Device dictionary

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Reference ID	String
0	Flow Velocity
1	Volume Flow
2	Mass Flow
3	Temperature
4	Density
5	Sensor Average
6	Sensor Deviation
7	Drive Level
8	Tube Frequency
9	Strain 1
10	Strain 2
11	2 Phase Signal
12	Concentration 1
13	Concentration 2
14	Mass Flow Concentration 1
15	Volume Flow Concentration 1
16	Mass Flow Concentration 2
17	Volume Flow Concentration 2
18	Mass Totaliser 1
19	Volume Totaliser 1
20	Mass Totaliser 2
21	Volume Totaliser 2
22	Mass Totaliser 3
23	Volume Totaliser 3
24	Snsr s/n
25	Flow Velocity
26	Flow Velocity Unit
27	Unit for flow velocity. For HART interface only, no correlation with device's local display.
28	Flow Velocity Format
29	Display format for flow velocity. Local for HART applications, no correlation with device's local display.
30	#X.XX (default)
31	#X.
32	#X.X
33	#X.XXX
34	#X.XXXX
35	#X.XXXXX
36	#X.XXXXXX
37	#X.XXXXXXX
38	#X.XXXXXXXX
39	exponential format
40	auto format
41	Time constant
42	Time constant of process input
43	Flow Velocity
44	Flow velocity
45	.0f
46	.1f
47	.2f
48	.3f
49	.4f
50	.5f
51	.6f
52	.7f
53	.8f
54	6e
55	g
56	Upper Sensor Limit
57	Lower Sensor Limit
58	Minimum Span
59	Class
60	Device Variable Class
61	Family
62	Device Variable Family
63	Data Quality
64	Process Data Quality 'PDQ'
65	Limit Status
66	Limit Status 'LS'
67	Family Status
68	Family Status 'FS'
69	More device family status available
70	Update Time
71	Update Time Period 'UTP'
72	Volume Flow Unit
73	Unit for volume flow. For HART interface only, no correlation with device's local display.
74	Free Unit
75	Volume Flow Format
76	Format for volume flow. Local for HART applications, no correlation with device's local display.
77	Volume Flow
78	Mass Flow Unit
79	Unit for mass flow. For HART interface only, no correlation with device's local display.
80	Mass Flow Format
81	Display format for mass flow. Local for HART applications, no correlation with device's local display.
82	Mass Flow
83	Mass flow
84	Temperature Unit
85	Unit for Temperature. For HART interface only, no correlation with device's local display.
86	Temperature Format
87	Display format for temperature. Local for HART applications, no correlation with device's local display.
88	Temperature
89	Tube temperature
90	Density Unit
91	Unit for density. For HART interface only, no correlation with device's local display.
92	Density Format
93	Display format for density. Local for HART applications, no correlation with device's local display.
94	Density
95	Sensor Average Unit
96	Unit for sensor average. For HART interface only, no correlation with device's local display.
97	Sensor Average Format
98	Display format for sensor average. Local for HART applications, no correlation with device's local display.
99	Sensor Average
100	Sensor Deviation Unit
101	Unit for sensor deviation. For HART interface only, no correlation with device's local display.
102	Sensor Deviation Format
103	Display format for sensor deviation. Local for HART applications, no correlation with device's local display.
104	Sensor Deviation
105	Drive Level Unit
106	Unit for drive level. For HART interface only, no correlation with device's local display.
107	Drive Level Format
108	Display format for drive level. Local for HART applications, no correlation with device's local display.
109	Tube Frequency Unit
110	Unit for tube frequency. For HART interface only, no correlation with device's local display.
111	Tube Frequency Format
112	Display format for tube frequency. Local for HART applications, no correlation with device's local display.
113	Tube Frequency
114	Tube Frequency
115	Strain 1 Unit
116	Unit for strain 1. For HART interface only, no correlation with device's local display.
117	Strain 1 Format
118	Display format for strain 1. Local for HART applications, no correlation with device's local display.
119	Strain 2 Unit
120	Unit for strain 2. For HART interface only, no correlation with device's local display.
121	Strain 2 Format
122	Display format for strain 2. Local for HART applications, no correlation with device's local display.
123	2 Phase Signal Unit
124	Unit for 2 phase signal. For HART interface only, no correlation with device's local display.
125
126	2 Phase Signal Format
127	Display format for 2 phase signal. Local for HART applications, no correlation with device's local display.
128	Concentration 1 Unit
129	Unit for concentration 1. For HART interface only, no correlation with device's local display.
130	°Bx
131	°Bm
132	Pto
133	API
134	Concentration 1 Format
135	Display format for concentration 1. Local for HART applications, no correlation with device's local display.
136	Concentration 1
137	Concentration 2 Unit
138	Unit for concentration 2. For HART interface only, no correlation with device's local display.
139	Concentration 2 Format
140	Display format for concentration 2. Local for HART applications, no correlation with device's local display.
141	Concentration 2
142	Mass Flow Concentration 1 Unit
143	Unit for mass flow concentration 1. For HART interface only, no correlation with device's local display.
144	Mass Flow Concentration 1 Format
145	Display format for mass flow concentration 1. Local for HART applications, no correlation with device's local display.
146	Mass Flow Concentration 1
147	Mass flow concentration 1
148	Volume Flow Concentration 1 Unit
149	Unit for volume flow concentration 1. For HART interface only, no correlation with device's local display.
150	Volume Flow Concentration 1 Format
151	Display format for volume flow concentration 1. Local for HART applications, no correlation with device's local display.
152	Volume Flow Concentration 1
153	Volume flow concentration 1
154	Mass Flow Concentration 2 Unit
155	Unit for mass flow concentration 2. For HART interface only, no correlation with device's local display.
156	Mass Flow Concentration 2 Format
157	Display format for mass flow concentration 2. Local for HART applications, no correlation with device's local display.
158	Mass Flow Concentration 2
159	Mass flow concentration 2
160	Volume Flow Concentration 2 Unit
161	Unit for volume flow concentration 2. For HART interface only, no correlation with device's local display.
162	Volume Flow Concentration 2 Format
163	Display format for volume flow concentration 2. Local for HART applications, no correlation with device's local display.
164	Volume Flow Concentration 2
165	Volume flow concentration 2
166	Mass Totaliser 1 Unit
167	Unit for mass totaliser 1. For HART interface only, no correlation with device's local display.
168	mg
169	Milligrams
170	Mass Totaliser 1 Format
171	Display format for mass totaliser 1. Local for HART applications, no correlation with device's local display.
172	Mass Totaliser 1
173	Volume Totaliser 1 Unit
174	Unit for volume totaliser 1. For HART interface only, no correlation with device's local display.
175	mL
176	Milliliters
177	Volume Totaliser 1 Format
178	Display format for volume totaliser 1. Local for HART applications, no correlation with device's local display.
179	Volume Totaliser 1
180	Mass Totaliser 2 Unit
181	Unit for mass totaliser 2. For HART interface only, no correlation with device's local display.
182	Mass Totaliser 2 Format
183	Display format for mass totaliser 2. Local for HART applications, no correlation with device's local display.
184	Mass Totaliser 2
185	Volume Totaliser 2 Unit
186	Unit for volume totaliser 2. For HART interface only, no correlation with device's local display.
187	Volume Totaliser 2 Format
188	Display format for volume totaliser 2. Local for HART applications, no correlation with device's local display.
189	Volume Totaliser 2
190	Mass Totaliser 3 Unit
191	Unit for mass totaliser 3. For HART interface only, no correlation with device's local display.
192	Mass Totaliser 3 Format
193	Display format for mass totaliser 3. Local for HART applications, no correlation with device's local display.
194	Mass Totaliser 3
195	Volume Totaliser 3 Unit
196	Unit for volume totaliser 3. For HART interface only, no correlation with device's local display.
197	Volume Totaliser 3 Format
198	Display format for volume totaliser 3. Local for HART applications, no correlation with device's local display.
199	Volume Totaliser 3
200	eSelectionAnalogOutput
201	A
202	D
203	B
204	C
205	eSelectionCurrentOutput
206	4.1f
207	SV % range
208	Percent of range; tracks the associated measured value with respect to the range defined by the Lower Range Value and Upper Range Value. Frequency output D if available.
209	8.3f
210	SV Output Value
211	Analog output value that tracks the associated measured value. Frequency output D if available.
212	TV % range
213	Percent of range; tracks the associated measured value with respect to the range defined by the Lower Range Value and Upper Range Value. Current/frequency output A if available (Modular IO / Exi IO).
214	TV Output Value
215	Analog output value that tracks the associated measured value. Current/frequency output A.
216	QV % range
217	Percent of range; tracks the associated measured value with respect to the range defined by the Lower Range Value and Upper Range Value. Current/frequency output B if available (Modular IO / Exi IO).
218	QV Output Value
219	Analog output value that tracks the associated measured value. Current/frequency output B.
220	MthUpdateInterModuleDvac
221	MthOflAlignInterModuleDvac
222	MthAlignInterModuleDyvCdDevIo
223	MthOflAlignInterModuleDyvDiagnosis
224	MthOflAlignInterModuleDyvConcentration
225	MthOflAlignInterModuleDyvTotalizer
226	Align HART Units
227	Align 'HART units' (for measured values) to 'display units' (for configuration parameters) or to default. (Fct. C5.5)
228	start
229	Measured Values
230	Concentration Values
231	Totaliser
232	Diagnosis Values
233	Output, HART Dynamic Vars
234	Primary
235	Secondary
236	Tertiary
237	Quaternary
238	Output (Chart)
239	Output (Bar)
240	Output (Scope)
241	PV Measured Value
242	PV Output
243	SV Measured Value
244	SV Output
245	TV Measured Value
246	TV Output
247	QV Measured Value
248	QV Output
249	Measured Values (Chart)
250	Measured Values (Bar)
251	Measured Values (Scope)
252	Concentration Values (Chart)
253	Concentration Values (Bar)
254	Concentration Values (Scope)
255	Diagnosis Values (Chart)
256	Diagnosis Values (Bar)
257	Diagnosis Values (Scope)
258	HART
259	Totalizer
260	MFC 400
261	Write Protect
262	Failure
263	Operational fault in device. No measurement possible. (NE 107 status signal).
264	Function check
265	Testing mode by invoking test or simulation functions. (NE 107 status signal).
266	Out of specification
267	Out of specification, measurement continues with less accuracy. (NE 107 status signal).
268	Maintenance required
269	Maintenance required, function will soon be restricted. (NE 107 status signal).
270	Status Simulation Active
271	Discrete Variable Simulation Active
272	Event Notification Overflow
273	Tag
274	Tag: Text that is associated with the Field Device installation. It is also used as a type of data link layer address handle. (Fct. A2, C6.1.1)
275	Address used by the Host to identify a Field Device, and changeable by the User to control: the Multidrop Mode for Analog Output 1), and the Analog Output Fixed Mode of Analog Output 1). (Fct. C6.8.2)
276	Text that is associated with the Field Device. This text can be used by the user in any way. (Fct. C6.8.3)
277	Text that is associated with the Field Device. This text can be used by the user in any way. (Fct. C6.8.4)
278	Config: No Meas.Value
279
280	Electr: Operation Info.
281	Proc: Current Input
282	Electr: IO Connection
283	Proc: Signal Search
284	Proc: 2 Phase Flow
285	Proc: Signal Low
286	Config: Totaliser
287	Proc: System Control
288	Electr: Power Failure
289	Sensor
290	Electronics
291	Configuration
292	Process
293	PV Output Value
294	Loop current value of the output that tracks the associated measured value. Current output A (basic IO) or C (modular IO / Exi IO) respectively.
295	PV % range
296	Percent of range; tracks the associated measured value with respect to the range defined by the Lower Range Value and Upper Range Value. Current output A (basic IO) or C (modular IO / Exi IO) respectively.
297	Apply values
298	Currently measured values will be taken as Upper Range Value and Lower Range Value for the PV current output (A or C respectively).
299	Loop test
300	Manually manipulate the current output A/C to a selected constant output value.
301	Function of Current Output A/C must be set to 'Mass Flow'
302	Automatic zero calibration
303	Measures flow in the pipeline for automatic zero adjust. (Function of current output A/C must be 'Mass Flow'!).
304	D/A trim PV
305	Calibration of the PV current output (A or C respectively) with an external reference.
306	Primary Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the Primary Variable dynamic variable. Equivalent to measurement of current output A (basic IO) or C (modular IO / Exi IO) respectively. (Fct. C5.1)
307	Secondary Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the Secondary Variable dynamic variable. Equivalent to measurement of frequency output D if available. (Fct. C5.2)
308	Tertiary Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the Tertiary Variable dynamic variable. Equivalent to measurement of current/frequency output A if available (Modular IO / Exi IO). (Fct. C5.3)
309	QV is
310	Fourth Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the Fourth Variable dynamic variable. Equivalent to measurement of current/frequency output B if available (Modular IO / Exi IO). (Fct. C5.4)
311	Fix analog output
312	Manually manipulate a selected Analog Output to a selected constant output value.
313	D/A trim Analog Output
314	Calibration of a selected output with an external reference.
315	Set Date
316	Set Time
317	Date
318	Displays device date & time setting yyyy-mm-dd hh:mm (Fct. B2.2)
319	Time
320	%H:%M
321	Invalid date code
322	Online Mode?
323	Can the Host Application currently communicate with the field device?
324	yes
325	no
326	DD-Version
327	Version number of the device description according to NAMUR recommendation. You are currently working with version: 01.11
328	01.11
329	PreSetVersionDd
330	Reset Configuration Changed Flag
331	Reset of the HART 'Configuration Changed' flag.
332	Device reset
333	Perform a "cold start" (like power-on start).
334	Value
335	Test values current output
336	4 mA
337	5 mA
338	10 mA
339	12 mA
340	20 mA
341	Test values frequency output
342	1 puls/s
343	10 puls/s
344	100 puls/s
345	1000 puls/s
346	10000 puls/s
347	AbmLeaveFixedMode
348	Simulation A/C
349	Simulation of current output A (basic IO) or C (modular IO / Exi IO).
350	Simulation D
351	Simulation of frequency output D.
352	Simulation A
353	Simulation of current/frequency output A (modular IO / Exi IO).
354	Simulation B
355	Simulation of current/frequency output B (modular IO / Exi IO).
356	Set Date and Time
357	Sets device date & time setting yyyy-mm-dd hh:mm (Fct. C6.6.6)
358	HART analog channels
359	I/O HART
360	Mapping of Variables
361	PV Analog Channel
362	SV Analog Channel
363	TV Analog Channel
364	QV Analog Channel
365	Identification
366	Device info
367	HART Revisions
368	Preambles
369	Reserved
370	Mapping to condensed status signal (NE 107).
371	Failure ('F')
372	Function Check ('C')
373	Out of Specification ('S')
374	Maintenance Required ('M')
375	No Effect
376	Not Defined
377	State to be simulated.
378	Reset
379	Set
380	Zero Calibr. Running
381	PROFIBUS No Data
382	PROFIBUS Baudrate
383	PROFIBUS Passivated
384	PROFIBUS Clear Data
385	PROFIBUS Sync Mode
386	PROFIBUS Freeze Mode
387	Tot 1 Stopped
388	If totaliser to continue counting, activate yes in Fct. C4.y.9 (start totaliser).
389	Tot 2 Stopped
390	Tot 3 Stopped
391	Tot 1 FB4 Threshold
392	Tot 2 FB5 Threshold
393	Tot 3 FB6 Threshold
394	Control In A Active
395	Control In B Active
396	Status Out A Active
397	Status Out B Active
398	Status Out C Active
399	Status Out D Active
400	Disp. 1 Overrange
401	Check configuration settings of display line 1.
402	Disp. 2 Overrange
403	Check configuration settings of display line 2.
404	Optical Interf. Active
405	The keys are ready for operation again approx. 60 sec. after the end of the data transfer/removal of the optical interface.
406	IO A No Meas. Values
407	Select another measuement for IO A in menu C3.2 or activate the measurement in C5.1 for diagnostic values or in menu C2 for concentration values
408	IO B No Meas. Values
409	Select another measuement for IO B in menu C3.3 or activate the measurement in C5.1 for diagnostic values or in menu C2 for concentration values
410	IO C No Meas. Values
411	Select another measuement for IO C in menu C3.4 or activate the measurement in C5.1 for diagnostic values or in menu C2 for concentration values
412	IO D No Meas. Values
413	Select another measuement for IO D in menu C3.5 or activate the measurement in C1.5 for diagnostic values or in menu C2 for concentration values
414	Tot 1 No Meas. Values
415	Select another measuement for totaliser 1 in menu C4.1 or activate the measurement in C1.5 for diagnostic values or in menu C2 for concentration values
416	Tot 2 No Meas. Values
417	Select another measuement for totaliser 2 in menu C4.2 or activate the measurement in C1.5 for diagnostic values or in menu C2 for concentration values
418	Tot 3 No Meas. Values
419	Select another measuement for totaliser 3 in menu C4.3 or activate the measurement in C1.5 for diagnostic values or in menu C2 for concentration values
420	Disp. 1 no measure values
421	Select another measuement fo measure page 1 or activate the measurement in C1.5 for diagnostic values or in menu C2 for concentration values
422	Disp. 2 no measure values
423	Select another measuement fo measure page 2 or activate the measurement in C1.5 for diagnostic values or in menu C2 for concentration values
424	Change NE107 status signal for status group "Electr: Power Failure" (Fct. C1.5.13)
425	Tot 1 Power Failure
426	Check Totaliser value.
427	Tot 2 Power Failure
428	Tot 3 Power Failure
429	Tot 1 FB4 Power Failure
430	Tot 2 FB5 Power Failure
431	Tot 3 FB6 Power Failure
432	Power Failure Detected
433	Change NE107 status signal for status group " Proc: System Ctrl." (Fct. C1.5.11)
434	System Control Active
435	Change NE107 status signal for status group "Config: Totaliser" (Fct. C1.5.12)
436	Tot 1 FB4 Overflow
437	Check totaliser format.
438	Tot 2 FB5 Overflow
439	Tot 3 FB6 Overflow
440	Tot 1 Overflow
441	Tot 2 Overflow
442	Tot 3 Overflow
443	Change NE107 status signal for status group "Proc: Signal Low" (Fct. C1.5.7)
444	Sensor Signal Low
445	Check for entrained gas or viscosity of product.
446	Change NE107 status signal for status group "Proc: 2 Phase Flow" (Fct. C1.5.10)
447	2 Phase Flow Detected
448	Check process for entrained gas.
449	Change NE107 status signal for status group "Proc: Signal Search" (Fct. C1.5.8)
450	Sensor Signal Search
451	Check process conditions (entrained gas, viscosity). In case of remote sensor check sensor cabling. Check internal sensor connections.
452	Change NE107 status signal for status group "Electr: IO Connection" (Fct. C1.5.14)
453	IO A Connection
454	Check cable and connection at terminal A, reduce load.
455	IO B Connection
456	Check cable and connection at terminal B, reduce load.
457	IO C Open Connector
458	Check cable and connection at terminal C, reduce load.
459	Change NE107 status signal for status group "Proc: Current Input" (Fct. C1.5.9)
460	IO A Error Current
461	Check device connected to current input A. This devices submits an error current.
462	IO B Error Current
463	Check device connected to current input B. This devices submits an error current.
464	Backup 1 Data Faulty
465	Use the menu setup > device > special function > save settings to the save the related data set. If this does not help, please contact the factory.
466	Backup 2 Data Faulty
467	Backplane Data Faulty
468	Make sure, that the converter is correctly mounted and fixed into the housing. Change one parameter. The status should disappear within 1 minute. If this does not help, please contact the factory.
469	Factory Data Faulty
470	Please contact the factory.
471	Backplane Difference
472	Change one parameter. The status should disappear within 1 minute. If this does not help, please contact the factory
473	Mem. Life Exceeded
474	Exchange electronics assembly
475	Proc.Temp.Out of Range
476	Check process conditions.
477	Flow Out of Range
478	Vol. Flow Out of Range
479	Prod.Density Out of Range
480	Check process conditions and density calibration.
481	Velocity Out of Range
482	Check process conditions or pipe diameter setting.
483	PROFIBUS Uncertain
484	IO A Overrange
485	If the input value is already limited, see the measures listed there. Check the range settings of the related output
486	IO B Overrange
487	IO C Overrange
488	IO D Overrange
489	Electr.Temp.A Out of Spec
490	Move electronics away from process influences. Protect the electronics against direct sunlight.
491	Electr.Temp.C Out of Spec
492	Electr.Temp.Out of Spec
493	Temp. Or Strain Res. Def.
494	Check cabling in case of remote device or replace sensor.
495	Sensor in Stop Mode
496	For normal operation change operation mode to measurement mode
497	Sensor in Standby Mode
498	Sensor Simulation Active
499	Turn off simulation mode
500	Sensor Starting up
501	Fieldbus Sim. Active
502	Check Fieldbus configuration.
503	PROFIBUS Sim/Man Active
504	Check PROFIBUS configuration.
505	Tot 1 FB4 Sim. Active
506	Tot 2 FB5 Sim. Active
507	Tot 3 FB6 Sim. Active
508	Tot 1 FB4 Man. Active
509	Tot 2 FB5 Man. Active
510	Tot 3 FB6 Man. Active
511	IO A Simulation Active
512	Turn off simulation
513	IO B Simulation Active
514	IO C Simulation Active
515	IO D Simulation Active
516	BM Configuration
517	Check the configuration of the related function. Reset the configuration to the factory settings. If error does not disappear, contact service.
518	DM Configuration
519	Check the configuration of the related function. Reset the configuration to the factory settings. If error does not disappear, contact service.
520	Process Input Config.
521	Check process input configuration or reset to factory configuration.
522	Density Calibration
523	Restart density calibration, check product and operation mode or reset to factory settings
524	Fieldbus Config.
525	Check fieldbus configuration or reset to factory configuration.
526	PROFIBUS Config.
527	Check PROFIBUS configuration or reset to factory configuration.
528	Tot 1 FB4 Unit Error
529	Check unit in Totaliser 1 FB2 or reset to factory settings.
530	Tot 2 FB5 Unit Error
531	Check unit in Totaliser 2 FB3 or reset to factory settings.
532	Tot 3 FB6 Unit Error
533	Check unit in Totaliser 3 FB4 or reset to factory settings.
534	Modbus Config.
535	Check Modbus settings or reset to factory settings.
536	Display Config.
537	Check display configuration or reset to factory configuration.
538	IO1 Configuration
539	Check IO 1 configuration or reset to factory configuration.
540	IO2 Configuration
541	Check IO 2 configuration or reset to factory configuration.
542	Tot 1 Configuration
543	Check Totaliser 1 configuration or reset to factory configuration.
544	Tot 2 Configuration
545	Check Totaliser 2 configuration or reset to factory configuration.
546	Tot 3 Configuration
547	Check Totaliser 3 configuration or reset to factory configuration.
548	IO A Configuration
549	Check IO A configuration or reset to factory configuration.
550	IO B Configuration
551	Check IO B configuration or reset to factory configuration.
552	IO C Configuration
553	Check IO C configuration or reset to factory configuration.
554	IO D Configuration
555	Check IO D configuration or reset to factory configuration.
556	System Error
557	Perform a power reset. If the status returns, contact the factory.
558	System Error A
559	System Error C
560	HW Combination Error
561	BM Failure
562	DM Failure
563	Process Input Failure
564	Fieldbus Failure
565	PROFIBUS Failure
566	Modbus Failure
567	IO 1 Failure
568	IO 2 Failure
569	Tot 1 Failure
570	Tot 2 Failure
571	Tot 3 Failure
572	IO A Failure
573	IO B Failure
574	IO C Failure
575	Sensor Containment Dam.
576	Replace sensor
577	Sensor Error
578	Status Simulation
579	Enables or disables the Status Simulation Mode.
580	disabled
581	enabled
582	GDC timeout
583	GDC error
584	GDC delayed response
585	Starting Status Map Index must be even value.
586	Reset to default
587	Reset the mappings to the Condensed Status to default values.
588	Enable/disable Status Simulation
589	Enable/disable status simulation.
590	Status Display
591	Condensed Status (NE 107)
592	Standard
593	Detail
594	Additional
595	Simulation Values
596	Status Mapping
597	Velocity
598	Displays current unfiltered Flow Velocity (Fct. B2.5)
599	Displays current unfiltered Volume Flow (Fct. B2.4)
600	Displays current unfiltered Temperature (Fct. B2.7)
601	Displays current unfiltered Density (Fct. B2.6)
602	Sets simulated value for Mass Flow (Fct. B1.1, C1.9.1)
603	Sets simulated value for Density (Fct. B1.3, C1.9.3)
604	Sets simulated value for Temperature (Fct. B1.4, C1.9.4)
605	Displays current unfiltered Mass Flow (Fct. B2.3)
606	Displays current value for the measuring strain 1 (Fct. B2.8)
607	Displays current value for the measuring strain 2 (Fct. B2.9)
608	Tube Frequency
609	Displays current vibration frequency of the measuring tube (Fct. B2.10)
610	Drive Level
611	Displays current drive level to activate vibration (Fct. B2.11)
612	Sensor A Level
613	Displays current vibration amplitude of Sensor A (Fct. B2.12)
614	Sensor B Level
615	Displays current vibration amplitude of Sensor B (Fct. B2.13)
616	Displays current 2-phase indication value (Fct. B2.14)
617	SE PCB Temperature
618	Displays current temperature of the SE PCB (Fct. B2.15)
619	Max. Rec. Temp.
620	Displays the maximum recorded sensor temperature whilst powered (Fct. C1.5.1)
621	Min. Rec. Temp.
622	Displays the minimum sensor temperature whilst powered (Fct. C1.5.2)
623	Time Shift
624	Displays the actual time shift measured by the device (Fct. D1.3.1)
625	.4e
626	Zero Flow Offset
627	Displays the stored zero offset in ns (Fct. D1.3.2)
628	.3e
629	Flow Temp. Comp.
630	Displays the actual flow temperature compensation (Fct. D1.3.3)
631	Beta Correction
632	Displays the actual beta flow compensation (Fct. D1.3.4)
633	Density Temp. Comp.
634	Displays the actual density temperature compensation (Fct. D1.3.5)
635	Density Flow Comp.
636	Displays the actual density flow compensation (Fct. D1.3.6)
637	CF9
638	Displays the CF9 value used for density measurement (Fct. D1.3.7)
639	CF10
640	Displays the CF10 value used for density measurement (Fct. D1.3.8)
641	Min. Tube Amplitude
642	Sets the minimum amplitude of vibration of the measuring tube(s) for startup condition (Fct. D1.4.2)
643	Nominal Mass Flow
644	Displays the nominal mass flow of the sensor (Fct. C1.6.3)
645	6.1f
646	Sets simulated value for Volume Flow (Fct. B1.2, C1.9.2)
647	Sensor ID
648	Displays the idenfication number of the sensor (Fct. C1.6.2)
649	Concentration 1 function
650	Concentration 1 function. In online mode the setting should be changed with the corresponding online-method only, as dependent units need to be updated. (Fct. C2.2.1)
651	Off
652	Brix
653	% Mass
654	% Volume
655	Baume 144
656	Baume 145
657	% NaOH
658	Plato
659	API
660	% Alcohol by mass
661	% Alcohol by volume
662	Concentration 2 function
663	Concentration 2 function. In online mode the setting should be changed with the corresponding online-method only, as dependent units need to be updated. (Fct. C2.3.1)
664	Concentration
665	Concentration measurement enabled
666	On
667	Diagnosis 1
668	Diagnosis 1. In online mode the setting should be changed with the corresponding online-method only, as dependent units need to be updated. (Fct. C1.5.4)
669	Diagnosis 2
670	Diagnosis 2. In online mode the setting should be changed with the corresponding online-method only, as dependent units need to be updated. (Fct. C1.5.5)
671	Diagnosis 3
672	Diagnosis 3. In online mode the setting should be changed with the corresponding online-method only, as dependent units need to be updated. (Fct. C1.5.6)
673	Act. Operat. Mode
674	Displays the current operating mode (Fct. B2.16)
675	Stop
676	Startup
677	Measuring
678	Standby
679	Calibrate Zero
680	Calibration Date
681	Displays the date of calibration of the sensor (Fct. C1.6.6)
682	Operation Mode
683	Sets the operating mode (Fct. A9)
684	Zero Add. Offset
685	Manual setting of additional zero offset (Fct. C1.1.2)
686	Zero Calibration
687	Zero Calibration %
688	Displays the stored zero offset in % (Fct. D1.3.9)
689	Temp. At Zero Cal.
690	Displays the temperature at which the stored zero was made (Fct. D1.3.10)
691	DCF1
692	Displays the sensor density calibration coefficient DCF1 (Fct. C1.8.1)
693	0
694	1
695	2
696	3
697	DCF2
698	Displays the sensor density calibration coefficient DCF2 (Fct. C1.8.2)
699	DCF3
700	Displays the sensor density calibration coefficient DCF3 (Fct. C1.8.3)
701	DCF4
702	Displays the sensor density calibration coefficient DCF4 (Fct. C1.8.4)
703	DCF5
704	Displays the sensor density calibration coefficient DCF5 (Fct. C1.8.5)
705	DCF6
706	Displays the sensor density calibration coefficient DCF6 (Fct. C1.8.6)
707	DCF7
708	Displays the sensor density calibration coefficient DCF7 (Fct. C1.8.7)
709	DCF8
710	Displays the sensor density calibration coefficient DCF8 (Fct. C1.8.8)
711	Density Calibration?
712	Start Density Calibration (Fct. C1.2.1)
713	1 Point Calibration
714	2nd Calibration Point
715	Factory Calib.
716	Break
717	Density Calib. Product
718	Density Calib. Product (Fct. C1.2.1)
719	Empty
720	Pure Water
721	Town Water
722	Other
723	Product Density Value
724	Last Density Cal.
725	Displays date last density calibration yyyy-mm-dd (Fct. C1.2.9)
726	Standard Density k0
727	Sets k0 value for Standard density (Fct. C1.2.6)
728	Standard Density k1
729	Sets k1 value for Standard density (Fct. C1.2.7)
730	Standard Density k2
731	Sets k2 value for Standard density (Fct. C1.2.8)
732	Fixed Density Value
733	Density Ref. Temp.
734	Pipe Diameter
735	Density Mode Sel.
736	Set Density Mode (Fct. C1.2.2)
737	Actual
738	Fixed
739	Referred
740	Standard
741	Set Density value for Fixed Density (Fct. C1.2.1/3)
742	Reference Temperature
743	Reference Temperature for referred density or standard density. (Fct. C1.2.3/5)
744	Ref. Density Slope
745	Set Density slope for Referred density (Fct. C1.2.4)
746	Low Flow Cutoff
747	Low Flow Cutoff (Fct. C1.3.4)
748	Conc. Offset
749	Sets an additional offset for the 1st concentration measurement (Fct. C2.2.2)
750	CCF01
751	Sets concentration coefficient CCF1 used in Concentration Data 1 (Fct. C2.4.1)
752	Linear
753	Non Linear
754	Max. Dens.
755	Max. Temp.
756	Conc. Product
757	Sets which 1st concentration product is displayed (Fct. C2.2.3)
758	% Of Product A
759	% Of Product B
760	Min. Dens.
761	Min. Temp.
762	CCF02
763	Sets concentration coefficient CCF2 used in Concentration Data 1 (Fct. C2.4.2)
764	CCF03
765	Sets concentration coefficient CCF3 used in Concentration Data 1 (Fct. C2.4.3)
766	CCF04
767	Sets concentration coefficient CCF4 used in Concentration Data 1 (Fct. C2.4.4)
768	CCF05
769	Sets concentration coefficient CCF5 used in Concentration Data 1 (Fct. C2.4.5)
770	CCF06
771	Sets concentration coefficient CCF6 used in Concentration Data 1 (Fct. C2.4.6)
772	CCF07
773	Sets concentration coefficient CCF7 used in Concentration Data 1 (Fct. C2.4.7)
774	CCF08
775	Sets concentration coefficient CCF8 used in Concentration Data 1 (Fct. C2.4.8)
776	CCF09
777	Sets concentration coefficient CCF9 used in Concentration Data 1 (Fct. C2.4.9)
778	CCF10
779	Sets concentration coefficient CCF10 used in Concentration Data 1 (Fct. C2.4.10)
780	CCF11
781	Sets concentration coefficient CCF11 used in Concentration Data 1 (Fct. C2.4.11)
782	CCF12
783	Sets concentration coefficient CCF12 used in Concentration Data 1 (Fct. C2.4.12)
784	Sets an additional offset for the 2nd concentration measurement (Fct. C2.3.2)
785	Sets concentration coefficient CCF1 used in Concentration Data 2 (Fct. C2.5.1)
786	Sets which 2nd concentration product is displayed (Fct. C2.3.3)
787	Sets concentration coefficient CCF2 used in Concentration Data 2 (Fct. C2.5.2)
788	Sets concentration coefficient CCF3 used in Concentration Data 2 (Fct. C2.5.3)
789	Sets concentration coefficient CCF4 used in Concentration Data 2 (Fct. C2.5.4)
790	Sets concentration coefficient CCF5 used in Concentration Data 2 (Fct. C2.5.5)
791	Sets concentration coefficient CCF6 used in Concentration Data 2 (Fct. C2.5.6)
792	Sets concentration coefficient CCF7 used in Concentration Data 2 (Fct. C2.5.7)
793	Sets concentration coefficient CCF8 used in Concentration Data 2 (Fct. C2.5.8)
794	Sets concentration coefficient CCF9 used in Concentration Data 2 (Fct. C2.5.9)
795	Sets concentration coefficient CCF10 used in Concentration Data 2 (Fct. C2.5.10)
796	Sets concentration coefficient CCF11 used in Concentration Data 2 (Fct. C2.5.11)
797	Sets concentration coefficient CCF12 used in Concentration Data 2 (Fct. C2.5.12)
798	Conc. Data Sel.
799	Concentration Selector (Fct. C2.1)
800	Conc. Data 1
801	Conc. Data 2
802	Sets pipe diameter in mm used to calculate flow velocity (Fct. C1.1.3)
803	Flow Correction
804	Sets additional correction for mass flow (Fct. C1.1.4)
805	Flow Direction
806	Sets polarity of flow direction (Fct. A7, C1.3.1)
807	Forwards
808	Backwards
809	Press. Supp. Time
810	Sets the time that pressure suppression is active (Fct. C1.3.2)
811	Press. Supp. Cutoff
812	Sets the additional cutoff used during pressure suppression (Fct. C1.3.3)
813	Function
814	Sets the function of system control (Fct. C1.4.1)
815	No Action
816	Flow = 0
817	Condition
818	Sets the condition for activating the system control (Fct. C1.4.2)
819	Sets the upper limit for condition selected by C1.4.2 (Fct. C1.4.3)
820	Sets the lower limit for condition selected by C1.4.2 (Fct. C1.4.4)
821	Empty Density
822	Density configuration enabled
823	Max. Allowed Temp.
824	Displays the maximum permitted temperature for the sensor (Fct. C1.6.4)
825	Min. Allowed Temp.
826	Displays the minimum permitted temperature for the sensor (Fct. C1.6.5)
827	CF1
828	Displays the sensor flow calibration coefficient CF1 (Fct. C1.7.1)
829	CF2
830	Displays the sensor flow calibration coefficient CF2 (Fct. C1.7.2)
831	CF3
832	Displays the sensor flow calibration coefficient CF3 (Fct. C1.7.3)
833	CF4
834	Displays the sensor flow calibration coefficient CF4 (Fct. C1.7.4)
835	CF5
836	Displays the sensor flow calibration coefficient CF5 (Fct. C1.7.5)
837	CF6
838	Displays the sensor flow calibration coefficient CF6 (Fct. C1.7.6)
839	CF7
840	Displays the sensor flow calibration coefficient CF7 (Fct. C1.7.7)
841	CF8
842	Displays the sensor flow calibration coefficient CF8 (Fct. C1.7.8)
843	CF11
844	Displays the sensor flow calibration coefficient CF11 (Fct. C1.7.9)
845	CF12
846	Displays the sensor flow calibration coefficient CF12 (Fct. C1.7.10)
847	CF13
848	Displays the sensor flow calibration coefficient CF13 (Fct. C1.7.11)
849	CF14
850	Displays the sensor flow calibration coefficient CF14 (Fct. C1.7.12)
851	CF15
852	Displays the sensor flow calibration coefficient CF15 (Fct. C1.7.13)
853	CF16
854	Displays the sensor flow calibration coefficient CF16 (Fct. C1.7.14)
855	CF17
856	Displays the sensor flow calibration coefficient CF17 (Fct. C1.7.15)
857	CF18
858	Displays the sensor flow calibration coefficient CF18 (Fct. C1.7.16)
859	CF19
860	Displays the sensor flow calibration coefficient CF19 (Fct. C1.7.17)
861	CF20
862	Displays the sensor flow calibration coefficient CF20 (Fct. C1.7.18)
863	CF21
864	Displays the sensor flow calibration coefficient CF21 (Fct. C1.7.19)
865	CF22
866	Displays the sensor flow calibration coefficient CF22 (Fct. C1.7.20)
867	CF23
868	Displays the sensor flow calibration coefficient CF23 (Fct. C1.7.21)
869	CF24
870	Displays the sensor flow calibration coefficient CF24 (Fct. C1.7.22)
871	CF25
872	Displays the sensor flow calibration coefficient CF25 (Fct. C1.7.23)
873	CF26
874	Displays the sensor flow calibration coefficient CF26 (Fct. C1.7.24)
875	CF27
876	Displays the sensor flow calibration coefficient CF27 (Fct. C1.7.25)
877	Tube Amplitude
878	Sets the desired amplitude of vibration of the measuring tube(s) (Fct. D1.4.1)
879	Internal Cutoff
880	Sets the internal low flow cutoff (Fct. D1.4.3)
881	CF5 Error
882	Sets the internal mass flow correction (Fct. D1.4.4)
883	Sets the empty density used for density calibration (Fct. D1.4.5)
884	Time Constant
885	Sets the LP filter duration of the SE board (Fct. D1.4.6)
886	Min. Freq.
887	Sets the minimum frequency of vibration of the measuring tube(s) (Fct. D1.4.7)
888	Start Freq.
889	Sets the initial frequency of vibration of the measuring tube(s) (Fct. D1.4.8)
890	Max. Freq.
891	Sets the maximum frequency of vibration of the measuring tube(s) (Fct. D1.4.9)
892	Zero Calib. Duration
893	Sets the sample duration used for zero calibration (Fct. D1.4.10)
894	2 Ph. Threshold
895	Sets the threshold for activation of the 2-phase signal error message (Fct. C1.5.3)
896	2 Ph. Ref. Level
897	Sets the reference scaling factor for 2-phase flow indication (Fct. D1.4.11)
898	MthPrepareDownloadToDeviceSpi
899	Select Concentration 1 Function
900	Select Concentration 1 Function. (Fct. C2.2.1)
901	Select Concentration 2 Function
902	Select Concentration 2 Function. (Fct. C2.3.1)
903	Select Diagnosis 1
904	Select diagnosis 1 value (Fct. C1.5.4)
905	Select Diagnosis 2
906	Select diagnosis 2 value (Fct. C1.5.5)
907	Select Diagnosis 3
908	Select diagnosis 3 value (Fct. C1.16.3)
909
910	Passed
911	Failed - not meas.
912	Failed - zero too high
913	AbmLeaveZeroCalibration
914	Performs Zero calibration/Displays current zero calibration value (Fct. A8, C1.1.1)
915	Calibrate Density
916	Failed - points close
917	Failed - plausibility
918	AbmLeaveDensityCalibration
919	Rec. Temp. Passwd
920	Resets the minimum/maximum recorded temperature values (Fct. D1.4.12)
921	Process Input
922	Actual Values
923	Zero and Offset
924	Filters
925	System Control
926	Diagnostics
927	Information
928	Flow Calibration
929	Density Calibration
930	Simulation
931	General
932	Configuration
933	Hardware Platform
934	hardware platform 1: Basic IO 2: Modular IO / Exi IO 3: Exi IO + Exi option 4: Fieldbus IO 5: Modular IO + Modular carrier 6: Fieldbus IO + Modular carrier 7: Modular IO + Modular carrier + Current output A 8: Fieldbus IO + Modular carrier + Current output A 9: Modular IO + Modular carrier + Current output B 10: Fieldbus IO + Modular carrier + Current output B 11: Modular IO + Modular carrier + Current output A + Current output B 12: Fieldbus IO + Modular carrier + Current output A + Current output B 13: Fieldbus IO + Exi option
935	1: basic IO
936	2: modular / Exi IO
937	3: ExiIO + Exi opt.
938	4: fieldbus IO
939	5: mod.IO+mod.carr.
940	6: fldb.IO+mod.car.
941	7: mod.IO+mod.c.+A
942	8: fb.IO+mod.C.+A
943	9: mod.IO+mod.c.+B
944	10: fb.IO+mod.c.+B
945	11: mod.IO+mod.c.+A+B
946	12: fb.IO+mod.c.+A+B
947	13: fldb.IO+Exi opt.
948	Communication select
949	Basic IO
950	Mod./Exi IO
951	Profi.DP
952	Profi.PA
953	Foundation H1
954	Modbus
955	Totalizer select
956	IO2
957	Display IO
958	Profibus
959	FF
960	Terminals A
961	equipment terminals A 1: current output 4: control input 5: output off 6: pulse-/ frequency-/ status output / limit switch
962	universal
963	1: current output
964	4: control input
965	5: off
966	6: puls/frq/sta /lim
967	Terminals B
968	equipment terminals B 1: current output 3: status output / limit switch + control input 4: control input 5: output off 6: pulse-/ frequency-/ status output / limit switch 7: pulse-/ frequency-/ status output / limit switch + control input
969	3: stat./lim./ctrl
970	7: pu/fr/st/lim+ctrl
971	Terminals C
972	equipment terminals C 1: current output 2: status output / limit switch 5: output off
973	2: status/limit Sw.
974	Terminals D
975	equipment terminals D 5: output off 6: pulse-/ frequency-/ status output / limit switch
976	Sets the output associated with Terminal A (Fct. C3.1.1)
977	Off
978	Current output
979	Control input
980	Frequency output
981	Pulse output
982	Status output
983	Limit switch
984	Sets the output associated with Terminal B (Fct. C3.1.2)
985	Sets the output associated with Terminal C (Fct. C3.1.3)
986	Sets the output associated with Terminal D (Fct. C3.1.4)
987	Simulation Value
988	6.0f
989	MthPrepareDownloadToDeviceSio
990	MthUpdateInterModuleSio
991	MthOflAlignInterModuleSio
992	Sets simulated output of output A (Fct. B1.5)
993	Sets simulated output of output B (Fct. B1.6)
994	Simulation C
995	Sets simulated output of output C (Fct. B1.7)
996	Sets simulated output of output D (Fct. B1.8)
997	Information A
998	Displays information of I/O board (Fct. C3.2.3/4/6/12/13)
999	Information B
1000	Displays information of I/O board (Fct. C3.3.3/4/6/12/13)
1001	Information C
1002	Displays information of I/O board (Fct. C3.4.4/6/13)
1003	Information D
1004	Displays information of I/O board (Fct. C3.5.4/6/12)
1005	Input/Output
1006	I/O
1007	Hardware
1008	I/O Totalisers
1009	Limitation
1010	Range 0%...100%
1011	Extended Range
1012	Error Current
1013	Range
1014	Threshold
1015	Current Test HW
1016	Pulse Width
1017	100% Pulse Rate
1018	Max. Pulse Rate
1019	Value Per Pulse
1020	Status Test
1021	Status A Test
1022	Threshold
1023	Control Test
1024	Control A Test
1025	Limitation Min
1026	Limitation before applying the time constant (Fct. C3.2.7/8)
1027	4.0f
1028	Limitation Max
1029	Low Flow Cutoff Threshold
1030	Low flow cutoff for current output A Low flow cutoff for frequency output A (Fct. C3.2.8/9)
1031	Low Flow Cutoff Hysteresis
1032	Range 0%
1033	Range setting for current output A (Fct. C3.2.1)
1034	Range 100%
1035	Extended Range Min
1036	Min/Max setting for current output A (Fct. C3.2.2)
1037	Extended Range Max
1038	Error current setting for current output A (Fct. C3.2.3)
1039	Range Min
1040	Measurement value range for current output A Measurement value range for frequency output A (Fct. C3.2.5/6)
1041	5.1f
1042	Range Max
1043	Time Constant for current output A (Fct. C3.2.10)
1044	Threshold Range Change
1045	Threshold value for range change setting for current output A (Fct. C3.2.12)
1046	Hysteresis Range Change
1047	Current A Test HW
1048	ms
1049	Pulse width of frequency output A (Fct. C3.2.2)
1050	7.2f
1051	Hz
1052	Pulse rate for 100% of measuring range for frequency output A (Fct. C3.2.3)
1053	6.2f
1054	Time Constant for frequency output A Time Constant for pulse output A Time Constant for limit switch A (Fct. C3.2.4/9)
1055	7.1f
1056	Pulse rate for 100% of measuring range for pulse output A (Fct. C3.2.3)
1057	Value setting for pulse output A (Fct. C3.2.6)
1058	Low flow cutoff for pulse output A (Fct. C3.2.8)
1059	Limit Switch Threshold
1060	Threshold value for limit switch A (Fct. C3.2.2)
1061	Limit Switch Hysteresis
1062	Error Condition
1063	Sets condition for error current in output A (Fct. C3.2.4)
1064	Out Of Specification
1065	Measurement
1066	Measurement value for current output A Measurement value for frequency output A Measurement for limit switch A (Fct. C3.2.1/4/5)
1067	Conc. mass flow 1
1068	Conc. volume flow 1
1069	Conc. mass flow 2
1070	Conc. volume flow 2
1071	Polarity
1072	Sets response of current output A to measurement polarity Sets response of frequency output A to measurement polarity Sets response of pulse output A to measurement polarity Sets response of limit switch A to measurement polarity (Fct. C3.2.3/6/7)
1073	Both Polarities
1074	Positive Polarity
1075	Negative Polarity
1076	Absolute Value
1077	Special Function
1078	Range change setting for current output A (Fct. C3.2.11)
1079	Automatic Range
1080	External Range
1081	Pulse Shape
1082	Pulse shape of frequency output A (Fct. C3.2.1)
1083	Symmetric
1084	Automatic
1085	Invert Signal
1086	Inverts signal at frequency output A Inverts signal at pulse output A Inverts signal at status output A (Fct. C3.2.3/10)
1087	Phase Shift w.r.t. B
1088	Phase shift relative to frequency output B Phase shift relative to pulse output B (Fct. C3.2.11)
1089	0° Phase Shift
1090	90° Phase Shift
1091	180° Phase Shift
1092	Measurement for pulse output A (Fct. C3.2.4)
1093	Mode
1094	Measurement for status output A (Fct. C3.2.1)
1095	Flow Polarity
1096	Flow Over Range
1097	Totaliser 1 Preset
1098	Totaliser 2 Preset
1099	Output B
1100	Output C
1101	Output D
1102	Totaliser 3 Preset
1103	Function Statusoutput
1104	Condition to activate status output A (Fct. C3.2.2)
1105	Status Off
1106	Polarity
1107	Over Range
1108	Range Change B
1109	Same Signal
1110	Range Change C
1111	Inverts signal at limit switch A (Fct. C3.2.5)
1112	Action for control input A (Fct. C3.2.1)
1113	Hold All Outputs
1114	Hold Output B
1115	Hold Output C
1116	Hold Output D
1117	All Outputs To Zero
1118	Output B To Zero
1119	Output C To Zero
1120	Output D To Zero
1121	Reset All Totalisers
1122	Reset Totaliser 1
1123	Reset Totaliser 2
1124	Stop All Totalisers
1125	Stop Totaliser 1
1126	Stop Totaliser 2
1127	Zero Outp.+Stop Tot.
1128	Error Reset
1129	Inverts signal at control input A (Fct. C3.2.2)
1130	Range units A
1131	m/s
1132	ft/s
1133	L/s
1134	L/min
1135	L/h
1136	m³/s
1137	m³/min
1138	m³/h
1139	cf/s
1140	cf/min
1141	cf/h
1142	gal/s
1143	gal/min
1144	gal/h
1145	IG/s
1146	IG/min
1147	IG/h
1148	barrel/h
1149	barrel/day
1150	g/s
1151	g/min
1152	g/h
1153	kg/s
1154	kg/min
1155	kg/h
1156	t/min
1157	t/h
1158	lb/s
1159	lb/min
1160	lb/h
1161	ST/min
1162	ST/h
1163	LT/h
1164	°C
1165	°F
1166	K
1167	kg/m³
1168	kg/L
1169	lb/cf
1170	lb/gal
1171	SG
1172	Pulse Value Unit A
1173	Unit for pulse output Unit for pulse output A (Fct. A5.2, C3.2.5, C3.3.5, C3.5.5)
1174	ml
1175	L
1176	hl
1177	m³
1178	in³
1179	cf
1180	yd³
1181	gal
1182	IG
1183	barrel
1184	g
1185	kg
1186	t
1187	oz
1188	lb
1189	ST
1190	LT
1191	LFC Pulse Units A
1192	Unit Limit Switch
1193	MthUpdateRangeIoX
1194	MthOflAlignUnitsRangeIoX
1195	MthUpdatePulseVauleX
1196	MthOflAlignUnitsPulseValueX
1197	MthUpdateLfcAbsoluteIoX
1198	MthOflAlignUnitsLfcAbsoluteIoX
1199	MthUpdateThresholdLimitSwitchX
1200	MthOflAlignUnitsThresholdLimitSwitchX
1201	Sets simulated output of current output A (Fct. C3.2.14)
1202	Sets simulated output of frequency output A (Fct. C3.2.13)
1203	Sets simulated output of pulse output A (Fct. C3.2.13)
1204	Sets simulated output of status output A (Fct. C3.2.5)
1205	Sets simulated output of status output A Sets simulated output of limit switch A (Fct. C3.2.5/7)
1206	Sets simulated output of control input A (Fct. C3.2.4)
1207	A (off)
1208	A
1209	Current Output A
1210	Frequency Output A
1211	Pulse Output A
1212	Status Output A
1213	Limit Switch A
1214	Control Input A
1215	Status B Test
1216	Control B Test
1217	Limitation before applying the time constant (Fct. C3.3.7/8)
1218	Low flow cutoff for current output B Low flow cutoff for frequency output B (Fct. C3.3.8/9)
1219	Range setting for current output B (Fct. C3.3.1)
1220	Min/Max setting for current output B (Fct. C3.3.2)
1221	Error current setting for current output B (Fct. C3.3.3)
1222	Measurement value range for current output B Measurement value range for frequency output B (Fct. C3.3.5/6)
1223	Time Constant for current output B (Fct. C3.3.10)
1224	Threshold value for range change setting for current output B (Fct. C3.3.12)
1225	Current B Test HW
1226	Pulse width of frequency output B (Fct. C3.3.2)
1227	Pulse rate for 100% of measuring range for frequency output B (Fct. C3.3.3)
1228	Time Constant for frequency output B Time Constant for pulse output B Time Constant for limit switch B (Fct. C3.3.4/9)
1229	Pulse rate for 100% of measuring range for pulse output B (Fct. C3.3.3)
1230	Value setting for pulse output B (Fct. C3.3.6)
1231	Low flow cutoff for pulse output B (Fct. C3.3.8)
1232	Threshold value for limit switch B (Fct. C3.3.2)
1233	Sets condition for error current in output B (Fct. C3.3.4)
1234	Measurement value for current output B Measurement value for frequency output B Measurement for limit switch B (Fct. C3.3.1/4/5)
1235	Sets response of current output B to measurement polarity Sets response of frequency output B to measurement polarity Sets response of pulse output B to measurement polarity Sets response of limit switch B to measurement polarity (Fct. C3.3.3/6/7)
1236	Range change setting for current output B (Fct. C3.3.11)
1237	Pulse shape of frequency output B (Fct. C3.3.1)
1238	Inverts signal at frequency output B Inverts signal at pulse output B Inverts signal at status output B (Fct. C3.3.3/10)
1239	Measurement for pulse output B (Fct. C3.3.4)
1240	Measurement for status output B (Fct. C3.3.1)
1241	Output A
1242	Condition to activate status output B (Fct. C3.3.2)
1243	Range Change A
1244	Inverts signal at limit switch B (Fct. C3.3.5)
1245	Action for control input B (Fct. C3.3.1)
1246	Hold Output A
1247	Output A To Zero
1248	Inverts signal at control input B (Fct. C3.3.2)
1249	Phase shift relative to frequency output A or D Phase shift relative to pulse output A or D (Fct. C3.3.11)
1250	Phase Shift w.r.t. D
1251	Phase Shift w.r.t. A
1252	Range units B
1253	Pulse Value Unit B
1254	Unit for pulse output Unit for pulse output B Unit for pulse output D (Fct. A5.2, C3.2.5, C3.3.5, C3.5.5)
1255	LFC Pulse Units B
1256	Sets simulated output of current output B (Fct. C3.3.14)
1257	Sets simulated output of frequency output B (Fct. C3.3.13)
1258	Sets simulated output of pulse output B (Fct. C3.3.13)
1259	Sets simulated output of status output B Sets simulated output of limit switch B (Fct. C3.3.5/7)
1260	Sets simulated output of control input B (Fct. C3.3.4)
1261	B (off)
1262	B
1263	Current Output B
1264	Frequency Output B
1265	Pulse Output B
1266	Status Output B
1267	Limit Switch B
1268	Control Input B
1269	Status C Test
1270	Limitation before applying the time constant (Fct. C3.4.8)
1271	Low flow cutoff for current output C (Fct. C3.4.9)
1272	Range setting for current output C (Fct. C3.4.1)
1273	Extended Range (Fct. C3.4.2)
1274	Error current setting for current output C (Fct. C3.4.3)
1275	Measurement value range for current output C (Fct. C3.4.6)
1276	Time Constant for current output C (Fct. C3.4.10)
1277	Threshold value for range change setting for current output C (Fct. C3.4.12)
1278	Current C Test HW
1279	Time Constant for limit switch C (Fct. C3.4.4)
1280	Threshold value for limit switch C (Fct. C3.4.2)
1281	Sets condition for error current in output C (Fct. C3.4.4)
1282	Measurement value for current output C Measurement for limit switch C (Fct. C3.4.1/5)
1283	Sets response of current output C to measurement polarity Sets response of limit switch C to measurement polarity (Fct. C3.4.3/7)
1284	Range change setting for current output C (Fct. C3.4.11)
1285	Inverts signal at status output C (Fct. C3.4.3)
1286	Measurement for status output C (Fct. C3.4.1)
1287	Condition to activate status output C (Fct. C3.4.2)
1288	Inverts signal at limit switch C (Fct. C3.4.5)
1289	Range units C
1290	Sets simulated output of current output C (Fct. C3.4.14)
1291	Sets simulated output of status output C Sets simulated output of limit switch C (Fct. C3.4.5/7)
1292	C (off)
1293	C
1294	Current Output C
1295	Status Output C
1296	Limit Switch C
1297	Status D Test
1298	Limitation before applying the time constant (Fct. C3.5.7)
1299	Low flow cutoff for frequency output D (Fct. C3.5.8)
1300	Measurement value range for frequency output D (Fct. C3.5.5)
1301	Pulse width of frequency output D (Fct. C3.5.2)
1302	Pulse rate for 100% of measuring range for frequency output D (Fct. C3.5.3)
1303	Time Constant for frequency output D Time Constant for pulse output D Time Constant for limit switch D (Fct. C3.5.4/9)
1304	Pulse rate for 100% of measuring range for pulse output D (Fct. C3.5.3)
1305	Value setting for pulse output D (Fct. C3.5.6)
1306	Low flow cutoff for pulse output D (Fct. C3.5.8)
1307	Threshold value for limit switch D (Fct. C3.5.2)
1308	Measurement value for frequency output D Measurement for limit switch D (Fct. C3.5.1/4)
1309	Sets response of frequency output D to measurement polarity Sets response of pulse output D to measurement polarity Sets response of limit switch D to measurement polarity (Fct. C3.5.3/6/7)
1310	Pulse shape of frequency output D (Fct. C3.5.1)
1311	Inverts signal at frequency output D Inverts signal at pulse output B Inverts signal at status output D (Fct. C3.5.3/10)
1312	Phase shift relative to frequency output D Phase shift relative to pulse output D (Fct. C3.5.11)
1313	Measurement for pulse output D (Fct. C3.5.4)
1314	Measurement for status output D (Fct. C3.5.1)
1315	Condition to activate status output D (Fct. C3.5.2)
1316	Inverts signal at limit switch D (Fct. C3.5.5)
1317	Range units D
1318	Pulse Value Unit D
1319	LFC Pulse Units D
1320	Sets simulated output of frequency output D (Fct. C3.5.13)
1321	Sets simulated output of pulse output D (Fct. C3.5.13)
1322	Sets simulated output of status output D Sets simulated output of limit switch D (Fct. C3.5.5/7)
1323	D (off)
1324	D
1325	Frequency Output D
1326	Pulse Output D
1327	Status Output D
1328	Limit Switch D
1329	Preset Value
1330	Totaliser 1
1331	Totlaiser 1
1332	Low Flow Cutoff Threshold
1333	Low flow cutoff for totaliser 1 (Fct. C4.1.3)
1334	Low Flow Cutoff Hysteresis
1335	Time Constant for totaliser 1 (Fct. C4.1.4)
1336	Preset value for totaliser 1 (Fct. C4.1.5)
1337	Totaliser Function
1338	Function for totaliser 1 (Fct. C4.1.1)
1339	Absolute Total
1340	Incremental Total
1341	Decremental Total
1342	Measurement. The setting should be changed with the corresponding online-method only, as dependent units need to be updated. (Fct. C4.1.2)
1343	LFC Totaliser Unit 1
1344	Preset Value Unit 1
1345	uniTotalizerResetX
1346	MthUpdateLFCTotalizerX
1347	MthOflAlignUnitsLFCTotalizerX
1348	MthUpdatePresetValueTotalizerX
1349	MthOflAlignUnitsPresetValueTotalizerX
1350	Reset Totaliser 1
1351	Resets totaliser 1 (Fct. C4.1.6)
1352	Set Totaliser
1353	Sets totaliser 1 to desired value (Fct. C4.1.7)
1354	Stop Totaliser
1355	Stops totaliser 1 and holds current value (Fct. C4.1.8)
1356	Start Totaliser
1357	Starts totaliser 1 after it has been stopped (Fct. C4.1.9)
1358	Set Measurement
1359	Measurement for totaliser 1 (Fct. C4.1.2)
1360	Displays information of totaliser 1 (Fct. C4.1.10)
1361	Totlaiser 2
1362	Low flow cutoff for totaliser 2 (Fct. C4.2.3)
1363	Time Constant for totaliser 2 (Fct. C4.2.4)
1364	Preset value for totaliser 2 (Fct. C4.2.5)
1365	Function for totaliser 2 (Fct. C4.2.1)
1366	Measurement. The setting should be changed with the corresponding online-method only, as dependent units need to be updated. (Fct. C4.2.2)
1367	LFC Totaliser Unit 2
1368	Preset Value Unit 2
1369	Reset Totaliser 2
1370	Resets totaliser 2 (Fct. C4.2.6)
1371	Sets totaliser 2 to desired value (Fct. C4.2.7)
1372	Stops totaliser 2 and holds current value (Fct. C4.2.8)
1373	Starts totaliser 2 after it has been stopped (Fct. C4.2.9)
1374	Measurement for totaliser 2 (Fct. C4.2.2)
1375	Displays information of totaliser 2 (Fct. C4.2.10)
1376	Totaliser 2
1377	Totlaiser 3
1378	Low flow cutoff for totaliser 3 (Fct. C4.3.3)
1379	Time Constant for totaliser 3 (Fct. C4.3.4)
1380	Preset value for totaliser 3 (Fct. C4.3.5)
1381	Function for totaliser 3 (Fct. C4.3.1)
1382	Measurement. The setting should be changed with the corresponding online-method only, as dependent units need to be updated. (Fct. C4.3.2)
1383	LFC Totaliser Unit 3
1384	Preset Value Unit 3
1385	Reset Totaliser 3
1386	Resets totaliser 3 (Fct. C4.3.6)
1387	Sets totaliser 3 to desired value (Fct. C4.3.7)
1388	Stops totaliser 3 and holds current value (Fct. C4.3.8)
1389	Starts totaliser 3 after it has been stopped (Fct. C4.3.9)
1390	Measurement for totaliser 3 (Fct. C4.3.2)
1391	Displays information of totaliser 3 (Fct. C4.3.10)
1392	Totaliser 3
1393	Service Calibration
1394	units
1395	Custody transfer
1396	Access Level HART
1397	Authorization level for data access via the HART interface.
1398	Standard (1)
1399	Extended (2)
1400	Service (3)
1401	Password
1402	Password for changing the authorization level for data access via the HART interface.
1403	4u
1404	Custody Lock
1405	If Custody Lock is activated, certain configuration parameters are write protected.
1406	off
1407	on
1408	Sensor Type
1409	Displays the sensor type (Fct. C1.6.1)
1410	1st Line Format
1411	No. of decimal places for 1st line of 1st Measuring page (Fct. C6.3.7)
1412	#X.
1413	#X.X
1414	#X.XX
1415	#X.XXX
1416	#X.XXXX
1417	#X.XXXXX
1418	#X.XXXXXX
1419	#X.XXXXXXX
1420	#X.XXXXXXXX
1421	No. of decimal places for 1st line of 2nd Measuring page (Fct. C6.4.7)
1422	Time Scale
1423	unit %
1424	Auxiliary variable
1425	unit Hz
1426	unit ohm
1427	unit mA
1428	unit min
1429	unit ms
1430	HART (Fct. C6.8.1)
1431	HART Off
1432	HART On
1433	Unit not used
1434	Unit s
1435	Language
1436	Language selection depends on the device version. Languauge selection (Fct. A1, C6.2.1)
1437	English
1438	Slovenian
1439	reserved
1440	Dansk
1441	Polski
1442	Deutsch
1443	Français
1444	chinese
1445	japanese
1446	¨ŒðŸÈ€¡ ˆð€ÀÀ‘ÀƒŒà€€€¼À„„’€€ðÂÀ„È€€à €´À€€ü€ƒ€þ€€ðÇÁ ŒÌ€øƒ
1447	Español
1448	Svenska
1449	Português
1450	Nederlands
1451	italiano
1452	Select Range
1453	Range setting for graphic page (Fct. C6.5.1)
1454	Manual
1455	Automatic
1456	Scaling for graphic page Y-axis (Fct. C6.5.2)
1457	3.0f
1458	Range +/-
1459	Time scale for graphic page X-axis (Fct. C6.5.3)
1460	Operating Hours
1461	Displays device operating hours (Fct. B2.1)
1462	[m³]*Factor
1463	Sets free unit factor for Volume (Fct. C6.7.12)
1464	Text Free Unit
1465	Sets free unit text for Volume (Fct. C6.7.11)
1466	hl
1467	[kg]*Factor
1468	Sets free unit factor for Mass (Fct. C6.7.15)
1469	Sets free unit text for Mass (Fct. C6.7.14)
1470	kg
1471	[m³/s]*Factor
1472	Sets free unit factor for Volume Flow (Fct. C6.7.3)
1473	Sets free unit text for Volume Flow (Fct. C6.7.2)
1474	hl / s
1475	[kg/s]*Factor
1476	Sets free unit factor for Mass Flow (Fct. C6.7.6)
1477	Sets free unit text for Mass Flow (Fct. C6.7.5)
1478	kg / s
1479	[kg/m³]*Factor
1480	Sets free unit factor for Density (Fct. C6.7.18)
1481	Sets free unit text for Density (Fct. C6.7.17)
1482	kg / m³
1483	Sensor Serial No.
1484	Displays the serial number of the measuring sensor (Fct. C1.6.8, C6.1.3)
1485	Converter Serial No.
1486	Displays the serial number of the converter (Fct. C6.1.6)
1487	Electronics Serial No.
1488	Displays the serial number of the electronics (Fct. C6.1.8)
1489	C Number
1490	Displays the C number of the installed electronics Displays the CG number of the installed electronics (Fct. B3.3, C6.1.7)
1491	Detected C-No.
1492	Automatically detected C-number (Fct. D2.3.1)
1493	uiCNumberDetectedDigit01
1494	uiCNumberDetectedDigit02
1495	uiCNumberDetectedDigit03
1496	uiCNumberDetectedDigit04
1497	uiCNumberDetectedDigit05
1498	uiCNumberDetectedDigit06
1499	uiCNumberDetectedDigit07
1500	C-Number (8th Position)
1501	8th position of the C-number
1502	0
1503	1
1504	2
1505	3
1506	4
1507	5
1508	6
1509	7
1510	8
1511	9
1512	E
1513	F
1514	uiCNumberDetectedDigit09
1515	uiCNumberDetectedDigit10
1516	V No. Sensor
1517	Displays the order number of the measuring sensor (Fct. C1.6.7, C6.1.2)
1518	V No. Converter
1519	Displays the order number of the converter (Fct. C1.6.9, C6.1.5)
1520	Sensor Revision
1521	Displays information of the Sensor Revision Displays the revision number of the measuring sensor (Fct. B3.7, C6.1.4)
1522	unit h
1523	Pulse Value Unit (Mass)
1524	A5.2, C3.2.5, C3.3.5, C3.5.5
1525	Pulse Value Unit (Volume)
1526	Sets displayed units for Density (Fct. C6.7.16)
1527	Volume
1528	Sets displayed units for Volume (Fct. C6.7.10)
1529	Mass
1530	Sets displayed units for Mass (Fct. C6.7.13)
1531	Sets displayed units for Flow Velocity (Fct. C6.7.7)
1532	Sets displayed units for Volume Flow (Fct. C6.7.1)
1533	Sets displayed units for Mass Flow (Fct. C6.7.4)
1534	Sets displayed units for Temperature (Fct. C6.7.9)
1535	Min/Max setting for 1st line of 1st Measuring page (Fct. C6.3.4)
1536	Time Constant for 1st line of 1st Measuring page (Fct. C6.3.6)
1537	Low flow cutoff for 1st line of 1st Measuring page (Fct. C6.3.5)
1538	Sets number of lines of display on 1st Measuring page (Fct. C6.3.1)
1539	One Line
1540	Two Lines
1541	Three Lines
1542	2nd Line Format
1543	No. of decimal places for 2nd line of 1st Measuring page No. of decimal places for 2nd line of 2ndMeasuring page (Fct. C6.3.9, C6.4.9)
1544	3rd Line Format
1545	No. of decimal places for 3rd line of 1st Measuring page (Fct. C6.3.11)
1546	Min/Max setting for 1st line of 2nd Measuring page (Fct. C6.4.4)
1547	Time Constant for 1st line of 2nd Measuring page (Fct. C6.4.6)
1548	Low flow cutoff for 1st line of 2nd Measuring page (Fct. C6.4.5)
1549	Sets number of lines of display on 2nd Measuring page (Fct. C6.4.1)
1550	No. of decimal places for 2nd line of 2ndMeasuring page (Fct. C6.4.4/9)
1551	No. of decimal places for 3rd line of 2nd Measuring page (Fct. C6.4.6/11)
1552	Default Display
1553	Sets default page of display on reset (Fct. C6.2.3)
1554	None
1555	1st Meas. Page
1556	2nd Meas. Page
1557	Status Page
1558	Graphic Page
1559	Optical Keys
1560	Turns optical keys on/off (Fct. C6.2.4)
1561	Language group select
1562	Eastern Europe
1563	Northern Europe
1564	Southern Europe
1565	Far East
1566	Graphical
1567	OEM
1568	unit mm
1569	mm
1570	1st Line Variable
1571	Measurement for 1st line of 1st Measuring page (Fct. C6.3.2)
1572	Range unit page 1
1573	Range unit measurement page 1
1574	Range 100%
1575	Range setting for 1st line of 1st Measuring page (Fct. C6.3.3)
1576	Range 0%
1577	2nd Line Variable
1578	Measurement for 2nd line of 1st Measuring page (Fct. C6.3.8)
1579	Totaliser 1 Mass
1580	Totaliser 1 Volume
1581	Totaliser 2 Mass
1582	Totaliser 2 Volume
1583	Bargraph
1584	Totaliser 3 Mass
1585	Totaliser 3 Volume
1586	3rd Line Variable
1587	Measurement for 3rd line of 1st Measuring page (Fct. C6.3.10)
1588	MthUpdateUnitsAndRangesDisplayPageX
1589	MthOflAlignUnitsDisplayPageX
1590	Measurement for 1st line of 2nd Measuring page (Fct. C6.4.2)
1591	Range unit page 2
1592	Range unit measurement page 2
1593	Range setting for 1st line of 2nd Measuring page (Fct. C6.4.3)
1594	Measurement for 2nd line of 2nd Measuring page (Fct. C6.4.8)
1595	Measurement for 3rd line of 2nd Measuring page (Fct. C6.4.10)
1596	MthUpdateInterModuleSdev
1597	MthOflAlignInterModuleSdev
1598	Circuit Board Info
1599	Displays circuit board information. I.e. Identnumber, Hardware ID, Software Version, Production Date, Calibration Date, Board Serial Number.
1600	Main SW Version
1601	Displays main SW version of electronics (Fct. D2.3.3)
1602	UI SW Version
1603	Displays UI SW version of electronics (Fct. D2.3.4)
1604	Sensor Electronics
1605	Displays information of the sensor electronics PCB Displays the serial number of the converter (Fct. B3.4, C1.6.10)
1606	Electronic Revision
1607	Displays information of the Electronics Revision Displays the Electronics Revision of the electronics (Fct. B3.6, C6.1.9)
1608	Reset Errors
1609	Reset Errors Resets errors (Fct. A3.1, C6.6.1)
1610	Warmstart
1611	Perform a "warm start".
1612	Read GDC Object
1613	Generic method for reading a GDC object
1614	Write GDC Object
1615	Generic method for writing a GDC object
1616	Enable Service Access
1617	Enabling service parameter access via HART for 20 min. I.e. Setting the authorization level to Service (3).
1618	Disable Service Access
1619	Disabling service parameter access via HART. I.e. Resetting the authorization level to Standard (1).
1620	Test/Reset
1621	Device
1622	Device Info
1623	Device Information (Fct. C6.1)
1624	Display
1625	Display (Fct. C6.2)
1626	1st Measure Page (Fct. C6.3)
1627	1. Measurement Page
1628	2nd Measure Page 2nd Measure Page (Profibus) (Fct. C6.4)
1629	2. Measurement Page
1630	Graphic Page (Fct. C6.5)
1631	Graphic Page
1632	Special Functions
1633	Special Functions (Fct. C6.6)
1634	Units
1635	Units (Fct. C6.7)
1636	Auxiliary Units
1637	Service Access
1638	Service Param.
1639	Service Info
1640	ui16ObjectNumberGdcDelayed
1641	ui16ObjectNumberGdcGeneric
1642	uiSubNumberGdcDelayed
1643	uiSubNumberGdcGeneric
1644	flResponseTimeGdcDelayed
1645	uniPlaceholderGdc
1646	uiCountBytesGdcTg
1647	uiSubNumberGdcTg
1648	ui16ObjectNumberGdcTg
1649	uiControlStatusGdcTg
1650	C number undefined
1651	Waiting for GDC delayed response
1652	uiGdcDelayed1
1653	uiGdcDelayed2
1654	uiGdcDelayed3
1655	uiGdcDelayed4
1656	uiGdcDelayed5
1657	uiGdcDelayed6
1658	uiGdcDelayed7
1659	uiGdcDelayed8
1660	uiGdcDelayed9
1661	uiGdcDelayed10
1662	uiGdcDelayed11
1663	uiGdcDelayed12
1664	uiGdcDelayed13
1665	uiGdcDelayed14
1666	uiGdcDelayed15
1667	uiGdcDelayed16
1668	uiGdcDelayed17
1669	uiGdcDelayed18
1670	uiGdcDelayed19
1671	uiGdcDelayed20
1672	ui16GdcDelayedWord1
1673	ui16GdcDelayedWord2
1674	ui16GdcDelayedWord3
1675	ui16GdcDelayedWord4
1676	ui16GdcDelayedWord5
1677	ui16GdcDelayedWord6
1678	ui16GdcDelayedWord7
1679	ui16GdcDelayedWord8
1680	ui16GdcDelayedWord9
1681	ui16GdcDelayedWord10
1682	flGdcDelayed1
1683	flGdcDelayed2
1684	flGdcDelayed3
1685	flGdcDelayed4
1686	flGdcDelayed5
1687	uiGdcByteGenericRead1
1688	uiGdcByteGenericRead2
1689	uiGdcByteGenericRead3
1690	uiGdcByteGenericRead4
1691	uiGdcByteGenericRead5
1692	uiGdcByteGenericRead6
1693	uiGdcByteGenericRead7
1694	uiGdcByteGenericRead8
1695	uiGdcByteGenericRead9
1696	uiGdcByteGenericRead10
1697	uiGdcByteGenericRead11
1698	uiGdcByteGenericRead12
1699	uiGdcByteGenericRead13
1700	uiGdcByteGenericRead14
1701	uiGdcByteGenericRead15
1702	uiGdcByteGenericRead16
1703	uiGdcByteGenericRead17
1704	uiGdcByteGenericRead18
1705	uiGdcByteGenericRead19
1706	uiGdcByteGenericRead20
1707	uiGdcByteGenericRead21
1708	uiGdcByteGenericRead22
1709	uiGdcByteGenericRead23
1710	uiGdcByteGenericRead24
1711	uiGdcByteGenericRead25
1712	uiGdcByteGenericRead26
1713	uiGdcByteGenericRead27
1714	uiGdcByteGenericRead28
1715	uiGdcByteGenericRead29
1716	uiGdcByteGenericRead30
1717	uiGdcByteGenericWrite1
1718	uiGdcByteGenericWrite2
1719	uiGdcByteGenericWrite3
1720	uiGdcByteGenericWrite4
1721	uiGdcByteGenericWrite5
1722	uiGdcByteGenericWrite6
1723	uiGdcByteGenericWrite7
1724	uiGdcByteGenericWrite8
1725	uiGdcByteGenericWrite9
1726	uiGdcByteGenericWrite10
1727	uiGdcByteGenericWrite11
1728	uiGdcByteGenericWrite12
1729	uiGdcByteGenericWrite13
1730	uiGdcByteGenericWrite14
1731	uiGdcByteGenericWrite15
1732	uiGdcByteGenericWrite16
1733	uiGdcByteGenericWrite17
1734	uiGdcByteGenericWrite18
1735	uiGdcByteGenericWrite19
1736	uiGdcByteGenericWrite20
1737	uiGdcByteGenericWrite21
1738	uiGdcByteGenericWrite22
1739	uiGdcByteGenericWrite23
1740	uiGdcByteGenericWrite24
1741	uiGdcByteGenericWrite25
1742	uiGdcByteGenericWrite26
1743	uiGdcByteGenericWrite27
1744	uiGdcByteGenericWrite28
1745	uiGdcByteGenericWrite29
1746	uiGdcByteGenericWrite30
1747	ui16GdcWordGenericRead1
1748	ui16GdcWordGenericRead2
1749	ui16GdcWordGenericRead3
1750	ui16GdcWordGenericRead4
1751	ui16GdcWordGenericRead5
1752	ui16GdcWordGenericRead6
1753	ui16GdcWordGenericRead7
1754	ui16GdcWordGenericRead8
1755	ui16GdcWordGenericRead9
1756	ui16GdcWordGenericRead10
1757	ui16GdcWordGenericWrite1
1758	ui16GdcWordGenericWrite2
1759	ui16GdcWordGenericWrite3
1760	ui16GdcWordGenericWrite4
1761	ui16GdcWordGenericWrite5
1762	ui16GdcWordGenericWrite6
1763	ui16GdcWordGenericWrite7
1764	ui16GdcWordGenericWrite8
1765	ui16GdcWordGenericWrite9
1766	flGdcFloatGenericRead1
1767	flGdcFloatGenericRead2
1768	flGdcFloatGenericRead3
1769	flGdcFloatGenericRead4
1770	flGdcFloatGenericRead5
1771	flGdcFloatGenericWrite1
1772	flGdcFloatGenericWrite2
1773	flGdcFloatGenericWrite3
1774	flGdcFloatGenericWrite4
1775	ui32GdcUlongGenericRead1
1776	ui32GdcUlongGenericRead2
1777	ui32GdcUlongGenericRead3
1778	ui32GdcUlongGenericRead4
1779	ui32GdcUlongGenericRead5
1780	ui32GdcUlongGenericWrite1
1781	ui32GdcUlongGenericWrite2
1782	ui32GdcUlongGenericWrite3
1783	ui32GdcUlongGenericWrite4
1784	Data type
1785	Byte
1786	Word
1787	Float
1788	Unsigned Long
1789	Invalid password
1790	Invalid object number
1791	Select module
1792	Current output A
1793	Current output B
1794	Current output C
1795	IO 2
1796	Current input A
1797	Current input B
1798	Ident no.
1799	Hardware id
1800	Software version
1801	Production date
1802	Calibration date
1803	Board ser.no.
1804	Function switched off
1805	No valid items
1806	This menu contains no valid items.
1807	<Image> Manufacturer
1808	<Image> Device
1809	<Image> Process Input Orientation
1810	<Image> Sensor Orientation
1811	<Image> PI Calibration Orientation
1812	<Image> PI Filter Orientation
1813	<Image> PI Selftest Orientation
1814	<Image> Current Output Orientation
1815	<Image> Frequency Output Orientation
1816	<Image> Status Output Orientation
1817	<Image> Control Input Orientation
1818	<Image> Totalizer Orientation
1819	<Image> Selection IO Orientation
1820	<Image> Display Orientation
1821	<Image> HART Orientation
1822	<Image> Diagnosis Active
1823	<Image> Failure Status
1824	<Image> Maintenance Required Status
1825	<Image> Out Of Specification Status
1826	<Image> Function Check Status
1827	Process Variables
1828	Device Setup
1829	Offline
1830	Quick Setup
1831	Reset
1832	Detailed Setup
1833	Service
1834	System
1835	Prepare Parameter Download
1836	Must be performed prior to a complete parameter download to the device. Writes some basic parameters to the device and performs a warm start.
1837	finish parameter download
1838	Should be performed after a complete parameter download to the device. Performs a warm start.
1839	Upload Variables
1840	Download Variables
1841	Enable on token-passing data link layer only
1842	Enable on TDMA data link layer only
1843	Enable on both TDMA and token-passing data link layer
1844	Wireless
1845	WirelessHART Device
1846	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1847	Primary
1848	Primary Analog Channel
1849	Secondary
1850	Secondary Analog Channel
1851	Tertiary
1852	Tertiary Analog Channel
1853	Quaternary
1854	Quaternary Analog Channel
1855	Quinary
1856	Quinary Analog Channel
1857	Critical Power Failure
1858	Lock all
1859	Trim not supported
1860	Configuration cannot be changed
1861	Locked by gateway
1862	Analog Input Channel
1863	Analog Output Channel
1864	PV Analog Channel Saturated
1865	PV Analog Channel Fixed
1866	Device Profile
1867
1868	Process automation device
1869	Discrete device
1870	Hybrid:Process automation+discrete
1871	I/O System
1872	WirelessHART Process automation device
1873	WirelessHART Discrete device
1874	WirelessHART Process automation+discrete
1875	WirelessHART Gateway
1876	WirelessHART Access point
1877	WirelessHART Process adapter
1878	WirelessHART Discrete adapter
1879	WirelessHART enabled handheld/portable maintenance tool
1880	Device Diagnostic Status 0
1881	Simulation active
1882	The device is in simulation mode and the level output is not representative of the process.
1883	Non-Volatile memory failure
1884	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1885	Volatile memory error
1886	The RAM memory check is invalid or maybe corrupt
1887	Watchdog reset executed
1888	A watchdog reset has been performed
1889	Voltage conditions out of range
1890	A voltage condition is outside its allowable range
1891	Environmental conditions out of range
1892	An internal or environmental condition is beyond acceptable limits.
1893	Electronic failure
1894	A hardware problem not related to the sensor has been detected.
1895	Device Diagnostic Status 1
1896	I/O and Subdevice Status
1897	Subdevice list changed
1898	Duplicate master detected
1899	WirelessHART Status
1900	Capacity Denied
1901	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1902	Bandwidth allocation pending
1903	Block transfer pending
1904	Secondary Analog Channel Saturated
1905	Tertiary Analog Channel Saturated
1906	Quaternary Analog Channel Saturated
1907	Quinary Analog Channel Saturated
1908	Secondary Analog Channel Fixed
1909	Tertiary Analog Channel Fixed
1910	Quaternary Analog Channel Fixed
1911	Quinary Analog Channel Fixed
1912	Read receive time
1913	Write date and time
1914	Time Set Option
1915	Non-Volatile Clock
1916	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.
1917	Clock Uninitialized
1918	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.
1919	Real Time Clock Flags
1920	Time Stamp
1921	Relative time value on network
1922	8u
1923	Dynamic Variables Returned for Device Variables
1924	Command Response Truncated
1925	Configuration Change Counter Mismatch
1926	Status bytes mismatch
1927	Device Variable
1928	Analog Channel Number
1929	Analog Channel Number- Index into an array of Analog Channels.
1930	Index 1 into Analog Channel Array
1931	Index into Analog Channel Array- Is the first of an array of addresses, whose value is identified by the Analog Channel Code.
1932	Index 2 into Analog Channel Array
1933	Index into Analog Channel Array- Is the second of an array of addresses, whose value is identified by the Analog Channel Code.
1934	Index 3 into Analog Channel Array
1935	Index into Analog Channel Array- Is the third of an array of addresses, whose value is identified by the Analog Channel Code.
1936	Index 4 into Analog Channel Array
1937	Index into Analog Channel Array- Is the fourth of an array of addresses, whose value is identified by the Analog Channel Code.
1938	Current Date
1939	Current Date based upon the real-time clock in the field device
1940	Current Time
1941	Current Time based upon the real-time clock in the field device
1942	Set Clock Date
1943	Date to set the real-time clock in the field device to, or date that the real-time clock was last set
1944	Set Clock Time
1945	Time to set the real time clock in the field device to, or time that the real-time clock was last set
1946	Select alignment:
1947	Break;Display -> HART;Load Defaults
1948	invalid option
1949	Write new settings to the device?
1950	No;Yes
1951	Are you sure?
1952	Cold start is being executed, Wait...
1953	Output is now in normal operating mode.
1954	Output is still fixed. Retry the complete test.
1955	Select fixed Level
1956	Output is fixed to %{1} %{0}.
1957	Enter Date:
1958	Enter Time:
1959	Clock set to: %{0} %{1}
1960	Mappings have been reset.
1961	Enable status simulation?
1962	Disable status simulation?
1963	Failed to enable status simulation.
1964	Status simulation disabled.
1965	Status simulation enabled.
1966	Failed to disable status simulation.
1967	Select function
1968	Warm start is being executed, Wait...
1969	Dependent units settings will be adjusted automatically. Proceed anyway?
1970	Select diagnosis
1971	Simulation finished
1972	Simulation still running.
1973	Enter Value in %{0} :
1974	Error setting simulation value
1975	Simulated value: %{1} %{0}
1976	Calibration finished
1977	Select
1978	Break;Manual;Factory Calib.;Automatic
1979	Enter Value in percent:
1980	Factory Calibration OK
1981	Calibration takes %[.0f]{0}s. Please wait ...
1982	Calibrate Zero %{0}.
1983	Calibrate Zero %{0}%.
1984	Invalid option
1985	Reading current settings. Please wait ...
1986	Enter Product Density Value in %{0} :
1987	OK;Break
1988	Density Calibration %{0}.
1989	Identnumber: %{0} Software Version: %{2} Production Date: %{3}
1990	Value corrected to: %{1} %{0} (minimum value for HART current output).
1991	Set No. Of pulses:
1992	%{0} pulses sent.
1993	Enter value:
1994	Simulated value: %{0}
1995	Totaliser has been reset.
1996	Enter preset value in %{0}
1997	Totaliser has been set.
1998	Totaliser has been stopped.
1999	Totaliser has been started.
2000	Select measurement
2001	Select Module
2002	Identnumber: %{0} Hardware ID: %{1} Software Version: %{2}
2003	Production Date: %{3} Calibration Date: %{4} Board Serial No.: %{5}
2004	Errors have been reset.
2005	Enter object number:
2006	Enter sub number:
2007	Select data type
2008	Object %{0}.%{1} is: %{2}
2009	Object %{0}.%{1} set to: %{2}
2010	Enter password:
2011	Service access enabled for 20 min.
2012	Failed to enable service access.
2013	Access level reset to %{0}.
2014	Failed to reset access level.
2015	Please wait ...
Reference ID	String