Processing a Goods Receipt in SAP EWM

Objective

After completing this lesson, you will be able to process a goods receipt in SAP EWM

Purchase Order, Inbound Delivery and Warehouse Request

Purchase Order and Inbound Delivery in the SAP ERP System

Note

See the following video to learn more about an inbound process using a purchase order and an inbound delivery in the SAP ERP system:

Note

It is expected that the supplier sends an advanced shipping notification (ASN). From this, the inbound delivery is created, referring to the purchase order. In this course, an inbound delivery is always created manually. This is also what you do if you do not use EDI.

Confirmation Control Key

When you create the purchase order, you must define whether you expect a shipping notification from your supplier or not. Define this using a confirmation control key (in our training system this is ANLI) which is set at each purchase item level. You can predefine the control key either in shipping customizing, the information record, or in vendor master data.

If the confirmation control key is set, an inbound delivery document must be created. The inbound delivery is based on the purchase order. If the confirmation control key is set but the inbound delivery not yet created, it is not possible to post a goods receipt.

The inbound delivery contains information from the purchase order, including the:

  • Material to arrive
  • Quantity of that material to arrive
  • Plant and storage location

Inbound Delivery Notification and Inbound Delivery in SAP EWM

Note

See the following video to learn more about an inbound delivery notification and an inbound delivery in SAP EWM:

Note

  • The (EWM) inbound delivery document number is generated within an SAP EWM-specific number range. In embedded EWM or in a decentralized EWM based on SAP S/4HANA, it is possible to re-use the ERP delivery number for the SAP EWM inbound delivery. While this is practical for embedded EWM, this might create issues if your decentralized EWM is connected to more than one SAP ERP backend system and the number ranges in these systems overlap.
  • Any changes to the inbound delivery document are sent back to ERP. An inbound delivery document with status Execution completed is the basis for a proof of delivery (POD) document in the ERP system.
  • The inbound delivery notification and inbound delivery documents are for a single warehouse. The inbound delivery document can also be used for forecasting the WM capacity load. SAP EWM processing is done from the inbound delivery document.

Warehouse Request and Warehouse Activities

A warehouse request enables the processing of warehouse activities. Warehouse activities are:

  • Picking
  • Putaway
  • Posting changes
  • Stock transfers (within the warehouse)
  • Scrapping

These are performed using warehouse tasks and these documents are created with reference to the respective warehouse request. Using the Warehouse Management Monitor, you can display and supervise all documents that are based on a warehouse request.

When a warehouse request is created, the delivery data from ERP is mapped, SAP EWM-specific data is determined, and a warehouse process type is assigned. The warehouse process type controls the processing of a warehouse task in SAP EWM.

When the warehouse request (inbound or outbound) is created or changed, the system automatically adds data. If a packaging specification exists, SAP EWM can automatically create handling units for inbound deliveries. You can determine packaging specifications using the condition technique.

During the creation of an inbound delivery with a corresponding handling unit, there is a check to determine if the handling unit is permitted in the warehouse. If a product is batch-managed, batches can be created.

Handling Unit Integration

In the ERP inbound delivery, you can create a handling unit (HU) manually in the packing transaction or your supplier tells you the packaging data in the shipping notification. The HU number is transferred to SAP EWM and is visible in the HU tab in the inbound delivery notification and in the inbound delivery.

You can putaway this HU. Customizing of the destination storage type defines whether you can or must putaway packed or unpacked products.

Note

ERP Handling Unit Management (HUM) cannot be activated for a storage location which is EWM managed. It is not possible to assign a storage location with an active handling unit requirement to a decentralized WM. However, if you receive or create an HU in EWM, it is visible in the ERP Handling Unit Monitor and it is assigned to the inbound delivery. But changes which are happening in EWM are not always reflected. For example: from an EWM point-of-view the HU used during a putaway process is not much more than a storage unit.

Goods Receipt

A Goods Receipt Posting

A goods receipt posting is triggered from the SAP EWM system and then posted to the ERP system. In the ERP system, the inventory management document, together with the required financial document, is created.

This image depicts a flow chart of procurement and delivery processing between ERP (Enterprise Resource Planning) and EWM (Extended Warehouse Management). On the left under ERP, there is a sequential process starting with Purchase Order followed by Inbound Delivery. These steps are connected with blue arrows indicating the movement from one stage to the next. On the right under EWM, the process continues with Inbound Delivery Notification leading to Inbound Delivery, also connected with blue arrows. Additionally, there's a larger blue arrow looping from the EWM section back to the ERP section, indicating feedback or integration between the two systems. The ERP section is shaded in blue, while the EWM section is shaded in green, and each segment identifies its area of application and connection with respective documents represented as paper icons.

The goods receipt posting can be the first step when processing an inbound delivery, it can be done in the Warehouse Management Monitor, or it can be done automatically when confirming the warehouse task for putaway. Additionally, there is a separate transaction to post the physical goods receipt. That transaction is ideal for use at a warehouse door. Various objects are available for posting the goods receipt, for example:

  • Transportation unit
  • Handling unit
  • Product number
  • Deliveries

Note

You can post the goods receipt explicitly, but you can also post the goods receipt implicitly when confirming the warehouse task (WT).

Using Two Storage Locations

The goods receipt posting is usually performed when the goods have physically arrived. In SAP EWM, it is possible to map this complete process with two storage locations. While the stock is in the putaway process, it belongs to one particular storage location (in this course storage location RD00, received on dock is used for this). Goods that are in the final destination bin, belong to another storage location (in this course storage location AF00, available for sale is used for this). By doing that, ERP inventory management can display the stock, but makes it transparent for the user that this stock is in the process of putaway and it is not fully available from a warehouse perspective. This is a standard scenario.

Other Supported Scenarios

Other inbound delivery scenarios are supported such as:

  • Returns from the customer
  • Goods from production
  • Goods received from expected goods receipt processing

How to Explore the Inbound Process and Post a Physical Goods Receipt

This is part 1 of 2 of the demonstration of this process:

Warehouse Tasks and Warehouse Orders

Introduction to Warehouse Tasks

Warehouse tasks are used to execute good movements in the warehouse, and these movements may be physical or just stock changes.

Warehouse tasks are needed for:

  • Picking

  • Putaway

  • Internal movements

  • Posting changes

  • Goods receipt postings

  • Goods issue postings

A warehouse task is a document that tells the warehouse worker what to do, for example, move X pallets of product Y to storage bin ABC.

In a putaway or picking process, or for posting changes, the basis for the warehouse task is the warehouse request.

For each warehouse request item, the warehouse task is created either manually or automatically by the post processing framework (PPF).

In cases where warehouse stock must be transferred from one bin to another, it is possible to create a warehouse task without any reference document.

When a warehouse task has been executed, it must be confirmed. During confirmation, the warehouse worker confirms that the correct quantity of the correct product arrived at the correct destination bin.

Note

Technically the need for the confirmation is controlled by settings in the source and destination storage type. You can also define in a warehouse process type that the confirmation is done automatically with the creation of the WT. This is, for example, if a WT is only created to correct the bin information in which the material was stored.
An image illustrating the workflow of handling goods in a warehouse. At the top left, a cart is depicted with stacked boxes representing packages or goods to be processed. Below the cart, a section labeled Goods Receiving Area contains a blue square labeled Source Storage Type, indicating where goods are initially received and stored. To the right of this section, an icon of a document is labeled Warehouse Task, implying the processes or instructions needed to move the goods. An arrow extends from the Goods Receiving Area to a blue square on the right labeled Destination Storage Type, signifying the transfer of goods to a new storage type within the warehouse.

Note

If the warehouse worker finds that the planned quantity (target quantity) does not match the quantity that arrived, the worker confirms the task with a difference quantity. In this case, the worker must enter a predefined exception code and depending on the reason for the exception, the quantity in the delivery can be reduced or the difference is posted as a loss.

Warehouse Task Creation for Putaway

The image illustrates a sequence in warehouse management, presenting three main elements. On the left, there is a light blue document icon labeled Inbound Delivery (Warehouse Request). An arrow points to the right towards a yellow document icon labeled Warehouse Task. Above the yellow icon, another arrow points to a graphic of a blue question mark inside a dotted oval shape. Next to the question mark is text reading Destination: Storage type? Storage section? Storage bin? This indicates a decision or inquiry about the storage details during the warehouse task creation.

If a product is moved from the bin, where goods receipt was posted, to the final destination bin in the warehouse with a single step, the associated document is a Product Warehouse Task. It contains the required information, for example, the Warehouse Process Type (WPT) to use, the source bin, and the destination bin. That is a simple case. The situation can be more complex, for example, it may be necessary to repack the goods at a packaging work station before moving the goods to the destination bin. In this case a combination of product and HU warehouse tasks is used for the complete movement. The HU warehouse task contains the same information as the product warehouse task, but it is used for packed products and when movements are done with several process steps.

Note

The important part in the previous sentence is "and when movements are done with several process steps". A product warehouse task can also move a packed product, including the HU information.

Introduction to Warehouse Orders

Note

See the following video to learn more about grouping warehouse tasks into warehouse orders:

Warehouse Order Creation Rules

Warehouse orders are created as follows:

  1. Warehouse tasks are grouped together according to the activity area in which they are sorted, using predefined rules.
  2. For each activity area, one or more warehouse order creation rules are defined.
  3. The warehouse order creation rules are applied until each warehouse task is assigned to one warehouse order. Filters and limits are used as necessary.
  4. If rules cannot be used, an SAP-supplied standard rule is applied.
A flow chart diagram illustrating the steps involved in warehouse order creation. The process begins with a wave release and warehouse task creation labeled as step 1, represented by a box (top left). In step 2, individual tasks are formed, depicted with a vertical rectangle containing horizontal lines. Step 3 groups tasks by activity area, resulting in boxes labeled AA1, AA2, and AA3 (Activity Areas). Step 4 involves searching for warehouse order creation rules per activity area, shown in a rectangular table at the bottom labeled AA3, AA2, AA1 with rules WOCR2, WOCR4, WOCR5, WOCR3. In step 5, item filter rules are applied, resulting in boxes similar to step 3. Step 6 calculates subtotals, shown by adding horizontal lines with sigma symbols. Step 7 applies limits to each activity area and prepares for the creation of pick handling units (HUs). Step 8 depicts the creation of pick HUs: WO1, WO2, WO3 (bottom right). Finally, step 9 involves forming warehouse orders based on previous processing, feeding back into grouping boxes similar to step 3, completing the flow cycle. Each step is numerically ordered with blue circular icons for easy reference.

The search sequence for warehouse order creation works as follows:

During the grouping of warehouse tasks into warehouse orders, SAP EWM uses the search sequence for warehouse order creation, for example, rule A, then rule B, then rule C. SAP EWM works through the warehouse order creation rules in sequence, as defined for each activity area.

  • Filters and limit values: Control which warehouse tasks, and how many warehouse tasks, SAP EWM groups into a warehouse order.
  • Sort rules: When SAP EWM applies a warehouse order creation rule, it sorts the warehouse tasks according to the sort rule. Individual warehouse order creation rules can contain sort rules.

    Note

    In addition to sort rules and filter and limit values, warehouse order creation rules can also contain parameters for packing and consolidation groups.

  • Consolidation groups: During warehouse order creation, consolidation groups determine warehouse tasks that are permitted to be bundled together.

In order to be processed, every warehouse task has to be assigned to a warehouse order. If SAP EWM has applied all user-defined warehouse order creation rules for the search sequence, and unassigned warehouse tasks still remain, the system uses a remainder rule.

  • Remainder rules: Create warehouse orders for any remaining warehouse tasks. SAP EWM summarizes these warehouse tasks per activity area, queue, and consolidation group.
  • Standard rules: Group tasks per activity area, queue and delivery. If the system cannot find a warehouse order creation rule for an activity area, SAP EWM applies this rule.

How to Create Warehouse Tasks, Warehouse Orders, and Post a GR Through the Putaway

This is part 2 of 2 of the demonstration of this process:

Explore the Process of Receiving Goods

This is part 1 of 2 of the exercise:

This is part 2 of 2 of the exercise:

A Goods Receipt with Embedded EWM

Simplifications in Embedded EWM

One of the simplifications in SAP S/4HANA embedded EWM is the option to perform the goods receipt process without an inbound delivery in ERP and EWM (synchronous goods receipt). For a goods receipt posting directly in Inventory Management, the system then automatically creates the putaway warehouse task in EWM.

Goods Receipt with Embedded EWM. The image contains two flowchart diagrams each labeled SAP S/4HANA Embedded EWM, representing processes for asynchronous and synchronous goods receipt. The left diagram titled Asynchronous goods receipt shows the sequence: Purchase order, LE inbound delivery, leading to EWM inbound delivery, followed by Confirm inbound delivery, and then EWM goods receipt posting, concluding with Goods receipt posting and Warehouse execution. Arrows illustrate the flow and direction of each step. The right diagram titled Synchronous goods receipt begins with Purchase order, proceeds to Goods receipt posting, followed by EWM goods receipt posting, and concludes with Warehouse execution. A circular arrow next to Goods receipt posting indicates repetition within this step. Each process is differentiated by color: light blue for initial items and green for EWM processes or decisions.

The following are some of the goods movements that can be posted using synchronous goods movement:

  • Goods receipt with the Post Goods Movement app for manufacturing orders and for purchase orders
  • Cancellation of goods receipt for purchase orders
  • Return products to the vendor as a return delivery referencing previous goods receipts
  • Confirmation of manufacturing orders

Note

Synchronous goods movement communication is available in SAP S/4HANA using embedded EWM only. It is not available in decentralized EWM. The option for synchronous goods movements is available for manufacturing orders since SAP S/4HANA 2020, for purchase orders since SAP S/4HANA 2020 FPS01.

Note

The following features are not available for synchronous goods movements for external procurement:
  • Return delivery for material documents using the HUs from the original material document

  • External HU numbering upon receipt
  • Packing serialized products or products with valuation units into HUs during goods receipt in the Post Goods Movement app

Note

Quality management integration for synchronous goods receipts is available since SAP S/4HANA 2021.

Note

Since SAP S/4HANA 2022, other synchronous goods movement postings are possible. An example like a GR without purchase order (movement type 501), a GI for a cost center (movement type 201), or several types of transfer postings.

Summary

  • The process starts in the ERP system with a purchase order. The ERP inbound delivery is copied into the SAP EWM inbound delivery notification. The inbound delivery in SAP EWM is created automatically by the post processing framework (PPF). It acts as the warehouse request. All subsequent actions in the warehouse are based on this document.
  • A goods receipt posting is triggered from the SAP EWM system and then posted to the ERP system. This goods receipt posting can be the first step when processing an inbound delivery, or it can be done automatically when confirming the warehouse task for putaway.
  • Warehouse tasks are used to execute good movements in the warehouse, and these movements may be physical or just stock changes. When a warehouse task has been executed, it must be confirmed. A warehouse order represents an executable work package that a warehouse employee should complete within a specific time frame. It contains one or more warehouse tasks or physical inventory items. This is based on so-called warehouse order creation rules (WOCRs)
  • In SAP S/4HANA embedded EWM you can perform a goods receipt process without an inbound delivery in ERP and EWM. This is called a synchronous goods receipt. Several variants of synchronous goods movement postings are supported in SAP S/4HANA embedded EWM.

How to Post a GR in Embedded EWM

This is part 1 of 2 of the demonstration:

This is part 2 of 2 of the demonstration:

Post a Goods Receipt in Embedded EWM

This is part 1 of 2 of the exercise:

This is part 2 of 2 of the exercise: