Device dictionary

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Reference ID	String
0
1	ND7000H Dev. Rev. 10 DD Rev 1
2	Device
3	Offline
4	Maintenance
5	Operation Unit
6	Positioner
7	Device Information
8	Configuration
9	Position Control
10	Assembly Related
11	Signal Modification
12	Automatic Calibration
13	One Point Calibration
14	Diagnostics Limits
15	Lifecycle Diagnostic
16	Counter Diagnostics
17	Online Diagnostics
18	Advanced Configuration
19	Status Configuration
20	Device State
21	Self Diagnostics
22	Software Limit Switches
23	Lifecycle Diagnostics
24	Software Switches
25	Information
26	Off Specification
27	Maintenance Required
28	Device Failure
29	Off-Specification
30	Failure
31	Valve Position
32	HART Configuration
33	HART Burst Mode Configuration
34	Preambles
35	Dynamic Variables
36	Units
37	Burst ID 0
38	Note: If a burst variable is set to Not Used then all following burst variables must also be set to Not Used
39	Note: If a burst variable is set to Not Used then all following burst variables must also be set to Not used
40	Flow Modification
41	Table visualization
42	Table in garf format
43	User defined curve
44	%
45	Value
46	Flow Modification Graph
47	Shape Factor
48	Linear (not used)
49	Custom Table
50	Read user defined curve
51	Update Chart
52	Reset Statistics
53	Reset Statuses
54	Reset Configuration Changed Flag
55	Write Protection
56	Manage All Statuses
57	Device Status
58	Warning Limits for Trends
59	Steady State Deviation
60	Last 30 Days and Now value
61	Months
62	Years
63	Last 12 Months
64	Last 25 Years
65	Day 30:
66	Day 29:
67	Day 28:
68	Day 27:
69	Day 26:
70	Day 25:
71	Day 24:
72	Day 23:
73	Day 22:
74	Day 21:
75	Day 20:
76	Day 19:
77	Day 18:
78	Day 17:
79	Day 16:
80	Day 15:
81	Day 14:
82	Day 13:
83	Day 12:
84	Day 11:
85	Day 10:
86	Day 9:
87	Day 8:
88	Day 7:
89	Day 6:
90	Day 5:
91	Day 4:
92	Day 3:
93	Day 2:
94	Day 1:
95	Now
96	12
97	11
98	10
99	9
100	8
101	7
102	6
103	5
104	4
105	3
106	2
107	1
108	25
109	24
110	23
111	22
112	21
113	20
114	19
115	18
116	17
117	16
118	15
119	14
120	13
121	Dynamic Deviation
122	Dynamic Deviation (Days)
123	Stiction
124	Stiction (Days)
125	Stable State Load
126	Stable State Load (Days)
127	Load for Opening
128	Load for Opening (Days)
129	Spool Valve Position
130	Spool Valve Position (Days)
131	Supply Pressure
132	Supply Pressure (Days)
133	Temperature
134	Temperature (Days)
135	Valve Travel Histogram
136	Closed
137	0-10
138	10-20
139	20-30
140	30-40
141	40-50
142	50-60
143	60-70
144	70-80
145	80-90
146	90-100
147	Open
148	Daily Setpoint Reversals
149	Daily Setpoint Reversals (Days)
150	Daily Valve Reversals
151	Daily Valve Reversals (Days)
152	Daily Valve Reversals while Stable Setpoint
153	Daily Valve Reversals while Stable Setpoint (Days)
154	Daily Valve Position
155	Daily Valve Position (Days)
156	Counters
157	Warning Limits for Counters
158	Device Status
159	Function Check
160	Alarm Limits for Online Diagnostics
161	Alarm Limits
162	Load For Opening
163	Event log
164
165	Events
166	Class
167	Event
168	Time
169	Read the newest events
170	Event Pos. Index
171	Read next 20 events
172	Read previous 20 events
173	Valve Offline Tests
174	Test Key Figures
175	Multipoint Step Test Key Figures
176	Dynamic Loop Test Key Figures
177	Valve Deadband Test Key Figures
178	Valve Analysis Test Key Figures
179	Multipoint Step Test
180	Test
181	Results
182	Settings
183	Start point %
184	End point %
185	Init time (s)
186	Test time (s)
187	Test results
188	Valve Setpoint
189	Valve Travel
190	Dynamic Loop Test
191	Valve Analysis Test
192	Test results (1)
193	Test results (2)
194	Online Signature Opening
195	Online Signature Closing
196	Pressure Difference
197	Valve Deadband Test
198	Online Signature
199	(Patent Pending)
200	Process Variables
201	Loop Current
202	Setpoint %
203	Travel %
204	Setpoint and Valve Position
205	Travel
206	Setpoint
207	Travel Setpoint
208	Target Position
209	Pressure
210	Actuator Pressure Difference
211	Cylinder Pressure (C1)
212	Cylinder Pressure (C2)
213	Device Temperature
214	5.2f
215	Now:
216	Month 1:
217	Month 2:
218	Month 3:
219	Month 4:
220	Month 5:
221	Month 6:
222	Month 7:
223	Month 8:
224	Month 9:
225	Month 10:
226	Month 11:
227	Month 12:
228	Year 1:
229	Year 2:
230	Year 3:
231	Year 4:
232	Year 5:
233	Year 6:
234	Year 7:
235	Year 8:
236	Year 9:
237	Year 10:
238	Year 11:
239	Year 12:
240	Year 13:
241	Year 14:
242	Year 15:
243	Year 16:
244	Year 17:
245	Year 18:
246	Year 19:
247	Year 20:
248	Year 21:
249	Year 22:
250	Year 23:
251	Year 24:
252	Year 25:
253	Start point
254	End point
255	Init time
256	Test time
257	.2f
258	Event Log
259	Event Class
260	*) Estimated Date
261	Time(h) Date(DD.MM.YYYY HH:MM:SS)
262	Monitoring
263	Steady State Deviation Trend
264	Rising Setpoint to Open
265	Rising Setpoint to Close
266	Direction
267	Defines the opening and closing direction of the valve with raising current loop signal. Options for this parameter are: ·Open: Rising Setpoint to Open ·Close: Rising Setpoint to Close
268	Characterization Type
269	Flow Modification allows you to modify the flow characteristics curve of a valve to improve controllability of the valve and optimise control loop performance. Options for this parameter are: ·Linear (not used) ·Shape Factor ·Custom Table
270	5.4f
271	Shape Factor describes the nearest approximate or the exact shape of the valve characterization transfer function based on the following hyperbolic function: f(x) = x/(S+x(1-S)), where ·S = Shape Factor ·x = normalized (0-100%) Setpoint value ·f(x) = an intermediate calculation of the Target Position.
272	3.2f
273	4.4f
274	Table Code
275	3.1f
276	Low Cut-Off
277	When this value is exceeded, the valve is forced to a 0% position. This is called the tight cut-off feature. If, for example, the value is 2%, tight shut-off starts when the input signal goes below 2%.
278	High Cut-Off
279	When this value is exceeded, the valve is set to a 100% position. This, however, does not guarantee that the valve reaches 100%. If, for example, the value is 98%, controller input is set to 100% when input signal is over 98%.
280	Valve Position Limit HIGH
281	Maximum setpoint to the control module. If setpoint is higher than high limit, it is limited/cut to the high limit.
282	Valve Position Limit LOW
283	Minimum setpoint to the control module. If setpoint is lower than low limit, it is limited/cut to the low limit.
284	Travel limit high too high
285	Travel limit high too low
286	Travel limit low too high
287	Travel limit low too low
288	%/s
289	Travel Rate OPEN
290	Describes the percentage of change per second in the setpoint as the valve changes from CLOSED state to OPEN state.
291	Travel Rate CLOSE
292	Describes the percentage of change per second in the setpoint as the valve changes from OPEN state to CLOSED state.
293	Calibration Command
294	Starts or cancels auto travel calibration and tuning. 0 = start auto cal., 1 = start tuning, 2 = start auto cal. and tuning, 240 = cancel auto cal. or tuning.
295	Action failed
296	Action cancelled
297	2d
298	Block number
299	See ND9100H(T) HART Field Device Specification for details.
300	Item selector
301	Parameter Number
302	16-bit integer defining Parameter Number in Database.
303	Integer
304	Floating-point
305	Parameter Type
306	Parameter Type, 1 = integer, 2 = floating point.
307	Aggressive (A)
308	Fast (b)
309	Optimum (C)
310	Stable (d)
311	Maximum Stability (E)
312	Capacity Booster, Aggressive (A1)
313	Capacity Booster, Fast (b1)
314	Capacity Booster, Optimum (C1)
315	Capacity Booster, Stable (d1)
316	Performance Level
317	Parameter affecting to the tuning of the valve position control.
318	Rotary
319	Linear with Compensation
320	nelesCV Globe
321	Linear without Compensation
322	Valve Acting Type
323	The type of the valve used. Options for this parameter are: ·Rotary ·Linear ·NelesCVGlobe ·Linear with no compensation NOTE: If you change the value of this parameter, you must calibrate the device.
324	Double Acting
325	Single Acting
326	Actuator Type
327	The type of the connected actuator. Options for this parameter are: ·Double acting ·Single acting NOTE: If you change the value of this parameter, you must calibrate the device.
328	Split Range LOW
329	Split Range configuration sets the input signal range for full valve travel range. Split Range Low is the lower limit of the input signal rate in percent.
330	Split Range HIGH
331	Split Range configuration sets the input signal range for full valve travel range. Split Range High is the upper limit of the input signal rate in percent.
332	Data not acceptable
333	Act. Package Info
334	User defined parameter for actuator package information.
335	Dead Angle (a0)
336	Takes into account the dead angle of the ball valves. The entire signal range is then used for effective valve opening 90°-a0. Refer to device IMO for proper dead angle value for your valve type. Default=0%
337	No
338	Yes
339	Bypass signal modification
340	Defines whether Signal Modification parameters are applied or not. Options for this parameter are: ·Yes: Signal modifications are discarded ·No: (Default) Signal modifications are applied to original setpoint, and the control module then follows the modified setpoint.
341	Use Travel Limits
342	(this parameter is not used anymore)
343	Valve Package Info
344	User defined parameter for valve package information.
345	Process Appl. Info
346	User defined parameter for process application information.
347	8.1f
348	h
349	Total Operation Time
350	Warning limit for the Total Operation Time counter. Exceeding this value will generate a warning.
351	9.0f
352	Total Valve Travel
353	Warning limit for the Valve Total Travel counter. Exceeding this value will generate a warning.
354	9u
355	Total Valve Reversals
356	Warning limit for the Valve Reversals counter. Exceeding this value will generate a warning.
357	Total Actuator Travel
358	Warning limit for the Actuator Total Travel counter. Exceeding this value will generate a warning.
359	Total Actuator Reversals
360	Warning limit for the Actuator Reversals counter. Exceeding this value will generate a warning.
361	Total Spool Valve Travel
362	Warning limit for the Spool Total Travel counter. Exceeding this value will generate a warning.
363	Total Spool Valve Reversals
364	Warning limit for the Spool Reversals counter. Exceeding this value will generate a warning.
365	5.1f
366	Warning limit fot Steady State Deviation. Steady State Deviation is used to determine the basic control accuracy of the valve. It is updated whenever the setpoint is considered to have reached the desired position as precisely as possible.
367	Dynamic State Deviation
368	Warning limit for Dynamic State Deviation. Dynamic State Deviation can be used to estimate valve dynamics such as response times. It is updated whenever the setpoint changes and the valve is expected to move accordingly. Updating continues throughout the valve movement and is switched back to Steady State when both setpoint and valve position have reached a steady state.
369	bar
370	Stiction Low
371	Lower warning limit for Stiction. You can use the Stiction value to estimate internal frictions in the control valve package: Increased stiction suggests an increase in internal friction, which can cause accuracy problems and ultimately prevent the valve from moving. Decreased stiction suggests a decrease in internal friction. This may indicate problems such as extensive wear or valve shaft break.
372	Stiction High
373	Upper warning limit for Stiction. You can use the Stiction value to estimate internal frictions in the control valve package: Increased stiction suggests an increase in internal friction, which can cause accuracy problems and ultimately prevent the valve from moving. Decreased stiction suggests a decrease in internal friction. This may indicate problems such as extensive wear or valve shaft break.
374	Load for Open Low
375	Lower warning limit for Load for Opening. You can use Load for Opening to estimate the following: 1) Seat wear, especially in butterfly valves 2) Medium crystallization in e.g. ball valves. The Load for Opening trend is updated whenever the valve is opened from a fully closed position. Like stiction, this trend is based on the pneumatics measurement.
376	Load for Open High
377	Upper warning limit for Load for Opening. You can use Load for Opening to estimate the following: 1) Seat wear, especially in butterfly valves 2) Medium crystallization in e.g. ball valves. The Load for Opening trend is updated whenever the valve is opened from a fully closed position. Like stiction, this trend is based on the pneumatics measurement.
378	Steady State Deviation High Limit
379	Alarm limit for Steady State Deviation. Steady State Deviation is used to determine the basic control accuracy of the valve. It is updated whenever the setpoint is considered to have reached the desired position as precisely as possible.
380	sec.
381	Steady State Deviation Latch Time
382	Time value in seconds for the Steady State Deviation alarms. The measurement must remain out of the limits for the time period indicated by the latch time value.
383	Stiction Low Limit
384	Lower alarm limit for Stiction. You can use the Stiction value to estimate internal frictions in the control valve package: Increased stiction suggests an increase in internal friction, which can cause accuracy problems and ultimately prevent the valve from moving. Decreased stiction suggests a decrease in internal friction. This may indicate problems such as extensive wear or valve shaft break.
385	Stiction High Limit
386	Upper alarm limit for Stiction. You can use the Stiction value to estimate internal frictions in the control valve package: Increased stiction suggests an increase in internal friction, which can cause accuracy problems and ultimately prevent the valve from moving. Decreased stiction suggests a decrease in internal friction. This may indicate problems such as extensive wear or valve shaft break.
387	5.0f
388	Stiction Latch Number
389	The measurement must exceed either of the limits as many times as the latch number indicates.
390	Load for Opening Low Limit
391	Lower alarm limit for Load for Opening. You can use Load for Opening to estimate the following: ·Seat wear, especially in butterfly valves ·Medium crystallization in e.g. ball valves. The Load for Opening trend is updated whenever the valve is opened from a fully closed position. Like stiction, this trend is based on the pneumatics measurement.
392	Load for Opening High Limit
393	Upper alarm limit for Load for Opening. You can use Load for Opening to estimate the following: ·Seat wear, especially in butterfly valves ·Medium crystallization in e.g. ball valves. The Load for Opening trend is updated whenever the valve is opened from a fully closed position. Like stiction, this trend is based on the pneumatics measurement.
394	Load for Opening Latch Number
395	The measurement must exceed either of the alarm limits as many times as the latch number indicates.
396	Supply Pressure Low Limit
397	Lower alarm limit for the supply pressure.
398	Supply Pressure High Limit
399	Upper alarm limit for the supply pressure.
400	Supply Pressure Latch Time
401	Time value in seconds for the supply pressure alarms. The measurement must remain out of the limits for the time period indicated by the latch time value.
402	°C
403	Temperature Low Limit
404	Lower alarm limit for the device temperature.
405	Temperature High Limit
406	Upper alarm limit for the device temperature.
407	Temperature Latch Time
408	Time value in seconds for the temperature alarms. The measurement must remain out of the limits for the time period indicated by the latch time value.
409	Valve Position Low Limit
410	Lower alarm limit for the valve position.
411	Valve Position High Limit
412	Upper alarm limit for the valve position.
413	Valve Position Latch Time
414	Time value in seconds for the valve position alarms. The measurement must remain out of the limits for the time period indicated by the latch time value.
415	VC PCB Serial Number
416	VC board serial number in format 'YYWWNNNNBB' where ·YY = year ·WW = week ·NNNN = count ·BB = board number.
417	HART PCB Serial Number
418	HART board serial number in format 'YYWWNNNNBB' where ·YY = year ·WW = week ·NNNN = count ·BB = board number
419	Not tested
420	HW-test completed
421	FT1 completed
422	FT2 completed
423	Device Test Status
424	Device test status.
425	Valve Travel and Reversals
426	Actuator Travel and Reversals
427	Setpoint Travel and Reversals
428	Spool valve Travel and Reversals
429	Trends
430	Reset All
431	Determines which part of the diagnostics to reset.
432	Device Serial Number
433	Device serial number in format 'TTYYWWNNNN' where ·TT = positioner factory ·YY = year ·WW = week ·NNNN = count
434	HART Board HW revision
435	DAC board hardware revision.
436	HART Board Dac SW revision
437	DAC board software revision.
438	4 or 20 mA Select
439	Selection parameter in mA-calibration.
440	Number of Data Points
441	Number of steps in multi-point step test (max. = 10). Key figures are calculated only from the first step.
442	6.2f
443	Start Position
444	Starting position of the valve. Default = 50.0%.
445	End Position
446	Ending position of the valve. Default = 60.0%.
447	3.0f
448	Duration
449	The time between successive steps. The total test time = Init Time + Duration. Default = 8.0s.
450	Init Time
451	The time given to valve to reach the starting point. Default = 2.0s for the first step, then 0.0s.
452	Start setpoint for the test. Default = 0.0%.
453	End setpoint for the test. The end setpoint may be smaller than start setpoint. In this case loop runs downwards in time. Default = 100.0%.
454	Ramp Time
455	Duration of ramp time. The total test time will be init time + 2 * ramp time. Default = 100.0s.
456	The time given to valve to reach the starting point of the loop test. Default = 10.0s.
457	Starting valve position for the valve deadband test. Valid values: Min. = 10.0%, max. = 90.0% Default = 5.0s.
458	Step Wait Time
459	The time to wait between successive 0.1% steps. The total test time can not be estimated. The absolute maximum is 40 * test_time. Valid values: Min. = 1.0s, max. = 20s Default = 5.0s.
460	The time given to valve to reach the starting point of the valve deadband test. Valid values: Min. = 0.0s, max. = 120s Default = 10.0s.
461	Measurement point of hysteresis, a position at which the valve stops for static hystereis measurement. Valid values: Min. = 10.0%, max. = 90.0% Default = 50.0%.
462	2.0f
463	Steady Time
464	Used to store the steady time in the hysteresis position. This is also the amount of time in that the test is held in the 100% position before the descending ramp is started. Valid values: Min. = 1.0s, max. = 30.0s Default = 10.0s.
465	Duration of ramp time. Total test time is then Init Time + 4 * Ramp Time + 2 * Steady Time. Valid values: Min. = 10.0s, max. = 500s Default = 100.0s.
466	The time given to valve to reach the 0% position. Valid values: Min. = 0.0s, max. = 120.0s Default = 10.0s.
467	4.1f
468	Start Multipoint Step Test
469	Start Dynamic Loop Test
470	Start Valve Deadband Test
471	Start Valve Analysis Test
472	Nbr of Test to Run
473	Defines which valve test is started or cancelled. 0=Multipoint Step Test, 1=Dynamic Loop Test, 2=Valve Deadband Test, 3=Valve Analysis Test.
474	Cancel Test
475	Start Test
476	Start/Cancel Test
477	Starts (1) or cancels (0) valve tests.
478	Number of Steps in Multipoint Step Test
479	Number of steps in Multipoint Step test. Must be in range 1-10.
480	Test was cancelled.
481	Test ended with errors.
482	Starting position of the valve as given in parameters.
483	Ending position of the valve as given in parameters.
484	Testing Time
485	The total time for the test.
486	Dead Time Td
487	The time that the valve requires to move at least 0.005% after the input signal change has occured.
488	Step Response Time T86
489	The time elapsed when the valve reaches 86.5% of the realized step size (not the nominal stepwise change in the setpoint)
490	Overshoot
491	The size of overshoot in percentage of the realised step.
492	Travel Gain
493	The ratio between the step size of the control signal and the position measurement. In an optimum case, Travel Gain is 1.0.
494	sec
495	Total Testing Time
496	Total test time = Init Time + 2 * Ramp Time
497	Setpoint at Error
498	The value of the setpoint at the point at which Maximun Dynamic Error Band is measured.
499	Max. Dyn. Error
500	The maximum difference in valve travel for any single setpoint value during the loop. The value is calculated by the device from the loop size minus 10% from the start and 10% from the end.
501	Deadband
502	The amount of change in the Setpoint value. This is used in detecting changes in the valve position.
503	4.2f
504	Measurement point of hysteresis, a position at which the valve stops for static hystereis measurement.
505	The time given to valve to reach the 0 % position.
506	Duration of ramp time. Total test time is then Init Time + 4 * Ramp Time + 2 * Steady Time.
507	Static Hysteresis
508	During the steady time, the last 80 msec valve position is averaged in the opening ramp. The same average is calculated while closing the valve. The hysteresis is the difference of these values.
509	Sensitivity
510	A percentage of change in input signal that is measured when the valve starts moving again after the steady state of the opening ramp is completed.
511	The pressure difference (in bars) recorded when the valve starts to move from a closed position.
512	Seat Load
513	The absolute pressure difference in bars between the supply pressure (spring to open) or air pressure (spring to close) and the pressure at which the valve first closes.
514	SR O2C Close
515	Stroking Range Open to Close, Close. The pressure required to stroke the valve assembly from the open position to the closed position and back to the open position with packing friction present but without flow or pressure.
516	SR O2C Open
517	Stroking Range Open to Close, Open. The pressure required to stroke the valve assembly from the open position to the closed position and back to the open position with packing friction present but without flow or pressure.
518	SR C2O Close
519	Stroking Range Close to Open, Close. The pressure required to stroke the valve assembly from the open position to the closed position and back to the open position with packing friction present but without flow or pressure.
520	SR C2O Open
521	Stroking Range Close to Open, Open. The pressure required to stroke the valve assembly from the open position to the closed position and back to the open position with packing friction present but without flow or pressure.
522	Index to Test Data (0-9)
523	500 data points are stored in each test. This index refers always to 50 points: index 0 refers to points 0-49, index 9 refers to points 450-499.
524	Defines which data is read
525	Defines which data is returned: 16=valve sp., 32=valve pos., 48=spool sp., 64=spool pos., 80=press. diff., 96=PWM.
526	Defines which block is returned (0 or 1)
527	Defines which block of indexed points are returned: 0 returns points 0 to 24, 1 returns points 25 to 49.
528	Trend Data Block Number
529	Trend Data Item Selector
530	4d
531	Event Index
532	Index where to start to list events. The last event has the index 0.
533	Nbr of Events
534	Determines how many events to read. This can be a value between 1 - 10.
535	Event class to display. See Table 11.8 in in ND9100H(T) Field Device Specification.
536	3.5f
537	None
538	Log initialized
539	External reset
540	Factory defaults activated
541	Parameters backup restore
542	Travel calibration done
543	Calibration done
544	mA-calibration done
545	Test cancelled
546	Test done
547	Test failed
548	Watchdog reset
549	FBI communication failure
550	Pressure sensor 1 failure
551	Pressure sensor 2 failure
552	Pressure sensor 3 failure
553	Spool valve sensor failure
554	Temperature sensor failure
555	Statistics pool failure
556	Event pool failure
557	Travel calibration failure
558	Ctrl tune failure
559	mA-calibration failure
560	Factory settings create failed
561	Factory settings restore failed
562	Total operation time warning
563	Valve full strokes warning
564	Valve reversals warning
565	Actuator full strokes warning
566	Actuator reversals warning
567	Spool valve full strokes warning
568	Spool valve reversals warning
569	Steady state deviation warning
570	Dynamic state deviation warning
571	Stiction low warning
572	Stiction high warning
573	Load for opening low warning
574	Load for opening high warning
575	Supply pressure warning
576	Temperature warning
577	Hunting detection warning
578	Steady state deviation alarm
579	Stiction low alarm
580	Stiction high alarm
581	Load for opening low alarm
582	Load for opening high alarm
583	Spool Valve Problem
584	Pneumatics problem
585	Friction problem
586	Continued watchdog reset
587	Failsafe activated
588	Position sensor failure
589	Setpoint sensor fail
590	Prestage shortcut
591	Prestage cut
592	Processor failure
593	Parameters pool failure
594	Control parameters failed
595	Online fail recovery
596	IO-diagnostics fail recovery
597	AD restart
598	Statistics saved
599	Calibration cancelled
600	Too small valve movement
601	Calibration timeout
602	Calibration start failure
603	Calibration failure
604	Statistics alarm recovery
605	PT not activated
606	Factory settings created
607	Notification
608	Flash sector erase failure
609	Communication fail rate alarm
610	Too small spool valve movement
611	Database compressed
612	Reduced performance activated
613	Reduced performance deactivated
614	Prestage coil cut
615	Relative open stroke warning
616	Absolute open stroke warning
617	Relative close stroke warning
618	Absolute close stroke warning
619	Open load high warning
620	Close load high warning
621	Open load low warning
622	Close load low warning
623	Valve open latency warning
624	Pressure open latency warning
625	Valve close latency warning
626	Pressure close latency warning
627	Pressure open slope warning
628	Pressure close slope warning
629	Valve open position stuck alarm
630	Valve close position stuck alarm
631	Valve intermediate position stuck alarm
632	Unnecessary valve movement alarm
633	Too slow valve opening alarm
634	Too slow valve closing alarm
635	Excessive movement in open position alarm
636	Deficient movement in open position alarm
637	Excessive movement in close position alarm
638	Deficient movement in close position alarm
639	Pressure calibration done
640	Ctrl tune done
641	Pos. pressure range error
642	Multipoint step test failed
643	Dynamic loop test failed
644	Valve deadband test failed
645	Valve analysis test failed
646	Multipoint step test done
647	Dynamic loop test done
648	Valve analysis test done
649	Valve deadband test done
650	One-point calibration done
651	One-point calibration failed
652	Supply pressure error in calibration
653	Supply pressure error in test
654	Supply pressure recovery
655	Temperature recovery
656	Steady state deviation recovery
657	Hunting detection recovery
658	Spool Valve Problem recovery
659	Pneumatics problem recovery
660	Friction problem recovery
661	Too low supply pressure for 1-act actuator
662	Too low supply pressure for 1-act actuator recovery
663	Valve reversals trend warning
664	Setpoint reversals trend warning
665	Valve travel trend warning
666	Valve reversals while ssp trend warning
667	Load for closing low warning
668	Load for closing high warning
669	Load for closing low alarm
670	Load for closing high alarm
671	Prestage shortcut error
672	Prestage shortcut error recovery
673	Prestage cut error recovery
674	Valve open stuck alarm recovery
675	Valve close stuck alarm recovery
676	Valve intermediate stuck alarm recovery
677	Unnecessary valve movement alarm recovery
678	Too slow valve opening alarm recovery
679	Too slow valve closing alarm recovery
680	Too fast valve opening alarm
681	Too fast valve closing alarm
682	Too fast valve opening alarm recovery
683	Too fast valve closing alarm recovery
684	Supply pressure trend warning
685	Temperature trend warning
686	Supply pressure failsafe activated
687	Supply pressure failsafe recovery
688	Failsafe recovery
689	Adaption problem in control module
690	Adaption problem recovery
691	Supply pressure drop
692	Supply pressure drop recovery
693	Valve position low warning activated
694	Valve position high warning activated
695	Valve position warning recovery
696	Any
697	Positioner shaft movement out of range
698	Linearization successful
699	Linearization failed
700	Position change too small
701	Poor valve package controllability
702	Check assembly related parameters
703	Separate tuning feature removed
704	Calibration failed due to supply pressure out of range
705	Calibration failed due to sensor failure
706	Calibration failed due to valve position out of range
707	Notify
708	Warning
709	Error
710	Alarm
711	Failsafe
712	(not used)
713	7.2f
714	Positioner Total Operation Time in hours. NOTE: Total Operation Time can not be resetted by the user.
715	This counter increases by 1 whenever the valve has travelled one full stroke, or 100% of valve movement.
716	7.0f
717	This counter increased by 1 whenever the direction of valve movement changes.
718	Total Setpoint Travel
719	This counter increases by 1 whenever the cumulative setpoint changes.
720	Total Setpoint Reversals
721	This counter increases by 1 when the direction of the setpoint changes.
722	This counter increases by 1 whenever the spool has travelled one full stroke, or 100% of spool movement.
723	This counter increases by 1 whenever the direction of spool changes.
724	Histogram Data Item Selector
725	Analog
726	Digital
727	Cut Off Type
728	Type of cut-off signal modification output. Modification output type can be either analog or digital. See device's IMO for details.
729	Close
730	Positioner Fail Action
731	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. Set Positioner Fail Action as follows: ·Double-acting actuator: select Close ·Single-acting actuator: set in spring direction (Close or Open).
732	Index to Characterization Table
733	Defines which point to edit in characterization table (1-21)
734	Clockwise to Close
735	Counterclockwise to Close
736	Valve Rotation Direction
737	Defines which way the position sensor rotates to close the valve. Options for this parameter are: ·Clockwise ·Counterclockwise NOTE: If you change the value of this parameter, you must calibrate the device.
738	Normal Direction
739	Reverse Direction
740	Not Installed
741	Positioner Transmitter Directions
742	Determines Position Transmitter output direction.
743	Feature is not installed!
744	°
745	Max. Turning Angle
746	Maximum allowed Turning Angle in One-Point Calibration.
747	Valve Reversals Trend
748	Warning limit for the Valve Reversals Trend.
749	Setpoint Reversals Trend
750	Warning limit for the Setpoint Reversals Trend.
751	Valve Travel Trend
752	Warning limit for the Valve Travel Trend.
753	Warning limit for the Valve Reversals While Stable Setpoint Trend.
754	Load for Close Low
755	Lower warning limit for Load for Closing.
756	Load for Close High
757	Upper warning limit for Load for Closing.
758	LfC Low Alarm Lim
759	Lower alarm limit for Load for Closing
760	LfC High Alarm Lim
761	Upper alarm limit for Load for Closing
762	LfC Latch Number
763	Calibration Status Codes
764	Calibration SubState Codes
765	Calibration Error Codes
766	Calibration Request for CMD #232
767	Defines which calibration to start. See Table 11.9. in ND9100H(T) Field Device Specification.
768	Calibration Parameter for CMD #232
769	This parameter is required for some calibrations.
770	Statuses Disabled
771	Enables (0) or disables (1) all warnings and alarms reported by Command #48. Disabling affects also to More Status Available -bit.
772	Test start code.
773	Defines which offline test is started. See Table 11.13 in ND9100H(T) Field Device Specification
774	Test status code.
775	Offline test status code. See Table 11.14 in ND9100H(T) Field Device Specification.
776	Test error code.
777	Offline test error code. See Table 11.15 in ND9100H(T) Field Device Specification.
778	Status Mask Byte 0
779	Reserved
780	Spool Valve Problem Detected
781	Prestage problem
782	Load for Opening High Limit Exceeded
783	Load for Opening Low Limit Exceeded
784	Stiction High Limit Exceeded
785	Stiction Low Limit Exceeded
786	Steady State Deviation Limit Exceeded
787	Status Mask Byte 1
788	Hunting Detected
789	Temperature Limit Exceeded
790	Supply Pressure Limit Exceeded
791	Load for Opening Trend High Limit Exceeded
792	Load for Opening Trend Low Limit Exceeded
793	Stiction Trend High Limit Exceeded
794	Stiction Trend Low Limit Exceeded
795	Status Mask Byte 2
796	Dynamic State Deviation Limit Exceeded
797	Steady State Deviation Trend Limit Exceeded
798	Total Spool Valve Reversals Limit Exceeded
799	Total Spool Valve Travel Limit Exceeded
800	Total Actuator Reversals Limit Exceeded
801	Total Actuator Travel Limit Exceeded
802	Total Valve Reversals Limit Exceeded
803	Total Valve Travel Limit Exceeded
804	Status Mask Byte 3
805	Total Operation Time Limit Exceeded
806	Factory settings restore fail
807	Factory settings create fail
808	Temperature Sensor Failure Detected
809	Spool Valve Sensor Failure Detected
810	Pressure Sensor 3 Failure Detected
811	Pressure Sensor 2 Failure Detected
812	Pressure Sensor 1 Failure Detected
813	Status Mask Byte 4
814	Position Sensor Out Of Range Detected
815	Status Mask Byte 5
816	Prestage Cut Detected
817	Prestage Shortcut Detected
818	Input Signal Sensor Failure Detected
819	Position Sensor Failure Detected
820	Continued Processor Reset Detected
821	Friction Problem Detected
822	Pneumatics Problem Detected
823	Status Mask Byte 6
824	Status Mask Byte 7
825	Status Mask Byte 8
826	Supply Pressure Too Low for Single Acting Actuator
827	Calibration Recommended
828	Daily Valve Reversals while Stable Setpoint Trend Limit Exceeded
829	Daily Setpoint Reversals Trend Limit Exceeded
830	Daily Valve Reversals Trend Limit Exceeded
831	Status Mask Byte 9
832	Valve Position High Limit Exceeded
833	Valve Position Low Limit Exceeded
834	Reduced Performance Mode
835	Status Mask Byte 10
836	Status Mask Byte 11
837	Status Mask Byte 12
838	Status Mask Byte 13
839	Status Mask Byte 14
840	Status Mask Byte 15
841	Start Automatic Calibration
842	Select which calibration to run: 1) Travel Calibration 2) Tuning 3) Travel Calibration and Tuning 4)
843	Start One Point Calibration
844	Start one point calibration
845	Modify Parameter Values
846	Modify any integer or floating point type parameter in the device.
847	List selected events one at a time. Listing starts always from the latest event. Press ENTER to view the next event or ABORT to quit. You can select from 6 different classes.
848	Init Table with Predefined Curves
849	Send one of the predefined flow modification curves to the device. You must set Modification Type to 'Custom Table' to use this curve. You can select 1) Linear Curve 2)1/25 Curve 3)Quick 1/25 Curve 4)1/33 Curve 5)Quick 1/33 Curve 6)1/50 Curve 7) Quick 1/50 Curve
850	User Defined Curve
851	Edit flow modification table points one by one. You must set Modification Type to 'Custom Table' to use this curve. NOTE: You must go thru the whole list to update the table.
852	Start Offline Tests
853	You can select which offline test to start. You can start tests with default parameters or change them if you wish.
854	Lock/Unlock Device
855	Lock/unlock local interface. Locking also prevents other master writing parameters via HART interface.
856	Local User Interface Lock
857	Shows if device is locked and which master has locked it.
858	Reset Counters
859	Resets certain diagnostics counters. Be careful to use this command since you may lose very important data!
860	Identify Device
861	Device should show scrolling text 'DEVICE ACCESSED' on its display.
862	Device Mode
863	Show the device mode (or modes).
864	Shows alarm and error conditions reported by the device.
865	Init Table With Default Curve
866	Initialise Multipoint Step Test with Predefined Steps
867	Set one of the predefined step set to Multipoint Step Test values
868	Send User Curve
869	Initialise Dynamic Loop Test with Predefined Values
870	Set predefined values to Dynamic Loop Test
871	Initialise Valve Analysis Test with Predefined Values
872	Set predefined values to Valve Analysis Test
873	Initialise Valve Deadband Test with Predefined Values
874	Set predefined values to Deadband Test
875	Newest events
876	Previous 10 events
877	Next 10 events
878	Enable All Statuses
879	Disable All Statuses
880	Pressure Unit
881	Temperature Unit
882	Show Burst Mode Configuration
883	Configure Burst Mode Messages
884	Device Type
885	ND7000H
886	ND9000H
887	Metso Automation
888	Description
889	Maintenance required
890	Device Variable Alert
891	Critical Power Failure
892	Out of Specification
893	Commmunication failure
894	Parameter Corrupted
895	Processor Failure
896	Setpoint above high limit
897	Setpoint under low limit
898	Device mode AUTO
899	Device in manual mode
900	Calibration running
901	Device mode TEST
902	Device mode FAIL
903	Device mode FAILSAFE
904	Device is HW write protected
905	Current loop signal value in mA.
906	2.1f
907	Channel Flags
908	Input Channel
909	.3f
910	1st Dyn Var.
911	2nd Dyn Var.
912	3rd Dyn Var.
913	4th Dyn Var.
914	Command
915	Update Period
916	Max Update Period
917	Mode
918	Trigger Mode
919	Classification
920	Trigger Units
921	Trigger Level
922	Burst Messages
923	HART Error Rate
924	Loop (mA) setpoint in percentages (%).
925	Always % from total range
926	Unit is always percents (%).
927	Control Value PDQ
928	Control Value LS
929	Ctrl Value Fmly stat
930	Measured position of the valve. Should always follow the modified setpoint.
931	Valve Travel Unit
932	Unit is always percents (%) of the calibrated travel range.
933	Valve Position PDQ
934	Valve Position LS
935	Valve Pos Fmly stat
936	Pressure at close side.
937	Cylinder Pressure (C1) Unit
938	Pressure unit can be changed between bar and psi.
939	Cylinder Pressure C1 PDQ
940	Cylinder Pressure C1 LS
941	Cyl Press C1 Fmly stat
942	Pressure at open side.
943	Cylinder Pressure (C2) Unit
944	Cylinder Pressure C2 PDQ
945	Cylinder Pressure C2 LS
946	Cyl Press C2 Fmly stat
947	Pressure difference between actuator open and close side.
948	Pressure Diff. Unit
949	Pressure Difference PDQ
950	Pressure Difference LS
951	Press Diff Fmly stat
952	Measured supply pressure value.
953	Supply Pressure Unit
954	Supply Pressure PDQ
955	Supply Pressure LS
956	Supply Press Fmly stat
957	Measured temperature of the controller unit.
958	Temperature unit can be changed between degC and degF.
959	°F
960	Temperature PDQ
961	Temperature LS
962	Temperature Fmly stat
963	Measured position of the spool valve.
964	Spool Position Unit
965	Spool Position PDQ
966	Spool Position LS
967	Spool Pos Fmly stat
968	Input Signal Unit
969	Input signal unit is always mA.
970	Loop Current PDQ
971	Loop Current LS
972	Loop Current Fmly stat
973	HART error rate.
974	HART Error Rate Unit = %
975	HART error rate unit = %.
976	HART Err Rate PDQ
977	HART Err Rate LS
978	HART Err Rate Fmly stat
979	Setpoint after signal modifications applied. Valve position should always follow this setpoint.
980	Valve Setpoint Unit
981	Valve Setpoint PDQ
982	Valve Setpoint LS
983	Valve Setpoint Fmly stat
984	PV Analog Channel Saturated
985	PV Analog Channel Fixed
986	Enable on token-passing data link layer only
987	Enable on TDMA data link layer only
988	Enable on both TDMA and token-passing data link layer
989	Wireless
990	WirelessHART Device
991	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
992	Primary
993	Primary Analog Channel
994	Secondary
995	Secondary Analog Channel
996	Tertiary
997	Tertiary Analog Channel
998	Quaternary
999	Quaternary Analog Channel
1000	Quinary
1001	Quinary Analog Channel
1002	Lock all
1003	Trim not supported
1004	Configuration cannot be changed
1005	Locked by gateway
1006	Analog Input Channel
1007	Analog Output Channel
1008	Secondary Analog Channel Saturated
1009	Tertiary Analog Channel Saturated
1010	Quaternary Analog Channel Saturated
1011	Quinary Analog Channel Saturated
1012	Secondary Analog Channel Fixed
1013	Tertiary Analog Channel Fixed
1014	Quaternary Analog Channel Fixed
1015	Quinary Analog Channel Fixed
1016	Wired HART Enabled
1017	Enabled on Wired HART device connection only
1018	Wireless HART Enabled
1019	Enabled on WirelessHART device connection only
1020	Both Wired and WirelessHart Enabled
1021	Enabled on both Wired and WirelessHART connections
1022	Device Profile
1023	Device Diagnostic Status 0
1024	Device Diagnostic Status 1
1025	I/O and Subdevice Status
1026	WirelessHART Status
1027	Burst Msg Trigger Mode
1028	Continuous
1029	The Burst Message is published continuously at (worst case) the Minimum Update Period.
1030	Window
1031	The Burst Message is triggered when the source value deviates more than the specified trigger value
1032	Rising
1033	The Burst Message is triggered when source value Rises Above the specified trigger value.
1034	Falling
1035	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1036	On-change
1037	The Burst Message is triggered when any value in the message changes.
1038	Burst Trigger Class
1039	Burst Trigger Units
1040	Process automation device
1041	Discrete device
1042	Hybrid:Process automation+discrete
1043	I/O System
1044	WirelessHART Process automation device
1045	WirelessHART Discrete device
1046	WirelessHART Process automation+discrete
1047	WirelessHART Gateway
1048	WirelessHART Access point
1049	WirelessHART Process adapter
1050	WirelessHART Discrete adapter
1051	WirelessHART enabled handheld/portable maintenance tool
1052	Simulation active
1053	The device is in simulation mode and the level output is not representative of the process.
1054	Non-Volatile memory failure
1055	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1056	Volatile memory error
1057	The RAM memory check is invalid or maybe corrupt
1058	Watchdog reset executed
1059	A watchdog reset has been performed
1060	Voltage conditions out of range
1061	A voltage condition is outside its allowable range
1062	Environmental conditions out of range
1063	An internal or environmental condition is beyond acceptable limits.
1064	Electronic failure
1065	A hardware problem not related to the sensor has been detected.
1066	Subdevice list changed
1067	Duplicate master detected
1068	Capacity Denied
1069	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1070	Bandwidth allocation pending
1071	Block transfer pending
1072	Time Stamp
1073	Relative time value on network
1074	8u
1075	Dynamic Variables Returned for Device Variables
1076	Command Response Truncated
1077	Configuration Change Counter Mismatch
1078	Status bytes mismatch
1079	8.3f
1080	Update time adjusted
1081	Invalid burst message
1082	Invalid device variable classification
1083	Invalid burst trigger mode selection code
1084	Burst condition conflict
1085	Update period increased
1086	Insufficient bandwidth
1087	Device Variable
1088	Burst Message Number
1089	Update period for burst message
1090	5.3f
1091	Maxium update period for burst message
1092	Burst Variable Code
1093	Burst Variable Slot - Device variable code assigned to the slot to be read in burst mode.
1094	Total Burst Msgs
1095	Total number of burst messages supported by this device
1096	Burst Command
1097	Cmd 48: Read Additional Device Status
1098	Read Additional Device - This command reads additional device status information
1099	Burst Trigger Level
1100	Error in command parameters.
1101	Too few data bytes received.
1102	Device is write protected!!
1103	Reset Configuration Changed Flag ?
1104	Reset Configuration Changed Flag successfully performed!
1105	Event read failed!!
1106	During calibration the valve operates between open and closed positions. Make sure that the operation does not endanger people or processes!
1107	Error in test parameters.
1108	Start failed! Possible reasons are: -Too low supply pressure -Device is write protected -Command has wrong parameters
1109	Another test or calibration is running.
1110	Valve Travel calibration running... Valve Position is %{valve_position_Value} %%
1111	1-point calibration running...
1112	Valve Travel calibration successful.
1113	1-point calibration successful.
1114	Valve Travel calibration was cancelled.
1115	1-point calibration was cancelled.
1116	Valve Travel calibration failed!
1117	1-point calibration failed!
1118	Indicates no error
1119	Calibration not initialized properly
1120	An invalid operation was required
1121	Channel status was bad during calibration
1122	The test timeout was expired
1123	Not enough pressure to perform pos calib
1124	State machines have entered to 'unknown' state
1125	Parameter write function failed when storing spool pos
1126	Parameter write function failed when storing valve pos
1127	Parameter write function failed when storing pressure C1
1128	Parameter write function failed when storing pressure C2
1129	Parameter write function failed when storing supply pressure
1130	Parameter write function failed when storing input current
1131	Spool pos values not in valid range
1132	Valve pos values not in valid range
1133	Pressure C1 values not in valid range
1134	Pressure C2 values not in valid range
1135	Supply pressure not in valid range
1136	Input current not in valid range
1137	Spool pos values difference too small
1138	Valve pos values difference too small
1139	Pressure C1 values difference too small
1140	Pressure C2 values difference too small
1141	Supply pressure values difference too small
1142	Input current values difference too small
1143	Pressure channel C1 sensor gain invalid
1144	Pressure channel C1 sensor gain diff invalid
1145	Pressure channel C2 sensor gain invalid
1146	Pressure channel C2 sensor gain diff invalid
1147	Pressure channel supply sensor gain invalid
1148	Pressure channel supply sensor gain diff invalid
1149	Calib process was not able to get temporary ownership
1150	Unable to write spring tuner parameters into database
1151	Spring tuner store values out of range
1152	Unable to write PWM calibration store value into database
1153	Pwm calibration store value out of range
1154	Tune failed
1155	Range error in spring tuner
1156	Prestage Diagnostics Range (38)
1157	One Point Calibration Range Error
1158	For the best performance, run the automatic Valve Travel Calibration. Make sure that the operation does not endanger people or processes! Continue with One Point Calibration?
1159	yes;no
1160	Current values are as follows Valve Position: %[3.2f]{ftmp} Percent Target Position: %[3.2f]{ftmp1} Percent Maximum Turning Angle: %[3.2f]{ftmp2}°
1161	Give New Maximum Turning Angle:
1162	Give parameter number:
1163	No such parameter or invalid type!!
1164	Type integer. Enter new value:
1165	Type float. Enter new value:
1166	Parameter value changed successfully
1167	Parameter value too big!!
1168	Parameter value too small!!
1169	Select which events to display:
1170	All events;Notify events;Warning events;Error events;Alarm events;Failsafe events
1171	Event %{index}: %{0} Time: %{1}
1172	Event read ended
1173	Select one of the Predefined Curves
1174	Linear;1/25;Quick 1/25;1/33;Quick 1/33;1/50;Quick 1/50
1175	Wait, table updating in progress...
1176	Updating done!
1177	%{percentage}% point :
1178	Value must be equal or greater than previous point!
1179	All parameters correct?
1180	Yes;No
1181	You aborted editing characterization table. Table was not updated!!
1182	Select which Offline Test to start:
1183	Multipoint Step Test;Dynamic Loop Test;Valve Analysis Test;Valve Deadband Test
1184	Enter Number of Steps for the test:
1185	You entered wrong number of steps!
1186	Step Number: %{cntr}
1187	Start Position:
1188	End Position:
1189	Init Time:
1190	Duration:
1191	Ramp Time:
1192	Target Position:
1193	Steady Time:
1194	Step Wait Time:
1195	Running a test will stop process controlling. Make sure that the test does not endanger people or processes!
1196	Multipoint Step Test running... Valve Position is %{valve_position_Value} %%
1197	Dynamic Loop Test running... Valve Position is %{valve_position_Value} %%
1198	Valve Analysis Test running... Valve Position is %{valve_position_Value} %%
1199	Valve Deadband Test running... Valve Position is %{valve_position_Value} %%
1200	Test was ended succesfully.
1201	Select operation:
1202	Unlock;Lock Temporarily;Lock Permanently;Lock All
1203	Device was unlocked!
1204	Device was locked temporarily!
1205	Device was locked permanently!
1206	Device was locked all!
1207	Unknown lock code.
1208	Access is restricted!!
1209	Device is not locked.
1210	Device is locked temporarily by secondary master.
1211	Device is locked permanently by secondary master.
1212	Device is locked temporarily by primary master.
1213	Device is locked permanently by primary master.
1214	WARNING! You may lose very important data by using this command!
1215	Select which counter to reset:
1216	Valve Travel and Reversals;Actuator Travel and Reversals;Setpoint Travel and Reversals;Spool valve Travel and Reversals;Event log;Reset All
1217	Are you sure?
1218	Press OK to identify device or ABORT to quit.
1219	Squawked!!
1220	Device mode AUTO, calibrating...
1221	Device mode MANUAL, calibrating...
1222	Device mode AUTO, testing...
1223	Device mode MANUAL, testing...
1224	Device has currently all alarms disabled!!
1225	Device Status is OK.
1226	Low Cut-Off must be smaller than High Cut-Off! Please correct the values before sending!
1227	Split Range LOW and Split Range HIGH difference can not be smaller than 20%! Please correct the values before sending!
1228	Valve Position Limit LOW must be smaller than Valve Position Limit HIGH ! Please correct the values before sending!
1229	Supply Pressure Low Limit must be smaller than Supply Pressure High Limit ! Please correct the values before sending!
1230	Temperature Low Limit must be smaller than Temperature High Limit ! Please correct the values before sending!
1231	Stiction Low Limit must be smaller than Stiction High Limit ! Please correct the values before sending!
1232	Load for Opening Low Limit must be smaller than Load for Opening High Limit ! Please correct the values before sending!
1233	Valve Position Alarm Limit Low must be smaller than Valve Position Alarm Limit High ! Please correct the values before sending!
1234	Standard step test 40%->60%;Standard mulitpoint step test,0%->25%->50%->75%->100%
1235	No valid multipoint step test data available! Graph will not be shown.
1236	No valid dynamic loop test data available! Graph will not be shown.
1237	No valid valve deadband data available! Graph will not be shown.
1238	No valid valve analysis test data available! Graph will not be shown.
1239	Checking table values...
1240	%{percentage}% value must be equal or greater than previous point!
1241	Errors in table data. Table was not updated!!
1242	Device is write protected or command has wrong parameters
1243	Couldn't start event read
1244	Device busy error
1245	Event read failed!
1246	%[6.2f]{fpEventTimeHrs} %[02d]{timeStampDay}.%[02d]{timeStampMonth}.%[04d]{timeStampYear} %[02d]{timeStampHours}:%[02d]{timeStampMinutes}:%[02d]{timeStampSecs}
1247	%[6.2f]{fpEventTimeHrs} %[02d]{timeStampDay}.%[02d]{timeStampMonth}.%[04d]{timeStampYear} %[02d]{timeStampHours}:%[02d]{timeStampMinutes}:%[02d]{timeStampSecs} *
1248	Enable all status configuration settings?
1249	NO;YES
1250	Action Cancelled
1251	Enabling all....
1252	Disable all status configuration settings?
1253	Disabling all....
1254	Select new pressure unit:
1255	bar;PSI
1256	Dynamic variable pressure units changed to bar
1257	Dynamic variable pressure units changed to PSI
1258	Select new temperature unit:
1259	Celsius;Fahrenheit
1260	Dynamic variable temperature units changed to Celsius
1261	Dynamic variable temperature units changed to Fahrenheit
1262	Show burst id configuration:
1263	0;1;2
1264	Reading message configuration...
1265	psi
1266	deg C
1267	deg F
1268	mA
1269
1270	In burst mode the following value will be sent: PV = %[L]{deviceVariables[primary_variable_code].DIGITAL_VALUE}
1271	%[L]{deviceVariables[primary_variable_code].DIGITAL_VALUE}
1272	In burst mode the loop current and percent of range will be sent.
1273	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}
1274	In burst mode burst variables 1-8 will be sent.
1275	%[L]{deviceVariables[0].DIGITAL_VALUE}
1276	%[L]{deviceVariables[1].DIGITAL_VALUE}
1277	%[L]{deviceVariables[2].DIGITAL_VALUE}
1278	%[L]{deviceVariables[3].DIGITAL_VALUE}
1279	%[L]{deviceVariables[4].DIGITAL_VALUE}
1280	%[L]{deviceVariables[5].DIGITAL_VALUE}
1281	%[L]{deviceVariables[6].DIGITAL_VALUE}
1282	%[L]{deviceVariables[7].DIGITAL_VALUE}
1283	%[L]{deviceVariables[8].DIGITAL_VALUE}
1284	%[L]{deviceVariables[9].DIGITAL_VALUE}
1285	%[L]{deviceVariables[10].DIGITAL_VALUE}
1286	Unknown burst variable code
1287	In burst mode burst variables 1-4 will be sent.
1288	In burst mode the additional device status will be sent.
1289	Additional device status
1290	%{compat_burst_messages[burst_message_number].MAX_UPDATE_PERIOD}
1291	%{compat_burst_messages[burst_message_number].UPDATE_PERIOD}
1292	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
1293	After continuing there may be a short delay before burst variables are displayed
1294	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}
1295	Next>
1296	selection
1297	Change burst mode message %{burst_id} configuration?
1298	Burst Mode:
1299	OFF;ON
1300	Burst command
1301	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
1302	In burst mode burst variables 1-8 will be sent. After continuing there may be a short delay before burst variables dialog is displayed
1303	Burst variables 1-8 are set to Not used
1304	Burst variables 2-8 are set to Not used
1305	Burst variables 3-8 are set to Not used
1306	Burst variables 4-8 are set to Not used
1307	Burst variables 5-8 are set to Not used
1308	Burst variables 6-8 are set to Not used
1309	Burst variables 7-8 are set to Not used
1310	In burst mode burst variables 1-4 will be sent. After continuing there may be a short delay before burst variables dialog is displayed
1311	Burst variables 1-4 are set to Not used
1312	Burst variables 2-4 are set to Not used
1313	Burst variables 3-4 are set to Not used
1314	Burst command is 48 so trigger mode set to continuous
1315	Give trigger mode
1316	Give trigger level (%)
1317	Give trigger level (psi)
1318	Give trigger level (bar)
1319	Give trigger level (deg C)
1320	Give trigger level (deg F)
1321	Give trigger level (mA)
1322	Give trigger level
1323	Give update period (sec)
1324	Give maximum update period
1325	Send command 107 Write Burst Device Variables...
1326	Error sending command 107 Write Burst Variables.
1327	Passed parameter is too large.
1328	Send command 108 Write Burst Command Number...
1329	Error sending command 108 Write Burst Command Number.
1330	Transmitter specific command_error.
1331	Send command 104 Write Burst Trigger...
1332	Error sending command 104 Write Burst Trigger.
1333	Passed parameter is too small.
1334	Invalid units.
1335	Send command 103 Write Burst Period...
1336	Error sending command 103 Write Burst Command.
1337	Burst update period is set to nearest value %{0} seconds.
1338	Burst maximum update period is set to nearest value %{1} seconds.
1339	Send command 109 Write Burst Mode Control...
1340	Warning - Update Period Increased
1341	Write to device completed.
Reference ID	String