0 |
ABB |
1 |
2600T-262/264 |
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 |
CRC start up failure |
10 |
Stat Pres oopl |
11 |
Sens Temp oopl |
12 |
Elec Temp oopl |
13 |
DAC value oopl |
14 |
Different Blocks Start Up |
15 |
Over Pressure Minus |
16 |
Over Pressure Plus |
17 |
Different Match Number |
18 |
ASIC Sensor Fail |
19 |
ASIC Overflow |
20 |
ASIC Read Timeout |
21 |
T1 out of Phys Limits |
22 |
T2 out of Phys Limits |
23 |
Output saturation Low |
24 |
Output saturation High |
25 |
Analog Output Fixed |
26 |
Sensor Database Invalid |
27 |
Field Device Primary Variable Unit - Engineering unit that the Digital Value, Upper Range Value and Lower Range value will be displayed with. |
28 |
inH2O @20DegC |
29 |
inHg @0DegC |
30 |
feet H2O @20DegC |
31 |
mmH2O @20DegC |
32 |
mmHg @0DegC |
33 |
torr @0DegC |
34 |
Up-Down Scale mode - Defines the setting of the current output when fatal errors are detected. |
35 |
Up-Down Scale mode |
36 |
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. |
37 |
5th Order polyn |
38 |
Double polynomial |
39 |
Meter Installation - Defines whether there is a meter installed or not and, if integral, what information the meter will display. |
40 |
Analog 4-20mA |
41 |
Digital 4-20mA |
42 |
Integral digital |
43 |
Int.+ Analog 4-20mA |
44 |
Int.+ Digita 4-20mA |
45 |
Flange Type High Pressure Side - Hardware, adjacent to the sensor, that physically connects the process to the sensor. |
46 |
Flange Type HPS |
47 |
Lev.Flange Typ Flush |
48 |
Lev.Flange Typ Ext. |
49 |
Welded Flange |
50 |
Level Sanitary |
51 |
Level Food |
52 |
No Flange Dir.Conn. |
53 |
All welded Remote S. |
54 |
Gasketed Remote S. |
55 |
Direct Mount Seal |
56 |
Flange Material High Pressure Side - Indicates the material of the flange. |
57 |
Flange Material HPS |
58 |
Kynar |
59 |
Hastelloy C276 |
60 |
Monel 400 |
61 |
Oring Material High Pressure Side - Indicates the construction material of a seal that exists between the module and the flange. |
62 |
Oring Material HPS |
63 |
Perbunan NBR |
64 |
TFE Glass filled |
65 |
Perfuoro elastomer |
66 |
EPDM |
67 |
Drain Vent Material High Pressure Side - Indicates the material of the vents. |
68 |
Drain vent material HPS |
69 |
Remote Seal Isolator Material High Pressure Side - Defines the material of the remote seal wetted diaphragm. |
70 |
Remote seal isolator material HPS |
71 |
AISI 316L TFE Coated |
72 |
Monel Gold Plated |
73 |
Hast.C276 TFE Coated |
74 |
Module Isolator Material - Indicates the material of the sensor diaphragm. |
75 |
Remote Seal Type High Pressure Side - Defines the type of Remote seal. |
76 |
Remote seal type HPS |
77 |
Off line Threaded |
78 |
Chemical Tee |
79 |
Button |
80 |
Tri Clamp & Cherry Burrell |
81 |
Alimentary |
82 |
Union Connection |
83 |
Aseptic |
84 |
Off line flange conn. |
85 |
Sanitary Flush |
86 |
Sanitary Extended |
87 |
Flush Flanged |
88 |
Extended Flanged |
89 |
Urea Service |
90 |
Pulp & Paper |
91 |
Beverage |
92 |
Remote Seal Fill Fluid High Pressure Side - Defines the remote seal filling liquid. |
93 |
Remote seal fill fluid HPS |
94 |
Santotherm |
95 |
Silicon oil food |
96 |
Neobee |
97 |
Dowtherm |
98 |
Ethyl benzene |
99 |
Ethyl alcohol |
100 |
Propyl.glycol/Water |
101 |
Dibutyl penthalate |
102 |
Siltherm 800 |
103 |
Mercury |
104 |
DC97 9120 Pharma B-Grade |
105 |
Marcol 82 (Mineral oil) |
106 |
AN140 (Silicon oil Hi temp.) |
107 |
Syltherm XLT |
108 |
Number of Remote Seals - Physical quantity of the seals for the remote seal that is installed. |
109 |
Sensor Fill Fluid - Fluid material in the module. |
110 |
White Oil (FDA) |
111 |
Dibutyl Penthalate (ABB Fill) |
112 |
Calibration Type - Indicates if std. or specific on operating pressure or temperature or both. |
113 |
Procedure Type - It is the type of any special procedure required for the manufacture of the sensor, e.g. degreasing. |
114 |
Procedure Type |
115 |
Oxygen Cleaning |
116 |
Chlorine Cleaning |
117 |
Hydrogen Preparation |
118 |
Special Degreasing |
119 |
Local keys mode control - Disables the Zero and Span Push buttons. |
120 |
Local keys mode |
121 |
LCD display mode control - Selects the variables shown on the integral display. |
122 |
LCD display mode |
123 |
Process variable |
124 |
% of range |
125 |
Output Current |
126 |
Engineering Unit |
127 |
Field Device Primary Variable Value - Represents the input pressure. |
128 |
.3f |
129 |
.2f |
130 |
Sensor Limit Units and Minimum Span Units - Engineering units that the Upper Sensor Limit, Lower Sensor Limit and Minimum Span will be displayed with. |
131 |
Sensor Limits Units |
132 |
Module Type - Defines the Module type of the field instrument. |
133 |
Differential Piezo |
134 |
Differential Absolute Piezo |
135 |
Pressure Capacitive |
136 |
Pressure Absolute Capacitive |
137 |
Pressure Piezo |
138 |
Pressure Absolute Piezo |
139 |
Differential Inductive |
140 |
Differential Absolute Inductive |
141 |
Differential Inductive Gauge |
142 |
Pressure Inductive |
143 |
Pressure Absolute Inductive |
144 |
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. |
145 |
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. |
146 |
Sensor trim units - It is the unit of the sensor trim points. |
147 |
Sensor trim units |
148 |
Maximum Working Pressure - Indicates the maximum pressure to which the transmitter can be submitted without causing danger and damage. |
149 |
Maximum Working Pressure Units - The units of the Maximum working pressure. |
150 |
Maximum sensor Pressure - Indicates the maximum temperature to which the sensor or the electronic can be submitted without causing danger and damage. |
151 |
Max sens temp |
152 |
Max sens temp units |
153 |
Maximum sensor temperature units - The units of the Maximum sensor or electronic temperature units. |
154 |
Minimum sensor Temperature - Indicates the minimum temperature to which the sensor or the electronic can be submitted without causing danger and damage. |
155 |
Min sens temp |
156 |
Min sens temp units |
157 |
Minimum sensor temperature units - The units of the Minimum sensor or electronic temperature units. |
158 |
A5 coefficient - A5 coefficient for polynomial function. |
159 |
A5 |
160 |
1.6g |
161 |
A4 coefficient - A4 coefficient for polynomial function. |
162 |
A4 |
163 |
A3 coefficient - A3 coefficient for polynomial function. |
164 |
A3 |
165 |
A2 coefficient - A2 coefficient for polynomial function. |
166 |
A2 |
167 |
A1 coefficient - A1 coefficient for polynomial function. |
168 |
A1 |
169 |
A0 coefficient - A0 coefficient for polynomial function. |
170 |
A0 |
171 |
Analog Output value - Indicates the current output of the field instrument. |
172 |
Analog Output |
173 |
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. |
174 |
% |
175 |
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. |
176 |
.1f |
177 |
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. |
178 |
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. |
179 |
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. |
180 |
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. |
181 |
2.2f |
182 |
5.2f |
183 |
Tertiary variable Static Pressure Value. |
184 |
Static Pres |
185 |
Tertiary variable Static Pressure Units. |
186 |
Sta pres unit |
187 |
Static Pressure trim point - The pressure at which static trim is to take place. |
188 |
Stat Pres trim pt |
189 |
Static Pressure Trim Unit - Units of the static pressure trim point. |
190 |
Stat Pres trim unit |
191 |
Secondary variable Sensor Temperature Value - The displayed temperature is not the process temperature, it is the temperature in the sensor's core. |
192 |
Snsr temp |
193 |
Secondary variable Sensor Temperature Unit. |
194 |
Snsr temp unit |
195 |
Fourth Variable - Free Variable in Engineering Units. |
196 |
Free Variable |
197 |
Free Variable Units |
198 |
degrees celsius |
199 |
degrees fahrenheit |
200 |
degrees rankine |
201 |
degrees kelvin |
202 |
cubic feet per minute |
203 |
gallons per minute |
204 |
liters per minute |
205 |
imperial gallons per minute |
206 |
cubic meter per hour |
207 |
gallons per second |
208 |
million gallons per day |
209 |
liters per second |
210 |
million liters per day |
211 |
cubic feet per second |
212 |
cubic feet per day |
213 |
cubic meters per second |
214 |
cubic meters per day |
215 |
imperial gallons per hour |
216 |
imperial gallons per day |
217 |
normal cubic meter per hour |
218 |
normal liter per hour |
219 |
standard cubic feet per minute |
220 |
cubic feet per hour |
221 |
cubic meters per minute |
222 |
barrels per second |
223 |
barrels per minute |
224 |
barrels per hour |
225 |
barrels per day |
226 |
gallons per hour |
227 |
imperial gallons per second |
228 |
liters per hour |
229 |
gallons per day |
230 |
feet per second |
231 |
meters per second |
232 |
inches per second |
233 |
inches per minute |
234 |
feet per minute |
235 |
meters per hour |
236 |
gallons |
237 |
liters |
238 |
imperial gallons |
239 |
cubic meters |
240 |
barrels |
241 |
bushels |
242 |
cubic yards |
243 |
cubic feet |
244 |
cubic inches |
245 |
bbl liq |
246 |
normal cubic meter |
247 |
normal liter |
248 |
standard cubic feet |
249 |
hectoliters |
250 |
feet |
251 |
meters |
252 |
inches |
253 |
cm |
254 |
mm |
255 |
minutes |
256 |
seconds |
257 |
hours |
258 |
days |
259 |
grams |
260 |
kilograms |
261 |
metric_tons |
262 |
pounds |
263 |
short_tons |
264 |
long tons |
265 |
ounce |
266 |
grams per second |
267 |
grams per minute |
268 |
grams per hour |
269 |
kilograms per second |
270 |
kilograms per minute |
271 |
kilograms per hour |
272 |
kilograms per day |
273 |
metric tons per minute |
274 |
metric tons per hour |
275 |
metric tons per day |
276 |
pounds per second |
277 |
pounds per minute |
278 |
pounds per hour |
279 |
pounds per day |
280 |
short tons per minute |
281 |
short tons per hour |
282 |
short tons per day |
283 |
long tons per hour |
284 |
long tons per day |
285 |
specific gravity units |
286 |
grams per cubic centimeter |
287 |
kilograms per cubic meter |
288 |
pounds per gallon |
289 |
pounds per cubic foot |
290 |
grams per milliliter |
291 |
kilograms per liter |
292 |
grams per liter |
293 |
pounds per cubic inch |
294 |
short tons per cubic yard |
295 |
degrees twaddell |
296 |
degrees baume heavy |
297 |
degrees baume light |
298 |
degrees API |
299 |
millivolts |
300 |
volts |
301 |
milliamperes |
302 |
ohms |
303 |
kohms |
304 |
microsiemens |
305 |
percent |
306 |
pH |
307 |
milli siemens per centimeter |
308 |
micro siemens per centimeter |
309 |
degrees |
310 |
Sensor Serial Number - Indicates the sensor module serial number. |
311 |
7d |
312 |
Up Down Scale Mode |
313 |
This is the array for the dynamic variables |
314 |
Field Device Dynamic variables array |
315 |
|
316 |
Excess Correction Attempted |
317 |
Configure |
318 |
Zero/Span cal |
319 |
Status |
320 |
Pres sensor trim |
321 |
Sensor trim points |
322 |
Sensor |
323 |
Pres sensor |
324 |
Pres sensor info |
325 |
Temp sensor |
326 |
Stat sensor |
327 |
Pres input scaling |
328 |
Display Limits |
329 |
Revision #'s |
330 |
Misc Info |
331 |
Offline |
332 |
Back to normal |
333 |
Back to normal with msg |
334 |
Factory trim |
335 |
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. |
336 |
Static trim method - The static trimming allows a single point trim of Static Pressure |
337 |
Static trim |
338 |
Rerange 4-20mA |
339 |
Perform a device rerange to 4 - 20ma by applying source pressure input. |
340 |
Put coef0 into range 0-100 |
341 |
Put coef2 into range 0-100 |
342 |
Put coef3 into range 0-100 |
343 |
Put coef4 into range 0-100 |
344 |
Put coef5 into range 0-100 |
345 |
Put coef0 into range 0-1 |
346 |
Put coef2 into range 0-1 |
347 |
Put coef3 into range 0-1 |
348 |
Put coef4 into range 0-1 |
349 |
Put coef5 into range 0-1 |
350 |
Danger for max working pressure |
351 |
Loop in manual |
352 |
Before polling |
353 |
Commands the DPK pressure electronics to perform a selftest. |
354 |
Polyn. coeffs |
355 |
Input Conditioning |
356 |
LCD Conditioning |
357 |
Double Polynomial coefficients |
358 |
Primary Variable Bias Unit Code |
359 |
PV Bias Unit Code |
360 |
bias pv value |
361 |
bias_pv_value |
362 |
Limit for double polynomial function |
363 |
limit_double_pol % |
364 |
Set lower range value on O/P selected |
365 |
low_range_op |
366 |
Set upper range value on O/P selected |
367 |
upper_range_op |
368 |
Cut Linear value on square root |
369 |
cut_linear % |
370 |
Free Variable High Limit |
371 |
Free Variable Low Limit |
372 |
LCD Transfer Function - Defines the transformation function that will be applied to the LCD indication |
373 |
LCD transfer function |
374 |
LCD Variable in Engineering Units. |
375 |
LCD Variable Units |
376 |
barrels help |
377 |
grams per liter help |
378 |
LCD Variable High Limit |
379 |
LCD Variable Low Limit |
380 |
B2 Coefficient - B2 coefficient for second polynomial |
381 |
dpcoeff_b2 |
382 |
B1 Coefficient - B1 coefficient for second polynomial |
383 |
dpcoeff_b1 |
384 |
B0 Coefficient - B0 coefficient for second polynomial |
385 |
dpcoeff_b0 |
386 |
A2 Coefficient - A2 coefficient for second polynomial |
387 |
dpcoeff_a2 |
388 |
A1 Coefficient - A1 coefficient for second polynomial |
389 |
dpcoeff_a1 |
390 |
A0 Coefficient - A0 coefficient for second polynomial |
391 |
dpcoeff_a0 |
392 |
Apply process too high |
393 |
Apply process too low |
394 |
Span too small |
395 |
Warning Lower Range value pushed |
396 |
Warning Upper Range value pushed |
397 |
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. |
398 |
Put coeff b2 into range 0-100 |
399 |
Put coeff b2 into range 0-1 |
400 |
Put coeff b0 into range 0-100 |
401 |
Put coeff b0 into range 0-1 |
402 |
Put coeff a2 into range 0-100 |
403 |
Put coeff a2 into range 0-1 |
404 |
Put coeff a1 into range 0-100 |
405 |
Put coeff a1 into range 0-1 |
406 |
Put coeff a0 into range 0-100 |
407 |
Put coeff a0 into range 0-1 |
408 |
Put limit double coeff into range 0-100% |
409 |
Put limit double coeff into range 0-1 |
410 |
Set OP % Low |
411 |
Set OP % Low method - The OP % is set to the inserted valueLow range will be related to this value |
412 |
Set OP Perc High |
413 |
Set OP Perc High method - The OP Perc is set to the inserted valueHigh range will be related to this value |
414 |
PV Bias Reset |
415 |
PV Scaling Reset method - The PV Scaling condition is reset |
416 |
Set PV Zero |
417 |
Set PV Zero method - The PV Scaling condition is a reset |
418 |
Set PV Val |
419 |
Set PV Value method - The PV Scaling condition is setTo the inserted value |
420 |
Full trim method - The full trimming allows the performance of high or low trim. |
421 |
Full trim |
422 |
Flange Type LOW Pressure Side - Hardware, adjacent to the sensor, that physically connects the process to the sensor. |
423 |
Flange Type LPS |
424 |
Flange Material Low Pressure Side - Indicates the material of the flange. |
425 |
Flange Material LPS |
426 |
Oring Material LOW Pressure Side - Indicates the construction material of a seal that exists between the module and the flange. |
427 |
Oring Material LPS |
428 |
Drain Vent Material Low Pressure Side - Indicates the material of the vents. |
429 |
Drain vent material LPS |
430 |
Remote Seal Isolator Material Low Pressure Side - Defines the material of the remote seal wetted diaphragm. |
431 |
Remote seal isolator material LPS |
432 |
Remote Seal Type Low Pressure Side - Defines the type of Remote seal. |
433 |
Remote seal type LPS |
434 |
Remote Seal Fill Fluid Low Pressure Side - Defines the remote seal filling liquid. |
435 |
Remote seal fill fluid LPS |
436 |
Gauge Process Connection Material - Indicates the material of process connection for gauge version. |
437 |
Gauge Process Conn. Material |
438 |
Output Current Fault High Limit High Limit for fail mode condition |
439 |
OP Current Fault HL |
440 |
Output Current Fault Low Limit Low Limit for fail mode condition |
441 |
OP Current Fault LL |
442 |
Output Current Saturation High Limit High Limit for Saturation mode condition |
443 |
OP Current Saturation HL |
444 |
Output Current Saturation Low Limit High Limit for Saturation mode condition |
445 |
OP Current Saturation LL |
446 |
Minimum Span value - Indicates the minimum allowable value for the span. The span is the algebraic difference between the Upper and Lower Range Value. |
447 |
Min span |
448 |
Material Info |
449 |
write_variables |
450 |
Output Conditioning |
451 |
FMU860 |
452 |
DT |
453 |
DVC |
454 |
FCX |
455 |
AS800 |
456 |
340T |
457 |
340C |
458 |
344 |
459 |
Siemens Micro K |
460 |
SITRANS L |
461 |
SIPAN PH |
462 |
SITRANS P |
463 |
75SMT |
464 |
UNIDELTA |
465 |
8320 |
466 |
SX5100 |
467 |
TSV175 |
468 |
DMU |
469 |
3780 |
470 |
BM70 |
471 |
8u |
472 |
low |
473 |
high |
474 |
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. |
475 |
Send warning |
476 |
Send Warning- Yields a units code notice to the User. |
477 |
Variables which use this as the units code will be in the previous units until this value is sent to the device. |
478 |
Note: Loop may be returned to automatic control when SEND is done |
479 |
If transfer function changed chech square root mode & poly coeffs. |
480 |
Trim will be set as at factory |
481 |
Static value read
stat value: %{0}
units: %{1} |
482 |
Modify;Ready |
483 |
Enter static value: |
484 |
Aborting procedure due to last error |
485 |
Now Apply input pressure
(URV is %{0})
(LRV is %{1}) |
486 |
Current process value: %{0} %{1} |
487 |
Read new value;Set as 4mA value;Set as 20mA value;Exit |
488 |
DANGER: Change of this value affects plant and personnel safety. MUST be done by qualified personnel only. |
489 |
WARN: TX with polling address different from 0 cannot be part of a control loop. |
490 |
Executing selftest. PLEASE WAIT... |
491 |
Self test terminated |
492 |
OP perc read
OP perc value: %{0}
PV Value: %{1} |
493 |
Set OP perc;Ready |
494 |
Enter new OP percent val: |
495 |
Enter new OP perc : |
496 |
PV Scale condition will be reset |
497 |
PV value read
PV value: %{0}
units: %{1} |
498 |
Set PV Zero;Ready |
499 |
Set PV Value;Ready |
500 |
Enter new PV value: |
501 |
PV bias value set. Operation aborted |
502 |
Applied values read:
PV: %{1}
Units: %{0} |
503 |
Applied zero reads:
PV: %{1}
Units: %{0} |
504 |
Last Input val used:
Units: %{0}
Hival: %{2}
Loval: %{1} |
505 |
Select choice: |
506 |
High Trim;Low Trim;Display limits;Exit |
507 |
Apply a Hival Pres. Higher than Loval |
508 |
Pressure stabilizing. PLEASE WAIT... |
509 |
Units: %{0}
Pres. applied: %{1} |
510 |
Enter applied Hival: |
511 |
Apply a Loval Pres. Lower than Hival |
512 |
Enter applied Loval: |
513 |
SENSOR LIMITS:
Units:%{0}
USL: %{2}
LSL: %{1} |
514 |
CALIBRATION:
Units:%{3}
URL: %{4}
URL: %{5} |