FB49 OUT P02 : Output stage Heat Exchanger

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Network 1: Pre-Setting

#Support.Estop_TOF(IN := "DI MAIN GLB".P00.GLB_Estop,

                   PT := t#1000ms);

Network 1: Call manual operation

#MANUAL(ST_MANU := "DI MAIN GLB".P00.ManuCmpltMa_run,

        MODULE_HP := "HMI KEY".P02.GLB.F20_HomPos,

        SUPPORT_SEQ := "DI MAIN P02".M02.HomPosRun);

Network 3: G220C Heating cycle pump 0-100%

// Execute reference point

#G220C.DRV.MC_Power.StartMode := #G220C.DRV.MC_MoveVelocity.Direction := 1;

#G220C.DRV.MC_MoveJog.PosCntrl := TRUE;

// Halt impulse

#tmp_enable_axis := "HMI KEY".P02.G220C.F12_Enable_WP;

#G220C.DRV.Support.FEg_Halt_Imp := #G220C.DRV.Support.FEg_Halt AND NOT #tmp_enable_axis;

#G220C.DRV.Support.FEg_Halt := #tmp_enable_axis;

// Execute output stage

#G220C(ENABLE := #Support.Estop_TOF.Q,

       HALT_01 := "HMI KEY".P02.G220C.F21_Halt OR #G220C.DRV.Support.FEg_Halt_Imp OR "DI MAIN GLB".TOF_CmpltMaOFF_Pulse.Q,

       MCB := "E02 G220C MCB",

       START_VELO := #tmp_enable_axis AND (#G220C.DRV.Support.Cmd_MovAbso AND ("DI MAIN GLB".P00.AutoCmpltMa_run OR "DI MAIN P02".M02.HomPosRun OR "DI MAIN P02".SEQ1.SSM.S.stepin)

                     OR "HMI KEY".P02.G220C.F17_GoToAbsoPos),

       JOG_HP := #G220C.DRV.Support.Cmd_MovJogHP AND ("DI MAIN GLB".P00.AutoCmpltMa_run OR "DI MAIN P02".M02.HomPosRun OR "DI MAIN P02".SEQ1.SSM.S.stepin) OR #MANUAL.G220C.CmdExe_slow_fast_HP,

       JOG_WP := #G220C.DRV.Support.Cmd_MovJogWP AND ("DI MAIN GLB".P00.AutoCmpltMa_run OR "DI MAIN P02".M02.HomPosRun OR "DI MAIN P02".SEQ1.SSM.S.stepin) OR #MANUAL.G220C.CmdExe_slow_fast_WP,

       ACK_FLT := "DI MAIN GLB".P00.FLT_CmpltMaACK_REg,

       MODE := 0,

       AXIS := "+2-G220C");

Network 4: M201Product Booster pump

#M201(CMD_ONOFF := FALSE,

      FD_BACK := "E02 M201 FdB",

      HALT_01 := NOT "E00 Estp FdB",

      MCB := "E02 M201 MCB",

      TIME_VAL := t#5000ms,

      ACK_FLT := "DI MAIN GLB".P00.FLT_CmpltMaACK_Imp,

      MOT_CW => "A02 M201 Main",

      MOT_Y => "A02 M201 Y",

      MOT_3E => "A02 M201 3E");

Network 5: V201 Steam inlet valve

#V201(CMD_WP := FALSE,

      FB_HP := NOT "E02 V201 WP",

      FB_WP := "E02 V201 WP",

      RLS := "E00 AirPressur ok",

      ACK_FLT := "DI MAIN GLB".P00.FLT_CmpltMaACK_Imp,

      VALV_WP => "A02 V201 WP");

Network 6: V202 Bypass heat exchanger HE1

#V202(CMD_WP := FALSE,

      FB_HP := "E02 V202 HP",

      FB_WP := "E02 V202 WP",

      RLS := "E00 AirPressur ok",

      ACK_FLT := "DI MAIN GLB".P00.FLT_CmpltMaACK_Imp,

      VALV_WP => "A02 V202 WP");

Network 7: V203 Glycol inlet valve

#V203(CMD_WP := FALSE,

      FB_HP := "E02 V203 HP",

      FB_WP := "E02 V203 WP",

      RLS := "E00 AirPressur ok",

      ACK_FLT := "DI MAIN GLB".P00.FLT_CmpltMaACK_Imp,

      VALV_WP => "A02 V203 WP");

Network 8: V204 Steam regulating valve (0-100) %

"FC OUT PAW"(REQ_VALUE := #V204.Output,

             H_LIM := 100.0,

             L_LIM := 0.0,

             PAW_OUT => "A02 V204 OutPut":P);

Network 9: V205 Glycol regulating valve (0-100) %

"FC OUT PAW"(REQ_VALUE := #V205.Output,

             H_LIM := 100.0,

             L_LIM := 0.0,

             PAW_OUT => "A02 V205 PAW":P);     

Network 10: PT201 Steam inlet pressure (0-9000) mbar

#PT201(PEW_IN := "E02 PT201 InPut":P,

       H_LIM := #PT201.Support.High_Lim,

       L_LIM := #PT201.Support.Low_Lim,

       PEW_SCALE => #PT201.Support.Out_Scale);

Network 11: PT202 Glycol outlet pressure (0-1500) mbar

#PT202(PEW_IN := "E02 PT202 InPut":P,

       H_LIM := #PT202.Support.High_Lim,

       L_LIM := #PT202.Support.Low_Lim,

       PEW_SCALE => #PT202.Support.Out_Scale);

Network 12: PT203 Glycol inlet pressure (0-2500) mbar

#PT203(PEW_IN := "E02 PT203 InPut":P,

       H_LIM := #PT203.Support.High_Lim,

       L_LIM := #PT203.Support.Low_Lim,

       PEW_SCALE => #PT203.Support.Out_Scale);

Network 13: PT204 Heating cycle pressure (0-2000) mbar

#PT204(PEW_IN := "E02 PT204 InPut":P,

       H_LIM := #PT204.Support.High_Lim,

       L_LIM := #PT204.Support.Low_Lim,

       PEW_SCALE => #PT204.Support.Out_Scale);

Network 14: FIT205 Heating cycle flow (0-1000) l/h

#FIT205(PEW_IN := "E02 FIT205 InPut":P,

       H_LIM := #FIT205.Support.High_Lim,

       L_LIM := #FIT205.Support.Low_Lim,

       PEW_SCALE => #FIT205.Support.Out_Scale);

Network 15: TT206 Product outlet temperature HE3 zone 1 (0-100) 76 °C

#TT206(PEW_IN := "E02 TT206 InPut":P,

       H_LIM := #TT206.Support.High_Lim,

       L_LIM := #TT206.Support.Low_Lim,

       PEW_SCALE => #TT206.Support.Out_Scale);      

Network 16: TT207 Glycol inlet temperature (-5-5) 2°C

#TT207(PEW_IN := "E02 TT207 InPut":P,

       H_LIM := #TT207.Support.High_Lim,

       L_LIM := #TT207.Support.Low_Lim,

       PEW_SCALE => #TT207.Support.Out_Scale);

Network 17: TT208 Product outlet temperature HE3 zone 2 (0-100) °C

#TT208(PEW_IN := "E02 TT208 InPut":P,

       H_LIM := #TT208.Support.High_Lim,

       L_LIM := #TT208.Support.Low_Lim,

       PEW_SCALE => #TT208.Support.Out_Scale);

Network 18: TT209 Heating cycle temperature (0-100) °C

#TT209(PEW_IN := "E02 TT209 InPut":P,

       H_LIM := #TT209.Support.High_Lim,

       L_LIM := #TT209.Support.Low_Lim,

       PEW_SCALE => #TT209.Support.Out_Scale);

Network 19: TT210 Heating cycle outlet temperature HE4 (0-110) °C

#TT210(PEW_IN := "E02 TT210 InPut":P,

       H_LIM := #TT210.Support.High_Lim,

       L_LIM := #TT210.Support.Low_Lim,

       PEW_SCALE => #TT210.Support.Out_Scale);

Network 20: TT211 Glycol outlet temperature (-5-10) °C

#TT211(PEW_IN := "E02 TT211 InPut":P,

       H_LIM := #TT211.Support.High_Lim,

       L_LIM := #TT211.Support.Low_Lim,

       PEW_SCALE => #TT211.Support.Out_Scale);