5.9 KiB
5.9 KiB
A60.0 : CIP REQUEST
A60.1 : CIP DRAINAGE FINISHED
A68.0 : SIRUP REQUEST
A68.1 : WATER REQUEST
Filler with ISO on TCP
MIXER | FILLER | |
---|---|---|
Receive | DB900.DBX100.0 | DB900.DBX140.0 : "Interlocking_Variables".FILLER_MIXER_RECEIVE |
Send | DB900.DBX140.0 | DB900.DBX100.0 : "Interlocking_Variables".MIXER_FILLER_SEND |
Master Tia:
"Interlocking_Variables".MIXER_FILLER_SEND.ProdAvailableLit := REAL_TO_INT ("System_RunOut_Variables".TotalProductAvailable) ;
"Interlocking_Variables".MIXER_FILLER_SEND.Pressure_SP := REAL_TO_INT ("HMI_Blender_Parameters".Actual_Recipe_Parameters._FillingValveHead_SP) ;
"Interlocking_Variables".MIXER_FILLER_SEND.Pressure_PV := REAL_TO_INT ("HMI_PID".PPM303.Pv) ;
"Interlocking_Variables".MIXER_FILLER_SEND.Tank_Level := REAL_TO_INT ("HMI_Instrument".LTM302.PVFiltered * 10 ) ;
"Interlocking_Variables".MIXER_FILLER_SEND.Pump_Freq := REAL_TO_INT ("HMI_PID".PPM303.Out * 10 ) ;
"Interlocking_Variables".MIXER_FILLER_SEND.Recipe_Number := BYTE_TO_INT ("System_RunOut_Variables".FillerNextRecipeNum) ;
"Interlocking_Variables".MIXER_FILLER_SEND.Tank_Pressure_PV := REAL_TO_INT("HMI_PID".RVM301.Pv * 10);
"Interlocking_Variables".MIXER_FILLER_SEND.Tank_Pressure_SP := REAL_TO_INT ("HMI_PID".RVM301.Sp * 10 ) ;
"Interlocking_Variables".MIXER_FILLER_SEND.CO2_Prod_Pressure := "P_AI_PTF203":P ;
"Interlocking_Variables".MIXER_FILLER_SEND.Tank_Min_Lvl := "gOUT_FillerMinimumLevel";
"Interlocking_Variables".MIXER_FILLER_SEND.Stop_Filler_Critical_Level := NOT "gBlenderMinLevel";
"Interlocking_Variables".MIXER_FILLER_SEND.Alive_Bit := "AUX TRUE";
"Interlocking_Variables".MIXER_FILLER_SEND.GEN_AVM362_Status := "HMI_Device".AVM362.Out ;
"Interlocking_Variables".MIXER_FILLER_SEND.GEN_AVM346_Status := "HMI_Device".AVM346.Out ;
"Interlocking_Variables".MIXER_FILLER_SEND.GEN_AVM315_Status := "HMI_Device".AVM315.Out ;
"Interlocking_Variables".MIXER_FILLER_SEND.GEN_AVM313_Status := "HMI_Device".AVM313.Out;
"Interlocking_Variables".MIXER_FILLER_SEND.GEN_PPM303_Status := "HMI_Device".PPM303.Out ;
"Interlocking_Variables".MIXER_FILLER_SEND.GEN_PPM306_Status := "HMI_Device".PPM306.Out ;
"Interlocking_Variables".MIXER_FILLER_SEND.PROD_Press_Running := "HMI_Variables_Status".Procedures.BlendFillSysPressRun ;
"Interlocking_Variables".MIXER_FILLER_SEND.PROD_Prod_Load := "HMI_Variables_Status".Procedures.BlendFillSysProdLoadRun ;
"Interlocking_Variables".MIXER_FILLER_SEND.PROD_Prod_Send := "HMI_Variables_Status".Procedures.BlendFillSysProdSendRun ;
"Interlocking_Variables".MIXER_FILLER_SEND.PROD_Product_Completed := "System_RunOut_Variables".Out_Flr_ProductCompleted ;
S7 - 300:
"Interlocking_Variables".MIXER_FILLER_SEND.ProdAvailableLit := REAL_TO_INT ("System_RunOut_Variables".TotalProductAvailable) ;
"Interlocking_Variables".MIXER_FILLER_SEND.Pressure_SP := REAL_TO_INT ("HMI_Blender_Parameters".Actual_Recipe_Parameters._FillingValveHead_SP) ;
"Interlocking_Variables".MIXER_FILLER_SEND.Pressure_PV := REAL_TO_INT ("HMI_PID".PPM303.PV) ;
"Interlocking_Variables".MIXER_FILLER_SEND.Tank_Level := REAL_TO_INT ("HMI_Instrument".LTM302.PVFiltered * 10 ) ;
"Interlocking_Variables".MIXER_FILLER_SEND.Pump_Freq := REAL_TO_INT ("HMI_PID".PPM303.Out * 10 ) ;
"Interlocking_Variables".MIXER_FILLER_SEND.Recipe_Number := BYTE_TO_INT ("System_RunOut_Variables".FillerNextRecipeNum) ;
"Interlocking_Variables".MIXER_FILLER_SEND.Tank_Pressure_PV := REAL_TO_INT ("HMI_PID".RVM301.PV * 10 ) ;
"Interlocking_Variables".MIXER_FILLER_SEND.Tank_Pressure_SP := REAL_TO_INT ("HMI_PID".RVM301.SP * 10 ) ;
"Interlocking_Variables".MIXER_FILLER_SEND.CO2_Prod_Pressure := "AI_DifferentialTrasducer" ;
"Interlocking_Variables".MIXER_FILLER_SEND.GEN_AVM362_Status := "HMI_Device".AVM362.Out ;
"Interlocking_Variables".MIXER_FILLER_SEND.GEN_AVM346_Status := "HMI_Device".AVM346.Out ;
"Interlocking_Variables".MIXER_FILLER_SEND.GEN_AVM315_Status := "HMI_Device".AVM315.Out ;
"Interlocking_Variables".MIXER_FILLER_SEND.GEN_AVM313_Status := "HMI_Device".AVM313.Out;
"Interlocking_Variables".MIXER_FILLER_SEND.Gen_PPM303_Status := "HMI_Device".PPM303.Out ;
"Interlocking_Variables".MIXER_FILLER_SEND.Gen_PPM306_Status := "HMI_Device".PPM306.Out ;
"Interlocking_Variables".MIXER_FILLER_SEND.PROD_Press_Running := "HMI_Variables_Status".Procedures.BlendFillSysPressRun ;
"Interlocking_Variables".MIXER_FILLER_SEND.PROD_Prod_Load := "HMI_Variables_Status".Procedures.BlendFillSysProdLoadRun ;
"Interlocking_Variables".MIXER_FILLER_SEND.PROD_Prod_Send := "HMI_Variables_Status".Procedures.BlendFillSysProdSendRun ;
"Interlocking_Variables".MIXER_FILLER_SEND.PROD_Product_Completed := "System_RunOut_Variables".Out_Flr_ProductCompleted ;
- The master has this extra parameters:
"Interlocking_Variables".MIXER_FILLER_SEND.Tank_Min_Lvl := "gOUT_FillerMinimumLevel";
"Interlocking_Variables".MIXER_FILLER_SEND.Stop_Filler_Critical_Level := NOT "gBlenderMinLevel";
"Interlocking_Variables".MIXER_FILLER_SEND.Alive_Bit := "AUX TRUE";
This bits are not present on the Master TIA software
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Aggiunti su la FC2026 !Pasted image 20250410094301.png