Device dictionary

Loading…

Reference ID	String
0	Commissioning
1	Increased safety
2	Expert mode
3	None
4	CurrentOutput_ActInstance
5	Trim
6	Off
7	4 mA
8	20 mA
9	Calculate
10	Reset
11	Failure mode (34)
12	Select alarm condition for current output value
13	(a) Min.
14	(b) Max.
15	(c) Last valid value
16	(d) Actual value
17	(e) Defined value
18	Failure current (35)
19	Enter current output value in alarm condition
20	mA
21	.2f
22	Fixed current (33)
23	Defines the fixed output current.
24	4 mA value
25	Enter 4 mA value
26	.3f
27
28	%
29	%/min
30	%/s
31	°
32	°C
33	°C/s
34	°F
35	°F/s
36	°R
37	µs
38	A
39	cm
40	cm/min
41	cm³
42	d
43	dB
44	dB/mm
45	dm³
46	ft
47	ft/h
48	ft/s
49	ft³
50	ft-in-16
51	ft-in-8
52	h
53	hl
54	Hz
55	impGal
56	in
57	in/min
58	in/s
59	K
60	K/s
61	kg
62	ks
63	l
64	lb
65	m
66	m/h
67	m/s
68	m³
69	mm
70	mm/s
71	ms
72	mV
73	None
74	pF
75	ppm
76	rad
77	s
78	t
79	ton
80	unknown
81	UsGal
82	V
83	20 mA value
84	Enter 20 mA value
85	Assign curr.
86	Select process variable for current output
87	Level linearized
88	Distance
89	Electronic temp.
90	Relat.echo ampl.
91	Analog out. AD1
92	Analog out. AD2
93	Area incoupling
94	Measur. curr. 1
95	Shows the current value of the current output which is currently measured
96	Measur. curr. 2
97	Measuring mode
98	Select measuring mode for output
99	Standard
100	Inverse
101	Current span (32)
102	Select current range for process value output and upper/lower level for alarm signal
103	(a) 4...20 mA
104	(b) 4...20 mA NAMUR
105	(c) 4...20 mA US
106	(d) Fixed current
107	Status
108	u
109	Output curr. 1
110	Shows the actual calculated value of the output current
111	Output curr. 2
112	Start-up mode
113	Min.
114	Max.
115	Defined value
116	Start-up current
117	Curr.out.1 sim. (46)
118	Switch the simulation of the current output on and off
119	On
120	Curr.out.2 sim. (46)
121	Value curr.out1
122	Enter the current value for simulation
123	Value curr.out2
124	Damping out.
125	Set reaction time for output signal to fluctuations in the measured value
126	.1f
127	Trim value high
128	Trim value low
129	Turn down
130	Alarm delay 1 (60)
131	.0f
132	Alarm delay 2 (60)
133	Value
134	.4f
135	Calc. type 1 (64)
136	(a) Off
137	(b) Maximum
138	(c) Minimum
139	(d) Mean
140	(e) Std. deviation
141	(f) Diff.Max. - Min.
142	(g) Slope
143	Calc. type 2 (64)
144	Check mode 1 (69)
145	(b) Upper limit
146	(c) Lower limit
147	(d) In range
148	(e) Out of range
149	Check mode 2 (69)
150	Stat. AD event1 (80)
151	Failure (F)
152	Mainten. req.(M)
153	Funct. check (C)
154	Out of spec. (S)
155	No effect (N)
156	Stat. AD event2 (80)
157	Evt behaviour1 (81)
158	Alarm
159	Warning
160	Logbook only
161	Evt behaviour2 (81)
162	Hysteresis 1 (70)
163	.5f
164	Hysteresis 2 (70)
165	Assign signal 1 (74)
166	Unfiltered dist.
167	Sensor debug
168	Measur. curr.
169	Terminal volt.
170	Assign signal 2 (74)
171	Link AD1 to (75)
172	Digital out AD1
173	Digital out AD2
174	Link AD2 to (75)
175	Link. logic AD1 (76)
176	AND
177	OR
178	Link. logic AD2 (76)
179	Upper limit 1 (77)
180	Upper limit 2 (77)
181	Maximum value 1
182	Maximum value 2
183	Lower limit 1 (78)
184	Lower limit 2 (78)
185	Minimum value 1
186	Minimum value 2
187	PresentInstance 1
188	Reset min/max1
189	Reset max.
190	Reset min.
191	Reset min/max
192	Reset min/max2
193	Sample time 1 (79)
194	Sample time 2 (79)
195	Calc. unit 1
196	Calc. unit 2
197	Display interval (36)
198	Set time measured values are shown on display if display alternates between values
199	Backlight
200	Switch the local display backlight on and off
201	Disable
202	Enable
203	Config. managem. (39)
204	Select action for managing the device data in the display module
205	(a) Cancel
206	(b) Execute backup
207	(c) Restore
208	(d) Duplicate
209	(e) Compare
210	(f) Clear backup
211	Backup state
212	Backup in progr.
213	Restore in progr
214	Import in progr.
215	Delete in progr.
216	Comp. in progr.
217	Contrast display
218	Adjust local display contrast setting to ambient conditions (e.g. lighting or reading angle)
219	Display damping
220	Set display reaction time to fluctuations in the measured value
221	Decimal places1
222	Select the number of decimal places for the display value
223	x
224	x.x
225	x.xx
226	x.xxx
227	x.xxxx
228	Decimal places2
229	Decimal places3
230	Decimal places4
231	Last backup
232	Indicates when the last data backup was saved to the display module
233	Header text (55)
234	Enter display header text
235	Value 1 display
236	Select the measured value that is shown on the local display
237	Curr.output 1
238	Curr.output 2
239	Abs. echo ampl.
240	Value 2 display
241	Value 3 display
242	Value 4 display
243	Is clone availab
244	Is restore avail
245	Language
246	Set display language
247	English
248	German
249	French
250	Spanish
251	Italian
252	Dutch
253	Portuguese
254	Polish
255	Russian
256	Swedish
257	Turkish
258	Chinese
259	Japanese
260	Korean
261	Arabic
262	Indonesian
263	Thai
264	Vietnamese
265	Czech
266	Locking status
267	Indicates the write protection with the highest priority that is currently active
268	Hardware locked
269	SIL locked
270	Up-/download
271	Cust.trans. act.
272	Temp. locked
273	WHG locked
274	FDA locked
275	Header (38)
276	Select header contents on local display
277	Device tag
278	Free text
279	Format display (1)
280	Select how measured values are shown on the display
281	(a) 1 value, max.
282	(b) Bargr. + 1 value
283	(c) 2 values
284	(d) Val. large+2val.
285	(e) 4 values
286	Def. access code
287	Define release code for write access to parameters
288	Separator
289	Select decimal separator for displaying numerical values
290	.
291	,
292	Compar. result (40)
293	Comparison between present device data and display backup
294	Set. identical
295	Set. not ident.
296	No backup
297	Backup corrupt
298	Check not done
299	Dataset incomp.
300	Access stat.disp
301	Indicates access authorization to parameters via local display
302	Operator
303	Maintenance
304	Service
305	Production
306	Development
307	Number format (37)
308	Choose number format for the display
309	Decimal
310	ft-in-1/16''
311	BitResolution 1
312	Channel 1
313	CompressionStatus 1
314	Compression ok
315	Comp.inefficient
316	Buf too small
317	Comp.W/R overr
318	Compr. failed
319	CompressionType 1
320	No curve compr.
321	Std curve compr
322	DataId 1
323	SM EnvCrv
324	SM EnvWeightCrv
325	SM rawEC
326	SM mapping curve
327	SM error doc
328	SM ref. curve
329	SM tank trace
330	DataLength 1
331	DataPoints 1
332	DataStream 1
333	PackageOffset 1
334	SampleDataType 1
335	type float32
336	type float64
337	data type uint8
338	data type uint16
339	data type uint32
340	data type sint8
341	data type sint16
342	data type sint32
343	TransactionId 1
344	Read SM data
345	Read map. vector
346	Write map.vector
347	Read ECdiag.data
348	Read ref curve
349	Read history log
350	Read events
351	Read trend curve
352	End data transf.
353	TriggerDataTransferred 1
354	TriggerPrepare 1
355	TriggerStatus 1
356	VersionInfo 1
357	XDecimation 1
358	XEngineeringUnit 1
359	XMax 1
360	XMin 1
361	YEngineeringUnit 1
362	Digit
363	Burst command 1
364	Select the HART command that is sent to the HART master
365	Primary var (PV)
366	Current/%Range
367	DynamicVariables
368	DV with status
369	Device variables
370	Add.device stat
371	Burst command 2
372	Burst command 3
373	Burst mode 1
374	Switch HART burst mode for burst message on
375	Burst mode 2
376	Burst mode 3
377	Burst variable0
378	For HART command 9 and 33, assign a HART device variable or process variable to burst variable
379	Not used
380	Percent of range
381	Second.var(SV)
382	Tertiary var(TV)
383	Quaterna.var(QV)
384	Burst variable1
385	Burst variable2
386	Burst variable3
387	Burst variable4
388	For HART command 33, assign a HART device variable or process variable to burst variable
389	Burst variable5
390	Burst variable6
391	Burst variable7
392	Max. upd. per.
393	Enter the maximum time span between two burst responses of one burst message
394	Min. upd. per.
395	Enter the minimum time span between two burst responses of one burst message
396	Trigger level
397	Enter the burst trigger value that determines together with the option selected in 'Burst trigger mode' parameter the time of burst message
398	Trigger mode
399	Select the event that triggers the burst message
400	Continuous
401	Window
402	Rising
403	Falling
404	On change
405	HART date code
406	HART descriptor
407	Device ID
408	Shows the device ID for identifying the device in a HART network
409	#.8x
410	Device type
411	Shows the device type with which the measuring device is registered with the HART Communication Foundation
412	#.4x
413	Manufacturer ID
414	Shows the manufacturer ID device is registered with the HART Communication Foundation
415	Enter the name for the measuring point
416	HART message
417	No. of preambles
418	Defines the number o preambles in the HART telegram
419	HART address
420	Assign PV
421	Assign QV
422	Device revision
423	Shows the device revision with which the device is registered with the HART Communication Foundation
424	#.2x
425	HART revision
426	Hardware rev.
427	Software rev.
428	Assign SV
429	HART short tag
430	Defines short tag for the measuring point.
431	Assign TV
432	CstEmptyValue 1
433	CstFullValue 1
434	Lineariz. type (94)
435	(a) None
436	(b) Linear
437	(c) Table
438	(d) Pyramid bottom
439	(e) Conical bottom
440	(f) Angled bottom
441	(g) Horizontal cyl.
442	(h) Sphere
443	Unit lineariz. (57)
444	Activate table
445	Table mode
446	Manual
447	Semiautomatic
448	Clear table
449	Sort table
450	Level (25)
451	Customer value (26)
452	Table number (24)
453	Unit lineariz. (21)
454	Diameter (6)
455	Diameter of the cylindrical or spherical tank
456	Empty calibr. (3)
457	Distance process connection to min. level
458	EmptyScale 1
459	Output echo lost (27)
460	(a) Last valid value
461	(b) Ramp echo lost
462	(c) Value echo lost
463	(d) Alarm
464	Full calibr. (4)
465	Span: max. level - min level
466	FullScale 1
467	Distance offset
468	Intermed. height (22)
469	Height of the pyramid, conical or angled bottom
470	Level correction (20)
471	Level limit mode (158)
472	(b) Low limit
473	(c) High limit
474	(d) Low + High Limit
475	High limit (159)
476	Low limit (160)
477	Maximum value (23)
478	Linearized value corresponding to a level of 100%.
479	Value echo lost (51)
480	Output mode
481	Ullage
482	Fct. Inp.1 Lvl
483	Low (0%)
484	High (100%)
485	Hold Last Value
486	Fixed Value
487	Fct. Inp.2 Lvl
488	Distance (49)
489	Level linearized (93)
490	Level (7)
491	Currently measured level
492	Max.drain.speed
493	Max. fill. speed
494	Time max. level
495	Max. level value
496	Time min. level
497	Min. level value
498	L max draining
499	L max.fill speed
500	Ramp echo lost (52)
501	Drain/fill speed
502	Level
503	I drain/fill spd
504	Interface
505	Reset all
506	Fct.In.1 Interf
507	Fct.In.2 Interf
508	Level (68)
509	Assign meas.var. (45)
510	Interf. lineariz
511	Thickn.lineariz.
512	Proc. var. value
513	Result selfcheck
514	Passed
515	Failed
516	Unknown
517	Applicat. param.
518	Changed
519	Not changed
520	ApplicationParameterChangedFlags 1
521	Assign HART var?
522	No
523	Yes
524	Detection active
525	Output build up
526	Open
527	Closed
528	Blocking dist.
529	Dead band in front of the process connection
530	Status
531	Deact. all sim.?
532	Deac. Build up ?
533	Deac. foam detec
534	Deactivate Help.
535	Backup display?
536	Dis.dist. corr.?
537	Please select
538	Distance medium?
539	2 values
540	DummyInvisibleParam 1
541	Empty calibr.
542	Detection active
543	Output foam
544	Full calibr.
545	Go to Envel curv
546	Select toolbar
547	Result dev.check
548	Rec. mapping?
549	Res. write prot.
550	Reset write protection code
551	SensorSilParameterChanged 1
552	SilParameterChanged 1
553	Sloped tank bo.?
554	tank/bin empty?
555	Medium type?
556	(a) Low DC (e.g.oil)
557	(b) High DC (water)
558	Access stat.tool
559	Shows the access authorization to the parameters via the operating tool
560	Simulation?
561	Resource avail.
562	Bootloader rev.
563	Shows the bootloader revision of the module firmware
564	Build no. softw.
565	Shows the build number of the module firmware
566	Shows the firmware revision of the module.
567	Shows the hardware revision of the module
568	Module ID
569	Module name
570	Shows the name of the module
571	Serial number
572	Shows the serial number of the module
573	PulseFrequencyState_ActInstance
574	Assign limit
575	Assign diag. beh (54)
576	Select diagnostic behavior for switch output
577	(a) Alarm
578	(b) Alarm or warning
579	(c) Warning
580	Invert outp.sig.
581	Invert the output signal
582	Failure mode (61)
583	Define output behavior in alarm condition
584	(a) Actual status
585	(b) Open
586	(c) Closed
587	Switch out funct (50)
588	Select function for switch output
589	(b) On
590	(c) Diag. behavior
591	(d) Limit
592	(e) Digital Output
593	(f) Fl. direct.check
594	Switch status
595	Shows the current switch output status
596	Switch sim.
597	Switch the simulation of the switch output on and off
598	Select the status of the status output for the simulation
599	Switch-off delay (59)
600	Define delay for the switch-off of status output
601	Switch-off value (72)
602	Enter measured value for the switch-off point
603	Switch-on delay (48)
604	Define delay for the switch-on of status output
605	Switch-on value (73)
606	Enter measured value for the switch-on point
607	Assign status
608	Tank bottom ampl
609	Acknowl. alarm
610	Max. integr.time
611	Integration time
612	Add. meas. range
613	Add. env. points
614	Diagn. echo lost
615	Diag.safety dist
616	Ampl. gate size
617	Valid range
618	Not ok
619	Ok
620	Invalid range
621	Not defined
622	Not done
623	Start self check
624	Ant.ext.diameter
625	Antenna ext.len.
626	Sensor type
627	Horn
628	Rod
629	Cladded horn
630	Special antenna
631	Without antenna
632	Wave guide ant.
633	Parabolic
634	Planar
635	Coax metal. disc
636	Bin type
637	Buffer silo fast
638	Bin/ Pile
639	Crusher / belt
640	Silo
641	Workbench test
642	BD evaluat. mode
643	No measur. in BD
644	Measure in BD
645	Via multip. echo
646	CalculatedEop 1
647	CalculatedLevel 1
648	Reference dist.
649	GPC mode
650	Without correct.
651	External correct
652	Const.GPC factor
653	Ref. echo thresh
654	Ref. echo window
655	Debug index
656	Debug short name
657	Debug sub index
658	Debug value
659	DigitsAt0mVdB 1
660	DigitsPermVdB 1
661	Hysteresis
662	Confirm distance (11)
663	Right dist. not found? Delete and perform a manual mapping.
664	(a) Manual map
665	(b) Distance ok
666	(c) Distance unknown
667	(d) Dist. too small
668	(e) Distance too big
669	(f) Tank empty
670	(g) Factory map
671	Draining filter
672	First echo fact.
673	DynPosWindowDownView 1
674	DynPosWindowUpView 1
675	Asym. far down
676	Asym. far up
677	Asym. near down
678	Asym. near up
679	Asym. near dist.
680	.f
681	FEF threshold
682	Echo l.win.right
683	Echo l.win.left
684	Delay echo lost (62)
685	Jump del. echol.
686	Env. smooth.mode
687	Sym. smoothing
688	Asym. smoothing
689	ECS in down
690	ECS out down
691	Env. curve stat.
692	ECS in up
693	ECS out up
694	Env. smoothing
695	Tank/silo height (161)
696	TB range
697	End map. ampl.
698	End of mapping
699	Adjustable
700	Last map value
701	Eop distance
702	FAC offset
703	FAC window size
704	FMC offset
705	FMC window size
706	IEC offset
707	Max Value EWC
708	Weigh.crv.select
709	FAC not rising
710	Ideal echo
711	FMC rising
712	Filling filter
713	Distance (9)
714	First echo mode
715	Fix on weightcrv
716	Dynamic FEF
717	Fix on max
718	Fix max behind
719	Lower level area
720	Fix factor EWC
721	First echo fact.
722	Found echoes
723	Level and TB
724	EOP
725	EOP (TT)
726	EOP (LN)
727	Level and EOP
728	Multip. echo(TT)
729	Free field spec.
730	Gas comp. factor
731	System damping
732	Blocking dist. (19)
733	Start dev. check
734	Installation ok
735	Accuracy reduced
736	Meas.capab. red.
737	Last check time
738	Near distance
739	Check not OK
740	Check OK
741	Level signal
742	IecFitParameterXL 1
743	Inactive length
744	Delta integ.time
745	In safety dist.
746	Self holding
747	Area incoupling (156)
748	Jump delay count
749	Last level chang
750	Max drain liquid (167)
751	Slow < 1cm /min
752	Medium <10cm/min
753	Standard <1m/min
754	Fast < 2m /min
755	Very fast > 2m/m
756	No filter / test
757	Max. fill liquid (165)
758	Present mapping (58)
759	Present end of mapping
760	Map end Y
761	Map. end point (29)
762	New end point of mapping
763	Map gap
764	Map offset
765	Map overlay time
766	Record map (12)
767	Record map
768	Recalculate map
769	Overlay map
770	Factory map
771	Delete part. map
772	Record init map
773	Stop overlay
774	Delete map
775	Map. start point
776	Map window size
777	Max track count
778	Max.electr.temp.
779	Time max.el.temp
780	Operating mode
781	Signal quality
782	Strong
783	Medium
784	Weak
785	No signal
786	(Strong)
787	(Medium)
788	(Weak)
789	Measurm. freq.
790	Dead time
791	Medium group
792	Others
793	Water based DC>4
794	Medium type
795	Liquid
796	Solid
797	Microfactor
798	Min.electr.temp.
799	Time min.el.temp
800	Mov.track recog.
801	Multi. echo pos.
802	Wind.size track.
803	Pres. ref. dist.
804	Pres.calibr.fact
805	Present FEF
806	Pres.microfactor
807	HF module mode
808	Liquid extended
809	Liquid standard
810	Liquid st. 6 Ghz
811	Liquid narrow
812	Solid standard
813	Time ref. curve
814	Ref. echo ampl.
815	Ref.echoposition
816	Save ref. curve
817	Merge echo dist.
818	Edge correction
819	Merg.echo window
820	Fine adjust.mode
821	Parabolic fit
822	Edge correction
823	Gravity center
824	Ratio
825	Parab fit window
826	Merging ratio
827	Relat.echo ampl. (157)
828	Res.min/max temp
829	History reset
830	Reset done
831	Restart tracking
832	Delete history
833	Thre. ring. area
834	Safety distance
835	History learning
836	Hist. learn.ctrl
837	Digital outp. 1
838	Digital outp. 2
839	Digital outp. 3
840	Digital outp. 4
841	Sensor module
842	SML
843	SMU
844	SMR6
845	SMR26L
846	SMR26S
847	Value sim. dist.
848	Sim distance
849	Max.drain solid (169)
850	Very slow<0.5m/h
851	Slow < 1m /h
852	Standard < 2m /h
853	Medium < 4m /h
854	Fast < 8m /h
855	Very fast >8m/h
856	Max. fill. solid (168)
857	Adv. conditions
858	Foam >5cm/0,16ft
859	Changing DC val.
860	Many obstacles
861	Small tanks
862	Weak signal
863	ECS window size
864	Tank type
865	Bypass / pipe
866	Stilling well
867	Open channel
868	Sphere
869	Storage vessel
870	Vessel standard
871	Vessel w. agitat
872	Evaluation mode
873	History off
874	Short time hist.
875	Long time hist.
876	Used calculation
877	Tank bottom
878	TB (TT)
879	EOP level eval.
880	Automatic DC
881	Fix DC
882	Min. ampl. TBD
883	Tracking mode
884	Track highest
885	Track direction
886	Track first
887	Tank trace state
888	Not active
889	EOP+Multiplecho
890	Trace rel.count
891	Tube diameter (14)
892	Calc. DC value
893	DC: Dielectric constant
894	Medium property
895	DC 1.4 ... 1.6
896	DC 1.6 ... 1.9
897	DC 1.9 ... 2.5
898	DC 2.5 ... 4
899	DC 4 ... 7
900	DC 7 ... 15
901	DC > 15
902	Velocity filter
903	Ant. zero dist.
904	Cable zero dist.
905	Electr.zero dist
906	Char.test string
907	Confirm Charact.
908	Conf.funct.test
909	SIL confirmation
910	SIL/WHG prepar.
911	In progress
912	Finished
913	Max. drain speed
914	Tank/silo height
915	Max. fill. speed
916	Tube diameter
917	SIL status
918	SIL seq. active
919	Active
920	Sim. correct
921	Code incorrect
922	Reenter code
923	Abort sequence
924	Appr. level 1?
925	Appr. level 2?
926	Appr. level 3?
927	Appr. level 4?
928	Appr. level 5?
929	Appr. limit?
930	Limit below?
931	Test proc. X
932	Tol.dev<+/-2% 1
933	Tol.dev<+/-2% 2
934	Tol.dev<+/-2% 3
935	Tol.dev<+/-2% 4
936	Tol.dev<+/-2% 5
937	Tol.dev<+/-2%
938	Read outp.cur.1
939	Read outp.cur.2
940	Read outp.cur.3
941	Read outp.cur.4
942	Read outp.cur.5
943	Read outp.cur.
944	Sel. SIL or WHG
945	WHG
946	SIL
947	SIL/WHG
948	Select test proc
949	Test proc. A
950	Test proc. B
951	Test proc. C
952	Test proc. D
953	Setpoint 1
954	Setpoint 2
955	Setpoint 3
956	Setpoint 4
957	Setpoint 5
958	Setpoint
959	Sim. level 1
960	Sim. level 2
961	Sim. level 3
962	Sim. level 4
963	Sim. level 5
964	Sim. level value
965	Sim.lev.val bel.
966	Distance (99)
967	Present mapping
968	PresentFirstEchoAnchor 1
969	PresentFirstEchoThreshold 1
970	Ent. access code
971	Enter access code to disable write protection of parameters
972	Customized
973	Firmware version
974	Shows the device firmware version installed
975	Device name
976	Shows the name of the transmitter
977	Ext. order cd.1
978	Shows the 1st part of the extended order code
979	Ext. order cd.2
980	Shows the 2nd part of the extended order code
981	Ext. order cd.3
982	Shows the 3rd part of the extended order code
983	Order code
984	Shows the device order code
985	Shows the serial number of the measuring device
986	ENP version
987	Shows the version of the electronic nameplate (ENP)
988	FactoryDataValid 1
989	Fieldbus Type
990	No Fieldbus
991	HART
992	Profibus PA
993	FF H1
994	MODBUS
995	Profibus DP
996	FF HSE
997	NoFieldb.&bootl
998	HART & bootldr
999	PROFI.PA&bootldr
1000	FF H1 & bootldr
1001	MODBUS & bootldr
1002	PROFIB.DP&bootl.
1003	FF HSE & bootldr
1004	XML build no.
1005	Languages supp.
1006	Deutsch
1007	(Ara)
1008	(Chinese)
1009	etina (Czech)
1010	Nederlands
1011	Français
1012	Bahasa Indonesia
1013	Italiano
1014	(Japanese)
1015	(Korean)
1016	Polski
1017	Portuguesa
1018	(Ru)
1019	Español
1020	Svenska
1021	(Thai)
1022	Türkçe
1023	ting Vit (Vit)
1024	Activate SW opt.
1025	CT act.-def.par.
1026	Device reset
1027	Reset the device configuration - either entirely or in part - to a defined state
1028	Cancel
1029	To SW-defaults
1030	To bus defaults
1031	To fact.defaults
1032	To delivery set.
1033	Of customer set.
1034	To transd.def.
1035	Restart device
1036	Start fact. def.
1037	Start cust. set.
1038	Start add fact.
1039	Start add Cust.
1040	Stop
1041	Set write prot.
1042	SW option overv.
1043	Extend. HistoROM
1044	HBT Verification
1045	HBT Monitoring
1046	Terminal volt.1
1047	Shows the current terminal voltage that is applied at the output
1048	Clear event list
1049	Delete all entries of the event list
1050	Clear data
1051	Status signal
1052	OK
1053	Offline
1054	Actual diagnos.
1055	--------
1056	C431 Trim 1
1057	C431 Trim 2
1058	C491 Current output 1 simulation
1059	C491 Current output 2 simulation
1060	F270 Main electronic failure
1061	S921 Change of reference
1062	I1089 Power on
1063	I1090 Configuration reset
1064	I1091 Configuration changed
1065	I1092 HistoROM backup deleted
1066	F942 In safety distance
1067	942 In safety distance
1068	M942 In safety distance
1069	C942 In safety distance
1070	S942 In safety distance
1071	S943 In blocking distance
1072	F437 Configuration incompatible
1073	S801 Energy too low
1074	F282 Data storage
1075	F242 Software incompatible
1076	C411 Up-/download active
1077	M438 Dataset
1078	F252 Modules incompatible
1079	I1110 Write protection switch changed
1080	C485 Simulation measured value
1081	F435 Linearization
1082	F941 Echo lost
1083	941 Echo lost
1084	M941 Echo lost
1085	C941 Echo lost
1086	S941 Echo lost
1087	F272 Main electronic failure
1088	F275 I/O module defective
1089	F276 I/O module faulty
1090	F271 Main electronic failure
1091	F262 Module connection
1092	F276 I/O module faulty
1093	S825 Operating temperature
1094	F825 Operating temperature
1095	I1137 Electronic changed
1096	F410 Data transfer
1097	C494 Switch output simulation
1098	C484 Failure mode simulation
1099	F261 Electronic modules
1100	I1151 History reset
1101	S441 Current output 1
1102	S441 Current output 2
1103	I1154 Reset terminal voltage min/max
1104	I1155 Reset electronic temperature
1105	I1156 Memory error trend
1106	I1157 Memory error event list
1107	F283 Memory content
1108	F803 Current loop
1109	I1184 Display connected
1110	I1185 Display backup done
1111	I1186 Restore via display done
1112	I1187 Settings downloaded with display
1113	I1188 Display data cleared
1114	I1189 Backup compared
1115	C585 Simulation distance
1116	M311 Electronic failure
1117	F273 Main electronic failure
1118	I1256 Display: access status changed
1119	I1264 Safety sequence aborted
1120	I1335 Firmware changed
1121	C495 Diagnostic event simulation
1122	C586 Record map
1123	F950 Advanced diagnostic 1 occured
1124	950 Advanced diagnostic 1 occured
1125	M950 Advanced diagnostic 1 occured
1126	C950 Advanced diagnostic 1 occured
1127	S950 Advanced diagnostic 1 occured
1128	F950 Advanced diagnostic 2 occured
1129	950 Advanced diagnostic 2 occured
1130	M950 Advanced diagnostic 2 occured
1131	C950 Advanced diagnostic 2 occured
1132	S950 Advanced diagnostic 2 occured
1133	I1397 Fieldbus: access status changed
1134	I1398 CDI: access status changed
1135	I1512 Download started
1136	I1513 Download finished
1137	I1514 Upload started
1138	I1515 Upload finished
1139	C412 Processing download
1140	I1554 Safety sequence started
1141	I1555 Safety sequence confirmed
1142	I1556 Safety mode off
1143	Timestamp
1144	Displays the timestamp for the currently active diagnostic message.
1145	Event category1
1146	Timestamp of the diagnostic message.
1147	Event category2
1148	Event category3
1149	Event category4
1150	Event category5
1151	Diagnostics 1
1152	Displays the currently active diagnostic message with the highest priority.
1153	Diagnostics 2
1154	Displays the currently active diagnostic message with the second highest priority.
1155	Diagnostics 3
1156	Shows the currently active diagnostic message with the third highest priority.
1157	Diagnostics 4
1158	Shows the currently active diagnostic message with the fourth highest priority.
1159	Diagnostics 5
1160	Shows the currently active diagnostic message with the fifth-highest priority.
1161	Update Event
1162	Prepare state
1163	Filter options
1164	Define which category of event messages is shown in the Events list submenu
1165	All
1166	Out of spec. (S)
1167	Information (I)
1168	PE_method_read_event
1169	Entries list
1170	Operating time
1171	Indicates how long the device has been in operation
1172	Time fr. restart
1173	Prev.diagnostics
1174	Shows the timestamp of the previous diagnostic message
1175	Diag. event sim.
1176	Select a diagnostic event to simulate this event
1177	242 Software incompatible
1178	252 Modules incompatible
1179	261 Electronic modules
1180	262 Module connection
1181	270 Main electronic failure
1182	271 Main electronic failure
1183	272 Main electronic failure
1184	273 Main electronic failure
1185	275 I/O module defective
1186	276 I/O module faulty
1187	282 Data storage
1188	283 Memory content
1189	311 Electronic failure
1190	410 Data transfer
1191	411 Up-/download active
1192	412 Processing download
1193	431 Trim 1
1194	431 Trim 2
1195	435 Linearization
1196	437 Configuration incompatible
1197	438 Dataset
1198	441 Current output 1
1199	441 Current output 2
1200	484 Failure mode simulation
1201	485 Simulation measured value
1202	491 Current output 1 simulation
1203	491 Current output 2 simulation
1204	494 Switch output simulation
1205	585 Simulation distance
1206	586 Record map
1207	801 Energy too low
1208	803 Current loop
1209	825 Operating temperature
1210	921 Change of reference
1211	943 In blocking distance
1212	Dev. alarm sim.
1213	Switch the device alarm on and off
1214	CustomVolumeOffset 1
1215	CustomVolumeScale 1
1216	Dec. places menu
1217	Distance unit (2)
1218	Length unit for distance calculation
1219	Level unit (18)
1220	Temperature unit
1221	Select temperature unit
1222	Read trend curv.
1223	Read trend ch.1
1224	Read trend ch.2
1225	Read trend ch.3
1226	Read trend ch.4
1227	Assign chan. 1 (41)
1228	Assign a process variable to logging channel
1229	Assign chan. 2 (42)
1230	Assign chan. 3 (43)
1231	Assign chan. 4 (44)
1232	MaxTrendEntries 1
1233	OperationHours 1
1234	Clear logging
1235	Clear the entire logging data
1236	Logging interval
1237	Define the logging interval tlog for data logging. This value defines the time interval between the individual data points in the memory
1238	TrendListStatus 1
1239	TrendNextListPosition 1
1240	TrendPackageSize 1
1241	Trend time
1242	TrendSupportedPackageSize 1
1243	Read numb.val.
1244	Version 1
1245	Remedy info.
1246	Act.remedy info.
1247	Remedy info. 1
1248	Remedy info. 2
1249	Remedy info. 3
1250	Remedy info. 4
1251	Remedy info. 5
1252	Pre.remedy info.
1253	Edit: Assign signal 1 (74)
1254	Edit: Assign signal 2 (74)
1255	Edit: Reset min/max1
1256	Edit: Reset min/max2
1257	Edit: Config. managem. (39)
1258	Edit: Reset min/max
1259	Edit: Activate table
1260	Edit: Medium type
1261	Edit: Confirm distance (11)
1262	Edit: History reset
1263	Edit: Record map (12)
1264	Edit: Start dev. check
1265	Edit: Debug index
1266	Edit: Debug sub index
1267	Edit: Start self check
1268	Edit: Res.min/max temp
1269	Edit: Tank type
1270	Edit: Bin type
1271	Edit: Adv. conditions
1272	Edit: Commissioning
1273	Edit: Code incorrect
1274	Edit: Set write prot.
1275	Edit: Clear event list
1276	Edit: Clear logging
1277	Local_DeactivateFoamDetection_1
1278	SILProof_SimulationLevel3_1
1279	SILProof_SimulationLevelValueAbove_1
1280	Local_ResetWriteProtection_1
1281	SILProof_ReadOutputCurrentD_1
1282	SILProof_ReadOutputCurrentBelow_1
1283	SILProof_SimulationLevel4_1
1284	SILProof_ReadOutputCurrent1_1
1285	SPV_CurrentEventCategorySeparated_1
1286	SILProof_SimulationLevel5_1
1287	SILProof_ReadOutputCurrent2_1
1288	SB_FilteredDistance_1
1289	SB_ICInstallationCheckResult_1
1290	SILProof_ReadOutputCurrent3_1
1291	SILProof_ReadOutputCurrent4_1
1292	SILProof_ApproachedLevel5_1_1
1293	SILProof_ReadOutputCurrent5_1
1294	CO_OutValue_1_1
1295	Local_RecordMapping_1
1296	SILProof_ApproachedLevel3_1_1
1297	SILProof_HelpParameterToResetSILWHGProof_1
1298	SILProof_ApproachedLevelLimitBelow_1
1299	SILProof_ApproachedLevel1_1_1
1300	SILProof_SimulationLevelValueBelow_1
1301	SILProof_ReadOutputCurrentAbove_1
1302	Local_FoamOutSignalInvert_1
1303	SILProof_ApproachedLevel4_1_1
1304	Local_BuildUpOutSignalInvert_1
1305	Local_DeactivateBuildUpDetection_1
1306	DIAG_InputSelectorAnalogInput_2_1
1307	DIAG_InputSelectorAnalogInput_2_2
1308	SB_AnalogPathTestResult_1
1309	SILProof_SimulationLevel1_1
1310	SILProof_ApproachedLevel2_1_1
1311	SILProof_ApproachedLevelLimitAbove_1
1312	SILProof_SimulationLevel2_1
1313	Response_Code_msg
1314	BCT_request
1315	Blocktransfer DWORD(4)_1
1316	Blocktransfer DWORD(4)_2
1317	Blocktransfer DWORD(4)_3
1318	Blocktransfer DWORD(4)_4
1319	Blocktransfer DWORD(4)_5
1320	Blocktransfer DWORD(4)_6
1321	Blocktransfer DWORD(4)_7
1322	Blocktransfer DWORD(4)_8
1323	Blocktransfer DWORD(4)_9
1324	Blocktransfer DWORD(4)_10
1325	Blocktransfer DWORD(4)_11
1326	Blocktransfer DWORD(4)_12
1327	Blocktransfer DWORD(4)_13
1328	Blocktransfer DWORD(4)_14
1329	Blocktransfer DWORD(4)_15
1330	Blocktransfer DWORD(4)_16
1331	Blocktransfer DWORD(4)_17
1332	Blocktransfer DWORD(4)_18
1333	Blocktransfer DWORD(4)_19
1334	Blocktransfer DWORD(4)_20
1335	Blocktransfer DWORD(4)_21
1336	Blocktransfer DWORD(4)_22
1337	Blocktransfer DWORD(4)_23
1338	Blocktransfer DWORD(4)_24
1339	Blocktransfer DWORD(4)_25
1340	port
1341	Sensor number
1342	Sensor 1
1343	Sensor 2
1344	Curve ID
1345	crvEcho
1346	crvRawEcho
1347	crvMap
1348	crvWeighting
1349	crvRef
1350	Data transfer finished
1351	X minimum value
1352	X maximum value
1353	X decimation value
1354	Preparation status
1355	x_eng_unit
1356	Y engineering unit
1357	UNITS_CODE(45)
1358	Transmission length
1359	Number of data points
1360	Compression state
1361	success
1362	inefficient (nur geräteintern)
1363	Dst2Small
1364	WrIntoRd
1365	Fail (schwerer interner Fehler)
1366	Corrected Xmin
1367	Device corrected starting point in engineering unit
1368	Corrected Xmax
1369	Device corrected ending point in engineering unit
1370	function_code
1371	Master Byte Count
1372	Device Byte Count
1373	Segment Length Changed
1374	Port not Found
1375	Port in Use
1376	Maximum Ports In Use
1377	Segment Length Too Small
1378	Blocktransfer Float_1
1379	Blocktransfer Float_2
1380	Blocktransfer Float_3
1381	Blocktransfer Float_4
1382	Blocktransfer Float_5
1383	Blocktransfer Float_6
1384	Blocktransfer Float_7
1385	Blocktransfer Float_8
1386	Blocktransfer Float_9
1387	Blocktransfer Float_10
1388	Blocktransfer Float_11
1389	Blocktransfer Float_12
1390	Blocktransfer Float_13
1391	Blocktransfer Float_14
1392	Blocktransfer Float_15
1393	Blocktransfer Float_16
1394	number_bytes_message
1395	Port not Open
1396	Close port
1397	End of transfer
1398	Progress
1399	countPoints
1400	Point 1 X Value
1401	Point 1 Y Value
1402	1
1403	2
1404	3
1405	4
1406	5
1407	6
1408	7
1409	8
1410	9
1411	10
1412	11
1413	12
1414	13
1415	14
1416	15
1417	16
1418	17
1419	18
1420	19
1421	20
1422	21
1423	22
1424	23
1425	24
1426	25
1427	26
1428	27
1429	28
1430	29
1431	30
1432	31
1433	32
1434	Lineariz. graph.
1435	X-value
1436	Y-value
1437	Edit table
1438	Read table
1439	Save table
1440	Update values in the Linearization graph
1441	Linearisation read failed
1442	Linearisation write failed
1443	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.
1444	Defines which current the output assumes in case of an error.
1445	Define constant value of the output current.
1446	Determines which process variable is transmitted via the current output.
1447	Determines the current range used to transmit the measured value. 420mA: Measured variable: 4 20 mA 420mA NAMUR: Measured variable: 3.8 20.5 mA 420mA US: Measured variable: 3.9 20.8 mA Fixed current: Measured variable transmitted via HART only Note: Currents below 3.6 mA or above 21.95 mA can be used to signal an alarm.
1448	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.
1449	Defines the value of the simulated output current.
1450	Reaction time of the output signal on fluctuation in the measured value.
1451	Resets the min or max drag indicator of the process variable which has been assigned to the Advanced Diganostic block via the 'Assign diagnostic signal' parameter.
1452	This selection does not affect the measurement and calculation accuracy of the device.
1453	Enter date of the last configuration change. Use this format yyyy-mm-dd
1454	Enter a unique name for the measuring point to identify the device quickly within the plant.
1455	First HART variable (Primary Variable)
1456	Fourth HART variable (Quaternary Variable)
1457	Second HART variable (Secondary Variable)
1458	Defines the short tag for the measuring point. Maximum length: 8 characters Allowed characters: A-Z, 0-9, certain special characters
1459	Third HART variable (Tertiary Variable)
1460	Defines the editing mode of the linearization table. 'Manual' The level and the associated linearized value are entered manually for each linearization point. 'Semiautomatic' The level is measured by the device for each linearization point. The associated linearized value is entered manually. 'Clear table' Deletes the existing linearization table. 'Sort table' Rearranges the linerization points into an ascending order. Note: DeviceCare and FieldCare contain a graphical tool for the easy creation of a linearization table. Device Care: 'Additional functions' -> 'Linearization table' FieldCare: 'Device Operation' -> 'Device Functions' -> 'Additional functions' -> 'Linearization table'
1461	Defines the unit of the linearized value. Note: The selected unit is only used to be indicated on the display. The measured value is not transformed according to the selected unit. Note: If 'Free text' is selected, an additional parameter 'Free text' appears in which the designation of the unit can be defined.
1462	Distance between process connection and minimum level (0%).
1463	Defines the behavior of the output in case of an echo loss. 'Last valid value' Last valid value is kept. 'Ramp at echo lost' Output value is continuously shifted towards 0% or 100%. 'Value echo lost' Output assumes a defined value. 'Alarm' Device generates an alarm.
1464	Distance between minimum level (0%) and maximum level (100%).
1465	The measured level is corrected by this value to compensate for a constant level error. Level correction > 0: The level is increased by this value. Level correction < 0: The level is decreased by this value.
1466	Determines whether the output value is limited by an upper or lower limit (or by both).
1467	Defines the upper limit of the output value.
1468	Defines the lower limit of the output value.
1469	Value of the output in case of an echo loss.
1470	Currently measured level
1471	Slope of the ramp in the case of an echo loss. Note: If the slope is positive (+), the output increases until it reaches 100%. If the slope is negative (-), the output decreases until it reaches 0%.
1472	Resets the drag indicator of the selected process variable.
1473	Defines the process variable to be simulated.
1474	Defines the value of the selected variable. The outputs assume values or states according to this value.
1475	Defines which process variable will be checked for limit violation.
1476	Defines to which behavior of diagnostic events the switch output reacts.
1477	'No' The switch output behaves as per its parameter setting. 'Yes' The switching behavior is inverted as compared to its parameter setting.
1478	Defines the state of the switch output in case of an error.
1479	Defines the function of the switch output. 'Off' The switch output is always open (non-conductive) 'On' The switch output is always closed (conductive). 'Diagnostic behavior' The switch output is normally closed and is only opened if a diagnostic event is present. 'Limit' The switch output is normally closed and is only opened if a measured variable exceeds a defined limit. 'Digital output' The switch output is controlled by one of the digital output blocks of the device.
1480	Current status of the switch output.
1481	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).
1482	Defines the delay applied before the output is switched off.
1483	Defines the switch-off point. The output is opened if the assigned process variable falls below this point.
1484	Defines the delay applied before the output is switched on.
1485	Defines the switch-on point. The output is closed if the assigned process variable rises above this point.
1486	Assigns a Discrete Output Block or an Advanced Diagnostic Block to the switch output.
1487	A test signal is generated in the sensor module and fed into the analog path of the device. Verification Test echo in the time window. Verification of the test echo amplitude.
1488	Optimizes the signal filters for the respective bin type. Note: 'Workbench test' deactivates all filters. This option should exclusively be used for tests.
1489	The value of the reference distance in the completely depressurized state.
1490	Time between the echo loss and the reaction defined for the output.
1491	If the parametrized measuring range (Empty calibration) differs significantly from the tank or silo height, it is recommended to enter the tank or silo height in this parameter. Example: Continuous level monitoring in the upper third of a tank or silo. Note: For tanks with conical outlet, this parameter should not be changed as in this type of applications 'Empty calibration' is usually not << the tank or silo height.
1492	Distance between lower edge of flange or thread and medium surface.
1493	The area at the upper end of the probe in which no signals are evaluated, e.g. to suppress condensation or build-up. Note: The preset value depends on 'Empty calibration' and 'Full calibration'. Note: The measuring range should not overlap with the blocking distance.
1494	The device has a function that detects and reports any interference by unfavorable installation situation. Here, the amplitudes of measured signals are monitored, which refer to interference in the near range.
1495	By selecting the maximum expected filling and draining speed the signal evaluation is automatically optimized for the process. Note: The filling and draining speeds can be set separately as the filling and draining procedures may be different. Note: With the No filter / test option all signal evaluation filters are deactivated. This option should exclusively be used for tests.
1496	By selecting the maximum expected filling and draining speed the signal evaluation is automatically optimized for the process. Note: The filling and draining speeds can be set separately as the filling and draining procedures may be different. Note: With the No filter / test option all signal evaluation filters are deactivated. This option should exclusively be used for tests.
1497	Controls the recording of the map. 'No' No map is recorded. 'Record map' The map is recorded. 'Overlay map' The new map is generated by overlaying the old map and the current envelope curve. 'Factory map' The factory map permanently stored in the device is used. 'Delete partial map' The map is deleted up to the defined 'Mapping end point'. 'Delete map' The complete map (if one exists) is deleted.
1498	The main criterion is the dielectric constant (DC) of the medium. 'Others (e.g. oil)' Valid for DC < 4. Must also selected if two media is present. With this selection the total level will be measured (but not the interface height). 'Water based (DC >= 4)' Valid for DC >= 4 Note: Dielectric constants of many media are summarized in the DC compendium (see link below).
1499	Indicates the currently measured distance of the reference signal. This value changes according to the pressure of the gas phase. Note: The reference signal is generated by the reference rod at the upper probe end.
1500	Saves the envelope curve of the setup to be used as a reference for diagnostic purposes later in the process. Note: The reference curve is stored in the device.
1501	Resets the drag indicator of the electronics temperature.
1502	By selecting the maximum expected filling and draining speed the signal evaluation is automatically optimized for the process. Note: The filling and draining speeds can be set separately as the filling and draining procedures may be different. Note: With the No filter / test option all signal evaluation filters are deactivated. This option should exclusively be used for tests.
1503	Optimizes the signal filters for the respective tank type. Note: 'Workbench test' deactivates all filters. This option should exclusively be used for tests.
1504	Inner diameter of the stilling well or bypass pipe.
1505	Select the diagnostic event to be simulated. Note: To terminate the simulation, select 'Off'.
1506	Used for the basic calibration (Empty / Full).
1507	Used to display the level.
1508	Used to display the electronics temperature.
1509	Up to four HART variables can be transmitted via the HART protocol. At the same time they are indicated on the Dashboard (Homepage) of the device. Select 'yes' to show/assign measuring variables to these HART variables.
1510	'Yes' is marked if the build-up detection is currently active.
1511	Determines how the presence of build-up is indicated by the switch output. 'Opened' Build-up is indicated by the switch being opened. 'Closed' Build-up is indicated by the switch being closed.
1512	The area at the upper end of the probe in which no signals are evaluated, e.g. to suppress condensation or build-up. Note: The measuring range should not overlap with the blocking distance.
1513	A simulation is currently active. Thus the output value does not correspond to the measured value. In order to terminate the simulation: Select 'Yes'.
1514	Mark 'Yes' to deactivate the build-up detection. Parameters related to build-up detection are not changed. If required, the build-up detection can be reactivated by going through this wizard again and confirming all parameter values.
1515	Mark 'Yes' to deactivate the foam detection. Parameters related to foam detection are not changed. If required, the foam detection can be reactivated by going through this wizard again and confirming all parameter values.
1516	'Yes' The map will be recorded from the process connection to the current level. 'No' The actual distance must be specified manually. Note: For distances smaller than 1m (3.3ft) a mapping cannot be recorded. In this case the vessel must be drained.
1517	Enter actual distance between lower end of flange or thread and medium surface. The mapping will be recorded up to this distance.
1518	'Yes' is marked if the foam detection is currently active.
1519	Determines how the presence of foam is indicated by the switch output. 'Opened' Foam is indicated by the switch being opened. 'Closed' Foam is indicated by the switch being closed.
1520	Ideally the mapping should be recorded while the tank is empty. If this is not possible, a preliminary mapping can be recorded with the tank partially filled. For optimization it is recommended to record the mapping again when the tank is empty. Note: If an agitator is present, make sure that it is rotating while the map is recorded.
1521	Enter SIL or WHG locking code in order to unlock the device.
1522	Specify where the radar beam hits the tank bottom. No: The radar beam hits the flat part of the tank bottom. Yes: The radar beam hits the sloped part of the tank bottom.
1523	Selection 'yes' will carry out a mapping over the whole measuring range.
1524	The main criterion is the dielectric constant (DC) of the medium. 'Low DC (e.g. oil)' Valid for DC < 4 'High DC (water based)' Valid for DC >= 4 Note: Dielectric constants of many media are summarized in the DC compendium (see link below).
1525	The simulation can be used to check the configuration of the device and of connected evaluation units.
1526	Approach the level to be tested. Then select 'Yes'.
1527	Approach a level slightly above the switching point. Then select 'Yes'.
1528	Approach a level slightly below the switching point. Then select 'Yes'.
1529	Checks whether the calculated and measured current coincide within the required accuracy. The result is indicated as 'Passed' or 'Failed'.
1530	Measure the output current in the signal line and enter the value into this parameter. Note: The minimum accuracy of the multimeter should be ±0.1 mA.
1531	Shows the expected value of the output current.
1532	Enter the level to be checked. The output current will assume a value corresponding to this level.
1533	Enter a level slightly above the switching point. The output current will assume a value corresponding to this level.
1534	Enter a level slightly below the switching point. The output current will assume a value corresponding to this level.
1535	Device info
1536	maintenance_root_menu
1537	Feature not supported
1538	offline_root_menu
1539	Device Diagnostics
1540	Administration
1541	Adv.diagn. 1
1542	Adv.diagn. 2
1543	Advanced setup
1544	Communication
1545	Conf.backup disp
1546	Debug
1547	Device check
1548	Diagnostic list
1549	Diagnostics
1550	Display
1551	Echo adjust.fine
1552	Echo tracking
1553	Env. curve
1554	Envelope diag.
1555	Event logbook
1556	Expert
1557	Gas phase comp.
1558	Burst config. 1
1559	Burst config. 2
1560	Burst config. 3
1561	Configuration
1562	Information
1563	Output
1564	Linearization
1565	Mapping
1566	Medium
1567	Min/max val.
1568	Display module
1569	FT module
1570	I/O module
1571	Mainboard module
1572	Sensor module
1573	Process variab.
1574	Switch output
1575	Safety sett.
1576	Sensor diag.
1577	Sensor prop.
1578	Sensor
1579	Setup
1580	Simulation
1581	System
1582	Tank bottom eval
1583	Data logging
1584	Weighting curves
1585	Basic setup
1586	Adv.diagn. 1-1
1587	Adv.diagn. 2-1
1588	Adv.diagn. 1-2
1589	Adv.diagn. 2-2
1590	Adv.diagn. 1-3
1591	Adv.diagn. 2-3
1592	Adv.diagn. 1-4
1593	Adv.diagn. 2-4
1594	Curr.output 1-1
1595	Curr.output 1-2
1596	Curr.output 1-3
1597	Curr.output 2-1
1598	Curr.output 2-2
1599	Ext. order cd.
1600	Display 1
1601	Display 2
1602	Distance 1
1603	Distance 2
1604	Distance 3
1605	Env. curve 1
1606	Env. curve 2
1607	Burst config.
1608	Burst message 1
1609	Burst message 2
1610	Burst message 3
1611	HART info
1612	HART output
1613	Information 1
1614	Information 2
1615	Level 1
1616	Level 2
1617	Level 3
1618	Mapping 1
1619	Mapping 2
1620	Measured val.
1621	Min/max val. 1
1622	Min/max val. 4
1623	Safety sett. 1
1624	Safety sett. 2
1625	Sensor diag. 1
1626	Sensor prop. 1
1627	Sensor prop. 2
1628	Sensor prop. 3
1629	Simulation 1
1630	Simulation 2
1631	Simulation 3
1632	Input simulation
1633	Deactiv. SIL/WHG
1634	SIL/WHG confirm.
1635	abort_Window_SILSequence_SequenceMethod_1
1636	Config. area
1637	Simulation
1638	This wizard guides you through the commissioning procedure for the device. Enter or select the appropriate value for each parameter. These values are immediately written to the device. When all required values have been entered on a page, click 'Next' to switch to the next page. After finishing the last page, click 'End of sequence' to close the wizard. The setup is now complete. Note: If the wizard is cancelled before all necessary parameters have been set, the device may be in an undefined state. A reset to the default settings is recommended in this case.
1639	Next
1640	The device is locked and must be unlocked before it can be commissioned.
1641	Previous
1642	This page summarizes the most important data characterizing the device. Some of the parameters can be edited, others are displayed for information only.
1643	Applic. adjustm.
1644	Meas. adjust.
1645	'Empty calibration' and 'Full calibration' define the measuring span.
1646	For vessels smaller than 1m (3.3ft) the factory map stored in the device will be used. Therefore it is not necessary to record a map in the tank or silo.
1647	The mapping is used to suppress static interference signals which may be generated by internal tank or silo fittings.
1648	Output settings
1649	Configuration of current output 1
1650	Configuration of the HART output. Up to four HART variables can be transmitted via the HART protocol. At the same time they are indicated on the Dashboard (homepage) of the device.
1651	Configuration of current output 2
1652	Configuration of the switch output
1653	End of comm.
1654	The setup has been successfully completed. The device is now ready for the measuring task. Click 'End of sequence' to close the wizard. Note: To check the signals, the safety settings and to document the measuring point: Click on 'Additional settings'.
1655	Addit. functions
1656	End of sequence
1657	Ch. outp. signal
1658	The envelope curve (signal curve) gives information about the current measuring situation / measuring conditions and can be used for diagnostic purposes.
1659	The simulation can be used to check the configuration of the device and of connected evaluation units. Note: After checking the configuration, the simulation must be deactivated. No measurement is taking place as long as a simulation is active.
1660	Doc. meas. point
1661	Backup to device display? Create a backup copy of the HistoROM data into the display module. These data can be used to restore the measuring point. Note: Storing a backup into the display may take some seconds.
1662	>>Add. settings
1663	<<Cancel>>
1664	<<End of sequence>>
1665	<<Previous
1666	Page_Number_Validity
1667	>>Next
1668	Menu not available
1669	abort_HH_SILSequence_SequenceMethod_1
1670	Upload variables
1671	Output curr.
1672	Line recorder
1673	Line rec. PV/SV
1674	Line rec. TV/QV
1675	Measured Values
1676	Instrument health status
1677	HART Diagnostics
1678	Device Status
1679	Status Byte 0
1680	Status Byte 1
1681	Status Byte 2
1682	Status Byte 3
1683	Status Byte 4
1684	Status Byte 5
1685	Status Byte 14
1686	Status Byte 15
1687	Status Byte 16
1688	Hart diagnosis
1689	HartLogo
1690	Configuration Flag Reset
1691	Commands reset the configuration flag.
1692	Micropilot 5x
1693	Endress+Hauser
1694	Failure
1695	Out of Specification
1696	Function Check
1697	F282 Data storage Remedy information 1. Restart device 2. Contact service
1698	F283 Memory content Remedy information 1. Transfer data or reset device 2. Contact service
1699	C411 Up-/download active Remedy information Up-/download active, please wait
1700	C431 Trim X Remedy information Carry out trim
1701	C491 Current output X simulation Remedy information Deactivate simulation
1702	F435 Linearization Remedy information Check linearization table
1703	C485 Simulation measured value Remedy information Deactivate simulation
1704	F242 Software incompatible Remedy information 1. Check software 2. Flash or change main electronics module
1705	F261 Electronic modules Remedy information 1. Restart device 2. Check electronic modules 3. Change I/O Modul or main electronics
1706	F262 Module connection Remedy information 1. Check module connections 2. Change electronic modules
1707	F437 Configuration incompatible Remedy information 1. Restart device 2. Contact service
1708	M438 Dataset Remedy information 1. Check data set file 2. Check device configuration 3. Up- and download new configuration
1709	C484 Failure mode simulation Remedy information Deactivate simulation
1710	F803 Current loop Remedy information 1. Check wiring 2. Change I/O module
1711	F276 I/O module faulty Remedy information 1. Restart device 2. Change I/O module
1712	M311 Electronic failure Remedy information Maintenance required! 1. Do not perform reset 2. Contact service
1713	F410 Data transfer Remedy information 1. Check connection 2. Retry data transfer
1714	F273 Main electronic failure Remedy information 1. Emergency operation via display 2. Change main electronics
1715	F275 I/O module defective Remedy information Change I/O module
1716	S441 Current output X Remedy information 1. Check process 2. Check current output settings
1717	C494 Switch output simulation Remedy information Deactivate simulation switch output
1718	S825 Operating temperature Remedy information 1. Check ambient temperature 2. Check process temperature
1719	C495 Diagnostic event simulation Remedy information Deactivate simulation
1720	950 Advanced diagnostic X occured Remedy information Maintain your diagnostic event
1721	C412 Processing download Remedy information Download active, please wait
1722	C585 Simulation distance Remedy information Deactivate simulation
1723	S921 Change of reference Remedy information 1. Check reference configuration 2. Check pressure 3. Check sensor
1724	941 Echo lost Remedy information Check parameter 'DC value'
1725	942 In safety distance Remedy information 1. Check level 2. Check safety distance 3. Reset self holding
1726	S943 In blocking distance Remedy information Reduced accuracy Check level
1727	F252 Modules incompatible Remedy information 1. Check if correct electronic modul is plugged 2. Replace electronic module
1728	F270 Main electronic failure Remedy information Change main electronic module
1729	F271 Main electronic failure Remedy information 1. Restart device 2. Change main electronic module
1730	F272 Main electronic failure Remedy information 1. Restart device 2. Contact service
1731	S801 Energy too low Remedy information Increase supply voltage
1732	C586 Record map Remedy information Recording of mapping please wait
1733	Level Dev fmly
1734	Level Class
1735	Level Fmly stat
1736	Temp Update Period
1737	7d
1738	PrimCstOut_Val_1 Unit
1739	Level PDQ
1740	Level LS
1741	8.3f
1742	Update Period
1743	FilteredDistance_1 Unit
1744	ClampingVoltage_1 Unit
1745	ElectronicTemperature_1 Unit
1746	AbsoluteEchoAmplitude_1 Unit
1747	RelativeEchoAmplitude_1 Unit
1748	IntegralForRingingDetection_1 Unit
1749	DebugValue_1 Unit
1750	AnalogOutputValue_1 Unit
1751	AnalogOutputValue_2 Unit
1752	0x00
1753	0x80
1754	0x04
1755	0x84
1756	0x01
1757	0x81
1758	0x08
1759	0x88
1760	0x02
1761	0x82
1762	0x10
1763	0x20
1764	0xA0
1765	Event buf. sel.
1766	Event buf. sel. : 1-10
1767	Event buf. sel. : 11-20
1768	Event buf. sel. : 21-30
1769	Event buf. sel. : 31-40
1770	Event buf. sel. : 41-50
1771	Event buf. sel. : 51-60
1772	Event buf. sel. : 61-70
1773	Event buf. sel. : 71-80
1774	Event buf. sel. : 81-90
1775	Event buf. sel. : 91-100
1776	Event list
1777	Status + Remedy
1778	Event
1779	No Event
1780	View trend
1781	Displ. sel. curv
1782	Maximum
1783	Minimum
1784	Y Max:
1785	Y Min:
1786	Unit
1787	mrkBlockingDistance
1788	BD
1789	mrkFull
1790	F
1791	mrkEmpty
1792	E
1793	mrkTankHeight
1794	TH
1795	Envelope curve
1796	XDecimationValue_Display_EC_ECCurveEcho
1797	corr_x_min_Display_EC_ECCurveEcho
1798	XDecimationValue_Display_ECAndMap_ECCurveEcho
1799	corr_x_min_Display_ECAndMap_ECCurveEcho
1800	Map
1801	XDecimationValue_Display_ECAndMap_ECCurveMap
1802	corr_x_min_Display_ECAndMap_ECCurveMap
1803	XDecimationValue_Display_ECAndMapAndEWC_ECCurveEcho
1804	corr_x_min_Display_ECAndMapAndEWC_ECCurveEcho
1805	Weighting curve
1806	XDecimationValue_Display_ECAndMapAndEWC_ECCurveWeighting
1807	corr_x_min_Display_ECAndMapAndEWC_ECCurveWeighting
1808	XDecimationValue_Display_ECAndMapAndEWC_ECCurveMap
1809	corr_x_min_Display_ECAndMapAndEWC_ECCurveMap
1810	XDecimationValue_Display_ECAndRawEC_ECCurveEcho
1811	corr_x_min_Display_ECAndRawEC_ECCurveEcho
1812	Raw env.curve
1813	XDecimationValue_Display_ECAndRawEC_ECCurveRawEcho
1814	corr_x_min_Display_ECAndRawEC_ECCurveRawEcho
1815	XDecimationValue_Display_ECAndRef_ECCurveEcho
1816	corr_x_min_Display_ECAndRef_ECCurveEcho
1817	Reference curve
1818	XDecimationValue_Display_ECAndRef_ECCurveRefEcho
1819	corr_x_min_Display_ECAndRef_ECCurveRefEcho
1820	NumberOfPointsHK
1821	Read curve
1822	Select. curves..
1823	Envelope + Map
1824	Envelope+Map+EWC
1825	Envelope+Rawsig.
1826	Envelope + Ref.
1827	Status preparation Hüllkurve
1828	X Min:
1829	X Max:
1830	Data on position
1831	X1 / Y1
1832	Select curves to display
1833	Progress - Read curves
1834	Loop Warning Variables
1835	Loop Warning Variables- Variables that display a warning message before new values are sent.
1836	PV Analog Channel Saturated
1837	PV Analog Channel Fixed
1838	Wireless
1839	WirelessHART Device
1840	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1841	Primary
1842	Primary Analog Channel
1843	Secondary
1844	Secondary Analog Channel
1845	Tertiary
1846	Tertiary Analog Channel
1847	Quaternary
1848	Quaternary Analog Channel
1849	Quinary
1850	Quinary Analog Channel
1851	Critical Power Failure
1852	Lock all
1853	Trim not supported
1854	Configuration cannot be changed
1855	Locked by gateway
1856	Analog Input Channel
1857	Analog Output Channel
1858	Secondary Analog Channel Saturated
1859	Tertiary Analog Channel Saturated
1860	Quaternary Analog Channel Saturated
1861	Quinary Analog Channel Saturated
1862	Secondary Analog Channel Fixed
1863	Tertiary Analog Channel Fixed
1864	Quaternary Analog Channel Fixed
1865	Quinary Analog Channel Fixed
1866	Simulation active
1867	The device is in simulation mode and the level output is not representative of the process.
1868	Non-Volatile memory failure
1869	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1870	Volatile memory error
1871	The RAM memory check is invalid or maybe corrupt
1872	Watchdog reset executed
1873	A watchdog reset has been performed
1874	Voltage conditions out of range
1875	A voltage condition is outside its allowable range
1876	Environmental conditions out of range
1877	An internal or environmental condition is beyond acceptable limits.
1878	Electronic failure
1879	A hardware problem not related to the sensor has been detected.
1880	Subdevice list changed
1881	Duplicate master detected
1882	Capacity Denied
1883	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1884	Bandwidth allocation pending
1885	Block transfer pending
1886	Battery life
1887	Percent range
1888	Loop current
1889	Primary variable
1890	Secondary variable
1891	Tertiary variable
1892	Quaternary variable
1893	Read receive time
1894	Write date and time
1895	Non-Volatile Clock
1896	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.
1897	Clock Uninitialized
1898	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.
1899	No restrictions
1900	SI Only
1901	Restricted to SI Unit codes only
1902	Process automation device
1903	Discrete device
1904	Hybrid:Process automation+discrete
1905	I/O System
1906	WirelessHART Process automation device
1907	WirelessHART Discrete device
1908	WirelessHART Process automation+discrete
1909	WirelessHART Gateway
1910	WirelessHART Access point
1911	WirelessHART Process adapter
1912	WirelessHART Discrete adapter
1913	WirelessHART enabled handheld/portable maintenance tool
1914	Device Profile
1915	US
1916	United States of America
1917	JP
1918	Japan
1919	DE
1920	Germany
1921	FR
1922	France
1923	ES
1924	Spain
1925	RU
1926	Russian Federation
1927	CN
1928	People's Republic of China
1929	Secondary Master
1930	Primary Master
1931	Device Diagnostic Status 0
1932	Device Diagnostic Status 1
1933	I/O and Subdevice Status
1934	WirelessHART Status
1935	Time Set Option
1936	Real Time Clock Flags
1937	Country
1938	Country of intended device installation
1939	SI Unit Control
1940	Indicates if device should only display SI unit codes
1941	Burst Trigger Units
1942	Enable on token-passing data link layer only
1943	Enable on TDMA data link layer only
1944	Enable on both TDMA and token-passing data link layer
1945	Burst Trigger Class
1946	Continuous
1947	The Burst Message is published continuously at (worst case) the Minimum Update Period.
1948	Window
1949	The Burst Message is triggered when the source value deviates more than the specified trigger value
1950	Rising
1951	The Burst Message is triggered when source value Rises Above the specified trigger value.
1952	Falling
1953	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1954	On-change
1955	The Burst Message is triggered when any value in the message changes.
1956	Off
1957	Enable event notification on token-passing data link layer
1958	Enable event notification on TDMA data link layer
1959	Enable event notification on TDMA and token-passing data link layer
1960	Configuration changed event pending
1961	Device status event pending
1962	More status available event pending
1963	Wired HART Enabled
1964	Enabled on Wired HART device connection only
1965	Wireless HART Enabled
1966	Enabled on WirelessHART device connection only
1967	Both Wired and WirelessHart Enabled
1968	Enabled on both Wired and WirelessHART connections
1969	Burst Msg Trigger Mode
1970	Event Status
1971	Event Notification Control
1972	Device Status Mask
1973	Ext dev status Mask
1974	Device Diagnostic Status 0 Mask
1975	Device Diagnostic Status 1 Mask
1976	Device Diagnostic Status 2 Mask
1977	Device Diagnostic Status 3 Mask
1978	AO saturated Mask
1979	AO fixed Mask
1980	Latched Device Status
1981	Operate mode Mask
1982	Not Defined
1983	Latched Ext dev status
1984	Latched Device Diagnostic Status 0
1985	Latched Device Diagnostic Status 1
1986	Latched Device Diagnostic Status 2
1987	Latched Device Diagnostic Status 3
1988	Latched AO saturated
1989	Latched AO fixed
1990	Latched Operate Mode
1991	Time Stamp
1992	Relative time value on network
1993	8u
1994	Dynamic Variables Returned for Device Variables
1995	Command Response Truncated
1996	Configuration Change Counter Mismatch
1997	Status bytes mismatch
1998	count
1999	Device Variable
2000	Variable to trim
2001	Actual diagnos.
2002	: %{SPV_CurrentSysConditionUnion_1}
2003	Carry out trim (Service ID: 4)
2004	Change main electronic module (Service ID: 87)
2005	1. Check reference configuration 2. Check pressure 3. Check sensor (Service ID: 88)
2006	1. Check level 2. Check safety distance 3. Reset self holding (Service ID: 94)
2007	Reduced accuracy Check level (Service ID: 95)
2008	1. Restart device 2. Contact service (Service ID: 96)
2009	Increase supply voltage (Service ID: 97)
2010	1. Restart device 2. Contact service (Service ID: 98)
2011	1. Check software 2. Flash or change main electronics module (Service ID: 103)
2012	Up-/download active, please wait (Service ID: 104)
2013	Up-/download active, please wait (Service ID: 105)
2014	1. Check data set file 2. Check device configuration 3. Up- and download new configuration (Service ID: 106)
2015	1. Check if correct electronic modul is plugged 2. Replace electronic module (Service ID: 107)
2016	Up-/download active, please wait (Service ID: 108)
2017	Change main electronic module (Service ID: 109)
2018	Check linearization table (Service ID: 117)
2019	Check parameter 'DC value' (Service ID: 118)
2020	Change main electronic module (Service ID: 120)
2021	1. Restart device 2. Contact service (Service ID: 121)
2022	Change I/O module (Service ID: 122)
2023	1. Restart device 2. Change I/O module (Service ID: 123)
2024	Change main electronic module (Service ID: 124)
2025	1. Restart device 2. Change main electronic module (Service ID: 125)
2026	1. Check module connections 2. Change electronic modules (Service ID: 126)
2027	Change main electronic module (Service ID: 127)
2028	Change main electronic module (Service ID: 128)
2029	1. Restart device 2. Change I/O module (Service ID: 129)
2030	1. Restart device 2. Change I/O module (Service ID: 130)
2031	Change main electronic module (Service ID: 132)
2032	1. Check ambient temperature 2. Check process temperature (Service ID: 133)
2033	1. Check ambient temperature 2. Check process temperature (Service ID: 135)
2034	1. Check ambient temperature 2. Check process temperature (Service ID: 136)
2035	1. Check connection 2. Retry data transfer (Service ID: 139)
2036	Deactivate simulation switch output (Service ID: 143)
2037	1. Restart device 2. Check electronic modules 3. Change I/O Modul or main electronics (Service ID: 149)
2038	1. Check process 2. Check current output settings (Service ID: 153)
2039	1. Transfer data or reset device 2. Contact service (Service ID: 158)
2040	Change main electronic module (Service ID: 159)
2041	Change main electronic module (Service ID: 165)
2042	Change main electronic module (Service ID: 166)
2043	Change main electronic module (Service ID: 167)
2044	Change main electronic module (Service ID: 171)
2045	1. Restart device 2. Change main electronic module (Service ID: 172)
2046	1. Check wiring 2. Change I/O module (Service ID: 173)
2047	Change main electronic module (Service ID: 174)
2048	Change main electronic module (Service ID: 177)
2049	1. Restart device 2. Contact service (Service ID: 178)
2050	Change main electronic module (Service ID: 179)
2051	Change main electronic module (Service ID: 180)
2052	Change main electronic module (Service ID: 181)
2053	1. Check process 2. Check current output settings (Service ID: 182)
2054	Change main electronic module (Service ID: 183)
2055	1. Transfer data or reset device 2. Contact service (Service ID: 225)
2056	Maintenance required! 1. Do not perform reset 2. Contact service (Service ID: 226)
2057	1. Emergency operation via display 2. Change main electronics (Service ID: 229)
2058	1. Emergency operation via display 2. Change main electronics (Service ID: 230)
2059	Recording of mapping please wait (Service ID: 352)
2060	Maintain your diagnostic event (Service ID: 359)
2061	Download active, please wait (Service ID: 516)
2062	Change main electronic module (Service ID: 659)
2063	Change main electronic module (Service ID: 660)
2064	Change main electronic module (Service ID: 661)
2065	Change main electronic module (Service ID: 662)
2066	Deactivate simulation
2067	Assign signal 1 (74)
2068	Assign signal 2 (74)
2069	Reset min/max1
2070	Reset min/max2
2071	Config. managem. (39)
2072	Reset min/max
2073	Confirm distance (11)
2074	History reset
2075	Start dev. check
2076	Debug index
2077	Debug sub index
2078	Start self check
2079	Res.min/max temp
2080	Bin type
2081	Adv. conditions
2082	Code incorrect
2083	Set write prot.
2084	Clear event list
2085	Clear logging
2086	%{0}%
2087	Table not read
2088	Tab. not written
2089	Res. write prot.
2090	SIL/WHG prepar.
2091	: %{SIL_Prepare_1}
2092	Level linearized (93)
2093	: %{LE_PrimCstOut_Val_1}
2094	Output curr. 1
2095	: %{CO_OutValue_1}
2096	Char.test string
2097	: %{SIL_CharacterTestString_1}
2098	SIL confirmation
2099	: %{SIL_ConfirmCharacterTest_1}
2100	Empty calibr.
2101	: %{SIL_ReadBackLEEmpty_1}
2102	: %{SIL_ConfirmLEEmpty_1}
2103	Full calibr.
2104	: %{SIL_ReadBackLEFull_1}
2105	: %{SIL_ConfirmLEFull_1}
2106	Tank/silo height
2107	: %{SIL_ReadBackSBEmptyDistance_1}
2108	: %{SIL_ConfirmSBEmptyDistance_1}
2109	: %{SIL_ReadBackSBTankTypeEnum_1}
2110	: %{SIL_ConfirmSBTankType_1}
2111	: %{SIL_ReadBackSBBinTypeEnum_1}
2112	: %{SIL_ConfirmSBBinType_1}
2113	Max. fill. speed
2114	: %{SIL_ReadBackSBFillingSpeedRangeEnum_1}
2115	: %{SIL_ConfirmSBFillingSpeedRange_1}
2116	Max. drain speed
2117	: %{SIL_ReadBackSBDrainingSpeedRangeEnum_1}
2118	: %{SIL_ConfirmSBDrainingSpeedRange_1}
2119	: %{SIL_ReadBackSBSpecProcConditionEnum_1}
2120	: %{SIL_ConfirmSBSpecialProcessCondition_1}
2121	Tube diameter
2122	: %{SIL_ReadBackSBTubeDiameter_1}
2123	: %{SIL_ConfirmSBTubeDiameter_1}
2124	Conf.funct.test
2125	End of sequence
2126	Locking status
2127	Execute Configuration Flag Reset?
2128	Preparation in progress, please wait!
2129	Prepare busy
2130	%{SPV_FilterOptions_1} :
2131	No Event
2132	Event buf. sel.
2133	Close
2134	select
2135	Next
2136	Envelope curve
2137	100%
2138	Weighting curve
2139	Raw env.curve
2140	Reference curve
2141	ABCD
2142	0
2143	B
2144	C
2145	D
2146	G
2147	H
2148	I
2149	J
2150	L
2151	M
2152	N
2153	O
2154	P
2155	Q
2156	R
2157	S
2158	T
2159	U
2160	W
2161	X
2162	Y
2163	Z
2164	This wizard guides you through the commissioning procedure for the device. Enter or select the appropriate value for each parameter. These values are immediately written to the device. When all required values have been entered on a page, click 'Next' to switch to the next page. After finishing the last page, click 'End of sequence' to close the wizard. The setup is now complete. Note: If the wizard is cancelled before all necessary parameters have been set, the device may be in an undefined state. A reset to the default settings is recommended in this case.
2165	The device is locked and must be unlocked before it can be commissioned.
2166	This page summarizes the most important data characterizing the device. Some of the parameters can be edited, others are displayed for information only.
2167	'Empty calibration' and 'Full calibration' define the measuring span.
2168	For vessels smaller than 1m (3.3ft) the factory map stored in the device will be used. Therefore it is not necessary to record a map in the tank or silo.
2169	The mapping is used to suppress static interference signals which may be generated by internal tank or silo fittings.
2170	Configuration of current output 1
2171	Configuration of the HART output. Up to four HART variables can be transmitted via the HART protocol. At the same time they are indicated on the Dashboard (homepage) of the device.
2172	Configuration of current output 2
2173	Configuration of the switch output
2174	The setup has been successfully completed. The device is now ready for the measuring task. Click 'End of sequence' to close the wizard. Note: To check the signals, the safety settings and to document the measuring point: Click on 'Additional settings'.
2175	The envelope curve (signal curve) gives information about the current measuring situation / measuring conditions and can be used for diagnostic purposes.
2176	The simulation can be used to check the configuration of the device and of connected evaluation units. Note: After checking the configuration, the simulation must be deactivated. No measurement is taking place as long as a simulation is active.
2177	Backup to device display? Create a backup copy of the HistoROM data into the display module. These data can be used to restore the measuring point. Note: Storing a backup into the display may take some seconds.
Reference ID	String