How To Fix AH699 - Gas proc. &1 vol. corr. factor proc. &2: actual gas law dev.fact. is zero

AH699 - Overview

• Message type: E = Error

• Message class: AH - IS-U billing (master data)

• Message number: 699

• Message text: Gas proc. &1 vol. corr. factor proc. &2: actual gas law dev.fact. is zero

What causes this issue?

You have selected the specified <DS:DE.E_ZUZVER>volume correction
factor procedure</> as the <DS:DE.THGVER>gas procedure</>. In this
procedure the <DS:GLOS.gas_law_deviation_factor>gas law deviation
factor</> is determined per device. In addition, the gas law deviation
factor is <DS:DE.KORRKZAHL>corrected</> using the Wobbe factor.
However, in order to obtain the Wobbe factor, a value other than zero
must be specified for the actual gas law deviation factor.

System Response

Processing is terminated.

How to fix this error?

Maintain the actual gas law deviation factor.

Error message extract from SAP system. Copyright SAP SE.

Smart SAP Assistant

• What is the cause and solution for SAP error message AH699 - Gas proc. &1 vol. corr. factor proc. &2: actual gas law dev.fact. is zero ?

  The SAP error message AH699 typically relates to issues in gas processing, specifically concerning the volume correction factor and the actual gas law deviation factor. Here’s a breakdown of the cause, potential solutions, and related information for this error:
  
  Cause:
  
  Zero Deviation Factor: The error indicates that the actual gas law deviation factor is zero. This can occur if the gas composition or the conditions under which the gas is being processed are not correctly defined or if there is a lack of data for the calculation.
  Missing or Incorrect Data: The error may arise from missing or incorrect input data related to gas properties, such as temperature, pressure, or gas composition.
  
  Configuration Issues: There may be configuration issues in the SAP system related to gas processing parameters or settings.
  
  
  Solution:
  
  Check Input Data: Verify that all necessary input data for the gas processing is correctly entered. This includes checking the gas composition, temperature, pressure, and