Device dictionary

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Reference ID	String
0	ABB
1	658T
2	Tag
3	Date
4	Month / Day / Year
5	Message
6	Xmtr Serial Number
7	Field Device Specific Status Byte 1- Data that has Current Field Device status information relating to: failures / warnings / status of process.
8	Current Data: Transmitter failed -> go to workshop
9	Redundant sensor failed -> check sensor
10	EEPROM disturbed -> call ABB Kent-Taylor
11	PROM checksum failed -> call ABB Kent-Taylor
12	PV out of sensor limits or bad -> check measuring chain
13	Sensor open or short -> check sensor
14	Device temp < -40 or > 85 degC -> check device
15	Config. measuring range invalid -> check range
16	Field Device Specific Status Byte 2- Data that has Historical Field Device status information relating to: failures / warnings / status of process.
17	Historical Data: Transmitter had failed -> go to workshop
18	Redundant sensor had failed -> check sensor
19	EEPROM was disturbed -> call ABB Kent-Taylor
20	PROM checksum had failed -> call ABB Kent-Taylor
21	PV was out of sensor limits or bad -> check measuring chain
22	Sensor was open or short -> check sensor
23	Device temp was < -40 or > 85 degC -> check device
24	Config. measuring range was invalid -> check range
25	Trim 4-20mA
26
27	Failsafe Report
28	Switches the failsafe on or off. If switched off, the analog output will notreact to a failure.
29	Substitution
30	a.Select the mA output to be set upon failsafe. b.Switches the latched output on or off.
31	Failsafe On
32	Failsafe
33	In case of a failure the analog output is set to the failsafe mA value. The value can be 3.6mA or 23.0 mA.
34	OFF
35	LOW - 3.6mA
36	HIGH - 23.0mA
37	OTHER
38	Failsafe mA Value
39	In case of a failure the analog output is set to the failsafe mA value. Min value - 3.6, Max value - 23.0.
40	5.2f
41	Invalid Failsafe Control Codes
42	Sensor Type
43	Pt100 DIN IEC
44	Pt100 SAMA
45	Ni100 DIN
46	SAMA Ni
47	Cr228/229 10 Ohm
48	MINCO Ni120
49	T/C typ C
50	RTD Special
51	T/C Special
52	Linearization
53	Sensor Connection
54	Defines the sensor type and the number of wires.
55	millivolts
56	Thermocouple
57	T/C differential
58	Two Wire RTD
59	Three Wire RTD
60	Four Wire RTD
61	Dual 2W RTD diff
62	Dual 2W independ
63	Dual 2W secure
64	Dual 2W average
65	Display Settings
66	Select the value to be displayed.
67	Display PV
68	Display % of Range
69	Display AOut in mA
70	Alternate PV/AOut
71	Alternate PV/%
72	Sensor Fail Det.
73	Indicates if the system to detect sensor failures or line breaks is ON or OFF.
74	Invalid linearization mode
75	Warning: Check Units and Span
76	7.2f
77	Special characterization not available
78	Invalid number of pairs of values, 2 - 22 pairs allowed.
79	Warning: Turning Sensor Offset Curve System ON
80	Cold Junction Temp. Compensation
81	Lowest Junct Temp
82	Actual CJ Temp
83	Without CJ
84	Fixed CJ Temp
85	External via Ni100
86	Lowest Junct Temp
87	Cold Junct Temp
88	5.1f
89	degC
90	Display Mode Setup
91	Enable or disable local keys to avoid accidental use.
92	Enable
93	Disable
94	Special Sensor Des
95	Text label describing the connected sensor.
96	Xmtr Assembly
97	Description of the transmitter assembly.
98	Basic Unit
99	DIN Rail Mounted
100	Head Housing
101	EEx-d Housing
102	Customized
103	Special
104	Display Label
105	Label that appears on the 3-line local display, max. 7 characters.
106	Display Type
107	One Line Display
108	Three Line Display
109	none
110	Display Language
111	The language used by the 658T local display.
112	English
113	German
114	French
115	Spanish
116	Line Frequency
117	Indicates the power line frequency and filter selected.
118	50Hz,High Filter
119	50Hz,High Speed
120	60Hz,High Filter
121	60Hz,High Speed
122	Validation Time
123	Validation time sets the time interval for bad data suppression. Min value - 0.25, Max value - 10.
124	Smart Smoothing
125	Suppression of noise through averaging with fast response to 1-10 degC changes of the input. Min value - 0.25, Max value - 30.
126	Validation Time too Large
127	Validation Time too Small
128	Smart Smoothing Time too Large
129	Smart Smoothing Time too Small
130	Flush
131	Lead resistance
132	Analog Output
133	Engineering Units
134	Diff AOut
135	PV AOut
136	Analog output in mA of the differential measurement.
137	Analog Output in mA.
138	mA
139	Damping
140	Exponential damping of input signal, maximum time constant 32 seconds.
141	.2f
142	4.2f
143	Sensor Serial #
144	7d
145	Diff %
146	PV %
147	Differential value of channel 1 and channel 2 in percent of range.
148	PV in percent of range.
149	URV
150	URV - Upper Range Value of the differential measurement.
151	URV - Upper Range Value.
152	LRV
153	LRV - Lower Range Value of the differential measurement.
154	LRV - Lower Range Value.
155	Diff
156	PV
157	Differential value of channel 1 and channel 2 in Engineering Units.
158	Process Variable in Engineering Units
159	Internal Temp
160	Internal temperature of the device.
161	4.0f
162	Internal Temp Unit
163	Engineering units of the internal temperature of the device.
164	Channel1
165	Channel 1 value in Engineering Units of a dual measurement.
166	Cold Junction Temp
167	Channel2
168	Cold junction temperature measured by the external Ni100 sensor.
169	Channel 2 value in Engineering Units of a dual measurement.
170	Temp
171	Xmtr Self Test
172	Commands the 658T to perform a self-test. Note: Analog output is affected during the test.
173	Lead Resist Trim
174	Trim the lead resistances so that the output reads zero, repectively reset the historical lead resistance value to 0. Used with 2-wire or dual RTD measurements only.
175	Reset Analog Trim
176	Reset the Analog Output to the factory settings.
177	Select Sensor
178	Define the sensor type and the sensor connection.
179	Sensor Setup Info
180	Displays the sensor type, linearization mode, sensor connection, and cold junction compensation.
181	Enable or disable the detection of a sensor failure or line break.
182	Exit Line Break Detection
183	Snsr Offset Curve
184	Correction or characterization of input sensor(s). 2-22 pairs of values.
185	Snsr Offset Curve
186	Display the status of the Sensor Offset Curve System.
187	Lowest Junc Temp
188	Cold Junction Comp
189	Lowest of the two thermocouple junctions temperatures.
190	Method used for the compensation of the thermocouple cold junction.
191	Display lowest of the two thermocouple junctions temperatures.
192	Show configuration used for the compensation of the thermocouple cold junction.
193	Failsafe Report
194	Displays current failsafe setup.
195	Failsafe Report
196	Configuration of the mA output upon failsafe.
197	Exit Failsafe Setup
198	Engineering Units
199	Set the engineering unit to be displayed with the Digital Value representation, Upper Range Value, Lower Range Value, and Lower Sensor Limit.
200	Exit Engineering Units Setup
201	Line Freq & Filt
202	Set the power line frequency and filter.
203	Exit Line Freq & Filter Setup
204	Smart Smoothing
205	Exit Smart Smoothing Setup
206	Validation Time
207	Exit Validation Time Setup
208	Set LRV
209	Specify the Lower Range Value, (the 4ma value).
210	Exit LRV Setup
211	Set URV
212	Specify the Upper Range Value, (the 20ma value).
213	Exit URV Setup
214	Apply LRV
215	Perform a device rerange by applying the 4ma value to the device input.
216	Apply URV
217	Perform a device rerange by applying the 20ma value to the device input.
218	Set Damping
219	Specify exponential damping of input signal, maximum time constant 32 seconds.
220	Exit DAMPING Setup
221	Internal Temp Unit
222	Exit Internal Temp Unit Setup
223	Reset Failsafe Val
224	Clear latched Failsafe.
225	Clear Hist Status
226	Clear the historical status information for failures. The historical status information is not automatically cleared when the failure is removed. They have to be cleared manually.
227	warn
228	Offline Configuration
229	Offline
230	Display Data
231	Review Setup
232	Transmitter Setup
233	Input Setup
234	Output Setup
235	Failsafe Setup
236	Output Trim
237	Other Setup
238	Xmtr Filtering
239	Local Display
240	Xmtr Identifiers
241	Tag Setup
242	Device Information
243	Diagnostics
244	Xmtr Internal Diag
245	Failure Status
246	Xmtr Internal Vars
247	FMU860
248	DT
249	DVC
250	FCX
251	AS800
252	340T
253	340C
254	344
255	Siemens Micro K
256	SITRANS L
257	SIPAN PH
258	SITRANS P
259	75SMT
260	UNIDELTA
261	8320
262	SX5100
263	TSV175
264	DMU
265	3780
266	BM70
267	8u
268	NOTE: Analog output is affected during test! Press OK to continue with test.
269	Please wait. The self test will take about 10 sec. Results will be displayed on the next screen.
270	Device may be stuck in self-test!
271	Self test completed. No faults found
272	Lead resistance should be:
273	Trimmed;Reset
274	Please bridge the RTD / Resistor now
275	Please bridge the RTDs / Resistors now
276	Have you bridged the RTD(s) ?
277	No;Yes
278	Lead resistance trimmed
279	Lead resistance trim aborted
280	Lead resistance set to 0?
281	Ok to Reset Analog Output to Factory Settings?
282	Enter Sensor Offset Curve if you desire any units other than Ohms
283	Sensor connection set to: %{0}
284	Enter Sensor Offset Curve if you desire any units other than mV
285	Linearization Mode
286	Downloading sensor configuration to the device
287	Cold Junction Temp
288	Lowest Junction Temperature
289	Downloading cold junction configuration to the device.
290	Sensor Type: %{0} Connection: %{1} Sensor Serial Num: %{2}
291	Cold Junction Comp: %{0} Cold Junction Temp: %{1} Linearization %{2}
292	Cold Junction Comp: %{0} Linearization %{2}
293	Lowest Junction Temp: %{1} Linearization %{2}
294	Linearization %{2}
295	Sensor Failure Detection
296	Sensor Failure Detection ON
297	Sensor Failure Detection OFF
298	Enter the number of pairs of values, (Min-2, Max-22)
299	There must be at least 2 pairs of values.
300	Point %{local_pos} Indicated Value Unit: %{0}
301	Actual Value Unit: %{1}
302	Sensor Offset Curve System OFF
303	Sensor Offset Curve System ON with %{0} pairs of values.
304	Cold Junction Comp: %{0} Cold Junction Temp: %{1}
305	Cold Junction Comp: %{0} Cold Junction Temp: %{2}
306	Cold Junction Comp: %{0} Cold Junction Temp: %{3}
307	Cold Junction Comp: %{0}
308	Lowest Junction Temp: %{1}
309	Failsafe Report OFF
310	Failsafe Report ON - 3.6mA
311	Failsafe Report ON - 23mA
312	Failsafe Report OTHER - %{0}mA
313	Failsafe mA Value Min-3.6, Max-23.0 Current value:
314	Ohms not valid for thermocouple sensors
315	mV not valid for RTD sensors
316	Engineering Units set to %{0}.
317	Line Freq. & Filter set to %{0}.
318	Enter Smart Smoothing value (Min-0.25, Max-30)
319	Smart smoothing set to %{0} sec.
320	Enter Validation Time (Min-0.25, Max-10.0)
321	Validation Time set to %{0} sec.
322	Enter LRV
323	LRV set to %{0} %{1}
324	Enter URV
325	URV set to %{0} %{1}
326	PV = %{1} %{2} LRV = %{0} %{2}
327	New LRV %{1}
328	Accept new value;Read new value;Abort
329	Please wait.
330	PV = %{1} %{2} URV = %{0} %{2}
331	New URV %{1}
332	Enter Damping (32 sec. maximum)
333	Damping set to %{0} sec.
334	Internal Temp Unit set to %{0}
335	Clear Failsafe. Back to mode measuring if trouble is removed.
336	Clear historical status?
337	No;Yes
338	Historical status NOT cleared.
339	Historical status cleared.
Reference ID	String