Device dictionary

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Reference ID	String
0	AT9000
1	Manufacturer- References a specific manufacturer, which is usually a company name, that is responsible for the manufacture of this Field Device.
2	Azbil Corporation
3	Num Req Preams
4	Universal Rev
5	Field Device Rev
6	Software Rev
7	Hardware Rev
8	Device ID
9	Device ID- Uniquely identifies the Field Device when combined with the Manufacturer Identification and Device Type. Therefore, this variable cannot be modified by the Host user.
10	Polling Address
11	Tag
12	Message
13	Descriptor
14	Date
15	Final Assembly Number
16	Analog Output
17	.3f
18	8.5f
19	Fail Safe Direction
20	Fail Safe Direction- Defines how the Analog Output will respond when the Field Device detects that the Analog Output may not be tracking the associated Field Device Variable. NOTE- The Digital Value representation may not be determinate.
21	Upscale
22	Downscale
23	Non-B/O
24	Unknown
25	Output
26	Output- Variable that tracks the Digital Value representation with respect to the range defined by the Lower Range Value and Upper Range Value, for normal operating modes. The units of this variable are always in percent.
27	.2f
28	Transfer Function
29	Upper Range Value (100%)
30	Lower Range Value (0%)
31
32	Analog/Digital Conversion Fault
33	Analog/Digital Conversion Fault- Analog/Digital conversion failure
34	Sensor Characteristic Data Fault
35	Sensor Characteristic Data Fault- Sensor characteristic data failure
36	Suspect Input
37	Suspect Input- Input data error
38	CPU Fault
39	CPU Fault- CPU operation failure
40	NVM Fault
41	NVM Fault- Nonvolatile memory failure
42	RAM Fault
43	RAM Fault- RAM failure
44	ROM Fault
45	ROM Fault- ROM failure
46	Output Circuit Fault
47	Output Circuit Fault- Output circuit failure
48	Meter Body Over Temperature
49	Meter Body Over Temperature- Meter body temperature is too high.
50	Excess Zero Correct
51	Excess Zero Correct- The zero correction factor is outside the acceptable limits for accurate operation.
52	Excess Span Correct
53	Excess Span Correct- The span correction factor is outside the acceptable limits for accurate operation.
54	In Output Mode
55	In Output Mode- The device is operating in output mode.
56	Meter Body Overload or Fault
57	Meter Body Overload or Fault- -The input pressure is more than two times the upper range limit for the device. -Device error
58	Status 1-5
59	Status 1-5- Unknown error
60	Correct Reset
61	Correct Reset- Calibration data is cleared.
62	Status 1-7
63	Status 1-7- Unknown error
64	External Zero/Span Adjustment Fault
65	External Zero/Span Adjustment Fault- External zero/span adjustment error
66	Status 2-1
67	Status 2-1- Unknown error
68	Status 2-2
69	Status 2-2- Unknown error
70	Status 2-3
71	Status 2-3- Unknown error
72	Failure Alarm Simulation Mode
73	Failure Alarm Simulation Mode- The device is operating in failure alarm simulation mode.
74	Contact Output Simulation Mode
75	Contact Output Simulation Mode- The device is operating in contact output simulation mode.
76	Output Alarm Detected
77	Output Alarm Detected- The output is going over upper/lower limit of output alarm.
78	Sensor Temp. Alarm Detected
79	Sensor Temp. Alarm Detected- The sensor temperature is going over upper/lower limit of sensor temp. alarm.
80	Invalid Database
81	Invalid Database- Configuration data and/or calibration data is invalid.
82	Status 3-1
83	Status 3-1- Unknown error
84	Status 3-2
85	Status 3-2- Unknown error
86	Status 3-3
87	Status 3-3- Unknown error
88	Status 3-4
89	Status 3-4- Unknown error
90	Status 3-5
91	Status 3-5- Unknown error
92	Status 3-6
93	Status 3-6- Unknown error
94	Status 3-7
95	Status 3-7- Unknown error
96	D/A Trim
97	Loop Test
98	Zero Trim
99	Pressure
100	.4f
101	Pressure Unit
102	Field Device Variable Unit- Engineering unit to be displayed with the Digital Value representation, Upper Range Value, Lower Range Value, and Upper Range Limit. Pressure- Pressure of the process measured with respect to a reference pressure.
103	mmH2O
104	mH2O
105	inH2O
106	kPa
107	MPa
108	Pa
109	hPa
110	bar
111	mbar
112	mmHg
113	inHg
114	g/cm2
115	kg/cm2
116	atm
117	Torr
118	psi
119	Upper Range Limit
120	Upper Range Limit- Defines the maximum usable value for the Upper Range Value. Pressure- Pressure of the process measured with respect to a reference pressure.
121	Lower Range Limit
122	Damping
123	4.2f
124	Sensor Serial Number
125	7d
126	Sensor Temp.
127	.1f
128	Temp. Unit
129	Temp. Unit- Engineering unit to be displayed with Sensor Temp.
130	degC
131	degF
132	degR
133	Kelvin
134	Secondary Variable - Temperature Compensation
135	ExtSw mode
136	OnePush
137	RaiseLower
138	SI Unit
139	ALL Unit
140	SI Only
141	Alarm Status
142	Alarm Status- Displays the current alarm output status.
143	Output Alarm Low
144	Output Alarm Low- Indicates whether or not an alarm is detected. If an alarm is detected, the present output level is lower than the Lower Output Alarm setting.
145	Output Alarm High
146	Output Alarm High- Indicates whether or not an alarm is detected. If an alarm is detected, the present output level is higher than the Upper Output Alarm setting.
147	Sensor Temp. Alarm Low
148	Sensor Temp. Alarm Low- Indicates whether or not an alarm is detected. If an alarm is detected, the present sensor temperature is lower than the Lower Sensor Temp. Alarm setting.
149	Sensor Temp. Alarm High
150	Sensor Temp. Alarm High- Indicates whether or not an alarm is detected. If an alarm is detected, the present sensor temperature is higher than the Upper Sensor Temp. Alarm setting.
151	Contact Output Status
152	Contact Output Status- Displays the contact output status. --Open: The contact output circuit open. --Closed: The contact output circuit close. --Sim Open: The contact output circuit open in simulation mode. --Sim Closed: The contact output circuit close in simulation mode.
153	Open
154	Open- The contact output circuit will open when an alarm occurs.
155	Closed
156	Closed- The contact output circuit will close when an alarm occurs.
157	Sim Open
158	Sim Open- Device will go into simulation mode and the contact output circuit will open.
159	Sim Closed
160	Sim Closed- Device will go into simulation mode and the contact output circuit will close.
161	Output Alarm
162	Output Alarm- Configures the output alarm. --No Alarm: Do not use the output alarm. --Lower Limit: If the output is below the lower limit for the ouput alarm, the alarm is activated. --Upper Limit: If the output is above the upper limit for the output alarm, the alarm is activated. --Lower/Uppe Limit: If the ouput is either below the lower limit or above the upper limit for the output alarm, the alarm is activated.
163	No Alarm
164	No Alarm- Do not use the output alarm.
165	Lower Limit
166	Lower Limit- If the output is below the lower limit for the ouput alarm, the alarm is activated.
167	Upper Limit
168	Upper Limit- If the output is above the upper limit for the output alarm, the alarm is activated.
169	Lower/Upper Limit
170	Lower/Upper Limit- If the ouput is either below the lower limit or above the upper limit for the output alarm, the alarm is activated.
171	Lower Output Alarm
172	Lower Output Alarm- Sets the lower limit of Output Alarm
173	6.1f
174	Upper Output Alarm
175	Upper Output Alarm- Sets the upper limit of Output Alarm
176	Sensor Temp. Alarm
177	Sensor Temp. Alarm- Configures the temperature alarm ON/OFF. --No Alarm: Do not use the sensor temperature alarm. --Lower Limit: If the sensor temperature is below the lower limit for the sensor temperature alarm, the alarm is activated. --Upper Limit: If the sensor temperature is above the upper limit for the sensor temperature alarm, the alarm is activated. --Lower/Upper Limit: If the sensor temperature is either below the lower limit or above the upper limit for the sensor temperature alarm, the alarm is activated.
178	No Alarm- Do not use the sensor temperature alarm.
179	Lower Limit- If the sensor temperature is below the lower limit for the sensor temperature alarm, the alarm is activated.
180	Upper Limit- If the sensor temperature is above the upper limit for the sensor temperature alarm, the alarm is activated.
181	Lower/Upper Limit- If the sensor temperature is either below the lowe limit or above the upper limit for the output alarm, the alarm is activated.
182	Lower Sensor Temp. Alarm
183	Lower Sensor Temp. Alarm- Sets the lower limit of Sensor Temp. Alarm.
184	Upper Sensor Temp. Alarm
185	Upper Sensor Temp. Alarm- Sets upper limit of Sensor Temp. Alarm.
186	Contact Output Mode
187	Contact Output Mode- Selects the contact output mode either Normally Open or Normally Closed. --Normally Open: Sets the contact output circuit to normally open, and when the alarm is detected, become closed. --Normally Closed: Sets the contact output circuit to normally closed, and when the alarm is detected, become open.
188	Normally Open
189	Normally Open- Sets the contact output circuit to normally open, and when the alarm is detected, becomes closed.
190	Normally Closed
191	Normally Closed- Sets the contact output circuit to normally closed, and when the alarm is detected, becomes open.
192	Contact Output ON/OFF
193	Contact Output ON/OFF- Selects the alarms to reflect the contact output.
194	Output Low
195	Output Low- If a lower-limit output alarm is detected, the contact output becomes active.
196	Output High
197	Output High- If an upper-limit output alarm is detected, the contact output becomes active.
198	Sensor Temp. Low
199	Sensor Temp. Low- If the sensor's lower-lmit temperature alarm is detected, the contact output becomes active.
200	Sensor Temp. High
201	Sensor Temp. High- If the sensor's upper-limit temperature alarm is detected, the contact output becomes active.
202	Display Mode
203	Display Mode- Sets the displayed units for the device indicator. --%: Displays the currently measured pressure as a percentage of the preset measuring range. --Pressure: Displays the currently measured pressure in the selected pressure unit. --Scale: Displays the measured value in user-selected or user-defined units (flow rate, level etc.)
204	%
205	%- Displays the currently meauserd pressure as a percentage of the preset measuring range.
206	Pressure- Displays the currently measured pressure in the selected engineering units.
207	Scale
208	Scale- Displays the measured value in user-selected or user-defined units (flow rate, level etc).
209	Display Function
210	Display Function- Sets the display conformity of device. --Linear: Displays PV by linear scale. --Square root: Displays flow (square root extraction).
211	Linear
212	Linear- Displays PV by linear scale.
213	Square root
214	Square root- Displays flow by square root extraction.
215	Disp. Unit
216	Disp. Unit- Selects engineering unit displayed in the indicator of device. Valid when Scale is selected in Display Mode.
217	user define unit
218	mmAq
219	ftH2O
220	kPaG
221	MPaG
222	kPa abs
223	MPa abs
224	Pa abs
225	hPa abs
226	barG
227	mbarG
228	mmHg abs
229	inHg abs
230	gf/cm2
231	kgf/cm2
232	kgf/cm2G
233	kgf/cm2 abs
234	g/cm3
235	kg/m3
236	m3
237	l
238	kl
239	ml/h
240	l/h
241	kl/h
242	Skl/h
243	Sm3/h
244	t/h
245	m3/h
246	km3/h
247	Nm3/h
248	kNm3/h
249	l/min
250	kl/min
251	m3/min
252	Nml/min
253	Nl/min
254	Nm3/min
255	kl/d
256	m3/d
257	t/d
258	Nm3/d
259	kg/h
260	gal/min
261	gal/h
262	mm
263	m
264	t
265	kg
266	none
267	Exponent
268	Exponent- Selects the exponent(X10, X100, etc) displayed in the indicator of device. Valid when Scale is the selected in Display Mode.
269	X1
270	X10
271	X100
272	X1000
273	Cutoff Mode
274	Cutoff Mode- Displays the status of Cutoff mode. --Def (7.1%Lin): Cutoff mode is default. (Flow mode is default, dropout is linear, and cutoff point is 7.1%) --Zero Flow:Def: Dropout is zero, and flow mode is default. --Lin. Flow:Def: Dropout is linear, and flow mode is default --Zero Flow:Bi-dir: Dropout is zero, and flow mode is bi-directional. --Lin. Flow:Bi-dir: Dropout is linear, and flow mode is bi-directional. --Dropout: Selects behavior below the cutoff value. Selects either zero or linear. --Flow mode: Selects calculation method of flow output.Selects either default (square root of positive output) or bi-direction (square root of both positive and negative outputs.)
275	Zero Flow:Def.
276	Zero Flow:Def.- Dropout is zero, and flow mode is default.
277	Lin. Flow:Def.
278	Lin. Flow:Def.- Dropout is linear, and flow mode is default.
279	Zero Flow:Bi-dir.
280	Zero Flow:Bi-dir.- Dropout is zero, and flow mode is bi-directional.
281	Lin. Flow:Bi-dir.
282	Lin. Flow:Bi-dir.- Dropout is linear, and flow mode is bi-directional.
283	Def. (7.1% Lin.)
284	Def. (7.1% Lin.)- Cutoff mode is default. (Flow mode is default, dropout is linear, and cutoff point is 7.1%).
285	Cutoff Point
286	Cutoff Point- Displays the cutoff point (%) valid when Transfer function is the selected Square Root.
287	5.2f
288	EULO (0%)
289	EULO (0%)- The value displayed in the indicator of device when the output of the device is 0%. Valid when Scale is selected in Display Mode.
290	7.3f
291	EUHI (100%)
292	EUHI (100%)- The value displayed in the indicator of device when the output of the device is 100%. Valid when Scale is selected in Display Mode.
293	Output Low Limit
294	Output Low Limit- The output limit of Lower value (0%).
295	6.3f
296	Output High Limit
297	Output High Limit- The output limit of Upper value (100%).
298	Measurement Type
299	Measurement Type- Displays the sensor-type of device. --DP: Differential pressure type. --GP: Gauge pressure type. --AP: Absolute pressure type.
300	DP
301	GP
302	AP
303	PROM No.
304	PROM No.- Displays PROM No. used for the device.
305	SFN Communicator
306	Enable
307	Disable
308	User Unit
309	User Unit- Sets the user-defined unit displayed in the indicator of device. Valid when Scale is selected in Display Mode.
310	Status Record 0
311	Status Record 1
312	Status Record 2
313	Status Record 3
314	1 (Latest)
315	1 (Latest)- Displays the zero corrected value as a percentage of Upper Range Limit.
316	7.4f
317	2
318	2- Displays the zero corrected value as a percentage of Upper Range Limit.
319	3
320	3- Displays the zero corrected value as a percentage of Upper Range Limit.
321	4
322	4- Displays the zero corrected value as a percentage of Upper Range Limit.
323	5
324	5- Displays the zero corrected value as a percentage of Upper Range Limit.
325	Zero Correct Current
326	Count
327	Software Write Protect
328	Software Write Protect- Displays the status of software write protect.
329	No
330	Yes
331	Hardware Write Protect
332	Hardware Write Protect- Displays the status of hardware write protect.
333	Analog Output Configuration
334	Normal
335	NAMUR
336	Hardware Equipment
337	Meter
338	Contact Output
339	Software Version
340	Height
341	Height- Compensates for the effects of temperature change on the fill fluid of the remote sealed transmitter. User must enter the flange span to work this compensation.
342	Set Output Value
343	6.2f
344	Burnout Simulation
345	Clear
346	Burnout Simulaiton
347	Basic Setup
348	Process Variables
349	Review
350	Calibration
351	Device Information
352	Signal Condition
353	Output Condition
354	Revision Numbers
355	HART Output
356	Device
357	Diagnostic
358	Sensors
359	Alarm
360	Display
361	Diagnostic Status
362	Status Records
363	Zero Calibr. Log In Device
364	Temperature
365	All Variables
366	Device Tag
367	Rerange
368	Alarm Settings
369	Write Protect
370	Correct Input
371	Output Calibration
372	Critical Status
373	Non-Critical Status
374	Internal Data Inconsistency
375	Critical Status Records
376	Non-Critical Status Records
377	Internal Data Inconsistency Records
378	Fail Safe
379	Zero-Error Int. Data
380	upload_valiables
381	Correct Input LRV
382	Correct Input LRV- Calibrates zero point (Lower Range Value) based on the current input value.
383	Correct Input URV
384	Correct Input URV- Calibrates span (Upper Range Value) based on the current input value.
385	Reset Corrects
386	Reset Corrects- Discards calibration data.
387	Set LRV(Actual)
388	Set LRV(Actual)- Sets the Lower Range Value so that the present output value is used as the preset value.
389	Change Cutoff Mode
390	Change Cutoff Mode- Selects the cutoff mode and sets the cutoff point. Valid when Square Root is selected in Transfer Function.
391	Status
392	Status- Displays the result of self-diagnosis of the device.
393	Clear Status Records
394	Clear status records- Clears the Status-Record in device.
395	Change SW Write Protect
396	Change Software Write Protect- Selects either 'Yes' or 'No'.
397	Apply Zero Value
398	Apply zero value- Set the Lower Range Value at the input pressure.
399	Apply Span Value
400	Apply span value- Sets the Upper Range Value at the input pressure.
401	Restore Factory Setting
402	Restore factory setting- Return to the factory default calibration date.
403	Open- Simulates the contact output. Select [Open] to put the device in simulation mode, with contact output circuit is open.
404	Closed- Simulates the contact output. Select [Closed] to put the device in simulation mode, with contact output circuit is closed.
405	Clear- Simulates the contact output. Selects [Clear] to cancel simulation mode.
406	Software Version- Displays the software version of device.
407	Scaled D/A Trim
408	Failure Alarm Simulation Mode- Simulates the output when the device is in a critical state.
409	Clear- Simulates the output when the device is in a critical state. Select [Clear] to cancel simulation mode.
410	Pressure Chart
411	Pressure Gauge
412	Analog Output Gauge
413	Temperature Chart
414	Temperature Gauge
415	Output Chart
416	Output Gauge
417	Displays Device Status
418	azbil
419	Rueger
420	Mettler Toledo
421	Det-Tronics
422	TN Technologies
423	DeZURIK
424	Phase Dynamics
425	WELLTECH SHANGHAI
426	ENRAF
427	4tech ASA
428	Brandt Instrument
429	Nivelco
430	Camille Bauer
431	Metran
432	Milton Roy Co.
433	PMV
434	Turck
435	Panametrics
436	Stahl
437	Fieldbus International
438	BERTHOLD
439	InterCorr
440	China BRICONTE Co Ltd
441	Electron Machine
442	Sierra Instruments
443	Fluid Componenets
444	HART Communication Foundation
445	PSK Capable Device
446	PSK With Loop Current Signaling Disabled
447	Disabled
448	Enabled
449	Maintenance Required
450	Device Variable Alert
451	Lock Device Codes
452	Unlock
453	Temporary Lock
454	Permanent Lock
455	Write Device Variable Codes
456	Fix Value
457	Device Variable Family Codes
458	Actuator
459	Simple PID
460	pH
461	Conductivity
462	Totalizer
463	Device Variable not Classified
464	Volumetric Flow
465	Velocity
466	Volume
467	Length
468	Time
469	Mass
470	Mass Flow
471	Mass per Volume
472	Viscosity
473	Angular Velocity
474	Area
475	Energy (Work)
476	Force
477	Power
478	Frequency
479	Analytical
480	Current
481	Resistance
482	Angle
483	Conductance
484	Volume per Volume
485	Volume per Mass
486	Concentration
487	Valve Actuator
488	Trim Point Codes
489	Lower Trim Point Supported
490	Upper Trim Point Supported
491	Lower and Upper Trim Point Supported
492	Capture Mode Codes
493	Enabled - Capture From Specified Field Device
494	Enabled - Capture from BACK messages
495	Physical Layer Type Codes
496	Asynchronous (FSK)
497	Synchronous (PSK)
498	Lock Device Status Codes
499	Device is Locked
500	Lock is Permanent
501	Locked by Primary Master
502	Channel Flags
503	Input Channel
504	Process Data Status
505	Bad
506	Manual / Fixed
507	Poor Accuracy
508	Good
509	Limit Status
510	Not Limited
511	Low Limited
512	High Limited
513	Constant
514	Device Family Status
515	More Device Family Status Available
516	FMU860
517	DT
518	DVC
519	FCX
520	AS800
521	340T
522	340C
523	344
524	Siemens Micro K
525	SITRANS L
526	SIPAN PH
527	SITRANS P
528	75SMT
529	UNIDELTA
530	8320
531	SX5100
532	TSV175
533	DMU
534	3780
535	BM70
536	Extended Device Status
537	Provides additional Device Status information
538	Loop Current Mode
539	Indicates whether the loop current is active or fixed (i.e., the device is in multi-drop)
540	8u
541	8.3f
542	Device Variable
543	Apply LRV pressure.
544	Aborting method due to last error
545	Excess 5% OK?
546	Apply URV pressure.
547	About to Reset corrects
548	Reset corrects in progress please wait
549	Reset corrects OK
550	Transfer Function is not Linear
551	Confirm current input is correct
552	Enter output percent for current input
553	Value out of range
554	Enter percent : %{0} % New LRV : %{new_lrv} %{1} New URV : %{new_urv} %{1}
555	Set new LRV, URV;Read new value;Leave as found
556	Transfer function is linear. Abort method.
557	Select cutoff mode
558	Default (7.1%);Custom
559	Select dropout
560	Linear;Zero
561	Select flow mode
562	Default;Bi-direction
563	Set cutoff point (0 - 20%)
564	Write cutoff mode Dropout : Zero Flow mode : Default Cutoff point : %{0} %
565	Write cutoff mode Dropout : Linear Flow mode : Default Cutoff point : %{0} %
566	Write cutoff mode Dropout : Zero Flow mode : Bi-direction Cutoff point : %{0} %
567	Write cutoff mode Dropout : Linear Flow mode : Bi-direction Cutoff point : %{0} %
568	Write cutoff mode Default (7.1%)
569	Error Occurred
570	STATUS CHECK = OK
571	This method clears diagnostic status records.
572	Aborting method due to last error.
573	Succeed to clear diagnostic status records.
574	Hardware write protect mode is Yes. Do not change software write protect mode.
575	Select write protect mode.
576	No;Yes
577	Change write protect mode to No.
578	Change write protect mode to Yes.
579	Changing write protect mode, please wait
580	Changing write protect mode is success.
581	Apply new 4 mA input.
582	Current applied process value: %{0} %{1}
583	Set as 4 mA value;Read new value;Leave as found.
584	Apply new 20 mA input.
585	Set as 20 mA value;Read new value;Leave as found
586	About to restore factory setting.
587	Restore factory setting in progress, please wait.
588	Succeed to restore factory setting.
589	Set contact output to simulation open mode.
590	Now this device is in simulation open mode
591	Continue Simulation Mode;End Simulation Mode
592	Clear contact output simulation mode.
593	Set contact output to simulation closed mode.
594	Now this device is in simulation closed mode
595	Read Software Version
596	Proceed;Change scale
597	low
598	high
599	Setting field device output to %{low}
600	tmp_av
601	Setting field device output to %{high}
602	Set Failure Alarm Simulation Mode
603	Now this device is in Failure Alarm Simulation Mode
604	Clear Failure Alarm Simulation Mode.
605	4 mA;20 mA;Other;4->8->12->16->20 mA;End
606	Returning field device to original output
607	Setting field device output to 4mA
608	Field device output 4.00000mA equal to reference meter?
609	Field device output 20.00000mA equal to reference meter?
Reference ID	String