Device dictionary

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Reference ID	String
0	SVI II AP/H7
1	Fault Code 0
2	Reports Device Errors
3	Reset
4
5	Low Power
6	Actuator Error
7	Air Supply Low
8	Position Error
9	Reserved (0-5)
10	Keypad Fault
11	Marginal Power
12	Fault Code 1
13	Calibration Failed
14	Find Stops Failed
15	Autotune Failed
16	Std Diagnostics Failed
17	Ext Diagnostics Failed
18	Operating System Fault
19	Reserved (1-6)
20	Reserved (1-7)
21	Fault Code 2
22	Bias Out Of Range
23	I/P Out Of Range
24	Temp Out Of Range
25	Reserved (2-3)
26	Reserved (2-4)
27	Reserved (2-5)
28	Reserved (2-6)
29	Reserved (2-7)
30	Fault Code 3
31	NVM Checksum Error
32	RAM Checksum Error
33	Flash Checksum Error
34	Stack Error
35	Factory Mode Fault
36	NVM Test Error
37	Reserved (3-6)
38	Reserved (3-7)
39	Fault Code 4
40	Ref Voltage Fault
41	Position Sensor Fault
42	Current Sensor Fault
43	Temperature Sensor Fault
44	Reserved
45	Actuator Pressure 1 Fault
46	Actuator Pressure 2 Fault
47	Supply Pressure Sensor Fault
48	Fault Code 5
49	I/P Pressure Sensor Fault
50	Atmospheric Pressure Sensor Fault
51	NVW Write Fault
52	IRQ Fault
53	Self Check Error
54	Software Error
55	Maintenance
56	Offline
57	Online (SVI II AP)
58	Device Setup
59	Process Variables
60	Status/Diagnostics
61	Calibration
62	Commissioning Services
63	Basic Info.
64	Position Retransmit
65	Valve Travel
66	Manual Position Setpoint
67	Manual Setup
68	Actuator Type
69	Sensors
70	Status/Faults
71	Fault List
72	display current and historic faults
73	Valve Historian
74	Signature
75	Sensor Measurements
76	I/P
77	Read Pressures
78	Temperature
79	Raw Sensor Data
80	Valve Tuning Data
81	Alarms Setup
82	I/O's
83	Switches
84	General
85	Device Info
86	Hart Info
87	Information for HART
88	Configuration
89	Positioning
90	Custom charact. curve
91	Limits/Shutoff
92	HART
93	Setpoint Quality
94	Temperature Quality
95	Pilot Pressure Quality
96	Signal
97	Signal Unit
98	Unit_ValveStrokes
99	Unit ValveStrokes
100	Unit_RawCounts
101	Unit RawCounts
102	Unit_DirectionChanges
103	Unit DirectionChanges
104	Unit_SignalCharacter
105	Unit SignalCharacter
106	Signal Quality
107	DO1
108	DO1 Unit
109	DO1 Quality
110	DO2
111	DO2 Unit
112	DO2 Quality
113	VoltsInput
114	VoltsInput Unit
115	VoltsInput Quality
116	RawPosition
117	RawPosition Unit
118	RawPosition Quality
119	NumStrokes
120	NumStrokes Unit
121	NumStrokes Quality
122	NumCycles
123	NumCycles Unit
124	NumCycles Quality
125	PosRetransmit
126	PosRetransmit Unit
127	PosRetransmit Quality
128	IPCurrent
129	IPCurrent Unit
130	IPCurrent Quality
131	Friction
132	Friction Unit
133	Friction Quality
134	PosErrBand
135	PosErrBand Unit
136	PosErrBand Quality
137	DI
138	DI Unit
139	DI Quality
140	OpenStopAdjust
141	OpenStopAdjust Unit
142	OpenStopAdjust Quality
143	PerctRange
144	PerctRange Unit
145	PerctRange Quality
146	Act. Dev fmly
147	Position PDQ
148	Valve Pos. Limited Status
149	Act. Fmly stat
150	Net Pressure PDQ
151	Supply Pressure PDQ
152	P2 Pressure PDQ
153	Net Pres. LS
154	Pres LS
155	P2 Pres. LS
156	Pres Fmly stat
157	Pres Dev fmly
158	Secondary Variable - Pressure Compensation
159	Secondary Variable - Temperature Compensation
160	DummySlot Value
161	DummySlot Unit
162	Sensor DummySlot Units- Engineering unit to be displayed with Sensor DummySlot.
163	DummySlot Family
164	Temp Class
165	Temp PDQ
166	Temp LS
167	Temp Dev Stat
168	Temp USL
169	.3f
170	Temp LSL
171	Temp min span
172	8.3f
173	Temp snsr s/n
174	7d
175	Simulate
176	dumySlot
177	DummySlot Compensation
178	Position
179	P1_P2
180	SupplyPress
181	P2
182	Setpoint
183	VoltsInput
184	Number Strokes
185	Number Cycles
186	IP Current
187	Valve Position
188	Valve Position- Indicates the actual valve position in % with closed = 0 % and opened = 100 %
189	%
190	.1f
191	Temperature- Indicates the actual valve Temperature in its engineering unit.
192	.2f
193	Pressure
194	Pressure- Indicates the actual valve pressure in its engineering unit.
195	Input Signal
196	Input Percent Range- Input signal (current loop) in percent
197	POSITION
198	SUPPLPRESS
199	POSOUTPRT1
200	POSOUTPRT2
201	SETPOINT
202	SIGNAL
203	TEMPERATURE
204	VOLTSIN
205	RAWPOS
206	STROKES
207	CYCLES
208	POSRETRANS
209	NONE
210	Valve actuator
211	Net Pressure
212	Supply Pressure
213	P2 Pressure
214	Unused
215	Pressure Unit from command 3
216	Pressure Unit for SV The actual pressure reported by the SVI II AP can be inpsi, bar or kPa(for sv)
217	N/A
218	Not_Used
219	Supply Pressure Unit from command 3
220	Pressure Unit for TV The Supply pressure reported by the SVI II AP can bein psi, bar or kPa(for TV)
221	P2 Pressure Unit for double actuator from command 3
222	P2 Pressure Unit for QV The actual pressure reported by the SVI II AP can bein psi, bar or kPa(for QV)
223	fill
224	Firmware Version
225	Display the firmware version.
226	Change Mode
227	Change mode: Changes the mode to Normal Mode, Manual Mode, or Setup Mode. Normal Mode: The position setpoint follows the input signal. Always return to Normal Mode to return to Control by the Control System. Manual Mode: The position setpoint remains at the last position prior to entering Manual Mode. Position setpoint may adjusted with the local pushbuttons or by HART commands. Setup Mode: The position setpoint remains at the last position prior to entering Setup Mode. Use this mode to change configuration and calibration information.
228	Find Stops
229	Run automatic find stops will establish the calibration position of the valve at actuator pressure vented and at full supply pressure.
230	Autotune
231	Run PID Autotune will automatically find best dynamic parameters for responsive valve positioning. Always isolate the valve from the process. The valve will move full open and full closed. The valve will continuously change position for about 5 minutes.
232	Setup Wizard
233	The setup wizard will guide you through basic steps to setup the positioner on an actuator. You may skip this wizard if the valve and positioner have been factory configured and calibrated. Always isolate the valve from the process. The wizard allows setting Air Action. The valve move full open and full closed. You will be prompted if mode must be changed. The steps are in the following order: 1. Set Air action to Air to Open or Air to Close; 2. Run Find Stops, to set 0% to the valve closed position and to set 100% to full opened position. 3. Run Auto Tune to determine best dynamic parameters for position control. 4. Reset Basic Configuration and Calibration to Factory Defaults.
234	Reset Basic Config and Cal To Defaults
235	The Reset to Factory Default will set the following list of configuration and calibration parameters to defaults: Air Action is set to ATO; All PID tuning parameters are set to defaults; Input current range is set to 4 to 20 mA; Open stop adjustment is set to 100%; Position error parameters are reset and disabled; Bumpless transfer is disabled; Position limits are disabled; Tight shutoff is set to 0.5% and enabled; Characterization is set to linear; Pressure units and language are set to psi and English; Button Locks = None; Controller = None;
236	Current Faults
237	Read the device's current faults.
238	Read/Clear Faults
239	Read the device's current faults. Optionally, the fault status may also be cleared.
240	Clear Current Faults
241	Clear the current device status/faults
242	Historical Faults
243	Read the device's historical faults.
244	Clear All Faults
245	Clear the historic and current device faults/status.
246	Set Position
247	Set manual valve setpoint in % or set the position by equivalent input current to imulate non-linear characterization and limits.
248	Full Open
249	Fully Open valve
250	Full Closed
251	Fully Close Valve
252	Configure Wizard
253	Change configuration of Limit Override, Tight shutoff, Pressure units, Language, Button Locks, Air Action, and Near Closed Value. Limit Overrideallows Find Stops, Autotune and Diagnostics to override position limits.
254	Custom / Standard Characterization
255	Control valves are often characterized to give a specific relationship between flow capacity (Cv) and percent opening of the valve. The valve can be characterized with special purpose trim or with the SVI2AP positioner. Selecting Custom Configuration displays an additional screen where the user can enter a custom characterization curve to fit his/her needs. The curve can have up to 9 points and points in between are linearly interpolated.
256	Device Variables
257	Read the current device variables.
258	Set Analog Output
259	User can set a fixed analog output of the position retransmitter.This is used only for checking loop wiring. Select Finished to return to position measurement function.
260	Re-transmitter Range
261	User can enter the upper and lower range values of valve position corresponding to output current 4 and 20 mA. The values typically are 0 and 100 %.
262	Manual Stops
263	This method is used to set manual stops.
264	Open Stop Adjustment
265	Open stop adjustment; Allows to adjust travel to less than mechanical limits. Must be between 60% and 100% of mechanical travel set with Find Stops.
266	Manual Tuning
267	The user can set tuning PID coefficients.
268	Stroke Time
269	set stroke time. Stroke time is used to limit rate of change of travel. Stroke time is expressed as sec/100% travel
270	Set I/P Output
271	set I/P output.
272	Input crnt snsr.
273	To calibrate or to check the 4-20mA current sensor.
274	Pressure Sensor
275	This operation will change zero calibration of all available pressure sensors .
276	To read pressures.
277	Reset Cal Factory Defaults
278	Reset Calibration Data: This will restore all sensor calibration data to factory defaults. If calibrations have been performed they will be lost!
279	Run Diagnostics
280	Perform valve signature and valve functional analysis. Displays the diagnostic test results.
281	Reset Historian
282	Reset valve historian data (stroke count, cycle count, time open, time closed and time near closed ) to 0. The previous data is lost and must be recorded to be used later.
283	Reset SVI II AP
284	This function performs a master reset to the device, causing it to go through its startup routine and re-initializing all of its operating parameters from non volatile memory.
285	Stop Procedure
286	Position Unit
287	Position Unit- Unit for valve position
288	DO Switch 1 Normally
289	Define Switch 1 is normally closed or open.
290	Closed
291	Open
292	DO Switch 2 Normally
293	Define Switch 2 is normally closed or open.
294	DO Switch 1 Action
295	Define Switch 1 action.
296	Always Normal Pos
297	Failsafe
298	Tight Shutoff Active
299	Position Low Limit
300	Position Upper Limit
301	Manual Mode
302	DO Switch 2 Action
303	Define Switch 2 action.
304	Disabled
305	Enabled
306	disble the fswitch1value, and fswitch2value
307	DO Switch 1 Value
308	The value is set for Position Low / Upper Limits.( Switch 1 Value must be between 0 and 199.99. ) Attention: This is valid under the condition of switch 1 type is Posistion Low/High Limit ), but to some host, like SDC-625, to activate this field maybe need to close / open this page again.
309	DO Switch 2 Value
310	The value is set for Position Low / Upper Limits.( Switch 2 Value must be between 0 and 199.99. ) Attention: This is valid under the condition of switch 2 type is Posistion Low/High Limit, but to some host, like SDC-625, to activate this field maybe need to close / open this page again.
311	DI Switch Status
312	Digital Input Switch is enabled or disabled.
313	device busy
314	command not implemented
315	Mode(local)
316	Setup
317	Normal
318	Manual
319	cannot change mode
320	device malfunction
321	Fault Code 0 History
322	Reports Historic Device Errors
323	Fault Code 1 History
324	Fault Code 2 History
325	Fault Code 3 History
326	Fault Code 4 History
327	Fault Code 5 History
328	Clear Faults Type
329	Historic Faults
330	Total Travel
331	Total number of valve strokes.
332	strokes
333	10d
334	Time Closed
335	Time in hours for valve closed.
336	h
337	Time Open
338	Time in hours for valve open.
339	Time Near Closed
340	Time in hours for valve near closed.
341	Number of Cycles
342	Number of cycles (direction changes).
343	cycles
344	Raw Signal
345	A/D value of the primary signal.
346	cts
347	5d
348	Raw Position
349	A/D value of the position sensor.
350	Raw Pressure
351	A/D value of the pressure sensor.
352	Lower Stop
353	Mechanical Stop without pressure in the actuator.
354	Upper Stop
355	Mechanical Stop with full pressure in the actuator.
356	Board Temperature
357	Internal SVI II AP temperature in °C.
358	Min Temperature
359	The lowest internal temperature recorded in °C.
360	Max Temperature
361	The upper internal temperature recorded in °C.
362	I/P Current
363	The actual I/P current, corrected for temperature
364	4.2f
365	3.1f
366	DO Switch 1 State
367	State is: open = 0 and closed = 1
368	DO Switch 2 State
369	I/P Switch State
370	State is: open = 1 and closed = 0
371	DI Switch State
372	Manual Setpoint
373	Manual Setpoint- Manual valve setpoint in %. Value must be between -5.0% and +160.0%.
374	6.2f
375	Set Valve Pos In mA
376	Manual Signal- Manual valve setpoint in mA.
377	5.2f
378	Setpoint Type
379	Setpoint Type- Selects how setpoint or signal is set.
380	Manual Signal (mA) value
381	Manual Position (%) value
382	Set Fully Closed
383	Set Fully Opened
384	Set To FailSafe
385	Internal used
386	I/P Output
387	Set constant current on the I/P to adjust the pneumatic block.
388	Air Action
389	Air Action- configures the actuator to operate as Air to Close, or Air to Open.
390	Air to Close
391	Air to Open
392	Bumpless Transfer
393	Bumpless Transfer- enables or disables the bumpless transfer mode.
394	Allow Override Limit
395	Allow diag. and self-tune to override limits
396	Pos Limit Low
397	To enable or disable position lower limit
398	Pos Limit High
399	To enable or disable position upper limit
400	Tight Shutoff
401	Tight Shutoff Limit- Threshold for tight shutoff: when selected, if the input signal would position the valve below the tight shutoff value, full supply or atmosphere pressure is supplied to the actuator to close the valve with full seating force. Set the TS value between -1% and 20%, then enable the TS function.
402	Characterization
403	Cam Configuration Flags- cam used - defines relationship between flow capacity (Cv) and percentage opening of the valve. Several cams are available: linear; =%50; =%30; quick opening coefficient of 50; custom; CamFlex=%.
404	Linear
405	Equal%(30)
406	Equal%(50)
407	Quick Open
408	Custom
409	Camflex%
410	Local Buttons
411	Button Configuration Flags- Defines lock level for SVI II AP buttons to avoid unintended modifications.
412	All Enabled
413	Define lock level :no restriction
414	No Config/Cal
415	Define lock level :lock out local config, calibrate and diagnostic menu
416	No Manual
417	Define lock level :lock out local manual menu
418	Locked
419	Define lock level :lock out all buttons
420	Setpoint Mode
421	Setup Configuration Flags- These options determine whether the controller setpoint will be in local, local only, remote or last mode on startup.
422	PV Local Only
423	PV Startup Remote
424	PV Startup Last
425	SP Local Only
426	SP Statup Remote
427	SP Startup Last
428	LC Direct
429	LC Ratio Control
430	Tight Shutoff Value
431	Tight Shutoff Limit- Threshold for tight shutoff: when selected, if the input signal would position the valve below the tight shutoff value, full supply or atmosphere pressure is supplied to the actuator to close the valve with full seating force. Value between -1% and 20% and not to include.
432	4.1f
433	Tight Shutoff Limit Check
434	Limit Low
435	Lower Position Limit- The SVI II AP allows the user to establish software limit stops. The control functions will NOT allow the valve position to be lower than the lower position limit. However this option DOES NOT PROVIDE MECHANICAL STOPS for the valve. During an electrical or an air failure the valve will go to the failsafe position without regard to the software limit stops. The manual position full closed or full open will similarly ignore limit stops. The value should be set between -10 and 50.0 not to include
436	5.1f
437	Position Limit Check
438	Limit High
439	Upper Position Limit- The SVI II AP allows the user to establish software limit stops. The control functions will NOT allow the valve position to be above than the upper position limit.However this option DOES NOT PROVIDE MECHANICAL STOPS for the valve. During an electrical or an air failure the valve will go to the failsafe position without regard to the software limit stops. The manual position full closed or full open will similarly ignore limit stops.
440	Transfer Time
441	Transfer Time is approximately the numberof seconds required to move the valve 100%toward the signal position. It is between 1 and 255 sec/100%.
442	sec/100%
443	3d
444	Transfer Time Check
445	Stroking Limit
446	s
447	Pressure Unit
448	Pressure Unit- The actual pressure reported by the SVI II AP can be in psi, bar or kPa
449	LCD Language
450	Language Displayed- Choice of languages displayed on the SVI II AP LCD.
451	English
452	Possibility of different languages displayed on the SVI II AP LCD
453	French
454	Open Stop Adj
455	Open Stop Adjustment- This value must be between 60%-100%.For some valves the open position stop exceeds the nominal travel of the valve.By entering a value, the position calibration can be adjusted to nominal travel.
456	Close Stop Adj
457	Close Stop Adjustment- NOT IMPLEMENTED YET
458	P
459	Proportional gain in %. Common values are 50 for small valves up to 4000 for large valves. Must be between 0 and 5000.
460	4d
461	I
462	Integral time or reset time in 1/10 s. Higher values of I cause less integral action, however a value of 0 gives no integral action. Common values are 10 to 200. Values between 0 and 1000.
463	(1/10s)
464	D
465	Derivative time or rate time in milliSeconds. Common values are 10 to 100. Values between 0 and 200.
466	mS
467	Padj
468	Coefficient added to P when the valve is exhausting and compensates the variation in filling and exhausting speed. Can be positive or negative value range between -3000 to +3000.
469	d
470	Beta
471	Nonlinear gain factor. When beta is 0, the proportional gain is linear, otherwise the gain P is a function of error. The larger the beta, the smaller the gain for small error. Typical beta value is 7 or 8. Beta is ranging from -9 to +9.
472	Damping
473	Coefficient to increase the valve response for some applications. A value of 0 gives no Damping. 0 to 250 seconds is for slow down in both directions. -1 to -250 is for slow down in OPEN direction ONLY. -1001 to -1250 is for slow down in CLOSE direction ONLY.
474	Position Comp.
475	The response of the valve is different when the valve is nearly closed than when nearly open. This coefficient allows the user to make adjustments to try to equalize the valve response. Normal value is 6 and this value is ranging from 2 to 20.
476	2d
477	Dead Zone
478	When the valve position is within the setpoint +/- the dead zone and, no additional position control is performed. This value is normally 0%. Used to avoid limit cycling for high friction valves. Range is 0 to 5%.
479	Boost
480	Boost- Compensates for the pnuematic dead band. Value ranges between 0 and 20.
481	Non Linear
482	Reserved 1
483	Auto Tune Fault
484	Reason for Auto Tune failure
485	Pos Error Band
486	Position Error Band- Value corresponding to the maximun error (in % opening) between the setpoint and the valve position allowed, before setting a status flag regards the selection of associated variable Time. Value must be between 0.5% and 100.0% .
487	Pos Error Enable
488	Enable Position Error- enable position error testing
489	Pos Error Time
490	Position Error Time- time before to set the warning when position error exceeds the configured position error limit. This time must be between 1 s and 328 s.
491	Position Fail
492	Enable Position Fail- enable position fail testing
493	Pos Fail Time
494	Position Fail Time- Time before to put the valve in failsafe mode. This time must be >= 20 s and below 328 s and in any case 2s greater than Time 1 However to inhibit failsave mode set -1 s.
495	Near Closed Value
496	Near Closed Position- Value of valve position below which the user considers the valve as being near closed position. Used in continuous diagnostic calculations. Must be between 0 and 20%.
497	Near Closed Value Check
498	Stop Adjust Flag
499	Low
500	High
501	find stops failed
502	Low Signal
503	Low Input Signal- Lower range value of input signal for valve closed (direct acting) or lower range value of input signal for valve open (reverse acting). Must be between 3.8 mA and 14 mA.
504	mA
505	High Signal
506	High Input Signal- high input signal for valve open (direct acting) or high input signal for valve close (reverse acting). Must be between 8 mA et 20.2 mA. The difference between Lower Range Value and Upper Range Value (span) must be at least 5 mA.
507	Signal Range Check
508	Select Storage
509	Selects which curve the recently created valve signature is stored to
510	Not Saved
511	Saved
512	Baseline
513	Calibration Sensor
514	Calibration Type
515	Calibration Value
516	The current value of the signal being calibrated.
517	calibration failed
518	Agressiveness
519	Tune Parameter 1
520	Tune Parameter 2
521	Tune Parameter 3
522	Tune Parameter 4
523	tune not allowed
524	Diag. Test Type
525	Step Response Test
526	Std. Actuator Sig.
527	Speed Level
528	Valve speed motion for recording data. Min is 1 and max is 10.
529	Start Pos
530	End Pos
531	Sample Rate
532	Diag Param 2
533	Diag Param 3
534	diagnostics not allowed
535	Stroke Time Open
536	Fastest time to open the valve on the full stroke. This value is given from the standard diagnostic calculations.
537	Stroke Time Close
538	Fastest time to close the valve on the full stroke. This value is given from the standard diagnostic calculations.
539	Friction- This value comes from the standard diagnostic calculations.
540	Lower Spring Range
541	Low spring value. This value comes from the standard diagnostic calculations.
542	Upper Spring Range
543	High spring value. This value comes from the standard diagnostic calculations.
544	Actual Supply Pressure
545	Option Config 0
546	Pressure Sensor 1
547	Pressure Sensor 2
548	Pressure Supply
549	Input/Output Switches
550	Retransmit Output
551	Model
552	System Version-Positioner function level.
553	Undefined
554	ES - EZ Smart
555	SD - Standard Diag
556	AD - Advanced Diag
557	DP - Diagnostics Plus
558	ESD
559	Option Config 1
560	Remote Position Sensor
561	Single Acting
562	Process Variable Input
563	Device Type
564	Positioner Type - single acting positioner or double acting positioner.
565	Double Acting
566	Active Position Sensor
567	Position Sensor- built-in or remote position sensor.
568	Hall Sensor
569	Remote Sensor
570	I/P Type
571	I/P Type- defined within Option Config 2
572	Relay Type
573	Relay Type- defined within Option Config 2
574	Option Config X
575	Actuator Press. 1
576	Actuator Port Pressure 1
577	Actuator Press. 2
578	Actuator Port Pressure 2
579	Air Supply Pressure
580	I/P Pressure
581	20mA signal at a travel of
582	Position in % at 20mA for position retransmitter
583	4mA signal at a travel of
584	Position in % at 4mA for position retransmitter
585	X1
586	X defines signal input in % and Y defines position value in % The min and max values are respectively 0.0% and 100.0% The custom curve must have at least one pair. A coordinate (100.0%,100.0%) indicates the end of the curve.
587	Y1
588	X2
589	Y2
590	X3
591	Y3
592	X4
593	Y4
594	X5
595	Y5
596	X6
597	Y6
598	X7
599	Y7
600	X8
601	Y8
602	X9
603	Y9
604	X10
605	Y10
606	Signal A/D
607	Value of Signal A/D
608	2nd Signal A/D
609	Temperature A/D
610	Temperature A/D value
611	Atm Press A/D
612	Atm Pressure AD value
613	Rem Pos A/D
614	Remote Position A/D value
615	Supply Press A/D
616	Supply Pressure A/D value
617	Hall Sensor A/D
618	Hall Sensor A/D value
619	Act Press 1 A/D
620	Acutuator Pressure 1 A/D value
621	Act Press 2 A/D
622	Actuator Pressure 2 A/D value.
623	Pilot Press A/D
624	Pilot Pressure A/D value.
625	I/P Current A/D
626	I/P current A/D value.
627	Ref Voltage A/D
628	Reference voltage A/D value.
629	Signal value after factory temperature correction.
630	the 2nd Signal value after factory temperature correction.
631	Temperature A/D value after factory temperature correction.
632	Atm pressure value after factory temperature correction.
633	Remote Position value after temperature correction
634	Supply pressure value
635	Hall sensor value
636	Actuator pressure 1 value
637	Actuator Pressure 2 value
638	Pilot pressure value
639	I/P current value
640	Reference voltage value
641	SubMode
642	SubMode - SVI II AP out-of-service modes can be: setup, low power, fail safe, or fatal. SubMode is only valid when Mode is Out-Of-Service.
643	This mode allows the user to describe the basic valve setup,to perform calibration and diagnostic.
644	????
645	Fail Safe
646	It is the positioner security mode when critical faults occurs or in case of position error with time 2 activated.
647	Fatal
648	Mode
649	Mode - SVI II AP modes can be: out-of-service (setup, low power, fail safe, fatal), normal, or manual.
650	This mode allows the user to describe the basic valve setup, to perform calibration and diagnostic.
651	Out-Of-Service
652	In the normal operating mode,the positioner responds to the 4-20 mA input signal and positions the valve appropriately.
653	In the manual mode, the valve no longer responds to the 4-20mA and is locked in place.The position may be changed manually from the buttons or by send a HART command.
654	Process Busy
655	Percent Complete
656	Percent Complet
657	Analog Output
658	Analog Output - fixed value to set for position retransmitter. Set to 0 will put the retrasmitter out of the fixed output mode.
659	Unused(int3)
660	Curve Select
661	Current
662	Baselined
663	Setpoint Unit
664	Setpoint Unit- Unit for valve Setpoint
665	Temperature Unit
666	Temperature Unit- Unit for valve Temperature
667	Signature Data 1
668	Increasing Pressure sampling data 1
669	Signature Data 2
670	Increasing Pressure sampling data 2
671	Signature Data 3
672	Increasing Pressure sampling data 3
673	Signature Data 4
674	Increasing Pressure sampling data 4
675	Signature Data 5
676	Increasing Pressure sampling data 5
677	Signature Data 6
678	Increasing Pressure sampling data 6
679	Signature Data 7
680	Increasing Pressure sampling data 7
681	Signature Data 8
682	Increasing Pressure sampling data 8
683	Signature Data 9
684	Increasing Pressure sampling data 9
685	Signature Data 10
686	Decrease pressure samping data 1
687	Signature Data 11
688	Decrease pressure samping data 2
689	Signature Data 12
690	Decrease pressure samping data 3
691	Signature Data 13
692	Decrease pressure samping data 4
693	Signature Data 14
694	Decrease pressure samping data 5
695	Signature Data 15
696	Decrease pressure samping data 6
697	Signature Data 16
698	Decrease pressure samping data 7
699	Signature Data 17
700	Decrease pressure samping data 8
701	Signature Data 18
702	Decrease pressure samping data 9
703	The lower spring range in standard scaling
704	Upper spring range
705	The upper spring range in standard scaling
706	Speed
707	The speed at which the test was run
708	fPressMin
709	fPressMax
710	10%
711	20%
712	30%
713	40%
714	50%
715	60%
716	70%
717	80%
718	90%
719	Read Custom Characterization Data
720	Select characterization. If Custom is selected then continue to set custom points.
721	Edit
722	Save
723	Save the signature data.
724	save the current signature data
725	Baselined the saved signature data.
726	Load the current signature curve.
727	Load the saved signature curve.
728	Load the baselined signature curve.
729	Translate Signature Data
730	Load the signature data from device
731	Device Configuration
732	Device Diagnostics
733	SVI II AP
734	SVI II AP
735	characterization
736	Input calibration diagram
737	input calibration
738	SVI2AP Switches
739	SVI2AP Retransmit
740	Sig.
741	Y-Axis: 4.0 - 20.0 mA
742	Y-Axis: 0 - 100%
743	Pos.
744	Press.
745	Axis for pressure
746	PV(%)
747	Input signal 4-20mA
748	Input signal 0-100%
749	Manual SetPoint
750	P1 Pressure
751	Act. Press. 1
752	Act. Press.
753	The actuator pressure 1 for double actuator.
754	The actuator pressure for single actuator.
755	Act. Press. 2
756	The actuator pressure 2 for double actuator.
757	Supply Press.
758	Air Supply Pressure.
759	Valve Position3
760	Net Pressure. P1-P2 When the application is the case for double actuator.
761	Trend
762	Signal(%)
763	Position(%)
764	SetPoint
765	Press. 2
766	The chart for valve position and manual set position
767	Position Bar
768	Signal Bar
769	Monitor
770	Read Pressure
771	SVI 2 AP HART
772	Valve Travel Tuning
773	Pressure Sensors
774	Input Current Sensor
775	Diagnostics
776
777	Tuning
778	Std. Diagnostic Data
779	Pressures Gauges
780	Custom Characterization
781	Input Signal(%)
782	Position Value(%)
783	Charc Curve
784	Characterization Curve. Please use method Custom / Standard Characterization for editing custom characterization.
785	Characterization Curve
786	Graph of Characterization Curve
787	Device Status
788	Clear Faults
789	Device Faults
790	Operation
791	Firmware
792	Circuit
793	Raw Data
794	Valve Historian
795	Current Signature
796	Saved Signature
797	Baselined Signature
798	waveform of sample_array
799	Increase Press. per 10%
800	Decrease Press. per 10%
801	Signature Data
802	Up Direction
803	Down Direction
804	History
805	Main signal
806	What is Current Mode?
807	What is Current Mode? - To get the current mode of this device
808	Displays CONTINUOUS DIAGNOSTIC DATA including number of full strokes the valve has made,the number of cycles (direction changes),the time the valve has spent open, the time the valve has been closed and the time the valve has spent throttling near the seat.
809	Read Diagnostic Data
810	Read Raw Data
811	Returns information from the SVI2AP that is useful to Masoneilan technicians for diagnostic purposes. The information includes the input current on the auxiliary input channel, the A/D values from the pressure, signal, and position measurements, the D/A value of the signal to the I/P, and the internal SVI2AP temperature.
812	Common Tables
813	Interoperable *
814	Universal
815	Common Practice
816	Pressure Universal
817	Pressure Common
818	Menu
819	Rosemount Magflow
820	Rosemount Pressure
821	Moore Products
822	Siemens Pressure
823	P2 Common
824	PV
825	Wireless
826	Munge
827	Analytical Oxygen/Combustion/Methane/CO
828	Flow Totalizer - Rate Indicator
829	Flow Variable Area
830	Flow Coriolis Mass
831	Flow Ultrasonic - Gas
832	Flow Ultrasonic - Liquid
833	Level Ultrasonic
834	Level Radar - Microwave
835	Pressure Absolute
836	Level Capacitance
837	Pressure Differential
838	Level Hydrostatic
839	Level
840	Pressure Absolute/Relative
841	Level Microwave
842	Level Radar
843	Level Density - Nuclear
844	Flow Electromagnetic
845	Flow Vortex
846	Flow Magmeter - Rack Version
847	Flow High Performance Magmeter
848	Flow Mass
849	Flow Ultrasonic
850	Flow Magnetic
851	Flow Magnetic - Custody Transfer
852	Flow 2-wire Magnetic
853	Flow Coriolis Mass - Custody Transfer
854	Flow 2-wire Vortex
855	Flow Thermal
856	Temperature Head Mounted
857	Temperature Compact
858	Temperature DIN Rail Mounted
859	Analytical pH
860	Analytical Conductivity - Conductive
861	Analytical Conductivity - Inductive
862	Temperature Sensor
863	Level Servo
864	Temperature DIN Rail
865	Analytical ORP
866	Analytical pION
867	Analytical IConc
868	Analytical Electrode Conductivity
869	Analytical Toroidal Conductivity
870	Valve Positioner
871	Valve Controller
872	Pressure Multivariable
873	Analytical pH/ORP
874	Flow Coriolis
875	Analytical Conductivity
876	Valve Positioner/Pneumatic
877	Valve Actuator - Electrical
878	Temperature Dual Input
879	Valve Actuator
880	Analytical Corrosion
881	Analytical Density - Nuclear
882	Level Continuous Gamma
883	Level Laser Ranging
884	Pressure Safety
885	Flow Vortex/Swirl
886	Flow
887	Analytical 4 Electrode Conductivity
888	Analytical 2 Electrode Conductivity
889	Analytical Troidal Conductivity
890	Analytical pH/ORP/pIon/Ion Conc
891	Analytical Oxygen
892	Pressure P, dP + Multivariable
893	Temperature 2-wire
894	Pressure w/ PID
895	Pressure Saturated Steam
896	Analytical Density - Gamma Ray
897	Level Gamma Ray
898	Analytical Weight - Gamma Ray
899	Level w/ Density - Gamma Ray
900	Analytical Motorized Density
901	Flow Multivariable Mass
902	Temperature Multivariable
903	Specialty HART-to-Analog Signal Conv
904	Flow dP
905	Pressure Low Power
906	Pressure Certified SIL2
907	Interoperable
908	Analytical Density
909	Valve Positioner/Electropneumatic
910	Flow Magnetic Inductive
911	Analytical
912	Analytical Opacity Monitor
913	Analytical Oxygen/Combustion
914	Analytical 2-wire Conductivity
915	Analytical 2-wire Conductivity w/ pure H20
916	Analytical 2-wire Conductivity w/ % conc
917	Analytical 2-wire Oxygen/Chlorine/Ozone
918	Analytical 2-wire pH/ORP
919	Analytical 2-wire Contacting/Toroidal
920	Analytical Oxygen - High Temperature
921	Analytical Conductivity w/ % conc
922	Analytical pH/ORP/ISE
923	Analytical Amperometric Analyzer
924	Analytical Dual Input Analyzer
925	Pressure Pressure/Level
926	Analytical Consistency
927	Analytical Microwave-Pulp Consistency
928	Analytical Microwave Consistency
929	Valve Digital Positioner
930	Valve Smart Valve Positioner
931	Temperature Differential
932	Analytical Dissolved Oxygen
933	Analytical pH Controller
934	Analytical Conductivity/Resistivity Controller
935	Analytical Conductivity/Resistivity
936	Level Displacement
937	Temperature w/ PID
938	Valve Universal Positioner
939	Level Radar - Reflex
940	Pressure Gauge
941	Pressure Sealed Gauge
942	Valve Digital Positioner w/ PID
943	Valve Intelligent Positioner
944	Analytical Gas Detector
945	Analytical Infrared Gas Detector
946	Analytical Electrochemical Gas Detector
947	Analytical Measuring Instruments
948	Level Magnostrictive
949	Valve On/Off Valve Controller
950	Level Radar - Pulse
951	Level Continuous Capactive
952	Valve Damper Actuator
953	Valve Electric Damper Actuator
954	Flow Electronic
955	Flow Vortex - Multiparameter Mass
956	Analytical UV Flame Detector
957	Analytical UVIR Flame Detector
958	Analytical IR Flame Detector
959	Analytical Fire Detector
960	Analytical Gas Detector Display Interface
961	Analytical Toxic Gas Detector
962	Analytical Flame Detector
963	Level Nuclear
964	Analytical Microwave
965	Analytical Density - Radiometric
966	Level Radiometric
967	Analytical Gas/Steam
968	Level Nucleonic
969	Analytical Blade Consistency
970	Analytical Rotary Consistency
971	Pressure Absolute/Differential
972	Positioner
973	Analytical Combustible Gas Detector
974	Analytical Point Infrared Gas Detector
975	Analytical Multi-Detector Monitor System
976	Valve Positioner/Electro-hydraulic
977	Valve Monitor
978	Enable on token-passing data link layer only
979	Enable on TDMA data link layer only
980	Enable on both TDMA and token-passing data link layer
981	WirelessHART Device
982	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
983	Primary
984	Primary Analog Channel
985	Secondary
986	Secondary Analog Channel
987	Tertiary
988	Tertiary Analog Channel
989	Quaternary
990	Quaternary Analog Channel
991	Quinary
992	Quinary Analog Channel
993	Critical Power Failure
994	Lock all
995	Trim not supported
996	Configuration cannot be changed
997	Locked by gateway
998	Analog Input Channel
999	Analog Output Channel
1000	Secondary Analog Channel Saturated
1001	Tertiary Analog Channel Saturated
1002	Quaternary Analog Channel Saturated
1003	Quinary Analog Channel Saturated
1004	Secondary Analog Channel Fixed
1005	Tertiary Analog Channel Fixed
1006	Quaternary Analog Channel Fixed
1007	Quinary Analog Channel Fixed
1008	Simulation active
1009	The device is in simulation mode and the level output is not representative of the process.
1010	Non-Volatile memory failure
1011	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1012	Volatile memory error
1013	The RAM memory check is invalid or maybe corrupt
1014	Watchdog reset executed
1015	A watchdog reset has been performed
1016	Voltage conditions out of range
1017	A voltage condition is outside its allowable range
1018	Environmental conditions out of range
1019	An internal or environmental condition is beyond acceptable limits.
1020	Electronic failure
1021	A hardware problem not related to the sensor has been detected.
1022	Subdevice list changed
1023	Duplicate master detected
1024	Capacity Denied
1025	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1026	Bandwidth allocation pending
1027	Block transfer pending
1028	Continuous
1029	The Burst Message is published continuously at (worst case) the Minimum Update Period.
1030	Window
1031	The Burst Message is triggered when the source value deviates more than the specified trigger value
1032	Rising
1033	The Burst Message is triggered when source value Rises Above the specified trigger value.
1034	Falling
1035	The Burst Message is triggered when the source value Falls Below the specified trigger value.
1036	On-change
1037	The Burst Message is triggered when any value in the message changes.
1038	Battery life
1039	Percent range
1040	Loop current
1041	Primary variable
1042	Secondary variable
1043	Tertiary variable
1044	Quaternary variable
1045	Off
1046	Enable event notification on token-passing data link layer
1047	Enable event notification on TDMA data link layer
1048	Enable event notification on TDMA and token-passing data link layer
1049	Configuration changed event pending
1050	Device status event pending
1051	More status available event pending
1052	Disable
1053	Enable single data point trending
1054	Enable filtered trending
1055	The sample is filtered using a time constant equal to one-third the trend sample period
1056	Enable average trending
1057	The value obtained by dividing the sum of all samples in the period by the total number of samples
1058	Read receive time
1059	Write date and time
1060	Non-Volatile Clock
1061	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.
1062	Clock Uninitialized
1063	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.
1064	Line Power
1065	Device is powered via a hardwired connection to a plant power source.
1066	Battery Power
1067	Device operates solely of its (internal) battery.
1068	Recharg.B./Power Sc.
1069	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).
1070	Idle
1071	Active search
1072	Looking for neighbors.
1073	Negotiating
1074	Quarantined
1075	Operational
1076	Suspended
1077	Deep sleep
1078	Ultra-low power
1079	Wireless Signal Found
1080	Network packets have been recognized
1081	Wireless Signal Identified
1082	Wireless Time Synchronized
1083	WirelessHart Signal Identified
1084	Network Admission Requested
1085	Set on transmission of first join request
1086	Join Retrying
1087	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.
1088	Join Failed
1089	Set on transition from Active Search mode to Deep Sleep mode. Cleared on transition from Deep Sleep to Active Search.
1090	Network Security Clearance Granted
1091	Network Manager Session Established
1092	Network Joined
1093	Network Joined. Normal superframe and links obtained.
1094	Network Bandwidth Requested
1095	Negotiating Network Properties. Gateway session obtained.
1096	Join Complete
1097	Normal operating mode.
1098	None
1099	No restrictions
1100	SI Only
1101	Restricted to SI Unit codes only
1102	Open - accept all devices
1103	Use Whitelist for access
1104	Use Blacklist
1105	Use Whitelist and Blacklist
1106	Lockdown - disable join links
1107	Process automation device
1108	Discrete device
1109	Hybrid:Process automation+discrete
1110	I/O System
1111	WirelessHART Process automation device
1112	WirelessHART Discrete device
1113	WirelessHART Process automation+discrete
1114	WirelessHART Gateway
1115	WirelessHART Access point
1116	WirelessHART Process adapter
1117	WirelessHART Discrete adapter
1118	WirelessHART enabled handheld/portable maintenance tool
1119	Don't attempt to join
1120	Join now
1121	Attempt to join immediately on powerup or reset
1122	US
1123	United States of America
1124	JP
1125	Japan
1126	DE
1127	Germany
1128	FR
1129	France
1130	ES
1131	Spain
1132	RU
1133	Russian Federation
1134	CN
1135	People's Republic of China
1136	Nominal
1137	Device Power Status is nominal
1138	Device Power Status is low
1139	Critically Low
1140	Device Power Status is critically low
1141	Recharging - Low
1142	Recharging - High
1143	Secondary Master
1144	Primary Master
1145	PV Analog Channel Saturated
1146	PV Analog Channel Fixed
1147	Device Profile
1148	Device Diagnostic Status 0
1149	Device Diagnostic Status 1
1150	I/O and Subdevice Status
1151	WirelessHART Status
1152	Time Set Option
1153	Real Time Clock Flags
1154	Country
1155	Country of intended device installation
1156	SI Unit Control
1157	Indicates if device should only display SI unit codes
1158	Burst Trigger Units
1159	Burst Trigger Class
1160	Wired HART Enabled
1161	Enabled on Wired HART device connection only
1162	Wireless HART Enabled
1163	Enabled on WirelessHART device connection only
1164	Both Wired and WirelessHart Enabled
1165	Enabled on both Wired and WirelessHART connections
1166	Burst Msg Trigger Mode
1167	Event Status
1168	Event Notification Control
1169	Operate mode Mask
1170	Not Defined
1171	Power Source
1172	Power source of the device
1173	Wireless Mode
1174	Join Status
1175	The current location in the joining sequence of operations.
1176	Network Access Mode
1177	Join Mode
1178	Power Status
1179	Power status of the device
1180	Master Mode
1181	This sets the I/O System's Data Link Layer operation on all channels as either primary or secondary master mode.
1182	Trend Units
1183	Trend Device Variable Unit Code
1184	Trend Classification
1185	Trend Device Variable Classification
1186	Trend Control
1187	Device Status Mask
1188	Ext dev status Mask
1189	Device Diagnostic Status 0 Mask
1190	Device Diagnostic Status 1 Mask
1191	Device Diagnostic Status 2 Mask
1192	Device Diagnostic Status 3 Mask
1193	AO saturated Mask
1194	AO fixed Mask
1195	Latched Device Status
1196	Latched Ext dev status
1197	Latched Operate Mode
1198	Latched Device Diagnostic Status 0
1199	Latched Device Diagnostic Status 1
1200	Latched Device Diagnostic Status 2
1201	Latched Device Diagnostic Status 3
1202	Latched AO saturated
1203	Latched AO fixed
1204	Wireless Module Device Type
1205	Device type of the Wireless Radio
1206	Wireless Module Manufacturer ID
1207	Manufacturer of the Wireless Radio contained in this device
1208	Subdevice Device Type
1209	Device type of the subdevice attached to this system.
1210	Subdevice Manufacturer Id
1211	Manufacturer of the subdevice attached to this system.
1212	Time Stamp
1213	Relative time value on network
1214	8u
1215	Dynamic Variables Returned for Device Variables
1216	Command Response Truncated
1217	Configuration Change Counter Mismatch
1218	Status bytes mismatch
1219	Device Variable
1220	Variable to trim
1221	Firmware Version - %{0}.%{1}.%{2}
1222	This DD is tokenized by version 8 65ee0101.ddl's Time-stamp: <2011-07-15 12:33:31 SHA2118L0003>
1223	Warning: To restore from %{0} mode, please clear faults first, Otherwise it will cause unexpected result!
1224	Continue;Exit
1225	Set Mode Target
1226	Normal;Manual;Setup
1227	WARNING. Leaving Normal Mode will result in LOSS of process CONTROL and may cause sudden valve move. DO YOU WISH TO CONTINUE?
1228	Procedure aborted Try Again.
1229	Perform Find Stops is not allowed when device is in marginal power.
1230	WARNING. This procedure requires to enter setup mode and will result in LOSS of PROCESS CONTROL. Do you wish to proceed ?
1231	Changing mode to Setup
1232	WARNING. This procedure will MOVE the valve. This will result in LOSS of process CONTROL. DO YOU WISH TO CONTINUE?
1233	Please wait while searching for mechanical stops. This should take approximately 30 seconds. Press OK to continue.
1234	Please Wait ...
1235	Press the ABORT key to abort the process.
1236	Find stop limits FAILED.
1237	Please verify that: - Air supply is sufficient; - The valve is not handjacked; - The mounting is adequate;
1238	Please verify that (Continued): - The Travel Sensor is set properly. Then re-run find stops again.
1239	Find stop limits completed.
1240	Remove software limit stops to be able to perform autotune.
1241	Agressiveness:
1242	0;9;8;7;6;5;4;3;2;1;-1;-2;-3;-4;-5;-6;-7;-8;-9
1243	Enter the Supply pressure in %{0}
1244	Error: Supply pressure is out of range. Enter again!
1245	Please wait while searching for optimal valve tuning parameters. This should take approximately 3 to 6 minutes.
1246	Auto Tune Failed.
1247	Fail in open loop test.Check if air booster or quick exhaust is used and the pressure supply.
1248	P is out of range.
1249	Padj is out of range.
1250	Error finding Bias.
1251	Self-tuning for air fill direction fails. Check supply pressure or pneumatic block.
1252	Self-tuning for air exhausting direction failed. Check the pneumatic block.
1253	Auto Tune returned unknown error - %{0}.
1254	Auto Tune completed.
1255	This mode is not appropriate for the Setup Wizard. Click OK to change mode or Abort to exit Setup Wizard.
1256	Air Action Configuration:
1257	Skip This Task; Select Air Action
1258	Select Air Action
1259	Apply new changes to the device? Press: OK for YES ABORT for NO
1260	Find Valve Stops:
1261	Skip This Task;Run Find Stops
1262	Find stop limits FAILED!
1263	Please verify that: - Air supply is sufficient; - The valve is not handjacked; - The mounting is adequate;
1264	Please verify that (Continued): - The Travel Sensor is set properly. Then re-run find stops again.
1265	Auto Tune:
1266	Skip This Task;Run Auto Tune
1267	Select an Agressiveness value:
1268	Enter the Supply pressure
1269	Auto Tune FAILED.
1270	Reset to Factory Default:
1271	Skip This Task;Set All Values to Default
1272	Are you sure you want to reset all data to factory defaults?
1273	Reset to Factory Defaults completed.
1274	No faults recorded.
1275	Do you want to clear current faults ?
1276	No;Yes
1277	Device has malfunctioned
1278	Faults have been cleared.
1279	No Historic Faults.
1280	Do you want to clear all faults ?
1281	The device must not be in NORMAL mode to perform this operation. Please change the device mode.
1282	WARNING! This command strokes the valve and should not be performed with process running.
1283	Manual Setpoint:
1284	Set By Position;Set By Signal
1285	Valve Position (-5% ~ 160%):
1286	Position Corresponding to Signal in mA:
1287	Allow Override Limits
1288	Select Tight Shutoff
1289	Pressure Units
1290	Display Language
1291	Button Lock Level
1292	Valve Near Closed Value
1293	Select Cam
1294	Enter/edit cam characterization ?
1295	Input your 9 XY pairs of points between (0.0%, 0.0%) and (100.0%,100.0%).
1296	X[%{i}]
1297	Y[%{i}]
1298	Invalid segment: X%{a} = %{0}, X%{i} = %{1} - Same X.
1299	Invalid segment: X0=0, X%{i}=%{0} - Slope too low.
1300	Invalid segment: X%{a}=%{0}, X%{i}=%{1} - Slope too low.
1301	Invalid segment: X0=0, X%{i}=%{0} - Slope too high.
1302	Invalid segment: X%{a}=%{0}, X%{i}=%{1} - Slope too high.
1303	Invalid segment: X%{a}=%{0}, X%{i}=%{1} - Slope changes too much.
1304	Invalid segment: X%{a}=%{0}, X%{i}=%{1} - Slope changes too small.
1305	Found bad segment(s), please choose:
1306	Enter data again to correct error(s); Abort the method; Proceed to save without correction.
1307	Please select the device variable list to display:
1308	device variable 0 – 7;device variable 8 – 15;device variable 16 – 19;Exit
1309	0. Position: %[.3f]{0} %{1} (%{2}) 1. P1-P2: %[.3f]{3} %{4} (%{5}) 2. SupplyPress: %[.3f]{6} %{7} (%{8}) 3. Actuator Pressure2: %[.3f]{9} %{10} (%{11}) 4. Setpoint: %[.3f]{12} %{13} (%{14}) 5. Signal: %[.3f]{15} %{16} (%{17}) 6. Do Switch 1: %[.3f]{18} %{19} (%{20}) 7. Do Switch 2: %[.3f]{21} %{22} (%{23})
1310	8. DI: %[.3f]{0} %{1} (%{2}) 9. Temperature: %[.3f]{3} %{4} (%{5}) 10. Volts Input: %[.3f]{6} %{7} (%{8}) 11. RawPosition: %[.3f]{9} %{10} (%{11}) 12. NumStrokes: %[.3f]{12} ValveStrokes (%{14}) 13. NumCycles: %[.3f]{15} DirectionChanges (%{17}) 14. PosRetransmit: %[.3f]{18} RawCounts (%{20}) 15. IPCurrent: %[.3f]{21} %{22} (%{23})
1311	16. Friction: %[.3f]{0} %{1} (%{2}) 17. PosErrBand: %[.3f]{3} %{4} (%{5}) 18. Open Stop Adjustment: %[.3f]{6} %{7} (%{8}) 19. Percent of Range: %[.3f]{9} %{10} (%{11})
1312	The position retransmitter has restored to the normal control mode of following the position.
1313	There is no position retrasmitter for this device.
1314	Setting analog output is disabled when device is in the %{0} mode
1315	Set current output of the position retransmitter:
1316	Set Output in mA;Finished
1317	Set Output in 4 - 20 mA:
1318	Lower Range in %
1319	Upper Range in %
1320	Error: Lower and upper ranges must differ by at least 5%.
1321	Set re-transmitter range is done.
1322	Set Manual Stop Position:
1323	Low;High;Exit
1324	Wait until the valve is stable, then press OK.
1325	Procedure failed. The stroke could be too small.
1326	Open Stop Adjustment set properly.
1327	P = %{0} % I = %{1} (1/10s) D = %{2} ms Padj = %{3} % Beta = %{4}
1328	Stroke Time = %{5} Compens. pos.= %{6} Dead zone = %{7} % Boost = %{8}
1329	P (%)
1330	I (1/10s)
1331	D (ms)
1332	Padj (%)
1333	Compensation
1334	Dead Zone (%)
1335	Stroke Time Open = %{0} sec Stroke Time Close = %{1} sec
1336	Stroke Time Selection:
1337	For both directions;For open only;For close only
1338	Stroke Time (0 to 250 sec)
1339	Set the I/P Value:
1340	WARNING. This procedure requires to enter setup mode. Please change to setup mode first.
1341	Enter the low signal value between 3.5 and 8.0 mA:
1342	The value must be between 3.5 and 8.0 mA
1343	Set the input current to %[.2f]{0} mA and press OK
1344	The current is not set correctly! Please check and set again.
1345	Enter the high signal value between 16.0 and 21.0 mA:
1346	The value must be between 16.0 and 21.0 mA
1347	The device has no pressure sensor to calibrate.
1348	WARNING. Turn off all the air to the valve and wait until air is fullyexhausted! Then press OK to continue.
1349	Actuator Pressure1: %{1} %{0} Actuator Pressure2: %{4} %{0} Supply Pressure: %{2} %{0}
1350	Actuator Pressure: %{1} %{0} Supply Pressure: %{2} %{0}
1351	Actuator Pressure1: %{1} %{0} Actuator Pressure2: %{4} %{0}
1352	Actuator Pressure: %{1} %{0}
1353	Caution: Make sure if air is fully exhausted or not:
1354	Not exhausted yet;Fully exhausted
1355	Calibration failed. A pressure sensor may not be in proper range (-3 psi to +3 psi).
1356	Calibration is completed.
1357	Actuator Pressure: %{1} %{0}
1358	Please turn on the actuator pressure sensor first!
1359	Actuator Press. 1: %[.2f]{1} %{0} Actuator Press. 2: %[.2f]{4} %{0} Supply Press: %[.2f]{2} %{0}
1360	Actuator Press.: %[.2f]{1} %{0} Supply Pressure: %[.2f]{2} %{0}
1361	Actuator Press. 1: %[.2f]{1} %{0} Actuator Press. 2: %[.2f]{2} %{0}
1362	Actuator Press: %[.2f]{1} %{0}
1363	WARNING. To continue this procedure will reset calibration data to factory defaults. DO YOU WISH TO CONTINUE?
1364	Calibraton data have been reset to factory defaults.
1365	Remove software limit stops to be able to perform diagnostics.
1366	Select Diagnostic Type:
1367	Time (1-60 sec)
1368	Start Position in %
1369	End Position in %
1370	Speed Level (1-10)
1371	Please Wait while running a diagnostic signature
1372	Diagnostics FAILED.
1373	Diagnostics completed.
1374	Stroking Time To Open = %{0} s Stroking Time To Close = %{1} s Friction = %{2} %{6}
1375	Lower Spring Range = %{3} %{6} Upper Spring Range = %{4} %{6} Supply Pressure = %{5} %{6}
1376	Lower Spring Range = %{3} %{6} Upper Spring Range = %{4} %{6}
1377	Select Storage for Valve Signature
1378	Valve Signature stored.
1379	Stroking Time To Open = %{0} s Stroking Time To Close = %{1} s
1380	After resetting, the current values will be lost. Press ABORT if you do not wish to proceed.
1381	Valve Historian data was reset.
1382	A reset may cause the valve to move ! Perform a RESET?
1383	Reset on SVI II AP did NOT correctly execute.
1384	Reset on SVI II AP correctly executed.
1385	Interrupting the current process.
1386	The process was interrupted.
1387	Value out of range. Tight Shutoff Value MUST be between -1.0 and 20.0.
1388	Limit High (%{0} %) must be at least 10% larger than Limit Low (%{1} %)
1389	Value out of range. Tight Shutoff Value MUST be between 1 and 255.
1390	Value out of range. Near Closed Value MUST be between 0.0 and 20.0.
1391	High Signal (%{0} mA) must be at least 5mA larger than Low Signal (%{1} mA) Please enter the value again!
1392	To refresh the signature, Please reload this page!
1393	Device is currently in NORMAL mode.
1394	Device is currently in MANUAL mode.
1395	Device is currently in SETUP mode.
1396	Device is currently in LOW POWER mode.
1397	Device is currently in FAILSAFE mode.
1398	Device is currently in FATAL mode.
1399	Device is currently in MARGINALPOWER mode.
1400	Device is currently in OOS mode.
1401	Device Mode Unknown.
1402	This function is not available in this SVI2 model. Consult Masoneilan for more information.
1403	Make your choice:
1404	Continuous Data;Std Diag. Results
1405	Total Travel = %{0} strokes Time Closed = %{1} hours Time Open = %{2} hours Time Near Closed = %{3} hours Number of Cycles = %{4}
1406	Following values are not meaningful if the standard diagnostic has not been run.
1407	Response Time to Open = %{0} s Response Time to Close = %{1} s Friction = %{2} %{6} Low Spring Range = %{3} %{6} Upper Spring Range = %{4} %{6} Air Supply pressure = %{5} %{6}
1408	Response Time to Open = %{0} s Response Time to Close = %{1} s
1409	Raw data from the device: (Click Next to Update or Cancel to Exit) Raw Sig = %{0} cts Raw Pos = %{1} cts IP Output = %{2} cts IP Current = %{9} mA Raw Pressure = %{8} cts Low Position Stop = %{3} cts High Positon Stop = %{4} cts Low Temperature = %{5}degC High Temperature = %{6}degC Current Board Temp. = %{7}degC
Reference ID	String