Siemens SINUMERIK 828D Function Manual page 6

Contents
2.7.6 Cancel preprocessing stop (STOPREOF) .................................................................................. 80
2.7.7 Delete distance-to-go (DELDTG)................................................................................................ 81
2.7.8 Traversing command axes (POS)............................................................................................... 83
2.7.9 Setting the measuring system (G70, G71, G700, G710)............................................................ 87
2.7.10 Position in specified reference range (POSRANGE).................................................................. 89
2.7.11 Starting/stopping axes (MOV) ..................................................................................................... 90
2.7.12 Axial feedrate (FA) ...................................................................................................................... 91
2.7.13 Axis replacement (GET, RELEASE, AXTOCHAN)..................................................................... 92
2.7.14 Traversing spindles (M, S, SPOS) .............................................................................................. 98
2.7.15 Withdrawing the enable for the axis container rotation (AXCTSWEC)..................................... 100
2.7.16 Set actual value (PRESETON) ................................................................................................. 103
2.7.17 Couplings (CP..., LEAD..., TRAIL..., CTAB...) .......................................................................... 105
2.7.18 Measurement (MEAWA, MEAC)............................................................................................... 110
2.7.19 Travel to fixed stop (FXS, FXST, FXSW, FOCON, FOCOF, FOC) .......................................... 114
2.7.20 Channel synchronization (SETM, CLEARM) ............................................................................ 117
2.7.21 User-specific error reactions (SETAL) ...................................................................................... 118
2.8 Technology cycles..................................................................................................................... 119
2.8.1 General...................................................................................................................................... 119
2.8.2 Processing mode (ICYCON, ICYCOF) ..................................................................................... 121
2.8.3 Definitions (DEF, DEFINE)........................................................................................................ 122
2.8.4 Parameter transfer .................................................................................................................... 122
2.8.5 Context variable ($P_TECCYCLE) ........................................................................................... 123
2.9 Protected synchronized actions ................................................................................................ 124
2.10 Coordination via part program and synchronized action (LOCK, UNLOCK, RESET,
CANCEL)................................................................................................................................... 126
2.11 Coordination via PLC ................................................................................................................ 127
2.12 Configuration............................................................................................................................. 128
2.13 Control behavior in specific operating states ............................................................................ 130
2.13.1 Power On .................................................................................................................................. 130
2.13.2 NC reset .................................................................................................................................... 130
2.13.3 NC stop ..................................................................................................................................... 131
2.13.4 Operating mode change............................................................................................................ 131
2.13.5 End of program ......................................................................................................................... 132
2.13.6 Block search.............................................................................................................................. 132
2.13.7 Program interruption by ASUB.................................................................................................. 133
2.13.8 REPOS...................................................................................................................................... 133
2.13.9 Response to alarms .................................................................................................................. 134
2.14 Diagnostics (HMI Advanced only)............................................................................................. 135
2.14.1 Displaying the status of synchronized actions .......................................................................... 136
2.14.2 Displaying main run variables ................................................................................................... 137
2.14.3 Logging main run variables ....................................................................................................... 138
3 Examples............................................................................................................................................... 141
3.1 Examples of conditions in synchronized actions....................................................................... 141
3.2 Reading and writing of SD/MD from synchronized actions....................................................... 142
3.3 Examples of adaptive control .................................................................................................... 144
3.3.1 Clearance control with variable upper limit ............................................................................... 144
3.3.2 Feedrate control ........................................................................................................................ 146
6
Function Manual, 07/2012, 6FC5397-5BP40-3BA0
Synchronized actions