Device dictionary

Loading…

Reference ID	String
0	HART Tag
1	Model Number
2	Model- References the type of Field Device, usually an advertised model number, that is unique to a single manufacturer.
3	Model TA2 2.x
4	Manufacturer
5	Manufacturer Identification Code- References a specific manufacturer, which is usually a company name, that is responsible for the manufacture of this Field Device.
6	MAGNETROL
7	Device ID
8	Poll Address
9	Device Status
10	PV Out of Limits
11	Process applied to the primary variable is outside the operating limits of the field device.
12	Non-PV Out of Limits
13	Process applied to the non-primary variable is outside the operating limits of the field device.
14	Loop Current Saturated
15	Analog output 1 and its digital representation are outside the operating range limits, and not responding to input.
16	Loop Current Fixed
17	Analog output 1 and its digital representation are in fixed mode, and not responsive to input changes.
18	More Status Available
19	Field device has more status available.
20	Cold Start
21	A reset or self test of the field device has occurred, or power has been removed and reapplied.
22	Configuration Changed
23	A modification has been made to the configuration of the field device.
24	Device Malfunction
25	Field device has malfunctioned due to a hardware error or failure.
26	Faults
27	Faults indicate a defect or failure of the device or other conditions that preclude reliable measurement. Currently occurring conditions can be viewed from the Present Status menu; historical information can be viewed from the History menu.
28	Default Params
29	Device Parameters Reset - The configuration information may have been reset. Please check the configuration of the instrument.
30	Fault 1
31	Fault 1 - consult Factory.
32	No Probe Signals
33	No probe signal detected. Check probe wiring.
34	Temp Snsr Shorted
35	Temperature sensor fault detected. Check probe wiring.
36	Temp Snsr Open
37	Flow Snsr Shorted
38	Flow sensor fault detected. Check probe wiring.
39	Flow Snsr Open
40	RTDs Reversed
41	RTD wiring reversed detected. Check that the ambient and flow RTDs are connected to the correct locations on the terminal block.
42	Heater Shorted
43	Heater fault detected. Check probe wiring.
44	Heater Open
45	ZFS Too High
46	Zero Flow Signal (power) is greater than the first data point in the Calibration Table. Check value entered under Factory Config/Cal Parameters/Zero Flow Signal.
47	Too Few Cal Pts
48	Insufficient number of calibration data points. Minimum number of 10 calibration data points required. Calibration data points must be entered in monotonically increasing values.
49	Air Equiv Coeff
50	The entered Air Equivalency factors result in a calculated flow curve that is not monotonically increasing. Recheck values and contact Magnetrol for assistance.
51	User Coeffs
52	The entered Users Installed factors result in a calculated flow curve that is not monotonically increasing. Recheck values and contact Magnetrol for assistance.
53	Module Failure
54	Infrequent indication of fault message indicates automatic recalibration of the ADC. Sustained fault message indicates unexpected failure of the electronics module. Replace electronics and re-calibrate.
55	Vel > UprSnsrLmt
56	Operating outside calibration velocity range. Re-check the calibration parameters or have the TA2 re-calibrated for desired velocity range.
57	Warnings
58	Warning messages indicate conditions that are not fatal but may affect measurement. Currently occurring conditions can be viewed from the Status menu; historical information can be viewed from the Diagnostic Info menu.
59	Initializing
60	Initializing - The TA2 is going through initialization. Flow measurement will begin after completion of the initialization.
61	AO2 Loop Fixed
62	The AO2 output is fixed and not responding to input. See Informational Status for further information.
63	In Test Mode
64	Unit is in a calibration or test mode. Reported output is not representative of actual conditions.
65	Vel > UprCalPt
66	The measured flow is higher than the calibration range. Accuracy is affected. Continued operation with repeatable measurement will occur.
67	Vel < LowFlowLmt
68	The measured flow is less than the low flow cutoff but still in the measurement range. Adjust low flow cutoff.
69	RTD Drive Circuit
70	The RTD drive circuit has changed since calibration. The change will be compensated. Consult Factory.
71	Dflt Totalizer
72	Values contained in the totalizer have been corrupted. Totalizer reset required.
73	Pulse Mult Error
74	The pulse output exceeds the maximum frequency. Change the pulse multiplier.
75	Warning 2
76	Warning 2 - consult Factory.
77	AO1 Loop Trim Reqd
78	A trim adjustment has not been made of the 4 and 20 mA values on the primary loop. Accuracy may be affected. Adjust trim at the 4 and 20 mA values.
79	AO2 Loop Trim Reqd
80	A trim adjustment has not been made of the 4 and 20 mA values on the secondary loop (if provided). Accuracy may be affected. Adjust trim at the 4 and 20 mA values.
81	Process Temp High
82	Process temperature exceeds specified temperature range. Damage to sensor will occur with continued operation.
83	Check Install Factors
84	Installation factors may have been reset to defaults. Clear warning by changing any one of the install factors.
85	Elec Temp High
86	Electronics Temperature High - A temperature exceeding +80°C has been measured in the electronics compartment.
87	Elec Temp Low
88	Electronics Temperature Low - A temperature below -40°C has been measured in the electronics compartment.
89	Warning 1
90	Warning 1 - consult Factory.
91	PV is
92	Primary Index into Dynamic Variables Array- An index location, that indicates which Field Device dynamic variable has been mapped into the Primary Variable dynamic variable.
93	QV is
94	D/A Trim AO1
95	AO1 Loop Test
96
97	PV Loop
98	PV % Range
99	AO1 Lwr Range Val
100	AO1 Upr Range Val
101	Units
102	SV Loop
103	SV % Range
104	AO2 Lwr Range Val
105	AO2 Upr Range Val
106	Totalizer Units
107	Displays the signal and the corresponding value of the PV. These values can be compared against the original calibration data to determine if configuration of the TA2 has changed since originally calibrated.
108	Signal
109	Mass
110	Process Temperature
111	NR Totalizer
112	R Totalizer
113	Custom Unit
114	Flow
115	Density
116	Current Temperature
117	Install Factor
118	A
119	B
120	C
121	Air Equiv - A
122	Air Equiv - B
123	Flow Units
124	Flow Units - Select the units of measurement for the mass volumetric flow rate.
125	SCFM
126	Standard cubic feet per minute.
127	SCFH
128	Standard cubic feet per hour.
129	Nm3/h
130	Normal cubic meters per hour.
131	Nl/h
132	Normal liters per hour.
133	MM SCFD
134	Million standard cubic feet per day.
135	Mass Units
136	Mass Units - Select units of measurement.
137	lbs/H
138	lbs/M
139	kg/h
140	kg/m
141	Units - Select the units of measurement for the low flow cutoff.
142	Temperature Units
143	Temperature Units - Select units of measurement for temperature.
144	°C
145	°F
146	Totalizer Units - Select units of measurements used by the Totalizer.
147	SCF
148	Standard cubic feet.
149	Nm3
150	Normal cubic meters.
151	Nl
152	Normal liters.
153	lbs
154	kg
155	Diameter Units
156	Diameter Units - Select the desired units of measurement for the inside diameter of a circular pipe or duct.
157	inches
158	feet
159	meters
160	mm
161	Area Units
162	Area Units - Select units of measurement used for the flow area of the pipe or duct.
163	in2
164	Square inches.
165	ft2
166	Square feet.
167	m2
168	Square meters.
169	mm2
170	Square millimeters.
171	Density Units
172	Density Units - Select units of measurement for density at STP or Normal conditions.
173	lb/ft3
174	kg/m3
175	STP Pressure
176	STP Pressure - Permits the user to modify STP conditions to application specific requirements. Select Standard Pressure of 1 atmosphere (14.7 psia) or 1 bar (14.5 psia).
177	1 Atmosphere
178	1 Bar
179	PV Flow
180	.1f
181	.2f
182	0.0f
183	PV Mass
184	SV Flow
185	SV Mass
186	Velocity
187	.0f
188	SV Process Temperature
189	.3f
190	.4f
191	.5f
192	.6f
193	NR Totalizer Flow
194	Non-resettable value representing the total flow measured by the unit.
195	R Totalizer Flow
196	Total flow measured by this unit since the totalizer was last reset.
197	Custom Unit Text
198	Text describing the units for the custom unit output.
199	in
200	ft
201	cm
202	m
203	Custom Unit Mult
204	Multiplier used to calculate the custom unit output. The multiplier is applied based on the PV.
205	Process measurement in customer designated units.
206	Minimum Span
207	Damping
208	Damping - Adds additional time delay to the TA2. Enter value as a time constant from 0 to 15 seconds.
209	4.0f
210	Lower Xducer Limit
211	Lower Xducer Limit - Probe calibration factor, flow rates less than this value are outside the original calibration range.
212	Upper Xducer Limit
213	Upper Xducer Limit - Probe calibration factor, flow rates exceeding this value are outside the original calibration range.
214	Lower Xducer Limit - Probe calibration factor, mass flow rates less than this value are outside the original calibration range.
215	Upper Xducer Limit - Probe calibration factor, mass flow rates exceeding this value are outside the original calibration range.
216	Lower Xducer Limit - Probe calibration factor, temperatures less than this value are outside the original calibration range.
217	Upper Xducer Limit - Probe calibration factor, temperatures exceeding this value are outside the original calibration range.
218	Analog Output Value- Value that tracks the Digital Value representation, under normal operating modes.
219	5.2f
220	Fault State
221	Fault State - Select how the Analog output of the TA2 will respond if a fault in the instrument is detected.
222	3.6mA
223	22mA
224	Hold
225	PV Lwr Range Val
226	PV Lwr Range Val - Enter the 4 mA point using the units of measurement previously selected.
227	PV Upr Range Val
228	PV Upr Range Val - Enter the 20 mA point using the units of measurement previously selected.
229	SV Lwr Range Val
230	SV Lwr Range Val - Enter the 4 mA point using the units of measurement previously selected.
231	SV Upr Range Val
232	SV Upr Range Val - Enter the 20 mA point using the units of measurement previously selected.
233	%
234	Specific Model
235	Select the appropriate TA2 model.
236	TA2-A0
237	TA2-A1
238	TA2-A4
239	Flow Body ID
240	Pipe ID
241	Flow Body Inside Diameter - Enter the inside diameter of the flow body as shown on its name plate.
242	Pipe Inside Diameter - The flow area must be entered. This is done by either entering the inside diameter of a pipe or the cross sectional area of the pipe or duct.
243	Flow Area
244	Flow Area - The flow area must be entered. This is done by either entering the inside diameter of a pipe or the cross sectional area of the pipe or duct.
245	Cal Pipe Area
246	Cal Pipe Inside Area - The inside area of the pipe used during calibration.
247	R Totalizer Mode
248	Mode - Enable or Disable the totalizer operation.
249	Disabled
250	Enabled
251	Output Function
252	Output Function - select the operation of the transistor output.
253	Pulse Output
254	Alarm
255	Disable
256	Pulse Units
257	Pulse Units - Select units of measurements used by the pulse output.
258	Pulse Multiplier
259	Multiplier for the pulse output. For example, for a flow rate of 200 units per second,use a multiplier of 10 to create a pulse rate of 2000 Hz. If the pulse rate is too high, a "Pulse Multiplier Error" will occur.
260	0.0001
261	0.001
262	0.01
263	0.1
264	1
265	10
266	100
267	1000
268	Pulse Max Freq
269	Pulse Maximum Frequency - Select the maximum frequency that matches the specifications of the external counter. If the actual pulse rate is higher than this value a "Pulse Multiplier Error" will occur.
270	10000
271	Alarm Setpoint
272	Alarm Setpoint - Enter the PV value that corresponds to the desired alarm point.
273	Alarm Operation
274	Alarm Operation - When set for low flow, the contacts will open when the actual flow rate is less than the setpoint. When set for high flow, the alarm contacts will open when the actual flow rate is greater than the setpoint. There is a built-in 10% hysteresis between the alarm point and the reset point.
275	Low Flow
276	High Flow
277	Low Flow Cutoff
278	Low Flow Cutoff - primary variable reading below which the indicated value will be forced to zero. This is useful if a non-zero PV is indicated when a no flow condition exists.
279	Zero Flow Signal
280	Zero Flow Signal - value which represents the signal at zero flow.
281	mW
282	Date/Time/Initials
283	Date/Time/Initials - When and by whom the configuration was performed.
284	Local Tag
285	Text describing the local tag designation for the unit.
286	Magnetrol S/N
287	Magnetrol S/N - Serial number of this unit.
288	NSP Value
289	Enter new value when directed by Magnetrol.
290	Signal - Displays the signal and the corresponding value of the PV. These values can be compared against the original calibration data to determine if configuration of the TA2 has changed since originally calibrated .
291	Firmware Version
292	Firmware Version - Provides the version and date of the Firmware used by the TA2.
293	AO1 4mA Trim Value
294	4u
295	AO1 20mA Trim Value
296	20mA Trim Value - Factory parameter, displayed for diagnostic purposes only.
297	AO2 4mA Trim Value
298	4mA Trim Value - Factory parameter, displayed for diagnostic purposes only.
299	AO2 20mA Trim Value
300	New User Password
301	User password required to change parameter settings from keypad.
302	Delta T
303	Delta T - Displays the set point temperature which the TA2 is controlling. Useful for diagnostics information.
304	6.2f
305	Heater Setting
306	Heater Setting - Displays a value for the heater setting. Useful for diagnostics information.
307	5u
308	mA
309	Heater Cal Setting
310	Heater setting for calibration
311	Install Factors - A, B, C; Install Factors are utilized in situations when the measured flow rate may need to be adjusted due to variations in flow profile or other installation factors. The Install Factors are the coefficients of the polynomial equation: Corrected Flow = A + Bx + Cx^2 where x is the flow measured by the TA2 in PV units.
312	STP Temperature
313	STP Temperature - permit the user to modify STP conditions to application specific requirements. Enter temperature used for Standard Temperature.
314	Sensor Type
315	Sensor Type - Type of sensor used for probe calibration at factory.
316	TXR
317	TXS
318	TXU
319	TFT
320	Spare 1
321	Spare 2
322	Spare 3
323	To
324	To - Probe calibration factor.
325	Fo
326	Fo - Probe calibration factor.
327	TCC-A
328	TCC-A - Calibration factor.
329	TCC-B
330	TCC-B - Calibration factor.
331	TCC-C
332	TCC-C - Calibration factor.
333	Gas Density
334	Density - Gas density at user STP conditions.
335	Gas Cal Table
336	Gas Calibration Table - Which stored calibration table to use for computing gas flow.
337	Table A
338	Table B
339	Air Equivalence
340	Air Equivalence - When enabled, uses polynomial formula to convert an air calibration into equivalent gas calibration when computing gas flow.
341	Ag
342	Ag - Calibration factor.
343	Bg
344	Bg - Calibration factor.
345	Cg
346	Cg - Calibration factor.
347	Dg
348	Dg - Calibration factor.
349	Eg
350	Eg - Calibration factor.
351	Coeff Ratio
352	Set Point
353	Set Point - Factory calibration parameter.
354	Slope
355	Slope - Factory calibration parameter.
356	Power Predictor
357	Power Predictor - Factory calibration parameter.
358	Factory Parameter 1
359	Factory Parameter 1 - Factory calibration parameter.
360	Factory Parameter 2
361	Factory Parameter 2 - Factory calibration parameter.
362	Factory Parameter 3
363	Factory Parameter 3 - Factory calibration parameter.
364	Factory Parameter 4
365	Factory Parameter 4 - Factory calibration parameter.
366	Factory Parameter 5
367	Factory Parameter 5 - Factory calibration parameter.
368	Enter Password
369	Password is required to change calibration factors.
370	1,000
371	10,000
372	100,000
373	NR Totalizer Mult
374	Multiplier for the non-resettable totalizer. For example, an accumulated value of 1,000 will display as 10 if the multiplier is set to 100.
375	R Totalizer Mult
376	Multiplier for the resettable totalizer. For example, an accumulated value of 1,000 will display as 10 if the multiplier is set to 100.
377	NR Totalizer decimal places
378	Non-resettable totalizer decimal places.
379	R Totalizer decimal places
380	Resettable totalizer decimal places.
381	NR Totalizer Time
382	Total time over which the total flow occurred. Note that rollover to zero time will occur when the total time exceeds 11.4 years.
383	R Totalizer Time
384	Total time, since the totalizer was reset, over which the total flow occurred.
385	Flow decimal places
386	Flow decimal places.
387	Mass decimal places
388	Mass decimal places.
389	Present temperature measured at the electronics.
390	Max Temperature
391	Maximum temperature ever measured for the electronics.
392	Min Temperature
393	Minimum temperature ever measured for the electronics.
394	Maximum temperature ever measured for the process.
395	Fixed Signal Value
396	Enter the desired Signal in mW.
397	Informational
398	Info 3
399	Info 3 - consult Factory.
400	Info 2
401	Info 2 - consult Factory.
402	Info 1
403	Info 1 - consult Factory.
404	Analog output 2 and its digital representation are in fixed mode, and not responsive to input changes.
405	AO2 Loop Saturated
406	Analog output 2 and its digital representation are outside the operating range limits, and not responding to input.
407	URV > UprCalPt
408	This information message occurs when the Upper Range Value is outside the calibration range of the TA2
409	Range Too Small
410	Minimum Span - The 4 and 20 mA setpoints are too close together.
411	System Code
412	System Code - consult Factory
413	Table Length
414	Number of valid power-flow pairs in the calibration table. A power-flow pair is valid if both values are greater than all preceding power-flow pairs.
415	0.1f
416	6.1f
417	Pt 01 Power
418	Calibration table power entry corresponding to Pt 01 Vel.
419	Pt 02 Power
420	Calibration table power entry corresponding to Pt 02 Vel.
421	Pt 03 Power
422	Calibration table power entry corresponding to Pt 03 Vel.
423	Pt 04 Power
424	Calibration table power entry corresponding to Pt 04 Vel.
425	Pt 05 Power
426	Calibration table power entry corresponding to Pt 05 Vel.
427	Pt 06 Power
428	Calibration table power entry corresponding to Pt 06 Vel.
429	Pt 07 Power
430	Calibration table power entry corresponding to Pt 07 Vel.
431	Pt 08 Power
432	Calibration table power entry corresponding to Pt 08 Vel.
433	Pt 09 Power
434	Calibration table power entry corresponding to Pt 09 Vel.
435	Pt 10 Power
436	Calibration table power entry corresponding to Pt 10 Vel.
437	Pt 11 Power
438	Calibration table power entry corresponding to Pt 11 Vel.
439	Pt 12 Power
440	Calibration table power entry corresponding to Pt 12 Vel.
441	Pt 13 Power
442	Calibration table power entry corresponding to Pt 13 Vel.
443	Pt 14 Power
444	Calibration table power entry corresponding to Pt 14 Vel.
445	Pt 15 Power
446	Calibration table power entry corresponding to Pt 15 Vel.
447	Pt 16 Power
448	Calibration table power entry corresponding to Pt 16 Vel.
449	Pt 17 Power
450	Calibration table power entry corresponding to Pt 17 Vel.
451	Pt 18 Power
452	Calibration table power entry corresponding to Pt 18 Vel.
453	Pt 19 Power
454	Calibration table power entry corresponding to Pt 19 Vel.
455	Pt 20 Power
456	Calibration table power entry corresponding to Pt 20 Vel.
457	Pt 21 Power
458	Calibration table power entry corresponding to Pt 21 Vel.
459	Pt 22 Power
460	Calibration table power entry corresponding to Pt 22 Vel.
461	Pt 23 Power
462	Calibration table power entry corresponding to Pt 23 Vel.
463	Pt 24 Power
464	Calibration table power entry corresponding to Pt 24 Vel.
465	Pt 25 Power
466	Calibration table power entry corresponding to Pt 25 Vel.
467	Pt 26 Power
468	Calibration table power entry corresponding to Pt 26 Vel.
469	Pt 27 Power
470	Calibration table power entry corresponding to Pt 27 Vel.
471	Pt 28 Power
472	Calibration table power entry corresponding to Pt 28 Vel.
473	Pt 29 Power
474	Calibration table power entry corresponding to Pt 29 Vel.
475	Pt 30 Power
476	Calibration table power entry corresponding to Pt 30 Vel.
477	Pt 01 Vel
478	Calibration table flow entry corresponding to Pt 01 Power.
479	SFPM
480	Pt 02 Vel
481	Calibration table flow entry corresponding to Pt 02 Power.
482	Pt 03 Vel
483	Calibration table flow entry corresponding to Pt 03 Power.
484	Pt 04 Vel
485	Calibration table flow entry corresponding to Pt 04 Power.
486	Pt 05 Vel
487	Calibration table flow entry corresponding to Pt 05 Power.
488	Pt 06 Vel
489	Calibration table flow entry corresponding to Pt 06 Power.
490	Pt 07 Vel
491	Calibration table flow entry corresponding to Pt 07 Power.
492	Pt 08 Vel
493	Calibration table flow entry corresponding to Pt 08 Power.
494	Pt 09 Vel
495	Calibration table flow entry corresponding to Pt 09 Power.
496	Pt 10 Vel
497	Calibration table flow entry corresponding to Pt 10 Power.
498	Pt 11 Vel
499	Calibration table flow entry corresponding to Pt 11 Power.
500	Pt 12 Vel
501	Calibration table flow entry corresponding to Pt 12 Power.
502	Pt 13 Vel
503	Calibration table flow entry corresponding to Pt 13 Power.
504	Pt 14 Vel
505	Calibration table flow entry corresponding to Pt 14 Power.
506	Pt 15 Vel
507	Calibration table flow entry corresponding to Pt 15 Power.
508	Pt 16 Vel
509	Calibration table flow entry corresponding to Pt 16 Power.
510	Pt 17 Vel
511	Calibration table flow entry corresponding to Pt 17 Power.
512	Pt 18 Vel
513	Calibration table flow entry corresponding to Pt 18 Power.
514	Pt 19 Vel
515	Calibration table flow entry corresponding to Pt 19 Power.
516	Pt 20 Vel
517	Calibration table flow entry corresponding to Pt 20 Power.
518	Pt 21 Vel
519	Calibration table flow entry corresponding to Pt 21 Power.
520	Pt 22 Vel
521	Calibration table flow entry corresponding to Pt 22 Power.
522	Pt 23 Vel
523	Calibration table flow entry corresponding to Pt 23 Power.
524	Pt 24 Vel
525	Calibration table flow entry corresponding to Pt 24 Power.
526	Pt 25 Vel
527	Calibration table flow entry corresponding to Pt 25 Power.
528	Pt 26 Vel
529	Calibration table flow entry corresponding to Pt 26 Power.
530	Pt 27 Vel
531	Calibration table flow entry corresponding to Pt 27 Power.
532	Pt 28 Vel
533	Calibration table flow entry corresponding to Pt 28 Power.
534	Pt 29 Vel
535	Calibration table flow entry corresponding to Pt 29 Power.
536	Pt 30 Vel
537	Calibration table flow entry corresponding to Pt 30 Power.
538	Install Factor A too large
539	Install Factor A too small
540	Install Factor B too large
541	Install Factor B too small
542	Install Factor C too large
543	Install Factor C too small
544	To too large
545	To too small
546	Fo too large
547	Fo too small
548	TCC-A too large
549	TCC-A too small
550	TCC-B too large
551	TCC-B too small
552	TCC-C too large
553	TCC-C too small
554	Power point value too large
555	Power point value too small
556	Flow point value too large
557	Flow point value too small
558	Power and Flow values out of range
559	Alarm setpoint too large
560	Alarm setpoint too small
561	Lower range value too large
562	Lower range value too small
563	Upper range value too large
564	Upper range value too small
565	Both range values out of range
566	Span too small
567	Device not in Pulse Output Mode
568	Device Icon
569	Main Menu
570	Device Setup
571	Basic Configuration
572	System Units
573	I/O Configuration
574	A01 Loop Config
575	A02 Loop Config
576	Variable Mapping
577	Totalizers
578	Transistor Output
579	Pulse Output Config
580	Alarm Config
581	Advanced Configuration
582	Install Factors
583	STP Conditions
584	Diagnostics
585	History
586	View History
587	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.
588	Reset History
589	Clears entries in Status History and resets the run time to zero.
590	Run Time
591	Elapsed time since power on. Also, run time is reset to zero when the Status History is cleared.
592	Occurred
593	The elapsed time when fault or warning occurred.
594	Duration
595	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.
596	s
597	h
598	OK
599	Warning Unknown
600	Fault Unknown
601	Info Unknown
602	No Event
603	Status
604	Describes a fault,warning or informational event.
605	Current Status
606	Event
607	The number of the event in the device history.
608	No earlier event
609	Trend Chart
610	Process Temp
611	Loop
612	% Range
613	Mass Flow
614	AO 1
615	%
616	Present Status
617	Extended Diagnostics
618	Signal/PV
619	Elec Temperature
620	Factory Configuration
621	Probe Parameters
622	Cal Parameters A
623	Cal Parameters B
624	Cal Table A
625	Cal Table B
626	Gas Parameters
627	Air Equivalency
628	Control Parameters
629	Module Parameters
630	Calibrate RTDs
631	Use this function to calibrate the probe RTDs for the temperature and flow measurements. The probe tip must be submerged in a constant temperature water bath. A separate accurate temperature reading device must be used to determine the actual water bath temperature. An inaccurate calibration temperature entry will result in performance that is out of specification or a non-functional unit.
632	Exit RTD Cal
633	RTD Calibration
634	The status of the RTD calibration stored in the device.
635	Bad
636	Cal Req'd
637	PT Cal Stable
638	The status of the present RTD calibration.
639	Ambient RTD Count
640	Delta T RTD Count
641	Bath Temperature
642	Temperature of the RTD calibration water bath.
643	Calibrate Heater
644	Use this menu to calibrate the PWM settings for the heater current control. An accurate ammeter must be connected in series with the heater wiring. When prompted, enter the value of the current displayed on the ammeter. Press 'Save' to store the present setting. After the actual currents corresponding to the 50 mA and 200 mA settings are saved, the device will compute the heater slope and intercept. The device will report the results of the calibration as the Heater Calibration parameter. An inaccurate heater calibration entry will result in performance that is out of specification or a non-functional unit.
645	Exit Heater Cal
646	Heater Calibration
647	The status of the heater calibration stored in the device.
648	The result of the present heater calibration.
649	Heater Current Reading
650	The actual current measured for the heater.
651	Zero Power Test
652	This test checks that the resistances of the temperature sensors have not changed. The test should be performed either in a water bath or under flowing conditions. During the test, the heater drive current is shut off. The measured ambient temperature should match the actual ambient temperature. See the TA2 Installation and Operations Manual for other details of the test.
653	Low Cal Validation
654	This procedure validates the heat transfer characteristics of the sensor under low flow conditions. Perform the test at room temperature with the sensor supported vertically. A shroud should be placed around the sensor tip to isolate the tip from air currents. The shroud should not be tight against the sensor tip. During the test, the heater drive current is set to a pre-set value. The measured Delta T temperature (the temperature difference between the two pins) is measured and compared against a stored value. See the TA2 Installation and Operations Manual for other details of the test including recommended comparison between the measured and stored values.
655	High Cal Validation
656	This procedure validates the heat transfer characteristics of the sensor under high flow conditions. Perform the test in room temperature water with the sensor supported vertically. The sensor must be completely covered and the water must be kept still. During the test, the heater drive current is set to a pre-set value. The measured Delta T temperature (the temperature difference between the two pins) is measured and compared against a stored value. See the TA2 Installation and Operations Manual for other details of the test including recommended comparison between the measured and stored values.
657	Exit Probe Check
658	Probe Check
659	The status of the zero flow probe check.
660	Stable
661	Timeout
662	Ambient Temp
663	Delta T Temp
664	Corrected Delta T Temp
665	Saved Delta T Temp
666	Test Pulse
667	Exit Pulse Test
668	Test Pulses
669	The number of test pulses to be sent.
670	5
671	10
672	25
673	50
674	100
675	250
676	500
677	1000
678	2500
679	5000
680	Pulse Test Result
681	The status of the RTD calibration.
682	Test in Progress
683	Test Complete
684	Test Timed Out
685	Test Failed
686	No Activity Timeout
687	Device Information
688	Review
689	Process Variables
690	Device
691	HART
692	Reset Temperatures
693	Reset the maximum and minimum temperatures measured for the electronics to the present temperature.
694	Reset the maximum process temperature measured at the probe to the present temperature.
695	Reset Totalizer
696	Reset Totalizer - Resets the totalizer and elapsed time to 0.
697	Exit Fixed Signal
698	AO2 Loop Test
699	Loop test- Allows the User to manually manipulate the Analog Output to a selected constant output value.
700	D/A Trim AO2
701	Digital to Analog Trim- Allows the calibration of a selected Analog Output with an external reference at the operating endpoints of the Analog Output.
702	Reset Config Chgd
703	Resets the Configuration Changed bit in the Device Status
704	FMU860
705	DT
706	DVC
707	FCX
708	AS800
709	340T
710	340C
711	344
712	Siemens Micro K
713	SITRANS L
714	SIPAN PH
715	SITRANS P
716	75SMT
717	UNIDELTA
718	8320
719	SX5100
720	TSV175
721	DMU
722	3780
723	BM70
724	8u
725	Are You Sure?
726	No;Yes
727	Incorrect password. Method aborting.
728	Setting device to RTD T0/F0 Calibration.
729	The RTD calibration readings are stabilizing. Delta T RTD Count: %{lcl_rtd_dt_count} Ambient RTD Count: %{lcl_rtd_amb_count}
730	Enter the water bath temperature (deg %{1}).
731	The calibration process is complete. The calibration was bad.
732	The calibration process is complete. The calibration was ok.
733	Setting device to nominal 50 mA.
734	Enter the actual current displayed by the meter.
735	Setting device to nominal 200 mA.
736	The calibration process is complete. The calibration was OK.
737	Setting device to Zero Power Test.
738	The temperature readings are stabilizing. Delta T temp: %[0.2f]{lcl_dt_temp} deg C Ambient temp: %[0.2f]{lcl_amb_temp} deg C
739	The temperature readings have stabilized. Delta T temp: %[0.2f]{lcl_dt_temp} deg C Ambient temp: %[0.2f]{lcl_amb_temp} deg C
740	Setting device to Low Cal Validation.
741	The temperature readings are stabilizing. Test Delta T temp: %[0.2f]{lcl_dt_temp} deg C Saved Delta T temp: %[0.2f]{lcl_saved_dt_temp} deg C Ambient temp: %[0.2f]{lcl_amb_temp} deg C
742	Test Delta T temp: %[0.2f]{lcl_dt_temp} deg C Saved Delta T temp: %[0.2f]{lcl_saved_dt_temp} deg C Ambient temp: %[0.2f]{lcl_amb_temp} deg C
743	Exit;Save DeltaT
744	The new Delta T reading has been saved.
745	Setting device to High Cal Validation.
746	Delta T Too High
747	Setting device to Pulse Test Mode.
748	The number of test pulses is: %{4}
749	Start test;Change pulses;Exit
750	%{5}
751	Select number of pulses.
Reference ID	String