Micromod Micro-DCI: 53SL6000 Single Loop Controller - Manual (Page 133)

cSE: Control scheme analog E input.
cSF: Control scheme analog F input.
cSh: Control scheme digital H input.
cSJ: Control scheme digital J input.
cSK: Control scheme digital K input.
cSL: Control scheme digital L input.
c.tc: Thermocouple type C.
cZ: Control zone.
dcP: Duty cycle period.
dEV: Alarm deviation from setpoint.
dFLt: Analog input digital filter.
di: Digital input module.
di1: Discrete input 1 status.
/di1: Discrete input 1 inverted.
di2: Discrete input 2 status.
/di2: Discrete input 2 inverted.
di3: Discrete input 3 status.
/di3: Discrete input 3 inverted.
di4: Discrete input 4 status.
/di4: Discrete input 4 inverted.
di5: Discrete input 5 status.
/di5: Discrete input 5 inverted.
di6: Discrete input 6 status.
/di6: Discrete input 6 inverted.
di7: Discrete input 7 status.
/di7: Discrete input 7 inverted.
di8: Discrete input 8 status.
/di8: Discrete input 8 inverted.
di7.E: Enable oPEr Di7 access.
di8.E: Enable oPEr Di8 access.
dir: Direct.
diS: Disable.
dLE: Datalink enable.
dLP: Datalink parity.
dLS: Datalink stuffing.
do: Digital output module.
do1: Discrete output 1 status.
do2: Discrete output 2 status.
do3: Discrete output 3 status.
do4: Discrete output 4 status.
do5: Discrete output 5 status.
do6: Discrete output 6 status.
do7: Discrete output 7 status.
do8: Discrete output 8 status.
do1.i: Discrete output 1 input selector.
do2.i: Discrete output 2 input selector.
do3.i: Discrete output 3 input selector.
do4.i: Discrete output 4 input selector.
do5.i: Discrete output 5 input selector.
do6.i: Discrete output 6 input selector.
do7.i: Discrete output 7 input selector.
do8.i: Discrete output 8 input selector.
doFb: Digital out feedback.
dout: Easy-Tune output step.
dP: Decimal point locator.
dPV: Easy-Tune PV excursion limit.
dPPV: Easy-Tune prelim PV disturbance.
d.tc: Thermocouple type D.
dtoA: Digital-to-analog. dtot: Delta pulse total.
dV: Deviation value.
EnA: Enable.
EPb: Resultant %Pb (Easy-Tune).
E.tc: Thermocouple type E.
\E.tc Thermocouple type CH_E.
Etd: Resultant td time (Easy-Tune).
Etr: Resultant tr time (Easy-Tune).
EXrF: External reset feedback.
EZ: Easy-Tune module.
EZ?: Easy-Tune query prompt.
EZ.E: Enable oPEr Easy-Tune access.
FiX: Function index.
Fnc: Math function block output.
Fnc.A: Function input A selector.
Fnc.b: Function input b selector.
Fnc.c: Function input c selector.
Fnc.d: Function input d selector.
Fnc.E: Function input E selector.
Fnc.F: Function input F selector.
Fnc.M: Function module mode selector.
FrQ1: 8-100 kHZ frequency input.
FrQ2: 2.5-100 kHZ frequency input.
FrQ3: 0.5-30 kHZ frequency input.
F.tc: Thermocouple type F.
GAin: Voltage calibration span constant.
G.MV: Millivolt calibration constant.
G.rtd: RTD hardware compensator.
G.tc: Thermocouple type G.
h/- : High alarm only.
h/hh: High/high-high alarms.
h/L: High/low alarm.
hLc.E: Enable oPEr oL, oh, cZ access.
hLiM: High limiter control scheme.
hML: Hard manual limit.
iA: Instrument address.
iLr: Instrument lower range.
in.Ld: Ind/manual loader control scheme.
inV1: Discrete output 1 invert selector.
inV2: Discrete output 2 invert selector.
inV3: Discrete output 3 invert selector.
inV4: Discrete output 4 invert selector.
inV5: Discrete output 5 invert selector.
inV6: Discrete output 6 invert selector.
inV7: Discrete output 7 invert selector.
inV8: Discrete output 8 invert selector.
ir: Instrument range.
J.tc: Thermocouple type J.
K1: Remote setpoint ratio.
K01: FNC/CHR constant 1.
K02: FNC/CHR constant 2.
K03: FNC/CHR constant 3.
K04: FNC/CHR constant 4.
K05: FNC/CHR constant 5.
K06: FNC/CHR constant 6.
K07: Characterizer constant 7.
K08: Characterizer constant 8.
K09: Characterizer constant 9.
K10: Characterizer constant 10.
53SL6000 Instruction Manual Appendix D. Prompt List
D-2