Device dictionary

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Reference ID	String
0	IP address
1	Enter the IP address of the measuring device
2	192.168.1.212
3	Default gateway
4	Enter IP address for the default gateway of the measuring device
5	0.0.0.0
6	Subnet mask
7	Enter subnet mask of the measuring device
8	255.255.255.0
9	DHCP client
10	Switch the DHCP client functionality on and of
11	Off
12	On
13	DomainName 1
14	0
15	DomainNameLength 1
16	PrimaryNameServer
17	MAC address
18	Shows the MAC address of the measuring device
19
20	SecondaryNameServer
21	WebserverAccess
22	Web server language
23	Set web server language
24	English
25	German
26	French
27	Spanish
28	Italian
29	Dutch
30	Portuguese
31	Polish
32	Russian
33	Swedish
34	Turkish
35	Chinese
36	Japanese
37	Korean
38	Arabic
39	Indonesian
40	Thai
41	Vietnamese
42	Czech
43	Login page
44	Select format of login page
45	Without header
46	With header
47	Web server functionality
48	Switch web server on and off, switch off HTML
49	HTML Off
50	CurrentInput_ActInstance
51	Failure mode
52	Define input behavior in alarm condition
53	(a) Alarm
54	(b) Last valid value
55	(c) Defined value
56	Failure value
57	Enter value to be used by the device if input value from external device is missing
58	.2f
59
60	%
61	%/mA
62	°
63	°C
64	°F
65	°R
66	µm
67	µs
68	1/K
69	1/K²
70	a
71	A
72	bar a
73	Btu
74	Btu/day
75	Btu/h
76	Btu/min
77	Btu/s
78	Btu/Sft³
79	Btu/Sm³
80	cm²
81	d
82	dm²
83	ft
84	ft/s
85	ft²
86	ft³
87	ft³ FAD
88	ft³ FAD/d
89	ft³ FAD/h
90	ft³ FAD/min
91	ft³ FAD/s
92	ft³/d
93	ft³/h
94	ft³/min
95	ft³/s
96	g
97	g/cm³
98	g/d
99	g/h
100	g/min
101	g/s
102	g/Scm³
103	Gcal
104	Gcal/d
105	Gcal/h
106	Gcal/min
107	Gcal/s
108	GJ
109	GJ/d
110	GJ/h
111	GJ/min
112	GJ/s
113	GW
114	GWh
115	h
116	ha
117	Hz
118	in
119	in²
120	J/(kgK)
121	J/kg
122	K
123	kcal
124	kcal/d
125	kcal/h
126	kcal/min
127	kcal/s
128	kg
129	kg/d
130	kg/dm³
131	kg/h
132	kg/l
133	kg/m³
134	kg/min
135	kg/Nl
136	kg/Nm³
137	kg/s
138	kg/Sm³
139	kJ
140	kJ/d
141	kJ/h
142	kJ/min
143	kJ/Nm³
144	kJ/s
145	kJ/Sm³
146	km²
147	kPa a
148	ks
149	kW
150	kWh
151	kWh/(kgK)
152	kWh/Nm³
153	kWh/Sm³
154	l
155	l FAD
156	l FAD/d
157	l FAD/h
158	l FAD/min
159	l FAD/s
160	l/d
161	l/h
162	l/min
163	l/s
164	lb
165	lb/d
166	lb/ft³
167	lb/h
168	lb/min
169	lb/s
170	lb/Sft³
171	m
172	m/s
173	m²
174	m2K/W
175	m³
176	m³ FAD
177	m³ FAD/d
178	m³ FAD/h
179	m³ FAD/min
180	m³ FAD/s
181	m³/d
182	m³/h
183	m³/min
184	m³/s
185	mA
186	mbar
187	MBaud
188	MBtu
189	MBtu/d
190	MBtu/h
191	MBtu/min
192	MBtu/s
193	MBtu/Sft³
194	MBtu/Sm³
195	Mcal
196	Mcal/d
197	Mcal/h
198	Mcal/min
199	Mcal/s
200	mile²
201	min
202	MJ
203	MJ/d
204	MJ/h
205	MJ/kg
206	MJ/min
207	MJ/s
208	mm
209	mm²
210	MMBtu
211	MMBtu/d
212	MMBtu/h
213	MMBtu/min
214	MMBtu/s
215	MMft³
216	MMSft³
217	MMSft³/h
218	MMSft³/min
219	MMSft³/s
220	MPa a
221	ms
222	mV
223	mW
224	MW
225	mW/K
226	MWh
227	Nhl
228	Nhl/d
229	Nhl/h
230	Nhl/min
231	Nhl/s
232	Nl
233	Nl/d
234	Nl/h
235	Nl/min
236	Nl/s
237	Nm³
238	Nm³/d
239	Nm³/h
240	Nm³/min
241	Nm³/s
242	None
243	nV
244	Ohm
245	oz
246	oz/d
247	oz/h
248	oz/min
249	oz/s
250	Pa s
251	ppm
252	psi a
253	rad
254	s
255	Sbbl (us;liq.)
256	Sbbl (us;oil)
257	Sbbl/d (us;oil)
258	Sbbl/h (us;oil)
259	Sbbl/min (us;oil)
260	Sbbl/s (us;oil)
261	Sft³
262	Sft³/d
263	Sft³/h
264	Sft³/min
265	Sft³/s
266	Sgal (imp)
267	Sgal (us)
268	Sl
269	Sl/d
270	Sl/h
271	Sl/min
272	Sl/s
273	Sm³
274	Sm³/d
275	Sm³/h
276	Sm³/min
277	Sm³/s
278	STon
279	STon/d
280	STon/h
281	STon/min
282	STon/s
283	t
284	t/d
285	t/h
286	t/min
287	t/s
288	V
289	W/K
290	W/m²K
291	W/mK
292	yd²
293	Measured values 1
294	Shows the actual input value of the current input
295	Measured values 2
296	Measured values 3
297	Measured current 1
298	Shows the currenly measured value of the current input
299	Measured current 2
300	Measured current 3
301	Current span
302	Select current range for process value output and upper/lower level for alarm signal
303	4...20 mA (4... 20.5 mA)
304	4...20 mA NAMUR (3.8...20.5 mA)
305	4...20 mA US (3.9...20.8 mA)
306	0...20 mA (0... 20.5 mA)
307	0/4 mA value
308	Enter 4 mA value
309	.3f
310	20 mA value
311	Enter 20 mA value
312	Input Source 1
313	Determines which process variable is transmitted via the current output.
314	Pressure
315	2nd temperature heat flow
316	InsituMassFlow
317	InsituStdVolumeFlow
318	InsituFADVolumeFlow
319	InsituVolumeFlow
320	Input Source 2
321	Input Source 3
322	Signal mode
323	Select the signal mode for the current input
324	Passive
325	Active
326	Current input 1 simulation
327	Switch the simulation of the current input on and off
328	Current input 2 simulation
329	Current input 3 simulation
330	Value current input 1
331	Enter value for simulation of the current input
332	Value current input 2
333	Value current input 3
334	Terminal number
335	Shows the terminal numbers used by the current input module
336	Not used
337	26-27 (I/O 1)
338	24-25 (I/O 2)
339	22-23 (I/O 3)
340	20-21 (I/O 4)
341	CurrentOutput_ActInstance
342	Trim
343	Select adjustment mode for trim
344	4 mA
345	20 mA
346	Calculate
347	Reset
348	CorrGain 1
349	CorrOffset 1
350	Defines which current the output assumes in the case of an error. 'Min.': < 3.6mA 'Max.': > 21.95mA 'Last valid value': Last valid value before occurrence of the error. 'Actual value': Output current is equal to the measured value; error is ignored. 'Defined value': User defined value.
351	Min.
352	Max.
353	Last valid value
354	Actual value
355	Defined value
356	Failure current
357	Enter current output value in alarm condition
358	Fixed current
359	Defines the fixed output current.
360	Assign current output 1
361	Temperature
362	Mass flow
363	Corrected volume flow
364	FAD volume flow
365	Volume flow
366	Energy flow
367	Heat flow
368	Density
369	Flow velocity
370	2nd temperature delta heat
371	Electronic temperature
372	Assign current output 2
373	Assign current output 3
374	Assign current output 4
375	InputSelOffVisible 1
376	Shows the current value of the current output which is currently measured
377	Measured current 4
378	Measuring mode
379	Select measuring mode for output
380	Forward flow
381	Forward/Reverse flow
382	Reverse flow compensation
383	Select the signal mode for the current output
384	Status
385	Shows the status of the last output current (OutValue)
386	u
387	Output current 1
388	Shows the actual calculated value of the output current
389	Output current 2
390	Output current 3
391	Output current 4
392	Current output 1 simulation
393	'On' The current simulation is active . The output current does not correspond to the measured value but to the value defined in the 'Value current output' parameter. 'Off' The current simulation is not active. The output current corresponds to the measured value.
394	Current output 2 simulation
395	Current output 3 simulation
396	Current output 4 simulation
397	Value current output 1
398	Defines the value of the simulated output current.
399	Value current output 2
400	Value current output 3
401	Value current output 4
402	Damping output 1
403	Reaction time of the output signal on fluctuation in the measured value.
404	.1f
405	Damping output 2
406	Damping output 3
407	Damping output 4
408	Shows the terminal numbers used by the current output module
409	Trim value high
410	Enter upper measured value for trim (around 20 mA)
411	Trim value low
412	Enter lower measured value for the trim (around 4 mA)
413	Turn down
414	Configuration management
415	Select action for managing the device data in the HistoROM backup
416	Cancel
417	Execute backup
418	Restore
419	Compare
420	Clear backup data
421	Last backup
422	Shows when the last data backup was saved to HistoROM backup
423
424	Backup state
425	Shows the current status of data saving or restoring
426	None
427	Backup in progress
428	Restoring in progress
429	Delete in progress
430	Compare in progress
431	Restoring failed
432	Backup failed
433	Calibration factor
434	Shows the calibration factor matching to the selected calibration data record
435	CalHiLimitDays 1
436	CalHiLimitHours 1
437	Calibration counter
438	Shows the number of calibrations performed on the measuring device
439	Select calibration log entry
440	Enter number for the desired calibration data record
441	CalLoLimitHours 1
442	AM/PM
443	Select AM or PM
444	AM
445	PM
446	Day
447	Enter current day
448	Hour
449	Enter current hour
450	Minute
451	Enter current minute
452	Month
453	Select current month
454	January
455	February
456	March
457	April
458	May
459	June
460	July
461	August
462	September
463	October
464	November
465	December
466	Timestamp
467	Shows the time stamp entered with the calibration factor
468	Calibration date/time
469	Shows date and time of the last calibration
470	Year
471	Enter current year
472	Plant operator
473	Enter plant operator
474	--------------------------------
475	Date/time format
476	Select date and time format
477	dd.mm.yy hh:mm
478	dd.mm.yy hh:mm am/pm
479	mm/dd/yy hh:mm
480	mm/dd/yy hh:mm am/pm
481	Sensor type
482	--
483	:
484	C :
485	D :
486	E :
487	Definition is missing
488	G :
489	J :
490	K :
491	O :
492	P :
493	R :
494	S :
495	T :
496	U :
497	V :
498	W :
499	Y :
500	Z :
501	5 :
502	Level of flow fluctuation
503	Select fluctuation level of measured value
504	Slight
505	Moderate
506	Strong
507	Is restore available
508	Maximum authorized temperature
509	Minimum authorized temperature
510	NewCalFactorState
511	.5f
512	Nominal diameter
513	Shows the nominal diameter of the sensor
514	--------------
515	Location
516	Enter the location where the measuring device is mounted. Information appears in the verification report.
517	Transmitter identifier
518	Select transmitter identifier
519	Unknown
520	500
521	300
522	Progress
523	Shows the progress of the process
524	Reset all totalizers
525	Reset all totalizers to 0 and start
526	Reset + totalize
527	SDatImageAvailable
528	No
529	Yes
530	Comparison result
531	Comparison of current device data with HistoROM backup
532	Settings identical
533	Settings not identical
534	No backup available
535	Backup settings corrupt
536	Check not done
537	Dataset incompatible
538	I/O alteration code
539	Enter the code in order to change the I/O configuration
540	Display interval
541	Set time measured values are shown on display if display alternates between values
542	.0f
543	Backlight
544	Switch the local display backlight on and off
545	Disable
546	Enable
547	Contrast display
548	Adjust local display contrast setting to ambient conditions (e.g. lighting or reading angle)
549	Display damping
550	Set display reaction time to fluctuations in the measured value
551	Decimal places 1
552	This selection does not affect the measurement and calculation accuracy of the device.
553	x
554	x.x
555	x.xx
556	x.xxx
557	x.xxxx
558	Decimal places 2
559	Decimal places 3
560	Decimal places 4
561	Header text
562	Enter display header text
563	------------
564	Value 1 display
565	Select the measured value that is shown on the local display
566	Totalizer 1
567	Totalizer 2
568	Totalizer 3
569	Current output 1
570	Current output 2
571	Current output 3
572	Current output 4
573	Value 2 display
574	Value 3 display
575	Value 4 display
576	Backlight
577	Display language
578	Set display language
579	Header
580	Select header contents on local display
581	Device tag
582	Free text
583	Format display
584	Select how measured values are shown on the display
585	1 value, max. size
586	1 bargraph + 1 value
587	2 values
588	1 value large + 2 values
589	4 values
590	Separator
591	Select decimal separator for displaying numerical values
592	.
593	,
594	0% bargraph value 1
595	Enter 0% value for bar graph display
596	.4f
597	100% bargraph value 1
598	Enter 100% value for bar graph display
599	0% bargraph value 3
600	100% bargraph value 3
601	Assign process variable
602	Select process variable for low flow cut off
603	Flow damping
604	Enter value for damping the flow measured value
605	Temperature damping
606	Enter value for damping the temperature value
607	Installation direction
608	Select sign of flow direction
609	Reverse flow
610	Off value low flow cutoff
611	Enter off value for low flow cut off
612	On value low flow cutoff
613	Enter on value for low flow cut off
614	High value partial filled pipe detection
615	Enter upper limit value for deactivating partialy filled pipe detection
616	Response time part. filled pipe detect.
617	Enter time before diagnostic message is displayed for partially filled pipe detection
618	Select process variable for partially filled pipe detection
619	Low value partial filled pipe detection
620	Enter lower limit value for deactivating partialy filled pipe detection
621	Mass flow offset
622	Mass flow factor
623	Shows the mass flow currently measured
624	Corrected volume flow offset
625	Corrected volume flow factor
626	Shows the corrected volume flow currently calculated
627	Offset 3
628	Factor 3
629	Shows the volume flow currently calculated
630	Volume flow offset
631	Volume flow factor
632	Shows the FAD volume flow currently calculated
633	Offset 5
634	Factor 5
635	Shows the energy flow currently calculated
636	Temperature offset
637	Temperature factor
638	Shows the medium temperature currently measured
639	Offset 7
640	Factor 7
641	Shows the density currently calculated
642	Offset 8
643	Factor 8
644	Shows the flow velocity currently measured
645	Offset 9
646	Factor 9
647	Shows the heat flow currently calculated
648	Flow override
649	Switch on or off the evaluation of measured values
650	Assign simulation process variable
651	Select a process variable for the simulation process that is activated
652	Process variable value
653	Enter the simulation value for the selected process variable
654	Additional gas component
655	Select additional gas component of biogas to reduce CH4 analysis uncertainty
656	Hydrogen H2
657	Ammonia NH3
658	Hydrogen sulfide H2S
659	Calorific value type
660	Select calculation based on gross calorific value or net calorific value
661	Gross calorific value mass
662	Net calorific value mass
663	Delta heat calculation
664	Calculates the transferred heat of a heat exchanger (= delta heat)
665	Device on cold side
666	Device on warm side
667	Density calculation
668	Select the norm the density calculation is based on
669	AGA Nx19
670	ISO 12213-2
671	ISO 12213-3
672	Dew point
673	Enter dew point in the selected temperature unit
674	Enthalpy calculation
675	Select the norm the enthalpy calculation is based on
676	AGA5
677	ISO 6976
678	Enthalpy type
679	Define which kind of enthalpy is used
680	Heat
681	Calorific value
682	Linear expansion coefficient
683	Enter linear, medium-specific expansion coefficient for calculating the reference density
684	Enter gross calorific value to calculate the energy flow
685	Fixed density
686	Enter fixed value for medium density
687	Steam quality value
688	Enter fixed value for steam quality
689	Dynamic viscosity
690	Enter the value of dynamic viscosity for a user-specific gas
691	Enter the value of dynamic viscosity for a user-specific liquid
692	Z-factor
693	Enter real gas constant Z for gas under operation conditions
694	Select gas type
695	Select measured gas type
696	Single gas
697	Gas mixture
698	Special gas
699	Liquid type
700	Select measured liquid type
701	Water
702	LPG
703	User-specific liquid
704	Gas composition
705	Select measured gas mixture
706	Air
707	Helium He
708	Neon Ne
709	Argon Ar
710	Krypton Kr
711	Xenon Xe
712	Nitrogen N2
713	Oxygen O2
714	Chlorine Cl2
715	Carbon monoxide CO
716	Carbon dioxide CO2
717	Hydrogen chloride HCl
718	Methane CH4
719	Propane C3H8
720	Ethane C2H6
721	Butane C4H10
722	Ethylene C2H4
723	Ozone O3
724	Humidity type
725	Select the input value for the gas humidity
726	Relative humidity
727	Water fraction
728	Degrees of superheat limit
729	Select medium
730	Select medium type
731	Gas
732	Liquid
733	Steam
734	Mol% Air
735	Enter amount of substance for the gas mixture
736	Mol% Ar
737	Mol% C2H3Cl
738	Mol% C2H4
739	Mol% C2H6
740	Mol% C3H8
741	Mol% CH4
742	Mol% Cl2
743	Mol% CO
744	Mol% CO2
745	Mol% H2
746	Mol% H2O
747	Mol% H2S
748	Mol% HCl
749	Mol% He
750	Mol% i-C4H10
751	Mol% i-C5H12
752	Mol% Kr
753	Mol% N2
754	Mol% n-C10H22
755	Mol% n-C4H10
756	Mol% n-C5H12
757	Mol% n-C6H14
758	Mol% n-C7H16
759	Mol% n-C8H18
760	Mol% n-C9H20
761	Mol% Ne
762	Mol% NH3
763	Mol% O2
764	Mol% O3
765	Mol% other gas
766	Mol% SO2
767	Mol% Xe
768	Reference combustion temperature
769	Enter reference combustion temperature to calculate the natural gas energy value
770	Select reference temperature for calculation of the gas energy value
771	0 °C
772	15 °C
773	20 °C
774	25 °C
775	60 °F
776	User-defined
777	Reference conditions
778	Select reference conditions for calculation of the corrected volume flow
779	1013.25 mbara, 0 °C
780	1013.25 mbara, 15 °C
781	1013.25 mbara, 20 °C
782	1013.25 mbara, 25 °C
783	1000 mbara, 0 °C
784	1000 mbara, 15 °C
785	1000 mbara, 20 °C
786	1000 mbara, 25 °C
787	14.696 psia, 59 °F
788	14.696 psia, 60 °F
789	FAD conditions
790	Select reference conditions for the calculation of the FAD density (FAD = free air delivery)
791	14.504 psia, 68 °F
792	Reference density
793	Enter fixed value for reference density
794	Reference gross calorific value
795	Enter reference gross calorific value of the natural gas
796	Reference pressure
797	Enter reference pressure for the calulation of the reference density
798	FAD pressure
799	Enter reference pressure for the calulation of the FAD density (FAD = free air delivery)
800	Reference temperature
801	Enter reference temperature for calculating the reference density
802	FAD temperature
803	Enter reference temperature for the calulation of the FAD density (FAD = free air delivery)
804	Reference Z-factor
805	Enter real gas constant Z for gas under reference conditions
806	Relative density
807	Enter a relative density of the natural gas
808	Enter humidity content of air in %
809	Saturated steam calculation mode
810	Select measured gas
811	Special gas name
812	Shows the description of the gas ordered by the customer, e.g. gas name or gas composition
813
814	Specific heat capacity
815	Enter the specific heat capacity of the medium
816	Standard volume flow type
817	Select whether the water fraction should be included in the standard volume flow calculation or not
818	Wet gas
819	Dry gas
820	Steam calculation mode
821	Saturated steam (T-compensated)
822	Automatic (p-/T-compensated)
823	Steam quality
824	Select compensation mode for steam quality
825	Fixed value
826	Calculated value
827	Burst command 1
828	Select the HART command that is sent to the HART master
829	Command 1
830	Command 2
831	Command 3
832	Command 9
833	Command 33
834	Command 48
835	Burst command 2
836	Burst command 3
837	Burst mode 1
838	Switch HART burst mode for burst message on
839	Burst mode 2
840	Burst mode 3
841	Burst variable 0
842	For HART command 9 and 33, assign a HART device variable or process variable to burst variable
843	Percent of range
844	Measured current
845	Current input 1
846	Current input 2
847	Current input 3
848	Primary variable (PV)
849	Secondary variable (SV)
850	Tertiary variable (TV)
851	Quaternary variable (QV)
852	HART input
853	Not used
854	Burst variable 1
855	Burst variable 2
856	Burst variable 3
857	Burst variable 4
858	For HART command 33, assign a HART device variable or process variable to burst variable
859	Burst variable 5
860	Burst variable 6
861	Burst variable 7
862	Max. update period
863	Enter the maximum time span between two burst responses of one burst message
864	Min. update period
865	Enter the minimum time span between two burst responses of one burst message
866	Burst trigger level
867	Enter the burst trigger value that determines together with the option selected in 'Burst trigger mode' parameter the time of burst message
868	Burst trigger mode
869	Select the event that triggers the burst message
870	Continuous
871	Window
872	Rising
873	Falling
874	On change
875	Capture mode
876	Select capture mode via burst or master communication
877	Burst network
878	Master network
879	Assign external process variable
880	Assign variable from external device to process variable
881	Process pressure
882	Value
883	Shows the value of the device variable recorded by the HART input
884	Shows the status of the device variable recorded by the HART input
885	Manual/Fixed
886	Good
887	Poor accuracy
888	Bad
889	Alarm
890	Defines which current the output assumes in case of an error.
891	Timeout
892	Enter deadline for process variable of external device
893	Burst command
894	Select command to read in external process variable
895	Device ID
896	Enter device ID of external device
897	#.8x
898	Device type
899	Enter device type of external device
900	#.2x
901	Manufacturer ID
902	Enter manufacture ID of external device
903	Slot number
904	Define position of external process variable in burst command
905	Altitude
906	Configuration counter
907	Use this function to display the counter reading for changes to device parameters. Info: Static parameters, whose values change during optimization or configuration, cause this parameter to increment by 1. This supports parameter version management. If several parameters change, e. g. due to loading of parameters from FieldCare, etc. in the device, the counter can show a higher value. The counter can never be reset and is not reset to a default value after a device reset. If the counter overflows, (16 bit), it starts again at 1.
908	HART date code
909	Enter data for individual use
910	2009-07-20
911	HART descriptor
912	Enter description for the measuring point
913	T-MASS 300 500
914	Shows the device ID for identifying the device in a HART network
915	Shows the device type with which the measuring device is registered with the HART Communication Foundation
916	Event category 832
917	Change status signal of diagnostic event with diagnostic number 832 'Electronic temperature too high'
918	Failure (F)
919	Function check (C)
920	Out of specification (S)
921	Maintenance required (M)
922	No effect (N)
923	Event category 833
924	Change status signal of diagnostic event with diagnostic number 833 'Electronic temperature too low'
925	Event category 842
926	Change status signal of diagnostic event with diagnostic number 842 'Process limit'
927	Event category 834
928	Change status signal of diagnostic event with diagnostic number 834 'Process temperature too high'
929	Event category 835
930	Change status signal of diagnostic event with diagnostic number 835 'Process temperature too low'
931	Event category 976
932	Change status signal of diagnostic event with diagnostic number 976 'Mass flow out of calibrated range'
933	Event category 979
934	Change status signal of diagnostic event with diagnostic number 979 'Unstable process conditions'
935	Event category 444
936	Select category for diagnostic message
937	Event category 441
938	Change status signal of diagnostic event with diagnostic number 441 'Current output'
939	Event category 442
940	Change status signal of diagnostic event with diagnostic number 442 'Frequency output'
941	Event category 443
942	Change status signal of diagnostic event with diagnostic number 443 'Pulse output'
943	Event category 977
944	Event category 144
945	Change status signal of diagnostic event with diagnostic number 144 'Sensor drift'
946	#.4x
947	Shows the manufacturer ID device is registered with the HART Communication Foundation
948	Fieldbus writing access
949	Select access method to the measuring device via fieldbus
950	Read + write
951	Read only
952	Final assembly number
953	Latitude
954	Location Description
955	somewhere
956	Location method
957	No fix
958	GPS or Standard Positioning Service fix
959	Differential GPS fix
960	Precise positioning service (PPS) fix
961	Real Time Kinetic (RTK) fixed solution
962	Real Time Kinetic (RTK) float solution
963	Estimated dead reckoning
964	Manual input mode
965	Simulation Mode
966	Locking status
967	Longitude
968	Enter a unique name for the measuring point to identify the device quickly within the plant.
969	t-mass
970	HART message
971	Enter HART message which is sent via HART protocol when requested by the master
972	T-MASS 300 500
973	No. of preambles
974	Defines the number of preambles in the HART telegram
975	HART address
976	Enter adress for the data exchange via HART protocol
977	Process Unit Tag
978	Process Unit Tag
979	Assign PV
980	Assign measured variable to primary dynamic variable (PV)
981	Shows the current measured value of the primary dynamic variable (PV)
982	Assign QV
983	Assign measured variable to quaternary (fourth) dynamic variable (QV)
984	Shows the current measured value of the quaternary (fourth) dynamic variable (QV)
985	Device revision
986	Shows the device revision with which the device is registered with the HART Communication Foundation
987	HART revision
988	Shows the HART protocol revision of the measuring device
989	Hardware revision
990	Shows the hardware revision of the measuring device
991	Software revision
992	Shows software revision of the measuring device
993	Assign SV
994	Assign measured variable to the second dynamic variable (SV)
995	Shows the current measured value of the secondary dynamic variable (SV)
996	HART short tag
997	Enter a brief description for the measuring point
998	T-MASS
999	Assign TV
1000	Assign measured variable to the third dynamic variable (TV)
1001	Shows the current measured value of the tertiary (third) dynamic variable (TV)
1002	External verification flags
1003	External verification output 1
1004	External verification output 2
1005	External verification output 3
1006	External verification output 4
1007	Date/time
1008	Overall result
1009	Passed
1010	Not done
1011	Not plugged
1012	Failed
1013	External device information
1014	Enter unique information e.g. serial number of the used measuring equipment
1015	Unknown device
1016	Measured values
1017	Enter the displayed value of the external measuring equipment
1018	Operating time
1019	Indicates how long the device has been in operation
1020	Start verification
1021	Start verification
1022	Start
1023	Output 1 low value
1024	Output 1 high value
1025	Output 2 low value
1026	Output 2 high value
1027	Output 3 low value
1028	Output 3 high value
1029	Output 4 low value
1030	Output 4 high value
1031	Frequency output 1
1032	Pulse output 1
1033	Frequency output 2
1034	Pulse output 2
1035	Frequency output 3
1036	Double pulse output
1037	Power coefficient fluctuation
1038	Output values
1039	Shows the simulated value dependent on the selected output
1040	Verification ID
1041	Shows the verification ID of the verification report for an unique assignment
1042	Shows the entered date and time
1043	I/O module
1044	Shows the overall result for the "I/O module" test group
1045	Verification mode
1046	Select verification mode
1047	Standard verification
1048	Extended verification
1049	Shows the overall result of the verification
1050	Sensor electronic module (ISEM)
1051	Shows the overall result for the "sensor electronic module" test group
1052	Sensor
1053	Shows the overall result for the "sensor" test group
1054	Shows the actual status
1055	Done
1056	Busy
1057	System status
1058	Shows the result of the system condition monitoring
1059	Totalizer overflow
1060	Shows the current overflow of the inventory counter
1061	Unit
1062	Shows the unit for the inventory counter
1063	Totalizer value
1064	Shows the current sum of the main measured value. The raw value of the main measured value is totalized.
1065	Resource available
1066	Bootloader revision
1067	Shows the bootloader revision of the module firmware
1068	Build no. software
1069	Shows the build number of the module firmware
1070	Shows the software revision of the module
1071	Shows the hardware revision of the module
1072	- none -
1073	Module name
1074	Shows the name of the module
1075	Serial number
1076	Shows the serial number of the module
1077	AAFFFFAAFFF
1078	PulseFrequencyState_ActInstance
1079	Assign flow direction check
1080	Select process variable for flow direction monitoring
1081	Set reaction time for output signal to fluctuations in the measured value
1082	Define output behavior in alarm condition
1083	0 Hz
1084	Failure frequency
1085	Enter frequency output value in alarm condition
1086	Assign frequency output
1087	Select process variable for frequency output
1088	Maximum frequency value
1089	Enter maximum frequency
1090	Measuring value at maximum frequency
1091	Enter measured value for maximum frequency
1092	Select measuring mode for pulse output
1093	Minimum frequency value
1094	Enter minimum frequency
1095	Measuring value at minimum frequency
1096	Enter measured value for minmum frequency
1097	Output frequency 1
1098	Shows the value currently measured for the frequency output
1099	Output frequency 2
1100	Output frequency 3
1101	Frequency output simulation 1
1102	Switch the simulation of the frequency output on and off
1103	Frequency output simulation 2
1104	Frequency output simulation 3
1105	Frequency value 1
1106	Enter the frequency value for the simulation
1107	Frequency value 2
1108	Frequency value 3
1109	Assign limit
1110	Select process variable for limit function
1111	Assign diagnostic behavior
1112	Select diagnostic behavior for switch output
1113	Alarm or warning
1114	Warning
1115	Operating mode
1116	Define the output as a pulse, frequency or switch output
1117	Pulse
1118	Frequency
1119	Switch
1120	Invert output signal
1121	'No' The switch output behaves as per its parameter setting. 'Yes' The switching behavior is inverted as compared to its parameter setting.
1122	Select the signal mode for the PFS output
1123	Passive NAMUR
1124	Response time
1125	Specifies how quickly the output reaches the measured value change of 63 % of 100 % of the measured value change
1126	No pulses
1127	Assign pulse output 1
1128	Select process variable for pulse output
1129	Assign pulse output 2
1130	Assign pulse output 3
1131	Shows the currently output pulse frequency
1132	Pulse output 3
1133	Pulse output simulation 1
1134	Set and switch off the pulse output simulation
1135	Down-counting value
1136	Pulse output simulation 2
1137	Pulse output simulation 3
1138	Pulse value 1
1139	Enter the number of pulses for simulation
1140	Pulse value 2
1141	Pulse value 3
1142	Pulse scaling
1143	Enter quantity for measured value at which a pulse is output
1144	Pulse width
1145	Define time width of the output pulse
1146	Actual status
1147	Open
1148	Closed
1149	Switch output function
1150	Select function for switch output
1151	Diagnostic behavior
1152	Limit
1153	Flow direction check
1154	Switch status 1
1155	Shows the current switch output status
1156	Switch status 2
1157	Switch status 3
1158	Switch output simulation 1
1159	'On' The switch output simulation is active. The status of the switch output does not correspond to the state of the device (e.g. limit violation or alarm) but is directly defined in the 'Switch output status' parameter. 'Off' The switch output simulation is not active. The status of the switch output corresponds to the state of the device (e.g. limit violation or alarm).
1160	Switch output simulation 2
1161	Switch output simulation 3
1162	Current status of the switch output.
1163	Switch-off delay
1164	Defines the delay applied before the output is switched off.
1165	Switch-off value
1166	Enter measured value for the switch-off point
1167	Switch-on delay
1168	Defines the delay applied before the output is switched on.
1169	Switch-on value
1170	Enter measured value for the switch-on point
1171	Assign status
1172	Select device status for switch output
1173	Low flow cut off
1174	Shows the terminal numbers used by the PFS output module
1175	Parameter error
1176	Shows the parameter that failed to meet the preconditions
1177	Installation factor
1178	Zero point
1179	Activate in-situ adjustment
1180	Active gas
1181	Pipe shape
1182	Pipe inner diameter
1183	Character test string
1184	Check the shown character string for correct representations of the characters and digits
1185	0123456789+-,.
1186	Confirm Character Test
1187	SIL confirmation
1188	SIL preparation
1189	Shows the actual status of the verification of the preconditions
1190	In progress
1191	Finished
1192	Check and confirm or refuse displayed setting
1193	4 mA value
1194
1195	Output mode
1196	Damping
1197	Pressure value
1198	Gas type
1199	Assign low flow cutoff
1200	Coal gas/bio gas
1201	Natural gas
1202	Natural gas - using sound velocity
1203	User-specific gas
1204	Insertion depth
1205	SIL status
1206	Not active
1207	SIL sequence active
1208	Code incorrect
1209	Abort SIL confirmation sequence or reenter SIL locking code
1210	Reenter code
1211	Abort sequence
1212	Enter access code
1213	Enter access code to disable write protection of parameters
1214	Confirm access code
1215	Confirm the entered access code
1216	Define access code
1217	Restrict write-access to parameters to protect the configuration of the device against unintentional changes
1218	ChangeLoginPasswordState 1
1219	NoEncryptionNeeded
1220	CurrentLoginCodeValid
1221	LoginCodeFirstValid
1222	LoginCodeSecondvalid
1223	Customized
1224	Firmware version
1225	Shows the device firmware version installed
1226	01.00
1227	Extended order code 1
1228	Use this function to display the first, second and/or third part of the extended order code. On account of length restrictions, the extended order code is split into a maximum of 3 parameters. The extended order code indicates the version of all the features of the product structure for the device and thus uniquely identifies the device. It can also be found on the nameplate. Info: Uses of the extended order code - To order an identical spare device. - To check the ordered device features against the shipping note.
1229	--------------------
1230	Extended order code 2
1231	Extended order code 3
1232	Order code
1233	Shows the device order code
1234	- none -
1235	The serial number is a unique alphanumerical code identifying the device. It is printed on the nameplate. In combination with the Operations app it allows to access all device related documentation.
1236	79AFFF16000
1237	Enter the name for the measuring point
1238	t-mass
1239	ENP version
1240	Shows the version of the electronic nameplate (ENP)
1241	2.02.00
1242	Device name
1243	Shows the name of the transmitter
1244	t-mass 300 500
1245	XML build number
1246	Languages supported
1247	Deutsch
1248	Nederlands
1249	Français
1250	Bahasa Indonesia
1251	Italiano
1252	Polski
1253	Portuguesa
1254	Español
1255	Svenska
1256	Türkçe
1257	Activate SW option
1258	Enter the application package code or code of another re-ordered functionality to enable it
1259	Indicates the write protection with the highest priority that is currently active
1260	Hardware locked
1261	SIL locked
1262	Temporarily locked
1263	Device reset
1264	Reset the device configuration - either entirely or in part - to a defined state
1265	To delivery settings
1266	Restart device
1267	Delete powerfail data
1268	Delete T-DAT
1269	Delete HistoROM backup
1270	Reset faulty parameters
1271	Delete delivery settings
1272	Restore S-DAT backup
1273	Reset access code
1274	Reset access code to factory settings
1275	0x00
1276	Reset write protection
1277	Reset write protection code
1278	Set write protection
1279	Enter SIL locking code
1280	Software option overview
1281	Shows all enabled software options
1282	Extended HistoROM
1283	SIL
1284	Heartbeat Verification
1285	Second gas
1286	Heartbeat Monitoring
1287	SW option enabled overview
1288	UDL features
1289	Upload support
1290	Download support
1291	Multibuffer support
1292	UDL operation
1293	Initiate upload
1294	Download to different device
1295	Download to identical device
1296	Abort up-/download
1297	Terminate up-/download
1298	Confirm download status
1299	UDL status
1300	Up-/download inactive
1301	Download temporary impossible
1302	Upload active
1303	Download active
1304	Up-/Download verification active
1305	Download succeeded
1306	Download terminated with warnings
1307	Download failed
1308	Access status
1309	Shows the role the user is currently logged in. The role defines his access authorization to parameters.
1310	Operator
1311	Maintenance
1312	Service
1313	Production
1314	Development
1315	StateInput_ActInstance
1316	Active level
1317	Define input signal level at which the assigned function is triggered
1318	High
1319	Low
1320	Assign status input
1321	Select function for the status input
1322	Reset totalizer 1
1323	Reset totalizer 2
1324	Reset totalizer 3
1325	Gas group
1326	Zero point adjustment
1327	Value status input
1328	Shows the current input signal level
1329	Response time status input
1330	Define the minimum amount of time the input signal level must be present before the selected function is triggered
1331	Status input simulation 1
1332	Switch simulation of the status input on and off
1333	Status input simulation 2
1334	Status input simulation 3
1335	Input signal level 1
1336	Select the signal level for the simulation of the status input
1337	Input signal level 2
1338	Input signal level 3
1339	Shows the terminal numbers used by the status input module
1340	Alarm delay
1341	Enter time interval. Only after the expiration of this time interval the device generates certain diagnostic messages.
1342	Clear event list
1343	Delete all entries of the event list
1344	Clear data
1345	Status signal
1346	OK
1347	---
1348	Actual diagnostics
1349	Shows the current occured diagnostic event along with its diagnostic information
1350	--------
1351	C431 Trim 1
1352	C431 Trim 2
1353	C431 Trim 3
1354	C431 Trim 4
1355	C491 Current output 1 simulation
1356	C491 Current output 2 simulation
1357	C491 Current output 3 simulation
1358	C491 Current output 4 simulation
1359	F882 Input signal
1360	F281 Electronic initialization
1361	I1079 Sensor changed
1362	I1089 Power on
1363	I1090 Configuration reset
1364	I1091 Configuration changed
1365	I1092 HistoROM backup deleted
1366	F437 Configuration incompatible
1367	F242 Software incompatible
1368	M438 Dataset
1369	F252 Modules incompatible
1370	F270 Main electronic failure
1371	F272 Main electronic failure
1372	F275 I/O module 1 defective
1373	F275 I/O module 2 defective
1374	F275 I/O module 3 defective
1375	F275 I/O module 4 defective
1376	F276 I/O module 1 faulty
1377	F276 I/O module 2 faulty
1378	F276 I/O module 3 faulty
1379	F276 I/O module 4 faulty
1380	F271 Main electronic failure
1381	I1137 Electronic changed
1382	F442 Frequency output 1
1383	442 Frequency output 1
1384	M442 Frequency output 1
1385	C442 Frequency output 1
1386	S442 Frequency output 1
1387	F442 Frequency output 2
1388	442 Frequency output 2
1389	M442 Frequency output 2
1390	C442 Frequency output 2
1391	S442 Frequency output 2
1392	F442 Frequency output 3
1393	442 Frequency output 3
1394	M442 Frequency output 3
1395	C442 Frequency output 3
1396	S442 Frequency output 3
1397	F410 Data transfer
1398	F443 Pulse output 1
1399	443 Pulse output 1
1400	M443 Pulse output 1
1401	C443 Pulse output 1
1402	S443 Pulse output 1
1403	F443 Pulse output 2
1404	443 Pulse output 2
1405	M443 Pulse output 2
1406	C443 Pulse output 2
1407	S443 Pulse output 2
1408	F443 Pulse output 3
1409	443 Pulse output 3
1410	M443 Pulse output 3
1411	C443 Pulse output 3
1412	S443 Pulse output 3
1413	C492 Simulation frequency output 1
1414	C492 Simulation frequency output 2
1415	C492 Simulation frequency output 3
1416	C493 Pulse output 1 simulation active
1417	C493 Pulse output 2 simulation active
1418	C493 Pulse output 3 simulation active
1419	C494 Switch output simulation 1
1420	C494 Switch output simulation 2
1421	C494 Switch output simulation 3
1422	C484 Failure mode simulation
1423	F842 Process limit
1424	842 Process limit
1425	M842 Process limit
1426	C842 Process limit
1427	S842 Process limit
1428	C485 Measured variable simulation
1429	C453 Flow override
1430	F361 I/O module 1 faulty
1431	F361 I/O module 2 faulty
1432	F361 I/O module 3 faulty
1433	F361 I/O module 4 faulty
1434	I1151 History reset
1435	F273 Main electronic failure
1436	F441 Current output 1
1437	441 Current output 1
1438	M441 Current output 1
1439	C441 Current output 1
1440	S441 Current output 1
1441	F441 Current output 2
1442	441 Current output 2
1443	M441 Current output 2
1444	C441 Current output 2
1445	S441 Current output 2
1446	F441 Current output 3
1447	441 Current output 3
1448	M441 Current output 3
1449	C441 Current output 3
1450	S441 Current output 3
1451	F441 Current output 4
1452	441 Current output 4
1453	M441 Current output 4
1454	C441 Current output 4
1455	S441 Current output 4
1456	I1155 Reset electronic temperature
1457	I1156 Memory error trend
1458	I1157 Memory error event list
1459	F083 Memory content
1460	F803 Current loop
1461	F833 Electronic temperature too low
1462	833 Electronic temperature too low
1463	M833 Electronic temperature too low
1464	C833 Electronic temperature too low
1465	S833 Electronic temperature too low
1466	F832 Electronic temperature too high
1467	832 Electronic temperature too high
1468	M832 Electronic temperature too high
1469	C832 Electronic temperature too high
1470	S832 Electronic temperature too high
1471	F834 Process temperature too high
1472	834 Process temperature too high
1473	M834 Process temperature too high
1474	C834 Process temperature too high
1475	S834 Process temperature too high
1476	F835 Process temperature too low
1477	835 Process temperature too low
1478	M835 Process temperature too low
1479	C835 Process temperature too low
1480	S835 Process temperature too low
1481	F372 Sensor electronic (ISEM) faulty
1482	I1221 Zero point adjust failure
1483	I1222 Zero point adjustment ok
1484	F283 Memory content
1485	M311 Electronic failure
1486	F082 Data storage
1487	I1256 Display: access status changed
1488	F375 I/O-1 communication failed
1489	F375 I/O-2 communication failed
1490	F375 I/O-3 communication failed
1491	F375 I/O-4 communication failed
1492	I1264 Safety sequence aborted
1493	I1278 I/O module restarted
1494	F262 Sensor electronic connection faulty
1495	F537 Configuration
1496	F201 Device failure
1497	S961 Delta temperature
1498	I1335 Firmware changed
1499	C495 Diagnostic event simulation
1500	I1361 Web server: login failed
1501	F382 Data storage
1502	F383 Memory content
1503	C496 Status input simulation
1504	I1397 Fieldbus: access status changed
1505	I1398 CDI: access status changed
1506	I1444 Device verification passed
1507	I1445 Device verification failed
1508	I1457 Measurement error verification failed
1509	I1459 I/O module verification failed
1510	I1461 Sensor verification failed
1511	I1462 Sensor electronic module verific. failed
1512	S539 Flow computer configuration incorrect
1513	F444 Current input 1
1514	444 Current input 1
1515	M444 Current input 1
1516	C444 Current input 1
1517	S444 Current input 1
1518	F444 Current input 2
1519	444 Current input 2
1520	M444 Current input 2
1521	C444 Current input 2
1522	S444 Current input 2
1523	F444 Current input 3
1524	444 Current input 3
1525	M444 Current input 3
1526	C444 Current input 3
1527	S444 Current input 3
1528	C486 Current input 1 simulation
1529	C486 Current input 2 simulation
1530	C486 Current input 3 simulation
1531	C302 Device verification in progress
1532	I1512 Download started
1533	I1513 Download finished
1534	I1514 Upload started
1535	I1515 Upload finished
1536	C412 Processing download
1537	I1554 Safety sequence started
1538	I1555 Safety sequence confirmed
1539	I1556 Safety mode off
1540	I1618 I/O module replaced
1541	I1619 I/O module replaced
1542	M303 I/O 1 configuration changed
1543	M303 I/O 2 configuration changed
1544	M303 I/O 3 configuration changed
1545	M303 I/O 4 configuration changed
1546	I1621 I/O module replaced
1547	I1622 Calibration changed
1548	I1624 Reset all totalizers
1549	I1625 Write protection activated
1550	I1626 Write protection deactivated
1551	I1627 Web server: login successful
1552	I1628 Display: login successful
1553	I1629 CDI: login successful
1554	F520 I/O 1 hardware configuration invalid
1555	F520 I/O 2 hardware configuration invalid
1556	F520 I/O 3 hardware configuration invalid
1557	F520 I/O 4 hardware configuration invalid
1558	I1631 Web server access changed
1559	I1632 Display: login failed
1560	I1633 CDI: login failed
1561	I1634 Reset to factory settings
1562	I1635 Reset to delivery settings
1563	I1639 Max. switch cycles number reached
1564	F387 HistoROM data faulty
1565	I1649 Hardware write protection activated
1566	I1650 Hardware write protection deactivated
1567	C594 Relay output simulation
1568	F332 Writing in HistoROM backup failed
1569	I1712 New flash file received
1570	M330 Flash file invalid
1571	F331 Firmware update failed
1572	F373 Sensor electronic (ISEM) faulty
1573	I1725 Sensor electronic module (ISEM) changed
1574	I1726 Configuration backup failed
1575	F979 Unstable process conditions
1576	979 Unstable process conditions
1577	M979 Unstable process conditions
1578	C979 Unstable process conditions
1579	S979 Unstable process conditions
1580	F144 Sensor drift
1581	144 Sensor drift
1582	M144 Sensor drift
1583	C144 Sensor drift
1584	S144 Sensor drift
1585	F004 Sensor error
1586	F378 Supply voltage ISEM faulty
1587	F976 Mass flow out of calibrated range
1588	976 Mass flow out of calibrated range
1589	M976 Mass flow out of calibrated range
1590	C976 Mass flow out of calibrated range
1591	S976 Mass flow out of calibrated range
1592	F977 Reverse flow detected
1593	977 Reverse flow detected
1594	M977 Reverse flow detected
1595	C977 Reverse flow detected
1596	S977 Reverse flow detected
1597	S941 Flow velocity too high
1598	Displays the timestamp for the currently active diagnostic message
1599	I/O capabilities
1600	Current output
1601	Exi
1602	Event category 1
1603	Timestamp of the diagnostic message.
1604	Event category 2
1605	Event category 3
1606	Event category 4
1607	Event category 5
1608	Diagnostics 1
1609	Displays the currently active diagnostic message with the highest priority.
1610	Diagnostics 2
1611	Displays the currently active diagnostic message with the second highest priority.
1612	Diagnostics 3
1613	Shows the currently active diagnostic message with the third highest priority.
1614	Diagnostics 4
1615	Shows the currently active diagnostic message with the fourth highest priority.
1616	Diagnostics 5
1617	Shows the currently active diagnostic message with the fifth-highest priority.
1618	Update Event
1619	ElectronicTempSensorAvailable 1
1620	Assign behavior of diagnostic no. 832
1621	Change behavior of diagnostic event with diagnostic number 832 'Electronic temperature too high'
1622	Logbook entry only
1623	Assign behavior of diagnostic no. 833
1624	Change behavior of diagnostic event with diagnostic number 833 'Electronic temperature too low'
1625	Assign behavior of diagnostic no. 976
1626	Change behavior of diagnostic event with diagnostic number 976 'Mass flow out of calibrated range'
1627	Assign behavior of diagnostic no. 842
1628	Change behavior of diagnostic event with diagnostic number 842 'Process limit'
1629	Assign behavior of diagnostic no. 834
1630	Change behavior of diagnostic event with diagnostic number 834 'Process temperature too high'
1631	Assign behavior of diagnostic no. 835
1632	Change behavior of diagnostic event with diagnostic number 835 'Process temperature too low'
1633	Assign behavior of diagnostic no. 979
1634	Change behavior of diagnostic event with diagnostic number 979 'Unstable process conditions'
1635	Assign behavior of diagnostic no. 444
1636	Change behavior of diagnistic event with diagnostic number 444 'Current input'
1637	Assign behavior of diagnostic no. 441
1638	Change behavior of diagnostic event with diagnostic number 441 'Current output'
1639	Assign behavior of diagnostic no. 442
1640	Change behavior of diagnostic event with diagnostic number 442 'Frequency output'
1641	Assign behavior of diagnostic no. 443
1642	Change behavior of diagnostic event with diagnostic number 443 'Pulse output'
1643	Assign behavior of diagnostic no. 977
1644	Change behavior of diagnostic event with diagnostic number 977 'Reverse flow detected'
1645	Assign behavior of diagnostic no. 144
1646	Change behavior of diagnostic event with diagnostic number 144 'Sensor drift'
1647	Assign behavior of diagnostic no. 302
1648	Change behavior of diagnostic event with diagnostic number 302 'Device verification in progress'
1649	Prepare state
1650	Filter options
1651	Define which category of event messages is shown in the Events list submenu
1652	All
1653	Out of specification (S)
1654	Information (I)
1655	PE_method_read_event
1656	Entries list
1657	Operating time from restart
1658	Shows the time the device has been in operation since the last device restart
1659	Previous diagnostics
1660	Shows the diagnostic event that occurred prior to the current diagnostic event along with its diagnostic information
1661	Shows the timestamp of the previous diagnostic message
1662	Diagnostic event simulation
1663	Select a diagnostic event to simulate this event
1664	004 Sensor error
1665	082 Data storage
1666	083 Memory content
1667	201 Device failure
1668	242 Software incompatible
1669	252 Modules incompatible
1670	262 Sensor electronic connection faulty
1671	270 Main electronic failure
1672	271 Main electronic failure
1673	272 Main electronic failure
1674	273 Main electronic failure
1675	275 I/O module 1 defective
1676	275 I/O module 2 defective
1677	275 I/O module 3 defective
1678	275 I/O module 4 defective
1679	276 I/O module 1 faulty
1680	276 I/O module 2 faulty
1681	276 I/O module 3 faulty
1682	276 I/O module 4 faulty
1683	281 Electronic initialization
1684	283 Memory content
1685	302 Device verification in progress
1686	303 I/O 1 configuration changed
1687	303 I/O 2 configuration changed
1688	303 I/O 3 configuration changed
1689	303 I/O 4 configuration changed
1690	311 Electronic failure
1691	330 Flash file invalid
1692	331 Firmware update failed
1693	332 Writing in HistoROM backup failed
1694	361 I/O module 1 faulty
1695	361 I/O module 2 faulty
1696	361 I/O module 3 faulty
1697	361 I/O module 4 faulty
1698	372 Sensor electronic (ISEM) faulty
1699	373 Sensor electronic (ISEM) faulty
1700	375 I/O-1 communication failed
1701	375 I/O-2 communication failed
1702	375 I/O-3 communication failed
1703	375 I/O-4 communication failed
1704	378 Supply voltage ISEM faulty
1705	382 Data storage
1706	383 Memory content
1707	387 HistoROM data faulty
1708	410 Data transfer
1709	412 Processing download
1710	431 Trim 1
1711	431 Trim 2
1712	431 Trim 3
1713	431 Trim 4
1714	437 Configuration incompatible
1715	438 Dataset
1716	453 Flow override
1717	484 Failure mode simulation
1718	485 Measured variable simulation
1719	486 Current input 1 simulation
1720	486 Current input 2 simulation
1721	486 Current input 3 simulation
1722	491 Current output 1 simulation
1723	491 Current output 2 simulation
1724	491 Current output 3 simulation
1725	491 Current output 4 simulation
1726	492 Simulation frequency output 1
1727	492 Simulation frequency output 2
1728	492 Simulation frequency output 3
1729	493 Pulse output 1 simulation active
1730	493 Pulse output 2 simulation active
1731	493 Pulse output 3 simulation active
1732	494 Switch output simulation 1
1733	494 Switch output simulation 2
1734	494 Switch output simulation 3
1735	496 Status input simulation
1736	520 I/O 1 hardware configuration invalid
1737	520 I/O 2 hardware configuration invalid
1738	520 I/O 3 hardware configuration invalid
1739	520 I/O 4 hardware configuration invalid
1740	537 Configuration
1741	539 Flow computer configuration incorrect
1742	594 Relay output simulation
1743	803 Current loop
1744	882 Input signal
1745	941 Flow velocity too high
1746	961 Delta temperature
1747	Enter service ID of diagnostic event to simulate this event
1748	Device alarm simulation
1749	Switch the device alarm on and off
1750	SwitchOutput_ActInstance
1751	Defines the state of the switch output in case of an error.
1752	Relay output function
1753	Select the function for the relay output
1754	Digital Output
1755	Defines which process variable will be checked for limit violation.
1756	Max. switch cycles number
1757	Shows the maximal number of guaranteed switch cycles
1758	Defines to which behavior of diagnostic events the switch output reacts.
1759	Switch cycles
1760	Shows number of all performed switch cycles
1761	Switch status
1762	Relay output 1 simulation
1763	Relay output 2 simulation
1764	Relay output 3 simulation
1765	Select status of the relay output for the simulation
1766	Defines the switch-off point. The output is opened if the assigned process variable falls below this point.
1767	Defines the switch-on point. The output is closed if the assigned process variable rises above this point.
1768	Shows the terminal numbers used by the relay output module
1769	Powerless relay status
1770	Select quietscent state for relay
1771	Calorific value unit
1772	Select calorific value unit
1773	Corrected volume unit
1774	Select corrected volume unit
1775	Corrected volume flow unit
1776	Select corrected volume flow unit
1777	Density unit
1778	Select density unit
1779	Dynamic viscosity unit
1780	Select dynamic viscosity unit
1781	Energy unit
1782	Select energy unit
1783	Energy flow unit
1784	Select energy flow unit
1785	FAD volume unit
1786	Select FAD volumen unit (FAD = free air delivery)
1787	FAD volume flow unit
1788	Select FAD volumen flow unit (FAD = free air delivery)
1789	Length unit
1790	Select length unit for nominal diameter
1791	Mass unit
1792	Select mass unit
1793	Mass flow unit
1794	Select mass flow unit
1795	Pressure unit
1796	Select process pressure unit
1797	Reference density unit
1798	Select reference density unit
1799	Specific enthalpy
1800	Specific heat capacity unit
1801	Select unit for specific heat capacity
1802	Temperature unit
1803	Select temperature unit
1804	TemperatureDifference 1
1805	Velocity unit
1806	Select velocity unit
1807	Volume unit
1808	Select volume unit
1809	Volume flow unit
1810	Select volume flow unit
1811	Maximum value
1812	Shows the highest previously measured temperature for the main electronic module in the transmitter
1813	Minimum value
1814	Shows the lowest previously measured temperature for the main electronic module in the transmitter
1815	Indication of the current temperature of the electronics.
1816	Gas component
1817	Select the gas component that is measured by an external gas analyzer
1818	Mol%
1819	Gas compensation
1820	Select the input type for gas compensation. The selected gas component is measured by an external gas analyzer
1821	External value
1822	Measurement application
1823	Select measurement application
1824	Air or compressed air
1825	Gas or gas mixture
1826	Energy
1827	Shows the currently calculated gross calorific value or net calorific value
1828	Shows the currently calculated dynamic viscosity
1829	Select the gas that the device is currently using for the measurement
1830	FluidGasGroupSelectState
1831	Ok
1832	Heat transfer coefficient
1833	Shows the heat transfer coefficient currently calculated
1834	Mach number
1835	Shows the Mach number currently calculated. For the calculation the density and the pressure are required.
1836	Nusselt number
1837	Shows the Nusselt number currently calculated
1838	Prandtl number
1839	Shows the currently calculated Prandtl number
1840	Shows depending on the setting the entered or external process pressure
1841	Enter fixed value for the process pressure
1842	External pressure
1843	Shows the external process pressure value
1844	Pressure compensation
1845	Select pressure compensation type
1846	Shows the currently calculated reference density
1847	FAD density
1848	Shows the currently calculated FAD density (FAD = free air delivery)
1849	Reynolds number
1850	Shows the Reynolds number currently calculated
1851	Sound velocity
1852	Shows the currently calculated sound velocity
1853	Shows the currently calculated specific heat capacity
1854	Shows the highest previously measured medium temperature
1855	Shows the lowest previously measured medium temperature
1856	Shows 2nd temperature for heat flow calculation. The temperature can be an external or fixed entered value.
1857	Enter fixed value for the 2nd temperature for the heat flow calculation
1858	External 2nd temperature heat flow
1859	Shows the value for the external 2nd temperature for heat flow calculation
1860	Input type 2nd temperature heat flow
1861	Select input type for the 2nd temperature for the heat flow calculation
1862	Thermal conductivity
1863	Shows the currently calculated thermal conductivity
1864	Select the position of the measuring device in relation to the external temperature sensor
1865	Upstream
1866	Downstream
1867	Delete values
1868	Delete previous adjustment values and descriptions
1869	Confirm
1870	Confirm deletion
1871	Description 1
1872	Description for in-situ adjustment: e.g. facility, operator, date
1873	Description 2
1874	Description 3
1875	Description 4
1876	Stability check
1877	Activate stability check. New adjustment value is only accepted when the measurement is stable
1878	Activate the in-situ adjustment. The points stored by the user are used for the in-situ adjustment
1879	Gas description 1/2
1880	Shows the 1st part of the description of the set gas used in the in-situ adjustment
1881
1882	Gas description 2/2
1883	Shows the 2nd part of the description of the set gas used in the in-situ adjustment
1884	Input type reference value
1885	Select input type for the reference value
1886	Manual
1887	InSituNumberOfPoints 1
1888	Status
1889	Shows the validity of the actual reference value
1890	Replaced
1891	Unstable
1892	Invalid
1893	Flow value 1 description
1894	Shows the process conditions at the time when the measured value is stored
1895	Flow value 2 description
1896	Flow value 11 description
1897	Flow value 12 description
1898	Flow value 13 description
1899	Flow value 14 description
1900	Flow value 15 description
1901	Flow value 16 description
1902	Flow value 3 description
1903	Flow value 4 description
1904	Flow value 5 description
1905	Flow value 6 description
1906	Flow value 7 description
1907	Flow value 8 description
1908	Flow value 9 description
1909	Flow value 10 description
1910	External reference value
1911	Shows the external reference value for the in situ adjustment
1912	Reference value
1913	Enter fixed value as reference value used for the in situ adjustment
1914	Actual flow value
1915	Shows the actual flow in relation to the maximum, factory-measured value that is adapted to the actual process conditions
1916	Flow value 1
1917	Shows the stored flow value in relation to the maximum, factory-measured value that is adapted to the actual process conditions
1918	Flow value 2
1919	Flow value 11
1920	Flow value 12
1921	Flow value 13
1922	Flow value 14
1923	Flow value 15
1924	Flow value 16
1925	Flow value 3
1926	Flow value 4
1927	Flow value 5
1928	Flow value 6
1929	Flow value 7
1930	Flow value 8
1931	Flow value 9
1932	Flow value 10
1933	Apply value
1934	Apply the actual value
1935	Select flow reference
1936	Select process variable. This process variable is used as reference value for the in situ adjustment.
1937	Enter factor to compensate the mounting-related measurement error
1938	InstallationType 1
1939	Flowcell
1940	Insertion
1941	Shows calculated insertion depth of the sensor
1942	Mounting set height
1943	Enter mounting set height
1944	Enter the internal diameter of a circular pipe
1945	Duct height
1946	Enter inner duct height. Duct height and sensor shaft are parallel.
1947	Select the shape of the pipe
1948	Circular
1949	Rectangular
1950	Pipe wall thickness
1951	Enter the pipe wall thickness
1952	Duct width
1953	Enter inner duct width. The duct width is vertical to the sensor shaft.
1954	Power coefficient
1955	Shows the power coefficient currently measured. The sign shows the flow direction. Plus: with flow direction, Minus: against flow direction
1956	Sensitivity
1957	Enter the threshold value for process stability. The higher the value, the better disturbances are detected
1958	Reset min/max values
1959	Select measured variable whose minimum value and maximum value are to be reset
1960	SpecialGasAvailable
1961	Temperature difference
1962	Shows the temperature difference between temperature sensor and heating element currently measured
1963	Zero point adjustment control
1964	Start zero point adjustment
1965	Zeropoint adjust state
1966	Zero point adjust failure
1967	Shows the power coefficient currently measured.
1968	Resistance
1969	Shows the resistance of the Pt100 currently measured
1970	Status 1
1971	Shows the temperature of the Pt100 currently measured
1972	Shows the temperature difference between Pt100 and reference. If the Pt100 is the reference, an invalid is shown.
1973	Select process variable for totalizer
1974	method_update_TIC_TotUnit_1
1975	method_update_TIC_TotUnit_2
1976	method_update_TIC_TotUnit_3
1977	Control Totalizer 1
1978	Control totalizer value
1979	Totalize
1980	Reset + hold
1981	Preset + hold
1982	Preset + totalize
1983	Hold
1984	Control Totalizer 2
1985	Control Totalizer 3
1986	Define totalizer behavior in alarm condition
1987	Stop
1988	Assign gas
1989	Select the gas that the totalizer uses. This gas is only totalized when it is currently active ('Active gas' parameter)
1990	Both gases
1991	Totalizer overflow 1
1992	Shows the current totalizer overflow
1993	Totalizer overflow 2
1994	Totalizer overflow 3
1995	Preset value 1
1996	Specify start value for totalizer
1997	Preset value 2
1998	Preset value 3
1999	Totalizer operation mode
2000	Select totalizer calculation mode
2001	Net flow total
2002	Forward flow total
2003	Reverse flow total
2004	Unit totalizer 1
2005	Select process variable totalizer unit
2006	Unit totalizer 2
2007	Unit totalizer 3
2008	Totalizer value 1
2009	Shows the current totalizer counter value
2010	Totalizer value 2
2011	Totalizer value 3
2012	Data logging control
2013	Select option for data logging
2014	Delete + start
2015	Logging delay
2016	Enter time delay for data logging
2017	Read trend curves
2018	Read trend channel 1
2019	Read trend channel 2
2020	Read trend channel 3
2021	Read trend channel 4
2022	Assign channel 1
2023	Assign a process variable to logging channel
2024	Assign channel 2
2025	Assign channel 3
2026	Assign channel 4
2027	Entire logging duration
2028	Shows the total logging duration of the data logging
2029	Data logging
2030	Select method of data logging
2031	Overwriting
2032	Not overwriting
2033	MaxTrendEntries 1
2034	OperationHours 1
2035	Data logging status
2036	Shows the status of the data logging
2037	Delay active
2038	Stopped
2039	Clear logging data
2040	Clear the entire logging data
2041	Logging interval
2042	Define the logging interval tlog for data logging. This value defines the time interval between the individual data points in the memory
2043	TrendListStatus 1
2044	TrendNextListPosition 1
2045	TrendPackageSize 1
2046	Trend storage time
2047	TrendSupportedPackageSize 1
2048	Read number of value
2049	Version 1
2050	UniversalInputOutput_ActInstance
2051	PFS output
2052	Current input
2053	Status input
2054	Relay output
2055	Configurable
2056	Restart needed
2057	Apply I/O configuration
2058	Apply parameterization of the freely configurable I/O module
2059	IsMultiModeEnabled
2060	I/O module 1 type
2061	Shows the I/O module type
2062	Status input
2063	Pulse/frequency/switch output
2064	Relay output
2065	I/O module 2 type
2066	I/O module 3 type
2067	I/O module 4 type
2068	I/O module 1 information
2069	Shows information of the plugged I/O module
2070	Not configurable
2071	HART
2072	I/O module 2 information
2073	I/O module 3 information
2074	I/O module 4 information
2075	I/O module 1 terminal numbers
2076	Shows the terminal numbers used by the I/O module
2077	I/O module 2 terminal numbers
2078	I/O module 3 terminal numbers
2079	I/O module 4 terminal numbers
2080	Select antenna
2081	Select internal or external antenna for reception
2082	External antenna
2083	Internal antenna
2084	Apply changes
2085	Use changed WLAN settings
2086	Security identification
2087	Select security settings and download these settings via menu Data management > Security > WLAN
2088	Trusted issuer certificate
2089	Device certificate
2090	Device private key
2091	Enable Broadcast SSID
2092	WLAN
2093	Activate or deactivate WLAN
2094	WLAN IP address
2095	Enter IP address of the WLAN interface of the device
2096	IP address domain name server
2097	Enter the IP address of the domain name server
2098	Gateway IP address
2099	Enter the IP address of the gateway
2100	Connection state
2101	Shows the current connection state
2102	Connected
2103	Not connected
2104	WLAN availble
2105	WLAN MAC address
2106	Enter MAC address of the WLAN interface of the device
2107	FF-FF-FF-FF-FF-FF
2108	WLAN mode
2109	Select WLAN mode
2110	WLAN access point
2111	WLAN Client
2112	SSID name
2113	Enter the user-defined SSID name (max. 32 characters)
2114	2.4 GHz WLAN channel
2115	Shows WLAN channel
2116	WLAN password
2117	Enter WLAN password
2118	Received signal strength
2119	Shows the received signal strength
2120	Medium
2121	Network security
2122	Select the security type of the WLAN network
2123	Unsecured
2124	WPA2-PSK
2125	EAP-PEAP with MSCHAPv2
2126	EAP-PEAP MSCHAPv2 no server authentic.
2127	EAP-TLS
2128	WLAN passphrase
2129	Enter the network key (8 to 32 characters)
2130	Assign SSID name
2131	Select which name will be used for SSID: device tag or user-defined name
2132	WLAN subnet mask
2133	Enter subnet mask of the WLAN interface of the device
2134	User name
2135	Enter user name
2136	WLANPassphraseVisibile 1
2137	Remedy information
2138	Actual remedy information
2139	Remedy information 1
2140	Remedy information 2
2141	Remedy information 3
2142	Remedy information 4
2143	Remedy information 5
2144	Previous remedy information
2145	Edit: Reset all totalizers
2146	Edit: Configuration management
2147	Edit: Start verification
2148	Edit: Code incorrect
2149	Edit: Device reset
2150	Edit: Clear event list
2151	Edit: Zero point adjustment control
2152	Edit: Clear logging data
2153	Edit: Apply I/O configuration
2154	STD_SWOptionEnabledOverview_1
2155	Response_Code_msg
2156	BCT_request
2157	Blocktransfer DWORD(4)_1
2158	Blocktransfer DWORD(4)_2
2159	Blocktransfer DWORD(4)_3
2160	Blocktransfer DWORD(4)_4
2161	Blocktransfer DWORD(4)_5
2162	Blocktransfer DWORD(4)_6
2163	Blocktransfer DWORD(4)_7
2164	Blocktransfer DWORD(4)_8
2165	Blocktransfer DWORD(4)_9
2166	Blocktransfer DWORD(4)_10
2167	Blocktransfer DWORD(4)_11
2168	Blocktransfer DWORD(4)_12
2169	Blocktransfer DWORD(4)_13
2170	Blocktransfer DWORD(4)_14
2171	Blocktransfer DWORD(4)_15
2172	Blocktransfer DWORD(4)_16
2173	Blocktransfer DWORD(4)_17
2174	Blocktransfer DWORD(4)_18
2175	Blocktransfer DWORD(4)_19
2176	Blocktransfer DWORD(4)_20
2177	Blocktransfer DWORD(4)_21
2178	Blocktransfer DWORD(4)_22
2179	Blocktransfer DWORD(4)_23
2180	Blocktransfer DWORD(4)_24
2181	Blocktransfer DWORD(4)_25
2182	CorrGain
2183	CorrOffset
2184	DomainNameLength
2185	DomainName
2186	Display
2187	HARTOutput
2188	Data logging
2189	Pulse/frequency/switch output 1
2190	Pulse/frequency/switch output 2
2191	Pulse/frequency/switch output 3
2192	Endress+Hauser
2193	Process
2194	HeartbeatResultsThermalFlowMeter
2195	Diagnostics
2196	Device
2197	HARTInput
2198	CDI Ethernet
2199	Status input 1
2200	Status input 2
2201	Status input 3
2202	HARTBurstMessage
2203	Heartbeat
2204	Relay output 1
2205	Relay output 2
2206	Relay output 3
2207	I/O module 1
2208	I/O module 2
2209	I/O module 3
2210	I/O module 4
2211	FluidHandler
2212	ThermalFlowMeter
2213	14.730 Psi, 60 °F
2214	Sulfur dioxide SO2
2215	Vinyl chloride C2H3Cl
2216	Nitrous oxide N2O
2217	Others
2218	port
2219	Sensor number
2220	Sensor 1
2221	Sensor 2
2222	Curve ID
2223	Data transfer finished
2224	X minimum value
2225	X maximum value
2226	X decimation value
2227	Preparation status
2228	X engineering unit
2229	UNITS_CODE(45)
2230	Y engineering unit
2231	Transmission length
2232	Number of data points
2233	Compression state
2234	success
2235	inefficient (nur geräteintern)
2236	Dst2Small
2237	WrIntoRd
2238	Fail (schwerer interner Fehler)
2239	Corrected Xmin
2240	Device corrected starting point in engineering unit
2241	Corrected Xmax
2242	Device corrected ending point in engineering unit
2243	function_code
2244	Master Byte Count
2245	Device Byte Count
2246	Segment Length Changed
2247	Port not Found
2248	Port in Use
2249	Maximum Ports In Use
2250	Segment Length Too Small
2251	Blocktransfer Float_1
2252	Blocktransfer Float_2
2253	Blocktransfer Float_3
2254	Blocktransfer Float_4
2255	Blocktransfer Float_5
2256	Blocktransfer Float_6
2257	Blocktransfer Float_7
2258	Blocktransfer Float_8
2259	Blocktransfer Float_9
2260	Blocktransfer Float_10
2261	Blocktransfer Float_11
2262	Blocktransfer Float_12
2263	Blocktransfer Float_13
2264	Blocktransfer Float_14
2265	Blocktransfer Float_15
2266	Blocktransfer Float_16
2267	number_bytes_message
2268	Port not Open
2269	Close port
2270	End of transfer
2271	Progress
2272	Device Settings
2273	Maintenance
2274	Feature not supported
2275	Offline
2276	Diagnostics
2277	Header
2278	Administration
2279	Advanced setup
2280	Application
2281	Calibration
2282	Logbook
2283	Web server
2284	Pt100 1
2285	Pt100 2
2286	Pt100 3
2287	Communication
2288	Configuration backup
2289	Device information
2290	Diagnostic configuration
2291	Diagnostic list
2292	Diagnostics
2293	Operation
2294	Diagnostic behavior
2295	Diagnostic handling
2296	Event logbook
2297	Expert
2298	External compensation
2299	Gas properties
2300	Measurement mode
2301	Burst configuration
2302	Burst configuration 1
2303	Burst configuration 2
2304	Burst configuration 3
2305	Configuration
2306	Information
2307	Input
2308	HART output
2309	Output
2310	Heartbeat Technology
2311	Heartbeat base settings
2312	Performing verification
2313	Heartbeat setup
2314	Verification results
2315	Input values
2316	In-situ adjustment
2317	Adjustment values in use
2318	Inventory counter
2319	Main electronic temperature
2320	Medium temperature
2321	Min/max values
2322	Display module
2323	Main electronic module + I/O module 1
2324	Sensor module
2325	Totalizer handling
2326	Process parameters
2327	Process variables
2328	Relay output 1
2329	Relay output 2
2330	Relay output 3
2331	Sensor adjustment
2332	Setup
2333	Simulation
2334	Value status input 1
2335	Value status input 2
2336	Value status input 3
2337	System
2338	System units
2339	System values
2340	Totalizer
2341	I/O configuration
2342	WLAN settings
2343	Additional settings
2344	Current output 1-1
2345	Current output 2-1
2346	Current output 3-1
2347	Current output 4-1
2348	Current output 1-2
2349	Current output 2-2
2350	Current output 3-2
2351	Current output 4-2
2352	Current output 1-3
2353	Current output 2-3
2354	Current output 3-3
2355	Current output 4-3
2356	Extended order code
2357	Device information 1
2358	Display 1
2359	Display 2
2360	Burst message 1
2361	Burst message 2
2362	Burst message 3
2363	Device information 2
2364	HART info
2365	Settings
2366	Sensor module
2367	Process value simulation
2368	Output simulation
2369	Input simulation
2370	Alteration code
2371	Input/output 1
2372	Input/output 2
2373	Input/output 3
2374	Input/output 4
2375	Deactivate SIL
2376	abort_Window_SILSequence_SequenceMethod_1
2377	abort_HH_SILSequence_SequenceMethod_1
2378	Upload variables
2379	Instrument health status
2380	Line recorder PV / SV
2381	Measured values
2382	Line recorder TV / QV
2383	Bargraph
2384	Line recorder
2385	HART Diagnostics
2386	Extended Device Status
2387	Device standardized status 0
2388	Device Status
2389	Status Byte 0
2390	Status Byte 1
2391	Status Byte 2
2392	Status Byte 3
2393	Status Byte 4
2394	Status Byte 5
2395	Status Byte 14
2396	Status Byte 15
2397	Status Byte 16
2398	Status Byte 17
2399	Status Byte 18
2400	Status Byte 19
2401	Status Byte 21
2402	Status Byte 22
2403	Status Byte 23
2404	Hart diagnosis
2405	HartLogo
2406	Configuration Flag Reset
2407	Commands reset the configuration flag.
2408	Failure
2409	Out of Specification
2410	Function Check
2411	C431 Trim X Remedy information Carry out trim
2412	C491 Current output X simulation Remedy information Deactivate simulation
2413	C485 Measured variable simulation -> Remedy information: Deactivate simulation
2414	976 Mass flow out of calibrated range -> Remedy information: 1. Check process cond. 2. Increase system pressure
2415	C453 Flow override -> Remedy information: Deactivate flow override
2416	842 Process limit -> Remedy information: Low flow cut off active! 1. Check low flow cut off configuration
2417	F382 Data storage -> Remedy information: 1. Insert T-DAT 2. Replace T-DAT
2418	F083 Memory content -> Remedy information: 1. Restart device 2. Restore HistoROM S-DAT backup ('Device reset' parameter) 3. Replace HistoROM S-DAT
2419	F242 Software incompatible -> Remedy information: 1. Check software 2. Flash or change main electronics module
2420	F262 Sensor electronic connection faulty -> Remedy information: 1. Check/replace connection cable between sensor electronic module (ISEM) and main electr. 2. Check/replace module cartridge, ISEM, main electr.
2421	F437 Configuration incompatible -> Remedy information: Restart device
2422	M438 Dataset -> Remedy information: 1. Check data set file 2. Check device configuration 3. Up- and download new configuration
2423	C484 Failure mode simulation -> Remedy information: Deactivate simulation
2424	F803 Current loop -> Remedy information: 1. Check wiring 2. Change I/O module
2425	F276 I/O module X faulty Remedy information 1. Restart device 2. Change I/O module
2426	M311 Electronic failure -> Remedy information: 1. Do not reset device 2. Contact service
2427	F410 Data transfer -> Remedy information: 1. Check connection 2. Retry data transfer
2428	F273 Main electronic failure -> Remedy information: Change electronic
2429	F275 I/O module X defective Remedy information Change I/O module
2430	441 Current output X Remedy information 1. Check process 2. Check current output settings
2431	442 Frequency output X Remedy information 1. Check process 2. Check frequency output settings
2432	443 Pulse output X Remedy information 1. Check process 2. Check pulse output settings
2433	C492 Simulation frequency output X Remedy information Deactivate simulation frequency output
2434	C493 Pulse output X simulation active Remedy information Deactivate pulse output simulation
2435	C494 Switch output simulation X Remedy information Deactivate simulation switch output
2436	C495 Diagnostic event simulation -> Remedy information: Deactivate simulation
2437	F882 Input signal -> Remedy information: 1. Check input configuration 2. Check external device or process conditions
2438	C486 Current input X simulation Remedy information Deactivate simulation
2439	444 Current input X Remedy information 1. Check process 2. Check current input settings
2440	F082 Data storage -> Remedy information: 1. Check module connections 2. Change electronic modules
2441	C412 Processing download -> Remedy information: Download active, please wait
2442	832 Electronic temperature too high -> Remedy information: Reduce ambient temperature
2443	833 Electronic temperature too low -> Remedy information: Increase ambient temperature
2444	834 Process temperature too high -> Remedy information: Reduce process temperature
2445	835 Process temperature too low -> Remedy information: Increase process temperature
2446	979 Unstable process conditions -> Remedy information: 1. Check process cond. 2. Increase system pressure
2447	977 Reverse flow detected -> Remedy information: Check flow direction
2448	F252 Modules incompatible -> Remedy information: 1. Check electronic modules 2. Check if correct modules are available (e.g. NEx, Ex) 3. Replace electronic modules
2449	F270 Main electronic failure -> Remedy information: Change main electronic module
2450	F271 Main electronic failure -> Remedy information: 1. Restart device 2. Change main electronic module
2451	F272 Main electronic failure -> Remedy information: Restart device
2452	F201 Device failure -> Remedy information: Restart device
2453	F004 Sensor error -> Remedy information: Change sensor
2454	S941 Flow velocity too high -> Remedy information: 1. Check process cond. 2. Increase system pressure
2455	S961 Delta temperature -> Remedy information: Check flow rate
2456	144 Sensor drift -> Remedy information: 1. Check sensor 2. Replace sensor
2457	F283 Memory content -> Remedy information: Reset device
2458	F383 Memory content -> Remedy information: 1. Restart device 2. Delete T-DAT via 'Reset device' parameter 3. Replace T-DAT
2459	F537 Configuration -> Remedy information: 1. Check IP addresses in network 2. Change IP address
2460	C302 Device verification in progress -> Remedy information: Device verification active, please wait.
2461	F375 I/O-X communication failed Remedy information 1. Restart device 2. Check if failure recurs 3. Replace module rack inclusive electronic modules
2462	S539 Flow computer configuration incorrect -> Remedy information: 1. Check input value (pressure, temperature) 2. Check allowed values of the medium properties
2463	F281 Electronic initialization -> Remedy information: Firmware update active, please wait!
2464	F378 Supply voltage ISEM faulty -> Remedy information: Check supply voltage to the ISEM
2465	M303 I/O X configuration changed Remedy information 1. Apply I/O module configuration (parameter 'Apply I/O configuration') 2. Afterwards reload device description and check wiring
2466	F332 Writing in HistoROM backup failed -> Remedy information: Replace user interface board Ex d/XP: replace transmitter
2467	F520 I/O X hardware configuration invalid Remedy information 1. Check I/O hardware configuration 2. Replace wrong I/O module 3. Plug the module of double pulse output on correct slot
2468	C594 Relay output simulation -> Remedy information: Deactivate simulation switch output
2469	F387 HistoROM data faulty -> Remedy information: Contact service organization
2470	F331 Firmware update failed -> Remedy information: 1. Update firmware of device 2. Restart device
2471	M330 Flash file invalid -> Remedy information: 1. Update firmware of device 2. Restart device
2472	F372 Sensor electronic (ISEM) faulty -> Remedy information: 1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM)
2473	F373 Sensor electronic (ISEM) faulty -> Remedy information: Transfer data or reset device
2474	F361 I/O module X faulty Remedy information 1. Restart device 2. Check electronic modules 3. Change I/O Modul or main electronics
2475	C496 Status input simulation -> Remedy information: Deactivate simulation status input
2476	Update Time Period
2477	LOW RANGE VALUE (dummy)
2478	UP RANGE VALUE (dummy)
2479	MIN SPAN VALUE (dummy)
2480	Device family
2481	Classification
2482	Device family status
2483	Process data quality
2484	Limit status
2485	Lower trim
2486	Upper trim
2487	Trim support
2488	Level Min lower trim
2489	Level Max lower trim
2490	Level Min upper trim
2491	Level Max upper trim
2492	Level Min trim diff
2493	Dummy
2494	Update Period
2495	0x80
2496	0x04
2497	0x84
2498	0x01
2499	0x81
2500	0x08
2501	0x88
2502	0x02
2503	0x82
2504	0x10
2505	0x20
2506	0xA0
2507	Event buffer selection
2508	Event buffer selection : 1-10
2509	Event buffer selection : 11-20
2510	Event buffer selection : 21-30
2511	Event buffer selection : 31-40
2512	Event buffer selection : 41-50
2513	Event buffer selection : 51-60
2514	Event buffer selection : 61-70
2515	Event buffer selection : 71-80
2516	Event buffer selection : 81-90
2517	Event buffer selection : 91-100
2518	Read events
2519	Event list
2520	Status signal + Remedy information
2521	Event
2522	No Event
2523	View trend
2524	Displayed selected curves.
2525	Maximum
2526	Minimum
2527	Y Max:
2528	Y Min:
2529	Unit
2530	W
2531	Pa a
2532	Pa
2533	Loop Warning Variables
2534	Loop Warning Variables- Variables that display a warning message before new values are sent.
2535	PV Analog Channel Saturated
2536	PV Analog Channel Fixed
2537	Wireless
2538	WirelessHART Device
2539	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
2540	Primary
2541	Primary Analog Channel
2542	Secondary
2543	Secondary Analog Channel
2544	Tertiary
2545	Tertiary Analog Channel
2546	Quaternary
2547	Quaternary Analog Channel
2548	Quinary
2549	Quinary Analog Channel
2550	Critical Power Failure
2551	Lock all
2552	Trim not supported
2553	Configuration cannot be changed
2554	Locked by gateway
2555	Analog Input Channel
2556	Analog Output Channel
2557	Secondary Analog Channel Saturated
2558	Tertiary Analog Channel Saturated
2559	Quaternary Analog Channel Saturated
2560	Quinary Analog Channel Saturated
2561	Secondary Analog Channel Fixed
2562	Tertiary Analog Channel Fixed
2563	Quaternary Analog Channel Fixed
2564	Quinary Analog Channel Fixed
2565	Simulation active
2566	The device is in simulation mode and the level output is not representative of the process.
2567	Non-Volatile memory failure
2568	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
2569	Volatile memory error
2570	The RAM memory check is invalid or maybe corrupt
2571	Watchdog reset executed
2572	A watchdog reset has been performed
2573	Voltage conditions out of range
2574	A voltage condition is outside its allowable range
2575	Environmental conditions out of range
2576	An internal or environmental condition is beyond acceptable limits.
2577	Electronic failure
2578	A hardware problem not related to the sensor has been detected.
2579	Subdevice list changed
2580	Duplicate master detected
2581	Capacity Denied
2582	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
2583	Bandwidth allocation pending
2584	Block transfer pending
2585	Battery life
2586	Percent range
2587	Loop current
2588	Primary variable
2589	Secondary variable
2590	Tertiary variable
2591	Quaternary variable
2592	Read receive time
2593	Write date and time
2594	Non-Volatile Clock
2595	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.
2596	Clock Uninitialized
2597	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.
2598	No restrictions
2599	SI Only
2600	Restricted to SI Unit codes only
2601	Process automation device
2602	Discrete device
2603	Hybrid:Process automation+discrete
2604	I/O System
2605	WirelessHART Process automation device
2606	WirelessHART Discrete device
2607	WirelessHART Process automation+discrete
2608	WirelessHART Gateway
2609	WirelessHART Access point
2610	WirelessHART Process adapter
2611	WirelessHART Discrete adapter
2612	WirelessHART enabled handheld/portable maintenance tool
2613	Device Profile
2614	US
2615	United States of America
2616	JP
2617	Japan
2618	DE
2619	Germany
2620	FR
2621	France
2622	ES
2623	Spain
2624	RU
2625	Russian Federation
2626	CN
2627	People's Republic of China
2628	Secondary Master
2629	Primary Master
2630	Device Diagnostic Status 0
2631	Device Diagnostic Status 1
2632	I/O and Subdevice Status
2633	WirelessHART Status
2634	Time Set Option
2635	Real Time Clock Flags
2636	Country
2637	Country of intended device installation
2638	SI Unit Control
2639	Indicates if device should only display SI unit codes
2640	Burst Trigger Units
2641	Enable on token-passing data link layer only
2642	Enable on TDMA data link layer only
2643	Enable on both TDMA and token-passing data link layer
2644	Burst Trigger Class
2645	Continuous
2646	The Burst Message is published continuously at (worst case) the Minimum Update Period.
2647	Window
2648	The Burst Message is triggered when the source value deviates more than the specified trigger value
2649	Rising
2650	The Burst Message is triggered when source value Rises Above the specified trigger value.
2651	Falling
2652	The Burst Message is triggered when the source value Falls Below the specified trigger value.
2653	On-change
2654	The Burst Message is triggered when any value in the message changes.
2655	Off
2656	Enable event notification on token-passing data link layer
2657	Enable event notification on TDMA data link layer
2658	Enable event notification on TDMA and token-passing data link layer
2659	Configuration changed event pending
2660	Device status event pending
2661	More status available event pending
2662	Wired HART Enabled
2663	Enabled on Wired HART device connection only
2664	Wireless HART Enabled
2665	Enabled on WirelessHART device connection only
2666	Both Wired and WirelessHart Enabled
2667	Enabled on both Wired and WirelessHART connections
2668	Burst Msg Trigger Mode
2669	Event Status
2670	Event Notification Control
2671	Device Status Mask
2672	Ext dev status Mask
2673	Device Diagnostic Status 0 Mask
2674	Device Diagnostic Status 1 Mask
2675	Device Diagnostic Status 2 Mask
2676	Device Diagnostic Status 3 Mask
2677	AO saturated Mask
2678	AO fixed Mask
2679	Latched Device Status
2680	Operate mode Mask
2681	Not Defined
2682	Latched Ext dev status
2683	Latched Device Diagnostic Status 0
2684	Latched Device Diagnostic Status 1
2685	Latched Device Diagnostic Status 2
2686	Latched Device Diagnostic Status 3
2687	Latched AO saturated
2688	Latched AO fixed
2689	Latched Operate Mode
2690	Time Stamp
2691	Relative time value on network
2692	8u
2693	Dynamic Variables Returned for Device Variables
2694	Command Response Truncated
2695	Configuration Change Counter Mismatch
2696	Status bytes mismatch
2697	count
2698	Device Variable
2699	Variable to trim
2700	8.3f
2701	7d
2702	Actual diagnostics
2703	: %{SPV_CurrentSysConditionUnion_1}
2704	Carry out trim (Service ID: 4)
2705	1. Check input configuration 2. Check external device or process conditions (Service ID: 49)
2706	Firmware update active, please wait! (Service ID: 60)
2707	Restart device (Service ID: 96)
2708	1. Check software 2. Flash or change main electronics module (Service ID: 103)
2709	1. Check data set file 2. Check device configuration 3. Up- and download new configuration (Service ID: 106)
2710	1. Check electronic modules 2. Check if correct modules are available (e.g. NEx, Ex) 3. Replace electronic modules (Service ID: 107)
2711	Change main electronic module (Service ID: 120)
2712	Restart device (Service ID: 121)
2713	Change I/O module (Service ID: 122)
2714	1. Restart device 2. Change I/O module (Service ID: 123)
2715	Change main electronic module (Service ID: 124)
2716	1. Restart device 2. Change main electronic module (Service ID: 125)
2717	Change main electronic module (Service ID: 127)
2718	Change main electronic module (Service ID: 128)
2719	1. Restart device 2. Change I/O module (Service ID: 129)
2720	Change main electronic module (Service ID: 132)
2721	1. Check process 2. Check frequency output settings (Service ID: 138)
2722	1. Check connection 2. Retry data transfer (Service ID: 139)
2723	1. Check process 2. Check pulse output settings (Service ID: 140)
2724	Deactivate simulation frequency output (Service ID: 141)
2725	Deactivate pulse output simulation (Service ID: 142)
2726	Deactivate simulation switch output (Service ID: 143)
2727	Low flow cut off active! 1. Check low flow cut off configuration (Service ID: 145)
2728	Deactivate flow override (Service ID: 148)
2729	1. Restart device 2. Check electronic modules 3. Change I/O Modul or main electronics (Service ID: 149)
2730	Change electronic (Service ID: 152)
2731	1. Check process 2. Check current output settings (Service ID: 153)
2732	Change main electronic module (Service ID: 159)
2733	1. Restart device 2. Restore HistoROM S-DAT backup ('Device reset' parameter) 3. Replace HistoROM S-DAT (Service ID: 160)
2734	1. Check wiring 2. Change I/O module (Service ID: 173)
2735	1. Check process 2. Check current output settings (Service ID: 182)
2736	Increase ambient temperature (Service ID: 193)
2737	Reduce ambient temperature (Service ID: 195)
2738	Reduce process temperature (Service ID: 197)
2739	Increase process temperature (Service ID: 198)
2740	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 212)
2741	Reset device (Service ID: 225)
2742	1. Do not reset device 2. Contact service (Service ID: 226)
2743	Change electronic (Service ID: 229)
2744	1. Check module connections 2. Change electronic modules (Service ID: 231)
2745	1. Restart device 2. Check if failure recurs 3. Replace module rack inclusive electronic modules (Service ID: 263)
2746	Change electronic (Service ID: 267)
2747	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 281)
2748	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 288)
2749	1. Check process 2. Check pulse output settings (Service ID: 289)
2750	1. Check process 2. Check frequency output settings (Service ID: 290)
2751	1. Check/replace connection cable between sensor electronic module (ISEM) and main electr. 2. Check/replace module cartridge, ISEM, main electr. (Service ID: 329)
2752	1. Check IP addresses in network 2. Change IP address (Service ID: 330)
2753	Restart device (Service ID: 331)
2754	Check flow rate (Service ID: 332)
2755	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 362)
2756	1. Insert T-DAT 2. Replace T-DAT (Service ID: 365)
2757	1. Restart device 2. Delete T-DAT via 'Reset device' parameter 3. Replace T-DAT (Service ID: 366)
2758	Restart device (Service ID: 367)
2759	Deactivate simulation status input (Service ID: 368)
2760	1. Check input value (pressure, temperature) 2. Check allowed values of the medium properties (Service ID: 485)
2761	1. Check input value (pressure, temperature) 2. Check allowed values of the medium properties (Service ID: 486)
2762	1. Check process 2. Check current input settings (Service ID: 491)
2763	Device verification active, please wait. (Service ID: 494)
2764	Download active, please wait (Service ID: 516)
2765	1. Apply I/O module configuration (parameter 'Apply I/O configuration') 2. Afterwards reload device description and check wiring (Service ID: 620)
2766	1. Check I/O hardware configuration 2. Replace wrong I/O module 3. Plug the module of double pulse output on correct slot (Service ID: 630)
2767	Contact service organization (Service ID: 648)
2768	Deactivate simulation switch output (Service ID: 698)
2769	1. Check if correct electronic modul is plugged 2. Replace electronic module (Service ID: 704)
2770	Replace user interface board Ex d/XP: replace transmitter (Service ID: 711)
2771	1. Update firmware of device 2. Restart device (Service ID: 713)
2772	1. Update firmware of device 2. Restart device (Service ID: 714)
2773	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 715)
2774	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 716)
2775	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 717)
2776	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 718)
2777	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 719)
2778	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 720)
2779	Transfer data or reset device (Service ID: 721)
2780	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 722)
2781	Increase ambient temperature (Service ID: 723)
2782	Reduce ambient temperature (Service ID: 724)
2783	Change main electronic module (Service ID: 727)
2784	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 991)
2785	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 992)
2786	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 993)
2787	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 994)
2788	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 995)
2789	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 996)
2790	1. Restart device 2. Check if failure recurs 3. Replace sensor electronic module (ISEM) (Service ID: 997)
2791	1. Check process cond. 2. Increase system pressure (Service ID: 1001)
2792	1. Check sensor 2. Replace sensor (Service ID: 1002)
2793	1. Check sensor 2. Replace sensor (Service ID: 1003)
2794	Change sensor (Service ID: 1004)
2795	Change sensor (Service ID: 1005)
2796	Change sensor (Service ID: 1006)
2797	Check supply voltage to the ISEM (Service ID: 1008)
2798	1. Check process cond. 2. Increase system pressure (Service ID: 1019)
2799	Check flow direction (Service ID: 1081)
2800	1. Check process cond. 2. Increase system pressure (Service ID: 1097)
2801	-
2802	Deactivate simulation
2803	Reset all totalizers
2804	Configuration management
2805	Start verification
2806	Code incorrect
2807	Set write protection
2808	Reset write protection
2809	Device reset
2810	Clear event list
2811	Zero point adjustment control
2812	Clear logging data
2813	Apply I/O configuration
2814	Define access code
2815	Confirm access code
2816	SIL preparation
2817	: %{SIL_Prepare_1}
2818	Parameter error
2819	: %{SIL_BadPreconditions_1}
2820	Character test string
2821	: %{SIL_CharacterTestString_1}
2822	SIL confirmation
2823	: %{SIL_ConfirmCharacterTest_1}
2824	Installation direction
2825	: %{SIL_ReadBackInstallationDirection_1}
2826	: %{SIL_ConfirmInstallationDirection_1}
2827	: %{SIL_ReadBackCOOperatingMode_1}
2828	: %{SIL_ConfirmCOOperatingMode_1}
2829	Output mode
2830	: %{SIL_ReadbackCOOutSignalMode_1}
2831	: %{SIL_ConfirmOutSignalMode_1}
2832	: %{SIL_ReadBackCOInput04mA_1}
2833	: %{SIL_ConfirmCOInput04mA_1}
2834	: %{SIL_ReadBackCOInput20mA_1}
2835	: %{SIL_ConfirmCOInput20mA_1}
2836	Damping
2837	: %{SIL_ReadBackCOTauDamping_1}
2838	: %{SIL_ConfirmCOTauDamping_1}
2839	Failure mode
2840	: %{SIL_ReadBackCOFailsafeMode_1}
2841	: %{SIL_ConfirmCOFailsafeMode_1}
2842	Select gas type
2843	: %{SIL_ReadBackFluidSelectorGas_1}
2844	: %{SIL_ConfirmFluidSelectorGas_1}
2845	Gas type
2846	: %{SIL_ReadBackFLHSingleGasSelector_1}
2847	: %{SIL_ConfirmSingleGasSelector_1}
2848	Gas mixture
2849	: %{SIL_ReadbackFLHGasMixture_1}
2850	: %{SIL_ConfirmGasMixture_1}
2851	: %{SIL_ReadBackFLHMolPercentN2_1}
2852	: %{SIL_ConfirmMolPercentN2_1}
2853	: %{SIL_ReadBackFLHMolPercentC2H6_1}
2854	: %{SIL_ConfirmMolPercentC2H6_1}
2855	: %{SIL_ReadBackFLHMolPercentCH4_1}
2856	: %{SIL_ConfirmMolPercentCH4_1}
2857	: %{SIL_ReadBackFLHMolPercentCO2_1}
2858	: %{SIL_ConfirmMolPercentCO2_1}
2859	Pipe inner diameter
2860	: %{SIL_ReadBackTFMPipeInsDiamInternal_1}
2861	: %{SIL_ConfirmTFMPipeInsDiamInternal_1}
2862	Insertion depth
2863	: %{SIL_ReadBackTFMPipeInsertionDepth_1}
2864	: %{SIL_ConfirmTFMPipeInsertionDepth_1}
2865	Assign low flow cutoff
2866	: %{SIL_ReadBackFlowMonitoringSelector_1}
2867	: %{SIL_ConfirmFlowMonitoringSelector_1}
2868	On value low flow cutoff
2869	: %{SIL_ReadBackLowFlowLimit_1}
2870	: %{SIL_ConfirmLowFlowLimit_1}
2871	Off value low flow cutoff
2872	: %{SIL_ReadBackLowFlowHisteresys_1}
2873	: %{SIL_ConfirmLowFlowHisteresys_1}
2874	Pressure value
2875	: %{SIL_ReadBackFixPressure_1}
2876	: %{SIL_ConfirmFixPressure_1}
2877	End of sequence
2878	Locking status
2879	Execute Configuration Flag Reset?
2880	Preparation in progress, please wait!
2881	Prepare busy
2882	%{SPV_FilterOptions_1} :
2883	No Event
2884	Event buffer selection
2885	%{0}%
2886	Close
2887	select
2888	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext}) %{ConfigChanged_OldValue_Int} -> %{ConfigChanged_NewValue_Int}
2889	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext}) %{ConfigChanged_OldValue_Int} %{ConfigChanged_Unit_ID} -> %{ConfigChanged_NewValue_Int} %{ConfigChanged_Unit_ID}
2890	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext}) %{ConfigChanged_OldValue_Enum} -> %{ConfigChanged_NewValue_Enum}
2891	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext}) %{ConfigChanged_OldValue_Enum} %{ConfigChanged_Unit_ID} -> %{ConfigChanged_NewValue_Enum} %{ConfigChanged_Unit_ID}
2892	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext}) %{ConfigChanged_OldValue_Float} -> %{ConfigChanged_NewValue_Float}
2893	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext}) %{ConfigChanged_OldValue_Float} %{ConfigChanged_Unit_ID} -> %{ConfigChanged_NewValue_Float} %{ConfigChanged_Unit_ID}
2894	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext})
Reference ID	String