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Process documentationProcess Flow for Pick Parts Using Two EWM-Managed Storage Locations by Inbound and Outbound Delivery (P313) Locate this document in the navigation structure

 

In this process, staging at the production supply area (PSA) is triggered by inbound and outbound delivery (movement types 313/315). The advantage of triggering the production supply using an inbound and outbound delivery is that you can use the following functions:

  • Transport functions, which you can use to supply the production in different halls

  • Printing shipping documents

At goods issue, the system posts the stock as stock in transfer of the receiving storage location. The ERP system generates an inbound delivery automatically.

Note Note

Note that the goods receipt in the production storage location is posted to the stock type used for the production supply. Do not use the In Putaway stock type, otherwise the stock in transfer of the receiving storage location cannot be reduced in the ERP system.

End of the note.

At goods receipt, the system posts the stock from the stock in transfer to unrestricted-use stock.

For more information about the confirmation, see SAP Library under   SAP ERP Central Component   Logistics   Logistics Execution (LE)   Integration of Extended Warehouse Management   Processes in Production and Process Order   Production Order Confirmation  .

Process

You execute most of the process steps of the following process manually. To a large extent, you can also automate the process to match your requirements.

  1. Create a manufacturing order in the ERP system (transaction CO01 oder COR1), and save it. Choose   Logistics   Production   Shop Floor Control   Order   Create.  

  2. Release the manufacturing order.

  3. Activate staging for the products (transaction CO02 or COR2). Choose   Logistics   Production   Shop Floor Control   Order   Change.  

  4. The ERP system then generates an outbound delivery with a reference to the manufacturing order.

  5. This outbound delivery is automatically replicated to the EWM system, where it is created as an outbound delivery request.

  6. The EWM system activates this outbound delivery request, and creates an outbound delivery order.

  7. You use the manufacturing order number to find and check the outbound delivery order. To call transaction /SCWM/PRDO, choose   Extended Warehouse Management   Delivery Processing   Outbound Delivery   Maintain Outbound Delivery Order.  

  8. Create a warehouse task for the outbound delivery order. Choose   Extended Warehouse Management   Create Warehouse Task for Warehouse Request   Stock Removal for Outbound Delivery Order.  

  9. Confirm the warehouse task. Choose   Extended Warehouse Management   Execution   Confirm Warehouse Task.  

  10. Post goods issue for the outbound delivery using transaction /SCWM/PRDO.

  11. The EWM system replicates this goods movement to the ERP system.

  12. In the ERP system, the goods movement for the delivery represents the first step of the stock transfer. The component is now part of the stock in transfer of the receiving storage location. In parallel to this, the ERP system creates an inbound delivery for the production storage location with movement type 315.

  13. The system replicates the ERP delivery to the EWM system, and creates an inbound delivery notification.

  14. The system activates the document, and generates an inbound delivery.

  15. Create a warehouse task for the inbound delivery. Choose   Extended Warehouse Management   Work Scheduling   Create Warehouse Task for Warehouse Request   Putaway for Inbound Delivery.  

  16. Confirm the warehouse task. This triggers the goods receipt. Choose   Extended Warehouse Management   Execution   Confirm Warehouse Task.  

  17. The EWM system replicates this goods movement to the ERP system.

  18. In the ERP system, the goods receipt with reference to the inbound delivery takes place. Here, the ERP system posts the products of the stock in transfer to the unrestricted-use stock of the production storage location.

The following is a graphical representation of the process:

This graphic is explained in the accompanying text.