Device dictionary

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Reference ID	String
0	E3 Modulevel
1
2	MAGNETROL
3	Device ID
4	Poll Address
5	Faults
6	Default Params
7	Default Parameters - The application configuration information has been reset to default values. Please reconfigure the instrument using the Calibration Menu.
8	Loop Failure
9	Loop current differs from commanded value. Check Loop Trim. Consult factory if problem persists.
10	Primary Fault
11	Open condition in LVDT primary circuit has been detected. Consult factory.
12	Core Drop
13	Core has dropped out of the LVDT. Check for broken spring.
14	Secondary Fault Hi
15	A/D readings from LVDT secondary windings not in expected range. Check for missing displacer.
16	Secondary Fault Lo
17	A/D readings from LVDT secondary windings not in expected range. Check for broken spring.
18	Fault 2
19	General Fault 2
20	Fault 1
21	General Fault 1
22	Warnings
23	Calib Required
24	Default calibration parameters are in use; measured process value may be inaccurate. The module may require re-calibration by the factory.
25	Trim Required
26	Default values for Loop DAC trim parameters are being used; Loop output may be inaccurate. Perform trim loop current operation.
27	Hi Temperature
28	Temperature exceeding +80 C has been measured in the electronics compartment.
29	Lo Temperature
30	Temperature below -40 C has been measured in the electronics compartment.
31	Cal Span Warning
32	Span of sensor calibration points below minimum required for accurate measurement of process value.
33	Initializing
34	Device is initializing. Initialization period persists until measurement compromising faults, if any, are cleared.
35	Warning 2
36	General Warning 2
37	Warning 1
38	General Warning 1
39	Trim Loop Current
40	Loop Test
41	Capture Values
42	in
43	cm
44	m
45	ft
46	Level Units
47	Units of measurement for level output.
48	sg
49	Density Units
50	Units of measurement for density output.
51	°C
52	°F
53	Temperature Units
54	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.
55	Diameter Units
56	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.
57	kg
58	oz
59	Weight Units
60	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.
61	.3f
62	.2f
63	Level
64	Level of material in vessel.
65	IfcLvl
66	Level of liquid-liquid interface.
67	Specific Gravity
68	Specific Gravity of material in vessel.
69	Level USL
70	Level LSL
71	Level Min Span
72	Spec Gravity USL
73	Spec Gravity LSL
74	SpecGrav Min Span
75	4.1f
76	Damping
77	5.2f
78	Loop
79	22mA
80	3.6mA
81	Hold
82	System Fault State
83	System Fault State defines how the Analog Output will respond when the transmitter detects a system fault.
84	5.1f
85	%
86	%Range
87	4mA Set Point
88	20mA Set Point
89	.1f
90	Percent of Span
91	Interface Level
92	Density
93	Measurement Type
94	Measurement Type determines the process variable that controls the loop.
95	E3A
96	E3A: Flanged top; Steel Chamber
97	E3B
98	E3B: Flanged top; 316 SS Chamber
99	E3C
100	E3C: Cage side/bottom; Steel Chamber
101	E3D
102	E3D: Cage side/bottom; 316 SS Chamber
103	E3E
104	E3E: Cage side/side; Steel Chamber
105	E3F
106	E3F: Cage side/side; 316 SS Chamber
107	E31
108	E31: Flanged top; Steel Chamber
109	E32
110	E32: Flanged top; 316 SS Chamber
111	E33
112	E33: Cage side/bottom; Steel Chamber
113	E34
114	E34: Cage side/bottom; 316 SS Chamber
115	E35
116	E35: Cage side/side; Steel Chamber
117	E36
118	E36: Cage side/side; 316 SS Chamber
119	Custom
120	Custom configuration
121	Type 14
122	Type 15
123	Type 16
124	Model Number
125	Model Number of device.
126	Displacer Length
127	Level range of displacer.
128	Displacer Diameter
129	Diameter of displacer.
130	Displacer Weight
131	Weight of displacer.
132	Level Offset
133	Desired offset at zero reference point.
134	Trim Level
135	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.
136	Trim SG
137	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.
138	0.23 - 0.54
139	0.55 - 1.09
140	1.10 - 2.20
141	High Pressure
142	Spring SG Range
143	Specific Gravity range for spring.
144	Spring Rate
145	Force constant or rate of spring in ounces per inch.
146	4i
147	Temperature Limit
148	Maximum process temperature based on configuration.
149	Process SG
150	Specific Gravity of process liquid.
151	Operating Temp
152	Temperature of process under normal operating conditions.
153	New User Password
154	Password required to change user parameter settings from keypad.
155	NSPValue
156	Factory parameter, displayed for diagnostic purposes only.
157	5u
158	Enter Password
159	Password entry is required to modify parameters that should normally not be accessible to the user.
160	Magnetrol S/N
161	Magnetrol S/N - Serial number of this unit.
162	4u
163	4mA Trim Value
164	Displayed for diagnostic purposes only.
165	20mA Trim Value
166	6i
167	Conversion Factor
168	Scale Offset
169	Date/Time/Initials
170	When and by whom calibration was performed.
171	Firmware Version
172	Factory
173	User
174	Calibration Selected
175	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.
176	%
177	Adj SensorCalLo
178	Adj SensorCalHi
179	LVDT%
180	Channel 0
181	Channel 1
182	Lower SG
183	Lower SG is the specific gravity of the lower liquid when measuring the level of the interface between liquids with different specific gravity values.
184	Upper SG
185	Upper SG is the specific gravity of the upper liquid when measuring the level of the interface between liquids with different specific gravity values.
186	Dry Sensor Value
187	Sensor output when displacer is hanging free.
188	Sensor Cal Lo
189	Sensor output at low calibration point.
190	Sensor Cal Hi
191	Sensor output at high calibration point.
192	Level Cal Lo
193	Level value at low calibration point corresponding to Sensor Cal Lo.
194	Level Cal Hi
195	Level value at high calibration point corresponding to Sensor Cal Hi.
196	SG Cal Lo
197	Specific Gravity value at low calibration point corresponding to Sensor Cal Lo.
198	SG Cal Hi
199	Specific Gravity value at high calibration point corresponding to Sensor Cal Hi.
200	Calib SG
201	Specific Gravity corresponding to factory calibration of sensor.
202	Elec Temperature
203	Present temperature measured in the electronics compartment.
204	Max Temperature
205	Maximum temperature measured in the electronics compartment.
206	Min Temperature
207	Minimum temperature measured in the electronics compartment.
208	OK
209	Default Parameters
210	System Warning
211	Surge
212	Unknown Status
213	Status
214	Describes an event that may be associated with a fault or warning.
215	Run Time
216	Elapsed time since power on. Run time is reset to zero when the Status History is cleared.
217	Occurred
218	The elapsed time when fault or warning occurred.
219	Duration
220	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.
221	s
222	h
223	Factory Param 1
224	Factory Param 2
225	Measurement Fault exists
226	Not changeable for standard spring
227	No earlier event
228	No later event
229	Main Menu
230	Process Variables
231	Process Input
232	Analog Output
233	Device
234	HART
235	ES 3 Modulevel
236	Configuration
237	Device Setup
238	Calibration
239	Set Point Calib
240	To apply process value to Set Points:
241	For manual entry:
242	Enter values
243	Basic Setup
244	Advanced Setup
245	Model Parameters
246	User Wet Calib
247	Interface Parameters
248	Factory Settings
249	Factory Cal Params
250	Diagnostics
251	Temp Information
252	Device Status
253	Present Status
254	Status History
255	Review
256	Min Span
257	Reset Temperatures
258	Reset the maximum and minimum temperatures measured in the electronics compartment to the present temperature.
259	Reset History
260	Clears entries in Status History and resets the run time to zero.
261	View History
262	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.
263	Set Dry Point
264	Sets sensor value for Dry Hanging Displacer
265	Set Low Calib Pts
266	Sets sensor value and corresponding process value for low calibration point.
267	Set High Calib Pts
268	Sets sensor value and corresponding process value for high calibration point.
269	FMU860
270	DT
271	DVC
272	FCX
273	AS800
274	340T
275	340C
276	344
277	Siemens Micro K
278	SITRANS L
279	SIPAN PH
280	SITRANS P
281	75SMT
282	UNIDELTA
283	8320
284	SX5100
285	TSV175
286	DMU
287	3780
288	BM70
289	8u
290	Are You Sure?
291	No;Yes
292	Current Status: %{0} Run Time: %[.0f]{1} %{2}
293	Current Status: %{0} Run Time: %[.1f]{1} %{2}
294	No events in Status History.
295	Status Event: %{0} Occurred: %[.0f]{3} %{4} Code: %[.0f]{5}
296	Get earlier event;Get later event
297	Status Event: %{0} Occurred: %[.1f]{3} %{4} Code: %[.0f]{5}
298	Status Event: %{0} Occurred: %[.0f]{3} %{4} Duration: %[.0f]{5} %{6}
299	Status Event: %{0} Occurred: %[.0f]{3} %{4} Duration: %[.1f]{5} %{6}
300	Status Event: %{0} Occurred: %[.1f]{3} %{4} Duration: %[.0f]{5} %{6}
301	Status Event: %{0} Occurred: %[.1f]{3} %{4} Duration: %[.1f]{5} %{6}
302	Set Dry Hanging Displacer Point
303	Set Process at low calibration point.
304	Current Sensor Value: %{0} %
305	Set Low Sensor Calib Value
306	Yes;No
307	Enter SG value for low point
308	Enter level value for low point:
309	Set Process at high calibration point.
310	Set High Sensor Calib Value
311	Enter SG value for high point:
312	Enter level value for high point:
313	4mA;20mA;20mA by %;End
314	Enter percent of span
315	Apply new percent of Span input
316	Set as new % Span;Read new value;Leave as found
Reference ID	String