How to use OM0P - Define Extraction Mode

SAP Transaction Code - Details

• Transaction Code: OM0P

  Description: Define Extraction Mode

  Release: S/4HANA and ECC 6

• • Program:

    Screen: 0

    Authorization Object:

  • Development Package: MD0C

    Package Description: Customizing R/3 Material Requirements Planning

    Parent Package: APPL

  • Module/Component: PP-MRP-BD

    Description: Master Data

Smart SAP Assistant

• SAP Tcode: OM0P - Define Extraction Mode

  
  Overview:
  The SAP transaction code OM0P is used to define the extraction mode for the data extraction process. This transaction code is used to set up the parameters for the extraction process, such as the type of data to be extracted, the frequency of extraction, and the target system. 
  
  Functionality: 
  The OM0P transaction code allows users to define the extraction mode for data extraction. This includes setting up parameters such as the type of data to be extracted, the frequency of extraction, and the target system. The OM0P transaction code also allows users to define the selection criteria for extracting data from a source system. 
  
  Step-by-step How to Use: 
  1. Enter transaction code OM0P in the command field. 
  2. Select “Define Extraction Mode” from the menu. 
  3. Enter a name for the extraction mode and select “Create”. 
  4. Select the type of data to be extracted and enter a description for it. 
  5. Select a frequency for extracting data and enter a description for it. 
  6. Select a target system and enter a description for it. 
  7. Select “Save” to save your changes. 
  8. Select “Activate” to activate your changes and start the extraction process. 
  
  Other Recommendations: 
  It is recommended that users test their extraction mode before activating it in order to ensure that all parameters are set correctly and that all data is being extracted correctly from the source system. Additionally, users should regularly review their extraction modes in order to ensure that they are up-to-date with any changes in their source systems or target systems.