In addition to the ALS modules, there are additional functions which can be ordered as a separate, optional 'Sales unit'.
One of these is the facility of displaying Parameters of certain controllers and comparing them.
One of these is the facility of displaying parameters of certain controllers and comparing them. (For further information see 'Program administration '.)
As from a certain version of the ARBURG SELOGICA control system, you can archive the set-up protocol of a machine on the ALS.
With the 'Production variants' function you can administrate the variants during the production of an article.
'Data Terminals' link manual work places, machines connected through ARBURG I/O and machines whose data are recorded manually, to the data logging systems of the ALS.
ARBURG ALLROUNDERs with SELOGICA controllers from version 3.090 onwards offer the facility of diverting the set-up protocols to the host processor interface (LRSS).
This function must be released in the ALS by the ARBURG ALS Service, separately for each machine. Those machines, on which the the controller function 'Set-up protocol on LRSS' is active in the master data, have the additional entry 'Set-up protocol' in their pop-up menu in the 'Machine hall'. When you select this function, a range of dates is displayed for selection. The 'ALS Web Viewer' is then started and the set-up protocol displayed.
On ARBURG ALLROUNDERs with host processor interface, it is possible to enter a cause of error for documenting the times of machine standstill. This input is automatically reset after 10 consecutive good-part cycles.
SELOGICA control systems, version 3.090 onwards, are configured so that after a certain length of standstill time, a cause of error must be input before the machine can be re-started.
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10/15 Machine Display - Options II
f9019= special signals yes f8927= special alarm sequence no f9969= socket continuously on no f8909= Meas.module on in manual no f9269= ext. quality monitoring no f9270= on control circuit3, many no f8940= Sequence marker quality no users simultaneously f9630= external sequence enable no f9241= control circ. 3 via S1086 no f8376= ext. production enable no f8461= Time to order completion no f8566= Energy acquisition no f8326= Tandem-mould technology no f8327= Cause of error input yes t8327= 0 min Input cause of error t8328= 0 min Delete cause of error
f8495= Cycle time diagram yes |
This function is activated at parameter 'f8427= cause of error input yes'.
The time 't8327= x min. cause of error input' determines the maximum length of time in minutes after which a machine can be restarted after a standstill without having to input a cause of error. When ' t8327' expires, the controller jumps to the 'Host processor communication' (B key) panel. Here the information is displayed that a cause of error must be input. Without inputting a cause of error, the operator can only undertake inputs and manual axis movements but it is not possible to operate the machine in automatic mode.
When the operator restarts the machine after inputting a cause of error, the cause of error is reset after the time input at 't8328 x min. erase cause of error' expires. If the machine stops again before this time has expired, this means that the cause of error previously input still applies, so it need not be input again.
ALS assigns the time period from the beginning of the standstill to the restart of the machine to the specified cause of error. In this way the time from the start of the standstill until input of the cause of error is documented.