Device dictionary

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Reference ID	String
0	pdpCustomerMaxMinValues units
1	inH2O (68°F)
2	inHg (0°C)
3	ftH2O (68°F)
4	mmH2O (68°F)
5	mmHg (0°C)
6	psi
7	bar
8	mbar
9	g/cm2
10	kg/cm2
11	Pa
12	kPa
13	torr (0°C)
14	atm
15	inH2O (60°F)
16	MPa
17	inH2O (4°C)
18	mmH2O (4°C)
19	sensorTemperatureCustomerMaxMinValues units
20	°C
21	°F
22	°R
23	K
24	Min value reached by the Pressure Sensor
25	Min.Pressure Value
26	.3f
27	Max value reached by the Pressure Sensor
28	Max.Pressure Value
29	Min value reached by the Sensor Temperature
30	Min.Temperature Value
31	.2f
32	Max value reached by the Sensor Temperature
33	Max.Temperature Value
34	pdpServiceMaxMinValues units
35	sensorTemperatureServiceMaxMinValues units
36	array ServiceMaxMin
37	index array ServiceMaxMin
38	reset customerMaxMinValues
39	reset serviceMaxMinValues
40	Simulation Status
41	Disabled
42	Enabled
43	pdpSimulation units
44	Pressure Value
45	sensorTemperatureSimulation units
46	Sens.Temp.Val
47	array SimulationValues
48	index array_SimulationValues
49	Set PV to desired Value
50	pdpBiasValue units
51	Value used as Bias for the elevation or suppression of the measure in order to match the Output with what desired as New PV
52	Bias Value
53	Unit
54	Unit for digital output
55	ft3/min
56	gal/min
57	L/min
58	ImpGal/min
59	m3/h
60	ft/s
61	m/s
62	gal/s
63	Million gal/d
64	L/s
65	MillionL/d
66	ft3/s
67	ft3/d
68	m3/s
69	m3/d
70	ImpGal/h
71	ImpGal/d
72	mV
73	Ohms
74	Hz
75	mA
76	gal
77	L
78	ImpGal
79	m3
80	ft
81	m
82	barrels
83	in
84	cm
85	mm
86	min
87	s
88	h
89	d
90	cST
91	cP
92	microS
93	%
94	V
95	pH
96	g
97	kg
98	t
99	lb
100	STon
101	LTon
102	mS/cm
103	microS/cm
104	N
105	N.m
106	g/s
107	g/min
108	g/h
109	kg/s
110	kg/min
111	kg/h
112	kg/d
113	t/min
114	t/h
115	t/d
116	lb/s
117	lb/min
118	lb/h
119	lb/d
120	STon/min
121	STon/h
122	STon/d
123	LTon/h
124	LTon/d
125	decaTherm
126	SGU
127	g/cm3
128	kg/m3
129	lb/gal
130	lb/ft3
131	g/ml
132	kg/L
133	g/L
134	lb/in3
135	STon/yd3
136	°Twad
137	°Baum (hv)
138	°Baum (lt)
139	°API
140	% sol/wt
141	% sol/vol
142	°Ball
143	proof/vol
144	proof/mass
145	Bushel
146	yd3
147	ft3
148	in3
149	in/s
150	in/min
151	ft/min
152	deg/sec
153	rps
154	rpm
155	m/h
156	m3/h normal
157	L/h normal
158	ft3/min std
159	bbl (liq)
160	oz
161	ft·lbf
162	kW
163	kW·h
164	hp
165	ft3/h
166	m3/min
167	barrels/s
168	barrels/min
169	barrels/h
170	barrels/d
171	gal/h
172	ImpGal/s
173	L/h
174	ppm
175	Mcalth/h
176	MJ/h
177	Btuth/h
178	deg
179	rad
180	micro g/L
181	icro g/m3
182	%Consistency
183	% vol
184	% stm qual
185	Ft in Sixteenths
186	ft3/lb
187	pF
188	ml/L
189	micro l/L
190	%Plato
191	% Lower Explosion Level
192	Mcalth
193	Kohms
194	MJ
195	Btuth
196	m3 normal
197	L normal
198	ft3 std
199	ppb
200	gal/d
201	hl
202	None
203	Custom Unit
204	Upper Range Value
205	Upper limit for digital output
206	Lower Range Value
207	Lower limit for digital output
208	Special unit
209	Custom Unit
210	Min Temperature Limit
211	Minimum limit of temperature within the sensor is compensated as from data sheet
212	Max Temperature Limit
213	Maximum limit of temperature within the sensor is compensated as from data sheet
214	Sensor Temperature Trim Value
215	Enables local operation with push buttons
216	Local Operations
217	Curve only for the variable to be displayed
218	Linearization Type
219	Linear
220	Square Root
221	Square Root Third Power
222	Square Root Fifth Power
223	Linear Table 22pt
224	Bi-Directional Square Root
225	Cylindrical tank- fixed table
226	Spherical tank- fixed function
227	Unit of the variable to be displayed
228	Unit
229	Upper Range of the variable to be displayed
230	Upper Range Value
231	Lower Range of the variable to be displayed
232	Lower Range Value
233	Display language
234	Language
235	English
236	Deutsch
237	Francais
238	Espanol
239	Italiano
240	Display luminosity
241	Contrast
242	Selection of the lines to be used for the display
243	Display Mode
244	One Line
245	One Line + Bargraph
246	Two Lines
247	Two Lines + Bargraph
248	Variable to be displayed on line 1
249	Line 1 View
250	Pressure
251	Scaled output
252	Current Output
253	Output Percent
254	Sensor Temperature
255	HMI Scaled Output
256	Variable to be displayed on line 2
257	Line 2 View
258	Variable to be represented on the bargraph
259	Bargraph View
260	Software revision of the display when it is installed
261	Display Revision
262	Not Installed
263	1
264	2
265	3
266	4
267	5
268	6
269	7
270	8
271	9
272	10
273	11
274	12
275	13
276	14
277	15
278	16
279	17
280	18
281	19
282	20
283	21
284	22
285	23
286	24
287	25
288	26
289	27
290	28
291	29
292	30
293	31
294	32
295	33
296	34
297	35
298	36
299	37
300	38
301	39
302	40
303	41
304	42
305	43
306	44
307	45
308	46
309	47
310	48
311	49
312	50
313	51
314	52
315	53
316	54
317	55
318	56
319	57
320	58
321	59
322	60
323	61
324	62
325	63
326	64
327	65
328	66
329	67
330	68
331	69
332	70
333	71
334	72
335	73
336	74
337	75
338	DecimalPoints line 1
339	0
340	DecimalPoints line 2
341	resetPdpBias
342	Actual value of the reference
343	Lower Balance Point
344	Upper Balance Point
345	No. of points enabled
346
347	Current table status
348	Table status
349	Good
350	New Table Not Monotonic
351	New Table Not Enough Value
352	Value Not Exp
353	No Init
354	New Operation
355	Last Value
356	Change X,Y Point
357	HW version major
358	SW version major
359	dummy_revision_byte0
360	dummy_revision_byte1
361	dummy_revision_byte2
362	sensor revision byte 0
363	sensor revision byte 1
364	sensor revision byte 2
365	Material of process wetted diaphragm of the Sensor
366	Diaphragm Material
367	Undefined
368	Monel
369	Tantalum
370	Ceramic
371	AISI 316L Stainless Steel
372	Hastelloy C276
373	Gold plated Hastelloy C276
374	Monel Gold Plated
375	PTFE Hastelloy
376	Monel 400
377	Not used
378	Sensor filling liquid
379	Filling Fluid
380	Silicone Oil
381	Fluorcarbon
382	White oil (FDA)
383	Inert Oil (Galden)
384	Glycerin + H2O
385	Santotherm
386	Silicone oil food
387	Vegetable oil Neobee
388	Dowtherm
389	Ethyl Benzene
390	Ethyl Alcohol
391	Prophylene glicol/water
392	ABB Fill (dibutyl penthalate)
393	Syltherm 800
394	Mercury
395	DC97 9120 Pharma-B-Grade
396	Mineral oil (Marcol 82)
397	Silicon oil Hi Temp AN140
398	Silicon Oil Low Temp Syltherm XLT
399	Inert Oil (Halocarbon 4.2)
400	Not used
401	Type of Process connction for Gauge pressure transmitters
402	Process Connection Material
403	Carbon Steel
404	AISI 304SS
405	AISI 316 Stainless Steel
406	Hastelloy C
407	Kynar
408	17-PH-17
409	Type of Process connction on the side L of the Differential Transmitters
410	Connection Type
411	Conventional
412	Remote Seal
413	Level Flange Type Flush
414	Level Flange Type Extended
415	Welded Flange
416	Level Sanitary
417	Level Food
418	No Flange, Direct Connection
419	All Welded for Remote Seal
420	Gasketed for Remote Seal
421	Direct Mount Seal (level)
422	Integral with seal
423	Welding bushing
424	Chemical tee
425	Threaded
426	364 Flange type
427	Material of the process connection of the Differential Transmitters
428	Flange Material
429	AISI 304SS
430	Material of process wetted sealing of the Differential Transmitters
431	O-Ring Material
432	AISI 316 SS
433	PTFE
434	Viton
435	Buna-N
436	Ethyl Prop.
437	Nitrile Rubber (Perbunan NBR)
438	Aluminium
439	TFE Glass Filled
440	Perfluoro elastomer
441	EPDM
442	Graphite
443	Silicone Rubber
444	Garlock
445	Material of sealing plug of the Differential Transmitters
446	Blanking Plug
447	Number of remote seal(s)
448	Number
449	One
450	Two
451	One on low side
452	One on high side
453	Type of remote seal on the side H of the Sensor
454	Type
455	Wafer
456	Off line threated
457	Chemical Tee
458	Button
459	Triclamp & Cherry Burrell
460	Alimentary (Union Nut)
461	Union Connection
462	Aseptic
463	Off line flanged connection
464	Sanitary Flush
465	Sanitary Extended
466	Flush Flanged
467	Extended Flanged
468	Urea Service
469	Pulp & Paper
470	Beverage
471	Monel
472	Tantalum
473	AISI 316L Stainless Steel
474	Inconel
475	Hastelloy C276
476	AISI 316L TFE Coated
477	Monel Gold Plated
478	Hastelloy C276 TFE Coated
479	Monel 400
480	Duplex SS
481	Inert Oil (Galden)
482	Glyceryn + H2O
483	Silicon oil Hi Temp (AN140)
484	Silicon oil Low Temp (Syltherm XLT)
485	Silicon oil Hi Temp (DC740)
486	Silicon oil (Baysilone M5 / 5 Cts)
487	Silicon oil (DC200/ 10 Cts)
488	Mineral oil (Marcol 122)
489	Galden HT55
490	Sensor communication error
491	Reserved
492
493	Fail Safe Level
494	Software Output fault direction between UP and DOWN
495	High
496	Low
497	Saturation limit low of the analog output current
498	Low Saturation
499	Saturation limit High of the analog output current
500	High Saturation
501	< 4mA during a fault.
502	Low Alarm Value
503	8.2f
504	> 20mA during a fault
505	High Alarm Value
506	Current Fail Safe
507	Source of the Output fault between hardware and Software
508	Hardware Fail Safe Type
509	Software Fail Safe Type
510	The current meas.value correspond to:
511	New Lower range push upper range out of sensor limits
512	pdpValue_units
513	sensorTemperatureValue_units
514	pdpTrimValue units
515	Cal Pressure
516	Maximum Working Pressure Units - The units of the Maximum working pressure.
517	maxWorkingPressure units
518	Maximum limit of pressure within the sensor is compensated.
519	Max Working Pressure
520	serialNo_Part0
521	serialNo_Part1
522	serialNo_Part2
523	serialNo_Part2a
524	serialNo_Part3
525	serialNo_Part4
526	serialNo_Part5
527	snsrSerialNo_Part0
528	snsrSerialNo_Part1
529	snsrSerialNo_Part2
530	snsrSerialNo_Part3
531	snsrSerialNo_Part4
532	opCode_saveActualTrimming
533	Save Actual Trimming
534	opCode_resetSensorTrimming
535	Reset Sensor Trimming
536	resetToDefault
537	save to default
538	diagnosisConditionNumber
539	diagnosisConditionDetailsClass
540	diagnosisConditionDetailsGroup
541	diagnosisConditionDetailsPriority
542	diagnosisConditionDetailsAlarmCounter
543	diagnosisConditionDetailsAlarmTimeCounterDay
544	diagnosisConditionDetailsAlarmTimeCounterMsec
545	diagnosisConditionDetailsTimeStampLastAlarmDay
546	diagnosisConditionDetailsTimeStampLastAlarmMsec
547	diagnosisConditionDetailsCodes0
548	diagnosisConditionDetailsCodes1
549	diagnosisConditionDetailsCodes2
550	diagnosisConditionDetailsCodes3
551	diagnosisConditionDetailsCodes4
552	diagnosisConditionDetailsCodes5
553	diagnosisConditionDetailsCodes6
554	diagnosisConditionDetailsCodes7
555	diagnosisConditionDetailsCodes8
556	diagnosisConditionDetailsCodes9
557	diagnosisConditionDetailsCodes10
558	diagnosisConditionDetailsCodes11
559	diagnosisConditionDetailsCodes12
560	diagnosisConditionDetailsCodes13
561	Diagnosis Masking Byte 0
562	P-dP Out Of Limit
563	Sensor Temperature Out Of Limit
564	Diagnosis Masking Byte 1
565	Dummy
566	Diagnosis Masking Byte 2
567	Sensor-Non-Volatile memory burn error
568	Memory Failure
569	Diagnosis Masking Byte 3
570	Max.Working Pressure Exceeded
571	Diagnosis Masking Byte 4
572	Impulse Line on Low Side Plugged
573	Analog Output Saturated
574	Power Supply warning
575	Diagnosis Masking Byte 5
576	Output ReadBack Failure
577	Electronic Temperature out of Limit
578	Diag Simulation
579	By enabling diagnosis simulation, any one diagnosis can be simulated at a time. Actual device diagnosis are not reported when diagnosis simulation is turned ON
580	Off
581	On
582	Diagnosis Simulation Group0
583	P-dP Sensor Fail
584	Sensor Temperature Fail
585	Electronics Temperature Fail
586	Diagnosis Simulation Group1
587	Diagnosis Simulation Group2
588	Sensor Memory Fail
589	Diagnosis Simulation Group3
590	Sensor Non-volatile Memory Burn Error
591	Input Simulation Active
592	Diagnosis Simulation Group4
593	Loop Test
594	Analog Output Saturated
595	Power Supply Warning
596	Diagnosis Simulation Group5
597	Electronic Temperature Out of Limits
598	Device family status
599	Bit 1
600	Bit 2
601	Bit 3
602	Bit 4
603	Bit 5
604	Bit 6
605	Bit 7
606	Bit 8
607	Pressure status 0
608	Pressure sensor break
609	Temperature sensor break
610	Static-Pressure sensor break
611	Pressure Calibration Required
612	Pressure Operating Range Exceeded
613	Temperature Operating Range Exceeded
614	Static-Pressure Operating Range Exceeded
615	Reserved
616	Device family capability 0
617	Max Pressure
618	Max Temperature
619	Max Static-Pressure
620	Optional-Gasket materials
621	Remote Seal info
622	Write Process Connection
623	Write Optional Gas Materials
624	Write Remote Seal info
625	Device family capability 1
626	family Def Revision
627	Type of Sensor
628	Sensor Type
629	Diff.Pressure
630	Gauge Pressure
631	AP
632	AgP
633	Sensor Technology
634	Maximum limit of temperature within the electronic is compensated as from data sheet
635	Electronic Temperature Trim Value
636	Dear user, this device is not enabled to support the Digital Access Diagnostics function (Dynamic QR code). To enable this feature, please contact your local ABB sales or service office
637	select Information
638	Slect information number to send to device
639	Information 1
640	Information 2
641	Information 3
642	Information 4
643	Information 5
644	Select User
645	Channel partner QR Code
646	Diagnostic QR Code
647	QR Code View
648	Disabled
649	Enabled
650	QR Code View
651	Online
652	Identify
653	Detailed setup
654	Remote Seals
655	General
656	Sensor Set-up
657	Sensor Materials
658	P-dP
659	Process Variable [P/dP]
660	Scaling
661	PV Bias
662	Transfer Function
663	Output [P/dP]
664	Hart Mapping
665	Display
666	Operate
667	Extras
668	Resets
669	Reset
670	Savings
671	Load factory settings
672	Simulation
673	Input Simulation
674	Calibration
675	Diagnosis
676	Diagnosis Monitoring
677	Failure
678	Maintenance Required
679	Out of Specification
680	Function Check
681	Configuration
682	Historic Info
683	Pressure Variable Logging
684	Sensor Temperature Logging
685	Device settings
686	Easy setup
687	Process variable
688	General
689	Application
690	www.abb.com
691	Image of Transmitter
692	Image of the Transmitter
693	Device image
694	Process value[mA]
695	Low alarm
696	Low saturation
697	High saturation
698	High alarm
699	Offline
700	Identification
701	P-dP Sensor
702	Operational Limits
703	Basic Sensor Materials
704	Gauge Sensor
705	Measured Value
706	Parallel Shift
707	Filter
708	Fail Safe
709	Current Saturation Limits
710	Current Alarm Limits
711	Display Setting
712	Display Scaling
713	Pressure Sensor
714	Sensor Temperature
715	Output Simulation
716	Input Simulation
717	Physical device identification
718	Device Write Lock
719	Observe
720	Observe Values
721	Trend Values
722	Trend
723	Select the parameter for trending:
724	TrendselectionByte
725	Loop Current
726	Pressure-DP
727	Sensor Temperature
728	Scaled Output
729	strip_gauge_selection_Byte
730	Bar Graph
731	Analog Meter
732	Analog Output
733	Scaled Output
734	Edit user curve
735	User curve
736	Customer Specific Curve
737	Displays the Customer specific Input points,Output points
738	No.
739	X-value in %
740	Y-value in %
741	X0 Val
742	7.3f
743	X1 Val
744	X2 Val
745	X3 Val
746	X4 Val
747	X5 Val
748	X6 Val
749	X7 Val
750	X8 Val
751	X9 Val
752	X10 Val
753	X11 Val
754	X12 Val
755	X13 Val
756	X14 Val
757	X15 Val
758	X16 Val
759	X17 Val
760	X18 Val
761	X19 Val
762	X20 Val
763	X21 Val
764	Y0 Val
765	Y1 Val
766	Y2 Val
767	Y3 Val
768	Y4 Val
769	Y5 Val
770	Y6 Val
771	Y7 Val
772	Y8 Val
773	Y9 Val
774	Y10 Val
775	Y11 Val
776	Y12 Val
777	Y13 Val
778	Y14 Val
779	Y15 Val
780	Y16 Val
781	Y17 Val
782	Y18 Val
783	Y19 Val
784	Y20 Val
785	Y21 Val
786	Load curve from device
787	Save curve to device
788	Create a new curve and save it to device
789	User Curve
790	Input Pressure
791	Output
792	Diagnostics
793	Overview
794	Device status : OK There are no active alarms present in the Device
795	Failure One or more device variables (i.e. measurement or control values) are invalid due to a malfunction in the field device or ist peripherals
796	Function Check One or more device variables are temporarily invalid (e.g. frozen) due to ongoing work on the device
797	Out of Specification There are deviations from the permissible ambient or process conditions detected that may compromise measurement or control accuracy (i.e. device performance may be degraded)
798	Maintenance required The field device requires maintenance
799	Overview
800	Possible Cause: There could be a bad or broken connection between sensor and electronics and/or a mechanical damage to the sensor.Loss of fill fluid from the cell,ruptured diaphragm..
801	Suggested Action: The device must be replaced.
802	Sensor Temperature Fail
803	Possible Cause: The circuitry for the sampling of the temperature has failed.
804	P-dP Out Of Limits
805	Possible Cause: The measurement range has not been correctly calculated OR an incorrect transducer model has been selected.
806	Suggested Action : The compatibility of pressure transmitter model and process conditions has to be checked. Probably a different transmitter type is required.
807	Possible Cause: The Sensor data/coefficients in the sensor memory are corrupted precluding the correct functionality of the device.
808	Suggested Action: The device must to be replaced.
809	Analog Output Saturated
810	Possible Cause: The applied/measured pressure is beyond the configured working range represented by the Low and High range values.
811	Suggested Action: Use a HART configurator (DTM - Hand held) in order to: 1. Recognize in detail at which limit (high or low) the Analog output is Saturated. 2.Adjust the Saturation Limit or the working range if possible.
812	Possible Cause: The output circuit could be broken or not correctly calibrated.
813	Suggested Action : A DAC (digital to output converter) trimming should be performed and if the error persists consider to replace the device.
814	Possible Cause: The operator could have enabled the input simulation of one or more device variables for testing purposes but, at the end, forgot to return it back to the normal condition disabling the Input simulation condition.
815	Suggested Action: Use a HART configurator (DTM - Hand held) in order to: 1. Recognize in detail which of the three is under simulation condition. 2.to place device back into normal operating mode (Disable the input simulation). Otherwise just power off/on the device in order to disable the input simulation.
816	Possible Cause : The operator could have enabled the loop test function in order to simulate the current output for testing purposes but, at the end, forgot to return it back.
817	Suggested Action : Use a HART configurator (DTM - Hand held) to place device back in to normal .
818	Max.Working Pressure Exceeded
819	Possible Cause: The selected transmitter and/or the process connection elements are not adequate for the specific process conditions.
820	Suggested Action: The compatibility of the pressure transmitter model with process conditions must be checked and, if necessary, replace the instrument with another having the correct characteristics.
821	Sensor Temperature Out Of Limit
822	Possible Cause : The temperature of the process environment affects the pressure transmitter.In some situation, the device installation could be the cause of a sensor overheating.
823	Suggested Action :The compatibility of pressure transmitter model and process conditions has to be checked.It could be required to perform a new sensor trimming or device replacement.A different installation type could be also considered/ required e.g. use of remote seals.
824	Electronic Temperature out of Limit
825	Possible Cause : This condition could be due to the circuitry for the sampling of the temperature that has failed or due to the transmitter installation e.g.steam leakage directed on to transmitter housing, or critical ambiental conditions.
826	Suggested Action : If necessary, use a HART configurator in order to know in detail of which limit (high or low) the Electronic temperature is beyond. Check the transmitter installation to identify possible cause of the abnormal measured temperature and take possible actions to minimize the temperature impact/influence like to insulate the device from the external temperature influence.
827	Sensor:Non-Volatile memory burn error
828	Possible Cause : Writings to the Sensor non-Volatile Memory was not successful.
829	Suggested Action : The Sensor should be replaced as soon as possible.
830	Electronics Temperature Fail
831	Possible cause: The circuitry for the sampling of the electronics temperature has failed..
832	Suggested actions: The device should be replaced as soon as possible.
833	Possible Cause: If the power supply is close to the highest limit very probably it is due to a not correct external power supply while if the power supply is close to the lowest limit, it could be due to a defective or not adequate External power supply or anomalous voltage drop on the loop i.e. too long or not correct wires.
834	Suggested Action: Check the Voltage at the terminal block and if it is not within the valid range check the external power supply or the loop.
835	Configuration Changed
836	Possible Cause: A write or set command has been executed that changed the device’s configuration
837	Suggested Action: Click on the 'Reset configuration change' button to acknowledge the change & clear the configuration changed condition
838	NAMUR NE107
839	OK No Active Alarm exists
840	Diagnostics status
841	CheckFunction
842	OffSpecification
843	OK
844	GetHealthStatus
845	Maintenance
846	HART serial no
847	Unique serial number related to the protocol
848	Tag
849	Unique label of the device in the plant
850	Description
851	Message
852	Field can be used in any way
853	Device
854	Name of the device type
855	Manufacturer
856	Name of the device responsible company
857	Write Protection
858	For data set or device
859	Device revision
860	Field device revision
861	HART revision
862	Major protocol revision implemented in the device
863	Address
864	Device address in the application
865	Long tag
866	Long tag: Unique label of the device in the plant
867	Final assembly no
868	Change counter
869	Number of times the device's configuration has changed
870	Device Profile
871	PV % range
872	QR Code
873	Enter Access Code
874	?????????
875	Flag
876	Incorrect
877	CP
878	Diag.
879	Special Setting
880	Validate Access code
881	Validate Service Personnel Access Code
882	Access Logout
883	Validate Channel Partner Access Code
884	Enter Information
885	QR Code Configuration
886	Service Personnel Information
887	Set Low Range
888	Set Upper Range
889	Set PV to Zero
890	Enable the setting of the PV = 0.0 operation
891	Set PV Val
892	Enable the New PV operation
893	PV Bias Reset
894	PV Scaling Reset method - P-dP Bias will be Reset
895	Enable Parallel Shift operation
896	Reset Device
897	Warm Start-up configuration is not changed the device is restarted
898	Reset to User Sensor Trimming
899	Reset Configuration To Default
900	Reset device parameters to their default values (not the address)
901	Reset Configuration Changed Flag
902	Reset the device Configuration Changed flag
903	Save as User Sensor Trimming
904	Save the actual sensor trimming as User Trimming
905	Save Configuration as Default
906	The actual device configuration is saved as default configuration
907	Reset Factory Sensor Trimming
908	Reset to Factory Sensor Trimming
909	Reset Factory Output Trimming
910	Reset to Factory Output D/A converter Trimming
911	Aborting Input Simulation
912	n
913	Device Serial No
914	Unique device serial No.
915	Hardware Revision
916	Hardware revision
917	Software Revision
918	Software Revision
919	Sensor Revision
920	More Info
921	More Information Available:Electronic Temperature
922	More Information Available:Analog output
923	More Information Available: input simulation
924	More Info:
925	More Information Available:Power supply warning
926	More Information Available:P-dP sensor fail
927	More Information Available:Sensor temperature fail
928	More Information Available:Electronic temperature fail
929	More Information Available:P-dP Out of limit
930	More Information Available:Sensor temperature Out of limit
931	More Information Available:Sensor memory fail
932	More Information Available:Sensor non-volatile memory burn error
933	More Information Available:Max working pressure exceeded
934	More Information Available:Loop test
935	More Information Available:Output readback fail
936	Hours
937	sec
938	Clear Other Diag Simulation
939	Change SV Mapping
940	Change TV Mapping
941	Change QV Mapping
942	P-dP
943	Electronic Temperature
944	Simulate
945	Pressure Simulation
946	Sensor Temp. Simulation
947	Aborting Simulation
948	Zero trim
949	Full trim
950	Sensor Temperature Trimming
951	Sensor Serial No
952	Unique sensor serial No.
953	Sensor serial Number
954	Refresh Page
955	Enable/Disable diagnostics QR Code
956	Refresh
957	Click on this button to refresh the UI
958	Set New PV
959	Reset PV Bias
960	Enable the Reset of the Bias = 0.0 operation
961	Set Parallel Shift
962	Execution of the Parallel Shift operation
963	Pressure Simulation
964	Simulation Value
965	Static Pressure Simulation
966	Sensor Temp Simulation
967	Execute
968	Sensor Temperature Simulation
969	Rerange 4-20mA
970	Change Polling Address
971	Change polling address and loop current mode
972	Local_DeviceSerialNumber
973	Device State
974	Function Check
975	Out of Specification
976	Maintenance Required
977	Failure
978	Span
979	Process Value %
980	Object for CMD 1283
981	Physical unit for process pressure
982	Device type
983	Pxx100
984	Linearization type
985	Minimum Span
986	PDP Sensor High Limit
987	PDP Sensor Low Limit
988	Possible Cause :There could be a bad or broken connection between sensor and electronics and/or a mechanical damage to the sensor.Loss of fill fluid from the cell,ruptured diaphragm.. Suggested Action :The device must be replaced..
989	Possible Cause :The circuitry for the sampling of the temperature has failed.. Suggested Action :The device must be replaced.
990	Possible Cause :The circuitry for the sampling of the electronics temperature has failed. Suggested Action :The device should be replaced as soon as possible.
991	Possible Cause :The measurement range has not been correctly calculated OR an incorrect transducer model has been selected. Suggested Action :The compatibility of pressure transmitter model and process conditions has to be checked. Probably a different transmitter type is required..
992	Possible Cause :The temperature of the process environment affects the pressure transmitter.In some situation, the device installation could be the cause of a sensor overheating. Suggested Action :The compatibility of pressure transmitter model and process conditions has to be checked.It could be required to perform a new sensor trimming or device replacement.A different installation type could be also considered/ required e.g. use of remote seals..
993	Possible Cause :The Sensor data/coefficients in the sensor memory are corrupted precluding the correct functionality of the device. Suggested Action :The device must to be replaced.
994	Electronic memory fail
995	Possible Cause :EMC problems like electrostatic discharge (ESD), burst, surge outside the specification limits and/or soft errors (ionic radiation) could corrupt memory data.. Suggested Action :The Device must to be replaced.Or, the database must to be reloaded.
996	Electronics NV-memory Burn Error
997	Possible Cause :The device could have been powered off immediately after the modification of the data that was not fully written in the NV-memory. Suggested Action :The device should be replaced as soon as possible.
998	Possible Cause :Writings to the Sensor non-Volatile Memory was not successful. Suggested Action :The Sensor should be replaced as soon as possible.
999	Possible Cause :The selected transmitter and/or the process connection elements are not adequate for the specific process conditions. Suggested Action :The compatibility of the pressure transmitter model with process conditions must be checked and, if necessary, replace the instrument with another having the correct characteristics..
1000	Possible Cause :The analog and digital analog outputs for the Primary Variable are held at the requested value. Device is in fixed current (Loop Test) mode. Suggested Action :Use a HART configurator to place device back into normal operating mode (Remove from Loop Test - Fixed output mode).
1001	Possible Cause :The applied/measured pressure is beyond the configured working range represented by the Low and High range values. Suggested Action :
1002	Possible Cause :The output circuit could be broken or not correctly calibrated. Suggested Action :A DAC (digital to output converter) trimming should be performed and if the error persists consider to replace the device.
1003	Possible Cause :This condition could be due to the circuitry for the sampling of the temperature that has failed or due to the transmitter installation e.g.steam leakage directed on to transmitter housing, or critical ambiental conditions. Suggested Action :If necessary, use a HART configurator in order to know in detail of which limit (high or low) the Electronic temperature is beyond. Check the transmitter installation to identify possible cause of the abnormal measured temperature and take possible actions to minimize the temperature impact/influence like to insulate the device from the external temperature influence.
1004	Active Alert
1005	Device state
1006	Status Group
1007	Electronics
1008	HW Status: Electronics
1009	Sensor
1010	HW Status: Sensor
1011	Configuration or Installation
1012	Operating Condition
1013	Power Supply
1014	Operating Condition - Power Supply
1015	Process
1016	Operating Condition - Process
1017	Cmd 48 byte 17
1018	Cmd 48 byte 18
1019	Cmd 48 byte 19
1020	Cmd 48 byte 20
1021	Cmd 48 byte 21
1022	Cmd 48 byte 22
1023	Cmd 48 byte 23
1024	Special Curve
1025	PdP
1026	Pressure - Differential Pressure
1027	Status
1028	Limit Status
1029	Pres Fmly stat
1030	classification
1031	device Family
1032	Pdp USL
1033	Pdp LSL
1034	Pdp Minimum Span
1035	7d
1036	Damp an irregular signal
1037	Damping
1038	.1f
1039	Simulation status
1040	Disable
1041	Enable
1042	Alarm with analog output
1043	O/P during fault
1044	Size
1045	Acquisition Period
1046	pdpSensor_units
1047	Minimum value for range limits
1048	Lower Sensor Limit
1049	Maximum value for range limits
1050	Upper Sensor Limit
1051	Minimum difference between URV and LRV
1052	Minimum Span
1053	Sensor1 trim support
1054	Linearity
1055	Sensor Temperature will be shown in this unit
1056	Temperature Unit
1057	Sensor Temperature Damping
1058	Sensor Temperature Minimum Span
1059	Sensor Temperature Trim Value
1060	sensor1 trim high
1061	electronicTemperatureValue_units
1062	Electronic Temperature Damping
1063	Elect. Temperature Minimum Span
1064	Electronic Temp. Collection
1065	communicationScaleOutValue_units
1066	communicationScaleOutValue Damping
1067	Scaled Output Minimum Span
1068	ScaledOutput Collection
1069	Cal.Pressure
1070	Calibration Pressure
1071	Download to device
1072	Upload from device
1073	Squawk Control
1074	Off
1075	On
1076	Squawk once
1077	squawk_abort_label
1078	Start Squawk
1079	Common Tables
1080	Interoperable *
1081	Universal
1082	Common Practice
1083	Pressure Universal
1084	Pressure Common
1085	Menu
1086	Rosemount Magflow
1087	Rosemount Pressure
1088	Moore Products
1089	Siemens Pressure
1090	P2 Common
1091	PV
1092	Wireless
1093	Munge
1094	Analytical Oxygen/Combustion/Methane/CO
1095	Flow Totalizer - Rate Indicator
1096	Flow Variable Area
1097	Flow Coriolis Mass
1098	Flow Ultrasonic - Gas
1099	Flow Ultrasonic - Liquid
1100	Level Ultrasonic
1101	Level Radar - Microwave
1102	Pressure Absolute
1103	Level Capacitance
1104	Pressure Differential
1105	Level Hydrostatic
1106	Level
1107	Pressure Absolute/Relative
1108	Level Microwave
1109	Level Radar
1110	Level Density - Nuclear
1111	Flow Electromagnetic
1112	Flow Vortex
1113	Flow Magmeter - Rack Version
1114	Flow High Performance Magmeter
1115	Flow Mass
1116	Flow Ultrasonic
1117	Flow Magnetic
1118	Flow Magnetic - Custody Transfer
1119	Flow 2-wire Magnetic
1120	Flow Coriolis Mass - Custody Transfer
1121	Flow 2-wire Vortex
1122	Flow Thermal
1123	Temperature Head Mounted
1124	Temperature Compact
1125	Temperature DIN Rail Mounted
1126	Analytical pH
1127	Analytical Conductivity - Conductive
1128	Analytical Conductivity - Inductive
1129	Temperature Sensor
1130	Level Servo
1131	Temperature DIN Rail
1132	Temperature
1133	Analytical ORP
1134	Analytical pION
1135	Analytical IConc
1136	Analytical Electrode Conductivity
1137	Analytical Toroidal Conductivity
1138	Valve Positioner
1139	Valve Controller
1140	Pressure
1141	Pressure Multivariable
1142	Analytical pH/ORP
1143	Flow Coriolis
1144	Analytical Conductivity
1145	Valve Positioner/Pneumatic
1146	Valve Actuator - Electrical
1147	Temperature Dual Input
1148	Valve Actuator
1149	Analytical Corrosion
1150	Analytical Density - Nuclear
1151	Level Continuous Gamma
1152	Level Laser Ranging
1153	Pressure Safety
1154	Flow Vortex/Swirl
1155	Flow
1156	Analytical 4 Electrode Conductivity
1157	Analytical 2 Electrode Conductivity
1158	Analytical Troidal Conductivity
1159	Analytical pH/ORP/pIon/Ion Conc
1160	Analytical Oxygen
1161	Pressure P, dP + Multivariable
1162	Temperature 2-wire
1163	Pressure w/ PID
1164	Pressure Saturated Steam
1165	Analytical Density - Gamma Ray
1166	Level Gamma Ray
1167	Analytical Weight - Gamma Ray
1168	Level w/ Density - Gamma Ray
1169	Analytical Motorized Density
1170	Flow Multivariable Mass
1171	Temperature Multivariable
1172	Specialty HART-to-Analog Signal Conv
1173	Flow dP
1174	Pressure Low Power
1175	Pressure Certified SIL2
1176	Interoperable
1177	Analytical Density
1178	Valve Positioner/Electropneumatic
1179	Flow Magnetic Inductive
1180	Analytical
1181	Analytical Opacity Monitor
1182	Analytical Oxygen/Combustion
1183	Analytical 2-wire Conductivity
1184	Analytical 2-wire Conductivity w/ pure H20
1185	Analytical 2-wire Conductivity w/ % conc
1186	Analytical 2-wire Oxygen/Chlorine/Ozone
1187	Analytical 2-wire pH/ORP
1188	Analytical 2-wire Contacting/Toroidal
1189	Analytical Oxygen - High Temperature
1190	Analytical Conductivity w/ % conc
1191	Analytical pH/ORP/ISE
1192	Analytical Amperometric Analyzer
1193	Analytical Dual Input Analyzer
1194	Pressure Pressure/Level
1195	Analytical Consistency
1196	Analytical Microwave-Pulp Consistency
1197	Analytical Microwave Consistency
1198	Valve Digital Positioner
1199	Valve Smart Valve Positioner
1200	Temperature Differential
1201	Analytical Dissolved Oxygen
1202	Analytical pH Controller
1203	Analytical Conductivity/Resistivity Controller
1204	Analytical Conductivity/Resistivity
1205	Level Displacement
1206	Temperature w/ PID
1207	Valve Universal Positioner
1208	Level Radar - Reflex
1209	Pressure Gauge
1210	Pressure Sealed Gauge
1211	Valve Digital Positioner w/ PID
1212	Valve Intelligent Positioner
1213	Analytical Gas Detector
1214	Analytical Infrared Gas Detector
1215	Analytical Electrochemical Gas Detector
1216	Analytical Measuring Instruments
1217	Level Magnostrictive
1218	Valve On/Off Valve Controller
1219	Level Radar - Pulse
1220	Level Continuous Capactive
1221	Valve Damper Actuator
1222	Valve Electric Damper Actuator
1223	Flow Electronic
1224	Flow Vortex - Multiparameter Mass
1225	Analytical UV Flame Detector
1226	Analytical UVIR Flame Detector
1227	Analytical IR Flame Detector
1228	Analytical Fire Detector
1229	Analytical Gas Detector Display Interface
1230	Analytical Toxic Gas Detector
1231	Analytical Flame Detector
1232	Level Nuclear
1233	Analytical Microwave
1234	Analytical Density - Radiometric
1235	Level Radiometric
1236	Analytical Gas/Steam
1237	Level Nucleonic
1238	Analytical Blade Consistency
1239	Analytical Rotary Consistency
1240	Pressure Absolute/Differential
1241	Positioner
1242	Analytical Combustible Gas Detector
1243	Analytical Point Infrared Gas Detector
1244	Analytical Multi-Detector Monitor System
1245	Valve Positioner/Electro-hydraulic
1246	Valve Monitor
1247	Enable on token-passing data link layer only
1248	Enable on TDMA data link layer only
1249	Enable on both TDMA and token-passing data link layer
1250	WirelessHART Device
1251	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1252	Primary
1253	Primary Analog Channel
1254	Secondary
1255	Secondary Analog Channel
1256	Tertiary
1257	Tertiary Analog Channel
1258	Quaternary
1259	Quaternary Analog Channel
1260	Quinary
1261	Quinary Analog Channel
1262	Critical Power Failure
1263	Lock all
1264	Trim not supported
1265	Configuration cannot be changed
1266	Locked by gateway
1267	Analog Input Channel
1268	Analog Output Channel
1269	Secondary Analog Channel Saturated
1270	Tertiary Analog Channel Saturated
1271	Quaternary Analog Channel Saturated
1272	Quinary Analog Channel Saturated
1273	Secondary Analog Channel Fixed
1274	Tertiary Analog Channel Fixed
1275	Quaternary Analog Channel Fixed
1276	Quinary Analog Channel Fixed
1277	Simulation active
1278	The device is in simulation mode and the level output is not representative of the process.
1279	Non-Volatile memory failure
1280	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1281	Volatile memory error
1282	The RAM memory check is invalid or maybe corrupt
1283	Watchdog reset executed
1284	A watchdog reset has been performed
1285	Voltage conditions out of range
1286	A voltage condition is outside its allowable range
1287	Environmental conditions out of range
1288	An internal or environmental condition is beyond acceptable limits.
1289	Electronic failure
1290	A hardware problem not related to the sensor has been detected.
1291	Subdevice list changed
1292	Duplicate master detected
1293	Capacity Denied
1294	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1295	Bandwidth allocation pending
1296	Block transfer pending
1297	Continuous
1298	The Burst Message is published continuously at (worst case) the Minimum Update Period.
1299	Window
1300	The Burst Message is triggered when the source value deviates more than the specified trigger value
1301	Rising
1302	The Burst Message is triggered when source value Rises Above the specified trigger value.
1303	Falling
1304	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1305	On-change
1306	The Burst Message is triggered when any value in the message changes.
1307	Battery life
1308	Percent range
1309	Loop current
1310	Primary variable
1311	Secondary variable
1312	Tertiary variable
1313	Quaternary variable
1314	Enable event notification on token-passing data link layer
1315	Enable event notification on TDMA data link layer
1316	Enable event notification on TDMA and token-passing data link layer
1317	Configuration changed event pending
1318	Device status event pending
1319	More status available event pending
1320	Enable single data point trending
1321	Enable filtered trending
1322	The sample is filtered using a time constant equal to one-third the trend sample period
1323	Enable average trending
1324	The value obtained by dividing the sum of all samples in the period by the total number of samples
1325	Read receive time
1326	Write date and time
1327	Non-Volatile Clock
1328	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.
1329	Clock Uninitialized
1330	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.
1331	Line Power
1332	Device is powered via a hardwired connection to a plant power source.
1333	Battery Power
1334	Device operates solely of its (internal) battery.
1335	Recharg.B./Power Sc.
1336	Rechargeable battery power or power scavenging. The device has a short-term supply of energy (must be at least one hour) that is continuously being replenished. The device's power is being replenished by harvesting and converting energy from the environment surrounding the device (e.g. solar, vibration, heat).
1337	Idle
1338	Active search
1339	Looking for neighbors.
1340	Negotiating
1341	Quarantined
1342	Operational
1343	Suspended
1344	Deep sleep
1345	Ultra-low power
1346	Wireless Signal Found
1347	Network packets have been recognized
1348	Wireless Signal Identified
1349	Wireless Time Synchronized
1350	WirelessHart Signal Identified
1351	Network Admission Requested
1352	Set on transmission of first join request
1353	Join Retrying
1354	Set after the first join request retry (i.e. when number of join requests > 2). Cleared when device is authenticated or when Active Search started.
1355	Join Failed
1356	Set on transition from Active Search mode to Deep Sleep mode. Cleared on transition from Deep Sleep to Active Search.
1357	Network Security Clearance Granted
1358	Network Manager Session Established
1359	Network Joined
1360	Network Joined. Normal superframe and links obtained.
1361	Network Bandwidth Requested
1362	Negotiating Network Properties. Gateway session obtained.
1363	Join Complete
1364	Normal operating mode.
1365	No restrictions
1366	SI Only
1367	Restricted to SI Unit codes only
1368	Open - accept all devices
1369	Use Whitelist for access
1370	Use Blacklist
1371	Use Whitelist and Blacklist
1372	Lockdown - disable join links
1373	Process automation device
1374	Discrete device
1375	Hybrid:Process automation+discrete
1376	I/O System
1377	WirelessHART Process automation device
1378	WirelessHART Discrete device
1379	WirelessHART Process automation+discrete
1380	WirelessHART Gateway
1381	WirelessHART Access point
1382	WirelessHART Process adapter
1383	WirelessHART Discrete adapter
1384	WirelessHART enabled handheld/portable maintenance tool
1385	Don't attempt to join
1386	Join now
1387	Attempt to join immediately on powerup or reset
1388	US
1389	United States of America
1390	JP
1391	Japan
1392	DE
1393	Germany
1394	FR
1395	France
1396	ES
1397	Spain
1398	RU
1399	Russian Federation
1400	CN
1401	People's Republic of China
1402	Nominal
1403	Device Power Status is nominal
1404	Low
1405	Device Power Status is low
1406	Critically Low
1407	Device Power Status is critically low
1408	Recharging - Low
1409	Recharging - High
1410	Secondary Master
1411	Primary Master
1412	PV Analog Channel Saturated
1413	PV Analog Channel Fixed
1414	Device Profile
1415	Device Diagnostic Status 0
1416	Device Diagnostic Status 1
1417	I/O and Subdevice Status
1418	WirelessHART Status
1419	Time Set Option
1420	Real Time Clock Flags
1421	Country
1422	Country of intended device installation
1423	SI Unit Control
1424	Indicates if device should only display SI unit codes
1425	Burst Trigger Units
1426	Burst Trigger Class
1427	Wired HART Enabled
1428	Enabled on Wired HART device connection only
1429	Wireless HART Enabled
1430	Enabled on WirelessHART device connection only
1431	Both Wired and WirelessHart Enabled
1432	Enabled on both Wired and WirelessHART connections
1433	Burst Msg Trigger Mode
1434	Event Status
1435	Event Notification Control
1436	Operate mode Mask
1437	Not Defined
1438	Power Source
1439	Power source of the device
1440	Wireless Mode
1441	Join Status
1442	The current location in the joining sequence of operations.
1443	Network Access Mode
1444	Join Mode
1445	Power Status
1446	Power status of the device
1447	Master Mode
1448	This sets the I/O System's Data Link Layer operation on all channels as either primary or secondary master mode.
1449	Trend Units
1450	Trend Device Variable Unit Code
1451	Trend Classification
1452	Trend Device Variable Classification
1453	Trend Control
1454	Device Status Mask
1455	Ext dev status Mask
1456	Device Diagnostic Status 0 Mask
1457	Device Diagnostic Status 1 Mask
1458	Device Diagnostic Status 2 Mask
1459	Device Diagnostic Status 3 Mask
1460	AO saturated Mask
1461	AO fixed Mask
1462	Latched Device Status
1463	Latched Ext dev status
1464	Latched Operate Mode
1465	Latched Device Diagnostic Status 0
1466	Latched Device Diagnostic Status 1
1467	Latched Device Diagnostic Status 2
1468	Latched Device Diagnostic Status 3
1469	Latched AO saturated
1470	Latched AO fixed
1471	Wireless Module Device Type
1472	Device type of the Wireless Radio
1473	Wireless Module Manufacturer ID
1474	Manufacturer of the Wireless Radio contained in this device
1475	Subdevice Device Type
1476	Device type of the subdevice attached to this system.
1477	Subdevice Manufacturer Id
1478	Manufacturer of the subdevice attached to this system.
1479	Time Stamp
1480	Relative time value on network
1481	8u
1482	Dynamic Variables Returned for Device Variables
1483	Command Response Truncated
1484	Configuration Change Counter Mismatch
1485	Status bytes mismatch
1486	Device Variable
1487	Variable to trim
1488	8.3f
1489	Number of points in the Device is -> %{pdp_TAB_ACTUAL_NUMBER}
1490	Upload in progress, please wait...
1491	All X-Y values read from device !!
1492	We are about to create a new linearisation curve. Please take care of following points to save a new curve successfully in the device 1) X/Y value pair must be monotonously incremented 2) First value of X/Y pair must be 0/0 3) Last value of X/Y pair must be 100/100 Continue ?
1493	Yes;No
1494	Select no of points (X/Y pairs) to be entered
1495	2;3;4;5;6;7;8;9;10;11;12;13;14;15;16;17;18;19;20;21;22
1496	X0 Value
1497	x0
1498	Y0 Value
1499	y0
1500	X1 Value
1501	x1
1502	Y1 Value
1503	y1
1504	X2 Value
1505	x2
1506	Y2 Value
1507	y2
1508	X3 Value
1509	x3
1510	Y3 Value
1511	y3
1512	X4 Value
1513	x4
1514	Y4 Value
1515	y4
1516	X5 Value
1517	x5
1518	Y5 Value
1519	y5
1520	X6 Value
1521	x6
1522	Y6 Value
1523	y6
1524	X7 Value
1525	x7
1526	Y7 Value
1527	y7
1528	X8 Value
1529	x8
1530	Y8 Value
1531	y8
1532	X9 Value
1533	x9
1534	Y9 Value
1535	y9
1536	X10 Value
1537	x10
1538	Y10 Value
1539	y10
1540	X11 Value
1541	x11
1542	Y11 Value
1543	y11
1544	X12 Value
1545	x12
1546	Y12 Value
1547	y12
1548	X13 Value
1549	x13
1550	Y13 Value
1551	y13
1552	X14 Value
1553	x14
1554	Y14 Value
1555	y14
1556	X15 Value
1557	x15
1558	Y15 Value
1559	y15
1560	X16 Value
1561	x16
1562	Y16 Value
1563	y16
1564	X17 Value
1565	x17
1566	Y17 Value
1567	y17
1568	X18 Value
1569	x18
1570	Y18 Value
1571	y18
1572	X19 Value
1573	x19
1574	Y19 Value
1575	y19
1576	X20 Value
1577	x20
1578	Y20 Value
1579	y20
1580	X21 Value
1581	x21
1582	Y21 Value
1583	y21
1584	Select
1585	Continue;Re-enter no of x/y pairs
1586	Result :%[L]{pdp_TAB_STATUS} -> %{pdp_TAB_STATUS}
1587	Click on 'Load curve from device' button to load the curve from device
1588	CP331896
1589	SV2317113
1590	Access Code is verified.
1591	Incorrect Access Code.
1592	Enter information
1593	disp_string2
1594	Aborting procedure due to last error.
1595	PV value read PV : %{0}%{1}
1596	Set PV Zero;Ready
1597	Aborting procedure due to last error
1598	PV value read PV: %{0}%{1}
1599	Set PV Value;Ready
1600	Enter new PV value:
1601	P-dP Bias will be Reset
1602	OP :%{2}% PV :%{0}%{1} URV and LRV will be shifted. Continue?
1603	Enter new OP percent val:
1604	Applied values read: PV: %{1} %{0}
1605	Applied zero reads: PV: %{1}%{0}
1606	Device will perform warm startup.After the end of this operation it may be necessary to reconnect the device. Continue?
1607	The Sensor Trimming is set to the User trimming! Actual settings are lost. Continue?
1608	The Device is set to default setting! Actual settings are lost.After the end of this operation it may be necessary to reconnect the device. Continue?
1609	Configuration Changed Flag reset is complete
1610	The Actual Sensor Trimming is Saved as User Trimming! Continue?
1611	The Actual device settings is Saved as Default setting! Continue?
1612	The Sensor Trimming parameters are set to the factory settings! User specific settings are lost. Continue?
1613	The Output Trimming parameters are set to the factory settings! User specific settings are lost. Continue?
1614	Simulate Presure Value;Simulate Sensor Temperature Value;Exit
1615	Enter the Pressure Simulation Value
1616	Enter the Sensor Temperature Simulation Value
1617	Device Serial No:%{0}%{1}%{2}000000000%{4}
1618	Device Serial No:%{0}%{1}%{2}00000000%{4}
1619	Device Serial No:%{0}%{1}%{2}0000000%{4}
1620	Device Serial No:%{0}%{1}%{2}000000%{4}
1621	Device Serial No:%{0}%{1}%{2}00000%{4}
1622	Device Serial No:%{0}%{1}%{2}0000%{4}
1623	Device Serial No:%{0}%{1}%{2}000%{4}
1624	Device Serial No:%{0}%{1}%{2}00%{4}
1625	Device Serial No:%{0}%{1}%{2}0%{4}
1626	Device Serial No:%{0}%{1}%{2}%{4}
1627	Hardware Revision:0%{0}.0%{1}.0%{2}
1628	Software Revision:0%{0}.0%{1}.0%{2}
1629	Sensor Revision:0%{0}.0%{1}.0%{2}
1630	Electronic Temperature out Of Low Limit
1631	Electronic Temperature out Of High Limit
1632	Electronic Temperature out Of Low Limit Electronic Temperature out Of High Limit
1633	Analog Output Low Saturated
1634	Analog Output High Saturated
1635	Analog Output Low Saturated Analog Output High Saturated
1636	P-dp Simulation Active
1637	Static Pressure Simulation Active
1638	Sensor Temperature Simulation Active
1639	P-dp Simulation Active Static Pressure Simulation Active
1640	P-dp Simulation Active Sensor Temperature Simulation Active
1641	Static Pressure Simulation Active Sensor Temperature Simulation Active
1642	P-dp Simulation Active Static Pressure Simulation Active Sensor Temperature Simulation Active
1643	Power supply too Low
1644	Power Supply too High
1645	Power supply too Low Power Supply too High
1646	SV is:
1647	TV is:
1648	QV is:
1649	Select the Lock type:
1650	Permanent lock;Temporary lock;Lock All
1651	Pressure value simulation disabled.
1652	Please enter the value to simulate
1653	Pressure value simulated.
1654	Select choice:
1655	Simulate;Exit;
1656	Sensor Temperature value simulated.
1657	Simulate ;Exit;
1658	Last Input val used: Hival: %{2}%{0} Loval: %{1}%{0}
1659	High Trim;Low Trim;Display limits;Exit
1660	Apply a loval Pres. Lower than Hival
1661	Pressure stabilizing. PLEASE WAIT...
1662	Pres. applied: %{1}%{0}
1663	Enter lower trim value
1664	Apply a Hival Pres. Higher than Loval
1665	Enter upper trim value
1666	SENSOR LIMITS: USL: %{2}%{0} LSL: %{1}%{0}
1667	CALIBRATION: URV: %{5}%{3} LRV: %{4}%{3}
1668	Sensor temperature read: : %{1}%{0}
1669	Last Input val used : Val: %{1}%{0}
1670	Enter the reference Temperature
1671	a
1672	b
1673	c
1674	Sensor Serial No:
1675	00000%{4}
1676	0000%{4}
1677	000%{4}
1678	00%{4}
1679	0%{4}
1680	%{4}
1681	%{4} Incorrect number!
1682	Sensor Serial No:%{a}%{snsrSerialNo_Part0}%{b}%{snsrSerialNo_Part1}%{c}%{snsrSerialNo_Part2}%{d}%{snsrSerialNo_Part3}00000%{snsrSerialNo_Part4}
1683	Sensor Serial No:%{a}%{snsrSerialNo_Part0}%{b}%{snsrSerialNo_Part1}%{c}%{snsrSerialNo_Part2}%{d}%{snsrSerialNo_Part3}0000%{snsrSerialNo_Part4}
1684	Sensor Serial No:%{a}%{snsrSerialNo_Part0}%{b}%{snsrSerialNo_Part1}%{c}%{snsrSerialNo_Part2}%{d}%{snsrSerialNo_Part3}000%{snsrSerialNo_Part4}
1685	Sensor Serial No:%{a}%{snsrSerialNo_Part0}%{b}%{snsrSerialNo_Part1}%{c}%{snsrSerialNo_Part2}%{d}%{snsrSerialNo_Part3}00%{snsrSerialNo_Part4}
1686	Sensor Serial No:%{a}%{snsrSerialNo_Part0}%{b}%{snsrSerialNo_Part1}%{c}%{snsrSerialNo_Part2}%{d}%{snsrSerialNo_Part3}0%{snsrSerialNo_Part4}
1687	Sensor Serial No:%{a}%{snsrSerialNo_Part0}%{b}%{snsrSerialNo_Part1}%{c}%{snsrSerialNo_Part2}%{d}%{snsrSerialNo_Part3}%{snsrSerialNo_Part4}
1688	Sensor Serial No:%{a}%{snsrSerialNo_Part0}%{b}%{snsrSerialNo_Part1}%{c}%{snsrSerialNo_Part2}%{d}%{snsrSerialNo_Part3}%{snsrSerialNo_Part4} Incorrect number!
1689
1690	e
1691	00000
1692	0000
1693	000
1694	00
1695	invalid
1696	Refreshing page...
1697	Refresh action complete.
1698	Diagnostics QR Code status is updated
1699	.
1700
1701	000000000
1702	00000000
1703	0000000
1704	000000
1705	Enter new PV
1706	Now Apply input pressure URV:%{0} %{2} LRV:%{1} %{2}
1707	Current process value: %{0} %{1}
1708	Continue read value;Set as 4mA value;Set as 20mA value;Exit
1709	Set polling address
1710	iPoll
1711	Polling address selected is greater than 0. Please select loop current mode. Recommended to disable loop current mode.
1712	Polling address selected is 0. Please select loop current mode. Recommended to enable loop current mode.
1713	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}000000000%{Local_DeviceSerialNumber}
1714	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}00000000%{Local_DeviceSerialNumber}
1715	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}0000000%{Local_DeviceSerialNumber}
1716	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}000000%{Local_DeviceSerialNumber}
1717	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}00000%{Local_DeviceSerialNumber}
1718	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}0000%{Local_DeviceSerialNumber}
1719	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}000%{Local_DeviceSerialNumber}
1720	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}00%{Local_DeviceSerialNumber}
1721	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}0%{Local_DeviceSerialNumber}
1722	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}%{Local_DeviceSerialNumber}
1723	Device failed to accept Setpoint TabOpCode == 1 (New Operation)
1724	X%{q} Value %
1725	Y%{q} Value %
1726	Writing table data to device
1727	Device failed to accept Setpoint TabOpCode == 2 (Last Value)
1728	Squawk in progress..
1729	Do you want to end squawk?
Reference ID	String