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4.7.9. OF.SCL - Scale offset correction
Acronym Scrolling message Submenu Attributes
OF.SCL INPUT OFFSET I.MAIN R W
The parameter shows and sets the offset applied to the value read in input to make it correspond to the expected value
for a certain temperature. It corrects any constant read error of the sensor.
This offset is applied linearly to all reads; therefore it cannot be used to correct any sensor linearity errors.
Unit of measurement: The one set with the Unit parameter
Options: -999...999
4.7.10. LO.SP - Lower limit for setpoint
Acronym Scrolling message Submenu Attributes
LO.SP LOW LIMIT FOR SETPOINT I.MAIN R W
The parameter shows and sets the lower limit for defining the setpoint, i.e., the minimum value for setting a setpoint.
Unit of measurement: The one set with the Unit parameter
Options: LO.SCL...HI.SCL
4.7.11. HI.SP - Upper limit for setpoint
Acronym Scrolling message Submenu Attributes
HI.SP HIGH LIMIT FOR SETPOINT I.MAIN R W
The parameter shows and sets the upper limit for defining the setpoint, i.e., the maximum value for setting a setpoint.
The lower value of HI.SP is limited by the value of LO.SP.
Unit of measurement: The one set with the Unit parameter
Options: LO.SP...HI.SCL
4.7.12. LO.AL - Lower limit for alarms
Acronym Scrolling message Submenu Attributes
LO.AL LOW LIMIT FOR ABSOLUTE ALARMS I.MAIN R W
The parameter shows and sets the lower limit for defining alarms, i.e., the minimum value for setting an alarm.
Unit of measurement: The one used for the alarm limit.
Options: -1999...9999
4.7.13. HI.AL - Upper limit for alarms
Acronym Scrolling message Submenu Attributes
HI.AL HIGH LIMIT FOR ABSOLUTE ALARMS I.MAIN R W
The parameter shows and sets the upper limit for defining alarms, i.e., the maximum value for setting an alarm.
Unit of measurement: The one used for the alarm limit.
Options: -1999...9999
4. CONFIGURATION
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