User`s manual

Index - 2 Index - 2
Lower limit alarm inhibition(LLI) ..................... 3- 8
Lower limit alarm inhibition(PLI)..................... 3- 8
Lower limit alarm(LLA) ................................... 3- 8
Lower limit alarm(PLA)................................... 3- 8
[M]
MAN(MANUAL).............................................. 3- 9
Manual output(S.MOUT)............................... 8-17
MHA(Output upper limit alarm)...................... 3- 8
MHI(Output upper limit alarm inhibition)........ 3- 8
MLA(Output lower limit alarm) ....................... 3- 8
MLI(Output lower limit alarm inhibition)......... 3- 8
MODE(Operation mode)................................ 3- 9
Multiplication(S.MUL) ................................... 11- 5
[N]
Negative direction change rate alarm inhibition
(DPNI)............................................................. 3- 8
Negative direction change rate alarm(DPNA)
........................................................................ 3- 8
[O]
OOPA(Output open alarm) ............................ 3- 8
OOPI(Output open alarm inhibition) .............. 3- 8
Operation constant......................................... 3- 6
Operation mode(MODE)................................ 3- 9
Operation processing time........................Add-18
Output change rate limit alarm inhibition(DMLI)
........................................................................ 3- 8
Output change rate limit alarm(DMLA).......... 3- 8
Output limiter processing function ................. 5- 2
Output lower limit alarm inhibition(MLI) ......... 3- 8
Output lower limit alarm(MLA) ....................... 3- 8
Output open alarm inhibition(OOPI) .............. 3- 8
Output open alarm(OOPA) ............................ 3- 8
Output processing with mode switching 1(S.OUT1)
........................................................................ 8- 6
Output processing with mode switching 2(S.OUT2)
....................................................................... 8-12
Output upper limit alarm(MHA)...................... 3- 8
Output upper limit alarm inhibition(MHI)........ 3- 8
[P]
P operation ..................................................... 1- 6
PHA(Upper limit alarm).................................. 3- 8
PHI(Upper limit alarm inhibition) .................... 3- 8
PID Operation................................................. 1- 9
PLA(Lower limit alarm)................................... 3- 8
PLI(Lower limit alarm inhibition)..................... 3- 8
Polygon(S.FG).............................................. 10- 1
Position type PID(S.PIDP) ........................... 9- 17
Positive direction change rate alarm
inhibition(DPPI)
.........................................................................3- 8
Positive direction change rate alarm(DPPA) .3- 8
Process control instruction used data ............3- 4
Program example....................................... Add- 1
Program setting device(S.PGS) ....................9-97
Pulse retentive(S.PSUM)...............................8-32
[R]
Rate (S.R) ......................................................9-48
Rate example control(P operation) ................1- 6
Retentive(S.SUM).........................................10- 8
Reverse action ................................................1- 5
[S]
S. (Comparison) .......................................12- 5
S.
(Comparison)........................................12- 3
S.
(Comparison).....................................12- 9
S.
(Comparison)........................................12- 1
S.
(Comparison).....................................12- 7
S.2PID (2-degree-of-freedom PID) ................9- 9
S.ABS(Absolute value) ................................11-11
S.ADD(Addition)............................................11- 1
S.AMR(Analog memory)..............................9-110
S.AT1(Auto tuning instruction) .....................13- 4
S.AVE(Average value)...................................9-75
S.BC(Batch counter)......................................8-28
S.BPI(Blend PI control)..................................9-41
S.BUMP (Bump-less transfer).....................9-108
S.D (Differentiation) .......................................9-63
S.DBND(Dead zone) .....................................9-95
S.DED (Dead time)........................................9-65
S.DIV(Division)..............................................11- 7
S.DUTY(Time ratio example) ........................8-21
S.ENG(Engineering value conversion) .......10-12
S.FG (Polygon) .............................................10- 1
S.FLT (Standard filter) ..................................10- 5
S.HS(Upper selector).....................................9-68
S.I(Integration) ...............................................9-61
S.IENG(Engineering value reverse conversion)
......................................................................10-14
S.IFG (Inverted polygon) ..............................10- 3
S.IN(Analog input processing)........................8- 1
S.IPD(I-PD control) ........................................9-33
S.LIMT(Upper/lower limiter)...........................9-77
S.LLAG (Lead/Lag)........................................9-59
S.LS(Low selector).........................................9-70
S.MID(Intermediate value selection).............9-72
S.MOUT(Manual output) ...............................8-17
S.MUL(Multiplication)....................................11- 5
S.ONF2(2 position ON/OFF).........................9-83
S.ONF3(3 position ON/OFF).........................9-89
Ind