Lenze EVS93xx CrossCutter - Manual (Page 204)

Cross Cutter
Appendix
Prepared Solution Servo PLC / ECSxA 1.1 EN 6-36
6.1.20 VarVirtualMaster
Inputs
Global variables (Variable type: VAR_GLOBAL)
Accept starting position.
FALSE => TRUE
Accept the starting position at the
g_dnVertShaftStartPosition_p input
for the g_dnVertShaftPosSet_p position
output.
g_bLoadVertShaftStart BOOL
TRUE Write the starting position to the
g_dnVertShaftPosSet_p
position output.
g_nVertShaftVelocitySet INT Speed setpoint of the X axis in [rpm]
g_nVertShaftVelocitySet_v
INT Speed setpoint of the X axis in [incr./ms]
g_dnVertShaftStartPosition DINT Starting position of the X axis in [m_unit]
• Internal limitation to 0 ... g_dnVertShaftLengthAct_p
• The value is entered in fixed point format with 4 decimal positions (1
[m_unit] = 10000). The value is converted into increments internally.
• If you use this variable, to avoid inconsistencies, do not write variable
g_dnVertShaftStartPosition_p!
g_dnVertShaftStartPosition_p DINT Starting position of the X axis in [incr.]
• Internal limitation to 0 ... g_dnVertShaftLengthAct_p
• If you use this variable, to avoid inconsistencies, do not write variable
g_dnVertShaftStartPosition!
Outputs
Global variables (Variable type: VAR_GLOBAL)
Name Data type Value/Meaning
g_dnVertShaftPosSet_p DINT Position output of electrical shaft
• Value is also transferred to VIrtualClutchXAxis clutch function.
g_nVertShaftMasterOut_v INT Speed output of electrical shaft
• Speed in [incr./ms]
• Can be used for the cam group setpoint or assigned to a downstream
network, for example.