| 0 |
TMT162 |
| 1 |
Dev. rev. |
| 2 |
Device status |
| 3 |
Alarm |
| 4 |
Warning |
| 5 |
Warning 204: Sensor drift detected |
| 6 |
Alarm 82: PV range overshoot |
| 7 |
Alarm 81: PV range undershoot |
| 8 |
Alarm 19: Supply voltage too low |
| 9 |
Info: Multidrop mode |
| 10 |
Info 209: Device initialization |
| 11 |
Warning 106: Up/download active |
| 12 |
Warning 107: Output simulation active |
| 13 |
Alarm 203: Ambient temperature limit exceeded |
| 14 |
Warning 206/207: Sensor corrosion |
| 15 |
Alarm 70: Drift limit exceeded |
| 16 |
Maintenance required |
| 17 |
Warning 205: Sensor backup activated |
| 18 |
Warning 202: PV range overshoot |
| 19 |
Warning 201: PV range undershoot |
| 20 |
Alarm 18: Communication ASIC defective |
| 21 |
Alarm 13: RJ measurement defective |
| 22 |
Error in channel 2 (see Sensor 2 status) |
| 23 |
Error in channel 1 (see Sensor 1 status) |
| 24 |
Alarm 16: A/D convertor defective |
| 25 |
Alarm 15: EEprom defective |
| 26 |
Info: Channel 1 not ready |
| 27 |
Alarm 53: Outside of sensor 1 upper range |
| 28 |
Alarm 53: Outside of sensor 1 lower range |
| 29 |
Alarm 51: Sensor 1 short circuit |
| 30 |
Alarm 50: Sensor 1 open circuit |
| 31 |
Alarm 52: Sensor 1 corrosion |
| 32 |
Warning 206: Sensor 1 corrosion |
| 33 |
Info: Channel 2 not ready |
| 34 |
Alarm 63: Outside of sensor 2 upper range |
| 35 |
Alarm 63: Outside of sensor 2 lower range |
| 36 |
Alarm 61: Sensor 2 short circuit |
| 37 |
Alarm 60: Sensor 2 open circuit |
| 38 |
Alarm 62: Sensor 2 corrosion |
| 39 |
Warning 207: Sensor 2 corrosion |
| 40 |
Set to nearest possible value |
| 41 |
Invalid value selection |
| 42 |
channel command231 |
| 43 |
Actual diagnostics |
| 44 |
Good |
| 45 |
Failure (F) |
| 46 |
Function Check (C) |
| 47 |
Out of Specification (S) |
| 48 |
Maintenance Required (M) |
| 49 |
Actual diagnostics description |
| 50 |
0010-Hardware defective |
| 51 |
0013-RJ measurement defective |
| 52 |
0014-No calibration data |
| 53 |
0015-EEprom defective |
| 54 |
0016-A/D converter defective |
| 55 |
0017-Ambient temperature out of limits |
| 56 |
0018-Communication ASIC defective |
| 57 |
0019-Supply voltage too low |
| 58 |
0050-Sensor 1 open circuit |
| 59 |
0051-Sensor 1 short circuit |
| 60 |
0052-Sensor 1 corrosion |
| 61 |
0053-Outside of sensor 1 range |
| 62 |
0060-Sensor 2 open circuit |
| 63 |
0061-Sensor 2 short circuit |
| 64 |
0062-Sensor 2 corrosion |
| 65 |
0063-Outside of sensor 2 range |
| 66 |
0070-Drift limit exceeded |
| 67 |
0081-PV range undershoot |
| 68 |
0082-PV range overshoot |
| 69 |
0106-Up/download active |
| 70 |
0107-Output simulation active |
| 71 |
0201-PV range undershoot |
| 72 |
0202-PV range overshoot |
| 73 |
0203-Ambient temperature limit reached |
| 74 |
0204-Sensor drift detected |
| 75 |
0205-Sensor backup activ |
| 76 |
0206-Sensor 1 corrosion |
| 77 |
0207-Sensor 2 corrosion |
| 78 |
0208-Device preset is processed |
| 79 |
0209-Device initialization |
| 80 |
0010-Hardware defective + Additional Status |
| 81 |
0013-RJ measurement defective + Additional Status |
| 82 |
0014-No calibration data + Additional Status |
| 83 |
0015-EEprom defectie + Additional Status |
| 84 |
0016-A/D convertor defective + Additional Status |
| 85 |
0017-Ambient temperature out of limits + Additional Status |
| 86 |
0018-Communiction ASIC defective + Additional Status |
| 87 |
0019-Supply voltage too low + Additional Status |
| 88 |
0050-Sensor 1 open circuit + Additional Status |
| 89 |
0051-Sensor 1 short circuit + Additional Status |
| 90 |
0052-Sensor 1 corrosion + Additional Status |
| 91 |
0053-Outside of sensor 1 range + Additional Status |
| 92 |
0060-Sensor 2 open circuit + Additional Status |
| 93 |
0061-Sensor 2 short circuit + Additional Status |
| 94 |
0062-Sensor 2 corrosion + Additional Status |
| 95 |
0063-Outside of sensor 2 range + Additional Status |
| 96 |
0070-Drift limit exceeded + Additional Status |
| 97 |
0081-PV range undershoot + Additional Status |
| 98 |
0082-PV range overshoot + Additional Status |
| 99 |
0106-Up/download active + Additional Status |
| 100 |
0107-Output simulation active + Additional Status |
| 101 |
0201-PV range undershoot + Additional Status |
| 102 |
0202-PV range overshoot + Additional Status |
| 103 |
0203-Ambient temperature limit reached + Additional Status |
| 104 |
0204-Sensor drift detected + Additional Status |
| 105 |
0205-Sensor backup activ + Additional Status |
| 106 |
0206-Sensor 1 corrosion + Additional Status |
| 107 |
0207-Sensor 2 corrosion + Additional Status |
| 108 |
0208-Device preset is processed + Additional Status |
| 109 |
0209-Device initialization + Additional Status |
| 110 |
AO |
| 111 |
%-RANGE |
| 112 |
span |
| 113 |
.2f |
| 114 |
AO |
| 115 |
Analog Output Value - Shows the analog value of the measurment in normal operating modes. |
| 116 |
.3f |
| 117 |
PV value in % |
| 118 |
PV lower range limit |
| 119 |
PV lower range limit defines the maximum usable value for the PV lower range value. |
| 120 |
PV upper range limit |
| 121 |
PV upper range limit defines the maximum usable value for the PV upper range value. |
| 122 |
PV lower range value |
| 123 |
PV upper range value |
| 124 |
Analog output |
| 125 |
Selection of standard operation 4..20 mA (small output signal by small process variables) or inverse operation 20..4 mA (small output signal on high process variables). |
| 126 |
4...20 |
| 127 |
20...4 |
| 128 |
Filter time |
| 129 |
Input for filter, from measurement recording to output. (0 to 60 seconds) |
| 130 |
2.1f |
| 131 |
.1f |
| 132 |
Fault condition |
| 133 |
Select the fault information on sensor fault. When a sensor defect is recognised the transmitter transmits the defined output value. |
| 134 |
Max >= 21.6 |
| 135 |
Min <= 3.6 |
| 136 |
Failure output |
| 137 |
Defines the exact failure output value in case of high alarm between 21.6 mA and 23 mA. |
| 138 |
5.2f |
| 139 |
Over/Und.rangealarm |
| 140 |
On: In case of under- or overrange the transmitter will switch to alarm. Off: In case of under- or overrange the analog output freezes at 3.8 mA in underrange and at 20.5 mA in overrange. |
| 141 |
Off |
| 142 |
On |
| 143 |
Simulation mode |
| 144 |
Simulation mode is used to change the device's operating mode. OFF for normal measure operation. ON for analog output simulation. The value of analog output can be inserted in the page Simulation value. |
| 145 |
Simulation value |
| 146 |
Current at the output when simulation is set to ON. (value between 3.58 and 21.7 mA) |
| 147 |
Trim 4 mA |
| 148 |
Fine tuning of the upper range value (4 mA). (+- 0.15 mA) |
| 149 |
Trim 20 mA |
| 150 |
Fine tuning of the upper range value (20 mA). (+- 0.15 mA) |
| 151 |
Transfer function |
| 152 |
No unit |
| 153 |
|
| 154 |
RJ Unit |
| 155 |
Shows the actual diagnostic message of the field device. |
| 156 |
Last diagnostics |
| 157 |
Shows the last occurred device status message. |
| 158 |
F 0010-Hardware defective |
| 159 |
F 0013-RJ measurement defective |
| 160 |
F 0014-No calibration data |
| 161 |
F 0015-EEprom defective |
| 162 |
F 0016-A/D converter defective |
| 163 |
F 0017-Ambient temperature out of limits |
| 164 |
F 0018-Communication ASIC defective |
| 165 |
F 0019-Supply voltage too low |
| 166 |
F 0070-Drift limit exceeded |
| 167 |
F 0081-PV range undershoot |
| 168 |
F 0082-PV range overshoot |
| 169 |
C 0106-Up/download active |
| 170 |
C 0107-Output simulation active |
| 171 |
M 0201-PV range undershoot |
| 172 |
M 0202-PV range overshoot |
| 173 |
S 0203-Ambient temperature limit reached |
| 174 |
M 0204-Sensor drift detected |
| 175 |
M 0205-Sensor backup activ |
| 176 |
M 0206-Sensor 1 corrosion |
| 177 |
M 0207-Sensor 2 corrosion |
| 178 |
S 0209-Device initialization |
| 179 |
F 0010-Hardware defective + Additional Status |
| 180 |
F 0013-RJ measurement defective + Additional Status |
| 181 |
F 0014-No calibration data + Additional Status |
| 182 |
F 0015-EEprom defectie + Additional Status |
| 183 |
F 0016-A/D convertor defective + Additional Status |
| 184 |
F 0017-Ambient temperature out of limits + Additional Status |
| 185 |
F 0018-Communiction ASIC defective + Additional Status |
| 186 |
F 0019-Supply voltage too low + Additional Status |
| 187 |
F 0070-Drift limit exceeded + Additional Status |
| 188 |
F 0081-PV range undershoot + Additional Status |
| 189 |
F 0082-PV range overshoot + Additional Status |
| 190 |
C 0106-Up/download active + Additional Status |
| 191 |
C 0107-Output simulation active + Additional Status |
| 192 |
M 0201-PV range undershoot + Additional Status |
| 193 |
M 0202-PV range overshoot + Additional Status |
| 194 |
S 0203-Ambient temperature limit reached + Additional Status |
| 195 |
M 0204-Sensor drift detected + Additional Status |
| 196 |
M 0205-Sensor backup activ + Additional Status |
| 197 |
M 0206-Sensor 1 corrosion + Additional Status |
| 198 |
M 0207-Sensor 2 corrosion + Additional Status |
| 199 |
S 0209-Device initialization + Additional Status |
| 200 |
F 0050-Sensor 1 open circuit |
| 201 |
F 0051-Sensor 1 short circuit |
| 202 |
F 0052-Sensor 1 corrosion |
| 203 |
F 0053-Outside of sensor 1 range |
| 204 |
M 0060-Sensor 2 open circuit |
| 205 |
M 0061-Sensor 2 short circuit |
| 206 |
M 0062-Sensor 2 corrosion |
| 207 |
M 0063-Outside of sensor 2 range |
| 208 |
F 0050-Sensor 1 open circuit + Additional Status |
| 209 |
F 0051-Sensor 1 short circuit + Additional Status |
| 210 |
F 0052-Sensor 1 corrosion + Additional Status |
| 211 |
F 0053-Outside of sensor 1 range + Additional Status |
| 212 |
M 0060-Sensor 2 open circuit + Additional Status |
| 213 |
M 0061-Sensor 2 short circuit + Additional Status |
| 214 |
M 0062-Sensor 2 corrosion + Additional Status |
| 215 |
M 0063-Outside of sensor 2 range + Additional Status |
| 216 |
M 0050-Sensor 1 open circuit |
| 217 |
M 0051-Sensor 1 short circuit |
| 218 |
M 0052-Sensor 1 corrosion |
| 219 |
M 0053-Outside of sensor 1 range |
| 220 |
F 0060-Sensor 2 open circuit |
| 221 |
F 0061-Sensor 2 short circuit |
| 222 |
F 0062-Sensor 2 corrosion |
| 223 |
F 0063-Outside of sensor 2 range |
| 224 |
M 0050-Sensor 1 open circuit + Additional Status |
| 225 |
M 0051-Sensor 1 short circuit + Additional Status |
| 226 |
M 0052-Sensor 1 corrosion + Additional Status |
| 227 |
M 0053-Outside of sensor 1 range + Additional Status |
| 228 |
F 0060-Sensor 2 open circuit + Additional Status |
| 229 |
F 0061-Sensor 2 short circuit + Additional Status |
| 230 |
F 0062-Sensor 2 corrosion + Additional Status |
| 231 |
F 0063-Outside of sensor 2 range + Additional Status |
| 232 |
Config. changed |
| 233 |
Shows if the unit set-up has been changed. |
| 234 |
No |
| 235 |
Yes |
| 236 |
Default values |
| 237 |
Parameters reset function default settings of transmitter datas. |
| 238 |
Security locking |
| 239 |
Enter the release code for set-up. The unit configuration can start once the code has been successfully entered. |
| 240 |
Device release |
| 241 |
Displays the device release. |
| 242 |
Serial no. |
| 243 |
Serial no. - Reports the serial number of the transmitter. |
| 244 |
Firmware version |
| 245 |
Firmware Version - Reports the firmware version number. |
| 246 |
Hardware version |
| 247 |
Hardware revision - Shows the hardware version number. |
| 248 |
Certificates |
| 249 |
RJ value |
| 250 |
Indicates the internal temperature of the device. |
| 251 |
Channels |
| 252 |
It is indicated, whether it is an one- or two canal device. |
| 253 |
1- channel device |
| 254 |
2- channel device |
| 255 |
Function mode |
| 256 |
Select between measurement using one or two sensor inputs. |
| 257 |
Single sens input |
| 258 |
Dual sens input |
| 259 |
PV mode |
| 260 |
When measuring using two sensor inputs various calculation functions of the PV can be selected. If PV=SV1 is selected then sensor 2 can be individually set up and vice versa. |
| 261 |
PV = SV1 |
| 262 |
PV = SV1 - SV2 |
| 263 |
PV = (SV1 + SV2)/2 |
| 264 |
PV = SV1 (OR SV2) |
| 265 |
PV=SV1(SV2 if SV1>T) |
| 266 |
PV = SV2 |
| 267 |
PV = SV2 (OR SV1) |
| 268 |
PV unit |
| 269 |
Max RJ value |
| 270 |
Shows the maximum RJ value. |
| 271 |
Min RJ value |
| 272 |
Shows the minimum RJ value. |
| 273 |
Drift alert mode |
| 274 |
Enables the seneor drift monitioring
Alarm: The 'Caution' icon becomes active on the display. The device switches to error signal.
Warning: The 'Caution' icon becomes active on the display. A warning is transmitted via the HART protocol. |
| 275 |
Alert |
| 276 |
Warning |
| 277 |
Drift mode |
| 278 |
Higher: Warning or alarm is activated in case of exceedance of chosen deviation value. Lower: Warning or alarm is activated in case of under-usage of chosen deviation. |
| 279 |
higher |
| 280 |
lower |
| 281 |
Drift alert value |
| 282 |
Define the deviation set point for before chosen warning or alarm. |
| 283 |
Ambient alert |
| 284 |
Activate the ambient temperature alarm. If the parameter OFF is selected only a warning is issued on exceeding the specification. If ON is selected then an alarm is initiated when this value is exceeded. |
| 285 |
Alert off |
| 286 |
Alert on |
| 287 |
Mains filter |
| 288 |
Select power filter, dependent on matching frequency of individual power networks. |
| 289 |
50 |
| 290 |
60 |
| 291 |
Corros. detection |
| 292 |
Switch corrosion monitor on or off. |
| 293 |
Alarmhysteresis |
| 294 |
Hysteresis switch for the analog output in case of alarm. Possibilities are off, 2 seconds or 5 seconds that analog output freezes in case of alarm. |
| 295 |
2 sec. |
| 296 |
5 sec. |
| 297 |
Temperature T |
| 298 |
Threshold temperature T when device switches to sensor 1. If temperature at Sensor 1 drops below temperature T PV value is sensor 1 again. |
| 299 |
Display |
| 300 |
It is possible to change the display mode. With this parameter you can select the displayed values. The corresponding value can be taken from the operating instructions. |
| 301 |
Display text |
| 302 |
In this parameter a text can be entered that appears in the display on PV indication. |
| 303 |
Decimal places |
| 304 |
With this parameter the amount of decimal places shown for values (e.g. PV, RJ...) on the display can be set between none, one and two. |
| 305 |
xxxx |
| 306 |
xxx.x |
| 307 |
xx.xx |
| 308 |
Display interval |
| 309 |
With this parameter the duration of the different displaymodes can be set in seconds. The minimum is 2 seconds. |
| 310 |
2 |
| 311 |
4 |
| 312 |
6 |
| 313 |
8 |
| 314 |
Sensor type S1 |
| 315 |
Allocation of sensor 1 sensor type using a selection list. |
| 316 |
Pt50 GOST (a=0.003911) |
| 317 |
Pt100 IEC60751 (a=0.00385) |
| 318 |
Pt100 JISC1604-81 (a=0.003916) |
| 319 |
Pt100 SAMA (a=0.003923) |
| 320 |
Pt100 GOST (a=0.003911) |
| 321 |
Pt200 IEC60751 (a=0.00385) |
| 322 |
Pt500 IEC60751 (a=0.00385) |
| 323 |
Pt1000 IEC60751 (a=0.00385) |
| 324 |
Ni100 DIN43760 (a=0.006180) |
| 325 |
Ni120 DIN43760 (a=0.006180) |
| 326 |
Ni1000 DIN43760 (a=0.006180) |
| 327 |
Cu10 Edison (a=0.004271) |
| 328 |
Cu50 GOST (a=0.004278) |
| 329 |
Cu100 GOST (a=0.004278) |
| 330 |
TC Type B (PtRh30-PtRh6) IEC60584 |
| 331 |
TC Type C (W5Re-W26Re) ASTM E988 |
| 332 |
TC Type D (W3Re-W25Re) ASTM E988 |
| 333 |
TC Type E (NiCr-CuNi) IEC60584 |
| 334 |
TC Type J (Fe-CuNi) IEC60584 |
| 335 |
TC Type K (NiCr-Ni) IEC60584 |
| 336 |
TC Type L (Fe-CuNi) IEC60584 |
| 337 |
TC Type N (NiCrSi-NiSi) IEC60584 |
| 338 |
TC Type R (PtRh13-Pt) IEC60584 |
| 339 |
TC Type S (PtRh10-Pt) IEC60584 |
| 340 |
TC Type T (Cu-CuNi) IEC60584 |
| 341 |
Tc Type U (Cu-CuNi) IEC60584 |
| 342 |
Polynom RTD |
| 343 |
Callendar Van-Dusen |
| 344 |
10...400 Ohm |
| 345 |
10...2000 Ohm |
| 346 |
-20...100 mV |
| 347 |
Sensor connect. S1 |
| 348 |
Allocation of connection mode (2-/3-/4-wire) on resistance thermometers and resistance transmitters. |
| 349 |
2 wire |
| 350 |
3 wire |
| 351 |
4 wire |
| 352 |
Cold junction S1 |
| 353 |
For TC input only. Selection of cold junction position. Internal: The temperature measured by the internal cold junction of the transmitter is used as compensation. External: The preset temperature is used for compensation. |
| 354 |
internal |
| 355 |
external |
| 356 |
External temp. S1 |
| 357 |
Fixed preset temperature. This is the temperature used for compensation when measuring using thermocouples. |
| 358 |
2-wire comp. S1 |
| 359 |
Correction value for compensation for the cable resistance when using 2 wire RTDs. 0 Ohm to 30 Ohm can be set up. |
| 360 |
Offset sensor 1 |
| 361 |
Additional calibration of the input signal in order to offset measurement deviations due to the installation or to compensate any sensor drift. An offset of -10 to +10 K (-18 F to 18 F) can be set up. |
| 362 |
Measuring unit S1 |
| 363 |
Display of sensor 1 engineering units. |
| 364 |
Serial no. S1 |
| 365 |
Input of sensor 1 serial number. (12 characters). |
| 366 |
Coefficient X0 |
| 367 |
X0 Coefficient for a user defined linearisation. The linearisation is done by a polynom of fourth degree. |
| 368 |
12.4E |
| 369 |
Coefficient X1 |
| 370 |
X1 Coefficient for a user defined linearisation. The linearisation is done by a polynom of fourth degree. |
| 371 |
Coefficient X2 |
| 372 |
X2 Coefficient for a user defined linearisation. The linearisation is done by a polynom of fourth degree. |
| 373 |
Coefficient X3 |
| 374 |
X3 Coefficient for a user defined linearisation. The linearisation is done by a polynom of fourth degree. |
| 375 |
Coefficient X4 |
| 376 |
X4 Coefficient for a user defined linearisation. The linearisation is done by a polynom of fourth degree. |
| 377 |
Coefficient A |
| 378 |
Coefficient A for Callendar van-Dusen linearisation. |
| 379 |
Coefficient B |
| 380 |
Coefficient B for Callendar van-Dusen linearisation. |
| 381 |
Coefficient C |
| 382 |
Coefficient C for Callendar van-Dusen linearisation. |
| 383 |
R0 |
| 384 |
R0 for Callendar van-Dusen linearisation. |
| 385 |
6.3f |
| 386 |
Max value S1 |
| 387 |
Shows the maximum process value of sensor 1. The value can be written to reset the indicator. |
| 388 |
Min value S1 |
| 389 |
Shows the minimum process value of sensor 1. The value can be written to reset the indicator. |
| 390 |
Value Sensor 1 |
| 391 |
This parameter shows the measuring value of sensor 1. |
| 392 |
Status sensor 1 |
| 393 |
Status sensor 1 - The status of sensor 1 is shown. |
| 394 |
Sensor 2 type |
| 395 |
Allocation of sensor 2 sensor type using a selection list. |
| 396 |
Sensor 2 connect. |
| 397 |
Allocation of connection mode (2-/3-wire) on resistance thermometers and resistance transmitters. |
| 398 |
Cold junction S2 |
| 399 |
For TC input only. Selection of cold junction position. Internal: The temperature measured by the internal cold junction of the transmitter is used as compensation. External: The preset temperature is used for compensation. |
| 400 |
External temp. S2 |
| 401 |
Fixed preset temperature. This is the temperature used for compensation when measuring using thermocouples. |
| 402 |
2-wire comp. S2 |
| 403 |
Offset sensor 2 |
| 404 |
Additional calibration of the input signal in order to offset measurement deviations due to the installation or to compensate any sensor drift. An offset of -10 to +10 K (-18 F to 18 F) can be set up. |
| 405 |
Measuring unit S2 |
| 406 |
Display of sensor 2 engineering units. It can only be changed, if PV=SV1 is adjusted. |
| 407 |
Serial no. S2 |
| 408 |
Input of sensor 2 serial number. (12 characters). |
| 409 |
Max value S2 |
| 410 |
Shows the maximum process value of sensor 2. The value can be written to reset the indicator. |
| 411 |
Min value S2 |
| 412 |
Shows the minimum process value of sensor 2. The value can be written to reset the indicator. |
| 413 |
Value Sensor 2 |
| 414 |
This parameter shows the measuring value of sensor 2. |
| 415 |
Status sensor 2 |
| 416 |
Status sensor 2 - The status of sensor 2 is shown. |
| 417 |
S2 not available |
| 418 |
Certificates |
| 419 |
Shows the certificates, that the device received. |
| 420 |
Customer linearization S1 |
| 421 |
Customer linearization S2 |
| 422 |
Reaction if S1 is not equal S2... |
| 423 |
Temperature threshold |
| 424 |
High alarm value |
| 425 |
Offline variables |
| 426 |
Sensor 1 |
| 427 |
Sensor 2 |
| 428 |
Output |
| 429 |
Safety settings |
| 430 |
Measured values |
| 431 |
Standard set-up |
| 432 |
Special linearization 1 |
| 433 |
Special linearization 2 |
| 434 |
Output |
| 435 |
HART output |
| 436 |
Diagnostics |
| 437 |
Min-/Max- values |
| 438 |
HART diagnostics |
| 439 |
Identification |
| 440 |
Measuring point |
| 441 |
Device info |
| 442 |
Service functions |
| 443 |
Device Icon |
| 444 |
HartLogo |
| 445 |
Device information |
| 446 |
Configure/Setup |
| 447 |
Process variables |
| 448 |
Device Diagnostics |
| 449 |
HART Diagnostics |
| 450 |
Process Variables |
| 451 |
Ext. device status 1 |
| 452 |
Ext. device status 2 |
| 453 |
Ext. device status 3 |
| 454 |
Ext. device status 4 |
| 455 |
Sensor 1 status |
| 456 |
Sensor 2 status |
| 457 |
Overview |
| 458 |
PV |
| 459 |
Output current |
| 460 |
PV linewriter |
| 461 |
Sensor 1 linewriter |
| 462 |
Sensor 1 |
| 463 |
Remedy information |
| 464 |
Device reset |
| 465 |
Reset sensor min/max values |
| 466 |
Reset min/max- values of both sensors to their default values. |
| 467 |
Last diagnostics reset |
| 468 |
Reset configuration changed flag |
| 469 |
FMU860 |
| 470 |
DT |
| 471 |
DVC |
| 472 |
FCX |
| 473 |
AS800 |
| 474 |
340T |
| 475 |
340C |
| 476 |
344 |
| 477 |
Siemens Micro K |
| 478 |
SITRANS L |
| 479 |
SIPAN PH |
| 480 |
SITRANS P |
| 481 |
75SMT |
| 482 |
UNIDELTA |
| 483 |
8320 |
| 484 |
SX5100 |
| 485 |
TSV175 |
| 486 |
DMU |
| 487 |
3780 |
| 488 |
BM70 |
| 489 |
8u |
| 490 |
No certification |
| 491 |
ATEX II 1G EEx ia IIC T4/T5/T6 |
| 492 |
FM IS, NI, I/1+2/A-D |
| 493 |
CSA IS, NI, I/1+2/A-D |
| 494 |
ATEX II2G EEx d IIC T6 |
| 495 |
FM XP, DIP I,II, III/1+2/A-G |
| 496 |
CSA XP, DIP I,II, III/1+2/A-G |
| 497 |
ATEX II3G EEx nA IIC T4/T5/T6 |
| 498 |
Select Coeff Type |
| 499 |
Alpha Beta Delta;A B C |
| 500 |
Please enter coefficient alpha: |
| 501 |
flAlpha |
| 502 |
Please enter coefficient beta: |
| 503 |
flBeta |
| 504 |
Please enter coefficient delta: |
| 505 |
flDelta |
| 506 |
Please enter Resistance R0: |
| 507 |
Coefficient beta is invalid, reseted to default |
| 508 |
Entered coefficients:
alpha = %{flAlpha},
beta = %{flBeta},
delta = %{flDelta},
R0 = %{3} |
| 509 |
Calculated coeff.:
A = %{0},
B = %{1},
C = %{2},
R0 = %{3} |
| 510 |
Please enter coefficient A: |
| 511 |
Please enter coefficient B: |
| 512 |
Please enter coefficient C: |
| 513 |
Coefficient B is invalid, reseted to default |
| 514 |
Entered coeff.:
A = %{0},
B = %{1},
C = %{2},
R0 = %{3} |
| 515 |
Please enter coefficient X0: |
| 516 |
Please enter coefficient X1: |
| 517 |
Please enter coefficient X2: |
| 518 |
Please enter coefficient X3: |
| 519 |
Please enter coefficient X4: |
| 520 |
Entered coefficients:
X0 = %{0}
X1 = %{1}
X2 = %{2}
X3 = %{3}
X4 = %{4} |
| 521 |
Entered coefficients:
alpha = %{flAlpha},
beta = %{flBeta},
delta = %{flDelta},
R0 = %{3} |
| 522 |
...if deviation is |
| 523 |
...than |
| 524 |
Reaction if Sensor1 is not equal Sensor2 is %{0} if deviation is %{1} than %{2} %{3}. |
| 525 |
Temperature T (Switch to Sensor2 at... |
| 526 |
High alarm value (21.6 - 23.0 mA) |
| 527 |
Cause:
Electronic failure.
Remedy:
Replace electronics |
| 528 |
Cause:
Internal reference junction defective
Remedy:
Replace electronics |
| 529 |
Cause:
Error in internal calibration parameters
Remedy:
Replace electronics |
| 530 |
Cause:
Memory error
Remedy:
Replace electronics |
| 531 |
Cause:
Device temperature out of specification (-40...85°C; -40...185°F).
Remedy:
Ensure ambient temperature as per specification. |
| 532 |
Cause:
Supply voltage too low
Remedy:
1. Increase supply voltage
2. Check electrical connection for corrosion |
| 533 |
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 |
| 534 |
Cause:
Short-circuit at sensor 1 terminals
Remedy:
1. Check electrical connection
2. Replace sensor 1
3. Check connection type |
| 535 |
Cause:
1. Corrosion of the sensor terminals for sensor 1
2. Corrosion of the sensor wiring
Remedy:
1. Check electrical connection sensor 1
2. Replace sensor |
| 536 |
Cause:
Value of sensor 1 out of physical measuring range.
Remedy:
1. Check process temperature
2. Check sensor
3. Check sensor type |
| 537 |
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 |
| 538 |
Cause:
Short-circuit at sensor 2 terminals
Remedy:
1. Check electrical connection
2. Replace sensor 2
3. Check connection type |
| 539 |
Cause:
1. Corrosion of the sensor terminals for sensor 2
2. Corrosion of the sensor wiring
Remedy:
1. Check electrical connection sensor 2
2. Replace sensor |
| 540 |
Cause:
Value of sensor 2 out of physical measuring range.
Remedy:
1. Check process temperature
2. Check sensor
3. Check sensor type |
| 541 |
Cause:
Sensor drift/difference detected (in accordance to the sensor drift/difference configuration)
Remedy:
1. Check sensors
2. Check process temperature |
| 542 |
Cause:
The measured value is too low for the adjusted range of the analog output
Remedy:
Check the range of the analog output |
| 543 |
Cause:
The measured value is too high for the adjusted range of the analog output
Remedy:
Check the range of the analog output |
| 544 |
Cause:
Up-/Download active
Remedy:
Please wait until Up-/Download is finished |
| 545 |
Cause:
Simulation acitve of current output
Remedy:
Deactivate simulation |
| 546 |
Cause:
Backup sensor active. Error at sensor 1.
Remedy:
Check sensor 1
|
| 547 |
Cause:
1. Corrosion of the sensor terminals for sensor 1
2. Corrosion of the sensor wiring
Remedy:
1. Check electrical connection
2. Replace sensor |
| 548 |
Cause:
1. Corrosion of the sensor terminals for sensor 2
2. Corrosion of the sensor wiring
Remedy:
1. Check electrical connection
2. Replace sensor |
| 549 |
Cause:
Device reset is executed
Remedy:
Please wait during the reset process |
| 550 |
Cause:
Device is starting/initializing
Remedy:
Please wait during the initialization process |
| 551 |
No Text |
| 552 |
Set device to default values? |
| 553 |
yes;no |
| 554 |
Reset min/max values? |
| 555 |
Reset last diagnostics? |
| 556 |
Reset configuration changed flag? |