Device dictionary

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Reference ID	String
0	Device Properties
1	Configurations: 3 Relays, 1 head 3 Relays, 2 heads 5 Relays, 1 head 5 Relays, 2 heads
2	3 Relays, 1 Head
3	3 Relays, 2 Heads
4	5 Relays, 1 Head
5	5 Relays, 2 Heads
6	Transducer Type
7	Transducer Types: 15m; 30m; 60m Make sure that the correct transducer is selected. Once the transducer is selected, all parameters saved for that particular channel will be deleted and the channel will revert to a distance mode of operation.
8	15m sensor
9	30m sensor
10	60m sensor
11	Channel Mode
12	Choose between Distance, Level, or Differential. Differential option is only available with the dual unit.
13	Distance
14	Level
15	Flow
16	Differential
17	Channel 2 Mode
18	Empty Distance
19	This is the distance from the face of the transducer to the bottom of the tank.
20	.2f
21	.3f
22	.1f
23	.0f
24	Span
25	This is the measusring range of the instrument, i.e. distance from the bottom of the tank to the highest point being measured. Remember, the material must not approach within 1.65 ft (for 15m sensor) of the transducer face or within the blanking distance of the transducer.
26	Blanking
27	This is the area where an echo cannot be processed because the return echo wouold be received whilst the transducer is still firing.
28	Rate of Change
29	This is used to set up the rate of change of the level output. The rate of change governs the rate at which the instrument output changes. By increasing the rate of change (Maximum: 13 ft/min), it will allow the LST400 to monitor rapid changes in level. If the level moves faster than 3.28 ft/min in measurement, increase the rate of change. If a more stable output is required, decrease the rate of change (Minimum: 1.0 ft/min).
30	Units/min
31	Applicaition
32	This selection can be used to select either liquid, solid or AMS applications. The solid applications will provide more power to locate the correct echo.
33	Liquids
34	Solids
35	AMS
36	Temperature Compensation
37	Sets temperature compensation on or off.
38	Off
39	On
40	LossTime
41	This is amount of time between last receiving a correct echo and going into the Fail-safe condition. This time period is timed in seconds. This cannot be reduced to less than 30 seconds.
42	FailSafe Channel 1
43	FailSafe
44	If a loss of echo condition is reached, then the 4-20mA output will follow the configured settings: 3.60mA, 4mA, 20mA, 21mA, or Hold the reading at the last recognized echo. This is usually due to a cable being cut or the instrument not being set up correctly.
45	3.6 ma
46	4 ma
47	Hold
48	20 ma
49	21 ma
50	Activate Linearizer
51	Activate the Linerarizer.
52	No
53
54	Yes
55	Software Build
56	password int
57	Access to Configuration Menus
58	Enter new password
59	LST400 Password
60	Change Password
61	Factory Reset
62	Channel 1
63	Channel Setup
64	Set up the parameters for the channel.
65	Transducer
66	Choose between 15m, 30m or 60m transducers. Please make sure that the correct transducer is selected. Once the transducer is selected all parameters saved for that particular channel will be deleted and the channel will revert to a distance mode of operation.
67	Mode
68	Channel 2
69	Setup Relay
70	RELAY 1 State
71	The relays can be used either for a high alarm or a low alarm. A high alarm has its reset below the set point, and a low alarm has its reset above the setpoint. The relays can also be set up to have pump cycling enabled.
72	Low
73	High
74	Counter
75	RELAY 1 Channel
76	The channel to which the relay corresponds.
77	RELAY 1 Pump Cycle
78	Select the type of pump control that is required. The LST400 has two pump cycling routines which can be used to efficiently distribute the run cycles between various pumps that serve a common purpose.
79	FIFO
80	Rotate
81	RELAY 1 Setpoint
82	This is the value where the relay will set.
83	8.2f
84	RELAY 1 Resetpoint
85	This is the value where the relay will reset.
86	RELAY 1 Count
87	Choose a value where the counter will increment for a certain unit of flow between 1-1000000 when in Flow mode.
88	RELAY 1 Clear
89	Clears the number of cycles as well as the run hours recorded for the particular relay specified.
90	RELAY 1 Units
91	Units for this relay.
92	RELAY 2 State
93	RELAY 2 Channel
94	RELAY 2 Pump Cycle
95	RELAY 2 Setpoint
96	RELAY 2 Resetpoint
97	RELAY 2 Count
98	RELAY 2 Clear
99	RELAY 2 Units
100	RELAY 3 State
101	RELAY 3 Channel
102	RELAY 3 Pump Cycle
103	RELAY 3 Setpoint
104	RELAY 3 Resetpoint
105	RELAY 3 Count
106	RELAY 3 Clear
107	RELAY 3 Units
108	RELAY 4 State
109	RELAY 4 Channel
110	RELAY 4 Pump Cycle
111	RELAY 4 Setpoint
112	RELAY 4 Resetpoint
113	RELAY 4 Count
114	RELAY 4 Clear
115	RELAY 4 Units
116	RELAY 5 State
117	RELAY 5 Channel
118	RELAY 5 Pump Cycle
119	RELAY 5 Setpoint
120	RELAY 5 Resetpoint
121	RELAY 5 Count
122	RELAY 5 Clear
123	RELAY 5 Units
124	State
125	Channel
126	Units
127	Setpoint
128	Resetpoint
129	Pump Cycle
130	Count
131	Clear
132	Relay 1
133	Relay 2
134	Relay 3
135	Relay 4
136	Relay 5
137	Setup Relays
138	Relay
139	Channel
140	1)
141	2)
142	3)
143	4)
144	5)
145	Height 01
146	Height is the distance from the bottom of the tank to a corresponding point where a suitable percentage can be determined.
147	Percent 01
148	Enter the percentage volume of the vessel at a corresponding height.
149	Height 02
150	Percent 02
151	Height 03
152	Percent 03
153	Height 04
154	Percent 04
155	Height 05
156	Percent 05
157	Height 06
158	Percent 06
159	Height 07
160	Percent 07
161	Height 08
162	Percent 08
163	Height 09
164	Percent 09
165	Height 10
166	Percent 10
167	Height 11
168	Percent 11
169	Height 12
170	Percent 12
171	Height 13
172	Percent 13
173	Height 14
174	Percent 14
175	Height 15
176	Percent 15
177	Height 16
178	Percent 16
179	Height 17
180	Percent 17
181	Height 18
182	Percent 18
183	Height 19
184	Percent 19
185	Height 20
186	Percent 20
187	Height 21
188	Percent 21
189	HEIGHT
190	Linearization Values
191
192	Height
193	Percent
194	6)
195	7)
196	8)
197	9)
198	10)
199	11)
200	12)
201	13)
202	14)
203	15)
204	16)
205	17)
206	18)
207	19)
208	20)
209	21)
210	Linearizer
211	Linearizer Channel 1
212	Linearizer Channel 2
213	Channel 1 Threshold Data
214	Channel 1 Signal Data
215	Channel 2 Threshold Data
216	Channel 2 Signal Data
217	X axis origin
218	X axis max
219	Blanking Position
220	Echo Amplitude
221	Instant Distance
222	Gain
223	Power
224	Signal Quality
225	Echo
226	Noise
227	Loss of Echo
228	2v
229	Counts making up device waveform
230	Relative distance of device waveform
231	Signal Ch 1
232	Signal
233	Threshold Ch 1
234	Threshold
235	Channel 1 Waveform
236	Waveform
237	Show LST400 Wavefrom
238	Channel 1 Waveform Parameters
239	Waveform Parameters
240	ERROR -- Old password invalid
241	ERROR -- Invalid channel number selected(12)
242	ERROR -- Invalid units code selected(18)
243	WARNING -- Span was also adjusted to the nearest valid value
244	ERROR -- Invalid relay number selected(9)
245	ERROR -- Invalid Clear Code(10)
246	ERROR -- Invalid Pump Cycle(11)
247	ERROR -- Operation not possible. Neither channel in flow mode(13)
248	ERROR -- Invalid Count Value(15)
249	ERROR -- Invalid relay setting(28)
250	WARNING -- Setpoint set to the nearest possible value.(30)
251	WARNING -- Resetpoint set to the nearest possible value.(31)
252	WARNING -- Head value set to nearest possible value
253	ERROR -- Invalid pointnumber
254	WARNING -- Volume value set to nearest possible value
255	WARNING -- Point set to nearest possible value
256	WARNING -- The new linearization point triggered changes in other table points. The new point was possibly set to the nearest value as well. Check the entire table for changes.
257	LST400
258	ABB
259	Upper Sensor Limit
260	Lower Sensor Limit
261	Minimum Span
262	Damping Value
263	8.3f
264	Serial Number
265	7d
266	Classification
267	Classification help
268	PV PDQ
269	PV LS
270	PV Fmly stat
271	pv Dev fmly
272	pv Update Period
273	Field Device Variable Unit- Engineering unit to be displayed with the Digital Value representation, Minimum Span, Upper Range Value, Lower Range Value, Lower Sensor Limit, and Upper Sensor Limit. For FLOW mode, the only selection available is special units!
274	LEVEL
275	Level Classification
276	Level PDQ
277	Level LS
278	Level Fmly stat
279	sv Dev fmly
280	sv Update Period
281	PV Information
282	LST400 Specific
283	Device Parameters
284	Relays
285	ABB Assistance
286	For assistance in Setup, Commissioning, Troubleshooting or to schedule a service technician onsite visit, please contact us at: Phone: +86 (21) 61056666 Fax: +86 (21) 61056677 For manuals and other info: Website: www.abb.com/level
287	PV Analog Channel Saturated
288	PV Analog Channel Fixed
289	Wireless
290	WirelessHART Device
291	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
292	Primary
293	Primary Analog Channel
294	Secondary
295	Secondary Analog Channel
296	Tertiary
297	Tertiary Analog Channel
298	Quaternary
299	Quaternary Analog Channel
300	Quinary
301	Quinary Analog Channel
302	Critical Power Failure
303	Lock all
304	Trim not supported
305	Configuration cannot be changed
306	Locked by gateway
307	Analog Input Channel
308	Analog Output Channel
309	Secondary Analog Channel Saturated
310	Tertiary Analog Channel Saturated
311	Quaternary Analog Channel Saturated
312	Quinary Analog Channel Saturated
313	Secondary Analog Channel Fixed
314	Tertiary Analog Channel Fixed
315	Quaternary Analog Channel Fixed
316	Quinary Analog Channel Fixed
317	Simulation active
318	The device is in simulation mode and the level output is not representative of the process.
319	Non-Volatile memory failure
320	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
321	Volatile memory error
322	The RAM memory check is invalid or maybe corrupt
323	Watchdog reset executed
324	A watchdog reset has been performed
325	Voltage conditions out of range
326	A voltage condition is outside its allowable range
327	Environmental conditions out of range
328	An internal or environmental condition is beyond acceptable limits.
329	Electronic failure
330	A hardware problem not related to the sensor has been detected.
331	Subdevice list changed
332	Duplicate master detected
333	Capacity Denied
334	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
335	Bandwidth allocation pending
336	Block transfer pending
337	Battery life
338	Percent range
339	Loop current
340	Primary variable
341	Secondary variable
342	Tertiary variable
343	Quaternary variable
344	Read receive time
345	Write date and time
346	Non-Volatile Clock
347	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.
348	Clock Uninitialized
349	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.
350	None
351	No restrictions
352	SI Only
353	Restricted to SI Unit codes only
354	Process automation device
355	Discrete device
356	Hybrid:Process automation+discrete
357	I/O System
358	WirelessHART Process automation device
359	WirelessHART Discrete device
360	WirelessHART Process automation+discrete
361	WirelessHART Gateway
362	WirelessHART Access point
363	WirelessHART Process adapter
364	WirelessHART Discrete adapter
365	WirelessHART enabled handheld/portable maintenance tool
366	Device Profile
367	US
368	United States of America
369	JP
370	Japan
371	DE
372	Germany
373	FR
374	France
375	ES
376	Spain
377	RU
378	Russian Federation
379	CN
380	People's Republic of China
381	Secondary Master
382	Primary Master
383	Device Diagnostic Status 0
384	Device Diagnostic Status 1
385	I/O and Subdevice Status
386	WirelessHART Status
387	Time Set Option
388	Real Time Clock Flags
389	Country
390	Country of intended device installation
391	SI Unit Control
392	Indicates if device should only display SI unit codes
393	Time Stamp
394	Relative time value on network
395	8u
396	Dynamic Variables Returned for Device Variables
397	Command Response Truncated
398	Configuration Change Counter Mismatch
399	Status bytes mismatch
400	Device Variable
401	Enter New password
402	Verifying Password
403	Bad Password sent
404	Enter LST400 password
405	Enter Old password
406	Setting password
407	Error setting password!
408	Setting factory defaults
409	Error setting defaults
410	Enter new counter value:
411	Sending Parameters
412	Relay Clear Successful
413	Relay Failed
Reference ID	String