Device dictionary

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Reference ID	String
0	Event History
1	The history of the 10 most recent diagnostic events.
2	Event Log
3	Allows for viewing of the 10 most recent diagnostic indicators.
4
5	Event
6	Date
7	Time
8	Duration
9	Refresh History
10	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.
11	Reset History
12	Clears entries in Status History and resets the run time to zero.
13	Set Clock
14	Sets the Real-Time Clock in the device.
15	Date Occurred
16	Time Occurred
17	Runtime
18	OK
19	SW Error (Main)
20	RAM Error (Main)
21	ADC Error (Main)
22	EEPROM Error
23	CoP in Flash Mode
24	SW Conflict (CoP)
25	Spare Indicator 1
26	Analog Board Error
27	SW Error (CoP)
28	RAM Error (CoP)
29	ADC Error (CoP)
30	Spare Indicator 2
31	Analog Output Error
32	No Probe
33	Probe Memory Error
34	Probe Info Corrupt
35	Spare Indicator 3
36	New Probe
37	Default Parameters
38	No Float Detected
39	Spare Indicator 4
40	Config Conflict
41	High Volume Alarm
42	Spare Indicator 5
43	Extra Float Detected
44	2nd Float Missing
45	Initializing
46	Config Changed
47	Spare Indicator 6
48	Xmtr Calib Req'd
49	Spare Indicator 7
50	Temp Calib Req'd
51	High Elec Temp
52	Low Elec Temp
53	Spare Indicator 8
54	Spare Indicator 9
55	Adjust Analog Outpt
56	Low Supply Voltage
57	Spare Indicator 10
58	Weak Upr Echo
59	Weak Ifc Echo
60	Hi Noise / LvlThresh
61	Hi Noise / IfcThresh
62	Spare Indicator 10
63	Sequence Record
64	Unknown
65	Status
66	Describes a diagnostic event.
67	The date on which the event occurred.
68	The time at which the event occurred.
69	.3f
70	The system runtime at which the event occurred.
71	.0f
72	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.
73	s
74	h
75	When a fault or warning is cleared, the difference between the present elapsed time and the time recorded when the event occurred is recorded as the duration.
76	Trend Data
77	Graph displaying real-time trend data.
78	Level
79	Ifc Level
80	Upr Thickness
81	Volume
82	Distance
83	Loop
84	PV % rnge
85	Echo Strength
86	Ifc Echo Strength
87	Level
88	mA
89	Level of material on the probe. (When in interface mode, this value corresponds to the level of the upper surface.)
90	.2f
91	.1f
92	.4f
93	Level of liquid-liquid interface. (When no interface is present, this value corresponds to the level of product in the vessel.)
94	Thickness of the upper liquid layer.
95	Volume of product in the vessel.
96	Fill Rate
97	Fill rate of the liquid in the vessel.
98	Distance from the sensor reference point to the upper surface level.
99	Loop current
100	Loop Current - loop current value as perceived by the device.
101	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.
102	%
103	Echo Strength
104	Relative strength of the level signal being detected. (When in the interface mode, this value corresponds to the strength of the upper level signal.)
105	Ifc Echo Strength
106	Relative strength of the interface level signal.
107	Data Log Setup
108	Menu containing parameters to set up the device's internal data log feature.
109	Save Data Log Params
110
111	Save Data Log Time
112	Trending Variables
113	Listing of Device Variables that can be selected to be saved in the internal data log feature of the device.
114	Off
115	On
116	Time Setup
117	A menu that allows the user to set the time span and sample interval for the Data Log.
118	Present
119	Start
120	Stop
121	Interval (minutes)
122	Start Date
123	The date on which event recording starts.
124	Stop Date
125	The date on which event recording stops.
126	Start Time
127	The time at which event recording starts.
128	Stop Time
129	The time at which event recording stops.
130	The interval between time-based recordings.
131	OKtoChangeDatalog
132	Success
133	Value was too high
134	Value was too low
135	Too few data bytes received
136	Real-time clock has not been set.
137	Set to nearest possible value
138	Access restricted
139	Echo Curves
140	Allows configuration of the Echo Curve option.
141	Zoom
142	Allows user to zoom in and out of a specific portion of the Echo Curve.
143	Parameters
144	Echo History
145	Allows configuration of the Echo History Option. Saving an Echo Curve under a fault condition is important for accurate troubleshooting.
146	History Setup
147	Menu for setting up the automatic echo history capture feature of the device.
148	Echo Graph
149	Curve 1
150	Curve 2
151	Blocking Distance
152	Level Position
153	Ifc Level Position
154	Sensor Ref Position
155	EoP Position
156	Lvl Thresh Value
157	Ifc Lvl Thresh Value
158	PV Setpoints
159	Distance from Sensor Ref Position
160	Invalid selection
161	No fiducial
162	No level signal
163	Summary data not ready
164	Waveform mismatch
165	Less than 70 valid points
166	Echo data not ready
167	Interval too small
168	Interval too large
169	Refresh Graph
170	Click to refresh Echo Curve.
171	Save Ref Echo Curve
172	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.
173	Method to re-read the echo history summary.
174	Delete History
175	Allows the History information to be cleared and reset.
176	Select the primary curve to display.
177	Live
178	Select the secondary curve to display.
179	None
180	Echo Reference
181	Echo History 1
182	Echo History 2
183	Echo History 3
184	Echo History 4
185	Echo History 5
186	Echo History 6
187	Echo History 7
188	Echo History 8
189	Echo History 9
190	Curve Selection
191	Runtime for requested curve
192	Distance between Points in Curve
193	Curve Start
194	Curve End
195	Fiducial Position
196	Sensor Reference Position
197	Blocking Distance
198	Level Position
199	Interface Level Position
200	End Of Probe Position
201	4 mA Setpoint
202	20 mA Setpoint
203	Level Offset
204	Measurement Type
205	Sensor Mount
206	Lvl Slope Start Value
207	Ifc Slope Start Value
208	Slope Start Distance
209	Slope End Distance
210	Level Threshold
211	Interface Level Threshold
212	End Of Probe Threshold
213	Waveform index
214	X-axis minimum
215	X-axis maximum
216	Ifc Level Position
217	Sensor Ref Position
218	EOP Position
219	Lvl Slope End Value
220	Ifc Slope End Value
221	Start Index
222	Tick Y-axis maximum
223	Tick Y-axis minimum
224	Echo History Log
225	Listing of echo curves saved in the device.
226	Disabled
227	Enabled
228	Not Saved
229	Saved
230	Time
231	Echo History Mode
232	Selection to save echo curves based on time intervals or selected diagnostic events.
233	Events
234	Events & Time
235	Event Triggers
236	Listing of diagnostic indicators that can be selected to trigger an automatic saving of an echo curve.
237	Time Triggers
238	Listing of parameters to control time-based automatic saving of echo curves.
239	Model
240	Transmitter Trade Name.
241	Jupiter Model JM4
242	Manufacturer
243	Manufacturer Identification Code - References a specific manufacturer, which is usually a company name, that is responsible for the manufacture of this Field Device
244	ORION
245	Distributor
246	Private Label Distributor - References the company that is responsible for the distribution of this Field Device to customers.
247	Loop Current Mode
248	Loop Current Mode - Indicates whether the loop current is active or fixed (i.e. the device is in multi-drop).
249	Disabled (Fixed)
250	Enabled (PV)
251	Device Status
252	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.
253	PV Out of Limits
254	Process applied to the primary variable is outside the operating limits of the field device.
255	Non-PV Out of Limits
256	Process applied to the non-primary variable is outside the operating limits of the field device.
257	Loop Current Saturated
258	Analog output 1 and its digital representation are outside the operating range limits, and not responding to input.
259	Loop Current Fixed
260	Analog output 1 and its digital representation are in fixed mode, and not responsive to input changes.
261	More Status Available
262	Field device has more status available.
263	Cold Start
264	A reset or self test of the field device has occurred, or power has been removed and reapplied.
265	Configuration Changed
266	A modification has been made to the configuration of the field device.
267	Device Malfunction
268	Field device has malfunctioned due to a hardware error or failure.
269	Ext Dev Status
270	Extended Field Device Status - This provides additional Device Status information.
271	Maintenance required
272	Device variable alert
273	Critical Power Failure
274	Failure
275	Out of Spec
276	Function Check
277	Dev Diag Status 0
278	Simulation active
279	The device is in simulation mode and the level output is not representative of the process.
280	Non-Volatile memory failure
281	The Non-Volatile memory check is invalid or may be corrupt, or the battery of a battery-backed memory has failed.
282	Volatile memory error
283	The RAM memory check is invalid or may be corrupt.
284	Watchdog reset executed
285	A watchdog reset has been performed.
286	Voltage conditions out of range
287	A voltage condition is outside its allowable range.
288	Environmental conditions out of range
289	An internal or environmental condition is beyond acceptable limits.
290	Electronic failure
291	A hardware problem not related to the sensor has been detected.
292	Dev Diag Status 1
293	NE 107 Simulation active
294	The device is in simulation mode and the diagnostic indicators not representative of the device status.
295	Poll Address
296	Polling Address - Address used by the Host to identify a Field Device, and changeable by the User to control: the Multidrop Mode for Analog Output 1), and the Analog Output Fixed Mode of Analog Output 1)
297	Tag
298	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.
299	Long Tag
300	Long Tag - Functions exactly like Tag except the size is larger (maximum of 32 ISO Latin 1 characters).
301	Descriptor
302	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.
303	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.
304	Message
305	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.
306	Dev id
307	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.
308	Cfg chng count
309	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.
310	Final asmbly num
311	Number that is used for identification purposes, and is associated with the overall Field Device.
312	Universal Rev
313	Universal Revision - Revision of the Universal Device Description, to which the Field Device conforms.
314	Fld Dev Rev
315	Field Device Revision - Revision of the Field Device Specific Device Description, to which the Field Device conforms.
316	Software Rev
317	Field Device Software Revision - This revision corresponds to the firmware that is embedded in the Field Device.
318	Num Req Preams
319	Number of Request Preambles - Number of Preambles required from the Host request by the Field Device.
320	Data Response codes
321	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.
322	Field device specific error
323	In write protect mode
324	Busy
325	Delayed response initiated
326	Delayed response running
327	Delayed response dead
328	Delayed response conflict
329	Command not implemented
330	Status 0
331	Diagnostic indicators displaying status of the device. Indicators are grouped in order of relative importance, with the most important first.
332	Unrecoverable error occurred in stored program. Contact Technical Support.
333	RAM (read/write) memory failing. Contact Technical Support.
334	Analog-to-digital converter failing. Contact Technical Support.
335	Non-volatile parameter storage failing. Contact Technical Support.
336	Coprocessor is in the process of being flashed. Complete flashing and return unit to service.
337	Coprocessor software is not compatible with the main processor software. Contact Technical Support.
338	Unrecoverable hardware failure. Contact Technical Support.
339	Status 1
340	Unrecoverable error occurred in stored program. Contact Technical Support.
341	RAM (read/write) memory failing. Contact Technical Support.
342	Actual loop current deviates from commanded value. Analog output is inaccurate. Perform TRIM LOOP maintenance procedure.
343	No probe connected. Attach a probe.
344	Error in probe memory. Contact Technical Support.
345	Error in reading probe memory. Contact Technical Support.
346	Status 2
347	New probe has been connected to the transmitter. Verify desired probe is attached.; if so, Reset New Probe Diags.
348	All saved parameters are set to default values. Perform complete Device Setup.
349	No float detected. Check for damaged or missing float. Check BASIC and ADV params.
350	Selections of Measurement Type and PV are incompatible. Change Measurement Type and/or PV to appropriate settings.
351	Volume calculated from Level reading exceeds capacity of vessel or custom table. Check settings: Vessel Dimensions, Custom Table entries.
352	Status 3
353	Extra Float Detected. Check Parameters.
354	2nd Float not detected. Check for damaged or missing float. Check BASIC and ADV params.
355	Distance measurement is inaccurate while internal filters are settling. Wait for up to 10 seconds.
356	A parameter has been modified from the User Interface. If desired, reset Config Changed indicator in ADVANCED CONFIG.
357	Factory transmitter calibration has been lost. Measurement accuracy is diminished. Return the transmitter to factory for recalibration.
358	Factory temperature calibration has been lost. Measurement accuracy is diminished. Return transmitter to factory for recalibration.
359	Status 4
360	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.
361	Electronics too cold. May compromise Distance measurement or damage instrument. Insulate transmitter. Locate transmitter remotely in a warmer area.
362	Loop current is inaccurate. Perform TRIM LOOP maintenance procedure.
363	Device starved for power due to high loop resistance or low supply voltage. Verify loop resistance Replace loop power supply.
364	Risk of Upr Echo Lost due to weak signal. Check settings: Level Threshold, Sensitivity. View Echo Curve.
365	Status 5
366	Risk of Ifc Echo Lost due to weak signal. Check settings: Ifc Threshold, Sensitivity. View Echo Curve.
367	Noise level is a large fraction of the Level Threshold. Check parameters. View Echo Curve.
368	Noise level is a large fraction of the Interface Level Threshold. Check parameters. View Echo Curve.
369	A Sequence Record number has been stored in Event Log. If desired, report Sequence Record number to Technical Support.
370	PV
371	Digital representation that tracks the Analog Output Number 1, under normal operating modes.
372	SV
373	Digital representation that tracks the Analog Output (if it exists) Number 2, under normal operating modes.
374	TV
375	Digital representation that tracks the Analog Output (if it exists) Number 3, under normal operating modes.
376	QV
377	Digital representation that tracks the Analog Output (if it exists) Number 4, under normal operating modes.
378	PV URV
379	Upper Range Value - 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.
380	PV LRV
381	Lower Range Value - 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.
382	AO Alrm typ
383	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.
384	Hi
385	Lo
386	Hold last out valu
387	8.2f
388	Variable to trim
389	Device Variable Trim Code - An index that identifies a Field Device Variable that supports the trim procedure.
390	PV is
391	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.
392	SV is
393	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.
394	TV is
395	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.
396	4V is
397	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.
398	Level Units
399	Select units of measurement for the level output.
400	in
401	ft
402	mm
403	cm
404	m
405	Level Dev fmly
406	Indicates the family (i.e, pressure, temperature, flow, etc.) to which the device variable belongs.
407	Level Class
408	Indicates the unit code expansion table used for a particular dynamic or device variable.
409	Level PDQ
410	Indicates the overall process data quality of the device variable value.
411	Level LS
412	Indicates whether the device variable is limited (i.e., not responding to a process).
413	Level Fmly stat
414	Indicates additional status information on a device variable for a specific device family.
415	Level USL
416	Defines the maximum usable value for the Upper Range Value.
417	Level LSL
418	Defines the minimum usable value for the Lower Range Value.
419	Level Min Span
420	Defines the smallest allowable difference between the Upper Range Value and the Lower Range Value.
421	Damping
422	A damping factor (0-10 seconds) may be added to smooth the output in the event of turbulence.
423	Sensor S/N
424	Uniquely identifies the sensor from which the Digital Value representation or Field Device variable is primarily derived.
425	Ifc Level PDQ
426	Ifc Level LS
427	Ifc Level Fmly stat
428	Ifc Thickness PDQ
429	Ifc Thickness LS
430	Ifc Thickness Fmly stat
431	Volume Units
432	Select units of measurement for the volume output.
433	ft3
434	in3
435	gal
436	bbl
437	mL
438	L
439	Volume Dev fmly
440	Volume Class
441	Volume PDQ
442	Volume LS
443	Volume Fmly stat
444	Volume USL
445	Volume LSL
446	Volume Min Span
447	Fill Rate Units
448	Select units of measurement for the fill rate output.
449	cfs
450	cfm
451	cfh
452	GPS
453	GPM
454	GPH
455	L/s
456	L/m
457	L/h
458	Fill Rate Dev fmly
459	Fill Rate Class
460	Fill Rate PDQ
461	Fill Rate LS
462	Fill Rate Fmly stat
463	Fill Rate USL
464	Fill Rate LSL
465	Fill Rate Min Span
466	Distance PDQ
467	Distance LS
468	Distance Fmly stat
469	Echo Strength Units
470	Echo Strength Dev fmly
471	Echo Strength Class
472	Echo Strength PDQ
473	Echo Strength LS
474	Echo Strength Fmly stat
475	Echo Strength USL
476	Echo Strength LSL
477	Echo Strength Min Span
478	Ifc Echo Strength PDQ
479	Ifc Echo Strength LS
480	Ifc Echo Strength Fmly stat
481	Temperature
482	The present temperature of the electronics.
483	Temperature Units
484	°C
485	°F
486	Temperature Dev fmly
487	Temperature PDQ
488	Temperature LS
489	Temperature Fmly stat
490	Temperature USL
491	Temperature LSL
492	Temperature Min Span
493	Temperature Class
494	1.0f
495	Failure Alarm Delay
496	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.
497	Orion S/N
498	Serial number of the electronics contained in this transmitter.
499	Probe Model
500	Type of probe connected to the transmitter, as shown by the probe model number on the nameplate. Refer to the I/O Manual for additional information regarding different Probe Models.
501	S/N
502	Serial number of the probe connected to this transmitter.
503	Date/Time/Initials
504	When and by whom calibration was performed.
505	Main Hardware Rev.
506	This revision corresponds to the electronics that are used in the Field Device.
507	Main Firmware Rev.
508	This revision corresponds to the software or firmware that is embedded in the Main Processor of the Field Device.
509	CoP Hardware Rev.
510	CoP Firmware Rev.
511	This revision corresponds to the software or firmware that is embedded in the CoProcessor of the Field Device.
512	Calibration Date
513	Date on which the probe was calibrated.
514	Calibration Location
515	Location where the probe was calibrated.
516	Orion Inst
517	MII Aurora
518	MII NV
519	Other
520	Enter Password
521	Certain parameters are password protected to limit access by the user. Parameters that should never be changed by the user are protected with the Factory password. Some parameters, intended for field use, that may be changed in special, controlled situations require the Advanced password.
522	5u
523	New User Password
524	Change password that is required to access user parameters.
525	NAPValue
526	Advanced Password used for advanced troubleshooting.
527	Lvl 4mA Set Point
528	Lower Range Value - 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.
529	Lvl 20mA Set Point
530	Upper Range Value - 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.
531	Ifc 4mA Set Point
532	Ifc 20mA Set Point
533	Thk 4mA Set Point
534	Thk 20mA Set Point
535	Vol 4mA Set Point
536	Vol 20mA Set Point
537	Description
538	Magnetostrictive Level Xmtr
539	Probe Type
540	Type of probe connected to the transmitter.
541	Rigid
542	Flexible
543	Configuration
544	Probe configuration with sensor location.
545	Direct Insertion
546	External Top Mount
547	External Bottom Mnt
548	Temperature Rating
549	Temperature rating of the probe.
550	Standard
551	High Temp
552	Cryogenic
553	Vibration Rating
554	Vibration rating of the probe.
555	Vib Resistant
556	Measurement Type
557	The desired measurement mode of operation. (Selection of Measurement Type may be constrained by the Probe Model.)
558	Level Only
559	Interface Only
560	Interface & Level
561	Volume & Level
562	Probe Length
563	Distance from probe reference point to end of probe. Up to 35 feet (10.7 meters) maximum depending on Probe Model. (Probe reference point is bottom of NPT Threads, top of BSP Threads, or flange face for direct insertion, or end of probe head assembly for external mount.)
564	Level Offset
565	Desired level reading when liquid surface is at the tip of the probe. (Range is -50 feet [-15 meters] to +50 feet [15 meters])
566	Zero Offset
567	Desired level reading when liquid surface is at the tip of the probe. (Range is -50 feet [-15 meters] to +50 feet [15 meters])
568	Level Trim
569	An offset value to be used to force the transmitter to output the exact Level or Distance. This should only be used after all parameters have been entered correctly, and it has been confirmed that the transmitter is tracking the correct level.
570	Ifc Level Trim
571	Blocking Distance
572	Distance below the reference point within which level is ignored. (Operation is undefined when the liquid level is within the blocking distance.)
573	Minimum Separation
574	Minimum distance that can be achieved between the magnets on adjacent floats when the floats are touching each other.
575	Sensitivity
576	Present Sensitivity (gain) of the instrument. Default setting depends on the value in the probe memory and is suitable for most installations. Refer to I & O manual before adjusting.
577	Lvl Thresh Mode
578	Selects the signal threshold control for measuring the upper level pulse. Default setting depends on the value in the probe memory and is suitable for most installations. Refer to I & O manual before adjusting.
579	Auto Largest
580	Fixed Value
581	Sloped
582	Lvl Sloped Start Value
583	Relative setting of the initial threshold for detecting level near the sensor reference point. Default setting depends on the value in the probe memory and is suitable for most installations. Refer to I & O manual before adjusting.
584	Ifc Sloped Start Value
585	Relative setting of the initial threshold for detecting interface level near the sensor reference point. Default setting depends on the value in the probe memory and is suitable for most installations. Refer to I & O manual before adjusting.
586	Sloped End Distance
587	Location of the end of the sloped threshold. Default setting depends on the value in the probe memory and is suitable for most installations. Refer to I & O manual before adjusting.
588	Upr Lvl Polarity
589	Selects the polarity for measuring the upper level pulse. Typically set to match the polarity of the first portion of the sine-wave signal of a direct insertion float, or the first portion of the M-shaped signal of an external mount probe.
590	Negative
591	Positive
592	Ifc Lvl Thresh Mode
593	Selects signal threshold control for measuring liquid-liquid interface level. Default setting depends on the value in the probe memory and is suitable for most installations. Refer to I & O manual before adjusting.
594	Relative setting of the threshold for detecting interface level. Default setting depends on the value in the probe memory and is suitable for most installations. Refer to I & O manual before adjusting.
595	Relative setting of the threshold for detecting level. Default setting depends on the value in the probe memory and is suitable for most installations. Refer to I & O manual before adjusting.
596	Ifc Lvl Polarity
597	Selects the polarity for measuring the interface level pulse. Typically set to match the polarity of the first portion of the sine-wave signal of a direct insertion float, or the first portion of the M-shaped signal of an external mount probe.
598	Fixed Loop Current
599	Parameter used to set the value of the fixed output current.
600	Drive+ Counts
601	Factory parameter. Displayed for diagnostic purposes only.
602	Wait Counts
603	Drive- Counts
604	Vessel Type
605	Shape of vessel. (Used when Measurement Type = Volume)
606	Rectangular
607	Horizontal/Flat
608	Horizontal/Ellipse
609	Horizontal/Spherical
610	Spherical
611	Vertical/Flat
612	Vertical/Ellipse
613	Vertical/Spherical
614	Vertical/Conical
615	Custom Table
616	Radius
617	Radius of the cylindrical/spherical portion of the vessel.
618	Ellipse Depth
619	Depth of the elliptical portion of the vessel.
620	Conical Height
621	Height of the conical portion of the vessel.
622	Width
623	Horizontal width of the rectangular vessel.
624	Length
625	Horizontal length of the rectangular vessel or of the cylindrical portion of a vessel with elliptical or spherical ends.
626	Custom Table Type
627	Linear or Spline interpolation is performed between strapping table points.
628	Linear
629	Spline
630	Level Input Source
631	Level portion of strapping table can be entered manually from the keypad or automatically from the sensor.
632	Keypad
633	Sensor
634	Custom Table Length
635	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).
636	Point 01 Level
637	Custom table level entry corresponding to Point 01 Volume.
638	Point 02 Level
639	Custom table level entry corresponding to Point 02 Volume.
640	Point 03 Level
641	Custom table level entry corresponding to Point 03 Volume.
642	Point 04 Level
643	Custom table level entry corresponding to Point 04 Volume.
644	Point 05 Level
645	Custom table level entry corresponding to Point 05 Volume.
646	Point 06 Level
647	Custom table level entry corresponding to Point 06 Volume.
648	Point 07 Level
649	Custom table level entry corresponding to Point 07 Volume.
650	Point 08 Level
651	Custom table level entry corresponding to Point 08 Volume.
652	Point 09 Level
653	Custom table level entry corresponding to Point 09 Volume.
654	Point 10 Level
655	Custom table level entry corresponding to Point 10 Volume.
656	Point 11 Level
657	Custom table level entry corresponding to Point 11 Volume.
658	Point 12 Level
659	Custom table level entry corresponding to Point 12 Volume.
660	Point 13 Level
661	Custom table level entry corresponding to Point 13 Volume.
662	Point 14 Level
663	Custom table level entry corresponding to Point 14 Volume.
664	Point 15 Level
665	Custom table level entry corresponding to Point 15 Volume.
666	Point 16 Level
667	Custom table level entry corresponding to Point 16 Volume.
668	Point 17 Level
669	Custom table level entry corresponding to Point 17 Volume.
670	Point 18 Level
671	Custom table level entry corresponding to Point 18 Volume.
672	Point 19 Level
673	Custom table level entry corresponding to Point 19 Volume.
674	Point 20 Level
675	Custom table level entry corresponding to Point 20 Volume.
676	Point 21 Level
677	Custom table level entry corresponding to Point 21 Volume.
678	Point 22 Level
679	Custom table level entry corresponding to Point 22 Volume.
680	Point 23 Level
681	Custom table level entry corresponding to Point 23 Volume.
682	Point 24 Level
683	Custom table level entry corresponding to Point 24 Volume.
684	Point 25 Level
685	Custom table level entry corresponding to Point 25 Volume.
686	Point 26 Level
687	Custom table level entry corresponding to Point 26 Volume.
688	Point 27 Level
689	Custom table level entry corresponding to Point 27 Volume.
690	Point 28 Level
691	Custom table level entry corresponding to Point 28 Volume.
692	Point 29 Level
693	Custom table level entry corresponding to Point 29 Volume.
694	Point 30 Level
695	Custom table level entry corresponding to Point 30 Volume.
696	Point 01 Volume
697	Custom table volume entry corresponding to Point 01 Level.
698	Point 02 Volume
699	Custom table volume entry corresponding to Point 02 Level.
700	Point 03 Volume
701	Custom table volume entry corresponding to Point 03 Level.
702	Point 04 Volume
703	Custom table volume entry corresponding to Point 04 Level.
704	Point 05 Volume
705	Custom table volume entry corresponding to Point 05 Level.
706	Point 06 Volume
707	Custom table volume entry corresponding to Point 06 Level.
708	Point 07 Volume
709	Custom table volume entry corresponding to Point 07 Level.
710	Point 08 Volume
711	Custom table volume entry corresponding to Point 08 Level.
712	Point 09 Volume
713	Custom table volume entry corresponding to Point 09 Level.
714	Point 10 Volume
715	Custom table volume entry corresponding to Point 10 Level.
716	Point 11 Volume
717	Custom table volume entry corresponding to Point 11 Level.
718	Point 12 Volume
719	Custom table volume entry corresponding to Point 12 Level.
720	Point 13 Volume
721	Custom table volume entry corresponding to Point 13 Level.
722	Point 14 Volume
723	Custom table volume entry corresponding to Point 14 Level.
724	Point 15 Volume
725	Custom table volume entry corresponding to Point 15 Level.
726	Point 16 Volume
727	Custom table volume entry corresponding to Point 16 Level.
728	Point 17 Volume
729	Custom table volume entry corresponding to Point 17 Level.
730	Point 18 Volume
731	Custom table volume entry corresponding to Point 18 Level.
732	Point 19 Volume
733	Custom table volume entry corresponding to Point 19 Level.
734	Point 20 Volume
735	Custom table volume entry corresponding to Point 20 Level.
736	Point 21 Volume
737	Custom table volume entry corresponding to Point 21 Level.
738	Point 22 Volume
739	Custom table volume entry corresponding to Point 22 Level.
740	Point 23 Volume
741	Custom table volume entry corresponding to Point 23 Level.
742	Point 24 Volume
743	Custom table volume entry corresponding to Point 24 Level.
744	Point 25 Volume
745	Custom table volume entry corresponding to Point 25 Level.
746	Point 26 Volume
747	Custom table volume entry corresponding to Point 26 Level.
748	Point 27 Volume
749	Custom table volume entry corresponding to Point 27 Level.
750	Point 28 Volume
751	Custom table volume entry corresponding to Point 28 Level.
752	Point 29 Volume
753	Custom table volume entry corresponding to Point 29 Level.
754	Point 30 Volume
755	Custom table volume entry corresponding to Point 30 Level.
756	Present Temperature
757	Present temperature measured in the electronics compartment.
758	Max Temperature
759	Maximum temperature measured in the electronics compartment.
760	Min Temperature
761	Minimum temperature measured in the electronics compartment.
762	Elec Temp Offset
763	PCB temperature calibration value. Refer to I & O manual before adjusting.
764	Lvl Noise/Threshold
765	Amplitude of the largest noise signal in percent of the level threshold.
766	Lvl Noise Location
767	Location on the probe where greatest upper level noise has occurred. Location is relative to the lower probe end.
768	Ifc Noise/Threshold
769	Amplitude of the largest noise signal in percent of the interface threshold.
770	Ifc Noise Location
771	Location on the probe where greatest interface level noise has occurred. Location is relative to the lower probe end.
772	Conv Factor
773	5d
774	Scale Offset
775	Probe Conv Factor
776	Probe Scale Offset
777	Factory Param 1
778	Factory Param 2
779	Factory Param 3
780	Factory Param 4
781	4mA Trim Value
782	4u
783	20mA Trim Value
784	Fdbk 4mA Trim Value
785	Fdbk 20mA Trim Value
786	Fdbk Current
787	8.3f
788	Level Ticks
789	Relative location of level signal. Displayed for diagnostic purposes only.
790	Relative amplitude of the level signal. Displayed for diagnostic purposes only.
791	Ifc Ticks
792	Relative location of the interface level signal. Displayed for diagnostic purposes only.
793	Ifc Echo Strength
794	Relative amplitude of the interface level signal. Displayed for diagnostic purposes only.
795	Language
796	Enables choice of language to be displayed on the LCD.
797	English
798	Français
799	Deutsch
800	Español
801	Русский
802	Português
803	Status Symbol
804	Enables NE 107 Status symbol to be displayed on Home Screen.
805	Hide
806	View
807	Enables Long Tag to be displayed on the Home Screen.
808	PV Bar Graph
809	Enables a bar graph (displaying the Primary Variable in percent) to be displayed on the Home Screen.
810	Upr Level
811	A read-only screen that presents the various output values that can be displayed. (Available outputs will depend on Measurement Type).
812	Ifc Level
813	Upr Thickness
814	Fill Rate
815	% Output
816	Analog Output
817	Upr Echo Strength
818	Ifc Echo Strength
819	Elec Temp
820	NE 107 Category
821	Highest priority active NE 107 category.
822	Failure
823	Function Check
824	Out of Spec
825	Maintenance req'd
826	NE 107 Indicator
827	Highest priority active indicator in highest active NE 107 category.
828
829	NE 107 Simulation Mode
830	Allows manual activation (simulation) of NE 107 indicators.
831	NE 107 Mapping
832	Allows user-mapping of default status for all NE 107 indicators.
833	Indicator
834	Mapping
835	No Effect
836	Level point value too high
837	Level point value too low
838	Volume point value too high
839	Volume point value too low
840	Level and Volume values out of range
841	Device Icon
842	Home
843	A read-only default Home screen that graphically displays the PV, Loop Current, and % Output, in addition to other Measured Values.
844	Process Variables
845	Menu containing the principal measured values of the device.
846	Diagnostics
847	Menu showing Diagnostic information.
848	Device Setup
849	Set of menus to allow full configuration of the transmitter.
850	Maintenance
851	Menus containing parameters for maintaining the device.
852	Setup Wizard
853	Measured Values
854	A read-only screen that presents the various output values that can be displayed. (Available options will depend on Measurement Type.)
855	Other Variables
856	Menu containing the other Device Variables provided by the device.
857	Identity
858	A read-only screen that displays basic manufacturer's information about the transmitter.
859	Factory Identity
860	A read-only screen that displays detailed manufacturer's information about the transmitter, such as Serial Number and hardware/software revisions.
861	Basic Config
862	A menu that allows for basic configuration of the transmitter.
863	System Units
864	A menu that allows for setting the measurement units used by the transmitter.
865	Probe Properties
866	Displays probe configuration parameters.
867	Basic Config Diagram
868	Volume Config
869	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.
870	Vessel Diagram
871	Custom Table
872	Allows for Custom Volume Strapping Table entry.
873	Point
874
875	I/O Config
876	Allows for configuration of the 4/20mA Analog Output, which includes the lower and upper set points, Damping, and Failure Alarms.
877	I/O Config Diagram
878	Variable Selection
879	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.
880	Graph Ranges
881	Defines the limits of the vertical axes in DD/DTM graphs.
882	Local Display Config
883	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.
884	Display Setup Diagram
885	Measured Values
886	Advanced Config
887	Allows for more advanced configuration and troubleshooting. (Advanced Password may be required for access to parameters.) Contact Technical Support.
888	Adv Config Diagram
889	Threshold Settings
890	Allows for configuration of the various threshold settings. Automatic Threshold is used to detect the strongest signal on the probe and should only be used when it is ensured that only one medium is present. Fixed Threshold is used to detect the first valid signal on the probe and should be used in cases where stratification can occur. For example, applications where water bottoms can occur.
891	Analog Output
892	Allows for configuration of the 4/20mA Analog Output, which includes the Poll Address, Analog Output Mode, and trimming of the loop.
893	Factory Config
894	Allows viewing of Factory Parameters. These parameters are protected by a factory password and are not intended to be adjusted in the field.
895	Factory Calib
896	Read-Only Menu showing Factory Calibration Parameters.
897	Present Status
898	Shows the Present Status (health) of the transmitter.
899	------------------------------
900	NE 107 Status
901	Add'l Device Status
902	Menu containing status information specific to the device.
903	Simulated Device Status
904	Menu containing simulated status information specific to the device. Select individual diagnostic indicators to turn an indicator On or Off.
905	NAMUR NE 107 Setup
906	This menu allows for user configuration of the various NE 107 indicators. Although all of the Model JM4 indicators have defaults settings, they can be re-mapped to one of four categories: Maintenance Required, Out of Specification, Function Check, and Failure. Please refer to the NE 107 standard for more information.
907	Advanced Diagnostics
908	Menu containing Advanced Diagnostic parameters.
909	Internal Values
910	Shows detailed transmitter performance-related parameters.
911	Elec Temperatures
912	This menu displays the Maximum, Minimum, and Present temperatures of the electronics.
913	Transmitter Tests
914	Menu containing various tests to determine the functioning of the device.
915	Primary Variables
916	Menu containing the primary Device Variables provided by the device.
917	Interface
918	Echo Str
919	Ifc Echo Str
920	Electronics
921	Sensor Input
922	Adjust Analog Output
923	Allows the calibration of a selected Analog Output with an external reference at the operating endpoints of the Analog Output.
924	Read DAC trim values
925	Reads the values for DAC trim
926	Reset Max/Min Temps
927	Reset the maximum and minimum temperatures measured in the electronics compartment to the present temperature.
928	Reset New Probe Diagnostic
929	Clears the diagnostic that indicates a new probe has been attached. Updates the memory in the transmitter to match the probe.
930	Factory Reset
931	Reset the device to factory default settings. If using a HART host, disconnect and then reconnect the host after performing the reset.
932	Reset Parameters
933	Reset the device to factory calibrated settings. If using a HART host, disconnect and then reconnect the host after performing the reset.
934	Reset Config Changed
935	Resets the Configuration Changed bit in the Device Status
936	Reset NE 107 Mapping
937	Sets the NE 107 mapping to default values.
938	Set loop to manual
939	Aborting return to normal
940	Leaving fixed current mode
941	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.
942	Trim warning
943	Analog Output Test
944	Allows the User to manually manipulate the Analog Output to a selected constant output value.
945	Current Date
946	Current Date based upon the real-time clock in the field device
947	Current Time
948	Current Time based upon the real-time clock in the field device
949	WARNING - Loop should be removed from automatic control
950	Setup Wizard - Identity
951	Setup Wizard - Basic Config
952	Setup Wizard - Volume Config
953	Setup Wizard - I/O Config
954	Setup Wizard - Local Display Config
955	Setup Wizard - Complete
956	Setup Complete
957	NOTE - Loop may be returned to automatic control
958	PV Analog Channel Saturated
959	PV Analog Channel Fixed
960	Wireless
961	WirelessHART Device
962	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
963	Primary
964	Primary Analog Channel
965	Secondary
966	Secondary Analog Channel
967	Tertiary
968	Tertiary Analog Channel
969	Quaternary
970	Quaternary Analog Channel
971	Quinary
972	Quinary Analog Channel
973	Critical Power Failure
974	Lock all
975	Trim not supported
976	Configuration cannot be changed
977	Locked by gateway
978	Analog Input Channel
979	Analog Output Channel
980	Secondary Analog Channel Saturated
981	Tertiary Analog Channel Saturated
982	Quaternary Analog Channel Saturated
983	Quinary Analog Channel Saturated
984	Secondary Analog Channel Fixed
985	Tertiary Analog Channel Fixed
986	Quaternary Analog Channel Fixed
987	Quinary Analog Channel Fixed
988	Simulation active
989	The device is in simulation mode and the level output is not representative of the process.
990	Non-Volatile memory failure
991	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
992	Volatile memory error
993	The RAM memory check is invalid or maybe corrupt
994	Watchdog reset executed
995	A watchdog reset has been performed
996	Voltage conditions out of range
997	A voltage condition is outside its allowable range
998	Environmental conditions out of range
999	An internal or environmental condition is beyond acceptable limits.
1000	Electronic failure
1001	A hardware problem not related to the sensor has been detected.
1002	Subdevice list changed
1003	Duplicate master detected
1004	Capacity Denied
1005	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1006	Bandwidth allocation pending
1007	Block transfer pending
1008	Battery life
1009	Percent range
1010	Loop current
1011	Primary variable
1012	Secondary variable
1013	Tertiary variable
1014	Quaternary variable
1015	Read receive time
1016	Write date and time
1017	Non-Volatile Clock
1018	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.
1019	Clock Uninitialized
1020	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.
1021	None
1022	No restrictions
1023	SI Only
1024	Restricted to SI Unit codes only
1025	Process automation device
1026	Discrete device
1027	Hybrid:Process automation+discrete
1028	I/O System
1029	WirelessHART Process automation device
1030	WirelessHART Discrete device
1031	WirelessHART Process automation+discrete
1032	WirelessHART Gateway
1033	WirelessHART Access point
1034	WirelessHART Process adapter
1035	WirelessHART Discrete adapter
1036	WirelessHART enabled handheld/portable maintenance tool
1037	Device Profile
1038	US
1039	United States of America
1040	JP
1041	Japan
1042	DE
1043	Germany
1044	FR
1045	France
1046	ES
1047	Spain
1048	RU
1049	Russian Federation
1050	CN
1051	People's Republic of China
1052	Secondary Master
1053	Primary Master
1054	Device Diagnostic Status 0
1055	Device Diagnostic Status 1
1056	I/O and Subdevice Status
1057	WirelessHART Status
1058	Time Set Option
1059	Real Time Clock Flags
1060	Country
1061	Country of intended device installation
1062	SI Unit Control
1063	Indicates if device should only display SI unit codes
1064	Time Stamp
1065	Relative time value on network
1066	8u
1067	Dynamic Variables Returned for Device Variables
1068	Command Response Truncated
1069	Configuration Change Counter Mismatch
1070	Status bytes mismatch
1071	Device Variable
1072	Variable to trim
1073	Set Clock Date
1074	Date to set the real-time clock in the field device to, or date that the real-time clock was last set
1075	Set Clock Time
1076	Time to set the real time clock in the field device to, or time that the real-time clock was last set
1077	Event History Updated
1078	Are You Sure?
1079	Yes;No
1080	Enter Password
1081	Incorrect Password
1082	Time (24-hour format)
1083	WARNING - Changing Data Log Setup may discard previously logged data. Are You Sure?
1084	Invalid curve 1 selection.
1085	Curve 1 mismatch.
1086	Unable to read Curve 1 summary.
1087	Unable to read Curve 1 data.
1088	Invalid curve 2 selection.
1089	Curve 2 mismatch.
1090	Unable to read Curve 2 summary.
1091	No echo data for Curve 2.
1092	Unable to read Curve 2 data.
1093	selection
1094	Zoom minimum greater than zoom maximum.
1095	Zoom minimum greater than graph maximum.
1096	Zoom maximum smaller than graph minimum.
1097	Enter the Custom Table point number. Enter 0 to exit.
1098	point
1099	Enter the Volume at the Level of %{level_value_vol_table} %{level_units}.:
1100	Invalid number.
1101	Connect reference meter
1102	Setting fld dev output to 4mA
1103	Aborting method due to last error
1104	Enter meter value
1105	Field device output (4mA) equal to reference meter?
1106	Setting fld dev output to 20mA
1107	Field device output (20mA) equal to reference meter?
1108	WARNING - Verify proper configuration after resetting the New Probe diagnostic.
1109	Returning fld dev to original output
1110	WARNING - Only one of the trim values was performed. Your device may be in an unstable state.
1111	Choose analog output level
1112	4mA;20mA;Other;End
1113	Output
1114	Fld dev output is fixed at %[0.2f]{loopCurrent}mA
1115	Next >
1116	select
1117	< Back; Next >
1118	< Back; Finish
Reference ID	String