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PID Algorithms Supported by ExperTune's PlantTriage and Loop Optimizer

All of these controllers are supported in PlantTriage, the Advanced PID Tuner, and Loop Simulator.

Is your controller not on this list? Then please send us some documentation that describes the controller, and we will add it.

  • Ideal
  • Parallel
  • Series
  • ABB AC800F, beta=0
  • ABB AC800F, beta=1
  • ABB AC800M/C, beta=0
  • ABB AC800M/C, beta=1
  • ABB ACS550/ACH550 SW, Speed
  • ABB ACS550/ACH550 SW, Process
  • ABB ACS550/ACH550 SW, Ref./Ext.
  • ABB Advant AC450 PID, D On Error
  • ABB Advant AC450 PID, D On PV
  • ABB Advant AC450 PIDA, BETA=0, D On Error
  • ABB Advant AC450 PIDA, BETA=0, D On PV
  • ABB Advant AC450 PIDA, BETA=1, D On Error
  • ABB Advant AC450 PIDA, BETA=1, D On PV
  • ABB Advant OCS(Master), D On Error
  • ABB Advant OCS(Master), D On PV
  • ABB Advant OCS(Mod) Intract=No, P on E, D on E
  • ABB Advant OCS(Mod) Intract=No, P on E, D on P
  • ABB Advant OCS(Mod) Intract=No, P on P, D on E
  • ABB Advant OCS(Mod) Intract=No, P on P, D on P
  • ABB Advant OCS(Mod) Intract=Yes P on E, D on E
  • ABB Advant OCS(Mod) Intract=Yes P on E, D on P
  • ABB Advant OCS(Mod) Intract=Yes P on P, D on E
  • ABB Advant OCS(Mod) Intract=Yes P on P, D on P
  • ABB Commander C350
  • ABB Freelance 2000, D of CE, P of CE
  • ABB Freelance 2000, D of CE, P of PV
  • ABB Freelance 2000, D of PV, P of CE
  • ABB Freelance 2000, D of PV, P of PV
  • ABB Master, D On Error
  • ABB Master, D On PV
  • ABB Novatune NT400/800
  • ABB Procontrol P13/42, M#=long
  • ABB Procontrol P13/42, M#=short
  • ABB Protronic 100/500/550, D on E
  • ABB Protronic 100/500/550, D on P
  • ABB SattCon Sc200
  • ABB SattCon Sc31
  • ABB Taylor MOD 30 EMEO, ESEO
  • ABB Taylor MOD 30 EMPO, ESPO
  • ABB Taylor MOD 30 PMPO, PSPO
  • ABB Taylor MOD300 Intract=No, P on E, D on E
  • ABB Taylor MOD300 Intract=No, P on E, D on P
  • ABB Taylor MOD300 Intract=No, P on P, D on E
  • ABB Taylor MOD300 Intract=No, P on P, D on P
  • ABB Taylor MOD300 Intract=Yes P on E, D on E
  • ABB Taylor MOD300 Intract=Yes P on E, D on P
  • ABB Taylor MOD300 Intract=Yes P on P, D on E
  • ABB Taylor MOD300 Intract=Yes P on P, D on P
  • ABB Taylor MODCELL 2000 EMEO, ESEO
  • ABB Taylor MODCELL 2000 EMPO, ESPO
  • ABB Taylor MODCELL 2000 PMPO, PSPO
  • ASEA Master, D On Error
  • ASEA Master, D On PV
  • AST Process 5
  • AST Process M
  • Air Products (APACS)
  • Allen Bradley C'Logix PIDE Dep, P on E, D on E
  • Allen Bradley C'Logix PIDE Dep, P on E, D on P
  • Allen Bradley C'Logix PIDE Dep, P on P, D on E
  • Allen Bradley C'Logix PIDE Dep, P on P, D on P
  • Allen Bradley C'Logix PIDE Ind, P on E, D on E
  • Allen Bradley C'Logix PIDE Ind, P on E, D on P
  • Allen Bradley C'Logix PIDE Ind, P on P, D on E
  • Allen Bradley C'Logix PIDE Ind, P on P, D on P
  • Allen Bradley ControlLogix ISA, D on Er
  • Allen Bradley ControlLogix ISA, D on PV
  • Allen Bradley ControlLogix Ind. D on Er
  • Allen Bradley ControlLogix Ind. D on PV
  • Allen Bradley MicroLogix 1200,1500, RG bit=0, DA bit=0
  • Allen Bradley MicroLogix 1200,1500, RG bit=0, DA bit=1
  • Allen Bradley MicroLogix 1200,1500, RG bit=1, DA bit=0
  • Allen Bradley MicroLogix 1200,1500, RG bit=1, DA bit=1
  • Allen Bradley PLC-3 PID Subroutine B2:1/3=0
  • Allen Bradley PLC-3 PID Subroutine B2:1/3=1
  • Allen Bradley PLC-5 Intgr ISA, D on Er
  • Allen Bradley PLC-5 Intgr ISA, D on PV
  • Allen Bradley PLC-5 Intgr Ind. D on Er
  • Allen Bradley PLC-5 Intgr Ind. D on PV
  • Allen Bradley PLC-5 PCO Dep. D of Error
  • Allen Bradley PLC-5 PCO Dep. D of PV
  • Allen Bradley PLC-5 PCO Ind. D of Error
  • Allen Bradley PLC-5 PCO Ind. D of PV
  • Allen Bradley PLC-5 PD file ISA, D on Er
  • Allen Bradley PLC-5 PD file ISA, D on PV
  • Allen Bradley PLC-5 PD file Ind. D on Er
  • Allen Bradley PLC-5 PD file Ind. D on PV
  • Allen Bradley ProcessLogix, A
  • Allen Bradley ProcessLogix, B
  • Allen Bradley ProcessLogix, C
  • Allen Bradley SLC-500
  • Allen Bradley SLC-502
  • Allen Bradley SLC-503, RG bit=0, DA bit=0
  • Allen Bradley SLC-503, RG bit=0, DA bit=1
  • Allen Bradley SLC-503, RG bit=1, DA bit=0
  • Allen Bradley SLC-503, RG bit=1, DA bit=1
  • Allen Bradley SLC-504, RG bit=0, DA bit=0
  • Allen Bradley SLC-504, RG bit=0, DA bit=1
  • Allen Bradley SLC-504, RG bit=1, DA bit=0
  • Allen Bradley SLC-504, RG bit=1, DA bit=1
  • Allen Bradley SLC-505, RG bit=0, DA bit=0
  • Allen Bradley SLC-505, RG bit=0, DA bit=1
  • Allen Bradley SLC-505, RG bit=1, DA bit=0
  • Allen Bradley SLC-505, RG bit=1, DA bit=1
  • Andover, SCX920, TCX850, TCX851, TCX852
  • AutoJet, 2250
  • Automation Direct DL250, Bit 4=0 (I in sec)
  • Automation Direct DL250, Bit 4=0 (I in sec) *NM*
  • Automation Direct DL250, Bit 4=1 (I in min)
  • Automation Direct DL250, Bit 4=1 (I in min) *NM*
  • Azonix AZ2000, D on E
  • Azonix AZ2000, D on PV
  • B&R Industrial Automation
  • Bailey 700 series (set-pt mod. in)
  • Bailey 700 series (set-pt mod. out)
  • Bailey Infi90, FC156, S18=0, S20=0
  • Bailey Infi90, FC156, S18=0, S20=1
  • Bailey Infi90, FC156, S18=1, S20=0
  • Bailey Infi90, FC156, S18=1, S20=1
  • Bailey Infi90, FC156, S18=10, S20=0
  • Bailey Infi90, FC156, S18=10, S20=1
  • Bailey Infi90, FC156, S18=11, S20=0
  • Bailey Infi90, FC156, S18=11, S20=1
  • Bailey Infi90, FC156, S18=12, S20=0
  • Bailey Infi90, FC156, S18=12, S20=1
  • Bailey Infi90, FC156, S18=2, S20=0
  • Bailey Infi90, FC156, S18=2, S20=1
  • Bailey Infi90, FC18
  • Bailey Infi90, FC19 S11=0
  • Bailey Infi90, FC19 S11=1
  • Bailey Net 90 (PV and SP)
  • Bailey Net 90 (error in)
  • Barber Coleman, MAQ
  • Bristol 3330
  • Bristol-Babcock ACCOL II
  • Carel PID, PID_MNG
  • Control Microsystems, SCADA Pack
  • Control Microsystems, TelePACE
  • Control Plus, Setpoint modifier off
  • Control Plus, Setpoint modifier on
  • ControlWave' RTU/PLC
  • Digitronics Sixnet I/O Mux
  • Dow, CAMILE (D on error)
  • Dow, CAMILE (D on meas)
  • EMC (Rexnord, TI PDP11)
  • EMC PCM, PID
  • Emerson DeltaV, Series, I on E, PD on PV
  • Emerson DeltaV, Series, PI on E, D on PV
  • Emerson DeltaV, Series, PID on E
  • Emerson DeltaV, Standard, I on E, PD on PV
  • Emerson DeltaV, Standard, PI on E, D on PV
  • Emerson DeltaV, Standard, PID on E
  • Emerson, Ovation PID, TYPE=NORMAL, D on E
  • Emerson, Ovation PID, TYPE=NORMAL, D on PV
  • Emerson, Ovation PIDFF, TYPE=NORMAL, D on E
  • Emerson, Ovation PIDFF, TYPE=NORMAL, D on PV
  • Eurotherm 3508/3504, PB in %, D on Error
  • Eurotherm 3508/3504, PB in %, D on PV
  • Eurotherm 3508/3504, PB in display units, D on Error
  • Eurotherm 3508/3504, PB in display units, D on PV
  • Eurotherm 800,900 (PB in %)
  • Eurotherm T Series (min)
  • Eurotherm T Series (sec)
  • ExperTune Industrial PID
  • ExperTune Simulation
  • Facts Engineering, F4-16PID, Position
  • Facts Engineering, F4-16PID, Velocity
  • Fieldbus Foundation, PID
  • Fischer & Porter DCI (D on Dev)
  • Fischer & Porter DCI (D on PV)
  • Fischer & Porter DCI 40DC2000C
  • Fischer & Porter DCI System 6
  • Fisher DeltaV, Series, I on E, PD on PV
  • Fisher DeltaV, Series, PI on E, D on PV
  • Fisher DeltaV, Series, PID on E
  • Fisher DeltaV, Standard, I on E, PD on PV
  • Fisher DeltaV, Standard, PI on E, D on PV
  • Fisher DeltaV, Standard, PID on E
  • Fisher, AC2 TL Series
  • Fisher, DPR 900
  • Fisher, PRoVOX Computing
  • Fisher, PRoVOX Configurable
  • Fisher, PRoVOX UOC/IFC
  • Forney ECS-1200 (DCS)
  • Foxboro, 760 micro, 761
  • Foxboro, 762
  • Foxboro, I/A PID, PID
  • Foxboro, I/A PIDA, NIPID
  • Foxboro, I/A PIDA, PID
  • Foxboro, I/A PIDX, PID
  • Foxboro, Microspec, Multistation
  • Foxboro, Spec 200
  • Fuji DCS Micrex-IX, D on Err
  • Fuji DCS Micrex-IX, D on PV
  • GE Fanuc 90/30 (ISA)
  • GE Fanuc 90/30 (independent)
  • GE Fanuc 90/70 ISA, D on PV
  • GE Fanuc 90/70 ISA, std
  • GE Fanuc 90/70 non-interactg, D on PV
  • GE Fanuc 90/70 non-interactg, std
  • GE Fanuc Series 6 (D on PV)
  • GE Fanuc Series 6 (D on error)
  • GE Mark VI
  • GE MARK VIe, PID_MA Parallel
  • GE MARK VIe, PID_MA Series
  • GE RX3i/RX7i, PIDIND, bit 2 = 0
  • GE RX3i/RX7i, PIDIND, bit 2 = 1
  • GE RX3i/RX7i, PIDISA, bit 2 = 0
  • GE RX3i/RX7i, PIDISA, bit 2 = 1
  • GE Series 90-70 PIDIND, D on Error
  • GE Series 90-70 PIDIND, D on PV
  • GE Series 90-70 PIDISA, D on Error
  • GE Series 90-70 PIDISA, D on PV
  • GE VersaMax PLC, PIDIND, D on Error
  • GE VersaMax PLC, PIDIND, D on PV
  • GE VersaMax PLC, PIDISA, D on Error
  • GE VersaMax PLC, PIDISA, D on PV
  • GEC GEM80 PIDABS, PIDINC
  • GEC GEM80 PIDCON
  • GEC GEM80 PIDCON, Deriv Scale
  • GSE, D/3
  • Giddings & Lewis PiC900 Family, ISA
  • Giddings & Lewis PiC900 Family, Ind
  • Gould 584
  • Hartman & Braun Protronic
  • Hartmann&Braun Freelance 2000, D of CE, P of CE
  • Hartmann&Braun Freelance 2000, D of CE, P of PV
  • Hartmann&Braun Freelance 2000, D of PV, P of CE
  • Hartmann&Braun Freelance 2000, D of PV, P of PV
  • Honeywell Alcont 1
  • Honeywell Alcont 3000x, dmo=0
  • Honeywell Alcont 3000x, dmo=1
  • Honeywell Alcont 3000x, dmo=2
  • Honeywell Alcont 3000x, dmo=3
  • Honeywell DCP 200,500,700 A
  • Honeywell DCP 200,500,700 B
  • Honeywell Excel 1000, PID Plus
  • Honeywell Excel 5000, PID, EPID, PID Plus
  • Honeywell Experion C-300, A
  • Honeywell Experion C-300, B
  • Honeywell Experion C-300, C
  • Honeywell Experion PKS, A
  • Honeywell Experion PKS, B
  • Honeywell Experion PKS, C
  • Honeywell Plantscape, A
  • Honeywell Plantscape, B
  • Honeywell Plantscape, C
  • Honeywell R7044
  • Honeywell S9000 A, PID1, PID2, PID3
  • Honeywell S9000 B, PID1, PID2, PID3
  • Honeywell TDC AM,PM Interactive (Real), A
  • Honeywell TDC AM,PM Interactive (Real), B
  • Honeywell TDC AM,PM Interactive (Real), C
  • Honeywell TDC AM,PM Noninteractive (Ideal), A
  • Honeywell TDC AM,PM Noninteractive (Ideal), B
  • Honeywell TDC AM,PM Noninteractive (Ideal), C
  • Honeywell TDC BC,EC,MC, A
  • Honeywell TDC BC,EC,MC, B
  • Honeywell TDC EC, C
  • Honeywell TDC HPM, Interactive, A
  • Honeywell TDC HPM, Interactive, B
  • Honeywell TDC HPM, Interactive, C
  • Honeywell TDC HPM, Noninteractive, A
  • Honeywell TDC HPM, Noninteractive, B
  • Honeywell TDC HPM, Noninteractive, C
  • Honeywell UDC 1000,2000
  • Honeywell UDC 3000 A
  • Honeywell UDC 3000 B
  • Honeywell UDC 3300,6300 A
  • Honeywell UDC 3300,6300 B
  • Honeywell UDC 5000,6000 A
  • Honeywell UDC 5000,6000 B
  • ICOM WINDCS PID
  • ICONICS, Genesis
  • INTEC, Paragon
  • Instem implementation in APACS
  • Intellution FIX32, PI2
  • Intellution FIX32, PID
  • Intellution THE FIX, DMACS
  • Intellution iFIX, PI2
  • Intellution iFIX, PID
  • Jetter PID4, position, pressure
  • Johnson Controls DSC-8500
  • Johnson Yokogawa uXL, I-PD
  • Johnson Yokogawa uXL, PI-D
  • Leeds & Northrup DEB 300
  • Leeds & Northrup Max 1
  • Leeds & Northrup Max 1000
  • Leeds & Northrup Micro Max
  • MTL, Matrix
  • Mantracourt ADP-15s
  • MathWorks, Simulink PID
  • Measurex
  • Measurex PIDP II/III
  • Metso maxDNA, PIDType=0, RateSPMult=0, PropSPMult=0
  • Metso maxDNA, PIDType=0, RateSPMult=0, PropSPMult=1
  • Metso maxDNA, PIDType=0, RateSPMult=1, PropSPMult=0
  • Metso maxDNA, PIDType=0, RateSPMult=1, PropSPMult=1
  • Metso maxDNA, PIDType=1, RateSPMult=0, PropSPMult=0
  • Metso maxDNA, PIDType=1, RateSPMult=0, PropSPMult=1
  • Metso maxDNA, PIDType=1, RateSPMult=1, PropSPMult=0
  • Metso maxDNA, PIDType=1, RateSPMult=1, PropSPMult=1
  • Metso maxDNA, PIDType=2, RateSPMult=0, PropSPMult=0
  • Metso maxDNA, PIDType=2, RateSPMult=0, PropSPMult=1
  • Metso maxDNA, PIDType=2, RateSPMult=1, PropSPMult=0
  • Metso maxDNA, PIDType=2, RateSPMult=1, PropSPMult=1
  • Metso metsoDNA
  • Mitsubishi Series A, Q(complete derivative)
  • Mitsubishi Series A, Q(complete D, User Setting Range)
  • Mitsubishi Series Q(incomplete derivative)
  • Mitsubishi Series Q(incomplete D, User Setting Range)
  • Mitsubishi Series FX
  • Modicon Concept, COMP_PID, D on E, halt_aw=0
  • Modicon Concept, COMP_PID, D on E, halt_aw=1
  • Modicon Concept, COMP_PID, D on P, halt_aw=0
  • Modicon Concept, COMP_PID, D on P, halt_aw=1
  • Modicon Concept, PI
  • Modicon Concept, PI1
  • Modicon Concept, PID, D on E
  • Modicon Concept, PID, D on P
  • Modicon Concept, PID1, D on E
  • Modicon Concept, PID1, D on P
  • Modicon Concept, PIDFF, mix_par=0, pv_dev=0, ovs_att=0
  • Modicon Concept, PIDFF, mix_par=0, pv_dev=0, ovs_att=1
  • Modicon Concept, PIDFF, mix_par=0, pv_dev=1, ovs_att=0
  • Modicon Concept, PIDFF, mix_par=0, pv_dev=1, ovs_att=1
  • Modicon Concept, PIDP1, D on E
  • Modicon Concept, PIDP1, D on P
  • Modicon Concept, PID_P, D on E
  • Modicon Concept, PID_P, D on P
  • Modicon Concept, PI_B, en_rcpy=0
  • Modicon Concept, PI_B, en_rcpy=1
  • Modicon PCFL, PID and KPID
  • Modicon PID1 (584)
  • Modicon PID1 (584) *NM*
  • Modicon PID2 (984, B884-002)
  • Modicon PID2 (984, B884-002) *NM*
  • Modicon Premium PLC, Mixed, kp=KP, D on DEV
  • Modicon Premium PLC, Mixed, kp=KP, D on PV
  • Modicon Premium PLC, Mixed, kp=a*KP, D on DEV
  • Modicon Premium PLC, Mixed, kp=a*KP, D on PV
  • Modicon Quantum 114
  • Moore, 348
  • Moore, 350, analog
  • Moore, 351, 382
  • Moore, 352B, 352E, 3910
  • Moore, APACS PID
  • Moore, APACS PID Error Input
  • Moore, Procidia
  • Motorola
  • National Instruments, LabVIEW PID
  • National Instruments, LabVIEW PID Ext. Reset Fdbk.
  • National Instruments, Lookout, Position PID
  • National Instruments, Lookout, Velocity PID
  • NHTSA
  • NovaTech, D/3, P on E, D on E
  • NovaTech, D/3, P on E, D on PV
  • NovaTech, D/3, P on PV
  • Omron C200HS, time unit=0 or 1
  • Omron C200HS, time unit=0 or 1
  • Omron C200HS, time unit=0 or 1
  • Omron C200HS, time unit=8
  • Omron C200HS, time unit=9
  • Omron CJ, CS, LCB, Bits 04 to 07 of C+6 = 1
  • Omron CJ, CS, LCB, Bits 04 to 07 of C+6 = 9
  • Omron ESAX
  • Opto 22 Brick G4RA, G4CA
  • Opto 22 M4RTU
  • Opto 22 Mistic Model 200
  • Opto 22 SNAP-PAC, Ideal
  • Opto 22 SNAP-PAC, Interacting
  • Opto 22 SNAP-PAC, Parallel
  • Opto 22 SNAP-PAC, Velocity-Type B
  • Opto 22 SNAP-PAC, Velocity-Type C
  • Orsi LOOP (D on PV)
  • Orsi LOOP (D on error)
  • Orsi LOOP_B or LOOP_X (Basic or Extended)
  • Orsi LOOP_T (3-Point D on PV)
  • Orsi LOOP_T (3-Point D on error)
  • PLC Direct DL250, Bit 4=0 (I in sec)
  • PLC Direct DL250, Bit 4=0 (I in sec) *NM*
  • PLC Direct DL250, Bit 4=1 (I in min)
  • PLC Direct DL250, Bit 4=1 (I in min) *NM*
  • PLC Direct DL450, Bit 2=0 (I in sec)
  • PLC Direct DL450, Bit 2=0 (I in sec) *NM*
  • PLC Direct DL450, Bit 2=1 (I in min)
  • PLC Direct DL450, Bit 2=1 (I in min) *NM*
  • Paragon, INTEC
  • Partlow
  • Partlow MLC 9000
  • Pneumatic (general)
  • Powers 357
  • Powers 500 series
  • RSI Frameworks RSProc1.PID Dep D of E, P of E
  • RSI Frameworks RSProc1.PID Dep D of E, P of PV
  • RSI Frameworks RSProc1.PID Dep D of PV, P of E
  • RSI Frameworks RSProc1.PID Dep D of PV, P of PV
  • RSI Frameworks RSProc1.PID Ind D of E, P of E
  • RSI Frameworks RSProc1.PID Ind D of E, P of PV
  • RSI Frameworks RSProc1.PID Ind D of PV, P of E
  • RSI Frameworks RSProc1.PID Ind D of PV, P of PV
  • RTP2000, FP_PID ISA
  • RTP2000, FP_PID Ind. Gain
  • RTP2000, FP_PIDF ISA
  • RTP2000, FP_PIDF Ind. Gain
  • RTP2000, PID
  • Red Lion PCU
  • Reliance AutoMate
  • Reliance AutoMax, ISA (D on err)
  • Reliance AutoMax, ISA (D on feed)
  • Reliance AutoMax, Ind (D on err)
  • Reliance AutoMax, Ind (D on feed)
  • Research Inc., Dimension II
  • Research Inc., Megastar
  • Research Inc., Micristar
  • Rosemount 7800 UC
  • Rosemount RS3 (P on DEV, D on DEV)
  • Rosemount RS3 (P on DEV, D on PV)
  • Rosemount RS3 (P on PV, D on DEV)
  • Rosemount RS3 (P on PV, D on PV)
  • SAIA-Burgess PID
  • SAIA-Burgess PID *Xp*
  • Satt Inst. EAC 40&400
  • Schneider, PIDFF, mix_par=0, pv_dev=0, ovs_att=0
  • Schneider, PIDFF, mix_par=0, pv_dev=0, ovs_att=0 *NM*
  • Schneider, PIDFF, mix_par=0, pv_dev=0, ovs_att=1
  • Schneider, PIDFF, mix_par=0, pv_dev=0, ovs_att=1 *NM*
  • Schneider, PIDFF, mix_par=0, pv_dev=1, ovs_att=1
  • Schneider, PIDFF, mix_par=0, pv_dev=1, ovs_att=1 *NM*
  • SFC
  • Siemens PCS 7 FB61 "CTRL_PID" (P on E, D on E)
  • Siemens PCS 7 FB61 "CTRL_PID" (P on E, D on PV)
  • Siemens PCS 7 FB61 "CTRL_PID" (P on PV, D on E)
  • Siemens PCS 7 FB61 "CTRL_PID" (P on PV, D on PV)
  • Siemens S5 OB251
  • Siemens S7 "PID_CP" PVPER_ON=T,PFDB_SEL=T,DFDB_SEL=T
  • Siemens S7 "PID_CP" PVPER_ON=T,PFDB_SEL=T,DFDB_SEL=T *NM*
  • Siemens S7 "PID_CP" PVPER_ON=T,PFDB_SEL=T,DFDB_SEL=F
  • Siemens S7 "PID_CP" PVPER_ON=T,PFDB_SEL=T,DFDB_SEL=F *NM*
  • Siemens S7 "PID_CP" PVPER_ON=T,PFDB_SEL=F,DFDB_SEL=T
  • Siemens S7 "PID_CP" PVPER_ON=T,PFDB_SEL=F,DFDB_SEL=T *NM*
  • Siemens S7 "PID_CP" PVPER_ON=T,PFDB_SEL=F,DFDB_SEL=F
  • Siemens S7 "PID_CP" PVPER_ON=T,PFDB_SEL=F,DFDB_SEL=F *NM*
  • Siemens S7 "PID_CP" PVPER_ON=F,PFDB_SEL=T,DFDB_SEL=T
  • Siemens S7 "PID_CP" PVPER_ON=F,PFDB_SEL=T,DFDB_SEL=T *NM*
  • Siemens S7 "PID_CP" PVPER_ON=F,PFDB_SEL=T,DFDB_SEL=F
  • Siemens S7 "PID_CP" PVPER_ON=F,PFDB_SEL=T,DFDB_SEL=F *NM*
  • Siemens S7 "PID_CP" PVPER_ON=F,PFDB_SEL=F,DFDB_SEL=T
  • Siemens S7 "PID_CP" PVPER_ON=F,PFDB_SEL=F,DFDB_SEL=T *NM*
  • Siemens S7 "PID_CP" PVPER_ON=F,PFDB_SEL=F,DFDB_SEL=F
  • Siemens S7 "PID_CP" PVPER_ON=F,PFDB_SEL=F,DFDB_SEL=F *NM*
  • Siemens S7 "PID_ES" PVPER_ON=T,PFDB_SEL=T,DFDB_SEL=T
  • Siemens S7 "PID_ES" PVPER_ON=T,PFDB_SEL=T,DFDB_SEL=T *NM*
  • Siemens S7 "PID_ES" PVPER_ON=T,PFDB_SEL=T,DFDB_SEL=F
  • Siemens S7 "PID_ES" PVPER_ON=T,PFDB_SEL=T,DFDB_SEL=F *NM*
  • Siemens S7 "PID_ES" PVPER_ON=T,PFDB_SEL=F,DFDB_SEL=T
  • Siemens S7 "PID_ES" PVPER_ON=T,PFDB_SEL=F,DFDB_SEL=T *NM*
  • Siemens S7 "PID_ES" PVPER_ON=T,PFDB_SEL=F,DFDB_SEL=F
  • Siemens S7 "PID_ES" PVPER_ON=T,PFDB_SEL=F,DFDB_SEL=F *NM*
  • Siemens S7 "PID_ES" PVPER_ON=F,PFDB_SEL=T,DFDB_SEL=T
  • Siemens S7 "PID_ES" PVPER_ON=F,PFDB_SEL=T,DFDB_SEL=T *NM*
  • Siemens S7 "PID_ES" PVPER_ON=F,PFDB_SEL=T,DFDB_SEL=F
  • Siemens S7 "PID_ES" PVPER_ON=F,PFDB_SEL=T,DFDB_SEL=F *NM*
  • Siemens S7 "PID_ES" PVPER_ON=F,PFDB_SEL=F,DFDB_SEL=T
  • Siemens S7 "PID_ES" PVPER_ON=F,PFDB_SEL=F,DFDB_SEL=T *NM*
  • Siemens S7 "PID_ES" PVPER_ON=F,PFDB_SEL=F,DFDB_SEL=F
  • Siemens S7 "PID_ES" PVPER_ON=F,PFDB_SEL=F,DFDB_SEL=F *NM*
  • Siemens S7 FB41 "CONT_C" PVPER_ON=FALSE
  • Siemens S7 FB41 "CONT_C" PVPER_ON=TRUE
  • Siemens S7 SFB 42/FB 42 "CONT_S" PVPER_ON=FALSE
  • Siemens S7 SFB 42/FB 42 "CONT_S" PVPER_ON=TRUE
  • Siemens Teleperm D
  • Siemens Teleperm M
  • Siemens Teleperm XP, FB176, FB178, RALG=0
  • Siemens Teleperm XP, FB176, FB178, RALG=1
  • Siemens Teleperm XP, FB180
  • Siemens, 348
  • Siemens, 350, analog
  • Siemens, 351, 382
  • Siemens, 352B, 352E, 3910
  • Siemens, APACS PID
  • Siemens, APACS PID Error Input
  • Siemens, Procidia
  • Siemens, TI 545, 555, 565, 575
  • Smar SYSTEM302, APID, PID_TYPE=I.PD
  • Smar SYSTEM302, APID, PID_TYPE=PI.D
  • Smar SYSTEM302, APID, PID_TYPE=PID
  • Smar SYSTEM302, EPID
  • Smar SYSTEM302, PID
  • Square D
  • Square D Model 600
  • Standard Automation, ControlPlus
  • Standard Automation, Matrix
  • Steeplechase Delta, ISA, D on E
  • Steeplechase Delta, ISA, D on PV
  • Steeplechase Delta, Indep. Gains, D on E
  • Steeplechase Delta, Indep. Gains, D on PV
  • Steeplechase Software PID Option
  • Tate Integrtd Systems TIS4000 (on Err)
  • Tate Integrtd Systems TIS4000 (on MV)
  • Taylor, Waltz
  • Tel-Sagami
  • Texas Instruments 545, 555, 565, 575
  • Texas Instruments 550
  • Texas Instruments, D/3
  • Texas Instruments, PLC, PDP11
  • Thayer
  • Think & Do, P on Error, D on Error
  • Think & Do, P on Error, D on PV
  • Think & Do, P on PV, D on Error
  • Think & Do, P on PV, D on PV
  • Toshiba TOSDIC
  • Turnbull 6000 series (min)
  • Turnbull 6000 series (sec)
  • Valmet Damatrol MC512
  • Valmet XDI
  • Valtek StarPac
  • Voith, VPPIDT1
  • WAGO PFC
  • Watlow Series F4, SI Units
  • Watlow Series F4, SI Units, 0.1 Deg.
  • Watlow Series F4, US Units
  • Watlow Series F4, US Units, 0.1 Deg.
  • West Instruments (all)
  • Westinghouse 7300 with jumper JD
  • Westinghouse 7300 with jumper TC
  • Westinghouse Model 124 analog
  • Westinghouse PC1200
  • Westinghouse WDPF
  • Westinghouse, Ovation PID, TYPE=NORMAL, D on E
  • Westinghouse, Ovation PID, TYPE=NORMAL, D on PV
  • Westinghouse, Ovation PIDFF, TYPE=NORMAL, D on E
  • Westinghouse, Ovation PIDFF, TYPE=NORMAL, D on PV
  • Wizdom Controls
  • Wonderware PID Factory Object, Interact
  • Wonderware PID Factory Object, Non-interact
  • Xycom Automation, ASIC-200
  • Yamatake Harmonas DEO, Interactive (Real), A
  • Yamatake Harmonas DEO, Interactive (Real), B
  • Yamatake Harmonas DEO, Interactive (Real), C
  • Yamatake Harmonas DEO, Noninteractive (Ideal), A
  • Yamatake Harmonas DEO, Noninteractive (Ideal), B
  • Yamatake Harmonas DEO, Noninteractive (Ideal), C
  • Yokogawa CS 1000/CS 3000, I-PD
  • Yokogawa CS 1000/CS 3000, PI-D
  • Yokogawa CS 1000/CS 3000, PID
  • Yokogawa Centum, I-PD
  • Yokogawa Centum, PI-D
  • Yokogawa Centum, PID
  • Yokogawa Johnson uXL, I-PD
  • Yokogawa Johnson uXL, PI-D
  • Yokogawa Stardom, I-PD
  • Yokogawa Stardom, PI-D
  • Yokogawa UT750/UT550/UT520, D on E
  • Yokogawa UT750/UT550/UT520, D on PV
  • Yokogawa YEWSERIES 80, I-PD
  • Yokogawa YEWSERIES 80, PI-D

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