| Serial Nº Interface module: | Date: |
MENU | Parameter | Description | Adjusted Value | Unit |
ALRM | H2H | High H2 alarm | ppm | |
| H2VH | Very high H2 alarm | ppm | ||
| H2OH | High water content alarm | ppm | ||
| H2OV | Very high water content alarm | ppm | ||
| W20H | High water content at 20 °C alarm | ppm | ||
| W20V | Very high water content at 20 °C alarm | ppm | ||
| RSH | High relative saturation alarm | % | ||
| RSVH | Very high relative saturation alarm | % | ||
| H2T | High H2 trend alarm | dias | ||
| H2OT | High water trend alarm | dias | ||
| W20T | Water trend at 20 °C alarm | dias | ||
| ALMH | Alarm hysteresis value | % |
CONF | BDR | Serial communication Baud-rate | Kbps | |
PRT | Communication protocol | |||
END | Address in RS-485 (to Modbus® protocol) | |||
END1 | Address 1st part in RS485 (to DNP3 protocol) | |||
END2 | Address 2st part in RS485 (to DNP3 protocol) | |||
DLTX | Data trasmition delay | ms | ||
DLRX | Data reciver delay | ms |
OIL | A1 | Constant A of water solubility, uniti and decimal | ||
A2 | Constant A of water solubility, hundredths | |||
B | Constant B of water solubility | |||
TREF | Reference Temperature | °C | ||
RSCL | Relative saturation calibration | % | ||
RSEP | Relative saturation limit aplication value | % | ||
RSNP | Relative saturation nominal point equals to the calibration | % | ||
TTCW | Water trend time constant | h | ||
FH2O | Filter rate of relative water and oil temperature |
H2 | H2CL | H2 calibration | ppm | |
TTCH | H2 trend time constant | |||
FLH2 | Filter rate of relative H2 | |||
LERN | Starts the H2 learning |
ADVC | CONF | DISP | Display mode | |||||||
| NPWD | New password | |||||||||
LOG | TIME | LOG Recording time interval | min | |||||||
| VARI | Variation in the measurements for recording purposes | % | ||||||||
| RST | LOG Reset | |||||||||
| RL1 | RL2 | RL3 | RL4 | |||||||
RLAY | RL | MODE | Logic of the relay Normal/Inverted (NC/NO) | |||||||
| H2 | Define H2 alarms that activate the relay | |||||||||
| H2O | Define H2O alarms that activate the relay | |||||||||
| TRND | It associates the relay to trend alarms | |||||||||
| DIAG | It associates the relay to self-diagnostic alarms | |||||||||
RDET | H2H | Triggers the relay by high H2 alarm | ||||||||
| H2VH | Triggers the relay by very high H2 alarm | |||||||||
| H2OH | Triggers the relay by high H2O alarm | |||||||||
| H2OV | Triggers the relay by very high H2O alarm | |||||||||
| W2OH | Triggers the relay by high H2O at 20 °C alarm | |||||||||
| W20V | Triggers the relay by very high H2O at 20 °C alarm | |||||||||
| RSH | Triggers the relay by high relative saturation | |||||||||
| RSVH | Triggers the relay by very high relative saturation | |||||||||
| H2TH | Triggers the relay by amount of days until reach a high H2 level | |||||||||
| H2TV | Triggers the relay by amount of days until reach a very high H2 level | |||||||||
| WTH | Triggers the relay by amount of days until reach a high H2O level | |||||||||
| WTV | Triggers the relay by amount of days until reach a very high H2O level | |||||||||
| 20TH | Triggers the relay by amount of days until reach a high H2O level at 20 °C | |||||||||
| 20TV | Triggers the relay by amount of days until reach a very high H2O level at 20 °C | |||||||||
ANOU | AOR | Range of analog outputs | mA | |||||||
| AV1 | Variable of analog output 1 | |||||||||
| BOS1 | Beginning of the scale of analog output 1 | |||||||||
| EOS1 | End of the scale of analog output 1 | |||||||||
| AV2 | Variable of analog output 2 | |||||||||
| BOS2 | Beginning of the scale of analog output 2 | |||||||||
| EOS2 | End of the scale of analog output 2 | |||||||||
ANOT | ANO1 | Tests the analog output 1 | ||||||||
ANO2 | Tests the analog output 2 | |||||||||
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