DRS
drum tsettle
GravureJapanese_Newspaper_OEM_EngineLotem_400_Fiber_Head_MachineLotem_800_Fiber_Head_MachineLotem_QuantumMagnus_400Magnus_800Magnus_VLFSlave_MCE_FirmwareThermoflexTrendsetter_400/800Trendsetter_NEWSTrendsetter_Series_4
Drum position settling time. This parameter determines how long the drum waits
for settling after the end of an 'smove' command trajectory ( smove stands for
'settled' move). A movement to a new position with the 'smove' command is
settled when it is within the maximum positional error parameter (MaxPerr) and
drum velocity is zero.
No check is made for settling (zero velocity) until after 'tsettle' time has
elapsed. An 'smove' command is successful when the drum position has settled
by the time "tsettle" has elapsed otherwise a "position not settled" error is
generated
This parameter is available.
#Lotem_Quantum, Magnus_400: 0.025 to 10.000 [seconds]
#Trendsetter_400/800, Trendsetter_NEWS: 0.025 to 10.000 [seconds]
#Lotem_800_Fiber_Head_Machine, Lotem_400_Fiber_Head_Machine: 0.025 to 10.000 [seconds]
#Gravure: 0.025 to 10.000 [seconds]
#Thermoflex: 0.025 to 10.000 [seconds]
#Slave_MCE_Firmware, Japanese_Newspaper_OEM_Engine: 0.025 to 10.000 [seconds]
#Magnus_VLF: 0.025 to 10.000 [seconds]
#Japanese_Newspaper_OEM_Engine: 0.025 to 10.000 [seconds]
#M800: 0.025 to 10.000 [seconds]
#Trendsetter_400/800: 0.025 to 10.000 [seconds]
#Think_Motion_Controller: 0.025 to 10.000 [seconds]
#Trendsetter_Series_4: 0.025 to 10.000 [seconds]
14-Jun-2001
In contrast to a settled move, a normal drum move (i.e. a 'move' command ) is
successful when the drum is within the maximum positional error (MaxPerr) at the
end of a drum move trajectory. The essential difference between the two move
types is that a normal move does not waste time waiting for settling and assumes
any instability at the end of a drum move trajectory is tolerable within the
system. Certain operations such as those involving media edge detect sequences
can not tolerate instability and must use settled moves.
Normal