Device dictionary

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Reference ID	String
0	Event History
1	The history of the 20 most recent configuration and diagnostic events.
2	Event Log
3	Allows for viewing of the 20 most recent configuration and diagnostic events.
4	#
5	Event
6	Date
7	Time
8	Duration
9	Value 1
10	Value 2
11	Refresh Event History
12	Displays a history of most recent diagnostic events. For each event, the time when the event occurred and the duration of the event are shown. The table of history events displays the most recent event at the top with successively preceding events in descending order. Use Set Clock (in transmitter) if actual Dates and Times are not shown. Last column displays s = seconds and h = hours.
13	Reset Event History
14	Clears entries in Event History and resets the run time to zero.
15	Set Clock
16	Sets the Real-Time Clock in the device.
17	.3f
18	Runtime
19	s
20	h
21
22	Status
23	Describes a diagnostic event.
24	OK
25	Software Error
26	RAM Error
27	ADC Failure
28	EEPROM Error
29	Analog Board Error
30	Analog Output Error
31	Spare Indicator 1
32	Default Parameters
33	Spare Indicator 2
34	Sweep Time Error
35	Spare Indicator 3
36	Too Many Echoes
37	Safety Zone Alarm
38	Echo Lost
39	Spare Indicator 4
40	Config Conflict
41	High Volume Alarm
42	High Flow Alarm
43	Spare Indicator 5
44	Initializing
45	Config Changed
46	Spare Indicator 6
47	High Elec Temp
48	Low Elec Temp
49	Calibration Req'd
50	Reject Curve Invalid
51	Spare Indicator 7
52	Inferred Level
53	Adjust Analog Outpt
54	Totalizer Data Lost
55	Low Supply Voltage
56	Spare Indicator 8
57	Max Jump Exceeded
58	Low Echo Margin
59	Hi Surface Velocity
60	Spare Indicator 9
61	Sequence Record
62	Tank Height
63	Stillwell ID
64	Dielectric Range
65	Turbulence
66	Foam
67	Rate of Change
68	Sensitivity
69	Top Blocking Dist
70	Btm Blocking Dist
71	Level Trim
72	New User Password
73	NAP Value
74	Poll Address
75	Lvl 4mA Set Point
76	Vol 4mA Set Point
77	Lvl 20mA Set Point
78	Vol 20mA Set Point
79	Target Selection
80	Target Thresh Mode
81	Target Thresh Value
82	Target Thresh Value
83	Base Threshold
84	# Run Average
85	Max Surface Velocity
86	Max Level Jump
87	Echo Reject State
88	Flow 4mA Set Point
89	Flow 20mA Set Point
90	Echo Rejection Type
91	TVG Start Value
92	TVG End Value
93	TVG Start Location
94	TVG End Location
95	Distance Threshold
96	Echo Curve
97	BC Initial
98	BC Level
99	BC Empty
100	BC Full
101	BC Echo Missing
102	BC Echo Lost
103	BC No Fiducial
104	BC Restart
105	Std Echo Rejection
106	Custom Echo Rejection
107	Echo Reference
108	Reset Max/Min Temps
109	Unknown
110	Date Occurred
111	The date on which the event occurred.
112	Time Occurred
113	The time at which the event occurred.
114	When a diagnostic is cleared, the difference between the present elapsed time and the time recorded when the event occurred is recorded as the duration.
115	.1f
116	.2f
117	.0f
118	Trend Data
119	Graph for displaying real-time trend data, or data logged and saved in transmitter. Both X and Y axes may be adjusted by mouse using left-click or right-click. Comments may be added for up to 250 characters. Various Data trends may be switched On/Off.
120	Level
121	Volume
122	Head
123	Flow
124	Distance
125	Loop current
126	PV % Range
127	Echo Strength
128	Echo Margin
129	Level
130	mA
131	Level of material in the vessel.
132	Volume of product in the vessel.
133	Height of liquid in a flume or weir.
134	Distance measured from the sensor reference point downward to the surface of the material in the vessel.
135	Loop Current - loop current value as perceived by the device.
136	Percent of Range - Variable that tracks the Digital Value representation with respect to the range defined by the Lower Range Value and Upper Range Value, for normal operating modes. The units of this variable are always in percent.
137	%
138	Relative strength of the level signal being detected (0-100). Review Echo Curve to ensure transmitter is detecting correct target.
139	Echo Margin is a numeric value that is related to the strength of the target peak relative to the Level Threshold or competing waveform features, i.e. "noise." Review Echo Curve. Run Echo Rejection if a small, false echo exists above the Level echo. Echo Margin will increase. Echo Margin values should be >20.
140	Data Log Setup
141	Used for unattended capture and storage of data in transmitter. 1- Enter Advanced Password 2- Choose parameter(s) to be logged 3- Ensure device is reading correct time. If necessary, use Set Device Clock before proceeding 4- Enter Start Date and Time 5- Enter Stop Date and Time 6- Record Interval (secs): minimum interval will be calculated based on number of parameters and duration of recording period; Interval may be lengthened but not shortened. If Interval is too long to be effective, reduce number of Parameters and/or Duration of recording. 7- Press Apply to save settings
142	Tank Profile
143	Allows analysis of the transmitter performance over an entire tank cycle.
144	Tank Profile
145	Displays goals and achievements of Tank Profile process.
146	Time
147	Save Data Log Params
148
149	Save Tank Profile
150	Refresh Tank Profile Status
151	Update status of Upper and Lower limit achievement.
152	Trending Variables
153	Listing of Device Variables that can be selected to be saved in the internal data log feature of the device.
154	Off
155	On
156	Time Setup
157	A menu that allows the user to set the time span and sample interval for the Data Log.
158	Present
159	Start
160	Stop
161	Interval (minutes)
162	Start Date
163	The date on which event recording starts.
164	Stop Date
165	The date on which event recording stops.
166	Start Time
167	The time at which event recording starts.
168	Stop Time
169	The time at which event recording stops.
170	The interval between time-based recordings.
171	OKtoChangeDatalog
172	OKtoChangeTankProfile
173	Tank Profile Status
174	Shows present status of Tank Profile process- Ready, Running or Completed.
175	Running
176	Completed
177	Tank Profile Change Flag
178	Indicates a change has occurred in the Tank Profile data since the last data read.
179	Upper Limit
180	Lower Limit
181	Goal
182	Record Interval
183	Units
184	Achieved
185	Upper Limit Goal
186	User-defined highest point for the Tank Profile process to capture values.
187	Lower Limit Goal
188	User-defined lowest point for the Tank Profile process to capture values.
189	Upper Limit Achieved
190	Highest point at which the Tank Profile process actually captured values.
191	Lower Limit Achieved
192	Lowest point at which the Tank Profile process actually captured values.
193	Upper Index Achieved
194	Lower Index Achieved
195	Interval at which data was actually captured by Tank Profile process.
196	in
197	ft
198	mm
199	cm
200	m
201	Displays Start and Stop times for Tank Profile process.
202	Limit Units
203	Units used for displaying Goals and Achieved values.
204	tank profile record index
205	Success
206	Too few data bytes received
207	Invalid selection
208	Value was too high
209	Value was too low
210	Real-time clock has not been set.
211	Set to nearest possible value
212	Access restricted
213	Tank Profile record read error.
214	tank profile level
215	max echo strength
216	max str date
217	max str time
218	max str loop
219	max str level ticks
220	max str margin
221	max str threshold
222	max str bcstate
223	min echo strength
224	min str date
225	min str time
226	min str loop
227	min str level ticks
228	min str margin
229	min str threshold
230	min str bcstate
231	max margin date
232	max margin time
233	max margin loop
234	max margin level ticks
235	max margin echo str
236	max margin threshold
237	max margin bcstate
238	min echo margin
239	min margin date
240	min margin time
241	min margin loop
242	min margin level ticks
243	min margin echo str
244	min margin threshold
245	min margin bcstate
246	Tank Profile Record
247	Value
248	Level Ticks
249	Alternate Value
250	Lvl Thresh Value
251	Boundary State
252	Max Echo Str
253	Min Echo Str
254	Max Echo Margin
255	Min Echo Margin
256	Read Tank Profile
257	Echo Rejection
258	Option which, when Enabled, allows for unwanted signals to be ignored. Before enabling this feature, ensure false targets have been minimized by optimizing Echo Margin value.
259	Enter the echo list number corresponding to the actual media location. Enter 0 if the correct location is not listed or for an empty vessel.
260	Select FME Target
261	FME (First Moving Echo) is a Peak Detection algorithm designed to differentiate between a moving vs. stationary echo. It is particularly useful in applications that include large, mixing blades. The blades are difficult to cancel using Echo Rejection since they typically stop in different positions.
262	Enter the echo list number corresponding to the actual media location.
263	Echo Curves
264	Offers viewing and manipulation of Echo Curve (and Echo Rejection curve) via most commonly used configuration parameters. X-axis may be viewed as Level or Distance. Both X and Y axes may be adjusted by mouse using left-click or right-click. Comments may be added for up to 250 characters. Various Markers may be switched On/Off. Saving an Echo Curve under a fault condition is important for accurate troubleshooting.
265	Zoom
266	Allows user to zoom in and out of a specific portion of the Echo Curve.
267	Parameters
268	Echo History
269	Allows viewing and configuration of the Echo History screen. This includes viewing multiple Echo Curves captured in Device and/or saved as a computer File. Comments may be added for up to 250 characters. Various Markers may be switched On/Off. Echo History Setup allows configuration of automated Echo captures stored in the transmitter (maximum 9). Default setting is Enabled and triggered by Events.
270	Echo History Setup
271	Used for unattended Echo capture and storage in transmitter. 1- Enter Advanced Password 2- Choose Echo History Mode; Default is Events (typical) 3- Choose parameter(s) by which echo capture will be triggered; Default is all 4- If Echo History Mode is Time or Events & Time, ensure device is reading correct time. If necessary, use Set Device Clock before proceeding 5- If necessary, enter Start Date and Time 6- If necessary, enter Stop Date and Time 7- Press Apply to save settings
272	Echo Graph
273	Curve 1
274	Curve 2
275	Fiducial Position
276	Level Position
277	Sensor Ref Position
278	Tank Bottom
279	PV Setpoints
280	Distance from Sensor Ref Position
281	Echo Strength
282	Rejection Request Denied - Level Too Close
283	Rejection Request Denied - Echo Strength Too High
284	Rejection Request Denied - Echo Profile Underway
285	Rejection Request Denied - Requested Locn Too Far
286	Echo data not ready
287	Summary data not ready
288	Waveform mismatch
289	Less than 70 valid points
290	Interval too small
291	Interval too large
292	Refresh Echo Data
293	Click to refresh Echo List and Graph.
294	Refresh Echo Curve Graph
295	Click to refresh Echo Curve.
296	clears Curve 1
297	clears Curve 2
298	Zoom Echo Curve Graph
299	Refresh Echo History Graph
300	Zoom Echo History Graph
301	New Rejection Curve
302	Echo Rejection cancels unwanted echoes by creating a new Echo Rejection curve. Multiple echoes may be offered. Choose the echo that represents the actual media location, closer echoes will be cancelled. Enter the correct echo number when prompted. For an empty vessel, enter '0'. If the correct location is not offered for a partially filled vessel, ensure that the tank dimensional information is correct. If the correct location is not listed, enter '0'. Enter the correct media location when prompted. For an empty vessel, accept the default value presented.
303	Save Ref Echo Curve
304	Method to save a reference echo curve in the device. The reference echo curve will be retained until over-written by a new reference echo curve.
305	fme_select_abort
306	Refresh Echo History Log
307	Method to re-read the echo history summary.
308	Delete Echo History Log
309	Allows the History information to be cleared and reset.
310	Modify Rejection Curve
311	Echo Rejection procedure for customizing a Standard Echo Rejection curve. This is particularly useful when rejecting a mixing blade that can stop in a different location yielding a slightly different echo. The goal is to make the Custom Echo Rejection Curve just large enough to surround these possibilities. It can be modified more than once. After making all desired changes to the custom echo rejection curve, select the "Apply/Save" option to put the changes into effect.
312	Selected echo
313	Press Next to continue or Back to select another location.
314	Reset Custom Echo Rejection
315	The Custom Echo Rejection curve will be reverted to the Standard Custom Echo Rejection curve. and saved. The present Custom curve will be lost.
316	The standard echo rejection curve will be copied to the custom rejection curve and applied.
317	Change to Standard Echo Rejection
318	Apply Custom Curve
319	Release Read Sema
320	Custom Echo Rejection Curve Modification Cleanup
321	Modification Option
322	Modify Existing Echo
323	Add an Echo
324	Reset Custom Curve
325	Exit without Applying
326	Apply Custom Curve
327	Another modification
328	Modify Echo Shape
329
330	Displayed are the Left/Right and Amplitude values for the chosen Echo (Left and Right locations correspond to the points at which the Echo crosses the Base Threshold). You may modify any one or all of the three points to modify the selected echo. Enter new values in the Requested row, then press "Next" to update the echo.
331	This is particularly useful when rejecting a mixing blade whose stopped location changes yielding a slightly different echo. The goal is to make this Echo Rejection Curve just large enough to cover these possibilities. It can be modified more than once.
332	Adjusted Echo Shape
333	Original
334	Requested
335	Left Location
336	Strength
337	Right Location
338	New
339	Echo Number
340	Original Strength
341	Requested Strength
342	Enables Long Tag to be displayed on the Home Screen.
343	New Strength
344	Original Left Location
345	Original Right Location
346	Requested Left Location
347	Requested Right Location
348	New Left Location
349	New Right Location
350	Displays the Live Echo curve.
351	Live
352	Displays the Echo Rejection curve.
353	None
354	Select the primary curve to display.
355	Echo History 1
356	Echo History 2
357	Echo History 3
358	Echo History 4
359	Echo History 5
360	Echo History 6
361	Echo History 7
362	Echo History 8
363	Echo History 9
364	Displays the Echo Rejection curve.
365	Curve Selection
366	Runtime for requested curve
367	Distance between Points in Curve
368	Curve Start
369	Curve End
370	Fiducial Position
371	Sensor Reference Position
372	Blocking Distance
373	Level Position
374	Interface Level Position
375	End Of Probe Position
376	4 mA Setpoint
377	20 mA Setpoint
378	Level Offset
379	Measurement Type
380	Sensor Mount
381	Lvl Slope Start Value
382	Ifc Slope Start Value
383	Slope Start Distance
384	Slope End Distance
385	Level Threshold
386	Interface Level Threshold
387	End Of Probe Threshold
388	Waveform index
389	X-axis minimum
390	X-axis maximum
391	Ifc Level Position
392	Sensor Ref Position
393	EOP Position
394	Lvl Slope End Value
395	Ifc Slope End Value
396	PV Lower Range Val
397	PV Upper Range Val
398	Start Index
399	Tick Y-axis maximum
400	Tick Y-axis minimum
401	The selected media location is:
402	Echo Profile Maturity
403	Percentage of echo profile obtained.
404	Echo Rejection Profile Status
405	None
406	Disabled
407	Enabled
408	Echo History Log
409	Listing of echo curves saved in the device.
410	Not Saved
411	Saved
412	Time
413	Runtime
414	The system runtime at which the event occurred.
415	Echo History Mode
416	Selection to save echo curves based on time intervals or selected diagnostic events.
417	Events
418	Events & Time
419	Event Triggers
420	Listing of diagnostic indicators that can be selected to trigger an automatic saving of an echo curve.
421	Time Triggers
422	Listing of parameters to control time-based automatic saving of echo curves.
423	Echo List Type
424	Selects whether the Live or Rejection echo data is shown. Live echoes are presently visible to transmitter. Rejection echoes are those previously cancelled. (All values = 0 indicate Echo Rejection has not been run). Unit will advise if false target is too close to actual level target. Press Refresh Echo data to ensure most recent data is shown.
425	Live Echoes
426	Rejection Echoes
427	Echo List Length
428	Number of echos in echo profile list.
429	Echo Rej List Length
430	Echo number
431	Echo List
432	1
433	2
434	3
435	4
436	5
437	6
438	7
439	8
440	9
441	10
442	11
443	12
444	13
445	14
446	15
447	Echo 1 Location
448	Echo 2 Location
449	Echo 3 Location
450	Echo 4 Location
451	Echo 5 Location
452	Echo 6 Location
453	Echo 7 Location
454	Echo 8 Location
455	Echo 9 Location
456	Echo 10 Location
457	Echo 11 Location
458	Echo 12 Location
459	Echo 13 Location
460	Echo 14 Location
461	Echo 15 Location
462	Echo 1 Strength
463	Strength of Echo 1.
464	Echo 2 Strength
465	Strength of Echo 2.
466	Echo 3 Strength
467	Strength of Echo 3.
468	Echo 4 Strength
469	Strength of Echo 4.
470	Echo 5 Strength
471	Strength of Echo 5.
472	Echo 6 Strength
473	Strength of Echo 6.
474	Echo 7 Strength
475	Strength of Echo 7.
476	Echo 8 Strength
477	Strength of Echo 8.
478	Echo 9 Strength
479	Strength of Echo 9.
480	Echo 10 Strength
481	Strength of Echo 10.
482	Echo 11 Strength
483	Strength of Echo 11.
484	Echo 12 Strength
485	Strength of Echo 12.
486	Echo 13 Strength
487	Strength of Echo 13.
488	Echo 14 Strength
489	Strength of Echo 14.
490	Echo 15 Strength
491	Strength of Echo 15.
492	Model
493	Model - References the type of Field Device, usually an advertised model number, that is unique to a single manufacturer.
494	Model R86 Pulsar® Pulse Burst Radar Level Transmitter
495	Manufacturer
496	Manufacturer Identification Code - References a specific manufacturer, which is usually a company name, that is responsible for the manufacture of this Field Device.
497	Magnetrol
498	Distributor
499	Private Label Distributor - References the company that is responsible for the distribution of this Field Device to customers.
500	Loop Current Mode
501	Loop Current Mode - Indicates whether the loop current is active or fixed (i.e. the device is in multi-drop).
502	Disabled (Fixed)
503	Enabled (PV)
504	Device Status
505	Field Device Status - Data indicating that the Field Device has detected condition(s) in the Field Device relating to: its hardware / the validity of a variable / its operating status / an internal process.
506	PV Out of Limits
507	Process applied to the primary variable is outside the operating limits of the field device.
508	Non-PV Out of Limits
509	Process applied to the non-primary variable is outside the operating limits of the field device.
510	Loop Current Saturated
511	Analog output 1 and its digital representation are outside the operating range limits, and not responding to input.
512	Loop Current Fixed
513	Analog output 1 and its digital representation are in fixed mode, and not responsive to input changes.
514	More Status Available
515	Field device has more status available.
516	Cold Start
517	A reset or self test of the field device has occurred, or power has been removed and reapplied.
518	Configuration Changed
519	A modification has been made to the configuration of the field device.
520	Device Malfunction
521	Field device has malfunctioned due to a hardware error or failure.
522	Ext Dev Status
523	Extended Field Device Status - This provides additional Device Status information.
524	Failure
525	Function Check
526	Out of Spec
527	Dev Diag Status 1
528	Address used by the Host to identify a Field Device.
529	Tag
530	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, a plant drawing, or on a Control System. This variable is also used as a type of data link layer address handle.
531	Long Tag
532	Long Tag - Functions exactly like Tag except the size is larger (maximum of 32 ISO Latin 1 characters).
533	Descriptor
534	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.
535	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.
536	Message
537	Message - 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.
538	Dev id
539	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.
540	Cfg chng count
541	Configuration Change Counter - This indicates the number of times the device's configuration or calibration has been changed by a host application or from a local operator interface.
542	Final asmbly num
543	Number that is used for identification purposes, and is associated with the overall Field Device.
544	Universal Rev
545	Universal Revision - Revision of the Universal Device Description, to which the Field Device conforms.
546	Fld Dev Rev
547	Field Device Revision - Revision of the Field Device Specific Device Description, to which the Field Device conforms.
548	Software Rev
549	Field Device Software Revision - This revision corresponds to the firmware that is embedded in the Field Device.
550	Num Req Preams
551	Number of Request Preambles - Number of Preambles required from the Host request by the Field Device.
552	Data Response codes
553	Data that is returned in the Field Device response, that indicates the relative success of the Command sent in the Host request. This information may relate to the Data of the Host request or to the command itself.
554	Field device specific error
555	In write protect mode
556	Busy
557	Delayed response initiated
558	Delayed response running
559	Delayed response dead
560	Delayed response conflict
561	Command not implemented
562	Status 0
563	Diagnostic indicators displaying status of the device. Indicators are grouped in order of relative importance, with the most important first.
564	Unrecoverable error occurred in stored program. Contact Technical Support.
565	RAM (read/write) memory failing. Contact Technical Support.
566	Analog-to-digital converter failing. Contact Technical Support.
567	Non-volatile parameter storage failing. Contact Technical Support.
568	Unrecoverable hardware failure. Contact Technical Support.
569	Actual loop current deviates from commanded value. Analog output is inaccurate. Perform TRIM LOOP maintenance procedure. Contact Technical Support.
570	All saved parameters are set to default values. Perform complete Device Setup. Contact Technical Support.
571	Status 1
572	Internal timing error Contact Technical Support.
573	Excessive number of possible echoes detected. Review Echo Curve. Ensure settings of Dielectric, Turbulence and Foam are correct; reduce setting, if necessary. Contact Tech Support if problem persists.
574	Level has entered Safety Zone. Ensure liquid cannot rise into Top Blocking Distance. Manually clear alarm if Safety Zone Alarm is set to Latch 3.6mA or 22mA.
575	No detectable level signal identified within the configured range. Review Echo Curve. Ensure settings of Dielectric, Turbulence and Foam are correct; increase setting, if necessary. Contact Tech Support if problem persists.
576	Selections of Measurement Type and Primary Variable (PV) are incompatible (e.g. Measurement=Level, PV=Volume). Adjust to compatible settings - Device Setup/Basic Config/Measurement Type - Device Setup/I-0 Config/PV
577	Status 2
578	Volume calculated from Level reading exceeds capacity of vessel or custom table. Check settings: Vessel Dimensions, Custom Table entries.
579	Flow calculated from Distance reading exceeds capacity of flow element or custom table. Check settings: Flow Element, Gen Eqn Factors, Custom Table entries.
580	Distance measurement is inaccurate while internal filters are settling. Wait for up to 10 seconds.
581	A parameter has been modified from the User Interface. If desired, reset Config Changed indicator in ADVANCED CONFIG.
582	Electronics too hot. May compromise Distance measurement or damage instrument. Shield transmitter from heat source or increase air circulation. Locate transmitter remotely in a cooler area.
583	Electronics too cold. May compromise Distance measurement or damage instrument. Insulate transmitter. Locate transmitter remotely in a warmer area.
584	Status 3
585	Factory calibration has been lost. Measurement accuracy is diminished. Return transmitter to factory for recalibration. Contact Technical Support.
586	Echo Rejection has been rendered invalid. Often this is due to configuration changes to Dielectric, Turbulence, Foam, Sensitivity or Tank Height. Re-run Echo Rejection.
587	Transmitter believes the Level target has entered either the Top or Bottom Blocking Distance zones and will read Full (Top) or Empty (Bottom). The Level reading (and mA value) will never be higher than the value related to the Top Blocking Distance or lower than the value related to the Bottom Blocking Distance. Verify Level reading. If incorrect, the configuration may need to be adjusted.
588	Loop current is inaccurate. Perform TRIM LOOP maintenance procedure. Contact Technical Support.
589	Non-volatile Totalizer Data storage failing. Contact Technical Support.
590	Transmitter has calculated there is a potential issue due to an inadequate power supply or high loop resistance. Verify adequate Power Supply. Verify Loop resistance is < 590 ohms.
591	Status 4
592	The transmitter output value has jumped over a large distance (based on Max Level Jump parameter) from the last valid echo to a new Level echo. Often this is caused by multiple echoes or other false target reflections that can confuse the device. Often this is caused by false echoes confusing the device. Ensure Dielectric, Turbulence and Foam settings are correct for application and Echo Strength does not exceed 70. Run Echo Rejection.
593	Target echo has low Echo Margin rating. Review Echo Curve. Ensure settings of Dielectric, Turbulence and Foam are correct; increase setting, if necessary. Contact Tech Support if problem persists.
594	The measured Surface Velocity is greater than the Max Surface Velocity value derived from the Rate of Change parameter. Confirm actual tank rate of change. Adjust (increase) Rate of Change parameter accordingly.
595	A Sequence Record number has been stored in Event Log. If desired, report Sequence Record number to Technical Support.
596	PV
597	Digital representation that tracks the Analog Output Number 1, under normal operating modes.
598	SV
599	Digital representation that tracks the Analog Output (if it exists) Number 2, under normal operating modes.
600	TV
601	Digital representation that tracks the Analog Output (if it exists) Number 3, under normal operating modes.
602	QV
603	Digital representation that tracks the Analog Output (if it exists) Number 4, under normal operating modes.
604	Upper Range Value (20 mA setpoint) - Defines the operational endpoint from which the Analog Value and the 100% point of the Percent Range are derived. In addition, the Upper Range Value defines an operational endpoint from which the alarms associated with the Analog Value and the alarms associated with the Digital Value representation are derived.
605	Lower Range Value (4 mA setpoint) - Defines the operational endpoint from which the Analog Value and the 0% point of the Percent Range are derived. In addition, the Lower Range Value defines an operational endpoint from which the alarms associated with the Analog Value and the alarms associated with the Digital Value representation are derived.
606	PV Analog Alarm Sel
607	Analog Output Alarm Type - Defines how the Analog Output will respond when the Field Device detects that the Analog Output may not be tracking the associated Field Device Variable. NOTE- The Digital Value representation may not be determinate.
608	High
609	Low
610	Hold Last Output Value
611	8.2f
612	Variable to trim
613	Device Variable Trim Code - An index that identifies a Field Device Variable that supports the trim procedure.
614	PV is
615	Primary Index into Dynamic Variables Array - An index location, that indicates which Field Device dynamic variable has been mapped into the Primary Variable dynamic variable.
616	SV is
617	Secondary Index into Dynamic Variables Array - An index location, that indicates which Field Device dynamic variable has been mapped into the Secondary Variable dynamic variable.
618	TV is
619	Tertiary Index into Dynamic Variables Array - An index location that indicates which Field Device dynamic variable has been mapped into the Tertiary Variable dynamic variable.
620	4V is
621	Fourth Index into Dynamic Variables Array - An index location that indicates which Field Device dynamic variable has been mapped into the Fourth Variable dynamic variable.
622	Level Units
623	Select units of measurement for the level output.
624	Device Family
625	Indicates the family (i.e, pressure, temperature, flow, etc.) to which the device variable belongs.
626	Class
627	Indicates the unit code expansion table used for a particular dynamic or device variable.
628	PDQ
629	Indicates the overall process data quality of the device variable value.
630	LS
631	Indicates whether the device variable is limited (i.e., not responding to a process).
632	Family Status
633	Indicates additional status information on a device variable for a specific device family.
634	USL
635	Defines the maximum usable value for the Upper Range Value.
636	LSL
637	Defines the minimum usable value for the Lower Range Value.
638	Min Span
639	Defines the smallest allowable difference between the Upper Range Value and the Lower Range Value.
640	Damping
641	A damping factor (0-10 seconds) may be added to smooth the output in the event of turbulence.
642	Sensor S/N
643	Uniquely identifies the sensor from which the Digital Value representation or Field Device variable is primarily derived.
644	Volume Units
645	Select units of measurement for the volume output.
646	ft3
647	in3
648	gal
649	bbl
650	mL
651	L
652	Device Family
653	Class
654	PDQ
655	LS
656	Family Status
657	USL
658	LSL
659	Min Span
660	Flow rate of the liquid moving across the probe.
661	Flow Units
662	Select units of measurement for the flow output.
663	cfs
664	cfm
665	cfh
666	GPM
667	GPH
668	MGD
669	L/s
670	L/m
671	L/h
672	m3h
673	LS
674	Family Status
675	USL
676	PDQ
677	LS
678	Family Status
679	Echo Strength Units
680	Echo Margin Units
681	Device Family
682	Class
683	PDQ
684	LS
685	Family Status
686	USL
687	LSL
688	Min Span
689	NR Totalizer Value
690	Displays accumulated flow for the Non-Resettable Totalizer.
691	.4f
692	.5f
693	.6f
694	Totalizer Units
695	Select accumulated flow units for both totalizers.
696	MG
697	ML
698	m3
699	R Totalizer Value
700	Displays accumulated flow for the Resettable Totalizer.
701	Temperature
702	The present temperature of the electronics.
703	Temperature Units
704	°C
705	°F
706	Family Status
707	1.0f
708	Failure Alarm Delay
709	Delay that can be added to loop failure condition. This delay can be used to ignore nuisance, short term alarms. Initial setting of this delay should be short, e.g., 1-2 seconds.
710	Magnetrol S/N
711	Serial number of the electronics contained in this transmitter.
712	Date/Time/Initials
713	When and by whom calibration was performed.
714	Hardware Rev.
715	This revision corresponds to the electronics that are used in the Field Device.
716	Firmware Rev.
717	This revision corresponds to the software or firmware that is embedded in the Field Device.
718	Enter Password
719	There are three levels of Password protection: User, Advanced and Factory. User Password protects typical setup parameters; Advanced Password protects parameters that are changed in special cases; Factory Password protects parameters that should never be changed in the field. Default User Password = 0 (none). To change User Password go to Device Setup/Advanced Config/New User Password. If User Password is changed from 0 an encrypted value is shown for reference. Contact Tech Support for decryption of this value if password is forgotten.
720	0
721	User Password protects typical setup parameters. Default User Password = 0 (none). If User Password is changed from 0 an encrypted value is shown for reference. Contact Tech Support for decryption of this value if password is forgotten. To change User Password, enter present user password in Enter Password box then enter new password here.
722	5u
723	Advanced Password protects more complex setup parameters available to user. An encrypted value is shown for reference. Contact Tech Support for decryption of this value is not known. To change Advanced Password, enter present advanced password in Enter Password box then enter new password here. To change User Password go to Setup/Advanced Config/New User Password.
724	Lower Range Value (4 mA setpoint) - Defines the operational endpoint from which the Analog Value and the 0% point of the Percent Range are derived. In addition, the Lower Range Value defines an operational endpoint from which the alarms associated with the Analog Value and the alarms associated with the Digital Value representation are derived.
725	Upper Range Value (20 mA setpoint) - Defines the operational endpoint from which the Analog Value and the 100% point of the Percent Range are derived. In addition, the Upper Range Value defines an operational endpoint from which the alarms associated with the Analog Value and the alarms associated with the Digital Value representation are derived.
726	Antenna Model
727	Type of antenna connected to the transmitter, as shown by the first four digits of the antenna model number on the nameplate. Refer to the I/O Manual for additional information regarding different Antenna Models.
728	RB1-x 1.5" Horn
729	RB2-x 2" Horn
730	RB3-x 3" Horn
731	RB4-x 4" Horn
732	RBE-x 1.5" Enc Horn
733	RBH-x 1.5" Hygenic
734	RB1-x 38mm Horn
735	RB2-x 50mm Horn
736	RB3-x 75mm Horn
737	RB4-x 100mm Horn
738	RBE-x 38mm Enc Horn
739	RBH-x 38mm Hygenic
740	Model 7
741	Model 8
742	Model 9
743	Model 10
744	Antenna Extension
745	Determines maximum nozzle length that can be used with an antenna. Refer to the last three digits of the model number as shown on the antenna nameplate when making a selection.
746	-0* - No Nozzle
747	-1* - Nozzle <= 4"
748	-2* - Nozzle <= 8"
749	-3* - Nozzle <= 12"
750	-4* - Nozzle <= 24"
751	-5* - Nozzle <= 48"
752	-6* - Nozzle <= 72"
753	-1* - Nozzle <= 100mm
754	-2* - Nozzle <= 200mm
755	-3* - Nozzle <= 300mm
756	-4* - Nozzle <= 600mm
757	-5* - Nozzle <= 1200mm
758	-6* - Nozzle <= 1800mm
759	Antenna Mount
760	Mounting style of antenna process connection.
761	NPT
762	BSP
763	Flange
764	Mount 4
765	Mount 5
766	Mount 6
767	Heat Extension
768	Enter yes if a heat extension is present between transmitter and antenna; otherwise, no.
769	No
770	Yes
771	A broad gain setting. The parameter selects the range bounding the dielectric constant of the medium being measured. Choose range 'Below 1.7' for very light hydrocarbons such as butane and propane. For stillwell applications only. Choose range '1.7 - 3' for typical hydrocarbons and oils. Choose range '3 - 10' for amines. Choose range 'Above 10' for water-based applications. If uncertain, chose lower range setting for additional signal strength. (Some ranges may not be selectable depending on the antenna model.)
772	Below 1.7
773	1.7 - 3.0
774	3 - 10
775	Above 10
776	A parameter that affects gain and averaging. Typical setting = Medium. Increase choice if Level reading is unstable and/or if Echo Strength value is consistently <20.
777	None
778	Light
779	Medium
780	Heavy
781	Select the Maximum rate of change of the level surface (rising or falling).
782	< 5 in/min
783	5-20 in/min
784	20-60 in/min
785	> 60 in/min
786	< 130 mm/min
787	130-500 mm/min
788	500-1500 mm/min
789	> 1500 mm/min
790	A secondary gain adjustment. Increase choice if Echo Strength value is consistently < 20.
791	Medium
792	Heavy
793	Temperature Rating
794
795	Standard
796	High Temp
797	Cryogenic
798	Vibration Rating
799	Vibration rating of the probe.
800	Vib Resistant
801	Measurement Type
802	The desired measurement mode of operation. (Selection of Measurement Type may be constrained by the Antenna Model.)
803	Level Only
804	Volume & Level
805	Flow
806	Distance from Sensor Reference Point to the bottom of the vessel. (Sensor Reference Point is bottom of NPT threads, top of BSP threads, or flange face). Maximum Tank Height = 135 feet (40m) but may be limited by Antenna Model.
807	Sensor Offset
808	Distance from the Top of the Tank to the Sensor Reference Point. Required only for accurate volume calculations and for correct operation of the High Volume Alarm.
809	Bottom Blocking Dist defines an area at the bottom of the vessel where reflections cannot be measured effectively due to angled bottoms, heating coils, reflections from flat metal tank bottoms in low dielectric applications, etc. It is the distance from the bottom of the tank to the lowest valid level reading. The Level reading (and mA value) will never be lower than the value related to the Bottom Blocking Distance.
810	Inside diameter of the stillwell in which the antenna is installed.
811	Off - Rejection curve is not used (squelches Echo Reject Invalid warning). Disabled – Present Rejection Curve is not being used. Often it has been rendered Invalid due to configuration changes to Dielectric, Turbulence, Foam, Sensitivity or Tank Height. Re-run Echo Rejection. Enabled - Echo Rejection Curve has been run successfully and is in use.
812	Saved Reject Level
813	Location of Level when last Echo Rejection was run. For best results Echo Rejection should be run with Level at or near 0.
814	Saved Reject Distance
815	Location of saved distance used to establish an echo rejection curve.
816	Echo List Mode
817	Selects whether the echo position is shown in terms of Level or Distance.
818	Standard - Allows for developing a typical echo rejection curve. Custom - Allows for manually modifying a Standard Echo Rejection curve. A Standard Echo Rejection curve must be run before using Custom Echo Rejection.
819	Custom
820	An offset value to be used to force the transmitter to output the exact Level or Distance. This should be used only after all parameters have been entered correctly, and it has been confirmed that the transmitter is tracking the correct level.
821	A factory set advanced gain parameter. Contact Technical Support before adjusting.
822	Top Blocking Distance defines an area near the antenna where reflections cannot be measured effectively due to antenna ringing. It is measured from the Sensor Reference Point. The minimum value is set by the choice of Antenna Type and is calculated as antenna length + 2 inches (50 mm); larger values are encouraged. The Level reading (and mA value) will never be higher than the value related to the Top Blocking Distance.
823	Safety Zone Alarm
824	Defines how the Analog Output will respond when the transmitter detects a level within the Safety Zone. Enable fault to ensure safe, reliable high-level readings in critical applications. (If Latch 3.6 or Latch 22 is chosen, the unit will remain in alarm until it is manually cleared with the SZ Alarm Reset.)
825	None
826	3.6 mA
827	22 mA
828	Latch 3.6 mA
829	Latch 22 mA
830	Safety Zone Height
831	Allows for configuration of an area below the Top Blocking Distance called Safety Zone. Since performance within the Top Blocking Distance is indeterminate, these parameters allow the user to program an area below the Top Blocking Distance where an alarm can be set. Enable fault to ensure safe, reliable high-level readings in critical applications like overfill. (Recommendation is to use Latch 3.6 or Latch 22, so unit will remain in alarm until it is manually cleared with the SZ Alarm Reset.)
832	Echo Loss Alarm
833	Defines response of the Analog Output when an Echo Loss alarm (Failure) is detected; High (22mA), Low (3.6mA) or Hold Last Output (not recommended except troubleshooting).
834	Echo Loss Delay
835	Allows a time delay between the actual Loss of Echo and the transmitter entering an alarm state thus minimizing nuisance alarms. Enter a number between 1 and 1000 (seconds); Default = 30 sec.
836	s
837	First will allow the detection of first valid target(first echo above threshold). First is default and is used in majority of applications. In some cases, Echo Rejection will need to be run to ensure Level appears as the first valid target. Largest will allow the detection of the largest target. Contact Technical Support before using. First Moving Echo (FME) will allow the detection of first valid moving target above the threshold. FME can be used where mixing blades create problematic false echoes.
838	First Echo
839	Largest Echo
840	First Moving Echo
841	Automatic Threshold is used to detect the strongest Echo and should be used when it is ensured that only one medium is present. Generally use Automatic Threshold with Target Selection set to First Echo. Fixed Threshold is used to detect the first, valid Echo and should be used in cases where stratification can occur. For example, applications of hydrocarbon over water bottoms.
842	Automatic
843	Fixed Value
844	Threshold value used for detecting a target. Maximum range of 0-100 is a % of the Echo peak value. Typical range is 10% to 50% with Default = 25%.
845	Threshold value used for detecting a target. Maximum range is 0-100 echo strength units. Typical range is 5 to 30 with Default value = 9.
846	Absolute minimum allowable threshold. Target Threshold Value can never be lower than the Base Threshold.
847	Used by First Moving Echo algorithm to set the distance an echo must change to be considered moving.
848	Merge Distance
849	Factory parameter. Displayed for diagnostic purposes only.
850	Fixed Loop Current
851	Parameter used to set the value of the fixed output current.
852	Vessel Type
853	Shape of vessel. (Used when Measurement Type = Volume)
854	Rectangular
855	Horizontal/Flat
856	Horizontal/Elliptical
857	Horizontal/Spherical
858	Spherical
859	Vertical/Flat
860	Vertical/Elliptical
861	Vertical/Spherical
862	Vertical/Conical
863	Custom Table
864	Radius
865	Radius of the cylindrical/spherical portion of the vessel.
866	Ellipse Depth
867	Depth of the elliptical portion of the vessel.
868	Conical Height
869	Height of the conical portion of the vessel.
870	Width
871	Horizontal width of the rectangular vessel.
872	Length
873	Horizontal length of the rectangular vessel or of the cylindrical portion of a vessel with elliptical or spherical ends.
874	Max Volume
875	Maximum Volume is the largest value that will be displayed for volume.
876	Custom Table Type
877	Linear or Spline interpolation is performed between strapping table points.
878	Linear
879	Spline
880	Level Input Source
881	Level portion of strapping table can be entered manually from the keypad or automatically from the sensor.
882	Keypad
883	Sensor
884	Custom Table Length
885	Number of valid level-volume pairs in the volume custom table. A level-volume pair is valid if both values are greater than all preceding level-volume pairs (30 points maximum).
886	Point 01 Level
887	Custom table level entry corresponding to Point 01 Volume.
888	Point 02 Level
889	Custom table level entry corresponding to Point 02 Volume.
890	Point 03 Level
891	Custom table level entry corresponding to Point 03 Volume.
892	Point 04 Level
893	Custom table level entry corresponding to Point 04 Volume.
894	Point 05 Level
895	Custom table level entry corresponding to Point 05 Volume.
896	Point 06 Level
897	Custom table level entry corresponding to Point 06 Volume.
898	Point 07 Level
899	Custom table level entry corresponding to Point 07 Volume.
900	Point 08 Level
901	Custom table level entry corresponding to Point 08 Volume.
902	Point 09 Level
903	Custom table level entry corresponding to Point 09 Volume.
904	Point 10 Level
905	Custom table level entry corresponding to Point 10 Volume.
906	Point 11 Level
907	Custom table level entry corresponding to Point 11 Volume.
908	Point 12 Level
909	Custom table level entry corresponding to Point 12 Volume.
910	Point 13 Level
911	Custom table level entry corresponding to Point 13 Volume.
912	Point 14 Level
913	Custom table level entry corresponding to Point 14 Volume.
914	Point 15 Level
915	Custom table level entry corresponding to Point 15 Volume.
916	Point 16 Level
917	Point 17 Level
918	Point 18 Level
919	Custom table level entry corresponding to Point 18 Volume.
920	Point 19 Level
921	Custom table level entry corresponding to Point 19 Volume.
922	Point 20 Level
923	Custom table level entry corresponding to Point 20 Volume.
924	Point 21 Level
925	Custom table level entry corresponding to Point 21 Volume.
926	Point 22 Level
927	Custom table level entry corresponding to Point 22 Volume.
928	Point 23 Level
929	Custom table level entry corresponding to Point 23 Volume.
930	Point 24 Level
931	Custom table level entry corresponding to Point 24 Volume.
932	Point 25 Level
933	Custom table level entry corresponding to Point 25 Volume.
934	Point 26 Level
935	Custom table level entry corresponding to Point 26 Volume.
936	Point 27 Level
937	Custom table level entry corresponding to Point 27 Volume.
938	Point 28 Level
939	Custom table level entry corresponding to Point 28 Volume.
940	Point 29 Level
941	Custom table level entry corresponding to Point 29 Volume.
942	Point 30 Level
943	Custom table level entry corresponding to Point 30 Volume.
944	Point 01 Volume
945	Custom table volume entry corresponding to Point 01 Level.
946	Point 02 Volume
947	Custom table volume entry corresponding to Point 02 Level.
948	Point 03 Volume
949	Custom table volume entry corresponding to Point 03 Level.
950	Point 04 Volume
951	Custom table volume entry corresponding to Point 04 Level.
952	Point 05 Volume
953	Custom table volume entry corresponding to Point 05 Level.
954	Point 06 Volume
955	Custom table volume entry corresponding to Point 06 Level.
956	Point 07 Volume
957	Custom table volume entry corresponding to Point 07 Level.
958	Point 08 Volume
959	Custom table volume entry corresponding to Point 08 Level.
960	Point 09 Volume
961	Custom table volume entry corresponding to Point 09 Level.
962	Point 10 Volume
963	Custom table volume entry corresponding to Point 10 Level.
964	Point 11 Volume
965	Custom table volume entry corresponding to Point 11 Level.
966	Point 12 Volume
967	Custom table volume entry corresponding to Point 12 Level.
968	Point 13 Volume
969	Custom table volume entry corresponding to Point 13 Level.
970	Point 14 Volume
971	Custom table volume entry corresponding to Point 14 Level.
972	Point 15 Volume
973	Custom table volume entry corresponding to Point 15 Level.
974	Point 16 Volume
975	Custom table volume entry corresponding to Point 16 Level.
976	Point 17 Volume
977	Custom table volume entry corresponding to Point 17 Level.
978	Point 18 Volume
979	Custom table volume entry corresponding to Point 18 Level.
980	Point 19 Volume
981	Custom table volume entry corresponding to Point 19 Level.
982	Point 20 Volume
983	Custom table volume entry corresponding to Point 20 Level.
984	Point 21 Volume
985	Custom table volume entry corresponding to Point 21 Level.
986	Point 22 Volume
987	Custom table volume entry corresponding to Point 22 Level.
988	Point 23 Volume
989	Custom table volume entry corresponding to Point 23 Level.
990	Point 24 Volume
991	Custom table volume entry corresponding to Point 24 Level.
992	Point 25 Volume
993	Custom table volume entry corresponding to Point 25 Level.
994	Point 26 Volume
995	Custom table volume entry corresponding to Point 26 Level.
996	Point 27 Volume
997	Custom table volume entry corresponding to Point 27 Level.
998	Point 28 Volume
999	Custom table volume entry corresponding to Point 28 Level.
1000	Point 29 Volume
1001	Custom table volume entry corresponding to Point 29 Level.
1002	Point 30 Volume
1003	Custom table volume entry corresponding to Point 30 Level.
1004	Flow Element
1005	Type of Flow Element. (Used when Measurement Type = Flow)
1006	Palmer-Bowlus Flume
1007	Parshall Flume
1008	V-notch Weir
1009	Rect Weir with Ends
1010	Rect Weir w/o Ends
1011	Cipolletti Weir
1012	Generic Equation
1013	Custom Table
1014	Flume Channel Width
1015	Width of Palmer-Bowlus Flume.
1016	4"
1017	6"
1018	8"
1019	10"
1020	12"
1021	15"
1022	18"
1023	21"
1024	24"
1025	27"
1026	30"
1027	Width of Parshall Flume.
1028	1"
1029	2"
1030	3"
1031	9"
1032	36"
1033	48"
1034	60"
1035	72"
1036	96"
1037	120"
1038	144"
1039	V-Notch Weir Angle
1040	Angle of V-Notch Weir in degrees.
1041	22.5
1042	30
1043	45
1044	60
1045	90
1046	120
1047	Weir Crest Length
1048	Horizontal length of the crest of the weir. (Range is 0 to 215 feet)
1049	Reference Distance
1050	The reference distance is the distance from the sensor reference point to the point of zero flow in the flow element.
1051	Maximum Flow
1052	Maximum flow is the largest value that will be displayed for flow. (It is calculated from the Maximum Head.)
1053	Maximum Head
1054	Maximum head is the highest level allowed for the selected flow element. (This value depends on which flow element is selected, and where the Model 706 is mounted.)
1055	Low Flow Cutoff
1056	Low flow cutoff will force a zero flow value when the head is below this point.
1057	K
1058	Factor K of the generic equation: Flow = K(L-CH)H^n where H = head.
1059	L
1060	Factor L of the generic equation: Flow = K(L-CH)H^n where H = head.
1061	C
1062	Factor C of the generic equation: Flow = K(L-CH)H^n where H = head.
1063	n
1064	Factor n of the generic equation: Flow = K(L-CH)H^n where H = head.
1065	Number of valid level-flow pairs in the flow custom table. A level-flow pair is valid if both values are greater than all preceding level-flow pairs (30 points maximum).
1066	Point 01 Head
1067	Custom table level entry corresponding to Point 01 Flow.
1068	Point 02 Head
1069	Custom table level entry corresponding to Point 02 Flow.
1070	Point 03 Head
1071	Custom table level entry corresponding to Point 03 Flow.
1072	Point 04 Head
1073	Custom table level entry corresponding to Point 04 Flow.
1074	Point 05 Head
1075	Custom table level entry corresponding to Point 05 Flow.
1076	Point 06 Head
1077	Custom table level entry corresponding to Point 06 Flow.
1078	Point 07 Head
1079	Custom table level entry corresponding to Point 07 Flow.
1080	Point 08 Head
1081	Custom table level entry corresponding to Point 08 Flow.
1082	Point 09 Head
1083	Custom table level entry corresponding to Point 09 Flow.
1084	Point 10 Head
1085	Custom table level entry corresponding to Point 10 Flow.
1086	Point 11 Head
1087	Custom table level entry corresponding to Point 11 Flow.
1088	Point 12 Head
1089	Custom table level entry corresponding to Point 12 Flow.
1090	Point 13 Head
1091	Custom table level entry corresponding to Point 13 Flow.
1092	Point 14 Head
1093	Custom table level entry corresponding to Point 14 Flow.
1094	Point 15 Head
1095	Custom table level entry corresponding to Point 15 Flow.
1096	Point 16 Head
1097	Custom table level entry corresponding to Point 16 Flow.
1098	Point 17 Head
1099	Custom table level entry corresponding to Point 17 Flow.
1100	Point 18 Head
1101	Custom table level entry corresponding to Point 18 Flow.
1102	Point 19 Head
1103	Custom table level entry corresponding to Point 19 Flow.
1104	Point 20 Head
1105	Custom table level entry corresponding to Point 20 Flow.
1106	Point 21 Head
1107	Custom table level entry corresponding to Point 21 Flow.
1108	Point 22 Head
1109	Custom table level entry corresponding to Point 22 Flow.
1110	Point 23 Head
1111	Custom table level entry corresponding to Point 23 Flow.
1112	Point 24 Head
1113	Custom table level entry corresponding to Point 24 Flow.
1114	Point 25 Head
1115	Custom table level entry corresponding to Point 25 Flow.
1116	Point 26 Head
1117	Custom table level entry corresponding to Point 26 Flow.
1118	Point 27 Head
1119	Custom table level entry corresponding to Point 27 Flow.
1120	Point 28 Head
1121	Custom table level entry corresponding to Point 28 Flow.
1122	Point 29 Head
1123	Custom table level entry corresponding to Point 29 Flow.
1124	Point 30 Head
1125	Custom table level entry corresponding to Point 30 Flow.
1126	Point 01 Flow
1127	Custom table level entry corresponding to Point 01 Head.
1128	Point 02 Flow
1129	Custom table level entry corresponding to Point 02 Head.
1130	Point 03 Flow
1131	Custom table level entry corresponding to Point 03 Head.
1132	Point 04 Flow
1133	Custom table level entry corresponding to Point 04 Head.
1134	Point 05 Flow
1135	Custom table level entry corresponding to Point 05 Head.
1136	Point 06 Flow
1137	Custom table level entry corresponding to Point 06 Head.
1138	Point 07 Flow
1139	Custom table level entry corresponding to Point 07 Head.
1140	Point 08 Flow
1141	Custom table level entry corresponding to Point 08 Head.
1142	Point 09 Flow
1143	Custom table level entry corresponding to Point 09 Head.
1144	Point 10 Flow
1145	Custom table level entry corresponding to Point 10 Head.
1146	Point 11 Flow
1147	Custom table level entry corresponding to Point 11 Head.
1148	Point 12 Flow
1149	Custom table level entry corresponding to Point 12 Head.
1150	Point 13 Flow
1151	Custom table level entry corresponding to Point 13 Head.
1152	Point 14 Flow
1153	Custom table level entry corresponding to Point 14 Head.
1154	Point 15 Flow
1155	Custom table level entry corresponding to Point 15 Head.
1156	Point 16 Flow
1157	Custom table level entry corresponding to Point 16 Head.
1158	Point 17 Flow
1159	Custom table level entry corresponding to Point 17 Head.
1160	Point 18 Flow
1161	Custom table level entry corresponding to Point 18 Head.
1162	Point 19 Flow
1163	Custom table level entry corresponding to Point 19 Head.
1164	Point 20 Flow
1165	Custom table level entry corresponding to Point 20 Head.
1166	Point 21 Flow
1167	Custom table level entry corresponding to Point 21 Head.
1168	Point 22 Flow
1169	Custom table level entry corresponding to Point 22 Head.
1170	Point 23 Flow
1171	Custom table level entry corresponding to Point 23 Head.
1172	Point 24 Flow
1173	Custom table level entry corresponding to Point 24 Head.
1174	Point 25 Flow
1175	Custom table level entry corresponding to Point 25 Head.
1176	Point 26 Flow
1177	Custom table level entry corresponding to Point 26 Head.
1178	Point 27 Flow
1179	Custom table level entry corresponding to Point 27 Head.
1180	Point 28 Flow
1181	Custom table level entry corresponding to Point 28 Head.
1182	Point 29 Flow
1183	Custom table level entry corresponding to Point 29 Head.
1184	Point 30 Flow
1185	Custom table level entry corresponding to Point 30 Head.
1186	Present Temperature
1187	Present temperature measured in the electronics compartment.
1188	Max Temperature
1189	Maximum temperature measured in the electronics compartment.
1190	Min Temperature
1191	Minimum temperature measured in the electronics compartment.
1192	Fiducial Gain
1193	Initial Gain
1194	The beginning Gain value (0-255) when TVG amplification begins.
1195	The ending Gain value when TVG amplification ceases. The amount of TVG can never be >255 regardless of the displayed value.
1196	The point (Distance) where TVG amplification begins at the TVG Start Value.
1197	The point (Distance) where TVG amplification remains at the TVG End Value.
1198	TVG Divisor
1199	Factory parameter used to calculate TVG Start Value.
1200	Number of radar scans included in the run-averaged waveform. This value is calculated from user parameters of Turbulence and Rate of Change. Lower values will improve response time; higher values slow response time but will improved stability (reduce amplitude and position variations).
1201	16
1202	32
1203	64
1204	128
1205	Sensor Distance
1206	An internal distance value that can differ from the reported Distance due to configuration settings like Top or Bottom Blocking Distance. For diagnostic purposes only.
1207	Surface Velocity
1208	Rate of level change as calculated by the transmitter.
1209	in/min
1210	mm/min
1211	Used to evaluate if the distance change since the last target measurement is excessive (this parameter value is based on the Rate of Change parameter). If conditions persist such that the best candidate echo is farther than the Max Level Jump value from the previous valid echo, the new echo will be used and the "Max Jump Exceeded" diagnostic will be annunciated.
1212	The maximum rate of level change that can be tracked based on the user-selected Rate of Change parameter. Increase Rate of Change parameter if actual rate of Level change (rising or falling) is higher than this value. Decrease Rate of Change parameter if actual Level change is lower.
1213	Displays the present Boundary State which includes Init (Initialization), Level, Full, Empty, Echo Missing, Echo Lost, No Fiducial and Restart.
1214	Initial
1215	Empty
1216	Full
1217	Echo Missing
1218	Echo Lost
1219	No Fiducial
1220	Restart
1221	Empty State Delay
1222	Time Delay (0 - 1000 sec) before exiting Empty State when a valid target is found in level measurement region. Default is 10 seconds.
1223	BCSM Logging
1224	Ability to log in the Event History all Boundary Condition State Machine changes.
1225	Compound Peak Logic
1226	Custom algorithm to optimize detection of two, merged peaks. This condition often exists where there is a thin layer of hydrocarbon over water.
1227	Elec Temp Offset
1228	PCB temperature calibration value. Refer to I & O manual before adjusting.
1229	Conversion Factor
1230	5d
1231	Scale Offset
1232	Factory Param 1
1233	Factory Param 2
1234	Factory Param 3
1235	Factory Param 4
1236	4mA Trim Value
1237	4u
1238	20mA Trim Value
1239	Fdbk 4mA Trim Value
1240	Fdbk 20mA Trim Value
1241	Fdbk Current
1242	8.3f
1243	Digipot Setting
1244	Sweep width control setting. Displayed for diagnostic purposes only.
1245	3u
1246	Sweep DAC
1247	Sweep Width
1248	Measured Sweep Width. Displayed for diagnostic purposes only.
1249	Fiducial Strength
1250	Relative amplitude of fiducial signal. Displayed for diagnostic purposes only.
1251	Relative location of level signal. Displayed for diagnostic purposes only.
1252	Relative amplitude of the level signal. Displayed for diagnostic purposes only.
1253	Set Clock Date
1254	Date to set the real-time clock in the field device to, or date that the real-time clock was last set
1255	Set Clock Time
1256	Time to set the real time clock in the field device to, or time that the real-time clock was last set
1257	R Totalizer Mode
1258	Selects whether the resettable totalizer is running.
1259	R Totalizer Mult
1260	Multiplier for the resettable totalizer. For example, an accumulated value of 1,000 will display as 10 if the multiplier is set to 100.
1261	100
1262	1,000
1263	10,000
1264	100,000
1265	NR Totalizer Mult
1266	R Totalizer decimal places
1267	Resettable totalizer decimal places.
1268	NR Totalizer decimal places
1269	Non-resettable totalizer decimal places.
1270	R Totalizer RunTime
1271	Total time, since the totalizer was reset, over which the total flow occurred.
1272	NR Totalizer RunTime
1273	Total time over which the total flow occurred. Note that rollover to zero time will occur when the total time exceeds 31.7 years. A Factory Reset will also zero the time.
1274	Language
1275	Enables choice of language to be displayed on the LCD.
1276	English
1277	Français
1278	Deutsch
1279	Español
1280	Русский
1281	Português
1282	Status Symbol
1283	Enables NE 107 Status symbol to be displayed on Home Screen.
1284	Hide
1285	View
1286	PV Bar Graph
1287	Enables a bar graph (displaying the Primary Variable in percent) to be displayed on the Home Screen.
1288	A read-only screen that presents the various output values that can be displayed. (Available outputs will depend on Measurement Type).
1289	Head
1290	R Totalizer
1291	NR Totalizer
1292	Elec Temp
1293	NE 107 Category
1294	Highest priority active NE 107 category.
1295	Failure
1296	Function Check
1297	Out of Spec
1298	Maintenance req'd
1299	NE 107 Indicator
1300	Highest priority active indicator in highest active NE 107 category.
1301
1302	NE 107 Simulation Mode
1303	Allows manual activation (simulation) of NE 107 indicators.
1304	Status 5
1305	NE 107 Mapping
1306	Allows user-mapping of default status for all NE 107 indicators.
1307	Indicator
1308	Mapping
1309	No Effect
1310	Standard echo rejection curve not valid. A valid standard rejection curve is required to create a custom curve.
1311	Level point value too high
1312	Level point value too low
1313	Volume point value too high
1314	Volume point value too low
1315	Level and Volume values out of range
1316	Head point value too high
1317	Head point value too low
1318	Flow point value too high
1319	Flow point value too low
1320	Head and Flow values out of range
1321	Device Icon
1322	Home
1323	A read-only default Home screen that graphically displays the PV, Loop Current, and PV % Range, in addition to other Measured Values.
1324	Process Variables
1325	Menu containing the principal measured values of the device.
1326	Diagnostics
1327	Menu showing Diagnostic information.
1328	Device Setup
1329	Set of menus to allow full configuration of the transmitter.
1330	Maintenance
1331	Menus containing parameters for maintaining the device.
1332	Setup Wizard
1333	Measured Values
1334	A read-only screen that presents the various output values that can be displayed. (Available options will depend on Measurement Type.)
1335	Identity
1336	A menu that displays user's and manufacturer's identifying information about the transmitter.
1337	Factory Identity
1338	A menu that displays detailed manufacturer's information about the transmitter, such as Serial Number and hardware/software revisions.
1339	Basic Config
1340	A menu that allows for basic configuration of the transmitter.
1341	System Units
1342	A menu that allows for setting the measurement units used by the transmitter.
1343	Basic Config Diagram
1344	Volume Config
1345	A menu that allows for entry of known tank shapes or custom tables for volumetric output. This menu contains various tank shapes for easy configuration for those applications requiring Volumetric output.
1346	Vessel Diagram
1347	Custom Table
1348	Allows for Custom Volume Strapping Table entry.
1349	Point
1350	Flow Config
1351	A menu that allows for entry of known flumes and weirs or custom tables for flow output. This menu contains various flume and weir shapes for easy configuration for those applications requiring Flow output.
1352	Generic Equation Factors
1353	The Generic Equation allows for an extremely accurate means of configuring the 706 to virtually any flume or weir that is not in the standard open channel flow menu. By inputting the value of just 4 factors, it provides a complete and accurate calibration to a primary element.
1354	Flow = K(L-CH)H^n
1355	where H = head.
1356	Allows for Custom Flow Strapping Table entry.
1357	Flow
1358	Flume Diagram
1359	Weir Diagram
1360	Totalizer Setup
1361	Allows for configuration of software totalizers. This menu contains all of the necessary parameters to configure a Resettable and Non-Resettable software totalizer.
1362	I/O Config
1363	Allows for configuration of the 4/20mA Analog Output, which includes the lower and upper set points, Damping, and Failure Alarms.
1364	I/O Config Diagram
1365	Variable Selection
1366	Allows for selection of the Secondary Variable (SV), Tertiary Variable (TV), and Quaternary Variable (QV). The analog 4/20 mA output will follow the PV.
1367	Local Display Config
1368	Allows for customized presentation of information on the graphic LCD. The LCD can be configured to display up to two Measured Variables, along with a Tag, Bar Graph, and NE 107 symbols.
1369	Display Setup Diagram
1370	Measured Values
1371	Advanced Config
1372	Allows for more advanced configuration and troubleshooting. (Advanced Password may be required for access to parameters.) Contact Technical Support.
1373	Adv Config Diagram
1374	Safety Zone Settings
1375	Allows for configuration of an area below the Blocking Distance called Safety Zone. Since performance within the Blocking Distance is undetermined, these parameters allow the user to program an area below the Blocking Distance where an alarm can be set. Enable fault to ensure safe, reliable high-level readings in critical applications. (Recommendation is to use Latch 3.6 or Latch 22 so the unit will remain in alarm until it is manually cleared with the SZ Alarm Reset.)
1376	Echo Loss Settings
1377	Menu containing parameters relating to the Echo Lost diagnostic alarm.
1378	Threshold Settings
1379	Allows for configuration of the various Echo detection settings. Only echoes above the Target Threshold are considered valid, i.e., possible Level candidates.
1380	Time Variable Gain
1381	TVG accounts for the natural loss of energy as the signal travels through space. This menu allows for direct configuration of the various TVG settings. Customer settings of Dielectric, Foam, Turbulence and Sensitivity have direct effect on the values found in this menu.
1382	Analog Output
1383	Allows for configuration of the 4/20mA Analog Output, which includes the Poll Address, Analog Output Mode, and trimming of the loop.
1384	Factory Config
1385	Allows viewing of Factory Parameters. These parameters are protected by a factory password and are not intended to be adjusted in the field.
1386	Factory Calib
1387	Read-Only Menu showing Factory Calibration Parameters.
1388	Present Status
1389	Shows the Present Status (health) of the transmitter.
1390	------------------------------
1391	NE 107 Status
1392	Add'l Device Status
1393	Menu containing status information specific to the device.
1394	Simulated Device Status
1395	Menu containing simulated status information specific to the device. Select individual diagnostic indicators to turn an indicator On or Off.
1396	NAMUR NE 107 Setup
1397	This menu allows for user configuration of the various NE 107 indicators. Although all of the Model R86 indicators have defaults settings, they can be re-mapped to one of four categories: Maintenance Required, Out of Specification, Function Check, and Failure. Failures cannot be remapped. Advanced Password needed to make changes. Please refer to the NE 107 standard for more information.
1398	Advanced Diagnostics
1399	Menu containing Advanced Diagnostic parameters.
1400	Internal Values
1401	Shows detailed transmitter performance-related parameters.
1402	Elec Temperatures
1403	This menu displays the Maximum, Minimum, and Present temperatures of the electronics.
1404	Transmitter Tests
1405	Menu containing various tests to determine the functioning of the device.
1406	Primary Variables
1407	Menu containing the primary Device Variables provided by the device.
1408	Other Variables
1409	Menu containing the other Device Variables provided by the device.
1410	Electronics
1411	Sensor Input
1412	Adjust Analog Output
1413	Allows the calibration of a selected Analog Output with an external reference at the operating endpoints of the Analog Output.
1414	Read DAC trim values
1415	Reads the values for DAC trim
1416	Reset the maximum and minimum temperatures measured in the electronics compartment to the present temperature.
1417	Reset SZ Alarm
1418	Clear a latched Safety Zone Alarm
1419	Reset R Totalizer
1420	Reset the flow and time for the resettable totalizer.
1421	Factory Reset
1422	Reset the device to factory default settings. If using a HART host, disconnect and then reconnect the host after performing the reset.
1423	Reset Parameters
1424	Reset the device to factory calibrated settings. If using a HART host, disconnect and then reconnect the host after performing the reset.
1425	Reset Config Changed
1426	Resets the Configuration Changed bit in the Device Status
1427	Reset NE 107 Mapping
1428	Sets the NE 107 mapping to default values.
1429	Set loop to manual
1430	Aborting return to normal
1431	Leaving fixed current mode
1432	Takes the Analog Output out of a mode where the output was a constant value, and returns the output to a mode where the output tracks the input.
1433	Trim warning
1434	Analog Output Test
1435	Allows the User to manually manipulate the Analog Output to a selected constant output value.
1436	Current Date
1437	Current Date based upon the real-time clock in the field device
1438	Current Time
1439	Current Time based upon the real-time clock in the field device
1440	WARNING - Loop should be removed from automatic control
1441	Setup Wizard - Identity
1442	Setup Wizard - Basic Config
1443	Setup Wizard - Volume Config
1444	Setup Wizard - I/O Config
1445	Setup Wizard - Local Display Config
1446	Setup Wizard - Complete
1447	Setup Complete
1448	NOTE - Loop may be returned to automatic control
1449	Saves all values
1450	Saves all values from Setup Wizard values
1451	Optimization Wizard
1452	PV Analog Channel Saturated
1453	PV Analog Channel Fixed
1454	Wireless
1455	WirelessHART Device
1456	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1457	Primary
1458	Primary Analog Channel
1459	Secondary
1460	Secondary Analog Channel
1461	Tertiary
1462	Tertiary Analog Channel
1463	Quaternary
1464	Quaternary Analog Channel
1465	Quinary
1466	Quinary Analog Channel
1467	Critical Power Failure
1468	Lock all
1469	Trim not supported
1470	Configuration cannot be changed
1471	Locked by gateway
1472	Analog Input Channel
1473	Analog Output Channel
1474	Secondary Analog Channel Saturated
1475	Tertiary Analog Channel Saturated
1476	Quaternary Analog Channel Saturated
1477	Quinary Analog Channel Saturated
1478	Secondary Analog Channel Fixed
1479	Tertiary Analog Channel Fixed
1480	Quaternary Analog Channel Fixed
1481	Quinary Analog Channel Fixed
1482	Simulation active
1483	The device is in simulation mode and the level output is not representative of the process.
1484	Non-Volatile memory failure
1485	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1486	Volatile memory error
1487	The RAM memory check is invalid or maybe corrupt
1488	Watchdog reset executed
1489	A watchdog reset has been performed
1490	Voltage conditions out of range
1491	A voltage condition is outside its allowable range
1492	Environmental conditions out of range
1493	An internal or environmental condition is beyond acceptable limits.
1494	Electronic failure
1495	A hardware problem not related to the sensor has been detected.
1496	Subdevice list changed
1497	Duplicate master detected
1498	Capacity Denied
1499	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1500	Bandwidth allocation pending
1501	Block transfer pending
1502	Battery life
1503	Percent range
1504	Loop current
1505	Primary variable
1506	Secondary variable
1507	Tertiary variable
1508	Quaternary variable
1509	Read receive time
1510	Write date and time
1511	Non-Volatile Clock
1512	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.
1513	Clock Uninitialized
1514	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.
1515	None
1516	No restrictions
1517	SI Only
1518	Restricted to SI Unit codes only
1519	Process automation device
1520	Discrete device
1521	Hybrid:Process automation+discrete
1522	I/O System
1523	WirelessHART Process automation device
1524	WirelessHART Discrete device
1525	WirelessHART Process automation+discrete
1526	WirelessHART Gateway
1527	WirelessHART Access point
1528	WirelessHART Process adapter
1529	WirelessHART Discrete adapter
1530	WirelessHART enabled handheld/portable maintenance tool
1531	Device Profile
1532	US
1533	United States of America
1534	JP
1535	Japan
1536	DE
1537	Germany
1538	FR
1539	France
1540	ES
1541	Spain
1542	RU
1543	Russian Federation
1544	CN
1545	People's Republic of China
1546	Secondary Master
1547	Primary Master
1548	Device Diagnostic Status 0
1549	Device Diagnostic Status 1
1550	I/O and Subdevice Status
1551	WirelessHART Status
1552	Time Set Option
1553	Real Time Clock Flags
1554	Country
1555	Country of intended device installation
1556	SI Unit Control
1557	Indicates if device should only display SI unit codes
1558	Time Stamp
1559	Relative time value on network
1560	8u
1561	Dynamic Variables Returned for Device Variables
1562	Command Response Truncated
1563	Configuration Change Counter Mismatch
1564	Status bytes mismatch
1565	Device Variable
1566	Variable to trim
1567	Event History Updated
1568	Are You Sure?
1569	Yes;No
1570	Enter Password
1571	Incorrect Password
1572	WARNING - Changing Data Log Setup may discard previously logged data. Are You Sure?
1573	WARNING - Changing Tank Profile setup will discard previously logged data. Are You Sure?
1574	OK
1575	Echo data have been updated.
1576	selection
1577	Invalid curve 1 selection.
1578	Curve 1 mismatch.
1579	Unable to read Curve 1 summary.
1580	Unable to read Curve 1 data.
1581	Zoom minimum greater than zoom maximum.
1582	Zoom minimum greater than graph maximum.
1583	Zoom maximum smaller than graph minimum.
1584	Echo Rejection Curve Invalid - Create a new Standard Rejection Curve to enable echo rejection.
1585	Curve 2 mismatch.
1586	Unable to read Curve 2 summary.
1587	No echo data for Curve 2.
1588	Unable to read Curve 2 data.
1589	Updating echo graph.
1590	Aborting method due to last error
1591	Invalid curve 2 selection.
1592	Next >
1593	this_echo_number
1594	Enter the level (units of %{level_units}.) corresponding to the actual media location. The default value presented is the value for an empty tank.
1595	new_saved_location
1596	Enter the distance (units of %{level_units}.) corresponding to the actual distance from the sensor reference point to the actual media location. The default value presented is the value for an empty tank.
1597	< Back; Next >
1598	select
1599	The echo number must be between 0 and %{echo_list_length}.
1600	The echo rejection process is: %{maturity}% complete.
1601	The echo number must be between 1 and %{echo_list_length}.
1602	Select option
1603	Enter the echo number from the Rejection Echo table corresponding to the echo to be modified. Enter 0 to exit this option.
1604	The echo number must be between 1 and %{echo_rej_list_length}.
1605	Enter the echo number from the Live Echo table corresponding to the echo to be added to the Custom Echo Rejection curve. Enter 0 to exit this option.
1606	The selected echo has been added to the custom echo rejection curve.
1607	The selected echo is beyond the end of the echo rejection curve.
1608	The standard echo rejection curve has been copied to the custom echo rejection curve and applied.
1609	Waiting for Echo List.
1610	Unable to get Echo List.
1611	Enter the Custom Table point number. Enter 0 to exit.
1612	point
1613	Enter the Volume at the Level of %{level_value_vol_table} %{level_units}.:
1614	Invalid number.
1615	Connect reference meter
1616	Setting fld dev output to 4mA
1617	Enter meter value
1618	Field device output (4mA) equal to reference meter?
1619	Setting fld dev output to 20mA
1620	Field device output (20mA) equal to reference meter?
1621	Time (24-hour format)
1622	Returning fld dev to original output
1623	WARNING - Only one of the trim values was performed. Your device may be in an unstable state.
1624	Choose analog output level
1625	4mA;20mA;Other;End
1626	Output
1627	Fld dev output is fixed at %[0.2f]{loopCurrent}mA
1628	< Back; Finish
Reference ID	String