awlsim/tests/tc999_projects/acme-001.awl

DATA_BLOCK DB 1
TITLE =Yalanci632yahoo.com
VERSION : 0.1


  STRUCT 	
   Emergency_Stop_73 : BOOL ;	
   Speed_Switch_73 : BOOL ;	
   Contactor_FB_73 : BOOL ;	
   Circuit_Breaker_73 : BOOL ;	
   Emergency_Stop_71 : BOOL ;	
   Speed_Switch_71 : BOOL ;	
   Contactor_FB_71 : BOOL ;	
   Circuit_Breaker_71 : BOOL ;	
   Emergency_Stop_72 : BOOL ;	
   Speed_Switch_72 : BOOL ;	
   Contactor_FB_72 : BOOL ;	
   Circuit_Breaker_72 : BOOL ;	
   Emergency_Stop_81 : BOOL ;	
   Speed_Switch_81 : BOOL ;	
   Contactor_FB_81 : BOOL ;	
   Circuit_Breaker_81 : BOOL ;	
   Emergency_Stop_82 : BOOL ;	
   Speed_Switch_82 : BOOL ;	
   Contactor_FB_82 : BOOL ;	
   Circuit_Breaker_82 : BOOL ;	
   Emergency_Stop_87 : BOOL ;	
   Speed_Switch_87 : BOOL ;	
   Contactor_FB_87 : BOOL ;	
   Circuit_Breaker_87 : BOOL ;	
   Emergency_Stop_83 : BOOL ;	
   Speed_Switch_83 : BOOL ;	
   Contactor_FB_83 : BOOL ;	
   Circuit_Breaker_83 : BOOL ;	
   Emergency_Stop_84 : BOOL ;	
   Speed_Switch_84 : BOOL ;	
   Contactor_FB_84 : BOOL ;	
   Circuit_Breaker_84 : BOOL ;	
   Emergency_Stop_85 : BOOL ;	
   Speed_Switch_85 : BOOL ;	
   Contactor_FB_85 : BOOL ;	
   Circuit_Breaker_85 : BOOL ;	
   Emergency_Stop_86 : BOOL ;	
   Speed_Switch_86 : BOOL ;	
   Contactor_FB_86 : BOOL ;	
   Circuit_Breaker_86 : BOOL ;	
   Level_Switch_high : BOOL ;	
   Level_Switch_High_High : BOOL ;	
   Circuit_Breaker_20 : BOOL ;	
   OPEN_ALARM_JACK1 : BOOL ;	
   CLOSE_ALARM_JACK1 : BOOL ;	
   OPEN_ALARM_JACK2 : BOOL ;	
   CLOSE_ALARM_JACK2 : BOOL ;	
   OPEN_ALARM_JACK3 : BOOL ;	
   CLOSE_ALARM_JACK3 : BOOL ;	
   OPEN_ALARM_JACK4 : BOOL ;	
   CLOSE_ALARM_JACK4 : BOOL ;	
   OPEN_ALARM_JACK5 : BOOL ;	
   CLOSE_ALARM_JACK5 : BOOL ;	
   OPEN_ALARM_JACK6 : BOOL ;	
   CLOSE_ALARM_JACK6 : BOOL ;	
   OPEN_ALARM_JACK7 : BOOL ;	
   CLOSE_ALARM_JACK7 : BOOL ;	
   OPEN_ALARM_JACK8 : BOOL ;	
   CLOSE_ALARM_JACK8 : BOOL ;	
   Circuit_Breaker_C3_Alarm : BOOL ;	
   Circuit_Breaker_C5_Alarm : BOOL ;	
   Circuit_Breaker_C4_Alarm : BOOL ;	
   Delta_P_High : BOOL ;	
   PROFIBUS_ALARM : BOOL ;	
  END_STRUCT ;	
BEGIN
   Emergency_Stop_73 := FALSE; 
   Speed_Switch_73 := FALSE; 
   Contactor_FB_73 := FALSE; 
   Circuit_Breaker_73 := FALSE; 
   Emergency_Stop_71 := FALSE; 
   Speed_Switch_71 := FALSE; 
   Contactor_FB_71 := FALSE; 
   Circuit_Breaker_71 := FALSE; 
   Emergency_Stop_72 := FALSE; 
   Speed_Switch_72 := FALSE; 
   Contactor_FB_72 := FALSE; 
   Circuit_Breaker_72 := FALSE; 
   Emergency_Stop_81 := FALSE; 
   Speed_Switch_81 := FALSE; 
   Contactor_FB_81 := FALSE; 
   Circuit_Breaker_81 := FALSE; 
   Emergency_Stop_82 := FALSE; 
   Speed_Switch_82 := FALSE; 
   Contactor_FB_82 := FALSE; 
   Circuit_Breaker_82 := FALSE; 
   Emergency_Stop_87 := FALSE; 
   Speed_Switch_87 := FALSE; 
   Contactor_FB_87 := FALSE; 
   Circuit_Breaker_87 := FALSE; 
   Emergency_Stop_83 := FALSE; 
   Speed_Switch_83 := FALSE; 
   Contactor_FB_83 := FALSE; 
   Circuit_Breaker_83 := FALSE; 
   Emergency_Stop_84 := FALSE; 
   Speed_Switch_84 := FALSE; 
   Contactor_FB_84 := FALSE; 
   Circuit_Breaker_84 := FALSE; 
   Emergency_Stop_85 := FALSE; 
   Speed_Switch_85 := FALSE; 
   Contactor_FB_85 := FALSE; 
   Circuit_Breaker_85 := FALSE; 
   Emergency_Stop_86 := FALSE; 
   Speed_Switch_86 := FALSE; 
   Contactor_FB_86 := FALSE; 
   Circuit_Breaker_86 := FALSE; 
   Level_Switch_high := FALSE; 
   Level_Switch_High_High := FALSE; 
   Circuit_Breaker_20 := FALSE; 
   OPEN_ALARM_JACK1 := FALSE; 
   CLOSE_ALARM_JACK1 := FALSE; 
   OPEN_ALARM_JACK2 := FALSE; 
   CLOSE_ALARM_JACK2 := FALSE; 
   OPEN_ALARM_JACK3 := FALSE; 
   CLOSE_ALARM_JACK3 := FALSE; 
   OPEN_ALARM_JACK4 := FALSE; 
   CLOSE_ALARM_JACK4 := FALSE; 
   OPEN_ALARM_JACK5 := FALSE; 
   CLOSE_ALARM_JACK5 := FALSE; 
   OPEN_ALARM_JACK6 := FALSE; 
   CLOSE_ALARM_JACK6 := FALSE; 
   OPEN_ALARM_JACK7 := FALSE; 
   CLOSE_ALARM_JACK7 := FALSE; 
   OPEN_ALARM_JACK8 := FALSE; 
   CLOSE_ALARM_JACK8 := FALSE; 
   Circuit_Breaker_C3_Alarm := FALSE; 
   Circuit_Breaker_C5_Alarm := FALSE; 
   Circuit_Breaker_C4_Alarm := FALSE; 
   Delta_P_High := FALSE; 
   PROFIBUS_ALARM := FALSE; 
END_DATA_BLOCK

DATA_BLOCK DB 2
TITLE =
VERSION : 0.1


  STRUCT 	
   HandshakeToCCR : BOOL ;	//Temporary placeholder variable
   ProfibusControl : BOOL ;	
   AlarmCommonToCCR : BOOL ;	
   Heater_ON : BOOL ;	
   Bag_House_Start : BOOL ;	
   PulseMode : BOOL ;	
   FeedbackRun : BOOL ;	
   Ready : BOOL ;	
   Return : BOOL ;	
   Fault : BOOL ;	
   Spare_012 : BOOL ;	
   Emergency_Mode : BOOL ;	
   Mode_1 : BOOL ;	
   Mode_2 : BOOL ;	
   Mode_3 : BOOL ;	
   Spare_017 : BOOL ;	
   Flap1_Open : BOOL ;	
   Flap1_Close : BOOL ;	
   Flap2_Open : BOOL ;	
   Flap2_Close : BOOL ;	
   Flap3_Open : BOOL ;	
   Flap3_Close : BOOL ;	
   Flap4_Open : BOOL ;	
   Flap4_Close : BOOL ;	
   Flap5_Open : BOOL ;	
   Flap5_Close : BOOL ;	
   Flap6_Open : BOOL ;	
   Flap6_Close : BOOL ;	
   Flap7_Open : BOOL ;	
   Flap7_Close : BOOL ;	
   Flap8_Open : BOOL ;	
   Flap8_Close : BOOL ;	
   Emergency_Stop_73 : BOOL ;	
   Speed_Switch_73 : BOOL ;	
   Contactor_FB_73 : BOOL ;	
   Circuit_Breaker_73 : BOOL ;	
   Emergency_Stop_71 : BOOL ;	
   Speed_Switch_71 : BOOL ;	
   Contactor_FB_71 : BOOL ;	
   Circuit_Breaker_71 : BOOL ;	
   Emergency_Stop_72 : BOOL ;	
   Speed_Switch_72 : BOOL ;	
   Contactor_FB_72 : BOOL ;	
   Circuit_Breaker_72 : BOOL ;	
   Emergency_Stop_81 : BOOL ;	
   Speed_Switch_81 : BOOL ;	
   Contactor_FB_81 : BOOL ;	
   Circuit_Breaker_81 : BOOL ;	
   Emergency_Stop_82 : BOOL ;	
   Speed_Switch_82 : BOOL ;	
   Contactor_FB_82 : BOOL ;	
   Circuit_Breaker_82 : BOOL ;	
   Emergency_Stop_87 : BOOL ;	
   Speed_Switch_87 : BOOL ;	
   Contactor_FB_87 : BOOL ;	
   Circuit_Breaker_87 : BOOL ;	
   Emergency_Stop_83 : BOOL ;	
   Speed_Switch_83 : BOOL ;	
   Contactor_FB_83 : BOOL ;	
   Circuit_Breaker_83 : BOOL ;	
   Emergency_Stop_84 : BOOL ;	
   Speed_Switch_84 : BOOL ;	
   Contactor_FB_84 : BOOL ;	
   Circuit_Breaker_84 : BOOL ;	
   Emergency_Stop_85 : BOOL ;	
   Speed_Switch_85 : BOOL ;	
   Contactor_FB_85 : BOOL ;	
   Circuit_Breaker_85 : BOOL ;	
   Emergency_Stop_86 : BOOL ;	
   Speed_Switch_86 : BOOL ;	
   Contactor_FB_86 : BOOL ;	
   Circuit_Breaker_86 : BOOL ;	
   Level_Switch_high : BOOL ;	
   Level_Switch_High_High : BOOL ;	
   Circuit_Breaker_20 : BOOL ;	
   Fresh_Air_is_Open : BOOL ;	
   Fresh_Air_is_Close : BOOL ;	
   Spare_095 : BOOL ;	
   Spare_096 : BOOL ;	
   Spare_097 : BOOL ;	
   OPEN_ALARM_JACK1 : BOOL ;	
   CLOSE_ALARM_JACK1 : BOOL ;	
   OPEN_ALARM_JACK2 : BOOL ;	
   CLOSE_ALARM_JACK2 : BOOL ;	
   OPEN_ALARM_JACK3 : BOOL ;	
   CLOSE_ALARM_JACK3 : BOOL ;	
   OPEN_ALARM_JACK4 : BOOL ;	
   CLOSE_ALARM_JACK4 : BOOL ;	
   OPEN_ALARM_JACK5 : BOOL ;	
   CLOSE_ALARM_JACK5 : BOOL ;	
   OPEN_ALARM_JACK6 : BOOL ;	
   CLOSE_ALARM_JACK6 : BOOL ;	
   OPEN_ALARM_JACK7 : BOOL ;	
   CLOSE_ALARM_JACK7 : BOOL ;	
   OPEN_ALARM_JACK8 : BOOL ;	
   CLOSE_ALARM_JACK8 : BOOL ;	
   Circuit_Breaker_C1_Alarm : BOOL ;	
   Circuit_Breaker_C3_Alarm : BOOL ;	
   Circuit_Breaker_C5_Alarm : BOOL ;	
   Circuit_Breaker_C4_Alarm : BOOL ;	
   Delta_P_High : BOOL ;	
   PROFIBUS_ALARM : BOOL ;	
   Air_Pressure_Low : BOOL ;	
   Spare_146 : BOOL ;	
   Solenoeid_No : INT ;	
   Delta_Pressure : INT ;	
   Jack_No : INT ;	
   Temperature_Befor_FA : INT ;	
   Temperature_After_FA : INT ;	
   Delta_Pressure_Setpoint : INT ;	
  END_STRUCT ;	
BEGIN
   HandshakeToCCR := FALSE; 
   ProfibusControl := FALSE; 
   AlarmCommonToCCR := FALSE; 
   Heater_ON := FALSE; 
   Bag_House_Start := FALSE; 
   PulseMode := FALSE; 
   FeedbackRun := FALSE; 
   Ready := FALSE; 
   Return := FALSE; 
   Fault := FALSE; 
   Spare_012 := FALSE; 
   Emergency_Mode := FALSE; 
   Mode_1 := FALSE; 
   Mode_2 := FALSE; 
   Mode_3 := FALSE; 
   Spare_017 := FALSE; 
   Flap1_Open := FALSE; 
   Flap1_Close := FALSE; 
   Flap2_Open := FALSE; 
   Flap2_Close := FALSE; 
   Flap3_Open := FALSE; 
   Flap3_Close := FALSE; 
   Flap4_Open := FALSE; 
   Flap4_Close := FALSE; 
   Flap5_Open := FALSE; 
   Flap5_Close := FALSE; 
   Flap6_Open := FALSE; 
   Flap6_Close := FALSE; 
   Flap7_Open := FALSE; 
   Flap7_Close := FALSE; 
   Flap8_Open := FALSE; 
   Flap8_Close := FALSE; 
   Emergency_Stop_73 := FALSE; 
   Speed_Switch_73 := FALSE; 
   Contactor_FB_73 := FALSE; 
   Circuit_Breaker_73 := FALSE; 
   Emergency_Stop_71 := FALSE; 
   Speed_Switch_71 := FALSE; 
   Contactor_FB_71 := FALSE; 
   Circuit_Breaker_71 := FALSE; 
   Emergency_Stop_72 := FALSE; 
   Speed_Switch_72 := FALSE; 
   Contactor_FB_72 := FALSE; 
   Circuit_Breaker_72 := FALSE; 
   Emergency_Stop_81 := FALSE; 
   Speed_Switch_81 := FALSE; 
   Contactor_FB_81 := FALSE; 
   Circuit_Breaker_81 := FALSE; 
   Emergency_Stop_82 := FALSE; 
   Speed_Switch_82 := FALSE; 
   Contactor_FB_82 := FALSE; 
   Circuit_Breaker_82 := FALSE; 
   Emergency_Stop_87 := FALSE; 
   Speed_Switch_87 := FALSE; 
   Contactor_FB_87 := FALSE; 
   Circuit_Breaker_87 := FALSE; 
   Emergency_Stop_83 := FALSE; 
   Speed_Switch_83 := FALSE; 
   Contactor_FB_83 := FALSE; 
   Circuit_Breaker_83 := FALSE; 
   Emergency_Stop_84 := FALSE; 
   Speed_Switch_84 := FALSE; 
   Contactor_FB_84 := FALSE; 
   Circuit_Breaker_84 := FALSE; 
   Emergency_Stop_85 := FALSE; 
   Speed_Switch_85 := FALSE; 
   Contactor_FB_85 := FALSE; 
   Circuit_Breaker_85 := FALSE; 
   Emergency_Stop_86 := FALSE; 
   Speed_Switch_86 := FALSE; 
   Contactor_FB_86 := FALSE; 
   Circuit_Breaker_86 := FALSE; 
   Level_Switch_high := FALSE; 
   Level_Switch_High_High := FALSE; 
   Circuit_Breaker_20 := FALSE; 
   Fresh_Air_is_Open := FALSE; 
   Fresh_Air_is_Close := FALSE; 
   Spare_095 := FALSE; 
   Spare_096 := FALSE; 
   Spare_097 := FALSE; 
   OPEN_ALARM_JACK1 := FALSE; 
   CLOSE_ALARM_JACK1 := FALSE; 
   OPEN_ALARM_JACK2 := FALSE; 
   CLOSE_ALARM_JACK2 := FALSE; 
   OPEN_ALARM_JACK3 := FALSE; 
   CLOSE_ALARM_JACK3 := FALSE; 
   OPEN_ALARM_JACK4 := FALSE; 
   CLOSE_ALARM_JACK4 := FALSE; 
   OPEN_ALARM_JACK5 := FALSE; 
   CLOSE_ALARM_JACK5 := FALSE; 
   OPEN_ALARM_JACK6 := FALSE; 
   CLOSE_ALARM_JACK6 := FALSE; 
   OPEN_ALARM_JACK7 := FALSE; 
   CLOSE_ALARM_JACK7 := FALSE; 
   OPEN_ALARM_JACK8 := FALSE; 
   CLOSE_ALARM_JACK8 := FALSE; 
   Circuit_Breaker_C1_Alarm := FALSE; 
   Circuit_Breaker_C3_Alarm := FALSE; 
   Circuit_Breaker_C5_Alarm := FALSE; 
   Circuit_Breaker_C4_Alarm := FALSE; 
   Delta_P_High := FALSE; 
   PROFIBUS_ALARM := FALSE; 
   Air_Pressure_Low := FALSE; 
   Spare_146 := FALSE; 
   Solenoeid_No := 0; 
   Delta_Pressure := 0; 
   Jack_No := 0; 
   Temperature_Befor_FA := 0; 
   Temperature_After_FA := 0; 
   Delta_Pressure_Setpoint := 0; 
END_DATA_BLOCK

FUNCTION FC 5 : VOID
TITLE =
//One Solenoeid On each Compartment
VERSION : 0.1


VAR_INPUT
  Counter_input : INT ;	
END_VAR
VAR_OUTPUT
  New_Number : INT ;	
END_VAR
VAR_TEMP
  temp1 : INT ;	
  temp2 : INT ;	
  temp3 : INT ;	
  temp4 : INT ;	
END_VAR
BEGIN
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      L     #Counter_input; 
      L     8; 
      /I    ; 
      T     #temp1; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _001; 
      L     #temp1; 
      L     8; 
      *I    ; 
      T     #temp2; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_001: A     BR; 
      )     ; 
      JNB   _002; 
      L     #Counter_input; 
      L     #temp2; 
      -I    ; 
      T     #temp3; 
_002: NOP   0; 
NETWORK
TITLE =

      A(    ; 
      L     #temp3; 
      L     24; 
      *I    ; 
      T     #temp4; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _003; 
      L     #temp4; 
      L     #temp1; 
      +I    ; 
      T     #New_Number; 
_003: NOP   0; 
END_FUNCTION

FUNCTION FC 8 : VOID
TITLE =
VERSION : 0.1


VAR_INPUT
  Input : INT ;	
END_VAR
VAR_OUTPUT
  New_Number : INT ;	
END_VAR
VAR_TEMP
  Temp1 : INT ;	
  Temp2 : INT ;	
  Temp3 : INT ;	
  Temp4 : INT ;	
END_VAR
BEGIN
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      L     #Input; 
      L     6; 
      /I    ; 
      T     #Temp1; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _001; 
      L     #Temp1; 
      L     6; 
      *I    ; 
      T     #Temp2; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_001: A     BR; 
      )     ; 
      JNB   _002; 
      L     #Input; 
      L     #Temp2; 
      -I    ; 
      T     #Temp3; 
_002: NOP   0; 
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      A(    ; 
      A(    ; 
      L     #Temp1; 
      L     24; 
      *I    ; 
      T     #Temp4; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _003; 
      L     #Temp4; 
      L     #Temp3; 
      +I    ; 
      T     #Temp4; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_003: A     BR; 
      )     ; 
      JNB   _004; 
      L     #Temp4; 
      L     192; 
      /I    ; 
      T     #Temp1; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_004: A     BR; 
      )     ; 
      JNB   _005; 
      L     #Temp1; 
      L     192; 
      *I    ; 
      T     #Temp2; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_005: A     BR; 
      )     ; 
      JNB   _006; 
      L     #Temp4; 
      L     #Temp2; 
      -I    ; 
      T     #Temp3; 
_006: NOP   0; 
NETWORK
TITLE =

      A(    ; 
      L     #Temp1; 
      L     6; 
      *I    ; 
      T     #Temp2; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _007; 
      L     #Temp2; 
      L     #Temp3; 
      +I    ; 
      T     #New_Number; 
_007: NOP   0; 
END_FUNCTION

FUNCTION FC 20 : VOID
TITLE =
VERSION : 0.1


VAR_INPUT
  MAX : INT ;	
  MIN : INT ;	
END_VAR
VAR_IN_OUT
  INPUT_VALUE : INT ;	
END_VAR
BEGIN
NETWORK
TITLE =

      L     #INPUT_VALUE; 
      L     #MAX; 
      >=I   ; 
      =     L      0.0; 
      A     L      0.0; 
      JNB   _001; 
      L     #MAX; 
      T     #INPUT_VALUE; 
_001: NOP   0; 
      AN    L      0.0; 
      A(    ; 
      L     #INPUT_VALUE; 
      L     #MIN; 
      <=I   ; 
      )     ; 
      JNB   _002; 
      L     #MIN; 
      T     #INPUT_VALUE; 
_002: NOP   0; 
END_FUNCTION

FUNCTION_BLOCK FB 1
TITLE =One Way Motor
VERSION : 0.1


VAR_INPUT
  Central_Local : BOOL ;	
  LB_Start : BOOL ;	
  LB_Stop : BOOL ;	
  Emergency_Stop : BOOL ;	
  Single_Start : BOOL ;	
  Group_Start : BOOL ;	
  Group_Stop : BOOL ;	
  Interlock : BOOL ;	
  Speed_Switch : BOOL ;	
  Contactor : BOOL ;	
  Circuit_Breaker : BOOL ;	
  Clock : BOOL ;	
  reset : BOOL ;	
  Delay_Time : TIMER ;	
  Group_ON_Timer : TIMER ;	
  ON_Delay : S5TIME ;	
  Group_Off_Timer : TIMER ;	
  Off_Delay : S5TIME ;	
END_VAR
VAR_OUTPUT
  Speed_Switch_Fault : BOOL ;	
  Contactor_Fault : BOOL ;	
  CB_Fault : BOOL ;	
  Interlock_Fault : BOOL ;	
  Warning : BOOL ;	
  Common_Alarm : BOOL ;	
  Motor_ON : BOOL ;	
END_VAR
VAR
  Temp1 : BOOL ;	
  temp2 : BOOL ;	
  temp3 : BOOL ;	
  temp4 : BOOL ;	
  temp5 : BOOL ;	
  temp6 : BOOL ;	
  temp7 : BOOL ;	
  temp8 : BOOL ;	
  temp9 : BOOL ;	
  temp10 : BOOL ;	
  temp11 : BOOL ;	
  temp12 : BOOL ;	
  temp13 : BOOL ;	
END_VAR
BEGIN
NETWORK
TITLE =
//If System Change to Local Mode then Motor Turn Off
      AN    #Central_Local; 
      FP    #temp7; 
      R     #Temp1; 
NETWORK
TITLE =Start by Local Box

      A     #Emergency_Stop; 
      AN    #Central_Local; 
      A     #LB_Start; 
      S     #Temp1; 
      A(    ; 
      ON    #Emergency_Stop; 
      O     ; 
      AN    #Central_Local; 
      AN    #LB_Stop; 
      O     #temp8; 
      )     ; 
      R     #Temp1; 
      A     #Temp1; 
      =     #Motor_ON; 
NETWORK
TITLE =Start Single

      A     #Emergency_Stop; 
      A     #Central_Local; 
      A     #Single_Start; 
      S     #Temp1; 
      A(    ; 
      ON    #Emergency_Stop; 
      O(    ; 
      AN    #Single_Start; 
      FP    #temp11; 
      A     #Central_Local; 
      )     ; 
      O     #temp8; 
      )     ; 
      R     #Temp1; 
      A     #Temp1; 
      =     #Motor_ON; 
NETWORK
TITLE =

NETWORK
TITLE =

NETWORK
TITLE =

      A     #Group_ON_Timer; 
      A     #Emergency_Stop; 
      S     #Temp1; 
      A(    ; 
      ON    #Emergency_Stop; 
      O(    ; 
      AN    #Group_Off_Timer; 
      FP    #temp12; 
      )     ; 
      O     ; 
      A     #Common_Alarm; 
      A     #Central_Local; 
      )     ; 
      R     #Temp1; 
      A     #Temp1; 
      =     #Motor_ON; 
NETWORK
TITLE =Delay for Checking Feedback

NETWORK
TITLE =Checking Contactor Feedback

      AN    #Contactor; 
      A     #Delay_Time; 
      A     #Motor_ON; 
      S     #temp3; 
      A     #reset; 
      R     #temp3; 
      A     #temp3; 
      =     #Contactor_Fault; 
NETWORK
TITLE =Checking Speed Switch Feedback

      AN    #Speed_Switch; 
      A     #Delay_Time; 
      A     #Motor_ON; 
      S     #temp4; 
      A     #reset; 
      R     #temp4; 
      A     #temp4; 
      =     #Speed_Switch_Fault; 
NETWORK
TITLE =Checking Circuit Breaker Feedback

      A     #Circuit_Breaker; 
      S     #temp5; 
      A     #reset; 
      R     #temp5; 
      A     #temp5; 
      =     #CB_Fault; 
NETWORK
TITLE =Checking Interlocking

      AN    #Interlock; 
      A     #Motor_ON; 
      S     #temp6; 
      A     #reset; 
      R     #temp6; 
      A     #temp6; 
      =     #Interlock_Fault; 
NETWORK
TITLE =Make Common Alarm
//If System in Central Mode Dont Check Interlock
      O     #Contactor_Fault; 
      O     #Speed_Switch_Fault; 
      O     #CB_Fault; 
      =     #temp8; 
NETWORK
TITLE =

      A     #Interlock_Fault; 
      A     #Central_Local; 
      O     #temp8; 
      =     #Common_Alarm; 
NETWORK
TITLE =Blancking Alarm

      A(    ; 
      O     #Common_Alarm; 
      ON    #Emergency_Stop; 
      )     ; 
      A     #Clock; 
      =     #Warning; 
END_FUNCTION_BLOCK

DATA_BLOCK DB 71
TITLE =
VERSION : 0.0

 FB 1
BEGIN
   Central_Local := FALSE; 
   LB_Start := FALSE; 
   LB_Stop := FALSE; 
   Emergency_Stop := FALSE; 
   Single_Start := FALSE; 
   Group_Start := FALSE; 
   Group_Stop := FALSE; 
   Interlock := FALSE; 
   Speed_Switch := FALSE; 
   Contactor := FALSE; 
   Circuit_Breaker := FALSE; 
   Clock := FALSE; 
   reset := FALSE; 
   Delay_Time := T 0; 
   Group_ON_Timer := T 0; 
   ON_Delay := S5T#0MS; 
   Group_Off_Timer := T 0; 
   Off_Delay := S5T#0MS; 
   Speed_Switch_Fault := FALSE; 
   Contactor_Fault := FALSE; 
   CB_Fault := FALSE; 
   Interlock_Fault := FALSE; 
   Warning := FALSE; 
   Common_Alarm := FALSE; 
   Motor_ON := FALSE; 
   Temp1 := FALSE; 
   temp2 := FALSE; 
   temp3 := FALSE; 
   temp4 := FALSE; 
   temp5 := FALSE; 
   temp6 := FALSE; 
   temp7 := FALSE; 
   temp8 := FALSE; 
   temp9 := FALSE; 
   temp10 := FALSE; 
   temp11 := FALSE; 
   temp12 := FALSE; 
   temp13 := FALSE; 
END_DATA_BLOCK

DATA_BLOCK DB 72
TITLE =
VERSION : 0.0

 FB 1
BEGIN
   Central_Local := FALSE; 
   LB_Start := FALSE; 
   LB_Stop := FALSE; 
   Emergency_Stop := FALSE; 
   Single_Start := FALSE; 
   Group_Start := FALSE; 
   Group_Stop := FALSE; 
   Interlock := FALSE; 
   Speed_Switch := FALSE; 
   Contactor := FALSE; 
   Circuit_Breaker := FALSE; 
   Clock := FALSE; 
   reset := FALSE; 
   Delay_Time := T 0; 
   Group_ON_Timer := T 0; 
   ON_Delay := S5T#0MS; 
   Group_Off_Timer := T 0; 
   Off_Delay := S5T#0MS; 
   Speed_Switch_Fault := FALSE; 
   Contactor_Fault := FALSE; 
   CB_Fault := FALSE; 
   Interlock_Fault := FALSE; 
   Warning := FALSE; 
   Common_Alarm := FALSE; 
   Motor_ON := FALSE; 
   Temp1 := FALSE; 
   temp2 := FALSE; 
   temp3 := FALSE; 
   temp4 := FALSE; 
   temp5 := FALSE; 
   temp6 := FALSE; 
   temp7 := FALSE; 
   temp8 := FALSE; 
   temp9 := FALSE; 
   temp10 := FALSE; 
   temp11 := FALSE; 
   temp12 := FALSE; 
   temp13 := FALSE; 
END_DATA_BLOCK

DATA_BLOCK DB 73
TITLE =
VERSION : 0.0

 FB 1
BEGIN
   Central_Local := FALSE; 
   LB_Start := FALSE; 
   LB_Stop := FALSE; 
   Emergency_Stop := FALSE; 
   Single_Start := FALSE; 
   Group_Start := FALSE; 
   Group_Stop := FALSE; 
   Interlock := FALSE; 
   Speed_Switch := FALSE; 
   Contactor := FALSE; 
   Circuit_Breaker := FALSE; 
   Clock := FALSE; 
   reset := FALSE; 
   Delay_Time := T 0; 
   Group_ON_Timer := T 0; 
   ON_Delay := S5T#0MS; 
   Group_Off_Timer := T 0; 
   Off_Delay := S5T#0MS; 
   Speed_Switch_Fault := FALSE; 
   Contactor_Fault := FALSE; 
   CB_Fault := FALSE; 
   Interlock_Fault := FALSE; 
   Warning := FALSE; 
   Common_Alarm := FALSE; 
   Motor_ON := FALSE; 
   Temp1 := FALSE; 
   temp2 := FALSE; 
   temp3 := FALSE; 
   temp4 := FALSE; 
   temp5 := FALSE; 
   temp6 := FALSE; 
   temp7 := FALSE; 
   temp8 := FALSE; 
   temp9 := FALSE; 
   temp10 := FALSE; 
   temp11 := FALSE; 
   temp12 := FALSE; 
   temp13 := FALSE; 
END_DATA_BLOCK

DATA_BLOCK DB 81
TITLE =
VERSION : 0.0

 FB 1
BEGIN
   Central_Local := FALSE; 
   LB_Start := FALSE; 
   LB_Stop := FALSE; 
   Emergency_Stop := FALSE; 
   Single_Start := FALSE; 
   Group_Start := FALSE; 
   Group_Stop := FALSE; 
   Interlock := FALSE; 
   Speed_Switch := FALSE; 
   Contactor := FALSE; 
   Circuit_Breaker := FALSE; 
   Clock := FALSE; 
   reset := FALSE; 
   Delay_Time := T 0; 
   Group_ON_Timer := T 0; 
   ON_Delay := S5T#0MS; 
   Group_Off_Timer := T 0; 
   Off_Delay := S5T#0MS; 
   Speed_Switch_Fault := FALSE; 
   Contactor_Fault := FALSE; 
   CB_Fault := FALSE; 
   Interlock_Fault := FALSE; 
   Warning := FALSE; 
   Common_Alarm := FALSE; 
   Motor_ON := FALSE; 
   Temp1 := FALSE; 
   temp2 := FALSE; 
   temp3 := FALSE; 
   temp4 := FALSE; 
   temp5 := FALSE; 
   temp6 := FALSE; 
   temp7 := FALSE; 
   temp8 := FALSE; 
   temp9 := FALSE; 
   temp10 := FALSE; 
   temp11 := FALSE; 
   temp12 := FALSE; 
   temp13 := FALSE; 
END_DATA_BLOCK

DATA_BLOCK DB 82
TITLE =
VERSION : 0.0

 FB 1
BEGIN
   Central_Local := FALSE; 
   LB_Start := FALSE; 
   LB_Stop := FALSE; 
   Emergency_Stop := FALSE; 
   Single_Start := FALSE; 
   Group_Start := FALSE; 
   Group_Stop := FALSE; 
   Interlock := FALSE; 
   Speed_Switch := FALSE; 
   Contactor := FALSE; 
   Circuit_Breaker := FALSE; 
   Clock := FALSE; 
   reset := FALSE; 
   Delay_Time := T 0; 
   Group_ON_Timer := T 0; 
   ON_Delay := S5T#0MS; 
   Group_Off_Timer := T 0; 
   Off_Delay := S5T#0MS; 
   Speed_Switch_Fault := FALSE; 
   Contactor_Fault := FALSE; 
   CB_Fault := FALSE; 
   Interlock_Fault := FALSE; 
   Warning := FALSE; 
   Common_Alarm := FALSE; 
   Motor_ON := FALSE; 
   Temp1 := FALSE; 
   temp2 := FALSE; 
   temp3 := FALSE; 
   temp4 := FALSE; 
   temp5 := FALSE; 
   temp6 := FALSE; 
   temp7 := FALSE; 
   temp8 := FALSE; 
   temp9 := FALSE; 
   temp10 := FALSE; 
   temp11 := FALSE; 
   temp12 := FALSE; 
   temp13 := FALSE; 
END_DATA_BLOCK

DATA_BLOCK DB 83
TITLE =
VERSION : 0.0

 FB 1
BEGIN
   Central_Local := FALSE; 
   LB_Start := FALSE; 
   LB_Stop := FALSE; 
   Emergency_Stop := FALSE; 
   Single_Start := FALSE; 
   Group_Start := FALSE; 
   Group_Stop := FALSE; 
   Interlock := FALSE; 
   Speed_Switch := FALSE; 
   Contactor := FALSE; 
   Circuit_Breaker := FALSE; 
   Clock := FALSE; 
   reset := FALSE; 
   Delay_Time := T 0; 
   Group_ON_Timer := T 0; 
   ON_Delay := S5T#0MS; 
   Group_Off_Timer := T 0; 
   Off_Delay := S5T#0MS; 
   Speed_Switch_Fault := FALSE; 
   Contactor_Fault := FALSE; 
   CB_Fault := FALSE; 
   Interlock_Fault := FALSE; 
   Warning := FALSE; 
   Common_Alarm := FALSE; 
   Motor_ON := FALSE; 
   Temp1 := FALSE; 
   temp2 := FALSE; 
   temp3 := FALSE; 
   temp4 := FALSE; 
   temp5 := FALSE; 
   temp6 := FALSE; 
   temp7 := FALSE; 
   temp8 := FALSE; 
   temp9 := FALSE; 
   temp10 := FALSE; 
   temp11 := FALSE; 
   temp12 := FALSE; 
   temp13 := FALSE; 
END_DATA_BLOCK

DATA_BLOCK DB 84
TITLE =
VERSION : 0.0

 FB 1
BEGIN
   Central_Local := FALSE; 
   LB_Start := FALSE; 
   LB_Stop := FALSE; 
   Emergency_Stop := FALSE; 
   Single_Start := FALSE; 
   Group_Start := FALSE; 
   Group_Stop := FALSE; 
   Interlock := FALSE; 
   Speed_Switch := FALSE; 
   Contactor := FALSE; 
   Circuit_Breaker := FALSE; 
   Clock := FALSE; 
   reset := FALSE; 
   Delay_Time := T 0; 
   Group_ON_Timer := T 0; 
   ON_Delay := S5T#0MS; 
   Group_Off_Timer := T 0; 
   Off_Delay := S5T#0MS; 
   Speed_Switch_Fault := FALSE; 
   Contactor_Fault := FALSE; 
   CB_Fault := FALSE; 
   Interlock_Fault := FALSE; 
   Warning := FALSE; 
   Common_Alarm := FALSE; 
   Motor_ON := FALSE; 
   Temp1 := FALSE; 
   temp2 := FALSE; 
   temp3 := FALSE; 
   temp4 := FALSE; 
   temp5 := FALSE; 
   temp6 := FALSE; 
   temp7 := FALSE; 
   temp8 := FALSE; 
   temp9 := FALSE; 
   temp10 := FALSE; 
   temp11 := FALSE; 
   temp12 := FALSE; 
   temp13 := FALSE; 
END_DATA_BLOCK

DATA_BLOCK DB 85
TITLE =
VERSION : 0.0

 FB 1
BEGIN
   Central_Local := FALSE; 
   LB_Start := FALSE; 
   LB_Stop := FALSE; 
   Emergency_Stop := FALSE; 
   Single_Start := FALSE; 
   Group_Start := FALSE; 
   Group_Stop := FALSE; 
   Interlock := FALSE; 
   Speed_Switch := FALSE; 
   Contactor := FALSE; 
   Circuit_Breaker := FALSE; 
   Clock := FALSE; 
   reset := FALSE; 
   Delay_Time := T 0; 
   Group_ON_Timer := T 0; 
   ON_Delay := S5T#0MS; 
   Group_Off_Timer := T 0; 
   Off_Delay := S5T#0MS; 
   Speed_Switch_Fault := FALSE; 
   Contactor_Fault := FALSE; 
   CB_Fault := FALSE; 
   Interlock_Fault := FALSE; 
   Warning := FALSE; 
   Common_Alarm := FALSE; 
   Motor_ON := FALSE; 
   Temp1 := FALSE; 
   temp2 := FALSE; 
   temp3 := FALSE; 
   temp4 := FALSE; 
   temp5 := FALSE; 
   temp6 := FALSE; 
   temp7 := FALSE; 
   temp8 := FALSE; 
   temp9 := FALSE; 
   temp10 := FALSE; 
   temp11 := FALSE; 
   temp12 := FALSE; 
   temp13 := FALSE; 
END_DATA_BLOCK

DATA_BLOCK DB 86
TITLE =
VERSION : 0.0

 FB 1
BEGIN
   Central_Local := FALSE; 
   LB_Start := FALSE; 
   LB_Stop := FALSE; 
   Emergency_Stop := FALSE; 
   Single_Start := FALSE; 
   Group_Start := FALSE; 
   Group_Stop := FALSE; 
   Interlock := FALSE; 
   Speed_Switch := FALSE; 
   Contactor := FALSE; 
   Circuit_Breaker := FALSE; 
   Clock := FALSE; 
   reset := FALSE; 
   Delay_Time := T 0; 
   Group_ON_Timer := T 0; 
   ON_Delay := S5T#0MS; 
   Group_Off_Timer := T 0; 
   Off_Delay := S5T#0MS; 
   Speed_Switch_Fault := FALSE; 
   Contactor_Fault := FALSE; 
   CB_Fault := FALSE; 
   Interlock_Fault := FALSE; 
   Warning := FALSE; 
   Common_Alarm := FALSE; 
   Motor_ON := FALSE; 
   Temp1 := FALSE; 
   temp2 := FALSE; 
   temp3 := FALSE; 
   temp4 := FALSE; 
   temp5 := FALSE; 
   temp6 := FALSE; 
   temp7 := FALSE; 
   temp8 := FALSE; 
   temp9 := FALSE; 
   temp10 := FALSE; 
   temp11 := FALSE; 
   temp12 := FALSE; 
   temp13 := FALSE; 
END_DATA_BLOCK

DATA_BLOCK DB 87
TITLE =
VERSION : 0.0

 FB 1
BEGIN
   Central_Local := FALSE; 
   LB_Start := FALSE; 
   LB_Stop := FALSE; 
   Emergency_Stop := FALSE; 
   Single_Start := FALSE; 
   Group_Start := FALSE; 
   Group_Stop := FALSE; 
   Interlock := FALSE; 
   Speed_Switch := FALSE; 
   Contactor := FALSE; 
   Circuit_Breaker := FALSE; 
   Clock := FALSE; 
   reset := FALSE; 
   Delay_Time := T 0; 
   Group_ON_Timer := T 0; 
   ON_Delay := S5T#0MS; 
   Group_Off_Timer := T 0; 
   Off_Delay := S5T#0MS; 
   Speed_Switch_Fault := FALSE; 
   Contactor_Fault := FALSE; 
   CB_Fault := FALSE; 
   Interlock_Fault := FALSE; 
   Warning := FALSE; 
   Common_Alarm := FALSE; 
   Motor_ON := FALSE; 
   Temp1 := FALSE; 
   temp2 := FALSE; 
   temp3 := FALSE; 
   temp4 := FALSE; 
   temp5 := FALSE; 
   temp6 := FALSE; 
   temp7 := FALSE; 
   temp8 := FALSE; 
   temp9 := FALSE; 
   temp10 := FALSE; 
   temp11 := FALSE; 
   temp12 := FALSE; 
   temp13 := FALSE; 
END_DATA_BLOCK

FUNCTION_BLOCK FB 2
TITLE =Pulse Controller
VERSION : 0.1


VAR_INPUT
  Number_Of_Airtank : INT ;	
  Number_Of_SV_In_Airtank : INT ;	
  Mode : INT ;	
  Jack_Closed : BOOL ;	
  Timer_Off : TIMER ;	
  Time_Interval_second : INT ;	
  Timer_ON : TIMER ;	
  Pulse_Time_mSecond : INT ;	
  Internal_Timer : TIMER ;	
END_VAR
VAR_OUTPUT
  Pulse : BOOL ;	
  Output_Byte : BYTE ;	
  AirTank_Number : INT ;	
  SV_Number_In_AirTank : INT ;	
  Out_Jack : BYTE ;	
END_VAR
VAR
  ON_Time : WORD ;	
  ON_Temp : S5TIME ;	
  Off_Time : WORD ;	
  OFF_Temp : S5TIME ;	
  SV_Number : INT ;	
  temp20 : BOOL ;	
  temp4 : INT ;	
END_VAR
VAR_TEMP
  temp1 : S5TIME ;	
  temp2 : INT ;	
  temp3 : INT ;	
  temp5 : INT ;	
  temp6 : INT ;	
  temp7 : WORD ;	
END_VAR
BEGIN
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      A(    ; 
      L     #Time_Interval_second; 
      L     2; 
      -I    ; 
      T     #temp4; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _001; 
      L     #temp4; 
      ITB   ; 
      T     #Off_Time; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_001: A     BR; 
      )     ; 
      JNB   _002; 
      L     #Off_Time; 
      L     W#16#2000; 
      OW    ; 
      T     #Off_Time; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_002: A     BR; 
      )     ; 
      JNB   _003; 
      L     #Off_Time; 
      T     #OFF_Temp; 
_003: NOP   0; 
NETWORK
TITLE =

NETWORK
TITLE =

      A     #Internal_Timer; 
      FP    #temp20; 
      JNB   _004; 
      L     #SV_Number; 
      L     1; 
      +I    ; 
      T     #SV_Number; 
_004: NOP   0; 
NETWORK
TITLE =

      L     #Number_Of_Airtank; 
      L     #Number_Of_SV_In_Airtank; 
      *I    ; 
      T     #temp3; 
      NOP   0; 
NETWORK
TITLE =

      A(    ; 
      L     #SV_Number; 
      L     #temp3; 
      >=I   ; 
      )     ; 
      JNB   _005; 
      L     0; 
      T     #SV_Number; 
_005: NOP   0; 
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      L     #Pulse_Time_mSecond; 
      L     1; 
      /I    ; 
      T     #temp2; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _006; 
      L     #temp2; 
      ITB   ; 
      T     #ON_Time; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_006: A     BR; 
      )     ; 
      JNB   _007; 
      L     #ON_Time; 
      T     #ON_Temp; 
_007: NOP   0; 
NETWORK
TITLE =

NETWORK
TITLE =

      A     #Timer_Off; 
      AN    #Timer_ON; 
      =     #Pulse; 
NETWORK
TITLE =

NETWORK
TITLE =

      A(    ; 
      A(    ; 
      L     #Mode; 
      L     1; 
      ==I   ; 
      )     ; 
      JNB   _008; 
      L     #SV_Number; 
      T     #temp6; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_008: A     BR; 
      )     ; 
      JNB   _009; 
      L     #temp6; 
      T     #Output_Byte; 
_009: NOP   0; 
NETWORK
TITLE =

      L     #Mode; 
      L     2; 
      ==I   ; 
      =     L     12.0; 
      A     L     12.0; 
      JNB   _00a; 
      CALL FC     8 (
           Input                    := #SV_Number,
           New_Number               := #temp6);
_00a: NOP   0; 
      A     L     12.0; 
      JNB   _00b; 
      L     #temp6; 
      T     #Output_Byte; 
_00b: NOP   0; 
NETWORK
TITLE =

      L     #Mode; 
      L     3; 
      ==I   ; 
      =     L     12.0; 
      A     L     12.0; 
      JNB   _00c; 
      CALL FC     5 (
           Counter_input            := #SV_Number,
           New_Number               := #temp6);
_00c: NOP   0; 
      A     L     12.0; 
      JNB   _00d; 
      L     #temp6; 
      T     #Output_Byte; 
_00d: NOP   0; 
NETWORK
TITLE =

      L     #temp6; 
      L     #Number_Of_SV_In_Airtank; 
      /I    ; 
      T     #temp4; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      =     L     12.0; 
      A     L     12.0; 
      JNB   _00e; 
      L     #temp4; 
      L     1; 
      +I    ; 
      T     #AirTank_Number; 
_00e: NOP   0; 
      A(    ; 
      A(    ; 
      A     L     12.0; 
      JNB   _00f; 
      L     #temp4; 
      L     #Number_Of_SV_In_Airtank; 
      *I    ; 
      T     #temp5; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_00f: A     BR; 
      )     ; 
      JNB   _010; 
      L     #temp6; 
      L     1; 
      +I    ; 
      T     #temp6; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_010: A     BR; 
      )     ; 
      JNB   _011; 
      L     #temp6; 
      L     #temp5; 
      -I    ; 
      T     #SV_Number_In_AirTank; 
_011: NOP   0; 
NETWORK
TITLE =
//Send Bit For Close Jack
      L     #Mode; 
      L     3; 
      <>I   ; 
      =     L     12.0; 
      A(    ; 
      A(    ; 
      A(    ; 
      A     L     12.0; 
      JNB   _012; 
      L     #temp4; 
      L     4; 
      /I    ; 
      T     #temp2; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_012: A     BR; 
      )     ; 
      JNB   _013; 
      L     #temp2; 
      T     #temp7; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_013: A     BR; 
      )     ; 
      JNB   _014; 
      L     #temp7; 
      L     W#16#1; 
      SLW   ; 
      T     #temp7; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_014: A     BR; 
      )     ; 
      JNB   _015; 
      L     #temp7; 
      T     #Out_Jack; 
_015: NOP   0; 
      AN    L     12.0; 
      JNB   _016; 
      L     0; 
      T     #Out_Jack; 
_016: NOP   0; 
END_FUNCTION_BLOCK

DATA_BLOCK DB 5
TITLE =
VERSION : 0.0

 FB 2
BEGIN
   Number_Of_Airtank := 0; 
   Number_Of_SV_In_Airtank := 0; 
   Mode := 0; 
   Jack_Closed := FALSE; 
   Timer_Off := T 0; 
   Time_Interval_second := 0; 
   Timer_ON := T 0; 
   Pulse_Time_mSecond := 0; 
   Internal_Timer := T 0; 
   Pulse := FALSE; 
   Output_Byte := B#16#0; 
   AirTank_Number := 0; 
   SV_Number_In_AirTank := 0; 
   Out_Jack := B#16#0; 
   ON_Time := W#16#0; 
   ON_Temp := S5T#0MS; 
   Off_Time := W#16#0; 
   OFF_Temp := S5T#0MS; 
   SV_Number := 0; 
   temp20 := FALSE; 
   temp4 := 0; 
END_DATA_BLOCK

FUNCTION_BLOCK FB 3
TITLE =Jack Controller
VERSION : 0.1


VAR_INPUT
  Number_of_Jack : INT ;	
END_VAR
VAR_OUTPUT
  Delay_Time : BOOL ;	
END_VAR
VAR
  Jack_Num : INT ;	
END_VAR
VAR_TEMP
  Temp_Out : WORD ;	
END_VAR
BEGIN
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      L     #Number_of_Jack; 
      L     #Jack_Num; 
      <>I   ; 
      )     ; 
      L     S5T#5S; 
      SP    T     11; 
      NOP   0; 
      NOP   0; 
      NOP   0; 
      A     T     11; 
      )     ; 
      =     #Delay_Time; 
      A     #Delay_Time; 
      JC    END; 
NETWORK
TITLE =

      A(    ; 
      L     #Number_of_Jack; 
      T     #Jack_Num; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _001; 
      L     #Jack_Num; 
      T     MW    30; 
_001: NOP   0; 
NETWORK
TITLE =
//Jack 1 Fault
      A     M     31.0; 
      =     M     31.0; 
      A     M     31.0; 
      =     L      2.0; 
      A(    ; 
      X     L      2.0; 
      X     I      1.4; 
      )     ; 
      =     DB1.DBX    5.4; 
      A     DB1.DBX    5.4; 
      =     DB2.DBX   10.1; 
      A(    ; 
      XN    L      2.0; 
      X     I      1.3; 
      )     ; 
      =     DB1.DBX    5.3; 
      A     DB1.DBX    5.3; 
      =     DB2.DBX   10.0; 
NETWORK
TITLE =
//Jack 2 Fault
      A     M     31.1; 
      =     M     31.1; 
      A     M     31.1; 
      =     L      2.0; 
      A(    ; 
      X     L      2.0; 
      X     I      1.6; 
      )     ; 
      =     DB1.DBX    5.6; 
      A     DB1.DBX    5.6; 
      =     DB2.DBX   10.3; 
      A(    ; 
      XN    L      2.0; 
      X     I      1.5; 
      )     ; 
      =     DB1.DBX    5.5; 
      A     DB1.DBX    5.5; 
      =     DB2.DBX   10.2; 
NETWORK
TITLE =
//Jack 3 Fault
      A     M     31.2; 
      =     M     31.2; 
      A     M     31.2; 
      =     L      2.0; 
      A(    ; 
      X     L      2.0; 
      X     I      8.1; 
      )     ; 
      =     DB1.DBX    6.0; 
      A     DB1.DBX    6.0; 
      =     DB2.DBX   10.5; 
      A(    ; 
      XN    L      2.0; 
      X     I      8.0; 
      )     ; 
      =     DB1.DBX    5.7; 
      A     DB1.DBX    5.7; 
      =     DB2.DBX   10.4; 
NETWORK
TITLE =
//Jack 4 Fault
      A     M     31.3; 
      =     M     31.3; 
      A     M     31.3; 
      =     L      2.0; 
      A(    ; 
      X     L      2.0; 
      X     I      8.3; 
      )     ; 
      =     DB1.DBX    6.2; 
      A     DB1.DBX    6.2; 
      =     DB2.DBX   10.7; 
      A(    ; 
      XN    L      2.0; 
      X     I      8.2; 
      )     ; 
      =     DB1.DBX    6.1; 
      A     DB1.DBX    6.1; 
      =     DB2.DBX   10.6; 
NETWORK
TITLE =
//Jack 5 Fault
      A     M     31.4; 
      =     M     31.4; 
      A     M     31.4; 
      =     L      2.0; 
      A(    ; 
      X     L      2.0; 
      X     I      8.5; 
      )     ; 
      =     DB1.DBX    6.4; 
      A     DB1.DBX    6.4; 
      =     DB2.DBX   11.1; 
      A(    ; 
      XN    L      2.0; 
      X     I      8.4; 
      )     ; 
      =     DB1.DBX    6.3; 
      A     DB1.DBX    6.3; 
      =     DB2.DBX   11.0; 
NETWORK
TITLE =
//Jack 6 Fault
      A     M     31.5; 
      =     M     31.5; 
      A     M     31.5; 
      =     L      2.0; 
      A(    ; 
      X     L      2.0; 
      X     I      8.7; 
      )     ; 
      =     DB1.DBX    6.6; 
      A     DB1.DBX    6.6; 
      =     DB2.DBX   11.3; 
      A(    ; 
      XN    L      2.0; 
      X     I      8.6; 
      )     ; 
      =     DB1.DBX    6.5; 
      A     DB1.DBX    6.5; 
      =     DB2.DBX   11.2; 
NETWORK
TITLE =
//Jack 7 Fault
      A     M     31.6; 
      =     M     31.6; 
      A     M     31.6; 
      =     L      2.0; 
      A(    ; 
      X     L      2.0; 
      X     I      9.1; 
      )     ; 
      =     DB1.DBX    7.0; 
      A     DB1.DBX    7.0; 
      =     DB2.DBX   11.5; 
      A(    ; 
      XN    L      2.0; 
      X     I      9.0; 
      )     ; 
      =     DB1.DBX    6.7; 
      A     DB1.DBX    6.7; 
      =     DB2.DBX   11.4; 
NETWORK
TITLE =
//Jack 8 Fault
      A     M     31.7; 
      =     M     31.7; 
      A     M     31.7; 
      =     L      2.0; 
      A(    ; 
      X     L      2.0; 
      X     I      9.3; 
      )     ; 
      =     DB1.DBX    7.2; 
      A     DB1.DBX    7.2; 
      =     DB2.DBX   11.7; 
      A(    ; 
      XN    L      2.0; 
      X     I      9.2; 
      )     ; 
      =     DB1.DBX    7.1; 
      A     DB1.DBX    7.1; 
      =     DB2.DBX   11.6; 
NETWORK
TITLE =

END:  L     MB    31; 
      T     MB    31; 
      NOP   0; 
END_FUNCTION_BLOCK

DATA_BLOCK DB 6
TITLE =
VERSION : 0.0

 FB 3
BEGIN
   Number_of_Jack := 0; 
   Delay_Time := FALSE; 
   Jack_Num := 0; 
END_DATA_BLOCK

FUNCTION FC 6 : VOID
TITLE =
VERSION : 0.1


VAR_INPUT
  Input_Bit0 : BOOL ;	
  Input_Bit1 : BOOL ;	
  Input_Bit2 : BOOL ;	
  Input_Bit3 : BOOL ;	
END_VAR
VAR_OUTPUT
  Output_Bit0 : BOOL ;	
  Output_Bit1 : BOOL ;	
  Output_Bit2 : BOOL ;	
  Output_Bit3 : BOOL ;	
END_VAR
BEGIN
NETWORK
TITLE =

      A     #Input_Bit0; 
      =     #Output_Bit0; 
NETWORK
TITLE =

      A     #Input_Bit1; 
      =     #Output_Bit1; 
NETWORK
TITLE =

      A     #Input_Bit2; 
      =     #Output_Bit2; 
NETWORK
TITLE =

      A     #Input_Bit3; 
      =     #Output_Bit3; 
END_FUNCTION

FUNCTION FC 14 : VOID
TITLE =
VERSION : 0.1

BEGIN
NETWORK
TITLE =

      A     M      0.0; 
      JNB   _001; 
      L     IW    66; 
      T     MW    70; 
_001: NOP   0; 
NETWORK
TITLE =

      CALL FC    20 (
           MAX                      := 20,
           MIN                      := 10,
           INPUT_VALUE              := MW    70);
      NOP   0; 
NETWORK
TITLE =

      AN    M      0.0; 
      JNB   _002; 
      L     MW     8; 
      T     MW    70; 
_002: NOP   0; 
NETWORK
TITLE =

      L     MW    70; 
      T     DB2.DBW   24; 
      NOP   0; 
NETWORK
TITLE =

      L     MW   116; 
      L     MW    70; 
      >=I   ; 
      =     M      0.7; 
NETWORK
TITLE =

      L     MW   124; 
      L     10; 
      /I    ; 
      T     MW    92; 
      NOP   0; 
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      L     MW    92; 
      L     MW    70; 
      >I    ; 
      )     ; 
      JNB   _003; 
      L     MW    92; 
      L     MW    70; 
      -I    ; 
      T     MW    90; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_003: A     BR; 
      )     ; 
      JNB   _004; 
      L     MW    12; 
      L     MW    90; 
      -I    ; 
      T     MW    12; 
_004: NOP   0; 
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      L     MW    92; 
      L     MW    70; 
      <I    ; 
      )     ; 
      JNB   _005; 
      L     MW    70; 
      L     MW    92; 
      -I    ; 
      T     MW    90; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_005: A     BR; 
      )     ; 
      JNB   _006; 
      L     MW    12; 
      L     MW    90; 
      +I    ; 
      T     MW    12; 
_006: NOP   0; 
NETWORK
TITLE =

      CALL FC    20 (
           MAX                      := 120,
           MIN                      := 3,
           INPUT_VALUE              := MW    12);
      NOP   0; 
END_FUNCTION

FUNCTION FC 21 : VOID
TITLE =
VERSION : 0.1


VAR_INPUT
  MAX : DINT ;	
  MIN : DINT ;	
END_VAR
VAR_IN_OUT
  INPUT : DINT ;	
END_VAR
BEGIN
NETWORK
TITLE =

      L     #INPUT; 
      L     #MAX; 
      >D    ; 
      =     L      0.0; 
      A     L      0.0; 
      JNB   _001; 
      L     #MAX; 
      T     #INPUT; 
_001: NOP   0; 
      AN    L      0.0; 
      A(    ; 
      L     #INPUT; 
      L     #MIN; 
      <D    ; 
      )     ; 
      JNB   _002; 
      L     #MIN; 
      T     #INPUT; 
_002: NOP   0; 
END_FUNCTION

FUNCTION FC 31 : VOID
TITLE =
VERSION : 0.1


VAR_INPUT
  PIW_INPUT : INT ;	
  FULL_SCALE_INSTRUMENT : DINT ;	
  FULL_SCALE_REAL : DINT ;	
  Defult_Setting : BOOL ;	
END_VAR
VAR_OUTPUT
  OUTPUT_MESSUR : DINT ;	
  PERCENT : DINT ;	
END_VAR
VAR_IN_OUT
  Gain : DINT ;	
  Offset : DINT ;	
END_VAR
VAR_TEMP
  TEMP1 : DINT ;	
  TEMP2 : DINT ;	
  TEMP3 : DINT ;	
  TEMP4 : DINT ;	
  TEMP5 : DINT ;	
END_VAR
BEGIN
NETWORK
TITLE =

      L     #PIW_INPUT; 
      ITD   ; 
      T     #TEMP1; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      =     L     20.0; 
      A(    ; 
      A(    ; 
      A(    ; 
      A     L     20.0; 
      JNB   _001; 
      L     #TEMP1; 
      L     #Offset; 
      -D    ; 
      T     #TEMP5; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_001: A     BR; 
      )     ; 
      JNB   _002; 
      L     #TEMP5; 
      L     #FULL_SCALE_INSTRUMENT; 
      *D    ; 
      T     #TEMP2; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_002: A     BR; 
      )     ; 
      JNB   _003; 
      L     #TEMP2; 
      L     #Gain; 
      /D    ; 
      T     #TEMP3; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_003: A     BR; 
      )     ; 
      JNB   _004; 
      L     #TEMP3; 
      L     L#10; 
      *D    ; 
      T     #OUTPUT_MESSUR; 
_004: NOP   0; 
      A(    ; 
      A     L     20.0; 
      JNB   _005; 
      L     #TEMP3; 
      L     L#100; 
      *D    ; 
      T     #TEMP4; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_005: A     BR; 
      )     ; 
      JNB   _006; 
      L     #TEMP4; 
      L     #FULL_SCALE_REAL; 
      /D    ; 
      T     #PERCENT; 
_006: NOP   0; 
      A     L     20.0; 
      A(    ; 
      L     #Gain; 
      L     L#35000; 
      >D    ; 
      )     ; 
      JNB   _007; 
      L     L#35000; 
      T     #Gain; 
_007: NOP   0; 
      A     L     20.0; 
      A(    ; 
      L     #Gain; 
      L     L#6000; 
      <D    ; 
      )     ; 
      JNB   _008; 
      L     L#6000; 
      T     #Gain; 
_008: NOP   0; 
      A     L     20.0; 
      A(    ; 
      L     #Offset; 
      L     L#7000; 
      >D    ; 
      )     ; 
      JNB   _009; 
      L     L#7000; 
      T     #Offset; 
_009: NOP   0; 
      A     L     20.0; 
      A(    ; 
      L     #Offset; 
      L     L#-7000; 
      <D    ; 
      )     ; 
      JNB   _00a; 
      L     L#-7000; 
      T     #Offset; 
_00a: NOP   0; 
NETWORK
TITLE =

      A(    ; 
      A     #Defult_Setting; 
      JNB   _00b; 
      L     L#0; 
      T     #Offset; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_00b: A     BR; 
      )     ; 
      JNB   _00c; 
      L     L#27648; 
      T     #Gain; 
_00c: NOP   0; 
END_FUNCTION

FUNCTION FC 1 : VOID
TITLE =Send Flap's Data to CCR
VERSION : 0.1

BEGIN
NETWORK
TITLE =
//Jack Situation To CCR
      A     I      1.3; 
      =     L      0.0; 
      BLD   103; 
      A     I      1.4; 
      =     L      0.1; 
      BLD   103; 
      A     I      1.5; 
      =     L      0.2; 
      BLD   103; 
      A     I      1.6; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    2.0,
           Output_Bit1              := DB2.DBX    2.1,
           Output_Bit2              := DB2.DBX    2.2,
           Output_Bit3              := DB2.DBX    2.3);
      NOP   0; 
NETWORK
TITLE =
//Jack Situation To CCR
      A     I      8.0; 
      =     L      0.0; 
      BLD   103; 
      A     I      8.1; 
      =     L      0.1; 
      BLD   103; 
      A     I      8.2; 
      =     L      0.2; 
      BLD   103; 
      A     I      8.3; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    2.4,
           Output_Bit1              := DB2.DBX    2.5,
           Output_Bit2              := DB2.DBX    2.6,
           Output_Bit3              := DB2.DBX    2.7);
      NOP   0; 
NETWORK
TITLE =
//Jack Situation To CCR
      A     I      8.4; 
      =     L      0.0; 
      BLD   103; 
      A     I      8.5; 
      =     L      0.1; 
      BLD   103; 
      A     I      8.5; 
      =     L      0.2; 
      BLD   103; 
      A     I      8.7; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    3.0,
           Output_Bit1              := DB2.DBX    3.1,
           Output_Bit2              := DB2.DBX    3.2,
           Output_Bit3              := DB2.DBX    3.3);
      NOP   0; 
NETWORK
TITLE =
//Jack Situation To CCR
      A     I      9.0; 
      =     L      0.0; 
      BLD   103; 
      A     I      9.1; 
      =     L      0.1; 
      BLD   103; 
      A     I      9.2; 
      =     L      0.2; 
      BLD   103; 
      A     I      9.3; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    3.4,
           Output_Bit1              := DB2.DBX    3.5,
           Output_Bit2              := DB2.DBX    3.6,
           Output_Bit3              := DB2.DBX    3.7);
      NOP   0; 
NETWORK
TITLE =

      L     DB5.DBW   38; 
      T     DB2.DBW   18; 
      NOP   0; 
END_FUNCTION

FUNCTION FC 3 : VOID
TITLE =Faults
VERSION : 0.1

BEGIN
NETWORK
TITLE =
//Handshake
      A(    ; 
      A     I     40.0; 
      FP    M      3.2; 
      L     S5T#10S; 
      SS    T     26; 
      A     M      3.0; 
      R     T     26; 
      NOP   0; 
      NOP   0; 
      A     T     26; 
      )     ; 
      S     M      3.1; 
      A(    ; 
      O     I     25.0; 
      O     M      0.1; 
      O     I     40.1; 
      )     ; 
      =     M      3.0; 
      A     M      3.0; 
      R     M      3.1; 
      A     M      3.1; 
      =     L      0.0; 
      AN    L      0.0; 
      =     DB2.DBX   12.5; 
      A     L      0.0; 
      BLD   102; 
      =     DB1.DBX    7.7; 
NETWORK
TITLE =Temporary placeholder variable

      A     M      2.7; 
      FP    M     69.0; 
      JNB   _001; 
      L     MW    44; 
      L     1; 
      +I    ; 
      T     MW    44; 
_001: NOP   0; 
NETWORK
TITLE =Temporary placeholder variable

      A     M     45.1; 
      =     DB2.DBX    0.0; 
NETWORK
TITLE =

      A     I      0.0; 
      =     L      0.0; 
      BLD   103; 
      A     I      0.1; 
      =     L      0.1; 
      BLD   103; 
      A     I      0.2; 
      =     L      0.2; 
      BLD   103; 
      A     I      0.3; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX   12.0,
           Output_Bit1              := DB2.DBX   12.1,
           Output_Bit2              := DB2.DBX   12.2,
           Output_Bit3              := DB2.DBX   12.3);
      NOP   0; 
NETWORK
TITLE =Ready For Start

      A     I      0.0; 
      A     I      0.1; 
      A     I      0.2; 
      A     I      0.3; 
      =     M      3.3; 
NETWORK
TITLE =

      A     I      0.0; 
      =     L      0.0; 
      BLD   103; 
      AN    I      0.1; 
      =     L      0.1; 
      BLD   103; 
      AN    I      0.2; 
      =     L      0.2; 
      BLD   103; 
      AN    I      0.3; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := I      0.0,
           Output_Bit1              := DB1.DBX    7.3,
           Output_Bit2              := DB1.DBX    7.4,
           Output_Bit3              := DB1.DBX    7.5);
      NOP   0; 
NETWORK
TITLE =

      A     I     41.3; 
      A     DB2.DBX    0.6; 
      =     M      1.4; 
NETWORK
TITLE =

      ON    I     25.1; 
      ON    I     25.2; 
      L     S5T#20M; 
      SD    T     10; 
NETWORK
TITLE =

      A(    ; 
      O     T     10; 
      O(    ; 
      L     MW   116; 
      L     18; 
      >=I   ; 
      )     ; 
      O(    ; 
      L     MW   102; 
      L     240; 
      >=I   ; 
      )     ; 
      )     ; 
      NOT   ; 
      =     M      3.6; 
NETWORK
TITLE =

      A     I      0.4; 
      =     L      0.0; 
      BLD   103; 
      A     I      0.5; 
      =     L      0.1; 
      BLD   103; 
      A     I     25.1; 
      A     I     25.2; 
      =     L      0.2; 
      BLD   103; 
      AN    T     10; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX   12.6,
           Output_Bit1              := DB2.DBX    9.2,
           Output_Bit2              := DB2.DBX    9.0,
           Output_Bit3              := DB2.DBX    9.1);
      NOP   0; 
NETWORK
TITLE =

      A     M      3.3; 
      =     L      0.0; 
      BLD   103; 
      A     M      3.6; 
      =     L      0.1; 
      BLD   103; 
      A     M      1.4; 
      =     L      0.2; 
      BLD   103; 
      A     M      1.4; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    0.7,
           Output_Bit1              := DB2.DBX    1.1,
           Output_Bit2              := DB2.DBX    1.0,
           Output_Bit3              := DB2.DBX    1.0);
      NOP   0; 
NETWORK
TITLE =
//Delta Pressure Alarm
      A(    ; 
      L     MW   116; 
      L     18; 
      >=I   ; 
      )     ; 
      NOT   ; 
      =     DB2.DBX   12.4; 
NETWORK
TITLE =ALARM COMMON

      O     Q      7.4; 
      O     DB2.DBX    9.0; 
      O     DB2.DBX   12.6; 
      O     DB2.DBX    9.2; 
      O     DB2.DBX   12.4; 
      O     DB2.DBX   12.5; 
      O     DB2.DBX   12.0; 
      O     DB2.DBX   12.1; 
      O     DB2.DBX   12.2; 
      O     DB2.DBX   12.3; 
      =     M      3.4; 
NETWORK
TITLE =

      A     M      3.4; 
      =     Q      5.1; 
      =     DB2.DBX    0.2; 
END_FUNCTION

FUNCTION FC 4 : VOID
TITLE =Start / Stop
VERSION : 0.1

BEGIN
NETWORK
TITLE =Cleaning
//Start From TP
      A     M      1.1; 
      AN    M      0.0; 
      O(    ; 
      A     M      0.0; 
      R     M      1.1; 
      NOP   0; 
      A     M      1.1; 
      )     ; 
      O     DB2.DBX    1.3; 
      =     DB2.DBX    0.6; 
NETWORK
TITLE =cleaning

      A     I     41.2; 
      =     M      0.0; 
NETWORK
TITLE =

      A     I     41.3; 
      A     M      0.0; 
      A     I     40.7; 
      =     M     36.4; 
NETWORK
TITLE =To CCR
//START PULSE CLEANING from CCR or Hard Wire
//
      A     I     17.0; 
      A     I     16.2; 
      A     I     41.3; 
      A     M      0.0; 
      A     I     41.0; 
      O     ; 
      AN    I     41.0; 
      A     I     25.3; 
      A     M      0.0; 
      O     ; 
      A     I     41.0; 
      A     I     40.2; 
      A     M      0.0; 
      O(    ; 
      A     M      0.0; 
      R     M      1.1; 
      NOP   0; 
      A     M      1.1; 
      )     ; 
      O     DB2.DBX    1.3; 
      =     DB2.DBX    0.6; 
NETWORK
TITLE =
//EMERGENCY Cleaning Form CCR
      A(    ; 
      A(    ; 
      A     M      1.3; 
      A     M      1.1; 
      AN    M      0.0; 
      O     ; 
      A     I     41.0; 
      A     I     40.2; 
      A     I     40.3; 
      A     M      0.0; 
      O(    ; 
      A     M      0.0; 
      R     M      1.3; 
      NOP   0; 
      A     M      1.3; 
      )     ; 
      )     ; 
      L     S5T#500MS; 
      SP    T     25; 
      NOP   0; 
      NOP   0; 
      NOP   0; 
      A     T     25; 
      )     ; 
      S     M      1.2; 
      A(    ; 
      A     M      1.3; 
      A     M      1.1; 
      AN    M      0.0; 
      O     ; 
      A     I     41.0; 
      A     I     40.2; 
      A     I     40.3; 
      A     M      0.0; 
      O(    ; 
      L     MW    26; 
      L     MW    14; 
      ==I   ; 
      )     ; 
      O     M      3.0; 
      )     ; 
      FN    M      1.6; 
      R     M      1.2; 
      A     M      1.2; 
      =     DB2.DBX    1.3; 
NETWORK
TITLE =Solenoeid Heaters

      O     DB2.DBX    0.6; 
      O     ; 
      A     M      3.5; 
      AN    M      0.0; 
      O     ; 
      AN    I     41.0; 
      A     I      1.2; 
      A     M      0.0; 
      O     ; 
      A     I     41.0; 
      A     I     41.1; 
      A     M      0.0; 
      =     Q      5.6; 
      =     DB2.DBX    0.3; 
NETWORK
TITLE =

      A     DB2.DBX    0.6; 
      =     M     36.5; 
END_FUNCTION

FUNCTION FC 7 : VOID
TITLE =
VERSION : 0.1

BEGIN
NETWORK
TITLE =

      A     M      0.0; 
      A     I     41.5; 
      =     DB2.DBX    0.5; 
      A     DB2.DBX    0.5; 
      =     M      1.0; 
NETWORK
TITLE =

      AN    M      1.0; 
      AN    M      1.2; 
      JNB   _001; 
      L     MW    32; 
      T     MW    12; 
_001: NOP   0; 
NETWORK
TITLE =Mode Selection By Profibus
//mode 0
      A(    ; 
      A     M      0.0; 
      A     I     40.4; 
      AN    I     40.5; 
      AN    I     40.6; 
      O     ; 
      AN    M      0.0; 
      A     M     35.3; 
      )     ; 
      =     M     35.3; 
      A     M     35.3; 
      JNB   _002; 
      L     1; 
      T     MW     4; 
_002: NOP   0; 
NETWORK
TITLE =Mode Selection By Profibus
//mode 1
      A(    ; 
      A     M      0.0; 
      A     I     40.5; 
      AN    I     40.4; 
      AN    I     40.6; 
      O     ; 
      AN    M      0.0; 
      A     M     35.4; 
      )     ; 
      =     M     35.4; 
      A     M     35.4; 
      JNB   _003; 
      L     2; 
      T     MW     4; 
_003: NOP   0; 
NETWORK
TITLE =Mode Selection By Profibus
//mode 2
      A(    ; 
      A     M      0.0; 
      A     I     40.6; 
      AN    I     40.4; 
      AN    I     40.5; 
      O     ; 
      AN    M      0.0; 
      A     M     35.5; 
      )     ; 
      =     M     35.5; 
      A     M     35.5; 
      JNB   _004; 
      L     3; 
      T     MW     4; 
_004: NOP   0; 
NETWORK
TITLE =

      A(    ; 
      A     M      1.2; 
      JNB   _005; 
      L     3; 
      T     MW    12; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_005: A     BR; 
      )     ; 
      JNB   _006; 
      L     1; 
      T     MW     4; 
_006: NOP   0; 
NETWORK
TITLE =To CCR
//Mode Operation
      A(    ; 
      L     MW     4; 
      L     1; 
      ==I   ; 
      )     ; 
      =     L      0.0; 
      BLD   103; 
      A(    ; 
      L     MW     4; 
      L     2; 
      ==I   ; 
      )     ; 
      =     L      0.1; 
      BLD   103; 
      A(    ; 
      L     MW     4; 
      L     3; 
      ==I   ; 
      )     ; 
      =     L      0.2; 
      BLD   103; 
      A     M      0.3; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    1.4,
           Output_Bit1              := DB2.DBX    1.5,
           Output_Bit2              := DB2.DBX    1.6,
           Output_Bit3              := DB2.DBX    1.7);
      NOP   0; 
END_FUNCTION

FUNCTION FC 10 : VOID
TITLE =Adjust Input Parameter Form TP
VERSION : 0.1

BEGIN
NETWORK
TITLE =

NETWORK
TITLE =
//DEFAULT VALUE SETTING
      A     M      0.6; 
      JNB   _001; 
      L     100; 
      T     MW    10; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_001: A     BR; 
      =     L      0.0; 
      A(    ; 
      A     L      0.0; 
      JNB   _002; 
      L     10; 
      T     MW    12; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_002: A     BR; 
      )     ; 
      JNB   _003; 
      L     192; 
      T     MW    14; 
_003: NOP   0; 
      A(    ; 
      A     L      0.0; 
      JNB   _004; 
      L     10; 
      T     MW     8; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_004: A     BR; 
      )     ; 
      JNB   _005; 
      L     5; 
      T     MW     6; 
_005: NOP   0; 
      A(    ; 
      A(    ; 
      A     L      0.0; 
      JNB   _006; 
      L     25; 
      T     MD    40; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_006: A     BR; 
      )     ; 
      JNB   _007; 
      L     30000; 
      T     MD    48; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_007: A     BR; 
      )     ; 
      JNB   _008; 
      L     500; 
      T     MD    52; 
_008: NOP   0; 
NETWORK
TITLE =

      CALL FC    20 (
           MAX                      := 30,
           MIN                      := 5,
           INPUT_VALUE              := MW     8);
      NOP   0; 
NETWORK
TITLE =

      CALL FC    20 (
           MAX                      := 500,
           MIN                      := 50,
           INPUT_VALUE              := MW    10);
      NOP   0; 
NETWORK
TITLE =

      L     MW    10; 
      L     10; 
      /I    ; 
      T     MW    28; 
      NOP   0; 
NETWORK
TITLE =

      CALL FC    20 (
           MAX                      := 100,
           MIN                      := 3,
           INPUT_VALUE              := MW    32);
      NOP   0; 
NETWORK
TITLE =

      CALL FC    20 (
           MAX                      := 192,
           MIN                      := 192,
           INPUT_VALUE              := MW    14);
      NOP   0; 
NETWORK
TITLE =

      CALL FC    20 (
           MAX                      := 300,
           MIN                      := 4,
           INPUT_VALUE              := MW     6);
      NOP   0; 
NETWORK
TITLE =

      CALL FC    20 (
           MAX                      := 3,
           MIN                      := 1,
           INPUT_VALUE              := MW     4);
      NOP   0; 
NETWORK
TITLE =

      CALL FC    21 (
           MAX                      := L#30,
           MIN                      := L#10,
           INPUT                    := MD    40);
      NOP   0; 
NETWORK
TITLE =

      CALL FC    21 (
           MAX                      := L#32767,
           MIN                      := L#20000,
           INPUT                    := MD   130);
      NOP   0; 
NETWORK
TITLE =

      CALL FC    21 (
           MAX                      := L#5000,
           MIN                      := L#-5000,
           INPUT                    := MD   118);
      NOP   0; 
NETWORK
TITLE =

      CALL FC    21 (
           MAX                      := L#32767,
           MIN                      := L#20000,
           INPUT                    := MD    56);
      NOP   0; 
NETWORK
TITLE =

      CALL FC    21 (
           MAX                      := L#5000,
           MIN                      := L#-5000,
           INPUT                    := MD    60);
      NOP   0; 
NETWORK
TITLE =

      CALL FC    21 (
           MAX                      := L#32767,
           MIN                      := L#20000,
           INPUT                    := MD   138);
      NOP   0; 
NETWORK
TITLE =

      CALL FC    21 (
           MAX                      := L#5000,
           MIN                      := L#-5000,
           INPUT                    := MD   134);
      NOP   0; 
NETWORK
TITLE =

      A     M      3.7; 
      =     L      0.0; 
      BLD   103; 
      CALL FC    31 (
           PIW_INPUT                := PIW  324,
           FULL_SCALE_INSTRUMENT    := MD    40,
           FULL_SCALE_REAL          := MD    40,
           Defult_Setting           := L      0.0,
           OUTPUT_MESSUR            := MD   122,
           PERCENT                  := MD   126,
           Gain                     := MD   130,
           Offset                   := MD   118);
      NOP   0; 
NETWORK
TITLE =

      L     MW   124; 
      T     DB2.DBW   16; 
      NOP   0; 
NETWORK
TITLE =

      L     MW   124; 
      L     10; 
      /I    ; 
      T     MW   116; 
      NOP   0; 
NETWORK
TITLE =

      L     MW   124; 
      L     25; 
      /I    ; 
      T     MW   100; 
      NOP   0; 
NETWORK
TITLE =

      A     M      3.7; 
      =     L      0.0; 
      BLD   103; 
      CALL FC    31 (
           PIW_INPUT                := PIW  320,
           FULL_SCALE_INSTRUMENT    := L#300,
           FULL_SCALE_REAL          := L#300,
           Defult_Setting           := L      0.0,
           OUTPUT_MESSUR            := MD   146,
           PERCENT                  := MD   142,
           Gain                     := MD    56,
           Offset                   := MD    60);
      NOP   0; 
NETWORK
TITLE =

      A     M      3.7; 
      =     L      0.0; 
      BLD   103; 
      CALL FC    31 (
           PIW_INPUT                := PIW  322,
           FULL_SCALE_INSTRUMENT    := L#300,
           FULL_SCALE_REAL          := L#300,
           Defult_Setting           := L      0.0,
           OUTPUT_MESSUR            := MD   112,
           PERCENT                  := MD   142,
           Gain                     := MD   138,
           Offset                   := MD   134);
      NOP   0; 
NETWORK
TITLE =

      L     MW   114; 
      L     10; 
      /I    ; 
      T     MW   102; 
      NOP   0; 
NETWORK
TITLE =

      L     MW   148; 
      L     10; 
      /I    ; 
      T     MW   142; 
      NOP   0; 
END_FUNCTION

FUNCTION FC 11 : VOID
TITLE =
VERSION : 0.1

BEGIN
NETWORK
TITLE =

      A     M      3.4; 
      =     Q      5.7; 
NETWORK
TITLE =

      A     DB2.DBX    0.6; 
      =     Q      5.0; 
NETWORK
TITLE =

      A     M      0.0; 
      =     Q      5.2; 
END_FUNCTION

FUNCTION FC 12 : VOID
TITLE =Fresh Air Control
VERSION : 0.1

BEGIN
NETWORK
TITLE =

      A(    ; 
      A     I     43.4; 
      A     I     25.6; 
      O     ; 
      AN    I     43.4; 
      A     I     43.2; 
      )     ; 
      A     I      0.7; 
      AN    I      0.5; 
      =     Q      5.5; 
NETWORK
TITLE =

      A(    ; 
      A     I     43.4; 
      A     I     25.7; 
      O     ; 
      AN    I     43.4; 
      A     I     43.3; 
      )     ; 
      A     I      0.6; 
      AN    I      0.5; 
      =     Q      5.4; 
NETWORK
TITLE =

      A     I      0.7; 
      =     L      0.0; 
      BLD   103; 
      A     I      0.6; 
      =     L      0.1; 
      BLD   103; 
      A     I      0.7; 
      =     L      0.2; 
      BLD   103; 
      A     I      0.6; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    9.3,
           Output_Bit1              := DB2.DBX    9.4,
           Output_Bit2              := DB2.DBX    9.3,
           Output_Bit3              := DB2.DBX    9.4);
      NOP   0; 
NETWORK
TITLE =

      L     PIW  320; 
      T     DB2.DBW   20; 
      NOP   0; 
NETWORK
TITLE =

      L     MW   102; 
      T     DB2.DBW   22; 
      NOP   0; 
END_FUNCTION

FUNCTION FC 15 : VOID
TITLE =
VERSION : 0.1

BEGIN
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      A(    ; 
      L     DB2.DBB    0; 
      T     QB    40; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _001; 
      L     DB2.DBB    1; 
      T     QB    41; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_001: A     BR; 
      )     ; 
      JNB   _002; 
      L     DB2.DBB    2; 
      T     QB    42; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_002: A     BR; 
      )     ; 
      JNB   _003; 
      L     DB2.DBB    3; 
      T     QB    43; 
_003: NOP   0; 
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      A(    ; 
      L     DB2.DBB    4; 
      T     QB    44; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _004; 
      L     DB2.DBB    5; 
      T     QB    45; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_004: A     BR; 
      )     ; 
      JNB   _005; 
      L     DB2.DBB    6; 
      T     QB    46; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_005: A     BR; 
      )     ; 
      JNB   _006; 
      L     DB2.DBB    7; 
      T     QB    47; 
_006: NOP   0; 
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      A(    ; 
      L     DB2.DBB    8; 
      T     QB    48; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _007; 
      L     DB2.DBB    9; 
      T     QB    60; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_007: A     BR; 
      )     ; 
      JNB   _008; 
      L     DB2.DBB   10; 
      T     QB    64; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_008: A     BR; 
      )     ; 
      JNB   _009; 
      L     DB2.DBB   11; 
      T     QB    61; 
_009: NOP   0; 
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      A(    ; 
      L     DB2.DBB   12; 
      T     QB    65; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _00a; 
      L     DB2.DBB   14; 
      T     QB    56; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_00a: A     BR; 
      )     ; 
      JNB   _00b; 
      L     DB2.DBB   15; 
      T     QB    57; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_00b: A     BR; 
      )     ; 
      JNB   _00c; 
      L     DB2.DBB   16; 
      T     QB    58; 
_00c: NOP   0; 
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      A(    ; 
      L     DB2.DBB   17; 
      T     QB    59; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _00d; 
      L     DB2.DBB   18; 
      T     QB    62; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_00d: A     BR; 
      )     ; 
      JNB   _00e; 
      L     DB2.DBB   19; 
      T     QB    63; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_00e: A     BR; 
      )     ; 
      JNB   _00f; 
      L     DB2.DBB   20; 
      T     QB    66; 
_00f: NOP   0; 
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      L     DB2.DBB   21; 
      T     QB    67; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _010; 
      L     DB2.DBB   22; 
      T     QB    68; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
_010: A     BR; 
      )     ; 
      JNB   _011; 
      L     DB2.DBB   23; 
      T     QB    69; 
_011: NOP   0; 
NETWORK
TITLE =

      A(    ; 
      L     DB2.DBB   24; 
      T     QB    70; 
      SET   ; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _012; 
      L     DB2.DBB   25; 
      T     QB    71; 
_012: NOP   0; 
END_FUNCTION

FUNCTION FC 16 : VOID
TITLE =
VERSION : 0.1

BEGIN
NETWORK
TITLE =

      A     M      0.0; 
      =     L      0.0; 
      BLD   103; 
      A     I      9.6; 
      =     L      0.1; 
      BLD   103; 
      A     I      9.7; 
      =     L      0.2; 
      BLD   103; 
      A     I      9.4; 
      =     L      0.3; 
      BLD   103; 
      A     I     42.0; 
      =     L      0.4; 
      BLD   103; 
      A     M     36.4; 
      =     L      0.5; 
      BLD   103; 
      A     M     36.4; 
      =     L      0.6; 
      BLD   103; 
      A     Q      8.3; 
      =     L      0.7; 
      BLD   103; 
      A     I      9.5; 
      =     L      1.0; 
      BLD   103; 
      A     I     12.0; 
      =     L      1.1; 
      BLD   103; 
      A     I     12.1; 
      =     L      1.2; 
      BLD   103; 
      A     M      2.5; 
      =     L      1.3; 
      BLD   103; 
      A     M      3.0; 
      =     L      1.4; 
      BLD   103; 
      CALL FB     1 , DB    71 (
           Central_Local            := L      0.0,
           LB_Start                 := L      0.1,
           LB_Stop                  := L      0.2,
           Emergency_Stop           := L      0.3,
           Single_Start             := L      0.4,
           Group_Start              := L      0.5,
           Group_Stop               := L      0.6,
           Interlock                := L      0.7,
           Speed_Switch             := L      1.0,
           Contactor                := L      1.1,
           Circuit_Breaker          := L      1.2,
           Clock                    := L      1.3,
           reset                    := L      1.4,
           Delay_Time               := T     71,
           Group_ON_Timer           := T     50,
           ON_Delay                 := S5T#10S,
           Group_Off_Timer          := T     51,
           Off_Delay                := S5T#5S,
           Speed_Switch_Fault       := DB1.DBX    0.5,
           Contactor_Fault          := DB1.DBX    0.6,
           CB_Fault                 := DB1.DBX    0.7,
           Motor_ON                 := Q      7.1);
      NOP   0; 
NETWORK
TITLE =

      A     M      0.0; 
      =     L      0.0; 
      BLD   103; 
      A     I     12.4; 
      =     L      0.1; 
      BLD   103; 
      A     I     12.5; 
      =     L      0.2; 
      BLD   103; 
      A     I     12.2; 
      =     L      0.3; 
      BLD   103; 
      A     I     42.1; 
      =     L      0.4; 
      BLD   103; 
      A     M     36.4; 
      =     L      0.5; 
      BLD   103; 
      A     Q      7.5; 
      =     L      0.6; 
      BLD   103; 
      A     Q      7.7; 
      =     L      0.7; 
      BLD   103; 
      A     I     12.3; 
      =     L      1.0; 
      BLD   103; 
      A     I     12.6; 
      =     L      1.1; 
      BLD   103; 
      A     I     12.7; 
      =     L      1.2; 
      BLD   103; 
      A     M      2.5; 
      =     L      1.3; 
      BLD   103; 
      A     M      3.0; 
      =     L      1.4; 
      BLD   103; 
      CALL FB     1 , DB    72 (
           Central_Local            := L      0.0,
           LB_Start                 := L      0.1,
           LB_Stop                  := L      0.2,
           Emergency_Stop           := L      0.3,
           Single_Start             := L      0.4,
           Group_Start              := L      0.5,
           Group_Stop               := L      0.6,
           Interlock                := L      0.7,
           Speed_Switch             := L      1.0,
           Contactor                := L      1.1,
           Circuit_Breaker          := L      1.2,
           Clock                    := L      1.3,
           reset                    := L      1.4,
           Delay_Time               := T     72,
           Group_ON_Timer           := T     52,
           ON_Delay                 := S5T#10S,
           Group_Off_Timer          := T     53,
           Off_Delay                := S5T#5S,
           Speed_Switch_Fault       := DB1.DBX    1.1,
           Contactor_Fault          := DB1.DBX    1.2,
           CB_Fault                 := DB1.DBX    1.3,
           Motor_ON                 := Q      7.2);
      NOP   0; 
NETWORK
TITLE =

      A     M      0.0; 
      =     L      0.0; 
      BLD   103; 
      A     I     13.2; 
      =     L      0.1; 
      BLD   103; 
      A     I     13.3; 
      =     L      0.2; 
      BLD   103; 
      A     I     13.0; 
      =     L      0.3; 
      BLD   103; 
      A     I     42.2; 
      =     L      0.4; 
      BLD   103; 
      A     M     36.4; 
      =     L      0.5; 
      BLD   103; 
      A     Q      7.6; 
      =     L      0.6; 
      BLD   103; 
      A     Q      7.7; 
      =     L      0.7; 
      BLD   103; 
      A     I     13.1; 
      =     L      1.0; 
      BLD   103; 
      A     I     13.4; 
      =     L      1.1; 
      BLD   103; 
      A     I     13.5; 
      =     L      1.2; 
      BLD   103; 
      A     M      2.5; 
      =     L      1.3; 
      BLD   103; 
      A     M      3.0; 
      =     L      1.4; 
      BLD   103; 
      CALL FB     1 , DB    73 (
           Central_Local            := L      0.0,
           LB_Start                 := L      0.1,
           LB_Stop                  := L      0.2,
           Emergency_Stop           := L      0.3,
           Single_Start             := L      0.4,
           Group_Start              := L      0.5,
           Group_Stop               := L      0.6,
           Interlock                := L      0.7,
           Speed_Switch             := L      1.0,
           Contactor                := L      1.1,
           Circuit_Breaker          := L      1.2,
           Clock                    := L      1.3,
           reset                    := L      1.4,
           Delay_Time               := T     73,
           Group_ON_Timer           := T     54,
           ON_Delay                 := S5T#10S,
           Group_Off_Timer          := T     55,
           Off_Delay                := S5T#5S,
           Speed_Switch_Fault       := DB1.DBX    0.1,
           Contactor_Fault          := DB1.DBX    0.2,
           CB_Fault                 := DB1.DBX    0.3,
           Motor_ON                 := Q      7.3);
      NOP   0; 
NETWORK
TITLE =

      A     M      0.0; 
      =     L      0.0; 
      BLD   103; 
      A     I     16.0; 
      =     L      0.1; 
      BLD   103; 
      A     I     16.1; 
      =     L      0.2; 
      BLD   103; 
      A     I     13.6; 
      =     L      0.3; 
      BLD   103; 
      A     I     42.3; 
      =     L      0.4; 
      BLD   103; 
      A     M     36.4; 
      =     L      0.5; 
      BLD   103; 
      A     M     36.4; 
      =     L      0.6; 
      BLD   103; 
      A     Q      7.2; 
      =     L      0.7; 
      BLD   103; 
      A     I     13.7; 
      =     L      1.0; 
      BLD   103; 
      A     I     16.2; 
      =     L      1.1; 
      BLD   103; 
      A     I     16.3; 
      =     L      1.2; 
      BLD   103; 
      A     M      2.5; 
      =     L      1.3; 
      BLD   103; 
      A     M      3.0; 
      =     L      1.4; 
      BLD   103; 
      CALL FB     1 , DB    81 (
           Central_Local            := L      0.0,
           LB_Start                 := L      0.1,
           LB_Stop                  := L      0.2,
           Emergency_Stop           := L      0.3,
           Single_Start             := L      0.4,
           Group_Start              := L      0.5,
           Group_Stop               := L      0.6,
           Interlock                := L      0.7,
           Speed_Switch             := L      1.0,
           Contactor                := L      1.1,
           Circuit_Breaker          := L      1.2,
           Clock                    := L      1.3,
           reset                    := L      1.4,
           Delay_Time               := T     81,
           Group_ON_Timer           := T     56,
           ON_Delay                 := S5T#10S,
           Group_Off_Timer          := T     57,
           Off_Delay                := S5T#30S,
           Speed_Switch_Fault       := DB1.DBX    1.5,
           Contactor_Fault          := DB1.DBX    1.6,
           CB_Fault                 := DB1.DBX    1.7,
           Motor_ON                 := Q      7.5);
      NOP   0; 
NETWORK
TITLE =

      A     M      0.0; 
      =     L      0.0; 
      BLD   103; 
      A     I     16.6; 
      =     L      0.1; 
      BLD   103; 
      A     I     16.7; 
      =     L      0.2; 
      BLD   103; 
      A     I     16.4; 
      =     L      0.3; 
      BLD   103; 
      A     I     42.4; 
      =     L      0.4; 
      BLD   103; 
      A     M     36.4; 
      =     L      0.5; 
      BLD   103; 
      A     M     36.4; 
      =     L      0.6; 
      BLD   103; 
      A     Q      7.3; 
      =     L      0.7; 
      BLD   103; 
      A     I     16.5; 
      =     L      1.0; 
      BLD   103; 
      A     I     17.0; 
      =     L      1.1; 
      BLD   103; 
      A     I     17.1; 
      =     L      1.2; 
      BLD   103; 
      A     M      2.5; 
      =     L      1.3; 
      BLD   103; 
      A     M      3.0; 
      =     L      1.4; 
      BLD   103; 
      CALL FB     1 , DB    82 (
           Central_Local            := L      0.0,
           LB_Start                 := L      0.1,
           LB_Stop                  := L      0.2,
           Emergency_Stop           := L      0.3,
           Single_Start             := L      0.4,
           Group_Start              := L      0.5,
           Group_Stop               := L      0.6,
           Interlock                := L      0.7,
           Speed_Switch             := L      1.0,
           Contactor                := L      1.1,
           Circuit_Breaker          := L      1.2,
           Clock                    := L      1.3,
           reset                    := L      1.4,
           Delay_Time               := T     82,
           Group_ON_Timer           := T     58,
           ON_Delay                 := S5T#7S,
           Group_Off_Timer          := T     59,
           Off_Delay                := S5T#30S,
           Speed_Switch_Fault       := DB1.DBX    2.1,
           Contactor_Fault          := DB1.DBX    2.2,
           CB_Fault                 := DB1.DBX    2.3,
           Motor_ON                 := Q      7.6);
      NOP   0; 
NETWORK
TITLE =

      A     M      0.0; 
      =     L      0.0; 
      BLD   103; 
      A     I     17.4; 
      =     L      0.1; 
      BLD   103; 
      A     I     17.5; 
      =     L      0.2; 
      BLD   103; 
      A     I     17.2; 
      =     L      0.3; 
      BLD   103; 
      A     I     42.6; 
      =     L      0.4; 
      BLD   103; 
      A     M     36.4; 
      =     L      0.5; 
      BLD   103; 
      A(    ; 
      O     Q      7.2; 
      O     Q      7.3; 
      O     Q      8.3; 
      )     ; 
      =     L      0.6; 
      BLD   103; 
      A     Q      8.0; 
      =     L      0.7; 
      BLD   103; 
      A     I     17.3; 
      =     L      1.0; 
      BLD   103; 
      A     I     17.6; 
      =     L      1.1; 
      BLD   103; 
      A     I     17.7; 
      =     L      1.2; 
      BLD   103; 
      A     M      2.5; 
      =     L      1.3; 
      BLD   103; 
      A     M      3.0; 
      =     L      1.4; 
      BLD   103; 
      CALL FB     1 , DB    83 (
           Central_Local            := L      0.0,
           LB_Start                 := L      0.1,
           LB_Stop                  := L      0.2,
           Emergency_Stop           := L      0.3,
           Single_Start             := L      0.4,
           Group_Start              := L      0.5,
           Group_Stop               := L      0.6,
           Interlock                := L      0.7,
           Speed_Switch             := L      1.0,
           Contactor                := L      1.1,
           Circuit_Breaker          := L      1.2,
           Clock                    := L      1.3,
           reset                    := L      1.4,
           Delay_Time               := T     83,
           Group_ON_Timer           := T     60,
           ON_Delay                 := S5T#10S,
           Group_Off_Timer          := T     61,
           Off_Delay                := S5T#30S,
           Speed_Switch_Fault       := DB1.DBX    3.1,
           Contactor_Fault          := DB1.DBX    3.2,
           CB_Fault                 := DB1.DBX    3.3,
           Motor_ON                 := Q      7.7);
      NOP   0; 
NETWORK
TITLE =

      A     M      0.0; 
      =     L      0.0; 
      BLD   103; 
      A     I     20.2; 
      =     L      0.1; 
      BLD   103; 
      A     I     20.3; 
      =     L      0.2; 
      BLD   103; 
      A     I     20.0; 
      =     L      0.3; 
      BLD   103; 
      A     I     42.7; 
      =     L      0.4; 
      BLD   103; 
      A     M     36.4; 
      =     L      0.5; 
      BLD   103; 
      A     Q      7.7; 
      =     L      0.6; 
      BLD   103; 
      A     Q      8.1; 
      =     L      0.7; 
      BLD   103; 
      A     I     20.1; 
      =     L      1.0; 
      BLD   103; 
      A     I     20.4; 
      =     L      1.1; 
      BLD   103; 
      A     I     20.5; 
      =     L      1.2; 
      BLD   103; 
      A     M      2.5; 
      =     L      1.3; 
      BLD   103; 
      A     M      3.0; 
      =     L      1.4; 
      BLD   103; 
      CALL FB     1 , DB    84 (
           Central_Local            := L      0.0,
           LB_Start                 := L      0.1,
           LB_Stop                  := L      0.2,
           Emergency_Stop           := L      0.3,
           Single_Start             := L      0.4,
           Group_Start              := L      0.5,
           Group_Stop               := L      0.6,
           Interlock                := L      0.7,
           Speed_Switch             := L      1.0,
           Contactor                := L      1.1,
           Circuit_Breaker          := L      1.2,
           Clock                    := L      1.3,
           reset                    := L      1.4,
           Delay_Time               := T     84,
           Group_ON_Timer           := T     62,
           ON_Delay                 := S5T#10S,
           Group_Off_Timer          := T     63,
           Off_Delay                := S5T#30S,
           Speed_Switch_Fault       := DB1.DBX    3.5,
           Contactor_Fault          := DB1.DBX    3.6,
           CB_Fault                 := DB1.DBX    3.7,
           Motor_ON                 := Q      8.0);
      NOP   0; 
NETWORK
TITLE =

      A     M      0.0; 
      =     L      0.0; 
      BLD   103; 
      A     I     21.0; 
      =     L      0.1; 
      BLD   103; 
      A     I     21.1; 
      =     L      0.2; 
      BLD   103; 
      A     I     20.6; 
      =     L      0.3; 
      BLD   103; 
      A     I     43.0; 
      =     L      0.4; 
      BLD   103; 
      A     M     36.4; 
      =     L      0.5; 
      BLD   103; 
      A     Q      8.0; 
      =     L      0.6; 
      BLD   103; 
      A     Q      8.2; 
      =     L      0.7; 
      BLD   103; 
      A     I     20.7; 
      =     L      1.0; 
      BLD   103; 
      A     I     21.2; 
      =     L      1.1; 
      BLD   103; 
      A     I     21.3; 
      =     L      1.2; 
      BLD   103; 
      A     M      2.5; 
      =     L      1.3; 
      BLD   103; 
      A     M      3.0; 
      =     L      1.4; 
      BLD   103; 
      CALL FB     1 , DB    85 (
           Central_Local            := L      0.0,
           LB_Start                 := L      0.1,
           LB_Stop                  := L      0.2,
           Emergency_Stop           := L      0.3,
           Single_Start             := L      0.4,
           Group_Start              := L      0.5,
           Group_Stop               := L      0.6,
           Interlock                := L      0.7,
           Speed_Switch             := L      1.0,
           Contactor                := L      1.1,
           Circuit_Breaker          := L      1.2,
           Clock                    := L      1.3,
           reset                    := L      1.4,
           Delay_Time               := T     85,
           Group_ON_Timer           := T     64,
           ON_Delay                 := S5T#10S,
           Group_Off_Timer          := T     65,
           Off_Delay                := S5T#30S,
           Speed_Switch_Fault       := DB1.DBX    4.1,
           Contactor_Fault          := DB1.DBX    4.2,
           CB_Fault                 := DB1.DBX    4.3,
           Motor_ON                 := Q      8.1);
      NOP   0; 
NETWORK
TITLE =

      A     M      0.0; 
      =     L      0.0; 
      BLD   103; 
      A     I     21.6; 
      =     L      0.1; 
      BLD   103; 
      A     I     21.7; 
      =     L      0.2; 
      BLD   103; 
      A     I     21.4; 
      =     L      0.3; 
      BLD   103; 
      A     I     43.1; 
      =     L      0.4; 
      BLD   103; 
      A     M     36.4; 
      =     L      0.5; 
      BLD   103; 
      A     Q      8.1; 
      =     L      0.6; 
      BLD   103; 
      A     I     41.4; 
      =     L      0.7; 
      BLD   103; 
      A     I     21.5; 
      =     L      1.0; 
      BLD   103; 
      A     I     24.0; 
      =     L      1.1; 
      BLD   103; 
      A     I     24.1; 
      =     L      1.2; 
      BLD   103; 
      A     M      2.5; 
      =     L      1.3; 
      BLD   103; 
      A     M      3.0; 
      =     L      1.4; 
      BLD   103; 
      CALL FB     1 , DB    86 (
           Central_Local            := L      0.0,
           LB_Start                 := L      0.1,
           LB_Stop                  := L      0.2,
           Emergency_Stop           := L      0.3,
           Single_Start             := L      0.4,
           Group_Start              := L      0.5,
           Group_Stop               := L      0.6,
           Interlock                := L      0.7,
           Speed_Switch             := L      1.0,
           Contactor                := L      1.1,
           Circuit_Breaker          := L      1.2,
           Clock                    := L      1.3,
           reset                    := L      1.4,
           Delay_Time               := T     86,
           Group_ON_Timer           := T     66,
           ON_Delay                 := S5T#3S,
           Group_Off_Timer          := T     67,
           Off_Delay                := S5T#30S,
           Speed_Switch_Fault       := DB1.DBX    4.5,
           Contactor_Fault          := DB1.DBX    4.6,
           CB_Fault                 := DB1.DBX    4.7,
           Motor_ON                 := Q      8.2);
      NOP   0; 
NETWORK
TITLE =

      A     M      0.0; 
      =     L      0.0; 
      BLD   103; 
      A     I     24.4; 
      =     L      0.1; 
      BLD   103; 
      A     I     24.5; 
      =     L      0.2; 
      BLD   103; 
      A     I     24.2; 
      =     L      0.3; 
      BLD   103; 
      A     I     42.5; 
      =     L      0.4; 
      BLD   103; 
      A     M     36.4; 
      =     L      0.5; 
      BLD   103; 
      A     Q      7.1; 
      =     L      0.6; 
      BLD   103; 
      A     Q      7.7; 
      =     L      0.7; 
      BLD   103; 
      A     I     24.3; 
      =     L      1.0; 
      BLD   103; 
      A     I     24.6; 
      =     L      1.1; 
      BLD   103; 
      A     I     24.7; 
      =     L      1.2; 
      BLD   103; 
      A     M      2.5; 
      =     L      1.3; 
      BLD   103; 
      A     M      3.0; 
      =     L      1.4; 
      BLD   103; 
      CALL FB     1 , DB    87 (
           Central_Local            := L      0.0,
           LB_Start                 := L      0.1,
           LB_Stop                  := L      0.2,
           Emergency_Stop           := L      0.3,
           Single_Start             := L      0.4,
           Group_Start              := L      0.5,
           Group_Stop               := L      0.6,
           Interlock                := L      0.7,
           Speed_Switch             := L      1.0,
           Contactor                := L      1.1,
           Circuit_Breaker          := L      1.2,
           Clock                    := L      1.3,
           reset                    := L      1.4,
           Delay_Time               := T     87,
           Group_ON_Timer           := T     68,
           ON_Delay                 := S5T#12S,
           Group_Off_Timer          := T     69,
           Off_Delay                := S5T#30S,
           Speed_Switch_Fault       := DB1.DBX    2.5,
           Contactor_Fault          := DB1.DBX    2.6,
           CB_Fault                 := DB1.DBX    2.7,
           Motor_ON                 := Q      8.3);
      NOP   0; 
NETWORK
TITLE =

      O     DB71.DBX   12.5; 
      O     DB72.DBX   12.5; 
      O     DB73.DBX   12.5; 
      O     DB81.DBX   12.5; 
      O     DB82.DBX   12.5; 
      O     DB83.DBX   12.5; 
      O     DB84.DBX   12.5; 
      O     DB85.DBX   12.5; 
      O     DB86.DBX   12.5; 
      O     DB87.DBX   12.5; 
      =     Q      7.4; 
NETWORK
TITLE =

      A     I      9.4; 
      =     L      0.0; 
      BLD   103; 
      A     I      9.5; 
      =     L      0.1; 
      BLD   103; 
      A     I     12.0; 
      =     L      0.2; 
      BLD   103; 
      AN    I     12.1; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    4.4,
           Output_Bit1              := DB2.DBX    4.5,
           Output_Bit2              := DB2.DBX    4.6,
           Output_Bit3              := DB2.DBX    4.7);
      NOP   0; 
NETWORK
TITLE =

      A     I     12.2; 
      =     L      0.0; 
      BLD   103; 
      A     I     12.3; 
      =     L      0.1; 
      BLD   103; 
      A     I     12.6; 
      =     L      0.2; 
      BLD   103; 
      AN    I     12.7; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    5.0,
           Output_Bit1              := DB2.DBX    5.1,
           Output_Bit2              := DB2.DBX    5.2,
           Output_Bit3              := DB2.DBX    5.3);
      NOP   0; 
NETWORK
TITLE =

      A     I     13.0; 
      =     L      0.0; 
      BLD   103; 
      A     I     13.1; 
      =     L      0.1; 
      BLD   103; 
      A     I     13.4; 
      =     L      0.2; 
      BLD   103; 
      AN    I     13.5; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    4.0,
           Output_Bit1              := DB2.DBX    4.1,
           Output_Bit2              := DB2.DBX    4.2,
           Output_Bit3              := DB2.DBX    4.3);
      NOP   0; 
NETWORK
TITLE =

      A     I     13.6; 
      =     L      0.0; 
      BLD   103; 
      A     I     13.7; 
      =     L      0.1; 
      BLD   103; 
      A     I     16.2; 
      =     L      0.2; 
      BLD   103; 
      AN    I     16.3; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    5.4,
           Output_Bit1              := DB2.DBX    5.5,
           Output_Bit2              := DB2.DBX    5.6,
           Output_Bit3              := DB2.DBX    5.7);
      NOP   0; 
NETWORK
TITLE =

      A     I     16.4; 
      =     L      0.0; 
      BLD   103; 
      A     I     16.5; 
      =     L      0.1; 
      BLD   103; 
      A     I     17.0; 
      =     L      0.2; 
      BLD   103; 
      AN    I     17.1; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    6.0,
           Output_Bit1              := DB2.DBX    6.1,
           Output_Bit2              := DB2.DBX    6.2,
           Output_Bit3              := DB2.DBX    6.3);
      NOP   0; 
NETWORK
TITLE =

      A     I     17.2; 
      =     L      0.0; 
      BLD   103; 
      A     I     17.3; 
      =     L      0.1; 
      BLD   103; 
      A     I     17.6; 
      =     L      0.2; 
      BLD   103; 
      AN    I     17.7; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    7.0,
           Output_Bit1              := DB2.DBX    7.1,
           Output_Bit2              := DB2.DBX    7.2,
           Output_Bit3              := DB2.DBX    7.3);
      NOP   0; 
NETWORK
TITLE =

      A     I     20.0; 
      =     L      0.0; 
      BLD   103; 
      A     I     20.1; 
      =     L      0.1; 
      BLD   103; 
      A     I     20.4; 
      =     L      0.2; 
      BLD   103; 
      AN    I     20.5; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    7.4,
           Output_Bit1              := DB2.DBX    7.5,
           Output_Bit2              := DB2.DBX    7.6,
           Output_Bit3              := DB2.DBX    7.7);
      NOP   0; 
NETWORK
TITLE =

      A     I     20.6; 
      =     L      0.0; 
      BLD   103; 
      A     I     20.7; 
      =     L      0.1; 
      BLD   103; 
      A     I     21.2; 
      =     L      0.2; 
      BLD   103; 
      AN    I     21.3; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    8.0,
           Output_Bit1              := DB2.DBX    8.1,
           Output_Bit2              := DB2.DBX    8.2,
           Output_Bit3              := DB2.DBX    8.3);
      NOP   0; 
NETWORK
TITLE =

      A     I     21.4; 
      =     L      0.0; 
      BLD   103; 
      A     I     21.5; 
      =     L      0.1; 
      BLD   103; 
      A     I     24.0; 
      =     L      0.2; 
      BLD   103; 
      AN    I     24.1; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    8.4,
           Output_Bit1              := DB2.DBX    8.5,
           Output_Bit2              := DB2.DBX    8.6,
           Output_Bit3              := DB2.DBX    8.7);
      NOP   0; 
NETWORK
TITLE =

      A     I     24.2; 
      =     L      0.0; 
      BLD   103; 
      A     I     24.3; 
      =     L      0.1; 
      BLD   103; 
      A     I     24.6; 
      =     L      0.2; 
      BLD   103; 
      AN    I     24.7; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB2.DBX    6.4,
           Output_Bit1              := DB2.DBX    6.5,
           Output_Bit2              := DB2.DBX    6.6,
           Output_Bit3              := DB2.DBX    6.7);
      NOP   0; 
NETWORK
TITLE =

      AN    I      9.4; 
      =     L      0.0; 
      BLD   103; 
      AN    I     12.2; 
      =     L      0.1; 
      BLD   103; 
      AN    I     13.0; 
      =     L      0.2; 
      BLD   103; 
      AN    I     13.6; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB1.DBX    0.4,
           Output_Bit1              := DB1.DBX    1.0,
           Output_Bit2              := DB1.DBX    0.0,
           Output_Bit3              := DB1.DBX    1.4);
      NOP   0; 
NETWORK
TITLE =

      AN    I     16.4; 
      =     L      0.0; 
      BLD   103; 
      AN    I     17.2; 
      =     L      0.1; 
      BLD   103; 
      AN    I     20.0; 
      =     L      0.2; 
      BLD   103; 
      AN    I     20.6; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB1.DBX    2.0,
           Output_Bit1              := DB1.DBX    3.0,
           Output_Bit2              := DB1.DBX    3.4,
           Output_Bit3              := DB1.DBX    4.0);
      NOP   0; 
NETWORK
TITLE =

      AN    I     21.4; 
      =     L      0.0; 
      BLD   103; 
      AN    I     24.2; 
      =     L      0.1; 
      BLD   103; 
      A     M     10.0; 
      =     L      0.2; 
      BLD   103; 
      A     M      0.7; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := DB1.DBX    4.4,
           Output_Bit1              := DB1.DBX    2.4,
           Output_Bit2              := M     10.0,
           Output_Bit3              := DB1.DBX    7.6);
      NOP   0; 
END_FUNCTION

FUNCTION FC 18 : VOID
TITLE =New Pulse Controller 91_8_22
VERSION : 0.1

BEGIN
NETWORK
TITLE =

      AN    DB6.DBX    2.0; 
      =     L      0.0; 
      BLD   103; 
      CALL FB     2 , DB     5 (
           Number_Of_Airtank        := 32,
           Number_Of_SV_In_Airtank  := 6,
           Mode                     := MW     4,
           Jack_Closed              := L      0.0,
           Timer_Off                := T     12,
           Time_Interval_second     := MW    12,
           Timer_ON                 := T     13,
           Pulse_Time_mSecond       := MW    28,
           Internal_Timer           := T     14,
           Pulse                    := Q      5.3,
           Output_Byte              := MB    25,
           Out_Jack                 := QB     6);
      NOP   0; 
NETWORK
TITLE =Selnoid Control

      A     M     25.0; 
      =     L      0.0; 
      BLD   103; 
      A     M     25.1; 
      =     L      0.1; 
      BLD   103; 
      A     M     25.2; 
      =     L      0.2; 
      BLD   103; 
      A     M     25.3; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := Q      4.7,
           Output_Bit1              := Q      4.6,
           Output_Bit2              := Q      4.5,
           Output_Bit3              := Q      4.4);
      NOP   0; 
NETWORK
TITLE =Selnoid Control

      A     M     25.4; 
      =     L      0.0; 
      BLD   103; 
      A     M     25.5; 
      =     L      0.1; 
      BLD   103; 
      A     M     25.6; 
      =     L      0.2; 
      BLD   103; 
      A     M     25.7; 
      =     L      0.3; 
      BLD   103; 
      CALL FC     6 (
           Input_Bit0               := L      0.0,
           Input_Bit1               := L      0.1,
           Input_Bit2               := L      0.2,
           Input_Bit3               := L      0.3,
           Output_Bit0              := Q      4.3,
           Output_Bit1              := Q      4.2,
           Output_Bit2              := Q      4.1,
           Output_Bit3              := Q      4.0);
      NOP   0; 
NETWORK
TITLE =

      A(    ; 
      L     DB5.DBW   38; 
      L     4; 
      /I    ; 
      T     DB6.DBW    0; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _001; 
      CALL FB     3 , DB     6 ;
_001: NOP   0; 
NETWORK
TITLE =

      L     DB6.DBW    0; 
      L     1; 
      +I    ; 
      T     MW    20; 
      NOP   0; 
NETWORK
TITLE =

      A(    ; 
      A(    ; 
      L     DB5.DBW   38; 
      L     6; 
      *I    ; 
      T     MW    16; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
      A     BR; 
      )     ; 
      JNB   _002; 
      L     MW    16; 
      L     DB5.DBW   22; 
      +I    ; 
      T     DB2.DBW   14; 
      AN    OV; 
      SAVE  ; 
      CLR   ; 
_002: A     BR; 
      )     ; 
      JNB   _003; 
      L     DB2.DBW   14; 
      T     MW    26; 
_003: NOP   0; 
NETWORK
TITLE =

      A     Q      5.3; 
      FP    M     36.0; 
      A     M      1.0; 
      JNB   _004; 
      CALL FC    14 ;
_004: NOP   0; 
END_FUNCTION

ORGANIZATION_BLOCK OB 1
TITLE = "Main Program Sweep (Cycle)"
//New Version 91_8_20
VERSION : 0.1


VAR_TEMP
  OB1_EV_CLASS : BYTE ;	//Bits 0-3 = 1 (Coming event), Bits 4-7 = 1 (Event class 1)
  OB1_SCAN_1 : BYTE ;	//1 (Cold restart scan 1 of OB 1), 3 (Scan 2-n of OB 1)
  OB1_PRIORITY : BYTE ;	//Priority of OB Execution
  OB1_OB_NUMBR : BYTE ;	//1 (Organization block 1, OB1)
  OB1_RESERVED_1 : BYTE ;	//Reserved for system
  OB1_RESERVED_2 : BYTE ;	//Reserved for system
  OB1_PREV_CYCLE : INT ;	//Cycle time of previous OB1 scan (milliseconds)
  OB1_MIN_CYCLE : INT ;	//Minimum cycle time of OB1 (milliseconds)
  OB1_MAX_CYCLE : INT ;	//Maximum cycle time of OB1 (milliseconds)
  OB1_DATE_TIME : DATE_AND_TIME ;	//Date and time OB1 started
END_VAR
BEGIN
NETWORK
TITLE =

      A(    ; 
      ON    M      2.5; 
      O     M      2.5; 
      )     ; 
      =     M      0.2; 
      A     M      0.2; 
      NOT   ; 
      =     M      0.3; 
NETWORK
TITLE =

      CALL FC     1 ;
      NOP   0; 
NETWORK
TITLE =

      CALL FC     3 ;
      NOP   0; 
NETWORK
TITLE =

      CALL FC     4 ;
      NOP   0; 
NETWORK
TITLE =

      CALL FC     7 ;
      NOP   0; 
NETWORK
TITLE =

      A     DB2.DBX    0.6; 
      JNB   _001; 
      CALL FC    18 ;
_001: NOP   0; 
NETWORK
TITLE =

      CALL FC    10 ;
      NOP   0; 
NETWORK
TITLE =

      CALL FC    11 ;
      NOP   0; 
NETWORK
TITLE =

      CALL FC    12 ;
      NOP   0; 
NETWORK
TITLE =

      CALL FC    15 ;
      NOP   0; 
NETWORK
TITLE =

      CALL FC    16 ;
      NOP   0; 
NETWORK
TITLE =

      A     I     40.0; 
      =     Q      9.0; 
NETWORK
TITLE =

      L     PIW  320; 
      T     DB2.DBW   20; 
      NOP   0; 
END_ORGANIZATION_BLOCK

ORGANIZATION_BLOCK OB 82
VERSION : 0.1


VAR_TEMP
  TEMP0 : BYTE ;	
  TEMP1 : BYTE ;	
  TEMP2 : BYTE ;	
  TEMP3 : BYTE ;	
  TEMP4 : BYTE ;	
  TEMP5 : BYTE ;	
  TEMP6 : WORD ;	
  TEMP7 : BOOL ;	
  TEMP8 : BOOL ;	
  TEMP9 : BOOL ;	
  TEMP10 : BOOL ;	
  TEMP11 : BOOL ;	
  TEMP12 : BOOL ;	
  TEMP13 : BOOL ;	
  TEMP14 : BOOL ;	
  TEMP15 : BYTE ;	
  TEMP16 : BOOL ;	
  TEMP17 : BOOL ;	
  TEMP18 : BOOL ;	
  TEMP19 : BOOL ;	
  TEMP20 : BOOL ;	
  TEMP21 : BOOL ;	
  TEMP22 : BOOL ;	
  TEMP23 : BOOL ;	
  TEMP24 : BOOL ;	
  TEMP25 : BOOL ;	
  TEMP26 : BOOL ;	
  TEMP27 : BOOL ;	
  TEMP28 : BOOL ;	
  TEMP29 : BOOL ;	
  TEMP30 : BOOL ;	
  TEMP31 : BOOL ;	
  TEMP32 : DATE_AND_TIME ;	
END_VAR
BEGIN
END_ORGANIZATION_BLOCK

ORGANIZATION_BLOCK OB 85
TITLE = "Organization Block (OB) Not Loaded Fault"
VERSION : 0.1


VAR_TEMP
  OB85_EV_CLASS : BYTE ;	//16#35 Event class 3
  OB85_FLT_ID : BYTE ;	//16#XX, Fault identification code
  OB85_PRIORITY : BYTE ;	//Priority of OB Execution
  OB85_OB_NUMBR : BYTE ;	//85 (Organization block 85, OB85)
  OB85_RESERVED_1 : BYTE ;	//Reserved for system
  OB85_RESERVED_2 : BYTE ;	//Reserved for system
  OB85_RESERVED_3 : INT ;	//Reserved for system
  OB85_ERR_EV_CLASS : BYTE ;	//Class of event causing error
  OB85_ERR_EV_NUM : BYTE ;	//Number of event causing error
  OB85_OB_PRIOR : BYTE ;	//Priority of OB causing error
  OB85_OB_NUM : BYTE ;	//Number of OB causing error
  OB85_DATE_TIME : DATE_AND_TIME ;	//Date and time OB85 started   
END_VAR
BEGIN
END_ORGANIZATION_BLOCK

ORGANIZATION_BLOCK OB 86
VERSION : 0.1


VAR_TEMP
  TEMP0 : BYTE ;	
  TEMP1 : BYTE ;	
  TEMP2 : BYTE ;	
  TEMP3 : BYTE ;	
  TEMP4 : BYTE ;	
  TEMP5 : BYTE ;	
  TEMP6 : WORD ;	
  TEMP7 : ARRAY  [0 .. 31 ] OF BOOL ;	
  TEMP8 : DATE_AND_TIME ;	
END_VAR
BEGIN
END_ORGANIZATION_BLOCK

ORGANIZATION_BLOCK OB 87
TITLE = "Communication Fault"
VERSION : 0.1


VAR_TEMP
  OB87_EV_CLASS : BYTE ;	//16#39 Event class 3
  OB87_FLT_ID : BYTE ;	//16#XX, Fault identifcation code
  OB87_PRIORITY : BYTE ;	//Priority of OB Execution
  OB87_OB_NUMBR : BYTE ;	//87 (Organization block 87, OB87)
  OB87_RESERVED_1 : BYTE ;	//Reserved for system
  OB87_RESERVED_2 : BYTE ;	//Reserved for system
  OB87_RESERVED_3 : WORD ;	//Reserved for system
  OB87_RESERVED_4 : DWORD ;	//Reserved for system
  OB87_DATE_TIME : DATE_AND_TIME ;	//Date and time OB87 started
END_VAR
BEGIN
END_ORGANIZATION_BLOCK

ORGANIZATION_BLOCK OB 121
TITLE = "Programming Error"
VERSION : 0.1


VAR_TEMP
  OB121_EV_CLASS : BYTE ;	//16#25, Event class 2, Entering event state, Internal fault event
  OB121_SW_FLT : BYTE ;	//16#XX Software programming fault
  OB121_PRIORITY : BYTE ;	//Priority of OB Execution
  OB121_OB_NUMBR : BYTE ;	//121 (Organization block 121, OB121)
  OB121_BLK_TYPE : BYTE ;	//16#88/8A/8B/8C/8E Type of block fault occured in
  OB121_RESERVED_1 : BYTE ;	//Reserved for system
  OB121_FLT_REG : WORD ;	//16#XX Specific register that caused fault
  OB121_BLK_NUM : WORD ;	//Number of block that programming fault occured in
  OB121_PRG_ADDR : WORD ;	//Address in block where programming fault occured
  OB121_DATE_TIME : DATE_AND_TIME ;	//Date and time OB121 started
END_VAR
BEGIN
END_ORGANIZATION_BLOCK

ORGANIZATION_BLOCK OB 122
VERSION : 0.1


VAR_TEMP
  TEMP0 : BYTE ;	
  TEMP1 : BYTE ;	
  TEMP2 : BYTE ;	
  TEMP3 : BYTE ;	
  TEMP4 : BYTE ;	
  TEMP5 : BYTE ;	
  TEMP6 : WORD ;	
  TEMP7 : WORD ;	
  TEMP8 : WORD ;	
  TEMP9 : DATE_AND_TIME ;	
END_VAR
BEGIN
END_ORGANIZATION_BLOCK