Device dictionary

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Reference ID	String
0	WARNING!!!
1
2	WARNING!!!
3	ATTENTION!!!
4	ATTENTION!!!
5	Limit Offset
6	Good
7	Warning
8	Limit slope
9	Bad
10	Offset
11	Offset Help
12	.0f
13	mV
14	Old ORP value
15	ORP solution
16	Electrode voltage
17	New Offset
18	New ORP value
19	SIP counter
20	CIP counter
21	Date calibration
22	MM/DD/YYYY
23	12/31/2012
24	Date of the calibration ORP
25	Status calibration value
26	Status of the calibration variable
27	No
28	No
29	Yes
30	Yes
31	calib_var_collection
32	Memory block
33	Temperature offset
34	.2f
35	Date of offset
36	Date of the calibration TemperatureDatum der Kalibrieung von der Temperatur
37	fehler_index_collection
38	Error counter
39	Error
40	S01 ORP > ORP Max.
41	S02 ORP < ORP Min.
42	S03 T > Temp. Max.
43	S04 T < Temp. Min.
44	M01 Offset < -99 mV
45	M02 Offset > +99 mV
46	M03 Maint. interval
47	Error time
48	h
49	Serial number
50	Colleague ID
51	Reset Error Memory
52	Commissioning date
53	Date of commissioning
54	Max. ORP value
55	Min. ORP value
56	Max. temperature
57	Min. temperature
58	Date of manufact.
59	Date of manufacture
60	Order code
61	Device name
62	Productname
63	Serial number
64	Previous Long TAG
65	Previous Long TAG
66	Operating hours
67	No. of calibrations
68	Number of calibrations
69	No. of errors
70	Time constant
71	Time constant
72	s
73	Maint. interval
74	Calibration Interval
75	d
76	Reset Calibration Interval
77	Reset
78	Reset to Factory
79	Lock Sensor
80	Read Lock / Unlock Sensor
81	SW revision
82	HW revision
83	OP time > 80 °C
84	OP time > 110 °C
85	OP time > 176 °F
86	OP time > 230 °F
87	temperaturmaximum_help
88	Manual hold
89	Measurand hold?
90	Identified buffer
91	identified buffers_help
92	Current ORP value
93	Status buffer solution
94	READ Status buffer solution, kontrollbyte_160_01_help
95	Kontrollbyte 02: READ Status Mittelwertbildung
96	READ Status Mean value formation, kontrollbyte_160_02_help
97	Kontrollbyte 03: READ Status Kalibrierparameter
98	READ Status Calibration parameters, kontrollbyte_160_03_help
99	Kontrollbyte 04: READ Temperaturkompensation
100	READ Temperature compensation, kontrollbyte_160_04_help
101	Kontrollbyte 05: READ Temperatur manuell
102	READ manuell eingestellte Temperatur, kontrollbyte_160_05_help
103	Kontrollbyte 06: READ Temperaturkompensation Kalibrierung
104	READ manuell Temperaturkompensation Kalibrierung, kontrollbyte_160_05_help
105	Kontrollbyte 07: READ Temperatur Kalibrierung
106	READ manuell Temperatur Kalibrierung, kontrollbyte_160_07_help
107	Status Offset calculation
108	Status Offset calculation, statusbyte_160_01_help
109	Not finished
110	Finished
111	Status Mean value formation
112	Status Mean value formation, statusbyte_160_02_help
113	Status Calibration parameters
114	statusbyte_160_03_help
115	Status Start Calibration
116	Status Starte Calibration, statusbyte_161_05_help
117	Start
118	Abort
119	Kontrollbyte 01: WRITE PufferlÃ¶sung 1
120	kontrollbyte_161_02_help, kontrollbyte_161_01
121	Kontrollbyte 02: WRITE PufferlÃ¶sung 2
122	WRITE buffer solution 2, kontrollbyte_161_02
123	Kontrollbyte 03: WRITE Temperaturkompensation
124	WRITE Temperature compensation, kontrollbyte_161_03
125	Kontrollbyte 04: WRITE Temperatur manuell
126	WRITE Temperatur manuell, kontrollbyte_161_04
127	Kontrollbyte 05: WRITE Starte Kalibrierung
128	WRITE Starte Calibration, kontrollbyte_161_05
129	Kontrollbyte 06: WRITE Temperaturkompensation Kalibrierung
130	WRITE Temperaturkompensation Kalibrierung, kontrollbyte_161_06
131	Kontrollbyte 07: WRITE Temperatur Kalibrierung
132	WRITE Temperatur Kalibrierung, kontrollbyte_161_07
133	Simulationstemperatur
134	kontrollbyte_162_01_help
135	simulierter ORP-Wert
136	kontrollbyte_162_02_help
137	simulierter Strom
138	kontrollbyte_162_03_help
139	Trim 4 mA Begin
140	trimmbyte_4 mA 163_00_Begin_help
141	Trim Begin
142	Trim increase
143	Trim reduce
144	Trim End
145	Trim 20 mA Begin
146	trimmbyte_20 mA 164_00_Begin_help
147	User Password
148	User mode
149	Observer
150	Operator
151	Administrator
152	Password protection enable
153	PW protection (on / off)
154	str_entries
155	str_entries_help
156	0
157	1
158	2
159	3
160	4
161	5
162	6
163	7
164	8
165	9
166	10
167	11
168	12
169	13
170	14
171	15
172	16
173	17
174	18
175	19
176	str_message_type
177	str_message_type_help
178	str_Message_static
179	str_Message_begin
180	str_Message_end
181	str_Message_value_float
182	str_Message_value_unsigned
183	str_Message_value_char
184	Summary of all status messages classified acc. to NAMUR Recommendation NE 107.
185	M03 Maint. interval
186	Meas. value at 20 mA
187	8.0f
188	Meas. value at 4 mA
189	SMARTSENS ORP
190	Manufacturer ID
191	KROHNE
192	Ext dev status
193	Loop current
194	Disabled
195	Enabled
196	TAG
197	Long TAG
198	Polling address
199	HART ID
200	ORP value
201	ORP unit
202	PV USL
203	PV LSL
204	PV minimum span
205	PV Damping Value
206	pv_sensor_serial_number_lbl
207	sensor_serial_number_help
208	7d
209	PV Family
210	PV Class
211	PV data quality
212	PV LS
213	PV Family status
214	orp
215	digital_value_help
216	digital_units_help
217	upper_sensor_limit_pressure_help
218	lower_sensor_limit_help
219	minimum_span_help
220	seconds_damping_value_help
221	pv_class_help
222	process_data_quality_help
223	PV Limit status
224	limit_status_help
225	family_status_help
226	Electrode voltage (in mV)
227	SV Class
228	SV LS
229	SV Dev Stat
230	SV data quality
231	Block 2
232	sv_class_help
233	SV Limit status
234	Temperature
235	Temperature unit
236	°C
237	°F
238	TV Class
239	TV data quality
240	TV LS
241	TV Dev Stat
242	Block 3
243	tv_class_help
244	Glass resistance
245	QV Class
246	QV data quality
247	QV LS
248	QV Dev Stat
249	Block 4
250	Glass resistance
251	qv_class_help
252	ORP
253	Device
254	Offline Root Menu
255	Quick setup
256	I/O
257	Logbooks
258	Calibration logbook
259	Error logbook
260	Setup
261	Process input
262	I/O HART
263	Message
264	Polling address
265	Device variables
266	PV
267	SV
268	TV
269	Information
270	Sensor information
271	Calibration
272	Operating parameters
273	Commissioning
274	Trimming at 4 mA (+/-)
275	Nominal value 4 mA
276	Trimming at 20 mA (+/-)
277	Nominal value 20 mA
278	Measuring value
279	Input ORP solution
280	ORP solution ready?
281	Service
282	Service calibration
283	Service parameter
284	Passwords
285	Sensor lock
286	Condensed state
287	Reset interval
288	Load factory settings
289	Lock Sensor!
290	Input user password
291	PW Operator
292	PW Administrator
293	Reset PW
294	Calibration logbook
295	Error logbook
296	Set Date
297	RC2
298	RC5
299	RESPONSE_CODES_40
300	RESPONSE_CODES_64
301	PV Analog Channel Saturated
302	PV Analog Channel Fixed
303	Wireless
304	WirelessHART Device
305	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
306	Primary
307	Primary Analog Channel
308	Secondary
309	Secondary Analog Channel
310	Tertiary
311	Tertiary Analog Channel
312	Quaternary
313	Quaternary Analog Channel
314	Quinary
315	Quinary Analog Channel
316	Critical Power Failure
317	Lock all
318	Trim not supported
319	Configuration cannot be changed
320	Locked by gateway
321	Analog Input Channel
322	Analog Output Channel
323	Secondary Analog Channel Saturated
324	Tertiary Analog Channel Saturated
325	Quaternary Analog Channel Saturated
326	Quinary Analog Channel Saturated
327	Secondary Analog Channel Fixed
328	Tertiary Analog Channel Fixed
329	Quaternary Analog Channel Fixed
330	Quinary Analog Channel Fixed
331	Simulation active
332	The device is in simulation mode and the level output is not representative of the process.
333	Non-Volatile memory failure
334	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
335	Volatile memory error
336	The RAM memory check is invalid or maybe corrupt
337	Watchdog reset executed
338	A watchdog reset has been performed
339	Voltage conditions out of range
340	A voltage condition is outside its allowable range
341	Environmental conditions out of range
342	An internal or environmental condition is beyond acceptable limits.
343	Electronic failure
344	A hardware problem not related to the sensor has been detected.
345	Subdevice list changed
346	Duplicate master detected
347	Capacity Denied
348	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
349	Bandwidth allocation pending
350	Block transfer pending
351	Battery life
352	Percent range
353	Loop current
354	Primary variable
355	Secondary variable
356	Tertiary variable
357	Quaternary variable
358	Read receive time
359	Write date and time
360	Non-Volatile Clock
361	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.
362	Clock Uninitialized
363	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.
364	None
365	No restrictions
366	SI Only
367	Restricted to SI Unit codes only
368	Process automation device
369	Discrete device
370	Hybrid:Process automation+discrete
371	I/O System
372	WirelessHART Process automation device
373	WirelessHART Discrete device
374	WirelessHART Process automation+discrete
375	WirelessHART Gateway
376	WirelessHART Access point
377	WirelessHART Process adapter
378	WirelessHART Discrete adapter
379	WirelessHART enabled handheld/portable maintenance tool
380	Device Profile
381	US
382	United States of America
383	JP
384	Japan
385	DE
386	Germany
387	FR
388	France
389	ES
390	Spain
391	RU
392	Russian Federation
393	CN
394	People's Republic of China
395	Secondary Master
396	Primary Master
397	Device Diagnostic Status 0
398	Device Diagnostic Status 1
399	I/O and Subdevice Status
400	WirelessHART Status
401	Time Set Option
402	Real Time Clock Flags
403	Country
404	Country of intended device installation
405	SI Unit Control
406	Indicates if device should only display SI unit codes
407	Time Stamp
408	Relative time value on network
409	8u
410	Dynamic Variables Returned for Device Variables
411	Command Response Truncated
412	Configuration Change Counter Mismatch
413	Status bytes mismatch
414	8.3f
415	.3f
416	count
417	Device Variable
418	Variable to trim
419	Measurand hold?
420	Yes;No
421	Retry
422	select
423	Communication error. Calibration aborted. Please retry.
424	Manual hold?
425	Yes;No;Abort
426	OK
427	Offset calculation. Please wait: %[L]{pv_value} -> %{pv_value} %{pv_unit} %[L]{statusbyte_160_01} -> %{statusbyte_160_01}
428	Offset calculation finished: %[L]{var_old_ORP_value} -> %{var_old_ORP_value} mV %[L]{var_ORP_solution} -> %{var_ORP_solution} mV %[L]{var_Electrode_voltage} -> %{var_Electrode_voltage} mV %[L]{var_new_Offset} -> %{var_new_Offset} mV %{warnung_loc} %[L]{var_new_ORP_value} -> %{var_new_ORP_value} mV
429	WARNING!!! Offset out of Limits! Save values? %[L]{var_new_Offset} -> %{var_new_Offset} mV Out of Limits
430	Save values?
431	No;Yes
432	Reset Calibration Interval?
433	<< - ; + >>;OK
434	Reset?
435	Reset to Factory?
436	no;yes
437	Sensor lock?
438	Do you really want to lock the sensor? This setting is not reversable!!! All data on the sensor will be deleted and the sensor can not be accessed anymore.
439	Please enter the desired user mode password:
440	Login as Admin
441	Login as Operator
442	Login as Observer
443	Please enter a new operator password
444	Please enter the new operator password again
445	Operator password successful changed
446	The typed passwords are not identical. Operator password remains unchanged. Please try again!
447	Please enter a new administrator password
448	Please enter the new administrator password again
449	Administrator password successful changed
450	The typed passwords are not identical. Administrator password remains unchanged. Please try again!
451	Please enter master password
452	Passwords resetted to factory defaults!
453	Master Password not valid! Please try again.
454	Next >>
455	<< Previous
456	<< Previous;Next >>
457	Set date of offset
458	Condensed state. Icon for condensed state based on NAMUR recommendation NE 107.
459	Condensed state: No message.
460	Condensed state: Maintenance required/demanded. Although the output signal is valid, the wear reserve is nearly exhausted or a function will soon be restricted due to operational conditions e.g. aging of a pH-electrode.
461	Condensed state: Maintenance alarm. Output signal invalid due to malfunction in the field device or its peripherals.
462	Condensed state: Out of specification. Deviations from the permissible ambient or process conditions determined by the device itself through self-monitoring or faults in the device itself indicate that the measuring uncertainty of sensors or deviations from the set value in actuators is probably greater than expected under operating conditions.
463	Condensed state: Function check. Output signal temporarily invalid (e.g. frozen) due to ongoing work on the device.
464	Set %[L]{loop_current_mode}
Reference ID	String