Device dictionary

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Reference ID	String
0	SVI II ESD
1	Masoneilan-DRESSER
2	Nbr Of Preambles
3	Number of Request Preambles- Number of Preambles required from the Host request by the Field Device.
4	Univ Cmd Rev
5	Universal Revision- Revision of the Universal Device Description, to which the Field Device conforms to.
6	Trans Cmd Rev
7	Field Device Revision- Revision of the Field Device Specific Device Description, to which the Field Device conforms to.
8	Software Rev
9	Field Device Software Revision- This revision corresponds to the software or firmware, that is embedded in the Field Device.
10	Hardware Rev
11	Hardware Revision- Revision that corresponds to the electronics hardware of the Field Device.
12	Phys Sign Code
13	Physical Signaling Code- The Physical Signaling Code describes the type of Physical Layer that has been implemented in the hardware that is responsible for the HART Communication port.
14	Device Flags
15	Field Device Flags- Describes special features of the Field Device that affect the Data Link Layer.
16	Device ID
17	Field Device Identification- Uniquely identifies the Field Device when combined with the Manufacturer Identification and Device Type. Therefore, this variable cannot be modified by the Host user.
18	Poll Address
19	Polling Address- Address used by the Host to identify a Field Device, and changeable by the User to control the Multidrop Mode.
20	Tag
21	Tag- Text that is associated with the Field Device installation. This text can be used by the user in any way. A recommended use is as a unique label to a plant that correlates to a Field Device label: on a plant drawing, or on a Control System. This variable is also used as a type of data link layer address handle.
22	Message
23	Message- Text that is associated with the Field Device. This text can be used by the user in any way. There is no recommended use.
24	Descriptor
25	Descriptor- Text that is associated with the Field Device. This text can be used by the user in any way. There is no specific recommended use.
26	Date
27	Date- Gregorian calendar date that is stored in the Field Device. This date can be used by the user in any way. There is no specific recommended use. Enter MM/DD/YY
28	Final Assembly
29	Final Assembly Number- Number that is used for identification purposes, and is associated with the overall Field Device.
30	Response Code
31	special
32	smart filter
33	Input Signal
34	Signal- Input signal and current loop in mA.
35	.2f
36	Reports Device Errors
37	Fault Code 0
38	Reset
39	Device reset indicator
40	Low Power
41	Input current < 3.2 mA
42	Actuator Error
43	Unable to position the valve normally.
44	Low Air Supply Warning
45	Supply Pressure below low limit
46	Position Error
47	If T1 error is configured AND the position error outside the error band for time T1
48	Reserved (0-5)
49
50	Keypad Fault
51	Possible moisture inside or connector or mechanical failure
52	Marginal Power
53	Fault Code 1
54	Calibration Failed
55	Calibration of AO or pressure failed
56	Find Stops Failed
57	Find Stops process failed
58	Autotune Failed
59	Self-tuning failed to converge on acceptable parameters
60	Std Diagnostics Failed
61	Ext Diagnostics Failed
62	Operating System Fault
63	An internal error from which the device recovered automatically
64	High Air Supply Warning
65	Supply Pressure above upper limit
66	Reserved (1-7)
67	Fault Code 2
68	Bias Out Of Range
69	An important internal parameter is out of range
70	I/P Out Of Range
71	I/P current feedback is out of range
72	Temp. Out Of Range
73	Tempertaure outside operating range
74	Reserved (2-3)
75	Inadequate Low Air Threshold
76	Low supply pressure alarm limit is configured too low
77	Reserved (2-6)
78	Fault Code 3
79	NVM Checksum Error
80	The device failed to read critical data from non-volatile memory
81	RAM Checksum Error
82	Flash Checksum Error
83	A critical internal fault
84	Stack Error
85	Factory Write Indicator
86	Indicator of writes to non-volatile memory allowed only for firmware upgrade
87	NVM Test Error
88	An error in non-volatile memory could not be repaired
89	Latched Event
90	ESD Trip occurred and requires user intervention to be released
91	Factory Mode Indicator
92	Device performs factory-authorized operations
93	Fault Code 4
94	Ref Voltage Fault
95	May indicate faulty A/D subsystem
96	Position Sensor Fault
97	Current Sensor Fault
98	Temperature Sensor Fault
99	Reserved
100	Pressure 1 Fault
101	Output Pressure Sensor Fault (Single acting) or Output 2 Pressure Sensor Fault (double acting)
102	Pressure 2 Fault
103	Supply Pressure Sensor Fault (Single acting) or Output 1 Pressure Sensor Fault (double acting)
104	Pressure 3 Fault
105	Supply Pressure Sensor Fault (double acting only)
106	Fault Code 5
107	I/P Pressure Sensor Fault
108	Atmospheric Pressure Sensor Fault
109	Watchdog timeout
110	NVM Write Fault
111	A write to non-volatile memory failed; data may be lost on reset
112	IRQ Fault
113	Flash ROM Test timeout
114	The test didn't complete in time
115	MCU Internal Malfunction
116	Software Error
117	Fault Code 6
118	ESD Valve Tripped
119	An ESD trip event is present
120	New ESD Data available
121	An ESD trajectory signature is available for retrieving
122	Saving ESD Data error
123	An error saving ESD signature, not necessarily the latest
124	PST Failed
125	Last completed PST failed
126	New PST Data available
127	A new PST trajectory signature and data are available for retrieving
128	Saving PST Data Error
129	An error saving PST signature, not necessarily the latest
130	Pneum. Train Integrity
131	Last completed Pneumatic Test failed
132	ESD Circuit Integrity
133	The I/P cut-off switch is not functional
134	Fault Code 7
135	Low PV Analog Input
136	High PV Analog Input
137	Friction Below Normal
138	Measured friction is below customer specified range
139	Friction Above Normal
140	Measured friction is above customer specified range
141	Breakout Force Exceeded
142	Pressure to move valve is greater than customer specified range
143	Air Supply Droop Abnormal
144	Supply pressure dropp exceeds a customer specified value
145	PST canceled
146	PST canceled before completion
147	Pneumatic test canceled
148	Pneumatic test canceled before completion
149	Fault Code 8
150	I/P Calibration Drift Warning
151	Reserved for future development
152	Low I/P Output Pressure
153	High I/P Output Pressure
154	Feedback Linkage Drift
155	The valve position is more than the allowed linkage drift away from expected
156	Valve Stuck Closed
157	The valve is at or near de-energized stop and fails to move to energized stop
158	Valve Stuck Opened
159	The valve is at or near energized stop and fails to move to de-energized stop
160	PST Out of schedule
161	PST hasn't been performed within time limit
162	Pneumatic test out of schedule
163	Pneumatic test hasn't been performed within time limit
164	Quick Access Key
165	Online (SVI II ESD)
166	PST
167	Device Setup
168	ESD Status/Diagnostics
169	Manual Setup
170	Configuration
171	Calibration
172	Commissioning Services
173	View/Clear Faults
174	Sensor Measurements
175	ESD and PST Test
176	General
177	Actuator Type
178	ESD Setup
179	Alarms Setup
180	Switches
181	Fault Mask
182	HART
183	Device Info
184	Valve Travel
185	Manual Position Setpoint
186	Valve Tuning Data
187	Position Retransmit
188	Run Diagnostics
189	PST Schedule
190	PST Settings
191	HART Info
192	Set point and Position
193	I/P
194	Pressures
195	Temperature
196	I/O's
197	RAW Sensor Data
198	PST Result(Current)
199	Extended Signature Results
200	Limits/Others
201	PST Initiation
202	Offline
203	Maintenance
204	Valve Position
205	Valve Position- Indicates the actual valve position in %. with closed = 0 % and opened = 100 %
206	Actual Pressure
207	Pressure- Indicates the actual valve pressure in its engineering unit. Units may be psi, bar, or kPa.
208	Valve Pos
209	%
210	.1f
211	Pressure
212	Pressure- Indicates the actual valve pressure in its engineering unit.
213	.3f
214	7d
215	Disabled
216	Enabled
217	Fault is raised if supply pressure drops below this value The value must be below the Air Supply High and between: 30 ~ 110 psi 206.85 ~ 758.45 kPa 2.07 ~ 7.58 bar
218	Fault is raised if supply pressure drops above this value The value must be above the Air Supply Low and between: 30 ~ 120 psi 206.85 ~ 827.4 kPa 2.07 ~ 8.27 bar
219	This sets the minimum actuator pressure during a PST. The test will abort if the pressure in the actuator less than this value.(-120 - +120 psi)
220	The minimum allowable valve/actuator friction. This will not abort the test but will set a Status Flag on DO1 and HART. ( 0 =< pressure < Friction High Limit < 30 psi )
221	The maximum allowable valve/actuator friction. This will not abort the test but will set a Status Flag on DO1 and HART. ( 0 < Friction Low Limit < pressure =< 30 psi)
222	The maximum allowable breakout force when the SVI II ESD starts movement from 100%. If the value is exceeded during a PST, the diagnostic test will abort. (0-30.0 psi)
223	The maximum allowable air supply droop. This value will set a Status Flag on DO1 and HART. (0 - 30.0 psi)
224	The number of days between PST runs( 1 - 365 ).
225	days
226	This is an offset in DAYS to start a PST test. This ensure that PST's are not executed simultaneously on several SVI II ESD's. ( 0 =< days <= PST Interval or the value > 0 when PST Interval = 0 )
227	Days - number of days until the next PST.
228	Number of minutes into the day of the next PST.
229	Min.
230	Firmware Version
231	SVI II ESD Firmware Version: Hardware Rev.Transmiter Rev.Software Rev
232	Change Mode
233	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 push buttons 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.
234	Find Stops
235	Run automatic find stops will establish the calibration position of the valve at actuator pressure vented and at full supply pressure.
236	Autotune
237	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.
238	Setup Wizard
239	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 4mA current response 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.
240	Reset Config To Defaults
241	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; Position limits are disabled; Pressure units and language are set to psi and English; Button Locks = None; Controller = None;
242	Read Current Faults
243	Read the device's current faults.
244	Read/Clear Faults
245	Read the device's current faults. Optionally, the fault status may also be cleared.
246	Clear Current Faults
247	Clear the current device status/faults.
248	Read Historical Faults
249	Read the device's historical faults.
250	Clear All Faults
251	Clear the historical and current device faults/status.
252	Manual Setpoint
253	Set manual valve setpoint in % to simulate non-linear characterization and limits.
254	Full Open
255	Fully Open valve.
256	Full Close
257	Fully Close Valve.
258	Configuration Wizard
259	Change configuration of Pressure units,Language, Button Locks, and Air Action Values. Limit Override allows Find Stops, Autotune and Diagnostics to override position limits.
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	Manual Tuning
265	The user can set tuning PID coefficients.
266	Read Pressures
267	To read pressures.
268	Run PST
269	PST(Patial Stroke Test) may be run in any mode and No other parameters are required. After the PST, it will display the summary information. This could take some time, depending on the time it takes to retrieve the data from the device.
270	ESD Latch Reset
271	Clear the fault of latch fail safe.
272	Run TBT and Pneumatic test
273	TBT, Terminal Board Test, may run in any mode,No other parameters are required. Upon successful completion, the pass fail status and the time to trip will be displayed in the results box.
274	PST Setup Wizard
275	This wizard steps the user in configuring the device for partial stroke testing. It will set the PST Schedule parameters and PST parameters.
276	PST Schedule Wizard
277	Set PST interval, Next PST Days and Next PST Minutes to complete new PST schedule .
278	Analog Out
279	This will be used to set the output of position retransmit output, At the end of verifying the output value, The position retransmit will be restored to normal
280	Stroke Time
281	set stroke time. Stroke time is used to limit rate of change of travel. Stroke time is expressed as sec/100% travel
282	DI Power Mode
283	Set the current DI power mode.
284	Set Fault Mask
285	Set Fault Mask.
286	disble the fswitch1value, and fswitch2value
287	Stop Procedure
288	Position Unit
289	Position Unit- Unit for valve position.
290	DO Switch 1 Normally
291	Define Switch 1 is normally closed or open.
292	Open
293	Closed
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	Same with Switch 1
303	ESD Tripped
304	Not Normal
305	PST Running
306	DO Switch 1 Value
307	Value for Switch 1 position limit.
308	5.2f
309	DO Switch 2 Normally
310	Define Switch 2 is normally closed or open.
311	DO Switch 2 Action
312	Define Switch 2 action.
313	DO Switch 2 Value
314	Value for Switch 2 position limit. ( value must be between 0 and 199 ) 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 the this field maybe need to close / open this page again.
315	DI Switch Enable
316	Digital Input Switch is enabled or disabled.
317	Device busy
318	Wrong mode
319	Find stops failed
320	Command not implemented
321	Mode
322	Mode - SVI II ESD modes can be: setup (setup, low power, fail safe, fatal), normal, or manual.
323	Setup
324	This mode allows the user to describe the basic valve setup, to perform calibration and diagnostic.
325	????
326	Fail Safe
327	It is the positioner security mode when critical faults occurs or in case of position error with time 2 activated.
328	Fatal
329	FAIL High
330	?????
331	Normal
332	In the normal operating mode,the positioner responds to the 4-20 mA input signal and positions the valve appropriately.
333	Manual
334	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.
335	Device malfunction
336	Reports Device Errors.
337	The status of SVI II ESD tripped.
338	No
339	Yes
340	Fault Code 9
341	Latch Air Loss
342	Air Latch Disabled
343	Invalid Recovery Time
344	Fault Code 0 History
345	Reports Historic Device Errors.
346	Fault Code 1 History
347	Fault Code 2 History
348	Fault Code 3 History
349	Fault Code 4 History
350	Fault Code 5 History
351	Fault Code 6 History
352	Fault Code 7 History
353	Fault Code 8 History
354	Fault Code 9 History
355	Current Faults
356	Current/Historic Faults
357	Raw Signal
358	A/D value of the primary signal.
359	cts
360	5d
361	Raw Position
362	A/D value of the position sensor.
363	Raw Pressure
364	A/D value of the pressure sensor.
365	Lower Stop
366	Mechanical Stop without pressure in the actuator.
367	Upper Stop
368	Mechanical Stop with full pressure in the actuator.
369	Actual Board Temperature
370	Internal SVI II ESD temperature in °C
371	Min Board Temperature
372	The lowest internal temperature recorded in °C.
373	Max Board Temperature
374	The upper internal temperature recorded in °C.
375	I/P Current
376	The actual I/P current, corrected for temperature.
377	3.1f
378	I/P Output
379	Set constant current on the I/P to adjust the pneumatic block.
380	DO Switch 1 State
381	State is: open = 1 and closed = 0.
382	DO Switch 2 State
383	I/P Switch State
384	Setting of I/P feedback siwtch: on = 0 and off = 1.
385	On
386	Off
387	DI Switch State
388	Setting of the digital input switch Open =1 and Closed = 0.
389	Passed
390	Pass Fail Flag.
391	PST Passed Flag
392	Failed
393	Friction
394	Friction- The computed friction from the PST.
395	Lower Spring Range
396	Low spring value. This value comes from PST.
397	Upper Spring Range
398	High spring value. This value comes from PST.
399	Breakaway Pressure
400	The pressure over spring range required to move the valve off the stops.
401	Air Supply Droop
402	The supply pressure drop when the actuator is filled.
403	Exhaust Rate per 100ms
404	The speed at which air can be exhausted from the actuator.( Psi,kpa, or bar/100ms)
405	Fill Rate per 100ms
406	The speed at which air can be added to the actuator.
407	Manual Setpoint- Manual valve setpoint in %. Value must be between -5.0% and +160.0%.
408	Set Valve Pos In mA
409	Manual Signal- Manual valve setpoint in mA.
410	Setpoint Type- Selects how setpoint or signal is set.
411	Manual Signal (mA) value
412	Manual Position (%) value
413	Set Fully Closed
414	Set Fully Opened
415	Set To FailSafe
416	Air Action
417	Air Action- configures the actuator to operate as Air to Close, or Air to Open. Modifiable under Setup Mode
418	Air to Close
419	Set for Air to Close valve(ATC)
420	Air to Open
421	Set for Air to Open valve(ATO)
422	4mA To Open valve: 0 = Open, 1 = Close,
423	4mA current open the valve
424	4mA current close the valve
425	Latch Trips
426	Make the latch trips enabled or disabled. Modifiable under the Setup Mode
427	Latch trips function is disabled.
428	Latch trips function is enabled.
429	LCD Button Lock
430	Button Configuration Flags- Defines lock level for SVI II ESD buttons to avoid unintended modifications.
431	Unlocked
432	Define lock level :no restriction
433	Lock out Local Cal/Config
434	Define lock level :lock out local config, calibrate and diagnostic menu
435	Lock out Local Manual
436	Define lock level :lock out local manual menu
437	Lock All Buttons
438	Define lock level :lock out all buttons
439	Not Used.
440	Allow PST by AI
441	Allow PST by AI.
442	Not allow PST to be executed by Analog Input.
443	Allow PST to be executed by Analog Input.
444	Allow PST by push buttons
445	Allow PST by push buttons.
446	Not allow PST to be executed by local display button.
447	Allow PST to be executed by local display button.
448	Allow PST by HART
449	Allow PST by HART.
450	Not allow PST to be executed by HART Command.
451	Allow PST to be executed by HART Command.
452	Tight Shutoff Value
453	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%.
454	4.1f
455	Limit Low
456	Lower Position Limit- The SVI II ESD 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.
457	5.1f
458	Limit High
459	Upper Position Limit- The SVI II ESD 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.
460	Stroking Limit
461	s
462	3d
463	Pressure Units
464	Pressure Unit- The actual pressure reported by the SVI II ESD can be in psi, bar or kPa.
465	LCD Language
466	Language Displayed- Choice of languages displayed on the SVI II ESD LCD.
467	English
468	Possibility of different languages displayed on the SVI II ESD LCD
469	French
470	Spanish
471	Portuguese
472	Japanese
473	Italian
474	German
475	P
476	Proportional gain in %. Common values are 50 for small valves up to 4000 for large valves. Must be between 0 and 5000.
477	4d
478	I
479	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.
480	(1/10s)
481	D
482	Derivative time or rate time in milliSeconds. Common values are 10 to 100. Values between 0 and 200.
483	mS
484	Padj
485	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.
486	Beta
487	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.
488	2d
489	Damping
490	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.
491	Position Comp.
492	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.
493	Dead Zone
494	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%.
495	Boost
496	Boost- Compensates for the pnuematic dead band. Value ranges between 0 and 20.
497	Non Linear
498	Auto Tune Fault
499	Reason for Auto Tune failure.
500	Pos Error Band
501	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. 0.5% <= Value < 199.0% .
502	Pos Error Enable
503	Enable Position Error- enable reporting of position errors.
504	Reporting of position errors is disabled
505	Reporting of position errors is enabled
506	Pos Error Time
507	Position Error Time- The time in seconds that a position error can occur before it is reported. This time must be between >=0.1 s and <=327.0 s.
508	Air Supply Low
509	Fault is raised if supply pressure drops below this value. The value must be below the Air Supply High and between: 30 ~ 110 psi 206.85 ~ 758.45 kPa 2.07 ~ 7.58 bar
510	6.1f
511	6.2f
512	6.3f
513	Information
514	Air Supply High
515	Near Position
516	Near Position- The position used to decide whether the valve is open or near open Must be between 0 and 20%.
517	Stuck Position Limit
518	The position used to decide whether the valve is stuck open or closed(3-20%).
519	Linkage Limit
520	The position change that indicates a linkage drift problem ( 1- 20 % ).
521	Low
522	High
523	Update NVM
524	Step REsponse Text
525	Std. Actuator Sig.
526	Partial Stroke Test.
527	Terminal Board Test.
528	Extended Signature Test.
529	Terminal Board and Pneumatic Test.
530	Valve speed motion for recording data. Min is 1 and max is 10.
531	Can't to do PST
532	PST Interval
533	The number of days between PST runs ( 0 < Time into Interval < days < 365 ).
534	Time Into Interval
535	This is an offset in DAYS to start a PST test. This ensure that PST's are not executed simultaneously on several. SVI II ESD's. ( 0 =< days <= PST Interval )
536	Time Of Day
537	This is an offset in Minutes to start a PST test. This ensure that PST's are not executed simultaneously on several SVI II ESD's.(0 - 1439 min)
538	min.
539	Base Days
540	Number of days into the PST cycle.
541	Base Minutes
542	Number of Minutes into PST cycle.
543	Next PST Days
544	Days - number of days until the next PST, May be negative if the schedule has expired but the PST hasn't run becuase something( another process or Setup mode) was blocking it.
545	Day
546	Next Minutes
547	Number of minutes into the day of the next PST.
548	PST Seconds
549	the number of seconds that the processor has been running since the last reset. Can be used to compare to the seconds stored in the PST data header.
550	Sec.
551	6d
552	PST Travel
553	This sets the travel range during a PST.(5-30%)
554	Minimum Change
555	This sets the minimum actuator pressure during a PST. The test will abort if the pressure in the actuator less than this value. This value is between: -120 ~ +120 psi -827 ~ +827 kPa -8.274 ~ +8.274 bar
556	Max Time
557	This sets the maximum allowable time for a PST before aborting. Set a value by adding at least 5-10 seconds to the predicted time for the PST. Ex: 30% travel at 1%/s = 60seconds total + 5 = 65 seconds for maximum allowable time.
558	PST Speed
559	The rate of travel per second. Typical value is 1%/sec. But , for larger valve or with volume boosters, a slower speed is suggested(0.25 - 10).
560	%/s
561	Dwell Time
562	Once the set PST travel is reached, it is the duration of the pause before moving the valve back to 100% open. (2 - 60s)
563	Friction Low Limit
564	The minimum allowable valve/actuator friction. This will not abort the test but will set a Status Flag on DO1 and HART. ( 0 =< pressure < Friction High Limit < 30 psi (207 kpa, 2.069 bar))
565	Check relation between low/high friction parameters
566	Friction High Limit
567	The maximum allowable valve/actuator friction. This will not abort the test but will set a Status Flag on DO1 and HART. ( 0 < Friction Low Limit =< pressure =< 30 psi (207 kpa, 2.069 bar))
568	Breakout Limit
569	The maximum allowable breakout force when the SVI II ESD starts movement from 100%. If the value is exceeded during a PST, the diagnostic test will abort. ( 0 - 30.0 psi (207 kpa, 2.069 bar))
570	Droop Limit
571	The maximum allowable air supply droop. This value will set a Status Flag on DO1 and HART. ( 0 - 30.0 psi (207 kpa, 2.069 bar))
572	Freeze DO
573	While running a PST, this setting will prevent the DO2 from changing status which could upset the safety system.
574	Freeze
575	Freeze the Digital Output during PST
576	Annunciate
577	The Digital Output will change during PST
578	Freeze AO
579	While running a PST, this setting will prevent the Analog Output (valve positioner) from changing which could upset the safety system.
580	Freeze the Analog output during PST
581	Position retransmit
582	The Analog output will change during PST
583	Scheduling PST
584	Turning ON the scheduler will initiate automatic PST from the SVI II. Turning OFF the scheduler, a PST can only be launched from the local LCD/Button, an external wired button, or using a HART signal.
585	Bit Flag
586	Latch FailSafe
587	Option Config 0
588	Pressure Sensor 1
589	Pressure Sensor 2
590	Pressure Supply
591	Input/Output Switches
592	Retransmit Output
593	Dash Version
594	System Version-Positioner function level.
595	Undefined
596	ES - EZ Smart
597	SD - Standard Diag
598	AD - Advanced Diag
599	DP - Diagnostics Plus
600	ESD
601	Remote Position Sensor
602	Indicates that the hardware uses a remote pot instead of a built in hall sensor for the primary position sensor.
603	Build-in Sensor
604	Remote Sensor
605	Type
606	Positioner Type - single acting positioner or double acting positioner.
607	Double Acting
608	Single Acting
609	2nd 4-20mA Sensor
610	The 2nd 4-20mA (1-5v) sensor is included in the hardware. This sensor is used in the process controller version of the SVI2.
611	None
612	Atmosphere pressure sensor
613	The atmosphere pressure sensor is on the board.
614	ATM. Pressure Sensor
615	Factory Cal Mode
616	The firmware is in factory cal mode.
617	Not be used for PST
618	Used for other
619	DI Usage
620	DI is used for Clearing latched trip or other.
621	Clear Latch Trip
622	PST on ATC valve
623	PST is allowed on ATC valve.
624	Allowed
625	Not Allowed
626	I/P Type
627	I/P Type- defined within Option Config 2.
628	Relay Type
629	Relay Type- defined within Option Config 2.
630	ESD Type
631	The SVI II ESD Type: DSD - 4 wire discrete for trigger and power. ASD - 2 wire analog both for trigger and power. A/DSD - 2 wire discrete for trigger and 2 wire analog for power.
632	NOT SET
633	DSD
634	ASD
635	A/DSD
636	Option Config X
637	Actuator Pressure 1
638	Actuator Pressure 2
639	Supply Pressure
640	Air Supply Pressure
641	I/P Pressure
642	20mA signal at a travel of
643	Position in % at 20mA for position retransmitter
644	4mA signal at a travel of
645	Position in % at 4mA for position retransmitter
646	Air Loss Latch Enabled
647	Enable or disable the Air Loss Latching feature.
648	Trip Level
649	The supply pressure at or below which the ESD will latch (if Air Loss Latch enabled)
650	Set Trip level range
651	Recovery Time
652	Time necessary for the device to recover from latched state without relatching due to Supply droop.
653	DI Switch output
654	DI output pulsing or continuous.
655	Always On
656	Switch
657	Fault Mask 0
658	Writes a mask for selecting DO1 Switch Activating faults.
659	Fault Mask 1
660	Fault Mask 2
661	Fault Mask 3
662	Fault Mask 4
663	Fault Mask 5
664	Fault Mask 6
665	Fault Mask 7
666	Fault Mask 8
667	Fault Mask 9
668	LATCH AIR LOSS
669	AIR LATCH DISABLED
670	AIR LATCH DELAY
671	Sets the position retransmit to a fixed value. 0 returns it to normal operation.
672	mA
673	Category
674	Pneumatics faults
675	Electronics Faults
676	Fail High Low
677	Fail Low
678	Fail High
679	SubMode
680	SubMode - SVI II ESD setup modes can be: normal setup, low power, fail safe, fatal, marginal power or fail high. SubMode is only valid when Mode is Setup.
681	Process Busy
682	Percent Complete
683	Process ID
684	The ID of the process runing
685	Find Stop
686	Auto Tune
687	Step Test
688	Initial No Cal
689	Initial with Cal
690	Save Cal
691	Bumpless Transfer
692	ESD Shutdown
693	Proof Test
694	Continuous Diagnostics
695	Terminal Board Test
696	Fail Low /Fail High
697	Display/Set the device to Fail Low or Fail High for the penumerics testing
698	Fail Low / Fail High
699	Display/Set the device to Fail Low or Fail High for the electrnics testing
700	Fail High/Low
701	Display/Set the device for Fail High or Fail Low
702	Process Variables
703	Device Configuration
704	Device Diagnostics
705	Input Singal 4.0 - 20.0 mA
706	Sig.
707	Y-Axis: 0 - 100%
708	Valve Position 0 -100%
709	Position
710	kpa
711	psi
712	bar
713	Press.
714	Pressure axis (0~150psi)
715	Pressure axis(0~850kpa)
716	Pressure axis (0~20bar)
717	Manual Set Point
718	Signal
719	Input signal 0-100%
720	Supply Press.
721	Position Bar
722	Signal Bar
723	Act. Press. 1
724	Act. Press.
725	The actuator pressure 1 for double actuator.
726	The actuator pressure for single actuator.
727	Act. Press. 2
728	The actuator pressure 2 for double actuator.
729	Trend
730	STRIP0
731	STRIP1
732	STRIP2
733	STRIP3
734	The charts for valve position and manual set position
735	Valve Pos.
736	Manual SP.
737	Partial Stroke Test
738	PST Graph
739	Display the result curve for Partial Stroke Test.
740	Pos. vs Pres
741	waveform of PST result
742	PST Down Curve
743	PST Up Curve
744	Populate PST Data
745	Error Limits
746	Switch #1
747	Valve Travel / Stops
748	Valve Travel / Tuning
749	Switch #2 (Output Switches)
750	Scheduled Next PST
751	PST Result
752	Alarm Setup
753	Annunciated Fault Masks
754	Monitor
755	Tuning
756	Pressure Sensors
757	Device Status
758	Clear Faults
759	Critical
760	Instrumentation
761	Actuator
762	Pneumatics
763	Electronics
764	Raw data
765	Current
766	History
767	PST and TBT
768	DO2 (Output Switches)
769	Main signal
770	Raw Sensor Data
771	Pressures Gauges
772	Read Raw Data
773	Returns information from the SVI2ESD 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.
774	What is Current Mode?
775	What is Current Mode? - To get the current mode of this device
776	Enable on token-passing data link layer only
777	Enable on TDMA data link layer only
778	Enable on both TDMA and token-passing data link layer
779	Wireless
780	WirelessHART Device
781	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
782	Primary
783	Primary Analog Channel
784	Secondary
785	Secondary Analog Channel
786	Tertiary
787	Tertiary Analog Channel
788	Quaternary
789	Quaternary Analog Channel
790	Quinary
791	Quinary Analog Channel
792	Critical Power Failure
793	Lock all
794	Trim not supported
795	Configuration cannot be changed
796	Locked by gateway
797	Analog Input Channel
798	Analog Output Channel
799	Secondary Analog Channel Saturated
800	Tertiary Analog Channel Saturated
801	Quaternary Analog Channel Saturated
802	Quinary Analog Channel Saturated
803	Secondary Analog Channel Fixed
804	Tertiary Analog Channel Fixed
805	Quaternary Analog Channel Fixed
806	Quinary Analog Channel Fixed
807	Wired HART Enabled
808	Enabled on Wired HART device connection only
809	Wireless HART Enabled
810	Enabled on WirelessHART device connection only
811	Both Wired and WirelessHart Enabled
812	Enabled on both Wired and WirelessHART connections
813	8u
814	8.3f
815	Procedure aborted Try Again.
816	Firmware Version - %{0}.%{1}.%{2}
817	Warning: To restore from %{0} mode, please clear faults first, Otherwise it will cause unexpected result!
818	Continue;Exit
819	Set Mode Target
820	Normal;Manual;Setup
821	Leave Normal Mode will result in loss of process control! Are you sure you want to leave Normal Mode?
822	No;Yes
823	Please Wait ...
824	mode change complete
825	Find stop be disabled by the current mode, Abort!
826	Perform Find Stops is not allowed when device is in marginal power.
827	WARNING. This procedure needs to enter setup mode and will result in LOSS of PROCESS CONTROL. Do you wish to proceed?
828	Changing mode to Setup
829	Latch Trips is disabled.
830	WARNING. This procedure will MOVE the valve. This will result in LOSS of process CONTROL. DO YOU WISH TO CONTINUE?
831	Please wait while searching for mechanical stops. This should take approximately 30 seconds. Press OK to continue.
832	Searching for mechanical stops. This should take approximately 30 sec. Pressure=%[.2f]{0}%{2} Position=%[.1f]{1}%
833	Please wait while searching for mechanical stops. This should take approximately 30 seconds
834	Find stop limits FAILED.
835	Please verify that: - Air supply is sufficient; - The valve is not handjacked; - The mounting is adequate;
836	Please verify that (Continued): - The Travel Sensor is set properly. Then re-run find stops again.
837	Find stop limits completed.
838	The autotune operation is disabled by the current mode, Abort!
839	Enter an Aggressiveness value (-9 to 9)
840	Searching for optimal valve tuning parameters. This should take approx 3 to 6 min. Pressure=%[.2f]{0} %{2} Position=%[.1f]{1}%
841	Please wait while searching for optimal valve tuning parameters. This should take approximately 3 to 6 minutes.
842	Auto Tune FAILED.
843	Fail in open loop test.Check if air booster or quick exhaust is used and the pressure supply.
844	P is out of range.
845	Padj is out of range.
846	Error finding Bias.
847	Self-tuning for air fill direction fails. Check supply pressure or pneumatic block.
848	Self-tuning for air exhausting direction failed. Check the pneumatic block.
849	Auto Tune returned unknown error - %{0}.
850	Auto Tune completed.
851	This mode is not appropriate for the Setup Wizard. Click OK to change mode or Abort to exit Setup Wizard.
852	At 4mA, is valve open or closed?
853	Run Stops Calibration?
854	Press the ABORT key to abort the process.
855	Find stop limits FAILED!
856	Please verify that: - Air supply is sufficient; - The valve is not handjacked;
857	- The mounting is adequate; - The travel sensor is set properly
858	Retry?
859	Automatic Positioner Tuning?
860	Please wait while searching for optimal valve tuning parameters. This should take approximately 3 to 6 minutes.
861	Set to Default:
862	Are you sure you want to reset all data to factory defaults?
863	Reset to Factory Defaults completed.
864	No faults recorded.
865	Do you want to clear current faults?
866	Device has malfunctioned
867	Faults have been cleared.
868	No Historic Faults.
869	Do you want to clear all faults?
870	The manual setpoint is disabled by the current mode, Abort!
871	The valve is triped and latched, abort!
872	The device must not be in NORMAL mode to do this operation. Select Change Mode from the Hot Key menu to change the mode.
873	WARNING! This command strokes the valve and should not be performed with process running.
874	Valve Position (0 - 100%):
875	The full open operation is disabled by the current mode, Abort!
876	The full close operation is disabled by the current mode, Abort!
877	Please verify that: - Air supply is sufficient; - The valve is not handjacked; - The mounting is adequate;
878	Please verify that (Continued): - The Travel Sensor is set properly. Then re-run find stops again.
879	Display Language
880	Select Air Action
881	Latch Trips Enabled
882	Allow PST by Button
883	Button Lock Level
884	Position Error Band
885	Postion Error Enable
886	Position Error Time
887	Supply Pressure Low Limits( %[.2f]{1} - %[.2f]{2} %{0})
888	Supply Pressure High Limits( %[.2f]{1} - %[.2f]{2} %{0})
889	Stuck Limit
890	Linkage Limit( 1 - 20%)
891	Apply new changes to the device? Press: OK for YES ABORT for NO
892	There is no position retrasmitter for this device.
893	Lower Range in %
894	Upper Range in %
895	Error: Lower and upper ranges must differ by at least 5%.
896	Set re-transmitter range is done.
897	The manual stops operation is disabled by the current mode, Abort!
898	Set Manual Stop Position:
899	Low;High;Exit
900	Wait until the valve is stable, then press OK.
901	P = %{0} % I = %{1} (1/10s) D = %{2} ms Padj = %{3} % Beta = %{4}
902	Stroke Time = %{5} Compens. pos.= %{6} Dead zone = %{7} % Boost = %{8}
903	P (%)
904	I (1/10s)
905	D (ms)
906	Padj (%)
907	Compensation
908	Dead Zone (%)
909	Please turn on the actuator pressure sensor first!
910	Actuator Press. 1: %[.2f]{1} %{0} Actuator Press. 2: %[.2f]{4} %{0} Supply Press.: %[.2f]{2} %{0} I/P Press.: %[.2f]{3} %{0}
911	Actuator Press.: %[.2f]{1} %{0} Supply Pressure: %[.2f]{2} %{0} I/P Pressure: %[.2f]{3} %{0}
912	Actuator Press. 1: %[.2f]{1} %{0} Actuator Press. 2: %[.2f]{2} %{0}
913	Actuator Press: %[.2f]{1} %{0}
914	ESD tripped! The device doesn't run PST at present status.
915	PST is disabled on ATC valve by factory setting
916	Do You Wish to set the PST by HART? Otherwise will stop to run PST
917	Yes;No
918	Do You Wish change to Setup mode?
919	The device is busy!......
920	The device doesn't run PST at present status, Please check!
921	Please Wait while running a diagnostic signature
922	PST Runing ...... Press the ABORT key to abort the process.
923	PST CANCELED by device.
924	PST FAILED.
925	PST COMPLETED.
926	PST Passed Flag = Passed Friction = %[.3f]{1} %{8} Spring Range Low = %[.2f]{2} %{8} Spring Range High = %[.2f]{3} %{8}
927	Break Away Pressure = %[.2f]{4} %{8} Air Supply Droop = %[.2f]{5} %{8}
928	Response Time Exhaust = %[.2f]{6} %{8}/100ms Response Time Fill = %[.2f]{7} %{8}/100ms
929	PST Passed Flag = Failed Friction = %[.3f]{1} %{8} Spring Range Low = %[.2f]{2} %{8} Spring Range High = %[.2f]{3} %{8}
930	The fault of latch fail safe is cleared.
931	TBT & Pneumatic Test Running ...... Press the ABORT key to abort the process.
932	TBT & Pnen. Testing FAILED. Please check the reason.
933	TBT & Pnen. Testing Completed.
934	Welcome to the PST Wizard. This simple wizard will guide you in setting Partial Stroke Testing.
935	Do You Wish to Utilize the Automatic Scheduler?
936	PST Interval( %{0} - %{1} Days)
937	Time Into Interval( %{0} - %{1} Days)
938	Time Of Day(0-1439 min. )
939	PST Travel( 5 - 30% )
940	Min. actuator pressure during PST(%[.2f]{1}-%[.2f]{2} %{0})
941	Max PST Time( 5 - 300s )
942	PST Speed( 0.25 - 10 %/s )
943	Friction Low Limit(%[.2f]{1}-%[.2f]{2} %{0})
944	Friction High Limit(%[.2f]{1}-%[.2f]{2} %{0})
945	Breakout Limit(%[.2f]{1}-%[.2f]{2} %{0})
946	Droop Limit(%[.2f]{1}-%[.2f]{2} %{0})
947	Scheduled PST = Yes The Days Until Next PST = %{1} Day The Minuts Into the Day = %{2} Minuts
948	Welcome to the PST Schedule Wizard. This simple wizard will guide you in setting new Partial Stroke Testing schedule.
949	PST Interval( 1 - 365 )
950	Next PST Days (%{0} - %{1} Days)
951	Next PST Minutes (0-1439 min. )
952	PST Interval = %{0} Day The Days Until Next PST = %{1} Day The Minuts Into the Day = %{2} Minuts
953	The verifying analog output is disabled by the current mode, Abort!
954	Set the output value of the position retransmit, valid range 3.2 ~ 22 mA, Input 0 for normal mode
955	Please verify the output of the position retransmit. after that, Continue to test the analog output?
956	Damping Open = %{0} sec Damping Close = %{1} sec
957	Do you want to update the stroke time?
958	Stroke Time Selection:
959	Both directions;Open only;Close only
960	Stroke Time (0 to 250 sec)
961	Current DI Power Mode : %{0}
962	Do you want to change current DI Power Mode?
963	The device must be in SETUP mode to perform this operation.
964	DI Power Mode has been set to: %{0}
965	Press ok to set the annunciate Fault Masks.
966	Set the Fault Mask
967	Do you want to apply the Fault Mask?
968	Set Fault Masks Completed.
969	Interrupting the current process.
970	The process was interrupted.
971	You have entered the same parameter more than three times, Do you wish to get the limits of this parameter?
972	The parameter should be between %[.1f]{0} %{2} and %[.1f]{1} %{2}
973	The parameter should be between %[.2f]{0} %{2} and %[.2f]{1} %{2}
974	The parameter should be between %[.3f]{0} %{2} and %[.3f]{1} %{2}
975	This parameter should be between %[.1f]{0} %{2} and %[.1f]{1} %{2}
976	This parameter should be between %[.2f]{0} %{2} and %[.2f]{1} %{2}
977	This parameter should be between %[.3f]{0} %{2} and %[.3f]{1} %{2}
978	The device has been set to %{0} in %{1}.
979	Do you want to change the fail setting?
980	Fail Setting Selection:
981	Fail Low;Fail High;Exit
982	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
983	Device is currently in NORMAL mode.
984	Device is currently in MANUAL mode.
985	Device is currently in SETUP mode.
986	Device is currently in LOW POWER mode.
987	Device is currently in FAILSAFE mode.
988	Device is currently in FATAL mode.
989	Device is currently in MARGINALPOWER mode.
990	Device is currently in OOS mode.
991	Device Mode Unknown.
Reference ID	String