HART设备字典

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引用ID	字符串
0	Flow Speed
1	Volume Flow
2	Mass Flow
3	Temperature
4	Density
5	Sensor Average
6	Sensor Deviation
7	Sensor Drive Level
8	Tube Frequency
9	Strain Measurement Tube
10	Strain Int Case
11	2 Phase Signal
12	Concentration 1
13	Concentration 2
14	Concentration Mass Flow 1
15	Concentration Volume Flow 1
16	Concentration Mass Flow 2
17	Concentration Volume Flow 2
18	Counter 1 Mass
19	Counter 1 Volume
20	Counter 2 Mass
21	Counter 2 Volume
22	Counter 3 Mass
23	Counter 3 Volume
24	Snsr s/n
25	Unit
26	Format Flow Speed
27	Display format for Flow Speed. Local for HART applications, no correlation with device's local display.
28	#X.XX (default)
29	#X.
30	#X.X
31	#X.XXX
32	#X.XXXX
33	#X.XXXXX
34	#X.XXXXXX
35	#X.XXXXXXX
36	#X.XXXXXXXX
37	exponential format
38	auto format
39	Flow Speed
40	Shows the current measurement for Flow Speed.
41	.0f
42	.1f
43	.2f
44	.3f
45	.4f
46	.5f
47	.6f
48	.7f
49	.8f
50	6e
51	g
52	Time constant
53	Time constant for Flow Speed
54	Upper Sensor Limit
55	Lower Sensor Limit
56	Minimum Span
57	Unit Class Flow Speed
58	Device Variable Class. Defines also the set of selectable physical units.
59	Family
60	Device Variable Family
61	Data Quality
62	Process Data Quality 'PDQ'
63	Limit Status
64	Limit Status 'LS'
65	Family Status
66	Family Status 'FS'
67	More device family status available
68	Update Time
69	Update Time Period 'UTP'. Indicates the maximum period between updates of the process variable.
70	Set Simulation
71	Desired setting of the process variable simulation. If enabled, the process variable will be simulated and won't show the actual process value.
72	disabled
73	enabled
74	Properties
75	Properties, indicate e.g. the simulation state.
76	Computed extern
77	Process Variable is not calculated by the field device.
78	Simulated
79	Current state of the process variable simulation. If active, the process variable is simulated and doesn't show the actual process value.
80	Format Volume Flow
81	Display format for Volume Flow. Local for HART applications, no correlation with device's local display.
82	Volume Flow
83	Shows the current measurement for Volume Flow.
84	Time constant for Volume Flow
85	Unit Class Volume Flow
86	Format Mass Flow
87	Display format for Mass Flow. Local for HART applications, no correlation with device's local display.
88	Mass Flow
89	Shows the current measurement for Mass Flow.
90	Time constant for Mass Flow
91	Unit Class Mass Flow
92	Format Temperature
93	Display format for Temperature. Local for HART applications, no correlation with device's local display.
94	Temperature
95	Shows the current measurement for Temperature.
96	Time constant for Temperature
97	Unit Class Temperature
98	Format Density
99	Display format for Density. Local for HART applications, no correlation with device's local display.
100	Density
101	Shows the current measurement for Density.
102	Time constant for Density
103	Unit Class Density
104	Format Sensor Average
105	Display format for Sensor Average. Local for HART applications, no correlation with device's local display.
106	Sensor Average
107	Shows the current measurement for Sensor Average.
108	Time constant for Sensor Average
109	Unit Class Sensor Average
110	Format Sensor Deviation
111	Display format for Sensor Deviation. Local for HART applications, no correlation with device's local display.
112	Sensor Deviation
113	Shows the current measurement for Sensor Deviation.
114	Time constant for Sensor Deviation
115	Unit Class Sensor Deviation
116	Format Sensor Drive Level
117	Display format for Sensor Drive Level. Local for HART applications, no correlation with device's local display.
118	Sensor Drive Level
119	Shows the current measurement for Sensor Drive Level.
120	Time constant for Sensor Drive Level
121	Unit Class Sensor Drive Level
122	Format Tube Frequency
123	Display format for Tube Frequency. Local for HART applications, no correlation with device's local display.
124	Tube Frequency
125	Shows the current measurement for Tube Frequency.
126	Time constant for Tube Frequency
127	Unit Class Tube Frequency
128	Format Strain Measurement Tube
129	Display format for Strain Measurement Tube. Local for HART applications, no correlation with device's local display.
130	Strain Measurement Tube
131	Shows the current measurement for Strain Measurement Tube.
132	Time constant for Strain Measurement Tube
133	Unit Class Strain Measurement Tube
134	Format Strain Int Case
135	Display format for Strain Int Case. Local for HART applications, no correlation with device's local display.
136	Strain Int Case
137	Shows the current measurement for Strain Int Case.
138	Time constant for Strain Int Case
139	Unit Class Strain Int Case
140	Format 2 Phase Signal
141	Display format for 2 Phase Signal. Local for HART applications, no correlation with device's local display.
142	2 Phase Signal
143	Shows the current measurement for 2 Phase Signal.
144	Time constant for 2 Phase Signal
145	Unit Class 2 Phase Signal
146	Unit Concentration 1
147	Unit for Concentration 1.
148	°Bx
149	°Bm
150	Pto
151	API
152
153	Format Concentration 1
154	Display format for Concentration 1. Local for HART applications, no correlation with device's local display.
155	Concentration 1
156	Shows the current measurement for Concentration 1.
157	Time constant for Concentration 1
158	Unit Class Concentration 1
159	Unit Concentration 2
160	Unit for Concentration 2.
161	Format Concentration 2
162	Display format for Concentration 2. Local for HART applications, no correlation with device's local display.
163	Concentration 2
164	Shows the current measurement for Concentration 2.
165	Time constant for Concentration 2
166	Unit Class Concentration 2
167	Format Concentration Mass Flow 1
168	Display format for Concentration Mass Flow 1. Local for HART applications, no correlation with device's local display.
169	Concentration Mass Flow 1
170	Shows the current measurement for Concentration Mass Flow 1.
171	Time constant for Concentration Mass Flow 1
172	Unit Class Concentration Mass Flow 1
173	Format Concentration Volume Flow 1
174	Display format for Concentration Volume Flow 1. Local for HART applications, no correlation with device's local display.
175	Concentration Volume Flow 1
176	Shows the current measurement for Concentration Volume Flow 1.
177	Time constant for Concentration Volume Flow 1
178	Unit Class Concentration Volume Flow 1
179	Format Concentration Mass Flow 2
180	Display format for Concentration Mass Flow 2. Local for HART applications, no correlation with device's local display.
181	Concentration Mass Flow 2
182	Shows the current measurement for Concentration Mass Flow 2.
183	Time constant for Concentration Mass Flow 2
184	Unit Class Concentration Mass Flow 2
185	Format Concentration Volume Flow 2
186	Display format for Concentration Volume Flow 2. Local for HART applications, no correlation with device's local display.
187	Concentration Volume Flow 2
188	Shows the current measurement for Concentration Volume Flow 2.
189	Time constant for Concentration Volume Flow 2
190	Unit Class Concentration Volume Flow 2
191	Format Counter 1 Mass
192	Display format for Counter 1 Mass. Local for HART applications, no correlation with device's local display.
193	Counter 1 Mass
194	Shows the current measurement for Counter 1 Mass.
195	Time constant for Counter 1 Mass
196	Unit Class Counter 1 Mass
197	Format Counter 1 Volume
198	Display format for Counter 1 Volume. Local for HART applications, no correlation with device's local display.
199	Counter 1 Volume
200	Shows the current measurement for Counter 1 Volume.
201	Time constant for Counter 1 Volume
202	Unit Class Counter 1 Volume
203	Format Counter 2 Mass
204	Display format for Counter 2 Mass. Local for HART applications, no correlation with device's local display.
205	Counter 2 Mass
206	Shows the current measurement for Counter 2 Mass.
207	Time constant for Counter 2 Mass
208	Unit Class Counter 2 Mass
209	Format Counter 2 Volume
210	Display format for Counter 2 Volume. Local for HART applications, no correlation with device's local display.
211	Counter 2 Volume
212	Shows the current measurement for Counter 2 Volume.
213	Time constant for Counter 2 Volume
214	Unit Class Counter 2 Volume
215	Format Counter 3 Mass
216	Display format for Counter 3 Mass. Local for HART applications, no correlation with device's local display.
217	Counter 3 Mass
218	Shows the current measurement for Counter 3 Mass.
219	Time constant for Counter 3 Mass
220	Unit Class Counter 3 Mass
221	Format Counter 3 Volume
222	Display format for Counter 3 Volume. Local for HART applications, no correlation with device's local display.
223	Counter 3 Volume
224	Shows the current measurement for Counter 3 Volume.
225	Time constant for Counter 3 Volume
226	Unit Class Counter 3 Volume
227	eSelectionAnalogOutput
228	PV
229	SV
230	TV
231	QV
232	eSelectionCurrentOutput
233	ms
234	Milliseconds
235	Pa*s
236	Pascalsecond
237	Krohne
238	MFC400S
239	Failure
240	Operational fault in device. No measurement possible. (NE 107 status signal).
241	Function check
242	Testing mode by invoking test or simulation functions. (NE 107 status signal).
243	Out of specification
244	Out of specification, measurement continues with less accuracy. (NE 107 status signal).
245	Device Diagnostic Status 1
246	Status commonly used in a wide range of devices and device types
247	Device Status Simulation
248	The displayed device status is simulated and does not show the actual state.
249	Config: No Meas. Value
250	Electr: Operation Info.
251	Electr: IO Connection
252	Proc: Signal Search
253	Proc: 2 Phase Flow
254	Proc: Signal Low
255	Config: Totaliser
256	Proc: System Control
257	Electr: Power Failure
258	S Sensor
259	S Electronics
260	S Configuration
261	S Process
262	M Electronics
263	M Configuration
264	F Sensor
265	F Electronics
266	F Configuration
267	C Configuration
268	Analog Input Channel
269	Upper Limit Value
270	The maximum value of the analog signal.
271	Lower Limit Value
272	The minimum value of the analog signal.
273	DD-Version
274	Version number of the device description according to NAMUR recommendation. You are currently working with version: 01.12
275	01.12
276	PreSetVersionDd
277	Reset Configuration Changed Flag
278	Reset of the HART 'Configuration Changed' flag.
279	Device reset
280	Perform a "cold start" (like power-on start).
281	colVerIdMeasurementCoC
282	colVerIdLowerRangeValue
283	colVerIdUpperRangeValue
284	colVerIdScoAlarmCode
285	colVerIdThresholdLfcRelativeCoC
286	colVerIdHysteresisLfcRelativeCoC
287	colVerIdScoTimeconstant
288	colVerIdTypeIoC
289	colVerIdPolarityCoC
290	colVerIdZeroFlowOffsetPercent
291	colVerIdSafetyMode
292	lblbeAslActivation
293	AslJumperSet
294	AslActive
295	reserved
296	lblbeAslCategories
297	Sensor
298	SensorCalibration
299	TerminalA
300	TerminalB
301	TerminalC
302	TerminalD
303	Totalizer1
304	HmiConfiguration
305	SilFixed
306	SilOperation
307	LockConfiguration
308	Safety State
309	Cold Start
310	Non-SIL Operation
311	Safe Configuration
312	Safe Operation
313	u16SaveParameterizationPassword
314	u16ConfirmationKey
315	uVerificationParameterId
316	st32VerificationString
317	u8VerficationParameterIndex
318
319	ID not valid
320	valid ID
321	uNumberOfValidVerificationParameterIds
322	eTriggerSparInitialization
323	true
324	false
325	Password Result
326	successfull
327	wrong key
328	Unlock Device
329	Unlock device and switch to safe parameterization state. (A6, C7.4)
330	SIL Verification
331	Verification of safety mode (non-SIL) or safety rel. param (SIL).
332	Set Safety Mode
333	Select safety mode of the device. (A4, C7.2)
334	Set Write Lock Selection
335	Selection of locked parameter groups for lock jumper. (C6.3.6)
336	Velocity
337	Volume Flow
338	Temperature
339	Density
340	Mass Flow
341	Strain 1
342	Strain 2
343	Tube Frequency
344	Drive Level
345	Sensor A Level
346	Sensor B Level
347	2 Phase Signal
348	Electronics Temp.
349	Passed
350	Failed - not meas.
351	Failed - zero too high
352	Failed
353	Max. Rec. Temp.
354	Min. Rec. Temp.
355	Time Shift
356	ns
357	Zero Flow Offset
358	0.4f
359	Flow Temp. Comp.
360	Beta Correction
361	Density Temp. Comp.
362	Density Flow Comp.
363	CF9
364	0.6f
365	CF10
366	Failed - points close
367	Failed - plausibility
368	Tube Driver
369	Drive A (compact)
370	Drive B (remote)
371	Min. Tube Amplitude
372	3.1f
373	Nominal Mass Flow
374	7.0f
375	Drive Phase Limit
376	Drive Phase LP
377	Sensor Type
378	Sensor ID
379	Function Statusoutput
380	Set condition to activate status output. (C2.2.2)
381	Status Off
382	Polarity
383	Over Range
384	Range Change B
385	Same Signal
386	Set condition to activate status output. (C2.3.2)
387	Range Change A
388	Output A
389	Set condition to activate status output. (C2.5.2)
390	Conc. Function
391	Select the function of the 1st concentration measurement. (C1.3.2.1)
392	Off
393	Brix
394	% Mass
395	% Volume
396	Baume 144
397	Baume 145
398	% NaOH
399	Plato
400	API
401	% Alcohol by mass
402	% Alcohol by volume
403	Select the function of the 2nd concentration measurement. (C1.3.3.1)
404	Concentration option
405	Concentration option enable
406	Disabled
407	Enabled
408	Diagnosis 1
409	Select diagnostics measurement which is available at output. (C1.5.2)
410	Sensor Average
411	Sensor Deviation
412	Drive Level
413	Diagnosis 2
414	Select diagnostics measurement which is available at output. (C1.5.3)
415	Hz
416	mA
417	On
418	HART
419	Enable/Disable HART communication. (C4.1)
420	Language
421	Set language of the menu. (A1, C5.1)
422	English
423	Deutsch
424	Français
425	Dansk
426	Español
427	Italiano
428	Nederlands
429	Norsk
430	Polski
431	Português
432	Svenska
433	Türkçe
434	Select Range
435	Select range mode for graphic page. (C5.8.1)
436	Manual
437	Automatic
438	Y-Axis Average
439	Set scaling for graphic page Y-axis.
440	3.0f
441	Y-Axis +/- Range
442	Time Scale
443	Time scale for graphic page X-axis. (C5.8.3)
444	Safety Mode
445	Select safety mode of the device.
446	non-SIL Mode
447	SIL Mode
448	Not initialized
449	Checking Parameters...
450	Please Wait ...
451	Press Return to Start
452	Successful
453	Remove Jumper
454	Config. invalid
455	Wrong Key
456	Timeout occured
457	Operating Hours
458	Einheitenklasse Masse
459	Einheitenklasse Volumen
460	[m³]*Factor
461	Set free unit factor for Volume. (C6.5.12)
462	Text Free Unit
463	Set free unit text for Volume. (C6.5.11)
464	[kg]*Factor
465	Set free unit factor for Mass. (C6.5.15)
466	Set free unit text for Mass. (C6.5.14)
467	[m³/s]*Factor
468	Set free unit factor for Volume Flow. (C6.5.3)
469	Set free unit text for Volume Flow. (C6.5.2)
470	[kg/s]*Factor
471	Set free unit factor for Mass Flow. (C6.5.6)
472	Set free unit text for Mass Flow. (C6.5.5)
473	[kg/m³]*Factor
474	Set free unit factor for Density. (C6.5.18)
475	Set free unit text for Density. (C6.5.17)
476	Sensor Serial No.
477	Electronics Serial No.
478	C Number
479	Detected C-No.
480	Change Log
481	Display log containing the checksum over the entire configuration.. (B1.2)
482	Set Operator Password
483	Enable access authentication by setting access code. (C6.3.4)
484	Unlock Password
485	Set unlock password for SIL Operation. (C7.5)
486	Write Lock Selection
487	None
488	Term. C+S
489	Term. D+S
490	Term. BD+S
491	Term. CD+S
492	Term. ABD+S
493	Term. BCD+S
494	Term. ABCD+S
495	HMI+S+Tot.1
496	Term. C+S+HMI+Tot.1
497	Term. D+S+HMI+Tot.1
498	Term. BD+S+HMI+Tot.1
499	Term. CD+S+HMI+Tot.1
500	Term. ABD+S+HMI+Tot.1
501	Term. BCD+S+HMI+Tot.1
502	Term. ABCD+S+HMI+Tot.1
503	V No. Sensor
504	V No. Converter
505	Sensor Revision
506	Damping
507	Set damping for output. (C2.2.4)
508	4.1f
509	RC Threshold
510	RC Hysteresis
511	Polarity
512	Set response of output to measurement polarity. (C2.2.4/5/6)
513	Both Polarities
514	Positive Polarity
515	Negative Polarity
516	Absolute Value
517	Special Function
518	Set range change for current output. (C2.2.11)
519	Automatic Range
520	External Range
521	LFC Threshold
522	Set low flow cutoff for output. (C2.2.3)
523	Alarm Code
524	Set alarm signal for current output. (C2.2.9)
525	Range 100%
526	Set current endpoints for current output. (C2.2.7)
527	Limitation Max
528	Set current limits for current output. (C2.2.8)
529	High
530	Low
531	Limitation Min
532	Alarm Condition
533	Set condition for alarm in output. (C2.2.10)
534	Failure
535	Out Of Specification
536	Range 0%
537	Set damping for output. (C2.2.3/5)
538	LFC Hysteresis
539	Damping C
540	Set damping for output. (A3.6, C2.4.4, C7.1.6)
541	Set response of output to measurement polarity. (C2.4.4/5)
542	Pulse Width
543	Set pulse width of frequency/pulse output. (C2.2.7/8)
544	6.2f
545	Pulse Shape
546	Set pulse shape of frequency/pulse output. (C2.2.6/7)
547	Symmetric
548	Automatic
549	Fixed
550	Phase Shift w.r.t. B
551	Set phase shift relative to output B. (C2.2.10/11)
552	0° Phase Shift
553	90° Phase Shift
554	180° Phase Shift
555	Max. Pulse Rate
556	Set pulse rate for 100% of measuring range of pulse output. (C2.2.9)
557	100% Pulse Rate
558	Set pulse rate for 100% of measuring range for frequency output. (C2.2.8)
559	LFC Threshold C
560	Set low flow cutoff for output. (A3.5, C2.4.3, C7.1.5)
561	LFC Hysteresis C
562	Set current endpoints for current output. (C2.4.7)
563	Set current limits for current output. (C2.4.8)
564	Set alarm signal for current output. (C2.4.9)
565	Alarm Code C
566	Set alarm signal for current output. (A3.4, C2.4.9, C7.1.4)
567	Set condition for alarm in output. (C2.4.10, C7.1.12)
568	Safety Rel. Failures
569	Set damping for totaliser. (C3.3.4)
570	Totaliser Function
571	Set function for totaliser. (C3.3.1)
572	Absolute Total
573	Incremental Total
574	Decremental Total
575	Invert Signal
576	Inverts signal at output. (C2.2.3/9/10)
577	Inverts signal at output. (C2.2.5)
578	Inverts signal at output. (C2.3.3/9/10)
579	Inverts signal at output. (C2.3.5)
580	Inverts signal at output. (C2.4.5)
581	Active
582	Passive
583	Terminals C Type
584	Output type of terminal C. (A3.7, C2.1.6, C7.1.7)
585	NAMUR
586	Terminals D Type
587	Set the output type of terminal D. (C2.1.8)
588	Set damping for output. (C2.3.4/5)
589	Set threshold value for range change setting for current output. (C2.3.12, C2.3.12.1)
590	Set response of output to measurement polarity. (C2.3.4/5/6)
591	Set range change for current output. (C2.3.11)
592	Set alarm signal for current output. (C2.3.9)
593	Set condition for alarm in output. (C2.3.10)
594	Set current limits for current output. (C2.3.8)
595	Set current endpoints for current output. (C2.3.7)
596	Set low flow cutoff for output. (C2.3.3)
597	Set damping for output. (C2.3.3)
598	Set damping for output. (C2.5.3/5)
599	Set response of output to measurement polarity. (C2.5.4/5/6)
600	Set low flow cutoff for output. (C2.5.3)
601	Set pulse width of frequency/pulse output. (C2.3.7/8)
602	Set pulse shape of frequency/pulse output. (C2.3.6/7)
603	Set pulse rate for 100% of measuring range for frequency output. (C2.3.8)
604	0.5f
605	Set pulse rate for 100% of measuring range of pulse output. (C2.3.9)
606	Enable phase shift relative to output A or D. (C2.3.10/11)
607	Phase Shift w.r.t. D
608	Phase Shift w.r.t. A
609	Set pulse width of frequency/pulse output. (C2.5.7/8)
610	Set pulse shape of frequency/pulse output. (C2.5.6/7)
611	Set phase shift relative to output B. (C2.5.10/11)
612	Inverts signal at output. (C2.5.3/9/10)
613	Set pulse rate for 100% of measuring range for frequency output. (C2.5.8)
614	Set damping for output. (C2.5.4)
615	Inverts signal at control input. (C2.2.2)
616	Inverts signal at output. (C2.3.2)
617	Failure Hold Time
618	Set damping for totaliser. (C3.1.4)
619	Set damping for totaliser. (C3.2.4)
620	Set function for totaliser. (C3.1.1)
621	Set function for totaliser. (C3.2.1)
622	Set damping for output. (C2.4.3)
623	SIL certified sensor
624	No
625	Yes
626	Expert mode
627	Hardware detect D
628	Pulse Output
629	Hardware detect B
630	Current Output
631	Status Output
632	Control Input
633	Frequency Output
634	current input
635	Hardware detect A
636	Hardware detect C
637	Terminals A
638	Set the output mode of terminal A. (C2.1.1)
639	Limit Switch
640	Terminals B
641	Set the output mode of terminal B. (C2.1.3)
642	Terminals C
643	Set the output mode of terminal C. (C2.1.5)
644	Terminals D
645	Set the output mode of terminal D. (C2.1.7)
646	Basic IO
647	SIL IO Exi active
648	SIL IO Exi passive
649	SIL IO non-Exi
650	FF
651	Profibus
652	Modbus
653	Unused
654	Pulse Value Unit
655	Set unit for pulse value. (C2.2.2, C2.2.3.2, C2.3.2, C2.3.3.2, C2.5.2, C2.5.3.2)
656	mg
657	g
658	kg
659	t
660	oz
661	lb
662	ST
663	LT
664	Free Unit
665	ml
666	L
667	hl
668	m³
669	in³
670	cf
671	yd³
672	gal
673	IG
674	barrel
675	Set displayed units for Density. (A3.3.3, B2.6.2, B3.4.2, C1.2.1.2, C1.2.3.2, C1.4.3.2, C1.4.4.2, C2.2.2.3, C2.3.2.3, C2.4.2.3, C2.5.2.3, C5.6.3.3, C5.7.3.3, C6.5.16, C7.1.3.3, D1.3.7.2)
676	kg/m³
677	kg/L
678	lb/cf
679	lb/gal
680	SG
681	Volume
682	Set displayed units for Volume. (C3.1.3.3, C3.1.5.2, C3.1.7.2, C3.2.3.3, C3.2.5.2, C3.2.7.2, C3.3.3.3, C3.3.5.2, C3.3.7.2, C6.5.10)
683	Mass
684	Set displayed units for Mass. (C3.1.3.3, C3.1.5.2, C3.1.7.2, C3.2.3.3, C3.2.5.2, C3.2.7.2, C3.3.3.3, C3.3.5.2, C3.3.7.2, C6.5.13)
685	Flow Velocity
686	Set displayed units for Flow Velocity. (A3.3.3, B2.5.2, C2.2.2.3, C2.3.2.3, C2.4.2.3, C2.5.2.3, C5.6.3.3, C5.7.3.3, C6.5.7, C7.1.3.3)
687	m/s
688	ft/s
689	Set displayed units for Volume Flow. (A3.3.3, B2.4.2, B3.3.2, C2.2.2.3, C2.2.4.3, C2.3.2.3, C2.3.4.3, C2.4.2.3, C2.5.2.3, C2.5.4.3, C3.1.3.3, C3.2.3.3, C3.3.3.3, C5.6.3.3, C5.7.3.3, C6.5.1, C7.1.3.3)
690	L/s
691	L/min
692	L/h
693	m³/s
694	m³/min
695	m³/h
696	cf/s
697	cf/min
698	cf/h
699	gal/s
700	gal/min
701	gal/h
702	IG/s
703	IG/min
704	IG/h
705	barrel/h
706	barrel/day
707	Set displayed units for Mass Flow. (A3.3.3, B2.3.2, B3.2.2, C1.1.2.2, C2.2.2.3, C2.2.4.3, C2.3.2.3, C2.3.4.3, C2.4.2.3, C2.5.2.3, C2.5.4.3, C3.1.3.3, C3.2.3.3, C3.3.3.3, C5.6.3.3, C5.7.3.3, C6.5.4, C7.1.3.3)
708	g/s
709	g/min
710	g/h
711	kg/s
712	kg/min
713	kg/h
714	t/min
715	t/h
716	lb/s
717	lb/min
718	lb/h
719	ST/min
720	ST/h
721	LT/h
722	Set displayed units for Temperature. (A3.3.3, B2.7.2, B2.15.2, B3.5.2, B4.7.2, B4.8.2, B4.9.2, B4.10.2, C1.2.4.2, C1.2.6.2, C1.4.3.2, C1.4.4.2, C2.2.2.2/3, C2.3.2.2/3, C2.4.2.2/3, C2.5.2.2/3, C5.6.3.3, C5.7.3.3, C6.5.9, C7.1.3.3, D1.4.10.2)
723	K
724	°C
725	°F
726	Limitation Max
727	Set Min/Max for 1st line of measuring page.
728	Limitation Min
729	Set damping for 1st line of measuring page. (C5.6.6)
730	Low flow cutoff for 1st line of measuring page.
731	Function
732	Set number of lines of display on measuring page. (C5.6.1)
733	One Line
734	Two Lines
735	Three Lines
736	2nd Line Format
737	Set no. of decimal places for 2nd line of measuring page. (C5.6.9)
738	#X.
739	#X.X
740	#X.XX
741	#X.XXX
742	#X.XXXX
743	#X.XXXXX
744	#X.XXXXXX
745	#X.XXXXXXX
746	#X.XXXXXXXX
747	3rd Line Format
748	Set no. of decimal places for 3rd line of measuring page. (C5.6.11)
749	Set damping for 1st line of measuring page. (C5.7.6)
750	Set number of lines of display on measuring page. (C5.7.1)
751	Set no. of decimal places for 2nd line of measuring page. (C5.7.4/9)
752	Set no. of decimal places for 3rd line of measuring page. (C5.7.6/11)
753	Current Span
754	Selection of current output span. (C2.2.6)
755	4-20 mA
756	0-20 mA
757	Custom
758	Selection of current output span. (C2.3.6)
759	Selection of current output span. (C2.4.6)
760	Mode
761	Maintenance Required
762	Flow Polarity
763	Flow Over Range
764	Totaliser 1 Preset
765	Totaliser 2 Preset
766	Totaliser 3 Preset
767	Output B
768	Output D
769	Set mode for status output. (C2.5.1)
770	Output C
771	Set mode for status output. (C2.2.1)
772	Set mode for status output. (C2.3.1)
773	1st Line Format
774	Set no. of decimal places for 1st line of measuring page. (C5.6.7)
775	Set no. of decimal places for 1st line of measuring page. (C5.7.7)
776	Set no. of decimal places for 1st line of measuring page. (C5.7.2/7)
777	Default Display
778	Set default page of display on reset. (C5.5)
779	None
780	1st Meas. Page
781	2nd Meas. Page
782	Status Page
783	Graphic Page
784	Optical Keys
785	Turn optical keys on/off. (C5.3)
786	Backlight
787	Configure backlight. (C5.4)
788	White
789	Red - Failure
790	NE107 Color
791	Set action for control input A. (C2.3.1)
792	Hold All Outputs
793	Hold Output A
794	Hold Output C
795	Hold Output D
796	All Outputs To Zero
797	Output A To Zero
798	Output C To Zero
799	Output D To Zero
800	Reset All Totalisers
801	Reset Totaliser 1
802	Reset Totaliser 2
803	Stop All Totalisers
804	Stop Totaliser 1
805	Stop Totaliser 2
806	Zero Outp.+Stop Tot.
807	Error Reset
808	Calibrate Zero
809	Set action for control input A. (C2.2.1)
810	Hold Output B
811	Output B To Zero
812	IO2
813	Display IO
814	SIL IO
815	Profi.DP
816	Profi.PA
817	Foundation H1
818	Quick Access
819	Configure quick access function. (C6.4.2)
820	Reset all Totalisers
821	Reset Totaliser 3
822	Measurement
823	Selection of measurement for output. Set TV. (C2.2.1, C4.4.3.1)
824	Concentration 1
825	Concentration 2
826	Conc. mass flow 1
827	Conc. volume flow 1
828	Conc. mass flow 2
829	Conc. volume flow 2
830	Range Min
831	Set measurement value range for output. (C2.2.2)
832	Range Max
833	LS Threshold
834	LS Hysteresis
835	Selection of measurement for output. (C2.2.1)
836	Value Per Pulse
837	Set low flow cutoff for output. (C2.2.4)
838	Set measurement for totaliser. (C3.1.2)
839	Preset Value
840	Preset value for totaliser.
841	Set low flow cutoff for totaliser.
842	Selection of measurement for output. Set 4V. (C2.3.1, C4.4.4.1)
843	Set measurement value range for output. (C2.3.2)
844	Selection of measurement for output. (C2.3.1)
845	Set low flow cutoff for output. (C2.5.4)
846	Measurement C
847	Selection of measurement for output C. Display PV (current output C). (A3.2, C2.4.1, C4.4.1.1, C7.1.2)
848	Selection of measurement for output. Set SV. (C2.5.1, C4.4.2.1)
849	Set measurement value range for output. (C2.5.2)
850	Selection of measurement for output. (C2.5.1)
851	Set measurement for totaliser. (C3.2.2)
852	Set measurement for totaliser. (C3.3.2)
853	1st Line Variable
854	Set Measurement for 1st line of measuring page. (C5.6.2)
855	Set Range for 1st line of measuring page. (C5.6.3)
856	Set Measurement for 1st line of measuring page. (C5.7.2)
857	Set Range for 1st line of measuring page. (C5.7.3)
858	2nd Line Variable
859	Set measurement for 2nd line of measuring page. (C5.6.8)
860	Totaliser 1 Mass
861	Totaliser 1 Volume
862	Totaliser 2 Mass
863	Totaliser 2 Volume
864	Totaliser 3 Mass
865	Totaliser 3 Volume
866	Bargraph
867	3rd Line Variable
868	Set measurement for 3rd line of measuring page. (C5.6.10)
869	Set measurement for 2nd line of measuring page. (C5.7.8)
870	Set measurement for 3rd line of measuring page. (C5.7.10)
871	Operation Mode
872	Sets the operating mode. (A8)
873	Measuring
874	Standby
875	Stop
876	5.3f
877	Temp. At Zero Cal.
878	DCF1
879	Empty
880	Pure Water
881	Town Water
882	Other
883	DCF2
884	DCF3
885	DCF4
886	DCF5
887	Zero Add. Offset
888	Set additional zero offset for mass flow.
889	DCF6
890	DCF7
891	DCF8
892	1 Point Calibration
893	2nd Calibration Point
894	Factory Calibration
895	Cancel
896	Density Calib. Product
897	Standard Density k0
898	Set k0 value for Standard density. (C1.2.7)
899	0.7f
900	Standard Density k1
901	Set k1 value for Standard density. (C1.2.8)
902	Standard Density k2
903	Set k2 value for Standard density. (C1.2.9)
904	mm
905	Density Mode
906	Set Density Mode. (C1.2.2)
907	Process
908	Referred
909	Standard
910	Fixed Density Value
911	Set density value for Fixed Density.
912	Ref. Density Temp.
913	Set Reference Temperature for density.
914	Ref. Density Slope
915	Set Density Slope for referred density. (C1.2.5)
916	Low Flow Cutoff
917	Set the low flow cutoff in percent of nom. mass flow. (C1.1.6)
918	Conc. Offset
919	Set an additional offset for the 1st conc. measurement. (C1.3.2.2)
920	6.3f
921	CCF01
922	Selects type of concentration measurement. (C1.3.4.1)
923	Linear
924	Non Linear
925	Conc. Product
926	Set which 1st concentration product is displayed. (C1.3.2.3)
927	% Of Product A
928	% Of Product B
929	CCF02
930	Set density of product A in g/cm3. (C1.3.4.2)
931	CCF03
932	Set temperature coefficient for product A. (C1.3.4.3)
933	CCF04
934	Set temperature coefficient squared for product A. (C1.3.4.4)
935	CCF05
936	Set product B type. (C1.3.4.5)
937	CCF06
938	Set density of product B in g/cm3. (C1.3.4.6)
939	CCF07
940	Set temperature coefficient squared fo product B. (C1.3.4.7)
941	CCF08
942	Set parameters for non-linear equation. (C1.3.4.8)
943	CCF09
944	Set parameters for non-linear equation. (C1.3.4.9)
945	CCF10
946	Set parameters for non-linear equation. (C1.3.4.10)
947	CCF11
948	Set parameters for non-linear equation. (C1.3.4.11)
949	CCF12
950	Set parameters for non-linear equation. (C1.3.4.12)
951	Set an additional offset for the 2nd conc. measurement. (C1.3.3.2)
952	Selects type of concentration measurement. (C1.3.5.1)
953	Set which 2nd concentration product is displayed. (C1.3.3.3)
954	Set density of product A in g/cm3. (C1.3.5.2)
955	Set temperature coefficient for product A. (C1.3.5.3)
956	Set temperature coefficient squared for product A. (C1.3.5.4)
957	Set product B type. (C1.3.5.5)
958	Set density of product B in g/cm3. (C1.3.5.6)
959	Set temperature coefficient squared fo product B. (C1.3.5.7)
960	Set parameters for non-linear equation. (C1.3.5.8)
961	Set parameters for non-linear equation. (C1.3.5.9)
962	Set parameters for non-linear equation. (C1.3.5.10)
963	Set parameters for non-linear equation. (C1.3.5.11)
964	Set parameters for non-linear equation. (C1.3.5.12)
965	Conc. Data Sel.
966	Select the active concentration. (C1.3.1)
967	Conc. Data 1
968	Conc. Data 2
969	Pipe Diameter
970	Set pipe diameter used to calculate flow velocity.
971	5.2f
972	Flow Correction
973	Set additional correction for mass flow. (C1.1.3)
974	Flow Direction
975	Set the direction of flow in relation to the arrow on the sensor. (A3.2/8, C1.1.4, C7.1.8)
976	Forwards
977	Backwards
978	Press. Supp. Time
979	Set the time that pressure suppression is active. (C1.1.8)
980	Press. Supp. Cutoff
981	Set the additional cutoff used during pressure suppression. (C1.1.7)
982	Set the function of system control. (C1.4.1)
983	No Action
984	Flow = 0
985	Condition
986	Set the condition for activating the system control. (C1.4.2)
987	Max. Density
988	Set the upper limit for condition selected by sys. contrl. cond.
989	Max. Temperature
990	Min. Density
991	Set the lower limit for condition selected by sys. contrl. cond.
992	Min. Temperature
993	Density configuration enabled
994	Max. Allowed Temp.
995	Min. Allowed Temp.
996	CF1
997	CF2
998	CF3
999	CF4
1000	CF5
1001	CF6
1002	CF7
1003	CF8
1004	CF11
1005	CF12
1006	CF13
1007	CF14
1008	CF15
1009	CF16
1010	CF17
1011	CF18
1012	CF19
1013	CF20
1014	CF21
1015	CF22
1016	CF23
1017	CF24
1018	CF25
1019	CF26
1020	CF27
1021	Tube Amplitude
1022	CF5 Error
1023	Empty Density
1024	Process Noise Damping
1025	Set process noise damping. (C1.1.5)
1026	4.2f
1027	Zero Calib. Duration
1028	2 Phase Threshold
1029	Set the threshold for activation of 2-phase signal status message. (C1.5.1, C7.1.10)
1030	5.1f
1031	2 Ph. Ref. Level
1032	Range
1033	Set pulse value for pulse output. (C2.2.3)
1034	Threshold
1035	Set threshold value for limit switch. Selection of measurement for output. (C2.2.2)
1036	Set pulse value for pulse output. (C2.3.3)
1037	Set low flow cutoff for output. (C2.3.4)
1038	Set threshold value for limit switch. (C2.3.2)
1039	Set measurement value range for output. (A3.3, C2.4.2, C7.1.3)
1040	Set threshold value for limit switch. (C2.4.2)
1041	Set pulse value for pulse output. (C2.5.3)
1042	Set threshold value for limit switch. (C2.5.2)
1043	Preset value for totaliser. (C3.1.5)
1044	Set low flow cutoff for totaliser. (C3.1.3)
1045	Preset value for totaliser. (C3.2.5)
1046	Set low flow cutoff for totaliser. (C3.2.3)
1047	Preset value for totaliser. (C3.3.5)
1048	Set low flow cutoff for totaliser. (C3.3.3)
1049	Set scaling for graphic page Y-axis. (C5.8.2)
1050	Extended Range
1051	Threshold
1052	Set threshold value for range change setting for current output. (C2.2.12)
1053	Range 0%...100%
1054	Limitation
1055	Set Min/Max for 1st line of measuring page. (C5.6.4)
1056	Low flow cutoff for 1st line of measuring page. (C5.6.5)
1057	Set Min/Max for 1st line of measuring page. (C5.7.4)
1058	Low flow cutoff for 1st line of measuring page. (C5.7.5)
1059	Set additional zero offset for mass flow. (C1.1.2)
1060	Product Density Value
1061	Set density value for Fixed Density. (C1.2.1/3)
1062	Set Reference Temperature for density. (C1.2.4/6)
1063	Set pipe diameter used to calculate flow velocity. (C1.1.9)
1064	Set the upper limit for condition selected by sys. contrl. cond. (C1.4.3)
1065	Set the lower limit for condition selected by sys. contrl. cond. (C1.4.4)
1066	gdc_04100_32_Hart0PctTo100PctCurrentA
1067	gdc_04102_32_HartMinMaxCurrentA
1068	gdc_04104_32_HartErrorCurrentA
1069	gdc_04110_32_Hart0PctTo100PctCurrentB
1070	gdc_04112_32_HartMinMaxCurrentB
1071	gdc_04114_32_HartErrorCurrentB
1072	gdc_04120_32_Hart0PctTo100PctCurrentC
1073	gdc_04122_32_HartMinMaxCurrentC
1074	gdc_04124_32_HartErrorCurrentC
1075	flResponseTimeGdcDelayed
1076	ui16ObjectNumberGdcGeneric
1077	uiSubNumberGdcGeneric
1078	uniPlaceholderGdc
1079	uiCountBytesGdcTg
1080	uiSubNumberGdcTg
1081	ui16ObjectNumberGdcTg
1082	uiControlStatusGdcTg
1083	ui16ObjectNumberGdcDelayed
1084	uiSubNumberGdcDelayed
1085	uiGdcDelayed1
1086	uiGdcDelayed2
1087	uiGdcDelayed3
1088	uiGdcDelayed4
1089	uiGdcDelayed5
1090	uiGdcDelayed6
1091	uiGdcDelayed7
1092	uiGdcDelayed8
1093	uiGdcDelayed9
1094	uiGdcDelayed10
1095	uiGdcDelayed11
1096	uiGdcDelayed12
1097	uiGdcDelayed13
1098	uiGdcDelayed14
1099	uiGdcDelayed15
1100	uiGdcDelayed16
1101	uiGdcDelayed17
1102	uiGdcDelayed18
1103	uiGdcDelayed19
1104	uiGdcDelayed20
1105	ui16GdcDelayedWord1
1106	ui16GdcDelayedWord2
1107	ui16GdcDelayedWord3
1108	ui16GdcDelayedWord4
1109	ui16GdcDelayedWord5
1110	ui16GdcDelayedWord6
1111	ui16GdcDelayedWord7
1112	ui16GdcDelayedWord8
1113	ui16GdcDelayedWord9
1114	ui16GdcDelayedWord10
1115	flGdcDelayed1
1116	flGdcDelayed2
1117	flGdcDelayed3
1118	flGdcDelayed4
1119	flGdcDelayed5
1120	uiGdcByteGenericRead1
1121	uiGdcByteGenericRead2
1122	uiGdcByteGenericRead3
1123	uiGdcByteGenericRead4
1124	uiGdcByteGenericRead5
1125	uiGdcByteGenericRead6
1126	uiGdcByteGenericRead7
1127	uiGdcByteGenericRead8
1128	uiGdcByteGenericRead9
1129	uiGdcByteGenericRead10
1130	uiGdcByteGenericRead11
1131	uiGdcByteGenericRead12
1132	uiGdcByteGenericRead13
1133	uiGdcByteGenericRead14
1134	uiGdcByteGenericRead15
1135	uiGdcByteGenericRead16
1136	uiGdcByteGenericRead17
1137	uiGdcByteGenericRead18
1138	uiGdcByteGenericRead19
1139	uiGdcByteGenericRead20
1140	uiGdcByteGenericRead21
1141	uiGdcByteGenericRead22
1142	uiGdcByteGenericRead23
1143	uiGdcByteGenericRead24
1144	uiGdcByteGenericRead25
1145	uiGdcByteGenericRead26
1146	uiGdcByteGenericRead27
1147	uiGdcByteGenericRead28
1148	uiGdcByteGenericRead29
1149	uiGdcByteGenericRead30
1150	uiGdcByteGenericWrite1
1151	uiGdcByteGenericWrite2
1152	uiGdcByteGenericWrite3
1153	uiGdcByteGenericWrite4
1154	uiGdcByteGenericWrite5
1155	uiGdcByteGenericWrite6
1156	uiGdcByteGenericWrite7
1157	uiGdcByteGenericWrite8
1158	uiGdcByteGenericWrite9
1159	uiGdcByteGenericWrite10
1160	uiGdcByteGenericWrite11
1161	uiGdcByteGenericWrite12
1162	uiGdcByteGenericWrite13
1163	uiGdcByteGenericWrite14
1164	uiGdcByteGenericWrite15
1165	uiGdcByteGenericWrite16
1166	uiGdcByteGenericWrite17
1167	uiGdcByteGenericWrite18
1168	uiGdcByteGenericWrite19
1169	uiGdcByteGenericWrite20
1170	uiGdcByteGenericWrite21
1171	uiGdcByteGenericWrite22
1172	uiGdcByteGenericWrite23
1173	uiGdcByteGenericWrite24
1174	uiGdcByteGenericWrite25
1175	uiGdcByteGenericWrite26
1176	uiGdcByteGenericWrite27
1177	uiGdcByteGenericWrite28
1178	uiGdcByteGenericWrite29
1179	uiGdcByteGenericWrite30
1180	ui16GdcWordGenericRead1
1181	ui16GdcWordGenericRead2
1182	ui16GdcWordGenericRead3
1183	ui16GdcWordGenericRead4
1184	ui16GdcWordGenericRead5
1185	ui16GdcWordGenericRead6
1186	ui16GdcWordGenericRead7
1187	ui16GdcWordGenericRead8
1188	ui16GdcWordGenericRead9
1189	ui16GdcWordGenericRead10
1190	ui16GdcWordGenericWrite1
1191	ui16GdcWordGenericWrite2
1192	ui16GdcWordGenericWrite3
1193	ui16GdcWordGenericWrite4
1194	ui16GdcWordGenericWrite5
1195	ui16GdcWordGenericWrite6
1196	ui16GdcWordGenericWrite7
1197	ui16GdcWordGenericWrite8
1198	ui16GdcWordGenericWrite9
1199	flGdcFloatGenericRead1
1200	flGdcFloatGenericRead2
1201	flGdcFloatGenericRead3
1202	flGdcFloatGenericRead4
1203	flGdcFloatGenericRead5
1204	flGdcFloatGenericWrite1
1205	flGdcFloatGenericWrite2
1206	flGdcFloatGenericWrite3
1207	flGdcFloatGenericWrite4
1208	ui32GdcUlongGenericRead1
1209	ui32GdcUlongGenericRead2
1210	ui32GdcUlongGenericRead3
1211	ui32GdcUlongGenericRead4
1212	ui32GdcUlongGenericRead5
1213	ui32GdcUlongGenericWrite1
1214	ui32GdcUlongGenericWrite2
1215	ui32GdcUlongGenericWrite3
1216	ui32GdcUlongGenericWrite4
1217	Online Mode?
1218	Can the Host Application currently communicate with the field device?
1219	yes
1220	no
1221	Data type
1222	Byte
1223	Word
1224	Float
1225	Unsigned Long
1226	lblmthEnableConcentraton
1227	hlpmthEnableConcentraton
1228	Select module
1229	Sensor Electronics
1230	Main SW Version
1231	Electronic Revision
1232	UI SW Version
1233	Ident no.
1234	Hardware id
1235	Software version
1236	Production date
1237	Calibration date
1238	Board ser.no.
1239	Stop All Simulations
1240	Stop all running simulation functions. (A2.2, B3.1)
1241	Set simulated value for volume flow. (B3.3)
1242	Limit Switch B
1243	Sets simulated value of output on Terminal B. (B3.8)
1244	Limit Switch D
1245	Sets simulated value of output on Terminal D. (B3.10)
1246	Control Input B
1247	Pulse Output D
1248	Status Output B
1249	Set simulated value for mass flow. (B3.2)
1250	Control Input A
1251	Sets simulated value of output on Terminal A. (B3.7)
1252	Freq. Output D
1253	Pulse Output A
1254	Limit Switch A
1255	Freq. Output A
1256	Set simulated value for density. (B3.4)
1257	Pulse Output B
1258	Set simulated value for temperature. (B3.5)
1259	Current Out A
1260	Status Output D
1261	Current Out B
1262	Current Out C
1263	Sets simulated value of output on Terminal C. (B3.9)
1264	Status Output A
1265	Freq. Output B
1266	Show parameters
1267	Select: Show always all parameters or only those actually valid. For debugging purposes only.
1268	only valid
1269	all
1270	8.3f
1271	Analog value
1272	Characteristics of the Analog Channel. Analog input or output.
1273	gtu_63049_68
1274	Access level
1275	User
1276	Operator
1277	Expert
1278	Service
1279	Password
1280	Password for Access level
1281	No Unit
1282	Unit not used
1283	Resistance
1284	Unit s
1285	lbluniHourGdc
1286	Percent
1287	Reset Errors
1288	Reset errors. (A2.1, C6.2)
1289	Reset Access Level
1290	Reset granted Access Level
1291	Set Access Level
1292	Enable Expert Mode
1293	Disable Expert Mode
1294	Perform Warmstart
1295	Information
1296	Degrees Brix
1297	°Bm144
1298	Degrees Baume 144
1299	°Bm145
1300	Degrees Baume 145
1301	Percent Plato
1302	Degrees API
1303	AbmLeaveZeroCalibration
1304	Perform Zero calibration/ display current zero calib. value. (A7, C1.1.1, C7.1.9)
1305	Calibrate Density
1306	Perform density calibration. (C1.2.1)
1307	Status Bit Not Supported
1308	No Effect
1309	Maintenance Required
1310	Failure
1311	Out of Specification
1312	Function Check
1313	Disabled
1314	Enabled
1315	Reset
1316	Set
1317	Used to map a status condition to a severity level.
1318	PV Analog Channel Saturated
1319	PV Analog Channel Fixed
1320	Critical Power Failure
1321	Failure
1322	Out of Specification
1323	Function Check
1324	Simulation active
1325	Non-Volatile memory failure
1326	Volatile memory error
1327	Watchdog reset executed
1328	Power supply conditions out of range
1329	Environmental conditions out of range
1330	Electronic failure
1331	Device configuration locked
1332	Status simulation active
1333	Discrete Variable Simulation active
1334	Event Notification Overflow
1335	Secondary Analog Channel Saturated
1336	Tertiary Analog Channel Saturated
1337	Quaternary Analog Channel Saturated
1338	Quinary Analog Channel Saturated
1339	Subdevice list changed
1340	Duplicate master detected
1341	Sub-device mismatch
1342	Sub-devices with duplicate IDs found
1343	Stale data notice
1344	Capacity Denied
1345	Bandwidth allocation pending
1346	Block transfer pending
1347	Radio failure
1348	Secondary Analog Channel Fixed
1349	Tertiary Analog Channel Fixed
1350	Quaternary Analog Channel Fixed
1351	Quinary Analog Channel Fixed
1352	Condensed status simulation
1353	Allows simulation of different status conditions.
1354	Condensed status value
1355	Starting Status Map Index must be even value.
1356	Bit Index
1357	Reset Condensed Status Map
1358	Show single events
1359	On occurence
1360	Always
1361	Never
1362	Optical Interf. Active
1363	Keys can be used 60 sec. after removal of optical interface.
1364	Disp. 2 Overrange
1365	Check configuration settings of display line 2.
1366	Status Out C Active
1367	No action required.
1368	Status Out B Active
1369	Status Out A Active
1370	Control In B Active
1371	Control In A Active
1372	Disp. 1 Overrange
1373	Check configuration settings of display line 1.
1374	Tot 3 Stopped
1375	Tot 2 Stopped
1376	Tot 1 Stopped
1377	Zero Calibr. Running
1378	Safe Operation
1379	Status Out D Active
1380	Disp. 2 No Meas. Values
1381	Select another measuement for meas. page 2.
1382	Disp. 1 No Meas. Values
1383	Select another measuement for meas. page 1.
1384	Tot 3 No Meas. Values
1385	Select another measuement for tot 3 or activate diagnosis meas.
1386	Tot 2 No Meas. Values
1387	Select another measuement for tot 2 or activate diagnosis meas.
1388	Tot 1 No Meas. Values
1389	Select another measuement for tot 1 or activate diagnosis meas.
1390	IO D No Meas. Values
1391	Select another measuement for IO D or activate diagnosis meas.
1392	IO C No Meas. Values
1393	Select another measuement for IO C or activate diagnosis meas.
1394	IO B No Meas. Values
1395	Select another measuement for IO B or activate diagnosis meas.
1396	IO A No Meas. Values
1397	Select another measuement for IO A or activate diagnosis meas.
1398	Tot 3 Power Failure
1399	Check totaliser value and perform reset errors.
1400	Tot 2 Power Failure
1401	Tot 1 Power Failure
1402	System Control Active
1403	Tot 3 Overflow
1404	Check totaliser format.
1405	Tot 2 Overflow
1406	Tot 1 Overflow
1407	Sensor Signal Low
1408	Check for entrained gas or viscosity of product.
1409	2 Phase Flow Detected
1410	Check process for entrained gas.
1411	Sensor Signal Search
1412	Check process conditions. In case of remote sensor check cabling.
1413	IO C Connection
1414	Check connection at terminal C, reduce load and perform reset errors.
1415	IO B Connection
1416	Check cable and connection at terminal B, reduce load.
1417	IO A Connection
1418	Check cable and connection at terminal A, reduce load.
1419	Backup 2 Data Faulty
1420	Save settings to Backup 2.
1421	Backup 1 Data Faulty
1422	Save settings to Backup 1.
1423	Backplane Difference
1424	Update backplane by changing and storing one parameter.
1425	Factory Data Faulty
1426	Please contact KROHNE.
1427	Backplane Data Faulty
1428	Check if converter is correctly mounted and fixed into housing.
1429	Velocity Out of Range
1430	Check process conditions or pipe diameter setting.
1431	Prod.Density Out of Range
1432	Check process conditions and density calibration.
1433	Flow Out of Range
1434	Check process conditions.
1435	Proc.Temp.Out of Range
1436	IO D Overrange
1437	Check the range settings of the related output.
1438	IO C Overrange
1439	IO B Overrange
1440	IO A Overrange
1441	Electr.Temp.Out of Spec
1442	Protect electronics from heat by process or direct sunlight.
1443	I/O Temp. Out of Spec
1444	Temp. Or Strain Res. Def.
1445	Check cabling in case of remote device or replace sensor.
1446	IO D Simulation Active
1447	Turn off simulation mode.
1448	IO A Simulation Active
1449	Sensor Starting up
1450	Sensor Simulation Active
1451	Sensor in Standby Mode
1452	For normal operation change operation mode to measurement mode.
1453	Sensor in Stop Mode
1454	IO C Simulation Active
1455	IO B Simulation Active
1456	IO D Configuration
1457	Check terminal D configuration or reset to factory configuration.
1458	IO C Configuration
1459	Check terminal C configuration or reset to factory configuration.
1460	IO2 Configuration
1461	Check IO2 configuration or reset to factory configuration.
1462	IO1 Configuration
1463	Check IO1 configuration or reset to factory configuration.
1464	Display Config.
1465	Check display configuration or reset to factory configuration.
1466	Lock Jumper Set
1467	Remove the lock jumper from the device.
1468	IO B Configuration
1469	Check terminal B configuration or reset to factory configuration.
1470	IO C Calibration Invalid
1471	Perform power reset. If the status returns, contact KROHNE.
1472	Safe Conf. Unverif. (S)
1473	Set safety mode, perform safe config. according to safety manual.
1474	Density Calibration
1475	Check config. of the related function. Reset config. to factory.
1476	Process Input Config.
1477	Safe Config. Invalid
1478	Reset to factory configuration.
1479	Safe Conf. Unverif. (IO)
1480	DM Configuration
1481	BM Configuration
1482	IO A Configuration
1483	Check terminal A configuration or reset to factory configuration.
1484	Tot 3 Configuration
1485	Check Tot. 3 configuration or reset to factory configuration.
1486	Tot 2 Configuration
1487	Check Tot. 2 configuration or reset to factory configuration.
1488	Tot 1 Configuration
1489	Check Tot. 1 configuration or reset to factory configuration.
1490	IO C Failure
1491	Perform power reset, reset errors. If the status returns, contact KROHNE.
1492	IO B Failure
1493	IO A Failure
1494	Process Input Failure
1495	Int. Comm. Error IO B
1496	Safety Rel. Failure
1497	Additional messages describe safety relevant failures.
1498	DM Failure
1499	BM Failure
1500	HW Combination Error
1501	Int. Comm. Error IO C
1502	Tot 3 Failure
1503	Int. Comm. Error IO A
1504	Int. Comm. Error
1505	Tot 2 Failure
1506	Tot 1 Failure
1507	IO 2 Failure
1508	IO 1 Failure
1509	Sensor Error
1510	Sensor Containment Dam.
1511	Replace sensor.
1512	Reset to default
1513	Reset the mappings to the Condensed Status to default values.
1514	Set Simulation Bits
1515	(De)activates the selected Simulation bits
1516	Enable/disable Status Simulation
1517	Enable/disable status simulation. Status simulation will only affect the HART Interface and the content of Command #48. The status of the device is not changed.
1518	Reset all Totalisers
1519	Reset all Totalisers (Func. A2.3)
1520	Set measurement
1521	Start Totaliser
1522	Start totaliser after it has bee. (C3.1.9)
1523	Stop Totaliser
1524	Stop totaliser and holds current. (C3.1.8)
1525	Set Totaliser
1526	Set totaliser to desired value. (C3.1.7)
1527	Reset Totaliser 1
1528	Reset totaliser. (A2.4, C3.1.6, E)
1529	Information (Func. C3.1.10)
1530	Start totaliser after it has bee. (C3.2.9)
1531	Stop totaliser and holds current. (C3.2.8)
1532	Set totaliser to desired value. (C3.2.7)
1533	Reset Totaliser 2
1534	Reset totaliser. (A2.5, C3.2.6, E)
1535	Information (Func. C3.2.10)
1536	Start totaliser after it has bee. (C3.3.9)
1537	Stop totaliser and holds current. (C3.3.8)
1538	Set totaliser to desired value. (C3.3.7)
1539	Reset Totaliser 3
1540	Reset totaliser. (A2.6, C3.3.6, E)
1541	Information (Func. C3.3.10)
1542	No Unit
1543	Unit classification
1544	Invalid transaction number
1545	Value was too high
1546	Value was too low
1547	Invalid classification
1548	Invalid units
1549	Invalid device variable code
1550	GDC timeout
1551	GDC error
1552	GDC delayed response
1553	passed_parameter_too_large
1554	passed_parameter_too_small
1555	in_writer_protect_mode
1556	Waiting for GDC delayed response
1557	C number undefined
1558	Invalid object number
1559	SIL
1560	General Sil Setup
1561	Configuration
1562	Electr. Information
1563	Sensor Information
1564	Density Calibration
1565	Flow Calibration
1566	Display
1567	General
1568	Bar graph
1569	Bar graph menu. Displays the process variable as a bar graph.
1570	Trend
1571	Trend menu. Displays the trend of the process variable.
1572	Chart
1573	Chart menu. Provides graphical display of the process variable.
1574	PV Output
1575	Bar graph menu. Displays the analog signal as a bar graph.
1576	Trend menu. Displays the trend of the analog signal.
1577	Chart menu. Provides graphical display of the analog signal.
1578	PV Analog Channel
1579	Primary
1580	HART Primary Variable (PV), the first element of the Dynamic Variables Array. Equivalent to the process value of the current output.
1581	SV Output
1582	SV output value
1583	SV Analog Channel
1584	Secondary
1585	HART Secondary Variable (SV), the second element of the Dynamic Variables Array. Equivalent to the process value of the frequency output if available.
1586	TV Output
1587	TV output value
1588	TV Analog Channel
1589	Tertiary
1590	HART Tertiary Variable (TV), the third element of the Dynamic Variables Array. Equivalent to the process value of the current input if available.
1591	QV Output
1592	QV output value
1593	QV Analog Channel
1594	Quaternary
1595	HART Quaternary Variable (QV), the fourth element of the Dynamic Variables Array. Not related to any physical in-/output.
1596	Time and simulation
1597	Show unsupported
1598	Show currently not supported process values.
1599	Hide
1600	Show
1601	Measured Values
1602	Process Variables
1603	Simulation Values
1604	Sensor Limits
1605	Totalizer
1606	Diagnosis Values
1607	In-/Outputs, HART Dynamic Variables
1608	In-/Outputs (Chart)
1609	In-/Output (Bar)
1610	In-/Output (Scope)
1611	Measured Values (Chart)
1612	Measured Values (Bar)
1613	Measured Values (Scope)
1614	Diagnosis Values (Chart)
1615	Diagnosis Values (Bar)
1616	Diagnosis Values (Scope)
1617	Concentration Values (Chart)
1618	Concentration Values (Bar)
1619	Concentration Values (Scope)
1620	HART
1621	I/O HART
1622	Mapping of Variables
1623	Set the Mapping of Variables
1624	Preliminary content
1625	The content of this menu is only preliminary
1626	Off
1627	Function switched off
1628	No valid items
1629	This menu contains no valid items.
1630	Process Variables
1631	Device Setup
1632	Maintenance
1633	Offline
1634	<Image> Manufacturer
1635	<Image> Device
1636	<Image> Process Input Orientation
1637	<Image> Sensor Orientation
1638	<Image> PI Calibration Orientation
1639	<Image> PI Filter Orientation
1640	<Image> PI Selftest Orientation
1641	<Image> Current Output Orientation
1642	<Image> Binary Output Orientation
1643	<Image> Frequency Output Orientation
1644	<Image> Status Output Orientation
1645	<Image> Control Input Orientation
1646	<Image> Totalizer Orientation
1647	<Image> Selection IO Orientation
1648	<Image> Display Orientation
1649	<Image> HART Orientation
1650	<Image> Diagnosis Active
1651	<Image> Failure Status
1652	<Image> Maintenance Required Status
1653	<Image> Out Of Specification Status
1654	<Image> Function Check Status
1655	Quick Setup
1656	Information
1657	Setup
1658	General
1659	Reset
1660	Identification
1661	Device
1662	Service
1663	Simulation
1664	HART analog channels
1665	Identification & Info
1666	Provides access to general parameters
1667	Device info
1668	HART Revisions
1669	Preambles
1670	General Status
1671	Reset
1672	lblmnuTestReset
1673	Device
1674	General
1675	Config. Management
1676	Special Functions
1677	Units
1678	Service Access
1679	System
1680	Service Param.
1681	Service Info
1682	I/O
1683	Hardware
1684	A
1685	Terminal A (Off)
1686	Terminal not available.
1687	B
1688	Terminal B (Off)
1689	C
1690	C (off)
1691	Limit Switch C
1692	Status Output C
1693	D
1694	D (off)
1695	Actual Values
1696	Simulation
1697	Process Input
1698	Flow
1699	Concentration
1700	System Control
1701	Diagnostics
1702	Device Status
1703	Device Status menu. Provides access to the current device status.
1704	Condensed Status (NE 107)
1705	Standard
1706	Device Diagnostic Status 0
1707	Detail
1708	Failure ('F')
1709	Function Check ('C')
1710	Out of Specification ('S')
1711	Maintenance Required ('M')
1712	Additional
1713	Variable F/C/S/M
1714	Device status simulation menu. Provides access to simulation functions for the device status.
1715	Select the Bits that should be simulated
1716	Current Device Status
1717	Shows the current Device Status
1718	Status Mapping
1719	Status mapping menu. Provides access to the mapping of device status into the indicators of the HART condensed status according to NAMUR NE107.
1720	Totalisers
1721	Totaliser 1
1722	Operate
1723	Totaliser 2
1724	Totaliser 3
1725	Prepare Parameter Download
1726	Shall be performed prior to a complete parameter download to the device. Writes some basic parameters to the device and performs a warm start.
1727	finish parameter download
1728	Should be performed after a complete parameter download to the device. Performs a warm start.
1729	Upload Variables
1730	Download Variables
1731	Common Tables
1732	Interoperable *
1733	Universal
1734	Common Practice
1735	Pressure Universal
1736	Pressure Common
1737	Menu
1738	Rosemount Magflow
1739	Rosemount Pressure
1740	Moore Products
1741	Siemens Pressure
1742	P2 Common
1743	Wireless
1744	Munge
1745	Analytical Oxygen/Combustion/Methane/CO
1746	Flow Totalizer - Rate Indicator
1747	Flow Variable Area
1748	Flow Coriolis Mass
1749	Flow Ultrasonic - Gas
1750	Flow Ultrasonic - Liquid
1751	Level Ultrasonic
1752	Level Radar - Microwave
1753	Pressure Absolute
1754	Level Capacitance
1755	Pressure Differential
1756	Level Hydrostatic
1757	Level
1758	Pressure Absolute/Relative
1759	Level Microwave
1760	Level Radar
1761	Level Density - Nuclear
1762	Flow Electromagnetic
1763	Flow Vortex
1764	Flow Magmeter - Rack Version
1765	Flow High Performance Magmeter
1766	Flow Mass
1767	Flow Ultrasonic
1768	Flow Magnetic
1769	Flow Magnetic - Custody Transfer
1770	Flow 2-wire Magnetic
1771	Flow Coriolis Mass - Custody Transfer
1772	Flow 2-wire Vortex
1773	Flow Thermal
1774	Temperature Head Mounted
1775	Temperature Compact
1776	Temperature DIN Rail Mounted
1777	Analytical pH
1778	Analytical Conductivity - Conductive
1779	Analytical Conductivity - Inductive
1780	Temperature Sensor
1781	Level Servo
1782	Temperature DIN Rail
1783	Temperature
1784	Analytical ORP
1785	Analytical pION
1786	Analytical IConc
1787	Analytical Electrode Conductivity
1788	Analytical Toroidal Conductivity
1789	Valve Positioner
1790	Valve Controller
1791	Pressure
1792	Pressure Multivariable
1793	Analytical pH/ORP
1794	Flow Coriolis
1795	Analytical Conductivity
1796	Valve Positioner/Pneumatic
1797	Valve Actuator - Electrical
1798	Temperature Dual Input
1799	Valve Actuator
1800	Analytical Corrosion
1801	Analytical Density - Nuclear
1802	Level Continuous Gamma
1803	Level Laser Ranging
1804	Pressure Safety
1805	Flow Vortex/Swirl
1806	Flow
1807	Analytical 4 Electrode Conductivity
1808	Analytical 2 Electrode Conductivity
1809	Analytical Troidal Conductivity
1810	Analytical pH/ORP/pIon/Ion Conc
1811	Analytical Oxygen
1812	Pressure P, dP + Multivariable
1813	Temperature 2-wire
1814	Pressure w/ PID
1815	Pressure Saturated Steam
1816	Analytical Density - Gamma Ray
1817	Level Gamma Ray
1818	Analytical Weight - Gamma Ray
1819	Level w/ Density - Gamma Ray
1820	Analytical Motorized Density
1821	Flow Multivariable Mass
1822	Temperature Multivariable
1823	Specialty HART-to-Analog Signal Conv
1824	Flow dP
1825	Pressure Low Power
1826	Pressure Certified SIL2
1827	Interoperable
1828	Analytical Density
1829	Valve Positioner/Electropneumatic
1830	Flow Magnetic Inductive
1831	Analytical
1832	Analytical Opacity Monitor
1833	Analytical Oxygen/Combustion
1834	Analytical 2-wire Conductivity
1835	Analytical 2-wire Conductivity w/ pure H20
1836	Analytical 2-wire Conductivity w/ % conc
1837	Analytical 2-wire Oxygen/Chlorine/Ozone
1838	Analytical 2-wire pH/ORP
1839	Analytical 2-wire Contacting/Toroidal
1840	Analytical Oxygen - High Temperature
1841	Analytical Conductivity w/ % conc
1842	Analytical pH/ORP/ISE
1843	Analytical Amperometric Analyzer
1844	Analytical Dual Input Analyzer
1845	Pressure Pressure/Level
1846	Analytical Consistency
1847	Analytical Microwave-Pulp Consistency
1848	Analytical Microwave Consistency
1849	Valve Digital Positioner
1850	Valve Smart Valve Positioner
1851	Temperature Differential
1852	Analytical Dissolved Oxygen
1853	Analytical pH Controller
1854	Analytical Conductivity/Resistivity Controller
1855	Analytical Conductivity/Resistivity
1856	Level Displacement
1857	Temperature w/ PID
1858	Valve Universal Positioner
1859	Level Radar - Reflex
1860	Pressure Gauge
1861	Pressure Sealed Gauge
1862	Valve Digital Positioner w/ PID
1863	Valve Intelligent Positioner
1864	Analytical Gas Detector
1865	Analytical Infrared Gas Detector
1866	Analytical Electrochemical Gas Detector
1867	Analytical Measuring Instruments
1868	Level Magnostrictive
1869	Valve On/Off Valve Controller
1870	Level Radar - Pulse
1871	Level Continuous Capactive
1872	Valve Damper Actuator
1873	Valve Electric Damper Actuator
1874	Flow Electronic
1875	Flow Vortex - Multiparameter Mass
1876	Analytical UV Flame Detector
1877	Analytical UVIR Flame Detector
1878	Analytical IR Flame Detector
1879	Analytical Fire Detector
1880	Analytical Gas Detector Display Interface
1881	Analytical Toxic Gas Detector
1882	Analytical Flame Detector
1883	Level Nuclear
1884	Analytical Microwave
1885	Analytical Density - Radiometric
1886	Level Radiometric
1887	Analytical Gas/Steam
1888	Level Nucleonic
1889	Analytical Blade Consistency
1890	Analytical Rotary Consistency
1891	Pressure Absolute/Differential
1892	Positioner
1893	Analytical Combustible Gas Detector
1894	Analytical Point Infrared Gas Detector
1895	Analytical Multi-Detector Monitor System
1896	Valve Positioner/Electro-hydraulic
1897	Valve Monitor
1898	Enable on token-passing data link layer only
1899	Enable on TDMA data link layer only
1900	Enable on both TDMA and token-passing data link layer
1901	WirelessHART Device
1902	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1903	Primary
1904	Primary Analog Channel
1905	Secondary
1906	Secondary Analog Channel
1907	Tertiary
1908	Tertiary Analog Channel
1909	Quaternary
1910	Quaternary Analog Channel
1911	Quinary
1912	Quinary Analog Channel
1913	Lock all
1914	Trim not supported
1915	Configuration cannot be changed
1916	Locked by gateway
1917	Analog Output Channel
1918	The device is in simulation mode and the level output is not representative of the process.
1919	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1920	The RAM memory check is invalid or maybe corrupt
1921	A watchdog reset has been performed
1922	Voltage conditions out of range
1923	A voltage condition is outside its allowable range
1924	An internal or environmental condition is beyond acceptable limits.
1925	A hardware problem not related to the sensor has been detected.
1926	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1927	Continuous
1928	The Burst Message is published continuously at (worst case) the Minimum Update Period.
1929	Window
1930	The Burst Message is triggered when the source value deviates more than the specified trigger value
1931	Rising
1932	The Burst Message is triggered when source value Rises Above the specified trigger value.
1933	Falling
1934	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1935	On-change
1936	The Burst Message is triggered when any value in the message changes.
1937	Battery life
1938	Percent range
1939	Loop current
1940	Primary variable
1941	Secondary variable
1942	Tertiary variable
1943	Quaternary variable
1944	Off
1945	Enable event notification on token-passing data link layer
1946	Enable event notification on TDMA data link layer
1947	Enable event notification on TDMA and token-passing data link layer
1948	Configuration changed event pending
1949	Device status event pending
1950	More status available event pending
1951	Disable
1952	Enable single data point trending
1953	Enable filtered trending
1954	The sample is filtered using a time constant equal to one-third the trend sample period
1955	Enable average trending
1956	The value obtained by dividing the sum of all samples in the period by the total number of samples
1957	Read receive time
1958	Write date and time
1959	Non-Volatile Clock
1960	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.
1961	Clock Uninitialized
1962	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.
1963	Line Power
1964	Device is powered via a hardwired connection to a plant power source.
1965	Battery Power
1966	Device operates solely of its (internal) battery.
1967	Recharg.B./Power Sc.
1968	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).
1969	Idle
1970	Active search
1971	Looking for neighbors.
1972	Negotiating
1973	Quarantined
1974	Operational
1975	Suspended
1976	Deep sleep
1977	Ultra-low power
1978	Wireless Signal Found
1979	Network packets have been recognized
1980	Wireless Signal Identified
1981	Wireless Time Synchronized
1982	WirelessHart Signal Identified
1983	Network Admission Requested
1984	Set on transmission of first join request
1985	Join Retrying
1986	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.
1987	Join Failed
1988	Set on transition from Active Search mode to Deep Sleep mode. Cleared on transition from Deep Sleep to Active Search.
1989	Network Security Clearance Granted
1990	Network Manager Session Established
1991	Network Joined
1992	Network Joined. Normal superframe and links obtained.
1993	Network Bandwidth Requested
1994	Negotiating Network Properties. Gateway session obtained.
1995	Join Complete
1996	Normal operating mode.
1997	None
1998	No restrictions
1999	SI Only
2000	Restricted to SI Unit codes only
2001	Open - accept all devices
2002	Use Whitelist for access
2003	Use Blacklist
2004	Use Whitelist and Blacklist
2005	Lockdown - disable join links
2006	Process automation device
2007	Discrete device
2008	Hybrid:Process automation+discrete
2009	I/O System
2010	WirelessHART Process automation device
2011	WirelessHART Discrete device
2012	WirelessHART Process automation+discrete
2013	WirelessHART Gateway
2014	WirelessHART Access point
2015	WirelessHART Process adapter
2016	WirelessHART Discrete adapter
2017	WirelessHART enabled handheld/portable maintenance tool
2018	Don't attempt to join
2019	Join now
2020	Attempt to join immediately on powerup or reset
2021	US
2022	United States of America
2023	JP
2024	Japan
2025	DE
2026	Germany
2027	FR
2028	France
2029	ES
2030	Spain
2031	RU
2032	Russian Federation
2033	CN
2034	People's Republic of China
2035	Nominal
2036	Device Power Status is nominal
2037	Low
2038	Device Power Status is low
2039	Critically Low
2040	Device Power Status is critically low
2041	Recharging - Low
2042	Recharging - High
2043	Secondary Master
2044	Primary Master
2045	Device Profile
2046	Device Diagnostic Status 0
2047	Device Diagnostic Status 1
2048	I/O and Subdevice Status
2049	WirelessHART Status
2050	Time Set Option
2051	Real Time Clock Flags
2052	Country
2053	Country of intended device installation
2054	SI Unit Control
2055	Indicates if device should only display SI unit codes
2056	Burst Trigger Units
2057	Burst Trigger Class
2058	Wired HART Enabled
2059	Enabled on Wired HART device connection only
2060	Wireless HART Enabled
2061	Enabled on WirelessHART device connection only
2062	Both Wired and WirelessHart Enabled
2063	Enabled on both Wired and WirelessHART connections
2064	Burst Msg Trigger Mode
2065	Event Status
2066	Event Notification Control
2067	Operate mode Mask
2068	Not Defined
2069	Power Source
2070	Power source of the device
2071	Wireless Mode
2072	Join Status
2073	The current location in the joining sequence of operations.
2074	Network Access Mode
2075	Join Mode
2076	Power Status
2077	Power status of the device
2078	Master Mode
2079	This sets the I/O System's Data Link Layer operation on all channels as either primary or secondary master mode.
2080	Trend Units
2081	Trend Device Variable Unit Code
2082	Trend Classification
2083	Trend Device Variable Classification
2084	Trend Control
2085	Device Status Mask
2086	Ext dev status Mask
2087	Device Diagnostic Status 0 Mask
2088	Device Diagnostic Status 1 Mask
2089	Device Diagnostic Status 2 Mask
2090	Device Diagnostic Status 3 Mask
2091	AO saturated Mask
2092	AO fixed Mask
2093	Latched Device Status
2094	Latched Ext dev status
2095	Latched Operate Mode
2096	Latched Device Diagnostic Status 0
2097	Latched Device Diagnostic Status 1
2098	Latched Device Diagnostic Status 2
2099	Latched Device Diagnostic Status 3
2100	Latched AO saturated
2101	Latched AO fixed
2102	Wireless Module Device Type
2103	Device type of the Wireless Radio
2104	Wireless Module Manufacturer ID
2105	Manufacturer of the Wireless Radio contained in this device
2106	Subdevice Device Type
2107	Device type of the subdevice attached to this system.
2108	Subdevice Manufacturer Id
2109	Manufacturer of the subdevice attached to this system.
2110	Time Stamp
2111	Relative time value on network
2112	8u
2113	Dynamic Variables Returned for Device Variables
2114	Command Response Truncated
2115	Configuration Change Counter Mismatch
2116	Status bytes mismatch
2117	Device Variable
2118	Analog Channel Number
2119	Analog Channel Number- Index into an array of Analog Channels.
2120	Index 1 into Analog Channel Array
2121	Index into Analog Channel Array- Is the first of an array of addresses, whose value is identified by the Analog Channel Code.
2122	Index 2 into Analog Channel Array
2123	Index into Analog Channel Array- Is the second of an array of addresses, whose value is identified by the Analog Channel Code.
2124	Index 3 into Analog Channel Array
2125	Index into Analog Channel Array- Is the third of an array of addresses, whose value is identified by the Analog Channel Code.
2126	Index 4 into Analog Channel Array
2127	Index into Analog Channel Array- Is the fourth of an array of addresses, whose value is identified by the Analog Channel Code.
2128	Are you sure?
2129	No;Yes
2130	Cold start is being executed, Wait...
2131	Confirmation Key
2132	Access denied. Invalid access level.
2133
2134
2135	Safety Mode
2136	Please reload data from device.
2137	;
2138	Write Lock Selection
2139	Identnumber: %{0} Software Version: %{2} Production Date: %{3}
2140	Stop All Simulations
2141	Stop Simulation
2142	Set Value
2143	Set value in %{0}
2144	Start Simulation
2145	Set value
2146	Simulated Pulses: %[i,D]{ui32gdc_10021_28_PODSimulationValue_Value}
2147	Simulated Pulses: %[i,D]{ui32gdc_5669_28_POASimulationValue_Value}
2148	Simulated Pulses: %[i,D]{ui32gdc_5925_28_POBSimulationValue_Value}
2149	Errors have been reset.
2150	Access level %{0} granted.
2151	Enter password
2152	Enable Expert Mode?
2153	Disable Expert Mode?
2154	Warm start is being executed, Wait...
2155	%[L]{gdc_32542_28_Get_work_dataset_crc}: %{gdc_32542_28_Get_work_dataset_crc}
2156	This function will trim the device variable 'Mass Flow' (the base variable of the sensor). Do you wish to continue?
2157	Calibration finished
2158	Select calibration mode
2159	Break;Manual;Factory Calib.;Automatic
2160	Enter Value in percent:
2161	Factory Calibration OK
2162	Calibration takes %[.0f]{0}s. Please wait ...
2163	Calibrate Zero %{0}.
2164	Calibrate Zero %{0}%.
2165	Density Calibration?
2166	Enter Product Density Value in %{0} :
2167	Density Calibration %{0}.
2168	Mappings have been reset.
2169	Set status simulation to
2170	Failed to enable status simulation.
2171	Status simulation disabled.
2172	Status simulation enabled.
2173	Failed to disable status simulation.
2174	All totaliser resetted
2175	Totalizer locked.
2176	Select measurement
2177	Totalizer started.
2178	Totalizer stopped.
2179	Enter preset value in %{0}
2180	Totaliser set to %[f]{flTotalizerValueX}
2181	Totaliser reset
2182	Please wait ...
2183	Select analog output
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