Electrical/TIN001/PLC/POUs/_100_IOMapping/IOMapping.TcPOU

<?xml version="1.0" encoding="utf-8"?>
<TcPlcObject Version="1.1.0.1" ProductVersion="3.1.4024.12">
  <POU Name="IOMapping" Id="{2582ac97-7576-4900-881c-8d8d5d2121b5}" SpecialFunc="None">
    <Declaration><![CDATA[PROGRAM IOMapping
VAR
	GasAnalogRead	: ARRAY[250..269] OF AnalogConverter ;
	ExhAnalogRead	: ARRAY[300..335] OF AnalogConverter ;
	OpAnalogRead	: ARRAY[600..607] OF AnalogConverter ;
	AV				: ARRAY[1..250] OF Valve ;
	bEMOStatus		: BOOL;
	aForceOpValve	: ARRAY[1..250] OF BOOL;
	AV65Open: Valve;
	bForceAV65Open: BOOL;
	AV65Close: Valve;
	bForceAV65Close: BOOL;
	AV202Open: Valve;
	AV202Close:Valve ;
	bForceAV202Open: BOOL;
	bForceAV202Close: BOOL;
	AV79Open: Valve;
	bForceAV79Open: BOOL;
	bForceAV79Close: BOOL;
	AV79Close: Valve;
	rO2Range: REAL;
	AV91Open: Valve;
	bForceAV91Open: BOOL;
	AV91Close: Valve;
	bForceAV91Close: BOOL;
END_VAR
]]></Declaration>
    <Implementation>
      <ST><![CDATA[Input();
Output();
Analog();
ValveCtrl();
ValveMapping();
PLC_to_PMC();
PMC_to_PLC();]]></ST>
    </Implementation>
    <Action Name="Analog" Id="{98f966a6-474d-4472-beeb-9acde45e9d0c}">
      <Implementation>
        <ST><![CDATA[//模拟量读值转换实际读值程序
GasAnalogRead[250](	// PG/PS3 NH3 in pipe pressure
	AnalogRdValue_In_Int:= stGBI.IW250 , 
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= -0.1 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PG3_Pressure );
	
GasAnalogRead[251](	// PG/PS4 NH3-2 in pipe pressure
	AnalogRdValue_In_Int:= stGBI.IW251 , 
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= -0.1 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PG4_Pressure );

GasAnalogRead[252](	// PG/PS5 SiH4 in pipe pressure
	AnalogRdValue_In_Int:= stGBI.IW252 , 
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= -0.1 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PG5_Pressure );

GasAnalogRead[253](	// PG/PS6 N2-2 in pipe pressure
	AnalogRdValue_In_Int:= stGBI.IW253 , 
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= -0.1 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PG6_Pressure );
	
GasAnalogRead[254](	// PG/PS7 NF3 in pipe pressure
	AnalogRdValue_In_Int:= stGBI.IW254 , 
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= -0.1 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PG7_Pressure );
	
GasAnalogRead[255](	// PG/PS8 20%F2/N2 in pipe pressure
	AnalogRdValue_In_Int:= stGBI.IW255 ,  
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= -0.1 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PG8_Pressure );
	
GasAnalogRead[256](	// PG/PS31 N2-10 in pipe pressure
	AnalogRdValue_In_Int:= stGBI.IW256 , 
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= -0.1 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PG31_Pressure );
	
GasAnalogRead[257](	// PG/PS32 N2-11 in pipe pressure
	AnalogRdValue_In_Int:= stGBI.IW257 , 
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= -0.1 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PG32_Pressure );
	
GasAnalogRead[258](	// VG31 tank-1 backward pipe pressure (0~100torr)
	AnalogRdValue_In_Int:= stGBI.IW258 , 
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 100 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.VG31_Pressure );
	
GasAnalogRead[259](	// PG/PS2 HCL pressure
	AnalogRdValue_In_Int:= stGBI.IW259 , 
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= -0.1 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.OX_Value );
	
GasAnalogRead[260](	// PS11 N2-8 in pipe pressure
	AnalogRdValue_In_Int:= stGBI.IW260 , 
	AnalogResMin_In_Int:= 1996 , 
	AnalogResMax_In_Int:= 16383 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PS11_Pressure );
	
GasAnalogRead[261](	// PG/PS1 N2-1 in pipe pressure
	AnalogRdValue_In_Int:= stGBI.IW261 , 
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= -0.1 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PG1_Pressure );
	
GasAnalogRead[262](	// MS2 gas box(左) exhaust pressure
	AnalogRdValue_In_Int:= stGBI.IW262 , 
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 200 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.MS2_Gasboxleft );
	
GasAnalogRead[263]( // MS5 loading area exhaust pressure
	AnalogRdValue_In_Int:= stGBI.IW263 , 
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 200 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.MS5_Loadingarea );
	

//O2 Range judgment
IF NOT stGBI.I201_13 AND stGBI.I201_14 AND stGBI.I201_15 THEN
	rO2Range := 1000000 ; // O2 range 0~100%
END_IF

IF stGBI.I201_13 AND NOT stGBI.I201_14 AND stGBI.I201_15 THEN
	rO2Range := 100000 ; // O2 range 0~10%
END_IF

IF NOT stGBI.I201_13 AND NOT stGBI.I201_14 AND stGBI.I201_15 THEN
	rO2Range := 10000 ; // O2 range 0~1%
END_IF

IF stGBI.I201_13 AND stGBI.I201_14 AND NOT stGBI.I201_15 THEN
	rO2Range := 1000 ; // O2 range 0~1000ppm
END_IF

IF NOT stGBI.I201_13 AND stGBI.I201_14 AND NOT stGBI.I201_15 THEN
	rO2Range := 100 ; // O2 range 0~100ppm
END_IF

IF stGBI.I201_13 AND NOT stGBI.I201_14 AND NOT stGBI.I201_15 THEN
	rO2Range := 10 ; // O2 range 0~10ppm
END_IF

GasAnalogRead[264](	// O2 concention
	AnalogRdValue_In_Int:= stGBI.IW264 ,  
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= rO2Range , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.OX_Value );
	
GasAnalogRead[265](	// spare
	AnalogRdValue_In_Int:= stGBI.IW265 , 
	AnalogResMin_In_Int:= 0 , 
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
GasAnalogRead[266](	// PG/PS21 Tank-1 forward pipe pressure
	AnalogRdValue_In_Int:= stGBI.IW266 , 
	AnalogResMin_In_Int:= 3277 , 
	AnalogResMax_In_Int:= 16383 , 
	AnalogPhyMin_In_Real:= -100 , 
	AnalogPhyMax_In_Real:= 300 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PG21_Pressure );
	
GasAnalogRead[267](	// PG/PS22 Tank-2 forward pipe pressure
	AnalogRdValue_In_Int:= stGBI.IW267 , 
	AnalogResMin_In_Int:= 3277 , 
	AnalogResMax_In_Int:= 16383 , 
	AnalogPhyMin_In_Real:= -100 , 
	AnalogPhyMax_In_Real:= 300 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PG22_Pressure );
	
GasAnalogRead[268](	// PG/PS23 Tank-3 forward pipe pressure
	AnalogRdValue_In_Int:= stGBI.IW268 , 
	AnalogResMin_In_Int:= 3277 , 
	AnalogResMax_In_Int:= 16383 , 
	AnalogPhyMin_In_Real:= -100 , 
	AnalogPhyMax_In_Real:= 300 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PG23_Pressure );
	
GasAnalogRead[269](	// PS33  LSC tank pressure
	AnalogRdValue_In_Int:= stGBI.IW269 ,  
	AnalogResMin_In_Int:= 3277 , 
	AnalogResMax_In_Int:= 16383 , 
	AnalogPhyMin_In_Real:= -100 , 
	AnalogPhyMax_In_Real:= 500 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PS33_Pressure );	
	
ExhAnalogRead[300](	// FS105 RHC cooling water flow
	AnalogRdValue_In_Int:= stEXHI.IW300 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 40 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.FS105_Flow );
	
ExhAnalogRead[301](	// FS106 Heater jacket cooling water flow
	AnalogRdValue_In_Int:= stEXHI.IW301 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 16 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.FS106_Flow );
	
ExhAnalogRead[302](	// FS202 Furnace cooling water flow
	AnalogRdValue_In_Int:= stEXHI.IW302 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 16 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.FS202_Flow );
	
ExhAnalogRead[303](	// FS104 Shutter cooling water flow
	AnalogRdValue_In_Int:= stEXHI.IW303 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 4 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.FS104_Flow );
	
ExhAnalogRead[304](	// FS111 boat rotation cooling water flow
	AnalogRdValue_In_Int:= stEXHI.IW304 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 4 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.FS111_Flow );
	
ExhAnalogRead[305](	// FS102 Flange cooling water flow
	AnalogRdValue_In_Int:= stEXHI.IW305 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 4 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.FS102_Flow );
	
ExhAnalogRead[306](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW306 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[307](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW307 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[308](	// DG1 tube and loading area differential pressure
	AnalogRdValue_In_Int:= stEXHI.IW308 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= -300 , 
	AnalogPhyMax_In_Real:= 300 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.DG1_Pressure );
	
ExhAnalogRead[309](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW309 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[310](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW310 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[311](	// FS116 Cooling unit flow
	AnalogRdValue_In_Int:= stEXHI.IW311 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 16 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.FS116_Flow );
	
ExhAnalogRead[312](	// PS13 pressure
	AnalogRdValue_In_Int:= stEXHI.IW312 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 98.1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PS13_Pressure );
	
ExhAnalogRead[313](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW313 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[314](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW314 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[315](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW315 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[316](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW316 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[317](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW317 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[318](	// PS21 N2-13 in pipe pressure 0.6~5V
	AnalogRdValue_In_Int:= stEXHI.IW318 , 
	AnalogResMin_In_Int:= 3276 ,
	AnalogResMax_In_Int:= 16383 , 
	AnalogPhyMin_In_Real:= -0.1 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PS21_Pressure );
	
ExhAnalogRead[319](	// PS110 exhaust pressure
	AnalogRdValue_In_Int:= stEXHI.IW319 , 
	AnalogResMin_In_Int:= 3276 ,
	AnalogResMax_In_Int:= 16383 , 
	AnalogPhyMin_In_Real:= -100 , 
	AnalogPhyMax_In_Real:= 100 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PS110_Pressure );
	
ExhAnalogRead[320](	// PG/PS12 N2-9 in pipe pressure
	AnalogRdValue_In_Int:= stEXHI.IW320 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= -0.1 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PG12_Pressure );
	
ExhAnalogRead[321](	// VG14 pressure
	AnalogRdValue_In_Int:= stEXHI.IW321 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 10 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.VG14_Pressure );
	
ExhAnalogRead[322](	// PS14 pressure
	AnalogRdValue_In_Int:= stEXHI.IW322 , 
	AnalogResMin_In_Int:= 3276 ,
	AnalogResMax_In_Int:= 16383 , 
	AnalogPhyMin_In_Real:= -100 , 
	AnalogPhyMax_In_Real:= 100 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.PS14_Pressure );
	
ExhAnalogRead[323](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW323 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[324](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW324 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[325](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW325 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[326](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW326 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[327](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW327 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[328](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW328 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[329](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW329 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[330](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW330 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[331](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW331 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[332](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW332 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[333](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW333 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[334](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW334 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
ExhAnalogRead[335](	// spare
	AnalogRdValue_In_Int:= stEXHI.IW335 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 1 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );
	
OpAnalogRead[600](	// MS8 RHC exhaust pressure
	AnalogRdValue_In_Int:= stOPI.IW600 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 2 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.MS8_RHC_ExhPress );
	
OpAnalogRead[601](	// MS1 Heater exhaust pressure
	AnalogRdValue_In_Int:= stOPI.IW601 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 200 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.MS1_Heater );
	
OpAnalogRead[602](	// MS3 Scavenger exhaust pressure
	AnalogRdValue_In_Int:= stOPI.IW602 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 200 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.MS3_Scavenger );
	
OpAnalogRead[603](	// MS6 Frontbody exhaust pressure
	AnalogRdValue_In_Int:= stOPI.IW603 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 200 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.MS6_Frontbody );
	
OpAnalogRead[604](	// MS9 LSC1 exhaust pressure
	AnalogRdValue_In_Int:= stOPI.IW604 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 200 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.MS9_LSC1 );
	
OpAnalogRead[605](	// MS11 Gas box(右上) exhaust pressure
	AnalogRdValue_In_Int:= stOPI.IW605 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 200 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.MS11_GasBox );
	
OpAnalogRead[606](	// MS12 Gas box(右下) exhaust pressure
	AnalogRdValue_In_Int:= stOPI.IW606 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 200 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> GVL.stPLCtoPMC.MS12_GasBox );
	
OpAnalogRead[607](	// spare
	AnalogRdValue_In_Int:= stOPI.IW607 , 
	AnalogResMin_In_Int:= 0 ,
	AnalogResMax_In_Int:= 32767 , 
	AnalogPhyMin_In_Real:= 0 , 
	AnalogPhyMax_In_Real:= 200 , 
	AnalogRdOffset_In_Real:= , 
	ActRdValue_Out_Real=> );]]></ST>
      </Implementation>
    </Action>
    <Action Name="Input" Id="{10073955-c58b-4e7e-8b8c-c7cf636ea627}">
      <Implementation>
        <ST><![CDATA[//************************************************************************
//02.Gas Box INput/OUTPUT(气体柜输入/出映射）
//************************************************************************
stGBI.	I200_00	:=		GB_EL1889[1,0]	;
stGBI.	I200_01	:=		GB_EL1889[1,1]	;
stGBI.	I200_02	:=		GB_EL1889[1,2]	;
stGBI.	I200_03	:=		GB_EL1889[1,3]	;
stGBI.	I200_04	:=		GB_EL1889[1,4]	;
stGBI.	I200_05	:=		GB_EL1889[1,5]	;
stGBI.	I200_06	:=		GB_EL1889[1,6]	;
stGBI.	I200_07	:=		GB_EL1889[1,7]	;
stGBI.	I200_08	:=		GB_EL1889[1,8]	;
stGBI.	I200_09	:=		GB_EL1889[1,9]	;
stGBI.	I200_10	:=		GB_EL1889[1,10]	;
stGBI.	I200_11	:=		GB_EL1889[1,11]	;
stGBI.	I200_12	:=		GB_EL1889[1,12]	;
stGBI.	I200_13	:=		GB_EL1889[1,13]	;
stGBI.	I200_14	:=		GB_EL1889[1,14]	;
stGBI.	I200_15	:=		GB_EL1889[1,15]	;
stGBI.	I201_00	:=		GB_EL1889[2,0]	;
stGBI.	I201_01	:=		GB_EL1889[2,1]	;
stGBI.	I201_02	:=		GB_EL1889[2,2]	;
stGBI.	I201_03	:=		GB_EL1889[2,3]	;
stGBI.	I201_04	:=		GB_EL1889[2,4]	;
stGBI.	I201_05	:=		GB_EL1889[2,5]	;
stGBI.	I201_06	:=		GB_EL1889[2,6]	;
stGBI.	I201_07	:=		GB_EL1889[2,7]	;
stGBI.	I201_08	:=		GB_EL1889[2,8]	;
stGBI.	I201_09	:=		GB_EL1889[2,9]	;
stGBI.	I201_10	:=		GB_EL1889[2,10]	;
stGBI.	I201_11	:=		GB_EL1889[2,11]	;
stGBI.	I201_12	:=		GB_EL1889[2,12]	;
stGBI.	I201_13	:=		GB_EL1889[2,13]	;
stGBI.	I201_14	:=		GB_EL1889[2,14]	;
stGBI.	I201_15	:=		GB_EL1889[2,15]	;
stGBI.	I203_00	:=		GB_EL1889[3,0]	;
stGBI.	I203_01	:=		GB_EL1889[3,1]	;
stGBI.	I203_02	:=		GB_EL1889[3,2]	;
stGBI.	I203_03	:=		GB_EL1889[3,3]	;
stGBI.	I203_04	:=		GB_EL1889[3,4]	;
stGBI.	I203_05	:=		GB_EL1889[3,5]	;
stGBI.	I203_06	:=		GB_EL1889[3,6]	;
stGBI.	I203_07	:=		GB_EL1889[3,7]	;
stGBI.	I203_08	:=		GB_EL1889[3,8]	;
stGBI.	I203_09	:=		GB_EL1889[3,9]	;
stGBI.	I203_10	:=		GB_EL1889[3,10]	;
stGBI.	I203_11	:=		GB_EL1889[3,11]	;
stGBI.	I203_12	:=		GB_EL1889[3,12]	;
stGBI.	I203_13	:=		GB_EL1889[3,13]	;
stGBI.	I203_14	:=		GB_EL1889[3,14]	;
stGBI.	I203_15	:=		GB_EL1889[3,15]	;

stGBI.	IW250	:=		GB_EL3164[1,	1]	;
stGBI.	IW251	:=		GB_EL3164[1,	2]	;
stGBI.	IW252	:=		GB_EL3164[1,	3]	;
stGBI.	IW253	:=		GB_EL3164[1,	4]	;
stGBI.	IW254	:=		GB_EL3164[2,	1]	;
stGBI.	IW255	:=		GB_EL3164[2,	2]	;
stGBI.	IW256	:=		GB_EL3164[2,	3]	;
stGBI.	IW257	:=		GB_EL3164[2,	4]	;
stGBI.	IW258	:=		GB_EL3164[3,	1]	;
stGBI.	IW259	:=		GB_EL3164[3,	2]	;
stGBI.	IW260	:=		GB_EL3164[3,	3]	;
stGBI.	IW261	:=		GB_EL3164[3,	4]	;
stGBI.	IW262	:=		GB_EL3124[1,	1]	;
stGBI.	IW263	:=		GB_EL3124[1,	2]	;
stGBI.	IW264	:=		GB_EL3124[1,	3]	;
stGBI.	IW265	:=		GB_EL3124[1,	4]	;
stGBI.	IW266	:=		GB_EL3164[4,	1]	;
stGBI.	IW267	:=		GB_EL3164[4,	2]	;
stGBI.	IW268	:=		GB_EL3164[4,	3]	;
stGBI.	IW269	:=		GB_EL3164[4,	4]	;


//************************************************************************
//03.EXH Box INput/OUTPUT(排气柜输入/出映射）
//************************************************************************
stEXHI.	I300_00	:=		EXH_EL1889[1,0]	;
stEXHI.	I300_01	:=		EXH_EL1889[1,1]	;
stEXHI.	I300_02	:=		EXH_EL1889[1,2]	;
stEXHI.	I300_03	:=		EXH_EL1889[1,3]	;
stEXHI.	I300_04	:=		EXH_EL1889[1,4]	;
stEXHI.	I300_05	:=		EXH_EL1889[1,5]	;
stEXHI.	I300_06	:=		EXH_EL1889[1,6]	;
stEXHI.	I300_07	:=		EXH_EL1889[1,7]	;
stEXHI.	I300_08	:=		EXH_EL1889[1,8]	;
stEXHI.	I300_09	:=		EXH_EL1889[1,9]	;
stEXHI.	I300_10	:=		EXH_EL1889[1,10]	;
stEXHI.	I300_11	:=		EXH_EL1889[1,11]	;
stEXHI.	I300_12	:=		EXH_EL1889[1,12]	;
stEXHI.	I300_13	:=		EXH_EL1889[1,13]	;
stEXHI.	I300_14	:=		EXH_EL1889[1,14]	;
stEXHI.	I300_15	:=		EXH_EL1889[1,15]	;
stEXHI.	I301_00	:=		EXH_EL1889[2,0]	;
stEXHI.	I301_01	:=		EXH_EL1889[2,1]	;
stEXHI.	I301_02	:=		EXH_EL1889[2,2]	;
stEXHI.	I301_03	:=		EXH_EL1889[2,3]	;
stEXHI.	I301_04	:=		EXH_EL1889[2,4]	;
stEXHI.	I301_05	:=		EXH_EL1889[2,5]	;
stEXHI.	I301_06	:=		EXH_EL1889[2,6]	;
stEXHI.	I301_07	:=		EXH_EL1889[2,7]	;
stEXHI.	I301_08	:=		EXH_EL1889[2,8]	;
stEXHI.	I301_09	:=		EXH_EL1889[2,9]	;
stEXHI.	I301_10	:=		EXH_EL1889[2,10]	;
stEXHI.	I301_11	:=		EXH_EL1889[2,11]	;
stEXHI.	I301_12	:=		EXH_EL1889[2,12]	;
stEXHI.	I301_13	:=		EXH_EL1889[2,13]	;
stEXHI.	I301_14	:=		EXH_EL1889[2,14]	;
stEXHI.	I301_15	:=		EXH_EL1889[2,15]	;
stEXHI.	I302_00	:=		EXH_EL1889[3,0]	;
stEXHI.	I302_01	:=		EXH_EL1889[3,1]	;
stEXHI.	I302_02	:=		EXH_EL1889[3,2]	;
stEXHI.	I302_03	:=		EXH_EL1889[3,3]	;
stEXHI.	I302_04	:=		EXH_EL1889[3,4]	;
stEXHI.	I302_05	:=		EXH_EL1889[3,5]	;
stEXHI.	I302_06	:=		EXH_EL1889[3,6]	;
stEXHI.	I302_07	:=		EXH_EL1889[3,7]	;
stEXHI.	I302_08	:=		EXH_EL1889[3,8]	;
stEXHI.	I302_09	:=		EXH_EL1889[3,9]	;
stEXHI.	I302_10	:=		EXH_EL1889[3,10]	;
stEXHI.	I302_11	:=		EXH_EL1889[3,11]	;
stEXHI.	I302_12	:=		EXH_EL1889[3,12]	;
stEXHI.	I302_13	:=		EXH_EL1889[3,13]	;
stEXHI.	I302_14	:=		EXH_EL1889[3,14]	;
stEXHI.	I302_15	:=		EXH_EL1889[3,15]	;
stEXHI.	I303_00	:=		EXH_EL1889[4,0]	;
stEXHI.	I303_01	:=		EXH_EL1889[4,1]	;
stEXHI.	I303_02	:=		EXH_EL1889[4,2]	;
stEXHI.	I303_03	:=		EXH_EL1889[4,3]	;
stEXHI.	I303_04	:=		EXH_EL1889[4,4]	;
stEXHI.	I303_05	:=		EXH_EL1889[4,5]	;
stEXHI.	I303_06	:=		EXH_EL1889[4,6]	;
stEXHI.	I303_07	:=		EXH_EL1889[4,7]	;
stEXHI.	I303_08	:=		EXH_EL1889[4,8]	;
stEXHI.	I303_09	:=		EXH_EL1889[4,9]	;
stEXHI.	I303_10	:=		EXH_EL1889[4,10]	;
stEXHI.	I303_11	:=		EXH_EL1889[4,11]	;
stEXHI.	I303_12	:=		EXH_EL1889[4,12]	;
stEXHI.	I303_13	:=		EXH_EL1889[4,13]	;
stEXHI.	I303_14	:=		EXH_EL1889[4,14]	;
stEXHI.	I303_15	:=		EXH_EL1889[4,15]	;
stEXHI.	I304_00	:=		EXH_EL1889[5,0]	;
stEXHI. I304_01	:=		EXH_EL1889[5,1]	;
stEXHI. I304_02	:=		EXH_EL1889[5,2]	;
stEXHI. I304_03	:=		EXH_EL1889[5,3]	;
stEXHI. I304_04	:=		EXH_EL1889[5,4]	;
stEXHI. I304_05	:=		EXH_EL1889[5,5]	;
stEXHI. I304_06	:=		EXH_EL1889[5,6]	;
stEXHI. I304_07	:=		EXH_EL1889[5,7]	;
stEXHI. I304_08	:=		EXH_EL1889[5,8]	;
stEXHI. I304_09	:=		EXH_EL1889[5,9]	;
stEXHI. I304_10	:=		EXH_EL1889[5,10]	;
stEXHI. I304_11	:=		EXH_EL1889[5,11]	;
stEXHI. I304_12	:=		EXH_EL1889[5,12]	;
stEXHI. I304_13	:=		EXH_EL1889[5,13]	;
stEXHI. I304_14	:=		EXH_EL1889[5,14]	;
stEXHI. I304_15	:=		EXH_EL1889[5,15]	;

stEXHI.	IW300	:=		EXH_EL3124[1,	1]	;
stEXHI.	IW301	:=		EXH_EL3124[1,	2]	;
stEXHI.	IW302	:=		EXH_EL3124[1,	3]	;
stEXHI.	IW303	:=		EXH_EL3124[1,	4]	;
stEXHI.	IW304	:=		EXH_EL3124[2,	1]	;
stEXHI.	IW305	:=		EXH_EL3124[2,	2]	;
stEXHI.	IW306	:=		EXH_EL3124[2,	3]	;
stEXHI.	IW307	:=		EXH_EL3124[2,	4]	;
stEXHI.	IW308	:=		EXH_EL3124[3,	1]	;
stEXHI.	IW309	:=		EXH_EL3124[3,	2]	;
stEXHI.	IW310	:=		EXH_EL3124[3,	3]	;
stEXHI.	IW311	:=		EXH_EL3124[3,	4]	;
stEXHI.	IW312	:=		EXH_EL3124[4,	1]	;
stEXHI.	IW313	:=		EXH_EL3124[4,	2]	;
stEXHI.	IW314	:=		EXH_EL3124[4,	3]	;
stEXHI.	IW315	:=		EXH_EL3124[4,	4]	;
stEXHI.	IW316	:=		EXH_EL3164[1,	1]	;
stEXHI.	IW317	:=		EXH_EL3164[1,	2]	;
stEXHI.	IW318	:=		EXH_EL3164[1,	3]	;
stEXHI.	IW319	:=		EXH_EL3164[1,	4]	;
stEXHI.	IW320	:=		EXH_EL3164[2,	1]	;
stEXHI.	IW321	:=		EXH_EL3164[2,	2]	;
stEXHI.	IW322	:=		EXH_EL3164[2,	3]	;
stEXHI.	IW323	:=		EXH_EL3164[2,	4]	;
stEXHI.	IW324	:=		EXH_EL3164[3,	1]	;
stEXHI.	IW325	:=		EXH_EL3164[3,	2]	;
stEXHI.	IW326	:=		EXH_EL3164[3,	3]	;
stEXHI.	IW327	:=		EXH_EL3164[3,	4]	;
stEXHI.	IW328	:=		EXH_EL3164[4,	1]	;
stEXHI.	IW329	:=		EXH_EL3164[4,	2]	;
stEXHI.	IW330	:=		EXH_EL3164[4,	3]	;
stEXHI.	IW331	:=		EXH_EL3164[4,	4]	;
stEXHI.	IW332	:=		EXH_EL3124[5,	1]	;
stEXHI.	IW333	:=		EXH_EL3124[5,	2]	;
stEXHI.	IW334	:=		EXH_EL3124[5,	3]	;
stEXHI.	IW335	:=		EXH_EL3124[5,	4]	;

//************************************************************************
//06.OP Box INput/OUTPUT(天桥内PLC输入/出映射）
//************************************************************************
stOPI.	I600_00	:=		OP_EL1889[1,0]	;
stOPI.	I600_01	:=		OP_EL1889[1,1]	;
stOPI.	I600_02	:=		OP_EL1889[1,2]	;
stOPI.	I600_03	:=		OP_EL1889[1,3]	;
stOPI.	I600_04	:=		OP_EL1889[1,4]	;
stOPI.	I600_05	:=		OP_EL1889[1,5]	;
stOPI.	I600_06	:=		OP_EL1889[1,6]	;
stOPI.	I600_07	:=		OP_EL1889[1,7]	;
stOPI.	I600_08	:=		OP_EL1889[1,8]	;
stOPI.	I600_09	:=		OP_EL1889[1,9]	;
stOPI.	I600_10	:=		OP_EL1889[1,10]	;
stOPI.	I600_11	:=		OP_EL1889[1,11]	;
stOPI.	I600_12	:=		OP_EL1889[1,12]	;
stOPI.	I600_13	:=		OP_EL1889[1,13]	;
stOPI.	I600_14	:=		OP_EL1889[1,14]	;
stOPI.	I600_15	:=		OP_EL1889[1,15]	;

stOPI.	IW600	:=		OP_EL3124[1,	1]	;
stOPI.	IW601	:=		OP_EL3124[1,	2]	;
stOPI.	IW602	:=		OP_EL3124[1,	3]	;
stOPI.	IW603	:=		OP_EL3124[1,	4]	;
stOPI.	IW604	:=		OP_EL3124[2,	1]	;
stOPI.	IW605	:=		OP_EL3124[2,	2]	;
stOPI.	IW606	:=		OP_EL3124[2,	3]	;
stOPI.	IW607	:=		OP_EL3124[2,	4]	;
]]></ST>
      </Implementation>
    </Action>
    <Action Name="Output" Id="{11e0604e-fb18-4791-b038-b5cebbabe99c}">
      <Implementation>
        <ST><![CDATA[//========================================================================
//!!!!!!!!!!!!!!!!!!!!以下依托于硬件，硬件无变动禁止更改!!!!!!!!!!!!!!!!!!
//=======================================================================

//************************************************************************
//02.Gas Box INput/OUTPUT(气体柜输入/出映射）
//************************************************************************
GB_EL2889[1,0]	:=	FALSE(*stGBQ.	Q200_00*)	;
GB_EL2889[1,1]	:=	stGBQ.	Q200_01	;
GB_EL2889[1,2]	:=	stGBQ.	Q200_02	;
GB_EL2889[1,3]	:=	stGBQ.	Q200_03	;
GB_EL2889[1,4]	:=	stGBQ.	Q200_04	;
GB_EL2889[1,5]	:=	stGBQ.	Q200_05	;
GB_EL2889[1,6]	:=	stGBQ.	Q200_06	;
GB_EL2889[1,7]	:=	stGBQ.	Q200_07	;
GB_EL2889[1,8]	:=	stGBQ.	Q200_08	;
GB_EL2889[1,9]	:=	stGBQ.	Q200_09	;
GB_EL2889[1,10]	:=	stGBQ.	Q200_10	;
GB_EL2889[1,11]	:=	stGBQ.	Q200_11	;
GB_EL2889[1,12]	:=	stGBQ.	Q200_12	;
GB_EL2889[1,13]	:=	stGBQ.	Q200_13	;
GB_EL2889[1,14]	:=	stGBQ.	Q200_14	;
GB_EL2889[1,15]	:=	stGBQ.	Q200_15	;

GB_EV := stGBQ.QEV ;

//************************************************************************
//03.EXH Box INput/OUTPUT(排气柜输入/出映射）
//************************************************************************
EXH_EL2889[1,0]		:=	NOT GVL.stPMCtoPLC.WAT_R_sw OR ( GVL.stPMCtoPLC.R_Axis_Temp > 80 ) (*stEXHQ.	Q300_00*)	;
EXH_EL2889[1,1]		:=	FALSE(*NOT GVL.stPMCtoPLC.WAT_F_sw OR 
						(	
							( GVL.stPMCtoPLC.Inlet_Ht_1_temp > 200) OR 
							( GVL.stPMCtoPLC.Inlet_Ht_2_temp > 200) OR
							( GVL.stPMCtoPLC.Port_Ht_1_temp > 200) 	OR
							( GVL.stPMCtoPLC.Port_Ht_2_temp > 200) 	OR
							( GVL.stPMCtoPLC.Port_Ht_3_temp > 200) 	OR
							( GVL.stPMCtoPLC.Port_Ht_4_temp > 200) 	OR
							( GVL.stPMCtoPLC.Port_Ht_5_temp > 200) 	
						)*)(*stEXHQ.	Q300_01*)	;
EXH_EL2889[1,2]		:=	stEXHQ.	Q300_02	;
EXH_EL2889[1,3]		:=	stEXHQ.	Q300_03	;
EXH_EL2889[1,4]		:=	stEXHQ.	Q300_04	;
EXH_EL2889[1,5]		:=	stEXHQ.	Q300_05	;
EXH_EL2889[1,6]		:=	stEXHQ.	Q300_06	;
EXH_EL2889[1,7]		:=	stEXHQ.	Q300_07	;
EXH_EL2889[1,8]		:=	TRUE(*stEXHQ.	Q300_08*) ;
EXH_EL2889[1,9]		:=	GVL.stPMCtoPLC.I103_00(*stEXHQ.	Q300_09*) ;
EXH_EL2889[1,10]	:=	TRUE(*stEXHQ.	Q300_10*) ;
EXH_EL2889[1,11]	:=	stEXHQ.	Q300_11	;
EXH_EL2889[1,12]	:=	stEXHQ.	Q300_12	;
EXH_EL2889[1,13]	:=	stEXHQ.	Q300_13	;
EXH_EL2889[1,14]	:=	stEXHQ.	Q300_14	;
EXH_EL2889[1,15]	:=	stEXHQ.	Q300_15	;

EXH_EV := stEXHQ.QEV ;]]></ST>
      </Implementation>
    </Action>
    <Action Name="PLC_to_PMC" Id="{6926f71f-f4ac-4546-b828-941a2155b148}">
      <Implementation>
        <ST><![CDATA[//Gas box
GVL.stPLCtoPMC.	I200_00	:=	stGBI.	I200_00	;
GVL.stPLCtoPMC.	I200_01	:=	stGBI.	I200_01	;
GVL.stPLCtoPMC.	I200_02	:=	stGBI.	I200_02	;
GVL.stPLCtoPMC.	I200_03	:=	stGBI.	I200_03	;
GVL.stPLCtoPMC.	I200_04	:=	stGBI.	I200_04	;
GVL.stPLCtoPMC.	I200_05	:=	stGBI.	I200_05	;
GVL.stPLCtoPMC.	I200_06	:=	stGBI.	I200_06	;
GVL.stPLCtoPMC.	I200_07	:=	stGBI.	I200_07	;
GVL.stPLCtoPMC.	I200_08	:=	stGBI.	I200_08	;
GVL.stPLCtoPMC.	I200_09	:=	stGBI.	I200_09	;
GVL.stPLCtoPMC.	I200_10	:=	stGBI.	I200_10	;
GVL.stPLCtoPMC.	I200_11	:=	stGBI.	I200_11	;
GVL.stPLCtoPMC.	I200_12	:=	stGBI.	I200_12	;
GVL.stPLCtoPMC.	I200_13	:=	stGBI.	I200_13	;
GVL.stPLCtoPMC.	I200_14	:=	stGBI.	I200_14	;
GVL.stPLCtoPMC.	I200_15	:=	stGBI.	I200_15	;
GVL.stPLCtoPMC.	I201_00	:=	stGBI.	I201_00	;
GVL.stPLCtoPMC.	I201_01	:=	stGBI.	I201_01	;
GVL.stPLCtoPMC.	I201_02	:=	stGBI.	I201_02	;
GVL.stPLCtoPMC.	I201_03	:=	stGBI.	I201_03	;
GVL.stPLCtoPMC.	I201_04	:=	stGBI.	I201_04	;
GVL.stPLCtoPMC.	I201_05	:=	stGBI.	I201_05	;
GVL.stPLCtoPMC.	I201_06	:=	stGBI.	I201_06	;
GVL.stPLCtoPMC.	I201_07	:=	stGBI.	I201_07	;
GVL.stPLCtoPMC.	I201_08	:=	stGBI.	I201_08	;
GVL.stPLCtoPMC.	I201_09	:=	stGBI.	I201_09	;
GVL.stPLCtoPMC.	I201_10	:=	stGBI.	I201_10	;
GVL.stPLCtoPMC.	I201_11	:=	stGBI.	I201_11	;
GVL.stPLCtoPMC.	I201_12	:=	stGBI.	I201_12	;
GVL.stPLCtoPMC.	I201_13	:=	stGBI.	I201_13	;
GVL.stPLCtoPMC.	I201_14	:=	stGBI.	I201_14	;
GVL.stPLCtoPMC.	I201_15	:=	stGBI.	I201_15	;
GVL.stPLCtoPMC.	I202_00	:=	stGBI.	I203_00	;
GVL.stPLCtoPMC.	I202_01	:=	stGBI.	I203_01	;
GVL.stPLCtoPMC.	I202_02	:=	stGBI.	I203_02	;
GVL.stPLCtoPMC.	I202_03	:=	stGBI.	I203_03	;
GVL.stPLCtoPMC.	I202_04	:=	stGBI.	I203_04	;
GVL.stPLCtoPMC.	I202_05	:=	stGBI.	I203_05	;
GVL.stPLCtoPMC.	I202_06	:=	stGBI.	I203_06	;
GVL.stPLCtoPMC.	I202_07	:=	stGBI.	I203_07	;
GVL.stPLCtoPMC.	I202_08	:=	stGBI.	I203_08	;
GVL.stPLCtoPMC.	I202_09	:=	stGBI.	I203_09	;
GVL.stPLCtoPMC.	I202_10	:=	stGBI.	I203_10	;
GVL.stPLCtoPMC.	I202_11	:=	stGBI.	I203_11	;
GVL.stPLCtoPMC.	I202_12	:=	stGBI.	I203_12	;
GVL.stPLCtoPMC.	I202_13	:=	stGBI.	I203_13	;
GVL.stPLCtoPMC.	I202_14	:=	stGBI.	I203_14	;
GVL.stPLCtoPMC.	I202_15	:=	stGBI.	I203_15	;

//Exhaust box
GVL.stPLCtoPMC.	I300_00	:=	stEXHI.	I300_00	;
GVL.stPLCtoPMC.	I300_01	:=	stEXHI.	I300_01	;
GVL.stPLCtoPMC.	I300_02	:=	stEXHI.	I300_02	;
GVL.stPLCtoPMC.	I300_03	:=	stEXHI.	I300_03	;
GVL.stPLCtoPMC.	I300_04	:=	stEXHI.	I300_04	;
GVL.stPLCtoPMC.	I300_05	:=	stEXHI.	I300_05	;
GVL.stPLCtoPMC.	I300_06	:=	stEXHI.	I300_06	;
GVL.stPLCtoPMC.	I300_07	:=	stEXHI.	I300_07	;
GVL.stPLCtoPMC.	I300_08	:=	stEXHI.	I300_08	;
GVL.stPLCtoPMC.	I300_09	:=	stEXHI.	I300_09	;
GVL.stPLCtoPMC.	I300_10	:=	stEXHI.	I300_10	;
GVL.stPLCtoPMC.	I300_11	:=	stEXHI.	I300_11	;
GVL.stPLCtoPMC.	I300_12	:=	stEXHI.	I300_12	;
GVL.stPLCtoPMC.	I300_13	:=	stEXHI.	I300_13	;
GVL.stPLCtoPMC.	I300_14	:=	stEXHI.	I300_14	;
GVL.stPLCtoPMC.	I300_15	:=	stEXHI.	I300_15	;
GVL.stPLCtoPMC.	I301_00	:=	stEXHI.	I301_00	;
GVL.stPLCtoPMC.	I301_01	:=	stEXHI.	I301_01	;
GVL.stPLCtoPMC.	I301_02	:=	stEXHI.	I301_02	;
GVL.stPLCtoPMC.	I301_03	:=	stEXHI.	I301_03	;
GVL.stPLCtoPMC.	I301_04	:=	stEXHI.	I301_04	;
GVL.stPLCtoPMC.	I301_05	:=	stEXHI.	I301_05	;
GVL.stPLCtoPMC.	I301_06	:=	stEXHI.	I301_06	;
GVL.stPLCtoPMC.	I301_07	:=	stEXHI.	I301_07	;
GVL.stPLCtoPMC.	I301_08	:=	stEXHI.	I301_08	;
GVL.stPLCtoPMC.	I301_09	:=	stEXHI.	I301_09	;
GVL.stPLCtoPMC.	I301_10	:=	stEXHI.	I301_10	;
GVL.stPLCtoPMC.	I301_11	:=	stEXHI.	I301_11	;
GVL.stPLCtoPMC.	I301_12	:=	stEXHI.	I301_12	;
GVL.stPLCtoPMC.	I301_13	:=	stEXHI.	I301_13	;
GVL.stPLCtoPMC.	I301_14	:=	stEXHI.	I301_14	;
GVL.stPLCtoPMC.	I301_15	:=	stEXHI.	I301_15	;
GVL.stPLCtoPMC.	I302_00	:=	stEXHI.	I302_00	;
GVL.stPLCtoPMC.	I302_01	:=	stEXHI.	I302_01	;
GVL.stPLCtoPMC.	I302_02	:=	stEXHI.	I302_02	;
GVL.stPLCtoPMC.	I302_03	:=	stEXHI.	I302_03	;
GVL.stPLCtoPMC.	I302_04	:=	stEXHI.	I302_04	;
GVL.stPLCtoPMC.	I302_05	:=	stEXHI.	I302_05	;
GVL.stPLCtoPMC.	I302_06	:=	stEXHI.	I302_06	;
GVL.stPLCtoPMC.	I302_07	:=	stEXHI.	I302_07	;
GVL.stPLCtoPMC.	I302_08	:=	stEXHI.	I302_08	;
GVL.stPLCtoPMC.	I302_09	:=	stEXHI.	I302_09	;
GVL.stPLCtoPMC.	I302_10	:=	stEXHI.	I302_10	;
GVL.stPLCtoPMC.	I302_11	:=	stEXHI.	I302_11	;
GVL.stPLCtoPMC.	I302_12	:=	stEXHI.	I302_12	;
GVL.stPLCtoPMC.	I302_13	:=	stEXHI.	I302_13	;
GVL.stPLCtoPMC.	I302_14	:=	stEXHI.	I302_14	;
GVL.stPLCtoPMC.	I302_15	:=	stEXHI.	I302_15	;
GVL.stPLCtoPMC.	I303_00	:=	stEXHI.	I303_00	;
GVL.stPLCtoPMC.	I303_01	:=	stEXHI.	I303_01	;
GVL.stPLCtoPMC.	I303_02	:=	stEXHI.	I303_02	;
GVL.stPLCtoPMC.	I303_03	:=	stEXHI.	I303_03	;
GVL.stPLCtoPMC.	I303_04	:=	stEXHI.	I303_04	;
GVL.stPLCtoPMC.	I303_05	:=	stEXHI.	I303_05	;
GVL.stPLCtoPMC.	I303_06	:=	stEXHI.	I303_06	;
GVL.stPLCtoPMC.	I303_07	:=	stEXHI.	I303_07	;
GVL.stPLCtoPMC.	I303_08	:=	stEXHI.	I303_08	;
GVL.stPLCtoPMC.	I303_09	:=	stEXHI.	I303_09	;
GVL.stPLCtoPMC.	I303_10	:=	stEXHI.	I303_10	;
GVL.stPLCtoPMC.	I303_11	:=	stEXHI.	I303_11	;
GVL.stPLCtoPMC.	I303_12	:=	stEXHI.	I303_12	;
GVL.stPLCtoPMC.	I303_13	:=	stEXHI.	I303_13	;
GVL.stPLCtoPMC.	I303_14	:=	stEXHI.	I303_14	;
GVL.stPLCtoPMC.	I303_15	:=	stEXHI.	I303_15	;
GVL.stPLCtoPMC.	I304_00	:=	stEXHI.	I304_00	;
GVL.stPLCtoPMC.	I304_01	:=	stEXHI.	I304_01	;
GVL.stPLCtoPMC.	I304_02	:=	stEXHI.	I304_02	;
GVL.stPLCtoPMC.	I304_03	:=	stEXHI.	I304_03	;
GVL.stPLCtoPMC.	I304_04	:=	stEXHI.	I304_04	;
GVL.stPLCtoPMC.	I304_05	:=	stEXHI.	I304_05	;
GVL.stPLCtoPMC.	I304_06	:=	stEXHI.	I304_06	;
GVL.stPLCtoPMC.	I304_07	:=	stEXHI.	I304_07	;
GVL.stPLCtoPMC.	I304_08	:=	stEXHI.	I304_08	;
GVL.stPLCtoPMC.	I304_09	:=	stEXHI.	I304_09	;
GVL.stPLCtoPMC.	I304_10	:=	stEXHI.	I304_10	;
GVL.stPLCtoPMC.	I304_11	:=	stEXHI.	I304_11	;
GVL.stPLCtoPMC.	I304_12	:=	stEXHI.	I304_12	;
GVL.stPLCtoPMC.	I304_13	:=	stEXHI.	I304_13	;
GVL.stPLCtoPMC.	I304_14	:=	stEXHI.	I304_14	;
GVL.stPLCtoPMC.	I304_15	:=	stEXHI.	I304_15	;

//Operation box
GVL.stPLCtoPMC.	I600_00	:=	stOPI.	I600_00	;
GVL.stPLCtoPMC.	I600_01	:=	stOPI.	I600_01	;
GVL.stPLCtoPMC.	I600_02	:=	stOPI.	I600_02	;
GVL.stPLCtoPMC.	I600_03	:=	stOPI.	I600_03	;
GVL.stPLCtoPMC.	I600_04	:=	stOPI.	I600_04	;
GVL.stPLCtoPMC.	I600_05	:=	stOPI.	I600_05	;
GVL.stPLCtoPMC.	I600_06	:=	stOPI.	I600_06	;
GVL.stPLCtoPMC.	I600_07	:=	stOPI.	I600_07	;
GVL.stPLCtoPMC.	I600_08	:=	stOPI.	I600_08	;
GVL.stPLCtoPMC.	I600_09	:=	stOPI.	I600_09	;
GVL.stPLCtoPMC.	I600_10	:=	stOPI.	I600_10	;
GVL.stPLCtoPMC.	I600_11	:=	stOPI.	I600_11	;
GVL.stPLCtoPMC.	I600_12	:=	stOPI.	I600_12	;
GVL.stPLCtoPMC.	I600_13	:=	stOPI.	I600_13	;
GVL.stPLCtoPMC.	I600_14	:=	stOPI.	I600_14	;
GVL.stPLCtoPMC.	I600_15	:=	stOPI.	I600_15	;

//FFU
GVL.stPLCtoPMC.	FFU1_1_STATUS	:=	UINT_TO_REAL(AI.	FFU1_1_STATUS	);
GVL.stPLCtoPMC.	FFU1_2_STATUS	:=	UINT_TO_REAL(AI.	FFU1_2_STATUS	);
GVL.stPLCtoPMC.	FFU1_3_STATUS	:=	UINT_TO_REAL(AI.	FFU1_3_STATUS	);
GVL.stPLCtoPMC.	FFU1_4_STATUS	:=	UINT_TO_REAL(AI.	FFU1_4_STATUS	);
GVL.stPLCtoPMC.	FFU1_5_STATUS	:=	UINT_TO_REAL(AI.	FFU1_5_STATUS	);
GVL.stPLCtoPMC.	FFU1_6_STATUS	:=	UINT_TO_REAL(AI.	FFU1_6_STATUS	);
GVL.stPLCtoPMC.	FFU2_1_STATUS	:=	UINT_TO_REAL(AI.	FFU2_1_STATUS	);
GVL.stPLCtoPMC.	FFU2_2_STATUS	:=	UINT_TO_REAL(AI.	FFU2_2_STATUS	);
GVL.stPLCtoPMC.	FFU2_3_STATUS	:=	UINT_TO_REAL(AI.	FFU2_3_STATUS	);
GVL.stPLCtoPMC.	FFU2_4_STATUS	:=	UINT_TO_REAL(AI.	FFU2_4_STATUS	);
GVL.stPLCtoPMC.	FFU2_5_STATUS	:=	UINT_TO_REAL(AI.	FFU2_5_STATUS	);
GVL.stPLCtoPMC.	FFU2_6_STATUS	:=	UINT_TO_REAL(AI.	FFU2_6_STATUS	);
GVL.stPLCtoPMC.	FFU3_1_STATUS	:=	UINT_TO_REAL(AI.	FFU3_1_STATUS	);
GVL.stPLCtoPMC.	FFU3_2_STATUS	:=	UINT_TO_REAL(AI.	FFU3_2_STATUS	);
GVL.stPLCtoPMC.	FFU3_3_STATUS	:=	UINT_TO_REAL(AI.	FFU3_3_STATUS	);
GVL.stPLCtoPMC.	FFU3_4_STATUS	:=	UINT_TO_REAL(AI.	FFU3_4_STATUS	);
GVL.stPLCtoPMC.	FFU3_5_STATUS	:=	UINT_TO_REAL(AI.	FFU3_5_STATUS	);
GVL.stPLCtoPMC.	FFU3_6_STATUS	:=	UINT_TO_REAL(AI.	FFU3_6_STATUS	);

GVL.stPLCtoPMC.	FFU1_1_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU1_1_SPEED_PV	);
GVL.stPLCtoPMC.	FFU1_2_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU1_2_SPEED_PV	);
GVL.stPLCtoPMC.	FFU1_3_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU1_3_SPEED_PV	);
GVL.stPLCtoPMC.	FFU1_4_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU1_4_SPEED_PV	);
GVL.stPLCtoPMC.	FFU1_5_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU1_5_SPEED_PV	);
GVL.stPLCtoPMC.	FFU1_6_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU1_6_SPEED_PV	);
GVL.stPLCtoPMC.	FFU2_1_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU2_1_SPEED_PV	);
GVL.stPLCtoPMC.	FFU2_2_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU2_2_SPEED_PV	);
GVL.stPLCtoPMC.	FFU2_3_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU2_3_SPEED_PV	);
GVL.stPLCtoPMC.	FFU2_4_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU2_4_SPEED_PV	);
GVL.stPLCtoPMC.	FFU2_5_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU2_5_SPEED_PV	);
GVL.stPLCtoPMC.	FFU2_6_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU2_6_SPEED_PV	);
GVL.stPLCtoPMC.	FFU3_1_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU3_1_SPEED_PV	);
GVL.stPLCtoPMC.	FFU3_2_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU3_2_SPEED_PV	);
GVL.stPLCtoPMC.	FFU3_3_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU3_3_SPEED_PV	);
GVL.stPLCtoPMC.	FFU3_4_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU3_4_SPEED_PV	);
GVL.stPLCtoPMC.	FFU3_5_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU3_5_SPEED_PV	);
GVL.stPLCtoPMC.	FFU3_6_SPEED_PV	:=	UINT_TO_REAL(AI.	FFU3_6_SPEED_PV	);
]]></ST>
      </Implementation>
    </Action>
    <Action Name="PMC_to_PLC" Id="{2a595577-c68f-451f-bcd3-8f5a4c2e0957}">
      <Implementation>
        <ST><![CDATA[//Gas box
stGBQ.	Q200_00	:=	GVL.stPMCtoPLC.	Q200_00	;
stGBQ.	Q200_01	:=	GVL.stPMCtoPLC.	Q200_01	;
stGBQ.	Q200_02	:=	GVL.stPMCtoPLC.	Q200_02	;
stGBQ.	Q200_03	:=	GVL.stPMCtoPLC.	Q200_03	;
stGBQ.	Q200_04	:=	GVL.stPMCtoPLC.	Q200_04	;
stGBQ.	Q200_05	:=	GVL.stPMCtoPLC.	Q200_05	;
stGBQ.	Q200_06	:=	GVL.stPMCtoPLC.	Q200_06	;
stGBQ.	Q200_07	:=	GVL.stPMCtoPLC.	Q200_07	;
stGBQ.	Q200_08	:=	GVL.stPMCtoPLC.	Q200_08	;
stGBQ.	Q200_09	:=	GVL.stPMCtoPLC.	Q200_09	;
stGBQ.	Q200_10	:=	GVL.stPMCtoPLC.	Q200_10	;
stGBQ.	Q200_11	:=	GVL.stPMCtoPLC.	Q200_11	;
stGBQ.	Q200_12	:=	GVL.stPMCtoPLC.	Q200_12	;
stGBQ.	Q200_13	:=	GVL.stPMCtoPLC.	Q200_13	;
stGBQ.	Q200_14	:=	GVL.stPMCtoPLC.	Q200_14	;
stGBQ.	Q200_15	:=	GVL.stPMCtoPLC.	Q200_15	;

//Exhaust box
stEXHQ.	Q300_00	:=	GVL.stPMCtoPLC.	Q300_00	;
stEXHQ.	Q300_01	:=	GVL.stPMCtoPLC.	Q300_01	;
stEXHQ.	Q300_02	:=	GVL.stPMCtoPLC.	Q300_02	;
stEXHQ.	Q300_03	:=	GVL.stPMCtoPLC.	Q300_03	;
stEXHQ.	Q300_04	:=	GVL.stPMCtoPLC.	Q300_04	;
stEXHQ.	Q300_05	:=	GVL.stPMCtoPLC.	Q300_05	;
stEXHQ.	Q300_06	:=	GVL.stPMCtoPLC.	Q300_06	;
stEXHQ.	Q300_07	:=	GVL.stPMCtoPLC.	Q300_07	;
stEXHQ.	Q300_08	:=	GVL.stPMCtoPLC.	Q300_08	;
stEXHQ.	Q300_09	:=	GVL.stPMCtoPLC.	Q300_09	;
stEXHQ.	Q300_10	:=	GVL.stPMCtoPLC.	Q300_10	;
stEXHQ.	Q300_11	:=	GVL.stPMCtoPLC.	Q300_11	;
stEXHQ.	Q300_12	:=	GVL.stPMCtoPLC.	Q300_12	;
stEXHQ.	Q300_13	:=	GVL.stPMCtoPLC.	Q300_13	;
stEXHQ.	Q300_14	:=	GVL.stPMCtoPLC.	Q300_14	;
stEXHQ.	Q300_15	:=	GVL.stPMCtoPLC.	Q300_15	;

//FFU
AO.	FFU_ALARM_EN	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU_ALARM_EN	);
AO.	FFU_HSPEED		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU_HSPEED		);
AO.	FFU_LSPEED		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU_LSPEED		);
AO.	FFU1_1_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_1_POWER_ON	);
AO.	FFU1_2_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_2_POWER_ON	);
AO.	FFU1_3_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_3_POWER_ON	);
AO.	FFU1_4_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_4_POWER_ON	);
AO.	FFU1_5_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_5_POWER_ON	);
AO.	FFU1_6_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_6_POWER_ON	);
AO.	FFU2_1_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_1_POWER_ON	);
AO.	FFU2_2_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_2_POWER_ON	);
AO.	FFU2_3_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_3_POWER_ON	);
AO.	FFU2_4_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_4_POWER_ON	);
AO.	FFU2_5_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_5_POWER_ON	);
AO.	FFU2_6_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_6_POWER_ON	);
AO.	FFU3_1_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_1_POWER_ON	);
AO.	FFU3_2_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_2_POWER_ON	);
AO.	FFU3_3_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_3_POWER_ON	);
AO.	FFU3_4_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_4_POWER_ON	);
AO.	FFU3_5_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_5_POWER_ON	);
AO.	FFU3_6_POWER_ON	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_6_POWER_ON	);
AO.	FFU1_1_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_1_SPEED_SV	);
AO.	FFU1_2_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_2_SPEED_SV	);
AO.	FFU1_3_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_3_SPEED_SV	);
AO.	FFU1_4_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_4_SPEED_SV	);
AO.	FFU1_5_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_5_SPEED_SV	);
AO.	FFU1_6_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_6_SPEED_SV	);
AO.	FFU2_1_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_1_SPEED_SV	);
AO.	FFU2_2_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_2_SPEED_SV	);
AO.	FFU2_3_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_3_SPEED_SV	);
AO.	FFU2_4_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_4_SPEED_SV	);
AO.	FFU2_5_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_5_SPEED_SV	);
AO.	FFU2_6_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_6_SPEED_SV	);
AO.	FFU3_1_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_1_SPEED_SV	);
AO.	FFU3_2_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_2_SPEED_SV	);
AO.	FFU3_3_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_3_SPEED_SV	);
AO.	FFU3_4_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_4_SPEED_SV	);
AO.	FFU3_5_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_5_SPEED_SV	);
AO.	FFU3_6_SPEED_SV	:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_6_SPEED_SV	);
AO.	FFU1_1_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_1_EN		);
AO.	FFU1_2_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_2_EN		);
AO.	FFU1_3_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_3_EN		);
AO.	FFU1_4_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_4_EN		);
AO.	FFU1_5_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_5_EN		);
AO.	FFU1_6_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU1_6_EN		);
AO.	FFU2_1_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_1_EN		);
AO.	FFU2_2_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_2_EN		);
AO.	FFU2_3_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_3_EN		);
AO.	FFU2_4_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_4_EN		);
AO.	FFU2_5_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_5_EN		);
AO.	FFU2_6_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU2_6_EN		);
AO.	FFU3_1_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_1_EN		);
AO.	FFU3_2_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_2_EN		);
AO.	FFU3_3_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_3_EN		);
AO.	FFU3_4_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_4_EN		);
AO.	FFU3_5_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_5_EN		);
AO.	FFU3_6_EN		:=	REAL_TO_UINT(GVL.stPMCtoPLC.	FFU3_6_EN		);]]></ST>
      </Implementation>
    </Action>
    <Action Name="ValveCtrl" Id="{f4e17628-0a45-47e8-8610-f0eb3e0956c0}">
      <Implementation>
        <ST><![CDATA[//EMO status
bEMOStatus := 
	GVL.stPMCtoPLC.EMO101_power_box_EMO AND GVL.stPMCtoPLC.EMO301_Exhaust_box_EMO AND GVL.stPMCtoPLC.EMO401_frontbody_EMO AND
	GVL.stPMCtoPLC.SMK1_detector_operator AND GVL.stPMCtoPLC.Power_box_fire_detector_alarm ;

AV[1]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[1],
	bValveInterlock_In	:= aILK_AV[1] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[1] ,
	bValveOpen_Out		=> aAV[1] 
);				
				
AV[2]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[2],
	bValveInterlock_In	:= aILK_AV[2] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[2] ,
	bValveOpen_Out		=> aAV[2] 	
);				
				
AV[3]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[3],
	bValveInterlock_In	:= aILK_AV[3] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[3] ,
	bValveOpen_Out		=> aAV[3] 	
);				
				
AV[4]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[4],
	bValveInterlock_In	:= aILK_AV[4] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[4] ,
	bValveOpen_Out		=> aAV[4] 	
);				
				
AV[5]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[5],
	bValveInterlock_In	:= aILK_AV[5] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[5] ,
	bValveOpen_Out		=> aAV[5] 	
);				
				
AV[6]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[6],
	bValveInterlock_In	:= aILK_AV[6] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[6] ,
	bValveOpen_Out		=> aAV[6] 	
);				
				
AV[7]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[7],
	bValveInterlock_In	:= aILK_AV[7] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[7] ,
	bValveOpen_Out		=> aAV[7] 	
);				
				
AV[8]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[8],
	bValveInterlock_In	:= aILK_AV[8] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[8] ,
	bValveOpen_Out		=> aAV[8] 	
);				
				
AV[9]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[9],
	bValveInterlock_In	:= aILK_AV[9] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[9] ,
	bValveOpen_Out		=> aAV[9] 	
);				
				
AV[10]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[10],
	bValveInterlock_In	:= aILK_AV[10] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[10] ,
	bValveOpen_Out		=> aAV[10] 	
);				
				
AV[11]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[11],
	bValveInterlock_In	:= aILK_AV[11] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[11] ,
	bValveOpen_Out		=> aAV[11] 	
);				
				
AV[12]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[12],
	bValveInterlock_In	:= aILK_AV[12] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[12] ,
	bValveOpen_Out		=> aAV[12] 	
);				
				
AV[13]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[13],
	bValveInterlock_In	:= aILK_AV[13] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[13] ,
	bValveOpen_Out		=> aAV[13] 	
);				
				
AV[14]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[14],
	bValveInterlock_In	:= aILK_AV[14] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[14] ,
	bValveOpen_Out		=> aAV[14] 	
);				
				
AV[15]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[15],
	bValveInterlock_In	:= aILK_AV[15] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[15] ,
	bValveOpen_Out		=> aAV[15] 	
);				
				
AV[16]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[16],
	bValveInterlock_In	:= aILK_AV[16] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[16] ,
	bValveOpen_Out		=> aAV[16] 	
);				
				
AV[17]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[17],
	bValveInterlock_In	:= aILK_AV[17] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[17] ,
	bValveOpen_Out		=> aAV[17] 	
);				
				
AV[18]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[18],
	bValveInterlock_In	:= aILK_AV[18] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[18] ,
	bValveOpen_Out		=> aAV[18] 	
);				
				
AV[19]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[19],
	bValveInterlock_In	:= aILK_AV[19] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[19] ,
	bValveOpen_Out		=> aAV[19] 	
);				
				
AV[20]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[20],
	bValveInterlock_In	:= aILK_AV[20] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[20] ,
	bValveOpen_Out		=> aAV[20] 	
);				
				
AV[21]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[21],
	bValveInterlock_In	:= aILK_AV[21] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[21] ,
	bValveOpen_Out		=> aAV[21] 	
);				
				
AV[22]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[22],
	bValveInterlock_In	:= aILK_AV[22] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[22] ,
	bValveOpen_Out		=> aAV[22] 	
);				
				
AV[23]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[23],
	bValveInterlock_In	:= aILK_AV[23] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[23] ,
	bValveOpen_Out		=> aAV[23] 	
);				
				
AV[24]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[24],
	bValveInterlock_In	:= aILK_AV[24] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[24] ,
	bValveOpen_Out		=> aAV[24] 	
);				
				
AV[25]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[25],
	bValveInterlock_In	:= aILK_AV[25] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[25] ,
	bValveOpen_Out		=> aAV[25] 	
);				
				
AV[26]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[26],
	bValveInterlock_In	:= aILK_AV[26] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[26] ,
	bValveOpen_Out		=> aAV[26] 	
);				
				
AV[27]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[27],
	bValveInterlock_In	:= aILK_AV[27] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[27] ,
	bValveOpen_Out		=> aAV[27] 	
);				
				
AV[28]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[28],
	bValveInterlock_In	:= aILK_AV[28] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[28] ,
	bValveOpen_Out		=> aAV[28] 	
);				
				
AV[29]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[29],
	bValveInterlock_In	:= aILK_AV[29] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[29] ,
	bValveOpen_Out		=> aAV[29] 	
);				
				
AV[30]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[30],
	bValveInterlock_In	:= aILK_AV[30] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[30] ,
	bValveOpen_Out		=> aAV[30] 	
);				
				
AV[31]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[31],
	bValveInterlock_In	:= aILK_AV[31] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[31] ,
	bValveOpen_Out		=> aAV[31] 	
);				
				
AV[32]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[32],
	bValveInterlock_In	:= aILK_AV[32] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[32] ,
	bValveOpen_Out		=> aAV[32] 	
);				
				
AV[33]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[33],
	bValveInterlock_In	:= aILK_AV[33] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[33] ,
	bValveOpen_Out		=> aAV[33] 	
);				
				
AV[34]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[34],
	bValveInterlock_In	:= aILK_AV[34] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[34] ,
	bValveOpen_Out		=> aAV[34] 	
);				
				
AV[35]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[35],
	bValveInterlock_In	:= aILK_AV[35] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[35] ,
	bValveOpen_Out		=> aAV[35] 	
);				
				
AV[36]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[36],
	bValveInterlock_In	:= aILK_AV[36] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[36] ,
	bValveOpen_Out		=> aAV[36] 	
);				
				
AV[37]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[37],
	bValveInterlock_In	:= aILK_AV[37] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[37] ,
	bValveOpen_Out		=> aAV[37] 	
);				
				
AV[38]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[38],
	bValveInterlock_In	:= aILK_AV[38] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[38] ,
	bValveOpen_Out		=> aAV[38] 	
);				
				
AV[39]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[39],
	bValveInterlock_In	:= aILK_AV[39] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[39] ,
	bValveOpen_Out		=> aAV[39] 	
);				
				
AV[40]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[40],
	bValveInterlock_In	:= aILK_AV[40] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[40] ,
	bValveOpen_Out		=> aAV[40] 	
);				
				
AV[41]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[41],
	bValveInterlock_In	:= aILK_AV[41] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[41] ,
	bValveOpen_Out		=> aAV[41] 	
);				
				
AV[42]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[42],
	bValveInterlock_In	:= aILK_AV[42] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[42] ,
	bValveOpen_Out		=> aAV[42] 	
);				
				
AV[43]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[43],
	bValveInterlock_In	:= aILK_AV[43] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[43] ,
	bValveOpen_Out		=> aAV[43] 	
);				
				
AV[44]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[44],
	bValveInterlock_In	:= aILK_AV[44] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[44] ,
	bValveOpen_Out		=> aAV[44] 	
);				
				
AV[45]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[45],
	bValveInterlock_In	:= aILK_AV[45] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[45] ,
	bValveOpen_Out		=> aAV[45] 	
);				
				
AV[46]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[46],
	bValveInterlock_In	:= aILK_AV[46] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[46] ,
	bValveOpen_Out		=> aAV[46] 	
);				
				
AV[47]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[47],
	bValveInterlock_In	:= aILK_AV[47] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[47] ,
	bValveOpen_Out		=> aAV[47] 	
);				
				
AV[48]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[48],
	bValveInterlock_In	:= aILK_AV[48] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[48] ,
	bValveOpen_Out		=> aAV[48] 	
);				
				
AV[49]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[49],
	bValveInterlock_In	:= aILK_AV[49] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[49] ,
	bValveOpen_Out		=> aAV[49] 	
);				
				
AV[50]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[50],
	bValveInterlock_In	:= aILK_AV[50] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[50] ,
	bValveOpen_Out		=> aAV[50] 	
);				
				
AV[51]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[51],
	bValveInterlock_In	:= aILK_AV[51] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[51] ,
	bValveOpen_Out		=> aAV[51] 	
);				
				
AV[52]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[52],
	bValveInterlock_In	:= aILK_AV[52] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[52] ,
	bValveOpen_Out		=> aAV[52] 	
);				
				
AV[53]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[53],
	bValveInterlock_In	:= aILK_AV[53] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[53] ,
	bValveOpen_Out		=> aAV[53] 	
);				
				
AV[54]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[54],
	bValveInterlock_In	:= aILK_AV[54] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[54] ,
	bValveOpen_Out		=> aAV[54] 	
);				
				
AV[55]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[55],
	bValveInterlock_In	:= aILK_AV[55] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[55] ,
	bValveOpen_Out		=> aAV[55] 	
);				
				
AV[56]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[56],
	bValveInterlock_In	:= aILK_AV[56] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[56] ,
	bValveOpen_Out		=> aAV[56] 	
);				
				
AV[57]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[57],
	bValveInterlock_In	:= aILK_AV[57] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[57] ,
	bValveOpen_Out		=> aAV[57] 	
);				
				
AV[58]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,
	bForceOpen_In		:= aForceOpValve[58],	
	bValveInterlock_In	:= aILK_AV[58] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[58] ,
	bValveOpen_Out		=> aAV[58] 	
);				
				
AV[59]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[59],
	bValveInterlock_In	:= aILK_AV[59] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[59] ,
	bValveOpen_Out		=> aAV[59] 	
);				
				
AV[60]	//auto valve				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[60],
	bValveInterlock_In	:= aILK_AV[60] ,		
	bPMCCtrl_In			:= TRUE(*GVL.stPMCtoPLC.aAV[60]*) ,
	bValveOpen_Out		=> aAV[60] 	
);				
				
AV[61]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[61],
	bValveInterlock_In	:= aILK_AV[61] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[61] ,
	bValveOpen_Out		=> aAV[61] 	
);				
				
AV[62]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[62],
	bValveInterlock_In	:= aILK_AV[62] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[62] ,
	bValveOpen_Out		=> aAV[62] 	
);				
				
AV[63]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[63],
	bValveInterlock_In	:= aILK_AV[63] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[63] ,
	bValveOpen_Out		=> aAV[63] 	
);				
				
AV[64]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[64],
	bValveInterlock_In	:= aILK_AV[64] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[64] ,
	bValveOpen_Out		=> aAV[64] 	
);				
				
(*AV[65]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,
	bForceOpen_In		:= aForceOpValve[65],	
	bValveInterlock_In	:= aILK_AV[65] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[65] ,
	bValveOpen_Out		=> aAV[65] 	
);	*)	

AV65Open				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,
	bForceOpen_In		:= bForceAV65Open,	
	bValveInterlock_In	:= aILK_AV[65] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.bAV65Open ,
	bValveOpen_Out		=> GVL.bAV65Open 	
);	

AV65Close				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,
	bForceOpen_In		:= bForceAV65Close,	
	bValveInterlock_In	:= aILK_AV[65] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.bAV65Close ,
	bValveOpen_Out		=> GVL.bAV65Close 	
);	
				
AV[66]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[66],
	bValveInterlock_In	:= aILK_AV[66] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[66] ,
	bValveOpen_Out		=> aAV[66] 	
);				
				
AV[67]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[67],
	bValveInterlock_In	:= aILK_AV[67] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[67] ,
	bValveOpen_Out		=> aAV[67] 	
);				
				
AV[68]	// auto valve				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[68],
	bValveInterlock_In	:= aILK_AV[68] ,		
	bPMCCtrl_In			:= TRUE(*GVL.stPMCtoPLC.aAV[68]*) ,
	bValveOpen_Out		=> aAV[68] 	
);				
				
AV[69]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[69],
	bValveInterlock_In	:= aILK_AV[69] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[69] ,
	bValveOpen_Out		=> aAV[69] 	
);				
				
AV[70]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[70],
	bValveInterlock_In	:= aILK_AV[70] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[70] ,
	bValveOpen_Out		=> aAV[70] 	
);				
				
AV[71]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[71],
	bValveInterlock_In	:= aILK_AV[71] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[71] ,
	bValveOpen_Out		=> aAV[71] 	
);				
				
AV[72]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[72],
	bValveInterlock_In	:= aILK_AV[72] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[72] ,
	bValveOpen_Out		=> aAV[72] 	
);				
				
AV[73]	// auto valve				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[73],
	bValveInterlock_In	:= aILK_AV[73] ,		
	bPMCCtrl_In			:= TRUE(*GVL.stPMCtoPLC.aAV[73]*) ,
	bValveOpen_Out		=> aAV[73] 	
);				
				
AV[74]	// auto valve				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[74],
	bValveInterlock_In	:= aILK_AV[74] ,		
	bPMCCtrl_In			:= TRUE(*GVL.stPMCtoPLC.aAV[74]*) ,
	bValveOpen_Out		=> aAV[74] 	
);				
				
AV[75]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[75],
	bValveInterlock_In	:= aILK_AV[75] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[75] ,
	bValveOpen_Out		=> aAV[75] 	
);				
				
AV[76]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[76],
	bValveInterlock_In	:= aILK_AV[76] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[76] ,
	bValveOpen_Out		=> aAV[76] 	
);				
				
AV[77]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[77],
	bValveInterlock_In	:= aILK_AV[77] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[77] ,
	bValveOpen_Out		=> aAV[77] 	
);				
				
AV[78]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[78],
	bValveInterlock_In	:= aILK_AV[78] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[78] ,
	bValveOpen_Out		=> aAV[78] 	
);		
		
AV79Open				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,
	bForceOpen_In		:= bForceAV79Open,	
	bValveInterlock_In	:= aILK_AV[79] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.bAV79Open ,
	bValveOpen_Out		=> GVL.bAV79Open 	
);	

AV79Close				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,
	bForceOpen_In		:= bForceAV79Close,	
	bValveInterlock_In	:= aILK_AV[79] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.bAV79Close ,
	bValveOpen_Out		=> GVL.bAV79Close 	
);
		
(*AV[79]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[79],
	bValveInterlock_In	:= aILK_AV[79] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[79] ,
	bValveOpen_Out		=> aAV[79] 	
);	*)			
				
AV[80]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[80],
	bValveInterlock_In	:= aILK_AV[80] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[80] ,
	bValveOpen_Out		=> aAV[80] 	
);				
				
AV[81]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[81],
	bValveInterlock_In	:= aILK_AV[81] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[81] ,
	bValveOpen_Out		=> aAV[81] 	
);				
				
AV[82]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[82],
	bValveInterlock_In	:= aILK_AV[82] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[82] ,
	bValveOpen_Out		=> aAV[82] 	
);				
				
AV[83]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[83],
	bValveInterlock_In	:= aILK_AV[83] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[83] ,
	bValveOpen_Out		=> aAV[83] 	
);				
				
AV[84]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[84],
	bValveInterlock_In	:= aILK_AV[84] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[84] ,
	bValveOpen_Out		=> aAV[84] 	
);				
				
AV[85]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[85],
	bValveInterlock_In	:= aILK_AV[85] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[85] ,
	bValveOpen_Out		=> aAV[85] 	
);				
				
AV[86]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[86],
	bValveInterlock_In	:= aILK_AV[86] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[86] ,
	bValveOpen_Out		=> aAV[86] 	
);				
				
AV[87]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[87],
	bValveInterlock_In	:= aILK_AV[87] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[87] ,
	bValveOpen_Out		=> aAV[87] 	
);				
				
AV[88]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[88],
	bValveInterlock_In	:= aILK_AV[88] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[88] ,
	bValveOpen_Out		=> aAV[88] 	
);				
				
AV[89]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[89],
	bValveInterlock_In	:= aILK_AV[89] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[89] ,
	bValveOpen_Out		=> aAV[89] 	
);				
				
AV[90]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[90],
	bValveInterlock_In	:= aILK_AV[90] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[90] ,
	bValveOpen_Out		=> aAV[90] 	
);				
				
(*AV[91]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[91],
	bValveInterlock_In	:= aILK_AV[91] ,		
	bPMCCtrl_In			:= FALSE ,
	bValveOpen_Out		=> aAV[91] 	
);	*)

AV91Open				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,
	bForceOpen_In		:= bForceAV91Open,	
	bValveInterlock_In	:= TRUE(*aILK_AV[91]*) ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.bAV91Open ,
	bValveOpen_Out		=> GVL.bAV91Open 	
);	

AV91Close				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,
	bForceOpen_In		:= bForceAV91Close,	
	bValveInterlock_In	:= TRUE(*aILK_AV[91]*) ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.bAV91Close ,
	bValveOpen_Out		=> GVL.bAV91Close 	
);			
				
AV[92]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[92],
	bValveInterlock_In	:= aILK_AV[92] ,		
	bPMCCtrl_In			:= TRUE ,
	bValveOpen_Out		=> aAV[92] 	
);				
				
AV[93]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[93],
	bValveInterlock_In	:= aILK_AV[93] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[93] ,
	bValveOpen_Out		=> aAV[93] 	
);				
				
AV[94]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,
bForceOpen_In		:= aForceOpValve[94],	
	bValveInterlock_In	:= aILK_AV[94] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[94] ,
	bValveOpen_Out		=> aAV[94] 	
);				
				
AV[95]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[95],
	bValveInterlock_In	:= aILK_AV[95] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[95] ,
	bValveOpen_Out		=> aAV[95] 	
);				
				
AV[96]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[96],
	bValveInterlock_In	:= aILK_AV[96] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[96] ,
	bValveOpen_Out		=> aAV[96] 	
);				
				
AV[97]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[97],
	bValveInterlock_In	:= aILK_AV[97] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[97] ,
	bValveOpen_Out		=> aAV[97] 	
);				
				
AV[98]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[98],
	bValveInterlock_In	:= aILK_AV[98] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[98] ,
	bValveOpen_Out		=> aAV[98] 	
);				
				
AV[99]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[99],
	bValveInterlock_In	:= aILK_AV[99] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[99] ,
	bValveOpen_Out		=> aAV[99] 	
);				
				
AV[100]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[100],
	bValveInterlock_In	:= aILK_AV[100] ,		
	bPMCCtrl_In			:= NOT GVL.stPMCtoPLC.T_MNT_sw OR ( GVL.stPMCtoPLC.T_MNT_sw AND GVL.stPMCtoPLC.T_REF_sw AND GVL.stPMCtoPLC.aAV[100] )(*GVL.stPMCtoPLC.aAV[100]*) ,
	bValveOpen_Out		=> aAV[100] 	
);				
				
AV[101]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[101],
	bValveInterlock_In	:= aILK_AV[101] ,		
	bPMCCtrl_In			:= NOT GVL.stPMCtoPLC.T_MNT_sw OR ( GVL.stPMCtoPLC.T_MNT_sw AND GVL.stPMCtoPLC.T_REF_sw AND GVL.stPMCtoPLC.aAV[101] )(*GVL.stPMCtoPLC.aAV[101]*) ,
	bValveOpen_Out		=> aAV[101] 	
);				
				
AV[102]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[102],
	bValveInterlock_In	:= aILK_AV[102] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[102] ,
	bValveOpen_Out		=> aAV[102] 	
);				
				
AV[103]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[103],
	bValveInterlock_In	:= aILK_AV[103] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[103] ,
	bValveOpen_Out		=> aAV[103] 	
);				
				
AV[104]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[104],
	bValveInterlock_In	:= aILK_AV[104] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[104] ,
	bValveOpen_Out		=> aAV[104] 	
);				
				
AV[105]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[105],
	bValveInterlock_In	:= aILK_AV[105] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[105] ,
	bValveOpen_Out		=> aAV[105] 	
);				
				
AV[106]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[106],
	bValveInterlock_In	:= aILK_AV[106] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[106] ,
	bValveOpen_Out		=> aAV[106] 	
);				
				
AV[107]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[107],
	bValveInterlock_In	:= aILK_AV[107] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[107] ,
	bValveOpen_Out		=> aAV[107] 	
);				
				
AV[108]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[108],
	bValveInterlock_In	:= aILK_AV[108] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[108] ,
	bValveOpen_Out		=> aAV[108] 	
);				
				
AV[109]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[109],
	bValveInterlock_In	:= aILK_AV[109] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[109] ,
	bValveOpen_Out		=> aAV[109] 	
);				
				
AV[110]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[110],
	bValveInterlock_In	:= aILK_AV[110] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[110] ,
	bValveOpen_Out		=> aAV[110] 	
);				
				
AV[111]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,
	bForceOpen_In		:= aForceOpValve[111],	
	bValveInterlock_In	:= aILK_AV[111] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[111] ,
	bValveOpen_Out		=> aAV[111] 	
);				
				
AV[112]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[112],
	bValveInterlock_In	:= aILK_AV[112] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[112] ,
	bValveOpen_Out		=> aAV[112] 	
);				
				
AV[113]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[113],
	bValveInterlock_In	:= aILK_AV[113] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[113] ,
	bValveOpen_Out		=> aAV[113] 	
);				
				
AV[114]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[114],
	bValveInterlock_In	:= aILK_AV[114] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[114] ,
	bValveOpen_Out		=> aAV[114] 	
);				
				
AV[115]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[115],
	bValveInterlock_In	:= aILK_AV[115] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[115] ,
	bValveOpen_Out		=> aAV[115] 	
);				
				
AV[116]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[116],
	bValveInterlock_In	:= aILK_AV[116] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[116] ,
	bValveOpen_Out		=> aAV[116] 	
);				
				
AV[117]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[117],
	bValveInterlock_In	:= aILK_AV[117] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[117] ,
	bValveOpen_Out		=> aAV[117] 	
);				
				
AV[118]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[118],
	bValveInterlock_In	:= aILK_AV[118] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[118] ,
	bValveOpen_Out		=> aAV[118] 	
);				
				
AV[119]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[119],
	bValveInterlock_In	:= aILK_AV[119] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[119] ,
	bValveOpen_Out		=> aAV[119] 	
);				
				
AV[120]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[120],
	bValveInterlock_In	:= aILK_AV[120] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[120] ,
	bValveOpen_Out		=> aAV[120] 	
);				
				
AV[121]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[121],
	bValveInterlock_In	:= aILK_AV[121] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[121] ,
	bValveOpen_Out		=> aAV[121] 	
);				
				
AV[122]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[122],
	bValveInterlock_In	:= aILK_AV[122] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[122] ,
	bValveOpen_Out		=> aAV[122] 	
);				
				
AV[123]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[123],
	bValveInterlock_In	:= aILK_AV[123] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[123] ,
	bValveOpen_Out		=> aAV[123] 	
);				
				
AV[124]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[124],
	bValveInterlock_In	:= aILK_AV[124] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[124] ,
	bValveOpen_Out		=> aAV[124] 	
);				
				
AV[125]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[125],
	bValveInterlock_In	:= aILK_AV[125] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[125] ,
	bValveOpen_Out		=> aAV[125] 	
);				
				
AV[126]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[126],
	bValveInterlock_In	:= aILK_AV[126] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[126] ,
	bValveOpen_Out		=> aAV[126] 	
);				
				
AV[127]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[127],
	bValveInterlock_In	:= aILK_AV[127] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[127] ,
	bValveOpen_Out		=> aAV[127] 	
);				
				
AV[128]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[128],
	bValveInterlock_In	:= aILK_AV[128] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[128] ,
	bValveOpen_Out		=> aAV[128] 	
);				
				
AV[129]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[129],
	bValveInterlock_In	:= aILK_AV[129] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[129] ,
	bValveOpen_Out		=> aAV[129] 	
);				
				
AV[130]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[130],
	bValveInterlock_In	:= aILK_AV[130] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[130] ,
	bValveOpen_Out		=> aAV[130] 	
);				
				
AV[131]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[131],
	bValveInterlock_In	:= aILK_AV[131] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[131] ,
	bValveOpen_Out		=> aAV[131] 	
);				
				
AV[132]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[132],
	bValveInterlock_In	:= aILK_AV[132] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[132] ,
	bValveOpen_Out		=> aAV[132] 	
);				
				
AV[133]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[133],
	bValveInterlock_In	:= aILK_AV[133] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[133] ,
	bValveOpen_Out		=> aAV[133] 	
);				
				
AV[134]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[134],
	bValveInterlock_In	:= aILK_AV[134] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[134] ,
	bValveOpen_Out		=> aAV[134] 	
);				
				
AV[135]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[135],
	bValveInterlock_In	:= aILK_AV[135] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[135] ,
	bValveOpen_Out		=> aAV[135] 	
);				
				
AV[136]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[136],
	bValveInterlock_In	:= aILK_AV[136] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[136] ,
	bValveOpen_Out		=> aAV[136] 	
);				
				
AV[137]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[137],
	bValveInterlock_In	:= aILK_AV[137] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[137] ,
	bValveOpen_Out		=> aAV[137] 	
);				
				
AV[138]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[138],
	bValveInterlock_In	:= aILK_AV[138] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[138] ,
	bValveOpen_Out		=> aAV[138] 	
);				
				
AV[139]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[139],
	bValveInterlock_In	:= aILK_AV[139] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[139] ,
	bValveOpen_Out		=> aAV[139] 	
);				
				
AV[140]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[140],
	bValveInterlock_In	:= aILK_AV[140] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[140] ,
	bValveOpen_Out		=> aAV[140] 	
);				
				
AV[141]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[141],
	bValveInterlock_In	:= aILK_AV[141] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[141] ,
	bValveOpen_Out		=> aAV[141] 	
);				
				
AV[142]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[142],
	bValveInterlock_In	:= aILK_AV[142] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[142] ,
	bValveOpen_Out		=> aAV[142] 	
);				
				
AV[143]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[143],
	bValveInterlock_In	:= aILK_AV[143] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[143] ,
	bValveOpen_Out		=> aAV[143] 	
);				
				
AV[144]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[144],
	bValveInterlock_In	:= aILK_AV[144] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[144] ,
	bValveOpen_Out		=> aAV[144] 	
);				
				
AV[145]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[145],
	bValveInterlock_In	:= aILK_AV[145] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[145] ,
	bValveOpen_Out		=> aAV[145] 	
);				
				
AV[146]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[146],
	bValveInterlock_In	:= aILK_AV[146] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[146] ,
	bValveOpen_Out		=> aAV[146] 	
);				
				
AV[147]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[147],
	bValveInterlock_In	:= aILK_AV[147] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[147] ,
	bValveOpen_Out		=> aAV[147] 	
);				
				
AV[148]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[148],
	bValveInterlock_In	:= aILK_AV[148] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[148] ,
	bValveOpen_Out		=> aAV[148] 	
);				
				
AV[149]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[149],
	bValveInterlock_In	:= aILK_AV[149] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[149] ,
	bValveOpen_Out		=> aAV[149] 	
);				
				
AV[150]				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[150],
	bValveInterlock_In	:= aILK_AV[150] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[150] ,
	bValveOpen_Out		=> aAV[150] 	
);		

(*AV[202]
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,	
	bForceOpen_In		:= aForceOpValve[150],
	bValveInterlock_In	:= TRUE(*aILK_AV[202]*) ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.aAV[202] ,
	bValveOpen_Out		=> aAV[202] 	
);	*)

AV202Open				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,
	bForceOpen_In		:= bForceAV202Open,	
	bValveInterlock_In	:= aILK_AV[202] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.bAV202Open ,
	bValveOpen_Out		=> GVL.bAV202Open 	
);	

AV202Close				
(	bValveEnable_In 	:= TRUE ,		
	bInterlock1_In		:= bEMOStatus ,	
	bInterlock2_In		:= TRUE ,	
	bInterlock3_In		:= TRUE ,	
	bInterlock4_In		:= TRUE ,	
	bInterlock5_In		:= TRUE ,
	bForceOpen_In		:= bForceAV202Close,	
	bValveInterlock_In	:= aILK_AV[202] ,		
	bPMCCtrl_In			:= GVL.stPMCtoPLC.bAV202Close ,
	bValveOpen_Out		=> GVL.bAV202Close 	
);		]]></ST>
      </Implementation>
    </Action>
    <Action Name="ValveMapping" Id="{24ef3485-1e8d-4fa5-8313-f04d1e0fd5ef}">
      <Implementation>
        <ST><![CDATA[//interlock mapping
GVL.stPLCtoPMC.stIntlk := stILK ; 

//valve interlock mapping
GVL.stPLCtoPMC.aILK_AV := aILK_AV ;

//VAC mapping
GVL.stPLCtoPMC.aVAC		:= aVAC ;

//AV540
GVL.stPLCtoPMC.bAV540	:= bAV540 ;

(*EV1*)
//stGBQ.QEV[1].A.uBit.v1	:=  aAV[];
stGBQ.QEV[1].A.uBit.v2	:=  aAV[52];
//stGBQ.QEV[1].A.uBit.v3	:=  aAV[];
stGBQ.QEV[1].A.uBit.v4	:=  aAV[100];
//stGBQ.QEV[1].A.uBit.v5	:=  aAV[];
stGBQ.QEV[1].A.uBit.v6	:=  aAV[102];
stGBQ.QEV[1].A.uBit.v7	:=  aAV[103];
stGBQ.QEV[1].A.uBit.v8	:=  aAV[104];
	
stGBQ.QEV[1].B.uBit.v1	:=  aAV[105];
stGBQ.QEV[1].B.uBit.v2	:=  aAV[106];
stGBQ.QEV[1].B.uBit.v3	:=  aAV[107];
//stGBQ.QEV[1].B.uBit.v4	:=  aAV[];
//stGBQ.QEV[1].B.uBit.v5	:=  aAV[];
stGBQ.QEV[1].B.uBit.v6	:=  aAV[110];
//stGBQ.QEV[1].B.uBit.v7	:=  aAV[];
stGBQ.QEV[1].B.uBit.v8	:=  aAV[112];
	
//stGBQ.QEV[1].C.uBit.v1	:=  aAV[];
stGBQ.QEV[1].C.uBit.v2	:=  aAV[120];
stGBQ.QEV[1].C.uBit.v3	:=  aAV[121];
stGBQ.QEV[1].C.uBit.v4	:=  aAV[122];
stGBQ.QEV[1].C.uBit.v5	:=  aAV[123];
stGBQ.QEV[1].C.uBit.v6	:=  aAV[124];
stGBQ.QEV[1].C.uBit.v7	:=  aAV[125];
stGBQ.QEV[1].C.uBit.v8	:=  aAV[126];
	
stGBQ.QEV[1].D.uBit.v1	:=  aAV[127];
stGBQ.QEV[1].D.uBit.v2	:=  aAV[128];
stGBQ.QEV[1].D.uBit.v3	:=  aAV[129];
stGBQ.QEV[1].D.uBit.v4	:=  aAV[130];
stGBQ.QEV[1].D.uBit.v5	:=  aAV[131];
//stGBQ.QEV[1].D.uBit.v6	:=  aAV[];
stGBQ.QEV[1].D.uBit.v7	:=  aAV[136];
stGBQ.QEV[1].D.uBit.v8	:=  aAV[137];


//EV2
stGBQ.QEV[2].A.uBit.v1	:=  aAV[101];
stGBQ.QEV[2].A.uBit.v2	:=  aAV[111];
//stGBQ.QEV[2].A.uBit.v3	:=  
//stGBQ.QEV[2].A.uBit.v4	:=  
//stGBQ.QEV[2].A.uBit.v5	:=  
//stGBQ.QEV[2].A.uBit.v6	:=  
//stGBQ.QEV[2].A.uBit.v7	:=  
//stGBQ.QEV[2].A.uBit.v8	:=  
	
(*sstGBQ.QEV[2].B.uBit.v1	:=  
stGBQ.QEV[2].B.uBit.v2	:=  
stGBQ.QEV[2].B.uBit.v3	:=  
stGBQ.QEV[2].B.uBit.v4	:=  
stGBQ.QEV[2].B.uBit.v5	:=  
stGBQ.QEV[2].B.uBit.v6	:=  
stGBQ.QEV[2].B.uBit.v7	:=  
stGBQ.QEV[2].B.uBit.v8	:=  
	
tGBQ.QEV[2].C.uBit.v1	:=  
stGBQ.QEV[2].C.uBit.v2	:=  
stGBQ.QEV[2].C.uBit.v3	:=  
stGBQ.QEV[2].C.uBit.v4	:=  
stGBQ.QEV[2].C.uBit.v5	:=  
stGBQ.QEV[2].C.uBit.v6	:=  
stGBQ.QEV[2].C.uBit.v7	:=  
stGBQ.QEV[2].C.uBit.v8	:=  
	
stGBQ.QEV[2].D.uBit.v1	:=  
stGBQ.QEV[2].D.uBit.v2	:=  
stGBQ.QEV[2].D.uBit.v3	:=  
stGBQ.QEV[2].D.uBit.v4	:=  
stGBQ.QEV[2].D.uBit.v5	:=  
stGBQ.QEV[2].D.uBit.v6	:=  
stGBQ.QEV[2].D.uBit.v7	:=  
stGBQ.QEV[2].D.uBit.v8	:=  *)

//EV3
stGBQ.QEV[3].A.uBit.v1	:=  aAV[1];
//stGBQ.QEV[3].A.uBit.v2	:=  aAV[];
stGBQ.QEV[3].A.uBit.v3	:=  aAV[3];
stGBQ.QEV[3].A.uBit.v4	:=  aAV[4];
stGBQ.QEV[3].A.uBit.v5	:=  aAV[5];
stGBQ.QEV[3].A.uBit.v6	:=  aAV[6];
stGBQ.QEV[3].A.uBit.v7	:=  aAV[7];
stGBQ.QEV[3].A.uBit.v8	:=  aAV[8];
	
stGBQ.QEV[3].B.uBit.v1	:=  aAV[9];
stGBQ.QEV[3].B.uBit.v2	:=  aAV[10];
stGBQ.QEV[3].B.uBit.v3	:=  aAV[11];
stGBQ.QEV[3].B.uBit.v4	:=  aAV[33];
stGBQ.QEV[3].B.uBit.v5	:=  aAV[13];
stGBQ.QEV[3].B.uBit.v6	:=  aAV[14];
stGBQ.QEV[3].B.uBit.v7	:=  aAV[15];
stGBQ.QEV[3].B.uBit.v8	:=  aAV[35];
	
stGBQ.QEV[3].C.uBit.v1	:=  aAV[17];
stGBQ.QEV[3].C.uBit.v2	:=  aAV[18];
stGBQ.QEV[3].C.uBit.v3	:=  aAV[19];
stGBQ.QEV[3].C.uBit.v4	:=  aAV[36];
stGBQ.QEV[3].C.uBit.v5	:=  aAV[21];
stGBQ.QEV[3].C.uBit.v6	:=  aAV[22];
stGBQ.QEV[3].C.uBit.v7	:=  aAV[23];
stGBQ.QEV[3].C.uBit.v8	:=  aAV[24];
	
stGBQ.QEV[3].D.uBit.v1	:=  aAV[25];
//stGBQ.QEV[3].D.uBit.v2	:=  aAV[];
stGBQ.QEV[3].D.uBit.v3	:=  aAV[27];
stGBQ.QEV[3].D.uBit.v4	:=  aAV[28];
stGBQ.QEV[3].D.uBit.v5	:=  aAV[29];
//stGBQ.QEV[3].D.uBit.v6	:=  aAV[];
stGBQ.QEV[3].D.uBit.v7	:=  aAV[31];
stGBQ.QEV[3].D.uBit.v8	:=  aAV[32];

//EV4
stGBQ.QEV[4].A.uBit.v1	:=  aAV[16];
stGBQ.QEV[4].A.uBit.v2	:=  aAV[12];
stGBQ.QEV[4].A.uBit.v3	:=  aAV[26];
stGBQ.QEV[4].A.uBit.v4	:=  aAV[20];
stGBQ.QEV[4].A.uBit.v5	:=  aAV[34];
stGBQ.QEV[4].A.uBit.v6	:=  aAV[30];
//stGBQ.QEV[4].A.uBit.v7	:=  aAV[];
//stGBQ.QEV[4].A.uBit.v8	:=  aAV[];
	
(*stGBQ.QEV[4].B.uBit.v1	:=  
stGBQ.QEV[4].B.uBit.v2	:=  
stGBQ.QEV[4].B.uBit.v3	:=  
stGBQ.QEV[4].B.uBit.v4	:=  
stGBQ.QEV[4].B.uBit.v5	:=  
stGBQ.QEV[4].B.uBit.v6	:=  
stGBQ.QEV[4].B.uBit.v7	:=  
stGBQ.QEV[4].B.uBit.v8	:=  
	
stGBQ.QEV[4].C.uBit.v1	:=  
stGBQ.QEV[4].C.uBit.v2	:=  
stGBQ.QEV[4].C.uBit.v3	:=  
stGBQ.QEV[4].C.uBit.v4	:=  
stGBQ.QEV[4].C.uBit.v5	:=  
stGBQ.QEV[4].C.uBit.v6	:=  
stGBQ.QEV[4].C.uBit.v7	:=  
stGBQ.QEV[4].C.uBit.v8	:=  
	
stGBQ.QEV[4].D.uBit.v1	:=  
stGBQ.QEV[4].D.uBit.v2	:=  
stGBQ.QEV[4].D.uBit.v3	:=  
stGBQ.QEV[4].D.uBit.v4	:=  
stGBQ.QEV[4].D.uBit.v5	:=  
stGBQ.QEV[4].D.uBit.v6	:=  
stGBQ.QEV[4].D.uBit.v7	:=  
stGBQ.QEV[4].D.uBit.v8	:=  *)

//EV5
stGBQ.QEV[5].A.uBit.v1	:=  GVL.bAV65Open;
stGBQ.QEV[5].A.uBit.v2	:=  GVL.bAV65Close;
stGBQ.QEV[5].A.uBit.v3	:=  GVL.bAV202Open;
stGBQ.QEV[5].A.uBit.v4	:=  GVL.bAV202Close;
//stGBQ.QEV[5].A.uBit.v5	:=  
//stGBQ.QEV[5].A.uBit.v6	:=  
//stGBQ.QEV[5].A.uBit.v7	:=  
//stGBQ.QEV[5].A.uBit.v8	:=  
	
(*stGBQ.QEV[5].B.uBit.v1	:=  
stGBQ.QEV[5].B.uBit.v2	:=  
stGBQ.QEV[5].B.uBit.v3	:=  
stGBQ.QEV[5].B.uBit.v4	:=  
stGBQ.QEV[5].B.uBit.v5	:=  
stGBQ.QEV[5].B.uBit.v6	:=  
stGBQ.QEV[5].B.uBit.v7	:=  
stGBQ.QEV[5].B.uBit.v8	:=  
	
stGBQ.QEV[5].C.uBit.v1	:=  
stGBQ.QEV[5].C.uBit.v2	:=  
stGBQ.QEV[5].C.uBit.v3	:=  
stGBQ.QEV[5].C.uBit.v4	:=  
stGBQ.QEV[5].C.uBit.v5	:=  
stGBQ.QEV[5].C.uBit.v6	:=  
stGBQ.QEV[5].C.uBit.v7	:=  
stGBQ.QEV[5].C.uBit.v8	:=  
	
stGBQ.QEV[5].D.uBit.v1	:=  
stGBQ.QEV[5].D.uBit.v2	:=  
stGBQ.QEV[5].D.uBit.v3	:=  
stGBQ.QEV[5].D.uBit.v4	:=  
stGBQ.QEV[5].D.uBit.v5	:=  
stGBQ.QEV[5].D.uBit.v6	:=  
stGBQ.QEV[5].D.uBit.v7	:=  
stGBQ.QEV[5].D.uBit.v8	:=  *)

//VT301
stEXHQ.QEV[1].A.uBit.v1	:=  GVL.bAV79Open(*aAV[78]*);
stEXHQ.QEV[1].A.uBit.v2	:=  GVL.bAV79Close(*aAV[78]*);
//stEXHQ.QEV[1].A.uBit.v3	:=  aAV[];
//stEXHQ.QEV[1].A.uBit.v4	:=  aAV[];
//stEXHQ.QEV[1].A.uBit.v5	:=  aAV[];
//stEXHQ.QEV[1].A.uBit.v6	:=  aAV[];
//stEXHQ.QEV[1].A.uBit.v7	:=  aAV[];
//stEXHQ.QEV[1].A.uBit.v8	:=  aAV[];
	
//stEXHQ.QEV[1].B.uBit.v1	:=  aAV[];
//stEXHQ.QEV[1].B.uBit.v2	:=  aAV[];
stEXHQ.QEV[1].B.uBit.v3	:=  GVL.bAV91Open;
stEXHQ.QEV[1].B.uBit.v4	:=  GVL.bAV91Close;
stEXHQ.QEV[1].B.uBit.v5	:=  FALSE(*aAV[71]*);
//stEXHQ.QEV[1].B.uBit.v6	:=  aAV[];
stEXHQ.QEV[1].B.uBit.v7	:=  aAV[60];
stEXHQ.QEV[1].B.uBit.v8	:=  aAV[67];
	
stEXHQ.QEV[1].C.uBit.v1	:=  aAV[68];
stEXHQ.QEV[1].C.uBit.v2	:=  aAV[72];
stEXHQ.QEV[1].C.uBit.v3	:=  aAV[73];
stEXHQ.QEV[1].C.uBit.v4	:=  aAV[74];
stEXHQ.QEV[1].C.uBit.v5	:=  aAV[75];
stEXHQ.QEV[1].C.uBit.v6	:=  aAV[77];
stEXHQ.QEV[1].C.uBit.v7	:=  aAV[85];
stEXHQ.QEV[1].C.uBit.v8	:=  aAV[86];
	
stEXHQ.QEV[1].D.uBit.v1	:=  aAV[87];
stEXHQ.QEV[1].D.uBit.v2	:=  aAV[88];
(*stEXHQ.QEV[1].D.uBit.v3	:=  
stEXHQ.QEV[1].D.uBit.v4	:=  
stEXHQ.QEV[1].D.uBit.v5	:=  
stEXHQ.QEV[1].D.uBit.v6	:=  
stEXHQ.QEV[1].D.uBit.v7	:=  
stEXHQ.QEV[1].D.uBit.v8	:=  *)
]]></ST>
      </Implementation>
    </Action>
    <LineIds Name="IOMapping">
      <LineId Id="141" Count="1" />
      <LineId Id="16" Count="0" />
      <LineId Id="219" Count="0" />
      <LineId Id="230" Count="0" />
      <LineId Id="252" Count="1" />
    </LineIds>
    <LineIds Name="IOMapping.Analog">
      <LineId Id="568" Count="0" />
      <LineId Id="4" Count="6" />
      <LineId Id="2" Count="0" />
      <LineId Id="11" Count="0" />
      <LineId Id="13" Count="6" />
      <LineId Id="12" Count="0" />
      <LineId Id="37" Count="7" />
      <LineId Id="21" Count="0" />
      <LineId Id="46" Count="7" />
      <LineId Id="45" Count="0" />
      <LineId Id="54" Count="0" />
      <LineId Id="56" Count="6" />
      <LineId Id="55" Count="0" />
      <LineId Id="63" Count="0" />
      <LineId Id="65" Count="6" />
      <LineId Id="64" Count="0" />
      <LineId Id="72" Count="0" />
      <LineId Id="74" Count="6" />
      <LineId Id="73" Count="0" />
      <LineId Id="81" Count="0" />
      <LineId Id="83" Count="6" />
      <LineId Id="82" Count="0" />
      <LineId Id="90" Count="0" />
      <LineId Id="92" Count="6" />
      <LineId Id="91" Count="0" />
      <LineId Id="99" Count="0" />
      <LineId Id="101" Count="6" />
      <LineId Id="100" Count="0" />
      <LineId Id="108" Count="0" />
      <LineId Id="110" Count="6" />
      <LineId Id="109" Count="0" />
      <LineId Id="117" Count="0" />
      <LineId Id="119" Count="6" />
      <LineId Id="118" Count="0" />
      <LineId Id="126" Count="0" />
      <LineId Id="128" Count="6" />
      <LineId Id="127" Count="0" />
      <LineId Id="135" Count="0" />
      <LineId Id="137" Count="6" />
      <LineId Id="136" Count="0" />
      <LineId Id="144" Count="0" />
      <LineId Id="1937" Count="1" />
      <LineId Id="1940" Count="2" />
      <LineId Id="1947" Count="0" />
      <LineId Id="1943" Count="2" />
      <LineId Id="1949" Count="2" />
      <LineId Id="1948" Count="0" />
      <LineId Id="1952" Count="2" />
      <LineId Id="1946" Count="0" />
      <LineId Id="1956" Count="2" />
      <LineId Id="1955" Count="0" />
      <LineId Id="1960" Count="2" />
      <LineId Id="1959" Count="0" />
      <LineId Id="1939" Count="0" />
      <LineId Id="146" Count="6" />
      <LineId Id="145" Count="0" />
      <LineId Id="153" Count="0" />
      <LineId Id="155" Count="6" />
      <LineId Id="154" Count="0" />
      <LineId Id="162" Count="0" />
      <LineId Id="164" Count="6" />
      <LineId Id="163" Count="0" />
      <LineId Id="171" Count="0" />
      <LineId Id="173" Count="6" />
      <LineId Id="172" Count="0" />
      <LineId Id="180" Count="0" />
      <LineId Id="182" Count="6" />
      <LineId Id="181" Count="0" />
      <LineId Id="189" Count="0" />
      <LineId Id="191" Count="6" />
      <LineId Id="190" Count="0" />
      <LineId Id="1471" Count="323" />
      <LineId Id="1803" Count="0" />
      <LineId Id="1866" Count="70" />
    </LineIds>
    <LineIds Name="IOMapping.Input">
      <LineId Id="91" Count="1" />
      <LineId Id="17" Count="0" />
      <LineId Id="596" Count="31" />
      <LineId Id="1090" Count="15" />
      <LineId Id="1065" Count="0" />
      <LineId Id="972" Count="19" />
      <LineId Id="970" Count="0" />
      <LineId Id="136" Count="0" />
      <LineId Id="236" Count="1" />
      <LineId Id="94" Count="0" />
      <LineId Id="628" Count="57" />
      <LineId Id="1057" Count="5" />
      <LineId Id="1109" Count="15" />
      <LineId Id="993" Count="0" />
      <LineId Id="1011" Count="35" />
      <LineId Id="691" Count="0" />
      <LineId Id="916" Count="1" />
      <LineId Id="229" Count="0" />
      <LineId Id="934" Count="12" />
      <LineId Id="1010" Count="0" />
      <LineId Id="1107" Count="0" />
      <LineId Id="1106" Count="0" />
      <LineId Id="1048" Count="8" />
      <LineId Id="1047" Count="0" />
    </LineIds>
    <LineIds Name="IOMapping.Output">
      <LineId Id="2" Count="2" />
      <LineId Id="61" Count="2" />
      <LineId Id="60" Count="0" />
      <LineId Id="536" Count="15" />
      <LineId Id="699" Count="0" />
      <LineId Id="702" Count="0" />
      <LineId Id="80" Count="2" />
      <LineId Id="7" Count="0" />
      <LineId Id="552" Count="1" />
      <LineId Id="719" Count="7" />
      <LineId Id="728" Count="0" />
      <LineId Id="705" Count="13" />
      <LineId Id="704" Count="0" />
      <LineId Id="83" Count="0" />
    </LineIds>
    <LineIds Name="IOMapping.PLC_to_PMC">
      <LineId Id="214" Count="0" />
      <LineId Id="2" Count="47" />
      <LineId Id="215" Count="0" />
      <LineId Id="50" Count="64" />
      <LineId Id="158" Count="15" />
      <LineId Id="216" Count="0" />
      <LineId Id="115" Count="16" />
      <LineId Id="212" Count="0" />
      <LineId Id="175" Count="18" />
      <LineId Id="213" Count="0" />
      <LineId Id="194" Count="17" />
      <LineId Id="174" Count="0" />
    </LineIds>
    <LineIds Name="IOMapping.PMC_to_PLC">
      <LineId Id="168" Count="0" />
      <LineId Id="17" Count="15" />
      <LineId Id="169" Count="0" />
      <LineId Id="33" Count="16" />
      <LineId Id="109" Count="0" />
      <LineId Id="51" Count="0" />
      <LineId Id="110" Count="56" />
    </LineIds>
    <LineIds Name="IOMapping.ValveCtrl">
      <LineId Id="28" Count="0" />
      <LineId Id="24" Count="0" />
      <LineId Id="26" Count="1" />
      <LineId Id="3709" Count="0" />
      <LineId Id="1899" Count="6" />
      <LineId Id="3722" Count="0" />
      <LineId Id="1906" Count="11" />
      <LineId Id="3721" Count="0" />
      <LineId Id="1918" Count="11" />
      <LineId Id="3720" Count="0" />
      <LineId Id="1930" Count="11" />
      <LineId Id="3719" Count="0" />
      <LineId Id="1942" Count="11" />
      <LineId Id="3718" Count="0" />
      <LineId Id="1954" Count="11" />
      <LineId Id="3717" Count="0" />
      <LineId Id="1966" Count="11" />
      <LineId Id="3723" Count="0" />
      <LineId Id="1978" Count="11" />
      <LineId Id="3724" Count="0" />
      <LineId Id="1990" Count="11" />
      <LineId Id="3725" Count="0" />
      <LineId Id="2002" Count="11" />
      <LineId Id="3726" Count="0" />
      <LineId Id="2014" Count="11" />
      <LineId Id="3727" Count="0" />
      <LineId Id="2026" Count="11" />
      <LineId Id="3728" Count="0" />
      <LineId Id="2038" Count="11" />
      <LineId Id="3729" Count="0" />
      <LineId Id="2050" Count="11" />
      <LineId Id="3730" Count="0" />
      <LineId Id="2062" Count="11" />
      <LineId Id="3731" Count="0" />
      <LineId Id="2074" Count="11" />
      <LineId Id="3732" Count="0" />
      <LineId Id="2086" Count="11" />
      <LineId Id="3733" Count="0" />
      <LineId Id="2098" Count="11" />
      <LineId Id="3734" Count="0" />
      <LineId Id="2110" Count="11" />
      <LineId Id="3735" Count="0" />
      <LineId Id="2122" Count="11" />
      <LineId Id="3736" Count="0" />
      <LineId Id="2134" Count="11" />
      <LineId Id="3737" Count="0" />
      <LineId Id="2146" Count="11" />
      <LineId Id="3738" Count="0" />
      <LineId Id="2158" Count="11" />
      <LineId Id="3739" Count="0" />
      <LineId Id="2170" Count="11" />
      <LineId Id="3740" Count="0" />
      <LineId Id="2182" Count="11" />
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