| 0 |
Write Common Display Settings |
| 1 |
Set Display Write Error Flag |
| 2 |
ErrorFlag |
| 3 |
reserved |
| 4 |
Read Var Assignment |
| 5 |
Write Display |
| 6 |
DAC Failure |
| 7 |
Loop Voltage Low |
| 8 |
Incorrect supply voltage. Check the power supply and loop resistance are within spec. If they are then replace the Electronics Module. |
| 9 |
Temp Above 100C |
| 10 |
The board temperature is high. Verify the environment is within spec. If it is, then replace Electronics Module. |
| 11 |
Temp Above 140C |
| 12 |
Under Current Status |
| 13 |
Reset the device. If problem persist, replace the Electronics Module. |
| 14 |
Over Current Status |
| 15 |
Packet Error |
| 16 |
Reset the device. |
| 17 |
SPI Failure |
| 18 |
Communication |
| 19 |
RAM Status |
| 20 |
SIL diagnostic failure. Reset the device. If problem persist, replace the Electronics module. |
| 21 |
ROM Status |
| 22 |
Program Flow Status |
| 23 |
Display |
| 24 |
Display Comm Timeout |
| 25 |
Commuincation between the Elecronics Module and Display has failed. Secure Display connections and recheck. If problem persists, replace the Display. |
| 26 |
Display Config Data Corrupt |
| 27 |
Display configuration data has been corrupted. Reset the device. Device will try to restore last saved configuration. If CRC still doesn't match with last configuration, the NVM block will be defaulted. User will need to reconfigure display Screens. |
| 28 |
DAC Info |
| 29 |
Control Word Write Fault |
| 30 |
Low Transmitter supply |
| 31 |
Incorrect supply voltage.Check the power supply and loop resistance are within spec. If they are, then replace the Electronics Module. |
| 32 |
Sensor |
| 33 |
Low sensor supply |
| 34 |
This can be caused by low supply voltage from the Comm Board or by loading by the Sensor or comm board.
If possible try to increase the voltage level of supply.Try replacing the Comm Board. If that does not fix the problem replace the Meter Body. |
| 35 |
Meter Body Failure |
| 36 |
If following a power cycle the failure recurs, then replace the Meter Body |
| 37 |
Char Table CRC Fault |
| 38 |
PV, SV, TV Bad |
| 39 |
Suspect Input |
| 40 |
Replace the Meter Body. |
| 41 |
RAM Failure |
| 42 |
ROM Failure |
| 43 |
Program Flow Failure |
| 44 |
If following a power cycle the failure recurs, then replace the Meter Body. |
| 45 |
Excess Zero Correction |
| 46 |
ZERO correction factor is outside acceptable limits. Could be that INPUT was incorrect or transmitter was in output mode during a CORRECT procedure.
Check input pressure and be sure that it matches calibrated range value.
Check Meter Mody.
Do an LRV CORRECT procedure. |
| 47 |
Excess Span Correction |
| 48 |
SPAN correction factor is outside acceptable limits. Could be that transmitter was in output mode.
Check input pressure and be sure that it matches calibrated range value.
Check Meter Body.
Do a URV CORRECT procedure. |
| 49 |
Characterization Calc Error |
| 50 |
Characterization Calculation Error |
| 51 |
PV Bad |
| 52 |
If following a power cycle the flow failure recurs, then replace the Meterbody |
| 53 |
SV Bad |
| 54 |
TV Bad |
| 55 |
PV Out of Range |
| 56 |
Calculated pressure is above Upper Transducer Limit(UTL).
Check Range and, if required, replace transmitter with one that has wider range.
Meter Body may have been damaged. Check the transmitter for accuracy and linearity. Replace Meter Body and recalibrate, if needed. |
| 57 |
Sensor RAM Database Fault |
| 58 |
Replace the Meter Body |
| 59 |
Database Integrity |
| 60 |
Common DB Corrupt |
| 61 |
Common database found corrupt.
Reset the device. |
| 62 |
Vital Config DB Corrupt |
| 63 |
Vital configuration database found corrupt.
Reset the device. |
| 64 |
General Config DB Corrupt |
| 65 |
General configuration database found corrupt.
Reset the device. |
| 66 |
Config Change DB Corrupt |
| 67 |
Configuration Change database found corrupt.
Reset the device. |
| 68 |
Adv Diag DB Corrupt |
| 69 |
Advanced diagnostics database found corrupt.
Reset the device. |
| 70 |
Display Screen Config DB Corrupt |
| 71 |
Display Screen configuration database found corrupt.
Reset the device. |
| 72 |
Display Common Config DB Corrupt |
| 73 |
Display common configuration database found corrupt.
Reset the device. |
| 74 |
Display Integrity |
| 75 |
Display Screen 1 Corrupt |
| 76 |
Display Screen 2 Corrupt |
| 77 |
Display Screen 3 Corrupt |
| 78 |
Display Screen 4 Corrupt |
| 79 |
Display Screen 5 Corrupt |
| 80 |
Display Screen 6 Corrupt |
| 81 |
Display Screen 7 Corrupt |
| 82 |
Display Screen 8 Corrupt |
| 83 |
ADC0 fault |
| 84 |
ADC0 fault. |
| 85 |
ADC1 fault |
| 86 |
ADC1 fault. |
| 87 |
ADC reference fault |
| 88 |
ADC reference fault |
| 89 |
Defines the highest acceptable value for the Transducer. UTL = 2*URL if DP type. UTL = 1.5*URL if AP or GP type. SPAN cannot be greater than UTL. Engineering Unit for UTL and URL are the same as PV Unit) |
| 90 |
UTL |
| 91 |
.4g |
| 92 |
Defines the lowest acceptable value for the Transducer. LTL = -2*URL if DP type. LTL = 0 if AP or GP type. SPAN cannot be greater than UTL. Engineering Unit for UTL and URL are the same as PV Unit |
| 93 |
LTL |
| 94 |
TV (Static Pressure) Unit - Engineering unit to be displayed with the Digital Value representation |
| 95 |
Bad |
| 96 |
Manual / Fixed |
| 97 |
Poor Accuracy |
| 98 |
Good |
| 99 |
Not Limited |
| 100 |
Low Limited |
| 101 |
High Limited |
| 102 |
Constant |
| 103 |
More Device Family Status Available |
| 104 |
7d |
| 105 |
Units |
| 106 |
Meter Body ID - Gives the Meter Body bar code |
| 107 |
Meter Body ID |
| 108 |
Indicates if the Local Display is installed in the device or not |
| 109 |
Display Installed |
| 110 |
Yes |
| 111 |
No |
| 112 |
Temp snsr s/n |
| 113 |
Secondary Variable Units - Sensor temperature engineering units |
| 114 |
Meter Body Temperature Value or Secondary Variable (SV) |
| 115 |
SV |
| 116 |
.2f |
| 117 |
PV |
| 118 |
TV |
| 119 |
Allows disabling Write Protect and changing the password |
| 120 |
Write Protect Password |
| 121 |
Allows to enter new password |
| 122 |
New write Protect Password |
| 123 |
Allows to enter reset password code |
| 124 |
Reset Password code |
| 125 |
Allows disabling Write protect and changing the password |
| 126 |
Write Protect Status |
| 127 |
Diasable |
| 128 |
Enable |
| 129 |
Read |
| 130 |
Change the Password |
| 131 |
Date Of Current Zero Correct |
| 132 |
Date of current zero trim |
| 133 |
Timestamp (Hours) Of Current Zero Correct |
| 134 |
Timestamp (hours) of current zero trim |
| 135 |
Timestamp (Minutes) Of Last Zero Correct |
| 136 |
Timestamp (minutes) of last zero trim |
| 137 |
Sensor module rev |
| 138 |
Firmware version of the sensor module |
| 139 |
Comm module rev |
| 140 |
Firmware version of the communication module |
| 141 |
Low Flow Cutoff Mode |
| 142 |
Allows selecting User configurable single Breakpoint mode or Dual slope mode. When 'User configurable' option is selected it allows the user to specify a single breakpoint as the low flow cutoff point. When 'Dual Slope' is selected, device uses a dual slope formula to determine the low flow cutoff point.When 'Zero Flow' is selected,it sets analog output to 4mA when square root / flow is below user defined flow cutoff value. |
| 143 |
User Config |
| 144 |
Dual Slope |
| 145 |
Zero Flow |
| 146 |
Low Flow Cutoff Brkpt(User Config Mode only) |
| 147 |
User specified single breakpoint as the low flow cutoff point when the Transfer Function is set to Square Root and Low flow cutoff mode is 'User configurable'. Range is 0 to 25.0 %Flow. |
| 148 |
% |
| 149 |
Install Date |
| 150 |
Transmitter installation date in MM/DD/YYYY format.This is one time writable parameter. |
| 151 |
Gives the total time of the device being operational |
| 152 |
Time In Operation |
| 153 |
Gives the total time of the sensor being operational |
| 154 |
Sensor Time In Operation |
| 155 |
Dummy Variable1 |
| 156 |
|
| 157 |
Timestamp of Power failure |
| 158 |
Power Fail Timestamp |
| 159 |
Number of times the device is power cycled |
| 160 |
Power Cycles |
| 161 |
Date Of Current URV Correct |
| 162 |
Date of current URV correct |
| 163 |
Date Of Last URV Correct |
| 164 |
Date Of Previous URV Correct |
| 165 |
Date of previous URV correct |
| 166 |
Timestamp (Hours) Of Current URV Correct |
| 167 |
Timestamp (hours) of current URV correct |
| 168 |
Timestamp (Hours) Of Last URV Correct |
| 169 |
Timestamp (hours) of last URV correct |
| 170 |
Timestamp (Hours) Of Previous URV Correct |
| 171 |
Timestamp (hours) of previous URV correct |
| 172 |
Timestamp (Minutes) Of Current URV Correct |
| 173 |
Timestamp (minutes) of current URV correct |
| 174 |
Timestamp (Minutes) Of Last URV Correct |
| 175 |
Timestamp (minutes) of last URV correct |
| 176 |
Timestamp (Minutes) Of Previous URV Correct |
| 177 |
Timestamp (minutes) of previous URV correct |
| 178 |
Timestamp (Seconds) Of Last URV Correct |
| 179 |
Timestamp (seconds) of last URV correct |
| 180 |
Timestamp (Seconds) Of Previous URV Correct |
| 181 |
Timestamp (seconds) of previous URV correct |
| 182 |
Date Of Current LRV Correct |
| 183 |
Date of current LRV correct |
| 184 |
Date Of Last LRV Correct |
| 185 |
Date of last LRV correct |
| 186 |
Date Of Previous LRV Correct |
| 187 |
Date of previous LRV correct |
| 188 |
Timestamp (Hours) Of Current LRV Correct |
| 189 |
Timestamp (hours) of current LRV correct |
| 190 |
Timestamp (Hours) Of Last LRV Correct |
| 191 |
Timestamp (hours) of last LRV correct |
| 192 |
Timestamp (Hours) Of Previous LRV Correct |
| 193 |
Timestamp (hours) of previous LRV correct |
| 194 |
Timestamp (Minutes) Of Current LRV Correct |
| 195 |
Timestamp (minutes) of current LRV correct |
| 196 |
Timestamp (Minutes) Of Last LRV Correct |
| 197 |
Timestamp (minutes) of last LRV correct |
| 198 |
Timestamp (Minutes) Of Previous LRV Correct |
| 199 |
Timestamp (minutes) of previous LRV correct |
| 200 |
Timestamp (Seconds) Of Last LRV Correct |
| 201 |
Timestamp (seconds) of last LRV correct |
| 202 |
Timestamp (Seconds) Of Previous LRV Correct |
| 203 |
Timestamp (seconds) of previous LRV correct |
| 204 |
Date Of Last Zero Correct |
| 205 |
Date of last zero trim |
| 206 |
Date Of Previous Zero Correct |
| 207 |
Date of previous zero trim |
| 208 |
Timestamp (Hours) Of Last Zero Correct |
| 209 |
Timestamp (hours) of last zero trim |
| 210 |
Timestamp (Hours) Of Previous Zero Correct |
| 211 |
Timestamp (hours) of previous zero trim |
| 212 |
Timestamp (Minutes) Of Current Zero Correct |
| 213 |
Timestamp (minutes) of current zero trim |
| 214 |
Timestamp (Minutes) Of Previous Zero Correct |
| 215 |
Timestamp (minutes) of previous zero trim |
| 216 |
Date Of Current Reset Corrects |
| 217 |
Date of current Reset Correct |
| 218 |
Date Of Last Reset Corrects |
| 219 |
Date of last Reset Correct |
| 220 |
Date Of Previous Reset Corrects |
| 221 |
Date of previous Reset Correct |
| 222 |
Timestamp (Hours) Of Current Reset Corrects |
| 223 |
Timestamp (hours) of current Reset Correct |
| 224 |
Timestamp (Hours) Of Last Reset Corrects |
| 225 |
Timestamp (hours) of last Reset Corrects |
| 226 |
Timestamp (Hours) Of Previous Reset Corrects |
| 227 |
Timestamp (hours) of previous Reset Correct |
| 228 |
Timestamp (Minutes) Of Current Reset Corrects |
| 229 |
Timestamp (minutes) of current Reset Correct |
| 230 |
Timestamp (Minutes) Of Last Reset Corrects |
| 231 |
Timestamp (minutes) of last Reset Correct |
| 232 |
Timestamp (Minutes) Of Previous Reset Corrects |
| 233 |
Timestamp (minutes) of previous Reset Correct |
| 234 |
Electronics Temperature value |
| 235 |
ET |
| 236 |
Maximum limit of Electronics Temperature |
| 237 |
Max ET Limit |
| 238 |
Minimum limit of Electronics Temperature |
| 239 |
Min ET Limit |
| 240 |
Maximum value of Electronics Temperature |
| 241 |
Max ET Value |
| 242 |
Minimum value of Electronics Temperature |
| 243 |
Min ET Value |
| 244 |
Number of minutes Electronics Temperature was above upper stress limit |
| 245 |
Time Above Upper Stress Limit |
| 246 |
minutes |
| 247 |
Number of minutes Electronics Temperature was below lower stress limit |
| 248 |
Time Below Lower Stress Limit |
| 249 |
Time Since Last Event of Electronics Temperature that went to upper band |
| 250 |
Time Since Last ET Up |
| 251 |
Time Since Last Event of Electronics Temperature that went to lower band |
| 252 |
Time Since Last ET Down |
| 253 |
Maximum value of pv |
| 254 |
Max PV |
| 255 |
Minimum value of pv |
| 256 |
Min PV |
| 257 |
Number of minutes PV was above upper stress limit |
| 258 |
Number of minutes PV was below lower stress limit |
| 259 |
Time Since Last Event of PV that went to upper band |
| 260 |
Time Since Last Event |
| 261 |
Time Since Last Event of PV that went to lower band |
| 262 |
Time Since Last PV Down |
| 263 |
Static Pressure |
| 264 |
.3f |
| 265 |
Maximum limit of Static Pressure |
| 266 |
Max TV Limit |
| 267 |
psi |
| 268 |
Minimum limit of Static Pressure |
| 269 |
Min TV Limit |
| 270 |
Maximum value of Static Pressure |
| 271 |
Max TV Value |
| 272 |
Number of minutes SP above upper stress limit |
| 273 |
Time Since Last Event of Static Pressure that went to upper band |
| 274 |
Time Since Last TV Up |
| 275 |
Meter Body Stress Monitor |
| 276 |
Meter Body Stress Life |
| 277 |
Meter Body Service Life |
| 278 |
Maximum limit of Meter Body temp. |
| 279 |
Max SV Limit |
| 280 |
degC |
| 281 |
degF |
| 282 |
degR |
| 283 |
Kelvin |
| 284 |
Minimum limit of Meter Body temp. |
| 285 |
Min SV Limit |
| 286 |
Maximum value of Meter Body Temp. |
| 287 |
Max SV Value |
| 288 |
Minimum value of Meter Body Temp. |
| 289 |
Min SV Value |
| 290 |
Number of minutes Meter Body Temperature was above upper stress limit |
| 291 |
Number of minutes Meter Body Temperature was below lower stress limit |
| 292 |
Time Since Last Event of Meter Body Temperature that went to upper band |
| 293 |
Time Since Last SV Up |
| 294 |
Time Since Last Event of Meter Body Temperature that went to lower band |
| 295 |
Time Since Last SV Down |
| 296 |
It gives the time duration for which the device has been under stress. Definition of Stress: It is the condition of the device in which any of the process variable/s exceed/s its stress limit/s. |
| 297 |
Comm Module Stress Life |
| 298 |
It gives the value of the device life already consumed. The consumption of device life depends upon the 'Time in operation' and the 'Device Stress Life' parameters. More the value of these parameters more is the life consumed. Device's life can be effectively used by ensuring lesser value of Device stress life |
| 299 |
Comm Module Service Life |
| 300 |
Gives current operating voltage of the device |
| 301 |
Current Operating Voltage |
| 302 |
volts |
| 303 |
Minimum value of operating voltage |
| 304 |
Min Op Voltage |
| 305 |
Time since the operating voltage was at its minimum |
| 306 |
Time Since Operating Voltage Last At Minimum |
| 307 |
Maximum value of sensor CPU core temperature |
| 308 |
Max. Sensor CPU Temp. |
| 309 |
Minimum value of sensor CPU core temperature |
| 310 |
Min. Sensor CPU Temp. |
| 311 |
Number of minutes sensor CPU core temperature was above upper stress limit |
| 312 |
Time Above Upper Stress Limit |
| 313 |
Number of minutes sensor CPU core temperature was below lower stress limit |
| 314 |
Time Below Lower Stress Limit |
| 315 |
Time Since Last Event of sensor CPU core temperature that went to upper band |
| 316 |
Time Since Last Sensor CPU Temp. Up |
| 317 |
Time Since Last Event of sensor CPU core temperature that went to lower band |
| 318 |
Time Since Last Sensor CPU Temp. Down |
| 319 |
Maximum value of sensor supply voltage |
| 320 |
Max. AVDD |
| 321 |
Time Since Last Event of sensor supply voltage that went to upper band |
| 322 |
Time Since Last AVDD Up |
| 323 |
Minimum value of sensor supply voltage |
| 324 |
Min. AVDD |
| 325 |
Time Since Last Event of sensor supply voltage that went to lower band |
| 326 |
Time Since Last AVDD Down |
| 327 |
Saturation Selection |
| 328 |
Allows selecting the saturation current value; when selection is Honeywell, low and high saturation values are 3.8 and 20.8 mA; when selection is NAMUR, low and high saturation values are 3.8 and 20.5 mA. |
| 329 |
Honeywell |
| 330 |
Output saturation value (low/high): 3.8 / 20.8 |
| 331 |
NAMUR |
| 332 |
Output saturation value (low/high): 3.8 / 20.5 |
| 333 |
Key#1 |
| 334 |
S |
| 335 |
Key#2 |
| 336 |
T |
| 337 |
Transmitter Type |
| 338 |
AP |
| 339 |
DP |
| 340 |
GP |
| 341 |
Key#4 |
| 342 |
8 |
| 343 |
7 |
| 344 |
Key#5 |
| 345 |
0 |
| 346 |
1 |
| 347 |
2 |
| 348 |
3 |
| 349 |
4 |
| 350 |
5 |
| 351 |
6 |
| 352 |
9 |
| 353 |
Key#6 |
| 354 |
L |
| 355 |
Key#7 |
| 356 |
|
| 357 |
- |
| 358 |
C |
| 359 |
c |
| 360 |
Barrier Diaphragm |
| 361 |
316L Stainless Steel |
| 362 |
Hastelloy® C-276 |
| 363 |
Monel® 400 |
| 364 |
Tantalum |
| 365 |
Gold Plated Stainless Steel |
| 366 |
Gold Plated Hastelloy C-276 |
| 367 |
Gold Plated Monel 400 |
| 368 |
Flange Type & Material |
| 369 |
Without process flange(Mount with manifold) |
| 370 |
Coplanar flange - 316/316L SST |
| 371 |
Coplanar flange - HastelloyC - 276 |
| 372 |
Coplanar flange - Monel 400 |
| 373 |
Traditional flange - 316/316L SST |
| 374 |
Traditional flange - Hastelloy C - 276 |
| 375 |
Traditional flange - Monel 400 |
| 376 |
Fill Fluid |
| 377 |
Silicone Oil 200 |
| 378 |
Fluorinated Oil CTFE |
| 379 |
Process Connection-Size/Type |
| 380 |
None |
| 381 |
1/4' NPT female |
| 382 |
DIN19213 1/4' NPT female |
| 383 |
1/2' NPT female |
| 384 |
Process Connection-Material |
| 385 |
Standard with process flange |
| 386 |
With Adaptor,Materials to Match process flange |
| 387 |
Bolt Materials |
| 388 |
Carbon Steel |
| 389 |
316 SS |
| 390 |
Grade 660 (NACE A286) |
| 391 |
Vent/Drain Process Flange Type |
| 392 |
Coplanar without process flange |
| 393 |
Coplanar Process flange/Dual Ended Traditional flange |
| 394 |
Coplanar/Single Ended Traditional flange |
| 395 |
Vent Location/Type/Plug Material |
| 396 |
Side/End,Standard Vent,Match Process Flange |
| 397 |
Side/End,Center Vent,Stainless Steel Only |
| 398 |
Side/End,Plug Only,Match Process Flange |
| 399 |
Blind/Blind,None |
| 400 |
Gasket Materials |
| 401 |
Teflon or PTFE (Glass Filled) |
| 402 |
Medium Static Pressure - 3625 psig (250 bar) except STD715C: 50 psi (3.5 bar) |
| 403 |
Standard Static Pressure - 4500 psig (310 bar) except STD715C: 50 psi (3.5 bar) |
| 404 |
Hastelloy C-276 |
| 405 |
Monel 400 |
| 406 |
Gold Plated 316L SS |
| 407 |
Process Head Mat'l/Reference Head Mat'l |
| 408 |
Reference Head Material applicable only for AP and GP type meter bodies |
| 409 |
Plated Carbon Steel |
| 410 |
316 Stainless Steel |
| 411 |
Plated Carbon Steel/Plated Carbon Steel |
| 412 |
316 Stainless Steel/316 Stainless Steel |
| 413 |
Hastelloy C-276/316 Stainless Steel |
| 414 |
Silicone Oil DC-200 |
| 415 |
Silicone Oil DC704 |
| 416 |
Neobee M-20 |
| 417 |
Error |
| 418 |
9/16' Aminco |
| 419 |
1/2' NPT (male) |
| 420 |
1/2' NPT (female) |
| 421 |
DIN 19213 (1/4' female NPT) |
| 422 |
None (1/4' NPTF female thread Std) |
| 423 |
Materials to Match Head & Head Bolt Materials Selections |
| 424 |
Same as Process Head |
| 425 |
Bolt/Nuts Materials |
| 426 |
Grade 660 (NACE A286) with NACE 304 SS Nuts |
| 427 |
Grade 660 (NACE A286) Bolts & Nuts |
| 428 |
Monel K500 |
| 429 |
Super Duplex |
| 430 |
B7M |
| 431 |
Vent/Drain Location |
| 432 |
Side w/Vent |
| 433 |
Side w/Center Vent |
| 434 |
End w/Vent |
| 435 |
End w/Center Vent |
| 436 |
Side w/ Vent & End w/Plug |
| 437 |
Head Type |
| 438 |
Single Ended |
| 439 |
Dual Ended |
| 440 |
Vent Material |
| 441 |
Matches Head Material |
| 442 |
Stainless Steel Only |
| 443 |
Teflon® or PTFE (Glass Filled) |
| 444 |
Viton® or Fluorocarbon Elastomer |
| 445 |
Viton® |
| 446 |
Graphite |
| 447 |
Standard Static Pressure-4500 psig(315 bar) |
| 448 |
Table I Information |
| 449 |
Key number selection |
| 450 |
Key Number Selection |
| 451 |
Table II Information |
| 452 |
Table III Information |
| 453 |
Table IV Information |
| 454 |
Write protect disable/change password |
| 455 |
Write Protect Edit |
| 456 |
Transfer Function |
| 457 |
4mA current value |
| 458 |
20mA current value |
| 459 |
Damping |
| 460 |
Poll Addr |
| 461 |
mA Mode |
| 462 |
PV Unit |
| 463 |
SV Unit |
| 464 |
Low Flow Cutoff Breakpoint |
| 465 |
Lock Device |
| 466 |
Assy Num |
| 467 |
Software WP |
| 468 |
WP Password |
| 469 |
Tag |
| 470 |
Message |
| 471 |
Long Tag |
| 472 |
Tamper Mode |
| 473 |
Display Contrast |
| 474 |
Standard Display View1 Pressure Unit |
| 475 |
Standard Display Menu Selection |
| 476 |
No Record |
| 477 |
Value of the requested parameter from configuration history |
| 478 |
Config History Parameter |
| 479 |
InH2O |
| 480 |
inches_of_water_68_degrees_F_help |
| 481 |
InHg |
| 482 |
inches_of_mercury_0_degrees_C_help |
| 483 |
FtH2O |
| 484 |
feet_of_water_68_degrees_F_help |
| 485 |
mmH2O |
| 486 |
millimeters_of_water_68_degrees_F_help |
| 487 |
mmHg |
| 488 |
millimeters_of_mercury_0_degrees_C_help |
| 489 |
pounds_per_square_inch_help |
| 490 |
bar |
| 491 |
bars_help |
| 492 |
mbar |
| 493 |
millibars_help |
| 494 |
g_SqCm |
| 495 |
grams_per_square_centimeter_help |
| 496 |
kg_SqCm |
| 497 |
kilograms_per_square_centimeter_help |
| 498 |
PA |
| 499 |
pascals_help |
| 500 |
kPA |
| 501 |
kilopascals_help |
| 502 |
torr |
| 503 |
torr_help |
| 504 |
ATM |
| 505 |
atmospheres_help |
| 506 |
in_H2O_60_degrees_F |
| 507 |
inches_of_water_60_degrees_F_help |
| 508 |
mega_pascals |
| 509 |
megapascals_help |
| 510 |
in_H2O_4_degrees_C |
| 511 |
inches_of_water_4_degrees_C_help |
| 512 |
mm_H2O_4_degrees_C |
| 513 |
millimeters_of_water_4_degrees_C_help |
| 514 |
cmH2O @4degC |
| 515 |
centimeters_of_water_4_degrees_C |
| 516 |
mH2O @4degC |
| 517 |
meters_of_water_4_degrees_C |
| 518 |
m3/hr |
| 519 |
L/sec |
| 520 |
lgal/hr |
| 521 |
kg/hr |
| 522 |
MT/hr |
| 523 |
CFH |
| 524 |
bbl/hr |
| 525 |
gal/hr |
| 526 |
L/hr |
| 527 |
SCFH |
| 528 |
HART |
| 529 |
DE |
| 530 |
Linear |
| 531 |
Square Root |
| 532 |
Disable |
| 533 |
Disables the Tamper Mode |
| 534 |
Enables the Tamper Mode |
| 535 |
Standard |
| 536 |
Display menu is selected as Standard |
| 537 |
Extended |
| 538 |
Display menu is selected as Extended |
| 539 |
Disabled |
| 540 |
Enabled |
| 541 |
Pressure |
| 542 |
Percentage Output |
| 543 |
Loop Output |
| 544 |
Flow |
| 545 |
Config history parameter |
| 546 |
Assy # |
| 547 |
Configuration History Code |
| 548 |
First History Parameter |
| 549 |
Second History Parameter |
| 550 |
Third History Parameter |
| 551 |
Fourth History Parameter |
| 552 |
Fifth History Parameter |
| 553 |
Exit |
| 554 |
Connected Device Type |
| 555 |
Shows Connected Device ST 700 that supports standard display and simple display or ST700 that supports only simple display |
| 556 |
ST700 |
| 557 |
ST700LE |
| 558 |
Enable/Disable the Tamper Mode. When disabled, any external attempts to change the configuraiton of the device will not be detected. |
| 559 |
Tamper Latency [sec] |
| 560 |
Allows to configure how long the Tamper alarm will stay active once the number of tamper attempts exceed the configured maximum allowed attempts. If no tamper attempt has been made after this time period, the Tamper alarm status will be cleared. |
| 561 |
Max Attempts |
| 562 |
Allows to configure the maximum number attempts allowed before the Tamper alarm is set. |
| 563 |
10 |
| 564 |
Attempt Counter |
| 565 |
Indicates the number of tamper attempts made. |
| 566 |
Display Type |
| 567 |
If Display is installed, shows connected Display type: Basic or Standard. |
| 568 |
Advanced |
| 569 |
Basic |
| 570 |
Display SW Rev |
| 571 |
Firmware version of the display module |
| 572 |
Language |
| 573 |
English |
| 574 |
French |
| 575 |
German |
| 576 |
Spanish |
| 577 |
Russian |
| 578 |
Chinese |
| 579 |
Japanese |
| 580 |
Turkish |
| 581 |
Italian |
| 582 |
Rotation Time |
| 583 |
3 sec |
| 584 |
4 sec |
| 585 |
5 sec |
| 586 |
6 sec |
| 587 |
7 sec |
| 588 |
8 sec |
| 589 |
9 sec |
| 590 |
10 sec |
| 591 |
11 sec |
| 592 |
12 sec |
| 593 |
13 sec |
| 594 |
14 sec |
| 595 |
15 sec |
| 596 |
16 sec |
| 597 |
17 sec |
| 598 |
18 sec |
| 599 |
19 sec |
| 600 |
20 sec |
| 601 |
21 sec |
| 602 |
22 sec |
| 603 |
23 sec |
| 604 |
24 sec |
| 605 |
25 sec |
| 606 |
26 sec |
| 607 |
27 sec |
| 608 |
28 sec |
| 609 |
29 sec |
| 610 |
30 sec |
| 611 |
Password for the Display |
| 612 |
Password |
| 613 |
Contrast Level |
| 614 |
Allows to select the Contrast level of display. |
| 615 |
Default |
| 616 |
Screen Number |
| 617 |
Screen 1 |
| 618 |
Screen 2 |
| 619 |
Screen 3 |
| 620 |
Screen 4 |
| 621 |
Screen 5 |
| 622 |
Screen 6 |
| 623 |
Screen 7 |
| 624 |
Screen 8 |
| 625 |
Screen Format |
| 626 |
Allows selecting PV in different formats; Default format, Large PV, Bargraph & Trend |
| 627 |
PV & Bargraph |
| 628 |
PV & Trend |
| 629 |
Trend Duration |
| 630 |
Allows setting the duration for the Trend |
| 631 |
1 Hr |
| 632 |
2 Hr |
| 633 |
3 Hr |
| 634 |
4 Hr |
| 635 |
5 Hr |
| 636 |
6 Hr |
| 637 |
7 Hr |
| 638 |
8 Hr |
| 639 |
9 Hr |
| 640 |
10 Hr |
| 641 |
11 Hr |
| 642 |
12 Hr |
| 643 |
13 Hr |
| 644 |
14 Hr |
| 645 |
15 Hr |
| 646 |
16 Hr |
| 647 |
17 Hr |
| 648 |
18 Hr |
| 649 |
19 Hr |
| 650 |
20 Hr |
| 651 |
21 Hr |
| 652 |
22 Hr |
| 653 |
23 Hr |
| 654 |
24 Hr |
| 655 |
PV Selection |
| 656 |
Allows selecting different parameters as your PV for the screen |
| 657 |
Meterbody Temp |
| 658 |
Percent Output |
| 659 |
Static Press |
| 660 |
Decimals |
| 661 |
Allows selecting number of decimal places for the selected PV to be shown on the screen |
| 662 |
.x |
| 663 |
.xx |
| 664 |
.xxx |
| 665 |
PV Scaling |
| 666 |
Allows showing the screen PV in default unit or in converted unit based on the selected Engineering unit |
| 667 |
Convert Units |
| 668 |
Engineering Units for the Display.
For Basic Display it also sets units for
all the Menu items including LRV, URV, LRL,
URL and Calibration Methods |
| 669 |
Display Units |
| 670 |
inH2O @ 39°F |
| 671 |
Inches of Water at 39 Degrees Fahrenheit |
| 672 |
inH2O @ 60°F |
| 673 |
Inches of Water at 60 Degrees Fahrenheit |
| 674 |
inH2O @ 68°F |
| 675 |
inHg @ 0°C |
| 676 |
kgf/cm2 |
| 677 |
mmH2O @ 4°C |
| 678 |
mmH2O @ 68°F |
| 679 |
mmHg @ 0°C |
| 680 |
Torr |
| 681 |
ftH2O @ 68°F |
| 682 |
gf/cm2 |
| 683 |
°C |
| 684 |
°F |
| 685 |
°R |
| 686 |
K |
| 687 |
Custom |
| 688 |
cm_of_water_4_degrees_C |
| 689 |
M_of_water_4_degrees_C |
| 690 |
Default(inH2O @ 39°F) |
| 691 |
Default(psi) |
| 692 |
Default(°C) |
| 693 |
Default(mA) |
| 694 |
Default(%) |
| 695 |
Scaling High |
| 696 |
High scaling value for the selected PV on the screen |
| 697 |
13.3g |
| 698 |
13.3f |
| 699 |
Scaling Low |
| 700 |
Low scaling value for the selected PV on the screen |
| 701 |
Disp Low Limit |
| 702 |
Low limit for Trend/Bar chart |
| 703 |
Disp High Limit |
| 704 |
High limit for Trend/Bar chart |
| 705 |
Allows providing user defined Custom Unit for the selected PV. |
| 706 |
Custom Units |
| 707 |
Allows providing user defined Custom tag for the selected screen. |
| 708 |
Custom Tag |
| 709 |
Allows setting Contrast level of the Simple display. |
| 710 |
Display PV Type |
| 711 |
Flow type is configurable for DP devices. |
| 712 |
Allows to configure display language selection of the Simple display. |
| 713 |
Display Pressure Unit |
| 714 |
Applicable for 'PV Type' configured as Pressure. |
| 715 |
Display Scaling High |
| 716 |
Applicable for 'PV Type' configured as Flow. |
| 717 |
Display Scaling Low |
| 718 |
Display Flow Unit |
| 719 |
lb/min |
| 720 |
lb/hr |
| 721 |
gal/min |
| 722 |
SCFM |
| 723 |
SCFD |
| 724 |
MSCFH |
| 725 |
MMSCFH |
| 726 |
Maintenance Mode |
| 727 |
Maintenance Mode - Indicates if the device can be safely taken out for maintenance |
| 728 |
Chk with oper |
| 729 |
Avail for maint |
| 730 |
Filter Performance |
| 731 |
Selection of Fast Speed of Response provides reduced filtering on sensor input giving faster rate of change. Selection of Std. (Standard) Speed of Response provides standard filtering giving standard rate of change. |
| 732 |
Std. Speed of Response |
| 733 |
Standard Speed of Response |
| 734 |
Fast Speed of Response |
| 735 |
Display Menu |
| 736 |
Simple Display menu selection. Standard: Allows to configure PV, Units for selected PV, scaling low / high when PV is Flow, enter LRV, URV and set zero. Extended: Allows to configure zero trim and span trim in addition to all the parameters supported by Standard option. |
| 737 |
Serial Number |
| 738 |
Device is busy in some other operation or getting accessed from Display. Please try again. |
| 739 |
Invalid serial number. |
| 740 |
Wrong password. Please retry. |
| 741 |
Device is busy with some operation. Please try again. |
| 742 |
Entered Reset Key is invalid. Please recheck the Reset Key and run the Method again. |
| 743 |
Locked for writing by one of the masters. Please unlock and try again |
| 744 |
No History Data |
| 745 |
Display not connected or display menu is already accessed. Please try again. |
| 746 |
Device is locked by other master or previously entered display data is still getting accepted by device. Please try again. |
| 747 |
Feature Not Supported |
| 748 |
Display not connected or display menu is already accessed or wrong data. Please try again |
| 749 |
Invalid Extend Command Number |
| 750 |
Display Connection Issue |
| 751 |
Passed Parameter is too Large |
| 752 |
Passed Parameter is too Small |
| 753 |
Model Number |
| 754 |
Model number of the device |
| 755 |
Coplanar Model Number |
| 756 |
Displays model number of device |
| 757 |
Sensor Time In Service |
| 758 |
Displays time in service of the sensor |
| 759 |
Current URV, LRV, Zero Trim |
| 760 |
Correction done on URV, LRV, Zero trim currently |
| 761 |
Last URV, LRV, Zero Trim |
| 762 |
Correction done on URV, LRV, Zero trim last time |
| 763 |
Previous URV, LRV, Zero trim |
| 764 |
Correction done on URV, LRV, Zero trim previously |
| 765 |
Reset Correction Records |
| 766 |
Current, Last and Previous Reset Corrections |
| 767 |
Time Since Last Power Cycle |
| 768 |
ET Upper Limit For Stress Condition |
| 769 |
ET upper limit for stress condition |
| 770 |
ET Lower Limit For Stress Condition |
| 771 |
ET lower limit for stress condition |
| 772 |
Time Since Last ET high event |
| 773 |
Time Since Last ET low event |
| 774 |
PV Upper Limit For Stress Condition |
| 775 |
PV upper limit for stress condition |
| 776 |
PV Lower Limit For Stress Condition |
| 777 |
PV lower limit for stress condition |
| 778 |
Time Since Last PV Up |
| 779 |
Time Since Last PV up event |
| 780 |
Time Since Last PV down event |
| 781 |
Time Since Last Meter Body Temp. up event |
| 782 |
Time Since Last Meter Body Temp. down event |
| 783 |
Time Since Last Static Pressure up event |
| 784 |
Reset Operating Voltage Parameters |
| 785 |
Resets the minimum operating voltage value and the associated time stamp |
| 786 |
Time Since Last Voltage Low |
| 787 |
Time Since Last operating voltage gone minimum |
| 788 |
Time Since Sensor CPU Temp Up |
| 789 |
Time Since Last Sensor CPU Temperature up event |
| 790 |
Time Since Sensor CPU Temp Down |
| 791 |
Time Since Last Sensor CPU Temperature down event |
| 792 |
Master Reset |
| 793 |
Soft power reset to the device |
| 794 |
Reset Corrects |
| 795 |
Calibration shift gets removed |
| 796 |
Curr URV Correct |
| 797 |
Current URV Correct records |
| 798 |
Last URV Correct |
| 799 |
Last URV Correct records |
| 800 |
Prev URV Correct |
| 801 |
Previous URV Correct records |
| 802 |
Curr LRV Correct |
| 803 |
Current LRV Correct records |
| 804 |
Last LRV Correct |
| 805 |
Last LRV Correct records |
| 806 |
Prev LRV Correct |
| 807 |
Previous LRV Correct records |
| 808 |
Curr Zero Correct |
| 809 |
Current Zero Correct records |
| 810 |
Last Zero Correct |
| 811 |
Last Zero Correct records |
| 812 |
Prev Zero Correct |
| 813 |
Previous Zero Correct records |
| 814 |
Curr Corrects Rec |
| 815 |
Current Reset Correct records |
| 816 |
Last Corrects Rec |
| 817 |
Last Reset Correct records |
| 818 |
Prev Corrects Rec |
| 819 |
Previous Reset Correct records |
| 820 |
LRV Correct |
| 821 |
URV Correct |
| 822 |
Config History |
| 823 |
Allows to check the configuration history. Select the parameter number to read history stored under it. Parameter 1 gives the latest history and Parameter 5 gives the oldest. |
| 824 |
Allows the user to enable or disable the configuration write protection. |
| 825 |
Write Protect On/Off |
| 826 |
Allows the user to change the password of write protection. |
| 827 |
Change Password |
| 828 |
Allows the user to reset/forgot the password. |
| 829 |
Reset/Forgot Password |
| 830 |
Configure Tamper Alarm |
| 831 |
Allows to configure Tamper alarm parameters |
| 832 |
Reset Tamper Counter |
| 833 |
Allows to reset Tamper alarm counter |
| 834 |
Select Display Screen |
| 835 |
Allows to select the Screen number to see the screen settings for that screen, or to change the setting for that screen |
| 836 |
Restore Screen Data |
| 837 |
Configure |
| 838 |
This allows you to configure an Advanced display screen |
| 839 |
Display Advanced Configuration |
| 840 |
Display Basic Configuration |
| 841 |
This allows you to configure a Basic display screen |
| 842 |
Upload Variables |
| 843 |
Device Settings |
| 844 |
Configuration |
| 845 |
Monitoring |
| 846 |
Diagnostics |
| 847 |
Maintenance |
| 848 |
Process Variables |
| 849 |
Additional Status |
| 850 |
Additional Status details that indicate the cause for Critical and/or Non-critical status |
| 851 |
Status Details |
| 852 |
Get Overall Device Status |
| 853 |
Overall Health Status according to NAMUR NE 107 reccomendation |
| 854 |
Device Status |
| 855 |
Services |
| 856 |
Tamper Alarm |
| 857 |
Global Access |
| 858 |
Device Reset, Lock/unlock and Loop test access |
| 859 |
Write Protect settings |
| 860 |
Write Protect graphical view |
| 861 |
Current, Last, Previous Correction Records |
| 862 |
Calibration and Correction Records |
| 863 |
Filter Performance Selection |
| 864 |
Selection of Standard or Fast Speed of Response (SOR) |
| 865 |
Calibration Methods |
| 866 |
Lists and allows you to calibrate the transmitter |
| 867 |
Non-Critical Faults |
| 868 |
Critical Faults |
| 869 |
4-20mA Output |
| 870 |
PV Ranges/Limits |
| 871 |
Ranges/Limits Graphical View |
| 872 |
Key Parameters |
| 873 |
Device Info |
| 874 |
General |
| 875 |
Software Details |
| 876 |
Manufacturing |
| 877 |
Meter Body Details |
| 878 |
Details of the Meter Body options selected by the user from the Model Selection Guide |
| 879 |
Differential Pressure (PV) |
| 880 |
Meter Body Temperature (SV) |
| 881 |
Output Condition |
| 882 |
4-20mA dc Output and failsafe levels |
| 883 |
Configuration Summary |
| 884 |
Summary of all the configuration parameters. |
| 885 |
Process Values |
| 886 |
Display Setup |
| 887 |
Transfer Function and cutoff mode |
| 888 |
Meterbody Selections |
| 889 |
Material |
| 890 |
Installation and Device Life |
| 891 |
Shows the device life related parameters |
| 892 |
Power Cycle diagnostics |
| 893 |
Power Cycle |
| 894 |
Electronics Temperature (ET) Tracking |
| 895 |
Parameters & Methods |
| 896 |
Operating Voltage |
| 897 |
PV Tracking |
| 898 |
SV Tracking |
| 899 |
TV Tracking |
| 900 |
Sensor CPU Temp. Tracking |
| 901 |
Sensor supply voltage (AVDD) Tracking |
| 902 |
Operate |
| 903 |
Device Monitoring |
| 904 |
PV AO % |
| 905 |
Pressure AO Bar chart showing the percentage |
| 906 |
PV AO value |
| 907 |
--> % Value |
| 908 |
Trend Charts |
| 909 |
PV Trend |
| 910 |
Trend of PV |
| 911 |
Pressure trends showing history of the actual reading |
| 912 |
PV value |
| 913 |
LRV |
| 914 |
URV |
| 915 |
PV Lower Range Value (LRV) |
| 916 |
PV Upper Range Value (URV) |
| 917 |
PV Value |
| 918 |
SV Trend |
| 919 |
Trend of SV |
| 920 |
Meter Body Temp. trend showing history of the actual reading |
| 921 |
SV Value |
| 922 |
TV Trend |
| 923 |
Trend of TV |
| 924 |
Static Pressure trends showing history of the actual reading |
| 925 |
TV Value |
| 926 |
ET Trend |
| 927 |
Trend of ET |
| 928 |
Electronics Temp. trends showing history of the actual reading |
| 929 |
ET Value |
| 930 |
AO Trend |
| 931 |
Trend of AO |
| 932 |
Analog Value trend showing history of the actual reading |
| 933 |
AO value |
| 934 |
AO Value |
| 935 |
mA |
| 936 |
Local Display setup parameters |
| 937 |
Display Installation detail |
| 938 |
Common Setup |
| 939 |
Common setup of the display |
| 940 |
Screen Configuration |
| 941 |
Allows reading the configuration of selected display screen or allows configuring the selected screen. For Basic Display you can read and configure Screen 1 only. |
| 942 |
Screen configuration parameters for Simple display |
| 943 |
Basic Parameters |
| 944 |
Configure & read the details of simple Display screen information.
Note: If PV type configured as Pressure and Flow then perform Display Advanced configuration for Units and Scaling parameters. |
| 945 |
Configure & read the details of simple Display screen information.
Note: If PV type configured as Pressure and Flow then perform Display
Advance configuration for Units and Scaling parameters. |
| 946 |
GetHealthStatus |
| 947 |
HealthStatus Variable |
| 948 |
This variable is used to test GetHealthStatus method |
| 949 |
Write Simple Display Settings |
| 950 |
ST 700 |
| 951 |
Indicates whether the loop current is active or fixed. When active, output follows the process input. When fixed, Output it set to 4mA. Also when the netwrok is in multidrop mode, output is fixed at 4ma. |
| 952 |
This is a message that will be displayed on the LCD panel (local display) of the transmitter (Max 24 chars, uppercase only). |
| 953 |
Critical Status |
| 954 |
Electronics Module DAC Failure |
| 955 |
Electronics Module is bad.
Any of the following conditions can cause this failure:
1. Temp Above 140C: The board temperature is high. Verify the environment is within spec. If it is, then replace the Electronics Module.
2. Under Current Status or Over current Status: Reset the device. If problem persist, replace the Electronics Module.
3. Packet Error, SPI Failure or Control Word Fault: Reset the device. |
| 956 |
Meter Body NVM Corrupt |
| 957 |
NVM data is bad.
If following a power cycle the failure recurs, then replace the Meter Body. |
| 958 |
Config Data Corrupt |
| 959 |
Config data is bad.
Any of the following conditions can cause this failure:
1. Common DB Corrupt
2. Vital DB Corrupt
3. Geneal DB Corrupt
Power cycle the device. If the problem persists, replace the Electronics Module. |
| 960 |
Electronics Module Diag Failure |
| 961 |
SIL Diagnostics failures.
Any of the following conditions can cause this failure:
1. RAM failure
2. ROM failure
3. Program Flow failure
Reset the device. If the problem persists, replace the Electronics module. |
| 962 |
Meter Body Critical Failure |
| 963 |
Failure in sensing section.
Any of the following conditions can cause this failure:
1. Meter Body Failure
2. Char Table CRC Fault
3. PV,SV,TV Bad
4. Program Flow Failure
If following a power cycle the failure recurs, replace the Meter Body.
5. Suspect Input
6. RAM Failure
7. ROM Failure
8. Sensor RAM Database Fault
Replace the Meter Body. |
| 964 |
Sensor Comm Timeout |
| 965 |
No response from the Sensor.
Replace the Electronics module. If it does not fix the problem, replace the Meter Body. |
| 966 |
Non-Critical Status |
| 967 |
Local Display |
| 968 |
Display not detected or configuration data has been corrupted.
Any of the following conditions can cause this failure:
1. Display Comm Timeout: Secure Display connections and recheck. If problem persists, replace the Display
2. Display Database corrupt: Reset the device, user may have to reconfigure the Screens.
3. Display Common Config DB corrupt or
4. Display Screen Config DB corrupt
Reset the Device. |
| 969 |
Electronics Module Comm Failure |
| 970 |
Electronics Module communication section failure.
Any of the following conditions can cause this failure:
1. Adv Diag DB Corrupt or Config Change DB Corrupt: Reset the device
2. Temp above 100c: Verify the environment is within spec. If it is, then replace the Electronics Module. |
| 971 |
Meter Body Excess Correct |
| 972 |
Failure in sensing section.
Any of the following conditions can cause this failure:
1. Excess zero correct: ZERO correction factor is outside acceptable limits. Could be that INPUT was incorrect or transmitter was in output mode during a CORRECT procedure.
a. Check input pressure and be sure that it matches calibrated range value
b. Check Meter Mody
c. Do an LRV CORRECT procedure
2. Excess Span correct: SPAN correction factor is outside acceptable limits. Could be that transmitter was in output mode
a. Check input pressure and be sure that it matches calibrated range value
b. Check Meter Body
c. Do a URV CORRECT procedure. |
| 973 |
Sensor Over Temperature |
| 974 |
Meter Body temperature is too high. Accuracy and life span may decrease if it remains high.
Verify the environment is within spec. Take steps to insulate Meter Body from temperature source. |
| 975 |
Fixed Current Mode |
| 976 |
Output current is fixed and not varying as per input, or Loop current mode is disabled, or Loop Test is active.
Enable loop current mode if it is disabled, or exit the Loop Test mode if it is active. |
| 977 |
Calculated pressure is above Upper Transducer Limit (UTL).
Any of the following conditions can cause this failure:
1. Sensor Overload or Fault
2. Redundant Characterization Calculation Error
Check range and, if required, replace the transmitter with the one that has a wider range.
3. Meter Body may have been damaged.
Check the transmitter for accuracy and linearity.
Replace the Meter Body and recalibrate if needed. |
| 978 |
No Factory Calibration |
| 979 |
Factory calibration is missing. Accuracy will be compromised
Replace the Meter Body or return the device for factory calibration. |
| 980 |
No DAC Compensation |
| 981 |
No temperature compensation data exists for calculations. Loop accuracy may be slightly compromised. Effect will be minor degradation of ambient temperature influence specifications.
Replace the Electronics Module (PWA) to achieve the maximum current loop accuracy or return the device to factory for DAC compensation. |
| 982 |
LRV Set Err. Zero Config Button |
| 983 |
Set operation using external Zero button was rejected.
Verify the inputs are valid for the intended operation. |
| 984 |
URV Set Err. Span Config Button |
| 985 |
Set operation using external Span Config Button was rejected.
Verify the inputs are valid for the intended operation. |
| 986 |
AO Out of Range |
| 987 |
Calculated Analog output is either above or below the specified Loop Current Limits due to the transmitter input not being within the specified range.
Check the transmitter input. |
| 988 |
Loop Current Noise |
| 989 |
Under or over-current condition. If this condition is observed frequently, it could be an early indication of critical failure.
Try to find the source of the noise. It could be bad loop wires, a hardware problem inside the transmitter, loop wires running close to a noise source etc. If the environment is ok, try replacing the Electronics Module. |
| 990 |
Meter Body Unreliable Comm |
| 991 |
Unreliable sensor communication. Either the transmitter is installed in a noisy environment or internal communication quality between the Electronics Module and Sensor is degrading.
Check if the transmitter environment settings are within specification limits. If the environment is within spec, call a service person. |
| 992 |
Tamper Alarm |
| 993 |
Outside attempts to change the device configuration exceeded the Tamper attempt limit (Attempt Counter) when Tamper Mode is enabled and Write Protect mode is Enabled/Disabled. |
| 994 |
Low Supply Voltage |
| 995 |
Supply voltage low at transmitter terminals or at sensor board.
Any of the following conditions can cause this failure:
1. Low Transmitter Supply: Check the power supply and loop resistance are within spec. If they are, then replace the Electronics Module.
2. Low Sensor Supply: This can be caused by low supply voltage from the Comm Board or by loading by the Sensor or comm board. Try to increase the voltage level of supply. If problem persists, try replacing the Comm Board. If the problem still persists, replace the Meter Body. |
| 996 |
The digital value for the Primary Variable which represents the 20mA output on the 4-20mA Loop Current. Please ensure that the value entered is within the upper and lower limits for the current Primary Variable. |
| 997 |
The digital value for the Primary Variable which represents the 4mA output on the 4-20mA Loop Current. Please ensure that the value entered is within the upper and lower limits for the current Primary Variable. |
| 998 |
3.2f |
| 999 |
6.3f |
| 1000 |
8.5f |
| 1001 |
Measurement Type - Type of measurement application this Field Device is intended to be used with. |
| 1002 |
Meter Body Type |
| 1003 |
Meter Body Serial Number - Uniquely identifies the sensor from which the Digital Value representation or Field Device variable is primarily derived. PV Sensor- Pressure hardware that measures pressure with respect to a reference pressure. |
| 1004 |
Meter Body S/N |
| 1005 |
8u |
| 1006 |
PV Damping |
| 1007 |
Meter Body Serial Number |
| 1008 |
PV 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. PV - Pressure of the process measured with respect to a reference pressure. |
| 1009 |
Field Device Variable Value- Digital value that changes magnitude with respect to time with no user intervention. Pressure- Pressure of the process measured with respect to a reference pressure. |
| 1010 |
Primary Variable (PV) |
| 1011 |
Minimum Span Value- Defines the smallest allowable difference between the Upper Range Value and the Lower Range Value. PV - Pressure of the process measured with respect to a reference pressure. |
| 1012 |
Sensor Upper Range Limit Value- Defines the maximum usable value for the Upper Range Value. PV - Pressure of the process measured with respect to a reference pressure. |
| 1013 |
PV URL |
| 1014 |
Sensor Lower Range Limit Value - Defines the minimum usable value for the Lower Range Value. PV - Pressure of the process measured with respect to a reference pressure. |
| 1015 |
PV LRL |
| 1016 |
This allows filtering to be applied to the digital and analog representation of the Primary Variable. The damping value represents one time constant (i.e. response to step input reaches 63% of final steady-state value after time specified has elapsed) as per the HART specification. This damping is applied to both the digital Primary Variable as well as the analog Loop Current. |
| 1017 |
PV Damping [sec] |
| 1018 |
5.2f |
| 1019 |
Set LRV and URV |
| 1020 |
Set LRV,URV to inputs correlating to 4,20mA. |
| 1021 |
Zero Correct |
| 1022 |
Lock/Unlock Device |
| 1023 |
FDI package Revision |
| 1024 |
FDI package Rev |
| 1025 |
08.01.00.000 |
| 1026 |
DD Revision |
| 1027 |
DD Rev |
| 1028 |
8.1.00 |
| 1029 |
Simple Display Screen Configuration |
| 1030 |
Screen configuration parameters for the Simple Display. Note that only when Simple display is connected, these parameters will be downloaded. |
| 1031 |
Screen configuration parameters for the Simple Display |
| 1032 |
Offline |
| 1033 |
Upload from Device |
| 1034 |
Download to Device |
| 1035 |
Device Icon |
| 1036 |
Variable Tracking |
| 1037 |
PV Levels |
| 1038 |
Write Protection |
| 1039 |
NAMUR Level |
| 1040 |
Transfer Function Image |
| 1041 |
PV Analog Channel Saturated |
| 1042 |
PV Analog Channel Fixed |
| 1043 |
Wireless |
| 1044 |
WirelessHART Device |
| 1045 |
IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation |
| 1046 |
Primary |
| 1047 |
Primary Analog Channel |
| 1048 |
Secondary |
| 1049 |
Secondary Analog Channel |
| 1050 |
Tertiary |
| 1051 |
Tertiary Analog Channel |
| 1052 |
Quaternary |
| 1053 |
Quaternary Analog Channel |
| 1054 |
Quinary |
| 1055 |
Quinary Analog Channel |
| 1056 |
Critical Power Failure |
| 1057 |
Lock all |
| 1058 |
Trim not supported |
| 1059 |
Configuration cannot be changed |
| 1060 |
Locked by gateway |
| 1061 |
Analog Input Channel |
| 1062 |
Analog Output Channel |
| 1063 |
Secondary Analog Channel Saturated |
| 1064 |
Tertiary Analog Channel Saturated |
| 1065 |
Quaternary Analog Channel Saturated |
| 1066 |
Quinary Analog Channel Saturated |
| 1067 |
Secondary Analog Channel Fixed |
| 1068 |
Tertiary Analog Channel Fixed |
| 1069 |
Quaternary Analog Channel Fixed |
| 1070 |
Quinary Analog Channel Fixed |
| 1071 |
Simulation active |
| 1072 |
The device is in simulation mode and the level output is not representative of the process. |
| 1073 |
Non-Volatile memory failure |
| 1074 |
The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed. |
| 1075 |
Volatile memory error |
| 1076 |
The RAM memory check is invalid or maybe corrupt |
| 1077 |
Watchdog reset executed |
| 1078 |
A watchdog reset has been performed |
| 1079 |
Voltage conditions out of range |
| 1080 |
A voltage condition is outside its allowable range |
| 1081 |
Environmental conditions out of range |
| 1082 |
An internal or environmental condition is beyond acceptable limits. |
| 1083 |
Electronic failure |
| 1084 |
A hardware problem not related to the sensor has been detected. |
| 1085 |
Subdevice list changed |
| 1086 |
Duplicate master detected |
| 1087 |
Capacity Denied |
| 1088 |
The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified |
| 1089 |
Bandwidth allocation pending |
| 1090 |
Block transfer pending |
| 1091 |
Battery life |
| 1092 |
Percent range |
| 1093 |
Loop current |
| 1094 |
Primary variable |
| 1095 |
Secondary variable |
| 1096 |
Tertiary variable |
| 1097 |
Quaternary variable |
| 1098 |
Read receive time |
| 1099 |
Write date and time |
| 1100 |
Non-Volatile Clock |
| 1101 |
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. |
| 1102 |
Clock Uninitialized |
| 1103 |
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. |
| 1104 |
No restrictions |
| 1105 |
SI Only |
| 1106 |
Restricted to SI Unit codes only |
| 1107 |
Process automation device |
| 1108 |
Discrete device |
| 1109 |
Hybrid:Process automation+discrete |
| 1110 |
I/O System |
| 1111 |
WirelessHART Process automation device |
| 1112 |
WirelessHART Discrete device |
| 1113 |
WirelessHART Process automation+discrete |
| 1114 |
WirelessHART Gateway |
| 1115 |
WirelessHART Access point |
| 1116 |
WirelessHART Process adapter |
| 1117 |
WirelessHART Discrete adapter |
| 1118 |
WirelessHART enabled handheld/portable maintenance tool |
| 1119 |
Device Profile |
| 1120 |
US |
| 1121 |
United States of America |
| 1122 |
JP |
| 1123 |
Japan |
| 1124 |
Germany |
| 1125 |
FR |
| 1126 |
France |
| 1127 |
ES |
| 1128 |
Spain |
| 1129 |
RU |
| 1130 |
Russian Federation |
| 1131 |
CN |
| 1132 |
People's Republic of China |
| 1133 |
Secondary Master |
| 1134 |
Primary Master |
| 1135 |
Device Diagnostic Status 0 |
| 1136 |
Device Diagnostic Status 1 |
| 1137 |
I/O and Subdevice Status |
| 1138 |
WirelessHART Status |
| 1139 |
Time Set Option |
| 1140 |
Real Time Clock Flags |
| 1141 |
Country |
| 1142 |
Country of intended device installation |
| 1143 |
SI Unit Control |
| 1144 |
Indicates if device should only display SI unit codes |
| 1145 |
Time Stamp |
| 1146 |
Relative time value on network |
| 1147 |
Dynamic Variables Returned for Device Variables |
| 1148 |
Command Response Truncated |
| 1149 |
Configuration Change Counter Mismatch |
| 1150 |
Status bytes mismatch |
| 1151 |
8.3f |
| 1152 |
Measurement Type- Type of measurement application this Field Device is intended to be used with. |
| 1153 |
Sensor Serial Number- Uniquely identifies the sensor from which the Digital Value representation or Field Device variable is primarily derived. Pressure Sensor- Pressure hardware that measures pressure with respect to a reference pressure. |
| 1154 |
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. |
| 1155 |
.3g |
| 1156 |
.f |
| 1157 |
.1f |
| 1158 |
Minimum Span Value- Defines the smallest allowable difference between the Upper Range Value and the Lower Range Value. Pressure- Pressure of the process measured with respect to a reference pressure. |
| 1159 |
Damping Value- Damping time constant applied to both the Digital Value representation and Analog Value of the respective Analog Output. The units of this variable are always in seconds. Pressure- Pressure of the process measured with respect to a reference pressure. |
| 1160 |
s |
| 1161 |
4.2f |
| 1162 |
Send warning |
| 1163 |
Send Warning- Yields a units code notice to the User. |
| 1164 |
Variables which use this as the units code will be in the previous units until this value is sent to the device. |
| 1165 |
Upper Sensor Limit Value- Defines the maximum useable value for the Upper Range Value. Pressure- Pressure of the process measured with respect to a reference pressure. |
| 1166 |
Lower Sensor Limit Value- Defines the minimum useable value for the Lower Range Value. Pressure- Pressure of the process measured with respect to a reference pressure. |
| 1167 |
Device Variable |
| 1168 |
Method In Progress |
| 1169 |
Aborting due to last error. Please try again... |
| 1170 |
%{0}%{1}%{2}%{3}%{4}
|
| 1171 |
Sensor time In Service is :Minutes = %{0} |
| 1172 |
Sensor time In Service is :
Hours = %{hours},
Minutes = %{minutes} |
| 1173 |
Sensor time In Service is :
Days = %{days},
Hours = %{hours},
Minutes = %{minutes} |
| 1174 |
Sensor time In Service is :
Months = %{months},
Days = %{days},
Hours = %{hours},
Minutes = %{minutes} |
| 1175 |
Sensor time In Service is :
Years = %{years},
Months = %{months},
Days = %{days},
Hours = %{hours},
Minutes = %{minutes} |
| 1176 |
URV Correction Date :%{0}
Time: HH:MM %{1}:%{2}
LRV Correction Date :%{3}
Time: HH:MM %{4}:%{5}
Zero Correction Date :%{6}
Time: HH:MM %{7}:%{8}
|
| 1177 |
Current Reset Correction Date :%{0}
Time: HH:MM %{1}:%{2}
Last Reset Correction Date :%{3}
Time: HH:MM %{4}:%{5}
Previous Reset Correction Date :%{6}
Time: HH:MM %{7}:%{8}
|
| 1178 |
Time Since Last Event :Minutes = %{result} |
| 1179 |
Time Since Last Event :
Hours = %{hours},
Minutes = %{minutes} |
| 1180 |
Time Since Last Event :
Days = %{days},
Hours = %{hours},
Minutes = %{minutes} |
| 1181 |
Time Since Last Event :
Months = %{months},
Days = %{days},
Hours = %{hours},
Minutes = %{minutes} |
| 1182 |
Time Since Last Event :
Years = %{years},
Months = %{months},
Days = %{days},
Hours = %{hours},
Minutes = %{minutes} |
| 1183 |
ET upper limit for stress condition: %{ET_up_limit_stress} DegC |
| 1184 |
ET upper limit for stress condition: %{ET_up_limit_stress} DegF |
| 1185 |
ET upper limit for stress condition: %{ET_up_limit_stress} DegR |
| 1186 |
ET upper limit for stress condition: %{ET_up_limit_stress} Kelvin |
| 1187 |
ET lower limit for stress condition: %{ET_low_limit_stress} DegC |
| 1188 |
ET lower limit for stress condition: %{ET_low_limit_stress} DegF |
| 1189 |
ET lower limit for stress condition: %{ET_low_limit_stress} DegR |
| 1190 |
ET lower limit for stress condition: %{ET_low_limit_stress} Kelvin |
| 1191 |
Time Since Last Event :
Days = %{days},
Hours = %{hours},
Minutes = %{minutes} |
| 1192 |
Time Since Last Event :
Months = %{months},
Days = %{days},
Hours = %{hours},
Minutes = %{minutes} |
| 1193 |
Time Since Last Event :
Days = %{days},
Hours = %{hours},
Minutes = %{minutes} |
| 1194 |
Time Since Last Event :
Years = %{years},
Months = %{months},
Days = %{days},
Hours = %{hours},
Minutes = %{minutes} |
| 1195 |
PV upper limit for stress condition: %{PV_up_limit_stress} inH2O |
| 1196 |
PV upper limit for stress condition: %{PV_up_limit_stress} inHg |
| 1197 |
PV upper limit for stress condition: %{PV_up_limit_stress} ftH2O |
| 1198 |
PV upper limit for stress condition: %{PV_up_limit_stress} mmH2O |
| 1199 |
PV upper limit for stress condition: %{PV_up_limit_stress} mmHg |
| 1200 |
PV upper limit for stress condition: %{PV_up_limit_stress} psi |
| 1201 |
PV upper limit for stress condition: %{PV_up_limit_stress} bar |
| 1202 |
PV upper limit for stress condition: %{PV_up_limit_stress} mbar |
| 1203 |
PV upper limit for stress condition: %{PV_up_limit_stress} g/Sqcm |
| 1204 |
PV upper limit for stress condition: %{PV_up_limit_stress} kg/Sqcm |
| 1205 |
PV upper limit for stress condition: %{PV_up_limit_stress} Pa |
| 1206 |
PV upper limit for stress condition: %{PV_up_limit_stress} kPa |
| 1207 |
PV upper limit for stress condition: %{PV_up_limit_stress} torr |
| 1208 |
PV upper limit for stress condition: %{PV_up_limit_stress} atm |
| 1209 |
PV upper limit for stress condition: %{PV_up_limit_stress} inH2O@60DegF |
| 1210 |
PV upper limit for stress condition: %{PV_up_limit_stress} MPa |
| 1211 |
PV upper limit for stress condition: %{PV_up_limit_stress} inH2O@4DegC |
| 1212 |
PV upper limit for stress condition: %{PV_up_limit_stress} mmH2O@4DegC |
| 1213 |
PV upper limit for stress condition: %{PV_up_limit_stress} cmH2O@4DegC |
| 1214 |
PV upper limit for stress condition: %{PV_up_limit_stress} mH2O@4DegC |
| 1215 |
PV lower limit for stress condition: %{PV_low_limit_stress} inH2O |
| 1216 |
PV lower limit for stress condition: %{PV_low_limit_stress} inHg |
| 1217 |
PV lower limit for stress condition: %{PV_low_limit_stress} ftH2O |
| 1218 |
PV lower limit for stress condition: %{PV_low_limit_stress} mmH2O |
| 1219 |
PV lower limit for stress condition: %{PV_low_limit_stress} mmHg |
| 1220 |
PV lower limit for stress condition: %{PV_low_limit_stress} psi |
| 1221 |
PV lower limit for stress condition: %{PV_low_limit_stress} bar |
| 1222 |
PV lower limit for stress condition: %{PV_low_limit_stress} mbar |
| 1223 |
PV lower limit for stress condition: %{PV_low_limit_stress} g/Sqcm |
| 1224 |
PV lower limit for stress condition: %{PV_low_limit_stress} kg/Sqcm |
| 1225 |
PV lower limit for stress condition: %{PV_low_limit_stress} Pa |
| 1226 |
PV lower limit for stress condition: %{PV_low_limit_stress} kPa |
| 1227 |
PV lower limit for stress condition: %{PV_low_limit_stress} torr |
| 1228 |
PV lower limit for stress condition: %{PV_low_limit_stress} atm |
| 1229 |
PV lower limit for stress condition: %{PV_low_limit_stress} inH2O@60DegF |
| 1230 |
PV lower limit for stress condition: %{PV_low_limit_stress} MPa |
| 1231 |
PV lower limit for stress condition: %{PV_low_limit_stress} inH2O@4DegC |
| 1232 |
PV lower limit for stress condition: %{PV_low_limit_stress} mmH2O@4DegC |
| 1233 |
PV lower limit for stress condition: %{PV_low_limit_stress} cmH2O@4DegC |
| 1234 |
PV lower limit for stress condition: %{PV_low_limit_stress} mH2O@4DegC |
| 1235 |
About to reset Operating voltage Parameters |
| 1236 |
Method In Progress
Please wait |
| 1237 |
About to Perform Master Reset |
| 1238 |
Master Reset in
progress please wait |
| 1239 |
Device may be stuck in Master Reset. |
| 1240 |
Master reset OK |
| 1241 |
Please ensure that the device is not in hardware/software write protect mode.
WARN-Loop should be removed from automatic control |
| 1242 |
Enter calibration date in MM/DD/YYYY |
| 1243 |
Enter calibration time in 24 Hr Format |
| 1244 |
Not a valid number for hours. Please try again. |
| 1245 |
Enter calibration time in Minutes |
| 1246 |
Not a valid number for minutes. Please try again. |
| 1247 |
About to Reset Corrects |
| 1248 |
Reset Corrects in
progress please wait |
| 1249 |
Device may be stuck. |
| 1250 |
Reset Corrects OK |
| 1251 |
Calibration Date Is:%{0}
Calibration Time in HH:MM %{1}:%{2}
|
| 1252 |
Calibration Date Is:%{0}
Calibration Time in HH:MM %{1}:%{2}
|
| 1253 |
Apply LRV pressure. |
| 1254 |
Apply URV pressure. |
| 1255 |
Choose the Configuration History Number |
| 1256 |
No record found for %{conf_histoy_code} |
| 1257 |
Configuration History for %{conf_histoy_code} is given below:
%{DB_ID}: %{hist_val_UINT1_1enum} |
| 1258 |
Configuration History for %{conf_histoy_code} is given below:
%{DB_ID}: %{hist_val_UINT1_1} |
| 1259 |
Configuration History for %{conf_histoy_code} is given below:
1. %{DB_ID}: %{hist_val_UINT1_1}
2. Loop Current Mode: %{hist_val_UINT1_3} |
| 1260 |
Configuration History for %{conf_histoy_code} is given below:
1. %{DB_ID}: %{hist_val_UINT1_1}
2. PV Type: %{hist_val_UINT1_3} |
| 1261 |
Configuration History for %{conf_histoy_code} is given below:
1. %{DB_ID}: %{HistoryValue_PressureUnit}
2. Standard Display View1 Flow Unit: %{HistoryValue_FlowUnit}
3. Scaling Low: %{hist_val_FLOAT}
4. Scaling High: %{hist_val_2_FLOAT} |
| 1262 |
Configuration History for %{conf_histoy_code} is given below:
1. %{DB_ID}: %{hist_val_TAG}
2. Descriptor: %{hist_val_DESC}
3. Date (mm/dd/yyyy): %{hist_val_DATE} |
| 1263 |
Configuration History for %{conf_histoy_code} is given below:
%{DB_ID}: %{hist_val_FLOAT} |
| 1264 |
Configuration History for %{conf_histoy_code} is given below:
%{DB_ID}: %{hist_val_STR32} |
| 1265 |
Configuration History for %{conf_histoy_code} is given below:
%{DB_ID}: %{hist_val_MSG} |
| 1266 |
Configuration History for %{conf_histoy_code} is given below:
%{DB_ID}: %{hist_val_FA} |
| 1267 |
Configuration History for %{conf_histoy_code} is given below:
%{DB_ID}: %{hist_val_PSWRD} |
| 1268 |
Configuration History for %{conf_histoy_code} is given below:
1. %{DB_ID}: %{hist_val_UINT1_1enum}
2. Tamper Latency: %{hist_val_UINT1_2}
3. Max Attempts: %{hist_val_UINT1_4} |
| 1269 |
Select config |
| 1270 |
Disable;Enable |
| 1271 |
Enter write protect password. |
| 1272 |
Write protect disabled. |
| 1273 |
Please ensure that the device is not in hardware/software write protect mode. |
| 1274 |
Device is in Write Protect Mode. Disable the Write Protect first and then try again |
| 1275 |
Enter old password |
| 1276 |
Enter new password |
| 1277 |
Password changed successfully |
| 1278 |
Please proceed if Reset Key for the device ID %{device_id} is available. Otherwise contact Honeywell TAC and provide the device ID to receive Reset Key. |
| 1279 |
Device Locked by other master.Please unlock and try again. Aborting... |
| 1280 |
Enter Reset Key to reset the password |
| 1281 |
Password is reset successfully |
| 1282 |
Select Tamper Mode |
| 1283 |
Enter Tamper Latency (0-60 sec) |
| 1284 |
Incorrect value entered. Aborting... |
| 1285 |
Enter Max attempts for enabling tamper alarm |
| 1286 |
Tamper alarm counter reset successfully. |
| 1287 |
No Display connected. Aborting... |
| 1288 |
Standard Display connected. Aborting... |
| 1289 |
Select the screen of which data is to be displayed:
|
| 1290 |
Reading current configuration of %{screen_number}... |
| 1291 |
Please ensure that the display is connected to the device, settings menu is not accessed and device is not write protected or locked by any master. Proceed only if this care is taken. Do not remove the display from unit or manually enter in display settings using display keys until this configuration completes. |
| 1292 |
Locked for writing by one of the masters. Please unlock and try again. Aborting... |
| 1293 |
Select the screen to be configured |
| 1294 |
Select the Screen Format |
| 1295 |
Enter value for Chart Low Limit |
| 1296 |
Invalid entry. Allowed range is -100000000 to 100000000. Please try again. |
| 1297 |
Enter value for Chart High Limit |
| 1298 |
High limit can not be less than or equal to low limit. Please try again. |
| 1299 |
Enter value of Trend duration (1-24) |
| 1300 |
Downloading your screen configuration. This may take upto 30 seconds. Please wait... |
| 1301 |
This completes the configuration of the %{screen_number}. |
| 1302 |
Enter value of PV Selection |
| 1303 |
Pressure;Meterbody Temp;Loop Output;Percent Output;Static Press |
| 1304 |
Pressure;Loop Output;Percent Output |
| 1305 |
Enter value of PV Scaling |
| 1306 |
None;Convert Units;Linear;Square Root |
| 1307 |
None;Convert Units |
| 1308 |
None;Linear |
| 1309 |
Enter value for Scaling Low Limit |
| 1310 |
Enter value for Scaling High Limit |
| 1311 |
Enter Engineering Units |
| 1312 |
inH2O @ 39°F;inH2O @ 60°F;inH2O @ 68°F;inHg @ 0°C;kgf/cm2;kPa;mbar;mmH2O @ 4°C;mmH2O @ 68°F;mmHg @ 0°C;MPa;Pa;psi;Torr;atm;bar;ftH2O @ 68°F;gf/cm2 |
| 1313 |
°C;°F;°R;K |
| 1314 |
inH2O @ 39°F |
| 1315 |
gal/min;gal/h;L/min;L/h;%;Custom |
| 1316 |
Default(inH2O @ 39°F) |
| 1317 |
Default(°C) |
| 1318 |
Enter Custom Units (8 chars) |
| 1319 |
Select number of Decimals |
| 1320 |
Enter Custom Tag (14 chars) |
| 1321 |
PV Type Configured as %{PV_publish_sd}. |
| 1322 |
Select Flow Unit For Standard Display |
| 1323 |
Enter Scaling Low Value |
| 1324 |
Invalid entry. Allowed range is -999999 to 999999. Please try again. |
| 1325 |
Enter Scaling High Value |
| 1326 |
Scaling High Value can not be less than or equal to Scaling low Value. Please try again. |
| 1327 |
Select Pressure Unit |
| 1328 |
No Flow Configuration For AP/GP Models |
| 1329 |
Standard Display Parameters Configured successfully. |
| 1330 |
Select Contrast Level For Standard Display |
| 1331 |
Select PV Type |
| 1332 |
Select Std. Display Language |
| 1333 |
Default Unit For Percent Output is '%' |
| 1334 |
Default Unit For Loop Output is 'mA' |
| 1335 |
Standard Display PV Type and Contrast Level Configured successfully. |
| 1336 |
Pressure;Meterbody Temp;Loop Output;Percent Output |
| 1337 |
%;Custom |
| 1338 |
Enter Pressure Units |
| 1339 |
Please enter calibration date MM/DD/YYYY |
| 1340 |
Please enter current calibration time in 24 Hr clock format (Hour field) |
| 1341 |
Please enter current calibration time (Minute field) |