Lenze EVS93xx CrossCutter - Manual (Page 171)

Cross Cutter
Appendix
Prepared Solution Servo PLC / ECSxA 1.1 EN 6-3
Outputs
Global variables (Variable type: VAR_GLOBAL)
Name Data type Value/Meaning
g_dnActRejectLength DINT Display indicating the reject length used to calculate the current motion profile
(g_wActCamRejectProfileNoCalc). The value is displayed in 0.0001[m_units].
g_dnActTestLength DINT Display indicating the test length used to calculate the current motion profile
(g_wActCamTestProfileNoCalc). The value is displayed in 0.0001[m_units].
g_dnActStartStopLength DINT Display indicating the start/stop length used to calculate the current motion profile
(g_wActCamStartStopProfileNoCalc). The value is displayed in 0.0001[m_units].
g_dnCuttingLengthLimit DINT Output indicating the maximum cutting length in 0.0001[m_units] possible when the
cross cutter is in continuous duty. Selecting a longer cutting length will lead to a
motion profile with a break in the asynchronous motion phase.
Note: The value of this output signal is only recalculated during a calculation
sequence (g_bCrossCutterCalcBusyCuttingProfile = TRUE).
g_dnRejectLengthLimit DINT Output indicating the maximum cutting length in 0.0001[m_units] possible when the
cross cutter is in continuous duty. Selecting a longer reject length will lead to a
motion profile with a break in the asynchronous motion phase.
Note: The value of this output signal is only recalculated during a calculation
sequence (g_bCrossCutterCalcBusyRejectProfile = TRUE).
g_dnTestLengthLimit DINT Output indicating the maximum cutting length in 0.0001[m_units] possible when the
cross cutter is in continuous duty. Selecting a longer test length will lead to a motion
profile with a break in the asynchronous motion phase.
Note: The value of this output signal is only recalculated during a calculation
sequence (g_bCrossCutterCalcBusyTestProfile = TRUE).
g_dnStartStopLengthLimit DINT Output indicating the maximum cutting length in 0.0001[m_units] possible when the
cross cutter is in continuous duty. Selecting a longer start/stop length will lead to a
motion profile with a break in the asynchronous motion phase.
Note: The value of this output signal is only recalculated during a calculation
sequence (g_bCrossCutterCalcBusyStartStopProfile = TRUE).
g_dnXAsynchronousCuttingLength DINT Output indicating the material length in 0.0001[m_units] to which the cross cutter is
set in the asynchronous motion phase. The value is the difference between the
cutting length and the synchronous X length.
Note: The value of this output signal is only recalculated during a calculation
sequence (g_bCrossCutterCalcBusyCuttingProfile = TRUE).
g_dnXAsynchronousRejectLength DINT Output indicating the material length in 0.0001[m_units] to which the cross cutter is
set in the asynchronous motion phase. The value is the difference between the
reject length and the synchronous X length.
Note: The value of this output signal is only recalculated during a calculation
sequence (g_bCrossCutterCalcBusyRejectProfile = TRUE).
g_dnXAsynchronousTestLength DINT Output indicating the material length in 0.0001[m_units] to which the cross cutter is
set in the asynchronous motion phase. The value is the difference between the test
length and the synchronous X length.
Note: The value of this output signal is only recalculated during a calculation
sequence (g_bCrossCutterCalcBusyTestProfile = TRUE).
g_dnXAsynchronousStartStopLength DINT Output indicating the material length in 0.0001[m_units] to which the cross cutter is
set in the asynchronous motion phase. The value is the difference between the
start/stop length and the synchronous X length.
Note: The value of this output signal is only recalculated during a calculation
sequence (g_bCrossCutterCalcBusyStartStopProfile = TRUE).