Device dictionary

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Reference ID	String
0	Online
1	Offline
2	Identify
3	Device
4	Additional Device Revision
5	Measuring Point
6	Additional Info
7	Parameterize
8	Device set-up
9	Concentration Configuration
10	Main Sensor
11	Temp.Sensor
12	Input/Output
13	Analog Output
14	Communication
15	General
16	Diagnosis
17	Overview
18	Electronics
19	Sensor
20	Installation/Startup
21	Process
22	Operating Conditions
23	Simulation
24	By enabling diagnosis simulation, any one diagnosis can be simulated at a time.Actual device diagnosis are not reported when diagnosis simulation is turned ON
25	Diagnosis Simulation
26	Masking
27	When a diagnosis is masked, that diagnosis condition is not generated by the device.
28	Calibration
29	Conductivity/Concentration cal
30	Temperature Cal
31	Edit PV,temp cal
32	Edit PV,tempcal
33	Reset PV,temp cal
34	Analog Output Trim
35	Current Output
36	Extra
37	Operate
38	Observe
39	Charts
40	PV
41	Temperature (SV)
42	Uncomp. Conductivity (TV)
43	Comp. Conductivity (QV)
44	Output Current [mA]
45	Trend
46	Process Values
47	mA
48	Device reset
49	Start Temperature Cal
50	Temperature calibration. A smart two point temperature calibration can be accomplished by performing temp cal at the lower point first and then at the upper point, the two points separated by at least 20 deg-C.
51	Start Cond/Conc. Cal
52
53	Reset PV,temp Cal
54	Reset the process and temperature sensor calibration data to the values set at the factory
55	Exit from calibration
56	Run TC Recognition
57	On demand scan for temperature sensor type could be performed using this procedure. Normally, the device scans for temperature sensor at power up and when TC type is changed from Manual to Auto or Auto Sol. This procedure lets the user run the scan when the temperature sensor has been changed.
58	Reset Configuration Changed Flag
59	Reset the device Configuration Changed flag
60	PV Range Units Warning
61	Warning
62	Diag Simulation warning
63	Device Type
64	ACA592EC
65	Manufacturer
66	ABB
67	Installation Date
68	Descriptor
69	Final Assembly Number
70	Message
71	Poll Addr
72	HART Tag
73	Device Revision
74	HART Revision
75	Device status
76	Device ID
77	0x1A31
78	Resp. Preamble
79	Burst Mode Status
80	Burst Mode Command #
81	Cmd 1
82	Cmd 2
83	Cmd 3
84	Device Status 0
85	PV input error
86	Primary process value related sensor board electronics malfunction
87	Temperature input error
88	Temperature related sensor board electronics error
89	Reserved
90	PV out of physical limit
91	The process applied to the sensor for the Primary Variable is beyond the operating limits of the device.
92	Device Status 1
93	PV out of range limits
94	The analog output for the Primary Variable is beyond its scaling limit and no longer represents the true applied process.
95	Device Status 2
96	Sensor electronics failure
97	No communication with sensor electronics board or wrong sensor electronics
98	Snsr factory cal data corrupt
99	Sensor factory calibration data corrupt or missing
100	Memory failure
101	Electronic memory corrupted
102	Device Status 3
103	Non-Volatile memory burn error
104	Writings to the electronic non-Volatile Memory was not successful
105	Loop Test
106	Analog and digital analog outputs for the Primary Variable are held at the requested value. Device is in fixed current (Loop Test) mode.
107	Analog output saturated
108	Analog output for Primary Variable is beyond its scaling limit and not representing the true applied process
109	Device Status 4
110	Unreliable output current
111	Output unreliable due to D-to-A problems or wrong configuration
112	Power Supply warning
113	The Device Power Supply is close to the lowest or highest acceptable limit
114	Output ReadBack failure
115	The current output circuit could be broken or not correctly calibrated
116	Sensor electronics voltage warning
117	Process values could be affected due to too low or too high sensor electronics voltage
118	Sensor diagnostic signal input error
119	Dirty sensor signal or ground loop diagnostic signal related sensor board electronics malfunction
120	Ground loops present or shorted sensor cable
121	Sensor wiring problems, improper configuration of sensor diagnosis option.
122	Dirty sensor detected
123	Sensor dirty, improper configuration of sensor diagnosis option.
124	Device Status 5
125	Sensor temperature over range
126	Sensor temperature is above range
127	Sensor temperature under range
128	Sensor temperature is below range
129	Temp Comp in MANUAL mode
130	Ensure temperature sensor is connected and then run TC recognition to exit from manual TC mode
131	Highest priority alarm
132	Highest priority alarm - classification
133	Highest priority alarm - group
134	Device Status History 0
135	Diag History: PV input error
136	Diag History: Temperature input error
137	Diag History: PV out of physical limit
138	Device Status History 1
139	Diag History: PV out of range limits
140	Device Status History 2
141	Diag History: Sensor electronics failure
142	Diag History: Snsr factory cal data corrupt
143	Diag History: Memory failure
144	Device Status History 3
145	Diag History: Non-Volatile memory burn error
146	Diag History: Loop Test
147	Diag History: Analog output saturated
148	Device Status History 4
149	Diag History: Unreliable output current
150	Diag History: Power Supply warning
151	Diag History: Output ReadBack failure
152	Diag History: Sensor electronics voltage warning
153	Diag History: Sensor diagnostic signal input error
154	Diag History: Ground loops present or shorted sensor cable
155	Diag History: Dirty sensor detected
156	Device Status History 5
157	Diag History: Sensor temperature over range
158	Diag History: Sensor temperature under range
159	Diag History: Temp Comp in MANUAL mode
160	PV Range Units
161	mg/l
162	milli-grams/liter (manufacturer specific)
163
164	none
165	PV Hi Rng Val
166	.1f
167	.3f
168	PV Lo Rng Val
169	Primary Value
170	PV Units
171	Device primary variable (PV) display units
172	Snsr lim Units
173	PV USL
174	.0f
175	PV LSL
176	Minimum Span
177	Damping
178	7d
179	Current Out
180	.2f
181	Alarm Current
182	Linearity
183	Primary % Range
184	Primary Variable
185	Secondary variable temperature
186	Temp.unit
187	Temperature engineering units for all temperature values in the device.
188	SV-Temperature
189	Secondary Variable Temperature
190	Teritary value Uncompensate4d. Conductivity
191	Uncomp. Conductivity(TV) unit
192	Teritiary variable Uncomp. Conductivity engineering units
193	Quaternary variable Comp. Conductivity
194	Comp. Conductivity (QV) unit
195	Quaternary variable Comp. Conductivity engineering units
196	Hardware revision
197	Field device HW revision
198	Software revision
199	Field device Firmware revision
200	Device Serial Number
201	Unique device serial No.
202	Transmitter Busy - Cannot Process Command
203	Analyzer type
204	PV measurement will be Conductivity or Concentration based on selection from Analyzer Type When PV is Concentration, Conductivity value is available as QV (Comp. Conductivity)
205	Conductivity
206	Concentration
207	Sensor Group
208	Sensor Group A or B based on sensor cell constant
209	Group A
210	Group B
211	Sensor diag.
212	Sensor Diagnostics selection determines whether certain sensor diagnostics are enabled or disabled
213	Diagnostics not active
214	Diagnostics are active
215	Conc. Solution
216	Defines the solute algorithm used for Concentration configuration Both predefined and user-defined concentration configurations are available. The available solution types are dependent upon the current Sensor Group. Sensor Group A: 0-15% NaOH, 0-20% NaCl, 0-18% HCl, 0-20% H2SO4, User Defined. Sensor Group B: User Defined.
217	0-15% NaOH
218	Predefined configuration: NaOH
219	0-20% NaCl
220	Predefined configuration: NaCl
221	0-18% HCl
222	Predefined configuration: HCl
223	0-20% H2SO4
224	Predefined configuration: H2SO4
225	User Defined
226	User-defined configuration
227	Conc. Curve Name
228	This is a six character text name for the concentration curve. It could be modified in user-defined concentration configuration.
229	Conc. Unit
230	Concentration unit is % for pre-defined solute algorithms. unit can be selected between percent, ppm, µg/l, ppb, mg/l and none for user-defined solute algorithm.
231	HW write protection
232	Hardware write protection
233	Off
234	HW write protection switch is OFF
235	On
236	HW write protection switch is ON
237	SW write protection
238	Software write protection
239	SW write protection is disabled
240	SW write protection is enabled
241	Temp. sensor type
242	Temperature sensor type recognized
243	3K Balco 2-wire
244	2-wire temperature sensor type 3K Balco
245	3K Balco 3-wire
246	3-wire temperature sensor type 3K Balco
247	PT 100 2-wire
248	2-wire temperature sensor type PT 100
249	PT 100 3-wire
250	3-wire temperature sensor type PT 100
251	PT 1000 2-wire
252	2-wire temperature sensor type PT 1000
253	PT 1000 3-wire
254	3-wire temperature sensor type PT 1000
255	None
256	A temperature sensor is not being used.
257	TC Recognition Status
258	Temp sensor recognition status. Device scans for TC at power up, when TC type is switched from MANUAL to AUTOMATIC, and when TC recognition is run through the appropriate menu.
259	Not Recognized
260	Recognized
261	Auto TC Option
262	Determines the algorithm that adjusts for the temperature effect of a solute.
263	Standard KCl
264	TC Coeff
265	NaOH
266	NaCl
267	HCl
268	H2SO4
269	User Def TC
270	Temp comp is based on percent change of conductivity from an adjustable reference temperature per deg C. The value is adjustable between 0 and 9.99 % per deg-C
271	%/degC
272	Temp.Comp.Type
273	Determines the type of Temperature Compensation algorithm applied to the Primary Value
274	Auto
275	Automatic Temp. Comp. - This state uses the measured temperature value from the temperature sensor in the Nernstian temperature compensation algorithm.
276	Manual
277	Manual Temp. Comp. - This state uses a fixed, manually set temperature value in the Nernstian temperature compensation algorithm.
278	Manual Temp
279	Manual Temperature Compensation Value - is used in Nernstian temp. comp. when the Temp Comp selection is Manual
280	Reference Temp
281	Variable reference temperature - this provides the ability to use any temp as the reference temp used to determine the temp-compensated PV
282	TC Coeff too high
283	TC Coeff too low
284	Reference Temperature too high
285	Reference Temperature too low
286	Temp 1
287	When the user defined Auto temperature compensation is selected, the values in this curve are used for temperature compensation.The curve points Temp 1 to Temp 6 are the temperature values and the curve points K1/K25 to K6/K25 are the corresponding ratiosof uncompensated conductivity at Temp x to the conductivity at the reference temperature.
288	Temp 2
289	Temp 3
290	Temp 4
291	Temp 5
292	Temp 6
293	K1/Kref
294	K2/Kref
295	K3/Kref
296	K4/Kref
297	K5/Kref
298	K6/Kref
299	TC user defined curve value out of limit
300	TC user defined curve values not monotonic
301	X1 Cond
302	Concentration curve with x-axis = Conductivity in µS/cm and y-axis = Concentration in Conc. Unit.
303	X2 Cond
304	X3 Cond
305	X4 Cond
306	X5 Cond
307	X6 Cond
308	Y1 Conc
309	Y2 Conc
310	Y3 Conc
311	Y4 Conc
312	Y5 Conc
313	Y6 Conc
314	User defined concen. curve value out of limit
315	User defined concen. Curve curve values not monotonic
316	User Def Conc.Table
317	User Def TempComp Table
318	PV Slope
319	PV sensor efficiency (slope) value in percent
320	%
321	PV Offset
322	PV sensor offset value.
323	Temp.Slope
324	Temperature sensor Slope
325	Temp Offset
326	Temperature sensor offset value.
327	PV Slope too high
328	PV Slope too low
329	PV Offset too high
330	PV Offset too low
331	Temp Slope too high
332	Temp Slope too low
333	Temp Offset too high
334	Temp Offset too low
335	Cal new value
336	Busy
337	Cal Status
338	Not Active
339	calibration is inactive
340	Waiting for stabilityManual Calibration is waiting to be told that i/p signal is stable
341	Waiting for new value
342	Manual Calibration is waiting for a new process value
343	Waiting for standard 1
344	Calculating 1
345	Auto Calibration is calculating factors for 1st std buffer solution
346	Waiting for standard 2
347	Auto Calibration is waiting for 2nd std buffer solution to be applied
348	Calculating 2
349	Auto Calibration is calculating factors for 2nd std buffer solution
350	Success
351	calibration has completed and successfully calculated new factors
352	Failure
353	calibration has completed but could not calculate new factors
354	Reject
355	calibration is rejecting any new factors
356	Accept
357	calibration is saving any new factors
358	No reject
359	Not active
360	calibration is not active
361	PV Cal Active
362	PV cal Value Received
363	Temp cal active
364	Temp cal val received
365	Cal Progress
366	Cal Error
367	2d
368	Diagnosis Masking byte 0
369	this diagnosis condition will not generated by the device.
370	Diagnosis Masking byte 1
371	Diagnosis Masking byte 2
372	Snsr factry cal data corrupt
373	Diagnosis Masking byte 3
374	Diagnosis Masking byte 4
375	Diagnosis Masking byte 5
376	Diagnosis Simulation On/Off
377	help
378	Diagnosis Simulation Byte0
379	Simulate this condition
380	Diagnosis Simulation Byte1
381	Wrong configuration
382	Power Supply Warning
383	Diagnosis Simulation Byte2
384	Dirty sensor diag signal input error
385	Diagnosis Simulation Byte3
386	Wrong sensor electronics board
387	Diagnosis Simulation Byte4
388	Diagnosis Simulation Byte5
389	Total working time
390	days
391	hrs
392	mins
393	Power On Counter
394	Long tag
395	32 characters
396	FMU860
397	DT
398	DVC
399	FCX
400	AS800
401	340T
402	340C
403	344
404	Siemens Micro K
405	SITRANS L
406	SIPAN PH
407	SITRANS P
408	75SMT
409	UNIDELTA
410	8320
411	SX5100
412	TSV175
413	DMU
414	3780
415	BM70
416	8u
417	WARNING: Device will be reset!
418	About to reset the device
419	Device reset in progress Please wait...
420	Device maybe stuck in reset.
421	Device reset OK
422	PV or Temp cal is currently in progress. Another cal cannot be started.
423	Current Temp value: %{0} %{4} Temp Compensation type: %{5}
424	Enter desired value for temperature calibration: (%{4}):
425	Please wait...
426	Temperature cal failed.
427	Temperature cal success. Temp slope: %{1} percent Temp offset: %{2} %{4}
428	Press OK when PV is stable %{0} %{4}
429	Enter desired PV value (%{4}):
430	Calibration failed. Reason: PV cal offset too high
431	Calibration failed. Reason: PV cal offset too low
432	Calibration failed. Reason: PV cal slope too high
433	Calibration failed. Reason: PV cal slope too low
434	Calibration failed.
435	Calibration successful. PV slope: %{1} percent PV offset: %{2} uS/cm
436	PV and Temperature calibration slope and offset and temperature manual setpoint will be reset to default! Select Calibration reset option
437	Reset PV and Temperature cal;Exit
438	Exiting from calibration...
439	Perform Temperature Sensor Recognition?
440	Yes;No
441	Temperature sensor %{1}. Temperature sensor type = %{0}
442	The Configuration Changed Flag will be cleared
443	PV Range Units and PV Range are always written together to the device. Since the PV Range Units have have been modified, ensure that the PV Range value is also modified to match the new units before sending the PV Range Units and PV Range to the device.
Reference ID	String