Device dictionary

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Reference ID	String
0	LMT Magnetostrictive Level Transmitter
1	Level Sensor Failure
2	Level Sensor Failure Possible Cause: An error occurred in the sensor module. Possible cause could be a failed component in the sensor electronics or and error changing the configuration. Suggested Action: Restart the device. If the condition persists contact service for a replacement.
3	Temperature Sensor Failure
4	Temperature Sensor Failure Possible Cause: A temperature measurement has resulted in a value outside of the operating range. Suggested Action: Restart the device. If the condition persists contact service for a replacement.
5	Illegal Memory Access
6	Illegal Memory Access Possible Cause: Illegal memory access. Suggested Action: Restart device and recheck, contact ABB if problem persists.
7	Safety Function Flow Failure
8	Safety Function Flow Failure Possible Cause: Calculation of safety function did not occure in the proper sequence. Suggested Action: Restart the device. If the condition persists contact service for a replacement.
9	Level Sensor Out of Limits
10	Level Sensor Out of Limits Possible Cause: Result of the Level measurement is outside of the valid and expected range. Suggested Action: Using the HART configurator (DTM - Hand held) or the locakl HMI, navigate to the Diagnostics -> Waveform display and confirm the quality of the signal. The signal peak should visibly cross the threshold line and should measure approximately 2 Volts. Contact ABB service for additional support or a replacement if the condition persists.
11	Temperature Sensor Out of Limits
12	Temperature Sensor Out of Limits Possible Cause: Result of temperature measurement above or below process range. Suggested Action:Restart the device. If condition persists contact service for a replacement. The Compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
13	Self Test Failure
14	Self Test Failure Possible Cause: Suggested Action: Restart the device. If the condition persists contact service for a replacement.
15	Level Sensor Out of Range
16	Level Sensor Out of Range Possible Cause: Primary sensor reading above or below range values. Suggested Action: Check process conditions and/or device configuration. The compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
17	Sensor Board Memory Failure
18	Sensor Board Memory Failure Possible Cause: Writing to the sensor non-volatile memory was not successful. Suggested Action: The sensor should be replaced as soon as possible.
19	Sensor Board Non-Volatile Write Error
20	Sensor Non-Volatile Write Error Possible Cause: An attempt to save data to the sensor module is failed. Suggested Action: Restart the device. If the condition persists contact service.
21	Device Reset Required
22	Device Reset Required Possible Cause: Device change require restart. Suggested Action: Restart device.
23	Communication Error
24	Communication Error Possible Cause: An error occurred in communication between the sensor and electronics modules. Suggested Action: Restart the device. If the condition persists contact service for a replacement.
25	Electronics Non-Volatile Failure
26	Electronics Non-Volatile Failure Possible Cause: Electronics memory is corrupted. Suggested Action: The electronics must be replaced.
27	Electronics Non-Volatile Syncing Information
28	Electronics Non-Volatile Syncing Information Possible Cause: Write Non-Volatile command received from CB. Possible Cause: Non-volatile Storage in progress. Suggested Action:
29	HMI Validation Test Failure
30	HMI Validation Test Failure Possible Cause: HMI failed validation test. Suggested Action: Replace HMI.
31	Sensor Board Fault
32	Sensor Board Fault Possible Cause: An error occurred in the sensor module. Possible causes could be a failed component in the sensor electronics, a configuration error, or the sensor assembly. Suggested Action: Using a HART configuration (DTM - Hand held) or the local HMI, navigate to the Diagnostics -> Waveform display and confirm the quality of the signal. The signal peak should visibly cross the threshold line and should measure approximately 2 volts. Contact ABB service for additional support or a replacement if the condition persists.
33	Electronics Power Supply Insufficient Voltage to operate device
34	Electronics Power Supply Insufficient Voltage to operate device Possible Cause: Power supply too high or too low. Suggested Action: Check power supply voltage at the device terminal is at least 12 Vdc.
35	Ambient Temp Out of Range
36	Ambient Temp Out of Range Possible Cause: Ambient temperature too high or too low. Possible Cause: Temperature compenstaion saturated high or low. Suggested Action: Check ambient temperature.
37	Process Temp Warning
38	Process Temp Warning Possible Cause: Process temperature warning. Suggested Action: Process temperature exceeds warning limits. Contact ABB Service if reading does not match actual process.
39	Process Temp Alarm
40	Process Temp Alarm Possible Cause: Process temperature above or below warning limits. Suggested Action: Check process condition. The compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
41	Data Simulation Warning
42	Data Simulation Warning Possible Cause: The Level Value produced in output is derived by the value simulated in input. Suggested Action: Using a HART configurator(DTM - Hand held) place device back in normal operating mode (Remove input simulation).
43	Alarm Simulation Warning
44	Alarm Simulation Warning Possible Cause: An alarm condition is being simulated by the device. Suggested Action: Using a HART configurator(DTM - Hand held) place device back in normal operating mode (Remove input simulation).
45	Current Output in Fixed Mode
46	Current Output in Fixed Mode Possible Cause: Output current is in fixed mode. This could be due to the device being used in multidrop mode or a simulation. Suggested Action: Using a HART configuration (DTM - Haand held) place device back in normal operating mode (Remove inputs simulation).
47	Primary Current Uncertain
48	Primary Current Uncertain Possible Cause: The D to A convert is not properly calibrated or trimmed. Suggested Action: A DAC(digital to output converter) trimming should be performed and if the error persists the communication board must be replaced. Possible Cause: The device is not properly configured. Suggested Action: Check the device configuration.
49	Electronics ROM Failure
50	Electronics ROM Failure Possible Cause: Program memory test failed. Suggested Action: Restart the device. If condition persists contact service for a replacement.
51	Electronics RAM Failure
52	Electronics RAM Failure Possible Cause: Electronics memory test failed. Possible Cause: Process data memory check failed (dynamic duplicated error). Suggested Action: Restart the device. If condition persists contact service for a replacement.
53	Non-Volatile Replace Error
54	Non-Volatile Replace Error Possible Cause: The electronics or the sensor have been changed but the replacement operation has not been executed. Suggested Action: The replacement operation must be executed. Set the SW1 of the electronics to the position 1 to enable the replace mode. Set SW2 accordingly depending on which component (Electronics or sensor) has been replaced. Power cycle the device. Move the SW1 of the electronics to position 0. Suggested Action: The replacement operation must be executed. Only the data of the electronics can be copied to the sensor. Set the SW1 of the electronics to position 1 to enable the replace mode. Set SW2 to New Sensor position 1. Power cycle of the device. Move the SW1 of the electronics to position 0. Possible Cause: The Electronics of the Sensor have been changed. The replacement has been enabled but with the wrong direction (SW2 = 0). Suggested Action: Change the replacement direction (if possible). The SW1 is already set to Enable replace mode. Set SW2 to New Sensor (1). Power cycle the device. Move the SW1 of the electronics to position 0.
55	Primary Current Saturated
56	Primary Current Saturated Possible Cause: Current saturated high or low. Suggested Action: Check process condition and/or device configuration. The compatibility of the level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
57	Current Output Failure
58	Current Output Failure Possible Cause: The output circuit could be broken or not correctly calibrated. Suggested Action: A DAC(digital to output converter) trimming should be performed and if the error persists the communication board must be replaced.
59	Process Media Warning
60	Process Media Warning Possible Cause: Process value above high limit or below low limit. Suggested Action: Check process condition and/or device configuration. The compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
61	Process Media Alarm
62	Process Media Alarm Possible Cause: Process value above high high limit or below low low limit. Suggested Action: Check process condition and/or device configuration. The compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
63	Sensor Config Warning
64	Sensor Config Warning Possible Cause: The Level sensor trim is set to a default value. Possible Cause: The Temperature trimming configured is corrupted. Suggested Action: Contact service to perform a factory level sensor trim.
65	CheckFunction
66	Off Specification
67	Maintenance
68	Failure
69	Electronics status
70	Sensor status
71	Configuration status
72	Operating conditions
73	Process operating conditions
74	Diagnostics Simulation
75	.3f
76	QV
77	Force Loop Current
78	D/A Trim
79	Self Test
80	Level
81	Height of product in the vessel.
82	Level Unit
83	Engineering Units for the distance measurements.
84	Level Data Quality
85	Level Limit Status
86	Level Status
87	Level Classification
88	Level Device Family
89	Level Minimum Span
90	Damping
91	.2f
92	Simulation
93	Level value simulation status.
94	OFF
95	ON
96	Level Update Period
97	Sensor Serial Number
98	7d
99	Simulate
100	Update Period
101	LIN 0 Data Quality
102	LIN 0 Limit Status
103	LIN 0 Level Status
104	Output Type
105	Linearization output type.
106	Flow
107	Volume
108	Level
109	LIN 0 Upper Sensor Limit
110	LIN 0 Lower Sensor Limit
111	LIN 0 Minimum Span
112	Linearized Level Minimum Span
113	LIN 0 Update Period
114	Flow
115	Linearized flow value
116	Flow Unit
117	Flow Classification
118	LIN Damping
119	8.2f
120	Linearized Level value simulation status.
121	Linearized Level-Flow
122	Volume
123	Linearized volume value
124	Volume Unit
125	Volume Classification
126	Linearized Level-Volume
127	Ullage
128	Ullage Value
129	Ullage Data Quality
130	Ullage Limit Status
131	Ullage Status
132	Ullage Classification
133	Ullage Upper Sensor Limit
134	Ullage Lower Sensor Limit
135	Ullage Minimum Span
136	Ullage Damping
137	Ullage value simulation status.
138	Ullage Update Period
139	Interface
140	Interface is the height at which a surface forms a common boundary between two immiscible liquids.
141	Interface Data Quality
142	Interface Limit Status
143	Interface Status
144	Interface Classification
145	Interface Device Family
146	Interface Upper Sensor Limit
147	Interface Lower Sensor Limit
148	Interface Minimum Span
149	Interface Damping
150	Interface value simulation status.
151	Interface Update Period
152	LIN 1 Value
153	Linearized Interface Value
154	LIN 1 Data Quality
155	LIN 1 Limit Status
156	LIN 1 Status
157	LIN 1 Upper Sensor Limit
158	LIN 1 Lower Sensor Limit
159	LIN 1 Minimum Span
160	Linearized Interface Minimum Span
161	Simulate the Linearized Interface reading of the device.
162	LIN 1 Update Period
163	Lin Interface Unit
164	Linearized Interface value simulation status.
165	Linearized Interface-Volume
166	Temperature
167	Temperature Unit
168	Sensor Temperature Units- Engineering unit to be displayed with Sensor Temperature.
169	Temperature Data Quality
170	Temperature Limit Status
171	Temperature Status
172	Temperature Classification
173	Temperature USL
174	Temperature LSL
175	Minimum Span
176	Damping Value- Damping time constant applied to temperature value. The units of this variable are always in seconds.
177	Temperature value simulation status.
178	Temperature Update Period
179	Temperature Sensor Serial Number
180	Loop Warning Variables
181	Loop Warning Variables- Variables that display a warning message before new values are sent.
182	Write Variables
183	List of variables that can be edited Offline and written to the device
184	Read Variables
185	List of variables that can be read from the device
186	Select Display Type
187	Select the type of display graph
188	Analog
189	BarGraph
190	Polling Address
191	Polling Address- Address used by the Host to identify a Field Device.
192	Number of Response Preambles
193	Device ID
194	Field Device Revision
195	Universal Revision
196	Final Assembly Number
197	AO Alarm Type
198	Loop Current Mode
199	Long Tag
200	Write Protect
201	PV Loop Current
202	Clear Table
203	Selecting CLEAR TABLE will completely erase all values from the Linearization Table.
204	Restore Table
205	Selecting RESTORE TABLE will reinstall the values of a Linearization Table that have been stored in the Back Up file of the device.
206	Save Table
207	Selecting SAVE TABLE will store all of the values in the Linearization Table to a Back Up file in the EPROM of the device.
208	Linearization Table
209	Displays the Linearization Input points, Output points and points status.
210	No.
211	Input Value
212	Output Value
213	Point Status
214	1
215	2
216	3
217	4
218	5
219	6
220	7
221	8
222	9
223	10
224	11
225	12
226	13
227	14
228	15
229	16
230	17
231	18
232	19
233	20
234	21
235	Set LIN Points
236	To configure the Linearization points mode, Linearization Input points, Linearization Output points and Linearization points status.
237	Software Write Protection
238	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.
239	Mounting Orientation
240	Device may be either Top or Bottom Mounted.
241	Bottom
242	Top
243	Service Code Logout
244	Offset
245	Offsets the temperature value read from the RTD at the bottom of the probe.
246	Total Run Time
247	Total run time in days since last device reset.
248	CPU Load
249	Percent of CPU load.
250	%
251	Alarm Delay
252	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.
253	Pulse Width
254	Amount of energy used for the level measurement.
255	Device Configuration
256	Options include 1 or 2 Levels and with or without Temperature.
257	Single Level without Temperature
258	Single Level with Temperature
259	Dual Level without Temperature
260	Dual Level with Temperature
261	Blanking Distance
262	Blanking is a measured area which the LMT 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.
263	Status
264	Hardware switch that allows remote access.
265	Software Revision
266	Electronics software revision.
267	Hardware Revision
268	Electronics hardware revision.
269	Sensor software revision.
270	Sensor hardware revision.
271	1.1.0
272	FPGA Revision
273	Field Programmable Gate Array revision.
274	Transducer ID
275	sim points
276	index sim
277	Alarm
278	Level Alarm Enable/Disable
279	Disable
280	Enable
281	Alarm
282	Ullage Alarm Enable/Disable
283	Disable
284	Enable
285	Interface Alarm Enable/Disable
286	Enable
287	Temperature Alarm Enable/Disable
288	Array Alarm Enable
289	Index Alarm Enable
290	Signal Polarity
291	The signal can be either standard or reversed.
292	Standard
293	Reversed
294	Threshold
295	The Threshold voltage provides a method of signal detection along the waveform. The signal from the process reflection must cross this barrier to be detected as a signal. The LMT is designed to detect the first pulse crossing the Threshold. The Threshold may need to be increased to avoid baseline interference or decreased to detect the correct pulse.
296	Alarm Source
297	Alarm selection source may be either Software, Hardware Low or Hardware High.
298	Software
299	Hardware-Low
300	Hardware-High
301	Low Saturation
302	Saturation limit low of the analog output current.
303	High Saturation
304	Saturation limit high of the analog output current.
305	Low Alarm
306	Low alarm limit of the analog output current. (NAMUR Standard = 3.6 mA)
307	High Alarm
308	High alarm limit of the analog output current. (NAMUR Standard = 21.0 mA)
309	Failure Mode
310	The failure mode indicates the action taken by the device loop current under error conditions.
311	High
312	Low
313	Access Level
314	Access Level can be Read Only or Standard or Advanced or Service user
315	Read Only
316	Advanced
317	Service
318	HRT Service Code
319
320	Incorrect password; access level reduced to Read Only.
321	LIN Input Point 1
322	Linearized input point 1
323	LIN Input Point 2
324	Linearized input point 2
325	LIN Input Point 3
326	Linearized input point 3
327	LIN Input Point 4
328	Linearized input point 4
329	LIN Input Point 5
330	Linearized input point 5
331	LIN Input Point 6
332	Linearized input point 6
333	LIN Input Point 7
334	Linearized input point 7
335	LIN Input Point 8
336	Linearized input point 8
337	LIN Input Point 9
338	Linearized input point 9
339	LIN Input Point 10
340	Linearized input point 10
341	LIN Input Point 11
342	Linearized input point 11
343	LIN Input Point 12
344	Linearized input point 12
345	LIN Input Point 13
346	Linearized input point 13
347	LIN Input Point 14
348	Linearized input point 14
349	LIN Input Point 15
350	Linearized input point 15
351	LIN Input Point 16
352	Linearized input point 16
353	LIN Input Point 17
354	Linearized input point 17
355	LIN Input Point 18
356	Linearized input point 18
357	LIN Input Point 19
358	Linearized input point 19
359	LIN Input Point 20
360	Linearized input point 20
361	LIN Input Point 21
362	Linearized input point 21
363	LIN Output Point 1
364	Linearized output point 1
365	LIN Output Point 2
366	Linearized output point 2
367	LIN Output Point 3
368	Linearized output point 3
369	LIN Output Point 4
370	Linearized output point 4
371	LIN Output Point 5
372	Linearized output point 5
373	LIN Output Point 6
374	Linearized output point 6
375	LIN Output Point 7
376	Linearized output point 7
377	LIN Output Point 8
378	Linearized output point 8
379	LIN Output Point 9
380	Linearized output point 9
381	LIN Output Point 10
382	Linearized output point 10
383	LIN Output Point 11
384	Linearized output point 11
385	LIN Output Point 12
386	Linearized output point 12
387	LIN Output Point 13
388	Linearized output point 13
389	LIN Output Point 14
390	Linearized output point 14
391	LIN Output Point 15
392	Linearized output point 15
393	LIN Output Point 16
394	Linearized output point 16
395	LIN Output Point 17
396	Linearized output point 17
397	LIN Output Point 18
398	Linearized output point 18
399	LIN Output Point 19
400	Linearized output point 19
401	LIN Output Point 20
402	Linearized output point 20
403	LIN Output Point 21
404	Linearized output point 21
405	LIN Point Status 1
406	Linearized Point Status 1
407	Disabled
408	Enabled
409	LIN Point Status 2
410	Linearized Point Status 2
411	LIN Point Status 3
412	Linearized Point Status 3
413	LIN Point Status 4
414	Linearized Point Status 4
415	LIN Point Status 5
416	Linearized Point Status 5
417	LIN Point Status 6
418	Linearized Point Status 6
419	LIN Point Status 7
420	Linearized Point Status 7
421	LIN Point Status 8
422	Linearized Point Status 8
423	LIN Point Status 9
424	Linearized Point Status 9
425	LIN Point Status 10
426	Linearized Point Status 10
427	LIN Point Status 11
428	Linearized Point Status 11
429	LIN Point Status 12
430	Linearized Point Status 12
431	LIN Point Status 13
432	Linearized Point Status 13
433	LIN Point Status 14
434	Linearized Point Status 14
435	LIN Point Status 15
436	Linearized Point Status 15
437	LIN Point Status 16
438	Linearized Point Status 16
439	LIN Point Status 17
440	Linearized Point Status 17
441	LIN Point Status 18
442	Linearized Point Status 18
443	LIN Point Status 19
444	Linearized Point Status 19
445	LIN Point Status 20
446	Linearized Point Status 20
447	LIN Point Status 21
448	Linearized Point Status 21
449	array points
450	index array points
451	Input Unit
452	The input units for the linearized level values.
453	Input Mode
454	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.
455	Automatic
456	Manual
457	LIN Input Mode 1
458	LIN Input Mode 2
459	LIN Input Mode 3
460	LIN Input Mode 4
461	LIN Input Mode 5
462	LIN Input Mode 6
463	LIN Input Mode 7
464	LIN Input Mode 8
465	LIN Input Mode 9
466	LIN Input Mode 10
467	LIN Input Mode 11
468	LIN Input Mode 12
469	LIN Input Mode 13
470	LIN Input Mode 14
471	LIN Input Mode 15
472	LIN Input Mode 16
473	LIN Input Mode 17
474	LIN Input Mode 18
475	LIN Input Mode 19
476	LIN Input Mode 20
477	LIN Input Mode 21
478	array write points
479	index array write points
480	Output value too large
481	Output value too small
482	Input value too large
483	Input value too small
484	LIN Table Clear
485	LIN Table Reload
486	LIN Table Backup
487	Output Maximum
488	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.
489	Output Minimum
490	The value assigned to the lowest measurable point along the probe length. Typically this will be set to 0, although it is not required.
491	Output Unit
492	Linearized Output units allows the selection of the desired output units for the linearization table. Linearized output units can be in Level, Volume or Flow units. Please see the Installation & Maintenance Manual or menu contents for unit options.
493	Invalid Unit Type
494	LIN Output Unit
495	Linearization Flow Units
496	Linearization Volume Units
497	Linearization Level Units
498	Array Linearization Units
499	Linearization_Units
500	Linearization State
501	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.
502	Position
503	Waveform position
504	Sensor Reference Point
505	Interface
506	User Distance
507	End of Probe
508	Distance
509	Distance Unit
510	Set waveform x-axis distance units.
511	Waveform Start
512	Waveform start position
513	Increment
514	Distance between each point of the waveform data.
515	Upper Range
516	The upper range value for the Level measurement.
517	Lower Range
518	The lower range value for the Level measurement.
519	The upper range value for the Linearized flow measurement.
520	The lower range value for the Linearized flow measurement.
521	The upper range value for the Linearized volume measurement.
522	The lower range value for the Linearized volume measurement.
523	The upper range value for the Ullage measurement.
524	The lower range value for the Ullage measurement.
525	The upper range value for the Interface measurement.
526	The lower range value for the Interface measurement.
527	The upper range value for the Temperature measurement.
528	The lower range value for the Temperature measurement.
529	array range
530	index array range
531	Invalid span
532	Span too small
533	Horizontal Scale
534	0.25 ft/div
535	0.5 ft/div
536	1 ft/div
537	2 ft/div
538	0.05 m/div
539	0.1 m/div
540	0.2 m/div
541	0.4 m/div
542	3 in/div
543	6 in/div
544	12 in/div
545	24 in/div
546	5 cm/div
547	10 cm/div
548	20 cm/div
549	40 cm/div
550	50 mm/div
551	100 mm/div
552	200 mm/div
553	400 mm/div
554	Display Mode
555	Sets the number of lines and the number of characters per line on this page. Also, determines if bargraph is displayed or not.
556	Graph
557	1 row x 6 char
558	1 row x 6 char+Bar
559	1 row x 9 char
560	1 row x 9 char+Bar
561	2 rows x 9 char
562	2 rows x 9 char+Bar
563	3 rows x 9 char
564	Off
565	1st Line
566	Sets the device variable that is displayed in Line 1.
567	Raw Level
568	Ullage
569	Current Output %
570	Current Output mA
571	Linearized Level-Flow
572	Linearized Level-Volume
573	Temperature
574	Raw Interface
575	Linearized Interface-Volume
576	2nd Line
577	Sets the device variable that is displayed in Line 2 if present.
578	3rd Line
579	Sets the device variable that is displayed in Line 3 if present.
580	Bargraph
581	Sets the device variable that is displayed in the bargraph if present.
582	Array Operator Pages
583	Index Operator Pages
584	Local Operation
585	Enables local operation with push buttons.
586	Language
587	The LMT 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 LMT will remain unchanged as icons regardless of language selection.
588	English
589	German
590	French
591	Spanish
592	Italian
593	Russian
594	Chinese
595	Portuguese
596	Contrast
597	Adjusts the contrast of the device HMI.
598	Autoscroll
599	Enables autoscrolling of the Operator pages on the HMI.
600	Date Format
601	DD-MM-YYYY
602	MM-DD-YYYY
603	YYYY-MM-DD
604	Display Revision
605	Display revision.
606	Diagnosis Condition Number
607	Diagnosis Condition Details Class
608	Diagnosis Condition Details Group
609	Diagnosis Condition Details Priority
610	Diagnosis Condition Details Alarm Counter
611	Diagnosis Condition Details Alarm Time Counter Day
612	Diagnosis Condition Details Alarm Time Counter Msec
613	Diagnosis Condition Details Time Stamp Last Alarm Day
614	Diagnosis Condition Details Time Stamp Last Alarm Msec
615	Extended Diagnostics 0
616	Diagnosis Condition Details Code
617	Data in Simulation Mode
618	Alarm in Simulation Mode
619	Electronics Non-Volatile Memory Failure
620	Sensor Non-Volatile Memory Write Failure
621	Electronics Non-Volatile Memory Write Failure
622	Replace Sensor to Electronics Blocked
623	Replace Required Sensor to Electronics Blocked
624	Replace Required Both Directions Enabled
625	Safety Function Flow Error
626	HMI Validation Test Failure
627	Electronics Temperature Too Low
628	Electronics Temperature Too High
629	Invalid Input Value
630	Fail-Safe Low
631	Span Limit High
632	Span Limit Low
633	Hardware Limit Low
634	Hardware Limit High
635	System Limit Low
636	System in Fixed Curent Mode
637	Power Supply Too Low (<10.5 VDC)
638	Power Supply Too High (>40.5 VDC)
639	Current Readback Failed High
640	Current Readback Failed Low
641	Electronics RAM Failure
642	Electronics ROM Failure
643	Ambient Temperature Too High
644	Ambient Temperature Too Low
645	Illegal Memory Access Failure
646	Memory Test Failure
647	Electronics Self Test Failure
648	Level Sensor Failure
649	Level Sensor Warning
650	Level Out of Limits
651	Interface Out of Limits
652	Level Sensor Trim Needed
653	Temperature Sensor Failure
654	Temperature Sensor Out of Limits
655	Temperature Sensor Trim Needed
656	Sensor Non-Volatile Write Active
657	Sensor Non-Volatile Write Failure
658	Sensor Non-Volatile Failure
659	Sensor Non-Volatile Busy
660	Sensor Communication Error
661	Device Reset Required
662	PV Value Out of Range
663	Level Low Low Alarm
664	Level Low Warning
665	Level High Warning
666	Level High High Alarm
667	Ullage Low Low Alarm
668	Ullage Low Warning
669	Ullage High Warning
670	Ullage High High Alarm
671	Interface Low Low Alarm
672	Interface Low Warning
673	Interface High Warning
674	Interface High High Alarm
675	Level in Simulation Mode
676	Interface in Simulation Mode
677	Ullage in Simulation Mode
678	Temperature in Simulation Mode
679	Volume-Level in Simulation Mode
680	Volume-Interface in Simulation Mode
681	Flow in Simulation Mode
682	Temperature Low Low Alarm
683	Temperature Low Warning
684	Temperature High Warning
685	Temperature High High Alarm
686	Extended Diagnostics 1
687	Extended Diagnostics 2
688	Extended Diagnostics 3
689	Extended Diagnostics 4
690	Extended Diagnostics 5
691	Extended Diagnostics 6
692	Extended Diagnostics 7
693	Extended Diagnostics 8
694	Extended Diagnostics 9
695	Extended Diagnostics 10
696	Extended Diagnostics 11
697	Extended Diagnostics 12
698	Extended Diagnostics 13
699	Ext. Diagnostics 1
700	Ext. Diagnostics 2
701	Extended Diag. 1
702	Extended Diag. 2
703	Extended Diag. 3
704	Extended Diag. 4
705	Extended Diag. 5
706	Extended Diag. 6
707	Extended Diag. 7
708	Masking
709	Illegal Memory Access
710	Level Sensor Out of Limits
711	Self Test Failure
712	Level Sensor Out of Range
713	Sensor Board Memory Failure
714	Sensor Non-Volatile Write Error
715	Communication Error
716	Electronics Non-Volatile Failure
717	Electronics Non-Volatile Syncing Information
718	Sensor Board Fault
719	Electronics Power Supply Insufficient Voltage to operate device
720	Ambient Temp Out of Range
721	Process Temp Warning
722	Process Temp Alarm
723	Data Simulation Warning
724	Alarm Simulation Warning
725	Current Output in Fixed Mode
726	Primary Current Uncertain
727	Non-Volatile Replace Error
728	Primary Current Saturated
729	Current Output Failure
730	Process Media Warning
731	Process Media Alarm
732	Sensor Config Warning
733	Diagnostics simulation status
734	Simulation
735	System in Fixed Current Mode
736	Level Sensor Failure
737	Sensor Board Fault
738	Temperature Sensor Trim Needed
739	Sensor Non-Volatile Write Error
740	Flow in simulation mode
741	Process Temperature Low Low Alarm
742	Process Temperature Low Warning
743	Process Temperature High Warning
744	Process Temperature High High Alarm
745	Process Temperature Sensor Out of Limits
746	Low Low
747	The Temperature value below which the 'Alarm Low Low' status bit is set.
748	The Temperature value below which the 'Alarm Low' status bit is set.
749	The Temperature value above which the 'Alarm High' status bit is set.
750	High High
751	The Temperature value above which the 'Alarm High High' status bit is set.
752	Array T Alarm
753	Index Array T Alarm
754	Electronics Temperature
755	The ambient temperature of the device surroundings.
756	Process Minimum Temperature
757	Minimum recorded temperature of the process.
758	Process Maximum Temperature
759	Maximum recorded temperature of the process.
760	Set Standard Password
761	Change password for Standard Access Level.
762	65535
763	Set Advanced Password
764	Change password for Advanced Access Level.
765	Array Write Password
766	Index Write Passowrd
767	Sensor ID
768	ID of the device sensor
769	Array Alarm Non Media Level Points
770	index array alarm Non Media Level points
771	array alarm limit low low
772	index array alarm limit low low
773	array alarm limit low
774	index array alarm limit low
775	array alarm limit high
776	index array alarm limit high
777	array alarm limit high high
778	index array alarm limit high high
779	Sensor Status Byte 0
780	Sensor defect
781	Sensor Unknown
782	Sensor Value Invalid
783	Sensor Signal Lost
784	Sensor Signal Interface
785	Critical Siganl to Noise Ratio
786	New Sensor Settings Necessary
787	Sensor Status Byte 1
788	Additional Sensor defect
789	Additional Sensor Value Invalid
790	Level Status Byte 0
791	Level below Level Alarm Low Low
792	Level below Low Alarm Low
793	Level below Level Alarm High
794	Level above Level Alarm High High
795	Distance in Blocking Distance Low
796	Distance in Blocking Distance High
797	Level Status Byte 1
798	New Calibration necessary
799	Incorrect Calibration
800	New Level Settings Necessary
801	Interface Status Byte 0
802	Interface below Level Alarm Low Low
803	Interface below Low Alarm Low
804	Interface below Level Alarm High
805	Interface above Level Alarm High High
806	Interface Status Byte 1
807	Array Status
808	Index Array Status
809	Family revision
810	Additional Sensor Availability
811	Additional Sensor Device Variable Availability
812	Not Available
813	Available
814	Ullage Available
815	Ullage Device Variable Available
816	Sensor Technical Code
817	Type of Sensor in the field device.
818	Magnetostrictive
819	Num of Calibration Points
820	Maximum number of Calibration Points
821	Sensor Compensation Availbility
822	Blocking Distances Availbility
823	No Blocking Distance
824	Only Blocking Distance High
825	Only Blocking Distance Low
826	Both Blocking Distances
827	Unknown
828	Special
829	Array Level Family Capability
830	Index Level Family Capability
831	Device Variable Code Media Level
832	Device Variable Code of the Media Level
833	Device Variable Code Ullage Level
834	Device Variable Code of the Ullage Level
835	Device Variable Code Additional Sensor
836	Device Variable Code of the Additional Sensor
837	Additional Sensor Not Used
838	Classification Additional Sensor
839	Array Read Level Family Device Variable Values
840	Index Read Level Family Device Variable Values
841	Additional Sensor Unit
842	Additional Sensor Value
843	Sensor Unit Type
844	Sensor Units Type
845	Measured Level Value
846	The level of the product in the vessel before Level Offset
847	Measured Interface Value
848	The interface of the product in the vessel before Interface Offset
849	Sensor Value
850	Raw Sensor Value
851	Array Read Level Family Internal Variable Values
852	Index Read Level Family Internal Variable Values
853	Sensor Offset (Level)
854	May be used to compensate for an un-measurable area below a probe OR to align the measurement of the LMT with another device.
855	Sensor Offset (Interface)
856	Sensor Compensation
857	Level Offset
858	The value added to the Measured Level to give the Media Level, this value may be positive, negative or zero.
859	Interface Offset
860	The value added to the Measured Interface to give the Media Interface, this value may be positive, negative or zero.
861	Ullage Reference Point
862	The Level at which the Ullage Level is zero.
863	The Level value below which the Level Alarm Low Low status bit is set.
864	The Level value below which the Level Alarm Low status bit is set.
865	The Level value above which the Level Alarm High status bit is set.
866	High High
867	The Level value above which the Level Alarm High High status bit is set.
868	The Ullage value below which the Ullage Alarm Low Low status bit is set.
869	The Ullage value below which the Ullage Alarm Low status bit is set.
870	The Ullage value above which the Ullage Alarm High status bit is set.
871	The Ullage value above which the Ullage Alarm High High status bit is set.
872	The Interface value below which the Interface Alarm Low Low status bit is set.
873	The Interface value below which the Interface Alarm Low status bit is set.
874	The Interface value above which the Interface Alarm High status bit is set.
875	The Interface value above which the Interface Alarm High High status bit is set.
876	Array Alarm Points
877	index array alarm points
878	Probe Length
879	The distance between the potential maximum reference point of the device and the Sensor Reference Point.
880	Blocking Distance Low
881	Blocking Distance High
882	Calibration Index
883	Index A
884	Index B
885	Calibration Function Code
886	Change
887	Upper Sensor Point
888	The upper sensor point in the calibration. This corresponds to upper level point (2 level points are used in the LMT calibration table).
889	Lower Sensor Point
890	The lower sensor point in the calibration. This corresponds to lower level point (2 level points are used in the LMT calibration table).
891	Upper Level Point
892	The upper level point in the calibration. This corresponds to upper sensor point (2 level points are used in the LMT calibration table).
893	Lower Level Point
894	The lower level point in the calibration. This corresponds to lower sensor point (2 level points are used in the LMT calibration table).
895	The upper sensor point in the calibration. This corresponds to upper interface point (2 interface points are used in the LMT calibration table).
896	The lower sensor point in the calibration. This corresponds to lower interface point (2 interface points are used in the LMT calibration table).
897	Upper Interface Point
898	The upper interface point in the calibration. This corresponds to upper sensor point (2 interface points are used in the LMT calibration table).
899	Lower Interface Point
900	The lower interface point in the calibration. This corresponds to lower sensor point (2 interface points are used in the LMT calibration table).
901	Alarm limit selection
902	Alarm limit selection code
903	Level Point too large
904	Level Point too small
905	Identical Sensor Point already specified
906	Non-Monotonic Calibration
907	Delete calibration point not supported
908	Gain
909	Service Account
910	Disable
911	Enable
912	Login Standard
913	Login to Standard access level
914	Login Advanced
915	Login to Advanced access level
916	Login Service
917	Login to Service access level
918	Logout Access Level
919	Return to lowest access level
920	Change Standard Password
921	Change password for Standard access level
922	Change Advanced Password
923	Change password for Advanced access level
924	Reset D/A Trim
925	Reset the device D/A trim points to factory settings.
926	Reset Passwords to Default
927	Reset Standard and Advanced Passwords to the factory defaults.
928	Set Lower Level Point
929	Calibration performed by writing the lower level value to the device and having the device measure and store the associated sensor value.
930	Set Upper Level Point
931	Calibration performed by writing the upper level value to the device and having the device measure and store the associated sensor value.
932	Set Lower Interface Point
933	Calibration performed by writing the lower interface value to the device and having the device measure and store the associated sensor value.
934	Set Upper Interface Point
935	Calibration performed by writing the upper interface value to the device and having the device measure and store the associated sensor value.
936	Clear Diagnostics History
937	Clear the diagnostics history in the device.
938	Clear Process Temperature History
939	Resets the recorded maximum and minimum process temperature.
940	Simulate the Level reading of the device.
941	Simulate the Linearized Level reading of the device.
942	Simulate the Ullage reading of the device.
943	Simulate the Interface reading of the device.
944	Simulate the Temperature reading of the device.
945	Clear Diagnostics Simulated
946	Clear all diagnostics simulated.
947	Reset Level Trim
948	Reset the device level trim points to factory settings.
949	Reset Interface Trim
950	Reset the device interface trim points to factory settings.
951	Reset Temperature Trim
952	Reset the device temperature trim points to factory settings.
953	DeviceHealthVariable
954	Click for Updated Diagnostics
955	Change Display Mode
956	command 3
957	Change Device Configuration
958	Change Linearization State
959	Change Output Type
960	Process Variables
961	Device Settings
962	Diagnostics
963	Device
964	Additional device revisions
965	Electronics Revision
966	Sensor Revision
967	Device Data
968	Additional Info
969	LMT Device Image
970	Device image
971	Easy Setup
972	Waveform
973	Device Setup
974	Basic Setup
975	General
976	PV Setup
977	Device Characteristics
978	Input/Output
979	HRT Mapping
980	Analog Output
981	Temperature Sensor
982	Current Output Limits
983	Current Saturation Limits
984	Alarm Limits
985	Current Output Alarm
986	Communication
987	Linearization
988	Setup
989	Configure Table
990	Device Variables
991	Display
992	Display Settings
993	Operator Page 1
994	Operator Page 2
995	Operator Page 3
996	Operator Page 4
997	Calibration
998	PV Range Values
999	Current Output
1000	Simulation
1001	Output Current
1002	Diagnostics Monitoring
1003	Displays the current device diagnostics.
1004	Device Status
1005	Device Status : OK
1006	Failure
1007	Function Check
1008	Out of Specification
1009	Maintenance Required
1010	OK
1011	Electronics
1012	Operating Conditions
1013	Diagnostics History
1014	Displays the history of device diagnostics.
1015	Sensor
1016	Configuration
1017	Diagnostics Masking
1018	To mask the device diagnostics.
1019	To simulate the device diagnostics.
1020	Level out of limits
1021	Interface out of limits
1022	Interface in simulation mode
1023	Temperature in simulation mode
1024	Volume-Level in simulation mode
1025	Volume-Interface in simulation mode
1026	Temperature sensor trim needed
1027	Temperature sensor out of limits
1028	Temperature low warning
1029	Temperature high warning
1030	Temperature low low alarm
1031	Temperature high high alarm
1032	Interface low warning
1033	Interface high warning
1034	Interface low low alarm
1035	Interface high high alarm
1036	Process Temperature History
1037	Process Alarms
1038	At Sensor Reference Point
1039	At Level
1040	At Interface
1041	At End of Probe
1042	At User Distance
1043	Device Self Test
1044	Sensor Info
1045	Sensor Setup
1046	Sensor Limits
1047	Access
1048	Access Level Status
1049	Login Access Level
1050	Read Only Switch
1051	Clear Temperature History
1052	Factory Trimming
1053	Change Password
1054	Calibrated Points
1055	Dry Calibration
1056	Used for doing a dry calibration where both the sensor points and level points are submitted by the user.
1057	Wet Calibration
1058	Calibration performed by writing the level value to the device and having the device measure and store the associated sensor value.
1059	Used for doing a dry calibration where both the sensor points and interface points are submitted by the user.
1060	Calibration performed by writing the interface value to the device and having the device measure and store the associated sensor value.
1061	www.abb.com
1062	Image of Transmitter
1063	Gauge
1064	Easy Setup
1065	Offline
1066	Detailed Setup
1067	General
1068	Linearization
1069	Configuration
1070	Set Linearization Points
1071	Calibration
1072	Login
1073	Sensor Trim Factory Reset
1074	Diagnostics
1075	Overview
1076	Possible Cause: An error occurred in the sensor module. Possible cause could be a failed component in the sensor electronics or an error changing the configuration. Suggested Action: Restart the device. If the condition persists contact service for a replacement.
1077	Error Code: F198.000
1078	Possible Cause: An error occurred in the sensor module. Possible cause could be a failed component in the sensor electronics or an error changing the configuration.
1079	Suggested Action: Restart the device. If the condition persists contact service for a replacement.
1080	Possible Cause: A temperature measurement has resulted in a value outside of the operating range. Suggested Action: Restart the device. If the condition persists contact service for a replacement.
1081	Error Code: S098.001
1082	Possible Cause: A temperature measurement has resulted in a value outside of the operating range.
1083	Possible Cause: Illegal memory access. Suggested Action: Restart device and recheck, contact ABB if problem persists.
1084	Error Code: F245.002
1085	Possible Cause: Illegal memory access.
1086	Suggested Action: Restart device and recheck, contact ABB if problem persists.
1087	Possible Cause: Calculation of safety function did not occur in the proper sequence. Suggested Action: Restart the device. If the condition persists contact service for a replacement.
1088	Error Code: F244.003
1089	Possible Cause: Calculation of safety function did not occur in the proper sequence.
1090	Possible Cause: Result of the Level measurement is outside of the valid and expected range. Suggested Action: Using the HART configurator (DTM - Handheld) or the local HMI, navigate to the Diagnostics -> Waveform display and confirm the quality of the signal. The signal peak should visibly cross the threshold line and should measure approximately 2 Volts. Contact ABB service for additional support or a replacement if the condition persists.
1091	Error Code: F215.004
1092	Possible Cause: Result of the Level measurement is outside of the valid and expected range.
1093	Suggested Action: Using the HART configurator (DTM - Handheld) or the local HMI, navigate to the Diagnostics -> Waveform display and confirm the quality of the signal. The signal peak should visibly cross the threshold line and should measure approximately 2 Volts. Contact ABB service for additional support or a replacement if the condition persists.
1094	Possible Cause: Suggested Action: Restart the device. If the condition persists contact service for a replacement.
1095	Error Code: F248.006
1096	Possible Cause:
1097	Possible Cause: Writing to the sensor non-volatile memory was not successful. Suggested Action: The sensor should be replaced as soon as possible.
1098	Error Code: F212.017
1099	Possible Cause: Writing to the sensor non-volatile memory was not successful.
1100	Suggested Action: The sensor should be replaced as soon as possible.
1101	Possible Cause: An error occurred in communication between the sensor and electronics modules. Suggested Action: Restart the device. If the condition persists contact service for a replacement.
1102	Error Code: F196.020
1103	Possible Cause: An error occurred in communication between the sensor and electronics modules.
1104	Possible Cause: Electronics memory is corrupted. Suggested Action: The electronics must be replaced.
1105	Error Code: F218.023
1106	Possible Cause: Electronics memory is corrupted.
1107	Suggested Action: The electronics must be replaced.
1108	Possible Cause: An error occurred in the sensor module. Possible causes could be a failed component in the sensor electronics, a configuration error, or the sensor assembly. Suggested Action: Using a HART configuration (DTM - Hand held) or the local HMI, navigate to the Diagnostics -> Waveform display and confirm the quality of the signal. The signal peak should visibly cross the threshold line and should measure approximately 2 volts. Contact ABB service for additional support or a replacement if the condition persists.
1109	Error Code: F194.031
1110	Possible Cause: An error occurred in the sensor module. Possible causes could be a failed component in the sensor electronics, a configuration error, or the sensor assembly.
1111	Suggested Action: Using a HART configuration (DTM - Hand held) or the local HMI, navigate to the Diagnostics -> Waveform display and confirm the quality of the signal. The signal peak should visibly cross the threshold line and should measure approximately 2 volts. Contact ABB service for additional support or a replacement if the condition persists.
1112	Possible Cause: The D to A convert is not properly calibrated or trimmed. Suggested Action: A DAC(digital to output converter) trimming should be performed and if the error persists the communication board must be replaced. Possible Cause: The device is not properly configured. Suggested Action: Check the device configuration.
1113	Error Code: F228.039
1114	Possible Cause: The D to A convert is not properly calibrated or trimmed.
1115	Suggested Action: A DAC(digital to output converter) trimming should be performed and if the error persists the communication board must be replaced.
1116	Possible Cause: The device is not properly configured.
1117	Suggested Action: Check the device configuration.
1118	Possible Cause: Program memory test failed. Suggested Action: Restart the device. If condition persists contact service for a replacement.
1119	Error Code: F247.040
1120	Possible Cause: Program memory test failed.
1121	Suggested Action: Restart the device. If condition persists contact service for a replacement.
1122	Possible Causes: 1)Electronics memory test failed. 2)Process data memory check failed (dynamic duplicated error). Suggested Action: Restart the device. If condition persists contact service for a replacement.
1123	Error Code: F246.041
1124	Possible Causes: 1)Electronics memory test failed. 2)Process data memory check failed (dynamic duplicated error).
1125	Possible Cause: The electronics or the sensor have been changed but the replacement operation has not been executed. Suggested Actions: 1)The replacement operation must be executed. Set the SW1 of the electronics to the position 1 to enable the replace mode. Set SW2 accordingly depending on which component (Electronics or Sensor) has been replaced. Power cycle the device. Move the SW1 of the electronics to position 0. 2)The replacement operation must be executed. Only the data of the electronics can be copied to the sensor. Set the SW1 of the electronics to position 1 to enable the replace mode. Set SW2 to New Sensor position 1. Power cycle of the device. Move the SW1 of the electronics to position 0. Possible Cause: The Electronics of the Sensor have been changed. The replacement has been enabled but with the wrong direction (SW2 = 0). Suggested Action: Change the replacement direction (if possible). The SW1 is already set to Enable replace mode. Set SW2 to New Sensor (1). Power cycle the device. Move the SW1 of the electronics to position 0.
1126	Error Code: F210.042
1127	Possible Cause: The electronics or the sensor have been changed but the replacement operation has not been executed.
1128	Suggested Actions: 1)The replacement operation must be executed. Set the SW1 of the electronics to the position 1 to enable the replace mode. Set SW2 accordingly depending on which component (Electronics or Sensor) has been replaced. Power cycle the device. Move the SW1 of the electronics to position 0. 2)The replacement operation must be executed. Only the data of the electronics can be copied to the sensor. Set the SW1 of the electronics to position 1 to enable the replace mode. Set SW2 to New Sensor position 1. Power cycle of the device. Move the SW1 of the electronics to position 0.
1129	Possible Cause: The Electronics of the Sensor have been changed. The replacement has been enabled but with the wrong direction (SW2 = 0).
1130	Suggested Action: Change the replacement direction (if possible). The SW1 is already set to Enable replace mode. Set SW2 to New Sensor (1). Power cycle the device. Move the SW1 of the electronics to position 0.
1131	Possible Cause: The output circuit could be broken or not correctly calibrated. Suggested Action: A DAC(digital to output converter) trimming should be performed and if the error persists the communication board must be replaced.
1132	Error Code: F226.044
1133	Possible Cause: The output circuit could be broken or not correctly calibrated.
1134	Suggested Action: A DAC (digital to output converter) trimming should be performed and if the error persists the communication board must be replaced.
1135	Possible Cause: An attempt to save data to the sensor module is failed. Suggested Action: Restart the device. If the condition persists contact service.
1136	Error Code: C211.018
1137	Possible Cause: An attempt to save data to the sensor module is failed.
1138	Suggested Action: Restart the device. If the condition persists contact service.
1139	Possible Cause: Device change require restart. Suggested Action: Restart device.
1140	Error Code: C200.019
1141	Possible Cause: Device change require restart.
1142	Suggested Action: Restart device.
1143	Possible Cause: The Level Value produced in output is derived by the value simulated in input. Suggested Action: Using a HART configurator(DTM - Hand held) place device back in normal operating mode (Remove input simulation).
1144	Error Code: C138.036
1145	Possible Cause: The Level Value produced in output is derived by the value simulated in input.
1146	Suggested Action: Using a HART configurator(DTM - Hand held) place device back in normal operating mode (Remove input simulation).
1147	Possible Cause: An alarm condition is being simulated by the device. Suggested Action: Using a HART configurator(DTM - Hand held) place device back in normal operating mode (Remove input simulation).
1148	Error Code: C139.037
1149	Possible Cause: An alarm condition is being simulated by the device.
1150	Possible Cause: Output current is in fixed mode. This could be due to the device being used in multidrop mode or a simulation. Suggested Action: Using a HART configuration (DTM - Haand held) place device back in normal operating mode (Remove inputs simulation).
1151	Error Code: C220.038
1152	Possible Cause: Output current is in fixed mode. This could be due to the device being used in multidrop mode or a simulation.
1153	Suggested Action: Using a HART configuration (DTM - Haand held) place device back in normal operating mode (Remove inputs simulation).
1154	Possible Causes: 1)The Level sensor trim is set to a default value. 2)The Temperature trimming configured is corrupted. Suggested Action: Contact service to perform a factory level sensor trim.
1155	Error Code: C154.047
1156	Possible Causes: 1)The Level sensor trim is set to a default value. 2)The Temperature trimming configured is corrupted.
1157	Suggested Action: Contact service to perform a factory level sensor trim.
1158	Possible Cause: Result of temperature measurement above or below process range. Suggested Action: Restart the device. If condition persists contact service for a replacement. The Compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
1159	Error Code: S096.005
1160	Possible Cause: Result of temperature measurement above or below process range.
1161	Suggested Action: Restart the device. If condition persists contact service for a replacement. The Compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
1162	Possible Cause: Primary sensor reading above or below range values. Suggested Action: Check process conditions and/or device configuration. The compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
1163	Error Code: S148.010
1164	Possible Cause: Primary sensor reading above or below range values.
1165	Suggested Action: Check process conditions and/or device configuration. The compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
1166	Possible Cause: Power supply too high or too low. Suggested Action: Check power supply voltage at the device terminal is at least 12 Vdc.
1167	Error Code: S238.032
1168	Possible Cause: Power supply too high or too low.
1169	Suggested Action: Check power supply voltage at the device terminal is at least 12 Vdc.
1170	Possible Causes: 1)Ambient temperature too high or too low. 2)Temperature compenstaion saturated high or low. Suggested Action: Check ambient temperature.
1171	Error Code: S222.033
1172	Possible Causes: 1)Ambient temperature too high or too low. 2)Temperature compenstaion saturated high or low.
1173	Suggested Action: Check ambient temperature.
1174	Possible Cause: Process temperature above or below warning limits. Suggested Action: Check process condition. The compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
1175	Error Code: S044.034
1176	Possible Cause: Process temperature above or below warning limits.
1177	Suggested Action: Check process condition. The compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
1178	Error Code: S046.035
1179	Possible Cause: Current saturated high or low. Suggested Action: Check process condition and/or device configuration. The compatibility of the level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
1180	Error Code: S244.043
1181	Possible Cause: Current saturated high or low.
1182	Suggested Action: Check process condition and/or device configuration. The compatibility of the level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
1183	Possible Cause: Process value above high limit or below low limit. Suggested Action: Check process condition and/or device configuration. The compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
1184	Error Code: S140.045
1185	Possible Cause: Process value above high limit or below low limit.
1186	Suggested Action: Check process condition and/or device configuration. The compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
1187	Possible Cause: Process value above high high limit or below low low limit. Suggested Action: Check process condition and/or device configuration. The compatibility of level transmitter model and process condition has to be checked. Probably a different transmitter type is required.
1188	Error Code: S146.046
1189	Possible Cause: Process value above high high limit or below low low limit.
1190	Possible Cause: HMI failed validation test. Suggested Action: Replace HMI.
1191	Error Code: M130.030
1192	Possible Cause: HMI failed validation test.
1193	Suggested Action: Replace HMI.
1194	Possible Causes: 1)Write Non-Volatile command received from CB. 2)Non-volatile Storage in progress. Suggested Action: .
1195	Error Code: _156.025
1196	Possible Causes: 1)Write Non-Volatile command received from CB. 2)Non-volatile Storage in progress.
1197	Suggested Action:
1198	Note : To change access level, navigate to access menu in detailed setup
1199	Process variable
1200	Diagnostics status
1201	Maintenance required
1202	OK
1203	NAMUR NE107
1204	One or more device variables (i.e. measurement or control values) are invalid due to a malfunction in the field device or ist peripherals
1205	One or more device variables are temporarily invalid (e.g. frozen) due to ongoing work on the device
1206	There are deviations from the permissible ambient or process conditions detected that may compromise measurement or control accuracy (i.e. device performance may be degraded)
1207	The field device requires maintenance
1208	No Active Alarm exists
1209	Good
1210	Process Value[mA]
1211	Loop Current(mA)
1212	Detailed Setup
1213	Function Check
1214	Out of Specification
1215	Maintenance required
1216	Process Variables
1217	Percent range(%)
1218	Percent range
1219	FEHWExtract
1220	feHW_MajVer
1221	feHW_MinVer
1222	TH Level Scaled
1223	Blanking Scaled
1224	Zero
1225	Zero Line
1226	Show waveform data at Sensor Reference Point. Legends: Waveform- Blue Blanking Distance- Purple Threshold- Green Zero- Red
1227	Show waveform data at Level. Legends: Waveform- Blue Blanking Distance- Purple Threshold- Green Zero- Red
1228	Show waveform data at Interface. Legends: Waveform- Blue Blanking Distance- Purple Threshold- Green Zero- Red
1229	Show waveform data at User Distance. Legends: Waveform- Blue Blanking Distance- Purple Threshold- Green Zero- Red
1230	Show waveform data at End of Probe. Legends: Waveform- Blue Blanking Distance- Purple Threshold- Green Zero- Red
1231	PV Analog Channel Saturated
1232	PV Analog Channel Fixed
1233	Wireless
1234	WirelessHART Device
1235	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1236	Primary
1237	Primary Analog Channel
1238	Secondary
1239	Secondary Analog Channel
1240	Tertiary
1241	Tertiary Analog Channel
1242	Quaternary
1243	Quaternary Analog Channel
1244	Quinary
1245	Quinary Analog Channel
1246	Critical Power Failure
1247	Lock all
1248	Trim not supported
1249	Configuration cannot be changed
1250	Locked by gateway
1251	Analog Input Channel
1252	Analog Output Channel
1253	Secondary Analog Channel Saturated
1254	Tertiary Analog Channel Saturated
1255	Quaternary Analog Channel Saturated
1256	Quinary Analog Channel Saturated
1257	Secondary Analog Channel Fixed
1258	Tertiary Analog Channel Fixed
1259	Quaternary Analog Channel Fixed
1260	Quinary Analog Channel Fixed
1261	Simulation active
1262	The device is in simulation mode and the level output is not representative of the process.
1263	Non-Volatile memory failure
1264	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1265	Volatile memory error
1266	The RAM memory check is invalid or maybe corrupt
1267	Watchdog reset executed
1268	A watchdog reset has been performed
1269	Voltage conditions out of range
1270	A voltage condition is outside its allowable range
1271	Environmental conditions out of range
1272	An internal or environmental condition is beyond acceptable limits.
1273	Electronic failure
1274	A hardware problem not related to the sensor has been detected.
1275	Subdevice list changed
1276	Duplicate master detected
1277	Capacity Denied
1278	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1279	Bandwidth allocation pending
1280	Block transfer pending
1281	Battery life
1282	Percent range
1283	Loop current
1284	Primary variable
1285	Secondary variable
1286	Tertiary variable
1287	Quaternary variable
1288	Read receive time
1289	Write date and time
1290	Non-Volatile Clock
1291	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.
1292	Clock Uninitialized
1293	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.
1294	None
1295	No restrictions
1296	SI Only
1297	Restricted to SI Unit codes only
1298	Process automation device
1299	Discrete device
1300	Hybrid:Process automation+discrete
1301	I/O System
1302	WirelessHART Process automation device
1303	WirelessHART Discrete device
1304	WirelessHART Process automation+discrete
1305	WirelessHART Gateway
1306	WirelessHART Access point
1307	WirelessHART Process adapter
1308	WirelessHART Discrete adapter
1309	WirelessHART enabled handheld/portable maintenance tool
1310	Device Profile
1311	US
1312	United States of America
1313	JP
1314	Japan
1315	DE
1316	Germany
1317	FR
1318	France
1319	ES
1320	Spain
1321	RU
1322	Russian Federation
1323	CN
1324	People's Republic of China
1325	Secondary Master
1326	Primary Master
1327	Device Diagnostic Status 0
1328	Device Diagnostic Status 1
1329	I/O and Subdevice Status
1330	WirelessHART Status
1331	Time Set Option
1332	Real Time Clock Flags
1333	Country
1334	Country of intended device installation
1335	SI Unit Control
1336	Indicates if device should only display SI unit codes
1337	Time Stamp
1338	Relative time value on network
1339	8u
1340	Dynamic Variables Returned for Device Variables
1341	Command Response Truncated
1342	Configuration Change Counter Mismatch
1343	Status bytes mismatch
1344	8.3f
1345	Device Variable
1346	Variable to trim
1347	Are you sure you want to clear the linearization table to factory defaults?
1348	Clearing linearization table in progress...
1349	Clearing linearization table completed.
1350	Are you sure you want to restore the linearization table from backup?
1351	Linearization table reload in progress...
1352	Linearization table reload completed.
1353	Are you sure you want to save the linearization table to backup?
1354	Linearization table backup completed.
1355	Please select the point to configure
1356	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
1357	Linearization Input Point 1 Mode
1358	Level Value is: %{0} %{1}. Press OK when stable.
1359	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 1:
1360	Linearization Point 1 status
1361	Linearization Point 1 Saved.
1362	Enter Linearization Input Point 1
1363	Enter Linearization Output Point 1
1364	Linearization Input Point 2 Mode
1365	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 2:
1366	Linearization Point 2 status
1367	Linearization Point 2 Saved.
1368	Enter Linearization Input Point 2
1369	Enter Linearization Output Point 2
1370	Linearization Input Point 3 Mode
1371	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 3:
1372	Linearization Point 3 status
1373	Linearization Point 3 Saved.
1374	Enter Linearization Input Point 3
1375	Enter Linearization Output Point 3
1376	Linearization Input Point 4 Mode
1377	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 4:
1378	Linearization Point 4 status
1379	Linearization Point 4 Saved.
1380	Enter Linearization Input Point 4
1381	Enter Linearization Output Point 4
1382	Linearization Input Point 5 Mode
1383	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 5:
1384	Linearization Point 5 status
1385	Linearization Point 5 Saved.
1386	Enter Linearization Input Point 5
1387	Enter Linearization Output Point 5
1388	Linearization Input Point 6 Mode
1389	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 6:
1390	Linearization Point 6 status
1391	Linearization Point 6 Saved.
1392	Enter Linearization Input Point 6
1393	Enter Linearization Output Point 6
1394	Linearization Input Point 7 Mode
1395	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 7:
1396	Linearization Point 7 status
1397	Linearization Point 7 Saved.
1398	Enter Linearization Input Point 7
1399	Enter Linearization Output Point 7
1400	Linearization Input Point 8 Mode
1401	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 8:
1402	Linearization Point 8 status
1403	Linearization Point 8 Saved.
1404	Enter Linearization Input Point 8
1405	Enter Linearization Output Point 8
1406	Linearization Input Point 9 Mode
1407	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 9:
1408	Linearization Point 9 status
1409	Linearization Point 9 Saved.
1410	Enter Linearization Input Point 9
1411	Enter Linearization Output Point 9
1412	Linearization Input Point 10 Mode
1413	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 10:
1414	Linearization Point 10 status
1415	Linearization Point 10 Saved.
1416	Enter Linearization Input Point 10
1417	Enter Linearization Output Point 10
1418	Linearization Input Point 11 Mode
1419	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 11:
1420	Linearization Point 11 status
1421	Linearization Point 11 Saved.
1422	Enter Linearization Input Point 11
1423	Enter Linearization Output Point 11
1424	Linearization Input Point 12 Mode
1425	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 12:
1426	Linearization Point 12 status
1427	Linearization Point 12 Saved.
1428	Enter Linearization Input Point 12
1429	Enter Linearization Output Point 12
1430	Linearization Input Point 13 Mode
1431	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 13:
1432	Linearization Point 13 status
1433	Linearization Point 13 Saved.
1434	Enter Linearization Input Point 13
1435	Enter Linearization Output Point 13
1436	Linearization Input Point 14 Mode
1437	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 14:
1438	Linearization Point 14 status
1439	Linearization Point 14 Saved.
1440	Enter Linearization Input Point 14
1441	Enter Linearization Output Point 14
1442	Linearization Input Point 15 Mode
1443	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 15:
1444	Linearization Point 15 status
1445	Linearization Point 15 Saved.
1446	Enter Linearization Input Point 15
1447	Enter Linearization Output Point 15
1448	Linearization Input Point 16 Mode
1449	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 16:
1450	Linearization Point 16 status
1451	Linearization Point 16 Saved.
1452	Enter Linearization Input Point 16
1453	Linearization Input Point 17 Mode
1454	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 17:
1455	Linearization Point 17 status
1456	Linearization Point 17 Saved.
1457	Enter Linearization Input Point 17
1458	Enter Linearization Output Point 17
1459	Linearization Input Point 18 Mode
1460	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 18:
1461	Linearization Point 18 status
1462	Linearization Point 18 Saved.
1463	Enter Linearization Input Point 18
1464	Enter Linearization Output Point 18
1465	Linearization Input Point 19 Mode
1466	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 19:
1467	Linearization Point 19 status
1468	Linearization Point 19 Saved.
1469	Enter Linearization Input Point 19
1470	Enter Linearization Output Point 19
1471	Linearization Input Point 20 Mode
1472	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 20:
1473	Linearization Point 20 status
1474	Linearization Point 20 Saved.
1475	Enter Linearization Input Point 20
1476	Enter Linearization Output Point 20
1477	Linearization Input Point 21 Mode
1478	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit} Enter Linearization Output Point 21:
1479	Linearization Point 21 status
1480	Linearization Point 21 Saved.
1481	Enter Linearization Input Point 21
1482	Enter Linearization Output Point 21
1483	Please enter the standard password to login
1484	Enter standard password
1485	mHServiceCode
1486	Login successful
1487	Please enter the advanced password to login
1488	Enter advanced password
1489	Please enter the service password to login
1490	Enter service password
1491	Are you sure you want to logout?
1492	Logout successful
1493	Are you sure you want to change standard password?
1494	Change standard password
1495	mHSetPassword_StandardLevel_L
1496	Standard password changed
1497	Are you sure you want to change advanced password?
1498	Change advanced password
1499	mHSetPassword_AdvancedLevel_L
1500	Advanced password changed
1501	Are you sure you want to reset the device D/A trim points to factory settings?
1502	Resetting to factory D/A trim values done.
1503	Are you sure you want to reset the passwords to defaults?
1504	Resetting the passwords to factory defaults successful.
1505	Set Liquid Level (float) to desired Level Point (Lower). Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}. Press OK when stable.
1506	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}. Enter Lower Level Point
1507	Wet calibration - Writing Lower Level point completed.
1508	Set Liquid Level (float) to desired Level Point (Upper). Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}. Press OK when stable.
1509	Level Value is: %{Level_Obj_value_0} %{Level_Obj_unit}. Enter Upper Level Point
1510	Wet calibration - Writing Upper Level point completed.
1511	Set Liquid Interface (float) to desired Interface Point (Lower). Interface Value is: %{Interface_Obj_value_0} %{Level_Obj_unit}. Press OK when stable.
1512	Interface Value is: %{Interface_Obj_value_0} %{Level_Obj_unit}. Enter Lower Interface Point
1513	Wet calibration - Writing Lower Interface point completed.
1514	Set Liquid Interface (float) to desired Interface Point (Upper). Interface Value is: %{Interface_Obj_value_0} %{Level_Obj_unit}. Press OK when stable.
1515	Interface Value is: %{Interface_Obj_value_0} %{Level_Obj_unit}. Enter Upper Interface Point
1516	Wet calibration - Writing Upper Interface point completed.
1517	Are you sure you want to clear diagnositcs history?
1518	Clearing diagnostics history completed.
1519	Are you sure you want to clear process minimum and maximum temperature history?
1520	Clearing process minimum and maximum temperature history completed.
1521	Please select to ON/OFF simulation
1522	Level value simulation disabled.
1523	Please enter the value to simulate
1524	Level value simulated.
1525	Linearized Level value simulation disabled.
1526	Linearized Level value simulated.
1527	Linearized Level value simulation disabled.
1528	Ullage value simulation disabled.
1529	Ullage value simulated.
1530	Interface value simulation disabled.
1531	Interface value simulated.
1532	Linearized Interface value simulation disabled.
1533	Linearized Interface value simulated.
1534	Are you sure you want to simulate Temperature value?
1535	Temperature value simulation disabled.
1536	Temperature value simulated.
1537	Are you sure you want to reset the device level trim points to factory settings?
1538	Resetting to factory level trim values done.
1539	Are you sure you want to reset the device interface trim points to factory settings?
1540	Resetting to factory interface trim values done.
1541	Are you sure you want to reset the device temperature trim points to factory settings?
1542	Resetting to factory temperature trim values done.
1543	01.00.00
1544	01.01.00
1545	01.02.00
1546	02.00.00
1547	Select the display mode:
1548	Display mode changed successfully
1549	Select Device Configuration
1550	Device Configuration changed successfully
1551	Select Linearization State:
1552	Linearization state changed successfully
1553	Select Output Type:
1554	Changing output type in progress..
1555	Please enable the linearization
1556	Please wait,loading the waveform...
Reference ID	String