Device dictionary

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Reference ID	String
0	IS_RTD_M
1	IS_POTMETER_M
2	IS_LINR_M
3	Is TC method or custom TC
4
5	Is voltage or custom voltage
6	IS_INTERNAL_CJC_M
7	Max
8	Min
9	Trend[1] Value
10	Trend[1] Quality
11	Trend[1] Limit
12	Trend[1] Family status
13	Trend[2] Value
14	Trend[2] Quality
15	Trend[2] Limit
16	Trend[2] Family status
17	Trend[3] Value
18	Trend[3] Quality
19	Trend[3] Limit
20	Trend[3] Family status
21	Trend[4] Value
22	Trend[4] Quality
23	Trend[4] Limit
24	Trend[4] Family status
25	Trend[5] Value
26	Trend[5] Quality
27	Trend[5] Limit
28	Trend[5] Family status
29	Trend[6] Value
30	Trend[6] Quality
31	Trend[6] Limit
32	Trend[6] Family status
33	Trend[7] Value
34	Trend[7] Quality
35	Trend[7] Limit
36	Trend[7] Family status
37	Trend[8] Value
38	Trend[8] Quality
39	Trend[8] Limit
40	Trend[8] Family status
41	Trend[9] Value
42	Trend[9] Quality
43	Trend[9] Limit
44	Trend[9] Family status
45	Trend[10] Value
46	Trend[10] Quality
47	Trend[10] Limit
48	Trend[10] Family status
49	Trend[11] Value
50	Trend[11] Quality
51	Trend[11] Limit
52	Trend[11] Family status
53	Trend array
54	Burst[0] Variable Code[1]
55	Burst[0] Variable Code[2]
56	Burst[0] Variable Code[3]
57	Burst[0] Variable Code[4]
58	Burst[0] Variable Code[5]
59	Burst[0] Variable Code[6]
60	Burst[0] Variable Code[7]
61	Burst[1] Variable Code[0]
62	Burst[1] Variable Code[1]
63	Burst[1] Variable Code[2]
64	Burst[1] Variable Code[3]
65	Burst[1] Variable Code[4]
66	Burst[1] Variable Code[5]
67	Burst[1] Variable Code[6]
68	Burst[1] Variable Code[7]
69	Burst[2] Variable Code[0]
70	Burst[2] Variable Code[1]
71	Burst[2] Variable Code[2]
72	Burst[2] Variable Code[3]
73	Burst[2] Variable Code[4]
74	Burst[2] Variable Code[5]
75	Burst[2] Variable Code[6]
76	Burst[2] Variable Code[7]
77	Variable codes
78	ConfiguraÃ§Ã£o do dispositivo bloqueada
79	ConfiguraÃ§Ã£o do dispositivo bloqueada â€” quando este valor Ã© definido, isto indica que o dispositivo estÃ¡ em proteÃ§Ã£o contra gravaÃ§Ã£o ou estÃ¡ bloqueado.
80	SimulaÃ§Ã£o de status ativa
81	SimulaÃ§Ã£o de status ativa â€” quando este valor Ã© definido, isto indica que o modo de simulaÃ§Ã£o de status foi ativado e o status do dispositivo e os bits de status a serem devolvidos (reportados ao host) na resposta do comando 48 sÃ£o fixos e podem nÃ£o representar o estado atual do dispositivo.
82	Sobrecarga de notificaÃ§Ã£o de evento
83	Sobrecarga de notificaÃ§Ã£o de eventos â€” quando este valor Ã© definido, indica que a fila de eventos para uma ou mais especificaÃ§Ãµes de eventos sobrecarregou, resultando em um evento que nÃ£o estÃ¡ sendo registrado.
84	PR 5437/6437
85	Normal operation 1
86	Status during normal operation (1)
87	Primary sensor 1 error
88	Primary sensor 2 error (only if Input 2 enabled)
89	CJC for sensor 1 error (only if used)
90	CJC for sensor 2 error (only if used)
91	Dual sensor: Sensor drift alarm (only if enabled)
92	Dual sensor: Backup sensor OK, main sensor error
93	Dual sensor: Backup sensor error, main sensor OK
94	Normal operation 2
95	Status during normal operation (2)
96	Configuration not supported by device
97	Internal electronics temperature alarm
98	Minimum supply voltage not reached
99	Attempting or failed to enter SIL mode
100	Critical device errors (1)
101	Error in communication with Input CPU
102	Input CPU reconfiguration failed
103	Supply voltage too low
104	Loop current read back error
105	Supply voltage too high
106	Critical device errors (2)
107	Error in data verification after writing to EEPROM
108	CRC16 error in cyclic test of EEPROM
109	Error in EEPROM communication
110	CRC16 error in cyclic test of program code in FLASH
111	Exception error during code execution
112	Watchdog reset executed
113	Critical device errors (3)
114	Internal RTD sensor error
115	CRC16 error in cyclic test of safe-domain RAM contents
116	Stack integrity error
117	CRC16 error in factory data in FLASH
118	RAM cell error
119	Safe domain RAM integrity error
120	CRC16 error in Input CPU configuration
121	Critical measuring errors
122	Drift error, reference voltage FVR
123	Drift error, reference voltage VREF
124	Drift error, primary Input 1
125	Drift error, primary Input 2
126	Drift error, ground voltage offset to terminal 3
127	%X
128	Error status byte, indicates errors related to sensors or sensor wires
129	Primary sensor 1 error
130	Primary sensor 2 error (only if sensor 2 enabled)
131	CJC for sensor 1 error (only if used)
132	CJC for sensor 2 error (only if used)
133	Dual sensor: Sensor drift alarm (only if enabled)
134	Dual sensor: Backup sensor OK, main sensor error
135	Dual sensor: Backup sensor error, main sensor OK
136	Normal operation
137	Status during normal operation
138	Critical errors from safe domain
139	Critical device errors from non-safe domain
140	Critical device errors from safe domain
141	Critical measuring errors from safe domain
142	Status
143	Notification control
144	Time first unack event triggered
145	Notification retry time
146	Max update time
147	Debounce interval
148	Update period
149	Max update period
150	Command
151	Mode select
152	Message trigger mode
153	Trigger classification
154	Unit
155	Level
156	Device status mask
157	Sensor error 1 mask
158	Sensor error 2 mask
159	Critical error 1 mask
160	Critical error 2 mask
161	Critical error 3 mask
162	Critical error 4 mask
163	Extended device status mask
164	Operating mode mask
165	Standardized status 0 mask
166	Standardized status 1 mask
167	Burst
168	Analog output calibration
169	Apply PV range values
170	Input calibration
171	Input restore factory calibration
172	Input zero calibration
173	QV
174	Output Range 100%
175	Output current value at Primary variable = 100%, units of mA
176	.2f
177	.4f
178	Output Range 0%
179	Output current value at Primary variable = 0%, units of mA
180	Output Upper Limit
181	Output current upper limit value, units of mA
182	Output Lower Limit
183	Output current lower limit value, units of mA
184	Sensor Error Action
185	Configures the sensor error action
186	No test performed
187	broken sensor
188	shorted sensor
189	broken and shorted sensor
190	Shorted Sensor Value
191	Output current value for shorted sensor, units of mA
192	Broken Sensor Value
193	Output current value for broken sensor, units of mA
194	Write protect control code
195	Enables, disables write protection, or sets new password
196	Enable write protected
197	Disable write protected
198	Set new password
199	Enter password
200	Password for controlling write protection. 8 byte ASCII. No password will be entered as '********'
201	New password
202	New password for controlling write protection. 8 byte ASCII. No password will be entered as '********'
203	SIL enable
204	Enables, disables SIL
205	Normal operation mode
206	SIL operation mode
207	SIL checksum
208	The CRC16 of all SIL configuration parameters
209	Max/min control code
210	Selects read or reset of the data logging max and min values
211	Reset max/min values
212	Read max/min values
213	Limit check configuration
214	Input: No, Output: No
215	Input: Yes, Output: No
216	Input: No, Output: Yes
217	Input: Yes, Output: Yes
218	Input limit error value
219	Output limit error value
220	Mains frequency filter
221	Frequency code for the mains frequency filter
222	50 Hz noise suppression
223	60 Hz noise suppression
224	Sensor drift action
225	Disabled
226	Warning
227	Error
228	Sensor drift limit
229	.3f
230	Sensor drift timeout
231	Sensor drift timeout in seconds
232	s
233	Sensor drift output
234	Analog output for sensor drift alarm
235	Runtime meter control code
236	Selects read or reset of the runtime meter range values
237	Reset range values
238	Read range values
239	Runtime meter max/min control code
240	Selects read or reset of the runtime meter data loggin max and min values
241	Config reserved state
242	Not reserved
243	HART interface
244	Extension Interface
245	SIL status
246	SIL configuration status
247	Configuration reset code
248	External CJC type
249	Pt100 IEC 751
250	Ni100 DIN 43760-87
251	Number of wires
252	Number of wires for external CJC
253	2-wire
254	3-wire
255	4-wire
256	Cable resistance
257	Cable resistance of external CJC
258	Ohm
259	Number of input sensors
260	1
261	2
262	Input variant code
263	SIL supported
264	No
265	Yes
266	Puck variant code
267	Communication variant code
268	HART5 communication possible
269	HART7 communication possible
270	PROFIbus PA communication possible
271	Device type name
272	Product name
273	Input 1 non-linearized value
274	Input 2 non-linearized value
275	SIL Safety Configuration Report Start Index
276	SIL Safety Configuration Report Length
277	SIL Safety Configuration Report Total Length
278	SIL Safety Configuration Report Parameter Set
279	CRC16 Value
280	Input type
281	kOhm
282	Callendar-Van Dusen
283	Potentiometer
284	PtX IEC 751
285	Pt50 IEC 751
286	Pt200 IEC 751
287	Pt500 IEC 751
288	Pt1000 IEC 751
289	PtX JIS C 1604-81
290	Pt50 JIS C 1604-81
291	Pt100 JIS C 1604-81
292	Pt200 JIS C 1604-81
293	PtX GOST 6691-2009
294	Pt50 GOST 6651-2009
295	Pt100 GOST 6651-2009
296	NiX DIN 43760-87
297	Ni50 DIN 43760-87
298	Ni120 DIN 43760-87
299	Ni1000 DIN 43760-87
300	NiX GOST 6651-2009
301	Ni50 GOST 6651-2009
302	Ni100 GOST 6651-2009
303	CuX ECW No. 15 (a = 0.00427)
304	Cu10 ECW No. 15 (a = 0.00427)
305	Cu100 ECW No. 15 (a = 0.00427)
306	CuX GOST 6651-1994 (a = 0.00426)
307	Cu50 GOST 6651-1994 (a = 0.00426)
308	Cu100 GOST 6651-1994 (a = 0.00426)
309	CuX GOST 6651-2009 (a = 0.00428)
310	Cu50 GOST 6651-2009 (a = 0.00428)
311	Cu100 GOST 6651-2009 (a = 0.00428)
312	Micro-volts bipolar
313	Micro-volts unipolar
314	Milli-volts bipolar
315	Milli-volts unipolar
316	Volts bipolar
317	Volts unipolar
318	T/C Type B IEC 584
319	T/C Type E IEC 584
320	T/C Type J IEC 584
321	T/C Type K IEC 584
322	T/C Type L DIN 43710
323	T/C Type Lr GOST 3044-84
324	T/C Type N IEC 584
325	T/C Type R IEC 584
326	T/C Type S IEC 584
327	T/C Type T IEC 584
328	T/C Type U DIN 43710
329	T/C Type W3 ASTM
330	T/C Type W5 ASTM
331	Custom Linearization
332	5-wire
333	Temperature standard
334	International practical temperature scale of 1968 (IPTS-68)
335	International temperature scale of 1990 (ITS-90)
336	Probe Connection
337	Single
338	CJC type
339	Internal CJC temperature measurement
340	External CJC temperature measurement
341	Fixed CJC temperature
342	Fixed CJC temperature unit
343	Cable resistance value
344	Cable resistance value in Ohms. If RTD/Ohm 3 or 4 wire is selected, sensor 1 is the expected max value for the total cable resistance in 2 wires, otherwise it is the actual total cable resistance.
345	Cable resistance in 1st wire
346	Cable resistance in 2nd wire
347	Fixed CJC temperature
348	Temperature family status 0
349	Digital value
350	dB
351	uV
352	Data quality
353	Limit status
354	None
355	Snsr probe break detect
356	Sensor 1 serial number
357	Sensor 2 serial number
358	Lower sensor limit
359	Lower Sensor Limit - Value that defines the absolute lower endpoint (smallest magnitude) for the digital value. Temperature - Temperature of the process measured with respect to some reference pressure.
360	Upper sensor limit
361	Upper Sensor Limit - Value that defines the absolute upper endpoint (largest magnitude) for the digital value. Temperature - Temperature of the process measured with respect to some reference pressure.
362	Minimum span
363	Damping value
364	2.2f
365	5.2f
366	5.3f
367	Fixed digital value
368	Normal Output
369	Fixed Output
370	Trim point units
371	Lower trim point value
372	Upper trim point value
373	Trim point support
374	Trim point not supported
375	Lower trim point supported
376	Upper trim point supported
377	Lower and upper trim points supported
378	Minimum lower trim point value
379	Maximum lower trim point value
380	Minimum upper trim point value
381	Maximum upper trim point value
382	Minimum differential trim
383	Device variable max
384	Maximum logged device variable value, units of device variable
385	Device variable min
386	Minimum logged device variable value, units of device variable
387	Min input value
388	Max input value
389	Range 1
390	Range meter value in seconds
391	Range 2
392	Range 3
393	Range 4
394	Range 5
395	Range 6
396	Range 7
397	Range 8
398	Range 9
399	Threshold 1 - 2
400	Threshold 2 - 3
401	Threshold 3 - 4
402	Threshold 4 - 5
403	Threshold 5 - 6
404	Threshold 6 - 7
405	Threshold 7 - 8
406	Threshold 8 - 9
407	Minimum
408	Maximum
409	R0
410	A
411	B
412	C
413	Alpha
414	Beta
415	Delta
416	RTD factor
417	Linearization type
418	Unsupported
419	Table
420	Spline
421	Custom input type
422	Custom linarization input type
423	Resistance
424	Voltage Bipolary
425	Voltage Unipolary
426	Thermo-couple
427	Sensor serial number
428	Number of points
429	Number of active linearization XY points
430	X 1
431	Polynomial coefficient
432	X 2
433	X 3
434	X 4
435	X 5
436	X 6
437	X 7
438	X 8
439	X 9
440	X 10
441	X 11
442	X 12
443	X 13
444	X 14
445	X 15
446	X 16
447	X 17
448	X 18
449	X 19
450	X 20
451	X 21
452	X 22
453	X 23
454	X 24
455	X 25
456	X 26
457	X 27
458	X 28
459	X 29
460	X 30
461	X 31
462	X 32
463	X 33
464	X 34
465	X 35
466	X 36
467	X 37
468	X 38
469	X 39
470	X 40
471	X 41
472	X 42
473	X 43
474	X 44
475	X 45
476	X 46
477	X 47
478	X 48
479	X 49
480	X 50
481	X 51
482	X 52
483	X 53
484	X 54
485	X 55
486	X 56
487	X 57
488	X 58
489	X 59
490	X 60
491	Y 1
492	Y 2
493	Y 3
494	Y 4
495	Y 5
496	Y 6
497	Y 7
498	Y 8
499	Y 9
500	Y 10
501	Y 11
502	Y 12
503	Y 13
504	Y 14
505	Y 15
506	Y 16
507	Y 17
508	Y 18
509	Y 19
510	Y 20
511	Y 21
512	Y 22
513	Y 23
514	Y 24
515	Y 25
516	Y 26
517	Y 27
518	Y 28
519	Y 29
520	Y 30
521	Y 31
522	Y 32
523	Y 33
524	Y 34
525	Y 35
526	Y 36
527	Y 37
528	Y 38
529	Y 39
530	Y 40
531	Y 41
532	Y 42
533	Y 43
534	Y 44
535	Y 45
536	Y 46
537	Y 47
538	Y 48
539	Y 49
540	Y 50
541	Y 51
542	Y 52
543	Y 53
544	Y 54
545	Y 55
546	Y 56
547	Y 57
548	Y 58
549	Y 59
550	Y 60
551	Number of active spline Y points
552	Min input limit
553	Minimum input limit for spline linearization
554	Max input limit
555	Maximum input limit for spline linearization
556	Spline table Y point
557	Minimum input limit for spline linearization
558	********
559	HARTREV5
560	-CHANGE-
561	Device serial number
562	NE 107 device status
563	NE 107 Condensed device status
564	OK
565	Maintenance required
566	Out of specification
567	Check function
568	Failure
569	Suggested Action
570	Do the suggested to correct problems
571	Correct and/or re-send the configuration
572	Check power supply (at output terminals)
573	Reset or re-power the device
574	If the error is persistant send in the device for repair
575	If the error is persistant send the device to repair
576	Reconnect or repair sensor
577	If persistent send device for repair
578	The SIL configuration must be validated or normal operation must be re-selected
579	Check operating temperature
580	No action requried
581	NoOfSuggestedActions
582	Internal SW version
583	V2R30
584	Digital value
585	Lower sensor limit
586	Upper sensor limit
587	Update period
588	Fixed digital value
589	Trim point units
590	Lower trim point value
591	Upper trim point value
592	Trim point support
593	Minimum lower trim point value
594	Maximum lower trim point value
595	Minimum upper trim point value
596	Maximum upper trim point value
597	Input type
598	Probe connection
599	Number of wires
600	Temperature standard
601	CJC type
602	Fixed CJC temperature
603	Cable resistance value
604	Temperature family status 0
605	Device variable max
606	Device variable min
607	Lower limit
608	Upper limit
609	Cable resistance in 1st wire
610	Cable resistance in 2nd wire
611	Linearization type
612	Custom linearization Snsr s/n
613	Number of points
614	Point X1
615	Point X2
616	Point X3
617	Point X4
618	Point X5
619	Point X6
620	Point X7
621	Point X8
622	Point X9
623	Point X10
624	Point X11
625	Point X12
626	Point X13
627	Point X14
628	Point X15
629	Point X16
630	Point X17
631	Point X18
632	Point X19
633	Point X20
634	Point X21
635	Point X22
636	Point X23
637	Point X24
638	Point X25
639	Point X26
640	Point X27
641	Point X28
642	Point X29
643	Point X30
644	Point X31
645	Point X32
646	Point X33
647	Point X34
648	Point X35
649	Point X36
650	Point X37
651	Point X38
652	Point X39
653	Point X40
654	Point X41
655	Point X42
656	Point X43
657	Point X44
658	Point X45
659	Point X46
660	Point X47
661	Point X48
662	Point X49
663	Point X50
664	Point X51
665	Point X52
666	Point X53
667	Point X54
668	Point X55
669	Point X56
670	Point X57
671	Point X58
672	Point X59
673	Point X60
674	Point Y1
675	Point Y2
676	Point Y3
677	Point Y4
678	Point Y5
679	Point Y6
680	Point Y7
681	Point Y8
682	Point Y9
683	Point Y10
684	Point Y11
685	Point Y12
686	Point Y13
687	Point Y14
688	Point Y15
689	Point Y16
690	Point Y17
691	Point Y18
692	Point Y19
693	Point Y20
694	Point Y21
695	Point Y22
696	Point Y23
697	Point Y24
698	Point Y25
699	Point Y26
700	Point Y27
701	Point Y28
702	Point Y29
703	Point Y30
704	Point Y31
705	Point Y32
706	Point Y33
707	Point Y34
708	Point Y35
709	Point Y36
710	Point Y37
711	Point Y38
712	Point Y39
713	Point Y40
714	Point Y41
715	Point Y42
716	Point Y43
717	Point Y44
718	Point Y45
719	Point Y46
720	Point Y47
721	Point Y48
722	Point Y49
723	Point Y50
724	Point Y51
725	Point Y52
726	Point Y53
727	Point Y54
728	Point Y55
729	Point Y56
730	Point Y57
731	Point Y58
732	Point Y59
733	Point Y60
734	Min input limit
735	Max input limit
736	Number of Spline points
737	Spline Point Y1
738	Spline Point Y2
739	Spline Point Y3
740	Spline Point Y4
741	Spline Point Y5
742	Spline Point Y6
743	Spline Point Y7
744	Spline Point Y8
745	Spline Point Y9
746	Spline Point Y10
747	Spline Point Y11
748	Spline Point Y12
749	Spline Point Y13
750	Spline Point Y14
751	Spline Point Y15
752	Spline Point Y16
753	Spline Point Y17
754	Spline Point Y18
755	Spline Point Y19
756	Spline Point Y20
757	Spline Point Y21
758	Spline Point Y22
759	Spline Point Y23
760	Spline Point Y24
761	Spline Point Y25
762	Spline Point Y26
763	Spline Point Y27
764	Spline Point Y28
765	Spline Point Y29
766	Spline Point Y30
767	Spline Point Y31
768	Spline Point Y32
769	Spline Point Y33
770	Spline Point Y34
771	Spline Point Y35
772	Spline Point Y36
773	Spline Point Y37
774	Spline Point Y38
775	Spline Point Y39
776	Spline Point Y40
777	Cable resistance value
778	Input 1
779	Input 2
780	Device Variable
781	Dummy Data
782	Unit
783	Threshold 1 - 2
784	Threshold 2 - 3
785	Threshold 3 - 4
786	Threshold 4 - 5
787	Threshold 5 - 6
788	Threshold 6 - 7
789	Threshold 7 - 8
790	Threshold 8 - 9
791	Trend Control
792	Trend Device Variable
793	Trend Sample Interval
794	Trend 0 Date Stamp
795	Trend 0 Time Stamp
796	Input 1 CJC
797	Input 2 CJC
798	Avg I1 & I2
799	Diff I1 - I2
800	Diff I2 - I1
801	Abs diff I1 - I2
802	Min I1 or I2
803	Max I1 or I2
804	I1 else I2
805	I2 else I1
806	Avg I1 & I2, backup
807	Min I1 or I2, backup
808	Max I1 or I2, backup
809	Electronics Temperature
810	Second variable
811	Third variable
812	Fourth variable
813	Events
814	RunTime meter
815	Identification
816	HART
817	5437/6437 Temperature transmitter
818	General
819	External CJC
820	Callendar Van Dusen 1
821	Custom 1
822	Table 1
823	Callendar Van Dusen 2
824	Custom 2
825	Table 2
826	Variable mapping
827	Electronic temperature
828	PV range
829	Range
830	Limits
831	Limit Check
832	Sensor Drift Action
833	Output
834	5437 Connections
835	6437 Connections
836	2 x single: input
837	2 x single: output
838	Single or dual: output
839	Single input
840	Dual input
841	Help (Single)
842	Help (Dual)
843	Help (Output)
844	Help
845	Offline
846	write_variables
847	Upload from device
848	Download to device
849	DV0
850	DV1
851	DV2
852	degC
853	DV3
854	Loop Current
855	mA
856	DV0 DV1 loop current Gauge
857	Electronic Temperature
858	DV2 DV3 and Electronic Temperature gauge
859	DV0 DV1 loop current chart
860	DV2 DV3 Electronic temperature chart
861	Maintenance
862	Device Settings
863	Gauge
864	Chart
865	Process Variables
866	Diagnostics
867	Connection help
868	Device Setup
869	CJC 1
870	CJC 2
871	Average Input 1 and Input 2
872	Difference Input 1 - Input 2
873	Difference Input 2 - Input 1
874	Absolute differnce (Input 1 - Input 2)
875	Minimum (Input 1, Input 2)
876	Maximum (Input 1, Input 2)
877	Input 1 with Input 2 as backup
878	Input 2 with Input 1 as backup
879	Average with Input 1 or 2 as backup
880	Minimum with Input 1 or 2 as backup
881	Maximum with Input 1 or 2 as backup
882	Input Values/Status
883	Dual input functions
884	Dynamic Variables
885	Diagnostics/Service
886	Config Reserved State
887	Cable Resistance
888	Normal
889	Calibration
890	Write Protection
891	SIL Protection
892	Input Logging
893	Input Simulation
894	Electronics Ranges
895	Input 1 Ranges
896	Input 2 Ranges
897	Non-linearized values
898	Basic Setup
899	Advanced Setup
900	Mains Frequency Filter
901	Variable Mapping
902	PV Range Variables
903	Sensor Limits
904	Input 1 Custom
905	Input 1 CvD
906	Input 1 Table
907	Input 1 Spline
908	Input 2 Custom
909	Input 2 CvD
910	Input 2 Table
911	Input 2 Spline
912	Input 1 CJC
913	Input 2 CJC
914	External CJC
915	Trend
916	Trend Results
917	Total Burst Messages
918	Burst 1 Configuration
919	Burst 1 Variable Codes
920	Burst 2 Configuration
921	Burst 2 Variable Codes
922	Burst 3 Configuration
923	Burst 3 Variable Codes
924	Event Configuration
925	Device Status Mask
926	Device Specific Status Mask
927	Extended Device Status Mask
928	Device Diagnostic Status Mask
929	Trim
930	Input 1 Trim
931	Input 2 Trim
932	Output Condition
933	Analog Output
934	Output Range
935	Sensor Error Values
936	Input/Output limits
937	Broken Sensor
938	Shorted Sensor
939	HART Output
940	Sensor Drift Monitor
941	Input Information
942	Input 1 Information
943	Input 2 Information
944	Input 1 CJC Information
945	Input 2 CJC Information
946	External CJC Information
947	Average Input 1 and Input 2 Information
948	Difference Input 1 - Input 2 Information
949	Difference Input 2 - Input 1 Information
950	Absolute Difference Input 1 - Input 2 Information
951	Minimum Input 1 Or Input 2 Information
952	Maximum Input 1 Or Input 2 Information
953	Input 1 With Input 2 As Backup Information
954	Input 2 With Input 1 As Backup Information
955	Average With Input 1 or 2 As Backup Information
956	Minimum With Input 1 Or 2 As Backup Information
957	Maximum with sensor 1 or 2 as backup Information
958	Electronics Temperature Information
959	Output Information
960	Device Information Review
961	Runtime Meters
962	Reads the runtime meter range values
963	Runtime max/min log
964	Reads the runtime meter maximum and minimum logged values
965	Cable resistance value too high
966	Passed parameter too large
967	Passed parameter too small
968	Upper Limit higher than maximum allowed value
969	Lower Limit lower than minimum allowed value
970	Upper Limit lower than Lower Limit
971	Upper Range Value higher than Upper Limit
972	Lower Range Value higher than Upper Limit
973	Upper Range Value lower than Lower Limit
974	Lower Range Value lower than Lower Limit
975	shorted sensor value too high
976	shorted sensor value too low
977	broken sensor value too high
978	broken sensor value too low
979	incorrect password
980	Invalid character in new password
981	Switching protocol not allowed for this device
982	The device does not support SIL
983	Input Range Error Value Too High
984	Input Range Error Value Too Low
985	Output Range Error Value Too High
986	Output Range Error Value Too Low
987	Illegal value for Sensor Drift Alarm
988	Illegal value for Sensor Drift Limit
989	Illegal value for Sensor Drift Timeout
990	Runtime meter cannot be reset
991	Min Max Value Cannot Be Reset
992	Invalid CvD parameter value
993	Resistor value too high
994	Invalid number of wires
995	Report generation not finished
996	Busy
997	Configuration Report generation in progress
998	No valid Configuration Report
999	Device is not in proper mode. (Sil operation mode is not enabled)
1000	Invalid Device Variable index
1001	Device Variable index not allowed for this command
1002	Unsupported Input Type
1003	Invalid Number of Wires
1004	Busy (A DR Could Not Be Started)
1005	DR Initiated
1006	DR Running
1007	DR Dead
1008	DR Conflict
1009	Invalid Cold Junction Compensation Code
1010	CJC Temperature too High
1011	CJC Temperature too Low
1012	Enter SIL Mode
1013	Cleanup during enter sil
1014	Show Safety Configuration Report
1015	UShort2Str
1016	Exit SIL Mode
1017	Show SIL Information
1018	PV Range Configuration
1019	Configures output range
1020	Reset sensor max/min log
1021	Resets the sensor maximum and minimum logged values
1022	Enable sensor simulation
1023	Disable sensor simulation
1024	Write protect
1025	Write protects the device, if correct password is entered
1026	Write enable
1027	Write enables the device, if correct password is previously entered
1028	Sets a new password for write protection, if correct password is entered
1029	Change to HART 5
1030	Change device protocol to HART 5
1031	Set limits to NAMUR
1032	Sets the analog output limits to 3.8 mA and 20.5 mA according to NAMUR NE43
1033	Loop in manual
1034	Restoring configuration
1035	Set to NAMUR downscale
1036	Enables broken sensor error detection, and sets the error output value to 3.5 mA acc. to NAMUR NE43
1037	Set to NAMUR upscale
1038	Enables broken sensor error detection, and sets the error output value to 23 mA acc. to NAMUR NE43
1039	Enables shorted sensor error detection, and sets the error output value to 3.5 mA acc. to NAMUR NE43
1040	Enables shorted sensor error detection, and sets the error output value to 23 mA acc. to NAMUR NE43
1041	Analog output restore factory calibration
1042	Overrides any previously analog output calibration by restoring factory calibration values
1043	Update Trend Results
1044	Method to update the trend results, digital values and status
1045	Set Real-Time Clock
1046	Method to set date and time to set the real-time clock in the field device
1047	Output configuration
1048	Configure output limit and sensor error detection
1049	Reset
1050	Resets the runtime meter range values
1051	Configuration reset
1052	Restore factory configuration and reset the device
1053	RecalcDv0AlphaCvD
1054	Calculate alpha, beta and delta for CvD
1055	RecalcDv1AlphaCvD
1056	RecalcDv0ACvD
1057	Calculate A, B and D for CvD
1058	RecalcDv1ACvD
1059	SetDv1Wires
1060	SetDv0Wires
1061	SetExtCJCWires
1062	Warning: Short sensor detection is ignored
1063	Shorted sensor error detection will be ignored for Tc/mV input sensor(s)
1064	Shorted sensor error detection will be ignored for probetype selection
1065	SetDv1ProbeType
1066	Set probe type for dv1 based on probe type for dv0
1067	SetDv1CustomInputType
1068	IsCustomTypeTheSame
1069	IfChangingToCustomLinSetDv1CustomInputType
1070	SetCustomInputTypeUnits
1071	SetUnits
1072	SetLowerUpperLimitUnits
1073	Setdv1MinInputValue
1074	Setdv1MaxInputValue
1075	Getdv1MinInputValue
1076	Getdv1MaxInputValue
1077	CheckAndSetDv0Units
1078	SetUnitsForProbeType
1079	GetDv0CustomInputType
1080	FromSI
1081	PVFromSI
1082	ProbeIdx
1083	ProbeMin
1084	ProbeMax
1085	ProbeSpan
1086	PVSpan
1087	PVMin
1088	GetMinCJC
1089	GetMaxCJC
1090	GetCJCSpan
1091	PVMax
1092	UpdatePV_LowerAndUpperRangeValues
1093	UpdatePV_LowerAndUpperRangeValuesWithoutSaveValues
1094	SetLowerAndUpperLimits
1095	CorrectIfTCAndSpline
1096	Update NE107/Suggested Action
1097	Input configuration
1098	Configures sensor 1, sensor 2 and CJC sensors
1099	Common Tables
1100	Interoperable *
1101	Universal
1102	Common Practice
1103	Pressure Universal
1104	Pressure Common
1105	Menu
1106	Rosemount Magflow
1107	Rosemount Pressure
1108	Moore Products
1109	Siemens Pressure
1110	P2 Common
1111	PV
1112	Wireless
1113	Munge
1114	Analytical Oxygen/Combustion/Methane/CO
1115	Flow Totalizer - Rate Indicator
1116	Flow Variable Area
1117	Flow Coriolis Mass
1118	Flow Ultrasonic - Gas
1119	Flow Ultrasonic - Liquid
1120	Level Ultrasonic
1121	Level Radar - Microwave
1122	Pressure Absolute
1123	Level Capacitance
1124	Pressure Differential
1125	Level Hydrostatic
1126	Level
1127	Pressure Absolute/Relative
1128	Level Microwave
1129	Level Radar
1130	Level Density - Nuclear
1131	Flow Electromagnetic
1132	Flow Vortex
1133	Flow Magmeter - Rack Version
1134	Flow High Performance Magmeter
1135	Flow Mass
1136	Flow Ultrasonic
1137	Flow Magnetic
1138	Flow Magnetic - Custody Transfer
1139	Flow 2-wire Magnetic
1140	Flow Coriolis Mass - Custody Transfer
1141	Flow 2-wire Vortex
1142	Flow Thermal
1143	Temperature Head Mounted
1144	Temperature Compact
1145	Temperature DIN Rail Mounted
1146	Analytical pH
1147	Analytical Conductivity - Conductive
1148	Analytical Conductivity - Inductive
1149	Temperature Sensor
1150	Level Servo
1151	Temperature DIN Rail
1152	Temperature
1153	Analytical ORP
1154	Analytical pION
1155	Analytical IConc
1156	Analytical Electrode Conductivity
1157	Analytical Toroidal Conductivity
1158	Valve Positioner
1159	Valve Controller
1160	Pressure
1161	Pressure Multivariable
1162	Analytical pH/ORP
1163	Flow Coriolis
1164	Analytical Conductivity
1165	Valve Positioner/Pneumatic
1166	Valve Actuator - Electrical
1167	Temperature Dual Input
1168	Valve Actuator
1169	Analytical Corrosion
1170	Analytical Density - Nuclear
1171	Level Continuous Gamma
1172	Level Laser Ranging
1173	Pressure Safety
1174	Flow Vortex/Swirl
1175	Flow
1176	Analytical 4 Electrode Conductivity
1177	Analytical 2 Electrode Conductivity
1178	Analytical Troidal Conductivity
1179	Analytical pH/ORP/pIon/Ion Conc
1180	Analytical Oxygen
1181	Pressure P, dP + Multivariable
1182	Temperature 2-wire
1183	Pressure w/ PID
1184	Pressure Saturated Steam
1185	Analytical Density - Gamma Ray
1186	Level Gamma Ray
1187	Analytical Weight - Gamma Ray
1188	Level w/ Density - Gamma Ray
1189	Analytical Motorized Density
1190	Flow Multivariable Mass
1191	Temperature Multivariable
1192	Specialty HART-to-Analog Signal Conv
1193	Flow dP
1194	Pressure Low Power
1195	Pressure Certified SIL2
1196	Interoperable
1197	Analytical Density
1198	Valve Positioner/Electropneumatic
1199	Flow Magnetic Inductive
1200	Analytical
1201	Analytical Opacity Monitor
1202	Analytical Oxygen/Combustion
1203	Analytical 2-wire Conductivity
1204	Analytical 2-wire Conductivity w/ pure H20
1205	Analytical 2-wire Conductivity w/ % conc
1206	Analytical 2-wire Oxygen/Chlorine/Ozone
1207	Analytical 2-wire pH/ORP
1208	Analytical 2-wire Contacting/Toroidal
1209	Analytical Oxygen - High Temperature
1210	Analytical Conductivity w/ % conc
1211	Analytical pH/ORP/ISE
1212	Analytical Amperometric Analyzer
1213	Analytical Dual Input Analyzer
1214	Pressure Pressure/Level
1215	Analytical Consistency
1216	Analytical Microwave-Pulp Consistency
1217	Analytical Microwave Consistency
1218	Valve Digital Positioner
1219	Valve Smart Valve Positioner
1220	Temperature Differential
1221	Analytical Dissolved Oxygen
1222	Analytical pH Controller
1223	Analytical Conductivity/Resistivity Controller
1224	Analytical Conductivity/Resistivity
1225	Level Displacement
1226	Temperature w/ PID
1227	Valve Universal Positioner
1228	Level Radar - Reflex
1229	Pressure Gauge
1230	Pressure Sealed Gauge
1231	Valve Digital Positioner w/ PID
1232	Valve Intelligent Positioner
1233	Analytical Gas Detector
1234	Analytical Infrared Gas Detector
1235	Analytical Electrochemical Gas Detector
1236	Analytical Measuring Instruments
1237	Level Magnostrictive
1238	Valve On/Off Valve Controller
1239	Level Radar - Pulse
1240	Level Continuous Capactive
1241	Valve Damper Actuator
1242	Valve Electric Damper Actuator
1243	Flow Electronic
1244	Flow Vortex - Multiparameter Mass
1245	Analytical UV Flame Detector
1246	Analytical UVIR Flame Detector
1247	Analytical IR Flame Detector
1248	Analytical Fire Detector
1249	Analytical Gas Detector Display Interface
1250	Analytical Toxic Gas Detector
1251	Analytical Flame Detector
1252	Level Nuclear
1253	Analytical Microwave
1254	Analytical Density - Radiometric
1255	Level Radiometric
1256	Analytical Gas/Steam
1257	Level Nucleonic
1258	Analytical Blade Consistency
1259	Analytical Rotary Consistency
1260	Pressure Absolute/Differential
1261	Positioner
1262	Analytical Combustible Gas Detector
1263	Analytical Point Infrared Gas Detector
1264	Analytical Multi-Detector Monitor System
1265	Valve Positioner/Electro-hydraulic
1266	Valve Monitor
1267	Enable on token-passing data link layer only
1268	Enable on TDMA data link layer only
1269	Enable on both TDMA and token-passing data link layer
1270	WirelessHART Device
1271	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1272	Primary
1273	Primary Analog Channel
1274	Secondary
1275	Secondary Analog Channel
1276	Tertiary
1277	Tertiary Analog Channel
1278	Quaternary
1279	Quaternary Analog Channel
1280	Quinary
1281	Quinary Analog Channel
1282	Critical Power Failure
1283	Lock all
1284	Trim not supported
1285	Configuration cannot be changed
1286	Locked by gateway
1287	Analog Input Channel
1288	Analog Output Channel
1289	Secondary Analog Channel Saturated
1290	Tertiary Analog Channel Saturated
1291	Quaternary Analog Channel Saturated
1292	Quinary Analog Channel Saturated
1293	Secondary Analog Channel Fixed
1294	Tertiary Analog Channel Fixed
1295	Quaternary Analog Channel Fixed
1296	Quinary Analog Channel Fixed
1297	Simulation active
1298	The device is in simulation mode and the level output is not representative of the process.
1299	Non-Volatile memory failure
1300	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1301	Volatile memory error
1302	The RAM memory check is invalid or maybe corrupt
1303	Watchdog reset executed
1304	A watchdog reset has been performed
1305	Voltage conditions out of range
1306	A voltage condition is outside its allowable range
1307	Environmental conditions out of range
1308	An internal or environmental condition is beyond acceptable limits.
1309	Electronic failure
1310	A hardware problem not related to the sensor has been detected.
1311	Subdevice list changed
1312	Duplicate master detected
1313	Capacity Denied
1314	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1315	Bandwidth allocation pending
1316	Block transfer pending
1317	Continuous
1318	The Burst Message is published continuously at (worst case) the Minimum Update Period.
1319	Window
1320	The Burst Message is triggered when the source value deviates more than the specified trigger value
1321	Rising
1322	The Burst Message is triggered when source value Rises Above the specified trigger value.
1323	Falling
1324	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1325	On-change
1326	The Burst Message is triggered when any value in the message changes.
1327	Battery life
1328	Percent range
1329	Loop current
1330	Primary variable
1331	Secondary variable
1332	Tertiary variable
1333	Quaternary variable
1334	Off
1335	Enable event notification on token-passing data link layer
1336	Enable event notification on TDMA data link layer
1337	Enable event notification on TDMA and token-passing data link layer
1338	Configuration changed event pending
1339	Device status event pending
1340	More status available event pending
1341	Disable
1342	Enable single data point trending
1343	Enable filtered trending
1344	The sample is filtered using a time constant equal to one-third the trend sample period
1345	Enable average trending
1346	The value obtained by dividing the sum of all samples in the period by the total number of samples
1347	Read receive time
1348	Write date and time
1349	Non-Volatile Clock
1350	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.
1351	Clock Uninitialized
1352	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.
1353	Line Power
1354	Device is powered via a hardwired connection to a plant power source.
1355	Battery Power
1356	Device operates solely of its (internal) battery.
1357	Recharg.B./Power Sc.
1358	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).
1359	Idle
1360	Active search
1361	Looking for neighbors.
1362	Negotiating
1363	Quarantined
1364	Operational
1365	Suspended
1366	Deep sleep
1367	Ultra-low power
1368	Wireless Signal Found
1369	Network packets have been recognized
1370	Wireless Signal Identified
1371	Wireless Time Synchronized
1372	WirelessHart Signal Identified
1373	Network Admission Requested
1374	Set on transmission of first join request
1375	Join Retrying
1376	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.
1377	Join Failed
1378	Set on transition from Active Search mode to Deep Sleep mode. Cleared on transition from Deep Sleep to Active Search.
1379	Network Security Clearance Granted
1380	Network Manager Session Established
1381	Network Joined
1382	Network Joined. Normal superframe and links obtained.
1383	Network Bandwidth Requested
1384	Negotiating Network Properties. Gateway session obtained.
1385	Join Complete
1386	Normal operating mode.
1387	None
1388	No restrictions
1389	SI Only
1390	Restricted to SI Unit codes only
1391	Open - accept all devices
1392	Use Whitelist for access
1393	Use Blacklist
1394	Use Whitelist and Blacklist
1395	Lockdown - disable join links
1396	Process automation device
1397	Discrete device
1398	Hybrid:Process automation+discrete
1399	I/O System
1400	WirelessHART Process automation device
1401	WirelessHART Discrete device
1402	WirelessHART Process automation+discrete
1403	WirelessHART Gateway
1404	WirelessHART Access point
1405	WirelessHART Process adapter
1406	WirelessHART Discrete adapter
1407	WirelessHART enabled handheld/portable maintenance tool
1408	Don't attempt to join
1409	Join now
1410	Attempt to join immediately on powerup or reset
1411	US
1412	United States of America
1413	JP
1414	Japan
1415	DE
1416	Germany
1417	FR
1418	France
1419	ES
1420	Spain
1421	RU
1422	Russian Federation
1423	CN
1424	People's Republic of China
1425	Nominal
1426	Device Power Status is nominal
1427	Low
1428	Device Power Status is low
1429	Critically Low
1430	Device Power Status is critically low
1431	Recharging - Low
1432	Recharging - High
1433	Secondary Master
1434	Primary Master
1435	PV Analog Channel Saturated
1436	PV Analog Channel Fixed
1437	Device Profile
1438	Device Diagnostic Status 0
1439	Device Diagnostic Status 1
1440	I/O and Subdevice Status
1441	WirelessHART Status
1442	Time Set Option
1443	Real Time Clock Flags
1444	Country
1445	Country of intended device installation
1446	SI Unit Control
1447	Indicates if device should only display SI unit codes
1448	Burst Trigger Units
1449	Burst Trigger Class
1450	Wired HART Enabled
1451	Enabled on Wired HART device connection only
1452	Wireless HART Enabled
1453	Enabled on WirelessHART device connection only
1454	Both Wired and WirelessHart Enabled
1455	Enabled on both Wired and WirelessHART connections
1456	Burst Msg Trigger Mode
1457	Event Status
1458	Event Notification Control
1459	Operate mode Mask
1460	Not Defined
1461	Power Source
1462	Power source of the device
1463	Wireless Mode
1464	Join Status
1465	The current location in the joining sequence of operations.
1466	Network Access Mode
1467	Join Mode
1468	Power Status
1469	Power status of the device
1470	Master Mode
1471	This sets the I/O System's Data Link Layer operation on all channels as either primary or secondary master mode.
1472	Trend Units
1473	Trend Device Variable Unit Code
1474	Trend Classification
1475	Trend Device Variable Classification
1476	Trend Control
1477	Device Status Mask
1478	Ext dev status Mask
1479	Device Diagnostic Status 0 Mask
1480	Device Diagnostic Status 1 Mask
1481	Device Diagnostic Status 2 Mask
1482	Device Diagnostic Status 3 Mask
1483	AO saturated Mask
1484	AO fixed Mask
1485	Latched Device Status
1486	Latched Ext dev status
1487	Latched Operate Mode
1488	Latched Device Diagnostic Status 0
1489	Latched Device Diagnostic Status 1
1490	Latched Device Diagnostic Status 2
1491	Latched Device Diagnostic Status 3
1492	Latched AO saturated
1493	Latched AO fixed
1494	Wireless Module Device Type
1495	Device type of the Wireless Radio
1496	Wireless Module Manufacturer ID
1497	Manufacturer of the Wireless Radio contained in this device
1498	Subdevice Device Type
1499	Device type of the subdevice attached to this system.
1500	Subdevice Manufacturer Id
1501	Manufacturer of the subdevice attached to this system.
1502	Time Stamp
1503	Relative time value on network
1504	8u
1505	Dynamic Variables Returned for Device Variables
1506	Command Response Truncated
1507	Configuration Change Counter Mismatch
1508	Status bytes mismatch
1509	Device Variable
1510	Variable to trim
1511	Number of Trends Supported
1512	STX Count
1513	Count of STX messages received by this device
1514	ACK Count
1515	Count of ACK messages received by this device
1516	BACK Count
1517	Count of BACK messages received by this device
1518	Trend Device Variable
1519	Trend Device Variable Code
1520	Burst Trigger Level
1521	Device Specific Status 0 Mask
1522	Device Specific Status 1 Mask
1523	Device Specific Status 2 Mask
1524	Device Specific Status 3 Mask
1525	Device Specific Status 4 Mask
1526	Device Specific Status 5 Mask
1527	Latched Device Specific Status 0
1528	Latched Device Specific Status 1
1529	Latched Device Specific Status 2
1530	Latched Device Specific Status 3
1531	Latched Device Specific Status 4
1532	Latched Device Specific Status 5
1533	Latched Cfg chng count
1534	Latched Device Specific Status 14
1535	Latched Device Specific Status 15
1536	Latched Device Specific Status 16
1537	Latched Device Specific Status 17
1538	Latched Device Specific Status 18
1539	Latched Device Specific Status 19
1540	Latched Device Specific Status 20
1541	Latched Device Specific Status 21
1542	Latched Device Specific Status 22
1543	Latched Device Specific Status 23
1544	Latched Device Specific Status 24
1545	Burst Message Number
1546	Event Number
1547	Number of Events Supported
1548	Update Period
1549	Update period for burst message
1550	Max Update Period
1551	Maxium update period for burst message
1552	Burst Variable Code
1553	Burst Variable Slot - Device variable code assigned to the slot to be read in burst mode.
1554	Total Burst Msgs
1555	Total number of burst messages supported by this device
1556	Time First Unack Event Triggered
1557	The time when the first unacknowledged event was triggered
1558	Event Notification Retry Time
1559	Max Update Time
1560	Event Debounce Interval
1561	Burst Command
1562	Cmd 48: Read Additional Device Status
1563	Read Additional Device - This command reads additional device status information
1564	Set Clock Date
1565	Date to set the real-time clock in the field device to, or date that the real-time clock was last set
1566	Set Clock Time
1567	Time to set the real time clock in the field device to, or time that the real-time clock was last set
1568	Current Date
1569	Current Date based upon the real-time clock in the field device
1570	Current Time
1571	Current Time based upon the real-time clock in the field device
1572	Trend Sample Interval
1573	Trend 0 TIME Stamp
1574	Trend 0 Date Stamp
1575	Trend Value
1576	Trend Value Data Quality
1577	Trend Value Limit Status
1578	Trend Value Device Family Status
1579	Trend Number
1580	Burst Variable Codes
1581	Invalid trend number
1582	Trend not active
1583	Update time adjusted
1584	Invalid burst message
1585	Invalid device variable classification
1586	Invalid burst trigger mode selection code
1587	Burst condition conflict
1588	Update period increased
1589	Insufficient bandwidth
1590	Update period or debounce interval adjusted
1591	Update times adjusted
1592	Update rate uncertain
1593	Not all events cleared
1594	8.3f
1595	Password is needed for changing SIL mode Enter the current password (default is ********) and click OK
1596	Entering SIL failed or was aborted Present status is shown below SIL Status: %{sil_config_status} Write protection: %{write_protect}
1597	Generate Safety Configuration Report...
1598	Unhandled increment (method_show_safety_config_report): %{inc}
1599	Generate Safety Configuration Report: %{com}% complete...
1600	XY
1601	X
1602	Please validate the parameters, select the appropriate in the drop down box and click ok
1603
1604	Parameters NOT OK;Parameters OK
1605	Error
1606	Validating Safety Configuration Report with device...
1607
1608	a
1609	b
1610	c
1611	d
1612	e
1613	f
1614	g
1615	h
1616	i
1617	j
1618	k
1619	l
1620	m
1621	n
1622	o
1623	p
1624	q
1625	r
1626	t
1627	u
1628	v
1629	w
1630	x
1631	y
1632	z
1633	0
1634	3
1635	4
1636	5
1637	6
1638	7
1639	8
1640	9
1641	D
1642	E
1643	F
1644	G
1645	H
1646	I
1647	J
1648	K
1649	L
1650	M
1651	N
1652	O
1653	P
1654	Q
1655	R
1656	S
1657	T
1658	U
1659	V
1660	W
1661	Y
1662	Z
1663	!
1664	"
1665	#
1666	%
1667	&
1668	'
1669	(
1670	)
1671	*
1672	+
1673	,
1674	-
1675	.
1676	/
1677	:
1678	;
1679	<
1680	=
1681	>
1682	?
1683	@
1684	[
1685	]
1686	^
1687	_
1688	`
1689	{
1690
1691	}
1692	~
1693	°
1694	²
1695	Unknown char (UShort2Str): ch:<%{ch}>
1696	Enter current password and press OK (Press OK for default="********"):
1697	Write protected
1698	Not write protected
1699	Please validate the SIL status, select the appropriate in the drop down box and click ok SIL Status: %{sil_config_status} Write protection: %{protected}
1700	Status OK;Status Wrong
1701	SIL Status: %{sil_config_status} Write protection: %{protected}
1702	Enter lower range value:
1703	Enter upper range value:
1704	Reset the device variable maximum and minimum logged values to actual measured value?
1705	Logged values is reset.
1706	Select sensor:
1707	Select device variable simulation unit:
1708	Set device variable simulation value:
1709	Select device variable simulation quality:
1710	Select device variable simulation limit:
1711	Select device variable simulation status:
1712	Device is trying to enter or is in SIL operation mode. Method will be aborted
1713	Device write protected
1714	Device NOT write protected
1715	Enter new password (must be exactly 8 characters):
1716	Change password to: %{0}
1717	Password changed %{0}
1718	Are you sure you want to change the protcol to HART 5?
1719	Device is now in HART5 mode
1720	Setting lower analog output limit to 3.8 mA and upper analog output limit to 20.5 mA
1721	Due to abortion, measurement could not be performed, be aware that the configuration of the device could be currupt!!
1722	Sets broken sensor output value to 3.5 mA, and enables broken sensor detection
1723	Sets broken sensor output value to 23 mA, and enables broken sensor detection
1724	Sets shorted sensor output value to 3.5 mA, and enables shorted sensor detection
1725	Sets shorted sensor output value to 23 mA, and enables shorted sensor detection
1726	Override D/A trimming with factory calibration
1727	Enter date:
1728	Enter time:
1729	Select output range:
1730	4 - 20 mA;20 - 4 mA;Enter values
1731	Enter AO 0%:
1732	Enter AO 100%:
1733	Select shorted sensor error indication:
1734	Off;NAMUR upscale;NAMUR downscale;Enter value
1735	Enter shorted sensor error value:
1736	Select broken sensor error indication:
1737	Enter broken sensor error value:
1738	Limit check:
1739	Input:Off, Output:Off;Input:On, Output:Off;Input:Off, Output:On;Input:On, Output:On
1740	Input limit error value:
1741	Input 1 Lower Limit:
1742	Input 1 Upper Limit:
1743	Input 2 Lower Limit:
1744	Input 2 Upper Limit:
1745	Output limit error value:
1746	Reset the runtime meter range value and the runtime meter maximum and minimum logged values?
1747	Range values and the logged values are reset.
1748	Restore factory configuration and reset the device?
1749	Factory configuration has been restored
1750	Shorted sensor error detection will be ignored for Tc/mV input sensor(s)
1751	Shorted sensor error detection will be ignored for probetype selection Input limit can be used instead
1752	Input function:
1753	Single input;Dual input
1754	PV Measurement type:
1755	Input 1;Input 2;Average I1 + I2;Diff I1 - I2;Diff I2 - I1;Abs diff (I1 - I2);Minimum (I1 or I2);Maximum (I1 or I2);I1, I2 as backup;I2, I1 as backup;Average I1, I2 as backup;Minimum I1, I2 as backup;Maximum I1, I2 as backup;Electronics temperature
1756	Input 1
1757	Input 2
1758	Variable mapping: PV = %[s]{ddStr} SV = Input 1 TV = Input 2 QV = Electronics temperature
1759	Input type:
1760	Linear resistance;Potentiometer;Voltage;Temperature
1761	Resistance type:
1762	Ohm;kOhm
1763	Input 1 number of wires:
1764	2-wire;3-wire;4-wire
1765	Input 1 cable resistance:
1766	Input 2 number of wires:
1767	Input 2 cable resistance:
1768	3-wire;4-wire
1769	3-wire;4-wire;5-wire
1770	Voltage type:
1771	Microvolts bipolar;Microvolts unipolar;Millivolts bipolar;Millivolts unipolar;Volts bipolar;Volts unipolar
1772	Temperature unit:
1773	°C;°F;°R;K
1774	Input 1 temperature type:
1775	Pt;Ni;Cu;TC
1776	Input 2 temperature type:
1777	Pt;Ni;Cu
1778	Input 1 Pt type:
1779	Pt50 IEC 751;Pt100 IEC 751;Pt200 IEC 751;Pt500 IEC 751;Pt1000 IEC 751;PtX IEC 751;Pt50 JIS C1604;Pt100 JIS C1604;Pt200 JIS C1604;PtX JIS C1604;Pt50 GOST 6651;Pt100 GOST 6651;PtX GOST 6651
1780	Input 1 PtX factor:
1781	Input 1 PtX factor must be within range: 10 .. 10000
1782	Input 1 Ni type:
1783	Ni50 DIN 43760;Ni100 DIN 43760;Ni120 DIN 43760;Ni1000 DIN 43760;NiX DIN 43760;Ni50 GOST 6651;Ni100 GOST 6651;NiX GOST 6651
1784	Input 1 NiX factor:
1785	Input 1 NiX factor must be within range: 10 .. 10000
1786	Enter sensor 1 cable resistance:
1787	Input 1 Cu type:
1788	CuX ECW (a = 0.00427);Cu10 ECW (a = 0.00427);Cu100 ECW (a = 0.00427);CuX GOST (a = 0.00426);Cu50 GOST (a = 0.00426);CuX GOST (a = 0.00428);Cu50 GOST (a = 0.00428);Cu100 GOST (a = 0.00428)
1789	Input 1 CuX factor:
1790	Input 1 CuX factor must be within range: 5 .. 1000
1791	Input 1 TC type:
1792	T/C Type B IEC 584;T/C Type E IEC 584;T/C Type J IEC 584;T/C Type K IEC 584;T/C Type L DIN 43710;T/C Type Lr GOST 3044-84;T/C Type N IEC 584;T/C Type R IEC 584;T/C Type S IEC 584;T/C Type T IEC 584;T/C Type U DIN 43710;T/C Type W3 ASTM;T/C Type W5 ASTM
1793	Input 1 CJC type:
1794	Internal;External;Constant
1795	Input 1 constant CJC value:
1796	Input 2 Pt type:
1797	Input 2 PtX factor:
1798	Input 2 PtX factor must be within range: 10 .. 10000
1799	Input 2 Ni type:
1800	Enter sensor 2 NiX factor:
1801	Input 2 NiX factor must be within range: 10 .. 10000
1802	Enter sensor 2 cable resistance:
1803	Input 2 Cu type:
1804	Input 2 CuX factor:
1805	Input 2 CuX factor must be within range: 5 .. 1000
1806	Input 2 TC type:
1807	Input 2 CJC type:
1808	Enter sensor 2 constant CJC value:
1809	External CJC type:
1810	Pt100 IEC 751;Ni100 DIN 43760-87
1811	External CJC number of wires:
1812	2-wire;3-wire
1813	Enter external CJC wire resistance:
Reference ID	String