Introduction:
Below is the Picture which Shows how Cartonization Works
This blog explains how Cartonization Planning can be executed using Warehouse Order Creation Rules (WOCR) integrated with the POSC (Process-Oriented Storage Control) scenario.
Configuration Required:
Activate all the above BC Sets and copy your warehouse number for all the BC sets.
Simg --> SCM EWM --> EWM --> Goods Issue Process --> Cartonization Planning --> Configure Cartonization Planning on Warehouse Number Level.
The above Determination Procedure and Layout will be Automatically Assigned to our warehouse once we activate the BC Sets.
Simg --> SCM EWM --> EWM --> Goods Issue Process --> Cartonization Planning --> Define Algorithm profiles for Cartonization Planning.
Simg --> SCM EWM --> EWM --> Goods Issue Process --> Cartonization Planning --> Define Access Sequence for Algorithm Profiles.
Simg --> SCM EWM --> EWM --> Goods Issue Process --> Cartonization Planning --> Define Process Profiles for Cartonization Planning.
Simg --> SCM EWM --> EWM --> Goods Issue Process --> Cartonization Planning --> Determine Process Profile for Cartonization Planning
BADI : /SCWM/EX_CAP_ALGORITHM. (Go to T-code Se18 and See whether the BADI is Activated or not).
Packaging Specification:
Define Level type:
Define Element Type:
Define Level Set:
Define WorkStep:
Define Packaging Material Type:
Assign Packaging Material type to Element Type:
Assign Work Step to Packaging Material type:
Now Assign Level Set in the Packaging Specification Group:
Warehouse Order Creation Rule:
Simg --> SCM EWM --> EWM --> Cross-Process Settings --> Warehouse Order:
Define Packing Profile for Warehouse Order Creation Rule:
Define Creation Rule for Warehouse Order:
Define Search Sequence for Creation Rules for Activity Areas:
Now Assign WOCR in WPT:
Master Data:
Simg --> SCM EWM --> EWM --> Goods Issue Process --> Cartonization Planning --> Define Number Ranges for Identification of PSHUs
For Testing Purpose, Here Volume is taken as 10 L , Gross Weight is taken as 20 KG and Net weight is Taken as 15 KG and Material Type will be VERP.
Add Packaging Profile Condition:
Testing:
Create an outbound Delivery in vl01n:
Now Save it.
Here Outbound Delivery got Distributed to EWM.
Now go to T-code: /n/scwm/PRDO and enter the Delivery Number and Execute:
Now Create the Warehouse Task:
Now Click on Create and Save it and warehouse Task will be created.
Now go to Confirm in the Warehouse Task tab and Check the WOCR and Product WT:
Go to Pick-HU Tab:
Don’t Confirm the Warehouse Order as of now and take the Delivery Number and go to Monitor and execute it:
Now Check the Warehouse Order, Warehouse Task, HU and PSHU tabs for the above Delivery.
Go to PSHU Tab to see if the system generated any PSHU’s:
Now go to Warehouse Order Tab:
Now go to Warehouse Task Tab and confirm WT in Background:
Now before Confirming the Open Warehouse Task, Go to Handling Unit tab and you can observe Pick-Hu created by system with Weight volume Packaging material type, Packaging type , Packaging Group as shown below:
Now Click on HU Identification Tab:
Now Confirm the Open Warehouse Task in the Background:
Now once the Open Warehouse Task got Confirmed, go to Packing Work Centre (/n/scwm/Pack). You can see in Single Pack Bin, Two Products are Packed already as shown below:
Now Close the HU by clicking on the below Highlighted Symbol:
After CloseHU, Click on Save and task will be created as shown below:
Now go back to Monitor and Refresh it and you can observe Next Task for Staging will be Created by the System Automatically.
Now Confirm the Open Staging Warehouse Task in the Background and then system Automatically creates Loading step as shown below:
Now Confirm the Warehouse task for Loading in the Background:
Now Go back to Desktop and you can observe Picking, Packing and Loading Status are completed, and Goods is not Started.
Now do the Goods Issue and System will generate Outbound Delivery as shown below:
Conclusion:
Cartonization Planning with WOCR ensures optimized HU creation before picking begins. By virtually simulating packing scenarios through PSHUs, warehouses can reduce waste, speed up operations, and streamline the pick-pack-ship process. If implemented correctly, it’s a powerful enhancement to standard outbound flows in SAP EWM.
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