HART设备字典

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引用ID	字符串
0
1
2	Serial number
3	Figure
4	Figure: Display
5	Figure: Probe length
6	Figure: Application
7	Figure: Adjustment
8	Figure: Linearization
9	Figure: Current output
10	DD version
11	1.03.03-00
12	Measurement loop name
13	Name of the measurement loop
14	Sensor
15	Sensor acc. to WHG
16	Use as a part of an overfill protection system according to WHG
17	No
18	Yes
19	SIL qualified sensor
20	Menu language
21	Selection of the language for the indicating and adjustment module
22	Deutsch
23	English
24	Fran�ais
25	Espa�ol
26	Portugu�s
27	Pycckuu
28	Italiano
29	Nederlands
30	Chinese
31	Japanese
32	T�rk�e
33	Polski
34	Cesky
35	Lighting
36	Activation of the background lighting of the indicating and adjustment module
37	Off
38	On
39	Indication value 1
40	Determines which measured value should be displayed
41	Percent, level
42	Lin. percent, level
43	Filling height of the level
44	Distance to level
45	Scaled level
46	Meas. reliability, level
47	Electronics temperature
48	Percentage, interface
49	Lin. percentage, interface
50	Filling height to the interface
51	Distance to interface
52	Scaled interface
53	Meas. reliability, interface
54	Upper layer thickness
55	Dielectric constant
56	Current output
57	Current output 2
58	Graph
59	Selection of the presentation for the measured value image
60	Measured value with unit and measurement loop name
61	Measured value with units, measurement loop name and bar graph
62	Two measured values with unit and measurement loop name
63	Software version
64	Version of the instrument software
65	Activity to be carried out
66	Through a reset, it is possible to return settings or functions to their original state or to a requested state.
67	Restore delivery status
68	Restore basic settings
69	Device name
70	VEGAFLEX 80 series
71	PULS061.gif
72	1
73	.3f
74	%
75	2
76	3
77	4
78	5
79	6
80	7
81	8
82	9
83	10
84	11
85	12
86	13
87	14
88	15
89	16
90	17
91	18
92	19
93	20
94	21
95	22
96	23
97	24
98	25
99	26
100	27
101	28
102	29
103	30
104	31
105	32
106	33
107	34
108	Linearization table percentage values
109	Lin%
110	Linearization table lin. percentage values
111	Device status
112	Expanded Device Type
113	Identification of the instrument type through Fieldbus
114	x
115	Processor hardware
116	Device address
117	Distance unit of the instrument
118	Selection of the physical distance unit for indication and parameter adjustment
119	mm
120	m
121	in
122	ft
123	Temperature unit of the instrument
124	Selection of the physical temperature unit for indication and parameter adjustment
125	�C
126	K
127	�F
128	Manufacturer ID
129	Bustype ID
130	Sensor type
131	Type of medium
132	Selection of the type of medium
133	Liquids
134	Bulk solid
135	Application
136	Special vessel feature
137	Level
138	Interface (separating layer)
139	Level in the vessel
140	Level in the bypass/standpipe
141	Interface in the vessel
142	Interface in the bypass/standpipe
143	Demonstration mode
144	Vessel form for bulk solids
145	Level in the metal vessel
146	Level in the non-metallic vessel
147	Properties medium/Dielectric constant
148	Solvents, oil, LPG / <3
149	Chemical mixtures / 3 ... 10
150	Water-based, acids, lyes / >10
151	Dust, powder, wood chips / <1.5
152	Granules, powder, cement / 1.5 ... 3
153	Cereals, flour, sand / >3
154	Tube inside diameter
155	To compensate for the propagation speed of radar signals within tubes
156	.4f
157	.2f
158	.1f
159	.0f
160	DTM ID
161	PIN
162	Determine the PIN which should be valid for the function 'Lock adjustment'
163	04d
164	Device status acc. to NE 107
165	OK
166	Function check
167	Maintenance required
168	Out of specification
169	Malfunction
170	Detail status
171	Detailed status value for identification of the exact cause of error
172	First HART value (PV)
173	Selection, which measured value should be outputted as Primary Variable (PV)
174	Second HART value (SV)
175	Selection, which measured value should be outputted as Secondary Variable (SV)
176	Third HART value (TV)
177	Selection, which measured value should be outputted as Third Variable (TV)
178	Fourth HART value (QV)
179	Selection, which measured value should be outputted as Quaternary Variable (QV)
180	Actual electronics temperature
181	m/h
182	ft/h
183	db/m
184	db/ft
185	Defines, if the diagnostic message 'Function check' should be outputted or suppressed
186	Defines, if the diagnostic message 'Maintenance required' should be outputted or suppressed
187	Defines, if the diagnostic message 'Out of specification' should be outputted or suppressed
188	Password
189	Hardware version
190	Device-Revision
191	Compatibility information for integration into the device catalogue
192	Loop current mode
193	Fixed current (4 mA)
194	Analogue current output (4 ... 20 mA)
195	Electronics version
196	Electronics version of the main electronics
197	---
198	PS60HC
199	PS60HK
200	PS60HS
201	PS60PAC
202	PS60PAK
203	PS60PAS
204	PS60FFC
205	PS60FFK
206	PS60FFS
207	PLICSZEBVL
208	PLICSZEBVH
209	PS60WLH
210	PS60WLPA
211	PS60WLFF
212	FX80H
213	FX80HSIL
214	FX80PA
215	FX80FF
216	PLICSZEZSA
217	BR80H
218	BR80HSIL
219	BR80PA
220	BR80FF
221	BR80Z
222	BR80HK
223	BR80HKSIL
224	BR80PAK
225	BR80FFK
226	BR80ZK
227	PS60HW
228	PS60PAW
229	PS60FFW
230	FX80MB
231	PS64HW
232	BR18-2L
233	BR18-2LE
234	BR18-2LEB
235	BR18-3L
236	Version of the connected supplementary electronics
237	LONG-TAG
238	MESSAGE
239	Message stored in the instrument for free use
240	Dielectric constant of upper medium
241	The accuracy of the dielectric constant of the upper medium determines the accuracy of the interface measurement
242	Superimposed gas layer present
243	If the upper liquid is permanently available on the process fitting of the instrument, then no superimposed gas phase, such as e.g. air, vapour or nitrogen exists.
244	Non-specific
245	Integration time level (t)
246	Damping of measured value peaks
247	s
248	Distance D
249	Distance from sensor reference plane to min. height of interface
250	Distance C
251	Distance from sensor reference plane to max. height of interface
252	Min. adjustment in %
253	Level in percent for which the distance 'Distance D' must be entered
254	Max. adjustment in %
255	Level in percent for which the distance 'Distance C' must be entered
256	Distance B
257	Distance from sensor reference plane to product surface at min. level
258	Distance A
259	Distance from sensor reference plane to product surface at max. level
260	Level in percent for which the distance 'Distance B' must be entered
261	Level in percent for which the distance 'Distance A' must be entered
262	corresponds to 0 %
263	Scaled value for 0 %
264	corresponds to 100 %
265	Scaled value for 100 %
266	Scaling unit
267	Measuring unit for the scaled value
268	cm
269	mbar
270	bar
271	Pa
272	kPa
273	MPa
274	psi
275	mmH2O
276	mmHg
277	inH2O
278	ftH2O
279	inHg
280	torr
281	User defined
282	l
283	hl
284	m�
285	in�
286	gal
287	ft�
288	bbl
289	ImpGal
290	yd�
291	bbl_liq
292	bush
293	kg
294	t
295	lb
296	g
297	STon
298	LTon
299	oz
300	kg/m�
301	kg/dm�
302	g/cm�
303	g/ml
304	g/l
305	lb/gal
306	lb/in�
307	STon/yd�
308	deg Brix
309	deg Baume lt
310	deg Baume hv
311	% sol wt
312	% sol vol
313	API
314	pcf
315	SGU
316	l/s
317	l/min
318	l/h
319	Ml/d
320	m�/s
321	m�/min
322	m�/h
323	m�/d
324	gal/s
325	gal/min
326	gal/h
327	gal/d
328	Mgal/d
329	ft�/s
330	ft�/min
331	ft�/h
332	ft�/d
333	bbl/s
334	bbl/min
335	bbl/h
336	bbl/d
337	ImpGal/s
338	ImpGal/min
339	ImpGal/h
340	ImpGal/d
341	g/s
342	g/min
343	g/h
344	kg/s
345	kg/min
346	kg/h
347	kg/d
348	lb/s
349	lb/min
350	lb/h
351	lb/d
352	STon/min
353	STon/h
354	STon/d
355	LTon/h
356	LTon/d
357	t/min
358	t/h
359	t/d
360	mA
361	-
362	pF
363	ct/s
364	lb/ft
365	kg/m
366	Hz
367	dB
368	mV
369	unknown
370	m/s
371	ft/s
372	ft/min
373	Scaling format
374	Determination of the presentation of decimal points
375	#
376	#.#
377	#.##
378	#.###
379	#.####
380	Linearization type
381	Selection of the linearization curve
382	Linear
383	Horizontal cylindrical vessel
384	Spherical vessel
385	Venturi, trapezoidal weir, rectangle weir
386	Palmer-Bowlus Flume
387	V-Notch, triangle weir
388	User programmable
389	Vessel height D
390	Total height (inner dimension)
391	Socket correction h
392	Distance of the sensor reference plane to the upper edge of the vessel
393	Integration time interface (t)
394	Min. current
395	Min. current consumption of the sensor (exception: value in case of failure)
396	3.8 mA
397	4 mA
398	Max. current
399	Max. current consumption of the sensor (exception: value in case of failure)
400	20.5 mA
401	20 mA
402	Output characteristic
403	Selection of the current characteristics
404	0 ... 100 % correspond to 4 ... 20 mA
405	0 ... 100 % correspond to 20 ... 4 mA
406	Failure mode
407	Current consumption of the sensor in case of failure
408	>=21 mA
409	Last valid measured value
410	<= 3.6 mA
411	Status distance to level
412	Failure
413	Upper limitation
414	Lower limitation
415	Simulation value
416	Substitute value
417	Constant value
418	Status filling height of the level
419	Status percent, level
420	Status lin. percent, level
421	Status scaled level
422	Status current output
423	Status meas. reliability, level
424	Sensor element type
425	When exchanging the probe, the necessary adaptations in the sensor will be carried out automatically so that afterwards a reliable measurement can be ensured. However it is recommended to carry out a new false signal suppression, depending on the application.
426	Rod diameter 8 mm
427	Cable diameter 2 mm centering weight
428	Cable diameter 2 mm gravity weight
429	Cable diameter 4 mm centering weight
430	Cable diameter 4 mm gravity weight
431	Cable diameter 4 mm
432	Rod diameter 16 mm
433	Cable diameter 6 mm bulk solid gravity weight
434	Cable diameter 11 mm coated gravity weight
435	Cable diameter 4 mm bulk solid gravity weight
436	Cable diameter 6 mm coated gravity weight
437	Rod diameter 16 mm high temperature
438	Cable diameter 2 mm centering weight high temperature
439	Cable diameter 2 mm gravity weight high temperature
440	Cable diameter 4 mm centering weight high temperature
441	Cable diameter 4 mm gravity weight high temperature
442	Rod diameter 16 mm high temperature reference
443	Cable diameter 2 mm centering weight high temperature reference
444	Cable diameter 2 mm gravity weight high temperature reference
445	Cable diameter 4 mm centering weight high temperature reference
446	Cable diameter 4 mm gravity weight high temperature reference
447	Rod diameter 8 mm hygienic
448	Rod diameter 10 mm coated
449	Rod diameter 12 mm
450	Cable diameter 4 mm coated gravity weight
451	Coax diameter 21x8 mm
452	Coax diameter 21 x 6 mm high temperature
453	Coax diameter 42x16 mm
454	Coax diameter 42x16 mm high temperature
455	Coax diameter 42x16 mm high temperature reference
456	Probe length L from seal surface
457	If the probe/cable length was modified, a new probe length must be entered. Please keep in mind that the adjustment is thus not changed and a fresh adjustment will be necessary.
458	Status distance to interface
459	Status filling height to the interface
460	Status percent interface
461	Status lin. percentage, interface
462	Status scaled interface
463	Current output 0 % corresponds to
464	Value of the output variable at 0 %
465	Current output 100 % corresponds to
466	Value of the output variable at 100 %
467	Status meas. reliability, interface
468	Status dielectric constant
469	Status upper layer thickness
470	Output mode
471	Analogue current output
472	Status electronics temperature
473	Selection of an activity to process the gating out of false signals
474	Cancel
475	Create new (uncovered probe)
476	Create new (covered probe)
477	Delete
478	Sounded distance from the sealing surface to the medium
479	Up to the entered distance (less a safety distance), all echoes will be stored as false signals
480	Simulation, lin. percent
481	Simulation, percent
482	Simulation, distance
483	Simulation, physical value
484	Simulation lin. percentage, interface
485	Simulation percent, interface
486	Simulation distance to interface
487	Simulation 'Physical value, interface'
488	Simulation, current output
489	Security at the probe end
490	Correction of propagation velocity
491	Averaging factor on amplitude
492	d
493	Echo detection change-over point close range/far range
494	Echo detection threshold close range positive
495	Echo detection threshold far range positive
496	Echo detection threshold probe end positive
497	Echo detection threshold close range negative
498	Echo detection threshold far range negative
499	Echo detection threshold probe end negative
500	'First large echo' active
501	Amplitude relation 'First large echo'
502	Width focussing range level
503	Time for opening of the focus range, level
504	Measurement reliability outside/inside focussing range
505	Measured value offset
506	Measurement via probe end tracking
507	Application-dependent
508	Dynamic false signal suppression
509	Date of the min. dielectric constant
510	Dielectric constant min.
511	Date of the max. dielectric constant
512	Dielectric constant max.
513	Date of the min. measurement reliability
514	Minimum measurement reliability
515	Date of the max. measurement reliability
516	Max. measurement reliability
517	Electronics temperature (min.)
518	Min. electronics temperature
519	Electronics temperature (max.)
520	Max. electronics temperature
521	Date of the min. distance
522	Min. distance
523	Date of the max. distance
524	Max. distance
525	Probe end detection threshold
526	Probe end tracking: echo measurement
527	Negative probe end
528	Positive probe end
529	Indication value 2
530	Limitation measuring range begin active
531	Limitation measuring range begin (positive echoes)
532	Standard probe
533	Special probe
534	Behaviour in case of loss of echo
535	Failure message
536	Maintenance message
537	Delay 'Signal with echo loss'
538	Cable breakage detection/Probe loss
539	Width focussing range, interface
540	Overfill safety
541	Dielectric constant, medium
542	Probe end tracking: Use the dielectric constant determined by the sensor?
543	Reference echo measurement
544	Sump detection
545	Simulation, current output 2
546	Status current output 2
547	Simulation active
548	Assessment echo mobility
549	0
550	Determine probe length automatically
551	None
552	Calculate
553	Apply
554	Max. amplitude, interface: Switching over to level
555	Selection interface echo
556	First echo
557	Last echo
558	Largest echo
559	Temperature offset, steam compensation
560	Display format 1
561	Selection of the requested formatting of the display value shown on the display and adjustment module
562	Automatically
563	Display format 2
564	Setup
565	Linearization
566	Diagnostics
567	Additional settings
568	Info
569	Measured values
570	Figure: Setup
571	Figure: Adjustment, level
572	Figure: Adjustment, interface
573	Figure: Damping
574	Figure: Linearization table
575	Figure: Simulation
576	Figure: Status signals
577	Figure: Reset
578	Figure: Scaling, level
579	Bild: PV Abgleich
580	Figure: HART variables
581	Figure: Service login
582	Figure: Info
583	Display
584	Probe length
585	An automatic determination of the probe length requires a free, uncovered sensor.
586	Settings in the special parameters were carried out. A change of application is only possible after resetting the sensor to delivery status.
587	Adjustment, level
588	Adjustment, interface
589	Damping
590	The sensor is in multidrop mode
591	False signal suppression
592	If the upper edge of the socket is below the upper edge of the vessel, then the value must be entered with negative signs.
593	Status signals
594	The instrument has a self-monitoring acc. to NE 107. Define the diagnostic states to be outputted by the instrument.
595	Proof test
596	This test is part of the proof test to be carried out with SIL devices. You can find detailed information in the Safety Manual.
597	Status interface
598	Status, level
599	Status, outputs
600	Status, additional measured values
601	HART Device Status
602	Peak indicator, distance to the interface
603	Peak indicator, distance to the level
604	Peak indicator, reliability interface
605	Peak indicator, reliability level
606	Peak indicator, electronics temperature
607	Peak indicator, dielectric constant
608	Reset
609	Scaling, level
610	Scaling, interface
611	PV adjustment
612	The selected output variable is also assigned to the first HART value (PV).
613	Adjustment
614	SV adjustment
615	The selected output variable is also assigned to the second HART value (SV).
616	HART variables
617	After changing the probe type, a reset to basic settings is necessary
618	Service login
619	Special parameters
620	Outputs
621	Additional measured values
622	Read values from device
623	Write values to device
624	Linearization table
625	Percent
626	Lin. percent
627	Linearization curve
628	Table
629	Distance
630	V
631	Echo curve
632	Sensitivity reference
633	Echo curve of the setup
634	Echo curve (curve)
635	Show echo curve
636	Settings
637	Load actual echo curves
638	Load reference line
639	Load setup curve
640	Load selected curves
641	Store echo curve of the setup
642	Zoom range from
643	Zoom range up to
644	Device characteristics
645	Details
646	Version
647	Update instrument features
648	Simulation
649	Activate simulation
650	Deactivate simulation
651	Accept simulation value
652	Identification
653	HART Primary Value (PV)
654	Trend display
655	Service login required
656	Parameter adjustment
657	Maintenance
658	Service logout
659	Determine dielectric constant
660	Reset?
661	Reset peak indicator
662	Reset 'Configuration changed'
663	VEGAPULS 61
664	VEGAPULS 62
665	VEGAPULS 63
666	VEGAPULS 64
667	VEGAPULS 65
668	VEGAPULS 66
669	VEGAPULS 67
670	VEGAPULS 68
671	VEGAPULS WL61
672	VEGAPULS SR68
673	VEGAPULS 69
674	VEGAFLEX 80 series SIL
675	VEGABAR 80 series
676	VEGABAR 80 series SIL
677	VEGADIF 80 series
678	VEGADIF 80 series SIL
679	VEGA Grieshaber KG
680	Siemens
681	KROHNE Messtechnik GmbH
682	WIKA
683	Balluff GmbH
684	Error in the calibration
685	Exchange electronics or return device for repair
686	Error in the device setting
687	Repeat setup or reset
688	Installation/setup error
689	Check installation and/or parameter adjustment
690	Measurement function disturbed
691	Carry out a reset or briefly separate operating voltage
692	Communication error
693	Briefly separate operating voltage, exchange device
694	Probe loss
695	Check probes and exchange, if necessary
696	Impermissible operating voltage
697	Check electrical connections
698	No measured value available
699	Adjusted span too small
700	Change adjustment according to the limit values
701	Error in the linearization table
702	Check linearization table
703	No executable software
704	Repeat update, exchange electronics or device
705	Error in the electronics
706	General software error
707	Briefly separate operating voltage
708	Measured value is determined
709	Wait for switch-on phase
710	Impermissible electronics temperature
711	Check ambient temperature, isolate electronics
712	Check ambient temperature, isolate electronics or use a device with higher temperature range
713	Overfill protection for liquids
714	Make sure that no more filling is made and check the level in the vessel
715	Level within the search range compensation echo
716	100 % adjustment: Increase value
717	Error in the delivery status
718	Repeat reset or load XML file with sensor data into the sensor
719	Error in the non-active linearization table
720	Error in the event memory
721	Reliability too low
722	Check the installation and process conditions
723	Error on an device interface
724	Check the connections, exchange the electronics or return the device for repair
725	Optimize sensor position and orientation
726	Check installation, parameter adjustment as well as probe length
727	Carry out a reset and repeat setup
728	Integration time
729	Unlock adjustment
730	Verify and lock adjustment
731	Verify adjustment
732	Lock adjustment
733	Start proof test
734	Common Tables
735	Interoperable *
736	Universal
737	Common Practice
738	Pressure Universal
739	Pressure Common
740	Menu
741	Rosemount Magflow
742	Rosemount Pressure
743	Moore Products
744	Siemens Pressure
745	P2 Common
746	PV
747	Wireless
748	Munge
749	Analytical Oxygen/Combustion/Methane/CO
750	Flow Totalizer - Rate Indicator
751	Flow Variable Area
752	Flow Coriolis Mass
753	Flow Ultrasonic - Gas
754	Flow Ultrasonic - Liquid
755	Level Ultrasonic
756	Level Radar - Microwave
757	Pressure Absolute
758	Level Capacitance
759	Pressure Differential
760	Level Hydrostatic
761	Level
762	Pressure Absolute/Relative
763	Level Microwave
764	Level Radar
765	Level Density - Nuclear
766	Flow Electromagnetic
767	Flow Vortex
768	Flow Magmeter - Rack Version
769	Flow High Performance Magmeter
770	Flow Mass
771	Flow Ultrasonic
772	Flow Magnetic
773	Flow Magnetic - Custody Transfer
774	Flow 2-wire Magnetic
775	Flow Coriolis Mass - Custody Transfer
776	Flow 2-wire Vortex
777	Flow Thermal
778	Temperature Head Mounted
779	Temperature Compact
780	Temperature DIN Rail Mounted
781	Analytical pH
782	Analytical Conductivity - Conductive
783	Analytical Conductivity - Inductive
784	Temperature Sensor
785	Level Servo
786	Temperature DIN Rail
787	Temperature
788	Analytical ORP
789	Analytical pION
790	Analytical IConc
791	Analytical Electrode Conductivity
792	Analytical Toroidal Conductivity
793	Valve Positioner
794	Valve Controller
795	Pressure
796	Pressure Multivariable
797	Analytical pH/ORP
798	Flow Coriolis
799	Analytical Conductivity
800	Valve Positioner/Pneumatic
801	Valve Actuator - Electrical
802	Temperature Dual Input
803	Valve Actuator
804	Analytical Corrosion
805	Analytical Density - Nuclear
806	Level Continuous Gamma
807	Level Laser Ranging
808	Pressure Safety
809	Flow Vortex/Swirl
810	Flow
811	Analytical 4 Electrode Conductivity
812	Analytical 2 Electrode Conductivity
813	Analytical Troidal Conductivity
814	Analytical pH/ORP/pIon/Ion Conc
815	Analytical Oxygen
816	Pressure P, dP + Multivariable
817	Temperature 2-wire
818	Pressure w/ PID
819	Pressure Saturated Steam
820	Analytical Density - Gamma Ray
821	Level Gamma Ray
822	Analytical Weight - Gamma Ray
823	Level w/ Density - Gamma Ray
824	Analytical Motorized Density
825	Flow Multivariable Mass
826	Temperature Multivariable
827	Specialty HART-to-Analog Signal Conv
828	Flow dP
829	Pressure Low Power
830	Pressure Certified SIL2
831	Interoperable
832	Analytical Density
833	Valve Positioner/Electropneumatic
834	Flow Magnetic Inductive
835	Analytical
836	Analytical Opacity Monitor
837	Analytical Oxygen/Combustion
838	Analytical 2-wire Conductivity
839	Analytical 2-wire Conductivity w/ pure H20
840	Analytical 2-wire Conductivity w/ % conc
841	Analytical 2-wire Oxygen/Chlorine/Ozone
842	Analytical 2-wire pH/ORP
843	Analytical 2-wire Contacting/Toroidal
844	Analytical Oxygen - High Temperature
845	Analytical Conductivity w/ % conc
846	Analytical pH/ORP/ISE
847	Analytical Amperometric Analyzer
848	Analytical Dual Input Analyzer
849	Pressure Pressure/Level
850	Analytical Consistency
851	Analytical Microwave-Pulp Consistency
852	Analytical Microwave Consistency
853	Valve Digital Positioner
854	Valve Smart Valve Positioner
855	Temperature Differential
856	Analytical Dissolved Oxygen
857	Analytical pH Controller
858	Analytical Conductivity/Resistivity Controller
859	Analytical Conductivity/Resistivity
860	Level Displacement
861	Temperature w/ PID
862	Valve Universal Positioner
863	Level Radar - Reflex
864	Pressure Gauge
865	Pressure Sealed Gauge
866	Valve Digital Positioner w/ PID
867	Valve Intelligent Positioner
868	Analytical Gas Detector
869	Analytical Infrared Gas Detector
870	Analytical Electrochemical Gas Detector
871	Analytical Measuring Instruments
872	Level Magnostrictive
873	Valve On/Off Valve Controller
874	Level Radar - Pulse
875	Level Continuous Capactive
876	Valve Damper Actuator
877	Valve Electric Damper Actuator
878	Flow Electronic
879	Flow Vortex - Multiparameter Mass
880	Analytical UV Flame Detector
881	Analytical UVIR Flame Detector
882	Analytical IR Flame Detector
883	Analytical Fire Detector
884	Analytical Gas Detector Display Interface
885	Analytical Toxic Gas Detector
886	Analytical Flame Detector
887	Level Nuclear
888	Analytical Microwave
889	Analytical Density - Radiometric
890	Level Radiometric
891	Analytical Gas/Steam
892	Level Nucleonic
893	Analytical Blade Consistency
894	Analytical Rotary Consistency
895	Pressure Absolute/Differential
896	Positioner
897	Analytical Combustible Gas Detector
898	Analytical Point Infrared Gas Detector
899	Analytical Multi-Detector Monitor System
900	Valve Positioner/Electro-hydraulic
901	Valve Monitor
902	Enable on token-passing data link layer only
903	Enable on TDMA data link layer only
904	Enable on both TDMA and token-passing data link layer
905	WirelessHART Device
906	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
907	Primary
908	Primary Analog Channel
909	Secondary
910	Secondary Analog Channel
911	Tertiary
912	Tertiary Analog Channel
913	Quaternary
914	Quaternary Analog Channel
915	Quinary
916	Quinary Analog Channel
917	Critical Power Failure
918	Lock all
919	Trim not supported
920	Configuration cannot be changed
921	Locked by gateway
922	Analog Input Channel
923	Analog Output Channel
924	Secondary Analog Channel Saturated
925	Tertiary Analog Channel Saturated
926	Quaternary Analog Channel Saturated
927	Quinary Analog Channel Saturated
928	Secondary Analog Channel Fixed
929	Tertiary Analog Channel Fixed
930	Quaternary Analog Channel Fixed
931	Quinary Analog Channel Fixed
932	Simulation active
933	The device is in simulation mode and the level output is not representative of the process.
934	Non-Volatile memory failure
935	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
936	Volatile memory error
937	The RAM memory check is invalid or maybe corrupt
938	Watchdog reset executed
939	A watchdog reset has been performed
940	Voltage conditions out of range
941	A voltage condition is outside its allowable range
942	Environmental conditions out of range
943	An internal or environmental condition is beyond acceptable limits.
944	Electronic failure
945	A hardware problem not related to the sensor has been detected.
946	Subdevice list changed
947	Duplicate master detected
948	Capacity Denied
949	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
950	Bandwidth allocation pending
951	Block transfer pending
952	Continuous
953	The Burst Message is published continuously at (worst case) the Minimum Update Period.
954	Window
955	The Burst Message is triggered when the source value deviates more than the specified trigger value
956	Rising
957	The Burst Message is triggered when source value Rises Above the specified trigger value.
958	Falling
959	The Burst Message is triggered when the source value Falls Below the specified trigger value.
960	On-change
961	The Burst Message is triggered when any value in the message changes.
962	Battery life
963	Percent range
964	Loop current
965	Primary variable
966	Secondary variable
967	Tertiary variable
968	Quaternary variable
969	Off
970	Enable event notification on token-passing data link layer
971	Enable event notification on TDMA data link layer
972	Enable event notification on TDMA and token-passing data link layer
973	Configuration changed event pending
974	Device status event pending
975	More status available event pending
976	Disable
977	Enable single data point trending
978	Enable filtered trending
979	The sample is filtered using a time constant equal to one-third the trend sample period
980	Enable average trending
981	The value obtained by dividing the sum of all samples in the period by the total number of samples
982	Read receive time
983	Write date and time
984	Non-Volatile Clock
985	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.
986	Clock Uninitialized
987	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.
988	Line Power
989	Device is powered via a hardwired connection to a plant power source.
990	Battery Power
991	Device operates solely of its (internal) battery.
992	Recharg.B./Power Sc.
993	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).
994	Idle
995	Active search
996	Looking for neighbors.
997	Negotiating
998	Quarantined
999	Operational
1000	Suspended
1001	Deep sleep
1002	Ultra-low power
1003	Wireless Signal Found
1004	Network packets have been recognized
1005	Wireless Signal Identified
1006	Wireless Time Synchronized
1007	WirelessHart Signal Identified
1008	Network Admission Requested
1009	Set on transmission of first join request
1010	Join Retrying
1011	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.
1012	Join Failed
1013	Set on transition from Active Search mode to Deep Sleep mode. Cleared on transition from Deep Sleep to Active Search.
1014	Network Security Clearance Granted
1015	Network Manager Session Established
1016	Network Joined
1017	Network Joined. Normal superframe and links obtained.
1018	Network Bandwidth Requested
1019	Negotiating Network Properties. Gateway session obtained.
1020	Join Complete
1021	Normal operating mode.
1022	None
1023	No restrictions
1024	SI Only
1025	Restricted to SI Unit codes only
1026	Open - accept all devices
1027	Use Whitelist for access
1028	Use Blacklist
1029	Use Whitelist and Blacklist
1030	Lockdown - disable join links
1031	Process automation device
1032	Discrete device
1033	Hybrid:Process automation+discrete
1034	I/O System
1035	WirelessHART Process automation device
1036	WirelessHART Discrete device
1037	WirelessHART Process automation+discrete
1038	WirelessHART Gateway
1039	WirelessHART Access point
1040	WirelessHART Process adapter
1041	WirelessHART Discrete adapter
1042	WirelessHART enabled handheld/portable maintenance tool
1043	Don't attempt to join
1044	Join now
1045	Attempt to join immediately on powerup or reset
1046	US
1047	United States of America
1048	JP
1049	Japan
1050	DE
1051	Germany
1052	FR
1053	France
1054	ES
1055	Spain
1056	RU
1057	Russian Federation
1058	CN
1059	People's Republic of China
1060	Nominal
1061	Device Power Status is nominal
1062	Low
1063	Device Power Status is low
1064	Critically Low
1065	Device Power Status is critically low
1066	Recharging - Low
1067	Recharging - High
1068	Secondary Master
1069	Primary Master
1070	PV Analog Channel Saturated
1071	PV Analog Channel Fixed
1072	Device Profile
1073	Device Diagnostic Status 0
1074	Device Diagnostic Status 1
1075	I/O and Subdevice Status
1076	WirelessHART Status
1077	Time Set Option
1078	Real Time Clock Flags
1079	Country
1080	Country of intended device installation
1081	SI Unit Control
1082	Indicates if device should only display SI unit codes
1083	Burst Trigger Units
1084	Burst Trigger Class
1085	Wired HART Enabled
1086	Enabled on Wired HART device connection only
1087	Wireless HART Enabled
1088	Enabled on WirelessHART device connection only
1089	Both Wired and WirelessHart Enabled
1090	Enabled on both Wired and WirelessHART connections
1091	Burst Msg Trigger Mode
1092	Event Status
1093	Event Notification Control
1094	Operate mode Mask
1095	Not Defined
1096	Power Source
1097	Power source of the device
1098	Wireless Mode
1099	Join Status
1100	The current location in the joining sequence of operations.
1101	Network Access Mode
1102	Join Mode
1103	Power Status
1104	Power status of the device
1105	Master Mode
1106	This sets the I/O System's Data Link Layer operation on all channels as either primary or secondary master mode.
1107	Trend Units
1108	Trend Device Variable Unit Code
1109	Trend Classification
1110	Trend Device Variable Classification
1111	Trend Control
1112	uint16_var_blk_char
1113	uint8_var_blk_char
1114	Device Status Mask
1115	Ext dev status Mask
1116	Device Diagnostic Status 0 Mask
1117	Device Diagnostic Status 1 Mask
1118	Device Diagnostic Status 2 Mask
1119	Device Diagnostic Status 3 Mask
1120	AO saturated Mask
1121	AO fixed Mask
1122	Latched Device Status
1123	Latched Ext dev status
1124	Latched Operate Mode
1125	Latched Device Diagnostic Status 0
1126	Latched Device Diagnostic Status 1
1127	Latched Device Diagnostic Status 2
1128	Latched Device Diagnostic Status 3
1129	Latched AO saturated
1130	Latched AO fixed
1131	Wireless Module Device Type
1132	Device type of the Wireless Radio
1133	Wireless Module Manufacturer ID
1134	Manufacturer of the Wireless Radio contained in this device
1135	Subdevice Device Type
1136	Device type of the subdevice attached to this system.
1137	Subdevice Manufacturer Id
1138	Manufacturer of the subdevice attached to this system.
1139	8u
1140	Dynamic Variables Returned for Device Variables
1141	Command Response Truncated
1142	Configuration Change Counter Mismatch
1143	Status bytes mismatch
1144	8.3f
1145	Output Status
1146	Output Status Byte
1147	Uninitialized
1148	Normal - one sensor
1149	Normal - two sensors
1150	Normal - three sensors
1151	Shorted
1152	Shorted- shorted field wiring.
1153	Limited high
1154	Limited high- block can not respond to upward movement of value.
1155	Open
1156	Open- open field wiring.
1157	Limited low
1158	Limited low- block can not respond to upward movement of target.
1159	Initialization done
1160	Initialization done- block initialization is complete.
1161	Not selected
1162	Not selected- target value provided by block was not selected.
1163	No path
1164	No path- there is no path to the process.
1165	Fail
1166	Fail- hardware failure.
1167	Bad
1168	Bad- block is out of service or has bad input.
1169	Not from process
1170	Not from process- value is not directly affected by any process information.
1171	Local override
1172	Local override- block has LO mode.
1173	Not Cascade Mode
1174	Not RCas Mode
1175	Not ROut Mode
1176	No communication
1177	No communication- (NO_COM).
1178	uint32_var_blk_char
1179	int8_var_blk_char
1180	new itest redef1 label
引用ID	字符串