Rc SCM310 ProductionOrders
Transcript of Rc SCM310 ProductionOrders
SCM310 Production OrdersSCM310
Release 640 04/06/2006
0
SAP AG 2003
SCM310 Production Orders
THE BEST-RUN E-BUSINESSES RUN SAP
© SAP AG 2003
SCM310Production Orders
SAP R/3 Enterprise, System Landscape Fx3 2003/Q3 50063195
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Copyright 2004 SAP AG. All rights reserved.
No part of this publication may be reproduced or transmitted in any form or for any purpose without the express permission of SAP AG. The information contained herein may be changed without prior notice.
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Target Group
Members of the project team responsible for the implementation of production orders (consultants and administrators)
Managers and employees in production areas (production schedulers, controllers, supervisors and operators)
Duration: 5 days
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Course Goals
Course Objectives
Course Content
Course Overview Diagram
Main Business Scenario
Course Overview: Contents
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At the conclusion of this course, you will be able to:
Course Goal
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Use production orders.
Create, release and fully implement production orders. You will be able tomake system settings and also understand production orders in context.
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Classify production orders in the production planning and execution environment (demand management, requirementsand materials planning, sales order processing and so on)
Implement or apply production orders and their most important functions
Understand and use the basic order management functionsin detail
Use the information systems for production orders Take into consideration the integration relationships within
the production order Teach yourself additional special functions
Course Objective(s)
At the conclusion of this course, you will be able to:
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Course Overview: Course Content
Unit 8 Order Control
Unit 9 Confirmations
Unit 10 Goods Receipt
Unit 11 Settlement, Archivingand Deletion
Unit 12 Information Systems
Unit 13 Mass Processing andAutomation
Unit 14 Collective Orders
Unit 1 Course Overview
Unit 2 Introduction
Unit 3 Order Creation /Order Change
Unit 4 Integration for Planning
Unit 5 Order Release
Unit 6 Printing Order Documents
Unit 7 Material Staging
Appendix
Preface
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Course Overview: Overview Diagram (1)
Goods ReceiptGoods Receipt 1010
ConfirmationsConfirmations 99
Information SystemsInformation Systems 1212
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion 1111
Collective OrdersCollective Orders 1414
Mass ProcessingMass Processingand Automationand Automation 1313
Material StagingMaterial Staging 77
111
Order Creation /Order Creation /Order ChangeOrder Change 33
Order ControlOrder Control 88
Printing ofPrinting ofOrder DocumentsOrder Documents 66
Order ReleaseOrder Release 55
Integration for PlanningIntegration for Planning 44
Course OverviewCourse Overview 22
Course Overview
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Overview: Contents
Overview of the process chain for order-related production
The process chain in other production planning and control scenarios
Characteristics of order-related production
Classification of order production in the organizational structures of SAP System components
Master data prerequisites for production orders
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At the conclusion of this unit you will be able to:
Overview: Unit Objectives
Recognize the different steps in the process chain for order-related production
Recognize the essential characteristics of order-relatedproduction
Understand how production orders in production planning and control and organizational structures are positioned
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Goods ReceiptGoods Receipt 1010
ConfirmationsConfirmations 99
Information SystemsInformation Systems 1212
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion 1111
Collective OrdersCollective Orders 1414
Mass ProcessingMass Processingand Automationand Automation 1313
Material StagingMaterial Staging 77
Order ControlOrder Control 88
Printing ofPrinting ofOrder DocumentsOrder Documents 66
Order ReleaseOrder Release 55
Integration for PlanningIntegration for Planning 44
Overview Diagram (2)
Course OverviewCourse Overview 11
22
Order Creation /Order Creation /Order ChangeOrder Change 33
Course OverviewCourse Overview
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Application Areas of Production Orders
P R O D U C T S T A B I L I T Y
Mechanical engineering, vehicle construction and contractors and engineering companiesConsumption goods, building, woodwork and electronic industriesAviation, astronautics, ...
Typ. IndustriesTyp. Industries
P R
O D
U C
T
C O
M P
L E
X I
T Y
Production by LotsProduction by Lots
MTO ProductionMTO ProductionSpecial ProductionSpecial Production Assembly Production/Assembly Acc.to Catalog
Period-OrientedProduction
Mass Production
Production orders are used in diverse branches of industry and their industry sectors. Production orders can be used in a wide range of production types that occur in practice. These production types are essentially dependent of the product stability,
product complexity and the manufacturing processes used.
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mySAP Supply Chain Management (mySAP SCM)
ExternalProcurement
Source Delivery
OrderFulfillment
Production
Production
Supply Chain Design
Strategy
Sales &Delivery Planning
Plan
Supply Chain Performance Management
Supply Chain Event Management
Partner
Customer
Partner
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hain
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Su
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Supplier
mySAP Supply Chain Management (SCM) is a comprehensive solution that allows a company to efficiently plan, regulate and control complex delivery, procurement and production networks.
This solution supports a synchronized and close interaction between all affected departments (and people) of a supply chain.
This complete solution includes customers, Sales and Distribution, Production Planning, Production, Inventory Control, Purchasing and vendors.
Particular emphasis lies on the processing of cross-company or cooperating planning and procurement processes that also enable a connection to open marketplaces.
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Cross-Application Functions
Material forecast Sales & Distribution
Stock
E
A C D
B
Cap
acit
y R
equ
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ents
Pla
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Cap
acit
y R
equ
irem
ents
Pla
nn
ingDemand program Customer req.Plnd ind. req.
Material requirements planning
Production preparationProduction preparation
Production executionProduction execution
Goods receiptGoods receipt
Goods issueGoods issue
SettlementSettlement
Planned orderPlanned order
SC
M P
lan
nin
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CM
Pla
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SC
M P
rod
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ion
SC
M P
rod
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Purchase requisition
Purchase order
Goods receipt
Invoice receipt
SC
M E
xter
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SC
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Co
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Production order management is a central component of a complex process chain that starts with independent requirements (planned or customer requirements) and ends in the issue of a finished product.
Production order management in the SAP System only controls the whole process of in-house production.
Production order management uses the following system components:ALE, workflow, Customizing, word processing, factory calendar, classification, communication and graphics.
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Production by production versions (for example, production lines)
Production of configurable materials
Order Change Management (OCM)
Multi-level collective orders
Assembly orders
Serial numbers / as-built configuration
Order splitting
External processing of operations / external procurement of components
Cross-plant production (planning and production plant)
Order-Based Production: Characteristics (3)
Enhanced Functions of the Production Order
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Enhanced Functions of the Production Order
Order-Based Production: Characteristics (4)
Trigger points (workflow, create prod. order, ...)
Planning and managing scrap and reworks
Discontinued material components
Quality inspections during production
Batch number assignment (product)
Batch determination (component)
Batch where-used list
Co-production
Transport and packaging units (HU)
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Production Planning and Control Data
Confirmations
CO object (cost collector)
Material movements (goods receipt / issue)
Production orders
Factory calendar
Mat. master
Work centers
Bills of material
Routings
Prod. resources/tools
CAPP formulas
Documents
MasterMaster datadata
TransactionTransaction datadata
Data that does not change frequently is defined as master data of the Production Planning System. Transaction data are documents that have a restricted time application. In the Production Planning
System these are production orders. Documents for confirmations, costs (CO objects) and material movements are assigned to the production
orders.
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Corporate Order Management
Order
Assignmentto a
material
OrderOrder Order
Overheadcost
orders
Capitalinvestment
orders
Goods for the market Internal company goods and services
Sales-Related
Goods sold
Goods instock
Company Internal
Cannot beactivated Can be activated
Customer Warehouse Cost center Asset portfolio
Logistic functions (quantities and values) Cost accounting functions (values)
Assignmentto a
sales order
Corporate order management is divided into two basic forms: Sales-related orders and company internal orders.
Within company internal orders, a distinction has to be made between:Orders purely for object control within cost accounting (for example, for promotional purposes or for use in trade fairs). Productive and value-added orders that can be activated (for example, for in-house production on a production line).
In the R/3 System, both basic order forms are assigned to SAP applications via order category. Examples: Production order (PPS) -> PP Production Planning
Plant maintenance order -> PM Plant MaintenanceNetwork -> PS Project SystemOverhead cost order -> CO ControllingCapital investment order -> CO Controlling
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Document Type, Order Category, Order Type
Material accounting documentsFinancial accounting documents
Orders
PP process orderPS networkCO internal orderCO production orderCO model orderPM plant maintenance order
Production order (external number range)Production order (special types)
Production order (internal number range)
PP production order
Document typeDocument type
Order categoryOrder category
Order typeOrder type
The document type is used to differentiate between business transactions in the R/3 System. Orders are one category of business transaction. Orders are divided up according to order category, as it is possible to have different orders within the
different applications. The system predefines fixed order categories for each application. You have the option of individually defining order categories for each order type within an application. An order type is used to control different processes:
Number assignmentSetting default valuesUser-specified status managementUser-specific field control (not for production orders in Release 4.7)Control of special functions (activating BDE, QM, LIS,....)
You define the settings for this in Customizing.
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Definitions in the Production Order
WhatWhat isis being producedbeing produced??
WhenWhen isis it beingit beingproducedproduced??
How much hasHow much has toto bebeproducedproduced??
For whom are we producingFor whom are we producing??((costcost object)object)
Which resourcesWhich resources andand methodsmethodsare being usedare being used in the in the productionproduction??
Which costs are incurred byWhich costs are incurred by thetheproductionproduction??
ProductsActivity
Planned order datesBasic order datesCalculated datesConfirmed dates
ReleaseStartFinal
Planned order quantityProduction order quantityConfirmed quantity
MaterialCost center
OrderAsset
Material usageProd. resources/toolsChecks
PlannedActual
The production order is determined by a series of definitions for manufacturing a product.
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Production Orders and Organizational Structures
Organizational unitsOrganizational units
Production order
Shop floor control
Demand management
Requirements planning
Inventory management
Company
Controlling areas
Sales organizations
Company codes
Valuation areas
PlantsPlants
Storage locations/batches/special stocks
Purchasing organizations
Production orders generally relate to the organizational unit plant. The organizational units above a plant can be structured in various ways.
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Demo Scenario: Pump Production in Plant 1000
0001 Material storage Plant 1000 (Hamburg)
Pre-assembly I
Work center R-V##
Pre-assembly II
0002 Finished goods warehouse
Goods receipt
Work center R-F## Work center R-E##
Confirmations
Final assembly II Final assembly I
Confirmation
Work center R-M##
Material stagingfor stock transfer
Storage bin PROD-1300
Delivery
Delivery
Sold-to party
SDSD
Demonstration example: Production with production orders:In plant 1000, pumps and their assemblies (casing, shafts, ... ) are produced. Final and pre-assembly and assembly production take place in storage and as make-to-order production. Production is organized according to the shop floor principle. The individual parts for assembly production are transferred by picking or via material staging lists from the material storage into production. When assembly is confirmed, the goods receipt for the assembly is booked directly to the storage location to which the final assembly production line is assigned. Components for final assembly that are not produced on the assembly production lines are transferred via the material staging list from the material storage.
The most important data in the course system is:Material numbersR-F1## Pump (Make-to-stock and make-to-order production)R-B1## Casing (Make-to-stock production)R-B2## Storage (Make-to-stock production)R-B3## Shaft (Make-to-stock and make-to-order production)R-B4## Drive electronics (Make-to-stock production with production version)
Work centersR-V## Pre-assembly 1R-M## Pre-assembly2R-E## Final assembly1R-L## Paintshop
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R-F## Final assembly2 R-P## Inspection
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Production Order - Symbol Overview
Order header
Detail screen (operation, component, PRT, ...)
Sequence overview
Component overview
Operation overview
Document overview
Status overview
Key
Collective order overview
Log
Trigger point overview
Change
Display
Save
Deletion
Schedule (order, collective order)
Cost
Check availability (material, capacity, PRT)
Release (order, operation)
Enter long text (text editor)
Generate object (for example, order)
Execute program (function)
Update
The slide shows the most frequently used pushbuttons (symbols) in the production order. The symbols have been arranged on the individual production order screens in such a way that you can
always find the relevant symbol in the same place on the screen. Order functions are arranged on the left and navigation functions on the right. In the overviews of the operations, components and production resources/tools, the relevant pushbuttons
for the individual object have been arranged underneath the overview. Where it was considered appropriate, pushbuttons were placed directly next to a data field.
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Overview: Summary
You have gained an overview of the process chain for order-related production and the role it plays in the SAP System.
You have been informed about the role of order management in the organizational structures of the SAP System.
The orders are assigned to an application using the order category.This determines the scope of the functions.
The order types help control special functions for each order category.
You have learned about the prerequisites for master data.
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Order Creation / Order Change: Contents
Life Cycle of a Production Order
Creation variants
Normal, with production version, with variant configuration, ...
No reference to material (any activity)
With reference order (copy order)
Function procedure "Creating an order"
Order data structure
Production order screens
Number assignment
Automatic follow-on postings
Bill of material and routing selection
Reading master data
Order Change Management (OCM)
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Goods ReceiptGoods Receipt 1010
ConfirmationsConfirmations 99
Information SystemsInformation Systems 1212
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion 1111
Collective OrdersCollective Orders 1414
Mass ProcessingMass Processingand Automationand Automation 1313
Material StagingMaterial Staging 77
33
Order ControlOrder Control 88
Printing ofPrinting ofOrder DocumentsOrder Documents 66
Order ReleaseOrder Release 55
Integration for PlanningIntegration for Planning 44
Overview Diagram (3)
Course OverviewCourse Overview 11
Course OverviewCourse Overview 22
Order Creation /Order Creation /Order ChangeOrder Change
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Creation Variants 1
2050
100
Activity
Directly (manually)
From planned order
Copy from order
For sales order
From SD (assembly order)
From confirmation(rework)
As collective order
With variant configuration
Order headerOrder header
Operations
Material components
Prod. resources/tools
PlannedTargetActual
Costs
With reference to material
Without reference to material
There are numerous possibilities for creating production orders.
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Creation Variants 2
Order
Order
Planned
Planned Order
Material BOM
OrderPlanned order
Planned
Create without routing andbill of material
Create with routings
Create with routingand bill of material
Create with planned order
Operations, material components and production resources / tools are normally copied from the routing and BOM.
You can also input such information manually. The BOM is not reread when you convert a planned order. If you do not specify otherwise in a routing, the system automatically assigns the BOM components to
the first operation.
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Creating Production Orders
FridayJuly
27 1992
TuesdayDecember
18 1992
ManualManual Requirements planningRequirements planning AutomaticAutomatic
Specify order type
Define order item
Copy routing
Copy bill of material
Lead time scheduling
Optional (Customizing)
Availability check
Add, change
Save production order
Various functions (1)(1)
The production order can be generated automatically (confirmation, sales order) or manually (directly) by converting it from a planned order.
A start / finish date is entered for the order item (product) according to the scheduling type (forwards or backwards) .
Lead time scheduling is executed automatically. It calculates the start / finish dates of the order and the detailed dates and capacity requirements of the operations.
You also have the option of carrying out an availability check (specifiable in Customizing). You can determine the planned costs when saving the order (specifiable in Customizing).
((11)) Other functions that can be executed automatically are:
Batch creation, determination, order classification, serial number assignment, document integration.
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Elements of a Production Order (SAP R/3)
Order headerOrder header
Operation sequencesOperation sequences
OperationsOperations
Capacity splitsCapacity splits
Material componentsMaterial components
Prod. resources/toolsProd. resources/tools
Trigger pointsTrigger points
ConfirmationsConfirmations
Order numberPlantProd. scheduler
Standard sequenceOther sequences
Work centerControl keyStandard values
Individual machineIndividual person
Settlement ruleSettlement rule
Settlement profileSettlement receiver
Material numberQuantityRequirements date
PRT numberPRT categoryNumber
Functions
QuantitiesTimes
CostsCosts
PlannedActual
Document linksDocument links
Order-related Cost Object Controlling (COC)
R/3
R/3
R/3
R/3
R/3
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R/3
R/3
R/3
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R/3
R/3
R/3
R/3
R/3
Doc. number
Doc. type
Document linksDocument links
The order structure can be enhanced by adding certain elements. At least one operation is required. The system automatically creates this operation when missing. You have the choice of whether or not to assign material components, production resources / tools
and trigger points to the operation. You can create several (parallel) operation sequences. You can make a selection from several alternative sequences. Suboperations are permitted within an operation. Costs are determined at operation level, submitted at order header level, and a settlement rule created for
the order, only in the case of order-related cost object controlling.
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Production Order - Header
1000767
General Assignment Goods receipt Control Dates/quantities Master data
Order typeOrder numberPlantMaterial or activityQuantities dates
To RoutingTo BOMTo Costing
Entered by / Changed byPlantsAssignmentsMRP controller
Control of goods receiptMovement type
Settlement ruleSettlement receiverPercentages
Deadline monitoringQuantity monitoring
Product (activity) to bemanufactured with the order
ManualPlanned order
Definition Origin
Order Edit Goto HeaderFunctions Environment
The segment of the order header describes the product that is to be manufactured with the production order (finished product, assembly, individual part).
There are a series of detail screens for the order header. The header text of a production order can either be the short text of the material master or the header
text of the routing that has been copied into the production order (with reference to this, see the switch in table T399X).
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Production Order - Operation
1000767
Stand. values Ext. processing Interoperation times Standard value calc.
Operation 0010
Operation overview
Single step inOrder
ManualRouting
OperationSuboperation
Definition Origin Types General Data
Standard values
Ext. processing
Interoperation times
Standard values calc.
Splitting
Overlapping
Operation dates
User fields
Quantities/activities
Confirmed dates
Order Edit Goto OperationFunctions Environment
General Data
This segment of the operation describes the individual work steps of the production order. There are a series of detail screens for an operation. These screens, in turn, incorporate further detail screens.
For example, you can branch from the component overview to screens for each material component. You have the option of inserting suboperations hierarchically with reference to an operation.
This enhances calculation and capacity planning.The operation control key of the sub-operation plays an important role in this.
Scheduling always occurs at operation level. The standard values of the suboperations can be cumulated on the corresponding operation when the
dimension and units of measurement are the same. It is not possible to assign material components or production resources / tools to sub-operations.
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Own scheduling for planned orders
To the day
Calculated basic dates Basic start dateBasic finish dateCreation date
Base in-house production time or replenishment lead time
Advantageous for performance
No capacity requirements are determined
Used
To the second
Starts from basic dates Requirements planningManual
Determined production dates (scheduled dates)
Start dateFinish date
Release date
Base operations
Determined capacity requirements
Material requirements planning
Lead time scheduling
Periods
Order head erOrder head er
Operati o ns
Mater ial com po ne nts
Prod. res ource s/t ool s
Cost s Pla nn edT argetAct ual
2050
100
for orders and routings
Scheduling in Production Planning
R/3
R/3
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R/3
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R/3
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R/3
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Production planning has two scheduling methods that are used differently and have different results:Scheduling of planned orders in material requirements planning (calculates the basic dates only)Lead time scheduling (starts from the basic dates and calculates the production dates)
Only lead time scheduling calculates operation-related dates and capacity requirements. Lead time scheduling is the basis for
Order schedulingRouting schedulingScheduling in applications PS, PM, PI
In addition, lead time scheduling can be activated in material requirements planning in order to determine capacity requirements for planned orders.
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Order dates Operation dates Time concepts
PS Planned start date (basic start date)
SS Production start date (scheduled start date)
SF Production finish date (scheduled finish date)
PF Planned finish date
AD Planned availability date
LT Loading time
GI Goods issue date
RDD Requested delivery date
ES Earliest start date
LS Latest start date
EF Earliest finish date
LF Latest finish date
Lead time of order oroperation
Execution time of operation
Interoperation times
Processing times insales
Float bef.prod.
Op.0010
Op.0020
Op.0030
Op.0040
........ Op.0099
Float afterproduction
GRproc.time
Pick/packtime
Loadingtime
Transittime
PS SS
Queuetime
Setuptime
Proc. time Teardown Wait time Move time
SF PF RDDGILTAD
ES LS EF LF
Float times for order/operation
SAP R/3 Order: Scheduling / Time Elements
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The slide shows all possible elements of the total lead time of a production order. There are two order float times, which serve different purposes.
Float before production - Postponement of dates, capacity planningFloat after production - Absorbs any delays
The order float can be predefined using a scheduling margin key (order header screen).This key is entered in the material master and maintained in Customizing for shop floor control under "Scheduling".
The duration of an operation is made up of a maximum of five time elements.Queue timeSetup timeProcessing timeTeardownMinimum wait time
The duration of the move time is the time between two operations but it is assigned to the preceding operation.
If a production order is being used to carry out production for a sales order (for example, assembly of a finished product), then other time segments that are relevant to sales have to be added to these.
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Production Order - Material Components
1000767
Purch.data VarSzeltmDta Co-product Text item
Compon. 0010
Material numberMaterial descriptionRequirements qtyReqmts date
ReservationItem categoryBulk mat. indicatorAvailable quantityIssued quantityMissing parts quantity
Text editor
OriginDefinition
Materials required for an operation or for manufacturinga product
Manual
BOM
Planned order
Order Edit Goto ComponentFunctions Environment
General data
In a production order, you can assign any number of material components to an operation. The segment for the material component describes the material required to carry out the individual
operations. There are a series of single screens for a material component.
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Production Order - Production Resources/Tools
Definition
1000767
General Quantities Dates
Item 0010
TypesOrigin
PRT numberPRT control keyPlant
Requirements qty
Usage valueFormulas
Usage dates
Document (graphics)PRT text
Production resources/tools requiredto execute an operation
Manual
Routing
Material
Equipment (as of 3.0)
DocumentOtherOrder Edit Goto PRTsFunctions Environment
In a production order, you can assign any number of production resources/tools to an operation. The segment for production resources/tools describes the required devices, tools, test equipment and so
on required for executing an individual operation. The production resources/tools category is essentially derived from the demands on a production
resource/tool and its relationship to a certain object (material, equipment and so on).
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Production Order - Documents
P-100
Order Processing Go to DocumentFunctions Environment
Doc. Data Additional Data Descriptions Object Links Original
Document
Document no.SubdocumentDocument version
Assignmt to operationOriginFormat
Object link
Original appl. file(s)Storage data
Definition
Production resources/tools requiredexecute an order
Origin
Manual
Material MasterBill of Material
Prod.Version
000 00
Originals
You can assign any number of documents to a production order. These are maintained in the Document Management System (DMS).
The documents themselves are only linked to the production order and not saved in it. You can create links from documents to a production order manually or automatically. Documents can be drawings, texts, videos and so on. Application example: Product descriptions
Assembly instructions and diagramsInspection instructions and certificatesWork instructionsStorage and transportation regulationsSpare parts listsMaintenance regulations
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1000767
General Assignment Goods receipt Control Dates/quantities Master data
Receiver of order costs
Definition
Order Edit Goto HeaderFunctions Environment
Production Order - Settlement Rules
Manual
Automatic
Origin
Material
Cost center
CO order
Asset
WBS element
Production lot
Sales order and so on
Account assignment categoriesAccount assignment categories
You control order settlement by way of settlement rules. The order can be settled proportionally to one or more receivers. Settlement rules are created manually or automatically (during order creation).
At the latest, they must be maintained before the goods receipts posting is carried out for the material to be produced.
You define the settings for order settlement in Customizing. If you use product-related cost object controlling, the settlement rules are contained in the product
cost collector and not in the production order.
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Automatic Postings
Material reservationsMaterial reservations
Purchase requisitionsPurchase requisitions
Costs (CO object)Costs (CO object)
Capacity requirementsCapacity requirements
Transport requirementsTransport requirements
Inspection lotsInspection lots
PRT requirementsPRT requirements
Inventory management
Purchasing
Controlling
Capacity planning
Warehouse management
Quality management
PRT management
When you create a production order, a series of additional posting procedures occur at the time of posting (the data is already formatted online). These automatically generate the required data for stored parts of the system.
Material reservations are generated for all warehouse components. You can choose whether these reservations are to be immediately relevant to MRP or not until the time of release (indicator in the order-type dependent parameters SAP R/3 T399X)
Purchase requisitions are created for non-warehouse components and externally processed operations. Costs are determined when you save. Transport requirements are generated when the operation is released. PRT requirements are only generated internally. At the present time, however, there is no
requirements planning for PRTs that works with these records. Transaction CF21 (using PRT in orders) is available for evaluating PRT requirements in production
orders. Missing parts records are written for missing parts.
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SAP AG 1999
Number Assignment for a Production Order
. . . .
1000000100000019999991999999
2000000200000029999992999999
3000000300000039999993999999
PP02PP02PI02PI02..........
XX
PP01PP01IDESIDESPP06PP06........
PI01PI01............
Number rangeNumber range objectobject forfor anan orderorder ((generalgeneral))
Range fromto
Assignment internalexternal(x)
Assignment of the order types(element)
Number range -Group 1
Number range -Group 2
Number range -Group 3
Order numbers are assigned according to order type. Numbers can be assigned either externally or internally. The order number can be composed of a maximum of 12 characters. Order numbers can be defined independent of company codes, plants and other organizational
structures. A number range group must be specified for each predefined number range. You can create an
unlimited amount of number range groups. The order categories can be assigned to any of the number range groups. The system does not allow
multiple assignment. The current status of the internal number assignment can be changed manually provided that the
sequences are taken into account. You maintain the number range in Customizing.
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Order dates Operation dates Time concepts
PS Production start date
PF Production finish date
AD Planned availability date
LT Loading time
GI Goods issue date
RDD Requested delivery date
OS Start date
OF Finish date
Lead time of order oroperation
Activity duration (from SAP R/3)
Activity duration (SAP APO)
Processing times insales
Op.0010
Op.0020
Op.0030
OP.0040
........ Op.0099
Safety days'supply
ActivityGR
Pick/packtime
Loadingtime
Transittime
PS
ActivitySetup
ActivityProduction
ActivityTeardown
PE RDDGILTAD
OS
ASOF
AF
Relationships
SAP APO Order: Scheduling / Time Elements
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
Activity dates
AS Start date
AF Finish date
AS AFAF AS
Rel. Rel. Rel.
The slide shows all possible elements of the total lead time of an SAP APO production order. The SAP APO production order is always scheduled with dispatching within capacity scheduling
using the selected planning strategies.For that reason, the lead times of an operation and of the entire order, are always dependent on the respective planning situation.
The duration of an operation is made up of individual activities with a duration and relationship (Rel.) between the activities, with a minimum or maximum duration.
Three activities can be transferred from the SAP R/3 routings.Setup (setup duration), production (processing duration), teardown (teardown duration)
The goods receipt processing time (SAP R/3) is mapped as an activity (Transport type). A safety days' supply (product master, Lot Size tab page) is available exclusively as order float time. The SAP APO production order does not have operation-related float or interoperation times (work
center and operation-related queue times, process-related wait times), because a philosophy of "exact planning" is assumed in the SAP APO PP/DS module.
Process-related wait times can be implemented within a relationship between two activities (manual PPM maintenance required).
Move times can be mapped as a separate activity (manual PPM maintenance required). If the production order is being used to carry out production for a sales order (for example, assembly of a
finished product), then other time segments that are relevant to sales have to be added to these through the SAP R/3 component.
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Calendar-dependent scheduling does not take place for relationships.
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Routing Selection - Criteria (SAP R/3)
Selection type (T399X) "With / without routing""Routing required / optional""Manual / automatic selection""With / without ref. operation set""P" (Production)"N" (Routing)"S" (Reference Operation Set)
ApplicationTask list type
Routing selection IDUsage
Material no.Plant
"Alternative selection" indicator (MRP screen 4)
Production version
GroupGroup counterStatusValidityLot-size rangeDeletion flag = = "X"
"Order quantity""Basic start/finish date""Released"
(in reference operation sets)
CustomizingCustomizing
Routing
Material
A
"Production version" indicator (T399X)
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
You define the routing selection options in Customizing. The most important tables are:
T399X order-type dependent parameters andTCA43 automatic selection
You can determine whether a routing is necessary or not (selection type). All criteria are always checked and a routing is only selected if all criteria are fulfilled. Determining the validity with which the routing should be selected, is dependent on the setting in table
T399D ( Customizing Requirements Planning).
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SAP AG 1999
BOM
Stage
0
1
2. . .
. . .
20
50
100
HEADERHEADER
ITEMITEM
ITEM
Pump P-100
Pre-assembled casing
100-100
Pre-assembled shaft
100-300
Casing
100-110
Support base
100-700
Shaft
100-301
Order headerOrder header
Operations
Material components
Prod. resources/tools
PlannedTargetActual
Costs
BOMs contain the material structure and required quantities of the individual components for a product. The required quantities are not dependent on the order.
BOM data is copied to the production order. Subsequent changes you make to the BOM do not take effect on orders that already exist.
When you create an order, a BOM is chosen on the basis of the corresponding selection criteria. The BOM is exploded on one level. An exception to this is multi-level BOM explosion for so-called phantom assemblies. Subitems are not copied to the order.
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BOM Selection - Criteria (SAP R/3)
BOM itemBOM item
CustomizingCustomizingBOM application (T399X)BOM selection IDBOM selection priorityBOM alternativeBOM usage
"Alternative no."
BOM statusValidity
Lot-size range
Deletion flag
"Released""Basic start/finish date"
"Order quantity"
= = "X"
StatusValidity
'Production'
BOM headerBOM header
Material no.
Plant
"Alternative selection" indicator (MRP screen 4)
Production version
Material
A
BOM
"Production version" indicator (T399X) "Automatic/manual"
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
You must define the BOM selection options in Customizing. The system always checks all criteria. Only BOM items relevant to production are copied to an order. (See the item status of the
component.) If there are several valid BOMs that could be selected, the system automatically chooses the first valid
one. You can make the validity of a BOM item dependent on various parameters (for example, date,
customer, serial and material number of the product to be manufactured).Refer to "Parameter Effectivity" in change management
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SAP AG 1999
Item Categories in the Production Order
2050
100
Reservation
Purchaserequisition
Find object
for class
Order headerOrder header
Operations
Material components
Prod. resources/tools
PlannedTargetActual
Costs
Stock item
Variable-size item
Non-stock item
Text item
Class item
Item categories control the data scope and functions of a material component. Typical examples are:
Stock itemNon-stock itemVariable-size itemText itemClass item
You cannot make alterations to item categories once they have been set. Follow-on documents are generated with the production order according to item category. Components with the item category "non-stock item" automatically generate a purchase requisition.
This can be displayed for an item via a further screen. The class item stands for a wide variety of different materials. When you enter the command "find
object function for class", the system can specify the class item in a particular stock item. The "document item" is transferred to the document list of the production order (document link)
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Reservation
1
MaterialA
Reservation
Header
ItemItem
ItemItem
ItemItemMaterial
Plant / Storage location
Reqmts date
Movement allowed
Committed qty
Base date
Check calendar
Assignment
The system generates material reservations for all material components of a production order of the type "stock material".
Reservations are taken into account when determining the conditions for material requirements planning. Reservations are also taken into account when creating goods movements for components of the
production order. A reservation item applies to a plant or a plant's storage location. A requirements date is defined by the order for each item. You can control whether goods movements
are allowed for the reservation item by means of an indicator. The reservations for material components of the production order are assigned to this production order. You can compile lists of reservations for the material or account assignment (production order).
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SAP AG 1999
Material Assignment
Item 20
Item 10
Op.30
Op.20
Op.10
Material
B
Material
A
Routing BOM
You can assign material components to operations both when managing BOMs and routings. The assignment of material components to operations is copied to the production order. If no assignments are maintained, then the system automatically assigns the BOM material
components to the leading operation. When you display the material components overview, you can assign material components to
individual operations and display material components. The material components list can be sorted and filtered according to various criteria in order to enhance this overview.
Other functions include:Assigning, reassigning and deleting material assignments. Navigating between operations
You are able to reassign materials up to the point of order release.
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Assignment of Production Resources / Tools
Production order
Op.10
Op.20
Op.30
PRT1
PRT2
You can assign production resources/tools to every operation in a production order. Production resource/tool assignments are copied from the routing to the production order.
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SAP AG 2003
Document Integration in Production Orders
Production order
Routing
BOM
DMS
MaterialB
Master DataDocument Management
System (DMS)
Material item 10
Document item 20
Document item 30
Operation 10
Operation 20
Document 1
Document 2
Document 3
Prod. res./tools Production res/tools
Order item
Overview of documents in PrO
Document 4
Document 5
Document link 4
Document link 5
Document link 1
Material item 10
Operation 10
Operation 20
Document link 2
Document 6
Fri
Fri
Fri
Fri
You can assign any number of documents to a production order. These are maintained in the Document Management System (DMS).
Documents can be drawings, texts, videos and so on. The documents themselves are only linked to the production order and not saved in it. You can create links from documents to a production order manually or automatically. Automatic linking of documents takes place during order creation or release. The document items are
copied from the BOM, the production version or from the document link to the material master of the product to be manufactured.(This must be activated in the production scheduling profile - Customizing for Shop Floor Control)
Document links in the production order created in this way can be displayed, changed, deleted, printed (separate list), archived and displayed in the product structure browser.
Original documents cannot be printed out. All document types that you use must be permitted for object PORDER (production order), work with
status management and must be released. (See Customizing for the Document Management System). Examples, see above:
Document 1 Link copied from material masterDocument 2 Link created manuallyDocument 3 No link to production orderDocument 4 and 5 Link created from BOM itemDocument 6 does not appear in the document overview of the production order
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Parallel Sequences
20 25 30
30
20 30
40 50 60
45 55
IIIII
IIIIIIIII
IIIIIIIII = Floats
IIIIIIIII
Parallel sequence 1
Parallel sequence 2
Parallel sequence 3
Operation 10 Operation 20
Alternative and parallel operation sequences are possible in production orders. The parallel sequence enables you to process operations parallel to and independent of other operations. You can copy both sequence types in an order from a routing (via Customizing). Parallel sequences are linked to the standard sequence through predecessor / successor
relationships. Parallel sequences are a special form of overlapping operations. Parallel sequences create network-like structures. Order scheduling inserts operation floats according to the alignment key specifications. Applications:
In mechanical engineering for assemblies involving the production of individual components, inspection processes, and preparatory and closing operations. In the chemical industry for analysis processes that are carried out in parallel to the production process.
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SAP AG 1999
Read Master Data
2050
100
Routing 2
BOM 1
BOM 2
Routing 1
Material components
Order headerOrder header
Operations
Prod. resources/tools
PlannedTargetActual
Costs
You can use the function "Read PP master data" to switch the originally copied routing 1 and / or BOM 1 with a different routing and / or BOM alternative 2.
This exchange is possible as long as certain functions have not yet been executed.For example, material withdrawals, confirmations, purchase orders.
Assignments of components (BOMs) and production resources/tools are retained, provided that the corresponding operation still exists.
This function can also be used for collective orders (refer to the "Collective Orders" unit)
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Order Change Management (OCM)
Aims of change management for production orders
Provision of a system-supported tool for automated change of production orders that are already being used in the production process
The changes concerned can be triggered by changes in sales orders and/or master data
When are the OCM tools needed?
Production orders are already being used in the production process and have been worked on
Customers change their order
Engineering or technological changes are necessary
Mass orders are affected by changes (for example, collective orders)
Who needs the OCM tools?
Sales-order-related production, make-to-order production
12
9
6
3
11 1
7 58 4
210
If you wish to change orders already being used in production and the options provided by the "Read PP master data" function do not suffice, you can use Order Change Management for production orders (OCM) (as of Release 4.5).
The R/3 change management function enables the user to make changes that are coordinated throughout the order process, in terms of content and dates, to one or more objects (product master data and documents from business transactions currently in process).
Change management differentiates between: ECM = Engineering Change Management OCM = Order Change Management
ECM concentrates on the preparation and execution of changes to product master data. OCM concentrates on the execution of changes to production orders that are already being used in the
production process (and on finding planned orders or purchase orders that are affected by these changes).
The changes in OCM are based on changes from the area of product master data, as well as certain changes from sales orders (SD).
You cannot carry out automatic unchecked changes to production orders that are currently being used in the production process (for example, material consumption has been posted, order is partially confirmed,...). This is why SAP R/3 provides functions for the controlled change of orders.
Change management for production orders (OCM) is dealt with in course PLM150.
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3.29Order Creation / Order Change: Exercises
Unit: Order Creation / Order Change
Topic: Order Structure and Processing(SCM310 Exercise 1)
• Structure (data and contents) of a production order
In your capacity as production manager, production scheduler, supervisor or operator, you work with production orders all the time. In this exercise, you will become familiar with the structure of a production order.
1-1 Create an order using the following data:
Material R-F1##
Production plant 1000
Order type PP01
Total quantity 1 pieces
Basic finish date Any
Scheduling type Backward
Path: R/3 → LO → PP → PC → ORDER → CREATE → WITH MATERIAL
1-2 Display the individual data segments, screens and their data fields in the following order:
Note any questions you may have about the meaning of the data fields.
If the meaning of any of the data fields is not clear, ask the instructor.
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1-2-1 Order header screens
Path: → GOTO → HEADER
Select the corresponding tab page for the respective screen.
General assignmentGoods receiptControl dataDates/quantitiesMaster dataLong text
Also, look at the settlement rule for the order
Path: → HEADER → SETTLEMENT RULE
1-2-2 Overview of the operation sequences
Path: → GOTO → OVERVIEWS → SEQUENCE OVERVIEW
1-2-3 Operation sequence details
Path: → SEQUENCE → DETAILS
1-2-4 Operation overview
Path: → GOTO → OVERVIEWS → OPERATIONS
1-2-5 Operation screens (select operation 0010)
Path: → OPERATION → OPERATION DETAILS
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Select the corresponding tab page for the respective screen.
GeneralStandardValsExt.processingInterop.timesStd val.calculationSplittingOverlapDatesUser fieldsSO datesQty/activitiesConfirmed datesQualificatsLong text
1-2-6 Material components - Overview
Path: GOTO → OVERVIEWS → COMPONENTS
1-2-7 Material component screens (select component 0010)
Path: COMPONENT → COMPONENT DETAILS
Select the corresponding tab page for the respective screen.
Position “0010” General data
Long Text
1-2-8 Overview of production resources/tools for operation 0010
Path: Go to the operation overview and select
operation 0010.
In the menu bar at the bottom of the screen, select the PRT pushbutton (production resources/tools
1-2-9 Screens for the production resources/tools (select production resource/tool 0010)
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Path: PRODUCTION RESOURCES/TOOLS → PRODUCTION RESOURCES/TOOLS DETAILS
Select the corresponding tab page for the respective screen.
Position “0010” GeneralQuantitiesDates
1-2-10 Document overview
First return to the header screen.
Path: GOTO → OVERVIEWS → DOCUMENTS
1-2-11 Display of the document information record (select the first document)
Path: DOCUMENT → DISPLAY DOCUMENT INFO RECORD
Select the corresponding tab page for the respective screen.
Document data
Descriptions
Object links
Originals
1-2-12 Display of the original document (display both originals from the document overview for the order)
Path: DOCUMENT → DISPLAY ORIGINAL DOCUMENT
First return to the header screen.
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1-2-13 Costs
Itemization
Analysis (Cost categories)
Cost comp. structure (Cost components)
Path: GOTO -> COSTS -> ITEMIZATION
→ ANALYSIS
→ COST COMP. STRUCTURE
1-3 Save the order. Order no.: _________________
Path: → ORDER → SAVE
1-4 Now change the order.
Path: R/3 → LO → PP → PC → ORDER → CHANGE
Insert an operation 0025.
Select the operation 0030. Path: → EDIT → INSERT → ΟPERATION
Use the following data to enter the operation:
Work center no. R-V##Operation control key (CTRL) PP01Setup time 10 minMachine time 10 pieces in 30 minutesPersonnel time 10 pieces per 60 mins
1-5 Add material component R-T1## to operation 0030 in any quantity.
For this, use item category ‘L’.
Path: Go into the operation overview and select the operation 0030.
Choose the COMPONENTS pushbutton at the bottom of the screen.
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1-6 Save the order and check your changes.
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Unit: Order Creation / Order Change
Topic: Order Creation Without Basic Data(SCM310 Exercise 2)
This exercise is optional.Only do the exercise if you have enough time.
• Learn about the dialog for creating and changing a production order.
As production manager, production scheduler or supervisor, from time to time you must create production orders for which there is no master data (routing, BOM).This is the case in particular if production has to carry out unplanned work, special requests and other tasks.In this exercise, you will become familiar with the dialog for creating or changing a production order.
2-1 Create an order using the following data:
Material T-MAN
Production plant 1000
Order type PP01
Total quantity 10 pieces
Basic finish date Any
Scheduling type Backward
Path: R/3 → LO → PP → PC → ORDER → CREATE
→ WITH MATERIAL
A dialog box appears: Routing Selection T-MAN
React to the system message: "No routing found" with
→ GENERATE OPERATION
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A dialog box appears: BOM Selection.
React to the system message: "Do you want to explode a BOM for a different material?" with
→ No
A dialog box appears: Copy reference text?
React to the system messages as follows:
→ Yes
2-2 Display the operation overview. Operation 0010 has already been
created automatically.
Path: → GOTO → OVERVIEWS → OPERATIONS
2-3 Use the following data to create operation 0020:
Work center no. T-V##Operation control key (CTRL) PP01Setup time 10 minMachine time 10 pieces in 30 minutesPersonnel time 10 pieces per 60 minutes
2-4 Save the order. Order no.: _________________
Path: → ORDER → SAVE
2-5 Now change the order.Use the following data to enter an additional operation 0030.
Work center no. R-M##Operation control key (CTRL) PP99Setup time 10 minMachine time 10 pieces in 30 minutesPersonnel time 10 pieces per 60 mins
Path: R/3 → LO → PP → PC → ORDER → CHANGE
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2-6 To the operation 0020, add the material components:
R-T1## and R-T2## in any quantity.
Use item category "L" for both.
Path: Go to the operation overview and select
operation 0020.
Choose the Components pushbutton at the bottom of the screen
2-7 To operation 0030, add the production resource/tool "PP-FHMM". with any quantity.
Path: Go to the operation overview and select
operation 0030.
In the menu bar at the bottom of the screen, select the PRT pushbutton
(production resources/tools)
A dialog box appears: PRT New Entries
Note that this production/resource tool has a material master.
The window is set up accordingly. If you want to add other PRT categories, you must select the pushbutton at the bottom.
2-8 Execute a document link, by linking the order with document T-F1##Dokument type DRWSubdocument 000Document version 00.
Assign the document to operation 0020.
Path: Goto the document overview
→ GOTO → OVERVIEWS → DOCUMENTS
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2-9 Delete the operation 0010.
Path: → EDIT → DELETE
Can the system renumber the remaining operations?
Answer: ______
Number the operations manually.
2-10 Check the operation overview.
2-11 Carry out order costing (determine costs).
Path: → FUNCTIONS → COST
2-12 Display the costing result.
Path: → GOTO -> COSTS -> ITEMIZATION
2.13 Save the order.
Path: → ORDER → SAVE
2-14 Check your changes again in the order.
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Unit: Order Creation / Order Change
Topic: Creating an Order with Basic Data(SCM310 Exercise 3)
• Routing and BOM selection
• Production versions in a production order
• Reading master data
As production manager, production scheduler or supervisor, as a rule, you create production orders on the basis of master data (routings, BOMs), which has been created and is maintained in the areas of engineering and work scheduling in your company.This is particularly the case when the production of materials and activities is of a repetitive nature.In this exercise you become acquainted with the way in which SAP R/3 searches for and selects the master data that is valid for a production order.
3-1 Create an order using the following data:
Material R-F1##
Production plant 1000
Order type PP01
Total quantity 1 pieces
Basic finish date Any
Scheduling type Backward
Path: R/3 → LO → PP → PC → ORDER → CREATE → WITH MATERIAL
3-2 What is the validity date of the BOM and the routing in the production order?
Answer: __________________
Path: GOTO → HEADER→ Select the tab MASTER DATA
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3-3 Compare the explosion date with the basic dates of the production order.Which date corresponds to the explosion date?
Answer: _____________________
Path: → Select the GENERAL tab page
3-4 Release the order and save it.
Order number: _____________________
Path: → FUNCTIONS → RELEASE
3-5 In operation 0010, change the routing of material R-F1##. In the operation, enter a minimum wait time of 10 minutes and save the change.
Path: R/3 → LO → PP → MASTER DATA → ROUTINGS → ROUTINGS → STANDARD ROUTINGS → CHANGE
→ GOTO OPERATION OVERVIEW→ Select the operation
→ DETAILS → OPERATION DETAILS→ here, see field group INTEROPERATION TIMES
3-6 In your production order, execute the Read PP master data function.
Path: → FUNCTIONS → READ PP MASTER DATA
A dialog box appears: Read PP Master Data
Here, you have the option of reading the routing and/or the BOM again and of redetermining the explosion date.
Note: The system resets the status of your production order to Created.
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3-7 In your production order, ensure that the change was successful. Ensure that operation 0010 now contains a process-related wait time.
Path: → OPERATION → OPERATION DETAIL
→ Select the tab page → INTEROPERATION TIMES
3-8 Save the order.
3-9 Create another order using the following data:
Material R-B4##
Production plant 1000
Order type PP01
Total quantity 1 pieces
Basic finish date Any
Scheduling type Backward
Path: R/3 → LO → PP → PC → ORDER → CREATE
→ WITH MATERIAL
A dialog box appears: Select Production Version for Material R-B4## plant 1000
You can use a production version to define fixed processes (routing and/or BOM alternatives) according to which production is to be carried out, when required.
In the next steps in the exercise, you should find out about the contents of the various production versions before you make a selection.
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3-10 Check which production versions are maintained for the material master.
Path: To do so, in the dialog box select the pushbutton
→ VERSION OVERVIEW
3-11 Display the detail data for the existing production versions and answer the following question:
Path: To do so, in the dialog box select the pushbutton
→ DETAILS
3-11-1 Why does the system only offer production version 0001 for selection for the production order?
Answer: ____________________________________________
____________________________________________
3-12 The order is to be created according to production version 0001, which has been prepared in the material master. Carry out the necessary steps for this.
Path: → In the dialog box Selection of Production Versions,select production version 0001 and select the pushbutton → SELECT
3-13 Ensure that the production version used in the production order is correct.
Path: GOTO → HEADER→ Select the tab ASSIGNMENT
3-14 Save the order.
3-15 A production version can be changed afterwards with the READ PP MASTER DATA function.
In your order, try to exchange the production version 0001 you originally selected with the new production version 0002.
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You cannot do this, because, for the reasons given above, the system only offers you version 0001.
Path: → FUNCTIONS → READ PP MASTER DATA
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Unit: Order Creation / Order Change
Topic: Other Variants for Order Creation (SCM310 Exercise 4)
• Explain the basic features and additional variants for creating production orders
Not all orders that are to be executed in production are for make-to-stock production or for the production of material.As production manager, MRP controller or production scheduler, you must sometimes carry out unplanned special orders in varying forms.The component SAP R/3 provides you with different options for producing these special cases using production orders.
4-1 Create a new production order with reference to a sales
order. Your instructor will give you the sales order.
Use the following data to do this:
Sales order number: ____________________ Item 10
Material R-F1##
Production plant 1000
Order type PP01
Total quantity 10 pieces
Basic finish date Any
Scheduling type Backward
Save the order. Order no.: ____________________
Path: R/3 → LO → PP → PC → ORDER → CREATE →
FOR SALES ORDER
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4-2 Check the order header data
Assignment
Settlement rule
Path: → GOTO → HEADER → Select the ASSIGNMENT tab and → HEADER → SETTLEMENT RULE
4-3 Use a reference production order from the previous exercise(‘copy from’ function) to create a new production order with material.
Save the order. Order no.: __________________
Path: R/3 → LO → PP → PC → ORDER → CREATE → WITH MATERIAL→ In the "Copy from field", enter the order number onlyCheck:
Order header data (master data)Operation overviewComponent overviewCost overviewResults of scheduling
4-4 Create a new production order for a service without reference to material (any quantity and schedule).
Path: R/3 → LO → PP → PC → ORDER → CREATE → WITHOUT MATERIAL
A dialog box appears: Routing selection.
React to the system message: "No routing found" with
→ REFERENCE OPERATION SET
.
A dialog box appears: ENTER REFERENCE OPERATION SET
Use the reference operation set (task list group) 50000000
4-4-1 Assign the production order to cost center 4220. Set the account assignment category to 100%, and select the settlement type full settlement.
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4-4-2 Make any changes or additions to the order that you like.
4-4-3 Save the order. Order no.: _________
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3.30Order Creation / Order Change: Solutions
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Unit: Order Creation / Order Change
Topic: Order Structure and Processing(SCM310 Exercise 1)
No answers are required for this exercise.
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Unit: Order Creation / Order Change
Topic: Order Creation Without Basic Data(SCM310 Exercise 2)
No answers are required for this exercise.
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Unit: Order Creation / Order Change
Topic: Creating an Order with Basic Data(SCM310 Exercise 3)
3-2 Answer: __________________ Select the MASTER DATA tab page
in the order header and read
the Explosion date)
3-3 Answer: Order start date
3-10-1 Answer: Only this production version has a lot-size range
that includes the order quantity.
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Unit: Order Creation / Order Change
Topic: Other Variants for Order Creation(SCM310 Exercise 4)
No answers are required for this exercise.
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SAP AG 2003
Goods ReceiptGoods Receipt 1010
ConfirmationsConfirmations 99
Information SystemsInformation Systems 1212
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion 1111
Collective OrdersCollective Orders 1414
Mass ProcessingMass Processingand Automationand Automation 1313
Material StagingMaterial Staging 77
Order Creation /Order Creation /Order ChangeOrder Change 33
Order ControlOrder Control 88
Printing ofPrinting ofOrder DocumentsOrder Documents 66
Order ReleaseOrder Release 55
44
Course OverviewCourse Overview 11
Integration for PlanningIntegration for Planning
Course OverviewCourse Overview 22
Overview Diagram (4)
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SAP AG 2002
SAP R/3 as a Planning Tool
PP - MRP
PP - MPS
Insertion of sales orders
Requirements planning
Scheduling of planned orders
Conversion of planned orders into
production orders
PP - SOP / MPS
Demand plan
Demand program
Capacity leveling
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
Demand program
Production plan
Capacity leveling
PP - CRP
Capacity evaluation
Capacity leveling
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SAP AG 2003
Multilevel Materials Planning
PlannedPlannedssalesales
Independent Independent reqmtreqmt
PLANNED ORDER
PLANNED ORDER
PLANNED ORDER
Dependent requirementsDependent requirements
Dependent requirementsDependent requirements
E1E1
B1B1 B2
R1R1 R2R2 R3R3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
Requirements planning covers a whole product structure. It runs in the following steps for each material. Checking the requirements coverage Generating the planned order BOM explosion (single-level) Determining the dependent requirements Entering the components into the planning file
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SAP AG 2003
Planned Order Structure
1000767
Header Assignment Master Data
Plnd order Processing Goto Extras
MaterialA
Required material
- Quantity- Requirements date
Items
Order type
Quantity
Dates
Detailed sched.Components
Capacity reqmts
- Operation- Work center- Reqmts date
PeriodsPeriodst
Capacity req. records
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
Planned receipt of the net requirements calculation for requirements coverage. Requirements transfer object for the dependent requirements. It can be used as a pegged requirement for capacity planning. It provides a data source for the production order.
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Conversion of Planned Order to Production Order (SAP R/3)
Prod. order
No new routing selection,same routing read
Planned order has capacity requirements (scheduling "2")
Dependent requirements in planned order
"Reservation" indicator set
Capacity requirements are scheduled(DSPT)
No new scheduling with unchanged routing
Planned order
Planned order has "conversion" indicator
Make-to-order production is intended
Change to planned order through simultaneous MRP run during conversion
Leads to Termination when you save
Conversion Planned order deleted
Partial conversion Planned order firmed
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
You can convert planned orders online either individually, collectively, completely or partially. When you convert a planned order into a production order, the planned order is deleted. The system reassigns the dependent requirements (material components) and any existing capacity
requirements to the newly created production order. By changing an indicator, the dependent requirements can then be turned into a reservation. When a planned order is only partially converted, it remains intact and is firmed.
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Collective Conversion - Time-Oriented
2050
100
Operations
Materi al components
Production res/too ls
Costs plannedtargetactual
Purchase requisition
Planned orders
PL
PS
PE
PL
PS
PE
t
x days later
Today
x days earlier
Production orders
Opening period
Material reqmtsplanning
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
Order headerOrder header
You can convert planned orders in the background using the program PPBICO40. Planned orders consist of a planned order start date (PS), a planned order finish date (PL) and a planned
order opening date (PE). When the planned order opening date is reached, you should convert the planned order into a
production order or a purchase requisition. You can perform a collective conversion that is dependent on the outcome of a material availability
check (analogous to the order release).
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Collective Conversion - Structure-Oriented
Prod. order 2
Prod. order 1
Preq
Prod. order 4
Prod. order 3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
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R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
List Edit Goto Settings System Help
Stock/requirements MRP Sales Profile
Target qty Receipt/requirementPlant stock Customer stock
PlantORTypeBecker Berlin
OrderSold-to party
SalesOrd
Mat.
SalesOrdPlOrd
Mat.Mat.Mat.
PlOrdDepRqmt
Mat.
DepRqmtPlOrd
Mat.Mat.Mat.
DepRqmtPlOrd
Mat.
Mat.Mat.
DepRqmtPlOrd
Mat. Blank for shaft
Blank for shaft
Pressure coverHollow shaft
Spiral casingSteel sheet ST 37Fly wheel GG
Ball bearing
NutSupport baseW'hse support
Pump GG I
Qty varianceProject stock
Qty unitBase quantity Standard pr.Pr
P-100 PC
PC
PCPC
PC
PCPC
PC
PC
PC
PC
Order Progress Report: Object Structure
As an alternative to time-related collective conversion, the order progress report provides the "Convert planned orders" function for structure-related conversion.
An order progress report is available as of Release 4.5. It enables you to clearly chart the progress of all business transactions (in-house production and external procurement) that are required when carrying out a sales order or project, and to process them.
Using this report, you can convert planned orders into production orders or purchase requisitions with the order structure in front of you.
This procedure is particularly suited to make-to-order production. Refer also to the Information Systems unit.
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3.38Integration for Planning: Solutions
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Unit: Integration for Planning
Topic: Order Creation with Planned Orders (SAP R/3)
(SCM310 Exercise 5)
1-8-2 Answer: This planned order is "firmed" and is assigned the remaining quantity as order quantity.
1-8-3 Answer: No
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SAP AG 1999
Describe the different types of production orders andunderstand why order release is necessary
Describe the functional steps involved in 'Releasingan Order'
Define status management (system status, user status)and explain how it can be extended
Understand availability checks material components, capacity, production resources and tools
Determine and process missing parts
Understand backorder processing
At the conclusion of this unit you will be ableto:
Order Release: Course Objectives
SAP AG 1999
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3.40
SAP AG 2003
Goods ReceiptGoods Receipt 1010
ConfirmationsConfirmations 99
Information SystemsInformation Systems 1212
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion 1111
Collective OrdersCollective Orders 1414
Mass ProcessingMass Processingand Automationand Automation 1313
Material StagingMaterial Staging 77
Order Creation /Order Creation /Order ChangeOrder Change 33
Order ControlOrder Control 88
Printing ofPrinting ofOrder DocumentsOrder Documents 66
55
Integration for PlanningIntegration for Planning 44
Overview Diagram (5)
Course OverviewCourse Overview 11
Order Release
Course OverviewCourse Overview 22
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SAP AG 2002
Order Release Functions
Order release
OperationsOperations
Material componentsMaterial components
Production res/toolsProduction res/tools
Costs PlannedTargetActual
Costs PlannedTargetActual
2050
100
Availability check
Machine usage
Order headerOrder header
Order creation
Printdocuments
Materialwithdrawal
Processing Confirmation Goodsreceipt
Settlement
The order is released in SAP R/3. The order release is the basis for further processing of the production order (printing order
documents, material withdrawal and so on). Production orders are managed using statuses. The corresponding status is set when the order is released. An availability check can be carried out automatically. Single operations, entire orders or several orders can be released simultaneously. There is a corresponding function available for the mass release of operations or orders (refer to the
unit "Mass Processing and Automation")
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SAP AG 2002
System Status and User Status
Operations
Materi al components
Production resource s/too ls
Ord er headerOrder h eader
Costs Planned
TotalActual
2050
100
Created
Release
Printed
Confirmed
Final Costing
Deleted
Delivered
Checked
Checked
Checked
InspectionReleaseRelease
Rework
Materialavailability
Capacity availability
PRT availability
documentedpossible
locked
User StatusSystem Status
User statuses enhance the system's status management capabilities. User statuses can be prepared in the form of a user status profile (Customizing). This status profile is assigned to the order category.
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SAP AG 2002
Availability Check for PRT
Order typeCheck control for production ordersCheck control for production orders
Checking ruleChecking rule
Result of checkResult of check
Status MSPR (PRT shortage)
Material stock and material status checks
Document status checks
PRT status check (Miscellaneous PRT)
Determining a checking rule depending on order type
Determination controlled by a bus.trans. (creation, release)
Activating/deactivating the availability check
Controlling the order release option in the case of PRT deficit
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
You can activate the check according to order type and business transaction (order creation, order release).
Checking times manually or automatically (on order creation and / or order release). No inventory management exists for PRT, therefore it is checked according to the PRT category
against the following statuses: Material / PP statuses Document statuses PRT statuses
As long as the status is not locked, the PRT is considered to be available. For material-related PRTs, it is possible to run the availability check against the material's
unrestricted-use stock. Checking variants
All PRTs of an orderIndividual PRTs of an order
Checking result Status PRT shortage
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SAP AG 1999
Order Release: Summary
You have gained an overview of releasingproduction orders
A production order is controlled by statusmanagement
You know the availability check options formaterial components, capacity, production resources/tools
Situations where parts are missing can bedetermined using the missing parts list
Backlog processing enables you to changeconfirmed quantities from reservations
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3.45Order Release: Exercises
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Unit: Order Release
Topic: Order release, status management, availability checks
(SCM310 Exercise 6)
• Availability Check
• Status Management
• Release of individual operations and orders
• Mass release
As production manager or production scheduler, you must release production orders so that material preparation, printing of shop floor papers and production itself can begin.As a rule, you use the mass release function to do this.In exceptional cases, you release individual orders (operations).
Before release, you should execute availability checks (material, capacity, PRT) to ensure that production can proceed without any problems.
1-1 Display all existing production orders for material 'R-F1##' with the stock/requirements overview.
1-2 Select an order that has not yet been released for the exercises to follow.
Order number: _______________________
1-3 Check the material availability of material R-B1##.
Path: R/3 → LO → PP → PC → ORDER → CHANGE →
GOTO → OVERVIEWS → COMPONENTS
Here, select the component. Continue with
→ COMPONENT → AVAILABILITY → CHECK AVAILABILITY
1-3-1 Which checking rule and checking group are used for the availability check?
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Answer: Checking group _________
Checking rule _________
Path: Select the pushbutton → SCOPE OF CHECK
1-3-2 Did the system check availability as per replenishment lead time?
Answer: _______
1-4 Check the availability of production resource/tool T-D06 DRW 000 000 ofoperation 0010.
Path: Go into the operation overview and select the operation 0010.
In the menu bar at the bottom of the screen, select the PRTpushbutton (production resources/tools
→ In the screen that appears, select the production resource/tool PP-FHMM and proceed as follows:
→ → PRODUCTION RESOURCE/TOOL → AVAILABILITY PRT
1-5 In each case, release operation 0010.
Save the release.
Path: Select the operation and proceed with:→ OPERATION → RELEASE
1-6 Display the status of the production order and the operations.What is the new status of the production order?
Answer: ___________________
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1-7 Check the availability of capacity for the entire order.
Path: → FUNCTIONS → AVAILABILITY CHECK → AVAILABILITY CAPACITY
1-8 Now check the material availability of the entire order.
What is the new status of the production order?
Answer: _________________________________
Path: → FUNCTIONS → AVAILABILITY CHECK → MATERIAL - ATP
1-9 Use the user status function in the central header to document that you have carried out all availability checks.
Set the status:
1-9-1 Material availability checked
1-9-2 Capacity availability checked
1-9-3 PRT availability checked
1-9-4 Checks documented
Note: Status refers to user status. You must therefore select (set) each status individually and manually.
Path: → Select this symbol (pushbutton)
1-10 Now release the entire order. Save the order.
Path: → FUNCTIONS → RELEASE
1-11 Control the release of the order in the order and in the stock/requirements list.
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1-12 Use the missing parts information system to determine whether there are missing partsin plant 1000 for the orders of your production scheduler number 0##.Select the material view profile.
Path: R/3 → LO → PP → PC → INFORMATION SYSTEM→ MISSING PARTS INFO SYSTEM
1-13 Carry out a collective release for all orders of your production scheduler number 0##.
If no additional production orders exist, simply create a new production order for material R-F1##.
Note the date selection entries that are proposed by the system and change them if necessary.
Path: R/3 → LOGISTICS → PRODUCTION → PRODUCTION CONTROL → CONTROL → COLLECTIVE
RELEASE
1-13-1 Select the Selection tab page and select using the following parameters:
List Order Headers
Profile Standard profile
Plant 1000
Order type PP01
Production scheduler 0##
System status FREE (Exclusive)
1−13−2 Select the tab Mass processing - Release and carry out the following settings:
Function Release
Execute function immediately
Function parameter Order Release
1-13-3 Select any production orders and start the release(mass processing)
Path: → MASS PROCESSING → EXECUTE
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1-13-4 Check the release log for possible errors
Path: → MASS PROCESSING → LOG OF LAST MP
or
→ ORDER pushbutton
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3.46Order Release: Solutions
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Unit: Order Release
Topic: Order Release, Status Management, Availability Checks
(SCM310 Exercise 6)
1-3-1 Answer: Checking rule ‘PP’
Checking group ‘02’
1-3-2 Answer: No
1-6 Answer: PREL (partially released)
1-8 Answer: MACM (material committed) or MSPT (material shortage)
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SAP AG 1999
Overview of standard documents
Overview of print control
Sequence of functions for "Printing orders"
Printing Order Documents: Contents
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SAP AG 1999
Printing Order Documents: Course Objectives
Describe the control options and variantsfor printing production documents
Explain how to use the print functions
At the conclusion of this unit you will be ableto:
SAP AG 1999
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4.3
SAP AG 2003
Goods ReceiptGoods Receipt 1010
ConfirmationsConfirmations 99
Information SystemsInformation Systems 1212
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion 1111
Collective OrdersCollective Orders 1414
Mass ProcessingMass Processingand Automationand Automation 1313
Material StagingMaterial Staging 77
Order Creation /Order Creation /Order ChangeOrder Change 33
Order ControlOrder Control 88
66
Order ReleaseOrder Release 55
Integration for PlanningIntegration for Planning 44
Overview Diagram (6)
Course OverviewCourse Overview 11
Printing ofPrinting ofOrder DocumentsOrder Documents
Course OverviewCourse Overview 22
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SAP AG 2003
List Types for Order Documents
Object list
Control ticket
Time ticket
Confirmation slip
Material staging list
Goods issue slip
Job ticket
PRT overview
Kanban card
Reports Layout sets
PSFC_OBJ_LISTPSFC_OBJ_LIST PSFC_PRINTPSFC_PRINT--LAYLAY
PSFCOPCTPSFCOPCT PSFC_STD_LAYOUTPSFC_STD_LAYOUT
PSFC_STD_LAYOUTPSFC_STD_LAYOUT
PSFC_STD_LAYOUTPSFC_STD_LAYOUT
PSFC_STD_LAYOUTPSFC_STD_LAYOUT
PSFC_STD_LAYOUTPSFC_STD_LAYOUT
PSFCJOBTPSFCJOBT
PSFC_STD_LAYOUTPSFC_STD_LAYOUT
PSFCPRTLPSFCPRTL PSFC_STD_LAYOUTPSFC_STD_LAYOUT
PSFCKANBPSFCKANB PSFC_KANBANPSFC_KANBAN
PSFCGISSPSFCGISS
PSFCPICKPSFCPICK
PSFCCONFPSFCCONF
PSFCTIMEPSFCTIME
Document distribution PSFC_DOCLINK_DISTPSFC_DOCLINK_DIST DDS_COVER_PLODDS_COVER_PLO
A variety of different standard lists are available.These lists are compiled by list-specific ABAP reports.
The user can generate additional lists. A maximum of 20 lists can be generated per order. You use the document distribution to plot document originals.
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Print Control
Original print
Reprint
ListsSpool parametersRef. order categoriesLayout setsPrinting programsTransactionsDetermination of printerPrint processingTable access
PrintPrint modemode
PlantMRP controllerOrder typeOrder (from/to)
MaterialDates (Release and prod.start/finish date from/to)Order status (System/user status)Production scheduler
SelectionSelection
ControlControl tablestables
X
X
XXX
The system differentiates between two print modes: original print and reprint Original printing an order prints all released operations and their objects (material components, PRT
and so on). If an order has already been partially printed, original printing automatically prints only those
objects of the order that have not already been printed. Reprinting an order reprints all operations that have previously been printed. You can maintain the settings in Customizing. The settings marked "x" are dependent on plant and therefore need to be taken into account when the
system is installed. You can mask the key to the table settings (exceptions: print variants and reference document type). You can condense numerous external order types into a single internal order type using a reference
order type to enable joint control of order types (reports, layout sets, transactions and output devices). Some changes to settings can be made even upon printing. The Customizing settings that are valid for a user and a transaction can be controlled using a report.
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Printing Order Documents: Summary
You have gained an overview of printingproduction documents
Standard documents are supplied forproduction orders
The user is usually not required to make anyspecial changes to the standard settings forcustomizing
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4.7Printing Order Documents: Solutions
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Unit: Printing Order Documents
Topic: Printing Order Documents(SCM310 Exercise 7)
1-2 Answer:
Operation
Print Operation? Print Time Tickets? No. of TT
Print Confirmations?
No. of C
Yes No Yes No Yes No
0010 x x 1 x 1
0020 x x 1 x 1
0030 x x 1 x 1
0040 x x 1 x 1
0050 x x 1 x 1
0060 x x 1 x 1
0070 x x 1 x 1
Key: TT = Time tickets C = Confirmations
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SAP AG 1999
Special material components
Picking (warehouse preparation)
Default issue storage location in the production order
Material withdrawal variants (planned, unplanned, surplus, deficit, backflushing, cancellation)
Material Staging: Contents
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SAP AG 1999
At the conclusion of this unit you will be ableto:
Material Staging: Course Objectives
Define the special features of the variousmaterial component categories
List the different options in the R/3 system(material master, BOM item, work center,automatic stock determination) for defaultingan issue storage location in a productionorder
Describe the different material stagingoptions
SAP AG 1999
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5.3
SAP AG 2003
Goods ReceiptGoods Receipt 1010
ConfirmationsConfirmations 99
Information SystemsInformation Systems 1212
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion 1111
Collective OrdersCollective Orders 1414
Mass ProcessingMass Processingand Automationand Automation 1313
77
Order Creation /Order Creation /Order ChangeOrder Change 33
Order ControlOrder Control 88
Printing ofPrinting ofOrder DocumentsOrder Documents 66
Order ReleaseOrder Release 55
Integration for PlanningIntegration for Planning 44
Course OverviewCourse Overview 11
Material StagingMaterial Staging
Course OverviewCourse Overview 22
Overview Diagram (7)
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SAP AG 1999
Material Components in Production Orders: Data and Functions
Item categories Quantities
Requirements qty Committed qty Issue quantity
Reqmts date Reservation data Special indicators Status
Reservation Default storage location Calculation of variable-size item quantity Availability check for material Discontinued parts Batch determination
General DataGeneral Data
FunctionsFunctions
You use a range of data to control each material component: Item category status of the component Quantities reservation number and a series of indicators with control functions.
Several functions exist for material components.
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SAP AG 2003
Item Categories
Item CategoriesItem Categories LL NN RR TT DD II KK MM
Material number
Inventory Management
Text item
Variable-size item
Document Item
Class item
Intra material
PM structure document
(+/-) sign before quantity
Sub-item permitted
Item screen sequence control
+ . + - - + . +
x x
x
x
x
x
x
x
. . + + + + + .
x x x x
1 3 2 1 1 1 1
Item categories are configured in Customizing. The following item categories are accounted for in the standard version:
L = Stock itemN = Non-stock itemR = Variable-sized itemT = Text itemD = Document itemI = Plant maintenance structure elementK = Class itemM = Intra material (only for recipes PP-PI)
The following are relevant for production orders: L, N, R, T, D, K + / sign control:
+ positive only- negative only. both admissible
Document items are not copied to the production order, instead a document link is created. The material status of a component (in the material master) has to allow the usage in the production
order.
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SAP AG 2002
Options for Material Staging
Crate parts
Release order parts
Pick list items
Kanban control
Warehouse Management
Prod. order
SAP R/3 has various procedures for controlling material staging.These area) Warehouse management with the component MM-IM (Inventory Management)b) Replenishment control with the Kanban componentc) Storage location management and replenishment control with the component MM-WM (Warehouse Management System)
The Warehouse Management System has three options, which are described below: Pick list items are provided for the production order in exactly the same quantity as the
requirements quantity. These parts can be provided for the production order at a physical storage location or dynamic storage location (production order).With this type of material staging, you can create transfer requirements in two ways: - automatically when an operation is released- manuallyTypical examples are large, expensive parts such as shafts, housings, .....
Crate parts are requested manually when a crate is almost empty.Typical examples are small parts in containers such as screws, nails, .....
Release order parts are requested manually. The required quantity is calculated using the target quantities of the components in the selected released orders. Thus, the stock situation is taken into account in the production and the replenishment storage types. Typical examples are laminates, paints, ...
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SAP AG 1999
Pull lists
Program 'RMSERI16'
Component requirements selection and warehouse stock check
Functions
Plan replenishment (from storage type for replenishment stocks)
Transfer
Background processing (BATCH)
Staged from WM storage bins (transport requirements)
Various print views (totals, detail and transfer)
Orders not selected (created, locked, technically completed)
Components not selected (phantom assembly, direct procurement, bulk material, pipeline, finally issued, deleted, text items)
You can use an interactive material list to request and transfer material stock. You can use this function to prepare any stock transfer, create and print a stock transfer list and then
carry out the stock transfer.
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SAP AG 2002
No automaticwarehouse default inproduction order !
Yes
Is PP/WM interfaceto be used?
MM storage location from PSA
No
Yes
No
No
MM storage location in BOM item?
MM storage loc. in material master?
Default MM storage location
No
Yes
NoYes
Work center maintained in operation? PSA maintained in work center?
No
Go to slide (3)
Yes
PrO created with production version?
No
Go to slide (2)
Storage Location Default in the Production Order (1)
Yes
PSA in material master?
No
Yes
PSA in BOM item?No
Yes
Mat. master maintainedfor MM warehouse?
Yes
Each material component in a production order can be assigned a default issuing storage location (at the point of order creation).
This default enables automatic withdrawal postings (for example, backflushing). There are numerous options for the default (work center, bill of material, material master, production
version). If the default is to occur via a production version, additional steps must be carried out, as described
on the following slide. If materials are to be picked from a Warehouse Management storage bin, additional measures must
be taken, as described on the slide after the next one. Using notes 123580 and 126881, the procedure pictured above (standard) can be changed by modifying
its order of priority. The SAP enhancement PPCO0005 contains a customer exit EXIT_SAPLCOSD_001 for storage
location default. Key: PSA production supply area. The default logic also applies to production orders planned in SAP APO and converted from APO
planned orders. Container resources used in the production process model (PPM) are an exception. These are adopted
during the conversion (note 488270).
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Storage Location Default in the Production Order (2)
No
Yes
Yes
No
No
"Issue storage location selection" filled in the MRP
group
Does the material master of the product in the PrOhave an MRP group?
Issue storage location selection = 1
Yes
Does production version contain issuing storage location?
Does production version contain receiving storage location?
NoB C D
A
no
storag
e locatio
n d
efault
MaterialA
Yes
Checks for the defaultusing the production version
Default storage location
Yes
Yes
If a storage location has not been found either via the work center, BOM item or material master, then the MRP group of the product defines whether the issuing storage location is used from the production version of the product in a production order or from the storage location in the material master of the component ("Issue storage location selection" field).
This field can be defined for each MRP group in Customizing for Material Requirements Planning. Storage location selection = blank or 1: Issue storage location in the material master of the component
is proposed as the issuing storage location (leads to no storage location default in the production order, see above!)
Storage location selection = 2: For all components, the default issuing storage location is the one contained in the production version of the production order (see material master of the manufactured product). If this issuing storage location is not maintained in the production version, the system adopts the receiving storage location as the issuing storage location. This can be defined in the production version of the assembly in the Receiving SLoc field or in the material master of the assembly in the Issue storage location field. You should use this type of selection if all components are stored together near the production line, where they are required.
Storage location selection = 3: Behaves in the same way as selection type 2 Storage location selection = 4: Behaves in the same way as selection type 2
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Storage Location Default in the Production Order (3)
No
No
Error in WM stagingDefault storage bin (WMS)
Yes
Transfer requirement/order
Yes
Storage bin entered ?
No
Yes
Control cycle for materialand PSA maintained?
Mat. Master maintained for WMS warehouse (0088)?
Checks for default storage location in production order
SAP AG 1999
If the stocks of the material components are managed at storage bin level using the Warehouse Management System, other requirements have to be fulfilled.
The SAP modules KANBAN and Warehouse Management (WM) are responsible for these required measures.
Once all settings have been fixed, WM staging can be triggered directly from the production order. This necessitates transfer requirements or transfer orders for the WM System.
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Material Withdrawal Variants
From ext. procurement
From consignment
From storage bin (WM)
From warehouse
Prod. order
Cost center
Asset
Sales
Project
Inspection sample
Scrap
ConsumptionConsumption IssuesIssues
Goods issue
Goods issues are generally carried out in the SAP R/3 component. Goods issues can be both planned and unplanned. The data you need to enter depends on the type of goods issue. Goods issue slips, material staging lists, pick lists, and other similar documents form the basis of
material withdrawal for production orders. Material withdrawals can be posted automatically when an operation is confirmed (backflushing).
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Manual Good Issues
Individual entry
Collective entry
Without reference
To an order
To a reservation
With reference Planned consumption
Unplanned consumption
The reference to a reservation is determined by the planned or unplanned material withdrawal for a production order.
You can only carry out planned material withdrawals for components kept in stock.Items that are to be backflushed are not offered.
Unplanned material withdrawals are recorded in the goods movements log. Goods movements can vary for each item. You can also make collective entries for various account assignments in a material document. A prerequisite for goods issue is that the goods movement has been allowed for the reservation item.
That is, the production order is released. You can restrict material withdrawal according to storage location and proportional quantity default. You have an extended selection with regard to requirements dates and operations. You have the option of setting the final issue indicator. When this is done, the reservation item is
deemed completed.
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Movement Type
Account Determination
Cost Update
Quantity Update
Print Indicator
Material DocumentMaterial Document ItemItem
Consumption Update Field Selection
Movement Type
The movement type enables you to differentiate between goods movements. It incorporates control characters for creating and updating goods movements. You can select the movement type from the Menu or use F4 to display a list of movement types that
have already been assigned to the transaction. You can enter the individual items of a material document with various movement types. The reference to a production order is controlled upon material withdrawal using a specially defined
movement type (261).
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Effect of a Goods Issue
Reserv-ation
Material document
Accountingdocument
Controlling document
MaterialA
Stock QuantityConsumption Stats...
Account determination
Stock accountConsumption account...
G/L accounts:
OrderCost center...
Consumption to the:
Goods issue slip Goods issue
You can update stock and consumption fields according to storage location. You can reduce the reservation (for planned withdrawals). Only costs are updated for unplanned withdrawals. You can determine actual costs (valuation) and update the order. You give material consumption a value in Customizing using a valuation variant specific to plant or
company code. Material, accounting and controlling documents are generated for a goods movement. The material document describes the goods movement from a materials management (warehouse)
perspective. The accounting document describes the goods movement from a financial accounting perspective. An
accounting document is always related to a company code. You can create one, several or indeed no accounting documents for a goods movement.
Displaying a material document enables you to access and display other documents. You have the possibility of printing a goods issue document.
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Backflushing Materials
ExecutionExecution
12
9
6
3
11 1
7 58 4
210
ReleaseMaterial
withdrawalProcessing Confirmation Goods
receiptOrder
settlement
Synchronous with confirmation
Asynchronous withProgram 'CORUPROC‘
Reworking of terminatedwithdrawals with transaction'COGi'
Automatic
Proportional to the quantity
Control via material master, work center, or material assignment in routing
Termination when material stock = 0
Backflush PostingBackflush Posting
A materiel component withdrawal can be posted automatically (backflushing), synchronously or asynchronously when an operation is confirmed.
You should always use backflushing when you do not want to stage materials from the warehouse for a specific order.
During backflushing it is presumed that the material is prepared at the work center. Application areas:
flow and assembly linesless valuable materials
You can control backflushing in the material master. This can be done according to work center or for each BOM component assignment to an operation.
You must rework unsuccessful withdrawal postings (stock = 0). Batch determination can be activated at the point when the backflush posting of the material
withdrawal is carried out.
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Negative Stocks or Reworks
50Current StockComp. 100-100
Negative Stocks Backlogs
-50Backflush 100 pieces 50100100
70GR 120 Pieces100100
Revise00
Backlog list
70
50
12
9
6
3
11 1
7 58 4
210
12
9
6
3
11 1
7 58 4
210
12
9
6
3
11 1
7 58 4
210
N/A
170
If, for organizational reasons, the goods issue is created before the corresponding goods receipt and the material already physically exists in the warehouse you can choose between three procedures.
Postprocessing unsuccessful material withdrawals. Negative stocks Stock determination
Negative stocks are possible in inventory management. When you are working with negative stocks, you must make sure that:
You have no negative stocks on the balance sheet key date and at the time of taking physical inventory.
When you run the month end closing program, no negative stocks still remain from the previous month.
You set the indicator determining the permissibility of negative stocks in the material master (storage screen 2).
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Material Staging: Unit Summary
This unit gave you information about somespecial features of the various material component types
There are various options (material master, BOM item, work center) for proposing a withdrawal storage location
Two pick lists with different scopes of functions are available for material staging in the warehouse
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5.18Material Staging: Exercises
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Unit: Material Staging
Topic: Material Staging(SCM310 Exercise 8)
• Pick material or organize replenishment
• Withdraw material from the warehouse for production orders
• Post over-withdrawals and under-withdrawals
Material components must be made available for production at the correct time and in the correct quantity. To achieve this end, you take the material withdrawal slip, enter the proposed warehouse and withdraw the material.Another option is that the material is brought to you automatically or by a transport team.The procedure for material withdrawal postings is, however, the same.
1-1 Create an order using the following data:
Material R-F1##
Production plant 1000
Order type PP01
Total quantity 10 pieces
Basic finish date Any
Scheduling type Backward
1-1-1 Release the order.
1-1-2 Carry out an availability check for all materialsand in the table below, note any shortfall that may arise using the missing parts overview for the production order.
Path: → FUNCTIONS → AVAILABILITY CHECK
→ MATERIAL - ATP
Path: → GOTO → MISSING PARTS → MISSING PARTS OVERVIEW
Material Requirements quantity Stock Difference
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R-B1##
R-B2##
R-B3##
R-B4##
1-1-3 Save the order. Order no.: __________________
1-2 Check the current stock level for each material component using the stock/requirements list.
Note these in the table above.
Calculate the difference between the stock level and the required quantity. Enter this in the table and post at least these difference quantities to the stock level, as described in the following note.
Note: In the steps to follow, if your requirements quantities are more than the current stock level or if material withdrawals cannot be carried out because stocks are low, then use transaction MB1C and movement type 561 to execute other goods receipts.Post a sufficient quantity.
1-3 Create a picking list for the staging of the material components for the order in the warehouse.
Post the goods issue by saving (picking) the result.
Path: R/3 → LO → PP → PC → GOODS MOVEMENTS → MATERIAL STAGING → PICK → Use the proposed standard profile 000002
In the list, select all components and select the pushbutton PICK
To display any errors that occur during the picking process, choose Environment → Errors.
1-4 Ensure that the system has updated the production order (documented goods movements, withdrawal quantities, actual costs)
1-5 Create another order using the following data:
Material R-F1##
Production plant 1000
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Order type PP01
Total quantity 10 pieces
Basic finish date Any
Scheduling type Backward
1.5.1 Release the order.
1-5-2 Save the order. Order no.: __________________
Note: Withdraw the material components for the order in the following steps. (Transaction MB1A, movement type 261)
1-5-3 Determine the reservation and item number of the assembly R-B1## and carry out a withdrawal of material with reference to the reservation.
Reservation number: ________________
Document number: ________________
Path: R/3 → LO → PP → PC → GOODS MOVEMENTS → GOODS ISSUE
Select the pushbutton TO RESERVATION
1-5-4 Carry out a withdrawal of material for assembly R-B3## with reference to the production order.
Document number: ________________
Path: Select the pushbutton TO ORDER
1-5-5 Carry out an over-withdrawal with a quantity of 1 for R-B1## with reference to the reservation.
Document number: ________________
If you switch on the indicator “Suggest zero lines”, the system proposes components for an over-withdrawal which have already been finally issued.
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1-5-6 Carry out an over-withdrawal with a quantity of 1 for R-B1## without reference to a reservation and order, but for the production order (movement type 261).This is the equivalent of an unplanned withdrawal.
Document number: _________________
1-6 Withdraw the remaining quantities of material that have not been withdrawn, so that no planned material withdrawals remain open.
1-7 Ensure that the system has updated the production order (documented goods movements, withdrawal quantities, actual costs)
1-8 Display the material documents that have been generated.
Single document (transaction MB03)
Path: R/3 → LO → MM → INVENTORY MANAGEMENT → MATERIAL DOCUMENT → DISPLAY
Mass documents (transaction MB51)
Path: R/3 → LO → MM → INVENTORY MANAGEMENT → ENVIRONMENT → LIST DISPLAYS → MATERIAL DOCUMENTS
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5.19Material Staging: Solutions
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Unit: Material Staging
Topic: Material Staging(SCM310 Exercise 8)
No answers are required for this exercise.
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Options for detailed control of orders
Sequencing
Splitting orders
Splitting capacity requirements (machine / person)
Down and uploading orders to / from PDC
Options for earned value analysis
Order Control: Contents
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Goods ReceiptGoods Receipt 1010
ConfirmationsConfirmations 99
Information SystemsInformation Systems 1212
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion 1111
Collective OrdersCollective Orders 1414
Mass ProcessingMass Processingand Automationand Automation 1313
Material StagingMaterial Staging 77
Order Creation /Order Creation /Order ChangeOrder Change 33
88
Printing ofPrinting ofOrder DocumentsOrder Documents 66
Order ReleaseOrder Release 55
Integration for PlanningIntegration for Planning 44
Overview Diagram (8)
Course OverviewCourse Overview 11 Order ControlOrder Control
Course OverviewCourse Overview 22
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Midpoint Scheduling
Example: a dispatched operation
Before dispatching
Dispatching operations
Forward and backwardscheduling
10 3020
20
302010
PS SS SF
SS SF
PF
DSPT
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
R/3
A dispatched operation is given the status DSPT and the internal indicator "Capacity is available". If only one operation is dispatched, then all preceding operations are scheduled backwards and all
subsequent operations are scheduled forwards. If more that one operation is dispatched, then the scheduling direction between the two dispatched
operations depends on the scheduling direction chosen during the lead time scheduling.
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Order Split
Order Edit Goto HeaderFunctions Environment
6000767
General Assignment Goods receipt Control Dates/quantities Master data
Order
000006000767
000006001007
000006001105
Parent PrO
Child PrO
Child PrO
Status SPLT
Status CSPL
Product Cost Collector
M 1000 100-100 12.000E 1421 4230 1310 25.000V External processing 8.000X 300900 12.000G Additional raw material 8.500
Order
load
You can split production orders that have already begun to be used in the production process into separate production orders. You must define from which operation the orders are to be split.
This function should then be used, if
Material components are only partly availableA work center has a capacity shortage A partial quantity has been produced and the remaining quantity is to be produced at a later date
You control the function by selecting an operation in the operation overview and choosing FUNCTIONS -> SPLIT ORDER
The original order is described as the parent order and the orders that are split off from this order are called the child orders.
The orders are identified by the SPLT status (parent) and the SPLE status (child). You can carry out multiple splitting. All production orders must be (and are) created with reference to the same product cost controller
(that is, the function can only be used with a product cost collector!) Serial numbers can be assigned to the split orders. Restrictions: Reading PP master data is not possible
No change of material (product) is possible between the parent and child orderOnly operation confirmations can be carried out
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Splitting Capacity Requirements
Planning of individual capacities and personnel
Planning within the normal operation (capacity requirements)
Planning in greater detail than for work centers or capacities
Split capacity requirements for machine commitment or workforce planning in a short-term planning period
Implementation at shop floor level and in applications that also use workforce planning (PD, PM, PS)
Application criteria
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Levels in a Split
Person APerson B. . .
Pooled capacitysetup
Plant1000
Cost center4230
Cost center4220
Machine group1111
. . .
. . .
Machine group1904
. . .
Person 1Person 2. . .
Capacity categoryPerson
Capacity categorymachine
Position
Qualification
. . .
. . .
Individual machine -1Individual machine - 2. . .
Person. .
.
Checked against HR tables !!
Machine group1112
The capacity in the work center can be subdivided according to the capacity category (machine, personnel). That is, elements can be assigned to the capacity.
The assignment options are dependent on the capacity category. Subdividing in this way means that an operation (or, more precisely, its capacity requirement) can be
directly assigned to the relevant machine and / or person. You can only make assignments to people, qualifications, and positions if the SAP Human Resources
System (HR) is active.
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Types of Split
Different capacities work simultaneously on thesame lot or order, but canalso undertake partial jobs.
5 h labor time
5 h labor time
10 h labor timefor 100 pcs.
Standard valueStandard value splitsplit
10050
Various capacities Various times
50
50 50
Quantity splitQuantity split
You have the option of several types of splits. You can split the quantity or the standard values of the capacity requirements (or split both, if
necessary). Quantity splits are useful if partial quantities of the order are to be processed by several individual
capacities at the same time or if they are to be processed at different times and gaps exist between them.
Standard value splits are useful if an operation is divided into two or more partial tasks (work steps) that are carried out by different individual capacities at the same time and for the total quantity.
You can split the quantity as well as the standard values.
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PDC Systems: Objectives and Concerns
RealReal--time processtime process controlcontrol
Production with fewer shopProduction with fewer shop floorfloor paperspapers
Decentralized decision makingDecentralized decision making
BarBar code linkcode link
Improved transparencyImproved transparency inin productionproduction
AvailabilityAvailability ofof production statusesproduction statuses ((conditionsconditions))
Control ofControl of fullyfully oror partially automated systemspartially automated systems
RelativelyRelatively highhigh investmentinvestment
ChangesChanges inin process structureprocess structure
Independent implementation project advisedIndependent implementation project advised
A constant exchange of information is required between the production planning and control (PP) level and the production level.
Production often occurs with automated and partially automated machines and systems.
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Interfaces: Overview
CC = Communication channel
Subsystem
PP-PDC
PM PSPP-KANHR
Plantdatacoll-
ection
Plantmaint.dataentry
Projectdataentry
KanbanTimerecord-ing
(CC2) (CC3) (CC4) (CC5)
PDC interfaces
PP
CADintegra-tion
PP-CADinterface
PI
Processcontrol
PI-PCS interface
WM
Ware-housecontrol
WM-LSRinterface
PP
Materialdataentry
PP-REMinterface
MM
Mobiledataentry
MM-MOBinterface
QM
Inspect-ionproc.(LIMS)
QM-IDIinterface
(CC1)
R/3R/3
MMMMPPPP
PDC interfaces (Plant Data Collection) are used to transfer data between R/3 and subsystems. The PP-PDC interface is the interface that has been designed especially for production control. Starting from Release 3.0A, this interface was called Communication Channel 2 (CC2). (This will
only be maintained for two more main releases) As of Release 4.6A, this interface is implemented as an asynchronous SAP R/3 BAPI interface and is
called the PP-PDC interface. Subsystems can receive certification from SAP (Complementary Software Program).
For further information on this interface see:
http://www.sap.com, SAP Partners -> Software Partners -> Integration Opportunities -> Interface Certification -> Interface Reference
Look under interface PP-PDC "Plant Data Collection - R/3 Shop Floor Control"
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Download: Logical View
SubsystemSubsystem
PPR/3 online
Mat. masterHR masterReasons for var. Units ofmeasurement
Production orders
Delta download Initial download Master data download
Work centersWage types
etc.
HR
R/3R/3
MMMMPPPP
Program
You can download data in the following three ways:Master data downloadInitial downloadDelta download
The master data download enables the transferal of R/3 master data to the subsystem. The initial data download supplies the subsystem with production orders. The delta download supplies the subsystem with changed production orders. In order for the initial and delta downloads to work, you must first release production reports in R/3.
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SubsystemSubsystem
Upload: Logical View
PP
UpdateOnline HR
CO
Pair formation
Act. time recording
Update
Time eventTime ticket Attendance - yes/no
Original values
AFRU
CONF21
R/3R/3
MMMMPPPP
RUECK
Analysis
Request PDC UPLOAD
Post PDC records
The original values provided by the subsystem are processed in an analysis program.The duration (setup, processing) can therefore be determined from the start and end events.
In order to calculate the duration successfully, the time events must first be assigned to the maximum of six variable standard values of an operation in the work center.
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Operation time tickets
L20 - Time ticket partial finish
L40 - Time ticket finish
Work center events
Currently none
Personnel times (HR-PDC)
P10 - Clock-in
P15 - Break start
P20 - Clock-out
P25 - Break finish
P30 - Off-site work start
P40 - Off-site work finish
Interface Record Types
Operation time events
R10 - Setup start
R20 - Setup partial finish
R30 - Setup interruption
R40 - Setup finish
B10 - Processing start
B20 - Processing partial finish
B30 - Processing interruption
B40 - Processing finish
A10 - Teardown start
A20 - Teardown partial finish
A30 - Teardown interruption
A40 - Teardown finish
V20 - Var. activity partial finish
V40 - Var. activity finish
Only activities that are not already supplied by R/3 orders can be entered with record type V20 / V40. Furthermore, no quantities can be entered.
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Order Control: Unit Summary
This unit gave you an overview of the meansand methods of detailed order control
For sequencing orders you must use the order information system or the planning table from capacity planning
Orders or capacity requirements (machine/person) can be split
Orders can be transferred from SAP R/3 to PDC systems
Confirmations can be transferred from PDC systems to SAP R/3
An order progress report is available for checking the progress of production orders (see unit 13)
Course SCM360 provides more information about capacity planning
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6.14Order Control: Exercises
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Unit: Order Control
Topic: Order Control(SCM310 Exercise 9)
• Machine usage list with order information system
• Machine usage with planning table
• Order Split
As production manager or production scheduler, you are responsible for the continual utilization of the work centers in your area for the days to come (hours or weeks). In this process, the orders should always be assigned to each work center in an appropriate sequence (often one that optimizes setup).For each work center and time period, the scope of the work that you assign should not be too large or too small. Both of these would have a negative effect on the employees in your area.SAP R/3 and SAP APO provide you with many options for carrying out this work.
1-1 Use the order information system to create a machine usage list for the work centers in the area for which you are responsible. Select using the following entries:
Selection at header level
List Operations (Selection object)
Profile 000002 (Workload for each work center)
Production plant 1000
Production scheduler 0##
Selection at operation level
Work center R-M##
Plant 1000
Familiarize yourself with the content and functions of this list.
Path: R/3 → LO → PP → PC → INFORMATION SYSTEM→ ORDERINFORMATION SYSTEM
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1-2 Use the capacity planning table (capacity leveling) to schedule machine usage for the work center R-L##.
1-2-1 Select the objects
Plant 1000
Work center R-L##
Capacity category 001 to 002
Path: R/3 → LO → PP → PC → CONTROL → CAPACITY LEVELING → WORK CENTER VIEW → PLANNING TABLE (GRAPHICAL)
When you do this, set the filter to order category 1 and order type PP01.
Ensure that you do not set any other filters.
Path: Select the filter symbol
Start the selection
1-2-2 The system has prepared a planning table for work center R-L##.
Use the sort sequence key SAPSFCGS12 (setup group key) to sort the order list according to setup times.
Path: Select some orders and choose
→ EDIT → CHANGE SORT
1-2-3 Reduce the setup times of the operations that follow the first order (operation) to "0".Select all orders if possible.
Path: → FUNCTIONS → ADJUST SETUP TIME → MANUALLY
1-2-4 Set up the current planning strategy so that the following functions are carried out during planning:
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Dispatching the orders Forward
For dispatching at the earliest opportunity
Check or change the strategy profile as follows:
Path: → SETTINGS → STRATEGY
1-2-5 Dispatch all orders automatically for the work center.
Path: → FUNCTIONS → DISPATCH
1-2-6 Which status do the dispatched operations now have?To find this out, display an order.
Answer: ________________________
Path: Place the cursor on one of the dispatched operations
→ GOTO → ORDER → CHANGE or
→ GOTO → OPERATION → CHANGE
1-2-7 Save the planning result.
The next activities in the exercise are optional.Only do these activities if you have enough time.
1-3 Due to a capacity shortage in the next few weeks, you must distribute the total quantity of a production order over two weeks.
For this reason, carry out an order split for this production order.
1-3-1 Create an order using the following data:
Material T-A
Production plant 1000
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Order type PP08 !!!
Total quantity 10 pieces
Basic finish date Any
Scheduling type Backward
This order is released immediately!
1-3-2 Save the order. Order no.: ___________________
1-3-3 Split the order at operation 0010, so that you then have two orders with the following parameters:
Split quantity 5 pieces
Child order
Order type PP08
Basic finish date One week later than proposed
Scheduling type Backward
Path: GOTO → OVERVIEWS → OPERATIONS →
Select operation 0010
→ FUNCTIONS → SPLIT ORDER
Enter the split parameters
→ ORDER SPLIT → EXECUTE
1-3-4 Save the order and change it again afterwards.
1-3-5 Which orders can you now find?
Answer: Parent order Number: ____________________
Child order Number: ____________________
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You can switch between the orders as required.
1-3-6 Which new status and quantity entries can you find in the header screens?
Answer: Parent order Status: _________________________
_________________________
Child order Status: _________________________
1-3-7 Have the operation and component quantities been created proportionally?
Answer: _____
1-3-8 Has the child order already been released?
Answer: _____
1-3-9 How is cost object controlling executed for both orders?
Answer: Parent order ________________________________
Child order ________________________________
The order split function is currently restricted to this form of cost object controlling!
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6.15Order Control: Solutions
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Unit: Order Control
Topic: Order Control(SCM310 Exercise 9)
1-2-6 Answer: DSPT (dispatched)
1-3-5 Answer: Parent order Number: ____________________
Child order Number: ____________________
1-3-6 Answer: Parent order Status: SPLT (split)
Expected yield variance = 5-
Child order Status: CSPL (Created by splitting)
1-3-7 Answer: Yes
1-3-8 Answer: Yes
1-3-9 Answer: Parent order Product-oriented for each cost collector
Child order Product-oriented for each cost collector
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Confirmation types
Control Parameters for Confirmations
Procedures involved in the "confirmation of an order"
Confirmation data
Confirmation results
Confirmations: Contents
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At the conclusion of this unit you will be ableto:
Confirmations: Course Objectives
Define the principles and processes of real-time production order confirmation
Describe the different types of orderconfirmation
Recognize the control parameters forconfirmations
Describe the effects of a confirmation
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Goods ReceiptGoods Receipt 1010
99
Information SystemsInformation Systems 1212
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion 1111
Collective OrdersCollective Orders 1414
Mass ProcessingMass Processingand Automationand Automation 1313
Material StagingMaterial Staging 77
Order Creation /Order Creation /Order ChangeOrder Change 33
Printing ofPrinting ofOrder DocumentsOrder Documents 66
Order ReleaseOrder Release 55
Integration for PlanningIntegration for Planning 44
Course OverviewCourse Overview 11
Course OverviewCourse Overview 22
Order ControlOrder Control 88
ConfirmationsConfirmations
Overview Diagram (9)
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Order Confirmation: Process chain
The system is capable of performing avariety of functions when the confirmation
data is entered.
Confirmations
OrdersOrders
CapacityCapacityrequirementsrequirements
MaterialMaterialdocumentdocument HR dataHR data
ActualActual
Productionorder
..
..
..
Operation 0010
Operation 0020
Operation 0030
Operation 9999
Operation 0010
Operation 0020
Operation 0030
Operation 9999Confirmations are savedConfirmations are saved
......
Upload from PDC interface Manual Input
Order confirmation is used to enter internal activities generated for the order. The work progress of a production order can be measured based on order confirmations. Confirmations from PDC systems are possible, using the PP-PDC interface (see previous unit).
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Confirmation Types and Functions
OperationsOperations
Material componentsMaterial components
Production resources/toolsProduction resources/tools
Costs PlannedTargetActual
Costs PlannedTargetActual
2050
100
Confirmation for order (3.0)
Confirmation for operationFast (preliminary) entry (4.5)
Collective confirmationTime ticket/confirmation slipTime event confirmation (3.0)
Progress confirmation (4.0)
Milestone confirmation Cancellation
Check operation sequence Monitor activity default values Set status (user status) Process goods movements Backflush posting Withdraw posting for open
reservations Check delivery tolerances Transfer PDC data Reduce capacity requirements Determine actual costs Quantity calculations (4.6C)
Partial confirmation Final confirmation
End confirmation when minimumtolerance limit reached
Confirmation statusConfirmation status
Order headerOrder header
Confirmation types
Confirmation functions
Confirmations are generally carried out in the SAP R/3 component. Confirmations can be carried out using various procedures (see next slide). Various functions are executed using a confirmation. Each confirmation is entered with a status. A confirmation can be made with an automatic goods receipt. Control is then maintained using the
operation control key or the production scheduling profile. A material overview enables you to correct backflushing for postable material withdrawals, or to enter
any number of unplanned goods movements. You can only perform a cancellation for the individual, entire confirmation (no correction). There are a whole range of Business Application Interfaces (BAPI) available, which can be used to
enhance the standard confirmations to suit specific users.
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Confirmation Procedures
Time ticket/confirmation slips
confirmation
Setup start
Setup finish
Processing start
Processing finish
Time event confirmation
Confirmation for the
production order
Collective/fast entry
Progress confirmation
Milestone confirmation
Order-related confirmations Operation-related confirmations
There are various procedures at your disposal for confirmations. These different procedures are used for a variety of "real-life" requirements. Depending on conditions, only one or other of these procedures is employed when confirmations are
used in your company. Basically, a distinction can be made between operation-related and order-related confirmations. Order confirmation is the confirmation of the entire order at order header level. An operation confirmation allows you to confirm an order step by step.
For this type of confirmation, there are various procedures available. The procedures must be selected to suit the methods of organization within your company and the
allowed workload. You can only carry out a confirmation for an order, if no confirmations have already been entered for
the operations.
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Op.10
Op.20
Op.30
Requirements for Confirmations
11
Operation controlOperation control keykey
CTRL Confirmation
PP01PP01
Order type
Confirmationparameters
1 Milestone2 Normal3 No confirmation
Operation
Confirmation numberConfirmation number Operation control keyOperation control key
Production order
Confirmations are controlled by confirmation parameters (refer to the next slide). Each operation is automatically given a confirmation number when the order is created.
You can then clearly identify it without having to enter any other data. Each operation contains an operation control key. This defines whether the operation requires
confirmation. An operation can be marked as a milestone. This means that when the milestone operation is confirmed,
the operations that precede it are also confirmed with proportional quantities. An operation that is to be confirmed must first be released.
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Control Parameters for Confirmations
Final or partial confirmation
Final confirmation upon reaching tolerance limitsWithdrawal posting of open reservations (on final confirmation)
Confirmation function
Screen control
Default time units
Checks
Selection
Goods movements
Control
HR update
Error handling/logs
Display or default data
Order type
Control of first detail screen (1)
Hour, minute, optimized automatically
Operation sequence
Underdelivery
Overdelivery
Future dates
Confirmable operations (1)
Confirmed operations (1)
Open orders in a collective order
Display all movements or just backflush postings
Decoupling of the process
ActualGoods movements
Data to be confirmed, confirmed data, standard data (1)
Data transfer: PP -> HR
(1) inapplicable to single screen entry
Confirmationparameters
You control confirmations using settings in Customizing (parameters). You set the control parameters for order type and plant. There are different confirmation parameters for Time ticket confirmation using selection screen (can only be used with transaction CO11)
Time ticket confirmation using single screen entry (new form of the normal operation confirmation)Collective confirmation/fast entry
You can change some settings online. You must also enter the reasons for variance. The reasons for variance can trigger statuses that, in turn, control trigger points. Various programs are available for copying PDC confirmation data into the HR module.
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Determining the Yield
Yield of thelast confirmedoperation
Yield of thisoperation
= Yield to be confirmed
Which of these operations is last in the sequence ?
Do confirmed operations, confirmableoperations or operations which requireconfirmation already exist ?
The preceding operationrequiring confirmation
The preceding confirmableoperation
Yield ofthe order Yield of this
operation
Is it possible to perform the operation in sequence? (See Customizing)
In order to facilitate the confirmation, you can allow the system to propose the yield to be confirmed. You are also required to enter the settings in the parameters (Customizing) for confirmation control. The system takes several factors into account when determining the yield. Rework operations are then subject to special treatment (see documentation).
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Progress confirmation
Special type of confirmation automatic confirmationof preceding operations
"Unplanned milestone" each confirmable operation behaves in the same way as a milestone when it is confirmed
Special characteristics Total quantities are alwaysconfirmed
Combined use of progress confirmation and milestones is possible but with restrictions
Operations that have already been confirmed remain unchanged
New status PROG
You can also use progress confirmation for collective orders. However, it cannot be applied to finally confirmed operations (only for the correction of
preceding final confirmations).
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Milestone or Progress Confirmation
Operation
0020
... ...
Milestone
ConfirmationsConfirmations
Milestoneconfirmation
0030
0010
50
PROG
0040
(nn) - Update executed
Progress confirmation
Normal
1. 2. 3. Actual qty Status 1. 2. 3. Act. qty Status4.
(100) (100) MILE 70 (nn)(70) (80) (100)
50 PCNF70 PCNF20
50 50 PCNF
(100) 100 MILENormal
70 70 (nn)80 (100) 80 (nn) PROG
100 100 PROG100 100 MILE
Progressconfirmations
Normal, milestone and progress confirmations can be used in combination. (It is, however, advisable to decide on one type of confirmation)
Orders confirmed using progress confirmation react in the same way as if confirmed by a milestone confirmation. They confirm the preceding operations.
However, quantity calculation functions differently using progress confirmation. Each confirmed quantity is considered a total quantity.
You are no longer able to work on operations using progress confirmation if they have already been partially confirmed using normal confirmation. You are therefore also unable to confirm them.
You must at least partially confirm milestone operations that have an impending confirmation time.
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Confirmation: Decoupling of Processes
Order typeConfirmationparameters "Process control"
Time procedures
Parameters
ImmediatelyImmediatelyAny
Number of parallel tasksSpecifying serverMaximum number of components permitted per MM posting document
Update taskOnlineBackground
Backflushing GIAutomatic GRCalculation of actual costs
Confirmation processes
Within the framework of the parameters for confirmations (Customizing), you can set a "process control" parameter for each plant and order type. This controls the decoupling of the confirmation from its sequence processes.
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Decoupling of Processes: Function Model
Create confirmationsOnline / Background jobs
Reprocess error records online
Process confirmations inthe background
AFFW/AFRC AFRU COEP/ MSEGAFFW/AFRP
Error records Preselection Confirmations Target table for process
In order to facilitate the subsequent processing of confirmations, the system temporarily saves the confirmation numbers in several tables of planned changes.AFRP1 Automatic goods receiptAFRP2 BackflushingAFRP3 Actual costsAFRP4 HR activity data
The CORUPROZ program posts the previously temporarily saved data. This function needs to be prepared in Customizing (Step CORUPROC).
Confirmation processes that cannot be posted successfully need to be reprocessed online or in the background.The following transactions and programs are available to you:CO16N Program RMAFRU03 Reprocessing confirmationsCOGI Program CORUAFFW Reprocessing goods movementsCOFC Program CORUCOFC Reprocessing actual costs
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Process Flow For Confirmation for APO Order
Production order
C D
302010
A
C D
302010
A
Goods receiptConfirmation with automatic
goods receiptConfirmation with automatic
goods receiptReceiptsreduce
Increase stockReduce receipts Increase stock
Reduce receipts Increase stock
Remaining duration is scheduled to the confirmed actual end (usually today); capacity requirements for operation 10 are in future only partially visible, operation fixed
Partial confirmation for 50 pieces for operation 10 (100 pieces)
Production order with quantity 0
TimeToday TimeToday
Start RestartEnd
Transfer of operation
confirmation
R/3 APO
An SAP R/3 confirmation is transferred to SAP APO as an order change. The operation times and capacity requirements in SAP R/3 and SAP APO are adjusted with the
confirmation. SAP APO determines new dates and transfers them to SAP R/3. Order confirmations are transferred in the CIF interface as individual operation confirmations. Thus,
the same rules apply for order confirmations as for operation-related confirmations. If you confirm partial quantities of an operation, the operation is shifted to the confirmed actual end
date in SAP APO.In general, no actual end is given, and the operation is shifted to the today-line.A customer exit is available if you only want the operation to be shifted to the final confirmation. The duration of the entire operation remains the same, but the remaining duration does not. The partially confirmed operation has a start date, a restart date and an end date. The difference between the restart date and the end date of the operation is the remaining duration. Capacity requirements are not reduced with the confirmation (they are reduced only with the technical closing or the deletion flag), but the remaining time is reduced. The restart date is shifted to the today-line during confirmation. Only the remaining duration is in the future and thus creates capacity requirements in the future. Capacity requirements between the start date and the restart still exist, but are in the past.
Confirmed operations are fixed in SAP APO. Following the final confirmation for the operation, all the remaining capacity requirements for the
operation also disappear from SAP APO.
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Confirmations: Unit Summary
You have gained an overview of confirmationprocesses
You have several different confirmationprocedures at your disposal for productionorders
You can confirm entire production orders or individual operations, whichever suits your methods of organization or workload
Confirmations are controlled by parameters (see Customizing for the order type), which, in turn, can be partially modified
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7.16Confirmations: Solutions
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Unit: Confirmations
Topic: Confirmations(SCM310 Exercise 10)
1-2 Answer:
Operation
Confirmation Milestone Confirmation no.
Yes No Yes No0010 x x
0020 x x
0030 x x
0040 x x
0050 x x
0060 x x
0070 x x
1-3-2 Answer: SCM310_001
1-3-8 Now answer the following questions:
Does this confirmation have the same effect as a milestone?Answer: Yes
Is operation 0040 a milestone? Answer: No
Has the system confirmed already partially confirmed operations? (operation 0020)?Answer: No
Which status has been given? Status: PROG
1-3-10 Answer: No
1-3-12 Answer: Yes
1-3-13 Answer: PRST and PRFN
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Executing goods receipts postings
Effects of goods receipts
Control parameters in the order
Goods Receipt: Contents
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Define the posting methods for goodsreceipts
Describe the effects of a goods receipt
Recognize which parameters control goodsreceipts in an order
Explain the valuation process for goodsreceipts
At the conclusion of this unit you will be ableto:
Goods Receipt: Course Objectives
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1010
ConfirmationsConfirmations 99
Information SystemsInformation Systems 1212
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion 1111
Collective OrdersCollective Orders 1414
Mass ProcessingMass Processingand Automationand Automation 1313
Material StagingMaterial Staging 77
Order Creation /Order Creation /Order ChangeOrder Change 33
Order ControlOrder Control 88
Printing ofPrinting ofOrder DocumentsOrder Documents 66
Order ReleaseOrder Release 55
Integration for PlanningIntegration for Planning 44
Overview Diagram (10)
Course OverviewCourse Overview 11
Goods ReceiptGoods Receipt
Course OverviewCourse Overview 22
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Goods Receipt
Initial entryof stock balances
Without production order
Without purchase order
Purchase order
Order headerOrder header
OperationsOperations
Material componentsMaterial components
Production resources/toolsProduction resources/tools
2050
100Costs Planned
TargetActual
Others
For purchase order For production order
Goods receipt
Goods receipt from production in a warehouse occurs exclusively in the component SAP R/3 in the same way as for normal goods receipts from a purchase order.
Goods receipt from production can be posted either manually or automatically. Automatic goods receipt can be controlled specific to either operation (operation control key) or
material (production scheduling profile). If you choose control specific to material, the goods receipt is posted upon confirmation of the last
operation requiring confirmation.
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Set "Delivery completed" Indicator
Order headerOrder header
OperationsOperations
Material componentsMaterial components
Prod. resources/toolsProd. resources/tools
Costs PlannedTargetActual
Costs PlannedTargetActual
2050
100
Set "Delivery completed" Indicator
Production orderGoods receipt
The "delivery completed" indicator shows whether an order is deemed completed from a goods receipt point of view. This means that no further goods receipt will be expected for this order. The open quantity is zero.
It is still possible to post goods receipts of remaining quantities, although this will no longer have an effect on the open order quantity.
If you create a return delivery for an item with the "delivery completed" indicator "X" and are expecting a further delivery, then you must cancel the "delivery completed" indicator.
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Underdelivery and Overdelivery
70 80 90 100 110 120 130 140
Order quantity 100
Within the tolerances
no messages
Underdelivery tolerance10% Overdelivery tolerance 20%
WarningUnderdelivery
Error messageOverdelivery
When dealing with a goods receipt relating to a production order, the system proposes the open order quantity for the goods receipt. You have the option of changing this quantity if it does not correspond with the delivered quantity.
When a goods receipt item is created, the goods receipt quantity is compared with the open order quantity. The system is then able to specify whether underdelivery or overdelivery will occur.
Underdeliveries are generally permitted in the standard system. It is also possible to set a percentage underdelivery tolerance within the order. A goods receipt quantity smaller than the sum of the order quantity minus the underdelivery tolerance is interpreted as a partial delivery and accepted by the system. The system alerts the user to the underdelivery and takes the underdelivery tolerance into account in the online message.
Overdeliveries are not permitted in the standard system. If overdeliveries are to be allowed, then you can define a percentage overdelivery tolerance in the order. The over-delivery tolerance check can be deactivated in the order. Unlimited overdelivery is then possible.
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Goods Receipts and Quality Management
MaterialG
Ord er h eaderOrd er header
Operati o ns
Mater ial com po ne nts
Prod. res our ce s/t ool s
Cost s Plann edT argetAct ual
2050
100
111
222
333 Goods receipt
Setting the quality inspection indicator (possibilities)
In the material master
In the production order
During goods receipt
You are able to post inward movements from production to the stock in quality inspection in the following example cases:1. The material is in principle subject to a quality inspection before further usage. The employee
responsible for data in the material master sets the indicator for the quality inspection in the material master. The indicator is copied to the material master when the order is created.
2. If the material comes from a specific production order, then it should undergo a quality inspection before anything else. This is for example the case when you are dealing with an important order and it is imperative that the quality of the product be checked. The work scheduler then sets the quality inspection indicator in the goods receipt data of the order.
3. You decide whether the material must undergo a quality inspection or not at the point of goods receipt. You set the quality inspection indicator in the goods receipt item.
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Production Order and Handling Unit
Handling Unit (HU)
Print Documents
Materialwithdrawal
Processing ConfirmationGoodsreceipt
Settlement
Goods issue Goods receipt
such as truck, container, pallet, cardboard box, box or material
Unique ID per handling unit
One data object per handling unit
Management of material stocks and goods movements on the level of transport/packing units
As of Release 4.6C, you can use handling units (HUs) to support material staging and goods receipt within production with production orders.
Handling units have the following advantages:goods movements can be carried out more easily and are more transparentbetter support for logistics processes
The following functions are supported: Picking with HUs for components with or without WM integration Goods issue with HUs for components with or without WM integration Packing of the material which has been produced (assignment of packaging materials to the HU)
Materials which have been produced with a production order can be packed before goods receipt is posted and before they are placed in storage (transaction COWBPACK). The resulting handling units (transport and packaging units) are independent objects in SAP R/3.
Goods receipt with HUs for the material which has been produced with or without WM integrationGoods receipt is posted with a reference to the handling unit or the production order (transaction COWBHUWE).
Reversal of goods movements with HUs The following function is not supported: Backflush with HUs The SCM660 training course deals with these topics in detail.
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Updating and Valuating Stocks
Valuation at standard price
Valuation with valuation variant
MaterialG
Order
Balance:??
SSS AAA
Stock valuation
Plant activityaccount
Ordercredit
Credit/debittransaction figures per company code; periods
Stock fieldsper plant, storage
location, special stock
Material masterSpecial stocks
G/L accountsin accounting
Quantity basis Value basis
Stock account
As a rule, inventory management is performed just as much according to quantity as it is to value. Subsequent statements are valid for a valuated goods receipt posting. Stock fields are available for the current and the previous period on a storage location level. The price control indicator (S/V) in the material master specifies whether the material stock is
valuated at the standard price or according to a valuation variant. When using price control S, the valuation price must be entered in the standard price field of the
accounting screen. When using price control V, it must be entered in the moving price field of the accounting screen.
The activity account is always booked with a price that is dependent on the valuation variant of the valuation area.
The order is always credited at the same level at which the plant activity is posted. You therefore need to set a valuation variant per valuation area for the goods receipt. This is done in
Customizing. You can enter the transaction figures of the G/L account again separately according to business area.
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Goods Receipt: Summary
You can now describe the process of postinga goods receipt
This posting has various effects
The posting of goods receipts is controlled byparameters in the order
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8.11Goods Receipt: Exercises
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Unit: Goods Receipt
Topic: Goods Receipt(SCM310 Exercise 11)
• Goods receipt from production orders
After a material has been manufactured using a production order (finished product, assembly, single part), the quantity produced must be posted to the warehouse stock (or another type of stock). This, on the one hand, relieves your production area of the material and on the other hand, ensures that the material is available for follow-on activities (delivery to the customer, withdrawal for a project, ...).As supervisor or production operator, you trigger the goods receipt posting when you send a completion message. The posting itself is created automatically when a confirmation is entered or is carried out by the warehouse manager.
Use the production order from the previous exercise to perform a goods receipt posting as described in the following procedure.
Order number: _________________
1-1 First check whether goods receipt is intended for the order.
Answer: _____
Path: R/3 → LO → PP → PC → ORDER → CHANGE → GOTO HEADER
→ Select the GOODS RECEIPT tab page
1-2 Check the material stock of material R-F1##
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Material stock: ______________
Path: R/3 → LO → PP → PC → INFORMATION SYSTEM→ STOCKOVERVIEW
1-3 Perform a goods receipt for a partial quantity of one piece of the production order.
1-3-1 First go to the detail screen of the posting. Here, check the proposed data.
Path: R/3 → LO → PP → PC → GOODS MOVEMENTS → GOODS RECEIPT
Select the pushbutton ADOPT + DETAILS
To find the movement type for goods receipt from production, choose the F4 (input help) beside Movement Type.
1-3-2 Which transaction type does the material document have? To find out, go to the document overview and then in the header of the document.
Answer: _______________________________________
Path: Select the pushbutton ADOPT
→ GOTO → OTHER FUNCTIONS → HEADER
1-3-3 Save the goods receipt posting.
Material document no.: __________________
1-4 Check the updated version of the delivered partial quantity in the order.
Which status does the order now have? Answer: ______
1-5 Now perform a goods receipt for the remaining quantity of the production order.
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Material document no.: __________________
1-6 Check the updated version of the production order again (quantity, status, costs).
Which status does the order now have? Answer: ______
1-7 Check the material stock of material R-F1##.Use the stock overview.
1-8 Check the stock in the stock/requirements list for material R-F1##
Is the delivered order still in the list?
Answer: ______
1-9 Look at the material and accounting documents for the goods receipts performed.
Path: R/3 → LO → MM → INVENTORY MANAGEMENT→ MATERIAL DOCUMENT → DISPLAY
→ Document header
→ Item overview
1-10 Determine the number of the respective Controlling and accounting documents.
Controlling document ____________________
Accounting document ____________________
Path: → ENVIRONMENT → FI/CO DOCUMENTS
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8.12Goods Receipt: Solutions
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Unit: Goods Receipt
Topic: Goods Receipt(SCM310 Exercise 11)
1-1 Answer: Yes
1-3-2 Answer: WF (Goods receipt for order)
1-4 Answer: PDLV
1-6 Answer: DLV
1-8 Answer: No
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Settlement/Archiving/Deletion: Contents
Order settlement
Activities
Execution
Results
Archiving and Deleting
Preparation
Archiving
deleting
Retrieval
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At the conclusion of this unit you will be ableto:
Settlement/Archiving/Deletion: Course Objectives
Define the purpose of order settlement
Explain when and how order settlementis carried out
Recognize the important control parametersfor this function
Describe the results of order settlement
Describe the necessary steps for archivingand deleting a production order
Deleted orders can be displayed again usinga retrieval function.
Recognize which control parameters to set
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Goods ReceiptGoods Receipt 1010
ConfirmationsConfirmations 99
Information SystemsInformation Systems 1212
1111
Collective OrdersCollective Orders 1414
Mass ProcessingMass Processingand Automationand Automation 1313
Material StagingMaterial Staging 77
Order Creation /Order Creation /Order ChangeOrder Change 33
Order ControlOrder Control 88
Printing ofPrinting ofOrder DocumentsOrder Documents 66
Order ReleaseOrder Release 55
Integration for PlanningIntegration for Planning 44
Overview Diagram (11)
Course OverviewCourse Overview 11
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion
Course OverviewCourse Overview 22
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Crediting and Debiting Costs (Order-Related COC)
Settlement receiver
Distribution rule
Settlement parametersMaterial stock account (Qty. * Standard price/Price from valuation var.)Plant activity account (Qty * Price from valuation variant)
Production order credits
GR valuation control Settlement profile
Materialwithdrawal
Processing Confirmation Goodsreceipt
OrderOrdersettlementsettlement
Archiving / deleting
Actual costs forsettlementdate
Settlement account (according tosettlement schema)
Plant activity accountDifference account
Debit
Material costsProduction costsExternal activitiesProcess costsOverheads on material
Production order
M 1000 100-100 12.000E 1421 4230 1310 25.000V External processing 8.000X 300900 12.000G Additional raw material 8.500 12
9
6
3
11 1
7 58 4
210
The method of crediting and debiting the costs of a production order depends on the Cost Object Controlling (COC) variant selected in Controlling. It can be executed
with reference to the order orwith reference to the product
Order settlement is carried out in SAP R/3 to credit an order. In general, settlements are carried out periodically. You control settlements using a settlement profile. You must credit orders according to cost element. Cost element allocation between the debit cost element (production order) and the credit cost element
(cost receiver) is performed using an allocation structure. Differences are either posted to the price difference account (expenditure / revenue) or cause the
allocation price to be corrected. The use of the order-related cost object controller is beneficial in the following cases:
Flexible production environment Flexible product pallet Cost management of individual production lots Costs need to be traced for each order High setup costs Co-production
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For more detailed information about cost object controlling, see course AC510 or AC515.
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Settlement Profile
PA transfer structure
Source structure
Permissible settlement receiver- Cost center- Order- Project- Cost object- Asset ......
Parameters- Document type- Maximum number of distribution rules- Residence time of the documents
Indicators- 100% validation- Percental settlement- Equivalence numbers- Variance calculation
Default values- Settlement schema- PA transfer structure- Account assignment- Source structure
Assignment of debit costelement to the line in anapportionment structure forco-products
Assignment of debitcost element to the value fieldof a profitability segment
Assignment of debit costelement to the settlement cost element
Allocation structure
The settlement profile is composed of several elements:Allocation structureSource structurePA transfer structurePermissible settlement receiver and proposed account assignmentSpecial control parameters
The settlement profile for a production order is determined by the order type. PA transfer structures are required for the cost distribution of profitability analysis objects. Source structures are required for the cost distribution in co-production.
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Allocation structure
650000
650100
Text651000
MaterialG
MaterialG
Debit cost elementsDebit cost elements SettlementSettlementcost categoriescost categories
Material (ext.)
400000400100400200
Material (int.)
400000400100
Activities
600000620000
The allocation structure controls the conversion of debit cost elements to settlement cost elements. You can save default values in the settlement profile.
Similarly, the PA transfer structure controls the conversion of debit cost elements in the value components of the profitability analysis. A PA transfer structure is only required when you settle to a profitability segment (for example to a sales order).
You have the option of defining cost element groups instead of entering individual cost elements.
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Cost Object Controlling - Product-Related
Actual costs of period =GR + WIP + Variance
product cost collector
TimePeriod 1 Period 2 Period 3
Material costsLabor costsMachine costs
Period end closing:Process costsSurchargesGoods in processDeviationsSettlement
ProductionordersProduction
ordersProductionorder
. . . . . . . . .
Actual costs of period =GR + WIP + Variance
Actual costs of period =GR + WIP + Variance
PCC
$$$$
Tgt Act. WIP Var.
product cost collector
COCO--PCPC
In product-related cost object controlling, all costs are credited and debited to a product cost collector.
Individual production orders do not have cost segments or settlement rules. All functions in production and materials management that are relevant to costs (material withdrawal,
confirmation, goods receipts for the production order and goods receipt from production) are executed on the basis of the production order.
All Controlling functions (process costs, overhead costs calculation, WIP and variance calculation, settlement) are executed at the end of the period on the basis of the production cost collector and the corresponding values are then determined.
The costs for a period include:The values of the finally delivered material quantities of the period according to the valuation control of the goods receipt. The values for unfinished products (WIP) according to the level of confirmed operationsThe values of variances (for example, scrap)
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9.8
SAP AG 1999
Crediting and Debiting Costs (Product-Related COC)
Settlement receiver
Distribution rule
Settlement parametersMaterial stock account (Qty. * Standard price/Price from valuation var.)Plant activity account (Qty * Price from valuation variant)
Credit product cost collector
GR valuation control Settlement Profile
Materialwithdrawal
ProcessingConfirmation Goods
receiptOrderOrder
settlementsettlementArchiving/ deleting
Actual costs forSettlementtime
Settlement account (according to allocation structure)
Plant activity accountDifference account
Debit
Material costsProduction costsExternal activitiesProcess costsOverheads on material
Product Cost Collector
M 1000 100-100 12.000E 1421 4230 1310 25.000V External processing 8.000X 300900 12.000G Additional raw material 8.500 12
9
6
3
11 1
7 58 4
210
Settlement is period-oriented and is based on the costs of the product cost collector. Order settlement for individual production orders is not applicable here. In this case, the production order does not have a settlement rule. For the in-house production of material, standard price control is generally recommended. The use of the product-related cost object controller is beneficial in the following cases:
Make-to-stock production repetitive manufacturing, mass productionsales order controlling, only in the profitability analysis
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9.9
SAP AG 2002
Order Statuses and Operations Allowed
TECO Technically completed CLSD Closed
DLV Delivered
DLFL Deletion flag DLT Deleted
Display status
Reversible
Actual costs = 0
No liabilities
Archive fileArchive file
TECO
DLV DLFL DLT
Delivery tolerance Delivery tolerance timetime
Residence time 1Residence time 1 Residence time 2Residence time 2
CLSD
X
These are the conditions required for the following statuses:
CLSD Order is released or technically completed, no liabilities and there are no future change records from confirmations, cost balance = 0
DLFL Order is delivered or technically completed, no liabilities and future change records from confirmations, cost balance = 0
DLT Order has deletion flag and residence time 1 has gone by
The following statuses still allow the following functions:
TECO confirmations, goods movementsCLSD Set deletion flagDLFL Set deletion indicatorDLT Archiving and deletion
Residence times are defined in SAP R/3 T0030 with reference to the order.
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SAP AG 1999
Order Settlement: Summary
In this unit the functions of order settlementwere discussed
In general order settlement is carried outperiodically.
Order settlement is controlled by a settlementprofile.
As a result of order settlement the order itselfno longer has any costs and can be deleted.
Orders go through the steps preparation for deletion,archiving and deletion.
Deleted orders can be displayed again usinga retrieval function.
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9.11Order Settlement, Archiving and Deletion: Exercises
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Unit: Order Settlement, Archiving and Deletion
Topic: Order settlement(SCM310 Exercise 12)
• Order settlement
After the goods receipt for a material has been posted (finished product, assembly, single part), any existing actual costs (debits) must be dealt with so that the order can be deleted at a later stage. This crediting of the production order is a task carried out internally by the controlling department in your company. It is carried out using the “Settlement” function. This function is usually carried out on a monthly basis using a background program.As production scheduler or supervisor, you have no activities to carry out. You should simply know that the function must be carried out before orders are deleted.
Use the following procedure to carry out order settlement for the production order that you created in the previous exercise.
Order number: _________________
1-1 Check the settlement rule (settlement parameters and distribution rules) for the order.
Who is the settlement receiver, according to the posting rule?
Answer: Account assignment category ______________________
Settlement receiver ______________________
Path: R/3 → LO → PP → PC → ORDER → CHANGE →GOTO → HEADER → HEADER → SETTLEMENT RULE
1-2 Which settlement profile controls the settlement of the production order?
Answer: __________
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Path: GOTO → SETTLEMENT PARAMETERS
1-3 Calculate the overhead for the actual overheads with dialog display and posting (no test run) for the current month (period).
Total overheads: ____________________
Path: R/3 → LO → PP → PC → PERIOD-END CLOSING → OVERHEAD CALCULATION → INDIVIDUAL PROCESSING
1-4 Display the Balance function to view the order debit.
Which amount must be calculated? ___________
Path: Return to the order header → GOTO → COSTS → BALANCE
1-5 Execute settlement for the current month (period) with posting (no test run).
Path: R/3 → LO → PP → PC → PERIOD-END CLOSING → SETTLEMENT → INDIVIDUAL PROCESSING
1-5-1 A pushbutton enables you to trace the values to be posted and the accounting documents that are created.
Path: → GOTO → DETAIL LISTS
→ ADDITIONAL DATA → ACCOUNTING DOCUMENTS
Settlement document no.: ____________________ (accounting document)
1-5-2 Display the settlement document and examine it in detail.
Which document type has been posted?
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Answer: _____
Path: → ORIGINAL DOCUMENT
→ ADDITIONAL DATA → DOCUMENT HEADER
1-6 Display the settlement document in the financial accounting module. Select only a few documents for the latest date of entry.
Path: R/3 → ACCOUNTING → FINANCIAL ACCOUNTING → GENERAL LEDGER → DOCUMENT → DISPLAY →Select the pushbutton → LIST
Select using the document number
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Unit: Order Settlement, Archiving and Deletion
Topic: Archiving and Deleting(SCM310 Exercise 13)
• Deletion flag
• Archiving
• Deletion
• Retrieval
• Archive info system
Production orders that have been completed in your area (goods receipt has been posted), must be archived and deleted after a stipulated period that you specify in Customizing. This ensures that the volume of data contained in the database is restricted and prevents it from constantly increasing over time. Archiving and deletion is the task of the system administrator in your company. As a rule, he or she carries this out on a monthly basis in the form of a few background programs.As production scheduler or supervisor, you have no activities to carry out. You should simply know that these functions are necessary and how they are carried out.If orders were deleted once from the SAP R/3 database, there is a function available that enables you to display orders from the archive.
Use the following procedure to set a deletion flag, archive, and delete the production order that you created in the previous exercise and also display it from the archive.
Order number: _________________
2-1 First, set the deletion flag and the deletion indicator for the order.
2-1-1 Maintain a job variant SCM310_L## with the following program parameters:
Order number ________________
Exceeding of delivery date Empty
Actions Deletion flag
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Deletion indicator
Options No test run
No detailed log
Path: R/3 → LO → PP → PC → TOOLS → ARCHIVING → ORDERS → Select pushbutton "DELETION FLAG" / DELETION INDICATOR"
Maintain the program parameters.
Go back one step and by doing so, save the values.
Name the program variants that you have newly created and save them.
2-1-2 Define the start date of the job. Choose immediate start.
After saving, the traffic light must be green!
Path: Select the pushbutton → START DATE
2-1-3 Maintain the parameters for printing the log.
After saving, the traffic light must be green!
Path: Choose the pushbutton SPOOL PARAMETERS
2-1-4 Start the job.
2-2 Check the status that is set in the order. What is it?
Answer: _______ and _______
2-3 Now archive the order.
2-3-1 Maintain a job variant SCM310_A## with the following program parameters:
Order number ________________
Create archiving file activate
Deletion program as test activate
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Path: R/3 → LO → PP → PC → TOOLS → ARCHIVING→ ORDERS → Select pushbutton “ARCHIVING”
Maintain the program parameters.
Go back one step and by doing so, save the values.
Name the program variants that you have newly created and save them.
2-3-2 Define the start date of the job. Choose immediate start.
After saving, the traffic light must be green!
Path: Select the pushbutton → START DATE
2-3-3 Maintain the parameters for printing the log.
After saving, the traffic light must be green!
Path: Select the pushbutton SPOOL PARAMETERS
2-3-4 Start the job.
2-4 Delete the production order from the SAP R/3 database.
Path: R/3 → LO → PP → PC → TOOLS → ARCHIVING → ORDERS → Select pushbutton “DELETE”
2-4-1 Select the archive file that you created in step 2-3.
After saving, the traffic light must be green!
Path: Select the pushbutton ARCHIVE SELECTIONand select the files archived today.
2-4-2 Define the start date of the job. Choose immediate start.
After selection, the traffic light must be green!
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Path: Select the pushbutton → START DATE
2-4-3 Maintain the parameters for printing the log.
After saving, the traffic light must be green!
Path: Select the pushbutton SPOOL PARAMETERS
2-4-4 Start the job.
2-5 In the archiving information system, check that your order numberis also actually contained in the archive file. Use the archiving step ADMINISTRATION to carry out this check.
Path: R/3 → LO → PP → PC → TOOLS → ARCHIVING → ORDERS → Select pushbutton “ADMINISTRATION”
2-5-1 Select the INFO SYSTEM pushbutton and go into the Archive Explorer.
Path: → GOTO → INFOSYSTEM → ARCHIVING INFORMATION STRUCTURES → ARCHIVE EXPLORER
Enter the following parameters:
Archiving object PP_ORDERArchive info structure SAP_PP_ORDER001
2-5-2 Start the display of the archived orders with the following limitations:
Plant: 1000
Production scheduler 0##
2-6 Use the normal order menu to try to display the order.Can the system display the order?
Answer: ______
2-7 Use the retrieval function to display the order from the archiving file.
Use the overall profile 000000000005 and select the archiving file that you have created.
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Path: R/3 → LO → PP → PC → TOOLS → ARCHIVING → ORDERS → Select pushbutton “RETRIEVAL”
In the selection screen, select the pushbutton ARCHIVE SELECTION
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9.12Order Settlement, Archiving and Deletion: Solutions
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Unit: Order Settlement, Archiving and Deletion
Topic: Order settlement(SCM310 Exercise 12)
1-1 Answer: Account assignment category MAT (Material stock)
Settlement receiver R-F1## (Material)
1-2 Answer: FA_ABP
1-5-2 Answer: SA
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Unit: Order Settlement, Archiving and Deletion
Topic: Archiving and Deleting(SCM310 Exercise 13)
2-2 Answer: DLFL and DLT
2-6 Answer: No
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9.13
SAP AG 2003
Goods ReceiptGoods Receipt 1010
ConfirmationsConfirmations 99
1212
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion 1111
Collective OrdersCollective Orders 1414
Mass ProcessingMass Processingand Automationand Automation 1313
Material StagingMaterial Staging 77
Order Creation /Order Creation /Order ChangeOrder Change 33
Order ControlOrder Control 88
Printing ofPrinting ofOrder DocumentsOrder Documents 66
Order ReleaseOrder Release 55
Integration for PlanningIntegration for Planning 44
Overview Diagram (12)
Course OverviewCourse Overview 11
Information SystemsInformation Systems
Course OverviewCourse Overview 22
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9.14
SAP AG 2003
Order Progress Report
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Order Progress Report: Object Structure
List Edit Goto Settings System Help
Stock/requirements MRP Sales Profile
OrderSold-to party Becker Berlin
Type OR Plant Target qtyPlant stock
Receipt/requirementCustomer stock Project stock
Qty variance Unit of measureBase quantity
ExpectedStandard price
PC
PC
PC
PCPCPCPCM2PCPCPC
PCPC
Order Progress Report Key
Colors
MaterialDummy materialMaterial in sales order itemProcurement elementRequirements element
Symbols
Actual delay is too longExpected delay is too longDeficit quantity is too largeException exists for the elementMissing partElements assigned to an order
Blank for shaft
Blank for shaft
Support baseW'hse supportFly wheel GGSteel sheet ST37Spiral casingPressure coverShaftMat.
Mat.
Mat.
Mat.Mat.Mat.
Mat.Mat.
DepRqmtPReqPrdOrd
Mat.
PlOrd
Mat.
SalesOrder
Spiral casingMat.
StockStock
Mat.
SalesOrder
Pump GG I
Nut
Order Progress Report: ... Exploring - D45pp Enter other goods receipts...
An order progress report is available as of Release 4.5. It enables you to clearly chart the progress of all business transactions (in-house production and external procurement) that are required when carrying out a sales order or project, and to process them.
The current stock situation, future stock level over time and the order progress report from confirmations are all fully included in this report.
The report contains a warning system that informs you of date and quantity variances, enabling you to actively manage sales orders and projects.
MRP controllers can directly trigger procurement by converting planned orders.
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9.15
SAP AG 2002
Objects
Functions
Navigation to
All business transactions settled to a sales order or WBS element, including their current component structure
Planned orders, production orders, process orders, networks, purchase orders, purchase requisitions, delivery schedules, contract release orders, deliveries, stock (plant, safety, project, individual customer)
Convert planned orders into production orders or purchase requisitions
Display and change all objectsRefreshProgress determination and warning systemfor each object (date/quantity variance)Print
Stock overview, stock/requirements lists, MRP list, pegged requirements, sales document flow, purchase order history, material document
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Order Progress Report - Characteristics
Display all procurement elements created automatically (MRP) or manually, which are settled to a sales order and/or a WBS element
Dynamic explosion of the component structure for each procurement element. Explosion of the whole structure gives you a quicker overview of the progress of external procurement
and in-house production You can actively change individual business transactions Information about adherence to delivery dates or possible delays and about quantity variances Variable list structure (profile-controlled preparation, hierarchical and expandable presentation of the
structure, field selection technique) Variable navigation options (expand, collapse, sub-tree presentation, focus on particular levels, expand
up to exceptions)
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9.16
SAP AG 2003
Sales order
Material P-100
Production order
Material 100-100
Planned order
Material 100-200
Purchase order
Purchase order
Expected delay in dates is too long
Meaning of the warning symbols
Current delay in dates is too long
Exceptions exist for this element
Elements are settled to the sales order
Missing quantities are too big
Plan
PS SS SF PE
Actual
Expected delay >0
Plan
PS SS SF PE
Actual
Expected delay = 0
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Order Progress Report - Warning System
Every time you "refresh", this report determines date and quantity variances of individual procurement elements (production order, purchase order, ..) automatically, and carries out progress determination based on final confirmations.
Variances are only processed, if they exceed the tolerance limits defined in the selection profile of the report. (Set up in Customizing: Production Control + Info System)
In detail, the variances mean:Yellow traffic light: Basic start date (planned order), release date (PReq) is in the past, latest schedule line date comes after the required delivery date (purchase order). Actual date exceeds the planned finish date of the last operation finally confirmed and the float after production is smaller than this exceeded quantity (production order).Red traffic light: Basic finish date (planned order), required delivery date (PReq, purchase order) is in the past, production finish date comes after the basic finish date (production order)Yellow bell: Expected receipt quantity according to yield of the last finally confirmed operation is less than the planned yield of the order (production order).Lock: The material component in the order is a missing part (production order)
If the system is to determine variances from confirmations, then the Progress values indicator must be set in Customizing (T399X Order type-dependent parameters).
If the indicator is set, the system writes processing requests that can be processed directly in the order progress report or in the background in variance determination using a program PPORPCRE.
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As of Release 4.6C, hot package 33, this switch is ineffective, since an automatic execution has been implemented.
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9.17
SAP AG 2002 R/3
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Multilevel Order Report
Multilevel information about the status of the sales orders(based on the product's static BOM)
Information about critical situations for
sales orders, planned orders, production orders
Progress reports for individual orders
Decision-making basis for confirming sales orders
The function can be triggered
from a sales order item (SD)
from the production orders menu ("Information System")
from the material requirements planning menu
The order report facilitates integration between SD, PP and MM. It provides the sales department with comprehensive information concerning the status of materials
requirements planning, external procurement and the progress of sales orders.
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9.18
SAP AG 2003
Alert Types
ATP no requirement coverage
Resource overload (SNP)
DP Macro Status Alerts
Date violations (SNP and PP/DS)
Resource overload (PP/DS)
Demandplanning
SupplyNetworkPlanning
PP/DS
ATP
Material shortage (PP/DS)
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
APO
The standard Alert Monitor contains a selection of 20 different alert types. The alert types must be prioritized and assigned to the various SAP APO applications.
For example, some alerts concern only SNP, whereas others may be assigned to both SNP and PP/DS. The alert monitor differentiates between alerts in a specific planning version and general alerts. For
example, capacity overload belongs to a specific planning version, while Demand Planning alerts are of a more general nature. Both alert types are displayed in the Alert Monitor.
Each alert type can be assigned to any number of applications.
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9.19
SAP AG 2002
SAP OLTP Reporting Toolbox
SAP Tools
Openness
XX
Information systems
Report Painter/Writer
Special ledger
ABAPSAP Query
Business APIs
A B C
Profitability analysis
report treeEISreport portfolio
RFCTables, fields
Import/ Export
Key Figure 2Key Figure 1 . . . .
xxx xxTotal xxx xx
xxx xx
Charact .
KeyFig.
xxx xxKey 1, D escr. 1Key 2, D escr. 2
Key n, Descr. nOthers
SQL,ODBC
inSight forSAP-EIS
Word, Excel, and
so on...
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The SAP products offer various technical solutions for reporting and analysis These solutions have concentrated, up to now, on the reporting requirement in the operational
system (OLTP system) There are many such reporting systems in the company environment. With the Business Information Warehouse, SAP offers a complete solution for all reporting
requirements and decision support in an independent system (OLAP system).
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9.20
SAP AG 2002
Generic Generic extractorsextractors
LIS
FI SL
CO PA
Transparenttable
Data from SAP R/3 LIS for SAP BW
InfoCubes
LISLISInfo structureInfo structure
S024 work centerS024 work center
R/3 Customizing:
Generate DataSource
Selection fields
More settings (for example, delta updates)
BW B
W B
W B
W B
W B
W B
W B
W B
W B
W B
W B
W B
W B
W B
W B
W B
W B
W B
W B
WBW
Datasource work center view 2LIS_04_P_ARBPL
The extractors for standard and customer-specific LIS structures can be generated using transaction LBWE in the Customizing cockpit of component SAP R/3.
The extractor defines which methods are used to extract data.The extraction can be made from a transparent table, through a database view, a function module, or through a SAP query.
The structure of the InfoCubes is defined, and the initial and delta update is controlled, through the extractor.
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SAP AG 2002
Variable Object Overviews
Define fieldsDefine objects
Material or Material or task list grouptask list group
SequencesSequences OperationsOperations SuboperationsSuboperations
Standard seq.
Parallel seq.
Alternative seq.
Material components
Product. resources/tools
Inspect. characteristics
Trigger points
Create overview
Overview ID
Overview name
Row width
Row type (header,
heading, item)
Output characteristics
Select fields per row
Field sequence
Field attributes
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Object overviews enable you to create varying displays of routings and production orders. Object overviews can be freely defined in Customizing. In order to create an object overview, you must observe a predefined maintenance sequence. For further
information on the topic, consult the implementation guide.
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9.22Information Systems: Exercises
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Unit: Information Systems
Topic: Information Systems(SCM310 Exercise 14)
• Order Information System
• Order progress report with warning system
As production scheduler, production manager or supervisor, you need constant reports about the status of individual orders, or about large numbers of orders, that are currently being used in the production process, are already confirmed, delivered or have already been deleted. In particular, you need a quick overview of orders that have not been started or finished on time. It is not only important for this group in your company to have statements about orders for the daily control of production, but also to have an overview of the pool of orders at a work center.
1-1 Call the order information system with the following parameters:
List Operationsprofile (No profile)Layout /SCM310_001Production orders Activateplanned orders Deactivate
Selection
Material R-F1##Production plant 1000Order type PP01Production scheduler 0##
Path: R/3 → LO → PP → PC → INFORMATION SYSTEM→ ORDER INFORMATION SYSTEM
1-1-1 Save these settings as selection variant
Variant name SCM310_##Description Demo group ##
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Path: → GOTO → VARIANTS → SAVE AS VARIANT SAVE
1-1-2 Carry out selection
1-2 Change an order for material R-F1##.
1-2-1 Replace the work center of the first operation with the work center R-L##.
Path: Select the order → ENVIRONMENT → CHANGE ORDER→ OPERATIONS
1-2-2 Save the order.
1-3 Select the changed order in the list and refresh thechanged object.
Path: → LIST → REFRESH→ Refresh list
1-4 Check if the operation 0010 of the changed order is in the updated list at the work center R-L##.
2 Use the order progress report to check the situation of the sales order that you created in exercise number 5.
Call the report with the following parameters:
Element selection
Plant 1000Sales order number _____________ ____
Profile PP0000000001
Path: R/3 → LO → PP → PC → INFORMATION SYSTEM→ ORDER PROGRESS REPORT
2-1 If you have not already done so, open a second session and execute the following functions parallel to the order progress report.
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2-2 In material requirements planning, insert a planned order for materialR-B3## with reference to your sales order.
Planned order profile KDMRP area 1000Order quantity 2 piecesfinish date AnyProduction plant 1000Sales order number _____________ ____
Path: R/3 → LO → PP → MRP → PLANNED ORDER → CREATE
2-3 Refresh the order progress report and check the appearanceof the planned order for material R-B3##.
2-4 Convert all planned orders to production orders.
Path: Use the pushbutton to select the planned orders
Convert by choosing:
→ FUNCTIONS → PLANNED ORDERS →CONVERT TO PRODUCTION ORDERS
Refresh the report and check that production orders have been created.
2-5 Release the production order for material R-B3## and refresh the list to check the released order.
2-6 Confirm operation 0010 of this production order.
Use the confirmation type: time ticket confirmation andnote the following:
Final Confirmation
Dates Start execution one month later
Finish execution one month later
Path: Expand the field group DATES in the confirmation screen and change the entry for the month
2-7 Refresh the report and check whether a warning was issued .
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2-8 Carry out an availability check for the order, for material R-F1##.
Check whether a warning message was issued
2-9 Find out what the warning means.
Path: → LIST → KEY
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9.23Information Systems: Solutions
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Unit: Information Systems
Topic: Information Systems(SCM310 Exercise 14)
No answers are required for this exercise.
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Mass Processing and Automation: Contents
Mass processing (HVOM)
Automatic creation, release and printing
Automation options for confirmations
Automation options for goods movements (material withdrawal and goods receipts)
Later import of reference operation sets
Trigger points (variable operation related automation)
Generation of transport requirements and inspection lots
Selection of workflow
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10.2
SAP AG 1999
Describe the automation options for morestreamlined production order management
Recognize the advantages and effects ofthese solutions
Explain how to control and apply theindividual options
At the conclusion of this unit you will be ableto:
Mass Processing and Automation: Course Objectives
SAP AG 1999
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10.3
SAP AG 2003
Goods ReceiptGoods Receipt 1010
ConfirmationsConfirmations 99
Information SystemsInformation Systems 1212
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion 1111
Collective OrdersCollective Orders 1414
1313
Material StagingMaterial Staging 77
Order Creation /Order Creation /Order ChangeOrder Change 33
Order ControlOrder Control 88
Printing ofPrinting ofOrder DocumentsOrder Documents 66
Order ReleaseOrder Release 55
Integration for PlanningIntegration for Planning 44
Course OverviewCourse Overview 11
Mass ProcessingMass Processingand Automationand Automation
Course OverviewCourse Overview 22
Overview Diagram (13)
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SAP AG 2003
Automation Options
Mass Processing
Create prod. order (assembly order)
Create rework order
schedule order
Availability Check
Release entire prod.order
Release operations
WM requirement (transport reqmts)
Post goods issue (backflush)
Operation confirmation
Post goods receipt
Variable automation (such as workflow, insert operations)
Multi-level collective orders
Process multiple production orders
Event ControlOperation to be automated
Any
Create sales order
Confirmation (set status)
Release production order
Changes to production order
Prod. order creation / release
Create production orders
Confirmation (set status)
Release production order
Release production order
Confirmation
Milestone confirmation
Plant data collection
Confirmation
Confirmation (set status)
Create production orders
Any
Transaction COHVOMPP
Planning strategy 82
Trigger points
Production Scheduling Profile
Schedule param. for order type
Parameters for order type
Production Scheduling Profile
Trigger points
Production Scheduling Profile
Production Scheduling Profile
Master, work center, or BOM component assignment
Operation control key
PDC interface
Operation control keyProduction control profile
Trigger points
Special procurement key 52
Order Information System
The R/3 System comprises a number of automation options for rationalizing and saving time in order management.
In addition to the above, the following functions should also be noted:Batch creation (production scheduling profile)Batch determination (batch search strategy)Stock determination (stock determination profile)
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Close
Set user status / delete
Release
Costing
Picking
Material availability
Log display
Confirmation
Technical completion
Scheduling
Increase capacity requirements
WM material staging
PRT
Mass Processing Functions (HVOM)
The selected object determines whether or not individual functions can be used. The scheduling function can also be used specifically for rescheduling orders. Committed quantities from the material availability check can be released.
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Production scheduling profile
Assignment optionsAssignment options
Mat. masterProduction scheduler
Additional control options
Production scheduling profileProduction scheduling profile
Confirm partial quants (mat. availability check )
Overall profile for capacity leveling
Activate capacity scheduling
Basic load switch for capacity availability check
Update surplus/deficit receipts
Batch creation and classification
Create transport requirements
Automatic GR, adjustment of follow-up operationsControl options at confirmation
Automatic printing of documentReschedulingCreate document link (mat., BOM)
Control options at release
Automatic releaseCreate document link (mat., BOM)
Control options at creation
Automatic functions can be triggered immediately at the time of order creation or at a later date. You control these functions with a production scheduling profile.
The profile can either be assigned to a production scheduler (Customizing) or a concrete material master (Work scheduling screen).In both cases, the result is material-related control.
In the production scheduling profile, default order types can be proposed forCO01 Make-to-stock production CO08 Make-to-order production CO10 Engineer-to-orderCO07 Without material
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Efficient Actual Data Entry
Backflush Posting Manually per material
Confirmations
Goods receipt posting
Backflush
MilestonesManually per operation
Manually per order Automatic
There are a number of available options for optimizing actual data entry, which have already been dealt with in the preceding units.
Confirmations can be simplified by using milestones (planned in the operation control key) or progress confirmations (unplanned milestone).
Milestone or progress confirmations can also be used for entire collective orders (or sub-trees). Backflush postings can be executed automatically by confirmations. The indicator has to be set
accordingly in the material master for the affected material components. Automatic goods receipts can be executed automatically with a confirmation. This must be set up in
the operation control key of the operation in question or in the production scheduling profile.
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Event-Triggered Automation
Set and / or remove status
System and / or user status
Manually and / or status-triggered
One time or always
Combinations of
options
Functions triggered by events at operationFunctions triggered by events at operation levellevel
Functions triggeredFunctions triggered AutomationAutomation functionsfunctions
Release subsequent operations
Release up to next "release point"
Define a "release point"
Release previous operations
Include a reference operation set
Create a production order by copying
Start a workflow task
You can control a number of business operations with trigger points. You can maintain trigger points in a routing or production order. You can maintain standard trigger points. It is possible to combine trigger points in groups. These can be set up in Customizing. Application examples:
to create rework operations to create rework orders to send messages to release operations when the preceding operations have been confirmed and so on
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Mass Processing/Automation Summary
Order management can be highly automated.
As of Release 4.6, there is a standardized concept forfast, variable and dialog-free mass processing.
Using the production scheduling profile, orders can be automatically released, scheduled and printed.
Backflush postings and milestone confirmations reducethe work involved when entering data to an absoluteminimum.
Other effects can be achieved by using trigger points.
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10.10Mass Processing and Automation: Exercises
Unit: Mass Processing and Automation
Topic: Mass Processing
(SCM310 Exercise 15)
• Use of mass processing of orders for selected functions (for example, release, print, confirm)
In the previous exercises, you have always processed individual orders (released, printed, confirmed).As a rule, this is not the way you work in your company.This work is carried out routinely and in the same manner for many orders using a background program. Usually, the mass processing program for orders is executed at night.The system administrator in your company is responsible for controlling mass processing.As production manager or supervisor, you must monitor this transaction and in particular, check it for errors.
1-1 Carry out mass processing of complete orders using the functions RELEASE and PRINT. When you do this, select all orders for your material that have not been released.
If no production orders have been created for this material, then create more orders yourself.
Path: R/3 → LO → PP → PC → CONTROL → MASS
PROCESSING
1-1-1 Select the Selection tab page and select using the following parameters:
List Order headersProfile (No profile)Layout /SCM310_001Material R-F1##Production plant 1000Order type PP01Production scheduler 0##System status CRTD
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1-1-2 Select the MASS PROCESSING tab page and carry out the following settings:
Function Release
Execute function immediately
Execute changes to data
Function parameter Order Release
Path: PROGRAM → EXECUTE
Select all the orders proposed by the system
1-1-3 Carry out mass processing
Path: MASS PROCESSING → EXECUTE
Depending on the situation, the system may issue messages about material, capacity or PRT availability shortages. Release the orders despite this.
1-1-4 Check the release log for possible errors
Path: → MASS PROCESSING → LOG OF LAST MP
or
→ ORDER pushbutton
1-2 Now print the orders from 1-1 using mass processing.
1-3 Check the printing log for possible errors.
1-4 Now confirm some of the orders from 1-1 using mass processing.
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Unit: Mass Processing and Automation
Topic: Automation Options
(SCM310 Exercise 16)
• Automatic release of the order
• Automatic print of order papers
• Backflushing
• Milestone confirmation
• Automatic goods receipt
In your company, orders are immediately released and printed, so that work can begin quickly in the production department. Material withdrawals are usually posted automatically at the time of confirmation.Each individual operation should not be confirmed because this involves too much work. Therefore, you use milestone confirmations, which are the only operations that have to be confirmed.
2-1 In the material master (work scheduling screen) of material R-F1##, enter the production scheduling profile 000002.
Path: R/3 → LO → PP → MASTER DATA → MATERIAL MASTER→ MATERIAL→ CHANGE → IMMEDIATELY → Select the Work Scheduling view
2-2 In Customizing, find out about the current control parameter ofproduction scheduling profile 000002 for plant 1000
Path: R/3 → transaction SPRO → PP → PC → MASTER DATA → DEFINE PRODUCTION SCHEDULING PROFILE
2-3 Create a production order using the following data:
Material R-F1##
Production plant 1000
Order type PP01
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Total quantity 1 pieces
Basic finish date Any
Scheduling type Backward
and save the order.
Order no.: ___________________
2-4 Check the status of the order.
2-5 How do you ensure that the goods issues are posted automatically?
Answer: _______________________________________________
_______________________________________________
_______________________________________________
2-6 Set all the material components in this order to backflushing.
Path: In the component overview, activate the "Bf" indicator for all material components.
2-7 How do you ensure that only the last operation is to be confirmed and despite this, all preceding operations are confirmed with proportional quantities?
Answer: _____________________________________________
_____________________________________________
2-8 How do you ensure that the goods receipt is posted automatically?
Answer: _____________________________________________
_____________________________________________
2-9 Check whether the last operation of the order is set for automatic goods receipt and milestone confirmation.
If necessary, replace the operation control key of the last operation with the value PP99.
2-10 Execute a final confirmation of the last operation for the order.
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During the processing procedure, ensure that all control parameters are active and that functions are performed automatically.
2-11 In the material master (work scheduling screen) for material R-F1##, delete the production scheduling profile 000002.
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10.11Mass Processing and Automation: Solutions
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Unit: Mass Processing and Automation
Topic: Mass Processing(SCM310 Exercise 15)
No answers are required for this exercise.
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Unit: Mass Processing and Automation
Topic: Automation Options(SCM310 Exercise 16)
2-5 Answer: In the material master, work center, component assignmentto the operation or lastly, in the production order itself, backflushing must be activated.
2-7 Answer: By using milestones(switch in operation control key) orby progress confirmation
2-8 Answer: In the production scheduling profile or in the operation control key, automatic goods receipt must be activated
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Collective Orders: Contents
How individual orders are linked over multiple levels to create collective orders
Areas of application and advantages
Structure of collective orders
Functions of collective orders
Integration options
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Understand how several individual orders canbe linked over multiple levels to create acollective order
Ascertain where collective orders can beapplied, and understand their advantages andlimits
Describe the structures and functions ofcollective orders
Determine how collective orders can beintegrated into different applications
At the conclusion of this unit you will be ableto:
Collective Orders: Course Objectives
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Goods ReceiptGoods Receipt 1010
ConfirmationsConfirmations 99
Information SystemsInformation Systems 1212
Settlement, ArchivingSettlement, Archivingand Deletionand Deletion 1111
1414
Mass ProcessingMass Processingand Automationand Automation 1313
Material StagingMaterial Staging 77
Order Creation /Order Creation /Order ChangeOrder Change 33
Order ControlOrder Control 88
Printing ofPrinting ofOrder DocumentsOrder Documents 66
Order ReleaseOrder Release 55
Integration for PlanningIntegration for Planning 44
Course OverviewCourse Overview 11
Collective OrdersCollective Orders
Course OverviewCourse Overview 22
Overview Diagram (14)
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Advantages of Collective Orders
Minimal planning, management and maintenance effort
Optional automatic goods movements postings
Execution of business transactions for collective order
Date and quantity changes
Availability checks
Order Release
Confirmations
Graphic display of all individual orders in the collective order
Greater transparency of complex order structures
Clear overview of relationships between orders
Access to all orders belonging to a finished product with the leading order number
Simple access to individual orders by double-clicking
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Master Data for Collective Orders
MA
ST
ER
DA
TA
MA
ST
ER
DA
TA
Special procurement key "52"on MRP 2 screen
Bills of material and routingsat each assembly level
Any structure possiblePump
Pressure cap Spiral casing Shaft
Revolution counter Thermostat
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Requirements Planning with Collective OrdersR
EQ
UIR
EM
EN
TS
PL
AN
NIN
GR
EQ
UIR
EM
EN
TS
PL
AN
NIN
G
Planned order 1
Pump
Planned order 2 Planned order 3
Pressure cap Spiral casing
Thermostat
Shaft
Planned orders created manuallyor by requirements planning
Conversion and availabilitychecks occur centrally via thefinished product / assembly
Changes to quantities and dates automatically change dependentorders during the next planningrun
Option of visible stockmovements between the levels inthe stock/requirements listRevolution counter
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WarehouseWarehouse
Warehouse
PR
OD
UC
TIO
NP
RO
DU
CT
ION Pressure cap Spiral casing
ThermostatRevolution counter
Pump
ShaftShaft
Prod. order 1
Prod. order 2 Prod. order 3
Production with Collective Orders
Production orders generatedmanually or from planned orders
Conversion, release, availabilitychecks occur centrally via thefinished product/assembly
Changes to quantities, dates and so onautomatically lead to changesin dependent orders
Option of stock movementsbetween levels
Costing of orders per assembly
Overall costs are the result of all levels
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Requirements (1)
Order 1
Component 1Component 2Assembly 1
Finished product
Order 2 Assembly 2
Component 3Component 4Assembly 3
Assembly 2
Special procurement key 52 52
Material master, 2 MRP screen
E - In-house production
Direct production
Bill of material, Item data
Explosion type
Can be deactivated
E - Special procurement
A separate subordinate order is created for each bill of material component whose material master has special procurement key 52 (direct production).
You can deactivate the special procurement key in the material master using the Explosion Type field in the bill of material item.
Other special procurement types, for example "production in another plant", can be combined with direct production (collective orders).
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Order Structure Bill of material structure
52
52
52
52
Finished Product Order 1
Component 1 Assembly 1 Component 2 Order 2
Order 3 Order 4
Order 5
Assembly 2 Assembly 3 Component 3
Component 4 Assembly 4 Component 5
Component 6
Requirements (2)
All orders of the collective order have the same order type. You can create the leading order with either an internal or external number. You can only create
subsequent orders with internal numbers. The lot size indicator (from the material master) is not taken into account when individual orders are
created. It is possible to add and delete individual orders. You can make every component of an order into an order (be it with or without special procurement
key "52"). Production versions are passed down from the leading order to subsequent orders.
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Collective Order Views
Order 1Order 1
Order 1 Order 1
Order 1
Order 1 Order 1
Order 2 Order 3
Order 5
Order 6 Order 7
Order 1Order 1
Order 1Order 2
Overview of the entire collective orderOverview of the entire collective order
Entire Collective Order Subtree Individual orders
Order 3
Order 4 Order 5
Order 6 Order 7
Order 4
Order 1
Order 2 Order 3
Order 4 Order 5
Order 6 Order 7
In a collective order, you have the option of managing single orders, subtrees, or the entire collective order. This has an effect on the functions that you are able to carry out within each of these views.
You will need to closely examine all individual functions of the normal (single-level) production order in the corresponding view.
The orders to be processed together must first be accessed (that is, read from the database). They can either be read from the database for the view in question when you initially enter the change
transaction or dynamically during the dialog.
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Function Overview (1)
Maintenance can be carried out in... (read from DB)
Collective order Subtree
Individual order
Release
Scheduling
Availability Check
Determine costs
Lock order
Graphic network overview ST
CO
ST
CO
CO
IO
IO
CO IO
IO
IO
ST
CO IO
IO
ST IO
STCO
ST
CO
Read in master data
Delete assembly
IO
IO
Create manually CO
Convert planned order
Coll. ord. overview
Function to be executed
CO, ST
Add assembly
WM staging
Generate inspection lot
CO ST
(2)
IO IO
IO
IO IO IO
CO, ST, IO
CO, ST, IO
IO
IO
(1)
CO ST IO (3)
(6)
Key: CO Function across entire collective orderST Function across subtreeIO Individual order functionFA Function can be controlled (exists), only has an effect per individual orderOI Can be executed via the order information system
(1) Deleting individual orders leads to the entire collective order being recreated. (2) Materials, whether with or without special procurement key 52, can be made into a new order
within the collective order. (3) When the BOM is read, the entire collective order is recreated.
The routing is only read for an individual order. (4) Goods receipts only occur on the level of the leading order (product). (5) Individual orders can only be confirmed using a milestone. (6) Only applies for materials and production resources / tools. You can only check the capacity per
individual order.
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Function Overview (2)
Function to be executed
Maintenance can be carried out in... (read from DB)
Collectiveorder
IndividualorderSubtree
Coll. ord. overview
Archiving
Set TECO
Set deletion indicator
Set deletion flag
Goods Receipt
Settlement
Determine surcharges
Material withdrawal
Confirmation
Determine variances
CO
from 30F
CO
CO
from 30E
ST
ST
ST
from 30E
IO
IO
IO
IO
IO
IO
IO
from 30E
FA
FA
FA
(5)
(4)
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Scheduling
Types of sceduling
Forward scheduling
Backward scheduling
Range of scheduling
Individual orders
Subtree
Whole order
New data
Outlining dates (manually)
Scheduling outline dates
Interoperation time
Relationships or
Transport time
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Outline dates
Outline dates
Basic order dates
Scheduled dates
Scheduled dates
E
(collective order)
(collective order)
(order)
(order)
Collective order
Operation 1 Operation 2 Operation 3
Leading order 1
Order 2
Order 3
Operation 1 Operation 2 Operation 3
Operation 1 Operation 2
E
E E
E
E E
E
E
E
S
S
S
S
SS
S S
S S
S
S
E
E
A collective order has additional sets of dates. Outline dates must be specified manually. This can be done at collective order or subtree level. Lead time scheduling tries to schedule the entire collective order (or subtree) within the outline dates.
The basic dates of the individual orders are automatically adjusted according to the outline dates. The production (scheduled) start date of the earliest order and the production (scheduled) finish
date of the latest order determine the production (scheduled) dates of the entire collective order. No additional floats (floats before / after production) are scheduled for the total lead time of a collective
order. If the calculated (scheduled) lead time exceeds the total lead time that was specified with the basic dates,
then all orders in the collective order can undergo reduction or only those orders that require it according to their lead time (critical path).You must set this up in the scheduling parameters for the order type (table TCX00).
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Interoperation Times Between Individual Orders
Operation 10 Operation 20 Operation 30
t
Order 1
Operation 10 Operation 20 Operation 30
t
Order 1
Operation 30 Operation 40 A
B
A = float before production, B = float after production
A
Relationship (2 days)
(no move time)
Move time (2 days)
Order 2
Order 2
Operation 30 Operation 40
There are two procedures for specifying interoperation times between assemblies. They are:Floats defined as a relationship, orFloats from move time.
When you assign components to an operation (routing or BOM maintenance), you can maintain a relationship.
These relationships then enable you to specify a float. This float lies between the staging and subsequent processing of an assembly.
You must enter the type and offset (duration) for such a relationship. If you do not specify a float or any units of measurement, the move time of the subordinate order's last
operation is taken as the interoperation time. You can overlap individual operations.
If you do this, you must maintain the parameters for overlapping in the last operation in the subordinate assembly.
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Collectiveorder
IndividualorderSubtree
Coll. ord.overview
CO
Evaluation
Order quantity
Order dates
Assignment
CO
ST
ST
IO
IO
IO
CO, ST, IO
CO, ST, IO
IO
Changes made to a collective order affect all orders within that group
The effects of these changes can be viewed before saving
The collective order view is also important when making changes
Collective Orders: Change Options
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Date Changes
Order 2
Start date 05.05.02 20.05.02
Assembly 1 Reqmts date20.04.02 15.05.02
Assembly 2 Reqmts date22.04.02 18.05.02
Start date 20.04.02 15.05.02 Order 3 Start date 22.04.02 18.05.02
Compon. 3 Reqmts date10.04.02 12.05.02
Compon. 4 Reqmts date10.04.02 12.05.02
Compon. 5 Reqmts date16.04.02 15.05.02
Compon. 6 Reqmts date16.04.02 15.05.02
Date changes automatically cause dependent orders to be updated
You can view the effects that the changes have had on the dependentorders before saving.
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Quantity Changes
Changes to quantities automatically cause dependent orders to be updated
You can view the effects that the changes have had on the dependent orders before saving.
Component 3 Reqmts qty 40 60
Component 4 Reqmts qty 30 45
Order 2 Total qty 20 30 Order 3 Total qty 40 60
Component 5 Reqmts qty 50 75
Component 6 Reqmts qty 60 90
Order 1 Total qty 10 15
Assembly 1 Reqmts qty 20 30
Assembly 2 Reqmts qty 40 60
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Availability check
Order 2 Order 3Order 3
Order 1
Order 5Order 5Order 4Order 4
Availability checkfor component
Availability checkfor component
Order 3Order 3
Missing parts list
Component 1Component 7Component 8
Dis
pla
y o
nly
Order 3
Component 4Component 6
Order 4
Component 11Component 13
Order 5
Miss. parts overview
Component 1Component 7Component 8
Order 3
Availability checkfor order
Availability checkfor order
Change materialChange quantityChange materialChange quantity
When you carry out an availability check, all orders within the collective order or partial collective order are checked.
The missing parts overview lists all missing parts.You can make changes to the missing parts.The list is always saved with the results of the last check.
The missing parts list shows all missing parts and components that cannot be checked.This list is not saved.
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Order Release
Order Release
When order 2 is released, orders 4 and 5 are released automatically.
Releasing an operation
You can only release operation 3 ifboth operations 2 and 1 and order 5have already been released.
Operation 1 can be released at any time.
Order 1
Order 3Operation 5
Operation 4
Operation 3
Operation 2
Operation 1
Order 4 Order 5
Ord
er 2
To release an order / operation, you must first access the entire collective order or subtree of thecollective order
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Shop Floor Papers
Shop floor papers with information about goods movements
Goods receipt (product)
Materials and assemblies yet tobe completed are managed by means of a goods receipt list
Order to order (assemblies)
The receiving order (order number, work center, operation number) is printed on theoperation control ticket and job ticket
Goods withdrawal (stock material)
Materials are printed on the pick list
Inventory
Operation 2
Operation 1
Operation 2 Operation 2
Operation 1 Operation 1
Inventory Inventory
Ord
er 2
Ord
er 2
Ord
er 1
Shop floor papers must be printed by order.
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Confirming Collective Orders
Confirmations cannot be carried out over several production levels when being performed at order header level.
You use milestone or progress confirmations to confirm the whole collective order.
A milestone set at operation 3 in order 1 would confirm the whole collective order.
Order 1
Operation 2
Operation 3
Operation 1
Order 2
Operation 1
Operation 2
Order 3
Operation 1
Operation 2
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Inventory Management with Collective Orders
Goods Receipt
Interim storage Interim storage
Material withdrawal
Goods Receipt
Materialwithdrawal
Receipt/issue postings are not needed between production levels If inventory postings take place they are automatic (see next slide)
Collective OrdersIndividual orders
Finished product Finished product
Assembly 3 Assembly 4Order 1 Order 1
Order 2 Order 3 Order 2 Order 3
Assembly 3 Assembly 4
Assembly 3 Assembly 4
Component Component Component Component
In the order types table (T003O) you can decide whether or not material accounts documents are to be created.
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Goods Movements (Goods Issue / Goods Receipt)
Goods Receipt
Operation 1
Order 1
Operation 2
Component 1
Assembly 1
Order 2
Order 3
Withdrawal quantity of 10 pcsis updated for assembly 1
when operation 1 is confirmed
Confirmation of order 3with yield of 10 pcs
for assembly 1
From order to warehouse (GR)
Confirmed yield is posted as goods receipt
Possibility of correcting goods movement errors
Similar to normal production orders
From order to order (GR/GI)
Confirmed yield is posted in the superior order as a withdrawal quantity
Optional: material accounts documents!
If only part of the confirmed yield needs to be processed in the superior order, then you must post the surplus quantity to interim storage as an unplanned (miscellaneous) goods receipt. It must be designated as movement type 531 (goods receipt by-product) referring to the superior order.A cost credit is executed for this order.
The value of the GR/GI that is posted depends on the use of inventory accounting documents (yes/no). See T0030.
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Settlement
100% 100%
100% 90% 10%
Cost center Material Sales order Project Network Asset Internal order
Cost center
Settlement profile
Order 1
Order 2 Order 3
Order 4 Order 5
Each order in a collective order (except the leading order) is assigned to its superior order or to the material stock (depending on how you set the indicator Collective order with Goods Movement in the T0030 table.
Settlement always takes place according to cost element and from order to order or to the material stock.
You can change the account assignments of the individual orders (for example, partial scrap to cost center).
Only the leading order settles the total costs to the actual receivers.
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Collectiveorder
Individualorder
Subtree Coll. ord.overview
IO
Evaluation
IO IO IOOperation overview
Comp. overview
PRT overview
Object overview
Graphics
Missing parts
Logs
IO
IO
IO
IO
IO
IO
CO
CO
ST
ST
IO
IO
IO
IO
IO
IO
IO
IO
CO, ST, IO
CO, ST, IO
SchedulingReleaseDeletion flagWM stagingRead master dataMaterial availabilityPRT availabilityDetermine costs
COCOCO
CO
STSTST
ST
IOIOIOIO
IOIOIO
CO, ST, IOCO, ST, IOCO, ST, IOIO
CO, ST, IOIOIO
CO ST IO
Display costs IO IO IO
CO ST
Collective Orders: Evaluation Options
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Integration of MPS, MRP and SFC
Productionorder 1
Productionorder 2
Productionorder 3
Sales order
Plnd Indep.reqmts
Planned Order 1
Goods Receipt
Convertplanned order 1
(or 2 or 3)
Multi-levelMRP run
Plannedorder 2
Plannedorder 3
Collective orders are fully integrated into SAP R/3.You can use them in the following applications:
Sales (SD)Project systems (PS)Materials management (MM)Controlling (CO)Quality management (QM)Warehouse management (WM)Human resources (HR)
Multi-level requirements planning must be carried out in order to be able to create planned orders for direct production.
Converting any planned order within the collective order results in the entire collective order being fully converted.
Collective orders cannot be planned in SAP APO.
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Collective Orders: Unit Summary
Collective orders make it possible for you tolink individual orders over multiple productionlevels
Collective orders' multilevel structure enablesyou to reduce stock movement postings for sub-assemblies
Some order functions are valid for the entirecollective order, while others are onlyapplicable for individual orders
Collective orders are fully integrated in anumber of applications
This is the concluding unit of the SCM310training course
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11.29Collective Orders: Solutions
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Unit: Collective Orders
Topic: Collective Orders(SCM310 Exercise 17)
1-1 Answer: Material no.: R-B1##
R-B2##
R-B3##
R-B4##
1-4-2 Answer: Collective order (Read entire collective order)
Subtree (read hierarchy)
Individual order (Read order)
1-4-3 Answer: No
1-4-6 Answer: New symbol
Menu bars for order functions are now active and can be used.
1-5 Answer: Account assignment category MAT Settlement receiver R-B1##
MAT Settlement receiver R-B3##
Answer: Account assignment category MAT Settlement receiver R-F1##
1-6 Answer: All
1-10 Answer: Yes
1-11-1 Answer: NTER dates are not up-to-date
1-13 Answer: No
1-14 Answer: Yes
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1-16-1 Answer: No
1-16-2 Answer: The operation is not released False
Previous milestone exists andhas not yet been confirmed True
Operation 0010 is not a milestone False
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Customizing overview and sequence
Information on follow-on courses
Technical details: Shop Floor Control (SFC)
Data structure of the production order
Planning and managing scrap and rework
Serial number management
Appendix: Contents
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This appendix supplements course SCM310, providing you with further ideas and information about:
Appendix: Unit Objectives
Customizing (IMG) for shop floor control
The implementation steps (sequence of procedures) for successfully using production orders
Further courses or documentation
Other special functions in shop floor control (overview)
Planning and managing scrap and rework
Serial number management
External processing
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Appendix: Overview Diagram
Technical DetailsTechnical Detailsand Data Structureand Data Structure 33
Serial NumberSerial NumberManagementManagement 55
Scrap and ReworkScrap and Rework 44
Customizing OverviewCustomizing Overviewand Sequenceand Sequence 11
Information onInformation onFurther CoursesFurther Courses 22
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Configuration Sequence for Order Management 1
Scheduling control
Routing Selection
Create order type
Number assignment
M
M
M
M
Availability Check
M
O
M
BOM Selection
Document integration
Production scheduler and scheduling profileR
The configuration sequence listed above ensures that order types can be set up successfully. Several obligatory activities need to be taken into account.
Key: M = Mandatory activityO = Optional activityD = Activity completed by default settings.A = An activity to be completed by other applications.R = Recommended activity (rationalization effect)
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Print control for order documents
Default storage location
Batch assignment / determination
Stock determination
Confirmation parameters
Valuation variant for goods receipt
Cost Object Controlling/settlement control
Configuration Sequence for Order Management 2
MaterialA
SettlementSettlement
O
O
Allowed material movement type
R
O
D
O
M
M
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Information on follow-on courses
SCM360 Capacity Planning
PLM150 Change management
SCM350 KanbanSCM595 Batch ManagementPLM140, PLM143, PLM146 Variant Configuration
AC505 Product Cost PlanningAC510 Cost Object Controlling for ProductsAC515 Cost Object Controlling for Sales Order
PPPP
COCO
BWxxx Business Information Warehouse
SCM500 Processes in ProcurementSCM510 Inventory Management SCM630 Warehouse Management
QMQM PLM420 QM in der Fertigung
MMMM
BWBW
The above diagram lists a selection of other courses relating to production orders that may prove of interest to you.
The SAP training course brochure provides a comprehensive run-down of all courses on offer. For information on all training courses that are offered, refer to the following Web site:
http://www.sap.com/education Choose you country, and then one of the options under Overview.
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SCM310 Recommended Reading (1)
Books
G.Keller/T.TeufelSAP R/3 prozessorientiert anwenden1997/ISBN 3-8273-1073-3
T.Hantusch/B.Matzke/M.PretzSAP R/3 im Internet1997/ISBN 3-8273-1215-9
SAP PLM-TeammySAP Product Lifecycle ManagementISBN 3-934385-60-8
K.Weihrauch/G.KellerProduktionsplanung und –steuerung mit SAPISBN 3-934385-45-4
H.Bartsch/P.BickenbachSupply Chain Management mit APOISBN 3-89842-111-2
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COCO_XX_(at the moment, approx. 50)ODC,OFC,OHC,OPC,POH
OrderAUART(T003O)Free choiceProduction PlanningC_AFKO_ATY, C_AFKO_AWAC_AFKO_AWK, C_AFKO_DEL,CO, RU, C2, C6, C8, C=, COTU,GOODSMOVEMENT
ORDEROwn change log
ORDE, ORDN, PSFCCOPP_ORDER
Production scheduling profile
Technical Details - Shop Floor Control
Development class(es)Function group(s)Logical database(s)
Number range object(s)Number range elementNumber range group tableNumber range group(s)Authorization classAuthorization object(s)
Message class(es)
Lock object(s)Change document object
Match code object(s)Archiving classArchiving object
Profile
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DatabaseTableView
DocumentTable
DialogTable Dialog
IndexTable
Dialog(Data)table
AFFLAFFL
AFVCAFVC
AFVUAFVU
AFVVAFVV
AFRUAFRU
AFFHAFFH
RESBRESB
PLAFPLAF CRHDCRHD KAKOKAKO KBEDKBEDCOSPCOSPCOSSCOSSCOSLCOSL
COBRACOBRACOBRBCOBRB
CAUFV CAUFVDB CAUFVD
(AFPOB)
AFFLB
(AFRUB)
AFFHB
RESBB
AFVGB
(AFPOD)
AFFLD
(AFRUD)
AFFHD
RESBD
AFVGD
ITA
B
DT
AB
Data Structure
MLSTMLST
Ord er h eaderOrd er h eader
OperationsOperations
mat eri al com ponentsmaterial com ponents
Production r es/toolsProduction r es/t ools
Costs Plan nedTotalActual
Costs PlannedTotalActual
2050
100
AUFKAUFK
AFKOAFKO
AFPOAFPO
AUFMAUFM
The individual tables contain the following data:CAUFV View of AUFK, AFKO, AFPO AUFK Order headerAFKO Order headerAFPO Order itemAFFL Work sequenceAFVC Operation (general values)AFVV Operation (quantities/values/dates)AFVU Operation (user fields)RESB Material componentsAFFH Production resources/toolsMLST Trigger pointsAFRU ConfirmationsITAB Index tablesPLAF Planned orderCRHD Work centersKAKO CapacitiesKBED Capacity requirementsCOSP Primary costs
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COSS Secondary costsCOSL ActivitiesCOBRA Settlement objectCOBRB Settlement object
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Overview of planning options for scrap
Entering scrap
Triggering rework
Cost settlement for rework/scrap
Proof of rework/scrap
Appendix: Scrap and Rework
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Scrap and rework can occur whenprocessing materials.
Scrap and rework that occur as a result ofthe technical process should be pre-planned to ensure that the desiredyield and quality is available at the end ofthe production cycle.
Scrap or rework thatcannot be planned have to be disposed ofusing additional production processes andmaterial.
Scrap and Rework: Business scenario
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Rework Methods
Activities
Define the operations and material components for the rework
Calculate the costs (planned and actual)
Separate cost settlement
Determine dates and capacity requirements
Document those activities requiring rework
Obtain status information
Methods
Pre-planning options for scrap (material master, BOM, routing)
Inserting rework operations (from the reference operation set)
Creating separate rework orders
Triggering workflows
Control
Events triggered by confimation status
Supplementary steps required to make improvements to products of substandard quality or to badly manufactured material components is described as rework.
Rework can be either planned or unplanned. Unplanned rework
Manually inserting operations into the production order.Manually creating a separate rework order.
Planned reworkModeling trigger points in the routing. These are intended to automatically incorporate a standard routing or to create a rework order.
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Planable Scrap - Example
5%
5%
7%
Casing forCasing for pumppump
1010
2020
3030
3%
Material master / BOM
Routing
11%Mat. master
Blank
Screws
Washer
Drill holes
Turn blank
Assemblecasing
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Trigger Points
System status
Confirmationof
Operation 2
Triggerpoint
User status
Status profile
Order type
Status Status
Operation 1
Operation 3
Trigger points are assigned to the operation in either the routing or production order. Possible reworking functions are:
Adding a reference operation setCreating a separate orderTriggering a workflowReleasing predefined operations
Triggered via status changes Planned using standard trigger points
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Confirmation
Confirmationof the
operation
User status 1-n for the operation, activate manually
Give reason forvariance
Table TRUGS
PlantReason for variance
User status 1
User status n
User statusis active in the
operation
In the case of scrap or necessary rework, you are able to stipulate a reason for variance in the confirmation screen.
In Customizing you can assign a user status to the reason for variance. You can then use this user status to trigger a trigger point function. For further information on this topic, consult the following examples on inserting rework operations
and creating rework orders (in the following slides).
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Insert Reference Operation Set
Production orderProduction order
Turning
Checking
Sawing
Polish
Reference operation set
Turning
Checking
Triggerpoint
Checking
Turning Component 1
PRT
Determine the capacity requirements
Document those activities requiring rework
Obtain status information
Separate cost settlement
Define operations for rework
Define components for rework
Calculate costs
Determine dates
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Creating an Order
Determine the capacity requirements
Document those activities requiring rework
Obtain status information
Separate cost settlement
Reference operation set
Checking
Turning Component 1
PRT
Production orderProduction order
Turning
Checking
Sawing
Polish
Triggerpoint
Production order (rework)
Checking
Turning Component 1
PRT
Define operations for rework
Define components for rework
Calculate costs
Determine dates
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Rework costs
Production orderProduction order 11
Cost categories
Rework costs
Cost categories
Production orderProduction order 22
Raw material
External procurement
Internal activity allocation
Raw material
Internal activity allocation
Order 2 (rework) is automatically settled to order 1
All cost categories in order 2 can be posted to a cost category in order 1 inorder to display the rework costs (settlement schema)
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Activities
Customizing settings
Create a user status schema
Link reason for variance and user status
Create order type for rework orders (optional)
Create settlement profile for rework orders (optional)
Master data
Create reference operation set
Create standard trigger points (optional)
Define trigger points in the routing
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General concept of serial number usage in SAP R/3
Create serial number profile and assign to material master records
Create master records for serial numbers
Use serial numbers in SAP R/3
Generate serial number listings and history reports
Appendix: Serial Numbers
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In practice, serial numbers are used in order to manage each individual piece of a lot size
Serial numbers can be used in connection with production orders
Serial numbers can be created at different points within the system and this ensures that you can choose the best approach for controlling theproduction process
Serial numbers: Business scenario
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Integration
Serial number managementSerial number management
Production ordersProduction orders
SalesSales
Quality managementQuality management
Repetitivemanufacturing
Repetitivemanufacturing
Plant maintenancePlant maintenance
Plant maintenancePlant maintenance
Serial number management is an integral part of the SAP R/3 System. Serial numbers can be used in conjuction with the following business transactions and objects:
Goods receipt/goods issue and other inventory postings Original value recording of inspection lots Sales order, delivery note Access from repetitive manufacturing Production and refurbishment orders Maintenance orders Extension to the equipment master record and use of maintenance processing and maintenance history
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Serial Numbers and Batches
384 pc of material xyz
48 pc of material xyzBatch no. 0025
Material xyzSerial no. 0002358
Serial number management and batch management are different functions in the SAP R/3 System, which can be used in conjunction with each other.
A batch represents a subset of the total quantity of a material held in stock, which is managed separately from other subsets of the same material. Examples of batches: Different production lots (for example, paints, wallpapers, pharmaceutical
products), delivery lots or quality grades of a material A serial number is a number that you give to an individual item of material in addition to the material
number, in order to differentiate between this individual piece and all other items of the material. The material number/serial number combination is unique.
It is not necessary to use the batch management function to use serial number management.
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Serial Number Management: Procedure
Mat. masterMat. master
Serial numbermaster 0001
Serial numbermaster 0001
Create serial number profileAssign profile to material masterCreate master records for serial
numbers
Serial Number Profile
To be able to assign serial numbers to individual items of material for particular business transactions (for example, goods receipt), you must first create a serial number profile in Customizing.
You specify serial number profiles in the material master records for which you want to create serial numbers.
You can create and maintain individual master records for serial numbers in the system. You can create configuration data for serial numbers. You can assign serial numbers to business transactions. From a technical viewpoint, the master record of a serial number is stored as an equipment master. If the
equipment master functions are activated, then you can use the SAP R/3 Classification System to further enhance the serial number master.The equipment master functions can be activated by default if specified in the customizing of the serial number profile, or can be activated by the user during the creation or maintenance of the serial number master.
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Serial Number Profile
Profile textExistence requirementEquipment categoryStock check rules
Serializing procedures
Serial Number Profile
The serial number profile defines the conditions and operations for assigning serial numbers to materials. It must be assigned at plant level in the material master.
Serial number profiles are defined in configuration under Customizing for Plant Maintenance. The profile defines:
The business operations for which a serialization can be performed, must be performed, is performed automatically, or is not performed.
Whether for a particular business operation serial number masters must already exist, or serial numbers for which no master record exists can be assigned. That is, the serial number can be created during the transaction.
Information about whether a stock validation is made for stock-relevant operations and how the system should deal with inconsistencies.
Whether an equipment master record must or must not be created for each serial number The equipment category which the system should propose for the automatic assignment of serial
numbers in the case of equipment records
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Business Transactions with Serial Numbers
SDRE
SDLS
SDCR
SDCC
SDAU
QMSL
PPSF
PPRL
PPAU
MMSL
Serialnumberprofile
Use:
01: None02: Optional03: Obligatory04: Automatic
Business procedures may be assigned in configuration to a serial number profile. Each procedure refers to a specific application component. The assignment to the serial number profile determines if serial numbers are required, can be assigned, must be assigned or are assigned automatically. The following lists the procedures and their business meaning: MMSL: Goods receipts, issues, stock transfers, stock transport orders and physical inventory PPAU: Use of serial numbers when production orders are created PPRL: For the assignment of serial numbers when production orders are released PPSF: For the assignment of serial numbers in repetitive manufacturing QMSL: For the assignment of serial numbers when entering the original value in an inspection lot SDAU: For the use of serial numbers in sales orders, inquiries and quotations SDCC: For the assignment of serial numbers when performing completeness checks for deliveries SDCR: For the assignment of serial numbers when performing completeness checks for returns
deliveries SDLS: For the assignment of serial numbers for deliveries SDRE: For the assignment of serial numbers for returns deliveries
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Serial Number Usage with Movement Types
MMSLMMSL
Movement typegroup0001
Movement typegroup0001
Movement types:561561 E…562562 E...
Movement types:561561 E…562562 E...
Serialnumberprofile
Usage: 03 Obligatory
Usage: 01 Optional
Under certain conditions, the business procedure assigned to the serial number profile may not be restricitve enough for some of the associated movement types. For example, it may be specified for the procedure MMSL that serial number usage is optional since the serial number is assigned at a later time. However, existing inventories have to be loaded into the R/3 system during implementation. This would be done using movement type 561; entry errors would be corrected using movement type 562. Since this is existing stock, the serial numbers have already been determined in the legacy systems and procedures, and thus they would be required when using movement type 561 or 562.
It is therefore possible to assign a movement type group to the profile and indicate that serial number usage is obligatory. The movement type group is then assigned to the specific movement type.
As a result, all materials with this particular profile specified in the material master require a serial number to be specified whenever a good movement using movement type 561 or 562 is transacted.
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Serial numbermaster
Serial numbermaster
Serial Number Master
Materialmaster
Materialmaster
Obtain status informationStock informationPartner dataConfiguration dataOptional equipment master with:
Plant maintenance dataLocation dataClassification data
A serial number master record contains the following information: Status information: You can specify which system and user statuses are valid for the master record. If
necessary, you can set or delete the user status, display the authorized business procedures and set particular system statuses.
Stock information: This records in which plant or storage location the material item is located or to which batch it belongs. You can also see what type of stock or special stock is involved. The stock information is updated automatically when goods movements are performed and cannot be changed manually.
Partner data: You can use freely definable partner functions and partners to specify in Customizing which companies are responsible for the maintenance of the serialized material.
Configuration data: You can configure an item of material according to its characteristics or make reference to a configured object.
Further data and functions, such as maintenance data, location data, and classification data are available if you add to the serial number master record to make it an equipment master record.
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Creating Serial Number Masters Directly
Serial numbermaster xxxx
Serial numbermaster xxxx
Serial numbermaster xxxx
Serial numbermaster xxxx
Create individually
Create individually
Create using list processing
Create using list processing
Internal or external assignment
of serial number
Internal or external assignment
of serial number
Internal or external assignment
of serial number
Internal or external assignment
of serial number
Serial numbermasters created directly
Serial number master records can be created directly, in advance of any business transactions. This would be appropriate if it is necessary to have serial numbers already in the system so that these can be assigned during a business procedure. Depending on how the serial number profile is configured, it may be necessary to have the serial
numbers already in existence prior to the business transaction taking place. Serial numbers can be created individually or several at a time, depending on the transaction chosen. In
either case, depending on the serial number profile configuration, it is possible to have the serial numbers assigned internally or externally.
If internal number assignment is chosen, the first serial number created is the next sequence from the last one assigned to this material at this plant.
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AssignAssign
AssignAssign
Create orderCreate order
Order ReleaseOrder Release
Goods receiptGoods receipt AssignAssign
Serial Number Masters in Production Orders
Serial numbers can be assigned for individual pieces of material when creating, changing or releasing production orders. The serial numbers can already exist, or can be created during the assignment. The serial numbers that are assigned to the production order are transferred to the goods movement document on goods receipt.
The serial numbers that are assigned to the production order are transferred to the goods movement document on goods receipt. The PPAU procedure makes possible the use of serial numbers in production and refurbishment orders
and defines how they are assigned. The PPRL procedure makes possible the assignment of serial numbers when production and
refurbishment orders are released. You can control the assignment of serial numbers in production control.
If PPAU specifies usage "03- obligatory", then the order cannot be saved unless all serial numbers have been assigned.
If PPAU specifies usage "02- optional", then the order can be saved without serial numbers but cannot be released unless all serial numbers have been assigned.
If PPAU and PPRL specify "02" and MMSl "03", the serial numbers must be assigned on goods receipt.
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Serial Number List
Detailedselection options
Detailedselection options
Serial Number List------------------------------------------------------------------------------------------------------------------------------------------------
Serial Number List------------------------------------------------------------------------------------------------------------------------------------------------
Serial Number Master
Serial Number Master
Documents- Orders- Materialdocuments
Documents- Orders- Materialdocuments
Serial numberhistory
Serial number masters can be created, changed or displayed individually. There is extensive list editing capabality for creating, changing and displaying serial number masters. If
used to create masters, a large number of masters can be created with internal and/or external number assignment.
If used to change or disply serial number masters, the list editing capability has extensive and detailed selection options. The resulting listing can be used to drill down to individual serial number master records. From the individual master record, a detailed history record for the serial number masters and associated documents can be called.
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