How to use JVM4 - IS-M: Distribution

SAP Transaction Code - Details

• Transaction Code: JVM4

  Description: IS-M: Distribution

  Release: ECC 6 only

• • Program: MENUJVM4

    Screen: 1000

    Authorization Object:

  • Development Package:

    Package Description:

    Parent Package:

  • Module/Component:

    Description:

Smart SAP Assistant

• SAP Tcode: JVM4 - IS-M: Distribution

   Model
  
  Overview:
  The SAP transaction code JVM4 is used to access the IS-M Distribution Model. This model is used to manage the distribution of materials and services within a company. It allows users to create and maintain distribution models, which are used to define the rules for how materials and services are distributed within a company. 
  
  Functionality: 
  The IS-M Distribution Model provides users with a comprehensive view of the distribution process. It allows users to define the rules for how materials and services are distributed within a company. The model also provides users with the ability to monitor and analyze the performance of the distribution process. Additionally, it allows users to create and maintain distribution models, which can be used to optimize the distribution process. 
  
  Step-by-step How to Use: 
  1. Access the SAP transaction code JVM4. 
  2. Select the “Create” option from the menu bar. 
  3. Enter the necessary information for creating a new distribution model. 
  4. Select “Save” to save your changes. 
  5. Select “Activate” to activate your new distribution model. 
  6. Select “Display” to view your new distribution model. 
  7. Select “Change” to make changes to your existing distribution model. 
  8. Select “Delete” to delete an existing distribution model. 
  
  Other Recommendations: 
  It is recommended that users familiarize themselves with the IS-M Distribution Model before using it in order to ensure that they are able to use it effectively and efficiently. Additionally, users should ensure that they have all of the necessary information before creating or modifying a distribution model in order to avoid any errors or delays in the process.