point to start is prohibited NC
20730 G0 interpolation mode
20732 G00 interpolation
20734 language function cursor
20750 with G96 of the G0 logic
20800 subroutine end / stop signal to the PLC
20850 in the SPOS / SPOA to the PLC when the output of M19
20900 servo axes with a platform for beating the curve
20905 platform, the default memory type curve
21000 end-point monitoring of Circle coefficient
21010 end-point monitoring of Circle coefficient
21015 Involute terminal control coefficient
21016 Automatic limit is invalid
21020 workspace restrictions tool radius
21050 Contour - channel - Monitoring Tolerance
21060 Contour Channel Monitor Response
21070 Contour errors Analog Output
21080 for 3D TR path to the direction of the minimum angle of cutting tool
21082 with a tilt angle "" 0 (3 general / T direction of the minimum angle of
21084 General / path minimum angle (3D face cutting)
21090 spatial location of the largest program guide angle
21092 Spatial Orientation of the maximum tilt angle
21100 azimuth angle of the definition of programming
21102 code defined by G-axis positioning
Directional interpolation of the G code 21104
21106 Descartes jog with the way the system corresponding
21108 large circular interpolation method, pole po
21110 defines a system with automatic FRAME
21120 ORI-axis is defined as the reference axis
21130 ORI-axis is defined as the reference axis
21150 agreed directional axis fast-moving
21155 agreed rate of orientation axes
21160 agreed geometric axis fast-moving
21165 agreed rate of the geometric axis
21170 orientation axis accelerometer
21180 axis software limits of the original inspection
21186 Bias TOCARR round-axis bias
21190 revised model of tool direction
21194 on-line tool changes the direction of the speed
21196 Tool line changes direction, acceleration
Fast-moving distance of 21200 returned
21202 with a quick return mirror
21204 cessation of the rapid return characteristics of
21210 for the interruption of NCK input bytes
21220 NCK I / O "a few feed speed / section"
21230 "Several feed / block" memory response
21240 protected synchronous activity
21300 definition of synchronous spindle, machine tool axis No.
21310 synchronous coupling type spindle
21320 block of spindle synchronization transition
21330 Synchronous spindle features interrupted
21340 Synchronous spindle parameter is write-protected
21380 delay ESR-Axes
21381 IPO-controlled ESR-Time Interrupt
21400 digital version of the package
21420 probe axis distribution
21422 Z direction of the initial stress
21424 probe resolution
21430 minimum bias
21432 Typical skew values
21434 E-STOP bias in a
21436 E-STOP bias 2
21440 in place when the digital measurement error range
21450 digital measurement of the fast-running
21460 digital when the maximum acceleration
21462 positioning of the maximum acceleration
21464 sampling of the maximum acceleration
21470 manually P factor
21472 P factor here
21474 scan time constant
21476 knives knife folder sent to Vector FM
21500 Grinding vertical axis bias
21501 offset the level of grinding axes
21502 adjust the vertical axis bias
21504 working the vertical edge bias
21506 offset the level of the work of Segment
21508 Q1 of the vertical component
21510 Q1 of the horizontal component of
21512 Q2 of the vertical component
21514 Q2 of the horizontal component of
21516 job-edge lead angle
21518 job-edge high-end exposure limits
21520 job-edge exposure to low limit
21522 Definition of grinding spindle
21524 control the definition of spindle
21526 G0 special logic
22000 Auxiliary function group
22010 Types of Accessibility
22020 Accessibility Extension
22030 Auxiliary Function Value
22035 Output Description
22040 pre-defined group of auxiliary functions
22050 pre-defined auxiliary function method
22060 pre-defined auxiliary function expansion
22070 pre-defined values of the auxiliary function
22080 Output Description
22100 with auxiliary function program segment changes
22110 H-assisted functional types is an integer
22200 M function of output time
22210 S function of output time
22220 T function of output time
22230 H function of output time
22240 F function of output time
22250 D function of output time
22252 DL function of output time
22254 additional functionality to stop a program M
22256 for the conditional M-functional add-st
22260 E function of output time
22300 block output after a search of the auxiliary functions
22400 through the reset function so that the entry into force S
22410 RESET (reset) to enable the entry into force of F function
22420 FGROUP directive to set default values
22500 PLC G function
G-code 22510 to the PLC
22512 external NC language G-code to deliver the
22515 G Group to the PLC model
22530 turret M-code changes
22532 geometry-axis M-code changes
22534 transform M-code changes
22550 with a T or M features a new tool compensation
22560 ATC M-function
22562 Tool exchange process error
22600 after a search of the speed of program segment 5
22601 program segment 5 after a search of the speed factor
22620 basic function is set to start in special
22621 to release $ MC_START_MODE_MASK_PRT
22622 allows PLC to start part program
22700 TRACE_STARTTRACE_EVENT track file record
22702 boot track conditions documented
22704 documented the conditions for cessation of locus
22706 CommandSequenzStep stop tracking documentation
22708 select the contents of the file path
22710 specified trajectory data
22712 specified index tracking data
22714 trace file settings
22800 simplify the trajectory output activation
22900 Strokecheck direction (internal / external)
22910 proportional coefficient of input sensitivity
22914 axis ratio coefficient (G51) to activate
22920 fixed feed rate F1 - F9 activate
22930 allocated channel axis parallel to the geometric axis
24000 G58 and G9 FRAME regional
24002 Channel-based FRAME activated after reset
24004 reset after power-based channel FRAME
24006 reset the system after the activation FRAME
24007 Reset Reset frame after the removal system
24008 reset after power-based channel FRAME
24010 reset mode programming FRAME
24020 FRAME inhibition Location
24030 ACS coordinated system of regulation
24040 Effective Frame of adaptation
24050 save and activate the data frame
24100 channel conversion of a
24110 convert an axial distribution of
24120 Geometry / channel axis distribution, conversion 1
24130 with the first conversion tool handle
24200 conversion of two channels
24210 Conversion of 2-axis distribution of
24220 Geometry / channel axis distribution, conversion 2
24230 treatment with a second conversion tool
24300 channel conversion 3
24310 convert 3-axis distribution of
24320 Geometry / channel axis distribution, conversion 3
24330 with a third conversion tool handle
24400 channel conversion 4
24410 converted 4-axis distribution of
24420 Geometry / channel axis distribution, conversion 4
24426 with a fourth conversion tool handle
24430 channel conversion of 5
24432 converted 5-axis distribution of
24434 Geometry / channel axis distribution, conversion 5
24436 with a fifth conversion tool handle
24440 channel conversion 6
24442 converted 6-axis distribution of
24444 Geometry / channel axis distribution, conversion 6
24446 with a sixth conversion tool handle
24450 channel conversion 7
24452 converted 7-axis distribution of
24454 Geometry / channel axis distribution, conversion 7
24456 with a seventh conversion tool handle
24460 conversion of eight channels
24462 converted 8-axis distribution of
24464 Geometry / channel axis distribution, conversion 8
24466 8th conversion tool with a handle
24500 converted a five-axis bias vector
24510 axis of rotation 1 / 2 position offset
24520 axis of rotation 1 / 2 symbol
24530 poles of a range of five-axis transformation
24540 POL-interpolation of the end of the angle range
24550 the bottom of the tool vector
24558 Kinematics platform bias vector
24560 Campaign Bias Vector
24562 Swing shaft linear transformation of a
24564 drooping head angle
24566 virtual axis direction
24570 first rotation axis
24572 second rotation axis
24574 basic direction of tool
24580-oriented vector direction of
24585 ORI / convert a distribution channel axis
24590 Bias Trafo round-axis bias
24600 converted two five-axis bias vector
24610 axis of rotation 1 / 2 position offset
24620 axis of rotation 1 / 2 symbol
24630 converted two poles of the scope of five-axis
24640 POL-interpolation of the end of the angle range
24650 the bottom of the tool vector
24658 Kinematics platform bias vector
24660 Campaign Bias Vector
24662 Swing shaft linear transformation of two
24664 drooping head angle
24666 virtual axis direction
24670 first rotation axis
24672 second rotation axis
24674 basic direction of tool
24680-oriented vector direction of
24685 ORI / convert a distribution channel axis
24690 Bias Trafo round-axis bias
24700 tilt angle of axis 1
24710 the bottom of the tool vector
24720 the amount of speed to stay
24721 Anti-Acceleration
24750 tilt angle of axis 2
24760 the bottom of the tool vector
24770 the amount of speed to stay
24771 Anti-Acceleration
24800 axis of rotation offset TRACYL 1
24805 Round-axis conversion TRACYL 1
24810 axis of rotation symbol
24820 the bottom of the tool vector
24850 axis of rotation offset TRACYL 2
24855 Round-axis conversion TRACYL 2
24860 axis of rotation symbol
24870 the bottom of the tool vector
24900 axis of rotation offset TRANSMIT 1
24905 Round-axis transformation TRANSMIT 1
24910 axis of rotation symbol
24911 work area before and after the very limit, 2TRANSM
24920 the bottom of the tool vector
24950 axis of rotation offset TRANSMIT 2
24955 Round-axis transformation TRANSMIT 2
24960 axis of rotation symbol
24961 work area before and after the very limit, 2TRANSM
24970 the bottom of the tool vector
24995 Conversion Connection
24996 Conversion Connection
26000 impact the allocation of motor control of hardware input bytes
26002 compile start mode
26004 fast input bit mask
26006 Fast output bit of the mask
26008 M function definition
26010 impact and the definition of porous red shaft
26012 to activate red / step impulse function
Activate the automatic path to sub-26014
26016 single-axis characteristics of
26018 G603 punching / step impulse delay time
26020 Chong unstable alarm signal processing
27100 with the statement shows the absolute value of parameter
27200 MMC Information (non-physical unit)
27201 MMC status information (non-physical unit)
27202 MMC information (positioning)
27203 MMC state information (positioning)
27204 MMC information (speed)
27205 MMC state information (speed)
27206 MMC information (cutting speed)
27207 MMC state information (cutting speed)
27208 MMC information (servo)
27209 MMC state information (servo)
27800 Process method channels
27860 active program execution time measurement
27880 activated the workpiece counter
27882 M code calculation by the user-defined parts
27900% IPO buffer to enable the log file
28000 REORG (DRAM) memory space
28010 with REORG (re) LUD module (DRAM)
28020 LUD number (DRAM)
Local User Variable Number 28030
28040 LUD (DRAM) memory size
28050 R the number of parameters (SRAM)
28060 IPO buffer block (DRAM)
28070 block of programs used to prepare block (DRAM)
FRAME number 28080 can be located at coordinates (SRAM)
28081 Basic FRAME number (SRAM)
28082 System FRAME (SRAM)
28085 allocation units of a knife partial channel (SRAM)
28090 CC (DRAM) block element of the program
28100 CC (DRAM) memory size of the block
28105 Series stack memory cycle (kB) application (DRAM)
28150 write PLC variable unit (DRAM)
28160 wrote NCU joins the variable element (DRAM)
28180 trajectory data buffer size (DRAM)
28200 scope of protection of a specific channel (SRAM)
28210 effective scope of protection of synchronous (DRAM)
28212 elements of effective protected areas
28250 synchronize mobile unit (DRAM)
28252 FCTDEF-element number (DRAM)
28254 synchronized campaigns are the number of parameters, S / DRAM
28255 $ AC_PARAM [] is stored in the SRAM.
28256 simultaneous action tags-bit number (S / DRAM)
28257 AC_MARKER [] is stored in the SRAM.
28258 the number of simultaneous valid timer (DRAM)
28260 Synchronous FIFO variable number of action
No. 28262 R parameter to start the FIFO variable
28264 FIFO length of the variable AC_FIFO1 to $ AC_FIFO
Ways to handle the 28266 FIFO
28274 reservations (S / DRAM)
28276 reservations (S / DRAM)
28300 users to record the effective
28301 OEM event type the number of ETP
28302 standards for the number of ETP event type
28400 with the absolute value of the program segment shown to activate
28402 uploaded buffer settings
28500 task of preparing for (DRAM) of the stack size of the
28520 Each axis polynomial greatest number
Speed limits on the number of memory cell channel 28530
28540 storage unit displays the number of
28550 block of free memory within the
29000 Option Data
30100 configure: Drive Type
30110 configure: Drive Number / Module Number
30120 settings: Output to the sub-module / Module
30130 setting out the type of
30132 This axis is a virtual axis
30134 Set the output is not a uni-polar
30200 the number of encoder
30210 actual values: Drive Type
30220 Actual Value: drive letter / number measurement circuit
30230 Valid values: input module number / measurement cycle
30240 Actual Value: Encoding type
30242 encoder is independent
30244 encoder type
30250 internal encoder position
30260 Absolute encoders: absolute / incremental accuracy
30270 Absolute encoder: Location Buffer Mode
30280 The second drive encoder drive number
30300 rotation axis / spindle
30310 rotating shaft / spindle module changes
360-degree rotation axis 30320 Modal Display
30330 modules the size of the scope of
30340 Modulorange startup locations
30350 shaft axis analog signal
30400 of this axis can be programmed cycle C
30450 reset the default values: neutral or channel-axis
30455 axis
30460 axis
30500 This value is sub-degree axis
30501 Dividers indexing axis location of molecular
30502 indexing axis location of the denominator are equally
30503 indexing axis position of the first decile
30505 of this axis indexing teeth with sub-degree axis (Hirt)
30550 axis to change the initial settings of the channel
30552 restored automatically when the GET-axis
30554 initial setup, NCU given axis settings
30560 axis is a local connection shaft
30600 G75-axis position
30800 working area limitation type detection
31000 linear feet
31010 linear feet separated by periods
31020 marks per revolution encoder
31025 high-precision coefficient encoder
31030 screw pitch
31040 encoder mounted directly on machine tools
31044 additional gearbox at the top of the encoder
31050 denominator of the load gearbox
31060 load gear box counter
31064 additional gearbox denominator
31066 additional gearbox counter
31070 gear box solver denominator
31080 solver counter gear box
31090 INC / hand wheel weight increment
31100 monitor the number of rotation steps
31110 rotating step monitor the number of tolerance
31120 BERO detection signal along the
31122 BERO delay time
31123 BERO delay time
31130 VCO features to amend 62.5kHz
31140 VCO features to amend 125KHz
31150 VCO features to amend 185.5kHz
31160 VCO features to amend 250kHz
31200 G70/G71 force conversion factor
31300 reserved:
31310 reserved:
31320 reserved:
31330 reserved:
31340 reserved:
31350 stepper motors the maximum frequency of
31400 number of steps per revolution
31500 needed to monitor the value of the axis number
31510 service set deviation
31520 needed to monitor the value of the gain
31600 axis Vdi-Signal Track Listing
Maximum shaft speed of 32000
32010 JOG rapid traverse
32020 JOG-axis feed rate
32040 JOG mode with the overshoot of the rotation rate of feed
32050 JOG mode feed per revolution
32060 axis positioning speed of the initial set
32070 magnification corresponding to the axis hand wheel speed
32074 FRAME, or amend the value of HL does not allow
32080 optional limited increment
32082 Speed limit coverage
32084 hand wheel on the effect of the signal VDI
32090 JOG wheel with hand speed ratio
32100 direction of movement (not the feedback polarity)
32110 actual value of the symbol (feedback polarity)
32200 Servo-gain coefficient
32210 position controller reset time
32220 to activate the overall activities of position controller
32250 rated output voltage
32260 rated motor speed
32300-axis acceleration
32310 speed step overload
32400 axle limit the impact of
32402 axis collision limit the type of filter
32410 axis shock filter time constant
32412 axis vibration suppression of the frequency filter
32414 axis vibration damping filter
32420 axis to enable the impact of restrictions
32430 Shaft Impact
32431 path-axis movement of the greatest impact
32432 block of transmission path to exercise maximum axial displacement
32433 with a maximum axis acceleration scaling factor SOFT
32434 with a maximum axis acceleration scaling factor G00
32435 G00 shaft impact exercise the greatest proportion of factor
32440 foresee smooth function of frequency
32450 backlash
32452 gap weight coefficient
32460 e-compensate for the increased torque
32490 type of friction compensation
32500 in the entry into force of friction compensation
Adaptive friction compensation in 32510 at work
32520 maximum value of friction compensation
32530 minimal friction compensation value
32540 friction compensation time constant
32550 to adapt to the value of an acceleration
32560 meet the acceleration value of 2
32570 meet the acceleration value of 3
32580 Comparison of friction coefficient (to start)
32610 speed feedforward control coefficient
32620 type of feedforward control
32630 PRO feedforward control of the entry into force of
32640 Dynamic Stiffness Control
32642 dynamic stiffness control scheme
32644 Dynamic Hardness Control: Delay
32650 inertia torque feedforward control
32652 shaft torque feedforward control the quality of
32700 Encoder / screw pitch error compensation
32710 bow compensation enable
32711 Sag Compensation Survey
32720 maximum value of sag compensation
CEC changes with the speed of 32730
32750 type of temperature compensation
32760 provisional compensation rate of change
32800 current control loop of the equivalent time constant of
32810 speed control loop time constant of the equivalent
32900 Dynamic Response Adapter
32910 Dynamic adaptation time constant
32920 smooth adaptive control filter
32930 position control output filter activated
32940 position control output filter time constant
32950 position control loop damping
32960 Position Controller dead zone
32990 physical location of a programmable delay
33000 fine interpolation type
33050 cross-section distance (PLC signal)
33100 compression of the maximum difference
34000 with a reference point for this axis Bump
34010 negative direction near the reference point
34020 cam close to the speed
34030 reference to the maximum displacement of cam
34040 reference point of the search speed pulse
34050 near the reference point reverse the direction of cam
34060 reference to the maximum distance of zero pulse
34070 reference point close to the speed
34080 reference point distance
34090 reference point bias
34092 e-cam bias
34093 reference cam / mark the distance
34100 reference point location
34102 reference point encoder synchronization
34104 Servo state marker in the search-enabled
34110 axis reference point return to the order of
34120 BERO polarity change
34200 Back to the reference point method
34210 absolute encoder adjustment of status
34220 absolute rotary encoder module area
Encoder serial number 34230
34232 encoder serial number range of
34300 from the reference point mark
34310 interval between two reference points
34320 axis / encoder movement in the opposite direction
34330 detects a reference point when the stop sign
34400 SSI encoder synchronous data
34410 SSI absolute encoders message length
34420 encoder the number of steps per revolution
34990 actual value of the smoothing time constant
35,000 allocated to the machine spindle axis
35010 variable speed grade can be changed
35012 Gear-class switching positions
35020 Spindle Initial setup
35030 to activate the basic spindle configuration
35032 Single-axis mode characterized by reset
35035 Spindle Function
35040 free spindle RESET (Reset)
Maximum spindle speed of 35100
35110 class switching maximum speed transmission
35120 minimum speed gear change files
35130 variable-level maximum speed
35140 files minimum speed gear
35150 Spindle speed tolerance
35160 PLC given spindle speed limit
35200 open-loop acceleration
35210 from the position control mode acceleration
35220 decrease the speed of acceleration
35230 reduced the acceleration
35240 decreasing acceleration switch
Reduction of the type 35242 acceleration
35300 position control speed of onset
35310 Positioning Delay
35350 locate the direction of rotation
35400 Reciprocating speed
35410 reciprocating movement of the acceleration
35430 when the initial direction of reciprocating
35440 M3 reciprocating direction of the time
35450 M4 reciprocating direction of the time
35500 Spindle feed activation
35510 static when the spindle feed-enabled
35550 features a maximum speed of drilling
35590 parameter set can be modified
36000 rough quasi-stop
Accurate quasi-Stop 36010
36012 fine stop coefficient, rough / precision and standards
36020 fine precision stop delay
36030 static error
36040 static monitoring delay time
36042 delay, pause control, torque /
36050 clamp error
36052 axis clamping special features
36060 static threshold shaft speed
36100 first negative soft limit switch
36110 1st Forward soft limit switch
36120 second negative soft limit switch
36130 2nd Forward soft limit switch
36200 speed monitor threshold
36210 maximum speed settings
36220 speed settings control the delay time
36300 Encoder limit frequency of
36302 Encoder limit frequency of re-synchronization
36310 Zero-Pulse Monitor
36400 Contour Monitoring Tolerance
36480 Tolerance
36500 Position actual value is converted to tolerance
36510 Encoder Position Tolerance
36520 required to monitor the speed threshold
36600 braking characteristics of hard-limit switch
36610 gradient braking time when an error occurs
36620 Servo enable delay time
36690 used to measure the internal data
36700 Automatic drift compensation
36710 automatic drift compensation limit value
36720 basic values drift
36730 Add the actual value of the acquisition-driven
36750 Executive $ AA_OFF Mode
36901 security features enable
36902 axis of rotation
36905 cam-mode values
36910 actual values assigned: Drive Type
36911 actual values assigned: Drive Number / measurement cycle
36912 Valid values: Enter the drive number of measuring cycles
36915 Encoder Type
36916 linear feet
36917 linear feet separated by periods
36918 marks per revolution encoder
36920 screw pitch
36921 gearbox encoder denominator than the load
36922 gearbox encoder elements than the load
36925 reversed the direction of the actual value
36926 Security Encoder Frequency Limit
36930 static error
36931 at a safe speed limit value
36932 safe speed magnification
36933 SI required for the entry into force of the speed limit
36934 a safe place restrictions on high-end
36935 a safe place with low limit
36936 security cam cam location is
36937 security cam location of the negative direction of
36940 Security Cam Tolerance
36942 Comparison of the actual value of tolerance (cross-mode)
36944 Comparison of tolerance of the actual values (reference method)
36946 safe speed threshold n_x
36948 security to stop the speed of tolerance
36949 speed tolerance zone
36950 Safe Input switching time tolerance
36951 speed change delay time
36952 STOP C to stop to a safe static type transition time
36953 STOP D class to a safe stop static transition time
36954 STOP E class stop to a safe static transition time
36955 Stop F to stop the excessive time B
36956 pulse delay time prohibited
36957 checking pulse suppression time
36958 acceptable duration of the test time limit
36960 crawling speed pulse suppression
36961 at a safe speed to stop responding
36962 a safe place to stop responding
36963 at a safe speed to stop responding
36964 IPO reactive groups of security coordination
36965 in the park the shaft when the alarm Hide
36966 brake torque limit test
36967 brake testing Position Tolerance
36970 SS / SV against the input distribution
36971 SS to prohibit the distribution of input
36972 SV select the input distribution
36973 SP choice of input distribution
36974 Ratio select input distribution
36975 Test the application to stop the input distribution
36976 state of the input distribution of pulse suppression
36977 to stop the application of external input distribution
36978 SV-magnification of the input distribution
36979 test external pulse input distribution not to be able to
36980 SS / SV output of the distribution of effective
36981 SS output of the distribution of effective
36982 effective choice of the output distribution of SV
36984 output pulses enable the allocation of external
36985 n
36986 pulse output of the release of the allocation of
36987 axis reference point return safely to the output of the definition of
36988 SC1 + to the output of the allocation of SC4 +
36989 SC1 - SC4 output of the distribution
36990 stop the output of the actual distribution of
36992 shows the time-axis cross -
36993 SI-NCK-MD data on the last change date / time
36994 previous security configuration data
36995 static position
36997 user confirmation
36998 real checksum
36999 required for the (expected) Checksum
37000 run to fixed stop mode
37002 to raise the fixed end-point Function Control
37010 default fixed-point stop clamping torque
37012 fixed time to stop clamping torque mode
37014
37020 default range of fixed-point stops monitoring
37030 fixed stop detection threshold
37040 through fixed-point sensors to stop testing
37050 fixed stop alarm enable
37052 fixed stop alarm rollback
37060 PLC confirmed that the shielding
37070 simulation-driven torque limit
37080 torque or (FOC) Initial Settings
The definition of synchronized axes 37100
37110 synchronization error alarm limits
Restrictions on the operation of synchronizing shaft 37120
37130 Back to the synchronous operation when the reference point limit
37140 to synchronizing shaft packet is invalid
37160 to guide the value of matching
37200 "rough synchronization" of the threshold
37210 "precision synchronization" of the threshold
37220 "thick" Speed Tolerance
37230 "thin" the speed tolerance
No. 37250 Spindle speed coupling
Torque control of spindle No. 37252
37254 probe bias balance control
37255 active torque balance controller
37256 torque balance control gain coefficient
37258 Comprehensive execution time
37260 Limit torque balance control
37262 has been activated master slave
37264 Master-Slave Torque
37266 time constant traction torque
Driven shaft torque 37268
37270 master-slave speed tolerance rough
37272 master-slave speed precision tolerances
37274 into the movement from the axis direction of
37300 digital measurement of the work area restrictions ""-""
37310 digital measurement of the work area restrictions ""+""
37320 Digital Measurement of the maximum shaft speed
37400 corner identification phase Cutaway
37402 followed by the default angle tangent
37500 axis model "expansion stop and back to back"
37510 ESR uniaxial (PLC controlled axis) delay time
37511 IPO control braking time of PLC controlled axes ESR
37550 speed / speed limit warning limit
37560 to accelerate the start-axis value of
37600 Enter the time (Profibus Ti)
37602 set the output time (Profibus To)
37610 Profibus control bits to configure
37620 Profibus torque to reduce the resolution of
38000 Encoder / spindle mid-point compensation
38010 degree bend arc error compensation value of
No comments:
Post a Comment