Device dictionary

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Reference ID	String
0	9739MVD
1	Model
2	Transmitter Software
3	.1f
4	Universal
5	Field Device
6	Beschreibung
7	Hardware
8	A000: Undefined
9	A001: EEPROM Error (CP)
10	A002: RAM Error (CP)
11	A003: No Sensor Response
12	A004: Temperature Overrange
13	A005: Mass Flow Overrange
14	A006: Characterization Required
15	A007: Real-Time Interrupt Failure
16	A008: Density Overrange
17	A009: Transmitter Initializing/Warming Up
18	A010: Calibration Failure
19	A011: Zero Calibration Failed: Low
20	A012: Zero Calibration Failed: High
21	A013: Zero Calibration Failed: Unstable
22	A014: Transmitter Failure
23	A015: MA Readback Error
24	A016: Sensor RTD Failure
25	A017: T-Series RTD Failure
26	A018: EEPROM Error (Xmtr)
27	A019: RAM Error (Xmtr)
28	A020: No Flow Cal Value
29	A021: No K1 Value
30	A022: Config DB Corrupt (CP)
31	A023: Internal Totals Corrupt (CP)
32	A024: Program Corrupt (CP)
33	A025: Boot Sector Fault (CP)
34	A027: Security Breach
35	A028: CP Write Failure
36	A029: PIC/Daughterboard Comm Failure
37	A030: Incorrect Board Type
38	A031: Low Power
39	A032: MV: Outputs to Fault
40	A033: No LPO/RPO Signal
41	A034: Meter Verification Failed
42	A035: Meter Verification Aborted
43	A036: Undefined
44	A037: Undefined
45	A038: Undefined
46	A039: Undefined
47	A100: MAO1 Saturated
48	A101: MAO1 Fixed
49	A102: Drive Overrange
50	A103: Data Loss Possible
51	A104: Calibration-In-Progress
52	A105: Slug Flow
53	A106: Burst Mode Enabled
54	A107: Power Reset Occurred
55	A108: Single-SP Event 1 ON
56	A109: Single-SP Event 2 ON
57	A110: FO Saturated
58	A111: FO Fixed
59	A112: Upgrade Transmitter Software
60	A113: MAO2 Saturated
61	A114: MAO2 Fixed
62	A115: No External Data
63	A116: API: Temperature Overrange
64	A117: API: Density Overrange
65	A118: DO1 Fixed
66	A120: ED: Curve Fit Failure
67	A121: ED: Extrapolation alarm
68	A124: FI Saturated
69	A129: PPI Display Error
70	A130: Undefined
71	A131: Reserved
72	A132: Sensor Simulation Active
73	A133: PIC UI EEPROM Error
74	A134: PPI Memory Error
75	A135: PPI Communication Error
76	A136: Undefined
77	A137: Undefined
78	A138: TBR Active
79	A139: Undefined
80	D1 Calibration In Progress
81	D2 Calibration In Progress
82	D3 Calibration In Progress
83	D4 Calibration In Progress
84	FD Calibration In Progress
85	Zero Calibration In Progress
86	Temperature Slope Calibration In Progress
87	Temperature Offset Calibration In Progress
88	Discrete Event 1 Active
89	Discrete Event 2 Active
90	Discrete Event 3 Active
91	Discrete Event 4 Active
92	Discrete Event 5 Active
93	Discrete Output 1 Active
94	Discrete Input 1 Active
95	Reserved
96	Undefined
97	Undefined
98	Flow Switch Hysteresis Out of Range
99	Invalid Channel A Assignment Code
100	Invalid Channel B Assignment Code
101	Invalid Channel C Assignment Code
102	Invalid Channel D Assignment Code
103	Invalid Channel E Assignment Code
104	Invalid Channel F Assignment Code
105	Invalid Channel A Power Source Code
106	Invalid Channel B Power Source Code
107	Invalid Channel C Power Source Code
108	Invalid Channel D Power Source Code
109	Invalid Channel E Power Source Code
110	Invalid Channel F Power Source Code
111	Invalid Units Code
112	Invalid Milliamp Input Variable Code
113	Enable Concentration Measurement Code Out of Range
114	Enable Curve Lock Code Out of Range
115	Invalid Concentration Units Code
116	Invalid Temperature Units Code
117	Invalid Density Units Code
118	Transmitter-Specific Command Error (Invalid CM curve)
119	Reference Temperature Out of Range
120	Water Reference Temperature Out of Range
121	Water Reference Density Out of Range
122	Slope Trim Out of Range
123	Slope Offset Out of Range
124	Extrapolation Alarm Limit Out of Range
125	Max Fit Order Out of Range
126	Invalid Curve Index
127	Invalid Data Index
128	Current (mA Output 1)
129	Current (mA Output 2)
130	Current (mA Input)
131	Offset Calibration
132	Slope Calibration
133	mA Output 2 Loop Test
134	Trim mA Output 1
135	Trim mA Output 2
136	Rücksetzen der internen Zähler.
137	Display K Factor
138	The number of pulses per unit of measure output via the frequency output
139
140	Inputs/Outputs
141	Frequency Output
142	Alarmstufe Ã¤ndern
143	Diskrete MaÃŸnahmenzuweisung lesen
144	Alle diskreten MaÃŸnahmen prÃ¼fen
145	Discrete Output Test
146	mA Outputs
147	Additional Information for Above
148	No Additional Information for Above
149	Reset Matrix Data
150	Load Matrix Data From Device
151	Enter Matrix
152	Refresh Hours Since Last Run
153	Modbus-Daten lesen
154	Modbus-Daten schreiben
155	mA Input
156	Configure Matrix
157	Trim Concentration Measurement Process Variables
158	GerÃ¤te Reset
159	Werkskonfig. wiederherstellen
160	Erkennung
161	Revisions
162	HART Burst Mode
163	Set Up mA Input
164	Discrete Input
165	Informative Parameter
166	Auswerteelektronik Information
167	Inputs/Outputs Fault Actions
168	Discrete Output
169	Digital Communications
170	Modbus Data
171	Concentration Measurement
172	Concentration Measurement Configuration
173	Matrix Configuration
174	Isotherm 1
175	Isotherm 2
176	Isotherm 3
177	Isotherm 4
178	Isotherm 5
179	Isotherm 6
180	mA-Eingang
181	RÃ¼cks./Wiederherst.
182	.2f
183	.3f
184	.4f
185	.5f
186	4.2f
187	Transmitter Serial Number
188	8d
189	8.2f
190	8.3f
191	8.6f
192	.6f
193	10.4f
194	6.2f
195	Sensor Flange
196	Tube Lining
197	Tube Wetted Material
198	5.4f
199	5.2f
200	5d
201	5.3f
202	5.5f
203	uSec
204	6.5f
205	2d
206	Fault Action
207	AufwÃ¤rts (21,0-24,0 mA)
208	AbwÃ¤rts (1,0-3,6 mA)
209	Fault Action
210	Digital Fault Actions
211	Fault Level
212	Fault Level
213	1d
214	7.2f
215	4d
216	Polled Variable 1
217	Polled Variable 2
218	9.8f
219	10.7f
220	Meter Verify Failed
221	RS485 Dual Function
222	Discrete Input State
223	Discrete Input State 2
224	3d
225	Variable
226	Ereignistyp
227	NLPD
228	NLPH
229	NLPM
230	NLPS
231	Nm3/day
232	Nm3/hr
233	Nm3/min
234	Nm3/sec
235	SCFD
236	SCFH
237	SCFM
238	SCFS
239	SLPD
240	SLPH
241	SLPM
242	SLPS
243	Sm3/day
244	Sm3/hr
245	Sm3/min
246	Sm3/sec
247	SL
248	Sm3
249	Special
250	Simulate Primary Purpose Variables
251	Simulation Control
252	Simulation Fixed Value
253	Simulation Ramp Low Point
254	Simulation Ramp High Point
255	Simulation Ramp Period
256	V
257	mmi_current algorithm state_label
258	Set Frequency Input Scaling
259	4.1f
260	Hours Since Last Run
261	Active Matrix
262	Curve 1
263	Curve 2
264	Curve 3
265	Curve 4
266	Curve 5
267	Curve 6
268	Reference Temperature
269	The reference temperature of the fluid
270	Water Reference Temperature
271	Trim Slope
272	Trim Offset
273	Extrapolation Alarm Limit
274	Matrix Name
275	Curve Name
276	Curve Fit Maximum Order
277	Curve Fit Max Order
278	Curve Fit Results
279	Good
280	Poor
281	Failed
282	Empty
283	Concentration Units
284	Accuracy
285	Enabled
286	Enable Concentration Measurement
287	Enable ED
288	Lock/Unlock Concentration Matrices
289	Indicates whether the curve is locked from writing
290	Not Locked
291	Locked
292	Derived Variable
293	Standard
294	Density at Ref.
295	S.G.
296	Mass Conc(Dens)
297	Mass Conc(SG)
298	Volume Conc(Dens)
299	Volume Conc(SG)
300	Conc(Dens)
301	Conc(SG)
302	Water Reference Density
303	Reason for Abort
304	Transmitter Running Seconds at Test
305	Enable Temperature High Extrapolation Limit
306	Disabled
307	Enable Density Low Extrapolation Limit
308	Enable Density High Extrapolation Limit
309	Enable Temperature Low Extrapolation Limit
310	Slope
311	Offset
312	2
313	3
314	4
315	5
316	Temperature Units
317	Density Units
318	Concentration Unit String
319	Matrix Being Configured
320	Channel D
321	Channel E
322	Channel F
323	Milliampere Input
324	Power Source
325	Channel D Power Source
326	DO Power Source
327	Concentration 1
328	Concentration 2
329	Concentration 3
330	Concentration 4
331	Concentration 5
332	SpecConc0
333	SpecConc1
334	SpecConc2
335	SpecConc3
336	SpecConc4
337	SpecConc5
338	DensAtConc0
339	DensAtConc1
340	DensAtConc2
341	DensAtConc3
342	DensAtConc4
343	DensAtConc5
344	Density
345	Density
346	Density
347	Density
348	Density
349	4.4f
350	mA Input Upper Range Value
351	mA Input Lower Range Value
352	mA Input Level
353	mA Input Variable Assignment
354	External Pressure
355	External Temperature
356	None
357	Milliamp Input Units
358	API Vol Flow Digital Units
359	API Dens Digital Units
360	ED Vol Flow Digital Units
361	ED Dens Digital Units
362	Aktuelle Zuordnung beibehalten
363	Configure map variables, primary and secondary output, discrete outputs, pulse output, discrete inputs, pulse input settings and RS-485 port.
364	Unit Codes
365	Alert Severity
366	Enter an Alert number and change the Alert's severity to Fault, Information or Ignore.
367	Enter an Alert number and view the current severity of the alert.
368	Revision Numbers
369	State is On.
370	State is Off.
371	Nach dem Ã„ndern des Typ-Felds wird dieser Bildschirm nicht automatisch aktualisiert. â€žMenÃ¼gefÃ¼hrte Einstellungâ€œ auswÃ¤hlen und dann zu diesem Bildschirm zurÃ¼ckkehren, um die aktuelle Konfiguration anzuzeigen.
372	Optional Setup
373	Configure the Process Monitor Screens by selecting the desired process variables for each screen.
374	Configure the number of decimal places for each process variable.
375	Digital to analog trim of the mA output 1.
376	Digital to analog trim of the mA output 2.
377	Perform First Point (Air) Calibration.
378	Perform Second Point (Water) Calibration.
379	Perform Flowing Density Calibration.
380	Perform Fourth Point (user’s choice) Calibration.
381	Set a fixed output value for the discrete output.
382	Simulation Configuration
383	Mass Flow Rate Simulation Settings
384	Density Simulation Settings
385	Temperature Simulation Settings
386	Loop Tests
387	Assign variables to the first and second milliamp outputs, define upper and lower range values, cutoffs, and dampings.
388	Assign variables to the discrete output, set flow switch.
389	Assign variables to the discrete input.
390	Assign range values to the milliamp input.
391	Set up Bell-202 port (HART only) and RS-485 port.
392	Set Up Bell 202 Port
393	mA Output Trim
394	Note: To assign action to discrete inputs go to alert setup, discrete events, assign discrete actions
395	CM Configuration
396	Methods
397	Concentration
398	Extrapolation Alert
399	Reference Conditions
400	Empfohlene MaÃŸnahmen: 1. Auf SchwallstrÃ¶mung prÃ¼fen. 2. Die Diagnosevariablen anzeigen, um zu prÃ¼fen, ob Rohre vibrieren. Linke und rechte Aufnehmerspule sollten Ã¼ber 10 mV liegen. 3. Die Sensorverdrahtung prÃ¼fen. 4. Die Messrohre auf Verstopfung prÃ¼fen. 5. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden. 6. Wenn das Problem nicht behoben werden kann, Micro Motion kontaktieren.
401	Empfohlene MaÃŸnahmen: 1. PrÃ¼fen, ob ein Sensor an die Auswerteelektronik angeschlossen ist. 2. Die Sensor-RTD-Verdrahtung prÃ¼fen. 3. PrÃ¼fen, dass die Prozesstemperatur innerhalb des Bereichs von Sensor und Auswerteelektronik liegt. 4. Wenn das Problem nicht behoben werden kann, Micro Motion kontaktieren.
402	Empfohlene MaÃŸnahmen: 1. Wurden andere Alarme gesetzt (gewÃ¶hnlich A003, A006, A008, A102 oder A105), diese Alarme zuerst beheben. Wenn Alarm A005 weiterhin besteht, mit den nachstehenden VorschlÃ¤gen fortfahren. 2. Die Diagnosevariablen anzeigen, um zu prÃ¼fen, ob Rohre vibrieren. Linke und rechte Aufnehmerspule sollten Ã¼ber 10 mV liegen. 3. Die Sensorverdrahtung prÃ¼fen. 4. Die Messrohre anhand des Dichtewerts auf Erosion prÃ¼fen. 5. Wenn das Problem nicht behoben werden kann, Micro Motion kontaktieren.
403	Empfohlene MaÃŸnahmen: 1. Charakterisierung prÃ¼fen. Insbesondere die Flow FCF- und K1-Werte auf dem Typenschild des Sensors prÃ¼fen. 2. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden. 3. Wenn das Problem nicht behoben werden kann, Micro Motion kontaktieren.
404	Empfohlene MaÃŸnahmen: 1. Charakterisierung prÃ¼fen. Insbesondere die FlowCal- und K1-Werte auf dem Typenschild des Sensors prÃ¼fen. 2. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden. 3. Wenn das Problem nicht behoben werden kann, Micro Motion kontaktieren.
405	Empfohlene MaÃŸnahmen: 1. Sind andere Alarme vorhanden (gewÃ¶hnlich A003, A006, A102 oder A105), diese Alarme zuerst beheben. Wenn Alarm A008 weiterhin besteht, mit den nachstehenden VorschlÃ¤gen fortfahren. 2. Den Prozess prÃ¼fen. Auf Luft in den Durchflussrohren, nicht gefÃ¼llte Messrohre, FremdkÃ¶rper oder Ablagerungen in den Messrohren prÃ¼fen. 3. Die Sensorverdrahtung prÃ¼fen. 4. Die Dichtecharakterisierung prÃ¼fen und sicherstellen, dass die Konfiguration dem Typenschild des Sensors entspricht. 5 Die Diagnosevariablen anzeigen, um zu prÃ¼fen, ob die Messrohr-Grundfrequenz im ordnungsgemÃ¤ÃŸen Bereich fÃ¼r den Sensortyp liegt. 6. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden. 7. Wenn das Problem nicht behoben werden kann, Micro Motion kontaktieren.
406	Empfohlene MaÃŸnahmen: 1. Den Durchflussmesser aufwÃ¤rmen lassen (ca. 30 Sekunden). Wenn die Fehlermeldung nicht mehr angezeigt wird, ist der Durchflussmesser fÃ¼r den Normalbetrieb bereit. 2. PrÃ¼fen, ob die Eingangsspannung zwischen 12 und 15 V liegt. 3. Wenn der Alarm weiterhin besteht, sicherstellen, dass der Sensor entweder vollstÃ¤ndig gefÃ¼llt oder vollstÃ¤ndig leer ist. 4. Die Sensorverdrahtung prÃ¼fen. 5. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden.
407	Empfohlene MaÃŸnahmen: 1. Wenn der Alarm wÃ¤hrend der Nullpunktkalibrierung der Auswerteelektronik ausgelÃ¶st wird, sicherstellen, dass kein Durchfluss zum Sensor besteht und dann erneut versuchen. 2. Die Spannungsversorgung des Durchflussmessers aus- und einschalten, um den Alarm zu lÃ¶schen. 3. Falls notwendig, den werksseitigen Nullpunkt wiederherstellen, um den Normalbetrieb des Durchflussmessers wieder aufzunehmen. 4. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden. 5. Wenn der Alarm wÃ¤hrend einer Dichtekalibrierung ausgelÃ¶st wird, Micro Motion kontaktieren.
408	Empfohlene Maßnahmen: 1. Wenn der Alarm während der Nullpunktkalibrierung der Auswerteelektronik ausgelöst wird, sicherstellen, dass kein Durchfluss zum Sensor besteht und dann erneut versuchen. 2. Die Spannungsversorgung des Durchflussmessers aus- und einschalten, um den Alarm zu löschen. 3. Falls notwendig, den werksseitigen Nullpunkt wiederherstellen, um den Normalbetrieb des Durchflussmessers wieder aufzunehmen. 4. Zum Ändern der Alarmstufe den Menüpfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden. 5. Wenn der Alarm während einer Dichtekalibrierung ausgelöst wird, Micro Motion kontaktieren.
409	Empfohlene MaÃŸnahmen: 1. Andere aktive Alarme zuerst beheben. 2. Die Spannungsversorgung des Durchflussmessers aus- und einschalten. 3. Wenn der Alarm weiterhin besteht, muss die Auswerteelektronik ggf. gewartet werden. Micro Motion kontaktieren.
410	Empfohlene MaÃŸnahmen: 1. Die Sensor-RTD-Verdrahtung prÃ¼fen. 2. PrÃ¼fen, dass die Prozesstemperatur innerhalb des Bereichs von Sensor und Auswerteelektronik liegt. 3. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden. 4. Wenn das Problem nicht behoben werden kann, Micro Motion kontaktieren.
411	Empfohlene MaÃŸnahmen: 1. Spannungsversorgung der Auswerteelektronik aus- und einschalten. 2. Wenn das Problem weiterhin besteht, Kontakt mit Micro Motion aufnehmen.
412	Empfohlene MaÃŸnahmen: 1. Die Charakterisierung mit dem Typenschild des Sensors vergleichen. Insbesondere die Flow FCF-, K1- und K2-Werte prÃ¼fen. 2. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden. 3. Wenn das Problem nicht behoben werden kann, Micro Motion kontaktieren.
413	Empfohlene MaÃŸnahmen: 1. Die Charakterisierung mit dem Typenschild des Sensors vergleichen. Insbesondere die FlowCal-, K1- und K2-Werte prÃ¼fen. 2. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden. 3. Wenn das Problem nicht behoben werden kann, Micro Motion kontaktieren.
414	Empfohlene MaÃŸnahmen: 1. Wenn der Alarm A017 aktiv ist, diesen Alarm zuerst beheben. 2. Die Charakterisierung mit dem Typenschild des Sensors vergleichen. Insbesondere die Flow FCF-, K1- und K2-Werte prÃ¼fen. 3. Die Sensor-RTD-Verdrahtung prÃ¼fen. 4. Wenn das Problem nicht behoben werden kann, Micro Motion kontaktieren.
415	Empfohlene MaÃŸnahmen: 1. Die Verdrahtung zwischen Auswerteelektronik und Core-Prozessor prÃ¼fen. 2. Die Spannungsversorgung der Auswerteelektronik und des Core-Prozessors prÃ¼fen. 3. Die Spannungsversorgung der Auswerteelektronik aus- und einschalten. 4. Wenn das Problem weiterhin besteht, Kontakt mit Micro Motion aufnehmen.
416	Empfohlene MaÃŸnahmen: 1. Der Alarm kann durch den Benutzer bestÃ¤tigt werden, indem die Auswerteelektronik wieder in den Sicherheits-Modus versetzt wird; zur Wiederherstellung der Sicherheitsplombierung der Auswerteelektronik ist jedoch ein offizielles Verfahren notwendig.
417	Empfohlene MaÃŸnahmen: 1. PrÃ¼fen, ob die Eingangsspannung des Core-Prozessors mindestens 12 V betrÃ¤gt. 2. Die Spannungsversorgung und alle stromfÃ¼hrenden Kabel prÃ¼fen.
418	Empfohlene MaÃŸnahmen: 1. Auf SchwallstrÃ¶mung prÃ¼fen. 2. Die Diagnosevariablen anzeigen, um zu prÃ¼fen, ob Rohre vibrieren. Linke und rechte Aufnehmerspule sollten Ã¼ber 10 mV liegen. 3. Die Sensorverdrahtung prÃ¼fen. 4. Die Messrohre auf Verstopfung prÃ¼fen. 5. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden. 6. Wenn das Problem nicht behoben werden kann, Micro Motion kontaktieren.
419	Empfohlene MaÃŸnahmen: 1. Sicherstellen, dass die Ausgangsbereichswerte (in mA) auf die richtigen Werte eingestellt sind. 2. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden.
420	Empfohlene MaÃŸnahmen: 1. Die HART-Adresse prÃ¼fen. Wenn ungleich Null, den Parameter â€žmA-MaÃŸnahmeâ€œ einstellen, um â€žLive-mA-Ausgangâ€œ zu aktivieren. Oder, falls Multidrop-Kommunikation erforderlich ist, die Alarmstufe unter Konfigurieren-> Alarmeinstellung-> Alarmstufe auf â€žIgnorierenâ€œ einstellen. 2. Wenn ein mA-Ausgang-Abgleich durchgefÃ¼hrt wird, den mA-Ausgang-Abgleich beenden. 3. Wenn ein mA-Ausgang-Messkreistest durchgefÃ¼hrt wird, den mA-Ausgang-Messkreistest beenden. 4. PrÃ¼fen, ob der Ausgang Ã¼ber digitale Kommunikation oder den Digitalanzeiger auf einen festen Wert eingestellt wurde.
421	Empfohlene MaÃŸnahmen: 1. Auf die Beendigung der Kalibrierung warten. 2. Bei einer Nullpunktkalibrierung kann die Kalibrierung abgebrochen, der Nullzeitparameter auf einen niedrigeren Wert eingestellt und die Kalibrierung erneut gestartet werden. 3. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden.
422	Empfohlene MaÃŸnahmen: 1. Keine MaÃŸnahme erforderlich. 2. Falls erforderlich die Alarmstufe unter Konfigurieren-> Alarmeinstellung-> Alarmstufe auf â€žIgnorierenâ€œ einstellen.
423	Empfohlene MaÃŸnahmen: 1. Die Skalierfaktoren des Frequenzausgangs auf geeignetere Einstellungen Ã¤ndern. 2. Bei Einstellung der dritten Variable auf Volumendurchfluss kann eine niedrige Dichte oder ein leeres Messrohr zur SÃ¤ttigung des Frequenzausgangs fÃ¼hren. 3. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden.
424	Empfohlene MaÃŸnahmen: 1. Messkreistest des Frequenzausgangs beenden. 2. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden.
425	Empfohlene MaÃŸnahmen: 1. Den BinÃ¤rausgangstest beenden. 2. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden.
426	A119: Discrete Output 2 Fixed
427	Empfohlene MaÃŸnahmen: 1. Die Konfiguration der Matrix fÃ¼r die Konzentrationsmessung (KM) unter Konfigurieren-> Manuelle Einrichtung-> Messungen-> Konzentrationsmessung-> Matrix erfassen prÃ¼fen.
428	Empfohlene MaÃŸnahmen: 1. Ausgangssimulation deaktivieren. 2. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden.
429	Empfohlene MaÃŸnahmen: 1. Die Sensorverdrahtung prÃ¼fen. 2. Wenn dies der einzige aktive Alarm ist, kann er ignoriert werden. Falls erforderlich die Alarmstufe auf â€žIgnorierenâ€œ einstellen. 3. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden.
430	Empfohlene MaÃŸnahmen: 1. Die ordnungsgemÃ¤ÃŸe Eingangsspannung von Auswerteelektronik und Core-Prozessor prÃ¼fen. 2. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden. 3. Wenn das Problem nicht behoben werden kann, Micro Motion kontaktieren.
431	Empfohlene MaÃŸnahmen: 1. PrÃ¼fen, dass der Sensor vollstÃ¤ndig gefÃ¼llt ist. 2. PrÃ¼fen, dass die Schwallstromgrenzen auf die korrekten Werte eingestellt sind. 3. Sicherstellen, dass die Dichteabschaltung auf mindestens 0,2 g/cm3 eingestellt ist. 4. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden.
432	Empfohlene MaÃŸnahmen: 1. Keine MaÃŸnahme erforderlich. 2. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden.
433	Empfohlene MaÃŸnahmen: 1. Den Prozess prÃ¼fen. 2. Die Konfiguration in der Referenztabelle fÃ¼r MineralÃ¶lmessungen und Temperaturen prÃ¼fen. 3. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden.
434	Empfohlene MaÃŸnahmen: 1. Sind andere Alarme vorhanden, diese Alarme zuerst beheben. 2. Den Prozess prÃ¼fen. 3. Die Konfiguration in der Referenztabelle fÃ¼r MineralÃ¶lmessungen und Dichte prÃ¼fen. 4. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden.
435	Empfohlene MaÃŸnahmen: 1. Die Prozesstemperatur und Dichte prÃ¼fen. 2. Die Extrapolationsalarmgrenze der Konzentrationsmessung (KM) prÃ¼fen. 3. Den Prozess prÃ¼fen. Bei leeren Messrohren oder bei Gas im Prozess warten, bis sich der Zustand von selbst behebt. 4. Zum Ã„ndern der Alarmstufe den MenÃ¼pfad Konfigurieren-> Alarmeinstellung-> Alarmstufe verwenden.
436	Frequency input from external device is too high.
437	Recommended Actions: 1. Verify that frequency input parameters are set to appropriate values.
438	Batch total has exceeded target: • Batch has not ended. • Flow is still being measured.
439	Recommended Actions: 1. Check wiring for discrete output indicating overrun. 2. Check device connected to discrete output indicating overrun. 3. Enable batch Automatic Overshoot Compensation (AOC). 4. After cause has been diagnosed, press RESET or START to start new batch.
440	A129: Internal Error (Display)
441	(Custody transfer only) Readback function from transmitter display indicates error or failure.
442	Recommended Actions: 1. Cycle power to the flow meter. 2. If problem persists, call Micro Motion.
443	(Custody transfer only) The ticket printer is out of paper.
444	Recommended Actions: 1. Add paper to the printer.
445	A134: Memory Error (Display)
446	Memory or checksum error in transmitter display.
447	Recommended Actions: 1. Cycle power to the flow meter. 2. The flow meter might need service. Contact Micro Motion.
448	A135: Transmitter/Display Communications Error
449	Internal communication error with transmitter display.
450	A136: Power Outage
451	The power was off for at least 30 seconds.
452	Recommended Actions: 1. No action required.
453	A137: Measurement Paused
454	Continuous mode measurements are paused.
455	Recommended Actions: 1. No action required. If desired, resume measurement.
456	A138: Transient Bubble Remediation (TBR) Active
457	The drive gain has exceeded the configured TBR threshold and the configured TBR action has been implemented.
458	A139: External Water Cut Out-of-Range
459	The water cut measured by the water cut monitor is above the configured External Water Cut Limit.
460	Empfohlene MaÃŸnahmen: 1. Prozess verifizieren und auf Schwallstrom prÃ¼fen. 2. Die Diagnosevariablen prÃ¼fen. 3. Die Sensorverdrahtung prÃ¼fen. 4. Die Messrohre auf Erosion prÃ¼fen. 5. Wenn das Problem nicht behoben werden kann, Micro Motion kontaktieren.
461	Reference Condition
462	Read modbus register values.
463	Electronic Conditions
464	Sensor Conditions
465	Recommended Actions: 1. Check for slug flow. 2. Check the test points. 3. Check the sensor circuitry. 4. Check sensor tubes for plugging. 5. If the problem persists, contact Micro Motion.
466	Recommended Actions: 1. Check the sensor RTD circuitry. 2. Verify that process temperature is within range of sensor and transmitter. 3. If the problem persists, contact Micro Motion.
467	Process Conditions
468	Recommended Actions: 1. If other alerts are present (typically, A003, A006, A008, A102, or A105), resolve those alerts first. If the A005 alert persists, continue with the suggestions below. 2. Verify process and check for slug flow. 3. Check the test points. 4. Check the sensor circuitry. 5. Check the sensor tubes for erosion. 6. If the problem persists, contact Micro Motion.
469	Configuration Conditions
470	Recommended Actions: 1. Check the characterization. Specifically, verify the FCF and K1 values. 2. If the problem persists, contact Micro Motion.
471	Recommended Actions: 1. If other alerts are present (typically, A003, A006, A102, or A105), resolve those alerts first. If the A008 alert persists, continue with the suggestions below. 2. Verify process. Check for air in the flow tubes, tubes not filled, foreign material in tubes, or coating in tubes. 3. Check for slug flow. 4. Check the sensor circuitry. 5. Verify calibration factors in transmitter configuration. 6. Check the test points. 7. If the problem persists, contact Micro Motion.
472	Recommended Actions: 1. Allow the flowmeter to warm up (approximately 30 seconds). The error should disappear once the flowmeter is ready for normal operation. 2. If alert does not clear, make sure that the sensor is completely full or completely empty. 3. Check the sensor circuitry.
473	Recommended Actions: 1. If alert appears during a transmitter zero, ensure that there is no flow through the sensor, then retry. 2. Cycle power to the flowmeter, then retry. 3. If appropriate, restore the factory zero to return the flowmeter to operation.
474	Recommended Actions: 1. Ensure that there is no flow through the sensor, then retry. 2. Cycle power to the flowmeter, then retry. 3. If appropriate, restore the factory zero to return the flowmeter to operation.
475	Recommended Actions: 1. Remove or reduce sources of electromechanical noise, then retry. Sources of noise include mechanical pumps, pipe stress at sensor, electrical interference, or vibration effects from nearby machinery. 2. Cycle power to the flowmeter, then retry. 3. If appropriate, restore the factory zero to return the flowmeter to operation.
476	Recommended Actions: 1. Cycle power to the flowmeter. 2. The transmitter might need service. Contact Micro Motion.
477	Recommended Actions: 1. Check the sensor RTD circuitry. 2. Verify that process temperature is within range of sensor and transmitter. 3. Check the characterization. Specifically, verify the FCF and K1 values. 4. If the problem persists, contact Micro Motion.
478	Recommended Actions: 1.Cycle power to the transmitter. 2.If problem persists, call Micro Motion.
479	Recommended Actions: 1. Check the characterization. Specifically, verify the FCF and K1 values. 2. Check the sensor RTD circuitry. 3. If the problem persists, contact Micro Motion.
480	Recommended Actions: 1.Cycle power to the flowmeter. 2.The transmitter might need service. Contact Micro Motion.
481	Recommended Actions: 1. Verify the wiring between the Transmitter and Core Processor. 2. Cycle power to the transmitter. 3. If problem persists, call Micro Motion.
482	Recommended Actions: 1. Alarm can be cleared by user, but authorized procedure is required to reestablish security.
483	Recommended Actions: 1. Cycle power to the flowmeter. 2. The transmitter might need service or upgrading. Contact Micro Motion.
484	Recommended Actions: 1. Cycle power to the flowmeter. 2. Contact Micro Motion.
485	Recommended Actions: 1. Verify process. Check for air in the flow tubes, tubes not filled, foreign material in tubes, or coating in tubes.
486	Recommended Actions: 1. Check the sensor circuitry. 2. If this is the only active alarm, it can be ignored. If desired, reconfigure the alarm severity to Ignore.
487	Recommended Actions: 1. Contact Micro Motion to upgrade the transmitter software. Note: The transmitter is still functional.
488	Recommended Actions: 1. No action required. 2. If desired, reconfigure the alarm severity to Ignore.
489	Recommended Actions: 1. HART polling connection to external device has failed. Ensure that external device is available: 2. Verify device operation. 3. Verify wiring. 4. Verify polling configuration.
490	Recommended Actions: 1. Verify process. 2. Verify configuration for Petroleum Measurement reference table and temperature.
491	Recommended Actions: 1. Verify process. 2. Verify configuration for Petroleum Measurement reference table and density.
492	Recommended Actions: 1. Verify the process temperature and density. 2. Verify Concentration Measurement (CM) configuration.
493	Recommended Actions: 1. Verify process and check for slug flow. 2. Check the test points. 3. Check the sensor circuitry. 4. Check the sensor tubes for erosion. 5. If the problem persists, contact Micro Motion.
494	Recommended Actions: 1. Verify that mA output range values are set to appropriate values.
495	Recommended Actions: 1. The first command to recognize this condition will automatically reset this flag. 2. This flag may also be set following a Master Reset or a Self Test.
496	Recommended Actions: 1. Check the test points. 2. Check the sensor circuitry. 3. If the problem persists, contact Micro Motion.
497	Recommended Actions: 1. Allow the flowmeter to complete calibration. 2. For zero calibration procedures, you may abort the calibration, set the zero time parameter to a lower value, and restart the calibration.
498	Recommended Actions: 1. Disable output simulation.
499	Recommended Actions: 1. Check the HART address. If non-zero, enable Loop Current Mode parameter. 2. Exit mA output trim. 3. Exit mA output loop test. 4. Check to see if the output has been fixed via digital communication.
500	Recommended Actions: 1. Change frequency output scaling factors to more appropriate settings.
501	Recommended Actions: 1. Exit frequency output loop test.
502	Recommended Actions: 1. Exit mA output trim. 2. Exit mA output loop test. 3. Check to see if the output has been fixed via digital communications.
503	Recommended Actions: 1. Verify Concentration Measurement (CM) configuration.
504	Classic View
505	mA Output 1
506	mA Output 2
507	Diagnosevariablen anzeigen
508	Dichtecharakterisierung anzeigen
509	Schwallstromzustand anzeigen
510	Variablen der Konzentrationsmessung anzeigen
511	Dichtecharakterisierung
512	Schwallstromzustand
513	Kalibrierung
514	Nullabgleich durchfÃ¼hren.
515	Dichtekalibrierung durchfÃ¼hren.
516	Performs a temperature calibration.
517	GerÃ¤t aus- und einschalten, ohne die GerÃ¤tekonfiguration zu Ã¤ndern.
518	Vorhandene GerÃ¤tekonfiguration mit der Werkskonfiguration Ã¼berschreiben.
519	Konfiguration geÃ¤ndertes Flag manuell zurÃ¼cksetzen, wenn der Host das Flag nicht automatisch zurÃ¼cksetzen kann.
520	FMU860
521	DT
522	DVC
523	FCX
524	AS800
525	340T
526	340C
527	344
528	Siemens Micro K
529	SITRANS L
530	SIPAN PH
531	SITRANS P
532	75SMT
533	UNIDELTA
534	8320
535	SX5100
536	TSV175
537	DMU
538	3780
539	BM70
540	8u
541	low
542	high
543	tmp_av
544	Konfig.-Ã„nderungen kÃ¶nnen den Auswerteelektronikbetrieb beeinflussen. Vor dem nÃ¤chsten Schritt sicherstellen, dass der Messkreis auf manuellen Betrieb eingestellt ist.
545	Calibration is in progress...
546	Density calibration is completed.
547	Frequency Output:
548	Enter Meter Value:
549	Selbsttest beendet
550	Keine Geraetefehler waehrend des Selbsttests
551	WARNUNG-Stoppen des Zaehlers sperrt Frequenzausgang
552	FEHLER: Zaehler rueckstellen bei Durchflu_ nicht moeglich.
553	Alarm1 aktiv: Ja
554	Alarm1 aktiv: Nein
555	Alarm2 aktiv: Ja
556	Alarm2 aktiv: Nein
557	Statusabfrage beendet
558	Status OK
559	HINWEIS-Regelkreis evtl. auf Automatik zurckschalten
560	HINWEIS-Vor Einstellung des Messbereiches Messvariable 1 zuweisen/senden.
561	HINWEIS-Vor Einstellung des Messbereiches Messvariable 2 zuweisen/senden.
562	HINWEIS-Vor Einstellung des Messbereiches Messvariable 3 zuweisen/senden.
563	K-Faktor: %{yatemp} Impulse/einh.
564	floatFreqVal
565	floatRateVal
566	Please select Burst Mode:
567	A problem was detected
568	Abort;Fix and Retry
569	Choose Burst Variable:
570	Burst mode configuration is completed. Note-Please return loop to automatic control.
571	select
572	floatPulsesPerUnit
573	floatUnitsPerPulse
574	Current primary variable selection is mass flow rate. Select Primary Variable:
575	Current Selection;Mass Flow Rate;Temperature;Density;Volume Flow Rate;Viscosity;Differential Pressure;Event1;Event2
576	Current primary variable selection is temperature. Select Primary Variable:
577	Current primary variable selection is density. Select Primary Variable:
578	Current primary variable selection is volume flow rate. Select Primary Variable:
579	Current primary variable selection is viscosity. Select Primary Variable:
580	Current primary variable selection is differential pressure. Select Primary Variable:
581	Current primary variable selection is event1. Select Primary Variable:
582	Current Selection;Mass Flow Rate;Temperature;Density;Volume Flow Rate;Viscosity;Differential Pressure;Differential Pressure;Event1;Event2
583	Current primary variable selection is event2. Select Primary Variable:
584	Current secondary variable selection is mass flow rate. Select Secondary Variable:
585	Current secondary variable Selection is temperature. Select Secondary Variable:
586	Current secondary variable selection is density. Select Secondary Variable:
587	Current secondary variable selection is volume flow rate. Select Secondary Variable:
588	Current secondary variable selection is viscosity Select Secondary Variable:
589	Current secondary variable selection is differential Pressure Select Secondary Variable:
590	Current secondary variable selection is event1. Select Secondary Variable:
591	Current secondary variable selection is event2. Select Secondary Variable:
592	alarmNum
593	Start Sensor Zero;Reset Mass Total;Reset Volume Total;Reset Petroleum Reference Volume;Reset All Totals;Reset Concentration Reference Volume;Reset Concentration Net Mass;Reset Concentration Net Volume;Start/Stop Totals;Increment Concentration Curve;Print Screen;Print custody transfer screen;Reset Gas Standard Volume Total
594	Starting meter verification, please wait.
595	Sensor Verifikation durchgeführt: %{0}%
596	Meter verification PASS.
597	Meter verification FAILED.
598	Meter verification error.
599	Fehler Sensor Verifikation %{0}
600	Meter Verification will hold outputs at last value for about 2 minutes. Press Next to Start or Cancel to End.
601	Discrete output level is off.
602	Discrete output 1 level is on.
603	fValue
604	Current Primary Variable Selection is %0 Select Primary Variable:
605	Current Secondary Variable Selection is %0 Select Secondary Variable:
606	Priority: Failed - Fix Now Description: Continuity failure of drive circuit, LPO, or RPO, or LPO-RPO mismatch when driving. Recommended Actions: 1. Check for slug flow. 2. Check the test points. 3. Check the sensor circuitry. 4. Check sensor tubes for plugging. 5. If the problem persists, contact Micro Motion.
607	Drive Gain: Value %0
608	Priority: Failed - Fix Now Description: The value computed for the resistance of the line RTD or the Meter/Case RTD is outside limits. Recommended Actions: 1. Check the sensor RTD circuitry. 2. Verify that process temperature is within range of sensor and transmitter. 3. If the problem persists, contact Micro Motion
609	Temperature: Value %0
610	Priority: Failed - Fix Now Description: The measured flow has exceeded the maximum flow rate of the sensor. Recommended Actions: 1. If other alerts are present (typically, A003, A006, A008, A102, or A105), resolve those alerts first. If the A005 alert persists, continue with the suggestions below. 2. Verify process and check for slug flow. 3. Check the test points 4. Check the sensor circuitry. 5. Check the sensor tubes for erosion. 6. If the problem persists, contact Micro Motion.
611	No Additional Information Available
612	Priority: Failed - Fix Now Description: One or more required characterization parameters have not been entered. Recommended Actions: 1. Check the characterization. Specifically, verify the FCF and K1 values. 2. If the problem persists, contact Micro Motion
613	Flow Cal: Value %0 K1: Value %1 uSec K2: Value %2 uSec
614	Flow FCF: Value %0 K1: Value %1 uSec K2: Value %2 uSec
615	Priority: Failed - Fix Now Description: The measured density has exceeded 0-10 g/cm3. Recommended Actions: 1. If other alerts are present (typically, A003, A006, A102, or A105), resolve those alerts first. If the A008 alert persists, continue with the suggestions below. 2. Verify process. Check for air in the flow tubes, tubes not filled, foreign material in tubes, or coating in tubes. 3. Check for slug flow. 4. Check the sensor circuitry. 5. Verify calibration factors in transmitter configuration. 6. Check the test points. 7. If the problem persists, contact Micro Motion
616	Priority: Failed - Fix Now Description: Transmitter in power-up mode. Recommended Actions: XX
617	Priority: Failed - Fix Now Description: Mechanical zero: The resulting zero was greater than 3 microseconds Temperature or Density Calibrations: many possible causes Recommended Actions: 1. If alert appears during a transmitter zero, ensure that there is no flow through the sensor, then retry. 2. Cycle power to the flowmeter, then retry. 3. If appropriate, restore the factory zero to return the flowmeter to operation.
618	Priority: Failed - Fix Now Description: Mechanical zero: Calibration procedure failed due to reverse flow through the sensor. Recommended Actions: 1. Ensure that there is no flow through the sensor, then retry. 2. Cycle power to the flowmeter, then retry. 3. If appropriate, restore the factory zero to return the flowmeter to operation.
619	Priority: Failed - Fix Now Description: Mechanical zero: Calibration procedure failed due to flow through the sensor.The resulting zero was greater than 3 microseconds. Recommended Actions: 1. Ensure that there is no flow through the sensor, then retry. 2. Cycle power to the flowmeter, then retry. 3. If appropriate, restore the factory zero to return the flowmeter to operation.
620	Priority: Failed - Fix Now Description: Mechanical zero: The resulting zero was greater than 3 microseconds. Recommended Actions: 1. Remove or reduce sources of electromechanical noise, then retry. Sources of noise include mechanical pumps, pipe stress at sensor, electrical interference, or vibration effects from nearby machinery. 2. Cycle power to the flowmeter, then retry. 3. If appropriate, restore the factory zero to return the flowmeter to operation.
621	Priority: Failed - Fix Now Description: Many possible causes. Recommended Actions: 1. Cycle power to the flowmeter. 2. The transmitter might need service. Contact Micro Motion.
622	Priority: Failed - Fix Now Description: The value computed for the resistance of the Line RTD is outside limits. Recommended Actions: 1. Check the sensor RTD circuitry. 2. Verify that process temperature is within range of sensor and transmitter. 3. Check the characterization. Specifically, verify the FCF and K1 values 4. If the problem persists, contact Micro Motion.
623	Priority: Failed - Fix Now Description: The value computed for the resistance of the Meter/Case RTD is outside limits. Recommended Actions: 1. Check the sensor RTD circuitry. 2. Verify that process temperature is within range of sensor and transmitter. 3. Check the characterization. Specifically, verify the FCF and K1 values 4. If the problem persists, contact Micro Motion.
624	Priority: Failed - Fix Now Description: The transmitter has experienced an EEPROM checksum failure. Recommended Actions: 1.Cycle power to the transmitter. 2.If problem persists, call Micro Motion.
625	Priority: Failed - Fix Now Description: A RAM location in the transmitter cannot be written to. Recommended Actions: 1.Cycle power to the transmitter. 2.If problem persists, call Micro Motion.
626	Priority: Failed - Fix Now Description: The flow calibration factor and/or K1 has not been entered since the last master rese Recommended Actions: 1. Check the characterization. Specifically, verify the FCF and K1 values. 2. If the problem persists, contact Micro Motion.
627	Priority: Failed - Fix Now Description: The sensor is recognized as a straight tube but the K1 value indicates a curved tube, or vice versa. Recommended Actions: 1. Check the characterization. Specifically, verify the FCF and K1 values. 2. Check the sensor RTD circuitry. 3. If the problem persists, contact Micro Motion.
628	Priority: Failed - Fix Now Description: Uncorrectable checksum mismatch. Recommended Actions: 1. Cycle power to the flowmeter. 2. The transmitter might need service. Contact Micro Motion.
629	Priority: Failed - Fix Now Description: Communication errors between transmitter and core processor. Recommended Actions: 1. Verify the wiring between the Transmitter and Core Processor. 2. Cycle power to the transmitter. 3. If problem persists, call Micro Motion.
630	Priority: Failed - Fix Now Description: Weights and Measures security seal has been broken. Recommended Actions: 1. Alarm can be cleared by user, but authorized procedure is required to reestablish security.
631	Priority: Failed - Fix Now Description: An attempt to write data to the core processor has failed. Recommended Actions: 1. Cycle power to the flowmeter. 2. The transmitter might need service or upgrading. Contact Micro Motion.
632	Priority: Failed - Fix Now Description: The core processor is not receiving enough power. Recommended Actions: 1. Check the power supply and all power wiring.
633	Priority: Failed - Fix Now Description: Meter verification is in progress, with outputs set to fault. Recommended Actions: 1. Allow the procedure to complete. 2. If desired, abort the procedure and restart with outputs set to last measured value.
634	Priority: Failed - Fix Now Description: Meter verification is in progress, with outputs set to fault or last measured value. Recommended Actions: 1. Allow the procedure to complete. 2. If desired, abort the procedure and restart with outputs set to continue measuring.
635	Priority: Failed - Fix Now Description: No signal from Left Pickoff or Right Pickoff, suggesting that sensor tubes are not vibrating. Recommended Actions: 1. Verify process. Check for air in the flow tubes, tubes not filled, foreign material in tubes, or coating in tubes.
636	Priority: Failed - Fix Now Description: Meter Verification Failed. Recommended Actions: 1. The test result is not within acceptable limits. Micro Motion recommends that you immediately re-run the meter verification test with outputs held at fault or last measured value. If the meter passes the second test, the fail result can be ignored. If the meter fails the second test, the flow tubes may be damaged. Use the knowledge of your process to consider the type of damage and determine the appropriate action. These actions might include removing the meter from service and physically inspecting the tubes. At a minimum, perform a flow validation and a density calibration.
637	Meter Verification Run Counter: %0 Transmitter Running Hours at Test: %1 Left Pickoff Stiffness: %2
638	Right Pickoff Stiffness: %0
639	Priority: Failed - Fix Now Description: Meter Verification Aborted. Reason: User Initiated Abort Recommended Actions: Wait for 15 seconds before starting meter verification again.
640	Priority: Failed - Fix Now Description: Meter Verification Aborted. Reason: Frequency Drift Recommended Actions: Ensure temperature, flow and density are stable and run meter verification again.
641	Priority: Failed - Fix Now Description: Meter Verification Aborted. Reason: High Drive Gain Recommended Actions: Ensure flow is steady and minimize entrained gas and run meter verification again.
642	Priority: Failed - Fix Now Description: Meter Verification Aborted. Reason: Unstable Flow Recommended Actions: Reduce flow rate and run meter verification again.
643	Priority: Failed - Fix Now Description: Meter Verification Aborted. Reason: No Air Reference Recommended Actions: Perform factory calibration on air.
644	Priority: Failed - Fix Now Description: Meter Verification Aborted. Reason: No Water Reference Recommended Actions: Perform factory calibration on water.
645	Priority: Failed - Fix Now Description: Meter Verification Aborted. Reason: Missing Configuration Recommended Actions: Load verification parameter registers with proper values.
646	Priority: Failed - Fix Now Description: Meter Verification Aborted. Reason: Other Recommended Actions: Run meter verification again. If abort persists, call Micro Motion customer support.
647	Meter Verification Run Counter: %0 Transmitter Running Hours at Test: %1 Abort Code: %2
648	Left Pickoff Stiffness: %0 Right Pickoff Stiffness: %1
649	Priority: Advisory Description: 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.
650	Primary Variable: %0 %0: Value %1 %2
651	PV LRV: Value %0 %1 PV URV: Value %2 %3
652	Priority: Advisory Description: 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. Exit mA output trim. 3. Exit mA output loop test. 4. Check to see if the output has been fixed via digital communications.
653	HART Address: %0 mAO Fault Action: %1
654	Priority: Maintenance - Fix Soon Description: The drive power (current/voltage) is at its maximum. Recommended Actions: 1. Check the sensor circuitry. 2. If this is the only active alarm, it can be ignored. If desired, reconfigure the alarm severity to Ignore.
655	Priority: Maintenance - Fix Soon Description: The core processor was unable to successfully store the totalizers and inventories on the last power down and must rely on the previously saved values. These values may be up to two hours old. Recommended Actions: 1. Contact Micro Motion to upgrade the transmitter software. Note: The transmitter is still functional.
656	Priority: Advisory Description: A calibration procedure is in progress. Recommended Actions: 1. Allow the flowmeter to complete calibration. 2. For zero calibration procedures, you may abort the calibration, set the zero time parameter to a lower value, and restart the calibration.
657	Priority: Maintenance - Fix Soon Description: The density has exceeded the user-defined slug (density) limits. Recommended Actions: 1. Check that sensor is completely full. 2. Check that slug limits are set to appropriate values.
658	Slug High Limit: Value %0 g/Cucm Slug Low Limit: Value %1 g/Cucm Slug Duration: Value %2 sec Left Pickoff Amplitude: Value %3 V Right Pickoff Amplitude: Value %4 V Drive Gain: Value %5 %
659	Priority: Advisory Description: Device is in HART burst mode. Recommended Actions: 1. No action required. 2. If desired, reconfigure the alarm severity to Ignore.
660	Priority: Maintenance - Fix Soon Description: Transmitter has been restarted. Recommended Actions: 1. No action required.
661	Priority: Maintenance - Fix Soon Description: Event 1 has been triggered. Recommended Actions: 1. No action required. 2. If desired, reconfigure the alarm severity to Ignore.
662	Event 1 Setpoint: Value %0 Event 1 Variable: %1 Event 1 Type: %2
663	Priority: Maintenance - Fix Soon Description: Event 2 has been triggered. Recommended Actions: 1. No action required. 2. If desired, reconfigure the alarm severity to Ignore.
664	Event 2 Setpoint: Value %0 Event 2 Variable: %1 Event 2 Type: %2
665	Priority: Advisory Description: Process variable assigned to frequency output is outside configured scale limits. Recommended Actions: 1. Change frequency output scaling factors to more appropriate settings.
666	Third Variable: %0 %0: Value %1 %2
667	Rate Factor: Value %0 Hz Pulses/Unit: Value %1 Units/Pulse: Value %2
668	Priority: Advisory Description: User has set the frequency output to a fixed value. Recommended Actions: 1. Exit frequency output loop test.
669	Tube Frequency: Value %0 Hz
670	Priority: Advisory Description: User has set the mA output to a fixed value. Recommended Actions: 1. Exit mA output trim. 2. Exit mA output loop test. 3. Check to see if the output has been fixed via digital communications.
671	Priority: Maintenance - Fix Soon Description: No response received from polled device. Recommended Actions: 1. HART polling connection to external device has failed. Ensure that external device is available: 2. Verify device operation. 3. Verify wiring. 4. Verify polling configuration.
672	Poll Control: %0 Ext Device Tag 1: %1 Polled Variable 1: %2
673	Ext Device Tag 2: %0 Polled Variable 2: %1
674	Priority: Maintenance - Fix Soon Description: The process temperature is outside Petroleum Measurement defined extrapolation limits. Recommended Actions: 1. Verify process. 2. Verify configuration for Petroleum Measurement reference table and temperature.
675	Priority: Maintenance - Fix Soon Description: The process density is outside Petroleum Measurement defined extrapolation limits. Recommended Actions: 1. Verify process. 2. Verify configuration for Petroleum Measurement reference table and density.
676	Priority: Advisory Description: The user has set the discrete output to a fixed state. Recommended Actions: 1. No action required. 2. If desired, reconfigure the alarm severity to Ignore.
677	Priority: Advisory Description: The configured density/temperature/concentration values do not result in a proper Concentration Measurement (CM) curve. Recommended Actions: 1. Verify Concentration Measurement (CM) configuration.
678	Priority: Maintenance - Fix Soon Description: The process temperature or density is outside the user-defined extrapolation limits. Recommended Actions: 1. Verify the process temperature and density. 2. Verify Concentration Measurement (CM) configuration.
679	Priority: Maintenance - Fix Soon Description: Meter verification in progress, with outputs set to last measured value. Recommended Actions: 1. Allow the procedure to complete. 2. If desired, abort the procedure and restart with outputs set to fault.
680	Priority: Maintenance - Fix Soon Description: Meter verification in progress. Recommended Actions: 1. Allow the procedure to complete. You may abort the procedure if desired.
681	Priority: Advisory Description: Simulation mode is enabled. Recommended Actions: 1. Disable output simulation.
682	Priority: Advisory Description: Discrete Event 1 has been triggered. Recommended Actions: 1. No action required.
683	Discrete Event Var: %0 Discrete Event Type: %1
684	Setpoint A: Value %0 Setpoint B: Value %1
685	Priority: Advisory Description: Discrete Event 2 has been triggered. Recommended Actions: 1. No action required.
686	Priority: Advisory Description: Discrete Event 3 has been triggered. Recommended Actions: 1. No action required.
687	Priority: Advisory Description: Discrete Event 4 has been triggered. Recommended Actions: 1. No action required.
688	Priority: Advisory Description: Discrete Event 5 has been triggered. Recommended Actions: 1. No action required.
689	Priority: Advisory Description: Discrete Input is active. Recommended Actions: 1. No action required.
690	Priority: Maintenance - Fix Soon Description: Primary variable has exceeded sensor limits. Recommended Actions: 1. Verify process and check for slug flow. 2. Check the test points. 3. Check the sensor circuitry 4. Check the sensor tubes for erosion. 5. If the problem persists, contact Micro Motion.
691	Priority: Maintenance - Fix Soon Description: Non-primary variable has exceeded sensor limits. Recommended Actions: 1. Verify process and check for slug flow. 2. Check the test points. 3. Check the sensor circuitry 4. Check the sensor tubes for erosion. 5. If the problem persists, contact Micro Motion.
692	Priority: Maintenance - Fix Soon Description: 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.
693	Priority: Maintenance - Fix Soon Description: Power has been removed and reapplied resulting in the reinstallations of the setup information. Recommended Actions: 1. The first command to recognize this condition will automatically reset this flag. 2. This flag may also be set following a Master Reset or a Self Test.
694	Priority: Maintenance - Fix Soon Description: A write or set command has been executed. Recommended Actions: 1. No action required.
695	Priority: Maintenance - Fix Soon Description: A hardware error or failure has been detected by the device. Recommended Actions: 1. Check the test points. 2. Check the sensor circuitry. 3. If the problem persists, contact Micro Motion.
696	Priority: Failed - Fix Now Description: An uncorrectable checksum mismatch has been detected. Recommended Actions: 1. Cycle power to the flow meter. 2. The flow meter might need service. Contact Micro Motion.
697	Priority: Failed - Fix Now Description: ROM checksum error or a RAM location cannot be written to. Recommended Actions: 1. Cycle power to the flowmeter. 2. The flow meter might need service. Contact Micro Motion.
698	Test Result #%{Datalog_Index} Test Result Number: %0 Running Hours: %1 Test Result: %2 Abort Code %3 LPO Stiffness: %4 RPO Stiffness: %5
699	Priority: Failed - Fix Now Description: Transmitter electronics failure has occurred. Recommended Actions: 1. Cycle power to the flowmeter. 2. Contact Micro Motion.
700	Priority: Failed - Fix Now Description: The loaded software is not compatible with the programmed board type. Recommended Actions: 1. Contact Micro Motion.
701	To reset all matrix press Next or press Cancel.
702	All matrix data has been set to 0.
703	Concentration Measurement screen needs to be refreshed.
704	To reset all matrix data, press OK. Otherwise, press Abort.
705	The concentration matrix is locked, please unlock the matrix to configure.
706	number
707	Speicherwert ist %0 und Ausnahme Code ist %1
708	Ohne Bezeichnung 16 Wert ist %0 und Ausnahme Code ist %1
709	Ohne Bezeichnung 32 Wert ist %0 und Ausnahme Code ist %1
710	Fliesskomma Wert ist %0 und Ausnahme Code ist %1
711	Register is read-only.
712	uValue
713	Konfiguration geÃ¤ndertes Flag zurÃ¼cksetzen. Bitte warten.
714	Konfiguration geÃ¤ndertes Flag zurÃ¼ckgesetzt.
715	Select the matrix being configured:
716	Curve 1;Curve 2;Curve 3;Curve 4;Curve 5;Curve 6
717	Access Restricted
718	Resetting device. Please wait.
719	GerÃ¤te Reset erfolgreich ausgefÃ¼hrt.
720	Sie sind im Begriff, die GerÃ¤tekonfiguration mit Werksvorgaben zu Ã¼berschreiben. Vor dem Fortfahren den Messkreis auf Handbetrieb schalten und vorhandene Konfigurationswerte dokumentieren oder speichern. Bei Unterbrechung der Verbindung zum GerÃ¤t die Verbindung mit den Vorgabewerte wiederherstellen. Fortfahren?
721	Abbruch durch Geraetefehler
722	Factory values are restored successfully.
Reference ID	String