0 |
pdpCustomerMaxMinValues units |
1 |
inH2O (68°F) |
2 |
inHg (0°C) |
3 |
ftH2O (68°F) |
4 |
mmH2O (68°F) |
5 |
mmHg (0°C) |
6 |
psi |
7 |
bar |
8 |
mbar |
9 |
g/cm2 |
10 |
kg/cm2 |
11 |
Pa |
12 |
kPa |
13 |
torr (0°C) |
14 |
atm |
15 |
inH2O (60°F) |
16 |
MPa |
17 |
inH2O (4°C) |
18 |
mmH2O (4°C) |
19 |
staticPressureCustomerMaxMinValues units |
20 |
sensorTemperatureCustomerMaxMinValues units |
21 |
°C |
22 |
°F |
23 |
°R |
24 |
K |
25 |
Min value reached by the Pressure Sensor |
26 |
Min.Pressure Value |
27 |
.3f |
28 |
Max value reached by the Pressure Sensor |
29 |
Max.Pressure Value |
30 |
Min value reached by the Static Pressure Sensor |
31 |
Min.Static Pressure Value |
32 |
Max value reached by the Static Pressure Sensor |
33 |
Max.Static Pressure Value |
34 |
Min value reached by the Sensor Temperature |
35 |
Min.Temperature Value |
36 |
.2f |
37 |
Max value reached by the Sensor Temperature |
38 |
Max.Temperature Value |
39 |
array CustomerMaxMin |
40 |
index array CustomerMaxMin |
41 |
pdpServiceMaxMinValues units |
42 |
staticPressureServiceMaxMinValues units |
43 |
sensorTemperatureServiceMaxMinValues units |
44 |
array ServiceMaxMin |
45 |
index array ServiceMaxMin |
46 |
reset customerMaxMinValues |
47 |
reset serviceMaxMinValues |
48 |
Simulation Status |
49 |
Disabled |
50 |
Enabled |
51 |
pdpSimulation units |
52 |
Pressure Value |
53 |
staticPressureSimulation_units |
54 |
Static P.Value |
55 |
sensorTemperatureSimulation units |
56 |
Sens.Temp.Val |
57 |
array SimulationValues |
58 |
index array_SimulationValues |
59 |
Set PV to desired Value |
60 |
pdpBiasValue units |
61 |
Value used as Bias for the elevation or suppression of the measure in order to match the Output with what desired as New PV |
62 |
Bias Value |
63 |
Upper Range Value |
64 |
Upper Range Value |
65 |
Lower Range Value |
66 |
Lower Range Value |
67 |
Warning! Span too Small |
68 |
Curve for output signal |
69 |
Linearization Type |
70 |
Linear |
71 |
Linear Table 22pt |
72 |
Cylindrical tank- fixed table |
73 |
Spherical tank- fixed function |
74 |
Square Root |
75 |
Square Root Third Power |
76 |
Square Root Fifth Power |
77 |
Bi-Directional Square Root |
78 |
Unit |
79 |
Unit for digital output |
80 |
ft3/min |
81 |
gal/min |
82 |
L/min |
83 |
ImpGal/min |
84 |
m3/h |
85 |
ft/s |
86 |
m/s |
87 |
gal/s |
88 |
Million gal/d |
89 |
L/s |
90 |
MillionL/d |
91 |
ft3/s |
92 |
ft3/d |
93 |
m3/s |
94 |
m3/d |
95 |
ImpGal/h |
96 |
ImpGal/d |
97 |
mV |
98 |
Ohms |
99 |
Hz |
100 |
mA |
101 |
gal |
102 |
L |
103 |
ImpGal |
104 |
m3 |
105 |
ft |
106 |
m |
107 |
barrels |
108 |
in |
109 |
cm |
110 |
mm |
111 |
min |
112 |
s |
113 |
h |
114 |
d |
115 |
cST |
116 |
cP |
117 |
microS |
118 |
% |
119 |
V |
120 |
pH |
121 |
g |
122 |
kg |
123 |
t |
124 |
lb |
125 |
STon |
126 |
LTon |
127 |
mS/m |
128 |
microS/cm |
129 |
N |
130 |
N.m |
131 |
g/s |
132 |
g/min |
133 |
g/h |
134 |
kg/s |
135 |
kg/min |
136 |
kg/h |
137 |
kg/d |
138 |
t/min |
139 |
t/h |
140 |
t/d |
141 |
lb/s |
142 |
lb/min |
143 |
lb/h |
144 |
lb/d |
145 |
STon/min |
146 |
STon/h |
147 |
STon/d |
148 |
LTon/h |
149 |
LTon/d |
150 |
decaTherm |
151 |
SGU |
152 |
g/cm3 |
153 |
kg/m3 |
154 |
lb/gal |
155 |
lb/ft3 |
156 |
g/ml |
157 |
kg/L |
158 |
g/L |
159 |
lb/in3 |
160 |
STon/yd3 |
161 |
°Twad |
162 |
°Baum (hv) |
163 |
°Baum (lt) |
164 |
°API |
165 |
% sol/wt |
166 |
% sol/vol |
167 |
°Ball |
168 |
proof/vol |
169 |
proof/mass |
170 |
Bushel |
171 |
yd3 |
172 |
ft3 |
173 |
in3 |
174 |
in/s |
175 |
in/min |
176 |
ft/min |
177 |
deg/sec |
178 |
rps |
179 |
rpm |
180 |
m/h |
181 |
m3/h normal |
182 |
L/h normal |
183 |
ft3/min std |
184 |
bbl (liq) |
185 |
oz |
186 |
ft·lbf |
187 |
kW |
188 |
kW·h |
189 |
hp |
190 |
ft3/h |
191 |
m3/min |
192 |
barrels/s |
193 |
barrels/min |
194 |
barrels/h |
195 |
barrels/d |
196 |
gal/h |
197 |
ImpGal/s |
198 |
L/h |
199 |
ppm |
200 |
Mcalth/h |
201 |
MJ/h |
202 |
Btuth/h |
203 |
deg |
204 |
rad |
205 |
micro g/L |
206 |
icro g/m3 |
207 |
%Consistency |
208 |
% vol |
209 |
% stm qual |
210 |
Ft in Sixteenths |
211 |
ft3/lb |
212 |
pF |
213 |
ml/L |
214 |
micro l/L |
215 |
%Plato |
216 |
% Lower Explosion Level |
217 |
Mcalth |
218 |
Kohms |
219 |
MJ |
220 |
Btuth |
221 |
m3 normal |
222 |
L normal |
223 |
ft3 std |
224 |
ppb |
225 |
gal/d |
226 |
hl |
227 |
None |
228 |
Custom Unit |
229 |
Upper limit for digital output |
230 |
Lower limit for digital output |
231 |
Special unit |
232 |
Custom Unit |
233 |
static Pressure New Value |
234 |
staticPressureBias units |
235 |
special unit |
236 |
Min Temperature Limit |
237 |
Minimum limit of temperature within the sensor is compensated as from data sheet |
238 |
Max Temperature Limit |
239 |
Maximum limit of temperature within the sensor is compensated as from data sheet |
240 |
Sensor Temperature Trim Value |
241 |
Enables local operation with push buttons |
242 |
Local Operations |
243 |
Curve only for the variable to be displayed |
244 |
Unit of the variable to be displayed |
245 |
Unit |
246 |
Upper Range of the variable to be displayed |
247 |
Lower Range of the variable to be displayed |
248 |
Display language |
249 |
Language |
250 |
English |
251 |
German |
252 |
French |
253 |
Spanish |
254 |
Italian |
255 |
Display luminosity |
256 |
Contrast |
257 |
Selection of the lines to be used for the display |
258 |
Display Mode |
259 |
One Line |
260 |
One Line + Bargraph |
261 |
Two Lines |
262 |
Two Lines + Bargraph |
263 |
Variable to be displayed on line 1 |
264 |
Line 1 View |
265 |
Pressure |
266 |
Scaled output |
267 |
Current Output |
268 |
Output Percent |
269 |
Totalizer 1 |
270 |
Totalizer 2 |
271 |
Batch Counter |
272 |
Sensor Temperature |
273 |
Static Pressure |
274 |
HMI Scaled Output |
275 |
Variable to be displayed on line 2 |
276 |
Line 2 View |
277 |
Variable to be represented on the bargraph |
278 |
Bargraph View |
279 |
Software revision of the display when it is installed |
280 |
Display Revision |
281 |
Not Installed |
282 |
1 |
283 |
2 |
284 |
3 |
285 |
4 |
286 |
5 |
287 |
6 |
288 |
7 |
289 |
8 |
290 |
9 |
291 |
10 |
292 |
11 |
293 |
12 |
294 |
13 |
295 |
14 |
296 |
15 |
297 |
16 |
298 |
17 |
299 |
18 |
300 |
resetPdpBias |
301 |
resetStaticPressureBias |
302 |
Long tag value |
303 |
Long Tag |
304 |
Limit gains near zero |
305 |
Lin.Square Root Point [%] |
306 |
Low flow cut off |
307 |
Cut Off |
308 |
Actual value of the reference |
309 |
Lower Balance Point |
310 |
Sensor communication error |
311 |
Upper Balance Point |
312 |
Type of Sensor |
313 |
Sensor Type |
314 |
Differential Pressure |
315 |
Absolute Pressure |
316 |
Gauge Pressure |
317 |
Type of Sensor |
318 |
Differential Pressure |
319 |
Absolute Pressure |
320 |
Gauge Pressure |
321 |
pdpSensor_units |
322 |
Minimum value for range limits |
323 |
Lower Sensor Limit |
324 |
Maximum value for range limits |
325 |
Upper Sensor Limit |
326 |
Minimum difference between URV and LRV |
327 |
Minimum Span |
328 |
staticPressureTrim_units |
329 |
Minimum value for range limits |
330 |
Maximum value for range limits |
331 |
Minimum difference between URV and LRV |
332 |
array_PressureSensor_Limits_and_TrimValues |
333 |
index_array_PressureSensor_Limits_and_TrimValues |
334 |
HW version major |
335 |
SW version major |
336 |
dummy_revision_byte0 |
337 |
dummy_revision_byte1 |
338 |
dummy_revision_byte2 |
339 |
sensor revision byte 0 |
340 |
sensor revision byte 1 |
341 |
sensor revision byte 2 |
342 |
Material of process wetted diaphragm of the Sensor |
343 |
Diaphragm Material |
344 |
Monel |
345 |
Tantalum |
346 |
Ceramic |
347 |
AISI 316L Stainless Steel |
348 |
Hastelloy C276 |
349 |
Gold plated Hastelloy C276 |
350 |
Monel Gold Plated |
351 |
PTFE Hastelloy |
352 |
Monel 400 |
353 |
Not used |
354 |
Sensor filling liquid |
355 |
Filling Fluid |
356 |
Silicone Oil |
357 |
Fluorcarbon |
358 |
White oil (FDA) |
359 |
Inert Oil (Galden) |
360 |
Glycerin + H2O |
361 |
Santotherm |
362 |
Silicone oil food |
363 |
Vegetable oil Neobee |
364 |
Dowtherm |
365 |
Ethyl Benzene |
366 |
Ethyl Alcohol |
367 |
Prophylene glicol/water |
368 |
ABB Fill (dibutyl penthalate) |
369 |
Syltherm 800 |
370 |
Mercury |
371 |
DC97 9120 Pharma-B-Grade |
372 |
Mineral oil (Marcol 82) |
373 |
Silicon oil Hi Temp AN140 |
374 |
Silicon Oil Low Temp Syltherm XLT |
375 |
Inert Oil (Halocarbon 4.2) |
376 |
Not used |
377 |
Type of Process connction for Gauge pressure transmitters |
378 |
Process Connection Material |
379 |
Carbon Steel |
380 |
AISI 304SS |
381 |
AISI 316 Stainless Steel |
382 |
Hastelloy C |
383 |
Kynar |
384 |
17-PH-17 |
385 |
Type of Process connction on the side L of the Differential Transmitters |
386 |
Connection Type |
387 |
Conventional |
388 |
Remote Seal |
389 |
Level Flange Type Flush |
390 |
Level Flange Type Extended |
391 |
Welded Flange |
392 |
Level Sanitary |
393 |
Level Food |
394 |
No Flange, Direct Connection |
395 |
All Welded for Remote Seal |
396 |
Gasketed for Remote Seal |
397 |
Direct Mount Seal (level) |
398 |
Integral with seal |
399 |
Welding bushing |
400 |
Chemical tee |
401 |
Threaded |
402 |
364 Flange type |
403 |
Material of the process connection of the Differential Transmitters |
404 |
Flange Material |
405 |
AISI 304SS |
406 |
Material of process wetted sealing of the Differential Transmitters |
407 |
O-Ring Material |
408 |
AISI 316 SS |
409 |
PTFE |
410 |
Viton |
411 |
Buna-N |
412 |
Ethyl Prop. |
413 |
Nitrile Rubber (Perbunan NBR) |
414 |
Aluminium |
415 |
TFE Glass Filled |
416 |
Perfluoro elastomer |
417 |
EPDM |
418 |
Graphite |
419 |
Silicone Rubber |
420 |
Garlock |
421 |
Material of sealing plug of the Differential Transmitters |
422 |
Blanking Plug |
423 |
Number of remote seal(s) |
424 |
Number |
425 |
One |
426 |
Two |
427 |
One on low side |
428 |
One on high side |
429 |
Type of remote seal on the side H of the Sensor |
430 |
Type |
431 |
Wafer |
432 |
Off line threated |
433 |
Chemical Tee |
434 |
Button |
435 |
Triclamp & Cherry Burrell |
436 |
Alimentary (Union Nut) |
437 |
Union Connection |
438 |
Aseptic |
439 |
Off line flanged connection |
440 |
Sanitary Flush |
441 |
Sanitary Extended |
442 |
Flush Flanged |
443 |
Extended Flanged |
444 |
Urea Service |
445 |
Pulp & Paper |
446 |
Beverage |
447 |
Monel |
448 |
Tantalum |
449 |
AISI 316L Stainless Steel |
450 |
Inconel |
451 |
Hastelloy C276 |
452 |
AISI 316L TFE Coated |
453 |
Monel Gold Plated |
454 |
Hastelloy C276 TFE Coated |
455 |
Monel 400 |
456 |
Inert Oil (Galden) |
457 |
Glyceryn + H2O |
458 |
Silicon oil Hi Temp (AN140) |
459 |
Silicon oil Low Temp (Syltherm XLT) |
460 |
Silicon oil Hi Temp (DC740) |
461 |
Silicon oil (Baysilone M5 / 5 Cts) |
462 |
Silicon oil (DC200/ 10 Cts) |
463 |
Mineral oil (Marcol 122) |
464 |
Software write protection |
465 |
Soft Write Protection |
466 |
Fail Safe Level |
467 |
Software Output fault direction between UP and DOWN |
468 |
High |
469 |
Low |
470 |
Saturation limit low of the analog output current |
471 |
Low Saturation |
472 |
Saturation limit High of the analog output current |
473 |
High Saturation |
474 |
< 4mA during a fault. |
475 |
Low Alarm Value |
476 |
> 20mA during a fault |
477 |
High Alarm Value |
478 |
Current Fail Safe |
479 |
Source of the Output fault between hardware and Software |
480 |
Hardware Fail Safe Type |
481 |
Software Fail Safe Type |
482 |
The current meas.value correspond to: |
483 |
pdpValue_units |
484 |
staticPressureValue_units |
485 |
sensorTemperatureValue_units |
486 |
communicationScaleOutValue_units |
487 |
Scaled Output |
488 |
totalizer1Value_units |
489 |
Custom unit |
490 |
Totalization 1 |
491 |
totalizer2Value units |
492 |
Totalization 2 |
493 |
totaliserBatchValue units |
494 |
Totalization Batch |
495 |
.0f |
496 |
pdpTrimValue units |
497 |
Cal Pressure |
498 |
staticPressureTrimValue units |
499 |
Cal Static Pres |
500 |
array_266deviceVariableValues |
501 |
index_array_266deviceVariableValues |
502 |
Maximum Working Pressure Units - The units of the Maximum working pressure. |
503 |
maxWorkingPressure units |
504 |
Maximum limit of pressure within the sensor is compensated. |
505 |
Max Working Pressure |
506 |
serialNo_Part0 |
507 |
serialNo_Part1 |
508 |
serialNo_Part2 |
509 |
serialNo_Part2a |
510 |
serialNo_Part3 |
511 |
serialNo_Part4 |
512 |
serialNo_Part5 |
513 |
opCode_saveActualTrimming |
514 |
Save Actual Trimming |
515 |
opCode_resetSensorTrimming |
516 |
Reset Sensor Trimming |
517 |
resetToDefault |
518 |
save to default |
519 |
En/Dis the effect of the PILD diagnosis result on the Process Variable output |
520 |
Affect PV |
521 |
Off |
522 |
On |
523 |
Lower bound of the frequency range over which the signal power is computed |
524 |
Band Low |
525 |
.5f |
526 |
Upper bound of the frequency range over which the signal power is computed |
527 |
Band High |
528 |
period of time the PILD decide for the plugging state |
529 |
Detection Time |
530 |
Max variation of the dP to maintain the last training still valid |
531 |
Max.Press.Deviation |
532 |
En/Dis. the automatic execution of the training |
533 |
Auto Retrain |
534 |
No |
535 |
Yes |
536 |
Duration of training period |
537 |
Training Time |
538 |
Num. of training attempts if the result is not valid |
539 |
Training Retries |
540 |
PILD algorithm sensitivity |
541 |
Sensitivity |
542 |
Lowest |
543 |
Very Low |
544 |
Medium |
545 |
Very High |
546 |
Highest |
547 |
En/Dis. the autotune of the signal frequency band |
548 |
Band Autotuning |
549 |
Start/Stop PILD execution |
550 |
PILD Command |
551 |
Idle |
552 |
Go-Off |
553 |
Training |
554 |
Stop Training |
555 |
diagnosisConditionNumber |
556 |
diagnosisConditionDetailsClass |
557 |
diagnosisConditionDetailsGroup |
558 |
diagnosisConditionDetailsPriority |
559 |
diagnosisConditionDetailsAlarmCounter |
560 |
diagnosisConditionDetailsAlarmTimeCounterDay |
561 |
diagnosisConditionDetailsAlarmTimeCounterMsec |
562 |
diagnosisConditionDetailsTimeStampLastAlarmDay |
563 |
diagnosisConditionDetailsTimeStampLastAlarmMsec |
564 |
diagnosisConditionDetailsCodes0 |
565 |
diagnosisConditionDetailsCodes1 |
566 |
diagnosisConditionDetailsCodes2 |
567 |
diagnosisConditionDetailsCodes3 |
568 |
diagnosisConditionDetailsCodes4 |
569 |
diagnosisConditionDetailsCodes5 |
570 |
diagnosisConditionDetailsCodes6 |
571 |
diagnosisConditionDetailsCodes7 |
572 |
diagnosisConditionDetailsCodes8 |
573 |
diagnosisConditionDetailsCodes9 |
574 |
diagnosisConditionDetailsCodes10 |
575 |
diagnosisConditionDetailsCodes11 |
576 |
diagnosisConditionDetailsCodes12 |
577 |
diagnosisConditionDetailsCodes13 |
578 |
Diagnosis Masking Byte 0 |
579 |
P-dP Out Of Limit |
580 |
Static Pressure Out Of Limit |
581 |
Sensor Temperature Out Of Limit |
582 |
Diagnosis Masking Byte 1 |
583 |
Primary Variable Out of Range |
584 |
Diagnosis Masking Byte 2 |
585 |
Non-Volatile memory burn error |
586 |
Electronic Interface error |
587 |
Memory Failure |
588 |
Diagnosis Masking Byte 3 |
589 |
Max.Working Pressure Exceeded |
590 |
Diagnosis Masking Byte 4 |
591 |
Pressure Overrange |
592 |
Impulse Line on Low Side Plugged |
593 |
Analog Output Saturated |
594 |
Unreliable Output Current |
595 |
Power Supply warning |
596 |
Configuration Error |
597 |
PILD Output |
598 |
Changed Operating Conditions |
599 |
Diagnosis Masking Byte 5 |
600 |
Output ReadBack Failure |
601 |
Electronic Temperature out of Limit |
602 |
Diag Simulation |
603 |
By enabling diagnosis simulation, any one diagnosis can be simulated at a time. Actual device diagnosis are not reported when diagnosis simulation is turned ON |
604 |
Diagnosis Simulation Group0 |
605 |
P-dP Sensor Fail |
606 |
Static Pressure Sensor Fail |
607 |
Sensor Temperature Fail |
608 |
Both Impulse Lines Plugged |
609 |
Diagnosis Simulation Group1 |
610 |
Impulse Line on High Side Plugged |
611 |
Impulse Line on Low Side Plugged |
612 |
One Undetected impulse line plugged |
613 |
Diagnosis Simulation Group2 |
614 |
Sensor Memory Fail |
615 |
Analog Output Low Saturated |
616 |
Analog Output High Saturated |
617 |
Digital to Analogue converter problem |
618 |
Diagnosis Simulation Group3 |
619 |
Wrong Device Configuration |
620 |
Electronic Temperature out of High Limit |
621 |
Electronic Temperature out of Low Limit |
622 |
Power Supply too Low |
623 |
Power Supply too High |
624 |
P-dP Simulation Active |
625 |
Diagnosis Simulation Group4 |
626 |
Static Pressure Simulation Active |
627 |
Sensor Temperature Simulation Active |
628 |
Primary variable Out of High Range |
629 |
Primary variable Out of Low Range |
630 |
Missing Primary Signal |
631 |
Invalid Sensor |
632 |
Trend Configuration Error |
633 |
Diagnosis Simulation Group5 |
634 |
Replace required-Both data direction valid |
635 |
Replace required - FE to CB not applicable |
636 |
Replace enabled -FE to CB not applicable |
637 |
Totaliser Configuration Error |
638 |
PILD algorithm status |
639 |
PILD Status |
640 |
Normal |
641 |
PILD Diagnosis conditions |
642 |
Not Valid |
643 |
Press Deviation too different |
644 |
One Undetected line Plugged |
645 |
Both Lines Plugged |
646 |
Line H Plugged |
647 |
Line L Plugged |
648 |
Training Output |
649 |
Result of the Training phase |
650 |
Training Not Done |
651 |
Training OK |
652 |
Training Frequency Tuning |
653 |
Training Power Instable |
654 |
Training Pressure Instable |
655 |
Training Process noises too low |
656 |
Process Condition (Min.Alfa) |
657 |
Number of Start up |
658 |
No. Power On |
659 |
Total Working time_day |
660 |
Total Working time_sec |
661 |
Partial Working time_0 |
662 |
Partial Working time_1 |
663 |
Engineering unit of the Totalizer |
664 |
Conversion factor to be applied to the selected Input variable for the Totalizer |
665 |
Conv.Factor |
666 |
.4f |
667 |
Input Selector |
668 |
MassFlow |
669 |
VolumetricFlow |
670 |
Direction of the totalization counting |
671 |
Count direction |
672 |
Up |
673 |
Down |
674 |
Value the batch totalization must reach for UP counting or to start from for DOWN counting |
675 |
Preset Value |
676 |
Reloading type of the Preset Value |
677 |
Reload |
678 |
Auto Reload |
679 |
One Shot |
680 |
Totalization Mode |
681 |
Totalizer Mode |
682 |
Batch |
683 |
Mode1 (Forward/Reverse) |
684 |
Mode2 (Forward-Reverse) |
685 |
Mode3 (Forward+Reverse) |
686 |
totalizer1_dummyvar |
687 |
input to be totalized |
688 |
totalizer2_dummyvar |
689 |
index_array_totalizerConfig |
690 |
array totalizerConfig |
691 |
totalizer Password Action |
692 |
Password for enabling the reset of the Totalizer |
693 |
Entry Password |
694 |
Totalizer Reset |
695 |
Totalizer Status |
696 |
Start/stop Totalization |
697 |
Stop |
698 |
Run |
699 |
Status of the totalizer protection |
700 |
Protected |
701 |
Unprotected |
702 |
Integration Time |
703 |
A/D converter integration time |
704 |
msec |
705 |
Identify |
706 |
Device |
707 |
Additional Device Revision |
708 |
Measurement Point |
709 |
Additional Information |
710 |
Configuration |
711 |
Communication Type |
712 |
Parameterize |
713 |
General |
714 |
Sensor Set-up |
715 |
P-dP Sensor |
716 |
Static Press Sensor |
717 |
Operational Limits |
718 |
Sensor Materials |
719 |
Process Connection High Side |
720 |
Process Connection Low Side |
721 |
Basic Sensor Materials |
722 |
Gauge Sensor |
723 |
Remote Seals |
724 |
Quantity |
725 |
High Side |
726 |
Low Side |
727 |
P-dP |
728 |
Process Variable [P/dP] |
729 |
Measured Value |
730 |
Scaling |
731 |
Value Input |
732 |
Process Pressure Transfer |
733 |
PV Bias |
734 |
Parallel Shift |
735 |
Transfer Function |
736 |
Square Root Setting |
737 |
Output [P/dP] |
738 |
Filter |
739 |
Hart Mapping |
740 |
Fail Safe |
741 |
Current Saturation Limits |
742 |
Current Alarm Limits |
743 |
Totalizer |
744 |
Input Setting |
745 |
Batch Setting |
746 |
Display |
747 |
Display Setting |
748 |
Display Scaling |
749 |
Process Variable |
750 |
Output |
751 |
Operate |
752 |
Extras |
753 |
Resets |
754 |
Reset |
755 |
Savings |
756 |
Load factory settings |
757 |
Totalizer Protection |
758 |
Change Password |
759 |
Reset Totalizer |
760 |
Simulation |
761 |
Calibration |
762 |
Pressure Sensor |
763 |
Diagnosis |
764 |
Diagnosis Monitoring |
765 |
Electronics |
766 |
Sensor/Actuators |
767 |
Installation/Start up |
768 |
Process |
769 |
Operating Conditions |
770 |
PILD |
771 |
PILD Monitoring |
772 |
PILD Training |
773 |
PILD Setting |
774 |
Historic Info |
775 |
Pressure Variable Logging |
776 |
Sensor Temperature Logging |
777 |
Static Pressure Logging |
778 |
Offline |
779 |
Output Simulation |
780 |
Observe |
781 |
Trend |
782 |
Analog Output |
783 |
Rerange 4-20mA |
784 |
Set PV to Zero |
785 |
Enable the setting of the PV = 0.0 operation |
786 |
Set PV Val |
787 |
Enable the New PV operation |
788 |
PV Bias Reset |
789 |
PV Scaling Reset method - P-dP Bias will be Reset |
790 |
Enable Parallel Shift operation |
791 |
Rerange 4-20mA |
792 |
Perform a device rerange to 4 - 20ma by applying source pressure input. |
793 |
Set PV Zero |
794 |
PV Bias Reset - Static Pressure Bias will be Reset |
795 |
Parallel Shift |
796 |
Enable the Parallel Shift Operation |
797 |
Full trim method - The full trimming allows the performance of high or low trim. |
798 |
Full trim |
799 |
Sensor Temperature Trimming |
800 |
Sensor Temperature Trimming |
801 |
LO trim method - Allows the performance low trim. |
802 |
Lo Trim |
803 |
Reset Device |
804 |
Warm Start-up configuration is not changed the device is restarted |
805 |
Reset to User Sensor Trimming |
806 |
Reset Configuration To Default |
807 |
Reset device parameters to their default values (not the address) |
808 |
Reset Configuration Changed Flag |
809 |
Reset the device Configuration Changed flag |
810 |
Save as User Sensor Trimming |
811 |
Save the actual sensor trimming as User Trimming |
812 |
Save Configuration as Default |
813 |
The actual device configuration is saved as default configuration |
814 |
Reset Factory Sensor Trimming |
815 |
Reset to Factory Sensor Trimming |
816 |
Reset Factory Output Trimming |
817 |
Reset to Factory Output D/A converter Trimming |
818 |
Aborting Input Simulation |
819 |
Input Simulation |
820 |
|
821 |
Protect Totaliser |
822 |
Unprotect Totaliser |
823 |
Execute |
824 |
Reset Totalizer 1 |
825 |
Reset the Totalizer 1 value |
826 |
Reset Totalizer 2 |
827 |
Reset Totalizer Batch |
828 |
Reset the counter of Batch Number |
829 |
n |
830 |
Device Serial No |
831 |
Unique device serial No. |
832 |
Hardware Revision |
833 |
Hardware revision |
834 |
Software Revision |
835 |
Software Revision |
836 |
Sensor Revision |
837 |
cancel pild training |
838 |
PILD Execute |
839 |
PILD CommaNd Execute method |
840 |
More Info |
841 |
More Information Available:Electronic Temperature |
842 |
More Information Available:PILD Output |
843 |
More Information Available:Analog output |
844 |
More Information Available: Configuration Error |
845 |
More Information Available: input simulation |
846 |
More Information Available:unreliable Output Current |
847 |
More Information Available:invalid sensor |
848 |
More Info: |
849 |
More Information Available:primary value |
850 |
More Information Available:Replace Info |
851 |
Hours |
852 |
sec |
853 |
Total Working time |
854 |
Time the device is working |
855 |
Clear Other Diag Simulation |
856 |
Change PV Mapping |
857 |
Change SV Mapping |
858 |
Change TV Mapping |
859 |
Change QV Mapping |
860 |
P-dP |
861 |
Engineering Unit |
862 |
Totalizer 2 |
863 |
Batch Number |
864 |
Set Lower Range Value |
865 |
Perform a device rerange to 4 ma by applying source pressure input. |
866 |
Set Upper Range Value |
867 |
Perform a device rerange to 20 ma by applying source pressure input. |
868 |
New PV |
869 |
Desired Output Measure |
870 |
Reset PV Bias |
871 |
Enable the Reset of the Bias = 0.0 operation |
872 |
Execution of the Parallel Shift operation |
873 |
Pressure Simulation |
874 |
Simulation Value |
875 |
Static Pressure Simulation |
876 |
Sensor Temp Simulation |
877 |
Pressure Simulation |
878 |
Static Pressure Simulation |
879 |
Sensor Temperature Simulation |
880 |
Pressure Input |
881 |
Definition of High (+) and Low (-) sides of the Pressure Inputs |
882 |
Direct |
883 |
Reverse |
884 |
Pressure Polarity |
885 |
Local_DeviceSerialNumber |
886 |
2600T-266 PdP |
887 |
Write Protection |
888 |
For data set or device |
889 |
Device Revision |
890 |
Communication Tag |
891 |
Descriptor |
892 |
Date |
893 |
Final Assembly Number |
894 |
Address |
895 |
Device address in the application |
896 |
Message |
897 |
HART Revision |
898 |
Universal Command major revision of this device |
899 |
QV is |
900 |
New Lower range push upper range out of sensor limits |
901 |
Burst Command |
902 |
Hart Command to be read in Burst Mode |
903 |
Command 1 |
904 |
Command 2 |
905 |
Command 3 |
906 |
Possible Cause :Mechanical damage to the sensor. Loss of fill fluid from the cell; ruptured diaphragm..
Suggested Action :The sensor must be replaced. |
907 |
Possible Cause :The circuitry for the sampling of the static pressure has failed.
Suggested Action : The sensor must be replaced. |
908 |
Possible Cause :The circuitry for the sampling of the temperature has failed.
Suggested Action :The sensor must be replaced. |
909 |
Reserved |
910 |
Possible Cause :The measurement range has not been correctly calculated OR an incorrect transducer model has been selected.
Suggested Action :The compatibility of pressure transmitter model and process conditions has to be checked. Probably a different transmitter type is required. |
911 |
Possible Cause :The static pressure of the process exceeds the limit of the sensor. Exceeding the Static Pressure can reduce accuracy, mechanically damage the diaphragm and may require calibration/replacement. An incorrect transducer model could have been selected.
Suggested Action :The compatibility of pressure transmitter model and process conditions has to be checked. Probably a different transmitter type is required. |
912 |
Possible Cause :The temperature of the process environment affects the pressure transmitter; Excess temperature can reduce accuracy, degrade device components and may require calibration/replacement.
Suggested Action :The compatibility of pressure transmitter model and process conditions has to be checked. A different installation type could be required e.g. use of remote seals. |
913 |
Sensor Invalid |
914 |
Possible Cause :Sensor memory corrupted.
Suggested Action :The Sensor must be replaced. |
915 |
Possible Cause :Writings to the Sensor non-Volatile Memory was not successful.
Suggested Action :The Sensor should be replaced as soon as possible. |
916 |
Possible Cause :Exchange of data between Electronics and Sensor have problems.
Suggested Action :Power cycle the device and retry the operation, if the error persist the electronics should be replaced as soon as possible. |
917 |
Memory Failure |
918 |
Possible Cause :Electronic memory corrupted.
Suggested Action :The electronics must be replaced. |
919 |
Possible Cause :Writings to the electronic non-Volatile Memory was not successful.
Suggested Action :The electronics should be replaced as soon as possible. |
920 |
Input Simulation Active |
921 |
Possible Cause :The static pressure of the process exceeds the limit of the max working Pressure supported by the transmitter. Exceeding the Max Working Pressure can mechanically damage the process connections (flanges, pipes....) and/or be dangerous .
Suggested Action :The compatibility of the process connection type and material with process conditions has to be checked. A different installation type could be required e.g. use of remote seals. |
922 |
Possible Cause :This effect could be produced by other equipment on the process, (valves.....). Exceeding the pressure range can cause reduced accuracy or mechanical damage to the diaphragm material and may require calibration/replacement.
Suggested Action :The compatibility of pressure transmitter model and process conditions has to be checked. A different transmitter type could be required . |
923 |
Loop Test |
924 |
Possible Cause :The analog and digital analog outputs for the Primary Variable are held at the requested value. Device is in fixed current (Loop Test) mode.
Suggested Action :Use a HART configurator to place device back into normal operating mode (Remove from Loop Test - Fixed output mode). |
925 |
Possible Cause :Process conditions have changed to an extent that new settings for the PILD algorithm are needed.
Suggested Action :A new Training is necessary for this new process condition. |
926 |
PILD output |
927 |
Possible Cause :The output circuit could be broken or not correctly calibrated.
Suggested Action :Perform an Output Trimming and if the error persist the electronics must be replaced. |
928 |
Replace info |
929 |
The Electronics or the Sensor have been changed,but the replacement operation has not been executed |
930 |
O/P during fault |
931 |
Alarm with analog output |
932 |
Output |
933 |
PdP |
934 |
Pressure -Diffrenetial Pressure |
935 |
Pdp USL |
936 |
Pdp LSL |
937 |
Pdp Minimum Span |
938 |
7d |
939 |
Physical unit for process pressure |
940 |
Damp an irregular signal |
941 |
Damping |
942 |
.1f |
943 |
Size |
944 |
Linearity |
945 |
StaticPr Value |
946 |
Static Pressure will be shown in this unit |
947 |
Static Pressure Unit |
948 |
Static Pressure Collection |
949 |
sensor Temperature value |
950 |
Sensor Temperature will be shown in this unit |
951 |
Temperature Unit |
952 |
Sensor Temperature Damping |
953 |
SensorTemp Collection |
954 |
devVar3 Value |
955 |
devVar3 Damping |
956 |
enggUnit collection |
957 |
devVar4 value |
958 |
devVar4 Units |
959 |
Totaliser1 collection |
960 |
devVar5 value |
961 |
devVar5 Units |
962 |
Totaliser2 collection |
963 |
devVar6 value |
964 |
devVar6 Units |
965 |
Totaliser Batch Collection |
966 |
P-dp |
967 |
upload to device |
968 |
upload from device |
969 |
Temperature |
970 |
Pressure |
971 |
Flow Magnetic |
972 |
Flow Vortex |
973 |
Level Hydrostatic |
974 |
Flow Multivariable Mass |
975 |
Temperature Multivariable |
976 |
Level |
977 |
Specialty HART-to-Analog Signal Conv |
978 |
Level Radar |
979 |
Flow dP |
980 |
Pressure Low Power |
981 |
Pressure Certified SIL2 |
982 |
Flow |
983 |
Level Ultrasonic |
984 |
Interoperable |
985 |
Analytical pH |
986 |
Analytical Conductivity |
987 |
Analytical Oxygen |
988 |
Analytical |
989 |
Analytical Opacity Monitor |
990 |
Analytical Oxygen/Combustion |
991 |
Analytical 2-wire Conductivity |
992 |
Analytical 2-wire Conductivity w/ pure H20 |
993 |
Analytical 2-wire Conductivity w/ % conc |
994 |
Analytical 2-wire Oxygen/Chlorine/Ozone |
995 |
Analytical 2-wire pH/ORP |
996 |
Analytical 2-wire Contacting/Toroidal |
997 |
Analytical Oxygen - High Temperature |
998 |
Analytical pH/ORP |
999 |
Analytical Conductivity w/ % conc |
1000 |
Analytical pH/ORP/ISE |
1001 |
Analytical Amperometric Analyzer |
1002 |
Analytical Dual Input Analyzer |
1003 |
Analytical Density - Nuclear |
1004 |
Level Continuous Gamma |
1005 |
Level Laser Ranging |
1006 |
Flow Coriolis Mass |
1007 |
Enable on token-passing data link layer only |
1008 |
Enable on TDMA data link layer only |
1009 |
Enable on both TDMA and token-passing data link layer |
1010 |
Wireless |
1011 |
WirelessHART Device |
1012 |
IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation |
1013 |
Primary |
1014 |
Primary Analog Channel |
1015 |
Secondary |
1016 |
Secondary Analog Channel |
1017 |
Tertiary |
1018 |
Tertiary Analog Channel |
1019 |
Quaternary |
1020 |
Quaternary Analog Channel |
1021 |
Quinary |
1022 |
Quinary Analog Channel |
1023 |
Critical Power Failure |
1024 |
Lock all |
1025 |
Trim not supported |
1026 |
Configuration cannot be changed |
1027 |
Locked by gateway |
1028 |
Analog Input Channel |
1029 |
Analog Output Channel |
1030 |
Pressure Pressure/Level |
1031 |
Analytical Consistency |
1032 |
Analytical Microwave-Pulp Consistency |
1033 |
Analytical Microwave Consistency |
1034 |
Valve Digital Positioner |
1035 |
Valve Positioner |
1036 |
Valve Smart Valve Positioner |
1037 |
Flow Electromagnetic |
1038 |
Temperature Differential |
1039 |
Pressure Differential |
1040 |
Analytical Conductivity - Inductive |
1041 |
Analytical Dissolved Oxygen |
1042 |
Analytical pH Controller |
1043 |
Analytical Conductivity/Resistivity Controller |
1044 |
Analytical Conductivity/Resistivity |
1045 |
Flow Mass |
1046 |
Flow Variable Area |
1047 |
Pressure Multivariable |
1048 |
Pressure w/ PID |
1049 |
Level Displacement |
1050 |
Temperature w/ PID |
1051 |
Valve Positioner/Electropneumatic |
1052 |
Analytical Density |
1053 |
Valve Universal Positioner |
1054 |
Valve Controller |
1055 |
Flow Ultrasonic |
1056 |
Level Radar - Reflex |
1057 |
Valve Digital Positioner w/ PID |
1058 |
Valve Intelligent Positioner |
1059 |
Analytical Gas Detector |
1060 |
Analytical Infrared Gas Detector |
1061 |
Analytical Electrochemical Gas Detector |
1062 |
Level Capacitance |
1063 |
Level Magnostrictive |
1064 |
Valve On/Off Valve Controller |
1065 |
Valve Positioner/Pneumatic |
1066 |
Level Radar - Pulse |
1067 |
Level Continuous Capactive |
1068 |
Level Density - Nuclear |
1069 |
Valve Damper Actuator |
1070 |
Valve Electric Damper Actuator |
1071 |
Flow Electronic |
1072 |
Flow Vortex - Multiparameter Mass |
1073 |
Level Nuclear |
1074 |
Analytical Density - Radiometric |
1075 |
Level Radiometric |
1076 |
Analytical Gas/Steam |
1077 |
Level Nucleonic |
1078 |
Analytical Blade Consistency |
1079 |
Analytical Rotary Consistency |
1080 |
Level Radar - Microwave |
1081 |
Pressure Absolute |
1082 |
Pressure Absolute/Relative |
1083 |
Level Microwave |
1084 |
Flow Magmeter - Rack Version |
1085 |
Flow High Performance Magmeter |
1086 |
Flow Magnetic - Custody Transfer |
1087 |
Flow 2-wire Magnetic |
1088 |
Flow Coriolis Mass - Custody Transfer |
1089 |
Flow 2-wire Vortex |
1090 |
Flow Thermal |
1091 |
Temperature Head Mounted |
1092 |
Temperature Compact |
1093 |
Temperature DIN Rail Mounted |
1094 |
Analytical Conductivity - Conductive |
1095 |
Temperature Sensor |
1096 |
Level Servo |
1097 |
Temperature DIN Rail |
1098 |
Analytical ORP |
1099 |
Analytical pION |
1100 |
Analytical IConc |
1101 |
Analytical Electrode Conductivity |
1102 |
Analytical Toroidal Conductivity |
1103 |
Flow Coriolis |
1104 |
Valve Actuator - Electrical |
1105 |
Temperature Dual Input |
1106 |
Valve Actuator |
1107 |
Analytical Corrosion |
1108 |
Pressure Safety |
1109 |
Flow Vortex/Swirl |
1110 |
Analytical 4 Electrode Conductivity |
1111 |
Analytical 2 Electrode Conductivity |
1112 |
Analytical Troidal Conductivity |
1113 |
Analytical pH/ORP/pIon/Ion Conc |
1114 |
Pressure P, dP + Multivariable |
1115 |
Pressure Saturated Steam |
1116 |
Flow Magnetic Inductive |
1117 |
Analytical Oxygen/Combustion/Methane/CO |
1118 |
Flow Totalizer - Rate Indicator |
1119 |
Temperature 2-wire |
1120 |
Analytical UV Flame Detector |
1121 |
Analytical UVIR Flame Detector |
1122 |
Analytical IR Flame Detector |
1123 |
Analytical Fire Detector |
1124 |
Analytical Gas Detector Display Interface |
1125 |
Analytical Toxic Gas Detector |
1126 |
Analytical Flame Detector |
1127 |
Common Tables |
1128 |
Interoperable * |
1129 |
Universal |
1130 |
Common Practice |
1131 |
Pressure Universal |
1132 |
Pressure Common |
1133 |
Menu |
1134 |
Rosemount Magflow |
1135 |
Rosemount Pressure |
1136 |
Moore Products |
1137 |
Siemens Pressure |
1138 |
P2 Common |
1139 |
PV |
1140 |
Munge |
1141 |
Analytical Density - Gamma Ray |
1142 |
Level Gamma Ray |
1143 |
Analytical Weight - Gamma Ray |
1144 |
Level w/ Density - Gamma Ray |
1145 |
Analytical Motorized Density |
1146 |
Secondary Analog Channel Saturated |
1147 |
Tertiary Analog Channel Saturated |
1148 |
Quaternary Analog Channel Saturated |
1149 |
Quinary Analog Channel Saturated |
1150 |
Secondary Analog Channel Fixed |
1151 |
Tertiary Analog Channel Fixed |
1152 |
Quaternary Analog Channel Fixed |
1153 |
Quinary Analog Channel Fixed |
1154 |
Wired HART Enabled |
1155 |
Enabled on Wired HART device connection only |
1156 |
Wireless HART Enabled |
1157 |
Enabled on WirelessHART device connection only |
1158 |
Both Wired and WirelessHart Enabled |
1159 |
Enabled on both Wired and WirelessHART connections |
1160 |
8u |
1161 |
Device Variable |
1162 |
8.3f |
1163 |
Now Apply input pressure
URV:%{0} %{2} LRV:%{1} %{2} |
1164 |
Current process value: %{0} %{1} |
1165 |
Continue read value;Set as 4mA value;Set as 20mA value;Exit |
1166 |
Aborting procedure due to last error |
1167 |
PV value read
PV : %{0}%{1} |
1168 |
Set PV Zero;Ready |
1169 |
PV value read
PV: %{0}%{1} |
1170 |
Set PV Value;Ready |
1171 |
Enter new PV value: |
1172 |
P-dP Bias will be Reset |
1173 |
OP :%{2}% PV :%{0}%{1}
URV and LRV will be shifted. Continue? |
1174 |
Yes;No |
1175 |
Enter new OP percent val: |
1176 |
Now Apply input pressure
(URV is %{0}%{2})
(LRV is %{1}%{2}) |
1177 |
Read new value;Set as 4mA value;Set as 20mA value;Exit |
1178 |
Static Pressure Bias will be Reset |
1179 |
Last Input val used:
Hival: %{2}%{0}
Loval: %{1}%{0} |
1180 |
Select choice: |
1181 |
High Trim;Low Trim;Display limits;Exit |
1182 |
Apply a Hival Pres. Higher than Loval |
1183 |
Pressure stabilizing. PLEASE WAIT... |
1184 |
Pres. applied: %{1}%{0} |
1185 |
Enter applied Hival: |
1186 |
Apply a Loval Pres. Lower than Hival |
1187 |
Enter applied Loval: |
1188 |
SENSOR LIMITS:
USL: %{2}%{0}
LSL: %{1}%{0} |
1189 |
CALIBRATION:
URV: %{5}%{3}
LRV: %{4}%{3} |
1190 |
Applied values read:
PV: %{1}%{0} |
1191 |
Last Input val used:
Val: %{1}%{0} |
1192 |
Enter the reference Temperature: |
1193 |
Applied values read:
PV: %{1} %{0} |
1194 |
Applied zero reads:
PV: %{1}%{0} |
1195 |
Last Input val used:
Hival: %{2}%{0} Loval: %{1}%{0} |
1196 |
Last Input val used:
Loval: %{1}%{0} |
1197 |
Low Trim;Display limits;Exit |
1198 |
Apply Pres. |
1199 |
SENSOR LIMITS:
LSL: %{1}%{0} |
1200 |
CALIBRATION:
LRL: %{4}%{3} |
1201 |
Applied values read:
PV: %{1}
Units: %{0} |
1202 |
Applied zero reads:
PV: %{1}
Units: %{0} |
1203 |
Device will perform warm startup.After the end of this operation it may be necessary to reconnect the device. Continue? |
1204 |
The Sensor Trimming is set to the User trimming! Actual settings are lost. Continue? |
1205 |
The Device is set to default setting! Actual settings are lost.After the end of this operation it may be necessary to reconnect the device. Continue? |
1206 |
The Configuration Changed Flag is cleared! Continue? |
1207 |
The Actual Sensor Trimming is Saved as User Trimming! Continue? |
1208 |
The Actual device settings is Saved as Default setting! Continue? |
1209 |
The Sensor Trimming parameters are set to the factory settings! User specific settings are lost. Continue? |
1210 |
The Output Trimming parameters are set to the factory settings! User specific settings are lost. Continue? |
1211 |
Select |
1212 |
Simulate Presure Value;Simulate Sensor Temperature Value;Exit |
1213 |
Enter the Pressure Simulation Value |
1214 |
Enter the Sensor Temperature Simulation Value |
1215 |
Simulate Presure Value;Simulate Static Presure Value;Simulate Sensor Temperature Value;Exit |
1216 |
Enter the Static Pressure Simulation Value |
1217 |
Enter the Password |
1218 |
Enter New Password |
1219 |
Warning! Totalizer 1 Value will be reset if you continue |
1220 |
Warning! Totalizer 2 Value will be reset if you continue |
1221 |
Warning! Totalizer Batch Value will be reset if you continue |
1222 |
Device Serial No:%{0}%{1}%{2}000000000%{4} |
1223 |
Device Serial No:%{0}%{1}%{2}00000000%{4} |
1224 |
Device Serial No:%{0}%{1}%{2}0000000%{4} |
1225 |
Device Serial No:%{0}%{1}%{2}000000%{4} |
1226 |
Device Serial No:%{0}%{1}%{2}00000%{4} |
1227 |
Device Serial No:%{0}%{1}%{2}0000%{4} |
1228 |
Device Serial No:%{0}%{1}%{2}000%{4} |
1229 |
Device Serial No:%{0}%{1}%{2}00%{4} |
1230 |
Device Serial No:%{0}%{1}%{2}0%{4} |
1231 |
Device Serial No:%{0}%{1}%{2}%{4} |
1232 |
Hardware Revision:0%{0}.0%{1}.0%{2} |
1233 |
Software Revision:0%{0}.0%{1}.0%{2} |
1234 |
Sensor Revision:0%{0}.0%{1}.0%{2} |
1235 |
The PILD is running.do you want to Stop it? |
1236 |
Please wait.... |
1237 |
PILD Status:%{0}
PILD Output: %{1}
PILD Training Output: %{2} |
1238 |
Do you want start now the new Training phase ? |
1239 |
This operation may take several minutes.. |
1240 |
PILD Training in progress.
Please wait.... |
1241 |
PILD Status: %{0}
PILD Output: %{1}
PILD Training Output: %{2} |
1242 |
Electronic Temperature out Of Low Limit |
1243 |
Electronic Temperature out Of High Limit |
1244 |
Electronic Temperature out Of Low Limit
Electronic Temperature out Of High Limit |
1245 |
Power Supply Too Low |
1246 |
Power Supply Too High |
1247 |
Power Supply Too Low
Power Supply Too High |
1248 |
Both Impulse Line plugged |
1249 |
Impulse Line On High Side Plugged |
1250 |
Impulse Line On Low Side Plugged |
1251 |
One Undetected Impulse Line Plugged |
1252 |
Both Impulse Line plugged
Impulse Line On High Side Plugged |
1253 |
Impulse Line On High Side Plugged
Impulse Line On Low Side Plugged |
1254 |
Impulse Line On High Side Plugged
One Undetected Impulse Line Plugged |
1255 |
Impulse Line On Low Side Plugged
One Undetected Impulse Line Plugged |
1256 |
Both Impulse Line plugged
One Undetected Impulse Line Plugged |
1257 |
Both Impulse Line plugged
Impulse Line On Low Side Plugged |
1258 |
Both Impulse Line plugged
Impulse Line On High Side Plugged
Impulse Line On Low Side Plugged |
1259 |
Impulse Line On High Side Plugged
Impulse Line On Low Side Plugged
One Undetected Impulse Line Plugged |
1260 |
Both Impulse Line plugged
Impulse Line On Low Side Plugged
One Undetected Impulse Line Plugged |
1261 |
Both Impulse Line plugged
Impulse Line On High Side Plugged
One Undetected Impulse Line Plugged |
1262 |
Both Impulse Line plugged
Impulse Line On High Side Plugged
Impulse Line On Low Side Plugged
One Undetected Impulse Line Plugged |
1263 |
Analog Output Low Saturated |
1264 |
Analog Output High Saturated |
1265 |
Analog Output Low Saturated
Analog Output High Saturated |
1266 |
Trend Configuration Error |
1267 |
Totaliser Configuration Error |
1268 |
Trend Configuration Error
Totaliser Configuration Error |
1269 |
P-dp Simulation Active |
1270 |
P-dp Simulation Active
Static Pressure Simulation Active |
1271 |
P-dp Simulation Active
Sensor Temperature Simulation Active |
1272 |
Static Pressure Simulation Active
Sensor Temperature Simulation Active |
1273 |
P-dp Simulation Active
Static Pressure Simulation Active
Sensor Temperature Simulation Active |
1274 |
Digital To Analog Convertor Problem |
1275 |
Wrong Device Configuration |
1276 |
Digital To Analog Convertor Problem
Wrong Device Configuration |
1277 |
Missing Primary Signal |
1278 |
Invalid Sensor |
1279 |
Missing Primary Signal
Invalid Sensor |
1280 |
Primary Value Out Of Low Range |
1281 |
Primary Value Out Of High Range |
1282 |
Primary Value Out Of Low Range
Primary Value Out Of High Range |
1283 |
Replace required - Both data direction valid |
1284 |
Replace required - FE to CB not applicable |
1285 |
Replace enabled - FE to CB not applicable |
1286 |
Replace required - Both data direction valid
Replace required - FE to CB not applicable |
1287 |
Replace required - Both data direction valid
Replace enabled - FE to CB not applicable |
1288 |
Replace required - FE to CB not applicable
Replace enabled - FE to CB not applicable |
1289 |
Replace required - Both data direction valid
Replace required - FE to CB not applicable
Replace enabled - FE to CB not applicable |
1290 |
Days :%{1}
Hours :%{2}
Minutes :%{3}
Seconds :%{4} |
1291 |
PV is: |
1292 |
SV is: |
1293 |
TV is: |
1294 |
QV is: |
1295 |
Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}000000000%{Local_DeviceSerialNumber} |
1296 |
Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}00000000%{Local_DeviceSerialNumber} |
1297 |
Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}0000000%{Local_DeviceSerialNumber} |
1298 |
Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}000000%{Local_DeviceSerialNumber} |
1299 |
Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}00000%{Local_DeviceSerialNumber} |
1300 |
Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}0000%{Local_DeviceSerialNumber} |
1301 |
Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}000%{Local_DeviceSerialNumber} |
1302 |
Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}00%{Local_DeviceSerialNumber} |
1303 |
Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}0%{Local_DeviceSerialNumber} |
1304 |
Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}%{Local_DeviceSerialNumber} |