- Legal information
- Document information
- Preface
- 1Fundamental safety instructions
- 2A4: Digital and analog NC I/O for SINUMERIK 840D sl
- 3B3: Distributed systems - 840D sl only
- 3.1Brief description
- 3.2NCU link
- 3.3Examples
- 3.4Data lists
- 4H1: Manual traversing
- 4.1Overview
- 4.2Control via the PLC interface
- 4.3Parameter assignment (general)
- 4.4Continuous manual traversing
- 4.5Incremental manual traversing
- 4.6Manual traversing using a handwheel
- 4.7Manual traversing of the spindle
- 4.8Manual traversing of geometry axes/orientation axes
- 4.9Approaching a fixed point in JOG
- 4.10Position travel in JOG
- 4.11Circular travel in JOG
- 4.12Retraction in the tool direction (JOG retract)
- 4.13Use of handwheels in automatic mode
- 4.14Monitoring functions
- 4.15Start-up: Handwheels
- 4.16Data lists
- 5K3: Compensations
- 5.1Introduction
- 5.2Temperature compensation
- 5.3Backlash compensation
- 5.4Nodding compensation
- 5.5Interpolatory compensation
- 5.5.1General properties
- 5.5.2Leadscrew error and measuring system error compensation
- 5.5.3Sag and angularity error compensation
- 5.5.3.1General information
- 5.5.3.2Commissioning: Machine data
- 5.5.3.3Commissioning: Setting data
- 5.5.3.4Commissioning: System variable
- 5.5.3.5Commissioning: Basic procedure
- 5.5.3.6Commissioning: Overview diagram
- 5.5.3.7Example 1: Sag compensation
- 5.5.3.8Example 2: Compensation with table multiplication
- 5.5.3.9Example 3: 2-dimensional array of compensation values
- 5.5.4Extension of the sag compensation with NCU link - only 840D sl
- 5.5.5Direction-dependent leadscrew error compensation
- 5.5.6Cylinder error compensation
- 5.5.7Supplementary conditions
- 5.6Dynamic feedforward control (following error compensation)
- 5.7Friction compensation overview
- 5.8Friction compensation with a constant compensation value
- 5.9Friction compensation with adaptive characteristic
- 5.10Friction compensation with adaptive characteristics
- 5.11Compensation functions for suspended axes
- 5.12Data lists
- 6K5: Cross-channel program coordination and channel-by-channel running-in
- 7K10: Cross-channel axis interchange
- 7.1Overview
- 7.2Commissioning
- 7.3Programming: Releasing an axis (RELEASE)
- 7.4Programming: Fetching an axis (GET, GETD)
- 7.5Automatic axis replacement
- 7.6Axis replacement via PLC
- 7.7Axis interchange via axis container rotation
- 7.8Axis replacement with and without preprocessing stop
- 7.9Axis exclusively controlled from the PLC
- 7.10Axis permanently assigned to the PLC
- 7.11Geometry axis in rotated frame and axis replacement
- 7.12Axis replacement from synchronized actions
- 7.13Axis interchange for leading axes (gantry)
- 7.14State diagram
- 7.15Boundary conditions
- 7.16Example
- 7.17Data lists
- 8M1: Kinematic transformation
- 8.1TRANSMIT face end transformation (option)
- 8.2TRACYL cylinder surface transformation (option)
- 8.3Oblique angle transformation (inclined axis) TRAANG (option)
- 8.4Chained transformations
- 8.5Persistent transformation
- 8.6Cartesian PTP travel
- 8.6.1Function
- 8.6.2Commissioning
- 8.6.3Programming
- 8.6.3.1Activating/deactivating Cartesian PTP travel (PTP, PTPG0, PTPWOC, CP)
- 8.6.3.2Specify the position of the joints (STAT)
- 8.6.3.3Specify the sign of the axis angle (TU)
- 8.6.3.4Example 1: PTP travel of a 6-axis robot with ROBX transformation
- 8.6.3.5Example 2: PTP travel for generic 5-axis transformation
- 8.6.3.6Example 3: PTPG0 and TRANSMIT
- 8.6.4Supplementary conditions
- 8.7Cartesian manual traversing (option)
- 8.8Activating transformation machine data via part program/softkey
- 8.9Data lists
- 9M5: Measurement
- 9.1Brief description
- 9.2Hardware requirements
- 9.3Channel-specific measuring
- 9.4Axes-specific measurement
- 9.5Setting zeros, workpiece measuring and tool measuring
- 9.5.1Preset actual value memory and scratching
- 9.5.2Workpiece measuring
- 9.5.3Types of workpiece measurement
- 9.5.3.1Measurement of an edge (measurement type 1, 2, 3)
- 9.5.3.2Measurement of an angle (measurement type 4, 5, 6, 7)
- 9.5.3.3Measurement of a hole (measurement type 8)
- 9.5.3.4Measurement of a shaft (measurement type 9)
- 9.5.3.5Measurement of a groove (measurement type 12)
- 9.5.3.6Measurement of a web (measurement type 13)
- 9.5.3.7Measurement of geo axes and special axes (measurement type 14, 15)
- 9.5.3.8Measurement of an oblique edge (measurement type 16)
- 9.5.3.9Measurement of an oblique angle in a plane (measurement type 17)
- 9.5.3.10Redefine measurement around a WCS reference frame (measurement type 18)
- 9.5.3.11Measurement of a 1-, 2- and 3-dimensional setpoint selection (measurement type 19, 20, 21)
- 9.5.3.12Measuring a measuring point in any coordinate system (measurement type 24)
- 9.5.3.13Measurement of a rectangle (measurement type 25)
- 9.5.3.14Measurement for saving data management frames (measurement type 26)
- 9.5.3.15Measurement for restoring backed-up data management frames (measurement type 27)
- 9.5.3.16Measurement for defining an additive rotation for taper turning (measurement type 28)
- 9.5.4Tool measuring
- 9.5.5Types of workpiece measurement
- 9.5.5.1Measurement of tool lengths (measurement type 10)
- 9.5.5.2Measurement of tool diameter (measurement type 11)
- 9.5.5.3Measurement of tool lengths with zoom-in function (measurement type 22)
- 9.5.5.4Measuring a tool length with stored or current position (measurement type 23)
- 9.5.5.5Measurement of a tool length of two tools with the following orientation:
- 9.5.5.5.1Two turning tools each with their own reference point with a tool orientation in the approach direction
- 9.5.5.5.2Two turning tools each with their own reference point with a tool counter-orientation in the approach direction
- 9.5.5.5.3Two milling tools each with their own reference point, tool orientation perpendicular to the approach direction
- 9.5.5.5.4Two milling tools each with a reference point, tool orientation perpendicular to the approach direction
- 9.5.5.5.5Two milling tools each with their own reference point with tool counter-orientation in the approach direction
- 9.5.5.5.6Two milling tools each with a reference point with tool counter-orientation in the approach direction
- 9.5.5.5.7Different tools in the WCS
- 9.6Measurement accuracy and functional testing
- 9.7Simulated measuring
- 9.8Channels - only 840D sl
- 9.9Data lists
- 10N3: Software cams, position switching cycles - only 840D sl
- 11N4: Own channel - only 840D sl
- 12P2: Positioning axes
- 12.1Product brief
- 12.2Own channel, positioning axis or concurrent positioning axis
- 12.3Motion behavior and interpolation functions
- 12.4Positioning axis dynamic response
- 12.5Programming
- 12.6Block change
- 12.7Control by the PLC
- 12.8Response with special functions
- 12.9Examples
- 12.10Data lists
- 12.1Product brief
- 13P5: Oscillation
- 13.1Brief description
- 13.2Asynchronous oscillation
- 13.3Oscillation controlled by synchronized actions
- 13.3.1Infeed at reversal point 1 or 2
- 13.3.2Infeed in reversal point range
- 13.3.3Infeed at both reversal points
- 13.3.4Stop oscillation movement at the reversal point
- 13.3.5Oscillation movement restarting
- 13.3.6Do not start partial infeed too early
- 13.3.7Assignment of oscillation and infeed axes OSCILL
- 13.3.8Definition of infeeds POSP
- 13.3.9External oscillation reversal
- 13.4Marginal conditions
- 13.5Examples
- 13.6Data lists
- 13.1Brief description
- 14R2: Rotary axes
- 15S3: Synchronous spindle
- 15.1Brief description
- 15.2Programming
- 15.3Configuration
- 15.4Points to note
- 15.4.1Special features of synchronous mode in general
- 15.4.2Restore synchronism of following spindle
- 15.4.3Synchronous mode and NC/PLC interface signals
- 15.4.4Differential speed between leading and following spindles
- 15.4.5Behavior of synchronism signals during synchronism correction
- 15.4.6Delete synchronism correction and NC reset
- 15.4.7Special points regarding start-up of a synchronous spindle coupling
- 15.5Boundary conditions
- 15.6Examples
- 15.7Data lists
- 16S7: Memory configuration
- 17T1: Indexing axes
- 17.1Brief Description
- 17.2Detailed description
- 17.3Commissioning
- 17.4Programming
- 17.5Supplementary conditions
- 17.6Examples
- 17.6.1Example 1: Rotary axis as indexing axis
- 17.6.2Example 2: Indexing axis as linear axis
- 17.6.3Example 3: Rotary modulo axis as equidistant indexing axis
- 17.6.4Example 4: Rotary axes as equidistant indexing axis with restricted traversing range
- 17.6.5Example 5: Linear axis as equidistant indexing axis
- 17.6.6Example 6: "Hirth axis"
- 17.7Data lists
- 17.1Brief Description
- 18W4: Grinding-specific tool offset and tool monitoring
- 18.1Grinding-specific tool data
- 18.1.1Structure of tool data
- 18.1.2Cutting edge-specific parameters
- 18.1.3Tool-specific parameters
- 18.1.3.1List of tool-specific parameters
- 18.1.3.2$TC_TPG1
- 18.1.3.3$TC_TPG2
- 18.1.3.4$TC_TPG3, $TC_TPG4
- 18.1.3.5$TC_TPG5
- 18.1.3.6$TC_TPG6 and $TC_TPG7
- 18.1.3.7$TC_TPG8
- 18.1.3.8$TC_TPG9
- 18.1.3.9$TC_TPG_DRSPATH and $TC_TPG_DRSPROG
- 18.1.3.10Definition of additional parameters $TC_TPC1 ... 10
- 18.1.3.11Access to tool-specific parameters
- 18.1.4Planes and axis assignments
- 18.1.5Examples
- 18.2Online tool offset
- 18.3Online tool radius compensation
- 18.4Grinding-specific tool monitoring
- 18.5Constant grinding wheel peripheral speed (GWPS).
- 18.6Data lists
- 18.1Grinding-specific tool data
- 19Z2: NC/PLC interface signals
- AAppendix
- Glossary
- Index
Combine search queries with whitespace
0-9
- 0-9
- A
- B
- C
- D
- E
- F
- G
- H
- I
- J
- K
- L
- M
- N
- O
- P
- Q
- R
- S
- T
- U
- V
- W
- X
- Y
- Z
- #
- 0-9
- A
- Absolute dimensions
- Axis address
- Axis name
- Axes
- Address
- Alarms
- Archiving
- Asynchronous subprogram
- Automatic
- Acceleration with jerk limitation
- Auxiliary functions
- B
- Basic axis
- Basic Coordinate System
- Baud rate
- Block
- Booting
- Backlash compensation
- Backup battery
- Blank
- Block search
- C
- Continuous-path mode
- C axis
- CNC
- COM
- CPU
- C spline
- Channel
- Compensation axis
- Compensation table
- Compensation value
- Contour
- Contour monitoring
- Coordinate system
- Circular interpolation
- Curvature
- CU
- CNC
- Cycles
- D
- Drive
- Data block
- Data word
- Diagnostics
- DRF
- Dimensions specification, metric and inches
- Dynamic feedforward control
- E
- Editor
- External work offset
- Exact stop
- Exact stop limit
- F
- Finished-part contour
- Fixed-point approach
- Frame
- Fixed machine point
- Fast retraction from the contour
- Feed override
- G
- Geometry
- Geometry axis
- Ground
- H
- HIGHSTEP
- High-level CNC language
- HW Config
- High-speed digital inputs/outputs
- Helical interpolation
- I
- Identifier
- Interpolator
- Interpolatory compensation
- Interrupt routine
- Incremental dimension
- Inclined surface machining
- Increment
- Inverse-time feedrate
- Inch measuring system
- Intermediate blocks
- J
- JOG
- K
- KV
- Keywords
- Key switch
- L
- Leading axis
- Linear interpolation
- Limit speed
- Load memory
- Linear axis
- Look Ahead
- Leadscrew error compensation
- M
- Machining channel
- Mode
- Mode group
- Main program
- Main block
- Macro techniques
- Machine axes
- Machine coordinate system
- Machine zero
- Machine control panel
- MDI
- Messages
- Metric measuring system
- Mirroring
- N
- NC
- Network
- NURBS
- NRK
- O
- Offset memory
- OEM
- Oriented spindle stop
- Override
- Overall reset
- P
- Position-time cams
- Path axis
- Path velocity
- Path feedrate
- PCIN data transfer program
- Peripheral module
- PLC
- PLC programming
- PLC program memory
- Polar coordinates
- Polynomial interpolation
- Positioning axis
- Program block
- Program level
- Programmable working area limitation
- Programmable frames
- Programming key
- Protection zone
- Programmable logic controller
- Part program
- Part program block
- Part program management
- Pre-coincidence
- Q
- Quadrant error compensation
- R
- Rapid traverse
- Reference point
- Rotation
- R parameters
- Rotary axis
- Rounding axis
- RS-232-C
- S
- Synchronized axis
- Subblock
- Setting data
- Safety functions
- Scaling
- Softkey
- Software limit switch
- Spline interpolation
- Standard cycles
- Synchronized axes
- Synchronized actions
- Synchronization
- System memory
- System variable
- Subprogram
- T
- Tapping without compensating chuck
- Tool nose radius compensation
- Text editor
- TOA area
- TOA unit
- Transformation
- Travel range
- Tool
- Tool offset
- Tool radius compensation
- U
- User-defined variable
- User program
- User memory
- User interface
- V
- Velocity control
- Variable definition
- W
- Working area limitation
- Working area
- Working memory
- Work offset
- Workpiece
- Workpiece contour
- Workpiece coordinate system
- Workpiece zero
- WinSCP
- X
- Y
- Z
- #
0-9
- 0-9
- A
- B
- C
- D
- E
- F
- G
- H
- I
- J
- K
- L
- M
- N
- O
- P
- Q
- R
- S
- T
- U
- V
- W
- X
- Y
- Z
- #
- 0-9
- 1dimensional, Setpoint selection ($AC_MEAS_TYPE = 19)
- 2dimensional, Setpoint selection ($AC_MEAS_TYPE = 20)
- 3D Probe
- 3dimensional, Setpoint selection ($AC_MEAS_TYPE = 21)
- 6FC5800-0AM28-0YB0
- A
- Accelerating axis
- Acceleration characteristic
- Activating an axis replacement without a preprocessing stop
- Activation methods
- Activation of coupling
- Active file system
- Adaptation axis
- All transformations
- Alternate interface
- Angular offset POSFS
- Approaching a fixed point, in JOG
- ASCALE
- ATRANS
- Automatic axis replacement
- Automatically activated pre-initiation time
- Autonomous singleaxis operations, NCK reactions
- Autonomous singleaxis operations, PLC actions
- AXCTSWE
- AXCTSWEC
- AXCTSWED
- Axes, for auxiliary movements
- axis, Basic
- axis, Compensation
- Axis container, -Identifier
- Axis replacement, Axis replacement via synchronized actions
- Axis replacement, Geometry axis in rotated frame
- Axis replacement, Release axis container rotation
- Axis replacement, without preprocessing stop
- Axis replacement via PLC
- Axis types, For positioning axes
- AXTOCHAN
- B
- Backlash
- Backlash, -Compensation, dynamic
- Backlash, Dynamic
- Bidirectional probe
- Block change, Positioning axis type 1
- Block change, Positioning axis type 2
- Block search
- C
- Calculated frame
- Calculation method
- Cam signals, Hardware assignment
- Cam signals, linked output
- Cam signals, Minus
- Cam signals, Plus
- Cam signals, Separate output
- Cam signals, Timer-controlled output
- Cartesian manual travel
- Cartesian PTP travel
- Center of circle, for circular travel in JOG
- Chained transformations
- Chained transformations, Persistent transformation
- Changing the assignment
- Channel
- Circle radius, for circular travel in JOG
- Circle segment machining
- Circular travel, in JOG
- Clamping protection zone
- CLEARM
- COARSEA
- Commands MEAS, MEAW
- Commissioning archive
- Comparator inputs
- Compensating axis
- Compensation, Following error
- Compensation, Interpolatory
- Compensation, Leadscrew error
- Compensation, Measuring system error
- Compensation value
- Compliance factor
- Concurrent positioning axes, start from the PLC
- Continuous duty
- Continuous manual travel
- Continuous operation
- Contour handwheel
- Conversion into another coordinate system
- Corner C1 - C4 ($AC_MEAS_TYPE = 4, 5, 6, 7)
- Corner measurement C1
- CORROF
- coupling, Define new
- coupling, Fixed configuration
- Coupling options
- CP
- CT
- Cylinder coordinate system
- Cylinder surface transformation
- D
- DB10, DBX100.0 - 4
- DB10, DBX100.6
- DB10, DBX100.7
- DB10, DBX101.0 - 4
- DB10, DBX101.6
- DB10, DBX101.7
- DB10, DBX102.0 - 4
- DB10, DBX102.6
- DB10, DBX102.7
- DB10, DBX110.0 - 113.7
- DB10, DBX114.0 - 117.7
- DB10, DBX97.0 - 3
- DB10, DBX98.0 - 3
- DB10, DBX99.0 - 3
- DB10 DBX108.7
- DB10, ..., DBX107.0
- DB10, ..., DBX107.1
- DB11, DB6.2
- DB11, DBX(n*20+6).2
- DB11, DBX186.2
- DB11, DBX26.2
- DB11, DBX6.3
- DB19, DBX0.7
- DB19, DBX20.7
- DB21, ..., DBX0.3
- DB21, ..., DBX0.6
- DB21, ..., DBX12.3
- DB21, ..., DBX15.0
- DB21, ..., DBX19.0
- DB21, ..., DBX23.0
- DB21, ..., DBX24.3
- DB21, ..., DBX29.4
- DB21, ..., DBX3.0
- DB21, ..., DBX3.1
- DB21, ..., DBX3.2
- DB21, ..., DBX3.4
- DB21, ..., DBX30.0 - 2
- DB21, ..., DBX30.4
- DB21, ..., DBX30.6
- DB21, ..., DBX31.5
- DB21, ..., DBX317.6
- DB21, ..., DBX323.0
- DB21, ..., DBX327.0
- DB21, ..., DBX33.3
- DB21, ..., DBX331.0
- DB21, ..., DBX335.0
- DB21, ..., DBX339.0
- DB21, ..., DBX343.0
- DB21, ..., DBX377.4
- DB21, ..., DBX377.5
- DB21, ..., DBX377.6
- DB21, ..., DBX38.0
- DB21, ..., DBX38.1
- DB21, ..., DBX39.5
- DB21, ..., DBX40.5
- DB21, ..., DBX40.7
- DB21, ..., DBX43.0
- DB21, ..., DBX46.5
- DB21, ..., DBX46.7
- DB21, ..., DBX49.0
- DB21, ..., DBX52.5
- DB21, ..., DBX52.7
- DB21, ..., DBX55.0
- DB21, ..., DBX7.1
- DB21, ..., DBX7.4
- DB21, ... DBX0.3
- DB21, ... DBX30.0 - 2
- DB21, ... DBX30.3
- DB21, ... DBX6.2
- DB21, ... DBX7.3
- DB21, ... DBX7.4
- DB21, …, DBX12.0 - 2
- DB21, …, DBX13.0 - 5
- DB21, …, DBX13.6
- DB21, …, DBX16.0 - 2
- DB21, …, DBX16.0 - 2
- DB21, …, DBX17.0 - 5
- DB21, …, DBX17.6
- DB21, …, DBX20.0 - 2
- DB21, …, DBX21.0 - 5
- DB21, …, DBX21.6
- DB21, …, DBX320.0 - 2
- DB21, …, DBX321.0 - 5
- DB21, …, DBX321.6
- DB21, …, DBX324.0 - 2
- DB21, …, DBX325.0 - 5
- DB21, …, DBX325.6
- DB21, …, DBX328.0 - 2
- DB21, …, DBX329.0 - 5
- DB21, …, DBX329.6
- DB21, …, DBX332.4
- DB21, …, DBX332.5
- DB21, …, DBX332.6
- DB21, …, DBX332.7
- DB21, …, DBX333.0 - 5
- DB21, …, DBX333.6
- DB21, …, DBX336.4
- DB21, …, DBX336.5
- DB21, …, DBX336.6
- DB21, …, DBX336.7
- DB21, …, DBX337.0 - 5
- DB21, …, DBX337.6
- DB21, …, DBX340.4
- DB21, …, DBX340.5
- DB21, …, DBX340.6
- DB21, …, DBX340.7
- DB21, …, DBX341.0 - 5
- DB21, …, DBX341.6
- DB21, …, DBX35.7
- DB21, …, DBX36.5
- DB21, …, DBX377.5
- DB21, …, DBX40.4
- DB21, …, DBX40.6
- DB21, …, DBX41.0 - 5
- DB21, …, DBX41.6
- DB21, …, DBX46.4
- DB21, …, DBX46.6
- DB21, …, DBX47.0 - 5
- DB21, …, DBX47.6
- DB21, …, DBX52.4
- DB21, …, DBX52.6
- DB21, …, DBX53.0 - 5
- DB21, …, DBX53.6
- DB31, ..., DBB19
- DB31, ..., DBX1.3
- DB31, ..., DBX1.4
- DB31, ..., DBX1.5
- DB31, ..., DBX1.6
- DB31, ..., DBX1.7
- DB31, ..., DBX100.2
- DB31, ..., DBX102.0
- DB31, ..., DBX12.4
- DB31, ..., DBX13.0 - 2
- DB31, ..., DBX13.0-2
- DB31, ..., DBX13.3
- DB31, ..., DBX16.4
- DB31, ..., DBX16.5
- DB31, ..., DBX16.7
- DB31, ..., DBX17.6
- DB31, ..., DBX2.0
- DB31, ..., DBX2.1
- DB31, ..., DBX2.2
- DB31, ..., DBX25.0
- DB31, ..., DBX26.4
- DB31, ..., DBX28.0
- DB31, ..., DBX28.1
- DB31, ..., DBX28.2
- DB31, ..., DBX28.3
- DB31, ..., DBX28.4
- DB31, ..., DBX28.5
- DB31, ..., DBX28.6
- DB31, ..., DBX28.7
- DB31, ..., DBX29.5
- DB31, ..., DBX31.4
- DB31, ..., DBX31.5
- DB31, ..., DBX4.3
- DB31, ..., DBX4.6
- DB31, ..., DBX4.7
- DB31, ..., DBX6.2
- DB31, ..., DBX60.4
- DB31, ..., DBX60.4/5
- DB31, ..., DBX60.5
- DB31, ..., DBX60.6
- DB31, ..., DBX60.7
- DB31, ..., DBX61.3
- DB31, ..., DBX62.0
- DB31, ..., DBX62.1
- DB31, ..., DBX62.3
- DB31, ..., DBX63.0
- DB31, ..., DBX63.1
- DB31, ..., DBX63.2
- DB31, ..., DBX64.5
- DB31, ..., DBX64.7
- DB31, ..., DBX65.0 - 5
- DB31, ..., DBX65.6
- DB31, ..., DBX67.0
- DB31, ..., DBX7.0
- DB31, ..., DBX74.4
- DB31, ..., DBX75.0 - 2
- DB31, ..., DBX75.3 - 5
- DB31, ..., DBX75.6
- DB31, ..., DBX75.7
- DB31, ..., DBX76.6
- DB31, ..., DBX83.1
- DB31, ..., DBX83.3
- DB31, ..., DBX83.5
- DB31, ..., DBX83.6
- DB31, ..., DBX83.7
- DB31, ..., DBX84.1
- DB31, ..., DBX84.4
- DB31, ..., DBX98.0
- DB31, ..., DBX98.1
- DB31, ..., DBX98.4
- DB31, ..., DBX99.0
- DB31, ..., DBX99.1
- DB31, ..., DBX99.4
- DB31, ... .DBX60.4 - 5
- DB31, …, DBX4.0 - 2
- DB31, …, DBX5.0 - 5
- DB31, …, DBX5.6
- DB31, …, DBX61.2
- DB31, …, DBX64.4
- DB31, …, DBX64.6
- DB31, ...";"DBX2.2
- Defining geometry axes
- Deformation, due to temperature effects
- Delay time
- Differential speed
- Dressing
- DRF
- Dynamic backlash
- Dynamic NC memory
- Dynamic programming in spindle/axis operations
- Dynamic response, -adaptation
- E
- Effects on HMI operation
- end-of-motion criterion, with block search
- Error, Leadscrew
- Error, Measuring system
- Error, -temperature compensation curves
- Example
- Example of probe function test
- Exceptions
- Extensions
- F
- FC18
- FCTDEF
- Feed override
- Feedforward control
- Feedforward control, Speed
- Feedforward control, Torque
- FINEA
- Fixed point positions
- Fixed-point approach, with G75
- Following error
- Following spindle, Resynchronization
- Following spindle interpolator
- Frames
- FTOCOF
- FTOCON
- G
- G5
- G7
- G75
- Geometry axis grouping are either
- GET
- GETD
- Grinding Wheel Peripheral Speed
- Groove side offset
- GWPS
- GWPSOF
- GWPSON
- H
- Handwheel, Assignment
- Handwheel, Distance specification
- Handwheel, Path definition
- Handwheel, Selection of HMI
- Handwheel, Traversal in JOG
- Handwheel, Velocity specification
- Handwheel connection, Ethernet
- Handwheel connection (828D), PPU
- Handwheel connection (828D), PROFIBUS
- Handwheel override in AUTOMATIC mode, Path definition
- Handwheel override in AUTOMATIC mode, Velocity override
- Hirth gearing
- Home NCU
- I
- I/O range
- INCH or METRIC unit of measurement
- Inclined axis transformations
- Incremental manual travel
- Incremental traversing
- Indexing axes, Coded position
- Indexing axes, Programming
- Indexing axis, System of units
- Indexing positions, Number
- Indexing positions table
- Infeed
- INIT
- Input values
- Input values, Measurement types
- Input values, Setpoints
- Interpolation functions
- Interpolation point
- Interpolator, path
- Interpolator, Shaft
- IPOBRKA
- IPOENDA
- IS feedrate stop / spindle stop
- J
- JOG
- JOG, Approaching a fixed point
- Jog mode
- JOG retract
- K
- L
- Language command, SPN
- Language command, SPP
- Language commands
- LEC
- M
- Main entry
- MD10000
- MD10010
- MD10050
- MD10061
- MD10070
- MD10071:
- MD10088
- MD10185
- MD10200
- MD10210
- MD10240
- MD10260
- MD10270
- MD10280
- MD10300
- MD10310
- MD10320
- MD10330
- MD10350
- MD10360
- MD10361
- MD10362
- MD10364
- MD10366
- MD10368
- MD10398
- MD10399
- MD10450
- MD10460
- MD10461
- MD10470
- MD10471
- MD10472
- MD10473
- MD1048
- MD10480
- MD10485
- MD10500
- MD10501
- MD10502
- MD10510
- MD10511
- MD10512
- MD10530
- MD10531
- MD10540
- MD10541
- MD10720
- MD10721
- MD10722
- MD10735
- MD10900
- MD10910
- MD10920
- MD10930
- MD10940
- MD11300
- MD11310
- MD11320
- MD11322
- MD11324
- MD11330
- MD11346
- MD11350
- MD11351
- MD11352
- MD11353
- MD11410
- MD11450
- MD12030
- MD12701
- MD12702
- MD12703
- MD12704
- MD12705
- MD12706
- MD12707
- MD12708
- MD12709
- MD12710
- MD12711
- MD12712
- MD12713
- MD12714
- MD12715
- MD12716
- MD12717
- MD12750
- MD13211
- MD17900
- MD17950
- MD18000
- MD18050
- MD18060
- MD18075
- MD18096
- MD18100
- MD18210
- MD18230
- MD18351
- MD18352
- MD18353
- MD18600
- MD18720
- MD18960
- MD19250
- MD19251
- MD20060
- MD20070
- MD20080
- MD20100
- MD20110
- MD20150
- MD20151
- MD20254
- MD20350
- MD20360
- MD20390
- MD20610
- MD20620
- MD20621
- MD20624
- MD20700
- MD21106
- MD21150
- MD21155
- MD21158
- MD21159
- MD21160
- MD21165
- MD21166
- MD21168
- MD21220
- MD21300
- MD21310
- MD21320
- MD21330
- MD21340
- MD24120
- MD26000
- MD26002
- MD26004
- MD26006
- MD26010
- MD26014
- MD26016
- MD26018
- MD26020
- MD28050
- MD28260
- MD28264
- MD30300
- MD30310
- MD30320
- MD30330
- MD30340
- MD30455
- MD30460
- MD30500
- MD30503
- MD30505
- MD30550
- MD30552
- MD30600
- MD31090
- MD32000
- MD32010
- MD32020
- MD32040
- MD32050
- MD32060
- MD32074
- MD32080
- MD32084
- MD32090
- MD32200
- MD32300
- MD32400
- MD32402
- MD32410
- MD32420
- MD32430
- MD32431
- MD32450
- MD32452
- MD32454
- MD32456
- MD32457
- MD32490
- MD32500
- MD32510
- MD32520
- MD32530
- MD32540
- MD32550
- MD32560
- MD32570
- MD32610
- MD32620
- MD32630
- MD32650
- MD32700
- MD32710
- MD32711
- MD32720
- MD32730
- MD32750
- MD32760
- MD32800
- MD32810
- MD32900
- MD32910
- MD32960
- MD34080
- MD34090
- MD34100
- MD34210
- MD35000
- MD35032
- MD35040
- MD35220
- MD35230
- MD35242
- MD36100
- MD36110
- MD36120
- MD36130
- MD36610
- MD36620
- MD36933
- MD37200
- MD37210
- MD37220
- MD37230
- MD37500
- MD37510
- MD37511
- MD38000
- MD7200
- Measurement, of angle in a plane ($AC_MEAS_TYPE = 17)
- Measurement, of groove ($AC_MEAS_TYPE = 12)
- Measurement, of hole ($AC_MEAS_TYPE = 8)
- Measurement, Of oblique edge ($AC_MEAS_TYPE = 16)
- Measurement, of shaft ($AC_MEAS_TYPE = 9)
- Measurement, of web ($AC_MEAS_TYPE = 13)
- Measurement input parameters
- Measurement interface, Diagnostics
- Measurement interface, Input values
- Measurement interface, Output values
- Measurement method, for coordinate transformation of a position ($AC_MEAS_TYPE = 24)
- Measurement method, For defining an additive rotation of the active or selected plane ($AC_MEAS_TYPE = 28)
- Measurement method, For determining a triangle ($AC_MEAS_TYPE = 25)
- Measurement method, For restoring the value assignments of data management frames ($AC_MEAS_TYPE = 27)
- Measurement method, For saving data management frames with current value assignments to a file ($AC_MEAS_TYPE = 26)
- Measurement of tool diameter ($AC_MEAS_TYPE = 11)
- Measurement results, MEAC
- Measurement results, MEAS, MEAW
- Measurement results, MEASA, MEAWA
- Measuring, Compensation of the delay time
- Measuring, Delay time of the measuring signal
- Measuring, Maximum traversal speed
- Measuring, Measurement accuracy
- Measuring, Traversal speed during the measurement
- Measuring cycles
- Measuring probe, -types
- Measuring process
- Memory expansion
- Minimum interval between two consecutive strokes
- Minus, -output cam
- Modulo 360
- Monitoring of the input signal
- Monodirectional probe
- Motion behavior
- MSEC
- Multidirectional probe (3D)
- Multiplication, Table
- N
- Not transformation-specific
- O
- Oblique angle transformation (TRAANG), with fixed angle
- Oblique angle transformation (TRAANG), with programmable angle
- Oblique plunge-cut grinding
- Online tool offset
- Online tool radius compensation:
- Operating range limits, for circular travel in JOG
- Optimization of velocity control
- Orientation transformations
- OS
- OSB
- OSCILL
- Oscillating
- Oscillating, asynchronous
- Oscillating, continuous infeed
- Oscillating, with synchronized actions
- Oscillating axis
- OSCTRL
- OSE
- OSNSC
- OSP
- OST
- Output cam, -pair
- Output cam, -positions
- Output cam, -range
- Output cam, -signals
- Output values
- P
- p0680
- p0684
- p0922
- Passive file system
- path, -interpolator
- Path definition using handwheel
- Path segmentation
- Permanently configured coupling
- Plane separation
- PLC axes
- PLC axis, axes under exclusive PLC control
- PLC axis, permanently assigned PLC axis
- PLC axis, start via FC18
- PLC service display
- PLC-controlled axis, Control response to MD30460 bits 6 and 7
- PLC-controlled axis, Control system response
- Plus, -output cam
- Point-to-point travel
- Position offset, In synchronous spindles
- Position switching signals
- Position switching signals, Lead/delay times
- Positioning axes
- Positioning axes, Axis types
- Positioning axes, Axis-specific signals
- Positioning axes, Channel-specific signals
- Positioning axes, Concurrent
- Positioning axes, Dry run feedrate
- Positioning axes, Maximum number
- Positioning axes, Tool offset
- Positioning axes, Types
- Positioning axis dynamic response
- Position-time cams
- POSP
- Preset actual value memory
- Preset actual value memory, for geo axes and special axes ($AC MEAS TYPE = 14)
- Preset actual value memory, for special axes ($AC MEAS TYPE = 15)
- Probe function test
- PTP
- PTPG0
- PTPWOC
- PUNCHACC
- PUTFTOC
- PUTFTOCF
- Q
- R
- RangeOffset
- Read offset
- Redefine WCS on the oblique plane ($AC_MEAS_TYPE = 18)
- Reference point approach
- RELEASE
- Release guide axis
- Replaceable geometry axis
- Response to setpoint changes
- Resynchronization
- Reversal points
- Rotary axes, Absolute dimension programming
- Rotary axes, Absolute programming
- Rotary axes, Axis addresses
- Rotary axes, Commissioning
- Rotary axes, Feedrate
- Rotary axes, Incremental programming
- Rotary axes, Mirroring
- Rotary axes, Modulo 360
- Rotary axes, Modulo conversion
- Rotary axes, Software limit switch
- Rotary axes, Units of measurement
- S
- Scratching
- SD41010
- SD41050
- SD41100
- SD41110
- SD41120
- SD41130
- SD41200
- SD41300
- SD41500
- SD41501
- SD41502
- SD41503
- SD41504
- SD41505
- SD41506
- SD41507
- SD41520
- SD41521
- SD41522
- SD41523
- SD41524
- SD41525
- SD41526
- SD41527
- SD41600
- SD41601
- SD42100
- SD42101
- SD42300
- SD42400
- SD42402
- SD42404
- SD42600
- SD42650
- SD42690
- SD42691
- SD42692
- SD42693
- SD42694
- SD43300
- SD43320
- SD43400
- SD43410
- SD43420
- SD43430
- SD43600
- SD43770
- SD43790
- SD43900
- SD43910
- SD43920
- Selection and deselection
- Selection of tool or cutting edge
- Separate following spindle interpolator
- SETM
- Setpoints
- Single axes, Applications
- Single axes, Axis control by PLC
- Single axes, Extended retract numerically controlled
- Single axes, Extended stop numerically controlled
- Single block, Positioning axis type 1
- Single block, Positioning axis type 2
- Single block, Positioning axis type 3
- Software, -output cam
- Sparking-out strokes
- Special features of JOG
- START
- STAT
- Static NC memory
- Supplementary conditions
- switching accuracy, of the cam signals
- Synchronized state reached
- Synchronous mode
- Synchronous mode, Deactivate
- Synchronous mode, Knee-shaped acceleration characteristic
- Synchronous spindle, Position offset
- System variable
- T
- table, Compensation
- Telegram selection
- Temperature, -compensation
- Temperature, -influence
- Temperature compensation, Coefficient tanß(T)
- Time constant, Dynamic response adaptation
- TMOF
- TMON
- Tool length, ($AC_MEAS_TYPE = 10)
- Tool length, Measurement with stored or current position ($AC_MEAS_TYPE = 23)
- Tool length, measurement with zoom-in function ($AC_MEAS_TYPE = 22)
- Tool measuring
- Tool measuring, Two turning tools each with their own reference point
- Tool monitoring, grinding-specific
- Tool type
- TRAANG, Restrictions
- TRAANG, with fixed angle
- TRAANG, with programmable angle
- TRACON
- TRACYL
- Tracyl transformations
- TRACYL_BAE_TOOL_t
- TRACYL_ROT_AX_OFFSET_t
- TRACYL_Rot_Sign_IS_PLUS_t
- TRANS
- Transformation chain, setpoint positions
- Transformations, Concatenated
- Translation
- Translational offsets
- TRANSMIT
- Transmit transformations
- TRANSMIT_ROT_AX_OFFSET_t
- Travel command
- Travel request
- Traversing keys
- Traversing range limits
- TU
- U
- User-defined coupling
- V
- Variable interface
- Velocity control
- W
- WAITE
- WAITM
- WAITMC
- WAITP
- WAITP, Oscillating axis
- Workpiece measuring
- X
- x edge ($AC_MEAS_TYPE = 1)
- Y
- y edge ($AC_MEAS_TYPE = 2)
- Z
- z edge ($AC_MEAS_TYPE = 3)
- #
- $A_DP_IN_CONF
- $A_DP_IN_STATE
- $A_DP_IN_VALID
- $A_DP_OUT_CONF
- $A_DP_OUT_STATE
- $A_DP_OUT_VALID
- $A_IN
- $A_INA
- $A_INCO
- $A_OUT
- $A_OUT[n]
- $A_OUTA
- $AA_ACT_INDEX_AX_POS_NO
- $AA_COUP_ACT
- $AA_COUP_OFFS
- $AA_ENC_COMP
- $AA_ENC_COMP_IS_MODULO
- $AA_ENC_COMP_MAX
- $AA_ENC_COMP_MIN
- $AA_ENC_COMP_STEP
- $AA_FIX_POINT_ACT
- $AA_FIX_POINT_SELECTED
- $AA_ISTEST
- $AA_MOTEND
- $AA_PROG_INDEX_AX_POS_NO
- $AC_AXCTSWA
- $AC_AXCTSWE
- $AC_FIFO
- $AC_ISTEST
- $AC_RETPOINT
- $AN_AXCTAS
- $AN_AXCTSWA
- $AN_CEC
- $AN_CEC_DIRECTION
- $AN_CEC_INPUT_AXIS
- $AN_CEC_INPUT_NCU
- $AN_CEC_IS_MODULO
- $AN_CEC_MAX
- $AN_CEC_MIN
- $AN_CEC_MULT_BY_TABLE
- $AN_CEC_OUTPUT_AXIS
- $AN_CEC_STEP
- $AN_LAI_AX_IS_AXCTAX
- $AN_LAI_AX_IS_LEADLINKAX
- $AN_LAI_AX_IS_LINKAX
- $AN_LAI_AX_TO_IPO_NC_CHANAX
- $AN_LAI_AX_TO_MACHAX
- $AN_REBOOT_DELAY_TIME
- $P_COUP_OFFS
- $P_GWPS
- $P_ISTEST
- $TC_DP1
- $TC_DPC1...10
- $TC_TPC1...10
- $TC_TPG_DRSPATH
- $TC_TPG_DRSPROG
- $TC_TPG3
- $TC_TPG4
- $TC_TPG5
- $TC_TPG8
- $TC_TPG9
- $VA_COUP_OFFS