Device dictionary

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Reference ID	String
0	ABB
1	TTX300 Serie
2	Update PV range unit
3	Snsr1 probe type
4	0...500 Ohm
5	0...5000 Ohm
6	Cal. van Dusen 1
7	Pt50 (IEC751)
8	Pt100 (IEC751)
9	Pt200 (IEC751)
10	Pt500 (IEC751)
11	Pt1000 (IEC751)
12	Pt50 (JIS1604)
13	Pt100 (JIS1604)
14	Pt50 (MIL24388)
15	Pt100 (MIL24388)
16	Pt200 (MIL24388)
17	Pt1000 (MIL24388)
18	Ni50 (DIN43760)
19	Ni100 (DIN43760)
20	Ni120 (DIN43760)
21	Ni1000 (DIN43760)
22	Cu10 a=4270
23	Cu100 a=4270
24	Pt10 (IEC751)
25	Pt10 (JIS1604)
26	Pt10 (MIL24388)
27	-125.. 125 mV
28	-125..1200 mV
29	TC Type B (IEC584)
30	TC Type C (ASTME988)
31	TC Type D (ASTME988)
32	TC Type E (IEC584)
33	TC Type J (IEC584)
34	TC Type K (IEC584)
35	TC Type N (IEC584)
36	TC Type R (IEC584)
37	TC Type S (IEC584)
38	TC Type T (IEC584)
39	TC Type L (DIN43710)
40	TC Type U (DIN43710)
41	Cal. van Dusen 2
42	Cal. van Dusen 3
43	Cal. van Dusen 4
44	Cal. van Dusen 5
45	Fixpoint-Table1
46	Fixpoint-Table2
47	Fixpoint-Table3
48	Fixpoint-Table4
49	Fixpoint Table5
50	Off
51	Snsr1 wire number
52	2-wire
53	3-wire
54	4-wire
55	Snsr1 probe connection
56
57	Snsr1 CJC type
58	Internal
59	Standard
60	Fixed
61	Fixed to a manual value (thermostate)
62	None
63	Not used
64	Snsr1 CJC temperature unit
65	Snsr1 CJC temperature
66	Snsr1 resistance two wire
67	.2f
68	Snsr1 bias
69	Snsr1 input engineering unit
70	Snsr1 output engineering unit
71	Snsr2 probe type
72	Snsr2 wire number
73	Snsr2 probe connection
74	Snsr2 CJC type
75	External
76	Selects S1 as CJC-Temperature
77	Snsr2 CJC temperature unit
78	Snsr2 CJC temperature
79	Snsr2 resistance two wire
80	Snsr2 bias
81	Snsr2 input engineering unit
82	Snsr2 output engineering unit
83	Unsupported Probe Type
84	Invalid Number Of Wires
85	Device state
86	OK
87	No fault was found in the transmitter or sensor function. The diagnostic data may contain status information, stating e.g. that data is being stored in the non-volatile memory.
88	Check
89	The transmitter's process data or diagnostic information is being simulated. The output process value and displayed diagnostic data may not represent the actual situation.
90	Out of Specification
91	The transmitter or the sensors are not working under the specified operating conditions. Under these circumstances, the specified device properties may no longer be achieved. If the element is used under these unfavorable conditions repeatedly or for a longer time period, its service life may be shorter than specified.
92	Maintenance Required
93	The sensor or essential transmitter parts are defective. However, it is still possible to execute the configured measuring tasks, though to a limited extent. If sensor redundancy is configured, the failure of a sensor will not affect the primary variable. If the transmitter indicates that maintenance is required, this means that the maintenance personnel should service the device as soon as possible to avoid a failure of this tag.
94	Failure
95	The sensor or essential transmitter parts are defective. However, the primary variable and, thus, the current output is not necessarily and in any case affected. If e.g. the measuring signal from sensor 1 is assigned to the PV and sensor 2 fails, the device status assumes the value Failure, whereas the current output continues to provide valid measuring values.
96	Errors & Warnings
97	PV out of limits
98	Primary variable (PV) outside adjusted measurement range. Measurement range should cover process value limits
99	Non PV out of limits
100	Any secondary variable (SV, TV, QV) outside its limits
101	AO saturated
102	AO fixed
103	Analog output is fixed due to a simulation
104	More status available
105	Cold start
106	Device has (re-)started
107	Configuration changed
108	Configuration / parameter data has been changed. Check all parameters, acknowledge Flag.
109	Malfunction
110	See enhanced diagnosis information for details
111	Diag_Reserved0
112	Diag_Reserved1
113	Diag_Reserved2
114	Diag_Reserved3
115	Diag_Reserved4
116	Diag_Reserved5
117	Application
118	Cfg/Prm error
119	1) Load valid parameter set. 2) Restart. 3) Reset to factory setting
120	Red: Snsr 1 missing
121	1) Check sensor connection cables. 2) Check sensor. 3) Replace / repair sensor.
122	Red: Snsr 2 missing
123	Sensor drifting
124	Reserved
125	Re-Cfg in progress
126	Device is being re-configured, process values may be invalid.
127	Error
128	Application cannot execute measuring task, software error. 1) Load valid parameter set. 2) Restart. 3) Reset to factory setting. 4) Replace transmitter.
129	App simulated
130	Process data or diagnosis is being simulated.
131	AO trim activated
132	Current output is being trimmed.
133	Warning
134	Parameters or process data are out of the expected range. 1) Load valid parameter set. 2) Restart. 3) Reset to factory setting
135	PV HI_HI_Limit
136	Verify process or change limit value.
137	PV LO_LO_Limit
138	PV HI_Limit
139	PV LO_Limit
140	Sensor 1
141	Channel active
142	Resistance too high
143	Resistance of sensor connection cable is too high, maybe due to corrosion of the terminals.
144	Short Circuit
145	1) Check sensor connection. 2) Replace sensor.
146	Wire break
147	Snsr Range Overrun
148	Check sensor type, use different sensor if required.
149	Snsr Range Underrun
150	Bad Sensor Quality
151	1) Use shielded sensor cables. 2) Reduce distance between sensor and transmitter. 3) Enable current output damping.
152	1-pt trim active
153	2-pt trim active
154	Sensor 2
155	Electronics
156	Temp. meas. error
157	1) Restart (RESET). 2) Replace transmitter.
158	Dev. out of spec.
159	Observe specified ambient temperature range (protect against sunlight, cool, heat)
160	EEPROM defect
161	Writes exceeded
162	Wear limit reached. Data cannot be saved. 1) Restart (RESET). 2) Replace transmitter.
163	EEPROM Data defect
164	Parameter failure
165	HMI not connected
166	Check display. Only relevant if device has been delivered with display.
167	Device is readonly
168	Attempt to write data to device although the device is write-protected (by hardware or software). 1) Check local operation, disable. 2) Disconnect HART hand-held terminal. 3) If re-configuration is wanted, disable write-protection.
169	EEPROM busy
170	Data being saved in non-volatile memory. Do not switch off the transmitter.
171	Snsrbrd comm. error
172	Hardware error. 1) Restart (RESET). 2) Replace transmitter.
173	Snsrbrd failure
174	Snsrbrd ADC failure
175	Communication
176	SW version major
177	SW version minor
178	SW version revision
179	HW version major
180	HW version minor
181	Snsr S/N
182	1u
183	8u
184	Damping
185	3.1f
186	4.1f
187	s
188	Range unit
189	Snsr1 Einh.
190	Snsr1
191	Sensor of channel 1
192	Snsr1 Upr Lmt
193	3.2f
194	Snsr1 Lor Lmt
195	Snsr1 Min Span
196	Snsr1 Measurement- Measurement input that receives some analog information.
197	Snsr2 Units
198	Snsr2
199	Sensor of channel 2
200	Snsr2 Upr Lmt
201	Snsr2 Lor Lmt
202	Snsr2 Min Span
203	Snsr2 Measurement- Measurement input that receives some analog information.
204	Elec1
205	Electrical Input of Channel 1
206	Elec1 Upr Lmt
207	Elec1 Lor Lmt
208	Elec1 Min Span
209	Elec2 Units
210	Elec2
211	Elec2 Upr Lmt
212	Elec2 Lor Lmt
213	Elec2 Min Span
214	Electr. temp units
215	Terminal Temperature (or ambient temperature), is used for CJC and general temperature compensation.
216	Termnl
217	Termnl USL
218	Termnl LSL
219	Termnl min span
220	Electr. Temp
221	Differential Units- Choose units that are compatible between snsr1 and snsr2. (mV-mV, Ohms-Ohms, Deg-Deg)
222	Diff Units
223	The difference (snsr1 - snsr2). It is up to the user to make sure that the units are compatible between the 2 sensors
224	Diff s1s2 min span
225	Differential Measurement is derived by computing the difference between Snsr1 and Snsr2 (s1-s2). Both sensors should be configured.
226	Diff s2s1 min span
227	Averaging Units- Choose units that are compatible between snsr1 and snsr2. (mV-mV, Ohms-Ohms, Deg-Deg)
228	Avg Units
229	Avg
230	Avg USL
231	Avg LSL
232	Avg min span
233	Sensor Averaging computes the average of the two sensors. Make sure both sensors are configured.
234	Snsr Avg
235	Red min span
236	Sensor Averaging computes the redundant of the two sensors. Make sure both sensors are configured.
237	Red Avg
238	LO Limit
239	.1f
240	HI Limit
241	LO LO Limit
242	HI HI Limit
243	CVD A
244	.6e
245	CVD B
246	CVD C
247	CVD R0
248	CVD coefficient sets
249	Difference Snsr1 - Snsr2
250	Difference Snsr2 - Snsr1
251	Average Snsr1 and Snsr2
252	Electric input Snsr1
253	Electric input Snsr2
254	Redundant average Snsr1 and Snsr2
255	Electronics temperature
256	Identifizieren
257	upload list
258	download list
259	Gerät
260	Offline
261	Konfigurieren
262	Drift detection
263	Deactivated
264	Activated
265	Max. Sensordifferenz
266	Unterdrückungszeit
267	10 Sekunden
268	20 Sekunden
269	40 Sekunden
270	1 Minute
271	3 Minuten
272	5 Minuten
273	10 Minuten
274	20 Minuten
275	40 Minuten
276	1 Stunde
277	3 Stunden
278	5 Stunden
279	10 Stunden
280	Overrange value
281	mA
282	Underrange value
283	Reaction on errors
284	Übersteuern
285	Untersteuern
286	Maint. pulse time
287	Alarm-Impulse-Length of the maintenance alert. Values equal to 60 s lead to a continuous alarm.
288	Current output
289	Limits
290	Parametrieren
291	Beobachten
292	sensor1 trim low
293	sensor1 trim high
294	Sensor1 trim support
295	sensor2 trim low
296	sensor2 trim high
297	Sensor2 trim support
298	One point trim
299	Two point trim
300	Reset trim
301	Kalibrieren
302	Standard Diagnosis
303	Enhanced Diagnosis
304	Diagnostizieren
305	Simulieren
306	Extra
307	Write protection
308	Write protected
309	Not protected
310	Software write protection
311	password
312	Reset to factory
313	Perform a Reset to Factory Data. Caution: After resetting to the Factory Data, the Device automatically proceeds a Reset!
314	FMU860
315	DT
316	DVC
317	FCX
318	AS800
319	340T
320	340C
321	344
322	Siemens Micro K
323	SITRANS L
324	SIPAN PH
325	SITRANS P
326	75SMT
327	UNIDELTA
328	8320
329	SX5100
330	TSV175
331	DMU
332	3780
333	BM70
334	8.3f
335	.3f
336	Enter lower trim value
337	Enter upper trim value
338	Really reset to factory settings?
Reference ID	String