Device dictionary

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Reference ID	String
0	volume flow
1	velocity of sound
2	mass flow
3	flow speed
4	gain
5	SNR
6	diag. flow speed
7	diag. velocity of sound
8	diag. gain
9	diag. SNR
10	Totaliser 1 Volume
11	Totaliser 1 Mass
12	Totaliser 2 Volume
13	Totaliser 2 Mass
14	Totaliser 3 Volume
15	Totaliser 3 Mass
16	operating hours
17	Snsr s/n
18	Volume Flow Unit
19	Unit for volume flow. For HART interface only, no correlation with device's local display.
20	free unit
21	Volume Flow Format
22	Format for volume flow. Local for HART applications, no correlation with device's local display.
23	#X.XX (default)
24	#X.
25	#X.X
26	#X.XXX
27	#X.XXXX
28	#X.XXXXX
29	#X.XXXXXX
30	#X.XXXXXXX
31	#X.XXXXXXXX
32	exponential format
33	auto format
34	Time constant
35	Time constant of process input
36	Volume Flow
37	Volume Flow
38	.0f
39	.1f
40	.2f
41	.3f
42	.4f
43	.5f
44	.6f
45	.7f
46	.8f
47	6e
48	g
49	Upper Sensor Limit
50	Lower Sensor Limit
51	Minimum Span
52	Class
53	Device Variable Class
54	Family
55	Device Variable Family
56	Data Quality
57	Process Data Quality 'PDQ'
58	Limit Status
59	Limit Status 'LS'
60	Family Status
61	Family Status 'FS'
62	More device family status available
63	Update Time
64	Update Time Period 'UTP'
65	Velocity of Sound Unit
66	Velocity of Sound Unit. For HART interface only, no correlation with device's local display.
67	Velocity Of Sound Format
68	Format for Velocity Of Sound. Local for HART applications, no correlation with device's local display.
69	Velocity of Sound
70	Velocity of Sound
71	Mass Flow Unit
72	Unit for mass flow. For HART interface only, no correlation with device's local display.
73	Mass Flow Format
74	Display format for mass flow. Local for HART applications, no correlation with device's local display.
75	Mass Flow
76	Mass flow
77	Flow Velocity Unit
78	Unit for flow velocity. For HART interface only, no correlation with device's local display.
79	Flow Velocity Format
80	Display format for flow velocity. Local for HART applications, no correlation with device's local display.
81	Flow Velocity
82	Flow velocity
83	Gain Unit
84	Gain Unit. For HART interface only, no correlation with device's local display.
85	dB
86	Decibel
87	Gain Format
88	Format for Gain. Local for HART applications, no correlation with device's local display.
89	Gain
90	SNR Unit
91	SNR Unit. For HART interface only, no correlation with device's local display.
92	SNR Format
93	Format for SNR. Local for HART applications, no correlation with device's local display.
94	Diag. Flow Velocity Unit
95	Diag. Flow Velocity Unit. For HART interface only, no correlation with device's local display.
96	Diag. Flow Velocity Format
97	Diag. Flow Velocity Format. For HART interface only, no correlation with device's local display.
98	Diag. Flow Velocity
99	Diag. Velocity Of Sound Unit
100	Velocity Of Sound Unit. For HART interface only, no correlation with device's local display.
101	Diag. Velocity Of Sound Format
102	Format for Velocity Of Sound . Local for HART applications, no correlation with device's local display.
103	Diag. Velocity Of Sound
104	Diag. Velocity Of Sound
105	Diag. Gain Unit
106	Diag. Gain Format
107	Format for Gain . Local for HART applications, no correlation with device's local display.
108	Diag. Gain
109	Diag. Gain
110	Diag. SNR Unit
111	Diag. SNR Unit. For HART interface only, no correlation with device's local display.
112	Diag. SNR Format
113	Format for Diag. SNR . Local for HART applications, no correlation with device's local display.
114	Diag. SNR
115	Mass Totaliser 1 Unit
116	Unit for mass totaliser 1. For HART interface only, no correlation with device's local display.
117	Mass Totaliser 1 Format
118	Display format for mass totaliser 1. Local for HART applications, no correlation with device's local display.
119	Mass Totaliser 1
120	Mass Totaliser 1
121	Volume Totaliser 1 Unit
122	Unit for volume totaliser 1. For HART interface only, no correlation with device's local display.
123	mL
124	Milliliters
125	Volume Totaliser 1 Format
126	Display format for volume totaliser 1. Local for HART applications, no correlation with device's local display.
127	Volume Totaliser 1
128	Volume Totaliser 1
129	Mass Totaliser 2 Unit
130	Unit for mass totaliser 2. For HART interface only, no correlation with device's local display.
131	Mass Totaliser 2 Format
132	Display format for mass totaliser 2. Local for HART applications, no correlation with device's local display.
133	Mass Totaliser 2
134	Mass Totaliser 2
135	Volume Totaliser 2 Unit
136	Unit for volume totaliser 2. For HART interface only, no correlation with device's local display.
137	Volume Totaliser 2 Format
138	Display format for volume totaliser 2. Local for HART applications, no correlation with device's local display.
139	Volume Totaliser 2
140	Volume Totaliser 2
141	Mass Totaliser 3 Unit
142	Unit for mass totaliser 3. For HART interface only, no correlation with device's local display.
143	Mass Totaliser 3 Format
144	Display format for mass totaliser 3. Local for HART applications, no correlation with device's local display.
145	Mass Totaliser 3
146	Mass Totaliser 3
147	Volume Totaliser 3 Unit
148	Unit for volume totaliser 3. For HART interface only, no correlation with device's local display.
149	Volume Totaliser 3 Format
150	Display format for volume totaliser 3. Local for HART applications, no correlation with device's local display.
151	Volume Totaliser 3
152	Volume Totaliser 3
153	Operating Hours Unit
154	Operating Hours Unit. For HART interface only, no correlation with device's local display.
155	Operating Hours Format
156	Format for Operating Hours. Local for HART applications, no correlation with device's local display.
157	Operating Hours
158	Operating Hours
159	eSelectionAnalogOutput
160	A
161	D
162	B
163	C
164	eSelectionCurrentOutput
165	4.1f
166	SV % range
167	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.
168	8.3f
169	SV Output Value
170	Analog output value that tracks the associated measured value. Frequency output D if available.
171	TV % range
172	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).
173	TV Output Value
174	Analog output value that tracks the associated measured value. Current/frequency output A.
175	QV % range
176	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).
177	QV Output Value
178	Analog output value that tracks the associated measured value. Current/frequency output B.
179	MthUpdateInterModuleDvac
180	MthOflAlignInterModuleDvac
181	MthAlignInterModuleDyvCdDevIo
182	MthOflAlignInterModuleDyvDiagnosis
183	MthOflAlignInterModuleDyvTotalizer
184
185	Align HART Units
186	Align 'HART units' (for measured values) to 'display units' (for configuration parameters) or to default. (Fct. C5.5)
187	start
188	Measured Values
189	Totaliser
190	Diagnosis Values
191	Output, HART Dynamic Vars
192	Primary
193	Secondary
194	Tertiary
195	Quaternary
196	Output (Chart)
197	Output (Bar)
198	Output (Scope)
199	PV Measured Value
200	PV Output
201	SV Measured Value
202	SV Output
203	TV Measured Value
204	TV Output
205	QV Measured Value
206	QV Output
207	Measured Values (Chart)
208	Measured Values (Bar)
209	Measured Values (Scope)
210	Diagnosis Values (Chart)
211	Diagnosis Values (Bar)
212	Diagnosis Values (Scope)
213	HART
214	Totalizer
215	UFC 400
216	Write Protect
217	Failure
218	Operational fault in device. No measurement possible. (NE 107 status signal).
219	Function check
220	Testing mode by invoking test or simulation functions. (NE 107 status signal).
221	Out of specification
222	Out of specification, measurement continues with less accuracy. (NE 107 status signal).
223	Maintenance required
224	Maintenance required, function will soon be restricted. (NE 107 status signal).
225	Standardized status signals for simulation and events
226	Status Simulation Active
227	Discrete Variable Simulation Active
228	Event Notification Overflow
229	Tag
230	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, C5.1.1)
231	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. C5.8.2)
232	Text that is associated with the Field Device. This text can be used by the user in any way. (Fct. C5.8.3)
233	Text that is associated with the Field Device. This text can be used by the user in any way. (Fct. C5.8.4)
234	Config: No Meas.Value
235
236	Electr: Operation Info.
237	Proc: Current Input
238	Electr: IO Connection
239	Proc: Empty Pipe
240	Proc: Signal Lost
241	Proc: Signal Unreliable
242	Config: Totaliser
243	Electr: Power Failure
244	Sensor
245	Electronics
246	Configuration
247	Process
248	PV Output Value
249	Loop current value of the output that tracks the associated measured value. Current output A (basic IO) or C (modular IO / Exi IO) respectively.
250	PV % range
251	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.
252	Apply values
253	Currently measured values will be taken as Upper Range Value and Lower Range Value for the PV current output (A or C respectively).
254	Loop test
255	Manually manipulate the current output A/C to a selected constant output value.
256	D/A trim PV
257	Calibration of the PV current output (A or C respectively) with an external reference.
258	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. C4.1)
259	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. C4.2)
260	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. C4.3)
261	QV is
262	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. C4.4)
263	Fix analog output
264	Manually manipulate a selected Analog Output to a selected constant output value.
265	D/A trim Analog Output
266	Calibration of a selected output with an external reference.
267	Set Date
268	Set Time
269	Date
270	Displays device date & time setting yyyy-mm-dd hh:mm (Fct. B2.9)
271	Time
272	Online Mode?
273	Can the Host Application currently communicate with the field device?
274	yes
275	no
276	DD-Version
277	Version number of the device description according to NAMUR recommendation. You are currently working with version: 01.11
278	01.11
279	PreSetVersionDd
280	Reset Configuration Changed Flag
281	Reset of the HART 'Configuration Changed' flag.
282	Device reset
283	Perform a "cold start" (like power-on start).
284	Value
285	Test values current output
286	4 mA
287	5 mA
288	10 mA
289	12 mA
290	20 mA
291	Test values frequency output
292	1 puls/s
293	10 puls/s
294	100 puls/s
295	1000 puls/s
296	10000 puls/s
297	AbmLeaveFixedMode
298	Simulation A/C
299	Simulation of current output A (basic IO) or C (modular IO / Exi IO).
300	Simulation D
301	Simulation of frequency output D.
302	Simulation A
303	Simulation of current/frequency output A (modular IO / Exi IO).
304	Simulation B
305	Simulation of current/frequency output B (modular IO / Exi IO).
306	Set Date and Time
307	Sets device date & time setting yyyy-mm-dd hh:mm (Fct. C5.6.6)
308	HART analog channels
309	I/O HART
310	Mapping of Variables
311	PV Analog Channel
312	SV Analog Channel
313	TV Analog Channel
314	QV Analog Channel
315	Identification
316	Device info
317	HART Revisions
318	Preambles
319	State to be simulated.
320	Reset
321	Set
322	Reserved
323	Mapping to condensed status signal (NE 107).
324	Failure ('F')
325	Function Check ('C')
326	Out of Specification ('S')
327	Maintenance Required ('M')
328	No Effect
329	Not Defined
330	Zero Calibr. Running
331	Zero Calibration will stop and normal behaivior will follow.
332	Sensor Starting up
333	After some time the converter will act: it will respond with the messages that reflect the converter status.
334	Tot 1 Stopped
335	If totaliser to continue counting, activate yes in Fct. C4.y.9 (start totaliser).
336	Tot 2 Stopped
337	Tot 3 Stopped
338	Control In A Active
339	Control In B Active
340	Status Out A Active
341	Status Out B Active
342	Status Out C Active
343	Status Out D Active
344	Disp. 1 Overrange
345	Check configuration settings of display line 1.
346	Disp. 2 Overrange
347	Check configuration settings of display line 2.
348	Optical Interf. Active
349	The keys are ready for operation again approx. 60 sec. after the end of the data transfer/removal of the optical interface.
350	Change NE107 status signal for status group "Electr: Power Failure" (Fct. C1.10.8)
351	Tot 1 Power Failure
352	Check Totaliser value.
353	Tot 2 Power Failure
354	Tot 3 Power Failure
355	Change NE107 status signal for status group "Config: Totaliser" (Fct. C1.10.6)
356	Tot 1 Overflow
357	Check totaliser format.
358	Tot 2 Overflow
359	Tot 3 Overflow
360	Change NE107 status signal for status group "Proc: Signal Unreliable" (Fct. C1.10.5)
361	Path 1 unreliable
362	Check the acoustic properties of the medium. Particles, air bubbles or inhomogeneity may cause an instable signal. Check gain and SNR in this path.
363	Path 2 unreliable
364	Path 3 unreliable
365	Time of Flight
366	Try to establish a reasonable flow profile or check the characteristics of the fluid in the sensor.
367	Change NE107 status signal for status group "Proc: Signal Lost" (Fct. C1.10.4)
368	Signal lost path 1
369	Remove the damping or blockage in path 1 in the sensor.
370	Signal lost path 2
371	Remove the damping or blockage in path 2 in the sensor.
372	Signal lost path 3
373	Remove the damping or blockage in path 3 in the sensor.
374	Change NE107 status signal for status group "Proc: Empty Pipe" (Fct. C1.10.3)
375	Empty Pipe
376	Fill the sensor with liquid to return to normal operation.
377	Change NE107 status signal for status group "Electr: IO Connection" (Fct. C1.10.7)
378	IO A Connection
379	Check cable and connection at terminal A, reduce load.
380	IO B Connection
381	Check cable and connection at terminal B, reduce load.
382	IO C Open Conn.
383	Check cable and connection at terminal C, reduce load.
384	IO A Error Current
385	Check device connected to current input A. This devices submits an error current.
386	IO B Error Current
387	Check device connected to current input B. This devices submits an error current.
388	Backup 1 Data Faulty
389	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.
390	Backup 2 Data Faulty
391	Backplane Data Faulty
392	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.
393	Factory Data Faulty
394	Please contact the factory.
395	Backplane Difference
396	Change one parameter. The status should disappear within 1 minute. If this does not help, please contact the factory.
397	Velocity Out of Range
398	Check process conditions or pipe diameter setting.
399	IO A Overrange
400	If the input value is already limited, see the measures listed there. Check the range settings of the related output
401	If the input value is already limited, see the measures listed there. Check the range settings of the related output
402	IO B Overrange
403	If the input value is already limited, see the measures listed there. Check the range settings of the related output
404	IO C Overrange
405	IO D Overrange
406	Conv. Zero too large
407	Recalibrate the FrontEnd of the converter or contact the factory.
408	Flow Simulation Active
409	For normal operation turn off simulation mode.
410	VoS Simulation Active
411	IO A Simulation Active
412	Turn off simulation
413	IO B Simulation Active
414	IO C Simulation Active
415	IO D Simulation Active
416	BM Configuration
417	Check the configuration of the related function. Reset the configuration to the factory settings. If error does not disappear, contact service.
418	DM Configuration
419	Check the configuration of the related function. Reset the configuration to the factory settings. If error does not disappear, contact service.
420	Process Input Config.
421	Check process input configuration or reset to factory configuration.
422	Display Config.
423	Check display configuration or reset to factory configuration.
424	IO1 Configuration
425	Check IO1 configuration or reset to factory configuration.
426	IO2 Configuration
427	Check IO2 configuration or reset to factory configuration.
428	Tot 1 Configuration
429	Check Totaliser 1 configuration or reset to factory configuration.
430	Tot 2 Configuration
431	Check Totaliser 2 configuration or reset to factory configuration.
432	Tot 3 Configuration
433	Check Totaliser 3 configuration or reset to factory configuration.
434	IO A Configuration
435	Check IO A configuration or reset to factory configuration.
436	IO B Configuration
437	Check IO B configuration or reset to factory configuration.
438	IO C Configuration
439	Check IO C configuration or reset to factory configuration.
440	IO D Configuration
441	Check IO D configuration or reset to factory configuration.
442	System Error
443	Perform a power reset. If the status returns, contact the factory.
444	System Error A
445	System Error C
446	HW Combination Error
447	BM Failure
448	DM Failure
449	FrontEnd Failure
450	uProc. Failure
451	Perform a power reset. If the status returns, contact the factory.
452	DSP Failure
453	Sensor Driver Failure
454	IO 1 Failure
455	IO 2 Failure
456	Tot 1 Failure
457	Tot 2 Failure
458	Tot 3 Failure
459	IO A Failure
460	IO B Failure
461	IO C Failure
462	Crossed Cabling
463	Check the manual for the correct connection of the transducers in case of a remote device.
464	Status Simulation
465	Enables or disables the Status Simulation Mode.
466	disabled
467	enabled
468	GDC timeout
469	GDC error
470	GDC delayed response
471	Starting Status Map Index must be even value.
472	Reset to default
473	Reset the mappings to the Condensed Status to default values.
474	Enable/disable Status Simulation
475	Enable/disable status simulation.
476	Status Display
477	Condensed Status (NE 107)
478	Standard
479	Detail
480	Additional
481	Simulation Values
482	Simulation values
483	Status Mapping
484	Serial no. sensor
485	Displays the serial number of the measuring sensor (Fct. C1.6.5)
486	V no. sensor
487	Displays the order number of the measuring sensor (Fct. C1.6.6)
488	Size entry
489	Switches between a free value or a table value for the input of the diameter (Fct. D4.4)
490	value in [mm]
491	table [mm,inch]
492	Meter size
493	Sets the pipe diameter (Fct. C1.1)
494	25mm 1inch
495	32mm 1.25inch
496	40mm 1.5inch
497	50mm 2inch
498	65mm 2.5inch
499	80mm 3inch
500	100mm 4inch
501	125mm 5inch
502	150mm 6inch
503	200mm 8inch
504	250mm 10inch
505	300mm 12inch
506	350mm 14inch
507	400mm 16inch
508	450mm 18inch
509	500mm 20inch
510	550mm 22inch
511	600mm 24inch
512	650mm 26inch
513	700mm 28inch
514	750mm 30inch
515	800mm 32inch
516	850mm 34inch
517	900mm 36inch
518	950mm 38inch
519	1000mm 40inch
520	1050mm 42inch
521	1100mm 44inch
522	1150mm 46inch
523	1200mm 48inch
524	1250mm 50inch
525	1300mm 52inch
526	1350mm 54inch
527	1400mm 56inch
528	1450mm 58inch
529	1500mm 60inch
530	1600mm 64inch
531	1700mm 68inch
532	1800mm 72inch
533	1900mm 76inch
534	2000mm 80inch
535	2100mm 84inch
536	2200mm 88inch
537	2300mm 92inch
538	2400mm 96inch
539	2500mm 100inch
540	2600mm 104inch
541	2700mm 108inch
542	2800mm 112inch
543	2900mm 112inch
544	3000mm 120inch
545	Zero calibration
546	Performs Zero calibration (Fct. C1.2.1)
547	gtx_51048_68
548	gtx_51047_68
549	GK
550	Sets the meter factor (Fct. C1.2.2)
551	Limitation Min
552	Limits for the flow speed (Fct. C1.3.1)
553	Limitation Max
554	Limitation
555	Flow direction
556	Sets polarity of flow direction (Fct. C1.3.2)
557	normal direction
558	reverse direction
559	time constant
560	Sets the time constant of the sensor (Fct. C1.3.3)
561	Low flow cutoff threshold
562	Sets the low flow cutoff (Fct. C1.3.4)
563	Low flow cutoff hysteresis
564	Low flow cutoff
565	Error limit
566	Sets the error limit in percentage of the measured value: exceeding values will be discarded and plausibility counter increased (Fct. C1.4.1)
567	Counter decrease
568	Sets the decrease of the plausibilty counter when the measurement is within limits (Fct. C1.4.2)
569	Counter limit
570	Sets the limit for the plausibility counter for which measurements will not be discarded (Fct. C1.4.3)
571	Volume flow
572	simulation of volume flow (Fct. B1.1, C1.5.1)
573	Act. volume flow
574	Displays current unfiltered volume flow (Fct. B2.1)
575	Act. mass flow
576	Displays current unfiltered mass flow (Fct. B2.2)
577	Act. velocity of sound path 1
578	Displays current unfiltered voelocity of sound path 1 (Fct. B2.3.1)
579	Act. velocity of sound path 2
580	Displays current unfiltered voelocity of sound path 2 (Fct. B2.3.2)
581	Act. velocity of sound path 3
582	Displays current unfiltered voelocity of sound path 3 (Fct. B2.3.3)
583	Act. flow speed path 1
584	Displays current unfiltered flow speed path 1 (Fct. B2.4.1)
585	Act. flow speed path 2
586	Displays current unfiltered flow speed path 2 (Fct. B2.4.2)
587	Act. flow speed path 3
588	Displays current unfiltered flow speed path 3 (Fct. B2.4.3)
589	Act. gain path 1
590	Displays current unfiltered gain path 1 (Fct. B2.5.1)
591	Act. gain path 2
592	Displays current unfiltered gain path 2 (Fct. B2.5.2)
593	Act. gain path 3
594	Displays current unfiltered gain path 3 (Fct. B2.5.3)
595	Act. SNR path 1
596	Displays current unfiltered SNR path 1 (Fct. B2.6.1)
597	Act. SNR path 2
598	Displays current unfiltered SNR path 2 (Fct. B2.6.2)
599	Act. SNR path 3
600	Displays current unfiltered SNR path 3 (Fct. B2.6.3)
601	dynamic viscosity
602	Dynamic viscosity
603	Sets the value of the dynamic viscosity for Reynolds calculation (Fct. C1.7.2)
604	Pipe temperature
605	Temperature compensation (Fct. C1.8)
606	Density
607	Sets the density of the fluid (Fct. C1.9)
608	Linearization
609	Compensation for errors made at different Reynolds Numbers (Fct. C1.7.1)
610	off
611	on
612	Number of paths
613	Sets the number of active paths (Fct. D2.1)
614	1 path
615	2 paths
616	3 paths
617	Diagnostics 1
618	Sets the parameter to be assigned to cyclic value Diagnosis 1 (Fct. C1.10.1)
619	none
620	velocity of sound 1
621	flow speed 1
622	velocity of sound 2
623	flow speed 2
624	velocity of sound 3
625	flow speed 3
626	Diagnostics 2
627	Sets the parameter to be assigned to cyclic value Diagnosis 2 (Fct. C1.10.2)
628	gain 1
629	SNR 1
630	gain 2
631	SNR 2
632	gain 3
633	SNR 3
634	Local DIagnosis
635	none
636	velocity of sound 1
637	flow speed 1
638	velocity of sound 2
639	flow speed 1
640	flow speed 2
641	velocity of sound 3
642	flow speed 3
643	Diagnosis 2
644	gain 1
645	SNR 1
646	gain 2
647	SNR 2
648	gain 3
649	SNR 3
650	Calibration date
651	Displays the date of calibration of the sensor (Fct. C1.6.4)
652	Leave Zero Calibration
653	hlpmthLeaveZeroCalibration
654	MthPrepareDownloadToDeviceSpi
655	Select Diagnostics 1
656	Select Diagnostics 2
657	lblmthLeaveFixedValueMode
658	hlpmthLeaveFixedValueMode
659
660	Velocity of sound
661	simulation of velocity of sound (Fct. B1.2, C1.5.2)
662	Sensor CPU
663	Displays information of the sensor CPU software Displays the ID of CPU on the FrontEnd (Fct. B3.4.1, C1.6.1)
664	Sensor DSP
665	Displays information of the sensor DSP software Displays the ID of DSP on the FrontEnd (Fct. B3.4.2, C1.6.2)
666	Sensor Driver
667	Displays information of the sensor driver hardware Displays the ID of the Sensor Driver on the FrontEnd (Fct. B3.4.3, C1.6.3)
668	Process Input
669	Actual Values
670	Diagnosis
671	Calibration
672	Filter
673	Information
674	Plausibility
675	Simulation
676	Window start
677	Sets the start time of the signal window (Fct. D1.2)
678	Ping time
679	Sets the repetition time of the acoustic pulse (Fct. D1.11)
680	Window end
681	Sets the end time of the signal window (Fct. D1.3)
682	Frequency
683	Sets the frequency of the transducer (Fct. D1.1)
684	1 MHz
685	2 MHz
686	500 kHz
687	Pulse form
688	Selects the pulse form of the transmitted signal (Fct. D1.4)
689	sine
690	double sine
691	Trigger level
692	Sets the percentage of max. signal used for signal detection (Fct. D1.5)
693	3.0f
694	Trigger margin
695	Sets the max. difference allowed between the up and down signal (Fct. D1.6)
696	Dead time
697	Sets the time to compensate for the delay in electronics and signal detection (Fct. D1.7)
698	Mode
699	Switches the averaging process (on/off) on the signal (Fct. D1.8.1)
700	Min. stacking
701	Exponentially sets the min. number of frames for automatic averaging (Fct. D1.8.2)
702	Max. stacking
703	Exponentially sets the max. number of framed for automatic averaging (Fct. D1.8.3)
704	Tracking
705	Sets the speed of the automatic averaging (Fct. D1.9)
706	normal
707	fast
708	Sets the use of SNR in the automatic averaging (Fct. D1.10)
709	raw
710	filtered
711	DSP set 1
712	DSP set 1 (Fct. D1.12.1)
713	DSP set 2
714	DSP set 2 (Fct. D1.12.2)
715	DSP set 3
716	DSP set 3 (Fct. D1.12.3)
717	Measures the path lengths and stores the result (Fct. D2.2)
718	Path length 1
719	Shows/Sets the length of path 1 (Fct. D2.3)
720	Path length 2
721	Shows/Sets the length of path 2 (Fct. D2.4)
722	Path length 3
723	Shows/Sets the length of path 3 (Fct. D2.5)
724	path calibration
725	path calibration NOK
726	path calibration OK
727	Weight 1
728	Sets the weight of path 1 (Fct. D2.6)
729	Weight 2
730	Sets the weight of path 2 (Fct. D2.7)
731	Weight 3
732	Sets the weight of path 3 (Fct. D2.8)
733	T expansion coeff.
734	Sets the temperature expansion coefficient (Fct. D2.9)
735	1/°C
736	Path 1
737	Result of zero calibration for path 1 (Fct. D3.1.1)
738	Path 2
739	Result of zero calibration for path 2 (Fct. D3.1.2)
740	Path 3
741	Result of zero calibration for path 3 (Fct. D3.1.3)
742	Act. Reynolds data
743	Act. Reynolds data number
744	Displays current Reynolds number & Correction (Fct. B2.7, D3.2.1, D3.3.1)
745	.3e
746	... correction
747	6.4f
748	Reynolds Corr. 1
749	Reynolds number 1
750	Correction factor at 1st Reynolds Number (Fct. D3.2.2)
751	...Flow deviation 1
752	Reynolds Corr. 2
753	Reynolds number 2
754	Correction factor at 2nd Reynolds Number (Fct. D3.2.3)
755	...Flow deviation 2
756	Reynolds Corr. 3
757	Reynolds number 3
758	Correction factor at 3rd Reynolds Number (Fct. D3.2.4)
759	...Flow deviation 3
760	Reynolds Corr. 4
761	Reynolds number 4
762	Correction factor at 4th Reynolds Number (Fct. D3.2.5)
763	...Flow deviation 4
764	Reynolds Corr. 5
765	Reynolds number 5
766	Correction factor at 5th Reynolds Number (Fct. D3.2.6)
767	...Flow deviation 5
768	Reynolds Corr. 6
769	Reynolds number 6
770	Correction factor at 6th Reynolds Number (Fct. D3.2.7)
771	...Flow deviation 6
772	Reynolds Corr. 7
773	Reynolds number 7
774	Correction factor at 7th Reynolds Number (Fct. D3.2.8)
775	...Flow deviation 7
776	Reynolds Corr. 8
777	Reynolds number 8
778	Correction factor at 8th Reynolds Number (Fct. D3.2.9)
779	...Flow deviation 8
780	Reynolds Corr. 9
781	Reynolds number 9
782	Correction factor at 9th Reynolds Number (Fct. D3.2.10)
783	...Flow deviation 9
784	Reynolds Corr. 10
785	Reynolds number 10
786	Correction factor at 10th Reynolds Number (Fct. D3.2.11)
787	...Flow deviation 10
788	Reynolds Corr. 1neg
789	Reynolds number 1neg
790	Correction factor at 1st Reynolds Number (neg. flow) (Fct. D3.3.2)
791	...Flow deviation 1neg
792	Reynolds Corr. 2neg
793	Reynolds number 2neg
794	Correction factor at 2nd Reynolds Number (neg. flow) (Fct. D3.3.3)
795	...Flow deviation 2neg
796	Reynolds Corr. 3neg
797	Reynolds number 3neg
798	Correction factor at 3rd Reynolds Number (neg. flow) (Fct. D3.3.4)
799	...Flow deviation 3neg
800	Reynolds Corr. 4neg
801	Reynolds number 4neg
802	Correction factor at 4th Reynolds Number (neg. flow) (Fct. D3.3.5)
803	...Flow deviation 4neg
804	Reynolds Corr. 5neg
805	Reynolds number 5neg
806	Correction factor at 5th Reynolds Number (neg. flow) (Fct. D3.3.6)
807	...Flow deviation 5neg
808	Reynolds Corr. 6neg
809	Reynolds number 6neg
810	Correction factor at 6th Reynolds Number (neg. flow) (Fct. D3.3.7)
811	...Flow deviation 6neg
812	Reynolds Corr. 7neg
813	Reynolds number 7neg
814	Correction factor at 7th Reynolds Number (neg. flow) (Fct. D3.3.8)
815	...Flow deviation 7neg
816	Reynolds Corr. 8neg
817	Reynolds number 8neg
818	Correction factor at 8th Reynolds Number (neg. flow) (Fct. D3.3.9)
819	...Flow deviation 8neg
820	Reynolds Corr. 9neg
821	Reynolds number 9neg
822	Correction factor at 9th Reynolds Number (neg. flow) (Fct. D3.3.10)
823	...Flow deviation 9neg
824	Reynolds Corr. 10neg
825	Reynolds number 10neg
826	Correction factor at 10th Reynolds Number (neg. flow) (Fct. D3.3.11)
827	...Flow deviation 10neg
828	Leave Path Calibration
829	hlpmthLeavePathCalibration
830	Path calibration
831	Signal data
832	Averaging
833	DSP sets
834	Service calibration
835	Zero instrument
836	Reynolds Correction +
837	Reynolds Correction -
838	Path data
839	Hardware Platform
840	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
841	1: basic IO
842	2: modular / Exi IO
843	3: ExiIO + Exi opt.
844	4: fieldbus IO
845	5: mod.IO+mod.carr.
846	6: fldb.IO+mod.car.
847	7: mod.IO+mod.c.+A
848	8: fb.IO+mod.C.+A
849	9: mod.IO+mod.c.+B
850	10: fb.IO+mod.c.+B
851	11: mod.IO+mod.c.+A+B
852	12: fb.IO+mod.c.+A+B
853	13: fldb.IO+Exi opt.
854	Communication select
855	Basic IO
856	Mod./Exi IO
857	Profi.DP
858	Profi.PA
859	Foundation H1
860	Modbus
861	Totalizer select
862	IO2
863	Display IO
864	Profibus
865	FF
866	Terminals A
867	equipment terminals A 1: current output 4: control input 5: output off 6: pulse-/ frequency-/ status output / limit switch
868	universal
869	1: current output
870	4: control input
871	5: off
872	6: puls/frq/sta /lim
873	Terminals B
874	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
875	3: stat./lim./ctrl
876	7: pu/fr/st/lim+ctrl
877	Terminals C
878	equipment terminals C 1: current output 2: status output / limit switch 5: output off
879	2: status/limit Sw.
880	Terminals D
881	equipment terminals D 5: output off 6: pulse-/ frequency-/ status output / limit switch
882	Sets the output associated with Terminal A (Fct. C2.1.1)
883	Off
884	Current output
885	Control input
886	Frequency output
887	Pulse output
888	Status output
889	Limit switch
890	Sets the output associated with Terminal B (Fct. C2.1.2)
891	Sets the output associated with Terminal C (Fct. C2.1.3)
892	Sets the output associated with Terminal D (Fct. C2.1.4)
893	Simulation Value
894	6.0f
895	MthPrepareDownloadToDeviceSio
896	MthUpdateInterModuleSio
897	MthOflAlignInterModuleSio
898	Sets simulated output of output A (Fct. B1.3)
899	Sets simulated output of output B (Fct. B1.4)
900	Simulation C
901	Sets simulated output of output C (Fct. B1.5)
902	Sets simulated output of output D (Fct. B1.6)
903	Information A
904	Displays information of I/O board (Fct. C3.2.3/4/6/12/13)
905	Information B
906	Displays information of I/O board (Fct. C3.3.3/4/6/12/13)
907	Information C
908	Displays information of I/O board (Fct. C3.4.4/6/13)
909	Information D
910	Displays information of I/O board (Fct. C3.5.4/6/12)
911	Input/Output
912	I/O
913	Hardware
914	I/O Totalizer
915	Range 0%...100%
916	Extended range
917	Error current
918	Range
919	Threshold
920	Current Test HW
921	Pulse width
922	100% pulse rate
923	Max. pulse rate
924	Value p. pulse
925	Status Test
926	Status A Test
927	Threshold
928	Control Test
929	Control A Test
930	Time Constant for frequency output A Time Constant for pulse output A Time Constant for limit switch A (Fct. C2.2.4/9)
931	Time Constant for current output A (Fct. C2.2.10)
932	Limitation before applying the time constant (Fct. C2.2.7/8)
933	4.0f
934	Low flow cutoff Threshold
935	Low flow cutoff for current output A Low flow cutoff for frequency output A (Fct. C2.2.8/9)
936	Low flow cutoff Hysteresis
937	Range 0%
938	Range setting for current output A (Fct. C2.2.1)
939	Range 100%
940	Extended range Min
941	Min/Max setting for current output A (Fct. C2.2.2)
942	Extended range Max
943	Error current setting for current output A (Fct. C2.2.3)
944	Range Min
945	Measurement value range for current output A Measurement value range for frequency output A (Fct. C2.2.5/6)
946	Range Max
947	5.1f
948	Threshold Range Change
949	Threshold value for range change setting for current output A (Fct. C2.2.12)
950	Hysteresis Range Change
951	Current A Test HW
952	ms
953	Pulse width of frequency output A (Fct. C2.2.2)
954	7.2f
955	Hz
956	Pulse rate for 100% of measuring range for frequency output A (Fct. C2.2.3)
957	7.1f
958	Pulse rate for 100% of measuring range for pulse output A (Fct. C2.2.3)
959	Value setting for pulse output A (Fct. C2.2.6)
960	Low Flow Cutoff Threshold
961	low flow cutoff (Fct. C2.2.8)
962	Low Flow Cutoff Hysteresis
963	Limit Switch Threshold
964	Threshold value for limit switch A (Fct. C2.2.2)
965	Limit Switch Hysteresis
966	Error condition
967	Sets condition for error current in output A (Fct. C2.2.4)
968	Out Of Specification
969	Measurement
970	Measurement value for current output A Measurement value for frequency output A Measurement for limit switch A (Fct. C2.2.1/4/5)
971	Polarity
972	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. C2.2.3/6/7)
973	both polarities
974	positive polarity
975	negative polarity
976	absolute value
977	Special function
978	Range change setting for current output A empty (Fct. C2.2.11)
979	automatic range
980	external range
981	Pulse shape
982	Pulse shape of frequency output A (Fct. C2.2.1)
983	symmetric
984	automatic
985	fixed
986	Invert signal
987	Inverts signal at frequency output A Inverts signal at pulse output A Inverts signal at status output A (Fct. C2.2.3/10)
988	Measurement for pulse output A (Fct. C2.2.4)
989	Measurement for status output A (Fct. C2.2.1)
990	Flow Polarity
991	Flow Over Range
992	Totalizer 1 Preset
993	Totalizer 2 Preset
994	Output B
995	Output C
996	Output D
997	Totalizer 3 Preset
998	Function Statusoutput
999	Condition to activate status output A (Fct. C2.2.2)
1000	status off
1001	polarity
1002	over range
1003	range change B
1004	same Signal
1005	range change C
1006	Inverts signal at limit switch A (Fct. C2.2.5)
1007	Action for control input A (Fct. C2.2.1)
1008	hold all outputs
1009	hold output B
1010	hold output C
1011	hold output D
1012	all outputs to zero
1013	output B to zero
1014	output C to zero
1015	output D to zero
1016	reset all totalizers
1017	reset totalizer 1
1018	reset totalizer 2
1019	stop all totalizers
1020	stop totalizer 1
1021	stop totalizer 2
1022	zero outp.+stop total.
1023	error reset
1024	Inverts signal at control input A (Fct. C2.2.2)
1025	Range units A
1026	L/s
1027	L/min
1028	L/h
1029	m³/s
1030	m³/min
1031	m³/h
1032	m³/day
1033	ft³/s
1034	ft³/min
1035	ft³/h
1036	gal/s
1037	gal/min
1038	gal/h
1039	gal/day
1040	IG/s
1041	IG/min
1042	IG/h
1043	IG/day
1044	barrel/h
1045	barrel/day
1046	m/s
1047	ft/s
1048	g/s
1049	g/min
1050	g/h
1051	kg/s
1052	kg/min
1053	kg/h
1054	t/min
1055	t/h
1056	t/day
1057	lb/s
1058	lb/min
1059	lb/h
1060	ST/min
1061	ST/h
1062	ST/day
1063	LT/h
1064	LT/day
1065	Pulse Value Unit A
1066	Unit for pulse output Unit for pulse output A (Fct. A5.2, C2.2.5, C2.3.5, C2.5.5)
1067	ml
1068	L
1069	hl
1070	m³
1071	in³
1072	ft³
1073	yd³
1074	gal
1075	IG
1076	barrel
1077	g
1078	kg
1079	t
1080	oz
1081	lb
1082	ST
1083	LT
1084	LFC Pulse Units A
1085	Unit Limit Switch
1086	MthUpdateRangeIoX
1087	MthOflAlignUnitsRangeIoX
1088	MthUpdatePulseVauleX
1089	MthOflAlignUnitsPulseValueX
1090	MthUpdateLfcAbsoluteIoX
1091	MthOflAlignUnitsLfcAbsoluteIoX
1092	MthUpdateThresholdLimitSwitchX
1093	MthOflAlignUnitsThresholdLimitSwitchX
1094	Sets simulated output of current output A (Fct. C2.2.14)
1095	Sets simulated output of frequency output A (Fct. C2.2.13)
1096	Sets simulated output of pulse output A (Fct. C2.2.13)
1097	Sets simulated output of status output A (Fct. C2.2.5)
1098	Sets simulated output of status output A Sets simulated output of limit switch A (Fct. C3.2.5/7)
1099	Sets simulated output of control input A (Fct. C2.2.4)
1100	A (off)
1101	A
1102	Current Output A
1103	Frequency Output A
1104	Pulse Output A
1105	Status Output A
1106	Limit Switch A
1107	Control Input A
1108	Status B Test
1109	Control B Test
1110	Time Constant for frequency output B Time Constant for pulse output B Time Constant for limit switch B (Fct. C2.3.4/9)
1111	Time Constant for current output B (Fct. C2.3.10)
1112	Limitation before applying the time constant (Fct. C2.3.7/8)
1113	Low flow cutoff for current output B Low flow cutoff for frequency output B (Fct. C2.3.8/9)
1114	Range setting for current output B (Fct. C2.3.1)
1115	Min/Max setting for current output B (Fct. C2.3.2)
1116	Error current setting for current output B (Fct. C2.3.3)
1117	Measurement value range for current output B Measurement value range for frequency output B (Fct. C2.3.5/6)
1118	Threshold value for range change setting for current output B (Fct. C2.3.12)
1119	Current B Test HW
1120	Pulse width of frequency output B (Fct. C2.3.2)
1121	Pulse rate for 100% of measuring range for frequency output B (Fct. C2.3.3)
1122	Pulse rate for 100% of measuring range for pulse output B (Fct. C2.3.3)
1123	Value setting for pulse output B (Fct. C2.3.6)
1124	Low flow cutoff for pulse output B (Fct. C2.3.8)
1125	Threshold value for limit switch B (Fct. C2.3.2)
1126	Sets condition for error current in output B (Fct. C2.3.4)
1127	Measurement value for current output B Measurement value for frequency output B Measurement for limit switch B (Fct. C2.3.1/4/5)
1128	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. C2.3.3/6/7)
1129	Range change setting for current output B (Fct. C2.3.11)
1130	Pulse shape of frequency output B (Fct. C2.3.1)
1131	Inverts signal at frequency output B Inverts signal at pulse output B Inverts signal at status output B (Fct. C2.3.3/10)
1132	Measurement for pulse output B (Fct. C2.3.4)
1133	Measurement for status output B (Fct. C2.3.1)
1134	Output A
1135	Condition to activate status output B (Fct. C2.3.2)
1136	range change A
1137	Inverts signal at limit switch B (Fct. C2.3.5)
1138	Action for control input B (Fct. C2.3.1)
1139	hold output A
1140	output A to zero
1141	Inverts signal at control input B (Fct. C2.3.2)
1142	Phase shift relative to frequency output A or D Phase shift relative to pulse output A or D (Fct. C2.3.11)
1143	phase shift w.r.t. D
1144	Range units B
1145	Pulse Value Unit B
1146	Unit for pulse output Unit for pulse output B Unit for pulse output D (Fct. A5.2, C2.2.5, C2.3.5, C2.5.5)
1147	LFC Pulse Units B
1148	Sets simulated output of current output B (Fct. C2.3.14)
1149	Sets simulated output of frequency output B (Fct. C2.3.13)
1150	Sets simulated output of pulse output B (Fct. C2.3.13)
1151	Sets simulated output of status output B Sets simulated output of limit switch B (Fct. C3.3.5/7)
1152	simulation (Fct. C2.3.4)
1153	B (off)
1154	B
1155	Current Output B
1156	Frequency Output B
1157	Pulse Output B
1158	Status Output B
1159	Limit Switch B
1160	Control Input B
1161	Status C Test
1162	Time Constant for limit switch C (Fct. C2.4.4)
1163	Time Constant for current output C (Fct. C2.4.10)
1164	Limitation before applying the time constant (Fct. C2.4.8)
1165	Low flow cutoff for current output C (Fct. C2.4.9)
1166	Range setting for current output C (Fct. C2.4.1)
1167	Min/Max setting for current output C (Fct. C2.4.2)
1168	Error current setting for current output C (Fct. C2.4.3)
1169	Measurement value range for current output C (Fct. C2.4.6)
1170	Threshold value for range change setting for current output C (Fct. C2.4.12)
1171	Current C Test HW
1172	Threshold value for limit switch C (Fct. C2.4.2)
1173	Sets condition for error current in output C (Fct. C2.4.4)
1174	Measurement value for current output C Measurement for limit switch C (Fct. C2.4.1/5)
1175	Sets response of current output C to measurement polarity Sets response of limit switch C to measurement polarity (Fct. C2.4.3/7)
1176	Range change setting for current output C (Fct. C2.4.11)
1177	Inverts signal at status output C (Fct. C2.4.3)
1178	Measurement for status output C (Fct. C2.4.1)
1179	Condition to activate status output C (Fct. C2.4.2)
1180	Inverts signal at limit switch C (Fct. C2.4.5)
1181	Range units C
1182	Sets simulated output of current output C (Fct. C2.4.14)
1183	Sets simulated output of status output C Sets simulated output of limit switch C (Fct. C3.4.5/7)
1184	C (off)
1185	C
1186	Current Output C
1187	Status Output C
1188	Limit Switch C
1189	Status D Test
1190	Time Constant for frequency output D Time Constant for pulse output D Time Constant for limit switch D (Fct. C2.5.4/9)
1191	Limitation before applying the time constant (Fct. C2.5.7)
1192	Low flow cutoff for frequency output D (Fct. C2.5.8)
1193	Measurement value range for frequency output D (Fct. C2.5.5)
1194	Pulse width of frequency output D (Fct. C2.5.2)
1195	Pulse rate for 100% of measuring range for frequency output D (Fct. C2.5.3)
1196	6.2f
1197	Pulse rate for 100% of measuring range for pulse output D (Fct. C2.5.3)
1198	Value setting for pulse output D (Fct. C2.5.6)
1199	Low flow cutoff for pulse output D (Fct. C2.5.8)
1200	Threshold value for limit switch D (Fct. C2.5.2)
1201	Measurement value for frequency output D Measurement for limit switch D (Fct. C2.5.1/4)
1202	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. C2.5.3/6/7)
1203	Pulse shape of frequency output D (Fct. C2.5.1)
1204	Inverts signal at frequency output D Inverts signal at pulse output B Inverts signal at status output D (Fct. C2.5.3/10)
1205	Phase shift w.r.t. B
1206	Phase shift relative to frequency output D Phase shift relative to pulse output D (Fct. C2.5.11)
1207	0° phase shift
1208	90° phase shift
1209	180° phase shift
1210	Measurement for pulse output D (Fct. C2.5.4)
1211	Measurement for status output D (Fct. C2.5.1)
1212	Condition to activate status output D (Fct. C2.5.2)
1213	Inverts signal at limit switch D (Fct. C2.5.5)
1214	Range units D
1215	Pulse Value Unit D
1216	LFC Pulse Units D
1217	Sets simulated output of frequency output D (Fct. C2.5.13)
1218	Sets simulated output of pulse output D (Fct. C2.5.13)
1219	Sets simulated output of status output D Sets simulated output of limit switch D (Fct. C3.5.5/7)
1220	D (off)
1221	D
1222	Frequency Output D
1223	Pulse Output D
1224	Status Output D
1225	Limit Switch D
1226	Preset value
1227	Totaliser 1
1228	Totlaiser 1
1229	Time Constant for totaliser 1 (Fct. C3.1.4)
1230	Low Flow Cutoff Threshold
1231	Low flow cutoff for totaliser 1 (Fct. C3.1.3)
1232	Low Flow Cutoff Hysteresis
1233	Preset value for totaliser 1 (Fct. C3.1.5)
1234	Funct. of totalizer
1235	Function for totaliser 1 (Fct. C3.1.1)
1236	sum totalizer
1237	+ totalizer
1238	- totalizer
1239	Measurement. The setting should be changed with the corresponding online-method only, as dependent units need to be updated. (Fct. C3.1.2)
1240	LFC Totaliser Unit 1
1241	Preset Value Unit 1
1242	MthUpdateLFCTotalizerX
1243	MthOflAlignUnitsLFCTotalizerX
1244	MthUpdatePresetValueTotalizerX
1245	MthOflAlignUnitsPresetValueTotalizerX
1246	Reset Totaliser 1
1247	Resets totaliser 1 (Fct. C3.1.6)
1248	Set totalizer
1249	Sets totaliser 1 to desired value (Fct. C3.1.7)
1250	Stop totalizer
1251	Stops totaliser 1 and holds current value (Fct. C3.1.8)
1252	Start totalizer
1253	Starts totaliser 1 after it has been stopped (Fct. C3.1.9)
1254	Set Measurement
1255	Measurement for totaliser 1 (Fct. C3.1.2)
1256	Displays information of totaliser 1 (Fct. C4.1.10)
1257	Totalizer 1
1258	Totlaiser 2
1259	Time Constant for totaliser 2 (Fct. C3.2.4)
1260	Low flow cutoff for totaliser 2 (Fct. C3.2.3)
1261	Preset value for totaliser 2 (Fct. C3.2.5)
1262	Function for totaliser 2 (Fct. C3.2.1)
1263	Measurement. The setting should be changed with the corresponding online-method only, as dependent units need to be updated. (Fct. C3.2.2)
1264	LFC Totaliser Unit 2
1265	Preset Value Unit 2
1266	Reset Totaliser 2
1267	Resets totaliser 2 (Fct. C3.2.6)
1268	Sets totaliser 2 to desired value (Fct. C3.2.7)
1269	Stops totaliser 2 and holds current value (Fct. C3.2.8)
1270	Starts totaliser 2 after it has been stopped (Fct. C3.2.9)
1271	Measurement for totaliser 2 (Fct. C3.2.2)
1272	Displays information of totaliser 2 (Fct. C4.2.10)
1273	Totalizer 2
1274	Totlaiser 3
1275	Time Constant for totaliser 3 (Fct. C3.3.4)
1276	Low flow cutoff for totaliser 3 (Fct. C3.3.3)
1277	Preset value for totaliser 3 (Fct. C3.3.5)
1278	Function for totaliser 3 (Fct. C3.3.1)
1279	Measurement. The setting should be changed with the corresponding online-method only, as dependent units need to be updated. (Fct. C3.3.2)
1280	LFC Totaliser Unit 3
1281	Preset Value Unit 3
1282	Reset Totaliser 3
1283	Resets totaliser 3 (Fct. C3.3.6)
1284	Sets totaliser 3 to desired value (Fct. C3.3.7)
1285	Stops totaliser 3 and holds current value (Fct. C3.3.8)
1286	Starts totaliser 3 after it has been stopped (Fct. C3.3.9)
1287	Measurement for totaliser 3 (Fct. C3.3.2)
1288	Displays information of totaliser 3 (Fct. C4.3.10)
1289	Totalizer 3
1290	units
1291	Custody transfer
1292	Access Level HART
1293	Authorization level for data access via the HART interface.
1294	Standard (1)
1295	Extended (2)
1296	Service (3)
1297	Password
1298	Password for changing the authorization level for data access via the HART interface.
1299	4u
1300	Custody Lock
1301	If Custody Lock is activated, all configuration parameters are write protected.
1302	on
1303	Enable/Disable HART communication (Fct. C5.8.1)
1304	HART off
1305	HART on
1306	unit %
1307	Auxiliary variable
1308	unit dB
1309	unit Hz
1310	unit mA
1311	unit min
1312	unit ms
1313	unit µs
1314	unit ps
1315	ps
1316	Unit not used
1317	Unit s
1318	unit h
1319	unit cP
1320	cP
1321	Centi Poises
1322	Size
1323	Sets displayed units for pipe diameter (Fct. C5.7.1)
1324	inch
1325	mm
1326	Sets displayed units for Volume Flow (Fct. C5.7.2)
1327	[m³/s]*factor
1328	Sets free unit factor for Volume Flow (Fct. C5.7.4)
1329	Text free unit
1330	Sets free unit text for Volume Flow (Fct. C5.7.3)
1331	hl / s
1332	Sets displayed units for Mass Flow (Fct. C5.7.5)
1333	[kg/s]*factor
1334	Sets free unit factor for Mass Flow (Fct. C5.7.7)
1335	Sets free unit text for Mass Flow (Fct. C5.7.6)
1336	kg / s
1337	Velocity
1338	Sets displayed units for Flow Velocity (Fct. C5.7.8)
1339	Volume
1340	Sets displayed units for Volume (Fct. C5.7.9)
1341	[m³]*factor
1342	Sets free unit factor for Volume (Fct. C5.7.11)
1343	Sets free unit text for Volume (Fct. C5.7.10)
1344	hl
1345	Mass
1346	Sets displayed units for Mass (Fct. C5.7.12)
1347	[kg]*factor
1348	Sets free unit factor for Mass (Fct. C5.7.14)
1349	Sets free unit text for Mass (Fct. C5.7.13)
1350	kg
1351	Sets displayed units for Density (Fct. C5.7.15)
1352	kg/m³
1353	kg/L
1354	lb/ft³
1355	lb/gal
1356	[kg/m³]*factor
1357	Sets free unit factor for Density (Fct. C5.7.17)
1358	Sets free unit text for Density (Fct. C5.7.16)
1359	kg / m³
1360	Electr. Temperatur
1361	Sets displayed units for Temperature (Fct. C5.7.18)
1362	°C
1363	°F
1364	K
1365	Pulse Value Unit (Volume)
1366	A5.2, C3.2.5, C3.3.5, C3.5.5
1367	Pulse Value Unit (Mass)
1368	C number
1369	Displays the C number of the installed electronics Displays the CG number of the installed electronics (Fct. B3.3, C5.1.2)
1370	Device serial no.
1371	Displays the serial number of the system (Fct. C5.1.3)
1372	Electronic serial no.
1373	Displays the serial number of the electronics (Fct. C5.1.4)
1374	Language
1375	Language selection depends on the device version. Languauge selection (Fct. A1, C5.2.1)
1376	English
1377	Deutsch
1378	Français
1379	Default display
1380	Sets default page of display on reset (Fct. C5.2.3)
1381	1. meas. page
1382	2. meas. page
1383	status page
1384	graphic page
1385	Optical Keys
1386	Turns optical keys on/off (Fct. C5.2.4)
1387	Function
1388	Sets number of lines of display on 1st Measuring page (Fct. C5.3.1)
1389	one line
1390	two lines
1391	three lines
1392	Min/Max setting for 1st line of 1st Measuring page (Fct. C5.3.4)
1393	Low flow cutoff Threshold
1394	Low flow cutoff for 1st line of 1st Measuring page (Fct. C5.3.5)
1395	Low flow cutoff Hysteresis
1396	Time Constant for 1st line of 1st Measuring page (Fct. C5.3.6)
1397	Format 1.line
1398	No. of decimal places for 1st line of 1st Measuring page (Fct. C5.3.7)
1399	#X.
1400	#X.X
1401	#X.XX
1402	#X.XXX
1403	#X.XXXX
1404	#X.XXXXX
1405	#X.XXXXXX
1406	#X.XXXXXXX
1407	#X.XXXXXXXX
1408	Format 2.line
1409	No. of decimal places for 2nd line of 1st Measuring page (Fct. C5.3.9)
1410	Format 3.line
1411	No. of decimal places for 3rd line of 1st Measuring page (Fct. C5.3.11)
1412	Sets number of lines of display on 2nd Measuring page (Fct. C5.4.1)
1413	Min/Max setting for 1st line of 2nd Measuring page (Fct. C5.4.4)
1414	Low flow cutoff for 1st line of 2nd Measuring page (Fct. C5.4.5)
1415	Time Constant for 1st line of 2nd Measuring page (Fct. C5.4.6)
1416	No. of decimal places for 1st line of 2nd Measuring page (Fct. C5.4.7)
1417	No. of decimal places for 2nd line of 2ndMeasuring page No. of decimal places for 2nd line of 2nd Measuring page (Fct. C5.4.4/9)
1418	No. of decimal places for 3rd line of 2nd Measuring page (Fct. C5.4.6/11)
1419	Select range
1420	Range setting for graphic page (Fct. C5.5.1)
1421	manual
1422	automatic
1423	Scaling Center
1424	Scaling for graphic page Y-axis (Fct. C5.5.2)
1425	Scaling Range
1426	Time scale
1427	Time scale for graphic page X-axis (Fct. C5.5.3)
1428	Operating hours
1429	Displays device operating hours (Fct. B2.8)
1430	Detected C-No.
1431	Automatically detected C-number (Fct. D2.3.1)
1432	uiCNumberDetectedDigit01
1433	uiCNumberDetectedDigit02
1434	uiCNumberDetectedDigit03
1435	uiCNumberDetectedDigit04
1436	uiCNumberDetectedDigit05
1437	uiCNumberDetectedDigit06
1438	uiCNumberDetectedDigit07
1439	C-Number (8th Position)
1440	8th position of the C-number
1441	0
1442	1
1443	2
1444	3
1445	4
1446	5
1447	6
1448	7
1449	8
1450	9
1451	E
1452	F
1453	uiCNumberDetectedDigit09
1454	uiCNumberDetectedDigit10
1455	Measurement 1.line
1456	Measurement for 1st line of 1st Measuring page (Fct. C5.3.2)
1457	Range unit page 1
1458	Range unit measurement page 1
1459	Range setting for 1st line of 1st Measuring page (Fct. C5.3.3)
1460	Measurement 2.line
1461	Measurement for 2nd line of 1st Measuring page (Fct. C5.3.8)
1462	bargraph
1463	Measurement 3.line
1464	Measurement for 3rd line of 1st Measuring page (Fct. C5.3.10)
1465	MthUpdateUnitsAndRangesDisplayPageX
1466	MthOflAlignUnitsDisplayPageX
1467	Measurement for 1st line of 2nd Measuring page (Fct. C5.4.2)
1468	Range unit page 2
1469	Range unit measurement page 2
1470	Range setting for 1st line of 2nd Measuring page (Fct. C5.4.3)
1471	Measurement for 2nd line of 2nd Measuring page (Fct. C5.4.8)
1472	Measurement for 3rd line of 2nd Measuring page (Fct. C5.4.10)
1473	MthUpdateInterModuleSdev
1474	MthOflAlignInterModuleSdev
1475	Circuit Board Info
1476	Displays circuit board information. I.e. Identnumber, Hardware ID, Software Version, Production Date, Calibration Date, Board Serial Number.
1477	SW.REV. MS
1478	Displays information of Main Software (Fct. B3.5)
1479	SW.REV. UIS
1480	Displays information of User Interface (Fct. B3.6)
1481	Electronic Revision
1482	Displays information of the Electronics Revision Displays the Electronics Revision of the electronics (Fct. B3.8, C5.1.6)
1483	Reset errors
1484	Reset Errors Resets errors (Fct. A3.1, C5.6.1)
1485	Warmstart
1486	Perform a "warm start".
1487	Read GDC Object
1488	Generic method for reading a GDC object
1489	Write GDC Object
1490	Generic method for writing a GDC object
1491	Enable Service Access
1492	Enabling service parameter access via HART for 20 min. I.e. Setting the authorization level to Service (3).
1493	Disable Service Access
1494	Disabling service parameter access via HART. I.e. Resetting the authorization level to Standard (1).
1495	Test/Reset
1496	Device
1497	Device Information (Fct. C5.1)
1498	Display
1499	Display (Fct. C5.2)
1500	1st Measure Page (Fct. C5.3)
1501	1. Measurement Page
1502	2nd Measure Page (FF) (Fct. C5.4)
1503	2. Measurement Page
1504	Graphic page
1505	Graphic Page (Fct. C5.5)
1506	Graphic Page
1507	Special functions
1508	Special Functions (Fct. C5.6)
1509	Units
1510	Units (Fct. C5.7)
1511	Auxiliary Units
1512	Service Access
1513	Service parameters
1514	Service info
1515	ui16ObjectNumberGdcDelayed
1516	ui16ObjectNumberGdcGeneric
1517	uiSubNumberGdcDelayed
1518	uiSubNumberGdcGeneric
1519	flResponseTimeGdcDelayed
1520	uniPlaceholderGdc
1521	uiCountBytesGdcTg
1522	uiSubNumberGdcTg
1523	ui16ObjectNumberGdcTg
1524	uiControlStatusGdcTg
1525	C number undefined
1526	Waiting for GDC delayed response
1527	uiGdcDelayed1
1528	uiGdcDelayed2
1529	uiGdcDelayed3
1530	uiGdcDelayed4
1531	uiGdcDelayed5
1532	uiGdcDelayed6
1533	uiGdcDelayed7
1534	uiGdcDelayed8
1535	uiGdcDelayed9
1536	uiGdcDelayed10
1537	uiGdcDelayed11
1538	uiGdcDelayed12
1539	uiGdcDelayed13
1540	uiGdcDelayed14
1541	uiGdcDelayed15
1542	uiGdcDelayed16
1543	uiGdcDelayed17
1544	uiGdcDelayed18
1545	uiGdcDelayed19
1546	uiGdcDelayed20
1547	ui16GdcDelayedWord1
1548	ui16GdcDelayedWord2
1549	ui16GdcDelayedWord3
1550	ui16GdcDelayedWord4
1551	ui16GdcDelayedWord5
1552	ui16GdcDelayedWord6
1553	ui16GdcDelayedWord7
1554	ui16GdcDelayedWord8
1555	ui16GdcDelayedWord9
1556	ui16GdcDelayedWord10
1557	flGdcDelayed1
1558	flGdcDelayed2
1559	flGdcDelayed3
1560	flGdcDelayed4
1561	flGdcDelayed5
1562	uiGdcByteGenericRead1
1563	uiGdcByteGenericRead2
1564	uiGdcByteGenericRead3
1565	uiGdcByteGenericRead4
1566	uiGdcByteGenericRead5
1567	uiGdcByteGenericRead6
1568	uiGdcByteGenericRead7
1569	uiGdcByteGenericRead8
1570	uiGdcByteGenericRead9
1571	uiGdcByteGenericRead10
1572	uiGdcByteGenericRead11
1573	uiGdcByteGenericRead12
1574	uiGdcByteGenericRead13
1575	uiGdcByteGenericRead14
1576	uiGdcByteGenericRead15
1577	uiGdcByteGenericRead16
1578	uiGdcByteGenericRead17
1579	uiGdcByteGenericRead18
1580	uiGdcByteGenericRead19
1581	uiGdcByteGenericRead20
1582	uiGdcByteGenericRead21
1583	uiGdcByteGenericRead22
1584	uiGdcByteGenericRead23
1585	uiGdcByteGenericRead24
1586	uiGdcByteGenericRead25
1587	uiGdcByteGenericRead26
1588	uiGdcByteGenericRead27
1589	uiGdcByteGenericRead28
1590	uiGdcByteGenericRead29
1591	uiGdcByteGenericRead30
1592	uiGdcByteGenericWrite1
1593	uiGdcByteGenericWrite2
1594	uiGdcByteGenericWrite3
1595	uiGdcByteGenericWrite4
1596	uiGdcByteGenericWrite5
1597	uiGdcByteGenericWrite6
1598	uiGdcByteGenericWrite7
1599	uiGdcByteGenericWrite8
1600	uiGdcByteGenericWrite9
1601	uiGdcByteGenericWrite10
1602	uiGdcByteGenericWrite11
1603	uiGdcByteGenericWrite12
1604	uiGdcByteGenericWrite13
1605	uiGdcByteGenericWrite14
1606	uiGdcByteGenericWrite15
1607	uiGdcByteGenericWrite16
1608	uiGdcByteGenericWrite17
1609	uiGdcByteGenericWrite18
1610	uiGdcByteGenericWrite19
1611	uiGdcByteGenericWrite20
1612	uiGdcByteGenericWrite21
1613	uiGdcByteGenericWrite22
1614	uiGdcByteGenericWrite23
1615	uiGdcByteGenericWrite24
1616	uiGdcByteGenericWrite25
1617	uiGdcByteGenericWrite26
1618	uiGdcByteGenericWrite27
1619	uiGdcByteGenericWrite28
1620	uiGdcByteGenericWrite29
1621	uiGdcByteGenericWrite30
1622	ui16GdcWordGenericRead1
1623	ui16GdcWordGenericRead2
1624	ui16GdcWordGenericRead3
1625	ui16GdcWordGenericRead4
1626	ui16GdcWordGenericRead5
1627	ui16GdcWordGenericRead6
1628	ui16GdcWordGenericRead7
1629	ui16GdcWordGenericRead8
1630	ui16GdcWordGenericRead9
1631	ui16GdcWordGenericRead10
1632	ui16GdcWordGenericWrite1
1633	ui16GdcWordGenericWrite2
1634	ui16GdcWordGenericWrite3
1635	ui16GdcWordGenericWrite4
1636	ui16GdcWordGenericWrite5
1637	ui16GdcWordGenericWrite6
1638	ui16GdcWordGenericWrite7
1639	ui16GdcWordGenericWrite8
1640	ui16GdcWordGenericWrite9
1641	flGdcFloatGenericRead1
1642	flGdcFloatGenericRead2
1643	flGdcFloatGenericRead3
1644	flGdcFloatGenericRead4
1645	flGdcFloatGenericRead5
1646	flGdcFloatGenericWrite1
1647	flGdcFloatGenericWrite2
1648	flGdcFloatGenericWrite3
1649	flGdcFloatGenericWrite4
1650	ui32GdcUlongGenericRead1
1651	ui32GdcUlongGenericRead2
1652	ui32GdcUlongGenericRead3
1653	ui32GdcUlongGenericRead4
1654	ui32GdcUlongGenericRead5
1655	ui32GdcUlongGenericWrite1
1656	ui32GdcUlongGenericWrite2
1657	ui32GdcUlongGenericWrite3
1658	ui32GdcUlongGenericWrite4
1659	Data type
1660	Byte
1661	Word
1662	Float
1663	Unsigned Long
1664	Invalid password
1665	Invalid object number
1666	Select module
1667	Current output A
1668	Current output B
1669	Current output C
1670	IO 2
1671	Ident no.
1672	Hardware id
1673	Software version
1674	Production date
1675	Board ser.no.
1676	Function switched off
1677	No valid items
1678	This menu contains no valid items.
1679	<Image> Manufacturer
1680	<Image> Device
1681	<Image> Process Input Orientation
1682	<Image> Sensor Orientation
1683	<Image> PI Calibration Orientation
1684	<Image> PI Filter Orientation
1685	<Image> PI Selftest Orientation
1686	<Image> Current Output Orientation
1687	<Image> Frequency Output Orientation
1688	<Image> Status Output Orientation
1689	<Image> Control Input Orientation
1690	<Image> Totalizer Orientation
1691	<Image> Selection IO Orientation
1692	<Image> Display Orientation
1693	<Image> HART Orientation
1694	<Image> Diagnosis Active
1695	<Image> Failure Status
1696	<Image> Maintenance Required Status
1697	<Image> Out Of Specification Status
1698	<Image> Function Check Status
1699	Process Variables
1700	Device Setup
1701	Offline
1702	Quick Setup
1703	General
1704	Reset
1705	Detailed Setup
1706	Service
1707	Prepare Parameter Download
1708	Must be performed prior to a complete parameter download to the device. Writes some basic parameters to the device and performs a warm start.
1709	finish parameter download
1710	Should be performed after a complete parameter download to the device. Performs a warm start.
1711	Upload Variables
1712	Download Variables
1713	Enable on token-passing data link layer only
1714	Enable on TDMA data link layer only
1715	Enable on both TDMA and token-passing data link layer
1716	Wireless
1717	WirelessHART Device
1718	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1719	Primary
1720	Primary Analog Channel
1721	Secondary
1722	Secondary Analog Channel
1723	Tertiary
1724	Tertiary Analog Channel
1725	Quaternary
1726	Quaternary Analog Channel
1727	Quinary
1728	Quinary Analog Channel
1729	Critical Power Failure
1730	Lock all
1731	Trim not supported
1732	Configuration cannot be changed
1733	Locked by gateway
1734	Analog Input Channel
1735	Analog Output Channel
1736	PV Analog Channel Saturated
1737	PV Analog Channel Fixed
1738	Device Profile
1739
1740	Process automation device
1741	Discrete device
1742	Hybrid:Process automation+discrete
1743	I/O System
1744	WirelessHART Process automation device
1745	WirelessHART Discrete device
1746	WirelessHART Process automation+discrete
1747	WirelessHART Gateway
1748	WirelessHART Access point
1749	WirelessHART Process adapter
1750	WirelessHART Discrete adapter
1751	WirelessHART enabled handheld/portable maintenance tool
1752	Device Diagnostic Status 0
1753	Simulation active
1754	The device is in simulation mode and the level output is not representative of the process.
1755	Non-Volatile memory failure
1756	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1757	Volatile memory error
1758	The RAM memory check is invalid or maybe corrupt
1759	Watchdog reset executed
1760	A watchdog reset has been performed
1761	Voltage conditions out of range
1762	A voltage condition is outside its allowable range
1763	Environmental conditions out of range
1764	An internal or environmental condition is beyond acceptable limits.
1765	Electronic failure
1766	A hardware problem not related to the sensor has been detected.
1767	Device Diagnostic Status 1
1768	I/O and Subdevice Status
1769	Subdevice list changed
1770	Duplicate master detected
1771	WirelessHART Status
1772	Capacity Denied
1773	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1774	Bandwidth allocation pending
1775	Block transfer pending
1776	Secondary Analog Channel Saturated
1777	Tertiary Analog Channel Saturated
1778	Quaternary Analog Channel Saturated
1779	Quinary Analog Channel Saturated
1780	Secondary Analog Channel Fixed
1781	Tertiary Analog Channel Fixed
1782	Quaternary Analog Channel Fixed
1783	Quinary Analog Channel Fixed
1784	Read receive time
1785	Write date and time
1786	Time Set Option
1787	Non-Volatile Clock
1788	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.
1789	Clock Uninitialized
1790	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.
1791	Real Time Clock Flags
1792	Time Stamp
1793	Relative time value on network
1794	8u
1795	Dynamic Variables Returned for Device Variables
1796	Command Response Truncated
1797	Configuration Change Counter Mismatch
1798	Status bytes mismatch
1799	Device Variable
1800	Analog Channel Number
1801	Analog Channel Number- Index into an array of Analog Channels.
1802	Index 1 into Analog Channel Array
1803	Index into Analog Channel Array- Is the first of an array of addresses, whose value is identified by the Analog Channel Code.
1804	Index 2 into Analog Channel Array
1805	Index into Analog Channel Array- Is the second of an array of addresses, whose value is identified by the Analog Channel Code.
1806	Index 3 into Analog Channel Array
1807	Index into Analog Channel Array- Is the third of an array of addresses, whose value is identified by the Analog Channel Code.
1808	Index 4 into Analog Channel Array
1809	Index into Analog Channel Array- Is the fourth of an array of addresses, whose value is identified by the Analog Channel Code.
1810	Current Date
1811	Current Date based upon the real-time clock in the field device
1812	Current Time
1813	Current Time based upon the real-time clock in the field device
1814	Set Clock Date
1815	Date to set the real-time clock in the field device to, or date that the real-time clock was last set
1816	Set Clock Time
1817	Time to set the real time clock in the field device to, or time that the real-time clock was last set
1818	Select alignment:
1819	Break;Display -> HART;Load Defaults
1820	invalid option
1821	Write new settings to the device?
1822	No;Yes
1823	Are you sure?
1824	Cold start is being executed, Wait...
1825	Output is now in normal operating mode.
1826	Output is still fixed. Retry the complete test.
1827	Select fixed Level
1828	Output is fixed to %{1} %{0}.
1829	Enter Date:
1830	Enter Time:
1831	Clock set to: %{0} %{1}
1832	Mappings have been reset.
1833	Enable status simulation?
1834	Disable status simulation?
1835	Failed to enable status simulation.
1836	Status simulation disabled.
1837	Status simulation enabled.
1838	Failed to disable status simulation.
1839	Calibration finished
1840	Calibrate zero?
1841	Cancel;Default;Automatic
1842	Warm start is being executed, Wait...
1843	Default values set
1844	Calibration takes %[.0f]{0}s. Please wait ...
1845	Calibration passed
1846	Calibration failed
1847	Invalid option
1848	Select diagnostics
1849	Dependent units settings will be adjusted automatically. Proceed anyway?
1850	Simulation finished
1851	Simulation still running.
1852	Enter Value in %{0} :
1853	Error setting simulation value
1854	Simulated value: %{1} %{0}
1855	Identnumber: %{0} Software Version: %{2} Production Date: %{3}
1856	Calibrate path?
1857	Value corrected to: %{1} %{0} (minimum value for HART current output).
1858	Set No. Of pulses:
1859	%{0} pulses sent.
1860	Enter value:
1861	Simulated value: %{0}
1862	Totaliser has been reset.
1863	Enter preset value in %{0}
1864	Totaliser has been set.
1865	Totaliser has been stopped.
1866	Totaliser has been started.
1867	Select measurement
1868	Select Module
1869	Identnumber: %{0} Hardware ID: %{1} Software Version: %{2}
1870	Production Date: %{3} Calibration Date: %{4} Board Serial No.: %{5}
1871	Errors have been reset.
1872	Enter object number:
1873	Enter sub number:
1874	Select data type
1875	Object %{0}.%{1} is: %{2}
1876	Object %{0}.%{1} set to: %{2}
1877	Enter password:
1878	Service access enabled for 20 min.
1879	Failed to enable service access.
1880	Access level reset to %{0}.
1881	Failed to reset access level.
1882	Please wait ...
Reference ID	String