C_S4EWM_2601 Free Practice Questions: Master SAP S/4HANA Extended Warehouse Management 2026

Step-by-Step Execution:

1. Navigate to the Maintain Outbound Delivery Order screen and choose Create.
2. Select the specific document type required for the direct outbound delivery scenario.
3. Enter the required data, including the ship-to party, items, quantities, and stock type.
4. Save the direct outbound delivery to complete the availability check and trigger message transmission to SAP ERP.
5. Execute the subsequent goods issue process steps, such as picking and packing, and post the goods issue.

Example Values:

• Document Type: OPIG (Cash sales),
• Quantity: 10 pieces

Expected Result: An outbound delivery order is generated directly in SAP EWM, which immediately creates the corresponding outbound delivery document in SAP ERP.

Quick Mistakes:

• Failing to maintain a Shipping office and Party entitled to dispose as default values, which prompts an initial error log.
• Attempting to add configurable products to the direct outbound delivery order, which is not supported.
• Assuming SAP ERP will perform the availability check for the required product, when SAP EWM actually triggers this locally.

Exam Insight:

• Tests the architectural understanding that direct outbound delivery orders bypass the standard SAP ERP outbound delivery request step,.
• Highlights key constraints, such as the inability to use credit management or perform SAP CRM billing for direct outbound delivery orders.

Step-by-Step Execution:

1. Navigate to the Define Activity Area configuration node and create a new Activity Area code.
2. Assign your target storage type and structural parameters (like aisle or stack) to the newly created Activity Area.
3. Navigate to the Define Sort Sequence for Activity Area configuration node.
4. Assign the stock removal activity (e.g., PICK) to the Activity Area and define the desired sorting direction.
5. Execute the master data transaction (from the SAP Easy Access menu) to perform the actual bin sorting and update the storage bins.

Example Values:

• Activity Area: PICK1
• Activity: PICK
• Sort Direction: Ascending (Aisle), Ascending (Stack)

Expected Result: Storage bins are successfully grouped into the activity area, and their master data records are updated with a sort sequence number, allowing the system to route pickers optimally when creating warehouse orders.

Quick Mistakes:

• Forgetting to run the master data bin sorting transaction after completing the Customizing, leaving the bins unsorted and causing warehouse order creation to fail or fall back to default sorting.
• Assigning the activity area only to the putaway activity and expecting it to influence picking tasks.

Exam Insight:

• Tests the understanding of how activity areas logically group bins independently of the physical storage type.
• Knowing that bin sorting requires a master data execution step to write the sequence into the storage bin data is a highly tested concept.

Step-by-Step Execution:

1. Create a new Packaging Specification header and enter the product to be packed in the contents component.
2. Define the first level of the packaging specification by assigning an element group consisting of one or more elements.
3. Define the packaging material and enter the target quantity as the content limit in the product master.
4. Maintain the condition records using condition type 0PAL to link the packaging specification to the product and supply chain unit.

Example Values:

• Product: Product A
• Target Quantity: 50 pieces
• Condition Type: 0PAL

Expected Result: When an inbound delivery of 100 pieces arrives, the system uses the packaging specification to automatically split the quantity and create two warehouse tasks for 50 pieces each.

Quick Mistakes:

• Forgetting to assign the determination procedure to the correct application code (PAK) and usage code (PS).
• Omitting the condition record for the specific supply chain unit and product, preventing the system from finding the packaging specification via the SAPPAL01 condition table.

Exam Insight:

• Tests the understanding of the integrated Product and Process Engineering (iPPE) database engine.
• Understanding the condition technique used for packaging specification determination is critical for passing the SAP EWM certification.

Step-by-Step Execution:

1. Open the Post Goods Movement app in the SAP Fiori launchpad.
2. Enter the purchase order number to reference the expected goods.
3. Verify the destination plant and storage location, then enter the received quantity.
4. Post the goods receipt to automatically generate the material document in Inventory Management and synchronously create the putaway warehouse task in EWM.

Example Values:

• Purchase Order: 4500012345
• Movement Type: 101

Expected Result: The system posts the goods receipt directly in Inventory Management and automatically creates a putaway warehouse task in EWM without generating an intermediate inbound delivery document.

Quick Mistakes:

• Attempting to use this process in a decentralized EWM landscape, where synchronous goods movement communication is not available and inbound deliveries are mandatory.
• Trying to pack serialized products or products with valuation units into handling units directly during the goods receipt step in the Post Goods Movement app.

Exam Insight:

• Tests knowledge of SAP S/4HANA embedded EWM simplifications, specifically the synchronous goods receipt process.
• It is critical to know that this feature bypasses the traditional inbound delivery and has specific restrictions, such as not supporting external Handling Unit (HU) numbering upon receipt.

Step-by-Step Execution:

1. Access the Maintain Batches transaction using the menu path or enter transaction code /SCWM/WM_BATCH_MAINT.
2. Enter the product number and the specific batch number that needs to be maintained.
3. Navigate to the characteristics section of the batch master record.
4. Input the mandatory standard batch characteristics, such as the production date and the country of origin.
5. Save the batch master record to trigger the background remote function call that synchronizes this new data with the central SAP ERP system.

Example Values:

• Product Number: MAT-8900
• Batch Number: BATCH-001
• Country of Origin: DE

Expected Result: The batch master record is successfully created and updated in the EWM system, allowing the inbound delivery to proceed, and the corresponding characteristics are automatically synchronized with the central SAP ERP system in the background.

Quick Mistakes:

• Attempting to use this specific transaction (/SCWM/WM_BATCH_MAINT) in an SAP S/4HANA embedded EWM system, where batches are shared natively with ERP and this transaction is not available.
• Trying to maintain complex, non-standard characteristics directly in the EWM inbound delivery user interface instead of using the batch master record transaction.

Exam Insight:

• Tests the understanding of batch distribution and creation differences between decentralized SCM-based EWM and embedded S/4HANA EWM.
• Important because it highlights how decentralized EWM handles batch master data independently yet ensures ERP remains the leading system via background remote function calls.