Device dictionary

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Reference ID	String
0	Sensor Value
1	Media Level
2	Distance
3	Reflection
4	Level Linearization
5	Volume
6	Mass
7	Distance Linearization
8	Ullage
9	Ullage Mass
10	Snsr s/n
11	Unit Length
12	Unit for Length values.
13	Format Sensor Value
14	Display format for Sensor Value. Local for HART applications, no correlation with device's local display.
15	#X.XX (default)
16	#X.
17	#X.X
18	#X.XXX
19	#X.XXXX
20	#X.XXXXX
21	#X.XXXXXX
22	#X.XXXXXXX
23	#X.XXXXXXXX
24	exponential format
25	auto format
26	Sensor Value
27	Sensor Value after device calibration is applied but without any additional offsets.
28	.0f
29	.1f
30	.2f
31	.3f
32	.4f
33	.5f
34	.6f
35	.7f
36	.8f
37	6e
38	g
39	Upper Sensor Limit
40	Lower Sensor Limit
41	Minimum Span
42	Unit Class Sensor Value
43	Device Variable Class. Defines also the set of selectable physical units.
44	Family
45	Device Variable Family
46	Data Quality
47	Process Data Quality 'PDQ'
48	Limit Status
49	Limit Status 'LS'
50	Family Status
51	Family Status 'FS'
52	More device family status available
53	Update Time
54	Update Time Period 'UTP'. Indicates the maximum period between updates of the process variable.
55	Set Simulation
56	Desired setting of the process variable simulation. If enabled, the process variable will be simulated and won't show the actual process value.
57	disabled
58	enabled
59	Properties
60	Properties, indicate e.g. the simulation state.
61	Computed extern
62	Process Variable is not calculated by the field device.
63	Simulated
64	Current state of the process variable simulation. If active, the process variable is simulated and doesn't show the actual process value.
65	Format Media Level
66	Display format for Media Level. Local for HART applications, no correlation with device's local display.
67	Media Level
68	Media Level after offsets are applied.
69	Format Distance
70	Display format for Distance. Local for HART applications, no correlation with device's local display.
71	Distance
72	The Distance from the reference plane to the Media
73	Unit Reflection
74	Unit for Reflection.
75	Format Reflection
76	Display format for Reflection. Local for HART applications, no correlation with device's local display.
77	Reflection
78	The Reflection value is property of the medium. It is determined from the ratio of measured amplitude to the maximum amplitude, corrected for distance.
79	Unit Class reflection
80	Format Level Linearization
81	Display format for Level Linearization. Local for HART applications, no correlation with device's local display.
82	Level Linearization
83	The linearized level value. It is only available if the conversion table is configured for level linearization.
84	Unit Volume
85	Unit for Volume.
86	Format Volume
87	Display format for Volume. Local for HART applications, no correlation with device's local display.
88	Volume
89	By applying a suitable conversion table, the level of the medium can be converted into its volume. It is only available if the conversion table is configured for volume conversion.
90	Unit Class Volume
91	Unit Mass
92	Unit for Mass.
93	Format Mass
94	Display format for Mass. Local for HART applications, no correlation with device's local display.
95	Mass
96	By applying a suitable conversion table, the level of the medium can be converted into its mass. It is only available if the conversion table is configured for mass conversion.
97	Unit Class Mass
98	Format Distance Linearization
99	Display format for Distance Linearization. Local for HART applications, no correlation with device's local display.
100	Distance Linearization
101	Provides a linearized distance value. It is only available if the conversion table is .configured for distance linearization.
102	Format Ullage
103	Display format for Ullage. Local for HART applications, no correlation with device's local display.
104	Ullage
105	By applying a suitable conversion table, the distance to the medium can be converted into its volume. It is only available if the conversion table is configured for volume conversion.
106	Format Ullage Mass
107	Display format for Ullage Mass. Local for HART applications, no correlation with device's local display.
108	Ullage Mass
109	By applying a suitable conversion table, the distance to the medium can be converted into its mass. It is only available if the conversion table is configured for mass conversion.
110	eSelectionAnalogOutput
111	PV
112	SV
113	TV
114	QV
115	eSelectionCurrentOutput
116	SV % range
117	Percent of range of the HART Secondary Variable (SV); tracks the associated measured value with respect to the Lower Range Value and Upper Range Value.
118	8.3f
119	SV output value
120	4.1f
121	Upper Limit Value
122	The maximum value of the analog signal.
123	Lower Limit Value
124	The minimum value of the analog signal.
125	Analog input
126	TV % range
127	TV output value
128	QV % range
129	QV output value
130	ms
131	Milliseconds
132	Pa*s
133	Pascalsecond
134	DR x400/x500
135	Write Protect
136	Device Status
137	Shows the current Device Status
138	PV Analog Channel Saturated
139	If active, the PV analog signal is beyond the signaling limits and doesn't represent the actual process value.
140	PV Analog Channel Fixed
141	If active, the PV analog signal is fixed and doesn't represent the actual process value.
142	SV Analog Channel Fixed
143	If active, the SV analog signal is fixed and doesn't represent the actual process value.
144	SV Analog Channel Saturated
145	If active, the SV analog signal is beyond the signaling limits and doesn't represent the actual process value.
146	Ext. Device Status
147	Provides additional Device Status informations
148	Failure
149	Operational fault in device. No measurement possible. (NE 107 status signal).
150	Function check
151	Testing mode by invoking test or simulation functions. (NE 107 status signal).
152	Out of specification
153	Out of specification, measurement continues with less accuracy. (NE 107 status signal).
154	Maintenance required
155	Maintenance required, function will soon be restricted. (NE 107 status signal).
156	Device Variable alarm
157	One or more process variables are in an alarm or warning state.
158	Critical Power Failure
159	Device Diagnostic Status 0
160	Status commonly used in a wide range of devices and device types
161	Process Variable Simulation
162	One or more process variables are simulated and don't show the actual process values.
163	Non-Volatile Memory defect
164	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory is defective.
165	Device Diagnostic Status 1
166	Device Status Simulation
167	The displayed device status is simulated and does not show the actual state.
168	Lock Status
169	Shows the current lock state of the device. Device is locked: Device is locked and the configuration can only be unlocked by the host that activates the lock. Lock is permanent: Device lock will sustain a device restart / reset Locked by primary Master: Device is locked by a primary master. Only a primary Master can unlock the device. Locked for All: Device is locked for all masters. Any master can unlock the device.
170	Locked for all masters
171	Locked by Gateway
172	Tag
173	Tag: Text that is associated with the Field Device installation. It is also used as a type of data link layer address handle. (Fct. C6.1.1)
174	Address used by the Host to identify a Field Device. (Fct. C3.1.2)
175	Tag: Text that is associated with the Field Device installation. It is also used as a type of data link layer address handle. (max of 32 ISO Latin 1 characters). (Fct. 6.1.2)
176	# of Device Variables
177	Maxium Number of Device Variables- This indicates the last Device Variable code that a host application should expect to be found in the field device (e.g., when identifying the Device Variables using Command 54).
178	Text that is associated with the Field Device. This text can be used by the user in any way. (Fct. C3.1.7)
179	Text that is associated with the Field Device. This text can be used by the user in any way. (Fct. C3.1.6)
180	Sensor
181	F Sensor
182	Electronics
183	F Electronics
184	Configuration
185	F Configuration
186	C Electronics
187	C Configuration
188	S Sensor
189	S Electronics
190	Process
191	S Process
192	M Sensor
193	Sensor Information
194	Electronics Information
195	Cluster check failed.
196	A cluster check has failed due to an inconsistent parameter set. Please check your configuration.
197	Percent of range; percental representation of the associated measured value with respect to the Lower Range Value and Upper Range Value.
198	Set Loop to manual
199	Apply values
200	Currently measured values will be taken as Upper Range Value and Lower Range Value for the PV current output.
201	Automatic zero calibration
202	Measures the process value for automatic zero adjust. (Fct. C1.6.3)
203	D/A trim PV
204	Calibration of the PV current output with an external reference.
205	Primary Index into the Dynamic Variables Array. Indicates which process value is mapped into the HART Primary Variable (PV). Equivalent to the process value of the of the current output. (Fct. C2.1.1/C3.1.4.1)
206	Secondary Index into the Dynamic Variables Array. Indicates which process value is mapped into the HART Secondary Variable (SV). Equivalent to the process value of the frequency output if available. (Fct. C2.2.3.1/C3.1.4.2)
207	Tertiary Index into the Dynamic Variables Array. Indicates which process value is mapped into the HART Tertiary Variable (TV). Equivalent to the process value of the current input if available. (Fct. C1.5.2/C3.1.4.3)
208	QV is
209	Quaternary Index into the Dynamic Variables Array. Indicates which process value is mapped into the HART Quaternary Variable (QV). Arbitrary mappable. Not related to any physical in-/output. (Fct. C3.1.4)
210	Fix analog output
211	Manually manipulate a selected Analog Output to a selected constant output value.
212	D/A trim Analog Output
213	Calibration of a selected output with an external reference.
214	Lock / Unlock Device
215	This function allows a master to temporarily or permanently lock an instrument while the device is being configured or calibrated (preventing any changes from a local panel of another master). Once the procedure is complete the locking master device must restore normal operation. If the lock is temporary then normal (unprotected) operation is also resumed when power is removed from device or upon performing a Device Reset. A permanent lock remains active after a device restart or reset. Unlock: Unlock the device. Lock temporary: Device parameters can't be accessed by another master or the local panel. Device lock is removed on device restart / reset. Lock permanent: Device parameters can't be changed by another master or the local panel. Device lock remains active after a device restart / reset. Lock all: Device parameters can't be changed by any application. Device lock remains active after a device restart / reset. Any Master can unlock the device.
216	Online Mode?
217	Can the Host Application currently communicate with the field device?
218	yes
219	no
220	Show parameters
221	Select: Show always all parameters or only those actually valid. For debugging purposes only.
222	only valid
223	all
224	DD-Version
225	Version number of the device description according to NAMUR recommendation. You are currently working with version: 01.11
226	01.11
227	PreSetVersionDd
228	Reset Configuration Changed Flag
229	Reset of the HART 'Configuration Changed' flag.
230	Device reset
231	Perform a "cold start" (like power-on start).
232	Update Period
233	Update period for the burst message in seconds when the burst trigger conditions are met. Allowed Values: 0.5, 1, 2, 4, 8, 16, 32, 60-3600.
234	Max Update Period
235	Update period for the burst message in seconds when the burst trigger conditions are not met. Allowed Values: 0.5, 1, 2, 4, 8, 16, 32, 60-3600.
236	Command
237	Command message that is transmitted for the respective burst message by the device while in burst mode.
238	Burst Trigger Level
239	The Burst Trigger level defines the threshold that must be exceeded to start bursting.
240	Trigger Mode
241	Selects the Burst Trigger Mode. Burst messages may be configured to publish continuously or based on a Trigger Level.
242	Classification
243	The classification of the burst trigger variable
244	Unit
245	The unit of the burst trigger variable
246	Select Conversion
247	Create a new table for either volume, mass or a linearoized value (Fct. C3.1.3)
248	Partial Distance
249	Enter distance for partial empty spectrum
250	Empty Spectrum Type
251	Select the type of empty spectrum to be recorded
252	Full, Max
253
254	Full, Average
255	Partial, Max
256	Partial, Average
257	Adaptive, Max
258	Adaptive, Average
259	Tank Height
260	Enter the tank height. (Fct. C1.2)
261	Antenna Extension
262	(Fct. C1.8)
263	Antenna Type
264	Select the antenna type installed on the device. (Fct. C1.7)
265	Metallic Horn, DN40
266	Metallic Horn, DN50
267	Metallic Horn, DN65
268	Metallic Horn, DN80
269	Metallic Horn, DN100
270	Metallic Horn, DN150
271	Metallic Horn, DN200
272	Drop, PP, DN80
273	Drop, PP, DN100
274	Drop, PP, DN150
275	Drop, PTFE, DN80
276	Drop, PTFE, DN100
277	Drop, PTFE, DN150
278	Drop, PEEK, DN80
279	Drop, PEEK, DN100
280	Drop, PEEK, DN150
281	Hygienic, PEEK, DN50
282	Lens, 20mm
283	Lens, 25mm
284	Lens, 40mm
285	Lens, 70mm
286	Backlight
287	(Fct. C6.2)
288	Disabled
289	HART Multidrop Mode is enabled
290	Enabled
291	Current Signal Mode is enabled
292	Blocking Distance
293	The blocking distance (high) is the minimum measurement value (Fct. C1.5)
294	Calibration Date
295	Calibration date. Format according to ISO 8601. (Fct. C7.1.9)
296	Production Date
297	Production date. Format according to ISO 8601. (Fct. C7.1.8)
298	Device Name
299	Name of the device (Fct. C7.1.3)
300	Stilling Well Diameter
301	Enter the stilling well diameter (Fct. C1.4)
302	Distance Piece
303	(Fct. C1.9)
304	Epsilon R Gas
305	The gas phase permitity is used for compensating level values. (Fct. C2.3)
306	Epsilon R Product
307	The product permitivity is used in TBF mode. (Fct. C2.2)
308	Error Delay
309	Delay between error detection and set of error output (Fct. C4.1.6)
310	0 Sec
311	10 Sec
312	20 Sec
313	30 Sec
314	1 Min
315	2 Min
316	5 Min
317	15 Min
318	(Fct. C4.2.6)
319	Corr. Factor Ext
320	(Fct. D3.3.8)
321	Man. Corr. Factor
322	(Fct. D3.3.2)
323	Corr. Factor Mid
324	(Fct. D3.3.6)
325	Corr. Factor
326	(Fct. D3.3.4)
327	Format 1st Value
328	Select the format for the first measurement line (Fct. C6.4.5)
329	X
330	X.X
331	X.XX
332	X.XXX
333	X.XXXX
334	X.XXXXX
335	X.XXXXXX
336	Automatic
337	Select the format for the first measurement line (Fct. C6.5.5)
338	Format 2nd Value
339	Select the format for the second measurement line (Fct. C6.4.7)
340	Select the format for the second measurement line (Fct. C6.5.7)
341	Format 3rd Value
342	Select the format for the third measurement line (Fct. C6.4.9)
343	Select the format for the third measurement line (Fct. C6.5.9)
344	Factor
345	(Fct. C7.5.2.3)
346	(Fct. C7.5.6.3)
347	(Fct. C7.5.4.3)
348	Offset
349	(Fct. C7.5.2.2)
350	(Fct. C7.5.6.2)
351	(Fct. C7.5.4.2)
352	Text
353	(Fct. C7.5.2.1)
354	(Fct. C7.5.6.1)
355	(Fct. C7.5.4.1)
356	Stilling Well Height
357	Enter the stilling well height (Fct. C1.3)
358	HP Filter Type
359	(Fct. D1.3)
360	Language
361	Change the language of the HMI display (Fct. C6.1)
362	English
363	Deutsch
364	Français
365	Italiano
366	Português
367	Español
368	Cestina
369	Polski
370	??
371	P??????
372	???
373	Türk
374	High Error Current
375	Enter high alarm current (Fct. C4.1.8)
376	Enter high alarm current (Fct. C4.2.8)
377	Low Error Current
378	Enter low alarm current (Fct. C4.1.7)
379	Enter low alarm current (Fct. C4.2.7)
380	Min Peak req.
381	(Fct. C2.9)
382	Min Plaus. Window
383	(Fct. C2.10)
384	Measuring Mode
385	Select the measuring mode. (Fct. C2.4)
386	Direct
387	Direct Plus
388	TBF Auto
389	TBF Full
390	Num. of Int. Points
391	(Fct. D1.2)
392	Num. of Sub-Bands
393	(Fct. D1.1)
394	Corr. Offset Ext
395	(Fct. D3.3.7)
396	Man. Corr. Offset
397	(Fct. D3.3.1)
398	Corr. Offset Mid
399	(Fct. D3.3.5)
400	Reference Offset
401	Reference Offset allows shifting the distance output, e.g. to compensate different installation heights across a facility (Fct. C1.10)
402	Corr. Offset
403	(Fct. D3.3.3)
404	Tank Bottom Offset
405	Tank Bottom Offset allows shifting the level output value, e.g. to compensate different installation heights across a facility (Fct. C1.11)
406	Operating Time [s]
407	Total operating time of the device in seconds. (Fct. B2.1, D4.1.1)
408	Empty Spectrum Enable
409	Empty Spectrum mode can be used to improve results by removing unwanted reflections from installations (ladders, struts, nozzles etc) (Fct. C2.8)
410	Function
411	Select the measurement page type (Fct. C6.4.1)
412	One Value
413	One Value & Bar
414	The bar graph can be selected to visualize the range of the first measurement variable. The range can be edited seperately.
415	Two Values
416	Two Values & Bar
417	Three Values
418	Select the measurement page type (Fct. C6.5.1)
419	1st Value Variable
420	Select the variable for the first measurement line (Fct. C6.4.2)
421	Sensor Value
422	Reflection
423	Level
424	Distance
425	Mass
426	Ullage Mass
427	Volume
428	Ullage Volume
429	Lin. Level
430	Lin. Distance
431	Select the variable for the first measurement line (Fct. C6.5.2)
432	2nd Value Variable
433	Select the variable for the second measurement line (Fct. C6.4.6)
434	Select the variable for the second measurement line (Fct. C6.5.6)
435	3rd Value Variable
436	Select the variable for the third measurement line (Fct. C6.4.8)
437	Select the variable for the third measurement line (Fct. C6.5.8)
438	Current Out. 1 Var.
439	Select the current output variable (Fct. C4.1.1, C5.1.4.1)
440	HART sec./CO2 Var.
441	Select the current output variable (Fct. C4.2.1, C5.1.4.2)
442	Quaternary Var.
443	Select 4th HART variable (available via HART only) (Fct. C5.1.4.4)
444	Tertiary Var.
445	Select 3rd HART variable (available via HART only) (Fct. C5.1.4.3)
446	Mult. Refl. Enable
447	Multiple Reflection Mode improves measurement reliability for some tank geometries. (Fct. C2.7)
448	Overfill Detection
449	(Fct. C2.5)
450	Current Out. Range
451	Select the output range (Fct. C4.1.4)
452	4-20 mA
453	3.8-20.5 mA (NAMUR)
454	4-20 mA, reversed
455	3.8-20.5 mA, reversed
456	Select the output range (Fct. C4.2.4)
457	Error Function
458	Specify error current. (Fct. C4.1.5)
459	High
460	Low
461	Hold
462	Off
463	Specify error current. (Fct. C4.2.5)
464	Overfill Threshold
465	(Fct. C2.6)
466	0% Range
467	Select the range used for the bar graph. The bar graph corresponds allways to the first measurement line. (Fct. C6.4.3)
468	Select the range used for the bar graph. The bar graph corresponds allways to the first measurement line. (Fct. C6.5.3)
469	(Fct. C4.2.2)
470	100% Range
471	Select the range used for the bar graph. The bar graph corresponds allways to the first measurement line. (Fct. C6.4.4)
472	Select the range used for the bar graph. The bar graph corresponds allways to the first measurement line. (Fct. C6.5.4)
473	(Fct. C4.2.3)
474	Electronic Revision
475	Coding of three levels plus extension according to Namur NE53. Extension (4th byte, char): 'X'=special software, 'P'=preliminary software, ' ' (space) or '_'=normal software (Fct. C7.1.5)
476	Serial Number
477	Serial Number of the device. Also available on the nameplate. (Fct. C7.1.2)
478	Electronic Serial No.
479	Show Electronic Serial Number (Fct. C7.1.7)
480	Software Version
481	Software Version (Fct. C7.1.6)
482	Tank Height Limit
483	Tank Height Limit (Fct. C7.1.10)
484	Time Constant
485	The time constant for the measured value output (Fct. C1.6)
486	Tracking Velocity
487	Tracking Velocity describes the rate of change of distance/level in the tank. (Fct. C2.1)
488	Tank Type
489	Configure the tank type for this installation (Fct. C1.1)
490	Flat Surface
491	Medium Slope
492	Steep Slope
493	Storage
494	Agitator
495	Stilling Well
496	V Number
497	Manufacturer Order Code (Fct. C7.1.4)
498	1st measurement page
499	2nd measurement page
500	Measurement range 1st measurement page
501	Measurement range 2nd measurement page
502	OPTIWAVE-7400
503	OPTIWAVE-7500
504	OPTIWAVE-6400
505	OPTIWAVE-6500
506	OPTIWAVE-3500
507	OPTIWAVE-5400
508	Access Level HART
509	Authorization level for data access via the HART interface.
510	Standard (0)
511	Operator (1)
512	Expert (2)
513	Service (3)
514	Factory (4)
515	Old Access Level Password
516	4x
517	Password
518	Password for changing the authorization level for data access via the HART interface.
519	Write Protect Password
520	The password to (un)set the Write Protect Mode
521	Access Level Password (confirmation)
522	Change Password
523	The current Write Protect Mode. No changes to the device configuration are allowed as long as the write protection is active.
524	SIL Mode
525	Indicates wether the SIL mode is active
526	WHG Mode
527	Indicates wether this is a WHG device.
528	The Passwort to enable a buyable Feature.
529	8x
530	Unlock Extended Range
531	Unlock the extended range feature. The required code can be obtained from the manufacturer. (Fct. C7.2.4)
532	Global
533	Dynamic Variable
534	Device Variable
535	I/O Channel
536	Display Page
537	None
538	SUCCESS
539	WAIT
540	INPUT NEEDED
541	FAILURE
542	Change a password for a security role. Only the password for operator, expert and service can be changed. The number of leading zeros indicates the role-level (see above) (Fct. C7.2.2)
543	Reset Passwords
544	Here all changeable passwords (Operator, Expert & Service) can be reset. The required code can be obtained from the manufacturer. (Fct. C7.2.3)
545	Login
546	Change the security role. The number of leading zeros in a password indicates the role-level: 000X -> Operator 00XX -> Expert 0XXX -> Service XXXX -> Factory (Fct. C7.2.1)
547	(De)activate Write Protection
548	This function (de)activates the write protection. No changes to the device configuration are allowed as long as the write protection is active.
549	Reset to Fact. Def.?
550	(Fct. C7.6.1)
551	Reset Log-Messages?
552	(Fct. D4.1.2)
553	Record Empty Spectrum
554	Records an Empty Spectrum and stores it into the device.
555	Type IO channel A
556	Type of input or output
557	Current output
558	Off
559	Type IO channel B
560	Measurement and scaling current output
561	Measurement and scaling frequency output
562	Signaling and alarm current output
563	Lower Ext. Range
564	Configure the lower extended range in mA (Fct. C2.1.4)
565	mA
566	Upper Ext. Range
567	Configure the upper extended range in mA (Fct. C2.1.4)
568	0% Current
569	Output current of the 0% signal
570	100% Current
571	Output current of the 100% signal
572
573	Current Output 1
574	The current output can be calibrated here (Fct. D3.1)
575	Current Output 2
576	The current output can be calibrated here (Fct. D3.2)
577	Entry Count:
578	Number of entries in the conversion table.
579	Level
580	The Level value of one point of the conversion table.
581	Conversion
582	The converted value of one point of the conversion table.
583	0. Level Value
584	1. Level Value
585	2. Level Value
586	3. Level Value
587	4. Level Value
588	5. Level Value
589	6. Level Value
590	7. Level Value
591	8. Level Value
592	9. Level Value
593	10. Level Value
594	11. Level Value
595	12. Level Value
596	13. Level Value
597	14. Level Value
598	15. Level Value
599	16. Level Value
600	17. Level Value
601	18. Level Value
602	19. Level Value
603	20. Level Value
604	21. Level Value
605	22. Level Value
606	23. Level Value
607	24. Level Value
608	25. Level Value
609	26. Level Value
610	27. Level Value
611	28. Level Value
612	29. Level Value
613	30. Level Value
614	31. Level Value
615	32. Level Value
616	33. Level Value
617	34. Level Value
618	35. Level Value
619	36. Level Value
620	37. Level Value
621	38. Level Value
622	39. Level Value
623	40. Level Value
624	41. Level Value
625	42. Level Value
626	43. Level Value
627	44. Level Value
628	45. Level Value
629	46. Level Value
630	47. Level Value
631	48. Level Value
632	49. Level Value
633	Insert Entry
634	Inserts a new Entry to the conversion table
635	Insert Entry (Wet Calibration)
636	Inserts a new Entry to the conversion table. When using the wet calibration, the current sensor value is used as the raw value.
637	Delete Entry
638	Deletes an Entry from the conversion table.
639	Delete Table
640	Deletes the complete Conversion Table
641	Unit Velocity
642	m/min
643	Meter per minute
644	Unit Class Velocity
645	Temperature
646	Unit Temperature
647	Unit Class Temperature
648	Converter Temp.
649	Current temperature of the converter circuit board. (Fct. B2.14)
650	Sensor Temp.
651	Current temperature of the sensor circuit board. (Fct. B2.13)
652	Status Bit Not Supported
653	No Effect
654	Maintenance Required
655	Failure
656	Out of Specification
657	Function Check
658	Disabled
659	Enabled
660	Reset
661	Set
662	Used to map a status condition to a severity level.
663	PV Analog Channel Saturated
664	PV Analog Channel Fixed
665	Critical Power Failure
666	Failure
667	Out of Specification
668	Function Check
669	Simulation active
670	Non-Volatile memory failure
671	Volatile memory error
672	Watchdog reset executed
673	Power supply conditions out of range
674	Environmental conditions out of range
675	Electronic failure
676	Device configuration locked
677	Status simulation active
678	Discrete Variable Simulation active
679	Event Notification Overflow
680	Secondary Analog Channel Saturated
681	Tertiary Analog Channel Saturated
682	Quaternary Analog Channel Saturated
683	Quinary Analog Channel Saturated
684	Subdevice list changed
685	Duplicate master detected
686	Sub-device mismatch
687	Sub-devices with duplicate IDs found
688	Stale data notice
689	Capacity Denied
690	Bandwidth allocation pending
691	Block transfer pending
692	Radio failure
693	Secondary Analog Channel Fixed
694	Tertiary Analog Channel Fixed
695	Quaternary Analog Channel Fixed
696	Quinary Analog Channel Fixed
697	Condensed status simulation
698	Allows simulation of different status conditions.
699	Condensed status value
700	Starting Status Map Index must be even value.
701	Bit Index
702
703	Reset Condensed Status Map
704	Show single events
705	On occurence
706	Always
707	Never
708	F Process
709	C Sensor
710	C Process
711	S Configuration
712	M Electronics
713	M Configuration
714	M Process
715	Failed Converter Input Test
716	Perform a hard reboot. If the message recurs, contact the manufacturer.
717	Failed Converter Test
718	Microwave Supply Voltage Error
719	Microwave Sweep Duration Error
720	Microwave Lock Error
721	XCO out of bounds
722	Sensor Reference out of range
723	RC-Oscillator out of bounds
724	Peak Lost in Tank Bottom
725	The device will continue measuring if the tank is filled. Alternativley the parameterization can be changed acc. to the handbook. If the message recurs, contact the manufacturer.
726	Bad Spectrum Quality
727	Check the installation of the instrument according to the handbook.If the message recurs often, it might be necessary to install the device in a stilling well.
728	Failed Sensor Input Test
729	Perform a hard reboot. If the message recurs, contact the manufacturer.
730	Failed Sensor MCU Test
731	Empty Spectrum invalid
732	Perform a new empty spectrum recording
733	Bad Measurement Quality (Old Measurement)
734	Check the installation of the instrument according to the handbook. If the message recurs, contact the manufacturer.
735	Weak Signal
736	Check the installation of the instrument according to the handbook. If the message recurs,it might be necessary to use a different antenna type or to install the device in a stilling well.
737	CO Saturated High
738	Check the process conditions and the upper current output limit.
739	CO Saturated Low
740	Check the process conditions and the lower current output limit.
741	Elec. Temp. Out Of Spec.
742	Make sure that the device is operated within the allowed temperature range.
743	Elec. Temp. Out Of Spec.
744	Make sure that the device is operated within the allowed temperature range.
745	Overfill
746	Check the process conditions for an overfill of the tank.
747	Peak Lost (Level Lost)
748	Check the installation of the instrument according to the handbook. In particular that of the antenna. Modify sensor parameters and record a new Empty Spectrum. If the message recurs, contact the manufacturer.
749	Strong Signal
750	Check the installation of the instrument according to the handbook. If the message recurs, contact the manufacturer.
751	Sensor Voltage Low
752	Check the loop supply voltage.
753	Parameterization Test
754	Perform the test according to the instruction in the safety manual.
755	SIL Prooftest
756	SysMon Simulation Active
757	Stop the simulation of the system monitor
758	LCO Simulation Active
759	Stop the simulation of the Level Computing
760	HART Sim. Active
761	Stop the simulation via the HART interface.
762	Current Out. Sim. Active
763	Stop the simulation of the current output variable
764	Sensor Sim. Active
765	Stop the simulation of the sensor variable
766	FW Update
767	Wait for firmware update to finish
768	CO Float Error
769	Load the factory settings and perform a hard reboot. If the message recurs, contact the manufacturer.
770	Load the factory settings and perform a hard reboot If the message recurs, contact the manufacturer.
771	Error Starting SIL Mode
772	Perform the SIL starting process as described in the safety manual. If the message recurs, contact the manufacturer.
773	Disp. NVRAM Layout Error
774	Conv. NVRAM Layout Error
775	NVRAMs Mismatch
776	Use displays and electronic modules belonging together. Contact the manufacturer, if necessary.
777	Incons. Converter Calib.
778	Contact the manufacturer.
779	Incons. Sensor Calibration
780	Inconsistent NVRAM
781	Power Supply Error
782	Check power supply connection or replace the electronics
783	Sensor Comm. Error
784	For remote version: Check the sensor connection. All versions: Perform a hard reboot. If the message recurs, contact the manufacturer.
785	Inconsistent Parameters
786	Check the parameters and make sure that the set of data is consistent. Additional information on the error can be called via HART interface.
787	Internal Comm. Error
788	Max. Number of Restarts
789	Sensor/Conv. FW Mismatch
790	CO Safety Reaction
791	Follow the instructions of the safety manual.
792	Fatal Converter Error (Generic)
793	Fatal Converter Error (CO)
794	Fatal Converter Error (DM)
795	No Measurement Value
796	Microwave Tuning Voltage Error
797	No Signal
798	Check the installation of the instrument according to the handbook. In particular that of the antenna. If the message recurs, contact the manufacturer.
799	Corrupt Sensor Parameter
800	Check sensor parameters
801	Reset to default
802	Reset the mappings to the Condensed Status to default values.
803	Set Simulation Bits
804	(De)activates the selected Simulation bits
805	Enable/disable Status Simulation
806	Enable/disable status simulation.
807	Standard Setup
808	Setup for a "standard" tank or stilling well
809	Unit
810	Tank Parameters
811	Current Out 1
812	Current Out 2
813	Summary
814	Name
815	Old Value
816	New Value
817	----------------
818	Length
819	Page:
820	Shows the current Page and Progress of this Wizard. Note: Pages may be skipped if all parameters are not used.
821	Invalid transaction number
822	Free Unit Text is invalid
823	Free Unit Offset too large
824	Free Unit Offset too small
825	Free Unit Factor too large
826	Free Unit Factor too small
827	Invalid Channel
828	Invalid function measurement page
829	Invalid 1st value variable
830	Invalid Unit
831	0% Range Value is too large
832	0% Range Value too small
833	100% Range Value too large
834	100% Range Value too small
835	Invalid format 1st value
836	Invalid 2nd value variable
837	Invalid format 2nd value
838	Invalid 3rd value variable
839	Invalid format 3rd value
840	Invalid password
841	Invalid Function Scope
842	Invalid Function Channel Code
843	Invalid Function Code
844	Invalid Function Step
845	I/O Measurement option is invalid
846	Invalid Unit Class
847	Measurement Range is invalid
848	Minimum Limit Value too large
849	Minimum Limit Value too small
850	Maximum Limit Value too large
851	Maximum Limit Value too small
852	Invalid selection for Current Alarm Output
853	Current Output Low Alarm Value too large
854	Current Output Low Alarm Value too small
855	Current Output High Alarm Level too large
856	Current Output High Alarm Value too small
857	Sensor Correction Offset too large
858	Sensor Correction Offset too small
859	Sensor Correction Factor too large
860	Sensor Correction Factor too small
861	Invalid Unit for Sensor Correction
862	Raw Value too large
863	Raw Value too small
864	Adjusted Value too large
865	Adjusted Value too small
866	Identical Table Index already defined
867	Non-Monotonic Conversion
868	Delete Conversion Index not support
869	Invalid Unit Class for Raw Value
870	Invalid Unit Code for Raw Value
871	Invalid Unit Class for Adjusted Value
872	Invalid Unit Code for Adjusted Value
873	Invalid parameter value
874	Value 1 was too high
875	Value 1 was too low
876	Value 2 was too high
877	Value 2 was too low
878	Invalid parameter values
879	Burst Message 0
880	Burst Message Configuration. A Burst Message is a command message issued by the Field Device automatically, time or trigger based, without individual request from a HART master.
881	Burst Process Variables
882	Select the process variables that should be transmitted by the burst message.
883	Burst Message 1
884	Burst Message 2
885	Burst Mode
886	Burst Mode Configuration. In Burst Mode the Field Device generates HART command messages without individual requests from a HART master.
887	Bar graph
888	Bar graph menu. Displays the process variable as a bar graph.
889	Trend
890	Trend menu. Displays the trend of the process variable.
891	Chart
892	Chart menu. Provides graphical display of the process variable.
893	PV Output
894	Bar graph menu. Displays the analog signal as a bar graph.
895	Trend menu. Displays the trend of the analog signal.
896	Chart menu. Provides graphical display of the analog signal.
897	PV Analog Channel
898	Primary
899	HART Primary Variable (PV), the first element of the Dynamic Variables Array. Equivalent to the process value of the current output.
900	SV Output
901	SV Analog Channel
902	Secondary
903	HART Secondary Variable (SV), the second element of the Dynamic Variables Array. Equivalent to the process value of the frequency output if available.
904	TV Output
905	TV Analog Channel
906	Tertiary
907	HART Tertiary Variable (TV), the third element of the Dynamic Variables Array. Equivalent to the process value of the current input if available.
908	QV Output
909	QV Analog Channel
910	Quaternary
911	HART Quaternary Variable (QV), the fourth element of the Dynamic Variables Array. Not related to any physical in-/output.
912	Time and simulation
913	Measured Values
914	Process Variables
915	Simulation Values
916	Sensor Limits
917	Totalizer
918	In-/Outputs, HART Dynamic Variables
919	In-/Outputs (Chart)
920	In-/Output (Bar)
921	In-/Output (Scope)
922	Measured Values (Chart)
923	Measured Values (Bar)
924	Measured Values (Scope)
925	HART
926	I/O HART
927	Mapping of Variables
928	Set the Mapping of Variables
929	Preliminary content
930	The content of this menu is only preliminary
931	Function switched off
932	No valid items
933	This menu contains no valid items.
934	<Image> Manufacturer
935	<Image> Device
936	<Image> Process Input Orientation
937	<Image> Sensor Orientation
938	<Image> PI Calibration Orientation
939	<Image> PI Filter Orientation
940	<Image> PI Selftest Orientation
941	<Image> Current Output Orientation
942	<Image> Binary Output Orientation
943	<Image> Status Output Orientation
944	<Image> Control Input Orientation
945	<Image> Selection IO Orientation
946	<Image> Display Orientation
947	<Image> HART Orientation
948	<Image> Diagnosis Active
949	<Image> Failure Status
950	<Image> Maintenance Required Status
951	<Image> Out Of Specification Status
952	<Image> Function Check Status
953	Process Variables
954	Simulation
955	Device Setup
956	Offline
957	Maintenance
958	Identification
959	Device
960	Quick Setup
961	General
962	Contains general Device parameters.
963	Full Setup
964	Service
965	Debug DD
966	HART analog channels
967	HART
968	Identification & Info
969	Provides access to general parameters
970	Device info
971	HART Revisions
972	Preambles
973	Statistics
974	Display
975	Contains the display options of the device (Fct. C6)
976	Provides access to general settings of the local device display
977	1st Meas. Page
978	The first measurement page can be changed here (Fct. C6.4)
979	2nd Meas. Page
980	The second measurement page can be changed here (Fct. C6.5)
981	Device
982	Device settings (Fct. C7)
983	Solid Application
984	(Fct. D1)
985	Information
986	Provide information about the device (Fct. D4)
987	Provides information of the device (Fct. C7.1)
988	Security
989	Contains the password options (Fct. C7.2)
990	Access Level
991	Change the current User Access level or the Passwords.
992	Write Protection
993	(De)activate the write protection
994	This function allows a master to temporarily or permanently lock an instrument while the device is being configured or calibrated, preventing any changes from a local panel of another master. Once the procedure is complete the locking master device must restore normal operation. If the lock is temporary then normal (unprotected) operation is also resumed when power is removed from device or upon performing a Device Reset. A permanent lock remains active after a device restart or reset.
995	Units
996	Used to set up the units of this device (Fct. C7.5)
997	Cst. Length
998	(Fct. C7.5.2)
999	Cst. Volume
1000	(Fct. C7.5.4)
1001	Cst. Mass
1002	(Fct. C7.5.6)
1003	Factory Default
1004	Used to reset the parameters to factory default. (Fct. C7.6)
1005	Log
1006	Test/Reset
1007	Reset the Device or the Configuration Change Counter
1008	Information
1009	Contains general device informations.
1010	Device Info
1011	I/O
1012	Output
1013	Primary current output (Fct. C4.1)
1014	Secondary current output (Fct. C4.2)
1015	Calibration
1016	Is used for the calibration of the device (Fct. D3)
1017	Allows viewing the sensor calibration parameters (Fct. D3.3)
1018	Conversion
1019	This menu allows entry of a table to convert the distance results into e.g. volume or mass by using a lookup table with linear interpolation (Fct. C3)
1020	Conversion Table
1021	The conversion table can be used to compute the mass or volume from the measured distance to the medium.
1022	Index
1023	0
1024	1
1025	2
1026	3
1027	4
1028	5
1029	6
1030	7
1031	8
1032	9
1033	10
1034	11
1035	12
1036	13
1037	14
1038	15
1039	16
1040	17
1041	18
1042	19
1043	20
1044	21
1045	22
1046	23
1047	24
1048	25
1049	26
1050	27
1051	28
1052	29
1053	30
1054	31
1055	32
1056	33
1057	34
1058	35
1059	36
1060	37
1061	38
1062	39
1063	40
1064	41
1065	42
1066	43
1067	44
1068	45
1069	46
1070	47
1071	48
1072	49
1073	The Setup menu contains all setup options the user is allowed to access. (Fct. C)
1074	Install. Parameters
1075	The "Installation" menu contains the options to change the installation settings. (Fct. C1)
1076	(Fct. C2)
1077	Actual Values
1078	Show the actual values currently measured. (Fct. B2)
1079	Condensed Status (NE 107)
1080	Standard
1081	Detail
1082	Failure ('F')
1083	Function Check ('C')
1084	Out of Specification ('S')
1085	Maintenance Required ('M')
1086	Additional
1087	Select the Bits that should be simulated
1088	Variable F/C/S/M
1089	Current Device Status
1090	Shows the current Device Status
1091	Status Mapping
1092	Application Assistant
1093	The "Application-Assistant" offers settings for the most common applications. Parameter setting is simplified - no need to enter configuration submenus.
1094	Upload Variables
1095	Download Variables
1096	Common Tables
1097	Interoperable *
1098	Universal
1099	Common Practice
1100	Pressure Universal
1101	Pressure Common
1102	Menu
1103	Rosemount Magflow
1104	Rosemount Pressure
1105	Moore Products
1106	Siemens Pressure
1107	P2 Common
1108	Wireless
1109	Munge
1110	Analytical Oxygen/Combustion/Methane/CO
1111	Flow Totalizer - Rate Indicator
1112	Flow Variable Area
1113	Flow Coriolis Mass
1114	Flow Ultrasonic - Gas
1115	Flow Ultrasonic - Liquid
1116	Level Ultrasonic
1117	Level Radar - Microwave
1118	Pressure Absolute
1119	Level Capacitance
1120	Pressure Differential
1121	Level Hydrostatic
1122	Level
1123	Pressure Absolute/Relative
1124	Level Microwave
1125	Level Radar
1126	Level Density - Nuclear
1127	Flow Electromagnetic
1128	Flow Vortex
1129	Flow Magmeter - Rack Version
1130	Flow High Performance Magmeter
1131	Flow Mass
1132	Flow Ultrasonic
1133	Flow Magnetic
1134	Flow Magnetic - Custody Transfer
1135	Flow 2-wire Magnetic
1136	Flow Coriolis Mass - Custody Transfer
1137	Flow 2-wire Vortex
1138	Flow Thermal
1139	Temperature Head Mounted
1140	Temperature Compact
1141	Temperature DIN Rail Mounted
1142	Analytical pH
1143	Analytical Conductivity - Conductive
1144	Analytical Conductivity - Inductive
1145	Temperature Sensor
1146	Level Servo
1147	Temperature DIN Rail
1148	Temperature
1149	Analytical ORP
1150	Analytical pION
1151	Analytical IConc
1152	Analytical Electrode Conductivity
1153	Analytical Toroidal Conductivity
1154	Valve Positioner
1155	Valve Controller
1156	Pressure
1157	Pressure Multivariable
1158	Analytical pH/ORP
1159	Flow Coriolis
1160	Analytical Conductivity
1161	Valve Positioner/Pneumatic
1162	Valve Actuator - Electrical
1163	Temperature Dual Input
1164	Valve Actuator
1165	Analytical Corrosion
1166	Analytical Density - Nuclear
1167	Level Continuous Gamma
1168	Level Laser Ranging
1169	Pressure Safety
1170	Flow Vortex/Swirl
1171	Flow
1172	Analytical 4 Electrode Conductivity
1173	Analytical 2 Electrode Conductivity
1174	Analytical Troidal Conductivity
1175	Analytical pH/ORP/pIon/Ion Conc
1176	Analytical Oxygen
1177	Pressure P, dP + Multivariable
1178	Temperature 2-wire
1179	Pressure w/ PID
1180	Pressure Saturated Steam
1181	Analytical Density - Gamma Ray
1182	Level Gamma Ray
1183	Analytical Weight - Gamma Ray
1184	Level w/ Density - Gamma Ray
1185	Analytical Motorized Density
1186	Flow Multivariable Mass
1187	Temperature Multivariable
1188	Specialty HART-to-Analog Signal Conv
1189	Flow dP
1190	Pressure Low Power
1191	Pressure Certified SIL2
1192	Interoperable
1193	Analytical Density
1194	Valve Positioner/Electropneumatic
1195	Flow Magnetic Inductive
1196	Analytical
1197	Analytical Opacity Monitor
1198	Analytical Oxygen/Combustion
1199	Analytical 2-wire Conductivity
1200	Analytical 2-wire Conductivity w/ pure H20
1201	Analytical 2-wire Conductivity w/ % conc
1202	Analytical 2-wire Oxygen/Chlorine/Ozone
1203	Analytical 2-wire pH/ORP
1204	Analytical 2-wire Contacting/Toroidal
1205	Analytical Oxygen - High Temperature
1206	Analytical Conductivity w/ % conc
1207	Analytical pH/ORP/ISE
1208	Analytical Amperometric Analyzer
1209	Analytical Dual Input Analyzer
1210	Pressure Pressure/Level
1211	Analytical Consistency
1212	Analytical Microwave-Pulp Consistency
1213	Analytical Microwave Consistency
1214	Valve Digital Positioner
1215	Valve Smart Valve Positioner
1216	Temperature Differential
1217	Analytical Dissolved Oxygen
1218	Analytical pH Controller
1219	Analytical Conductivity/Resistivity Controller
1220	Analytical Conductivity/Resistivity
1221	Level Displacement
1222	Temperature w/ PID
1223	Valve Universal Positioner
1224	Level Radar - Reflex
1225	Pressure Gauge
1226	Pressure Sealed Gauge
1227	Valve Digital Positioner w/ PID
1228	Valve Intelligent Positioner
1229	Analytical Gas Detector
1230	Analytical Infrared Gas Detector
1231	Analytical Electrochemical Gas Detector
1232	Analytical Measuring Instruments
1233	Level Magnostrictive
1234	Valve On/Off Valve Controller
1235	Level Radar - Pulse
1236	Level Continuous Capactive
1237	Valve Damper Actuator
1238	Valve Electric Damper Actuator
1239	Flow Electronic
1240	Flow Vortex - Multiparameter Mass
1241	Analytical UV Flame Detector
1242	Analytical UVIR Flame Detector
1243	Analytical IR Flame Detector
1244	Analytical Fire Detector
1245	Analytical Gas Detector Display Interface
1246	Analytical Toxic Gas Detector
1247	Analytical Flame Detector
1248	Level Nuclear
1249	Analytical Microwave
1250	Analytical Density - Radiometric
1251	Level Radiometric
1252	Analytical Gas/Steam
1253	Level Nucleonic
1254	Analytical Blade Consistency
1255	Analytical Rotary Consistency
1256	Pressure Absolute/Differential
1257	Positioner
1258	Analytical Combustible Gas Detector
1259	Analytical Point Infrared Gas Detector
1260	Analytical Multi-Detector Monitor System
1261	Valve Positioner/Electro-hydraulic
1262	Valve Monitor
1263	Enable on token-passing data link layer only
1264	Enable on TDMA data link layer only
1265	Enable on both TDMA and token-passing data link layer
1266	WirelessHART Device
1267	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1268	Primary
1269	Primary Analog Channel
1270	Secondary
1271	Secondary Analog Channel
1272	Tertiary
1273	Tertiary Analog Channel
1274	Quaternary
1275	Quaternary Analog Channel
1276	Quinary
1277	Quinary Analog Channel
1278	Lock all
1279	Trim not supported
1280	Configuration cannot be changed
1281	Locked by gateway
1282	Analog Input Channel
1283	Analog Output Channel
1284	The device is in simulation mode and the level output is not representative of the process.
1285	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1286	The RAM memory check is invalid or maybe corrupt
1287	A watchdog reset has been performed
1288	Voltage conditions out of range
1289	A voltage condition is outside its allowable range
1290	An internal or environmental condition is beyond acceptable limits.
1291	A hardware problem not related to the sensor has been detected.
1292	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1293	Continuous
1294	The Burst Message is published continuously at (worst case) the Minimum Update Period.
1295	Window
1296	The Burst Message is triggered when the source value deviates more than the specified trigger value
1297	Rising
1298	The Burst Message is triggered when source value Rises Above the specified trigger value.
1299	Falling
1300	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1301	On-change
1302	The Burst Message is triggered when any value in the message changes.
1303	Battery life
1304	Percent range
1305	Loop current
1306	Primary variable
1307	Secondary variable
1308	Tertiary variable
1309	Quaternary variable
1310	Off
1311	Enable event notification on token-passing data link layer
1312	Enable event notification on TDMA data link layer
1313	Enable event notification on TDMA and token-passing data link layer
1314	Configuration changed event pending
1315	Device status event pending
1316	More status available event pending
1317	Disable
1318	Enable single data point trending
1319	Enable filtered trending
1320	The sample is filtered using a time constant equal to one-third the trend sample period
1321	Enable average trending
1322	The value obtained by dividing the sum of all samples in the period by the total number of samples
1323	Read receive time
1324	Write date and time
1325	Non-Volatile Clock
1326	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.
1327	Clock Uninitialized
1328	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.
1329	Line Power
1330	Device is powered via a hardwired connection to a plant power source.
1331	Battery Power
1332	Device operates solely of its (internal) battery.
1333	Recharg.B./Power Sc.
1334	Rechargeable battery power or power scavenging. The device has a short-term supply of energy (must be at least one hour) that is continuously being replenished. The device's power is being replenished by harvesting and converting energy from the environment surrounding the device (e.g. solar, vibration, heat).
1335	Idle
1336	Active search
1337	Looking for neighbors.
1338	Negotiating
1339	Quarantined
1340	Operational
1341	Suspended
1342	Deep sleep
1343	Ultra-low power
1344	Wireless Signal Found
1345	Network packets have been recognized
1346	Wireless Signal Identified
1347	Wireless Time Synchronized
1348	WirelessHart Signal Identified
1349	Network Admission Requested
1350	Set on transmission of first join request
1351	Join Retrying
1352	Set after the first join request retry (i.e. when number of join requests > 2). Cleared when device is authenticated or when Active Search started.
1353	Join Failed
1354	Set on transition from Active Search mode to Deep Sleep mode. Cleared on transition from Deep Sleep to Active Search.
1355	Network Security Clearance Granted
1356	Network Manager Session Established
1357	Network Joined
1358	Network Joined. Normal superframe and links obtained.
1359	Network Bandwidth Requested
1360	Negotiating Network Properties. Gateway session obtained.
1361	Join Complete
1362	Normal operating mode.
1363	No restrictions
1364	SI Only
1365	Restricted to SI Unit codes only
1366	Open - accept all devices
1367	Use Whitelist for access
1368	Use Blacklist
1369	Use Whitelist and Blacklist
1370	Lockdown - disable join links
1371	Process automation device
1372	Discrete device
1373	Hybrid:Process automation+discrete
1374	I/O System
1375	WirelessHART Process automation device
1376	WirelessHART Discrete device
1377	WirelessHART Process automation+discrete
1378	WirelessHART Gateway
1379	WirelessHART Access point
1380	WirelessHART Process adapter
1381	WirelessHART Discrete adapter
1382	WirelessHART enabled handheld/portable maintenance tool
1383	Don't attempt to join
1384	Join now
1385	Attempt to join immediately on powerup or reset
1386	US
1387	United States of America
1388	JP
1389	Japan
1390	DE
1391	Germany
1392	FR
1393	France
1394	ES
1395	Spain
1396	RU
1397	Russian Federation
1398	CN
1399	People's Republic of China
1400	Nominal
1401	Device Power Status is nominal
1402	Low
1403	Device Power Status is low
1404	Critically Low
1405	Device Power Status is critically low
1406	Recharging - Low
1407	Recharging - High
1408	Secondary Master
1409	Primary Master
1410	Device Profile
1411	Device Diagnostic Status 0
1412	Device Diagnostic Status 1
1413	I/O and Subdevice Status
1414	WirelessHART Status
1415	Time Set Option
1416	Real Time Clock Flags
1417	Country
1418	Country of intended device installation
1419	SI Unit Control
1420	Indicates if device should only display SI unit codes
1421	Burst Trigger Units
1422	Burst Trigger Class
1423	Wired HART Enabled
1424	Enabled on Wired HART device connection only
1425	Wireless HART Enabled
1426	Enabled on WirelessHART device connection only
1427	Both Wired and WirelessHart Enabled
1428	Enabled on both Wired and WirelessHART connections
1429	Burst Msg Trigger Mode
1430	Event Status
1431	Event Notification Control
1432	Operate mode Mask
1433	Not Defined
1434	Power Source
1435	Power source of the device
1436	Wireless Mode
1437	Join Status
1438	The current location in the joining sequence of operations.
1439	Network Access Mode
1440	Join Mode
1441	Power Status
1442	Power status of the device
1443	Master Mode
1444	This sets the I/O System's Data Link Layer operation on all channels as either primary or secondary master mode.
1445	Trend Units
1446	Trend Device Variable Unit Code
1447	Trend Classification
1448	Trend Device Variable Classification
1449	Trend Control
1450	Device Status Mask
1451	Ext dev status Mask
1452	Device Diagnostic Status 0 Mask
1453	Device Diagnostic Status 1 Mask
1454	Device Diagnostic Status 2 Mask
1455	Device Diagnostic Status 3 Mask
1456	AO saturated Mask
1457	AO fixed Mask
1458	Latched Device Status
1459	Latched Ext dev status
1460	Latched Operate Mode
1461	Latched Device Diagnostic Status 0
1462	Latched Device Diagnostic Status 1
1463	Latched Device Diagnostic Status 2
1464	Latched Device Diagnostic Status 3
1465	Latched AO saturated
1466	Latched AO fixed
1467	Wireless Module Device Type
1468	Device type of the Wireless Radio
1469	Wireless Module Manufacturer ID
1470	Manufacturer of the Wireless Radio contained in this device
1471	Subdevice Device Type
1472	Device type of the subdevice attached to this system.
1473	Subdevice Manufacturer Id
1474	Manufacturer of the subdevice attached to this system.
1475	Time Stamp
1476	Relative time value on network
1477	8u
1478	Dynamic Variables Returned for Device Variables
1479	Command Response Truncated
1480	Configuration Change Counter Mismatch
1481	Status bytes mismatch
1482	Analog Channel Number
1483	Analog Channel Number- Index into an array of Analog Channels.
1484	Index 1 into Analog Channel Array
1485	Index into Analog Channel Array- Is the first of an array of addresses, whose value is identified by the Analog Channel Code.
1486	Index 2 into Analog Channel Array
1487	Index into Analog Channel Array- Is the second of an array of addresses, whose value is identified by the Analog Channel Code.
1488	Index 3 into Analog Channel Array
1489	Index into Analog Channel Array- Is the third of an array of addresses, whose value is identified by the Analog Channel Code.
1490	Index 4 into Analog Channel Array
1491	Index into Analog Channel Array- Is the fourth of an array of addresses, whose value is identified by the Analog Channel Code.
1492	Burst Variable Codes
1493	Burst Variable Code
1494	Burst Variable Slot - Device variable code assigned to the slot to be read in burst mode.
1495	Total Burst Msgs
1496	Total number of burst messages supported by this device
1497	Burst Message Number
1498	Update Period
1499	Update period for burst message
1500	5.3f
1501	Max Update Period
1502	Maxium update period for burst message
1503	Burst Command
1504	Cmd 48: Read Additional Device Status
1505	Read Additional Device - This command reads additional device status information
1506	Burst Trigger Level
1507	Update time adjusted
1508	Invalid burst message
1509	Invalid device variable classification
1510	Invalid burst trigger mode selection code
1511	Burst condition conflict
1512	Update period increased
1513	Insufficient bandwidth
1514	STX Count
1515	Count of STX messages received by this device
1516	ACK Count
1517	Count of ACK messages received by this device
1518	BACK Count
1519	Count of BACK messages received by this device
1520	Are you sure?
1521	No;Yes
1522	Cold start is being executed, Wait...
1523	Please enter the password to unlock the extended Range:
1524	Ok
1525	result
1526	Please enter the Reset-Password:
1527	Please select the new Access Level:
1528	Please enter the Password for the Access Level:
1529	Please select the Write Protect Mode:
1530	Deactivate;Activate
1531	Can not run command. Device is currently busy. Should the currently running function be aborted?
1532	Reset Device to Factory Defaults?
1533	Failed to read the current function state.
1534	Function was not started correctly.
1535	Wait for Function completation... This will take approximately %{_waitTime} seconds.
1536	Function completed
1537	Function Failed.
1538	Are you sure you want to reset the Log Messages?
1539	Please select the Empty Spectrum Type:
1540	Please enter the Partial Distance:
1541	Please ensure that the tank is sufficiently empty and all moving parts are enabled. Start recording?
1542	Yes;No
1543	Enable Empty Spectrum?
1544	Please remove the device from the process control system!
1545	Current output is set to the lower calibration endpoint (approx. 4 mA). Please measure the loop current value at terminals C1/C2 and enter the value in the input field.
1546	Current output is set to the upper calibration endpoint (approx. 20 mA). Please measure the loop current value at terminal C1/C2 and enter the value in the input field.
1547	Error! Device Function in unexpected state!
1548	Select new conversion option:
1549	To change the conversion option it is necessary to delete the conversion table. All previous stored points will be lost. Do you want to continue?
1550	Could not erase conversion Table.
1551	Enter the Level Value:
1552	Enter the Conversion Value:
1553	OK
1554	Enter another Point to the conversion table?
1555	Select the Entry Index (0 .. 49) at which the entry should be deleted:
1556	Index was out of Range
1557	Are you sure you want to delete the conversion point at index %{tmpArrayIndex}?
1558	Are you sure you want to delete the conversion Table?
1559	Select the Entry Index (0 .. 49) at which the entry should be inserted:
1560	Mappings have been reset.
1561	Set status simulation to
1562	Failed to enable status simulation.
1563	Status simulation disabled.
1564	Status simulation enabled.
1565	Failed to disable status simulation.
1566	1 / 4
1567	Exit;Update View;Next >
1568	_selection
1569	2 / 4
1570	< Previous;Update View;Next >
1571	3 / 4
1572	4 / 4
1573	< Previous;Update View;Finish
1574	Select analog output
1575	Please wait ...
Reference ID	String