How To Fix O3290 - AGA8:Warning code 25: natural gas relative density within warning range

O3290 - Overview

• Message type: E = Error

• Message class: O3 - IS-Oil: HPM messages (goods movements, QCI, deliveries)

• Message number: 290

• Message text: AGA8:Warning code 25: natural gas relative density within warning range

What causes this issue?

The test relative density is within the warning range of the AGA
c-code. The compression factor will be calculated.
The warning range is defined as follows, according to the AGA c-code
documentation:
rel.density > 0.8
or
rel. density < 0.55

System Response

The QCI (Quantity Conversion Interface) continues processing after you
confirm this message.

How to fix this error?

The system issues an error message and will not allow you to continue with this transaction until the error is resolved.

Procedure for System Administrators

Error message extract from SAP system. Copyright SAP SE.

Smart SAP Assistant

• What is the cause and solution for SAP error message O3290 - AGA8:Warning code 25: natural gas relative density within warning range ?

  The SAP error message O3290 AGA8: Warning code 25 indicates that the relative density of natural gas is within a warning range, which may not necessarily indicate a critical error but rather a condition that requires attention. Here’s a breakdown of the cause, potential solutions, and related information:
  
  Cause:
  
  Relative Density Measurement: The relative density of natural gas is a critical parameter in gas measurement and calculations. A warning code indicates that the measured relative density is within a range that may not be optimal or expected.
  Data Input Issues: The warning could arise from incorrect or imprecise data input regarding the gas composition or conditions.
  Gas Composition Variability: Natural gas can vary in composition, and changes in the composition can lead to variations in relative density.
  Calibration Issues: Instruments used to measure the relative density may need calibration or maintenance.
  
  
  Solution:
  
  Review Input Data: Check the input data for the relative density and ensure that it