Device dictionary

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Reference ID	String
0	Device Status
1
2	Foxboro
3	KROHNE
4	Drexelbrook
5	TOKYO KEISO
6	MFC 050/051
7	Dev ID
8	Tag: Text that is associated with the Field Device installation. It is also used as a type of data link layer address handle. Text is identical to first 8 characters of device's parameter 'Tag ID'. (Fct. 3.6.1)
9	Device is controlled via its keypad
10	Processing previous HART request
11	Inv. tag symbols
12	Custody lock
13	Apply Values
14	Currently measured values will be taken as Upper Range Value and Lower Range Value for I1.
15	No range for process mapped onto Output
16	Function of Current Output I1 must be set to 'Mass Flow'
17	Device not in proper mode
18	Calibration already in progress
19	Failed to start Calib.
20	Stop
21	Tube drive stopped.
22	Startup
23	Standby
24	Tube vibrating, Mass Flow set to zero.
25	Zero Calibration
26	Zero Calib. in progress
27	Frequency Output P saturated
28	Change output range. (Light)
29	Process Alarm
30	Process alarm limit check exceeded. Change output range. (Light)
31	Current Output I2 saturated
32	Current Output I3 saturated
33	Communication Error
34	Internal Communication Error. (Severe)
35	System Error
36	Front end and back end do not match. (Severe)
37	NVRAM Checksum Error
38	Previous data lost. (Severe)
39	NVRAM Cycles
40	NVRAM exceeded specified number of write cycles. (Light)
41	Power Fail
42	Interruption of power to the converter. (Custody transfer only). (Light)
43	Watchdog
44	System error or temporary power supply drop-off. (Severe)
45	Temperature Custody
46	Operating temperature has drifted by more than +/-30°C from the zero calib. Temperature. (Custody transfer only). (Light)
47	Strain
48	Strain out of operating range. (Fatal)
49	Current Output I1 saturated
50	DC A
51	DC voltage part of sensor A is larger than 20% of ADC max. (Severe)
52	DC B
53	DC voltage part of sensor B is larger than 20% of ADC max. (Severe)
54	Sampling
55	PLL out of range. (Severe)
56	ROM Defaults
57	EEPROM checksum error, defaults loaded from ROM (Severe)
58	EEPROM
59	Unable to save data in EEPROM. Hardware fault. (Fatal)
60	Mass Flow
61	Mass flow rate > 1.3x nominal flow. Actual mass flow is too big or manual zero offset was programmed incorrectly. (Light)
62	Zero Error
63	Mass flow rate at zero adjust > 20% of nominal (100%) flow rate. Actual mass flow is too big or manual zero offset was programmed incorrectly. (Light)
64	Totaliser Overflow
65	Mass total has overflowed the display, i.e. it has gone from 99999999 to 00000000. (Custody transfer only). (Light)
66	Temperature
67	Temperature outside operating range. (Light)
68	Sensor A
69	Sensor A voltage signal less than 5% of desired value. (Severe)
70	Sensor B
71	Sensor B voltage signal less than 5% of desired value. (Severe)
72	Ratio A/B
73	One sensor signal much larger than the other. (Severe)
74	Density Calibration Error
75	Density Calib. Error/Failure.
76	Density Calibration
77	Density Calib. in progress
78	Velocity out of limits
79	Direction out of limits
80	Add. Total. out of limits
81	Conc. by Mass out of limits
82	Conc. by Volume out of limits
83	Snsr. Average out of limits
84	Snsr. Deviation out of limits
85	Drive Energy out of limits
86	Tube Freq. out of limits
87	Strain Meas. Tube out of limits
88	Strain Inner Cyl. out of limits
89	Mass Flow out of limits
90	Density out of limits
91	Mass Total out of limits
92	Volume Flow out of limits
93	Temperature out of limits
94	Volume Total out of limits
95	Conc. Flow out of limits
96	Conc. Total out of limits
97	Function I1
98	Function Slot 1
99	Function of current output I1. (Fct. 4.2.1)
100	Function of Slot 1 (no output installed).
101	Function I2
102	Function Slot 2
103	Function of current output I2. (Fct. 4.3.1)
104	Function of Slot 2 (no output installed).
105	Function I3
106	Function Slot 3
107	Function of current output I3. (Fct. 4.4.1)
108	Function of Slot 3 (no output installed).
109	Function P
110	Function Slot 4
111	Function of pulse output P. (Fct. 4.5.1)
112	Function of Slot 4 (no output installed).
113	Dynamic Variables
114	View Process Vars
115	HART Dynamic Vars
116	View In/Outputs
117	Current Output I1
118	Slot 1
119	Current Output I2
120	Slot 2
121	Current Output I3
122	Slot 3
123	Pulse Output P
124	Slot 4
125	Alarm Output A
126	No Alarm Output
127	Control Input E
128	No Control Input
129	System Control S
130	View Status
131	Configuration/Test
132	Operation
133	Density Calibrat.
134	Test/Info
135	Diagnose
136	Versions
137	Sensor Limits
138	Mass Flow
139	Density
140	Conc. by Mass
141	No Conc. by Mass
142	Configuration
143	Basic Parameters
144	Display
145	Mass Total
146	Volume Flow
147	Volume Total
148	Conc. Flow
149	No Conc. Flow
150	Conc. Total
151	No Conc. Total
152	Conc. by Vol
153	No Conc. by Vol
154	Velocity
155	Concentr. Meas.
156	Passwords
157	IO Configuration
158	No Curr. Outp. I1
159	No Curr. Outp. I2
160	No Curr. Outp. I3
161	No Pulse Output
162	Calibration I
163	No Current Output
164	Factory Setting
165	Calibrated
166	Meter
167	Blocked
168	Service Menu
169
170	Settings
171	Quit/Reset
172	HART Variables
173	Communication
174	8u
175	.2f
176	Mass Flow
177	Conc. Flow
178	Conc. Total
179	Conc. by Vol.
180	Conc. by Volume
181	Sensor Avg.
182	Sensor Average
183	Sensor Dev.
184	Sensor Deviation
185	Drive Energy
186	Drive Energy
187	Tube Frequency
188	Strain Meas. Tube
189	Measuring Tube Strain
190	Strain Inner Cyl.
191	Inner Cylinder Strain
192	Direction
193
194	Add. Totaliser
195	Off
196	Mass Flow Units
197	Mass Flow display units. (Fct. 3.2.2)
198	Mass Flow Format
199	Mass Flow display format. (Fct. 3.2.2)
200	0 digs after point
201	1 dig after point
202	2 digs after point
203	3 digs after point
204	4 digs after point
205	5 digs after point
206	6 digs after point
207	7 digs after point
208	MasF
209	.0f
210	.1f
211	.3f
212	.4f
213	.5f
214	.6f
215	.7f
216	Density Units
217	Density display units. (Fct. 3.2.7).
218	Density Format
219	Density display format. (Fct. 3.2.7).
220	Dens
221	Mass Totaliser
222	Mass Total Units
223	Mass Total display units. (Fct. 3.2.3)
224	MasT
225	Mass Total Format
226	Mass Total display format. (Fct. 3.2.3)
227	Volume flow
228	Volume Flow Units
229	Volume Flow display units. (Fct. 3.2.4)
230	Value is not displayed
231	Vol. Flow Format
232	Volume Flow display format. (Fct. 3.2.4)
233	VolF
234	Volume Flow
235	Volume Totaliser
236	Volume Total Units
237	Volume Total display units. (Fct. 3.2.5)
238	VolT
239	Cucm
240	Cubic Centimeter
241	Vol. Total Format
242	Volume Total display format. (Fct. 3.2.5)
243	Temperature Units
244	Temperature display units. (Fct. 3.2.6)
245	Temp M.
246	Measuring tube temperature
247	Conc. flow
248	Conc. Flow Units
249	Conc. Flow display units. (Fct. 3.2.8)
250	Conc. Flow Format
251	Conc. Flow display format. (Fct. 3.2.8)
252	ConF
253	Conc. Flow
254	Conc. Total
255	Conc. Total Units
256	Conc. Total display units. (Fct. 3.2.9)
257	Conc. Total Format
258	Conc. Total display format. (Fct. 3.2.9)
259	ConT
260	% by Mass Units
261	Conc. by Mass display units. (Fct. 3.2.10)
262	°Brix
263	Degrees Brix
264	°Bmé 144
265	Degrees Baumé 144.3
266	°Bmé 145
267	Degrees Baumé 145.0
268	NaOH
269	Mass conc. of Sodium Hydroxide
270	%Mass
271	Percentage conc. by mass.
272	Brix
273	Baum
274	NAOH
275	Plat
276	ConM
277	Conc. of sucrose in pure water in °Brix
278	Conc. of sucrose in pure water in °Baume
279	NAOH
280	Plato
281	% by Volume Units
282	Conc. by Volume display units. (Fct. 3.2.11)
283	%Vol
284	Conc. by volume in %.
285	ConV
286	Snsr. Avg.
287	Snsr. Dev.
288	Drv. Enrg.
289	Drive Energy (Fct. 2.9.5)
290	Freq.M
291	Oscillation Frequency of the Transducer. (Fct. 2.9.4)
292	Str.M.
293	Measuring tube strain (Fct. 2.9.2)
294	Str.I.
295	Inner cylinder strain (Fct. 2.9.3)
296	Velocity Units
297	Velocity display units. (Fct. 3.2.12)
298	Vel.
299	Velocity
300	Dir.
301	Flow Direction (% nominal flow).
302	Referred Density
303	RDen
304	Add. Total. Units
305	Additional Totaliser display units. (Fct. . . )
306	AddT
307	Additional Totaliser
308	I1
309	SL1
310	Current output I1 analog value.
311	% Range
312	Percent of range (defined by Lower and Upper Range Value).
313	Max MasF
314	Max Dens
315	Max VolF
316	Max Temp
317	Max ConF
318	Max Brix
319	Max Bmé
320	Max NAOH
321	Max Pto
322	Max %Mas
323	Max %Vol
324	Max S.Avg.
325	Max S.Dev.
326	Max D.Enrg.
327	Max T.Frq.
328	Max M.T.Str.
329	Max I.C.Str.
330	Max Vel.
331	Not app.
332	Min MasF
333	Min Dens
334	Min VolF
335	Min Temp
336	Min ConF
337	Min Brix
338	Min Bmé
339	Min NAOH
340	Min Pto
341	Min %Mas
342	Min %Vol
343	Min S.Avg.
344	Min S.Dev.
345	Min D.Enrg.
346	Min T.Frq.
347	Min M.T.Str.
348	Min I.C.Str.
349	Min Vel.
350	Min/Max Units
351	Units for output range values (Min.../Max...). (Fct. 4.x.3, 4.x.4 )
352	Range
353	Range for current output I1. (Fct. 4.2.2)
354	4-20mA
355	4-20mA/22mA
356	22mA when error detected.
357	0-20mA
358	0-20mA/22mA
359	4-20mA/2mA
360	2mA when error detected
361	4-20mA/3.5mA
362	3.5mA when error detected
363	I2
364	SL2
365	Current output I2 analog value.
366	Range for current output I2. (Fct. 4.3.2)
367	I3
368	SL3
369	Current output I3 analog value.
370	Range for current output I3. (Fct. 4.4.2)
371	puls/s
372	Pulses per second
373	P
374	SL4
375	Pulse output value.
376	Cyclic Display
377	Auto switch display (Fct. 3.2.1)
378	Static Display
379	Supervisor PW lock
380	Service Code lock
381	Read only
382	Output not installed
383	Inv. display format
384	Inv. display option
385	CF1
386	CF1 (Fct. 5.1.1)
387	CF2
388	CF2 (Fct. 5.1.2)
389	CF3
390	CF3 (Fct. 5.1.3)
391	CF4
392	CF4 (Fct. 5.1.4)
393	CF5
394	CF5 (Fct. 5.1.5)
395	Meter Correction
396	Meter correction factor (Fct. 5.1.21)
397	Inv. CF1
398	Inv. CF2
399	Inv. CF3
400	Inv. CF4
401	Inv. CF5
402	Inv. Meter Correction
403	CF6
404	CF6 (Fct. 5.1.6)
405	CF7
406	CF7 (Fct. 5.1.7)
407	CF8
408	CF8 (Fct. 5.1.8)
409	CF9
410	CF9 (Fct. 5.1.9)
411	CF10
412	CF10 (Fct. 5.1.10)
413	Inv. CF6
414	Inv. CF7
415	Inv. CF8
416	Inv. CF9
417	Inv. CF10
418	CF11
419	CF11 (Fct. 5.1.11)
420	CF12
421	CF12 (Fct. 5.1.12)
422	CF13
423	CF13 (Fct. 5.1.13)
424	CF14
425	CF14 (Fct. 5.1.14)
426	CF15
427	CF15 (Fct. 5.1.15)
428	Inv. CF11
429	Inv. CF12
430	Inv. CF13
431	Inv. CF14
432	Inv. CF15
433	CF16
434	CF16 (Fct. 5.1.16)
435	CF17
436	CF17 (Fct. 5.1.17)
437	CF18
438	CF18 (Fct. 5.1.18)
439	CF19
440	CF19 (Fct. 5.1.19)
441	CF20
442	CF20 (Fct. 5.1.20)
443	Inv. CF16
444	Inv. CF17
445	Inv. CF18
446	Inv. CF19
447	Inv. CF20
448	Dens.Cal.Pt.1
449	Dens.Cal.Pt.2
450	Product Pt. 1
451	Density product type for density calib. point 1. (Fct. 1.3.1)
452	Empty
453	Pure Water
454	Town Water
455	Other
456	Units DensCal.Pt.1
457	Density units for density calib. point 1. (Fct. 1.3.1)
458	Value Pt. 1
459	Density value for density calib. point 1. (Fct. 1.3.1)
460	Dens. Flow Comp. 1
461	Density Flow Compensation for density calib. point 1. (Fct. 1.3.1)
462	Dens. Tmp. Corr. 1
463	Density Temperature Correction for density calib. point 1. (Fct. 1.3.1)
464	Product Pt. 2
465	Density product type for density calib. point 2. (Fct. 1.3.2)
466	Units DensCal.Pt.2
467	Density units for density calib. point 2. (Fct. 1.3.2)
468	Value Pt. 2
469	Density value for density calib. point 2. (Fct. 1.3.2)
470	Dens. Flow Comp. 2
471	Density Flow Compensation for density calib. point 2. (Fct. 1.3.2)
472	Dens. Tmp. Corr. 2
473	Density Temperature Correction for density calib. point 2. (Fct. 1.3.2)
474	Type Dens. Cal.
475	Density calibration type. (Fct. 1.3.3, 1.3.4)
476	1 Point Calibration
477	2 Point Calibration
478	2 Pt. Cal. 2nd Step
479	Factory Settings
480	Density Units
481	Density units for density calib. (Fct. 1.3.3, 1.3.4)
482	Density Value
483	Density value for density calib. (Fct. 1.3.3, 1,3,4)
484	Product
485	Density product type for density calib. (Fct. 1.3.3, 1.3.4)
486	Inv. Type Dens. Cal.
487	Inv. Units Dens. Cal.
488	Inv. Value Dens. Cal.
489	Inv. Product Dens. Cal.
490	Wrong order for 2 pt. calib.
491	Density Mode
492	Referred Density Mode (Fct 3.4.1)
493	Actual
494	Actual Density
495	Fixed
496	Fixed Density
497	Referred
498	Referred Density
499	Ref. Temp. Units
500	Referred Density Temperature units. (Fct. 3.4.2)
501	Ref. Temp.
502	Reference Density Temperature. (Fct. 3.4.2)
503	Referred density density units. (Fct. 3.4.2)
504	Value for fixed density. (Fct. 3.4.2)
505	Slope
506	Slope of density v temperature. (Fct. 3.4.3)
507	Slope/°F
508	Slope/°C
509	Inv. Density Mode
510	Inv. Ref. Temp.
511	Inv. Fixed Density
512	Inv. Ref.Dens.Slope
513	Concent. Mode
514	Concentration Mode. (Fct. 3.3.1)
515	Not fitted
516	No conc. option
517	None
518	Sugar conc. in °Brix
519	General
520	Mass and volume conc.
521	Baumé 144.3
522	Baumé Rational
523	Baumé 145.0
524	Baumé Commercial
525	Concent. Type
526	Concentration Type. (Fct. 3.3.3)
527	linear
528	non linear
529	Offset
530	Conc. Calibration Offset. (Fct. 3.3.2)
531	Conc. CF 1
532	Conc. Coefficient 1. (Fct. 3.3.4)
533	Conc. CF 2
534	Conc. Coefficient 2. (Fct. 3.3.5)
535	Conc. CF 3
536	Conc. Coefficient 3. (Fct. 3.3.6)
537	Conc. CF 4
538	Conc. Coefficient 4. (Fct. 3.3.7)
539	Inv. Conc. Mode
540	Inv. Conc. Type
541	Inv. Conc. Calib. Slope
542	Inv. Conc. Calib. Offset
543	Inv. Conc. Coef. 1
544	Inv. Conc. Coef. 2
545	Inv. Conc. Coef. 3
546	Inv. Conc. Coef. 4
547	Conc. CF 5
548	Conc. Coefficient 5. (Fct. 3.3.8)
549	Conc. CF 6
550	Conc. Coefficient 6. (Fct. 3.3.9)
551	Conc. CF 7
552	Conc. Coefficient 7. (Fct. 3.3.10)
553	Conc. CF 8
554	Conc. Coefficient 8. (Fct. 3.3.11)
555	Conc. CF 9
556	Conc. Coefficient 9. (Fct. 3.3.12)
557	Inv. Conc. Coef. 5
558	Inv. Conc. Coef. 6
559	Inv. Conc. Coef. 7
560	Inv. Conc. Coef. 8
561	Inv. Conc. Coef. 9
562	Conc. CF 10
563	Conc. Coefficient 10. (Fct. 3.3.13)
564	Conc. CF 11
565	Conc. Coefficient 11. (Fct. 3.3.14)
566	Conc. CF 12
567	Conc. Coefficient 12. (Fct. 3.3.15)
568	Inv. Conc. Coef. 10
569	Inv. Conc. Coef. 11
570	Inv. Conc. Coef. 12
571	Time Constant
572	Time Constant (Fct. 3.1.2)
573	Internal Cutoff
574	Internal low flow cut-off (Fct. 6.1.1)
575	A
576	B
577	C
578	Flow Direction
579	Flow positive direciton (Fct 3.1.4)
580	Forward
581	Backward
582	Flow Mode
583	Measured flow direction (Fct 3.1.3)
584	Flow > 0
585	Flow < 0
586	Flow +/-
587	Zero Duration
588	Zero calibration duration. (Fct. 6.1.2)
589	Low Flow Cutoff
590	Range: 0 to 10% of nominal flow. (Fct. 3.1.1)
591	Inv. Time Constant
592	Inv. Internal Cut-off
593	Inv. flow direction
594	Inv. flow mode
595	Inv. Zero length
596	Inv. threshold
597	Inv. Max. Frequency
598	Superv.Passw. Lock
599	If Supervisor Password lock is active, configuration parameters are write protected. (Fct. 3.5.1)
600	Inactive
601	Active
602	Supervisor Password
603	9u
604	Inv. password symbols
605	Password wrong
606	Custody Lock
607	If Custody Lock parameter protection is active, certain configuration parameters are write protected. (Fct. 3.5.2)
608	Custody Code
609	Function S
610	System Control Function (Fct. 4.8.1)
611	System control inactive
612	Flow = 0
613	Mass flow reading and any output registering flow forced to zero, totaliser stopped.
614	Flow = 0 / Reset
615	As 'Flow Off' but totaliser reset to zero when measurement restarts.
616	Outputs Off
617	Forces all outputs to their Off states
618	Condition S
619	System Control condition (Fct. 4.8.2)
620	System control is triggered if density goes outside limits
621	System control is triggered if temperature goes outside limits
622	Function E
623	Function of the control input E. (Fct. 4.7.1)
624	Control input inactive
625	Converter switches to standby
626	Converter switches to stop
627	Zero Calibration
628	Zero calib. triggered
629	Totaliser Reset
630	Totaliser reset to zero
631	Quit Errors
632	Error messages cleared
633	Active Level
634	Control input active level. (Fct. 4.7.2)
635	Active Low
636	(0V to 2V)
637	Active High
638	(4V to 24V)
639	Function A
640	Function of alarm output A. (Fct. 4.6.1)
641	Output inactive
642	Alarm active if mass flow outside alarm limits.
643	Alarm active if density outside alarm limits.
644	Alarm active if mass totaliser outside alarm limits.
645	Alarm active if volume flow outside alarm limits.
646	Alarm active if volume totaliser outside alarm limits.
647	Alarm active if temperature outside alarm limits.
648	Output active for positive flows, inactive for negative flows.
649	Severe Errors
650	Output active if a severe error is detected.
651	All Errors
652	Output active if any warnings occur
653	I1 saturated
654	Alarm active if current output 1 exceeds ranges
655	I2 saturated
656	Alarm active if current output 2 exceeds ranges
657	I3 saturated
658	Alarm active if current output 3 exceeds ranges
659	Pulse saturated
660	Alarm active if value on pulse output is > 1.3* maximum limit or < minimum limit
661	Any Outp. sat.
662	Alarm active if either current or pulse output exceeds ranges
663	Alarm active if velocity outside alarm limits.
664	Alarm active if additional totaliser outside alarm limits.
665	Concentration Flow
666	Alarm active if conc. flow outside alarm limits.
667	Concentration Total
668	Alarm active if concentration totaliser outside alarm limits.
669	Brix
670	Alarm active if sucrose concentration outside alarm limits.
671	Baume
672	NaOH
673	Alarm active if mass concentration of Sodium Hydroxide outside alarm limits.
674	Plato
675	Alarm active if % Plato outside alarm limits.
676	Concentr. by Mass
677	Alarm active if concentration by mass outside alarm limits.
678	Concentr. by Volume
679	Alarm active if conc. by volume outside alarm limits.
680	Voltage level for active state of alarm output. (Fct. 4.6.4)
681	0V dc
682	24V dc
683	Inv. system control function
684	Inv. condition for system control function
685	Inv. control input function
686	Inv. input active level
687	Inv. function of alarm output
688	Inv. alarm active level
689	Limits Unit
690	Units for system control limits. (Fct. 4.8.3, 4.8.4)
691	Max Limit
692	Maximum allowable value of condition (temperture/density) for the system control function. (Fct. 4.8.4)
693	Min Limit
694	Minimum allowable value of condition (temperture/density) for the system control function. (Fct. 4.8.3)
695	Units for alarm output limits. (Fct. 4.6.2, 4.6.3)
696	Maximum allowable value for function of alarm output. (Fct. 4.6.3)
697	Minimum allowable value for function of alarm output. (Fct. 4.6.2)
698	Inv. Units for system control limits
699	Inv. limits for system control function reference
700	Inv. Units for alarm limits
701	Inv. limits for alarm output
702	Pulse Value Units
703	Reference unit for Pulse Value. (Fct. 4.5.3)
704	Pulse Value
705	Quantity each pulse represents. (Fct. 4.5.3)
706	Max. Frequency
707	Frequency Output Maximum Frequency. (Fct. 4.5.4)
708	Puls Width
709	Minimum Pulse Width Size. (Fct. 4.5.2)
710	ms
711	Inv. Units for Pulse Value or Pulse Output P range values
712	Inv. Pulse Value
713	Inv. Pulse Width
714	A
715	Current State of Alarm Output
716	Level Low
717	Level High
718	Alarm
719	Current State of Alarm
720	S.Ctl. S
721	Current State of System Control
722	E
723	Current State of Control Input
724	Error Messages
725	Error Display Filter. (Fct. 3.1.7)
726	Basic Errors
727	Transducer Errors
728	I/O Errors
729	Language
730	Language of local display (Fct. 3.2.13)
731	German
732	English
733	French
734	Spanish
735	Totaliser Reset
736	Enable totaliser reset. (Fct. 3.5.3)
737	Allow via Communic.
738	Disable Reset
739	Allow Reset
740	Zero Fl Offs Units
741	Zero Flow Offset Units. (Fct. 1.1.2)
742	Zero Flow Offset
743	Manual zero offset. (Fct. 1.1.2)
744	Pipe Diameter
745	Pipe diameter. (Fct. 3.1.5)
746	Tube Amplitude
747	Tube Amplitude. (Fct. 5.2.4)
748	Type of Additional Totaliser. (Fct. 3.1.6)
749	None
750	Inv. Error Function
751	Inv. language
752	Inv. reset flag
753	Inv. Zero Flow Offset
754	Inv. Pipe Diameter
755	Inv. Tube Amplitude
756	Inv. Type of Add. Totaliser
757	Inv. Current Output Range
758	BE SW Version
759	Converter Software Version. (Fct. 2.10.1)
760	BE SW Sub Version
761	Converter Software Sub Version Number. (Fct. 2.10.1)
762	FE SW Version
763	Front End Software Version Number. (Fct. 2.10.3)
764	Calibration I1
765	Calibration I2
766	Calibration I3
767	I1 5mA
768	Current Output 1 5mA calib. value. (Fct. 4.10.1)
769	I1 18mA
770	Current Output 1 18mA calib. value. (Fct. 4.10.2)
771	I2 5mA
772	Current Output 2 5mA calib. value. (Fct. 4.10.3)
773	I2 18mA
774	Current Output 2 18mA calib. value. (Fct. 4.10.4)
775	I3 5mA
776	Current Output 3 5mA calib. value. (Fct. 4.10.5)
777	I3 18mA
778	Current Output 3 18mA calib. value. (Fct. 4.10.6)
779	Current Output not fitted
780	Inv. 5mA value
781	Inv. 18mA value
782	Calibration Point
783	Current Output Calib. Point.
784	5 mA
785	18 mA
786	Exit
787	Inv. calib. point
788	Sensor A Signal Level. (Fct. 2.9.6)
789	3.0f
790	Sensor B Signal Level. (Fct. 2.9.7)
791	Time Shift
792	Time Difference between Sensor A and Sensor B signals.
793	Inst.State
794	Instrument State. (Fct. 1.2)
795	Measure
796	Measure
797	Startup (read only)
798	Zero Cal.(read only)
799	Impossible transition
800	It is not possible to switch directly from 'Stop' to 'Standby'.
801	State transition failed
802	exit
803	Pulses sent
804	Sent pulses of Pulse Output.
805	reset
806	0.05 ms
807	0.4 ms
808	1.0 ms
809	10.0 ms
810	100.0 ms
811	500.0 ms
812	stop
813	Service Code Lock
814	If Service Code lock is active (default), service parameters are write protected or masked out.
815	Meter Type
816	Meter series, Optimass 70, 71, 72 (Fct. 5.2.1)
817	Optimass 70
818	Optimass 71
819	Optimass 72
820	Meter Size
821	Transducer size. (Fct. 5.2.2)
822	Size 01
823	Size 03
824	Size 04
825	Size xx
826	Size 06
827	Size 10
828	Size 15
829	Size 25
830	Size 40
831	Size 50
832	Size 80
833	Material
834	Wetted Parts Material. See data plate. (Fct. 5.2.3)
835	IO Fitted
836	I/O Module configuration. (Fct. 4.1)
837	None
838	No outputs fitted
839	I
840	1 current output
841	I F A B
842	1 current, 1 pulse, 1 alarm, 1 input
843	2I A B
844	2 current NGI, 1 alarm, 1 input
845	I Fcl B
846	1 current, custody lock pulse, 1 input
847	2I F B
848	2 current, 1 pulse, 1 input
849	3I F
850	3 current, 1 pulse
851	3I B
852	3 current, 1 input
853	3I A
854	3 current, 1 alarm
855	I RS485
856	1 current, 1 RS485 comm.
857	None (M)
858	no outputs (Modis)
859	2I GI
860	2 current galv. isol. (Modis)
861	I F
862	1 current, 1 pulse galv. isol. (Modis)
863	I B
864	1 current 1 input galv. isol. (Modis)
865	I A
866	1 current, 1 alarm galv. isol. (Modis)
867	I PA BUS GI
868	1 current, 1 PROFIBUS-PA galv. isol. (Modis)
869	I FF BUS GI
870	1 current, 1 Foundation Fieldbus galv. isol. (Modis)
871	Max. Temp.
872	Maximum transducer temperature limit. (Fct. 5.3.1)
873	Inv. Units for I1 range values
874	Inv. Units for I2 range values
875	Inv. Units for I3 range values
876	0
877	1
878	2
879	3
880	4
881	5
882	6
883	7
884	Supervisor Passw.
885	Activating/deactivating 'Supervisor Password' parameter lock via 9-keystroke PASSWORD. Valid symbols according to device's keypad: 'Right'-key: 0; 'Enter'-key: 1; 'Up'-key: 2; 'Down'-key: 4. Leading zeroes are defaulted. If 'Supervisor Password' lock is active, configuration parameters are write protected. (Fct. 3.5.1)
886	Custody Code
887	Activating/deactivating Custody Lock (Custody Code 3) via 9-keystroke PASSWORD. Valid symbols: see Supervisor Password. If Custody Lock is activated, certain configuration parameters are write protected. (Fct. 3.5.2)
888	Service Code
889	Deactivating 'Service Code' parameter lock via 9-keystroke PASSWORD. Valid symbols: see Supervisor Password. If 'Service Code' is active (default), service parameters are masked out.
890	Autom. Zero Calib.
891	Measures flow in the pipeline for automatic zero adjust. (Function of current output I1 must be 'Mass Flow'!). (Fct. 1.1.1)
892	Master Reset
893	Perform a "cold start" (like power-on start).
894	Autom. Dens. Cal.
895	Perform 1 or 2 point calib. or reset to factory settings. (Fct. 1.3.3, 1.3.4, 1.3.5)
896	Edit Notice
897	Test Current Outp.
898	Test values current output. (Fct. 2.2 .. 2.4)
899	fixed to 4 mA
900	fixed to 12 mA
901	fixed to 16 mA
902	fixed to 20 mA
903	fixed to 22 mA
904	fixed to 2 mA
905	Test current output I. (Fct. 2.2 .. 2.4)
906	Mass Flow Mass flow rate > 1.3x nominal flow. (Light)
907	Zero Error Flow rate at zero adjust too high. (Light)
908	Totaliser Overflow Mass totaliser. (Light)
909	Not Used
910	Temperature Outside operating range. (Light)
911	Sensor A Voltage signal too low. (Severe)
912	Sensor B Voltage signal too low. (Severe)
913	Ratio A/B Sensor signals too different. (Severe)
914	DC A Sensor A has a large DC offset. (Severe)
915	DC B Sensor B has a large DC offset. (Severe)
916	Sampling PLL out of range. (Severe)
917	ROM Defaults EEPROM checksum error. (Severe)
918	EEPROM Unable to save data. (Fatal)
919	NVRAM Checksum error Previous data lost. (Severe)
920	NVRAM Cycles NVRAM used up. (Light)
921	Power Fail Main supply has been switched off. (Light)
922	Watchdog System error or power supply drop-off. (Severe)
923	Temperature Custody Op. temp. has drifted too much. (Light)
924	Strain Strain out of operating range. (Fatal)
925	Current Outp. I1 Sat. Change output range. (Output)
926	Freqency Outp. P Sat. Change output range. (Output)
927	Process Alarm Limit check exceeded. (Output)
928	Current Outp. I2 Sat. Change output range. (Output)
929	Current Outp. I3 Sat. Change output range. (Output)
930	Communication Error (Severe)
931	System Error Front end / back end. (Severe)
932	Error List
933	Error message and acknowledgement (Quit) messages occurred since the last acknowledgement. After elimination of the causes and acknowledgement the messages are deleted. (RESET/QUIT menu)
934	Curr.Outp. Calib.
935	Perform Current Output calib.. (Fct. 4.10)
936	Reset Totalisers
937	Resetting of totalisers. (RESET/QUIT menu)
938	Test Alarm Output
939	Test alarm output A. (Fct. 2.7)
940	Test Pulse Output
941	Test values pulse output. (Fct. 2.6)
942	fixed to Level Low
943	fixed to Level High
944	fixed to 1 Hz
945	fixed to 10 Hz
946	fixed to 100 Hz
947	fixed to 1000 Hz
948	Test Frequency O.
949	Test pulse output P: Frequency. (Fct. 2.6)
950	30 Seconds
951	60 Seconds
952	90 Seconds
953	Test pulse output P: Pulse. (Fct. 2.5)
954	Reset Conf.Flag
955	Reset of the HART 'Configuration Changed' flag.
956	Upload Variables
957	FMU860
958	DT
959	DVC
960	FCX
961	AS800
962	340T
963	340C
964	344
965	Siemens Micro K
966	SITRANS L
967	SIPAN PH
968	SITRANS P
969	75SMT
970	UNIDELTA
971	8320
972	SX5100
973	TSV175
974	DMU
975	3780
976	BM70
977	Enter Supervisor Password:
978	'Supervisor Password' lock deactivated.
979	Desired 'Supervisor Password' lock:
980	Enter Supervisor Password (1st copy):
981	Supervisor Password (2nd copy):
982	Two copies are not identical. Try again...
983	'Supervisor Password' lock activated.
984	Enter Custody Code:
985	Custody lock deactivated.
986	Desired Custody Lock:
987	Enter Custody Code (1st copy):
988	Enter Custody Code (2nd copy):
989	Custody Lock activated.
990	Enter Service Code:
991	'Service Code' lock deactivated for 10 min.
992	Are you sure?
993	No;Yes
994	Error List contains errors. Quit errors?
995	Quit No;Quit Yes
996	Calibrating zero. Please Wait ...
997	Zero calibration failed! Zero adjust flowrate too high.
998	Zero calibration finished
999	Cold start is being executed, Wait...
1000	Select Calibration Type:
1001	Calibration Sample 1
1002	Calibration Sample 2
1003	Select Product Type:
1004	Select Density Units:
1005	Select Density Value:
1006	Calibrating density. Please Wait ...
1007	Density calib. failed!
1008	Density calibration finished
1009	This setting of Concentration Mode can be changed only at device's local display (Fct. 3.3.2).
1010	NOTICE - This information must be sent to the transmitter to update dependent parameters.
1011	Output is now in normal operating mode.
1012	Output is still fixed. Retry the complete test.
1013	Current Output
1014	Current Output I1;Current Output I2
1015	Current Output I1;Current Output I2;Current Output I3
1016	No;Select fixed Level
1017	Select fixed Level
1018	Output is fixed to %{1} %{0}.
1019	No messages
1020	1 Message
1021	%{0} messages
1022	## %{0}
1023	%{0}
1024	Setting fld dev output to 5mA
1025	Setting fld dev output to 18mA
1026	Select totaliser
1027	Additional Tot.;All Totalisers
1028	Totaliser(s) set to zero.
1029	Output is fixed to Level Low.
1030	Output is fixed to Level High.
1031	No;Select P test
1032	Select P test
1033	Output is still in test mode. Retry the complete test.
1034	Select pulse width
1035	Select test duration
1036	Reset counter
1037	Test is active. Seconds to go: %{time} Pulses sent: %{0}
1038	Test completed. Pulses sent: %{0} Compare value with counter.
Reference ID	String