C_S4EWM sample questions & answers

Achslager Teile GmbH, a replacement-parts distribution center near Kassel, Germany, is bringing a new high-bay area online for fast-moving brake and suspension components. A junior consultant has created the storage type, storage sections, and a block of storage bins, and has loaded the warehouse product master for the affected materials. During the first test wave, operators report that no putaway warehouse tasks are generated when goods receipt is attempted into the new area, even though identical materials flow correctly into the existing high-bay area. The warehouse process type used by the receiving process is unchanged from the working area, and the goods receipt itself posts without error in the integrated environment. The consultant confirms that the bins physically exist and that the product master records show the new storage type as a permitted location. Reviewing the warehouse monitor, the team sees the inbound delivery and the handling unit, but the determination step that should yield a destination bin returns nothing for the new area. The site supervisor wants the new area productive before the next inbound truck arrives and asks which setup gap most plausibly explains why determination produces a destination in one area but not the other, given that the structural elements and product master appear complete.

Which missing configuration most plausibly explains why putaway task determination yields no destination bin for the new high-bay area while the existing area works?

NordReif Automotive Parts, a tyre and chassis-spares distributor in Bremen, Germany, runs a deconsolidation step for mixed inbound pallets before stock reaches its final storage area. Inbound trucks deliver supplier pallets that combine several part numbers, and the intended flow moves each pallet first to a deconsolidation work center, where operators split it, and only then onward to the final high-rack bins. After a configuration change last weekend, operators notice that newly received mixed pallets are being directed straight to final high-rack bins, bypassing the deconsolidation work center entirely. Single-product supplier pallets are unaffected and continue to flow normally. The warehouse monitor shows that one putaway warehouse task is created per pallet, moving it directly to a final bin, with no intermediate task to the work center. Goods receipt posts cleanly, the work center still exists, and operators confirm they have authorization for it. The shift lead notes that before the change, mixed pallets always generated a movement to the work center first. The inbound supervisor needs to restore the split step before the morning supplier deliveries and asks which configuration most directly governs whether the movement is broken into an intermediate work-center step.

Which configuration most directly determines whether the inbound movement is split into an intermediate step at the deconsolidation work center rather than going straight to the final bin?

SüdAchse Ersatzteile, a steering and transmission replacement-parts hub in Ingolstadt, Germany, operates a mezzanine storage area that an automated conveyor and lift serve. Because of the physical layout, stock destined for the upper mezzanine bins cannot travel there in a single movement; it must first be moved to a transfer point at the lift before continuing to the final bin. A new consultant has been asked to enable correct routing for the mezzanine and is reviewing two candidate mechanisms. During testing, putaway to ground-floor bins works in one movement as expected, but putaway directed at the mezzanine fails: the system attempts a single direct task to the final mezzanine bin, which operators cannot physically execute because there is no direct path. The warehouse monitor shows the destination resolved correctly to a mezzanine bin, but the movement has no intermediate transfer-point step. Goods receipt and bin determination are both working. The consultant must decide which storage-control mechanism is the correct fit for inserting the mandatory transfer-point step that the warehouse layout, rather than a business process requirement, imposes on movements to the mezzanine.

Which storage-control mechanism correctly inserts the mandatory intermediate transfer-point step that the mezzanine's physical layout imposes on putaway movements?

RheinMotor Spares, an engine and cooling-parts distribution center in Duisburg, Germany, equips its putaway operators with RF-enabled mobile devices that pull work from the warehouse. After a busy inbound shift, the team finds that a set of putaway warehouse tasks for the morning's goods receipt never appears in any operator's RF queue, even though the tasks are clearly present in the warehouse monitor and are assigned to the correct activity area. Operators are logged in to the right resource and have the relevant authorizations, and other tasks from the same area do flow to their devices normally. Examining one of the stuck tasks, a consultant sees that the task exists and has a valid destination bin, but it has not been grouped into a warehouse order. The tasks that operators can pick up are all part of warehouse orders, while the stuck tasks are not. The shift supervisor needs the missing tasks executed before the next wave and asks the consultant to explain why these particular tasks, though created and valid, cannot be drawn onto RF devices for execution.

Why can these created and valid putaway tasks not be drawn onto the RF devices for execution while other tasks from the same activity area can?

WestfalenParts Logistik, a body-panel and lighting replacement-parts distributor in Dortmund, Germany, completes warehouse processing for outbound deliveries and expects a printed handling-unit label and a follow-on output to be generated automatically as each delivery is staged for shipping. After go-live of a new shipping point, operators report that warehouse execution finishes normally — picking, packing, and the goods issue all complete and post — but the expected handling-unit label and follow-on output never appear for deliveries from the new shipping point. Deliveries from the existing shipping point still produce their labels and outputs as before. A consultant checks the warehouse monitor and finds the handling units fully packed and the deliveries completed, with no error logged against the execution steps. The integration between ERP and EWM for the delivery documents is confirmed working, since the deliveries themselves replicate and complete correctly. The shipping team needs labels restored before the afternoon carrier pickup and asks the consultant which configuration layer most plausibly explains why the automatic output is produced for one shipping point but not the new one.

Which configuration layer most plausibly explains why the automatic label and follow-on output are produced for the existing shipping point but not for the new one?

OstHansa Kfz-Teile, a filter and brake-pad distribution center in Leipzig, Germany, receives batch-managed parts that must pass a quality inspection before they can be putaway into general storage. The intended inbound flow places newly received stock into an inspection state, and only after a usage decision releases the batch should putaway to general storage bins proceed. After a recent configuration adjustment, the team finds that several recently received batches cannot be putaway: when operators attempt to confirm the putaway warehouse task into general storage, the task is created but the stock is not eligible to move, and the monitor shows the relevant quantity sitting in an inspection-related stock state. Other batches that were already released earlier in the week putaway without issue. Goods receipt posts correctly, the bins exist, and the product master permits the target storage type. The inbound supervisor needs the held stock moved before the storage area fills and asks the consultant to explain why these specific batches are excluded from putaway into general storage while released batches are not.

Why are these specific batches excluded from putaway into general storage while previously released batches move without issue?