Device dictionary

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Reference ID	String
0	ABB
1	600T
2	EEPROM 1 error
3	EEPROM 2 error
4	Stat Pres ool
5	Sens Temp ool
6	Elec Temp ool
7	Sensor failed
8	ASIC Counter ool
9	Checksum error
10	Stat Pres oopl
11	Sens Temp oopl
12	Elec Temp oopl
13	DAC value oopl
14	Field Device Primary Variable Unit - Engineering unit that the Digital Value, Upper Range Value and Lower Range value will be displayed with.
15	inH2O @20DegC
16	inHg @0DegC
17	feet H2O @20DegC
18	mmH2O @20DegC
19	mmHg @0DegC
20	torr @0DegC
21	Off line Threaded
22	Chemical Tee
23	Button
24	Tri Clamp
25	Alimentary
26	Union Connection
27	Aseptic
28	Off line flange conn.
29	Sanitary Flush
30	Sanitary Extended
31	Flush Flanged
32	Extended Flanged
33	Urea Service
34	Lev.Flange Typ Flush
35	Lev.Flange Typ Ext.
36	Welded Flange
37	Level Sanitary
38	Level Food
39	No Flange Dir.Conn.
40	All welded Remote S.
41	Gasketed Remote S.
42	Analog 4-20mA
43	Digital 4-20mA
44	Integral digital
45	Int.+ Analog 4-20mA
46	Int.+ Digita 4-20mA
47	17-4-PH
48	Hastelloy C276
49	AISI 316L TFE Coated
50	Hast.C276 TFE Coated
51	Santotherm
52	Silicon oil food
53	Neobee
54	Dowtherm
55	Ethyl benzene
56	Ethyl alcohol
57	Propyl.glycol/Water
58	Dibutyl penthalate
59	Siltherm 800
60	Mercury
61	2.5 kpa
62	5 kpa
63	7.5 kpa
64	10 kpa
65	12.5 kpa
66	15 kpa
67	25 kpa
68	40 kpa
69	50 kpa
70	60 kpa
71	80 kpa
72	120 kpa
73	140 kpa
74	160 kpa
75	200 kpa
76	250 kpa
77	400 kpa
78	600 kpa
79	1200 kpa
80	1600 kpa
81	2400 kpa
82	Undefined
83	4800 kpa
84	7000 kpa
85	25 mbar
86	50 mbar
87	100 mbar
88	250 mbar
89	400 mbar
90	500 mbar
91	800 mbar
92	1200 mbar
93	1600 mbar
94	2000 mbar
95	4000 mbar
96	6000 mbar
97	16 bar
98	24 bar
99	48 bar
100	70 bar
101	80 bar
102	100 bar
103	160 bar
104	250 bar
105	420 bar
106	450 bar
107	700 bar
108	1200 bar
109	1500 bar
110	10 inH2O
111	20 inH2O
112	30 inH2O
113	40 inH2O
114	50 inH2O
115	60 inH2O
116	100 inH2O
117	160 inH2O
118	200 inH2O
119	240 inH2O
120	320 inH2O
121	480 inH2O
122	560 inH2O
123	640 inH2O
124	800 inH2O
125	46 mmHg
126	37 mmHg
127	56 mmHg
128	75 mmHg
129	93 mmHg
130	112 mmHg
131	187 mmHg
132	300 mmHg
133	375 mmHg
134	450 mmHg
135	600 mmHg
136	900 mmHg
137	1050 mmHg
138	1200 mmHg
139	1500 mmHg
140	58 psia
141	87 psia
142	174 psia
143	232 psia
144	348 psia
145	696 psia
146	1015 psia
147	58 psig
148	87 psig
149	174 psig
150	232 psig
151	348 psig
152	696 psig
153	1015 psig
154	1450 psi
155	1740 psi
156	2320 psi
157	3625 psi
158	4641 psi
159	5801 psi
160	8702 psi
161	11603 psi
162	14503 psi
163	22000 psi
164	1 kpa
165	100 kpa
166	300 kpa
167	800 kpa
168	1000 kpa
169	8000 kpa
170	10000 kpa
171	16000 kpa
172	17500 kpa
173	25000 kpa
174	42000 kpa
175	45000 kpa
176	70000 kpa
177	80000 kpa
178	120000 kpa
179	150000 kpa
180	10 mbar
181	100 mbar
182	3 bar
183	4 bar
184	6 bar
185	8 bar
186	10 bar
187	175 bar
188	800 bar
189	4 inH2O
190	400 inH2O
191	1000 inH2O
192	525 mmHG
193	750 mmHG
194	1900 mmHG
195	45 psia
196	116 psia
197	145 psia
198	725 psia
199	1160 psia
200	45 psig
201	116 psig
202	145 psig
203	725 psig
204	1160 psig
205	2535 psi
206	6090 psi
207	6525 psi
208	10150 psi
209	17400 psi
210	Undefined
211	120 kpa
212	65 kpa
213	13000 kpa
214	650 mbar
215	1 bar
216	130 bar
217	260 inH2O
218	488 mmHG
219	14.5 psi
220	1160 psi
221	1885 psi
222	16 kpa
223	260 kpa
224	64 inH2O
225	38 psi
226	1.25 kpa
227	4 kpa
228	1400 kpa
229	5 inH2O
230	16 inH2O
231	200 psi
232	5th Order polyn
233	Double polynomial
234	Output Conditioning
235	Input Conditioning
236	Double Polynomial coefficients
237	Primary Variable Bias Unit Code
238	PV Bias Unit Code
239	bias pv value
240	bias_pv_value
241	.3f
242	.2f
243	operative upper range limit
244	operative_url
245	operative lower range limit
246	operative_lrl
247	Limit for double polynomial function
248	limit_double_pol %
249	Set lower range value on O/P selected
250	low_range_op
251	Set upper range value on O/P selected
252	upper_range_op
253	Long tag value
254	Long_tag
255	Cut Linear value on square root
256	cut_linear %
257	Long TAG value
258	long_tag
259	B2 Coefficient - B2 coefficient for second polynomial
260	dpcoeff_b2
261	1.6g
262	B1 Coefficient - B1 coefficient for second polynomial
263	dpcoeff_b1
264	B0 Coefficient - B0 coefficient for second polynomial
265	dpcoeff_b0
266	A2 Coefficient - A2 coefficient for second polynomial
267	dpcoeff_a2
268	A1 Coefficient - A1 coefficient for second polynomial
269	dpcoeff_a1
270	A0 Coefficient - A0 coefficient for second polynomial
271	dpcoeff_a0
272	Factory trim
273	Sensor Factory trim method - The factory trimming is a reset to the values used in the factory for the trimming operation and can be usually done without the need of external equipment.
274	Put coeff b2 into range 0-100
275	Put coeff b2 into range 0-1
276	Put coeff b0 into range 0-100
277	Put coeff b0 into range 0-1
278	Put coeff a2 into range 0-100
279	Put coeff a2 into range 0-1
280	Put coeff a0 into range 0-100
281	Put coeff a0 into range 0-1
282	Put limit double coeff into range 0-100%
283	Put limit double coeff into range 0-1
284	Set OP % Low
285	Set OP % Low method - The OP % is set to the inserted valueLow range will be related to this value
286	Set OP Perc High
287	Set OP Perc High method - The OP Perc is set to the inserted valueHigh range will be related to this value
288	PV Bias Reset
289	PV Scaling Reset method - The PV Scaling condition is reset
290	Set PV Zero
291	Set PV Zero method - The PV Scaling condition is a reset
292	Set PV Val
293	Set PV Value method - The PV Scaling condition is setTo the inserted value
294	Full trim method - The full trimming allows the performance of high or low trim.
295	Full trim
296	FMU860
297	DT
298	DVC
299	FCX
300	AS800
301	340T
302	340C
303	344
304	Siemens Micro K
305	SITRANS L
306	SIPAN PH
307	SITRANS P
308	75SMT
309	UNIDELTA
310	8320
311	SX5100
312	TSV175
313	DMU
314	3780
315	BM70
316	8u
317	low
318	high
319	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. Pressure- Pressure of the process measured with respect to a reference pressure.
320	Send warning
321	Send Warning- Yields a units code notice to the User.
322	Variables which use this as the units code will be in the previous units until this value is sent to the device.
323	Up-Down Scale mode
324	Up-Down Scale mode - Defines the setting of the current output when fatal errors are detected.
325	Transfer Function - Defines the transformation function that will be applied between the Field Device Variable and the respective assigned Analog Output. The transfer function does not affect the Digital Value.
326	Meter Installation - Defines whether there is a meter installed or not and, if integral, what information the meter will display.
327	Analog - 4-20mA
328	Digital - 4-20mA
329	Push Buttons
330	Push Buttons - Indicates whether the instrument is fitted with Zero and/or Span calibration buttons.
331	No Push Buttons
332	Zero Pushbutton only
333	Zero & Span Pushbut.
334	Flange Type - Hardware, adjacent to the sensor, that physically connects the process to the sensor.
335	1/2in NPT-F
336	DIN
337	Conventl. + insert
338	Flange Material - Indicates the material of the flange.
339	316L + PTFE insert
340	Oring Material - Indicates the construction material of a seal that exists between the module and the flange.
341	TFE Glass filled
342	Drain Vent Material - Indicates the material of the vents.
343	AISI 303 SS
344	AISI 316L SS NACE
345	Remote Seal Isolator Material - Defines the material of the remote seal wetted diaphragm.
346	Nickel
347	Zirconium
348	Silver
349	Module Isolator Material - Indicates the material of the sensor diaphragm.
350	Remote Seal Type - Defines the type of Remote seal.
351	Threaded
352	Threaded food
353	Remote Seal Fill Fluid - Defines the remote seal filling liquid.
354	Propylene glycol/Water
355	Number of Remote Seals - Physical quantity of the seals for the remote seal that is installed.
356	Sensor Fill Fluid - Fluid material in the module.
357	Module range - This is the range for the sensor.
358	3200 kpa
359	4200 kpa
360	6000 kpa
361	75 mbar
362	125 mbar
363	150 mbar
364	600 mbar
365	1400 mbar
366	2500 mbar
367	12000 mbar
368	16000 mbar
369	24000 mbar
370	32000 mbar
371	42000 mbar
372	48000 mbar
373	60000 mbar
374	10 mpa
375	12 mpa
376	16 mpa
377	25 mpa
378	32 mpa
379	40 mpa
380	60 mpa
381	80 mpa
382	100 mpa
383	464 psia
384	609 psia
385	870 psia
386	464 psig
387	609 psig
388	870 psig
389	Calibration Type - Indicates if std. or specific on operating pressure or temperature or both.
390	Procedure Type
391	Procedure Type - It is the type of any special procedure required for the manufacture of the sensor, e.g. degreasing.
392	Oxygen Cleaning
393	Chlorine Cleaning
394	Hydrogen Preparation
395	Special Degreasing
396	Local keys mode
397	Local keys mode control - Disables the Zero and Span Push buttons.
398	LCD display mode
399	LCD display mode control - Selects the variables shown on the integral display.
400	Process variable
401	PV & % of range
402	PV & oput current
403	% of range
404	Root transfer mode
405	Root transfer function mode - selects behaviour of square root output at input values from 0 - 4 %.
406	Linear 20 % oput
407	Lin 1:1 20 % oput
408	Field Device Primary Variable Value - Represents the input pressure.
409	Sensor Limits Units
410	Sensor Limit Units and Minimum Span Units - Engineering units that the Upper Sensor Limit, Lower Sensor Limit and Minimum Span will be displayed with.
411	Module Type - Defines the Module type of the field instrument.
412	High Static Pressure
413	Special Transfer Function
414	Special Transfer Function.
415	Lower Sensor Trim Point - Applied process pressure at which the last lower sensor trim was performed. Pressure Sensor - Pressure hardware that measures pressure with respect to some reference pressure.
416	Upper Sensor Trim Point - Applied process pressure at which the last upper sensor trim was performed. Pressure Sensor - Pressure hardware that measures pressure with respect to some reference pressure.
417	Sensor trim units
418	Sensor trim units - It is the unit of the sensor trim points.
419	Maximum Working Pressure - Indicates the maximum pressure to which the transmitter can be submitted without causing danger and damage.
420	Maximum Working Pressure Units - The units of the Maximum working pressure.
421	Max sens temp
422	Maximum sensor Pressure - Indicates the maximum temperature to which the sensor or the electronic can be submitted without causing danger and damage.
423	Max sens temp units
424	Maximum sensor temperature units - The units of the Maximum sensor or electronic temperature units.
425	Min sens temp
426	Minimum sensor Temperature - Indicates the minimum temperature to which the sensor or the electronic can be submitted without causing danger and damage.
427	Min sens temp units
428	Minimum sensor temperature units - The units of the Minimum sensor or electronic temperature units.
429	A5
430	A5 coefficient - A5 coefficient for polynomial function.
431	A4
432	A4 coefficient - A4 coefficient for polynomial function.
433	A3
434	A3 coefficient - A3 coefficient for polynomial function.
435	A2
436	A2 coefficient - A2 coefficient for polynomial function.
437	A1
438	A1 coefficient - A1 coefficient for polynomial function.
439	A0
440	A0 coefficient - A0 coefficient for polynomial function.
441	Analog Output
442	Analog Output value - Indicates the current output of the field instrument.
443	Percent of Range - Digital value that is proportional to the range defined by the Lower Range Value and the Upper Range Value. The units of this variable is always in percent.
444	%
445	Upper Sensor Limit - Value that defines the absolute upper endpoint (largest magnitude) for the digital value. Pressure - Pressure of the process measured with respect to some reference pressure.
446	.1f
447	Lower Sensor Limit - Value that defines the absolute lower endpoint (smallest magnitude) for the digital value. Pressure - Pressure of the process measured with respect to some reference pressure.
448	Upper Range - Defines the operational endpoint from which the Analog Value and the Percent of Range are derived. In addition, the range values define the points at which the 'analog output saturated' warning is set.
449	Lower Range - Defines the operational endpoint from which the Analog Value and the Percent of Range are derived. In addition, the range values define the points at which the 'analog output saturated' warning is set.
450	Damping Value - Damping time constant applied to both the Digital Value and Analog Value of the respective output. The Units of this variable are always in seconds.
451	5.2f
452	2.2f
453	Static Pres
454	Tertiary variable Static Pressure Value.
455	Sta pres unit
456	Tertiary variable Static Pressure Units.
457	Stat Pres trim pt
458	Static Pressure trim point - The pressure at which static trim is to take place.
459	Stat Pres trim unit
460	Static Pressure Trim Unit - Units of the static pressure trim point.
461	MPa
462	Snsr temp
463	Secondary variable Sensor Temperature Value - The displayed temperature is not the process temperature, it is the temperature in the sensor's core.
464	Snsr temp unit
465	Secondary variable Sensor Temperature Unit.
466	Elec temp
467	Fourth Variable - Temperature of the electronics.
468	Fourth Variable Electronic Temperature Unit.
469	Product code
470	Product Code - Specifies the transmitter's code number.
471	Sepratr&/Service
472	Separator &/or Services - Indicates the code of remote seal or code for special services or calibration.
473	Manf or orifice
474	Manifold or Orifice - Indicates the code of manifold or integral orifice.
475	Min span
476	Minimum Span value - Indicates the minimum allowable value for the span. The span is the algebraic difference between the Upper and Lower Range Value.
477	Sensor Serial Number - Indicates the sensor module serial number.
478	7d
479	Back to normal
480	Note: Loop may be returned to automatic control when SEND is done
481	Back to normal with msg
482	If transfer function changed chech square root mode & poly coeffs.
483	Factory trim method - The factory trimming is a reset to the values used in the factory for the trimming operation and can be usually done without the need of external equipment.
484	Trim will be set as at factory
485	Applied values read: PV: %{1} Units: %{0}
486	Applied zero reads: PV: %{1} Units: %{0}
487	Last Input val used: Units: %{0} Hival: %{2} Loval: %{1}
488	Select choice:
489	High Trim;Low Trim;Display limits;Exit
490	Apply a Hival Pres. Higher than Loval
491	Pressure stabilizing. PLEASE WAIT...
492	Units: %{0} Pres. applied: %{1}
493	Enter applied Hival:
494	Aborting procedure due to last error
495	Apply a Loval Pres. Lower than Hival
496	Enter applied Loval:
497	SENSOR LIMITS: Units:%{0} USL: %{2} LSL: %{1}
498	Static trim
499	Static trim method - The static trimming allows a single point trim of Static Pressure
500	Static value read stat value: %{0} units: %{1}
501	Modify;Ready
502	Enter static value:
503	Rerange 4-20mA
504	Perform a device rerange to 4 - 20ma by applying source pressure input.
505	Now Apply input pressure (URV is %{0}) (LRV is %{1})
506	Current process value: %{0} %{1}
507	Read new value;Set as 4mA value;Set as 20mA value;Exit
508	Put coef0 into range 0-100
509	Put coef2 into range 0-100
510	Put coef3 into range 0-100
511	Put coef4 into range 0-100
512	Put coef5 into range 0-100
513	Put coef0 into range 0-1
514	Put coef2 into range 0-1
515	Put coef3 into range 0-1
516	Put coef4 into range 0-1
517	Put coef5 into range 0-1
518	Danger for max working pressure
519	DANGER: Change of this value affects plant and personnel safety. MUST be done by qualified personnel only.
520	Loop in manual
521	Before polling
522	WARN: TX with polling address different from 0 cannot be part of a control loop.
523	Commands the DPK pressure electronics to perform a selftest.
524	Executing selftest. PLEASE WAIT...
525	Self test terminated
526	Configure
527	Zero/Span cal
528	Status
529	Pres sensor trim
530	Sensor trim points
531	Sensor
532	Pres sensor
533	Pres sensor info
534	Temp sensor
535	Stat sensor
536	Pres input scaling
537	Display Limits
538	Product codes
539	Material Info
540	Revision #'s
541	Misc Info
542	write_variables
543	Offline
544	Polyn. coeffs
545	Up Down Scale Mode
546	Field Device Dynamic variables array
547	This is the array for the dynamic variables
548
549	Excess Correction Attempted
550	OP perc read OP perc value: %{0} PV Value: %{1}
551	Set OP perc;Ready
552	Enter new OP percent val:
553	Enter new OP perc :
554	PV Scale condition will be reset
555	PV value read PV value: %{0} units: %{1}
556	Set PV Zero;Ready
557	Set PV Value;Ready
558	Enter new PV value:
559	PV bias value set. Operation aborted
Reference ID	String