Device dictionary

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Reference ID	String
0	Display interval (5)
1	Set time measured values are shown on display if display alternates between values
2	s
3	Bluetooth activation
4	Disable
5	Enable
6	Contrast display
7	Adjust local display contrast setting to ambient conditions (e.g. lighting or reading angle)
8	%
9	.0f
10	Display damping
11	Set display reaction time to fluctuations in the measured value
12	Decimal places 1
13	This selection does not affect the measurement and calculation accuracy of the device.
14	x
15	x.x
16	x.xx
17	x.xxx
18	x.xxxx
19	Decimal places 2
20	Decimal places 3
21	Decimal places 4
22	DotMatrixDisplayAvailable 1
23	No
24	Yes
25	Header text (28)
26	Enter display header text
27	------------
28	Value 1 display
29	Select the measured value that is shown on the local display
30	Pressure
31	Scaled variable
32	Current output
33	Sensor temperature
34	Percent of range
35	Value 2 display
36	None
37	Value 3 display
38	Value 4 display
39	Language
40	Set display language
41	English
42	German
43	French
44	Spanish
45	Italian
46	Dutch
47	Portuguese
48	Polish
49	Russian
50	Swedish
51	Turkish
52	Chinese
53	Japanese
54	Korean
55	Arabic
56	Indonesian
57	Thai
58	Vietnamese
59	Czech
60	Header (8)
61	Select header contents on local display
62	Device tag
63	Free text
64	Format display (10)
65	Select how measured values are shown on the display
66	(a) 1 value, max. size
67	(b) 1 bargraph + 1 value
68	(c) 2 values
69	(d) 1 value large + 2 values
70	(e) 4 values
71	Number format (12)
72	Choose number format for the display
73	Decimal
74	ft-in-1/16''
75	Burst command 1
76	Select the HART command that is sent to the HART master
77	Primary variable (PV)
78	Loop Current and Percent of Range
79	Dynamic Variables
80	Device variables with status
81	Device variables
82	Additional device status
83	Burst command 2
84	Burst command 3
85	Burst mode 1
86	Switch HART burst mode for burst message on
87	Off
88	On
89	Burst mode 2
90	Burst mode 3
91	Burst variable 0
92	For HART command 9 and 33, assign a HART device variable or process variable to burst variable
93	Sensor pressure
94	Electronic temperature
95	Measured current
96	Terminal voltage 1
97	Mean of pressure signal
98	Noise of pressure signal
99	Percent of range
100	Secondary variable (SV)
101	Tertiary variable (TV)
102	Quaternary variable (QV)
103	Not used
104	Burst variable 1
105	Burst variable 2
106	Burst variable 3
107	Burst variable 4
108	For HART command 33, assign a HART device variable or process variable to burst variable
109	Burst variable 5
110	Burst variable 6
111	Burst variable 7
112	Max. update period
113	Enter the maximum time span between two burst responses of one burst message
114	ms
115	u
116	Min. update period
117	Enter the minimum time span between two burst responses of one burst message
118	Burst trigger level
119	Enter the burst trigger value that determines together with the option selected in 'Burst trigger mode' parameter the time of burst message
120	.2f
121	Burst trigger mode
122	Select the event that triggers the burst message
123	Continuous
124	Window
125	Rising
126	Falling
127	On change
128	Altitude
129	m
130	.4f
131	Configuration counter
132	Use this function to display the counter reading for changes to device parameters. Info: Static parameters, whose values change during optimization or configuration, cause this parameter to increment by 1. This supports parameter version management. If several parameters change, e. g. due to loading of parameters from FieldCare, etc. in the device, the counter can show a higher value. The counter can never be reset and is not reset to a default value after a device reset. If the counter overflows, (16 bit), it starts again at 1.
133	HART date code
134	Enter date of the last configuration change. Use this format yyyy-mm-dd
135	2009-07-20
136	HART descriptor
137	Use this function to define a description for the measuring point. Maximum length: 16 characters Allowed characters: A-Z, 0-9, certain special characters
138	5XB/7XB
139	Device ID
140	Shows the device ID for identifying the device in a HART network
141	#.8x
142	Device type
143	Shows the device type with which the measuring device is registered with the HART Communication Foundation
144	#.4x
145	Manufacturer ID
146	Shows the manufacturer ID device is registered with the HART Communication Foundation
147	Final assembly number
148	Latitude
149	°
150	Location Description
151	somewhere
152	Location method
153	No fix
154	GPS or Standard Positioning Service fix
155	Differential GPS fix
156	Precise positioning service (PPS) fix
157	Real Time Kinetic (RTK) fixed solution
158	Real Time Kinetic (RTK) float solution
159	Estimated dead reckoning
160	Manual input mode
161	Simulation Mode
162	Locking status
163	Longitude
164	Enter a unique name for the measuring point to identify the device quickly within the plant.
165	5xB/7xB
166	HART message
167	Use this function to define a HART message which is sent via the HART protocol when requested by the master. Maximum length: 32 characters Allowed characters: A-Z, 0-9, certain special characters
168	5XB/7XB
169	No. of preambles
170	Defines the number of preambles in the HART telegram
171	Shows the value of the primary variable (PV) as a percentage of the defined 0% to 100% range.
172	HART address
173	Enter adress for the data exchange via HART protocol
174	Process Unit Tag
175	Process Unit Tag
176	Assign PV
177	Identifies the process variable linked with the primary variable. Primary variable is used in HART as current output.
178
179	Shows the current measured value of the primary dynamic variable (PV)
180	.1f
181	.3f
182	.5f
183	.6f
184	°C
185	°F
186	µm
187	µs
188	A
189	Å
190	atm
191	bar
192	bbl (us;oil)
193	bbl/d (us;oil)
194	bbl/h (us;oil)
195	bbl/min (us;oil)
196	bbl/s (us;oil)
197	cm
198	d
199	dm
200	Free text
201	ft
202	ft³
203	ft³/d
204	ft³/h
205	ft³/min
206	ft³/s
207	ftH2O
208	g
209	g/cm³
210	g/s
211	gal (imp)
212	gal (us)
213	gal/d (us)
214	gal/h (imp)
215	gal/h (us)
216	gal/min (imp)
217	gal/min (us)
218	gal/s (imp)
219	gal/s (us)
220	gf/cm²
221	h
222	hl
223	in
224	inH2O
225	inH2O (4°C)
226	inHg
227	K
228	kg
229	kg/h
230	kg/m³
231	kg/min
232	kg/s
233	kgf/cm²
234	km
235	kPa
236	ks
237	l
238	l/h
239	l/min
240	l/s
241	lb
242	lb/h
243	lb/min
244	lb/s
245	m³
246	m³/d
247	m³/h
248	m³/min
249	m³/s
250	mA
251	mbar
252	mH2O
253	mH2O (4°C)
254	microns
255	mile
256	min
257	mm
258	mmH2O
259	mmH2O (4°C)
260	mmHg
261	MPa
262	mV
263	nautical mile
264	Nl/h
265	nm
266	Nm³/h
267	Nm³/s
268	Ohm
269	oz
270	Pa
271	pm
272	ppm
273	psi
274	rad
275	Sft³/d
276	Sft³/h
277	Sft³/min
278	Sm³/d
279	Sm³/h
280	Sm³/min
281	Sm³/s
282	STon
283	STon/d
284	STon/h
285	STon/min
286	t
287	t/d
288	t/h
289	t/min
290	torr
291	V
292	yd
293	Assign QV
294	Fourth HART variable (Quaternary Variable)
295	Assign measured variable to the fourth dynamic variable (QV). This value can only be output via the HART interface.
296	Terminal current
297	Loop current
298	Shows the current measured value of the quaternary (fourth) dynamic variable (QV)
299	Device revision
300	Shows the device revision with which the device is registered with the HART Communication Foundation
301	#.2x
302	HART revision
303	Hardware revision
304	Shows the hardware revision of the measuring device
305	Software revision
306	Shows software revision of the measuring device
307	Assign SV
308	Second HART variable (Secondary Variable)
309	Assign measured variable to the second dynamic variable (SV). This value can only be output via the HART interface.
310	Shows the current measured value of the secondary dynamic variable (SV)
311	HART short tag
312	Defines the short tag for the measuring point. Maximum length: 8 characters Allowed characters: A-Z, 0-9, certain special characters
313	SHORTTAG
314	Assign TV
315	Third HART variable (Tertiary Variable)
316	Shows the current measured value of the tertiary (third) dynamic variable (TV)
317	Operating time (Verification)
318	Indicates how long the device has been in operation
319
320	Loop diagnostics
321	Active
322	RAM check
323	Checks the correct function of the RAM (Random Access Memory).
324	Not done
325	Passed
326	Failed
327	ROM check
328	Checks the correct function of the ROM memory (Read-Only-Memory).
329	Output current
330	Checks whether read-back current at the output matches the current set by the device.
331	Membrane integrity
332	Verification result
333	Sensor/membrane integrity
334	Sensor integrity
335	The sensor-controller evaluates the internal sensor diagnostics and transmits the data cyclical to the transmitter-controller. As long as the sensor specific diagnostics e.g. monitoring of sensor voltage and high voltage of Photomultiplier are within certain limits, the sensor integrity will be confirmed.
336	Shows the result of the loop diagnostics. 'Not done' indicates that the loop diagnostics is not active.
337	Statistical Sensor Diagnostics
338	Software integrity
339	Checks whether the function blocks of the software are executed in the correct order.
340	System status
341	Checks active measurement device errors at diagnostical behavior 'alarm'. If an active error is detected, then verification will be performed but the overall result will always be 'Failed'.
342	Terminal voltage
343	Checks if the voltage at the supply terminals is within the specified limits.
344	Start verification
345	Start verification
346	Cancel
347	Start
348	Clear data
349	Status
350	Shows the actual status
351	Done
352	Busy
353	Deactivate help
354	Do not show this message again
355	2 values
356	DummyInvisibleParam 1
357	Linearization
358	Select in toolbar
359	Inspector
360	The entered inspector name will be included in the report.
361	Location
362	Loop current mode
363	If Loop current mode is disabled, Multi-drop communication mode is activated. Multi-drop is a HART digital communication mode where multiple devices may share the same pair of wires for power and communications. In this mode the output current is fixed.
364	Plant operator
365	Reset write protection
366	Enter SIL or WHG locking code in order to unlock the device.
367	I have read the warning texts.
368	Loss of Safety function of protective system using safety-related output signal 4 to 20 mA - Read Functional safety manual - Do not use safety-related output signal 4 to 20 mA for Safety function of protective system - Suitable measures must be taken to guarantee process safety during the proof test
369	- Prior to using the wizard, read the Functional Safety Manual. - In the wizard, safety-relevant parameter settings of the device will be shown. - The user must confirm the correctness of these settings. - By clicking 'finish' at the end the wizard, the device is SIL locked. - A documentation of the SIL relevant parameter settings can be generated at the end of the wizard. - The device can be unlocked via this wizard in case the device is SIL locked. - If the wizard is aborted, the device locking status will not be changed!
370	Output current is the square root of PV?
371	Select behavior of the output current. 'Yes' The output current is proportional to the square root of the primary HART variable (PV) and thus represents the flow rate. PV itself does not change 'No' The current output is proportional to PV and thus represents the pressure.
372	Please select
373	SSD: Statistical Sensor Diagnostics
374	Enable or disable SSD. After selecting 'Disable', no statistical sensor diagnosis takes place. No diagnostic messages are output.
375	Status summary
376	Activate SSD.
377	Deactivated
378	Learning phase
379	Monitoring inactive
380	Monitoring active
381	Monitoring active with event
382	No baseline
383	Please wait. Function is not ready.
384	The signal noise is too small for the teach-in phase. Note: Teach-in is only possible while the process is running. Measures: Check valve position. If necessary, perform the teach-in procedure later while the process is running.
385	The teach-in phase is completed. Continue or terminate the configuration.
386	The SSD is not active because the average value of the raw signal is outside the limits. The SSD is reactivated as soon as the average value is within the limits again. Adjust the limits if necessary.
387	The SSD has detected an event (e.g. blocked impulse line). Check whether maintenance work is required.
388	The SSD is not active because the process conditions are too dynamic for reliable operation. If necessary, teach in a new baseline or adjust the sampling rate. The SSD is reactivated as soon as the average value of the raw signal is within the limits.
389	The current signal noise is too small to activate the SSD.
390	Baseline could not be created with following reasons: - There is not enough signal noise during building baseline phase. - There is a process change during building baseline phase.
391	Date/time
392	0
393	Notes
394	Heartbeat Verification
395	Show results
396	Help
397	Checksum
398	Resource available
399	Build no. software
400	Shows the build number of the module firmware
401	Shows the firmware revision of the module.
402	Shows the hardware revision of the module
403	- none -
404	Serial number
405	Shows the serial number of the module
406	AAFFFFAAFFF
407	Event category
408	Failure (F)
409	Function check (C)
410	Out of specification (S)
411	Maintenance required (M)
412	No effect (N)
413	Diagnostic behavior
414	Select event behavior 'Logbook entry only': no digital or analog transmission of the message 'Warning': Current output unchanged. Message is output digitally (default). 'Alarm': Current output assumes the set alarm current. Regardless of the setting, the message appears on the display. If the permissible conditions are reached again, the warning is no longer available in the instrument.
415	Alarm
416	Warning
417	Logbook entry only
418	Activate table
419	Table mode
420	Clear table
421	Pressure (49)
422	Scaled variable (50)
423	Table number (30)
424	X-value
425	Y-value
426	PressureAlarmValueMax
427	PressureAlarmValueMin
428	Damping
429	Enter damping constant. The damping constant affects the speed at which the measured value reacts to pressure changes.
430	Low flow cut off
431	When activated, this function suppresses small flows which can lead to large fluctuations in the measured value.
432	LRV
433	500 Process alert pressure
434	Define whether user-defined pressure limits should be set. If 'No' is selected, no analysis will take place and no event message will be generated.
435	High alert value
436	Set area. If these limit values are exceeded or undercut, an event is generated.
437	Low alert value
438	Counter overruns of user limit Pmax
439	Counter underruns of user limit Pmin
440	Pressure range value max
441	Pressure range value min
442	Value pressure simulation
443	Pressure simulated value max
444	Pressure simulated value min
445	Simulation pressure
446	Output current transfer function
447	'Linear' The linear pressure signal is used for the current output. The flow must be calculated in the evaluation unit. Deviating from the bar graph (current output), the digital value on the display shows continues to be the eradicated value. 'Square' The root flow signal is used for the current output. The 'Flow (square root)' current signal is indicated on the on-site display with a root symbol.
448	Linear
449	Square
450	URV
451	Reset user defined counters P and T
452	Confirm
453	Lower Range Limit
454	Pressure value 1
455	Scaled variable value 1
456	Assignment of Pressure Value 1 to Scaled Variable value 1.
457	Pressure value 2
458	Scaled variable value 2
459	Assignment of Pressure Value 2 to Scaled Variable value 2.
460	501 Process alert scaled variable
461	Scaled variable transfer function
462	'Linear' The linear pressure signal is used for the current output. The flow must be calculated in the evaluation unit. Deviating from the bar graph (current output), the digital value on the display shows continues to be the eradicated value. 'Square' The root flow signal is used for the current output. The 'Flow (square root)' current signal is indicated on the on-site display with a root symbol. 'Table' The output ist defined according to the scaled variable / pressure table entered.
463	Table
464	Upper Range Limit
465	Span
466	Zero
467	Pressure Absolute Range
468	Pressure1CalWrittenMax 1
469	Pressure1CalWrittenMin 1
470	HP/LP swap
471	With this parameter the high and low pressure side of the differential pressure transmitter can be interchanged.
472	Zero adjustment offset
473	Pressure1InstallOffsetMax 1
474	Pressure1InstallOffsetMin 1
475	Lower sensor trim
476	Lower Range Limit
477	Indicates the lower measuring limit of the sensor.
478	Pressure max
479	Minimum span
480	Specifies the smallest possible measuring span of the sensor.
481	Pressure min
482	Counter limit overruns sensor Pmax
483	Calibration offset
484	Pressure1SensorRangeLimitMax 1
485	Pressure1SensorRangeLimitMin 1
486	Sensor Trim Reset
487	Counter limit underruns sensor Pmin
488	Upper sensor trim
489	Upper Range Limit
490	Indicates the upper measuring limit of the sensor.
491	Zero adjustment
492	Due to the mounting position of the measuring instrument, a pressure shift may occur. The pressure shift can be corrected with the zero adjustment.
493	PressureMaxTurnDown
494	Device name
495	Unknown
496	Deltabar
497	Cerabar
498	Deltapilot
499	Sensor1 measurement type
500	Delta
501	Relative
502	Absolute
503	Sensor1 type
504	Capacitive
505	CapacitiveCapSip
506	Resistive
507	Resistive Contite
508	Special
509	Sensor temperature lower range limit
510	Maximum sensor temperature
511	Minimum sensor temperature
512	Counter limit overruns sensor Tmax
513	User temperature process alert
514	Counter overruns of user limit Tmax
515	Counter underruns of user limit Tmin
516	Counter limit underruns sensor Tmin
517	Sensor temperature upper range limit
518	Character test string
519	Check the shown character string for correct representations of the characters and digits
520	0123456789+-,.
521	Confirm the visualized settings are correct.
522	SIL Checksum equal?
523	CRC device configuration
524	CRC device configuration based on current settings of safety relevant parameters. The CRC device configuration is unique and can be used to detect changes in safety relevant parameter settings.
525	Stored CRC device configuration
526	Stored CRC after the last SIL lock. Factory delivery is 65535 means that the device has not yet been SIL locked.
527	Timestamp stored CRC device config.
528	Gives the time stamp when the CRC was last stored following completion of the SIL-Mode Wizard.
529
530	Current range output
531	4...20 mA (4... 20.5 mA)
532	4...20 mA NE (3.8...20.5 mA)
533	4...20 mA US (3.9...20.8 mA)
534	Customer specific
535	Failure behavior current output
536	(a) Min.
537	(b) Max.
538	Lower range value output
539	Upper range value output
540	Measuring mode current output
541	Select curve of current output.
542	Standard
543	Inverse
544	Bi-directional
545	Low cutoff
546	Sensor pressure range behaviour
547	Remark
548	Proof test via Bluetooth allowed?
549	After completition of the SIL activation/deactivation wizard, the device will be write protected via software lock. To use the proof test wizard (optional) where alarm currents are simulated, the device does not have to be unlocked. It must be defined, if the proof test wizard via Bluetooth is allowed.
550	SIL preparation
551	Simulate high alarm (> 21 mA)
552	Simulate low alarm (<3,6 mA)
553	Restart device
554	SIL status
555	Not active
556	SIL sequence active
557	Active
558	Finished
559	Confirm device identification
560	Confirm connection to the correct device.
561	Current deviation 1
562	Decide if the terminal current for upper range corresponding to the applied pressure is within tolerance.
563	Connection state
564	Offline
565	Online
566	(High) Is safety function triggered?
567	Confirm that the output current triggers the required safety function.
568	(Low) Is safety function triggered?
569	Failure current
570	Terminal current (high alarm)
571	Shows the current value of the current output which is currently measured
572	Failure current value max.
573	Failure current value min.
574	Pressure 1
575	pressure output
576	Pressure 2
577	Safety function?
578	Select the safety function to be checked. MIN monitoring: The output current is checked slightly above and slightly below the MIN switching point. MAX monitoring: The output current is checked slightly below and slightly above the MAX switching point. Range monitoring: The output current is checked at five levels within the range to be monitored.
579	MAX monitoring
580	MIN monitoring
581	Range monitoring
582	Select test procedure
583	The proof test of the device can be done using the following test procedures: Test procedure A with wizard - Simulate and check lower and/or upper value. - Simulate and check min/max alarm current. - Confirm safety function. Test procedure B with wizard - Simulate and check min/max alarm current. - Confirm safety function. For additional test procedures without wizard, refer to safety manual.
584	Test procedure A
585	Test procedure B
586	Setpoint 1
587	Physically apply a reference pressure for upper range.
588	Setpoint 2
589	Physically apply a reference pressure for lower range.
590	Terminal current 1
591	Terminal current for upper range.
592	Terminal current 2
593	Terminal current for lower range.
594	Enter access code
595	Enter access code to disable write protection of parameters
596	Customized
597	Cerabar
598	Firmware version
599	Shows the device firmware version installed
600	01.00
601	Use this function to display the device name. It can also be found on the nameplate.
602	5xB/7xB
603	Extended order code 1 (25)
604	The extended order code is an alphanumeric code containing all information to identify the device and its options.
605	--------------------
606	Extended order code 2 (26)
607	Extended order code 3 (27)
608	Order code (14)
609	Shows the device order code
610	- none -
611	Serial number (22)
612	The serial number is a unique alphanumerical code identifying the device. It is printed on the nameplate. In combination with the Operations app it allows to access all device related documentation.
613	AAFFFFAAFFF
614	Enter the name for the measuring point
615	FactoryDataValid 1
616	Fieldbus Type
617	No Fieldbus
618	HART
619	Profibus PA
620	FF H1
621	MODBUS
622	Profibus DP
623	FF HSE
624	PROFINET
625	No Fieldbus & bootloader
626	HART & bootloader
627	PROFIBUS PA & bootloader
628	FF H1 & bootloader
629	MODBUS & bootloader
630	PROFIBUS DP & bootloader
631	FF HSE & bootloader
632	XML build number
633	LanguagesExpected 1
634	Deutsch
635	Nederlands
636	Français
637	Bahasa Indonesia
638	Italiano
639	Polski
640	Portuguesa
641	Español
642	Svenska
643	Türkçe
644	Languages supported
645	Activate SW option
646	Enter the application package code or code of another re-ordered functionality to enable it
647	Indicates the write protection with the highest priority that is currently active
648	Hardware locked
649	SIL locked
650	CT active - defined parameters
651	WHG locked
652	FDA locked
653	Temporarily locked
654	Manufacturer
655	Endress+Hauser
656	Messages
657	Commissioning done
658	OEMDeviceNameCerabar 1
659	OEMDeviceNameDeltabar 1
660	Deltabar
661	OEMDeviceNameDeltapilot 1
662	Deltapilot
663	OEMDeviceTypeCerabar 1
664	OEMDeviceTypeDeltabar 1
665	OEMDeviceTypeDeltapilot 1
666	Password management
667	Use this function to select one of the availble password mangement actions
668	Define password
669	Enter password
670	Change password
671	Delete password
672	Forgot password?
673	Confirm new password
674	Enter the new password again to confirm.
675
676	New password
677	If the factory setting is not changed, the device works without write-protection, using userrole 'Maintenance'. The configuration data of the device can always be modified. Once the password has been defined, write-protected devices can only be set to maintenance mode if a correct password is entered in the parameter 'Password'. A new password is valid, after it has been confirmed within the parameter 'Confirm new password'. Any new password must consist of at least 4 and a maximum of 16 characters and can contain letters and numbers.
678	Password
679	Enter the password for the 'Maintenance' user role to get access to the functionality of this role.
680	Old password
681	Enter the current password, to subsequently change the existing password.
682	Reset password
683	Enter a code to reset the current password. CAUTION: Use this function only if the current password is lost. Contact your Endress+Hauser Sales Center.
684	Status password entry
685	Use this function to display the status of the password verification.
686	--------
687	Wrong password
688	Password rule violated
689	Password accepted
690	Permission denied
691	Confirm PW mismatch
692	Reset password accepted
693	Invalid user role
694	Wrong sequence of entry
695	PasswordIsDefined 1
696	Reset device
697	Reset the device configuration - either entirely or in part - to a defined state
698	To SW-defaults
699	To service defaults
700	To fieldbus defaults
701	To factory defaults
702	To delivery settings
703	Start factory default
704	Start customer settings
705	Start append to factory default
706	Start append to Customer settings
707	Stop
708	Enter SIL unlocking code
709	The SIL locking/unlocking code can be found in the corresponding safety manual.
710	Enter SIL locking code
711	Software option overview
712	Shows all enabled software options
713	SIL
714	WHG
715	Heartbeat Monitoring
716	SW option enabled overview
717	UDL features
718	Upload support
719	Download support
720	Multibuffer support
721	UDL operation
722	Initiate upload
723	Download to different device
724	Download to identical device
725	Abort up-/download
726	Terminate up-/download
727	Confirm download status
728	UDL status
729	Up-/download inactive
730	Download temporary impossible
731	Upload active
732	Download active
733	Up-/Download verification active
734	Download succeeded
735	Download terminated with warnings
736	Download failed
737	Access status tooling
738	Shows the access authorization to the parameters via the operating tool
739	Operator
740	Maintenance
741	Expert
742	Production
743	Development
744	Select userrole
745	Logout
746	20mA trim value
747	4mA trim value
748	Internal
749	Current output simulation (38)
750	'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.
751	Current range output (37)
752	Define the current range used to transmit the measured or calculated value. In brackets are indicated the "low saturation value" and the "high saturation value". If Measured value <= "low saturation", the output current is set to "low saturation". If Measured value >= "high saturation", the output current is set to ""high saturation". Note: Currents below 3.6 mA or above 21.5 mA can be used to signal an alarm.
753	Higher saturation value (41)
754	In case the actual output current <= Low saturation, the output current is set to 'Low saturation'. In case the actual output current >= Higher saturation value, the output current is set to 'Higher saturation value'.
755	Lower saturation value (40)
756	Defines which current the output assumes in the case of an error. Min: < 3.6 mA Max: >21.5 mA
757	Min.
758	Max.
759	Failure current (35)
760	Enter current output value in alarm condition
761	Fixed current (36)
762	Defines the fixed output current.
763	Higher saturation value (42)
764	Lower range value output (44)
765	Depending of which variable has been selected as PV, define the related lower and upper range values. Assignment PV value to 4 mA and 20 mA.
766	Lower saturation value (43)
767	Shows the actual calculated value of the output current
768	Output current status
769	Process variable output current
770	Determines which process variable is transmitted via the current output.
771	Value current output
772	Defines the value of the simulated output current.
773	Upper range value output (39)
774	Counter Baseline creation SSD
775	Specifies how often the baseline has been rebuilt.
776	Baseline build process
777	Baseline is available
778	Indicates whether a baseline already exists.
779	Current Baseline signal (52)
780	Current average of the raw signal.
781	Baseline Signal Control Line (60)
782	Learned-in mean of the raw signal.
783	Baseline Signal Lower Control Line (54)
784	Lower limit for the average value of the raw signal. If the average value is below this limit, the SSD is inactive. Note: This parameter should not be less than 'Signal minimum value'.
785	Current Baseline noise (61)
786	Current signal noise (standard deviation) of the raw signal.
787	Baseline Signal Noise Control Line (55)
788	Learned-in noise of the raw signal.
789	Baseline Signal Noise Lower Control Line (56)
790	Lower limit for the noise of the raw signal. If the noise is below this limit, the SSD is inactive. Note: This parameter should not be less than 'Signal noise minimum value'.
791	Baseline Signal Noise Minimum (59)
792	Minimum value of the signal noise. Below this value, the SSD cannot be activated.
793	Signal noise maximum value
794	Maximum measured signal noise during the learning phase.
795	Signal noise minimum value
796	Minimum measured signal noise during the learning phase.
797	Baseline Signal Noise Upper Control Line (57)
798	Upper limit for the noise of the raw signal. If the noise is above this limit, the SSD is inactive. Note: This parameter should not be greater than 'Signal noise maximum value'.
799	Signal maximum value
800	Maximum mean of the raw signalo during the learning phase.
801	Signal minimum value
802	Minimum mean of the raw signal during the learning phase.
803	Baseline Signal Upper Control Line (53)
804	Upper limit for the average value of the raw signal. If the average value is above this limit, the SSD is inactive. Note: This parameter should not be greater than 'Signal maximum value'.
805	SSD Out of range delay time
806	SSD Monitoring Delay Time
807	Signal noise status
808	Idle
809	Building Baseline
810	Verifying Baseline
811	Verifying baseline failed
812	Monitoring
813	Out of range
814	Signal mean status
815	System status
816	Idle
817	No sufficient signal noise
818	Stable
819	Not stable
820	Verify System Dynamics
821	Rebuild baseline
822	Re-learn baseline. Recommended during recurring process conditions or if the process conditions have changed permanently.
823	Sample rate (51)
824	Determines the sampling rate depending on the process conditions: 'Fast' homogeneous stable process with Gauss distribution. 'Medium' dynamic process 'Slow' extremely dynamic variable process
825	(a) Fast
826	(b) Medium
827	(c) Slow
828	Signal noise hysteresis
829	Select event behavior 'Logbook entry only': no digital or analog transmission of the message 'Warning': Current output unchanged. Message is output digitally (default). Regardless of the setting, the message appears on the display. If the permissible conditions are reached again, the warning is no longer available in the instrument.
830	Select category for diagnostic message.
831	Alarm delay
832	Shows the current terminal voltage that is applied at the output
833	Maximum terminal voltage
834	Minimum terminal voltage
835	Clear event list
836	Delete all entries of the event list
837	Status signal
838	OK
839	---
840	Active diagnostics
841	Shows the current occured diagnostic event along with its diagnostic information
842	C431 Trim required
843	C485 Process variable simulation active
844	C491 Current output simulation active
845	F841 Operating range
846	841 Operating range
847	M841 Operating range
848	C841 Operating range
849	S841 Operating range
850	F081 Sensor initialization faulty
851	F100 Sensor error
852	F062 Sensor connection faulty
853	F822 Sensor temperature out of range
854	822 Sensor temperature out of range
855	M822 Sensor temperature out of range
856	C822 Sensor temperature out of range
857	S822 Sensor temperature out of range
858	F801 Supply voltage too low
859	S802 Supply voltage too high
860	F435 Linearization faulty
861	I1079 Sensor changed
862	F102 Sensor incompatible error
863	I1089 Power on
864	I1090 Configuration reset
865	I1091 Configuration changed
866	F437 Configuration incompatible
867	F282 Data storage inconsistent
868	F242 Firmware incompatible
869	M438 Dataset different
870	F252 Module incompatible
871	I1110 Write protection switch changed
872	F270 Main electronics defective
873	F272 Main electronics faulty
874	S825 Operating temperature
875	F410 Data transfer failed
876	C484 Failure mode simulation active
877	I1151 History reset
878	S441 Current output faulty
879	I1154 Reset terminal voltage min/max
880	I1155 Reset electronic temperature
881	I1157 Memory error event list
882	F283 Memory content inconsistent
883	F805 Loop current faulty
884	M311 Main electronics defective
885	F273 Main electronics defective
886	I1256 Display: access status changed
887	I1264 Safety sequence aborted
888	I1335 Firmware changed
889	C495 Diagnostic event simulation active
890	I1397 Fieldbus: access status changed
891	I1398 CDI: access status changed
892	I1440 Main electronic module changed
893	I1444 Device verification passed
894	I1445 Device verification failed
895	I1461 Sensor verification failed
896	I1512 Download started
897	I1513 Download finished
898	I1514 Upload started
899	I1515 Upload finished
900	C412 Processing download
901	I1551 Assignment error fixed
902	I1552 Failed: Main electronic verification
903	I1554 Safety sequence started
904	I1555 Safety sequence confirmed
905	I1556 Safety mode off
906	I1956 Reset
907	F501 Process alert scaled variable
908	501 Process alert scaled variable
909	M501 Process alert scaled variable
910	C501 Process alert scaled variable
911	S501 Process alert scaled variable
912	F906 Out of range signal detected
913	906 Out of range signal detected
914	M906 Out of range signal detected
915	C906 Out of range signal detected
916	S906 Out of range signal detected
917	F500 Process alert pressure
918	500 Process alert pressure
919	M500 Process alert pressure
920	C500 Process alert pressure
921	S500 Process alert pressure
922	F502 Process alert temperature
923	502 Process alert temperature
924	M502 Process alert temperature
925	C502 Process alert temperature
926	S502 Process alert temperature
927	M263 Incompatibility detected
928	F901 Low signal noise detected
929	901 Low signal noise detected
930	M901 Low signal noise detected
931	C901 Low signal noise detected
932	S901 Low signal noise detected
933	F900 High signal noise detected
934	900 High signal noise detected
935	M900 High signal noise detected
936	C900 High signal noise detected
937	S900 High signal noise detected
938	F902 Min signal noise detected
939	902 Min signal noise detected
940	M902 Min signal noise detected
941	C902 Min signal noise detected
942	S902 Min signal noise detected
943	F101 Singleline text
944	M807 No baseline due to insuf. volt. at 20 mA
945	F806 Loop diagnostics
946	806 Loop diagnostics
947	M806 Loop diagnostics
948	C806 Loop diagnostics
949	S806 Loop diagnostics
950	I2074 Device verification active
951	M287 Memory content inconsistent
952	I2104 Loop diagnostics
953	M503 Zero adjustment
954	Timestamp
955	Displays the timestamp for the currently active diagnostic message
956	Update Event
957	Prepare state
958	Filter options
959	Define which category of event messages is shown in the Events list submenu
960	All
961	Out of specification (S)
962	Information (I)
963	Not categorized
964	PE_method_read_event
965	Entries list
966	Operating time
967	Operating time from restart
968	Shows the time the device has been in operation since the last device restart
969	Previous diagnostics
970	Shows the diagnostic event that occurred prior to the current diagnostic event along with its diagnostic information
971	Shows the timestamp of the previous diagnostic message
972	Diagnostic event simulation
973	Select the diagnostic event to be simulated. Note: To terminate the simulation, select "Off".
974	062 Sensor connection faulty
975	081 Sensor initialization faulty
976	100 Sensor error
977	101 Singleline text
978	102 Sensor incompatible error
979	242 Firmware incompatible
980	252 Module incompatible
981	263 Incompatibility detected
982	270 Main electronics defective
983	272 Main electronics faulty
984	273 Main electronics defective
985	282 Data storage inconsistent
986	283 Memory content inconsistent
987	287 Memory content inconsistent
988	311 Main electronics defective
989	410 Data transfer failed
990	412 Processing download
991	431 Trim required
992	435 Linearization faulty
993	437 Configuration incompatible
994	438 Dataset different
995	441 Current output faulty
996	484 Failure mode simulation active
997	485 Process variable simulation active
998	491 Current output simulation active
999	503 Zero adjustment
1000	801 Supply voltage too low
1001	802 Supply voltage too high
1002	805 Loop current faulty
1003	807 No baseline due to insuf. volt. at 20 mA
1004	825 Operating temperature
1005	Simulation
1006	Resistance Baseline (62)
1007	Supply voltage Baseline (63)
1008	Timestamp Baseline
1009	Timestamp when the current-voltage characteristic was recorded.
1010	Baseline status
1011	'Failed' Means, baseline is not available or creation not possible. 'Passed' Baseline is available.
1012	Failed
1013	Success
1014	Build baseline
1015	To build the baseline to characterize the current-voltage curve, a current of 4 and 20 mA is simulated.
1016	Clamping voltage lower threshold
1017	Clamping voltage upper threshold
1018	806 Alarm delay
1019	Resistance previous Baseline
1020	Supply voltage previous Baseline
1021	Timestamp previous Baseline
1022	Notice The current output is simulated. Bridge the PLC or take other appropriate measures to prevent an erroneous triggering of alarm messages or changes in the control loop behavior. The baseline should be rebuilt if planned changes have been made in the loop.
1023	Tolerated deviation +/- (64)
1024	A value should be chosen to ensure that normal voltage deviations do not lead to unwanted messages. Default 1.5 V DC
1025	The characterization of the electrical loop requires intermediate generation of a current output of 4mA and 20mA. Therefore, do not use the device in an active current loop during initialization of the Signal Loop Diagnostics.
1026	Maximum electronics temperature
1027	Minimum electronics temperature
1028	Decimal places pressure
1029	Automatic
1030	DecimalPlacesPressureAuto 1
1031	Decimal places scaled variable
1032	Pressure unit
1033	Select process pressure unit
1034	Free text
1035	Scaled variable unit
1036	Use 'Free text', first selection, if the desired unit is not available in the selection list. It is possible to define a customer specific unit with another parameter.
1037	Temperature unit
1038	Select temperature unit
1039	Edit: Zero adjustment offset
1040	Edit: Messages
1041	Edit: Loop current mode
1042	Edit: Failure current (35)
1043	Edit: Start verification
1044	Edit: Reset user defined counters P and T
1045	Edit: Zero adjustment
1046	Edit: Reset device
1047	Edit: SSD: Statistical Sensor Diagnostics
1048	Edit: Clear event list
1049	Edit: Simulation
1050	Edit: Rebuild baseline
1051	Edit: Tolerated deviation +/- (64)
1052	SP_Sensor1DeviceName_1
1053	Local_SquareRootOfPV_1
1054	SP_Sensor1DeviceType_1
1055	STDCO_FailureCurrent_1
1056	SPV_SPDBuildBaseline_1
1057	SILProof_SetPoint1_1
1058	SSD_SSDActive_1
1059	SPV_CurrentEventCategorySeparated_1
1060	SILProof_SetPoint2_1
1061	STD_MessageFlag_1
1062	SP_PressureMaxTurnDown_1
1063	STDCO_LoopCurrentMode_1
1064	SP_Pressure1UpperRangeLimit_1
1065	SP_Pressure1InstallOffset_1
1066	HBTR_VerificationSensorIntegResult_1
1067	Local_DoNotShowAgain_1
1068	SP_Pressure1AbsoluteRange_1
1069	STDCO_TerminalCurrent_1
1070	Local_ResetWriteProtection_1
1071	STD_LockingState_1
1072	Rebuild baseline SSD
1073	Rebuild baseline SPD
1074	Build baseline SSD
1075	Delete table
1076	Build baseline SPD
1077	Warning
1078	Allowed values
1079	Actual value
1080	Response_Code_msg
1081	BCT_request
1082	Blocktransfer DWORD(4)_1
1083	Blocktransfer DWORD(4)_2
1084	Blocktransfer DWORD(4)_3
1085	Blocktransfer DWORD(4)_4
1086	Blocktransfer DWORD(4)_5
1087	Blocktransfer DWORD(4)_6
1088	Blocktransfer DWORD(4)_7
1089	Blocktransfer DWORD(4)_8
1090	Blocktransfer DWORD(4)_9
1091	Blocktransfer DWORD(4)_10
1092	Blocktransfer DWORD(4)_11
1093	Blocktransfer DWORD(4)_12
1094	Blocktransfer DWORD(4)_13
1095	Blocktransfer DWORD(4)_14
1096	Blocktransfer DWORD(4)_15
1097	Blocktransfer DWORD(4)_16
1098	Blocktransfer DWORD(4)_17
1099	Blocktransfer DWORD(4)_18
1100	Blocktransfer DWORD(4)_19
1101	Blocktransfer DWORD(4)_20
1102	Blocktransfer DWORD(4)_21
1103	Blocktransfer DWORD(4)_22
1104	Blocktransfer DWORD(4)_23
1105	Blocktransfer DWORD(4)_24
1106	Blocktransfer DWORD(4)_25
1107	LanguagesExpected
1108	port
1109	Sensor number
1110	Sensor 1
1111	Sensor 2
1112	Curve ID
1113	Data transfer finished
1114	X minimum value
1115	X maximum value
1116	X decimation value
1117	Preparation status
1118	X engineering unit
1119	UNITS_CODE(45)
1120	Y engineering unit
1121	Transmission length
1122	Number of data points
1123	Compression state
1124	success
1125	inefficient (nur geräteintern)
1126	Dst2Small
1127	WrIntoRd
1128	Fail (schwerer interner Fehler)
1129	Corrected Xmin
1130	Device corrected starting point in engineering unit
1131	Corrected Xmax
1132	Device corrected ending point in engineering unit
1133	function_code
1134	Master Byte Count
1135	Device Byte Count
1136	Segment Length Changed
1137	Port not Found
1138	Port in Use
1139	Maximum Ports In Use
1140	Segment Length Too Small
1141	Blocktransfer Float_1
1142	Blocktransfer Float_2
1143	Blocktransfer Float_3
1144	Blocktransfer Float_4
1145	Blocktransfer Float_5
1146	Blocktransfer Float_6
1147	Blocktransfer Float_7
1148	Blocktransfer Float_8
1149	Blocktransfer Float_9
1150	Blocktransfer Float_10
1151	Blocktransfer Float_11
1152	Blocktransfer Float_12
1153	Blocktransfer Float_13
1154	Blocktransfer Float_14
1155	Blocktransfer Float_15
1156	Blocktransfer Float_16
1157	number_bytes_message
1158	Port not Open
1159	Close port
1160	End of transfer
1161	Progress
1162	Linearization graph.
1163	Edit table
1164	Table number
1165	Device Settings
1166	Maintenance
1167	Feature not supported
1168	Offline
1169	Diagnostics
1170	Additional information
1171	Application
1172	Bluetooth configuration
1173	Device management
1174	Device information
1175	Overview page
1176	Diagnostic list
1177	Diagnostics
1178	Diagnostic settings
1179	Display
1180	Event logbook
1181	Geolocation
1182	Heartbeat Technology
1183	Process window
1184	This wizard uses user-defined limits for pressure and temperature to detect unwanted installation or application anomalies. Applications: - Defective heat tracer or insulation - Frozen process connections - Dynamic pressure peaks etc.
1185	Using statistical analysis of the pressure signal, process anomalies such as plugged impulse lines can be detected. This wizard supports the settings and thresholds that should lead to a diagnostic message.
1186	Using this wizard, changes in the current-voltage loop characteristics (baseline) can be used to detect unwanted installation anomalies such as creep currents caused by terminal corrosion or a deteriorating power supply that can lead to an incorrect 4-20 mA measured value.
1187	This wizard is used to start an automatic verification of the device functionality. The results can be documented as a verification report.
1188	T_MissingText
1189	SIL mode
1190	For SIL applications, in addition to write protection, it is recommended to confirm the SIL relevant device settings to ensure that the correct values have been entered and downloaded to device. This menu can be used as the confirmation sequence instead of manual checklists. After using this confirmation, the device is marked as SIL locked to indicated that the correct SIL relevant parameter settings have been checked. To unlock the SIL locking the sequence needs to be restarted. After entering the SIL unlocking code (= SIL locking code) the device is unlocked. Note: In case of an alarm it is not possible to lock the device.
1191	Commissioning
1192	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 'Finish' 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.
1193	Guidance
1194	HART output
1195	Burst configuration 1
1196	Configuration
1197	Information
1198	Display/Bluetooth
1199	Electronics
1200	Sensor
1201	Measured values
1202	Measuring Units
1203	Minimum/maximum values
1204	Properties
1205	Sensor calibration
1206	Sensor configuration
1207	Sensor limits
1208	Simulation
1209	Software configuration
1210	System
1211	User management
1212	Wet calibration
1213	Extended order code
1214	Display of the currently pending diagnostic events.
1215	Recover password
1216	Burst message 1
1217	HART configuration
1218	Status details
1219	Point 1
1220	Point 2
1221	Remedy information
1222	Carry out trim
1223	1. Check the process pressure n2. Check the sensor range
1224	1. Restart device 2. Contact service
1225	1. Restart the device 2. Contact Endress+Hauser Service
1226	Check sensor connection
1227	1. Check process temperature 2. Check ambient temperature
1228	Increase supply voltage
1229	Decrease supply voltage
1230	Check linearization table
1231	1. Check software 2. Flash or change main electronics module
1232	1. Check data set file 2. Check device configuration 3. Up- and download new configuration
1233	1. Check if correct electronic modul is plugged 2. Replace electronic module
1234	Replace main electronics
1235	1. Check ambient temperature 2. Check process temperature
1236	1. Check connection 2. Retry data transfer
1237	1. Check process 2. Check current output settings
1238	1. Transfer data or reset device 2. Contact service
1239	1. Check wiring 2. Replace electronics
1240	Maintenance required! 1. Do not perform reset 2. Contact service
1241	Download active, please wait
1242	1. Check process conditions n2. Check scaled variable configuration
1243	1. Process Information. No action 2. Rebuild baseline 3. Adapt signal range thresholds
1244	1. Check process pressuren 2. Check configuration of process alert
1245	1. Check process temperature 2. Check configuration of process alert
1246	Check electronic module type
1247	1. Check impulse line 2. Check valve position 3. Check process
1248	1. Check supply voltage 2. Check wiring and terminals
1249	1. Check measuring range 2. Check position adjustment
1250	-
1251	Deactivate simulation
1252	Service ID
1253	4
1254	25
1255	29
1256	30
1257	34
1258	37
1259	43
1260	44
1261	51
1262	81
1263	96
1264	98
1265	103
1266	106
1267	107
1268	120
1269	121
1270	124
1271	125
1272	127
1273	128
1274	132
1275	135
1276	139
1277	153
1278	158
1279	159
1280	171
1281	173
1282	225
1283	226
1284	229
1285	230
1286	516
1287	600
1288	985
1289	986
1290	987
1291	988
1292	998
1293	1021
1294	1022
1295	1023
1296	1026
1297	1032
1298	1037
1299	1038
1300	1040
1301	1063
1302	1079
1303	1080
1304	1168
1305	Actual details
1306	Previous details
1307	HeartbeatMonitoringApplication_Page_Number_Validity
1308	Pressure range
1309	Temperature range
1310	502 - Process alert temperature
1311	Finish
1312	Wizard has been completely and successfully executed.
1313	>>Additional settings
1314	<<Cancel>>
1315	<<Finish>>
1316	<<Previous
1317	>>Next
1318	HeartbeatMonitoringSSD_Page_Number_Validity
1319	Teach-in phase To ensure demand-oriented operation, the SSD adapts to the process conditions during the teach-in phase. This teach-in should take place under conditions that can be expected in the process. The teach-in phase produces a baseline for the average value and the noise of the raw signal. Corresponding limit values follow from these baselines. The SSD is only active as long as the average value and the noise are within these limits. If these limits are exceeded (e.g. when the plant is stopped or started up), the SSD is inactive. This prevents unwanted diagnostic messages. Note: The teach-in phase can take up to 4 minutes. If the SSD is not active after this time, the wizard cannot be terminated. In this case: - Adjust the sampling rate.
1320	Here the range is defined in which the average value of the raw signal is monitored. Note: If the actual average value is outside this range, the configuration cannot be completed.
1321	Here the range is defined in which the noise of the raw signal is monitored. Note: If the actual noise is outside this range, the configuration cannot be completed.
1322	900/901/902 - Signal noise detected
1323	906 - Out of range signal detected
1324	Activate/Deactivate
1325	HeartbeatMonitoringSPD_Page_Number_Validity
1326	The current-voltage characteristic is defined by the slope, i.e. the signal loop resistance, and the point supply voltage.
1327	806 - Loop diagnostics
1328	SILLocking_Page_Number_Validity
1329	By entering the locking code here, the device will start the locking sequence. The SIL write protection is active after completion of the wizard.
1330	The existing parameter settings do not comply with the allowable SIL settings. Please refer to safety manual. Press 'Cancel' and change suspect settings or perform a factory reset and re-commission the device.
1331	The following character string is displayed: 0123456789+-,. Set the 'Confirm' parameter to 'Yes' if this string is rendered correctly. Set the 'Confirm' parameter to 'No' if this string is not rendered correctly. SIL locking is not possible in this case.
1332	SIL confirmation
1333	SIL Locking
1334	By entering the SIL locking code, the device is SIL locked.
1335	PSHeartbeatVerification_Page_Number_Validity
1336	Heartbeat Configuration
1337	Mainboard module
1338	This page summarizes the verification results for the mainboard.
1339	Sensor module
1340	This page summarizes the verification results for the sensor module.
1341	This page shows the overall verification result.
1342	Commissioning20_Page_Number_Validity
1343	Device identification
1344	This page summarizes the most important data characterizing the device. Some of the parameters can be edited, others are displayed for information only.
1345	The device is locked and must be unlocked before it can be commissioned.
1346	This page summarizes the most important data characterizing the device.
1347	Measurement adjustments
1348	Output settings
1349	This page includes the main parameters related to how the measured or calculated information is converted to an output signal.
1350	Upload variables
1351	Operate
1352	Cerabar 5xB/7xB
1353	Device overview
1354
1355	The commissioning for this device has not yet taken place. It is recommended to use the commissioning wizard.
1356	Process-/Measured values
1357	Signal monitoring
1358	Current Baseline signal
1359	Baseline Signal Control Line
1360	Baseline Signal Lower Control Line
1361	Baseline Signal Upper Control Line
1362	Signal noise monitoring
1363	Current Baseline noise
1364	Baseline Signal Noise Control Line
1365	Baseline Signal Noise Lower Control Line
1366	Baseline Signal Noise Minimum
1367	Baseline Signal Noise Upper Control Line
1368	HART Diagnostics
1369	Extended Device Status
1370	Device standardized status 0
1371	Device Status
1372	Status Byte 0
1373	Status Byte 1
1374	Status Byte 2
1375	Status Byte 3
1376	Status Byte 4
1377	Status Byte 5
1378	Status Byte 15
1379	Status Byte 16
1380	Status Byte 17
1381	Status Byte 18
1382	Hart diagnosis
1383	HartLogo
1384	Configuration Flag Reset
1385	Commands reset the configuration flag.
1386	Endress+Hauser
1387	Failure
1388	Out of Specification
1389	Function Check
1390	F282 Data storage inconsistent -> Remedy information: 1. Restart device 2. Contact service
1391	F283 Memory content inconsistent -> Remedy information: 1. Transfer data or reset device 2. Contact service
1392	C431 Trim required -> Remedy information: Carry out trim
1393	C491 Current output simulation active -> Remedy information: Deactivate simulation
1394	C485 Process variable simulation active -> Remedy information: Deactivate simulation
1395	M287 Memory content inconsistent -> Remedy information: 1. Restart device 2. Contact service
1396	F242 Firmware incompatible -> Remedy information: 1. Check software 2. Flash or change main electronics module
1397	F435 Linearization faulty -> Remedy information: Check linearization table
1398	F437 Configuration incompatible -> Remedy information: 1. Restart device 2. Contact service
1399	M438 Dataset different -> Remedy information: 1. Check data set file 2. Check device configuration 3. Up- and download new configuration
1400	C484 Failure mode simulation active -> Remedy information: Deactivate simulation
1401	806 Loop diagnostics -> Remedy information: 1. Check supply voltage 2. Check wiring and terminals
1402	M311 Main electronics defective -> Remedy information: Maintenance required! 1. Do not perform reset 2. Contact service
1403	F410 Data transfer failed -> Remedy information: 1. Check connection 2. Retry data transfer
1404	F273 Main electronics defective -> Remedy information: 1. Transfer data or reset device 2. Contact service
1405	F805 Loop current faulty -> Remedy information: 1. Check wiring 2. Replace electronics
1406	S441 Current output faulty -> Remedy information: 1. Check process 2. Check current output settings
1407	M807 No baseline due to insuf. volt. at 20 mA -> Remedy information: Increase supply voltage
1408	S825 Operating temperature -> Remedy information: 1. Check ambient temperature 2. Check process temperature
1409	C495 Diagnostic event simulation active -> Remedy information: Deactivate simulation
1410	C412 Processing download -> Remedy information: Download active, please wait
1411	F081 Sensor initialization faulty -> Remedy information: 1. Restart device 2. Contact service
1412	F062 Sensor connection faulty -> Remedy information: Check sensor connection
1413	F252 Module incompatible -> Remedy information: 1. Check if correct electronic modul is plugged 2. Replace electronic module
1414	F270 Main electronics defective -> Remedy information: Replace main electronics
1415	F272 Main electronics faulty -> Remedy information: 1. Restart device 2. Contact service
1416	M263 Incompatibility detected -> Remedy information: Check electronic module type
1417	M503 Zero adjustment -> Remedy information: 1. Check measuring range 2. Check position adjustment
1418	F801 Supply voltage too low -> Remedy information: Increase supply voltage
1419	S802 Supply voltage too high -> Remedy information: Decrease supply voltage
1420	822 Sensor temperature out of range -> Remedy information: 1. Check process temperature 2. Check ambient temperature
1421	841 Operating range -> Remedy information: 1. Check the process pressure 2. Check the sensor range
1422	F102 Sensor incompatible error -> Remedy information: 1. Restart device 2. Contact service
1423	F100 Sensor error -> Remedy information: 1. Restart the device 2. Contact Endress+Hauser Service
1424	F101 Singleline text -> Remedy information: 1. Check process temperature 2. Check ambient temperature
1425	500 Process alert pressure -> Remedy information: 1. Check process pressure 2. Check configuration of process alert
1426	501 Process alert scaled variable -> Remedy information: 1. Check process conditions 2. Check scaled variable configuration
1427	502 Process alert temperature -> Remedy information: 1. Check process temperature 2. Check configuration of process alert
1428	900 High signal noise detected -> Remedy information: 1. Check impulse line 2. Check valve position 3. Check process
1429	901 Low signal noise detected -> Remedy information: 1. Check impulse line 2. Check valve position 3. Check process
1430	902 Min signal noise detected -> Remedy information: 1. Check impulse line 2. Check valve position 3. Check process
1431	906 Out of range signal detected -> Remedy information: 1. Process Information. No action 2. Rebuild baseline 3. Adapt signal range thresholds
1432	Level Dev fmly
1433	Level Class
1434	Level Fmly stat
1435	Temp Update Period
1436	7d
1437	PressureAfterDamping_1 Unit
1438	Level PDQ
1439	Level LS
1440	8.3f
1441	Update Period
1442	ScaledVariable_1 Unit
1443	Temperature1SensorValue_1 Unit
1444	Pressure1RawPressureValue_1 Unit
1445	Temperature_1 Unit
1446	TerminalCurrent_1 Unit
1447	ClampingVoltage_1 Unit
1448	StatisticalPressureOut_1 Unit
1449	StatisticalPressureNoiseOut_1 Unit
1450	0x00
1451	0x80
1452	0x04
1453	0x84
1454	0x01
1455	0x81
1456	0x08
1457	0x88
1458	0x02
1459	0x82
1460	0x10
1461	0x20
1462	0xA0
1463	Event buffer selection
1464	Event buffer selection : 1-10
1465	Event buffer selection : 11-20
1466	Event buffer selection : 21-30
1467	Event buffer selection : 31-40
1468	Event buffer selection : 41-50
1469	Event buffer selection : 51-60
1470	Event buffer selection : 61-70
1471	Event buffer selection : 71-80
1472	Event buffer selection : 81-90
1473	Event buffer selection : 91-100
1474	Event list
1475	Read events
1476	Status signal + Remedy information
1477	Event
1478	No Event
1479	Change user role
1480	Status of the password verification.
1481	Enter the current password to start a password change
1482	Loop Warning Variables
1483	Loop Warning Variables- Variables that display a warning message before new values are sent.
1484	PV Analog Channel Saturated
1485	PV Analog Channel Fixed
1486	Wireless
1487	WirelessHART Device
1488	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1489	Primary
1490	Primary Analog Channel
1491	Secondary
1492	Secondary Analog Channel
1493	Tertiary
1494	Tertiary Analog Channel
1495	Quaternary
1496	Quaternary Analog Channel
1497	Quinary
1498	Quinary Analog Channel
1499	Critical Power Failure
1500	Lock all
1501	Trim not supported
1502	Configuration cannot be changed
1503	Locked by gateway
1504	Analog Input Channel
1505	Analog Output Channel
1506	Secondary Analog Channel Saturated
1507	Tertiary Analog Channel Saturated
1508	Quaternary Analog Channel Saturated
1509	Quinary Analog Channel Saturated
1510	Secondary Analog Channel Fixed
1511	Tertiary Analog Channel Fixed
1512	Quaternary Analog Channel Fixed
1513	Quinary Analog Channel Fixed
1514	Simulation active
1515	The device is in simulation mode and the level output is not representative of the process.
1516	Non-Volatile memory failure
1517	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1518	Volatile memory error
1519	The RAM memory check is invalid or maybe corrupt
1520	Watchdog reset executed
1521	A watchdog reset has been performed
1522	Voltage conditions out of range
1523	A voltage condition is outside its allowable range
1524	Environmental conditions out of range
1525	An internal or environmental condition is beyond acceptable limits.
1526	Electronic failure
1527	A hardware problem not related to the sensor has been detected.
1528	Subdevice list changed
1529	Duplicate master detected
1530	Capacity Denied
1531	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1532	Bandwidth allocation pending
1533	Block transfer pending
1534	Battery life
1535	Percent range
1536	Loop current
1537	Primary variable
1538	Secondary variable
1539	Tertiary variable
1540	Quaternary variable
1541	Read receive time
1542	Write date and time
1543	Non-Volatile Clock
1544	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.
1545	Clock Uninitialized
1546	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.
1547	None
1548	No restrictions
1549	SI Only
1550	Restricted to SI Unit codes only
1551	Process automation device
1552	Discrete device
1553	Hybrid:Process automation+discrete
1554	I/O System
1555	WirelessHART Process automation device
1556	WirelessHART Discrete device
1557	WirelessHART Process automation+discrete
1558	WirelessHART Gateway
1559	WirelessHART Access point
1560	WirelessHART Process adapter
1561	WirelessHART Discrete adapter
1562	WirelessHART enabled handheld/portable maintenance tool
1563	Device Profile
1564	US
1565	United States of America
1566	JP
1567	Japan
1568	DE
1569	Germany
1570	FR
1571	France
1572	ES
1573	Spain
1574	RU
1575	Russian Federation
1576	CN
1577	People's Republic of China
1578	Secondary Master
1579	Primary Master
1580	Device Diagnostic Status 0
1581	Device Diagnostic Status 1
1582	I/O and Subdevice Status
1583	WirelessHART Status
1584	Time Set Option
1585	Real Time Clock Flags
1586	Country
1587	Country of intended device installation
1588	SI Unit Control
1589	Indicates if device should only display SI unit codes
1590	Burst Trigger Units
1591	Enable on token-passing data link layer only
1592	Enable on TDMA data link layer only
1593	Enable on both TDMA and token-passing data link layer
1594	Burst Trigger Class
1595	Continuous
1596	The Burst Message is published continuously at (worst case) the Minimum Update Period.
1597	Window
1598	The Burst Message is triggered when the source value deviates more than the specified trigger value
1599	Rising
1600	The Burst Message is triggered when source value Rises Above the specified trigger value.
1601	Falling
1602	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1603	On-change
1604	The Burst Message is triggered when any value in the message changes.
1605	Off
1606	Enable event notification on token-passing data link layer
1607	Enable event notification on TDMA data link layer
1608	Enable event notification on TDMA and token-passing data link layer
1609	Configuration changed event pending
1610	Device status event pending
1611	More status available event pending
1612	Wired HART Enabled
1613	Enabled on Wired HART device connection only
1614	Wireless HART Enabled
1615	Enabled on WirelessHART device connection only
1616	Both Wired and WirelessHart Enabled
1617	Enabled on both Wired and WirelessHART connections
1618	Burst Msg Trigger Mode
1619	Event Status
1620	Event Notification Control
1621	Device Status Mask
1622	Ext dev status Mask
1623	Device Diagnostic Status 0 Mask
1624	Device Diagnostic Status 1 Mask
1625	Device Diagnostic Status 2 Mask
1626	Device Diagnostic Status 3 Mask
1627	AO saturated Mask
1628	AO fixed Mask
1629	Latched Device Status
1630	Operate mode Mask
1631	Not Defined
1632	Latched Ext dev status
1633	Latched Device Diagnostic Status 0
1634	Latched Device Diagnostic Status 1
1635	Latched Device Diagnostic Status 2
1636	Latched Device Diagnostic Status 3
1637	Latched AO saturated
1638	Latched AO fixed
1639	Latched Operate Mode
1640	Time Stamp
1641	Relative time value on network
1642	8u
1643	Dynamic Variables Returned for Device Variables
1644	Command Response Truncated
1645	Configuration Change Counter Mismatch
1646	Status bytes mismatch
1647	count
1648	Device Variable
1649	Variable to trim
1650	Zero adjustment offset
1651	Loop current mode
1652	Failure current (35)
1653	Start verification
1654	Reset user defined counters P and T
1655	Zero adjustment
1656	Enter SIL unlocking code
1657	Reset device
1658	Clear event list
1659	Tolerated deviation +/- (64)
1660	Unknown device
1661	The existing parameter settings do not comply with the allowable SIL settings. Please refer to safety manual. Press 'Cancel' and change suspect settings or perform a factory reset and re-commission the device.
1662
1663	Alarm delay
1664	:
1665	[ ]
1666	Disable
1667	[x]
1668	Scaled variable
1669	Off
1670	Diagnostic event simulation
1671	Customer specific
1672
1673	Execute Configuration Flag Reset?
1674	This page summarizes the verification results for the mainboard.
1675	This page summarizes the verification results for the sensor module.
1676	This page shows the overall verification result.
1677	This page summarizes the most important data characterizing the device. Some of the parameters can be edited, others are displayed for information only.
1678	The device is locked and must be unlocked before it can be commissioned.
1679	This page summarizes the most important data characterizing the device.
1680	This page includes the main parameters related to how the measured or calculated information is converted to an output signal.
1681	Teach-in phase To ensure demand-oriented operation, the SSD adapts to the process conditions during the teach-in phase. This teach-in should take place under conditions that can be expected in the process. The teach-in phase produces a baseline for the average value and the noise of the raw signal. Corresponding limit values follow from these baselines. The SSD is only active as long as the average value and the noise are within these limits. If these limits are exceeded (e.g. when the plant is stopped or started up), the SSD is inactive. This prevents unwanted diagnostic messages. Note: The teach-in phase can take up to 4 minutes. If the SSD is not active after this time, the wizard cannot be terminated. In this case: - Adjust the sampling rate.
1682	Here the range is defined in which the average value of the raw signal is monitored. Note: If the actual average value is outside this range, the configuration cannot be completed.
1683	Here the range is defined in which the noise of the raw signal is monitored. Note: If the actual noise is outside this range, the configuration cannot be completed.
1684	The characterization of the electrical loop requires intermediate generation of a current output of 4mA and 20mA. Therefore, do not use the device in an active current loop during initialization of the Signal Loop Diagnostics.
1685	The current-voltage characteristic is defined by the slope, i.e. the signal loop resistance, and the point supply voltage.
1686	By entering the locking code here, the device will start the locking sequence. The SIL write protection is active after completion of the wizard.
1687	The following character string is displayed: 0123456789+-,. Set the 'Confirm' parameter to 'Yes' if this string is rendered correctly. Set the 'Confirm' parameter to 'No' if this string is not rendered correctly. SIL locking is not possible in this case.
1688	Confirm the visualized settings are correct.
1689	By entering the SIL locking code, the device is SIL locked.
1690	Preparation in progress, please wait!
1691	Prepare busy
1692	%{SPV_FilterOptions_1} :
1693	No Event
1694	Event buffer selection
1695	%{0}%
1696	Close
1697	select
1698	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext}) %{ConfigChanged_OldValue_Int} -> %{ConfigChanged_NewValue_Int}
1699	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext}) %{ConfigChanged_OldValue_Int} %{ConfigChanged_Unit_ID} -> %{ConfigChanged_NewValue_Int} %{ConfigChanged_Unit_ID}
1700	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext}) %{ConfigChanged_OldValue_Enum} -> %{ConfigChanged_NewValue_Enum}
1701	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext}) %{ConfigChanged_OldValue_Enum} %{ConfigChanged_Unit_ID} -> %{ConfigChanged_NewValue_Enum} %{ConfigChanged_Unit_ID}
1702	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext}) %{ConfigChanged_OldValue_Float} -> %{ConfigChanged_NewValue_Float}
1703	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext}) %{ConfigChanged_OldValue_Float} %{ConfigChanged_Unit_ID} -> %{ConfigChanged_NewValue_Float} %{ConfigChanged_Unit_ID}
1704	%{ConfigChanged_Para_ID} (%{ConfigChanged_Para_ID_Ext})
1705	Carry out trim (Service ID: 4)
1706	1. Check the process pressure n2. Check the sensor range (Service ID: 25)
1707	1. Restart device 2. Contact service (Service ID: 29)
1708	1. Restart the device 2. Contact Endress+Hauser Service (Service ID: 30)
1709	Check sensor connection (Service ID: 34)
1710	1. Check process temperature 2. Check ambient temperature (Service ID: 37)
1711	Increase supply voltage (Service ID: 43)
1712	Decrease supply voltage (Service ID: 44)
1713	Check linearization table (Service ID: 51)
1714	1. Restart device 2. Contact service (Service ID: 81)
1715	1. Restart device 2. Contact service (Service ID: 96)
1716	1. Restart device 2. Contact service (Service ID: 98)
1717	1. Check software 2. Flash or change main electronics module (Service ID: 103)
1718	1. Check data set file 2. Check device configuration 3. Up- and download new configuration (Service ID: 106)
1719	1. Check if correct electronic modul is plugged 2. Replace electronic module (Service ID: 107)
1720	Replace main electronics (Service ID: 120)
1721	1. Restart device 2. Contact service (Service ID: 121)
1722	Replace main electronics (Service ID: 124)
1723	1. Restart device 2. Contact service (Service ID: 125)
1724	Replace main electronics (Service ID: 127)
1725	Replace main electronics (Service ID: 128)
1726	Replace main electronics (Service ID: 132)
1727	1. Check ambient temperature 2. Check process temperature (Service ID: 135)
1728	1. Check connection 2. Retry data transfer (Service ID: 139)
1729	1. Check process 2. Check current output settings (Service ID: 153)
1730	1. Transfer data or reset device 2. Contact service (Service ID: 158)
1731	Replace main electronics (Service ID: 159)
1732	Replace main electronics (Service ID: 171)
1733	1. Check wiring 2. Replace electronics (Service ID: 173)
1734	1. Transfer data or reset device 2. Contact service (Service ID: 225)
1735	Maintenance required! 1. Do not perform reset 2. Contact service (Service ID: 226)
1736	1. Transfer data or reset device 2. Contact service (Service ID: 229)
1737	1. Transfer data or reset device 2. Contact service (Service ID: 230)
1738	Download active, please wait (Service ID: 516)
1739	1. Restart device 2. Contact service (Service ID: 600)
1740	1. Check process conditions n2. Check scaled variable configuration (Service ID: 985)
1741	1. Process Information. No action 2. Rebuild baseline 3. Adapt signal range thresholds (Service ID: 986)
1742	1. Check process pressuren 2. Check configuration of process alert (Service ID: 987)
1743	1. Check process temperature 2. Check configuration of process alert (Service ID: 988)
1744	Check electronic module type (Service ID: 998)
1745	1. Check impulse line 2. Check valve position 3. Check process (Service ID: 1021)
1746	1. Check impulse line 2. Check valve position 3. Check process (Service ID: 1022)
1747	1. Check impulse line 2. Check valve position 3. Check process (Service ID: 1023)
1748	1. Check process temperature 2. Check ambient temperature (Service ID: 1026)
1749	Increase supply voltage (Service ID: 1032)
1750	Check sensor connection (Service ID: 1037)
1751	Check sensor connection (Service ID: 1038)
1752	Check sensor connection (Service ID: 1040)
1753	1. Check supply voltage 2. Check wiring and terminals (Service ID: 1063)
1754	1. Restart device 2. Contact service (Service ID: 1079)
1755	1. Restart device 2. Contact service (Service ID: 1080)
1756	1. Check measuring range 2. Check position adjustment (Service ID: 1168)
1757	Deactivate simulation
1758	Send
1759	navigationSelection
1760	Back;Finish
1761	Finish
1762	Logout done
Reference ID	String