ScaffIQ Sequence Engine · Ladder Visualization

WTP_Demo_Phase3

Engineer
Water Treatment Demo
Generated
2026-08-26T20:54:05.400Z
Validation hash
6206B6A8
State machines
4
⚠ ENGINEER REVIEW REQUIRED: this is a review aid, not the source of truth. Validate against the generated L5X and the Functional Design Specification before commissioning. No safety-rated logic is shown or implied.
State Machines (4)

Lime Reactor 1 Cleaning Cycle

Lime Reactor Analyser Cleaning/Lime Reactor 1 Cleaning Cycle
Idle0
→Cmd=1 & permissive: Instrument not already faulted
Flush lime reactor 1 analyser1
→Flush duration timer expires
Idle0
SEQ_Lime_Reactor_1_Cleaning_Cycle 12 rungs
ENGINEER REVIEW REQUIRED: This routine was generated by ScaffIQ Sequence Engine. All logic requires review, validation and testing by a qualified Controls Engineer before deployment to a controller.
NOP();
Start Lime Reactor 1 Cleaning Cycle: arm pending request on Cmd=1 rising edge
EQU
SEQ_Lime_Reactor_1_Cleaning_Cycle_Cmd = 1
 ONS ↑
SEQ_Lime_Reactor_1_Cleaning_Cycle_StartONS
 L
SEQ_Lime_Reactor_1_Cleaning_Cycle_StartPending
EQU(SEQ_Lime_Reactor_1_Cleaning_Cycle_Cmd,1)ONS(SEQ_Lime_Reactor_1_Cleaning_Cycle_StartONS)OTL(SEQ_Lime_Reactor_1_Cleaning_Cycle_StartPending);
Start Lime Reactor 1 Cleaning Cycle: idle→phase 1 once pending and permissives are satisfied, consumes the request | Permissives: Instrument not already faulted
EQU
SEQ_Lime_Reactor_1_Cleaning_Cycle_State = 0
SEQ_Lime_Reactor_1_Cleaning_Cycle_StartPending
 NEQ
AIT-0201 ≠ fault
 MOV
Source: 1
Dest: SEQ_Lime_Reactor_1_Cleaning_Cycle_State
 U
SEQ_Lime_Reactor_1_Cleaning_Cycle_StartPending
 MOV
Source: 0
Dest: SEQ_Lime_Reactor_1_Cleaning_Cycle_Cmd
EQU(SEQ_Lime_Reactor_1_Cleaning_Cycle_State,0)XIC(SEQ_Lime_Reactor_1_Cleaning_Cycle_StartPending)NEQ(AIT-0201,fault)MOV(1,SEQ_Lime_Reactor_1_Cleaning_Cycle_State)OTU(SEQ_Lime_Reactor_1_Cleaning_Cycle_StartPending)MOV(0,SEQ_Lime_Reactor_1_Cleaning_Cycle_Cmd);
Phase 1 (Flush lime reactor 1 analyser): Open dedicated flush supply solenoid, hold analyser output constant
EQU
SEQ_Lime_Reactor_1_Cleaning_Cycle_State = 1
 L
AIT-0201
Local:1:I.Data.4
EQU(SEQ_Lime_Reactor_1_Cleaning_Cycle_State,1)OTL(AIT-0201);
Phase 1 (Flush lime reactor 1 analyser): timer 30.0s (preset=30000ms)
EQU
SEQ_Lime_Reactor_1_Cleaning_Cycle_State = 1
 TON
SEQ_Lime_Reactor_1_Cleaning_Cycle_T1
Preset: 30000 ms
EQU(SEQ_Lime_Reactor_1_Cleaning_Cycle_State,1)TON(SEQ_Lime_Reactor_1_Cleaning_Cycle_T1,30000,0);
Phase 1 (Flush lime reactor 1 analyser) transition: timer done → idle (sequence complete)
EQU
SEQ_Lime_Reactor_1_Cleaning_Cycle_State = 1
SEQ_Lime_Reactor_1_Cleaning_Cycle_T1.DN
 MOV
Source: 0
Dest: SEQ_Lime_Reactor_1_Cleaning_Cycle_State
EQU(SEQ_Lime_Reactor_1_Cleaning_Cycle_State,1)XIC(SEQ_Lime_Reactor_1_Cleaning_Cycle_T1.DN)MOV(0,SEQ_Lime_Reactor_1_Cleaning_Cycle_State);
Stop Lime Reactor 1 Cleaning Cycle: command=2, any state → idle, self-clears Cmd, cancels a pending start request
EQU
SEQ_Lime_Reactor_1_Cleaning_Cycle_Cmd = 2
 MOV
Source: 0
Dest: SEQ_Lime_Reactor_1_Cleaning_Cycle_State
 MOV
Source: 0
Dest: SEQ_Lime_Reactor_1_Cleaning_Cycle_Cmd
 U
SEQ_Lime_Reactor_1_Cleaning_Cycle_StartPending
EQU(SEQ_Lime_Reactor_1_Cleaning_Cycle_Cmd,2)MOV(0,SEQ_Lime_Reactor_1_Cleaning_Cycle_State)MOV(0,SEQ_Lime_Reactor_1_Cleaning_Cycle_Cmd)OTU(SEQ_Lime_Reactor_1_Cleaning_Cycle_StartPending);
Lime Reactor 1 Cleaning Cycle running status
NEQ
SEQ_Lime_Reactor_1_Cleaning_Cycle_State ≠ 0
SEQ_Lime_Reactor_1_Cleaning_Cycle_Status
NEQ(SEQ_Lime_Reactor_1_Cleaning_Cycle_State,0)OTE(SEQ_Lime_Reactor_1_Cleaning_Cycle_Status);
Lime Reactor 1 Cleaning Cycle integrity guard: from state 0, only {0, 1} are legal next values
EQU
SEQ_Lime_Reactor_1_Cleaning_Cycle_PrevState = 0
 NEQ
SEQ_Lime_Reactor_1_Cleaning_Cycle_State ≠ 0
 NEQ
SEQ_Lime_Reactor_1_Cleaning_Cycle_State ≠ 1
 MOV
Source: 0
Dest: SEQ_Lime_Reactor_1_Cleaning_Cycle_State
 L
SEQ_Lime_Reactor_1_Cleaning_Cycle_IntegrityFault
EQU(SEQ_Lime_Reactor_1_Cleaning_Cycle_PrevState,0)NEQ(SEQ_Lime_Reactor_1_Cleaning_Cycle_State,0)NEQ(SEQ_Lime_Reactor_1_Cleaning_Cycle_State,1)MOV(0,SEQ_Lime_Reactor_1_Cleaning_Cycle_State)OTL(SEQ_Lime_Reactor_1_Cleaning_Cycle_IntegrityFault);
Lime Reactor 1 Cleaning Cycle integrity guard: from state 1, only {1, 0} are legal next values
EQU
SEQ_Lime_Reactor_1_Cleaning_Cycle_PrevState = 1
 NEQ
SEQ_Lime_Reactor_1_Cleaning_Cycle_State ≠ 1
 NEQ
SEQ_Lime_Reactor_1_Cleaning_Cycle_State ≠ 0
 MOV
Source: 0
Dest: SEQ_Lime_Reactor_1_Cleaning_Cycle_State
 L
SEQ_Lime_Reactor_1_Cleaning_Cycle_IntegrityFault
EQU(SEQ_Lime_Reactor_1_Cleaning_Cycle_PrevState,1)NEQ(SEQ_Lime_Reactor_1_Cleaning_Cycle_State,1)NEQ(SEQ_Lime_Reactor_1_Cleaning_Cycle_State,0)MOV(0,SEQ_Lime_Reactor_1_Cleaning_Cycle_State)OTL(SEQ_Lime_Reactor_1_Cleaning_Cycle_IntegrityFault);
Lime Reactor 1 Cleaning Cycle: clear integrity fault on acknowledged reset
SEQ_Lime_Reactor_1_Cleaning_Cycle_FaultReset
 U
SEQ_Lime_Reactor_1_Cleaning_Cycle_IntegrityFault
XIC(SEQ_Lime_Reactor_1_Cleaning_Cycle_FaultReset)OTU(SEQ_Lime_Reactor_1_Cleaning_Cycle_IntegrityFault);
Lime Reactor 1 Cleaning Cycle: latch this scan's ending state for next scan's integrity check (must stay the last rung in this routine)
MOV
Source: SEQ_Lime_Reactor_1_Cleaning_Cycle_State
Dest: SEQ_Lime_Reactor_1_Cleaning_Cycle_PrevState
MOV(SEQ_Lime_Reactor_1_Cleaning_Cycle_State,SEQ_Lime_Reactor_1_Cleaning_Cycle_PrevState);

HRT Auto Start Sequence

Clarifier HRT Auto Mode/HRT Auto Start Sequence
Idle0
→Cmd=1 & permissive: Bed pressure not high
Check HRT auto start permissives1
→All start permissives healthy and REMOTE mode selected
Energise Thickener HPU Pump Motor2
→Motor confirms running
Automatic Rake Raise Cycle to high position3
→Rake Position Limit Switch confirms HIGH
Idle0
SEQ_HRT_Auto_Start_Sequence 17 rungs
ENGINEER REVIEW REQUIRED: This routine was generated by ScaffIQ Sequence Engine. All logic requires review, validation and testing by a qualified Controls Engineer before deployment to a controller.
NOP();
Start HRT Auto Start Sequence: arm pending request on Cmd=1 rising edge
EQU
SEQ_HRT_Auto_Start_Sequence_Cmd = 1
 ONS ↑
SEQ_HRT_Auto_Start_Sequence_StartONS
 L
SEQ_HRT_Auto_Start_Sequence_StartPending
EQU(SEQ_HRT_Auto_Start_Sequence_Cmd,1)ONS(SEQ_HRT_Auto_Start_Sequence_StartONS)OTL(SEQ_HRT_Auto_Start_Sequence_StartPending);
Start HRT Auto Start Sequence: idle→phase 1 once pending and permissives are satisfied, consumes the request | Permissives: Bed pressure not high
EQU
SEQ_HRT_Auto_Start_Sequence_State = 0
SEQ_HRT_Auto_Start_Sequence_StartPending
 LES
PT-0301 < 90
 MOV
Source: 1
Dest: SEQ_HRT_Auto_Start_Sequence_State
 U
SEQ_HRT_Auto_Start_Sequence_StartPending
 MOV
Source: 0
Dest: SEQ_HRT_Auto_Start_Sequence_Cmd
EQU(SEQ_HRT_Auto_Start_Sequence_State,0)XIC(SEQ_HRT_Auto_Start_Sequence_StartPending)LES(PT-0301,90)MOV(1,SEQ_HRT_Auto_Start_Sequence_State)OTU(SEQ_HRT_Auto_Start_Sequence_StartPending)MOV(0,SEQ_HRT_Auto_Start_Sequence_Cmd);
Phase 1 (Check HRT auto start permissives) transition: "All start permissives healthy and REMOTE mode selected" → phase 2 [ENGINEER: implement this condition manually]
EQU
SEQ_HRT_Auto_Start_Sequence_State = 1
EQU(SEQ_HRT_Auto_Start_Sequence_State,1)NOP();
Phase 2 (Energise Thickener HPU Pump Motor): Energise MSC-0301 Thickener HPU Pump Motor
EQU
SEQ_HRT_Auto_Start_Sequence_State = 2
 L
MSC-0301
Local:2:O.Data.47
EQU(SEQ_HRT_Auto_Start_Sequence_State,2)OTL(MSC-0301);
Phase 2 (Energise Thickener HPU Pump Motor) transition: "Motor confirms running" → phase 3 [ENGINEER: implement this condition manually]
EQU
SEQ_HRT_Auto_Start_Sequence_State = 2
EQU(SEQ_HRT_Auto_Start_Sequence_State,2)NOP();
Phase 3 (Automatic Rake Raise Cycle to high position): "energise" Energise Thickener HPU Rake Forward Solenoid (AV-0301) [ENGINEER: implement this action manually]
EQU
SEQ_HRT_Auto_Start_Sequence_State = 3
EQU(SEQ_HRT_Auto_Start_Sequence_State,3)NOP();
Phase 3 (Automatic Rake Raise Cycle to high position): timer 1.0min (preset=60000ms)
EQU
SEQ_HRT_Auto_Start_Sequence_State = 3
 TON
SEQ_HRT_Auto_Start_Sequence_T3
Preset: 60000 ms
EQU(SEQ_HRT_Auto_Start_Sequence_State,3)TON(SEQ_HRT_Auto_Start_Sequence_T3,60000,0);
Phase 3 (Automatic Rake Raise Cycle to high position) transition: timer done → idle (sequence complete)
EQU
SEQ_HRT_Auto_Start_Sequence_State = 3
SEQ_HRT_Auto_Start_Sequence_T3.DN
 MOV
Source: 0
Dest: SEQ_HRT_Auto_Start_Sequence_State
EQU(SEQ_HRT_Auto_Start_Sequence_State,3)XIC(SEQ_HRT_Auto_Start_Sequence_T3.DN)MOV(0,SEQ_HRT_Auto_Start_Sequence_State);
Stop HRT Auto Start Sequence: command=2, any state → idle, self-clears Cmd, cancels a pending start request
EQU
SEQ_HRT_Auto_Start_Sequence_Cmd = 2
 MOV
Source: 0
Dest: SEQ_HRT_Auto_Start_Sequence_State
 MOV
Source: 0
Dest: SEQ_HRT_Auto_Start_Sequence_Cmd
 U
SEQ_HRT_Auto_Start_Sequence_StartPending
EQU(SEQ_HRT_Auto_Start_Sequence_Cmd,2)MOV(0,SEQ_HRT_Auto_Start_Sequence_State)MOV(0,SEQ_HRT_Auto_Start_Sequence_Cmd)OTU(SEQ_HRT_Auto_Start_Sequence_StartPending);
HRT Auto Start Sequence running status
NEQ
SEQ_HRT_Auto_Start_Sequence_State ≠ 0
SEQ_HRT_Auto_Start_Sequence_Status
NEQ(SEQ_HRT_Auto_Start_Sequence_State,0)OTE(SEQ_HRT_Auto_Start_Sequence_Status);
HRT Auto Start Sequence integrity guard: from state 0, only {0, 1} are legal next values
EQU
SEQ_HRT_Auto_Start_Sequence_PrevState = 0
 NEQ
SEQ_HRT_Auto_Start_Sequence_State ≠ 0
 NEQ
SEQ_HRT_Auto_Start_Sequence_State ≠ 1
 MOV
Source: 0
Dest: SEQ_HRT_Auto_Start_Sequence_State
 L
SEQ_HRT_Auto_Start_Sequence_IntegrityFault
EQU(SEQ_HRT_Auto_Start_Sequence_PrevState,0)NEQ(SEQ_HRT_Auto_Start_Sequence_State,0)NEQ(SEQ_HRT_Auto_Start_Sequence_State,1)MOV(0,SEQ_HRT_Auto_Start_Sequence_State)OTL(SEQ_HRT_Auto_Start_Sequence_IntegrityFault);
HRT Auto Start Sequence integrity guard: from state 1, only {1, 2, 0} are legal next values
EQU
SEQ_HRT_Auto_Start_Sequence_PrevState = 1
 NEQ
SEQ_HRT_Auto_Start_Sequence_State ≠ 1
 NEQ
SEQ_HRT_Auto_Start_Sequence_State ≠ 2
 NEQ
SEQ_HRT_Auto_Start_Sequence_State ≠ 0
 MOV
Source: 0
Dest: SEQ_HRT_Auto_Start_Sequence_State
 L
SEQ_HRT_Auto_Start_Sequence_IntegrityFault
EQU(SEQ_HRT_Auto_Start_Sequence_PrevState,1)NEQ(SEQ_HRT_Auto_Start_Sequence_State,1)NEQ(SEQ_HRT_Auto_Start_Sequence_State,2)NEQ(SEQ_HRT_Auto_Start_Sequence_State,0)MOV(0,SEQ_HRT_Auto_Start_Sequence_State)OTL(SEQ_HRT_Auto_Start_Sequence_IntegrityFault);
HRT Auto Start Sequence integrity guard: from state 2, only {2, 3, 0} are legal next values
EQU
SEQ_HRT_Auto_Start_Sequence_PrevState = 2
 NEQ
SEQ_HRT_Auto_Start_Sequence_State ≠ 2
 NEQ
SEQ_HRT_Auto_Start_Sequence_State ≠ 3
 NEQ
SEQ_HRT_Auto_Start_Sequence_State ≠ 0
 MOV
Source: 0
Dest: SEQ_HRT_Auto_Start_Sequence_State
 L
SEQ_HRT_Auto_Start_Sequence_IntegrityFault
EQU(SEQ_HRT_Auto_Start_Sequence_PrevState,2)NEQ(SEQ_HRT_Auto_Start_Sequence_State,2)NEQ(SEQ_HRT_Auto_Start_Sequence_State,3)NEQ(SEQ_HRT_Auto_Start_Sequence_State,0)MOV(0,SEQ_HRT_Auto_Start_Sequence_State)OTL(SEQ_HRT_Auto_Start_Sequence_IntegrityFault);
HRT Auto Start Sequence integrity guard: from state 3, only {3, 0} are legal next values
EQU
SEQ_HRT_Auto_Start_Sequence_PrevState = 3
 NEQ
SEQ_HRT_Auto_Start_Sequence_State ≠ 3
 NEQ
SEQ_HRT_Auto_Start_Sequence_State ≠ 0
 MOV
Source: 0
Dest: SEQ_HRT_Auto_Start_Sequence_State
 L
SEQ_HRT_Auto_Start_Sequence_IntegrityFault
EQU(SEQ_HRT_Auto_Start_Sequence_PrevState,3)NEQ(SEQ_HRT_Auto_Start_Sequence_State,3)NEQ(SEQ_HRT_Auto_Start_Sequence_State,0)MOV(0,SEQ_HRT_Auto_Start_Sequence_State)OTL(SEQ_HRT_Auto_Start_Sequence_IntegrityFault);
HRT Auto Start Sequence: clear integrity fault on acknowledged reset
SEQ_HRT_Auto_Start_Sequence_FaultReset
 U
SEQ_HRT_Auto_Start_Sequence_IntegrityFault
XIC(SEQ_HRT_Auto_Start_Sequence_FaultReset)OTU(SEQ_HRT_Auto_Start_Sequence_IntegrityFault);
HRT Auto Start Sequence: latch this scan's ending state for next scan's integrity check (must stay the last rung in this routine)
MOV
Source: SEQ_HRT_Auto_Start_Sequence_State
Dest: SEQ_HRT_Auto_Start_Sequence_PrevState
MOV(SEQ_HRT_Auto_Start_Sequence_State,SEQ_HRT_Auto_Start_Sequence_PrevState);

Thickener Rake Emergency Stop

Clarifier HRT Stop Sequences/Thickener Rake Emergency Stop
Idle0
→Cmd=1
De-energise all HRT drives without delay1
→unconditional
Idle0
SEQ_Thickener_Rake_Emergency_Stop 11 rungs
ENGINEER REVIEW REQUIRED: This routine was generated by ScaffIQ Sequence Engine. All logic requires review, validation and testing by a qualified Controls Engineer before deployment to a controller.
NOP();
Start Thickener Rake Emergency Stop: arm pending request on Cmd=1 rising edge
EQU
SEQ_Thickener_Rake_Emergency_Stop_Cmd = 1
 ONS ↑
SEQ_Thickener_Rake_Emergency_Stop_StartONS
 L
SEQ_Thickener_Rake_Emergency_Stop_StartPending
EQU(SEQ_Thickener_Rake_Emergency_Stop_Cmd,1)ONS(SEQ_Thickener_Rake_Emergency_Stop_StartONS)OTL(SEQ_Thickener_Rake_Emergency_Stop_StartPending);
Start Thickener Rake Emergency Stop: idle→phase 1 once pending and permissives are satisfied, consumes the request
EQU
SEQ_Thickener_Rake_Emergency_Stop_State = 0
SEQ_Thickener_Rake_Emergency_Stop_StartPending
 MOV
Source: 1
Dest: SEQ_Thickener_Rake_Emergency_Stop_State
 U
SEQ_Thickener_Rake_Emergency_Stop_StartPending
 MOV
Source: 0
Dest: SEQ_Thickener_Rake_Emergency_Stop_Cmd
EQU(SEQ_Thickener_Rake_Emergency_Stop_State,0)XIC(SEQ_Thickener_Rake_Emergency_Stop_StartPending)MOV(1,SEQ_Thickener_Rake_Emergency_Stop_State)OTU(SEQ_Thickener_Rake_Emergency_Stop_StartPending)MOV(0,SEQ_Thickener_Rake_Emergency_Stop_Cmd);
Phase 1 (De-energise all HRT drives without delay): De-energise Rake Forward, Reverse, Raise and Lower solenoids; stop HPU Pump Motor VSD [gated by: HRT Rake Torque High Trip]
EQU
SEQ_Thickener_Rake_Emergency_Stop_State = 1
INTLK_HRT_Rake_Torque_High_Trip_Active
 U
AV-0301
Local:2:O.Data.0
EQU(SEQ_Thickener_Rake_Emergency_Stop_State,1)XIO(INTLK_HRT_Rake_Torque_High_Trip_Active)OTU(AV-0301);
Phase 1 (De-energise all HRT drives without delay) transition → idle (sequence complete) (unconditional)
EQU
SEQ_Thickener_Rake_Emergency_Stop_State = 1
 MOV
Source: 0
Dest: SEQ_Thickener_Rake_Emergency_Stop_State
EQU(SEQ_Thickener_Rake_Emergency_Stop_State,1)MOV(0,SEQ_Thickener_Rake_Emergency_Stop_State);
Stop Thickener Rake Emergency Stop: command=2, any state → idle, self-clears Cmd, cancels a pending start request
EQU
SEQ_Thickener_Rake_Emergency_Stop_Cmd = 2
 MOV
Source: 0
Dest: SEQ_Thickener_Rake_Emergency_Stop_State
 MOV
Source: 0
Dest: SEQ_Thickener_Rake_Emergency_Stop_Cmd
 U
SEQ_Thickener_Rake_Emergency_Stop_StartPending
EQU(SEQ_Thickener_Rake_Emergency_Stop_Cmd,2)MOV(0,SEQ_Thickener_Rake_Emergency_Stop_State)MOV(0,SEQ_Thickener_Rake_Emergency_Stop_Cmd)OTU(SEQ_Thickener_Rake_Emergency_Stop_StartPending);
Thickener Rake Emergency Stop running status
NEQ
SEQ_Thickener_Rake_Emergency_Stop_State ≠ 0
SEQ_Thickener_Rake_Emergency_Stop_Status
NEQ(SEQ_Thickener_Rake_Emergency_Stop_State,0)OTE(SEQ_Thickener_Rake_Emergency_Stop_Status);
Thickener Rake Emergency Stop integrity guard: from state 0, only {0, 1} are legal next values
EQU
SEQ_Thickener_Rake_Emergency_Stop_PrevState = 0
 NEQ
SEQ_Thickener_Rake_Emergency_Stop_State ≠ 0
 NEQ
SEQ_Thickener_Rake_Emergency_Stop_State ≠ 1
 MOV
Source: 0
Dest: SEQ_Thickener_Rake_Emergency_Stop_State
 L
SEQ_Thickener_Rake_Emergency_Stop_IntegrityFault
EQU(SEQ_Thickener_Rake_Emergency_Stop_PrevState,0)NEQ(SEQ_Thickener_Rake_Emergency_Stop_State,0)NEQ(SEQ_Thickener_Rake_Emergency_Stop_State,1)MOV(0,SEQ_Thickener_Rake_Emergency_Stop_State)OTL(SEQ_Thickener_Rake_Emergency_Stop_IntegrityFault);
Thickener Rake Emergency Stop integrity guard: from state 1, only {1, 0} are legal next values
EQU
SEQ_Thickener_Rake_Emergency_Stop_PrevState = 1
 NEQ
SEQ_Thickener_Rake_Emergency_Stop_State ≠ 1
 NEQ
SEQ_Thickener_Rake_Emergency_Stop_State ≠ 0
 MOV
Source: 0
Dest: SEQ_Thickener_Rake_Emergency_Stop_State
 L
SEQ_Thickener_Rake_Emergency_Stop_IntegrityFault
EQU(SEQ_Thickener_Rake_Emergency_Stop_PrevState,1)NEQ(SEQ_Thickener_Rake_Emergency_Stop_State,1)NEQ(SEQ_Thickener_Rake_Emergency_Stop_State,0)MOV(0,SEQ_Thickener_Rake_Emergency_Stop_State)OTL(SEQ_Thickener_Rake_Emergency_Stop_IntegrityFault);
Thickener Rake Emergency Stop: clear integrity fault on acknowledged reset
SEQ_Thickener_Rake_Emergency_Stop_FaultReset
 U
SEQ_Thickener_Rake_Emergency_Stop_IntegrityFault
XIC(SEQ_Thickener_Rake_Emergency_Stop_FaultReset)OTU(SEQ_Thickener_Rake_Emergency_Stop_IntegrityFault);
Thickener Rake Emergency Stop: latch this scan's ending state for next scan's integrity check (must stay the last rung in this routine)
MOV
Source: SEQ_Thickener_Rake_Emergency_Stop_State
Dest: SEQ_Thickener_Rake_Emergency_Stop_PrevState
MOV(SEQ_Thickener_Rake_Emergency_Stop_State,SEQ_Thickener_Rake_Emergency_Stop_PrevState);

Startup Sequence to Fill Lime Silo TK-0601

Lime Silo Filling/Startup Sequence to Fill Lime Silo TK-0601
Idle0
→Cmd=1
Confirm silo below fill threshold1
→LIT-0601 <= LIT-0601.AL
Truck operator connects offloading compressor2
→XS-0602 activated
Start offloading compressor3
→Truck operator connects tanker hose, ZS-0601 activated
Start filter fan and controller4
→Silo ready to receive lime from tanker
Idle0
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06 19 rungs
ENGINEER REVIEW REQUIRED: This routine was generated by ScaffIQ Sequence Engine. All logic requires review, validation and testing by a qualified Controls Engineer before deployment to a controller.
NOP();
Start Startup Sequence to Fill Lime Silo TK-0601: arm pending request on Cmd=1 rising edge
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_Cmd = 1
 ONS ↑
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_StartONS
 L
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_StartPending
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_Cmd,1)ONS(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_StartONS)OTL(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_StartPending);
Start Startup Sequence to Fill Lime Silo TK-0601: idle→phase 1 once pending and permissives are satisfied, consumes the request
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State = 0
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_StartPending
 MOV
Source: 1
Dest: SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State
 U
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_StartPending
 MOV
Source: 0
Dest: SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_Cmd
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,0)XIC(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_StartPending)MOV(1,SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State)OTU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_StartPending)MOV(0,SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_Cmd);
Phase 1 (Confirm silo below fill threshold) transition: "LIT-0601 <= LIT-0601.AL" → phase 2 [ENGINEER: implement this condition manually]
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State = 1
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,1)NOP();
Phase 2 (Truck operator connects offloading compressor) transition: "XS-0602 activated" → phase 3 [ENGINEER: implement this condition manually]
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State = 2
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,2)NOP();
Phase 3 (Start offloading compressor): Energise COM-0606 [gated by: Lime Silo High-High Level Emergency Shutdown]
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State = 3
INTLK_Lime_Silo_High_High_Level_Emergency_Shut_Active
 L
COM-0606
Local:2:O.Data.4
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,3)XIO(INTLK_Lime_Silo_High_High_Level_Emergency_Shut_Active)OTL(COM-0606);
Phase 3 (Start offloading compressor): timer 15.0s (preset=15000ms)
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State = 3
 TON
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_T3
Preset: 15000 ms
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,3)TON(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_T3,15000,0);
Phase 3 (Start offloading compressor) transition: timer done → phase 4
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State = 3
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_T3.DN
 MOV
Source: 4
Dest: SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,3)XIC(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_T3.DN)MOV(4,SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State);
Phase 4 (Start filter fan and controller): Energise MSC-0609 filter fan, open JZ-0601 filter controller relay [gated by: Lime Silo High-High Level Emergency Shutdown]
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State = 4
INTLK_Lime_Silo_High_High_Level_Emergency_Shut_Active
 L
MSC-0609
Local:2:O.Data.48
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,4)XIO(INTLK_Lime_Silo_High_High_Level_Emergency_Shut_Active)OTL(MSC-0609);
Phase 4 (Start filter fan and controller) transition: "Silo ready to receive lime from tanker" → idle (sequence complete) [ENGINEER: implement this condition manually]
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State = 4
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,4)NOP();
Stop Startup Sequence to Fill Lime Silo TK-0601: command=2, any state → idle, self-clears Cmd, cancels a pending start request
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_Cmd = 2
 MOV
Source: 0
Dest: SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State
 MOV
Source: 0
Dest: SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_Cmd
 U
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_StartPending
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_Cmd,2)MOV(0,SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State)MOV(0,SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_Cmd)OTU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_StartPending);
Startup Sequence to Fill Lime Silo TK-0601 running status
NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 0
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_Status
NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,0)OTE(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_Status);
Startup Sequence to Fill Lime Silo TK-0601 integrity guard: from state 0, only {0, 1} are legal next values
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_PrevState = 0
 NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 0
 NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 1
 MOV
Source: 0
Dest: SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State
 L
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_IntegrityFault
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_PrevState,0)NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,0)NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,1)MOV(0,SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State)OTL(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_IntegrityFault);
Startup Sequence to Fill Lime Silo TK-0601 integrity guard: from state 1, only {1, 2, 0} are legal next values
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_PrevState = 1
 NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 1
 NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 2
 NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 0
 MOV
Source: 0
Dest: SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State
 L
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_IntegrityFault
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_PrevState,1)NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,1)NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,2)NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,0)MOV(0,SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State)OTL(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_IntegrityFault);
Startup Sequence to Fill Lime Silo TK-0601 integrity guard: from state 2, only {2, 3, 0} are legal next values
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_PrevState = 2
 NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 2
 NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 3
 NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 0
 MOV
Source: 0
Dest: SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State
 L
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_IntegrityFault
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_PrevState,2)NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,2)NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,3)NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,0)MOV(0,SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State)OTL(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_IntegrityFault);
Startup Sequence to Fill Lime Silo TK-0601 integrity guard: from state 3, only {3, 4, 0} are legal next values
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_PrevState = 3
 NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 3
 NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 4
 NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 0
 MOV
Source: 0
Dest: SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State
 L
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_IntegrityFault
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_PrevState,3)NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,3)NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,4)NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,0)MOV(0,SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State)OTL(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_IntegrityFault);
Startup Sequence to Fill Lime Silo TK-0601 integrity guard: from state 4, only {4, 0} are legal next values
EQU
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_PrevState = 4
 NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 4
 NEQ
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State ≠ 0
 MOV
Source: 0
Dest: SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State
 L
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_IntegrityFault
EQU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_PrevState,4)NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,4)NEQ(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,0)MOV(0,SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State)OTL(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_IntegrityFault);
Startup Sequence to Fill Lime Silo TK-0601: clear integrity fault on acknowledged reset
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_FaultReset
 U
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_IntegrityFault
XIC(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_FaultReset)OTU(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_IntegrityFault);
Startup Sequence to Fill Lime Silo TK-0601: latch this scan's ending state for next scan's integrity check (must stay the last rung in this routine)
MOV
Source: SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State
Dest: SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_PrevState
MOV(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_State,SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06_PrevState);
Interlocks (7)
A1 WTP Feed Pond High Level Inhibit Auto reset
LT-0101 LT-0101 exceeds INHSP (85%) → stop FP-0501, FP-0503
A1 WTP Feed Pond Low Level Feed Pump Inhibit Auto reset
LT-0101 LT-0101 below OUTLSP (50%) → stop FP-0101, FP-0102, FP-0103
A1 HRT Rake Torque High Trip Manual reset
PT-0301 Calculated Rake Drive Torque exceeds 90% → stop AV-0301
A1 Lime Silo High-High Level Emergency Shutdown Manual reset
LSHH-0602 LSHH-0602 activated → stop COM-0606, MSC-0609
A1 Polymer System Communication Loss Shutdown Manual reset
PMU-0801 Loss of Ethernet communications with the polymer system or removal of the ready signal → stop FP-0101, FP-0102, FP-0103
A2 Lime Reactor Analyser Cleaning Flush Inhibit Auto reset
PSH-0201 Air pressure high (PSH-0201.A) → stop AIT-0203
A2 Treated Water Tank Low Flow Recirculation Pump Trip Auto reset
FSL-0401 Low flow detected past the established delay → stop FP-0401, FP-0402
SEQ_Interlocks routine 25 rungs
ENGINEER REVIEW REQUIRED: This routine was generated by ScaffIQ Sequence Engine. All logic requires review, validation and testing by a qualified Controls Engineer before deployment to a controller.
NOP();
Interlock "WTP Feed Pond High Level Inhibit" (A1): LT-0101 exceeds INHSP (85%) → stop FP-0501 (auto reset)
LT-0101
Local:1:I.Data.57
 U
FP-0501
Local:2:O.Data.24
XIC(LT-0101)OTU(FP-0501);
Interlock "WTP Feed Pond High Level Inhibit" (A1): LT-0101 exceeds INHSP (85%) → stop FP-0503 (auto reset)
LT-0101
Local:1:I.Data.57
 U
FP-0503
Local:2:O.Data.26
XIC(LT-0101)OTU(FP-0503);
Interlock "WTP Feed Pond High Level Inhibit": tripped state tracks cause condition (auto reset)
LT-0101
Local:1:I.Data.57
INTLK_WTP_Feed_Pond_High_Level_Inhibit_Active
XIC(LT-0101)OTE(INTLK_WTP_Feed_Pond_High_Level_Inhibit_Active);
Interlock "WTP Feed Pond Low Level Feed Pump Inhibit" (A1): LT-0101 below OUTLSP (50%) → stop FP-0101 (auto reset)
LT-0101
Local:1:I.Data.57
 U
FP-0101
Local:2:O.Data.19
XIC(LT-0101)OTU(FP-0101);
Interlock "WTP Feed Pond Low Level Feed Pump Inhibit" (A1): LT-0101 below OUTLSP (50%) → stop FP-0102 (auto reset)
LT-0101
Local:1:I.Data.57
 U
FP-0102
Local:2:O.Data.20
XIC(LT-0101)OTU(FP-0102);
Interlock "WTP Feed Pond Low Level Feed Pump Inhibit" (A1): LT-0101 below OUTLSP (50%) → stop FP-0103 (auto reset)
LT-0101
Local:1:I.Data.57
 U
FP-0103
Local:2:O.Data.21
XIC(LT-0101)OTU(FP-0103);
Interlock "WTP Feed Pond Low Level Feed Pump Inhibit": tripped state tracks cause condition (auto reset)
LT-0101
Local:1:I.Data.57
INTLK_WTP_Feed_Pond_Low_Level_Feed_Pump_Inhib_Active
XIC(LT-0101)OTE(INTLK_WTP_Feed_Pond_Low_Level_Feed_Pump_Inhib_Active);
Interlock "HRT Rake Torque High Trip" (A1): Calculated Rake Drive Torque exceeds 90% → stop AV-0301 (manual reset)
PT-0301
Local:1:I.Data.72
 U
AV-0301
Local:2:O.Data.0
XIC(PT-0301)OTU(AV-0301);
Interlock "HRT Rake Torque High Trip": latch tripped state (clears only via INTLK_HRT_Rake_Torque_High_Trip_Reset)
PT-0301
Local:1:I.Data.72
 L
INTLK_HRT_Rake_Torque_High_Trip_Active
XIC(PT-0301)OTL(INTLK_HRT_Rake_Torque_High_Trip_Active);
Interlock "HRT Rake Torque High Trip": clear tripped state on acknowledged reset
INTLK_HRT_Rake_Torque_High_Trip_Reset
 U
INTLK_HRT_Rake_Torque_High_Trip_Active
XIC(INTLK_HRT_Rake_Torque_High_Trip_Reset)OTU(INTLK_HRT_Rake_Torque_High_Trip_Active);
Interlock "Lime Silo High-High Level Emergency Shutdown" (A1): LSHH-0602 activated → stop COM-0606 (manual reset)
LSHH-0602
Local:1:I.Data.51
 U
COM-0606
Local:2:O.Data.4
XIC(LSHH-0602)OTU(COM-0606);
Interlock "Lime Silo High-High Level Emergency Shutdown" (A1): LSHH-0602 activated → stop MSC-0609 (manual reset)
LSHH-0602
Local:1:I.Data.51
 U
MSC-0609
Local:2:O.Data.48
XIC(LSHH-0602)OTU(MSC-0609);
Interlock "Lime Silo High-High Level Emergency Shutdown": latch tripped state (clears only via INTLK_Lime_Silo_High_High_Level_Emergency_Shut_Reset)
LSHH-0602
Local:1:I.Data.51
 L
INTLK_Lime_Silo_High_High_Level_Emergency_Shut_Active
XIC(LSHH-0602)OTL(INTLK_Lime_Silo_High_High_Level_Emergency_Shut_Active);
Interlock "Lime Silo High-High Level Emergency Shutdown": clear tripped state on acknowledged reset
INTLK_Lime_Silo_High_High_Level_Emergency_Shut_Reset
 U
INTLK_Lime_Silo_High_High_Level_Emergency_Shut_Active
XIC(INTLK_Lime_Silo_High_High_Level_Emergency_Shut_Reset)OTU(INTLK_Lime_Silo_High_High_Level_Emergency_Shut_Active);
Interlock "Polymer System Communication Loss Shutdown" (A1): Loss of Ethernet communications with the polymer system or removal of the ready signal → stop FP-0101 (manual reset)
PMU-0801
 U
FP-0101
Local:2:O.Data.19
XIC(PMU-0801)OTU(FP-0101);
Interlock "Polymer System Communication Loss Shutdown" (A1): Loss of Ethernet communications with the polymer system or removal of the ready signal → stop FP-0102 (manual reset)
PMU-0801
 U
FP-0102
Local:2:O.Data.20
XIC(PMU-0801)OTU(FP-0102);
Interlock "Polymer System Communication Loss Shutdown" (A1): Loss of Ethernet communications with the polymer system or removal of the ready signal → stop FP-0103 (manual reset)
PMU-0801
 U
FP-0103
Local:2:O.Data.21
XIC(PMU-0801)OTU(FP-0103);
Interlock "Polymer System Communication Loss Shutdown": latch tripped state (clears only via INTLK_Polymer_System_Communication_Loss_Shutdo_Reset)
PMU-0801
 L
INTLK_Polymer_System_Communication_Loss_Shutdo_Active
XIC(PMU-0801)OTL(INTLK_Polymer_System_Communication_Loss_Shutdo_Active);
Interlock "Polymer System Communication Loss Shutdown": clear tripped state on acknowledged reset
INTLK_Polymer_System_Communication_Loss_Shutdo_Reset
 U
INTLK_Polymer_System_Communication_Loss_Shutdo_Active
XIC(INTLK_Polymer_System_Communication_Loss_Shutdo_Reset)OTU(INTLK_Polymer_System_Communication_Loss_Shutdo_Active);
Interlock "Lime Reactor Analyser Cleaning Flush Inhibit" (A2): Air pressure high (PSH-0201.A) → stop AIT-0203 (auto reset)
PSH-0201
 U
AIT-0203
Local:1:I.Data.6
XIC(PSH-0201)OTU(AIT-0203);
Interlock "Lime Reactor Analyser Cleaning Flush Inhibit": tripped state tracks cause condition (auto reset)
PSH-0201
INTLK_Lime_Reactor_Analyser_Cleaning_Flush_Inh_Active
XIC(PSH-0201)OTE(INTLK_Lime_Reactor_Analyser_Cleaning_Flush_Inh_Active);
Interlock "Treated Water Tank Low Flow Recirculation Pump Trip" (A2): Low flow detected past the established delay → stop FP-0401 (auto reset)
FSL-0401
Local:1:I.Data.42
 U
FP-0401
Local:2:O.Data.22
XIC(FSL-0401)OTU(FP-0401);
Interlock "Treated Water Tank Low Flow Recirculation Pump Trip" (A2): Low flow detected past the established delay → stop FP-0402 (auto reset)
FSL-0401
Local:1:I.Data.42
 U
FP-0402
Local:2:O.Data.23
XIC(FSL-0401)OTU(FP-0402);
Interlock "Treated Water Tank Low Flow Recirculation Pump Trip": tripped state tracks cause condition (auto reset)
FSL-0401
Local:1:I.Data.42
INTLK_Treated_Water_Tank_Low_Flow_Recirculatio_Active
XIC(FSL-0401)OTE(INTLK_Treated_Water_Tank_Low_Flow_Recirculatio_Active);
Alarms (123)
A2 LT-0101 H setpoint 35
High level alarm set point
A1 AIT-0101 LL setpoint 4
Low pH alarm set point
A2 AIT-0101 L setpoint 4.5
Low pH warning set point
A1 AIT-0104 LL setpoint 1.5
Low DO alarm set point
A2 AIT-0104 L setpoint 2
Low DO warning set point
A1 PT-0101 LL setpoint 30
Low pressure alarm set point
A2 PT-0101 L setpoint 50
Low pressure warning set point
A1 AIT-0201 LL setpoint 10.5
Low pH alarm set point
A2 AIT-0201 L setpoint 11
Low pH warning set point
A2 AIT-0201 H setpoint 12
High pH warning set point
A1 AIT-0201 HH setpoint 12.2
High pH alarm set point
A1 AIT-0203 LL setpoint 6
Low DO alarm set point
A2 AIT-0203 L setpoint 6.5
Low DO warning set point
A1 AIT-0204 LL setpoint 10.5
Low pH alarm set point
A2 AIT-0204 L setpoint 11
Low pH warning set point
A2 AIT-0204 H setpoint 12
High pH warning set point
A1 AIT-0204 HH setpoint 12.2
High pH alarm set point
A1 AIT-0206 LL setpoint 6
Low DO alarm set point
A2 AIT-0206 L setpoint 6.5
Low DO warning set point
A2 FIT-0104 H setpoint 10
High flow alarm set point
A2 FIT-0103 H setpoint 22
High flow alarm set point
A2 FIT-0102 H setpoint 22
High flow alarm set point
A2 FIT-0106 H setpoint 10
High flow alarm set point
A2 FIT-0105 H setpoint 10
High flow alarm set point
A1 AIT-0301 HH setpoint 20
High turbidity alarm set point
A2 AIT-0301 H setpoint 15
High turbidity warning set point
A1 FIT-1301 HH setpoint 12
High flow alarm set point
A2 FIT-1301 H setpoint 10
High flow warning set point
A1 FIT-1301 LL setpoint 5
Low flow alarm set point
A2 FIT-1301 L setpoint 6
Low flow warning set point
A1 FIT-1303 HH setpoint 1400
High density alarm set point
A2 FIT-1303 H setpoint 1350
High density warning set point
A1 FIT-1303 LL setpoint 1100
Low density alarm set point
A2 FIT-1303 L setpoint 1200
Low density warning set point
A1 FIT-1302 HH setpoint 1
High flow alarm set point
A2 FIT-1302 H setpoint 0.9
High flow warning set point
A1 FIT-1302 LL setpoint 0.3
Low flow alarm set point
A2 FIT-1302 L setpoint 0.4
Low flow warning set point
A1 AIT-0401 LL setpoint 6.5
Low pH alarm set point
A2 AIT-0401 L setpoint 6.8
Low pH warning set point
A1 AIT-0401 HH setpoint 8.5
High pH alarm set point
A2 AIT-0401 H setpoint 8.2
High pH warning set point
A1 LT-0401 LL setpoint 30
Low level alarm set point
A1 PT-0401 LL setpoint 50
Low pressure alarm set point
A2 PT-0401 L setpoint 75
Low pressure warning set point
A1 PT-0401 HH setpoint 550
High pressure alarm set point
A2 PT-0401 H setpoint 500
High pressure warning set point
A1 FIT-0503 LL setpoint 10
High flow warning set point
A1 FIT-0505 HH setpoint 70
High flow alarm set point
A2 FIT-0505 H setpoint 65
High flow warning set point
A1 FIT-0505 LL setpoint 5
Low flow alarm set point
A2 FIT-0505 L setpoint 10
Low flow warning set point
A1 LT-0501 HH setpoint 90
High level alarm set point
A2 LT-0501 H setpoint 88
High level warning set point
A2 LT-0501 L setpoint 45
Inhibit for FP-0501 / FP-0502
A1 LT-0501 LL setpoint 40
Low level warning set point
A1 LT-0502 HH setpoint 90
High level alarm set point
A2 LT-0502 H setpoint 88
High level warning set point
A2 LT-0502 L setpoint 45
Low level warning set point
A1 LT-0502 LL setpoint 40
Low level alarm set point
A1 AIT-0502 LL setpoint 6.5
Low pH alarm set point
A2 AIT-0502 L setpoint 6.8
Low pH warning set point
A1 AIT-0502 HH setpoint 8.5
High pH alarm set point
A2 AIT-0502 H setpoint 8.2
High pH warning set point
A1 AIT-0504 LL setpoint 6.5
Low pH alarm set point
A2 AIT-0504 L setpoint 6.8
Low pH warning set point
A1 AIT-0504 HH setpoint 12.5
High pH alarm set point
A2 AIT-0504 H setpoint 12
High pH warning set point
A2 AIT-0501 H setpoint 3200
relevant after completion of backfill)
A1 FIT-0504 HH setpoint 70
High flow alarm set point
A2 FIT-0504 H setpoint 65
High flow warning set point
A1 FIT-0504 LL setpoint 5
Low flow alarm set point
A2 FIT-0504 L setpoint 10
Low flow warning set point
A1 AIT-0506 LL setpoint 6.5
Low pH alarm set point
A2 AIT-0506 L setpoint 6.8
Low pH warning set point
A1 AIT-0506 HH setpoint 8.5
High pH alarm set point
A2 AIT-0506 H setpoint 8.2
High pH warning set point
A1 AIT-0508 HH setpoint 15
High turbidity alarm set point
A2 AIT-0508 H setpoint 10
High turbidity warning set point
A1 AIT-0509 HH setpoint 9.2
High DO alarm set point
A2 AIT-0509 H setpoint 9.5
High DO warning set point
A2 LT-0901 L setpoint 20
Low level warning set point
A1 LT-0901 LL setpoint 10
Low level alarm set point
A2 LT-0901 H setpoint 80
High level warning set point
A1 LT-0901 HH setpoint 90
High level alarm set point
A1 LT-1001 LL setpoint 10
Low level alarm set point
A2 LT-1001 L setpoint 30
Low level warning set point
A2 LT-1001 H setpoint 85
High level warning set point
A1 LT-1001 HH setpoint 90
High level alarm set point
A1 LT-1003 LL setpoint 10
Low level alarm set point
A2 LT-1003 L setpoint 30
Low level warning set point
A2 LT-1003 H setpoint 85
High level warning set point
A1 LT-1003 HH setpoint 90
High level alarm set point
A1 LT-1601 LL setpoint 10
Low level alarm set point
A2 LT-1601 L setpoint 85
Inhibit for FP-1501 / FP-1502 or close AV-1601
A1 LT-1101 LL setpoint 10
Low level alarm set point
A1 LT-1101 HH setpoint 90
High level alarm set point
A2 LT-1101 H setpoint 85
High level warning set point
A2 LT-1101 L setpoint 30
Low level warning set point
A2 PT-1201 L setpoint 450
Low level warning set point
A1 PT-1201 LL setpoint 400
Low level alarm set point
A2 LT-1401 L setpoint 20
Low level warning set point
A1 LT-1401 LL setpoint 10
Low level alarm set point
A2 LT-1401 H setpoint 80
High level warning set point
A1 LT-1401 HH setpoint 90
High level alarm set point
A1 PT-1401 LL setpoint 25
Low pressure alarm set point
A2 PT-1401 L setpoint 50
Low pressure warning set point
A1 PT-1401 HH setpoint 200
High pressure alarm set point
A2 PT-1401 H setpoint 100
High pressure warning set point
A1 FIT-1401 HH setpoint 1
High flow alarm set point
A2 FIT-1401 H setpoint 0.9
High flow warning set point
A1 FIT-1401 LL setpoint 0.3
Low flow alarm set point
A2 FIT-1401 L setpoint 0.4
Low flow warning set point
A2 LT-1402 L setpoint 45
Low level warning set point
A1 LT-1402 LL setpoint 40
Low level alarm set point
A2 LT-1402 H setpoint 90
High level warning set point
A1 LT-1402 HH setpoint 95
High level alarm set point
A1 AIT-1501 HH setpoint 2000
High EC alarm set point
A2 AIT-1501 H setpoint 1800
High EC warning set point
A1 AIT-1502 LL setpoint 6.5
Low pH alarm set point
A2 AIT-1502 L setpoint 6.8
Low pH warning set point
A1 AIT-1502 HH setpoint 8.5
High pH alarm set point
A2 AIT-1502 H setpoint 8.2
High pH warning set point
SEQ_Alarms routine 247 rungs
ENGINEER REVIEW REQUIRED: This routine was generated by ScaffIQ Sequence Engine. All logic requires review, validation and testing by a qualified Controls Engineer before deployment to a controller.
NOP();
Alarm LT-0101 H (A2): GEQ(LT-0101, 35) "High level alarm set point"
GEQ
LT-0101 ≥ 35
 L
ALM_LT_0101_H
GEQ(LT-0101,35)OTL(ALM_LT_0101_H);
Alarm LT-0101 H: clear ALM_LT_0101_H on acknowledged reset
ALM_LT_0101_H_Ack
 U
ALM_LT_0101_H
XIC(ALM_LT_0101_H_Ack)OTU(ALM_LT_0101_H);
Alarm AIT-0101 LL (A1): LEQ(AIT-0101, 4) "Low pH alarm set point"
LEQ
AIT-0101 ≤ 4
 L
ALM_AIT_0101_LL
LEQ(AIT-0101,4)OTL(ALM_AIT_0101_LL);
Alarm AIT-0101 LL: clear ALM_AIT_0101_LL on acknowledged reset
ALM_AIT_0101_LL_Ack
 U
ALM_AIT_0101_LL
XIC(ALM_AIT_0101_LL_Ack)OTU(ALM_AIT_0101_LL);
Alarm AIT-0101 L (A2): LEQ(AIT-0101, 4.5) "Low pH warning set point"
LEQ
AIT-0101 ≤ 4.5
 L
ALM_AIT_0101_L
LEQ(AIT-0101,4.5)OTL(ALM_AIT_0101_L);
Alarm AIT-0101 L: clear ALM_AIT_0101_L on acknowledged reset
ALM_AIT_0101_L_Ack
 U
ALM_AIT_0101_L
XIC(ALM_AIT_0101_L_Ack)OTU(ALM_AIT_0101_L);
Alarm AIT-0104 LL (A1): LEQ(AIT-0104, 1.5) "Low DO alarm set point"
LEQ
AIT-0104 ≤ 1.5
 L
ALM_AIT_0104_LL
LEQ(AIT-0104,1.5)OTL(ALM_AIT_0104_LL);
Alarm AIT-0104 LL: clear ALM_AIT_0104_LL on acknowledged reset
ALM_AIT_0104_LL_Ack
 U
ALM_AIT_0104_LL
XIC(ALM_AIT_0104_LL_Ack)OTU(ALM_AIT_0104_LL);
Alarm AIT-0104 L (A2): LEQ(AIT-0104, 2) "Low DO warning set point"
LEQ
AIT-0104 ≤ 2
 L
ALM_AIT_0104_L
LEQ(AIT-0104,2)OTL(ALM_AIT_0104_L);
Alarm AIT-0104 L: clear ALM_AIT_0104_L on acknowledged reset
ALM_AIT_0104_L_Ack
 U
ALM_AIT_0104_L
XIC(ALM_AIT_0104_L_Ack)OTU(ALM_AIT_0104_L);
Alarm PT-0101 LL (A1): LEQ(PT-0101, 30) "Low pressure alarm set point"
LEQ
PT-0101 ≤ 30
 L
ALM_PT_0101_LL
LEQ(PT-0101,30)OTL(ALM_PT_0101_LL);
Alarm PT-0101 LL: clear ALM_PT_0101_LL on acknowledged reset
ALM_PT_0101_LL_Ack
 U
ALM_PT_0101_LL
XIC(ALM_PT_0101_LL_Ack)OTU(ALM_PT_0101_LL);
Alarm PT-0101 L (A2): LEQ(PT-0101, 50) "Low pressure warning set point"
LEQ
PT-0101 ≤ 50
 L
ALM_PT_0101_L
LEQ(PT-0101,50)OTL(ALM_PT_0101_L);
Alarm PT-0101 L: clear ALM_PT_0101_L on acknowledged reset
ALM_PT_0101_L_Ack
 U
ALM_PT_0101_L
XIC(ALM_PT_0101_L_Ack)OTU(ALM_PT_0101_L);
Alarm AIT-0201 LL (A1): LEQ(AIT-0201, 10.5) "Low pH alarm set point"
LEQ
AIT-0201 ≤ 10.5
 L
ALM_AIT_0201_LL
LEQ(AIT-0201,10.5)OTL(ALM_AIT_0201_LL);
Alarm AIT-0201 LL: clear ALM_AIT_0201_LL on acknowledged reset
ALM_AIT_0201_LL_Ack
 U
ALM_AIT_0201_LL
XIC(ALM_AIT_0201_LL_Ack)OTU(ALM_AIT_0201_LL);
Alarm AIT-0201 L (A2): LEQ(AIT-0201, 11) "Low pH warning set point"
LEQ
AIT-0201 ≤ 11
 L
ALM_AIT_0201_L
LEQ(AIT-0201,11)OTL(ALM_AIT_0201_L);
Alarm AIT-0201 L: clear ALM_AIT_0201_L on acknowledged reset
ALM_AIT_0201_L_Ack
 U
ALM_AIT_0201_L
XIC(ALM_AIT_0201_L_Ack)OTU(ALM_AIT_0201_L);
Alarm AIT-0201 H (A2): GEQ(AIT-0201, 12) "High pH warning set point"
GEQ
AIT-0201 ≥ 12
 L
ALM_AIT_0201_H
GEQ(AIT-0201,12)OTL(ALM_AIT_0201_H);
Alarm AIT-0201 H: clear ALM_AIT_0201_H on acknowledged reset
ALM_AIT_0201_H_Ack
 U
ALM_AIT_0201_H
XIC(ALM_AIT_0201_H_Ack)OTU(ALM_AIT_0201_H);
Alarm AIT-0201 HH (A1): GEQ(AIT-0201, 12.2) "High pH alarm set point"
GEQ
AIT-0201 ≥ 12.2
 L
ALM_AIT_0201_HH
GEQ(AIT-0201,12.2)OTL(ALM_AIT_0201_HH);
Alarm AIT-0201 HH: clear ALM_AIT_0201_HH on acknowledged reset
ALM_AIT_0201_HH_Ack
 U
ALM_AIT_0201_HH
XIC(ALM_AIT_0201_HH_Ack)OTU(ALM_AIT_0201_HH);
Alarm AIT-0203 LL (A1): LEQ(AIT-0203, 6) "Low DO alarm set point"
LEQ
AIT-0203 ≤ 6
 L
ALM_AIT_0203_LL
LEQ(AIT-0203,6)OTL(ALM_AIT_0203_LL);
Alarm AIT-0203 LL: clear ALM_AIT_0203_LL on acknowledged reset
ALM_AIT_0203_LL_Ack
 U
ALM_AIT_0203_LL
XIC(ALM_AIT_0203_LL_Ack)OTU(ALM_AIT_0203_LL);
Alarm AIT-0203 L (A2): LEQ(AIT-0203, 6.5) "Low DO warning set point"
LEQ
AIT-0203 ≤ 6.5
 L
ALM_AIT_0203_L
LEQ(AIT-0203,6.5)OTL(ALM_AIT_0203_L);
Alarm AIT-0203 L: clear ALM_AIT_0203_L on acknowledged reset
ALM_AIT_0203_L_Ack
 U
ALM_AIT_0203_L
XIC(ALM_AIT_0203_L_Ack)OTU(ALM_AIT_0203_L);
Alarm AIT-0204 LL (A1): LEQ(AIT-0204, 10.5) "Low pH alarm set point"
LEQ
AIT-0204 ≤ 10.5
 L
ALM_AIT_0204_LL
LEQ(AIT-0204,10.5)OTL(ALM_AIT_0204_LL);
Alarm AIT-0204 LL: clear ALM_AIT_0204_LL on acknowledged reset
ALM_AIT_0204_LL_Ack
 U
ALM_AIT_0204_LL
XIC(ALM_AIT_0204_LL_Ack)OTU(ALM_AIT_0204_LL);
Alarm AIT-0204 L (A2): LEQ(AIT-0204, 11) "Low pH warning set point"
LEQ
AIT-0204 ≤ 11
 L
ALM_AIT_0204_L
LEQ(AIT-0204,11)OTL(ALM_AIT_0204_L);
Alarm AIT-0204 L: clear ALM_AIT_0204_L on acknowledged reset
ALM_AIT_0204_L_Ack
 U
ALM_AIT_0204_L
XIC(ALM_AIT_0204_L_Ack)OTU(ALM_AIT_0204_L);
Alarm AIT-0204 H (A2): GEQ(AIT-0204, 12) "High pH warning set point"
GEQ
AIT-0204 ≥ 12
 L
ALM_AIT_0204_H
GEQ(AIT-0204,12)OTL(ALM_AIT_0204_H);
Alarm AIT-0204 H: clear ALM_AIT_0204_H on acknowledged reset
ALM_AIT_0204_H_Ack
 U
ALM_AIT_0204_H
XIC(ALM_AIT_0204_H_Ack)OTU(ALM_AIT_0204_H);
Alarm AIT-0204 HH (A1): GEQ(AIT-0204, 12.2) "High pH alarm set point"
GEQ
AIT-0204 ≥ 12.2
 L
ALM_AIT_0204_HH
GEQ(AIT-0204,12.2)OTL(ALM_AIT_0204_HH);
Alarm AIT-0204 HH: clear ALM_AIT_0204_HH on acknowledged reset
ALM_AIT_0204_HH_Ack
 U
ALM_AIT_0204_HH
XIC(ALM_AIT_0204_HH_Ack)OTU(ALM_AIT_0204_HH);
Alarm AIT-0206 LL (A1): LEQ(AIT-0206, 6) "Low DO alarm set point"
LEQ
AIT-0206 ≤ 6
 L
ALM_AIT_0206_LL
LEQ(AIT-0206,6)OTL(ALM_AIT_0206_LL);
Alarm AIT-0206 LL: clear ALM_AIT_0206_LL on acknowledged reset
ALM_AIT_0206_LL_Ack
 U
ALM_AIT_0206_LL
XIC(ALM_AIT_0206_LL_Ack)OTU(ALM_AIT_0206_LL);
Alarm AIT-0206 L (A2): LEQ(AIT-0206, 6.5) "Low DO warning set point"
LEQ
AIT-0206 ≤ 6.5
 L
ALM_AIT_0206_L
LEQ(AIT-0206,6.5)OTL(ALM_AIT_0206_L);
Alarm AIT-0206 L: clear ALM_AIT_0206_L on acknowledged reset
ALM_AIT_0206_L_Ack
 U
ALM_AIT_0206_L
XIC(ALM_AIT_0206_L_Ack)OTU(ALM_AIT_0206_L);
Alarm FIT-0104 H (A2): GEQ(FIT-0104, 10) "High flow alarm set point"
GEQ
FIT-0104 ≥ 10
 L
ALM_FIT_0104_H
GEQ(FIT-0104,10)OTL(ALM_FIT_0104_H);
Alarm FIT-0104 H: clear ALM_FIT_0104_H on acknowledged reset
ALM_FIT_0104_H_Ack
 U
ALM_FIT_0104_H
XIC(ALM_FIT_0104_H_Ack)OTU(ALM_FIT_0104_H);
Alarm FIT-0103 H (A2): GEQ(FIT-0103, 22) "High flow alarm set point"
GEQ
FIT-0103 ≥ 22
 L
ALM_FIT_0103_H
GEQ(FIT-0103,22)OTL(ALM_FIT_0103_H);
Alarm FIT-0103 H: clear ALM_FIT_0103_H on acknowledged reset
ALM_FIT_0103_H_Ack
 U
ALM_FIT_0103_H
XIC(ALM_FIT_0103_H_Ack)OTU(ALM_FIT_0103_H);
Alarm FIT-0102 H (A2): GEQ(FIT-0102, 22) "High flow alarm set point"
GEQ
FIT-0102 ≥ 22
 L
ALM_FIT_0102_H
GEQ(FIT-0102,22)OTL(ALM_FIT_0102_H);
Alarm FIT-0102 H: clear ALM_FIT_0102_H on acknowledged reset
ALM_FIT_0102_H_Ack
 U
ALM_FIT_0102_H
XIC(ALM_FIT_0102_H_Ack)OTU(ALM_FIT_0102_H);
Alarm FIT-0106 H (A2): GEQ(FIT-0106, 10) "High flow alarm set point"
GEQ
FIT-0106 ≥ 10
 L
ALM_FIT_0106_H
GEQ(FIT-0106,10)OTL(ALM_FIT_0106_H);
Alarm FIT-0106 H: clear ALM_FIT_0106_H on acknowledged reset
ALM_FIT_0106_H_Ack
 U
ALM_FIT_0106_H
XIC(ALM_FIT_0106_H_Ack)OTU(ALM_FIT_0106_H);
Alarm FIT-0105 H (A2): GEQ(FIT-0105, 10) "High flow alarm set point"
GEQ
FIT-0105 ≥ 10
 L
ALM_FIT_0105_H
GEQ(FIT-0105,10)OTL(ALM_FIT_0105_H);
Alarm FIT-0105 H: clear ALM_FIT_0105_H on acknowledged reset
ALM_FIT_0105_H_Ack
 U
ALM_FIT_0105_H
XIC(ALM_FIT_0105_H_Ack)OTU(ALM_FIT_0105_H);
Alarm AIT-0301 HH (A1): GEQ(AIT-0301, 20) "High turbidity alarm set point"
GEQ
AIT-0301 ≥ 20
 L
ALM_AIT_0301_HH
GEQ(AIT-0301,20)OTL(ALM_AIT_0301_HH);
Alarm AIT-0301 HH: clear ALM_AIT_0301_HH on acknowledged reset
ALM_AIT_0301_HH_Ack
 U
ALM_AIT_0301_HH
XIC(ALM_AIT_0301_HH_Ack)OTU(ALM_AIT_0301_HH);
Alarm AIT-0301 H (A2): GEQ(AIT-0301, 15) "High turbidity warning set point"
GEQ
AIT-0301 ≥ 15
 L
ALM_AIT_0301_H
GEQ(AIT-0301,15)OTL(ALM_AIT_0301_H);
Alarm AIT-0301 H: clear ALM_AIT_0301_H on acknowledged reset
ALM_AIT_0301_H_Ack
 U
ALM_AIT_0301_H
XIC(ALM_AIT_0301_H_Ack)OTU(ALM_AIT_0301_H);
Alarm FIT-1301 HH (A1): GEQ(FIT-1301, 12) "High flow alarm set point"
GEQ
FIT-1301 ≥ 12
 L
ALM_FIT_1301_HH
GEQ(FIT-1301,12)OTL(ALM_FIT_1301_HH);
Alarm FIT-1301 HH: clear ALM_FIT_1301_HH on acknowledged reset
ALM_FIT_1301_HH_Ack
 U
ALM_FIT_1301_HH
XIC(ALM_FIT_1301_HH_Ack)OTU(ALM_FIT_1301_HH);
Alarm FIT-1301 H (A2): GEQ(FIT-1301, 10) "High flow warning set point"
GEQ
FIT-1301 ≥ 10
 L
ALM_FIT_1301_H
GEQ(FIT-1301,10)OTL(ALM_FIT_1301_H);
Alarm FIT-1301 H: clear ALM_FIT_1301_H on acknowledged reset
ALM_FIT_1301_H_Ack
 U
ALM_FIT_1301_H
XIC(ALM_FIT_1301_H_Ack)OTU(ALM_FIT_1301_H);
Alarm FIT-1301 LL (A1): LEQ(FIT-1301, 5) "Low flow alarm set point"
LEQ
FIT-1301 ≤ 5
 L
ALM_FIT_1301_LL
LEQ(FIT-1301,5)OTL(ALM_FIT_1301_LL);
Alarm FIT-1301 LL: clear ALM_FIT_1301_LL on acknowledged reset
ALM_FIT_1301_LL_Ack
 U
ALM_FIT_1301_LL
XIC(ALM_FIT_1301_LL_Ack)OTU(ALM_FIT_1301_LL);
Alarm FIT-1301 L (A2): LEQ(FIT-1301, 6) "Low flow warning set point"
LEQ
FIT-1301 ≤ 6
 L
ALM_FIT_1301_L
LEQ(FIT-1301,6)OTL(ALM_FIT_1301_L);
Alarm FIT-1301 L: clear ALM_FIT_1301_L on acknowledged reset
ALM_FIT_1301_L_Ack
 U
ALM_FIT_1301_L
XIC(ALM_FIT_1301_L_Ack)OTU(ALM_FIT_1301_L);
Alarm FIT-1303 HH (A1): GEQ(FIT-1303, 1400) "High density alarm set point"
GEQ
FIT-1303 ≥ 1400
 L
ALM_FIT_1303_HH
GEQ(FIT-1303,1400)OTL(ALM_FIT_1303_HH);
Alarm FIT-1303 HH: clear ALM_FIT_1303_HH on acknowledged reset
ALM_FIT_1303_HH_Ack
 U
ALM_FIT_1303_HH
XIC(ALM_FIT_1303_HH_Ack)OTU(ALM_FIT_1303_HH);
Alarm FIT-1303 H (A2): GEQ(FIT-1303, 1350) "High density warning set point"
GEQ
FIT-1303 ≥ 1350
 L
ALM_FIT_1303_H
GEQ(FIT-1303,1350)OTL(ALM_FIT_1303_H);
Alarm FIT-1303 H: clear ALM_FIT_1303_H on acknowledged reset
ALM_FIT_1303_H_Ack
 U
ALM_FIT_1303_H
XIC(ALM_FIT_1303_H_Ack)OTU(ALM_FIT_1303_H);
Alarm FIT-1303 LL (A1): LEQ(FIT-1303, 1100) "Low density alarm set point"
LEQ
FIT-1303 ≤ 1100
 L
ALM_FIT_1303_LL
LEQ(FIT-1303,1100)OTL(ALM_FIT_1303_LL);
Alarm FIT-1303 LL: clear ALM_FIT_1303_LL on acknowledged reset
ALM_FIT_1303_LL_Ack
 U
ALM_FIT_1303_LL
XIC(ALM_FIT_1303_LL_Ack)OTU(ALM_FIT_1303_LL);
Alarm FIT-1303 L (A2): LEQ(FIT-1303, 1200) "Low density warning set point"
LEQ
FIT-1303 ≤ 1200
 L
ALM_FIT_1303_L
LEQ(FIT-1303,1200)OTL(ALM_FIT_1303_L);
Alarm FIT-1303 L: clear ALM_FIT_1303_L on acknowledged reset
ALM_FIT_1303_L_Ack
 U
ALM_FIT_1303_L
XIC(ALM_FIT_1303_L_Ack)OTU(ALM_FIT_1303_L);
Alarm FIT-1302 HH (A1): GEQ(FIT-1302, 1) "High flow alarm set point"
GEQ
FIT-1302 ≥ 1
 L
ALM_FIT_1302_HH
GEQ(FIT-1302,1)OTL(ALM_FIT_1302_HH);
Alarm FIT-1302 HH: clear ALM_FIT_1302_HH on acknowledged reset
ALM_FIT_1302_HH_Ack
 U
ALM_FIT_1302_HH
XIC(ALM_FIT_1302_HH_Ack)OTU(ALM_FIT_1302_HH);
Alarm FIT-1302 H (A2): GEQ(FIT-1302, 0.9) "High flow warning set point"
GEQ
FIT-1302 ≥ 0.9
 L
ALM_FIT_1302_H
GEQ(FIT-1302,0.9)OTL(ALM_FIT_1302_H);
Alarm FIT-1302 H: clear ALM_FIT_1302_H on acknowledged reset
ALM_FIT_1302_H_Ack
 U
ALM_FIT_1302_H
XIC(ALM_FIT_1302_H_Ack)OTU(ALM_FIT_1302_H);
Alarm FIT-1302 LL (A1): LEQ(FIT-1302, 0.3) "Low flow alarm set point"
LEQ
FIT-1302 ≤ 0.3
 L
ALM_FIT_1302_LL
LEQ(FIT-1302,0.3)OTL(ALM_FIT_1302_LL);
Alarm FIT-1302 LL: clear ALM_FIT_1302_LL on acknowledged reset
ALM_FIT_1302_LL_Ack
 U
ALM_FIT_1302_LL
XIC(ALM_FIT_1302_LL_Ack)OTU(ALM_FIT_1302_LL);
Alarm FIT-1302 L (A2): LEQ(FIT-1302, 0.4) "Low flow warning set point"
LEQ
FIT-1302 ≤ 0.4
 L
ALM_FIT_1302_L
LEQ(FIT-1302,0.4)OTL(ALM_FIT_1302_L);
Alarm FIT-1302 L: clear ALM_FIT_1302_L on acknowledged reset
ALM_FIT_1302_L_Ack
 U
ALM_FIT_1302_L
XIC(ALM_FIT_1302_L_Ack)OTU(ALM_FIT_1302_L);
Alarm AIT-0401 LL (A1): LEQ(AIT-0401, 6.5) "Low pH alarm set point"
LEQ
AIT-0401 ≤ 6.5
 L
ALM_AIT_0401_LL
LEQ(AIT-0401,6.5)OTL(ALM_AIT_0401_LL);
Alarm AIT-0401 LL: clear ALM_AIT_0401_LL on acknowledged reset
ALM_AIT_0401_LL_Ack
 U
ALM_AIT_0401_LL
XIC(ALM_AIT_0401_LL_Ack)OTU(ALM_AIT_0401_LL);
Alarm AIT-0401 L (A2): LEQ(AIT-0401, 6.8) "Low pH warning set point"
LEQ
AIT-0401 ≤ 6.8
 L
ALM_AIT_0401_L
LEQ(AIT-0401,6.8)OTL(ALM_AIT_0401_L);
Alarm AIT-0401 L: clear ALM_AIT_0401_L on acknowledged reset
ALM_AIT_0401_L_Ack
 U
ALM_AIT_0401_L
XIC(ALM_AIT_0401_L_Ack)OTU(ALM_AIT_0401_L);
Alarm AIT-0401 HH (A1): GEQ(AIT-0401, 8.5) "High pH alarm set point"
GEQ
AIT-0401 ≥ 8.5
 L
ALM_AIT_0401_HH
GEQ(AIT-0401,8.5)OTL(ALM_AIT_0401_HH);
Alarm AIT-0401 HH: clear ALM_AIT_0401_HH on acknowledged reset
ALM_AIT_0401_HH_Ack
 U
ALM_AIT_0401_HH
XIC(ALM_AIT_0401_HH_Ack)OTU(ALM_AIT_0401_HH);
Alarm AIT-0401 H (A2): GEQ(AIT-0401, 8.2) "High pH warning set point"
GEQ
AIT-0401 ≥ 8.2
 L
ALM_AIT_0401_H
GEQ(AIT-0401,8.2)OTL(ALM_AIT_0401_H);
Alarm AIT-0401 H: clear ALM_AIT_0401_H on acknowledged reset
ALM_AIT_0401_H_Ack
 U
ALM_AIT_0401_H
XIC(ALM_AIT_0401_H_Ack)OTU(ALM_AIT_0401_H);
Alarm LT-0401 LL (A1): LEQ(LT-0401, 30) "Low level alarm set point"
LEQ
LT-0401 ≤ 30
 L
ALM_LT_0401_LL
LEQ(LT-0401,30)OTL(ALM_LT_0401_LL);
Alarm LT-0401 LL: clear ALM_LT_0401_LL on acknowledged reset
ALM_LT_0401_LL_Ack
 U
ALM_LT_0401_LL
XIC(ALM_LT_0401_LL_Ack)OTU(ALM_LT_0401_LL);
Alarm PT-0401 LL (A1): LEQ(PT-0401, 50) "Low pressure alarm set point"
LEQ
PT-0401 ≤ 50
 L
ALM_PT_0401_LL
LEQ(PT-0401,50)OTL(ALM_PT_0401_LL);
Alarm PT-0401 LL: clear ALM_PT_0401_LL on acknowledged reset
ALM_PT_0401_LL_Ack
 U
ALM_PT_0401_LL
XIC(ALM_PT_0401_LL_Ack)OTU(ALM_PT_0401_LL);
Alarm PT-0401 L (A2): LEQ(PT-0401, 75) "Low pressure warning set point"
LEQ
PT-0401 ≤ 75
 L
ALM_PT_0401_L
LEQ(PT-0401,75)OTL(ALM_PT_0401_L);
Alarm PT-0401 L: clear ALM_PT_0401_L on acknowledged reset
ALM_PT_0401_L_Ack
 U
ALM_PT_0401_L
XIC(ALM_PT_0401_L_Ack)OTU(ALM_PT_0401_L);
Alarm PT-0401 HH (A1): GEQ(PT-0401, 550) "High pressure alarm set point"
GEQ
PT-0401 ≥ 550
 L
ALM_PT_0401_HH
GEQ(PT-0401,550)OTL(ALM_PT_0401_HH);
Alarm PT-0401 HH: clear ALM_PT_0401_HH on acknowledged reset
ALM_PT_0401_HH_Ack
 U
ALM_PT_0401_HH
XIC(ALM_PT_0401_HH_Ack)OTU(ALM_PT_0401_HH);
Alarm PT-0401 H (A2): GEQ(PT-0401, 500) "High pressure warning set point"
GEQ
PT-0401 ≥ 500
 L
ALM_PT_0401_H
GEQ(PT-0401,500)OTL(ALM_PT_0401_H);
Alarm PT-0401 H: clear ALM_PT_0401_H on acknowledged reset
ALM_PT_0401_H_Ack
 U
ALM_PT_0401_H
XIC(ALM_PT_0401_H_Ack)OTU(ALM_PT_0401_H);
Alarm FIT-0503 LL (A1): LEQ(FIT-0503, 10) "High flow warning set point"
LEQ
FIT-0503 ≤ 10
 L
ALM_FIT_0503_LL
LEQ(FIT-0503,10)OTL(ALM_FIT_0503_LL);
Alarm FIT-0503 LL: clear ALM_FIT_0503_LL on acknowledged reset
ALM_FIT_0503_LL_Ack
 U
ALM_FIT_0503_LL
XIC(ALM_FIT_0503_LL_Ack)OTU(ALM_FIT_0503_LL);
Alarm FIT-0505 HH (A1): GEQ(FIT-0505, 70) "High flow alarm set point"
GEQ
FIT-0505 ≥ 70
 L
ALM_FIT_0505_HH
GEQ(FIT-0505,70)OTL(ALM_FIT_0505_HH);
Alarm FIT-0505 HH: clear ALM_FIT_0505_HH on acknowledged reset
ALM_FIT_0505_HH_Ack
 U
ALM_FIT_0505_HH
XIC(ALM_FIT_0505_HH_Ack)OTU(ALM_FIT_0505_HH);
Alarm FIT-0505 H (A2): GEQ(FIT-0505, 65) "High flow warning set point"
GEQ
FIT-0505 ≥ 65
 L
ALM_FIT_0505_H
GEQ(FIT-0505,65)OTL(ALM_FIT_0505_H);
Alarm FIT-0505 H: clear ALM_FIT_0505_H on acknowledged reset
ALM_FIT_0505_H_Ack
 U
ALM_FIT_0505_H
XIC(ALM_FIT_0505_H_Ack)OTU(ALM_FIT_0505_H);
Alarm FIT-0505 LL (A1): LEQ(FIT-0505, 5) "Low flow alarm set point"
LEQ
FIT-0505 ≤ 5
 L
ALM_FIT_0505_LL
LEQ(FIT-0505,5)OTL(ALM_FIT_0505_LL);
Alarm FIT-0505 LL: clear ALM_FIT_0505_LL on acknowledged reset
ALM_FIT_0505_LL_Ack
 U
ALM_FIT_0505_LL
XIC(ALM_FIT_0505_LL_Ack)OTU(ALM_FIT_0505_LL);
Alarm FIT-0505 L (A2): LEQ(FIT-0505, 10) "Low flow warning set point"
LEQ
FIT-0505 ≤ 10
 L
ALM_FIT_0505_L
LEQ(FIT-0505,10)OTL(ALM_FIT_0505_L);
Alarm FIT-0505 L: clear ALM_FIT_0505_L on acknowledged reset
ALM_FIT_0505_L_Ack
 U
ALM_FIT_0505_L
XIC(ALM_FIT_0505_L_Ack)OTU(ALM_FIT_0505_L);
Alarm LT-0501 HH (A1): GEQ(LT-0501, 90) "High level alarm set point"
GEQ
LT-0501 ≥ 90
 L
ALM_LT_0501_HH
GEQ(LT-0501,90)OTL(ALM_LT_0501_HH);
Alarm LT-0501 HH: clear ALM_LT_0501_HH on acknowledged reset
ALM_LT_0501_HH_Ack
 U
ALM_LT_0501_HH
XIC(ALM_LT_0501_HH_Ack)OTU(ALM_LT_0501_HH);
Alarm LT-0501 H (A2): GEQ(LT-0501, 88) "High level warning set point"
GEQ
LT-0501 ≥ 88
 L
ALM_LT_0501_H
GEQ(LT-0501,88)OTL(ALM_LT_0501_H);
Alarm LT-0501 H: clear ALM_LT_0501_H on acknowledged reset
ALM_LT_0501_H_Ack
 U
ALM_LT_0501_H
XIC(ALM_LT_0501_H_Ack)OTU(ALM_LT_0501_H);
Alarm LT-0501 L (A2): LEQ(LT-0501, 45) "Inhibit for FP-0501 / FP-0502"
LEQ
LT-0501 ≤ 45
 L
ALM_LT_0501_L
LEQ(LT-0501,45)OTL(ALM_LT_0501_L);
Alarm LT-0501 L: clear ALM_LT_0501_L on acknowledged reset
ALM_LT_0501_L_Ack
 U
ALM_LT_0501_L
XIC(ALM_LT_0501_L_Ack)OTU(ALM_LT_0501_L);
Alarm LT-0501 LL (A1): LEQ(LT-0501, 40) "Low level warning set point"
LEQ
LT-0501 ≤ 40
 L
ALM_LT_0501_LL
LEQ(LT-0501,40)OTL(ALM_LT_0501_LL);
Alarm LT-0501 LL: clear ALM_LT_0501_LL on acknowledged reset
ALM_LT_0501_LL_Ack
 U
ALM_LT_0501_LL
XIC(ALM_LT_0501_LL_Ack)OTU(ALM_LT_0501_LL);
Alarm LT-0502 HH (A1): GEQ(LT-0502, 90) "High level alarm set point"
GEQ
LT-0502 ≥ 90
 L
ALM_LT_0502_HH
GEQ(LT-0502,90)OTL(ALM_LT_0502_HH);
Alarm LT-0502 HH: clear ALM_LT_0502_HH on acknowledged reset
ALM_LT_0502_HH_Ack
 U
ALM_LT_0502_HH
XIC(ALM_LT_0502_HH_Ack)OTU(ALM_LT_0502_HH);
Alarm LT-0502 H (A2): GEQ(LT-0502, 88) "High level warning set point"
GEQ
LT-0502 ≥ 88
 L
ALM_LT_0502_H
GEQ(LT-0502,88)OTL(ALM_LT_0502_H);
Alarm LT-0502 H: clear ALM_LT_0502_H on acknowledged reset
ALM_LT_0502_H_Ack
 U
ALM_LT_0502_H
XIC(ALM_LT_0502_H_Ack)OTU(ALM_LT_0502_H);
Alarm LT-0502 L (A2): LEQ(LT-0502, 45) "Low level warning set point"
LEQ
LT-0502 ≤ 45
 L
ALM_LT_0502_L
LEQ(LT-0502,45)OTL(ALM_LT_0502_L);
Alarm LT-0502 L: clear ALM_LT_0502_L on acknowledged reset
ALM_LT_0502_L_Ack
 U
ALM_LT_0502_L
XIC(ALM_LT_0502_L_Ack)OTU(ALM_LT_0502_L);
Alarm LT-0502 LL (A1): LEQ(LT-0502, 40) "Low level alarm set point"
LEQ
LT-0502 ≤ 40
 L
ALM_LT_0502_LL
LEQ(LT-0502,40)OTL(ALM_LT_0502_LL);
Alarm LT-0502 LL: clear ALM_LT_0502_LL on acknowledged reset
ALM_LT_0502_LL_Ack
 U
ALM_LT_0502_LL
XIC(ALM_LT_0502_LL_Ack)OTU(ALM_LT_0502_LL);
Alarm AIT-0502 LL (A1): LEQ(AIT-0502, 6.5) "Low pH alarm set point"
LEQ
AIT-0502 ≤ 6.5
 L
ALM_AIT_0502_LL
LEQ(AIT-0502,6.5)OTL(ALM_AIT_0502_LL);
Alarm AIT-0502 LL: clear ALM_AIT_0502_LL on acknowledged reset
ALM_AIT_0502_LL_Ack
 U
ALM_AIT_0502_LL
XIC(ALM_AIT_0502_LL_Ack)OTU(ALM_AIT_0502_LL);
Alarm AIT-0502 L (A2): LEQ(AIT-0502, 6.8) "Low pH warning set point"
LEQ
AIT-0502 ≤ 6.8
 L
ALM_AIT_0502_L
LEQ(AIT-0502,6.8)OTL(ALM_AIT_0502_L);
Alarm AIT-0502 L: clear ALM_AIT_0502_L on acknowledged reset
ALM_AIT_0502_L_Ack
 U
ALM_AIT_0502_L
XIC(ALM_AIT_0502_L_Ack)OTU(ALM_AIT_0502_L);
Alarm AIT-0502 HH (A1): GEQ(AIT-0502, 8.5) "High pH alarm set point"
GEQ
AIT-0502 ≥ 8.5
 L
ALM_AIT_0502_HH
GEQ(AIT-0502,8.5)OTL(ALM_AIT_0502_HH);
Alarm AIT-0502 HH: clear ALM_AIT_0502_HH on acknowledged reset
ALM_AIT_0502_HH_Ack
 U
ALM_AIT_0502_HH
XIC(ALM_AIT_0502_HH_Ack)OTU(ALM_AIT_0502_HH);
Alarm AIT-0502 H (A2): GEQ(AIT-0502, 8.2) "High pH warning set point"
GEQ
AIT-0502 ≥ 8.2
 L
ALM_AIT_0502_H
GEQ(AIT-0502,8.2)OTL(ALM_AIT_0502_H);
Alarm AIT-0502 H: clear ALM_AIT_0502_H on acknowledged reset
ALM_AIT_0502_H_Ack
 U
ALM_AIT_0502_H
XIC(ALM_AIT_0502_H_Ack)OTU(ALM_AIT_0502_H);
Alarm AIT-0504 LL (A1): LEQ(AIT-0504, 6.5) "Low pH alarm set point"
LEQ
AIT-0504 ≤ 6.5
 L
ALM_AIT_0504_LL
LEQ(AIT-0504,6.5)OTL(ALM_AIT_0504_LL);
Alarm AIT-0504 LL: clear ALM_AIT_0504_LL on acknowledged reset
ALM_AIT_0504_LL_Ack
 U
ALM_AIT_0504_LL
XIC(ALM_AIT_0504_LL_Ack)OTU(ALM_AIT_0504_LL);
Alarm AIT-0504 L (A2): LEQ(AIT-0504, 6.8) "Low pH warning set point"
LEQ
AIT-0504 ≤ 6.8
 L
ALM_AIT_0504_L
LEQ(AIT-0504,6.8)OTL(ALM_AIT_0504_L);
Alarm AIT-0504 L: clear ALM_AIT_0504_L on acknowledged reset
ALM_AIT_0504_L_Ack
 U
ALM_AIT_0504_L
XIC(ALM_AIT_0504_L_Ack)OTU(ALM_AIT_0504_L);
Alarm AIT-0504 HH (A1): GEQ(AIT-0504, 12.5) "High pH alarm set point"
GEQ
AIT-0504 ≥ 12.5
 L
ALM_AIT_0504_HH
GEQ(AIT-0504,12.5)OTL(ALM_AIT_0504_HH);
Alarm AIT-0504 HH: clear ALM_AIT_0504_HH on acknowledged reset
ALM_AIT_0504_HH_Ack
 U
ALM_AIT_0504_HH
XIC(ALM_AIT_0504_HH_Ack)OTU(ALM_AIT_0504_HH);
Alarm AIT-0504 H (A2): GEQ(AIT-0504, 12) "High pH warning set point"
GEQ
AIT-0504 ≥ 12
 L
ALM_AIT_0504_H
GEQ(AIT-0504,12)OTL(ALM_AIT_0504_H);
Alarm AIT-0504 H: clear ALM_AIT_0504_H on acknowledged reset
ALM_AIT_0504_H_Ack
 U
ALM_AIT_0504_H
XIC(ALM_AIT_0504_H_Ack)OTU(ALM_AIT_0504_H);
Alarm AIT-0501 H (A2): GEQ(AIT-0501, 3200) "relevant after completion of backfill)"
GEQ
AIT-0501 ≥ 3200
 L
ALM_AIT_0501_H
GEQ(AIT-0501,3200)OTL(ALM_AIT_0501_H);
Alarm AIT-0501 H: clear ALM_AIT_0501_H on acknowledged reset
ALM_AIT_0501_H_Ack
 U
ALM_AIT_0501_H
XIC(ALM_AIT_0501_H_Ack)OTU(ALM_AIT_0501_H);
Alarm FIT-0504 HH (A1): GEQ(FIT-0504, 70) "High flow alarm set point"
GEQ
FIT-0504 ≥ 70
 L
ALM_FIT_0504_HH
GEQ(FIT-0504,70)OTL(ALM_FIT_0504_HH);
Alarm FIT-0504 HH: clear ALM_FIT_0504_HH on acknowledged reset
ALM_FIT_0504_HH_Ack
 U
ALM_FIT_0504_HH
XIC(ALM_FIT_0504_HH_Ack)OTU(ALM_FIT_0504_HH);
Alarm FIT-0504 H (A2): GEQ(FIT-0504, 65) "High flow warning set point"
GEQ
FIT-0504 ≥ 65
 L
ALM_FIT_0504_H
GEQ(FIT-0504,65)OTL(ALM_FIT_0504_H);
Alarm FIT-0504 H: clear ALM_FIT_0504_H on acknowledged reset
ALM_FIT_0504_H_Ack
 U
ALM_FIT_0504_H
XIC(ALM_FIT_0504_H_Ack)OTU(ALM_FIT_0504_H);
Alarm FIT-0504 LL (A1): LEQ(FIT-0504, 5) "Low flow alarm set point"
LEQ
FIT-0504 ≤ 5
 L
ALM_FIT_0504_LL
LEQ(FIT-0504,5)OTL(ALM_FIT_0504_LL);
Alarm FIT-0504 LL: clear ALM_FIT_0504_LL on acknowledged reset
ALM_FIT_0504_LL_Ack
 U
ALM_FIT_0504_LL
XIC(ALM_FIT_0504_LL_Ack)OTU(ALM_FIT_0504_LL);
Alarm FIT-0504 L (A2): LEQ(FIT-0504, 10) "Low flow warning set point"
LEQ
FIT-0504 ≤ 10
 L
ALM_FIT_0504_L
LEQ(FIT-0504,10)OTL(ALM_FIT_0504_L);
Alarm FIT-0504 L: clear ALM_FIT_0504_L on acknowledged reset
ALM_FIT_0504_L_Ack
 U
ALM_FIT_0504_L
XIC(ALM_FIT_0504_L_Ack)OTU(ALM_FIT_0504_L);
Alarm AIT-0506 LL (A1): LEQ(AIT-0506, 6.5) "Low pH alarm set point"
LEQ
AIT-0506 ≤ 6.5
 L
ALM_AIT_0506_LL
LEQ(AIT-0506,6.5)OTL(ALM_AIT_0506_LL);
Alarm AIT-0506 LL: clear ALM_AIT_0506_LL on acknowledged reset
ALM_AIT_0506_LL_Ack
 U
ALM_AIT_0506_LL
XIC(ALM_AIT_0506_LL_Ack)OTU(ALM_AIT_0506_LL);
Alarm AIT-0506 L (A2): LEQ(AIT-0506, 6.8) "Low pH warning set point"
LEQ
AIT-0506 ≤ 6.8
 L
ALM_AIT_0506_L
LEQ(AIT-0506,6.8)OTL(ALM_AIT_0506_L);
Alarm AIT-0506 L: clear ALM_AIT_0506_L on acknowledged reset
ALM_AIT_0506_L_Ack
 U
ALM_AIT_0506_L
XIC(ALM_AIT_0506_L_Ack)OTU(ALM_AIT_0506_L);
Alarm AIT-0506 HH (A1): GEQ(AIT-0506, 8.5) "High pH alarm set point"
GEQ
AIT-0506 ≥ 8.5
 L
ALM_AIT_0506_HH
GEQ(AIT-0506,8.5)OTL(ALM_AIT_0506_HH);
Alarm AIT-0506 HH: clear ALM_AIT_0506_HH on acknowledged reset
ALM_AIT_0506_HH_Ack
 U
ALM_AIT_0506_HH
XIC(ALM_AIT_0506_HH_Ack)OTU(ALM_AIT_0506_HH);
Alarm AIT-0506 H (A2): GEQ(AIT-0506, 8.2) "High pH warning set point"
GEQ
AIT-0506 ≥ 8.2
 L
ALM_AIT_0506_H
GEQ(AIT-0506,8.2)OTL(ALM_AIT_0506_H);
Alarm AIT-0506 H: clear ALM_AIT_0506_H on acknowledged reset
ALM_AIT_0506_H_Ack
 U
ALM_AIT_0506_H
XIC(ALM_AIT_0506_H_Ack)OTU(ALM_AIT_0506_H);
Alarm AIT-0508 HH (A1): GEQ(AIT-0508, 15) "High turbidity alarm set point"
GEQ
AIT-0508 ≥ 15
 L
ALM_AIT_0508_HH
GEQ(AIT-0508,15)OTL(ALM_AIT_0508_HH);
Alarm AIT-0508 HH: clear ALM_AIT_0508_HH on acknowledged reset
ALM_AIT_0508_HH_Ack
 U
ALM_AIT_0508_HH
XIC(ALM_AIT_0508_HH_Ack)OTU(ALM_AIT_0508_HH);
Alarm AIT-0508 H (A2): GEQ(AIT-0508, 10) "High turbidity warning set point"
GEQ
AIT-0508 ≥ 10
 L
ALM_AIT_0508_H
GEQ(AIT-0508,10)OTL(ALM_AIT_0508_H);
Alarm AIT-0508 H: clear ALM_AIT_0508_H on acknowledged reset
ALM_AIT_0508_H_Ack
 U
ALM_AIT_0508_H
XIC(ALM_AIT_0508_H_Ack)OTU(ALM_AIT_0508_H);
Alarm AIT-0509 HH (A1): GEQ(AIT-0509, 9.2) "High DO alarm set point"
GEQ
AIT-0509 ≥ 9.2
 L
ALM_AIT_0509_HH
GEQ(AIT-0509,9.2)OTL(ALM_AIT_0509_HH);
Alarm AIT-0509 HH: clear ALM_AIT_0509_HH on acknowledged reset
ALM_AIT_0509_HH_Ack
 U
ALM_AIT_0509_HH
XIC(ALM_AIT_0509_HH_Ack)OTU(ALM_AIT_0509_HH);
Alarm AIT-0509 H (A2): GEQ(AIT-0509, 9.5) "High DO warning set point"
GEQ
AIT-0509 ≥ 9.5
 L
ALM_AIT_0509_H
GEQ(AIT-0509,9.5)OTL(ALM_AIT_0509_H);
Alarm AIT-0509 H: clear ALM_AIT_0509_H on acknowledged reset
ALM_AIT_0509_H_Ack
 U
ALM_AIT_0509_H
XIC(ALM_AIT_0509_H_Ack)OTU(ALM_AIT_0509_H);
Alarm LT-0901 L (A2): LEQ(LT-0901, 20) "Low level warning set point"
LEQ
LT-0901 ≤ 20
 L
ALM_LT_0901_L
LEQ(LT-0901,20)OTL(ALM_LT_0901_L);
Alarm LT-0901 L: clear ALM_LT_0901_L on acknowledged reset
ALM_LT_0901_L_Ack
 U
ALM_LT_0901_L
XIC(ALM_LT_0901_L_Ack)OTU(ALM_LT_0901_L);
Alarm LT-0901 LL (A1): LEQ(LT-0901, 10) "Low level alarm set point"
LEQ
LT-0901 ≤ 10
 L
ALM_LT_0901_LL
LEQ(LT-0901,10)OTL(ALM_LT_0901_LL);
Alarm LT-0901 LL: clear ALM_LT_0901_LL on acknowledged reset
ALM_LT_0901_LL_Ack
 U
ALM_LT_0901_LL
XIC(ALM_LT_0901_LL_Ack)OTU(ALM_LT_0901_LL);
Alarm LT-0901 H (A2): GEQ(LT-0901, 80) "High level warning set point"
GEQ
LT-0901 ≥ 80
 L
ALM_LT_0901_H
GEQ(LT-0901,80)OTL(ALM_LT_0901_H);
Alarm LT-0901 H: clear ALM_LT_0901_H on acknowledged reset
ALM_LT_0901_H_Ack
 U
ALM_LT_0901_H
XIC(ALM_LT_0901_H_Ack)OTU(ALM_LT_0901_H);
Alarm LT-0901 HH (A1): GEQ(LT-0901, 90) "High level alarm set point"
GEQ
LT-0901 ≥ 90
 L
ALM_LT_0901_HH
GEQ(LT-0901,90)OTL(ALM_LT_0901_HH);
Alarm LT-0901 HH: clear ALM_LT_0901_HH on acknowledged reset
ALM_LT_0901_HH_Ack
 U
ALM_LT_0901_HH
XIC(ALM_LT_0901_HH_Ack)OTU(ALM_LT_0901_HH);
Alarm LT-1001 LL (A1): LEQ(LT-1001, 10) "Low level alarm set point"
LEQ
LT-1001 ≤ 10
 L
ALM_LT_1001_LL
LEQ(LT-1001,10)OTL(ALM_LT_1001_LL);
Alarm LT-1001 LL: clear ALM_LT_1001_LL on acknowledged reset
ALM_LT_1001_LL_Ack
 U
ALM_LT_1001_LL
XIC(ALM_LT_1001_LL_Ack)OTU(ALM_LT_1001_LL);
Alarm LT-1001 L (A2): LEQ(LT-1001, 30) "Low level warning set point"
LEQ
LT-1001 ≤ 30
 L
ALM_LT_1001_L
LEQ(LT-1001,30)OTL(ALM_LT_1001_L);
Alarm LT-1001 L: clear ALM_LT_1001_L on acknowledged reset
ALM_LT_1001_L_Ack
 U
ALM_LT_1001_L
XIC(ALM_LT_1001_L_Ack)OTU(ALM_LT_1001_L);
Alarm LT-1001 H (A2): GEQ(LT-1001, 85) "High level warning set point"
GEQ
LT-1001 ≥ 85
 L
ALM_LT_1001_H
GEQ(LT-1001,85)OTL(ALM_LT_1001_H);
Alarm LT-1001 H: clear ALM_LT_1001_H on acknowledged reset
ALM_LT_1001_H_Ack
 U
ALM_LT_1001_H
XIC(ALM_LT_1001_H_Ack)OTU(ALM_LT_1001_H);
Alarm LT-1001 HH (A1): GEQ(LT-1001, 90) "High level alarm set point"
GEQ
LT-1001 ≥ 90
 L
ALM_LT_1001_HH
GEQ(LT-1001,90)OTL(ALM_LT_1001_HH);
Alarm LT-1001 HH: clear ALM_LT_1001_HH on acknowledged reset
ALM_LT_1001_HH_Ack
 U
ALM_LT_1001_HH
XIC(ALM_LT_1001_HH_Ack)OTU(ALM_LT_1001_HH);
Alarm LT-1003 LL (A1): LEQ(LT-1003, 10) "Low level alarm set point"
LEQ
LT-1003 ≤ 10
 L
ALM_LT_1003_LL
LEQ(LT-1003,10)OTL(ALM_LT_1003_LL);
Alarm LT-1003 LL: clear ALM_LT_1003_LL on acknowledged reset
ALM_LT_1003_LL_Ack
 U
ALM_LT_1003_LL
XIC(ALM_LT_1003_LL_Ack)OTU(ALM_LT_1003_LL);
Alarm LT-1003 L (A2): LEQ(LT-1003, 30) "Low level warning set point"
LEQ
LT-1003 ≤ 30
 L
ALM_LT_1003_L
LEQ(LT-1003,30)OTL(ALM_LT_1003_L);
Alarm LT-1003 L: clear ALM_LT_1003_L on acknowledged reset
ALM_LT_1003_L_Ack
 U
ALM_LT_1003_L
XIC(ALM_LT_1003_L_Ack)OTU(ALM_LT_1003_L);
Alarm LT-1003 H (A2): GEQ(LT-1003, 85) "High level warning set point"
GEQ
LT-1003 ≥ 85
 L
ALM_LT_1003_H
GEQ(LT-1003,85)OTL(ALM_LT_1003_H);
Alarm LT-1003 H: clear ALM_LT_1003_H on acknowledged reset
ALM_LT_1003_H_Ack
 U
ALM_LT_1003_H
XIC(ALM_LT_1003_H_Ack)OTU(ALM_LT_1003_H);
Alarm LT-1003 HH (A1): GEQ(LT-1003, 90) "High level alarm set point"
GEQ
LT-1003 ≥ 90
 L
ALM_LT_1003_HH
GEQ(LT-1003,90)OTL(ALM_LT_1003_HH);
Alarm LT-1003 HH: clear ALM_LT_1003_HH on acknowledged reset
ALM_LT_1003_HH_Ack
 U
ALM_LT_1003_HH
XIC(ALM_LT_1003_HH_Ack)OTU(ALM_LT_1003_HH);
Alarm LT-1601 LL (A1): LEQ(LT-1601, 10) "Low level alarm set point"
LEQ
LT-1601 ≤ 10
 L
ALM_LT_1601_LL
LEQ(LT-1601,10)OTL(ALM_LT_1601_LL);
Alarm LT-1601 LL: clear ALM_LT_1601_LL on acknowledged reset
ALM_LT_1601_LL_Ack
 U
ALM_LT_1601_LL
XIC(ALM_LT_1601_LL_Ack)OTU(ALM_LT_1601_LL);
Alarm LT-1601 L (A2): LEQ(LT-1601, 85) "Inhibit for FP-1501 / FP-1502 or close AV-1601"
LEQ
LT-1601 ≤ 85
 L
ALM_LT_1601_L
LEQ(LT-1601,85)OTL(ALM_LT_1601_L);
Alarm LT-1601 L: clear ALM_LT_1601_L on acknowledged reset
ALM_LT_1601_L_Ack
 U
ALM_LT_1601_L
XIC(ALM_LT_1601_L_Ack)OTU(ALM_LT_1601_L);
Alarm LT-1101 LL (A1): LEQ(LT-1101, 10) "Low level alarm set point"
LEQ
LT-1101 ≤ 10
 L
ALM_LT_1101_LL
LEQ(LT-1101,10)OTL(ALM_LT_1101_LL);
Alarm LT-1101 LL: clear ALM_LT_1101_LL on acknowledged reset
ALM_LT_1101_LL_Ack
 U
ALM_LT_1101_LL
XIC(ALM_LT_1101_LL_Ack)OTU(ALM_LT_1101_LL);
Alarm LT-1101 HH (A1): GEQ(LT-1101, 90) "High level alarm set point"
GEQ
LT-1101 ≥ 90
 L
ALM_LT_1101_HH
GEQ(LT-1101,90)OTL(ALM_LT_1101_HH);
Alarm LT-1101 HH: clear ALM_LT_1101_HH on acknowledged reset
ALM_LT_1101_HH_Ack
 U
ALM_LT_1101_HH
XIC(ALM_LT_1101_HH_Ack)OTU(ALM_LT_1101_HH);
Alarm LT-1101 H (A2): GEQ(LT-1101, 85) "High level warning set point"
GEQ
LT-1101 ≥ 85
 L
ALM_LT_1101_H
GEQ(LT-1101,85)OTL(ALM_LT_1101_H);
Alarm LT-1101 H: clear ALM_LT_1101_H on acknowledged reset
ALM_LT_1101_H_Ack
 U
ALM_LT_1101_H
XIC(ALM_LT_1101_H_Ack)OTU(ALM_LT_1101_H);
Alarm LT-1101 L (A2): LEQ(LT-1101, 30) "Low level warning set point"
LEQ
LT-1101 ≤ 30
 L
ALM_LT_1101_L
LEQ(LT-1101,30)OTL(ALM_LT_1101_L);
Alarm LT-1101 L: clear ALM_LT_1101_L on acknowledged reset
ALM_LT_1101_L_Ack
 U
ALM_LT_1101_L
XIC(ALM_LT_1101_L_Ack)OTU(ALM_LT_1101_L);
Alarm PT-1201 L (A2): LEQ(PT-1201, 450) "Low level warning set point"
LEQ
PT-1201 ≤ 450
 L
ALM_PT_1201_L
LEQ(PT-1201,450)OTL(ALM_PT_1201_L);
Alarm PT-1201 L: clear ALM_PT_1201_L on acknowledged reset
ALM_PT_1201_L_Ack
 U
ALM_PT_1201_L
XIC(ALM_PT_1201_L_Ack)OTU(ALM_PT_1201_L);
Alarm PT-1201 LL (A1): LEQ(PT-1201, 400) "Low level alarm set point"
LEQ
PT-1201 ≤ 400
 L
ALM_PT_1201_LL
LEQ(PT-1201,400)OTL(ALM_PT_1201_LL);
Alarm PT-1201 LL: clear ALM_PT_1201_LL on acknowledged reset
ALM_PT_1201_LL_Ack
 U
ALM_PT_1201_LL
XIC(ALM_PT_1201_LL_Ack)OTU(ALM_PT_1201_LL);
Alarm LT-1401 L (A2): LEQ(LT-1401, 20) "Low level warning set point"
LEQ
LT-1401 ≤ 20
 L
ALM_LT_1401_L
LEQ(LT-1401,20)OTL(ALM_LT_1401_L);
Alarm LT-1401 L: clear ALM_LT_1401_L on acknowledged reset
ALM_LT_1401_L_Ack
 U
ALM_LT_1401_L
XIC(ALM_LT_1401_L_Ack)OTU(ALM_LT_1401_L);
Alarm LT-1401 LL (A1): LEQ(LT-1401, 10) "Low level alarm set point"
LEQ
LT-1401 ≤ 10
 L
ALM_LT_1401_LL
LEQ(LT-1401,10)OTL(ALM_LT_1401_LL);
Alarm LT-1401 LL: clear ALM_LT_1401_LL on acknowledged reset
ALM_LT_1401_LL_Ack
 U
ALM_LT_1401_LL
XIC(ALM_LT_1401_LL_Ack)OTU(ALM_LT_1401_LL);
Alarm LT-1401 H (A2): GEQ(LT-1401, 80) "High level warning set point"
GEQ
LT-1401 ≥ 80
 L
ALM_LT_1401_H
GEQ(LT-1401,80)OTL(ALM_LT_1401_H);
Alarm LT-1401 H: clear ALM_LT_1401_H on acknowledged reset
ALM_LT_1401_H_Ack
 U
ALM_LT_1401_H
XIC(ALM_LT_1401_H_Ack)OTU(ALM_LT_1401_H);
Alarm LT-1401 HH (A1): GEQ(LT-1401, 90) "High level alarm set point"
GEQ
LT-1401 ≥ 90
 L
ALM_LT_1401_HH
GEQ(LT-1401,90)OTL(ALM_LT_1401_HH);
Alarm LT-1401 HH: clear ALM_LT_1401_HH on acknowledged reset
ALM_LT_1401_HH_Ack
 U
ALM_LT_1401_HH
XIC(ALM_LT_1401_HH_Ack)OTU(ALM_LT_1401_HH);
Alarm PT-1401 LL (A1): LEQ(PT-1401, 25) "Low pressure alarm set point"
LEQ
PT-1401 ≤ 25
 L
ALM_PT_1401_LL
LEQ(PT-1401,25)OTL(ALM_PT_1401_LL);
Alarm PT-1401 LL: clear ALM_PT_1401_LL on acknowledged reset
ALM_PT_1401_LL_Ack
 U
ALM_PT_1401_LL
XIC(ALM_PT_1401_LL_Ack)OTU(ALM_PT_1401_LL);
Alarm PT-1401 L (A2): LEQ(PT-1401, 50) "Low pressure warning set point"
LEQ
PT-1401 ≤ 50
 L
ALM_PT_1401_L
LEQ(PT-1401,50)OTL(ALM_PT_1401_L);
Alarm PT-1401 L: clear ALM_PT_1401_L on acknowledged reset
ALM_PT_1401_L_Ack
 U
ALM_PT_1401_L
XIC(ALM_PT_1401_L_Ack)OTU(ALM_PT_1401_L);
Alarm PT-1401 HH (A1): GEQ(PT-1401, 200) "High pressure alarm set point"
GEQ
PT-1401 ≥ 200
 L
ALM_PT_1401_HH
GEQ(PT-1401,200)OTL(ALM_PT_1401_HH);
Alarm PT-1401 HH: clear ALM_PT_1401_HH on acknowledged reset
ALM_PT_1401_HH_Ack
 U
ALM_PT_1401_HH
XIC(ALM_PT_1401_HH_Ack)OTU(ALM_PT_1401_HH);
Alarm PT-1401 H (A2): GEQ(PT-1401, 100) "High pressure warning set point"
GEQ
PT-1401 ≥ 100
 L
ALM_PT_1401_H
GEQ(PT-1401,100)OTL(ALM_PT_1401_H);
Alarm PT-1401 H: clear ALM_PT_1401_H on acknowledged reset
ALM_PT_1401_H_Ack
 U
ALM_PT_1401_H
XIC(ALM_PT_1401_H_Ack)OTU(ALM_PT_1401_H);
Alarm FIT-1401 HH (A1): GEQ(FIT-1401, 1) "High flow alarm set point"
GEQ
FIT-1401 ≥ 1
 L
ALM_FIT_1401_HH
GEQ(FIT-1401,1)OTL(ALM_FIT_1401_HH);
Alarm FIT-1401 HH: clear ALM_FIT_1401_HH on acknowledged reset
ALM_FIT_1401_HH_Ack
 U
ALM_FIT_1401_HH
XIC(ALM_FIT_1401_HH_Ack)OTU(ALM_FIT_1401_HH);
Alarm FIT-1401 H (A2): GEQ(FIT-1401, 0.9) "High flow warning set point"
GEQ
FIT-1401 ≥ 0.9
 L
ALM_FIT_1401_H
GEQ(FIT-1401,0.9)OTL(ALM_FIT_1401_H);
Alarm FIT-1401 H: clear ALM_FIT_1401_H on acknowledged reset
ALM_FIT_1401_H_Ack
 U
ALM_FIT_1401_H
XIC(ALM_FIT_1401_H_Ack)OTU(ALM_FIT_1401_H);
Alarm FIT-1401 LL (A1): LEQ(FIT-1401, 0.3) "Low flow alarm set point"
LEQ
FIT-1401 ≤ 0.3
 L
ALM_FIT_1401_LL
LEQ(FIT-1401,0.3)OTL(ALM_FIT_1401_LL);
Alarm FIT-1401 LL: clear ALM_FIT_1401_LL on acknowledged reset
ALM_FIT_1401_LL_Ack
 U
ALM_FIT_1401_LL
XIC(ALM_FIT_1401_LL_Ack)OTU(ALM_FIT_1401_LL);
Alarm FIT-1401 L (A2): LEQ(FIT-1401, 0.4) "Low flow warning set point"
LEQ
FIT-1401 ≤ 0.4
 L
ALM_FIT_1401_L
LEQ(FIT-1401,0.4)OTL(ALM_FIT_1401_L);
Alarm FIT-1401 L: clear ALM_FIT_1401_L on acknowledged reset
ALM_FIT_1401_L_Ack
 U
ALM_FIT_1401_L
XIC(ALM_FIT_1401_L_Ack)OTU(ALM_FIT_1401_L);
Alarm LT-1402 L (A2): LEQ(LT-1402, 45) "Low level warning set point"
LEQ
LT-1402 ≤ 45
 L
ALM_LT_1402_L
LEQ(LT-1402,45)OTL(ALM_LT_1402_L);
Alarm LT-1402 L: clear ALM_LT_1402_L on acknowledged reset
ALM_LT_1402_L_Ack
 U
ALM_LT_1402_L
XIC(ALM_LT_1402_L_Ack)OTU(ALM_LT_1402_L);
Alarm LT-1402 LL (A1): LEQ(LT-1402, 40) "Low level alarm set point"
LEQ
LT-1402 ≤ 40
 L
ALM_LT_1402_LL
LEQ(LT-1402,40)OTL(ALM_LT_1402_LL);
Alarm LT-1402 LL: clear ALM_LT_1402_LL on acknowledged reset
ALM_LT_1402_LL_Ack
 U
ALM_LT_1402_LL
XIC(ALM_LT_1402_LL_Ack)OTU(ALM_LT_1402_LL);
Alarm LT-1402 H (A2): GEQ(LT-1402, 90) "High level warning set point"
GEQ
LT-1402 ≥ 90
 L
ALM_LT_1402_H
GEQ(LT-1402,90)OTL(ALM_LT_1402_H);
Alarm LT-1402 H: clear ALM_LT_1402_H on acknowledged reset
ALM_LT_1402_H_Ack
 U
ALM_LT_1402_H
XIC(ALM_LT_1402_H_Ack)OTU(ALM_LT_1402_H);
Alarm LT-1402 HH (A1): GEQ(LT-1402, 95) "High level alarm set point"
GEQ
LT-1402 ≥ 95
 L
ALM_LT_1402_HH
GEQ(LT-1402,95)OTL(ALM_LT_1402_HH);
Alarm LT-1402 HH: clear ALM_LT_1402_HH on acknowledged reset
ALM_LT_1402_HH_Ack
 U
ALM_LT_1402_HH
XIC(ALM_LT_1402_HH_Ack)OTU(ALM_LT_1402_HH);
Alarm AIT-1501 HH (A1): GEQ(AIT-1501, 2000) "High EC alarm set point"
GEQ
AIT-1501 ≥ 2000
 L
ALM_AIT_1501_HH
GEQ(AIT-1501,2000)OTL(ALM_AIT_1501_HH);
Alarm AIT-1501 HH: clear ALM_AIT_1501_HH on acknowledged reset
ALM_AIT_1501_HH_Ack
 U
ALM_AIT_1501_HH
XIC(ALM_AIT_1501_HH_Ack)OTU(ALM_AIT_1501_HH);
Alarm AIT-1501 H (A2): GEQ(AIT-1501, 1800) "High EC warning set point"
GEQ
AIT-1501 ≥ 1800
 L
ALM_AIT_1501_H
GEQ(AIT-1501,1800)OTL(ALM_AIT_1501_H);
Alarm AIT-1501 H: clear ALM_AIT_1501_H on acknowledged reset
ALM_AIT_1501_H_Ack
 U
ALM_AIT_1501_H
XIC(ALM_AIT_1501_H_Ack)OTU(ALM_AIT_1501_H);
Alarm AIT-1502 LL (A1): LEQ(AIT-1502, 6.5) "Low pH alarm set point"
LEQ
AIT-1502 ≤ 6.5
 L
ALM_AIT_1502_LL
LEQ(AIT-1502,6.5)OTL(ALM_AIT_1502_LL);
Alarm AIT-1502 LL: clear ALM_AIT_1502_LL on acknowledged reset
ALM_AIT_1502_LL_Ack
 U
ALM_AIT_1502_LL
XIC(ALM_AIT_1502_LL_Ack)OTU(ALM_AIT_1502_LL);
Alarm AIT-1502 L (A2): LEQ(AIT-1502, 6.8) "Low pH warning set point"
LEQ
AIT-1502 ≤ 6.8
 L
ALM_AIT_1502_L
LEQ(AIT-1502,6.8)OTL(ALM_AIT_1502_L);
Alarm AIT-1502 L: clear ALM_AIT_1502_L on acknowledged reset
ALM_AIT_1502_L_Ack
 U
ALM_AIT_1502_L
XIC(ALM_AIT_1502_L_Ack)OTU(ALM_AIT_1502_L);
Alarm AIT-1502 HH (A1): GEQ(AIT-1502, 8.5) "High pH alarm set point"
GEQ
AIT-1502 ≥ 8.5
 L
ALM_AIT_1502_HH
GEQ(AIT-1502,8.5)OTL(ALM_AIT_1502_HH);
Alarm AIT-1502 HH: clear ALM_AIT_1502_HH on acknowledged reset
ALM_AIT_1502_HH_Ack
 U
ALM_AIT_1502_HH
XIC(ALM_AIT_1502_HH_Ack)OTU(ALM_AIT_1502_HH);
Alarm AIT-1502 H (A2): GEQ(AIT-1502, 8.2) "High pH warning set point"
GEQ
AIT-1502 ≥ 8.2
 L
ALM_AIT_1502_H
GEQ(AIT-1502,8.2)OTL(ALM_AIT_1502_H);
Alarm AIT-1502 H: clear ALM_AIT_1502_H on acknowledged reset
ALM_AIT_1502_H_Ack
 U
ALM_AIT_1502_H
XIC(ALM_AIT_1502_H_Ack)OTU(ALM_AIT_1502_H);
Dispatch
SEQ_Main routine 7 rungs
ScaffIQ Sequence Engine dispatch routine. Calls all sequence, interlock and alarm subroutines.
NOP();
Execute interlock logic (runs every scan)
JSR
SEQ_Interlocks
JSR(SEQ_Interlocks,0);
Execute sequence: Lime Reactor 1 Cleaning Cycle
JSR
SEQ_Lime_Reactor_1_Cleaning_Cycle
JSR(SEQ_Lime_Reactor_1_Cleaning_Cycle,0);
Execute sequence: HRT Auto Start Sequence
JSR
SEQ_HRT_Auto_Start_Sequence
JSR(SEQ_HRT_Auto_Start_Sequence,0);
Execute sequence: Thickener Rake Emergency Stop
JSR
SEQ_Thickener_Rake_Emergency_Stop
JSR(SEQ_Thickener_Rake_Emergency_Stop,0);
Execute sequence: Startup Sequence to Fill Lime Silo TK-0601
JSR
SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06
JSR(SEQ_Startup_Sequence_to_Fill_Lime_Silo_TK_06,0);
Execute alarm logic
JSR
SEQ_Alarms
JSR(SEQ_Alarms,0);