SAP C_S4EWM_2601 actual dump : SAP Certified - SAP S/4HANA Cloud Private Edition, Extended Warehouse Management

A seasonal apparel warehouse is running SAP S/4HANA Extended Warehouse Management in a web-based private-edition environment with mobile execution. During afternoon replenishment, threshold-based replenishment documents are created and supervisors can see open warehouse orders in the monitor. Operators in the mezzanine picking area can log on to their devices and access replenishment transactions, but they receive a message that no executable work is available.
Operators in ground-floor picking areas receive replenishment work normally. Support confirms there is no RF connectivity problem and no new role change was transported. The warehouse manager wants the smallest corrective action because the replenishment design is already stable for the rest of the site. The consultant must correct the assignment dependency rather than changing replenishment volume or timing.
What should the consultant check first?
Response:

• A. hether the replenishment wave timing should be split so mezzanine work is released in a separate processing cycle.
• B. hether the mezzanine resources are correctly assigned to the queue and activity area used for replenishment work selection.
• C. hether replenishment thresholds for the mezzanine bins should be lowered so more work becomes visible on mobile devices.
• D. hether the mobile menu profile should be simplified so users reach the replenishment screen more quickly after logon.

<strong>CHALLENGE 1 &#x2014; Project Assembly Routing During Inbound UAT</strong> A site supervisor suggests keeping a quick-reference sheet that tells users when to manually route assemblies through project staging. The template owner wants automatic routing proven first.
Which response best avoids a partial-fix trap?
Response:

• A. Prove automatic routing first because the sheet may hide whether handling profiles and storage control are aligned.
• B. Convert all assemblies to general storage first and move them to staging only when dispatch demand appears.
• C. Remove prefabricated assemblies from UAT because they introduce project-specific handling variation.
• D. Use the sheet because it gives receivers a consistent way to route assemblies during UAT.

<strong>CHALLENGE 4 &#x2014; Template Classification for Hub Rollout Settings</strong> The rollout planning review shows that repairable-component routing relies on manual redirection, urgent request release crowds mobile queues, and controlled spare movements were completed with broad resource coverage.
Which response is most appropriate?
Response:

• A. Accept the rollout plan only if workarounds are documented as local operating instructions for the western hub.
• B. Move all repairable components and urgent spare-parts requests back to the on-premise warehouse until all hubs are live.
• C. Accept the rollout plan because each process can be completed with available operational workarounds.
• D. Continue planning validation until repair routing, urgent release sequencing, and resource-aligned execution evidence are validated as repeatable system behavior.

A consumer products company is testing outbound delivery processing in SAP S/4HANA Extended Warehouse Management in a web-based private-edition environment. Sales deliveries are transferred successfully, and wave release creates picking tasks for most items. However, one shipping condition now causes no picking tasks to be created at all, even though the outbound delivery status shows that warehouse processing is expected. Similar products with a different shipping condition continue to work. The warehouse team wants the fastest corrective action, but the consultant is asked to fix the controlling dependency instead of bypassing the issue with manual warehouse task creation.
The constraint is to restore consistent outbound task creation with minimal change to already-working delivery flows. Which action should the consultant take first?
Response:

• A. eview whether the outbound process control still maps the affected delivery context to a valid warehouse process type.
• B. djust warehouse order sorting so the affected shipping condition is handled later in the picking sequence.
• C. eassign the staging area so the delivery can proceed even if picking is not created automatically.
• D. educe the wave release scope so the system processes only one shipping condition per run.

<strong>CHALLENGE 2 &#x2014; Wave Release Timing Across Resource Queues</strong> During outbound readiness testing, increasing wave release frequency makes tasks visible faster but creates uneven pressure on mobile users assigned to specific warehouse areas. Staging lanes also become difficult to coordinate before loading.
Which option best balances performance and controlled execution?
Response:

• A. Delay wave testing until after go-live because delivery-window pressure can only be measured in production.
• B. Increase release frequency because faster task visibility is the primary measure of outbound readiness.
• C. Move all mobile users into one shared queue so work can be picked up by anyone during the afternoon shift.
• D. Restrict release timing until queue assignment and staging readiness are validated against the delivery-window requirement.