Device dictionary

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Reference ID	String
0	Sensor 1
1	Sensor 2
2	Electric Input Sensor 1
3	Electronics Temperature
4	Electric Input Sensor 2
5	Difference: Sensor 1 - Sensor 2
6	Difference: Sensor 2 - Sensor 1
7	Average Sensor 1 and Sensor 2
8	Redundancy sensor 1 / sensor 2
9	Snsr S/N
10	1u
11	8u
12	classification
13	Pres LS
14	Pres Fmly stat
15	device Family
16	Acquisition Period
17	Dev Var Property code
18
19	Dev variable is not calculated
20	Undefined
21	Device variable being simulated
22	Unit
23	Unit Sensor 1
24	°C
25	°F
26	°R
27	K
28	Sensor of channel 1
29	.2f
30	Damping time constant applied to both the Digital Value representation and Analog Value of a respective Analog Output. The units of this variable are always in seconds
31	Damping
32	.3f
33	s
34	UpperLimit
35	Lower Limit
36	Min Span
37	Pres PDQ
38	sensor1 trim low
39	sensor1 trim high
40	Sensor1 trim support
41	Sensor 1 Measurement input that receives some analog information.
42	Unit
43	Status
44	HART serial no
45	Unique serial number related to the protocol
46	Dev Variable Property
47	Help for Dev Variable Property
48	Unit Sensor 2
49	Invalid Unit / Device Variable
50	Invalid Unit or Invalid Device Variable for this sensor configuration Valid device variables for sensor configuration refer to help text of this menue HART mapping / Mesurement mode
51	Sensor of channel 2
52	Upper Limit
53	Sensor 2 Status
54	sensor2 trim low
55	sensor2 trim high
56	Sensor2 trim support
57	Sensor 2 Measurement input that receives some analog information.
58	Unit for Electric input Sensor 1 a) Ohm for resistor thermometer and resistor measurements b) mV for thermocuoples and voltage measurement
59	Electrical Input of Channel 1
60	Electric1 Status
61	Measurement input that receives some analog information
62	Unit for Electric input Sensor 2 a) Ohm for resistor thermometer and resistor measurements b) mV for thermocuoples and voltage measurement
63	Electrical Input of Channel 2
64	Electric2 Status
65	Unit for Electronics Temperature and for all other relevant device variables
66	Termnl USL
67	Termnl LSL
68	Termnl min span
69	Elec Temp Status
70	Electr. Temp
71	Unit for Difference Measurement (Sensor 1 - Sensor 2) and for all other relevant device variables
72	Snr1-Snr2 Status
73	Differential Measurement is derived by computing the difference between Sensor 1 and Sensor 2 (Sensor 1 - Sensor 2). Both sensors should be configured.
74	Unit for Difference Measurement (Sensor 2 - Sensor 1) and for all other relevant device variables
75	Differential Measurement is derived by computing the difference between Sensor 1 and Sensor 2 (Sensor 2 - Sensor 1). Both sensors should be configured.
76	Snr2-Snr1 Status
77	Unit for Sensor Averaging measurement of both Sensors and for all other relevant device variables
78	Avg Value Status
79	Sensor Averaging computes the average of the two sensors. Make sure both sensors are configured.
80	Sensor 1 is the guide (primary) Sensor. In case of defective Sensor 1, PV (Redundany Option availibility) takes value of sensor 2. Make sure both sensors are configured.
81	Red Value Status
82	Low saturation
83	Good
84	High alarm
85	Sensor type
86	Select Sensor type for: a) Resistors (potentiometer) b) Resistance thermometers (RTD) c) Callendar-Van Dusen (RTD) d) Fix Point Curves for RTD (customer specific)) e) Voltage measurement f) Thermocouples g) Fix Point Curves for thermocouples (customer specific) Please check the measurement range and HART Variable mapping for device variables after Sensor Change
87	0 .. 500 Ohm
88	0 .. 5000 Ohm
89	Pt 50 (IEC751)
90	Pt 100 (IEC751)
91	Pt 200 (IEC751)
92	Pt 500 (IEC751)
93	Pt 1000 (IEC751)
94	Pt 50 (JIS1604)
95	Pt 100 (JIS1604)
96	Pt 50 (MIL24388)
97	Pt 100 (MIL24388)
98	Pt 200 (MIL24388)
99	Pt 1000 (MIL24388)
100	Ni 50 (DIN43760)
101	Ni 100 (DIN43760)
102	Ni 120 (DIN43760)
103	Ni 1000 (DIN43760)
104	Cu 10 a=4260
105	Cu 100 a=4260
106	Pt 10 (IEC751)
107	Pt 10 (JIS1604)
108	Pt 10 (MIL24388)
109	-125 .. 125 mV
110	-125 .. 1100 mV
111	TC Type B (IEC584)
112	TC Type C (ASTME988)
113	TC Type D (ASTME988)
114	TC Type E (IEC584)
115	TC Type J (IEC584)
116	TC Type K (IEC584)
117	TC Type N (IEC584)
118	TC Type R (IEC584)
119	TC Type S (IEC584)
120	TC Type T (IEC584)
121	TC Type L (DIN43710)
122	TC Type U (DIN43710)
123	Cal. van Dusen 1
124	Cal. van Dusen 2
125	Cal. van Dusen 3
126	Cal. van Dusen 4
127	Cal. van Dusen 5
128	Fixpoint-Table 1
129	Fixpoint-Table 2
130	Fixpoint-Table 3
131	Fixpoint-Table 4
132	Fixpoint-Table 5
133	Off
134	Default:
135	Ohm
136	Input Value (mV)
137	Input Value (Ohm)
138	Output Value (°C)
139	Output Value (°F)
140	Output Value (°R)
141	Output Value (Kelvin)
142	Trend Selection Byte
143	PV
144	SV
145	TV
146	QV
147	Percent range
148	Loop current
149	No.
150	Index Number for Configuration Change (max 50 changes)
151	Time Stamp
152	Operation Time
153	Config. Change Count
154	Configuration Change Counter- This indicates the number of times the devices configuration or calibration has been changed by a host application or from a local operator interface
155	Change
156	Changes in Device
157	Index number for Events (max 48 events)
158	Event
159	Event in Device
160	< -40 °F
161	Operation Time for Electronics Temperature less than -40 °F
162	< 419.67 °R
163	Operation Time for Electronics Temperature less than 419.67 °R
164	< 233.15 K
165	Operation Time for Electronics Temperature less than 233.15 K
166	< -40 °C
167	Operation Time for Electronics Temperature less than -40 °C
168	-40 °F ... -4 °F
169	Operation Time for Electronics Temperature between -40 °F and -4 °F
170	419.67 °R ... 455.67 °R
171	Operation Time for Electronics Temperature between 419.67 and 455.67 °R
172	233.15 K ... 253.15 K
173	Operation Time for Electronics Temperature between 233.15 and 253.15 K
174	-40 °C ... -20 °C
175	Operation Time for Electronics Temperature between -40 °C and -20 °C
176	-4 °F ... 32 °F
177	Operation Time for Electronics Temperature between -4 °F and 32 °F
178	455.67 °R ... 491.67 °R
179	Operation Time for Electronics Temperature between 455.67 and 491.67 °R
180	253.15 K ... 273.15 K
181	Operation Time for Electronics Temperature between 253.15 and 273.15 K
182	-20 °C ... 0 °C
183	Operation Time for Electronics Temperature between -20 °C and 0 °C
184	32 °F ... 68 °F
185	Operation Time for Electronics Temperature between 32 °F and 68 °F
186	491.67 °R ... 527.67 °R
187	Operation Time for Electronics Temperature between 491.67 °R and 527.67 °R
188	273.15 K ... 293.15 K
189	Operation Time for Electronics Temperature between 273.15 K and 293.15 K
190	0 °C ... 20 °C
191	Operation Time for Electronics Temperature between 0 °C and 20 °C
192	68 °F ... 104 °F
193	Operation Time for Electronics Temperature between 68 °F and 104 °F
194	527.67 °R ... 563.67 °R
195	Operation Time for Electronics Temperature between 527.67 °R and 563.67 °R
196	293.15 K ... 313.15 K
197	Operation Time for Electronics Temperature between 293.15 K and 313.15 K
198	20 °C ... 40 °C
199	Operation Time for Electronics Temperature between 20 °C and 40 °C
200	104 °F ... 140 °F
201	Operation Time for Electronics Temperature between 104 °F and 140 °F
202	563.67 °R ... 599.67 °R
203	Operation Time for Electronics Temperature between 563.67 °R and 599.67 °R
204	313.15 K ... 333.15 K
205	Operation Time for Electronics Temperature between 313.15 K and 333.15 K
206	40 °C ... 60 °C
207	Operation Time for Electronics Temperature between 40 °C and 60 °C
208	140 °F ... 185 °F
209	Operation Time for Electronics Temperature between 140 °F and 185 °F
210	599.67 °R ... 644.67 °R
211	Operation Time for Electronics Temperature between 599.67 °R and 644.67 °R
212	333.15 K ... 358.15 K
213	Operation Time for Electronics Temperature between 333.15 K and 358.15 K
214	60 °C ... 85 °C
215	Operation Time for Electronics Temperature between 60 °C and 85 °C
216	> 185 °F
217	Operation Time for Electronics Temperature greater than 185 °F
218	> 644.67 °R
219	Operation Time for Electronics Temperature greater than 644.67 °R
220	> 358.15 K
221	Operation Time for Electronics Temperature greater than 358.15 K
222	> 85 °C
223	Operation Time for Electronics Temperature greater than 85 °C
224	EMC Filter strength
225	Recommended value (default): LOW
226	Low
227	Medium
228	High
229	h
230	Device in sil mode
231	SIL Status
232	NAMUR Configuration - Sensordrift detected - Check that configured to Failure
233	Check whether Write Protection is activated
234	Check Sensortype 1 configuration for Thermocouple or Resistor thermometer
235	Check Sensortype 2 configuration for Thermocouple or Resistor thermometer
236	No SIL device
237	Check, that Current Loop mode is enabled
238	Check, that Current Output Simulation is deactivated
239	NAMUR Configuration - Redundancy: Sensor 1 not available - Check that configured to Failure
240	NAMUR Configuration - Redundancy: Sensor 2 not available - Check that configured to Failure
241	NAMUR Configuration - Electronics Temperature measurement failure - Check that configured to Failure
242	Check that the Redundancy Measurement Mode (PV = Redundancy) is activated (no average and no difference measurement mode)
243	Check that Pulse Output is deactivated (0 seconds)
244	Check that HART Burst is deactivated
245	Check that Current Output Low Alarm is configured to <=3.6mA
246	Check that Current Output High Alarm is configured to >= 21mA
247	Check, that the Redundancy Configuration is set to option Safety
248	Check that Sensor 1 is assigned to PV (process variable)- only Sensor 1 active
249	Check that Diagnostics Simulation is deactivated
250	Check that Sensor Drift Detection is activated
251	The device configuration is not valid for SIL Safety Applications. Check the configuration according device safety manual and status information.
252	HART 5 / HART 7
253	HART 5
254	HART 7
255	SW version major
256	SW version minor
257	SW version revision
258	HW version major
259	HW version revision
260	HW version minor
261	Write protection
262	software write protected
263	not software write protected
264	High Alarm Value
265
266	mA
267	Low Alarm Value
268
269	Reaction on Errors
270	High Alarm: In the event of an error, the current, for example 22 mA is the ouput Low Alarm: In the event of an error, the current, for example 3.5 mA is the ouput
271	High Alarm
272	Low Alarm
273	LO Limit
274	Lower warning limit PV
275	HI Limit
276	Upper warning limit PV
277	LO LO Limit
278	Lower alarm limit PV
279	HI HI Limit
280	Upper alarm limit PV
281	passcode
282	Simulation Mode
283	OFF
284	ON
285	Electronics Temperature Measurement Failure
286	Electronics Temperature out of Specification
287	Non-volatile Data defect
288	Non-volatile Memory Write cycles exceeded
289	Device not calibrated
290	HMI (LCD Display) Not Connected
291	Device is Write Protected
292	Electronics Failure
293	Reserved
294	Sensor 1: Line resistance too high
295	Sensor 1: Short circuit
296	Sensor 1: Wire break / Sensor break
297	Sensor 1: Over Sensor Range
298	Sensor 1: Under Sensor Range
299	Sensor 1: Single-Point trim is active
300	Sensor 1: Two-Point trim is active
301	Sensor 2: Line resistance too high
302	Sensor 2: Short circuit
303	Sensor 2: Wire break / Sensor break
304	Sensor 2: Over Sensor Range
305	Sensor 2: Under Sensor Range
306	Sensor 2: Single-Point trim is active
307	Sensor 2: Two-Point trim is active
308	Configuration / Parameterization Failure
309	Redundancy: Sensor 1 not available
310	Redundancy: Sensor 2 not available
311	Sensordrift detected
312	Application Failure
313	Diagnostics is simulated
314	Analog output is fixed or simulated
315	Application Warning
316	High limit: Alarm
317	Low limit: Alarm
318	High limit: Warning
319	Low limit: Warning
320	Language
321	Display language
322	English
323	German
324	Contrast
325	Display Luminosity
326	%
327	Local Operations
328	Disabled
329	Enabled
330	Display Mode
331	One Line
332	One Line + Bargraph
333	Two Lines
334	Two Lines + Bargraph
335	Line 1 View
336	Primary Variable
337	Electrical Sensor 1
338	Electrical Sensor 2
339	Difference Sensor 1 - Sensor 2
340	Difference Sensor 2 - Sensor 1
341	Average S1 / S2
342	Redundancy Sensor 1 / Sensor 2
343	PV Output Current
344	PV Output Percent of Range
345	Line 2 View
346	Line 3 View
347	Bargraph View
348	2-Wire Resistance
349	Snsr1 bias
350	Input Engineering Unit
351	Input Value for selected Fix point Curves Ohm: Fixpoint curve for RTD Temperature Resistor Sensors mV: Fix point curve for TC (Thermocouples)
352	Output engineering unit
353	2-Wire Resistance
354	Snsr2 bias
355	Input engineering unit
356	Output engineering unit
357	X1 Value
358	X2 Value
359	X3 Value
360	X4 Value
361	X5 Value
362	X6 Value
363	X7 Value
364	X8 Value
365	X9 Value
366	X10 Value
367	X11 Value
368	X12 Value
369	X13 Value
370	X14 Value
371	X15 Value
372	X16 Value
373	X17 Value
374	X18 Value
375	X19 Value
376	X20 Value
377	X21 Value
378	X22 Value
379	X23 Value
380	X24 Value
381	X25 Value
382	X26 Value
383	X27 Value
384	X28 Value
385	X29 Value
386	X30 Value
387	X31 Value
388	X32 Value
389	Y1 Value
390	Y2 Value
391	Y3 Value
392	Y4 Value
393	Y5 Value
394	Y6 Value
395	Y7 Value
396	Y8 Value
397	Y9 Value
398	Y10 Value
399	Y11 Value
400	Y12 Value
401	Y13 Value
402	Y14 Value
403	Y15 Value
404	Y16 Value
405	Y17 Value
406	Y18 Value
407	Y19 Value
408	Y20 Value
409	Y21 Value
410	Y22 Value
411	Y23 Value
412	Y24 Value
413	Y25 Value
414	Y26 Value
415	Y27 Value
416	Y28 Value
417	Y29 Value
418	Y30 Value
419	Y31 Value
420	Y32 Value
421	Select Table
422	Select the Table you want to load from device or to modify or save to device
423	1
424	2
425	3
426	4
427	5
428	Supply Voltage
429	V
430	Max Value
431	Highest Electronics Temperature value
432	Min Value
433	Lowest ElectronicS Temperature Value
434	Operation Time
435	Device Operation Time
436	No Entry
437	New: Electronics Temperature out of Specification
438	Electonics Temperature out of Specification
439	New: Electonics Temperature too High
440	Electonics Temperature too High
441	New: Electronics Temperature too Low
442	Electonics Temperature too Low
443	New: PV High Alarm Limit
444	New Event: Parameterized PV High Alarm exeeded (PV HH Limit)
445	New: PV High Warning Limit
446	Parameterized PV High Warning Limit exceeded (PV H Limit)
447	New: PV Low Alarm Limit
448	Below parameterized PV Low Alarm Limit threshold (PV LL Limit)
449	New: PV Low Warning Limit
450	Below parameterized PV Low Warning Limit threshold (PV L Limit)
451
452	Deleted: Electronics Temperature out of Specification
453	Deleted: Electonics Temp too High
454	Deleted: Electronics Tempemparature too Low
455	Deleted: PV High Alarm Limit
456	Deleted: PV High Warning Limit
457	Deleted: PV Low Alarm Limit
458	Deleted: PV Low Warning Limit
459	10.2f
460	Max Min Unit Code
461	Temperature Max Min limit unit code
462	Max temperature value of Sensor 1
463	Min temperature value of Sensor 1
464	Max temperature value of Sensor 2
465	Min temperature value of Sensor 2
466	Pulse Time
467	Alarm-Impulse-Length of the maintenance alert is 0 .. 127 s
468	3.1d
469	Pulse Period
470	Alarm Pulse Period of the maintenance alert is 60 .. 86400 s (1 day)
471	Sensor Configuration
472	Sensor Configuration changed
473	PV measurement range (4 .. 20 mA)
474	PV mesurement range for Sensor (4 .. 20 mA) changed
475	NAMUR Configuration
476	NAMUR Configuration changed
477	PV Limits
478	PV Alarm- and Warning limits changed (example: HIGH HIGH Limit)
479	HART Variable Configuration
480	Configuration of HART Variables changed (PV, SV, TV and QV)
481	Reset Device
482	Reset Device
483	Electronics Temperature out of Specification
484	Electonics Temperature too High
485	Electronics Temperature too Low
486	PV High Alarm Limit
487	PV High Warning Limit
488	PV Low Alarm Limit
489	PV Low Warning Limit
490	Drift Detection
491	Deactivated
492	Activated
493	Max.Simple Drift Value
494	Temperature difference or electrical Value difference
495	Inhibit Time
496	Waiting time for signaling the overstepping of drift limit
497	10 seconds
498	20 seconds
499	40 seconds
500	1 minute
501	3 minutes
502	5 minutes
503	10 minutes
504	20 minutes
505	40 minutes
506	1 hour
507	3 hours
508	5 hours
509	10 hours
510	Redundancy Configuration
511	Configures the type of redundancy - Availability: If one of two sensors fail, the measurement with the valid measurement of the good sensor continues. The Diagnostics informs about the defective sensor. - Safety: If one of two sensors fail, Current Output signals alarm current. Also Diagnostics informs about the defective sensor.
512	Availability
513	Safety
514	Unsupported Probe Type
515	Invalid Number Of Wires
516	Failure
517	Check Function
518	Out of Specification
519	Maintenance Required
520	No Alarm
521	Starting status map index must be even value
522	Connection
523	2-wires
524	3-wires
525	4-wires
526	Connection
527	Snsr1 probe connection
528	Cold junction compensation thermocouple
529	If the selected sensor type is a thermocouple, this parameter is used to define the type of cold junction compensation (CJC). Following settings are possible: Internal: Use of internal cold junction temperature of the transmitter when using thermal compensating cable. External fixed: Use of external fixed cold junction temperature of the transmitter when constant thermostat temperature is used (can be set with external cold junction temperature 1). None:No Thermocouple cold junction compensation (CJC)
530	Internal
531	External Fixed
532	None
533	Snsr1 CJC Temperature Unit
534	External cold junction temperature
535	Sensor 1: External cold junction temperature
536	Snsr2 probe connection
537	Cold junction compensation thermocouple
538	If the selected sensor type is a thermocouple, this parameter is used to define the type of cold junction compensation (CJC). Following settings are possible: Internal: Use of internal cold junction temperature of the transmitter when using thermal compensating cable. External fixed: Use of external fixed cold junction temperature of the transmitter when constant thermostat temperature is used (can be set with external cold junction temperature 2). None: No Thermocouple cold junction compensation (CJC) Sensor 1 Temperature: Use of sensor 1 as cold junction temperature for sensor 2
539	Sensor 1 Temperature
540	Snsr2 CJC temperature unit
541	External Cold junction temperature
542	Sensor 2: External cold junction temperature
543	CvD A
544	.6e
545	CvD B
546	CvD C
547	CvD R0
548	TTX300 series
549	www.abb.com
550	The device configuration is valid for SIL Safety Applications
551	The device configuration is not valid for SIL Safety Applications. Check the configuration according device SIL-Safety Manual and status information.
552	Image of Transmitter
553	Failure
554	Function Check
555	Out of Specification
556	Maintenance Required
557	OK
558	NAMUR NE107
559	Failure One or more device variables (i.e. measurement or control values) are invalid due to a malfunction in the field device or ist peripherals
560	Function Check One or more device variables are temporarily invalid (e.g. frozen) due to ongoing work on the device
561	Out of Specification There are deviations from the permissible ambient or process conditions detected that may compromise measurement or control accuracy (i.e. device performance may be degraded)
562	Maintenance required The field device requires maintenance
563	OK No Active Alarm exists
564	PV
565	SV
566	TV
567	QV
568	Low alarm
569	High saturation
570	Configuration Monitor
571	History for configurantion changes in device No.: Index Number for Configuration Change (max 50 changes) Change: Changes in Device Time Stamp: Operation Time Config Change Count: Counts of Configuration Change Counter
572	6
573	7
574	8
575	9
576	10
577	11
578	12
579	13
580	14
581	15
582	16
583	17
584	18
585	19
586	20
587	21
588	22
589	23
590	24
591	25
592	26
593	27
594	28
595	29
596	30
597	31
598	32
599	33
600	34
601	35
602	36
603	37
604	38
605	39
606	40
607	41
608	42
609	43
610	44
611	45
612	46
613	47
614	48
615	49
616	50
617	Event Monitor
618	History for Events in device - for example PV Limits No.: Index number for Events (max 48 events) Event: Event in Device Time Stamp: Operation Time
619	SV
620	TV
621	QV
622	Process value[mA]
623	Fix Point Table
624	Displays the Customer specific Input & Output points
625	Input Value
626	Output Value
627	Fix Point Table 1
628	Fix Point Table 2
629	Fix Point Table 3
630	Fix Point Table 4
631	Fix Point Table
632	PV value
633	SV value
634	TV value
635	QV value
636	One point trim
637	For Lower value of Sensor 1 (Offset) - For parallel shifting of all temperature values at least one reference temperature is needed, for example the actual stable measured temperature.
638	Two point trim
639	Two point trim is for Lower value and upper Value of Sensor 1 (Gain and Offset). Two exact temperature reference are needed,for example 0 °C and 100 °C.
640	Reset trim
641	Reset trim for Sensor 1 is reset to default trim (like after Reset Factory in Menu Extras). The current Sensor trim is deleted.
642	For Lower value of Sensor 2 (Offset) - For parallel shifting of all temperature values at least one reference temperature is needed, for example the actual stable measured temperature.
643	Two point trim is for Lower value and upper Value of Sensor 1 (Gain and Offset). Two exact temperature reference are needed,for example 0 °C and 100 °C
644	Conf Chng Flag-reset
645	GetHealthStatus
646	Abort
647	Check SIL
648	Refresh Check SIL
649	Lock/Unlock Device
650	Device Reset
651	Perform a device reset
652	Reset to Order
653	Device restarts with settings according to the order
654	Set/Reset Write Protection
655	Turn ON/OFF software write protection.
656	Reset Configuration Flag
657	After each Configuration or Parameter Change the configuration change Flag signals the Configuration change
658	Software Switch HART 5 / HART 7
659	Perform a change from HART 7 To HART 5
660	Software Version
661	Hardware Version
662	Reset to default NAMUR Configuration
663	Reset to default NAMUR Configuration Some Examples (not all diagnostics): Set typical diagnostics to NAMUR State Maintenance Required - Redundancy: Sensor 1 not available - Redundancy: Sensor 2 not available - Sensordrift detected - Main diagnostics of Sensor 1 and Sensor 2 * Line Resistance too High * Wire break / Sensor break * Short circuit * Over Sensor Range * Under Sensor Range - .... Set typical diagnostics to NAMUR State Failure - Electronics Temperature measurement failure - .... Set typical diagnostics to NAMUR State Out of Specification - High Limit: Alarm and warning - Low Limit: Alarm and warning - ....
664	Click to Update Diagnostics
665	Click on this button to refresh the UI
666	Update
667	Update Event Monitor Table
668	Update Configuration Monitor Table
669	Reset Sensor Supervising
670	Reset Min Values and Max Values of Sensor 1 and Sensor 2
671	Easy Setup
672	This method helps user to configure easy setup parameters
673	Sensor 1 Configuration
674	This method helps user to configure sensor 1 parameters
675	Sensor 2 Configuration
676	This method helps user to configure sensor 2 parameters
677	This method helps user to configure PV parameters
678	This method helps user to configure SV parameters
679	This method helps user to configure TV parameters
680	This method helps user to configure QV parameters
681	Factory Reset
682	Device restarts with factory settings applied - Sensor 1: PT100 3 wire - Sensor 2: Off - Process Variable PV: Sensor 1 ...
683	Load selected Table
684	Load the selected table from device
685	Transfering the fixpoint table to device
686	Save the new fixpoint table to device
687	Validate Table
688	Possible cause: Implausible parameter set
689	Suggested action: Load valid parameter set or Restart (RESET) or Reset to factory setting
690	Possible cause: Primary measurement value (PV) is invalid. Current output indicates an error (over-undershoot). Reason is an external (sensor, connection) or device internal error.
691	Suggested action: Check Sensor connection or check HART Variable Mapping.
692	Possible cause: Redundant sensor is not available
693	Suggested action: Check sensor connection cables or Check sensor or Replace / repair sensor
694	Possible cause: A long term deviation of measurement values between two sensors has been detected
695	Suggested action: Check drift parameters (limit inhibit time) or Check sensor connection and sensor or Do an input trim or re-calibrate the sensor
696	Possible cause: Diagnosis is being simulated
697	Suggested action: Terminate / come out of simulation
698	Possible cause: Current output is being simulated
699	Possible cause: Parameters or process data are out of the expected range
700	Suggested action: Load valid parameter set or Restart (RESET) or Check Sensor 1 / Sensor 2
701	Possible cause: High limit alarm overrun
702	Suggested action: Verify process or change limit value
703	Possible cause: Low limit alarm underrun
704	Possible cause: High limit warning overrun
705	Possible cause: Low limit warning underrun
706	Possible cause: Resistance of sensor connection cable is too high, maybe due to corrosion of the terminals
707	Suggested action: Check sensor connection cables or Check sensor or Replace / repair sensor
708	Possible cause: Short circuit of the Sensor or sensor connecting cables
709	Possible cause: Wire break in the sensor connection cables or sensor break
710	Possible cause: Sensor temperature range exceeded (upper sensor limit)
711	Suggested action: Check sensor type, use different sensor if required
712	Possible cause: Temperature is below sensor temperature range (lower sensor limit)
713	Suggested action: Check sensor type, use different sensor if required.
714	Sensor input is being trimmed
715
716	Possible cause: Hardware error
717	Suggested action: Restart (RESET) or Replace transmitter
718	Possible cause: Environment of device too warm or too cold
719	Suggested action: 1) Observe specified ambient temperature range 2) Protect against sunlight, cool or heat
720	Possible cause: Wear limit reached. Data cannot be saved.
721	Suggested action: Restart (RESET) or Replace transmitter
722	Possible cause: Device not calibrated
723	Function Check
724	No Alarm
725	OK
726	Device status: OK There are no active alarms present in the device
727	Overview
728	Note: Use 'Refresh' button to update active alerts.
729	Device settings-Offline
730	Sensor 1
731	Configuration for Sensor 1
732	Sensor 2
733	Configuration for Sensor 2
734	Identification
735	Additional Device Revision
736	Configuration
737	Parameter setup
738	General Parameters
739	Sensor Review, Limits, Drift, EMC Filter settings
740	Diagnostics
741	Easy setup
742	Process variable
743	Change only Unit for Device Variable Unit mapped to PV
744	Detailed setup
745	HART Mapping
746	Assign Device variables to HART Variables
747	Measurement Mode
748	The number of valid device Variables depend on Sensor configuration: a) Valid device Variables for all Sensor configurations 1) Sensor 1 2) Electric Input Sensor 1 3) Electronics temperature b) If Sensor 2 is configured, following additional device variables are valid 4) Sensor 2 5) Electric Input Sensor 2 c) If both Sensors belong to same sensor group (Temperature, Resistor or voltage) following additional device variables are valid 6) Average of both Sensors 7) Redundancy 8) Difference Sensor 1 - Sensor 2 9) Difference Sensor 2 - Sensor 1
749	Fix Point Tables
750	Fix Point Tables Customer specific Curves for resistor thermometer and thermocouples At opening window for Fix Point Tables the table includes values for sensor type PT 100 IEC - Input Unit: Ohm for resistor thermometer - Output Unit: °C Important Note: Before modifying values of table, please load the selected table (1 .. 5) from device. Then modify values and transfer the selected table (1 .. 5) to device. In case the selected fix point curve is assigned to Sensor type 1 or Sensor type 2, the Output Unit is the Unit of Sensor type 1 or Sensor type 2. After Unit change of Sensor type assigned to selected Fix point curve - reload Fixpoint table again
751	Read Variables
752	List of variables that can be read from the device
753	Write Variables
754	List of variables that can be edited Offline and written to the device
755	Online
756	Device settings
757	Operate
758	Maintenance
759	Device
760	Measurement Point
761	Contact Details
762	ABB Automation Products GmbH
763	Measurement & Analytics
764	Schillerstr. 72, 32425 Minden
765	Germany
766	Tel: +49 571 830-0
767	Fax: +49 571 830-1806
768	Simulation
769	Output Simulation
770	General
771	Display
772	Display Settings (HMI)
773	Operator Page 1
774	Limits PV
775	Alarm limits and warnings limits for upper and lower values of PV
776	Redundancy Mode
777	Detection of increasing difference of measurement values of both sensors
778	EMC Filter Settings
779	Possibility to increase EMI/EMC filtering in areas with heavy electrical fields
780	Parameter Current Output
781	Change Settings for Current Output
782	Current Output
783	Current Output at Maintenance
784	Current output pulse changes between the valid measurement value and the configurated fault signal
785	Calibration
786	Sensor 1 Calibration
787	Sensor trimming is for fine correction and compensating tolerance of sensor. Before of Trimming or change actual trim settings, Reset trim before is recommended. To get original factory trimming back please use Reset to Order in Menue Extras (if trimmed in factory).
788	Sensor 2 Calibration
789	Input Unit
790	Output Unit
791	Default
792	Callendar-van Dusen
793	Callendar-van Dusen 1
794	CvD Coefficients
795	Callendar-van Dusen 2
796	Callendar-van Dusen 3
797	Callendar-van Dusen 4
798	Callendar-van Dusen 5
799	Extras
800	Lock/Unlock Device
801	SIL Check
802	SIL Configuration Status
803	Click to check SIL Configuration Status
804	Invalid NAMUR Configuration Sensordrift detected
805	Write Protection Not active
806	Sensor Type 1 Not Configured for Temperature Measurement
807	Sensor Type 2 Not Configured for Temperature Measurement
808	Current Loop Mode Not Activated (constant current signal)
809	Current Output Simulation is Active
810	Diagnostics Simulation is Active
811	Invalid NAMUR Configuration Redundancy Sensor 1 Not Available
812	Invalid NAMUR Configuration Redundancy Sensor 2 Not Available
813	Invalid NAMUR Configuration - Electronics Temp. measurement failure
814	Redundancy Measurement Mode is Not Activated
815	Current Pulse Output is Activated
816	HART Burst Mode Active
817	Current Low Alarm Configured > 3.6 mA
818	Current High Alarm is Configured to < 21mA
819	Redundancy Configuration option Safety not configured
820	Sensor 1 Not Assigned to PV (Process Variable)
821	Sensor Drift Detection Not Switched ON
822	Active Alerts
823	Sensor
824	Operation
825	Electronics
826	Process
827	Alert Simulation
828	Note: Simulate a maximum of only 8 alerts at a time.
829	Extended Diagnosis
830	Supervising Information
831	Supervising information according to Operation Time and lowest and highest temperatures
832	Min and Max temperature values of Sensor 1
833	Min and Max temperature values of Sensor 2
834	Min and Max temperature values of Electonics Temperature
835	Operation Time Statistics
836	Operation Time Categorized by Electronics Temperature
837	Select new Events to be Displayed in Table
838	Select new Items for Event Monitor
839	Select deleted Events to be Displayed in Table
840	Select Items for deleted Events in Event Monitor
841	Select Items to be Displayed in Table
842	Select Items for Configuration Monitor
843	Process Variables
844	Trend
845	Select the parameters for trending:
846	TTx300 family
847	This bit is set if any Device Variable is in an Alarm or Warning State. The host should identify the Device Variable(s) causing this to be set using the Device Variable Status indicators.
848	Failure
849	Out of Specifcation
850	Function Check
851	Device Configuration locked
852	Device Configuration Locked-When this value is set, this indicates that the device is in write-protect or is locked
853	Status Simulation Active
854	-/-
855	OK
856	Out of Specification
857	QV
858	PV Analog Channel Saturated
859	PV Analog Channel Fixed
860	Wireless
861	WirelessHART Device
862	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
863	Primary
864	Primary Analog Channel
865	Secondary
866	Secondary Analog Channel
867	Tertiary
868	Tertiary Analog Channel
869	Quaternary
870	Quaternary Analog Channel
871	Quinary
872	Quinary Analog Channel
873	Critical Power Failure
874	Lock all
875	Trim not supported
876	Configuration cannot be changed
877	Locked by gateway
878	Analog Input Channel
879	Analog Output Channel
880	Secondary Analog Channel Saturated
881	Tertiary Analog Channel Saturated
882	Quaternary Analog Channel Saturated
883	Quinary Analog Channel Saturated
884	Secondary Analog Channel Fixed
885	Tertiary Analog Channel Fixed
886	Quaternary Analog Channel Fixed
887	Quinary Analog Channel Fixed
888	Simulation active
889	The device is in simulation mode and the level output is not representative of the process.
890	Non-Volatile memory failure
891	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
892	Volatile memory error
893	The RAM memory check is invalid or maybe corrupt
894	Watchdog reset executed
895	A watchdog reset has been performed
896	Voltage conditions out of range
897	A voltage condition is outside its allowable range
898	Environmental conditions out of range
899	An internal or environmental condition is beyond acceptable limits.
900	Electronic failure
901	A hardware problem not related to the sensor has been detected.
902	Subdevice list changed
903	Duplicate master detected
904	Capacity Denied
905	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
906	Bandwidth allocation pending
907	Block transfer pending
908	Battery life
909	Percent range
910	Loop current
911	Primary variable
912	Secondary variable
913	Tertiary variable
914	Quaternary variable
915	Read receive time
916	Write date and time
917	Non-Volatile Clock
918	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.
919	Clock Uninitialized
920	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.
921	None
922	No restrictions
923	SI Only
924	Restricted to SI Unit codes only
925	Process automation device
926	Discrete device
927	Hybrid:Process automation+discrete
928	I/O System
929	WirelessHART Process automation device
930	WirelessHART Discrete device
931	WirelessHART Process automation+discrete
932	WirelessHART Gateway
933	WirelessHART Access point
934	WirelessHART Process adapter
935	WirelessHART Discrete adapter
936	WirelessHART enabled handheld/portable maintenance tool
937	Device Profile
938	US
939	United States of America
940	JP
941	Japan
942	DE
943	FR
944	France
945	ES
946	Spain
947	RU
948	Russian Federation
949	CN
950	People's Republic of China
951	Secondary Master
952	Primary Master
953	Device Diagnostic Status 0
954	Device Diagnostic Status 1
955	I/O and Subdevice Status
956	WirelessHART Status
957	Time Set Option
958	Real Time Clock Flags
959	Country
960	Country of intended device installation
961	SI Unit Control
962	Indicates if device should only display SI unit codes
963	Time Stamp
964	Relative time value on network
965	Dynamic Variables Returned for Device Variables
966	Command Response Truncated
967	Configuration Change Counter Mismatch
968	Status bytes mismatch
969	count
970	Device Variable
971	Variable to trim
972	8.3f
973	Fld dev output is fixed at
974	mA
975	Fld dev output
976	mA equal to reference meter?
977	Fld dev output
978	mA equal to reference meter?
979	Prepare Lower trim point Press NEXT when stable
980	Enter lower trim value
981	Prepare Upper trim point Press OK when stable
982	Enter upper trim value
983	Are you sure you want to reset the device Sensor 1 trim points to factory settings?
984	Resetting to factory trim points for Sensor 1 done
985	Are you sure you want to reset the device Sensor 2 trim points to factory settings?
986	Resetting to factory trim points for Sensor 2 done
987	The Configuration Changed Flag is cleared..Continue?
988	Method Aborted
989	In write protect mode
990	The device is Unlocked. Do you want to lock it?
991	Press Next if want to perform a device reset
992	Device Reset completed – Please Close and Open FDI Package to refresh all parameters
993	Do you really want to reset device to order settings?
994	Reset to order completed – Close and Open Package to refresh all parameters
995	Please Note Presently Device is
996	%{write_protection_state}
997	Activate SW-write protection ?
998	No;Yes
999	0110
1000	Inactivate SW-write protection ?
1001	Really remove write protection?
1002	Device is now
1003	Press Next to reset configuration flag
1004	Configuration Flag is Reset
1005	Please Note Presently Device HART Protocol Revision is:
1006	%{universal_revision}
1007	Caution: After change from HART 5 to HART 7 mode, the current FDI Package (HART 5) cannot contact the device again. Please use the HART 7 FDI Package for HART 7. The HMI Display has the option HART 5 / HART 7
1008	Do you really want to change to HART 7 mode ?
1009	Device will restart now to bring the change into effect
1010	Device HART Protocol Revision is:
1011	Caution: After Change from HART 7 to HART 5 mode, the current FDI Package (HART 7) cannot contact the device again. Please use the HART 5 FDI Package for HART 5 mode. The HMI Display has an option HART 5 / HART 7
1012	Do you really want to change to HART 5 mode ?
1013	0
1014	.0
1015	Software Revision :
1016	Hardware Revision :
1017	Are you sure you want to reset NAMUR Configuration for all diagnostics to default NAMUR status settings?
1018	Reset NAMUR Configuration completed
1019	Diagnostic view updated successfully
1020	Update in Progress...
1021	Event Monitor Table Updated Successfully
1022	Configuration Monitor Table Updated Successfully
1023	Are you sure you want to reset Min / Max values of Sensor 1 and Sensor 2?
1024	Reset Min / Max values of Sensor 1 and Sensor 2 completed
1025	Are you sure you want to reset Min / Max values of Sensor 1 ?
1026	Reset Min / Max values of Sensor 1 completed
1027	Long tag
1028	Tag
1029	Sensor 1
1030	Sensor Type
1031	Sensor type 1 and Sensor type 2 do not belong to the same sensor group (temperature measurement [resistor thermometers or thermocouples], voltage measurement or resistor measurement) as required by actual HART Variable settings. To avoid malfunction: change Sensor type 1 or Sensor type 2 to the same sensor group in Detailed Setup / Configuration Or Change setting of HART variables (PV, SV, TV, QV) from redundancy, difference or average to: Sensor 1, Sensor 2, Electric input Sensor 1, Electric input Sensor 2 or Electronics temperature in Detailed Setup / HART Mapping
1032	Connection
1033	2-Wire Resistance
1034	External cold junction temperature
1035	Sensor 2
1036	HART variables depend on sensor type 2. Selecting sensor 2 OFF causes malfunction Setting of HART variables (PV, SV, TV, QV) for redundancy, average, difference, Sensor 2 or electrical Input Sensor 2 are wrong Change setting for HART variables to: Sensor 1, Electric input Sensor 1 or Electronics temperature in Detailed Setup / HART Mapping.
1037	Connection
1038	2-Wire Resistance
1039	External Cold junction temperature
1040	PV is
1041	PV URV
1042	PV LRV
1043	Damping
1044	SV is
1045	Unit
1046	TV is
1047	Unit
1048	QV is
1049	Unit
1050	Do you really want to reset device to factory settings?
1051	Reset to Factory settings is completed – Close and Open Package to refresh all parameters.
1052	Please Wait, Upload in Progress
1053	All X-Y values read from device
1054	Validating points
1055	Fixpoint Table- X Values(index %{Xindex1},%{Xindex2}) not monotonically increasing
1056	Fixpoint Table- Y Values(index %{Yindex1},%{Yindex2}) not monotonically increasing
1057	Validation Succesful
1058	Transfering new fixpoint table to device in progress
1059	New table saved to device succesfully
1060	Validating Points...
Reference ID	String