Device dictionary

Loading…

Reference ID	String
0	5700 with Intrinsically Safe Outputs
1	Micro Motion
2	PV Out of Limits
3	NPV Out of Limits
4	Primary Variable mA Output Saturated
5	Primary Variable mA Output Fixed
6	Failure
7	Out of Specification
8	Function Check
9	Device Configuration Locked
10	Discrete Variable Simulation Active
11	Event Notification Overflow
12	Sub-Device Mismatch
13	Sub-Devices with Duplicate IDs Found
14	Stale Data Notice
15	Radio Failure
16	MJ/kgm
17	MJ/m3
18	BTU/lb
19	BTU/scf
20	BTU/min
21	BTU/day
22	Electronics Failed
23	Sensor Failed
24	Configuration Error
25	Low Power - Core
26	Undefined
27	Sensor Communication Error
28	Tube Not Full
29	Extreme Primary Purpose Variable
30	Transmitter Initializing
31	Function Check in Progress
32	Sensor Being Simulated
33	Output Fixed
34	Drive Overrange
35	Process Aberration
36	Event Active
37	Output Saturated
38	Function Check Failed or SMV Aborted
39	Configuration Warning
40	Display Internal Error
41	Display Communication Error
42	4.2f
43	Added Damping
44	Range Unit
45	Aborting return to normal
46	Burst condition conflict
47	Special units mass conversion number out of range
48	Invalid frequency scaling method or invalid frequency set point
49	Invalid flow rate unit
50	Flow rate factor out of range or invalid pulses per unit
51	Units/Pulse out of range
52	Invalid Direction
53	Invalid Mode
54	Invalid Frequency Output Source
55	Flow switch setpoint value out-of-range
56	Invalid Flow Switch Units
57	Invalid Flow Switch Variable Assignment
58	Hysteresis Value Out of Range
59	Special units volume conversion number out of range
60	Invalid base volume time unit
61	Invalid base volume flow unit
62	Invalid Precision
63	Transmitter-Specific Command Error (Invalid CM curve)
64	FO Disabled
65	Discrete action invalid
66	Discrete assignment out-of-range
67	Two-Phase Duration out of range
68	'Two-Phase Low Limit' is out of range.
69	'Two-Phase High Limit' is out of range.
70	Invalid density cutoff units
71	'Density Damping' is out of range.
72	Density cutoff out of range
73	Invalid Concentration Units Code
74	Invalid Temperature Units Code
75	Invalid Density Units Code
76	Invalid Curve Index
77	Reference Temperature Out of Range
78	Water Reference Temperature Out of Range
79	Water Reference Density Out of Range
80	Slope Trim Out of Range
81	Slope Offset Out of Range
82	Extrapolation Alarm Limit Out of Range
83	Max Fit Order Out of Range
84	'Mass Flow Damping' is out of range.
85	Volume rate flow factor out of range
86	'Mass Flow Cutoff' is out of range.
87	'Mass Flow Factor' is out of range.
88	Invalid Cutoff Type Code
89	Invalid Volume Flow Unit
90	The coil or register address you entered is out of range.
91	Value Out of Range
92	'Density Temperature Gradient Coefficient' is out of range.
93	'Density Frequency Coefficient 1' is out of range.
94	'Density Frequency Coefficient 2' is out of range.
95	'Flow Temperature Gradient Coefficient' is out of range.
96	'Flow Frequency Coefficient' is out of range.
97	Dataset Out of Range
98	Invalid Totalizer Slot
99	Invalid Totalizer Process Variable
100	Invalid Totalizer Direction
101	DO index out-of-range
102	DO polarity out-of-range
103	Fault Indication Invalid
104	Invalid Discrete Output Source
105	DO state out-of-range
106	DO Disabled
107	'Sensor Temperature Calibration Number' is invalid.
108	Sensor 'Flow Calibration Factor' is out of range.
109	Alarm Number invalid
110	Maximum zeroing time out of range
111	Analog fault level out of range
112	Fault timeout out of range
113	Invalid Output Code
114	The density you entered for calibration is out of range
115	Invalid Option
116	Invalid Time Zone
117	Time Zone Offset out of range
118	Flow gain is out of range.
119	'Correction Factor' is out of range.
120	Device type is invalid.
121	'D1' is out of range.
122	'K1' is out of range.
123	'D2' is out of range.
124	'K2' is out of range.
125	'FD' value is out of range.
126	Invalid Density Parameter Index
127	Invalid Poll Control 1
128	'Polled Variable 1' is invalid.
129	Invalid Poll Control 2
130	'Polled Variable 2' is invalid.
131	Low flow cutoff out of range
132	Cutoff damping out of range
133	Invalid Event Number
134	Invalid Event Setpoint Units
135	Invalid Event Setpoint
136	Invalid Event Type
137	Invalid Event Variable
138	Invalid Pressure Unit
139	Zero Pres. Correction Pt. too low
140	Density pressure correction value out-of-range
141	Flow pressure correction value out-of-range
142	Static Pressure value out-of-range
143	Invalid channel A assignment
144	Invalid channel B assignment
145	Invalid channel C assignment
146	Invalid channel D assignment
147	Invalid channel E assignment
148	Gas Density Out of Range
149	GSV Flow Unit Out of Range
150	GSV Total unit Out of Range
151	Base Volume Flow Units Code Out of Range
152	Base Volume Time Units Code Out of Range
153	Special Units Conversion Factory Out of Range
154	'Gas Standard Volume Cutoff' is out of range.
155	Invalid CTL Table Type
156	Thermal Expansion Coefficient out of range.
157	Reference Temperature out of range
158	Invalid units
159	Error in enable API calculation.
160	Alternate pressure out of range.
161	Temperature value out of range
162	Invalid Service Port Selection
163	The 'Preset Number' is invalid.
164	Preset batch target is out of range.
165	Preset 'Name' is invalid.
166	Current preset is out of range.
167	'Preset End Warning' is out of range.
168	Batcher units are invalid.
169	Invalid Batcher Flow Source
170	Invalid Code
171	'Base Model Code' is invalid.
172	'Option Model Code' is invalid.
173	Preset 'Max Target' is out of range.
174	'Current Batch Target' is out of range.
175	'Batch Compensation Mode' is invalid.
176	'Fixed AOC Value' is out of range.
177	'AOC Window Width' is out of range.
178	'Maximum Batch Time' is out of range.
179	'Differential Flow Cutoff' value is invalid.
180	The 'Differential Flow Damping' value is invalid.
181	Clear 'Differential Zero' code is invalid.
182	'Differential Zero Max' value is invalid.
183	'Differential Zero Low' value is invalid.
184	Enable Concentration Measurement Code Out of Range
185	Enable Curve Lock Code Out of Range
186	'Density Low Limit' is invalid.
187	'Density High Limit' is invalid.
188	'Temperature Low Limit' is invalid.
189	'Temperature High Limit' is invalid.
190	Discrete Event Index out-of-range
191	Discrete Event PV Code out-of-range
192	Discrete Event Action out-of-range
193	Discrete Event Setpoint A out-of-range
194	Discrete Event Setpoint B out-of-range
195	Precision is out of range.
196	Simulation Mode out of range
197	Fixed Value Out of Range
198	Minimum Amplitude Out of Range
199	Maximum Amplitude Out of Range
200	Period Out of Range
201	Enable FCF Verification out of range
202	Output State Out of Range
203	Stiffness Limit Set Point Out of Range
204	Tone level is out of range.
205	Tone ramp time is out of range.
206	Bl coefficient is out of range.
207	Drive target is out of range.
208	Drive P coefficient is out of range.
209	Time until first run is out of range.
210	Hours between runs is out of range.
211	Invalid Data Index
212	Invalid File Type
213	Invalid Curve Number
214	mA Output 1 'Assignment' is invalid.
215	mA Output 2 'Assignment' is invalid.
216	mA Output 3 'Assignment' is invalid.
217	Alert Simulation is disabled. Enable alert simulation to simulate the alerts.
218	Invalid value
219	Starting status map index must be an even value.
220	Analog Lower Limit
221	Analog Upper Limit
222	Analog Unit
223	mA
224	Mass Flow Unit
225	Field Device Variable Unit- Engineering unit to be displayed with the Digital Value representation, Minimum Span, Upper Range Value, Lower Range Value, Lower Sensor Limit, and Upper Sensor Limit.
226	Special
227	Mass Flow Rate
228	Current mass flow rate as calculated from external volume flow rate.
229	.1f
230	.2f
231	.3f
232	.4f
233	.5f
234	Mass Flow Cutoff
235	The mass flow rate below which the frequency/pulse output indicates zero flow, and below which totalizers stop counting. Cutoffs can also be configured for the mA output(s) (the AO cutoffs). An AO cutoff is active only if the process variable assigned to the output is mass flow or volume flow.
236	Differential Mass Flow
237	sec
238	Flow Damping
239	Sensor
240	Sensor Serial Number- Uniquely identifies the sensor from which the Digital Value representation or Field Device variable is primarily derived.
241	8d
242	Mass Flow Upper Sensor Limit
243	Upper Sensor Limit Value- Defines the maximum usable value for the Upper Range Value.
244	8.2f
245	Mass Flow Lower Sensor Limit
246	Lower Sensor Limit Value- Defines the minimum usable value for the Lower Range Value.
247	Mass Flow Minimum Span
248	Minimum Span Value- Defines the smallest allowable difference between the Upper Range Value and the Lower Range Value.
249	Mass Flow Rate
250	Damp
251	Snsr unit
252	Upper Sensor Limit
253	Lower Sensor Limit
254	Minimum Span
255	mA Output Direction
256	Class
257	Family
258	Process Data Quality
259	Limit Status
260	Device Family Status
261	Update Period
262	Cutoff
263	Mass Flow Classification
264	Classification: Indicates the unit code expansion table used for a particular dynamic or device variable.
265	Mass Flow Family
266	Device Family: Indicates the family (i.e., pressure, temperature, flow, etc.) to which the device belongs.
267	Status
268	Process Data Quality: Indicates the overall process data quality of the device variable value.
269	Bad
270	Poor accuracy
271	Manual / Fixed
272	Good
273	Mass Flow LS
274	Limit Status: Indicates whether the device variable is limited (i.e., not responding to a process).
275	Mass Flow Family Status
276	Device Family Status: Indicates additional status information on a device variable for a specific device family.
277	Mass Flow Update Period
278	Temperature Unit
279	Temperature
280	The temperature of the liquid or gas being measured.
281	Temperature Damping
282	Temperature Upper Sensor Limit
283	Temperature Lower Sensor Limit
284	Temperature Minimum Span
285	Temperature Classification
286	Temperature Family
287	Temperature PDQ
288	Temperature LS
289	Temperature Family Status
290	Temperature Update Period
291	Mass totl unit
292	Beer bbl
293	SL
294	Sm3
295	The total mass/volume that has flowed since the last totalizer reset.
296	Mass Total
297	Sensor Serial Number
298	Mass Total Classification
299	Mass Total Family
300	Mass Total PDQ
301	Mass Total LS
302	Mass Total Family Status
303	Mass Total Update Period
304	Density Unit
305	SGU
306	Density
307	The density of the liquid being measured.
308	.6f
309	Density Cutoff
310	The density below which the density indicates zero.
311	Density Upper Sensor Limit
312	Density Lower Sensor Limit
313	Density Damping
314	Density Minimum Span
315	Density Classification
316	Density Family
317	Density LS
318	Density Family Status
319	Density Update Period
320	The total mass/volume that has flowed since the last inventory reset.
321	Mass Inventory
322	Mass Inventory Classification
323	Mass Inventory Family
324	Mass Inventory PDQ
325	Mass Inventory LS
326	Mass Inventory Family Status
327	Mass Inventory Update Period
328	Volume Flow Unit
329	Beer bbl/s
330	Beer bbl/m
331	Beer bbl/h
332	Beer bbl/d
333	Volume Flow Rate
334	Current volume flow rate from an external device.
335	Volume Flow Cutoff
336	The volume flow rate below which the frequency/pulse output indicates zero flow, and below which totalizers stop counting. Cutoffs can also be configured for the mA output(s) (the AO cutoffs). An AO cutoff is active only if the process variable assigned to the output is mass flow or volume flow.
337	Volume Flow Upper Sensor Limit
338	10.4f
339	Volume Flow Lower Sensor Limit
340	Volume Flow Minimum Span
341	Volume Flow Rate
342	Volume Flow Classification
343	Volume Flow Family
344	Volume Flow LS
345	Volume Flow Family Status
346	Volume Flow Update Period
347	Vol flo totl unit
348	Volume Total
349	Volume Total Classification
350	Volume Total Family
351	Volume Total PDQ
352	Volume Total LS
353	Volume Total Family Status
354	Volume Total Update Period
355	Volume Inventory
356	Volume Inventory Classification
357	Volume Inventory Family
358	Volume Inventory PDQ
359	Volume Inventory LS
360	Volume Inventory Family Status
361	Volume Inventory Update Period
362	Pressure Unit
363	External Pressure
364	Pressure value from an external device.
365	Pressure
366	Pressure Classification
367	Pressure Family
368	Pressure PDQ
369	Pressure LS
370	Pressure Family Status
371	Pressure Update Period
372	Drive unit
373	Drive gain is the amount of current required to drive the vibrating element, expressed as a percentage of the maximum allowable drive gain.
374	Drive Gain
375	6.2f
376	Drive Classification
377	Drive Family
378	Drive PDQ
379	Drive LS
380	Drive Family Status
381	Drive Update Period
382	Density at Reference Temperature
383	The referred density value after the density offset has been applied.
384	API Density Classification
385	API Density Family
386	API Density PDQ
387	API Density LS
388	API Density Family Status
389	API Density Update Period
390	Referred Volume Flow Rate
391	The volume flow rate of the petroleum being measured at reference conditions.
392	API Volume Flow Classification
393	API Volume Flow Family
394	API Volume Flow PDQ
395	API Volume Flow LS
396	API Volume Flow Family Status
397	API Volume Flow Update Period
398	Referred Volume Total (API Referral)
399	API Volume Total Classification
400	API Volume Total Family
401	API Volume Total PDQ
402	API Volume Total LS
403	API Volume Total Family Status
404	API Volume Total Update Period
405	Referred Volume Inventory (API Referral)
406	API Volume Inventory Classification
407	API Volume Inventory Family
408	API Volume Inventory PDQ
409	API Volume Inventory LS
410	API Volume Inventory Family Status
411	API Volume Inventory Update Period
412	Average Observed Density
413	The average density value of the petroleum being measured.
414	API Average Density Classification
415	API Average Density Family
416	API Average Density PDQ
417	API Average Density LS
418	API Average Density Family Status
419	API Average Density Update Period
420	Average Temperature
421	The average temperature of the petroleum being measured.
422	API Average Temperature Classification
423	API Average Temperature Family
424	API Average Temperature PDQ
425	API Average Temperature LS
426	API Average Temperature Family Status
427	API Average Temperature Update Period
428	CTPL
429	This parameter displays the Correction of Temperature on a Liquid.
430	5.4f
431	CTL
432	API CTL Classification
433	API CTL Family
434	API CTL PDQ
435	API CTL LS
436	API CTL Family Status
437	API CTL Update Period
438	External Temperature
439	Temperature value from an external device.
440	External Temperature
441	External Temperature Classification
442	External Temperature Family
443	External Temperature PDQ
444	External Temperature LS
445	External Temperature Family Status
446	External Temperature Update Period
447	Standard Volume Flow Rate
448	The standard volume flow rate of the liquid being measured.
449	ED Standard Volume Flow Classification
450	ED Standard Volume Flow Family
451	ED Standard Volume Flow PDQ
452	ED Standard Volume Flow LS
453	ED Standard Volume Flow Family Status
454	ED Standard Volume Flow Update Period
455	Referred Volume Total (CM)
456	ED Standard Volume Total Classification
457	ED Standard Volume Total Family
458	ED Standard Volume Total PDQ
459	ED Standard Volume Total LS
460	ED Standard Volume Total Family Status
461	ED Standard Volume Total Update Period
462	Referred Volume Inventory (CM)
463	ED Standard Volume Inventory Classification
464	ED Standard Volume Inventory Family
465	ED Standard Volume Inventory PDQ
466	ED Standard Volume Inventory LS
467	ED Standard Volume Inventory Family Status
468	ED Standard Volume Inventory Update Period
469	Net Volume Flow Rate
470	The net volume flow rate of the liquid being measured.
471	Net Volume Flow Rate (CM)
472	ED Net Volume Flow Classification
473	ED Net Volume Flow Family
474	ED Net Volume Flow PDQ
475	ED Net Volume Flow LS
476	ED Net Volume Flow Family Status
477	ED Net Volume Flow Update Period
478	Net Volume Total (CM)
479	ED Net Volume Total Classification
480	ED Net Volume Total Family
481	ED Net Volume Total PDQ
482	ED Net Volume Total LS
483	ED Net Volume Total Family Status
484	ED Net Volume Total Update Period
485	Net Volume Inventory (CM)
486	ED Net Volume Inventory Classification
487	ED Net Volume Inventory Family
488	ED Net Volume Inventory PDQ
489	ED Net Volume Inventory LS
490	ED Net Volume Inventory Family Status
491	ED Net Volume Inventory Update Period
492	Net Mass Flow Rate
493	The net mass flow rate of the fluid being measured.
494	Net Mass Flow Rate (CM)
495	ED Net Mass Flow Classification
496	ED Net Mass Flow Family
497	ED Net Mass Flow PDQ
498	ED Net Mass Flow LS
499	ED Net Mass Flow Family Status
500	ED Net Mass Flow Update Period
501	Net Mass Total (CM)
502	ED Net Mass Total Classification
503	ED Net Mass Total Family
504	ED Net Mass Total PDQ
505	ED Net Mass Total LS
506	ED Net Mass Total Family Status
507	ED Net Mass Total Update Period
508	Net Mass Inventory (CM)
509	ED Net Mass Inventory Classification
510	ED Net Mass Inventory Family
511	ED Net Mass Inventory PDQ
512	ED Net Mass Inventory LS
513	ED Net Mass Inventory Family Status
514	ED Net Mass Inventory Update Period
515	Density at Reference
516	Density at Reference (CM)
517	ED Density Reference Classification
518	ED Density Reference Family
519	ED Density Reference PDQ
520	ED Density Reference LS
521	ED Density Reference Family Status
522	ED Density Reference Update Period
523	Density (Fixed SG Units)
524	The specific gravity of the liquid being measured.
525	ED Dens (SGU)
526	ED Density SGU Classification
527	ED Density SGU Family
528	ED Density SGU PDQ
529	ED Density SGU LS
530	ED Density SGU Family Status
531	ED Density SGU Update Period
532	Density Unit (Concentration)
533	Special Concentration Units
534	Concentration
535	The concentration value after the density offset has been applied.
536	ED Concentration Classification
537	ED Concentration Family
538	ED Concentration PDQ
539	ED Concentration LS
540	ED Concentration Family Status
541	ED Concentration Update Period
542	Tube Frequency
543	Tube Classification
544	Tube Family
545	Tube PDQ
546	Tube LS
547	Tube Family Status
548	Tube Update Period
549	Left Pickoff Amplitude
550	Right Pickoff Amplitude
551	Core Board Temperature
552	Board Temperature Classification
553	Board Temperature Family
554	Board Temperature PDQ
555	Board Temperature LS
556	Board Temperature Family Status
557	Board Temperature Update Period
558	Meter Temperature (T-Series)
559	Case Temperature Classification
560	Case Temperature Family
561	Case Temperature PDQ
562	Case Temperature LS
563	Case Temperature Family Status
564	Case Temperature Update Period
565	The tube frequency of the sensor measured in Hertz.
566	Hz
567	8.3f
568	The pickoff voltage of the sensor measured in Voltage.
569	Pickoff amplitude indicates the distance that the vibrating element is traveling from its resting state.
570	V
571	The board temperature of the core processor.
572	The meter temperature of the T-Series sensor.
573	Meter Temperature
574	Input voltage unit
575	Core Processor Input Voltage
576	Input voltage is the current power input.
577	Input Voltage
578	Input Voltage Classification
579	Input Voltage Family
580	Input Voltage PDQ
581	Input Voltage LS
582	Input Voltage Family Status
583	Input Voltage Update Period
584	Gas Standard Volume Cutoff
585	Specifies the lowest gas standard volume flow rate that will be reported as measured. All gas standard volume flow rates below this cutoff are reported as 0.
586	Gas Standard Volume Flow Unit
587	NLPD
588	NLPH
589	NLPM
590	NLPS
591	Nm3/day
592	Nm3/hr
593	Nm3/min
594	Nm3/sec
595	SCFD
596	SCFH
597	SCFM
598	SCFS
599	SLPD
600	SLPH
601	SLPM
602	SLPS
603	Sm3/day
604	Sm3/hr
605	Sm3/min
606	Sm3/sec
607	Totalizer 1
608	Inventory 1
609	Totalizer 2
610	Inventory 2
611	Totalizer 3
612	Inventory 3
613	Specific Gravity (CM)
614	Standard Volume Flow Rate (CM)
615	Totalizer 5
616	Inventory 5
617	Totalizer 6
618	Inventory 6
619	Totalizer 7
620	Inventory 7
621	Input Voltage
622	Gas Standard Volume Flow
623	Totalizer 4
624	Inventory 4
625	Field Verification Zero
626	Live Zero Flow Rate
627	Net Oil Flow at Line
628	Watercut at Line
629	Net Water Flow at Line
630	Net Oil Flow at Reference
631	Watercut at Reference
632	Net Water Flow at Reference
633	Calorific Value
634	Density Oil at Line (Fixed API Unit)
635	SF Net Oil Flow at Line
636	SF Net Oil Flow at Ref
637	External Density
638	Gas Void Fraction
639	Percent of Fill Delivered
640	Approximate Velocity
641	Unremediated Mass Flow
642	Unremediated Volume Flow
643	Energy Flow
644	mAI Feedback
645	Phase Genius Flow Severity
646	Percent of Range
647	Loop Current
648	None
649	Net Oil Flow at Line (APM)
650	Watercut at Line (APM)
651	Net Water Flow at Line (APM)
652	Net Oil Flow at Reference (APM)
653	Watercut at Reference (APM)
654	Net Water Flow at Reference (APM)
655	Gas Void Fraction (APM)
656	Gas Standard Volume Flow
657	A standard volume flow rate measurement used when the process fluid is a gas.
658	Gas Vol flo
659	Gas Volume Flow Classification
660	Gas Volume Flow Family
661	Gas Volume Flow LS
662	Gas Volume Flow Family Status
663	Gas Volume Flow Update Period
664	Gas Vol flo tot inv unit
665	Gas Vol totl
666	Gas Volume Total Classification
667	Gas Volume Total Family
668	Gas Volume Total PDQ
669	Gas Volume Total LS
670	Gas Volume Total Family Status
671	Gas Volume Total Update Period
672	Gas Vol inventory
673	Gas Volume Inventory Classification
674	Gas Volume Inventory Family
675	Gas Volume Inventory PDQ
676	Gas Volume Inventory LS
677	Gas Volume Inventory Family Status
678	Gas Volume Inventory Update Period
679	Live Zero unit
680	The real-time bidirectional volume flow rate with no flow damping or mass flow cutoff applied.
681	Live zero flow
682	Live Zero Classification
683	Live Zero Family
684	Live Zero PDQ
685	Live Zero LS
686	Live Zero Family Status
687	Live Zero Update Period
688	Field Zero unit
689	Field Zero Flow Rate
690	Field zero flow
691	Field Zero Classification
692	Field Zero Family
693	Field Zero PDQ
694	Field Zero LS
695	Field Zero Family Status
696	Field Zero Update Period
697	Engineer to Order Number
698	Engineered to Order (ETO) number for the transmitter
699	Displays World Area for Weights and Measures Security
700	Custody Transfer Approval
701	NTEP
702	OIML
703	Core Processor Engineer to Order Number
704	Engineered to Order (ETO) number for core processor
705	Core Processor Software
706	Software revision number for core processor
707	Device Type Core Processor
708	Device type for core processor
709	Device Identification (CP)
710	HART unique ID for core processor
711	Core Processor
712	The checksum value for the core processor firmware must be read during meter commissioning to meet Weights and Measures requirements for gas applications in Germany. They may also be useful for MID/WELMEC 7.2 test reports.
713	Core Processor
714	The serial number from the core processor label.
715	Transmitter Serial Number
716	Transmitter
717	The checksum value for the transmitter firmware must be read during meter commissioning to meet Weights and Measures requirements for gas applications in Germany. They may also be useful for MID/WELMEC 7.2 test reports.
718	Weights and Measures Software Version
719	The version of the software component that implements MID security.
720	Volume Flow Type
721	Liquid Volume
722	Gas Standard Volume
723	Gas Reference Density
724	Reference density of the gas being measured.
725	Base Unit
726	The existing volume unit that the special unit will be based on.
727	Base Time
728	The existing time unit that the special unit will be based on.
729	Conversion Factor
730	The conversion factor is the base unit value divided by the special unit value.
731	Flow Label
732	The label used for the special volume flow unit that was defined.
733	Total Label
734	The label used for the special volume total unit that was defined.
735	Gas Density Unit
736	DD Revision
737	The version of the Device Description (DD) being used.
738	Tube Wetted Material
739	Configuration information identifying the material of which the sensor is constructed. Informational purposes only - does not affect flowmeter operation.
740	Hastelloy C
741	Monel
742	Tantalum
743	Titanium
744	316L SST
745	Inconel
746	Unknown
747	Tube Lining
748	Configuration information identifying any liner material used with the sensor. Informational purposes only - does not affect flowmeter operation.
749	PTFE (Teflon)
750	Halar
751	Tefzel
752	Sensor Flange
753	Configuration information identifying the flange material used with the sensor. Informational purposes only - does not affect flowmeter operation.
754	ANSI 150
755	ANSI 300
756	ANSI 600
757	PN40
758	JIS 10K
759	JIS 20K
760	ANSI 900
761	Sanitary clamp fitting
762	Union
763	PN100
764	Device family
765	PDQ
766	Family status
767	Velocity Unit
768	Velocity Damping
769	Velocity Upper Sensor Limit
770	Velocity Lower Sensor Limit
771	Velocity Minimum Span
772	Velocity Classification
773	Velocity Family
774	Velocity LS
775	Velocity Family Status
776	Velocity Update Period
777	Calorific Value Units
778	Calorific Value Damping
779	Calorific Value Upper Sensor Limit
780	Calorific Value Lower Sensor Limit
781	Calorific Value Minimum Span
782	Calorific Value Classification
783	Calorific Value Family
784	Calorific Value LS
785	Calorific Value Family Status
786	Calorific Value Update Period
787	Energy Flow Units
788	Energy Flow Damping
789	Energy Flow Upper Sensor Limit
790	Energy Flow Lower Sensor Limit
791	Energy Flow Minimum Span
792	Energy Flow Classification
793	Energy Flow Family
794	Energy Flow LS
795	Energy Flow Family Status
796	Energy Flow Update Period
797	mAI Unit
798	The mA input reads back the signal from the mA Output 1 loop. This setting is required for SIL compliance. The option is available only when SIL is licensed on the device.
799	mAI Feedback Damping
800	mAI Feedback Upper Sensor Limit
801	mAI Feedback Lower Sensor Limit
802	mAI Feedback Minimum Span
803	mAI Feedback Classification
804	mAI Feedback Family
805	mAI Feedback LS
806	mAI Feedback Family Status
807	mAI Feedback Update Period
808	Density Oil at Line Damping
809	Density Oil at Line Upper Sensor Limit
810	Density Oil at Line Lower Sensor Limit
811	Density Oil at Line Minimum Span
812	Density Oil at Line Classification
813	Density Oil at Line Family
814	Density Oil at Line LS
815	Density Oil at Line Family Status
816	Density Oil at Line Update Period
817	SF Net Oil Flow at Line Damping
818	SF Net Oil Flow at Line Upper Sensor Limit
819	SF Net Oil Flow at Line Lower Sensor Limit
820	SF Net Oil Flow at Line Minimum Span
821	SF Net Oil Flow at Line Classification
822	SF Net Oil Flow at Line Family
823	SF Net Oil Flow at Line LS
824	SF Net Oil Flow at Line Family Status
825	SF Net Oil Flow at Line Update Period
826	SF Net Oil Flow at Ref Damping
827	SF Net Oil Flow at Ref Upper Sensor Limit
828	SF Net Oil Flow at Ref Lower Sensor Limit
829	SF Net Oil Flow at Ref Minimum Span
830	SF Net Oil Flow at Ref Classification
831	SF Net Oil Flow at Ref Family
832	SF Net Oil Flow at Ref LS
833	SF Net Oil Flow at Ref Family Status
834	SF Net Oil Flow at Ref Update Period
835	Zero Time
836	The amount of time the transmitter takes to determine its zero-flow reference point. The default zero time is 20 seconds.
837	5d
838	Zero Value
839	A value, in microseconds, representing the phase shift between velocity signals from the sensor when measuring zero flow.
840	µs
841	Standard Deviation
842	Standard deviation is the two sigma result from the number of zero samples taken during the last zero. 'Standard Deviation', 'Live Zero', 'Smart Zero Verification' and 'Field Verification Zero' can be used to see how stable the zero is on your meter.
843	Diagnostic Action
844	Stop Zero
845	Acknowledge All Alarms
846	Reset Power On Time
847	Restore Factory Configuration
848	Start Zero Check
849	Start AOC Calibration
850	Stop AOC Calibration
851	Reset All Enhanced Density Curve Information
852	Enable write protect
853	Disable write protect
854	Restore Factory Zero
855	Save User Configuration
856	Restore User Configuration
857	Save Factory Configuration
858	Restore Factory Configuration
859	Set Alarm Message
860	Clear Alarm Message
861	Resume Batch
862	Pause Batch
863	Start Batch
864	Stop Batch
865	Reset Batch Total
866	Reset Batch Count
867	Install Verify Flow
868	Install Verify No Flow
869	Factory zero offset
870	Factory zero offset value - always microseconds.
871	5.2f
872	Action Assignment
873	Selects an action to be assigned to a discrete.
874	Start Sensor Zero
875	Reset Total 1
876	Reset Total 2
877	Reset Total 3
878	Reset Total 4
879	Reset Total 5
880	Reset Total 6
881	Reset Total 7
882	Start/Stop All Totals
883	Reset All Totals
884	Resume Batch
885	Start Batch
886	Stop Batch
887	Increment Preset
888	Increment Curve
889	Start Smart Meter Verification
890	Assigns a discrete to an action. Select none for no discrete assignment.
891	Discrete Assignment
892	Enhanced Event 1
893	Enhanced Event 2
894	Enhanced Event 3
895	Enhanced Event 4
896	Enhanced Event 5
897	Discrete Event 1
898	Setpoint A
899	Setpoint B
900	Var code
901	Type Code
902	Discrete Event 2
903	Discrete Event 3
904	Discrete Event 4
905	Discrete Event 5
906	Variable
907	Assigns a process variable to the Discrete Events.
908	Event Type
909	Determines the type of comparison the Discrete Events is going to perform.
910	> Setpoint A
911	< Setpoint A
912	In Range
913	Out of Range
914	The first programmable value of a process variable in which the Discrete Events compares with.
915	The second programmable value of a process variable in which the Discrete Events compares with.
916	Discrete Event num
917	Setpoint Unit
918	Assignment
919	This parameter identifies the physical output channel to be configured. Channel A is terminals 1 and 2,Channel B is terminals 3 and 4,and Channel C is terminals 5 and 6.
920	Milliamp Output 1
921	Milliamp Output 2
922	Frequency Output 1
923	Milliamp Output 3
924	Discrete Output 1
925	Frequency Output 2
926	Discrete Output 2
927	Digital Communications
928	Select the option to configure:
929	Burst Message 1
930	Burst Message 2
931	Burst Message 3
932	Event Notification
933	Finish to Exit
934	Save Configuration:
935	Yes
936	No
937	Meter Verification Dataset Mean
938	Factory Cal of Air Means
939	Factory Cal of Water Means
940	Left Pickoff Stiffness Mean
941	Right Pickoff Stiffness Mean
942	Damping Mean
943	Left Pickoff Mass Mean
944	Right Pickoff Mass Mean
945	Meter Verification dataset LPO stiffness.
946	Dataset LPO Stiffness
947	Meter Verification dataset RPO stiffness.
948	Dataset RPO Stiffness
949	Meter Verification dataset damping.
950	Dataset damping
951	Meter Verification dataset LPO mass.
952	Dataset LPO Mass
953	Meter Verification dataset RPO mass.
954	Dataset RPO Mass
955	Meter Verification Dataset
956	Enable meter verification
957	Specifies meter verification enabling option
958	Disabled
959	Normal verification
960	Factory verification of Air
961	Factory verification of Water
962	Special Debug Mode
963	Abort
964	Background Meter Verification
965	Single Point Baseline
966	SMV Meter Factor
967	Output state during meter verification
968	Specifies Output state during meter verification
969	Last value
970	Fault
971	Uncertainty Limit
972	Stiffness limit set point for meter verification
973	Algorithm progress
974	Algorithm progress -- in percentage completion
975	mmi_current algorithm state_LABEL
976	Abort Code
977	No error
978	Manual abort
979	Drive Settle Time Error
980	Frequency Drift
981	High Peak Drive Voltage
982	High Drive Current Std Dev
983	High Drive Current Mean Value
984	Drive loop reported error
985	High Delta T Std Dev
986	High Delta T Value
987	State Running
988	Verification complete
989	Wrong verification enable
990	No factory air verification
991	No factory water verification
992	Parameter registers not set
993	Current Algorithm State
994	Validation counter
995	Indicates the number of times the Meter Verification routine has successfully completed.
996	LPO stiffness out of limits
997	Indicates whether LPO stiffness out of limits.
998	RPO stiffness out of limits
999	Indicates whether RPO stiffness out of limits.
1000	Hours until Next Run
1001	The number hours until the next time meter verification runs.
1002	Hours
1003	4.1f
1004	Hours between Recurring Runs (0=schedule is not repeating)
1005	The number of hours between successive meter verification runs. Valid range is 1 to 1000 hours or 0 for no recurring schedule.
1006	Hours Remaining until Next Run
1007	The number of hours remaining until Meter Verification runs.
1008	Smart Meter Verification Run Counter
1009	The run counter for this Meter Verification run.
1010	Test Result
1011	Disabled
1012	Fail
1013	Pass
1014	Reason for Abort
1015	Manual Abort
1016	Watchdog Timeout
1017	Frequency Drift
1018	High Peak Drive Voltage
1019	High Drive Current Standard Deviation
1020	High Drive Current Mean Value
1021	Drive Loop Reported Error
1022	High Delta T Standard Deviation
1023	High Delta T Value
1024	State Running
1025	Verification Complete
1026	Wrong Verification Enable
1027	No Factory Air Verification
1028	No Factory Water Verification
1029	Parameter Registers not Set
1030	Transmitter Running Seconds at Test
1031	The transmitter's power on time at the time of the test.
1032	Left Pickoff Stiffness
1033	The left pickoff stiffness normalized to the baseline.
1034	Right Pickoff Stiffness
1035	The right pickoff stiffness normalized to the baseline.
1036	Mass Data
1037	Damping
1038	Drive Current
1039	DeltaT
1040	Temperature
1041	Density
1042	Amplitude
1043	Export
1044	Conf
1045	Flex
1046	Test Result
1047	Sensor Type
1048	Sensor Serial
1049	Reason for Fail
1050	Left Pickoff Stiffness High
1051	Left Pickoff Stiffness Low
1052	Right Pickoff Stiffness High
1053	Right Pickoff Stiffness Low
1054	Right Symmetry High
1055	Right Symmetry Low
1056	Uncertainty High
1057	Sensor Coated / Corroded
1058	Sensor Corroded
1059	Sensor Damaged
1060	Sensor Coated / Damaged
1061	Sensor Corroded / Erroded
1062	Sensor Coated
1063	Mass Flow - Out of Range
1064	Symmetry
1065	Flow Severity
1066	Single Phase
1067	Moderate Two-Phase
1068	Severe Two-Phase
1069	Mass Flow Status
1070	Optimal
1071	Check Zero
1072	Flow Too Low
1073	Drive Freq
1074	Model
1075	Configuration information identifying the sensor model installed. Informational purposes only - does not affect flowmeter operation.
1076	Type
1077	This parameter indicates which type of sensor is being used for process measurement.
1078	Other (Curved Tube)
1079	T-Series (Straight Tube)
1080	Act Target Amplitude
1081	Displays current target amplitude value.
1082	mV/Hz
1083	Avg Sensor Temp
1084	degC
1085	Min Sensor Temp
1086	Max Sensor Temp
1087	Avg Elect Temp
1088	Min Elect Temp
1089	RTD Cable Resistance
1090	ohm
1091	T-Series RTD Resistance
1092	Line RTD Resistance
1093	The resistance of the line RTD.
1094	Power cycle count
1095	Power On Time
1096	'Power On Time' is the number of seconds since the last power cycle.
1097	Max Elect Temp
1098	Drive Current
1099	FlowCal
1100	A 10-character factor that describes the sensitivity of the sensor to mass flow. The first 6 characters are the flow rate, in grams/second, per microsecond of time shift between velocity signals from the sensor. The 2nd four characters are the flow temperature coefficient.
1101	D1
1102	The density, in g/cc, of the air or other low-density fluid used during a 2-point density calibration.
1103	g/Cucm
1104	6.5f
1105	D2
1106	The density, in g/cc, of the water or other high-density fluid used during a 2-point density calibration.
1107	TC
1108	DT
1109	The percent change in the elasticity of the flow tubes around the bending axis per 100 degrees Celsius.
1110	K1
1111	The tube period, in microseconds, corresponding to a density equal to D1.
1112	K2
1113	The tube period, in microseconds, corresponding to a density equal to D2.
1114	FD
1115	A calibration constant generated during a flowing density calibration.
1116	7.2f
1117	FTG
1118	This parameter represents the Flow Temperature Gradient Coefficient (FTG) that is on the T-Series sensor tag.
1119	DTG
1120	This parameter represents the Density Temperature Gradient Coefficient (DTG) that is on the T-Series sensor tag.
1121	FFQ
1122	This parameter represents the Flow Frequency Coefficient (FFQ) that is on the T-Series sensor tag.
1123	DFQ1
1124	This parameter represents the Density Frequency Coefficient #1 (DFQ1) that is on the T-Series sensor tag.
1125	DFQ2
1126	This parameter represents the Density Frequency Coefficient #2 (DFQ2) that is on the T-Series sensor tag.
1127	Flow FCF
1128	Pressure compensation factor applied to flow rate (% change per PSI).
1129	% per psi
1130	Flow Pressure Factor
1131	9.8f
1132	Pressure compensation factor applied to density (g/Cucm change per PSI).
1133	g/Cucm per psi
1134	Density Pressure Factor
1135	10.7f
1136	Pressure at which flow calibration was performed.
1137	Flow Calibration Pressure
1138	7.5f
1139	This parameter allows you to enable/disable the pressure correction feature.
1140	Compensation Mode
1141	Disable
1142	Enable
1143	This parameter allows you to enter a static pressure when using the pressure correction feature.
1144	Pressure Compensation
1145	A variable that represents how process variables are brought into the transmitter for the purpose of performing a pressure compensation or other calculations.
1146	Poll Control 1
1147	Do Not Poll
1148	Poll as Primary Host
1149	Poll as Secondary Host
1150	Poll Control 2
1151	This represents the tagname for the device(s) being polled for a process variable used internally for some compensation (e.g. pressure comp).
1152	External Device Tag 1
1153	External Device Tag 2
1154	This represents the variable code which will be read via HART for the compensation.
1155	Polled Variable 1
1156	Polled Variable 2
1157	This parameter allows you to enable/disable the external temperature feature.
1158	External Temperature
1159	This parameter allows you to enter a static temperature when using the external temperature feature.
1160	Correction Temperature
1161	D3
1162	The density, in g/cc, of the water or other high-density fluid that is used during a 4-point density calibration with Micro Motion T-Series sensors. D3 can represent the D3 value for a Micro Motion T-Series sensor.
1163	D4
1164	The density, in g/cc, of the water or other high-density fluid that is used during a 4-point density calibration with Micro Motion T-Series sensors. D4 can represent the D4 value for a Micro Motion T-Series sensor.
1165	K3
1166	The tube period, in microseconds, corresponding to a density equal to D3.
1167	K4
1168	The tube period, in microseconds, corresponding to a density equal to D4.
1169	Mass Factor
1170	A value, between 0.8 and 1.2,that will act as a multiplier for the mass flow rate.
1171	5.5f
1172	A value, between 0.8 and 1.2,that will act as a multiplier for the volume flow rate.
1173	Volume Factor
1174	Density Factor
1175	A value, between 0.8 and 1.2,that will act as a multiplier for the density.
1176	Two-Phase Duration
1177	A programmable time period, from 0.00 to 60.00 seconds, during which outputs representing flow hold their last measured value before indicating two-phase flow.
1178	Two-Phase Low Limit
1179	A programmable low limit on density, which enables the transmitter to indicate two-phase flow (extremes in fluid density caused by slugs of gas or accumulation of solids in a liquid flow stream) if fluid density goes outside programmed two-phase flow limits.
1180	Two-Phase High Limit
1181	A programmable high limit on density, which enables the transmitter to indicate two-phase flow (extremes in fluid density caused by slugs of gas or accumulation of solids in a liquid flow stream) if fluid density goes outside programmed two-phase flow limits.
1182	Modbus Data Type Code
1183	Reserved
1184	Coil
1185	Unsigned 16
1186	Unsigned 32
1187	Floating Point
1188	Coil Number or Starting Register Address
1189	Coil Value
1190	Enabled
1191	U16 Value
1192	U32 Value
1193	Float Value
1194	Exception Code
1195	A standard engineering unit that serves as the mass component in a special unit.
1196	A standard unit of time (seconds, minutes, hours, or days) that serves as the time component in a special unit.
1197	Conversion Factor
1198	A programmable divider for the base mass unit in a special unit.
1199	A 1 to 8 character description of a special unit of flow.
1200	Flow Label
1201	Total Label
1202	A 1 to 8 character description of a special unit of mass, which is based on the special unit of flow to represent total.
1203	A standard engineering unit that serves as the volume component in a special unit.
1204	Conversion Factor
1205	A programmable divider for the base volume unit in a special unit.
1206	Flow Label
1207	A 1 to 8 character description of a special unit of flow.
1208	Total Label
1209	A 1 to 8 character description of a special unit of volume, which is based on the special unit of flow to represent total.
1210	Power Source
1211	This parameter identifies the power source (Internal or External) for the output channel.
1212	External
1213	Control
1214	The type of Mass Flow Simulation
1215	No Sim
1216	Fixed Value
1217	Sawtooth Wave
1218	Sine Wave
1219	Fixed Value
1220	Mass Flow Fixed Value
1221	Ramp Low Point
1222	Mass Flow Minimum Amplitude of waveform
1223	Ramp High Point
1224	Mass Flow Maximum Amplitude of waveform
1225	Ramp Period
1226	Mass Flow period of waveform
1227	The type of Temperature Simulation
1228	Temperature Fixed Value
1229	Temperature Minimum Amplitude of waveform
1230	Temperature Maximum Amplitude of waveform
1231	Temperature period of waveform
1232	The type of Density Simulation
1233	Density Fixed Value
1234	Density Minimum Amplitude of waveform
1235	Density Maximum Amplitude of waveform
1236	Density period of waveform
1237	Simulate Process Variables
1238	The state of the overall simulation mode
1239	Enabled
1240	Simulation Mode
1241	6.4f
1242	1d
1243	When this parameter is enabled, you can use the display to reset the totalizer.
1244	Totalizer Reset
1245	When this parameter is enabled, you do not need to press the scroll button to scroll through the configured process variables.
1246	Auto Scroll
1247	This parameter allows you to set the rate at which the display will scroll from one process variable to the next. Display Auto Scroll must be enabled.
1248	Scroll Time (1-30)
1249	2d
1250	When this parameter is enabled,an option in the alarm menu allows you to acknowledge all of the alarms at once.
1251	Acknowledge All Alerts
1252	When this parameter is enabled you must enter a password to gain access to the offline menu.
1253	Offline Menu Passcode Required
1254	Passcode (4 Alphanumeric Characters)
1255	0000
1256	Start/Stop Totalizers
1257	Enable or disable the ability to start and stop the totalizers from the local display.
1258	Control
1259	The state of the backlight on the local display.
1260	Intensity (0-63)
1261	The amount of intensity of the backlight on the local display. Range is 0 to 63 where 0 is off and 63 is full on.
1262	Language
1263	Current display language
1264	English
1265	German
1266	French
1267	Katakana
1268	Spanish
1269	Chinese
1270	Russian
1271	Portuguese
1272	Menu Passcode
1273	Alarm screen password Enable/Disable
1274	This parameter allows you to select the process variables that will appear on the display. Up to 15 process variables can be configured to appear on the display. They can be accessed by using the scroll button.
1275	Variable 1
1276	Temperature-Corrected Density
1277	Batch-Weighted Average Density (Petroleum)
1278	Correction Factor due to Temperature and Pressure
1279	Velocity
1280	Variable 2
1281	Variable 3
1282	Variable 4
1283	Variable 5
1284	Variable 6
1285	Variable 7
1286	Variable 8
1287	Variable 9
1288	Variable 10
1289	Variable 11
1290	Variable 12
1291	Variable 13
1292	Variable 14
1293	Variable 15
1294	The precision for each display variable can be set from 0 to 5 decimal places.
1295	Gas Standard Volume Inventory
1296	Density at Reference Temperature
1297	Standard Volume Flow Rate
1298	Density at Reference
1299	Net Mass Flow Rate
1300	Density (Fixed SG Units)
1301	Net Water Flow at Line
1302	Net Oil Flow at Reference
1303	Watercut at Reference
1304	Net Water Flow at Reference
1305	DO index
1306	DO1 Setup
1307	Assignment
1308	Discrete Output State 1
1309	DO 1 Polarity
1310	DO 1 Fault Indication
1311	DO2 Setup
1312	Assignment
1313	Discrete Output State 2
1314	DO 2 Polarity
1315	DO 2 Fault Indication
1316	Discrete Output 1 Source
1317	This parameter identifies which condition the discrete output will act upon.
1318	Event 1
1319	Event 2
1320	Flow Switch
1321	Forward/Reverse
1322	Cal in Progress
1323	Fault Condition Present
1324	Primary Valve
1325	Smart Meter Verification Fail
1326	Secondary Valve
1327	Pump
1328	Discrete Output 2 Source
1329	Discrete Output 1 State
1330	This parameter identifies the state of the discrete output.
1331	Off
1332	On
1333	Discrete Output 2 State
1334	Polarity
1335	This parameter allows you to set the polarity of the discrete output.
1336	Active Low
1337	Active High
1338	Polarity
1339	Fault Action
1340	The state to which the discrete output will be set if the transmitter detects a fault with 'Alert Severity' = 'Fault'. If 'None' is selected, the behavior of the discrete output will be controlled by 'Discrete Output Source'.
1341	Upscale
1342	Downscale
1343	Fault Action
1344	Output Type
1345	mA Output Fault Action
1346	fault code
1347	fault level
1348	Fault Action
1349	Downscale: Milliamp outputs that indicate flow go to the configured limit, the frequency output equals 0 Hz. Upscale: Milliamp and frequency outputs go to the configured limit. Internal zero: Flow outputs indicate zero flow.
1350	Upscale (21.0-23.0 mA)
1351	Downscale (3.2-3.6 mA)
1352	Internal Zero
1353	Fault Action
1354	Fault Action
1355	Fault Level
1356	This parameter allows you to select the lower or upper mA output level that will indicate a fault condition. The range is 1.0 to 3.6 mA for downscale or 21.0 to 24.0 for upscale.
1357	Fault Level
1358	Fault Level
1359	Fault Action
1360	Fault Action
1361	Process Variable Fault Action
1362	This fault setting applies to Modbus on RS485 and the display. Downscale: Hold process variables at values that are less than the Lower Sensor Limits and stop totalizing. Upscale: Hold process variables at values that are greater than the Upper Sensor Limits and stop totalizing. Not-a-Number: Set all process variables to IEEE NaN. IntZero-All 0: Set all process variables to 0. IntZero-Flow 0: Set flow rate to 0. None: Process variables displayed as measured (Note: Use alternative method to detect fault conditions when 'None' is selected)
1363	Not-a-Number
1364	Flow goes to zero
1365	Fault Level
1366	This parameter allows you to select the upper frequency output level that will indicate a fault condition. The maximum value is 15000 Hz.
1367	Fault Level
1368	Fault Timeout
1369	This parameter defines the number of seconds for which all outputs will hold their last measured value prior to going to the configured fault state. The default is zero seconds.
1370	Mode
1371	This parameter allows you to set the mode of the second frequency output when dual frequency outputs are configured.
1372	Single
1373	Quadrature
1374	Dual with 0 degrees phase shift
1375	Dual with 180 degrees phase shift
1376	Dual with 90 degrees phase shift
1377	Dual with -90 degrees phase shift
1378	Matrix Being Configured
1379	Select the matrix to be configured or modified.
1380	Curve 1
1381	Curve 2
1382	Curve 3
1383	Curve 4
1384	Curve 5
1385	Curve 6
1386	Reference Temperature
1387	Water Reference Temperature
1388	Temperature Units
1389	Water Reference Density
1390	Density Units
1391	Slope
1392	Offset
1393	Limit
1394	Curve Fit Maximum Order
1395	Concentration Units
1396	Label
1397	Matrix Name
1398	Curve Fit Results
1399	Accuracy
1400	Concentration Measurement
1401	Enables the Concentration Measurement application.
1402	The reference temperature used for calculation of concentration.
1403	The reference temperature for water, to be used in calculating specific gravity.
1404	The reference density for water, to be used in calculating specific gravity.
1405	The multiplier (meter factor) to be used to adjust the concentration process variable.
1406	The value to be added to the concentration process variable.
1407	The acceptable variation, in percent, above and below the defined range of the concentration matrix. If either process temperature or process density exceeds this limit, an extrapolation alert is posted.
1408	2
1409	3
1410	4
1411	5
1412	The label to be used for the concentration measurement unit.
1413	A user-defined label to be used for the concentration measurement unit.
1414	Displays the name of the matrix.
1415	Poor
1416	Failed
1417	Empty
1418	Concentration 1
1419	The calculation of concentration derived from the entered concentration matrix data, and the measured density and temperature of the process fluid.
1420	Concentration 2
1421	Concentration 3
1422	Concentration 4
1423	Concentration 5
1424	Percent concentration of a liquid calculated based on the entered concentration matrix data and the measured density and temperature.
1425	Concentration 6
1426	Density 1
1427	The density at the specified concentration.
1428	Density 2
1429	Density 3
1430	Density 4
1431	Density 5
1432	Density 6
1433	Temperature Iso 1
1434	The temperature value for which a range of density values will be defined for a specific concentration.
1435	Temperature Iso 2
1436	Temperature Iso 3
1437	Temperature Iso 4
1438	Temperature Iso 5
1439	Temperature Iso 6
1440	The density value for a specific concentration at the indicated temperature.
1441	Frequency Outputs
1442	Fixed freq
1443	A value (in Hertz) that will be indicated on the frequency output for the purpose of a loop test.
1444	Volume Fraction
1445	Two-Phase Flow Detection
1446	Detects the presence and severity of a two-phase flow condition.
1447	Single Phase Flow
1448	Moderate Two-Phase Flow
1449	Severe Two-Phase Flow
1450	Flow Characteristics
1451	Liquid in Gas
1452	Gas in Liquid
1453	Solids in Liquid
1454	Temperature Calibration Factor
1455	A 14-character factor that describes the slope and offset of the linear output representing flow tube temperature.
1456	Alert Number
1457	This parameter is the number of the alarm. For example,26 for alarm A26 and 42 for alarm A102.
1458	3d
1459	AO1 Cutoff
1460	AO2 Cutoff
1461	AO3 Cutoff
1462	Cutoff typ
1463	Direction
1464	Forward Only
1465	Absolute Value
1466	Controls how conditions of forward and reverse flow affect the flow rates reported by the mA output.
1467	Current Frequency Output 1
1468	Current Frequency Output 2
1469	Totalizer Slot Index
1470	Totalizer Slot 0
1471	Totalizer Slot 1
1472	Totalizer Slot 2
1473	Totalizer Slot 3
1474	Totalizer Slot 4
1475	Totalizer Slot 5
1476	Totalizer Slot 6
1477	Totalizer Slot 7
1478	Totalizer Slot 8
1479	Totalizer Slot 9
1480	Totalizer Slot 10
1481	Totalizer Slot 11
1482	Totalizer Slot 12
1483	Totalizer Slot 13
1484	Totalizer Process Variable
1485	Totalizer Direction
1486	User-Defined Label
1487	Source
1488	The variable assigned to the configurable totalizer.
1489	The variable assigned as the source for this inventory.
1490	The 'Totalizer Direction' can be set independently for each totalizer and inventory, to 'Forward', 'Reverse', 'Bidirectional', or 'Absolute Value'.
1491	Forward
1492	Reverse
1493	Bidirectional
1494	Inventory Direction
1495	Configure the direction setting for this inventory.
1496	Totalizer Control
1497	Start All Totalizers
1498	Stop All Totalizers
1499	Reset All Totalizers
1500	Reset All Inventories
1501	Start Totalizer 1
1502	Start Totalizer 2
1503	Start Totalizer 3
1504	Start Totalizer 4
1505	Start Totalizer 5
1506	Start Totalizer 6
1507	Start Totalizer 7
1508	Start Inventory 1
1509	Start Inventory 2
1510	Start Inventory 3
1511	Start Inventory 4
1512	Start Inventory 5
1513	Start Inventory 6
1514	Start Inventory 7
1515	Stop Totalizer 1
1516	Stop Totalizer 2
1517	Stop Totalizer 3
1518	Stop Totalizer 4
1519	Stop Totalizer 5
1520	Stop Totalizer 6
1521	Stop Totalizer 7
1522	Stop Inventory 1
1523	Stop Inventory 2
1524	Stop Inventory 3
1525	Stop Inventory 4
1526	Stop Inventory 5
1527	Stop Inventory 6
1528	Stop Inventory 7
1529	Reset Totalizer 1
1530	Reset Totalizer 2
1531	Reset Totalizer 3
1532	Reset Totalizer 4
1533	Reset Totalizer 5
1534	Reset Totalizer 6
1535	Reset Totalizer 7
1536	Reset Inventory 1
1537	Reset Inventory 2
1538	Reset Inventory 3
1539	Reset Inventory 4
1540	Reset Inventory 5
1541	Reset Inventory 6
1542	Reset Inventory 7
1543	Daylight Savings
1544	Enable or disable Daylight Savings Time.
1545	Standard
1546	Daylight Savings (Time Zone + 1 Hour)
1547	Time Zone
1548	The time zone where the flowmeter is located.
1549	(UTC-12:00) International Date Line West
1550	(UTC-11:00) Samoa
1551	(UTC-10:00) Hawaii
1552	(UTC-9:00) Alaska
1553	(UTC-8:00) Los Angeles
1554	(UTC-7:00) Denver
1555	(UTC-6:00) Chicago
1556	(UTC-5:00) New York
1557	(UTC-4:00) Atlantic
1558	(UTC-3:30) Newfoundland
1559	(UTC-3:00) Buenos Aires
1560	(UTC-2:00) Mid-Atlantic
1561	(UTC-1:00) Azores
1562	(UTC) Greenwich
1563	(UTC+1:00) Rome
1564	(UTC+2:00) Cairo
1565	(UTC+3:00) Baghdad
1566	(UTC+3:30) Tehran
1567	(UTC+4:00) Moscow
1568	(UTC+4:30) Kabul
1569	(UTC+5:00) Islamabad
1570	(UTC+5:30) New Delhi
1571	(UTC+5:45) Kathmandu
1572	(UTC+6:00) Ekaterinburg
1573	(UTC+6:30) Yangon (Rangoon)
1574	(UTC+7:00) Bangkok
1575	(UTC+8:00) Singapore
1576	(UTC+9:00) Tokyo
1577	(UTC+9:30) Adelaide
1578	(UTC+10:00) Sydney
1579	(UTC+11:00) Central Pacific
1580	(UTC+12:00) Fiji
1581	(UTC+13:00) Tonga
1582	Special Time Zone
1583	Time Zone Offset from UTC
1584	Defines a special time zone other than one of the pre-defined time zones.
1585	3.2f
1586	Sensor Direction
1587	Used to handle the situation where the sensor was accidentally installed backwards, that is, with the majority of flow in the opposite direction from the flow arrow on the sensor.
1588	Normal
1589	Reversed
1590	Totalizer Reset Option
1591	The enabled methods of resetting the totalizers.
1592	Not resettable from display or digital communications
1593	Resettable from display only
1594	Resettable from digital communications only
1595	Resettable from display and digital communications
1596	The variable that is monitored to determine if a flow switch has occurred.
1597	Hysteresis (0.1-10.0)
1598	If the hysteresis is set to 5%, no change of the discrete output state occurs when the flow rate is within +-5% of the setpoint. If the setpoint is 100 lb/min and the first reading is below 95 lb/min, the flow switch turns on and will stay on until the flow rate rises above 105 lb/min. At this point it turns off, and will stay off until the flow rate drops below 95 lb/min.
1599	Setpoint
1600	This parameter can be used to trigger a discrete output when the mass flow rate exceeds the configured setpoint. There is a fixed hysteresis of 5% for this setpoint.
1601	Frequency Output Index
1602	0
1603	1
1604	Frequency Output 1 Setup
1605	Frequency Factor:
1606	Flow Rate Factor Units
1607	Rate Factor
1608	Pulses/Unit
1609	Units/Pulse
1610	Frequency Output 1 Polarity
1611	Frequency Output Scaling Method
1612	This parameter allows you to scale the frequency output by using freq=flow, pulses/unit, or units/pulse. This parameter must be sent to the device before you make scaling changes.
1613	Frequency = Flow
1614	Frequency Factor
1615	The number of cycles, in Hertz, that equal a proportional flow rate represented by the frequency/pulse output.
1616	The flow rate that equals a set frequency if the frequency output represents mass or volume flow; or the mass or volume total that equals a set number of pulses if the frequency output represents mass or volume total.
1617	This parameter allows you to scale the frequency output in terms of the number of pulses per unit of flow.
1618	This parameter allows you to scale the frequency output in terms of the number of units of flow required to generate one pulse.
1619	This parameter allows you to set the polarity of the frequency output.
1620	Reverse Only
1621	Frequency Output 1 Source
1622	The process variable to be reported through the frequency output.
1623	Frequency Output 2 Setup
1624	Frequency Output 2 Polarity
1625	Frequency Output 2 Source
1626	Contrast (0-100)
1627	The contrast value (0 - 100) for the display.
1628	2540 CTL Table Type
1629	This parameter allows you to select the 2540 CTL Table Type for API.
1630	Table 5A
1631	Table 5B
1632	Table 5D
1633	Table 6C
1634	Table 23A
1635	Table 23B
1636	Table 23D
1637	Table 23E
1638	Table 24C
1639	Table 24E
1640	Table 53A
1641	Table 53B
1642	Table 53D
1643	Table 53E
1644	Table 54C
1645	Table 54E
1646	Table 59E
1647	Table 60E
1648	Thermal Expansion Coefficient
1649	This parameter allows you to select the Thermal Expansion Coefficient API. The units are the inverse of the temperature user units.
1650	Reference Temperature
1651	This parameter allows you to select the Reference Temperature for API. The units must be the same as the temperature user units.
1652	API Referral
1653	This parameter allows you to enable/disable the API feature.
1654	The name for the configurable totalizer.
1655	Configure the name for this inventory.
1656	Reference Pressure
1657	This parameter allows you to select the Reference Pressure for Petroleum Measurement. The units must be the same as the pressure user units.
1658	Event Number
1659	Determines whether the Event is activated when it goes above (High) or below (Low) the setpoint.
1660	High Alarm
1661	Low Alarm
1662	Event 1 Setpoint
1663	A programmable value of a process variable at which an output set to represent event 1 or event 2 switches states.
1664	Event 1 Variable
1665	Assigns a process variable to event 1 or event 2.
1666	Variable Code
1667	Setpoint
1668	Event 2 Setpoint
1669	Event 2 Variable
1670	Modbus Slave Address
1671	This parameter defines the Modbus slave address. Addresses 1-15,32-47,64-79,or 96-110 are allowed
1672	Index 1 into Analog Channel Array
1673	Index into Analog Channel Array- Is the first of an array of addresses, whose value is identified by the Analog Channel Code.
1674	Percent Range
1675	Upper Range Value
1676	Lower Range Value
1677	mAO2
1678	High
1679	Low
1680	mAO3
1681	mA Output 1 (Primary) Source
1682	Source assignment for analog output 1.
1683	mA Output 2 Source
1684	Source assignment for analog output 2.
1685	mA Output 3 Source
1686	Source assignment for analog output 3.
1687	Permanent Feature Set
1688	Phase Genius
1689	Concentration Measurement
1690	Batcher
1691	SIL
1692	APM for Liquid with Gas
1693	Historian Download
1694	APM for NOC
1695	Smart Meter Verification Professional
1696	APM for Wet Gas
1697	Fuel Consumption
1698	Channel A (mAO1/HART/SIL Feedback)
1699	Channel B (mAO2)
1700	Channel C (mAO3/FO1/DO1)
1701	Channel D (FO2/DO2)
1702	Permanent License Days until Expiration
1703	Temporary Feature Set
1704	Days until Temporary License Expiration
1705	Display Variable: Top Line
1706	The process variable to be displayed on the top line.
1707	Display Variable: Bottom Line
1708	The process variable to be displayed on the bottom line.
1709	Inventory Reset
1710	Enables or disables inventory reset using local display.
1711	Enable Service Port
1712	Enables or disables detection of USB devices plugged into the service port.
1713	Active Matrix
1714	The Enhanced Density Curve that is currently selected.
1715	Concentration Matrices
1716	Prevents changes to the concentration measurement matrices.
1717	Unlocked
1718	Locked
1719	Density Low
1720	Enable or disable the extrapolation alerts as desired.
1721	Density High
1722	Temperature Low
1723	Temperature High
1724	Derived Variable
1725	The process variable that the matrix is designed to calculate. Other process variables are calculated from the derived variable.
1726	Density at Ref.
1727	S.G.
1728	Mass Conc (Dens)
1729	Mass Conc (SG)
1730	Volume Conc (Dens)
1731	Volume Conc (SG)
1732	Conc (Dens)
1733	Conc (SG)
1734	Base Model Number
1735	Option Model Number
1736	The portion of the transmitter model code that specifies optional features.
1737	Meter Temperature Upper Sensor Limit
1738	Meter Temperature Lower Sensor Limit
1739	Set Frequency Output 1 Scaling
1740	Set Frequency Output 2 Scaling
1741	Done
1742	Spare USB
1743	Spare SD
1744	Transfer USB
1745	Transfer SD
1746	EDF USB
1747	EDF SD
1748	Dump USB
1749	Dump SD
1750	File Name
1751	The name of the file that stores the matrix data.
1752	Select the Matrix
1753	The concentration measurement curve to save or load.
1754	Transient Bubble Remediation
1755	% of Fill Delivered Unit
1756	% of Fill Delivered Upper Sensor Limit
1757	% of Fill Delivered Lower Sensor Limit
1758	% of Fill Delivered Minimum Span
1759	Phase Flow Severity Upper Sensor Limit
1760	Phase Flow Severity Lower Sensor Limit
1761	Phase Flow Severity Minimum Span
1762	Existing zero is good.
1763	A new zero calibration is recommended.
1764	Block-in was ineffective.
1765	An active fault is present.
1766	Not Running
1767	Running
1768	Board Temperature
1769	Batch Preset Number
1770	Target
1771	Name
1772	Preset End Warning
1773	Open Primary
1774	Open Secondary
1775	Close Primary
1776	Whether the selected preset is enabled or disabled.
1777	The batch target for the selected preset.
1778	The name of the selected batch preset.
1779	A warning that is posted when the batch reaches the end warning point.
1780	Current Preset
1781	The number that identifies the current batch preset.
1782	Preset 1
1783	Preset 2
1784	Preset 3
1785	Preset 4
1786	Preset 5
1787	Preset 6
1788	Source
1789	Assigns which flow source to use for the batch.
1790	Mass Flow
1791	Volume Flow
1792	Batch Unit
1793	The measurement units used for the selected batch source.
1794	Differential Flow Cutoff
1795	Differential Flow Damping
1796	Differential Zero
1797	Clear
1798	Maximum Target
1799	The maximum target value that the operator will be allowed to enter for a batch.
1800	Current Batch Target
1801	The total at which the batch will be completed.
1802	Batch Compensation Mode
1803	When enabled, Automatic Overshoot Compensation will be applied to the batch.
1804	No Compensation
1805	Automatic Overshoot Compensation
1806	Fixed AOC Value
1807	A fixed value used to compensate for batch overshoot due to valve closure time.
1808	AOC Window Width
1809	Maximum Batch Time
1810	The maximum time that a batch may last before a 'Batch Time Out' is posted.
1811	AOC Calibration Enabled
1812	No Effect
1813	Maintenance Required
1814	Status bit not supported
1815	Primary Variable Out of Limits
1816	Used to map a status condition to a severity level.
1817	Non-Primary Variable Out of Limits
1818	Field device has more status available
1819	A reset or self test of the field device has occurred, or power has been removed and reapplied
1820	A modification has been made to the configuration of the field device
1821	Field device has malfunctioned due to a hardware error or failure
1822	Extreme Primary Purpose Variable
1823	Critical Power Failure
1824	Status Simulation Active
1825	Non-Volatile Memory Failure
1826	Volatile Memory Error
1827	Watchdog Reset Executed
1828	Power Supply Conditions Out of Range
1829	Environmental Conditions Out of Range
1830	Electronic Defect
1831	Secondary Analog Channel Saturated
1832	Tertiary Analog Channel Saturated
1833	Quaternary Analog Channel Saturated
1834	Quinary Analog Channel Saturated
1835	Sub-Device List Changed
1836	Duplicate Master Detected
1837	Capacity Denied
1838	Bandwidth Allocation Pending
1839	Block Transfer Pending
1840	Secondary Analog Channel Fixed
1841	Tertiary Analog Channel Fixed
1842	Quaternary Analog Channel Fixed
1843	Quinary Analog Channel Fixed
1844	Percent Of Range Units
1845	Percent Of Range
1846	Differential Mass Flow Upper Sensor Limit
1847	Differential Mass Flow Lower Sensor Limit
1848	Device Type
1849	Alert Simulation Mode
1850	Allows simulation of different status conditions.
1851	Bit Index
1852	Condensed Status Value
1853	Reset
1854	Set
1855	Status
1856	RAM Error - Core (002)
1857	Mass Flow Overrange (005)
1858	Density Out of Range (008)
1859	Calibration Failure (010)
1860	Sensor Temperature Failure (016)
1861	Sensor Case Temperature Failure (017)
1862	EEPROM Error (018)
1863	RAM Error - Transmitter (019)
1864	Calibration Factors Missing (020)
1865	Incorrect Sensor Type (021)
1866	Configuration Database Corrupt (022)
1867	Program Corrupt - Core (024)
1868	Sensor Communications Failure (026)
1869	Core Write Failure (028)
1870	Incorrect Board Type (030)
1871	Low Power - Core (031)
1872	Outputs to Fault (032)
1873	Tube Not Full (033)
1874	Smart Meter Verification Failed (034)
1875	Smart Meter Verification Aborted (035)
1876	mA Output 1 Saturated (100)
1877	mA Output 1 Fixed (101)
1878	Drive Overrange (102)
1879	Data Loss Possible (103)
1880	Calibration in Progress (104)
1881	Two-Phase Flow (105)
1882	Burst Mode Enabled (106)
1883	Power Reset Occurred (107)
1884	Event 1 On (108)
1885	Event 2 On (109)
1886	Frequency Output 1 Saturated (110)
1887	Frequency Output 1 Fixed (111)
1888	mA Output 2 Saturated (113)
1889	mA Output 2 Fixed (114)
1890	No External Input (115)
1891	Temperature Out of Range (116)
1892	Density Out of Range (117)
1893	Discrete Output 1 Fixed (118)
1894	Discrete Output 2 Fixed (119)
1895	Curve Fit Failure (120)
1896	Extrapolation Alert (A121)
1897	Smart Meter Verification in Progress (131)
1898	Sensor Simulation On (132)
1899	Transient Bubble Remediation Active (138)
1900	Discrete Output 1 Present Value
1901	Discrete Output 2 Present Value
1902	Flow Direction
1903	Sensor Failed (003)
1904	Transmitter Initializing (009)
1905	Enhanced Event 1 Active
1906	Enhanced Event 2 Active
1907	Enhanced Event 3 Active
1908	Enhanced Event 4 Active
1909	Enhanced Event 5 Active
1910	Programming Core Processor
1911	Core Software Upgrade Failed
1912	Sensor Communication Failure
1913	mA Output Verification Failed
1914	Configuration Changed
1915	Watchdog Error
1916	System is in Fault
1917	Frequency Output 2 Saturated
1918	Frequency Output 2 Fixed
1919	mA Output 3 Saturated
1920	mA Output 3 Fixed
1921	SD Card Not Present
1922	Pressure Out of Range (123)
1923	Time Not Set
1924	No Permanent License
1925	Firmware Update Failed
1926	Phase Genius Detected Moderate Severity
1927	Severe Two-Phase
1928	Clock is Constant
1929	Batch Not Configured
1930	Batch Time Out
1931	No Security Password
1932	Internal Memory Full
1933	Core Processor has Incompatible ETO
1934	New Core Processor Detected
1935	Bad IP Settings
1936	TMR Active (140)
1937	Bridge Memory Failure
1938	Manufacturing Block Error
1939	Watercut Limited at 100%
1940	Watercut Limited at 0%
1941	Watercut Unavailable
1942	Display Readback Error (129)
1943	Transmitter/Display Communication Error (135)
1944	Bridge Failure
1945	Transmitter/Display Communication Error (135)
1946	Reset Alert Severity
1947	Status Word 419
1948	Core EEPROM Program Corrupt
1949	Core RAM Test Error
1950	Real-Time Interrupt Failure
1951	Temperature Out of Range
1952	Calibration Failure
1953	Other Failure
1954	Primary Variable Out of Limits
1955	Non-Primary Variable Out of Limits
1956	Sensor Simulation On
1957	Undefined
1958	Cold Start
1959	Transmitter Configuration Changed
1960	Fault
1961	Status Word 420
1962	mA Output 1 Saturated
1963	mA Output 2 Saturated
1964	mA Output 1 Fixed
1965	mA Output 2 Fixed
1966	Density Out of Range
1967	Drive Overrange
1968	PIC/Daughterboard Communication Failure
1969	External Input Error
1970	Core RAM/ROM Failure
1971	Sensor Not Responding
1972	Mass Flow Overrange
1973	Frequency Output Saturated
1974	Transmitter Not Characterized
1975	Status Word 421
1976	Burst Mode Enabled
1977	Power Reset Occurred
1978	Paper Out
1979	Event 2 On
1980	Event 1 On
1981	Excess Calibration Correction
1982	Process Too Noisy to Perform Meter Zero Calibration
1983	Transmitter Failed
1984	Calibration in Progress
1985	Two-Phase Flow
1986	Status Word 422
1987	Line RTD Temperature Out of Range
1988	Meter RTD Temperature Out of Range
1989	Factory Configuration Data is Invalid
1990	Concentration Curve Fit Error
1991	Last Measured Value Override Active
1992	Concentration Extrapolation Error
1993	Calibration Factors Unentered
1994	Transmitter EEPROM Checksum Error
1995	Transmitter RAM Test Error
1996	Unrecognized/Unentered Sensor Type
1997	Core Configuration Database Corrupt
1998	Core Powerdown Totals Corrupt
1999	Core Program Corrupt
2000	Status Word 423
2001	Core Protected Boot Sector Fault
2002	Software Upgrade Recommended
2003	Frequency Output Fixed
2004	Primary mA Readback Failure
2005	Discrete Output 1 Status
2006	Discrete Output 2 Status
2007	Density T-Series D3 Calibration in Progress
2008	Density T-Series D4 Calibration in Progress
2009	Discrete Output 3 Status
2010	Discrete Output 4 Status
2011	Temperature Slope Calibration in Progress
2012	Temperature Offset Calibration in Progress
2013	Density FD Calibration in Progress
2014	Density D2 Calibration in Progress
2015	Density D1 Calibration in Progress
2016	Zero Calibration in Progress
2017	Status Word 424
2018	Discrete Output 1 Fixed
2019	Discrete Output 2 Fixed
2020	Discrete Output 3 Fixed
2021	Discrete Output 4 Fixed
2022	Enhanced Event 1 Status
2023	Enhanced Event 2 Status
2024	Enhanced Event 3 Status
2025	Enhanced Event 4 Status
2026	Enhanced Event 5 Status
2027	Incorrect Board Type
2028	Status Word 433
2029	K1/FCF Combination Unrecognized
2030	Low Power
2031	Sensor OK/Tubes Stopped by Process
2032	Meter Verification/Outputs in Fault
2033	Meter Verification/Outputs at Last Value
2034	Status Word 434
2035	Keep Existing Assignment
2036	CTPL Unit
2037	The mass or volume flow rate below which a milliamp output representing flow indicates zero flow.
2038	mA Output Flow Rate Cutoff
2039	Net Oil Flow at Line Unit
2040	Oil volume flow rate at line conditions.
2041	Net Oil Flow at Line Classification
2042	Net Oil Flow at Line Family
2043	Net Oil Flow at Line LS
2044	Net Oil Flow at Line Family Status
2045	Net Oil Flow at Line Update Period
2046	Watercut at Line Upper Sensor Limit
2047	Watercut at Line Lower Sensor Limit
2048	Watercut at Line Minimum Span
2049	Watercut at Line Unit
2050	Watercut at line conditions.
2051	Watercut at Line Classification
2052	Watercut at Line Family
2053	Watercut at Line LS
2054	Watercut at Line Family Status
2055	Watercut at Line Update Period
2056	Net Water Flow at Line Unit
2057	Water volume flow rate at line conditions.
2058	Net Water Flow at Line Classification
2059	Net Water Flow at Line Family
2060	Net Water Flow at Line LS
2061	Net Water Flow at Line Family Status
2062	Net Water Flow at Line Update Period
2063	Net Oil Flow at Reference Unit
2064	Oil volume flow rate at reference conditions.
2065	Net Oil Flow at Reference Classification
2066	Net Oil Flow at Reference Family
2067	Net Oil Flow at Reference LS
2068	Net Oil Flow at Reference Family Status
2069	Net Oil Flow at Reference Update Period
2070	Watercut at Reference Unit
2071	Watercut at reference conditions.
2072	Watercut at Reference Upper Sensor Limit
2073	Watercut at Reference Lower Sensor Limit
2074	Watercut at Reference Minimum Span
2075	Watercut at Reference Classification
2076	Watercut at Reference Family
2077	Watercut at Reference LS
2078	Watercut at Reference Family Status
2079	Watercut at Reference Update Period
2080	Net Water Flow at Reference Unit
2081	Water volume flow rate at reference conditions.
2082	Net Water Flow at Reference Classification
2083	Net Water Flow at Reference Family
2084	Net Water Flow at Reference LS
2085	Net Water Flow at Reference Family Status
2086	Net Water Flow at Reference Update Period
2087	Gas Void Fraction Unit
2088	Gas void fraction at line conditions.
2089	Gas Void Fraction Upper Sensor Limit
2090	Gas Void Fraction Lower Sensor Limit
2091	Gas Void Fraction Minimum Span
2092	Gas Void Fraction Classification
2093	Gas Void Fraction Family
2094	Gas Void Fraction LS
2095	Gas Void Fraction Family Status
2096	Gas Void Fraction Update Period
2097	Unremediated Mass Flow Unit
2098	Unremediated Mass Flow Classification
2099	Unremediated Mass Flow Family
2100	Unremediated Mass Flow LS
2101	Unremediated Mass Flow Family Status
2102	Unremediated Mass Flow Update Period
2103	Unremediated Volume Flow Unit
2104	Unremediated Volume Flow Classification
2105	Unremediated Volume Flow Family
2106	Unremediated Volume Flow LS
2107	Unremediated Volume Flow Family Status
2108	Unremediated Volume Flow Update Period
2109	External Density Unit
2110	External Density Classification
2111	External Density Family
2112	External Density LS
2113	External Density Family Status
2114	External Density Update Period
2115	Tone Freq 1
2116	Tone Freq 2
2117	Tone Freq 3
2118	Tone Freq 4
2119	Carrier Frequency
2120	Pole Real
2121	Pole Imag
2122	Resid LPO Real
2123	Resid LPO Imag
2124	Resid RPO Real
2125	Resid RPO Imag
2126	Amplitude Cal T1 Real
2127	Amplitude Cal T1 Imaginary
2128	Amplitude Cal T2 Real
2129	Amplitude Cal T2 Imaginary
2130	Amplitude Cal T3 Real
2131	Amplitude Cal T3 Imaginary
2132	Amplitude Cal T4 Real
2133	Amplitude Cal T4 Imaginary
2134	Amplitude Cal DR Real
2135	Amplitude Cal DR Imaginary
2136	DD Status
2137	Actual Frequency
2138	Actual DeltaT
2139	LPO Export
2140	RPO Export
2141	LPO Average Bias
2142	RPO Average Bias
2143	PAO Mass Flow
2144	Averaged mass flow
2145	PAO Volume Flow
2146	Averaged volume flow
2147	PAO Density
2148	Averaged density
2149	PAO Net Oil Flow at Line
2150	Averaged oil flow at line conditions
2151	PAO Net Oil Flow at Reference
2152	Averaged oil flow at reference conditions
2153	PAO Watercut at Line
2154	Averaged watercut
2155	PAO Gas Void Fraction
2156	Averaged gas void fraction
2157	PAO Temperature
2158	Averaged temperature
2159	PAO Confidence
2160	Medium
2161	Total 1
2162	Current running total for contract 1.
2163	Total 2
2164	Current running total for contract 2.
2165	Total 3
2166	Current running total for contract 3.
2167	Total 4
2168	Current running total for contract 4.
2169	Yesterday's contract 1 total.
2170	Yesterday's contract 2 total.
2171	Yesterday's contract 3 total.
2172	Yesterday's contract 4 total.
2173	Unremediated Density
2174	Unremediated Mass Flow Total
2175	Unremediated Volume Flow Total
2176	Mist Duration
2177	Continuous Flow
2178	Variable Flow
2179	Gas
2180	Net Oil
2181	Net Oil - Continuous Flow
2182	Net Oil - Variable Flow
2183	Drive Gain Threshold Override
2184	Net Oil Action
2185	Corrective action when there is gas in the line. Only select 'Oil Density @ Line' if on the oil leg outlet of a separator.
2186	Liquid Density
2187	Oil Density at Line
2188	Dry Oil Density at Reference
2189	Dry oil density at reference conditions used for net oil calculation.
2190	Water Density at Reference
2191	Water density at reference conditions used for net oil conditions.
2192	Reference Temperature. Typically 15degC, 20degC, or 60degF.
2193	Interval
2194	The time period over which each variable will be averaged. After each period the averaged variables can be accessed through the 'Period Averaged Outputs' and a new average will begin.
2195	Contract Start Time
2196	Time of day in hours that contract period starts (0 - 23).
2197	Contract Total 1
2198	Inventory used for contract total 1.
2199	Inventory 1
2200	Inventory 2
2201	Inventory 3
2202	Inventory 4
2203	Inventory 5
2204	Inventory 6
2205	Inventory 7
2206	Contract Total 2
2207	Inventory used for contract total 2.
2208	Contract Total 3
2209	Inventory used for contract total 3.
2210	Contract Total 4
2211	Inventory used for contract total 4.
2212	Pre-Mist Average Period
2213	The time period (seconds) that the application goes back in time to determine the density to use in TMR remediation.
2214	Post-Mist Average Period
2215	The time period (seconds) that the transmitter waits before beginning density adjustment
2216	Gas Density at Line
2217	Install Verification Progress
2218	Left Pickoff Meter Factor
2219	Right Pickoff Meter Factor
2220	Install Verification State
2221	Idle
2222	Running
2223	Pass
2224	Fail Noisy
2225	Fail Unstable
2226	Fail Needs Zero
2227	Install Verification Flow
2228	Run
2229	Install Verification No Flow
2230	Phase Severity
2231	Single Phase
2232	Moderate Two Phase
2233	Severe Two Phase
2234	None
2235	Flow Range
2236	Status Good
2237	Status Zero
2238	Status Low
2239	Number of Stages
2240	One
2241	Two
2242	Number of Decimals
2243	Specify the number of decimals that will be displayed.
2244	Configure Presets by
2245	If set to 'Percent', 'Open Primary', 'Open Secondary', 'Close Primary', and 'End Warning' values are each configured as a percent of target. If set to 'Quantity', the values are configured in the user-selected batch units.
2246	Percent
2247	Quantity
2248	Current Batch Total
2249	Flow Pressure Compensation
2250	% per PSI
2251	Override Density Pressure
2252	g/Cucm per PSI
2253	Pressure Compensation Liquid
2254	Pressure Compensation Gas
2255	Default Density Pressure
2256	Enter the quantity or the percent of the target at which the primary valve will open.
2257	Enter the quantity or the percent of the target at which the secondary valve will open.
2258	Baud Rate
2259	This parameter defines the baud rate for the protocol that will be used on the RS485 physical layer.
2260	1200
2261	2400
2262	4800
2263	9600
2264	19200
2265	38400
2266	Parity
2267	This parameter defines the parity for the protocol that will be used on the RS485 physical layer.
2268	Odd
2269	Even
2270	Data Bits
2271	7
2272	8
2273	Stop Bits
2274	This parameter defines the number of stop bits for the protocol that will be used on the RS485 physical layer
2275	1
2276	Button Pic Checksum
2277	LCD Pic Checksum
2278	Button Pic Version
2279	LCD Pic Version
2280	NE-53 Standard Version
2281	Boot Loader Revision
2282	K70 Override Amplitude
2283	DD Drive Phase Adjacent
2284	DD Drive Phase Off
2285	K70 Override P Coeff
2286	K70 Override I Coeff
2287	LPO Import Bias
2288	RPO Import Bias
2289	Sensor Type Code
2290	T1 RPO Coeff Real
2291	T1 RPO Coeff Imag
2292	T2 RPO Coeff Real
2293	T2 RPO Coeff Imag
2294	T3 RPO Coeff Real
2295	T3 RPO Coeff Imag
2296	T4 RPO Coeff Real
2297	T4 RPO Coeff Imag
2298	Drive Coeff RPO Real
2299	Drive Coeff RPO Imaginary
2300	Enter the quantity subtracted from the target, or the percent of the target, at which the primary valve will close.
2301	Mass Flow Meter Factor
2302	Volume Flow Meter Factor
2303	Density Meter Factor
2304	Temperature Correction Factor
2305	Pressure Correction Factor
2306	Velocity of Sound Correction
2307	LD Correction Factor
2308	Totalizer 1 Unit
2309	Inventory 1 Unit
2310	Totalizer 2 Unit
2311	Inventory 2 Unit
2312	Totalizer 3 Unit
2313	Inventory 3 Unit
2314	Totalizer 4 Unit
2315	Inventory 4 Unit
2316	Totalizer 5 Unit
2317	Inventory 5 Unit
2318	Totalizer 6 Unit
2319	Inventory 6 Unit
2320	Totalizer 7 Unit
2321	Inventory 7 Unit
2322	Calibration Tag Example:
2323	Run Number
2324	Current (mA Output 1)
2325	Current (mA Output 2)
2326	Current (mA Output 3)
2327	Gas Standard Volume Total
2328	Gas Standard Volume Inventory
2329	Fluid Density at Specified Temperature and Concentration
2330	Smart Meter Verification Results
2331	Result
2332	Time in Seconds
2333	Fluid Density at Reference Temperature and Specified Concentration
2334	Ref Temperature
2335	Density 1 at Ref
2336	Density 2 at Ref
2337	Density 3 at Ref
2338	Density 4 at Ref
2339	Density 5 at Ref
2340	Density 6 at Ref
2341	mA Output 1 Range Values
2342	mA Output 2 Range Values
2343	mA Output 3 Range Values
2344	Anlog 1 range vals
2345	Phase Severity Trend
2346	Data Number
2347	Value
2348	Phase Severity: 0 - Single Phase 1 - Moderate Two-Phase 2 - Severe Two-Phase 255 - None
2349	Flow Range: 0 - Status Good 1 - Status Zero 2 - Status Low
2350	Aborts Auto Zero operation and continues to use previous zero offset value.
2351	Abort the execution of the Installation Verification.
2352	Abort the execution of the Smart Meter Verification.
2353	Exits fixed mode and returns the discrete output to its active state.
2354	Exits fixed mode and returns the frequency output to its active state.
2355	Advanced HART Configuration
2356	Configures the transmitter for advanced burst options like additional messages and event notification.
2357	Automatic Overshoot Compensation (AOC) Calibration
2358	Calibrates the device to compensate for batch overshoot due to valve closure time.
2359	API Referral Setup
2360	Configures API referral parameters.
2361	APM Application Abort
2362	APM Application Setup
2363	Enable or disable Advanced Phase Measurement and select the 'Output Type'.
2364	Lock/Unlock Concentration Matrices
2365	Lock the concentration settings so that no changes can be made.
2366	Communications
2367	Configure HART communications address, tag, and output action.
2368	Compensation Factors
2369	Summarizes the compensation factors configured in device.
2370	Configure Totalizers/Inventories
2371	Configure the transmitter's totalizer/inventory settings.
2372	Details
2373	Configure APM Totals
2374	Configure Advanced Phase Measurement totalizer options.
2375	Configure the transmitter for sensor characteristics.
2376	Diagnostic Variables
2377	Configure the number of decimal places that will be displayed for diagnostic variables on the local display.
2378	Process Variables
2379	Configure the number of decimal places that will be displayed for process variables on the local display.
2380	Totalizer Variables
2381	Configure the number of decimal places that will be displayed for totalizer variables on the local display.
2382	Default Alert Configuration
2383	Return all alerts to their default settings.
2384	Read Discrete Action Assignment
2385	For a selected discrete action,reports the associated discrete assignment.
2386	Assign Discrete Action
2387	First Point
2388	Please refer to manual for complete calibration instructions.
2389	Second Point
2390	Third Point
2391	Fourth Point
2392	Flowing Density
2393	Device Reset
2394	Device Reset: Commands the electronics to perform a reset. This is equivalent to cycling the power to the field device off and then back on.
2395	Device Status: Good
2396	Disable Simulation
2397	Turn simulation mode off.
2398	Outputs a user-programmed discrete state to the discrete output.
2399	Display Variables
2400	Configure the process monitor screens by selecting the desired variables for each screen.
2401	Enable/Disable Applications
2402	Enable or disable optional applications.
2403	Enable/Disable Alert Simulation
2404	Turn simulation mode on or off.
2405	Enable/Disable Service Port
2406	Configure the transmitter to enable or disable recognition of USB devices in the Service Port.
2407	Enter Matrix Data
2408	Define or modify the matrix being configured.
2409	External Pressure/Temperature
2410	Configure the transmitter to accept external input from polled pressure and/or temperature devices.
2411	Set Frequency Output Scaling
2412	Frequency Output 1 Settings
2413	Frequency Output 2 Settings
2414	Outputs a user-programmed frequency to the frequency output.
2415	Enable or disable the fuel consumption measurement.
2416	Gas Standard Volume
2417	Configure the transmitter for gas standard volume measurement.
2418	Outputs
2419	Configure channels, outputs, map variables, and communication settings.
2420	LD Optimization
2421	Configure the transmitter for LD optimization. LD optimization is used only with large sensors in hydrocarbon applications.
2422	Load Matrix File from Internal Memory
2423	Loads the matrix file from the device's internal memory.
2424	Load Matrix File from IM
2425	Locate Device
2426	Locate the device in the field by displaying a pattern on the local display making it easily identifiable.
2427	Lock/Unlock Device
2428	Lock/Unlock Device: Places the device in either a locked or unlocked state.
2429	mA Output 1
2430	Fix Analog Output- Allows the User to manually manipulate a selected Analog Output to a selected constant output value.
2431	mA Output 2
2432	mA Output 3
2433	Smart Meter Verification
2434	Starts meter verification and shows the result PASS or FAIL. This procedure takes upto 4 minutes.
2435	Start
2436	Perform Zero Calibration
2437	Please refer to manual for complete calibration instructions.
2438	Restore Factory Zero
2439	Restores Factory Zero.
2440	Perform Zero Verify
2441	Zero verification will check if the existing zero is acceptable.
2442	Read Modbus Data
2443	Read Modbus coils and registers using HART protocol.
2444	Real Time Clock
2445	Configure the transmitter's real-time clock settings.
2446	Refresh Alerts
2447	Check for any recently posted alerts by refreshing the screen.
2448	Reset the values of all process inventories to zero.
2449	Reset All Totals
2450	Resets internal totalizers.
2451	Reset Configuration Changed Flag
2452	Reset the flag indicating that a configuration change has occurred.
2453	Reset the inventory's value to zero.
2454	Reset Matrix Data
2455	Deletes all data in the concentration matrices.
2456	Reset the totalizer's value to zero.
2457	Restore the transmitter's configuration to the factory saved values.
2458	Save Matrix File to Internal Memory
2459	Saves the matrix file to the device's internal memory.
2460	Save Matrix File to IM
2461	Set Date/Time
2462	Set Totalizer Reset Option
2463	Configure the transmitter for totalizer reset options.
2464	Set Up Discrete Batch
2465	Allows the user to start, stop, end, inhibit, reset or resume a batch. Also allows user to inhibit batch totalizers.
2466	Setup Event Trigger
2467	Set up an event that will trigger a Smart Meter Verification.
2468	Configure Preset 1
2469	Configure batch presets for name, target amount, and end warning.
2470	Configure Preset 2
2471	Configure Preset 3
2472	Configure Preset 4
2473	Configure Preset 5
2474	Configure Preset 6
2475	Set Up Presets (1 - 3)
2476	Set Up Presets (4 - 6)
2477	Setup
2478	Set up a schedule for recurring meter verifications.
2479	Show Last 20 Results
2480	Display the 20 most recent meter verifications that were performed.
2481	Show Results Table
2482	Displays the results of the Smart Meter Verification.
2483	Simulate Density
2484	Simulate the density value.
2485	Simulate Alerts
2486	Simulate the presence of one or more alerts in the device.
2487	Simulate Mass Flow Rate
2488	Simulate the mass flow rate value.
2489	Simulate Temperature
2490	Simulate the temperature value.
2491	Special Units
2492	Configure the parameters required to convert an existing measurement unit to a different unit.
2493	Start the inventory so that it will increment during flow.
2494	Start the totalizer so that it will increment during flow.
2495	Start Totalizers
2496	Enables the internal totalizers to begin counting.
2497	Stop
2498	Stop the inventory so that it will not increment during flow.
2499	Stop the totalizer so that it will not increment during flow.
2500	Stop Totalizers
2501	Prevents the internal totalizers from counting.
2502	Trim mA Output 1
2503	Digital to Analog Trim- Allows the calibration of a selected Analog Output with an external reference at the operating endpoints of the Analog Output.
2504	Trim mA Output 2
2505	Trim mA Output 3
2506	Turn Off Schedule
2507	Turn off the Smart Meter Verification scheduler.
2508	Upload Results Data from Device
2509	Upload the meter verification results from the device.
2510	Variable Summary
2511	View the values and gauges for the transmitter's variables.
2512	Most Recent Test Results
2513	Displays most recent test results of Smart Meter Verification.
2514	Write Modbus Data
2515	Write Modbus coils and registers using HART protocol.
2516	Leaving fixed current mode
2517	Leaving Fixed Current Mode- Takes the selected Analog Output out of a mode where the output was a constant value, and returns the output to a mode where the output then tracks the input.
2518	Warning
2519	Acknowledge all alerts so that non-active alerts will clear from the local display.
2520	Restore Factory Configuration
2521	View status
2522	Reports any currently active device status information.
2523	Write Protect
2524	Enable or disable write protect mode.
2525	Installation Verification
2526	Performs the Installation Verification of the meter, without stopping the process flow or removing the meter from the line.
2527	Configure Unit
2528	Configure the totalizer/inventory unit
2529	Important Note
2530	Important: These trim values are applied only to the concentration matrix currently selected for configuration.
2531	Hot key
2532	Freq 1 scaling
2533	Frequency Output Scaling
2534	Freq 2 scaling
2535	Online
2536	Overview
2537	No Active Alerts
2538	Device Status: Failure
2539	Device Status: Function Check
2540	Device Status: Out of Specification
2541	Device Status: Maintenance Required
2542	F: Electronics Failed
2543	F: Sensor Failed
2544	Additional Information for Above
2545	View Two-Phase Flow Condition
2546	Electronics
2547	Zero
2548	F: Configuration Error
2549	F: Low Power - Core
2550	F: Sensor Comm Error
2551	F: Extreme Primary Purpose Variable
2552	View Density Characterization
2553	F: Transmitter Initializing
2554	C: Function Check in Progress
2555	C: Sensor Being Simulated
2556	F: Tube Not Full
2557	S: Tube Not Full
2558	C: Tube Not Full
2559	M: Tube Not Full
2560	F: Display Communication Error
2561	S: Display Communication Error
2562	C: Display Communication Error
2563	M: Display Communication Error
2564	F: Display Internal Error
2565	S: Display Internal Error
2566	C: Display Internal Error
2567	M: Display Internal Error
2568	F: Output Fixed
2569	S: Output Fixed
2570	C: Output Fixed
2571	M: Output Fixed
2572	F: Process Aberration
2573	S: Process Aberration
2574	C: Process Aberration
2575	M: Process Aberration
2576	F: Event Active
2577	S: Event Active
2578	C: Event Active
2579	M: Event Active
2580	F: Output Saturated
2581	S: Output Saturated
2582	C: Output Saturated
2583	M: Output Saturated
2584	F: Drive Overrange
2585	S: Drive Overrange
2586	C: Drive Overrange
2587	M: Drive Overrange
2588	F: SMV Aborted
2589	S: SMV Aborted
2590	C: SMV Aborted
2591	M: SMV Aborted
2592	F: Configuration Warning
2593	S: Configuration Warning
2594	C: Configuration Warning
2595	M: Configuration Warning
2596	Communication Status: Burst
2597	Communication Status: Polled
2598	Burst Mode
2599	Message Contents
2600	Configure Update Rate
2601	Alert Bit Selection
2602	Control and configure totalizers and inventories.
2603	Totalizers (1-7)
2604	Inventories (1-7)
2605	Clock
2606	Zero Calibration
2607	Perform a zero calibration which sets a zero reference for a no-flow condition.
2608	Manual Verification
2609	Automatic Verification
2610	Enhanced Events
2611	Device Information
2612	Identification
2613	Device Identification
2614	Serial Numbers
2615	View or configure sensor informational parameters.
2616	Revisions
2617	Checksum
2618	Materials of Construction
2619	Licenses
2620	Applications
2621	Output Channels
2622	No features are currently licensed.
2623	Security and Simulation
2624	Configure
2625	Manual Setup
2626	Characterization
2627	Sensor Tag Parameters
2628	Flow Parameters
2629	Density Parameters
2630	Channels
2631	None of the channels are licensed.
2632	Channel A
2633	Channel B
2634	Channel C
2635	Channel D
2636	Mapping/Source
2637	Variable Mapping
2638	Output Source
2639	Frequency Output 2 Mode
2640	Mapped Variable Units
2641	Displays measurement units of mapped variables.
2642	Primary Variable Units
2643	Secondary Variable Units
2644	Third Variable Units
2645	Fourth Variable Units
2646	Settings
2647	Fault Settings
2648	Direction
2649	Settings
2650	Fault Settings
2651	Direction
2652	Settings
2653	Fault Settings
2654	Direction
2655	Direction
2656	Frequency Output 1 Fault Settings
2657	Scaling
2658	Direction
2659	Frequency Output 2 Fault Settings
2660	Scaling
2661	Measurements
2662	Flow
2663	Density
2664	Optional Setup
2665	Mass Special Units
2666	Volume Special Units
2667	Gas Standard Volume Special Units
2668	Compensation
2669	External Polling
2670	Set the flow source and control options for batching.
2671	Set Up Presets
2672	GSV
2673	Concentration Measurement Configuration
2674	Configure Matrix
2675	Reference Conditions
2676	At Specific Temp and Conc
2677	Temperature Isotherm
2678	Isotherm 1
2679	Isotherm 2
2680	Isotherm 3
2681	Isotherm 4
2682	Isotherm 5
2683	Isotherm 6
2684	At Reference Temp and Conc
2685	Density at Reference
2686	Trim Concentration Measurement Process Variables
2687	Advanced Phase Measurement
2688	Application Setup
2689	APM Liquid with Gas
2690	APM Net Oil
2691	APM Gas
2692	Display
2693	Display Language
2694	Display Behavior
2695	Display Menus
2696	Backlight
2697	Update Rate
2698	Display Variables (1 - 5)
2699	Display Variables (6 - 10)
2700	Display Variables (11 - 15)
2701	Display: Two-Variable View
2702	Decimal Places
2703	Process
2704	API Referral
2705	Device
2706	Transmitter Information
2707	Sensor Information
2708	Serial Number
2709	HART
2710	Security
2711	Alert Setup
2712	Set Alert Conditions
2713	View Alert Conditions
2714	Configuration
2715	Output
2716	Output Fault Actions
2717	General
2718	Concentration Measurement Alerts
2719	Service Tools
2720	Alerts
2721	Variables
2722	Mapped
2723	Primary Variable
2724	Secondary Variable
2725	Third Variable
2726	Fourth Variable
2727	Primary Variable on mA Output 1
2728	External Variables
2729	Totalizers
2730	View Totalizers (1-4)
2731	View Totalizers (5-7)
2732	View Inventories (1-4)
2733	View Inventories (5-7)
2734	Trends
2735	Period Average Outputs
2736	API Referral Variables
2737	Net Oil Variables
2738	Maintenance
2739	Routine Maintenance
2740	Calibration
2741	Density Calibration
2742	Perform a density calibration for the first point (air), second point (water), or FD (flowing density).
2743	Perform a density calibration for the first point (air), second point (water), third point (user's choice), fourth point (user's choice), or FD (flowing density).
2744	Modbus Data
2745	Reset/Restore
2746	Simulate
2747	Simulate Outputs
2748	Simulate Sensor
2749	Test Result: Failed
2750	Test Result: Aborted
2751	Test Result: Passed
2752	Offline Parameters
2753	Upload Variables
2754	Download Variables
2755	Primary Purpose Variables
2756	Shortcuts
2757	Tag, model code, revision, security, and related data.
2758	Revision Numbers
2759	Displays permanent feature set.
2760	Displays temporary feature set.
2761	Security Switch Status
2762	Security Status
2763	HART Lock Status
2764	Simulation Status
2765	Displays values of process variables and outputs.
2766	Displays primary variable on analog output 1.
2767	Displays net oil gauges.
2768	Totalizers
2769	Displays totalizers 1 to 4
2770	Displays totalizers 5 to 7
2771	Displays inventories 1 to 4
2772	Displays inventories 5 to 7
2773	mA Output 1 Settings
2774	Settings of analog output 1.
2775	mA Output 2 Settings
2776	Settings of analog output 2.
2777	mA Output 3 Settings
2778	Settings of analog output 3.
2779	Settings of frequency output 1.
2780	Settings of frequency output 2.
2781	Settings
2782	Trend charts for process and diagnostic variables.
2783	Displays a trend chart for mass flow rate.
2784	Displays a trend chart for volume flow rate.
2785	Displays a trend chart for gas standard volume flow rate.
2786	Displays a trend chart for density.
2787	Displays a trend chart for temperature.
2788	Displays a trend chart for left pickoff amplitude.
2789	Displays a trend chart for right pickoff amplitude.
2790	Displays a trend chart for drive gain.
2791	Displays a trend chart for velocity.
2792	Displays a trend chart for tube frequency.
2793	Displays a trend chart for meter temperature.
2794	Displays a trend chart for live zero flow rate.
2795	Displays a trend chart for core board temperature.
2796	Displays a trend chart for input voltage.
2797	APM Diagnostics
2798	Displays a trend chart for gas void fraction.
2799	Displays a trend chart for PAO mass.
2800	Displays a trend chart for PAO volume flow.
2801	Displays a trend chart for PAO density.
2802	Displays a trend chart for PAO temperature.
2803	Displays a trend chart for PAO watercut at line.
2804	Displays a trend chart for PAO gas void fraction.
2805	Displays a trend chart for PAO net oil flow at line.
2806	Displays a trend chart for PAO net oil flow at reference.
2807	Displays a trend chart for density at reference temperature.
2808	Displays a trend chart for referred volume flow rate.
2809	Displays a trend chart for average observed density.
2810	Displays a trend chart for average temperature.
2811	Displays a trend chart for correction factor due to temperature and pressure.
2812	Concentration Measurement Variables
2813	Displays a trend chart for standard volume flow rate.
2814	Displays a trend chart for concentration.
2815	Displays a trend chart for density at reference.
2816	Displays a trend chart for density (fixed specific gravity units).
2817	Displays a trend chart for net mass flow rate.
2818	Displays a trend chart for net volume flow rate.
2819	Displays a trend chart for net oil flow at line.
2820	Displays a trend chart for net water flow at line.
2821	Displays a trend chart for net oil flow at reference.
2822	Displays a trend chart for net water flow at reference.
2823	Displays a trend chart for watercut at line.
2824	Displays a trend chart for watercut at reference.
2825	Starts all totalizers.
2826	Stops all totalizers.
2827	Resets all totals to zero.
2828	Resets all inventories to zero.
2829	Starts, stops, or resets totals individually.
2830	Starts, stops, or resets inventories individually.
2831	Assigns sources, flow directions, and names for totalizers and inventories.
2832	Assigns sources for contract totals.
2833	Displays totalizers 1 to 7
2834	Totalizers (1-4)
2835	Totalizers (5-7)
2836	Displays inventories 1 to 7
2837	Inventories (1-4)
2838	Inventories (5-7)
2839	Schedule
2840	Guided Setup
2841	Initial Setup
2842	Configures the year, month, day, hours, minutes and seconds of the real time clock.
2843	Configures the sensor characteristics of the transmitter.
2844	Configures the channels, outputs, variable mapping and communications.
2845	Configures the batch flow source and control options.
2846	Calibration Tag Example: New Style Sensor Tag
2847	Old Style Sensor Tag
2848	The DensCal Factor field on the old style sensor tag contains the K1, K2 and TC values. The first 5 characters are K1, the second 5 characters are K2 and the remaining characters are TC.
2849	Configure the parameters required for concentration measurement.
2850	Configure Concentration Measurement
2851	Select the concentration matrix to be used for measurement.
2852	Define or modify a concentration matrix.
2853	Matrix Configuration
2854	Matrix Selection
2855	Extrapolation Alert
2856	Adjust concentration measurement by applying an offset or a slope.
2857	Selects the process variables to be shown on the display.
2858	Specifies the display precision.
2859	Specify the number of decimal places to be shown on the display.
2860	Specifies the display precision for each process variable.
2861	Specifies the display precision for each totalizer and inventory.
2862	Specifies the display precision for each diagnostic variable.
2863	Fault Settings
2864	Note: For Frequency Output 1 'Fault Action' as upscale, set Frequency Output 1 'Fault Level' value.
2865	Fault Settings
2866	Note: For Frequency Output 2 'Fault Action' as upscale, set Frequency Output 2 'Fault Level' value.
2867	System Time
2868	Configures multiple burst messages and event notification.
2869	Configure Burst Variables
2870	Configure the contents of 'Burst Message 1'.
2871	Device Variables
2872	PV, SV, TV, QV
2873	When the device is locked, only the currently connected HART master can configure or calibrate the device. When the device is unlocked, all HART masters can configure or calibrate the device. No other connection types are affected.
2874	Lock/Unlock the Concentration Measurement configuration to disable/enable the ability to make changes to parameters and matrix data.
2875	Enable or disable detection of USB devices with the Service Port.
2876	Set the conditions that will trigger the 'Configuration Warning' alert.
2877	Select the Configuration Warning alert conditions to suppress:
2878	View the conditions that will trigger the 'Electronics Failed' alert.
2879	View the alert conditions for Electronics Failed alert:
2880	View the condition that will trigger the 'Low Power - Core' alert.
2881	View the alert condition for Low Power – Core alert:
2882	View the condition that will trigger the 'Sensor Being Simulated' alert.
2883	View the alert condition for Sensor Being Simulated alert:
2884	View the conditions that will trigger the 'Sensor/Transmitter Communications Error' alert.
2885	View the alert conditions for Sensor Communications Error alert:
2886	View the conditions that will trigger the 'Sensor Failed' alert.
2887	View the alert conditions for Sensor Failed alert:
2888	Set the conditions that will trigger the 'Display Communication Error' alert.
2889	View the alert conditions for Display Communication Error:
2890	Set the conditions that will trigger the 'Display Internal Error' alert.
2891	Select the Display Internal Error alert conditions to suppress:
2892	Set the conditions that will trigger the 'Configuration Error' alert.
2893	Select the Configuration Error alert conditions to suppress:
2894	Set the conditions that will trigger the 'Function Check in Progress' alert.
2895	Select the Function Check in Progress alert conditions to suppress:
2896	Set the conditions that will trigger the 'Function Check Failed or SMV Aborted' alert.
2897	Select the Function Check Failed or SMV Aborted alert conditions to suppress:
2898	Set the condition that will trigger the 'Drive Overrange' alert.
2899	Select the Drive Overrange alert condition to suppress:
2900	View the conditions that will trigger the 'Extreme Primary Purpose Variable' alert.
2901	View the alert conditions for Extreme Primary Purpose Variable alert:
2902	Set the conditions that will trigger the 'Process Aberration' alert.
2903	Select the Process Aberration alert conditions to suppress:
2904	View the condition that will trigger the 'Transmitter Initializing' alert.
2905	View the alert condition for Transmitter Initializing alert:
2906	Set the condition that will trigger the 'Tube Not Full' alert.
2907	Select the Tube Not Full alert condition to suppress:
2908	Set the conditions that will trigger the 'Discrete Event' alert.
2909	Select the Event Active alert conditions to suppress:
2910	Set the conditions that will trigger the 'Output Fixed' alert.
2911	Select the Output Fixed alert conditions to suppress:
2912	Set the conditions that will trigger the 'Output Saturated' alert.
2913	Select the Output Saturated alert conditions to suppress:
2914	Discrete Actions
2915	Extrapolation Type
2916	Active Alerts
2917	Acknowledge all alerts simultaneously.
2918	Failure - Fix Now
2919	An electronics problem has been detected.
2920	Alert details ans recommended actions
2921	The transmitter has detected a problem with the sensor's electronics.
2922	Recommended Actions: 1. Cycle power to the meter. 2. If the problem persist, contact Micro Motion.
2923	There is an issue with the transmitter's non-volatile memory.
2924	Recommended Actions: This alert will not clear until you cycle power to the meter. 1. Evaluate the environment for sources of high electromagnetic interference (EMI) and relocate the transmitter or wiring as necessary. 2. Cycle power to the meter. 3. If the problem persists, replace the transmitter.
2925	ROM checksum error or a RAM location cannot be written to the transmitter.
2926	There is an issue with the core processor's non-volatile memory.
2927	Recommended Actions: 1. Cycle power to the meter. 2. If the alert persists, replace the core processor.
2928	Recommended Actions: 1. Cycle power to the meter. 2. If the problem persists, replace the core processor.
2929	The watchdog timer has expired.
2930	Recommended Actions: 1. Contact Micro Motion.
2931	The mA Output 1 and mA Feedback readings do not match. Process data from mA Output 1 is not valid for SIL applications.
2932	Recommended Actions: 1. Verify the wiring of mA Output 1.
2933	The sensor is not responding.
2934	Recommended Actions: 1. Check for two-phase flow. 2. Verify wiring between the transmitter and the sensor. 3. Check the test points and sensor coils. 4. Purge the sensor tubes.
2935	Displays two-phase flow condition.
2936	View Diagnostic Variables
2937	Displays diagnostic variables.
2938	The value computed for the resistance of the line RTD is outside limits.
2939	Recommended Actions: 1. Check the wiring between the sensor and the transmitter. a. Refer to the installation manuals and ensure that the wiring has been performed according to instructions. Obey all applicable safety messages. b. Verify that the wires are making good contact with the terminals. c. Perform RTD resistance checks and check for shorts to case. d. Check the continuity of all wires from the transmitter to the sensor. 2. Check your process conditions against the values reported by the meter. 3. Contact Micro Motion.
2940	The values computed for the resistance of the meter and case RTDs are outside limits.
2941	Recommended Actions: 1. Check the wiring between the sensor and the transmitter. a. Refer to the installation manuals and ensure that the wiring has been performed according to instructions. Obey all applicable safety messages. b. Verify that the wires are making good contact with the terminals. c. Perform RTD resistance checks and check for shorts to case. d. Check the continuity of all wires from the transmitter to the sensor. 2. Check your process conditions against the values reported by the meter. Temperature should be between -200 °F and +400 °F. 3. Verify that all of the characterization parameters match the data on the sensor tag. 4. Contact Micro Motion.
2942	Incorrect or missing configuration values are causing an error.
2943	Some calibration factors have not been entered or are incorrect.
2944	Recommended Actions: 1. Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter. 2. If the problem persists, contact Micro Motion.
2945	The sensor is recognized as a straight tube but the K1 value indicates a curved tube, or vice versa.
2946	Recommended Actions: 1. If A017 is active, resolve it first. 2. Check the characterization against the sensor tag. Specifically, verify the Flow FCF, K1 and K2 values. 3. Check the sensor RTD circuitry. 4. If the problem persists, contact Micro Motion.
2947	The firmware or configuration loaded in the transmitter is incompatible with the board type.
2948	Recommended Actions: 1. If this alarm occurred in conjunction with an effort to load a configuration into the transmitter, confirm that the transmitter is of the same model as the one the configuration came from. 2. Cycle power to the meter. 3. If the problem persists, contact Micro Motion.
2949	Core processor software could not be updated.
2950	Recommended Actions: 1. Retry the core processor software upgrade. 2. Contact Micro Motion.
2951	The system time has not been set.
2952	Recommended Actions: 1. Set the time and time zone.
2953	Security is enabled but the password has not been set.
2954	Recommended Actions: 1. Set the password.
2955	One or more required batcher parameters are missing.
2956	Recommended Actions: 1. Verify that the batcher application is configured correctly. a. Ensure that the batcher has a 'Flow Source' assigned. b. Ensure that the 'Batch Target' is not zero. c. Ensure that discrete output assignments are assigned to control valves.
2957	The configured density/temperature/concentration values do not result in a proper Concentration Measurement (CM) curve.
2958	Recommended Actions: 1. Verify the configuration of the concentration measurement application.
2959	The core processor has an ETO installed which is incompatible with this device. The core can be updated but the ETO will be overwritten. Recommended Actions: 1. Contact Micro Motion to discuss options for reserving the ETO.
2960	Watercut at Line calculation is greater than 105% based on input density. Watercut Output is limited to 100%. Recommended Actions: 1. Check base water density. 2. If the problem persists, contact Micro Motion.
2961	Watercut at Line calculation is less than -5% based on input density. Watercut Output is limited to 0%. Recommended Actions: 1. Check base oil density. 2. If the problem persists, contact Micro Motion.
2962	The core processor is not receiving sufficient power.
2963	Recommended Actions: This alert will not clear until you cycle power to the meter. 1. Check the wiring between the transmitter and the sensor. 2. Cycle power to the meter. 3. Measure the voltage at the core processor terminals. There should be a minimum of 11.5 volts at all times. a. If there is less than 11.5 volts, confirm that the transmitter is receiving sufficient voltage. b. If the transmitter is receiving sufficient voltage, and the problem still persists, replace the transmitter.
2964	The transmitter has lost communication with the core processor.
2965	Communication errors between transmitter and core processor.
2966	Recommended Actions: 1. Verify the wiring between the transmitter and core processor. 2. Verify the power to both the transmitter and core processor. 3. Cycle power to the transmitter. 4. If problem persists, contact Micro Motion.
2967	An attempt to write data to the core processor has failed.
2968	Recommended Actions: 1. Cycle power to the flowmeter. 2. The transmitter might need service or upgrading. Contact Micro Motion.
2969	One of the primary purpose variables has an extreme value.
2970	The measured flow rate is out of range for the sensor.
2971	Recommended Actions: 1. If other alerts are present, resolve those alert conditions first. If the current alert persists, continue with the recommended actions. 2. Check your process conditions against the values reported by the meter. 3. Check for two-phase flow. a. Check for two-phase alerts. If two-phase flow is the problem, alerts will be posted. b. Check the process for cavitation, flashing, or leaks. c. Monitor the density of your process fluid under normal process conditions.
2972	The measured density is below 0 g/Cucm or above 10 g/Cucm.
2973	Recommended Actions: 1. If other alerts are present, resolve those alert conditions first. If the current alert persists, continue with the recommended actions. 2. Check for two-phase flow. 3. Check for foreign material in the process gas or fluid, coating, or other process problems. 4. Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter. 5. Check the drive gain and the pickoff voltage. 6. Perform Smart Meter Verification. 7. Contact Micro Motion.
2974	Displays density characterization.
2975	Transmitter is in power-up mode.
2976	Recommended Actions: Allow the meter to complete its power-up sequence. The alert should clear automatically. If the alert does not clear: 1. If other alerts are present, resolve those alert conditions first. 2. Verify that the transmitter is receiving sufficient power. a. If it is not, correct the problem and cycle power to the meter. b. If it is, this suggests that the transmitter has an internal power issue. Replace the transmitter.
2977	There is insufficient signal coming from the sensor pickoff coils, which suggests that the sensor tubes are being prevented from vibrating at their natural frequency.
2978	Recommended Actions: 1. Check for possible fluid separation by monitoring the density value and comparing the results against expected density values. 2. Check for plugging, coating, or two-phase flow. 3. Settling from a two-phase or three-phase fluid can cause this alert even if the flow tubes are full. This could mean that the sensor needs to be reoriented. Refer to the sensor installation manual for recommended sensor orientations.
2979	The transmitter is detecting communication errors with the display.
2980	Internal communication error with transmitter display. Recommended Actions: 1. Cycle power to the meter. 2. If the problem persists, contact Micro Motion.
2981	The transmitter is detecting readback errors with the display.
2982	Readback function from transmitter display indicates error or failure. Recommended Actions: 1. Cycle power to the meter. 2. If the problem persists, contact Micro Motion.
2983	An output is set to fixed value.
2984	The Polling Address is set to a non-zero value, or the mA output is configured to send a constant value.
2985	Recommended Actions: 1. Disable output simulation, if applicable. 2. Exit mA output trim, if applicable. 3. Check the Polling address. If the Polling address is non-zero, you may need to change the setting of mA Output Action (Loop Current Mode). 4. Check whether the output has been set to a constant value via digital communication.
2986	Output simulation (loop testing) is enabled or mA output trim is in progress.
2987	Recommended Actions: 1. Disable output simulation, if applicable. 2. Exit mA output trim, if applicable. 3. Check whether the output has been set to a constant value via digital communication.
2988	Output simulation (loop testing) is enabled.
2989	Recommended Actions: 1. Disable output simulation.
2990	Totalizers have been stopped or output simulation (loop testing) is enabled.
2991	Recommended Actions: 1. Stopping the totalizer will set the frequency output to zero. Cycling power to the transmitter or restarting the totalizer will restore the frequency output to normal operation. 2. Disable output simulation, if applicable. 3. Check if the output has been set to a constant value via digital communication. 4. If you want to change the alert severity, go to the Configure --> Alert Setup --> Output screen.
2992	Recommended Actions: 1. Disable output simulation. 2. If you want to change the alert severity, go to the Configure --> Alert Setup --> Output screen.
2993	The process is deviating from normal conditions.
2994	The density has exceeded the user-defined two-phase (density) limits.
2995	Recommended Actions: 1. Check for two-phase flow. 2. If you want to change the alert severity, go to the Configure --> Alert Setup --> Process screen.
2996	Transient Bubble Remediation (TBR) is active.
2997	Recommended Actions: 1. If desired, you can configure the transmitter to ignore this condition.
2998	The measured temperature is outside the range of the API table.
2999	Recommended Actions: 1. Check your process conditions against the values reported by the device. 2. Verify the configuration of the API referral application and related parameters. 3. If you want to change the alert severity, go to the Configure --> Alert Setup --> Process screen.
3000	Recommended Actions: 1. If other alerts are present, resolve those alert conditions first. If the current alert persists, continue with the recommended actions. 2. Check for two-phase flow. 3. Check for foreign material in the process gas or fluid, coating, or other process problems. 4. Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter. 5. Check the drive gain and the pickoff voltage. 6. Perform Smart Meter Verification. 7. Contact Micro Motion. 8. If you want to change the alert severity, go to the Configure --> Alert Setup --> Process screen.
3001	No response received from polled device.
3002	Recommended Actions: 1. Verify that the external device is operating correctly. 2. Verify the wiring between the transmitter and the external device. 3. Verify the HART polling configuration. 4. If you want to change the alert severity, go to the Configure --> Alert Setup --> Process screen.
3003	The line density or line temperature is outside the range of the concentration matrix plus the configured extrapolation limit.
3004	Recommended Actions: 1. Check your process conditions against the values reported by the device. 2. Verify the configuration of the concentration measurement application.
3005	Phase Genius is reporting moderate two-phase flow.
3006	Recommended Actions: 1. Verify your process.
3007	Phase Genius is reporting severe two-phase flow.
3008	Recommended Actions: 1. Verify your process.
3009	The line pressure is outside the range of the API table.
3010	Recommended Actions: 1. Check your process conditions against the values reported by the device. 2. Verify the configuration of the API referral application and related parameters.
3011	The maximum batch time has been reached and the batch has been ended. The batch probably does not meet specifications.
3012	Recommended Actions: 1. Check for abnormal conditions such as low flow or mechanical failure.
3013	Watercut unavailable due to high gas. Recommended Actions: 1. Consider using external watercut meter.
3014	Transient Mist Remediation Active (140)
3015	Transient Mist Remediation (TMR) is active due to 'Drive Gain' configured above threshold. Recommended Actions: 1. If desired, you can configure the transmitter to ignore this condition.
3016	An event is On (active).
3017	Discrete Event 1 has been triggered.
3018	Recommended Actions: 1. No action required.
3019	Discrete Event 2 has been triggered.
3020	Discrete Event 3 has been triggered.
3021	Discrete Event 4 has been triggered.
3022	Discrete Event 5 has been triggered.
3023	Basic Event 1 is on (active).
3024	Recommended Actions: 1. No action required. 2. If you want to change the alert severity, go to the Configure --> Alert Setup --> Process screen.
3025	Basic Event 2 is on (active).
3026	An output value is outside the configured range.
3027	The calculated amount of current output is outside of the configured range.
3028	Recommended Actions: 1. Verify that Upper Range Value and Lower Range Value are set correctly for the process variable and the process. 2. Check your process conditions against the values reported by the meter. 3. Verify that the measurement units are configured correctly for your application. 4. Purge the flow tubes. 5. Verify process conditions, checking especially for air in the flow tubes, tubes not filled, foreign material in the tubes, or coating in the tubes. 6. If you want to change the alert severity, go to the Configure --> Alert Setup --> Output screen.
3029	Process variable assigned to frequency output is outside configured scale limits.
3030	Recommended Actions: 1. Check the Frequency Output Scaling Method parameter. 2. Check your process conditions against the values reported by the meter. 3. Verify process conditions, checking especially for air in the flow tubes, tubes not filled, foreign material in the tubes, or coating in the tubes. 4. Verify that the measurement units are configured correctly for your application. 5. Purge the flow tubes. 6. If you want to change the alert severity, go to the Configure --> Alert Setup --> Output screen.
3031	The drive power (current/voltage) is at its maximum.
3032	The drive power (current/voltage) is at its maximum.
3033	Recommended Actions: 1. Check the drive gain and the pickoff voltage. 2. Check for foreign material in the process gas or fluid, coating, or other process problems. 3. Check for fluid separation by monitoring the density value and comparing the results against expected density values. 4. Ensure that the sensor orientation is appropriate for your application. Settling from a two-phase or three-phase fluid can cause this alert. 5. If you want to change the alert severity, go to the Configure --> Alert Setup --> Process screen.
3034	A calibration or meter verification failed or was aborted.
3035	There can be many possible causes.
3036	Recommended Actions: 1. Ensure that your calibration procedure meets the documented requirements, cycle power to the meter, then retry the procedure. 2. If this alert appears during zeroing, verify that there is no flow through the sensor, cycle power to the meter, then retry the procedure.
3037	Smart Meter Verification failed. The test result is not within the specification uncertainty limit.
3038	Recommended Actions: 1. Rerun the test, with outputs set to Fault or Last Measured Value instead of Continue Measurement. - If the meter passes the second test, ignore the first result. - If the meter fails the second test, the flow tubes may be damaged. Use your process knowledge to determine the possibilities for damage and the appropriate actions for each.
3039	Smart Meter Verification aborted. Reason: User Initiated Abort
3040	Recommended Actions: 1. Wait for 15 seconds before starting Smart Meter Verification again.
3041	Smart Meter Verification aborted. Reason: Frequency Drift
3042	Recommended Actions: 1. Ensure temperature, flow and density are stable and run Smart Meter Verification again.
3043	Smart Meter Verification aborted. Reason: High Drive Gain
3044	Recommended Actions: 1. Ensure flow is steady and minimize entrained gas and run Smart Meter Verification again.
3045	Smart Meter Verification aborted. Reason: Unstable Flow
3046	Recommended Actions: 1. Reduce flow rate and run Smart Meter Verification again. 2. Maintain a constant fluid pressure and temperature. 3. Avoid changes to fluid composition, e.g., two-phase flow or setting. 4. Maintain a constant flow rate.
3047	Smart Meter Verification aborted. Reason: No Air Reference
3048	Recommended Actions: 1. Perform factory calibration on air.
3049	Smart Meter Verification aborted. Reason: No Water Reference
3050	Recommended Actions: 1. Perform factory calibration on water.
3051	Smart Meter Verification aborted. Reason: Missing Configuration
3052	Recommended Actions: 1. Load verification parameter registers with proper values.
3053	Smart Meter Verification aborted. Reason: Other
3054	Recommended Actions: 1. Run Smart Meter Verification again. If abort persists, call Micro Motion customer support.
3055	The totalizers are not being saved properly. The core processor was unable to store the totalizers on the last power-down and must rely on the saved totals. The saved totals can be as much as two hours out of date.
3056	Recommended Actions: 1. Make sure the transmitter and core processor are receiving sufficient power. 2. Check the power supply and power supply wiring.
3057	The internal SD Card has failed.
3058	Recommended Actions: 1. Open the transmitter and verify that an SD card is present. 2. If the problem persists, contact Micro Motion.
3059	No permanent license is installed on the transmitter.
3060	Recommended Actions: 1. If you have a permanent license, install it. 2. If you do not have a permanent license, contact Micro Motion to obtain one.
3061	The real-time clock is not incrementing. Measurement is not affected but log timestamps will not be accurate.
3062	The transmitter's internal memory is nearly full.
3063	An error occured when updating the firmware.
3064	Recommended Actions: 1. Verify that the correct hex file is loaded onto the SD card. 2. Contact Micro Motion.
3065	A calibration or meter verification is in progress.
3066	A calibration procedure is in progress.
3067	Recommended Actions: 1. Allow the procedure to complete. 2. For zero calibration procedures, you may abort the calibration, set the zero time parameter to a lower value, and restart the calibration. 3. If you want to change the alert severity, go to the Configure-> Alert Setup-> Configuration screen.
3068	Smart Meter Verification in Progress.
3069	Recommended Actions: 1. Allow the procedure to complete. 2. If you want to change the alert severity, go to the Configure --> Alert Setup --> Configuration screen.
3070	Sensor simulation is enabled.
3071	Simulation mode is enabled.
3072	Recommended Actions: 1. Disable sensor simulation.
3073	Out of Specification - Fix Soon
3074	Maintenance
3075	Calibrates 'mA Output 1' to match a reference meter.
3076	Calibrates 'mA Output 2' to match a reference meter.
3077	Calibrates 'mA Output 3' to match a reference meter.
3078	If the device is equipped with a display, show a pattern on the display to make the device easily identifiable.
3079	Performs the Smart Meter Verification, which will determine the health of the meter without stopping the process flow or removing the meter from the line.
3080	Performs a zero calibration.
3081	Performs a density calibration.
3082	Enter slope and offset values for the concentration measurement.
3083	Performs first point (air) calibration.
3084	Performs second point (water) calibration.
3085	Performs third point (user's choice) calibration.
3086	Performs fourth point (user's choice) calibration.
3087	Performs flowing density calibration.
3088	Reads Modbus data from device memory.
3089	Writes Modbus data to device memory.
3090	Power cycles the device without affecting device configuration.
3091	Overwrites the existing device configuration with the configuration set at the factory.
3092	Resets the Configuration Changed flag if the host is not able to reset the flag automatically.
3093	Resets the concentration matrix data.
3094	Loop Test
3095	Verifies 'mA Output 1' wiring and current level.
3096	Verifies 'mA Output 2' wiring and current level.
3097	Verifies 'mA Output 3' wiring and current level.
3098	Sets a fixed output value for 'Frequency Output 1'.
3099	Verifies 'Discrete Output 1' wiring and polarity.
3100	Sets a fixed output value for 'Frequency Output 2'.
3101	Verifies 'Discrete Output 2' wiring and polarity.
3102	Simulation Configuration
3103	Mass Flow Rate Simulation Settings
3104	Density Simulation Settings
3105	Temperature Simulation Settings
3106	Enable or disable alert simulation.
3107	Selects the alert to simulate.
3108	Any changes made on this screen will be written to the device when the Next button is clicked. Transmitter operation could be affected. Click Next to write changes to the device, or click Cancel/Abort to abort.
3109	Frequency Output 1 Scaling
3110	Frequency Output 2 Scaling
3111	Discrete Output
3112	Electronic Conditions
3113	Sensor Conditions
3114	Process Conditions
3115	Configuration Conditions
3116	Average Reporting Interval
3117	Process Reference
3118	Trigger Configuration
3119	Extended Device Status
3120	Always Active
3121	Inactive
3122	Active
3123	HART 7 Configuration Complete
3124	Advanced HART Configuration completed successfully.
3125	Configure Burst Message 1
3126	Burst Message 1 needs to be enabled before continuing. This message will burst at a continuous rate of transmission. Please choose the burst option below:
3127	Message
3128	Configure Burst Message 2
3129	Burst Message 2 needs to be enabled before continuing.
3130	Configure Burst Message 3
3131	Burst Message 3 needs to be enabled before continuing.
3132	Select the alerts that will activate event notification.
3133	Event Notification is used to transmit a special message whenever one or more of the user-specified alerts are active. To use Event Notification, you must enable at least one burst message.
3134	Notification Timing
3135	'Event Debounce Interval' controls the time interval that the device will wait, after an event occurs, before sending the first notification.
3136	'Event Notification Retry Time' specifies the number of seconds that event notification will continue, if not acknowledged by a host.
3137	Before proceeding, verify that your HART host is set up for multiple burst messages and for event notification.
3138	This pattern will be shown on the display for 60 seconds.
3139	Click Next to start.
3140	This pattern is currently being shown on the device display.
3141	The display will return to normal operation after 60 seconds. To return to normal operation before 60 seconds have expired, press any button on the display.
3142	Frequency Output 1 parameters can be configured in Outputs->Channel C.
3143	Simulation Settings
3144	HART Communications
3145	mA Output
3146	Set Up Real Time Clock
3147	Control Options
3148	Setup Schedule
3149	Matrix Data
3150	This is automatically assigned to mA Output 1.
3151	This is used only in HART communications.
3152	Triggered Update Rate has been adjusted.
3153	Show Phase Severity Trend
3154	Phase Severity Trend
3155	Burst Messages
3156	Trigger Level
3157	Base Burst Rate
3158	Maximum update period for burst message
3159	5.3f
3160	Classification
3161	Trigger Mode
3162	Trigger Units
3163	Option
3164	Triggered Burst Rate
3165	Events
3166	PV Analog Channel Saturated
3167	PV Analog Channel Fixed
3168	Wireless
3169	WirelessHART Device
3170	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
3171	Primary
3172	Primary Analog Channel
3173	Secondary
3174	Secondary Analog Channel
3175	Tertiary
3176	Tertiary Analog Channel
3177	Quaternary
3178	Quaternary Analog Channel
3179	Quinary
3180	Quinary Analog Channel
3181	Critical Power Failure
3182	Lock all
3183	Trim not supported
3184	Configuration cannot be changed
3185	Locked by gateway
3186	Analog Input Channel
3187	Analog Output Channel
3188	Secondary Analog Channel Saturated
3189	Tertiary Analog Channel Saturated
3190	Quaternary Analog Channel Saturated
3191	Quinary Analog Channel Saturated
3192	Secondary Analog Channel Fixed
3193	Tertiary Analog Channel Fixed
3194	Quaternary Analog Channel Fixed
3195	Quinary Analog Channel Fixed
3196	Simulation active
3197	The device is in simulation mode and the level output is not representative of the process.
3198	Non-Volatile memory failure
3199	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
3200	Volatile memory error
3201	The RAM memory check is invalid or maybe corrupt
3202	Watchdog reset executed
3203	A watchdog reset has been performed
3204	Voltage conditions out of range
3205	A voltage condition is outside its allowable range
3206	Environmental conditions out of range
3207	An internal or environmental condition is beyond acceptable limits.
3208	Electronic failure
3209	A hardware problem not related to the sensor has been detected.
3210	Subdevice list changed
3211	Duplicate master detected
3212	Capacity Denied
3213	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
3214	Bandwidth allocation pending
3215	Block transfer pending
3216	Battery life
3217	Percent range
3218	Loop current
3219	Primary variable
3220	Secondary variable
3221	Tertiary variable
3222	Quaternary variable
3223	Read receive time
3224	Write date and time
3225	Non-Volatile Clock
3226	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.
3227	Clock Uninitialized
3228	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.
3229	None
3230	No restrictions
3231	SI Only
3232	Restricted to SI Unit codes only
3233	Process automation device
3234	Discrete device
3235	Hybrid:Process automation+discrete
3236	I/O System
3237	WirelessHART Process automation device
3238	WirelessHART Discrete device
3239	WirelessHART Process automation+discrete
3240	WirelessHART Gateway
3241	WirelessHART Access point
3242	WirelessHART Process adapter
3243	WirelessHART Discrete adapter
3244	WirelessHART enabled handheld/portable maintenance tool
3245	Device Profile
3246
3247	US
3248	United States of America
3249	JP
3250	Japan
3251	DE
3252	Germany
3253	FR
3254	France
3255	ES
3256	Spain
3257	RU
3258	Russian Federation
3259	CN
3260	People's Republic of China
3261	Secondary Master
3262	Primary Master
3263	Device Diagnostic Status 0
3264	Device Diagnostic Status 1
3265	I/O and Subdevice Status
3266	WirelessHART Status
3267	Time Set Option
3268	Real Time Clock Flags
3269	Country
3270	Country of intended device installation
3271	SI Unit Control
3272	Indicates if device should only display SI unit codes
3273	Burst Trigger Units
3274	Enable on token-passing data link layer only
3275	Enable on TDMA data link layer only
3276	Enable on both TDMA and token-passing data link layer
3277	Burst Trigger Class
3278	Continuous
3279	The Burst Message is published continuously at (worst case) the Minimum Update Period.
3280	Window
3281	The Burst Message is triggered when the source value deviates more than the specified trigger value
3282	Rising
3283	The Burst Message is triggered when source value Rises Above the specified trigger value.
3284	Falling
3285	The Burst Message is triggered when the source value Falls Below the specified trigger value.
3286	On-change
3287	The Burst Message is triggered when any value in the message changes.
3288	Off
3289	Enable event notification on token-passing data link layer
3290	Enable event notification on TDMA data link layer
3291	Enable event notification on TDMA and token-passing data link layer
3292	Configuration changed event pending
3293	Device status event pending
3294	More status available event pending
3295	Wired HART Enabled
3296	Enabled on Wired HART device connection only
3297	Wireless HART Enabled
3298	Enabled on WirelessHART device connection only
3299	Both Wired and WirelessHart Enabled
3300	Enabled on both Wired and WirelessHART connections
3301	Burst Msg Trigger Mode
3302	Event Status
3303	Event Notification Control
3304	Device Status Mask
3305	Ext dev status Mask
3306	Device Diagnostic Status 0 Mask
3307	Device Diagnostic Status 1 Mask
3308	Device Diagnostic Status 2 Mask
3309	Device Diagnostic Status 3 Mask
3310	AO saturated Mask
3311	AO fixed Mask
3312	Latched Device Status
3313	Operate mode Mask
3314	Not Defined
3315	Latched Ext dev status
3316	Latched Device Diagnostic Status 0
3317	Latched Device Diagnostic Status 1
3318	Latched Device Diagnostic Status 2
3319	Latched Device Diagnostic Status 3
3320	Latched AO saturated
3321	Latched AO fixed
3322	Latched Operate Mode
3323	Flow Coriolis Mass
3324	Time Stamp
3325	Relative time value on network
3326	8u
3327	Dynamic Variables Returned for Device Variables
3328	Command Response Truncated
3329	Configuration Change Counter Mismatch
3330	Status bytes mismatch
3331	Device Variable
3332	Analog Channel Number
3333	Analog Channel Number- Index into an array of Analog Channels.
3334	Burst Command
3335	Cmd 48: Read Additional Device Status
3336	Read Additional Device - This command reads additional device status information
3337	Burst Message Number
3338	Burst Variable Code
3339	Burst Variable Slot - Device variable code assigned to the slot to be read in burst mode.
3340	Total Burst Msgs
3341	Total number of burst messages supported by this device
3342	Latched Cfg chng count
3343	Latched Device Specific Status 0
3344	Latched Device Specific Status 1
3345	Latched Device Specific Status 2
3346	Latched Device Specific Status 3
3347	Latched Device Specific Status 4
3348	Latched Device Specific Status 5
3349	Device Specific Status 0 Mask
3350	Device Specific Status 1 Mask
3351	Device Specific Status 2 Mask
3352	Device Specific Status 3 Mask
3353	Device Specific Status 4 Mask
3354	Device Specific Status 5 Mask
3355	Event Number
3356	Set Clock Date
3357	Date to set the real-time clock in the field device to, or date that the real-time clock was last set
3358	Set Clock Time
3359	Time to set the real time clock in the field device to, or time that the real-time clock was last set
3360	Current Date
3361	Current Date based upon the real-time clock in the field device
3362	Current Time
3363	Current Time based upon the real-time clock in the field device
3364	Max Update Period
3365	Maxium update period for burst message
3366	Max Update Time
3367	Number of Events Supported
3368	Time First Unack Event Triggered
3369	The time when the first unacknowledged event was triggered
3370	Event Debounce Interval
3371	Event Notification Retry Time
3372	Burst Trigger Level
3373	Update Period
3374	Update period for burst message
3375	STX Count
3376	Count of STX messages received by this device
3377	ACK Count
3378	Count of ACK messages received by this device
3379	BACK Count
3380	Count of BACK messages received by this device
3381	Burst Variable Codes
3382	Update time adjusted
3383	Invalid burst message
3384	Invalid device variable classification
3385	Invalid burst trigger mode selection code
3386	Burst condition conflict
3387	Update period increased
3388	Insufficient bandwidth
3389	Update period or debounce interval adjusted
3390	Update times adjusted
3391	Update rate uncertain
3392	Not all events cleared
3393	Zero calibration aborted. It is now safe to return the control loop to automatic control.
3394	The method was aborted.
3395	Verification can't be aborted. Installation Verification is already complete.
3396	Aborting verification...!
3397	Aborting due to field device error.
3398	Verification can't be aborted. Smart Meter Verification is already complete.
3399	Smart Meter Verification aborted. Reason: User Initiated Abort Recommended Action: Wait for 15 seconds before starting Smart Meter Verification again.
3400	It is now safe to return the control loop to automatic control.
3401	'API Referral' is disabled. Do you want to enable it?
3402	Yes;No
3403	Parameters are being updated. Please wait.
3404	'API Referral' is now enabled.
3405	'API Referral' is enabled. Do you want to disable it?
3406	'API Referral' is now disabled.
3407	Disable 'Concentration Measurement' to enable other application. Note: 'APM: Liquid with Gas' can be enabled along with 'Concentration Measurement'. All other applications are mutually exclusive with 'Concentration Measurement'.
3408	Disable 'Gas Standard Volume' to enable other application. Note: 'APM: Gas with Liquid' can be enabled along with 'Gas Standard Volume'. All other applications are mutually exclusive with 'Gas Standard Volume'.
3409	Disable 'APM: Liquid with Gas' to enable other application. Note: 'Concentration Measurement' can be enabled along with 'APM: Liquid with Gas'. All other applications are mutually exclusive with 'APM: Liquid with Gas'.
3410	Disable 'APM: Net Oil' to enable other application. Note: All other applications are mutually exclusive with 'APM: Net Oil'.
3411	Disable 'APM: Gas with Liquid' to enable other application. Note: 'Gas Standard Volume' can be enabled along with 'APM: Gas with Liquid'. All other applications are mutually exclusive with 'APM: Gas with Liquid'.
3412	Disable 'Gas Standard Volume' and 'APM: Gas with Liquid' to enable other application. Note: All other applications are mutually exclusive with 'Gas Standard Volume' and 'APM: Gas with Liquid'.
3413	Disable 'Concentration Measurement' and 'APM: Liquid with Gas' to enable other application. Note: All other applications are mutually exclusive with 'Concentration Measurement' and 'APM: Liquid with Gas'.
3414	'APM: Gas with Liquid' is enabled. Do you want to disable it?
3415	'APM: Gas with Liquid' is disabled. Do you want to enable it?
3416	'APM: Gas with Liquid' is now disabled.
3417	'APM: Gas with Liquid' is now enabled.
3418	Disable 'API Referral' to enable other application. Note: All other applications are mutually exclusive with 'API Referral'.
3419	'APM: Liquid with Gas' is enabled with continuous flow.
3420	Change Configuration;Disable;Exit
3421	'APM: Liquid with Gas' is enabled with variable flow.
3422	'APM: Liquid with Gas' is disabled. Do you want to enable it?
3423	Select the output flow type:
3424	Continuous;Variable
3425	'APM: Liquid with Gas' is now enabled with continuous flow.
3426	'APM: Liquid with Gas' is now enabled with variable flow.
3427	'APM: Liquid with Gas' is now disabled.
3428	'APM: Net Oil' is enabled with continuous flow.
3429	'APM: Net Oil' is enabled with variable flow.
3430	'APM: Net Oil' is enabled. Do you want to disable it?
3431	'APM: Net Oil' is disabled. Do you want to enable it?
3432	'APM: Net Oil' is now disabled.
3433	'APM: Net Oil' is now enabled.
3434	'APM: Net Oil' is now enabled with continuous flow.
3435	'APM: Net Oil' is now enabled with variable flow.
3436	The device is write protected, switch off the 'Security Switch' to disable write protection mode.
3437	All applications are now disabled.
3438	'Concentration Measurement' is disabled. Do you want to enable it?
3439	'Concentration Measurement' is now enabled.
3440	'Concentration Measurement' is enabled. Do you want to disable it?
3441	'Concentration Measurement' is now disabled.
3442	'Gas Standard Volume' is disabled. Do you want to enable it?
3443	'Gas Standard Volume' is now enabled.
3444	'Gas Standard Volume' is enabled. Do you want to disable it?
3445	'Gas Standard Volume' is now disabled.
3446	Returning 'Discrete Output 1' to normal function...
3447	Returning 'Discrete Output 2' to normal function...
3448	Returning 'Frequency Output 1' to normal function...
3449	Returning 'Frequency Output 2' to normal function...
3450	Next
3451	select
3452	warning
3453	Back;Next
3454	select1
3455	select2
3456	select3
3457	Finish
3458	Click Next to start the Automatic Overshoot Compensation (AOC) calibration.
3459	Please run 2-10 batches. When the batch overshoot has been adequately minimized, click Next to save the calibration.
3460	Current data is saved successfully.
3461	Changing configuration can affect transmitter operation. Ensure that the control loop is set for manual operation before continuing.
3462	Choose API Table Number:
3463	5;6;23;24;53;54;59;60
3464	Choose API Table Letter:
3465	A;B;D
3466	A;B;D;E
3467	C;E
3468	Enter 'Thermal Expansion Coefficient':
3469	Enter 'Reference Temperature':
3470	Enter 'Reference Pressure':
3471	Method aborted.
3472	Select Output Type:
3473	APM Application is now disabled.
3474	Method is being aborted due to last error.
3475	The concentration matrix is locked. Do you want to unlock it?
3476	The concentration matrix is unlocked. Do you want to lock it?
3477	The concentration matrix is locked.
3478	The concentration matrix is unlocked.
3479	Mass Flow Meter Factor: %{0} Always Active Volume Flow Meter Factor: %{1} Always Active Density Meter Factor: %{2} Always Active Temperature Correction Factor: %{3} Always Active
3480	Pressure Correction Factor: %{4} Active Velocity of Sound Correction: %{5} Active LD Correction Factor: %{6} Active
3481	Pressure Correction Factor: %{4} Active Velocity of Sound Correction: %{5} Active LD Correction Factor: %{6} Inactive
3482	Pressure Correction Factor: %{4} Active Velocity of Sound Correction: %{5} Inactive LD Correction Factor: %{6} Active
3483	Pressure Correction Factor: %{4} Active Velocity of Sound Correction: %{5} Inactive LD Correction Factor: %{6} Inactive
3484	Pressure Correction Factor: %{4} Inactive Velocity of Sound Correction: %{5} Active LD Correction Factor: %{6} Active
3485	Pressure Correction Factor: %{4} Inactive Velocity of Sound Correction: %{5} Active LD Correction Factor: %{6} Inactive
3486	Pressure Correction Factor: %{4} Inactive Velocity of Sound Correction: %{5} Inactive LD Correction Factor: %{6} Active
3487	Pressure Correction Factor: %{4} Inactive Velocity of Sound Correction: %{5} Inactive LD Correction Factor: %{6} Inactive
3488	Select totalizer or inventory:
3489	Current Source for Totalizer 1 is '%0'. Select Source:
3490	Mass Flow Rate;Volume Flow Rate;CM: Standard Volume Flow Rate;CM: Net Mass Flow Rate;CM: Net Volume Flow Rate
3491	Mass Flow Rate;Gas Standard Volume Flow
3492	Mass Flow Rate;Volume Flow Rate;API: Referred Volume Flow
3493	Mass Flow Rate;Volume Flow Rate
3494	Mass Flow Rate;Volume Flow Rate;APM: Net Oil Flow at Reference;APM: Net Oil Flow at Line;APM: Net Water Flow at Reference;APM: Net Water Flow at Line;APM: SF Net Oil Flow at Line;APM: SF Net Oil Flow at Reference;APM: Unremediated Mass Flow;APM: Unremediated Volume Flow
3495	Mass Flow Rate;Volume Flow Rate;APM: Unremediated Mass Flow;APM: Unremediated Volume Flow
3496	Current Flow Direction for Totalizer 1 is '%0'. Select Flow Direction:
3497	Forward;Reverse;Bidirectional;Absolute Value
3498	Flow Direction selection for Totalizer 1 is '%0'.
3499	User-Defined Label:
3500	Current Source for Totalizer 2 is '%0'. Select Source:
3501	Current Flow Direction for Totalizer 2 is '%0'. Select Flow Direction:
3502	Flow Direction selection for Totalizer 2 is '%0'.
3503	Current Source for Totalizer 3 is '%0'. Select Source:
3504	Current Flow Direction for Totalizer 3 is '%0'. Select Flow Direction:
3505	Flow Direction selection for Totalizer 3 is '%0'.
3506	Current Source for Totalizer 4 is '%0'. Select Source:
3507	Current Flow Direction for Totalizer 4 is '%0'. Select Flow Direction:
3508	Flow Direction selection for Totalizer 4 is '%0'.
3509	Current Source for Totalizer 5 is '%0'. Select Source:
3510	Current Flow Direction for Totalizer 5 is '%0'. Select Flow Direction:
3511	Flow Direction selection for Totalizer 5 is '%0'.
3512	Current Source for Totalizer 6 is '%0'. Select Source:
3513	Current Flow Direction for Totalizer 6 is '%0'. Select Flow Direction:
3514	Flow Direction selection for Totalizer 6 is '%0'.
3515	Current Source for Totalizer 7 is '%0'. Select Source:
3516	Current Flow Direction for Totalizer 7 is '%0'. Select Flow Direction:
3517	Flow Direction selection for Totalizer 7 is '%0'.
3518	Current Source for Inventory 1 is '%0'. Select Source:
3519	Current Flow Direction for Inventory 1 is '%0'. Select Flow Direction:
3520	Flow Direction selection for Inventory 1 is '%0'.
3521	Current Source for Inventory 2 is '%0'. Select Source:
3522	Current Flow Direction for Inventory 2 is '%0'. Select Flow Direction:
3523	Flow Direction selection for Inventory 2 is '%0'.
3524	Current Source for Inventory 3 is '%0'. Select Source:
3525	Current Flow Direction for Inventory 3 is '%0'. Select Flow Direction:
3526	Flow Direction selection for Inventory 3 is '%0'.
3527	Current Source for Inventory 4 is '%0'. Select Source:
3528	Current Flow Direction for Inventory 4 is '%0'. Select Flow Direction:
3529	Flow Direction selection for Inventory 4 is '%0'.
3530	Current Source for Inventory 5 is '%0'. Select Source:
3531	Current Flow Direction for Inventory 5 is '%0'. Select Flow Direction:
3532	Flow Direction selection for Inventory 5 is '%0'.
3533	Current Source for Inventory 6 is '%0'. Select Source:
3534	Current Flow Direction for Inventory 6 is '%0'. Select Flow Direction:
3535	Flow Direction selection for Inventory 6 is '%0'.
3536	Current Source for Inventory 7 is '%0'. Select Source:
3537	Current Flow Direction for Inventory 7 is '%0'. Select Flow Direction:
3538	Flow Direction selection for Inventory 7 is '%0'.
3539	Calibration Factors Missing (020) Some calibration factors have not been entered or are incorrect. Recommended Actions: 1. Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter. 2. If the problem persists, contact Micro Motion. FlowCal: Value %0 K1: Value %1µs K2: Value %2µs
3540	Calibration Factors Missing (020) Some calibration factors have not been entered or are incorrect. Recommended Actions: 1. Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter. 2. If the problem persists, contact Micro Motion. Flow FCF: Value: %0 K1: Value: %1µs K2: Value: %2µs
3541	Incorrect Sensor Type (021) The sensor is recognized as a straight tube but the K1 value indicates a curved tube, or vice versa. Recommended Actions: 1. If A017 is active, resolve it first. 2. Check the characterization against the sensor tag. Specifically, verify the Flow FCF, K1 and K2 values. 3. Check the sensor RTD circuitry. 4. If the problem persists, contact Micro Motion. Flow FCF: Value: %0 K1: Value: %1µs K2: Value: %2µs
3542	Incorrect Board Type (030) The firmware or configuration loaded in the transmitter is incompatible with the board type. Recommended Actions: 1. If this alarm occurred in conjunction with an effort to load a configuration into the transmitter, confirm that the transmitter is of the same model as the one the configuration came from. 2. Cycle power to the meter. 3. If the problem persists, contact Micro Motion.
3543	Core Software Upgrade Failed Core processor software could not be updated. Recommended Actions: 1. Retry the core processor software upgrade. 2. Contact Micro Motion.
3544	Time Not Set The system time has not been set. Recommended Actions: 1. Set the time and time zone.
3545	No Security Password Security is enabled but the password has not been set. Recommended Actions: 1. Set the password.
3546	Batch Not Configured One or more required batcher parameters are missing. Recommended Actions: 1. Verify that the batcher application is configured correctly. a. Ensure that the batcher has a 'Flow Source' assigned. b. Ensure that the 'Batch Target' is not zero. c. Ensure that discrete output assignments are assigned to control valves.
3547	Curve Fit Failure (120) The configured density/temperature/concentration values do not result in a proper Concentration Measurement (CM) curve. Recommended Actions: 1. Verify the configuration of the concentration measurement application.
3548	Core Processor has Incompatible ETO The core processor has an ETO installed which is incompatible with this device. The core can be updated but the ETO will be overwritten. Recommended Actions: 1. Contact Micro Motion to discuss options for reserving the ETO.
3549	Watercut Limited at 100% Watercut at Line calculation is greater than 105% based on input density. Watercut Output is limited to 100%. Recommended Actions: 1. Check base water density. 2. If the problem persists, contact Micro Motion. Water Density at Reference:%{0} g/Cucm
3550	Watercut Limited at 0% Watercut at Line calculation is less than -5% based on input density. Watercut Output is limited to 0%. Recommended Actions: 1. Check base oil density. 2. If the problem persists, contact Micro Motion. Dry Oil Density at Reference:%{0} g/Cucm
3551	Priority: Failure - Fix Now Incorrect or missing configuration values are causing an error.
3552	Select Time Zone:
3553	Enter ‘Time Zone Offset from UTC’:
3554	Enter Date (MM/DD/YYYY):
3555	Enter Time (HH:MM:SS):
3556	Current sensor type selection is 'Other (Curved Tube) '. Select sensor type:
3557	Other (Curved Tube);T-Series (Straight Tube)
3558	Current sensor type selection is 'T-Series (Straight Tube) '. Select sensor type:
3559	Low Power - Core (031) The core processor is not receiving sufficient power. Recommended Actions: This alert will not clear until you cycle power to the meter. 1. Check the wiring between the transmitter and the sensor. 2. Cycle power to the meter. 3. Measure the voltage at the core processor terminals. There should be a minimum of 11.5 volts at all times. a. If there is less than 11.5 volts, confirm that the transmitter is receiving sufficient voltage. b. If the transmitter is receiving sufficient voltage, and the problem still persists, replace the transmitter. Core Processor Input Voltage Value: %0 V
3560	Priority: Failure - Fix Now The core processor is not receiving sufficient power.
3561	Data Loss Possible (103) The totalizers are not being saved properly. The core processor was unable to store the totalizers on the last power-down and must rely on the saved totals. The saved totals can be as much as two hours out of date. Recommended Actions: 1. Make sure the transmitter and core processor are receiving sufficient power. 2. Check the power supply and power supply wiring.
3562	SD Card Not Present The internal SD Card has failed. Recommended Actions: 1. Open the transmitter and verify that an SD card is present. 2. If the problem persists, contact Micro Motion.
3563	No Permanent License No permanent license is installed on the transmitter. Recommended Actions: 1. If you have a permanent license, install it. 2. If you do not have a permanent license, contact Micro Motion to obtain one.
3564	Clock is Constant The real-time clock is not incrementing. Measurement is not affected but log timestamps will not be accurate. Recommended Actions: 1. Contact Micro Motion.
3565	Internal Memory Full The transmitter's internal memory is nearly full. Recommended Actions: Contact Micro Motion.
3566	Firmware Update Failed An error occured when updating the firmware. Recommended Actions: 1. Verify that the correct hex file is loaded onto the SD card. 2. Contact Micro Motion.
3567	Priority: Failure - Fix Now The totalizers are not being saved properly. The core processor was unable to store the totalizers on the last power-down and must rely on the saved totals. The saved totals can be as much as two hours out of date.
3568	Priority: Out of Specification - Fix Soon The totalizers are not being saved properly. The core processor was unable to store the totalizers on the last power-down and must rely on the saved totals. The saved totals can be as much as two hours out of date.
3569	Priority: Function Check The totalizers are not being saved properly. The core processor was unable to store the totalizers on the last power-down and must rely on the saved totals. The saved totals can be as much as two hours out of date.
3570	Priority: Maintenance Required The totalizers are not being saved properly. The core processor was unable to store the totalizers on the last power-down and must rely on the saved totals. The saved totals can be as much as two hours out of date.
3571	Do you want to reset all alert configurations to their default state?
3572	No changes were made to the alert configuration.
3573	All alert configurations reset successfully.
3574	Choose an action:
3575	%0 is assigned to %1.
3576	Choose the 'Discrete Event' that will trigger the action:
3577	Enter 'Density':
3578	You are about to perform a first point calibration.
3579	A problem was detected. What would you like to do?
3580	Abort;Fix and Retry
3581	Click Next if you want to continue performing calibration.
3582	Calibration is in progress...
3583	Density calibration is complete.
3584	You are about to perform a second point calibration.
3585	You are about to perform a third point calibration.
3586	You are about to perform a fourth point calibration.
3587	Note: Flow rate must be greater than 50% of the nominal flow for the meter.
3588	Density calibration failed.
3589	Resetting device. Please wait.
3590	Device reset completed successfully.
3591	'Simulation Mode' is Enabled. Do you want to disable it?
3592	'Simulation Mode' is Disabled.
3593	Enhanced Event 1 Active Discrete Event 1 has been triggered. Recommended Actions: 1. No action required. Variable: Value %0 Event Type: Value %1 Setpoint A: Value %2 %3 Setpoint B: Value %4 %5
3594	Enhanced Event 2 Active Discrete Event 2 has been triggered. Recommended Actions: 1. No action required. Variable: Value %0 Event Type: Value %1 Setpoint A: Value %2 %3 Setpoint B: Value %4 %5
3595	Enhanced Event 3 Active Discrete Event 3 has been triggered. Recommended Actions: 1. No action required. Variable: Value %0 Event Type: Value %1 Setpoint A: Value %2 %3 Setpoint B: Value %4 %5
3596	Enhanced Event 4 Active Discrete Event 4 has been triggered. Recommended Actions: 1. No action required. Variable: Value %0 Event Type: Value %1 Setpoint A: Value %2 %3 Setpoint B: Value %4 %5
3597	Enhanced Event 5 Active Discrete Event 5 has been triggered. Recommended Actions: 1. No action required. Variable: Value %0 Event Type: Value %1 Setpoint A: Value %2 %3 Setpoint B: Value %4 %5
3598	Event 1 On (108) Basic Event 1 is on (active). Recommended Actions: 1. No action required. 2. If you want to change the alert severity, go to the Configure --> Alert Setup --> Process screen.
3599	Event 2 On (109) Basic Event 2 is on (active). Recommended Actions: 1. No action required. 2. If you want to change the alert severity, go to the Configure --> Alert Setup --> Process screen.
3600	Priority: Failure - Fix Now Enhanced Event is On (Active).
3601	Priority: Out of Specification - Fix Soon An event is On (active).
3602	Priority: Function Check Enhanced Event is On (Active).
3603	Priority: Maintenance Required Enhanced Event is On (Active).
3604	Select 'Discrete Output 1 State':
3605	Off;On;End
3606	'Discrete Output 1 State' is %0.
3607	Select 'Discrete Output 2 State':
3608	'Discrete Output 2 State' is %0.
3609	Xmtr/Display Comm Error (135) Internal communication error with transmitter display. Recommended Actions: 1. Cycle power to the meter. 2. If the problem persists, contact Micro Motion.
3610	Priority: Failure - Fix Now The transmitter is detecting communication errors with the display.
3611	Priority: Out of Specification - Fix Soon The transmitter is detecting communication errors with the display.
3612	Priority: Function Check The transmitter is detecting communication errors with the display.
3613	Priority: Maintenance Required The transmitter is detecting communication errors with the display.
3614	Display Readback Error (129) Readback function from transmitter display indicates error or failure. Recommended Actions: 1. Cycle power to the meter. 2. If the problem persists, contact Micro Motion.
3615	Priority: Failure - Fix Now The transmitter is detecting readback errors with the display.
3616	Priority: Out of Specification - Fix Soon The transmitter is detecting readback errors with the display.
3617	Priority: Function Check The transmitter is detecting readback errors with the display.
3618	Priority: Maintenance Required The transmitter is detecting readback errors with the display.
3619	Drive Overrange (102) The drive power (current/voltage) is at its maximum. Recommended Actions: 1. Check the drive gain and the pickoff voltage. 2. Check for foreign material in the process gas or fluid, coating, or other process problems. 3. Check for fluid separation by monitoring the density value and comparing the results against expected density values. 4. Ensure that the sensor orientation is appropriate for your application. Settling from a two-phase or three-phase fluid can cause this alert. 5. If you want to change the alert severity, go to the Configure --> Alert Setup --> Process screen. Drive Gain: Value %0 %
3620	Priority: Failure - Fix Now The drive power (current/voltage) is at its maximum.
3621	Priority: Out of Specification - Fix Soon The drive power (current/voltage) is at its maximum.
3622	Priority: Function Check The drive power (current/voltage) is at its maximum.
3623	Priority: Maintenance Required The drive power (current/voltage) is at its maximum.
3624	RAM Error - Core (002) The transmitter has detected a problem with the sensor's electronics. Recommended Actions: 1. Cycle power to the meter. 2. If the problem persist, contact Micro Motion.
3625	EEPROM Error (018) There is an issue with the transmitter's non-volatile memory. Recommended Actions: This alert will not clear until you cycle power to the meter. 1. Evaluate the environment for sources of high electromagnetic interference (EMI) and relocate the transmitter or wiring as necessary. 2. Cycle power to the meter. 3. If the problem persists, replace the transmitter.
3626	RAM Error Transmitter (019) ROM checksum error or a RAM location cannot be written to the transmitter. Recommended Actions: This alert will not clear until you cycle power to the meter. 1. Evaluate the environment for sources of high electromagnetic interference (EMI) and relocate the transmitter or wiring as necessary. 2. Cycle power to the meter. 3. If the problem persists, replace the transmitter.
3627	Configuration Database Corrupt (022) There is an issue with the core processor's non-volatile memory. Recommended Actions: 1. Cycle power to the meter. 2. If the alert persists, replace the core processor.
3628	Program Corrupt - Core (024) There is an issue with the core processor's non-volatile memory. Recommended Actions: 1. Cycle power to the meter. 2. If the problem persists, replace the core processor.
3629	Watchdog Error The watchdog timer has expired. Recommended Actions: Contact Micro Motion.
3630	mA Output Verification Failed The mA Output 1 and mA Feedback readings do not match. Process data from mA Output 1 is not valid for SIL applications. Recommended Actions: 1. Verify the wiring of mA Output 1.
3631	Priority: Failure - Fix Now An electronics problem has been detected.
3632	API Referral;
3633	APM: Liquid with Gas;
3634	APM: Net Oil;
3635	APM: Gas with Liquid;
3636	Basic: Disable all;
3637	Concentration Measurement;
3638	Gas Standard Volume;Exit
3639	Current device application is 'API Referral'. Note: Disable 'API Referral' first before enabling any other application. All applications are mutually exclusive with 'API Referral'. Select the application option:
3640	Current device application is 'Gas Standard Volume'. Note: 'APM: Gas with Liquid' can be enabled along with 'Gas Standard Volume'. All other applications are mutually exclusive with 'Gas Standard Volume'. Select the application option:
3641	Current device application is 'Gas Standard Volume'. Select the application option:
3642	Current device application is 'Concentration Measurement'. Note: 'APM: Liquid with Gas' can be enabled along with 'Concentration Measurement'. All other applications are mutually exclusive with 'Concentration Measurement'. Select the application option:
3643	Current device application is 'APM: Liquid with Gas'. Note: 'Concentration Measurement' can be enabled along with 'APM: Liquid with Gas'. All other applications are mutually exclusive with 'APM: Liquid with Gas'. Select the application option:
3644	Current device application is 'APM: Net Oil'. Note: Disable 'APM: Net Oil' first before enabling any other application. All applications are mutually exclusive with 'APM: Net Oil'. Select the application option:
3645	Current device application is 'APM: Gas with Liquid'. Note: 'Gas Standard Volume' can be enabled along with 'APM: Gas with Liquid'. All other applications are mutually exclusive with 'APM: Gas with Liquid'. Select the application option:
3646	Current device application is 'Concentration Measurement' and 'APM: Liquid with Gas'. Note: Disable 'Concentration Measurement' and 'APM: Liquid with Gas' first before enabling any other application. All other applications are mutually exclusive with 'Concentration Measurement' and 'APM: Liquid with Gas'. Select the application option:
3647	Current device application is 'Gas Standard Volume' and 'APM: Gas with Liquid'. Note: Disable 'Gas Standard Volume' and 'APM: Gas with Liquid' first before enabling any other application. All other applications are mutually exclusive with 'Gas Standard Volume' and 'APM: Gas with Liquid'. Select the application option:
3648	Select the application option:
3649	Alert simulation mode is Disabled. Do you want to Enable it?
3650	Alert simulation mode is Enabled. Do you want to Disable it?
3651	Alert simulation mode is %0.
3652	Service Port is enabled. Do you want to disable it?
3653	Service Port is disabled. Do you want to enable it?
3654	Service Port is enabled.
3655	Service Port is disabled.
3656	Select pressure unit used by the external pressure device:
3657	Mass Flow Overrange (005) The measured flow rate is out of range for the sensor. Recommended Actions: 1. If other alerts are present, resolve those alert conditions first. If the current alert persists, continue with the recommended actions. 2. Check your process conditions against the values reported by the meter. 3. Check for two-phase flow. a. Check for two-phase alerts. If two-phase flow is the problem, alerts will be posted. b. Check the process for cavitation, flashing, or leaks. c. Monitor the density of your process fluid under normal process conditions. Flow Rate: Value %0 %1
3658	Density Out of Range (008) The measured density is below 0 g/Cucm or above 10 g/Cucm. Recommended Actions: 1. If other alerts are present, resolve those alert conditions first. If the current alert persists, continue with the recommended actions. 2. Check for two-phase flow. 3. Check for foreign material in the process gas or fluid, coating, or other process problems. 4. Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter. 5. Check the drive gain and the pickoff voltage. 6. Perform Smart Meter Verification. 7. Contact Micro Motion. Density: %0 %1
3659	Priority: Failure - Fix Now One of the primary purpose variables has an extreme value.
3660	Transmitter Initializing (009) Transmitter is in power-up mode. Recommended Actions: Allow the meter to complete its power-up sequence. The alert should clear automatically. If the alert does not clear: 1. If other alerts are present, resolve those alert conditions first. 2. Verify that the transmitter is receiving sufficient power. a. If it is not, correct the problem and cycle power to the meter. b. If it is, this suggests that the transmitter has an internal power issue. Replace the transmitter. Core Processor Input Voltage: Value %0 V
3661	Priority: Failure - Fix Now Transmitter is in power-up mode.
3662	Select 'Frequency Output Scaling Method':
3663	Frequency = Flow;Pulses/Unit;Units/Pulse
3664	Rate Factor:
3665	Pulses/Unit:
3666	Units/Pulse:
3667	Select 'Frequency Output 1 Source':
3668	Select 'Frequency Output 1 Direction':
3669	Select 'Frequency Output 2 Source':
3670	Select 'Frequency Output 2 Direction':
3671	Select 'Frequency Output 1' level:
3672	10000 Hz;Other;End
3673	Enter the desired 'Frequency Output 1':
3674	'Frequency Output 1' is fixed at %0 Hz.
3675	Select 'Frequency Output 2' level:
3676	Enter the desired 'Frequency Output 2':
3677	'Frequency Output 2' is fixed at %0 Hz.
3678	Fuel Consumption is %0.
3679	Fuel Consumption:
3680	Disable;Enable
3681	Calibration Failure (010) There can be many possible causes. Recommended Actions: 1. Ensure that your calibration procedure meets the documented requirements, cycle power to the meter, then retry the procedure. 2. If this alert appears during zeroing, verify that there is no flow through the sensor, cycle power to the meter, then retry the procedure. Mass Flow Rate: Value %0 %1 Zero Value: Value %2 µs Standard Deviation: Value %3 µs Live Zero Flow Rate: Value %4 %5
3682	Smart Meter Verification Failed (034) Smart Meter Verification failed. The test result is not within the specification uncertainty limit. Recommended Actions: 1. Rerun the test, with outputs set to Fault or Last Measured Value instead of Continue Measurement. - If the meter passes the second test, ignore the first result. - If the meter fails the second test, the flow tubes may be damaged. Use your process knowledge to determine the possibilities for damage and the appropriate actions for each. Smart Meter Verification Run Counter: Value %0 Transmitter Running Seconds at Test: Value %1
3683	Smart Meter Verification Aborted (035) Smart Meter Verification aborted. Reason: User Initiated Abort Recommended Actions: 1. Wait for 15 seconds before starting Smart Meter Verification again.
3684	Smart Meter Verification Aborted (035) Smart Meter Verification aborted. Reason: Frequency Drift Recommended Actions: 1. Ensure temperature, flow and density are stable and run Smart Meter Verification again.
3685	Smart Meter Verification Aborted (035) Smart Meter Verification aborted. Reason: High Drive Gain Recommended Actions: 1. Ensure flow is steady and minimize entrained gas and run Smart Meter Verification again.
3686	Smart Meter Verification Aborted (035) Smart Meter Verification aborted. Reason: Unstable Flow Recommended Actions: 1. Reduce flow rate and run Smart Meter Verification again.
3687	Smart Meter Verification Aborted (035) Smart Meter Verification aborted. Reason: No Air Reference Recommended Actions: 1. Perform factory calibration on air.
3688	Smart Meter Verification Aborted (035) Smart Meter Verification aborted. Reason: No Water Reference Recommended Actions: 1. Perform factory calibration on water.
3689	Smart Meter Verification Aborted (035) Smart Meter Verification aborted. Reason: Missing Configuration Recommended Actions: 1. Load verification parameter registers with proper values.
3690	Smart Meter Verification Aborted (035) Smart Meter Verification aborted. Reason: Other Recommended Actions: 1. Run Smart Meter Verification again. If abort persists, call Micro Motion customer support.
3691	Priority: Failure - Fix Now A calibration or meter verification failed or was aborted.
3692	Priority: Out of Specification - Fix Soon A calibration or meter verification failed or was aborted.
3693	Priority: Function Check A calibration or meter verification failed or was aborted.
3694	Priority: Maintenance Required A calibration or meter verification failed or was aborted.
3695	Calibration in Progress (104) A calibration procedure is in progress. Recommended Actions: 1. Allow the procedure to complete. 2. For zero calibration procedures, you may abort the calibration, set the zero time parameter to a lower value, and restart the calibration. 3. If you want to change the alert severity, go to the Configure-> Alert Setup-> Configuration screen.
3696	Smart Meter Verification in Progress (131) Smart Meter Verification is in progress. Recommended Actions: 1. Allow the procedure to complete. 2. If you want to change the alert severity, go to the Configure --> Alert Setup --> Configuration screen.
3697	Priority: Function Check A calibration or meter verification is in progress.
3698	Any changes made on this screen will be written to the device when the Next button is clicked. Transmitter operation could be affected. Click Next to write changes to the device, or click Cancel/Abort to abort. Primary Variable is set to %0. Select Primary Variable:
3699	Set to nearest possible value
3700	Channel A is not licensed.
3701	Any changes made on this screen will be written to the device when the Next button is clicked. Transmitter operation could be affected. Click Next to write changes to the device, or click Cancel/Abort to abort. mA Output 2 is set to %0. Select mA Output 2 Source:
3702	Channel B is not licensed.
3703	Any changes made on this screen will be written to the device when the Next button is clicked. Transmitter operation could be affected. Click Next to write changes to the device, or click Cancel/Abort to abort. mA Output 3 is set to %0. Select mA Output 3 Source:
3704	Any changes made on this screen will be written to the device when the Next button is clicked. Transmitter operation could be affected. Click Next to write changes to the device, or click Cancel/Abort to abort. 'Frequency Output 1' is set to '%0'. Select 'Frequency Output 1' Source:
3705	Channel C is not licensed.
3706	Any changes made on this screen will be written to the device when the Next button is clicked. Transmitter operation could be affected. Click Next to write changes to the device, or click Cancel/Abort to abort. Mode:
3707	Any changes made on this screen will be written to the device when the Next button is clicked. Transmitter operation could be affected. Click Next to write changes to the device, or click Cancel/Abort to abort. 'Frequency Output 2' is set to '%0'. Select 'Frequency Output 2' Source:
3708	Channel D is not licensed.
3709	'LD Optimization' is %0.
3710	LD Optimization:
3711	File type is invalid.
3712	File name is invalid.
3713	Matrix selection is invalid.
3714	'File not found' error occurred while loading the matrix file.
3715	Matrix file has been successfully restored.
3716	Do you want to make this file the active matrix?
3717	Device is Locked, could not configure parameters.
3718	This will help identify the device by showing an identifiable (0-0-0-0) pattern on the display. Click OK to start.
3719	The device is now displaying the pattern, making it identifiable. The display will return to normal operations after 60 seconds but can be interrupted by pressing any button on the device display.
3720	The device is Locked. Do you want to Unlock it?
3721	The device is Unlocked. Do you want to Lock it?
3722	Select 'Lock Option':
3723	Permanent;Temporary;Lock All
3724	Cannot unlock device. Device is locked by other host.
3725	Select 'mA Output 1' level:
3726	4 mA;20 mA;Other;End
3727	Output Value:
3728	Invalid unit
3729	Invalid analog output number code
3730	'mA Output 1' is fixed at %0 mA.
3731	Select 'mA Output 2' level:
3732	'mA Output 2' is fixed at %0 mA.
3733	Select 'mA Output 3' level:
3734	'mA Output 3' is fixed at %0 mA.
3735	ERROR: This method is applicable only for core processor 800.
3736	ERROR: Sensor error detected.
3737	Select 'Output Behavior':
3738	Last Value;Fault
3739	Stiffness Setpoint (percentage) :
3740	0.1;0.5;1.0;2.0;3.0;4.0;5.0
3741	Smart Meter Verification is being started. Please wait.
3742	Smart Meter Verification progress: %{intSMVprogress}% complete
3743	Smart Meter Verification passed. Meter meets factory specifications.
3744	Smart Meter Verification failed. Meter may not meet factory specifications. Press Help for more information.
3745	Smart Meter Verification error. %{0}
3746	Continue Measuring;Outputs Held at Last Value;Outputs Held at Fault
3747	Smart Meter Verification will hold outputs at last value for about 2 minutes. Press Next to start or Cancel to end.
3748	Smart Meter Verification will hold outputs at fault value for about 2 minutes. Press Next to start or Cancel to end.
3749	Smart Meter Verification failed. Meter may not meet factory specifications. Recommended Action: Run Smart Meter Verification with outputs set to last measured value or fault.
3750	Smart Meter Verification failed. Meter may not meet factory specifications. Recommended Action: Repeat the test immediately. If the meter passes the second test, the fail result can be ignored. If the meter fails the second test, the sensor may be damaged. Refer to the documentation.
3751	Smart Meter Verification error.
3752	Smart Meter Verification aborted. Reason: %{0} Recommended Action: Wait for 15 seconds before starting Smart Meter Verification again.
3753	mA Output 1 Fixed (101) The Polling Address is set to a non-zero value, or the mA output is configured to send a constant value. Recommended Actions : 1. Disable output simulation, if applicable. 2. Exit mA output trim, if applicable. 3. Check the Polling Address. If the Poling Address is non-zero, you may need to change the setting of mA Output Action (Loop Current Mode). 4. Check whether the output has been set to a constant value via digital communication. Polling Address: Value %0 Fault Action: Value %1
3754	mA Output 2 Fixed (114) Output simulation (loop testing) is enabled or mA output trim is in progress. Recommended Actions: 1. Disable output simulation, if applicable. 2. Exit mA output trim, if applicable. 3. Check whether the output has been set to a constant value via digital communication. Fault Action: Value %0
3755	mA Output 3 Fixed Output simulation (loop testing) is enabled. Recommended Actions: 1. Disable output simulation. Fault Action: Value %0
3756	Frequency Output 1 Fixed (111) Totalizers have been stopped or output simulation (loop testing) is enabled. Recommended Actions: 1. Stopping the totalizer will set the frequency output to zero. Cycling power to the transmitter or restarting the totalizer will restore the frequency output to normal operation. 2. Disable output simulation, if applicable. 3. Check if the output has been set to a constant value via digital communication. 4. If you want to change the alert severity, go to the Configure --> Alert Setup --> Output screen.
3757	Frequency Output 2 Fixed Output simulation (loop testing) is enabled. Recommended Actions: 1. Disable output simulation. 2. If you want to change the alert severity, go to the Configure --> Alert Setup --> Output screen.
3758	Discrete Output 1 Fixed (118) Output simulation (loop testing) is enabled. Recommended Actions: 1. Disable output simulation. 2. If you want to change the alert severity, go to the Configure --> Alert Setup --> Output screen.
3759	Discrete Output 2 Fixed (119) Output simulation (loop testing) is enabled. Recommended Actions: 1. Disable output simulation. 2. If you want to change the alert severity, go to the Configure-> Alert Setup-> Output screen.
3760	Priority: Failure - Fix Now One of the outputs is set to a fixed value.
3761	Priority: Out of Specification - Fix Soon One of the outputs is set to a fixed value.
3762	Priority: Function Check An outputs is set to a fixed value.
3763	Priority: Maintenance Required One of the outputs is set to a fixed value.
3764	mA Output 1 Saturated (100) The calculated amount of current output is outside of the configured range. Recommended Actions : 1. Verify that Upper Range Value and Lower Range Value are set correctly for the process variable and the process. 2. Check your process conditions against the values reported by the meter. 3. Verify that the measurement units are configured correctly for your application. 4. Purge the flow tubes. 5. Verify process conditions, checking especially for air in the flow tubes, tubes not filled, foreign material in the tubes, or coating in the tubes. 6. If you want to change the alert severity, go to the Configure Alert --> Setup --> Output screen. mA Output 1 (Primary) Source: Value %0 Flow Rate: Value %2 %1 Lower Range Value: Value %3 %1 Upper Range Value: Value %4 %1
3765	mA Output 2 Saturated (113) The calculated amount of current output is outside of the configured range. Recommended Actions : 1. Verify that Upper Range Value and Lower Range Value are set correctly for the process variable and the process. 2. Check your process conditions against the values reported by the meter. 3. Verify that the measurement units are configured correctly for your application. 4. Purge the flow tubes. 5. Verify process conditions, checking especially for air in the flow tubes, tubes not filled, foreign material in the tubes, or coating in the tubes. 6. If you want to change the alert severity, go to the Configure --> Alert Setup --> Output screen. mA Output 2 Source: Value %0 Flow Rate: Value %2 %1 Lower Range Value: Value %3 %1 Upper Range Value: Value %4 %1
3766	mA Output 3 Saturated The calculated amount of current output is outside of the configured range. Recommended Actions: 1. Verify that Upper Range Value and Lower Range Value are set correctly for the process variable and the process. 2. Check your process conditions against the values reported by the meter. 3. Verify that the measurement units are configured correctly for your application. 4. Purge the flow tubes. 5. Verify process conditions, checking especially for air in the flow tubes, tubes not filled, foreign material in the tubes, or coating in the tubes. 6. If you want to change the alert severity, go to the Configure --> Alert Setup --> Output screen. mA Output 3 Source: Value %0 Flow Rate: Value %2 %1 Lower Range Value: Value %3 %1 Upper Range Value: Value %4 %1
3767	Frequency Output 1 Saturated (110) Process variable assigned to frequency output is outside configured scale limits. Recommended Actions : 1. Check the Frequency Output Scaling Method parameter. 2. Check your process conditions against the values reported by the meter. 3. Verify process conditions, checking especially for air in the flow tubes, tubes not filled, foreign material in the tubes, or coating in the tubes. 4. Verify that the measurement units are configured correctly for your application. 5. Purge the flow tubes. 6. If you want to change the alert severity, go to the Configure --> Alert Setup --> Output screen. Frequency Output 1 Source: Value %0 Frequency Factor: Value %1 Hz Rate Factor: Value %3 %2 Pulse/Unit: Value %4 Units/Pulse: Value %5
3768	Frequency Output 2 Saturated Process variable assigned to frequency output is outside configured scale limits. Recommended Actions : 1. Check the Frequency Output Scaling Method parameter. 2. Check your process conditions against the values reported by the meter. 3. Verify process conditions, checking especially for air in the flow tubes, tubes not filled, foreign material in the tubes, or coating in the tubes. 4. Verify that the measurement units are configured correctly for your application. 5. Purge the flow tubes. 6. If you want to change the alert severity, go to the Configure --> Alert Setup --> Output screen. Frequency Output 1 Source: Value %0 Frequency Factor: Value %1 Hz Rate Factor: Value %3 %2 Pulse/Unit: Value %4 Units/Pulse: Value %5
3769	Priority: Failure - Fix Now An output value is outside the configured range.
3770	Priority: Out of Specification - Fix Soon An output value is outside the configured range.
3771	Priority: Function Check An output value is outside the configured range.
3772	Priority: Maintenance Required An output value is outside the configured range.
3773	Zero calibration cannot be performed due to present device status. Clear all alerts before proceeding.
3774	Changing configuration can affect transmitter operation. Ensure that the control loop is set for manual operation before continuing. Flow must be zero. Click Next to perform a zero calibration. Enter 'Zero Time':
3775	Zero calibration is in progress...
3776	Zero calibration has failed. It is now safe to return the control loop to automatic control.
3777	Zero calibration is successful. It is now safe to return the control loop to automatic control.
3778	Factory zero has been restored.
3779	Changing configuration can affect transmitter operation. Ensure that the control loop is set for manual operation before continuing. Click Next to start zero verification.
3780	Zero verification is in progress...
3781	Zero verification is complete. %0
3782	Two-Phase Flow (105) The density has exceeded the user-defined two-phase (density) limits. Recommended Actions: 1. Check for two-phase flow. 2. If you want to change the alert severity, go to the Configure --> Alert Setup --> Process Alert Severity screen. Two-Phase High Limit: Value %0 g/Cucm Two-Phase Low Limit: Value %1 g/Cucm Two-Phase Duration: Value %2 sec Density: Value %3 %4 Density Cutoff: Value %5 %6
3783	TBR Active (138) Transient Bubble Remediation (TBR) is active. Recommended Actions: If desired, you can configure the transmitter to ignore this condition.
3784	Temperature Out of Range (116) The measured temperature is outside the range of the API table. Recommended Actions: 1. Check your process conditions against the values reported by the device. 2. Verify the configuration of the API referral application and related parameters. 3. If you want to change the alert severity, go to the Configure --> Alert Setup --> Process screen. Temperature: Value %0 %1
3785	Density Out of Range (117) The measured density is below 0 g/Cucm or above 10 g/Cucm. Recommended Actions: 1. If other alerts are present, resolve those alert conditions first. If the current alert persists, continue with the recommended actions. 2. Check for two-phase flow. 3. Check for foreign material in the process gas or fluid, coating, or other process problems. 4. Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter. 5. Check the drive gain and the pickoff voltage. 6. Perform Smart Meter Verification. 7. Contact Micro Motion. 8. If you want to change the alert severity, go to the Configure --> Alert Setup --> Process screen. Density: Value %0 %1
3786	No External Input (115) No response received from polled device. Recommended Actions: 1. Verify that the external device is operating correctly. 2. Verify the wiring between the transmitter and the external device. 3. Verify the HART polling configuration. 4. If you want to change the alert severity, go to the Configure --> Alert Setup --> Process screen. Poll Control 1: Value %0 External Device Tag 1: Value %1 Polled Variable 1: Value %2 Poll Control 2: Value %3 External Device Tag 2: Value %4 Polled Variable 2: Value %5
3787	Extrapolation Alert (121) The line density or line temperature is outside the range of the concentration matrix plus the configured extrapolation limit. Recommended Actions: 1. Check your process conditions against the values reported by the device. 2. Verify the configuration of the concentration measurement application.
3788	Phase Genius Detected Moderate Severity Phase Genius is reporting moderate two-phase flow. Recommended Actions: 1. Verify your process.
3789	Severe Two-Phase Phase Genius is reporting severe two-phase flow. Recommended Actions: 1. Verify your process.
3790	Pressure Out of Range (123) The line pressure is outside the range of the API table. Recommended Actions: 1. Check your process conditions against the values reported by the device. 2. Verify the configuration of the API referral application and related parameters.
3791	Batch Time Out The maximum batch time has been reached and the batch has been ended. The batch probably does not meet specifications. Recommended Actions: 1. Check for abnormal conditions such as low flow or mechanical failure.
3792	Watercut Unavailable Watercut unavailable due to high gas. Recommended Actions: 1. Consider using external watercut meter.
3793	TMR Active (140) Transient Mist Remediation (TMR) is active due to 'Drive Gain' configured above threshold. Recommended Actions: 1. If desired, you can configure the transmitter to ignore this condition.
3794	Priority: Failure - Fix Now The process is deviating from normal conditions.
3795	Priority: Out of Specification - Fix Soon The process is deviating from normal conditions.
3796	Priority: Function Check The process is deviating from normal conditions.
3797	Priority: Maintenance Required The process is deviating from normal conditions.
3798	Selection for data type:
3799	Coil;Unsigned 16;Unsigned 32;Floating Point;Exit
3800	Enter 'Coil Number':
3801	number
3802	Enter 'Register Number':
3803	'Coil Mode' is %0 and 'Exception Code' is %1.
3804	'Unsigned 16 Value' is %0 and 'Exception Code' is %1.
3805	'Unsigned 32 Value' is %0 and 'Exception Code' is %1.
3806	'Floating Point Value' is %0 and 'Exception Code' is %1.
3807	Reading Device Status
3808	All inventories have been reset.
3809	All totals have been reset.
3810	Resetting Configuration Changed flag. Please wait.
3811	Configuration Changed flag has been reset.
3812	Inventory 1 has been reset.
3813	Inventory 2 has been reset.
3814	Inventory 3 has been reset.
3815	Inventory 4 has been reset.
3816	Inventory 5 has been reset.
3817	Inventory 6 has been reset.
3818	Inventory 7 has been reset.
3819	Press Next to reset the data for all six matrices. Warning: All matrix data will be deleted from the device.
3820	All matrix data has been deleted from the device.
3821	Press Next to refresh the Concentration Measurement screen.
3822	Press OK to reset the data for all six matrices. Warning: All matrix data will be deleted from the device.
3823	Totalizer 1 has been reset.
3824	Totalizer 2 has been reset.
3825	Totalizer 3 has been reset.
3826	Totalizer 4 has been reset.
3827	Totalizer 5 has been reset.
3828	Totalizer 6 has been reset.
3829	Totalizer 7 has been reset.
3830	You are about to overwrite the device configuration with factory values. Before continuing, set the control loop for manual operation and ensure that existing configuration values are documented or saved to a file. If the device connection is lost, reconnect using the defaults. Proceed?
3831	Factory values were restored successfully.
3832	'File not found' error occurred while saving the matrix file.
3833	File has been successfully saved to internal memory.
3834	Sensor Simulation On (132) Sensor simulation is enabled. Recommended Actions: 1. Disable sensor simulation. Simulation Mode: %0
3835	Priority: Function Check Sensor simulation is enabled.
3836	Sensor Failed (003) The sensor is not responding. Recommended Actions: 1. Check for two-phase flow. 2. Verify wiring between the transmitter and the sensor. 3. Check the test points and sensor coils. 4. Purge the sensor tubes.
3837	Sensor Temperature Failure (016) The value computed for the resistance of the line RTD is outside limits. Recommended Actions: 1. Check the wiring between the sensor and the transmitter. a. Refer to the installation manuals and ensure that the wiring has been performed according to instructions. Obey all applicable safety messages. b. Verify that the wires are making good contact with the terminals. c. Perform RTD resistance checks and check for shorts to case. d. Check the continuity of all wires from the transmitter to the sensor. 2. Check your process conditions against the values reported by the meter. 3. Contact Micro Motion. Temperature: Value %0 %1 Line RTD Resistance: Value %2 ohm
3838	Sensor Case Temperature Failure (017) The values computed for the resistance of the meter and case RTDs are outside limits. Recommended Actions: 1. Check the wiring between the sensor and the transmitter. a. Refer to the installation manuals and ensure that the wiring has been performed according to instructions. Obey all applicable safety messages. b. Verify that the wires are making good contact with the terminals. c. Perform RTD resistance checks and check for shorts to case. d. Check the continuity of all wires from the transmitter to the sensor. 2. Check your process conditions against the values reported by the meter. Temperature should be between -200 °F and +400 °F. 3. Verify that all of the characterization parameters match the data on the sensor tag. 4. Contact Micro Motion. Meter Temperature: Value %0 %1
3839	Priority: Failure - Fix Now The sensor is not responding.
3840	Sensor Communications Failure (026) Communication errors between transmitter and core processor. Recommended Actions: 1. Verify the wiring between the transmitter and core processor. 2. Verify the power to both the transmitter and core processor. 3. Cycle power to the transmitter. 4. If problem persists, contact Micro Motion. Core Processor Input Voltage Value: %0 V
3841	Core Write Failure (028) An attempt to write data to the core processor has failed. Recommended Actions: 1. Cycle power to the flowmeter. 2. The transmitter might need service or upgrading. Contact Micro Motion.
3842	Priority: Failure - Fix Now The transmitter has lost communication with the core processor.
3843	Set 'Date'
3844	Set 'Time'
3845	NTEP does not allow changing of this parameter.
3846	The totalizer reset option selected is %0.
3847	Select Totalizer Reset Option:
3848	Not resettable from display or digital communications.;Resettable from display only.;Resettable from digital communications only.;Resettable from display and digital communications.
3849	Invalid Reset Option
3850	Select 'Number of Stages':
3851	Select 'Batch Compensation' Mode:
3852	Select 'Batch Flow Source':
3853	For Hours between Recurring Runs, valid range is 1 to 1000 hours or 0 for no recurring schedule. Please enter again.
3854	The results are being uploaded from the device. This will take a few minutes.
3855	Test Result #%{Datalog_Index} Run Number: %0 Result: %1 Abort Code: %2 Time in Seconds: %3
3856	Select the 'Simulation Mode':
3857	Fixed Value;Sawtooth Wave;Sine Wave
3858	'Simulation Mode' is %0.
3859	Enter 'Density Fixed Value':
3860	Enter 'Density Ramp Low Point':
3861	Enter 'Density Ramp High Point':
3862	Enter 'Density Ramp Period' in seconds:
3863	Select an alert to simulate:
3864	Select an option:
3865	Enable;Disable
3866	Alert has been enabled successfully.
3867	Alert has been disabled successfully.
3868	Enter 'Mass Flow Rate Fixed Value':
3869	Enter 'Mass Flow Rate Ramp Low Point':
3870	Enter 'Mass Flow Rate Ramp High Point':
3871	Enter 'Mass Flow Rate Ramp Period' in seconds:
3872	Enter 'Temperature Fixed Value':
3873	Enter 'Temperature Ramp Low Point':
3874	Enter 'Temperature Ramp High Point':
3875	Enter 'Temperature Ramp Period' in seconds:
3876	Inventory 1 has been started.
3877	Inventory 2 has been started.
3878	Inventory 3 has been started.
3879	Inventory 4 has been started.
3880	Inventory 5 has been started.
3881	Inventory 6 has been started.
3882	Inventory 7 has been started.
3883	Totalizer 1 has been started.
3884	Totalizer 2 has been started.
3885	Totalizer 3 has been started.
3886	Totalizer 4 has been started.
3887	Totalizer 5 has been started.
3888	Totalizer 6 has been started.
3889	Totalizer 7 has been started.
3890	All totalizers have been started.
3891	Inventory 1 has been stopped.
3892	Inventory 2 has been stopped.
3893	Inventory 3 has been stopped.
3894	Inventory 4 has been stopped.
3895	Inventory 5 has been stopped.
3896	Inventory 6 has been stopped.
3897	Inventory 7 has been stopped.
3898	Totalizer 1 has been stopped.
3899	Totalizer 2 has been stopped.
3900	Totalizer 3 has been stopped.
3901	Totalizer 4 has been stopped.
3902	Totalizer 5 has been stopped.
3903	Totalizer 6 has been stopped.
3904	Totalizer 7 has been stopped.
3905	All totalizers have been stopped.
3906	Aborting method due to mA Output Action set to Fixed.
3907	Connect the reference meter.
3908	Click Next to set 'mA Output 1' to %0 mA.
3909	Enter reading from the reference meter:
3910	Not in analog output mode
3911	In multidrop mode
3912	Does the device output match the reference meter?
3913	Click Next to set 'mA Output 2' to %0 mA.
3914	Click Next to set 'mA Output 3' to %0 mA.
3915	Tube Not Full (033) The sensor is not responding. Recommended Actions: 1. Check for possible fluid separation by monitoring the density value and comparing the results against expected density values. 2. Check for plugging, coating, or two-phase flow. 3. Settling from a two-phase or three-phase fluid can cause this alert even if the flow tubes are full. This could mean that the sensor needs to be reoriented. Refer to the sensor installation manual for recommended sensor orientations.
3916	Priority: Failure - Fix Now There is insufficient signal coming from the sensor pickoff coils, which suggests that the sensor tubes are being prevented from vibrating at their natural frequency.
3917	Priority: Out of Specification - Fix Soon There is insufficient signal coming from the sensor pickoff coils, which suggests that the sensor tubes are being prevented from vibrating at their natural frequency.
3918	Priority: Function Check There is insufficient signal coming from the sensor pickoff coils, which suggests that the sensor tubes are being prevented from vibrating at their natural frequency.
3919	Priority: Maintenance Required There is insufficient signal coming from the sensor pickoff coils, which suggests that the sensor tubes are being prevented from vibrating at their natural frequency.
3920	Smart Meter Verification schedule is turned off.
3921	Mass Flow Rate: Value %0 %1 Volume Flow Rate: Value %2 %3 Density: Value %4 %5
3922	Temperature: Value %0 %1
3923	Temperature: Value %0 %1 Net Oil Flow at Line: Value %2 %3 Net Water Flow at Line: Value %4 %5
3924	Net Oil Flow at Reference: Value %0 %1 Net Water Flow at Reference: Value %2 %3 Gas Void Fraction: Value %4 %
3925	Watercut at Line: Value %0 %1 Watercut at Reference: Value %2 %3
3926	Temperature: Value %0 %1 Std Vol Flow Rate: Value %2 %3 Density at Ref: Value %4 %5
3927	Density (Fixed SG Units): Value %0 %1
3928	Net Mass Flow Rate: Value %0 %1 Concentration: Value %2 %3
3929	Net Mass Flow Rate: Value %0 %1 Concentration: Value %2 %3 Density (Fixed SG Units): Value %4 %5
3930	Concentration: Value %0 %1 Net Vol Flow Rate: Value %2 %3
3931	Concentration: Value %0 %1 Net Vol Flow Rate: Value %2 %3 Density (Fixed SG Units) : Value %4 %5
3932	Concentration: Value %0 %1
3933	Concentration: Value %0 %1 Density (Fixed SG Units) : Value %2 %3
3934	Mass Flow Rate: Value %0 %1 Gas Volume Flow Rate: Value %2 %3 Density: Value %4 %5
3935	Temperature: Value %0 %1 Density at Reference Temperature: Value %2 %3 Average Observed Density: Value %4 %5
3936	Referred Volume Flow Rate: Value %0 %1 Average Temperature: Value %2 %3 CPTL: Value %4
3937	OK
3938	Register is read-only.
3939	Coil Mode:
3940	Enter 'Unsigned 16 Value':
3941	uValue
3942	Enter 'Unsigned 32 Value':
3943	Enter 'Floating Point Value':
3944	fValue
3945	Returning 'mA Output 1' to normal function...
3946	Returning 'mA Output 2' to normal function...
3947	Returning 'mA Output 3' to normal function...
3948	Note: When selecting upscale or downscale, configure fault value before sending fault code to the device.
3949	Note: Send PV assignment before modifying range values.
3950	Note: Send scaling method selection to the device prior to performing frequency output scaling.
3951	Note: Send SV assignment before modifying range values.
3952	Note: Send TV assignment before modifying frequency scaling.
3953	Note: Variables which use this as the units code will be in the previous units until this value is sent to the device.
3954	All alerts are acknowledged.
3955	Transmitter status complete
3956	Transmitter status OK
3957	Write Protect is Disabled.
3958	Write Protect is Enabled.
3959	Select Write Protect Action:
3960	Select flow condition:
3961	Flow Present;No Flow Present
3962	This procedure verifies the installation of the meter while flow is present. The meter must be at process temperature to run this procedure. Procedure may take approximately 5 minutes.
3963	Running Installation Verification can affect transmitter operation. Ensure that the control loop is set for manual operation before continuing.
3964	Installation Verification is being started. Please wait.
3965	The flow rate must be zero in order to verify your installation. This procedure may take approximately 5 minutes.
3966	Installation Verification progress: %{intInstallVerifyProgress}% complete
3967	Micro Motion recommends scheduling Smart Meter Verification to run once a month. Do you wish to enable this schedule?
3968	Installation Verification passed. The installation appears to meet specification.
3969	Installation Verification failed because the process is too noisy. Stabilize the process before trying again. Do you want to try again?
3970	Select Unit
Reference ID	String