HART设备字典

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引用ID	字符串
0	Operate
1	Overview
2	Process variables
3	Select the parameter for trending:
4	TrendselectionByte
5	Percent range
6	Loop current
7	QV
8	Signal view
9	Primary variable
10	Secondary variable
11	Tertiary variable
12	Quaternary variable
13	Select display
14	Analog
15	BarGraph
16	None
17	Trend
18	pH
19	ORP
20	Ion concentration
21	pION
22	Conductivity
23	Concentration
24	Temperature
25	Reference impedance
26	Temp-uncompensated conductivity
27	Sensor input mV value
28	mA
29	%
30	Device Icon
31	Diagnostics
32	Overview
33	Failure
34	Primary Variable Input Read Error
35	Suggested action: Check sensor. If problem persists change module.
36	Sensor Secondary PV Input Error
37	Suggested action: Check sensor. If problem persists change sensor module.
38	Sensor Module Failure
39	Suggested action: Change sensor module.
40	Sensor Module Memory Corrupted
41	Suggested action: Replace sensor module.
42	Electronic Memory Corrupted
43	Suggested action: Change comms module.
44	Electronic Warning - Non-volatile Memory Write Failure
45	Suggested action: Contact factory.
46	Current Output Not Calibrated
47	Suggested action: Trim output. If problem persists change comms module.
48	Current Output Readback Failure
49	Function Check
50	Current Output Fixed
51	Suggested action: Fixed for loop test, trim, PV calibration Or multidrop.
52	Out of Specification
53	Temperature Input Read Error
54	Primary Variable Outside Physical Limits
55	Suggested action: Check sensor wiring and sensor configuration.
56	Primary Variable Outside Range Limits
57	Suggested action: Adjust engineering range.
58	Sensor Temperature Outside Limits
59	Suggested action: Check wiring. Check temperature configuration.
60	Current Output Saturated
61	Data Simulation
62	Suggested action: Check sensor wiring. Check temperature configuration.
63	Sensor Temperature Under Range
64	High Sensor Efficiency (Slope)
65	Suggested action: Check calibration. Clean sensor. Check sensor wiring.
66	Low Sensor Efficiency (Slope)
67	High Sensor Offset
68	Low Sensor Offset
69	Manual Temperature Compensation Mode
70	Suggested action: Check temperature sensor and perform TC recognition.
71	Maintenance Required
72	Reference Impedance Input Read Error
73	Sensor Is Dirty
74	Suggested action: Clean Sensor.
75	Ground Loop Or Dirty Sensor Input Error
76	Sensor Polarization Detected
77	Suggested action: Check process. Check sensor wiring. Clean sensor.
78	High Reference Impedance
79	Suggested action: Clean sensor. Check wiring.
80	Ground Loops Present
81	Suggested action: Check sensor wiring.
82	Sensor Calibration Data Corrupted
83	Power Supply Voltage Outside Limits
84	Suggested action: Ensure power supply voltage is within the limits.
85	Sensor Module Voltage Warning
86	Diagonostic Input Read Error
87	Shorted Cable Or Ground Loops Present
88	Low Glass Electrode Impedance
89	Suggested action: Check sensor wiring, terminals and electrode glass.
90	Open Cable Or Sensor Out Of Solution
91	Suggested action: Check wiring. Verify that sensor is in solution.
92	Device configuration changed
93	Possible cause: A write or set command has been executed.
94	Suggested action: Using the device management aspect perform a comparison between the configuration in the device and the one in the FDI. Perform a configuration Upload or Download as required to clear the configuration changed condition.
95	OK
96	Device status : OK There are no active alarms present in the Device
97	Masking
98	Maintenance required
99	Out of specification
100	Simulation
101	Function check
102	Configuration
103	Device settings
104	Identification
105	Simulation
106	Easy setup
107	Detailed setup
108	Sensor Type
109	Process variable
110	General
111	Security Setup
112	Security
113	Setup security related parameters like write protection and passwords.
114	Extra
115	Input Output
116	Analog Output
117	Function Generator Table
118	Analog Output Trim
119	Calibration
120	Edit Cal
121	Enables manual adjustment of the sensor PV slope and offset and sensor temperature slope and offset.
122	Temperature Calibration
123	The temperature calibration is used to calibrate the temperature input from the sensor against a standard known reading.
124	Temperature Cal
125	Perform Temperature Calibration
126	Restore Defaults
127	Restore Calibration Parameters
128	Access
129	www.abb.com
130	One or more device variables (i.e. measurement or control values) are invalid due to a malfunction in the field device or ist peripherals
131	One or more device variables are temporarily invalid (e.g. frozen) due to ongoing work on the device
132	There are deviations from the permissible ambient or process conditions detected that may compromise measurement or control accuracy (i.e. device performance may be degraded)
133	The field device requires maintenance
134	No Active Alarm exists
135	Image of Transmitter
136	Communication
137	NAMUR NE107
138	GetHealthStatus
139	Offline
140	Upload to device
141	Upload from device
142	Maintenance
143	Online
144	EC Upload
145	Sensor Setup
146	Sensor Type and PV
147	Concentration curve table
148	Enables entry of 6-point conductivity / concentration curve for user-defined concentration calculation.
149	No.
150
151	uS/cm
152	1
153	2
154	3
155	4
156	5
157	6
158	User Defined Temp Comp Curve
159	Enables entry of user-defined temperature compensation curve. X-axis = Conductivity in µS/cm and Y-axis = Concentration in Conc. Unit.
160	K/Kref
161	Temperature Sensor/Compensation
162	Conductivity/Concentration cal
163	Application
164	pH Upload
165	Auto Buffer Calibration
166	Auto Buffer Setup
167	Setup auto buffer calibration parameters.
168	User Defined Buffer 1
169	Enables entry of a user-defined Buffer Table 1 with up to 5 temperature and pH values. Enabled when Buffer Type = User Def.
170	User Defined Buffer 2
171	Enables entry of a user-defined Buffer Table 2 with up to 5 temperature and pH values. Enabled when Buffer Type = User Def.
172	Sl No.
173	(degC)
174	(degF)
175	Sl No
176	Func-gen x
177	Func-gen y
178	Perform Manual Calibration
179	PV Manual Calibration
180	Cal Limits
181	Set calibration limits
182	TC Upload
183	Sl. No
184	PV Zero Cal
185	The process value's zero calibration
186	Perform PV Zero Cal
187	PV Span Cal
188	The process value's span calibration
189	Perform PV Span Cal
190	TE Upload
191	Incorrect password; access level reduced to Read-Only
192	Hart ResetSoftWriteProtectionCmd128
193	Hardware Revision
194	Hardware version number.
195	Software revision
196	Software version number.
197	Device Serial No
198	Unique serial number of the device.
199	SW Write Protection
200	Software write protection status. For configuration parameters to be editable and calibrations to be performed, both hardware and software write protection has to disabled (off).
201	Off
202	On
203	HW Write Protection
204	Hardware write protection status. Set by hardware switch SW1 (2). For configuration parameters to be editable and calibrations to be performed, both hardware and software write protection has to disabled (off).
205	Device Address
206	Device Hart address.
207	Hart_burstMsg0ConfData modeControlCode
208	Hart_burstMsg0ConfData commandNumber
209	Coordinator powerOnCounter
210	Coordinator totalWorkingTimeDay
211	Coordinator totalWorkingTimeHrs
212	Coordinator totalWorkingTimeMin
213	ElettronicServices resetToFactoryDefault
214	ElettronicServices vSupplyReadBack
215	ElettronicServices_elettronicTemperature
216	.2f
217	ElettronicServices_currentOutReadBack
218	FrontEndInterface framesTotalValid
219	FrontEndInterface framesTotalLost
220	FrontEndInterface identificationNumberAdc
221	Type of sensor board fitted.
222	EC
223	TE
224	TC
225	FrontEndInterface versionApplication
226	MVMeasurement_adcVdd
227	MVMeasurement_adcTemp
228	ARM svcDefaultPassword
229	Long Tag
230	HART long tag
231	Hart serviceCodeLogOut
232	Hart Access Level
233	Select 'Calibratoin' for Calibrate access level. Select 'Advanced' for Advanced access level. Select 'Service' for Service access level.
234	Read only
235	Calibration
236	Advanced
237	Password
238	Hart ServiceCode
239	0
240	Mapper diagnosisConditionNumber
241	Mapper diagnosisConditionDetailsClass
242	Mapper iagnosisConditionDetailsClass
243	Mapper diagnosisConditionDetailsGroup
244	Mapper diagnosisConditionDetailsPriority
245	Mapper diagnosisConditionDetailsAlarmCounter
246	Mapper diagnosisConditionDetailsAlarmTimeCounterDay
247	Mapper diagnosisConditionDetailsAlarmTimeCounterMsec
248	Mapper diagnosisConditionDetailsTimeStampLastAlarmDay
249	Mapper diagnosisConditionDetailsTimeStampLastAlarmMsec
250	Mappe _diagnosisConditionDetailsCodes_0
251	Mapper diagnosisConditionDetailsCodes_0
252	Mapper diagnosisConditionDetailsCodes_1
253	Mapper diagnosisConditionDetailsCodes_2
254	Mapper diagnosisConditionDetailsCodes_3
255	Mapper diagnosisConditionDetailsCodes_4
256	Mapper diagnosisConditionDetailsCodes_5
257	Mapper diagnosisConditionDetailsCodes_6
258	Mapper diagnosisConditionDetailsCodes_7
259	Mapper diagnosisConditionDetailsCodes_8
260	Mapper diagnosisConditionDetailsCodes_9
261	Mapper diagnosisConditionDetailsCodes_10
262	Mapper diagnosisConditionDetailsCodes_11
263	Mapper diagnosisConditionDetailsCodes_12
264	Mapper diagnosisConditionDetailsCodes_13
265	Mapper diagnosisMasking
266	Primary Variable Input Read Error
267	Suggested Action: Check sensor. If problem persists change sensor module
268	Temperature Input Read Error
269	Reference Impedance Input Read Error
270	Sensor Secondary PV Input Error
271	Primary Variable Outside Physical Limits
272	Suggested Action: Check sensor wiring check configuration
273	Sensor Is Dirty
274	Suggested Action: Clean sensor
275	Ground Loop Or Dirty Sensor Input Error
276	Sensor Polarization Detected
277	Suggested Action: Check process Check sensor wiring Clean sensor
278	Undefined
279	Primary Variable Outside Range Limits
280	Suggested Action: Adjust engineering range
281	High Reference Impedance
282	Suggested Action: Clean sensor Check sensor wiring
283	Sensor Module Failure
284	Suggested Action: Change sensor module
285	Sensor Module Memory Corrupted
286	Sensor Calibration Data Corrupted
287	Possible Cause: Sensor factory calibration data corrupt or missing
288	Electronic Memory Corrupted
289	Suggested Action: Change comms module
290	Current Output Fixed
291	Suggested Action: Fixed for loop test,trim, PV calibration or multidrop
292	Current Output Saturated
293	Possible Cause: Analog output for Primary Variable is beyond its scaling limit and not representing the true applied process
294	Current Output Not Calibrated
295	Suggested Action: Trim output. If problem persists change comms module
296	Power Supply Voltage Outside Limits
297	Suggested Action: Ensure power supply voltage is within limits
298	Current Output Readback Failure
299	Possible Cause: The current output circuit could be broken or not correctly calibrated
300	Sensor Module Voltage Warning
301	Suggested Action: Check sensor wiring. If problem persists change sensor module
302	Diagnostic Input Read Error
303	Possible Cause: Sensor cable or glass diag signal related sensor board electronics malfunction
304	Shorted Cable Or Ground Loops Present
305	Suggested Action: Check sensor wiring
306	Low glass Electrode Impedance
307	Suggested Action: Check terminals check senor wiring check electrode
308	Open Cable Or Sensor Out Of Solution
309	Data Simulation.
310	High Sensor Efficiency (Slope)
311	Suggested Action: Check calibration Clean sensor Check sensor wiring
312	Low Sensor Efficiency (Slope)
313	High Sensor Offset
314	Low Sensor Offset
315	Manual Temperature Compensation Mode
316	Suggested Action: Check temperature sensor and perform TC recognition
317	Diagnosis Status
318	Used to determine if diagnostics simulation is active.
319	Actual
320	Simulated
321	Suggested Action: Check sensor wiring Verify that sensor is in solution
322	Sensor Temperature Outside Limits
323	Suggested Action: Check sensor wiring Check temperature configuration
324	Conductivity Unit
325	Selects conductivity unit.
326	Auto
327	PV Slope
328	Edits the PV Slope value as a percentage.
329	8.2f
330	Temperature Slope
331	Edits the Temp Slope value as a percentage.
332	Temperature Offset
333	Edits the Temp Offset value.
334	Sensor Diagnostics
335	Turns sensor diagnostics on or off to confirm if a sensor is detected by the transmitter.
336	Disable
337	Enable
338	PV Offset
339	Edits the PV Offset value.
340	Measurement TempSensorARTrigger
341	Process value[mA]
342	Low alarm
343	Low saturation
344	Good
345	High saturation
346	High alarm
347	Diagnostic status
348	CheckFunction
349	OffSpecification
350	Maintenance required
351	Reset Current Hold
352	Set Current hold
353	Modify SW Write Protection
354	Select software write protection status. For configuration parameters to be editable and calibrations to be performed, both hardware and software write protection has to disabled (off).
355	Software Rev
356	Hardware Rev
357	Set HART Access Level
358	Reset configuration change
359	Reset Calibration Status
360	Auto buffer calibration. Select calibration buffer type (one of the pre-defined or user-defined) and the two calibration points before running this procedure. The procedure performs the calibration steps. The sensor temperature is used for calibration. Device automatically detects pH and temperature stability before performing calibration
361	One Point Manual Calibration
362	Two Point Manual Calibration
363	Two-point Manual PV cal lets the user enter the two cal point values and the temperature of the calibration buffer. User manually determines when the process value is stable.
364	Detect TC Type
365	Starts the auto-recognition process for the temperature sensor.
366	Reset to Defaults
367	Warning! The device will power cycle; reset most of configurable parameters to factory default values. The parameters that are not reset are - HART device address, serial number, hardware and software version numbers.
368	Restore default calibration co-efficients.
369	Start Cond/Conc Cal
370	Calibration of a conductivity/Concentration process value.
371	MVMeasurement_deviceVariable0_UnitCode_Label
372	Primary variable unit
373	Temperature sensor type
374	Indicates the type of temperature sensor detected.
375	Balco 3k 2wire
376	Balco 3k 3wire
377	Pt100 2wire
378	Pt100 3wire
379	Pt1000 2wire
380	Pt1000 3wire
381	Not Connected
382	Temperature compensation type
383	Determines the type of Temperature Compensation algorithm applied to the Primary Value.
384	Manual
385	Temperature unit
386	Sets the temperature unit (°C or °F) applied to all transmitter temperature parameters and values.
387	Reference temperature
388	Variable reference temperature - this provides the ability to use any temp as the reference temp used to determine the temp-compensated PV.
389	Manual temperature
390	Sets the value of parameter that is used for temperature compensation during Manual temperature compensation mode.
391	Measurement Type
392	Primary Value type selection.PV measurement will be Conductivity or Concentration based on selection.When PV is Concentration, Conductivity value is available as QV.
393	Concentration solution
394	Defines the solute algorithm used for Concentration configuration
395	NaOH
396	NaCl
397	HCl
398	H2SO4
399	User Defined
400	Concentration curve name
401	A user-defined name for the concentration curve.
402	Auto TC Option
403	Auto TC type
404	Standard KCL
405	TC Coefficient
406	TC coefficient
407	Temperature auto TC coefficient
408	%/degC
409	TC Detection Status
410	Indicates if a temperature sensor is detected or not.
411	Not Recognized
412	Recognized
413	X1 Temp
414	X2 Temp
415	X3 Temp
416	X4 Temp
417	X5 Temp
418	X6 Temp
419	Y1 K/Kref
420	Y2 K/Kref
421	Y3 K/Kref
422	Y4K/Kref
423	Y4 K/Kref
424	Y5 K/Kref
425	Y6 K/Kref
426	X1 Cond
427	y1 Conc
428	Y1 Conc
429	X2 Cond
430	Y2 Conc
431	X3 Cond
432	Y3 Conc
433	X4 Cond
434	Y4 Conc
435	X5 Cond
436	Y5 Conc
437	X6 Cond
438	Y6 Conc
439	MEASUREMENTTC_calibrationReset
440	MEASUREMENTTC_calibrationNewValue
441	MEASUREMENTTC_temperatureUnit
442	MEASUREMENTTC_calibrationMode
443	MEASUREMENTTC_calibrationStatus
444	MEASUREMENTTC_calibrationProgressTimer
445	MEASUREMENTTC_calibrationErrorValue
446	MEASUREMENTTC_facCalStatus
447	Not Active
448	Active R0 Hi 100
449	Active R0 Low 10
450	Active R1 Hi 1000
451	Active R1 Low 100
452	Active R2 Hi 10k
453	Active R2 Low 1000
454	Active R3 Hi 100k
455	Active R3 Low 10k
456	Error
457	Completed
458	MEASUREMENTTC_facCalAction
459	Start
460	100k Ohm Applied
461	10k Ohm Applied
462	1000 Ohm Applied
463	100 Ohm Applied
464	10 Ohm Applied
465	Abort
466	MVMeasurement_pvRange_engUnit
467	Cell Constant
468	Sensor cell constant.
469	.3f
470	8.3f
471	Determines the algorithm that adjusts for the temperature effect of a solute.
472	Standard KCl
473	Pure H2O
474	Auto TC coefficient
475	Pure H2O Type
476	Enables a Pure H2O temperature compensation option to be selected.
477	Neutral
478	Acid
479	Base
480	MeasurementTe_calibrationReset
481	MeasurementTe_calibrationNewValue
482	MeasurementTe_calibrationMode
483	MeasurementTe_calibrationStatus
484	MeasurementTe_calibrationProgressTimer
485	MeasurementTe_calibrationErrorValue
486	Concentration unit
487	Sensor Group
488	Sensor group
489	A
490	B
491	MeasurementEc calibrationReset
492	MeasurementEc calibrationNewValue
493	MeasurementEc calibrationMode
494	MeasurementEc calibrationStatus
495	MeasurementEc calibrationProgressTimer
496	MeasurementEc calibrationErrorValue
497	MeasurementEc facCalStatus
498	Active R0 Hi
499	Active R0 Low
500	Active G0 Hi
501	Active G0 Low
502	Active R1 Hi
503	Active R1 Low
504	Active G1 Hi
505	Active G1 Low
506	Active R2 Hi
507	Active R2 Low
508	Active G2 Hi
509	Active G2 Low
510	Active R3 Hi
511	Active R3 Low
512	Active G3 Hi
513	Active G3 Low
514	Active R4 Hi
515	Active R4 Low
516	Active G4 Hi
517	Active G4 Low
518	MeasurementEc facCalAction
519	25k Ohm Applied
520	2500 Ohm Applied
521	250 Ohm Applied
522	25 Ohm Applied
523	2.5 Ohm Applied
524	0.5 Ohm Applied
525	Action Abort
526	MeasurementEc pvFacCalSlope
527	MeasurementEc pvFacCalOffset
528	MeasurementEc gndLpFacCalSlope
529	MeasurementEc gndLpFacCalOffset
530	Auto Solution
531	Analyzer type of the device that determines the type of measurement – pH, ORP, pION or Ion Concentration.
532	pH Sensor Type
533	Selects the sensor type used for measurement. Valid only when Measurement Type = pH.
534	Glass
535	Antimony
536	Custom
537	Reference impedance limit
538	A reference impedance value above this limit triggers a diagnostic error for high-reference impedance.
539	kOhms
540	Isopotential Pt
541	The Isopotential Point is the potential of the sensor that is not affected by sample fluid temperature changes. Can be modified only for a Custom pH sensor Type. Valid only when Measurement Type = pH.
542	Asymmetric Pot
543	The Asymmetric Potential value is the electrical potential across the measuring and reference half-cell of the sensor at the isopotential point. Can be modified only for a Custom pH sensor Type. Valid only when Measurement Type = pH.
544	mV
545	Valence
546	Ion valence selection. The valence determines the millivolt change per decade of concentration. Valid for primary value type = Ion Concentration.
547	-3
548	-2
549	-1
550	Magnitudes
551	The number of magnitudes ranging from 1 to 3 that defines the ion concentration output. Valid for primary value type = Ion Concentration.
552	End Magnitude
553	End point magnitude that can be set to 10, 100 or 1000. Valid for primary value type = Ion Concentration.
554	10
555	100
556	1000
557	End mV
558	End millivolt value associated with the end magnitude value.
559	pH solution coefficient
560	The solution coefficient in terms of pH units per 10 deg-C for the pH analyzer.
561	pH/degC
562	mV solution coefficient
563	The solution coefficient in terms of millivolts per 10 deg-C for the ORP, pION and ion-conc analyzer.
564	mV/degC
565	X1
566	Y1
567	X2
568	Y2
569	X3
570	Y3
571	X4
572	Y4
573	X5
574	Y5
575	Buffer 1 Value
576	Buffer 1 pH value
577	MeasurementPh_bufferValue2Cal2Pt
578	MeasurementPh_bufferTempCal2Pt
579	MeasurementPh_calibrationReset
580	MeasurementPh_calibrationNewValue
581	Slope Hi Limit
582	Sets slope high limit.
583	Slope Lo Limit
584	Sets slope low limit.
585	Offset Limit +/-
586	Sets offset limit.
587	Buffer Type
588	Selects the type of buffer used.
589	ABB
590	NIST
591	DIN 19266
592	MERCK
593	US TECH
594	Enables selection of the Buffer 1 value based on Buffer Type.
595	ABB 4
596	ABB 7
597	ABB 9
598	NIST 4
599	NIST 6.8
600	NIST 9
601	DIN 1.6
602	DIN 4
603	DIN 6.8
604	DIN 9.1
605	MERCK 4
606	MERCK 7
607	MERCK 9
608	MERCK 10
609	USTECH 4
610	USTECH 7
611	USTECH 10
612	Buffer 2 Value
613	Enables selection of the Buffer 2 value based on Buffer Type.
614	MeasurementPh_calibrationMode
615	MeasurementPh_calibrationStatus
616	MeasurementPh_calibrationProgressTimer
617	MeasurementPh_calibrationErrorValue
618	X1 Temp.
619	X2 Temp.
620	X3 Temp.
621	X4 Temp.
622	X5 Temp.
623	Buf 1 pH 1
624	Y1 pH
625	Buf 1 pH 2
626	Y2 pH
627	Buf 1 pH 3
628	Y3 pH
629	Buf 1 pH 4
630	Y4 pH
631	Buf 1 pH 5
632	Y5 pH
633	Buf 2 pH 1
634	Buf 2 pH 2
635	Buf 2 pH 3
636	Buf 2 pH 4
637	Buf 2 pH 5
638	Y5pH
639	MeasurementPh_trendIndex
640	MeasurementPh_trendPvSlope
641	MeasurementPh_trendPvOffset
642	MeasurementPh_trendTimeDay
643	MeasurementPh_trendTimeHrs
644	MeasurementPh_trendTimeMin
645	MeasurementPh_pvFacCalLow
646	No
647	Yes
648	Active
649	MeasurementPh_pvFacCalHigh
650	MeasurementPh_refZFacCal1K
651	MeasurementPh_refZFacCal100K
652	MeasurementPh_pvFacCal
653	MeasurementPh_refZFacCal
654	Output Type
655	Output type determines the transfer function applied from the process variable to the analog output and its digital representation.
656	Linear
657	Function Generator Curve
658	AWT210
659	mg/l
660	miligrams per litre
661	Ground Loops Present
662	Electronic Warning - Non-volatile Memory Write Failure
663	Sensor Temperature Under Range
664	Check function
665	Off specification
666	Failure
667	Electronics status
668	Sensor status
669	Configuration status
670	Operating conditions
671	Process operating conditions
672	Alarm
673	Fault Current
674	8.4f
675	Unit
676	Selects unit for primary variable.
677	mg/L
678	Milligrams per Liter
679	Engineering unit
680	kOhm
681	Upper Sensor Limit
682	3.2f
683	Lower Sensor Limit
684	Minimum Span
685	Damping
686	3.1f
687	4.1f
688	s
689	Sensor Serial Number
690	1u
691	8u
692	Classification
693	Process Data Quality
694	Limit Status
695	Device Family Status
696	Device Variable 0
697	Device Variable 2 unit
698	Device Variable 2
699	Device Variable 3 unit
700	Device Variable 3
701	PV Analog Channel Saturated
702	PV Analog Channel Fixed
703	Wireless
704	WirelessHART Device
705	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
706	Primary
707	Primary Analog Channel
708	Secondary
709	Secondary Analog Channel
710	Tertiary
711	Tertiary Analog Channel
712	Quaternary
713	Quaternary Analog Channel
714	Quinary
715	Quinary Analog Channel
716	Critical Power Failure
717	Lock all
718	Trim not supported
719	Configuration cannot be changed
720	Locked by gateway
721	Analog Input Channel
722	Analog Output Channel
723	Secondary Analog Channel Saturated
724	Tertiary Analog Channel Saturated
725	Quaternary Analog Channel Saturated
726	Quinary Analog Channel Saturated
727	Secondary Analog Channel Fixed
728	Tertiary Analog Channel Fixed
729	Quaternary Analog Channel Fixed
730	Quinary Analog Channel Fixed
731	Simulation active
732	The device is in simulation mode and the level output is not representative of the process.
733	Non-Volatile memory failure
734	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
735	Volatile memory error
736	The RAM memory check is invalid or maybe corrupt
737	Watchdog reset executed
738	A watchdog reset has been performed
739	Voltage conditions out of range
740	A voltage condition is outside its allowable range
741	Environmental conditions out of range
742	An internal or environmental condition is beyond acceptable limits.
743	Electronic failure
744	A hardware problem not related to the sensor has been detected.
745	Subdevice list changed
746	Duplicate master detected
747	Capacity Denied
748	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
749	Bandwidth allocation pending
750	Block transfer pending
751	Battery life
752	Loop current
753	Read receive time
754	Write date and time
755	Non-Volatile Clock
756	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.
757	Clock Uninitialized
758	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.
759	No restrictions
760	SI Only
761	Restricted to SI Unit codes only
762	Process automation device
763	Discrete device
764	Hybrid:Process automation+discrete
765	I/O System
766	WirelessHART Process automation device
767	WirelessHART Discrete device
768	WirelessHART Process automation+discrete
769	WirelessHART Gateway
770	WirelessHART Access point
771	WirelessHART Process adapter
772	WirelessHART Discrete adapter
773	WirelessHART enabled handheld/portable maintenance tool
774	Device Profile
775	US
776	United States of America
777	JP
778	Japan
779	DE
780	Germany
781	FR
782	France
783	ES
784	Spain
785	RU
786	Russian Federation
787	CN
788	People's Republic of China
789	Secondary Master
790	Primary Master
791	Device Diagnostic Status 0
792	Device Diagnostic Status 1
793	I/O and Subdevice Status
794	WirelessHART Status
795	Time Set Option
796	Real Time Clock Flags
797	Country
798	Country of intended device installation
799	SI Unit Control
800	Indicates if device should only display SI unit codes
801	Time Stamp
802	Relative time value on network
803	Dynamic Variables Returned for Device Variables
804	Command Response Truncated
805	Configuration Change Counter Mismatch
806	Status bytes mismatch
807	Release Analog Output Current hold?
808	YES;NO
809	Hold analog output current constant during the procedure?
810	Fixing Analog Output...
811	The SW write protection is on Do you want to disable?
812	The SW write protection is off Do you want to enable?
813	SW write protection is %{ElettronicServices_swWriteProtection}
814	Software Rev: 0%{ElettronicServices_softwareRevision1}.0%{ElettronicServices_softwareRevision2}.0%{ElettronicServices_softwareRevision3}
815	Software Rev: 0%{ElettronicServices_softwareRevision1}.0%{ElettronicServices_softwareRevision2}.%{ElettronicServices_softwareRevision3}
816	Software Rev: 0%{ElettronicServices_softwareRevision1}.%{ElettronicServices_softwareRevision2}.0%{ElettronicServices_softwareRevision3}
817	Software Rev: 0%{ElettronicServices_softwareRevision1}.%{ElettronicServices_softwareRevision2}.%{ElettronicServices_softwareRevision3}
818	Software Rev: %{ElettronicServices_softwareRevision1}.0%{ElettronicServices_softwareRevision2}.0%{ElettronicServices_softwareRevision3}
819	Software Rev: %{ElettronicServices_softwareRevision1}.0%{ElettronicServices_softwareRevision2}.%{ElettronicServices_softwareRevision3}
820	Software Rev: %{ElettronicServices_softwareRevision1}.%{ElettronicServices_softwareRevision2}.0%{ElettronicServices_softwareRevision3}
821	Software Rev: %{ElettronicServices_softwareRevision1}.%{ElettronicServices_softwareRevision2}.%{ElettronicServices_softwareRevision3}
822	Hardware Rev: 0%{ElettronicServices_hardwareRevision1}.0%{ElettronicServices_hardwareRevision2}.0%{ElettronicServices_hardwareRevision3}
823	Hardware Rev: 0%{ElettronicServices_hardwareRevision1}.0%{ElettronicServices_hardwareRevision2}.%{ElettronicServices_hardwareRevision3}
824	Hardware Rev: 0%{ElettronicServices_hardwareRevision1}.%{ElettronicServices_hardwareRevision2}.0%{ElettronicServices_hardwareRevision3}
825	Hardware Rev: 0%{ElettronicServices_hardwareRevision1}.%{ElettronicServices_hardwareRevision2}.%{ElettronicServices_hardwareRevision3}
826	Hardware Rev: %{ElettronicServices_hardwareRevision1}.0%{ElettronicServices_hardwareRevision2}.0%{ElettronicServices_hardwareRevision3}
827	Hardware Rev: %{ElettronicServices_hardwareRevision1}.0%{ElettronicServices_hardwareRevision2}.%{ElettronicServices_hardwareRevision3}
828	Hardware Rev: %{ElettronicServices_hardwareRevision1}.%{ElettronicServices_hardwareRevision2}.0%{ElettronicServices_hardwareRevision3}
829	Hardware Rev: %{ElettronicServices_hardwareRevision1}.%{ElettronicServices_hardwareRevision2}.%{ElettronicServices_hardwareRevision3}
830	Select Access Level
831	Enter Password
832	Login successful
833	Aborting procedure due to last error
834	PV or Temp cal is currently in progress. Another cal cannot be started
835	Starting 2 point auto buffrer calibraion Buffer 1: User Defined buffer 1 Buffer 2: User Defined buffer 2
836	Starting 2 point auto buffrer calibraion Buffer 1: %{MeasurementPh_bufferValue1} Buffer 2: %{MeasurementPh_bufferValue2}
837	Calibration Buffer 1: %[8.3f]{MeasurementPh_calibrationNewValue} %{MeasurementPh_bufferType} Buffer Immerse the sensor in Buffer 1 Select continue to proceed
838	Continue;Abort
839	Calibration Buffer 1: %{MeasurementPh_calibrationNewValue} %{MeasurementPh_bufferType} Buffer PV: %{DV0Coll_digital_value} %{DV0Coll_digital_units} Buf Temp: %{Temp_digital_value} %{Temp_digital_units} Please Wait... Process value settling and sampling progress: %{MeasurementPh_calibrationProgressTimer} %
840	Two-point Auto Buffer calibration failed Reason: PV or temperature not stable
841	Two-point Auto Buffer calibration failure
842	Calibration Buffer 2: %[8.3f]{MeasurementPh_calibrationNewValue} %{MeasurementPh_bufferType} Buffer Immerse sensor in buffer 2. Select Continue to proceed
843	Calibration Buffer 2: %[8.3f]{MeasurementPh_calibrationNewValue} %{MeasurementPh_bufferType} Buffer PV: %[8.3f]{DV0Coll_digital_value} %{DV0Coll_digital_units} Buf Temp: %[8.3f]{Temp_digital_value} %{Temp_digital_units} Please Wait... Process value settling and sampling progress: %{MeasurementPh_calibrationProgressTimer} %
844	Two-point Auto Buffer calibration failed. Reason: PV cal offset too high
845	Two-point Auto Buffer calibration failed. Reason: PV cal offset too low
846	Two-point Auto Buffer calibration failed. Reason: PV cal slope too high
847	Two-point Auto Buffer calibration failed. Reason: PV cal slope too low
848	Two-point Auto Buffer calibration failed. Reason: PV or temperature not stable
849	Two-point Auto Buffer calibration failed.
850	Two-point Auto Buffer calibration successful. PV slope: %{MVMeasurement_pvSlope} % PV offset: %{MVMeasurement_pvOffset} mV
851	Continue when PV is stable %[8.3f]{DV0Coll_digital_value} %{DV0Coll_digital_units}
852	Please wait...
853	Enter desired PV value for 1 point calibration, in %{DV0Coll_digital_units}
854	Calibration Failed Reason: PV cal offset too high
855	Calibration Failed Reason: PV cal offset too low
856	One-point PV calibration failed.
857	One-point PV calibration successful PV Slope: %[8.3f]{MVMeasurement_pvSlope} % Offset: %[8.3f]{MVMeasurement_pvOffset} mV
858	Enter buffer temperature for 2 point calibration
859	Enter buffer 1 value for 2 point calibration
860	Immerse sensor in buffer 1 and Continue when PV is stable %[8.3f]{DV0Coll_digital_value} %{DV0Coll_digital_units}
861	Enter buffer 2 value for 2 point calibration
862	Calibration Failed Reason: PV cal slope too high
863	Calibration Failed Reason: PV cal slope too low
864	Calibration Failed Reason: PV or temperature not stable
865	PV value read: %[8.3f]{DV0Coll_digital_value} %{DV0Coll_digital_units}
866	Calibration Successful PV Slope: %[8.3f]{MVMeasurement_pvSlope} % PV Offset: %[8.3f]{MVMeasurement_pvOffset} mV
867	Current Temperature value: %[8.3f]{Temp_digital_value} %{Temp_digital_units} Temperature Compensation Type: %{MVMeasurement_tempCompTypePH}
868	Enter desired value for temperature calibration in %{Temp_digital_units}
869	Temperature calibration failed.
870	Calibration Successful Slope: %[8.3f]{MVMeasurement_tempSlope} % Offset: %[8.3f]{MVMeasurement_tempOffset} %{Temp_digital_units}
871	Perform Temperature Sensor Recognition?
872	Temperature Sensor Recognition Cancelled by User
873	Temperature Sensor %{MeasurementPh_TempSensorARStatus} Temperature Sensor Detected: %{MVMeasurement_tempSensorPH}
874	Temperature Sensor %{MeasurementPh_TempSensorARStatus}
875	WARNING: Device will be reset!
876	About to reset the device
877	Device reset in progress Please wait...
878	Device reset OK
879	Temperature manual setpoint, calibraiton slope and offset will be reset to default!
880	Reset PV and Temperature cal;Exit
881	Reset Completed
882	Process input unstable during calibration Slope: %[8.3f]{MVMeasurement_pvSlope}% Offset: %[8.3f]{MVMeasurement_pvOffset} %{DV0Coll_digital_units}
883	Accept;Reject
884	Calibration Successful PV Slope: %[8.3f]{MVMeasurement_pvSlope} % PV Offset: %[8.3f]{MVMeasurement_pvOffset} uS/cm
885	Calibration Failed
886	Enter desired PV value in %{DV0Coll_digital_units}
887	Current Temperature value: %[8.3f]{Temp_digital_value} %{Temp_digital_units} Temperature Compensation Type: %{MVMeasurement_tempCompTypeTC}
888	Temperature Sensor %{MEASUREMENTTC_TempSensorARStatus} Temperature Sensor Detected: %{MVMeasurement_tempSensorTC}
889	Temperature Sensor %{MEASUREMENTTC_TempSensorARStatus}
890	Calibration Failed Reason: PV cal offset too high
891	Calibration Failed Reason: PV cal offset too low
892	Calibration Failed Reason: PV cal slope too high
893	Current Temperature value: %[8.3f]{Temp_digital_value} %{Temp_digital_units} Temperature Compensation Type: %{MVMeasurement_tempCompTypeEC}
894	Temperature Sensor %{MeasurementEc_TempSensorARStatus} Temperature Sensor Detected: %{MVMeasurement_tempSensorEC}
895	Temperature Sensor %{MeasurementEc_TempSensorARStatus}
896	Current Temperature value: %[8.3f]{Temp_digital_value} %{Temp_digital_units} Temperature Compensation Type: %{MVMeasurement_tempCompTypeTE}
897	Temperature Sensor %{MeasurementTe_TempSensorARStatus} Temperature Sensor Detected: %{MVMeasurement_tempSensorTE}
898	Temperature Sensor %{MeasurementTe_TempSensorARStatus}
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