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It is possible to takeover new monitoring parameters via the profibus driver of the ToolScope. The monitoring method will use the new parameters after the next rising trigger. The following table will show which float / short values will set which monitoring parameter.

How to set this is explained under the following link: <not finished yet>

 

Average monitoring     maximum monitoring     min/max monitoring     GEP11TF12 monitoring     MTV48 monitoring  
Wear limit Float1   Limit value Float0   Maximum Float0   Red Limit Float0   Red  limit Float0
Missing limit Float3   Relearn; number of processes Short0   Upper pre-warning limit (hidden) Float1   Yellow limit Float1   War limit Float1
Relearn; number of processes Short0         Lower pre-warning limit (hidden) Float2   Amplification factor Float4   Warning limit Float2
            Missing limit Float3   Relearn; number of processes Short0   Missing limit Float3
            Relearn; number of processes Short0         Tool type Float5
                        Minimum value for average Float6
                        Relearn; number of processes Short0
                           
tolerance ranges (time) monitoring     Axis monitoring     Dynamic monitoring     Control     Override oscillation monitoring  
Distance to upper limit Float0   Filter parameters A Float0   Distance between limits Float0   Target value Float0   Amplitude Float0
Distance to lower limit Float1   Filter parameters B Float1   Limit dynamics Float1   Proportional factor (P) Float1   Length Float1
Delay time after the start if the process Float2   Filter parameters C Float2   Maximum Float2   Integral factor (I) (hidden) Float2   Relearn; number of processes Short0
Delay time before the end of the process Float3   Filter parameters D Float3   Relearn; number of processes Short0   Differential factor (D) (hidden) Float3      
Safety distance from the Signal in the X direction Float4   Filter parameters E Float4         Maximum override Float4      
Learning speed Float5   Filter parameters F Float5         Minimum override Flaot5      
Maximum limit (hidden) Float6   Filter parameters G Float6         Relearn; number of processes Short0      
Relearn; number of processes Short0   Filter parameters H Float7                  
      Relearn; number of processes Short0                  
      Consider friction Short1-Bit0                  
      Display unfiltered values Short2-Bit0                  
                           

Idle detection / Oscillation- avoidance monitoring

    Oscilloscope                    
Switch-over threshold Float0   case: Short1-Bit0 == 0                    
Override before switch-over threshold Float1   Start-Trigger level Flaot0                  
Override after switch-over threshold Float2   Stop-Trigger level Flaot1                  
Switch-on delay Float3   Stop-Measuring duration Flaot2                  
Minimum holding time Float4   Continuous measuring Short1-Bit1                  
Ignore after switching back Float5   Start-Use a start trigger Short1-Bit2                  
Relearn; number of processes Short0   Stop-Use a stop trigger Short1-Bit3                  
      Start-Trigger on a rising edge Short1-Bit4                  
      Stop-Trigger on a rising edge Short1-Bit5                  
                           
      case: Short1-Bit0 == 1                    
      Minimum value Flaot0                  
      Maximum value Flaot1                  
      Note the second trigger condition Short1-Bit1