Procedure
1. Open the "General" tab and "Inputs/Outputs" tab in the "Object Properties" dialog box for
each block.
2. Enter the parameters for all blocks according to the table below.
Block
Block
name in
the project
I/O
Meaning
Value
Mul04
4
In1.ST
Value 1 to multiply (BYTE)
0
In1.Value
Value 1 to multiply (REAL)
0
In4.Value
Invert sign for flow rate (proc‐
ess value) - Part of the fill level
simulation in raw materials tank
-1.0
Pcs7AnIn
INPUT_U
Feature.Bit29
Enables a substitute value
1
Mode
Measuring range 4 to 20 mA
16#0203
Scale.High
High measuring range
550
SimOn.Value
Simulation value active
1
SimPV_In.Value
Raw materials tank level
500
SubsPV_In
Substitute value for SimPV_In 500
Integral
INT_P
In.ST
Analog input value (BYTE)
0
In.Value
Simulation of the raw material
tank level
0.0
OutHiLim
High limit of the output value
500
OutTrk.ST
Predefined value used for Out‐
TrkOn = 1 (BYTE)
0
OutTrk.Value
Predefined value used for Out‐
TrkOn = 1 (REAL)
0
TI
Integration time
30
MonAnL
LIA
GradHDnEn
Gradient monitoring (high) for
negative changes
0
GradHUpEn
Gradient monitoring (high) for
positive changes
0
PV.ST
Process value (BYTE)
0
PV.Value
Process value (REAL)
0
PV_AH_En
PV alarm limit (high) deactiva‐
ted
0
PV_AH_Lim
High alarm limit = 490 m
3
490
PV_AL_Lim
Low alarm limit = 5 m
3
25
PV_Hyst
Hysteresis
1
PV_OpScale.High High display limit of the proc‐
ess value in the container
550
PV_Unit
Unit of the PV in m3
1034
PV_WH_En
PV warning limit (high) deacti‐
vated
0
PV_WH_Lim
High warning limit = 450 m
3
450
Creating CFCs
6.6 Working with the CFC Editor
PCS 7 SMART Getting Started - Part 1 (V9.0 with APL)
90
Getting Started, 12/2017, A5E42181435-AA