How To Fix O3286 - AGA8:Warning code 22: Flowing (material) pressure is within warning range

O3286 - Overview

• Message type: E = Error

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

• Message number: 286

• Message text: AGA8:Warning code 22: Flowing (material) pressure is within warning range

What causes this issue?

The flowing pressure is within the warning range for the AGA c-code.
The compression factor will be calculated.
The warning range is, according to the AGA c-code documentation:
P / PSIA > 1200 ,
or approx.
P / MPa > 8.274 .

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

System Response

The QCI (Quantity Conversion Interface) continues with processing if
you confirm the message.

How to fix this error?

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 O3286 - AGA8:Warning code 22: Flowing (material) pressure is within warning range ?

  The SAP error message O3286 AGA8: Warning code 22: "Flowing (material) pressure is within warning range" typically relates to the pressure conditions in a process or material flow scenario, often in the context of process industries such as oil and gas, chemicals, or manufacturing.
  
  Cause:
  
  Pressure Monitoring: The warning indicates that the pressure of a flowing material is within a predefined warning range. This means that while the pressure is not at a critical level, it is approaching a threshold that may require attention.
  Configuration Settings: The warning may be triggered due to specific configuration settings in the SAP system that define acceptable pressure ranges for materials.
  Process Variability: Variations in the process, such as changes in temperature, flow rate, or material properties, can lead to fluctuations in pressure, causing the warning to be triggered.
  
  
  Solution:
  
  Monitor Pressure Levels: Check the actual pressure readings against the defined warning thresholds. If the pressure is consistently near the