Device dictionary

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Reference ID	String
0	<Image> Failure status
1	As long as the image is shown grayed out, the corresponding status bit is not active.
2	<Image> Maintenance required status
3	<Image> Out Of specification status
4	<Image> Function check status
5	Volume Flow
6	Mass Flow
7	Level
8	Volume Totalizer
9	Mass Totalizer
10	Field device temperature
11	Volume Flow unit
12	Volume Flow
13	Format
14	Damping value
15	Process flow sensor serial sumber
16	Upper sensor limit
17	Lower sensor limit
18	Process flow minimum span
19	Class
20	Family
21	Update time
22	Data quality
23	Limit status
24	Family status
25	User defined unit
26	User defined unit conversion factor
27	Volume Flow
28	User defined unit
29	Mass Flow unit
30	Mass Flow
31	User defined unit factor
32	Level measurement unit
33	Level
34	Primary measurement unit; physical unit for the measurand of the active process (e.g. volume flow) as well as for the corresponding limit switch - INFORMATION: changing of this parameter has no effect on the linearization area.
35	m3/s
36	ft3/min
37	gal/min
38	L/min
39	ImpGal/min
40	m3/min
41	gal/s
42	L/s
43	ft3/s
44	ft3/d
45	m3/d
46	ImpGal/h
47	ImpGal/d
48	m3/h
49	ft3/h
50	bbl/s
51	bbl/min
52	bbl/h
53	bbl/d
54	gal/h
55	ImpGal/s
56	L/h
57	gal/d
58	User defined unit
59	User defined unit code defined via configurable factor. Adjustable in the 'Basic Setup' menu.
60	Nm3/s
61	Nm3/h
62	NL/h
63	Sft3/min
64	NL/min
65	NL/s
66	SL/h
67	SL/min
68	SL/s
69	Nm3/d
70	Nm3/min
71	Sft3/d
72	Sft3/h
73	Sft3/s
74	Sm3/d
75	Sm3/h
76	Sm3/min
77	Sm3/s
78	kg/s
79	g/s
80	g/min
81	g/h
82	kg/min
83	kg/h
84	kg/d
85	t/min
86	t/h
87	t/d
88	lb/s
89	lb/min
90	lb/h
91	lb/d
92	STon/min
93	STon/h
94	STon/d
95	LTon/h
96	LTon/d
97	m
98	cm
99	mm
100	in
101	ft
102	PV value; measured value for primary measurand (PV).
103	.0f
104	.1f
105	.2f
106	.3f
107	.4f
108	.5f
109	6e
110	g
111	Defines format specifier for measurements and configuration. Parameters having measurements units: "Full Scale", ranges and sensor limits. Affects only HART applications (FC375/FC475 screens, AMS faceplates/views, PDM, FDM...) but not instrument's local display.
112	Default (2 digits)
113	0 digits after point
114	1 digit after point
115	3 digits after point
116	4 digits after point
117	5 digits after point
118	Exponential
119	Auto
120	PV damping value; adjustable range 0 - 20 sec.
121	Upper sensor limit; always 1.5 times upper range value.
122	Lower sensor limit; always zero, not changeable.
123	Device variable class.
124	Device variable family.
125	Update time period 'UTP'.
126	Process data quality 'PDQ'.
127	Limit status 'LS'.
128	Family status 'FS'.
129	More device family status available
130	Name of the user defined unit for Volume Flow.
131	Conversion factor for User Defined Volume Flow Unit for Volume Flow.
132	Name of the user defined unit for Mass Flow.
133	Conversion factor for User Defined Volume Flow Unit for Mass Flow.
134	Name of the user defined unit for Level measurement.
135	The value of the user defined unit factor for Level.
136	Volume Totalizer unit
137	Totalizer format
138	Totalizer damping
139	Totalizer sensor serial number
140	Upper total limit
141	Lower total limit
142	Totalizer minimum span
143	Mass Totalizer unit
144	Mass Totalizer
145	Name of the user defined unit for Volume Totalizer.
146	The value of the user defined unit factor for Volume Totalizer.
147	Name of the user defined unit for Mass Totalizer.
148	The value of the user defined unit factor for Mass Totalizer.
149	Counter unit; unit for the totalized flow rate (e.g. volume).
150	m3
151	ImpGal
152	L
153	gallon
154	bbl
155	ft3
156	bbl (liq)
157	hl
158	Nm3
159	NL
160	Sft3
161	SL
162	Sm3
163	kg
164	t
165	lb
166	STon
167	LTon
168	SV value; value of the totalizer (SV).
169	Defines format specifier for totalizers' values, that is meaningful only for HART applications (FC375/FC475 screens, AMS faceplates, PDM, FDM...). Has no influence on the instrument display.
170	Default (1 digit)
171	2 digits after point
172	Reaction of the measured value according to process changes; after this time the output value increases to 63% of change in process.
173	Upper sensor limit for Totalizer; fixed point (999e12 cum).
174	Lower sensor limit for Totalizer; always zero, not changeable.
175	Field device temperature unit
176	Field device temperature unit; measured temperature of the field device's electronic components.
177	Field device temperature
178	TV value; measured value of the electronic temperature (TV).
179	Temperature format
180	Defines format specifier for values for electronic temperature, that is meaningful only for HART applications (FC375/FC475 screens, AMS faceplates, PDM, FDM...). Has no influence on the instrument display.
181	Temperature damping value
182	Temperature sensor serial number
183	Upper temperature sensor limit
184	Upper temperature sensor limit for field device electronic temperature; defined to 125°C.
185	Lower temperature sensor limit
186	Lower sensor limit for field device electronic temperature; defined to -45°C.
187	dummyuun
188	dummy
189	dummyuunh
190	clsETemperature
191
192	Manufacturer ID
193	Manufacturer ID; References a specific manufacturer, which is usually a company name that is responsible for the manufacture of this field device.
194	Manufacturer device type code
195	Manufacturer device type code; References the type of field device, usually an advertised model number that is unique to a single manufacturer.
196	ESK4A
197	Write protect code
198	Loop current mode
199	Loop current mode; indicates whether the loop current is active or fixed (i.e., the device is in multi-drop).
200	Disabled
201	Enabled
202	Device status
203	Field device status: Data indicating that the field device has detected condition(s) in the field device relating to: its hardware, the validity of a variable, its operating status or an internal process.
204	Maintenance required
205	Maintenance required, function will soon be restricted. (NE 107 status signal).
206	Failure
207	Operational fault in device. No measurement possible. (NE 107 status signal).
208	Out of specification
209	Out of specification, measurement continues with less accuracy. (NE 107 status signal).
210	Function check
211	Testing mode by invoking test or simulation functions. (NE 107 status signal).
212	Status simulation active
213	Status simulation active; indicates whether the status simulation is currently running. The status simulation can be enabled/disabled under 'Diagnosis/Tests'->'Status simulation and mapping'->'Device status'.
214	Number request preambles
215	Number of request preambles; number of preambles required from the host request by the field device (min. 5).
216	Tag
217	Tag; free text stored in the field device, it is recommended to use it as a unique label for the field device in the plant (max. 8 characters).
218	Long tag
219	Long tag; functions exactly like Tag except the size is larger (max of 32 ISO Latin 1 characters).
220	Device ID
221	Device ID; device identification of the HART transmitter.
222	Number response preambles
223	Number of response preambles; number of preambles the field device has to send in response to a request from host (5 to 20 are possible).
224	Universal command revision
225	Universal revision; revision of the universal device description that the field device conforms to.
226	Device revision
227	Device revision; revision of the specific device description that the field device conforms to.
228	Descriptor; free text stored in the field device, is typically used for the precise description of the metering point.
229	Date; gregorian calendar date stored in the field device, typically the mounting date of the metering point.
230	Message; free text stored in field device; there is no specific recommended use.
231	Final assembly number
232	Final assembly number; free number stored in field device; there is no specific recommended use.
233	Polling address
234	Polling address; address used by the host to identify a field device in multi drop mode; any address from 1 to 15 sets the analog output to a fixed value of about 4 mA.
235	Status group error
236	Temperature sensor failure
237	Hardware failure in the field device; 4-20 mA converter must be replaced.
238	Sensor B failure
239	Sensor A failure
240	Invalid drift between digital and reference voltage
241	Crystal failure
242	Memory corruption detected
243	Data in the memory of the field device are inconsistent; restart is recommended; if error still exists then the 4-20mA converter must be replaced.
244	NVRAM (FRAM) error
245	ROM error
246	Status group warning 1
247	PV between 1.1 x FS and 1.5 x FS
248	Primary variable between 1.1 x FS and 1.5 x FS (FS: full scale value)
249	Electronic temperature out of limits (-45°...+125°)
250	Temperature in the field device out of limits; replacing the 4-20mA converter is recommended
251	No output linearization
252	Linearization of the primary variable is not active; to meet the measurement accuracy, linearization at the manufacturer is recommended for the field device
253	No temperature compensation
254	Temperature compensation in the field device is not active; to meet the measurement accuracy over the temperature range, replacing the 4-20mA converter is recommended
255	No pre linearization
256	Linearization of the sensors from field device is not active; to meet the measurement accuracy, linearization at the manufacturer is recommended for the field device
257	PV out of upper limit (1.5 x full scale value)
258	Value of the primary variable exceeds the upper limit and no longer follows the current process; review process and adjust if necessary
259	Electronic temperature out of range (-40°...+85°)
260	Temperature in the field device is out of range, which may lead to a permanent defect; review process temperature and adjust if necessary
261	Internal communication failed
262	Internal communication failed
263	Status group warning 2
264	y value for last table index is not 100%
265	Failure during linearization process; to meet the measurement accuracy, linearization at the manufacturer is recommended for the field device
266	x value for first table index is not 0%
267	x y values not monotonous increasing
268	Too few number of x y values
269	Conflict between unit system and unit code
270	Linearization table under configuration
271	New linearization table bad, use old table
272	Failure in new linearization table; field device works with prior linearization table
273	No linearization table valid
274	No valid linearization table; to meet the measurement accuracy, linearization at the manufacturer is recommended for the field device
275	Status group warning 3
276	Reserved
277	-
278	Local transmitter configuration activated
279	Local control of the field device is active; writing of parameters is currently not possible
280	Loop test by local push-button activated
281	Local loop current test is active; 4-20mA loop current applies not to current process
282	Restart of device
283	Field device has performed a restart; download of all parameters is recommended
284	Totalizer value lost or overflow
285	Wrong secondary variable (Totalizer); reset of totalized value is recommended
286	No FS calibration of current output
287	No gain adjustment; to meet the measurement accuracy, gain adjustment of the analog output is recommended
288	No zero calibration of current output
289	No zero adjustment; to meet the measurement accuracy, zero adjustment of the analog output is recommended
290	Status group information 1
291	B2: SV >= SV switch point limit
292	The current value of the secondary variable (Totalize) exceeds switching point limit (B2)
293	B2: PV < (PV switch point limit - PV switch point hysteresis)
294	The current value of the primary variable has fallen below switching point limit - including hysteresis (B2)
295	B2: PV >= PV switch point limit
296	The current value of the primary variable exceeds switching point limit (B2)
297	Binary output B2 (ESK4-IO module) is activated
298	Binary output B2 is active and ready for use
299	B1: SV >= SV switch point limit
300	The current value of the secondary variable (Totalize) exceeds switching point limit (B1)
301	B1: PV < (PV switch point limit - PV switch point hysteresis)
302	The current value of the primary variable has fallen below switching point limit - including hysteresis (B1)
303	B1: PV >= PV switch point limit
304	The current value of the primary variable exceeds switching point limit (B1)
305	Binary output B1 (ESK4-IO module) is activated
306	Binary output B1 is active and ready for use
307	Status group information 2
308	Extended module ESK4-Fieldbus detected
309	Extended Fieldbus module detected
310	Extended module ESK4-IO detected
311	Extended IO module detected
312	Device is in multi drop mode
313	Field device is in multi drop mode; 4-20mA loop current does not apply to current process
314	Binary input B3 (ESK4-IO module) is activated
315	Binary input B3 is active and ready for use
316	Electronics
317	F Electronics
318	Configuration
319	C Configuration
320	Sensor
321	S Sensor
322	S Electronics
323	S Configuration
324	Gas bubbles in the liquid
325	Gas bubbles in the liquid
326	Pulsating flow
327	Pulsating flow
328	External magnetic fields
329	External magnetic fields
330	Internal communication error
331	Sensor failure
332	Blocked float
333	Blocked float
334	Binary I/O activation
335	HART mode
336	Extension modules
337	Totalizer
338	Binary output B2
339	Binary output B1
340	Perform warmstart
341	Perform warmstart; restart the firmware of the field device.
342	Loop test
343	Test current loop; analog output is fixed to transferred current value WARNING! and is not tracking the active prozess (flow).
344	Transmitter selftest
345	Selftest; performs a selftest in the field device; the result is visible in field device status.
346	Device under local control
347	Loop current
348	PV loop current; declaration of value in mA (range 4 - 20 mA).
349	Alarm selection code
350	Alarm selection code; In the event of an error the analogue output can signalize a failure high signal >21mA or failure low signal <3.6mA. Some device versions are limited to fail high option only.
351	High
352	Low
353	Percent of range
354	Percent of range; declaration of value in percent of the measured value.
355	Transfer Function
356	Transfer function; ESK4A output is linear.
357	URV
358	Upper range value; final value for which the field device is calibrated.
359	LRV
360	Lower range value; always zero, not changeable.
361	Binary input
362	Binary input; by H-or L-level at the binary input B3 (terminal 7/8), the totalizer can be controlled (function reset or start/stop).
363	Inactive
364	Reset (active high)
365	Reset (active low)
366	Start (active high) / Stop (active low)
367	Start (active low) / Stop (active high)
368	Device in level measurement mode
369	LFC control
370	Lfc control; switching the lfc on or off.
371	Off
372	On
373	LFC on value
374	Lfc on value; if PV (primary measurand) falls below this value, the measurement scale is set to zero (adjustable between 1% and 19%).
375	LFC off value
376	Lfc off value; if PV (primary measurand) exceeds this value, the measurement scale follows the actual flow rate (adjustable between 2% and 20%).
377	Counter option
378	Totalizer stopped
379	Totalizer resumed
380	Pulse width
381	Pulse width; following pulse widths can be adjusted, 50ms (max pulse = 36000 /s), 100ms (max pulse = 18000 /s), 200ms (max pulse = 9000 /s), 500ms (max pulse = 3600 /s).
382	50 ms
383	100 ms
384	200 ms
385	500 ms
386	Pulse / Unit
387	Pulse value; pulse pro volume (mass) value. The maximum frequency of the pulse output mustn't exceed even at maximum flow (final value). Valid range of values: 0.001 to 999.0
388	Unit conflict
389	Number of calibration points
390	Number of calibration points; number of saved calibration points.
391	Type of primary measured value
392	Calibrated unit system; shows the primary measurand.
393	Full scale linearization value
394	Full scale calibration value; full scale of the primary measurand at the time of linearization.
395	Linearization unit
396	Calibration unit; unit of the primary measurand.
397	Phase of fluid
398	Phase of operating fluid (0 =liquid; 1 = gaseous).
399	Liquid
400	Gaseous
401	Phase of ref. fluid
402	Phase of reference fluid (0=liquid; 1=gaseous).
403	Pressure reference
404	Pressure reference; reference for the pressure designation (under-, over-, normalpressure).
405	Absolute
406	Gauge over absolute pressure
407	Low
408	Density reference
409	Density reference; reference for the density designation (operating-, normalpressure).
410	Normal
411	Operating
412	Volume Flow reference
413	Volume flow reference; shows the reference for the primary measurand (operating- resp. standard conditions).
414	Volume reference
415	Normal: Volume flow under normal conditions according to DIN 1343; Standard: Volume flow under standard conditions according to ISO 13443:1996.
416	Standard
417	Firmware version
418	Firmware version; version that corresponds to the firmware of the field device.
419	Production order
420	Production order; production order for the complete field device.
421	Temperature
422	Fluid temperature; temperature of the process the field device is calibrated for.
423	Pressure
424	Fluid pressure; pressure of the process the field device is calibrated for.
425	Density
426	Fluid density; fluid density of the process the field device is calibrated for.
427	Viscosity
428	Viscosity; viscosity of the process the field device is calibrated for.
429	Compressibility
430	Compressibility factor; specifies the deviation between the real gas and ideal gas.
431	Actual function (B1)
432	Switchpoint actual function; specifies the allocation for the binary output B1 (inactive / limitswitch primary measurement / limitswitch totalizer / pulse output) ( The pulse output is only available in case of an IO module).
433	Limit for Process Value
434	Limit for Totalizer
435	Pulse output
436	Limit for Level
437	PV switch-point (B1)
438	PV switch point limit; range 0.0 ... upper range value, if current primary measurement exceeds the appointed switchpoint, the output changes the binary status.
439	PV switch-point hysteresis (B1)
440	PV switch point hysteresis; range 0.0 ... switchpoint, if current primary measurement exceeds the appointed switchpoint, the output changes the binary status. To return to initial position, the switchpoint value reduced by the hysteresis must be under-run.
441	Totalizer switch-point (B1)
442	SV switchpoint limit; range 0.0 ... totalizer limit, if the current totalizer value exceeds adjusted limit switch value, the output changes the binary status. There is no hysteresis adjustment for this switchpoint.
443	Type of contact (B1)
444	Switchpoint type of contact; the binary limit switch output can be assigned to normally closed contact or normally open contact.
445	Normally open
446	Normally closed
447	Actual function (B2)
448	Switchpoint actual function; specifies the allocation for the binary output B2 (inactive / limitswitch primary measurement / limitswitch totalizer / pulse output) ( The pulse output is only available in case of an IO module).
449	PV switch-point (B2)
450	PV switch-point hysteresis (B2)
451	Totalizer switch-point (B2)
452	Type of contact (B2)
453	Hysteresis value higher than limit.
454	Warning: Item is currently not applicable
455	Name of fluid
456	Fluid name; fluid for which the field device is calibrated.
457	Meter type
458	Meter type; manufacturer code for used meter type.
459	H250
460	H250 C
461	BW25
462	H250 H
463	H250 U
464	Special
465	Indicator type
466	Indicator type; shows the used indicator type.
467	M9
468	M40
469	Nominal meter size
470	Nominal meter size; nominal meter size of used measuring tube.
471	15 mm
472	25 mm
473	50 mm
474	80 mm
475	100 mm
476	Not used
477	Type of cone
478	Type of cone, shows the used type of cone.
479	K 15.1
480	K 15.2
481	K 15.3
482	K 15.4
483	K 15.5
484	K 15.6
485	K 15.7
486	K 15.8
487	K 25.1
488	K 25.2
489	K 25.3
490	K 25.4
491	K 25.5
492	K 55.1
493	K 55.2
494	K 55.3
495	K 85.1
496	K 85.2
497	K 105.1
498	K 005
499	K 010
500	K 015
501	K 040
502	K 080
503	K 125
504	K 200
505	K 300
506	K 340
507	E 17.1
508	E 17.2
509	E 17.3
510	E 17.4
511	E 17.5
512	E 17.6
513	E 17.7
514	E 17.8
515	E 27.1
516	E 27.2
517	E 27.3
518	E 27.4
519	E 27.5
520	E 57.1
521	E 57.2
522	E 57.3
523	E 87.1
524	E 87.2
525	E 107.1
526	E 107.2
527	E 57.4
528	E 87.3
529	New Cone 1
530	New Cone 2
531	Not used
532	Type of float
533	Type of float; manufacturer code for used type of float.
534	C IV 15
535	D IV 15
536	T IV 15
537	D IV T 15
538	C IV 25
539	D IV 25
540	T IV 25
541	C IV 55
542	D IV 55
543	T IV 55
544	D IV T 55
545	C IV 85
546	D IV 85
547	T IV 85
548	D IV T 85
549	C IV 105
550	D IV 105
551	N1
552	N2
553	T IV 105
554	D IV T 105
555	N3
556	D IV TB 15 F02
557	D IV T 25 F04
558	D IV T 55 F06
559	D IV T 85 F09
560	D IV L 105 F09
561	D IV TB 15 F03
562	D IV T 25 F05
563	D IV T 55 F08
564	D IV T 85 F11
565	D IV L 105 F11
566	D IV TR 15
567	C IV TL 25
568	D IV TL 25
569	D IV L 55
570	C IV L 85
571	D IV L 85
572	D IV L 105
573	D IV L 25
574	D IV 55/30
575	T IV B 15 F02
576	T IV B 15 F03
577	T IV 25 F04
578	T IV 25 F05
579	T IV 55 F06
580	T IV 55 F07
581	T IV 55 F08
582	D IV 55 F07
583	T IV 85 F09
584	T IV 85 F10
585	T IV 85 F11
586	D IV T 85 F10
587	D IV T 105 F09
588	D IV T 105 F10
589	D IV T 105 F11
590	D IV L 105 F10
591	T IV L 15
592	D IV TB 15 F22
593	D IV T 25 F24
594	D IV T 55 F26
595	D IV T 85 F29
596	D IV L 105 F29
597	D IV L 105 F31
598	Not Used
599	Material of float
600	Material of float; shows the used material of float.
601	Stainless steel
602	Aluminium
603	Hastelloy B2
604	Hastelloy C4
605	PTFE
606	Ceramic
607	Titanium
608	POM
609	Ruby
610	PEEK
611	Teflon-TFM
612	Hard-rubber
613	Glass
614	Password
615	Write protection
616	If activated the field device does not accept any changes; e.g. causes that actions on some commands can not occur.
617	Level Unit
618	Length of displacement rod
619	Displacement rod length; length of the used displacement rod.
620	Type of process connection
621	Level process connection type; connection to the process (e.g. specification of nominal size and pressure stage).
622	Serial number of meter
623	Serial number of meter; serial number of the complete field device
624	Electronic revision
625	Electronic revision; revision that corresponds to the electronics hardware of the field device.
626	IO module status
627	IO module status; status of optional IO module (not available / active).
628	Not available
629	Active (good)
630	IO module firmware version
631	IO module firmware version; firmware version of the field device's IO module, eg.: "V01.1.13"
632	Display rotation
633	Control value for rotation of the display view direction (ESK4A-IO )
634	0°
635	90°
636	180°
637	270°
638	Serial number of IO module
639	Serial number of IO module; serial number of optional IO module.
640	Article Codes
641	Display mode
642	Selected display mode (optional module ESK4-IO )
643	PV measured value
644	SV (Totalize measured value)
645	Cyclic PV & Totalizer
646	Static PV & Totalizer
647	PV in percent of range
648	Selected language
649	Selected language (local Display optional module ESK4-IO )
650	English
651	German
652	French
653	Italian
654	Spanish
655	Czech
656	Polish
657	Dutch
658	Danish
659	Invalid device variable index
660	Device variable index not allowed for this command
661	Invalid transaction number
662	Unit code factor too large
663	Status Bit Not Supported
664	No Effect
665	Maintenance Required
666	Failure
667	Out of Specification
668	Function Check
669	Reset
670	Set
671	Secondary Analog Channel Fixed
672	Used to map a status condition to a severity level.
673	Tertiary Analog Channel Fixed
674	Quaternary Analog Channel Fixed
675	Quinary Analog Channel Fixed
676	Condensed status simulation
677	Allows simulation of different status conditions.
678	Condensed status value
679	Device Specific Error
680	Starting status map index must be even value.
681	Bit Index
682	Reset Condensed Status Map
683	Show single events
684	On occurence
685	Always
686	Never
687	F Sensor
688	F Configuration
689	Process
690	F Process
691	C Sensor
692	C Electronics
693	C Process
694	S Process
695	M Sensor
696	M Electronics
697	M Configuration
698	M Process
699	Extension module ESK4-Fieldbus detected
700	Status information, no action necessary
701	Extension module ESK4-IO detected
702	Device is in multi drop mode
703	Binary input B3 (ESK4-IO module) is activated
704	Binary output B2 (ESK4-IO module) is activated
705	Binary output B1 (ESK4-IO module) is activated
706	SV >= SV switch point limit
707	PV < (PV switch point limit-PV switch point hysteresis)
708	PV >= PV switch point limit
709	New linearization table bad, use old Table
710	Linearization by trained personell: a valid linearization table has to be written.
711	Totalizer value lost or overflow
712	Totalizer starts counting at 0 again. No action necessary.
713	Check environment for external magnetic fields, remove measuring system from external magnetic field
714	Check application
715	Gas bubbles in the liquid
716	Check application.
717	Check application. Perform maintenance of meter as described by manufacturer.
718	Sensor B failure
719	Restart device, if error still is signaled, exchange electronic module.
720	Sensor A failure
721	Temperature sensor failure
722	Adopt measures to adapt the environmental temperature of electronics.
723	ESK4-IO firmware not compatible
724	Replace ESK4-IO module with a one running compatible firmware
725	Internal communication failed
726	Check 6-pole cable between ESK4 Basic and ESK4-IO module, exchange ESK4-IO module
727	No FS calibration of current output
728	Linearization by trained personell: full scale calibration (20 mA) of current output has to be done
729	No zero calibration of current output
730	Linearization by trained personell: zero calibration (4 mA) of current output has to be done
731	y value for last table index is not 100%
732	Linearization by trained personell: check and correct y value of linearization table
733	x value for first table index is not 0%
734	Linearization by trained personell: check and correct x value of linearization table
735	x y values not monotonous increasing
736	Linearization by trained personell: check and correct x y values of linearization table
737	Too few number of x y values
738	Linearization by trained personell: choose more x y values for linearization
739	Conflict between unit system and unit code
740	Linearization by trained personell: choose propper unit code
741	Linearization table under configuration
742	Output linearization has to be finished by trained personell -> write linearization data to the device
743	No linearization table valid
744	Output linearization has to be done at manufacturer site
745	No output linearization
746	Output linearization has to be done at manufacturer site
747	No temperature compensation
748	Temperature compensation has to be done at manufacturer site
749	No pre linearization
750	Pre linearization has to be done at manufacturer site
751	Electronic temperature T < -40°C or T > +85°C
752	Electronic temperature T < -45°C or T > +125°C
753	PV between 1.1 x FS and 1.5 x FS
754	Check calibration
755	PV out of upper limit (1.5 x FS)
756	Local transmitter configuration activated
757	Exit menu of module ESK4-IO
758	Current loop test by local push-button activated
759	Exit current loop test by: a) waiting 60 seconds b) pushing local button for more than 3 seconds
760	Invalid drift between digital and reference voltage
761	Crystal failure
762	Memory corruption detected
763	NVRAM (FRAM) error
764	ROM error
765	Reset to default
766	Reset the mappings to the condensed status to default values.
767	Set simulation bits
768	Set simulation bits; This method sets the simulation bits in the device.
769	Enable/disable status simulation
770	Enable/disable status simulation.
771	Device status display
772	Device status display menu. Provides access to the current device status.
773	Condensed status (NE 107)
774	Condensed status (NE 107) menu. Displays the HART condensed device status indicators according to NAMUR NE107.
775	Classic view
776	Standard status display menu. Provides access to the device status according to HART standard.
777	Detail
778	Failure ('F')
779	Function check ('C')
780	Out of specification ('S')
781	Group status view
782	Additional status display menu. Provides access to additional device specific status.
783	Device status simulation menu. Provides access to simulation functions for the device status.
784	Simulation values
785	Simulation values for the device status.
786	Simulation status
787	Select the bits that should be simulated.
788	Variable F/C/S/M
789	Current device status
790	Shows the current device status.
791	Status mapping
792	Status mapping menu. Provides access to the mapping of device status into the indicators of the HART condensed status according to NAMUR NE107.
793	Manufacturer image
794	Process Variables
795	Measured Values
796	Device variables
797	HART Variables
798	Measured values (chart)
799	Measured values (bar)
800	Measured values (scope)
801	Current output
802	Current output (chart)
803	Current output (bar)
804	% range
805	Loop current
806	Current output (scope)
807	Diagnosis/Tests
808	Status simulation and mapping
809	Test / Reset
810	Methods to test and reset the device.
811	Device tests
812	Device resets
813	Device root menu
814	Basic setup
815	Engineering units
816	Detailed setup
817	Device information
818	Process input
819	Primary measured value
820	Totalizer
821	Field device temperature
822	Output
823	Limit switch functions
824	B1
825	B2
826	Sensor
827	Type of device
828	Linearization condition
829	Identification
830	Operating fluid
831	IO module
832	HART
833	General
834	Identification
835	Parameter protection
836	Revisions
837	Preambles
838	Display settings
839	Display settings for the ESK4A-IO module
840	Offline
841	Identification device
842	Setup
843	Limit switches
844	DD-Version
845	Version number of the device description according to NAMUR specification. 01.01.01-01
846	01.01.01
847	Write variables
848	Read variables
849	Reset Configuration Changed flag
850	Reset configuration changed flag; resets the configuration changed flag, according to HCF_SPEC-191 Rev. 8.0
851	Stop/Resume Totalizer
852	Handle Totalizer; totalizer start / stop.
853	Reset Totalizer
854	Reset Totalizer; set counter to zero, counter will not be stopped.
855	Set to default values
856	Standard values; restore factory setting, current linearization table and associated parameters stay maintained.
857	Change password
858	If write protection is disabled changing the password is possible. Password must be a positive value (0..4294967295).
859	Change write protection
860	Enable / Disable write protection. If enabled the field device does not accept any changes; e.g. causes that actions on some commands can not occur.
861	Simulate alarm current
862	Simulate alarm current; i.e. set current to either low or high alarm current depending on the setting of the Alarm Selection Code.
863	Reset extended status
864	Reset extended status; resets all warnings from extended status byte Command 48
865	PV Analog Channel Saturated
866	PV Analog Channel Fixed
867	Analog Input Channel
868	Analog Output Channel
869	Device Profile
870	Device Diagnostic Status 0
871	Device Diagnostic Status 1
872	I/O and Subdevice Status
873	WirelessHART Status
874	Wireless
875	WirelessHART Device
876	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
877	Secondary Analog Channel Saturated
878	Tertiary Analog Channel Saturated
879	Quaternary Analog Channel Saturated
880	Quinary Analog Channel Saturated
881	Critical Power Failure
882	Process automation device
883	Discrete device
884	Hybrid:Process automation+discrete
885	I/O System
886	WirelessHART Process automation device
887	WirelessHART Discrete device
888	WirelessHART Process automation+discrete
889	WirelessHART Gateway
890	WirelessHART Access point
891	WirelessHART Process adapter
892	WirelessHART Discrete adapter
893	WirelessHART enabled handheld/portable maintenance tool
894	Simulation active
895	The device is in simulation mode and the level output is not representative of the process.
896	Non-Volatile memory failure
897	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
898	Volatile memory error
899	The RAM memory check is invalid or maybe corrupt
900	Watchdog reset executed
901	A watchdog reset has been performed
902	Voltage conditions out of range
903	A voltage condition is outside its allowable range
904	Environmental conditions out of range
905	An internal or environmental condition is beyond acceptable limits.
906	Electronic failure
907	A hardware problem not related to the sensor has been detected.
908	Subdevice list changed
909	Duplicate master detected
910	Capacity Denied
911	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
912	Bandwidth allocation pending
913	Block transfer pending
914	Time Stamp
915	Relative time value on network
916	8u
917	Dynamic Variables Returned for Device Variables
918	Command Response Truncated
919	Configuration Change Counter Mismatch
920	Status bytes mismatch
921	Device Variable
922	8.3f
923	Are you sure?
924	No;Yes
925	Mappings have been reset.
926	Set status simulation to
927	Failed to enable status simulation.
928	Status simulation disabled.
929	Status simulation enabled.
930	Failed to disable status simulation.
931	OK
932	Totalizer
933	Stop;Resume
934	Counters are set to zero.
935	Device is reset to default parameter.
936	Writeprotection still active
937	Please enter password.
938	var1_passw
939	Please reenter password.
940	var2_passw
941	Password changed.
942	Passwords are not equal.
943	var_passw
944	Write protection changed.
945	Start simulation? This will set the current output into alarm current.
946	The device is in multi drop mode and, as a result, the command cannot be executed
947	Simulation is running. Do you want to end it?
948	Extended device status succussfully reset
Reference ID	String