TIN_PMC/TIN001-PLC/TIN001/PMC/POU/_400_VG/Meter.TcPOU

<?xml version="1.0" encoding="utf-8"?>
<TcPlcObject Version="1.1.0.1" ProductVersion="3.1.4024.12">
  <POU Name="Meter" Id="{6c96ffb2-ca9d-4f53-b61a-fbe7e17f399a}" SpecialFunc="None">
    <Declaration><![CDATA[PROGRAM Meter
VAR
	Analog:ARRAY[1..100]OF AnalogConverter;
END_VAR
]]></Declaration>
    <Implementation>
      <ST><![CDATA[//=============================Power Box Meter Analog======================
//N2-4(PG13) purge pressure1
Analog[1](
	AnalogRdValue_In_Int:=PWI.IW100 , 
	AnalogResMax_In_Int:=32767 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=150.0 , 
	AnalogPhyMin_In_Real:=0.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.N2_4_Purge_Pressure1 );
	
//N2-4(PG14) purge pressure2
Analog[2](
	AnalogRdValue_In_Int:=PWI.IW101 , 
	AnalogResMax_In_Int:=32767 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=150.0 , 
	AnalogPhyMin_In_Real:=0.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.N2_4_Purge_Pressure2 );
	
//N2-5(PG15) purge pressure
Analog[3](
	AnalogRdValue_In_Int:=PWI.IW102 , 
	AnalogResMax_In_Int:=32767 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=150.0 , 
	AnalogPhyMin_In_Real:=0.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.N2_5_Purge_Pressure );
	
//N2-6(PG16) purge pressure
Analog[4](
	AnalogRdValue_In_Int:=PWI.IW103 , 
	AnalogResMax_In_Int:=32767 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=150.0 , 
	AnalogPhyMin_In_Real:=0.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.N2_6_Purge_Pressure );

//N2-7(PG130) purge pressure
Analog[5](
	AnalogRdValue_In_Int:=PWI.IW104 , 
	AnalogResMax_In_Int:=32767 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=150.0 , 
	AnalogPhyMin_In_Real:=0.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.N2_7_Purge_Pressure );

//PS17 value
Analog[6](
	AnalogRdValue_In_Int:=PWI.IW105 , 
	AnalogResMax_In_Int:=32767 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=1.0 , 
	AnalogPhyMin_In_Real:=-0.1  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.PS17_value );

	
//=============================LA buffer Meter Analog======================
//	BuFFer_Foup1_1_N2_Flow
Analog[11](
	AnalogRdValue_In_Int:=LAI.IW500 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup1_1_N2_Flow );

//	BuFFer_Foup1_1_N2_pressure
Analog[12](
	AnalogRdValue_In_Int:=LAI.IW501 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup1_1_N2_Pressure );
	
//	BuFFer_Foup1_2_N2_Flow
Analog[13](
	AnalogRdValue_In_Int:=LAI.IW502 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup1_2_N2_Flow );

//	BuFFer_Foup1_2_N2_pressure
Analog[14](
	AnalogRdValue_In_Int:=LAI.IW503 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup1_2_N2_Pressure );
	
//	BuFFer_Foup1_3_N2_Flow
Analog[15](
	AnalogRdValue_In_Int:=LAI.IW504 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup1_3_N2_Flow );

//	BuFFer_Foup1_3_N2_pressure
Analog[16](
	AnalogRdValue_In_Int:=LAI.IW505 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup1_3_N2_Pressure );

//	BuFFer_Foup1_4_N2_Flow
Analog[17](
	AnalogRdValue_In_Int:=LAI.IW506 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup1_4_N2_Flow );

//	BuFFer_Foup1_4_N2_pressure
Analog[18](
	AnalogRdValue_In_Int:=LAI.IW507 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup1_4_N2_Pressure );	




//	BuFFer_Foup2_1_N2_Flow
Analog[19](
	AnalogRdValue_In_Int:=LAI.IW508 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup2_1_N2_Flow );

//	BuFFer_Foup2_1_N2_pressure
Analog[20](
	AnalogRdValue_In_Int:=LAI.IW509 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup2_1_N2_Pressure );
	
//	BuFFer_Foup2_2_N2_Flow
Analog[21](
	AnalogRdValue_In_Int:=LAI.IW510 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup2_2_N2_Flow );

//	BuFFer_Foup2_2_N2_pressure
Analog[22](
	AnalogRdValue_In_Int:=LAI.IW511 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup2_2_N2_Pressure );
	
//	BuFFer_Foup2_3_N2_Flow
Analog[23](
	AnalogRdValue_In_Int:=LAI.IW512 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup2_3_N2_Flow );

//	BuFFer_Foup2_3_N2_pressure
Analog[24](
	AnalogRdValue_In_Int:=LAI.IW513 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup2_3_N2_Pressure );

//	BuFFer_Foup2_4_N2_Flow
Analog[25](
	AnalogRdValue_In_Int:=LAI.IW514 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup2_4_N2_Flow );

//	BuFFer_Foup2_4_N2_pressure
Analog[26](
	AnalogRdValue_In_Int:=LAI.IW515 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup2_4_N2_Pressure );	
	
	
	
	

//	BuFFer_Foup3_1_N2_Flow
Analog[27](
	AnalogRdValue_In_Int:=LAI.IW516 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup3_1_N2_Flow );

//	BuFFer_Foup3_1_N2_pressure
Analog[28](
	AnalogRdValue_In_Int:=LAI.IW517 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup3_1_N2_Pressure );
	
//	BuFFer_Foup3_2_N2_Flow
Analog[29](
	AnalogRdValue_In_Int:=LAI.IW518 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup3_2_N2_Flow );

//	BuFFer_Foup3_2_N2_pressure
Analog[30](
	AnalogRdValue_In_Int:=LAI.IW519 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup3_2_N2_Pressure );
	
//	BuFFer_Foup3_3_N2_Flow
Analog[31](
	AnalogRdValue_In_Int:=LAI.IW520 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup3_3_N2_Flow );

//	BuFFer_Foup3_3_N2_pressure
Analog[32](
	AnalogRdValue_In_Int:=LAI.IW521 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup3_3_N2_Pressure );

//	BuFFer_Foup3_4_N2_Flow
Analog[33](
	AnalogRdValue_In_Int:=LAI.IW522 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup3_4_N2_Flow );

//	BuFFer_Foup3_4_N2_pressure
Analog[34](
	AnalogRdValue_In_Int:=LAI.IW523 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup3_4_N2_Pressure );


	
	
	
	

//	BuFFer_Foup4_1_N2_Flow
Analog[35](
	AnalogRdValue_In_Int:=LAI.IW524 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup4_1_N2_Flow );

//	BuFFer_Foup4_1_N2_pressure
Analog[36](
	AnalogRdValue_In_Int:=LAI.IW525 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup4_1_N2_Pressure );
	
//	BuFFer_Foup4_2_N2_Flow
Analog[37](
	AnalogRdValue_In_Int:=LAI.IW526 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup4_2_N2_Flow );

//	BuFFer_Foup4_2_N2_pressure
Analog[38](
	AnalogRdValue_In_Int:=LAI.IW527 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup4_2_N2_Pressure );
	
//	BuFFer_Foup4_3_N2_Flow
Analog[39](
	AnalogRdValue_In_Int:=LAI.IW528 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup4_3_N2_Flow );

//	BuFFer_Foup4_3_N2_pressure
Analog[40](
	AnalogRdValue_In_Int:=LAI.IW529 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup4_3_N2_Pressure );

//	BuFFer_Foup4_4_N2_Flow
Analog[41](
	AnalogRdValue_In_Int:=LAI.IW530 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=50.0 , 
	AnalogPhyMin_In_Real:=1.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup4_4_N2_Flow );

//	BuFFer_Foup4_4_N2_pressure
Analog[42](
	AnalogRdValue_In_Int:=LAI.IW531 , 
	AnalogResMax_In_Int:=27648 , 
	AnalogResMin_In_Int:=0 , 
	AnalogPhyMax_In_Real:=10.0 , 
	AnalogPhyMin_In_Real:=-10.0  , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=>AI.Buffer_Foup4_4_N2_Pressure );












]]></ST>
    </Implementation>
    <LineIds Name="Meter">
      <LineId Id="371" Count="0" />
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    </LineIds>
  </POU>
</TcPlcObject>