Handling Unit (HU)

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Table of content1 Handling Unit (HU)

1.1 Packaging Materials

1.2 Packaging Specification

1.2.1 Creation of Packaging Specifications

1.2.2 Packaging Specification Determination

1.2.3 Distribution of Packaging Specifications

1.3 Unique Identification of Handling Units

1.3.1 SSCC Number Assignment According to EAN128

1.4 Packing at the Work Center

1.5 Automatic Packing in the Inbound Delivery

1.6 Packing During Warehouse Task Confirmation.

1.7 Deconsolidation Using Radio Frequency

1.8 Packing using Radio Frequency

1.9 Printing Handling Unit Documents


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1 Handling Unit (HU)

Definition

A handling unit is a physical unit consisting of packaging materials (load carriers/pack ing material) and the goods contained on/in it. A handling unit is always a

combination of products and packaging materials. All the information contained in the product items, for example, about batches, is retained in the handling units

and is always available.

Handling units can be nested, and you can create a new handling unit from several other handling units.

A handling unit has a unique, scannable identification number that you can construct according to industry standards such as EAN 128 or SSCC.

Fig. 1: Example of a Handling Unit

Structure

The object Handling Unit contains the following attributes:

Identification number

Dimension

Weight

Volume

Status

Products and quantities

Packaging material

Packaging spec ification

A handling unit consists of a handling unit header and handling unit items. It receives a unique number that is used for identification purposes.

Handling Unit Header

The header data of a handling unit is divided up as follows:

Weight/Volume/Dimension

General data

Storage-Specific Data

For more information about the different detailed information, see Packing in the Work Center.

Status

The handling unit is connected to general status management. This enables you to document the various physical statuses (such as planned or realized) and

other attributes (such as, weighed, loaded, blocked, or posted for GI) for a handling unit.

If you want to use your own status, you can store a user schema for the packaging material type.

Handling Unit Item

The items of a handling unit can consist of material items, auxiliary packaging materials, or other handling units, which are displayed in an overview. For more

information about this overview, see Packing in the Work Center.

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Packaging Materials

Definition

Packaging materials are used to enclose or hold together the packaged goods. You can pack the packaged goods into or onto the packaging material. The

packaging material can b e a load carrier. The most important packaging materials are, for example, c rates, boxes, containers, wire baskets, and pallets.


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Use

For each packaging material that you want to use, you must maintain product master data.

The gross weight and the volume that you enter in the product master are particularly important for packing. If you create a handling unit, the master data for the

packaging material is automatically adopted, and the gross weight and volume become the tare weight and/or tare volume of the handling unit.

The tare weight and tare volume refer to the gross weight and volume of the packaging material. In the case of a container, for example, this is the

tare weight of the unloaded container (the total weight of the container minus any goods and packaging materials packed into it).

Structure

If you choose the Global Data view in the product master record, you can maintain the following data in the Packing Data screen section (you access p roduct

maintenance from the SAP menu. To do this, choose Extended Warehouse Management Master Data Product Maintain Product ):

Section Basic Data: Packing :

Packing group

Reference product for similarly packab le products

Standard HU type

Section Basic Data: Packaging Material :

Packaging material type

Handling unit type

Section Capacities

Maximum allowed weight

Excess weight tolerance for the handling unit

Tare weight variab le

Maximum allowed volume

Excess volume tolerance for the handling unit

Packaging material is closed packaging

Maximum level (by volume)

Maximum allowed capacity for the packaging material

Excess capacity tolerance for the handling unit

Maximum packing length of a packaging material

Maximum allowed packing width for the packaging material

Maximum packing height of a packaging material

You can find exact details about the function of the individual fields in the field help.

Integration

Packaging materials are a special type of product that can be used for packing or transporting goods. During packing, you must always enter a packaging

material so that the system can create a handling unit.

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1.2 Packaging Specification


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Definition

A packaging specification is master data. The packaging specification defines all the necessary pack ing levels for a product in order, for example, to put away or

transport the product. For a p roduct, a packaging sp ecification mainly describes in which quantities y ou can pack the product into which packaging materials in

which sequence.

Use

In printed form, a packaging sp ecification is a set of instructions for the employee in the warehouse. More speci fically , the work steps that you enter in apackaging specification are intended as information for the employee. In this way you can, for example, give the employee exact instructions as to where to

place the label on a box, or how a product should be stacked onto a pallet.

The system can determine packaging specifications during various processes (see below). Processes that determine packaging sp ecifications use only

parts or specific attributes from the packaging sp ecification.

Structure

Header

Attributes such as the name of the packaging specification, user name of the creation user, status, and so on.

Contents

A packaging specification contains a product. However, some packaging specifications contain more than one product, or refer to other packaging

specifications.

Level

You can map various pack ing levels in a packaging specification. Each level contains a target quantity, which defines how many times you can pack the

previous level into this level.

Element group

For each level there is exactly one element group. However, you can reuse element groups in several p ackaging sp ecifications.

Elements

Elements consist of a packaging material and/or a work step.

Step

A text with an identification, which you can use in one or more packaging specifications.

Packaging material

A product that is defined with a packaging material type in the product master.

Example for a Packaging Specification and Its Structure:

Header: Name: PS1, Status: New

Contents: product A, 1 piece

Level 1: Target quantity one, element group EG1

Element group EG1:

Element E1: packaging material Small box, work step Place 1 piece upright in each box

Element E2: additional packaging material Label , work step Place label on upper left

Level 2: Target quantity 50, shift quantity 10, element group EG2

Element group EG2:

Element E3: packaging material Pallet, work step Place boxes layer b y layer onto pallet

Integration

The following figure shows which p rocesses use the packaging sp ecification, and us ing which components:


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In both the Inventory Collaboration Hub (ICH) and in Extended Warehouse Management (EWM), you can use the same packaging specification for an inbound

delivery or an ASN that you then use for the Automatic Packingprocess.

Example

Palletization data in EWM

In your warehouse, you put away product A onto pallets for 50 pieces. Create a packaging specification with a level that contains the main packaging material

Pallet and the contents Product A. For this level, enter the target quantity 50.

In the process Putaway for the inbound delivery, the sy stem sp lits the quantity in the inbound delivery across multiple warehouse tasks, due to this packaging

spec ification. For example, if a quantity of 100 p ieces is delivered, then the system creates two warehouse tasks for 50 pieces.

Functions of the Packaging Specification

The following functions are possible for packaging specifications:

Create, copy, and activate (see also: Creation of Packaging Specifications)

Determine (see also: Packaging Specification Determination)

in mehrere Systeme verteilen.

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Creation of Packaging Specifications

Use

You create a packaging specification to map in the system how you should pack a product.

Prerequisites

You have made the following settings in Customizing:

Define Number Range for Packaging Spec ification

Define General Packing Parameters

Define Group for Packaging Specification

SAP also recommends that you make the (optional) settings under Maintain Structure of the Packaging Specification and Determination of Packaging

Specifications .

For more information, see the Implementation Guide (IMG) for SCM Basis under Packing Packaging Specification .

Features

When you access the Maintain Packaging Spec ification transaction, the overview screenappears first. This is divided into two parts: the upper sc reen is used


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to search for existing packaging specifications. The lower screen is a list in which you create new packaging sp ecifications, and can disp lay or change existing

packaging specifications.

From the list, you can go to the create , change , and display functions on the detail screen. This displays the structure of the packaging spec ification in the

left screen area (in other words, the levels, elements, and the contents). The upper right screen area shows the most important header data for the packaging

specification. The lower right screen area shows the detail data for the selected subobject of the packaging specification (in other words, for the level, the element,

or the contents).

Activities

1. O n the SAP Easy Access screen, choose Extended Warehouse Management Master Data Packaging Specification Maintain Packaging

Specification .

2. The overview screen appears. Here you can access existing packaging specifications using the quick search or the advanced search.

3. To create a new packaging spec ification, choose Add New Line (symbol ).

4. In the PS Group column, select a packaging spec ification.

5. Select the packaging specification, then choose Change to access the detail screen.

6. On the detail screen, you can first edit the header attributes for packaging specification, for examp le, you can enter a descrip tion or define the bus iness key

for the packaging spec ification ( Determination tab page).

7. You can define the structure of a packaging specification in Customizing (see also the IMG for SCM Basis under Packing Packaging Specification

Maintain Structure of Packaging Specification Define Level Set ). If you work without level sets, then you should speci fy the structure of the speci fication

in the packaging specification. You create levels and contents in the left screen area using the context menu (right mouse button).

8. When you create a packaging spec ification that describes the packing for a product, you enter the product in the Contents area.

9. For a level, you enter a target quantity and, where required, the minimum and shift quantity. Note that these quantities refer to the previous levels. Target

quantity 10 for level 2 means, for example, that you should pack level 1 ten times into the main packaging material for level 2. In other words, 10 boxes onto

one pallet.

10. For a level , you can either create the elements manually , or if you are working with a level set then the elements are proposed by the system.

11. To spec ify the main packaging material for a level, for example, c reate an element with HU relevance Main Packaging Material , and enter the packaging

material in the relevant field.

12. The attributes Weight , Volume , and Dimensions (tab page) for the level are automatically determined by the system for the first main packaging

material for a level. For this, the system adopts the attributes for tare and maximum weight (and/or volume, and/or capacity) and the dimensions from the

product master for the packaging material. Choose HU Check to make the system calculate the attributes Loading and Total Weight (and/or Volume ,

and/or Capacity ).

13. When you save, you close a packaging specification in the detail area.

14. Choose Back (F3) to go back to the overview area.

15. In the overview area, you can activate one or more packaging spec ifications. The prerequis ite for being able to determine the packaging specification in

other processes is activation of the packaging specification (see also: Packaging Specification Determination). If the packaging specification contains all the

data and you can use the packaging spec ification for the process, then you activate the packaging speci fication.

16. The overview area also offers you the functions Copy , New Version , Print Preview , and Delete .

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1.2.2 Packaging Specification Determination

Use

You can use this function to determine a packaging specification using the business characteristics you have defined. The system uses the condition technique to

do this.

From the business characteristics predefined by SAP, you select those that are suitable for your processes (for example, product and vendor). A set of business

characteristics forms a condition type. You can define different condition types for different processes.

After you have specified a condition type, you can assign a packaging specification to these business characteristics. This means that you can, for example,

spec ify that for a product P, vendor A, and process Automatic Packing in the Inbound Delivery , the sys tem finds packaging specification PS. At the end of thisprocess, handling units are created on the basis of the packaging specification found.

Integration

The following processes use packaging specification determination:

In Extended Warehouse Management (EWM):

Automatic pack ing in the inbound delivery

Packaging material determination during warehouse order creation

Packaging material determination in the outbound delivery

Packaging material determination during deconsolidation

Slotting

Internal warehouse processes (such as determination of palletization data, determination of the operative unit of measure)

In Service Parts Planning (SPP):

ATP Sourcing Rounding Rules MM Deployment Rounding Rules


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Prerequisites

You have made the Customizing settings for packaging specification determination.

In the SAP standard system, Customizing settings for packaging specification determination have been predefined. However, you can make enhancements

in the customer namespace. For packaging specification determination, you require the following:

Condition table

Access sequence

Condition type

Determination procedure

You have created, spec ified, and activated determination records for a packaging specification.

Features

For more information about condition technique, see the CA documentation for message control. Packaging specification determination runs using the same

principles.

Activities

The following describes how to create determination records in the system:

1. Choose Extended Warehouse Management Master Data Packaging Specification Maintain Packaging Specification .

The Pack aging Specification Overview screen appears.

2. Choose a packaging spec ification that already exists, or create a new specification, and choose Change (if you have already activated the selected

packaging specification, you must first create a new version of this packaging spec ification).

3. On the determination tab page (Details for PS Header), enter a condition type or use the proposed condition type (see Customizing Define Level Set ). This

screen always displays all condition records that you have created for the packaging specification.

4. Choose one of the proposed condition tables for which you want to create a condition record (If you have used the access sequence to assign more than one

condition table to the condition type, perform this activity). You can configure these combinations as you want using Customizing. Choose OK .

5. Depending on the condition table/key combination you selec ted, make the mandatory entries (the current packaging sp ecification number is entered

automatically in the column). If necessary, change the sequence number of the condition record, to change the sequence of the determination.

If, for example, you selected the key combination supply chain unit/product, then the subsequent mandatory entries are the supply chain unit and the

product.

If the system shows you condition records for other packaging specifications, then any condition record that is also displayed has the same key combination

as the newly created record. Check whether there is an overlap of the two keys.

6. Save your condition record.

7. If there are no active packaging spec ifications, then you activate the packaging specification.

If there is an active version of the packaging specification, then the condition records refer to the packaging specification number (regardless of the version),

and the system takes this packaging specification into account during packaging sp ecification determination.

8. You can use the Condition Maintenance transaction for activated packaging specifications, to add new condition records, or to change/delete existing

records. Here you can also see an overview of all condition records, without reference to specific packaging specifications.

If the semantic key (in other words, the condition table, all fields of the condition table, and the condition sequence) are the same within a validity

period, this results in an overlap of two condition records.

If at least one condition record exists and it would not result in an overlap with condition records that already have active packaging specifications,

then you can activate a packaging spec ification.

If at least one condition record for the active packaging specification contains an error (in other words, will not be included in the determination), or if

no condition record exists for this p ackaging sp ecification, a yellow traffic light is displayed in the packaging specification overview.

To find out whether the correct packaging spec ifications have been found, you can use transaction Switch On/Off Determination Analysis for

Packaging Spec ifications to define whether the determination analyses for packaging spec ifications are stored in the database. Using the log, you

can analyze which access sequences/condition tables the system used during the determination and which condition records were found.

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Distribution of Packaging Specifications

Use

If you want to use packaging specifications in multiple SCM systems, you must distribute these packaging specifications to the other systems so that you are

able to work with the same master data in all systems.

Prerequisites

You have distributed the products and locations in all systems involved.

Features

You can distribute the packaging sp ecifications to different SCM systems by qRFC.


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Activities

1. In the distributing system, set up an RFC ABAP connection to them target system.

To do this, on the SAP Easy Access screen choose Tools ALE ALE Administration Runtime Settings Maintain RFC Destinations (see also :

Setting the RFC Destination).

2. In the distributing system, register a logical destination for the RFC ABAP connection in the qRFC Monitor.

a. To do this, on the SAP Easy Access screen choose Advanced Planning and Optimization APO Administration Integration Monitor

QRFC Monitor (Outbound Queues) .

b. Enter the client and choose Execute .

c . Choose Goto QOUT Scheduler .

d. Choose Edit Registration .

e. Enter the RFC ABAP connection in the Destination field and copy the other proposed values .

3. In the distributing sys tem, enter the RFC ABAP connection in Customizing for distributing the packaging specification.

For more information, see the Implementation Guide (IMG) for SCM Basis under Packing Packaging Specification Define RFC Connection for

Packaging Specification Distribution .

4. In the distributing system, set the distribution indicator for the packaging spec ification groups for which you want to distribute packaging spec ifications to

Source System.

For more information, see the Implementation Guide (IMG) for SCM Basis under Packing Packaging Specification Define Group for Packaging

Specifications .

5. In the target system, set the distribution indicator for the packaging spec ification groups for which you want to receive packaging specifications from other

SCM systems to Target System.

For more information, see the Implementation Guide (IMG) for SCM Basis under Packing Packaging Specification Define Group for Packaging

Specifications .

6. If you do not want to work with only the distributed packaging specification in the target system, rather also with packaging spec ifications that you create in the

target system, then you have to configure disjunctive number ranges to the number ranges in the source system in Customizing for the target system.

The packaging specifications in the target system then receive different numbers and therefore cannot cause any conflicts with the distributed (or about to be

distributed) packaging specifications.

a. In the target system, create disjunctive number ranges for packaging specifications, work steps and element groups.

For more information, see the Implementation Guide (IMG) for SCM Basis under Packing Packaging Specification Define Number Range for

Packaging Specification .

b. Enter the new number ranges for work steps and element groups.

For more information, see the Implementation Guide (IMG) for SCM Basis under Packing Packaging Specification Define General Packaging

Specification Parameters .

c. Create a new packaging specification group, assign the new number range for packaging specifications to this packaging specification group, and set

the distribution indicator to Local .

For more information, see the Implementation Guide (IMG) for SCM Basis under Packing Packaging Specification Define Group for

Packaging Specifications .

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Unique Identification of Handling Units

Use

Since a handling unit is a phys ical unit consisting of packaging materials (load carriers/packing material) and the goods contained on/in it, each handling unit

must be uniquely identifiable. You can do this by assigning an identification number. Within a client, this uniqueness can be ensured using a number range

object. Across systems, unique identification is only possible by ass igning a SSCC18.

Prerequisites

Ensure that you have made the following Customizing settings:

1. To configure the type of number ass ignment, choose the IMG activity Ass ign Number Range Intervals to Packaging Material Types .

2. To configure number assignment of the HU identification using a number range interval, choose the IMG activi ty Maintain Number Range Intervals for HU

Identification .

3. If you want to ensure unique identification across systems, choose the IMG activi ties in the section SSCC Number Assignment According to EAN128 .

For more information, see the Implementation Guide (IMG) for Extended Warehouse Management under Cross-Process Settings Handling Units External

Identification .

Example

If you want to edit or display a handling unit, you can only select the HU if this identification exists only once. If you permit multiple assignment of the same

handling unit identification, then the system cannot find the handling unit you require, which means, for example, that scanner-supported processing is notpossible.


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SSCC Number Assignment According to EAN128

Use

Because of global networking between manufacturers, transportation service providers, dealers, and consumers, communication between the instances involved

in the supply chain is becoming more important. The basis of efficient processing is a common numbering standard, which is defined by international

standardization organizations (UCC, EAN International).

The UCC/EAN128 and one of its subcomponents, the Serialized Shipping Container Code (SSCC)/Number of the Shipping Unit (NSU), is defined as a part of

these standards, and can be used to identify the handling units transported. This means that within the supply chain, the UCC/EAN128 and the SSCC can be

used to transmit data about the handling unit from instance to instance, for example, via EDI with EDIFACT or EANCOM standards.

You can uniquely assign SSCCs when you create handling units. SSCCs are used to identify and track handling units.

You can collate the SSCC and other parts of the UCC/EAN128 into a valid bar code chain, or extract them from a bar code chain. The system generates the

SSCC using a separate number range object.

Integration

EAN128 numbering is integrated into the packing functions.

Prerequisites

Before you can work with the EAN128 functions, you must request the basic number ILN2 (ILN = international location number) from either the UCC or EAN

International.

Features

When constructing handling units, you can use the packaging material to control that the system automatically assigns an SSCC/NSU. The number range used

for this is determined by the system using the warehouse number. For more information, see the Implementation Guide (IMG) for Extended Warehouse

Management under Cross-Process Settings Handling Units External Identification SSCC Number Assignment According to EAN128 Maintain

SSCC Generation for Each Warehouse Number .

You can also assign the SSCC/NSU can be ass igned externally, and can be checked against an external number range, which the system finds using the same

logic.

At the same levels, you can enter the basis number for ILN2 that you require to generate the SSCC.

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Packing at the Work Center

Use

Using packing in the work center, you can pack products into handling units (HU), and handling units into other handling units. For packing, there are various

restriction options (filters) available for selection on the initial screen, for example, storage bin, handling unit, or delivery, which enable each user to optimize their

worklist.On the left side of the work center screen, for example, you can use simple Drag&Drop to repack entire handling units, or to pack products into other handling

units.

The upper right screen area consists of tab pages that you can mainly use without a mouse. This transaction is particularly aimed at those users who physically

pack products at work centers in the warehouse. The system supports entries using the keyboard or a scanner (where the necessary information is available as a

bar c ode).

You can also transmit the exact weight to the SAP system, using scales connected to the system, or you can print handling unit documents.

Prerequisites

Ensure that you have made the required settings for packing in the work center, in Customizing and the SAP menu. For example, in the SAP menu you need to

specify which storage bin is assigned to a work center. In Customizing, you specify which functions are executed at the relevant work center. The display for the

different work centers is configurable. For example, in Customizing you can decide which of the available tab pages should be displayed for the user in the

relevant work center. For more information, see the Implementation Guide (IMG) for Extended Warehouse Management Master Data Work Center

Define Work Center Layout and Define Work Center .

Features


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Packing in the work center offers you the following range of functions:

Scanning of

HU Identification

Product

Warehouse Task

Storage Section

Creation of handling units

Repacking of handling units

Repacking of products

Post Differences

Changing handling units

Deconsolidation of handling units

You can configure pack ing in the work center in such a way that the system copies over frequently required data as default values for pack ing. In the Control

area, you can make the following settings:

Standard storage bin

Standard exception code

Propose Destination HU indicator

Propose Packaging Material indicator

External number assignment on/off

The display is divided into the left and right screen areas. You use the left screen area mainly for navigation, and for quick repacking of handling units and

products (only using the mouse). In the right screen area, you can request various detailed information about the individual entries.

The left screen area groups the display according to the following objects:

Storage section (displayed as symbol)

Storage bin (displayed as symbol)

Handling units (disp layed as symbol or , with or without system lock)

Storage section (displayed as symbol)

Open warehouse task (displayed as symbol)

Detailed Information

In the right screen area, you can edit or request the following detailed information for the individual objects.

Storage Bin

Storage bin product (if unpacked products are present in the storage bin)

Storage bin information (warehouse number, sec tion, storage type)

Handling unit

Capacity (weight, volume, and dimensions)

Detail data 1 (internal warehouse data, such as warehouse process and process s tep, deconsolidation group, and so on)

Detail data 2 (status, ass ignment to deliveries, alternative HU identification)

Contents (list of the packed products and additional packaging materials contained in the HU) Possib le destination HUs (for example, for open warehouse tasks)

Open warehouse tasks (l ists all warehouse tasks that exist for a HU)

Confirmed warehouse tasks

Product

Product data

Possib le destination HUs

Open warehouse tasks

Confirmed warehouse tasks

Texts

Quality inspections

Warehouse Task

Possib le destination HUs

Note that you edit and/or assign additional packaging materials in the Product area.

Functions for Objects

In addition, you can execute the following functions from the right screen area:

Handling Units

Weigh

Close

Putback

Print

Delete

Empty

Aggregate

Product

Repack

Post Differences

Warehouse Task

Repack

Post Differences


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Activities

Since you can assign various work center categories to the work centers in Customizing, you also have the option of calling up the various work centers

separately in the menu. The corresponding input help is then restricted, depending on the work center, to the data you have configured in Customizing. For more

information, see the IMG under Define Work Center .

1. To access the various types of work center, choose one of the following menu paths:

a. From the SAP menu, choose Extended Warehouse Management Execution Packing - General

b. From the SAP menu, choose Extended Warehouse Management Execution Quality Inspection and Count

c. From the SAP menu, choose Extended Warehouse Management Execution Deconsolidation in Goods Receipt

2. Enter the relevant warehouse number, and use the input help to select the work center you require, if you have not assigned a work center to your terminal.

You can assign a work center to your terminal in the system, so that during packing, the system automatically fills in the correct warehouse

number and your work center. To do this, from the SAP menu choose Extended Warehouse Management Master Data Work Center

Define Master Data Attributes , and assign your terminal to the work center. You can also assign any scales that are connected to your work

center.

Packing Using Drag and Drop

In the area on the left, you can pack or unpack products in HUs, or pack HUs in other HUs as follows:

If you want to repack p roducts in other HUs, selec t the product and drag it into another HU.

If you want to unpack p roducts from other HUs, select the product and drag it to the storage bin.

If you want to pack an HU in another HU, selec t an HU and drag it into another HU.

Packing Partial Quantities Using Drag and Drop

1. If you want to repack just one partial quantity of a product, double cl ick a higher-level node (HU or storage bin) in the area on the left.

2. Choose the tab page Contents in the area on the lower right.

All the product items of the HU or storage bin are now visib le.

3. Enter the quantity that you want to repack in the Partial Quantity field and choose .

4. Drag the item from the area on the right into the target HU or target storage bin in which you want to repack these p artial quantities.

a. To do this, cl ick any cell in this row that is not ready for input.

b. Then use drag and drop to drag this cell to the target area (destination HU or destination storage bin).

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1.5 Automatic Packing in the Inbound Delivery

Purpose

Your vendor sends you inbound deliveries that do not contain any packing information about handling units. You can specify that the system automatically packs

any unpacked delivery items. The packed goods can then be included in process-oriented storage control.

Prerequisites

You have created and activated a packaging specification(see also: Creation of Packaging Specifications).

Determination for the packaging sp ecification is configured for your bus iness characteristic s (for example, vendor and product). (see also: Packaging

Specification Determination)

You have configured the determination procedure for automatic pack ing in Customizing. For more information, see the Implementation Guide (IMG) for

Extended Warehouse Management under Goods Receipt Process Inbound Delivery Define WM-Specific Settings for Document Types .

Process

1. An inbound delivery notification arrives in Extended Warehouse Management (EWM) via the ERP interface.

2. When you activate the inbound delivery notification, the system simultaneously creates the handling units (HU), where the vendor has sent you the HU data.

Moreover, at this time, the system calls packaging specification determination for the unpacked items, using the determination procedure you have defined.

3. If the system finds a p ackaging specification, it creates handling units according to the packaging specification. When creating packaging specifications, you

should ensure that the HU Check function does not disp lay any errors in the log. The system can only perform automatic pack ing successfully if the

packaging specification contains all HU-relevant data (in particular, packaging material, target quantity, and product).

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Packing During Warehouse Task Confirmation.

Enter


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Purpose

Packing during warehouse task confirmation offers you a transaction that supports you during warehouse task confirmation, in processes that use printed

documents. During pick ing, you can assign product warehouse tasks and handling unit warehouse tasks to pick-handling units. You can div ide a product

warehouse task between several pick -handling units. The sys tem can ass ign the pick-handling unit identification, or you can do this manually.

Process

1. Create a new entry for the pick-handling unit in the system. 2. Enter a default packaging material.

3. If required, enter a handling unit identification.

4. Create a handling unit.

5. During confirmation of the warehouse task, assign the pick-handling unit as the destination handling unit.

Results

The product or handling unit is included in the pick-handling unit.

Examples

A warehouse order contains 20 p roduct warehouse tasks, and 4 pick-handling units proposed by the system. The picker identifies 4 boxes as p ick-handling

units. The picker performs picking and notes down the pick-handling unit into which he or she places each product. When you enter data in the foreground, you

assign the proposed pick-handling units to the appropriate warehouse tasks during confirmation (for more information, see the input help).

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Deconsolidation Using Radio Frequency

Use

You are able to execute deconsolidation using a Radio Frequency (RF) presentation device.

Prerequisites

You are logged onto the RF environment.

Features

Logging on to a work center

For most of the transactions within the main menu for deconsolidation you need to log on to a certain work center to get proposals for several input fields.

Creating multip le handling units (HUs)

The creation of multiple empty putaway HUs can be used as preparation for deconsolidation.

Creating a single HU

The creation of a single empty putaway HU can be used as preparation for deconsolidation.

D econsolidating HUs

Deconsolidation is the repacking/sorting of items from the deconsolidation HU into several putaway HUs. Repacking is based on transfer order (TO)confirmation. After the TOs have been confirmed, a new TO is created that is then used for putaway. Sorting occurs by the consolidation group which is

copied from the activity area of the final putaway bin to the product TO.

Deconsolidating HUs manually

Deconsolidation can also take place without you logging on to a work center. In this case, the system does not propose a putaway HU. Instead, you have to

enter the putaway HU manually. The system still checks if the destination HU is valid for the selected TO.

HU overview

The HU overview screen provides an overview of the deconsolidation HU that you want to deconsolidate, for example, the number of open TOs, weight, and

volume.

Creating a single HU manually

You can create a putaway HU without logging on to a work center. In this case, the system does not propose a packaging material or a bin. The creation of a

single empty putaway HU can be used as preparation for deconsolidation.

Changing HUs

In this RF transaction, you can close a putaway HU, delete an empty HU, convert a deconsolidation HU into a putaway HU, and condense a deconsolidation

HU. Whenever a putaway HU becomes full, you have to close the HU in order for it to be ready for the next process step such as putaway. If you have

created a HU in the system that you no longer need, you can delete it. To deconsolidate nested HUs, you have to condense them first.

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1.8 Packing using Radio Frequency

Use

You are able to execute packing using a Radio Frequency (RF) presentation device.

Prerequisites

You are logged onto the RF environment.

Features

Logging on to a work center

For most of the transactions within the main menu for packing, you need to log on to a certain work center. Especially if you work with the function Repacking

HUs automatically or the function Repacking HU items automatically, the system will consider all HUs located at the work center to propose destination HUs.

Creating a single handling unit (HU)

The creation of a single empty HU can be used as preparation for packing.

Repacking HUs automatical ly

Packing HUs means consolidating several pick HUs into a destination HU. The system proposes the destination-HU based on the consolidation group for a

scanned pick HU. If all repacked HUs contain the same consolidation group, the destination HU is also assigned to that consolidation group.

Repacking HU items automatically

Packing HU items means deconsolidating several pick HU items into destination HUs. The system proposes the destination HU based on the consolidation

group of the pick TO that belongs to the scanned HU item. If all repacked HU items contain the same consolidation group, the destination HU is also assigned

to that consolidation group.

Creating a single HU manually

You can also create a new HU without logging on to a work center. In this case, the system does not propose a packaging material or a bin. The creation of a

single empty HU can b e used as preparation for repacking HU items or HUs.

Repacking HUs manually

You can also repack HUs without logging on to a work center. In this case, the system does not propose a destination HU. Instead, you have to enter the

destination HU manually. The system still validates the consolidation group of the destination HU against the consolidation group of the pick HU.

Repacking HU items manually

You can also repack HU items without logging on to a work center. In this case, the system does not propose a destination HU. Instead, the user scans the

destination HU. The system still validates that the consolidation group of the HU item matches the one of the destination HU

HU maintenance

You can use HU maintenance to check and/or change the weight and volume of a HU, for example.

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Printing Handling Unit Documents

Use

Extended Warehouse Management (EWM) can use this function to automatically print lists or labels according to your Customizing settings, when you work with

handling units (HUs). The documents can contain information about the contents, destination, owner, and data necessary for further processing of the handling unit.

You can use this function in the warehouse management monitor, from the user interface for handling units, to perform or repeat printing for a handling unit.

Integration

Printing of handling unit documents is based on SAPscrip t texts and SAP Smart Forms as form templates.

EWM uses the Post Process ing Framework (PPF) for message control.

Additionally, EWM uses condition technique in the schedule condition for the PPF, to determine the printer, the form type, and the spool parameter.

For more information about the structure and Customizing for the Post Processing Framework, see the SAP Library under SAP NetWeaver

Components SAP Web Application Server Basis Services/Communication Interface (BC-SRV ) SAP Communication: Configuration

(BC-SRV ) Business Workplace and Services (BC-SRV-OFC) Generic Business Tools for App lication Developers (BC-SRV-GBT)

Post Processing Framework (BC-SRV-GBT) .

For more information about the condition technique, see the SAP Library under mySAP Customer Relationship Management CRM

Enterprise Enterprise Sales Sales Management for Commercial and Industrial Customers Basic Functions Condition

Technique.

Prerequisites

You have made the Customizing settings for the PPF.

You have defined the PPF action definitions with the relevant processing types.

In Customizing for the PPF action definition, you have defined the following data:


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Process ing time

Scheduling

Determination technique

Rule type

Action aggregation

You have defined the PPF conditions for the defined PPF action definitions.

You have made the Customizing settings for the condition technique.

You have defined condition tables.

In Customizing, you have defined your condition tables from the field catalog, which SAP delivers. You have selected fields from the field catalog as key

fields. These fields represent the condition under which the condition technique finds the condition record. If a data record transferred by EWM matches

your key fields, then condition technique finds the matching condition record.

In Customizing, you have defined condition types, and therefore the access sequence to the condition tables to search.

In Customizing, you have ass igned your condition types to the relevant condition schemas.

The condition schema specifies the conditions that you permit for determining data (such as printer, form type) and specifies the sequence (access

sequence) in which condition technique should consider them.

In Customizing, you have assigned the condition schema to the application object (warehouse process type, packaging material type, work center).

In Customizing, you have defined the condition maintenance group.

You need the condition maintenance group to create condition records. The condition maintenance group specifies the condition tables and therefore the key

fields.

You have defined the logical conditions that you want to use in the condition records.

You have defined warehouse-number-spec ific print settings (in particular the spool parameters).

Features

For printing handling unit documents, the following action definitions are supported in the PPF in the appl ication /SCWM/WME in the action profile /SCWM/HU .You have created these action definitions for each form type. This enables you to simultaneously print several different documents, for example, printing a HU

content note and printing HU labels.

An SAP Smart Form is availab le for each action definition. The system only supports p rinting of Smart Forms. The following table gives you an overview of the

action definitions and their corresponding Smart Forms forms. You specify the assignment between action definition and Smart Form form in the created condition

records.

Action definition Description SmartForm form

HU_CONTENT /SCWM/HU_CONTENT

HU_EXPRESS /SCWM/HU_EXPRESS

HU_HAZARD /SCWM/HU_HAZARD

HU_LABEL /SCWM/HU_LABEL

HU_SHPLABEL /SCWM/HU_SHPLABEL

HU_TO /SCWM/HU_TO

When you save handling units or confirm a warehouse task, the system calls the PPF and starts an attempt to print. The decision whether to print is dependent on

the condition records that are found in the schedule condition. If there is a condition record in which the PPF action definition matches the current PPF action

definition, the PPF triggers the executing method and printing. This only happens if the logical condition is fulfilled, if one is entered in the condition record. In the

work center, you can also trigger manually using a button.

During printing or repeat printing, you can also execute PPF action definitions for which no condition records were created. However, since this means that the

necessary data such as printer, form name, and spool parameters cannot be determined, you must enter this data manually.

During printing, both the application and the PPF write data into tables. You must reorganize these tables manually. To do this, use report

/SCWM/R_REORG_HU_WO_PRINT .

During printing, the PPF writes a determination log and a processing log. You can switch these logs on and off, since they can become large. To do this, use

parameter /SCWM/HU_PRT_PROT , where 'X' means that the system writes the log.

Activities EWM automatically triggers the print run from process ing, or you trigger it manually .

EWM calls the PPF and transmits the appl ication data.

The PPF determines the PPF action definitions you have defined in Customizing for the PPF app lication /SCWM/WME and the PPF action profile

/SCWM/HU .

The PPF calls the schedule condition that corresponds to the PPF action definition.

In the schedule condition, the PPF calls determination in the condition technique.

Determination of the condition technique returns the relevant condition record. This determines the printer, spool parameters, and the Smart Forms form.

PPF lists the current application data.

The system determines the function module that corresponds to the Smart Forms form, and calls this function module using the application data.

PPF saves the action that was executed and the logs that were written.


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