Device dictionary

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Reference ID	String
0	Process Temperature
1	Device Temperature
2	Uncorrected Temp
3	Snsr s/n
4	Time constant
5	Time constant of process input
6	Device Variable Code
7	Index into Device Variables Array
8	Unit
9	Unit for Process Temperature.
10	cl
11	centiliters
12	ml
13	milliliters
14	yard
15	yard
16	A
17	Amperes
18	S
19	Siemens
20	mS
21	Millisiemens
22	S/cm
23	Siemens per centimeter
24	mS/m
25	Millisiemens per meter
26	Format
27	Display format for Process Temperature. Local for HART applications, no correlation with device's local display.
28	#X.XX (default)
29	#X.
30	#X.X
31	#X.XXX
32	#X.XXXX
33	#X.XXXXX
34	#X.XXXXXX
35	#X.XXXXXXX
36	#X.XXXXXXXX
37	exponential format
38	auto format
39	Process Temperature
40	Process Temperature current measurement.
41	.0f
42	.1f
43	.2f
44	.3f
45	.4f
46	.5f
47	.6f
48	.7f
49	.8f
50	6e
51	g
52	Upper Sensor Limit
53	Lower Sensor Limit
54	Minimum Span
55	Class
56	Device Variable Class. Defines also the set of selectable physical units.
57	Family
58	Device Variable Family
59	Data Quality
60	Process Data Quality 'PDQ'
61	Limit Status
62	Limit Status 'LS'
63	Family Status
64	Family Status 'FS'
65	More device family status available
66	Update Time
67	Update Time Period 'UTP'. Indicates the maximum period between updates of the process variable.
68	Properties
69	Properties, indicate e.g. the simulation state.
70	Computed extern
71	Process Variable is not calculated by the field device.
72	Simulated
73	Current state of the process variable simulation. If active, the process variable is simulated and doesn't show the actual process value.
74	Process Temperature FS0
75	Process Temperature Family Status 0 'FS0'
76	Family status 0-1
77	Family status 0-2
78	Family status 0-3
79	Family status 0-4
80	Family status 0-5
81	Family status 0-6
82	Family status 0-7
83	Family status 0-8
84	Sensor Type
85	Process Temperature Sensor Type
86	Ohms
87	Callendar Van Dusen
88	Pt100 (a=0.00385)
89	Pt100 (a=0.003916)
90	Ni120
91	Ni100
92	Ni1000
93	Cu10
94	Milli-Volts
95	Maximum value <= 100mV
96	Volts
97	100mV < maximum value <= 1000mV
98	T/C type B
99	T/C type C
100	T/C type D
101	T/C type E
102	T/C type J
103	T/C type K
104	T/C type N
105	T/C type R
106	T/C type S
107	T/C type T
108	PtX (a=0.00385)
109	Potentiometer
110	Ohms (10kOhm)
111	Linearization table (TC)
112	Internal temperature sensor
113
114	Check sensor type
115	Wires
116	Process Temperature wires
117	2
118	3
119	4
120	Temperature Standard
121	Process Temperature temperature standard
122	IPTS-68
123	ITS-90
124	Connection
125	Process Temperature thermocouple probe connection
126	single
127	differential
128	Cold Junction Compensation
129	Process Temperature thermocouple cold junction compensation (CJC) type
130	internal
131	external
132	fixed
133	CJC Value
134	Process Temperature thermocouple fixed cold junction compensation (CJC) value
135	Unit for Device Temperature.
136	Display format for Device Temperature. Local for HART applications, no correlation with device's local display.
137	Device Temperature
138	Device Temperature current measurement.
139	Unit for Uncorrected Temp.
140	Display format for Uncorrected Temp. Local for HART applications, no correlation with device's local display.
141	Uncorrected Temp
142	Uncorrected Temp current measurement.
143	eSelectionAnalogOutput
144	PV
145	eSelectionCurrentOutput
146	TT53 C/R (Ex)
147	ms
148	Milliseconds
149	Pa*s
150	Pascalsecond
151	Failure
152	Operational fault in device. No measurement possible. (NE 107 status signal).
153	Function check
154	Testing mode by invoking test or simulation functions. (NE 107 status signal).
155	Out of specification
156	Out of specification, measurement continues with less accuracy. (NE 107 status signal).
157	Device Status Simulation
158	The displayed device status is simulated and does not show the actual state.
159	Time Stamp
160	Relative time value on network
161	F Sensor
162	Perform a hard reset. If the message recurs, contact the manufacturer.
163	F Electronics
164	F Configuration
165	Check the parameters and make sure that the set of data is consistent.
166	F Process
167	Check the process.
168	C Sensor
169	Check the sensor.
170	C Electronics
171	Check the electronics.
172	C Configuration
173	Stop the simulation functions.
174	C Process
175	S Sensor
176	Make sure that the device is operated within the specified operating range.
177	S Electronics
178	Make sure that the device is operated within the allowed temperature range.
179	S Configuration
180	Perform a hard reset. If the message recurs, contact the manufacturer.
181	S Process
182	Check the process conditions.
183	M Sensor
184	M Electronics
185	M Configuration
186	M Process
187	System non recoverable errors
188	Power cycle the device. If error remains replace device.
189	DAC acknowledge error
190	Loop resistance out of range
191	Check loop connection and voltage. If error remains replace device.
192	DAC feedback error +/- 10%
193	N/A
194	DAC out of range
195	Loop voltage too high
196	Check the power supply.
197	Loop voltage too low
198	Linearization table invalid
199	Check Linearization table settings. If error remains replace device.
200	Sensor invalid
201	Check the sensor selection. If error remains replace device.
202	Sensor short circuit
203	Check the sensor and sensor connection. If error remains replace the sensor.
204	Sensor break
205	Ad open
206	AD short
207	Overrange
208	Check the specified high range and sensor and sensor connection. If error remains replace the sensor.
209	Underrange
210	Check the specified lower range and sensor and sensor connection. If error remains replace the sensor.
211	Low alarm
212	High alarm
213	Conversion table overrange
214	Conversion table underrange
215	Set Loop to manual
216	Primary Index into the Dynamic Variables Array. Indicates which process value is mapped into the HART Primary Variable (PV).
217	Secondary Index into the Dynamic Variables Array. Indicates which process value is mapped into the HART Secondary Variable (SV).
218	Tertiary Index into the Dynamic Variables Array. Indicates which process value is mapped into the HART Tertiary Variable (TV).
219	QV is
220	Quaternary Index into the Dynamic Variables Array. Indicates which process value is mapped into the HART Quaternary Variable (QV).
221	Burst Variable Code
222	The Device Variable assigned to the command slot to be read in burst mode.
223	Online Mode?
224	Can the Host Application currently communicate with the field device?
225	yes
226	no
227	DD-Version
228	Version number of the device description according to NAMUR recommendation. You are currently working with version: 01.11
229	01.11
230	PreSetVersionDd
231	Reset Configuration Changed Flag
232	Reset of the HART 'Configuration Changed' flag.
233	Device reset
234	Perform a "cold start" (like power-on start).
235	Update Period
236	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.
237	Max Update Period
238	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.
239	Command
240	Command message that is transmitted for the respective burst message by the device while in burst mode.
241	Burst Trigger Level
242	The Burst Trigger level defines the threshold that must be exceeded to start bursting.
243	Trigger Mode
244	Selects the Burst Trigger Mode. Burst messages may be configured to publish continuously or based on a Trigger Level.
245	Classification
246	The classification of the burst trigger variable
247	The unit of the burst trigger variable
248	Conversion
249	Option of conversion
250	Converted PV
251	Conversion
252	Enable or disable the conversion table.
253	disabled
254	enabled
255	Conversion Validity
256	Indicates the validity of the conversion table.
257	invalid
258	valid
259	Entry Count:
260	Number of entries in the conversion table.
261	Max. Entry Count:
262	Maximum number of entries in the conversion table.
263	Index
264	First index
265	Last index
266	Sensor Min
267	The minimum sensor value for the conversion table.
268	Sensor Max
269	The maximum sensor value for the conversion table.
270	Process Min
271	The minimum converted value for the conversion table.
272	Process Max
273	The maximum converted value for the conversion table.
274	Sensor
275	The sensor value of one point of the conversion table.
276	Process
277	The converted value of one point of the conversion table.
278	0. Sensor Value
279	1. Sensor Value
280	2. Sensor Value
281	3. Sensor Value
282	4. Sensor Value
283	5. Sensor Value
284	6. Sensor Value
285	7. Sensor Value
286	8. Sensor Value
287	9. Sensor Value
288	10. Sensor Value
289	11. Sensor Value
290	12. Sensor Value
291	13. Sensor Value
292	14. Sensor Value
293	15. Sensor Value
294	16. Sensor Value
295	17. Sensor Value
296	18. Sensor Value
297	19. Sensor Value
298	20. Sensor Value
299	21. Sensor Value
300	22. Sensor Value
301	23. Sensor Value
302	24. Sensor Value
303	25. Sensor Value
304	26. Sensor Value
305	27. Sensor Value
306	28. Sensor Value
307	29. Sensor Value
308	30. Sensor Value
309	31. Sensor Value
310	32. Sensor Value
311	33. Sensor Value
312	34. Sensor Value
313	35. Sensor Value
314	36. Sensor Value
315	37. Sensor Value
316	38. Sensor Value
317	39. Sensor Value
318	40. Sensor Value
319	41. Sensor Value
320	42. Sensor Value
321	43. Sensor Value
322	44. Sensor Value
323	45. Sensor Value
324	46. Sensor Value
325	47. Sensor Value
326	48. Sensor Value
327	49. Sensor Value
328	Number of entries to be deleted from conversion table.
329	Set Default Range
330	Sets the conversion range to default settings.
331	Select Conversion
332	Create a new table for conversion.
333	Set Entries
334	Sets entries in the conversion table (i.e. insert new, edit existing).
335	Set Entries (Applied Calibration)
336	Sets entries in the conversion table. When using the applied calibration, the current sensor value is used as the raw value.
337	Delete Entries
338	Deletes entries from the conversion table.
339	Delete Table
340	Deletes the complete Conversion Table
341	Read Table from Device
342	Reads the conversion table from the device.
343	Write Table to Device
344	Writes the conversion table to the device.
345	Show parameters
346	Select: Show always all parameters or only those actually valid. For debugging purposes only.
347	only valid
348	all
349	Global
350	Dynamic Variable
351	Device Variable
352	I/O Channel
353	Display Page
354	None
355	IDLE
356	IN PROGRESS
357	AWAITING DATA
358	ERROR
359	Priority
360	GetHealthStatus
361	Write in Methods
362	Enables/disables direct write access to the device in several methods which perform data processing actually only offline. This option is needed in case a host overwrites processed data with values re-read from the device immediately after a method is finished. This applies e.g. to PDM-Online-Dialogs when calculating error correction values. Recommended setting: Field Communicator, SDC625, AMS, FDM: disabled PDM: enabled
363	Access Level HART
364	Authorization level for data access via the HART interface.
365	write protected (1)
366	standard (2)
367	Password
368	Password for changing the authorization level for data access via the HART interface.
369	New Password
370	Minimum number of password characters is four. Default is 0000 (password off)
371	New Password (confirm)
372	Invert Output
373	Invert output signal
374	off
375	on
376	Low Pass Filter
377	Output filter time constant
378	1
379	5
380	6
381	7
382	8
383	9
384	10
385	11
386	12
387	13
388	14
389	15
390	16
391	System Error Monitoring
392	System error monitoring
393	down scale (= 3.55mA)
394	up scale (= 22mA)
395	Temperature Units
396	Units selection for error correction.
397	Current loop high
398	Defines the upper endpoint, of the current output, for normal operating conditions
399	Current loop low
400	Defines the lower endpoint, of the current output, for normal operating conditions
401	Span high
402	Upper Range Value. Defines the upper operational endpoint (100% value) for the output signal.
403	Span low
404	Lower Range Value. Defines the lower operational endpoint (0% value) for the output signal.
405	Product ID
406	Device ID (physical)
407	HW Version
408	Version number of the device
409	SN and batch
410	Serial Number of the device and batch
411	Device PO Number
412	Device PO Number
413	Firmware version
414	API version
415	Configuration user signature
416	Latest configuration modification by:
417	Configuration date
418	Latest configuration modification on:
419	Runtime counter
420	CPU minimum temperature
421	CPU maximum temperature
422	Reset Parameters
423	Resets all configuration parameters in the device to their default values.
424	[None]
425	No units
426	Max loop voltage
427	Maximum Loop voltage
428	Loop voltage
429	CPU minimum temperature
430	CPU maximum temperature
431	Set Access Level
432	Setting the authorization level for data access via the HART interface. When activating a protection level a new password is set which needs to be entered again for deactivation. SIL-mode can be set only by the device manufacturer.
433	Change password
434	Here the password for leaving the Write Protect Mode can be changed. The default password (=password off) is '0000'. The password has have at least four characters.
435	Process Quantity
436	Process quantity selection
437	Temperature
438	Other
439	Wire Resistance
440	Loop resistance for 2 wire RTD of Process Temperature
441	PtX Resistance Indication
442	Process Temperature indication of RTD resistance at 0°C (32°F)
443	PtX Resistance Value
444	Process Temperature value of RTD resistance at 0°C (32°F)
445	CVD A
446	Callendar van Dusen Coefficient A
447	CVD B
448	Callendar van Dusen Coefficient B
449	CVD C
450	Callendar van Dusen Coefficient C
451	CVD R0
452	Callendar van Dusen Coefficient R0
453	Error Correction
454	Error Correction Process Temperatur
455	Reference upper value
456	Upper reference value, shall follow 'Span high'.
457	Reference lower Value
458	Lower reference value, shall follow 'Span low'.
459	Measured upper value
460	The measured value of the upper value, max. possible error correction is +/- 5 degrees Celsius
461	Measured lower value
462	The measured value of the lower value, max. possible error correction is +/- 5 degrees Celsius
463	Sensor Break Monitoring
464	Sensor break monitoring
465	Sensor Short Circuit Monitoring
466	Sensor short circuit monitoring
467	Clear Error Values
468	Start clearing of sensor error values for Process Temperature.
469	.
470	start clearing
471	Error Reference Max
472	Error Reference Min
473	Calculate Error Values
474	Start calculation of sensor error values from the reference and the measured values for Process Temperature.
475	start calculation
476	Clear
477	Reset the error correction values to start values
478	Calculate
479	Calculate sensor error values from the reference and the measured values
480	Status Bit Not Supported
481	No Effect
482	Maintenance Required ('M')
483	Failure ('F')
484	Out of Specification ('S')
485	Function Check ('C')
486	Reset
487	Set
488	Used to map a status condition to a severity level.
489	PV Analog Channel Saturated
490	PV Analog Channel Fixed
491	Critical Power Failure
492	Failure
493	Out of Specification
494	Function Check
495	Simulation active
496	Non-Volatile memory failure
497	Volatile memory error
498	Watchdog reset executed
499	Power supply conditions out of range
500	Environmental conditions out of range
501	Electronic failure
502	Device configuration locked
503	Status simulation active
504	Discrete Variable Simulation active
505	Event Notification Overflow
506	Secondary Analog Channel Saturated
507	Tertiary Analog Channel Saturated
508	Quaternary Analog Channel Saturated
509	Quinary Analog Channel Saturated
510	Subdevice list changed
511	Duplicate master detected
512	Sub-device mismatch
513	Sub-devices with duplicate IDs found
514	Stale data notice
515	Capacity Denied
516	Bandwidth allocation pending
517	Block transfer pending
518	Radio failure
519	Secondary Analog Channel Fixed
520	Tertiary Analog Channel Fixed
521	Quaternary Analog Channel Fixed
522	Quinary Analog Channel Fixed
523	Condensed status simulation
524	Allows simulation of different status conditions.
525	Condensed status value
526	Bit Index
527
528	Show single events
529	On occurence
530	Always
531	Never
532	Set Simulation Bits
533	(De)activates the selected Simulation bits
534	Enable/disable Status Simulation
535	Enable/disable status simulation.
536	Invalid transaction number
537	Maximum number of entries reached
538	Sensor value was too high
539	Sensor value was too low
540	Process value was too high
541	Process value was too low
542	Invalid class sensor value
543	Invalid unit sensor value
544	Invalid class process value
545	Invalid unit process value
546	Applied value was too high
547	Applied value was too low
548	Invalid parameter value
549	Invert Output invalid
550	Low Pass Filter invalid
551	Sensor Break Monitoring invalid
552	Short Circuit Monitoring invalid
553	System Error Monitoring invalid
554	Transmitter Output Max too high
555	Transmitter Output Max too low
556	Transmitter Output Min too high
557	Transmitter Output Min too low
558	Process Value Max too high
559	Process Value Max too low
560	Process Value Min too high
561	Process Value Min too low
562	Invalid password
563	Invalid character code in password
564	No SIL device
565	New password mismatched with confirm new password
566	Invalid number of wires
567	Sensor Type is not supported
568	Wire Resistance value invalid
569	Invalid Cold Junction Compensation type
570	Fixed cold junction compensation temperature invalid
571	PtX Resistance Indication invalid
572	PtX Resistance Value invalid
573	Error Correction invalid
574	Sensor Error Upper Value too high
575	Sensor Error Upper Value too low
576	Sensor Error Lower Value too high
577	Sensor Error Lower Value too low
578	rcdflSensorCorrectionHighMeasuredTooLarge
579	rcdflSensorCorrectionHighMeasuredTooSmall
580	rcdflSensorCorrectionLowMeasuredTooLarge
581	rcdflSensorCorrectionLowMeasuredTooSmall
582	Burst Message 0
583	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.
584	Burst Process Variables
585	Select the process variables that should be transmitted by the burst message.
586	Burst Message 1
587	Burst Message 2
588	Burst Mode
589	Burst Mode Configuration. In Burst Mode the Field Device generates HART command messages without individual requests from a HART master.
590	Table
591	Show conversion as table.
592	Hide
593	Show
594	Graph
595	Show conversion as graph.
596	Conversion setup menu. Allows entry of a table to convert the sensor results into a process quantity by using a lookup table with linear interpolation.
597	Edit Table
598	Edit table menu. Provides access to conversion table entries.
599	Units
600	Units menu. Provides access to unit settings.
601	Range
602	Range menu. Provides access to range settings.
603	Display Options
604	Display Options menu. Provides access to graphic display options.
605	Conversion Table
606	The conversion table can be used e.g. to compute a process value from a raw sensor.
607	0
608	17
609	18
610	19
611	20
612	21
613	22
614	23
615	24
616	25
617	26
618	27
619	28
620	29
621	30
622	31
623	32
624	33
625	34
626	35
627	36
628	37
629	38
630	39
631	40
632	41
633	42
634	43
635	44
636	45
637	46
638	47
639	48
640	49
641	Insert Entry (Applied Calibration)
642	Inserts a new Entry to the conversion table. When using the applied calibration, the current sensor value is used as the raw value.
643	Insert Entry
644	Bar graph
645	Bar graph menu. Displays the process variable as a bar graph.
646	Trend
647	Trend menu. Displays the trend of the process variable.
648	Chart
649	Chart menu. Provides graphical display of the process variable.
650	Process Temperature HART device variable
651	Device Temperature HART device variable
652	Uncorrected Temp HART device variable
653	Primary
654	HART Primary Variable (PV), the first element of the Dynamic Variables Array. Equivalent to the process value of the current output.
655	Secondary
656	HART Secondary Variable (SV), the second element of the Dynamic Variables Array. Equivalent to the process value of the frequency output if available.
657	Tertiary
658	HART Tertiary Variable (TV), the third element of the Dynamic Variables Array. Equivalent to the process value of the current input if available.
659	Quaternary
660	HART Quaternary Variable (QV), the fourth element of the Dynamic Variables Array. Not related to any physical in-/output.
661	Time and simulation
662	Time stamp and simulation state of process values and device status.
663	Measured Values
664	Measured values menu. Provides access to process measurements and related status.
665	Sensor Limits
666	Shows the Sensor Limits
667	In-/Outputs, HART Dynamic Variables
668	In-/Outputs, HART Dynamic Variables values menu. Provides access to values of in-/outputs and process values mapped into the HART Dynamic Variables Array.
669	In-/Outputs (Chart)
670	In-/Outputs, HART Dynamic Variables values menu. Provides graphical display of in-/outputs and process values mapped into the HART Dynamic Variables Array.
671	PV Output
672	In-/Output (Bar)
673	In-/Output (Scope)
674	Process Values (Chart)
675	Process values menu. Provides graphical display of process measurements.
676	Process Values (Bar)
677	Process Values (Scope)
678	HART
679	Process input HART menu. Provides access to HART Device Variable related information like classification and sensor limits.
680	PV Analog Channel
681	HART analog channel setup menu. Provides access to parameters and functions of the analog channel (e.g. current output) of a HART dynamic variable.
682	I/O HART
683	I/O HART setup menu. Provides access to I/O related settings according to the HART standard.
684	Mapping of Dynamic Variables
685	Set the mapping of the HART Dynamic Variables PV, SV, TV and QV. There is a direct relation between the HART Dynamic Variables and the process values of the device's in-/outputs.
686	Preliminary content
687	The content of this menu is only preliminary
688	Off
689	Function switched off
690	No valid items
691	This menu contains no valid items.
692	Online root menu. Allows access to all field device capabilities.
693	Process Variables
694	Process Variables root menu. Provides access to process measurements and interested information for process operators.
695	Diagnostic root menu. Provides access to the device state, detailed diagnostic information, test and reset functions.
696	Device Setup
697	Device Setup root menu. Provides access to device setup (commissioning, calibration, configuration, parameterization etc.)
698	Maintenance
699	Maintenance root menu. Provides post installation support for field device maintenance.
700	Offline
701	Offline root menu. Allows access to all field device capabilities that can be manipulated offline, i.e. while the host application is not connected to the field device.
702	<Image> Manufacturer
703	<Image> Device
704	<Image> Process Input Orientation
705	<Image> Sensor Orientation
706	<Image> PI Calibration Orientation
707	<Image> PI Filter Orientation
708	<Image> PI HART Orientation
709	<Image> Units Orientation
710	<Image> Diagnostic Orientation
711	<Image> Identification Orientation
712	<Image> Current Output Orientation
713	<Image> HART Orientation
714	<Image> IO HART Orientation
715	<Image> Diagnosis Active
716	<Image> Failure Status
717	<Image> Maintenance Required Status
718	<Image> Out Of Specification Status
719	<Image> Function Check Status
720	Quick Setup
721	Quick Setup menu. Provides access to important and commonly used setup items.
722	Operating Unit
723	Operating Unit Identification menu. Provides access to operating unit related identification information.
724	Identification
725	Identification menu. Allows access to various identification information.
726	HART Identification menu. Provides access to HART related identification information.
727	Device
728	Device Identification menu. Provides access to device related identification information.
729	Process setup menu. Provides access to process related parameters and functions.
730	General
731	General Process Input Setup menu. Provides access to process input related important and commonly used setup items.
732	General basic Setup menu. Provides access to general important and commonly used setup items.
733	Overview and configuration of all units in the device
734	Service
735	Service menu. Provides access to setup items for service.
736	Debug DD
737	Simulation
738	Simulation menu. Provides access to simulation and mode related functions.
739	General simulation menu. Provides access to general simulation and mode related functions.
740	Test/Reset
741	Test and reset menu. Provides access to test and reset functions.
742	HART analog channels
743	HART analog channels simulation menu. Provides access to simulation functions for the HART analog channels, e.g. current output.
744	HART setup menu. Provides access to information and settings related to HART communication.
745	Provides access to general parameters
746	Identification & Info
747	HART identification & info menu. Provides access to HART identification and device related information.
748	Connection
749	Connection setup menu. Provides access to connection related information and settings.
750	HART identification menu. Provides access to information and settings for identification of a HART device.
751	Device info
752	HART device information menu. Provides access to HART device related information.
753	HART Revisions
754	HART revisions menu. Provides access to revision information related to HART communication.
755	Preambles
756	HART preambles menu. Provides access to request and response preamble settings for HART communication.
757	Current Output
758	Current output setup menu. Provides access to setup items for the current output.
759	Dynamic Variables Mapping
760	Device Information
761	HART Identification
762	Factory Identification
763	Manufacturer, Model
764	Parameter Protection
765	Device Variables
766	Setup
767	Output
768	Mapping of Variables
769	Device Info
770	Device information menu. Provides access to device information.
771	Diagnostics
772	CPU Temperature
773	Loop Voltage
774	Error Signalling
775	Error Monitoring
776	Min Value
777	Output span (reference values)
778	Max Value
779	Process Input
780	Uncorrected Process Temperature
781	Device Status
782	Device status simulation menu. Provides access to simulation functions for the device status.
783	Simulation Values
784	Simulation values for the device status
785	Select the Bits that should be simulated
786	Variable F/C/S/M
787	Current Device Status
788	Shows the current Device Status
789	Device Status menu. Provides access to the current device status.
790	Condensed Status (NE 107)
791	Condensed status (NE 107) menu. Displays the HART condensed device status indicators according to NAMUR NE107.
792	Standard
793	Standard status display menu. Provides access to the device status according to HART standard.
794	Additional
795	Additional status display menu. Provides access to additional device specific status.
796	Upload Variables
797	download_to_device_root_menu
798	Download Variables
799	upload_from_device_root_menu
800	Common Tables
801	Interoperable *
802	Universal
803	Common Practice
804	Pressure Universal
805	Pressure Common
806	Menu
807	Rosemount Magflow
808	Rosemount Pressure
809	Moore Products
810	Siemens Pressure
811	P2 Common
812	Wireless
813	Munge
814	Analytical Oxygen/Combustion/Methane/CO
815	Flow Totalizer - Rate Indicator
816	Flow Variable Area
817	Flow Coriolis Mass
818	Flow Ultrasonic - Gas
819	Flow Ultrasonic - Liquid
820	Level Ultrasonic
821	Level Radar - Microwave
822	Pressure Absolute
823	Level Capacitance
824	Pressure Differential
825	Level Hydrostatic
826	Level
827	Pressure Absolute/Relative
828	Level Microwave
829	Level Radar
830	Level Density - Nuclear
831	Flow Electromagnetic
832	Flow Vortex
833	Flow Magmeter - Rack Version
834	Flow High Performance Magmeter
835	Flow Mass
836	Flow Ultrasonic
837	Flow Magnetic
838	Flow Magnetic - Custody Transfer
839	Flow 2-wire Magnetic
840	Flow Coriolis Mass - Custody Transfer
841	Flow 2-wire Vortex
842	Flow Thermal
843	Temperature Head Mounted
844	Temperature Compact
845	Temperature DIN Rail Mounted
846	Analytical pH
847	Analytical Conductivity - Conductive
848	Analytical Conductivity - Inductive
849	Temperature Sensor
850	Level Servo
851	Temperature DIN Rail
852	Temperature
853	Analytical ORP
854	Analytical pION
855	Analytical IConc
856	Analytical Electrode Conductivity
857	Analytical Toroidal Conductivity
858	Valve Positioner
859	Valve Controller
860	Pressure
861	Pressure Multivariable
862	Analytical pH/ORP
863	Flow Coriolis
864	Analytical Conductivity
865	Valve Positioner/Pneumatic
866	Valve Actuator - Electrical
867	Temperature Dual Input
868	Valve Actuator
869	Analytical Corrosion
870	Analytical Density - Nuclear
871	Level Continuous Gamma
872	Level Laser Ranging
873	Pressure Safety
874	Flow Vortex/Swirl
875	Flow
876	Analytical 4 Electrode Conductivity
877	Analytical 2 Electrode Conductivity
878	Analytical Troidal Conductivity
879	Analytical pH/ORP/pIon/Ion Conc
880	Analytical Oxygen
881	Pressure P, dP + Multivariable
882	Temperature 2-wire
883	Pressure w/ PID
884	Pressure Saturated Steam
885	Analytical Density - Gamma Ray
886	Level Gamma Ray
887	Analytical Weight - Gamma Ray
888	Level w/ Density - Gamma Ray
889	Analytical Motorized Density
890	Flow Multivariable Mass
891	Temperature Multivariable
892	Specialty HART-to-Analog Signal Conv
893	Flow dP
894	Pressure Low Power
895	Pressure Certified SIL2
896	Interoperable
897	Analytical Density
898	Valve Positioner/Electropneumatic
899	Flow Magnetic Inductive
900	Analytical
901	Analytical Opacity Monitor
902	Analytical Oxygen/Combustion
903	Analytical 2-wire Conductivity
904	Analytical 2-wire Conductivity w/ pure H20
905	Analytical 2-wire Conductivity w/ % conc
906	Analytical 2-wire Oxygen/Chlorine/Ozone
907	Analytical 2-wire pH/ORP
908	Analytical 2-wire Contacting/Toroidal
909	Analytical Oxygen - High Temperature
910	Analytical Conductivity w/ % conc
911	Analytical pH/ORP/ISE
912	Analytical Amperometric Analyzer
913	Analytical Dual Input Analyzer
914	Pressure Pressure/Level
915	Analytical Consistency
916	Analytical Microwave-Pulp Consistency
917	Analytical Microwave Consistency
918	Valve Digital Positioner
919	Valve Smart Valve Positioner
920	Temperature Differential
921	Analytical Dissolved Oxygen
922	Analytical pH Controller
923	Analytical Conductivity/Resistivity Controller
924	Analytical Conductivity/Resistivity
925	Level Displacement
926	Temperature w/ PID
927	Valve Universal Positioner
928	Level Radar - Reflex
929	Pressure Gauge
930	Pressure Sealed Gauge
931	Valve Digital Positioner w/ PID
932	Valve Intelligent Positioner
933	Analytical Gas Detector
934	Analytical Infrared Gas Detector
935	Analytical Electrochemical Gas Detector
936	Analytical Measuring Instruments
937	Level Magnostrictive
938	Valve On/Off Valve Controller
939	Level Radar - Pulse
940	Level Continuous Capactive
941	Valve Damper Actuator
942	Valve Electric Damper Actuator
943	Flow Electronic
944	Flow Vortex - Multiparameter Mass
945	Analytical UV Flame Detector
946	Analytical UVIR Flame Detector
947	Analytical IR Flame Detector
948	Analytical Fire Detector
949	Analytical Gas Detector Display Interface
950	Analytical Toxic Gas Detector
951	Analytical Flame Detector
952	Level Nuclear
953	Analytical Microwave
954	Analytical Density - Radiometric
955	Level Radiometric
956	Analytical Gas/Steam
957	Level Nucleonic
958	Analytical Blade Consistency
959	Analytical Rotary Consistency
960	Pressure Absolute/Differential
961	Positioner
962	Analytical Combustible Gas Detector
963	Analytical Point Infrared Gas Detector
964	Analytical Multi-Detector Monitor System
965	Valve Positioner/Electro-hydraulic
966	Valve Monitor
967	Enable on token-passing data link layer only
968	Enable on TDMA data link layer only
969	Enable on both TDMA and token-passing data link layer
970	WirelessHART Device
971	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
972	Primary
973	Primary Analog Channel
974	Secondary
975	Secondary Analog Channel
976	Tertiary
977	Tertiary Analog Channel
978	Quaternary
979	Quaternary Analog Channel
980	Quinary
981	Quinary Analog Channel
982	Lock all
983	Trim not supported
984	Configuration cannot be changed
985	Locked by gateway
986	Analog Input Channel
987	Analog Output Channel
988	The device is in simulation mode and the level output is not representative of the process.
989	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
990	The RAM memory check is invalid or maybe corrupt
991	A watchdog reset has been performed
992	Voltage conditions out of range
993	A voltage condition is outside its allowable range
994	An internal or environmental condition is beyond acceptable limits.
995	A hardware problem not related to the sensor has been detected.
996	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
997	Continuous
998	The Burst Message is published continuously at (worst case) the Minimum Update Period.
999	Window
1000	The Burst Message is triggered when the source value deviates more than the specified trigger value
1001	Rising
1002	The Burst Message is triggered when source value Rises Above the specified trigger value.
1003	Falling
1004	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1005	On-change
1006	The Burst Message is triggered when any value in the message changes.
1007	Battery life
1008	Percent range
1009	Loop current
1010	Primary variable
1011	Secondary variable
1012	Tertiary variable
1013	Quaternary variable
1014	Off
1015	Enable event notification on token-passing data link layer
1016	Enable event notification on TDMA data link layer
1017	Enable event notification on TDMA and token-passing data link layer
1018	Configuration changed event pending
1019	Device status event pending
1020	More status available event pending
1021	Disable
1022	Enable single data point trending
1023	Enable filtered trending
1024	The sample is filtered using a time constant equal to one-third the trend sample period
1025	Enable average trending
1026	The value obtained by dividing the sum of all samples in the period by the total number of samples
1027	Read receive time
1028	Write date and time
1029	Non-Volatile Clock
1030	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.
1031	Clock Uninitialized
1032	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.
1033	Line Power
1034	Device is powered via a hardwired connection to a plant power source.
1035	Battery Power
1036	Device operates solely of its (internal) battery.
1037	Recharg.B./Power Sc.
1038	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).
1039	Idle
1040	Active search
1041	Looking for neighbors.
1042	Negotiating
1043	Quarantined
1044	Operational
1045	Suspended
1046	Deep sleep
1047	Ultra-low power
1048	Wireless Signal Found
1049	Network packets have been recognized
1050	Wireless Signal Identified
1051	Wireless Time Synchronized
1052	WirelessHart Signal Identified
1053	Network Admission Requested
1054	Set on transmission of first join request
1055	Join Retrying
1056	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.
1057	Join Failed
1058	Set on transition from Active Search mode to Deep Sleep mode. Cleared on transition from Deep Sleep to Active Search.
1059	Network Security Clearance Granted
1060	Network Manager Session Established
1061	Network Joined
1062	Network Joined. Normal superframe and links obtained.
1063	Network Bandwidth Requested
1064	Negotiating Network Properties. Gateway session obtained.
1065	Join Complete
1066	Normal operating mode.
1067	No restrictions
1068	SI Only
1069	Restricted to SI Unit codes only
1070	Open - accept all devices
1071	Use Whitelist for access
1072	Use Blacklist
1073	Use Whitelist and Blacklist
1074	Lockdown - disable join links
1075	Process automation device
1076	Discrete device
1077	Hybrid:Process automation+discrete
1078	I/O System
1079	WirelessHART Process automation device
1080	WirelessHART Discrete device
1081	WirelessHART Process automation+discrete
1082	WirelessHART Gateway
1083	WirelessHART Access point
1084	WirelessHART Process adapter
1085	WirelessHART Discrete adapter
1086	WirelessHART enabled handheld/portable maintenance tool
1087	Don't attempt to join
1088	Join now
1089	Attempt to join immediately on powerup or reset
1090	US
1091	United States of America
1092	JP
1093	Japan
1094	DE
1095	Germany
1096	FR
1097	France
1098	ES
1099	Spain
1100	RU
1101	Russian Federation
1102	CN
1103	People's Republic of China
1104	Nominal
1105	Device Power Status is nominal
1106	Low
1107	Device Power Status is low
1108	Critically Low
1109	Device Power Status is critically low
1110	Recharging - Low
1111	Recharging - High
1112	Secondary Master
1113	Primary Master
1114	Device Profile
1115	Device Diagnostic Status 0
1116	Device Diagnostic Status 1
1117	I/O and Subdevice Status
1118	WirelessHART Status
1119	Time Set Option
1120	Real Time Clock Flags
1121	Country
1122	Country of intended device installation
1123	SI Unit Control
1124	Indicates if device should only display SI unit codes
1125	Burst Trigger Units
1126	Burst Trigger Class
1127	Wired HART Enabled
1128	Enabled on Wired HART device connection only
1129	Wireless HART Enabled
1130	Enabled on WirelessHART device connection only
1131	Both Wired and WirelessHart Enabled
1132	Enabled on both Wired and WirelessHART connections
1133	Burst Msg Trigger Mode
1134	Event Status
1135	Event Notification Control
1136	Operate mode Mask
1137	Not Defined
1138	Power Source
1139	Power source of the device
1140	Wireless Mode
1141	Join Status
1142	The current location in the joining sequence of operations.
1143	Network Access Mode
1144	Join Mode
1145	Power Status
1146	Power status of the device
1147	Master Mode
1148	This sets the I/O System's Data Link Layer operation on all channels as either primary or secondary master mode.
1149	Trend Units
1150	Trend Device Variable Unit Code
1151	Trend Classification
1152	Trend Device Variable Classification
1153	Trend Control
1154	Device Status Mask
1155	Ext dev status Mask
1156	Device Diagnostic Status 0 Mask
1157	Device Diagnostic Status 1 Mask
1158	Device Diagnostic Status 2 Mask
1159	Device Diagnostic Status 3 Mask
1160	AO saturated Mask
1161	AO fixed Mask
1162	Latched Device Status
1163	Latched Ext dev status
1164	Latched Operate Mode
1165	Latched Device Diagnostic Status 0
1166	Latched Device Diagnostic Status 1
1167	Latched Device Diagnostic Status 2
1168	Latched Device Diagnostic Status 3
1169	Latched AO saturated
1170	Latched AO fixed
1171	Wireless Module Device Type
1172	Device type of the Wireless Radio
1173	Wireless Module Manufacturer ID
1174	Manufacturer of the Wireless Radio contained in this device
1175	Subdevice Device Type
1176	Device type of the subdevice attached to this system.
1177	Subdevice Manufacturer Id
1178	Manufacturer of the subdevice attached to this system.
1179	Time Stamp
1180	Relative time value on network
1181	8u
1182	Dynamic Variables Returned for Device Variables
1183	Command Response Truncated
1184	Configuration Change Counter Mismatch
1185	Status bytes mismatch
1186	8.3f
1187	Analog Channel Number
1188	Analog Channel Number- Index into an array of Analog Channels.
1189	Burst Variable Codes
1190	Burst Variable Code
1191	Burst Variable Slot - Device variable code assigned to the slot to be read in burst mode.
1192	Burst Command
1193	Cmd 48: Read Additional Device Status
1194	Read Additional Device - This command reads additional device status information
1195	Update Period
1196	Update period for burst message
1197	5.3f
1198	Max Update Period
1199	Maxium update period for burst message
1200	Burst Trigger Level
1201	Burst Message Number
1202	Total Burst Msgs
1203	Total number of burst messages supported by this device
1204	Update time adjusted
1205	Invalid burst message
1206	Invalid device variable classification
1207	Invalid burst trigger mode selection code
1208	Burst condition conflict
1209	Update period increased
1210	Insufficient bandwidth
1211	Are you sure?
1212	No;Yes
1213	Cold start is being executed, Wait...
1214	The conversion table will be deleted as a result. Continue?
1215	Select new conversion:
1216	OK
1217	optSelected
1218	Select the entry method:
1219	Standard;Applied Calibration
1220	Table invalid. Still finish?
1221	Back;Finish
1222	Set;Finish
1223	Maximum number of entries reached
1224	Sensor value too low
1225	Sensor value too high
1226	Process value too low
1227	Process value too high
1228	Values not monotonic
1229	Entry for min value missing. Still finish?
1230	Entry for max value missing. Still finish?
1231	Too few entries. Still finish?
1232	Please select:
1233	Select entries;Delete all
1234	Delete;Finish
1235	Entries from index %{indexFirst} to %{indexLast} deleted.
1236	Are you sure you want to delete the conversion table?
1237	Priority is %{locPriority}
1238	Enter desired level:
1239	Enter password:
1240	Access level set to %{0}
1241	Failed to set access level.
1242	Enter new password:
1243	Confirm new password:
1244	The password was successfully changed.
1245	Configuration parameters in the device have been reset to default values
1246	Write to device?
1247	Reference temperature max value must be within %{0} and %{1}
1248	Reference temperature min value must be within %{0} and %{1}
1249	Set status simulation to
1250	Failed to enable status simulation.
1251	Status simulation disabled.
1252	Status simulation enabled.
1253	Failed to disable status simulation.
Reference ID	String