11
Function Description
160
Gas compressibility factor - mean value
yes
yes
yes
Minimum/maximum conversion, gas
compressibility factor
yes
yes
yes
2)
Binary quantities
Binary input - state
yes
yes
Binary output - state
yes
yes
Setpoints - state
yes
yes
Device and transducer communication errors -
state
yes
yes
Binary internal
yes
yes
Other quantities
Counter/ timer - absolute
yes
Device status
yes
yes
yes
Notes:
1) The day or hour is stored together with the value (or in combination, where suitable)
2) The date and time of reaching the minimum/maximum is stored together with the value
Table 30 Quantities archiving options
11.3.1 Monthly Archive
The values are recorded in the archive once a month at the set "gas" hour (usually 6:00 am). The
record time is stored in the archive along with the values. When the archive is filled, the new data
starts to overwrite the oldest. There is an option to store statistical values for gas consumption
and analogue quantities (see Table 30).
Therefore, a record dated 01.06. means statistical values of quantities in the interval 1.05. 6:00 to
1.06. 6:00.
11.3.2 Daily Archive
The features are similar to the monthly archive (for the list of options see Table 30). Also in this
archive, the statistical values of gas consumption and analogue quantities can be stored. The
values are recorded in the archive once a day at the scheduled "gas" hour (usually 6:00 am).
Therefore, a record dated 13.06. means statistical values of quantities in the interval 1.05. 6:00 to
1.06. 6:00.
11.3.3 Data Archive
Archiving period: adjustable from 1s to 1h
In this archive, the quantities are stored in the defined period, which can be set by the user. The
default value is 1 h. For status variables, the occurrence of the active state in the archive period is
stored in the archive. For binary inputs, the active status can be set according to the actual
parameter setting. Log1 is the active status for setpoints and errors.
Содержание DATCOM
Страница 38: ...3 Technical Parameters 36 ...
Страница 45: ...5 Installation and Commissioning 43 5 1 2 ELCORplus corrector Fig 2 ELCORplus device dimensions ...
Страница 50: ...5 Installation and Commissioning 48 Fig 7 Examples of data plates ...
Страница 83: ...5 Installation and Commissioning 81 Fig 37 Communication via RS232 RS485 using B RS module ...
Страница 115: ...7 Technical Description of the Device 113 Fig 57 Functional diagram of ELCOR ...
Страница 116: ...7 Technical Description of the Device 114 Fig 58 Functional diagram of ELCORplus ...
Страница 122: ...7 Technical Description of the Device 120 Fig 61 Modem replacement ...
Страница 139: ...7 Technical Description of the Device 137 Fig 65 Volume and energy calculations calculation scheme ...
Страница 159: ...10 Communication with the Device 157 packet ...
Страница 174: ...12 Accessories 172 Fig 78 ELCORplus example of use of external modules ...
Страница 175: ...12 Accessories 173 Fig 79 ELCOR example of use of external modules Fig 80 ELCOR example of use of external modules ...
Страница 211: ...Appendix 2 ELCORplus version for Zone 2 209 Fig 86 Block diagram ELCORplus for zone 2 with ext 230V power supply ...
Страница 213: ...Appendix 3 Compass Data Export 211 Preview of generated document ...
Страница 215: ...Appendix 3 Compass Data Export 213 3 Export to XLS 4 Export to TXT DOC ...
Страница 216: ...Appendix 3 Compass Data Export 214 ...
Страница 217: ...Appendix 3 Compass Data Export 215 5 Export of graph ...