How to use FQM_AGGREGATE_FLOWS - Bewegungen aggregieren

FQM_AGGREGATE_FLOWS - Overview

• Transaction Code: FQM_AGGREGATE_FLOWS

  Description: Bewegungen aggregieren

  Release: S/4HANA only

  Menu Path:

  • Accounting > Financial Supply Chain Management > Cash and Liquidity Management > Tools > One Exposure from Operations > Aggregate Flows

• • Program: FQM_AGGREGATE_FLOWS

    Screen: 1000

    Authorization Object:

  • Development Package: FQM

    Package Description: Financial Quantity Management

    Parent Package: APPL

  • Module/Component: FIN-FSCM-FQM

    Description: One Exposure

FQM_AGGREGATE_FLOWS - Details

• SAP Tcode: FQM_AGGREGATE_FLOWS - Bewegungen aggregieren

  
  Overview: 
  The SAP transaction code FQM_AGGREGATE_FLOWS - Aggregate Flows is used to aggregate flows of material in a production order. It allows users to group together multiple flows of material into one flow, which can then be used for further processing. This transaction code is part of the SAP Production Planning (PP) module. 
  
  Functionality: 
  The FQM_AGGREGATE_FLOWS - Aggregate Flows transaction code allows users to aggregate multiple flows of material into one flow. This can be useful when dealing with complex production orders that involve multiple materials and components. By aggregating the flows, users can simplify the production process and reduce the amount of time spent on manual data entry. 
  
  Step-by-step How to Use: 
  1. Access the FQM_AGGREGATE_FLOWS - Aggregate Flows transaction code by entering it into the command field in SAP. 
  2. Select the production order for which you want to aggregate flows. 
  3. Select the flows that you want to aggregate and click “Aggregate”. 
  4. The system will then create a new flow that contains all of the selected flows. 
  5. The new flow can then be used for further processing in the production order. 
  
  Other Recommendations: 
  When using the FQM_AGGREGATE_FLOWS - Aggregate Flows transaction code, it is important to ensure that all of the selected flows are compatible with each other and can be successfully aggregated into one flow. Additionally, it is important