Device dictionary

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Reference ID	String
0	Density Gas Viscosity Meter
1	Model
2	Action
3	Fixed
4	Live
5	Mode
6	Write Protection
7	Disabled
8	Enabled
9	Trigger Mode
10	The type of process change that will initiate the trigger.
11	Event Notification Control:
12	Primary Variable Out of Limits
13	Non-Primary Variable Out of Limits
14	Primary Variable mA Output Saturated
15	Primary Variable mA Output Fixed
16	g/mol
17	µs
18	MJ/Kg
19	MJ/Nm3
20	BTU/lb
21	BTU/scf
22	MJ/min
23	MJ/day
24	BTU/min
25	BTU/day
26	Long Tag
27	Date
28	Description
29	Transmitter Software
30	.1f
31	Hardware
32	Serial Number
33	Universal
34	Field Device
35	A000: Undefined
36	A001: EEPROM Error
37	A002: RAM Error
38	A003: No Sensor Response
39	A004: Temperature Overrange
40	A005: Velocity Overrange
41	A006: Characterization Required
42	A007: Reserved
43	A008: Density Overrange
44	A009: Transmitter Initializing/Warming Up
45	A010: Calibration Failure
46	A011: Zero Calibration Failed: Low
47	A012: Zero Calibration Failed: High
48	A013: Zero Calibration Failed: Unstable
49	A014: Transmitter Failure
50	A015: Reserved
51	A016: Sensor RTD Failure
52	A017: Sensor RTD Failure
53	A018: Reserved
54	A019: Reserved
55	A020: Calibration Factors Missing
56	A021: Transmitter/Sensor/Software Mismatch
57	A022: Reserved
58	A023: Reserved
59	A024: Reserved
60	A025: Reserved
61	A026: Reserved
62	A027: Security Breach
63	A028: Reserved
64	A029: PIC/Daughterboard Communications Failure
65	A030: Incorrect Board Type
66	A031: Low Power
67	A032: Reserved
68	A033: Insufficient Pickoff Signal
69	A034: Reserved
70	A035: Reserved
71	A036: Viscosity Overrange
72	A037: Sensor Check Failed
73	A038: Time Period Overrange
74	A039: Undefined
75	A100: mA Output 1 Saturated
76	A101: mA Output 1 Fixed
77	A102: Drive Overrange
78	A103: Reserved
79	A104: Calibration in Progress
80	A105: Two-Phase Flow
81	A106: Burst Mode Enabled
82	A107: Power Reset Occurred
83	A108: Reserved
84	A109: Reserved
85	A110: Reserved
86	A111: Reserved
87	A112: Reserved
88	A113: mA Output 2 Saturated
89	A114: mA Output 2 Fixed
90	A115: No External Input or Polled Data
91	A116: Temperature Overrange (API)
92	A117: Density Overrange (API)
93	A118: Discrete Output Fixed
94	A119: Reserved
95	A120: Curve Fit Failure (Concentration)
96	A121: Extrapolation Alert (Concentration)
97	A122: Pressure Overrange (API)
98	A123: Reserved
99	A124: Reserved
100	A125: Reserved
101	A126: Reserved
102	A127: Reserved
103	A128: Reserved
104	A129: Reserved
105	A130: Reserved
106	A131: Reserved
107	A132: Simulation Active
108	A133: EEPROM Error (Display)
109	A134: Tube-Case Temperature Difference Overrange
110	A135: Time Period Trap Active
111	A136: Incorrect Display Type
112	A137: Sensor Check Questionable
113	A138: Reserved
114	A139: Undefined
115	Sensor Check in Progress
116	SG/RD/MW Calibration in Progress
117	Density Offset Calibration in Progress
118	Viscosity Scaling Calibration in Progress
119	Calibration Check
120	Zero Calibration In Progress
121	Temperature Slope Calibration In Progress
122	Temperature Offset Calibration In Progress
123	Enhanced Event 1 Active
124	Enhanced Event 2 Active
125	Enhanced Event 3 Active
126	Enhanced Event 4 Active
127	Enhanced Event 5 Active
128	Discrete Output 1 Active
129	Reserved
130	Velocity Switch Active
131	Undefined
132	Dynamic Variables Returned for Device Variables
133	Command Response Truncated
134	PV
135	SV
136	TV
137	QV
138	% Range
139	MAO1
140	Primary Variable Percent Range
141	Primary Variable Upper Range Value
142	Primary Variable Lower Range Value
143	4.2f
144	Update Rate
145	Default Update Rate
146	Trigger Level
147	The value of the process variable that will initiate the trigger. Applicable only if Trigger Mode = Rising or Falling.
148	Burst Variable 1
149	Trigger Interval
150	The amount of time that the meter will wait, after an alert is active, before initiating event notification.
151	Retry Rate
152	Event notification will continue until acknowledged by a host or until this interval expires, whichever comes first.
153	A105: Slug Flow
154	Option
155	Device Variables with Status
156	Read Additional Device Status
157	Invalid selection.
158	Velocity switch setpoint value out of range
159	Transmitter-Specific Command Error (Invalid CM curve)
160	Invalid Concentration Units Code
161	Invalid Temperature Units Code
162	Invalid Density Units Code
163	Reference Temperature Out of Range
164	Water Reference Temperature Out of Range
165	Water Reference Density Out of Range
166	Slope Trim Out of Range
167	Slope Offset Out of Range
168	Extrapolation Alarm Limit Out of Range
169	Max Fit Order Out of Range
170	Coil or starting register out of range.
171	Value out of range.
172	Temperature calibration slope out of range.
173	Temperature calibration offset out of range.
174	Analog fault level out of range.
175	Thermal Expansion Coefficient out of range.
176	Alternate pressure out of range.
177	Error in enable API calculation.
178	Enable Concentration Measurement Code Out of Range
179	Error in enabling density low extrapolation limit.
180	Error in enabling density high extrapolation limit.
181	Error in enabling temperature low extrapolation limit.
182	Error in enabling temperature high extrapolation limit.
183	Invalid Curve Index
184	Invalid Data Index
185	Invalid Viscosity Range Select Index
186	Invalid Referred Viscosity Calculation Method
187	Invalid Referred Viscosity Maximum Fit Order
188	Invalid legacy index 1.
189	Invalid legacy index 2.
190	Invalid Concentration Measurement Mode Code
191	Density special base unit out of range.
192	Dynamic viscosity special base unit out of range.
193	Kinematic viscosity special base unit out of range.
194	Invalid Compressibility Method
195	SGERG value Out of Range
196	User density of water out of range.
197	Invalid user-defined calculation output base density source.
198	Invalid elevation.
199	Invalid Gas Type
200	Invalid concentration equation type.
201	Applied process is too high.
202	Applied process is too low.
203	Enable External Volume Flow Error
204	Enable External Mass Flow Error
205	Enable is rejected as calculated density is enabled.
206	Enable is rejected as input density is enabled.
207	Density at Reference (API)
208	Concentration
209	Density at Reference (CM)
210	Tube-Case Temp Difference
211	Velocity
212	User-Defined Calculation Output
213	Molecular Weight
214	Relative Density
215	Specific Gravity (Gas)
216	Base Density (Gas)
217	Net Mass Flow Rate
218	Net Volume Flow Rate
219	Specific Gravity (CM)
220	Dynamic Viscosity
221	Kinematic Viscosity
222	Referred Viscosity
223	Referred Viscosity (Secondary)
224	Compressibility
225	Current (mA Output 1)
226	Current (mA Output 2)
227	Pickoff Amplitude
228	Sensor Time Period (A)
229	Sensor Time Period
230	Quality Factor
231	Case Temperature
232	Fluid Density at Specified Temperature and Concentration
233	Concentration
234	Concentration 1
235	Density 1
236	Concentration 2
237	Density 2
238	Concentration 3
239	Density 3
240	Concentration 4
241	Density 4
242	Concentration 5
243	Density 5
244	Fluid Density at Reference Temperature and Specified Concentration
245	Ref Temperature
246	Density 1 at Ref
247	Density 2 at Ref
248	Density 3 at Ref
249	Density 4 at Ref
250	Density 5 at Ref
251	Concentration 6
252	Density 6 at Ref
253	Subtest
254	Verification Time Period Difference
255	Verification Time Period Stability (Test)
256	Fluid Temperature Stability (Test)
257	Case Temperature Stability (Test)
258	Drive Gain (Test)
259	Result
260	Fluids and Samples
261	Fluid 1 and Sample 1
262	Fluid 1 and Sample 2
263	Fluid 2 and Sample 1
264	Fluid 2 and Sample 2
265	Fluid 3 and Sample 1
266	Fluid 3 and Sample 2
267	Fluid 4 and Sample 1
268	Fluid 4 and Sample 2
269	Fluid 5 and Sample 1
270	Fluid 5 and Sample 2
271	Fluid 6 and Sample 1
272	Fluid 6 and Sample 2
273	Fluid 7 and Sample 1
274	Fluid 7 and Sample 2
275	Fluid 8 and Sample 1
276	Fluid 8 and Sample 2
277	Viscosity
278	Fluid 1
279	Sample 1
280	Sample 2
281	Fluid 2
282	Fluid 3
283	Fluid 4
284	Fluid 5
285	Fluid 6
286	Fluid 7
287	Fluid 8
288	Referred Viscosity at Specified Temperature
289	Limits
290	Calibration Gas Low
291	Calibration Gas Medium
292	Calibration Gas High
293	Specific Gravity
294	Sensor Time Period (µs)
295	Molecular Weight (g/mol)
296	Input Density
297	Calculated Density
298	Specific Gravity 1 (Gas)
299	Specific Gravity 2 (Gas)
300	Specific Gravity 3 (Gas)
301	Specific Gravity 4 (Gas)
302	Molecular Weight 1
303	Molecular Weight 2
304	Molecular Weight 3
305	Molecular Weight 4
306	Concentration 1
307	Concentration 2
308	Concentration 3
309	Concentration 4
310	Advanced HART Configuration
311	Reset Matrix Data
312	Deletes all data in the concentration matrices.
313	External Device Polling
314	Lock/Unlock Device
315	API Referral Setup
316	Enter Matrix Data
317	Define or modify the matrix being configured.
318	mA Outputs
319	Restore Factory Configuration
320	Locate Device
321	Read Modbus Data
322	Write Modbus Data
323	Discrete Output Loop Test
324	External Inputs
325	Configure parameters required for pressure, external temperature, and other external variables.
326	Special Units
327	Configure the parameters required to convert an existing measurement unit to a different unit.
328	Change Alert Severity
329	Enable/Disable Applications
330	Enable or disable optional applications.
331	Calibration Factors
332	Known Density Verification
333	User-Defined Calculations
334	Create a new process variable from current process data and user-defined constants.
335	Density Offset Calibration
336	Device Reset
337	A005: Velocity Overrange
338	Start Calibration
339	Viscosity Scaling Factor Calibration
340	Gas Meter Calibration
341	Perform gas meter calibration.
342	Base Density
343	Configure the parameters and inputs required for base density measurement.
344	Enable/Disable Compressibility Calculations
345
346	Results
347	Select Device Measurement
348	Inline Calibration Check
349	Simulate Dynamic Viscosity
350	Overview
351	Burst Mode
352	Burst Message 1
353	Message Contents
354	Configure Update Rate
355	Burst Message 2
356	Burst Message 3
357	Event Notification
358	Alert Bit Selection
359	Applications
360	Identification
361	Revisions
362	MID Information
363	Security
364	Configure
365	CDM 100 Format
366	7835/45 Format
367	Displays the calibration factors in legacy format.
368	Density (Uncompensated) Range 1
369	Density (Uncompensated) Range 2
370	Temperature Compensation
371	Pressure Compensation Range 1
372	Pressure Compensation Range 2
373	Pressure Compensation Range 3
374	Pressure Compensation Range 4
375	Density (Calculated)
376	Density (Uncompensated)
377	Ultra Low Range (0.50 – 10.46 cP)
378	Low Range (10.46 – 108.16 cP)
379	Medium Range (108.16 – 1087.43 cP)
380	High Range (1087.43 – 13345.64 cP)
381	Viscosity Compensation for Density (Low)
382	Viscosity Compensation for Density (High)
383	Temperature Calibration Set
384	Temperature Calibration Factors Set 1
385	Temperature Calibration Factors Set 2
386	Velocity of Sound Compensation
387	Calibration Coefficients Set 1
388	Calibration Coefficients Set 2
389	Calibration Coefficients Set 3
390	Calibration Coefficients Set 4
391	Calibration Information
392	Time Period Data Set 1
393	Time Period Data Set 2
394	Time Period Data Set 3
395	Time Period Data Set 4
396	Gas Data Set 1
397	Gas Data Set 2
398	Gas Data Set 3
399	Gas Data Set 4
400	Optional Setup
401	Velocity/Volume
402	Mass (Calculated)
403	API Referral
404	Concentration Measurement Configuration
405	Configure Matrix
406	Reference Conditions
407	At Specific Temp and Conc
408	At Reference Temp and Conc
409	Temperature Isotherm
410	Isotherm 1
411	Isotherm 2
412	Isotherm 3
413	Isotherm 4
414	Isotherm 5
415	Isotherm 6
416	Trim Concentration Measurement Process Variables
417	Density at Reference
418	Calculation Constants
419	Configure External Inputs
420	Gas Measurement
421	Setup Compressibility
422	Energy Content Measurement
423	Volume
424	Gas Composition
425	Energy
426	Gas Calibration
427	Mass
428	Display Behavior
429	Display Menus
430	Process Variables
431	Velocity Switch
432	External Device Polling
433	External Polling 1
434	External Polling 2
435	External Polling 3
436	External Polling 4
437	Mapped Variable Units
438	Inputs/Outputs Fault Actions
439	Alert Severity
440	Enhanced Events
441	Enhanced Event 1
442	Enhanced Event 2
443	Enhanced Event 3
444	Enhanced Event 4
445	Enhanced Event 5
446	Concentration Measurement Alerts
447	Service Tools
448	Variables
449	Calculated Variables
450	API Variable
451	Ignition Index
452	mA Output 1
453	mA Output 2
454	Transmitter
455	Process
456	Calibration
457	Verification
458	Reset/Restore
459	Simulate Values
460	F: EEPROM Error
461	F: RAM Error
462	F: No Sensor Response
463	View Diagnostic Variables
464	F: Temperature Overrange
465	Alert Diagnostic Variables
466	F: Velocity Overrange
467	F: Characterization Required
468	View Calibration Factors
469	F: Density Overrange
470	F: Transmitter Initializing/Warming Up
471	F: Calibration Failure
472	F: Zero Calibration Failed: Low
473	F: Zero Calibration Failed: High
474	F: Zero Calibration Failed: Unstable
475	F: Transmitter Failure
476	F: Sensor RTD Failure
477	M: Sensor RTD Failure
478	F: Calibration Factors Missing
479	F: Transmitter/Sensor/Software Mismatch
480	F: Security Breach
481	F: PIC/Daughterboard Communication Failure
482	F: Incorrect Board Type
483	F: Insufficient Pickoff Signal
484	A: Viscosity Overrange
485	F: Sensor Check Failed
486	F: Time Period Overrange
487	A: mA Output 1 Saturated
488	A: mA Output 1 Fixed
489	M: Drive Overrange
490	A: Calibration in Progress
491	M: Two-Phase Flow
492	A: Burst Mode Enabled
493	M: Power Reset Occurred
494	A: mA Output 2 Saturated
495	A: mA Output 2 Fixed
496	M: No External Input or Polled Data
497	M: Temperature Overrange (API)
498	M: Density Overrange (API)
499	A: Discrete Output Fixed
500	A: Curve Fit Failure (Concentration)
501	M: Extrapolation Alert (Concentration)
502	View Concentration Measurement Configuration
503	M: Pressure Overrange (API)
504	A: Simulation Active
505	M: EEPROM Error (Display)
506	M: Tube-Case Temperature Difference Overrange
507	M: Incorrect Display Type
508	A: Enhanced Event 1 Active
509	A: Enhanced Event 2 Active
510	A: Enhanced Event 3 Active
511	A: Enhanced Event 4 Active
512	A: Enhanced Event 5 Active
513	A: Velocity Switch Active
514	M: Primary Variable mA Output Saturated
515	A: Primary Variable mA Output Fixed
516	User-Defined 1
517	Programmable Constants
518	Calculation Variables
519	Calculation Variable (a)
520	Calculation Variable (b)
521	Calculation Variable (c)
522	Calculation Variable (d)
523	Calculation Variable (e)
524	Calculation Variable (f)
525	User-Defined 2
526	User-Defined 3
527	Diagnostic Variables
528	External Variables
529	Setup Calibration Gas Data
530	Matrix Referral
531	Viscosity at Specific Temp
532	ASTM D341 Single
533	Multi-curve ASTM
534	Verify Results
535	Energy Flow
536	8.2f
537	8d
538	Update Period
539	Temperature Classification
540	Temperature Family
541	Status
542	Temperature LS
543	Temperature Family Status
544	Temperature Update Period
545	.2f
546	.3f
547	.4f
548	.5f
549	.6f
550	High Density Cutoff
551	Damping
552	Density Classification
553	Density Family
554	Density LS
555	Density Family Status
556	Density Update Period
557	Referred Density Unit
558	The referred density value after the density offset has been applied.
559	Referred Density Upper Sensor Limit
560	Referred Density Lower Sensor Limit
561	API Density Classification
562	API Density Family
563	API Density LS
564	API Density Family Status
565	API Density Update Period
566	Density at Reference (CM)
567	ED Density Reference Classification
568	ED Density Reference Family
569	ED Density Reference LS
570	ED Density Reference Family Status
571	ED Density Reference Update Period
572	Specific Gravity (CM)
573	Specific Gravity (CM) Upper Sensor Limit
574	Specific Gravity (CM) Lower Sensor Limit
575	Specific Gravity (CM) Minimum Span
576	ED Density SGU Classification
577	ED Density SGU Family
578	ED Density SGU PDQ
579	ED Density SGU LS
580	ED Density SGU Family Status
581	ED Density SGU Update Period
582	Mass Flow Rate Unit
583	ED Net Mass Flow Classification
584	ED Net Mass Flow Family
585	ED Net Mass Flow PDQ
586	ED Net Mass Flow LS
587	ED Net Mass Flow Family Status
588	ED Net Mass Flow Update Period
589	Volume Flow Unit
590	10.4f
591	ED Net Volume Flow Classification
592	ED Net Volume Flow Family
593	ED Net Volume Flow PDQ
594	ED Net Volume Flow LS
595	ED Net Volume Flow Family Status
596	ED Net Volume Flow Update Period
597	The concentration value after the density offset has been applied.
598	5.4f
599	ED Concentration Classification
600	ED Concentration Family
601	ED Concentration LS
602	ED Concentration Family Status
603	ED Concentration Update Period
604	Drive Gain Unit
605	Drive Gain is the amount of current required to drive the vibrating element, expressed as a percentage of the maximum allowable drive gain.
606	6.2f
607	Drive Classification
608	Drive Family
609	Drive LS
610	Drive Family Status
611	Drive Update Period
612	Case Temperature Classification
613	Case Temperature Family
614	Case Temperature PDQ
615	Case Temperature LS
616	Case Temperature Family Status
617	Case Temperature Update Period
618	Pickoff Amplitude represents the distance that the vibrating element is traveling from its resting state.
619	8.3f
620	Tube Classification
621	Tube Family
622	Tube PDQ
623	Tube LS
624	Tube Family Status
625	Tube Update Period
626	Board Temperature is the temperature of the device's electronic board stack.
627	Board Temperature Classification
628	Board Temperature Family
629	Board Temperature PDQ
630	Board Temperature LS
631	Board Temperature Family Status
632	Board Temperature Update Period
633	Input Voltage is the current power input.
634	Input Voltage Classification
635	Input Voltage Family
636	Input Voltage PDQ
637	Input Voltage LS
638	Input Voltage Family Status
639	Input Voltage Update Period
640	External Pressure
641	Current pressure value from an external device.
642	Pressure Classification
643	Pressure Family
644	Pressure PDQ
645	Pressure LS
646	Pressure Family Status
647	Pressure Update Period
648	Current temperature value from an external device.
649	External Temperature Classification
650	External Temperature Family
651	External Temperature PDQ
652	External Temperature LS
653	External Temperature Family Status
654	External Temperature Update Period
655	User-Defined Calculation Output Unit
656	The result of the user-defined calculation.
657	User-Defined Calculation Output Upper Sensor Limit
658	User-Defined Calculation Output Lower Sensor Limit
659	User-Defined Calculation Output Minimum Span
660	User-Defined Calculation Output Classification
661	User-Defined Calculation Output Family
662	User-Defined Calculation Output PDQ
663	User-Defined Calculation Output LS
664	User-Defined Calculation Output Family Status
665	User-Defined Calculation Output Update Period
666	Sensor Time Period Unit
667	Sensor Time Period (A) Classification
668	Sensor Time Period (A) Family
669	Sensor Time Period (A) PDQ
670	Sensor Time Period (A) LS
671	Sensor Time Period (A) Family Status
672	Sensor Time Period Update Period
673	The difference between the temperature of the sensor case and the temperature of the sensor tubes.
674	Tube-Case Temp Difference Classification
675	Tube-Case Temp Difference Family
676	Tube-Case Temp Difference LS
677	Tube-Case Temp Difference Family Status
678	Tube-Case Temp Difference Update Period
679	Dynamic Viscosity Unit
680	Pascals/sec
681	Dynamic Viscosity Upper Sensor Limit
682	Dynamic Viscosity Lower Sensor Limit
683	Dynamic Viscosity Minimum Span
684	Dynamic Viscosity Classification
685	Dynamic Viscosity Family
686	Dynamic Viscosity LS
687	Dynamic Viscosity Family Status
688	Dynamic Viscosity Update Period
689	Kinematic Viscosity Unit
690	Kinematic Viscosity Upper Sensor Limit
691	Kinematic Viscosity Lower Sensor Limit
692	Kinematic Viscosity Minimum Span
693	Kinematic Viscosity Classification
694	Kinematic Viscosity Family
695	Kinematic Viscosity LS
696	Kinematic Viscosity Family Status
697	Kinematic Viscosity Update Period
698	Referred Viscosity Unit
699	Referred Viscosity Upper Sensor Limit
700	Referred Viscosity Lower Sensor Limit
701	Referred Viscosity Minimum Span
702	Referred Viscosity Classification
703	Referred Viscosity Family
704	Referred Viscosity PDQ
705	Referred Viscosity LS
706	Referred Viscosity Family Status
707	Referred Viscosity Update Period
708	Secondary Referred Viscosity Upper Sensor Limit
709	Secondary Referred Viscosity Lower Sensor Limit
710	Secondary Referred Viscosity Minimum Span
711	Secondary Referred Viscosity Classification
712	Secondary Referred Viscosity Family
713	Secondary Referred Viscosity PDQ
714	Secondary Referred Viscosity LS
715	Secondary Referred Viscosity Family Status
716	Secondary Referred Viscosity Update Period
717	Calculated Carbon Aromaticity Index
718	CCAI Upper Sensor Limit
719	CCAI Lower Sensor Limit
720	CCAI Minimum Span
721	CCAI Classification
722	CCAI Family
723	CCAI PDQ
724	CCAI LS
725	CCAI Family Status
726	CCAI Update Period
727	Calculated Ignition Index
728	CII Upper Sensor Limit
729	CII Lower Sensor Limit
730	CII Minimum Span
731	CII Classification
732	CII Family
733	CII PDQ
734	CII LS
735	CII Family Status
736	CII Update Period
737	Quality Factor Upper Sensor Limit
738	Quality Factor Lower Sensor Limit
739	Quality Factor Minimum Span
740	Quality Factor Classification
741	Quality Factor Family
742	Quality Factor PDQ
743	Quality Factor LS
744	Quality Factor Family Status
745	Quality Factor Update Period
746	Gas Specific Gravity Upper Sensor Limit
747	Gas Specific Gravity Lower Sensor Limit
748	Gas Specific Gravity Minimum Span
749	Gas Specific Gravity
750	Gas Specific Gravity Classification
751	Gas Specific Gravity Family
752	Gas Specific Gravity LS
753	Gas Specific Gravity Family Status
754	Gas Specific Gravity Update Period
755	Relative Density Upper Sensor Limit
756	Relative Density Minimum Span
757	Relative Density Classification
758	Relative Density Family
759	Relative Density LS
760	Relative Density Family Status
761	Relative Density Update Period
762	Molecular Weight Unit
763	Molecular Weight Upper Sensor Limit
764	Molecular Weight Lower Sensor Limit
765	Molecular Weight Minimum Span
766	Molecular Weight Classification
767	Molecular Weight Family
768	Molecular Weight LS
769	Molecular Weight Family Status
770	Molecular Weight Update Period
771	Compressibility Classification
772	Compressibility Family
773	Compressibility PDQ
774	Compressibility LS
775	Compressibility Family Status
776	Compressibility Update Period
777	Wobbe Index Unit
778	Wobbe Index
779	The ratio of the calorific value of a gas to its specific gravity. Typically measured in BTU/SCF or MJ/SCM.
780	Wobbe Index Upper Sensor Limit
781	Wobbe Index Lower Sensor Limit
782	Wobbe Index Minimum Span
783	Wobbe Index Classification
784	Wobbe Index Family
785	Wobbe Index PDQ
786	Wobbe Index LS
787	Wobbe Index Family Status
788	Wobbe Index Update Period
789	Calorific Value Unit
790	Calorific Value
791	The amount of heat released during the combustion of a specified amount of gas. Measured in units of energy per units of the gas.
792	Calorific Value Upper Sensor Limit
793	Calorific Value Lower Sensor Limit
794	Calorific Value Minimum Span
795	Calorific Value Classification
796	Calorific Value Family
797	Calorific Value PDQ
798	Calorific Value LS
799	Calorific Value Family Status
800	Calorific Value Update Period
801	Percent CO2 Unit
802	Percent CO2
803	Percent CO2 Upper Sensor Limit
804	Percent CO2 Lower Sensor Limit
805	Percent CO2 Minimum Span
806	Percent CO2 Classification
807	Percent CO2 Family
808	Percent CO2 PDQ
809	Percent CO2 LS
810	Percent CO2 Family Status
811	Percent CO2 Update Period
812	External Volume Flow Rate
813	Current volume flow rate from an external device.
814	Volume from Mag/Vortex Meter
815	Volume Flow Classification
816	Volume Flow Family
817	Volume Flow LS
818	Volume Flow Family Status
819	Volume Flow Update Period
820	Gas Base Density
821	Gas Base Density Classification
822	Gas Base Density Family
823	Gas Base Density PDQ
824	Gas Base Density LS
825	Gas Base Density Family Status
826	Gas Base Density Update Period
827	Mass Flow Rate (Calculated)
828	Current mass flow rate as calculated from external volume flow rate.
829	Calculated Mass Flow from Mag Meter Input
830	Mass Flow Classification
831	Mass Flow Family
832	Mass Flow LS
833	Mass Flow Family Status
834	Mass Flow Update Period
835	Percent N2 Unit
836	Percent N2
837	Percent N2 Upper Sensor Limit
838	Percent N2 Lower Sensor Limit
839	Percent N2 Minimum Span
840	Percent N2 Classification
841	Percent N2 Family
842	Percent N2 PDQ
843	Percent N2 LS
844	Percent N2 Family Status
845	Percent N2 Update Period
846	Percent H2 Unit
847	Percent H2
848	Percent H2 Upper Sensor Limit
849	Percent H2 Lower Sensor Limit
850	Percent H2 Minimum Span
851	Percent H2 Classification
852	Percent H2 Family
853	Percent H2 PDQ
854	Percent H2 LS
855	Percent H2 Family Status
856	Percent H2 Update Period
857	Percent CO Unit
858	Percent CO
859	Percent CO Upper Sensor Limit
860	Percent CO Lower Sensor Limit
861	Percent CO Minimum Span
862	Percent CO Classification
863	Percent CO Family
864	Percent CO PDQ
865	Percent CO LS
866	Percent CO Family Status
867	Percent CO Update Period
868	Volume Flow at Reference Temperature Classification
869	Volume Flow at Reference Temperature Family
870	Volume Flow at Reference Temperature PDQ
871	Volume Flow at Reference Temperature LS
872	Volume Flow at Reference Temperature Family Status
873	Volume Flow at Reference Temperature Update Period
874	External Mass Flow Rate
875	Current mass flow rate from an external device.
876	Energy Flow Rate Unit
877	MJ/hr
878	BTU/hr
879	The energy of the process gas flowing through the meter per unit of time. Measured in units of energy per units of time.
880	Energy Flow Upper Sensor Limit
881	Energy Flow Lower Sensor Limit
882	Energy Flow Minimum Span
883	Energy Flow Classification
884	Energy Flow Family
885	Energy Flow PDQ
886	Energy Flow LS
887	Energy Flow Family Status
888	Energy Flow Update Period
889	Velocity Unit
890	The velocity value below which the transmitter will report zero velocity.
891	Velocity Cutoff
892	Velocity Upper Sensor Limit
893	Flow Damping
894	Viscosity Damping
895	Velocity Lower Sensor Limit
896	Velocity Minimum Span
897	Velocity Classification
898	Velocity Family
899	Velocity LS
900	Velocity Family Status
901	Velocity Update Period
902	The time required for the vibrating element to complete one vibration cycle.
903	Sensor Time Period Upper Sensor Limit
904	Sensor Time Period Lower Sensor Limit
905	Sensor Time Period Minimum Span
906	Sensor Time Period Classification
907	Sensor Time Period Family
908	Sensor Time Period LS
909	Sensor Time Period Family Status
910	Not Used
911	Density at Reference (API)
912	Volume Flow at Reference Temperature
913	Mass from Coriolis Meter
914	Secondary Variable Percent Range
915	Secondary Variable Upper Range Value
916	Secondary Variable Lower Range Value
917	MAO2
918	Meter Flange
919	ANSI 300
920	ANSI 600
921	PN40
922	ANSI 900
923	PN100
924	ANSI 150
925	Sanitary Clamp Fitting
926	PN16
927	ANSI 1500
928	Cone Seat Compression Fitting
929	Unknown
930	Wetted Material
931	Hastelloy C
932	Titanium
933	316L SST
934	The Product Code of the device as ordered from the factory.
935	Product Code
936	1d
937	Controls the effect of forward and reverse flow on transmitter outputs and digital communications. See the transmitter configuration manual for more information.
938	Flow Direction
939	Forward
940	Reverse
941	Bi directional
942	Two-Phase Flow High Limit
943	Two-Phase Flow Low Limit
944	Board Type
945	Gas Densitometer
946	Fork Densitometer/Viscometer
947	Tube Densitometer
948	Two-Phase Flow Timeout
949	5.2f
950	Velocity Switch Setpoint
951	Hysteresis (0.001-0.1)
952	4.3f
953	Var Code 22
954	Var Code 23
955	Var Code 24
956	Var Code 25
957	Var Code 26
958	Var Code 27
959	Var Code 28
960	Var Code 29
961	Var Code 30
962	Var Code 31
963	Var Code 32
964	Var Code 33
965	Var Code 34
966	Var Code 35
967	Var Code 36
968	Var Code 37
969	Var Code 38
970	Number of decimal points to be displayed for the value.
971	Sensor Time Period (A)
972	Matrix Being Configured
973	Select the matrix to be configured or modified.
974	Curve 1
975	Curve 2
976	Curve 3
977	Curve 4
978	Curve 5
979	Curve 6
980	Reference Temperature
981	Water Reference Temperature
982	Temperature Units
983	Water Reference Density
984	Density Units
985	Slope
986	Offset
987	Limit
988	Curve Fit Maximum Order
989	Concentration Units
990	Concentration Unit String
991	Matrix Name
992	Curve Fit Results
993	Accuracy
994	Concentration Equation Type
995	The multiplier (meter factor) to be used to adjust the concentration process variable.
996	The value to be added to the concentration process variable.
997	2
998	3
999	4
1000	5
1001	The label to be used for the concentration measurement unit.
1002	Label
1003	A user-defined label to be used for the concentration measurement unit.
1004	Displays the name of the matrix.
1005	Poor
1006	Empty
1007	0
1008	1
1009	5d
1010	Source
1011	Velocity Rate Switch
1012	Calibration is in progress
1013	Polarity
1014	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.
1015	Slope
1016	Offset
1017	3d
1018	Current Zero Value
1019	5.5f
1020	6.5f
1021	Fault Action
1022	Upscale (21.0-21.5 mA)
1023	Downscale (3.2-3.6 mA)
1024	Fault Action
1025	Fault Action
1026	This parameter allows you to select the lower or upper mA output level that will indicate a fault condition. The range is 3.2 to 3.6 mA for downscale or 21.0 to 21.5 for upscale.
1027	Fault Level
1028	Fault Level
1029	2d
1030	Poll Control 1
1031	Poll as primary host
1032	Poll as secondary host
1033	Poll Control 3
1034	Poll Control 4
1035	Polled Variable 1
1036	Mass Flow from Coriolis Meter
1037	Polled Variable 2
1038	Polled Variable 3
1039	Polled Variable 4
1040	External Device Tag 3
1041	External Device Tag 4
1042	Pressure Input
1043	Disable
1044	Enable
1045	Fixed or Polled Pressure
1046	RTD Cable Resistance
1047	Meter RTD Resistance
1048	Line RTD Resistance
1049	Power On Time
1050	Power On Time is the number of seconds since the last power cycle.
1051	Table 23E
1052	Table 24E
1053	/degC
1054	4.1f
1055	disabled
1056	enabled
1057	The pressure to which referred density data will be corrected.
1058	Reference Pressure
1059	API K0
1060	API K1
1061	External Temperature
1062	Fixed or Polled Temperature
1063	Enabled: Process measurement will be adjusted for the effect of temperature on the vibrating element. Disabled: Process measurement will not be adjusted for the effect of temperature.
1064	External Temperature Modulus
1065	External Temperature for Viscosity
1066	Enabled: The external (polled) temperature value will be used in gas measurement. Disabled: The onboard (RTD) temperature data will be used in gas measurement.
1067	External Temperature for Gas
1068	Menu Passcode
1069	Passcode (4 Digits)
1070	4d
1071	Variable 1
1072	Diagnostic Input Density
1073	Diagnostic Calculated Density
1074	Variable 2
1075	Variable 3
1076	Variable 4
1077	Variable 5
1078	Variable 6
1079	Variable 7
1080	Variable 8
1081	Variable 9
1082	Variable 10
1083	Variable 11
1084	Variable 12
1085	Variable 13
1086	Variable 14
1087	Variable 15
1088	Refresh Rate (100-10,000)
1089	English
1090	German
1091	French
1092	Spanish
1093	Modbus ASCII Support
1094	MID
1095	Engineer to Order Number
1096	Transmitter Firmware Checksum
1097	The result of the integrity check calculated for the meter.
1098	MID Software Version
1099	The version of the software component that implements MID security.
1100	Active Matrix
1101	Concentration Measurement
1102	Displays the status of the concentration measurement application.
1103	Temperature High
1104	Enable or disable the extrapolation alerts as desired. Note: If you are using matrix switching, you must enable the extrapolation alerts that will trigger matrix switching.
1105	Density Low
1106	Density High
1107	Temperature Low
1108	Variable
1109	Event Type
1110	Density 6
1111	Temperature Iso 1
1112	Temperature Iso 2
1113	Temperature Iso 3
1114	Temperature Iso 4
1115	Temperature Iso 5
1116	Temperature Iso 6
1117	Derived Variable
1118	Density at Reference
1119	Specific Gravity
1120	Mass Concentration(Dens)
1121	Mass Concentration(SG)
1122	Volume Concentration(Dens)
1123	Volume Concentration(SG)
1124	Concentration(Dens)
1125	Concentration(SG)
1126	Velocity High Limit
1127	Velocity Low Limit
1128	The calibration factors calculated for this meter, in an updated format.
1129	A1
1130	A2
1131	A3
1132	A4
1133	A5
1134	A6
1135	A7
1136	A8
1137	A9
1138	The adjustment to be applied to the pressure value. This value is added to the external pressure value.
1139	Pressure Offset
1140	The adjustment to be applied to the density process variable. This value is added to the measured density.
1141	Density Offset
1142	The adjustment to be applied to the density process variable. The measured density is multiplied by this value.
1143	Meter Factor (0.8-1.2)
1144	Correction
1145	Pressure Measurement Type
1146	Gauge
1147	Absolute
1148	The adjustment to be applied to the volume flow process variable. The measured volume flow is multiplied by this value.
1149	Volume Factor (0.8-1.2)
1150	Polled
1151	Digital Communications
1152	The unit from which the special unit will be calculated.
1153	Base Unit
1154	The value by which the base unit will be divided, to report data in the special unit.
1155	Conversion Factor
1156	The name to be used for the special unit.
1157	Label
1158	Enabled: The meter will calculate and report process variables based on the values specified here. Disabled: The meter will calculate and report process variables based on live data.
1159	When Sensor Simulation is enabled, Velocity will be fixed at this value.
1160	The amount of time required for one vibration cycle.
1161	The temperature of the process gas or fluid.
1162	A
1163	The value to be used for this constant in the equation.
1164	B
1165	X
1166	C
1167	Y
1168	E
1169	F
1170	Constant
1171	The constant value to be used for this variable in the equation.
1172	User-Defined Calculation Output Type
1173	Base Density Source
1174	Calculated Base Density
1175	User Base Density
1176	The process variable to be used for this variable in the equation.
1177	t
1178	a
1179	b
1180	c
1181	d
1182	e
1183	f
1184	ρw (Density of Water)
1185	Density of water at reference temperature and reference pressure.
1186	The label to be used for the result of the user-defined calculation.
1187	Calculation Output Label
1188	Laboratory Density
1189	The density of your process fluid at line temperature, as measured in a laboratory or by a very accurate device.
1190	Start Density Offset Calibration
1191	Select Fluid
1192	Water
1193	Known User Fluid
1194	User Sensor Check
1195	Base Density Sensor Check
1196	Time Period (Vacuum) at 20 degC
1197	Time Period (Air) at 20 degC
1198	Health Check Result
1199	Questionable
1200	Not Run
1201	In Progress
1202	No Factory Calibration
1203	Sensor Time Period (A) Average
1204	Sensor Time Period (A) Stability
1205	Temperature Check Average
1206	Temperature Check Stability
1207	Pickoff Check Average
1208	Quality Average
1209	Temperature Difference Average
1210	Temperature Difference Stability
1211	Meter Altitude
1212	The altitude or elevation of this meter. 0 = sea level.
1213	0 feet
1214	1000 feet
1215	2000 feet
1216	3000 feet
1217	4000 feet
1218	5000 feet
1219	6000 feet and up
1220	500 meters
1221	1000 meters
1222	2000 meters and up
1223	Health Check Failure
1224	Sensor Time Period Average Fail
1225	Sensor Time Period Maximum Deviation Fail
1226	Temperature Maximum Deviation Fail
1227	DG Average Fail
1228	Case Temperature Maximum Deviation Fail
1229	Start Sensor Check
1230	Measurement Type
1231	Fork Type
1232	Viscomaster
1233	Viscomaster Dynamic
1234	Aquametro Basic
1235	Interface Type
1236	TPS
1237	Analog
1238	Remote Access
1239	Tine Type
1240	Short
1241	Long
1242	CM SG
1243	CM Baume
1244	CM Twaddle
1245	CM Plato
1246	CM Brix
1247	Matrix Switching
1248	Channel A
1249	Milliamp Output 1
1250	Channel B
1251	Milliamp Output 2
1252	Density Legacy Index 1
1253	Set 1
1254	Set 2
1255	K0
1256	K1
1257	K2
1258	The calibration factors calculated for this meter, in legacy format.
1259	9.6f
1260	Density Legacy Index 2
1261	Set 3
1262	Set 4
1263	K20A
1264	K20B
1265	K21A
1266	K21B
1267	K18
1268	K19
1269	K22
1270	K23
1271	Drive Gain Average
1272	Drive Gain Stability
1273	Case Temperature Average
1274	Case Temperature Stability
1275	Select the option you would like to configure:
1276	Finish to Exit
1277	Select ‘Yes’ to save the burst configuration settings.
1278	Save Configuration:
1279	Version of the current Device Description.
1280	A020: Calibration Factors Unentered
1281	A021: Unrecognized/Unentered Sensor Type
1282	A029: Internal Communication failure
1283	A030: Hardware/software incompatible
1284	A033: Tube / Fork not Vibrating
1285	A038: Time Period Out of Range
1286	A100: MAO1 Saturated
1287	A114: mA Output 2 Fixed
1288	A122: API:Pressure Outside Standard Range
1289	A133: UI EEPROM Error
1290	A134: Case Meter Temperature Differential Out of Limit
1291	A136: Incorrect Display Type
1292	PASS
1293	FAIL
1294	KDV Calibration Index
1295	Sensor Time Period Stability
1296	Factory Average Drive Gain
1297	Sensor Time Period obtained during factory test.
1298	User Average Time Period
1299	A113: Secondary mAO Saturated
1300	A114: Secondary mAO Fixed
1301	A118: Discrete Output Fixed
1302	A036: Viscosity Out-of-limit
1303	KV Index
1304	KV4
1305	KV5
1306	KV6
1307	Density calibration factors.
1308	K0
1309	K1
1310	K2
1311	Temperature calibration factors.
1312	K18
1313	K19
1314	Velocity of Sound of Calibration Fluid
1315	Velocity of Sound of Measured Fluid
1316	Active Calibration Set
1317	Density calibration factors, used to establish the relationship between density and sensor response.
1318	6.6f
1319	Temperature compensation factors, used to adjust measurement for the effects of temperature on the device.
1320	Velocity of sound compensation factors, used to adjust measurement for the effects of pressure waves in the process gas.
1321	K3
1322	K4
1323	The molecular weight of air. The default value (28.96469 g/mol) is appropriate for most applications.
1324	Molecular Weight of Air
1325	Calibration Gas Constant
1326	Measurement Gas Constant
1327	Calibration Temperature Constant
1328	Measurement Temperature Constant
1329	Viscosity Value Range
1330	Ultra Low (0.50 – 10.46 cP)
1331	Low (10.46 – 108.16 cP)
1332	Medium (108.16 – 1087.43 cP)
1333	High (1087.43 – 13345.64 cP)
1334	V0
1335	V1
1336	V2
1337	Range Scale at selected range
1338	Viscosity range switch setpoint index
1339	Ultra Low to Low
1340	Low to Medium
1341	Medium to High
1342	Dynamic Viscosity Scaling Factor
1343	Viscosity Hysteresis
1344	Compression Filter parameter
1345	Viscosity Offset
1346	The density of the process gas at base temperature and base pressure.
1347	Density ASTM Coeff A
1348	Density ASTM Coeff B
1349	Start Viscosity Scaling Factor Calibration
1350	cP
1351	Laboratory Dynamic Viscosity
1352	Referred Viscosity Calculation Method
1353	Referred Viscosity Maximum Fit Order for 6x6 matrix
1354	Referred Temperature 1
1355	Referred Temperature 2
1356	Fit Accuracy
1357	Fit Result
1358	Good
1359	Failed
1360	Matrix Data Unit
1361	Number of ASTM Reference Curves
1362	Compressibility Method
1363	The measurement standard to be used to measure compressibility.
1364	SGERG88
1365	AGA NX19
1366	AGA NX19 MOD
1367	AGA NX19 MOD3H
1368	Base Pressure
1369	The compressibility of the process gas at base temperature and base pressure.
1370	Base Compressibility
1371	6.4f
1372	The temperature to which density data will be corrected (the reference temperature).
1373	Base Temperature
1374	The density of air at base temperature and base pressure.
1375	Base Density of Air
1376	The percentage of carbon dioxide in the process gas.
1377	The percentage of nitrogen in the process gas.
1378	The percentage of hydrogen in the process gas.
1379	The percentage of carbon monooxide in the process gas.
1380	SGERG Method
1381	SGERG_ALL
1382	SGERG_NOT_N2
1383	SGERG_NOT_CO2
1384	SGERG_NOT_CV
1385	SGERG_NOT_RD
1386	Compressibility Calculations
1387	Calibration Number
1388	Low Range Time Period Gas K0
1389	Mid Range Time Period Gas K1
1390	High Range Time Period Gas K2
1391	Low Range SG Gas K0
1392	Mid Range SG Gas K1
1393	High Range SG Gas K2
1394	Gas
1395	The sensor time period used to calculate the K0 calibration point.
1396	Sensor Time Period (Low)
1397	The sensor time period used to calculate the K1 calibration point.
1398	Sensor Time Period (Medium)
1399	The sensor time period used to calculate the K2 calibration point.
1400	Sensor Time Period (High)
1401	The specific gravity used to calculate the K0 calibration point.
1402	The relative density used to calculate the K0 calibration point.
1403	The molecular weight used to calculate the K0 calibration point.
1404	Specific Gravity (Low)
1405	Relative Density (Low)
1406	Molecular Weight Low (g/mol)
1407	5.6f
1408	The specific gravity used to calculate the K1 calibration point.
1409	The relative density used to calculate the K1 calibration point.
1410	The molecular weight used to calculate the K1 calibration point.
1411	Specific Gravity (Medium)
1412	Relative Density (Medium)
1413	Molecular Weight Medium (g/mol)
1414	The specific gravity used to calculate the K2 calibration point.
1415	The relative density used to calculate the K2 calibration point.
1416	The molecular weight used to calculate the K2 calibration point.
1417	Specific Gravity (High)
1418	Relative Density (High)
1419	Molecular Weight High (g/mol)
1420	The name of the gas to be used to determine the K0 calibration point.
1421	Hydrogen
1422	Helium
1423	CO2
1424	Nitrogen
1425	CO
1426	Oxygen
1427	Argon
1428	Air
1429	Hydrogen Sulphide
1430	Methane
1431	Ethane
1432	Propane
1433	Butane
1434	Custom Gas 1
1435	Custom Gas 2
1436	Custom Gas 3
1437	Custom Gas 4
1438	Other
1439	The name of the gas to be used to determine the K1 calibration point.
1440	The name of the gas to be used to determine the K2 calibration point.
1441	Start/Abort Gas Calibration
1442	Abort
1443	Start
1444	Save Gas Calibration 1
1445	Save Gas Calibration 2
1446	Save Gas Calibration 3
1447	Start Gas Calibration
1448	Active Calibration
1449	The calibration factors to be used for measurement.
1450	Calibration Format
1451	Displays whether this calibration is based on two calibration gases or three calibration gases.
1452	2-Point Calibration
1453	3-Point Calibration
1454	Indicates whether or not the data for this calibration is acceptable.
1455	Calibration Point
1456	A measure of the variability of the Sensor Time Period value, used to indicate the stage or the quality of the calibration process.
1457	ns
1458	Stability
1459	Volume Flow Source
1460	Enabled: Volume flow data will be obtained from an external device. Requires polling setup. Disabled: No volume flow data will be obtained.
1461	The current volume flow rate from the external device.
1462	External Flow
1463	Mass Flow Source
1464	Enabled: Mass flow data will be obtained from an external device. Requires polling setup. Disabled: No mass flow data will be obtained.
1465	The current mass flow rate from the external device.
1466	Referred Viscosity Curve Isotherm Index
1467	Referred Viscosity Temperature Isotherm Value
1468	Referred Viscosity ISO at temperature 0
1469	Referred Viscosity ISO at temperature 1
1470	Referred Viscosity ISO at temperature 2
1471	Referred Viscosity ISO at temperature 3
1472	Referred Viscosity ISO at temperature 4
1473	Referred Viscosity ISO at temperature 5
1474	Centistokes
1475	Viscosity 1
1476	Viscosity 2
1477	Viscosity 3
1478	Viscosity 4
1479	Viscosity 5
1480	Viscosity 6
1481	Referred Viscosity ASTM Curve Index
1482	Temperature 1
1483	Temperature 2
1484	The compressibility of the process gas. Typically measured using a gas chromatograph.
1485	Line Compressibility
1486	Input Density Classification
1487	Input Density Family
1488	Input Density LS
1489	Input Density Family Status
1490	Input Density Update Period
1491	Calculated Density Classification
1492	Calculated Density Family
1493	Calculated Density LS
1494	Calculated Density Family Status
1495	Calculated Density Update Period
1496	Gas Specific Gravity 2 Upper Sensor Limit
1497	Gas Specific Gravity 2 Lower Sensor Limit
1498	Gas Specific Gravity 2 Minimum Span
1499	Gas Specific Gravity 2
1500	Gas Specific Gravity 2 Classification
1501	Gas Specific Gravity 2 Family
1502	Gas Specific Gravity 2 LS
1503	Gas Specific Gravity 2 Family Status
1504	Gas Specific Gravity 2 Update Period
1505	Gas Specific Gravity 3 Upper Sensor Limit
1506	Gas Specific Gravity 3 Lower Sensor Limit
1507	Gas Specific Gravity 3 Minimum Span
1508	Gas Specific Gravity 3
1509	Gas Specific Gravity 3 Classification
1510	Gas Specific Gravity 3 Family
1511	Gas Specific Gravity 3 LS
1512	Gas Specific Gravity 3 Family Status
1513	Gas Specific Gravity 3 Update Period
1514	Gas Specific Gravity 4 Upper Sensor Limit
1515	Gas Specific Gravity 4 Lower Sensor Limit
1516	Gas Specific Gravity 4 Minimum Span
1517	Gas Specific Gravity 4
1518	Gas Specific Gravity 4 Classification
1519	Gas Specific Gravity 4 Family
1520	Gas Specific Gravity 4 LS
1521	Gas Specific Gravity 4 Family Status
1522	Gas Specific Gravity 4 Update Period
1523	Molecular Weight 2 Upper Sensor Limit
1524	Molecular Weight 2 Lower Sensor Limit
1525	Molecular Weight 2 Minimum Span
1526	Molecular Weight 2 Classification
1527	Molecular Weight 2 Family
1528	Molecular Weight 2 LS
1529	Molecular Weight 2 Family Status
1530	Molecular Weight 2 Update Period
1531	Molecular Weight 3 Upper Sensor Limit
1532	Molecular Weight 3 Minimum Span
1533	Molecular Weight 3 Classification
1534	Molecular Weight 3 Family
1535	Molecular Weight 3 LS
1536	Molecular Weight 3 Family Status
1537	Molecular Weight 3 Update Period
1538	Molecular Weight 4 Upper Sensor Limit
1539	Molecular Weight 4 Lower Sensor Limit
1540	Molecular Weight 4 Minimum Span
1541	Molecular Weight 4 Classification
1542	Molecular Weight 4 Family
1543	Molecular Weight 4 LS
1544	Molecular Weight 4 Family Status
1545	Molecular Weight 4 Update Period
1546	ED Concentration 2 Classification
1547	ED Concentration 2 Family
1548	ED Concentration 2 LS
1549	ED Concentration 2 Family Status
1550	ED Concentration 2 Update Period
1551	ED Concentration 3 Classification
1552	ED Concentration 3 Family
1553	ED Concentration 3 LS
1554	ED Concentration 3 Family Status
1555	ED Concentration 3 Update Period
1556	ED Concentration 4 Classification
1557	ED Concentration 4 Family
1558	ED Concentration 4 LS
1559	ED Concentration 4 Family Status
1560	ED Concentration 4 Update Period
1561	Sensor Simulation Mode
1562	Simulation Mode Type
1563	Fixed Value
1564	Ramp Low Point
1565	Ramp High Point
1566	Ramp Period
1567	The type of Dynamic Viscosity Simulation.
1568	Dynamic Viscosity Fixed Value
1569	Dynamic Viscosity Minimum Amplitude of waveform
1570	Dynamic Viscosity Maximum Amplitude of waveform
1571	Dynamic Viscosity period of waveform
1572	Select measurement type:
1573	SG/MW/RD of Pure Gas
1574	7.5f
1575	SG/MW/RD of Second Gas
1576	Calibration Name
1577	Water Density
1578	Reference Temperature (Water)
1579	Reference Pressure (Water)
1580	Calculated Water Density
1581	Difference in Density
1582	Start Inline Calibration
1583	Note: Gauges will be displayed based on active calibration selection.
1584	Tag, model code, revision, security, and related data.
1585	Revision Numbers
1586	Current values of process variables and outputs.
1587	Primary Variable
1588	Secondary Variable
1589	External Variable
1590	Trend charts for common process and diagnostic variables.
1591	Displays a trend chart for net mass flow rate.
1592	Displays a trend chart for net volume flow rate.
1593	Displays a trend chart for specific gravity (CM).
1594	Displays a trend chart for density.
1595	Displays a trend chart for temperature.
1596	Displays a trend chart for velocity.
1597	Displays a trend chart for volume flow rate.
1598	Displays a trend chart for concentration.
1599	Displays a trend chart for density at reference (CM).
1600	Displays a trend chart for density at reference (API).
1601	Displays a trend chart for specific gravity (Gas).
1602	Displays a trend chart for molecular weight.
1603	Displays a trend chart for relative density.
1604	Displays a trend chart for base density (Gas).
1605	Displays a trend chart for dynamic viscosity.
1606	Displays a trend chart for kinematic viscosity.
1607	Displays a trend chart for referred viscosity.
1608	Displays a trend chart for referred viscosity (Secondary).
1609	Displays a trend chart for sensor time period (A).
1610	Displays a trend chart for sensor time period.
1611	Displays a trend chart for case temperature.
1612	Displays a trend chart for tube-case temp difference.
1613	Displays a trend chart for input voltage.
1614	Displays a trend chart for board temperature.
1615	Displays a trend chart for left pickoff amplitude.
1616	Displays a trend chart for right pickoff amplitude.
1617	Displays a trend chart for pickoff amplitude.
1618	Displays a trend chart for drive gain.
1619	Displays a trend chart for quality factor.
1620	Displays a trend chart for input density.
1621	Initial Setup
1622	Configures the Calibration Factors.
1623	Configure channels, outputs and mapped variables.
1624	Perform the Known Density Verification procedure to verify that the meter's current operation matches the factory baseline.
1625	Configure outputs and mapped variables.
1626	Determine calibration factors for a set of gases by measuring the time period while running each gas through the meter.
1627	View calibration data.
1628	Configure the parameters required to measure the energy content of the gas.
1629	Note: Gas Composition values can be read in from an external device if External Polling has been configured.
1630	Configure the parameters required for external pressure, temperature, gas composition, and other process variables.
1631	The meter supports a maximum of four polling connections.
1632	‘Pressure Offset’ and ‘Pressure Measurement Type’ will be read-only if ‘Pressure Input’ is set to Fixed.
1633	Configure the parameters required for fundamental gas measurement.
1634	Configure the parameters required to measure gas compressibility.
1635	Calculation Methods
1636	Note: The SGERG-88 and AGA NX19 MOD3H compressibility methods require Calorific Value. You must set up energy content measurement for these methods.
1637	Note: Gas Composition values can be read in from an external device if External Polling has been configured. Percent H2 value can be entered only if Compressibility Method is set to SGERG-88.
1638	Select the process variables to be shown on the display.
1639	Specify the display precision for each process variable.
1640	View the output channel types.
1641	Configure mA Output 1 and mA Output 2 (if available).
1642	Configure polling for external process data.
1643	Map variables to the 'Primary Variable (PV)', 'Secondary Variable (SV)', 'Third Variable (TV)' and 'Fourth Variable (QV)'.
1644	Set the channel type for Channel B.
1645	Configure Discrete Output.
1646	View the channel types.
1647	Meter Information
1648	Configure burst messages and event notification.
1649	Configure HART communications.
1650	Configure Burst Variables
1651	Configure the contents of Burst Message 1.
1652	Device Variables
1653	PV, SV, TV, QV
1654	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.
1655	Changes the Alert Severity to Fault, Information or Ignore.
1656	Displays the current severity of the alert.
1657	Extrapolation Type
1658	Acknowledge all alerts simultaneously.
1659	The transmitter has detected a problem communicating with the sensor.
1660	Recommended Actions: 1. Cycle power to the meter. 2. Contact Micro Motion.
1661	The transmitter is not receiving one or more basic electrical signals from the sensor.
1662	Recommended Actions: 1. Check the drive gain and the pickoff voltage. 2. Check for electrical shorts. 3. Check the integrity of the sensor tubes.
1663	The RTD resistance is out of range for the sensor.
1664	Recommended Actions: 1. Check for electrical shorts. 2. Verify temperature characterization or calibration parameters. 3. Check your process conditions against the values reported by the device. 4. Contact Micro Motion.
1665	The measured velocity is greater than the maximum velocity limit of the sensor.
1666	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 device. 3. Check for two-phase flow.
1667	Calibration factors have not been entered, or the sensor type is incorrect, or the calibration factors are incorrect for the sensor type.
1668	Recommended Actions: 1. Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter. 2. Check for electrical shorts. 3. Contact Micro Motion.
1669	The line density is greater than 3 g/cm3.
1670	Recommended Actions: 1. If other alerts are present, resolve those alerts conditions first. If the current alert persists, continue with the recommended actions. 2. Check for air in the flow tubes, tubes not filled, foreign material in the tubes, coating in the tubes, or other process problems. 3. Check for two-phase flow. 4. If accompanied by an A003 alert, check for electrical shorts. 5 Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter. 6. Check the drive gain and the pickoff voltage. 7. Contact Micro Motion.
1671	Transmitter is in power-up mode.
1672	Recommended Actions: 1. Allow the meter to complete its power-up sequence. The alert should clear automatically. 2. Verify that the tubes are full of process fluid. 3. Verify that the transmitter is receiving sufficient power. 4. If it is not, correct the problem and cycle power to the meter. 5. If it is, this suggests that the transmitter has an internal power issue. Replace the transmitter.
1673	Many possible causes, such as too much flow through the sensor during a calibration procedure, or a zero result that is out of range. This alert will not clear until you cycle power to the meter.
1674	Recommended Actions: 1. If this alert appears during zeroing (CDM meters only), verify that there is no flow through the sensor, cycle power to the meter, then retry the procedure.
1675	Many possible causes, such as too much flow, especially reverse flow, through the sensor during a calibration procedure, or a zero result that is too low. This alert is accompanied by A010. This alert will not clear until you cycle power to the meter.
1676	Recommended Action: 1. Verify that there is no flow through the sensor, cycle power to the meter, then retry the procedure.
1677	Many possible causes, such as too much flow, especially forward flow, through the sensor during a calibration procedure, or a zero result that is too high. This alert is accompanied by A010. This alert will not clear until you cycle power to the meter.
1678	There was too much process instability during the calibration procedure. This alert will not clear until you cycle power to the meter.
1679	Recommended Action: 1. Remove or reduce sources of electromechanical noise (e.g., pumps, vibration, pipe stress), cycle power to the meter, then retry the procedure.
1680	Recommended Actions: 1. Ensure that all wiring compartment covers are installed correctly. 2. Ensure that all transmitter wiring meets specifications and that all cable shields are properly terminated. 3. Check the grounding of all components. 4. Evaluate the environment for sources of high electromagnetic interference (EMI) and relocate the transmitter or wiring as necessary. 5. Contact Micro Motion.
1681	Recommended Actions: 1. Check your process conditions against the values reported by the device. 2. Check for electrical shorts. 3. Contact Micro Motion.
1682	The value computed for the resistance of the meter and case RTDs are outside limits.
1683	Recommended Actions: 1.Check your process conditions against the values reported by the device. Temperature should be between – 200 °F and +400 °F. 2. Check for electrical shorts. 3. Contact Micro Motion.
1684	Some calibration factors have not been entered or are incorrect.
1685	Recommended Action: 1. Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter.
1686	The configured board type does not match the physical board, or the configured sensor type does not match the physical sensor.
1687	Recommended Actions: 1. Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter. 2. Ensure that the correct board is installed.
1688	The transmitter has been switched from secure mode to unsecure mode. In unsecured mode, the transmitter configuration can be changed.
1689	Recommended Actions: 1. Check the HART device ID. For MID applications, it must be non-zero. If it is set to 0, contact the factory. 2. Set the transmitter to secure to clear the alert. Note that additional procedures may be required to return the device to secured mode.
1690	Internal electronics failure. This can indicate a loss of communication between the transmitter and the display module.
1691	Recommended Actions: 1. Cycle power to the meter. 2. Replace the display module. 3. Contact Micro Motion.
1692	The loaded software is not compatible with the programmed board type.
1693	The signal from the sensor pick-off(s) is insufficient. This suggests that the sensor tubes or vibrating elements are not vibrating.
1694	Recommended Actions: 1. Check for air in the flow tubes, tubes not filled, foreign material in the tubes, coating in the tubes, or other process problems. 2. Check for fluid separation by monitoring the density value and comparing the results against expected density values. 3. Ensure that the sensor orientation is appropriate for your application. Settling from a two-phase or three-phase fluid can cause this alert even if the flow tubes are full.
1695	The measured viscosity is outside the calibrated range.
1696	Recommended Actions: 1. Check your process conditions against the values reported by the device. 2. Contact Micro Motion.
1697	Known Density Verification failed.
1698	Recommended Actions: 1. Check the subtest results and perform the recommended actions. 2. Retry the test. 3. Contact Micro Motion.
1699	The time period signal is outside the limits for the sensor type.
1700	Recommended Action: 1. Check your process conditions against the values reported by the device.
1701	The calculated mA output value is outside the configured range.
1702	Recommended Actions: 1. Check the settings of ‘Upper Range Value’ and ‘Lower Range Value.’ 2. Check process conditions. Actual conditions may be outside the normal conditions for which the output is configured. 3. Check for air in the flow tubes, tubes not filled, foreign material in the tubes, coating in the tubes, or other process problems. 4. Verify that the measurement units are configured correctly for your application. 5. Purge the flow tubes.
1703	The HART address is set to a non-zero value, or the mA output is configured to send a constant value.
1704	Recommended Actions: 1. Check whether the output is in loop test mode. If it is, unfix the output. 2. Exit mA output trim, if applicable. 3. Check the HART address. If the HART address is non-zero, you may need to enable the mA Output Action (Loop Current Mode) parameter. 4. Check whether the output has been set to a constant value via digital communication.
1705	Recommended Actions: 1. Check the drive gain and the pickoff voltage. 2. Check for electrical shorts. 3. Check for air in the flow tubes, tubes not filled, foreign material in the tubes, coating in the tubes, or other process problems. 4. Check for fluid separation by monitoring the density value and comparing the results against expected density values. 5. Ensure that the sensor orientation is appropriate for your application. Settling from a two-phase or three-phase fluid can cause this alert even if the flow tubes are full.
1706	Recommended Actions: 1. Allow the procedure to complete. 2. For zero calibration (CDM meters only), you may abort the calibration, set the zero time parameter to a lower value, and restart the calibration.
1707	The density has exceeded the user-defined two-phase (density) limits.
1708	Recommended Actions: 1. Check that meter is completely full. 2. Check that two-phase limits are set to appropriate values. 3. Verify Density Cutoff is at least 0.2 g/cc. 4. If you want to change the alert severity, go to the Configure-> Alert Setup-> Alert Severity screen.
1709	HART burst mode is enabled.
1710	Recommended Actions: 1. No action required. 2. If desired, you can reconfigure the alert severity level to Ignore.
1711	The mA output is configured to send a constant value.
1712	Recommended Actions: 1. Check whether the output is in loop test mode. If it is, unfix the output. 2. Exit mA output trim, if applicable. 3. Check whether the output has been set to a constant value via digital communication.
1713	The connection to an external measurement device has failed. No external data is available.
1714	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.
1715	The measured temperature is outside the range of the API table.
1716	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.
1717	The measured density is outside the range of the API table.
1718	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.
1719	The discrete output has been configured to send a constant value.
1720	Recommended Action: 1. Check whether the output is in loop test mode. If it is, unfix the output.
1721	The transmitter was unable to calculate a valid concentration matrix from the current data.
1722	Recommended Action: 1. Verify the configuration of the concentration measurement application.
1723	The line density or line temperature is outside the range of the concentration matrix plus the configured extrapolation limit.
1724	Recommended Actions: 1. Check your process conditions against the values reported by the device. 2. Verify the configuration of the concentration measurement application.
1725	The line pressure is outside the range of the API table plus the extrapolation limit.
1726	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.
1727	There is a memory error in the display module.
1728	Recommended Actions: 1. Cycle power to the meter. 2. Replace the display module. 3. Contact Micro Motion.
1729	Sensor simulation mode/simulation mode is enabled.
1730	Recommended Action: 1. Disable sensor simulation mode/simulation mode.
1731	The difference between the case temperature and the fluid temperature is greater than 10 °C.
1732	Recommended Actions: 1. Check for process upsets. Changes to line temperature may not be immediately reflected in case temperature. 2. Check for electrical shorts. 3. Install a heat jacket. 4. Contact Micro Motion.
1733	An incorrect display module has been installed on the device. This may cause a safety violation in hazardous areas.
1734	Recommended Action: 1. Replace the installed display module with an appropriate display module.
1735	Recommended Action: 1. Verify that mA output range values are set to appropriate values.
1736	Recommended Actions: 1. Check the HART address. If non-zero, set mA Output Action parameter to enable Live mA Output. 2. If mA output trim is being performed, exit mA output trim. 3. If mA output loop test is being performed, exit mA output loop test. 4. Check to see if the output has been fixed via digital communications or the local display.
1737	Recommended Actions: 1. This is a summary alert and is generated when one of the fault severity alerts is active. Resolve the other active alerts first.
1738	Enhanced Event 1 has been triggered.
1739	Recommended Action: 1. No action required.
1740	Enhanced Event 2 has been triggered.
1741	Enhanced Event 3 has been triggered.
1742	Enhanced Event 4 has been triggered.
1743	Enhanced Event 5 has been triggered.
1744	Velocity switch has been triggered.
1745	No Active Alerts
1746	Calibrate the mA output to match a reference meter.
1747	If the device is equipped with a display, show a pattern on the display to make the device easily identifiable.
1748	This pattern will be shown on the display for 60 seconds.
1749	Click Next to start.
1750	This pattern is currently being shown on the device display.
1751	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.
1752	Perform a density offset calibration to verify or adjust the value of ‘Density Offset’.
1753	Perform a temperature calibration to adjust the value of ‘Temperature’.
1754	Perform a viscosity scaling factor calibration to adjust 'Dynamic Viscosity'.
1755	Perform the Inline Calibration Check procedure to verify that the meter’s measurement is unchanged since the last calibration or applied Density Offset.
1756	Read Modbus data from device memory.
1757	Write Modbus data to device memory.
1758	Power-cycle the device without affecting device configuration.
1759	Overwrite the existing device configuration with the configuration set at the factory.
1760	Manually reset the Configuration Changed Flag if the host is not able to reset the flag automatically.
1761	Verify mA Output 1 wiring and current level.
1762	Verify mA Output 2 wiring and current level.
1763	Verify Discrete Output wiring and polarity.
1764	Simulation Values
1765	Simulation Configuration
1766	Density Simulation Settings
1767	Temperature Simulation Settings
1768	Dynamic Viscosity Simulation Settings
1769	Simulation Settings
1770	Configure Burst Message 1
1771	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:
1772	Configure Burst Message 2
1773	Please choose burst option below:
1774	Configure Burst Message 3
1775	Burst Message 1 Configuration is shown below. Would you like to save settings?
1776	Burst Rate Configuration
1777	Burst Message 2 Configuration is shown below. Would you like to save settings?
1778	Burst Message 3 Configuration is shown below. Would you like to save settings?
1779	The host system must be able to accept burst messages and event notifications. Confirm before proceeding with configuration.
1780	Event Notification helps to identify abnormal device conditions by sending a burst message.
1781	Select the alerts on the screen whose status change will trigger an event notification.
1782	Adjust values for Trigger Interval and Retry Rate if required. Trigger Interval is the time that the alert(s) have to be active to trigger an event notification. Retry Rate is the time that event notification will continue to appear until acknowledged through host.
1783	Advance HART Configuration completed successfully.
1784	Message 2
1785	Extended Device Status
1786	Message 3
1787	Warning
1788	Triggered Update Rate has been adjusted.
1789	Error
1790	Invalid burst trigger mode selected.
1791	Burst condition conflict
1792	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort.
1793	Matrix Data
1794	mA Output 1
1795	mA Output 2
1796	Type
1797	Ensure that ‘Temperature Unit’ is set to the unit used by the external temperature device.
1798	Gas Inputs
1799	Percent Carbon Dioxide
1800	Percent Nitrogen
1801	Percent Carbon Monoxide
1802	Percent Hydrogen
1803	The ‘Primary Variable’ is automatically assigned to mA Output 1.
1804	The ‘Secondary Variable’ is automatically assigned to mA Output 2 (if available).
1805	The ‘Third Variable’ is used only in HART communications.
1806	The ‘Fourth Variable’ is used only in HART communications.
1807	Mapped Variables Units
1808	Primary Variable Units
1809	Secondary Variable Units
1810	Third Variable Units
1811	Fourth Variable Units
1812	Known Density Verification Results
1813	Known Density Verification FAILED.
1814	Known Density Verification PASSED.
1815	Verification Time Period Signal Average is outside acceptable range. Recommend Actions: Ensure that the meter is clean and dry. Then retry the Known Density Verification procedure.
1816	Verification Time Period Signal Maximum Deviation is outside acceptable range. Recommend Actions: Ensure that the meter is clean and dry. Then retry the Known Density Verification procedure.
1817	Line Temperature Maximum Deviation > 1 degC Recommend Actions: Verify that the ambient temperature of the meter is stable, and that the meter temperature has stabilized in the test location. Then retry the Known Density Verification procedure.
1818	Drive Gain Average is outside acceptable range. Recommend Actions: Ensure that the meter is clean and dry. Then retry the Known Density Verification procedure.
1819	Case Temperature Maximum Deviation > 1 degC Recommend Actions: Verify that the ambient temperature of the meter is stable, and that the meter temperature has stabilized in the test location. Then retry the Known Density Verification procedure.
1820	User-Defined Calculation 1
1821	For each calculation variable, either assign a process variable or select constant to enter constant value.
1822	Note: The meter performs this calculation using internal measurement units. If a constant represents a process variable, you must enter its value in the internal measurement unit. If a constant will be used to modify a process variable, you must use the internal measurement units to derive the constant.
1823	User-Defined Calculation 2
1824	For the variable t, either assign a process variable or select constant to enter constant value.
1825	User-Defined Calculation 3
1826	Select the value that most closely matches the Meter Altitude above sea level.
1827	Configure the parameters required for concentration measurement.
1828	Configure Concentration Measurement
1829	Select the concentration matrix to be used for measurement.
1830	Define or modify a concentration matrix.
1831	Matrix Configuration
1832	Equation Selection Type
1833	Adjust concentration measurement by applying an offset or a slope.
1834	Important: These trim values are applied only to the concentration matrix currently selected for configuration.
1835	Matrix Selection
1836	Extrapolation Alert
1837	Electronic Conditions
1838	Sensor Conditions
1839	Process Conditions
1840	Configuration Conditions
1841	Referred Matrices
1842	ASTM Referral Matrices
1843	Select the calibration gas and enter the Specific Gravity:
1844	Select the calibration gas and enter the Relative Density:
1845	Select the calibration gas and enter the Molecular Weight:
1846	Calibration is in progress. Allow the sensor to stabilize for a minimum of 15 minutes, then observe the Sensor Time Period and Stability values. When the Calibration Point is Good, click Next to accept the calibration.
1847	Calculated Coefficients
1848	Note: ‘Difference in Density’ measurement is for diagnostic purposes only. Use ‘Known Density Verification’ for further diagnostic analysis, or ‘Density Offset Calibration’ to apply an offset.
1849	Burst Variable 2
1850	Burst Variable 3
1851	Burst Variable 4
1852	Burst Variable 5
1853	Burst Variable 6
1854	Burst Variable 7
1855	Burst Variable 8
1856	Classification
1857	Trigger Units
1858	Burst Messages
1859	Events
1860	PV Analog Channel Saturated
1861	PV Analog Channel Fixed
1862	Wireless
1863	WirelessHART Device
1864	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1865	Primary
1866	Primary Analog Channel
1867	Secondary
1868	Secondary Analog Channel
1869	Tertiary
1870	Tertiary Analog Channel
1871	Quaternary
1872	Quaternary Analog Channel
1873	Quinary
1874	Quinary Analog Channel
1875	Critical Power Failure
1876	Lock all
1877	Trim not supported
1878	Configuration cannot be changed
1879	Locked by gateway
1880	Analog Input Channel
1881	Analog Output Channel
1882	Secondary Analog Channel Saturated
1883	Tertiary Analog Channel Saturated
1884	Quaternary Analog Channel Saturated
1885	Quinary Analog Channel Saturated
1886	Secondary Analog Channel Fixed
1887	Tertiary Analog Channel Fixed
1888	Quaternary Analog Channel Fixed
1889	Quinary Analog Channel Fixed
1890	Simulation active
1891	The device is in simulation mode and the level output is not representative of the process.
1892	Non-Volatile memory failure
1893	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1894	Volatile memory error
1895	The RAM memory check is invalid or maybe corrupt
1896	Watchdog reset executed
1897	A watchdog reset has been performed
1898	Voltage conditions out of range
1899	A voltage condition is outside its allowable range
1900	Environmental conditions out of range
1901	An internal or environmental condition is beyond acceptable limits.
1902	Electronic failure
1903	A hardware problem not related to the sensor has been detected.
1904	Subdevice list changed
1905	Duplicate master detected
1906	Capacity Denied
1907	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1908	Bandwidth allocation pending
1909	Block transfer pending
1910	Battery life
1911	Percent range
1912	Loop current
1913	Primary variable
1914	Secondary variable
1915	Tertiary variable
1916	Quaternary variable
1917	Read receive time
1918	Write date and time
1919	Non-Volatile Clock
1920	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.
1921	Clock Uninitialized
1922	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.
1923	None
1924	No restrictions
1925	SI Only
1926	Restricted to SI Unit codes only
1927	Process automation device
1928	Discrete device
1929	Hybrid:Process automation+discrete
1930	I/O System
1931	WirelessHART Process automation device
1932	WirelessHART Discrete device
1933	WirelessHART Process automation+discrete
1934	WirelessHART Gateway
1935	WirelessHART Access point
1936	WirelessHART Process adapter
1937	WirelessHART Discrete adapter
1938	WirelessHART enabled handheld/portable maintenance tool
1939	Device Profile
1940	US
1941	United States of America
1942	JP
1943	Japan
1944	DE
1945	Germany
1946	FR
1947	France
1948	ES
1949	Spain
1950	RU
1951	Russian Federation
1952	CN
1953	People's Republic of China
1954	Secondary Master
1955	Primary Master
1956	Device Diagnostic Status 0
1957	Device Diagnostic Status 1
1958	I/O and Subdevice Status
1959	WirelessHART Status
1960	Time Set Option
1961	Real Time Clock Flags
1962	Country
1963	Country of intended device installation
1964	SI Unit Control
1965	Indicates if device should only display SI unit codes
1966	Burst Trigger Units
1967	Enable on token-passing data link layer only
1968	Enable on TDMA data link layer only
1969	Enable on both TDMA and token-passing data link layer
1970	Burst Trigger Class
1971	Continuous
1972	The Burst Message is published continuously at (worst case) the Minimum Update Period.
1973	Window
1974	The Burst Message is triggered when the source value deviates more than the specified trigger value
1975	Rising
1976	The Burst Message is triggered when source value Rises Above the specified trigger value.
1977	Falling
1978	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1979	On-change
1980	The Burst Message is triggered when any value in the message changes.
1981	Off
1982	Enable event notification on token-passing data link layer
1983	Enable event notification on TDMA data link layer
1984	Enable event notification on TDMA and token-passing data link layer
1985	Configuration changed event pending
1986	Device status event pending
1987	More status available event pending
1988	Wired HART Enabled
1989	Enabled on Wired HART device connection only
1990	Wireless HART Enabled
1991	Enabled on WirelessHART device connection only
1992	Both Wired and WirelessHart Enabled
1993	Enabled on both Wired and WirelessHART connections
1994	Burst Msg Trigger Mode
1995	Event Status
1996	Event Notification Control
1997	Device Status Mask
1998	Ext dev status Mask
1999	Device Diagnostic Status 0 Mask
2000	Device Diagnostic Status 1 Mask
2001	Device Diagnostic Status 2 Mask
2002	Device Diagnostic Status 3 Mask
2003	AO saturated Mask
2004	AO fixed Mask
2005	Latched Device Status
2006	Operate mode Mask
2007	Not Defined
2008	Latched Ext dev status
2009	Latched Device Diagnostic Status 0
2010	Latched Device Diagnostic Status 1
2011	Latched Device Diagnostic Status 2
2012	Latched Device Diagnostic Status 3
2013	Latched AO saturated
2014	Latched AO fixed
2015	Latched Operate Mode
2016	Flow Coriolis Mass
2017	Time Stamp
2018	Relative time value on network
2019	8u
2020	Configuration Change Counter Mismatch
2021	Status bytes mismatch
2022	Device Variable
2023	Analog Channel Number
2024	Analog Channel Number- Index into an array of Analog Channels.
2025	STX Count
2026	Count of STX messages received by this device
2027	ACK Count
2028	Count of ACK messages received by this device
2029	BACK Count
2030	Count of BACK messages received by this device
2031	Burst Command
2032	Cmd 48: Read Additional Device Status
2033	Read Additional Device - This command reads additional device status information
2034	Update Period
2035	Update period for burst message
2036	5.3f
2037	Max Update Period
2038	Maxium update period for burst message
2039	Burst Variable Code
2040	Burst Variable Slot - Device variable code assigned to the slot to be read in burst mode.
2041	Burst Trigger Level
2042	Time First Unack Event Triggered
2043	The time when the first unacknowledged event was triggered
2044	Event Notification Retry Time
2045	Max Update Time
2046	Burst Message Number
2047	Total Burst Msgs
2048	Total number of burst messages supported by this device
2049	Event Number
2050	Event Debounce Interval
2051	Device Specific Status 0 Mask
2052	Device Specific Status 1 Mask
2053	Device Specific Status 2 Mask
2054	Device Specific Status 3 Mask
2055	Device Specific Status 4 Mask
2056	Device Specific Status 5 Mask
2057	Device Specific Status 14 Mask
2058	Device Specific Status 15 Mask
2059	Device Specific Status 16 Mask
2060	Device Specific Status 17 Mask
2061	Device Specific Status 18 Mask
2062	Device Specific Status 19 Mask
2063	Device Specific Status 20 Mask
2064	Latched Device Specific Status 0
2065	Latched Device Specific Status 1
2066	Latched Device Specific Status 2
2067	Latched Device Specific Status 3
2068	Latched Device Specific Status 4
2069	Latched Device Specific Status 5
2070	Latched Device Specific Status 14
2071	Latched Device Specific Status 15
2072	Latched Device Specific Status 16
2073	Latched Device Specific Status 17
2074	Latched Device Specific Status 18
2075	Latched Device Specific Status 19
2076	Latched Device Specific Status 20
2077	Latched Cfg chng count
2078	Number of Events Supported
2079	Burst Variable Codes
2080	Update time adjusted
2081	Invalid burst message
2082	Invalid device variable classification
2083	Invalid burst trigger mode selection code
2084	Burst condition conflict
2085	Update period increased
2086	Insufficient bandwidth
2087	Update period or debounce interval adjusted
2088	Update times adjusted
2089	Update rate uncertain
2090	Not all events cleared
2091	NOTE-Send TV assignment before modifying range values.
2092	It is now safe to return the control loop to automatic control.
2093	Changing configuration can affect transmitter operation. Ensure that the control loop is set for manual operation before continuing.
2094	select
2095	Aborting due to field device error.
2096	warning
2097	select1
2098	select2
2099	select3
2100	Finish
2101	Enter Zero Time:
2102	Prepare the meter: 1. Allow the meter to warm up for at least 20 minutes after applying power. 2. Run the process fluid through the meter until the sensor temperature reaches the normal process operating temperature. 3. Stop flow through the meter by shutting the downstream valve, and then the upstream valve if available. 4. Verify that the meter is blocked in, that flow has stopped, and that the meter is completely full of process fluid. 5. Observe the drive gain, temperature, and density readings. If they are stable, check the Live Zero value. If the average value is close to 0, you should not need to zero the meter. Click Next when meter preparation is complete.
2103	Zero calibration is in progress...
2104	Press Next to reset the data for all six matrices. Warning: All matrix data will be deleted from the device.
2105	All matrix data has been deleted from the device.
2106	Press Next to refresh the Concentration Measurement screen.
2107	Select Lock Option:
2108	Permanent;Temporary;Lock All
2109	Cannot unlock device. Device is locked by other host.
2110	All alerts are acknowledged.
2111	Choose API Table Number:
2112	Choose API Table Letter:
2113	A;B;D
2114	A;B;D;E
2115	C;E
2116	Enter Thermal Expansion Coefficient:
2117	Enter Reference Temperature:
2118	Enter Reference Pressure:
2119	Select the mA output to configure:
2120	mA Output 1;mA Output 2;Exit
2121	Keep Existing Assignment;Temperature;Density;Density at Reference (API);Density at Reference (CM);Specific Gravity (CM);Concentration;Drive Gain;Case Temperature;External Pressure;External Temperature;User-Defined Calculation Output;Tube-Case Temperature Difference;Velocity;Sensor Time Period;
2122	Keep Existing Assignment;Temperature;Drive Gain;Case Temperature;External Pressure;External Temperature;User-Defined Calculation Output;Tube-Case Temperature Difference;Velocity;Sensor Time Period;
2123	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Temperature. Select Primary Variable:
2124	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Density. Select Primary Variable:
2125	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Density at Reference (API). Select Primary Variable:
2126	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Density at Reference (CM). Select Primary Variable:
2127	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Specific Gravity (CM). Select Primary Variable:
2128	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Concentration (CM). Select Primary Variable:
2129	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Drive Gain. Select Primary Variable:
2130	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Case Temperature. Select Primary Variable:
2131	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to External Pressure. Select Primary Variable:
2132	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to External Temperature. Select Primary Variable:
2133	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to User-Defined Calculation Output. Select Primary Variable:
2134	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Tube-Case Temperature Difference. Select Primary Variable:
2135	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Velocity. Select Primary Variable:
2136	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Sensor Time Period. Select Primary Variable:
2137	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Temperature. Select Secondary Variable:
2138	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Density. Select Secondary Variable:
2139	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Density at Reference (API). Select Secondary Variable:
2140	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Density at Reference (CM). Select Secondary Variable:
2141	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Specific Gravity (CM). Select Secondary Variable:
2142	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Concentration (CM). Select Secondary Variable:
2143	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Drive Gain. Select Secondary Variable:
2144	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Case Temperature. Select Secondary Variable:
2145	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to External Pressure. Select Secondary Variable:
2146	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to External Temperature. Select Secondary Variable:
2147	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to User-Defined Calculation Output. Select Secondary Variable:
2148	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Tube-Case Temperature Difference. Select Secondary Variable:
2149	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Velocity. Select Secondary Variable:
2150	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Sensor Time Period. Select Secondary Variable:
2151	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. Would you like to proceed?
2152	Factory values are restored successfully.
2153	Connect the reference meter.
2154	Click Next to set mA Output 1 to %0 mA.
2155	Enter reading from the reference meter:
2156	Does the device output match the reference meter?
2157	Click Next to set mA Output 2 to %0 mA.
2158	Device is locked, could not configure parameters.
2159	Returning mA Output 1 to normal function.
2160	Returning mA Output 2 to normal function.
2161	Modbus data type:
2162	Coil;Unsigned 16(U16);Unsigned 32(U32);Floating-Point;Exit
2163	Coil address to read:
2164	number
2165	Register address to read:
2166	Coil value is %0 and Exception Code is %1.
2167	U16 value is %0 and Exception Code is %1.
2168	U32 value is %0 and Exception Code is %1.
2169	Floating-point value is %0 and Exception Code is %1.
2170	Coil address to write:
2171	Register address to write:
2172	Coil value to write:
2173	0;1
2174	U16 value to write:
2175	uValue
2176	U32 value to write:
2177	Floating-point value to write:
2178	fValue
2179	Select mA Output 1 Level:
2180	Output Value:
2181	mA Output 1 is fixed at %0 mA.
2182	Select mA Output 2 Level:
2183	mA Output 2 is fixed at %0 mA.
2184	Select Discrete Output State:
2185	Off;On;End
2186	Discrete Output State is OFF.
2187	Discrete Output State is ON.
2188	Returning Discrete Output to normal function.
2189	Select Pressure Unit used by the external pressure device:
2190	Select Pressure Input:
2191	Polled;Digital Communication;Fixed
2192	Select Alert Number:
2193	Current severity is %0.
2194	Select Alert Severity:
2195	View Alert Severity of:
2196	%{1} is set to %{0}.
2197	A001: EEPROM Error (CP) is set to %0.
2198	A002: RAM Error (CP) is set to %0.
2199	A003: No Sensor Response is set to %0.
2200	A004: Temperature Overrange is set to %0.
2201	A005: Mass Flow Rate Overrange is set to %0.
2202	A006: Characterization Required is set to %0.
2203	A008: Density Overrange is set to %0.
2204	A009: Transmitter Initializing/Warming Up is set to %0.
2205	A010: Calibration Failure is set to %0.
2206	A011: Zero Calibration Failed: Low is set to %0.
2207	A012: Zero Calibration Failed: High is set to %0.
2208	A013: Zero Calibration Failed: Unstable is set to %0.
2209	A014: Transmitter Failure is set to %0.
2210	A016: Sensor RTD Failure is set to %0.
2211	A017: T-Series RTD Failure is set to %0.
2212	A020: Calibration Factors Unentered is set to %0.
2213	A021: No K1 Value is set to %0.
2214	A027: Security Breach is set to %0.
2215	A029: Internal Communication failure is set to %0.
2216	A030: Hardware/software incompatible is set to %0.
2217	A033: Tube / Fork not Vibrating is set to %0.
2218	A037: Sensor Check Fail is set to %0.
2219	A038: Time Period Out of Range is set to %0.
2220	A100: MAO1 Saturated is set to %0.
2221	A101: mA Output 1 Fixed is set to %0.
2222	A102: Drive Overrange is set to %0.
2223	A104: Calibration in Progress is set to %0.
2224	A106: Burst Mode Enabled is set to %0.
2225	A107: Power Reset Occurred is set to %0.
2226	A113: mA Output 2 Saturated is set to %0.
2227	A114: mA Output 2 Fixed is set to %0.
2228	A115: No External Input or Polled Data is set to %0.
2229	A116: API: Temperature Overrange is set to %0.
2230	A117: API: Density Overrange is set to %0.
2231	A118: Discrete Output Fixed is set to %0.
2232	A120: ED: Curve Fit Failure is set to %0.
2233	A121: Extrapolation Alert (Concentration) is set to %0.
2234	A122: API:Pressure outside standard range is set to %0.
2235	A132: Simulation Active is set to %0.
2236	A133: UI EEPROM Error is set to %0.
2237	A134: Case Meter Temperature Differential out of limits is set to %0.
2238	A136: Incorrect Display Type is set to %0.
2239	Select the application option:
2240	API Referral;Concentration Measurement;None
2241	API Referral;None
2242	Concentration Measurement;None
2243	Note: MID is enabled and cannot be changed. Select the application option:
2244	Note: MID is disabled and cannot be changed. Select the application option:
2245	The application is disabled. Do you want to enable it?
2246	The application is enabled. Do you want to disable it?
2247	API Referral is %0.
2248	Concentration Measurement is %0.
2249	API application is disabled.
2250	Concentration Measurement is disabled.
2251	All applications are disabled.
2252	Current viscosity value range is Ultra Low Range (0.50 – 10.46 cP). Select the viscosity value range:
2253	Ultra Low Range (0.50 – 10.46 cP);Low Range (10.46 – 108.16 cP);Medium Range (108.16 – 1087.43 cP);High Range (1087.43 – 13345.64 cP)
2254	Current viscosity value range is Low (10.46 – 108.16 cP). Select the viscosity value range:
2255	Current viscosity value range is Medium (108.16 – 1087.43 cP). Select the viscosity value range:
2256	Current viscosity value range is High (1087.43 – 13345.64 cP). Select the viscosity value range:
2257	Known Density Verification has been aborted.
2258	Prepare the meter: 1. Remove the meter from the process and place it in a protected stable environment. 2. Minimize variation in ambient temperature. 3. Eliminate vibration. 4. Ensure that a suitably rated vacuum pump is used that is able to draw a vacuum on the meter. Pull a vacuum inside the meter to a maximum pressure of 0.2 Torr. 5. Apply power to the meter. Click Next when meter preparation is complete.
2259	Prepare the meter: 1. Remove the meter from the process and place it in a protected stable environment. 2. Minimize variation in ambient temperature. 3. Eliminate vibration. 4. Ensure that the meter is clean. Check for deposition on the vibrating element or the inner walls of the device. 5. Apply power to the meter. Click Next when meter preparation is complete.
2260	Known Density Verification requires 20 samples, and will take about 20 seconds to complete. Click Next to continue.
2261	Known Density Verification is in progress...
2262	No factory calibration present. Known Density Verification cannot be run.
2263	This will help identify the device by showing identifiable pattern on the display. Click OK to start.
2264	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.
2265	Active Calculation: User-Defined Calculation 1
2266	None;User-Defined Calculation 1;User-Defined Calculation 2;User-Defined Calculation 3
2267	Active Calculation: User-Defined Calculation 2
2268	Active Calculation: User-Defined Calculation 3
2269	Active Calculation: None
2270	None;User-Defined Calculation 1;User-Defined Calculation 2
2271	You have chosen not to use a user-defined calculation. Click Next to proceed.
2272	User-Defined Calculation Output value is %0 %1.
2273	Density: Value %0 %1 Temperature: Value %2 %3 Velocity: Value %4 %5
2274	User-Defined Calculation Output: Value %0
2275	Concentration: Value %0 %1 Density at Reference (CM): Value %2 %3 Temperature: Value %4 %5
2276	User-Defined Calculation Output: Value %0 Velocity: Value %1 %2 Specific Gravity: Value %3
2277	Density at Reference (API): Value %0 %1 Temperature: Value %2 %3 User-Defined Calculation Output: Value %4
2278	Velocity: Value %0 %1
2279	Temperature: Value %0 %1 Velocity: Value %2 %3 User-Defined Calculation Output: Value %4
2280	Click Next to begin density offset calibration.
2281	Calibration is in progress...
2282	Access Restricted
2283	Resetting device, please wait.
2284	Device reset completed successfully.
2285	Press OK to reset the data for all six matrices or press ABORT to not reset the data.
2286	Press OK to refresh the Concentration Measurement screen.
2287	Priority: Failed - Fix Now The transmitter has detected a problem communicating with the sensor. Recommended Actions: 1. Cycle power to the meter. 2. Contact Micro Motion.
2288	Priority: Failed - Fix Now The transmitter is not receiving one or more basic electrical signals from the sensor. Recommended Actions: 1. Check the drive gain and the pickoff voltage. 2. Check for electrical shorts. 3. Check the integrity of the sensor tubes.
2289	Priority: Failed - Fix Now The RTD resistance is out of range for the sensor. Recommended Actions: 1. Check for electrical shorts. 2. Verify temperature characterization or calibration parameters. 3. Check your process conditions against the values reported by the device. 4. Contact Micro Motion.
2290	Priority: Failed - Fix Now The measured velocity is greater than the maximum velocity limit of 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 device. 3. Check for two-phase flow.
2291	Priority: Failed - Fix Now Calibration factors have not been entered, or the sensor type is incorrect, or the calibration factors are incorrect for the sensor type. Recommended Actions: 1. Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter. 2. Check for electrical shorts. 3. Contact Micro Motion.
2292	Priority: Failed - Fix Now The line density is greater than 3 g/cm3. Recommended Actions: 1. If other alerts are present, resolve those alerts conditions first. If the current alert persists, continue with the recommended actions. 2. Check for air in the flow tubes, tubes not filled, foreign material in the tubes, coating in the tubes, or other process problems. 3. Check for two-phase flow. 4. If accompanied by an A003 alert, check for electrical shorts. 5 Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter. 6. Check the drive gain and the pickoff voltage. 7. Contact Micro Motion.
2293	Priority: Failed - Fix Now Transmitter is in power-up mode. Recommended Actions: 1. Allow the meter to complete its power-up sequence. The alert should clear automatically. 2. Verify that the tubes are full of process fluid. 3. Verify that the transmitter is receiving sufficient power. 4. If it is not, correct the problem and cycle power to the meter. 5. If it is, this suggests that the transmitter has an internal power issue. Replace the transmitter.
2294	Priority: Failed - Fix Now Many possible causes, such as too much flow through the sensor during a calibration procedure, or a zero result that is out of range. This alert will not clear until you cycle power to the meter. Recommended Actions: 1. If this alert appears during zeroing (CDM meters only), verify that there is no flow through the sensor, cycle power to the meter, then retry the procedure.
2295	Priority: Failed - Fix Now Many possible causes, such as too much flow, especially reverse flow, through the sensor during a calibration procedure, or a zero result that is too low. This alert is accompanied by A010. This alert will not clear until you cycle power to the meter. Recommended Actions: 1. Verify that there is no flow through the sensor, cycle power to the meter, then retry the procedure.
2296	Priority: Failed - Fix Now Many possible causes, such as too much flow, especially forward flow, through the sensor during a calibration procedure, or a zero result that is too high. This alert is accompanied by A010. This alert will not clear until you cycle power to the meter. Recommended Actions: 1. Verify that there is no flow through the sensor, cycle power to the meter, then retry the procedure.
2297	Priority: Failed - Fix Now There was too much process instability during the calibration procedure. This alert will not clear until you cycle power to the meter. Recommended Actions: 1. Remove or reduce sources of electromechanical noise (e.g., pumps, vibration, pipe stress), cycle power to the meter, then retry the procedure.
2298	Priority: Failed - Fix Now Many possible causes. Recommended Actions: 1. Ensure that all wiring compartment covers are installed correctly. 2. Ensure that all transmitter wiring meets specifications and that all cable shields are properly terminated. 3. Check the grounding of all components. 4. Evaluate the environment for sources of high electromagnetic interference (EMI) and relocate the transmitter or wiring as necessary. 5. Contact Micro Motion.
2299	Priority: Failed - Fix Now The value computed for the resistance of the Line RTD is outside limits. Recommended Actions: 1. Check your process conditions against the values reported by the device. 2. Check for electrical shorts. 3. Contact Micro Motion.
2300	Priority: Maintenance - Fix Soon The value computed for the resistance of the meter and case RTDs are outside limits. Recommended Actions: 1.Check your process conditions against the values reported by the device. Temperature should be between – 200 °F and +400 °F. 2. Check for electrical shorts. 3. Contact Micro Motion.
2301	Priority: Failed - Fix Now 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.
2302	Priority: Failed - Fix Now The configured board type does not match the physical board, or the configured sensor type does not match the physical sensor. Recommended Actions: 1. Verify all of the characterization or calibration parameters. See the sensor tag or the calibration sheet for your meter. 2. Ensure that the correct board is installed.
2303	Priority: Failed - Fix Now The transmitter has been switched from secure mode to unsecure mode. In unsecured mode, the transmitter configuration can be changed. Recommended Actions: 1. Check the HART device ID. For MID applications, it must be non-zero. If it is set to 0, contact the factory. 2. Set the transmitter to secure to clear the alert. Note that additional procedures may be required to return the device to secured mode.
2304	Priority: Failed - Fix Now Internal electronics failure. This can indicate a loss of communication between the transmitter and the display module. Recommended Actions: 1. Cycle power to the meter. 2. Replace the display module. 3. Contact Micro Motion.
2305	Priority: Failed - Fix Now The loaded software is not compatible with the programmed board type. Recommended Actions: 1. Cycle power to the meter. 2. Contact Micro Motion.
2306	Priority: Failed - Fix Now The signal from the sensor pick-off(s) is insufficient. This suggests that the sensor tubes or vibrating elements are not vibrating. Recommended Actions: 1. Check for air in the flow tubes, tubes not filled, foreign material in the tubes, coating in the tubes, or other process problems. 2. Check for fluid separation by monitoring the density value and comparing the results against expected density values. 3. Ensure that the sensor orientation is appropriate for your application. Settling from a two-phase or three-phase fluid can cause this alert even if the flow tubes are full.
2307	Priority: Advisory The measured viscosity is outside the calibrated range. Recommended Actions: 1. Check your process conditions against the values reported by the device. 2. Contact Micro Motion.
2308	Priority: Failed - Fix Now Known Density Verification failed. Recommended Actions: 1. Check the subtest results and perform the recommended actions. 2. Retry the test. 3. Contact Micro Motion.
2309	Priority: Failed - Fix Now The time period signal is outside the limits for the sensor type. Recommended Actions: 1. Check your process conditions against the values reported by the device.
2310	Priority: Advisory The calculated mA output value is outside the configured range. Recommended Actions: 1. Check the settings of ‘Upper Range Value’ and ‘Lower Range Value.’ 2. Check process conditions. Actual conditions may be outside the normal conditions for which the output is configured. 3. Check for air in the flow tubes, tubes not filled, foreign material in the tubes, coating in the tubes, or other process problems. 4. Verify that the measurement units are configured correctly for your application. 5. Purge the flow tubes.
2311	Priority: Advisory The HART address is set to a non-zero value, or the mA output is configured to send a constant value. Recommended Actions: 1. Check whether the output is in loop test mode. If it is, unfix the output. 2. Exit mA output trim, if applicable. 3. Check the HART address. If the HART address is non-zero, you may need to enable the mA Output Action (Loop Current Mode) parameter. 4. Check whether the output has been set to a constant value via digital communication.
2312	Priority: Maintenance - Fix Soon The drive power (current/voltage) is at its maximum. Recommended Actions: 1. Check the drive gain and the pickoff voltage. 2. Check for electrical shorts. 3. Check for air in the flow tubes, tubes not filled, foreign material in the tubes, coating in the tubes, or other process problems. 4. Check for fluid separation by monitoring the density value and comparing the results against expected density values. 5. Ensure that the sensor orientation is appropriate for your application. Settling from a two-phase or three-phase fluid can cause this alert even if the flow tubes are full.
2313	Priority: Advisory A calibration procedure is in progress. Recommended Actions: 1. Allow the procedure to complete. 2. For zero calibration (CDM meters only), you may abort the calibration, set the zero time parameter to a lower value, and restart the calibration.
2314	Priority: Maintenance - Fix Soon The density has exceeded the user-defined two-phase (density) limits. Recommended Actions: 1. Check that meter is completely full. 2. Check that two-phase limits are set to appropriate values. 3. Verify density cutoff is at least 0.2 g/cc. 4. If you want to change the alert severity, go to the Configure-> Alert Setup-> Alert Severity screen.
2315	Priority: Advisory HART burst mode is enabled. Recommended Actions: 1. No action required. 2. If desired, you can reconfigure the alert severity level to Ignore.
2316	Priority: Maintenance - Fix Soon The transmitter has been restarted. Recommended Actions: 1. No action required. 2. If desired, you can reconfigure the alert severity level to Ignore.
2317	Priority: Advisory The mA output is configured to send a constant value. Recommended Actions: 1. Check whether the output is in loop test mode. If it is, unfix the output. 2. Exit mA output trim, if applicable. 3. Check whether the output has been set to a constant value via digital communication.
2318	Priority: Maintenance - Fix Soon The connection to an external measurement device has failed. No external data is available. 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.
2319	Priority: Maintenance - Fix Soon 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.
2320	Priority: Maintenance - Fix Soon The measured density 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.
2321	Priority: Advisory The discrete output has been configured to send a constant value. Recommended Actions: 1. Check whether the output is in loop test mode. If it is, unfix the output.
2322	Priority: Advisory The transmitter was unable to calculate a valid concentration matrix from the current data. Recommended Actions: 1. Verify the configuration of the concentration measurement application.
2323	Priority: Maintenance - Fix Soon 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.
2324	Priority: Maintenance - Fix Soon The line pressure is outside the range of the API table plus the extrapolation limit. 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.
2325	Priority: Advisory Sensor simulation mode/simulation mode is enabled. Recommended Actions: 1. Disable sensor simulation mode/simulation mode.
2326	Priority: Maintenance - Fix Soon There is a memory error in the display module. Recommended Actions: 1. Cycle power to the meter. 2. Replace the display module. 3. Contact Micro Motion.
2327	Priority: Maintenance - Fix Soon The difference between the case temperature and the fluid temperature is greater than 10 °C. Recommended Actions: 1. Check for process upsets. Changes to line temperature may not be immediately reflected in case temperature. 2. Check for electrical shorts. 3. Install a heat jacket. 4. Contact Micro Motion.
2328	Priority: Maintenance - Fix Soon An incorrect display module has been installed on the device. This may cause a safety violation in hazardous areas. Recommended Actions: 1. Replace the installed display module with an appropriate display module.
2329	Priority: Advisory Enhanced Event 1 has been triggered. Recommended Actions: 1. No action required.
2330	Priority: Advisory Enhanced Event 2 has been triggered. Recommended Actions: 1. No action required.
2331	Priority: Advisory Enhanced Event 3 has been triggered. Recommended Actions: 1. No action required.
2332	Priority: Advisory Enhanced Event 4 has been triggered. Recommended Actions: 1. No action required.
2333	Priority: Advisory Enhanced Event 5 has been triggered. Recommended Actions: 1. No action required.
2334	Priority: Advisory Velocity switch has been triggered. Recommended Actions: 1. No action required.
2335	Priority: Maintenance - Fix Soon Non-zero HART address configured, or user has set the mA output to a fixed value. Recommended Actions: 1. Check the HART address. If non-zero, set mA Output Action parameter to enable Live mA Output. 2. If mA output trim is being performed, exit mA output trim. 3. If mA output loop test is being performed, exit mA output loop test. 4. Check to see if the output has been fixed via digital communications or the local display.
2336	Priority: Maintenance - Fix Soon The calculated amount of current output is outside of the linear range. Recommended Actions: 1. Verify that mA output range values are set to appropriate values.
2337	Prepare the meter: 1. Remove the meter from the process and place it in a protected stable environment. 2. Minimize variation in ambient temperature. 3. Eliminate vibration. 4. Ensure that a suitably rated vacuum pump is used that is able to draw a vacuum on the meter. Pull a vacuum inside the meter to a maximum pressure of 0.2 Torr. Click OK when meter preparation is complete.
2338	Prepare the meter: 1. Remove the meter from the process and place it in a protected stable environment. 2. Minimize variation in ambient temperature. 3. Eliminate vibration. 4. Ensure that the meter is clean. Check for deposition on the vibrating element or the inner walls of the device. Click OK when meter preparation is complete.
2339	Known Density Verification requires 20 samples, and will take about 20 seconds to complete. Click OK to continue.
2340	Known Density Verification is in progress...
2341	Know Density Verification: %0 Time Period Diff: %1 Time Period Stability: %2 Fluid Temp: %3 Drive Gain: %4 Case Temp Stability: %5
2342	Know Density Verification: %0 Time Period Diff: %1 Time Period Stability: %2 Fluid Temp: %3 Drive Gain: %4
2343	Click OK to begin density offset calibration.
2344	Keep Existing Assignment;Temperature;Density;Density at Reference (API);Density at Reference (CM);Specific Gravity (CM);Net Mass Flow Rate (CM);Net Volume Flow Rate (CM);Concentration (CM);Drive Gain;Case Temperature;External Pressure;External Temperature;User-Defined Calculation Output;Volume from Mag/Vortex Meter;Calculated Mass Flow from Mag Meter Input;Sensor Time Period;
2345	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Net Mass Flow Rate (CM). Select Primary Variable:
2346	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Net Volume Flow Rate (CM). Select Primary Variable:
2347	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Volume from Mag/Vortex Meter. Select Primary Variable:
2348	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Calculated Mass Flow from Mag Meter Input. Select Primary Variable:
2349	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Net Mass Flow Rate (CM). Select Secondary Variable:
2350	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Net Volume Flow Rate (CM). Select Secondary Variable:
2351	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Volume from Mag/Vortex Meter. Select Secondary Variable:
2352	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Calculated Mass Flow from Mag Meter Input. Select Secondary Variable:
2353	Keep Existing Assignment;Temperature;Density;Density at Reference (API);Density at Reference (CM);Specific Gravity (CM);Net Mass Flow Rate (CM);Net Volume Flow Rate (CM);Concentration (CM);Drive Gain;External Pressure;External Temperature;User-Defined Calculation Output;Dynamic Viscosity;Kinematic Viscosity;Referred Viscosity;Referred Viscosity (Secondary);Volume from Mag/Vortex Meter;Calculated Mass Flow from Mag Meter Input;
2354	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Dynamic Viscosity.
2355	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Kinematic Viscosity.
2356	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Referred Viscosity.
2357	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Referred Viscosity (Secondary).
2358	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Dynamic Viscosity.
2359	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Kinematic Viscosity.
2360	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Referred Viscosity.
2361	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Referred Viscosity (Secondary).
2362	Keep Existing Assignment;Temperature;Density;Drive Gain;External Pressure;External Temperature;User-Defined Calculation Output;Specific Gravity (Gas);Relative Density;Molecular Weight;Volume from Mag/Vortex Meter;Base Density (Gas);Calculated Mass Flow from Mag Meter Input;Volume Flow at Reference Temperature;Mass from Coriolis Meter;Sensor Time Period;
2363	Keep Existing Assignment;Temperature;Drive Gain;External Pressure;External Temperature;User-Defined Calculation Output;Specific Gravity (Gas);Relative Density;Molecular Weight;Volume from Mag/Vortex Meter;Base Density (Gas);Calculated Mass Flow from Mag Meter Input;Volume Flow at Reference Temperature;Mass from Coriolis Meter;Sensor Time Period;
2364	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Specific Gravity (Gas).
2365	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Relative Density.
2366	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Molecular Weight.
2367	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Base Density (Gas).
2368	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Volume Flow at Reference Temperature.
2369	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Mass from Coriolis Meter.
2370	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Specific Gravity (Gas).
2371	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Relative Density.
2372	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Molecular Weight.
2373	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Base Density (Gas).
2374	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Volume Flow at Reference Temperature.
2375	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Mass from Coriolis Meter.
2376	Keep Existing Assignment;Temperature;Density;Density at Reference (API);Drive Gain;External Temperature;User-Defined Calculation Output;Dynamic Viscosity;Kinematic Viscosity;Referred Viscosity;Referred Viscosity (Secondary);CCAI;CII;
2377	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to CCAI.
2378	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to CII.
2379	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to CCAI.
2380	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to CII.
2381	A036: Viscosity Out of Limit is set to %0.
2382	Keep Existing Assignment;Temperature;Density;Net Mass Flow Rate (CM);Net Volume Flow Rate (CM);Concentration (CM);Drive Gain;External Pressure;External Temperature;User-Defined Calculation Output;Specific Gravity (Gas);Molecular Weight;Wobbe Index;Calorific Value;Percent CO2;Volume from Mag/Vortex Meter;Base Density (Gas);Calculated Mass Flow from Mag Meter Input;Percent N2;Percent H2;Percent CO;Volume Flow at Reference Temperature;Mass from Coriolis Meter;Energy Flow;Sensor Time Period;
2383	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Wobbe Index.
2384	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Calorific Value.
2385	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Percent CO2.
2386	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Percent N2.
2387	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Percent H2.
2388	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Percent CO.
2389	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Primary Variable is set to Energy Flow.
2390	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Wobbe Index.
2391	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Calorific Value.
2392	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Percent CO2.
2393	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Percent N2.
2394	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Percent H2.
2395	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Percent CO.
2396	Any changes made on this screen will be written to the device when the Next button is clicked and could affect transmitter operation. Click Next to write changes to the device, or click Cancel to abort. Secondary Variable is set to Energy Flow.
2397	Keep Existing Assignment;Temperature;Density;Net Mass Flow Rate (CM);Net Volume Flow Rate (CM);Concentration (CM);Drive Gain;External Pressure;External Temperature;User-Defined Calculation Output;Relative Density;Percent CO2;Volume from Mag/Vortex Meter;Base Density (Gas);Calculated Mass Flow from Mag Meter Input;Percent N2;Percent H2;Percent CO;Volume Flow at Reference Temperature;Mass from Coriolis Meter;Sensor Time Period;
2398	Dynamic Viscosity: Value %0 %1 Kinematic Viscosity: Value %2 %3 Referred Viscosity: Value %4 %5
2399	Referred Viscosity (Secondary): Value %0 %1 Density: Value %2 %3 Temperature: Value %4 %5
2400	Dynamic Viscosity: Value %0 %1 Kinematic Viscosity: Value %2 %3 Density: Value %4 %5
2401	Temperature: Value %0 %1
2402	Kinematic Viscosity: Value %0 %1 Temperature: Value %2 %3
2403	Keep Existing Assignment;Temperature;Density;Dynamic Viscosity;Kinematic Viscosity;
2404	Keep Existing Assignment;Temperature;
2405	Keep Existing Assignment;Kinematic Viscosity;
2406	Density: Value %0 %1 Temperature: Value %2 %3
2407	Specific Gravity (Gas): Value %0 Molecular Weight: Value %1 %2 Density: Value %3 %4
2408	Specific Gravity (Gas): Value %0 Molecular Weight: Value %1 %2 Base Density (Gas): Value %3 %4
2409	Relative Density: Value %0 Base Density (Gas): Value %1 %2 Density: Value %3 %4
2410	Current referred viscosity method is ASTM D341 Single. Select referred viscosity method:
2411	ASTM D341 Single;Multi-curve ASTM;Matrix Referral
2412	Current referred viscosity method is Multi-curve ASTM. Select referred viscosity method:
2413	Current referred viscosity method is Matrix Referral. Select referred viscosity method:
2414	Select the fluid:
2415	Fluid 1;Fluid 2;Fluid 3;Fluid 4;Fluid 5;Fluid 6;Fluid 7;Fluid 8;End;
2416	The ASTM Referral Matrix data was successfully written to the device.
2417	Matrix Referral Results: Fit Accuracy: %0 Fit Result: %1
2418	Click Next to begin viscosity scaling factor calibration.
2419	Calibration is in progress. Allow the sensor to stabilize for some time.
2420	Before beginning calibration, the reference chamber must be purged. See the configuration manual for more information.
2421	Select device measurement:
2422	Specific Gravity;Molecular Weight;Relative Density;
2423	Select calibration format (applies to all calibrations):
2424	2-Point Calibration;3-Point Calibration;
2425	Select calibration number:
2426	1;2;3;4;
2427	Select the calibration option:
2428	Calibration Gas Low;Calibration Gas High;Calculate Calibration Coefficients;
2429	Flow Calibration Gas Low through the meter, and click Next to start the calibration.
2430	Starting calibration...
2431	Low Gas Calibration is complete. Click Next to save it.
2432	The calibration is complete. Ensure that all required calibrations have been performed before beginning measurement: • 2-point calibrations: Calibration Gas Low (K0) and Calibration Gas High (K2).
2433	Calibration is not started. Please try again.
2434	Flow Calibration Gas High through the meter and click Next to start the calibration.
2435	High Gas Calibration is complete. Click Next to save it.
2436	Calibration Gas Low;Calibration Gas Medium;Calibration Gas High;Calculate Calibration Coefficients;
2437	The calibration is complete. Ensure that all required calibrations have been performed before beginning measurement: • 3-point calibrations: Calibration Gas Low (K0), Calibration Gas Medium (K1), and Calibration Gas High (K2).
2438	Flow Calibration Gas Medium through the meter and click Next to start the calibration.
2439	Medium Gas Calibration is complete. Click Next to save it.
2440	Calibration Gas Low;Calibration Gas High;
2441	Flow Calibration Gas Low has been saved. Both the high and low calibrations need to be done before calculating the calibration factors.
2442	Continue Calibration;Calculate Calibration Coefficients
2443	Flow Calibration Gas High has been saved. Both the high and low calibrations need to be done before calculating the calibration factors.
2444	Calibration Gas Low;Calibration Gas Medium;Calibration Gas High;
2445	Flow Calibration Gas Low has been saved. All three high, medium and low calibrations need to be done before calculating the calibration factors.
2446	Flow Calibration Gas Medium has been saved. All three high, medium and low calibrations need to be done before calculating the calibration factors.
2447	Flow Calibration Gas High has been saved. All three high, medium and low calibrations need to be done before calculating the calibration factors.
2448	The calibration has been aborted. Ensure that all required calibrations have been performed before beginning measurement: • 2-point calibrations: Calibration Gas Low (K0) and Calibration Gas High (K2).
2449	The calibration has been aborted. Ensure that all required calibrations have been performed before beginning measurement: • 3-point calibrations: Calibration Gas Low (K0), Calibration Gas Medium (K1), and Calibration Gas High (K2).
2450	Enter specific gravity of pure gas:
2451	Enter specific gravity of second gas:
2452	Enter molecular weight of pure gas:
2453	Enter molecular weight of second gas:
2454	Enter relative density of pure gas:
2455	Enter relative density of second gas:
2456	Resetting Configuration Changed Flag, please wait.
2457	Configuration Changed Flag has been reset.
2458	The compressibility calculations is disabled. Do you want to enable it?
2459	The compressibility calculations is enabled.
2460	The compressibility calculations is enabled. Do you want to disable it?
2461	The compressibility calculations is disabled.
2462	Fit Accuracy: %0 Fit Result: %1
2463	Select Device Measurement:
2464	Gas Specific Gravity;Relative Density;Molecular Weight
2465	Select the Simulation Mode Type:
2466	Simulation Mode is %0.
2467	Select option:
2468	Known User Fluid;Water
2469	Click Next to begin Inline Calibration Check.
2470	Inline Calibration Check completed.
2471	Enter Dynamic Viscosity Fixed Value
2472	Enter Dynamic Viscosity Minimum Amplitude of waveform
2473	Enter Dynamic Viscosity Maximum Amplitude of waveform
2474	Enter Dynamic Viscosity period of waveform in second.
Reference ID	String