38477BA2B
3 – 314
25.5.09
Menu Structure
Volume 3
2.16
G
ENERAL
D
ATA
1 DATE
Read or update the date. The current date is written as follows:
MM / DD / YYYY.
The correct date is important for the automatic decay compensa-
tion of the isotope. A battery keeps the clock running even when
power supply is off.
If the Uni-Probe has not been supplied with power for a longer
period of time (several weeks), then the capacitor may be empty. If
the power supply is turned on again, then the clock starts with the
last saved date. Thus, the error due to the missing decay compen-
sation is minor to negligible. In this case, the date has to be
updated.
2 T
IME
View and set the time. The current time is written as follows:
HH:MM:SS.
Differences in time have virtually no effect on the correction of the
decrease in activity. Verification of the time can help to check the
equipment functions. A battery keeps the clock running when
power is off.
3 D
ESCRIPTOR
The
DESCRIPTOR
identifies the measurement device. It may be
used as needed. The default value is LB 490. A maximum of 16
characters can be entered.
4 M
ESSAGE
The term
Message
can be used as needed. The default value is
UNI-PROBE. A maximum of 32 characters can be entered.
5 T
AG
The term
Tag
(measurement system) may be used as needed. The
default value is LEVEL. A maximum of 8 characters can be entered.
6 S
ENSOR
N
O
(starting with software revision 12)
Standard input is the Device ID.
7 A
SSEMBLY
N
O
(starting with software revision 12)
8 D
ISTRIBUTOR
BERTHOLD TECHNOLOGIES is entered as
Distributor
. This term is
fixed and cannot be changed by the operator.
Summary of Contents for Uni-Probe LB 490
Page 2: ......
Page 17: ...1 g l Time 0 00 10 30 11 00 11 3012 00 12 30 Volume 1 Safety Manuals...
Page 18: ...38477BA2B 1 18 25 5 09 Volume 1...
Page 22: ...38477BA2B 1 22 25 5 09 1 About this User s Manual Volume1...
Page 28: ...38477BA2B 1 28 25 5 09 4 Transport and Assembly Volume1...
Page 44: ...38477BA2B 1 44 25 5 09 6 Radiation Protection Volume1...
Page 56: ...38477BA2B 1 56 25 5 09 7 Source Replacement Volume1...
Page 82: ...38477BA2B 1 82 25 5 09 9 Functional Safety Volume1...
Page 90: ...38477BA2B 1 90 25 5 09 11 Certificates Volume1...
Page 91: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 1 91 Volume 1 11 Certificates 1...
Page 92: ...38477BA2B 1 92 25 5 09 11 Certificates Volume1...
Page 93: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 1 93 Volume 1 11 Certificates 1...
Page 94: ...38477BA2B 1 94 25 5 09 11 Certificates Volume1...
Page 95: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 1 95 Volume 1 11 Certificates 1...
Page 96: ...38477BA2B 1 96 25 5 09 11 Certificates Volume1...
Page 97: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 1 97 Volume 1 11 Certificates 1...
Page 98: ...38477BA2B 1 98 25 5 09 11 Certificates Volume1...
Page 99: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 1 99 Volume 1 11 Certificates 1...
Page 100: ...38477BA2B 1 100 25 5 09 11 Certificates Volume1...
Page 101: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 1 101 Volume 1 11 Certificates 1...
Page 102: ...38477BA2B 1 102 25 5 09 11 Certificates Volume1...
Page 103: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 1 103 Volume 1 11 Certificates 1...
Page 104: ...38477BA2B 1 104 25 5 09 11 Certificates Volume1...
Page 105: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 1 105 Volume 1 11 Certificates 1...
Page 106: ...38477BA2B 1 106 25 5 09 11 Certificates Volume1...
Page 107: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 1 107 Volume 1 11 Certificates 1...
Page 108: ...38477BA2B 1 108 25 5 09 11 Certificates Volume1 11 2 FM Certificate...
Page 109: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 1 109 Volume 1 11 Certificates 1...
Page 112: ...38477BA2B 1 112 25 5 09 11 Certificates Volume1 11 4 EG Declaration of Conformity...
Page 115: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 1 115 Volume 1 1 Notes...
Page 117: ...1 g l Time 0 00 10 30 11 00 11 3012 00 12 30 Volume 2 Uni Probe Installation...
Page 118: ...38477BA2B 2 118 25 5 09 Volume 2...
Page 138: ...38477BA2B 2 138 25 5 09 1 System Description Volume2...
Page 254: ...38477BA2B 2 254 25 5 09 6 Technical Drawings Volume2 6 2 Rod Detector...
Page 286: ...38477BA2B 2 286 25 5 09 6 Technical Drawings Volume2 6 10 Shielding for Rod Source on Dip Tube...
Page 288: ...38477BA2B 2 288 25 5 09 6 Technical Drawings Volume2...
Page 292: ...38477BA2B 2 292 25 5 09 7 Cooling Water Curves Volume2...
Page 293: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 2 293 Volume 2 2 Notes...
Page 295: ...1 g l Time 0 00 10 30 11 00 11 3012 00 12 30 Volume 3 HART Communicator User Interface...
Page 296: ...38477BA2B 3 296 25 5 09 Volume 3...
Page 340: ...38477BA2B 3 340 25 5 09 3 Getting Started via the HART Communicator Volume3...
Page 403: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 3 403 Volume 3 3 Notes...
Page 405: ...1 g l Time 0 00 10 30 11 00 11 3012 00 12 30 Volume 4 PACTware User Interface FDT DTM...
Page 406: ...38477BA2B 4 406 25 5 09 Volume 4...
Page 408: ...38477BA2B 4 408 25 5 09 1 PC Connection to the Uni Probe Volume4...
Page 416: ...38477BA2B 4 416 25 5 09 2 Installing and Working with DTM Volume4...
Page 417: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 4 417 Volume 4 4 Notes...
Page 419: ...1 g l Time 0 00 10 30 11 00 11 3012 00 12 30 Volume 5 SIMATIC PDM User Interface HART...
Page 422: ...38477BA2B 5 422 25 5 09 1 Hardware Configuration Volume5...
Page 490: ...38477BA2B 5 490 25 5 09 4 Menu Overview Volume5...
Page 512: ...38477BA2B 5 512 25 5 09 5 Calibration with SIMATIC PDM Volume5...
Page 526: ...38477BA2B 5 526 25 5 09 7 Working with SIMATIC PDM Volume5...
Page 542: ...38477BA2B 5 542 25 5 09 8 Explanations Volume5...
Page 550: ...38477BA2B 5 550 25 5 09 9 Error Handling Volume5...
Page 551: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 5 551 Volume 5 5 Notes...
Page 553: ...1 g l Time 0 00 10 30 11 00 11 3012 00 12 30 Volume 6 SIMATIC PDM User Interface Profibus PA...
Page 600: ...38477BA2B 6 600 25 5 09 3 Device specific Menus Volume6...
Page 624: ...38477BA2B 6 624 25 5 09 4 Calibration with SIMATIC PDM Volume6...
Page 648: ...38477BA2B 6 648 25 5 09 6 Explanations Volume6...
Page 654: ...38477BA2B 6 654 25 5 09 7 Error Handling Volume6...
Page 655: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 6 655 Volume 6 6 Notes...
Page 657: ...1 g l Time 0 00 10 30 11 00 11 3012 00 12 30 Volume 7 FOUNDATION Fieldbus User Interface...
Page 664: ...38477BA2B 7 664 25 5 09 2 Installation Program Start Volume7...
Page 672: ...38477BA2B 7 672 25 5 09 3 Parameter Overview Volume7...
Page 688: ...38477BA2B 7 688 25 5 09 4 Calibration with FOUNDATION Fieldbus Volume7...
Page 700: ...38477BA2B 7 700 25 5 09 5 Functional Processes Volume7...
Page 720: ...38477BA2B 7 720 25 5 09 7 Error Handling Volume7...
Page 721: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 7 721 Volume 7 7 Notes...
Page 728: ...Index Volume 1 7 38477BA2B I 728 25 5 09...
Page 729: ...Uni Probe LB 490 BERTHOLD TECHNOLOGIES GmbH Co KG 729 Volume 1 7 Notes...