Device dictionary

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Reference ID	String
0	DTU100
1	DDTOP
2	No Write protected
3	Write protected
4
5	System High frequency clock warning
6	System Low frequency clock warning
7	Internal Eeprom Error
8	External Eeprom Error
9	Internal Flash error
10	External Flash error
11	Internal Ram error
12	External Ram error
13	Internal over/under Temperature warning
14	Current output error
15	LCD error
16	ADC12 error
17	ADC24 error
18	DAC16 error
19	ADC REF error
20	DAC REF error
21	Level Sensor Excitation error
22	Level Sensor Connector error
23	Flow Sensor Excitation error
24	Flow Sensor Connector error
25	Pressure Sensor Excitation error
26	Pressure Sensor Connector error
27	Temperature Sensor Excitation error
28	Temperature Sensor Connector error
29	Level variable High Alarm
30	Level variable Low Alarm
31	Flow variable High Alarm
32	Flow variable Low Alarm
33	Pressure variable High Alarm
34	Pressure variable Low Alarm
35	Temperature variable High Alarm
36	Temperature variable Low Alarm
37	Selects the analog output commanded in an alarm condition .choices are:Low=3.7mA, or High =22.0mA.
38	Level Offset
39	Offset to align instrument Level with an independent external measurement.
40	.3f
41	8.3f
42	level value
43	Level value
44	Feet
45	Meters
46	Inches
47	Centimeters
48	Millimeters
49	Level Dev fmly
50	Lever Class
51	Lever PDQ
52	Lever LS
53	Lever Fmly stat
54	level Update Period
55	7d
56	[level_help]
57	Update Period
58	Pressure Offset
59	Offset to align instrument pressure with an independent external measurement.
60	Pres Dev fmly
61	Pres Class
62	Pres PDQ
63	Pres LS
64	Pres Fmly stat
65	Pressure Update Period
66	Temp Offset Value
67	Temperature offset value
68	Process temperature
69	Temp unit
70	Temperature Units- Engineering unit to be displayed with Sensor Temperature.
71	Temp Class
72	Temp PDQ
73	Temp LS
74	Temp Dev Stat
75	Temp USL
76	Temp LSL
77	Temp min span
78	Temp Update Period
79	Temp snsr s/n
80	Temp_Rister_Value
81	Temperature sensor resistance value
82	4.3f
83	Temperature
84	Flow Offset
85	Offset to align instrument flow with an independent external measurement.
86	Flow
87	Flow value measured by device variable 1
88	Flow unit
89	Flow Dev fmly
90	Flow Class
91	Flow PDQ
92	Flow LS
93	Flow Fmly stat
94	Flow USL
95	Flow LSL
96	Flow min span
97	Flow damp
98	Flow Update Period
99	Flow snsr s/n
100	Second Device Variable (deviceVariables[1]) is Flow. xmtr-mv supports an imaginary set of expanded engineering units in this device variable slot
101	Snsr temp unit
102	Sensor Temperature Units- Engineering unit to be displayed with Sensor Temperature.
103	Sen Temp Class
104	Sen Temp PDQ
105	Sen Temp LS
106	Sen Temp Dev Stat
107	Sen Temp USL
108	Sen Temp LSL
109	Sen Temp min span
110	Sen temperature damping
111	Sen Temp Update Period
112	Sen Temp snsr s/n
113	Simulate
114	Sen Temp Alrm Deadband
115	Deadband for sensor Temp alarms Temp must move inside threshold by deadband To clear alarm
116	Sen Temp High Alarm Value
117	High alarm value for sensor temperature
118	Sen Temp Low Alarm Value
119	Low alarm value for sensor temperature
120	Senr temp
121	Secondary Variable - Temperature Compensation
122	Level
123	Pressure
124	SensorTemperature
125	FlowAcc
126	FlowAcc.
127	ACC Flow unit
128	Alrm Enable
129	Allows alarms to be turned on or off.
130	Sen Temp Lo Alrm Enable
131	Sen Temp Hi Alrm Enable
132	PV Lo Alrm Enable
133	PV Hi Alrm Enable
134	Sensor Type
135	Pt50
136	Pt100
137	Pt500
138	Pt1000
139	T Thermocouple
140	E Thermocouple
141	J Thermocouple
142	K Thermocouple
143	N Thermocouple
144	R Thermocouple
145	S Thermocouple
146	B Thermocouple
147	Res 10~300Ω
148	Res 10~500Ω
149	Res 10~5000Ω
150	Temp compensation Enable
151	Allows temp compensation to be turned on or off.
152	Medium temp compensation Disabled
153	Medium temp compensation Enabled
154	PV High Alarm Value
155	High alarm value for PV
156	3.3f
157	PV Low Alarm Value
158	Low alarm value for PV
159	Pv Alrm Deadband
160	Deadband for Pv alarms Pv must move inside threshold by deadband To clear alarm
161	Sensor exciting current
162	1.3f
163	Sensor intput Range
164	±7.8125mV
165	±15.625mV
166	±22.18mV
167	±62.5mV
168	±125mV
169	±250mV
170	±500mV
171	±1100mV
172	0~7.8125mV
173	0~15.625mV
174	0~22.18mV
175	0~62.5mV
176	0~125mV
177	0~250mV
178	0~500mV
179	0~1100mV
180	Measure Sen Value
181	Measure Sensor output Value
182	Measure Sen offset Value
183	Measure Sensor offset output Value
184	Input Damping
185	Sensor input filter damping
186	MediumTempCompCoff
187	Medium Temp compensation coefficient
188	Medium Temp compensation Point
189	2
190	3
191	4
192	5
193	6
194	7
195	8
196	9
197	10
198	11
199	12
200	13
201	14
202	15
203	16
204	SensorTempCompCoff
205	Sensor Temp compensation coefficient
206	8.5f
207	Sensor Calibration Point
208	Sensor transfer_function
209	Transfer Function- Defines the transformation function that will be applied fromthe Sensor output Value to the Device Variable Output, and Percent Range. The TransferFunction does not affect the Digital Value representation.
210	Sensor Length
211	Sensor Diameter
212	Sensor Density
213	Measuring Tube Diameter
214	Low CutValue
215	PVChanValue
216	PV change threshold value
217	Medium Type
218	Medium Type for measurement.
219	Liquid
220	Gases
221	Gas Denty
222	Denty for Gas
223	Gas Press
224	Press for Gas
225	Gas temperature
226	temperature for Gas
227	Gas Denty nominal
228	Denty Gas nominal
229	Gas Press nominal
230	Press Gas nominal
231	Gas temperature nominal
232	temperature Gas nominal
233	Liquid Denty
234	Denty Liquid
235	Liquid Denty nominal
236	Denty Liquid nominal
237	Digital temp
238	Digital Process temperature
239	Proc Temp Source
240	Digital
241	RTD
242	Password
243	Display Type
244	Slects from:a constant display of PV only;or %Range only; or alternating displays of :PV/ Process Temperature or PV/%Range.
245	PV only
246	AO only
247	%Range only
248	% Range only
249	PV/%Range
250	ACC
251	special
252	Decimal Places
253	Number of digits after the decimal point to display.
254	0
255	Number of digits after the decimal point to display.0 will autoscale the display.
256	1
257	Display transfer_function
258	Transfer Function- Defines the transformation function that will be applied fromthe LCD display Value to the Device Variable Output, and Percent Range. The TransferFunction does not affect the Digital Value representation.
259	Special
260	Scale 100%
261	Display upper Range value
262	5.3f
263	Scale 0%
264	Display lower Range value
265	Display Unit
266	Restore
267	Extend Type
268	UHC
269	Target
270	MTF
271	Displacer
272	UQDZ
273	Other
274	Sensor intput 0
275	Sensor intput table
276	Sensor intput 1
277	Sensor intput 2
278	Sensor intput 3
279	Sensor intput 4
280	Sensor intput 5
281	Sensor intput 6
282	Sensor intput 7
283	Sensor intput 8
284	Sensor intput 9
285	Sensor intput 10
286	Sensor intput 11
287	Sensor intput 12
288	Sensor intput 13
289	Sensor intput 14
290	Sensor intput 15
291	Sensor_cal_intput
292	Sensor_cal_i
293	Sensor cal value 0
294	Sensor cal out table
295	Sensor cal value 1
296	Sensor cal value 2
297	Sensor cal value 3
298	Sensor cal value 4
299	Sensor cal value 5
300	Sensor cal value 6
301	Sensor cal value 7
302	Sensor cal value 8
303	Sensor cal value 9
304	Sensor cal value 10
305	Sensor cal value 11
306	Sensor cal value 12
307	Sensor cal value 13
308	Sensor cal value 14
309	Sensor cal value 15
310	Sensor cal value
311	Fluid Densty 0
312	Fluid SG adjusted for process temperature by user-entered table
313	Fluid Densty 1
314	.6f
315	8.6f
316	Fluid Densty 2
317	Fluid Densty 3
318	Fluid Densty 4
319	Fluid Densty 5
320	Fluid Densty 6
321	Fluid Densty 7
322	Fluid Densty 8
323	Fluid Densty 9
324	Fluid Densty 10
325	Fluid Densty 11
326	Fluid Densty 12
327	Fluid Densty 13
328	Fluid Densty 14
329	Fluid Densty 15
330	Temp
331	Fluid Temp 0
332	Process temperature by user-entered table
333	Fluid Temp 1
334	Fluid Temp 2
335	process temperature by user-entered table
336	Fluid Temp 3
337	Fluid Temp 4
338	Fluid Temp 5
339	Fluid Temp 6
340	Fluid Temp 7
341	Fluid Temp 8
342	Fluid Temp 9
343	Fluid Temp 10
344	Fluid Temp 11
345	Fluid Temp 12
346	Fluid Temp 13
347	Fluid Temp 14
348	Fluid Temp 15
349	Restore Factory Setting
350	restore to factory
351	Offset
352	Trim Zero
353
354	Multipoint Calibration
355	Use when PV condition can be independently measured and adjusted for the calibration. Requires prior entry of specific gravity of test fluid(s), volume of displacer and displacer rod length.
356	Manual Cal intput
357	Set Zero(4mA)
358	Sets lower range value (4mA output) to the present internal PV value. Works like a zero control on an analog device- the span between upper and lower range values is preserved, so the URV moves also. This command does not adjust the internal PV calibration vs. the input condition ?Conly the relationship between input condition ?Conly the relationship between internal values and the output current.
359	Set Span(20mA)
360	Sets upper range value (20mA output) to the present internal PV value. Works like a span control on an analog device ?C the existing lower range value will remain the same, only the span will be changed. This command does not adjust the internal PV calibration vs. the input condition ?C only the relationship between internal PV values and output current.
361	Guided Setup
362	Guides user through initial configuration and calibration process
363	Status
364	Reports any PV or temperature alarms that are active
365	Proc Temp cali
366	Density Table
367	Used to select temperature coefficient table for Densty.
368	Sensor
369	Sensor Parameter
370	Reset FlowAcc
371	Device settings
372	Diagnostics
373	Maintenance
374	Offline
375	Operate
376	Overview
377	Identification
378	Alarm Type And Security
379	Alarm info
380	Configure
381	Manual Setup
382	Sensor parameters
383	Variables
384	Primary Variables
385	PV Range
386	Proc temp
387	Device Information
388	Display
389	Out Scale Setup
390	Alert & Security Setup
391	PV Alert
392	Sensor temp alert
393	Calibration
394	Primary Calibration
395	Temp. Calibration
396	Service Tools
397	Parameter
398	Process Medium
399	Cal Parameter
400	Reset/Restore
401	Device Image
402	This is an IMAGE
403	Tendency
404	PV
405	Sen Temp Zero
406	PV Analog Channel Saturated
407	PV Analog Channel Fixed
408	Wireless
409	WirelessHART Device
410	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
411	Primary
412	Primary Analog Channel
413	Secondary
414	Secondary Analog Channel
415	Tertiary
416	Tertiary Analog Channel
417	Quaternary
418	Quaternary Analog Channel
419	Quinary
420	Quinary Analog Channel
421	Critical Power Failure
422	Lock all
423	Trim not supported
424	Configuration cannot be changed
425	Locked by gateway
426	Analog Input Channel
427	Analog Output Channel
428	Secondary Analog Channel Saturated
429	Tertiary Analog Channel Saturated
430	Quaternary Analog Channel Saturated
431	Quinary Analog Channel Saturated
432	Secondary Analog Channel Fixed
433	Tertiary Analog Channel Fixed
434	Quaternary Analog Channel Fixed
435	Quinary Analog Channel Fixed
436	Simulation active
437	The device is in simulation mode and the level output is not representative of the process.
438	Non-Volatile memory failure
439	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
440	Volatile memory error
441	The RAM memory check is invalid or maybe corrupt
442	Watchdog reset executed
443	A watchdog reset has been performed
444	Voltage conditions out of range
445	A voltage condition is outside its allowable range
446	Environmental conditions out of range
447	An internal or environmental condition is beyond acceptable limits.
448	Electronic failure
449	A hardware problem not related to the sensor has been detected.
450	Subdevice list changed
451	Duplicate master detected
452	Capacity Denied
453	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
454	Bandwidth allocation pending
455	Block transfer pending
456	Battery life
457	Percent range
458	Loop current
459	Primary variable
460	Secondary variable
461	Tertiary variable
462	Quaternary variable
463	Read receive time
464	Write date and time
465	Non-Volatile Clock
466	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.
467	Clock Uninitialized
468	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.
469	None
470	No restrictions
471	SI Only
472	Restricted to SI Unit codes only
473	Process automation device
474	Discrete device
475	Hybrid:Process automation+discrete
476	I/O System
477	WirelessHART Process automation device
478	WirelessHART Discrete device
479	WirelessHART Process automation+discrete
480	WirelessHART Gateway
481	WirelessHART Access point
482	WirelessHART Process adapter
483	WirelessHART Discrete adapter
484	WirelessHART enabled handheld/portable maintenance tool
485	Device Profile
486	US
487	United States of America
488	JP
489	Japan
490	DE
491	Germany
492	FR
493	France
494	ES
495	Spain
496	RU
497	Russian Federation
498	CN
499	People's Republic of China
500	Secondary Master
501	Primary Master
502	Device Diagnostic Status 0
503	Device Diagnostic Status 1
504	I/O and Subdevice Status
505	WirelessHART Status
506	Time Set Option
507	Real Time Clock Flags
508	Country
509	Country of intended device installation
510	SI Unit Control
511	Indicates if device should only display SI unit codes
512	Time Stamp
513	Relative time value on network
514	8u
515	Dynamic Variables Returned for Device Variables
516	Command Response Truncated
517	Configuration Change Counter Mismatch
518	Status bytes mismatch
519	Device Variable
520	Would you like to restore to factory setting?
521	Succeeded in restoring factory Setting.
522	Failed to restore factory Setting.
523	Please keep the flow is zero
524	Finished with offset trim procedure.Loop may be returned to AUTO.
525	Enter externally measured Value in current PV unit
526	Range values should be checked as the new offset will affect the pv value.
527	Enter the password
528	Password Error
529	Enter the calibration points
530	Adjust the PV value to a stable state
531	Enter PV value of point %{index_y} for current sensor value
532	Data transmiting, please waiting
533	Enter sensor value of point %{index_y}
534	Enter PV value of point %{index_y}
535	This function will use the current PV as the Lower Range value.
536	The span from LRV to URV will remain the same .press OK when ready.
537	New Lower Range Value Marked.Loop may be returned to AUTO
538	This function will use the current PV as the upper Range value. press OK when ready.
539	New Upper Range Value Marked.Loop may be returned to AUTO
540	Setup the sensor parameters?
541	Yes;No
542	Measure tube length
543	Target diamete
544	Measure tube Diameter
545	Float density
546	Displacer length
547	Measuring Tube_Diameter
548	Enter the Medium Type
549	Gas Denty
550	Gas Press
551	Gas temperature
552	Liquid Denty
553	Enter Sensor Type
554	Engineering Units for PV
555	Upper Range Value (PV Value at 20mA)
556	Lower Range Value (PV Value at 4mA)
557	Small signal cut?
558	Yes;No
559	Small signal cut value
560	PV change threshold value
561	PV Alarm values are being set to the following values: Hi alarm=95.0% Lo alarm=5.0%
562	PV Alarm Deadband is being reset to zero
563	PV Alarm must be enabled to affect the analog output
564	Use the Alert Setup menu to enable and edit the alarms
565	Finished with Guided Setup
566	No Alarms Set
567	System High frequency clock warning
568	System Low frequency clock warning
569	Internal Eeprom Error
570	External Eeprom Error
571	Internal Flash error
572	External Flash error
573	Internal Ram error
574	External Ram error
575	Internal over/under Temperature warning
576	Current output error
577	LCD error
578	ADC12 error
579	ADC24 error
580	DAC16 error
581	ADC REF error
582	DAC REF error
583	Level Sensor Excitation error
584	Level Sensor Connector error
585	Flow Sensor Excitation error
586	Flow Sensor Connector error
587	Pressure Sensor Excitation error
588	Pressure Sensor Connector error
589	Temperature Sensor Excitation error
590	\|cn\|温度传感器连接错误
591	Level variable High Alarm
592	Level variable Low Alarm
593	Flow variable High Alarm
594	\|cn\|流量低报警
595	Pressure variable High Alarm
596	Pressure variable Low Alarm
597	Temperature variable High Alarm
598	Temperature variable Low Alarm
599	Enter externally measured process temperature Value
600	Range values should be checked as the new offset will affect the Sensor temperature Value.
601	Densty Temp Comp Table
602	Enter New Table;Review New Table
603	The temperature compensation tables will hold up to 16 temperature/Densty_Coeff entries
604	The temperature compensation tables points
605	Enter temp for point %{choice1} Densty
606	Enter normalized modulus for point %{choice1} at Temp %{1}
607	degC correction %{choice1}: %{0} %{1}
608	Sensor input filter damping
609	Sensor value is %[.3f]{MeasureSenValue}
610	Sensor offset value is %[.3f]{MeasureSenValueoffset}
611	Sensor temperature value is %[.2f]{SentemperatureValue}
612	Sensor VS temprature coff is %[.5f]{SensorTempCompCoff}
613	Sensor exciting current is %[.2f]{Sensor_exciting_current}mA
614	Sensor input filter damping is %[.1f]{InputDampingValue}S
615	Measure tube length is %[.0f]{Sensor_Length}
616	Target diameter is %[.0f]{Sensor_Diameter}
617	Measure tube Diameter is %[.0f]{Measuring_Tube_Diameter}
618	Float density is %[.3f]{Sensor_Density}
619	Displacer length is %[.0f]{Sensor_Length}
620	Sensor Length is %[.0f]{Sensor_Length}
621	Sensor Diameter is %[.0f]{Sensor_Diameter}
622	Sensor Density is %[.3f]{Sensor_Density}
623	Measuring Tube_Diameter is %[.0f]{Measuring_Tube_Diameter}
624	The cumulative flow will be reset
625	Finished with cumulative flow reset procedure.Loop may be returned to AUTO.
626	Enter externally measured Sensor temperature Value
Reference ID	String