
Industrial PC

Fieldbus Components

Drive Technology

TwinCAT 3


Product overview


Installation


Licensing


Basics


TE1000 XAE


TExxxx | TwinCAT 3 Engineering


TC1xxx | TwinCAT 3 Base


TFxxxx | TwinCAT 3 Functions



TF1xxx - System



TF2xxx - HMI



TF3xxx - Measurement



TF4xxx - Control



TF5xxx - Motion




Motion | Overview




TF50x0 | NC PTP




TF5050 | NC Camming




TF5055 | NC Flying Saw




TF5060 | NC FIFO AXES




TF5065 | Motion Control XFC/XFC NC I




TF5100 | NC I




TF511x | Kinematic Transformation




TF5120 | Robotics mxAutomation




TF5130 | Robotics uniVAL PLC




TF52xx | TwinCAT 3 CNC





TF5200 | Manuals






TF5200 | Programming manual







Preface







General and safety instructions







Brief description







Basic principles of programming







Path information







G functions







Switching and supplementary functions (M/H/T)







Velocities (F/E)







NC block numbers (N)







Subroutine techniques







Parameters and parameter calculation (P)







Statements for influencing NC program flow







Smoothing methods







Additional functions








Restoring axis configurations and axis couplings









Saving a current configuration (#SAVE CONFIG)









Loading or restoring a saved configuration (#LOAD CONFIG)









Clearing a current configuration (#CLEAR CONFIG)








Axis exchange commands








Dwell time








Flushing NC channel (#FLUSH, #FLUSH CONTINUE, #FLUSH WAIT)








Cross-block comments (#COMMENT BEGIN/END)








Waiting for event (#WAIT FOR)








Adapting minimum radius for tangential feed ((#TANGFEED))








Suppressing offsets (#SUPPRESS OFFSETS)








Settings for measurement








Selecting position preset (#PSET)








Synchronous operation








Messages from the NC program








Jerk limiting slope








Writing and reading SERCOS parameters and commands








Channel synchronisation








Rotate the coordinate system in the plane (#ROTATION ON/OFF)








Automatic axis tracking (C axis tracking) (#CAXTRACK)








User-defined error output (#ERROR)








Time measurement (#TIMER)








Definition of feed axes (#FGROUP, #FGROUP ROT, #FGROUP WAXIS)








Adapt path dynamic limit values (#VECTOR LIMIT ON/OFF)








Defining a minimum block transition velocity (#TRANSVELMIN ON/OFF)








Writing machine data (#MACHINE DATA)








File operations








Monitoring the work space and protection space








Influence forward/backward motion on path








Tool change with active synchronous mode (#FREE TOOL CHANGE)








Locking program areas for single-step mode (#SINGLE STEP)








Programmable path override (#OVERRIDE)








Drive-independent switching of drive functions








Velocity-optimised motion control by segmentation (#SEGMENTATION)








Enlarging/reducing contours (#SCALE ON/OFF))








Punching and nibbling








Controlling edge machining (#EDGE MACHINING)








Switching dynamic weighting (#DYNAMIC WEIGHT)








Weighting of external feedrate (# FF)








Axis clamping and monitoring (#CLAMP MONITORING)








Gantry start-up (#GANTRY ON/OFF)








Position controller-based axis couplings (#GEAR LINK)








Settings for turning functions (# TURN)








Distance to go display in a program section (#DIST TO GO)








Switching over the resolution to the external velocity interface of the PLC (#EDM ON/OFF)







Tool geometry compensation (D)







Variables and calculation of variables







Spindle programming







Macroprogramming (# INIT MACRO TAB)







5-Axis functionality







Programming modulo axes







Extended tool programming







Positioning axes







Axis-specific programming







2-path programming







References







Appendix







Support and Service






TF5200 | Diagnosis manual






TF5200 | Start-up list






TF5200 | Channel parameters






TF5200 | Axis parameters






TF5200 | Tool data






TF5200 | Zero offsets






TF5200 | Manual mode parameter






TF5200 | Axis compensation






TF5200 | Clamp position offsets






TF5200 | Volumetric compensation parameters






TF5200 | External variables






TF5200 | Transformation interface






TF5200 | HLI-Interface






TF5200 | System parameter






TF5200 | Dynamic coordinate system






TF5200 | Commissioning of axis






TF5200 | Commissioning of the kinematic transformation






TF5200 | Interface to external compensation





TF5200 | Functional descriptions





TF5225 | Measurement





TF5240 | Kinematic transformations





TF5240 | Universal kinematic





TF5240 | PCS transformations





TF5240 | Couple kinematics





TF5240 | TCP Velocity limitation





TF5245 | Kinematic Optimization





TF5261 | Realtime cycles





TF5261 | Real-time loops





TF5264 | Conveyor Tracking





TF5270/71 | Virtual NCK





TF5280 | Volumetric Compensation





TF5290 | Cutting Plus





TF5291 | AM Plus





TF5292 | EDM Plus





TF5293 | Milling Base





TF52xx | Additional Cycles




TF5400 | Advanced Motion Pack




TF5410 | Motion Collision Avoidance




TF5420 | Motion Pick-and-Place




TF5430 | Planar Motion




TF5810 | Hydraulic Positioning




NC Errors




PLC Libraries Motion



TF6xxx - Connectivity



TF7xxx - Vision



TF8xxx - Industry specific


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