HART设备字典

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引用ID	字符串
0	Volume Flow
1	Norm. Volume Flow
2	Mass Flow
3	Gross Power
4	Gross Energy
5	Net Power
6	Net Energy
7	Volume
8	Norm. Volume
9	Mass
10	FAD
11	Temperature 1
12	Temperature 2
13	Pressure
14	Density
15	Specific Enthalpy
16	Specific Heat Capacity
17	Reynolds Number
18	Vortex Frequency
19	Velocity
20	Temperature Extern
21	Pressure Extern
22	HART Temperature
23	HART Pressure
24	Snsr s/n
25	Unit Volume Flow
26	Unit for volume flow.
27	ImpFlOz/s
28	Imperial fluid ounces per second
29	fl.oz(US)/s
30	US fluid ounces per second
31	ml/s
32	Milliliter per second
33	kgal/s
34	Kilogallon (US) per second
35	ac·ft/s
36	Acre-feet per second
37	ImpFlOz/min
38	Imperial fluid ounces per minute
39	fl.oz(US)/min
40	US fluid ounces per minute
41	ml/min
42	Milliliter per minute
43	hL/min
44	Hectoliter per minute
45	kgal/min
46	Kilogallon (US) per minute
47	ac·ft/min
48	Acre-feet per minute
49	ImpFlOz/h
50	Imperial fluid ounces per hour
51	fl.oz(US)/h
52	US fluid ounces per hour
53	ml/h
54	Milliliter per hour
55	hL/h
56	Hectoliter per hour
57	ML/h
58	Megaliter per hour
59	kgal/h
60	Kilogallon (US) per hour
61	Mgal/h
62	Megagallon (US) per hour
63	MImpGal/h
64	Imperial mega gallon per hour
65	ac·ft/h
66	Acre-feet per hour
67	ImpFlOz/d
68	Imperial fluid ounces per day
69	fl.oz(US)/d
70	US fluid ounces per day
71	ml/d
72	Milliliter per day
73	L/d
74	Liter per day
75	hL/d
76	Hectoliter per day
77	kgal/d
78	Kilogallon (US) per day
79	MImpGal/d
80	Imperial mega gallon per day
81	ac·ft/d
82	Acre-feet per day
83	Format Volume Flow
84	Display format for volume flow. Local for HART applications, no correlation with device's local display.
85	#X.XX (default)
86	#X.
87	#X.X
88	#X.XXX
89	#X.XXXX
90	#X.XXXXX
91	#X.XXXXXX
92	#X.XXXXXXX
93	#X.XXXXXXXX
94	exponential format
95	auto format
96	Volume Flow
97	Volume flow process variable
98	.0f
99	.1f
100	.2f
101	.3f
102	.4f
103	.5f
104	.6f
105	.7f
106	.8f
107	6e
108	g
109	Upper Sensor Limit
110	Lower Sensor Limit
111	Minimum Span
112	Class Volume Flow
113	Device Variable Class. Defines also the set of selectable physical units.
114	Volume flow general
115	Liquid flow per second
116	Liquid flow per minute
117	Liquid flow per hour
118	Liquid flow per day
119	Family
120	Device Variable Family
121	Data Quality
122	Process Data Quality 'PDQ'
123	Limit Status
124	Limit Status 'LS'
125	Family Status
126	Family Status 'FS'
127	More device family status available
128	Update Time
129	Update Time Period 'UTP'. Indicates the maximum period between updates of the process variable.
130	Set Simulation
131	Desired setting of the process variable simulation. If enabled, the process variable will be simulated and won't show the actual process value.
132	disabled
133	enabled
134	Properties
135	Properties, indicate e.g. the simulation state.
136	Computed extern
137	Process Variable is not calculated by the field device.
138	Simulated
139	Current state of the process variable simulation. If active, the process variable is simulated and doesn't show the actual process value.
140
141	Unit Norm. Volume Flow
142	Unit for normal volume flow.
143	Format Norm. Volume Flow
144	Display format for normal volume flow. Local for HART applications, no correlation with device's local display.
145	Norm. Volume Flow
146	Normal volume flow process variable
147	Class Norm. Volume Flow
148	Gas flow per second
149	Gas flow per minute
150	Gas flow per hour
151	Gas flow per day
152	Unit Mass Flow
153	Unit for mass flow.
154	Format Mass Flow
155	Display format for mass flow. Local for HART applications, no correlation with device's local display.
156	Mass Flow
157	Mass flow process variable
158	Class
159	Device Variable Class
160	Unit Power
161	Unit for power.
162	MJ/s
163	Mega Joules per second
164	MJ/d
165	Mega Joules per day
166	Mbtu/s
167	Million British thermal units per second
168	Mbtu/h
169	Million British thermal units per hour
170	Mbtu/d
171	Million British thermal units per day
172	W
173	Watts
174	kJ/h
175	Kilojoules per hour
176	Format Gross Power
177	Display format for gross power. Local for HART applications, no correlation with device's local display.
178	Gross Power
179	Gross Power process variable
180	Unit Energy
181	Unit for energy.
182	kJ
183	Kilojoules
184	Format Gross Energy
185	Display format for gross energy. Local for HART applications, no correlation with device's local display.
186	Gross Energy
187	Gross Energy process variable
188	Format Net Power
189	Display format for net power. Local for HART applications, no correlation with device's local display.
190	Net Power
191	Net Power process variable
192	Format Net Energy
193	Display format for net energy. Local for HART applications, no correlation with device's local display.
194	Net Energy
195	Net Energy process variable
196	Unit Volume
197	Unit for volume.
198	Format Volume
199	Display format for volume. Local for HART applications, no correlation with device's local display.
200	Volume
201	Volume process variable
202	Unit Norm. Volume
203	Unit for normal volume.
204	Format Norm. Volume
205	Display format for normal volume. Local for HART applications, no correlation with device's local display.
206	Norm. Volume
207	Normal volume process variable
208	Unit Mass
209	Unit for mass.
210	Format Mass
211	Display format for mass. Local for HART applications, no correlation with device's local display.
212	Mass
213	Mass process variable
214	Format FAD
215	Display format for free air delivery (FAD). Local for HART applications, no correlation with device's local display.
216	FAD
217	Free air delivery (FAD) process variable
218	Unit Temperature
219	Unit for temperature.
220	Format Temperature 1
221	Display format for temperature 1. Local for HART applications, no correlation with device's local display.
222	Temperature 1
223	Temperature 1 process variable
224	Time constant
225	Time constant for process variable
226	Format Temperature 2
227	Display format for temperature 2. Local for HART applications, no correlation with device's local display.
228	Temperature 2
229	Temperature 2 process variable
230	Unit Pressure
231	Unit for pressure.
232	Pa abs
233	Pascals absolute
234	Format Pressure
235	Display format for pressure. Local for HART applications, no correlation with device's local display.
236	Pressure
237	Pressure process variable
238	Unit Density
239	Unit for density.
240	Format Density
241	Display format for operating density. Local for HART applications, no correlation with device's local display.
242	Density
243	Operating density process variable
244	Unit Specific Enthalpy
245	Unit for specific enthalpy.
246	J/kg
247	Joule per kilogram
248	Format Specific Enthalpy
249	Display format for specific enthalpy. Local for HART applications, no correlation with device's local display.
250	Specific Enthalpy
251	Specific enthalpy process variable
252	Unit Specific Heat Capacity
253	Unit for specific heat capacity.
254	J/(kg*K)
255	Joule per kilogram and Kelvin
256	Format Specific Heat Capacity
257	Display format for specific heat capacity. Local for HART applications, no correlation with device's local display.
258	Specific Heat Capacity
259	Specific heat capacity process variable
260	Unit Reynolds Number
261	Unit for reynolds number.
262	Format Reynolds Number
263	Display format for reynolds number. Local for HART applications, no correlation with device's local display.
264	Reynolds Number
265	Reynolds number process variable
266	Unit Frequency
267	Unit for frequency.
268	Format Vortex Frequency
269	Display format for vortex frequency. Local for HART applications, no correlation with device's local display.
270	Vortex Frequency
271	Vortex frequency process variable
272	Unit Velocity
273	Unit for velocity.
274	Format Velocity
275	Display format for flow velocity. Local for HART applications, no correlation with device's local display.
276	Velocity
277	Flow velocity process variable
278	Format Temperature Extern
279	Display format for external temperature. Local for HART applications, no correlation with device's local display.
280	Temperature Extern
281	External temperature process variable
282	Format Pressure Extern
283	Display format for external pressure. Local for HART applications, no correlation with device's local display.
284	Pressure Extern
285	External Pressure process variable
286	Format HART Temperature
287	Display format for HART caught temperature. Local for HART applications, no correlation with device's local display.
288	HART Temperature
289	HART caught temperature process variable
290	Catch Mode
291	Defines how to capture the data: Disabled - No Messages are catched Catch from specified device - Catch regular messages (ACK) of the specified command from the specified source device. Catch burst messages - Catch burst messages (BACK) of the specified command.
292	Disabled
293	No Messages are catched
294	Enabled - Catch from specified device
295	Catch regular messages (ACK) of the specified command from the specified source device.
296	Enabled - Catch burst messages
297	Catch burst messages (BACK) of specified command.
298	Exp. Device Type code
299	The expanded Field Device Code of the Source Field Device. (Ignored when catching burst messages.)
300	04x
301	Field Device Id
302	Device Id of the source Field Device (When set to '0', any field device of the given device type may act as source.)
303	06x
304	Command
305	The command that should be catched.
306	Cmd 1: Read Primary Variable
307	Cmd 2: Read Percent Range and Current
308	Cmd 3: Read Dynamic Variables and Current
309	Cmd 9: Read Process Variables with Status
310	Cmd 33: Read Process Variables
311	Slot
312	The slot of the desired process variable in the command.
313	PV % range
314	Loop current
315	Primary
316	Secondary
317	Tertiary
318	Quaternary
319	Process Variable 0
320	Process Variable 1
321	Process Variable 2
322	Process Variable 3
323	Process Variable 4
324	Process Variable 5
325	Process Variable 6
326	Process Variable 7
327	Timeout
328	The time between the last good message reception and the assumption of a communication failure
329	Format HART Pressure
330	Display format for HART caught pressure. Local for HART applications, no correlation with device's local display.
331	HART Pressure
332	HART caught Pressure process variable
333	eSelectionAnalogOutput
334	PV
335	SV
336	TV
337	QV
338	eSelectionCurrentOutput
339	VFC200
340	Pa-s
341	Pascal second
342	Failure
343	Operational fault in device. No measurement possible. (NE 107 status signal).
344	Function check
345	Testing mode by invoking test or simulation functions. (NE 107 status signal).
346	Out of specification
347	Out of specification, measurement continues with less accuracy. (NE 107 status signal).
348	Device Configuration Locked
349	Device is in write-protect or is locked.
350	Status Simulation Active
351	The displayed device status is simulated and does not show the actual state.
352	Sensor
353	F Sensor
354	Electronics
355	F Electronics
356	Configuration
357	F Configuration
358	C Electronics
359	C Configuration
360	S Sensor
361	S Electronics
362	Process
363	S Process
364	Config: Totaliser
365	Configuration: Totaliser
366	Sensor Information
367	Electronics Information
368	Analog Input Channel
369	Upper Ext. Range
370	Configure the upper extended range in mA (Fct. C2.1.5)
371	Lower Ext. Range
372	Configure the lower extended range in mA (Fct. C2.1.4)
373	8.3f
374	100% Current
375	Output current of the 100% signal
376	0% Current
377	Output current of the 0% signal
378	SV output frequency
379	Output frequency of the HART Secondary Variable (SV); tracks the associated measured value.
380	100% Pulse Rate
381	Set the frequency corresponding to 100% (Fct. C2.2.3.5)
382	0% Pulse Rate
383	Set the frequency corresponding to 0% (Fct. C2.2.3.4)
384	Upper Limit Value
385	The maximum value of the analog signal.
386	4.1f
387	Lower Limit Value
388	The minimum value of the analog signal.
389	Analog Value
390	SV % range
391	Percent of range of the HART Secondary Variable (SV); tracks the associated measured value with respect to the Lower Range Value and Upper Range Value.
392	100% Range
393	Set the measurement value corresponding to 100% (Fct. C2.2.3.7)
394	0% Range
395	Set the measurement value corresponding to 0% (Fct. C2.2.3.6)
396	TV input current
397	Loop current value of the HART Tertiary Variable (TV); controls the associated measured value.
398	TV % range
399	Percent of range of the HART Tertiary Variable (TV); tracks the associated input current with respect to the Analog Lower Enpoint and Analog Upper Endpoint.
400	100% Range / 20mA
401	(Fct. C1.5.4)
402	0% Range / 4mA
403	(Fct. C1.5.3)
404	QV output value
405	QV % range
406	Percent of range of the HART Quaternary Variable (QV); a percental representation of the associated measured value with respect to the Lower Range Value and Upper Range Value.
407	Burst Variable
408	The Device Variable assigned to the command slot to be read in burst mode.
409	command number
410	Online Mode?
411	Can the Host Application currently communicate with the field device?
412	yes
413	no
414	Show parameters
415	Select: Show always all parameters or only those actually valid. For debugging purposes only.
416	only valid
417	all
418	DD-Version
419	Version number of the Device Description according to NAMUR recommendation. Combines 'Device Type', 'Device Revision' and 'DD Revision' to a 3 level version number. You are currently working with version: 01.01.04
420	01.01.04
421	PreSetVersionDd
422	Reset Configuration Changed Flag
423	Reset of the HART 'Configuration Changed' flag.
424	Device reset
425	Perform a "cold start" (like power-on start).
426	Update Period
427	Update period for the burst message in seconds when the burst trigger conditions are met. Allowed Values: 0.5, 1, 2, 4, 8, 16, 32, 60-3600.
428	Max Update Period
429	Update period for the burst message in seconds when the burst trigger conditions are not met. Allowed Values: 0.5, 1, 2, 4, 8, 16, 32, 60-3600.
430	Command message that is transmitted for the respective burst message by the device while in burst mode.
431	Burst Trigger Level
432	The Burst Trigger level defines the threshold that must be exceeded to start bursting.
433	Trigger Mode
434	Selects the Burst Trigger Mode. Burst messages may be configured to publish continuously or based on a Trigger Level.
435	Classification
436	The classification of the burst trigger variable
437	Unit
438	The unit of the burst trigger variable
439	Status Bit Not Supported
440	No Effect
441	Maintenance Required
442	Failure
443	Out of Specification
444	Function Check
445	Enabled
446	Reset
447	Set
448	Used to map a status condition to a severity level.
449	PV Analog Channel Saturated
450	PV Analog Channel Fixed
451	Critical Power Failure
452	Failure
453	Out of Specification
454	Function Check
455	Simulation active
456	Non-Volatile memory failure
457	Volatile memory error
458	Watchdog reset executed
459	Power supply conditions out of range
460	Environmental conditions out of range
461	Electronic failure
462	Device configuration locked
463	Status simulation active
464	Discrete Variable Simulation active
465	Event Notification Overflow
466	Secondary Analog Channel Saturated
467	Tertiary Analog Channel Saturated
468	Quaternary Analog Channel Saturated
469	Quinary Analog Channel Saturated
470	Subdevice list changed
471	Duplicate master detected
472	Sub-device mismatch
473	Sub-devices with duplicate IDs found
474	Stale data notice
475	Capacity Denied
476	Bandwidth allocation pending
477	Block transfer pending
478	Radio failure
479	Secondary Analog Channel Fixed
480	Tertiary Analog Channel Fixed
481	Quaternary Analog Channel Fixed
482	Quinary Analog Channel Fixed
483	Condensed status simulation
484	Allows simulation of different status conditions.
485	Condensed status value
486	Starting Status Map Index must be even value.
487	Bit Index
488
489	Reset Condensed Status Map
490	Show single events
491	On occurence
492	Always
493	Never
494	F Process
495	C Sensor
496	C Process
497	S Configuration
498	M Sensor
499	M Electronics
500	M Configuration
501	M Process
502	Heater / Cooler Error
503	Check net heat metering setup. Check temperature input configuration.
504	Faulty conv. voltage ref.
505	Perform a hard reset. If the message recurs, contact the manufacturer.
506	Faulty Converter Oscillator
507	Faulty sensor voltage ref.
508	Faulty Sensor Oscillator
509	Energy Totalizer Overflow
510	Check the setting of the energy counter or reset the counter.
511	Flow Totalizer Overflow
512	Check the setting of the flow counter or reset the counter.
513	CO Oversaturation
514	Check the process conditions and the upper current output limit.
515	CO Undersaturation
516	Check the process conditions and the lower current output limit.
517	Elec. Temp. Out Of Spec.
518	Make sure that the device is operated within the allowed temperature range.
519	Pres.Sen.Temp. Out of Sepc.
520	Weak Flow Meas. Signal
521	Check the process conditions and the installation situation. Eliminate external disturbances. If the message recurs, contact the manufacturer.
522	Low Flow Cutoff Undercut
523	Check the low flow cut-off or the process conditions.
524	Flow Meas. Out of Spec.
525	Check the process conditions.
526	Parameterization Test
527	Perform the test according to the instruction in the safety manual.
528	SIL Prooftest
529	Sysmon Sim. Active
530	Stop the simulation of the electronics temperature
531	Totalizer Sim. Active
532	Stop the simulation of the totalizer variable
533	Binary Output Sim. Active
534	Stop the simulation of the binary output variable
535	Flow Comp. Sim. Active
536	Stop the simulation of the measurement value processing.
537	HART Sim. Active
538	Stop the simulation via the HART interface.
539	Current In. Sim. Active
540	Stop the simulation of the current input variable
541	Current Out. Sim. Active
542	Stop the simulation of the current output variable
543	Sensor Sim. Active
544	Stop the simulation of the sensor variable
545	Firmware Update Active
546	Wait for firmware update to finish
547	CO Float Error
548	Load the factory settings and perform a hard reset. If the message recurs, contact the manufacturer.
549	SIL Verification Required
550	Verify the parameters for the SIL mode according to the instructions of the safety manual and confirm the correctness with the SIL jumper.
551	Disp. NVRAM Layout Error
552	Conv. NVRAM Layout Error
553	NVRAMs Mismatch
554	Use displays and electronic modules belonging together. Contact the manufacturer, if necessary.
555	Incons. Converter Calib.
556	Contact the manufacturer.
557	Incons. Sensor Calibration
558	Inconsistent NVRAM
559	Voting Error
560	Intern. Comm. Error
561	Converter overvoltage
562	Max. Number of Restarts
563	Perform a hard reset once again. If the message recurs, contact the manufacturer.
564	Sensor/Conv. FW Mismatch
565	Power Supply Error
566	Check power supply connection or replace the electronics
567	Sensor Comm. Error
568	Inconsistent Parameters
569	Check the parameters and make sure that the set of data is consistent. Additional information on the error can be called via HART interface.
570	Internal Comm. Error
571	Emergency Off active
572	Follow the instructions of the safety manual.
573	Fatal Converter Error
574	Fatal CO Error
575	Fatal DM Error
576	Piezo Shortcut
577	Piezo Path disrupted
578	Fatal Piezo Error
579	Check the process conditions, proper shielding/grounding and the installation situation. Perform a hard reset. If the message recurs, contact the manufacturer.
580	Temporary Piezo Error
581	No Measurement Value
582	For remote version: Check the sensor connection. All versions: Perform a hard reset. If the message recurs, contact the manufacturer.
583	Temperature Sensor Error
584	Check the pick-up and its connection. Perform a hard reset. Contact the manufacturer, if necessary.
585	Failed Sensor MCU Test
586	Failed Sensor Input Test
587	Corrupt Sensor Parameter
588	Check sensor parameters
589	No/Invalid Pressure Sensor
590	Check the connection of the pressure sensor. Perform a hard reset. If the message recurs, contact the manufacturer.
591	No Temperature Sensor
592	Check the pick-up and its connection. Contact the manufacturer, if necessary.
593	Reset to default
594	Reset the mappings to the Condensed Status to default values.
595	Set Simulation Bits
596	(De)activates the selected Simulation bits
597	Enable/disable Status Simulation
598	Enable/disable status simulation.
599	GetHealthStatus
600	Failed Cluster Check
601	None
602	Reserved
603	Parameters to check: k-Factor (D1.6.1); Offset (D1.6.2); Function (D1.6.4.1); Type (D1.6.4.2); Distance (D1.6.4.3); Function (D1.6.5.1); Lin. Thermal Exp. 1/K (D1.6.5.2); Function (C1.10.4.1); Min. Oper. Density (C1.10.4.2); Max. Oper. Density (C1.10.4.3); Sensor Overrange (D1.4.15); Filter Mode (D1.4.3); Low Pass Filter (D1.4.8); Decimation Factor (D1.4.11); Min. Frequency (D1.4.4); Max. Frequency (D1.4.5); Bandpass Min. (D1.4.9); Bandpass Max. (D1.4.10); Oper. Density (C1.10.3); Oper. Temperature (C1.10.1); Fluid (C1.1); Nom. Diameter (D1.2); Low Flow Cutoff (C1.9); Medium (C1.2); Current Out. Meas. (C2.1.1, C3.1.4.1); 0% Range (C2.1.2); 100% Range (C2.1.3); Frequency Out. Meas. (C2.2.3.1, C3.1.4.2); 0% Range (C2.2.3.6); 100% Range (C2.2.3.7); Measurement (C2.2.2.1); Value p. Pulse (C2.2.2.2); Measurement (C2.2.5.1); Lower Limit (C2.2.5.2); Upper Limit (C2.2.5.3); Mode (C2.2.4.1); Current Input Meas. (C1.5.2, C3.1.4.3); 0% Range / 4mA (C1.5.3); 100% Range / 20mA (C1.5.4); Quaternary HART (C3.1.4.4); Measurement (C4.1.1); Temp. Source1 (C1.6.1); Temp. Source2 (C1.6.2); Pressure Source (C1.7.1); Measurement 1. Line (C5.3.2); 0% Range (C5.3.3); 100% Range (C5.3.4); Measurement 2. Line (C5.3.6); Measurement 3. Line (C5.3.8); Measurement 1. Line (C5.4.2); 0% Range (C5.4.3); 100% Range (C5.4.4); Measurement 2. Line (C5.4.6); Measurement 3. Line (C5.4.8);
604	SensorLimitsAndFluid
605	Parameters to check: Measurement 1. Line (C5.3.2); Measurement 2. Line (C5.3.6); Measurement 3. Line (C5.3.8); 0% Range (C5.3.3); 100% Range (C5.3.4); Measurement 1. Line (C5.4.2); Measurement 2. Line (C5.4.6); Measurement 3. Line (C5.4.8); 0% Range (C5.4.3); 100% Range (C5.4.4);
606	MeasurementPage
607	Parameters to check: Air (C1.3.1.1); Ammonia (C1.3.1.2); Argon (C1.3.1.3); i-Butane (C1.3.1.4); n-Butane (C1.3.1.5); CO (C1.3.1.6); CO2 (C1.3.1.7); Ethane (C1.3.1.8); Ethylene (C1.3.1.9); n-Hexane (C1.3.1.10); Hydrogen (C1.3.1.11); Hydrogen Sulfide (C1.3.1.12); Methane (C1.3.1.13); Neon (C1.3.1.14); Nitrogen (C1.3.1.15); Oxygen (C1.3.1.16); i-Pentane (C1.3.1.17); n-Pentane (C1.3.1.18); Propane (C1.3.1.19); Xenon (C1.3.1.20);
608	GasMixTotal
609	Parameters to check: Slot Number (C3.1.5.5); Capture Command (C3.1.5.4); Slot Number (C3.1.6.5); Capture Command (C3.1.6.4);
610	CatchDV
611	Parameters to check: Function (D1.6.3.1); 1. k-Factor (D1.6.3.2); 1. Volume Flow (D1.6.3.3); 2. k-Factor (D1.6.3.4); 2. Volume Flow (D1.6.3.5); 3. k-Factor (D1.6.3.6); 3. Volume Flow (D1.6.3.7); Customer Viscosity (D1.6.3.9); Calibration Viscosity (D1.6.3.8); Calibration Density (D1.6.3.10);
612	KFacLin
613	Parameters to check: VG Number (C6.1.7); Volume Flow (C6.5.1); Norm. Vol. Flow (C6.5.3); Mass Flow (C6.5.5); Power (C6.5.7); Pressure (C6.5.17); Temperature (C6.5.19); Density (C6.5.21);
614	ComTypeUnits
615	Parameters to check: Medium (C1.2); Current Out. Meas. (C2.1.1, C3.1.4.1); Frequency Out. Meas. (C2.2.3.1, C3.1.4.2); Current Input Meas. (C1.5.2, C3.1.4.3); Quaternary HART (C3.1.4.4); Measurement (C2.2.2.1); Measurement (C2.2.5.1); Mode (C2.2.4.1); Type of Fluid (C2.2.4.2); Temp. Source1 (C1.6.1); Temp. Source2 (C1.6.2); Measurement 1. Line (C5.3.2); Measurement 2. Line (C5.3.6); Measurement 3. Line (C5.3.8); Measurement 1. Line (C5.4.2); Measurement 2. Line (C5.4.6); Measurement 3. Line (C5.4.8);
616	Medium
617	Parameters to check: Meter Type (C6.1.3); Medium (C1.2); Current Out. Meas. (C2.1.1, C3.1.4.1); Frequency Out. Meas. (C2.2.3.1, C3.1.4.2); Current Input Meas. (C1.5.2, C3.1.4.3); Quaternary HART (C3.1.4.4); Measurement (C2.2.2.1); Measurement (C2.2.5.1); Mode (C2.2.4.1); Temp. Source1 (C1.6.1); Temp. Source2 (C1.6.2); Pressure Source (C1.7.1); Measurement 1. Line (C5.3.2); Measurement 2. Line (C5.3.6); Measurement 3. Line (C5.3.8); Measurement 1. Line (C5.4.2); Measurement 2. Line (C5.4.6); Measurement 3. Line (C5.4.8);
618	MeterType
619	Parameters to check: Temp. Source1 (C1.6.1); Temp. Source2 (C1.6.2); Pressure Source (C1.7.1);
620	TemperaturePressure
621	Parameters to check: Current Out. Meas. (C2.1.1, C3.1.4.1); 0% Range (C2.1.2); 100% Range (C2.1.3);
622	CurrentOutput
623	Parameters to check: Function (C2.2.1); Frequency Out. Meas. (C2.2.3.1, C3.1.4.2); 0% Range (C2.2.3.6); 100% Range (C2.2.3.7); Measurement (C2.2.5.1); Upper Limit (C2.2.5.3); Lower Limit (C2.2.5.2); Mode (C2.2.4.1); Type of Fluid (C2.2.4.2); Measurement (C2.2.2.1); Value p. Pulse (C2.2.2.2);
624	BinaryOutput
625	Parameters to check: Function (C1.5.1); Current Input Meas. (C1.5.2, C3.1.4.3); 0% Range / 4mA (C1.5.3); 100% Range / 20mA (C1.5.4); Temp. Source1 (C1.6.1); Temp. Source2 (C1.6.2); Pressure Source (C1.7.1);
626	CurrentInput
627	Parameters to check: Quaternary HART (C3.1.4.4);
628	HARTQuart
629	Parameters to check: Measurement (C4.1.1); Measurement (C4.2.1); Frequency Out. Meas. (C2.2.3.1, C3.1.4.2); Current Input Meas. (C1.5.2, C3.1.4.3); Quaternary HART (C3.1.4.4); Measurement (C2.2.5.1); Measurement 1. Line (C5.3.2); Measurement 2. Line (C5.3.6); Measurement 3. Line (C5.3.8); Measurement 1. Line (C5.4.2); Measurement 2. Line (C5.4.6); Measurement 3. Line (C5.4.8);
630	Totalizer
631	Failed Cluster
632	The number of the Cluster Check that has failed.
633	1
634	10
635	11
636	12
637	13
638	14
639	2
640	3
641	4
642	5
643	6
644	7
645	8
646	9
647	Max. Pressure
648	Maximum pressure of the internal pressure sensor (Fct. D1.8.3)
649	Pa_a
650	Min. Pressure
651	Minimum pressure of the internal pressure sensor (Fct. D1.8.2)
652	Pressure Offset
653	Offset of the pressure sensor (0 bar for absolut, 1 bar for atmopheric) (Fct. D1.8.1)
654	lblOptionCompensationTemperatureSaturated
655	hlpOptionCompensationTemperatureSaturated
656	Off
657	On
658	Pulse Width
659	Select the pulse width (for frequency output) in case of fixed pulse shape (Fct. C2.2.3.3)
660	ms
661	Select the pulse width (pulse output) (Fct. C2.2.2.3)
662	Min. Amplitude
663	(Fct. D1.4.1)
664	Calibration Density
665	Enter the calibration density (Fct. D1.6.3.10)
666	Calibration Viscosity
667	Enter the calibration viscosity (Fct. D1.6.3.8)
668	Measurement 1. Line
669	Select the variable for the first measurement line (Fct. C5.3.2)
670	Temperature1
671	Temperature2
672	Specific Enthalpy
673	Specific Heat Capacity
674	Select the variable for the first measurement line (Fct. C5.4.2)
675	Current Input Meas.
676	Select 3rd HART DV / Current Input variable (Fct. C1.5.2, C3.1.4.3)
677	Pressure External
678	Temperature External
679	Current Out. Meas.
680	Select the current output variable (Fct. C2.1.1, C3.1.4.1)
681	Frequency Out. Meas.
682	Select the frequency output variable (Fct. C2.2.3.1, C3.1.4.2)
683	Measurement
684	Select the measurement variable the limit switch shall monitor (Fct. C2.2.5.1)
685	Select the pulse output variable (Fct. C2.2.2.1)
686	Quaternary HART
687	Select 4th HART DV (Fct. C3.1.4.4)
688	(Fct. C4.1.1)
689	Select Net Heat/Gross Heat application (Fct. C4.2.1)
690	CG-Number
691	Electronics configuration (Fct. C6.1.13)
692	Customer Viscosity
693	Enter the customer viscosity (Fct. D1.6.3.9)
694	Calibration Date
695	Calibration date. Format according to ISO 8601. (Fct. C6.1.15)
696	Production Date
697	Production date. Format according to ISO 8601. (Fct. C6.1.14)
698	Coarse-Fine Dif. Thresh.
699	(Fct. D1.5.3.9)
700	Distance
701	(Fct. D1.6.4.3)
702	Dry Factor
703	Dry factor for Saturated Steam. In case of wet steam a dryness factor of 0.85 to 1.0 can be supplied. If the water content of the wet steam is 10% by mass, the steam is 90% dry and has a dry factor of 0.90. (Fct. C1.4.1)
704	Type of Fluid Epsilon
705	Configure steam status (type of fluid) detection (Fct. C2.2.4.3)
706	Decimation Factor
707	(Fct. D1.4.11)
708	Factor
709	(Fct. C6.5.22.3)
710	(Fct. C6.5.16.3)
711	(Fct. C6.5.14.3)
712	(Fct. C6.5.6.3)
713	(Fct. C6.5.8.3)
714	(Fct. C6.5.18.3)
715	(Fct. C6.5.20.3)
716	(Fct. C6.5.12.3)
717	(Fct. C6.5.4.3)
718	(Fct. C6.5.10.3)
719	(Fct. C6.5.2.3)
720	Format 1. Line
721	Select the numerical format of the first measurement line (Fct. C5.3.5)
722	X
723	X.X
724	X.XX
725	X.XXX
726	X.XXXX
727	X.XXXXX
728	X.XXXXXX
729	Automatic
730	Select the numerical format for the first measurement line (Fct. C5.4.5)
731	Format 2. Line
732	Select the numerical format for the second measurement line (Fct. C5.3.7)
733	Select the numerical format for the second measurement line (Fct. C5.4.7)
734	Format 3. Line
735	Select the numerical format for the third measurement line (Fct. C5.3.9)
736	Select the numerical format for the third measurement line (Fct. C5.4.9)
737	Air
738	(Fct. C1.3.1.1)
739	Ammonia
740	(Fct. C1.3.1.2)
741	Argon
742	(Fct. C1.3.1.3)
743	CO
744	(Fct. C1.3.1.6)
745	CO2
746	(Fct. C1.3.1.7)
747	Ethane
748	(Fct. C1.3.1.8)
749	Ethylene
750	(Fct. C1.3.1.9)
751	Hydrogen
752	(Fct. C1.3.1.11)
753	Hydrogen Sulfide
754	(Fct. C1.3.1.12)
755	i-Butane
756	(Fct. C1.3.1.4)
757	i-Pentane
758	(Fct. C1.3.1.17)
759	Methane
760	(Fct. C1.3.1.13)
761	n-Butane
762	(Fct. C1.3.1.5)
763	Neon
764	(Fct. C1.3.1.14)
765	n-Hexane
766	(Fct. C1.3.1.10)
767	Nitrogen
768	(Fct. C1.3.1.15)
769	n-Pentane
770	(Fct. C1.3.1.18)
771	Oxygen
772	(Fct. C1.3.1.16)
773	Propane
774	(Fct. C1.3.1.19)
775	Xenon
776	(Fct. C1.3.1.20)
777	Lowpass Cutoff Freq.
778	(Fct. D1.4.12)
779	Bandpass Max. Freq.
780	(Fct. D1.4.14)
781	Bandpass Max.
782	(Fct. D1.4.10)
783	Bandpass Min. Freq.
784	(Fct. D1.4.13)
785	Bandpass Min.
786	(Fct. D1.4.9)
787	Gain CA
788	(Fct. D1.3.1)
789	Relative Humidity
790	Enter the relative humidity (Fct. C1.3.2)
791	Inlet Rel. Humidity
792	Enter the inlet relative humidity (suction side) (Fct. C1.3.6)
793	Outlet Rel. Humidity
794	Enter the outlet relative humidity (discharge side) (Fct. C1.3.7)
795	k-Factor
796	Enter the static k-factor (Fct. D1.6.1)
797	1/m³
798	K_I
799	(Fct. D1.3.2.3)
800	K_P
801	(Fct. D1.3.2.2)
802	Language
803	Change the language of local display (Fct. C5.1)
804	English
805	German
806	French
807	Italian
808	Swedish
809	Portugese
810	Dutch
811	Spanish
812	Slovenian
813	Czech
814	Hungarian
815	Slovak
816	Albanian
817	Bulgarian
818	Romanian / Moldavian
819	Danish
820	Polish
821	Finnish
822	Lithuanian
823	Norwegian
824	Estonian
825	Latvian
826	Chinese
827	Russian
828	Turkish
829	Coarse Filter Length
830	(Fct. D1.5.3.5)
831	Filter Length
832	(Fct. D1.5.2.2)
833	(Fct. D1.5.3.2)
834	(Fct. D1.5.1.2)
835	High Error Current
836	(Fct. C2.1.8)
837	Low Error Current
838	(Fct. C2.1.7)
839	Upper Limit
840	Configure the upper limit the limit switch shall monitor (Fct. C2.2.5.3)
841	Lower Limit
842	Configure the lower limit the limit switch shall monitor (Fct. C2.2.5.2)
843	Max. Err. Pressure
844	Is used for the error generation. If the pressure rises above this value, an error will be issued (Fct. D1.9.3)
845	Max. Err. Temperature
846	Is used for the error generation. If the temperature rises above this value, an error will be issued (Fct. D1.9.2)
847	Max. Frequency
848	(Fct. D1.4.5)
849	Max. Temperature
850	(Fct. D1.7.4)
851	(Fct. D1.8.5)
852	Min. Err. Temperature
853	Is used for the error generation. If the temperature drops below this value, an error will be issued (Fct. D1.9.1)
854	Min. Frequency
855	(Fct. D1.4.4)
856	Min. Temperature
857	(Fct. D1.7.3)
858	(Fct. D1.8.4)
859	Lin. Thermal Exp. 1/K
860	Linear Thermal Expansion (Fct. D1.6.5.2)
861	1/K
862	Operating Time [s]
863	Total operating time of the device in seconds. (Fct. B2.1, D3.2.4)
864	Maximum pressure the device has ever measured. (Fct. D3.2.3)
865	Maximum temperature the device has ever measured. (Fct. D3.2.2)
866	Mínimum temperature the device has ever measured. (Fct. D3.2.1)
867	Low Flow Cutoff
868	Set the low flow cutoff value (Fct. C1.9)
869	Medium
870	The process medium depending on fluid configuration can be selected here. (Fct. C1.2)
871	Superheated Steam
872	Water
873	Saturated Steam
874	Custom
875	Filter Mode
876	(Fct. D1.4.3)
877	Manual
878	Auto
879	Full Auto
880	Mode
881	Select the status output variable. (Fct. C2.2.4.1)
882	Flow Totalizer Overfl.
883	Energy Totalizer Overf.
884	Out of Specification
885	Type of Fluid
886	Device Name
887	Name of the device (Fct. C6.1.6)
888	Nom. Diameter
889	Edit the nominal diameter of the measurement tube. (Fct. D1.2)
890	DN 15
891	DN 15C
892	1/2 150lb
893	1/2C 150lb
894	1/2 300lb
895	1/2C 300lb
896	1/2 600lb
897	1/2C 600lb
898	DN 25
899	DN 25C
900	1
901	1C
902	DN 40
903	1 1/2
904	DN 50
905	2 150lb
906	2 300lb
907	2 600lb
908	DN 80
909	3 150lb
910	3 300lb
911	3 600lb
912	DN 100
913	4
914	DN 150
915	6
916	DN 200
917	8
918	DN 250
919	10
920	DN 300
921	12
922	Norm. Density
923	Density of medium at normal or reference conditions. Value is used in flow computations for normalized flow calculations of custom mediums. (Fct. C1.11.3)
924	Norm. Pressure
925	Pressure of medium at normal or reference conditions. Value is used to calculate the density at normal or reference conditions of a known medium, which is used to calculate the normalized flow. (Fct. C1.11.2)
926	Norm. Temperature
927	Temperature of medium at normal or reference conditions. Value is used to calculate the density at normal or reference conditions of a known medium, which is used to calculate the normalized flow. (Fct. C1.11.1)
928	Offset
929	(Fct. C6.5.22.2)
930	(Fct. C6.5.16.2)
931	(Fct. C6.5.14.2)
932	(Fct. C6.5.6.2)
933	(Fct. C6.5.8.2)
934	W
935	(Fct. C6.5.18.2)
936	(Fct. C6.5.20.2)
937	(Fct. C6.5.12.2)
938	(Fct. C6.5.4.2)
939	(Fct. C6.5.10.2)
940	(Fct. C6.5.2.2)
941	Enter the k-factor offset (Fct. D1.6.2)
942	Oper. Density
943	Enter the operating density (Fct. C1.10.3)
944	Max. Oper. Density
945	Maximum density of medium at operating pressure and temperature conditions for an application with changing density range. Value is used to calculate the upper sensor limit, if the according function is activated. (Fct. C1.10.4.3)
946	Min. Oper. Density
947	Minimum density of medium at operating pressure and temperature conditions for an application with changing density range. Value is used to calculate the lower sensor limit, if the according function is activated. (Fct. C1.10.4.2)
948	Oper. Pressure
949	Enter the operating pressure (Fct. C1.10.2)
950	Oper. Temperature
951	Enter the operating temperature (Fct. C1.10.1)
952	High Freq. Atten.
953	(Fct. D1.4.7)
954	Low Freq. Atten.
955	(Fct. D1.4.6)
956	Function
957	(Fct. D1.6.5.1)
958	(Fct. D1.6.4.1)
959	(Fct. D1.3.2.1)
960	(Fct. C1.5.1)
961	Heater / Cooler
962	Is used for the error generation. If the error condition is set to heater, but the two temperature indicate, that the device is used in a cooling enivronment, then an error is issued (and vice versa) (Fct. C1.12, D1.9.4)
963	Heater
964	Cooler
965	Don't Care
966	Invert Signal
967	(Fct. C2.2.6)
968	Switch the k-factor linearization on/off (Fct. D1.6.3.1)
969	Select configuration of the measurement page (Fct. C5.3.1)
970	One Value
971	One Value & Bargraph
972	Two Values
973	Two Values & Bargraph
974	Three Values
975	Select configuration of this measurement page (Fct. C5.4.1)
976	Measurement 2. Line
977	Select the variable for the second measurement line (Fct. C5.3.6)
978	Select the variable for the second measurement line (Fct. C5.4.6)
979	Measurement 3. Line
980	Select the variable for the third measurement line (Fct. C5.3.8)
981	Select the variable for the third measurement line (Fct. C5.4.8)
982	Switches the use of density limits on/off (Fct. C1.10.4.1)
983	Error Function
984	Sets the function of the current output in case of an error. (Fct. C2.1.6)
985	High
986	Low
987	Hold
988	Pressure Source
989	Select the source of the pressure (Fct. C1.7.1)
990	External
991	Internal
992	External HART
993	Not Available
994	Temp. Source1
995	Select the source of the first temperature (Fct. C1.6.1)
996	Sat. Steam Temp.
997	Temp. Source2
998	Select the source of the second temperature (for net heat applications) (Fct. C1.6.2)
999	Sensor Overrange
1000	(Fct. D1.4.15)
1001	Preset Value
1002	Select the preset value for the energy totalizer (Fct. C4.2.2)
1003	Select the preset value for the flow totalizer (Fct. C4.1.2)
1004	Atm. Pressure
1005	Enter the atmospheric pressure (Fct. C1.3.4)
1006	Filter Pressure Drop
1007	Enter the filter pressure drop (Fct. C1.3.5)
1008	Enter the max. rate at which pulses are output (Fct. C2.2.2.4)
1009	Pulse Shape
1010	(Fct. C2.2.3.2)
1011	Symmetric
1012	Fixed
1013	Value p. Pulse
1014	Enter the value at which one pulse shall be output (Fct. C2.2.2.2)
1015	Select the measured value mapping to 0% of the bar graph. The bar graph always corresponds to the first measurement line. (Fct. C5.3.3)
1016	Select the measured value mapping to 0% of the bar graph. The bar graph always corresponds to the first measurement line. (Fct. C5.4.3)
1017	Select the measured value mapping to 100% of the bar graph. The bar graph always corresponds to the first measurement line. (Fct. C5.3.4)
1018	Select the measured value mapping to 100% of the bar graph. The bar graph always corresponds to the first measurement line. (Fct. C5.4.4)
1019	Comp. Resistance
1020	(Fct. D1.7.1)
1021	Ref. Resistance
1022	(Fct. D1.7.2)
1023	Electronic Revision
1024	Coding of three levels plus extension according to Namur NE53. Extension (4th byte, char): 'X'=special software, 'P'=preliminary software, ' ' (space) or '_'=normal software (Fct. C6.1.8)
1025	Compressor RPM
1026	Enter the compressor RPM (Fct. C1.3.8)
1027	Rated Compr. RPM
1028	Enter the rated compressor RPM (Fct. C1.3.9)
1029	Serial Number
1030	Serial Number of the device. Also available on the type plate. (Fct. C6.1.4)
1031	Electronic Serial No.
1032	Serial number of the internal electronics subsystem (Fct. C6.1.12)
1033	1. k-Factor
1034	Enter the first k-factor (Fct. D1.6.3.2)
1035	1. Volume Flow
1036	Enter the volume for the first k-factor (Fct. D1.6.3.3)
1037	2. k-Factor
1038	Enter the second k-factor (Fct. D1.6.3.4)
1039	2. Volume Flow
1040	Enter the volume for the second k-factor (Fct. D1.6.3.5)
1041	3. k-Factor
1042	Enter the third k-factor (Fct. D1.6.3.6)
1043	3. Volume Flow
1044	Enter the volume for the third k-factor (Fct. D1.6.3.7)
1045	Low Pass Filter
1046	(Fct. D1.4.8)
1047	Slope Threshold
1048	(Fct. D1.5.3.8)
1049	Smoothing Factor
1050	(Fct. D1.3.2.4)
1051	Coarse Smooth. Fact.
1052	(Fct. D1.5.3.6)
1053	Fine Smooth. Factor
1054	(Fct. D1.5.3.7)
1055	(Fct. D1.5.2.3)
1056	(Fct. D1.5.3.3)
1057	(Fct. D1.5.1.3)
1058	Min. SNR
1059	(Fct. D1.4.2)
1060	Set Start Value
1061	Configure start value (Fct. C4.2.4.1)
1062	Configure start value (Fct. C4.1.4.1)
1063	Inlet Temperature
1064	Enter the FAD inlet temperature (suction side) (Fct. C1.3.3)
1065	Text
1066	(Fct. C6.5.22.1)
1067	(Fct. C6.5.16.1)
1068	(Fct. C6.5.14.1)
1069	(Fct. C6.5.6.1)
1070	(Fct. C6.5.8.1)
1071	(Fct. C6.5.18.1)
1072	(Fct. C6.5.20.1)
1073	(Fct. C6.5.12.1)
1074	(Fct. C6.5.4.1)
1075	(Fct. C6.5.10.1)
1076	(Fct. C6.5.2.1)
1077	Time Constant
1078	The time constant for the measured value output (Fct. C1.8)
1079	Type
1080	(Fct. D1.6.4.2)
1081	Inlet
1082	Outlet
1083	Both
1084	Coarse Filter Type
1085	(Fct. D1.5.3.4)
1086	None
1087	Moving Average
1088	Exp. Moving Average
1089	Median
1090	Filter Type
1091	(Fct. D1.5.2.1)
1092	(Fct. D1.5.3.1)
1093	(Fct. D1.5.1.1)
1094	Fluid
1095	The fluid can be selected here (Fct. C1.1)
1096	Liquid
1097	Steam
1098	Gas
1099	Wet Gas
1100	Gas Mixture
1101	If "type of fluid" has been selected in for the status output, select the type of fluid to be detected. (Fct. C2.2.4.2)
1102	Selects the binary output mode (Fct. C2.2.1)
1103	Pulse
1104	Frequency
1105	Status
1106	Limit Switch
1107	Meter Type
1108	Display current meter type. To change it please purchase suitable device option from your supplier. (Fct. C6.1.3)
1109	Standard
1110	Heat
1111	Heat & Dens. by Pres.
1112	Heat & Dens. & FAD
1113	VG Number
1114	Vendor's internal order code (Fct. C6.1.7)
1115	Total
1116	Sum of all gas fractions
1117	Internal Pressure Sensor
1118	Low Flow Cutoff
1119	Operating Temperature
1120	Normal Temperature
1121	Operating Pressure
1122	Normal Pressure
1123	Operating Density
1124	Normal Density
1125	Min / Max User Density
1126	Class Pressure
1127	Unit Pressure
1128	Min / Max Temperature Error Condition
1129	checkMixtureTotal()
1130	(Fct. C1.3.1.22)
1131	Reset Log-Messages?
1132	(Fct. D3.2.5)
1133	Type IO channel A
1134	Type of input or output
1135	Current output
1136	Type IO channel C
1137	Current input
1138	Measurement and scaling current output
1139	Measurement and scaling frequency output
1140	Measurement and scaling current input
1141	Measurement range current output
1142	Measurement range frequency output
1143	Measurement range current input
1144	Signaling and alarm current output
1145	Signaling pulse and frequency output
1146	Measurement and value pulse output
1147	Pulse value
1148	Mode and signaling status output
1149	Measurement and threshold limit output
1150	Flow totalizer
1151	Power totalizer
1152	Calibrate Current Output
1153	Performs a 2-Point calibration of the current output
1154	Calibrate Current Input
1155	Performs a 2-Point calibration of the current Input
1156	Calibrate Temperature Sensor
1157	Performs a 2-Point calibration of the Temperature Sensor
1158	Stop Totalizer?
1159	Stop the flow totalizer (Fct. C4.1.6)
1160	Stop the energy totalizer (Fct. C4.2.6)
1161	Start Totalizer?
1162	Start the flow totalizer (Fct. C4.1.5)
1163	Start the energy totalizer (Fct. C4.2.5)
1164	Reset Totalizer?
1165	Reset the flow totalizer (Fct. C4.1.3)
1166	Reset the energy totalizer (Fct. C4.2.3)
1167	(Fct. C4.1.4)
1168	(Fct. C4.2.4)
1169	Pulse Output
1170	(Fct. B1.3.1)
1171	Frequency Output
1172	(Fct. B1.3.2)
1173	Status/Limit Output
1174	(Fct. B1.3.3)
1175	Access Level HART
1176	Authorization level for data access via the HART interface.
1177	Standard (0)
1178	Operator (1)
1179	Expert (2)
1180	Service (3)
1181	Factory (4)
1182	Old Access Level Password
1183	4x
1184	Password
1185	Password for changing the authorization level for data access via the HART interface.
1186	Write Protect Password
1187	The password to (un)set the Write Protect Mode
1188	Access Level Password (confirmation)
1189	The Passwort to enable a buyable Feature.
1190	8x
1191	Write Protect
1192	The current Write Protect Mode. No changes to the device configuration are allowed as long as the write protection is active.
1193	Change Access Level Password
1194	Global
1195	Dynamic Variable
1196	Device Variable
1197	I/O Channel
1198	Display Page
1199	None
1200	SUCCESS
1201	WAIT
1202	INPUT NEEDED
1203	FAILURE
1204	Power
1205	Energy
1206	Temperature
1207	1st measurement page
1208	2nd measurement page
1209	Measurement range 1st measurement page
1210	Measurement range 2nd measurement page
1211	Change Password
1212	Change a password for a security role. Only the password for operator, expert and service can be changed. (Fct. C6.2.2)
1213	Reset Passwords
1214	Reset all changeable passwords (Operator, Expert & Service). The necessary code can be obtained from your vendor. (Fct. C6.2.3)
1215	Login
1216	Change the security role. The number of leading zeros in a password indicates the role-level: 000X -> Operator 00XX -> Expert 0XXX -> Service XXXX -> Factory (Fct. C6.2.1)
1217	Change Meter Type
1218	This method changes the meter type. To change the type a valid password is needed.
1219	(De)activate Write Protection
1220	This function (de)activates the write protection. No changes to the device configuration are allowed as long as the write protection is active.
1221	Reset to Fact. Def.?
1222	(Fct. C6.6.1)
1223	Cancel pending edit session
1224	Cancel the pending edit session
1225	Invalid transaction number
1226	Invalid meter type
1227	Invalid fluid
1228	Invalid medium
1229	Invalid nominal diameter
1230	Invalid source 1 temperature sensor
1231	Invalid source 2 temperature sensor
1232	Invalid source pressure sensor
1233	Invalid combination of source selection for temperatur and pressure sensors
1234	Relative Humidity too large
1235	Relative Humidity too small
1236	Single Fraction Parameter too large (> 100%)
1237	Single Fraction Parameter too small (< 0%)
1238	Sum of Fractions too large (> 100%)
1239	Sum of Fractions too small (< 100%)
1240	Invalid temeprature unit class
1241	Invalid temperature unit
1242	Inlet temperature value too large
1243	Inlet temperature value small
1244	Invalid pressure unit class
1245	Invalid pressure unit
1246	Atmospheric pressure value too large
1247	Atmospheric pressure value small
1248	Pressure drop value large
1249	Pressure drop value small
1250	Inlet relative humidity value too large
1251	Inlet relative humidity value too small
1252	Outlet relative humidity value too large
1253	Outlet relative humidity value too small
1254	Actual compressor rpm value too large
1255	Actual compressor rpm value too small
1256	Compressor rpm value too large
1257	Compressor rpm value too large
1258	Invalid selection for saturated compensation
1259	Value for dryness factor is too large
1260	Value for dryness factor is too small
1261	Operating temperature value is too large
1262	Operating temperature value is too small
1263	Normal temperature value is too large
1264	Normal temperature value is too small
1265	Operating pressure value is too large
1266	Operating pressure value is too small
1267	Normal pressure value is too large
1268	Normal pressure value is too small
1269	Operating density selection is invalid
1270	Density unit class is invalid
1271	Density unit is invalid
1272	Operating density fixed value is too large
1273	Operating density fixed value is too small
1274	Operating density minimum value is too large
1275	Operating density minimum value is too small
1276	Operating density maximum value is too large
1277	Operating density maximum value is too small
1278	Normal density value is too large
1279	Normal density value is too small
1280	k-Factor (Average) value too small
1281	k-Factor Offset value too large
1282	k-Factor Offset value too small
1283	k-Factor Linearization Selection invalid
1284	1st k-Factor value too large
1285	1st k-Factor value too small
1286	1st Volume value too large
1287	1st Volume value too small
1288	2nd k-Factor value too large
1289	2nd k-Factor value too small
1290	2nd Volume value too large
1291	2nd Volume value too small
1292	3rd k-Factor value too large
1293	3rd k-Factor value too small
1294	3rd Volume value too large
1295	3rd Volume value too small
1296	Volume Flow unit class invalid
1297	Volume Flow unit invalid
1298	Calibration Viscosity value too large
1299	Calibration Viscosity value too small
1300	Customer Viscosity value too large
1301	Customer Viscosity value too small
1302	Calibration Density value too large
1303	Calibration Density value too small
1304	Customer Density value too large
1305	Customer Density value too small
1306	Upstream Piping Disturbance Correction Function Selection invalid
1307	Upstream Piping Disturbance Correction Type Selection invalid
1308	Upstream Piping Disturbance Correction Distance value too large
1309	Upstream Piping Disturbance Correction Distance value too small
1310	Temperature Compensation Function Selection invalid
1311	Linear Thermal Expansion Bluff Body value too large
1312	Linear Thermal Expansion Bluff Body value too small
1313	Density Unit Class invalid
1314	Density Unit invalid
1315	Pressure Offset value too large
1316	Pressure Offset value too small
1317	Minimal Pressure Value too large
1318	Minimal Pressure Value too small
1319	Maximal Pressure value too large
1320	Maximal Pressure value too small
1321	Temperature Unit Class invalid
1322	Temperature Unit invalid
1323	Minimal Temperature Value too large
1324	Minimal Temperature Value too small
1325	Maximal Temperature value too large
1326	Maximal Temperature value too small
1327	Error Condition Pressure Max value too large
1328	Error Condition Pressure Max value too small
1329	Error Condition Temperature Min value too large
1330	Error Condition Temperature Min value too small
1331	Error Condition Temperature Max value too large
1332	Error Condition Temperature Max value too small
1333	Error Condition Heater / Cooler Mode Selection invalid
1334	Comp. Resistance Value too large
1335	Comp. Resistance Value too small
1336	Ref. Resistance Value too large
1337	Ref. Resistance Value too small
1338	Minimal Temperature too large
1339	Minimal Temperature too small
1340	Maximal Temperature too large
1341	Maximal Temperature too small
1342	Volume flow unit class is invalid
1343	Volume flow unit is invalid
1344	Process input time constant value is too large
1345	Process input time constant value is too small
1346	Low flow cutoff value is too large
1347	Low flow cutoff value is too small
1348	CA Gain selection is invalid
1349	Distortion reduction selection is invalid.
1350	K_P value is too large.
1351	K_P value is too small.
1352	K_I value is too large.
1353	K_I value is too small.
1354	Smoothing factor is too large.
1355	Smoothing factor is too small.
1356	Min Amplitude is too large.
1357	Min Amplitude is too small.
1358	Min SNR is too large.
1359	Min SNR is too small.
1360	Filter mode selection is invalid.
1361	Min Frequency value is too large.
1362	Min Frequency value is too small.
1363	Max Frequency value is too large.
1364	Max Frequency value is too small.
1365	Low Frequency Attenuation selection is invalid.
1366	High Frequency Attenuation selection is invalid.
1367	Low Pass Filter value is too large.
1368	Low Pass Filter value is too small.
1369	Min Bandpass Frequency value is too large.
1370	Min Bandpass Frequency value is too small.
1371	Max Bandpass Frequency is too large.
1372	Max Bandpass Frequency is too small.
1373	Decimation Factor is too large.
1374	Decimation Factor is too small.
1375	Sensor Overrange too large
1376	Sensor Overrange too small
1377	Vortex Filter Type selection is invalid.
1378	Vortex Filter Length is too large.
1379	Vortex Filter Length is too small.
1380	Vortex Filter Smoothing Factor is too large.
1381	Vortex Filter Smoothing Factor is too small.
1382	Pressure Filter Type selection is invalid.
1383	Pressure Filter Length is too large.
1384	Pressure Filter Length is too small.
1385	Pressure Filter Smoothing Factor is too large.
1386	Pressure Filter Smoothing Factor is too small.
1387	Temperature Filter Type selection is invalid.
1388	Temperature Filter Length is too large.
1389	Temperature Filter Length is too small.
1390	Temperature Filter Smoothing Factor is too large.
1391	Temperature Filter Smoothing Factor is too small.
1392	Coarse Filter Type invalid
1393	Coarse Filter Length Too large
1394	Coarse Filter Length too small
1395	Coarse Smooth. Fact. too large
1396	Coarse Smooth. Fact. too small
1397	Fine Smooth. Factor too large
1398	Fine Smooth. Factor too small
1399	Slope Threshold too large
1400	Slope Threshold too small
1401	Coarse-Fine Diff. Threshold too large
1402	Coarse-Fine Diff. Threshold too small
1403	Invalid IO type channel A
1404	Invalid binary output mode
1405	Invalid IO type channel C
1406	Invalid channel
1407	Invalid output variable
1408	Invalid class
1409	Invalid unit
1410	0%% value too large
1411	0%% value too small
1412	100%% value too large
1413	100%% value too small
1414	Lower limit value too large
1415	Lower limit value too small
1416	Upper limit value too large
1417	Upper limit value too small
1418	Invalid alarm current
1419	Lower level value too large
1420	Lower level value too small
1421	Upper level value too large
1422	Upper level value too small
1423	Invalid pulse shape
1424	Pulse width too large
1425	Pulse width too small
1426	Maximum pulse rate too large
1427	Maximum pulse rate too small
1428	0% pulse rate too large
1429	0% pulse rate too small
1430	100% pulse rate too large
1431	100% pulse rate too small
1432	Invalid invert signal setting
1433	Pulse value too large
1434	Pulse value too small
1435	Invalid status output setting
1436	Invalid fluid for status output
1437	Epsilon too large
1438	Epsilon too small
1439	Invalid measurement selection
1440	Invalid totalizer function
1441	Preset value too large
1442	Preset value too small
1443	Invalid text
1444	Offset was too high
1445	Offset was too low
1446	Factor was too high
1447	Factor was too low
1448	Invalid function measurement page
1449	Invalid 1st value variable
1450	Invalid format 1st value
1451	Invalid 2nd value variable
1452	Invalid format 2nd value
1453	Invalid 3rd value variable
1454	Invalid format 3rd value
1455	Invalid password
1456	Invalid Function Scope
1457	Invalid Function Channel Code
1458	Invalid Function Code
1459	Invalid Function Step
1460	Number of Pulses value too large
1461	Number of Pulses value too small
1462	Time for Pulse Test value too large
1463	Time for Pulse Test value too small
1464	Frequency value too large
1465	Frequency value too small
1466	Invalid Output Level
1467	General error
1468	No edit session active
1469	HART is not the owner of the edit session
1470	Data manager error
1471	Invalid parameter value
1472	Value 1 was too high
1473	Value 1 was too low
1474	Value 2 was too high
1475	Value 2 was too low
1476	Invalid parameter values
1477	Preliminary content
1478	The content of this menu is only preliminary
1479	Function switched off
1480	No valid items
1481	This menu contains no valid items.
1482	<Image> Manufacturer
1483	Manufacturer image
1484	<Image> Device
1485	Device-image
1486	<Image> Process Input Orientation
1487	Process Input orientation image
1488	<Image> PI HART Orientation
1489	PI HART orientation image
1490	<Image> Current Output Orientation
1491	Current Output orientation image
1492	<Image> Frequency Output Orientation
1493	Frequency Output orientation image
1494	<Image> Binary Output Orientation
1495	Binary Output orientation image
1496	<Image> Totalizer Orientation
1497	Totalizer orientation image
1498	<Image> Display Orientation
1499	Display orientation image
1500	<Image> HART Orientation
1501	HART orientation image
1502	<Image> Units Orientation
1503	<Image> Diagnostic Orientation
1504	<Image> Identification Orientation
1505	<Image> Security Orientation
1506	<Image> Diagnosis Active
1507	'Diagnosis Active' image
1508	<Image> Failure Status
1509	'Failure Status' image
1510	<Image> Maintenance Required Status
1511	'Maintenance Required Status' image
1512	<Image> Out Of Specification Status
1513	'Out Of Specification Status' image
1514	<Image> Function Check Status
1515	'Function Check Status' image
1516	Online root menu. Allows access to all field device capabilities. Primarily for handheld operating units.
1517	Operate
1518	Operate root menu. Process measurements and interested information for process operators.
1519	Diagnostics
1520	Diagnostics root menu. Device state, detailed diagnostic information, test and reset functions.
1521	Simulation
1522	Diagnostic simulation menu. Provides access to simulation and mode related functions.
1523	Device settings
1524	Device settings root menu. Device settings (commissioning, calibration, configuration, parameterization etc.)
1525	Maintenance
1526	Maintenance root menu. Provides post installation support for field device maintenance.
1527	Offline
1528	Offline root menu. Allows access to all field device capabilities that can be manipulated offline, i.e. while the host application is not connected to the field device.
1529	Operating Unit
1530	Operating Unit Identification menu. Provides access to operating unit related identification information.
1531	Identification
1532	Identification menu. Allows access to various identification information.
1533	Device Information
1534	Device information menu. Provides access to device information.
1535	Quick Setup
1536	Quick Setup menu. Provides access to important and commonly used setup items.
1537	General
1538	Contains general Device parameters.
1539	Setup
1540	The Setup menu contains all setup options the user is allowed to access. (Fct. C)
1541	Service
1542	The Service menu contains all options available just to service technicians. (Fct. D)
1543	Debug DD
1544	HART analog channels
1545	HART
1546	HART communication setup options (Fct. C3.1)
1547	Provides access to general parameters
1548	Connection
1549	Connection setup menu. Provides access to connection related information and settings.
1550	Identification & Info
1551	HART identification & info menu. Provides access to HART identification and device related information.
1552	HART identification menu. Provides access to information and settings for identification of a HART device.
1553	Device info
1554	HART device information menu. Provides access to HART device related information.
1555	HART Identification menu. Provides access to HART related identification information.
1556	HART Revisions
1557	HART revisions menu. Provides access to revision information related to HART communication.
1558	Preambles
1559	HART preambles menu. Provides access to request and response preamble settings for HART communication.
1560	Burst Message 0
1561	Burst Message Configuration. A Burst Message is a command message issued by the Field Device automatically, time or trigger based, without individual request from a HART master.
1562	Burst Process Variables
1563	Select the process variables that should be transmitted by the burst message.
1564	Burst Message 1
1565	Burst Message 2
1566	Burst Mode
1567	Burst Mode Configuration. In Burst Mode the Field Device generates HART command messages without individual requests from a HART master.
1568	Extras
1569	This menu contains options to change the meter type, thus unlocking additional features. (Fct. C6.3)
1570	Calibration
1571	Is used for the calibration of the device (Fct. D2)
1572	Configuration
1573	(Fct. D1)
1574	General service configuration parameters
1575	Error Conditions
1576	Contains flow options (Fct. D1.9)
1577	Cst. Density
1578	Select custom unit for density (Fct. C6.5.22)
1579	Cst. Energy
1580	Select custom unit for energy (Fct. C6.5.16)
1581	Cst. Mass Flow
1582	Select custom unit for normal mass flow (Fct. C6.5.6)
1583	Cst. Mass
1584	Select custom unit for mass (Fct. C6.5.14)
1585	Cst. Power
1586	Select custom unit for power (Fct. C6.5.8)
1587	Cst. Pressure
1588	Select custom unit for pressure (Fct. C6.5.18)
1589	Cst. Temperature
1590	Select custom unit for temperature (Fct. C6.5.20)
1591	Cst. Norm. Vol. Flow
1592	Select custom unit for normal volume flow (Fct. C6.5.4)
1593	Cst. Norm. Volume
1594	Select custom unit for normal volume (Fct. C6.5.12)
1595	Cst. Volume Flow
1596	Select custom unit for volume flow (Fct. C6.5.2)
1597	Cst. Volume
1598	Select custom unit for volume (Fct. C6.5.10)
1599	Define the gas mixture in Mol % (Fct. C1.3.1)
1600	Contains setup options for gases (Fct. C1.3)
1601	Information
1602	Provide information about the device (Fct. D3)
1603	Current Input
1604	The current input can be calibrated here (Fct. D2.2)
1605	Configure the Current Input (Fct. C1.5)
1606	The k-factor can be changed here (Fct. D1.6)
1607	Log
1608	Log-information can be accessed here (Fct. D3.2)
1609	1. Meas. Page
1610	Select data displayed on 1st measurement page (Fct. C5.3)
1611	2. Meas. Page
1612	Select data displayed on 2nd measurement page (Fct. C5.4)
1613	Mode Config.
1614	(Fct. D1.1)
1615	Normal Values
1616	(Fct. C1.11)
1617	Operating Values
1618	Here the operating values can be adjusted (Fct. C1.10)
1619	Binary Output
1620	Contains setup options of the binary output (Fct. C2.2)
1621	Current Output
1622	The current output can be calibrated here (Fct. D2.1)
1623	The current output setup options are located here (Fct. C2.1)
1624	(Fct. C2.2.3)
1625	(Fct. C2.2.5)
1626	(Fct. C2.2.2)
1627	Status Output
1628	(Fct. C2.2.4)
1629	Security
1630	Contains the password options (Fct. C6.2)
1631	Access Level
1632	Change the current User Access level or the Passwords.
1633	Write Protection
1634	(De)activate the write protection
1635	PT1000
1636	(Fct. D2.3)
1637	Pressure Sensor
1638	Setup options for pressure sensor (Fct. C1.7)
1639	Temp. Sensor
1640	Setup options for the temperature sensors (Fct. C1.6)
1641	Contains setup options in case saturated steam is selected as medium (Fct. C1.4)
1642	Energy Totalizer
1643	Configure the energy totalizer (Fct. C4.2)
1644	Flow Totalizer
1645	Configure the flow totalizer (Fct. C4.1)
1646	Bar graph
1647	Bar graph menu. Displays the process variable as a bar graph.
1648	Trend
1649	Trend menu. Displays the trend of the process variable.
1650	Chart
1651	Chart menu. Provides graphical display of the process variable.
1652	Configures the Catch Device Variable mechanism. The Catch mechanism is used to read process variables from another field device. The process variables may be read from burst messages (BACK) or from regular messages (ACK). In order to catch burst messages you need to specify the command number and the slot of the desired process variable. For catching regular messages you need to specify in addition the device type and in case the device Id. (Note: The catching device will only listen to ongoing communication on the network and will not send any requests).
1653	PV Output
1654	Bar graph menu. Displays the analog signal as a bar graph.
1655	Trend menu. Displays the trend of the analog signal.
1656	Chart menu. Provides graphical display of the analog signal.
1657	PV Analog Channel
1658	HART Primary Variable (PV), the first element of the Dynamic Variables Array. Equivalent to the process value of the current output.
1659	SV Output
1660	SV Analog Channel
1661	HART Secondary Variable (SV), the second element of the Dynamic Variables Array. Equivalent to the process value of the frequency output if available.
1662	TV Output
1663	TV Analog Channel
1664	HART Tertiary Variable (TV), the third element of the Dynamic Variables Array. Equivalent to the process value of the current input if available.
1665	QV Output
1666	QV Analog Channel
1667	HART Quaternary Variable (QV), the fourth element of the Dynamic Variables Array. Not related to any physical in-/output.
1668	Time and simulation
1669	Time stamp and simulation state of process values and device status.
1670	Measured Values
1671	Measured values menu. Provides access to process measurements and related status.
1672	Measured Values (Heat)
1673	Measured values menu (heat measurement). Provides access to process measurements and related status.
1674	Process Variables
1675	Process variables simulation menu. Provides access to simulation functions for the process variables.
1676	Simulation Values
1677	Simulation values for the process variables
1678	Sensor Limits
1679	Shows the Sensor Limits
1680	Totalizer
1681	Totalizer values menu. Provides access to totalizer values and related status.
1682	In-/Outputs, HART Dynamic Variables
1683	In-/Outputs, HART Dynamic Variables values menu. Provides access to values of in-/outputs and process values mapped into the HART Dynamic Variables Array.
1684	In-/Outputs (Chart)
1685	In-/Outputs, HART Dynamic Variables values menu. Provides graphical display of in-/outputs and process values mapped into the HART Dynamic Variables Array.
1686	In-/Output (Bar)
1687	In-/Output (Scope)
1688	Measured Values (Chart)
1689	Measured values menu. Provides graphical display of process measurements.
1690	Measured Values (Bar)
1691	Measured Values (Scope)
1692	Process input HART menu. Provides access to HART Device Variable related information like classification and sensor limits.
1693	I/O HART
1694	I/O HART setup menu. Provides access to I/O related settings according to the HART standard.
1695	Mapping of Dynamic Variables
1696	Set the mapping of the HART Dynamic Variables PV, SV, TV and QV. There is a direct relation between the HART Dynamic Variables and the process values of the device's in-/outputs.
1697	Catch Device Variables
1698	Device Status
1699	Device Status menu. Provides access to the current device status.
1700	Condensed Status (NE 107)
1701	Condensed status (NE 107) menu. Displays the HART condensed device status indicators according to NAMUR NE107.
1702	Standard status display menu. Provides access to the device status according to HART standard.
1703	Detail
1704	Failure ('F')
1705	Function Check ('C')
1706	Out of Specification ('S')
1707	Additional
1708	Additional status display menu. Provides access to additional device specific status.
1709	Device status simulation menu. Provides access to simulation functions for the device status.
1710	Simulation values for the device status
1711	Select the Bits that should be simulated
1712	Variable F/C/S/M
1713	Current Device Status
1714	Shows the current Device Status
1715	Status Mapping
1716	Status mapping menu. Provides access to the mapping of device status into the indicators of the HART condensed status according to NAMUR NE107.
1717	Cluster Check
1718	Cluster Check Help
1719	Min/Max Oper. Dens.
1720	Used for the calculation of the sensor limits. If switched off, the operating density is used. Min and max operating density values can be set here to avoid errors messages if the density changes. (Fct. C1.10.4)
1721	Amplitude Control
1722	(Fct. D1.3)
1723	Vortex Algorithm
1724	(Fct. D1.4)
1725	Filter
1726	Filter options are accessible here (Fct. D1.5)
1727	Vortex Filter
1728	(Fct. D1.5.1)
1729	Pressure Filter
1730	(Fct. D1.5.2)
1731	Temperature Filter
1732	(Fct. D1.5.3)
1733	Distortion Reduction
1734	(Fct. D1.3.2)
1735	k-Factor Linear.
1736	Here the parameters for the k-factor linearization can be entered (Fct. D1.6.3)
1737	Up. Pip. Dist. Cor.
1738	Parameters for the Upstream Piping Disturbance Correction (Fct. D1.6.4)
1739	Temp. Comp.
1740	Parameters for the temperature compensation (Fct. D1.6.5)
1741	Int. Pressure Sensor
1742	(Fct. D1.8)
1743	The process menu allows to configure the process parameters. (Fct. C1)
1744	General settings of the Process Input.
1745	Int. Temp. Sensor
1746	(Fct. D1.7)
1747	I/O
1748	Input/output simulation menu. Provides access to simulation functions for the input/output.
1749	Output
1750	The Output menu contains all setup options for the outputs of this device (Fct. C2)
1751	This menu contains all setup options for the device's totalizers. (Fct. C4)
1752	Totalizer operating menu. Provides access e.g. to set and reset functions.
1753	Test/Reset
1754	Reset the Device or the Configuration Change Counter
1755	Device
1756	This menu contains general device settings. (Fct. C6)
1757	Provides access to general device settings and functions
1758	Provides information of the device (Fct. C6.1)
1759	Device Identification menu. Provides access to device related identification information.
1760	Lock / Unlock Device
1761	This function allows a master to temporarily or permanently lock an instrument while the device is being configured or calibrated, preventing any changes from a local panel of another master. Once the procedure is complete the locking master device must restore normal operation. If the lock is temporary then normal (unprotected) operation is also resumed when power is removed from device or upon performing a Device Reset. A permanent lock remains active after a device restart or reset.
1762	Units
1763	Used to setup all units used by this device (Fct. C6.5)
1764	Display
1765	Contains the display options of the device (Fct. C5)
1766	Provides access to general settings of the local device display
1767	Service Access
1768	1. measurement page menu. Provides access to process measurements and related status, as configured for the 1st measurement page of the device's local display.
1769	2. measurement page menu. Provides access to process measurements and related status, as configured for the 2nd measurement page of the device's local display.
1770	Application Assistant
1771	The application assistant contains configuration sequences for the most common applications. This way the user can quickly change parameters without having to navigate to their original places in the Setup menu.
1772	Starts configuration for superheated steam applications.
1773	Summary
1774	Name
1775	Old Value
1776	New Value
1777	----------------
1778	Cluster 2
1779	This parameter set configures the process medium and which measurement values are presented at the device's outputs and display.
1780	HART Variables
1781	Cluster 3
1782	Cluster 13
1783	This parameter set is just avaible with Service rights.
1784	Cluster 14
1785
1786	Norm. Vol. Flow
1787	Cluster 5
1788	This parameter set configures the current output and its ranges.
1789	Starts configuration for Free Air Delivery application.
1790	Cluster 10
1791	This parameter set configures how measurement values are displayed.
1792	Cluster 7
1793	This parameter set configures the current input and depending temperatur and pressure sources.
1794	Starts configuration for saturated steam applications.
1795	Heat Measurement
1796	Starts configuration for gross heat / net heat measurement.
1797	Cluster 8
1798	This parameter set configures the Quaternary HART variable.
1799	Cluster 1
1800	This parameter set configures basic process parameters and which measurement values are presented at the device's outputs and display.
1801	Starts configuration for gas applications.
1802	Cluster 11
1803	This parameter set configures a gas mixture.
1804	Cluster 4
1805	This parameter set configures the temperature and pressure sources.
1806	Cluster 12
1807	This parameter set configures the HART Catch Device Variable function.
1808	Catch DV Temp.
1809	Catch DV Pressure
1810	Slot Number
1811	Liquids
1812	Starts configuration for liquid applications.
1813	Cluster 9
1814	This parameter set configures the flow totalizer and how its values are displayed or presented at the device's outputs.
1815	Cluster 6
1816	This parameter set configures the binary output and its ranges/limits.
1817	Page:
1818	Shows the current Page and Progress of this Wizard. Note: Pages may be skipped if all parameters are not used.
1819	5
1820	7
1821	3
1822	2
1823	Upload Variables
1824	download_to_device_root_menu
1825	Download Variables
1826	upload_from_device_root_menu
1827	Common Tables
1828	Interoperable *
1829	Universal
1830	Common Practice
1831	Pressure Universal
1832	Pressure Common
1833	Menu
1834	Rosemount Magflow
1835	Rosemount Pressure
1836	Moore Products
1837	Siemens Pressure
1838	P2 Common
1839	Wireless
1840	Munge
1841	Analytical Oxygen/Combustion/Methane/CO
1842	Flow Totalizer - Rate Indicator
1843	Flow Variable Area
1844	Flow Coriolis Mass
1845	Flow Ultrasonic - Gas
1846	Flow Ultrasonic - Liquid
1847	Level Ultrasonic
1848	Level Radar - Microwave
1849	Pressure Absolute
1850	Level Capacitance
1851	Pressure Differential
1852	Level Hydrostatic
1853	Level
1854	Pressure Absolute/Relative
1855	Level Microwave
1856	Level Radar
1857	Level Density - Nuclear
1858	Flow Electromagnetic
1859	Flow Vortex
1860	Flow Magmeter - Rack Version
1861	Flow High Performance Magmeter
1862	Flow Mass
1863	Flow Ultrasonic
1864	Flow Magnetic
1865	Flow Magnetic - Custody Transfer
1866	Flow 2-wire Magnetic
1867	Flow Coriolis Mass - Custody Transfer
1868	Flow 2-wire Vortex
1869	Flow Thermal
1870	Temperature Head Mounted
1871	Temperature Compact
1872	Temperature DIN Rail Mounted
1873	Analytical pH
1874	Analytical Conductivity - Conductive
1875	Analytical Conductivity - Inductive
1876	Temperature Sensor
1877	Level Servo
1878	Temperature DIN Rail
1879	Temperature
1880	Analytical ORP
1881	Analytical pION
1882	Analytical IConc
1883	Analytical Electrode Conductivity
1884	Analytical Toroidal Conductivity
1885	Valve Positioner
1886	Valve Controller
1887	Pressure
1888	Pressure Multivariable
1889	Analytical pH/ORP
1890	Flow Coriolis
1891	Analytical Conductivity
1892	Valve Positioner/Pneumatic
1893	Valve Actuator - Electrical
1894	Temperature Dual Input
1895	Valve Actuator
1896	Analytical Corrosion
1897	Analytical Density - Nuclear
1898	Level Continuous Gamma
1899	Level Laser Ranging
1900	Pressure Safety
1901	Flow Vortex/Swirl
1902	Flow
1903	Analytical 4 Electrode Conductivity
1904	Analytical 2 Electrode Conductivity
1905	Analytical Troidal Conductivity
1906	Analytical pH/ORP/pIon/Ion Conc
1907	Analytical Oxygen
1908	Pressure P, dP + Multivariable
1909	Temperature 2-wire
1910	Pressure w/ PID
1911	Pressure Saturated Steam
1912	Analytical Density - Gamma Ray
1913	Level Gamma Ray
1914	Analytical Weight - Gamma Ray
1915	Level w/ Density - Gamma Ray
1916	Analytical Motorized Density
1917	Flow Multivariable Mass
1918	Temperature Multivariable
1919	Specialty HART-to-Analog Signal Conv
1920	Flow dP
1921	Pressure Low Power
1922	Pressure Certified SIL2
1923	Interoperable
1924	Analytical Density
1925	Valve Positioner/Electropneumatic
1926	Flow Magnetic Inductive
1927	Analytical
1928	Analytical Opacity Monitor
1929	Analytical Oxygen/Combustion
1930	Analytical 2-wire Conductivity
1931	Analytical 2-wire Conductivity w/ pure H20
1932	Analytical 2-wire Conductivity w/ % conc
1933	Analytical 2-wire Oxygen/Chlorine/Ozone
1934	Analytical 2-wire pH/ORP
1935	Analytical 2-wire Contacting/Toroidal
1936	Analytical Oxygen - High Temperature
1937	Analytical Conductivity w/ % conc
1938	Analytical pH/ORP/ISE
1939	Analytical Amperometric Analyzer
1940	Analytical Dual Input Analyzer
1941	Pressure Pressure/Level
1942	Analytical Consistency
1943	Analytical Microwave-Pulp Consistency
1944	Analytical Microwave Consistency
1945	Valve Digital Positioner
1946	Valve Smart Valve Positioner
1947	Temperature Differential
1948	Analytical Dissolved Oxygen
1949	Analytical pH Controller
1950	Analytical Conductivity/Resistivity Controller
1951	Analytical Conductivity/Resistivity
1952	Level Displacement
1953	Temperature w/ PID
1954	Valve Universal Positioner
1955	Level Radar - Reflex
1956	Pressure Gauge
1957	Pressure Sealed Gauge
1958	Valve Digital Positioner w/ PID
1959	Valve Intelligent Positioner
1960	Analytical Gas Detector
1961	Analytical Infrared Gas Detector
1962	Analytical Electrochemical Gas Detector
1963	Analytical Measuring Instruments
1964	Level Magnostrictive
1965	Valve On/Off Valve Controller
1966	Level Radar - Pulse
1967	Level Continuous Capactive
1968	Valve Damper Actuator
1969	Valve Electric Damper Actuator
1970	Flow Electronic
1971	Flow Vortex - Multiparameter Mass
1972	Analytical UV Flame Detector
1973	Analytical UVIR Flame Detector
1974	Analytical IR Flame Detector
1975	Analytical Fire Detector
1976	Analytical Gas Detector Display Interface
1977	Analytical Toxic Gas Detector
1978	Analytical Flame Detector
1979	Level Nuclear
1980	Analytical Microwave
1981	Analytical Density - Radiometric
1982	Level Radiometric
1983	Analytical Gas/Steam
1984	Level Nucleonic
1985	Analytical Blade Consistency
1986	Analytical Rotary Consistency
1987	Pressure Absolute/Differential
1988	Positioner
1989	Analytical Combustible Gas Detector
1990	Analytical Point Infrared Gas Detector
1991	Analytical Multi-Detector Monitor System
1992	Valve Positioner/Electro-hydraulic
1993	Valve Monitor
1994	Enable on token-passing data link layer only
1995	Enable on TDMA data link layer only
1996	Enable on both TDMA and token-passing data link layer
1997	WirelessHART Device
1998	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1999	Primary
2000	Primary Analog Channel
2001	Secondary
2002	Secondary Analog Channel
2003	Tertiary
2004	Tertiary Analog Channel
2005	Quaternary
2006	Quaternary Analog Channel
2007	Quinary
2008	Quinary Analog Channel
2009	Lock all
2010	Trim not supported
2011	Configuration cannot be changed
2012	Locked by gateway
2013	Analog Output Channel
2014	The device is in simulation mode and the level output is not representative of the process.
2015	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
2016	The RAM memory check is invalid or maybe corrupt
2017	A watchdog reset has been performed
2018	Voltage conditions out of range
2019	A voltage condition is outside its allowable range
2020	An internal or environmental condition is beyond acceptable limits.
2021	A hardware problem not related to the sensor has been detected.
2022	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
2023	Continuous
2024	The Burst Message is published continuously at (worst case) the Minimum Update Period.
2025	Window
2026	The Burst Message is triggered when the source value deviates more than the specified trigger value
2027	Rising
2028	The Burst Message is triggered when source value Rises Above the specified trigger value.
2029	Falling
2030	The Burst Message is triggered when the source value Falls Below the specified trigger value.
2031	On-change
2032	The Burst Message is triggered when any value in the message changes.
2033	Battery life
2034	Percent range
2035	Loop current
2036	Primary variable
2037	Secondary variable
2038	Tertiary variable
2039	Quaternary variable
2040	Off
2041	Enable event notification on token-passing data link layer
2042	Enable event notification on TDMA data link layer
2043	Enable event notification on TDMA and token-passing data link layer
2044	Configuration changed event pending
2045	Device status event pending
2046	More status available event pending
2047	Disable
2048	Enable single data point trending
2049	Enable filtered trending
2050	The sample is filtered using a time constant equal to one-third the trend sample period
2051	Enable average trending
2052	The value obtained by dividing the sum of all samples in the period by the total number of samples
2053	Read receive time
2054	Write date and time
2055	Non-Volatile Clock
2056	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.
2057	Clock Uninitialized
2058	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.
2059	Line Power
2060	Device is powered via a hardwired connection to a plant power source.
2061	Battery Power
2062	Device operates solely of its (internal) battery.
2063	Recharg.B./Power Sc.
2064	Rechargeable battery power or power scavenging. The device has a short-term supply of energy (must be at least one hour) that is continuously being replenished. The device's power is being replenished by harvesting and converting energy from the environment surrounding the device (e.g. solar, vibration, heat).
2065	Idle
2066	Active search
2067	Looking for neighbors.
2068	Negotiating
2069	Quarantined
2070	Operational
2071	Suspended
2072	Deep sleep
2073	Ultra-low power
2074	Wireless Signal Found
2075	Network packets have been recognized
2076	Wireless Signal Identified
2077	Wireless Time Synchronized
2078	WirelessHart Signal Identified
2079	Network Admission Requested
2080	Set on transmission of first join request
2081	Join Retrying
2082	Set after the first join request retry (i.e. when number of join requests > 2). Cleared when device is authenticated or when Active Search started.
2083	Join Failed
2084	Set on transition from Active Search mode to Deep Sleep mode. Cleared on transition from Deep Sleep to Active Search.
2085	Network Security Clearance Granted
2086	Network Manager Session Established
2087	Network Joined
2088	Network Joined. Normal superframe and links obtained.
2089	Network Bandwidth Requested
2090	Negotiating Network Properties. Gateway session obtained.
2091	Join Complete
2092	Normal operating mode.
2093	No restrictions
2094	SI Only
2095	Restricted to SI Unit codes only
2096	Open - accept all devices
2097	Use Whitelist for access
2098	Use Blacklist
2099	Use Whitelist and Blacklist
2100	Lockdown - disable join links
2101	Process automation device
2102	Discrete device
2103	Hybrid:Process automation+discrete
2104	I/O System
2105	WirelessHART Process automation device
2106	WirelessHART Discrete device
2107	WirelessHART Process automation+discrete
2108	WirelessHART Gateway
2109	WirelessHART Access point
2110	WirelessHART Process adapter
2111	WirelessHART Discrete adapter
2112	WirelessHART enabled handheld/portable maintenance tool
2113	Don't attempt to join
2114	Join now
2115	Attempt to join immediately on powerup or reset
2116	US
2117	United States of America
2118	JP
2119	Japan
2120	DE
2121	Germany
2122	FR
2123	France
2124	ES
2125	Spain
2126	RU
2127	Russian Federation
2128	CN
2129	People's Republic of China
2130	Nominal
2131	Device Power Status is nominal
2132	Low
2133	Device Power Status is low
2134	Critically Low
2135	Device Power Status is critically low
2136	Recharging - Low
2137	Recharging - High
2138	Secondary Master
2139	Primary Master
2140	Device Profile
2141	Device Diagnostic Status 0
2142	Device Diagnostic Status 1
2143	I/O and Subdevice Status
2144	WirelessHART Status
2145	Time Set Option
2146	Real Time Clock Flags
2147	Country
2148	Country of intended device installation
2149	SI Unit Control
2150	Indicates if device should only display SI unit codes
2151	Burst Trigger Units
2152	Burst Trigger Class
2153	Wired HART Enabled
2154	Enabled on Wired HART device connection only
2155	Wireless HART Enabled
2156	Enabled on WirelessHART device connection only
2157	Both Wired and WirelessHart Enabled
2158	Enabled on both Wired and WirelessHART connections
2159	Burst Msg Trigger Mode
2160	Event Status
2161	Event Notification Control
2162	Operate mode Mask
2163	Not Defined
2164	Power Source
2165	Power source of the device
2166	Wireless Mode
2167	Join Status
2168	The current location in the joining sequence of operations.
2169	Network Access Mode
2170	Join Mode
2171	Power Status
2172	Power status of the device
2173	Master Mode
2174	This sets the I/O System's Data Link Layer operation on all channels as either primary or secondary master mode.
2175	Trend Units
2176	Trend Device Variable Unit Code
2177	Trend Classification
2178	Trend Device Variable Classification
2179	Trend Control
2180	Device Status Mask
2181	Ext dev status Mask
2182	Device Diagnostic Status 0 Mask
2183	Device Diagnostic Status 1 Mask
2184	Device Diagnostic Status 2 Mask
2185	Device Diagnostic Status 3 Mask
2186	AO saturated Mask
2187	AO fixed Mask
2188	Latched Device Status
2189	Latched Ext dev status
2190	Latched Operate Mode
2191	Latched Device Diagnostic Status 0
2192	Latched Device Diagnostic Status 1
2193	Latched Device Diagnostic Status 2
2194	Latched Device Diagnostic Status 3
2195	Latched AO saturated
2196	Latched AO fixed
2197	Wireless Module Device Type
2198	Device type of the Wireless Radio
2199	Wireless Module Manufacturer ID
2200	Manufacturer of the Wireless Radio contained in this device
2201	Subdevice Device Type
2202	Device type of the subdevice attached to this system.
2203	Subdevice Manufacturer Id
2204	Manufacturer of the subdevice attached to this system.
2205	Time Stamp
2206	Relative time value on network
2207	8u
2208	Dynamic Variables Returned for Device Variables
2209	Command Response Truncated
2210	Configuration Change Counter Mismatch
2211	Status bytes mismatch
2212	Analog Channel Number
2213	Analog Channel Number- Index into an array of Analog Channels.
2214	Index 1 into Analog Channel Array
2215	Index into Analog Channel Array- Is the first of an array of addresses, whose value is identified by the Analog Channel Code.
2216	Index 2 into Analog Channel Array
2217	Index into Analog Channel Array- Is the second of an array of addresses, whose value is identified by the Analog Channel Code.
2218	Index 3 into Analog Channel Array
2219	Index into Analog Channel Array- Is the third of an array of addresses, whose value is identified by the Analog Channel Code.
2220	Index 4 into Analog Channel Array
2221	Index into Analog Channel Array- Is the fourth of an array of addresses, whose value is identified by the Analog Channel Code.
2222	Burst Variable Codes
2223	Burst Variable Code
2224	Burst Variable Slot - Device variable code assigned to the slot to be read in burst mode.
2225	Total Burst Msgs
2226	Total number of burst messages supported by this device
2227	Burst Message Number
2228	Update Period
2229	Update period for burst message
2230	5.3f
2231	Max Update Period
2232	Maxium update period for burst message
2233	Burst Command
2234	Cmd 48: Read Additional Device Status
2235	Read Additional Device - This command reads additional device status information
2236	Burst Trigger Level
2237	Update time adjusted
2238	Invalid burst message
2239	Invalid device variable classification
2240	Invalid burst trigger mode selection code
2241	Burst condition conflict
2242	Update period increased
2243	Insufficient bandwidth
2244	Dependent units settings will be adjusted automatically. Proceed anyway?
2245	No;Yes
2246	Are you sure?
2247	Cold start is being executed, Wait...
2248	Mappings have been reset.
2249	Set status simulation to
2250	Failed to enable status simulation.
2251	Status simulation disabled.
2252	Status simulation enabled.
2253	Failed to disable status simulation.
2254	Reserved.
2255	Can not run command. Device is currently busy. Should the currently running function be aborted?
2256	Reset Logged Values?
2257	Failed to read the current function state.
2258	Function was not started correctly.
2259	Wait for Function completation...
2260	Function completed
2261	Function Failed.
2262	Please remove the device from the process control system!
2263	Current output is set to the lower calibration endpoint (approx. 4 mA). Please measure the loop current value at terminals C1/C2 and enter the value in the input field.
2264	Current output is set to the upper calibration endpoint (approx. 20 mA). Please measure the loop current value at terminal C1/C2 and enter the value in the input field.
2265	Error! Device Function in unexpected state!
2266	Please connect a current source to the Current Input terminals (I1, I2) and apply a reference current as low as possible within the range of 4 mA...20 mA. Then enter the value of the reference current in the input field.
2267	Please apply a reference current as high as possible within the range of 4 mA...20 mA but greater than the lower reference current. Then enter the value of the reference current in the input field.
2268	Please connect a reference resistor of approx. 1000 Ohm to the temperature sensor connector. Wait 4 minutes, then enter the value of the reference resistor in the input field.
2269	Please connect a reference resistor of approx. 1500 Ohm to the temperature sensor connector. Wait 4 minutes, then enter the value of the reference resistor in the input field.
2270	Enter the new parameter value:
2271	Pulses to send (1 .. 65536):
2272	Time for Pulse-Test (0,001 .. 2 seconds)
2273	Time for Pulse Test value too large
2274	Time for Pulse Test value too small
2275	Pulse Output simulation finished. Press Ok to Start new Simulation or Abort to stop.
2276	Can not run command. Device is currently busy.
2277	Frequency (Hz)
2278	Simulating Frequency Output ... Analog value is: %{flTempFunctionParameter} Hz Press Ok to set new values for simulation or abort to Stop simulation.
2279	Simulating Frequency Output ... Press Ok to enter new frequency or Abort to stop Simulation.
2280	Status / Limit Level
2281	Low Level;High Level
2282	Invalid Output Level
2283	Simulating Status / Limit Level ... Press Ok to change simulation or Abort to Stop Simulation.
2284	Ok
2285	result
2286	Please enter the Reset-Password:
2287	Please select the new Access Level:
2288	Please enter the Password for the Access Level:
2289	Please select the new Meter Type:
2290	Please enter the Passwort for the selected Meter Type:
2291	Please select the Write Protect Mode:
2292	Deactivate;Activate
2293	Reset Device to Factory Defaults?
2294	Edit session canceled. Please read parameters from device.
2295	1 / 15
2296	Exit;Update View;Next >
2297	_selection
2298	2 / 15
2299	< Previous;Update View;Next >
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2412	Select analog output
2413	Please wait ...
2414	Device is currently locked. Do you want to unlock the device?
2415	Device is not locked. Please select the new lock:
引用ID	字符串