| 0 |
Select the PV unit. A common PV unit is 'g/cm3'. |
| 1 |
PV |
| 2 |
g/cm3 |
| 3 |
Wt.% |
| 4 |
|
| 5 |
Shows the actual process value |
| 6 |
.4f |
| 7 |
Maximum sensor limit |
| 8 |
Meas.max |
| 9 |
Minimum sensor limit |
| 10 |
Meas.min |
| 11 |
Measure value minimum span |
| 12 |
Min.Span |
| 13 |
Time constant for averaging of measured values |
| 14 |
Time Const |
| 15 |
.1f |
| 16 |
6.1f |
| 17 |
Shows the actual current output 1 value |
| 18 |
COut1 |
| 19 |
.2f |
| 20 |
6.3f |
| 21 |
Select the function of the current output, in case of error. |
| 22 |
Alarm Code |
| 23 |
High |
| 24 |
Sets error current to 22mA |
| 25 |
Low |
| 26 |
Sets error current to 3.5mA |
| 27 |
Hold |
| 28 |
Sets error current to last output value |
| 29 |
Value |
| 30 |
Sets current output in case of error to user defined current value |
| 31 |
Value, min/max following |
| 32 |
Sets error current to user defined error current value. The Min/Max Relais follows current. |
| 33 |
Percent of range |
| 34 |
%Range |
| 35 |
Calculation measure value <-> loop current |
| 36 |
Transfer Fct. |
| 37 |
Range Unit (density or mass flow) |
| 38 |
Range Unit |
| 39 |
Upper Range Limit 20mA |
| 40 |
Up.Range |
| 41 |
Lower Range Limit 4mA |
| 42 |
Lo.Range |
| 43 |
Shows the actual current output 2 value |
| 44 |
COut2 |
| 45 |
Upper Range Limit Current Output2 20mA |
| 46 |
Lower Range Limit Current Output2 4mA |
| 47 |
Select the current output signal in case of error. Range: 3.0mA - 24.0mA |
| 48 |
Error Val. |
| 49 |
mA |
| 50 |
5.2f |
| 51 |
SensorNo |
| 52 |
7u |
| 53 |
Select the density unit. A common density unit is 'g/cm3'. |
| 54 |
Dens. |
| 55 |
Shows the actual density |
| 56 |
Dens |
| 57 |
Select Concentration Unit |
| 58 |
Conc. |
| 59 |
Actual concentration |
| 60 |
Conc |
| 61 |
Unit of mass flow |
| 62 |
MassFlow |
| 63 |
Actual Mass Flow value |
| 64 |
MFlw |
| 65 |
Adjustement of the 20 mA output signal |
| 66 |
Adj. 20mA |
| 67 |
.3f |
| 68 |
Adjustement of the 4 mA output signal |
| 69 |
Adj. 4mA |
| 70 |
|
| 71 |
Op Mode |
| 72 |
HALT |
| 73 |
STOP |
| 74 |
TEST |
| 75 |
READ IN |
| 76 |
Saved or entered password |
| 77 |
Password |
| 78 |
New password for password changing |
| 79 |
New Password |
| 80 |
Configuration |
| 81 |
Config&Calibrate |
| 82 |
Read Only |
| 83 |
Full Access |
| 84 |
Enter the current date. The date is used to compensate the source decay automatically. |
| 85 |
Date |
| 86 |
Enter the current time. |
| 87 |
Time |
| 88 |
Select(ed) total number of Main and Auxiliary Units used in that measurement |
| 89 |
# of Probes |
| 90 |
2u |
| 91 |
Select probe ID in order to show up its raw data. No. 0 shows always the Main Unit.
No. 1,2,.. shows the Auxiliary Units. |
| 92 |
Probe No |
| 93 |
Probe code for automatic HV-control |
| 94 |
Code |
| 95 |
Auxiliary address of Probe <=> Probe ID |
| 96 |
Device ID |
| 97 |
8u |
| 98 |
Shows the live pulse rate |
| 99 |
Cps |
| 100 |
cps |
| 101 |
.0f |
| 102 |
Probe pluse rate in aux channel |
| 103 |
Cps AUX |
| 104 |
Probe Temperature |
| 105 |
Temp. |
| 106 |
HV-control set up: 0 = automatic HV; 300V - 1300V = manual HV |
| 107 |
HV Setup |
| 108 |
V |
| 109 |
4u |
| 110 |
Probe high voltage value |
| 111 |
HV Reading |
| 112 |
HV control mode auto/manual |
| 113 |
HV Mode |
| 114 |
Auto |
| 115 |
For normal operation HV mode 'auto' must be used. |
| 116 |
Manual |
| 117 |
Manual mode is permitted only for test purpose. |
| 118 |
Probe HV default value. With this value the probe will start after power return, before it goes to normal automatic or manual HV-control |
| 119 |
HV Default |
| 120 |
Select whether the probe shall continue with measuring or stop, when an error appears. |
| 121 |
Error Handling |
| 122 |
Continue measurement |
| 123 |
Measuring will not be interrupted in case of error. |
| 124 |
Stop measurement |
| 125 |
In case of error measuring will be stopped. |
| 126 |
ID in error log |
| 127 |
ErrLog ID |
| 128 |
ID of concerning probe |
| 129 |
Probe ID |
| 130 |
Error Code |
| 131 |
Error Code |
| 132 |
0 Fatal Error RAM |
| 133 |
1 Fatal Error ROM |
| 134 |
2 Error EEPROM |
| 135 |
3 Error CPU clock |
| 136 |
4 Error Power Fail |
| 137 |
5 Error No pulse rate |
| 138 |
6 Error Wrong HV |
| 139 |
7 Error HV Overload |
| 140 |
8 Warning Change Multiplier |
| 141 |
9 Warning Temp. out of range |
| 142 |
10 Error Analog Frontend |
| 143 |
11 Error Instable control counts |
| 144 |
12 Error No control counts |
| 145 |
13 Error Watchdog Reset |
| 146 |
14 Error Undefined |
| 147 |
15 Error Simulation Error |
| 148 |
16 Error Battery Low |
| 149 |
17 Error RTCBackup / Battery |
| 150 |
18 Error RTC |
| 151 |
19 Error RS485 Communication |
| 152 |
20 Warning cps < Min |
| 153 |
21 Warning cps > Max |
| 154 |
22 Warning Rad.Interference |
| 155 |
23 Error Current Loop 1 |
| 156 |
24 Error Undefined |
| 157 |
25 Error Undefined |
| 158 |
26 Error Undefined |
| 159 |
27 Error Undefined |
| 160 |
28 Error Undefined |
| 161 |
29 Error CIn1 out of range |
| 162 |
30 Error CIn2 out of range |
| 163 |
31 Error PT100 Temp. wrong |
| 164 |
32 Error Undefined |
| 165 |
33 Error Undefined |
| 166 |
34 Error Undefined |
| 167 |
35 Error Undefined |
| 168 |
36 Error Undefined |
| 169 |
37 Error Undefined |
| 170 |
38 Error Undefined |
| 171 |
39 Error Undefined |
| 172 |
40 Error Undefined |
| 173 |
41 Error Undefined |
| 174 |
42 Error Undefined |
| 175 |
43 Error Undefined |
| 176 |
44 Error Undefined |
| 177 |
45 Error Undefined |
| 178 |
46 Error Undefined |
| 179 |
47 Error Undefined |
| 180 |
Date of error occurence |
| 181 |
ErrDate |
| 182 |
Time of error occurence |
| 183 |
ErrTime |
| 184 |
Special status p.e. for digital output test |
| 185 |
Spec.Status |
| 186 |
3u |
| 187 |
Special mode p.e. for digital output test mode |
| 188 |
Spec.Mode |
| 189 |
Off |
| 190 |
On |
| 191 |
Activate rapid switch over |
| 192 |
Rapid Switch |
| 193 |
No |
| 194 |
Averaging of the reading by use of the time constant. The Average method is compareable to an RC-function. |
| 195 |
Yes |
| 196 |
The Rapid Switch Over makes it possible to follow sudden variation much quicker than the RC-Averaging is doing. In case the measurement reading is part of a control loop, then the Rapid Switch Over should not be activated |
| 197 |
Sigma for rapid switch over |
| 198 |
Sigma |
| 199 |
Shows the the averaged pulse rate |
| 200 |
Cps av. |
| 201 |
Setup the upper limit of the pulse rate. The measurement will be halted when the live pulse rate will be higher than this value. |
| 202 |
Up.Limit |
| 203 |
6.0f |
| 204 |
Setup the lower limit of the pulse rate. The measurement will be halted when the live pulse rate will be less than this value. |
| 205 |
Lo.Limit |
| 206 |
Shows the the actual pulse rate |
| 207 |
Shows active measurement mode |
| 208 |
Meas.Mode |
| 209 |
Density |
| 210 |
MFlow COut1 |
| 211 |
Select the isotope of the used radioactive source. This is important for the correct decay compensation. |
| 212 |
Isotope Selection |
| 213 |
Co60 |
| 214 |
Cs137 |
| 215 |
Temperature Compensation mode ON/OFF |
| 216 |
TC Mode |
| 217 |
Pt100 |
| 218 |
Temperature Measurement is done by Pt100 |
| 219 |
Current In |
| 220 |
Temperature Signal (0/4-20 mA) via Current In 1 |
| 221 |
Water Temperature Compensation ON / OFF |
| 222 |
Water TC |
| 223 |
Temperature Curve off water is used for compensation. |
| 224 |
Temperature Coefficient 1 |
| 225 |
TC1 |
| 226 |
E-3 |
| 227 |
Temperature Coefficient 2 |
| 228 |
TC2 |
| 229 |
E-6 |
| 230 |
Reference Temperature for Temperature Compensation |
| 231 |
Ref.Temp. |
| 232 |
3.1f |
| 233 |
Select Suspension Mode ON / OFF |
| 234 |
Mode Susp. |
| 235 |
Activates Suspension Mode |
| 236 |
Liquid density for suspension mode |
| 237 |
Liquid Density |
| 238 |
Solid Density for Suspension Mode |
| 239 |
Solid Density |
| 240 |
Mass Integrator value |
| 241 |
Mass |
| 242 |
Select Mass unit |
| 243 |
Pulse to Totalizer (x mass/pulse) |
| 244 |
Mass/Int. pulse |
| 245 |
Pulse length for Totalizer pulses |
| 246 |
Pulse length |
| 247 |
ms |
| 248 |
Reset of internal Mass Totalizer |
| 249 |
Mass Int. Reset |
| 250 |
Select the unit of temperature |
| 251 |
Temperature of Product |
| 252 |
PTemp |
| 253 |
Volume Flow effective value |
| 254 |
VFlw |
| 255 |
Unit for Volumetric Flow |
| 256 |
Vol.Flow |
| 257 |
m3/h |
| 258 |
m3/s |
| 259 |
Set up the number of Calibration Points. |
| 260 |
No Cal.Points |
| 261 |
Select the calibration mode |
| 262 |
Cal.Mode |
| 263 |
one-point |
| 264 |
linear |
| 265 |
square |
| 266 |
cubic |
| 267 |
automatic |
| 268 |
Set up the length of the path through the measured product, in the direction from source to probe |
| 269 |
Meas.Path |
| 270 |
mm |
| 271 |
Calibration point number |
| 272 |
Cal.Point |
| 273 |
Calibration Point: temperature compensated value |
| 274 |
TC Value |
| 275 |
Calibration Point: density |
| 276 |
Calibration Point: temperature |
| 277 |
Temp. |
| 278 |
7.1f |
| 279 |
Calibration point: rate |
| 280 |
Rate |
| 281 |
Flag: Activate Calibration Point yes/no |
| 282 |
Flag |
| 283 |
active |
| 284 |
inactive |
| 285 |
Background Pluse Rate |
| 286 |
Background Rate |
| 287 |
Calibration Coefficient A1 |
| 288 |
A1 |
| 289 |
Calibration Coefficient A2 |
| 290 |
A2 |
| 291 |
Calibration Coefficient A3 |
| 292 |
A3 |
| 293 |
Square Error of Calibration |
| 294 |
Sq.Error |
| 295 |
Factor to adjust calibration curve |
| 296 |
Factor |
| 297 |
Offset to adjust calibration curve |
| 298 |
Offset |
| 299 |
Current Input 1 current value |
| 300 |
CIn1 |
| 301 |
Upper Range Value for Current Input 1 |
| 302 |
20 mA |
| 303 |
Lower Range Value for Current Input 1 |
| 304 |
0/4 mA |
| 305 |
Select Range (0-20mA /4-20mA) for Current Input 1 |
| 306 |
Range Selection |
| 307 |
0-20mA |
| 308 |
4-20mA |
| 309 |
Current Input 2 current value |
| 310 |
CIn2 |
| 311 |
Upper Range Value for Current Input 2 |
| 312 |
20mA |
| 313 |
Lower Range Value for Current Input 2 |
| 314 |
0/4 mA |
| 315 |
Select Range (0-20mA /4-20mA) for Current Input 2 |
| 316 |
Calibration units |
| 317 |
Calibration value |
| 318 |
ID Digital Input |
| 319 |
Input |
| 320 |
DigIn1 |
| 321 |
DigIn2 |
| 322 |
State of Digital Input |
| 323 |
DI1 |
| 324 |
open |
| 325 |
closed |
| 326 |
DI2 |
| 327 |
DI3 |
| 328 |
Function of Digital Input |
| 329 |
Function |
| 330 |
enabled |
| 331 |
Function enabled |
| 332 |
disabled |
| 333 |
Function diabled |
| 334 |
Select(ed) relay |
| 335 |
Relay |
| 336 |
DO 2 |
| 337 |
DO 3 |
| 338 |
DO 4 |
| 339 |
State of Digital Out |
| 340 |
DO1 |
| 341 |
DO2 |
| 342 |
DO3 |
| 343 |
DO4 |
| 344 |
Function of digital relay output |
| 345 |
Funct. |
| 346 |
halted |
| 347 |
Measurement is frozen. |
| 348 |
Rad.Interference |
| 349 |
Radiation interference has been detected. |
| 350 |
Probe Temp. |
| 351 |
Probe Temperature > selected value |
| 352 |
Min |
| 353 |
Relay output is deenergized when measured value is below treshold value |
| 354 |
Max |
| 355 |
Relay output is deenergized when measured value is above treshold value |
| 356 |
Massintegrator |
| 357 |
Pulse output for external Totalizer. |
| 358 |
Unused |
| 359 |
Treshold of digital out |
| 360 |
Treshold |
| 361 |
5.1f |
| 362 |
Hysteresis of digital out |
| 363 |
Hyst. |
| 364 |
This option activates the cyclic print out via RS485 |
| 365 |
Printout |
| 366 |
every 1 min |
| 367 |
every 10 min |
| 368 |
every 30 min |
| 369 |
every 1 h |
| 370 |
every 2 h |
| 371 |
every 4 h |
| 372 |
every 8 h |
| 373 |
Mode of interference detection |
| 374 |
Interference Mode |
| 375 |
No Detection |
| 376 |
On |
| 377 |
Set up the trigger sensibility when radiation interference should be recognised. A common value is 5 sigma. As higher the sigma value as lower the sensibility. |
| 378 |
Sigma |
| 379 |
8.2f |
| 380 |
Delay time after radiation interference detection |
| 381 |
Delay Time |
| 382 |
s |
| 383 |
2d |
| 384 |
A value higher than 0 will be used as a test pluse rate. This pulse rate will simulate the pulse rate from the detector, in order to calculate the density/concentration . Important!: For normal operation '0' must be entered to switch off the test mode. |
| 385 |
The value will be used as test temperature. |
| 386 |
The value will be used as test volumetric flow. |
| 387 |
VolFlow |
| 388 |
Set mode for count probe pulses. |
| 389 |
Cps count |
| 390 |
Plateau Off |
| 391 |
Plateau On |
| 392 |
Set timer for read in pluse rate. ('0' = automatic mode.) |
| 393 |
Set Counter |
| 394 |
Start HV |
| 395 |
End HV |
| 396 |
HV Steps |
| 397 |
Preset timer (measuring time per point). |
| 398 |
Plateau point ID |
| 399 |
Plateau ID |
| 400 |
Plateau point HV |
| 401 |
Plateau Pt.HV |
| 402 |
Cps at this plateau point |
| 403 |
Plateau Pt.Rate |
| 404 |
Trim id for trim methods |
| 405 |
Trim ID |
| 406 |
0 |
| 407 |
1 |
| 408 |
Profibus PA Slave address |
| 409 |
Slave address |
| 410 |
Invalid security code! |
| 411 |
Reached last entry! |
| 412 |
Slave addresses are set to zero! |
| 413 |
Invalid address! |
| 414 |
Device is busy! |
| 415 |
Calibration curve not monotonous! |
| 416 |
Read in pulse rate for calibration finished! |
| 417 |
Special warning! |
| 418 |
New calibration recommended! |
| 419 |
Show Cal.Data |
| 420 |
Shows Calibration DataSet |
| 421 |
Calibrate |
| 422 |
Runs Calibration |
| 423 |
Enter Cal.Data |
| 424 |
Enter Calibration DataSet |
| 425 |
Set Background |
| 426 |
The Background count rate must be measured only when the probe is a plastic detctor. The background is the natural radiation only. The background rate has to be measured before the source is installed. |
| 427 |
Show Error Log |
| 428 |
Shows the last occured errors. |
| 429 |
Change password |
| 430 |
This is a availability to set up max. 3 password levels.
The password for the full access level includes the access to configuration and calibration too.
Each password can be different or equal to another password
Password for access Read-Only can't be changed. |
| 431 |
Enter Access Password |
| 432 |
In order to get access to other level, the right password must be entered. |
| 433 |
Factory Settings |
| 434 |
Factory Reset will delete all settings and restore the factory default values. |
| 435 |
Save |
| 436 |
Save the current calibration data in a separate register. E.g. a Basic Calibration. |
| 437 |
Load |
| 438 |
Load a previous stored calibration, and overwrite the current one. |
| 439 |
Hardware Reset |
| 440 |
Hardware Reset will restart the CPU without loosing data. |
| 441 |
Dig Output Test |
| 442 |
Measure Plateau |
| 443 |
Measures Plateau -Be aware that Plateau measurement is only possible when the density is constant during this time. |
| 444 |
Show Plateau |
| 445 |
Shows Detector Plateau |
| 446 |
Reset Totalizer |
| 447 |
Resets the Mass Totalizer |
| 448 |
Change Meas.Mode |
| 449 |
Changes the actual Measurement Mode |
| 450 |
Adjust CIn 1 |
| 451 |
Adjusts CurrentIn 1 - Allows the user to adjust Current Input1 |
| 452 |
Adjust CIn2 |
| 453 |
Adjusts CurrentInput 2 - Allows the user to adjust Current Input 2 |
| 454 |
Adjust Pt 100 |
| 455 |
Runs Pt 100 adjustment |
| 456 |
Updating......... |
| 457 |
Cout2 Test |
| 458 |
Cout2 Test- Allows the user to manually manipulate the Analog Output2 to select constant output value. |
| 459 |
Show Op.Mode |
| 460 |
Show the actual Operation Mode |
| 461 |
LB491 |
| 462 |
BERTHOLD TECHNOLOGIES |
| 463 |
AssemblyNo |
| 464 |
Accesslevel |
| 465 |
TAG |
| 466 |
SV |
| 467 |
Select the SV unit. A common SV unit is 'g/cucm'. |
| 468 |
Error List Part 1 |
| 469 |
Error List Part 2 |
| 470 |
Error List Part 3 |
| 471 |
Error List Part 4 |
| 472 |
Error List Part 5 |
| 473 |
Error List Part 6 |
| 474 |
Error Location Part 1 |
| 475 |
Error in Main Unit |
| 476 |
Error in Aux 1 |
| 477 |
Error in Aux 2 |
| 478 |
Error in Aux 3 |
| 479 |
Error in Aux 4 |
| 480 |
Error in Aux 5 |
| 481 |
Error in Aux 6 |
| 482 |
Error in Aux 7 |
| 483 |
Error Location Part 2 |
| 484 |
Error in Aux 8 |
| 485 |
Error in Aux 9 |
| 486 |
Error in Aux 10 |
| 487 |
Error in Aux 11 |
| 488 |
Error in Aux 12 |
| 489 |
Error in Aux 13 |
| 490 |
Error in Aux 14 |
| 491 |
Error in Aux 15 |
| 492 |
UNIPROBE |
| 493 |
Live Display |
| 494 |
Probe Raw Data |
| 495 |
View Parameters |
| 496 |
Process variables |
| 497 |
Status / ErrorLog |
| 498 |
Review |
| 499 |
Read only |
| 500 |
Access to Setup |
| 501 |
Parameter Setup |
| 502 |
General Data |
| 503 |
System Parameter |
| 504 |
Units Selection |
| 505 |
Measure Parameter |
| 506 |
Damping Data |
| 507 |
Pulse Rate Limits |
| 508 |
Temp.Compensation |
| 509 |
Suspension Meas. |
| 510 |
MassFlow Data |
| 511 |
Calibration/IO |
| 512 |
Calibration |
| 513 |
Cal.Data |
| 514 |
Save&Load Curve |
| 515 |
Adjust Curve |
| 516 |
Show Cal.Coeff. |
| 517 |
Current I/O |
| 518 |
Input/Output |
| 519 |
COut1(PV) |
| 520 |
COut2(MFlow) |
| 521 |
CIn1(Temp) |
| 522 |
CIn2(VolFlow) |
| 523 |
Dig.Out Config. |
| 524 |
Digital Inputs |
| 525 |
Service |
| 526 |
Test Calculation |
| 527 |
I/O Test |
| 528 |
Status Dig.Input |
| 529 |
Current I/O Test |
| 530 |
Analog Output 1 |
| 531 |
Analog Output 2 |
| 532 |
Analog Input 1 |
| 533 |
Analog Input 2 |
| 534 |
Probe Settings |
| 535 |
HV Settings |
| 536 |
Plateau |
| 537 |
HART Interface |
| 538 |
Profibus Setting |
| 539 |
FMU860 |
| 540 |
DT |
| 541 |
DVC |
| 542 |
FCX |
| 543 |
AS800 |
| 544 |
340T |
| 545 |
340C |
| 546 |
344 |
| 547 |
Siemens Micro K |
| 548 |
SITRANS L |
| 549 |
SIPAN PH |
| 550 |
SITRANS P |
| 551 |
75SMT |
| 552 |
UNIDELTA |
| 553 |
8320 |
| 554 |
SX5100 |
| 555 |
TSV175 |
| 556 |
DMU |
| 557 |
3780 |
| 558 |
BM70 |
| 559 |
Background:
Rate %{9} cps |
| 560 |
Calibration Mode:
%{10} |
| 561 |
Absorption Distance:
%{15} mm |
| 562 |
Coefficients:
A1 %{12}
A2 %{13}
A3 %{14} |
| 563 |
Calibration Point: %{6}
Value %{8} %{11}
Val.TC %{7} %{11}
Rate %{0} cps
Temp %{4} %{5} |
| 564 |
Calibrate....... |
| 565 |
Calibrate.................... |
| 566 |
Calibrate........................... |
| 567 |
Calibration finished |
| 568 |
Enter Calibration Mode: |
| 569 |
Enter Coefficient A1: |
| 570 |
Enter measuring path: |
| 571 |
Cal.Point %{6}
Value %{7} %{8}
Rate %{0} cps
Temp %{4} %{5} |
| 572 |
Send & Next;Cal.Pt.Value;Cal.Pt Rate;Cal.Pt.Temp;Done |
| 573 |
Enter Cal. Point Value (%{8}): |
| 574 |
Pulse Rate/Temp. |
| 575 |
Enter;Read |
| 576 |
Enter Cal. Point Rate (cps): |
| 577 |
Enter average counter
(Enter '0' for Auto) |
| 578 |
Act.cps av = %{1} cps
Act temp = %{3} %{5}
counter = %{2} |
| 579 |
Set Pulse Rate to %{1} cps and Temp. to %{3} %{5}? |
| 580 |
Yes;No |
| 581 |
Enter Cal. Point Temp (%{5}): |
| 582 |
Pulse Rate |
| 583 |
Enter Background rate: |
| 584 |
Act cps av = %{1}
counter = %{2} |
| 585 |
Set Pulse Rate to %{1} cps? |
| 586 |
Background rate is set to
%{0} |
| 587 |
Error Num: %{0}
Probe ID: %{1}
Err.Code: %{2}
Err.Date: %{3}
Err.Time: %{4} |
| 588 |
Please enter password level to change: |
| 589 |
Please enter old password: |
| 590 |
Please enter new password: |
| 591 |
Change succeeded |
| 592 |
Change failed |
| 593 |
Please enter password: |
| 594 |
Attention:
Factory Settings are not restored! |
| 595 |
WARNING: All user defined configurations will be lost!!! |
| 596 |
Restore Factory Settings? |
| 597 |
Restoring may take 20 seconds. |
| 598 |
Restoring Factory Settings.... |
| 599 |
Restoring Factory Settings.......... |
| 600 |
Restoring Factory Settings................. |
| 601 |
Restoring Factory Settings........................ |
| 602 |
Restoring Factory Settings.............................. |
| 603 |
Factory Settings are restored! |
| 604 |
Are you sure? |
| 605 |
No;Yes |
| 606 |
Saving calibration curve as basic calibration......... |
| 607 |
Calibration data are saved as basic calibration! |
| 608 |
Attention:
calibration curve not saved as basic calibration! |
| 609 |
Loading basic curve......... |
| 610 |
Basic calibration is loaded! |
| 611 |
Attention:
Basic calibration not loaded! |
| 612 |
Attention:
Hardware Reset aborted! |
| 613 |
Perform Hardware Reset? |
| 614 |
Resetting......... |
| 615 |
Resetting............... |
| 616 |
Hardware Reset done! |
| 617 |
Dig Output Test: |
| 618 |
DO 1;DO 2;DO 3;DO 4 |
| 619 |
DO1 %{0} |
| 620 |
DO2 %{1} |
| 621 |
DO3 %{2} |
| 622 |
DO4 %{3} |
| 623 |
Edit plateau measurement configuration? |
| 624 |
Please enter Start HV: |
| 625 |
Please enter End HV: |
| 626 |
Please enter HV step size: |
| 627 |
Please preset timer: |
| 628 |
Start plateau measurement now? |
| 629 |
Act HV = %{5}
Act cps = %{6}
Timer = %{4} |
| 630 |
Plateau measurement done |
| 631 |
Plateau measurement aborted |
| 632 |
Plateau Point:
Plateau Pt. %{0}
HV %{1} V
Rate %{2} cps |
| 633 |
WARNING: Mass integrator will be reset to zero!!! |
| 634 |
Reset Mass internal Totalizer? |
| 635 |
Mass Totalizer reset done! |
| 636 |
Attention:
Mass Totalizer reset aborted! |
| 637 |
WARNING!
Changes Measurement
Mode and Current
Output. Continue? |
| 638 |
Select Measurement Mode: |
| 639 |
Measuring mode changed to %{0}! |
| 640 |
Attention:
Measuring Mode not changed! |
| 641 |
WARNING:
Loop should be removed from automatic control! |
| 642 |
Connect current generator to Current Input 1 |
| 643 |
Please set current generator to 4 mA |
| 644 |
Generator at Current Input 1 set to 4 mA ? |
| 645 |
Wait......... |
| 646 |
4 mA adjusted |
| 647 |
Please set current generator to 20 mA |
| 648 |
Generator at Current Input 1 set to 20 mA ? |
| 649 |
20 mA adjusted |
| 650 |
Return current generator to original input! |
| 651 |
NOTE:
Loop may be returned to automatic control! |
| 652 |
Connect current generator to Current Input 2 |
| 653 |
Generator at Current Input 2 set to 4 mA? |
| 654 |
Generator at Current Input 2 set to 20 mA? |
| 655 |
Connect 100 Ohm resistor to Pt 100 terminals! |
| 656 |
100 Ohm resistor connected? |
| 657 |
100 Ohm adjusted |
| 658 |
Connect 138.5 Ohm resistor to Pt 100 terminals! |
| 659 |
138.5 Ohm resistor connected? |
| 660 |
138.5 Ohm adjusted |
| 661 |
Return Pt 100 terminals to original connection! |
| 662 |
Leaving fixed mode... |
| 663 |
Operating Mode:
%{0} |