TaiJi PID
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  • ABB Bailey classical
  • ABB Bailey non-int
  • DeltaV Series PID on E
  • DeltaV Series PI on E, D on PV
  • DeltaV Series I on E, PD on PV
  • DeltaV Standard PID on E
  • DeltaV Standard PI on E, D on PV
  • DeltaV Standard I on E, PD on PV
  • Foxboro int
  • Foxboro non-int
  • Honeywell int A
  • Honeywell int B
  • Honeywell int C
  • Honeywell non-int A
  • Honeywell non-int B
  • Honeywell non-int C
  • Yokogawa Centum I-PD
  • Yokogawa Centum PID
  • Yokogawa Centum PI-D
  • Siemens S7-200
  • Supcon Standard
  • Supcon FW247
  • Supcon D On PV
  • Matlab Parallel(Discrete)
  • Matlab Ideal(Discrete)
 Sample Time:=
SP Range:  -
OP Range:  -
PIDType:  
Integral:  

Field Data from

  Set Point(SP)
  Controller Output(OP)
  Process Variable(PV)
You need check points as following:

Tuning Results

  Current PID  Tuned PID
Response Time
  Close-loop Step Response
  Close-loop Load Response
PID Parameters
SLOW
：
：
：
MEDIUM
：
：
：
FAST
：
：
：
  Model Step Response
  Frequency Response&Bound
  Frequency Res.  Bound
  Simulation
Error=
  PV Output  Model Output
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