SAP EWM – Questions & Answers

SAP EWM (Extended Warehouse Management) is SAP’s strategic warehouse solution, offering bin-level control, handling units, resources, and automation support. Classic SAP WM is the older, simpler warehouse component.

• EWM uses warehouse tasks, warehouse orders, queues, resources, and waves; WM uses transfer orders.
• In S/4HANA, classic WM is in the compatibility scope, while SAP offers EWM or Stock Room Management for suitable scenarios.
• EWM supports advanced requirements such as slotting, labor management, and material flow systems.

Level: Basic

Key terms: EWM, LE-WM, Stock Room Management, warehouse task

Embedded EWM runs within the S/4HANA system, whereas decentralized EWM runs as a separate system connected to one or more ERP systems.

• Embedded: Runs on the same platform, supports integrated processing, and generally requires less separate infrastructure.
• Decentralized: Uses a separate instance and communicates through interfaces such as qRFC and IDocs. It can suit high-volume warehouses, heavy automation, or multiple ERP systems.
• Basic EWM capabilities are included with S/4HANA under applicable licensing terms. Advanced capabilities and decentralized deployments may require additional licensing.

Level: Basic

Key terms: Embedded EWM, decentralized EWM, qRFC, licensing

Basic EWM covers core warehouse processes, while Advanced EWM adds capabilities for more complex warehouse operations and automation.

• Basic: Supports processes such as receiving, putaway, picking, and bin-level stock management.
• Advanced: Can include wave management, slotting, cross-docking, value-added services, labor management, yard management, material flow systems (MFS), and production integration.
• Always verify the current SAP product documentation and licensing terms for the relevant S/4HANA release.

Level: Basic

Key terms: Basic EWM, Advanced EWM, wave, slotting, MFS

A warehouse number is the highest organizational unit in EWM. Storage types, optional storage sections, and storage bins define the warehouse layout, while activity areas group bins for warehouse activities.

• Warehouse number: The highest-level organizational unit for warehouse management.
• Storage type: A physical or logical area, such as a high-rack area or goods receipt zone.
• Storage section: A subdivision of a storage type, such as an area for fast-moving products.
• Storage bin: The smallest addressable location where stock is stored.
• Activity area: Groups storage bins for activities such as putaway, picking, and physical inventory, often using a defined sort sequence.

Level: Basic

Key terms: /SCWM/LS01, /SCWM/LS02, storage type, activity area

In embedded EWM, the ERP plant and storage location combination is assigned to an EWM warehouse number through integration configuration. This links ERP logistics documents to the correct warehouse.

• Create the warehouse number and configure the plant and storage location assignment in the integration settings.
• Configure delivery integration so the relevant ERP deliveries are processed in EWM.
• Set up the supply chain unit and the associated business partner data required for the warehouse location.
• Incorrect organizational mapping can prevent deliveries from being transferred or processed correctly in EWM.

Level: Intermediate

Key terms: Warehouse number, plant mapping, delivery mapping, supply chain unit

Key SAP EWM master data objects include warehouse products, storage bins, packaging specifications, resources, work centers, doors, staging areas, business partners, and supply chain units.

• Warehouse product: Contains warehouse-specific product data and can be maintained using /SCWM/MAT1.
• Storage bin: Defines a warehouse storage location and can be maintained using /SCWM/LS01.
• Packaging specification: Defines how products are packed into handling units. Related functions include /SCWM/PACKSPEC.
• Resources and queues: Help assign and organize warehouse tasks for people or equipment.
• Work center: Represents an operational area such as a packing or inspection station.
• Doors and staging areas: Support loading, unloading, and outbound or inbound staging activities.

Level: Intermediate

Key terms: /SCWM/MAT1, /SCWM/LS01, /SCWM/PACKSPEC, work center

A Supply Chain Unit (SCU) is a master data object representing an organizational or physical location in the supply chain, such as a plant, warehouse, or vendor site.

• SCUs are created and maintained through the relevant supply chain unit and business partner configuration.
• They can be assigned to warehouse-related organizational structures and used to represent locations involved in goods movements.
• SCUs help identify relevant source and destination locations in supply chain processes.
• In embedded EWM, the required SCU configuration is typically completed during initial warehouse setup.

Level: Intermediate

Key terms: Supply chain unit, business partner, warehouse number

The end-to-end EWM process covers inbound delivery, unloading, goods receipt, putaway, internal warehouse movements, and outbound processing through picking, packing, staging, loading, and goods issue.

• Inbound: Inbound delivery notification, delivery processing, unloading, goods receipt, putaway warehouse task, and task confirmation.
• Internal warehouse processes: Replenishment, posting changes, stock movements, and physical inventory.
• Outbound: Outbound delivery order, wave processing where applicable, picking, packing, staging, loading, and goods issue.
• Stock updates: Warehouse documents and confirmations track inventory at storage-bin level and support integration with ERP.

Level: Basic

Key terms: Inbound delivery, warehouse task, outbound delivery order, goods issue

A storage type is a physical or logical area in a warehouse. Its role determines how the system uses that area, such as standard storage, an identification point, a work center, or a staging area.

• Control settings: Include putaway and stock removal strategies, handling unit requirements, capacity checks, and stock type handling.
• Examples: High-rack storage, bulk storage, fixed-bin storage, goods receipt zones, goods issue zones, and packing stations.
• Storage type groups: Simplify the search sequences used for putaway and picking.

Level: Basic

Key terms: Storage type role, storage type group, search sequence

A storage bin is the smallest addressable warehouse location for stock. A bin type defines its physical characteristics and capacity, while a bin access type describes how the bin can be accessed.

• Storage bins: Maintained using /SCWM/LS01 and can also be created in bulk using bin structure functionality.
• Bin types: Define characteristics such as dimensions, maximum weight, and capacity requirements.
• Bin access types: Describe access requirements involving equipment such as forklifts or high-rack stackers and can support warehouse process planning.

Level: Basic

Key terms: /SCWM/LS01, bin type, bin access type, bin structure

A storage section subdivides a storage type for putaway decisions, whereas an activity area groups storage bins for warehouse work execution and sequencing.

• Storage section: Supports putaway strategies, such as separating heavy items from fast-moving products.
• Activity area: Supports warehouse task and warehouse order processing and sorts bins into efficient picking or putaway routes.
• Bin assignment: A storage bin belongs to a storage section and can be assigned to different activity areas for different warehouse activities, where configured.

Level: Intermediate

Key terms: Storage section, activity area, bin sorting

A handling unit (HU) is a physical unit consisting of products and their packaging, identified by a unique number. HU management allows warehouse stock and movements to be tracked at handling-unit level.

• Examples: Pallets, cartons, and containers. HUs can also be nested inside other HUs.
• HU-managed storage: Storage types can be configured to require handling unit management.
• HU creation: HUs can be created during goods receipt or packing using packaging materials and packaging specifications.
• Barcode labels: HU labels support identification and scanning during warehouse operations. SSCC is a common identifier used for logistics units.

Level: Intermediate

Key terms: Handling unit, SSCC, /SCWM/HUMAIN, packaging material

The ERP material master contains the core material data, while the EWM warehouse product provides warehouse-specific product information used for storage, picking, and handling.

• Embedded EWM: Warehouse product data is based on the S/4HANA material master, with additional warehouse-specific fields maintained for the relevant warehouse.
• Decentralized EWM: Product master data is distributed or replicated from the connected ERP system as required by the integration design.
• Warehouse-specific data: Can include putaway control indicators, stock removal control indicators, and storage section indicators.

Level: Intermediate

Key terms: /SCWM/MAT1, putaway control indicator, stock removal control indicator

A packaging specification defines the packaging materials, quantities, and packaging levels used to pack products into handling units.

• Goods receipt: Can support HU creation during inbound processing.
• Packing operations: Used in packing at work centers or packing stations and in relevant pick-HU processes.
• Packaging details: Can define packaging levels, target quantities, tolerances, and determination conditions.
• Automatic determination: The system can determine an appropriate packaging specification using configured conditions.
• Maintenance: Packaging specifications can be maintained using /SCWM/PACKSPEC.

Level: Intermediate

Key terms: /SCWM/PACKSPEC, packaging level, pack station

Putaway control determines suitable storage locations for incoming goods. EWM uses product settings, storage type search sequences, putaway strategies, and bin-level checks to determine where stock should be stored.

• Putaway control indicator: Helps determine the storage type search sequence for a product.
• Strategies: May include fixed-bin storage, open storage, addition to existing stock, empty-bin storage, pallet storage, and bulk storage, depending on configuration.
• Capacity checks: Available capacity, bin blocks, and storage section indicators can restrict the selection of suitable bins.
• Result: The system identifies an appropriate destination bin for the warehouse task based on the applicable rules.

Level: Intermediate

Key terms: Putaway control indicator, storage type search sequence, putaway strategy

Slotting is an Advanced EWM function that analyzes product characteristics and warehouse requirements to recommend suitable storage parameters, such as storage bin types, storage sections, and putaway control settings.

• Product attributes: Can include dimensions, weight, demand, and movement frequency.
• Master data updates: Slotting results can be used to update relevant warehouse product settings, subject to configuration and review.
• Warehouse optimization: Helps improve space utilization, reduce picking travel time, and position products more efficiently.
• Licensing: Slotting availability depends on the applicable EWM edition, release, and licensing terms.

Level: Advanced

Key terms: Slotting, bin type determination, Advanced EWM

An ERP inbound delivery is transferred to EWM as an inbound delivery notification and processed as an inbound delivery. The goods are then unloaded, received, and put away in the warehouse.

• ERP delivery: The ERP system creates an inbound delivery based on a purchase order or an advance shipping notification (ASN).
• EWM delivery: EWM receives the inbound delivery notification and processes the inbound delivery using /SCWM/PRDI.
• Putaway: Warehouse tasks are created to move goods from the receiving area to their destination bins.
• Goods receipt: Posting goods receipt updates inventory and triggers the corresponding ERP inventory and material document updates through integration.

Level: Basic

Key terms: /SCWM/PRDI, inbound delivery notification, goods receipt

During inbound processing, goods are unloaded at the designated door, and goods receipt is posted in EWM. The inventory update is integrated with ERP.

• Transportation unit: A transportation unit may be checked in and assigned to a door when transportation management processes are configured.
• Unloading: The unloading status and relevant handling activities are recorded.
• Handling units: If HU management is used, handling units are created, identified, or verified during receipt.
• Goods receipt posting: Posting goods receipt updates stock and allows the putaway process to proceed according to the warehouse configuration.

Level: Basic

Key terms: /SCWM/GR, door, transportation unit, goods receipt

Putaway creates warehouse tasks to move goods from the receiving area to their destination storage bins. These tasks can be grouped into warehouse orders for execution by warehouse workers or resources.

• Task creation: Warehouse tasks can be generated automatically or manually. Relevant processes may use /SCWM/TODLV_I.
• Destination determination: Storage type search sequences, putaway strategies, and bin determination rules select a suitable destination.
• Warehouse order creation: Tasks are grouped according to warehouse order creation rules and configured criteria.
• Task confirmation: Workers confirm warehouse tasks using RF devices or appropriate transactions, such as /SCWM/TO_CONF. Confirmation updates warehouse stock and task status.

Level: Basic

Key terms: /SCWM/TODLV_I, /SCWM/TO_CONF, warehouse order, putaway

A warehouse task (WT) represents an individual warehouse movement or operation, while a warehouse order (WO) groups one or more tasks for execution by a worker or resource.

• Warehouse task: Specifies details such as product, quantity, source bin, destination bin, and the required warehouse activity.
• Warehouse task tables: Open tasks are commonly stored in /SCWM/ORDIM_O, while confirmed tasks are stored in /SCWM/ORDIM_C.
• Warehouse order creation: Warehouse order creation rules group tasks using configured criteria, which may include activity area, weight, and resource-related restrictions.
• Monitoring: The warehouse monitor, accessible through /SCWM/MON, helps users monitor warehouse tasks and orders.

Level: Intermediate

Key terms: /SCWM/ORDIM_O, /SCWM/ORDIM_C, warehouse order creation rule, /SCWM/MON

Process-oriented storage control defines the operational steps goods must follow, whereas layout-oriented storage control directs goods through intermediate locations based on the physical warehouse layout.

• Process-oriented: Supports multi-step processes such as unloading, inspection, packing, and putaway. Steps can depend on the configured warehouse process.
• Layout-oriented: Uses the warehouse layout to determine intermediate movements, such as goods receipt zone to conveyor to picking point to storage.
• Combined control: Both approaches can be used together when the process and warehouse layout require it.

Level: Intermediate

Key terms: Storage control, process step, layout-oriented control

Quality inspection in inbound processing helps ensure that received goods meet the required quality standards before they are released for normal warehouse operations or consumption.

• Inspection initiation: Inspection processing can be triggered by configured inspection rules and integration with SAP Quality Management (QM).
• Stock handling: Depending on the inspection setup, goods may be held in quality inspection stock or managed through the relevant EWM inspection process.
• QM integration: In embedded EWM, EWM and QM operate within the same S/4HANA system, supporting integrated processing.
• Usage decision: The inspection result determines the subsequent stock disposition, such as release for unrestricted use or posting to blocked stock, according to the configured process.

Level: Intermediate

Key terms: Inspection rule, quality inspection stock, usage decision

Cross-docking is a warehouse process in which incoming goods are directed to outbound requirements without being put away into regular storage. It can reduce handling time and storage requirements.

• Opportunistic cross-docking: Incoming goods may be used to fulfill suitable outbound demand when the relevant conditions are met.
• Planned cross-docking: Inbound and outbound requirements are linked in advance, for example in merchandise distribution or transportation-related scenarios.
• Process requirements: Successful execution depends on compatible inbound and outbound deliveries, product availability, timing, and the configured cross-docking rules.
• Licensing: Cross-docking capabilities and prerequisites depend on the EWM deployment, edition, release, and applicable licensing terms.

Level: Advanced

Key terms: Cross-docking, opportunistic cross-docking, planned cross-docking, Advanced EWM

The ERP system creates an outbound delivery from a sales order or stock transfer process. The delivery is integrated with EWM, where the outbound delivery request and outbound delivery order support picking, packing, and shipping.

• ERP delivery: An outbound delivery is created in ERP, for example, from a sales order.
• EWM delivery: EWM processes the outbound delivery request and outbound delivery order using /SCWM/PRDO.
• Warehouse execution: The order may be assigned to a wave or processed directly, followed by picking, packing, staging, loading, and goods issue.
• Delivery changes: Delivery changes and splits are synchronized with ERP according to the configured integration process.

Level: Basic

Key terms: /SCWM/PRDO, outbound delivery order, delivery split

Wave management groups outbound delivery items into waves so warehouse activities can be planned and executed according to shipping schedules, routes, or carrier cut-off times.

• Wave creation: Waves can be created manually or automatically using wave templates.
• Selection criteria: May include route, carrier, shipping deadline, product group, and priority.
• Wave release: Releasing a wave can trigger the creation of picking warehouse tasks, depending on configuration.
• Benefits: Helps balance warehouse workloads, coordinate picking, and meet shipping deadlines.

Level: Intermediate

Key terms: /SCWM/WAVE, wave template, wave release

EWM supports configurable stock removal strategies that determine which stock should be picked first. Examples include FIFO, LIFO, fixed-bin picking, partial-quantity removal, and batch or shelf-life-based selection where configured.

• Stock removal control indicator: Helps determine the storage type search sequence for picking.
• Removal strategies: Strategies may include FIFO, LIFO, fixed-bin picking, and full or partial quantity removal, depending on configuration.
• FEFO: First Expired, First Out can prioritize stock with the earliest expiration date when the required batch and shelf-life settings are configured.
• Stock allocation: Warehouse processes can allocate or reserve stock for particular deliveries or customers according to business requirements.

Level: Intermediate

Key terms: Stock removal control indicator, FIFO, FEFO, search sequence

Picking creates warehouse tasks that direct workers to the required storage bins, products, and quantities. Workers confirm these tasks using RF devices or other configured warehouse execution tools.

• Picking methods: Can include order-based picking, wave-based picking, and handling-unit-based processes.
• Warehouse orders: Group warehouse tasks to create efficient picking routes for workers or resources.
• Pick handling units: Pick HUs can be created or used during picking to organize goods for packing and shipping.
• RF picking: RF screens guide workers through bin, product, and quantity confirmation, often using barcode scanning.
• Advanced picking support: Zone picking, pick-and-pass, voice picking, and pick-to-light may be supported through the appropriate configuration and integrated solutions.

Level: Intermediate

Key terms: Pick task, pick HU, RF, zone picking

Packing in EWM combines picked products into shipping handling units at configured work centers or packing stations. Packaging specifications and packaging materials can help determine suitable packaging, and labels can be printed for shipment identification.

• Pack stations: Work centers configured for packing and related warehouse activities.
• Packing transaction: /SCWM/PACK supports packing products and handling units.
• Packaging specifications: Can propose suitable packaging materials and quantities based on configured rules.
• Advanced packing: More complex outbound packing processes can be supported according to the EWM edition and configuration.
• Shipping labels: Labels can identify handling units and support scanning during shipping.

Level: Intermediate

Key terms: /SCWM/PACK, pack station, shipping HU, label

During outbound processing, goods are moved to a staging area or door, loaded onto a transportation unit, and posted for goods issue. The goods issue posting updates inventory and communicates the relevant status to ERP.

• Staging: Goods are moved to an appropriate staging area or door based on configured determination rules.
• Loading: Handling units and deliveries are loaded onto the relevant transportation unit when transportation unit processing is used.
• Goods issue: Goods issue is posted in EWM through the applicable outbound delivery process. The update is integrated with ERP.
• Billing: Goods issue can trigger subsequent ERP processes, such as billing due-list creation, depending on the sales and billing configuration.
• Shipping documents: Delivery documents, labels, and relevant customs documents can be generated as required.

Level: Intermediate

Key terms: Staging area, loading, /SCWM/GI, transportation unit

A transportation unit (TU) represents a vehicle or transport container used in warehouse transportation processes. Yard management helps track vehicles and coordinate their movements, check-in, check-out, and door assignments.

• Delivery assignment: Transportation units can be linked to deliveries for loading and unloading activities.
• Yard tracking: Depending on the EWM edition and configuration, yard processes can manage vehicle locations and movements within the yard.
• Doors and checkpoints: Warehouse doors, checkpoints, and related master data support vehicle movement and dock coordination.
• Transportation unit maintenance: /SCWM/TU can be used for relevant transportation unit functions.

Level: Advanced

Key terms: /SCWM/TU, yard management, door, check-in

When a storage bin is empty or the available quantity differs from the expected quantity, the warehouse worker records a pick denial or picking difference using the relevant exception process. EWM can then initiate follow-up actions based on the configured rules.

• Pick denial: The worker records that the requested quantity cannot be picked, using an appropriate exception code.
• Zero-stock check: A configured zero-stock check or physical inventory process can help verify whether the bin is actually empty.
• Alternative bin: The system may propose another suitable bin if stock removal rules and system settings permit it.
• Difference handling: Identified differences can be recorded and processed through the relevant inventory difference procedures.
• Exception codes: Document the reason for a deviation and help determine the required follow-up action.

Level: Intermediate

Key terms: Pick denial, zero-stock check, difference bin, exception code

Planned replenishment (min/max), order-related replenishment, automatic replenishment after picking, and direct replenishment are the main replenishment types in SAP EWM.

• Planned: Triggered by a replenishment run based on bin minimum and maximum quantities.
• Order-related: Triggered when outbound demand exceeds available stock in the picking area.
• Automatic: Triggered when stock falls below the defined minimum quantity after picking.
• Purpose: Replenishment creates warehouse tasks to move stock from reserve storage to picking bins.

Level: Intermediate

Key terms: Planned replenishment, order-related replenishment, fixed bin, minimum quantity

SAP EWM supports annual (periodic) counts, continuous inventory, cycle counting, low stock checks, and zero stock checks.

• Physical inventory documents can be created for storage bins, products, or handling units (HUs).
• Counting results are recorded, and inventory differences are analysed and processed before being posted.
• Triggers can include pick denials, low stock after picking, and scheduled cycle counts.
• The /SCWM/PI* transaction family supports physical inventory activities, depending on the transaction and system configuration.

Level: Intermediate

Key terms: Cycle counting, zero stock check, low stock check, /SCWM/PI

Stock types describe the availability and status of warehouse stock, such as unrestricted-use, quality inspection, or blocked stock. EWM tracks stock quantities by product and storage location, including the relevant bin and handling unit where applicable.

• Example: F1 is commonly used for unrestricted-use warehouse stock in standard EWM configurations.
• Stock can change from one stock type to another through posting changes.
• Ownership, such as vendor consignment, and stock usage can also be tracked.
• Stock information can be monitored by bin, HU, and product using the warehouse monitor.

Level: Intermediate

Key terms: Stock type, F1, posting change, owner

Ad hoc movements move stock between storage bins without requiring a delivery, while posting changes alter stock status or ownership without necessarily moving the stock physically.

• /SCWM/ADPROD is associated with ad hoc product movements, while /SCWM/ADHU is used for handling-unit-related movements.
• Posting changes can switch stock types, for example, from unrestricted-use to blocked stock.
• Relevant changes are communicated to ERP when integration and configuration require it.
• Authorisations and reason codes help maintain control and traceability.

Level: Intermediate

Key terms: /SCWM/ADPROD, /SCWM/ADHU, posting change

Value-added services (VAS) are additional warehouse activities, such as labelling, kitting, repacking, and product customisation, planned as part of a delivery process or through separate orders.

• VAS orders define the required activities, products, and work centre.
• VAS activities can be triggered from deliveries or created manually, depending on the process configuration.
• Common use cases include e-commerce, retail, and contract logistics.
• VAS functionality is associated with Advanced EWM capabilities; availability depends on the SAP product and deployment.

Level: Advanced

Key terms: VAS, kitting, labelling, Advanced EWM

SAP EWM stages components for production orders and moves them to production supply areas (PSAs). It can also support component returns and the receipt of finished goods from production.

• Production material requests can be created based on production orders and the configured integration process.
• Staging methods include pick-parts, release-order-parts, and crate-parts.
• Finished goods receipt is processed from production into the warehouse.
• Production supply area mapping connects production supply requirements with the relevant warehouse bins and staging process.

Level: Advanced

Key terms: Production supply area, staging, production material request

Batches support product traceability and batch-based stock selection, while serial numbers identify individual items. Batch and serial number handling depends on the product master data and configured warehouse processes.

• Batch-managed products require the relevant batch information during goods receipt and goods issue, according to the configured process.
• Batch determination for picking can follow expiry dates or other selection criteria, including FEFO (First Expired, First Out).
• Serial number profiles define when serial numbers must be recorded, such as during goods receipt or goods issue.
• Both capabilities are important in industries such as pharmaceuticals, food, and electronics.

Level: Intermediate

Key terms: Batch, serial number profile, FEFO, traceability

Resources are the workers or equipment that perform warehouse tasks, while queues control which tasks are assigned to them.

• Resource types: Define resource categories, such as forklifts or warehouse pickers.
• Resource groups: Organise resources into groups for warehouse operations.
• Queues: Group warehouse orders according to criteria such as activity area or process type.
• Resources can log on to queues and receive suitable tasks based on their configuration and capabilities.
• These features help improve task assignment, workload distribution and operational tracking.

Level: Intermediate

Key terms: Resource, queue, resource group, RF logon

The RF framework provides mobile screens that warehouse staff use to scan products, process warehouse tasks and confirm activities on handheld devices.

• Logical transactions and RF menus define the screens, navigation and process flow.
• Users can log on through /SCWM/RFUI, select queues where applicable and process assigned tasks.
• Screen layouts can be configured to suit device dimensions, scanners and warehouse workflows.
• RF interfaces may use ITS-based technologies or other supported interfaces, depending on the SAP release and deployment.

Level: Intermediate

Key terms: /SCWM/RFUI, RF menu, logical transaction

The warehouse monitor (/SCWM/MON) is a central SAP EWM transaction for viewing and managing warehouse documents, stock, tasks, orders and resources.

• Monitor nodes provide information about deliveries, stock, warehouse tasks, warehouse orders, handling units and exceptions.
• Users can drill down into details and perform authorised follow-up actions, such as creating or cancelling warehouse tasks.
• Custom monitor nodes can be developed to support specific warehouse requirements.
• Available Fiori apps may provide related monitoring capabilities, depending on the SAP release and configuration.

Level: Basic

Key terms: /SCWM/MON, monitor node, stock overview

Labor management measures, analyses and plans warehouse work using standard times, process data and employee performance tracking.

• Warehouse processes are modelled, and standard times can be calculated for individual activities.
• Direct work, such as picking and putaway, and indirect work, such as cleaning or other support activities, can be recorded where configured.
• Performance data helps supervisors plan workloads, evaluate productivity and identify improvement opportunities.
• Advanced labor management capabilities depend on the SAP EWM edition, release and licensing.

Level: Advanced

Key terms: Labor management, engineered labor standard, performance tracking

The Material Flow System (MFS) connects SAP EWM with automated warehouse equipment, such as conveyors, shuttles and high-bay stackers, to coordinate material movement.

• MFS communicates with programmable logic controllers (PLCs) or supported control systems.
• EWM sends movement commands and receives status messages or confirmations through configured communication protocols.
• Communication messages, often called telegrams, help coordinate equipment and material flow.
• MFS is useful in highly automated warehouses. Its availability and requirements depend on the SAP EWM deployment and release.

Level: Advanced

Key terms: MFS, PLC, telegram, warehouse automation

SAP EWM uses exception codes to record deviations from normal warehouse processes and initiate appropriate follow-up actions.

• Exception codes can be entered during RF processing or other supported warehouse transactions.
• Depending on the configuration, exception handling can stop or change a process, record a difference or trigger follow-up tasks.
• Typical examples include pick denial, handling-unit differences, damaged goods and quantity discrepancies.
• Exceptions can be reviewed and analysed through the warehouse monitor and other relevant tools.

Level: Intermediate

Key terms: Exception code, pick denial, follow-up action, quantity difference

SAP EWM can use SAP Fiori apps for warehouse monitoring, task processing, stock visibility, handling-unit management, packing and other warehouse activities.

• Available apps depend on the SAP S/4HANA release and the deployed EWM functionality.
• Fiori apps require the appropriate system setup, business roles, authorisations and catalogs or spaces and pages, depending on the launchpad configuration.
• Fiori can provide role-based interfaces for supervisors and warehouse workers.
• The RF framework is commonly used for scanner-oriented warehouse execution, while Fiori offers additional browser-based and mobile experiences where supported.

Level: Intermediate

Key terms: Fiori, warehouse monitor, business roles, catalogs, warehouse tasks