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FB35 FLT P01 : Plunger faults |
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Netzwerk 1: Time monitoring U "M00 Imp 10Hz" UN #SetTimeElpsd SPBN m001 L #actor_time_monitor + 1 T #actor_time_monitor L 80 >=I = #SetTimeElpsd |
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Netzwerk 2: Outputs assignment m001: L '' T #"1_tmp_dword_00_31"
U "A01 VC641 Y641 HP" = #"1_tmp_dword_00_31".%X0 U "A01 VC641 Y642 WP" = #"1_tmp_dword_00_31".%X1 U "A01 HC680 Y680 HP" = #"1_tmp_dword_00_31".%X2 U "A01 Y681 HV WP" = #"1_tmp_dword_00_31".%X3 U "A01 Y645 HV WP" = #"1_tmp_dword_00_31".%X4 U "M00 log 0" = #"1_tmp_dword_00_31".%X5 |
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Netzwerk 3: Registering outputs changes L #support_DWord_1 L #"1_tmp_dword_00_31" T #support_DWord_1 XOD U ==0 U "M00 OB1 FirstCycle" SPB m002 L '' T #actor_time_monitor R #SetTimeElpsd |
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Netzwerk 4: Faults acknowledgement m002: U #FLT_ACK U #FLT_MODULE SPBN m003 L '' T #"1_fault_00_15" T #"2_fault_00_15" U "M01 Active" BEB T "DI MAIN P01".RunTimeCounter_seq1 BEA |
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Netzwerk 5: Query elapsed time *** m003: U #SetTimeElpsd SPBN m004 |
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Netzwerk 6: 1_X0 A01 Y681 HV Oil quantity switching X "A01 Y681 HV WP" X "E01 Y681 B9067 WP" S #"1_fault_00_15".%X0 |
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Netzwerk 7: 1_X1 A01 HC680 Y68.0 Stow pin X "A01 HC680 Y680 HP" X "E01 HC680 B352 HP" O( XN "A01 HC680 Y680 HP" X "E01 HC680 B353 WP" ) S #"1_fault_00_15".%X1 |
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Netzwerk 8: 1_X2 A01 Y645 HV Safety valve X "A01 Y645 HV WP" X "E01 Y645 B9060 WP" S #"1_fault_00_15".%X2 |
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Netzwerk 9: 1_X3 A01 Y641 HV Plunger X "A01 VC641 Y641 HP" X "E01 VC641 B9061 HP" O( X "A01 VC641 Y642 WP" X "E01 VC641 B9062 WP" ) S #"1_fault_00_15".%X3 |
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Netzwerk 10: 1_X4 res
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Netzwerk 11: 1_X11 VC641 WP swivel plate not locked UN "HMI KEY".P02.HC820.Support.ActorOn_WP U "M00 Auto CmpltMa run" U "A01 VC641 Y642 WP" UN "A02 VC824 Y824 Li WP" UN "A02 VC826 Y826 Re WP" S #"1_fault_00_15".%X11 |
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Netzwerk 12: 1_X12 VC641 not TDC stow pin HC680 WP UN "A01 HC680 Y680 HP" UN "DI OUT P01".Support."VC641 bit_TDC" U "A01 VC641 Y642 WP" U "M00 Auto CmpltMa run" S #"1_fault_00_15".%X12 |
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Netzwerk 13: 1_X13 VC641 not OT VC824/VC826 unlock ON "E02 VC826 B543 Re WP" ON "E02 VC824 B530 Li HP" UN "A01 HC680 Y680 HP" UN "DI OUT P01".Support."VC641 bit_TDC" U "M00 Auto CmpltMa run" S #"1_fault_00_15".%X13 |
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Netzwerk 14: 1_X14 res. *** m004: U "M00 log 0" S #"1_fault_00_15".%X14 |
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Netzwerk 15: 1_X0 P01 Query module run-time L "DI MAIN P01".RunTimeCounter_seq1 L "DI MAIN P01".RunTimeCounter_SetP >I = #warn_00_15.%X0 |
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Netzwerk 16: Assigned warning U "DI OUT P01".Support."VC641 Offset_OverR" = #warn_00_15.%X1 |
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Netzwerk 17: P01 Complete module fault message L #"1_fault_00_15" SLD 16 L #"2_fault_00_15" OD UD DW#16#FFFFFFFF U <>0 = #FLT_MODULE |
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FB25 FLT PRS : Press common faults |
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Netzwerk 1: Time monitoring U "M00 Imp 10Hz" UN #SetTimeElpsd SPBN m001 L #actor_time_monitor + 1 T #actor_time_monitor L 80 >=I = #SetTimeElpsd |
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Netzwerk 2: Outputs assignment m001: L '' T #"1_tmp_dword_00_31"
U "A00 Y640 HV HP" = #"1_tmp_dword_00_31".%X0 U "M00 log 0" = #"1_tmp_dword_00_31".%X1 |
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Netzwerk 3: Registering outputs changes L #support_DWord_1 L #"1_tmp_dword_00_31" T #support_DWord_1 XOD U ==0 U "M00 OB1 FirstCycle" SPB m002 L '' T #actor_time_monitor R #SetTimeElpsd |
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Netzwerk 4: Faults acknowledgement m002: U #FLT_ACK U #FLT_MODULE SPBN m003 L '' T #"1_fault_00_15" T #"2_fault_00_15" U "M01 Active" BEB T "DI MAIN PRS".RunTimeCounter_seq1 BEA |
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Netzwerk 5: Query elapsed time *** m003: U #SetTimeElpsd SPBN m004 |
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Netzwerk 6: 1_X0 Y640 Oil changeover valve X "A00 Y640 HV HP" X "E00 Y640 B9063 WP" S #"1_fault_00_15".%X0 |
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Netzwerk 7: 1_X1
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Netzwerk 8: 1_X4 Hydraulic pump general *** m004: U "DI OUT PRS"."1M4".GenFlt S #"1_fault_00_15".%X4 |
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Netzwerk 9: 1_X5 DC24L2 UN "A00 DC24L2 K9240" S #"1_fault_00_15".%X5 |
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Netzwerk 10: 1_X6 DC24L4 UN "A00 DC24L4 K9241" S #"1_fault_00_15".%X6 |
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Netzwerk 11: 1_X7 1M4 MSS Hydraulic pump UN "E00 1M4 MSS" S #"1_fault_00_15".%X7 |
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Netzwerk 12: 1_X8 22M2 MSS UN "E00 22M2 MSS" S #"1_fault_00_15".%X8 |
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Netzwerk 13: 1_X9 4M1 MSS Rotary table UN "E00 4M1 MSS" S #"1_fault_00_15".%X9 |
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Netzwerk 14: 1_X10 Pult emergency stop UN "E00 NH E10 RM" S #"1_fault_00_15".%X10 |
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Netzwerk 15: 1_X11 Oil min UN "E00 B372 Oil min" S #"1_fault_00_15".%X11 |
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Netzwerk 16: 1_X12 Oil temperature too high L "DI OUT PRS".MaDa.PEW260.SCALE_OUT L 65.0 >R S #"1_fault_00_15".%X12 |
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Netzwerk 17: 2_X3 CLR S #"2_fault_00_15".%X3 |
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Netzwerk 18: 2_X4 P01 FLT Module Stop U "M01 FLT ModuStp" S #"2_fault_00_15".%X4 |
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Netzwerk 19: 2_X12 P02 FLT Module Stop U "M02 FLT ModuStp" = #"2_fault_00_15".%X12 |
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Netzwerk 20: 2_X13 P03 FLT Module Stop U "M03 FLT ModuStp" = #"2_fault_00_15".%X13 |
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Netzwerk 21: 2_X14 P04 FLT Module Stop U "M04 FLT ModuStp" S #"2_fault_00_15".%X14 |
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Netzwerk 22: 2_X15 P05 FLT Module Stop U "M05 FLT ModuStp" S #"2_fault_00_15".%X15 |
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Netzwerk 23: Query module run-time L "DI MAIN PRS".RunTimeCounter_seq1 L "DI MAIN PRS".RunTimeCounter_SetP >I = #warn_00_15.%X0 |
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Netzwerk 24: Complete module fault message L #"1_fault_00_15" SLD 16 L #"2_fault_00_15" OD UD DW#16#FFFFFFFF U <>0 = #FLT_MODULE |
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