How to use S_KK4_96000401 - IMG ADT

SAP Transaction Code - Details

• Transaction Code: S_KK4_96000401

  Description: IMG ADT

  Release: ECC 6 only

• • Program: SAPLS_CUS_IMG_ACTIVITY

    Screen: 200

    Authorization Object:

  • Development Package:

    Package Description:

    Parent Package:

  • Module/Component:

    Description:

Smart SAP Assistant

• SAP Tcode: S_KK4_96000401 - IMG ADT

  
  Overview:
  S_KK4_96000401 is an SAP transaction code used to access the IMG Activity (IMG ADT) in the SAP system. It is used to maintain and configure the system settings and parameters for the SAP system. 
  
  Functionality:
  The IMG Activity (IMG ADT) is a tool used to maintain and configure the system settings and parameters for the SAP system. It allows users to create, modify, and delete objects in the system, as well as to assign roles and authorizations to users. It also provides a graphical interface for creating and managing customizing objects. 
  
  Step-by-step How to Use: 
  1. Enter transaction code S_KK4_96000401 in the command field of the SAP Easy Access screen. 
  2. The IMG Activity (IMG ADT) screen will appear. 
  3. Select the object type you want to create, modify, or delete from the list of available objects. 
  4. Enter the required information for the object you are creating or modifying. 
  5. Click “Save” to save your changes or “Cancel” to discard them. 
  6. To assign roles and authorizations, select “Roles” from the menu bar and enter the required information for each role you are assigning. 
  7. Click “Save” to save your changes or “Cancel” to discard them. 
  8. To exit the IMG Activity (IMG ADT), click “Exit” from the menu bar. 
  
  Other Recommendations: 
  It is recommended that users familiarize themselves with all of the available objects in the IMG Activity (IMG ADT) before attempting to create, modify, or delete any of them. Additionally, users should be aware of any potential risks associated with making changes in this area of the system, as incorrect changes can have serious consequences on system performance and stability.