Device dictionary

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Reference ID	String
0	Identify
1	Device
2	Additional Device Revision
3	Measurement Point
4	Contact Details
5	Parameterize
6	Device Info
7	Sensor
8	Transmitter
9	Se Calibration
10	Transmitter Version
11	Tx Calibration
12	Device setup
13	Units
14	Feature Settings
15	Diagnosis Control
16	Maintenance Control
17	Diagnosis Tfe
18	Empty Pipe Detector
19	Diagnosis Coil
20	Diagnosis Gas Bub.
21	Diagnosis Conductiv
22	(Range 20.0 to 20000.0)
23	Diagnosis SIL
24	Noise Check
25	Fingerprints
26	Diagnosis Interval
27	Diagnosis Values
28	Totalizer
29	Reset
30	Preset
31	Batching
32	Lag Correction
33	Simulation
34	Diagnostics
35	Process Alarm
36	Alarm Overview
37	Electronics
38	Operating Condition
39	Configuration
40	NE107 Configuration
41	Masking
42	Group Masking
43	Alarm Limits
44	Extras
45	Operate
46	Observe
47	Totalizer Values
48	Massflow
49	Volumeflow
50	Trend Values
51	System Zero Adjust
52	Piston Pump
53	Process Values
54	Diagnostic Values
55	Massflow
56	Massflow [%]
57	Volumeflow
58	Volumeflow [%]
59	Conductivity[µS/cm]
60	µS/cm
61	Conductivity[%]
62	Coil DAC Preset
63	Hi Bridge Bal.
64	mA
65	Coil Curr. Tra.
66	µA
67	DC Feedback DAC
68	Signal Region on ADC
69	%
70	Inhouse Temperature
71	°C
72	Output Readings
73	Result Noise Check
74	Rslt FP Verification
75	Device settings
76	Easy setup
77	Process variable
78	General
79	Application
80	www.abb.com
81	FEX6xx Image
82	Overview
83	Process value[mA]
84	BAD LOW
85
86	UNCERTAIN LOW
87	GOOD
88	UNCERTAIN HIGH
89	BAD HIGH
90	Current Output
91	Detailed setup
92	Simulation
93	Output Simulation
94	Input Simulation
95	Identification
96	Operating Mode
97	Damping
98	Cut Off
99	Density
100	Noise Reduction
101	Display
102	Display Settings
103	Operator Page 1
104	Operator Page 2
105	Current Output
106	Curr.Out 31/32
107	Curr.Out V1/V2
108	Curr.Out V3/V4
109	Digital Output
110	Dig.Out 41/42
111	Setup Pulse Out
112	Setup Frequency Out
113	Setup Logic Out
114	Alarm Config
115	Dig.Out 51/52
116	Setup Logic Output
117	Dig.Out V1/V2
118	Dig.Out V3/V4
119	Digital Input
120	Digital In V1/V2
121	Digital In V3/V4
122	All Totalizer
123	Massflow Fwd
124	Massflow Rev
125	Volumeflow Fwd
126	Volumeflow Rev
127	Operate
128	Process variables
129	PV
130	Offline
131	ABB_download_variables
132	ABB_upload_variables
133	Dig.Out 41/42 Mode
134	Off
135	Logic
136	Pulse
137	Frequency
138	Output Value Pulse
139	Pulse Mass Flow
140	Pulse Volume Flow
141	Output Value Freq.
142	Mass Flow [%]
143	Volume Flow [%]
144	Conductivity [µS/cm]
145	Logic Out Action
146	F/R Signal
147	Alarm Signal
148	Dual Range
149	Batch End Contact
150	Simulation Mode
151	Qm Massflow [unit]
152	Qm Massflow [%]
153	Qv Volumeflow [unit]
154	Qv Volumeflow [%]
155	Calibration flag
156	Coordinator_exit
157	Coordinator_resetToFactoryDefault
158	Do Nothing
159	All To Factory Defaults
160	Cur. Out FW Ver.
161	??.??.??
162	Option Card 1 FW Ver
163	Option Card 2 FW Ver
164	Cur. Out FW CRC
165	Option Card 1 FW CRC
166	Option Card 2 FW CRC
167	Curr.Out Mode
168	4-20 mA FWD
169	4-12-20 mA
170	4-20 mA FWD/REV
171	Low Alarm
172	.2f
173	8.2f
174	Curr.Out > 20.5mA
175	Hold Last Value
176	High Alarm
177	Curr.Out < 3.8mA
178	Curr.Out at Alarm
179	Output Value
180	Curr.Out 31/32
181	Curr.Out V1/V2
182	Curr.Out V3/V4
183	Function
184	No function
185	Reset all Totalizer
186	Auto. Zero Adjust
187	Set Flowrate to zero
188	Stop all Totalizer
189	Dual Range Mass
190	Dual Range Volume
191	Start/Stop Batching
192	Active Mode
193	Active High
194	Active Low
195	Delay Time
196	100 ms
197	500 ms
198	1000 ms
199	Dig.In V1/2 Logic
200	On
201	Dig.In V1/V2 State
202	Dig.In V3/V4 State
203	Outp. Flow Direction
204	Fwd. and Rev.
205	Forward
206	Reverse
207	Pulses per Unit
208	Max
209	.3f
210	Min
211	Pulse Width
212	ms
213	Upper Frequency
214	.0f
215	5.0f
216	Hz
217	Mode
218	Follow DO 41/42
219	90° Shift
220	180° Shift
221	Direction for output
222	Dig.Out 41/42 Logic
223	Output Low
224	Output High
225	Dig.Out 41/42 Frequency
226	Dig.Out 41/42 Pulse
227	Dig.Out 51/52 Logic
228	Dig.Out 51/52 Pulse
229	Dig.Out V1/V2 Logic
230	Dig.Out 41/42 State
231	Dig.Out 41/42 Freq.
232	Dig.Out 51/52 State
233	Dig.Out V1/V2 State
234	Dig.Out V3/V4 State
235	Language
236	English
237	German
238	French
239	Spanish
240	Italian
241	Chinese
242	Portuguese
243	Contrast
244	AutoScroll
245	Disabled
246	Enabled
247	Flow Format
248	X
249	X.X
250	X.XX
251	X.XXX
252	X.XXXX
253	X.XXXXX
254	X.XXXXXX
255	Totalizer Format
256	Date/Time Format
257	DD-MM-YYYY
258	MM-DD-YYYY
259	YYYY-MM-DD
260	Display Mode
261	1x6
262	1x6 Bar
263	1x9
264	1x9 Bar
265	2x9
266	2x9 Bar
267	3x9
268	Line 1
269	Qv [Unit]
270	Qv [%]
271	Tot Vol Fwd
272	Tot Vol Rev
273	Tot Vol Net
274	Scaled Velocity
275	Qm [Unit]
276	Qm [%]
277	Tot Mass Fwd
278	Tot Mass Rev
279	Tot Mas Net
280	Line 2
281	Line 3
282	Bargraph
283	Sensor ID
284	Sensor Serial No.
285
286	Sensor Run Hours
287	h
288	First Cal. Date
289	Last Cal. Date
290	Cal. Cert. No.
291	First Cal. Location
292	Last Cal. Location
293	Transmitter Type
294	Pending
295	FExx32 Remote
296	FEx100
297	FExx1x
298	FExx1x DI
299	FExx31 Integral
300	Error
301	Transmitter ID
302	Transm.Serial No.
303
304	Transm. Run Hours
305	Tx Restart Counter
306	Time since Restart
307	FW Device Ver.
308	01.00.00
309	FW Device Part Nr.
310	..........
311	FW Frontend Ver.
312	FW Frontend CRC
313	HW Frontend Ver.
314	Bootloader FEB Ver.
315	Sensor Loc. Tag
316	?????
317	Sensor Tag
318	Tx Location TAG
319	Tx TAG
320	Preset Maint. cycle
321	Maint. Remain. Time
322	Manufacturer
323	ABB
324	Street
325	Dransfelder Str.2
326	City
327	37079 Göttingen(DE)
328	Phone
329	0049 551 905 222
330	Start New Cycle
331	Hardware Revision
332	Firmware Revision
333	FW Motherboard Ver.
334	FW Motherboard CRC
335	HW Motherboard Ver.
336	Bootloader MB Ver.
337	PhysicalBlock_optioncardSlot1
338	Optioncard Detect Pending
339	Optioncard Detect Card Co
340	Optioncard Detect Card Di
341	Optioncard Detect Card Do
342	Optioncard Detect Card Dc24v
343	OPTIONCARD_DETECT_CARD_SMART
344	OPTIONCARD_DETECT_CARD_FREE_1
345	OPTIONCARD_DETECT_CARD_FREE_2
346	OPTIONCARD_DETECT_CARD_FREE_3
347	OPTIONCARD_DETECT_CARD_EMPTY_SLOT
348	Optioncard Detect Error
349	PhysicalBlock_optioncardSlot2
350	PhysicalBlock_transmType
351	DEVICE_DETECT_MBTYPE3
352	DEVICE_DETECT_MBTYPE4
353	Curr. at EPD Alarm
354	Q = 0%
355	Curr. at TFE Alarm
356	General Alarm
357	Qv Volume flow Max
358	Qv Volume flow Min
359	EPD
360	TFE
361	Gas Bubble
362	Conductivity
363	Sensor Temperature
364	Function Check
365	Out Of Specification
366	Maintenance Required
367	DiagnosisServices_clearAlarmHistory
368	Device Status
369	Ok
370	Check function
371	Off specification
372	Maintenance
373	Failure
374	Cust Qm Tot Unit F.
375	kg
376	Cust Qm Tot Unit N.
377	Custom
378	Cust Qv Tot Unit F.
379	l
380	Cust Qv Tot Unit N.
381	Unit Volume Totalizer
382	/m³
383	/ft³
384	/ml
385	/l
386	/hl
387	/ugal
388	/igal
389	/bbl
390	/bls
391	/Custom
392	Unit Mass Totalizer
393	/kg
394	/g
395	/t
396	/lb
397	Preset
398	Batch Process Value
399	Volume Forward
400	Mass Forward
401	Preset Batch Total.
402	Current Batch Total.
403	Batch Counts
404	Manual
405	Auto
406	Quantity
407	Factor
408	.1f
409	8.1f
410	Time
411	sec
412	Total Qm Fwd
413	.4f
414	Total Qm Rev
415	Total Qm Net
416	Total Qv Fwd
417	Total Qv Rev
418	Total Qv Net
419	Qm Max. DN
420	.6f
421	Qv Max. DN
422	Range mode Config
423	Qm and Qv
424	Qm only
425	Qv only
426	Qm Max. 1
427	Qm Max. 2
428	Qm Range Mode
429	Max1 active
430	Max2 active
431	Qv Max 1
432	Qv Max. 2
433	Qv Range Mode
434	Flow Direction
435	Forward & Reverse
436	Forward only
437	Reverse only
438	Flow Indication
439	Normal
440	Invers
441	Unit Massflow Qm
442	g/s
443	gram per second
444	g/min
445	gram per minute
446	g/h
447	gram per hour
448	g/d
449	gram per day
450	kg/s
451	kilogram per second
452	kg/min
453	kilogram per minute
454	kg/h
455	kilogram per hour
456	kg/d
457	kilogram per day
458	lb/s
459	pounds per second
460	lb/min
461	pounds per minute
462	lb/h
463	pounds per hour
464	lb/d
465	pounds per day
466	t/min
467	metric ton per minute
468	t/h
469	metric ton per hour
470	t/d
471	metric ton per day
472	custom selectable
473	Cust Qm Unit N.
474	Cust Qm Unit F.
475	Unit Volumeflow Qv
476	m³/s
477	cubic meter per second
478	m³/min
479	cubic meter per minute
480	m³/h
481	cubic meter per hour
482	m³/d
483	cubic meter per day
484	ft³/s
485	cubic feet per second
486	ft³/min
487	cubic feet per minute
488	ft³/h
489	cubic feet per hour
490	ft³/d
491	cubic feet per day
492	ml/s
493	milliliter per second
494	ml/min
495	milliliter per minute
496	l/s
497	liter per second
498	l/min
499	liter per minute
500	l/h
501	liter per hour
502	l/d
503	hl/h
504	hecto liter per hour
505	Ml/d
506	mega liter per day
507	ugal/s
508	us gallons per second
509	ugal/min
510	us gallons per minute
511	ugal/h
512	us gallons per hour
513	ugal/d
514	us gallons per day
515	Mugal/d
516	mega us gallons per day
517	igal/s
518	imperial gallons per second
519	igal/min
520	imperial gallons per minute
521	igal/h
522	imperial gallons per hour
523	igal/d
524	imperial gallons per day
525	bbl/s
526	oil barrels per second
527	bbl/min
528	oil barrels per minute
529	bbl/h
530	oil barrels per hour
531	bbl/d
532	oil barrels per day
533	bls/s
534	brew barrels per second
535	bls/min
536	brew barrels per minute
537	bls/h
538	brew barrels per hour
539	bls/d
540	brew barrels per day
541	Cust Qv Unit N.
542	Cust Qv Unit F.
543	Low Flow Cut Off
544	Low flow Hysteresis
545	Damping On/Off
546	Damping
547	Qm Massflow Min
548	Qm Massflow Max
549	Qv Volumeflow Min
550	Qv Volumeflow Max
551	QmaxDN Type
552	Standard QmaxDN
553	OIML QmaxDN
554	Probe QmaxDN
555	Reduced Bore QmaxDN
556	Sensor Type
557	Meter Size
558	DN1
559	DN1.5
560	DN2
561	DN3
562	DN4
563	DN6
564	DN8
565	DN10
566	DN15
567	DN20
568	DN25
569	DN32
570	DN40
571	DN50
572	DN65
573	DN80
574	DN100
575	DN125
576	DN150
577	DN200
578	DN250
579	DN300
580	DN350
581	DN400
582	DN450
583	DN500
584	DN600
585	DN700
586	DN750
587	DN760
588	DN800
589	DN900
590	DN1000
591	DN1050
592	DN1100
593	DN1200
594	DN1350
595	DN1400
596	DN1500
597	DN1600
598	DN1650
599	DN1800
600	DN1950
601	DN2000
602	DN2100
603	DN2200
604	DN2300
605	DN2400
606	Mains Frequency
607	60 Hz
608	50 Hz
609	Line Freq
610	Excitation Freq
611	30 & 25Hz
612	15 & 12.5Hz
613	7.5 & 6.25Hz
614	3.75 & 3.125Hz
615	Coil Current Regul.
616	Regulating on
617	Regulating off
618	Set Point Curr.
619	DC feedback reg.
620	Se Zero
621	mm/s
622	Se Span
623	Tx Zero
624	Tx Span
625	Density Fixed Value
626	8.3f
627	g/cm³
628	Noise Reduction
629	Filter 15
630	Filter 30
631	Filter 60
632	Filter 120
633	Filter 240
634	Backwards Comp.
635	Backwards Comp. Code
636	Verifying Capab.
637	Verifying Capab.Code
638	Batchmode
639	Batchmode Code
640	Expert Diagn.
641	Expert Diagn. Code
642	SIL Comp.
643	SIL Comp. Code
644	Inhouse Temp MaxPeak
645	Inhouse Temp MinPeak
646	Coil Current
647	Driver Current
648	DC Voltage E1
649	V
650	DC Voltage E2
651	8.0f
652	ADC Errors
653	Diagnosis Interval
654	Tx Factory CMR
655	m/sec
656	Tx Factory 1m/s
657	Tx Factory 10m/s
658	Tx Cust. CMR
659	Tx Cust. 1m/s
660	Tx Cust. 10m/s
661	Power Spectrum
662	Amplitude 1 Value
663	µV
664	Amplitude 2 Value
665	Amplitude 3 Value
666	Amplitude 4 Value
667	Frequency 1
668	Frequency 2
669	Frequency 3
670	Frequency 4
671	Conductivity On/Off
672	Elec. Imp. E1-GND
673	Ohm
674	Elec. Imp. E2-GND
675	Adj. Cond. Value
676	7.1f
677	Cond. Iout Min Value
678	Cond. Iout Max Value
679	Gas Bubble On/Off
680	Gas Bubble Value
681	Gas Bubble Threshold
682	Coil Diag On/Off
683	Coil Resistor
684	Coil Inductance
685	mH
686	Coil Temperature
687	Coil Temperature Adj
688	Empty Pipe Detector
689	Manual Adjust EP F.
690	Threshold
691	Detector EP Value
692	Actual Tfe Value
693	TFE On/Off
694	Manual Tfe Adjust
695	Tfe Threshold
696	TFE Adjust Start
697	Progress Timer
698	PrimaryCalcs_EPTF_TfeAdjustResults_diagnoseAveCalc
699	PrimaryCalcs_EPTF_TfeAdjustResults_dataColMean
700	PrimaryCalcs_EPTF_TfeAdjustResults_dataColStd
701	EP Adjust Start
702	PrimaryCalcs_EPTF_EpAdjustResults_diagnoseAveCalc
703	PrimaryCalcs_EPTF_EpAdjustResults_dataColMean
704	PrimaryCalcs_EPTF_EpAdjustResults_dataColStd
705	Sensor TFE Function
706	Gas Bubble Calibration Start
707	PrimaryCalcs_MAGIC_GasBubbleCalibrationResults_diagnoseAveCalc
708	PrimaryCalcs_MAGIC_GasBubbleCalibrationResults_dataColMean
709	PrimaryCalcs_MAGIC_GasBubbleCalibrationResults_dataColStd
710	PrimaryCalcs_DIAG_GroundingCheckStart
711	PrimaryCalcs_DIAG_GroundingCheckResults_progressTimer
712	PrimaryCalcs_DIAG_GroundingCheckResults_diagnoseAveCalc
713	PrimaryCalcs_DIAG_GroundingCheckResults_dataColMean
714	PrimaryCalcs_DIAG_GroundingCheckResults_dataColStd
715	PrimaryCalcs_FP_CustomFingerprintStart
716	PrimaryCalcs_FP_CustomFingerprintResults_progressTimer
717	PrimaryCalcs_FP_CustomFingerprintResults_diagnoseAveCalc
718	PrimaryCalcs_FP_CustomFingerprintResults_dataColMean
719	PrimaryCalcs_FP_CustomFingerprintResults_dataColStd
720	SIL On/Off
721	Device Series
722	Process 610
723	Process 630
724	Water 410
725	Water 430
726	Hygienic 610
727	Hygienic 630
728	Simulation Conductivity Value
729	Rey. Pipe Size Cor.
730	Rey. Cor. Term. Max
731	Pre. Amp
732	Driven shield On
733	Preamp On
734	Manual Adjust
735	PrimaryCalcs_AD_UserSystemZeroVelocityStart
736	PrimaryCalcs_AD_UserSystemZeroVelocityResult_diagnoseAveCalc
737	PrimaryCalcs_AD_UserSystemZeroVelocityResult_dataColMean
738	PrimaryCalcs_AD_UserSystemZeroVelocityResult_dataColStd
739	Se Factory Coil Ind.
740	Se Factory Imp. E1
741	Se Factory Imp. E2
742	Se Customer Coil Ind
743	Se Customer Imp. E1
744	Se Customer Imp. E2
745	Filter On/Off
746	Filter Length
747	s
748	Strokes per Minute
749	5.1f
750	/min
751	Service Code
752	HART_serviceCodeLogOut_Label
753	Diagnosis Simulation
754	Simulate
755	* Mass flowrate exceeds limits
756	Possible Cause: The Mass flowrate is below Qm Massflow Min alarm limit or above Qm Massflow Max alarm limit. Suggested Action: Increase Qm Massflow Min alarm limit or decrease Qm Massflow Max alarm limit or Check flowrate.
757	* Volume flowrate exceeds limits
758	Possible Cause: The Volume flowrate is below Qv Volumeflow Min alarm limit or above Qv Volumeflow Max alarm limit. Suggested Action: Increase Qv Volumeflow Min alarm limit or decrease Qv Volumeflow Max alarm limit or Check flowrate.
759	* Simulation is ON
760	Possible Cause: The simulation of a process value or an output is active. Suggested Action: Switch off simulation mode.
761	* Flowrate to zero
762	Possible Cause: The option card Digital Input is configured to set flowrate to zero and this event is triggered. Suggested Action: Check Digital Input terminals and configuration.
763	* Maintenance interval is reached
764	Possible Cause: Set Preset Maint. Cycle to zero for To deactivate the maintenance timer. Suggested Action: Perform maintenance work and Start new cycle.
765	* All totalizer stop
766	Possible Cause: The option card Digital Input is configured to All Totalizer stop and this event is triggered. Suggested Action: Check Digital Input terminals and configuration.
767	* Reset of one or more Totalizers
768	Possible Cause: The option card Digital Input is configured to ResetTotalizer and this event is triggered. Suggested Action: Check Digital Input terminals and configuration.
769	* Display value is <1600h at Qmax
770	Possible Cause: Totolizer unit is too small. Suggested Action: Change the mass or volume totalizer unit.
771	* Device Not Calibrated
772	Possible Cause: Device Not Calibrated Suggested Action: Call Service
773	* Sensor memory defective.
774	Possible Cause: Defective NV-Memory module or NV-Memory module is not plugged in. Suggested Action: Check if NV-Memory module is plugged -in or Call Service.
775	* NV data defect.
776	Possible Cause: NV data defect. Suggested Action: Call Service
777	* No Frontend Board detected.
778	Possible Cause: Defective Frontend Board or Motherboard Hardware. Wrong or no connection between FEB and MB. Suggested Action: Check wiring at Terminal Box and Transmitter Housing or Call Service.
779	* FEB communication error
780	Possible Cause: EMC disturbance on the signal cable or Wrong signal cable. Suggested Action: Check Signal cable and connection or Call Service.
781	* Incompatible FEB
782	Possible Cause: Wrong Frontend or Mother Board. Suggested Action: Call Service.
783	* NV chips defect on MB
784	Possible Cause: Defective NV-Memory. Suggested Action: Exchange Motherboard or Call Service.
785	* Pulse output is cut off.
786	Possible Cause: Wrong pulse out configuration. Suggested Action: Check pulse out configuration
787	* Curr.Out 31/32 is saturated
788	Possible Cause: The selected current output 31/32 process value is out of measuring range. Suggested Action: Adapt measuring range.
789	* Curr. Out V1/V2 or V3/V4 saturated
790	Possible Cause: The selected current output V1/V2 or V3/V4 process value is out of measuring range. Suggested Action: Adapt measuring range.
791	* Curr. Out 31/32 com error
792	Possible Cause: Defective Motherboard Hardware or EMC disturbance. Suggested Action: Call Service
793	* Option Card 1 com error
794	Possible Cause: Defective Motherboard Hardware or Option Card Hardware or EMC disturbance. Suggested Action: Check / replace Option Card in Slot 1 or Call Service.
795	* Option Card 2 com error
796	Possible Cause: Defective Motherboard Hardware or Option Card Hardware or EMC disturbance. Suggested Action: Check / replace Option Card in Slot 2 or Call Service.
797	* Safety Alarm Curr. Out 31/32
798	Possible Cause: The Current Output µController detects SL relevant errors. Suggested Action: Call Service
799	* Curr. Out 31/32 not calibrated
800	Possible Cause: Curr. Out 31/32 not calibrated Suggested Action: Call Service
801	* Curr. Out V1/V2 not calibrated
802	Possible Cause: Curr. Out V1/V2 not calibrated Suggested Action: Replace Option Card Current Output. Call service
803	* Curr. Out V3/V4 not calibrated
804	Possible Cause: Curr. Out V3/V4 not calibrated Suggested Action: Replace Option Card Current Output. Call service
805	* MB voltages outside range
806	Possible Cause: Defective Mother Board Hardware. Suggested Action: Replace Mother Board or Call Service.
807	* An alarm is simulated
808	Possible Cause: The alarm simulation is active. Suggested Action: Switch alarm simulation to Off.
809	* Reserved
810	Possible Cause: Suggested Action:
811	* Coil regulation error
812	Possible Cause: Incorrect coil wiring (terminals M1, M2) or Wire break / short circuit or defect of coil drive fuse or moisture in sensor terminalbox. Suggested Action: Check for incorrect coil wiring (terminals M1, M2) or Wire break / short circuit or defect of coil drive fuse or moisture in sensor terminalbox.
813	* Coil wiring error
814	* Coil impedance alarm
815	Possible Cause: Coil Inductance changed or coil damaged or coil isolation damaged or outer magnetic fields Suggested Action: Call Service
816	* Electrode short circuit
817	Possible Cause: Incorrect electrode wiring or electrode leakage or short cut of electrode signal lead vs shield sensor flooded Suggested Action: Check for incorrect electrode wiring or electrode leakage or short cut of electrode signal lead vs shield sensor flooded
818	* Electrode open circuit
819	Possible Cause: Incorrect electrode wiring or electrode signal lead break Suggested Action: Check for incorrect electrode wiring or electrode signal lead break
820	* DC feedback regulation
821	Possible Cause: Multi-phase fluid resulting in high signal noise or Stones or solids resulting in high signal noise or Galvanic Voltages at the electrodes resulting in high signal noise or Non homogenous conductivity spread within the sensor (e.g.directly after chemical injection points) Suggested Action: Call Service
822	* ADC RX210 communication error
823	Possible Cause: Bad EMC environment or defective component Suggested Action: Replace electronic or Contact Service.
824	* Coil isolation alarm
825	Possible Cause: Flooded sensor Suggested Action: Call Service
826	* Gas bubble alarm
827	Possible Cause: Gas bubbles in the fluid Suggested Action: Check process condition
828	* Conductivity limits alarm
829	Possible Cause: The fluid conductivity is out of Limits Suggested Action: Check process condition and adjust alarm limits
830	* Sensor temp limits alarm
831	Possible Cause: The fluid temperature is out of Limits Suggested Action: Check process condition and adjust alarm limits
832	* TFE alarm
833	Possible Cause: Partially Filling Sensor measurement given, but incorrect because Sensor not completely filled Suggested Action: Check installation and process conditions
834	* EPD alarm
835	Possible Cause: Sensor not filled Suggested Action: Check for empty pipe, Make sure sensor is filled completely
836	* ADC overrange alarm
837	Possible Cause: Electrode signal exceed max ADC Limits No flow measurement possible Suggested Action: In case of an empty pipe make sure the empty pipe detector is enabled. Make sure actual flowrate does not exceed flow range configured, Call Service.
838	* SIL self check alarm
839	Possible Cause: The SIL monitoring function has detected a transmitter error. Suggested Action: Call Service
840	* Inhouse temp. alarm
841	Possible Cause: Fluid or ambient temperature is out of spec Suggested Action: Check proces conditions reduce temperature
842	None
843	Masking
844	dummy_Ascii_12
845	dummy_Ascii_31
846	dummy_Ascii_28
847	dummy_Ascii30
848	dummy_Ascii29
849	dummy_Ascii_24
850	dummy_Ascii_01
851	dummy_Ascii_16
852	dummy_Ascii_22
853	dummy_Ascii_19
854	dummy_Ascii_25
855	Upper range value
856	Iout for Alarm
857	Select Trend
858	Reserved
859	Inhouse Temperature
860	Cond.Min Alarm Value
861	Cond.Max Alarm Value
862	Passed
863	CMR failed
864	1m/s failed
865	CMR, 1m/s failed
866	10m/s failed
867	CMR, 10m/s failed
868	1m/s, 10m/s failed
869	All TxFingerp.failed
870	Coil Fingerp. failed
871	CMR, Coil failed
872	1m/s, Coil failed
873	CMR,1m/s,Coil failed
874	10m/s, Coil failed
875	CMR,10m/s,Coil failed
876	1m/s, 10m/s,Coil failed
877	Failed
878	Not Perfomed
879	Mass Flow
880	Volume Flow
881	Density
882	Totalizer Qm Fwd
883	Totalizer Qv Fwd
884	deviceVariableFamilyCodes_Label
885	maxUpdateTime_Label
886	transducerSerialNumber_Label
887	1u
888	Update Period
889	Qm_Obj_Value_LABEL
890	Qm_Obj_DQ_Label
891	Qm_Obj_LS_Label
892	Qm_Obj_Status_Label
893	Qm_UpperRange_Obj_Label
894	Qm_Classification_Label
895	DampingTime_Label
896	Qm_Rng_Unit_Label
897	Qv_Obj_Value_LABEL
898	Qv_Obj_DQ_Label
899	Qv_Obj_LS_Label
900	Qv_Obj_Status_Label
901	Qv_UpperRange_Obj_Label
902	Qv_Classification_Label
903	Qv_Rng_Unit_Label
904	Cond_Obj_Unit
905	Cond_Obj_Value_LABEL
906	Cond_Obj_DQ_Label
907	Cond_Obj_LS_Label
908	Cond_Obj_Status_Label
909	Cond_UpperRange_Obj_Label
910	Cond_Classification_Label
911	Cond_Rng_Unit_Label
912	FrontendCalcs_DensityValuesUnits_unitsCode_LABEL
913	kg/m³
914	g/ml
915	g/l
916	kg/l
917	lb/ft³
918	lb/ugal
919	Density_Obj_Value_LABEL
920	Density_Obj_DQ_Label
921	Density_Obj_LS_Label
922	Density_Obj_Status_Label
923	Density_Classification_Label
924	Unit Mass Tot.
925	g
926	t
927	lb
928	TotQm_Obj_Value_LABEL
929	TotQm_Obj_DQ_Label
930	TotQm_Obj_LS_Label
931	TotQm_Obj_Status_Label
932	TotQm_Classification_Label
933	Unit Volume Tot.
934	m³
935	ft³
936	hl
937	ugal
938	igal
939	bbl
940	bls
941	TotQv_Obj_Value_LABEL
942	TotQv_Obj_DQ_Label
943	TotQv_Obj_LS_Label
944	TotQv_Obj_Status_Label
945	TotQv_Classification_Label
946	array_Coordinator
947	index_array_Coordinator
948	array_CurrentOutput
949	index_array_CurrentOutput
950	array_DiagnosisServices
951	index_array_DiagnosisServices
952	array_DigitalInput
953	index_array_DigitalInput
954	array_DigitalOutput
955	index_array_DigitalOutput
956	array_FrontendCalcs
957	index_array_FrontendCalcs
958	array_FrontendCalcs_EasySetup
959	index_array_FrontendCalcs_EasySetup
960	array_HMI
961	index_array_HMI
962	array_PhysicalBlock
963	index_array_PhysicalBlock
964	array_PhysicalBlockFEB
965	index_array_PhysicalBlockFEB
966	array_PhysicalBlockFEB_Att0
967	index_array_PhysicalBlockFEB_Att0
968	array_PhysicalBlockFEB_Att1
969	index_array_PhysicalBlockFEB_Att1
970	array_PhysicalBlockFEB_Att2
971	index_array_PhysicalBlockFEB_Att2
972	array_PrimaryCalcs
973	index_array_PrimaryCalcs
974	array_totalizer
975	index_array_totalizer
976	array_UnitsOfMeasure
977	index_array_UnitsOfMeasure
978	array_HART
979	index_array_HART
980	index_array_PrimaryCalcs_Extended
981	array_Hart
982	index_array_Hart
983	Pulse Width Limits
984	Pulse Per Unit Limits
985	Start All Totalizer
986	Stop All Totalizer
987	Reset Cur.Batch Tot.
988	Start Batching
989	Stop Batching
990	Reset Batch Counts
991	Clear Other Diag Simulation
992	Start Tfe Adjust
993	Adjust EP
994	Start Adj Gas Bubble
995	Start Noise Check
996	Start FP Verification
997	Simulate Process Values
998	Simulate Current Output
999	Simulate Digital Output
1000	Device Reset
1001	Reset to Factory Defaults
1002	First/Last Cal. Date
1003	Simulate Digital Input
1004	Auto Adjust
1005	QmMax Limits
1006	QvMax Limits
1007	Reset
1008	Configure Sensor
1009	System Zero
1010	Clear Alarm History
1011	GetHealthStatus
1012	Diagnostics
1013	Alarm Masking
1014	NE 107 Configuration
1015	Alarms
1016	Failure
1017	Function Check
1018	Out of Specification
1019	Maintenance Required
1020	Device status : OK
1021	Device Type
1022	FEW5xx_FEX6xx
1023	Write protection
1024	For instance data set or device data
1025	MAINTENANCE_REQUIRED
1026	DEVICE_VARIABLE_ALERT
1027	CRITICAL_POWER_FAILURE
1028	FAILURE
1029	OUT_OF_SPECIFICATION
1030	FUNCTION_CHECK
1031	Device serial no
1032	Unique device serial no
1033	Tag
1034	Unique label of the device in the plant
1035	........
1036	Device Revision Level
1037	Field device revision
1038	HART revision
1039	Major protocol revision implemented in the device
1040	Description
1041	Description of the device type
1042	Final assembly no
1043	Field can be used in any way
1044	Address
1045	Device address in the application
1046	Message
1047	Cfg change count
1048	Undefined
1049	Electronics status
1050	Sensor status
1051	Configuration status
1052	Operating conditions
1053	Process operating conditions
1054	Diagnosis Simulation Enabled
1055	Alarm
1056	PV % range
1057	loopUnit
1058	PV Analog Channel Saturated
1059	PV Analog Channel Fixed
1060	Wireless
1061	WirelessHART Device
1062	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1063	Primary
1064	Primary Analog Channel
1065	Secondary
1066	Secondary Analog Channel
1067	Tertiary
1068	Tertiary Analog Channel
1069	Quaternary
1070	Quaternary Analog Channel
1071	Quinary
1072	Quinary Analog Channel
1073	Critical Power Failure
1074	Lock all
1075	Trim not supported
1076	Configuration cannot be changed
1077	Locked by gateway
1078	Analog Input Channel
1079	Analog Output Channel
1080	Secondary Analog Channel Saturated
1081	Tertiary Analog Channel Saturated
1082	Quaternary Analog Channel Saturated
1083	Quinary Analog Channel Saturated
1084	Secondary Analog Channel Fixed
1085	Tertiary Analog Channel Fixed
1086	Quaternary Analog Channel Fixed
1087	Quinary Analog Channel Fixed
1088	Simulation active
1089	The device is in simulation mode and the level output is not representative of the process.
1090	Non-Volatile memory failure
1091	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1092	Volatile memory error
1093	The RAM memory check is invalid or maybe corrupt
1094	Watchdog reset executed
1095	A watchdog reset has been performed
1096	Voltage conditions out of range
1097	A voltage condition is outside its allowable range
1098	Environmental conditions out of range
1099	An internal or environmental condition is beyond acceptable limits.
1100	Electronic failure
1101	A hardware problem not related to the sensor has been detected.
1102	Subdevice list changed
1103	Duplicate master detected
1104	Capacity Denied
1105	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1106	Bandwidth allocation pending
1107	Block transfer pending
1108	Battery life
1109	Percent range
1110	Loop current
1111	Primary variable
1112	Secondary variable
1113	Tertiary variable
1114	Quaternary variable
1115	Read receive time
1116	Write date and time
1117	Non-Volatile Clock
1118	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.
1119	Clock Uninitialized
1120	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.
1121	No restrictions
1122	SI Only
1123	Restricted to SI Unit codes only
1124	Process automation device
1125	Discrete device
1126	Hybrid:Process automation+discrete
1127	I/O System
1128	WirelessHART Process automation device
1129	WirelessHART Discrete device
1130	WirelessHART Process automation+discrete
1131	WirelessHART Gateway
1132	WirelessHART Access point
1133	WirelessHART Process adapter
1134	WirelessHART Discrete adapter
1135	WirelessHART enabled handheld/portable maintenance tool
1136	Device Profile
1137	US
1138	United States of America
1139	JP
1140	Japan
1141	DE
1142	Germany
1143	FR
1144	France
1145	ES
1146	Spain
1147	RU
1148	Russian Federation
1149	CN
1150	People's Republic of China
1151	Secondary Master
1152	Primary Master
1153	Device Diagnostic Status 0
1154	Device Diagnostic Status 1
1155	I/O and Subdevice Status
1156	WirelessHART Status
1157	Time Set Option
1158	Real Time Clock Flags
1159	Country
1160	Country of intended device installation
1161	SI Unit Control
1162	Indicates if device should only display SI unit codes
1163	Time Stamp
1164	Relative time value on network
1165	8u
1166	Dynamic Variables Returned for Device Variables
1167	Command Response Truncated
1168	Configuration Change Counter Mismatch
1169	Status bytes mismatch
1170	Device Variable
1171	Analog Channel Number
1172	Analog Channel Number- Index into an array of Analog Channels.
1173	Please note the boundry values are: Min Value :%{DigitalOutput_DO1_PulseWidth_MIN} ms Max Value :%{DigitalOutput_DO1_PulseWidth_MAX} ms
1174	Please note the boundry values are: Min Value :%{DigitalOutput_DO1_PulseFactor_MIN} %{Totalizer_totQmUnitCode} Max Value :%{DigitalOutput_DO1_PulseFactor_MAX} %{Totalizer_totQmUnitCode}
1175	Please note the boundry values are: Min Value :%{DigitalOutput_DO1_PulseFactor_MIN_Volume} %{Totalizer_totQvUnitCode} Max Value :%{DigitalOutput_DO1_PulseFactor_MAX_Volume} %{Totalizer_totQvUnitCode}
1176	All Totalizers will be Started
1177	All Totalizers will be Stopped
1178	All Totalizers will be RESET
1179	Totalizer will be RESET
1180	Batch will be RESET
1181	Batching will Start
1182	Batching will Stop
1183	Current Batch will be set to ZERO
1184	Starting New Cycle
1185	Enter TFE Correction value
1186	TFE Adjust in Progress....0 %
1187	TFE Adjust in Progress....%{x} %
1188	TFE adjust completed without errors
1189	TFE adjust failed. Calculated value is out of range
1190	Enter EPD Correction value
1191	EPD Adjust in Progress....0 %
1192	EPD Adjust in Progress....%{x} %
1193	EPD adjust completed without errors
1194	EPD adjust failed. Calculated value is out of range
1195	Gas Bubble Calibration in Progress....0 %
1196	Gas Bubble Calibration in Progress....%{x} %
1197	Gas Bubble Calibration completed without errors
1198	Gas Bubble Calibration failed. Calculated value is out of range
1199	Noise Check in Progress....0 %
1200	Noise Check in Progress....%{x} %
1201	Noise Check completed without errors
1202	Noise Check. Calculated value is out of range
1203	FP Verification in Progress....0 %
1204	FP Verification in Progress....%{x} %
1205	FP Verification completed without errors
1206	FP Verification failed. Calculated value is out of range
1207	Terminating Simulation
1208	Select to Simulate :
1209	Enter Value to Simulate:
1210	Simulating...
1211	Simulated Value: %{FrontendCalcs_SimulationMassFlowInValue_value}%{FrontendCalcs_MassFlowValuesUnits_unitsCode} Feedback Value: %{FrontendCalcs_MassFlowValueInUserUnit_value}%{FrontendCalcs_MassFlowValuesUnits_unitsCode}
1212	Simulated Value: %{FrontendCalcs_SimulationMassFlowInPercent}% Feedback Value: %{FrontendCalcs_MassFlowValueInPercent}%
1213	Simulated Value: %{FrontendCalcs_SimulationVolumeFlowInValue_value}%{FrontendCalcs_VolFlowValuesUnits_unitsCode} Feedback Value: %{FrontendCalcs_VolumeFlowValueInUserUnit_value}%{FrontendCalcs_VolFlowValuesUnits_unitsCode}
1214	Simulated Value: %{FrontendCalcs_SimulationVolumeFlowInPercent}% Feedback Value: %{FrontendCalcs_VolumeFlowValueInPercent}%
1215	Simulated Value: %{PrimaryCalcs_SimulationConductivityValue} µS/cm
1216	Off;Curr.Out 31/32;Curr.Out V1/V2;Curr.Out V3/V4
1217	Off;Curr.Out 31/32;Curr.Out V1/V2
1218	Off;Curr.Out 31/32;Curr.Out V3/V4
1219	Off;Curr.Out 31/32
1220	Simulated Value: %{CurrentOutput_currOut1SimulationValueMA} mA Feedback Value: %{CurrentOutput_currOut1ProcessValueMilliAmp} mA
1221	Simulated Value: %{CurrentOutput_currOut2SimulationValueMA} mA Feedback Value: %{CurrentOutput_currOut2ProcessValueMilliAmp} mA
1222	Simulated Value: %{CurrentOutput_currOut3SimulationValueMA} mA Feedback Value: %{CurrentOutput_currOut3ProcessValueMilliAmp} mA
1223	Off;Dig.Out 41/42;Dig.Out 51/52
1224	Off;Dig.Out 41/42;Dig.Out 51/52;Dig.Out V1/V2
1225	Off;Dig.Out 41/42;Dig.Out 51/52;Dig.Out V3/V4
1226	Simulated Value: %{DigitalOutput_DO1_SimulationLogic} Feedback Value: %{DigitalOutput_DO1_LogicState}
1227	Dig.Out 41/42 is configured to Pulse, not possible to Simulate.
1228	Simulated Value: %{DigitalOutput_DO1_SimulationValue} Hz Feedback Value: %{DigitalOutput_DO1_Frequency} Hz
1229	Dig.Out 41/42 is not configured
1230	Simulated Value: %{DigitalOutput_DO2_SimulationLogic} Feedback Value: %{DigitalOutput_DO2_LogicState}
1231	Dig.Out 51/52 is configured to Pulse, not possible to Simulate.
1232	Dig.Out 51/52 is not configured
1233	Simulated Value: %{DigitalOutput_DO3_SimulationLogic} Feedback Value: %{DigitalOutput_DO3_LogicState}
1234	Dig.Out V1/V2 is not configured
1235	Dig.Out V3/V4 is not configured
1236	About to set fld dev output to 4 mA
1237	Fld dev output 4 mA equal to reference meter?
1238	About to set fld dev output to 20 mA
1239	Fld dev output 20 mA equal to reference meter?
1240	Device will perform warm startup. After the end of this operation it may be necessary to reconnect the device. Continue?
1241	All device parameters will be set to factory settings! User specific settings will be lost. Continue?
1242	First Cal. Date : %{z}-%{PhysicalBlockFEB_firstTransmCalDate_Month}-%{PhysicalBlockFEB_firstTransmCalDate_Day} Last Cal. Date : %{c}-%{PhysicalBlockFEB_transmCalDate_Month}-%{PhysicalBlockFEB_transmCalDate_Day}
1243	First Cal. Date : %{z}-%{PhysicalBlockFEB_firstSensorCalDate_Month}-%{PhysicalBlockFEB_firstSensorCalDate_Day} Last Cal. Date : %{c}-%{PhysicalBlockFEB_sensorCalDate_Month}-%{PhysicalBlockFEB_sensorCalDate_Day}
1244	Off;Dig.In V1/V2
1245	Off;Dig.In V3/V4
1246	Simulated Value: %{DigitalInput_simuValue} Feedback Value: %{DigitalInput_currentState}
1247	Enter System Zero Correction value
1248	Please make sure that the flow rate is zero while adjusting.
1249	System Zero in Progress....0 %
1250	System Zero in Progress....%{x} %
1251	System Zero adjust completed without errors
1252	System Zero adjust failed. Calculated value is out of range
1253	Please note the boundry values are: Min Value :%{FrontendCalcs_MassFlowValuesRangeInUserUnit_min} %{FrontendCalcs_MassFlowValuesUnits_unitsCode} Max Value :%{FrontendCalcs_MassFlowValuesRangeInUserUnit_max} %{FrontendCalcs_MassFlowValuesUnits_unitsCode}
1254	Please note the boundry values are: Min Value :%{FrontendCalcs_VolFlowValuesRangeInUserUnit_min} %{FrontendCalcs_VolFlowValuesUnits_unitsCode} Max Value :%{FrontendCalcs_VolFlowValuesRangeInUserUnit_max} %{FrontendCalcs_VolFlowValuesUnits_unitsCode}
1255	Enter the Preset Value:
1256	Warning: Sensor configuration should be accessed by authorized personnel only. Service login is mandatory to configure the sensor.
1257	Enter Service Password:
1258	Password Validation Failed
1259	%[L]{PrimaryCalcs_FC_SensorDescription_sensorType}
1260	%[L]{PrimaryCalcs_FC_SensorDescription_boreType}
1261	%[L]{PrimaryCalcs_FC_SensorSpanRatio_value}
1262	%[L]{PrimaryCalcs_FC_SensorZeroVelocity_value}
1263	%[L]{PrimaryCalcs_FC_ReynoldsCorrectionPipeSizeNormalizngConstant}
1264	%[L]{PrimaryCalcs_FC_ReynoldsCorrectionCorrectionTermMax}
1265	%[L]{PrimaryCalcs_DR_LineFreq_LF}
1266	%[L]{PrimaryCalcs_DR_ExcitationFreq}
1267	%[L]{PrimaryCalcs_DR_SetPointCoilCurrent}
1268	%[L]{PrimaryCalcs_DR_PreampDrivenshieldSwitch}
1269	%[L]{Coordinator_calibratedFlag}
1270	%[L]{PrimaryCalcs_EPTF_TFElectrodeAvailable}
1271	Sensor Configuration Compeleted
1272	Set PV to Zero:
1273	Manual Zero;Auto Zero;Exit
1274	This action will clear the Alarm History. Click Abort to cancel the action.
Reference ID	String