Device dictionary

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Reference ID	String
0	NEXGEN
1	Actaris Neptune
2	SUCCESS
3	2
4	3
5	4
6	5
7	7
8	9
9	10
10	11
11	12
12	13
13	14
14	15
15	PV Process Var
16	SV Process Var
17	TV Process Var
18	QV Process Var
19	This byte indicates fallback bit conditions
20	Failsafe status
21	Sensor phase out of limits
22	Tube frequency out of limits
23	Internal comm err
24	This byte indicates system error conditions
25	Systm error status
26	Temperature out of limits
27	This byte indicates calibration bit conditions
28	Calibration status
29	Elect zero in Progress
30	System zero in Progress
31	Temp stab in Progress
32	Temp cal in Progress
33	Density stabilization in Progress
34	Density cal in Progress
35	Mass cump cal
36	Mass dump updated
37	Fixed cond status
38	Mass scalar adjusting
39	Mass batch cal
40	Mass batch updated
41	Getting time/date
42	This byte indicates fixed operating condition bit conditions
43	Alarm 1 trig
44	Alarm 2 trig
45	AO 4 out fixed
46	Pulse out fixed
47	View Process Vars
48	View Status
49	Program
50	View Measurements
51	View Outputs
52	Analog 1
53	Analog 2
54	Pulse Output
55	Analog 4
56	Calibration
57	Diagnostics
58	Configuration
59	System
60	Zero
61	Temperature
62	Density
63	Mass
64	Analog Outputs
65	Alarm Test
66	Batch Relay Test
67	Analog Test
68	Batch
69	Misc Device Info
70	Alarms
71	Display
72	Xmit Variables
73	Outputs
74	Totalizers
75	Char'ze Meter
76	Password
77	Electronics Zero
78	System Zero
79	Temp Cal Params
80	Dens Cal Params
81	Mass Cal Params
82	Revision #s
83	Startup Delay
84	Flow Variables
85	% Concentration
86	Pulse
87	Hart Menu
88	Sensor
89	Analog
90	Elec Zero Params
91	System Zero Params
92	Calibration Params
93	Mass Flow
94	Volume Flow
95	Standard Volume
96	Concentration Flow
97	Special Mass
98	Special Volume
99	Electronic Zero
100	Sensor Error Delay
101	Offline
102	Reports any currently active device status information.
103	View Error Log
104	Last in/first out list of system messages.
105	Clear Error Log
106	Pressing 'ENTER' clears the Error Log.
107	Enter Password
108	The correct password must be entered to modify any of the parameters in the following menus.
109	Perform Zero
110	To perform an electronic zero, short terminals 8 and 9 of the transducer connector together and press ENTER. Remove the short after the zero is complete.
111	After ensuring that there is no material flow through the transducer, press ENTER to perform a system zero.
112	Perform Cal
113	Allows the user to re-calibrate the temperature measurement.
114	To do a Density calibration the user inputs the air frequency and the air temperature from the transducer and the density of the material in the transducer.
115	Perform Dump Cal
116	To perform a Dump Calibration the user will start and stop the material flow manually and enter the correct test mass quantity for the calibration standard when prompted.
117	Perform Batch Cal
118	To perform a Batch Calibration the user will enter the desired test mass quantity when prompted, start and stop the material flow using the NexGen's batch controller ,and enter the correct test mass quantity from the calibration standard when prompted.
119	Self Test
120	Instructs transmitter to perform internal self test.
121	Alarm 1 Test
122	Pressing the ENTER key will toggle the Alarm 1 output open and closed.
123	Alarm 2 Test
124	Pressing the ENTER key will toggle the Alarm 2 output open and closed.
125	Batch 1 HF Test
126	Pressing the ENTER key will toggle the HF Batch output open and closed.
127	Batch 2 LF Test
128	Pressing the ENTER key will toggle the LF Batch output open and closed.
129	Analog 1 Test
130	Analog 2 Test
131	Analog 4 Test
132	Pulse Test
133	Allows the operator to test the pulse output and remote counter by programming the output frequency and the number of pulses required.
134	Tube Drive Test
135	The tube drive test provides a method for the user to judge the performance of the NexGen's tube drive system. The drive current and sensor voltages are displayed with the calculated drive efficiency.
136	Alarm 1
137	Alarm 2
138	Percent Conc Table
139	TBD by NEXGEN
140	Reset All
141	Pressing ENTER will reset to 0.0 all mass and volume totalizers
142	Reset Individual
143	From this menu the user can select and reset to 0.0 any of the mass or volume totalizers.
144	The menu can be used to view the tube vibration amplitude in mV and to adjust the vibration amplitude setpoint if required.
145	Set Date
146	Allows the user to set the date of the NexGen's real-time clock (MM/DD/YY format).
147	Set Time
148	Allows the user to set the time on the NexGen's real-time clock (HH:MM:SS).
149	Display Time/Date
150	Displays the Date and Time (MM/DD/YY HH:MM:SS format).
151	Change Password
152	Allows the user too change the unit's password.
153	View Password
154	Allows the user to view the next lower level password
155	Invalid batch varcode
156	Invalid runmode code
157	Invalid batchjog code
158	Invalid Index
159	Password not changed
160	Hour Incorrect
161	Minute Incorrect
162	Second Incorrect
163	Month Incorrect
164	Day Incorrect
165	Year Incorrect
166	Density too High
167	Density too Low
168	% Conc too High
169	% Conc too Low
170	Dens and %Conc Exceed Limits
171	Mass Rate
172	Volume Rate
173	Std Vol Rate
174	Conc. Rate
175	Density
176	Temperature
177	Mass Total
178	Mass Forward
179	Mass Reverse
180	Volume Total
181	Volume Forward
182	Volume Reverse
183	Std Vol Total
184	Std Vol Forward
185	Std Vol Reverse
186	Conc. Total
187	Conc. Forward
188	Conc. Reverse
189	AO1
190	AO2
191	AO4
192	Batch Size
193	Batch Total
194	Unit
195	Process Var
196	Damping Factor
197	Minimum Span
198	current
199	Upper Range
200	Lower Range
201	% Range
202	Low Flow Cutoff
203	Frequency
204	Frequency Limit
205	Pulses Out
206	Pulses/Unit
207	Fallback
208	Low Alarm SetPnt
209	Hi Alarm SetPnt
210	Mass Flow Units
211	met tons / second
212	ounce / second
213	ounce / minute
214	ounce / hour
215	.5f
216	Mass Flow Damping Factor
217	Sec
218	.2f
219	7d
220	8.2f
221	10.4f
222	Value of variable given in frequency output
223	.1f
224	Mass Flow Frequency Limit
225	Pulse frequency at maximum flow rate
226	Frequency Percent
227	Percent of maximum flow rate
228	%
229	Mass Total Units
230	Mass Total Pulses
231	The number of pulses per unit of measure for the variable mapped into the tertiary variable.
232	.4f
233	Mass Total Pulses Per Unit
234	The unit of measure to define the pulses/unit output.
235	.6f
236	Mass Total Frequency Limit
237	Volume Flow Units
238	cc/sec
239	cc/min
240	cc/hr
241	Volume Flow Damping Factor
242	.2f
243	Volume Flow Frequency Limit
244	Volume Total Units
245	cc
246	Volume Total Pulses
247	Volume Total Pulses Per Unit
248	Volume Total Frequency Limit
249	Std Vol Flow Units
250	STD Density
251	The density value that is used for standard volume calculations
252	Std Vol Flow URL
253	Std Vol Flow LRL
254	Std Volume Frequency Limit
255	STD Density Unit
256	Std Volume Total Units
257	Std Vol Total Pulses
258	Std Vol Total Pulses Per Unit
259	Std Vol Total Frequency Limit
260	% Concentration Units
261	.3f
262	% Concentration Frequency Limit
263	Conc. Flow Units
264	Conc. Frequency Limit
265	Conc. Total Units
266	Conc. Total Pulses
267	Conc. Total Pulses Per Unit
268	Conc. Total Frequency Limit
269	Density Units
270	BRIX
271	Baume
272	Density Damping Factor
273	Density Frequency Limit
274	Slug Low Limit
275	A programmable low limit on density, which enables the transmitter to indicate slug flow (extremes in fluid density caused by slugs of gas or accumulation of solids in a liquid flow stream) if fluid density goes outside programmed slug flow limits.
276	5.4f
277	Slug High Limit
278	A programmable high limit on density, which enables the transmitter to indicate slug flow (extremes in fluid density caused by slugs of gas or accumulation of solids in a liquid flow stream) if fluid density goes outside programmed slug flow limits.
279	Slug Delay Time
280	The time delay between the density exceeding the slug-flow thresholds and the slug-flow error being declared.
281	sec
282	Temperature Units
283	Temperature Frequency Limit
284	Mass Flow Fallback
285	Value assigned to the parameter when it can not be determined correctly due to process or system conditions.
286	Mass Flow Hi Alarm Setpoint
287	Assigns value, above which an alarm indication is given
288	Mass Flow Low Alarm Setpoint
289	Assigns value, below which an alarm indication is given
290	Mass Flow Low Flow Cutoff
291	When the actual flow rate is below this value, the indicated flow rate goes to zero, and any outputs configured for this parameter will go the appropriate value.
292	Volume Flow Fallback
293	Volume Flow Hi Alarm Setpoint
294	Volume Flow Low Alarm Setpoint
295	Volume Flow Low Flow Cutoff
296	Std Volume Flow Fallback
297	Std Volume Flow Hi Alarm Setpoint
298	Std Volume Flow Low Alarm Setpoint
299	Std Volume Flow Low Flow Cutoff
300	Conc. Flow Fallback
301	Conc. Flow Hi Alarm Setpoint
302	Conc. Flow Low Alarm Setpoint
303	Conc. Flow Low Flow Cutoff
304	% Concentration Fallback
305	% Concentration Hi Alarm Setpoint
306	% Concentration Low Alarm Setpoint
307	Density Fallback
308	Density Hi Alarm Setpoint
309	Density Low Alarm Setpoint
310	Temperature Fallback
311	Temperature Hi Alarm Setpoint
312	Temperature Low Alarm Setpoint
313	Base Rate Unit
314	The base mass or volume rate is the units that will be multiplied by the flow factor to equate to the desired special units.
315	Flow Factor
316	A programmable multiplier for the base mass rate unit in a special unit.
317	Flow Text
318	A 1 to 4 character description of a special unit of flow.
319	Totalizer Factor
320	A programmable factor that is multiplied by the base mass or volume total units that would equate them to the special mass or volume units.
321	Totalizer Text
322	A 1 to 4 character description of a special unit of mass, which is based on the special unit of flow to represent total.
323	Ref temperature
324	User-entered temperature for the purpose of performing an on-line temperature calibration.
325	6.2f
326	Ohms
327	Zero coeff
328	User entered zero coefficient
329	The frequency, in Hertz, presently being indicated on the frequency output.
330	6.1f
331	Hz
332	Number of Pulses
333	The number of pulses to be output during test
334	5d
335	A control that enables the user to determine whether the frequency/pulse output and totalizers will indicate forward, reverse, or bi-directional flow.
336	Allows the user to Reset, Stop, or Start all totalizers. NOTE - Inventory totals are NOT reset.
337	Max output freq
338	A programmable frequency in Hz that defines the maximum frequency output of the tertiary variable
339	5.1f
340	3d
341	10 sec increment
342	Parameter
343	Assigns flow rate, total, density, or temperature to alarm 1 or alarm 2.
344	NOT USED
345	TEMPERATURE
346	DENSITY
347	%CONCENTRATION
348	MASS FLOW
349	VOLUME FLOW
350	STD VOL FLOW
351	CONC FLOW
352	LOW BATCH
353	HIGH BATCH
354	SENSOR ERROR
355	DSP FAILURE
356	TUBES NOT VIB
357	DRIVER CURRENT
358	4-20 FAILURE
359	RTD FAILURE
360	PULSE OVERFLOW
361	SYSTEM PROBLEM
362	ANY OF ALARMS
363	Alarm 1 type
364	Determines whether the Alarm is activated when it goes above (High) or below (Low) the setpoint.
365	Indicator
366	Failsafe
367	Alarm 2 type
368	Time period after power-up that the NexGen will not log alarms.
369	Batch transmitter variable
370	Cutoff
371	The desired batch size in the displayed units.
372	Trickle Offset
373	The quantity of material that will remain to be delivered when the HF batch output will be turned off.
374	Hi Alarm Setpnt
375	The amount of batch overrun allowed before the batch alarm will be activated.
376	12.4f
377	Low Alarm Setpnt
378	The amount of batch underrun allowed before the batch alarm will be activated.The amount of batch overrun allowed before the batch alarm will be activated.
379	Valve Response
380	The time required for flow rate to return to zero after the batch outputs are de-activated.
381	Auto Restart Delay
382	The time between the automatic start of the next batch. De-activated when zero.
383	Runmode Edit
384	Allows the operator to change the batch size in the batch mode when 'YES'.
385	No
386	Yes
387	Batch Jog
388	Allows the operator to clear gases from the transducer in the event of a system error condition with the 'START' input when 'YES'.
389	Batch Forward
390	Batch Reverse
391	Line 1 Parameter
392	Display line 1 is assigned to this measurement variable
393	Line 2 Parameter
394	Display line 2 is assigned to this measurement variable
395	Line 3 Parameter
396	Display line 3 is assigned to this measurement variable
397	Transducer Model
398	Configuration information identifying the sensor model installed. Informational purposes only - does not affect flowmeter operation.
399	Transduder S/N
400	Serial number of the transducer assembly
401	Elect Model
402	Model number of the electronics assembly
403	Elect S/N
404	Serial number of the electronics assembly
405	Wetted Matl
406	Configuration information identifying the wetted materials used with the sensor. Informational purposes only - does not affect flowmeter operation.
407	Hast C22
408	316L StainlessSteel
409	Connect Size
410	Configuration information identifying the connection size used with the sensor. Informational purposes only - does not affect flowmeter operation.
411	3/8 in
412	1/2 in
413	3/4 in
414	1 in
415	1 1/2 in
416	2 in
417	3 in
418	4 in
419	6 in
420	8 in
421	DN 15
422	DN 25
423	DN 50
424	DN 80
425	DN 100
426	DN 150
427	DN 200
428	3A Sanitary 1 1/2 Tr
429	3A Sanitary 2 Tri
430	3A Sanitary 2 1/2 Tr
431	3S Sanitary 4 Tri
432	Connect rating
433	Configuration information identifying the connection rating used with the sensor. Informational purposes only - does not affect flowmeter operation.
434	VCO fittings
435	3A Auth Triclmp
436	Industrial Triclmp
437	Elect Class
438	Configuration information identifying the electrical rating of the sensor. Informational purposes only - does not affect flowmeter operation.
439	General Purpose
440	FM Approved
441	CSA Approved
442	Cenelec Approved
443	BOOT REV:
444	Identifies the Bootstrap revision level.
445	OS REV:
446	Identifies the OS revision level.
447	APP REV:
448	Identifies the Application revision level.
449	ELEC REV:
450	Software revision date
451	HART REV:
452	HART revision date
453	RTD Offset
454	RTD Offset determined during temperature sensor calibration
455	C1
456	Coefficient C1 in density correction equation
457	C2
458	Coefficient C2 in density correction equation
459	Air freq
460	The tube frequency, in Hz, corresponding to a density equal to Dens A.
461	Air temp
462	Temperature used in Density A (air) calibration
463	Mass scalar
464	Mass flow calibration factor.
465	14.6e
466	Phase
467	User entered sensor phase angle
468	deg
469	Sens Err Dly Time
470	Time for sensor error to occur before being recognized as an error.
471	Sensor Gain
472	TDB by NEXGEN
473	Set point
474	Set point for the controller driving the transducer
475	mVrms
476	Drive Current
477	Drive level used to excite the transducer
478	Sensor 1 Voltage
479	Sensor 2 Voltage
480	Transducer Zero
481	Zero offset of the transducer in degrees.
482	Deg
483	Elec. Zero
484	Zero offset of the NexGen in degrees.
485	STD DEV
486	Standard deviation for electronic zero offset.
487	Combined zero offset of the transducer and NexGen in degrees. velocity signals from the total sensor system when measuring zero flow.
488	Standard deviation for system zero offset.
489	Gain
490	Analog (4mA) output channel calibration factor.
491	Offset
492	Analog (20mA) output channel calibration factor.
493	User must enter the correct password to gain access to other menus
494	Month
495	Units of date.
496	Day
497	Year
498	Hour
499	Units of time.
500	Minute
501	Second
502	status later
503	Passwd not entered
504	The proper password must be supplied to gain access to the programming menus.
505	FMU860
506	DT
507	DVC
508	FCX
509	AS800
510	340T
511	340C
512	344
513	Siemens Micro K
514	SITRANS L
515	SIPAN PH
516	SITRANS P
517	75SMT
518	UNIDELTA
519	8320
520	SX5100
521	TSV175
522	DMU
523	3780
524	BM70
525	8u
526	low
527	high
528	tmp_av
529	< ALL ALARMS CLEAR >
530	TEMPERATURE ALARM Count: %{1} TEMP:%{2} %{3}
531	DENSITY ALARM Count: %{1} DENS:%{2} %{3}
532	%CONCENTRATION ALARM Count: %{1} %CON:%{2} %{3}
533	MASS FLOW ALARM Count: %{1} MRAT:%{2} %{3}
534	VOLUME FLOW ALARM Count: %{1} VRAT:%{2} %{3}
535	STD VOL.FLOW ALARM Count: %{1} SVRA:%{2} %{3}
536	CONC. FLOW ALARM Count: %{1} CORA:%{2} %{3}
537	LOW BATCH ALARM Count: %{1}
538	HIGH BATCH ALARM Count: %{1}
539	SENSOR ERROR ALARM Count: %{1}
540	DSP FAILURE ALARM Count: %{1}
541	DRIVER CURRENT ALARM Count: %{1}
542	TUBES NOT VIBRATING Count: %{1}
543	4-20 FAILURE ALARM Count: %{1}
544	RTD FAILURE ALARM Count: %{1}
545	SYSTEM PROBLEM ALARM Count: %{1}
546	PULSE BUFFER OVERFLW Count: %{1}
547	01>Task:00 Code:0 < NO ERRORS LOGGED >
548	%[2d]{log_value}>Task:%{2} Code:%{1} < NO ERRORS LOGGED >
549	%[2d]{log_value}>Task:%{2} Code:%{1} DSP COMM FAILURE #1
550	%[2d]{log_value}>Task:%{2} Code:%{1} DSP RX MSG TIMEOUT
551	%[2d]{log_value}>Task:%{2} Code:%{1} DSP COMM FAILURE #3
552	%[2d]{log_value}>Task:%{2} Code:%{1} DSP PLL NOT LOCKED
553	%[2d]{log_value}>Task:%{2} Code:%{1} DSP CHECKSUM ERROR
554	%[2d]{log_value}>Task:%{2} Code:%{1} DSP LOST EVENT
555	%[2d]{log_value}>Task:%{2} Code:%{1} DSP UNEXPECTED DATA
556	%[2d]{log_value}>Task:%{2} Code:%{1} DSP DATA OVERRUN
557	%[2d]{log_value}>Task:%{2} Code:%{1} RTD FAILURE
558	%[2d]{log_value}>Task:%{2} Code:%{1} ANALOG FAULT - 1
559	%[2d]{log_value}>Task:%{2} Code:%{1} ANALOG FAULT - 2
560	%[2d]{log_value}>Task:%{2} Code:%{1} ANALOG FAULT - 4
561	%[2d]{log_value}>Task:%{2} Code:%{1} TASK MISSING
562	%[2d]{log_value}>Task:%{2} Code:%{1} TASK HAS BAD REV NO.
563	Leaving Error Log
564	This will erase the error log. Continue?
565	Yes;No
566	Password access denied, aborting method.
567	The error log has not been erased.
568	The error log has been erased.
569	Aborting due to field device error
570	Password entered is incorrect.
571	WARN-Loop should be removed from automatic control
572	Zero %[.5e]{0} StdDeviation %[.5e]{1}
573	Input the number of 10 second intervals
574	Incorrect number of 10 second intervals. Retry?
575	Calibration in progress. About %{counter} seconds left
576	Zero %[.5e]{2} StdDeviation %[.5e]{3}
577	Returning fld dev to original output
578	Temp %{1} %{0} RTD Res %{2} Ohms
579	Please wait Stabilizing
580	Input the actual temperature in %{0}.
581	Please wait
582	Measured Density %{1} %{0}
583	Input air frequency.
584	Input air temperature.
585	Input actual density in %{0}.
586	Mass Scalar: %{0} Continue?
587	Start flow to calibrate
588	Mass Rate: %{0} %{1} Mass Total: %{2} %{3}
589	Measured Mass: %{2} %{3}
590	Actual Mass
591	Mass Scalar: %{0}
592	<BATCH CALIBRATION> Scalar:%{0}
593	ENTER to Calibrate;CANCEL to EXIT
594	Batch Cutoff Qty
595	Trickle Offset Pt.
596	Start batch cal?
597	WARNING! You have aborted the batch cal procedure. You must restore the batch parameters.
598	Connect reference meter
599	About to set analog output 1 to %0 mA
600	Enter meter value
601	NOTE-Loop may be returned to automatic control
602	About to set analog output 2 to %0 mA
603	About to set analog output 4 to %0 mA
604	%{0}%{1}
605	This test allows relay 1 contacts to toggle. Continue?
606	Relay contacts toggled.
607	This test allows relay 2 contacts to toggle. Continue?
608	This test allows batch high flow relay contacts to toggle. Continue?
609	This test allows batch low flow relay contacts to toggle. Continue?
610	Choose analog output level
611	4 mA;20 mA;Other;End
612	Output value:
613	Analog Output 1 is fixed at %0
614	Test Output 3 Continue?
615	Input the frequency value.
616	Input the number of pulses 0 = Continuous
617	Tube drive information will be available. Continue?
618	Drive Current %{0}mA Sensor 1 Voltage %{1}mVrms Sensor 2 Voltage %{2}mVrms
619	Efficiency: %{eff}
620	Alarm Type
621	Low Setpoint
622	High Setpoint
623	Clear present table?
624	No;Yes
625	Reference Temp %{local_table_section1}
626	Temp. must be greater than last temp.
627	TMP:%{local_table_section1} %{0} %{1} ---Entry Point %{local_table_entry1} --- Density
628	Density must be greater than last density.
629	TMP:%{local_table_section1} %{0} %{1} ---Entry Point %{local_table_entry1} --- %Concentration
630	Another temperature table?
631	This will reset all the totalizers. Continue?
632	This will reset a single total. Continue?
633	Mass;Volume;Std Volume;Conc;Net Oil;Batch
634	SensorA: %{0}mVrms SensorB: %{1}mVrms Continue?
635	Sensor Set Point
636	Gain control
637	Internal Date is %{0}/%{1}/%{2} Enter month
638	%{0}/%{1}/%{2} Enter day
639	%{0}/%{1}/%{2} Enter year
640	Incorrect Date is %{0}/%{1}/%{2} Try Again?
641	Internal Time is %{0}:%{1}:%{2} Enter hour
642	%{0}:%{1}:%{2} Enter minute
643	%{0}:%{1}:%{2} Enter second
644	Incorrect Time is %{0}:%{1}:%{2} Try Again?
645	Date is %{0}/%{1}/%{2} Time is %{3}:%{4}:%{5} Exit?
646	Enter old password
647	Wrong password entered. Aborting.
648	Enter new password
649	Password is %{0}
650	NOTE-Send PV assignment before modifying range values.
651	NOTE-Send SV assignment before modifying range values.
652	NOTE-Send TV assignment before modifying range values.
653	NOTE-Send TV assignment before modifying frequency scaling.
654	NOTE-Send QV assignment before modifying range values.
655	NOTE-Variables which use this as the units code will be in the previous units until this value is sent to the device
Reference ID	String