Device dictionary

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Reference ID	String
0	THZ3/TDZ3
1	Model
2	THZ3 DIN
3	TDZ3 HP
4	THZ3 HL
5	TDZ3 HL
6	THZ3 HPP
7	Sys Stat Summary
8	Diagnostic Error Summary
9	Input Error Summary
10	Input Warning Summary
11	Analog Output Status
12	Front End Status
13	User Config Error Summary
14	Device Variable Config Error Summary
15	NV Storage Error Summary
16	In Errs and Warns
17	S1 Corr Warning
18	S2 Corr Warning
19	Range Alarm Warning
20	S1 Corr Error
21	S2 Corr Error
22	Range Alarm Error
23	PV Status
24	PV - Total Failure
25	PV - S1 Input BAD
26	PV - S2 Input BAD
27	PV - S1 is LIMITED
28	PV - S2 is LIMITED
29	PV - Running on backup
30	PV - Backup not possible
31	SV Status
32	SV - Total Failure
33	SV - S1 Input BAD
34	SV - S2 Input BAD
35	SV - S1 is LIMITED
36	SV - S2 is LIMITED
37	SV - Running on backup
38	SV - Backup not possible
39	TV Status
40	TV - Total Failure
41	TV - S1 Input BAD
42	TV - S2 Input BAD
43	TV - S1 is LIMITED
44	TV - S2 is LIMITED
45	TV - Running on backup
46	TV - Backup not possible
47	QV Status
48	QV - Total Failure
49	QV - S1 Input BAD
50	QV - S2 Input BAD
51	QV - S1 is LIMITED
52	QV - S2 is LIMITED
53	QV - Running on backup
54	QV - Backup not possible
55	Range Alarm Status
56	Rng Alm 1 Warning
57	Rng Alm 2 Warning
58	Rng Alm 3 Warning
59	Rng Alm 4 Warning
60	Rng Alm 1 Error
61	Rng Alm 2 Error
62	Rng Alm 3 Error
63	Rng Alm 4 Error
64	QV
65	CODES (THINK THIS NOT DISPLAYED ANYWHERE)
66	Update Per
67	Period at which to burst this message when trigger conditions are met
68	Max Update Per
69	Period at which to burst this message when trigger conditions are not met
70	Cmd
71	HART Command Number to Burst
72	Mode
73	Enables of Disables Bursting of this message
74	Trig Mode
75	Selects when burst messages are sent. Continuous: all the time. Window: when the var changes by the Trig Level. Rising: when the var increases by the Trig Level. Falling: Burst the var falls by the Trig level, On Change: when a var changes.
76	Trig Class
77	Trig Units
78	If the trigger mode is Window, Rising or Falling, the units of the variable being burst
79	Trig Level
80	The level to be applied when in Window, Rising or Falling trigger mode
81	BMsg
82	Cmd 48: Read Additional Device Status
83	Read Additional Device - This command reads additional device status information
84	Wired HART Enabled
85	Enabled on Wired HART device connection
86	Internal
87	RJC Temperature Units
88	SEnsor 1 Units
89	Sensor 2 Units
90	Snsr temp unit
91	Sensor Temperature Units- Engineering unit to be displayed with Sensor Temperature.
92	RJC Temp
93	My Help
94	Temp Class
95	Temp PDQ
96
97	Temp LS
98	Temp Dev Stat
99	Temp min span
100	.3f
101	Damping Time
102	8.3f
103	Temp Update Period
104	Temp USL
105	Temp LSL
106	Sensor Serial Number
107	7d
108	dvSimulated0 RJC Temp
109	Custom Curve Enabled
110	Custom Curve Enabled - Enables or Disables Custom Curve
111	Disabled
112	Enabled
113	Custom Curve ID
114	Custom Curve ID - Identifier for the custom curve to be applied during processing
115	CC 1
116	CC 2
117	CC 3
118	CC 4
119	Scaling Enabled
120	Scaling Enabled - Enables or Disables Custom Scaling
121	Input Min
122	Input Min - Specifies the Lower Scale From value
123	Scale Min
124	Scale Min - Specifies the Lower Scale To value
125	Input Max
126	Input Max - Specifies the Upper Scale From value
127	Scale Max
128	Scale Max - Specifies the Upper Scale To value
129	Zero
130	Full
131	Custom EGU Enabled
132	Enables the Custom EGU string for the device variable.
133	Custom EGU
134	Custom EGU used for display. Legal characters are: Numbers, Capital Letters, and some special characters
135	Custom Name Enabled
136	Custom Name
137	Custom Device Variable Name used for display. Legal characters are: Numbers, Capital Letters, and some special characters
138	EGU
139	Quality
140	Damping
141	Simulate
142	Update Period
143	s/n
144	CC En
145	CC ID
146	Scl En
147	Input Min.
148	Input Max.
149	Scale Min.
150	Scale Max.
151	LRV
152	URV
153	Custom EGU En
154	Custom Name En
155	S1Raw
156	dvSimulated1 S1Raw
157	dvLowerTrimPoint
158	Pres Upper trim
159	Pres Trim support
160	Pres Min lower trim
161	Pres Max lower trim
162	Pres Min upper trim
163	Pres Max upper trim
164	Pres Min trim diff
165	Trim Mode
166	Trimming increases the measurement accuracy of the instrument, any point between 0% and 100% along the scale can be trim. Note one-point trimming applies an offset to the sensor reading, while two-point trimming applies both an offset and a gain.
167	Off
168	One Point
169	Two Points
170	dvLowerTrimValue
171	dvUpperTrimValue
172	dvLowerTrimRJC
173	dvUpperTrimRJC
174	LTValue
175	UTValue
176	LTRJC
177	UTRJC
178	S2Raw
179	dvSimulated2 S2Raw
180	Sensor 1
181	dvSimulated3 Sensor 1
182	Sensor 2
183	dvSimulated4 Sensor 2
184	Backup 1-2
185	dvSimulated5 Backup 1-2
186	Backup 2-1
187	dvSimulated6 Backup 2-1
188	Average
189	dvSimulated7 Average
190	Differential 1-2
191	dvSimulated8 Differential 1-2
192	Differential 2-1
193	dvSimulated9 Differential 2-1
194	Absolute Differential
195	dvSimulated10 Absolute Differential
196	Low Select
197	dvSimulated11 Low Select
198	High Select
199	dvSimulated12 High Select
200	POR
201	dvSimulated244 POR
202	AO
203	dvSimulated245 AO
204	Sensor 1 Raw
205	Sensor 2 Raw
206	Advanced Settings
207	Controls if the Advanced Settings are available for use.
208	ID Used for the INFO,INDEX transfers of DVP Config
209	Source Device Variable
210	PV
211	SV
212	TV
213	Response
214	Warning
215	Alarm (AO Fail)
216	Out of range
217	In range
218	Low Range
219	High Range
220	Latching
221	Deadband
222	Delay
223	Range Alarm 1
224	High
225	Low
226	Source
227	Range Alarm 2
228	Range Alarm 3
229	Range Alarm 4
230	RA 1
231	RA 2
232	RA 3
233	RA 4
234	Unlatch Range Alarm
235	Range Alarms
236	CC_point_number
237	CC_curve_number
238	CC Points
239	Custom Curve number of points (2 to 128)
240	CC Units In
241	Custom Curve Units In
242	CC Units Out
243	Custom Curve Units Out
244	X
245	Y
246	Point
247	Curve 1
248	Curve 2
249	Curve 3
250	Curve 4
251	Edit Curve
252	Edit Curve 1
253	Edit Curve 2
254	Edit Curve 3
255	Edit Curve 4
256	Custom Curve 1
257	Custom Curve 2
258	Custom Curve 3
259	Custom Curve 4
260	Custom Curves
261	Preset Value too Large
262	Preset Value too Small
263	Fail Mode
264	Analog Output Alarm Type- Defines how the Analog Output will respond when the Field Device detects that the Analog Output may not be tracking the associated Field Device Variable. NOTE- The Digital Value representation may not be determinate.
265	Hold Last
266	Fail To Value
267	AO Fail To Value
268	Analog Output Fail To Value - Value to drive the Analog Output to when a fault is detected.
269	AO URV
270	Analog Output Under Range Value - The lower limit the AO is allowed to drive. It is considered saturated at this point.
271	AO ORV
272	Analog Output Over Range Value - The upper limit the AO is allowed to drive. It is considered saturated at this point.
273	AO Zero
274	Analog Output Zero (LRV) - The output corresponding to the PV's LRV (which is also POR's 0%)
275	AO Full
276	Analog Output Full (URV) - The output corresponding to the PV's URV (which is also Percen of Range's 100%)
277	AO Units
278	Analog Output Units - The units of output
279	AO Trim Reset
280	User can reset output trim to factory trim.
281	TrimZorF
282	AO Trim
283	Analog Output
284	dummy
285	S1 Sensor Information
286	S2 Sensor Information
287	S3 Sensor Information
288	S4 Sensor Information
289	Scaling
290	Custom Curve
291	S1Custom
292	S2Custom
293	Dual Input
294	DVTrimZorF
295	Device Variable Trim
296	Device Variable Trim Reset
297	Display Device Variable Trim
298	Device Var Fixing
299	Input Simulation
300	This method allows the sensor input variables to be simulated
301	MII HighLevel
302	Invalid Var Code
303	Input Quality Problem
304	Captured value too high
305	Captured value too low
306	Dynamic Variables Returned for Device Variables
307	Command Response Truncated
308	S1 Corr Res
309	dvSimulated100 S1 Corr Res
310	S2 Corr Res
311	dvSimulated101 S2 Corr Res
312	S1 Corr Base Res
313	S1 Corr Warn Level
314	S1 Corr Error Level
315	S2 Corr Base Res
316	S2 Corr Warn Level
317	S2 Corr Error Level
318	Filter
319	50 Hz
320	60 Hz
321	Input Quality Alarms
322	Allow Meas Out of Conf Range
323	Allow Limited
324	Allow Dropping
325	Kind of default
326	Default Type
327	S1 Measure Mode
328	The input type e.g. thermocouple, RTD, mV
329	Current
330	Voltage
331	RTD 2 wire
332	RTD 3 wire
333	RTD 4 wire
334	Millivolt
335	Ohms 2 wire
336	Ohms 3 wire
337	Ohms 4 wire
338	Thermocouple
339	Thermocouple + RJC
340	Potentiometer
341	S1 Input Type
342	Sensor variant type e.g. Pt3850, Pt3912
343	Type J
344	Type K
345	Type E
346	Type T
347	Type R
348	Type S
349	Type B
350	Type N
351	Type C
352	Pt 3850 100 ohm
353	Pt 3850 200 ohm
354	Pt 3850 300 ohm
355	Pt 3850 400 ohm
356	Pt 3850 500 ohm
357	Pt 3850 1000 ohm
358	Pt 3902 100 ohm
359	Pt 3902 200 ohm
360	Pt 3902 400 ohm
361	Pt 3902 500 ohm
362	Pt 3902 1000 ohm
363	Pt 3916 100 ohm
364	Ni 6720 120 ohm
365	Cu 427 9.035 ohm
366	4000 ohm
367	2000 ohm
368	1000 ohm
369	500 ohm
370	250 ohm
371	125 ohm
372	1000 Millivolt
373	500 Millivolt
374	250 Millivolt
375	125 Millivolt
376	62.5 Millivolt
377	31.25 Millivolt
378	50 mA
379	25 mA
380	12.5 mA
381	6.25 mA
382	10 V
383	5 V
384	2.5 V
385	1.25 V
386	S2 Measure Mode
387	S2 Input Type
388	S1 Corr Detection
389	Enables or Disables Corrosion Detection for sensor 1
390	S2 Corr Detection
391	Enables or Disables Corrosion Detection for sensor 2
392	S1 Broken Wire Detection
393	Enable / disable broken wire detection for Sensor 1
394	Lead Resistance value to be subtracted when the sensor is in two wire RTD or Resistance mode
395	S1 2Wire Offset
396	S1 BW Threshold
397	Amount of time to delay after detecting a broken wire, but before reacting to it
398	S1 BW Holdoff Time
399	Sensor running average filter settings: 1 to 16. A higher setting provides smoother input transitions, a lower setting provides a faster response time.
400	S1 Running Average
401	S2 Broken Wire Detection
402	Enable / disable broken wire detection for Sensor 2
403	S2 2Wire Offset
404	S2 BW Threshold
405	S2 BW Holdoff Time
406	S2 Running Average
407	internal
408	Configure Input Types
409	Input (PV) Capture
410	Change Variable Mapping Single
411	Change Variable Mapping Dual
412	Change Variable Mapping
413	Ranging and Mapping
414	S1 Scaling
415	S1 Custom Curve
416	Capture Base Value
417	S1 Corrosion Detection
418	S2 Scaling
419	S2 Custom Curve
420	S2 Corrosion Detection
421	Configure Sensor
422	Smart Range
423	Input
424	System Config
425	Setup
426	Decimal Places
427	Decimal Places - The max number of decimal places for floating point values that are displayed.
428	One
429	Two
430	Three
431	Auto
432	Dev Var Disp Flags
433	Device Variable Display Flags - When set/ON, the corresponding variable will be added to the display sequencing
434	Sensor1
435	Sensor2
436	Dyn Var Disp Flags
437	Dynamic Variable Display Flags - When set/ON, the corresponding variable will be added to the display sequencing
438	PCT
439	Cfg Custom EGU
440	Cfg Custom Name
441	Display
442	Configure Display
443	Error Reg ID
444	Error Reg Value
445	08X
446	System Status
447	No Fault
448	Fault
449	System Status Summary
450	See Diag Stat
451	See In Error Summ
452	See In Warning Summ
453	See AO Status
454	See FE Status
455	See User Cfg Err Summ
456	See DV Cfg Err Summ
457	See NV Memory Err Summ
458	See Internal Summary
459	User Configuration Error Summary
460	Term Temp Sensor Config
461	Sensor 1 Config
462	Sensor 2 Config
463	Analog Output Config
464	Label Config
465	HART Config
466	User Misc Config
467	Custom Curve 1 Config
468	Custom Curve 2 Config
469	Custom Curve 3 Config
470	Custom Curve 4 Config
471	DV Cfg Error Summ
472	RJC Temp Config
473	S1 Raw Config
474	S2 Raw Config
475	Sensor1 Config
476	Sensor2 Config
477	BU 1-2 Config
478	BU 2-1 Config
479	Average Config
480	Diff 1-2 Config
481	Diff 2-1 Config
482	Abs Diff Config
483	LOSEL Config
484	HISEL Config
485	Diagnostic Status
486	AOFB
487	COP Reset
488	RAM Failure
489	ROM Failure
490	ALU Failure
491	I/O Failure
492	Registers Fail
493	Sequence Monitor Failure
494	Stack Failure
495	Current Sense Monitor Error
496	Software Failure
497	Env Failure
498	RJC Temp Sensor Error
499	Sensor 1 Error
500	Sensor 2 Error
501	Output Fixed
502	Output Saturated
503	Low Saturation
504	High Saturation
505	Low Calibration Error
506	High Calibration Error
507	Current Calibration Error
508	Voltage Calibration Error
509	Output Mode Config Error
510	Fail Mode Config Error
511	URV/ORV Config Error
512	Zero/Full Config Error
513	Trim Error
514	Ambient Temperature Sensor Status 1
515	Broken RJC
516	ADC Saturated
517	ADC Not Running
518	Bad Lead Res
519	Software Sat
520	Bad Calib
521	Bad Config
522	Sensor Norm Fail
523	Sensor 1 Status 1
524	BW, Terminal 1
525	BW, Terminal 2
526	BW, Terminal 3
527	BW, Terminal 4
528	Bad RJC Value
529	Sensor 2 Status 1
530	BW, Terminal 5
531	Ambient Temperature Sensor Status 2
532	Sensor 1 Status 2
533	Sensor 2 Status 2
534	Sensor 1 Trim Status
535	Wrong Measurement Mode
536	Wrong Sensor
537	Measurement Mismatch
538	Wrong Mode
539	Lower Unit Mismatch
540	Upper Limit Mismatch
541	Lower Point Limits
542	Upper Point Limits
543	Lower Value Limits
544	Upper Value Limits
545	Upper Delta
546	Lower Delta
547	Span Value
548	Span Point
549	Sensor 2 Trim Status
550	Device Variable Error
551	RJC TempStatus
552	BAD DQ
553	S1 BAD
554	S2 BAD
555	S1 LIMITED
556	S2 LIMITED
557	On Backup
558	Backup Sensor BAD
559	Cfg: S1 Units Wrong
560	Cfg: S2 Units Wrong
561	Cfg: My Out Units Bad
562	Cfg: S1 Disabled
563	Cfg: S2 Disabled
564	Cfg: CC Inject ID
565	Cfg: Injected CC is Bad
566	Cfg: Scl Invalid
567	Cfg: Trim Invalid
568	S1 RawStatus
569	S2 RawStatus
570	Sensor1Status
571	Sensor2Status
572	Backup 1-2Status
573	Backup 2-1Status
574	AverageStatus
575	Differential 1-2Status
576	Differential 2-1Status
577	Absolute DifferentialStatus
578	Low SelectStatus
579	High SelectStatus
580	Percent of RangeStatus
581	AOStatus
582	Addl Stat Bytes
583	Subsystem Status
584	Input Status
585	User Cfg Status
586	Dev Var Status
587	Status
588	Single
589	Dual
590	Single Or Dual Helper
591	Dyn Var Mapping Helper
592	Term Temperature
593	RJC Temperature
594	Variable Mapping
595	Config Var Mapping Single
596	Config Var Mapping Dual
597	Sensors Single RO
598	Sensors Dual RO
599	Config Sensors
600	Sensor Options RO
601	Method_Wizard_SensorOptions
602	Method_Wizard_DeviceVarOptions
603	Primary Variable Range
604	Method_Wizard_PVRange
605	Wizard Aborted!
606	Data Path Wizard
607	Analog Output Configuration
608	Analog Output Config Wizard
609	HART Config Wizard
610	PV + AO
611	Dynamic Vars + AO
612	Custom
613	Display Mode
614	Display Config Wizard
615	Display Configuration
616	Range Alarm Configuration
617	Range Alarm Wizard
618	Allow Poor Acc
619	OFF
620	ON
621	System Settings
622	System Settings Wizard
623	Burst Command
624	Update period for burst message
625	5.3f
626	Max Update Period
627	Maxium update period for burst message
628	Burst Msg Trigger Mode
629	Burst Trigger Units
630	Burst Trigger Level
631	S1 Raw
632	S2 Raw
633	AVG
634	1-2
635	2-1
636	AbsDiff
637	LOSEL
638	HISEL
639	Slot 0 Device Var
640	Unused
641	Slot 1 Device Var
642	Slot 2 Device Var
643	Slot 3 Device Var
644	Burst Message 1
645	Burst Message Wizard
646	Lookup Limits
647	Dummy Example Var
648	Template Read Only
649	Basic Wizard
650	Default Configuration
651	Sends a command to the Device, causing it to revert to its factory default. It is advised to reset the connection from the Handheld after this operation.
652	Default Menu
653	Default Check
654	Drift Wizard
655	Config Wizards
656	Burst Configuration
657	Burst Variables
658	Burst Message 2
659	Burst Message 3
660	Offline
661	Device settings
662	Operate
663	Dynamic Variables
664	Maintenance
665	Diagnostics
666	Configurable Variables
667	These are all the device parameters that can be uploaded/downloaded using saved offline configurations
668	Process Variables
669	Refresh Device Variables
670	Device Variables
671	Custom Calibration
672	Variable Trim
673	HART Settings
674	Device Parameters
675	Device Information
676	BMsg 1 enabled
677	BMsg 1 disabled
678	BMsg 2 enabled
679	BMsg 2 disabled
680	BMsg 3 enabled
681	BMsg 3 disabled
682	PV Analog Channel Saturated
683	PV Analog Channel Fixed
684	Wireless
685	WirelessHART Device
686	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
687	Primary
688	Primary Analog Channel
689	Secondary
690	Secondary Analog Channel
691	Tertiary
692	Tertiary Analog Channel
693	Quaternary
694	Quaternary Analog Channel
695	Quinary
696	Quinary Analog Channel
697	Critical Power Failure
698	Lock all
699	Trim not supported
700	Configuration cannot be changed
701	Locked by gateway
702	Analog Input Channel
703	Analog Output Channel
704	Secondary Analog Channel Saturated
705	Tertiary Analog Channel Saturated
706	Quaternary Analog Channel Saturated
707	Quinary Analog Channel Saturated
708	Secondary Analog Channel Fixed
709	Tertiary Analog Channel Fixed
710	Quaternary Analog Channel Fixed
711	Quinary Analog Channel Fixed
712	Simulation active
713	The device is in simulation mode and the level output is not representative of the process.
714	Non-Volatile memory failure
715	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
716	Volatile memory error
717	The RAM memory check is invalid or maybe corrupt
718	Watchdog reset executed
719	A watchdog reset has been performed
720	Voltage conditions out of range
721	A voltage condition is outside its allowable range
722	Environmental conditions out of range
723	An internal or environmental condition is beyond acceptable limits.
724	Electronic failure
725	A hardware problem not related to the sensor has been detected.
726	Subdevice list changed
727	Duplicate master detected
728	Capacity Denied
729	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
730	Bandwidth allocation pending
731	Block transfer pending
732	Battery life
733	Percent range
734	Loop current
735	Primary variable
736	Secondary variable
737	Tertiary variable
738	Quaternary variable
739	Read receive time
740	Write date and time
741	Non-Volatile Clock
742	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.
743	Clock Uninitialized
744	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.
745	None
746	No restrictions
747	SI Only
748	Restricted to SI Unit codes only
749	Process automation device
750	Discrete device
751	Hybrid:Process automation+discrete
752	I/O System
753	WirelessHART Process automation device
754	WirelessHART Discrete device
755	WirelessHART Process automation+discrete
756	WirelessHART Gateway
757	WirelessHART Access point
758	WirelessHART Process adapter
759	WirelessHART Discrete adapter
760	WirelessHART enabled handheld/portable maintenance tool
761	Device Profile
762	US
763	United States of America
764	JP
765	Japan
766	DE
767	Germany
768	FR
769	France
770	ES
771	Spain
772	RU
773	Russian Federation
774	CN
775	People's Republic of China
776	Secondary Master
777	Primary Master
778	Device Diagnostic Status 0
779	Device Diagnostic Status 1
780	I/O and Subdevice Status
781	WirelessHART Status
782	Time Set Option
783	Real Time Clock Flags
784	Country
785	Country of intended device installation
786	SI Unit Control
787	Indicates if device should only display SI unit codes
788	Enable on token-passing data link layer only
789	Enable on TDMA data link layer only
790	Enable on both TDMA and token-passing data link layer
791	Burst Trigger Class
792	Continuous
793	The Burst Message is published continuously at (worst case) the Minimum Update Period.
794	Window
795	The Burst Message is triggered when the source value deviates more than the specified trigger value
796	Rising
797	The Burst Message is triggered when source value Rises Above the specified trigger value.
798	Falling
799	The Burst Message is triggered when the source value Falls Below the specified trigger value.
800	On-change
801	The Burst Message is triggered when any value in the message changes.
802	Enable event notification on token-passing data link layer
803	Enable event notification on TDMA data link layer
804	Enable event notification on TDMA and token-passing data link layer
805	Configuration changed event pending
806	Device status event pending
807	More status available event pending
808	Enabled on Wired HART device connection only
809	Wireless HART Enabled
810	Enabled on WirelessHART device connection only
811	Both Wired and WirelessHart Enabled
812	Enabled on both Wired and WirelessHART connections
813	Event Status
814	Event Notification Control
815	Device Status Mask
816	Ext dev status Mask
817	Device Diagnostic Status 0 Mask
818	Device Diagnostic Status 1 Mask
819	Device Diagnostic Status 2 Mask
820	Device Diagnostic Status 3 Mask
821	AO saturated Mask
822	AO fixed Mask
823	Latched Device Status
824	Operate mode Mask
825	Not Defined
826	Latched Ext dev status
827	Latched Device Diagnostic Status 0
828	Latched Device Diagnostic Status 1
829	Latched Device Diagnostic Status 2
830	Latched Device Diagnostic Status 3
831	Latched AO saturated
832	Latched AO fixed
833	Latched Operate Mode
834	Time Stamp
835	Relative time value on network
836	8u
837	Configuration Change Counter Mismatch
838	Status bytes mismatch
839	Update time adjusted
840	Invalid burst message
841	Invalid device variable classification
842	Invalid burst trigger mode selection code
843	Burst condition conflict
844	Update period increased
845	Insufficient bandwidth
846	Current Date
847	Current Date based upon the real-time clock in the field device
848	Current Time
849	Current Time based upon the real-time clock in the field device
850	Set Clock Time
851	Time to set the real time clock in the field device to, or time that the real-time clock was last set
852	Set Clock Date
853	Date to set the real-time clock in the field device to, or date that the real-time clock was last set
854	Burst Message Number
855	Burst Variable Code
856	Burst Variable Slot - Device variable code assigned to the slot to be read in burst mode.
857	Total Burst Msgs
858	Total number of burst messages supported by this device
859	Burst Variable Codes
860	count
861	Device Variable
862	Variable to trim
863	WARNING: PV Range violates Minimum Span. The system will operate with degraded accuracy.
864	Which to reset?
865	RA1;RA2;RA3;RA4
866	Curve %{CC_curve_number} Point %{CC_point_number}
867	Edit;Done;Set Point
868	Enter Point Number
869	Enter X[%{CC_point_number}]
870	Enter Y[%{CC_point_number}]
871	Do you want to change to Factory Ouput Trim
872	No;Yes
873	Output trim not reset
874	Output trim reset to Factory trim.
875	Setting fld dev output to Zero Range Value
876	Setting fld dev output to Full Range Value
877	AO Trim operation to perform:
878	Trim Zero;Trim Full
879	What trim operation would you like to perform?
880	Trim Low;Trim High;Exit
881	This Variable is not trimmed, nothing to do.
882	In One Point Trim mode. An input of %{lower_trim_value} is trimmed to %{lower_trim_point} %{0}. Do you want to reset trimming?
883	In Two Point Trim mode. An input of %{lower_trim_value} is trimmed to %{lower_trim_point} %{0}, and an input of %{upper_trim_value} is trimmed to %{upper_trim_point} Do you want to reset trimming?
884	Select sensor to trim
885	Sensor1;Sensor2
886	Select sensor to untrim
887	This Variable is not trimmed.
888	In One Point Trim mode. An input of %{lower_trim_value} is trimmed to %{lower_trim_point} %{0}.
889	Shouldn't be here!... display trim, currMode==2
890	In Two Point Trim mode. An input of %{lower_trim_value} is trimmed to %{lower_trim_point} %{0}, and an input of %{upper_trim_value} is trimmed to %{upper_trim_point}.
891	Select Device Variable to Simulate. Current Setting:
892	Select Action
893	Clear;Set
894	Value to Simulate:
895	Connection
896	2 Wire;3 Wire;4 Wire
897	2 Wire;3 Wire
898	RTD
899	Pt 3850 100 ohm;Pt 3850 200 ohm;Pt 3850 300 ohm;Pt 3850 400 ohm;Pt 3850 500 ohm;Pt 3850 1000 ohm;Pt 3902 100 ohm;Pt 3902 200 ohm;Pt 3902 400 ohm;Pt 3902 500 ohm;Pt 3902 1000 ohm;Pt 3916 100 ohm;Ni 6720 120 ohm;Cu 427 9.035 ohm
900	Millivolts
901	1k;500;250;125;62.5;31.25
902	Resistance
903	4k;2k;1k;500;250;125
904	Type J;Type K;Type E;Type T;Type R;Type S;Type B;Type N;Type C
905	Units
906	degC;degF;degR;Kelvin
907	Reference Junction Compensation
908	Disabled;Enabled
909	Sensor 1 Type
910	Resistance;mV;Potentiometer;RTD;T/C
911	Sensor 2 Type
912	Off;Configure Independently
913	Off;Same as Sensor 1;Configure Independently
914	Sensor 2 Type
915	Off;Resistance;mV;RTD;T/C
916	Off;Resistance;mV;Potentiometer;RTD;T/C
917	Please wait... reconfiguring
918	Capture Which?
919	LRV;URV
920	Process value is %0 %1. Press OK when stable.
921	NOTE: Sensor 2 is disabled, no Device Variables requiring S2 may be mapped to Dynamic Variables
922	Source for Primary Variable? Current Setting:
923	Source for Secondary Variable? Current Setting:
924	Source for Tertiary Variable? Current Setting:
925	Source for Quaternary Variable? Current Setting:
926	Would you like to capture a new base (resistance) value for Sensor 1 Corrosion?
927	Yes;No
928	Would you like to capture a new base (resistance) value for Sensor 2 Corrosion?
929	What Precision would you like?
930	Variables to be displayed?
931	NEXT;CHANGE
932	option
933	One or more Dynamic Variable is mapped as a Device Variable which requires Dual Mode, please reconfigure.
934	If you really do want Dual Mode, please abort and restart this wizard.
935	One or more mapping has changed, write values to the device?
936	Values were not sent to the device, please verify that the settings are valid.
937	You have indicated the intention to use the unit in Single Mode, however Sensor 2 is Enabled. Would you like to disable it?
938	You have indicated the intention to use the unit in Dual Mode, however Sensor 2 is Disabled, please reconfigure.
939	If you really do not want Dual Mode, please abort and restart this wizard.
940	Same as Sensor 1;Configure Independantly
941	One or more setting has changed, write values to the device?
942	Enable Broken wire detection for sensor 1? Current Setting:
943	Number of ms to delay before responding to a BW. Current Setting:
944	Size of the Running Average Filter. Current Setting:
945	Two wire offset resistance. Current Setting:
946	Enable Broken wire detection for sensor 2? Current Setting:
947	Number of ms to delay after before responding to a BW. Current Setting:
948	NOT IMPLEMENTED: Wizard to configure DeviceVar Options. scaling, units, ccinjection
949	LRV must be greater than Lower Limit
950	URV must be less than the Upper Limit
951	URV must be greater than LRV
952	URV and LRV must be greater than the min span apart.
953	URV and/or LRV has changed, write values to the device?
954	Please Enter the PV LRV. Limits: %[5.2f]{llim} to %[5.2f]{ulim}, Current:
955	Please Enter the PV URV. Limits: %[5.2f]{llim} to %[5.2f]{ulim}, Current:
956	The wizard was not allowed to run to completion, this could cause a configuration inconsistency. Please verify system coherence.
957	The following question about Single/Dual Mode is used by the wizard to guide the user through setup.
958	Depending on the response, certain options which are likely to lead to a configuration error are eliminated.
959	For example: mapping Failover as the PV with Sensor 2 disabled.
960	Will the THZ3 be used in Single or Dual Mode?
961	(Development Message) Exiting Wizard.
962	Low Saturation Point must be outside the Output Range
963	High Saturation Point must be outside the Output Range
964	Zero and Full must be 4 ma apart.
965	A setting has changed, write values to the device?
966	AO Zero (driven when the PV is 0%, or %[5.2f]{pvlrv})
967	AO Full (driven when the PV is 100%, or %[5.2f]{pvurv})
968	Low Saturation Point (must be less than %[5.2f]{lower})
969	High Saturation Point (must be greater than %[5.2f]{higher})
970	Fail Response (what to do when a system fault occurs)
971	Fail To Preset Value
972	NOT IMPLEMENTED: Wizard to configure HART. Address, label, burst messages 1-3
973	Values were not sent to the device.
974	Precision?
975	Display?
976	Dynamic Variables to Display
977	Device Variables to Display
978	Enable Range Alarm 1?
979	RA 1 Source?
980	RA 1 Alarm?
981	RA 1 Detect?
982	RA 1 Low?
983	RA 1 High?
984	Enable Range Alarm 2?
985	RA 2 Source?
986	RA 2 Alarm?
987	RA 2 Detect?
988	RA 2 Low?
989	RA 2 High?
990	Enable Range Alarm 3?
991	RA 3 Source?
992	RA 3 Alarm?
993	RA 3 Detect?
994	RA 3 Low?
995	RA 3 High?
996	Enable Range Alarm 4?
997	RA 4 Source?
998	RA 4 Alarm?
999	RA 4 Detect?
1000	RA 4 Low?
1001	RA 4 High?
1002	Mains Filter?
1003	Allow Poor Accuracy? Data marked PA will be considered as GOOD.
1004	Allow Limited Data? Data marked Limited (eg a saturated sensor) will be considered good.
1005	Allow Dropping? BAD quality data will be dropped from derived variables (AVG, LOSEL, HISEL)
1006	Enable Burst Mode for Message 1?
1007	Command for Message 1?
1008	Slot 0 Device Variable?
1009	Slot 1 Device Variable?
1010	Slot 2 Device Variable?
1011	Slot 3 Device Variable?
1012	Sensor Type
1013	Resistance;mV;RTD;T/C
1014	Please Enter the PV LRV. Limits: %[5.2f]{lower} to %[5.2f]{upper}, Current:
1015	lower
1016	Please Enter the PV URV. Limits: %[5.2f]{lower} to %[5.2f]{upper}, Current:
1017	upper
1018	Please Enter the AO LRV. Limits: 3.8 to 21.6, Current:
1019	aoLower
1020	Please Enter the AO URV. Limits: 3.8 to 21.6, Current:
1021	aoUpper
1022	Proceed with reconfiguration?
1023	Please wait... defaulting the unit
1024	It is recommended that you restart the Handheld Configurator to ensure it is completely synchronized with the device.
1025	Discard changes?
1026	The unit will be Defaulted. This is not reversible. Continue?
1027	Please confirm, the default is not reversible. Default?
1028	Please wait... defaulting
1029	There is a configuration error with the Absolute Difference Device Variable, please correct it and re-run the wizard.
1030	Which Range Alarm to use to detect and indicate sensor drift?
1031	Cancel;RA1;RA2;RA3;RA4
1032	Produce a warning or alarm?
1033	How far apart?
1034	Latching?
1035	Please wait... refreshing
Reference ID	String