SimLogic
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This document describes the properties of a function block called SimLogic used in a PLC program for a hydro plant project. It contains input, output, and in-out variables for the function block as well as 4 networks that describe the logic within the function block using functions like timers, math operations, comparisons, and moves. The function block controls aspects of the hydro plant like brakes, baffles, oil temperature, pump speed, and current levels.
![Totally Integrated
Automation Portal
HydroPlantProject / PLC_1 [CPU 1511-1 PN] / Program blocks
SimLogic [FB1]
SimLogic Properties
General
Name SimLogic Number 1 Type FB Language FBD
Numbering Automatic
Information
Title Author Comment Family
Version 0.1 User-defined ID
SimLogic
Name Data type Default value Retain Accessible
from
HMI/OPC
UA
Writ‐
able
from
HMI/
OPC
UA
Visible in
HMI engi‐
neering
Setpoint Supervi‐
sion
Comment
Input
Output
InOut
Static
TO Bool false Non-retain True True True False
rpmv Int 0 Non-retain True True True False
addrpmv Bool false Non-retain True True True False
otsp Int 0 Non-retain True True True False
ott Int 0 Non-retain True True True False
TO1 Bool false Non-retain True True True False
TO2 Bool false Non-retain True True True False
be2 Int 0 Non-retain True True True False
be3 Int 0 Non-retain True True True False
be1 Int 0 Non-retain True True True False
TO3 Bool false Non-retain True True True False
Temp
bf Int
rpmvt Int
bfr Real
Constant
Network 1:](https://image.slidesharecdn.com/simlogic-220328000005/85/SimLogic-1-320.jpg)
SimLogic
- 1. Totally Integrated Automation Portal HydroPlantProject / PLC_1 [CPU 1511-1 PN] / Program blocks SimLogic [FB1] SimLogic Properties General Name SimLogic Number 1 Type FB Language FBD Numbering Automatic Information Title Author Comment Family Version 0.1 User-defined ID SimLogic Name Data type Default value Retain Accessible from HMI/OPC UA Writ‐ able from HMI/ OPC UA Visible in HMI engi‐ neering Setpoint Supervi‐ sion Comment Input Output InOut Static TO Bool false Non-retain True True True False rpmv Int 0 Non-retain True True True False addrpmv Bool false Non-retain True True True False otsp Int 0 Non-retain True True True False ott Int 0 Non-retain True True True False TO1 Bool false Non-retain True True True False TO2 Bool false Non-retain True True True False be2 Int 0 Non-retain True True True False be3 Int 0 Non-retain True True True False be1 Int 0 Non-retain True True True False TO3 Bool false Non-retain True True True False Temp bf Int rpmvt Int bfr Real Constant Network 1:
- 2. Totally Integrated Automation Portal = TON Time ADD Auto (Int) & SUB Auto (Int) & ADD Auto (Int) & < Int SUB Auto (Int) & > Int MOVE < Int R >= Int S <= Int MOVE MOVE MOVE /= TON Time MUL Auto (Real) NORM_X to Int Real SUB Auto (Int) MOVE #TO "IEC_Timer_0_DB" %DB17 %DB17 T#2s ... #rpmv 100 #rpmv #addrpmv "Brake_Out" %M4.0 %M4.0 #TO #rpmv 100 #rpmv #addrpmv "Brake_Out" %M4.0 %M4.0 #TO #rpmv 300 #rpmv "Brake_Out" %M4.0 %M4.0 #TO #rpmv 14000 #rpmv 200 #rpmv "Brake_Out" %M4.0 %M4.0 #rpmv 0 0 #rpmv #rpmv 0 #addrpmv #rpmv 27600 #addrpmv #rpmv 14000 "Baffle_Out" %MW18 %MW18 #be1 #be1 #be2 #be2 #be3 #TO3 "IEC_Timer_0_ DB_25" %DB3 %DB3 #TO3 T#2s ... #rpmv #bfr #rpmvt 0 #bf 27648 #bfr "Baffle_En" %M49.7 %M49.7 27648 #be3 #bf TRUE #rpmvt "RPM_In" %MW16 %MW16 IN PT ET Q Time EN IN1 IN2 OUT ENO Auto (Int) EN IN1 IN2 OUT ENO Auto (Int) EN IN1 IN2 OUT ENO Auto (Int) IN1 IN2 Int EN IN1 IN2 OUT ENO Auto (Int) IN1 IN2 Int EN IN OUT1 ENO IN1 IN2 Int IN1 IN2 Int IN1 IN2 Int EN IN OUT1 ENO EN IN OUT1 ENO EN IN OUT1 ENO IN PT ET Q Time EN IN1 IN2 OUT ENO Auto (Real) EN MIN VALUE MAX OUT ENO to Int Real EN IN1 IN2 OUT ENO Auto (Int) EN IN OUT1 ENO #TO IN PT ET Q Time EN IN1 IN2 OUT ENO Auto (Int) EN IN1 IN2 OUT ENO Auto (Int) EN IN1 IN2 OUT ENO Auto (Int) IN1 IN2 Int EN IN1 IN2 OUT ENO Auto (Int) IN1 IN2 Int EN IN OUT1 ENO IN1 IN2 Int IN1 IN2 Int IN1 IN2 Int EN IN OUT1 ENO EN IN OUT1 ENO EN IN OUT1 ENO IN PT ET Q Time EN IN1 IN2 OUT ENO Auto (Real) EN MIN VALUE MAX OUT ENO to Int Real EN IN1 IN2 OUT ENO Auto (Int) EN IN OUT1 ENO Network 2:
- 3. Totally Integrated Automation Portal = TON Time MUL Auto (Int) ADD Auto (Int) & < Int SUB Auto (Int) & > Int > Int MOVE < Int MOVE #TO1 "IEC_Timer_1_DB" %DB43 %DB43 T#2s ... ... "RPM_In" %MW16 %MW16 1.1 #otsp #ott 100 #ott #TO1 #ott #otsp #ott 1 #ott #TO1 #ott #otsp #ott 4750 4750 #ott #ott 4750 TRUE #ott "OilTemp_In" %MW12 %MW12 IN PT ET Q Time EN IN1 IN2 OUT ENO Auto (Int) EN IN1 IN2 OUT ENO Auto (Int) IN1 IN2 Int EN IN1 IN2 OUT ENO Auto (Int) IN1 IN2 Int IN1 IN2 Int EN IN OUT1 ENO IN1 IN2 Int EN IN OUT1 ENO #TO1 IN PT ET Q Time EN IN1 IN2 OUT ENO Auto (Int) EN IN1 IN2 OUT ENO Auto (Int) IN1 IN2 Int EN IN1 IN2 OUT ENO Auto (Int) IN1 IN2 Int IN1 IN2 Int EN IN OUT1 ENO IN1 IN2 Int EN IN OUT1 ENO Network 3: MUL Auto (Int) %M4.1 "OilPumpVFDsp_ Out" %MW6 %MW6 1.15 "OilFlow_In" %MW24 %MW24 EN IN1 IN2 OUT ENO Auto (Int) "OilPumpVFDen_ Out" %M4.1 EN IN1 IN2 OUT ENO Auto (Int) Network 4: MUL Auto (Int) "RPM_In" %MW16 %MW16 1.05 "Current_In" %MW30 %MW30 EN IN1 IN2 OUT ENO Auto (Int) ... EN IN1 IN2 OUT ENO Auto (Int)