0 |
Level |
1 |
Level value |
2 |
.3f |
3 |
Level Units |
4 |
Engineering Units for the distance measurements. |
5 |
Level Data Quality |
6 |
Level Limit Status |
7 |
Level Status |
8 |
Level Classification |
9 |
Level Device Family |
10 |
Level Minimum Span |
11 |
Damping |
12 |
.2f |
13 |
Simulation |
14 |
Level value simulation status. |
15 |
OFF |
16 |
ON |
17 |
Level Update Period |
18 |
|
19 |
Sensor s/n |
20 |
7d |
21 |
Simulate |
22 |
Update Period |
23 |
LIN 0 Data Quality |
24 |
LIN 0 Limit Status |
25 |
LIN 0 Level Status |
26 |
Output Type |
27 |
Volume |
28 |
LIN 0 Upper Sensor Limit |
29 |
LIN 0 Lower Sensor Limit |
30 |
LIN 0 Minimum Span |
31 |
Linearized Level Minimum Span |
32 |
LIN 0 Update Period |
33 |
Sensor Serial Number |
34 |
Linearized Value for Volume |
35 |
Volume Unit |
36 |
Linearized Level - Volume Unit |
37 |
Lin Level Classification |
38 |
LIN Damping |
39 |
8.2f |
40 |
Linearized Level value simulation status. |
41 |
Ullage |
42 |
Ullage Value |
43 |
Ullage Data Quality |
44 |
Ullage Limit Status |
45 |
Ullage Status |
46 |
Ullage Classification |
47 |
Ullage Upper Sensor Limit |
48 |
Ullage Lower Sensor Limit |
49 |
Ullage Minimum Span |
50 |
Ullage Damping |
51 |
Ullage value simulation status. |
52 |
Ullage Update Period |
53 |
Temperature |
54 |
Temperature Unit |
55 |
Sensor Temperature Units- Engineering unit to be displayed with Sensor Temperature. |
56 |
Temperature Data Quality |
57 |
Temperature Limit Status |
58 |
Temperature Status |
59 |
Temperature Classification |
60 |
Temperature USL |
61 |
Temperature LSL |
62 |
Minimum Span |
63 |
Damping Value- Damping time constant applied to temperature value. The units of this variable are always in seconds. |
64 |
Temperature value simulation status. |
65 |
Temperature Update Period |
66 |
Temperature Sensor Serial Number |
67 |
Amplitude |
68 |
Amplitude:Strength of the received signal |
69 |
Amplitude Unit |
70 |
Amplitude Units- Engineering unit to be displayed with Amplitude. |
71 |
Percent |
72 |
Amplitude Data Quality |
73 |
Amplitude Limit Status |
74 |
Amplitude Status |
75 |
Amplitude classification |
76 |
Amplitude USL |
77 |
Amplitude LSL |
78 |
Damping Value- Damping time constant applied to amplitude value. The units of this variable are always in seconds. |
79 |
Amplitude Update Period |
80 |
Amplitude Sensor Serial Number |
81 |
Loop Warning Variables |
82 |
Loop Warning Variables- Variables that display a warning message before new values are sent. |
83 |
Read Variables |
84 |
List of variables that can be upload as intended |
85 |
Write Variables |
86 |
List of variables that can be edited Off-line and written to the device |
87 |
Measurement Mode |
88 |
Media to be measured |
89 |
Standard |
90 |
Clear Liquid |
91 |
Positioning |
92 |
Dust and Vapor |
93 |
Clear Table |
94 |
Selecting CLEAR TABLE will completely erase all values from the Linearization Table. |
95 |
Restore Table |
96 |
Selecting RESTORE TABLE will reinstall the values of a Linearization Table that have been stored in the Back Up file of the device. |
97 |
Save Table |
98 |
Selecting SAVE TABLE will store all of the values in the Linearization Table to a Back Up file in the EPROM of the device. |
99 |
Linearization Table |
100 |
Displays the Linearization Input points, Output points and points status. |
101 |
No. |
102 |
Input Value |
103 |
Output Value |
104 |
Point status |
105 |
1 |
106 |
2 |
107 |
3 |
108 |
4 |
109 |
5 |
110 |
6 |
111 |
7 |
112 |
8 |
113 |
9 |
114 |
10 |
115 |
11 |
116 |
12 |
117 |
13 |
118 |
14 |
119 |
15 |
120 |
16 |
121 |
17 |
122 |
18 |
123 |
19 |
124 |
20 |
125 |
21 |
126 |
Set LIN Points |
127 |
Configures the LIN points mode, LIN Input points, LIN Output points and LIN points status. |
128 |
SW Write Protection |
129 |
Indicates whether variables can be written to the Field Device, or whether commands that cause actions to be performed in the Field Device, can or cannot occur. |
130 |
Mounting Orientation |
131 |
Device may be either Top or Bottom Mounted. |
132 |
Bottom |
133 |
Top |
134 |
Service Code Logout |
135 |
Upper Sensor Limit for the temperature sensor. |
136 |
Lower Sensor Limit for the temperature sensor. |
137 |
Offset |
138 |
Offsets the temperature value read from the RTD at the bottom of the probe. |
139 |
Total Run Time |
140 |
Total run time in days since last device reset. |
141 |
days |
142 |
CPU Load |
143 |
Percent of CPU load. |
144 |
% |
145 |
Alarm Delay |
146 |
The output will go to alarm state only if there is a loss of signal that lasts at least the duration of the alarm delay. |
147 |
s |
148 |
Pulse Width |
149 |
Amount of energy used for the level measurement. |
150 |
Signal Polarity |
151 |
The signal can be either standard or flipped. |
152 |
Flipped |
153 |
Device Configuration |
154 |
Options include 1 or 2 Levels and with or without Temperature. |
155 |
Single Level without Amplitude |
156 |
Single Level with Amplitude |
157 |
Dual Level without Temperature |
158 |
Dual Level with Temperature |
159 |
Blanking Distance |
160 |
Blanking is a measured area which the LLT will be set to ignore including the nozzle distance. It may be necessary to extend the Blanking further past the nozzle to ignore reflections from the top portion of the probe. Blanking is set in terms of units. To adjust the Blanking, enter the distance from the Reference Measurement to be ignored. Do not blank into your measuring range. Signal will be lost. |
161 |
Status |
162 |
Hardware switch that allows remote access. |
163 |
Software Revision |
164 |
Field Device Software Revision- This revision corresponds to the software or firmware, that is embedded in the Field Device. |
165 |
Hardware Revision |
166 |
Electronics hardware revision. |
167 |
Sensor software revision. |
168 |
Hardware Revision- Revision that corresponds to the electronics hardware of the Field Device. |
169 |
sim points |
170 |
index sim |
171 |
Alarm |
172 |
Level Alarm Enable/Disable |
173 |
Disabled |
174 |
Enabled |
175 |
Ullage Alarm Enable/Disable |
176 |
Interface Alarm Enable/Disable |
177 |
Temperature Alarm Enable/Disable |
178 |
Array Alarm Enable |
179 |
Index Alarm Enable |
180 |
Rate units |
181 |
Units for FillingRate and DrainingRate |
182 |
m/hr |
183 |
ft/min |
184 |
Filling rate enable |
185 |
Selection of filing rate |
186 |
Filling rate |
187 |
Filling rate value |
188 |
Failure Mode |
189 |
The failure mode indicates the action taken by the device loop current under error conditions. |
190 |
High |
191 |
Low |
192 |
Low Alarm |
193 |
Low Alarm limit low of the analog output current. (NAMUR Standard = 3.6 mA) |
194 |
mA (NAMUR Standard = 3.6 mA) |
195 |
High Alarm |
196 |
High Alarm limit High of the analog output current. (NAMUR Standard = 21.0 mA) |
197 |
mA (NAMUR Standard = 21.0 mA) |
198 |
Low Saturation |
199 |
Saturation limit low of the analog output current. |
200 |
High Saturation |
201 |
Saturation limit high of the analog output current. |
202 |
Access Level |
203 |
Access Level can be Read Only or Standard or Advanced or Service user |
204 |
Read Only |
205 |
Advanced |
206 |
Service |
207 |
HART Service Code |
208 |
Incorrect password; access level reduced to Read Only. |
209 |
Alarm Source |
210 |
Alarm selection source may be either Software, Hardware Low or Hardware High. |
211 |
Software |
212 |
Hardware-Low |
213 |
Hardware-High |
214 |
LIN Input Point 1 |
215 |
Linearized input point 1 |
216 |
LIN Input Point 2 |
217 |
Linearized input point 2 |
218 |
LIN Input Point 3 |
219 |
Linearized input point 3 |
220 |
LIN Input Point 4 |
221 |
Linearized input point 4 |
222 |
LIN Input Point 5 |
223 |
Linearized input point 5 |
224 |
LIN Input Point 6 |
225 |
Linearized input point 6 |
226 |
LIN Input Point 7 |
227 |
Linearized input point 7 |
228 |
LIN Input Point 8 |
229 |
Linearized input point 8 |
230 |
LIN Input Point 9 |
231 |
Linearized input point 9 |
232 |
LIN Input Point 10 |
233 |
Linearized input point 10 |
234 |
LIN Input Point 11 |
235 |
Linearized input point 11 |
236 |
LIN Input Point 12 |
237 |
Linearized input point 12 |
238 |
LIN Input Point 13 |
239 |
Linearized input point 13 |
240 |
LIN Input Point 14 |
241 |
Linearized input point 14 |
242 |
LIN Input Point 15 |
243 |
Linearized input point 15 |
244 |
LIN Input Point 16 |
245 |
Linearized input point 16 |
246 |
LIN Input Point 17 |
247 |
Linearized input point 17 |
248 |
LIN Input Point 18 |
249 |
Linearized input point 18 |
250 |
LIN Input Point 19 |
251 |
Linearized input point 19 |
252 |
LIN Input Point 20 |
253 |
Linearized input point 20 |
254 |
LIN Input Point 21 |
255 |
Linearized input point 21 |
256 |
LIN Output Point 1 |
257 |
Linearized output point 1 |
258 |
LIN Output Point 2 |
259 |
Linearized output point 2 |
260 |
LIN Output Point 3 |
261 |
Linearized output point 3 |
262 |
LIN Output Point 4 |
263 |
Linearized output point 4 |
264 |
LIN Output Point 5 |
265 |
Linearized output point 5 |
266 |
LIN Output Point 6 |
267 |
Linearized output point 6 |
268 |
LIN Output Point 7 |
269 |
Linearized output point 7 |
270 |
LIN Output Point 8 |
271 |
Linearized output point 8 |
272 |
LIN Output Point 9 |
273 |
Linearized output point 9 |
274 |
LIN Output Point 10 |
275 |
Linearized output point 10 |
276 |
LIN Output Point 11 |
277 |
Linearized output point 11 |
278 |
LIN Output Point 12 |
279 |
Linearized output point 12 |
280 |
LIN Output Point 13 |
281 |
Linearized output point 13 |
282 |
LIN Output Point 14 |
283 |
Linearized output point 14 |
284 |
LIN Output Point 15 |
285 |
Linearized output point 15 |
286 |
LIN Output Point 16 |
287 |
Linearized output point 16 |
288 |
LIN Output Point 17 |
289 |
Linearized output point 17 |
290 |
LIN Output Point 18 |
291 |
Linearized output point 18 |
292 |
LIN Output Point 19 |
293 |
Linearized output point 19 |
294 |
LIN Output Point 20 |
295 |
Linearized output point 20 |
296 |
LIN Output Point 21 |
297 |
Linearized output point 21 |
298 |
LIN Point Status 1 |
299 |
Linearized Point Status 1 |
300 |
LIN Point Status 2 |
301 |
Linearized Point Status 2 |
302 |
LIN Point Status 3 |
303 |
Linearized Point Status 3 |
304 |
LIN Point Status 4 |
305 |
Linearized Point Status 4 |
306 |
LIN Point Status 5 |
307 |
Linearized Point Status 5 |
308 |
LIN Point Status 6 |
309 |
Linearized Point Status 6 |
310 |
LIN Point Status 7 |
311 |
Linearized Point Status 7 |
312 |
LIN Point Status 8 |
313 |
Linearized Point Status 8 |
314 |
LIN Point Status 9 |
315 |
Linearized Point Status 9 |
316 |
LIN Point Status 10 |
317 |
Linearized Point Status 10 |
318 |
LIN Point Status 11 |
319 |
Linearized Point Status 11 |
320 |
LIN Point Status 12 |
321 |
Linearized Point Status 12 |
322 |
LIN Point Status 13 |
323 |
Linearized Point Status 13 |
324 |
LIN Point Status 14 |
325 |
Linearized Point Status 14 |
326 |
LIN Point Status 15 |
327 |
Linearized Point Status 15 |
328 |
LIN Point Status 16 |
329 |
Linearized Point Status 16 |
330 |
LIN Point Status 17 |
331 |
Linearized Point Status 17 |
332 |
LIN Point Status 18 |
333 |
Linearized Point Status 18 |
334 |
LIN Point Status 19 |
335 |
Linearized Point Status 19 |
336 |
LIN Point Status 20 |
337 |
Linearized Point Status 20 |
338 |
LIN Point Status 21 |
339 |
Linearized Point Status 21 |
340 |
array points |
341 |
index array points |
342 |
Input Unit |
343 |
The input units for the linearized level values. |
344 |
Input Mode |
345 |
Determines how the values in the table will be assigned; either by entering the input values manually or by raising the tank level and entering the values automatically.
-Manual Mode allows the entry of the input values along with the desired respective output level.
-Automatic mode requires the level of the product to be at the measured level when the respective output value is set.
NOTE: Manual mode will produce a more exact linearization profile compared to Automatic mode. |
346 |
Automatic |
347 |
Manual |
348 |
LIN Input Mode 1 |
349 |
LIN Input Mode 2 |
350 |
LIN Input Mode 3 |
351 |
LIN Input Mode 4 |
352 |
LIN Input Mode 5 |
353 |
LIN Input Mode 6 |
354 |
LIN Input Mode 7 |
355 |
LIN Input Mode 8 |
356 |
LIN Input Mode 9 |
357 |
LIN Input Mode 10 |
358 |
LIN Input Mode 11 |
359 |
LIN Input Mode 12 |
360 |
LIN Input Mode 13 |
361 |
LIN Input Mode 14 |
362 |
LIN Input Mode 15 |
363 |
LIN Input Mode 16 |
364 |
LIN Input Mode 17 |
365 |
LIN Input Mode 18 |
366 |
LIN Input Mode 19 |
367 |
LIN Input Mode 20 |
368 |
LIN Input Mode 21 |
369 |
array write points |
370 |
index array write points |
371 |
Output value too large |
372 |
Output value too small |
373 |
Input value too large |
374 |
Input value too small |
375 |
Linearization Table Action |
376 |
Reload Table |
377 |
Backup Table |
378 |
LIN Table Clear |
379 |
LIN Table Reload |
380 |
LIN Table Backup |
381 |
Output Maximum |
382 |
The value assigned to the highest measurable point along the probe length, this value must be greater than the largest value entered in the Linearization Table. |
383 |
Output Minimum |
384 |
The value assigned to the lowest measurable point along the probe length. Typically this will be set to 0, although it is not required. |
385 |
Output Unit |
386 |
Linearized Output units allows the selection of the desired output units for the linearization table. Linearized output units can be in Level, Volume or Volume Flow units. Please see the Installation & Maintenance Manual or menu contents for unit options. |
387 |
Invalid Unit Type |
388 |
LIN Output Unit |
389 |
Linearization Volume Units |
390 |
Linearization Level Units |
391 |
Array Linearization Units |
392 |
Linearization_Units |
393 |
Linearization State |
394 |
If the linearization State is active, the linearized level and linearized interface (in 2 level devices) will be calculated based on the linearization table. If the linearization state is inactive, the linearized level will track the level and in 2 level devices, the linearized interface will track the interface. |
395 |
Position |
396 |
Sensor Reference Point |
397 |
Interface |
398 |
User Distance |
399 |
End of Probe |
400 |
Distance |
401 |
Distance Unit |
402 |
Set waveform x-axis distance units. |
403 |
Waveform Start |
404 |
Increment |
405 |
Vessel Full (URV) |
406 |
The upper range value for the Level measurement. |
407 |
Vessel Empty (LRV) |
408 |
The lower range value for the Level measurement. |
409 |
The upper range value for the Linearized Level measurement. |
410 |
The lower range value for the Linearized Level measurement. |
411 |
The upper range value for the Ullage measurement. |
412 |
The lower range value for the Ullage measurement. |
413 |
The upper range value for the Amplitude measurement. |
414 |
The lower range value for the Amplitude measurement. |
415 |
array range |
416 |
index array range |
417 |
Invalid span |
418 |
Span too small |
419 |
Horizontal Scale |
420 |
0.25 ft/div |
421 |
0.5 ft/div |
422 |
1 ft/div |
423 |
2 ft/div |
424 |
0.05 m/div |
425 |
0.1 m/div |
426 |
0.2 m/div |
427 |
0.4 m/div |
428 |
3 in/div |
429 |
6 in/div |
430 |
12 in/div |
431 |
24 in/div |
432 |
5 cm/div |
433 |
10 cm/div |
434 |
20 cm/div |
435 |
40 cm/div |
436 |
50 mm/div |
437 |
100 mm/div |
438 |
200 mm/div |
439 |
400 mm/div |
440 |
Draining rate enable |
441 |
Draining rate |
442 |
Draining rate value |
443 |
No measurement period enable |
444 |
Selection of no measurement period |
445 |
No measurement period |
446 |
No measurement period value |
447 |
.1f |
448 |
8.1f |
449 |
Display Mode |
450 |
Sets the number of lines and the number of characters per line on this page. Also, determines if bargraph is displayed or not. |
451 |
Graph |
452 |
1 row with 6 characters(variation A) |
453 |
1 row with 6 characters(variation B) |
454 |
1 row with 6 characters + Bargraph |
455 |
1 row with 9 characters |
456 |
1 row with 9 characters + Bargraph |
457 |
2 rows with 9 characters |
458 |
2 rows with 9 characters + Bargraph |
459 |
3 rows with 9 characters |
460 |
Off |
461 |
1st Line |
462 |
Sets the device variable that is displayed in Line 1. |
463 |
Current Output % |
464 |
Current Output mA |
465 |
Electronic Temperature (deg C) |
466 |
2nd Line |
467 |
Sets the device variable that is displayed in Line 2 if present. |
468 |
3rd Line |
469 |
Sets the device variable that is displayed in Line 3 if present. |
470 |
Bargraph |
471 |
Sets the device variable that is displayed in the bargraph if present. |
472 |
Array Operator Pages |
473 |
Index Operator Pages |
474 |
Local Operation |
475 |
Enables local operation with push buttons. |
476 |
Language |
477 |
The LLT has been equipped with several different operating languages to assist in the setup of the unit. When a specific language is selected, the titles of the menu items will be translated. Abbreviations specific to the LLT will remain unchanged as icons regardless of language selection. |
478 |
English |
479 |
Deutsch |
480 |
Fransais |
481 |
Contrast |
482 |
Adjusts the contrast of the device HMI. |
483 |
Autoscroll |
484 |
Enables autoscrolling of the Operator pages on the HMI. |
485 |
Date Format |
486 |
DD-MM-YYYY |
487 |
MM-DD-YYYY |
488 |
YYYY-MM-DD |
489 |
Display Revision |
490 |
Display revision. |
491 |
Diagnosis Condition Nummber |
492 |
Diagnosis Condition Number |
493 |
Diagnosis Condition Details Class |
494 |
Diagnosis Condition Details Group |
495 |
Diagnosis Condition Details Priority |
496 |
Diagnosis Condition Details Alarm Counter |
497 |
Diagnosis Condition Details Alarm Time Counter Day |
498 |
Diagnosis Condition Details Alarm Time Counter Msec |
499 |
Diagnosis Condition Details Time Stamp Last Alarm Day |
500 |
Diagnosis Condition Details Time Stamp Last Alarm Msec |
501 |
Extended Diagnostics 0 |
502 |
Diagnosis Condition Details Code |
503 |
Simulated data |
504 |
Simulated alarm |
505 |
Electronics Non-volatile memory failure |
506 |
Electronics Non-volatile memory write failure |
507 |
Safety function flow failure |
508 |
HMI validation test failure |
509 |
Electronics temperature too low |
510 |
Electronics temperature too high |
511 |
Invalid current input value |
512 |
Failsafe low |
513 |
Span limit high |
514 |
Span limit low |
515 |
Hardware limit low |
516 |
Hardware limit high |
517 |
System limit low |
518 |
System in fixed current mode |
519 |
Power supply too low(< 10.5 V DC) |
520 |
Power supply too high(> 40.5 V DC) |
521 |
Current readback failed - High |
522 |
Current readback failed - Low |
523 |
Electronics RAM failure |
524 |
Electronics ROM failure |
525 |
Ambient temperature too high |
526 |
Ambient temperature too low |
527 |
Illegal memory access |
528 |
Memory test failure |
529 |
Electronics self-test failure |
530 |
Level Sensor out of Limits |
531 |
FE not responding |
532 |
FE laser failure |
533 |
FE no reference detected |
534 |
FE too many targets detected |
535 |
FE FPGA self-detected failure |
536 |
FE FPGA data error |
537 |
Target loss error |
538 |
Reference peak amplitude too low |
539 |
Reference peak amplitude too high |
540 |
Sensor Communication error |
541 |
Device Reset Required |
542 |
Invalid algorithm parameters |
543 |
Sensor not calibrated |
544 |
PV value out of range |
545 |
Level Low Low alarm |
546 |
Level Low warning |
547 |
Level High warning |
548 |
Level High High alarm |
549 |
Ullage Low Low alarm |
550 |
Ullage Low warning |
551 |
Ullage High warning |
552 |
Ullage High High alarm |
553 |
Level Measurement in Simulation Mode |
554 |
Ullage Measurement in Simulation Mode |
555 |
Volume in Simulation Mode |
556 |
Amplitude Measurement in Simulation Mode |
557 |
Extended Diagnostics 1 |
558 |
Diagnostics Condition Details Code |
559 |
Extended Diagnostics 2 |
560 |
Extended Diagnostics 3 |
561 |
Extended Diagnostics 4 |
562 |
Extended Diagnostics 5 |
563 |
Extended Diagnostics 6 |
564 |
Extended Diagnostics 7 |
565 |
Extended Diagnostics 8 |
566 |
Extended Diagnostics 9 |
567 |
Extended Diagnostics 10 |
568 |
Extended Diagnostics 11 |
569 |
Extended Diagnostics 12 |
570 |
Extended Diagnostics 13 |
571 |
Ext. Diagnostics 1 |
572 |
Ext. Diagnostics 2 |
573 |
Ext. Diagnostics 3 |
574 |
Ext. Diagnostics 4 |
575 |
Ext. Diagnostics 5 |
576 |
Ext. Diagnostics 6 |
577 |
Ext. Diagnostics 7 |
578 |
Extended Diag. 1 |
579 |
Extended Diag. 2 |
580 |
Ext. Diagnostics 8 |
581 |
Ext. Diagnostics 9 |
582 |
Ext. Diagnostics 10 |
583 |
Masking |
584 |
Undefined |
585 |
Write protect failure |
586 |
Safety function flow error |
587 |
Level sensor out of limits |
588 |
Electronics MCU Failure |
589 |
Level Sensor Out of Range |
590 |
Sensor board failure |
591 |
Device reset required |
592 |
Sensor communication error |
593 |
Electronics NV memory failure |
594 |
Front-end read-back amplitude too high |
595 |
Electronics insufficient input voltage |
596 |
Ambient temperature out of range |
597 |
Data Simulation warning |
598 |
Alarm in Simulation Mode |
599 |
Current output fixed mode |
600 |
Primary current uncertain |
601 |
Target lost delay expired |
602 |
Primary current saturated |
603 |
Current read back failed |
604 |
Process media warning |
605 |
Process media alarm |
606 |
Algorithm configuration invalid |
607 |
Diagnostics Simulation |
608 |
Diagnostics simulation status |
609 |
Data in Simulation Mode |
610 |
Alarm in Simulation Mode |
611 |
Safety Function Flow Error |
612 |
HMI Validation Test Failure |
613 |
Electronics Temperature Too Low |
614 |
Electronics Temperature Too High |
615 |
Invalid current Input Value |
616 |
Fail safe Low |
617 |
Span Limit High |
618 |
Span Limit Low |
619 |
Hardware Limit Low |
620 |
Hardware Limit High |
621 |
System Limit Low |
622 |
System in Fixed Current Mode |
623 |
Power Supply Too Low (< 10.5 V DC) |
624 |
Power Supply Too High (> 40.5 V DC) |
625 |
Current Readback Failed High |
626 |
Current Readback Failed Low |
627 |
Electronics RAM Failure |
628 |
Electronics ROM Failure |
629 |
Ambient Temperature Too High |
630 |
Ambient Temperature Too Low |
631 |
Illegal Memory Access Failure |
632 |
Memory Test Failure |
633 |
Electronics Self-Test Failure |
634 |
Level Sensor out of Limits-Level Reading |
635 |
Front-end not responding |
636 |
Front-end laser failure |
637 |
Front-end,No reference detected |
638 |
Front-end, Too many targets detected |
639 |
Front-end FPGA self-detected failure |
640 |
Front-end, FPGA data error |
641 |
Target lost error |
642 |
Sensor Communications Error |
643 |
PV Value Out of Range |
644 |
Level Low Low Alarm |
645 |
Level Low Warning |
646 |
Level High Warning |
647 |
Level High High Alarm |
648 |
Ullage Low Low Alarm |
649 |
Ullage Low Warning |
650 |
Ullage High Warning |
651 |
Ullage High High Alarm |
652 |
Median Filter |
653 |
Selection of Median Filter |
654 |
Median filter buffer |
655 |
Size of Median filter buffer |
656 |
.0f |
657 |
2.0f |
658 |
Electronics Temperature |
659 |
The ambient temperature of the device surroundings. |
660 |
deg C |
661 |
Set Standard Password |
662 |
Change password for Standard Access Level. |
663 |
Set Advanced Password |
664 |
Change password for Advanced Access Level. |
665 |
Array Write Password |
666 |
Index Write Passowrd |
667 |
Sensor ID |
668 |
ID of the device sensor |
669 |
Array Alarm Non Media Level Points |
670 |
index array alarm Non Mdeia Level points |
671 |
array alarm limit low low |
672 |
index array alarm limit low low |
673 |
array alarm limit low |
674 |
index array alarm limit low |
675 |
array alarm limit high |
676 |
index array alarm limit high |
677 |
array alarm limit high high |
678 |
index array alarm limit high high |
679 |
Sensor Status Byte 0 |
680 |
Sensor defect |
681 |
Sensor Unknown |
682 |
Sensor Value Invalid |
683 |
Sensor Signal Lost |
684 |
Sensor Signal Interface |
685 |
Critical Siganl to Noise Ratio |
686 |
New Sensor Settings Necessary |
687 |
Sensor Status Byte 1 |
688 |
Additional Sensor defect |
689 |
Additional Sensor Value Invalid |
690 |
Level Status Byte 0 |
691 |
Level below Level Alarm Low Low |
692 |
Level below Low Alarm Low |
693 |
Level below Level Alarm High |
694 |
Level above Level Alarm High High |
695 |
Distance in Blocking Distance Low |
696 |
Distance in Blocking Distance High |
697 |
Level Status Byte 1 |
698 |
New Calibration necessary |
699 |
Incorrect Calibration |
700 |
New Level Settings Necessary |
701 |
Interface Status Byte 0 |
702 |
Interface below Level Alarm Low Low |
703 |
Interface below Low Alarm Low |
704 |
Interface below Level Alarm High |
705 |
Interface above Level Alarm High High |
706 |
Interface Status Byte 1 |
707 |
Array Status |
708 |
Index Array Status |
709 |
Family revision |
710 |
Family Revision |
711 |
Additional Sensor Availability |
712 |
Additional Sensor Device Variable Availability |
713 |
Not Available |
714 |
Available |
715 |
Ullage Available |
716 |
Ullage Device Variable Available |
717 |
Snsr Tech. Code |
718 |
Type of Sensor in the field device. |
719 |
Laser |
720 |
Num of Calibration Points |
721 |
Maximum number of Calibration Points |
722 |
Sensor Compensation Availbility |
723 |
Blocking Distances Availbility |
724 |
No Blocking Distance |
725 |
Only Blocking Distance High |
726 |
Only Blocking Distance Low |
727 |
Both Blocking Distances |
728 |
Unknown |
729 |
Special |
730 |
Array Level Family Capability |
731 |
Index Level Family Capability |
732 |
Device Variable Code Media Level |
733 |
Device Variable Code of the Media Level |
734 |
Device Variable Code Ullage Level |
735 |
Device Variable Code of the Ullage Level |
736 |
Device Variable Code Additional Sensor |
737 |
Device Variable Code of the Additional Sensor |
738 |
Classification Additional Sensor |
739 |
Array Read Level Family Device Variable Values |
740 |
Index Read Level Family Device Variable Values |
741 |
Additional Sensor Unit |
742 |
Additional Sensor Value |
743 |
Sensor Unit Type |
744 |
Sensor Units Type |
745 |
Sensor Units |
746 |
Measured Level Value |
747 |
The level of the product in the vessel before Level Offset |
748 |
Measured Interface Value |
749 |
The interface of the product in the vessel before Interface Offset |
750 |
Sensor Value |
751 |
Raw Sensor Value |
752 |
Array Read Level Family Internal Variable Values |
753 |
Index Read Level Family Internal Variable Values |
754 |
Sensor Offset |
755 |
May be used to compensate for an un-measurable area below a probe OR to align the measurement of the LLT with another device. |
756 |
Sensor Compensation |
757 |
Level Offset |
758 |
The value added to the Measured Level to give the Media Level, this value may be positive, negative or zero. |
759 |
Interface Offset |
760 |
The value added to the Measured Interface to give the Media Interface, this value may be positive, negative or zero. |
761 |
Vessel Height (URP) |
762 |
The Level at which the Ullage Level is zero. |
763 |
Low Low |
764 |
The Level value below which the Level Alarm Low Low status bit is set. |
765 |
The Level value below which the Level Alarm Low status bit is set. |
766 |
The Level value above which the Level Alarm High status bit is set. |
767 |
High High |
768 |
The Level value above which the Level Alarm High High status bit is set. |
769 |
The Ullage value below which the Ullage Alarm Low Low status bit is set. |
770 |
The Ullage value below which the Ullage Alarm Low status bit is set. |
771 |
The Ullage value above which the Ullage Alarm High status bit is set. |
772 |
The Ullage value above which the Ullage Alarm High High status bit is set. |
773 |
The Interface value below which the Interface Alarm Low Low status bit is set. |
774 |
The Interface value below which the Interface Alarm Low status bit is set. |
775 |
The Interface value above which the Interface Alarm High status bit is set. |
776 |
The Interface value above which the Interface Alarm High High status bit is set. |
777 |
Array Alarm Points |
778 |
index array alarm points |
779 |
Probe Length |
780 |
The distance between the potential maximum reference point of the device and the Sensor Reference Point. |
781 |
Blocking Distance Low |
782 |
Blocking Distance High |
783 |
Calibration Index |
784 |
Index A |
785 |
Index B |
786 |
Calibration Function Code |
787 |
Change |
788 |
Upper Sensor Point |
789 |
The upper sensor point in the calibration. This corresponds to upper level point (2 level points are used in the LLT calibration table). |
790 |
Lower Sensor Point |
791 |
The lower sensor point in the calibration. This corresponds to lower level point (2 level points are used in the LLT calibration table). |
792 |
Upper Level Point |
793 |
The upper level point in the calibration. This corresponds to upper sensor point (2 level points are used in the LLT calibration table). |
794 |
Lower Level Point |
795 |
The lower level point in the calibration. This corresponds to lower sensor point (2 level points are used in the LLT calibration table). |
796 |
The upper sensor point in the calibration. This corresponds to upper interface point (2 interface points are used in the LLT calibration table). |
797 |
The lower sensor point in the calibration. This corresponds to lower interface point (2 interface points are used in the LLT calibration table). |
798 |
Upper Interface Point |
799 |
The upper interface point in the calibration. This corresponds to upper sensor point (2 interface points are used in the LLT calibration table). |
800 |
Lower Interface Point |
801 |
The lower interface point in the calibration. This corresponds to lower sensor point (2 interface points are used in the LLT calibration table). |
802 |
Calibration Point |
803 |
Index 0 |
804 |
Index 1 |
805 |
Alarm limit selection |
806 |
Alarm limit selection code |
807 |
Level Point too large |
808 |
Level Point too small |
809 |
Identical Sensor Point already specified |
810 |
Non-Monotonic Calibration |
811 |
Delete calibration point not supported |
812 |
Login Standard |
813 |
Login to Standard access level. |
814 |
Login Advanced |
815 |
Login to Advanced access level. |
816 |
Login Service |
817 |
Login to Service access level. |
818 |
Logout Access Level |
819 |
Return to lowest access level. |
820 |
Change Standard Password |
821 |
Change password for Standard access level |
822 |
Change Advanced Password |
823 |
Change password for Advanced access level |
824 |
Reset D/A Trim |
825 |
Reset the device D/A trim points to factory settings. |
826 |
Reset Passwords to Default |
827 |
Reset Standard and Advanced Passwords to the factory defaults. |
828 |
Wet Calibration |
829 |
Calibration performed by writing the level value to the device and having the device measure and store the associated sensor value. |
830 |
Wet Calibration - Level |
831 |
Set Lower Level Point |
832 |
Calibration performed by writing the lower level value to the device and having the device measure and store the associated sensor value. |
833 |
Set Upper Level Point |
834 |
Calibration performed by writing the upper level value to the device and having the device measure and store the associated sensor value. |
835 |
Clear Diagnostics History |
836 |
Clear the diagnostics history in the device. |
837 |
Reset Software Write Protection |
838 |
Turnoff Software Write Protection. |
839 |
PV Value |
840 |
PV value |
841 |
PV Loop Current |
842 |
PV % range |
843 |
PV Percent Range |
844 |
PV % Range |
845 |
Simulate the Level reading of the device. |
846 |
Simulate the Linearized Level reading of the device. |
847 |
Simulate the Ullage reading of the device. |
848 |
Clear Diagnostics Simulated |
849 |
Clear all diagnostics simulated. |
850 |
Reset Level Trim |
851 |
Reset the device level trim points to factory settings. |
852 |
Device Information |
853 |
Device |
854 |
Additional Device Revisions |
855 |
Sensor Revision |
856 |
Device Data |
857 |
Additional Info |
858 |
LSRC Device Image |
859 |
Device image |
860 |
Easy Setup |
861 |
Go to device setup to complete volume calibration |
862 |
Parameterize |
863 |
Device Setup |
864 |
Filtering |
865 |
General |
866 |
PV Setup |
867 |
Process Variables |
868 |
HART Mapping |
869 |
Analog Output |
870 |
Current Output Limits |
871 |
Current Saturation Limits |
872 |
Alarm Limits |
873 |
Current Output Alarm |
874 |
Communication |
875 |
Linearization |
876 |
Setup |
877 |
Linearization Points |
878 |
Configure Table |
879 |
Device Variables |
880 |
Display |
881 |
Display Settings |
882 |
Operator Page 1 |
883 |
Operator Page 2 |
884 |
Operator Page 3 |
885 |
Operator Page 4 |
886 |
Calibration |
887 |
Range Values |
888 |
Current Output |
889 |
D/A Trim |
890 |
Loop Test |
891 |
Output Current |
892 |
Diagnostics |
893 |
Diagnostics Monitoring |
894 |
Electronics Status |
895 |
Electronics |
896 |
Sensor Status |
897 |
Sensor |
898 |
Configuration Status |
899 |
Operating Conditions |
900 |
Process Operating Conditions |
901 |
Process |
902 |
Installation |
903 |
Diagnostics History |
904 |
Diagnostics Masking |
905 |
Operating Condition |
906 |
Configuration |
907 |
Electronics Temperature |
908 |
Process Alarms |
909 |
Device Self Test |
910 |
Sensor Info |
911 |
Sensor Limits |
912 |
Access |
913 |
Access Level Status |
914 |
Login Access Level |
915 |
Read Only Switch |
916 |
Factory Trimming |
917 |
Change Password |
918 |
Dry calibration |
919 |
Used for doing a dry calibration where both the sensor points and level points are submitted by the user. |
920 |
Dry Calibration |
921 |
Calibrated Points |
922 |
Offline |
923 |
Maintenance Root Menu |
924 |
Table |
925 |
Current output |
926 |
Login |
927 |
Sensor Trim Factory Reset |
928 |
Operate |
929 |
LLT100 |
930 |
Fixed |
931 |
4-20 mA |
932 |
HW Write Protection |
933 |
Possible Cause: Write protect condition failed
Suggested Action:Contact ABB if persists |
934 |
Possible Cause:Firmware error
Suggested Action:Reset device,Contact ABB if persists |
935 |
Possible Cause: Measured distance too high/low
Suggested Action: Check for level sensor failure. |
936 |
Electronics MCU failure |
937 |
Possible Cause: Self test failure.
Suggested Action: Contact ABB Support |
938 |
Possible Cause:4-20mA Configuration not matching process.
Suggested Action:Review configuration |
939 |
Possible Cause:Action require reset
Suggested Action:Cycle power for changes to take effect |
940 |
Possible Cause:Electronic failure
Suggested Action:Reset device. Contact ABB if persists |
941 |
Possible Cause:Firmware error
Suggested Action:Contact ABB Service |
942 |
Possible Cause:Firmware error
Suggested Action:Reset device.if persists replace HMI. |
943 |
Possible Cause:Windows obstructed or laser blocked
Suggested Action:Check process and device. Contact ABB if persists. |
944 |
Possible Cause:Insufficient voltage to operate device
Suggested Action: Check power supply. |
945 |
Possible Cause:Ambient temperature out of range
Suggested Action:Readings may be invalid |
946 |
Possible Cause:Device was not calibrated in production
Suggested Action:Contact ABB Service |
947 |
Possible Cause:Device in simulation mode
Suggested Action:One or more process values are in SIM mode |
948 |
Possible Cause:Device in simulation mode
Suggested Action:One or more alarms are in simulation mode |
949 |
Current output in fixed mode |
950 |
Possible Cause: Current output set to fixed mode.
Suggested Action:Process should be in manual control mode |
951 |
Possible Cause:Electronic failure
Suggested Action:Contact ABB support if condition persists |
952 |
Possible Cause:Dust or vapour in process.
Suggested Action:Check Process conditions |
953 |
Possible Cause:4-20mA Range too low
Suggested Action:Contact ABB support if condition persists |
954 |
Current output read back failed |
955 |
Possible Cause: Current output readback failed.
Suggested Action:Contact ABB support if condition persists |
956 |
Possible Cause:Invalid process conditions not matching configuration
Suggested Action:Monitor Process Conditions |
957 |
Possible Cause:Invalid process conditions not matching configuration
Suggested Action: Invalid process conditions not matching configuration |
958 |
Possible Cause:Invalid configuration parameters.
Suggested Action:Adjust Config. Parameters |
959 |
None |
960 |
Check function |
961 |
Off specification |
962 |
Maintenance |
963 |
Failure |
964 |
Electronics status |
965 |
Sensor status |
966 |
Configuration status |
967 |
Operating conditions |
968 |
Process operating conditions |
969 |
Possible Cause:Firmware error
Suggested Action:Reset device. Contact ABB if persists |
970 |
Electronic MCU failure |
971 |
Alarm in simulation Mode |
972 |
QV |
973 |
PV Analog Channel Saturated |
974 |
PV Analog Channel Fixed |
975 |
Wireless |
976 |
WirelessHART Device |
977 |
IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation |
978 |
Primary |
979 |
Primary Analog Channel |
980 |
Secondary |
981 |
Secondary Analog Channel |
982 |
Tertiary |
983 |
Tertiary Analog Channel |
984 |
Quaternary |
985 |
Quaternary Analog Channel |
986 |
Quinary |
987 |
Quinary Analog Channel |
988 |
Critical Power Failure |
989 |
Lock all |
990 |
Trim not supported |
991 |
Configuration cannot be changed |
992 |
Locked by gateway |
993 |
Analog Input Channel |
994 |
Analog Output Channel |
995 |
Secondary Analog Channel Saturated |
996 |
Tertiary Analog Channel Saturated |
997 |
Quaternary Analog Channel Saturated |
998 |
Quinary Analog Channel Saturated |
999 |
Secondary Analog Channel Fixed |
1000 |
Tertiary Analog Channel Fixed |
1001 |
Quaternary Analog Channel Fixed |
1002 |
Quinary Analog Channel Fixed |
1003 |
Simulation active |
1004 |
The device is in simulation mode and the level output is not representative of the process. |
1005 |
Non-Volatile memory failure |
1006 |
The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed. |
1007 |
Volatile memory error |
1008 |
The RAM memory check is invalid or maybe corrupt |
1009 |
Watchdog reset executed |
1010 |
A watchdog reset has been performed |
1011 |
Voltage conditions out of range |
1012 |
A voltage condition is outside its allowable range |
1013 |
Environmental conditions out of range |
1014 |
An internal or environmental condition is beyond acceptable limits. |
1015 |
Electronic failure |
1016 |
A hardware problem not related to the sensor has been detected. |
1017 |
Subdevice list changed |
1018 |
Duplicate master detected |
1019 |
Capacity Denied |
1020 |
The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified |
1021 |
Bandwidth allocation pending |
1022 |
Block transfer pending |
1023 |
Battery life |
1024 |
Percent range |
1025 |
Loop current |
1026 |
Primary variable |
1027 |
Secondary variable |
1028 |
Tertiary variable |
1029 |
Quaternary variable |
1030 |
Read receive time |
1031 |
Write date and time |
1032 |
Non-Volatile Clock |
1033 |
When set the device contains a battery-backed clock. In this case, the clock does not need to be reset if there is a power failure. |
1034 |
Clock Uninitialized |
1035 |
The real-time clock has never been set with the date and time. For example, the clock is volatile and power was removed from and restored to the device. |
1036 |
No restrictions |
1037 |
SI Only |
1038 |
Restricted to SI Unit codes only |
1039 |
Process automation device |
1040 |
Discrete device |
1041 |
Hybrid:Process automation+discrete |
1042 |
I/O System |
1043 |
WirelessHART Process automation device |
1044 |
WirelessHART Discrete device |
1045 |
WirelessHART Process automation+discrete |
1046 |
WirelessHART Gateway |
1047 |
WirelessHART Access point |
1048 |
WirelessHART Process adapter |
1049 |
WirelessHART Discrete adapter |
1050 |
WirelessHART enabled handheld/portable maintenance tool |
1051 |
Device Profile |
1052 |
US |
1053 |
United States of America |
1054 |
JP |
1055 |
Japan |
1056 |
DE |
1057 |
Germany |
1058 |
FR |
1059 |
France |
1060 |
ES |
1061 |
Spain |
1062 |
RU |
1063 |
Russian Federation |
1064 |
CN |
1065 |
People's Republic of China |
1066 |
Secondary Master |
1067 |
Primary Master |
1068 |
Device Diagnostic Status 0 |
1069 |
Device Diagnostic Status 1 |
1070 |
I/O and Subdevice Status |
1071 |
WirelessHART Status |
1072 |
Time Set Option |
1073 |
Real Time Clock Flags |
1074 |
Country |
1075 |
Country of intended device installation |
1076 |
SI Unit Control |
1077 |
Indicates if device should only display SI unit codes |
1078 |
Burst Trigger Units |
1079 |
Enable on token-passing data link layer only |
1080 |
Enable on TDMA data link layer only |
1081 |
Enable on both TDMA and token-passing data link layer |
1082 |
Burst Trigger Class |
1083 |
Continuous |
1084 |
The Burst Message is published continuously at (worst case) the Minimum Update Period. |
1085 |
Window |
1086 |
The Burst Message is triggered when the source value deviates more than the specified trigger value |
1087 |
Rising |
1088 |
The Burst Message is triggered when source value Rises Above the specified trigger value. |
1089 |
Falling |
1090 |
The Burst Message is triggered when the source value Falls Below the specified trigger value. |
1091 |
On-change |
1092 |
The Burst Message is triggered when any value in the message changes. |
1093 |
Enable event notification on token-passing data link layer |
1094 |
Enable event notification on TDMA data link layer |
1095 |
Enable event notification on TDMA and token-passing data link layer |
1096 |
Configuration changed event pending |
1097 |
Device status event pending |
1098 |
More status available event pending |
1099 |
Wired HART Enabled |
1100 |
Enabled on Wired HART device connection only |
1101 |
Wireless HART Enabled |
1102 |
Enabled on WirelessHART device connection only |
1103 |
Both Wired and WirelessHart Enabled |
1104 |
Enabled on both Wired and WirelessHART connections |
1105 |
Burst Msg Trigger Mode |
1106 |
Event Status |
1107 |
Event Notification Control |
1108 |
Device Status Mask |
1109 |
Ext dev status Mask |
1110 |
Device Diagnostic Status 0 Mask |
1111 |
Device Diagnostic Status 1 Mask |
1112 |
Device Diagnostic Status 2 Mask |
1113 |
Device Diagnostic Status 3 Mask |
1114 |
AO saturated Mask |
1115 |
AO fixed Mask |
1116 |
Latched Device Status |
1117 |
Operate mode Mask |
1118 |
Not Defined |
1119 |
Latched Ext dev status |
1120 |
Latched Device Diagnostic Status 0 |
1121 |
Latched Device Diagnostic Status 1 |
1122 |
Latched Device Diagnostic Status 2 |
1123 |
Latched Device Diagnostic Status 3 |
1124 |
Latched AO saturated |
1125 |
Latched AO fixed |
1126 |
Latched Operate Mode |
1127 |
Time Stamp |
1128 |
Relative time value on network |
1129 |
8u |
1130 |
Dynamic Variables Returned for Device Variables |
1131 |
Command Response Truncated |
1132 |
Configuration Change Counter Mismatch |
1133 |
Status bytes mismatch |
1134 |
8.3f |
1135 |
Device Variable |
1136 |
Burst Command |
1137 |
Cmd 48: Read Additional Device Status |
1138 |
Read Additional Device - This command reads additional device status information |
1139 |
Variable to trim |
1140 |
Are you sure you want to clear the linearization table to factory defaults? |
1141 |
Clearing linearization table in progress... |
1142 |
Clearing linearization table completed. |
1143 |
Are you sure you want to restore the linearization table from backup? |
1144 |
Linearization table reload in progress... |
1145 |
Linearization table reload completed. |
1146 |
Are you sure you want to save the linearization table to backup? |
1147 |
Linearization table backup completed. |
1148 |
Please select the point to configure |
1149 |
Point 1;Point 2;Point 3;Point 4;Point 5;Point 6;Point 7;Point 8;Point 9;Point 10;Point 11;Point 12;Point 13;Point 14;Point 15;Point 16;Point 17;Point 18;Point 19;Point 20;Point 21;Exit |
1150 |
Linearization Input Point 1 Mode |
1151 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}.
Press OK when stable. |
1152 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 1: |
1153 |
Linearization Point 1 status |
1154 |
Linearization Point 1 Saved. |
1155 |
Enter Linearization Input Point 1 |
1156 |
Enter Linearization Output Point 1 |
1157 |
Linearization Input Point 2 Mode |
1158 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 2: |
1159 |
Linearization Point 2 status |
1160 |
Linearization Point 2 Saved. |
1161 |
Enter Linearization Input Point 2 |
1162 |
Enter Linearization Output Point 2 |
1163 |
Linearization Input Point 3 Mode |
1164 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 3: |
1165 |
Linearization Point 3 status |
1166 |
Linearization Point 3 Saved. |
1167 |
Enter Linearization Input Point 3 |
1168 |
Enter Linearization Output Point 3 |
1169 |
Linearization Input Point 4 Mode |
1170 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 4: |
1171 |
Linearization Point 4 status |
1172 |
Linearization Point 4 Saved. |
1173 |
Enter Linearization Input Point 4 |
1174 |
Enter Linearization Output Point 4 |
1175 |
Linearization Input Point 5 Mode |
1176 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 5: |
1177 |
Linearization Point 5 status |
1178 |
Linearization Point 5 Saved. |
1179 |
Enter Linearization Input Point 5 |
1180 |
Enter Linearization Output Point 5 |
1181 |
Linearization Input Point 6 Mode |
1182 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 6: |
1183 |
Linearization Point 6 status |
1184 |
Linearization Point 6 Saved. |
1185 |
Enter Linearization Input Point 6 |
1186 |
Enter Linearization Output Point 6 |
1187 |
LIN Input Point 7 Mode |
1188 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 7: |
1189 |
Linearization Point 7 status |
1190 |
Linearization Point 7 Saved. |
1191 |
Enter Linearization Input Point 7 |
1192 |
Enter Linearization Output Point 7 |
1193 |
Linearization Input Point 8 Mode |
1194 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 8: |
1195 |
Linearization Point 8 status |
1196 |
Linearization Point 8 Saved. |
1197 |
Enter Linearization Input Point 8 |
1198 |
Enter Linearization Output Point 8 |
1199 |
Linearization Input Point 9 Mode |
1200 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 9: |
1201 |
Linearization Point 9 status |
1202 |
Linearization Point 9 Saved. |
1203 |
Enter Linearization Input Point 9 |
1204 |
Enter Linearization Output Point 9 |
1205 |
Linearization Input Point 10 Mode |
1206 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 10: |
1207 |
Linearization Point 10 status |
1208 |
Linearization Point 10 Saved. |
1209 |
Enter Linearization Input Point 10 |
1210 |
Enter Linearization Output Point 10 |
1211 |
Linearization Input Point 11 Mode |
1212 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 11: |
1213 |
Linearization Point 11 status |
1214 |
Linearization Point 11 Saved. |
1215 |
Enter Linearization Input Point 11 |
1216 |
Enter Linearization Output Point 11 |
1217 |
LIN Input Point 12 Mode |
1218 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 12: |
1219 |
Linearization Point 12 status |
1220 |
Linearization Point 12 Saved. |
1221 |
Enter Linearization Input Point 12 |
1222 |
Enter Linearization Output Point 12 |
1223 |
Linearization Input Point 13 Mode |
1224 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 13: |
1225 |
Linearization Point 13 status |
1226 |
Linearization Point 13 Saved. |
1227 |
Enter Linearization Input Point 13 |
1228 |
Enter Linearization Output Point 13 |
1229 |
Linearization Input Point 14 Mode |
1230 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 14: |
1231 |
Linearization Point 14 status |
1232 |
Linearization Point 14 Saved. |
1233 |
Enter Linearization Input Point 14 |
1234 |
Enter Linearization Output Point 14 |
1235 |
Linearization Input Point 15 Mode |
1236 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 15: |
1237 |
Linearization Point 15 status |
1238 |
Linearization Point 15 Saved. |
1239 |
Enter Linearization Input Point 15 |
1240 |
Enter Linearization Output Point 15 |
1241 |
Linearization Input Point 16 Mode |
1242 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 16: |
1243 |
Linearization Point 16 status |
1244 |
Linearization Point 16 Saved. |
1245 |
Enter Linearization Input Point 16 |
1246 |
Enter Linearization Output Point 16 |
1247 |
Linearization Input Point 17 Mode |
1248 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 17: |
1249 |
Linearization Point 17 status |
1250 |
Linearization Point 17 Saved. |
1251 |
Enter Linearization Input Point 17 |
1252 |
Enter Linearization Output Point 17 |
1253 |
Linearization Input Point 18 Mode |
1254 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 18: |
1255 |
Linearization Point 18 status |
1256 |
Linearization Point 18 Saved. |
1257 |
Enter Linearization Input Point 18 |
1258 |
Enter Linearization Output Point 18 |
1259 |
Linearization Input Point 19 Mode |
1260 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 19: |
1261 |
Linearization Point 19 status |
1262 |
Linearization Point 19 Saved. |
1263 |
Enter Linearization Input Point 19 |
1264 |
Enter Linearization Output Point 19 |
1265 |
LIN Input Point 20 Mode |
1266 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 20: |
1267 |
Linearization Point 20 status |
1268 |
Linearization Point 20 Saved. |
1269 |
Enter Linearization Input Point 20 |
1270 |
Enter Linearization Output Point 20 |
1271 |
Linearization Input Point 21 Mode |
1272 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}
Enter Linearization Output Point 21: |
1273 |
Linearization Point 21 status |
1274 |
Linearization Point 21 Saved. |
1275 |
Enter Linearization Input Point 21 |
1276 |
Enter Linearization Output Point 21 |
1277 |
Please enter the standard password to login |
1278 |
Enter standard password |
1279 |
Login successful. |
1280 |
Please enter the advanced password to login |
1281 |
Enter advanced password |
1282 |
Please enter the service password to login |
1283 |
Enter service password |
1284 |
Are you sure you want to logout? |
1285 |
Logout successful. |
1286 |
Are you sure you want to change standard password? |
1287 |
Change standard password |
1288 |
Standard password changed. |
1289 |
Are you sure you want to change advanced password? |
1290 |
Change advanced password |
1291 |
Advanced password changed. |
1292 |
Are you sure you want to reset the device D/A trim points to factory settings? |
1293 |
Resetting to factory D/A trim values done. |
1294 |
Are you sure you want to reset the passwords to defaults? |
1295 |
Resetting the passwords to factory defaults successful. |
1296 |
Set Liquid Level (float) to desired Level Point (Lower).
Level Value is: %[5.2f]{Level_Obj_value_0} %[U]{Level_Obj_value_0}.
Press OK when stable. |
1297 |
Level Value is: %[5.2f]{Level_Obj_value_0} %[U]{Level_Obj_value_0}. Enter Lower Level Point |
1298 |
Set Liquid Level (float) to desired Level Point (Upper).
Level Value is: %[5.2f]{Level_Obj_value_0} %[U]{Level_Obj_value_0}.
Press OK when stable. |
1299 |
Level Value is: %[5.2f]{Level_Obj_value_0} %[U]{Level_Obj_value_0}. Enter Upper Level Point |
1300 |
Wet calibration completed. |
1301 |
Wet calibration of level measurement completed. |
1302 |
Set Liquid Level (float) to desired Level Point (Lower).
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}.
Press OK when stable. |
1303 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}. Enter Lower Level Point |
1304 |
Wet calibration - Writing Lower Level point completed. |
1305 |
Set Liquid Level (float) to desired Level Point (Upper).
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}.
Press OK when stable. |
1306 |
Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}. Enter Upper Level Point |
1307 |
Wet calibration - Writing Upper Level point completed. |
1308 |
Are you sure you want to clear diagnositcs history? |
1309 |
Clearing diagnostics history completed. |
1310 |
Are you sure you want to Turn OFF the software write protection? |
1311 |
Software write protection has been Turned OFF. |
1312 |
WARNING: The device should be restarted if the device configuration is changed. Please select OK to continue |
1313 |
WARNING: The device should be restarted if the probe length is changed. Please select OK to continue |
1314 |
WARNING: The device should be restarted if the pulse width is changed. Please select OK to continue |
1315 |
WARNING: The device should be restarted if the mounting orientation is changed. Please select OK to continue |
1316 |
WARNING: The device should be restarted if the signal polarity is changed. Please select OK to continue |
1317 |
Please select to ON/OFF simulation |
1318 |
Level value simulation disabled. |
1319 |
Please enter the value to simulate |
1320 |
Level value simulated. |
1321 |
Volume simulation disabled. |
1322 |
Volume value simulated. |
1323 |
Ullage value simulation disabled. |
1324 |
Ullage value simulated. |
1325 |
Are you sure you want to reset the device level trim points to factory settings? |
1326 |
Resetting to factory level trim values done. |