Device dictionary

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Reference ID	String
0	Model 705 3.x
1	MAGNETROL
2	Device ID
3	Poll Address
4	Faults
5	Software Failure
6	Software Failure - An unrecoverable software error has been detected; consult Factory if problem persists.
7	CPU Failure
8	CPU Failure - Microprocessor failure; consult Factory if problem persists.
9	EEPROM Failure
10	Non-Volatile Memory Failure - EEPROM Read or Write failure; consult Factory if problem persists.
11	Default Params
12	Default Parameters - The application configuration information has been reset to default values. Please reconfigure the instrument using the Calibration Menu.
13	No End of Ramp
14	No End of Ramp - The End-of-Ramp signal from the analog board is absent. This may indicate a hardware failure, bad connection, or missing analog board.
15	Loop Failure
16	Loop current differs from commanded value. Check Loop Trim. Consult factory if problem persists.
17	Fiducial Shift
18	Fiducial ticks have shifted from expected value; Consult factory if problem persists.
19	Slope Error
20	Ramp circuit is generating improper voltage; Consult factory if problem persists.
21	No Probe
22	No Probe - No probe is connected to the transmitter.
23	No Fiducial
24	No Fiducial Pulse - Check configuration, especially Fiducial Type and Probe Model. Check connection between circuit boards in module.
25	Safety Zone Alrm
26	The measured level has entered the safety zone with the SZ Fault enabled. The fault is cleared when the level falls below the safety zone hysteresis zone unless it is latched. A latched safety zone fault must be manually reset.
27	No Signal
28	Missing Level Signal - Check probe connection and application parameters, especially Probe Model and Probe Length.
29	EOP High
30	End-of-Probe signal is higher than expected. Check configuration, especially Probe Model and Probe Length.
31	Hi Volume Alrm
32	The measured level is more than 5% above the highest point in the strapping table.
33	Lvl < Probe Length
34	The apparent position of the upper level pulse is beyond the end of the probe, i.e. the Sensor Level Distance > Probe Length. Check configuration, especially probe length and threshold. May indicate unexpected water bottom situation.
35	EOP < Probe Length
36	The apparent position of the end-of-probe pulse is beyond the end of the probe, i.e. the Sensor Level Distance > Probe Length. Check configuration, especially probe length and threshold. May indicate process condition where upper level was not detected causing EOP to be displaced.
37	Warnings
38	Seal Leak
39	May indicate failing seal in the 7xS probe where steam is condensing in the vicinity of high-frequency connector. Consult factory if problem persists.
40	Fiducial Spread
41	Fiducial ticks variation is excessive suggesting that the fiducial signal is unstable. Consult factory if problem persists.
42	Hi Temperature
43	Temperature exceeding +80 C has been measured in the electronics compartment.
44	Lo Temperature
45	Temperature below -40 C has been measured in the electronics compartment.
46	Calib Required
47	Default calibration parameters are in use; level measurement may be inaccurate. The module requires re-calibration by the factory.
48	EOP Too Low
49	The End-of-Probe signal is lower than expected. Check configuration, especially Probe Model, Probe Length, Compensation, and Upper Dielectric.
50	Trim Required
51	Default values for Loop DAC trim parameters are being used; Loop output may be inaccurate. Perform trim loop current operation.
52	Initializing
53	Device is initializing. Initialization period persists until measurement compromising faults, if any, are cleared.
54	May Be Flooded
55	Possible flooded condition has been inferred from the loss of level signal from a low dielectric medium rising near the top of a twin rod probe.
56	Dry Probe
57	Level Signal from end of probe. Reported level has been calculated by setting distance equal to the probe length. Actual level may be lower than the end of the probe.
58	Weak Signal
59	CFD output is low indicating a weak signal reflection. Adjust Dielectric Range or Sensitivity.
60	System Warning
61	Unexpected but non-fatal software event has occurred. If warning recurs frequently, consult the factory.
62	Warning 1
63	General Warning 1
64	Warning 2
65	General Warning 2
66	No Steam Target
67	No Steam Target detected on Model 7xS probe. Steam compensation may not be operational. Consult factory for assistance.
68	Warning 4
69	General Warning 4
70	QV is
71	Trim Loop Current
72	Loop Test
73	in
74	cm
75	m
76	ft
77	Level Units
78	Select units of measurement for level output.
79	g
80	l
81	Volume Units
82	Select units of measurement for volume output.
83	.1f
84	.2f
85	.3f
86	Level
87	Level of material in vessel. When interface is present, this value corresponds to the level of the upper surface.
88	Volume
89	Total volume of material in vessel.
90	IfcLvl
91	Level of liquid-liquid interface. When no interface is present, this value corresponds to the level of the material in the vessel.
92	IfcVol
93	Volume of lower liquid in vessel. When no interface is present, this value corresponds to the total volume of material in the vessel.
94	Level USL
95	Level LSL
96	Level Min Span
97	Volume USL
98	Volume LSL
99	Volume Min Span
100	4.1f
101	Damping
102	5.2f
103	Loop
104	22mA
105	3.6mA
106	Hold
107	System Fault State
108	System Fault State defines how the Analog Output will respond when the transmitter detects a system fault.
109	5.1f
110	%
111	%Range
112	Lvl 4mA Set Point
113	Lvl 20mA Set Point
114	Vol 4mA Set Point
115	Vol 20mA Set Point
116	7xA_x
117	7xA: Coaxial Probe (dielectric range >= 1.4)
118	7xB_x
119	7xB: Rigid Twin Rod Probe (dielectric range >= 1.9)
120	7xD_x
121	7xD: High Temperature-High Pressure Coaxial Probe (dielectric range >= 1.4)
122	7xE_x
123	7xE: High Temperature-High Pressure Twin Rod Probe
124	7xF_E
125	7xF-E: Sanitary Single Rod Probe
126	7xF_F
127	7xF-F: Insulated Single Rod Probe with Faced Flange
128	7xF_P
129	7xF-P: Single Rod Paint Probe
130	7xF_4
131	7xF-4: Insulated Single Rod Probe
132	7xF_x
133	7xF: Rigid Single Rod Probe
134	7xG_x
135	7xG: Overfill Single Rod Probe for Chambers
136	7xJ_x
137	7xJ: High Temperature-High Pressure Single Rod Probe
138	7xK_x
139	7xK: Top In/Bottom Out Coaxial Probe
140	7xL_x
141	7xL: High Temperature-High Pressure Coaxial Probe with Flushing Connection
142	7xM_x
143	7xM: Coaxial Probe for overfill applications with Flushing Connection
144	7xN_x
145	7xN: Coaxial Probe for interface applications with Flushing Connection
146	7xP_x
147	7xP: High Pressure Coaxial Probe (dielectric range >= 1.4)
148	7xR_x
149	7xR: Coaxial Probe for flooding applications (dielectric range >= 1.4)
150	7xS_x
151	7xS: High Temperature-High Pressure Coaxial Probe for steam (dielectric range >= 10.0)
152	7xT_x
153	7xT: Coaxial Probe for interface applications
154	7x1_x
155	7x1: Flexible Single Rod Probe
156	7x2_x
157	7x2: Single Rod Probe for Bulk Solids
158	7x5_x
159	7x5: Twin Rod Probe for Bulk Solids
160	7x7_x
161	7x7: Flexible Twin Rod Probe (dielectric range >= 1.9)
162	Type 24
163	Type 25
164	Probe Model
165	Type of probe connected to transmitter as shown on the probe nameplate.
166	Probe Length
167	Distance from face of process seal to end of probe.
168	Level Offset
169	Desired level reading when liquid surface is at end of probe.
170	1.4 - 1.7
171	Dielectric constant of material lies between 1.4 and 1.7
172	1.7 - 3
173	Dielectric constant of material lies between 1.7 and 3
174	3 - 10
175	Dielectric constant of material lies between 3 and 10
176	10 - 100
177	Dielectric constant of material lies between 10 and 100
178	Dielectric Range
179	Selects the range bounding the dielectric constant of the medium in vessel. For interface measurement mode, it selects the range bounding the dielectric constant of the lower liquid medium. Some ranges may not be selectable depending on the probe model.
180	NPT
181	US National tapered Pipe Thread
182	BSP
183	British Straight Pipe Thread
184	Flange
185	Welded ANSI, DIN, or sanitary Flange
186	Type 4
187	Type 5
188	Type 6
189	Probe Mount
190	Mounting style of probe fitting.
191	Trim Level
192	Trim Level is an offset value to be used to force the transmitter to output the exact Level. 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.
193	Level Only
194	Level and Volume
195	Interface
196	Ifc and Volume
197	Measurement Type
198	Selection of Measurement Type may be constrained by the probe model.
199	New User Password
200	Password required to change user parameter settings from keypad.
201	3u
202	Enter Password
203	Certain parameters are password protected to prevent 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 Superuser password.
204	Negative
205	Positive
206	Fiducial Type
207	Fiducial Type can be used to override the default fiducial detection mode for some probe models. Default setting is suitable for most installations. Refer to I & O manual before adjusting.
208	Fixed
209	CFD
210	Threshold
211	Selects the negative signal threshold control for measuring the upper level pulse. Use 'CFD' except in situation with low dielectric (< 3) material over higher dielectric (> 10) material, e.g., water bottom or interface measurement, in which case use 'Fixed'.
212	Window
213	Factory parameter, displayed for diagnostic purposes only.
214	Fiducial Gain
215	Default setting is suitable for most installations. Refer to I & O manual before adjusting.
216	Sensitivity
217	Sensitivity of instrument to surface of material in vessel. Default setting is suitable for most installations. Refer to I & O manual before adjusting.
218	4u
219	4mA Trim Value
220	Displayed for diagnostic purposes only.
221	20mA Trim Value
222	Magnetrol S/N
223	Magnetrol S/N - Serial number of this unit.
224	Date/Time/Initials
225	When and by whom calibration was performed.
226	Firmware Version
227	5i
228	Conversion Factor
229	4i
230	Scale Offset
231	Fiducial
232	Waveform Selection
233	Blocking Distance
234	Distance below the reference point within which level is not sensed. Operation when the liquid level is within the blocking distance is undefined.
235	Neg Threshold Ampl
236	Threshold for detecting level. Default setting is suitable for most installations. Refer to I & O manual before adjusting.
237	Pos Threshold Ampl
238	Threshold for detecting end of probe. Default setting is suitable for most installations. Refer to I & O manual before adjusting.
239	Ifc Threshold Ampl
240	Threshold for detecting liquid-liquid interface. Default setting is suitable for most installations. Refer to I & O manual before adjusting.
241	Intrface Threshold
242	Selects signal threshold control for measuring liquid-liquid interface level. Use 'CFD' for sensing transition from lower to higher dielectric liquids.
243	4.2f
244	Upper Dielectric
245	For manual compensation, the value entered is used as the dielectric constant of the vapor phase above a single liquid medium. For interface mode, the value entered is used as the dielectric constant of the upper liquid medium.
246	None
247	Manual
248	Auto
249	Compensation Mode
250	Compensation is limited to None in interface mode. Manual uses the upper dielectric to compensate for a vapor phase above the liquid. Automatic is available only with a targeted probe. Default setting is suitable for most installations. Refer to I & O manual before adjusting.
251	7xK Correction
252	For 7xK probes, enter distance correction in mm. Value entered at factory is suitable for most installations. Refer to I & O manual before adjusting.
253	5u
254	Ticks
255	Fiducial Ticks
256	Level Ticks
257	Interface Ticks
258	Unknown
259	Unrecognized waveform
260	Oil Only
261	Waveform indicates probe wetted with upper liquid only
262	Thin Oil
263	Probe senses a thin layer (< 15 cm) of upper liquid over lower liquid
264	Thick Oil
265	Probe senses a thick layer (> 15 cm) of upper liquid over lower liquid
266	Waveform indicates no liquid on probe
267	Interface Medium
268	Characteristic of liquid(s) sensed by probe in interface measurement mode.
269	Signal Strength
270	°C
271	Elec Temperature
272	Present temperature measured in the electronics compartment.
273	Max Temperature
274	Maximum temperature measured in the electronics compartment.
275	Min Temperature
276	Minimum temperature measured in the electronics compartment.
277	Latch 3.6
278	Latch 22
279	SZ Fault State
280	Safety Zone Fault State 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.
281	SZ Height
282	Safety Zone Height - Enter a distance that defines a safety zone just below the Blocking Distance. If Safety Zone Fault is enabled, the transmitter will report a fault if the level rises into this zone.
283	SZ Hysteresis
284	Level must fall this distance below Safety Zone to clear a Safety Zone Fault. Default setting is suitable for most installations. Refer to I & O manual before adjusting.
285	Derating Factor
286	Run
287	Cal
288	Off
289	Target Oper Mode
290	Run mode enables automatic compensation. Cal mode allows calibration of target through air; Off mode disables automatic compensation. Default setting is suitable for most installations. Refer to I & O manual before adjusting.
291	6i
292	Targ Calib Value
293	Target Ticks
294	Target Amplitude
295	HF Cable
296	Remote HF Cable distance. Consult factory for assistance.
297	Factory Param 2
298	OK
299	Hi Volume Alarm
300	Safety Zone Alarm
301	Default Parameters
302	Unknown Status
303	Status
304	Describes a fault or warning event.
305	Run Time
306	Elapsed time since power on. Also, run time is reset to zero when the Status History is cleared.
307	Occurred
308	The elapsed time when fault or warning occurred.
309	Duration
310	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.
311	s
312	h
313	Strap Table Length
314	Number of valid level-volume pairs in strapping table. A level-volume pair is valid if both values are greater than all preceding level-volume pairs.
315	Pt01Lvl
316	Strapping table level entry corresponding to VolPt01.
317	Pt02Lvl
318	Strapping table level entry corresponding to VolPt02.
319	Pt03Lvl
320	Strapping table level entry corresponding to VolPt03.
321	Pt04Lvl
322	Strapping table level entry corresponding to VolPt04.
323	Pt05Lvl
324	Strapping table level entry corresponding to VolPt05.
325	Pt06Lvl
326	Strapping table level entry corresponding to VolPt06.
327	Pt07Lvl
328	Strapping table level entry corresponding to VolPt07.
329	Pt08Lvl
330	Strapping table level entry corresponding to VolPt08.
331	Pt09Lvl
332	Strapping table level entry corresponding to VolPt09.
333	Pt10Lvl
334	Strapping table level entry corresponding to VolPt10.
335	Pt11Lvl
336	Strapping table level entry corresponding to VolPt11.
337	Pt12Lvl
338	Strapping table level entry corresponding to VolPt12.
339	Pt13Lvl
340	Strapping table level entry corresponding to VolPt13.
341	Pt14Lvl
342	Strapping table level entry corresponding to VolPt14.
343	Pt15Lvl
344	Strapping table level entry corresponding to VolPt15.
345	Pt16Lvl
346	Strapping table level entry corresponding to VolPt16.
347	Pt17Lvl
348	Strapping table level entry corresponding to VolPt17.
349	Pt18Lvl
350	Strapping table level entry corresponding to VolPt18.
351	Pt19Lvl
352	Strapping table level entry corresponding to VolPt19.
353	Pt20Lvl
354	Strapping table level entry corresponding to VolPt20.
355	Pt01Vol
356	Strapping table volume entry corresponding to LvlPt01.
357	Pt02Vol
358	Strapping table volume entry corresponding to LvlPt02.
359	Pt03Vol
360	Strapping table volume entry corresponding to LvlPt03.
361	Pt04Vol
362	Strapping table volume entry corresponding to LvlPt04.
363	Pt05Vol
364	Strapping table volume entry corresponding to LvlPt05.
365	Pt06Vol
366	Strapping table volume entry corresponding to LvlPt06.
367	Pt07Vol
368	Strapping table volume entry corresponding to LvlPt07.
369	Pt08Vol
370	Strapping table volume entry corresponding to LvlPt08.
371	Pt09Vol
372	Strapping table volume entry corresponding to LvlPt09.
373	Pt10Vol
374	Strapping table volume entry corresponding to LvlPt10.
375	Pt11Vol
376	Strapping table volume entry corresponding to LvlPt11.
377	Pt12Vol
378	Strapping table volume entry corresponding to LvlPt12.
379	Pt13Vol
380	Strapping table volume entry corresponding to LvlPt13.
381	Pt14Vol
382	Strapping table volume entry corresponding to LvlPt14.
383	Pt15Vol
384	Strapping table volume entry corresponding to LvlPt15.
385	Pt16Vol
386	Strapping table volume entry corresponding to LvlPt16.
387	Pt17Vol
388	Strapping table volume entry corresponding to LvlPt17.
389	Pt18Vol
390	Strapping table volume entry corresponding to LvlPt18.
391	Pt19Vol
392	Strapping table volume entry corresponding to LvlPt19.
393	Pt20Vol
394	Strapping table volume entry corresponding to LvlPt20.
395	No Target detected
396	Comp Mode not AUTO or a measurement fault exists
397	In RUN mode or a measurement fault exists
398	No earlier event
399	No later event
400	Level point value too high
401	Level point value too low
402	Volume point value too high
403	Volume point value too low
404	Lvl and Vol values out of range
405	Main Menu
406	Device Variables
407	Device Setup
408	Calibration
409	Volume Parameters
410	Strapping Table
411	Variable Selection
412	Interface Params
413	Basic Setup
414	Advanced Setup
415	Compensation
416	Target Calibration
417	Factory Settings
418	Diagnostics
419	Present Status
420	Status History
421	Review
422	QV
423	Min Span
424	20mA Set Point
425	4mA Set Point
426	SZ Alarm Reset
427	Clear a latched Safety Zone Alarm
428	Reset Temperatures
429	Reset the maximum and minimum temperatures measured in the electronics compartment to the present temperature.
430	Reset History
431	Clears entries in Status History and resets the run time to zero.
432	View History
433	Displays current status and run time as well as a history of most recent faults and warnings. For each event, the run time when the event occurred and the duration of the event are shown. The run time is the time since power up or a history reset.
434	Auto Target Calib
435	Captures time-of-flight to target on steam probe types at room ambient.
436	Targ Cal Abort
437	FMU860
438	DT
439	DVC
440	FCX
441	AS800
442	340T
443	340C
444	344
445	Siemens Micro K
446	SITRANS L
447	SIPAN PH
448	SITRANS P
449	75SMT
450	UNIDELTA
451	8320
452	SX5100
453	TSV175
454	DMU
455	3780
456	BM70
457	8u
458	Are You Sure?
459	No;Yes
460	Current Status: %{0} Run Time: %[.0f]{1} %{2}
461	Current Status: %{0} Run Time: %[.1f]{1} %{2}
462	No events in Status History.
463	Status Event: %{0} Occurred: %[.0f]{3} %{4} Code: %[.0f]{5}
464	Get earlier event;Get later event
465	Status Event: %{0} Occurred: %[.1f]{3} %{4} Code: %[.0f]{5}
466	Status Event: %{0} Occurred: %[.0f]{3} %{4} Duration: %[.0f]{5} %{6}
467	Status Event: %{0} Occurred: %[.0f]{3} %{4} Duration: %[.1f]{5} %{6}
468	Status Event: %{0} Occurred: %[.1f]{3} %{4} Duration: %[.0f]{5} %{6}
469	Status Event: %{0} Occurred: %[.1f]{3} %{4} Duration: %[.1f]{5} %{6}
470	Target Ticks = %[4i]{0}
471	Calibration ok Set Targ Air = %[4i]{0}?
472	Calibration bad TargTks unstable
Reference ID	String