Device dictionary

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Reference ID	String
0
1	Device Settings
2	Operate
3	Offline
4	Maintenance
5	Process variables
6	Input Signal
7	Valve Position
8	Supply Pressure
9	Actuator Pressure Difference
10	Housing Pressure
11	Device Temperature
12	Position %
13	Pressure dp
14	Supply pressure
15	Pressure
16	Breakaway pressure
17	Temperature
18	Device Information
19	Configuration
20	Diagnostics Limits
21	Test Configuration
22	Monitoring
23	Diagnostics
24	Lifecycle Trends
25	Counter Diagnostics
26	Online Diagnostics
27	Partial Stroke Test
28	Emergency Trip Test
29	Pneumatics Test
30	Emergency Trip
31	Calibration
32	Advanced
33	Operation Unit
34	Positioner
35	HART PCB
36	HART VC PCB
37	Actuator
38	Valve
39	Assembly Related
40	Software Limit Switches
41	Test Restrictions
42	Supply Pressure (Days)
43	Months
44	Years
45	Last 30 Days and Now
46	Last 12 Months
47	Last 25 Years
48	30
49	29
50	28
51	27
52	26
53	25
54	24
55	23
56	22
57	21
58	20
59	19
60	18
61	17
62	16
63	15
64	14
65	13
66	12
67	11
68	10
69	9
70	8
71	7
72	6
73	5
74	4
75	3
76	2
77	1
78	Now
79	Trend Limits
80	Counters
81	Counter Limits
82	HART Error Counters
83	Device Status
84	Device State
85	Test State
86	Self Diagnostics
87	Test Diagnostics
88	Status Limits
89	Valve Stuck Deviation
90	Supply Pressure Drop
91	Unintended Valve Movement
92	Pnuematics Problem
93	Valve Opening Time At Full Speed
94	Valve Closing Time At Full Speed
95	Loop Current
96	Event Log
97	Detected Valve Movement
98	Time [s]
99	Automated Partial Stroke Test
100	Automated PST Enable
101	Test Parameters
102	Automated Pneumatics Test
103	Automated Pneumatics Test Enabled/Disabled
104	Manual Partial Stroke Test
105	Randomizer
106	Partial Stroke Test Results
107	Pressure
108	PST Target Setpoint
109	PST Overshoot
110	Emergency Trip Test Results
111	Partial Stroke Test Limits
112	Load Factor
113	Latest tests
114	Load Factor [%]
115	Average of 10 tests
116	Average of 100 tests
117	Average of 1000 tests
118	1's - 10:
119	1's - 9:
120	1's - 8:
121	1's - 7:
122	1's - 6:
123	1's - 5:
124	1's - 4:
125	1's - 3:
126	1's - 2:
127	1's - 1:
128	10's - 10:
129	10's - 9:
130	10's - 8:
131	10's - 7:
132	10's - 6:
133	10's - 5:
134	10's - 4:
135	10's - 3:
136	10's - 2:
137	10's - 1:
138	100's - 10:
139	100's - 9:
140	100's - 8:
141	100's - 7:
142	100's - 6:
143	100's - 5:
144	100's - 4:
145	100's - 3:
146	100's - 2:
147	100's - 1:
148	1000's -10:
149	1000's -9:
150	1000's -8:
151	1000's -7:
152	1000's -6:
153	1000's -5:
154	1000's -4:
155	1000's -3:
156	1000's -2:
157	1000's -1:
158	Deviation [%]
159	Valve Opening Time [s]
160	Valve Closing Time [s]
161	Breakaway Pressure
162	Target Stroke Size Deviation
163	Target Stroke Size Deviation [%]
164	Valve Opening Time at Full Speed
165	Valve Opening Time at Full Speed [s]
166	Valve Closing Time at Full Speed
167	Valve Closing Time at Full Speed [s]
168	Manual Pneumatics Test
169	Pneumatics Test Results
170	Emergency Trip Key Figures
171	Trip (1=Newest)
172	Start Time (h)
173	Stroke Time(s)
174	Emergency Trip #1
175	Emergency Trip #2
176	Emergency Trip #3
177	Emergency Trip #4
178	Emergency Trip #5
179	Automatic Travel Calibration
180	Write Protection
181	Reset
182	HART Configuration Changed Flag
183	Diagnostics Code
184	Status Configuration
185	Informational
186	Warnings
187	Alarms
188	HART_Configuration
189	HART Burst Mode Configuration
190	Preambles
191	Dynamic Variables
192	Hart Units
193	Dynamic variables
194	HART Configuration
195	Units
196	Event
197	Time(h) Date(DD.MM.YYYY HH:MM:SS)
198	*) Estimated Date
199	Burst ID 0
200	Note: If a burst variable is set to Not Used then all following burst variables must also be set to Not Used
201	Note: If a burst variable is set to Not Used then all following burst variables must also be set to Not used
202	Invalid Units Code
203	No Data Available
204	Invalid Key ID
205	Invalid Key Code
206	Not Installed
207	Parameter Number
208	16-bit index for internal database parameters
209	Integer
210	Floating point
211	Parameter Type
212	Defines if parameter is either integer or floating point type
213	PSI
214	bar
215	°C
216	°F
217	none
218	Parameter Unit Code
219	Parameter Unit Code is returned (if associated with that parameter)
220	Parameter Value Int32
221	Value of 32-bit signed integer parameter
222	Actual LUI Lock State
223	Device is not locked.
224	Device is locked temporarily by secondary master.
225	Device is locked permanently by secondary master.
226	Device is locked temporarily by primary master.
227	Device is locked permanently by primary master.
228	Configuration locked.
229	Parameter Value Int8
230	Value of 8-bit unsigned parameter
231	Parameter Value Float
232	Value of 32-bit floating point parameter
233	General Bytearray Parameter
234	Value of 16-byte bytearray parameter
235	HART PCB Serial Number
236	Serial Number of the SHART Board
237	HART PCB HW Revision
238	Hardware Revision of the SHART Board
239	HART PCB DAC SW Revision
240	Software Revision of the SHART Board Position Transmitter
241	VC PCB Serial Number
242	Serial Number of the VC Board
243	Device Serial Number
244	Serial Number of the Positioner
245	VC PCB HW Revision
246	Hardware Revision of the VC Board
247	ID Tag 1
248	16 character Tag used by manufacturing process
249	ID Tag 2
250	ID Tag 3
251	ID Tag 4
252	ID Tag 5
253	ID Tag 6
254	ID Tag 7
255	ID Tag 8
256	ID Tag 9
257	ID Tag 10
258	ID Tag 11
259	ID Tag 12
260	Actuator Manufacturer
261	The name of the company that manufactured the actuator.
262	Actuator Model Number
263	Enter the actuator model number in this text box.
264	Actuator Serial Number
265	Enter the actuator serial number in this text box.
266	Valve Manufacturer
267	The name of the company that manufactured the valve.
268	Valve Model Number
269	Enter the valve model number in this text box.
270	Valve Serial Number
271	Enter the valve serial number in this text box.
272	Float Low Limit
273	The smallest allowed value for a floating point parameter
274	Float High Limit
275	The largest allowed value for a floating point parameter
276	Int Low Limit
277	The smallest allowed value for an integer parameter
278	Int High Limit
279	The largest allowed value for an integer parameter
280	Rotary
281	Linear, with support for mechanical stops
282	Valve Acting Type
283	This parameter defines the relationship between the position sensor rotation and valve action: Linear, supports mechanical stops / Rotary.
284	VG9215
285	VG9235
286	VG9237
287	Spool Type
288	This parameter defines the spool type and size in VG9000. It is important to select the correct spool type because this parameter is used in device control. Look at the machine plate in the device to check the code: VG9215 / VG9235 / VG9237.
289	Double Acting Actuator
290	Single Acting Actuator
291	Actuator Type
292	Actuator Type is an informative parameter and is not used for valve control: Single-acting / Double-acting.
293	B1C6-9, B1J8 < 1l <61 cu in.
294	B1C11-13, B1J10 1-3l 61-183 cu in.
295	B1C17-25, B1J16 3-10l 183-610 cu in.
296	B1C32, B1J20-25 10-30l 610-1831 cu in.
297	B1C40-, B1J32- >30l >1831 cu in.
298	Actuator Size
299	This parameter defines the actuator size. It is important to select the correct actuator size because this parameter is used in device control.
300	Fail to Close
301	Fail to Open
302	Positioner Fail Action Direction
303	Defines what action takes place when there is a loss of supply pressure, if a fatal PCB error occurs, or if the controller software discovers a fatal device failure. Possible actions are: Close / Open.
304	Always Allowed
305	Never Allowed
306	Not Allowed After Trip until Reactivated
307	Defines if tests are never allowed/allowed after Trip/always allowed
308	No External Devices
309	LCP Connected
310	External Devices
311	Informs whether the LCP (Local Control Panel) is available or not. The parameter also informs the device that the LCP is connected to the device.
312	None
313	Booster Type 1
314	Booster Type 2
315	Booster Type 3
316	Quick Exhaust 1
317	Quick Exhaust 2
318	Quick Exhaust 3
319	Combination 1
320	Combination 2
321	Combination 3
322	Extra Instrumentation Type
323	This parameter defines the additional pneumatics accessories type when used in the valve assembly with VG9000H.
324	5.1f
325	%
326	Software Limit Switch Closed Limit
327	Closed Limit: the valve position below which the device is considered closed. Closed Limit should always be smaller than Open Limit.
328	Software Limit Switch Open Limit
329	Open Limit: the valve position above which the device is considered open.
330	Pressure Unit
331	Unit, which the device will use for reporting pressure parameters. Bar or Psi.
332	Temperature Unit
333	Unit, which the device will use for reporting temperature parameters. Celsius or Farenheit.
334	Automated PST Stroke Size
335	Targeted stroke size (3-100%). Set target stroke size according to the process application. A larger stroke size means better coverage of valve movement, but often a very large stroke size is not possible due to process flow influence or safety limit switch settings.
336	Automated PST Random Stroke Size
337	Set Stroke Range to between 0-97%. This value is decreased from the test stroke size. Maximum value = Test Stroke Size value. For example, if Stroke Range is set to 10% and Test Stroke Size is 30%, the target test stroke size is between 20-30%.
338	6.2f
339	8.2f
340	h
341	Automated PST Interval
342	The period between automated tests. Set test interval according to process application Safety Integrity Level (SIL) targets and used valve assembly. Recommended value (default) = 720 hours (30 days)
343	4d
344	sec.
345	Automated PST Warning Time
346	Time that elapses before the test starts. The test status is active but the valve position does not move until the warning time has elapsed.
347	Automated PST Timeout
348	Maximum time (in seconds) that the test runs before it is interrupted. Set this value according to valve assembly: with bigger valves and slow systems, this value must be high because valve movement takes time. Warning time is not included in test timeout.
349	6.1f
350	8.1f
351	Automated PST Timer for the First Test
352	Write-only parameter; use this parameter the first time you need to set the time until the next automated test should begin running. Also, after you disable or enable tests, you must set the time again and write it to the device if you wish to use the timer.
353	8.3f
354	Disabled
355	Enabled
356	Enabled with Random Stroke
357	Scheduled Partial Stroke Test mode selection: 0 = auto PST disabled / 1 = auto PST enabled / 2 = auto PST + random stroke size enabled.
358	Manual PST Stroke Size
359	Manual PST Random Stroke Size
360	Set Stroke Range to between 0-97%. This value is decreased from the test stroke size. Maximum = Test Stroke Size value. For example, if Stroke Range is set to 10% and Test Stroke Size is 30%, the target test stroke size is between 20-30%.
361	Manual PST Timeout
362	Maximum time (in seconds) that the test runs before it is interrupted.
363	Manual PST Warning Time
364	The time that elapses before the test begins.
365	Manual PST Randomizer
366	If Randomizer is enabled, then the target test stroke size is between the Test Stroke Size and Stroke Range. Options: Disabled / Enabled.
367	Emergency Trip Test Warning Time
368	The time (in seconds) that elapses before a test starts.
369	Emergency Trip Test Timeout
370	Maximum time (in seconds) the test runs until it is interrupted. Set this parameter according to valve assembly, e.g. a longer timeout is necessary for bigger valves.
371	Automated Pneumatics Test Warning Time
372	Time (in seconds) that elapses before the test starts.
373	5.2f
374	Automated Pneumatics Test Interval
375	The period (in hours) between automated tests.
376	It is recommended to use the automatic pneumatic test e.g. once a week. In this way VG9000 internal scheduler can manage the test implementation and report any detected problems to the user. Parameter values: 0 = Pneumatics test disabled / 1 = Pneumatics test enabled.
377	7.2f
378	PST Start Time
379	Total Operation Time when PST was executed
380	PST Temperature
381	Device Temperature when PST was executed
382	PST Supply Pressure
383	Supply Pressure when PST was executed
384	PST Breakaway Pressure
385	Breakaway Pressure when PST was executed
386	PST Load Factor
387	Load Factor when PST was executed
388	PST Target Stroke Size
389	Target Stroke Size when PST was executed
390	PST Actual Stroke Size
391	Actual Stroke Size when PST was executed
392	Auto
393	Manual
394	PST Type
395	Defines if PST was manual or automated
396	PST Minimum Pressure
397	Not used
398	PST Start Position
399	Defines if PST was executed from open or close position
400	ETT Start Time
401	Total Operation Time when ETT was executed
402	ETT Temperature
403	Device Temperature when ETT was executed
404	ETT Supply Pressure
405	Supply Pressure when ETT was executed
406	ETT Valve Opening Time at Full Speed
407	Valve Opening Time when ETT was executed
408	ETT Valve Closing Time at Full Speed
409	Valve Closing Time when ETT was executed
410	Pneumatics Test Start Time
411	Total Operation Time when pneumatics test was executed
412	Pneumatics Test Temperature
413	Device Temperature when pneumatics test was executed
414	Pneumatics Test Supply Pressure
415	Supply Pressure when pneumatics test was executed
416	Pneumatics Test Valve Position
417	Defines if pneumatics test was executed at valve open or close position
418	Unknown
419	Environment Triggered
420	Pneumatics Test Type
421	Defines if pneumatics test was manual or automated
422	Indicates no error
423	Test failed
424	Last item
425	Test data not ready
426	No data available
427	Test interrupted by trip
428	Test successful
429	Failed In Channels Reserve
430	Supply Pressure Out Of Limits
431	Invalid Target Position
432	Invalid Control Signal
433	Invalid Test Type
434	Failed In Mode Change
435	Invalid Random Position
436	Test Timeout
437	Invalid Warning Timeout
438	Timeout Expired
439	Invalid Data Selector
440	Invalid Initialization
441	Test in Disabled Mode
442	Invalid Hardware
443	Test Module Initialization
444	Emergency Trip Active
445	Invalid Test Starting Position
446	Pressure Not Changed In Pneumatics Test
447	Testing Not Allowed due to Test Restrictions
448	Alarm state prevents test
449	Unallowed Device Type
450	Test Pressure Limit Too Close To Current Pressure
451	Cancelled
452	Testing disabled by Local Control Panel (LCP) being in ReadyTo Reset (RTR) -state
453	Calibration running
454	Pneumatics Test Result
455	Defines if last pneumatics test was successful or if there was any error during test
456	Reserved
457	Detected Valve Movement Start Time
458	Total Operation Time when unintended valve movement was detected
459	Detected Valve Movement Temperature
460	Device Temperature when unintended valve movement was detected
461	Detected Valve Movement Supply Pressure
462	Supply Pressure when unintended valve movement was detected
463	Detected Valve Movement Spool Control Value
464	Control Signal Value (PWM) when unintended valve movement was detected
465	De-energized
466	Energized
467	Detected Valve Movement Safety Signal Status
468	Input Signal Level when unintended valve movement was detected
469	OK
470	Alarm
471	Warning
472	Calibrating
473	Testing
474	Detected Valve Movement Device Status
475	Device Status when unintended valve movement was detected
476	Alarm State
477	Warning State
478	Calibration Recommended
479	Limit Switch Closed Activated
480	Limit Switch Open Activated
481	Calibration Running
482	Device Write Protected
483	Warning Mask Byte 0
484	Warning status is generated by setting corresponding bit in this mask byte to 1
485	Test Initializing
486	Test Running
487	Automated PST Active
488	Manual PST Active
489	Pneumatic Test Active
490	Emergency Trip Test Active
491	Free
492	Testing Not Allowed
493	Warning Mask Byte 1
494	Valve Open Stuck
495	Valve Close Stuck
496	Valve Intermediate Stuck
497	Supply Pressure Out of Limits
498	Too Large Housing Pressure
499	Temperature Out of Limits
500	Warning Mask Byte 2
501	Spool Valve Stuck
502	Pneumatics Problem
503	PST Pressure Drop
504	Valve Opening Time High Limit Exceeded
505	Valve Closing Time High Limit Exceeded
506	Loop Current Below Low Limit
507	Warning Mask Byte 3
508	Valve Full Strokes Limit Exceeded
509	Actuator Full Strokes Limit Exceeded
510	PST Counter Limit Exceeded
511	Total Operation Time Limit Exceeded
512	Warning Mask Byte 4
513	Temperature Trend Low Limit
514	Temperature Trend High Limit
515	Supply Pressure Trend Low Limit
516	Supply Pressure Trend High Limit
517	PST Breakaway Pressure Low Limit
518	PST Breakaway Pressure High Limit
519	PST Load Factor Low Limit
520	PST Load Factor High Limit
521	Warning Mask Byte 5
522	Pressure Sensor 1 Failure
523	Pressure Sensor 2 Failure
524	Supply Pressure Sensor Failure
525	Temperature Sensor Failure
526	Position Sensor Out of Range
527	Position Sensor Failure
528	Input Signal Sensor failure
529	Warning Mask Byte 6
530	PST Failed
531	Emergency Trip Test Failed
532	Pneumatics Test Failed
533	Safety Electronics Test Failed
534	Ready to Reset
535	Safety Position Requested
536	LCP Communication Failure
537	Warning Mask Byte 7
538	Warning Mask Byte 8
539	Warning Mask Byte 9
540	Warning Mask Byte 10
541	Warning Mask Byte 11
542	Warning Mask Byte 12
543	Warning Mask Byte 13
544	Warning Mask Byte 14
545	Warning Mask Byte 15
546	Alarm Mask Byte 0
547	Alarm status is generated by setting corresponding bit in this mask byte to 1
548	Alarm Mask Byte 1
549	Alarm Mask Byte 2
550	Alarm Mask Byte 3
551	Alarm Mask Byte 4
552	Alarm Mask Byte 5
553	Alarm Mask Byte 6
554	Alarm Mask Byte 7
555	Alarm Mask Byte 8
556	Alarm Mask Byte 9
557	Alarm Mask Byte 10
558	Alarm Mask Byte 11
559	Alarm Mask Byte 12
560	Alarm Mask Byte 13
561	Alarm Mask Byte 14
562	Alarm Mask Byte 15
563	Info Mask Byte 0
564	Info status is generated by setting corresponding bit in this mask byte to 1
565	Info Mask Byte 1
566	Info Mask Byte 2
567	Info Mask Byte 3
568	Info Mask Byte 4
569	Info Mask Byte 5
570	Info Mask Byte 6
571	Info Mask Byte 7
572	Info Mask Byte 8
573	Info Mask Byte 9
574	Info Mask Byte 10
575	Info Mask Byte 11
576	Info Mask Byte 12
577	Info Mask Byte 13
578	Info Mask Byte 14
579	Info Mask Byte 15
580	Start Position Calibration
581	Start 4 mA Current Calibration
582	Start 20 mA Current Calibration
583	Start Pressure Zero Calibration
584	Start Pressure Span Calibration
585	Start Pos.Transmitter Calibration
586	Calibrate Pos.Transmitter Close Position
587	Calibrate Pos.Transmitter Open Position
588	End Pos.Transmitter Calibration
589	Calibrate Housing Pressure Zero
590	Calibrate Housing Pressure Span
591	Calibration Request
592	Determines which calibration is started
593	Calibration Parameter
594	This parameter is given only in pressure span calibration
595	Idle
596	Active
597	Ended Successfully
598	Waiting
599	Error
600	Calibration Status
601	This status can be read from the device. Tells if calibration is eg. running, cancelled or stopped
602	Cal init current 4ma
603	Cal current 4ma
604	Cal current wait span calibration
605	Cal init current 20ma
606	Cal current 20ma
607	Cal store current values
608	Cal init pressure c1 zero
609	Cal pressure c1 zero
610	Cal init pressure supply zero
611	Cal pressure supply zero
612	Cal init pressure c2 zero
613	Cal pressure c2 zero
614	Cal pressure wait span calibration
615	Cal init pressure c1 span
616	Cal pressure c1 span
617	Cal init pressure supply span
618	Cal pressure supply span
619	Cal init pressure c2 span
620	Cal pressure c2 span
621	Cal store pressure values
622	Cal init valve position span
623	Cal valve position span
624	Cal store position values
625	Cal init xmitter
626	Cal xmitter low
627	Cal xmitter high
628	Cal xmitter end
629	Cal init controlled position
630	Cal wait controlled position start
631	Cal wait controlled position change
632	Cal wait controlled position stable
633	Cal wait controlled position end
634	Cal wait position end
635	Cal init pressure housing zero
636	Cal pressure housing zero
637	Cal init pressure housing span
638	Cal pressure housing span
639	Cal store housing values
640	Calibration Substate
641	This substate tells the internal state of the calibration
642	Calibration not allowed in this position
643	An invalid operation was required
644	Channel status was bad during calibration
645	The test timeout was expired
646	State machines have entered to 'unknown' state
647	Parameter write function failed when storing valve pos
648	Parameter write function failed when storing pressure C1
649	Parameter write function failed when storing pressure C2
650	Parameter write function failed when storing supply pressure
651	Parameter write function failed when storing input current
652	Valve pos values difference too small
653	Pressure C1 values difference too smallrange
654	Pressure C2 values difference too smallrange
655	Supply pressure values difference too small
656	Input current values difference too small
657	Pressure channel C1 sensor gain invalid
658	Pressure channel C1 sensor gain diff invalid
659	Pressure channel C2 sensor gain invalid
660	Pressure channel C2 sensor gain diff invalid
661	Pressure channel supply sensor gain invalid
662	Pressure channel supply sensor gain diff invalid
663	Calib process was not able to get temporary ownership
664	Other calibration running
665	Emergency trip active
666	Supply pressure level out of range
667	Device in alarm state
668	System failed to enter calibration mode
669	Pressure calibration input parameter out of range
670	Parameter read failed
671	Calibration request type out of range
672	Parameter write function failed when storing housing pressure
673	Calibration Error Code
674	Calibration error codes are presented here
675	PST for Excel
676	Worst Case Test #1
677	Automatic PST
678	Manual PST
679	Automatic Pneumatics Test
680	Environment Triggered Pneumatics Test
681	Comparator Proof Test
682	FET 1 Proof Test
683	FET 2 Proof Test
684	Test Start Code
685	Determines which test will be started
686	Init
687	Running
688	Interrupted
689	Delayed Stop
690	Start Error
691	Test Status
692	Status of the running/cancelled/ended test
693	Test Error Code
694	Error code after test has ended
695	4.1f
696	Now:
697	Day 1:
698	Day 2:
699	Day 3:
700	Day 4:
701	Day 5:
702	Day 6:
703	Day 7:
704	Day 8:
705	Day 9:
706	Day 10:
707	Day 11:
708	Day 12:
709	Day 13:
710	Day 14:
711	Day 15:
712	Day 16:
713	Day 17:
714	Day 18:
715	Day 19:
716	Day 20:
717	Day 21:
718	Day 22:
719	Day 23:
720	Day 24:
721	Day 25:
722	Day 26:
723	Day 27:
724	Day 28:
725	Day 29:
726	Day 30:
727	Month 1:
728	Month 2:
729	Month 3:
730	Month 4:
731	Month 5:
732	Month 6:
733	Month 7:
734	Month 8:
735	Month 9:
736	Month 10:
737	Month 11:
738	Month 12:
739	Year 1:
740	Year 2:
741	Year 3:
742	Year 4:
743	Year 5:
744	Year 6:
745	Year 7:
746	Year 8:
747	Year 9:
748	Year 10:
749	Year 11:
750	Year 12:
751	Year 13:
752	Year 14:
753	Year 15:
754	Year 16:
755	Year 17:
756	Year 18:
757	Year 19:
758	Year 20:
759	Year 21:
760	Year 22:
761	Year 23:
762	Year 24:
763	Year 25:
764	Block
765	Trend ID
766	Trend Data Item Count
767	Read only variable which indicates the amount of data in test based trends.
768	Emergency Trip #1 Temperature
769	Device Temperature when Emergency Trip occurred
770	Emergency Trip #2 Temperature
771	Emergency Trip #3 Temperature
772	Emergency Trip #4 Temperature
773	Emergency Trip #5 Temperature
774	Emergency Trip #1 Supply Pressure
775	Supply Pressure when Emergency Trip occurred
776	Emergency Trip #2 Supply Pressure
777	Emergency Trip #3 Supply Pressure
778	Emergency Trip #4 Supply Pressure
779	Emergency Trip #5 Supply Pressure
780	Emergency Trip #1 Stroke Time
781	Start Time in hours when Emergency Trip occurred
782	Emergency Trip #2 Stroke Time
783	Emergency Trip #3 Stroke Time
784	Emergency Trip #4 Stroke Time
785	Emergency Trip #5 Stroke Time
786	Emergency Trip #1 Device Status
787	Device Status when Emergency Trip occurred
788	Emergency Trip #2 Device Status
789	Emergency Trip #3 Device Status
790	Emergency Trip #4 Device Status
791	Emergency Trip #5 Device Status
792	Emergency Trip #1 Start Time
793	Stroke Time in seconds when Emergency Trip occurred
794	Emergency Trip #2 Start Time
795	Emergency Trip #3 Start Time
796	Emergency Trip #4 Start Time
797	Emergency Trip #5 Start Time
798	7.1f
799	Total Operation Time
800	This counter tells how many hours the device has been powered.
801	8.0f
802	Total Valve Full Strokes
803	This counter tells how many full strokes the valve has performed. This is a resettable counter.
804	Total Actuator Full Strokes
805	This counter tells how many full strokes the actuator has performed. This is a resettable counter.
806	Total Partial Stroke Tests
807	This counter tells how many partial stroke tests (either automated or manual) the device has done. This is a resettable counter.
808	Total Pneumatics Tests
809	This counter tells how many pneumatics tests (either automated or manual) the device has done. This is a resettable counter.
810	Total Emergency Trip Tests
811	This counter tells how many emergency trip tests the device has done. This is a resettable counter.
812	Total Emergency Trips
813	This counter tells how many emergency trips there has been.
814	Total Reboots
815	This counter tells how many times the device has been rebooted.
816	Total Unintended Valve Movements
817	This counter tells how many unintended valve movements there has been.
818	Test Data Index
819	There are always 25 points of data in the response. This index between 0...15 determines which block of data is returned.
820	PST Position
821	PST Pressure Difference
822	PST Time Stamp 10 ms
823	ETT Position
824	ETT Target Setpoint
825	ETT Pressure Difference
826	ETT Time Stamp 10 ms
827	TRIP Position
828	TRIP Target Setpoint
829	TRIP Pressure Difference
830	TRIP Time Stamp 10 ms
831	Spurious Position
832	Spurious Target Setpoint
833	Spurious Pressure Difference
834	Spurious PWM
835	Spurious Time Stamp 10 ms
836	Test Data Selector
837	Defines which test data is returned
838	Test Data Last Index
839	Indicates how many data points were recorded during test.
840	Event Index
841	Defines where to start reading event list. The newest event has index 0.
842
843	Log initialized
844	External reset
845	Database compressed
846	Flash sect erase fail
847	Factory settings created
848	DAC communication failure
849	Continued watchdog reset
850	Factory settings restore fail
851	Factory settings create fail
852	Watchdog reset
853	Factory defaults activated
854	Write protect activated
855	Write protect removed
856	Calibration cancelled
857	Position sensor range error
858	Calibration timeout
859	Calibration start failed
860	Calib fail too low supply
861	Calib fail emergency active
862	Calib fail in alarm state
863	Calib fail calib active
864	Position calibration done
865	Position calibration failed
866	Current calibration done
867	Current calibration failed
868	Pressure calibration done
869	Pressure calibration failed
870	Postransmitter calibration done
871	Postransmitter calibration failed
872	Emergency Trip activated
873	Auto PST cancelled
874	Auto PST failed
875	Auto PST start failed
876	Auto PST done
877	Man PST cancelled
878	Man PST failed
879	Man PST start failed
880	Man PST done
881	Emergency Trip Test cancelled
882	Emergency Trip Test failed
883	Emergency Trip Test start failed
884	Emergency Trip Test done
885	Pneumatic test cancelled
886	Pneumatic test failed
887	Pneumatic test start failed
888	Pneumatic test done
889	Worst case test ok
890	Test parameterization failed
891	Test disabled mode
892	Test invalid start position
893	Device test restricted
894	Test invalid device usage
895	Test failed reservation
896	Test timeout detected
897	Spool valve problem
898	Too slow valve opening detected
899	Too slow valve closing detected
900	Emergency Trip Test opening speed trend high
901	Emergency Trip Test closing speed trend high
902	Comparator proof test failed
903	FET 1 proof test failed
904	FET 2 proof test failed
905	Pressure sensor 1 fail
906	Pressure sensor 2 fail
907	Pressure sensor 3 fail
908	Temperature sensor fail
909	Setpoint sensor fail
910	Position sensor out of range
911	IO diagn fail recovery
912	Position sensor failure
913	Total operation time exceeded
914	Valve full strokes exceeded
915	Actuator full strokes exceeded
916	PST counter limit exceeded
917	Temperature trend limit exceeded
918	Supply pressure trend limit exceeded
919	Statistics pool fail
920	Statistics saved
921	Alarm state reset
922	PST loadfactor trend low
923	PST loadfactor trend high
924	PST breakaway pressure trend low
925	PST breakaway pressure trend high
926	Unintended valve movement
927	Unintended valve movement recovery
928	Supply pressure out of range
929	Supply pressure recovery
930	Temperature out of range
931	Temperature recovery
932	Valve open stuck detected
933	Valve open stuck recovery
934	Valve close stuck detected
935	Valve close stuck recovery
936	Valve intermediate stuck detected
937	Valve intermediate stuck recovery
938	Pneumatics problem
939	Pneumatics problem recovery
940	Supply pressure drop
941	Supply pressure drop recovery
942	Too large housing pressure
943	Too large housing pressure recovery
944	Test overshoot detected
945	Test pressure drop detected
946	Loop current too low
947	Loop current too low recovery
948	Counter - Total Valve Full Strokes
949	Counter - Total Actuator Full Strokes
950	Trends - All Lifecycle Trends
951	Online Diagnostics - Event Log
952	Counter - Total Partial Stroke Tests
953	Counter - Total Pneumatics Tests
954	Counter - Total Emergency Trip Tests
955	Trends - Partial Stroke Test Trends
956	Trends - Emergency Trip Test Trends
957	Key Figures - Emergency Trip Key Figures
958	Trends - All Test Trends
959	Online Diagnostics - Alarm Statuses
960	Online Diagnostics - Warning Statuses
961	Online Diagnostics - Info Statuses
962	Reset Diagnostics
963	To be Defined
964	Total Operation Time Limit
965	If a counter measurement exceeds a counter limit, an alert is activated for the device and an event is generated. The counter limits can be thought of as time-based indicators. It is recommended to set the counter limits close to the expected lifecycle of each device. For example, if the recommended maintenance period for an actuator is after every 1,000,000 strokes, then the limit should be set accordingly. You can reset the counters after you check the device.
966	7d
967	Total Valve Full Strokes Limit
968	Total Actuator Full Strokes Limit
969	Total Partial Stroke Tests Limit
970	Supply Pressure Low Limit
971	Low limit should be set close to the lowest allowed supply pressure if nothing else is specified (e.g. no process-specific limits have been defined). VG9000H pressure range is 3.0-7.5 bar.
972	Supply Pressure High Limit
973	High limit should be set close to the highest allowed supply pressure if nothing else is specified (e.g. no process-specific limits have been defined). VG9000H pressure range is 3.0-7.5 bar.
974	Temperature Low Limit
975	Low limit should be set close to the lowest allowed temperature if nothing else is specified (e.g. no process-specific limits have been defined). VG9000H normal temperature range is -20 -- +85 °C and low temperature option range is -40 - +60 °C.
976	Temperature High Limit
977	High limit should be set close to the highest allowed temperature if nothing else is specified (e.g. no process-specific limits have been defined). VG9000H normal temperature range is -20 -- +85 °C and low temperature option range is -40 - +60 °C.
978	Low limit for partial stroke test breakaway pressure: For single-acting: 1.5 bar. For double-acting: 0.05 bar.
979	High limit for partial stroke test breakaway pressure: For single-acting: 5 bar. For double-acting: 5 bar.
980	Low limit for partial stroke test load factor: For single-acting: 10%. For double-acting: 10%.
981	High limit for partial stroke test load factor: For single-acting: 60%. For double-acting: 60%.
982	ETT Valve Opening Time High Limit at Full Speed
983	If a measurement exceeds a high limit or goes below a low limit, warning status is activated for the device and an event is generated. Note that the measurement must remain out of the limits for the time period indicated by the latch time value.
984	ETT Valve Closing Time High Limit at Full Speed
985	Valve Stuck Pos Deviation Limit
986	Limit for setpoint/position deviation in valve stuck detection. Setpoint changes, but valve doesn't move.
987	Valve Stuck Pos Deviation Latch Time
988	Latch time for setpoint/position deviation in valve stuck detection. Latch time is activated when valve position deviates more than 1%. Valve moves, but setpoint remains stable. You must configure latch values to ensure that fast measurement peaks are not causing false alarms.
989	Supply Pressure Drop Low Limit
990	Housing Pressure High Limit
991	Supply Pressure Latch Time
992	Latch time before alert is generated for supply pressure above/below related parameters. You must configure latch values to ensure that fast measurement peaks are not causing false alarms.
993	Temperature Latch Time
994	Latch time before alert is generated for temperature above/below related parameters. You must configure latch values to ensure that fast measurement peaks are not causing false alarms.
995	Unintended Valve Movement Latch Time
996	Latch time for setpoint/position deviation in unintended valve movement detection. Latch time is activated when valve position deviates more than 1%. Valve moves, but setpoint remains stable. You must configure latch values to ensure that fast measurement peaks are not causing false alarms.
997	Pneumatics Problem Latch Time
998	Detection time for changing actuator cylinder pressure. Latch time is activated when valve position deviates more than 1%. Valve moves, but setpoint remains stable. You must configure latch values to ensure that fast measurement peaks are not causing false alarms.
999	Automated PST Actuator Pressure Low Limit
1000	Automated PST Max. Overshoot for Test Stroke
1001	High target stroke overshoot limit in automated partial stroke test. Max Overshoot ensures that too high a position value is not allowed in the PST. Set the value according to application requirements. Recommended initial value = 5%.
1002	Manual PST Actuator pressure Low Limit
1003	Manual PST Max. Overshoot for Test Stroke
1004	mA
1005	Loop Current Low Limit
1006	Loop Current Latch Time
1007	Time that loop current must stay below limit before alarm is generated.
1008	Proof Test Interval
1009	Time between successive security circuit proof tests.
1010	7.3f
1011	Automated PST Next Start Time
1012	Total Operation Time for the next Automated PST.
1013	Unlocked
1014	Locked
1015	Device Write Protection
1016	Variable that determines if the device is write protected (1) or not (0).
1017	Device Short Status 0
1018	First status byte of Command #169.
1019	Device Short Status 1
1020	Second status byte of Command #169.
1021	PT Normal Direction
1022	PT Reverse Direction
1023	Device status output
1024	mA output usage
1025	With value 0: 0% position produces 4 mA, 100% position produces 20 mA. With value 1: 0% position produces 20 mA, 100% position produces 4 mA.
1026	Total Received Messages
1027	Total amount of HART messages that the device has received.
1028	Total Sent Messages
1029	Total amount of HART messages that the device has acknowledged.
1030	Not Acknowledged Messages
1031	Total amount of HART messages that the device has not acknowledged. UART Error in Preamble Bytes, Delimiter Field, Expansion Bytes Field, Address Byte Field or Byte Count Field.
1032	Acknowledged Messages with COMM Error
1033	Total amount of HART messages that the device has acknowledged. UART Error in Command Byte Field, Data Byte Field or Check Byte Field.
1034	Total UART Errors
1035	Total amount of UART errors. This is the sum of Parity, Framing and Overrun errors.
1036	UART Parity Errors
1037	Total amount of UART Parity Errors.
1038	UART Framing Errors
1039	Total amount of UART Framing Errors.
1040	UART Overrun Errors
1041	Total amount of UART Overrun Errors.
1042	COMM Error in Preamble Bytes
1043	Total amount of UART Errors in Preamble bytes.
1044	COMM Error in Delimiter Bytes
1045	Total amount of UART Errors in Delimiter Field. Framing of the message must be aborted. No reply shall be generated.
1046	COMM Error in Address Byte
1047	Total amount of UART Errors in Address Field. The message should be treated as if addressed to another device. No reply shall be generated.
1048	COMM Error in Expansion Bytes
1049	Total amount of UART Errors in Expansion Bytes Field. Response varies depending on the definition of the Expansion Byte. If the Expansion Byte affects addressing then the Field Device must not answer.
1050	COMM Error in Command Byte
1051	Total amount of UART Errors in Command Byte Field. The Device must reply. The response frame shall consist of the command that the slave detected and the communication error status byte shall indicate the appropriate error. No data shall be returned.
1052	COMM Error in Byte Count
1053	Total amount of UART Errors in Byte Count Field. Framing of the message must be aborted. No reply shall be generated.
1054	COMM Error in Data Bytes
1055	Total amount of UART Errors in Data Bytes Field. The response shall indicate the appropriate error in the communication error status byte. No data shall be returned.
1056	COMM Error in Checksum Byte
1057	Total amount of UART Errors in Check Byte Field. The response shall indicate the appropriate error in the communication error status byte. No data shall be returned.
1058	Invalid Delimiter
1059	Number of Invalid Delimiters Received
1060	Too Few Preambles
1061	Number of Messages with Too Few Preambles
1062	Expansion Bytes Received
1063	Number of Messages containing Expansion Bytes
1064	Too Long Message
1065	Number of Too Long Messages (>64 Bytes)
1066	Invalid Longitudinal Parity
1067	Number of Messages with Invalid Longitudinal Parity
1068	Valve Position Unit
1069	Position Unit can be either % of full range or ANG (rotation angle)
1070	Device Variable 0: Measured Valve Position
1071	Pressure Difference Unit
1072	Device Variable 1: Pressure Difference
1073	Supply Pressure Unit
1074	Device Variable 2: Supply Pressure
1075	Device Temperature Unit
1076	Device Variable 3: Device Temperature
1077	Input Signal Unit
1078	Loop Current Unit is always mA
1079	Device Variable 4: Loop Current
1080	Housing Pressure Unit
1081	Pressure unit can be either bar or psi
1082	Device Variable 5: Housing Pressure
1083	PWM Unit
1084	Always %
1085	PWM
1086	Device Variable 6: PWM (Spool Valve Control Signal)
1087	Safety Signal Unit
1088	This Device Variable has no unit
1089	Safety Signal State
1090	Device Variable 7: Safety Line Status
1091	VG9000H_H7
1092	VG9000H_H7P
1093	VG9000H_S
1094	Actual Device Type
1095	Event Number to Write
1096	Event Number to be inserted in Event Database
1097	For testing: Write PST Target Deviation
1098	For testing: Write PST Load Factor
1099	For testing: Write PST Breakaway Pressure
1100	For testing: Write PST Starting Time
1101	For testing: Write ETT Valve Opening Time
1102	For testing: Write ETT Valve Closing Time
1103	For testing: Write ETT Starting Time
1104	For testing: Write TRIP Temperature
1105	For testing: Write TRIP Supply Pressure
1106	For testing: Write TRIP Stroke Time
1107	2d
1108	For testing: Write TRIP Device Status
1109	For testing: Write TRIP Starting Time
1110	Generate PST Key Figure
1111	Restore PST Key Figure
1112	Generate ETT Key Figure
1113	Restore ETT Key Figure
1114	Generate Pneumatics Test Key Figure
1115	Restore Pneumatics Test Key Figure
1116	Generate Spurious Trip Key Figure
1117	Restore Spurious Trip Key Figure
1118	Generate PST Test Data (400 points)
1119	Generate ETT Test Data (400 points)
1120	Reset HART Error Counters
1121	Selector for test Cmd#204
1122	Defines which action is performed with Command #124
1123	8.6f
1124	Event Pos. Index
1125	Test Interval
1126	Timer for the First Test
1127	Time Until Next Test
1128	Reactivate
1129	Reset Configuration Changed Flag
1130	Browse Event Log
1131	This will start browsing Event Log, 10 Events at time.
1132	Newest events
1133	Previous 10 events
1134	Next 10 events
1135	Start Automatic Valve Travel Calibration
1136	This will start Automatic Valve Travel Calibration. Be sure you are allowed to do it!
1137	Start Manual Partial Stroke Test
1138	This will start Manual Partial Stroke Test with current parameters
1139	Start Emergency Trip Test
1140	This will start Emergency Trip Test. Be sure you are allowed to do this!
1141	Start Manual Pneumatics Test
1142	This will start Manual Pneumatics Test with current parameters
1143	Target LUI Lock State
1144	Enable All With Default Values
1145	Disable All
1146	Show Burst Mode Configuration
1147	Configure Burst Mode Messages
1148	Device Type
1149	VG9000H
1150	Neles Finland Oy
1151	Failure
1152	Out of Specification
1153	Function Check
1154	Cmd#169 - Send Short Status
1155	Command
1156	Update Period
1157	Max Update Period
1158	Mode
1159	Trigger Mode
1160	Classification
1161	Trigger Units
1162	Trigger Level
1163	Burst Messages
1164	Burst var 5 is
1165	Burst Variable Slot 5- Device variable code assigned to slot 5 to be read in burst mode.
1166	Burst var 6 is
1167	Burst Variable Slot 6- Device variable code assigned to slot 6 to be read in burst mode.
1168	Burst var 7 is
1169	Burst Variable Slot 7- Device variable code assigned to slot 7 to be read in burst mode.
1170	Burst var 8 is
1171	Burst Variable Slot 8- Device variable code assigned to slot 8 to be read in burst mode.
1172	Update period for burst message
1173	5.3f
1174	Maxium update period for burst message
1175	Burst Command
1176	Cmd 48: Read Additional Device Status
1177	Read Additional Device - This command reads additional device status information
1178	Burst Msg Trigger Mode
1179	Wired HART Enabled
1180	Enabled on Wired HART device connection only
1181	Burst Trigger Class
1182	Burst Trigger Units
1183	Burst Trigger Level
1184	.3f
1185	Subdevice Missing
1186	Setpoint
1187	3.1f
1188	Data Quality
1189	Limit Status
1190	Device Family Status
1191	Family Code
1192	Upper Sensor Limit
1193	Lower Sensor Limit
1194	Minimum Span
1195	Damping Value
1196	Sensor Serial Number
1197	Lower Trim Point
1198	Upper Trim Point
1199	Trim Point Support
1200	Minimum Lower Trim Point
1201	Maximum Lower Trim Point
1202	Minimum Upper Trim Point
1203	Maximum Upper Trim Point
1204	Minimum Trim Differential
1205	2.1f
1206	Device Variable 8: Setpoint
1207	Setpoint Unit
1208	Control Value PDQ
1209	Control Value LS
1210	Ctrl Value Fmly stat
1211	Common Tables
1212	Interoperable *
1213	Universal
1214	Common Practice
1215	Pressure Universal
1216	Pressure Common
1217	Menu
1218	Rosemount Magflow
1219	Rosemount Pressure
1220	Moore Products
1221	Siemens Pressure
1222	P2 Common
1223	PV
1224	Wireless
1225	Munge
1226	Analytical Oxygen/Combustion/Methane/CO
1227	Flow Totalizer - Rate Indicator
1228	Flow Variable Area
1229	Flow Coriolis Mass
1230	Flow Ultrasonic - Gas
1231	Flow Ultrasonic - Liquid
1232	Level Ultrasonic
1233	Level Radar - Microwave
1234	Pressure Absolute
1235	Level Capacitance
1236	Pressure Differential
1237	Level Hydrostatic
1238	Level
1239	Pressure Absolute/Relative
1240	Level Microwave
1241	Level Radar
1242	Level Density - Nuclear
1243	Flow Electromagnetic
1244	Flow Vortex
1245	Flow Magmeter - Rack Version
1246	Flow High Performance Magmeter
1247	Flow Mass
1248	Flow Ultrasonic
1249	Flow Magnetic
1250	Flow Magnetic - Custody Transfer
1251	Flow 2-wire Magnetic
1252	Flow Coriolis Mass - Custody Transfer
1253	Flow 2-wire Vortex
1254	Flow Thermal
1255	Temperature Head Mounted
1256	Temperature Compact
1257	Temperature DIN Rail Mounted
1258	Analytical pH
1259	Analytical Conductivity - Conductive
1260	Analytical Conductivity - Inductive
1261	Temperature Sensor
1262	Level Servo
1263	Temperature DIN Rail
1264	Analytical ORP
1265	Analytical pION
1266	Analytical IConc
1267	Analytical Electrode Conductivity
1268	Analytical Toroidal Conductivity
1269	Valve Positioner
1270	Valve Controller
1271	Pressure Multivariable
1272	Analytical pH/ORP
1273	Flow Coriolis
1274	Analytical Conductivity
1275	Valve Positioner/Pneumatic
1276	Valve Actuator - Electrical
1277	Temperature Dual Input
1278	Valve Actuator
1279	Analytical Corrosion
1280	Analytical Density - Nuclear
1281	Level Continuous Gamma
1282	Level Laser Ranging
1283	Pressure Safety
1284	Flow Vortex/Swirl
1285	Flow
1286	Analytical 4 Electrode Conductivity
1287	Analytical 2 Electrode Conductivity
1288	Analytical Troidal Conductivity
1289	Analytical pH/ORP/pIon/Ion Conc
1290	Analytical Oxygen
1291	Pressure P, dP + Multivariable
1292	Temperature 2-wire
1293	Pressure w/ PID
1294	Pressure Saturated Steam
1295	Analytical Density - Gamma Ray
1296	Level Gamma Ray
1297	Analytical Weight - Gamma Ray
1298	Level w/ Density - Gamma Ray
1299	Analytical Motorized Density
1300	Flow Multivariable Mass
1301	Temperature Multivariable
1302	Specialty HART-to-Analog Signal Conv
1303	Flow dP
1304	Pressure Low Power
1305	Pressure Certified SIL2
1306	Interoperable
1307	Analytical Density
1308	Valve Positioner/Electropneumatic
1309	Flow Magnetic Inductive
1310	Analytical
1311	Analytical Opacity Monitor
1312	Analytical Oxygen/Combustion
1313	Analytical 2-wire Conductivity
1314	Analytical 2-wire Conductivity w/ pure H20
1315	Analytical 2-wire Conductivity w/ % conc
1316	Analytical 2-wire Oxygen/Chlorine/Ozone
1317	Analytical 2-wire pH/ORP
1318	Analytical 2-wire Contacting/Toroidal
1319	Analytical Oxygen - High Temperature
1320	Analytical Conductivity w/ % conc
1321	Analytical pH/ORP/ISE
1322	Analytical Amperometric Analyzer
1323	Analytical Dual Input Analyzer
1324	Pressure Pressure/Level
1325	Analytical Consistency
1326	Analytical Microwave-Pulp Consistency
1327	Analytical Microwave Consistency
1328	Valve Digital Positioner
1329	Valve Smart Valve Positioner
1330	Temperature Differential
1331	Analytical Dissolved Oxygen
1332	Analytical pH Controller
1333	Analytical Conductivity/Resistivity Controller
1334	Analytical Conductivity/Resistivity
1335	Level Displacement
1336	Temperature w/ PID
1337	Valve Universal Positioner
1338	Level Radar - Reflex
1339	Pressure Gauge
1340	Pressure Sealed Gauge
1341	Valve Digital Positioner w/ PID
1342	Valve Intelligent Positioner
1343	Analytical Gas Detector
1344	Analytical Infrared Gas Detector
1345	Analytical Electrochemical Gas Detector
1346	Analytical Measuring Instruments
1347	Level Magnostrictive
1348	Valve On/Off Valve Controller
1349	Level Radar - Pulse
1350	Level Continuous Capactive
1351	Valve Damper Actuator
1352	Valve Electric Damper Actuator
1353	Flow Electronic
1354	Flow Vortex - Multiparameter Mass
1355	Analytical UV Flame Detector
1356	Analytical UVIR Flame Detector
1357	Analytical IR Flame Detector
1358	Analytical Fire Detector
1359	Analytical Gas Detector Display Interface
1360	Analytical Toxic Gas Detector
1361	Analytical Flame Detector
1362	Level Nuclear
1363	Analytical Microwave
1364	Analytical Density - Radiometric
1365	Level Radiometric
1366	Analytical Gas/Steam
1367	Level Nucleonic
1368	Analytical Blade Consistency
1369	Analytical Rotary Consistency
1370	Pressure Absolute/Differential
1371	Analytical Combustible Gas Detector
1372	Analytical Point Infrared Gas Detector
1373	Analytical Multi-Detector Monitor System
1374	Valve Positioner/Electro-hydraulic
1375	Valve Monitor
1376	Enable on token-passing data link layer only
1377	Enable on TDMA data link layer only
1378	Enable on both TDMA and token-passing data link layer
1379	WirelessHART Device
1380	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1381	Primary
1382	Primary Analog Channel
1383	Secondary
1384	Secondary Analog Channel
1385	Tertiary
1386	Tertiary Analog Channel
1387	Quaternary
1388	Quaternary Analog Channel
1389	Quinary
1390	Quinary Analog Channel
1391	Critical Power Failure
1392	Lock all
1393	Trim not supported
1394	Configuration cannot be changed
1395	Locked by gateway
1396	Analog Input Channel
1397	Analog Output Channel
1398	Secondary Analog Channel Saturated
1399	Tertiary Analog Channel Saturated
1400	Quaternary Analog Channel Saturated
1401	Quinary Analog Channel Saturated
1402	Secondary Analog Channel Fixed
1403	Tertiary Analog Channel Fixed
1404	Quaternary Analog Channel Fixed
1405	Quinary Analog Channel Fixed
1406	Simulation active
1407	The device is in simulation mode and the level output is not representative of the process.
1408	Non-Volatile memory failure
1409	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1410	Volatile memory error
1411	The RAM memory check is invalid or maybe corrupt
1412	Watchdog reset executed
1413	A watchdog reset has been performed
1414	Voltage conditions out of range
1415	A voltage condition is outside its allowable range
1416	Environmental conditions out of range
1417	An internal or environmental condition is beyond acceptable limits.
1418	Electronic failure
1419	A hardware problem not related to the sensor has been detected.
1420	Subdevice list changed
1421	Duplicate master detected
1422	Capacity Denied
1423	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1424	Bandwidth allocation pending
1425	Block transfer pending
1426	Continuous
1427	The Burst Message is published continuously at (worst case) the Minimum Update Period.
1428	Window
1429	The Burst Message is triggered when the source value deviates more than the specified trigger value
1430	Rising
1431	The Burst Message is triggered when source value Rises Above the specified trigger value.
1432	Falling
1433	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1434	On-change
1435	The Burst Message is triggered when any value in the message changes.
1436	Battery life
1437	Percent range
1438	Loop current
1439	Primary variable
1440	Secondary variable
1441	Tertiary variable
1442	Quaternary variable
1443	Off
1444	Enable event notification on token-passing data link layer
1445	Enable event notification on TDMA data link layer
1446	Enable event notification on TDMA and token-passing data link layer
1447	Configuration changed event pending
1448	Device status event pending
1449	More status available event pending
1450	Disable
1451	Enable single data point trending
1452	Enable filtered trending
1453	The sample is filtered using a time constant equal to one-third the trend sample period
1454	Enable average trending
1455	The value obtained by dividing the sum of all samples in the period by the total number of samples
1456	Read receive time
1457	Write date and time
1458	Non-Volatile Clock
1459	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.
1460	Clock Uninitialized
1461	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.
1462	Line Power
1463	Device is powered via a hardwired connection to a plant power source.
1464	Battery Power
1465	Device operates solely of its (internal) battery.
1466	Recharg.B./Power Sc.
1467	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).
1468	Active search
1469	Looking for neighbors.
1470	Negotiating
1471	Quarantined
1472	Operational
1473	Suspended
1474	Deep sleep
1475	Ultra-low power
1476	Wireless Signal Found
1477	Network packets have been recognized
1478	Wireless Signal Identified
1479	Wireless Time Synchronized
1480	WirelessHart Signal Identified
1481	Network Admission Requested
1482	Set on transmission of first join request
1483	Join Retrying
1484	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.
1485	Join Failed
1486	Set on transition from Active Search mode to Deep Sleep mode. Cleared on transition from Deep Sleep to Active Search.
1487	Network Security Clearance Granted
1488	Network Manager Session Established
1489	Network Joined
1490	Network Joined. Normal superframe and links obtained.
1491	Network Bandwidth Requested
1492	Negotiating Network Properties. Gateway session obtained.
1493	Join Complete
1494	Normal operating mode.
1495	No restrictions
1496	SI Only
1497	Restricted to SI Unit codes only
1498	Open - accept all devices
1499	Use Whitelist for access
1500	Use Blacklist
1501	Use Whitelist and Blacklist
1502	Lockdown - disable join links
1503	Process automation device
1504	Discrete device
1505	Hybrid:Process automation+discrete
1506	I/O System
1507	WirelessHART Process automation device
1508	WirelessHART Discrete device
1509	WirelessHART Process automation+discrete
1510	WirelessHART Gateway
1511	WirelessHART Access point
1512	WirelessHART Process adapter
1513	WirelessHART Discrete adapter
1514	WirelessHART enabled handheld/portable maintenance tool
1515	Don't attempt to join
1516	Join now
1517	Attempt to join immediately on powerup or reset
1518	US
1519	United States of America
1520	JP
1521	Japan
1522	DE
1523	Germany
1524	FR
1525	France
1526	ES
1527	Spain
1528	RU
1529	Russian Federation
1530	CN
1531	People's Republic of China
1532	Nominal
1533	Device Power Status is nominal
1534	Low
1535	Device Power Status is low
1536	Critically Low
1537	Device Power Status is critically low
1538	Recharging - Low
1539	Recharging - High
1540	Secondary Master
1541	Primary Master
1542	PV Analog Channel Saturated
1543	PV Analog Channel Fixed
1544	Device Profile
1545	Device Diagnostic Status 0
1546	Device Diagnostic Status 1
1547	I/O and Subdevice Status
1548	WirelessHART Status
1549	Time Set Option
1550	Real Time Clock Flags
1551	Country
1552	Country of intended device installation
1553	SI Unit Control
1554	Indicates if device should only display SI unit codes
1555	Wireless HART Enabled
1556	Enabled on WirelessHART device connection only
1557	Both Wired and WirelessHart Enabled
1558	Enabled on both Wired and WirelessHART connections
1559	Event Status
1560	Event Notification Control
1561	Operate mode Mask
1562	Not Defined
1563	Power Source
1564	Power source of the device
1565	Wireless Mode
1566	Join Status
1567	The current location in the joining sequence of operations.
1568	Network Access Mode
1569	Join Mode
1570	Power Status
1571	Power status of the device
1572	Master Mode
1573	This sets the I/O System's Data Link Layer operation on all channels as either primary or secondary master mode.
1574	Trend Units
1575	Trend Device Variable Unit Code
1576	Trend Classification
1577	Trend Device Variable Classification
1578	Trend Control
1579	Device Status Mask
1580	Ext dev status Mask
1581	Device Diagnostic Status 0 Mask
1582	Device Diagnostic Status 1 Mask
1583	Device Diagnostic Status 2 Mask
1584	Device Diagnostic Status 3 Mask
1585	AO saturated Mask
1586	AO fixed Mask
1587	Latched Device Status
1588	Latched Ext dev status
1589	Latched Operate Mode
1590	Latched Device Diagnostic Status 0
1591	Latched Device Diagnostic Status 1
1592	Latched Device Diagnostic Status 2
1593	Latched Device Diagnostic Status 3
1594	Latched AO saturated
1595	Latched AO fixed
1596	Wireless Module Device Type
1597	Device type of the Wireless Radio
1598	Wireless Module Manufacturer ID
1599	Manufacturer of the Wireless Radio contained in this device
1600	Subdevice Device Type
1601	Device type of the subdevice attached to this system.
1602	Subdevice Manufacturer Id
1603	Manufacturer of the subdevice attached to this system.
1604	Time Stamp
1605	Relative time value on network
1606	8u
1607	Dynamic Variables Returned for Device Variables
1608	Command Response Truncated
1609	Configuration Change Counter Mismatch
1610	Status bytes mismatch
1611	Update time adjusted
1612	Invalid burst message
1613	Invalid device variable classification
1614	Invalid burst trigger mode selection code
1615	Burst condition conflict
1616	Update period increased
1617	Insufficient bandwidth
1618	Device Variable
1619	Burst Message Number
1620	Burst Variable Code
1621	Burst Variable Slot - Device variable code assigned to the slot to be read in burst mode.
1622	Total Burst Msgs
1623	Total number of burst messages supported by this device
1624	Is valve movement safe again?
1625	NO;YES
1626	Action Cancelled
1627	Reactivating test....
1628	Test reactivated
1629	Too Few Data Bytes
1630	Calibration Failed: No Supply Pressure
1631	Reset Configuration Changed Flag?
1632	Resetting Configuration Changed Flag....
1633	Calibration Failed: Device is Write Protected
1634	Access restricted
1635	Reset successful
1636	Browsing Event Log
1637	-Time- -Event- %{0} %{1} %{2} %{3} %{4} %{5} %{6} %{7} %{8} %{9}
1638	Event read failed!
1639	Couldn't start event read
1640	Device busy error
1641	%[6.2f]{fpEventTimeHrs} %[02d]{timeStampDay}.%[02d]{timeStampMonth}.%[04d]{timeStampYear} %[02d]{timeStampHours}:%[02d]{timeStampMinutes}:%[02d]{timeStampSecs}
1642	%[6.2f]{fpEventTimeHrs} %[02d]{timeStampDay}.%[02d]{timeStampMonth}.%[04d]{timeStampYear} %[02d]{timeStampHours}:%[02d]{timeStampMinutes}:%[02d]{timeStampSecs} *
1643	During calibration the valve operates between open and closed positions. Make sure that the operation does not endanger people or processes!
1644	Calibration Failed: Another Test or Calibration Running
1645	Calibrating device, wait... Calibration status: %{0} Sub status: %{2}
1646	Calibration ended. Status: %{0} Error Code: %{1}
1647	Travel Calibration was Cancelled
1648	Running a test will move the valve the predefined stroke size. Make sure that the testing does not endanger people or processes! The device stays available for safety actions.
1649	Couldn't start test. Status was: %{0}
1650	Performing Partial Stroke Test, wait... Test status: %{1}
1651	Test ended. Test Status: %{1}
1652	Test Cancelled!
1653	Running a test will move the valve full 100% stroke with full speed and then back to normal position. Make sure that the testing does not endanger people or processes! The device stays available for safety actions all the time.
1654	Have You confirmed that the testing does not endanger people or processes! And You Really want to RUN Emergency Trip Test
1655	Emergency Trip Test Execution Cancelled
1656	Performing Emergency Trip Test, wait... Test status: %{1}
1657	Running a test will not affect process. The valve will not move during the test.
1658	Performing Pneumatics Test, wait... Test status: %{1}
1659	Select operation:
1660	Unlock;Lock Temporarily;Lock Permanently
1661	Device was unlocked!
1662	Device was locked temporarily!
1663	Device was locked permanently!
1664	Can't perform operation. Device is locked by another master!
1665	Enable all status configuration settings with default values?
1666	Enabling all....
1667	Disable all status configuration settings?
1668	Disabling all....
1669	High SW limit must be greater than low limit!
1670	Reset HART error counters?
1671	Resetting counters....
1672	HART counters reset completed.
1673	Select new pressure unit:
1674	bar;PSI
1675	Select new temperature unit:
1676	Celsius;Fahrenheit
1677	Show burst id configuration:
1678	0;1;2
1679	Reading message configuration...
1680	psi
1681	deg C
1682	deg F
1683	In burst mode the following value will be sent: PV = %[L]{deviceVariables[primary_variable_code].DIGITAL_VALUE}
1684	%[L]{deviceVariables[primary_variable_code].DIGITAL_VALUE}
1685	In burst mode the loop current and percent of range will be sent.
1686	In burst mode the PV current and the following variable values and units will be sent: 1. PV = %[L]{deviceVariables[primary_variable_code].DIGITAL_VALUE} 2. SV = %[L]{deviceVariables[secondary_variable_code].DIGITAL_VALUE} 3. TV = %[L]{deviceVariables[tertiary_variable_code].DIGITAL_VALUE} 4. QV = %[L]{deviceVariables[quaternary_variable_code].DIGITAL_VALUE}
1687	In burst mode burst variables 1-8 will be sent.
1688	%[L]{deviceVariables[0].DIGITAL_VALUE}
1689	%[L]{deviceVariables[1].DIGITAL_VALUE}
1690	%[L]{deviceVariables[2].DIGITAL_VALUE}
1691	%[L]{deviceVariables[3].DIGITAL_VALUE}
1692	%[L]{deviceVariables[4].DIGITAL_VALUE}
1693	%[L]{deviceVariables[5].DIGITAL_VALUE}
1694	%[L]{deviceVariables[6].DIGITAL_VALUE}
1695	%[L]{deviceVariables[7].DIGITAL_VALUE}
1696	%[L]{deviceVariables[8].DIGITAL_VALUE}
1697	Unknown burst variable code
1698	In burst mode burst variables 1-4 will be sent.
1699	In burst mode the additional device status will be sent.
1700	Additional device status
1701	%{compat_burst_messages[burst_message_number].MAX_UPDATE_PERIOD}
1702	%{compat_burst_messages[burst_message_number].UPDATE_PERIOD}
1703	Trigger Variable: %[s]{burst_trigger_var_msg} Burst Trigger Level: %[5.2f]{burst_trigger_level} %[s]{burst_trig_level_unit_msg} Max Update Period: %[s]{burst_max_update_msg} s
1704	After continuing there may be a short delay before burst variables are displayed
1705	Selected burst command is %[s]{command_string} Burst mode select = %[s]{burst_mode_string} %[s]{burst_cmd_msg} Burst Update Period = %[s]{burst_update_per_msg} sec Burst Trigger Settings Trigger Mode: %[s]{burst_message_trigger_mode_string}%[s]{burst_trigger_mode_msg}%[s]{burst_disp_dialog_msg}
1706	Next>
1707	selection
1708	Change burst mode message %{burst_id} configuration?
1709	Burst Mode:
1710	OFF;ON
1711	Burst command
1712	1 Read Primary Variable;2 Read Loop Current And Percent Of Range;3 Read Dynamic Variables and Loop Current;9 Read Device Variables With Status;33 Read Device Variables;48 Read Additional Device Status
1713	In burst mode burst variables 1-8 will be sent. After continuing there may be a short delay before burst variables dialog is displayed
1714	Burst variables 1-8 are set to Not used
1715	Burst variables 2-8 are set to Not used
1716	Burst variables 3-8 are set to Not used
1717	Burst variables 4-8 are set to Not used
1718	Burst variables 5-8 are set to Not used
1719	Burst variables 6-8 are set to Not used
1720	Burst variables 7-8 are set to Not used
1721	In burst mode burst variables 1-4 will be sent. After continuing there may be a short delay before burst variables dialog is displayed
1722	Burst variables 1-4 are set to Not used
1723	Burst variables 2-4 are set to Not used
1724	Burst variables 3-4 are set to Not used
1725	Burst command is 48 so trigger mode set to continuous
1726	Give trigger mode
1727	Give trigger level (%)
1728	Give trigger level (psi)
1729	Give trigger level (bar)
1730	Give trigger level (deg C)
1731	Give trigger level (deg F)
1732	Give trigger level (mA)
1733	Give trigger level
1734	Give update period (sec)
1735	Give maximum update period
1736	Send command 107 Write Burst Device Variables...
1737	Error sending command 107 Write Burst Variables.
1738	Passed parameter is too large.
1739	Send command 108 Write Burst Command Number...
1740	Error sending command 108 Write Burst Command Number.
1741	Transmitter specific command_error.
1742	Send command 104 Write Burst Trigger...
1743	Error sending command 104 Write Burst Trigger.
1744	Passed parameter is too small.
1745	Invalid units.
1746	Send command 103 Write Burst Period...
1747	Error sending command 103 Write Burst Command.
1748	Burst update period is set to nearest value %{0} seconds.
1749	Burst maximum update period is set to nearest value %{1} seconds.
1750	Send command 109 Write Burst Mode Control...
1751	Warning - Update Period Increased
1752	Write to device completed.
Reference ID	String