Device dictionary

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Reference ID	String
0	History
1
2	Event Log
3	Event
4	Time Occurred
5	Duration
6	View History
7	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. The table of history events displays the most recent event at the top with successively preceding events in descending order.
8	Reset History
9	Clears entries in Status History and resets the run time to zero.
10	OK
11	Initializing
12	Trim Required
13	Calib Required
14	Lo Temperature
15	Hi Temperature
16	Cal Span Warning
17	Warning 1
18	Warning 2
19	Core Drop
20	Primary Fault
21	Secondary Fault Hi
22	Loop Failure
23	Default Parameters
24	Secondary Fault Lo
25	Fault 2
26	Fault 1
27	System Warning
28	Surge
29	Status
30	Describes a fault or warning event.
31	.1f
32	Run Time
33	Elapsed time since power on. Also, run time is reset to zero when the Status History is cleared.
34	Occurred
35	The elapsed time when fault or warning occurred.
36	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.
37	s
38	h
39	Duration Units
40	No earlier event
41	Trend Chart
42	Level
43	Interface Level
44	Specific Gravity
45	Loop
46	% Output
47	LVDT %
48	%
49	mA
50	E3 Modulevel
51	MAGNETROL
52	Device Status
53	PV Out of Limits
54	Process applied to the primary variable is outside the operating limits of the field device.
55	Non-PV Out of Limits
56	Process applied to the non-primary variable is outside the operating limits of the field device.
57	Loop Current Saturated
58	Analog output 1 and its digital representation are outside the operating range limits, and not responding to input.
59	Loop Current Fixed
60	Analog output 1 and its digital representation are in fixed mode, and not responsive to input changes.
61	More Status Available
62	Field device has more status available.
63	Cold Start
64	A reset or self test of the field device has occurred, or power has been removed and reapplied.
65	Configuration Changed
66	A modification has been made to the configuration of the field device.
67	Device Malfunction
68	Field device has malfunctioned due to a hardware error or failure.
69	Poll Address
70	Long Tag
71	Device ID
72	%Range
73	.3f
74	.2f
75	Alarm type
76	22mA
77	3.6mA
78	Hold
79	8.2f
80	Faults
81	General Fault 1
82	General Fault 2
83	A/D readings from LVDT secondary windings not in expected range. Check for broken spring.
84	Default Params
85	Default Parameters - The application configuration information has been reset to default values. Please reconfigure the instrument using the Calibration Menu.
86	Loop current differs from commanded value. Check Loop Trim. Consult factory if problem persists.
87	A/D readings from LVDT secondary windings not in expected range. Check for missing displacer.
88	Open condition in LVDT primary circuit has been detected. Consult factory.
89	Core has dropped out of the LVDT. Check for broken spring.
90	Warnings
91	General Warning 1
92	Span of sensor calibration points below minimum required for accurate measurement of process value.
93	Default calibration parameters are in use; measured process value may be inaccurate. The module may require re-calibration by the factory.
94	Temperature exceeding +80 C has been measured in the electronics compartment.
95	Temperature below -40 C has been measured in the electronics compartment.
96	Default values for Loop DAC trim parameters are being used; Loop output may be inaccurate. Perform trim loop current operation.
97	Device is initializing. Initialization period persists until measurement compromising faults, if any, are cleared.
98	General Warning 2
99	Trim Loop Current
100	Loop Test
101	Capture Values
102	Level of material in vessel.
103	Level Units
104	Units of measurement for level output.
105	in
106	cm
107	m
108	ft
109	Level Dev fmly
110	Level Class
111	Level PDQ
112	Level LS
113	Level Fmly stat
114	Level USL
115	Level LSL
116	Level Min Span
117	Simulate
118	IfcLvl
119	Level of liquid-liquid interface.
120	Ifc Level PDQ
121	Ifc Level LS
122	Ifc Level
123	Specific Gravity of material in vessel.
124	Density Units
125	Units of measurement for density output.
126	sg
127	Density Dev fmly
128	Density Class
129	Density PDQ
130	Density LS
131	Density Fmly stat
132	Density USL
133	0.2f
134	Density LSL
135	Density Min Span
136	Density
137	°C
138	°F
139	Temperature Units
140	Temperature units are determined by the selected level units. For metric level units, temperature units will be degrees celsius; For English level units, temperature units will be degrees fahrenheit.
141	Diameter Units
142	Diameter units are determined by the selected level units. For metric level units, diameter units will be centimeters; For English level units, diameter units will be inches.
143	kg
144	oz
145	Weight Units
146	Weight units are determined by the selected level units. For metric level units, weight units will be kilograms; For English level units, weight units will be ounces.
147	4.1f
148	Damping
149	4mA Set Point
150	20mA Set Point
151	Percent of Span
152	Measurement Type
153	Measurement Type determines the process variable that controls the loop.
154	E3A
155	E3A: Flanged top; Steel Chamber
156	E3B
157	E3B: Flanged top; 316 SS Chamber
158	E3C
159	E3C: Cage side/bottom; Steel Chamber
160	E3D
161	E3D: Cage side/bottom; 316 SS Chamber
162	E3E
163	E3E: Cage side/side; Steel Chamber
164	E3F
165	E3F: Cage side/side; 316 SS Chamber
166	E31
167	E31: Flanged top; Steel Chamber
168	E32
169	E32: Flanged top; 316 SS Chamber
170	E33
171	E33: Cage side/bottom; Steel Chamber
172	E34
173	E34: Cage side/bottom; 316 SS Chamber
174	E35
175	E35: Cage side/side; Steel Chamber
176	E36
177	E36: Cage side/side; 316 SS Chamber
178	Custom
179	Custom configuration
180	Type 14
181	Type 15
182	Type 16
183	Model Number
184	Model Number of device.
185	Displacer Length
186	Level range of displacer.
187	Displacer Diameter
188	Diameter of displacer.
189	Displacer Weight
190	Weight of displacer.
191	Level Offset
192	Desired offset at zero reference point.
193	Trim Level
194	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.
195	Trim SG
196	Trim SG is an offset value to be used to force the transmitter to output the exact specific gravity. This should only be used after all parameters have been entered correctly, and it has been confirmed that the transmitter is tracking the specific gravity correctly.
197	0.23 - 0.54
198	0.55 - 1.09
199	1.10 - 2.20
200	High Pressure
201	Spring SG Range
202	Specific Gravity range for spring.
203	Spring Rate
204	Force constant or rate of spring in ounces per inch.
205	4i
206	Temperature Limit
207	Maximum process temperature based on configuration.
208	Process SG
209	Specific Gravity of process liquid.
210	Operating Temp
211	Temperature of process under normal operating conditions.
212	New User Password
213	Password required to change user parameter settings from keypad.
214	NSPValue
215	Factory parameter, displayed for diagnostic purposes only.
216	5u
217	Enter Password
218	Password entry is required to modify parameters that should normally not be accessible to the user.
219	Magnetrol S/N
220	Magnetrol S/N - Serial number of this unit.
221	4u
222	4mA Trim Value
223	Displayed for diagnostic purposes only.
224	20mA Trim Value
225	6i
226	Conversion Factor
227	Scale Offset
228	Date/Time/Initials
229	When and by whom calibration was performed.
230	Firmware Version
231	Factory
232	User
233	Calibration Selected
234	Calibration selected to calculate the measured process variable. User can select the Factory Calibration or User Calibration. If User Calibration is selected, refer to User Wet Calib Menu to calibrate the unit under process conditions.
235	Adj SensorCalLo
236	Adj SensorCalHi
237	LVDT%
238	Channel 0
239	Channel 1
240	Lower SG
241	Lower SG is the specific gravity of the lower liquid when measuring the level of the interface between liquids with different specific gravity values.
242	Upper SG
243	Upper SG is the specific gravity of the upper liquid when measuring the level of the interface between liquids with different specific gravity values.
244	Dry Sensor Value
245	Sensor output when displacer is hanging free.
246	Sensor Cal Lo
247	Sensor output at low calibration point.
248	Sensor Cal Hi
249	Sensor output at high calibration point.
250	Level Cal Lo
251	Level value at low calibration point corresponding to Sensor Cal Lo.
252	Level Cal Hi
253	Level value at high calibration point corresponding to Sensor Cal Hi.
254	SG Cal Lo
255	Specific Gravity value at low calibration point corresponding to Sensor Cal Lo.
256	SG Cal Hi
257	Specific Gravity value at high calibration point corresponding to Sensor Cal Hi.
258	Calib SG
259	Specific Gravity corresponding to factory calibration of sensor.
260	Elec Temperature
261	Present temperature measured in the electronics compartment.
262	Max Temperature
263	Maximum temperature measured in the electronics compartment.
264	Min Temperature
265	Minimum temperature measured in the electronics compartment.
266	Spring Material
267	Spring Material Selection: 0 = Inconel 600 1 = Inconel X750 2 = 316 SST
268	Factory Param 2
269	Measurement Fault exists
270	Not changeable for standard spring
271	Device Icon
272	Main Menu
273	Device Setup
274	Calibration
275	Set Point Calib
276	To apply process value to Set Points:
277	For manual entry:
278	Enter values
279	Basic Setup
280	Advanced Setup
281	Model Parameters
282	User Wet Calib
283	Interface Parameters
284	Factory Settings
285	Factory Cal Params
286	Diagnostics
287	Present Status
288	Extended Diagnostics
289	Temp Information
290	Review
291	Process Variables
292	Process Input
293	Analog Output
294	Device
295	HART
296	Configuration
297	Reset Temperatures
298	Reset the maximum and minimum temperatures measured in the electronics compartment to the present temperature.
299	Set Dry Point
300	Sets sensor value for Dry Hanging Displacer
301	Set Low Calib Pts
302	Sets sensor value and corresponding process value for low calibration point.
303	Set High Calib Pts
304	Sets sensor value and corresponding process value for high calibration point.
305	Reset Config Chgd
306	Resets the Configuration Changed bit in the Device Status
307	PV Analog Channel Saturated
308	PV Analog Channel Fixed
309	Wireless
310	WirelessHART Device
311	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
312	Primary
313	Primary Analog Channel
314	Secondary
315	Secondary Analog Channel
316	Tertiary
317	Tertiary Analog Channel
318	Quaternary
319	Quaternary Analog Channel
320	Quinary
321	Quinary Analog Channel
322	Critical Power Failure
323	Lock all
324	Trim not supported
325	Configuration cannot be changed
326	Locked by gateway
327	Analog Input Channel
328	Analog Output Channel
329	Secondary Analog Channel Saturated
330	Tertiary Analog Channel Saturated
331	Quaternary Analog Channel Saturated
332	Quinary Analog Channel Saturated
333	Secondary Analog Channel Fixed
334	Tertiary Analog Channel Fixed
335	Quaternary Analog Channel Fixed
336	Quinary Analog Channel Fixed
337	Simulation active
338	The device is in simulation mode and the level output is not representative of the process.
339	Non-Volatile memory failure
340	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
341	Volatile memory error
342	The RAM memory check is invalid or maybe corrupt
343	Watchdog reset executed
344	A watchdog reset has been performed
345	Voltage conditions out of range
346	A voltage condition is outside its allowable range
347	Environmental conditions out of range
348	An internal or environmental condition is beyond acceptable limits.
349	Electronic failure
350	A hardware problem not related to the sensor has been detected.
351	Subdevice list changed
352	Duplicate master detected
353	Capacity Denied
354	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
355	Bandwidth allocation pending
356	Block transfer pending
357	Battery life
358	Percent range
359	Loop current
360	Primary variable
361	Secondary variable
362	Tertiary variable
363	Quaternary variable
364	Read receive time
365	Write date and time
366	Non-Volatile Clock
367	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.
368	Clock Uninitialized
369	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.
370	None
371	No restrictions
372	SI Only
373	Restricted to SI Unit codes only
374	Process automation device
375	Discrete device
376	Hybrid:Process automation+discrete
377	I/O System
378	WirelessHART Process automation device
379	WirelessHART Discrete device
380	WirelessHART Process automation+discrete
381	WirelessHART Gateway
382	WirelessHART Access point
383	WirelessHART Process adapter
384	WirelessHART Discrete adapter
385	WirelessHART enabled handheld/portable maintenance tool
386	Device Profile
387	US
388	United States of America
389	JP
390	Japan
391	DE
392	Germany
393	FR
394	France
395	ES
396	Spain
397	RU
398	Russian Federation
399	CN
400	People's Republic of China
401	Secondary Master
402	Primary Master
403	Device Diagnostic Status 0
404	Device Diagnostic Status 1
405	I/O and Subdevice Status
406	WirelessHART Status
407	Time Set Option
408	Real Time Clock Flags
409	Country
410	Country of intended device installation
411	SI Unit Control
412	Indicates if device should only display SI unit codes
413	8u
414	8.3f
415	Device Variable
416	Variable to trim
417	Are You Sure?
418	No;Yes
419	Incorrect password. Method aborting.
420	Set Dry Hanging Displacer Point
421	Set Process at low calibration point.
422	Current Sensor Value: %{0} %
423	Set Low Sensor Calib Value
424	Yes;No
425	Enter SG value for low point
426	Enter level value for low point:
427	Set Process at high calibration point.
428	Set High Sensor Calib Value
429	Enter SG value for high point:
430	Enter level value for high point:
431	4mA;20mA;20mA by %;End
432	Enter percent of span
433	Apply new percent of Span input
434	Set as new % Span;Read new value;Leave as found
Reference ID	String