Refer to the Exhibit Practice Questions

Change the storage bin type.

Why it fails: Storage bin types are for physical dimension validation. Changing the bin type will not override the storage type configuration that governs the 'mixed storage' rules for the entire storage type. This action would be ineffective at resolving the error since the logic is enforced at the type level.

Adjust the warehouse process type.

Why it fails: The warehouse process type defines the flow of the movement, not the constraints of the physical storage environment. While it controls task creation, it does not contain the parameters to override bin-level storage policies enforced by the storage type, making this configuration change irrelevant to the error.

Modify the product master data.

Why it fails: Product master data influences putaway strategies and capacity, but it cannot override the organizational-level setting for mixed storage. Even if a product is marked as allowed for mixing, the storage type's configuration will still take precedence and prevent the system from placing it in a non-mixed bin.

The outbound delivery associated with the handling unit has been cancelled in the ERP backend system.

Why it fails: Inbound putaway tasks relate to goods receipt processing rather than outbound customer deliveries or cancellations. A cancelled outbound delivery would impact outgoing shipments but cannot cause a putaway capacity check failure on a storage bin.

The user attempting the confirmation lacks authorization for transaction code /SCWM/MON in the security profile.

Why it fails: Lack of authorization for transaction codes results in standard authorization failure messages rather than storage bin capacity errors. The specific error message explicitly points to a storage bin capacity constraint during the putaway execution step.

The warehouse process type is missing the required printer determination sequence for bin label generation.

Why it fails: Printer determination sequences control physical label printing output parameters rather than storage bin capacity validations. Missing printer configurations will cause document output failures instead of preventing the confirmation of a warehouse task due to bin capacity.

The user must manually confirm the task.

Why it fails: The configuration shows 'Auto-Confirm' set to 'X', which stands for active. This overrides the need for manual intervention, meaning the task will be finalized by the system immediately upon the completion of the physical movement, removing the requirement for a user to perform manual confirmation steps.

The stock type is locked.

Why it fails: The 'Stock-Type-Change' indicator is unrelated to locking. Locking is a separate status managed by the system during inventory processes or maintenance. The indicator here simply dictates how the stock availability is updated, not whether the stock itself is blocked from further movement or usage.

The task is cancelled if priority is 1.

Why it fails: Priority 1 indicates the highest urgency, not a trigger for cancellation. The system processes high-priority tasks with precedence, but it does not automatically cancel them. Cancellation would only occur if the task could not be fulfilled, which is unrelated to the priority setting in the configuration.

The warehouse process type is missing a destination bin.

Why it fails: If the process type were missing a destination bin, the error message would specifically cite a failure in destination bin determination or search strategy, not a handling unit-related restriction. The error log is specific to the HU handling, not the bin search logic.

The product has not been extended to the warehouse view.

Why it fails: If the product were not extended to the warehouse, the error would occur at the very beginning of the warehouse request creation or task creation phase, rather than during the transfer movement, as the system wouldn't even recognize the product's existence in the warehouse.

The storage section is locked for the user.

Why it fails: A locked section would result in an 'Access Denied' or 'Storage Section Locked' error message. The specific 'HU_NOT_ALLOWED' error indicates a structural configuration issue regarding packaging unit handling, not a security or status-based lock on the storage section itself.

The warehouse process type is missing a defined queue.

Why it fails: While queues are used for resource management and task assignment, a missing queue would result in a task being created without an assigned resource, not a failure to find a storage bin. The error message specifically points to a failure in the bin selection process.

The warehouse process type is set to auto-confirm.

Why it fails: Auto-confirmation affects the workflow after task creation, triggering the confirmation immediately upon creation. It does not interfere with the logic of finding a storage bin or evaluating stock availability, so it cannot be the cause of a 'No suitable source storage bin' error message.

The storage bin capacity is set to zero.

Why it fails: Zero capacity would prevent putaway into that specific bin, but it would not trigger a 'no suitable source bin found' error during a stock removal process. Stock removal ignores capacity checks for source bins, as the stock is already present and accounted for in the system.

The warehouse task is missing a handling unit reference.

Why it fails: Warehouse tasks do not inherently require handling units to be created unless the storage type is HU-managed. The error log specifically references the failure of the search sequence, which is a configuration-level issue unrelated to the presence or absence of handling units in the current movement.

The product has not been assigned to a storage bin.

Why it fails: While product-bin assignments are important, they are validated after the storage type has been determined. Because the error relates to the search sequence and not a bin-specific error, it indicates the failure occurred at the strategy level, not at the master data level.

The warehouse order creation rule is missing a capacity limit.

Why it fails: Capacity limits in warehouse order creation rules manage how many tasks are bundled into a single order. They do not influence the initial determination of a storage type search sequence, which is governed by the warehouse process type configuration, not the order creation parameters.

Enable 'Capacity Check' in the Storage Type

Why it fails: Capacity check limits the volume or weight of the bin but does not prevent multiple products from being placed there. Even if the bin is not full by volume, you could still add a second product, meaning capacity check is not the correct tool for enforcing product-based bin exclusivity.

Update the Storage Bin Type to 'Single'

Why it fails: The storage bin type defines physical dimensions and is not a logical control for product numbers. Changing the bin type will not prevent the system from allowing multiple products in the bin; it only changes the bin's physical metadata, which is irrelevant to the logical restriction of multiple products.

Change the Warehouse Process Type

Why it fails: The warehouse process type governs the movement flow, not the storage type's bin content rules. Changing the process type would impact how the task is executed but would not provide the necessary constraint to prevent mixed products in a bin, as that logic is held within the storage type configuration.

Tasks are sorted by picking priority, and the order contains a maximum of 5 tasks.

Why it fails: The exhibit explicitly defines the sort criteria as bin coordinate and the task limit as 10, not 5. Picking priority is a different sort field that would be configured differently in the sort profile, meaning this statement contradicts the provided configuration in the exhibit.

The system creates a new order every time a task is created.

Why it fails: If the system created a new order for every task, the 'MAX_TASKS' setting would be irrelevant. The WOCR's primary job is to aggregate tasks up to the specified limit to reduce overhead, ensuring that resources don't handle thousands of small, individual orders.

The system ignores bin coordinates and sorts tasks by weight.

Why it fails: The exhibit specifies BIN_ASC as the sorting criterion. There is no mention of weight-based sorting in the provided configuration, and ignoring the configured bin sorting would be a failure of the WOCR to follow the established rules for task optimization during order creation.

Warehouse order creation rules.

Why it fails: Warehouse order creation rules bundle tasks together for efficiency but do not influence the determination of the destination storage type itself. These rules operate after the storage type has already been determined by the system's strategy logic, so they cannot be the cause of destination storage type failure.

Product master weight units.

Why it fails: Product master data is used for capacity checks after a destination has been determined. While incorrect units might cause a task to fail later due to capacity issues, they do not prevent the system from suggesting a valid destination storage type during the initial strategy determination phase.

Resource management configuration.

Why it fails: Resources handle the physical movement of tasks after they are created. Resource settings are independent of the strategy logic that decides where stock should be placed. Therefore, reviewing resource management would not resolve an issue where the system fails to suggest a valid destination for the stock.

Update the storage bin master record capacity values.

Why it fails: Updating individual bin capacities is ineffective if the storage type itself is configured to bypass capacity checks. The system logic mandates that the storage type configuration must activate the check first. Without the storage type setting, individual bin capacity data is ignored during the putaway determination process.

Adjust the Warehouse Process Type determination.

Why it fails: Warehouse process types control the movement flow and task creation parameters, such as stock removal or putaway rules. They do not govern the capacity check logic. Adjusting the process type would change how the task is executed, but it would not activate the missing capacity verification logic.

Change the Storage Bin Type to 'Large'.

Why it fails: Changing the storage bin type only modifies the physical dimensions defined for the bin. It does not trigger the system to perform a validation check against the product dimensions. The capacity check logic is a structural configuration in the storage type, not a property of the bin type.

No, because the bin is already at 60% capacity.

Why it fails: The capacity check evaluates the remaining available capacity against the incoming task's requirements. Being at 60% capacity does not automatically block a new task if the total planned load stays under 100%. The system performs a dynamic validation check, not a static percentage-based block.

No, because the system always uses a 50% threshold.

Why it fails: EWM does not have a hard-coded 50% capacity threshold for all bins. The capacity limit is defined in the bin master data, and the check method determines how that limit is utilized. The system evaluates the specific math of the current load versus the limit defined.

Yes, but only if the warehouse process type is set to 'Immediate'.

Why it fails: Capacity check logic is independent of the warehouse process type timing. Whether the task is immediate or deferred, the system checks the capacity limits during the task creation step. The 'Immediate' flag affects when the task is visible, not the fundamental capacity validation logic.

Warehouse Process Type

Why it fails: The warehouse process type controls the movement logic but does not handle operational exceptions. It defines how a task is created and executed, but the error handling logic, which addresses unexpected scenarios like capacity issues during execution, is managed through the separate exception code framework within the EWM configuration.

Resource Management

Why it fails: Resource management handles the assignment of workers and equipment to tasks. It does not contain the logic for processing business exceptions like bin capacity overflows. While a resource might trigger an exception, the logic governing how that exception is resolved resides in the exception management system, not in resource configuration.

Storage Bin Master Data

Why it fails: Storage bin master data defines the physical limits and attributes of a bin. While the bin's capacity is defined here, the logic to handle an error when that capacity is exceeded is part of the warehouse task processing and exception handling configuration, not a property of the bin record itself.

The Wave Template is inactive.

Why it fails: An inactive template would prevent any wave creation regardless of time. The log explicitly mentions a mismatch between the current time and the scheduled release time, indicating that the template exists and is active but cannot be utilized due to the temporal constraints defined in the scheduling configuration.

The warehouse request exceeds wave capacity.

Why it fails: While capacity limits exist in wave templates, the error log specifically cites a temporal mismatch rather than a capacity threshold. If capacity were the issue, the error message would explicitly reference volume, weight, or item count thresholds instead of the timing of the release schedule.

The user lacks authorization for wave creation.

Why it fails: Authorization issues would result in a standard SAP authorization failure log rather than a specific application-level message regarding wave template release times. The system is attempting the process but failing due to the business rule logic defined in the wave template scheduling parameters.