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	staticPressureCustomerMaxMinValues units
20	sensorTemperatureCustomerMaxMinValues units
21	°C
22	°F
23	°R
24	K
25	Min value reached by the Pressure Sensor
26	Min.Pressure Value
27	.3f
28	Max value reached by the Pressure Sensor
29	Max.Pressure Value
30	Min value reached by the Static Pressure Sensor
31	Min.Static Pressure Value
32	Max value reached by the Static Pressure Sensor
33	Max.Static Pressure Value
34	Min value reached by the Sensor Temperature
35	Min.Temperature Value
36	.2f
37	Max value reached by the Sensor Temperature
38	Max.Temperature Value
39	array CustomerMaxMin
40	index array CustomerMaxMin
41	pdpServiceMaxMinValues units
42	staticPressureServiceMaxMinValues units
43	sensorTemperatureServiceMaxMinValues units
44	array ServiceMaxMin
45	index array ServiceMaxMin
46	reset customerMaxMinValues
47	reset serviceMaxMinValues
48	Simulation Status
49	Disabled
50	Enabled
51	pdpSimulation units
52	Pressure Value
53	staticPressureSimulation_units
54	Static P.Value
55	sensorTemperatureSimulation units
56	Sens.Temp.Val
57	array SimulationValues
58	index array_SimulationValues
59	Set PV to desired Value
60	pdpBiasValue units
61	Value used as Bias for the elevation or suppression of the measure in order to match the Output with what desired as New PV
62	Bias Value
63	Upper Range Value
64	Upper Range Value
65	Lower Range Value
66	Lower Range Value
67	Warning! Span too Small
68	Curve for output signal
69	Linearization Type
70	Linear
71	Linear Table 22pt
72	Cylindrical tank- fixed table
73	Spherical tank- fixed function
74	Square Root
75	Square Root Third Power
76	Square Root Fifth Power
77	Bi-Directional Square Root
78	Unit
79	Unit for digital output
80	ft3/min
81	gal/min
82	L/min
83	ImpGal/min
84	m3/h
85	ft/s
86	m/s
87	gal/s
88	Million gal/d
89	L/s
90	MillionL/d
91	ft3/s
92	ft3/d
93	m3/s
94	m3/d
95	ImpGal/h
96	ImpGal/d
97	mV
98	Ohms
99	Hz
100	mA
101	gal
102	L
103	ImpGal
104	m3
105	ft
106	m
107	barrels
108	in
109	cm
110	mm
111	min
112	s
113	h
114	d
115	cST
116	cP
117	microS
118	%
119	V
120	pH
121	g
122	kg
123	t
124	lb
125	STon
126	LTon
127	mS/cm
128	microS/cm
129	N
130	N.m
131	g/s
132	g/min
133	g/h
134	kg/s
135	kg/min
136	kg/h
137	kg/d
138	t/min
139	t/h
140	t/d
141	lb/s
142	lb/min
143	lb/h
144	lb/d
145	STon/min
146	STon/h
147	STon/d
148	LTon/h
149	LTon/d
150	decaTherm
151	SGU
152	g/cm3
153	kg/m3
154	lb/gal
155	lb/ft3
156	g/ml
157	kg/L
158	g/L
159	lb/in3
160	STon/yd3
161	°Twad
162	°Baum (hv)
163	°Baum (lt)
164	°API
165	% sol/wt
166	% sol/vol
167	°Ball
168	proof/vol
169	proof/mass
170	Bushel
171	yd3
172	ft3
173	in3
174	in/s
175	in/min
176	ft/min
177	deg/sec
178	rps
179	rpm
180	m/h
181	m3/h normal
182	L/h normal
183	ft3/min std
184	bbl (liq)
185	oz
186	ft·lbf
187	kW
188	kW·h
189	hp
190	ft3/h
191	m3/min
192	barrels/s
193	barrels/min
194	barrels/h
195	barrels/d
196	gal/h
197	ImpGal/s
198	L/h
199	ppm
200	Mcalth/h
201	MJ/h
202	Btuth/h
203	deg
204	rad
205	micro g/L
206	icro g/m3
207	%Consistency
208	% vol
209	% stm qual
210	Ft in Sixteenths
211	ft3/lb
212	pF
213	ml/L
214	micro l/L
215	%Plato
216	% Lower Explosion Level
217	Mcalth
218	Kohms
219	MJ
220	Btuth
221	m3 normal
222	L normal
223	ft3 std
224	ppb
225	gal/d
226	hl
227	None
228	Custom Unit
229	Upper limit for digital output
230	Lower limit for digital output
231	Special unit
232	Custom Unit
233	static Pressure New Value
234	staticPressureBias units
235	special unit
236	Min Temperature Limit
237	Minimum limit of temperature within the sensor is compensated as from data sheet
238	Max Temperature Limit
239	Maximum limit of temperature within the sensor is compensated as from data sheet
240	Sensor Temperature Trim Value
241	Enables local operation with push buttons
242	Local Operations
243	Curve only for the variable to be displayed
244	Unit of the variable to be displayed
245	Unit
246	Upper Range of the variable to be displayed
247	Lower Range of the variable to be displayed
248	Display language
249	Language
250	English
251	German
252	French
253	Spanish
254	Italian
255	Display luminosity
256	Contrast
257	Selection of the lines to be used for the display
258	Display Mode
259	One Line
260	One Line + Bargraph
261	Two Lines
262	Two Lines + Bargraph
263	Variable to be displayed on line 1
264	Line 1 View
265	Pressure
266	Scaled output
267	Current Output
268	Output Percent
269	Totalizer 1
270	Totalizer 2
271	Batch Counter
272	Sensor Temperature
273	Static Pressure
274	HMI Scaled Output
275	Variable to be displayed on line 2
276	Line 2 View
277	Variable to be represented on the bargraph
278	Bargraph View
279	Software revision of the display when it is installed
280	Display Revision
281	Not Installed
282	1
283	2
284	3
285	4
286	5
287	6
288	7
289	8
290	9
291	10
292	11
293	12
294	13
295	14
296	15
297	16
298	17
299	18
300	19
301	20
302	21
303	22
304	23
305	24
306	25
307	26
308	27
309	28
310	29
311	30
312	31
313	32
314	33
315	34
316	35
317	36
318	37
319	38
320	39
321	40
322	41
323	42
324	43
325	44
326	45
327	46
328	47
329	48
330	49
331	50
332	51
333	52
334	53
335	54
336	55
337	56
338	57
339	58
340	59
341	60
342	61
343	62
344	63
345	64
346	65
347	66
348	67
349	68
350	69
351	70
352	71
353	72
354	73
355	74
356	75
357	resetPdpBias
358	resetStaticPressureBias
359	Long tag value
360	Long Tag
361	Limit gains near zero
362	Lin.Square Root Point [%]
363	Low flow cut off
364	Cut Off
365	Actual value of the reference
366	Lower Balance Point
367
368	Current table status
369	Table status
370	No Init
371	Good
372	Not Monoton Inc
373	Not Enough Value
374	Value Not Exp
375	Currently Loading
376	Not Init Offs
377	New Operation
378	Last Value
379	Delete Point
380	Insert Point
381	Replace Point
382	Sensor communication error
383	Upper Balance Point
384	Type of Sensor
385	Sensor Type
386	Differential Pressure
387	Absolute Pressure
388	Gauge Pressure
389	Type of Sensor
390	Differential Pressure
391	Absolute Pressure
392	Gauge Pressure
393	pdpSensor_units
394	Minimum value for range limits
395	Lower Sensor Limit
396	Maximum value for range limits
397	Upper Sensor Limit
398	Minimum difference between URV and LRV
399	Minimum Span
400	staticPressureTrim_units
401	Minimum value for range limits
402	Maximum value for range limits
403	Minimum difference between URV and LRV
404	array_PressureSensor_Limits_and_TrimValues
405	index_array_PressureSensor_Limits_and_TrimValues
406	HW version major
407	SW version major
408	dummy_revision_byte0
409	dummy_revision_byte1
410	dummy_revision_byte2
411	sensor revision byte 0
412	sensor revision byte 1
413	sensor revision byte 2
414	Material of process wetted diaphragm of the Sensor
415	Diaphragm Material
416	Monel
417	Tantalum
418	Ceramic
419	AISI 316L Stainless Steel
420	Hastelloy C276
421	Gold plated Hastelloy C276
422	Monel Gold Plated
423	PTFE Hastelloy
424	Monel 400
425	Not used
426	Sensor filling liquid
427	Filling Fluid
428	Silicone Oil
429	Fluorcarbon
430	White oil (FDA)
431	Inert Oil (Galden)
432	Glycerin + H2O
433	Santotherm
434	Silicone oil food
435	Vegetable oil Neobee
436	Dowtherm
437	Ethyl Benzene
438	Ethyl Alcohol
439	Prophylene glicol/water
440	ABB Fill (dibutyl penthalate)
441	Syltherm 800
442	Mercury
443	DC97 9120 Pharma-B-Grade
444	Mineral oil (Marcol 82)
445	Silicon oil Hi Temp AN140
446	Silicon Oil Low Temp Syltherm XLT
447	Inert Oil (Halocarbon 4.2)
448	Not used
449	Type of Process connction for Gauge pressure transmitters
450	Process Connection Material
451	Carbon Steel
452	AISI 304SS
453	AISI 316 Stainless Steel
454	Hastelloy C
455	Kynar
456	17-PH-17
457	Type of Process connction on the side L of the Differential Transmitters
458	Connection Type
459	Conventional
460	Remote Seal
461	Level Flange Type Flush
462	Level Flange Type Extended
463	Welded Flange
464	Level Sanitary
465	Level Food
466	No Flange, Direct Connection
467	All Welded for Remote Seal
468	Gasketed for Remote Seal
469	Direct Mount Seal (level)
470	Integral with seal
471	Welding bushing
472	Chemical tee
473	Threaded
474	364 Flange type
475	Material of the process connection of the Differential Transmitters
476	Flange Material
477	AISI 304SS
478	Material of process wetted sealing of the Differential Transmitters
479	O-Ring Material
480	AISI 316 SS
481	PTFE
482	Viton
483	Buna-N
484	Ethyl Prop.
485	Nitrile Rubber (Perbunan NBR)
486	Aluminium
487	TFE Glass Filled
488	Perfluoro elastomer
489	EPDM
490	Graphite
491	Silicone Rubber
492	Garlock
493	Material of sealing plug of the Differential Transmitters
494	Blanking Plug
495	Number of remote seal(s)
496	Number
497	One
498	Two
499	One on low side
500	One on high side
501	Type of remote seal on the side H of the Sensor
502	Type
503	Wafer
504	Off line threated
505	Chemical Tee
506	Button
507	Triclamp & Cherry Burrell
508	Alimentary (Union Nut)
509	Union Connection
510	Aseptic
511	Off line flanged connection
512	Sanitary Flush
513	Sanitary Extended
514	Flush Flanged
515	Extended Flanged
516	Urea Service
517	Pulp & Paper
518	Beverage
519	Monel
520	Tantalum
521	AISI 316L Stainless Steel
522	Inconel
523	Hastelloy C276
524	AISI 316L TFE Coated
525	Monel Gold Plated
526	Hastelloy C276 TFE Coated
527	Monel 400
528	Inert Oil (Galden)
529	Glyceryn + H2O
530	Silicon oil Hi Temp (AN140)
531	Silicon oil Low Temp (Syltherm XLT)
532	Silicon oil Hi Temp (DC740)
533	Silicon oil (Baysilone M5 / 5 Cts)
534	Silicon oil (DC200/ 10 Cts)
535	Mineral oil (Marcol 122)
536	Fail Safe Level
537	Software Output fault direction between UP and DOWN
538	High
539	Low
540	Saturation limit low of the analog output current
541	Low Saturation
542	Saturation limit High of the analog output current
543	High Saturation
544	< 4mA during a fault.
545	Low Alarm Value
546	> 20mA during a fault
547	High Alarm Value
548	Current Fail Safe
549	Source of the Output fault between hardware and Software
550	Hardware Fail Safe Type
551	Software Fail Safe Type
552	The current meas.value correspond to:
553	pdpValue_units
554	staticPressureValue_units
555	sensorTemperatureValue_units
556	communicationScaleOutValue_units
557	Scaled Output
558	totalizer1Value_units
559	Custom unit
560	Totalization 1
561	totalizer2Value units
562	Totalization 2
563	totaliserBatchValue units
564	Totalization Batch
565	.0f
566	pdpTrimValue units
567	Cal Pressure
568	staticPressureTrimValue units
569	Cal Static Pres
570	array_266deviceVariableValues
571	index_array_266deviceVariableValues
572	Maximum Working Pressure Units - The units of the Maximum working pressure.
573	maxWorkingPressure units
574	Maximum limit of pressure within the sensor is compensated.
575	Max Working Pressure
576	serialNo_Part0
577	serialNo_Part1
578	serialNo_Part2
579	serialNo_Part2a
580	serialNo_Part3
581	serialNo_Part4
582	serialNo_Part5
583	opCode_saveActualTrimming
584	Save Actual Trimming
585	opCode_resetSensorTrimming
586	Reset Sensor Trimming
587	resetToDefault
588	save to default
589	En/Dis the effect of the PILD diagnosis result on the Process Variable output
590	Affect PV
591	Off
592	On
593	Lower bound of the frequency range over which the signal power is computed
594	Band Low
595	.5f
596	Upper bound of the frequency range over which the signal power is computed
597	Band High
598	period of time the PILD decide for the plugging state
599	Detection Time
600	Max variation of the dP to maintain the last training still valid
601	Max.Press.Deviation
602	En/Dis. the automatic execution of the training
603	Auto Retrain
604	No
605	Yes
606	Duration of training period
607	Training Time
608	Num. of training attempts if the result is not valid
609	Training Retries
610	PILD algorithm sensitivity
611	Sensitivity
612	Lowest
613	Very Low
614	Medium
615	Very High
616	Highest
617	En/Dis. the autotune of the signal frequency band
618	Band Autotuning
619	Start/Stop PILD execution
620	PILD Command
621	Idle
622	Go-Off
623	Training
624	Stop Training
625	diagnosisConditionNumber
626	diagnosisConditionDetailsClass
627	diagnosisConditionDetailsGroup
628	diagnosisConditionDetailsPriority
629	diagnosisConditionDetailsAlarmCounter
630	diagnosisConditionDetailsAlarmTimeCounterDay
631	diagnosisConditionDetailsAlarmTimeCounterMsec
632	diagnosisConditionDetailsTimeStampLastAlarmDay
633	diagnosisConditionDetailsTimeStampLastAlarmMsec
634	diagnosisConditionDetailsCodes0
635	diagnosisConditionDetailsCodes1
636	diagnosisConditionDetailsCodes2
637	diagnosisConditionDetailsCodes3
638	diagnosisConditionDetailsCodes4
639	diagnosisConditionDetailsCodes5
640	diagnosisConditionDetailsCodes6
641	diagnosisConditionDetailsCodes7
642	diagnosisConditionDetailsCodes8
643	diagnosisConditionDetailsCodes9
644	diagnosisConditionDetailsCodes10
645	diagnosisConditionDetailsCodes11
646	diagnosisConditionDetailsCodes12
647	diagnosisConditionDetailsCodes13
648	Diagnosis Masking Byte 0
649	P-dP Out Of Limit
650	Static Pressure Out Of Limit
651	Sensor Temperature Out Of Limit
652	Diagnosis Masking Byte 1
653	Primary Variable Out of Range
654	Diagnosis Masking Byte 2
655	Non-Volatile memory burn error
656	Electronic Interface error
657	Memory Failure
658	Diagnosis Masking Byte 3
659	Max.Working Pressure Exceeded
660	Diagnosis Masking Byte 4
661	Pressure Overrange
662	Impulse Line on Low Side Plugged
663	Analog Output Saturated
664	Unreliable Output Current
665	Power Supply warning
666	Configuration Error
667	PILD Output
668	Changed Operating Conditions
669	Diagnosis Masking Byte 5
670	Output ReadBack Failure
671	Electronic Temperature out of Limit
672	Diag Simulation
673	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
674	Diagnosis Simulation Group0
675	P-dP Sensor Fail
676	Static Pressure Sensor Fail
677	Sensor Temperature Fail
678	Both Impulse Lines Plugged
679	Diagnosis Simulation Group1
680	Impulse Line on High Side Plugged
681	Impulse Line on Low Side Plugged
682	One Undetected impulse line plugged
683	Diagnosis Simulation Group2
684	Sensor Memory Fail
685	Analog Output Low Saturated
686	Analog Output High Saturated
687	Digital to Analogue converter problem
688	Diagnosis Simulation Group3
689	Wrong Device Configuration
690	Electronic Temperature out of High Limit
691	Electronic Temperature out of Low Limit
692	Power Supply too Low
693	Power Supply too High
694	P-dP Simulation Active
695	Diagnosis Simulation Group4
696	Static Pressure Simulation Active
697	Sensor Temperature Simulation Active
698	Primary variable Out of High Range
699	Primary variable Out of Low Range
700	Missing Primary Signal
701	Invalid Sensor
702	Trend Configuration Error
703	Diagnosis Simulation Group5
704	Replace required-Both data direction valid
705	Replace required - FE to CB not applicable
706	Replace enabled -FE to CB not applicable
707	Totaliser Configuration Error
708	PILD algorithm status
709	PILD Status
710	Normal
711	PILD Diagnosis conditions
712	Not Valid
713	Press Deviation too different
714	One Undetected line Plugged
715	Both Lines Plugged
716	Line H Plugged
717	Line L Plugged
718	Training Output
719	Result of the Training phase
720	Training Not Done
721	Training OK
722	Training Frequency Tuning
723	Training Power Instable
724	Training Pressure Instable
725	Training Process noises too low
726	Process Condition (Min.Alfa)
727	Number of Start up
728	No. Power On
729	Total Working time_day
730	Total Working time_sec
731	Partial Working time_0
732	Partial Working time_1
733	Engineering unit of the Totalizer
734	Conversion factor to be applied to the selected Input variable for the Totalizer
735	Conv.Factor
736	.4f
737	Input Selector
738	MassFlow
739	VolumetricFlow
740	Direction of the totalization counting
741	Count direction
742	Up
743	Down
744	Value the batch totalization must reach for UP counting or to start from for DOWN counting
745	Preset Value
746	Reloading type of the Preset Value
747	Reload
748	Auto Reload
749	One Shot
750	Totalization Mode
751	Totalizer Mode
752	Batch
753	Mode1 (Forward/Reverse)
754	Mode2 (Forward-Reverse)
755	Mode3 (Forward+Reverse)
756	totalizer1_dummyvar
757	input to be totalized
758	totalizer2_dummyvar
759	index_array_totalizerConfig
760	array totalizerConfig
761	totalizer Password Action
762	Password for enabling the reset of the Totalizer
763	Entry Password
764	Totalizer Reset
765	Totalizer Status
766	Start/stop Totalization
767	Stop
768	Run
769	Status of the totalizer protection
770	Protected
771	Unprotected
772	Integration Time
773	A/D converter integration time
774	sec
775	Identify
776	Device
777	Additional Device Revision
778	Measurement Point
779	Additional Information
780	Parameterize
781	General
782	Sensor Set-up
783	P-dP Sensor
784	Static Press Sensor
785	Operational Limits
786	Sensor Materials
787	Process Connection High Side
788	Process Connection Low Side
789	Basic Sensor Materials
790	Gauge Sensor
791	Remote Seals
792	Quantity
793	High Side
794	Low Side
795	P-dP
796	Process Variable [P/dP]
797	Measured Value
798	Scaling
799	Value Input
800	Process Pressure Transfer
801	PV Bias
802	Parallel Shift
803	Transfer Function
804	Square Root Setting
805	Output [P/dP]
806	Filter
807	Hart Mapping
808	Fail Safe
809	Current Saturation Limits
810	Current Alarm Limits
811	Totalizer
812	Input Setting
813	Batch Setting
814	Display
815	Display Setting
816	Display Scaling
817	Process Variable
818	Output
819	Operate
820	Extras
821	Resets
822	Reset
823	Savings
824	Load factory settings
825	Totalizer Protection
826	Change Password
827	Reset Totalizer
828	Simulation
829	Calibration
830	Pressure Sensor
831	Diagnosis
832	Diagnosis Monitoring
833	Device state is :Maintenance required
834	Device state is :Function check
835	Device state is :Out of specification
836	Device state is :Failure
837	Device state is OK
838	Electronics
839	Sensor/Actuators
840	Installation/Start up
841	Process
842	Operating Conditions
843	Configuration
844	PILD
845	PILD Monitoring
846	PILD Training
847	PILD Setting
848	Historic Info
849	Pressure Variable Logging
850	Sensor Temperature Logging
851	Static Pressure Logging
852	Offline
853	Output Simulation
854	Physical device identification
855	Observe
856	Trend
857	Analog Output
858	Edit user curve
859	User-Curve Value
860	User-Curve
861	User-Curve Graph
862	Customer Specific Curve
863	Displays the Customer specific Input points,Output points
864	No.
865	X-value in %
866	Y-value in %
867	X0 Val
868	7.3f
869	X1 Val
870	X2 Val
871	X3 Val
872	X4 Val
873	X5 Val
874	X6 Val
875	X7 Val
876	X8 Val
877	X9 Val
878	X10 Val
879	X11 Val
880	X12 Val
881	X13 Val
882	X14 Val
883	X15 Val
884	X16 Val
885	X17 Val
886	X18 Val
887	X19 Val
888	X20 Val
889	X21 Val
890	Y0 Val
891	Y1 Val
892	Y2 Val
893	Y3 Val
894	Y4 Val
895	Y5 Val
896	Y6 Val
897	Y7 Val
898	Y8 Val
899	Y9 Val
900	Y10 Val
901	Y11 Val
902	Y12 Val
903	Y13 Val
904	Y14 Val
905	Y15 Val
906	Y16 Val
907	Y17 Val
908	Y18 Val
909	Y19 Val
910	Y20 Val
911	Y21 Val
912	Load curve from device
913	Save curve to device
914	Create a new curve and save it to device
915	User Curve
916	Input Pressure
917	PdP
918	Static Pressure
919	Output
920	Analog Output
921	Analog
922	Bargraph
923	Rerange 4-20mA
924	Set PV to Zero
925	Enable the setting of the PV = 0.0 operation
926	Set PV Val
927	Enable the New PV operation
928	PV Bias Reset
929	PV Scaling Reset method - P-dP Bias will be Reset
930	Enable Parallel Shift operation
931	Rerange 4-20mA
932	Perform a device rerange to 4 - 20ma by applying source pressure input.
933	Set PV Zero
934	PV Bias Reset - Static Pressure Bias will be Reset
935	Parallel Shift
936	Enable the Parallel Shift Operation
937	Full trim method - The full trimming allows the performance of high or low trim.
938	Full trim
939	Sensor Temperature Trimming
940	Sensor Temperature Trimming
941	LO trim method - Allows the performance low trim.
942	Lo Trim
943	Reset Device
944	Warm Start-up configuration is not changed the device is restarted
945	Reset to User Sensor Trimming
946	Reset Configuration To Default
947	Reset device parameters to their default values (not the address)
948	Reset Configuration Changed Flag
949	Reset the device Configuration Changed flag
950	Save as User Sensor Trimming
951	Save the actual sensor trimming as User Trimming
952	Save Configuration as Default
953	The actual device configuration is saved as default configuration
954	Reset Factory Sensor Trimming
955	Reset to Factory Sensor Trimming
956	Reset Factory Output Trimming
957	Reset to Factory Output D/A converter Trimming
958	Aborting Input Simulation
959	Input Simulation
960	Protect Totaliser
961	Unprotect Totaliser
962	Execute
963	Reset Totalizer 1
964	Reset the Totalizer 1 value
965	Reset Totalizer 2
966	Reset Totalizer Batch
967	Reset the counter of Batch Number
968	n
969	Device Serial No
970	Unique device serial No.
971	Hardware Revision
972	Hardware revision
973	Software Revision
974	Software Revision
975	Sensor Revision
976	cancel pild training
977	PILD Execute
978	PILD CommaNd Execute method
979	More Info
980	More Information Available:Electronic Temperature
981	More Information Available:PILD Output
982	More Information Available:Analog output
983	More Information Available: Configuration Error
984	More Information Available: input simulation
985	More Information Available:unreliable Output Current
986	More Information Available:invalid sensor
987	More Info:
988	More Information Available:primary value
989	More Information Available:Replace Info
990	Hours
991	Total Working time
992	Time the device is working
993	Clear Other Diag Simulation
994	Change PV Mapping
995	Change SV Mapping
996	Change TV Mapping
997	Change QV Mapping
998	P-dP
999	Engineering Unit
1000	Totalizer 2
1001	Batch Number
1002	Set Lower Range Value
1003	Perform a device rerange to 4 ma by applying source pressure input.
1004	Set Upper Range Value
1005	Perform a device rerange to 20 ma by applying source pressure input.
1006	New PV
1007	Desired Output Measure
1008	Reset PV Bias
1009	Enable the Reset of the Bias = 0.0 operation
1010	Execution of the Parallel Shift operation
1011	Pressure Simulation
1012	Simulation Value
1013	Static Pressure Simulation
1014	Sensor Temp Simulation
1015	Pressure Simulation
1016	Static Pressure Simulation
1017	Sensor Temperature Simulation
1018	Pressure Input
1019	Definition of High (+) and Low (-) sides of the Pressure Inputs
1020	Direct
1021	Reverse
1022	Pressure Polarity
1023	Local_DeviceSerialNumber
1024	Device State
1025	OK
1026	Function Check
1027	Out of Specification
1028	Maintenance Required
1029	Failure
1030	2600T 266 Pressure
1031	Possible Cause :Mechanical damage to the sensor. Loss of fill fluid from the cell; ruptured diaphragm.. Suggested Action :The sensor must be replaced.
1032	Possible Cause :The circuitry for the sampling of the static pressure has failed. Suggested Action : The sensor must be replaced.
1033	Possible Cause :The circuitry for the sampling of the temperature has failed. Suggested Action :The sensor must be replaced.
1034	Reserved
1035	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.
1036	Possible Cause :The static pressure of the process exceeds the limit of the sensor. Exceeding the Static Pressure can reduce accuracy, mechanically damage the diaphragm and may require calibration/replacement. An incorrect transducer model could have been selected. Suggested Action :The compatibility of pressure transmitter model and process conditions has to be checked. Probably a different transmitter type is required.
1037	Possible Cause :The temperature of the process environment affects the pressure transmitter; Excess temperature can reduce accuracy, degrade device components and may require calibration/replacement. Suggested Action :The compatibility of pressure transmitter model and process conditions has to be checked. A different installation type could be required e.g. use of remote seals.
1038	Sensor Invalid
1039	Possible Cause :Sensor memory corrupted. Suggested Action :The Sensor must be replaced.
1040	Possible Cause :Writings to the Sensor non-Volatile Memory was not successful. Suggested Action :The Sensor should be replaced as soon as possible.
1041	Possible Cause :Exchange of data between Electronics and Sensor have problems. Suggested Action :Power cycle the device and retry the operation, if the error persist the electronics should be replaced as soon as possible.
1042	Memory Failure
1043	Possible Cause :Electronic memory corrupted. Suggested Action :The electronics must be replaced.
1044	Possible Cause :Writings to the electronic non-Volatile Memory was not successful. Suggested Action :The electronics should be replaced as soon as possible.
1045	Input Simulation Active
1046	Possible Cause :The static pressure of the process exceeds the limit of the max working Pressure supported by the transmitter. Exceeding the Max Working Pressure can mechanically damage the process connections (flanges, pipes....) and/or be dangerous . Suggested Action :The compatibility of the process connection type and material with process conditions has to be checked. A different installation type could be required e.g. use of remote seals.
1047	Possible Cause :This effect could be produced by other equipment on the process, (valves.....). Exceeding the pressure range can cause reduced accuracy or mechanical damage to the diaphragm material and may require calibration/replacement. Suggested Action :The compatibility of pressure transmitter model and process conditions has to be checked. A different transmitter type could be required .
1048	Loop Test
1049	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).
1050	Possible Cause :Process conditions have changed to an extent that new settings for the PILD algorithm are needed. Suggested Action :A new Training is necessary for this new process condition.
1051	PILD output
1052	Possible Cause :The output circuit could be broken or not correctly calibrated. Suggested Action :Perform an Output Trimming and if the error persist the electronics must be replaced.
1053	Replace info
1054	The Electronics or the Sensor have been changed,but the replacement operation has not been executed
1055	Cmd 48 byte 14
1056	Device state
1057	Function check
1058	Out of specification
1059	Failure
1060	Maintenance required
1061	Cmd 48 byte 16
1062	Cmd 48 byte 17
1063	Cmd 48 byte 18
1064	Cmd 48 byte 19
1065	Cmd 48 byte 20
1066	Cmd 48 byte 21
1067	Cmd 48 byte 22
1068	Cmd 48 byte 23
1069	QV is
1070	New Lower range push upper range out of sensor limits
1071	Pressure -Differential Pressure
1072	Pdp USL
1073	Pdp LSL
1074	Pdp Minimum Span
1075	7d
1076	Physical unit for process pressure
1077	Damp an irregular signal
1078	Damping
1079	.1f
1080	Alarm with analog output
1081	O/P during fault
1082	Size
1083	sensor1 trim low
1084	sensor1 trim high
1085	Sensor1 trim support
1086	Pressure Status
1087	Static Pressure Status
1088	Sensor Temperature Status
1089	Scaled Output Status
1090	Totalization 1 Status
1091	Totalization 2 Status
1092	Pres LS
1093	Pres Fmly stat
1094	Acquisition Period
1095	classification
1096	device Family
1097	StaticPr Value
1098	Static Pressure will be shown in this unit
1099	Static Pressure Unit
1100	Static Pressure Collection
1101	Linearity
1102	sensor Temperature value
1103	Sensor Temperature will be shown in this unit
1104	Temperature Unit
1105	Sensor Temperature Damping
1106	SensorTemp Collection
1107	devVar3 Value
1108	devVar3 Damping
1109	enggUnit collection
1110	devVar4 value
1111	devVar4 Units
1112	Totaliser1 collection
1113	devVar5 value
1114	devVar5 Units
1115	Totaliser2 collection
1116	devVar6 value
1117	devVar6 Units
1118	Totaliser Batch Collection
1119	P-dp
1120	upload to device
1121	upload from device
1122	PV
1123	SV
1124	TV
1125	QV
1126	Squawk Control
1127	Off
1128	On
1129	Squawk once
1130	squawk_abort_label
1131	Start Squawk
1132	Common Tables
1133	Interoperable *
1134	Universal
1135	Common Practice
1136	Pressure Universal
1137	Pressure Common
1138	Menu
1139	Rosemount Magflow
1140	Rosemount Pressure
1141	Moore Products
1142	Siemens Pressure
1143	P2 Common
1144	Wireless
1145	Munge
1146	Analytical Oxygen/Combustion/Methane/CO
1147	Flow Totalizer - Rate Indicator
1148	Flow Variable Area
1149	Flow Coriolis Mass
1150	Flow Ultrasonic - Gas
1151	Flow Ultrasonic - Liquid
1152	Level Ultrasonic
1153	Level Radar - Microwave
1154	Pressure Absolute
1155	Level Capacitance
1156	Pressure Differential
1157	Level Hydrostatic
1158	Level
1159	Pressure Absolute/Relative
1160	Level Microwave
1161	Level Radar
1162	Level Density - Nuclear
1163	Flow Electromagnetic
1164	Flow Vortex
1165	Flow Magmeter - Rack Version
1166	Flow High Performance Magmeter
1167	Flow Mass
1168	Flow Ultrasonic
1169	Flow Magnetic
1170	Flow Magnetic - Custody Transfer
1171	Flow 2-wire Magnetic
1172	Flow Coriolis Mass - Custody Transfer
1173	Flow 2-wire Vortex
1174	Flow Thermal
1175	Temperature Head Mounted
1176	Temperature Compact
1177	Temperature DIN Rail Mounted
1178	Analytical pH
1179	Analytical Conductivity - Conductive
1180	Analytical Conductivity - Inductive
1181	Temperature Sensor
1182	Level Servo
1183	Temperature DIN Rail
1184	Temperature
1185	Analytical ORP
1186	Analytical pION
1187	Analytical IConc
1188	Analytical Electrode Conductivity
1189	Analytical Toroidal Conductivity
1190	Valve Positioner
1191	Valve Controller
1192	Pressure
1193	Pressure Multivariable
1194	Analytical pH/ORP
1195	Flow Coriolis
1196	Analytical Conductivity
1197	Valve Positioner/Pneumatic
1198	Valve Actuator - Electrical
1199	Temperature Dual Input
1200	Valve Actuator
1201	Analytical Corrosion
1202	Analytical Density - Nuclear
1203	Level Continuous Gamma
1204	Level Laser Ranging
1205	Pressure Safety
1206	Flow Vortex/Swirl
1207	Flow
1208	Analytical 4 Electrode Conductivity
1209	Analytical 2 Electrode Conductivity
1210	Analytical Troidal Conductivity
1211	Analytical pH/ORP/pIon/Ion Conc
1212	Analytical Oxygen
1213	Pressure P, dP + Multivariable
1214	Temperature 2-wire
1215	Pressure w/ PID
1216	Pressure Saturated Steam
1217	Analytical Density - Gamma Ray
1218	Level Gamma Ray
1219	Analytical Weight - Gamma Ray
1220	Level w/ Density - Gamma Ray
1221	Analytical Motorized Density
1222	Flow Multivariable Mass
1223	Temperature Multivariable
1224	Specialty HART-to-Analog Signal Conv
1225	Flow dP
1226	Pressure Low Power
1227	Pressure Certified SIL2
1228	Interoperable
1229	Analytical Density
1230	Valve Positioner/Electropneumatic
1231	Flow Magnetic Inductive
1232	Analytical
1233	Analytical Opacity Monitor
1234	Analytical Oxygen/Combustion
1235	Analytical 2-wire Conductivity
1236	Analytical 2-wire Conductivity w/ pure H20
1237	Analytical 2-wire Conductivity w/ % conc
1238	Analytical 2-wire Oxygen/Chlorine/Ozone
1239	Analytical 2-wire pH/ORP
1240	Analytical 2-wire Contacting/Toroidal
1241	Analytical Oxygen - High Temperature
1242	Analytical Conductivity w/ % conc
1243	Analytical pH/ORP/ISE
1244	Analytical Amperometric Analyzer
1245	Analytical Dual Input Analyzer
1246	Pressure Pressure/Level
1247	Analytical Consistency
1248	Analytical Microwave-Pulp Consistency
1249	Analytical Microwave Consistency
1250	Valve Digital Positioner
1251	Valve Smart Valve Positioner
1252	Temperature Differential
1253	Analytical Dissolved Oxygen
1254	Analytical pH Controller
1255	Analytical Conductivity/Resistivity Controller
1256	Analytical Conductivity/Resistivity
1257	Level Displacement
1258	Temperature w/ PID
1259	Valve Universal Positioner
1260	Level Radar - Reflex
1261	Pressure Gauge
1262	Pressure Sealed Gauge
1263	Valve Digital Positioner w/ PID
1264	Valve Intelligent Positioner
1265	Analytical Gas Detector
1266	Analytical Infrared Gas Detector
1267	Analytical Electrochemical Gas Detector
1268	Analytical Measuring Instruments
1269	Level Magnostrictive
1270	Valve On/Off Valve Controller
1271	Level Radar - Pulse
1272	Level Continuous Capactive
1273	Valve Damper Actuator
1274	Valve Electric Damper Actuator
1275	Flow Electronic
1276	Flow Vortex - Multiparameter Mass
1277	Analytical UV Flame Detector
1278	Analytical UVIR Flame Detector
1279	Analytical IR Flame Detector
1280	Analytical Fire Detector
1281	Analytical Gas Detector Display Interface
1282	Analytical Toxic Gas Detector
1283	Analytical Flame Detector
1284	Level Nuclear
1285	Analytical Microwave
1286	Analytical Density - Radiometric
1287	Level Radiometric
1288	Analytical Gas/Steam
1289	Level Nucleonic
1290	Analytical Blade Consistency
1291	Analytical Rotary Consistency
1292	Pressure Absolute/Differential
1293	Positioner
1294	Analytical Combustible Gas Detector
1295	Analytical Point Infrared Gas Detector
1296	Analytical Multi-Detector Monitor System
1297	Valve Positioner/Electro-hydraulic
1298	Valve Monitor
1299	Enable on token-passing data link layer only
1300	Enable on TDMA data link layer only
1301	Enable on both TDMA and token-passing data link layer
1302	WirelessHART Device
1303	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1304	Primary
1305	Primary Analog Channel
1306	Secondary
1307	Secondary Analog Channel
1308	Tertiary
1309	Tertiary Analog Channel
1310	Quaternary
1311	Quaternary Analog Channel
1312	Quinary
1313	Quinary Analog Channel
1314	Critical Power Failure
1315	Lock all
1316	Trim not supported
1317	Configuration cannot be changed
1318	Locked by gateway
1319	Analog Input Channel
1320	Analog Output Channel
1321	Secondary Analog Channel Saturated
1322	Tertiary Analog Channel Saturated
1323	Quaternary Analog Channel Saturated
1324	Quinary Analog Channel Saturated
1325	Secondary Analog Channel Fixed
1326	Tertiary Analog Channel Fixed
1327	Quaternary Analog Channel Fixed
1328	Quinary Analog Channel Fixed
1329	Simulation active
1330	The device is in simulation mode and the level output is not representative of the process.
1331	Non-Volatile memory failure
1332	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1333	Volatile memory error
1334	The RAM memory check is invalid or maybe corrupt
1335	Watchdog reset executed
1336	A watchdog reset has been performed
1337	Voltage conditions out of range
1338	A voltage condition is outside its allowable range
1339	Environmental conditions out of range
1340	An internal or environmental condition is beyond acceptable limits.
1341	Electronic failure
1342	A hardware problem not related to the sensor has been detected.
1343	Subdevice list changed
1344	Duplicate master detected
1345	Capacity Denied
1346	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1347	Bandwidth allocation pending
1348	Block transfer pending
1349	Continuous
1350	The Burst Message is published continuously at (worst case) the Minimum Update Period.
1351	Window
1352	The Burst Message is triggered when the source value deviates more than the specified trigger value
1353	Rising
1354	The Burst Message is triggered when source value Rises Above the specified trigger value.
1355	Falling
1356	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1357	On-change
1358	The Burst Message is triggered when any value in the message changes.
1359	Battery life
1360	Percent range
1361	Loop current
1362	Primary variable
1363	Secondary variable
1364	Tertiary variable
1365	Quaternary variable
1366	Enable event notification on token-passing data link layer
1367	Enable event notification on TDMA data link layer
1368	Enable event notification on TDMA and token-passing data link layer
1369	Configuration changed event pending
1370	Device status event pending
1371	More status available event pending
1372	Disable
1373	Enable single data point trending
1374	Enable filtered trending
1375	The sample is filtered using a time constant equal to one-third the trend sample period
1376	Enable average trending
1377	The value obtained by dividing the sum of all samples in the period by the total number of samples
1378	Read receive time
1379	Write date and time
1380	Non-Volatile Clock
1381	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.
1382	Clock Uninitialized
1383	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.
1384	Line Power
1385	Device is powered via a hardwired connection to a plant power source.
1386	Battery Power
1387	Device operates solely of its (internal) battery.
1388	Recharg.B./Power Sc.
1389	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).
1390	Idle
1391	Active search
1392	Looking for neighbors.
1393	Negotiating
1394	Quarantined
1395	Operational
1396	Suspended
1397	Deep sleep
1398	Ultra-low power
1399	Wireless Signal Found
1400	Network packets have been recognized
1401	Wireless Signal Identified
1402	Wireless Time Synchronized
1403	WirelessHart Signal Identified
1404	Network Admission Requested
1405	Set on transmission of first join request
1406	Join Retrying
1407	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.
1408	Join Failed
1409	Set on transition from Active Search mode to Deep Sleep mode. Cleared on transition from Deep Sleep to Active Search.
1410	Network Security Clearance Granted
1411	Network Manager Session Established
1412	Network Joined
1413	Network Joined. Normal superframe and links obtained.
1414	Network Bandwidth Requested
1415	Negotiating Network Properties. Gateway session obtained.
1416	Join Complete
1417	Normal operating mode.
1418	No restrictions
1419	SI Only
1420	Restricted to SI Unit codes only
1421	Open - accept all devices
1422	Use Whitelist for access
1423	Use Blacklist
1424	Use Whitelist and Blacklist
1425	Lockdown - disable join links
1426	Process automation device
1427	Discrete device
1428	Hybrid:Process automation+discrete
1429	I/O System
1430	WirelessHART Process automation device
1431	WirelessHART Discrete device
1432	WirelessHART Process automation+discrete
1433	WirelessHART Gateway
1434	WirelessHART Access point
1435	WirelessHART Process adapter
1436	WirelessHART Discrete adapter
1437	WirelessHART enabled handheld/portable maintenance tool
1438	Don't attempt to join
1439	Join now
1440	Attempt to join immediately on powerup or reset
1441	US
1442	United States of America
1443	JP
1444	Japan
1445	DE
1446	Germany
1447	FR
1448	France
1449	ES
1450	Spain
1451	RU
1452	Russian Federation
1453	CN
1454	People's Republic of China
1455	Nominal
1456	Device Power Status is nominal
1457	Low
1458	Device Power Status is low
1459	Critically Low
1460	Device Power Status is critically low
1461	Recharging - Low
1462	Recharging - High
1463	Secondary Master
1464	Primary Master
1465	PV Analog Channel Saturated
1466	PV Analog Channel Fixed
1467	Device Profile
1468	Device Diagnostic Status 0
1469	Device Diagnostic Status 1
1470	I/O and Subdevice Status
1471	WirelessHART Status
1472	Time Set Option
1473	Real Time Clock Flags
1474	Country
1475	Country of intended device installation
1476	SI Unit Control
1477	Indicates if device should only display SI unit codes
1478	Burst Trigger Units
1479	Burst Trigger Class
1480	Wired HART Enabled
1481	Enabled on Wired HART device connection only
1482	Wireless HART Enabled
1483	Enabled on WirelessHART device connection only
1484	Both Wired and WirelessHart Enabled
1485	Enabled on both Wired and WirelessHART connections
1486	Burst Msg Trigger Mode
1487	Event Status
1488	Event Notification Control
1489	Operate mode Mask
1490	Not Defined
1491	Power Source
1492	Power source of the device
1493	Wireless Mode
1494	Join Status
1495	The current location in the joining sequence of operations.
1496	Network Access Mode
1497	Join Mode
1498	Power Status
1499	Power status of the device
1500	Master Mode
1501	This sets the I/O System's Data Link Layer operation on all channels as either primary or secondary master mode.
1502	Trend Units
1503	Trend Device Variable Unit Code
1504	Trend Classification
1505	Trend Device Variable Classification
1506	Trend Control
1507	Device Status Mask
1508	Ext dev status Mask
1509	Device Diagnostic Status 0 Mask
1510	Device Diagnostic Status 1 Mask
1511	Device Diagnostic Status 2 Mask
1512	Device Diagnostic Status 3 Mask
1513	AO saturated Mask
1514	AO fixed Mask
1515	Latched Device Status
1516	Latched Ext dev status
1517	Latched Operate Mode
1518	Latched Device Diagnostic Status 0
1519	Latched Device Diagnostic Status 1
1520	Latched Device Diagnostic Status 2
1521	Latched Device Diagnostic Status 3
1522	Latched AO saturated
1523	Latched AO fixed
1524	Wireless Module Device Type
1525	Device type of the Wireless Radio
1526	Wireless Module Manufacturer ID
1527	Manufacturer of the Wireless Radio contained in this device
1528	Subdevice Device Type
1529	Device type of the subdevice attached to this system.
1530	Subdevice Manufacturer Id
1531	Manufacturer of the subdevice attached to this system.
1532	Time Stamp
1533	Relative time value on network
1534	8u
1535	Dynamic Variables Returned for Device Variables
1536	Command Response Truncated
1537	Configuration Change Counter Mismatch
1538	Status bytes mismatch
1539	Device Variable
1540	8.3f
1541	Number of points in the Device is -> %{pdp_TAB_ACTUAL_NUMBER}
1542	Upload in progress, please wait...
1543	All X-Y values read from device !!
1544	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 ?
1545	Yes;No
1546	Select no of points (X/Y pairs) to be entered
1547	2;3;4;5;6;7;8;9;10;11;12;13;14;15;16;17;18;19;20;21;22
1548	X0 Value
1549	x0
1550	Y0 Value
1551	y0
1552	X1 Value
1553	x1
1554	Y1 Value
1555	y1
1556	X2 Value
1557	x2
1558	Y2 Value
1559	y2
1560	X3 Value
1561	x3
1562	Y3 Value
1563	y3
1564	X4 Value
1565	x4
1566	Y4 Value
1567	y4
1568	X5 Value
1569	x5
1570	Y5 Value
1571	y5
1572	X6 Value
1573	x6
1574	Y6 Value
1575	y6
1576	X7 Value
1577	x7
1578	Y7 Value
1579	y7
1580	X8 Value
1581	x8
1582	Y8 Value
1583	y8
1584	X9 Value
1585	x9
1586	Y9 Value
1587	y9
1588	X10 Value
1589	x10
1590	Y10 Value
1591	y10
1592	X11 Value
1593	x11
1594	Y11 Value
1595	y11
1596	X12 Value
1597	x12
1598	Y12 Value
1599	y12
1600	X13 Value
1601	x13
1602	Y13 Value
1603	y13
1604	X14 Value
1605	x14
1606	Y14 Value
1607	y14
1608	X15 Value
1609	x15
1610	Y15 Value
1611	y15
1612	X16 Value
1613	x16
1614	Y16 Value
1615	y16
1616	X17 Value
1617	x17
1618	Y17 Value
1619	y17
1620	X18 Value
1621	x18
1622	Y18 Value
1623	y18
1624	X19 Value
1625	x19
1626	Y19 Value
1627	y19
1628	X20 Value
1629	x20
1630	Y20 Value
1631	y20
1632	X21 Value
1633	x21
1634	Y21 Value
1635	y21
1636	Select
1637	Continue;Re-enter no of x/y pairs
1638	Result :%[L]{pdp_TAB_STATUS} -> %{pdp_TAB_STATUS}
1639	Click on 'Load curve from device' button to load the curve from device
1640	Now Apply input pressure URV:%{0} %{2} LRV:%{1} %{2}
1641	Current process value: %{0} %{1}
1642	Continue read value;Set as 4mA value;Set as 20mA value;Exit
1643	Aborting procedure due to last error
1644	PV value read PV : %{0}%{1}
1645	Set PV Zero;Ready
1646	PV value read PV: %{0}%{1}
1647	Set PV Value;Ready
1648	Enter new PV value:
1649	P-dP Bias will be Reset
1650	OP :%{2}% PV :%{0}%{1} URV and LRV will be shifted. Continue?
1651	Enter new OP percent val:
1652	Now Apply input pressure (URV is %{0}%{2}) (LRV is %{1}%{2})
1653	Read new value;Set as 4mA value;Set as 20mA value;Exit
1654	Static Pressure Bias will be Reset
1655	Last Input val used: Hival: %{2}%{0} Loval: %{1}%{0}
1656	Select choice:
1657	High Trim;Low Trim;Display limits;Exit
1658	Apply a Hival Pres. Higher than Loval
1659	Pressure stabilizing. PLEASE WAIT...
1660	Pres. applied: %{1}%{0}
1661	Enter applied Hival:
1662	Apply a Loval Pres. Lower than Hival
1663	Enter applied Loval:
1664	SENSOR LIMITS: USL: %{2}%{0} LSL: %{1}%{0}
1665	CALIBRATION: URV: %{5}%{3} LRV: %{4}%{3}
1666	Applied values read: PV: %{1}%{0}
1667	Last Input val used: Val: %{1}%{0}
1668	Enter the reference Temperature:
1669	Applied values read: PV: %{1} %{0}
1670	Applied zero reads: PV: %{1}%{0}
1671	Last Input val used: Hival: %{2}%{0} Loval: %{1}%{0}
1672	Last Input val used: Loval: %{1}%{0}
1673	Low Trim;Display limits;Exit
1674	Apply Pres.
1675	SENSOR LIMITS: LSL: %{1}%{0}
1676	CALIBRATION: LRL: %{4}%{3}
1677	Applied values read: PV: %{1} Units: %{0}
1678	Applied zero reads: PV: %{1} Units: %{0}
1679	Device will perform warm startup.After the end of this operation it may be necessary to reconnect the device. Continue?
1680	The Sensor Trimming is set to the User trimming! Actual settings are lost. Continue?
1681	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?
1682	The Configuration Changed Flag is cleared! Continue?
1683	The Actual Sensor Trimming is Saved as User Trimming! Continue?
1684	The Actual device settings is Saved as Default setting! Continue?
1685	The Sensor Trimming parameters are set to the factory settings! User specific settings are lost. Continue?
1686	The Output Trimming parameters are set to the factory settings! User specific settings are lost. Continue?
1687	Simulate Presure Value;Simulate Sensor Temperature Value;Exit
1688	Enter the Pressure Simulation Value
1689	Enter the Sensor Temperature Simulation Value
1690	Simulate Presure Value;Simulate Static Presure Value;Simulate Sensor Temperature Value;Exit
1691	Enter the Static Pressure Simulation Value
1692	Enter the Password
1693	Enter New Password
1694	Warning! Totalizer 1 Value will be reset if you continue
1695	Warning! Totalizer 2 Value will be reset if you continue
1696	Warning! Totalizer Batch Value will be reset if you continue
1697	Device Serial No:%{0}%{1}%{2}000000000%{4}
1698	Device Serial No:%{0}%{1}%{2}00000000%{4}
1699	Device Serial No:%{0}%{1}%{2}0000000%{4}
1700	Device Serial No:%{0}%{1}%{2}000000%{4}
1701	Device Serial No:%{0}%{1}%{2}00000%{4}
1702	Device Serial No:%{0}%{1}%{2}0000%{4}
1703	Device Serial No:%{0}%{1}%{2}000%{4}
1704	Device Serial No:%{0}%{1}%{2}00%{4}
1705	Device Serial No:%{0}%{1}%{2}0%{4}
1706	Device Serial No:%{0}%{1}%{2}%{4}
1707	Hardware Revision:0%{0}.0%{1}.0%{2}
1708	Software Revision:0%{0}.0%{1}.0%{2}
1709	Sensor Revision:0%{0}.0%{1}.0%{2}
1710	The PILD is running.do you want to Stop it?
1711	Please wait....
1712	PILD Status:%{0} PILD Output: %{1} PILD Training Output: %{2}
1713	Do you want start now the new Training phase ?
1714	This operation may take several minutes..
1715	PILD Training in progress. Please wait....
1716	PILD Status: %{0} PILD Output: %{1} PILD Training Output: %{2}
1717	Electronic Temperature out Of Low Limit
1718	Electronic Temperature out Of High Limit
1719	Electronic Temperature out Of Low Limit Electronic Temperature out Of High Limit
1720	Power Supply Too Low
1721	Power Supply Too High
1722	Power Supply Too Low Power Supply Too High
1723	Both Impulse Line plugged
1724	Impulse Line On High Side Plugged
1725	Impulse Line On Low Side Plugged
1726	One Undetected Impulse Line Plugged
1727	Both Impulse Line plugged Impulse Line On High Side Plugged
1728	Impulse Line On High Side Plugged Impulse Line On Low Side Plugged
1729	Impulse Line On High Side Plugged One Undetected Impulse Line Plugged
1730	Impulse Line On Low Side Plugged One Undetected Impulse Line Plugged
1731	Both Impulse Line plugged One Undetected Impulse Line Plugged
1732	Both Impulse Line plugged Impulse Line On Low Side Plugged
1733	Both Impulse Line plugged Impulse Line On High Side Plugged Impulse Line On Low Side Plugged
1734	Impulse Line On High Side Plugged Impulse Line On Low Side Plugged One Undetected Impulse Line Plugged
1735	Both Impulse Line plugged Impulse Line On Low Side Plugged One Undetected Impulse Line Plugged
1736	Both Impulse Line plugged Impulse Line On High Side Plugged One Undetected Impulse Line Plugged
1737	Both Impulse Line plugged Impulse Line On High Side Plugged Impulse Line On Low Side Plugged One Undetected Impulse Line Plugged
1738	Analog Output Low Saturated
1739	Analog Output High Saturated
1740	Analog Output Low Saturated Analog Output High Saturated
1741	Trend Configuration Error
1742	Totaliser Configuration Error
1743	Trend Configuration Error Totaliser Configuration Error
1744	P-dp Simulation Active
1745	P-dp Simulation Active Static Pressure Simulation Active
1746	P-dp Simulation Active Sensor Temperature Simulation Active
1747	Static Pressure Simulation Active Sensor Temperature Simulation Active
1748	P-dp Simulation Active Static Pressure Simulation Active Sensor Temperature Simulation Active
1749	Digital To Analog Convertor Problem
1750	Wrong Device Configuration
1751	Digital To Analog Convertor Problem Wrong Device Configuration
1752	Missing Primary Signal
1753	Invalid Sensor
1754	Missing Primary Signal Invalid Sensor
1755	Primary Value Out Of Low Range
1756	Primary Value Out Of High Range
1757	Primary Value Out Of Low Range Primary Value Out Of High Range
1758	Replace required - Both data direction valid
1759	Replace required - FE to CB not applicable
1760	Replace enabled - FE to CB not applicable
1761	Replace required - Both data direction valid Replace required - FE to CB not applicable
1762	Replace required - Both data direction valid Replace enabled - FE to CB not applicable
1763	Replace required - FE to CB not applicable Replace enabled - FE to CB not applicable
1764	Replace required - Both data direction valid Replace required - FE to CB not applicable Replace enabled - FE to CB not applicable
1765	Days :%{1} Hours :%{2} Minutes :%{3} Seconds :%{4}
1766	PV is:
1767	SV is:
1768	TV is:
1769	QV is:
1770	Select the Lock type:
1771	Permanent lock;Temporary lock;Lock All
1772	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}000000000%{Local_DeviceSerialNumber}
1773	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}00000000%{Local_DeviceSerialNumber}
1774	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}0000000%{Local_DeviceSerialNumber}
1775	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}000000%{Local_DeviceSerialNumber}
1776	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}00000%{Local_DeviceSerialNumber}
1777	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}0000%{Local_DeviceSerialNumber}
1778	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}000%{Local_DeviceSerialNumber}
1779	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}00%{Local_DeviceSerialNumber}
1780	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}0%{Local_DeviceSerialNumber}
1781	Device Serial No:%{serialNo_Part0}%{serialNo_Part1}%{serialNo_Part2}%{Local_DeviceSerialNumber}
1782	Squawk in progress..
1783	Do you want to end squawk?
Reference ID	String