Lenze EVS93xx CrossCutter - Manual (Page 100)

Cross Cutter
Features of the "Cross Cutter" prepared solution
 Prepared Solution Servo PLC / ECSxA 1.1 EN 2-86
Figure 36: Graph of the print-mark register
Variable names
Inputs
Global variables (Variable type: VAR_GLOBAL)
Name Data type Value/Meaning
Use of the print-mark register.
This value is displayed in code C4150/000 bit 28.
TRUE The print-mark register needs to be used.
g_bUseShiftedTP BOOL
FALSE The print-mark register does not need to be used.
g_dnMultipleTPDistance DINT Calculated value indicating the distance of the print-mark sensor in integer multiples
of the cutting length. The value is scaled in 0.0001[m_units]. The print-mark signal is
delayed by this value.
The value is converted into increments internally. If you use this variable, to avoid
inconsistencies, do not write variable g_nMultipleTPDistance_p!
g_dnMultipleTPDistance_p DINT Calculated value indicating the distance of the print-mark sensor in integer multiples
of the cutting length. The value is scaled in 1[incr.]. The print-mark signal is delayed
by this value.
If you use this variable, to avoid inconsistencies, do not write variable
g_dnMultipleTPDistance!
Outputs
Global variables (Variable type: VAR_GLOBAL)
Name Data type Value/Meaning
This output indicates a print-mark register overflow.
TRUE Print-mark register overflow.
g_bOverflowTPRegister BOOL
FALSE No print-mark register overflow.
Possible settings: Code
Default Selection
Comment
Application status word bit 28: Use of the print-mark register.
TRUE
Use the print-mark register.
C4150/
000
Bit 28
- - - -
FALSE Do not use the print-mark register.
Cutting length Δs Cutting length Δs Cutting length Δs
Delay value Delay value Delay value Delay value
Incoming print-mark
signals
Outgoing print-mark
signals