HART设备字典

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引用ID	字符串
0	SC200 Module-Inductive Conductivity
1	S/cm
2	ppt
3	Temperature Error
4	Sample Warning
5	? CAL Warning
6	? Meas. Warning
7	Safety Warning
8	Reagent Warning
9	Maint. Required Warning
10	Meas. CAL Error
11	Electronic Adjustment Error
12	Cleaning Error
13	Measuring Module Error
14	Re-initialization Error
15	Hardware Error
16	Internal COMM Error
17	Humidity Error
18	SENS OUT RANGE
19	MEAS TOO HIGH
20	MEAS TOO LOW
21	ZERO TOO HIGH
22	ZERO TOO LOW
23	TEMP TOO HIGH
24	TEMP TOO LOW
25	ADC FAILURE
26	SENSOR MISSING
27	REPLACE SENSOR
28	CAL IN PROGRESS
29	OUTPUTS ON HOLD
30	WRONG LINEAR TC TABLE
31	WRONG TC TABLE
32	WRONG USER CONC TBL
33	WRNG BLT-IN TEMP TBL
34	WRNG BLT-IN CONC TBL
35	CAL OVERDUE
36	NOT CALIBRATED
37	Cond. uS/cm
38	Temp C
39	Conc. %
40	TDS ppm
41	Salinity ppt
42	Cond. mS/cm
43	Cond. S/cm
44	Temp F
45	Temp C
46	Temp Units
47	Temperature
48	Temp USL
49	Temp LSL
50	Temp Min Span
51	Temp Damping
52	Temp Class
53	Temp Data Quality
54	Temp Limit Status
55	Temp Family Status
56	Temp Sensor S/N
57	Temp F
58	Conductivity uS/cm
59	Cond uS/cm Unit
60	Cond uS/cm Value
61	Cond uS/cm USL
62	Cond uS/cm LSL
63	Cond uS/cm Min Span
64	Cond uS/cm Damping
65	Cond uS/cm Class
66	Cond uS/cm Data Quality
67	Cond uS/cm Limit Status
68	Cond uS/cm Family Stat.
69	Cond uS/cm Sensor S/N
70	Conductivity mS/cm
71	Cond mS/cm Unit
72	Cond mS/cm Value
73	Cond mS/cm USL
74	Cond mS/cm LSL
75	Cond mS/cm Min Span
76	Cond mS/cm Damping
77	Cond mS/cm Class
78	Cond mS/cm Data Quality
79	Cond mS/cm Limit Status
80	Cond mS/cm Family Status
81	Cond mS/cm Sensor S/N
82	Conductivity S/cm
83	Cond S/cm Unit
84	Cond S/cm Value
85	Cond S/cm USL
86	Cond S/cm LSL
87	Cond S/cm Min Span
88	Cond S/cm Damping
89	Cond S/cm Class
90	Cond S/cm Data Quality
91	Cond S/cm Limit Status
92	Cond S/cm Family Status
93	Cond S/cm Sensor S/N
94	TDS
95	TDS Unit
96	TDS Value
97	TDS USL
98	TDS LSL
99	TDS Min Span
100	TDS Damping
101	TDS Class
102	TDS Data Quality
103	TDS Limit Status
104	TDS Family Status
105	TDS Sensor S/N
106	Salinity Unit
107	Salinity Value
108	Salinity USL
109	Salinity LSL
110	Salinity Min Span
111	Salinity Damping
112	Salinity Class
113	Salinity Data Quality
114	Salinity Limit Status
115	Salinity Family Status
116	Salinity Sensor S/N
117	Concentration
118	Conc Unit
119	Conc Value
120	Conc USL
121	Conc LSL
122	Conc Min Span
123	Conc Damping
124	Conc Class
125	Conc Data Quality
126	Conc Limit Status
127	Conc Family Status
128	Conc Sensor S/N
129	PV Units
130	Temp C
131	Temperature Units C.
132	Temp F
133	Temperature Units F.
134	The measured value of Temperature in C.
135	5.1f
136	The measured value of Temperature in F.
137	14.4f
138	Temp. Damping
139	8d
140	PV Class
141	PV Data Quality
142	PV Limit Status
143	PV Family Status
144	PV Sensor S/N
145	uS/cm
146	Conductivity uS/Cm unit.
147	The measured value of Conductivity uS/cm.
148	uS/cm USL
149	uS/cm LSL
150	uS/cm Min Span
151	uS/cm Damping
152	mS/cm
153	Conductivity mS/Cm unit
154	The measured value of Conductivity mS/cm.
155	mS/cm USL
156	mS/cm LSL
157	mS/cm Min Span
158	mS/cm Damping
159	Conductivity S/Cm unit.
160	The measured value of Conductivity S/cm.
161	S/cm USL
162	S/cm LSL
163	S/cm Min Span
164	S/cm Damping
165	ppm
166	Conductivity TDS unit.
167	The measured value of TDS.
168	Salinity ppt unit.
169	Salinity
170	The measured value of Salinity.
171	%
172	Concentration % unit.
173	CONC
174	The measured value of CONC.
175	CONC USL
176	CONC LSL
177	CONC Min Span
178	CONC Damping
179	Location String
180	Location or Name of Module.
181	Appl. Code Ver.
182	Application Code Version times 100.
183	Boot Code Ver.
184	Boot Code Version times 100.
185	Module S/N
186	Module serial number.
187	User Temp C
188	Manual Temperature Compensation Value in C.
189	User Temp F
190	Manual Temperature Compensation Value in F.
191	Temp Raw Value
192	The raw, unscaled temperature value.
193	6.4f
194	Temp Offset Value
195	The Offset temperature value.
196	Cell Constant
197	Conductivity Cell Constant.
198	4.2f
199	1/cm
200	Linear Temp Ref.
201	Linear Temperature Compensation Reference Value.
202	Linear Temp Slope
203	Linear Temperature Compensation Slope.
204	%/C
205	TDS Factor
206	TDS Conversion Factor.
207	5.2f
208	ppm/uS
209	Raw Cond. Value
210	Uncompensated Raw Conductivity Value.
211	Raw Cond. Signal
212	Raw Conductivity Signal.
213	T Factor
214	T Conversion Factor.
215	6.1f
216	Ohm
217	Parameter Type
218	Measurement Parameter Type-Conductivity, TDS, Salinity, or Concentration.
219	Conductivity
220	Temp Units C/F
221	Temperature Units C/F.
222	Display Format
223	The display format (resolution) for the measured value on the local controller.
224	AUTO
225	X.XXX
226	XX.XX
227	XXX.X
228	XXXX
229	Filter
230	Filter time constant applied to the measured value.
231	3d
232	Temp Element Type
233	PT-100
234	PT-1000
235	MANUAL
236	Meas. Units Auto Display
237	Conductivity measurement unit displayed in Auto mode.
238	Displayed Cond. Unit
239	List of controller displayed conductivity measurement units.
240	Sensor Log Interval
241	The interval at which data will be written to the sensor data log.
242	5 Sec.
243	30 Sec.
244	1 Min.
245	2 Min.
246	5 Min.
247	10 Min.
248	15 Min.
249	30 Min.
250	60 Min.
251	Sensor Running Days
252	Number of days the sensor has been in operation.
253	5d
254	Cond Temp Comp Type
255	Conductivity Temperature Compensation Type.
256	Linear
257	Natural Water
258	Temp Table
259	NONE
260	Conc Temp Comp Type
261	Concentration Temperature Compensation Type.
262	TDS Temp Comp Type
263	TDS Temperature Compensation Type.
264	Conc. Comp. Type
265	Concentration Compensation Type.
266	Built-In
267	User Table
268	Conc. Built-In
269	Built-In Concentration Compensation selection list.
270	H3PO4 0-40%
271	HCl 0-18%
272	HCl 22-36%
273	NaOH 0-16%
274	CaCl2 0-22%
275	HNO3 0-28%
276	HNO3 36-96%
277	H2SO4 0-30%
278	H2SO4 40-80%
279	H2SO4 93-99%
280	TDS Factor Type
281	TDS Factor Type Selection.
282	NaCl
283	Custom
284	CAL Reminder Period
285	The period until a calibration is required.
286	OFF
287	1 DAY
288	7 DAYS
289	30 DAYS
290	60 DAYS
291	90 DAYS
292	6 MONTHS
293	9 MONTHS
294	1 YEAR
295	2 YEARS
296	CAL Days
297	The number of days since the last calibration.
298	6d
299	Process Events
300	Process Event Flags.
301	Normal Operation
302	Active Outputs
303	Hold OUtputs
304	Transfer Value
305	Analog Sensor S/N
306	The serial number of the attached analog sensor.
307	Classified Status 1
308	Status Flags for Measurements 0-3.
309	CAL in Progress
310	The device has been placed in a calibration mode. The measurements may not be valid.
311	Cleaning In Progress
312	The device has been placed in a cleaning mode. The measurements may not be valid.
313	Service/Maint. Menu
314	The device has been placed in a service or maintenance mode in which the measurements may not be valid.
315	Common Error
316	Meas. 0 Quality Bad
317	Meas. 0 Low Limit
318	Meas. 0 High Limit
319	Meas. 1 Quality Bad
320	Meas. 1 Low Limit
321	Meas. 1 High Limit
322	Meas. 2 Quality Bad
323	Meas. 2 Low Limit
324	Meas. 2 High Limit
325	Meas. 3 Quality Bad
326	Meas. 3 Low Limit
327	Meas. 3 High Limit
328	Classified Status 2
329	Status Flags for Measurements 4-7.
330	Reserved for Future Use
331	Meas. 4 Quality Bad
332	Meas. 4 Low Limit
333	Meas. 4 High Limit
334	Meas. 5 Quality Bad
335	Meas. 5 Low Limit
336	Meas. 5 High Limit
337	Meas. 6 Quality Bad
338	Meas. 6 Low Limit
339	Meas. 6 High Limit
340	Meas. 7 Quality Bad
341	Meas. 7 Low Limit
342	Meas. 7 High Limit
343	Classified Status 3
344	Status Flags for Measurements 8-11.
345	Meas. 8 Quality Bad
346	Meas. 8 Low Limit
347	Meas. 8 High Limit
348	Meas. 9 Quality Bad
349	Meas. 9 Low Limit
350	Meas. 9 High Limit
351	Meas. 10 Quality Bad
352	Meas. 10 Low Limit
353	Meas. 10 High Limit
354	Meas. 11 Quality Bad
355	Meas. 11 Low Limit
356	Meas. 11 High Limit
357	Classified Status 4
358	Status Flags for Measurements 12-15.
359	Meas. 12 Quality Bad
360	Meas. 12 Low Limit
361	Meas. 12 high Limit
362	Meas. 13 Quality Bad
363	Meas. 13 Low Limit
364	Meas. 13 High Limit
365	Meas. 14 Quality Bad
366	Meas. 14 Low Limit
367	Meas. 14 High Limit
368	Meas. 15 Quality Bad
369	Meas. 15 Low Limit
370	Meas. 15 High Limit
371	Hach-Lange Logo
372	Sensor Image
373	Concentration %
374	Sensor Bar Graph
375	PV
376	Conductivity Module - ICO
377	Device Variables
378	Identification
379	Sensor Description
380	Primary Variable
381	Measured Values
382	HART Tags
383	Device Info.
384	Revisions
385	Sensor Information
386	Status
387	Diagnostics
388	Device Errors
389	Device Warnings
390	Classified Error
391	Sensor Diagnostics
392	Conductivity Setup
393	TDS Setup
394	Salinity Setup
395	Temp Sensor Setup
396	Concentration Setup
397	Temperature Setup
398	HART Setup
399	Sensor Setup
400	TDS Setup
401	Upload Variables
402	Location
403	sc200 name or location.
404	Application Code Version.
405	Boot Code Version.
406	Serial Number
407	sc200 controller serial number.
408	sc200 controller device warning flags.
409	Overfeed Timer
410	The Overfeed Timer is active.
411	Restart Software
412	Restart to Accept sc200 Software.
413	Network COMM Loss
414	Network Communications Loss.
415	Input 1 triggered
416	Discrete Input 1 Triggered.
417	Input 2 triggered
418	Discrete Input 2 Triggered.
419	Input 3 triggered
420	Discrete Input 3 Triggered.
421	sc200 controller device error flags.
422	Flash Failure
423	Transfer Output 1
424	Sets the transfer value of Output 1.
425	mA
426	Transfer Output 2
427	Sets the transfer value of Output 2.
428	LRV Output 1
429	Sets the minimum output value.
430	LRV Output 2
431	URV Output 1
432	Sets the maximum output value.
433	URV Output 2
434	Knee Value Out 1
435	Bilinear knee value.
436	Knee Value Out 2
437	Knee Current Out 1
438	Bilinear knee current in percent.
439	6.2f
440	Knee Current Out 2
441	50% Log Output 1
442	Log 50% setting.
443	50% Log Output 2
444	PID Man Set Out 1
445	Sets the PID manual output value (0.0 to 100.0 %).
446	PID Man Set Out 2
447	PID Setpt Out 1
448	Sets the PID control setpoint for Output 1.
449	PID Setpt Out 2
450	Sets the PID control setpoint for Output 2.
451	PID Prop Band Out 1
452	Sets the PID proportional band for Output 1.
453	PID Prop Band Out 2
454	Sets the PID proportional band for Output 2.
455	Error Hold Mode
456	Holds Outputs at last known value or switches to Transfer mode when sensor loses communication with controller.
457	Hold Outputs
458	Transfer Outputs to Predefined Value
459	Meas. Select Output 1
460	Selection list of sensor measurements.
461	Meas. Select Output 2
462	Type Output 1
463	Selection list of output modes.
464	PID
465	Logarithmic
466	Bilinear
467	Type Output 2
468	Filter Output 1
469	Time constant Output 1.
470	Filter Output 2
471	Time constant Output 2.
472	0/4 mA Sel Out 1
473	Minimum current selection Output 1.
474	0 mA
475	4 mA
476	0/4 mA Sel Out 2
477	Minimum current selection Output 2.
478	PID Mode Output 1
479	Auto/Manual mode selection for Output 1.
480	Auto
481	Manual
482	PID Mode Output 2
483	Auto/Manual mode selection for Output 2.
484	Phase Output 1
485	Direct/Reverse phase selection Output 1.
486	Direct
487	Reverse
488	Phase Output 2
489	Direct/Reverse phase selection Output 2.
490	PID Integral Out 1
491	Integral time in seconds Output 1.
492	4d
493	PID Integral Out 2
494	Integral time in seconds Output 2.
495	PID Derivative Out 1
496	Derivative time in seconds Output 1.
497	PID Derivative Out 2
498	Derivative time in seconds Output 2.
499	PID Transit Out 1
500	Stops all PID control for a selected period of time.
501	PID Transit Out 2
502	Range Output 1
503	Selection List of sensor ranges.
504	Range Output 2
505	High Alarm A
506	Sets the High Alarm setpoint for Alarm A.
507	High Alarm B
508	Sets the High Alarm setpoint for Alarm B.
509	High Alarm C
510	Sets the High Alarm setpoint for Alarm C.
511	High Alarm D
512	Sets the High Alarm setpoint for Alarm D.
513	Low Alarm A
514	Sets the Low Alarm setpoint for Alarm A.
515	Low Alarm B
516	Sets the Low Alarm setpoint for Alarm B.
517	Low Alarm C
518	Sets the Low Alarm setpoint for Alarm C.
519	Low Alarm D
520	Sets the Low Alarm setpoint for Alarm D.
521	High Deadband A
522	Sets the High Alarm deadband for Alarm A. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint
523	High Deadband B
524	Sets the High Alarm deadband for Alarm B. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint
525	High Deadband C
526	Sets the High Alarm deadband for Alarm C. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint
527	High Deadband D
528	Sets the High Alarm deadband for Alarm D. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint
529	Low Deadband A
530	Sets the Low Alarm deadband for Alarm A. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint
531	Low Deadband B
532	Sets the Low Alarm deadband for Alarm B. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint
533	Low Deadband C
534	Sets the Low Alarm deadband for Alarm C. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint
535	Low Deadband D
536	Sets the Low Alarm deadband for Alarm D. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint
537	Setpoint Control A
538	Sets the Controller Setpoint for Relay A.
539	Setpoint Control B
540	Sets the Controller Setpoint for Relay B.
541	Setpoint Control C
542	Sets the Controller Setpoint for Relay C.
543	Setpoint Control D
544	Sets the Controller Setpoint for Relay D.
545	Deadband Control A
546	Proportional Band A
547	Sets the Controller Deadband/Proportional Band for Relay A.
548	Deadband Control B
549	Proportional Band B
550	Sets the Controller Deadband/Proportional Band for Relay B.
551	Deadband Control C
552	Proportional Band C
553	Sets the Controller Deadband/Proportional Band for Relay C.
554	Deadband Control D
555	Proportional Band D
556	Sets the Controller Deadband/Proportional Band for Relay D.
557	Setpoint Event A
558	Sets the Event Controller Setpoint for Relay A.
559	Setpoint Event B
560	Sets the Event Controller Setpoint for Relay B.
561	Setpoint Event C
562	Sets the Event Controller Setpoint for Relay C.
563	Setpoint Event D
564	Sets the Event Controller Setpoint for Relay D.
565	Deadband A
566	Dead Zone A
567	Sets the Controller Deadband/Dead Zone for Relay B. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint. Dead Zone is a band around the setpoint. In this band the controller does not change the output signal.
568	Deadband B
569	Dead Zone B
570	Sets the Controller Deadband/Dead Zone for Relay B. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint. Dead Zone is a band around the setpoint. In this band the controller does not change the output signal
571	Deadband C
572	Dead Zone C
573	Sets the Controller Deadband/Dead Zone for Relay C. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint. Dead Zone is a band around the setpoint. In this band the controller does not change the output signal
574	Deadband D
575	Dead Zone D
576	Sets the Controller Deadband/Dead Zone for Relay D. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint. Dead Zone is a band around the setpoint. In this band the controller does not change the output signal
577	Manual Value A
578	Sets the Manual control output level (%) Relay A.
579	Manual Value B
580	Sets the Manual control output level (%) Relay B.
581	Manual Value C
582	Sets the Manual control output level (%) Relay C.
583	Manual Value D
584	Sets the Manual control output level (%) Relay D.
585	Pulse Width A
586	Period A
587	Sets the period/pulse width for pwm/freq control Relay A.
588	4.1f
589	Pulse Width B
590	Period B
591	Sets the period/pulse width for pwm/freq control Relay B.
592	Pulse Width C
593	Period C
594	Sets the period/pulse width for pwm/freq control Relay C.
595	Pulse Width D
596	Period D
597	Sets the period/pulse width for pwm/freq control Relay 4.
598	Min Pulse Width A
599	Min Pulses A
600	Sets the minimum pulse width for PWM in seconds (0.1 to Max Pulse Width) or sets the minimum number of pulses for Frequency control (0.001 to Max Number of Pulses) for Relay A.
601	6.3f
602	Min Pulse Width B
603	Min Pulses B
604	Sets the minimum pulse width for PWM in seconds (0.1 to Max Pulse Width) or sets the minimum number of pulses for Frequency control (0.001 to Max Number of Pulses) for Relay B.
605	Min Pulse Width C
606	Min Pulses C
607	Sets the minimum pulse width for PWM in seconds (0.1 to Max Pulse Width) or sets the minimum number of pulses for Frequency control (0.001 to Max Number of Pulses) for Relay C.
608	Min Pulse Width D
609	Min Pulses D
610	Sets the minimum pulse width for PWM in seconds (0.1 to Max Pulse Width) or sets the minimum number of pulses for Frequency control (0.001 to Max Number of Pulses) for Relay D.
611	Max Pulse Width A
612	Max Pulses A
613	Sets the maximum pulse width for PWM in seconds (Min Pulse Width to Period) or sets the maximum number of pulses for Frequency control (Min Number of Pulses to 60 ) for Relay A.
614	Max Pulse Width B
615	Max Pulses B
616	Sets the maximum pulse width for PWM in seconds (Min Pulse Width to Period) or sets the maximum number of pulses for Frequency control (Min Number of Pulses to 60 ) for Relay B.
617	Max Pulse Width C
618	Max Pulses C
619	Sets the maximum pulse width for PWM in seconds (Min Pulse Width to Period) or sets the maximum number of pulses for Frequency control (Min Number of Pulses to 60 ) for Relay C.
620	Max Pulse Width D
621	Max Pulses D
622	Sets the maximum pulse width for PWM in seconds (Min Pulse Width to Period) or sets the maximum number of pulses for Frequency control (Min Number of Pulses to 60 ) for Relay D.
623	Calculated Value
624	sc200 Calculated Value
625	Language
626	sc200 language selection list.
627	English
628	German
629	Spanish
630	French
631	Italian
632	Netherland
633	Danish
634	Swedish
635	Chinese
636	Polish
637	Japanese
638	Korean
639	Portuguese
640	Russian
641	Hungarian
642	Romanian
643	Czech
644	Greek
645	Slovenian
646	Polish UTF8
647	Date Format
648	sc200 Date Format.
649	YYYY-MM-DD 24h
650	YYYY-MM-DD 12h
651	DD/MM/YYYY 24h
652	DD/MM/YYYY 12h
653	MM/DD/YYYY 24h
654	MM/DD/YYYY 12h
655	Display Contrast
656	sc200 Display Contrast, 1 to 9.
657	Calc Log Mode
658	sc200 Calculated Value logging mode
659	Snap Shot
660	Average
661	Maximum
662	Minimum
663	Calc Log Interval
664	sc200 Calculated Value logging interval
665	5 sec.
666	30 sec.
667	Calc Math Formula
668	The formula selection for the Calculated Value.
669	None
670	X/Y
671	X+Y
672	X-Y
673	(X/Y)%
674	(X/Y)/2
675	X*Y
676	(X-Y)%/X
677	Discrete Input 1
678	Input State 1
679	Discrete Input 2
680	Input State 2
681	Discrete Input 3
682	Input State 3
683	Modbus Stats Clear
684	Clears statistics for Modbus communication.
685	Normal
686	Clear
687	Measurement A
688	Measurement selection list for Relay A.
689	Measurement B
690	Measurement selection list for Relay B.
691	Measurement C
692	Measurement selection list for Relay C.
693	Measurement D
694	Measurement selection list for Relay D.
695	Type A
696	Type selection list for Relay A.
697	Alarm
698	Feeder Control
699	Warning
700	Event Control
701	PWM Control
702	Freq Control
703	Type B
704	Type selection list for Relay B.
705	Type C
706	Type selection list for Relay C.
707	Type D
708	Type selection list for Relay D.
709	Transfer Set A
710	State selection for Relay A.
711	Inactive
712	Active
713	Transfer Set B
714	State selection for Relay B.
715	Transfer Set C
716	State selection for Relay C.
717	Transfer Set D
718	State selection for Relay D.
719	Alarm On Delay A
720	Turn on time delay for Relay A.
721	Alarm On Delay B
722	Turn on time delay for Relay B.
723	Alarm On Delay C
724	Turn on time delay for Relay C.
725	Alarm On Delay D
726	Turn on time delay for Relay D.
727	Alarm Off Delay A
728	Turn off time delay for Relay A.
729	Alarm Off Delay B
730	Turn off time delay for Relay B.
731	Alarm Off Delay C
732	Turn off time delay for Relay C.
733	Alarm Off Delay D
734	Turn off time delay for Relay D.
735	Phase Control A
736	Select direct/reverse for Relay A.
737	Low
738	High
739	Phase Control B
740	Select direct/reverse for Relay B.
741	Phase Control C
742	Select direct/reverse for Relay C.
743	Phase Control D
744	Select direct/reverse for Relay D.
745	Overfeed Timer A
746	Sets a time period for de-activating an active relay if the process setpoint cannot be reached. Once an overfeed alarm is present, it must be manually reset.
747	Overfeed Timer B
748	Overfeed Timer C
749	Overfeed Timer D
750	On Delay A
751	Sets a delay time for the relay to turn on.
752	On Delay B
753	On Delay C
754	On Delay D
755	Off Delay A
756	Sets a delay time for the relay to turn off.
757	Off Delay B
758	Off Delay C
759	Off Delay D
760	Reset Overfeed Timer A
761	Resets the Overfeed Timer for Relay A
762	Undefined
763	Non-Zero Resets
764	Reset Overfeed Timer B
765	Resets the Overfeed Timer for Relay B
766	Reset Overfeed Timer C
767	Resets the Overfeed Timer for Relay C
768	Reset Overfeed Timer D
769	Resets the Overfeed Timer for Relay D
770	Max On Time A
771	Sets the maximum time the relay can remain on.
772	Max On Time B
773	Max On Time C
774	Max On Time D
775	Min On Time A
776	Sets the time the relay will remain on independent from the measured value.
777	Min On Time B
778	Min On Time C
779	Min On Time D
780	Max Off Time A
781	Sets the maximum time the relay can remain off.
782	Max Off Time B
783	Max Off Time C
784	Max Off Time D
785	Min Off Time A
786	Sets the time the relay will remain off independent from the measured value.
787	Min Off Time B
788	Min Off Time C
789	Min Off Time D
790	Warning Level A
791	Sets the level for device warning activation.
792	Warning Level B
793	Warning Level C
794	Warning Level D
795	PWM Mode A
796	Freq Mode A
797	Auto, the relay output works as a PID controller. Manual, the relay output has an On/Off ratio as set in the PI Manual setting.
798	PWM Mode B
799	Freq Mode B
800	PWM Mode C
801	Freq Mode C
802	PWM Mode D
803	Freq Mode D
804	PWM Integral A
805	Freq Integral A
806	Sets the integral part of the PID controller.
807	PWM Integral B
808	Freq Integral B
809	PWM Integral C
810	Freq Integral C
811	PWM Integral D
812	Freq Integral D
813	Range A
814	Range B
815	Range C
816	Range D
817	Fail Safe Mode A
818	Fail Safe Mode 'ON' implies the relay is energized in the non-alarm state.
819	NO
820	YES
821	Fail Safe Mode B
822	Fail Safe Mode C
823	Fail Safe Mode D
824	Net Port % Good Msg
825	Percentage of good messages on the Network Card Port.
826	Svc Port % Good Msg
827	Percentage of good messages on the Service Port.
828	Port 1 % Good Msg
829	Percentage of good messages on Port 1.
830	Port 2 % Good Msg
831	Percentage of good messages on Port 2.
832	Port 3 % Good Msg
833	Percentage of good messages on Port 3.
834	Port 4 % Good Msg
835	Percentage of good messages on Port 4.
836	Current Temperature
837	Internal temperature of the sc200.
838	12V Supply Voltage
839	Measured value of the sc200 12 volt supply.
840	3.3V Supply Current
841	Total 3.3V Supply current (A).
842	5.3f
843	Amps
844	12V Supply Current
845	Total 12V Supply current (A).
846	Port 3 Supply Current
847	Smart Sensor 1 - 12V Supply current (A).
848	Port 4 Supply Current
849	Smart Sensor 2 - 12V Supply current (A).
850	Port 1 Supply Current
851	Analog Sensor 1 - 12V Supply current (A).
852	Port 2 Supply Current
853	Analog Sensor 2 - 12V Supply current (A).
854	Max Temperature
855	The daily maximum sc200 internal temperature in C.
856	Min Temperature
857	The daily minimum sc200 internal temperature in C.
858	12V Ground Potential
859	The measured voltage between A/D common and the 12 volt supply ground.
860	Output 1 Value
861	Display or Set level on Output 1.
862	Output 2 Value
863	Display or Set level on Output 2.
864	Off
865	Sensor 1
866	Sensor 2
867	Network Module
868	sc200
869	Network Errors
870	Sensor communication error flags.
871	Sensor 1 Com Err
872	Sensor 2 Com Err
873	Network Status
874	Sensor communication and relay status.
875	Sensor 1 Connected
876	Sensor 2 Connected
877	Relay A Active
878	Relay B Active
879	Relay C Active
880	Relay D Active
881	Set Defaults
882	Test Enable Out 1
883	Enables test of Output 1.
884	Disabled
885	Enabled
886	Test Enable Out 2
887	Enables test of Output 2.
888	Cal 4 mA Out 1
889	Calibration counts for 4 mA Output 1.
890	Counts
891	Cal 4 mA Out 2
892	Calibration counts for 4 mA Output 2.
893	Cal 20 mA Out 1
894	Calibration counts for 20 mA Output 1.
895	Cal 20 mA Out 2
896	Calibration counts for 20 mA Output 2.
897	Test Relay A Enable
898	Enables test of Relay A.
899	Test Relay B Enable
900	Enables test of Relay B.
901	Test Relay C Enable
902	Enables test of Relay C.
903	Test Relay D Enable
904	Enables test of Relay D.
905	Test Relay A Value
906	Sets the test state for Relay A.
907	Test Relay B Value
908	Sets the test state for Relay B.
909	Test Relay C Value
910	Sets the test state for Relay C.
911	Test Relay D Value
912	Sets the test state for Relay D.
913	Discrete Input 1 Mode
914	The Modes ON/High and OFF/Low are set by jumpers per the Instruction Manual.
915	Active ON/High
916	Active OFF/Low
917	Discrete Input 2 Mode
918	Discrete Input 3 Mode
919	DI 1 Warning Enable
920	When Enabled, a sc200 Warning will be generated when the Input is Active.
921	DI 2 Warning Enable
922	DI 3 Warning Enable
923	DI 1 Hold Mode
924	Selection list for the Discrete Input's Output Hold Mode.
925	Hold
926	Transfer
927	DI 2 Hold Mode
928	DI 3 Hold Mode
929	DI 1 On Delay (0-999)
930	The delay in seconds before the Input goes Active.
931	DI 2 On Delay (0-999)
932	DI 3 On Delay (0-999)
933	DI 1 Off Delay (0-999)
934	The delay in seconds before the Input goes Inactive.
935	DI 2 Off Delay (0-999)
936	DI 3 Off Delay (0-999)
937	Net Mod Good Msg
938	Number of good messages on the network module.
939	10d
940	Net Mod Bad Msg
941	Number of bad messages on the Network Card Port.
942	Svc Port Good Msg
943	Number of good messages on the Service Port.
944	Svc Port Bad Msg
945	Number of bad messages on the Service Port.
946	Port 1 Good Msg
947	Number of good messages on Port 1.
948	Port 1 Bad Msg
949	Number of bad messages on Port 1.
950	Port 2 Good Msg
951	Number of good messages on Port 2.
952	Port 2 Bad Msg
953	Number of bad messages on Port 2.
954	Port 3 Good Msg
955	Number of good messages on Port 3.
956	Port 3 Bad Msg
957	Number of bad messages on Port 3.
958	Port 4 Good Msg
959	Number of good messages on Port 4.
960	Port 4 Bad Msg
961	Number of bad messages on Port 4.
962	Math Units
963	Six character measurement unit for the sc200 Calculated Value.
964	Math Parameters
965	Six character measurement parameter for the sc200 Calculated Value.
966	Reset Modbus Stats
967	Clears all Modbus stats to zero.
968	Test Relay A
969	Method to test Relay A.
970	Test Relay B
971	Method to test Relay B.
972	Test Relay C
973	Method to test Relay C.
974	Test Relay D
975	Method to test Relay D.
976	Clear Event Logs
977	This method is used to clear an event log for sensor1, sensor2, the network module or the sc200.
978	Clear Data Logs
979	This method is used to clear a data log for sensor1, sensor2, the network module or the sc200.
980	Resets controller configuration settings to default values.
981	This method will reset the over feed timer for relay A.
982	This method will reset the over feed timer for relay B
983	This method will reset the over feed timer for relay C.
984	This method will reset the over feed timer for relay D.
985	Output 1 Setup
986	This method is used to setup or configure Output 1.
987	Output 2 Setup
988	This method is used to setup or configure output 2.
989	Relay A Setup
990	This method is used to setup or configure relay A.
991	Relay B Setup
992	This method is used to setup or configure relay B.
993	Relay C Setup
994	This method is used to setup or configure relay C.
995	Relay D Setup
996	This method is used to setup or configure relay D.
997	Return Relay to Automatic Control
998	Sensor 1 Status
999	Sensor 1 Installation Status.
1000	Installed
1001	Sensor 2 Status
1002	Sensor 2 Installation Status
1003	Loop Current 1
1004	Loop 1 Gauge
1005	Loop Current 2
1006	Loop 2 Gauge
1007	Loop Currents
1008	sc200 Identification
1009	Loop 1
1010	Loop 2
1011	Loop Output Maintenance
1012	Tests and Resets
1013	sc200 Warnings / Errors
1014	Internal Modbus Message Stats
1015	Output 1 Maintenance
1016	Output 2 Maintenance
1017	Overfeed Timer A Reset
1018	Overfeed Timer B Reset
1019	Overfeed Timer C Reset
1020	Overfeed Timer D Reset
1021	12V Supply
1022	Supply Currents
1023	sc200 Internal Temperatures
1024	Relay Test
1025	Log Clears
1026	Service Port Status
1027	Ports Status
1028	Sensor Network Status
1029	sc200 Relay Status
1030	Discrete Inputs
1031	User Setup Menu
1032	Output Information
1033	An Output must be mapped to the HARTFieldDevice (sensor)to be displayed.
1034	See Output Info Help.
1035	Output Setup
1036	Relay Information
1037	A Relay must be mapped to the HART Field Device (sensor)to be displayed.
1038	See Relay Info Help.
1039	Relays Setup
1040	Discrete Input Setup
1041	General Setup
1042	sc200 Output 1
1043	sc200 Output 2
1044	Error Mode
1045	% range
1046	Loop Current A
1047	Alarm Type Loop A
1048	Channel A Flags
1049	Loop Current B
1050	Alarm Type Loop B
1051	Channel B Flags
1052	Loop Current C
1053	Loop 1 Current
1054	.3f
1055	Loop 2 Current
1056	Loop A Current
1057	Alarm A Select
1058	Loop A Flags
1059	Loop B Current
1060	Alarm B Select
1061	Loop B Flags
1062	Loop C Current
1063	Alarm C Select
1064	Loop C Flags
1065	LRV Loop A
1066	Lower Range Value Loop A.
1067	LRV Loop B
1068	Lower Range Value Loop B.
1069	LRV Loop C
1070	Lower Range Value Loop C.
1071	URV Loop A
1072	Upper Range Value Loop A.
1073	URV Loop B
1074	Upper Range Value Loop B.
1075	URV Loop C
1076	Upper Range Value Loop C.
1077	Transfer Val Loop A
1078	Sets the transfer value. Range 3.0 to 23.0 mA (default 4.000).
1079	Transfer Val Loop B
1080	Transfer Val Loop C
1081	Test Value Loop A.
1082	Test Value Loop B.
1083	Test Value Loop C.
1084	LSL Loop A
1085	Lower Sensor Limit Loop A.
1086	LSL Loop B
1087	Lower Sensor Limit Loop B.
1088	LSL Loop C
1089	Lower Sensor Limit Loop C.
1090	USL Loop A
1091	Upper Sensor Limit Loop A.
1092	USL Loop B
1093	Upper Sensor Limit Loop B.
1094	USL Loop C
1095	Upper Sensor Limit Loop C.
1096	Transfer to defined Value
1097	Meas. Select Loop A
1098	Meas. Select Loop B
1099	Meas. Select Loop C
1100	Filter Loop A
1101	Loop Filter Time Constant.
1102	Filter Loop B
1103	Filter Loop C
1104	4mA Cal Count A
1105	Output Loop 4mA calibration value in D/A counts.
1106	4mA Cal Count B
1107	4mA Cal Count C
1108	20mA Cal Count A
1109	Output Loop 20mA calibration value in D/A counts.
1110	20mA Cal Count B
1111	20mA Cal Count C
1112	Test Enable Loop A
1113	Test Enable Loop B
1114	Test Enable Loop C
1115	User Hold Loop A
1116	Selection List of user Hold Modes.
1117	User Hold Loop B
1118	User Hold Loop C
1119	Units Loop A
1120	Engineering Units Loop A.
1121	Units Loop B
1122	Engineering Units Loop B.
1123	Units Loop C
1124	Engineering Units Loop C.
1125	HART Loop A Mode
1126	HART Loop Modes. Fixed Current = 4 mA. Active Current = 4-20 mA.
1127	Fixed Current
1128	Active Current
1129	HART Loop B Mode
1130	HART Loop A Address
1131	HART Loop Address (0-63) 0->Single Loop.
1132	2d
1133	HART Loop B Address
1134	Mapping Relay A
1135	Status of Relay A mapping to HART sensor.
1136	Mapping Relay B
1137	Status of Relay B mapping to HART sensor.
1138	Mapping Relay C
1139	Status of Relay C mapping to HART sensor.
1140	Mapping Relay D
1141	Status of Relay D mapping to HART sensor.
1142	Mapping Output 1
1143	Status of sc200 Output 1 mapping to HART sensor.
1144	Mapping Output 2
1145	Status of sc200 Output 2 mapping to HART sensor.
1146	Mapping Output A
1147	Status of HART Output A mapping to HART sensor.
1148	Mapping Output B
1149	Status of HART Output B mapping to HART sensor.
1150	Mapping Output C
1151	Status of HART Output C mapping to HART sensor.
1152	HART Channel A
1153	Status of HART Channel A mapping to HART sensor.
1154	HART Channel B
1155	Status of HART Channel B mapping to HART sensor.
1156	Status sc200
1157	Status of Device Mapping sc200.
1158	Location or Name of HART Module.
1159	HART Module serial number.
1160	Date
1161	Sets the controller date.
1162	Time
1163	Sets the controller time.
1164	Fix analog output A
1165	Fix analog output B
1166	Fix analog output C
1167	Fix analog output 1
1168	Fix analog output 2
1169	Trim analog output A
1170	Trim analog output B
1171	Trim analog output C
1172	Trim analog output 1
1173	Trim analog output 2
1174	Loop A Gauge
1175	Loop B Gauge
1176	Loop C Gauge
1177	Start
1178	Diagnostics / Maintenance
1179	HART Network Module
1180	HART Module Identification
1181	Loop A
1182	Loop B
1183	Loop C
1184	Loop Maintenance
1185	Device Mapping
1186	Status of Relays and Outputs Mapped to the HART sensor.
1187	Loop A Maintenance
1188	Loop B Maintenance
1189	Loop C Maintenance
1190	HART Network Module Settings
1191	Controller Date and Time Settings
1192	Output A Setup
1193	Output B Setup
1194	Output C Setup
1195	Hold Modes
1196	Common Tables
1197	Interoperable *
1198	Universal
1199	Common Practice
1200	Pressure Universal
1201	Pressure Common
1202	Menu
1203	Rosemount Magflow
1204	Rosemount Pressure
1205	Moore Products
1206	Siemens Pressure
1207	P2 Common
1208	Wireless
1209	Munge
1210	Analytical Oxygen/Combustion/Methane/CO
1211	Flow Totalizer - Rate Indicator
1212	Flow Variable Area
1213	Flow Coriolis Mass
1214	Flow Ultrasonic - Gas
1215	Flow Ultrasonic - Liquid
1216	Level Ultrasonic
1217	Level Radar - Microwave
1218	Pressure Absolute
1219	Level Capacitance
1220	Pressure Differential
1221	Level Hydrostatic
1222	Level
1223	Pressure Absolute/Relative
1224	Level Microwave
1225	Level Radar
1226	Level Density - Nuclear
1227	Flow Electromagnetic
1228	Flow Vortex
1229	Flow Magmeter - Rack Version
1230	Flow High Performance Magmeter
1231	Flow Mass
1232	Flow Ultrasonic
1233	Flow Magnetic
1234	Flow Magnetic - Custody Transfer
1235	Flow 2-wire Magnetic
1236	Flow Coriolis Mass - Custody Transfer
1237	Flow 2-wire Vortex
1238	Flow Thermal
1239	Temperature Head Mounted
1240	Temperature Compact
1241	Temperature DIN Rail Mounted
1242	Analytical pH
1243	Analytical Conductivity - Conductive
1244	Analytical Conductivity - Inductive
1245	Temperature Sensor
1246	Level Servo
1247	Temperature DIN Rail
1248	Analytical ORP
1249	Analytical pION
1250	Analytical IConc
1251	Analytical Electrode Conductivity
1252	Analytical Toroidal Conductivity
1253	Valve Positioner
1254	Valve Controller
1255	Pressure
1256	Pressure Multivariable
1257	Analytical pH/ORP
1258	Flow Coriolis
1259	Analytical Conductivity
1260	Valve Positioner/Pneumatic
1261	Valve Actuator - Electrical
1262	Temperature Dual Input
1263	Valve Actuator
1264	Analytical Corrosion
1265	Analytical Density - Nuclear
1266	Level Continuous Gamma
1267	Level Laser Ranging
1268	Pressure Safety
1269	Flow Vortex/Swirl
1270	Flow
1271	Analytical 4 Electrode Conductivity
1272	Analytical 2 Electrode Conductivity
1273	Analytical Troidal Conductivity
1274	Analytical pH/ORP/pIon/Ion Conc
1275	Analytical Oxygen
1276	Pressure P, dP + Multivariable
1277	Temperature 2-wire
1278	Pressure w/ PID
1279	Pressure Saturated Steam
1280	Analytical Density - Gamma Ray
1281	Level Gamma Ray
1282	Analytical Weight - Gamma Ray
1283	Level w/ Density - Gamma Ray
1284	Analytical Motorized Density
1285	Flow Multivariable Mass
1286	Temperature Multivariable
1287	Specialty HART-to-Analog Signal Conv
1288	Flow dP
1289	Pressure Low Power
1290	Pressure Certified SIL2
1291	Interoperable
1292	Analytical Density
1293	Valve Positioner/Electropneumatic
1294	Flow Magnetic Inductive
1295	Analytical
1296	Analytical Opacity Monitor
1297	Analytical Oxygen/Combustion
1298	Analytical 2-wire Conductivity
1299	Analytical 2-wire Conductivity w/ pure H20
1300	Analytical 2-wire Conductivity w/ % conc
1301	Analytical 2-wire Oxygen/Chlorine/Ozone
1302	Analytical 2-wire pH/ORP
1303	Analytical 2-wire Contacting/Toroidal
1304	Analytical Oxygen - High Temperature
1305	Analytical Conductivity w/ % conc
1306	Analytical pH/ORP/ISE
1307	Analytical Amperometric Analyzer
1308	Analytical Dual Input Analyzer
1309	Pressure Pressure/Level
1310	Analytical Consistency
1311	Analytical Microwave-Pulp Consistency
1312	Analytical Microwave Consistency
1313	Valve Digital Positioner
1314	Valve Smart Valve Positioner
1315	Temperature Differential
1316	Analytical Dissolved Oxygen
1317	Analytical pH Controller
1318	Analytical Conductivity/Resistivity Controller
1319	Analytical Conductivity/Resistivity
1320	Level Displacement
1321	Temperature w/ PID
1322	Valve Universal Positioner
1323	Level Radar - Reflex
1324	Pressure Gauge
1325	Pressure Sealed Gauge
1326	Valve Digital Positioner w/ PID
1327	Valve Intelligent Positioner
1328	Analytical Gas Detector
1329	Analytical Infrared Gas Detector
1330	Analytical Electrochemical Gas Detector
1331	Analytical Measuring Instruments
1332	Level Magnostrictive
1333	Valve On/Off Valve Controller
1334	Level Radar - Pulse
1335	Level Continuous Capactive
1336	Valve Damper Actuator
1337	Valve Electric Damper Actuator
1338	Flow Electronic
1339	Flow Vortex - Multiparameter Mass
1340	Analytical UV Flame Detector
1341	Analytical UVIR Flame Detector
1342	Analytical IR Flame Detector
1343	Analytical Fire Detector
1344	Analytical Gas Detector Display Interface
1345	Analytical Toxic Gas Detector
1346	Analytical Flame Detector
1347	Level Nuclear
1348	Analytical Microwave
1349	Analytical Density - Radiometric
1350	Level Radiometric
1351	Analytical Gas/Steam
1352	Level Nucleonic
1353	Analytical Blade Consistency
1354	Analytical Rotary Consistency
1355	Pressure Absolute/Differential
1356	Positioner
1357	Analytical Combustible Gas Detector
1358	Analytical Point Infrared Gas Detector
1359	Analytical Multi-Detector Monitor System
1360	Valve Positioner/Electro-hydraulic
1361	Valve Monitor
1362	Enable on token-passing data link layer only
1363	Enable on TDMA data link layer only
1364	Enable on both TDMA and token-passing data link layer
1365	WirelessHART Device
1366	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1367	Primary
1368	Primary Analog Channel
1369	Secondary
1370	Secondary Analog Channel
1371	Tertiary
1372	Tertiary Analog Channel
1373	Quaternary
1374	Quaternary Analog Channel
1375	Quinary
1376	Quinary Analog Channel
1377	Critical Power Failure
1378	Lock all
1379	Trim not supported
1380	Configuration cannot be changed
1381	Locked by gateway
1382	Analog Input Channel
1383	Analog Output Channel
1384	Secondary Analog Channel Saturated
1385	Tertiary Analog Channel Saturated
1386	Quaternary Analog Channel Saturated
1387	Quinary Analog Channel Saturated
1388	Secondary Analog Channel Fixed
1389	Tertiary Analog Channel Fixed
1390	Quaternary Analog Channel Fixed
1391	Quinary Analog Channel Fixed
1392	Simulation active
1393	The device is in simulation mode and the level output is not representative of the process.
1394	Non-Volatile memory failure
1395	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1396	Volatile memory error
1397	The RAM memory check is invalid or maybe corrupt
1398	Watchdog reset executed
1399	A watchdog reset has been performed
1400	Voltage conditions out of range
1401	A voltage condition is outside its allowable range
1402	Environmental conditions out of range
1403	An internal or environmental condition is beyond acceptable limits.
1404	Electronic failure
1405	A hardware problem not related to the sensor has been detected.
1406	Subdevice list changed
1407	Duplicate master detected
1408	Capacity Denied
1409	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1410	Bandwidth allocation pending
1411	Block transfer pending
1412	Continuous
1413	The Burst Message is published continuously at (worst case) the Minimum Update Period.
1414	Window
1415	The Burst Message is triggered when the source value deviates more than the specified trigger value
1416	Rising
1417	The Burst Message is triggered when source value Rises Above the specified trigger value.
1418	Falling
1419	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1420	On-change
1421	The Burst Message is triggered when any value in the message changes.
1422	Battery life
1423	Percent range
1424	Loop current
1425	Primary variable
1426	Secondary variable
1427	Tertiary variable
1428	Quaternary variable
1429	Enable event notification on token-passing data link layer
1430	Enable event notification on TDMA data link layer
1431	Enable event notification on TDMA and token-passing data link layer
1432	Configuration changed event pending
1433	Device status event pending
1434	More status available event pending
1435	Disable
1436	Enable single data point trending
1437	Enable filtered trending
1438	The sample is filtered using a time constant equal to one-third the trend sample period
1439	Enable average trending
1440	The value obtained by dividing the sum of all samples in the period by the total number of samples
1441	Read receive time
1442	Write date and time
1443	Non-Volatile Clock
1444	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.
1445	Clock Uninitialized
1446	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.
1447	Line Power
1448	Device is powered via a hardwired connection to a plant power source.
1449	Battery Power
1450	Device operates solely of its (internal) battery.
1451	Recharg.B./Power Sc.
1452	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).
1453	Idle
1454	Active search
1455	Looking for neighbors.
1456	Negotiating
1457	Quarantined
1458	Operational
1459	Suspended
1460	Deep sleep
1461	Ultra-low power
1462	Wireless Signal Found
1463	Network packets have been recognized
1464	Wireless Signal Identified
1465	Wireless Time Synchronized
1466	WirelessHart Signal Identified
1467	Network Admission Requested
1468	Set on transmission of first join request
1469	Join Retrying
1470	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.
1471	Join Failed
1472	Set on transition from Active Search mode to Deep Sleep mode. Cleared on transition from Deep Sleep to Active Search.
1473	Network Security Clearance Granted
1474	Network Manager Session Established
1475	Network Joined
1476	Network Joined. Normal superframe and links obtained.
1477	Network Bandwidth Requested
1478	Negotiating Network Properties. Gateway session obtained.
1479	Join Complete
1480	Normal operating mode.
1481	No restrictions
1482	SI Only
1483	Restricted to SI Unit codes only
1484	Open - accept all devices
1485	Use Whitelist for access
1486	Use Blacklist
1487	Use Whitelist and Blacklist
1488	Lockdown - disable join links
1489	Process automation device
1490	Discrete device
1491	Hybrid:Process automation+discrete
1492	I/O System
1493	WirelessHART Process automation device
1494	WirelessHART Discrete device
1495	WirelessHART Process automation+discrete
1496	WirelessHART Gateway
1497	WirelessHART Access point
1498	WirelessHART Process adapter
1499	WirelessHART Discrete adapter
1500	WirelessHART enabled handheld/portable maintenance tool
1501	Don't attempt to join
1502	Join now
1503	Attempt to join immediately on powerup or reset
1504	US
1505	United States of America
1506	JP
1507	Japan
1508	DE
1509	Germany
1510	FR
1511	France
1512	ES
1513	Spain
1514	RU
1515	Russian Federation
1516	CN
1517	People's Republic of China
1518	Nominal
1519	Device Power Status is nominal
1520	Device Power Status is low
1521	Critically Low
1522	Device Power Status is critically low
1523	Recharging - Low
1524	Recharging - High
1525	Secondary Master
1526	Primary Master
1527	PV Analog Channel Saturated
1528	PV Analog Channel Fixed
1529	Device Profile
1530
1531	Device Diagnostic Status 0
1532	Device Diagnostic Status 1
1533	I/O and Subdevice Status
1534	WirelessHART Status
1535	Time Set Option
1536	Real Time Clock Flags
1537	Country
1538	Country of intended device installation
1539	SI Unit Control
1540	Indicates if device should only display SI unit codes
1541	Burst Trigger Units
1542	Burst Trigger Class
1543	Wired HART Enabled
1544	Enabled on Wired HART device connection only
1545	Wireless HART Enabled
1546	Enabled on WirelessHART device connection only
1547	Both Wired and WirelessHart Enabled
1548	Enabled on both Wired and WirelessHART connections
1549	Burst Msg Trigger Mode
1550	Event Status
1551	Event Notification Control
1552	Operate mode Mask
1553	Not Defined
1554	Power Source
1555	Power source of the device
1556	Wireless Mode
1557	Join Status
1558	The current location in the joining sequence of operations.
1559	Network Access Mode
1560	Join Mode
1561	Power Status
1562	Power status of the device
1563	Master Mode
1564	This sets the I/O System's Data Link Layer operation on all channels as either primary or secondary master mode.
1565	Trend Units
1566	Trend Device Variable Unit Code
1567	Trend Classification
1568	Trend Device Variable Classification
1569	Trend Control
1570	uint16_var_blk_char
1571	uint8_var_blk_char
1572	Device Status Mask
1573	Ext dev status Mask
1574	Device Diagnostic Status 0 Mask
1575	Device Diagnostic Status 1 Mask
1576	Device Diagnostic Status 2 Mask
1577	Device Diagnostic Status 3 Mask
1578	AO saturated Mask
1579	AO fixed Mask
1580	Latched Device Status
1581	Latched Ext dev status
1582	Latched Operate Mode
1583	Latched Device Diagnostic Status 0
1584	Latched Device Diagnostic Status 1
1585	Latched Device Diagnostic Status 2
1586	Latched Device Diagnostic Status 3
1587	Latched AO saturated
1588	Latched AO fixed
1589	Wireless Module Device Type
1590	Device type of the Wireless Radio
1591	Wireless Module Manufacturer ID
1592	Manufacturer of the Wireless Radio contained in this device
1593	Subdevice Device Type
1594	Device type of the subdevice attached to this system.
1595	Subdevice Manufacturer Id
1596	Manufacturer of the subdevice attached to this system.
1597	8u
1598	Dynamic Variables Returned for Device Variables
1599	Command Response Truncated
1600	Configuration Change Counter Mismatch
1601	Status bytes mismatch
1602	8.3f
1603	Output Status
1604	Output Status Byte
1605	Uninitialized
1606	Normal - one sensor
1607	Normal - two sensors
1608	Normal - three sensors
1609	Shorted
1610	Shorted- shorted field wiring.
1611	Limited high
1612	Limited high- block can not respond to upward movement of value.
1613	Open
1614	Open- open field wiring.
1615	Limited low
1616	Limited low- block can not respond to upward movement of target.
1617	Initialization done
1618	Initialization done- block initialization is complete.
1619	Not selected
1620	Not selected- target value provided by block was not selected.
1621	No path
1622	No path- there is no path to the process.
1623	Fail
1624	Fail- hardware failure.
1625	Bad
1626	Bad- block is out of service or has bad input.
1627	Not from process
1628	Not from process- value is not directly affected by any process information.
1629	Local override
1630	Local override- block has LO mode.
1631	Not Cascade Mode
1632	Not RCas Mode
1633	Not ROut Mode
1634	No communication
1635	No communication- (NO_COM).
1636	uint32_var_blk_char
1637	int8_var_blk_char
1638	new itest redef1 label
引用ID	字符串