Device dictionary

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Reference ID	String
0	Temperature
1	Temperature value
2	.3f
3	8.3f
4	Temperature Unit
5	Sensor Temperature Units- Engineering unit to be displayed with Sensor Temperature.
6	Temperature Data Quality
7
8	Temperature Limit Status
9	Temperature Status
10	Temperature Classification
11	Temperature USL
12	Temperature LSL
13	Temperature Minimum Span
14	Damping
15	Damping Value- Damping time constant applied to temperature value. The units of this variable are always in seconds.
16	.2f
17	8.2f
18	Simulation
19	Temperature value simulation status.
20	OFF
21	ON
22	Temperature Update Period
23	Temperature Sensor Serial Number
24	7d
25	Simulate
26	Update Period
27	Distance
28	Distance value
29	Length Unit
30	Engineering Units for distance and level measurements.
31	Distance Data Quality
32	Distance Limit Status
33	Distance Status
34	Distance Classification
35	Distance Device Family
36	Distance Upper Sensor Limit
37	Distance Lower Sensor Limit
38	Distance Minimum Span
39	Distance Damping
40	Distance value simulation status.
41	Distance Update Period
42	Sensor Serial Number
43	Level
44	Height of product in the vessel.
45	Level Unit
46	Engineering Units for the level measurements.
47	Level Data Quality
48	Level Limit Status
49	Level Status
50	Level Classification
51	Level Device Family
52	Level Minimum Span
53	Level value simulation status.
54	Level Update Period
55	Sensor s/n
56	Volume
57	Volume value
58	Volume Unit
59	Engineering Units for the volume measurements.
60	Volume Data Quality
61	Volume Limit Status
62	Volume Status
63	Volume Classification
64	PV USL
65	PV LSL
66	Volume Minimum Span
67	Volume Damping
68	Volume value simulation status.
69	Volume Update Period
70	Flow
71	Flow value
72	Flow Unit
73	Engineering Units for the flow measurements.
74	Flow Data Quality
75	Flow Limit Status
76	Flow Status
77	Flow Classification
78	PV Min Span
79	Minimum Span Value- Defines the smallest allowable difference between the Upper Range Value and the Lower Range Value.
80	Flow Damping
81	Flow value simulation status.
82	Flow Update Period
83	Interval Totalizer
84	Interval totalizer value
85	Totalizer Unit
86	Engineering Units for the totalizer measurements.
87	Data Quality
88	Limit Status
89	Status
90	Interval Totalizer Classification
91	Upper Sensor Limit
92	Lower Sensor Limit
93	Minimum Span
94	Interval totalizer value simulation status.
95	Internal Totalizer
96	Overall Totalizer
97	Overall totalizer value
98	Overall Totalizer Classification
99	Overall Totalizer Minimum Span
100	Overall totalizer value simulation status.
101	Loop Warning Variables
102	Loop Warning Variables- Variables that display a warning message before new values are sent.
103	Write Variables
104	List of variables that can be edited Offline and written to the device
105	Read Variables
106	List of variables that can be read from the device
107	Linearization Table
108	Displays the Linearization table with Input points and Output points.
109	No.
110	Input Value
111	Output Value
112	%
113	1
114	2
115	3
116	4
117	5
118	6
119	7
120	8
121	9
122	10
123	11
124	12
125	13
126	14
127	15
128	16
129	17
130	18
131	19
132	20
133	21
134	22
135	23
136	24
137	25
138	26
139	27
140	28
141	29
142	30
143	31
144	32
145	Input
146	Output
147	Linearization Curve
148	A graphic representation of the configured linearization.
149	Instant Value
150	Distance Value
151	Temperature Value
152	Level Value
153	Flow Value
154	Volume Value
155	Head Value
156	PV Value
157	PV Loop mA
158	mA
159	PV Loop Current
160	PV %
161	PV % Range
162	Analog View
163	Bargraph View
164	Trend View
165	Calculate Max Flowrate
166	Calculates Max Flowrate (Qmax) value.
167	Notch Angle (a)
168	Notch Angle (a) Minimum Value: 20 deg Maximum Value: 100 deg
169	Calculate Max Flowrate (Qmax)
170	Calculates Maximum Flowrate (Qmax) value
171	Calculates Maximum Flowrate (Qmax) value.
172	Calculates Flowrate (Qmax) value
173	SW Write Protection
174	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.
175	Status
176	Hardware switch that allows remote access.
177	Set Standard Password
178	Change password for Standard Access Level.
179	Set Advanced Password
180	Change password for Advanced Access Level.
181	Set Service Password
182	Change password for Service Access Level.
183	Array Write Password
184	Index Write Passowrd
185	Failure Mode
186	The failure mode indicates the action taken by the device loop current under error conditions. Failure mode is either Low or High.
187	High
188	Low
189	Low Alarm
190	Low Alarm limit low of the analog output current. (NAMUR Standard = 3.6 mA)
191	High Alarm
192	High Alarm limit High of the analog output current. (NAMUR Standard = 21.0 mA)
193	Alarm Source
194	Alarm selection source may be either Software, Hardware Low or Hardware High.
195	Software
196	Hardware-Low
197	Hardware-High
198	Display Mode
199	Sets the number of lines and the number of characters per line on this page. Also, determines if bargraph is displayed or not.
200	1 row with 6 characters (Rainbow Style)
201	1 row with 6 characters (Standard Style)
202	1 row with 6 characters + Bargraph
203	1 row with 9 characters
204	1 row with 9 characters + Bargraph
205	2 rows with 9 characters
206	2 rows with 9 characters + Bargraph
207	3 rows with 9 characters
208	4 rows with 9 characters
209	Off
210	1st Line
211	Sets the device variable that is displayed in Line 1.
212	Instant
213	PV%
214	Current Output
215	Gain
216	Pulse Number
217	Noise Level
218	Signal Level
219	Head
220	2nd Line
221	Sets the device variable that is displayed in Line 2 if present.
222	3rd Line
223	Sets the device variable that is displayed in Line 3 if present.
224	4th Line
225	Sets the device variable that is displayed in Line 4 if present.
226	Bargraph
227	Sets the device variable that is displayed in the bargraph if present.
228	Local Operation
229	Enables local operation with push buttons.
230	Disabled
231	Enabled
232	Language
233	LST300 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 LST300 will remain unchanged as icons regardless of language selection.
234	English
235	Chinese
236	Contrast
237	Adjusts the contrast of the device HMI.
238	Autoscroll
239	Enables autoscrolling of the Operator pages on the HMI.
240	Date Format
241	DD-MM-YYYY
242	MM-DD-YYYY
243	YYYY-MM-DD
244	Display Revision
245	Display revision
246	Scale Resolution
247	Waveform horizontal scale resolution; 1. Normal Resolution: The waveform is displayed for the full span. 2. Double Resolution: The waveform is displayed for half of the full span. 3. Treble Resolution: The waveform is displayed for a third of the full span.
248	Normal Resolution
249	Double Resolution
250	Treble Resolution
251	Waveform Offset
252	Move the waveform to the left or right. This is used together with Scale Resolution to zoom in to an important part of the waveform.
253	Vertical Scale Low
254	Waveform vertical scale range low
255	Vertical Scale High
256	Waveform vertical scale range high
257	Service Code Logout
258	Change Rate Unit
259	Engineering Units for maximum rate of change.
260	Max Change Rate
261	Maximum rate the level can change.
262	Empty Distance
263	Distance from sensor to the bottom of the measurement range.
264	Span
265	Measurement span
266	Blanking
267	Distance from sensor where no measurement is possible.
268	Min Power Level
269	To configure the minimum power used. Level 1 is for the lowest power, Level 5 is for the highest power.
270	Level 1
271	Level 2
272	Level 3
273	Level 4
274	Level 5
275	Max Power Level
276	To configure the maximum power used. Level 1 is for the lowest power, Level 5 is for the highest power.
277	Loss Echo Time
278	If the echo has been lost, this is the duration since the last good measurement.
279	sec
280	Average Pulse Time
281	Configure how many measurements are used in Average Echo Selection mode.
282	Small Echo Range
283	It indicates maximum signal is below value of echo too small.
284	mV
285	Large Echo Range
286	It indicates maximum signal is above value of echo too large.
287	Near Blanking Alarm
288	Configure the distance beyond the blanking where it is safe to clear the Almost Full alarm.
289	High Power Blanking
290	Blanking for high power mode.
291	Echo Selection
292	The echo detection mode: 1.First echo selects the first echo to cross the threshold and is commonly used when measuring liquids. 2. Largest echo selects the largest echo to cross the threshold and is commonly used when measuring bulk solids. 3. Average selects the most constant echo and is used in difficult applications with noise or other disturbances.
293	First Echo
294	Largest Echo
295	Average Echo
296	Threshold Start
297	The voltage of the Threshold at the first threshold point. This point is where the blanking distance ends.
298	Threshold Middle
299	The voltage of the Threshold at the middle threshold point.
300	Threshold End
301	The voltage of the Threshold at the last threshold point. This point is at the Empty Distance.
302	Noise Reject Mode
303	If Enabled rejects an echo if noise is above the Noise Threshold.
304	Disable
305	Enable
306	Noise Threshold
307	The Noise Threshold level in millivolts where the Noise Reject Mode will be activated.
308	Average size in mV of all echoes that did not cross the threshold in last measurement.
309	Max Noise Level
310	Maximum noise level in mV in last measurement.
311	Max Power Mode
312	Maximum Power Mode allowed at Power Level 1.
313	Maximum Power Mode allowed at Power Level 2.
314	Maximum Power Mode allowed at Power Level 3.
315	Maximum Power Mode allowed at Power Level 4.
316	Maximum Power Mode allowed at Power Level 5.
317	Max Gain
318	Maximum Gain value allowed at Power Level 1.
319	Maximum Gain value allowed at Power Level 2.
320	Maximum Gain value allowed at Power Level 3.
321	Maximum Gain value allowed at Power Level 4.
322	Maximum Gain value allowed at Power Level 5.
323	Max Pulse Number
324	Maximum number of Pulses allowed at Power Level 1.
325	Maximum number of Pulses allowed at Power Level 2.
326	Maximum number of Pulses allowed at Power Level 3.
327	Maximum number of Pulses allowed at Power Level 4.
328	Maximum number of Pulses allowed at Power Level 5.
329	Source
330	Temperature source selection can be Default Temperature(20 degC), Internal Temperature or External Temperature.
331	Default Temperature
332	Internal Temperature
333	External Temperature
334	Offset
335	Used to calibrate the temperature measurement.
336	Shows the current temperature as measured by the external temperature sensor.
337	Tank Profiling Status
338	Present tank profiling status.
339	Idle
340	Initialize
341	Pulsing
342	Processing
343	Finish
344	True Echo Index
345	Set true echo index.
346	Start Tank Profiling
347	Disable Tank Profiling
348	Access Level
349	Access Level can be Read Only or Standard or Advanced or Service user.
350	Read Only
351	Standard
352	Advanced
353	Service
354	HART Service Code
355	Incorrect password; access level reduced to Read-Only.
356	Power Mode
357	The Power Mode of the Sensor in the last measurement. This value can be either High or Low.
358	Power Changes Ratio
359	The number of power changes in the last minute.
360	The Number of Pulses of the Sensor in the last measurement. This is a value of 1 to 5.
361	The Gain value of the Sensor in the last measurement. This is a value from 1 to 99.
362	Average size in mV of all echoes that crossed the threshold in last measurement.
363	Max Signal Level
364	Maximum signal level in mV in the last measurement.
365	Echo Number
366	The number of echoes in last measurement.
367	Present Blanking
368	Shows the current blanking value. It will be either Blanking or Blanking for High Power mode.
369	Signal Noise Ratio
370	Ratio of signal to noise. This is an indication of signal quality.
371	Channel Shape
372	Open Channel Shape
373	Rectangular Thin Plate Weir
374	Triangular Notch Thin Plate Weir
375	Rectangular Broad Crested Weir
376	Rectangular Throated Flume
377	Trapezoidal Throated Flume
378	U Throated Flume
379	Round Nose Horizontal Broad Crested Weir
380	Parshall Flume
381	Palmer Bowlus Flume
382	Round Pipe
383	Leopold Lagco Flume
384	Cutthroat Flume
385	Customer Curve
386	Parameter Confirm
387	Diagnosis Condition Nummber
388	Diagnosis Condition Number
389	Diagnosis Condition Details Class
390	Diagnosis Condition Details Group
391	Diagnosis Condition Details Priority
392	Diagnosis Condition Details Alarm Counter
393	Diagnosis Condition Details Alarm Time Counter Day
394	Diagnosis Condition Details Alarm Time Counter Msec
395	Diagnosis Condition Details Time Stamp Last Alarm Day
396	Diagnosis Condition Details Time Stamp Last Alarm Msec
397	Extended Diagnostics 0
398	Diagnosis Condition Details Code
399	Data in simulation mode
400	Alarm in simulation mode
401	Transmitter Non-Volatile failure
402	Sensor Non-Volatile memory write failure
403	Transmitter Non-Volatile memory write failure
404	Replace Sensor to Electronics blocked
405	Replace required Sensor to Electronics blocked
406	Replace required both directions enabled
407	Sensor Non-Volatile failure
408	Electronics temperature low
409	Electronics temperature high
410	Invalid input value
411	Power supply failsafe
412	Span limit high
413	Span limit low
414	Hardware limit low
415	Hardware limit high
416	System limit low
417	Current output in fixed mode
418	Power supply too low (<10.5 VDC)
419	Power supply too high (>40.5 VDC)
420	Transmitter RAM failure
421	Transmitter ROM failure
422	Ambient temperature too high
423	Ambient temperature too low
424	Sensor communications error
425	Sensor RAM failure
426	Sensor ROM failure
427	Sensor signal data failure
428	PV value out of range
429	Temperature value reached limit high
430	Temperature value reached limit low
431	Distance value reached limit high
432	Distance value reached limit low
433	Level value reached limit high
434	Level value reached limit low
435	Volume value reached limit high
436	Volume value reached limit low
437	Flow value reached limit high
438	Flow value reached limit low
439	Totalizer count value reached maximum value
440	Sensor power limit low
441	Sensor in simulation
442	Extended Diagnostics 1
443	Diagnostics Condition Details Code
444	Extended Diagnostics 2
445	Extended Diagnostics 3
446	Extended Diagnostics 4
447	Extended Diagnostics 5
448	Extended Diagnostics 6
449	Extended Diagnostics 7
450	Extended Diagnostics 8
451	Extended Diagnostics 9
452	Extended Diagnostics 10
453	Extended Diagnostics 11
454	Extended Diagnostics 12
455	Extended Diagnostics 13
456	Ext. Diagnostics 1
457	Ext. Diagnostics 2
458	Ext. Diagnostics 3
459	Ext. Diagnostics 4
460	Ext. Diagnostics 5
461	Ext. Diagnostics 6
462	Masking
463	Undefined
464	Primary value out of limits
465	Primary value out of range
466	Sensor board failure
467	Sensor board non-volatile failure
468	Electronics board Non-Volatile failure
469	Transmitter board insufficient input voltage
470	Ambient temperature out of range
471	Data simulation warning
472	Primary current output uncertain
473	Transmitter board failure
474	Sensor data initial error
475	Non-volatile memory replace error
476	Primary current saturated
477	Diagnostics Simulation
478	Diagnostics simulation status
479	Transmitter Non-Volatile failure
480	Power supply too low (< 10.5 V DC)
481	Power supply too high (> 40.5 V DC)
482	Temperature Too Low
483	Display if there is temperature too low alarm.
484	Clear
485	Set
486	Temperature Too High
487	Display if there is temperature too high alarm.
488	Beyond Empty Distance
489	Display if there is beyond empty distance alarm.
490	Almost Full
491	Display if there is almost full alarm.
492	Echo Too Large
493	Display if there is echo too large alarm.
494	Echo Too Small
495	Display if there is echo too small alarm.
496	Lost Echo
497	Display if there is lost echo alarm.
498	Lost Signal
499	Display if there is lost signal alarm.
500	Noise Alarm
501	Display if there is noise alarm.
502	Input Point 1
503	Input Point 1 corresponds to the level at the first point of the linearization.
504	Input Point 2
505	Input Point 2 corresponds to the level at the second point of the linearization.
506	Input Point 3
507	Input Point 3 corresponds to the level at the third point of the linearization.
508	Input Point 4
509	Input Point 4 corresponds to the level at the fourth point of the linearization.
510	Input Point 5
511	Input Point 5 corresponds to the level at the fifth point of the linearization.
512	Input Point 6
513	Input Point 6 corresponds to the level at the sixth point of the linearization.
514	Input Point 7
515	Input Point 7 corresponds to the level at the seventh point of the linearization.
516	Input Point 8
517	Input Point 8 corresponds to the level at the eighth point of the linearization.
518	Input Point 9
519	Input Point 9 corresponds to the level at the ninth point of the linearization.
520	Input Point 10
521	Input Point 10 corresponds to the level at the tenth point of the linearization.
522	Input Point 11
523	Input Point 11 corresponds to the level at the eleventh point of the linearization.
524	Input Point 12
525	Input Point 12 corresponds to the level at the twelfth point of the linearization.
526	Input Point 13
527	Input Point 13 corresponds to the level at the thirteenth point of the linearization.
528	Input Point 14
529	Input Point 14 corresponds to the level at the fourteenth point of the linearization.
530	Input Point 15
531	Input Point 15 corresponds to the level at the fifteenth point of the linearization.
532	Input Point 16
533	Input Point 16 corresponds to the level at the sixteenth point of the linearization.
534	Input Point 17
535	Input Point 17 corresponds to the level at the seventeenth point of the linearization.
536	Input Point 18
537	Input Point 18 corresponds to the level at the eighteenth point of the linearization.
538	Input Point 19
539	Input Point 19 corresponds to the level at the nineteenth point of the linearization.
540	Input Point 20
541	Input Point 20 corresponds to the level at the twentieth point of the linearization.
542	Input Point 21
543	Input Point 20 corresponds to the level at the twenty first point of the linearization.
544	Input Point 22
545	Input point 22 corresponds to the level at the twenty second point of the linearization.
546	Input Point 23
547	Input point 23 corresponds to the level at the twenty third point of the linearization.
548	Input Point 24
549	Input point 24 corresponds to the level at the twenty fourth point of the linearization.
550	Input Point 25
551	Input point 25 corresponds to the level at the twenty fifth point of the linearization.
552	Input Point 26
553	Input point 26 corresponds to the level at the twenty sixth point of the linearization.
554	Input Point 27
555	Input point 27 corresponds to the level at the twenty seventh point of the linearization.
556	Input Point 28
557	Input point 28 corresponds to the level at the twenty eighth point of the linearization.
558	Input Point 29
559	Input point 29 corresponds to the level at the twenty ninth point of the linearization.
560	Input Point 30
561	Input point 30 corresponds to the level at the thirtieth point of the linearization.
562	Input Point 31
563	Input point 31 corresponds to the level at the thirtieth first point of the linearization.
564	Input Point 32
565	Input point 32 corresponds to the level at the thirtieth second point of the linearization.
566	Output Point 1
567	Output Point 1 corresponds to the percentage output at the first point of the linearization.
568	Output Point 2
569	Output Point 2 corresponds to the percentage output at the second point of the linearization.
570	Output Point 3
571	Output Point 3 corresponds to the percentage output at the third point of the linearization.
572	Output Point 4
573	Output Point 4 corresponds to the percentage output at the fourth point of the linearization.
574	Output Point 5
575	Output Point 5 corresponds to the percentage output at the fifth point of the linearization.
576	Output Point 6
577	Output Point 6 corresponds to the percentage output at the sixth point of the linearization.
578	Output Point 7
579	Output Point 7 corresponds to the percentage output at the seventh point of the linearization.
580	Output Point 8
581	Output Point 8 corresponds to the percentage output at the eighth point of the linearization.
582	Output Point 9
583	Output Point 9 corresponds to the percentage output at the ninth point of the linearization.
584	Output Point 10
585	Output Point 10 corresponds to the percentage output at the tenth point of the linearization.
586	Output Point 11
587	Output Point 11 corresponds to the percentage output at the eleventh point of the linearization.
588	Output Point 12
589	Output Point 12 corresponds to the percentage output at the twelfth point of the linearization.
590	Output Point 13
591	Output Point 13 corresponds to the percentage output at the thirteenth point of the linearization.
592	Output Point 14
593	Output Point 14 corresponds to the percentage output at the fourteenth point of the linearization.
594	Output Point 15
595	Output Point 15 corresponds to the percentage output at the fifteenth point of the linearization.
596	Output Point 16
597	Output Point 16 corresponds to the percentage output at the sixteenth point of the linearization.
598	Output Point 17
599	Output Point 17 corresponds to the percentage output at the seventeenth point of the linearization.
600	Output Point 18
601	Output Point 18 corresponds to the percentage output at the eighteenth point of the linearization.
602	Output Point 19
603	Output Point 19 corresponds to the percentage output at the nineteenth point of the linearization.
604	Output Point 20
605	Output Point 20 corresponds to the percentage output at the twentieth point of the linearization.
606	Output Point 21
607	Output Point 21 corresponds to the percentage output at the twenty first point of the linearization.
608	Output Point 22
609	Output Point 22 corresponds to the percentage output at the twenty second point of the linearization.
610	Output Point 23
611	Output Point 23 corresponds to the percentage output at the twenty third point of the linearization.
612	Output Point 24
613	Output Point 24 corresponds to the percentage output at the twenty fourth point of the linearization.
614	Output Point 25
615	Output Point 25 corresponds to the percentage output at the twenty fifth point of the linearization.
616	Output Point 26
617	Output Point 26 corresponds to the percentage output at the twenty sixth point of the linearization.
618	Output Point 27
619	Output Point 27 corresponds to the percentage output at the twenty seventh point of the linearization.
620	Output Point 28
621	Output Point 28 corresponds to the percentage output at the twenty eighth point of the linearization.
622	Output Point 29
623	Output Point 29 corresponds to the percentage output at the twenty ninth point of the linearization.
624	Output Point 30
625	Output Point 30 corresponds to the percentage output at the thirtieth point of the linearization.
626	Output Point 31
627	Output Point 31 corresponds to the percentage output at the thirtieth first point of the linearization.
628	Output Point 32
629	Output Point 32 corresponds to the percentage output at the thirtieth second point of the linearization.
630	Output value too large
631	Output value too small
632	Input value too large
633	Input value too small
634	Activate Table
635	If the linearization State is active, the linearized level will be calculated based on the linearization table. If the linearization state is inactive, the linearized level will track the level.
636	Operation Mode
637	Select an operation mode: 1.Level mode measures material level. 2.Flow mode measures open channel flow. 3.Volume mode measures volume in tank using linearization.
638	Max Volume
639	The maximum volume of the vessel. This corresponds to volume = 100% in the linearization table. This Volume occurs when the Level is at maximum of the Span.
640	Max Flow
641	The maximum flow value of the channel. This corresponds to flow = 100% in the linearization table. This Flow occurs when the Level is at maximum of the Span.
642	Max Value
643	Reset Interval Totalizer
644	Reset Overall Totalizer
645	Interval Totalizer Overflow Counter
646	Interval Totalizer Overflow Counter.
647	Overflow Threshold Value
648	Totalizer overflow threshold value
649	Interval Totalizer value
650	Overall Totalizer Overflow Counter
651	Overall Totalizer Overflow Counter
652	Overall Totalizer value
653	Electronics Temperature value simulation status.
654	Electronics Temperature
655	Electronics temperature value
656	PV Percentage value simulation status.
657	PV Percentage
658	Instant value
659	Head value
660	Alarm lower limit for distance measurement.
661	Alarm upper limit for distance measurement.
662	Alarm lower limit for level measurement.
663	Alarm upper limit for level measurement.
664	Alarm lower limit for volume measurement.
665	Alarm upper limit for volume measurement.
666	Alarm lower limit for flow measurement.
667	Alarm upper limit for flow measurement.
668	Calibration Mode
669	Enable or disable 2-Point Calibration (Distance).
670	Point 1 Measured
671	Calibration point 1 measured.
672	Point 1 Real
673	Calibration point 1 real value.
674	Point 2 Measured
675	Calibration point 2 measured.
676	Point 2 Real
677	Calibration point 2 real value.
678	Span too small
679	Temperature Factory Adjust
680	Factory calibration point 1 measured.
681	Point 1 Configured
682	Factory calibration point 1 configured.
683	Factory calibration point 2 measured.
684	Point 2 Configured
685	Factory calibration point 2 configured.
686	Enable or disable factory calibration.
687	Sensor Type
688	Device sensor frequency.
689	C10
690	C06
691	Sensor ID
692	SensorID
693	SAP/ERP No.
694	Sensor SAP/ERP Number
695	Calibration Date
696	Sensor Calibration Date
697	Calibration Location
698	Sensor Calibration Location
699	Calibration Cert. No.
700	Sensor Calibration Certificate Number
701	Transmitter Type
702	Product Code
703	Product code.
704	Serial No.
705	Serial Number of product.
706	Calibration date of the Field Device.
707	Calibration certificate number of the Field Device.
708	Calibration location of the Field Device.
709	Manufacturer
710	The name of the company that manufactured this product.
711	Street
712	Manufacturer address street name.
713	City
714	Manufacturer address city name.
715	Phone
716	Manufacturer address phone number.
717	Firmware Version
718	Firmware revision of the Field Device.
719	Hardware Version
720	Electronics hardware revision of the Field Device.
721	Firmware revision of the Sensor.
722	Electronics hardware revision of the Sensor.
723	Bootloader Version
724	Software revision of the Field Device bootloader.
725	Software revision of the Sensor bootloader
726	Sensor Run Time
727	Maintenance Time
728	Sensor Maintenance Time
729	Interval Run Time
730	Device interval run time in hours.
731	Total Run Time
732	Device total run time in hours.
733	Maintenance Days
734	Maintenance remaining time in days.
735	Overflow Threshold
736	Select the totalizer overflow threshold value.
737	1.0e+9
738	1.0e+8
739	1.0e+7
740	1.0e+6
741	1.0e+5
742	Sensor Status Byte 0
743	Sensor defect
744	Sensor Unknown
745	Sensor Value Invalid
746	Sensor Signal Lost
747	Sensor Signal Interface
748	Critical Siganl to Noise Ratio
749	New Sensor Settings Necessary
750	Sensor Status Byte 1
751	Additional Sensor defect
752	Additional Sensor Value Invalid
753	Level Status Byte 0
754	Level below Level Alarm Low Low
755	Level below Low Alarm Low
756	Level below Level Alarm High
757	Level above Level Alarm High High
758	Distance in Blocking Distance Low
759	Distance in Blocking Distance High
760	Level Status Byte 1
761	New Calibration necessary
762	Incorrect Calibration
763	New Level Settings Necessary
764	Family revision
765	Family Revision
766	Additional Sensor Availability
767	Additional Sensor Device Variable Availability
768	Not Available
769	Available
770	Ullage Available
771	Ullage Device Variable Available
772	Snsr Tech. Code
773	Type of Sensor in the field device.
774	Free Wave
775	Num of Calibration Points
776	Maximum number of Calibration Points
777	Sensor Compensation Availbility
778	Blocking Distances Availbility
779	No Blocking Distance
780	Only Blocking Distance High
781	Only Blocking Distance Low
782	Both Blocking Distances
783	Unknown
784	Special
785	Device Variable Code Media Level
786	Device Variable Code of the Media Level
787	Device Variable Code Ullage Level
788	Device Variable Code of the Ullage Level
789	Additional Sensor Not Used
790	Device Variable Code Additional Sensor
791	Device Variable Code of the Additional Sensor
792	Classification Additional Sensor
793	Ullage Classification
794	Ullage Unit
795	Not Used
796	Media Level Unit
797	Ullage
798	Ullage Value
799	Media Level
800	Additional Sensor Value
801	Shows the current temperature as measured by the internal temperature sensor.
802	Sensor Unit Type
803	Sensor Units Type
804	Measured Level Value
805	The level measured by the instrument.
806	Sensor Value
807	Raw Sensor Value
808	Sensor Offset
809	May be used to compensate for an un-measurable area below a probe OR to align the measurement of the LMT with another device.
810	Sensor Compensation
811	Lower Sensor Point
812	The lower sensor point in the calibration. This corresponds to lower level point (2 level points are used in the LST300 calibration table).
813	Upper Sensor Point
814	The upper sensor point in the calibration. This corresponds to upper level point (2 level points are used in the LST300 calibration table).
815	Level Offset
816	The value added to the Measured Level to give the Media Level, this value may be positive, negative or zero.
817	Ullage Ref. Point
818	The Level at which the Ullage Level is zero.
819	Lower Level Point
820	The lower level point in the calibration. This corresponds to lower sensor point (2 level points are used in the LST300 calibration table).
821	Upper Level Point
822	The upper level point in the calibration. This corresponds to upper sensor point (2 level points are used in the LST300 calibration table).
823	Low Low
824	The Level value below which the Level Alarm Low Low status bit is set.
825	The Level value below which the Level Alarm Low status bit is set.
826	The Level value above which the Level Alarm High status bit is set.
827	High High
828	The Level value above which the Level Alarm High High status bit is set.
829	Blocking Distance Low
830	Blocking Distance High
831	Calibration Index
832	Index A
833	Index B
834	Calibration Function Code
835	Change
836	Calibration Point
837	Index 0
838	Index 1
839	Blocking Distance Selection
840	Alarm limit selection
841	Alarm limit selection code
842	Level Point too large
843	Level Point too small
844	Identical Sensor Point already specified
845	Non-Monotonic Calibration
846	Delete calibration point not supported
847	Internal Totalizer Status
848	Totalizer value run-over zero.
849	Unit mismatch between input device variable and totalizer unit.
850	Transmitter Failure.
851	More device family status available.
852	Limit status of the device variable.
853	Data quality of the device variable.
854	Overall Totalizer Status
855	Additional Internal Totalizer Status
856	Additional Overall Totalizer Status
857	Family Definition Revision
858	Totalizer Fail Safe Behavior
859	Run
860	Hold
861	Memory
862	Totalizer Mode
863	Positive
864	Direction
865	Totalizer adds the flow quantity
866	Totalizer subtracts the flow quantity
867	Force Relay
868	Normal
869	Force relay to open
870	Force relay to close
871	Invert Relay
872	No inversion
873	Inversion
874	Clear Diagnostics Simulated
875	Clear all Diagnostics Simulated
876	Simulate the Distance reading of the device.
877	Simulate the Level reading of the device.
878	Simulate the Flow reading of the device.
879	Simulate the Volume reading of the device.
880	Simulate the PV percentage reading of the device.
881	Simulate the Temperature reading of the device.
882	Simulate the Electronics Temperature reading of the device.
883	Login Standard
884	Login to Standard access level.
885	Login Advanced
886	Login to Advanced access level.
887	Login Service
888	Login to Service access level.
889	Logout Access Level
890	Return to lowest access level.
891	Change Standard Password
892	Change password for Standard access level.
893	Change Advanced Password
894	Change password for Advanced access level.
895	Set Max Flow
896	Configures maximum flow value.
897	Set Max Volume
898	Configures maximum volume value.
899	Start tank profiling.
900	Disable tank profiling.
901	Set Lower Level Point
902	Calibration performed by writing the lower level value to the device and having the device measure and store the associated sensor value.
903	Set Upper Level Point
904	Calibration performed by writing the upper level value to the device and having the device measure and store the associated sensor value.
905	Reset interval totalizer value to Zero.
906	Reset overall totalizer value to Zero.
907	Reset Configuration
908	Reset transmitter configuration to default settings.
909	Reset Passwords to Default
910	Reset Standard and Advanced Passwords to the factory defaults.
911	Clear Diagnostics History
912	Clear the diagnostics history in the device.
913	Output Point 1 value
914	Output Point 2 value
915	Output Point 3 value
916	Output Point 4 value
917	Output Point 5 value
918	Output Point 6 value
919	Output Point 7 value
920	Output Point 8 value
921	Output Point 9 value
922	Output Point 10 value
923	Output Point 11 value
924	Output Point 12 value
925	Output Point 13 value
926	Output Point 14 value
927	Output Point 15 value
928	Output Point 16 value
929	Output Point 17 value
930	Output Point 18 value
931	Output Point 19 value
932	Output Point 20 value
933	Output Point 21 value
934	Output Point 22 value
935	Output Point 23 value
936	Output Point 24 value
937	Output Point 25 value
938	Output Point 26 value
939	Output Point 27 value
940	Output Point 28 value
941	Output Point 29 value
942	Output Point 30 value
943	Output Point 31 value
944	Output Point 32 value
945	Linearization points
946	Linearization Points
947	Generate Linearization Table
948	Generate linearization table with 32 input and 32 output points.
949	Array Flowrate Calculated
950	Index Flowrate Calculated
951	Clear Linearization Table
952	Easy Setup
953	Device Information
954	Transmitter Version
955	Sensor Version
956	Device
957	Device Image
958	LST300 Device Image
959	LST300 Device image
960	Configuration
961	Device Setup
962	Basic Setting
963	Unit Setting
964	Process Value
965	Alarm Limits
966	Totalizer Settings
967	Open Channel Flow
968	Weir Image
969	Rectangular thin plate weir image
970	Triangular notch thin plate weir image
971	Rectangular broad crested weir image
972	Flume Image
973	Rectangular throated flume image
974	Trapezoidal throated flume image
975	U throated flume image
976	Round nose horizontal broad crested weir image
977	Parshall flume image
978	Palmer bowlus flume image
979	Image
980	Round pipe image
981	Leopold lagco flume image
982	Cutthroat flume image
983	Parameterize
984	Display
985	Display Settings
986	Operator Page 1
987	Operator Page 2
988	Operator Page 3
989	Operator Page 4
990	Input/Output
991	Communication
992	Operate View
993	Digital View
994	Calibration
995	Temperature Source
996	Dry Calibration
997	Used for doing a dry calibration where both the sensor points and level points are submitted by the user.
998	Wet Calibration
999	Calibration performed by writing the level value to the device and having the device measure and store the associated sensor value.
1000	Linearization
1001	Maximum Value
1002	Output Current
1003	Diagnostics
1004	Diagnostics Monitoring
1005	Displays the current device diagnostics.
1006	Hardware Status-Electronics
1007	Configuration Status
1008	Operating Conditions
1009	Process Operating Conditions
1010	Diagnostics History
1011	Displays the history of device diagnostics.
1012	To simulate the device diagnostics.
1013	Diagnostics Masking
1014	To mask the device diagnostics.
1015	Waveform
1016	Waveform Settings
1017	True Echo Detection
1018	Threshold
1019	Monitor
1020	Local Alarm
1021	Access
1022	Access Level Status
1023	Login Access Level
1024	Change Password
1025	Power Level 1
1026	Power Level 2
1027	Power Level 3
1028	Power Level 4
1029	Power Level 5
1030	Service Settings
1031	Device Run Time
1032	2-Point Calibration (Distance)
1033	Factory Calibration
1034	D/A Trim
1035	Offline
1036	Maintenance Root Menu
1037	Login
1038	Process Variables
1039	Voltage
1040	Volts
1041	A graphic representation of the last measurement. Shows waveform with Echo signal and Threshold data. Legends: Echo Signal- Blue Threshold Line- Green
1042	Echo Signal
1043	Threshold Line
1044	Notch Width (b)
1045	Measured width of the notch (b).
1046	Channel Width (B)
1047	Width of approach channel (B).
1048	Crest Height (p)
1049	Height of the crest relative to the floor (p).
1050	Max Flowrate (Qmax)
1051	Maximum Flowrate (Qmax) value
1052	radiantest
1053	Channel Base Width (B)
1054	Base width of approach channel at gauging section.
1055	Throat Base Width (b)
1056	Base width of the throat.
1057	Throat Height (p)
1058	Height of throat invert above approach channel bed.
1059	Throat Length (L)
1060	Length of the throat.
1061	Velocity Coefficient (Cv)
1062	Velocity Coefficient Cal.
1063	Velocity Coefficient Calculation
1064	Discharge Coefficient (Cd)
1065	Side Slope (m)
1066	Side Slope of throat section.
1067	Shape Coefficient (Cs)
1068	Numerical Coefficient (n)
1069	Approach Channel Diameter (Da)
1070	Diameter of approach channel at gauging section.
1071	Throat Diameter (D)
1072	Diameter of throat.
1073	Length of throat.
1074	Shape Coefficient (Cu)
1075	Approach Channel Area (Aa)
1076	Area of approach channel.
1077	Angle
1078	Water Depth
1079	Crest Width (b)
1080	Width of the Weir Crest.
1081	Crest Length (L)
1082	Length of the weir crest in the direction of flow.
1083	Height of weir crest above upstream bed level.
1084	Cross Sectional Area (A)
1085	Cross sectional area.
1086	Throat Width (b)
1087	36
1088	48
1089	60
1090	72
1091	84
1092	96
1093	120
1094	144
1095	180
1096	240
1097	300
1098	360
1099	480
1100	600
1101	0.0833
1102	0.1667
1103	0.25
1104	0.5
1105	0.75
1106	1.5
1107	40
1108	50
1109	25.4
1110	50.8
1111	76.2
1112	152.4
1113	228.6
1114	304.8
1115	457.2
1116	609.6
1117	914.4
1118	1219.2
1119	1524
1120	1828.8
1121	2133.6
1122	2438.4
1123	3048
1124	3657.6
1125	4572
1126	6096
1127	7620
1128	9144
1129	12192
1130	15240
1131	2.54
1132	5.08
1133	7.62
1134	15.24
1135	22.86
1136	30.48
1137	45.72
1138	60.96
1139	91.44
1140	121.92
1141	182.88
1142	213.36
1143	243.84
1144	365.76
1145	762
1146	0.0254
1147	0.0508
1148	0.0762
1149	0.1524
1150	0.2286
1151	0.3048
1152	0.4572
1153	0.6096
1154	0.9144
1155	1.2192
1156	1.524
1157	1.8288
1158	2.1336
1159	2.4384
1160	3.048
1161	3.6576
1162	4.572
1163	6.096
1164	9.144
1165	12.192
1166	Bottom Throat Width (B)
1167	Bottom throat width.
1168	Throat Slope (m)
1169	Horizontal to vertical slope of the sides of the throat.
1170	Approach Throat Diameter (D)
1171	Approach throat diameter.
1172	Hump Height (p)
1173	Hump height.
1174	Effective Width (Be)
1175	Effective width
1176	Effective Head (he)
1177	Effective head
1178	Numerical coefficient.
1179	Cross Sectional Upstream Area (Au)
1180	Cross sectional upstream Area.
1181	Shape Calculation
1182	Diameter (D)
1183	Pipe inside diameter (D)
1184	Slope (S)
1185	Roughness Coefficient (n)
1186	Roughness coefficient (n)
1187	Radian
1188	Hydraulic Radius (R)
1189	Flume Diameter (Da)
1190	42
1191	0.6667
1192	0.8333
1193	1.25
1194	1.75
1195	2.5
1196	3.5
1197	203.2
1198	254
1199	381
1200	533.4
1201	1066.8
1202	20.32
1203	38.1
1204	53.34
1205	106.68
1206	0.2032
1207	0.254
1208	0.381
1209	0.5334
1210	0.762
1211	1.0668
1212	Length (L)
1213	Length (L) of the cutthroat flume.
1214	0.457
1215	0.914
1216	1.372
1217	2.743
1218	Width (W)
1219	Width (W) of the constriction.
1220	0.025
1221	0.051
1222	0.102
1223	0.203
1224	0.406
1225	0.076
1226	0.152
1227	0.305
1228	0.610
1229	1.219
1230	1.829
1231	54
1232	108
1233	4.5
1234	0.082
1235	0.164
1236	0.331
1237	0.666
1238	1.332
1239	0.249
1240	457
1241	914
1242	1371
1243	2743
1244	51
1245	102
1246	203
1247	406
1248	76
1249	152
1250	305
1251	610
1252	1219
1253	1829
1254	45.7
1255	91.4
1256	137.1
1257	274.3
1258	10.1
1259	20.3
1260	40.6
1261	7.6
1262	15.2
1263	30.4
1264	60.9
1265	121.9
1266	182.8
1267	Weir Length (L)
1268	Length of weir in the direction of flow.
1269	Weir Crest Width (b)
1270	Width of weir crest perpendicular to flow direction.
1271	Weir Height (p)
1272	Height of weir.
1273	Discharge Coefficient (C)
1274	DC Calc.1
1275	Discharge Coefficient (C) calculation 1
1276	DC Calc.2
1277	Discharge Coefficient (C) calculation 2
1278	LST300
1279	Possible Cause: Primary variable exceeds limit. Suggested Action: Check Primary variable and take action for exceeding limit.
1280	Possible Cause: Primary Variable exceeds range. Suggested Action: Check Primary Variable and take action for exceeding range.
1281	Possible Cause: Sensor board failure. Suggested Action: Re-start device. If this fails to solve the problem, contact ABB Level Support at http://www.abb.com/level
1282	Possible Cause: Sensor board write memory failure. Suggested Action: Re-start device. If this fails to solve the problem, contact ABB Level Support at http://www.abb.com/level
1283	Possible Cause: Electronics board write memory failure. Suggested Action: Re-start device. If this fails to solve the problem, contact ABB Level Support at http://www.abb.com/level
1284	Possible Cause: Incorrect voltage for proper device operation. Suggested Action: Check power supply.
1285	Possible Cause: Environmental conditions exceed acceptable device operating conditions. Suggested Action: Measurement readings may be invalid. Rectify improper environmental conditions.
1286	Possible Cause: One or more measurement values are in simulation mode. Suggested Action: Confirm measurement values are in simulation mode.
1287	Possible Cause: Current output circuit has failed. Suggested Action: Re-start device. If this fails to solve the problem, contact ABB Level Support at http://www.abb.com/level
1288	Transmitter Board Failure
1289	Possible Cause: Electronics board failure. Suggested Action: Re-start device. If this fails to solve the problem, contact ABB Level Support at http://www.abb.com/level
1290	Possible Cause: Could not get Sensor board configuration. Suggested Action: Re-start device. If this fails to solve the problem, contact ABB Level Support at http://www.abb.com/level
1291	Possible Cause: An error occurred during a Non-Volatile replace effort. Suggested Action: Re-start device. If this fails to solve the problem, contact ABB Level Support at http://www.abb.com/level
1292	Possible Cause: Current is in saturation level. Suggested Action: Monitor process conditions.
1293	None
1294	Check function
1295	Off specification
1296	Maintenance
1297	Failure
1298	Electronics status
1299	Sensor status
1300	Configuration status
1301	Operating conditions
1302	Process operating conditions
1303	QV
1304	PV Analog Channel Saturated
1305	PV Analog Channel Fixed
1306	Wireless
1307	WirelessHART Device
1308	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1309	Primary
1310	Primary Analog Channel
1311	Secondary
1312	Secondary Analog Channel
1313	Tertiary
1314	Tertiary Analog Channel
1315	Quaternary
1316	Quaternary Analog Channel
1317	Quinary
1318	Quinary Analog Channel
1319	Critical Power Failure
1320	Lock all
1321	Trim not supported
1322	Configuration cannot be changed
1323	Locked by gateway
1324	Analog Input Channel
1325	Analog Output Channel
1326	Secondary Analog Channel Saturated
1327	Tertiary Analog Channel Saturated
1328	Quaternary Analog Channel Saturated
1329	Quinary Analog Channel Saturated
1330	Secondary Analog Channel Fixed
1331	Tertiary Analog Channel Fixed
1332	Quaternary Analog Channel Fixed
1333	Quinary Analog Channel Fixed
1334	Simulation active
1335	The device is in simulation mode and the level output is not representative of the process.
1336	Non-Volatile memory failure
1337	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1338	Volatile memory error
1339	The RAM memory check is invalid or maybe corrupt
1340	Watchdog reset executed
1341	A watchdog reset has been performed
1342	Voltage conditions out of range
1343	A voltage condition is outside its allowable range
1344	Environmental conditions out of range
1345	An internal or environmental condition is beyond acceptable limits.
1346	Electronic failure
1347	A hardware problem not related to the sensor has been detected.
1348	Subdevice list changed
1349	Duplicate master detected
1350	Capacity Denied
1351	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1352	Bandwidth allocation pending
1353	Block transfer pending
1354	Battery life
1355	Percent range
1356	Loop current
1357	Primary variable
1358	Secondary variable
1359	Tertiary variable
1360	Quaternary variable
1361	Read receive time
1362	Write date and time
1363	Non-Volatile Clock
1364	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.
1365	Clock Uninitialized
1366	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.
1367	No restrictions
1368	SI Only
1369	Restricted to SI Unit codes only
1370	Process automation device
1371	Discrete device
1372	Hybrid:Process automation+discrete
1373	I/O System
1374	WirelessHART Process automation device
1375	WirelessHART Discrete device
1376	WirelessHART Process automation+discrete
1377	WirelessHART Gateway
1378	WirelessHART Access point
1379	WirelessHART Process adapter
1380	WirelessHART Discrete adapter
1381	WirelessHART enabled handheld/portable maintenance tool
1382	Device Profile
1383	US
1384	United States of America
1385	JP
1386	Japan
1387	DE
1388	Germany
1389	FR
1390	France
1391	ES
1392	Spain
1393	RU
1394	Russian Federation
1395	CN
1396	People's Republic of China
1397	Secondary Master
1398	Primary Master
1399	Device Diagnostic Status 0
1400	Device Diagnostic Status 1
1401	I/O and Subdevice Status
1402	WirelessHART Status
1403	Time Set Option
1404	Real Time Clock Flags
1405	Country
1406	Country of intended device installation
1407	SI Unit Control
1408	Indicates if device should only display SI unit codes
1409	Burst Trigger Units
1410	Enable on token-passing data link layer only
1411	Enable on TDMA data link layer only
1412	Enable on both TDMA and token-passing data link layer
1413	Burst Trigger Class
1414	Continuous
1415	The Burst Message is published continuously at (worst case) the Minimum Update Period.
1416	Window
1417	The Burst Message is triggered when the source value deviates more than the specified trigger value
1418	Rising
1419	The Burst Message is triggered when source value Rises Above the specified trigger value.
1420	Falling
1421	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1422	On-change
1423	The Burst Message is triggered when any value in the message changes.
1424	Enable event notification on token-passing data link layer
1425	Enable event notification on TDMA data link layer
1426	Enable event notification on TDMA and token-passing data link layer
1427	Configuration changed event pending
1428	Device status event pending
1429	More status available event pending
1430	Wired HART Enabled
1431	Enabled on Wired HART device connection only
1432	Wireless HART Enabled
1433	Enabled on WirelessHART device connection only
1434	Both Wired and WirelessHart Enabled
1435	Enabled on both Wired and WirelessHART connections
1436	Burst Msg Trigger Mode
1437	Event Status
1438	Event Notification Control
1439	Device Status Mask
1440	Ext dev status Mask
1441	Device Diagnostic Status 0 Mask
1442	Device Diagnostic Status 1 Mask
1443	Device Diagnostic Status 2 Mask
1444	Device Diagnostic Status 3 Mask
1445	AO saturated Mask
1446	AO fixed Mask
1447	Latched Device Status
1448	Operate mode Mask
1449	Not Defined
1450	Latched Ext dev status
1451	Latched Device Diagnostic Status 0
1452	Latched Device Diagnostic Status 1
1453	Latched Device Diagnostic Status 2
1454	Latched Device Diagnostic Status 3
1455	Latched AO saturated
1456	Latched AO fixed
1457	Latched Operate Mode
1458	Time Stamp
1459	Relative time value on network
1460	8u
1461	Dynamic Variables Returned for Device Variables
1462	Command Response Truncated
1463	Configuration Change Counter Mismatch
1464	Status bytes mismatch
1465	Device Variable
1466	Variable to trim
1467	Notch Width (b) to Channel Width (B) ratio is invalid, please enter valid values. b/B ratio should be within 0.0 to 1.0.
1468	The Max Flowrate (Qmax) value is: %{flowrate_rectangular_max} %{Flow_Obj_unit}
1469	The Max Flowrate (Qmax) value is: %{flowrate_tn_max} %{Flow_Obj_unit}
1470	Please recheck Weir Length (L), Weir Height (p) and Span values entered.
1471	The Max Flowrate (Qmax) value is: %{flowrate_rb_max} %{Flow_Obj_unit}
1472	Please recheck Channel Base Width (B), Throat Base Width (b), Throat Height (p), Throat Length (L) and Span values entered.
1473	The Max Flowrate (Qmax) value is: %{flowrate_rectangularthroat_max} %{Flow_Obj_unit}
1474	The Max Flowrate (Qmax) value is: %{flowrate_trapezoidal_max} %{Flow_Obj_unit}
1475	Please recheck Throat Diameter (D) and Span values entered.
1476	Please recheck Approach Channel Diameter (Da), Throat Diameter (D) and Span values entered.
1477	The Max Flowrate (Qmax) value is: %{flowrate_ut_max} %{Flow_Obj_unit}
1478	Please recheck Crest Width (m), Crest Length (L), Crest Height (p) and Span values entered.
1479	The Max Flowrate (Qmax) value is: %{flowrate_rn_max} %{Flow_Obj_unit}
1480	The Max Flowrate (Qmax) value is: %{flowrate_parshall_max} %{Flow_Obj_unit}
1481	Please recheck Throat Slope (m), Span and Bottom Throat Width (B) values entered.
1482	Please recheck Bottom Throat Width (B), Span, Approach Throat Diameter (D) and Throat Slope (m) values entered.
1483	The Max Flowrate (Qmax) value is: %{flowrate_pb_max} %{Flow_Obj_unit}
1484	Please recheck Span and Diameter (D) values entered. Span should be less than or equal to 0.938xDiameter (D).
1485	The Max Flowrate (Qmax) value is: %{flowrate_roundpipe_max} %{Flow_Obj_unit}
1486	The Max Flowrate (Qmax) value is: %{flowrate_leopold_max} %{Flow_Obj_unit}
1487	The Max Flowrate (Qmax) value is: %{flowrate_cutthroatflume_max} %{Flow_Obj_unit}
1488	Please select to ON/OFF simulation
1489	Distance value simulation disabled.
1490	Please enter the value to simulate
1491	Distance value simulated.
1492	Level value simulation disabled.
1493	Level value simulated.
1494	Flow value simulation disabled.
1495	Flow value simulated.
1496	Volume value simulation disabled.
1497	Volume value simulated.
1498	PV percentage value simulation disabled.
1499	PV percentage value simulated.
1500	Are you sure you want to simulate Temperature value?
1501	Temperature value simulation disabled.
1502	Temperature value simulated.
1503	Are you sure you want to simulate Electronics Temperature value?
1504	Electronics Temperature simulation disabled.
1505	Electronics Temperature value simulated.
1506	Please enter the standard password to login
1507	Enter standard password
1508	Login successful.
1509	Please enter the advanced password to login
1510	Enter advanced password
1511	Please enter the service password to login
1512	Enter service password
1513	Are you sure you want to logout?
1514	Logout successful.
1515	Are you sure you want to change standard password?
1516	Change standard password
1517	Standard password changed.
1518	Are you sure you want to change advanced password?
1519	Change advanced password
1520	Advanced password changed.
1521	Enter Maximum Flow Value
1522	Configured Maximum Flow value.
1523	Enter Maximum Volume Value
1524	Configured Maximum Volume value.
1525	Performing tank profiling in progress...
1526	Tank profiling done.
1527	Disabling tank profiling in progress...
1528	Tank profiling disabled.
1529	Set Liquid Level to desired Level Point (Lower). Level Value is: %{Measured_Level_value_0} %{Distance_Obj_unit}. Press OK when stable.
1530	Level Value is: %{Measured_Level_value_0} %{Distance_Obj_unit}. Enter Lower Level Point
1531	Wet calibration - Writing Lower Level point completed.
1532	Set Liquid Level to desired Level Point (Upper). Level Value is: %{Measured_Level_value_0} %{Distance_Obj_unit}. Press OK when stable.
1533	Level Value is: %{Measured_Level_value_0} %{Distance_Obj_unit}. Enter Upper Level Point
1534	Wet calibration - Writing Upper Level point completed.
1535	Are you sure you want to reset interval totalizer value?
1536	Resetting interval totalizer value completed.
1537	Are you sure you want to reset overall totalizer value?
1538	Resetting overall totalizer value completed.
1539	Are you sure you want to reset transmitter configuration to default?
1540	Resetting transmitter configuration to default in progress...
1541	Resetting transmitter configuration to default completed.
1542	Are you sure you want to reset the passwords to defaults?
1543	Resetting the passwords to factory defaults successful.
1544	Are you sure you want to clear diagnositcs history?
1545	Clearing diagnostics history completed.
1546	Do you want to generate Linearization Table?
1547	Generating Linearization Table in progress...
1548	Generated Linearization Table.
Reference ID	String