| 0 |
EDDOnlyInput04mAMinValue |
| 1 |
.4f |
| 2 |
EDDOnlyInput04mAMaxValue |
| 3 |
EDDOnlyInput20mAMinValue |
| 4 |
EDDOnlyInput20mAMaxValue |
| 5 |
EDDOnlyThresholdMaxValue |
| 6 |
.2f |
| 7 |
EDDOnlyThresholdMinValue |
| 8 |
A |
| 9 |
first_run_of_any_pre_or_post_write |
| 10 |
Has not been run |
| 11 |
Has been run |
| 12 |
old_MS_UnitLocal |
| 13 |
degC |
| 14 |
degF |
| 15 |
K |
| 16 |
degR |
| 17 |
Ohm |
| 18 |
mV |
| 19 |
old_ST_SensorType_1_Local |
| 20 |
old_ST_SensorType_2_Local |
| 21 |
old_CO_Input04mA_1_Local_online |
| 22 |
old_CO_Input20mA_1_Local_online |
| 23 |
Lower range value too small |
| 24 |
Upper range value too high |
| 25 |
Invalid value selection |
| 26 |
Span too small |
| 27 |
Command Response Truncated |
| 28 |
Device name |
| 29 |
Shows the name of the transmitter |
| 30 |
ATT082 |
| 31 |
Manufacturer ID |
| 32 |
Indication of the manufacturer ID with which the device is registered with the HART Communication Foundation. |
| 33 |
Manufacturer |
| 34 |
Indication of the manufacturer name. |
| 35 |
Azbil |
| 36 |
Firmware version |
| 37 |
Shows the device firmware version installed |
| 38 |
01.01 |
| 39 |
Serial number |
| 40 |
Indication of the serial number of the device. |
| 41 |
|
| 42 |
Order code |
| 43 |
Shows the device order code |
| 44 |
- none - |
| 45 |
Device tag |
| 46 |
Enter the name for the measuring point |
| 47 |
|
| 48 |
ENP version |
| 49 |
Shows the version of the electronic nameplate (ENP) |
| 50 |
2.02.00 |
| 51 |
Enter access code |
| 52 |
Enter access code to disable write protection of parameters |
| 53 |
Access status tooling |
| 54 |
Shows the access authorization to the parameters via the operating tool |
| 55 |
Operator |
| 56 |
Maintenance |
| 57 |
Service |
| 58 |
Production |
| 59 |
Development |
| 60 |
Locking status |
| 61 |
Indicates the write protection with the highest priority that is currently active |
| 62 |
not locked |
| 63 |
Hardware |
| 64 |
SIL |
| 65 |
Software |
| 66 |
Software & SIL |
| 67 |
Hardware & SIL |
| 68 |
Software & Hardware |
| 69 |
Software & SIL & Hardware |
| 70 |
Device reset |
| 71 |
Reset the device configuration - either entirely or in part - to a defined state |
| 72 |
Not active |
| 73 |
Restart device |
| 74 |
To delivery settings |
| 75 |
To factory defaults |
| 76 |
Extended order code |
| 77 |
The extended order code indicates the version of all the features of the product structure for the device. |
| 78 |
|
| 79 |
Extended order code 2 |
| 80 |
Extended order code 3 |
| 81 |
EDDOnlyIsOnline |
| 82 |
Hardware revision |
| 83 |
Indication of the hardware revision of the device. |
| 84 |
01.00.00 |
| 85 |
Define device write protection code |
| 86 |
Define a device write protection code |
| 87 |
Output current |
| 88 |
Shows the actual calculated value of the output current |
| 89 |
mA |
| 90 |
Measuring mode |
| 91 |
Defines if the direction of the current output is inverted or not. |
| 92 |
Standard |
| 93 |
Inverse |
| 94 |
Simulation current output |
| 95 |
Switch the simulation of the current output on and off |
| 96 |
Off |
| 97 |
On |
| 98 |
Value current output |
| 99 |
Enter the current value for simulation |
| 100 |
Current trimming 20 mA |
| 101 |
Setting of the correction value for the current output at the upper range value 20 mA. |
| 102 |
.3f |
| 103 |
Current trimming 4 mA |
| 104 |
Setting of the correction value for the current output at the lower range value 4 mA. |
| 105 |
Lower range value |
| 106 |
Enter 4 mA value |
| 107 |
Upper range value |
| 108 |
Enter 20 mA value |
| 109 |
OutPercentage |
| 110 |
% |
| 111 |
Failure current |
| 112 |
Setting of the value the current output adopts in an alarm condition. |
| 113 |
Out of range category |
| 114 |
Selection of the category (status signal) how the device reacts if the measuring range is exceeded. |
| 115 |
Out of specification (S) |
| 116 |
Maintenance required (M) |
| 117 |
Failure (F) |
| 118 |
(8) Out of specification (S) |
| 119 |
(4) Maintenance required (M) |
| 120 |
(1) Failure (F) |
| 121 |
Failure mode |
| 122 |
Selection of the failure signal level of the current output in case of an error. |
| 123 |
Min. |
| 124 |
Max. |
| 125 |
Minimum span |
| 126 |
HART date code |
| 127 |
2010-01-01 |
| 128 |
HART descriptor |
| 129 |
Device type |
| 130 |
.0x |
| 131 |
HART message |
| 132 |
No. of preambles |
| 133 |
HART address |
| 134 |
Configuration changed |
| 135 |
Primary master |
| 136 |
Secondary master |
| 137 |
Device revision |
| 138 |
Shows the device revision with which the device is registered with the HART Communication Foundation |
| 139 |
HART revision |
| 140 |
Software revision |
| 141 |
HART short tag |
| 142 |
|
| 143 |
Loop current mode |
| 144 |
Disabled |
| 145 |
Enabled |
| 146 |
Device ID |
| 147 |
Final assembly number |
| 148 |
Device type |
| 149 |
ATT082 |
| 150 |
Sensor 1 value |
| 151 |
Indication of the measured value at the sensor input. |
| 152 |
Sensor 1 raw value |
| 153 |
Indication of the non linearized mV/Ohm value. |
| 154 |
Sensor type 1 |
| 155 |
Selection option of the sensor type for the sensor input. |
| 156 |
Pt100 IEC60751, a=0.00385 (1) |
| 157 |
Pt200 IEC60751, a=0.00385 (2) |
| 158 |
Pt500 IEC60751, a=0.00385 (3) |
| 159 |
Pt1000 IEC60751, a=0.00385 (4) |
| 160 |
Pt100 JIS C1604, a=0.003916 (5) |
| 161 |
Ni100 DIN 43760, a=0.00618 (6) |
| 162 |
Ni120 DIN 43760, a=0.00618 (7) |
| 163 |
Ni100 OIML/GOST 6651-09, a=0.00617 (12) |
| 164 |
Ni120 OIML/GOST 6651-09, a=0.00617 (13) |
| 165 |
Type A (W5Re-W20Re) IEC60584-2013 (30) |
| 166 |
Type B (PtRh30-PtRh6) IEC60584 (31) |
| 167 |
Type C (W5Re-W26Re) IEC60584 (32) |
| 168 |
Type D (W3Re-W25Re) ASTM E988-96 (33) |
| 169 |
Type E (NiCr-CuNi) IEC60584 (34) |
| 170 |
Type J (Fe-CuNi) IEC60584 (35) |
| 171 |
Type K (NiCr-Ni) IEC60584 (36) |
| 172 |
Type N (NiCrSi-NiSi) IEC60584 (37) |
| 173 |
Type R (PtRh13-Pt) IEC60584 (38) |
| 174 |
Type S (PtRh10-Pt) IEC60584 (39) |
| 175 |
Type T (Cu-CuNi) IEC60584 (40) |
| 176 |
Type L (Fe-CuNi) DIN43710 (41) |
| 177 |
Type L (NiCr-CuNi) GOST R8.8585-01 (43) |
| 178 |
Type U (Cu-CuNi) DIN43710 (42) |
| 179 |
Pt50 GOST 6651-94, a=0.00391 (8) |
| 180 |
Pt100 GOST 6651-94, a=0.00391 (9) |
| 181 |
Cu50 GOST 6651-09, a=0.00428 (10) |
| 182 |
Cu100 OIML/GOST 6651-09, a=0.00428 (11) |
| 183 |
Cu50 OIML R84:2003, a=0.00428 (10) |
| 184 |
Cu50 OIML/GOST 6651-94, a=0,00426 (14) |
| 185 |
RTD Platinium (Callendar/van Dusen) |
| 186 |
RTD Poly Nickel (OIML R84, GOST 6651-94) |
| 187 |
RTD Polynomial Copper (OIML R84:2003) |
| 188 |
10...400 Ohm |
| 189 |
10...2000 Ohm |
| 190 |
-20...100 mV |
| 191 |
No Sensor |
| 192 |
(12) Pt100 IEC60751, a=0.00385 (1) |
| 193 |
(13) Pt200 IEC60751, a=0.00385 (2) |
| 194 |
(14) Pt500 IEC60751, a=0.00385 (3) |
| 195 |
(15) Pt1000 IEC60751, a=0.00385 (4) |
| 196 |
(22) Pt100 JIS C1604, a=0.003916 (5) |
| 197 |
(72) Ni100 DIN 43760, a=0.00618 (6) |
| 198 |
(73) Ni120 DIN 43760, a=0.00618 (7) |
| 199 |
(248) Ni100 OIML/GOST 6651-09, a=0.00617 (12) |
| 200 |
(249) Ni120 OIML/GOST 6651-09, a=0.00617 (13) |
| 201 |
(246) Type A (W5Re-W20Re) IEC60584-2013 (30) |
| 202 |
(131) Type B (PtRh30-PtRh6) IEC60584 (31) |
| 203 |
(132) Type C (W5Re-W26Re) IEC60584 (32) |
| 204 |
(133) Type D (W3Re-W25Re) ASTM E988-96 (33) |
| 205 |
(134) Type E (NiCr-CuNi) IEC60584 (34) |
| 206 |
(136) Type J (Fe-CuNi) IEC60584 (35) |
| 207 |
(137) Type K (NiCr-Ni) IEC60584 (36) |
| 208 |
(138) Type N (NiCrSi-NiSi) IEC60584 (37) |
| 209 |
(139) Type R (PtRh13-Pt) IEC60584 (38) |
| 210 |
(140) Type S (PtRh10-Pt) IEC60584 (39) |
| 211 |
(141) Type T (Cu-CuNi) IEC60584 (40) |
| 212 |
(142) Type L (Fe-CuNi) DIN43710 (41) |
| 213 |
(148) Type L (NiCr-CuNi) GOST R8.8585-01 (43) |
| 214 |
(143) Type U (Cu-CuNi) DIN43710 (42) |
| 215 |
(241) Pt50 GOST 6651-94, a=0.00391 (8) |
| 216 |
(242) Pt100 GOST 6651-94, a=0.00391 (9) |
| 217 |
(243) Cu50 GOST 6651-09, a=0.00428 (10) |
| 218 |
(105) Cu100 OIML/GOST 6651-09, a=0.00428 (11) |
| 219 |
(244) Cu50 OIML R84:2003, a=0.00428 (10) |
| 220 |
(245) Cu50 OIML/GOST 6651-94, a=0,00426 (14) |
| 221 |
(3) RTD Platinium (Callendar/van Dusen) |
| 222 |
(240) RTD Poly Nickel (OIML R84, GOST 6651-94) |
| 223 |
(247) RTD Polynomial Copper (OIML R84:2003) |
| 224 |
(1) 10...400 Ohm |
| 225 |
(2) 10...2000 Ohm |
| 226 |
(129) -20...100 mV |
| 227 |
(251) No Sensor |
| 228 |
SensorMinSpan |
| 229 |
Sensor 1 upper limit |
| 230 |
Indication of the upper, physical sensor range. |
| 231 |
Sensor 1 lower limit |
| 232 |
Indication of the lower, physical sensor range. |
| 233 |
Sensor 1 max value |
| 234 |
Indication of the maximum measured temperature in the past. |
| 235 |
Sensor 1 min value |
| 236 |
Indication of the minimum measured temperature in the past. |
| 237 |
Sensor offset 1 |
| 238 |
Setting of the zero adjustment of the measured sensor value. |
| 239 |
Connection type 1 |
| 240 |
Selection of of the sensor connection mode |
| 241 |
2- wire |
| 242 |
3- wire |
| 243 |
4- wire |
| 244 |
(2) 2- wire |
| 245 |
(3) 3- wire |
| 246 |
(4) 4- wire |
| 247 |
2-wire compensation 1 |
| 248 |
Setting of the resistance for the 2-wire RTD compensation. |
| 249 |
Reference junction 1 |
| 250 |
Selection of reference junction measurement for temperature compensation in thermocouples. |
| 251 |
No compensation |
| 252 |
Internal measurement |
| 253 |
Fixed Value |
| 254 |
Sensor 2 value |
| 255 |
(0) No compensation |
| 256 |
(1) Internal measurement |
| 257 |
(3) Fixed Value |
| 258 |
(4) Sensor 2 value |
| 259 |
RJ preset value 1 |
| 260 |
Setting of the value for the external temperature compensation. |
| 261 |
Call./v. Dusen coeff. A |
| 262 |
Setting of the Callendar/van Dusen coefficient A for the linearization based on the Callendar-Van Dusen method. |
| 263 |
.5e |
| 264 |
Call./v. Dusen coeff. B |
| 265 |
Setting of the Callendar/van Dusen coefficient B for the linearization based on the Callendar-Van Dusen method. |
| 266 |
Call./v. Dusen coeff. C |
| 267 |
Setting of the Callendar/van Dusen coefficient C for the linearization based on the Callendar-Van Dusen method. |
| 268 |
Call./v. Dusen coeff. R0 |
| 269 |
Setting of the R0 value for the linearization based on the Callendar-Van Dusen method. |
| 270 |
Polynomial coeff. A |
| 271 |
Setting of the Polynomial coefficient A for Sensor linearization of copper/nickel resistance thermometers (RTD). |
| 272 |
Polynomial coeff. B |
| 273 |
Setting of the Polynomial coefficient B for Sensor linearization of copper/nickel resistance thermometers (RTD). |
| 274 |
Polynomial coeff. R0 |
| 275 |
Setting of the R0 value for Sensor linearization of copper/nickel resistance thermometers (RTD). |
| 276 |
Sensor trimming upper value |
| 277 |
Setting of the upper point for linear characteristic calibration (this affects offset of and slope). |
| 278 |
Sensor trimming lower value |
| 279 |
Setting of the lower point for linear characteristic calibration (this affects offset and slope). |
| 280 |
Sensor trimming min span |
| 281 |
Indicates the span of the measurement range, depending on the sensor type Setting. |
| 282 |
Sensor trimming |
| 283 |
Selection of the sensor linearization method used for the connected sensor. |
| 284 |
Factory trim settings |
| 285 |
User trim settings |
| 286 |
Serial no. sensor |
| 287 |
Setting of an unique serial number for the connected sensor. |
| 288 |
|
| 289 |
InstanceNumber |
| 290 |
Reset sensor min/max values |
| 291 |
Reset min/max values of both sensors to ist default values. |
| 292 |
No |
| 293 |
Yes |
| 294 |
Sensor 2 value |
| 295 |
Sensor 2 raw value |
| 296 |
Sensor type 2 |
| 297 |
Sensor 2 upper limit |
| 298 |
Sensor 2 lower limit |
| 299 |
Sensor 2 max value |
| 300 |
Sensor 2 min value |
| 301 |
Sensor offset 2 |
| 302 |
Connection type 2 |
| 303 |
2-wire compensation 2 |
| 304 |
Reference junction 2 |
| 305 |
RJ preset value 2 |
| 306 |
Reset device temp. min/max values |
| 307 |
Reset min/max- values of electronic temperature to their default values. |
| 308 |
Device temperature |
| 309 |
Indication of the current temperature of the electronics. |
| 310 |
Device temperature max |
| 311 |
Indication of the maximum measured electronic temperature in the past. |
| 312 |
Device temperature min |
| 313 |
Indication of the minimum measured electronic temperature in the past. |
| 314 |
Device temperature unit |
| 315 |
DeviceTempUpperLimit |
| 316 |
DeviceTempLowerLimit |
| 317 |
Unit |
| 318 |
Selection of the unit for all measured values. |
| 319 |
(32) degC |
| 320 |
(33) degF |
| 321 |
(35) K |
| 322 |
(34) degR |
| 323 |
(37) Ohm |
| 324 |
(36) mV |
| 325 |
Mains filter |
| 326 |
Selection of the mains filter for the A/D converter. |
| 327 |
50 Hz |
| 328 |
60 Hz |
| 329 |
(0) 50 Hz |
| 330 |
(1) 60 Hz |
| 331 |
Sensor switch set point |
| 332 |
Define the threshold value for sensor switching. |
| 333 |
Drift/difference mode |
| 334 |
Selection of wether the device reacts to an over- or undercut of the drift/difference Setting of point. |
| 335 |
Out band (drift) |
| 336 |
In band |
| 337 |
(12) Off |
| 338 |
(0) Out band (drift) |
| 339 |
(1) In band |
| 340 |
Drift/difference alarm category |
| 341 |
Selection of the category (status signal) how the device reacts if a drift/difference is detected. |
| 342 |
Drift/difference set point |
| 343 |
Define the max. permitted measured value deviation between sensor 1 and sensor 2. |
| 344 |
Drift/difference alarm delay |
| 345 |
Alarmdelay for Drift/Differenz monitoring. Useful when sensors have different thermal masses. |
| 346 |
s |
| 347 |
Corrosion detection |
| 348 |
Selection of the category (status signal) how the device reacts if a corrosion is detected on the sensor wires. |
| 349 |
HousingStyle |
| 350 |
DINRail125WithSpringTerminals |
| 351 |
DINRail125WithScrewTerminals |
| 352 |
DINRail175WithScrewTerminals |
| 353 |
DINRail175WithSpringTerminals |
| 354 |
HeadWithScrewTerminals |
| 355 |
HeadWithSpringTerminals |
| 356 |
FieldHousingWithScrewTerminals |
| 357 |
FieldHousingWithSpringTerminals |
| 358 |
Configuration counter |
| 359 |
Indication of the meter reading for changes of device parameters. |
| 360 |
Device temperature alarm |
| 361 |
Selection of the category (status signal) how the device reacts if the electronic temperature is out of specified range. |
| 362 |
Alarm delay |
| 363 |
Setting of the delay time in which a diagnosis signal is suppressed before this is at the output. |
| 364 |
Operating time |
| 365 |
Use this function to display the length of time the device has been in operation up to now. |
| 366 |
h |
| 367 |
Calibration counter start |
| 368 |
Selection of the mode of the calibration counter. |
| 369 |
Reset + Run |
| 370 |
Calibration counter start value |
| 371 |
Setting of the start value of the calibration countdown. |
| 372 |
d |
| 373 |
Calibration countdown |
| 374 |
Indication of the remaining time up to the next calibration |
| 375 |
Calibration alarm category |
| 376 |
Selection of the category (status signal) how the device reacts if the calibration counter expires. |
| 377 |
Actual diagnostics count |
| 378 |
Indication of the number of status messages currently pending in the device. |
| 379 |
Actual diagnostics |
| 380 |
Indication of the current diagnostics message with the highest priority. |
| 381 |
OK |
| 382 |
F261-Electronic failure |
| 383 |
F001-Device error |
| 384 |
F041-Sensor broken |
| 385 |
F803-Current loop |
| 386 |
F301-Supply voltage |
| 387 |
F201-Electronic error |
| 388 |
F241-Electronic software |
| 389 |
F283-Memory content |
| 390 |
F282-Electronic memory |
| 391 |
F438-Dataset |
| 392 |
F431-Factory calibration |
| 393 |
F242-Software incompatible |
| 394 |
F525-HART communication |
| 395 |
F925-Device temperature |
| 396 |
F410-Data transfer |
| 397 |
F437-Configuration |
| 398 |
F435-Linearization |
| 399 |
F221-Electronic reference |
| 400 |
F043-Short circuit |
| 401 |
F062-Sensor connection |
| 402 |
F042-Sensor corroded |
| 403 |
F842-Process limit |
| 404 |
F045-Operating range |
| 405 |
F102-Range overshot |
| 406 |
F101-Range undershot |
| 407 |
F105-Calibration interval |
| 408 |
F044-Sensor drift |
| 409 |
C411-Up-/Download |
| 410 |
C451-Data handling |
| 411 |
C483-Input simulation |
| 412 |
C485-Simulation measured value |
| 413 |
C491-Simulation current output |
| 414 |
C401-Factory reset |
| 415 |
C402-Configuration initialization |
| 416 |
C501-CDI connection |
| 417 |
S925-Device temperature |
| 418 |
S842-Process limit |
| 419 |
S102-Range overshot |
| 420 |
S101-Range undershot |
| 421 |
S044-Sensor drift |
| 422 |
M438-Dataset |
| 423 |
M042-Sensor corroded |
| 424 |
M842-Process limit |
| 425 |
M105-Calibration interval |
| 426 |
M006-Sensor redundance active |
| 427 |
M044-Sensor drift |
| 428 |
M104-Sensor backup active |
| 429 |
M106-Backup not available |
| 430 |
M262-Module connection |
| 431 |
Actual diag channel |
| 432 |
Indication of the sensor input which this diagnostics message refers. |
| 433 |
-------- |
| 434 |
Sensor 1 |
| 435 |
Sensor 2 |
| 436 |
Device temperature |
| 437 |
Current output |
| 438 |
Actual diagnostics 2 |
| 439 |
F803-Current loop |
| 440 |
F301-Supply voltage |
| 441 |
C491-Simulation current output |
| 442 |
Actual diag 2 channel |
| 443 |
Actual diagnostics 3 |
| 444 |
Actual diag 3 channel |
| 445 |
Previous diagnostics 1 |
| 446 |
Indication of the diagnostics messages appeared in the past. |
| 447 |
Previous diag 1 channel |
| 448 |
Previous diagnostics 2 |
| 449 |
Previous diag 2 channel |
| 450 |
Previous diagnostics 3 |
| 451 |
Previous diag 3 channel |
| 452 |
Previous diagnostics 4 |
| 453 |
Previous diag 4 channel |
| 454 |
Current output |
| 455 |
Previous diagnostics 5 |
| 456 |
Previous diag 5 channel |
| 457 |
SIL option |
| 458 |
Use this function to display whether the device was ordered with SIL certification. |
| 459 |
SIL mode |
| 460 |
NotActive |
| 461 |
EndianessCheck |
| 462 |
DevRevCheck |
| 463 |
SILSeqInProgress |
| 464 |
ParameterVerification |
| 465 |
SILCRCCheck |
| 466 |
SILSafeParamSuccessful |
| 467 |
SILSRPSafed |
| 468 |
ReadyForRestart |
| 469 |
ReadyForSILMode |
| 470 |
SILModeAborted |
| 471 |
Active |
| 472 |
SIL HART mode |
| 473 |
Setting "HART disabled" deactivates HART communication in SIL operation mode. |
| 474 |
HART disabled in SIL mode |
| 475 |
HART enabled in SIL mode |
| 476 |
(0) HART disabled in SIL mode |
| 477 |
(1) HART enabled in SIL mode |
| 478 |
SIL startup mode |
| 479 |
Influences the behaviour after a restart. If setting "Disabled" is used manual input of SIL checksum after restart is required. |
| 480 |
(0) Disabled |
| 481 |
(1) Enabled |
| 482 |
SIL checksum |
| 483 |
Enter SIL Checksum |
| 484 |
Enter SIL checksum during safe parameterisation and startup in SIL operation. |
| 485 |
Timestamp SIL configuration |
| 486 |
Enter time and date when safe parameterisation was finished. |
| 487 |
DD.MM.YYYY hh:mm |
| 488 |
Safe parameterization status |
| 489 |
EndiannessError |
| 490 |
Multidrop mode active |
| 491 |
ParameterOrderError |
| 492 |
DeviceRestarted |
| 493 |
DecimalPlacesError |
| 494 |
DeviceRevisionIncompatible |
| 495 |
WriteCmdArmed |
| 496 |
SafeParaCompleted |
| 497 |
SafeParaStateError |
| 498 |
SafeParaCRCNotEqualError |
| 499 |
SafeParaNotSILDevice |
| 500 |
CDI connection |
| 501 |
SILSafeParaControl |
| 502 |
Parameter verification |
| 503 |
Confirm |
| 504 |
Operational state |
| 505 |
Checking SIL option |
| 506 |
Startup normal mode |
| 507 |
Wait for Checksum |
| 508 |
Self diagnostic |
| 509 |
Normal mode |
| 510 |
Download active |
| 511 |
SIL mode active |
| 512 |
Safe para start |
| 513 |
Safe param running |
| 514 |
Save parameter values |
| 515 |
Parameter check |
| 516 |
Reboot pending |
| 517 |
Reset checksum |
| 518 |
Safe state - Active |
| 519 |
Download verification |
| 520 |
Upload active |
| 521 |
Safe state - Passive |
| 522 |
Safe state - Panic |
| 523 |
Force safe state |
| 524 |
Sensor 1 |
| 525 |
Status |
| 526 |
BadNotLimited |
| 527 |
BadLowLimited |
| 528 |
BadHighLimited |
| 529 |
BadConstant |
| 530 |
UncertainNotLimited |
| 531 |
UncertainLowLimited |
| 532 |
UncertainHighLimited |
| 533 |
UncertainConstant |
| 534 |
ManualFixedNotLimited |
| 535 |
ManualFixedLowLimited |
| 536 |
ManualFixedHighLimited |
| 537 |
ManualFixedConstant |
| 538 |
GoodNotLimited |
| 539 |
GoodLowLimited |
| 540 |
GoodHighLimited |
| 541 |
GoodConstant |
| 542 |
Var0_UpperLimit |
| 543 |
Var0_LowerLimit |
| 544 |
Var0_MinSpan |
| 545 |
Var0_Classification |
| 546 |
ClassNotClassified |
| 547 |
ClassTemperature |
| 548 |
ClassResistance |
| 549 |
ClassVoltage |
| 550 |
Var1_UpperLimit |
| 551 |
Var1_LowerLimit |
| 552 |
Var1_MinSpan |
| 553 |
Var2_UpperLimit |
| 554 |
Var2_LowerLimit |
| 555 |
Var2_MinSpan |
| 556 |
Var3_UpperLimit |
| 557 |
Var3_LowerLimit |
| 558 |
Var3_MinSpan |
| 559 |
Var4_UpperLimit |
| 560 |
Var4_LowerLimit |
| 561 |
Var4_MinSpan |
| 562 |
Var5_UpperLimit |
| 563 |
Var5_LowerLimit |
| 564 |
Var5_MinSpan |
| 565 |
Var6_UpperLimit |
| 566 |
Var6_LowerLimit |
| 567 |
Var6_MinSpan |
| 568 |
Var7_UpperLimit |
| 569 |
Var7_LowerLimit |
| 570 |
Var7_MinSpan |
| 571 |
Assign current output (PV) |
| 572 |
Allocation of a measuring variable to the primary HART variable (PV). |
| 573 |
Average |
| 574 |
Difference |
| 575 |
Sensor 1 (Backup Sensor 2) |
| 576 |
Sensor switching |
| 577 |
Average with backup |
| 578 |
(0) Sensor 1 |
| 579 |
(1) Sensor 2 |
| 580 |
(2) Device temperature |
| 581 |
(3) Average |
| 582 |
(4) Difference |
| 583 |
(5) Sensor 1 (Backup Sensor 2) |
| 584 |
(6) Sensor switching |
| 585 |
(7) Average with backup |
| 586 |
Assign SV |
| 587 |
Allocation of a measuring variable to the secondary HART variable (SV). |
| 588 |
Not used |
| 589 |
(250) Not used |
| 590 |
Assign TV |
| 591 |
Allocation of a measuring variable to the third HART variable (TV). |
| 592 |
Assign QV |
| 593 |
Allocation of a measuring variable to the fourth HART variable (QV). |
| 594 |
PV |
| 595 |
Indication of the primary HART variable (PV). |
| 596 |
SV |
| 597 |
Indication of the secondary HART variable (SV). |
| 598 |
TV |
| 599 |
Indication of the third HART variable (TV). |
| 600 |
QV |
| 601 |
Indication of the fourth HART variable (QV). |
| 602 |
Damping |
| 603 |
Setting of the time constant for the damping of the output current. |
| 604 |
Display interval |
| 605 |
Set time measured values are shown on display if display alternates between values |
| 606 |
Format display |
| 607 |
Select how measured values are shown on the display |
| 608 |
Value only |
| 609 |
Value + Bargraph |
| 610 |
Value 1 display |
| 611 |
Select the measured value that is shown on the local display |
| 612 |
Process value |
| 613 |
Output current |
| 614 |
Percent of range |
| 615 |
Decimal places 1 |
| 616 |
Select the number of decimal places for the display value |
| 617 |
Automatic |
| 618 |
x |
| 619 |
x.x |
| 620 |
x.xx |
| 621 |
x.xxx |
| 622 |
x.xxxx |
| 623 |
Value 2 display |
| 624 |
Selection of the measured value that is shown on the local display |
| 625 |
Decimal places 2 |
| 626 |
Value 3 display |
| 627 |
Selection of the measured value that is shown on the local display. |
| 628 |
Decimal places 3 |
| 629 |
Burst mode |
| 630 |
Switch HART burst mode for burst message on |
| 631 |
Burst command |
| 632 |
Select the HART command that is sent to the HART master |
| 633 |
Command 1 |
| 634 |
Command 2 |
| 635 |
Command 3 |
| 636 |
Command 9 |
| 637 |
Command 33 |
| 638 |
Command 48 |
| 639 |
Burst variable 0 |
| 640 |
Allocation of a measuring variable to slot 0. |
| 641 |
Burst variable 1 |
| 642 |
Allocation of a measuring variable to slot 1. |
| 643 |
Burst variable 2 |
| 644 |
Allocation of a measuring variable to slot 2. |
| 645 |
Burst variable 3 |
| 646 |
Allocation of a measuring variable to slot 3. |
| 647 |
Min. update period |
| 648 |
Enter the minimum time span between two burst responses of one burst message |
| 649 |
ms |
| 650 |
Max. update period |
| 651 |
Enter the maximum time span between two burst responses of one burst message |
| 652 |
Burst trigger mode |
| 653 |
Select the event that triggers the burst message |
| 654 |
Continuous |
| 655 |
Window |
| 656 |
Rising |
| 657 |
Falling |
| 658 |
On change |
| 659 |
Burst trigger level |
| 660 |
Enter the burst trigger value that determines together with the option selected in 'Burst trigger mode' parameter the time of burst message |
| 661 |
°C |
| 662 |
°F |
| 663 |
°R |
| 664 |
min |
| 665 |
None |
| 666 |
Setup |
| 667 |
Advanced setup |
| 668 |
Sensors |
| 669 |
Display |
| 670 |
SIL |
| 671 |
Activate SIL |
| 672 |
Deactivate SIL |
| 673 |
Administration |
| 674 |
Diagnostics |
| 675 |
Diagnostic list |
| 676 |
Event logbook |
| 677 |
Device information |
| 678 |
Measured values |
| 679 |
Min/max values |
| 680 |
Simulation |
| 681 |
Expert |
| 682 |
System |
| 683 |
Sensor 1 |
| 684 |
Linearization |
| 685 |
Sensor 2 |
| 686 |
Diagnostic settings |
| 687 |
Output |
| 688 |
Communication |
| 689 |
HART configuration |
| 690 |
HART info |
| 691 |
HART output |
| 692 |
Burst configuration |
| 693 |
Burst configuration 1 |
| 694 |
Burst configuration 2 |
| 695 |
Burst configuration 3 |
| 696 |
ATT082 Offline |
| 697 |
Upload from device |
| 698 |
Download to device |
| 699 |
|
| 700 |
Reset configuration changed flag |
| 701 |
Reset min/max values of both sensors to its default values. |
| 702 |
Remedy information |
| 703 |
SIL Logo |
| 704 |
Device ICON |
| 705 |
Device |
| 706 |
Process variables |
| 707 |
Diagnostics |
| 708 |
Maintenance |
| 709 |
Menu is not supported |
| 710 |
Unit and output |
| 711 |
Unit |
| 712 |
AO and PV |
| 713 |
Process variables |
| 714 |
Sensor 1 linewriter |
| 715 |
PV linewriter |
| 716 |
PV |
| 717 |
Measured values |
| 718 |
Drift/difference settings |
| 719 |
Calibration counter |
| 720 |
Sensor switching |
| 721 |
Measured values |
| 722 |
Callendar/Van Dusen |
| 723 |
Polynomial nickel/copper |
| 724 |
Sensor min/max values |
| 725 |
Device temperature min/max values |
| 726 |
Hart diagnostics |
| 727 |
Device status |
| 728 |
Status byte 0 |
| 729 |
Status byte 1 |
| 730 |
Status byte 2 |
| 731 |
Status byte 3 |
| 732 |
Status byte 4 |
| 733 |
Status byte 5 |
| 734 |
Status byte 14 |
| 735 |
Status byte 15 |
| 736 |
Status byte 16 |
| 737 |
Status byte 17 |
| 738 |
Status byte 18 |
| 739 |
HartLogo |
| 740 |
Overview |
| 741 |
HART diagnostics |
| 742 |
Use button "Deactivate SIL" to confirm changing to "Normal mode" operation. |
| 743 |
Use button "Restart device" to trigger a device reboot |
| 744 |
SIL access code |
| 745 |
Please enter SIL access code: |
| 746 |
After entering the correct access code the device will reset the SIL user parameters to default values. |
| 747 |
In this step of the wizard the devices serial number is displayed. Make sure you are working at the right device. |
| 748 |
Step 1: Enter SIL code |
| 749 |
Step 2: Check serial number |
| 750 |
Step 3: Press "Next": |
| 751 |
Please be patient after pressing "Next" the wizard will continue with a new dialog window |
| 752 |
Step 1: Select/Enter |
| 753 |
Step 2: Press "Next": |
| 754 |
*For more information about the ASCII representation codes, please refer safety manual. |
| 755 |
Step 1: Compare values |
| 756 |
Step 2: Confirm values |
| 757 |
The wires of a thermocouple sensor type have to be connected according to their polarity. |
| 758 |
Use max. 2 decimal places for this parameter |
| 759 |
Attention: |
| 760 |
The wires of a |
| 761 |
thermocouple sensor |
| 762 |
type have to be |
| 763 |
connected according |
| 764 |
to their polarity. |
| 765 |
Callendar/van Dusen 1 |
| 766 |
Use max. 3 decimal places for this parameter |
| 767 |
Enter minimum measured temperature for Callendar Van Dusen 1 |
| 768 |
Enter maximum measured temperature for Callendar Van Dusen 1 |
| 769 |
Use max. 3 decimal places for this parameter |
| 770 |
Selected parameter(s) |
| 771 |
Polynomial Nickel/Copper 1 |
| 772 |
Enter minimum measured temperature for polynom nickel/copper 1 |
| 773 |
Enter maximum measured temperature for polynom nickel/copper 1 |
| 774 |
Callendar/van Dusen 2 |
| 775 |
Enter minimum measured temperature for Callendar Van Dusen 2 |
| 776 |
Enter maximum measured temperature for Callendar Van Dusen 2 |
| 777 |
Polynomial Nickel/Copper 2 |
| 778 |
Enter minimum measured temperature for polynom nickel/copper 2 |
| 779 |
General device settings |
| 780 |
Please select the mains filter for A/D conversion |
| 781 |
Enter a measured value to the current value 4 mA: |
| 782 |
Enter a measured value to the current value 20 mA: |
| 783 |
Select the category how the device shall react when output current value is outside the valid range. |
| 784 |
Drift/difference settings |
| 785 |
Select drift alarm category (status signal) |
| 786 |
Enter deviation value for sensor drift monitoring |
| 787 |
Safety device settings |
| 788 |
Confirm default settings |
| 789 |
Overview sensor 1 settings |
| 790 |
Sensor 1-not used settings |
| 791 |
Overview sensor 2 settings |
| 792 |
Sensor 2-not used settings |
| 793 |
Device-not used settings |
| 794 |
Confirm parameter values |
| 795 |
Confirm checksum |
| 796 |
The CRC check value calculated with the selected Safe Parameters configuration is displayed below |
| 797 |
Please write down the CRC check value. You will need it to restart the device in SIL mode. |
| 798 |
If "SIL checksum" and "Parameter verification" are not equal, abort safe parameterization, restart the device and repeat the safe parameterization. |
| 799 |
If "SIL checksum" and "Parameter |
| 800 |
verification" are not equal, |
| 801 |
abort safe parameterization, |
| 802 |
reboot the device and repeat |
| 803 |
the safe parameterization |
| 804 |
|
| 805 |
Safe parameterization completed |
| 806 |
By click on "OK" button, the safe parameterization will be finished and the device will be restarted.
After restart the device will be ready to start in SIL mode. |
| 807 |
Confirm by "OK" button, |
| 808 |
close the device operating window, |
| 809 |
afterwards safe param. will be completed |
| 810 |
and the device will be restarted. |
| 811 |
After restart, device operation in |
| 812 |
SIL mode is possible. |
| 813 |
Cause of error |
| 814 |
Safe parameterization was canceled by user. |
| 815 |
Communication with device failed |
| 816 |
The device did a unexpected restart during safe parameterization was executed. The parameterization procedure is no longer safe. |
| 817 |
Device firmware version and device revision are incompatible. |
| 818 |
The data transmission between service or DCS system and device do not correspond to the little endian format. |
| 819 |
Safe parameterization can not be started, because the device is in multidrop mode. |
| 820 |
Parameters were written to the device in a wrong order. |
| 821 |
Error in communication with the device. The processed data are no longer safe. |
| 822 |
The device is not ready to perform the safe parameterization |
| 823 |
Equality of the parameter values was not confirmed. |
| 824 |
The amount of decimal places used for this parameter does not meet the safety specification. |
| 825 |
The connected device has no admission to be operated in SIL mode. |
| 826 |
You have entered three incorrect CRC sum consecutively |
| 827 |
The maximum waiting time for finalize the safe paramerterisation has elapsed. The Wizard will abort. |
| 828 |
Unknown error occured |
| 829 |
|
| 830 |
|
| 831 |
Remedy information |
| 832 |
1. Reboot the device.
2. Restart the safe parameterization.
If the error persists, please contact the manufacturer. |
| 833 |
1. Restart the safe parameterization.
If the error persists, please contact the manufacturer.
|
| 834 |
1. Ensure device firmware version according to 01.01.zz
2. Device revision of the EDD or DTM must be '2'
3. Restart the safe parameterization.
If the error persists, please contact the manufacturer. |
| 835 |
1. Reboot the device.
2. Restart the safe parameterization.
If the error is not disappear, please contact the manufacturer. |
| 836 |
1. Do not operate the device in multidrop mode.
2. Restart the safe parameterization.
If the error persists, please contact the manufacturer. |
| 837 |
1. Execute reset "To factory defaults"
2. Reboot the device.
2. Restart the safe parameterization.
If the error persists, please contact the manufacturer. |
| 838 |
1. Compare values
2. If values are equal:
2.1 Confirm equality of the values with selection "Yes"
3. If values are not equal:
3.1 Reboot the device.
3.2 Restart the safe parameterization.
If the error persists, please contact the manufacturer. |
| 839 |
1. Restart the safe parameterization wizard.
2. Use the not more then maximum allowed decimal places for this parameter.
For more information refer to safety manual.
If the error persists, please contact the manufacturer.
|
| 840 |
1. Use ATT082 Rev 2 device with SIL certification.
2. Restart the safe parameterization.
If the error persists, please contact the manufacturer. |
| 841 |
1. Reboot the device.
2. Restart the safe parameterization.
3. Operate the safe parameterization as described in safety manual
If the error persists, please contact the manufacturer. |
| 842 |
Stop! |
| 843 |
Device status |
| 844 |
Error |
| 845 |
Device Status: |
| 846 |
Please refer to Fuctional safety manual. |
| 847 |
Detail information: |
| 848 |
ReadSafeParaStatusandInvers |
| 849 |
Abort safe parameterization |
| 850 |
Loop Warning Variables |
| 851 |
Loop Warning Variables - Variables that display a warning message before new values are sent. |
| 852 |
Upload variables |
| 853 |
Device configuration locked |
| 854 |
Cause:
Electronic failure
Remedy:
1. Execute Reset "Restart device" or power cycle the device
2. Check EMC influence
3. Replace electronics |
| 855 |
F043-Short circuit-Sensor 1 |
| 856 |
Cause:
Short-circuit at sensor 1 terminals
Remedy:
1. Check electrical connection of sensor 1
2. Replace sensor 1
3. Check setting "Connection type 1" |
| 857 |
F041-Sensor broken-Sensor 1 |
| 858 |
Cause:
1. Electr. interruption of the sensor 1 element or sensor wiring
2. Incompatible configuration of connection type
Remedy:
1. Check electrical connection
2. Replace sensor 1
3. Check connection type |
| 859 |
M842-Process limit-Current output |
| 860 |
Cause:
The measured value is out of the adjusted range of the analog output
Remedy:
Check the adjusted range of the analog output |
| 861 |
Cause:
The measured value is out of the adjusted range of the analog output
Remedy:
Check the adjusted range of the analog output |
| 862 |
C411-Up-/Download |
| 863 |
Cause:
Download active
Remedy:
Please wait until the download process is finished |
| 864 |
C401-Factory reset |
| 865 |
Cause:
Device reset is executed
Remedy:
Please wait until the initialization process is completed |
| 866 |
F431-Factory calibration-Current output |
| 867 |
Cause:
Error in calibration parameters
Remedy:
1. Contact service organisation
2. Replace electronics |
| 868 |
F431-Factory calibration-Sensor 2 |
| 869 |
F431-Factory calibration-Sensor 1 |
| 870 |
Cause:
Memory error
Remedy:
1. Execute Reset "Restart device"
2. Restart (power cycle) device
3. Replace electronics |
| 871 |
F241-Electronic software |
| 872 |
Cause:
Error in programm sequence
Remedy:
1. Execute Reset "Restart device"
2. Restart (power cycle) device
3. Replace electronics |
| 873 |
F201-Electronic error |
| 874 |
Cause:
Electronic failure
Remedy:
1. Reboot device
2. Check electrical connection of Sensor 1
3. Check/replace Sensor 1
4. Replace electronics |
| 875 |
F301-Supply voltage |
| 876 |
Cause:
Supply voltage too low
Remedy:
1. Increase supply voltage
2. Check electrical connection for corrosion |
| 877 |
F803-Current loop-Current output |
| 878 |
Cause:
Incorrect output current
Remedy:
1. Check wiring
2. Replace electronics |
| 879 |
F435-Linearization-Device temperature |
| 880 |
Cause:
Linearization failure
Remedy:
1. Contact service organisation
2. Replace electronics |
| 881 |
F435-Linearization-Sensor 2 |
| 882 |
Cause:
Linearization failure
Remedy:
1. Check configuration of sensor 2 parameters
2. Check configuration of sensor 2 linearization
3. Contact service organisation
4. Replace electronics |
| 883 |
F435-Linearization-Sensor 1 |
| 884 |
Cause:
Linearization failure
Remedy:
1. Check configuration of sensor 1 parameters
2. Check configuration of sensor 1 linearization
3. Contact service organisation
4. Replace electronics |
| 885 |
F437-Configuration-Sensor 2 |
| 886 |
Cause:
Incompatible configuration
Remedy:
1. Check configuration of sensor 2 parameters (Sensor type, Connection)
2. Check sensor type vs. unit
3. Check PV, SV, TV, QV, burst assignments
4. Check configuration of sensor linearisation and trimming (Callendar/Van Dusen, Polynom Nickel/Copper, Sensor trim)
5. Check sensor drift/difference settings
6. Contact service organisation |
| 887 |
F437-Configuration-Sensor 1 |
| 888 |
Cause:
Incompatible configuration
Remedy:
1. Check configuration of sensor 1 parameters (Sensor type, Connection)
2. Check sensor type vs. unit
3. Check PV, SV, TV, QV, burst assignments
4. Check configuration of sensor linearisation and trimming (Callendar/Van Dusen, Polynom Nickel/Copper, Sensor trim)
5. Check sensor drift/difference settings
6. Contact service organisation |
| 889 |
F437-Configuration |
| 890 |
Cause:
Incompatible configuration
Remedy:
1. Check current output settings (range and span)
2. Contact service organisation |
| 891 |
F410-Data transfer |
| 892 |
Cause:
1. Check data connection
2. Retry data transfer
Remedy:
Error during data transfer |
| 893 |
F925-Device temperature |
| 894 |
Cause:
Device temperature out of specification (-40...85°C; -40...185°F).
Remedy:
Ensure ambient temperature as per specification. |
| 895 |
F042-Sensor corroded-Sensor 2 |
| 896 |
Cause:
1. Corrosion of sensor terminals for sensor 1
2. Corrosion of sensor 1 wiring
Remedy:
1. Check electrical connection sensor 1
2. Replace sensor 1 |
| 897 |
F042-Sensor corroded-Sensor 1 |
| 898 |
F043-Short circuit-Sensor 2 |
| 899 |
Cause:
Short-circuit at sensor 2 terminals
Remedy:
1. Check electrical connection of sensor 2
2. Replace sensor 2
3. Check setting "Connection type 2" |
| 900 |
F041-Sensor broken-Sensor 2 |
| 901 |
Cause:
1. Electr. interruption of the sensor 2 element or sensor wiring
2. Incompatible configuration of connection type
Remedy:
1. Check electrical connection
2. Replace sensor 2
3. Check connection type |
| 902 |
F001-Device error-Device temperature |
| 903 |
F001-Device error-Sensor 2 |
| 904 |
F001-Device error-Sensor 1 |
| 905 |
F221-Electronic reference-Device temperature |
| 906 |
Cause:
Internal reference junction defective
Remedy:
1. Replace device |
| 907 |
F101-Range undershot-Sensor 2 |
| 908 |
Cause:
Undershoot of sensor 2 physical measuring range
Remedy:
1. Check process temperature
2. Check sensor 2
3. Check setting "Sensortype 2" |
| 909 |
F101-Range undershot-Sensor 1 |
| 910 |
Cause:
Undershoot of sensor 1 physical measuring range
Remedy:
1. Check process temperature
2. Check sensor 1
3. Check setting "Sensortype 1" |
| 911 |
F102-Range overshot-Sensor 2 |
| 912 |
Cause:
Overshoot of sensor 2 physical measuring range
Remedy:
1. Check process temperature
2. Check sensor 2
3. Check setting "Sensortype 2" |
| 913 |
F102-Range overshot-Sensor 1 |
| 914 |
Cause:
Overshoot of sensor 1 physical measuring range
Remedy:
1. Check process temperature
2. Check sensor 1
3. Check setting "Sensortype 1" |
| 915 |
F045-Operating range-Sensor 2 |
| 916 |
Cause:
Internal / external temperature out of specification.
Remedy:
1. Check ambient temperature
2. Check external reference measurement |
| 917 |
F045-Operating range-Sensor 1 |
| 918 |
F842-Process limit-Current output |
| 919 |
M006-Sensor redundance active-Sensor 2 |
| 920 |
Cause:
1. Electr. interruption or short-circuit of the sensor 2 element or sensor wiring
2. Incompatible configuration of connection type
Remedy:
1. Check electrical connection
2. Replace sensor 2
3. Check connection type |
| 921 |
M042-Sensor corroded-Sensor 2 |
| 922 |
Cause:
1. Corrosion of sensor terminals for sensor 2
2. Corrosion of sensor 2 wiring
Remedy:
1. Check electrical connection sensor 2
2. Replace sensor 2 |
| 923 |
M042-Sensor corroded-Sensor 1 |
| 924 |
M438-Dataset |
| 925 |
Cause:
During last download som warnings occured
Remedy:
1. Check parameter settings
2. Repeat download
3. Update DD/DTM
4. Contact service organistation |
| 926 |
F044-Sensor drift |
| 927 |
Cause:
Sensor drift/difference detected (in accordance to the sensor drift/difference configuration)
Remedy:
1. Check sensors
2. Check process temperature |
| 928 |
Cause:
Set calibration interval for next calibration expired
Remedy:
1. Execute calibration and reset calibration interval
2. Switch off calibration counter |
| 929 |
F101-Range undershot-Device temperature |
| 930 |
Cause:
Undershoot of device temperature physical measuring range
Remedy:
Ensure ambient temperature as per specification |
| 931 |
F102-Range overshot-Device temperature |
| 932 |
Cause:
Overshoot of device temperature physical measuring range
Remedy:
Ensure ambient temperature as per specification |
| 933 |
S842-Process limit-Current output |
| 934 |
Cause:
The measured value is out of the adjusted range of the analog output
Remedy:
Check the adjusted range of the analog output |
| 935 |
S925-Device temperature |
| 936 |
Cause:
Device temperature out of specification (-40...85°C; -40...185°F).
Remedy:
Ensure ambient temperature as per specification. |
| 937 |
M044-Sensor drift |
| 938 |
M106-Backup not available-Sensor 2 |
| 939 |
Cause:
Backup sensor not available. Error at sensor 2
Remedy:
1. Check electrical connection of sensor 2
2. Check sensor 2
3. Check sensor 2 configuration |
| 940 |
M104-Sensor backup active-Sensor 1 |
| 941 |
Cause:
Backup sensor active. Error at sensor 1
Remedy:
1. Check electrical connection of sensor 1
2. Check sensor 1
3. Check sensor 1 configuration |
| 942 |
M006-Sensor redundance active-Sensor 1 |
| 943 |
Cause:
1. Electr. interruption or short-circuit of the sensor 1 element or sensor wiring
2. Incompatible configuration of connection type
Remedy:
1. Check electrical connection
2. Replace sensor 1
3. Check connection type |
| 944 |
C501-CDI connection |
| 945 |
Cause:
CDI (service interface) connected
Remedy:
1. Unplug CDI- Connector
2. Contact service organisation |
| 946 |
S101-Range undershot-Device temperature |
| 947 |
S102-Range overshot-Device temperature |
| 948 |
S101-Range undershot-Sensor 2 |
| 949 |
S101-Range undershot-Sensor 1 |
| 950 |
S102-Range overshot-Sensor 1 |
| 951 |
S102-Range overshot-Sensor 2 |
| 952 |
C451-Data handling |
| 953 |
Cause:
Data handling running
Remedy:
Please wait until data handling process is completed |
| 954 |
S044-Sensor drift |
| 955 |
Cause:
Sensor drift/difference detected (in accordance to the sensor 1 drift/difference configuration)
Remedy:
1. Check sensors
2. Check process temperature |
| 956 |
F242-Software incompatible |
| 957 |
Cause:
Firmware modules incompatible
Remedy:
Contact service organisation |
| 958 |
F438-Dataset |
| 959 |
Cause:
Error in safe parameterization
Remedy:
1. Repeat the safe parameterization
2. Contact service organisation |
| 960 |
F282-Electronic memory |
| 961 |
Cause:
Incorrect data in memory
Remedy:
1. Repeat the safe parameterization
2. Replace electronics |
| 962 |
F001-Device error |
| 963 |
C402-Configuration initialization-Device temperature |
| 964 |
Cause:
Measurement is initializing
Remedy:
Please wait until the initialization process is completed |
| 965 |
C402-Configuration initialization-Sensor 2 |
| 966 |
C402-Configuration initialization-Sensor 1 |
| 967 |
C402-Configuration initialization |
| 968 |
Cause:
Device is starting/initializing
Remedy:
Please wait until the initialization process is completed |
| 969 |
F062-Sensor connection-Device temperature |
| 970 |
Cause:
Internal temperature measurement defective
Remedy:
Replace device |
| 971 |
F062-Sensor connection-Sensor 2 |
| 972 |
Cause:
Disruption of sensor 2 electrical connection
Remedy:
1. Check electrical connection of sensor 2
2. Replace sensor 2
3. Check sensor 2 configuration |
| 973 |
F062-Sensor connection-Sensor 1 |
| 974 |
Cause:
Disruption of sensor 1 electrical connection
Remedy:
1. Check electrical connection of sensor 1
2. Replace sensor 1
3. Check sensor 1 configuration |
| 975 |
Cause:
Failure in communication
Remedy:
1. Check communication path (Hardware)
2. Check HART- master
3. Check if power is sufficent
4. Check HART communication settings
5. Contact service organisation |
| 976 |
pv_unit |
| 977 |
pv_status |
| 978 |
pv_classification |
| 979 |
pv_upper_limit |
| 980 |
pv_lower_limit |
| 981 |
pv_min_span |
| 982 |
pv_damping |
| 983 |
7d |
| 984 |
Graphical mode |
| 985 |
simple |
| 986 |
graphical |
| 987 |
RetryCounter |
| 988 |
SafeParaNavigSelection |
| 989 |
BACK |
| 990 |
NEXT |
| 991 |
CANCEL |
| 992 |
Error code |
| 993 |
ASCII representation |
| 994 |
PV Analog Channel Saturated |
| 995 |
PV Analog Channel Fixed |
| 996 |
Wireless |
| 997 |
WirelessHART Device |
| 998 |
IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation |
| 999 |
Primary |
| 1000 |
Primary Analog Channel |
| 1001 |
Secondary |
| 1002 |
Secondary Analog Channel |
| 1003 |
Tertiary |
| 1004 |
Tertiary Analog Channel |
| 1005 |
Quaternary |
| 1006 |
Quaternary Analog Channel |
| 1007 |
Quinary |
| 1008 |
Quinary Analog Channel |
| 1009 |
Critical Power Failure |
| 1010 |
Lock all |
| 1011 |
Trim not supported |
| 1012 |
Configuration cannot be changed |
| 1013 |
Locked by gateway |
| 1014 |
Analog Input Channel |
| 1015 |
Analog Output Channel |
| 1016 |
Secondary Analog Channel Saturated |
| 1017 |
Tertiary Analog Channel Saturated |
| 1018 |
Quaternary Analog Channel Saturated |
| 1019 |
Quinary Analog Channel Saturated |
| 1020 |
Secondary Analog Channel Fixed |
| 1021 |
Tertiary Analog Channel Fixed |
| 1022 |
Quaternary Analog Channel Fixed |
| 1023 |
Quinary Analog Channel Fixed |
| 1024 |
Simulation active |
| 1025 |
The device is in simulation mode and the level output is not representative of the process. |
| 1026 |
Non-Volatile memory failure |
| 1027 |
The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed. |
| 1028 |
Volatile memory error |
| 1029 |
The RAM memory check is invalid or maybe corrupt |
| 1030 |
Watchdog reset executed |
| 1031 |
A watchdog reset has been performed |
| 1032 |
Voltage conditions out of range |
| 1033 |
A voltage condition is outside its allowable range |
| 1034 |
Environmental conditions out of range |
| 1035 |
An internal or environmental condition is beyond acceptable limits. |
| 1036 |
Electronic failure |
| 1037 |
A hardware problem not related to the sensor has been detected. |
| 1038 |
Subdevice list changed |
| 1039 |
Duplicate master detected |
| 1040 |
Capacity Denied |
| 1041 |
The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified |
| 1042 |
Bandwidth allocation pending |
| 1043 |
Block transfer pending |
| 1044 |
Battery life |
| 1045 |
Percent range |
| 1046 |
Loop current |
| 1047 |
Primary variable |
| 1048 |
Secondary variable |
| 1049 |
Tertiary variable |
| 1050 |
Quaternary variable |
| 1051 |
Read receive time |
| 1052 |
Write date and time |
| 1053 |
Non-Volatile Clock |
| 1054 |
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. |
| 1055 |
Clock Uninitialized |
| 1056 |
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. |
| 1057 |
No restrictions |
| 1058 |
SI Only |
| 1059 |
Restricted to SI Unit codes only |
| 1060 |
Process automation device |
| 1061 |
Discrete device |
| 1062 |
Hybrid:Process automation+discrete |
| 1063 |
I/O System |
| 1064 |
WirelessHART Process automation device |
| 1065 |
WirelessHART Discrete device |
| 1066 |
WirelessHART Process automation+discrete |
| 1067 |
WirelessHART Gateway |
| 1068 |
WirelessHART Access point |
| 1069 |
WirelessHART Process adapter |
| 1070 |
WirelessHART Discrete adapter |
| 1071 |
WirelessHART enabled handheld/portable maintenance tool |
| 1072 |
Device Profile |
| 1073 |
US |
| 1074 |
United States of America |
| 1075 |
JP |
| 1076 |
Japan |
| 1077 |
DE |
| 1078 |
Germany |
| 1079 |
FR |
| 1080 |
France |
| 1081 |
ES |
| 1082 |
Spain |
| 1083 |
RU |
| 1084 |
Russian Federation |
| 1085 |
CN |
| 1086 |
People's Republic of China |
| 1087 |
Secondary Master |
| 1088 |
Primary Master |
| 1089 |
Device Diagnostic Status 0 |
| 1090 |
Device Diagnostic Status 1 |
| 1091 |
I/O and Subdevice Status |
| 1092 |
WirelessHART Status |
| 1093 |
Time Set Option |
| 1094 |
Real Time Clock Flags |
| 1095 |
Country |
| 1096 |
Country of intended device installation |
| 1097 |
SI Unit Control |
| 1098 |
Indicates if device should only display SI unit codes |
| 1099 |
Enable on token-passing data link layer only |
| 1100 |
Enable on TDMA data link layer only |
| 1101 |
Enable on both TDMA and token-passing data link layer |
| 1102 |
Time Stamp |
| 1103 |
Relative time value on network |
| 1104 |
8u |
| 1105 |
Dynamic Variables Returned for Device Variables |
| 1106 |
Configuration Change Counter Mismatch |
| 1107 |
Status bytes mismatch |
| 1108 |
8.3f |
| 1109 |
Cause:
Electronic failure
Remedy:
1. Execute Reset "Restart device" or power cycle the device
2. Check EMC influence
3. Replace electronics |
| 1110 |
Cause:
Electronic failure
Remedy:
1. Reboot device
2. Check electrical connection of Sensor 1
3. Check/replace Sensor 1
4. Replace electronics |
| 1111 |
Cause:
1. Electr. interruption of the sensor 2 element or sensor wiring
2. Incompatible configuration of connection type
Remedy:
1. Check electrical connection
2. Replace sensor 2
3. Check connection type |
| 1112 |
Cause:
1. Electr. interruption of the sensor 1 element or sensor wiring
2. Incompatible configuration of connection type
Remedy:
1. Check electrical connection
2. Replace sensor 1
3. Check connection type |
| 1113 |
Cause:
Incorrect output current
Remedy:
1. Check wiring
2. Replace electronics |
| 1114 |
Cause:
Supply voltage too low
Remedy:
1. Increase supply voltage
2. Check electrical connection for corrosion |
| 1115 |
Cause:
Error in programm sequence
Remedy:
1. Execute Reset "Restart device"
2. Restart (power cycle) device
3. Replace electronics |
| 1116 |
Cause:
Memory error
Remedy:
1. Execute Reset "Restart device"
2. Restart (power cycle) device
3. Replace electronics |
| 1117 |
Cause:
Incorrect data in memory
Remedy:
1. Repeat the safe parameterization
2. Replace electronics |
| 1118 |
Cause:
Error in safe parameterization
Remedy:
1. Repeat the safe parameterization
2. Contact service organisation |
| 1119 |
Cause:
Error in calibration parameters
Remedy:
1. Contact service organisation
2. Replace electronics |
| 1120 |
Cause:
Firmware modules incompatible
Remedy:
Contact service organisation |
| 1121 |
Cause:
Failure in communication
Remedy:
1. Check communication path (Hardware)
2. Check HART- master
3. Check if power is sufficent
4. Check HART communication settings
5. Contact service organisation |
| 1122 |
Cause:
Device temperature out of specification (-40...85°C; -40...185°F).
Remedy:
Ensure ambient temperature as per specification. |
| 1123 |
Cause:
1. Check data connection
2. Retry data transfer
Remedy:
Error during data transfer |
| 1124 |
Cause:
Incompatible configuration
Remedy:
1. Check current output settings (range and span)
2. Contact service organisation |
| 1125 |
Cause:
Incompatible configuration
Remedy:
1. Check configuration of sensor 1 parameters (Sensor type, Connection)
2. Check sensor type vs. unit
3. Check PV, SV, TV, QV, burst assignments
4. Check configuration of sensor linearisation and trimming (Callendar/Van Dusen, Polynom Nickel/Copper, Sensor trim)
5. Check sensor drift/difference settings
6. Contact service organisation |
| 1126 |
Cause:
Incompatible configuration
Remedy:
1. Check configuration of sensor 2 parameters (Sensor type, Connection)
2. Check sensor type vs. unit
3. Check PV, SV, TV, QV, burst assignments
4. Check configuration of sensor linearisation and trimming (Callendar/Van Dusen, Polynom Nickel/Copper, Sensor trim)
5. Check sensor drift/difference settings
6. Contact service organisation |
| 1127 |
Cause:
Linearization failure
Remedy:
1. Check configuration of sensor 1 parameters
2. Check configuration of sensor 1 linearization
3. Contact service organisation
4. Replace electronics |
| 1128 |
Cause:
Linearization failure
Remedy:
1. Check configuration of sensor 2 parameters
2. Check configuration of sensor 2 linearization
3. Contact service organisation
4. Replace electronics |
| 1129 |
Cause:
Linearization failure
Remedy:
1. Contact service organisation
2. Replace electronics |
| 1130 |
Cause:
Internal reference junction defective
Remedy:
1. Replace device |
| 1131 |
Cause:
Short-circuit at sensor 1 terminals
Remedy:
1. Check electrical connection of sensor 1
2. Replace sensor 1
3. Check setting "Connection type 1" |
| 1132 |
Cause:
Short-circuit at sensor 2 terminals
Remedy:
1. Check electrical connection of sensor 2
2. Replace sensor 2
3. Check setting "Connection type 2" |
| 1133 |
Cause:
Disruption of sensor 1 electrical connection
Remedy:
1. Check electrical connection of sensor 1
2. Replace sensor 1
3. Check sensor 1 configuration |
| 1134 |
Cause:
Disruption of sensor 2 electrical connection
Remedy:
1. Check electrical connection of sensor 2
2. Replace sensor 2
3. Check sensor 2 configuration |
| 1135 |
Cause:
Internal temperature measurement defective
Remedy:
Replace device |
| 1136 |
Cause:
1. Corrosion of sensor terminals for sensor 1
2. Corrosion of sensor 1 wiring
Remedy:
1. Check electrical connection sensor 1
2. Replace sensor 1 |
| 1137 |
Cause:
1. Corrosion of sensor terminals for sensor 2
2. Corrosion of sensor 2 wiring
Remedy:
1. Check electrical connection sensor 2
2. Replace sensor 2 |
| 1138 |
Cause:
The measured value is out of the adjusted range of the analog output
Remedy:
Check the adjusted range of the analog output |
| 1139 |
Cause:
Internal / external temperature out of specification.
Remedy:
1. Check ambient temperature
2. Check external reference measurement |
| 1140 |
Cause:
Overshoot of sensor 1 physical measuring range
Remedy:
1. Check process temperature
2. Check sensor 1
3. Check setting "Sensortype 1" |
| 1141 |
Cause:
Overshoot of sensor 2 physical measuring range
Remedy:
1. Check process temperature
2. Check sensor 2
3. Check setting "Sensortype 2" |
| 1142 |
Cause:
Overshoot of device temperature physical measuring range
Remedy:
Ensure ambient temperature as per specification |
| 1143 |
Cause:
Undershoot of sensor 1 physical measuring range
Remedy:
1. Check process temperature
2. Check sensor 1
3. Check setting "Sensortype 1" |
| 1144 |
Cause:
Undershoot of sensor 2 physical measuring range
Remedy:
1. Check process temperature
2. Check sensor 2
3. Check setting "Sensortype 2" |
| 1145 |
Cause:
Undershoot of device temperature physical measuring range
Remedy:
Ensure ambient temperature as per specification |
| 1146 |
Cause:
Set calibration interval for next calibration expired
Remedy:
1. Execute calibration and reset calibration interval
2. Switch off calibration counter |
| 1147 |
Cause:
Sensor drift/difference detected (in accordance to the sensor drift/difference configuration)
Remedy:
1. Check sensors
2. Check process temperature |
| 1148 |
Cause:
Download active
Remedy:
Please wait until the download process is finished |
| 1149 |
Cause:
Data handling running
Remedy:
Please wait until data handling process is completed |
| 1150 |
Cause:
Simulation active of input value
Remedy:
Deactivate simulation |
| 1151 |
Cause:
Simulation active of measured value
Remedy:
Deactivate simulation |
| 1152 |
Cause:
Simulation active of current output
Remedy:
Deactivate simulation |
| 1153 |
Cause:
Device reset is executed
Remedy:
Please wait until the initialization process is completed |
| 1154 |
Cause:
Device is starting/initializing
Remedy:
Please wait until the initialization process is completed |
| 1155 |
Cause:
Measurement is initializing
Remedy:
Please wait until the initialization process is completed |
| 1156 |
Cause:
CDI (service interface) connected
Remedy:
1. Unplug CDI- Connector
2. Contact service organisation |
| 1157 |
Cause:
Device temperature out of specification (-40...85°C; -40...185°F).
Remedy:
Ensure ambient temperature as per specification. |
| 1158 |
Cause:
The measured value is out of the adjusted range of the analog output
Remedy:
Check the adjusted range of the analog output |
| 1159 |
Cause:
Sensor drift/difference detected (in accordance to the sensor 1 drift/difference configuration)
Remedy:
1. Check sensors
2. Check process temperature |
| 1160 |
Cause:
During last download som warnings occured
Remedy:
1. Check parameter settings
2. Repeat download
3. Update DD/DTM
4. Contact service organistation |
| 1161 |
Cause:
1. Electr. interruption or short-circuit of the sensor 2 element or sensor wiring
2. Incompatible configuration of connection type
Remedy:
1. Check electrical connection
2. Replace sensor 2
3. Check connection type |
| 1162 |
Cause:
1. Electr. interruption or short-circuit of the sensor 1 element or sensor wiring
2. Incompatible configuration of connection type
Remedy:
1. Check electrical connection
2. Replace sensor 1
3. Check connection type |
| 1163 |
Cause:
Backup sensor active. Error at sensor 1
Remedy:
1. Check electrical connection of sensor 1
2. Check sensor 1
3. Check sensor 1 configuration |
| 1164 |
Cause:
Backup sensor not available. Error at sensor 2
Remedy:
1. Check electrical connection of sensor 2
2. Check sensor 2
3. Check sensor 2 configuration |
| 1165 |
Cause:
Error at the display connection
Remedy:
1. Check proper positioning of the display module
2. Verify Display module with compatible device
3. Replace display module |
| 1166 |
UNKNOWN ERROR |
| 1167 |
Deactivate SIL |
| 1168 |
navigationSelection |
| 1169 |
Restart device |
| 1170 |
Next> |
| 1171 |
Communicating with device...
Please wait, the wizard will continue automatically |
| 1172 |
<Back;Next> |
| 1173 |
Undefined device state detected. The device will be restarted.
Please restart the SIL wizard |
| 1174 |
Please verify the parameter settings.
If no corrections are necessary, use button "Verify", otherwise "Back" |
| 1175 |
Verify;Back |
| 1176 |
Next |
| 1177 |
Finish |