| 0 |
Sensor 1 |
| 1 |
Sensor 2 |
| 2 |
Electric Input Sensor 1 |
| 3 |
Electronics Temperature |
| 4 |
Electric Input Sensor 2 |
| 5 |
Difference: Sensor 1 - Sensor 2 |
| 6 |
Difference: Sensor 2 - Sensor 1 |
| 7 |
Average Sensor 1 and Sensor 2 |
| 8 |
Redundancy sensor 1 / sensor 2 |
| 9 |
Snsr S/N |
| 10 |
1u |
| 11 |
8u |
| 12 |
?? |
| 13 |
?? LS |
| 14 |
?????? |
| 15 |
device Family |
| 16 |
Acquisition Period |
| 17 |
Dev Var Property code |
| 18 |
|
| 19 |
Dev variable is not calculated |
| 20 |
Undefined |
| 21 |
Device variable being simulated |
| 22 |
Unit |
| 23 |
Unit Sensor 1 |
| 24 |
°C |
| 25 |
°F |
| 26 |
°R |
| 27 |
K |
| 28 |
Sensor of channel 1 |
| 29 |
.2f |
| 30 |
Damping time constant applied to both the Digital Value representation and Analog Value of a respective Analog Output. The units of this variable are always in seconds |
| 31 |
Damping |
| 32 |
.3f |
| 33 |
s |
| 34 |
UpperLimit |
| 35 |
Lower Limit |
| 36 |
Min Span |
| 37 |
?? PDQ |
| 38 |
sensor1 trim low |
| 39 |
sensor1 trim high |
| 40 |
Sensor1 trim support |
| 41 |
Sensor 1 Measurement input that receives some analog information. |
| 42 |
Unit |
| 43 |
Status |
| 44 |
HART serial no |
| 45 |
Unique serial number related to the protocol |
| 46 |
Dev Variable Property |
| 47 |
Help for Dev Variable Property |
| 48 |
Unit Sensor 2 |
| 49 |
Invalid Unit / Device Variable |
| 50 |
Invalid Unit or Invalid Device Variable for this sensor configuration
Valid device variables for sensor configuration
refer to help text of this menue HART mapping / Mesurement mode
|
| 51 |
Sensor of channel 2 |
| 52 |
Upper Limit |
| 53 |
??? 2 ?? |
| 54 |
sensor2 trim low |
| 55 |
sensor2 trim high |
| 56 |
Sensor2 trim support |
| 57 |
Sensor 2 Measurement input that receives some analog information. |
| 58 |
Unit for Electric input Sensor 1
a) Ohm for resistor thermometer and resistor measurements
b) mV for thermocuoples and voltage measurement
|
| 59 |
Electrical Input of Channel 1 |
| 60 |
???? 1 ?? |
| 61 |
Measurement input that receives some analog information |
| 62 |
Unit for Electric input Sensor 2
a) Ohm for resistor thermometer and resistor measurements
b) mV for thermocuoples and voltage measurement
|
| 63 |
Electrical Input of Channel 2 |
| 64 |
???? 2 ?? |
| 65 |
Unit for Electronics Temperature and for all other relevant device variables |
| 66 |
Termnl USL |
| 67 |
Termnl LSL |
| 68 |
Termnl min span |
| 69 |
???????? |
| 70 |
Electr. Temp |
| 71 |
Unit for Difference Measurement (Sensor 1 - Sensor 2) and for all other relevant device variables |
| 72 |
??? 1 - ??? 2 ?? |
| 73 |
Differential Measurement is derived by computing the difference between Sensor 1 and Sensor 2 (Sensor 1 - Sensor 2). Both sensors should be configured. |
| 74 |
Unit for Difference Measurement (Sensor 2 - Sensor 1) and for all other relevant device variables |
| 75 |
Differential Measurement is derived by computing the difference between Sensor 1 and Sensor 2 (Sensor 2 - Sensor 1). Both sensors should be configured. |
| 76 |
??? 2 - ??? 1 ?? |
| 77 |
Unit for Sensor Averaging measurement of both Sensors and for all other relevant device variables |
| 78 |
????? |
| 79 |
Sensor Averaging computes the average of the two sensors.
Make sure both sensors are configured. |
| 80 |
Sensor 1 is the guide (primary) Sensor. In case of defective Sensor 1,
PV (Redundany Option availibility) takes value of sensor 2.
Make sure both sensors are configured. |
| 81 |
????? |
| 82 |
Low saturation |
| 83 |
Good |
| 84 |
High alarm |
| 85 |
Sensor type |
| 86 |
Select Sensor type for:
a) Resistors (potentiometer)
b) Resistance thermometers (RTD)
c) Callendar-Van Dusen (RTD)
d) Fix Point Curves for RTD (customer specific))
e) Voltage measurement
f) Thermocouples
g) Fix Point Curves for thermocouples (customer specific)
Please check the measurement range and HART Variable mapping
for device variables after Sensor Change
|
| 87 |
0 .. 500 Ohm |
| 88 |
0 .. 5000 Ohm |
| 89 |
Pt 50 (IEC751) |
| 90 |
Pt 100 (IEC751) |
| 91 |
Pt 200 (IEC751) |
| 92 |
Pt 500 (IEC751) |
| 93 |
Pt 1000 (IEC751) |
| 94 |
Pt 50 (JIS1604) |
| 95 |
Pt 100 (JIS1604) |
| 96 |
Pt 50 (MIL24388) |
| 97 |
Pt 100 (MIL24388) |
| 98 |
Pt 200 (MIL24388) |
| 99 |
Pt 1000 (MIL24388) |
| 100 |
Ni 50 (DIN43760) |
| 101 |
Ni 100 (DIN43760) |
| 102 |
Ni 120 (DIN43760) |
| 103 |
Ni 1000 (DIN43760) |
| 104 |
Cu 10 a=4260 |
| 105 |
Cu 100 a=4260 |
| 106 |
Pt 10 (IEC751) |
| 107 |
Pt 10 (JIS1604) |
| 108 |
Pt 10 (MIL24388) |
| 109 |
-125 .. 125 mV |
| 110 |
-125 .. 1100 mV |
| 111 |
TC Type B (IEC584) |
| 112 |
TC Type C (ASTME988) |
| 113 |
TC Type D (ASTME988) |
| 114 |
TC Type E (IEC584) |
| 115 |
TC Type J (IEC584) |
| 116 |
TC Type K (IEC584) |
| 117 |
TC Type N (IEC584) |
| 118 |
TC Type R (IEC584) |
| 119 |
TC Type S (IEC584) |
| 120 |
TC Type T (IEC584) |
| 121 |
TC Type L (DIN43710) |
| 122 |
TC Type U (DIN43710) |
| 123 |
Cal. van Dusen 1 |
| 124 |
Cal. van Dusen 2 |
| 125 |
Cal. van Dusen 3 |
| 126 |
Cal. van Dusen 4 |
| 127 |
Cal. van Dusen 5 |
| 128 |
Fixpoint-Table 1 |
| 129 |
Fixpoint-Table 2 |
| 130 |
Fixpoint-Table 3 |
| 131 |
Fixpoint-Table 4 |
| 132 |
Fixpoint-Table 5 |
| 133 |
Off |
| 134 |
Default: |
| 135 |
Ohm |
| 136 |
Input Value (mV) |
| 137 |
Input Value (Ohm) |
| 138 |
Output Value (°C) |
| 139 |
Output Value (°F) |
| 140 |
Output Value (°R) |
| 141 |
Output Value (Kelvin) |
| 142 |
Trend Selection Byte |
| 143 |
PV |
| 144 |
SV |
| 145 |
TV |
| 146 |
QV |
| 147 |
????? |
| 148 |
Loop current |
| 149 |
No. |
| 150 |
Index Number for Configuration Change (max 50 changes) |
| 151 |
Time Stamp |
| 152 |
Operation Time |
| 153 |
Config. Change Count |
| 154 |
Configuration Change Counter- This indicates the number of times the devices
configuration or calibration has been changed by a host application or from a
local operator interface
|
| 155 |
Change |
| 156 |
Changes in Device |
| 157 |
Index number for Events (max 48 events) |
| 158 |
Event |
| 159 |
Event in Device |
| 160 |
< -40 °F |
| 161 |
Operation Time for Electronics Temperature less than -40 °F |
| 162 |
< 419.67 °R |
| 163 |
Operation Time for Electronics Temperature less than 419.67 °R |
| 164 |
< 233.15 K |
| 165 |
Operation Time for Electronics Temperature less than 233.15 K |
| 166 |
< -40 °C |
| 167 |
Operation Time for Electronics Temperature less than -40 °C |
| 168 |
-40 °F ... -4 °F |
| 169 |
Operation Time for Electronics Temperature between -40 °F and -4 °F |
| 170 |
419.67 °R ... 455.67 °R |
| 171 |
Operation Time for Electronics Temperature between 419.67 and 455.67 °R |
| 172 |
233.15 K ... 253.15 K |
| 173 |
Operation Time for Electronics Temperature between 233.15 and 253.15 K |
| 174 |
-40 °C ... -20 °C |
| 175 |
Operation Time for Electronics Temperature between -40 °C and -20 °C |
| 176 |
-4 °F ... 32 °F |
| 177 |
Operation Time for Electronics Temperature between -4 °F and 32 °F |
| 178 |
455.67 °R ... 491.67 °R |
| 179 |
Operation Time for Electronics Temperature between 455.67 and 491.67 °R |
| 180 |
253.15 K ... 273.15 K |
| 181 |
Operation Time for Electronics Temperature between 253.15 and 273.15 K |
| 182 |
-20 °C ... 0 °C |
| 183 |
Operation Time for Electronics Temperature between -20 °C and 0 °C |
| 184 |
32 °F ... 68 °F |
| 185 |
Operation Time for Electronics Temperature between 32 °F and 68 °F |
| 186 |
491.67 °R ... 527.67 °R |
| 187 |
Operation Time for Electronics Temperature between 491.67 °R and 527.67 °R |
| 188 |
273.15 K ... 293.15 K |
| 189 |
Operation Time for Electronics Temperature between 273.15 K and 293.15 K |
| 190 |
0 °C ... 20 °C |
| 191 |
Operation Time for Electronics Temperature between 0 °C and 20 °C |
| 192 |
68 °F ... 104 °F |
| 193 |
Operation Time for Electronics Temperature between 68 °F and 104 °F |
| 194 |
527.67 °R ... 563.67 °R |
| 195 |
Operation Time for Electronics Temperature between 527.67 °R and 563.67 °R |
| 196 |
293.15 K ... 313.15 K |
| 197 |
Operation Time for Electronics Temperature between 293.15 K and 313.15 K |
| 198 |
20 °C ... 40 °C |
| 199 |
Operation Time for Electronics Temperature between 20 °C and 40 °C |
| 200 |
104 °F ... 140 °F |
| 201 |
Operation Time for Electronics Temperature between 104 °F and 140 °F |
| 202 |
563.67 °R ... 599.67 °R |
| 203 |
Operation Time for Electronics Temperature between 563.67 °R and 599.67 °R |
| 204 |
313.15 K ... 333.15 K |
| 205 |
Operation Time for Electronics Temperature between 313.15 K and 333.15 K |
| 206 |
40 °C ... 60 °C |
| 207 |
Operation Time for Electronics Temperature between 40 °C and 60 °C |
| 208 |
140 °F ... 185 °F |
| 209 |
Operation Time for Electronics Temperature between 140 °F and 185 °F |
| 210 |
599.67 °R ... 644.67 °R |
| 211 |
Operation Time for Electronics Temperature between 599.67 °R and 644.67 °R |
| 212 |
333.15 K ... 358.15 K |
| 213 |
Operation Time for Electronics Temperature between 333.15 K and 358.15 K |
| 214 |
60 °C ... 85 °C |
| 215 |
Operation Time for Electronics Temperature between 60 °C and 85 °C |
| 216 |
> 185 °F |
| 217 |
Operation Time for Electronics Temperature greater than 185 °F |
| 218 |
> 644.67 °R |
| 219 |
Operation Time for Electronics Temperature greater than 644.67 °R |
| 220 |
> 358.15 K |
| 221 |
Operation Time for Electronics Temperature greater than 358.15 K |
| 222 |
> 85 °C |
| 223 |
Operation Time for Electronics Temperature greater than 85 °C |
| 224 |
EMC Filter strength |
| 225 |
Recommended value (default): LOW |
| 226 |
Low |
| 227 |
Medium |
| 228 |
High |
| 229 |
h |
| 230 |
Device in sil mode |
| 231 |
SIL Status |
| 232 |
NAMUR Configuration - Sensordrift detected - Check that configured to **Failure** |
| 233 |
Check whether Write Protection is activated |
| 234 |
Check Sensortype 1 configuration for Thermocouple or Resistor thermometer |
| 235 |
Check Sensortype 2 configuration for Thermocouple or Resistor thermometer |
| 236 |
No SIL device |
| 237 |
Check, that Current Loop mode is enabled |
| 238 |
Check, that Current Output Simulation is deactivated |
| 239 |
NAMUR Configuration - **Redundancy: Sensor 1 not available** - Check that configured to **Failure** |
| 240 |
NAMUR Configuration - **Redundancy: Sensor 2 not available** - Check that configured to **Failure** |
| 241 |
NAMUR Configuration - Electronics Temperature measurement failure - Check that configured to **Failure** |
| 242 |
Check that the Redundancy Measurement Mode (PV = Redundancy) is activated (no average and no difference measurement mode) |
| 243 |
Check that Pulse Output is deactivated (0 seconds) |
| 244 |
Check that HART Burst is deactivated |
| 245 |
Check that Current Output Low Alarm is configured to <=3.6mA |
| 246 |
Check that Current Output High Alarm is configured to >= 21mA |
| 247 |
Check, that the Redundancy Configuration is set to option **Safety** |
| 248 |
Check that Sensor 1 is assigned to PV (process variable)- only Sensor 1 active |
| 249 |
Check that Diagnostics Simulation is deactivated |
| 250 |
Check that Sensor Drift Detection is activated |
| 251 |
The device configuration is not valid for SIL Safety Applications. Check the configuration according device safety manual and status information. |
| 252 |
HART 5 / HART 7 |
| 253 |
HART 5 |
| 254 |
HART 7 |
| 255 |
SW version major |
| 256 |
SW version minor |
| 257 |
SW version revision |
| 258 |
HW version major |
| 259 |
HW version revision |
| 260 |
HW version minor |
| 261 |
Write protection |
| 262 |
software write protected |
| 263 |
not software write protected |
| 264 |
zzz |
| 265 |
|
| 266 |
mA |
| 267 |
zzz |
| 268 |
|
| 269 |
zzz |
| 270 |
High Alarm: In the event of an error, the current, for example 22 mA is the ouput
Low Alarm: In the event of an error, the current, for example 3.5 mA is the ouput |
| 271 |
High Alarm |
| 272 |
Low Alarm |
| 273 |
LO Limit |
| 274 |
Lower warning limit PV |
| 275 |
HI Limit |
| 276 |
Upper warning limit PV |
| 277 |
LO LO Limit |
| 278 |
Lower alarm limit PV |
| 279 |
HI HI Limit |
| 280 |
Upper alarm limit PV |
| 281 |
passcode |
| 282 |
Simulation Mode |
| 283 |
OFF |
| 284 |
ON |
| 285 |
?????????? |
| 286 |
???????????? |
| 287 |
EEPROM ?? |
| 288 |
?? EEPROM ?????? |
| 289 |
EEPROM ???? |
| 290 |
HMI(???)??? |
| 291 |
?????? |
| 292 |
|
| 293 |
Reserved |
| 294 |
>>??? 1:?????? |
| 295 |
??? 1:?? |
| 296 |
>>??? 1:????/????? |
| 297 |
>>??? 1:???? |
| 298 |
>>??? 1:???? |
| 299 |
>>??? 1:?????????? |
| 300 |
>>??? 1:?????????? |
| 301 |
>>??? 2:?????? |
| 302 |
>>??? 2:?? |
| 303 |
>>??? 2:????/????? |
| 304 |
>>??? 2:???? |
| 305 |
>>??? 2:???? |
| 306 |
>>??? 2:?????????? |
| 307 |
>>??? 2:?????????? |
| 308 |
??/????? |
| 309 |
??:??? 1 ??? |
| 310 |
??:??? 2 ??? |
| 311 |
????? |
| 312 |
???? |
| 313 |
|
| 314 |
????????? |
| 315 |
???? |
| 316 |
??:?? |
| 317 |
??:?? |
| 318 |
??:?? |
| 319 |
??:?? |
| 320 |
Language |
| 321 |
Display language |
| 322 |
English |
| 323 |
German |
| 324 |
Contrast |
| 325 |
Display Luminosity |
| 326 |
% |
| 327 |
Local Operations |
| 328 |
Disabled |
| 329 |
Enabled |
| 330 |
Display Mode |
| 331 |
One Line |
| 332 |
One Line + Bargraph |
| 333 |
Two Lines |
| 334 |
Two Lines + Bargraph |
| 335 |
Line 1 View |
| 336 |
Primary Variable |
| 337 |
Electrical Sensor 1 |
| 338 |
Electrical Sensor 2 |
| 339 |
Difference Sensor 1 - Sensor 2 |
| 340 |
Difference Sensor 2 - Sensor 1 |
| 341 |
Average S1 / S2 |
| 342 |
Redundancy Sensor 1 / Sensor 2 |
| 343 |
PV Output Current |
| 344 |
PV Output Percent of Range |
| 345 |
Line 2 View |
| 346 |
Line 3 View |
| 347 |
Bargraph View |
| 348 |
??? 1 ???? |
| 349 |
??? 1 ?? |
| 350 |
Input Engineering Unit |
| 351 |
Input Value for selected Fix point Curves
Ohm: Fixpoint curve for RTD Temperature Resistor Sensors
mV: Fix point curve for TC (Thermocouples) |
| 352 |
??? 1 ?????? |
| 353 |
??? 2 ???? |
| 354 |
??? 2 ?? |
| 355 |
??? 2 ?????? |
| 356 |
??? 2 ?????? |
| 357 |
X1 Value |
| 358 |
X2 Value |
| 359 |
X3 Value |
| 360 |
X4 Value |
| 361 |
X5 Value |
| 362 |
X6 Value |
| 363 |
X7 Value |
| 364 |
X8 Value |
| 365 |
X9 Value |
| 366 |
X10 Value |
| 367 |
X11 Value |
| 368 |
X12 Value |
| 369 |
X13 Value |
| 370 |
X14 Value |
| 371 |
X15 Value |
| 372 |
X16 Value |
| 373 |
X17 Value |
| 374 |
X18 Value |
| 375 |
X19 Value |
| 376 |
X20 Value |
| 377 |
X21 Value |
| 378 |
X22 Value |
| 379 |
X23 Value |
| 380 |
X24 Value |
| 381 |
X25 Value |
| 382 |
X26 Value |
| 383 |
X27 Value |
| 384 |
X28 Value |
| 385 |
X29 Value |
| 386 |
X30 Value |
| 387 |
X31 Value |
| 388 |
X32 Value |
| 389 |
Y1 Value |
| 390 |
Y2 Value |
| 391 |
Y3 Value |
| 392 |
Y4 Value |
| 393 |
Y5 Value |
| 394 |
Y6 Value |
| 395 |
Y7 Value |
| 396 |
Y8 Value |
| 397 |
Y9 Value |
| 398 |
Y10 Value |
| 399 |
Y11 Value |
| 400 |
Y12 Value |
| 401 |
Y13 Value |
| 402 |
Y14 Value |
| 403 |
Y15 Value |
| 404 |
Y16 Value |
| 405 |
Y17 Value |
| 406 |
Y18 Value |
| 407 |
Y19 Value |
| 408 |
Y20 Value |
| 409 |
Y21 Value |
| 410 |
Y22 Value |
| 411 |
Y23 Value |
| 412 |
Y24 Value |
| 413 |
Y25 Value |
| 414 |
Y26 Value |
| 415 |
Y27 Value |
| 416 |
Y28 Value |
| 417 |
Y29 Value |
| 418 |
Y30 Value |
| 419 |
Y31 Value |
| 420 |
Y32 Value |
| 421 |
Select Table |
| 422 |
Select the Table you want to load from device or to modify or save to device |
| 423 |
1 |
| 424 |
2 |
| 425 |
3 |
| 426 |
4 |
| 427 |
5 |
| 428 |
Supply Voltage |
| 429 |
V |
| 430 |
Max Value |
| 431 |
Highest Electronics Temperature value |
| 432 |
Min Value |
| 433 |
Lowest ElectronicS Temperature Value |
| 434 |
Operation Time |
| 435 |
Device Operation Time |
| 436 |
No Entry |
| 437 |
New:
Electronics Temperature out of Specification |
| 438 |
Electonics Temperature out of Specification |
| 439 |
New:
Electonics Temperature too High |
| 440 |
Electonics Temperature too High |
| 441 |
New:
Electronics Temperature too Low |
| 442 |
Electonics Temperature too Low |
| 443 |
New:
PV High Alarm Limit |
| 444 |
New Event: Parameterized PV High Alarm exeeded (PV HH Limit) |
| 445 |
New:
PV High Warning Limit |
| 446 |
Parameterized PV High Warning Limit exceeded (PV H Limit) |
| 447 |
New:
PV Low Alarm Limit |
| 448 |
Below parameterized PV Low Alarm Limit threshold (PV LL Limit) |
| 449 |
New:
PV Low Warning Limit |
| 450 |
Below parameterized PV Low Warning Limit threshold (PV L Limit) |
| 451 |
|
| 452 |
Deleted:
Electronics Temperature
out of Specification |
| 453 |
Deleted:
Electonics Temp too High |
| 454 |
Deleted:
Electronics Tempemparature
too Low |
| 455 |
Deleted:
PV High Alarm Limit |
| 456 |
Deleted:
PV High Warning Limit |
| 457 |
Deleted:
PV Low Alarm Limit |
| 458 |
Deleted:
PV Low Warning Limit |
| 459 |
10.2f |
| 460 |
Max Min Unit Code |
| 461 |
Temperature Max Min limit unit code |
| 462 |
Max temperature value of Sensor 1 |
| 463 |
Min temperature value of Sensor 1 |
| 464 |
Max temperature value of Sensor 2 |
| 465 |
Min temperature value of Sensor 2 |
| 466 |
Pulse Time |
| 467 |
Alarm-Impulse-Length of the maintenance alert is 0 .. 127 s |
| 468 |
3.1d |
| 469 |
Pulse Period |
| 470 |
Alarm Pulse Period of the maintenance alert is 60 .. 86400 s (1 day) |
| 471 |
Sensor Configuration |
| 472 |
Sensor Configuration changed |
| 473 |
PV measurement range (4 .. 20 mA) |
| 474 |
PV mesurement range for Sensor (4 .. 20 mA) changed |
| 475 |
NAMUR Configuration |
| 476 |
NAMUR Configuration changed |
| 477 |
PV Limits |
| 478 |
PV Alarm- and Warning limits changed (example: HIGH HIGH Limit) |
| 479 |
HART Variable Configuration |
| 480 |
Configuration of HART Variables changed (PV, SV, TV and QV) |
| 481 |
Reset Device |
| 482 |
Reset Device |
| 483 |
Electronics Temperature out of Specification |
| 484 |
Electonics Temperature too High |
| 485 |
Electronics Temperature too Low |
| 486 |
PV High Alarm Limit |
| 487 |
PV High Warning Limit |
| 488 |
PV Low Alarm Limit |
| 489 |
PV Low Warning Limit |
| 490 |
???? |
| 491 |
??? |
| 492 |
??? |
| 493 |
???? |
| 494 |
Temperature difference or electrical Value difference |
| 495 |
???? |
| 496 |
Waiting time for signaling the overstepping of drift limit |
| 497 |
10 ? |
| 498 |
20 ? |
| 499 |
40 ? |
| 500 |
1 ?? |
| 501 |
3 ?? |
| 502 |
5 ?? |
| 503 |
10 ?? |
| 504 |
20 ?? |
| 505 |
40 ?? |
| 506 |
1 ?? |
| 507 |
3 ?? |
| 508 |
5 ?? |
| 509 |
10 ?? |
| 510 |
Redundancy Configuration |
| 511 |
Configures the type of redundancy
- Availability: If one of two sensors fail, the measurement with the valid measurement of the good sensor continues.
The Diagnostics informs about the defective sensor.
- Safety: If one of two sensors fail, Current Output signals alarm current.
Also Diagnostics informs about the defective sensor.
|
| 512 |
Availability |
| 513 |
Safety |
| 514 |
????????? |
| 515 |
?????? |
| 516 |
Failure |
| 517 |
Check Function |
| 518 |
Out of Specification |
| 519 |
Maintenance Required |
| 520 |
No Alarm |
| 521 |
Starting status map index must be even value |
| 522 |
??? 1 ???? |
| 523 |
2-wires |
| 524 |
3-wires |
| 525 |
4-wires |
| 526 |
??? 2 ???? |
| 527 |
??? 1 ????? |
| 528 |
Cold junction compensation thermocouple |
| 529 |
If the selected sensor type is a thermocouple,
this parameter is used to define the type of cold junction compensation (CJC).
Following settings are possible:
Internal: Use of internal cold junction temperature of the transmitter when using thermal compensating cable.
External fixed: Use of external fixed cold junction temperature of the transmitter when
constant thermostat temperature is used (can be set with external cold junction temperature 1).
None:No Thermocouple cold junction compensation (CJC)
|
| 530 |
Internal |
| 531 |
External Fixed |
| 532 |
None |
| 533 |
??? 1 CJC ???? |
| 534 |
??? 1 CJC ?? |
| 535 |
??? 1 CJC ?? |
| 536 |
??? 2 ???? |
| 537 |
??? 2 CJC ?? |
| 538 |
If the selected sensor type is a thermocouple,
this parameter is used to define the type of cold junction compensation (CJC).
Following settings are possible:
Internal: Use of internal cold junction temperature of the transmitter when using thermal compensating cable.
External fixed: Use of external fixed cold junction temperature of the transmitter when
constant thermostat temperature is used (can be set with external cold junction temperature 2).
None: No Thermocouple cold junction compensation (CJC)
Sensor 1 Temperature: Use of sensor 1 as cold junction temperature for sensor 2
|
| 539 |
Sensor 1 Temperature |
| 540 |
??? 2 CJC ???? |
| 541 |
??? 2 CJC ?? |
| 542 |
??? 2 CJC ?? |
| 543 |
CvD A |
| 544 |
.6e |
| 545 |
CvD B |
| 546 |
CvD C |
| 547 |
CvD R0 |
| 548 |
TTX300 series |
| 549 |
www.abb.com |
| 550 |
The device configuration is valid for SIL Safety Applications |
| 551 |
The device configuration is not valid for SIL Safety Applications. Check the configuration according device SIL-Safety Manual and status information. |
| 552 |
Image of Transmitter |
| 553 |
**Failure** |
| 554 |
**Function Check** |
| 555 |
**Out of Specification** |
| 556 |
Maintenance Required |
| 557 |
**OK** |
| 558 |
NAMUR NE107 |
| 559 |
Failure
One or more device variables (i.e. measurement or control values) are invalid due to a malfunction in the field device or ist peripherals |
| 560 |
Function Check
One or more device variables are temporarily invalid (e.g. frozen) due to ongoing work on the device |
| 561 |
Out of Specification
There are deviations from the permissible ambient or process conditions detected that may compromise measurement or control accuracy (i.e. device performance may be degraded) |
| 562 |
Maintenance required
The field device requires maintenance |
| 563 |
OK
No Active Alarm exists |
| 564 |
PV |
| 565 |
SV |
| 566 |
TV |
| 567 |
QV |
| 568 |
Low alarm |
| 569 |
High saturation |
| 570 |
Configuration Monitor |
| 571 |
History for configurantion changes in device
No.: Index Number for Configuration Change (max 50 changes)
Change: Changes in Device
Time Stamp: Operation Time
Config Change Count: Counts of Configuration Change Counter |
| 572 |
6 |
| 573 |
7 |
| 574 |
8 |
| 575 |
9 |
| 576 |
10 |
| 577 |
11 |
| 578 |
12 |
| 579 |
13 |
| 580 |
14 |
| 581 |
15 |
| 582 |
16 |
| 583 |
17 |
| 584 |
18 |
| 585 |
19 |
| 586 |
20 |
| 587 |
21 |
| 588 |
22 |
| 589 |
23 |
| 590 |
24 |
| 591 |
25 |
| 592 |
26 |
| 593 |
27 |
| 594 |
28 |
| 595 |
29 |
| 596 |
30 |
| 597 |
31 |
| 598 |
32 |
| 599 |
33 |
| 600 |
34 |
| 601 |
35 |
| 602 |
36 |
| 603 |
37 |
| 604 |
38 |
| 605 |
39 |
| 606 |
40 |
| 607 |
41 |
| 608 |
42 |
| 609 |
43 |
| 610 |
44 |
| 611 |
45 |
| 612 |
46 |
| 613 |
47 |
| 614 |
48 |
| 615 |
49 |
| 616 |
50 |
| 617 |
Event Monitor |
| 618 |
History for Events in device - for example PV Limits
No.: Index number for Events (max 48 events)
Event: Event in Device
Time Stamp: Operation Time
|
| 619 |
SV |
| 620 |
TV |
| 621 |
QV |
| 622 |
Process value[mA] |
| 623 |
Fix Point Table |
| 624 |
Displays the Customer specific Input & Output points |
| 625 |
Input Value |
| 626 |
Output Value |
| 627 |
Fix Point Table 1 |
| 628 |
Fix Point Table 2 |
| 629 |
Fix Point Table 3 |
| 630 |
Fix Point Table 4 |
| 631 |
Fix Point Table |
| 632 |
PV value |
| 633 |
SV value |
| 634 |
TV value |
| 635 |
QV value |
| 636 |
???? |
| 637 |
For Lower value of Sensor 1 (Offset) - For parallel shifting of all temperature values at least one reference temperature is needed, for example the actual stable measured temperature.
|
| 638 |
???? |
| 639 |
Two point trim is for Lower value and upper Value of Sensor 1 (Gain and Offset).
Two exact temperature reference are needed,for example 0 °C and 100 °C.
|
| 640 |
???? |
| 641 |
Reset trim for Sensor 1 is reset to default trim (like after Reset Factory in Menu Extras).
The current Sensor trim is deleted.
|
| 642 |
For Lower value of Sensor 2 (Offset) - For parallel shifting of all temperature values at least one reference temperature is needed, for example the actual stable measured temperature.
|
| 643 |
Two point trim is for Lower value and upper Value of Sensor 1 (Gain and Offset).
Two exact temperature reference are needed,for example 0 °C and 100 °C
|
| 644 |
Conf Chng Flag-reset |
| 645 |
GetHealthStatus |
| 646 |
Abort |
| 647 |
Check SIL |
| 648 |
Refresh Check SIL |
| 649 |
Lock/Unlock Device |
| 650 |
Device Reset |
| 651 |
Perform a device reset |
| 652 |
Reset to Order |
| 653 |
Device restarts with settings according to the order |
| 654 |
Set/Reset Write Protection |
| 655 |
Turn ON/OFF software write protection. |
| 656 |
Reset Configuration Flag |
| 657 |
After each Configuration or Parameter Change the configuration change Flag signals the Configuration change |
| 658 |
Software Switch HART 5 / HART 7 |
| 659 |
Perform a change from HART 7 To HART 5 |
| 660 |
???? |
| 661 |
???? |
| 662 |
Reset to default NAMUR Configuration |
| 663 |
Reset to default NAMUR Configuration
Some Examples (not all diagnostics):
Set typical diagnostics to NAMUR State **Maintenance Required**
- Redundancy: Sensor 1 not available
- Redundancy: Sensor 2 not available
- Sensordrift detected
- Main diagnostics of Sensor 1 and Sensor 2
* Line Resistance too High
* Wire break / Sensor break
* Short circuit
* Over Sensor Range
* Under Sensor Range
- ....
Set typical diagnostics to NAMUR State **Failure**
- Electronics Temperature measurement failure
- ....
Set typical diagnostics to NAMUR State **Out of Specification**
- High Limit: Alarm and warning
- Low Limit: Alarm and warning
- ....
|
| 664 |
Click to Update Diagnostics |
| 665 |
Click on this button to refresh the UI |
| 666 |
Update |
| 667 |
Update Event Monitor Table |
| 668 |
Update Configuration Monitor Table |
| 669 |
Reset Sensor Supervising |
| 670 |
Reset Min Values and Max Values of Sensor 1 and Sensor 2 |
| 671 |
Easy Setup |
| 672 |
This method helps user to configure easy setup parameters |
| 673 |
Sensor 1 Configuration |
| 674 |
This method helps user to configure sensor 1 parameters |
| 675 |
Sensor 2 Configuration |
| 676 |
This method helps user to configure sensor 2 parameters |
| 677 |
This method helps user to configure PV parameters |
| 678 |
This method helps user to configure SV parameters |
| 679 |
This method helps user to configure TV parameters |
| 680 |
This method helps user to configure QV parameters |
| 681 |
Factory Reset |
| 682 |
Device restarts with factory settings applied
- Sensor 1: PT100 3 wire
- Sensor 2: Off
- Process Variable PV: Sensor 1
... |
| 683 |
Load selected Table |
| 684 |
Load the selected table from device |
| 685 |
Transfering the fixpoint table to device |
| 686 |
Save the new fixpoint table to device |
| 687 |
Validate Table |
| 688 |
????:?????? |
| 689 |
????:
1) ?????????
2) ???
3) ??????? |
| 690 |
Possible cause:
Primary measurement value (PV) is invalid.
Current output indicates an error (over-undershoot).
Reason is an external (sensor, connection) or device internal error. |
| 691 |
Suggested action:
Check Sensor connection or check HART Variable Mapping. |
| 692 |
????:???????? |
| 693 |
????:
1) ?????????
2) ?????
3) ??/????? |
| 694 |
????:??????????????????? |
| 695 |
????:
1) ??????(?? |
| 696 |
????:???????????? |
| 697 |
????:??/???? |
| 698 |
????:????????? |
| 699 |
????:?????????????? |
| 700 |
Suggested action: Load valid parameter set or Restart (RESET) or Check Sensor 1 / Sensor 2 |
| 701 |
????:?????? |
| 702 |
????:????????? |
| 703 |
????:?????? |
| 704 |
????:??:?? |
| 705 |
????:??:?? |
| 706 |
????:???????????? |
| 707 |
????:???????????,???/????? |
| 708 |
????:????????????? |
| 709 |
????:??????????????? |
| 710 |
????:????????? |
| 711 |
????:??????? |
| 712 |
????:?????????? |
| 713 |
????:??????? |
| 714 |
?????????? |
| 715 |
|
| 716 |
????:???? |
| 717 |
????:
1) ??(??)
2) ????? |
| 718 |
????: |
| 719 |
????:??????????? |
| 720 |
????:?????? |
| 721 |
????:
1) ??(??)
2) ????? |
| 722 |
????:???? |
| 723 |
Function Check |
| 724 |
No Alarm |
| 725 |
OK |
| 726 |
Device status: OK
There are no active alarms present in the device |
| 727 |
Overview |
| 728 |
Note: Use 'Refresh' button to update active alerts. |
| 729 |
Device settings-Offline |
| 730 |
??? 1 |
| 731 |
Configuration for Sensor 1 |
| 732 |
??? 2 |
| 733 |
Configuration for Sensor 2 |
| 734 |
Identification |
| 735 |
Additional Device Revision |
| 736 |
Configuration |
| 737 |
Parameter setup |
| 738 |
General Parameters |
| 739 |
Sensor Review, Limits, Drift, EMC Filter settings |
| 740 |
Diagnostics |
| 741 |
Easy setup |
| 742 |
Process variable |
| 743 |
Change only Unit for Device Variable Unit mapped to PV
|
| 744 |
Detailed setup |
| 745 |
HART Mapping |
| 746 |
Assign Device variables to HART Variables |
| 747 |
Measurement Mode |
| 748 |
The number of valid device Variables depend on Sensor configuration:
a) Valid device Variables for all Sensor configurations
1) Sensor 1
2) Electric Input Sensor 1
3) Electronics temperature
b) If Sensor 2 is configured, following additional device variables are valid
4) Sensor 2
5) Electric Input Sensor 2
c) If both Sensors belong to same sensor group (Temperature, Resistor or voltage)
following additional device variables are valid
6) Average of both Sensors
7) Redundancy
8) Difference Sensor 1 - Sensor 2
9) Difference Sensor 2 - Sensor 1
|
| 749 |
Fix Point Tables |
| 750 |
Fix Point Tables
Customer specific Curves for resistor thermometer and thermocouples
At opening window for Fix Point Tables the table includes values for sensor type PT 100 IEC
- Input Unit: Ohm for resistor thermometer
- Output Unit: °C
Important Note: Before modifying values of table, please load the selected table (1 .. 5) from device.
Then modify values and transfer the selected table (1 .. 5) to device.
In case the selected fix point curve is assigned to Sensor type 1 or Sensor type 2,
the Output Unit is the Unit of Sensor type 1 or Sensor type 2.
After Unit change of Sensor type assigned to selected Fix point curve - reload Fixpoint table again
|
| 751 |
Read Variables |
| 752 |
List of variables that can be read from the device |
| 753 |
Write Variables |
| 754 |
List of variables that can be edited Offline and written to the device |
| 755 |
Online |
| 756 |
Device settings |
| 757 |
Operate |
| 758 |
Maintenance |
| 759 |
Device |
| 760 |
Measurement Point |
| 761 |
Contact Details |
| 762 |
ABB Automation Products GmbH |
| 763 |
Measurement & Analytics |
| 764 |
Schillerstr. 72, 32425 Minden |
| 765 |
Germany |
| 766 |
Tel: +49 571 830-0 |
| 767 |
Fax: +49 571 830-1806 |
| 768 |
Simulation |
| 769 |
Output Simulation |
| 770 |
General |
| 771 |
Display |
| 772 |
Display Settings (HMI) |
| 773 |
Operator Page 1 |
| 774 |
Limits PV |
| 775 |
Alarm limits and warnings limits for upper and lower values of PV |
| 776 |
Redundancy Mode |
| 777 |
Detection of increasing difference of measurement values of both sensors |
| 778 |
EMC Filter Settings |
| 779 |
Possibility to increase EMI/EMC filtering in areas with heavy electrical fields |
| 780 |
Parameter Current Output |
| 781 |
Change Settings for Current Output |
| 782 |
Current Output |
| 783 |
Current Output at Maintenance |
| 784 |
Current output pulse changes between the valid measurement value and the configurated fault signal |
| 785 |
Calibration |
| 786 |
Sensor 1 Calibration |
| 787 |
Sensor trimming is for fine correction and compensating tolerance of sensor.
Before of Trimming or change actual trim settings, Reset trim before is recommended.
To get original factory trimming back please use Reset to Order in Menue Extras (if trimmed in factory).
|
| 788 |
Sensor 2 Calibration |
| 789 |
Input Unit |
| 790 |
Output Unit |
| 791 |
Default |
| 792 |
Callendar-van Dusen |
| 793 |
Callendar-van Dusen 1 |
| 794 |
CvD Coefficients |
| 795 |
Callendar-van Dusen 2 |
| 796 |
Callendar-van Dusen 3 |
| 797 |
Callendar-van Dusen 4 |
| 798 |
Callendar-van Dusen 5 |
| 799 |
Extras |
| 800 |
Lock/Unlock Device |
| 801 |
SIL Check |
| 802 |
SIL Configuration Status |
| 803 |
Click to check SIL Configuration Status |
| 804 |
Invalid NAMUR Configuration **Sensordrift detected** |
| 805 |
Write Protection Not active |
| 806 |
Sensor Type 1 Not Configured for Temperature Measurement |
| 807 |
Sensor Type 2 Not Configured for Temperature Measurement |
| 808 |
Current Loop Mode Not Activated (constant current signal) |
| 809 |
Current Output Simulation is Active |
| 810 |
Diagnostics Simulation is Active |
| 811 |
Invalid NAMUR Configuration **Redundancy Sensor 1 Not Available** |
| 812 |
Invalid NAMUR Configuration **Redundancy Sensor 2 Not Available** |
| 813 |
Invalid NAMUR Configuration - Electronics Temp. measurement failure |
| 814 |
Redundancy Measurement Mode is Not Activated |
| 815 |
Current Pulse Output is Activated |
| 816 |
HART Burst Mode Active |
| 817 |
Current Low Alarm Configured > 3.6 mA |
| 818 |
Current High Alarm is Configured to < 21mA |
| 819 |
Redundancy Configuration option **Safety** not configured |
| 820 |
Sensor 1 Not Assigned to PV (Process Variable) |
| 821 |
Sensor Drift Detection Not Switched ON |
| 822 |
Active Alerts |
| 823 |
Sensor |
| 824 |
Operation |
| 825 |
Electronics |
| 826 |
Process |
| 827 |
Alert Simulation |
| 828 |
Note: Simulate a maximum of only 8 alerts at a time. |
| 829 |
zzz |
| 830 |
Supervising Information |
| 831 |
Supervising information according to Operation Time and lowest and highest temperatures |
| 832 |
Min and Max temperature values of Sensor 1 |
| 833 |
Min and Max temperature values of Sensor 2 |
| 834 |
Min and Max temperature values of Electonics Temperature |
| 835 |
Operation Time Statistics |
| 836 |
Operation Time Categorized by Electronics Temperature |
| 837 |
Select **new** Events to be Displayed in Table |
| 838 |
Select **new** Items for Event Monitor |
| 839 |
Select **deleted** Events to be Displayed in Table |
| 840 |
Select Items for **deleted** Events in Event Monitor |
| 841 |
Select Items to be Displayed in Table |
| 842 |
Select Items for Configuration Monitor |
| 843 |
Process Variables |
| 844 |
Trend |
| 845 |
Select the parameters for trending: |
| 846 |
TTx300 family |
| 847 |
This bit is set if any Device Variable is in an Alarm or Warning State. The host should identify the Device Variable(s) causing this to be set using the Device Variable Status indicators. |
| 848 |
Failure |
| 849 |
Out of Specifcation |
| 850 |
Function Check |
| 851 |
Device Configuration locked |
| 852 |
Device Configuration Locked-When this value is set, this indicates that the device is in write-protect or is locked |
| 853 |
Status Simulation Active |
| 854 |
-/- |
| 855 |
OK |
| 856 |
Out of Specification |
| 857 |
QV |
| 858 |
PV Analog Channel Saturated |
| 859 |
PV Analog Channel Fixed |
| 860 |
Wireless |
| 861 |
WirelessHART Device |
| 862 |
IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation |
| 863 |
Primary |
| 864 |
Primary Analog Channel |
| 865 |
Secondary |
| 866 |
Secondary Analog Channel |
| 867 |
Tertiary |
| 868 |
Tertiary Analog Channel |
| 869 |
Quaternary |
| 870 |
Quaternary Analog Channel |
| 871 |
Quinary |
| 872 |
Quinary Analog Channel |
| 873 |
Critical Power Failure |
| 874 |
Lock all |
| 875 |
Trim not supported |
| 876 |
Configuration cannot be changed |
| 877 |
Locked by gateway |
| 878 |
Analog Input Channel |
| 879 |
Analog Output Channel |
| 880 |
Secondary Analog Channel Saturated |
| 881 |
Tertiary Analog Channel Saturated |
| 882 |
Quaternary Analog Channel Saturated |
| 883 |
Quinary Analog Channel Saturated |
| 884 |
Secondary Analog Channel Fixed |
| 885 |
Tertiary Analog Channel Fixed |
| 886 |
Quaternary Analog Channel Fixed |
| 887 |
Quinary Analog Channel Fixed |
| 888 |
Simulation active |
| 889 |
The device is in simulation mode and the level output is not representative of the process. |
| 890 |
Non-Volatile memory failure |
| 891 |
The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed. |
| 892 |
Volatile memory error |
| 893 |
The RAM memory check is invalid or maybe corrupt |
| 894 |
Watchdog reset executed |
| 895 |
A watchdog reset has been performed |
| 896 |
Voltage conditions out of range |
| 897 |
A voltage condition is outside its allowable range |
| 898 |
Environmental conditions out of range |
| 899 |
An internal or environmental condition is beyond acceptable limits. |
| 900 |
Electronic failure |
| 901 |
A hardware problem not related to the sensor has been detected. |
| 902 |
Subdevice list changed |
| 903 |
Duplicate master detected |
| 904 |
Capacity Denied |
| 905 |
The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified |
| 906 |
Bandwidth allocation pending |
| 907 |
Block transfer pending |
| 908 |
Battery life |
| 909 |
Percent range |
| 910 |
Loop current |
| 911 |
Primary variable |
| 912 |
Secondary variable |
| 913 |
Tertiary variable |
| 914 |
Quaternary variable |
| 915 |
Read receive time |
| 916 |
Write date and time |
| 917 |
Non-Volatile Clock |
| 918 |
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. |
| 919 |
Clock Uninitialized |
| 920 |
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. |
| 921 |
None |
| 922 |
No restrictions |
| 923 |
SI Only |
| 924 |
Restricted to SI Unit codes only |
| 925 |
Process automation device |
| 926 |
Discrete device |
| 927 |
Hybrid:Process automation+discrete |
| 928 |
I/O System |
| 929 |
WirelessHART Process automation device |
| 930 |
WirelessHART Discrete device |
| 931 |
WirelessHART Process automation+discrete |
| 932 |
WirelessHART Gateway |
| 933 |
WirelessHART Access point |
| 934 |
WirelessHART Process adapter |
| 935 |
WirelessHART Discrete adapter |
| 936 |
WirelessHART enabled handheld/portable maintenance tool |
| 937 |
Device Profile |
| 938 |
US |
| 939 |
United States of America |
| 940 |
JP |
| 941 |
Japan |
| 942 |
DE |
| 943 |
FR |
| 944 |
France |
| 945 |
ES |
| 946 |
Spain |
| 947 |
RU |
| 948 |
Russian Federation |
| 949 |
CN |
| 950 |
People's Republic of China |
| 951 |
Secondary Master |
| 952 |
Primary Master |
| 953 |
Device Diagnostic Status 0 |
| 954 |
Device Diagnostic Status 1 |
| 955 |
I/O and Subdevice Status |
| 956 |
WirelessHART Status |
| 957 |
Time Set Option |
| 958 |
Real Time Clock Flags |
| 959 |
Country |
| 960 |
Country of intended device installation |
| 961 |
SI Unit Control |
| 962 |
Indicates if device should only display SI unit codes |
| 963 |
Time Stamp |
| 964 |
Relative time value on network |
| 965 |
Dynamic Variables Returned for Device Variables |
| 966 |
Command Response Truncated |
| 967 |
Configuration Change Counter Mismatch |
| 968 |
Status bytes mismatch |
| 969 |
count |
| 970 |
Device Variable |
| 971 |
Variable to trim |
| 972 |
8.3f |
| 973 |
Fld dev output is fixed at |
| 974 |
mA |
| 975 |
Fld dev output |
| 976 |
mA equal to reference meter? |
| 977 |
Fld dev output |
| 978 |
mA equal to reference meter? |
| 979 |
Prepare Lower trim point
Press NEXT when stable |
| 980 |
Enter lower trim value |
| 981 |
Prepare Upper trim point
Press OK when stable |
| 982 |
Enter upper trim value |
| 983 |
Are you sure you want to reset the device Sensor 1 trim points to factory settings? |
| 984 |
Resetting to factory trim points for Sensor 1 done |
| 985 |
Are you sure you want to reset the device Sensor 2 trim points to factory settings? |
| 986 |
Resetting to factory trim points for Sensor 2 done |
| 987 |
The Configuration Changed Flag is cleared..Continue? |
| 988 |
Method Aborted |
| 989 |
In write protect mode |
| 990 |
The device is Unlocked. Do you want to lock it? |
| 991 |
Press Next if want to perform a device reset |
| 992 |
Device Reset completed – Please Close and Open FDI Package to refresh all parameters |
| 993 |
Do you really want to reset device to order settings? |
| 994 |
Reset to order completed – Close and Open Package to refresh all parameters |
| 995 |
Please Note
Presently Device is |
| 996 |
%{write_protection_state} |
| 997 |
Activate SW-write protection ? |
| 998 |
No;Yes |
| 999 |
0110 |
| 1000 |
Inactivate SW-write protection ? |
| 1001 |
Really remove write protection? |
| 1002 |
Device is now |
| 1003 |
Press Next to reset configuration flag |
| 1004 |
Configuration Flag is Reset |
| 1005 |
Please Note
Presently Device HART Protocol Revision is: |
| 1006 |
%{universal_revision} |
| 1007 |
Caution: After change from HART 5 to HART 7 mode, the current FDI Package (HART 5) cannot contact the device again. Please use the HART 7 FDI Package for HART 7.
The HMI Display has the option HART 5 / HART 7 |
| 1008 |
Do you really want to change to HART 7 mode ? |
| 1009 |
Device will restart now to bring the change into effect |
| 1010 |
Device HART Protocol Revision is: |
| 1011 |
Caution: After Change from HART 7 to HART 5 mode, the current FDI Package (HART 7) cannot contact the device again. Please use the HART 5 FDI Package for HART 5 mode.
The HMI Display has an option HART 5 / HART 7 |
| 1012 |
Do you really want to change to HART 5 mode ? |
| 1013 |
0 |
| 1014 |
.0 |
| 1015 |
Software Revision : |
| 1016 |
Hardware Revision : |
| 1017 |
Are you sure you want to reset NAMUR Configuration for all diagnostics to default NAMUR status settings? |
| 1018 |
Reset NAMUR Configuration completed |
| 1019 |
Diagnostic view updated successfully |
| 1020 |
Update in Progress... |
| 1021 |
Event Monitor Table Updated Successfully |
| 1022 |
Configuration Monitor Table Updated Successfully |
| 1023 |
Are you sure you want to reset Min / Max values of Sensor 1 and Sensor 2?
|
| 1024 |
Reset Min / Max values of Sensor 1 and Sensor 2 completed
|
| 1025 |
Are you sure you want to reset Min / Max values of Sensor 1 ?
|
| 1026 |
Reset Min / Max values of Sensor 1 completed
|
| 1027 |
Long tag |
| 1028 |
Tag |
| 1029 |
Sensor 1 |
| 1030 |
??? 1 ???? |
| 1031 |
Sensor type 1 and Sensor type 2
do not belong to the same sensor group
(temperature measurement [resistor thermometers or thermocouples],
voltage measurement or resistor measurement)
as required by actual HART Variable settings.
To avoid malfunction:
change Sensor type 1 or Sensor type 2 to the same sensor group
in Detailed Setup / Configuration
** Or **
Change setting of HART variables (PV, SV, TV, QV)
from redundancy, difference or average to:
Sensor 1, Sensor 2, Electric input Sensor 1,
Electric input Sensor 2 or Electronics temperature
in Detailed Setup / HART Mapping
|
| 1032 |
??? 1 ???? |
| 1033 |
??? 1 ???? |
| 1034 |
??? 1 CJC ?? |
| 1035 |
Sensor 2 |
| 1036 |
HART variables depend on sensor type 2.
Selecting sensor 2 OFF causes malfunction
Setting of HART variables (PV, SV, TV, QV) for redundancy, average, difference, Sensor 2 or electrical Input Sensor 2 are ** wrong **
Change setting for HART variables to:
Sensor 1, Electric input Sensor 1 or Electronics temperature
in Detailed Setup / HART Mapping. |
| 1037 |
??? 2 ???? |
| 1038 |
??? 2 ???? |
| 1039 |
??? 2 CJC ?? |
| 1040 |
PV is |
| 1041 |
PV URV |
| 1042 |
PV LRV |
| 1043 |
Damping |
| 1044 |
SV is |
| 1045 |
SV ?? |
| 1046 |
TV is |
| 1047 |
TV ?? |
| 1048 |
QV is |
| 1049 |
QV ?? |
| 1050 |
Do you really want to reset device to factory settings? |
| 1051 |
Reset to Factory settings is completed – Close and Open Package to refresh all parameters. |
| 1052 |
Please Wait, Upload in Progress |
| 1053 |
All X-Y values read from device |
| 1054 |
Validating points |
| 1055 |
Fixpoint Table- X Values(index %{Xindex1},%{Xindex2}) not monotonically increasing |
| 1056 |
Fixpoint Table- Y Values(index %{Yindex1},%{Yindex2}) not monotonically increasing |
| 1057 |
Validation Succesful |
| 1058 |
Transfering new fixpoint table to device in progress |
| 1059 |
New table saved to device succesfully |
| 1060 |
Validating Points... |