How to use OKIR - Movement variants simulation costing

SAP Transaction Code - Details

• Transaction Code: OKIR

  Description: Movement variants simulation costing

  Release: S/4HANA and ECC 6

• • Program:

    Screen: 0

    Authorization Object:

  • Development Package: ISAUTO_CK

    Package Description: Automotive Enhancements to PP Product Costing

    Parent Package: DIMP

  • Module/Component: CO-PC-PCP

    Description: Product Cost Planning

Smart SAP Assistant

• SAP Tcode: OKIR - Movement variants simulation costing

  
  Overview:
  OKIR is an SAP transaction code used to simulate the costing of movement variants. Movement variants are used to define the movements of materials within a warehouse. This transaction code allows users to simulate the costing of these movements and view the results in a graphical format. 
  
  Functionality: 
  OKIR allows users to simulate the costing of movement variants and view the results in a graphical format. The simulation can be used to determine the cost of a particular movement variant, as well as compare different variants and their associated costs. The simulation also provides information on the cost components of each variant, such as labor costs, material costs, and overhead costs. 
  
  Step-by-step How to Use: 
  1. Enter OKIR into the SAP command field and press enter. 
  2. Select the movement variant you wish to simulate from the list of available variants. 
  3. Enter the necessary parameters for the simulation, such as material costs, labor costs, and overhead costs. 
  4. Click “Simulate” to run the simulation and view the results in a graphical format. 
  5. Review the results of the simulation and make any necessary adjustments to your movement variant. 
  6. Click “Save” to save your changes and exit the transaction code. 
  
  Other Recommendations: 
  It is recommended that users familiarize themselves with SAP’s movement variant functionality before using OKIR for simulations. Additionally, users should ensure that all necessary parameters are entered correctly before running a simulation, as incorrect parameters can lead to inaccurate results.