Co Pc Product Cost Planning 1n2v34

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Documentation and Training

Controlling Product Cost Planning

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Table of Contents 1   Introduction ........................................................................................................................ 1   2   Product Cost Planning ....................................................................................................... 1   2.1   Purpose ........................................................................................................................... 1   2.2   Organizational Structure ................................................................................................. 2   2.3   Master Data .................................................................................................................... 3   2.3.1   Overview ............................................................................................................................................ 3   2.3.2   Controlling.......................................................................................................................................... 3   2.3.2.1   Cost Elements ............................................................................................................................. 3   2.3.2.2   Cost Centers ............................................................................................................................... 4   2.3.2.3   Activity Types .............................................................................................................................. 5   2.3.2.4   Statistical Key Figures................................................................................................................ 6   2.3.3   Materials ............................................................................................................................................. 7   2.3.3.1   Overview ..................................................................................................................................... 7   2.3.3.2   Costing View ............................................................................................................................... 8   2.3.3.3   ing View ....................................................................................................................... 13   2.3.3.4   Moving Average Price versus Standard Price ......................................................................... 16   2.3.3.5   MRP .......................................................................................................................................... 17   2.3.4   Logistics ........................................................................................................................................... 17   2.3.4.1   Bill of Material ......................................................................................................................... 17   2.3.4.2   Routing...................................................................................................................................... 23   2.3.4.3   Work Centers ............................................................................................................................ 25   2.3.4.4   Purchase Info Record and Purchase Order ............................................................................. 29  

2.4   Overhead Costs (Costing Sheets) ................................................................................. 30   2.5   Cost Components.......................................................................................................... 32   2.5.1   Overview .......................................................................................................................................... 32   2.5.2   Cost Rollup ....................................................................................................................................... 34  

2.6   Cost Component Structure ........................................................................................... 35   2.7   Costing Sequence ......................................................................................................... 47   2.8   Integration..................................................................................................................... 51   2.9   Costing Methods ........................................................................................................... 54   2.10  Material Cost Estimate with Quantity Structure .......................................................... 55   2.10.1   Valuation of Quantity Structure ..................................................................................................... 56   2.10.1.1   Valuation of Materials ............................................................................................................ 57   2.10.1.2   Valuation of Production Activities ......................................................................................... 59   2.10.1.3   Subcontracting ........................................................................................................................ 61   2.10.1.4   Additive Costs ......................................................................................................................... 62   2.10.1.5   Dates in Costing ..................................................................................................................... 64  

2.10.2   Costing Run .................................................................................................................................... 65   2.10.2.1   Overview ................................................................................................................................. 65   2.10.2.2   Overview Materials To Be Costed (CKKAPP01) ................................................................... 66   2.10.2.3   Create Selection List (CKMATSEL) ....................................................................................... 68   2.10.2.4   Edit Costing Run (CK40N) ..................................................................................................... 68   2.10.2.4.1  

Create Costing Run .......................................................................................................................... 68  

2.10.2.4.2  

Select Materials ............................................................................................................................... 70  

2.10.2.4.3  

Structure Explosion ......................................................................................................................... 71  

2.10.2.4.4  

Costing ............................................................................................................................................. 72  

2.10.2.4.5  

Analysis ........................................................................................................................................... 73  

2.10.2.4.6  

Marking............................................................................................................................................ 74  

2.10.2.4.7  

Release ............................................................................................................................................. 77  

2.10.3   Other Functions .............................................................................................................................. 79   2.10.3.1   Scrap ....................................................................................................................................... 79   2.10.3.1.1  

Assembly Scrap ............................................................................................................................... 80  

2.10.3.1.2  

Component Scrap............................................................................................................................. 83  

2.10.3.1.3  

Operational Scrap ............................................................................................................................ 85  

2.10.3.1.4  

Different Scrap Data ........................................................................................................................ 87  

2.10.3.2   Special Procurement............................................................................................................... 89   2.10.3.2.1  

Production in Other Plants ............................................................................................................... 89  

2.10.3.2.2  

Direct Production, Subcontracting, Phantom Assemblies ............................................................... 90  

2.11  Material Cost Estimate Without Quantity Structure .................................................... 91   2.11.1   Overview ........................................................................................................................................ 91   2.11.2   Unit Costing ................................................................................................................................... 92   2.11.3   Multilevel Unit Costing .................................................................................................................. 93  

2.12  Customizing (Preparation of Costing) .......................................................................... 95   2.12.1   Costing Variant............................................................................................................................... 95   2.12.2   Cost Component ............................................................................................................................. 97   2.12.3   Overhead ........................................................................................................................................ 99  

3   IDES Processes ............................................................................................................... 102   3.1   Product Cost Planning with Costing Run and Primary Cost Splitting ....................... 102   3.2   Product Cost Planning with Multilevel Unit Costing ................................................. 132  

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1 Introduction Graphics are partially taken from the SAP Library SAP Product Cost Planning

2 Product Cost Planning 2.1 Purpose1 Product Cost Planning (CO-PC-P) is an area within Product Cost Controlling (CO-PC) where you can plan costs for materials without reference to orders, and set prices for materials and other cost ing objects. You can use Product Cost Planning to analyze the costs of your company’s products such as: • Manufactured materials • Services • Other intangible goods You can analyze costs to help provide answers to questions such as: • What is the value added of a particular step in the production process? • What proportion of the value added can be attributed to a particular organizational unit? • What is the cost breakdown including primary costs or transfer prices? • How high are the material, production, and overhead costs? • How can production efficiency be improved? • Can the product be supplied at a competitive price?

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From SAP Library

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2.2 Organizational Structure

Materials are always valuated at valuation area level. Costing must be performed at plant level. Consequently the plant must be defined as the valuation level. When you do this, a valuation area is created with the same name for each plant.

Client A client is a self-contained unit in an R/3 System with separate master records and its own set of tables. Controlling Area Controlling Area represents a closed system used for cost ing purposes. A controlling area may contain one or more company codes, which can operate in different currencies. All company codes within a controlling area must all use the same operational chart of s. Company Code It's the legal entity for tax purposes. It's smallest organizational unit for which a complete self-contained set of s can be drawn up for external reporting. This involves recording all relevant transactions and generating all ing documents for financial statements, such as balance sheets and profit and loss statements. Valuation Area You define the valuation level by specifying the level at which material stocks are valuated. Plant A plant is an organizational unit for dividing an enterprise according to production, procurement, maintenance, and materials planning @Detlev Biehl GROUP Strong Performers. Excellent Results.

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2.3 Master Data

2.3.1 Overview Dependent on the availability of master data from production planning (PP) SAP uses master data from the areas • Controlling o Cost Elements o Cost Centers o (Statistical Key Figures) o Activity Types • Material Master • Logistics o Bill of Material o Work Centers o Routings o Product Cost Collectors ( Repetitive Manufacturing) o Purchase Order Info Records 2.3.2 Controlling

2.3.2.1 Cost Elements

Cost and Revenue Elements provides an overview of the costs and revenues that occur in an organization. Primary costs elements are moved automatically from Financial ing to Controlling. They have corresponding G/L s. Secondary costs are used to allocate costs within Controlling - they are not represented as G/L s.

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2.3.2.2 Cost Centers

Cost Centers collect costs for locations or departments with overhead costs. Overhead Costs are costs which can't be assigned directly to the produced company output (services or products).

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2.3.2.3 Activity Types

Activity types describe the activity produced by a cost center and are measured in units of time or quantity.

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2.3.2.4 Statistical Key Figures

Statistical key figures represent activities or statistics in a cost center, profit center, or order. They are measured in units of time or quantity.

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You create statistical key figures with maintenance transactions and post both plan and actual values to cost centers and orders. In CO, statistical key figures are used in assessment and distribution as allocation bases. These are used to calculate the debit on a receiver object. Statistical key figures may be used for distribution, assessment, or creation of other statistical key figures. Unlike activity types, statistical key figures cannot be used to allocate internal activity. An example of a statistical key figure is the number of employees in a cost center. Once you have created the statistical key figure EMPLOY, you can enter the plan and actual values on each cost center. These values can then be used for assessing cafeteria costs on all the other cost centers. 2.3.3 Materials

2.3.3.1 Overview

Material master records contain all information needed for managing a material. This data is arranged in views. The views correspond to the departments within the company in which the material is used. For material costing, the costing, ing and MRP views are particularly relevant.

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The cost estimate accesses data in costing views of the material master record, in order to do the following: • Determine a price for externally-procured materials (in accordance with the valuation strategy for material valuation) • Assign the material costs of a cost element using the valuation class • Find the currency and price unit of the cost estimate • Establish parameters for the calculation of overhead for specific materials • Determine a lot size for the cost estimate The cost estimate accesses data in the MRP views of the material master record, in order to do the following: • Select parameters to determine BOMs and routings (material costing with quantity structure only), such as the BOM and routing or production version • Select parameters to determine costing data in other plants ( Special Procurement in Costing) Material costing provides the following information for the ing view of the material master record: • Standard prices for materials with standard price control • Tax-based prices and commercial prices for inventory valuation 1, 2, 3 • Other planned prices 1, 2, 3

2.3.3.2 Costing View Costing 1

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Base unit of measure Unit of measure in which the stocks of the material are managed.

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With quantity structure indicator This determines:

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Whether the material is usually costed using material costing either with or without a quantity structure

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Whether the system searches for existing material cost estimates with or without quantity structure when costing data is being transferred (see also: Transfer of Existing Costing Data)

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Material origin indicator Determines whether the material number is updated in addition to the cost element.

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No costing indicator

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Origin group Used to separate materials whose costs are updated under the same cost element for cost ing purposes.

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If you enter origin groups in the relevant material master records, you can calculate overhead surcharges and production variances for each cost element/origin, for example. You cannot analyze overhead surcharges at origin group level in the unit cost estimate. •

Overhead group The overhead group is used when calculating overhead for a group of materials which have the same conditions. You assign the overhead group to an overhead key in Customizing for Product Cost Planning. You control the calculation of overhead via a costing sheet. When you create a costing sheet, you must ensure that it contains the corresponding overhead key.

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Variance key The variance key contains control parameters for the variance calculation. When you create an order for the production of the material, the system enters the variance key you specified here in the order master data.

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Plant-specific material status Restricts the use of the material and determines the functions for which a warning or error message is issued. You define whether the material status allows material costing in Customizing for Logistics General or Product Cost Planning.

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Profit Center

Quantity Structure Data

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Alternative BOM and BOM usage The alternative BOM determines which alternative is used as the basis for material costing with a quantity structure for a specific BOM usage.

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Task list group, group counter and task list type The task list group summarizes several routings or master recipes that have similar production processes or are used to manufacture similar materials. You differentiate between the routings in a group by means of group counters.

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The group counter identifies which routing or master recipe within the routing group is used in the material costing with a quantity structure. The task list type identifies a particular task list together with the task list group and the group counter. A task list contains the information for the production of a material. This may involve for example a master recipe (task list type 2), a routing (task list type N) or a rate routing (task list type R). •

Special procurement type for costing This key sets a special procurement type for material costing with a quantity structure that can be different from the special procurement type in materials planning. In this case the entry in the costing view has priority for the cost estimate. If you do not enter a key here, the special procurement type you enter in the MRP view will apply.

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Costing lot size The costing lot size specifies the quantity used as a basis for costing. If you do not specify a lot size when creating a cost estimate, this lot size is used as a default. If you do specify a lot size when creating a cost estimate, the lot size in the material master record is ignored.

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The indicator co-product/fixed price Indicates a material as a co-product or a fixed-price co-product

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Version indicator Indicates that production versions exist for the material

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Production version Specifies the production version to be used as a basis for costing

Costing View 2

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In this view you can find cost estimate and valuation information - similar to the ing view. If you click on the Button Current you can access the standard cost estimate.

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2.3.3.3 ing View

ing View 1

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The ing and costing views in the material master record contain price fields which can be accessed by costing to valuate the materials and which can be updated with the costing results.

These price fields are as follows: • Standard price and information relating to future, current and previous standard cost estimate The standard price is calculated by a standard cost estimate, and is written to @Detlev Biehl GROUP Strong Performers. Excellent Results.

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the material master record when the cost estimate is released. The standard price should not change during a planning period. When you create a costing view for the first time, you enter a provisional price (such as 1 euro). As soon as you mark the standard cost estimate, the costing results are transferred to the material master as the future standard price. As soon as you release the standard cost estimate for the material this price becomes the current standard price, overwriting the existing current standard price. •

Moving average price The moving average price changes due to goods movements and invoice entries. The system calculates the price automatically by dividing the material value in the material stock by the total of all warehouse stocks in a plant. This price cannot be calculated via a material cost estimate.

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Planned prices 1, 2, 3 with validity date from You can either enter these prices manually, or determine them using a material cost estimate, and transfer the costing results as the other planned prices in the material master using the Price Update function.

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Tax-based and commercial prices 1, 2, 3 You can either enter these prices manually, or determine them using a material cost estimate, and transfer the costing results as tax-based and commercial prices in the material master using the Price Update function.

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Valuation class Together with determination in Customizing for valuation and assignment, the valuation class determines the G/L s to which costs are updated by a valuation-relevant business transaction (such as a goods issue). For material costing, the valuation class controls the cost element to which the planned costs for this material are assigned, and the cost element under which the actual costs are updated when the material produced is delivered to stock.

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Valuation category The valuation category specifies the criterion according to which partial stocks are distinguished from one another. Valuation category B, for example, differentiates the stock according to whether the material is produced in-house or procured externally. Stocks produced in-house are valuated differently from those procured externally. The value of the total stock equals the total of the stock values and stock quantities of the individual sub-stocks. With material costing, a separate valuation of the stocks is possible only to a limited degree. The stocks of a material with split valuation are carried separately for each valuation type. They are consolidated in the valuation header record. The data calculated by the standard cost estimate is updated in this valuation header record and under the In-house valuation type, if just one In-house valuation type

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was defined. You cannot split the costing results by origin or quality. •

Price Control The price control indicator specifies whether the stock of the material (and therefore also every business transaction for the material, such as usage) is valuated with the standard price or with a moving price.

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Price unit Defines the number of units of measure to which the price in the material master record refers

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Currency Determined automatically from the company code.

2.3.3.4 Moving Average Price versus Standard Price SAP offers two methods of inventory valuation and product costing: standard cost and (weighted) moving average. The method to be used is identified on the material master level, thus different materials can use different methods within a plant. Although SAP does not restrict this choice, moving average is typically used only on purchased materials. The decision to use moving average for certain materials should reflect the approach used to analyze contribution margins, and variances in manufacturing and purchasing. Use of moving average on purchased materials may be appropriate where the item is an easily obtained commodity, with small fluctuations in cost. In such situations, the impact on margins is minimized, reducing the need for formal variance analysis. From a practical point of view, some of the key differences and considerations in how this would be reflected in the system are identified below. •

SAP has officially recommended not using moving average for semi-finished and finished materials. The key point behind this recommendation is that the moving average may become distorted due to the timing of cost postings and settlements, and the number of orders in progress for the same material.

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There is no variance calculation for materials carried at moving average. Although this saves time during month-end, by definition this eliminates any analysis of price variances on raw materials and consequently, on buyer performance. If (sub) assemblies are also carried at moving average, it is extremely difficult to identify the source of fluctuating valuation since many materials in the BOM may contribute to it. Again, there is no variance calculation for analyzing manufacturing operations. Additionally, cost fluctuations will seriously impact margin analysis for items sold or transferred. In situations of rapid inventory turnover, use of moving average on (sub) assemblies may result in variance postings due to inadequate stock coverage to absorb settlement adjustments. Attempting to settle more often / automatically may not be feasible if not all costs have been posted.

2.3.3.5 MRP The following information relevant to the material cost estimate is defined in the MRP view. • • • • • •

Lot size data Assembly- and Component scrap Procurement type and information for special procurement Indicator co-product Alternative selection Version indicator and production versions

2.3.4 Logistics

2.3.4.1 Bill of Material

The bill of material (BOM) lists the materials required to manufacture a particular product. A BOM can include materials that have their own BOM's. The BOM determines which materials are costed, and the sequence in which they are costed. The system selects a BOM for the material through the costing variant and its quantity structure determination ID.

The following graphic shows the integration between the BOM, the material master record, the valuation variant and the cost estimate, and shows how material costs are calculated.

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Example Bill of Material

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Indicator for costing relevancy

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Operation scrap (including Net ID) or component scrap indicator. Net Scrap indicator determines whether scrap for the component is calculated on the basis of the net required quantity (the required quantity without assembly scrap from the material master record).

Multilevel BOM

BOM containing materials that have their own BOM's (assemblies)

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The system assigns a low-level code (the Logistics view) to each level of the BOM. The following graphic shows a multilevel BOM and its low-level codes:

The system explodes the BOM from top to bottom (low-level codes), and assigns costing levels (from the costing view). The following graphic shows a multilevel BOM and its costing levels:

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The costing levels determine the sequence in which the cost of goods manufactured is calculated for each material. • •

The system first calculates the costs for the materials with the lowest costing level (0 in the graphic). Then it calculates the costs for the materials (semifinished products) in the nexthighest level (1) including the costs that it calculated for the materials in the subordinate costing level.

When you save the cost estimate for the end product, a cost component split for each level of the cost estimate is saved as well. This enables you to analyze the value added at each production level. Itemization

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Cost roll up

2.3.4.2 Routing The routing lists the operations needed to manufacture a product. It specifies the following for each operation:

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The work center at which the operation is carried out Which default values are to be used to calculate the dates, capacities, and production costs Whether the costs of an operation are taken into for costing The material components needed to carry out an operation

In repetitive manufacturing, you can use rate routings in addition to normal routings and reference operation sets. Te following graphic shows allocated materials to operations

For costing, the system selects a routing for the material using the costing variant and its quantity structure determination ID. The planned costs are calculated for each operation. The system calculates the amount of activity used using the formula in the work center and the default values in the operation of the routing. This activity is valuated using the prices in Cost Center ing or Activity-Based Costing to calculate the planned costs for the operation. The following figure shows the connection between the data in the work center and the data in the routing.

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Repetitive manufacturing often uses rate routings instead of normal routings. With a routing, the base quantity is normally constant and the times (such as the processing time) are determined through the standard values. With the rate routing, however, it is the other way around. The production quantities are maintained separately for each article, and the time is constant. In a rate routing, therefore, you can specify what quantity of an article is manufactured in a given time using a production rate.

2.3.4.3 Work Centers

The work center or resource is the organizational unit where an operation is carried out. A work center or resource specifies exactly one cost center and various activity types, or a business process. In this way, the work center or resource link the entries in Cost Center ing. • •

In costing with quantity structure, the work center is included in the cost estimate through the routing. In unit costing (that is, costing without a quantity structure, and Reference and Simulation Costing), you enter the work center or resource in the list screen manually.

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The following graphic shows how the data in work centers and routings can be used in the R/3 System.

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The following entries in the basic data screen of the work center or resource are relevant to costing:

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Work Center Category The work center category determines which data you can maintain in the work center and which values are proposed. You define work center categories in Customizing for Production.

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Standard Value Key This key determines how many default values you can maintain (maximum of six), and assigns a meaning (such as setup time, machine time, or labor time) and a dimension (such as minutes) to the standard values. Standard values are used in formulas to calculate the execution time, the capacity requirements and the production costs.

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Efficiency Rate The performance efficiency rate is the relationship between the predefined target time and the actual time. You can use the efficiency rate key in costing to correct the default values. You define the efficiency rate key in Customizing for Production. Suppose the performance efficiency rate is 150% and the standard time is 120 minutes for one operation. If the price for the activity type is USD 60 per hour, the planned costs for the operation are calculated as follows: 120 min /150% x 100% = 80 minutes (planned time)

The planned cost for the operation is therefore USD 80.

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Default Values You can define default values for the routing or master recipe in the work center or resource respectively. If you assign an operation in the routing or a phase in the master recipe to this work center or resource then these default values are transferred to the operation or phase. The following default values are relevant to costing: o Control Key The control key specifies the following: § whether the operation or the phase are included in the costing § whether the operation or the phase are processed internally or externally § whether they are confirmed and in what form o Reference indicator Setting this indicator prevents the control key from being changed in the routing.

2.3.4.4 Purchase Info Record and Purchase Order

Purchasing contains information for the procurement of a material or service from a certain vendor, such as conditions negotiated with the vendor. Costing enables you to access this information in the following areas: • • • •

Valuation of Materials Raw Material Costing (not relevant for Reference and Simulation Costing) Valuation of subcontracted materials Valuation of external processing

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When costing, you access information in the purchasing info record and purchase order, for the following purposes: • • •

To include delivery costs (such as freight charges, duty costs, and insurance costs) in the costing results To valuate subcontracted materials with a price from purchasing To valuate externally-processed items with a price from purchasing

You can access the following prices: • •

The price from the operation in the routing (not applicable to unit costing) From the purchasing info record (purchasing): o o o o

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Effective price from the quotation Effective price from the quotation less fixed costs Net quotation price Gross quotation price

From the purchase order: o o o o

Effective price from the purchase order Effective price from the purchase order less fixed costs Net order price Gross order price

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The costing sheet integrates all elements of overhead costing. It consists of the following rows that are processed during the calculation:

Base rows Base rows contain the calculation base of the overhead costing: the cost elements and origins to which overhead is to be applied.

Overhead rows You define the overhead rows by asg an overhead rate to them. An overhead row references one or more base rows or totals rows. The amount contained in these rows, along with the percentage rate calculated using the overhead rates, determines the overhead amount.

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Credit Key The overhead row contains a credit key that defines which object (cost center or order) is credited during the overhead calculation.

Totals Rows No calculation bases or overhead rates are assigned to the totals rows. They are used only to form subtotals or end totals.

2.5 Cost Components 2.5.1 Overview You can see costs calculated in a material cost estimate or sales order cost estimate across all production levels, broken down into cost components. You can analyze the costs of the cost component split for the • cost of goods manufactured and the • costs of the primary cost component split.

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The results of a cost estimate are updated as cost components (this is called a cost component split). The cost components break down the costs of a material across the entire production structure into material costs, production costs, material overhead, production overhead, and other costs. The costs for internal activities normally flow into the cost component split under secondary cost elements. In order to present primary costs for internal activities, you can use a primary cost component split as an alternative way of outlining the cost components. The cost component split enables you to do the following: • Analyze the cost origin across multiple production levels. You can analyze the value added within a multilevel production structure. The costs of the upper level consist of the internal activities and the overhead costs that are incurred at that level. The costs of the lower level include the materials and raw materials. The total costs of the upper level and lower level equal the total costs of the production level being analyzed.

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View the costs by original production factors (primary cost component split). Structure the costs according to the requirements of other areas (such as material valuation or profitability analysis). In the cost component view, you can specify which cost elements are displayed in the report. For example, you can select the cost of goods manufactured or the cost of goods sold, or the costs that are relevant to inventory valuation.

When you save a material cost estimate or a costing run, the system automatically updates a cost component split for each costed material in the BOM. For this to occur, you must have already defined a cost component structure in Customizing. You specify the following in a cost component structure: • Which cost components the calculated costs should be assigned to • Which cost elements are grouped into which cost component The cost component structure is selected through the company code, plant, and costing variant. 2.5.2 Cost Rollup

The purpose of cost rollup is to include the cost of goods manufactured of all the materials in a multilevel production structure within the costs of the material located at the top of the structure. The costs are rolled up automatically using the costing levels. @Detlev Biehl GROUP Strong Performers. Excellent Results.

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1. The system first calculates the costs for the materials with the lowest costing level and assigns them to cost components. 2. The materials in the next highest costing level (such as semi finished materials) are then costed. The costs for the materials costed first are rolled up and become part of the costs of goods sold in the next highest level. This process is continued until the costing results of the highest material in the structure (such as the finished product) contain the cost of goods manufactured for every material in the structure.

The data structure is called a cost component split. The results of the cost estimate (with and without quantity structure) are always saved in the form of a cost component split. The structure of the cost component split (that is, the number of cost components) is the same for all materials in the cost estimate. However, a multilevel production structure may also contain costs that should not be rolled up, such as sales and istration costs. In Customizing for Product Cost Planning you specify whether the assigned costing results should be rolled up for each cost component.

2.6 Cost Component Structure Cost components break down the results of the cost estimate into factors such as raw materials, material overhead, external activities, setup costs, machine costs, labor costs, production costs, and other costs. @Detlev Biehl GROUP Strong Performers. Excellent Results.

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The cost components are listed in a cost component structure that can contain up to 40 cost components (cost fields). Structure Multi Level BOMs' •

•

The costs for a raw material appear under the cost component "raw materials" in the cost estimate of the semifinished material and the higher-level semifinished materials and finished materials The costs for an internal activity appear under the cost component "production costs" in the cost estimate of the semifinished product and the higher-level semifinished products and finished products

This way the product cost estimate shows you not only the total costs for the usage of a semifinished product, but also what the costs are composed of - the cost component split. The system updates a cost component split for each material (including the raw materials). You do not have to create separate cost components for the semi finished materials. •

•

With the upper level report, you can display the costs that occurred with assemblies 100-100, 100-200 and so on for material P-100. The costs of the subordinate assemblies are added together to make the total of the lower level. With the lower level report, you can view the alternative display of the costs for P100. In this report, the costs of assemblies 100-100. 100-200 and so on are displayed broken down into cost components. The costs of the assemblies are added together to make the total of the upper level.

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You can identify the cost component split of the cost component structure as a primary cost component split. In this case you can include the primary costs from Cost Center ing in the cost estimate. Overhead that goes into the primary cost component split is still treated as secondary costs.

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The primary cost component split and the cost component split for the cost of goods manufactured can exist in parallel to allow comparisons and analyses. In this case you specify which cost component split is the main cost component split. Only the main cost component split can update of results of the standard cost estimate to the material master. The second cost component split (called the auxiliary cost component split) is used for statistical information and can be evaluated in Profitability Analysis, for example.

Cost Component Views

You can display the costing results in various views. The cost component view is one of these views. Examples of cost component views are: • Cost of goods manufactured • Cost of goods sold The following graphic details the types of report available:

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The costing results, which are contained in reports such as the itemization and the cost component split, are displayed in various cost component views. •

•

For Profitability Analysis, the view for the cost of goods sold determines which costs are compared with the sales revenues to calculate the contribution margin for each product. For Materials Management, the view for stock valuation determines which costs go into the standard price and the inventory cost estimate.

Also affecting Materials Management is the view for tax-based inventory valuation, which determines which costs are included in the inventory cost estimate based on tax law.

Assignment of Cost Elements to Cost Components All costs in the all costs in the SAP system are assigned to cost elements. This assignment is made in the following way: If costs arise for... then assignment is made through... Materials

determination

Nonstock materials the BOM item Internal activities

the activity type master record

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External activities the purchasing info record or the operation Overhead

the costing sheet

Materials that are assigned to the same cost element through automatic determination can be separated for controlling purposes through an origin group in the costing view of the material master record. Example of Assignments of Cost Elements to Cost Components The costs in the itemization (such as material usage costs, internal activities, and overhead) are assigned to cost components as follows: Itemization

Cost elements

Cost component

M Plant 01 RAW-1 -> 400000

-> 01 material costs

M Plant 01 RAW-2 -> 400000

-> 01 material costs

M Plant 01 RAW-3 -> 410000

-> 01 material costs

E CCenter 1 ACT-1 -> 610000

-> 02 internal activities

E CCenter 1 ACT-2 -> 611000

-> 02 internal activities

G material overhead -> 660000

-> 03 overhead

Material determination selects an (such as 400000, 410000) and a primary cost element for each material (item category M). These cost elements are assigned to cost component 01. For each internal activity (item category E) there is an activity type defined in the CO module. The master record of this activity type points to a secondary cost element (such as 610000 or 611000). These cost elements are assigned to cost component 02. Overhead (item category G) is calculated in Controlling in a costing sheet. The credit key in the costing sheet points to a secondary cost element (such as 660000). These cost elements are assigned to cost component 03. Attributes of the Cost Components

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When defining the cost components you must determine whether they: • Contain cost of goods manufactured, sales and istration costs, or nonrelevant costs • Are relevant for the initial cost split • Are rolled up to the next-highest costing level o The "Roll up" indicator determines, for example, that the costs for the usage of a raw material in a semifinished product are displayed in the cost estimates of the higher-level semifinished products and of the finished product. o Costs that are flagged as the cost of goods manufactured are normally rolled up. o Costs that are flagged as sales and istration costs are not normally rolled up. When defining the cost components, you must specify whether the cost component plays a role in the creation of the different prices that are transferred into the material master record. You have the following options: Standard price • Costs that are flagged as relevant for stock valuation form part of the standard price if the results of the standard cost estimate are marked and released. These costs also serve as a basis for the following: o The calculation of target costs in variance calculation o The valuation of scrap in variance calculation @Detlev Biehl GROUP Strong Performers. Excellent Results.

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o The valuation of work in process for the confirmed yield for the operation (orderrelated production, process manufacturing) or at the reporting point (repetitive manufacturing) Commercial price • Costs that are flagged as relevant for inventory valuation for the purposes of commercial law form part of the commercial price. This price is calculated in an inventory cost estimate and can be written to the material master record. Tax price • Costs that are flagged as relevant for inventory valuation for the purposes of tax law form part of the tax price. This price is calculated in an inventory cost estimate and written to the material master record. Transfer price surcharge (optional) • This category allows you to group together several cost components of a cost component structure. Differences between the transfer prices (delta profit) If you use the functions of multiple valuation in group costing, you can specify that costs that arise from supply relationships with other company codes and profit centers are updated under the cost component. You can specify this for one cost component for each cost component structure. Proposals for the Update of Additive Costs

Here you can define which cost elements or cost elements and origin groups are proposed in cost estimates without quantity structure or when additive costs are entered when you enter a cost component. Transfer Structure

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The transfer structure transfers the costs from the cost components of one cost component structure to the cost components of another cost component structure. If you are using primary cost component splits or activity types in Activity-Based Costing, you can this information on. If the cost component structure of the primary cost component split differs from the cost component structure for materials, you can specify which cost components of the source cost component structure go into which cost components of the target cost component structure. Cost Component Views You can display the results of the cost estimate in the following views: •

Cost of goods manufactured

•

Cost of goods sold

•

Sales and istration costs

•

Inventory (commercial)

•

Inventory (tax)

•

Inventory valuation

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The cost component views are created using the attributes of the cost components in the cost estimate. For example, costs for cost components that are flagged as relevant for inventory valuation are shown in the cost component view "Stock valuation". When you create a cost estimate, you can display the costs in the cost component views defined. The cost component views are included in the calculation of overhead. In the costing type, you specify the calculation base (such as the cost of goods manufactured) on which the overhead for the semifinished products in the finished product are calculated. These cost component views also determine how the costs are used in other application components in the SAP System: • For Sales and Distribution, the view for the cost of goods sold determines which costs can be used as a basis for pricing to determine a net value for the sales order item. • For Profitability Analysis, the view for the cost of goods sold determines what costs are compared to the sales revenues to calculate the contribution margin for each product. • For Materials Management, the view for stock valuation determines which costs go into the standard price for the material. • For Materials Management, the views for inventory determine which costs go into the tax price and the commercial price for the product.

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Organizational Levels of Cost Components

The costing type determines the level on which you can define the cost component structure. • For a standard cost estimate the cost component structure must be selected through the company code. This ensures that the same cost component structure is used for all plants and costing variants in the company code. If you use different cost component structures in different plants, the standard cost estimate in one plant cannot access the

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results of standard cost estimates in other plants to transfer costing data for materials transferred from one plant to another. For modified standard cost estimates, current cost estimates, inventory cost estimates, and sales order cost estimates, the cost component structure can be selected at the following levels: o Company code o Plant

Costing variant Costing variants that specify the same costing type and valuation variant must use the same cost component structure. You can also specify the following: When the validity of the assignment starts • Whether a cost component structure with an auxiliary cost component split should exist in addition to the cost component structure with the main cost component split

Cost Component Groups

From the maximum of 40 cost components, you can create cost component groups for example in order to group together all production costs or all raw material costs. These cost component groups can be evaluated in the costed multilevel BOM or in the custom-programmed reports. For each cost component, you can assign two cost component groups.

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2.7 Costing Sequence If you are planning a new product for which there is no master data in the R/3 System, you can carry out the initial planning and cost projections by creating a base planning object. Base planning object could be a • Quotation • Sales Order • WBS Element • Internal Order etc... When the first master data (such as the material master) is created in the R/3 System at a later date, you can use the material cost estimate without quantity structure to manually plan the cost of goods manufactured and cost of goods sold for the product, and use the base object cost estimate as a reference for this. A base planning object is a reference object of Product Cost Planning which you create in Reference and Simulation Costing, in order to plan costs for a new product or service and simulate changes to existing cost estimates.

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Enter

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When the complete master data (such as BOMs and routings) is available in the system, you can create a material cost estimate with quantity structure, which automatically calculates the cost of goods manufactured and cost of goods sold from the existing data.

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Type of Cost Estimate

Purpose of Cost Estimate

Base planning object

• •

Planning and simulation of new products and services What-if analyses

Standard cost estimate

• •

Valuation of the planned quantity structure with planned prices Calculation of the standard prices for the valuation of S-price materials

Modified standard cost

• •

Valuation of current quantities with the planned prices Costing of materials during the fiscal year in order to analyze cost developments

Current cost estimate

• •

Valuation of current quantities with the current prices Costing of materials during the fiscal year in order to analyze cost developments

Inventory cost estimate

• •

Valuation of actual quantities with tax-based and commercial prices Establishment of valuation approaches for inventory valuation

estimate

The following graphic summarizes the quantity structures and prices used in costing in addition to the purpose of the respective cost estimates:

2.8 Integration

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You can use Product Cost Planning to provide important information for other areas of the SAP System. The following table describes the areas in which the costing results can be used, and what for:

Area Cost Object Controlling

Use of costing results • • •

(CO-PC-OBJ) • •

Calculation of material usage costs Valuation of inward stocks Calculation of work in process (WIP) at actual costs in Product Cost by Period Variance calculation including scrap variances Results analysis

For more information, see Cost Object Controlling (CO-PC-OBJ). Materials Management (MM)

Sales and Distribution (SD) Profitability Analysis (CO-PA)

•

Material and stock valuation

For more information, see Materials Management (MM). Sales Pricing (SD) •

Contribution margin ing

For more information, see Profitability Analysis (CO-PA).

Material Management You can transfer the material cost estimate results to various price fields of the material master record, and thus provide information or prices for the following purposes: • Material valuation (such as the standard price) • Inventory valuation (such as the commercial price)

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Sales Order Pricing When you create a sales document in the Sales and Distribution module, the system calculates a sales price based on various conditions which you define in Customizing for Sales and Distribution. Sales price calculation can be based on the following: •

The price from the material master record

•

The cost of goods manufactured, cost of goods sold, and istrative costs from the sales order cost estimate as calculated using product costing or unit costing You can use the Product Cost Planning functions to create a cost estimate for a sales order. Here you can o

Enter materials in the sales order that are configured and costed (product costing).

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Enter materials in the sales order that have no BOM or routing, and create the costing items manually ( unit costing).

Profitability Analysis You can transfer the costing results ( cost component split) into the Profitability Analysis (CO-PA) module. You can use the cost components from the cost estimate in Profitability Analysis for profit planning and to valuate the plan/actual data of billing documents. In this way, Profitability Analysis enables you to obtain detailed information on the origin of your costs, and to analyze your contribution margins. If you carry out profitability analysis and costing in separate systems, you can distribute the costing results to Profitability Analysis by using ALE.

2.9 Costing Methods Depending on the availability of data in Production Planning (PP and PP-PI) and on the type of object you want to cost (see graphic below) you use different costing methods in Product Cost Planning

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The cost estimate with quantity structure uses master data from Production Planning, Material Management and Controlling • • • • •

Materials Bill of Materials Routings Work Centers including Cost Centers and Activity Types Purchase Order Info record

2.10 Material Cost Estimate with Quantity Structure Costing with quantity structure is a tool for planning costs and setting prices for materials without reference to orders. It is used to calculate the cost of goods manufactured and cost of goods sold for each product unit. You can use the results of material cost estimates with a quantity structure to valuate materials at standard prices. A cost estimate with a quantity structure uses the PP or PP-PI master data to determine the materials and internal activities required to manufacture the product. The cost estimate is created automatically using this data. The quantity structure specifies the following: •

Which material components are needed, and which materials are procured externally

•

Which operations and sub-operations are carried out to produce the material, and which operations are carried out externally

•

Which activities and business processes are consumed to produce the material

The following table provides an overview of the origin of the data used by costing with quantity structure: Type of data determined by cost estimate with quantity structure

From

In

The material input quantity for each component

The BOM for the material

PP

The standard times for production of the product

The routing or rate routing for the material

PP

The work centers at which the operations

PP

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are carried out The material input quantity for each co-product

The material list

PP-PI

The standard times for production of the co-product

The master recipe for the co-product

PP-PI

The resources at which the operations and

PP-PI

phases are carried out The price for an externally-procured material

The price for an external operation

The costs for a semifinished product

The material master record

MM

Or the purchasing info record

MM

The purchasing info record

MM

Or the purchase order

MM

Or the routing or rate routing

PP

The cost estimate for the semifinished pro-

CO

duct that is generated when the finished product is costed (acc. to transfer control) The price for a semifinished product processed by a

The purchasing info record

MM

Or the purchase order

MM

Activity type planning

CO

Or activity price calculation

CO

The costing sheet and, if applicable, the

CO

vendor (subcontracting)

The price for an activity used with in-house operations

The conditions for the calculation of overhead

overhead group The process costs

The process template

CO

The costing lot size

The material master (changeable default

MM

value)

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When you create a cost estimate with quantity structure, the system creates a quantity structure using data from the PP master data (BOMs, routings). When you create a cost estimate without quantity structure, you create the quantity structure manually. In both cases, the quantity structure is then valuated. You control how costing valuates the quantity structure through the following parameters in Customizing: • •

Valuation variant Date control

Using the valuation date and the valuation variant, the system valuates the following: •

The materials used

•

The activities and process activities performed

•

The externally-processed operations

•

The externally-procured materials

Valuation Variant The valuation variant determines which values are used to valuate the materials and activity types included in the cost estimate. It determines: •

• •

•

•

Which price is taken from the material master record, or which values are taken from the cost estimate, in order to calculate the material costs (see also: Valuation of Materials) Which price, and which plan/actual version, are taken from Cost Center ing to calculate the costs for internal activities (see also: Valuation of Internal Activities) Which price is taken from the purchasing info record, purchase order, or operation to calculate the costs of external activities (see also: Valuation of Externally-Processed Operations) Which price is taken from the purchasing info record or purchase order to calculate the costs for subcontracting, and which quota arrangement is used to valuate the subcontracting (see also: Valuation of Subcontracting) Which costing sheet is used to calculate overhead or to determine a process template to calculate process costs (see also: Overhead)

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The cost of goods manufactured of a product is composed of material, production and overhead costs. The material costs are displayed as follows: •

In the itemization as items of type "M"

•

In the cost component split, in the cost component "Material costs"

To calculate the material costs, the materials required for production must be determined and valuated with a price. In material costing with quantity structure, the system determines the materials automatically using the quantity structure control. In unit costing, you enter the materials manually. They are then valuated with a price (see graphic below).

To valuate the materials, you can access various prices in the material master record and in the purchasing data, such as the following: o Future, current or previous standard price o Moving average price o Tax-based or commercial prices 1, 2 and 3 o Planned prices 1, 2, 3 o Quotation and purchase order prices

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You define which price is to be used to valuate items such as raw materials and purchased parts. To do this, you define a valuation variant and assign it to the costing variant. The valuation variant contains a search sequence that has a maximum of five prices. For the cost estimate, the system searches in the sequence specified for these prices. For prices from the purchasing info record, enter strategy L and create a separate strategy sequence for prices from purchasing data. You can access various prices, such as net or gross quotation prices, and net or gross order prices.

2.10.1.2 Valuation of Production Activities

The cost of goods manufactured of a product is composed of material, production and overhead costs. The production costs are listed in the itemization as items of category E (internal activity) and can be assigned to cost components in the cost component split (such as the production costs component). To calculate the production costs, the activities required for production must be valuated with a price.

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You determine which activity price is selected by defining a valuation variant and asg it to the costing variant. More than one activity price can be carried in Cost Center ing at the same time. You use the planned/actual version in the valuation variant to determine which version is relevant for costing. o You will generally use version zero for the standard cost estimate, the modified standard cost estimate and the current cost estimate. o For inventory costing, you can use versions other than version zero if you want to use activity prices that contain components that are not to be capitalized. In Cost Center ing, you can o Set the price for each activity type according to policy o Calculate iteratively the activity price for each activity type o Calculate the actual costs for each activity type using the actual costs incurred for the cost center Material Cost Estimate with Quantity Structure You calculate the costs for internal activities with the following entries: o The formula and the performance efficiency rate key in the work center o The standard values for the operation in the routing o The prices for the activity types in Cost Center ing @Detlev Biehl GROUP Strong Performers. Excellent Results.

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Unit Costing You enter the costing items of category E manually. The system determines the price in accordance with the valuation variant from Cost Center ing.

2.10.1.3 Subcontracting

The special procurement type in the costing view of the material master record specifies that subcontracting is to be carried out for the material. If you have not entered a special procurement type in the costing view, the entry in the MRP view applies. For costing, you can choose the source of supply or the vendor using either the planned quota or the actual quota in the quota arrangement book. You do this by setting the Planned quota arrangement or Actual quota arrangement indicator in the valuation variant. The system selects a vendor in the following way: 1. If a vendor exists in the quota arrangement book, this vendor is selected. 2. If no vendor exists in the quota arrangement book, the vendor in the source list is selected. 3. If no entry exists in the source list, the vendor is selected using a purchasing info record (such as a dummy info record, or preferred info record), provided that the corresponding indicator is set. Otherwise, the vendor with the lowest net price is selected from the purchasing info record. You determine which price is selected for subcontracting by defining a valuation variant and asg it to the costing variant. You can access the following prices: •

From the purchasing info record (purchasing): o o o o

•

Effective price from the quotation Effective price from the quotation less fixed costs Net quotation price Gross quotation price

From the purchase order:

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Effective price from the purchase order Effective price from the purchase order less fixed costs Net order price Gross order price

You determine which activity price is selected by defining a valuation variant and asg it to the costing variant. By defining the planned or actual quota arrangement for subcontracting in the valuation variant, you can specify whether the selection of the source of supply or vendor is dependent on the actual quota or the planned quota.

Example You have defined the following strategy sequence for the valuation of subcontracting: 1. Net quotation price 2. Net order price If a purchasing info record with a quotation price exists for the material, the system uses this price. If no purchasing info record exists for the quotation, the system uses the price from the purchase order.

2.10.1.4 Additive Costs

You use additive costing to add costs manually to a material cost estimate when they cannot be calculated by the system. Examples of such costs are freight charges, insurance costs, stock transfer costs, incomplete or changed BOMs, and routings. As a rule, costing calculates the costs of a material on the basis of the quantity structure. This type of cost estimate is performed automatically by the system. However, you can also manually enter estimated values for costs that cannot be calculated by the system. This allows you to add costs to a cost estimate that was calculated automatically. You create separate cost components in Customizing for Product Cost Planning for those costs which you enter with the additive cost estimate, for example if you want to include the following costs in the cost estimate: o Special direct costs of production @Detlev Biehl GROUP Strong Performers. Excellent Results.

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o Costs for materials for which no BOM has yet been created o Costs for work sequences for which no routing has yet been created The following graphic shows the link between the automatic cost estimate and the additive cost estimate.

When you cost materials, the system determines the BOM for the material, and selects a price for the valuation of the material components through the valuation variant. If you set the Incl. additive costs indicator in the valuation variant, the system looks for any existing additive cost estimates for the material. The system adds the costs entered manually to the costs calculated by the system. The costs in the automatic cost estimate and the additive cost estimate are added together for each cost component. If you enter or change costs manually for a material, these costs are not automatically rolled up in the BOM structure. You must first create a new material cost estimate or execute a new costing run so that the changes are included and rolled up. If additive costs have been included, the system sets the Additive costing exists indicator in the overview screen of the cost estimate. You can then update the costing results in the material master . The additive costs are added in their line item form to the itemization of a cost estimate with quantity structure; in doing so item categories S (total) and T (text) are not transferred. If the costing item has a cost component split, then the cost element under which the item is entered is transferred, not the cost component split itself. Additive cost estimates with dates that are not within the period of validity of the automatic cost estimate are not included in the automatic cost estimate. The valuation date specifies the date for which the prices are selected. If a price is not valid on the valuation date, it cannot be selected. For more information, see Date Control.

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You enter the additive costs manually in the form of a unit cost estimate. When you create additive costs using unit costing, you can use the items of an existing additive cost estimate as a reference.

2.10.1.5 Dates in Costing

The following dates are relevant for a material cost estimate and a costing run: • • •

Quantity structure date Valuation date Costing date from/to

The quantity structure date determines how the system selects a valid quantity structure for the cost estimate. Based on this date, a BOM and a routing are selected, exploded and costed. The quantity structure date also determines which additive cost estimate is selected. The valuation date determines how the system searches for valid data to calculate the following prices: • • • •

Prices for stock materials from the material master record Activity prices for activity types from cost center planning Prices for externally-procured materials from purchasing Prices for externally-processed operations from purchasing

You set the validity period of the cost estimate with the Costing date from and Costing date to indicators. You use the costing type in Customizing for Product Cost Planning to specify whether cost estimates are updated in the database with a date. You have the following options: • • •

Without date With date With start of period

For costing types which have the With date or With start of period indicator set, the system uses the date or period start that is entered in the Costing date from field. •

For the standard cost estimate, the With start of period indicator must be set. This means that the period and the fiscal year of costing are parts of the costing key in the database. This ensures that

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•

•

65

Only one standard cost estimate can be stored within a period Only this standard cost estimate can be transferred into the material master record as the standard price

For the modified standard cost estimate, the With start of period indicator is automatically set. If you want to save several modified standard cost estimates for the same material in one period, set the With date indicator. The date of the cost estimate is saved as part of the costing key in the database. For the current cost estimate, the Without date indicator is automatically set. The date is not included in the costing key.

Depending on whether you carry out costing manually or automatically, you must the following: •

If costing is carried out automatically, the Costing date from applies. The Costing date to is just for informational purposes. You cannot create more than one cost estimate with the same validity period, because cost estimates with the same Costing date from would overwrite one another. On the other hand, you can create automatic cost estimates whose validity periods overlap. In this case, the entries in the field Costing date from are different.

•

If costing is carried out manually, then both the Costing date from and the Costing date to apply. The validity periods of the additive cost estimates must not overlap. The validity period of the cost estimate is also relevant for Cost Object Controlling. The results of the standard cost estimate are used in the calculation of: § § §

Variance calculation Scrap calculation Work in process calculation

If the standard cost estimate is not valid on the date on which these functions are to be performed, the system issues an error message.

2.10.2 Costing Run

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You can use the costing run to process mass data. It enables you to cost, mark, and release more than one material at the same time. Every processing step involved in costing with quantity structure is performed by the costing run, from the same screen. The following graphic gives you an overview of the costing run:

2.10.2.2 Overview Materials To Be Costed (CKKAPP01)

Menu path: Controlling -> Product Cost Controlling -> Product Cost Planning ->Material Costing -> Display Materials to Cost (CKKAPP01)

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Enter

Execute

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2.10.2.3 Create Selection List (CKMATSEL)

Menu path: Controlling -> Product Cost Controlling -> Product Cost Planning ->Material Costing -> Display Materials to Cost (CKMATSEL)

2.10.2.4 Edit Costing Run (CK40N)

Menu path: Controlling -> Product Cost Controlling -> Product Cost Planning -> Costing Run -> Edit Costing Run (CK40N)

2.10.2.4.1 Create Costing Run

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Use Button

Enter Costing Run ID, Description and Date. Enter Costing Data Costing Variant Costing Version Controlling Area Company Code

PPC1 1 2000 2000

Save.

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2.10.2.4.2 Select Materials

Click on the button Parameter in flow step 'Selection'.

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Select the parameters and save.

Click on execute

2.10.2.4.3 Structure Explosion

Click Parameter.

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Click Execute

2.10.2.4.4 Costing

Click on Costing - Parameter.

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Save.

Execute.

2.10.2.4.5 Analysis

Click on Parameter in Flow Step Analysis. Execute

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Save.

Execute. Result

2.10.2.4.6 Marking

First you have to authorize the marking.

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Click on button

75

.

Click on Company Code 2000.

Save.

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Click on Parameters

Save

Exceute

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All materials get status VO (marked) as future Standard Price.

2.10.2.4.7 Release

Change the parameters

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Save.

Execute.

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The materials get status FR (released). The calculated value gets inserted into the material master.

2.10.3 Other Functions

2.10.3.1 Scrap

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Scrap is that portion of a material which does not conform to quality standards and which is not reworked. You can plan the scrap that is expected to be produced in the Logistics master data (in %), so that requirements planning can react with regard to production. Material requirements can be increased or reduced depending on the amount of scrap. You can plan various types of scrap: o Assembly scrap in the material master record (MRP view 1) o Component scrap in the material master record (MRP view 4) or in the BOM o Operation scrap in the BOM or routing The types of scrap have differing effects, as follows: • •

Scrap in the material master or BOM increases the requirement of a component or all components of an assembly, and thus increases the material costs. Scrap in the operation of a routing reduces the quantity of subsequent operations and thus reduces the production costs.

Costing includes the cost of planned scrap by creating the quantity structure (the BOM and routing) using the entries for scrap in the Logistics master data. The quantities and activities used are costed using this quantity structure. When you calculate the standard price for a material in a cost estimate, this price contains the costs for planned scrap. Scrap costs are assigned to the relevant cost components (such as raw material or machine costs) and can be shown separately for a material in the costed multilevel BOM.

2.10.3.1.1 Assembly Scrap

Scrap expected to occur during the production of a material that is used as an assembly. An assembly is a material with a BOM, that is, a group of components of a product which form a technically coherent whole in the production process. The assembly can be contained as a component in another assembly. If a certain amount of scrap always occurs during the production of an assembly, the quantities and activities used must be increased by the system so that the required lot size can be produced.

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To increase the lot size of an assembly, you can enter a percentage, flat-rate assembly scrap in the MRP 1 view of the material master record. This assembly scrap is reflected in all the subordinate components. The system increases the quantity to be produced by the calculated scrap quantity. This increases both the materials consumed and the activities consumed. Example You are producing 100 circuit boards. In the material master of the finished circuit boards, you have entered an assembly scrap of 10%. When you produce the circuit boards, the system increases the required quantities and activities so that the required lot size of 100 units can be costed or produced. When you produce the boards, requirements planning increases the requirement for the boards to 110 units. This means that the requirement for the components in this assembly are also increased. The quantity and activity consumption for the subordinate components is increased as though 110 boards were to be costed or produced. The system costs the 100 boards based on 110 units and calculates a scrap quantity of 10 units for the three subordinate components. The activity consumption for the two operations is also increased by 10% to 110 units.

Integration Assembly and Operation Scrap You can have the system calculate assembly scrap using the operation scrap. The system calculates assembly scrap from the operations in the routing when you schedule a routing and then update the scheduling results in the material master record. If you have not entered an operation scrap, or do not want to determine the assembly scrap through scheduling, you can also enter the assembly scrap manually in the mate@Detlev Biehl GROUP Strong Performers. Excellent Results.

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rial master record. However, if you do so, the system cannot calculate any scrap variances.

The assembly scrap is ignored if the Net indicator is turned on in the BOM item. This indicator controls the calculation of the operation scrap based on the net input quantity (without assembly scrap). • •

If you enter operation scrap in the BOM, you must set this indicator. If operation scrap has been entered in the BOM, the system uses the operation scrap. If no operation scrap has been entered in the BOM and the indicator has been set, the system does not include either operation scrap or assembly scrap.

Assembly and Component Scrap When both assembly and component scrap has been entered for a material, the entries are dependent on whether the material is being used as an assembly or as a component. Assembly and Component Scrap (I) You are producing 100 circuit boards. In the material master for the finished circuit boards, you have entered an assembly scrap of 10%, while in the material master for the processor you have entered a component scrap of 5%. The system costs the 100 boards based on 110 units and calculates a scrap quantity of 10 units for the subordinate components. Due to the component scrap for the processor, the system determines a total scrap quantity of 16 units, being 10 units assembly scrap and 6 units component scrap. The activity consumption is increased accordingly.

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In the material master for the finished circuit boards, you have entered assembly and component scraps of 10% and 5% respectively. The question of whether the finished circuit boards are used as an assembly or component determines which of the scrap entries is included by the system. If the circuit boards are used as a component, the system includes the component scrap, and vice versa. For more information about the effects of component scrap, see Component Scrap.

2.10.3.1.2 Component Scrap

Scrap of a material that is expected to occur during production if the material is a component.

Component scrap is used in MRP to determine the input quantity of the components. When you produce an assembly with this component, the system has to increase the component quantity to enable you to reach the required lot size. You can enter component scrap in the BOM item or in the material master. When exploding the BOM, the system increases the input quantity of the components by the scrap quantity calculated. The unplanned component scrap is shown as input quantity variances at period-end closing in Product Cost by Order and Product Cost by Period,. For components in an assembly with assembly scrap, the following applies: The system first calculates the assembly scrap, then the component scrap. The scrap quantities calculated are added and the quantity required is increased accordingly. You can maintain component scrap: •

In the BOM item In this case, the component scrap is only relevant for this particular BOM.

•

In the MRP 4 view of the material master record In this case, the component scrap is relevant for all the BOMs that contain this material.

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If component scrap has been included in the BOM, the value entered there applies. Otherwise, the value entered in the material master record applies. If you maintain component scrap in the BOM item and in the material master record, the entry in the BOM takes priority. Component scrap does not affect the production periods. Example 1

For the component raw material C of semifinished product H, an assembly scrap of 10% has been entered in the material master. The system thus costs 100 pieces of the finished product with 275g (250 + 10%) of raw material C, not with 250g. The component scrap is 25g. For the component raw material X of the finished product, an assembly scrap of 10% has been entered in the material master. The system costs 110 pieces of raw material X (100 pieces + 10%) The component scrap is 10 pieces.

Example 2 For the finished product, you have entered an assembly scrap of 10% in the material master. For the components raw material X and raw material C, you have entered an assembly scrap of 10%.

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Example 3 For the finished product and for semifinished product H, you have entered an assembly scrap of 10% in the material master. For the components raw material X and raw material C, you have entered an assembly scrap of 10%.

2.10.3.1.3 Operational Scrap

Scrap that is expected to occur in an operation during production. Operation scrap is used for objects such as valuable materials, to reduce the planned input quantities in follow-up operations and to calculate the precise amount of assembly scrap. You can display the unplanned operation scrap of the routing in the variance category scrap variances at period-end closing in Product Cost by Order and Product Cost by Period. @Detlev Biehl GROUP Strong Performers. Excellent Results.

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You can enter operation scrap (in %) in the routing and in the BOM. The operation scrap entered in the routing refers to the activity quantity consumed, while the operation scrap entered in the BOM refers to the material quantity used. In this case, the net indicator must be turned on. •

In the operation in the routing If you only enter operation scrap in the routing of the costed material (and not the BOM), the costing lot size is reduced by this percentage. If you enter the operation scrap in the routing and schedule the routing, the system calculates a percentage for assembly scrap and then writes this to the material master record.

•

In the BOM item If operation scrap is entered in the BOM, the planned input (not the output quantity) is increased accordingly, and any assembly scrap is reduced. For material requirements planning to include operation scrap, you have to maintain it in the BOM. If you enter operation scrap for a component in the BOM, this entry refers to the quantity to be processed of an operation of this component, and replaces any assembly scrap entered in the material master. If no operation scrap has been maintained in the BOM, the system uses the assembly scrap from the material master. If operation scrap has been entered in the BOM, the system ignores the assembly scrap. If, for example, a material appears in an assembly for which assembly scrap has been entered, the system ignores the assembly scrap and uses the operation scrap from the BOM. The operation scrap in the BOM overrides the assembly scrap in the material master. If you enter operation scrap in the BOM, you must set the Net indicator at the same time. The Net indicator controls the calculation of the operation scrap based on the net input quantity (without assembly scrap).

Operation Scrap in the BOM In the BOM for the finished product, an operation scrap of 10% has been entered for raw material X. In the BOM for the semifinished product, an operation scrap of 10% has been entered. The input quantities for raw materials C and X are increased by 10%. @Detlev Biehl GROUP Strong Performers. Excellent Results.

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2.10.3.1.4 Different Scrap Data

According to the BOM, 100 blank boards, 100 processors, and 100 BIOS assemblies are required to manufacture 100 circuit boards. The routing for the finished circuit boards contains two operations for which production activities are consumed. The blank boards and processors are assembled in operation 1, and the BIOS assemblies are added in operation 2. To manufacture 100 circuit boards, 104 BIOS assemblies are actually required. Therefore, a component scrap of 4% is entered in the BOM or in the material master for the BIOS assembly. If this scrap is entered in the material master, it applies to all materials containing the BIOS assemblies as components. If it is entered in the BOM, it applies to the BOM only.

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tes the cost of goods manufactured, you enter the relevant amount for each operation in the routing. This ensures that the quantity of production activities corresponds to the actual component quantity processed (in this case, it is reduced).

The target is now to manufacture 100 units, instead of 72. The operation scrap entered in the routing reduces the quantity used in subsequent operations. To obtain 100 circuit boards despite the operation scrap, the initial quantity must be increased. To do this, an assembly scrap of 38.89% must be entered for the circuit boards in the material master that increases the quantities of the components used so that 100 boards are produced. You can determine the assembly scrap by scheduling the routing and transferring the assembly scrap into the material master.

To ensure that the component quantities are adjusted, you also enter the operation scrap in the BOM. The scrap entered in the routing affects the quantity of production activities only, not the amount of components used. To ensure that the actual quantity of BIOS assemblies required is removed, you enter another operation scrap of 20% in the BOM:

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Without component scrap for the BIOS assembly, only 120 units would be required for operation 2:

2.10.3.2 Special Procurement

2.10.3.2.1 Production in Other Plants

The following special procurement types are taken into in costing: •

stock transfer from another plant

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Withdrawal from another plant Production in another plant

If you entered one of these special procurement types in the costing view of the material master record, the system proceeds as follows: •

Materials in plants that are assigned to the company code of the plant in which the cost estimate was created are either recosted, or an existing cost estimate is transferred in accordance with the transfer control (this does not occur for Withdrawal from another plant).

•

For materials in plants that are assigned to a different company code, the Cost across company codes indicator in the costing variant determines how the system proceeds: o

o

If the Cost across company codes is set, these materials are either recosted or an existing cost estimate is transferred in accordance with the transfer control (this does not occur for Withdrawal from another plant). If the Cost across company codes indicator is not set, a price is determined in accordance with the valuation variant. In the plant of the finished product there is a material master record for a semifinished product that has a special procurement type. According to the special procurement type, the material is produced in another plant and then transferred to the plant of the finished product. When costing the finished product, the system looks for costing data for the semifinished product in the other plant. The search proceeds according to a strategy in the transfer control:

o o

If the system can select an existing cost estimate, the results of this cost estimate are rolled up in the cost estimate of the finished product. If the system cannot select a cost estimate, the semifinished product is costed in the other plant and the results are rolled up directly into the cost estimate of the finished product.

2.10.3.2.2 Direct Production, Subcontracting, Phantom Assemblies

Direct production If you create a production order for a material whose BOM contains materials with a special procurement type for direct production, further orders for the production of the material will be created automatically. The planned costs are calculated separately for each order in the order network. @Detlev Biehl GROUP Strong Performers. Excellent Results.

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In material costing, materials with a special procurement type for direct production are regarded as semifinished products. They are costed and the cost estimate results are updated for the respective materials. Phantom assemblies If a material is flagged as a phantom assembly (meaning that the material has a special procurement type with procurement type In-house production and special procurement Phantom assembly), costing explodes the BOM and calculates the planned costs for all the material components in the phantom assembly. These material components are displayed and updated in the cost estimate of the higher-level material. The results of the cost estimate are also updated with reference to the phantom assembly. If you want to cost a material as a phantom assembly, you must enter special procurement type 50 in the MRP view of the material master record and leave the special procurement type empty in the Costing view. Subcontracting If subcontracting has been specified for a material (meaning that it has a special procurement type External procurement and special procurement Subcontracting), you can define a strategy in the valuation variant in Customizing for Product Cost Planning to access a price in the purchasing info record or in the purchase order. For more information, see Determining Vendors. The subcontracting company can be selected either using the planned quota arrangement or the actual quota arrangement in the purchasing system. You determine which quota arrangement is used as the basis in the valuation variant. With subcontracting, the cost estimate contains the production costs of the subcontractor as well as the material costs of the material components provided by the subcontractor.

2.11 Material Cost Estimate Without Quantity Structure 2.11.1 Overview Costing without a quantity structure is a tool for planning costs and setting prices for materials without reference to quantity structure data in Production Planning (PP and PP-PI). It is intended for materials with insufficient or no quantity structure data. @Detlev Biehl GROUP Strong Performers. Excellent Results.

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A material cost estimate without a quantity structure enables you to: • Plan costs for raw materials, internal activities, and external activities for a product in the form of a unit cost estimate • Assign production and material overhead to the product • Assign the calculated costs to the cost components and save them • Break down the costs of material consumption for semifinished products into cost components You can create a unit cost estimate (cost estimate without quantity structure) and enter the costing items manually. This enables you to cost multilevel production structures without accessing BOMs and routings in PP. You create a spreadsheet, which can consist of materials, internal activities, external activities, services, processes, variable items, and overhead. The system determines the prices for the costing items entered. Because the cost elements remain transparent in the itemization, you can compare the cost estimate against the following: • The preliminary cost estimate of a production order • Actual postings from other areas of the R/3 System

2.11.2 Unit Costing

Unit costing is a universal tool for planning costs and setting prices. You can use it to plan costs for various reference objects: • • • • • • • • • • •

Materials ( material cost estimate without quantity structure) Additive costs for a material cost estimate with quantity structure Base planning objects General cost objects Production orders without quantity structure Sales order items Projects (WBS) General costs activities Network components Internal orders Primary cost elements

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Some objects, such as general cost objects and production orders without quantity structure, can only be planned using unit costing. The cost estimate results are valid for the entire life of the object. For WBS elements and internal orders, you can use unit costing in addition to other forms of planning such as cost element planning and structure planning. The cost estimate results can be valid for the entire life of the object or for a fiscal year. You can calculate the costs for production orders, materials, and sales orders either using unit costing or product costing. Product costing is generally used in connection with the Production Planning (PP) Module, while unit costing can be used to enter manually data relevant to costing or to transfer it from non-SAP systems. Unit costing is a type of spreadsheet that, due to its integration, can use existing master data and prices in the R/3 system, such as activity prices from Cost Center ing. You can use the spreadsheet to create totals, subtotals, and formulas for mathematical operations. You can use unit costing in the R/3 System as follows: •

As a Spreadsheet Without Accessing Data in the R/3 System You can carry out simple cost planning without accessing information in the R/3 System. For example, you can enter variable items, create subtotals, and enter text items.

•

Spreadsheet with Access to Data in the R/3 System If you are using the Materials Management and Controlling components, you can create costing items that can access information from these areas, such as the standard price from the material master record, and the price for performing a certain activity type from activity type planning.

•

As a Reference when Planning Specific Reference Objects If you create a unit cost estimate for a reference object, you can use a reference for this. The reference object of the cost estimate (base planning object, material, order, and so on) determines which existing objects you can copy.

2.11.3 Multilevel Unit Costing

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Multilevel unit costing uses a highly flexible screen layout for the editing of material cost estimates without quantity structure and base planning objects. The following graphic illustrates the functions of multilevel unit costing:

Multilevel unit costing differs from "classic" (that is, single-level) unit costing in the following ways: • • • • •

• •

The costing structure can be displayed hierarchically The screen layout can be arranged in various ways, such as by positioning the hierarchical costing structure and the list screen of the unit cost estimate next to each other A worklist facilitates access to frequently used data, such as internal activities, business processes, material cost estimates, and base planning objects You can display material cost estimates with quantity structure and use them as a reference You can access numerous functions simply by clicking on the right mouse button. These functions include creating material cost estimates and base planning objects, and inserting items into the worklist Drag and drop functions are available, which you can use to move costing items from the worklist to the costing structure, for example You can branch to Materials Management to create new materials

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2.12 Customizing (Preparation of Costing) 2.12.1 Costing Variant

Each cost estimate is based on a costing variant:

The costing variant contains control parameters and settings for costing. These settings determine how costing is executed, such as which prices the system uses to cost materials, activities, and business processes. The control parameters in the costing variant and the settings you need to make will vary depending on whether you are creating a material cost estimate or a base object cost estimate. Each costing variant specifies a particular valuation variant and costing type.

A costing variant for material cost estimates contains additional control parameters, such as for automatic determination of the quantity structure and for updating the prices in the material master. The following graphic gives you an overview of the customizing parameters for material costing. @Detlev Biehl GROUP Strong Performers. Excellent Results.

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You enter the following parameters in the costing variant: •

Costing type o o o

1.

Specifies the valuation view to be costed Defines the purpose of costing and the price update Specifies a partner version to generate a partner cost component split

Valuation variant o o o •

Specifies which prices are used to valuate the materials, activity types, processes, subcontracting, and external activities Specifies the costing sheet (overhead, overhead key, template) Price factors for inventory costing

Date control Controls the validity period of the cost estimate, the quantity structure date, and the valuation date

•

Quantity structure control (applies only to material cost estimates with quantity structure)

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Specifies the master data in Logistics (BOM and routing or master recipe) •

Transfer control Controls how existing cost estimates are used in other cost estimates

•

Reference variant Controls how an existing quantity structure that has already been costed is used in the cost estimate

The cost estimate also receives the following information from the costing variant (costing type and valuation variant): • • •

Cost component structure Activation of cross-company costing Activation of cost component split in controlling area currency

The costing variant also contains additional settings for material costing, as shown below:

You can make settings such as the following: • • • • • •

Whether the costing results can be saved Whether system messages are collected in a log and saved Whether additive costs are included in material costing Which lot size is used in the cost estimate Whether the current standard cost estimate should be used when materials are costed with errors Whether s can change the transfer control when they create a cost estimate

2.12.2 Cost Component

The definition of the cost components in Customizing for Product Cost Planning determines how the costed material is valuated. For each cost component, you specify whether the assigned costs are included with the following valuations: @Detlev Biehl GROUP Strong Performers. Excellent Results.

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Inventory valuation Physical inventory valuation based on commercial law Physical inventory valuation based on tax law Transfer price surcharge

For each valuation, you define the relevant proportion of the costs: •

You flag the cost component as not relevant. This prevents certain costs (such as production overhead) from being used in inventory costing.

•

You flag the cost component as variable costs. This means that only the variable portion of certain costs (such as internal activities) are used in inventory costing.

•

You flag the cost component as fixed and variable costs. This means that the full costs (such as for raw materials) are used in stock valuation.

You also specify the following for each cost component: • •

•

Whether the costs assigned to the cost component are to be treated as the cost of goods manufactured Whether the costs assigned to the cost component are included in an initial cost split (a cost component split for raw materials). You can create an additive cost estimate, to include freight charges and insurance costs for raw materials. Alternatively, you can create a raw material cost estimate. Whether delta profits (profits between company codes and profit centers) should be updated. This indicator must be set when you create a group cost estimate.

The following graphic illustrates how cost components, cost component structures, and cost views are customized:

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Cost components are grouped into a cost component structure. A cost component structure can have up to 40 cost components. However, if the cost components contain both fixed and variable costs, the number of costs components is limited to 20. Examples of cost components are: • • • • • • • • •

Raw materials Personnel costs Production costs Overhead: material Overhead: production Overhead: istration Overhead: sales and distribution External activities Other costs

2.12.3 Overhead Overhead costs are costs which can only indirectly be attributed to the product, such as electricity or general storage costs. You can allocate these overhead costs in the following ways: o Overhead application In the conventional method, overhead is applied to the reference object as a percentage rate or a quantity-based rate. The overhead is applied by means of costing sheets. o Template allocation Here, cost drivers are used to assign overhead to the reference object on a sourcerelated basis according to usage. The overhead is applied by means of templates. Sender objects can be business processes or cost centers/activity types. o Integration of business processes into the routing Asg process costs to routing operations is particularly suitable for direct produc@Detlev Biehl GROUP Strong Performers. Excellent Results.

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tion processes. On the other hand, indirect processes should be assigned using templates. The overhead costs are ed on from Cost Center ing to Product Cost Controlling (CO-PC). You can on overhead costs that have not been applied to a cost object (such as sales and marketing costs) directly from Cost Center ing or from Activity-Based Costing to Profitability Analysis.

You can calculate both planned and actual overhead costs. You can also apply overhead to process costs. You can use overhead calculation for all the cost objects in the R/3 System. You can calculate planned overhead costs in the following: • • • • • •

Product Cost Planning (non-order-related material costing) Preliminary costing of manufacturing orders (production orders and process orders), and product cost collectors Sales order cost estimates Order BOM cost estimates Calculation of planned costs for general cost objects Preliminary costing for internal orders

You can calculate actual overhead costs at period-end closing in Cost Object Controlling based on the actual costs or quantities incurred thus far. You can apply both percentage overhead and quantity-based overhead to reference objects. In the R/3 System, you can assign the overhead to a product by creating a costing sheet in Customizing for Product Cost Planning. Using this costing sheet, you specify the level of overhead and the conditions under which it is calculated.

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You can calculate the following: • •

Material and production overhead istration and sales overhead

The costing sheet thus specifies the cost elements under which the sales and istration costs are updated in costing. The cost component structure determines the cost components under which these costs are shown. It flags these cost components as sales and istration costs.

In make-to-order production, the sales and istration costs are generally assigned to the product as applied overhead. The cost of goods sold for the product is ed on to Profitability Analysis. In order-related production, repetitive manufacturing and process manufacturing, the sales and istration costs are generally ed on from Cost Center ing directly to Profitability Analysis. The cost of goods manufactured for the product is ed on to Profitability Analysis.

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3 IDES Processes 3.1 Product Cost Planning with Costing Run and Primary Cost Splitting

Product Cost Planning is used to plan costs and to price materials. It determines the cost of goods manufactured (COGM) and cost of sales (COS) for each product unit. Material cost estimates can be created at various times during a fiscal year. • • •

At the start of a fiscal year or ing period During the fiscal year Before preparing the financial statements

The purpose of the costing varies according to the time at which it is performed. The standard system contains costing variants: • •

for Standard Cost Estimates for Modified Standard Cost Estimates

•

for Actual Costing

The IDES System contains additional costing variants: • • • • •

for inventory costing cost estimates that also reflect sales and istration costs for standard cost estimates, the costing variant DPC1 for modified standard cost estimates, the costing variant DPC2 for current cost estimates, the costing variant DPC3

The following process flow shows how multiple materials can be costed in a single costing run. Process Flow You can find the data for this process under 1. 2. 3.

4.

.

Checking Material Master Records Checking the Bill of Materials Checking Routings Processing the Costing Run

Data Used During This Process

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Field

Data

Material

P-100

Company code

1000

Plant

1000

Costing variant

ZPC1

Checking the Material Master Record 1. Call up the transaction as follows: Menu Path

Logistics ® Materials Management ® Material Master ® Material ® Display ® Display Current

Transaction Code

MM03

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2. Enter the following data:

3.

Field

Data

Material

P-100

Choose Select view(s).

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4. In the Select View(s) dialog box, enter the following data:

5.

Field

Data

MRP 2

Select

ing 1

Select

Costing 1

Select

Choose

.

6. In the Organizational Levels dialog box, enter the following data: Field

Data

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7.

Plant

1000

Org. levels/profiles only on request

Select

Choose

.

On the Display Material P-100 (Finished Product) screen, the MRP 2 tab page appears.

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8.

Choose

.

9. On the ing 1 tab page, enter the following data: Field

Data

Valuation class

7920

Price control

S (for standard price)

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10. Choose the Costing 1 tab page.

11. Check the following entries: @Detlev Biehl GROUP Strong Performers. Excellent Results.

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Field

Data

With quantity structure

Select

Material origin

Select

Overhead group

SAP10

12. Choose . 13. In the Last data screen reached dialog box, choose Yes. 14. Choose until the overview tree appears.

Checking the Bill of Materials 1. Call up the transaction as follows: Menu Path

Logistics ® Production ® Master Data ® Bills of Material ® Bill of Material ® Material BOM ® Display

Transaction Code

CS03

2. Enter the following data: Field

Data

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3. 4.

Material

P-100

Plant

1000

BOM Usage

1

Choose . On the Display Material BOM: General Item Overview screen, choose

Header.

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5. In the Extras: Header Information dialog box, enter the following data:

6. 7. 8. 9. 10.

Field

Data

BOM Usage

1

Choose Close. Choose . Choose . Select the Status/Longtext tab page. Choose to check up to the last item that Costing relevancy has been selected for all items of category L or R.

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11. Choose

until the overview tree appears.

Checking the Routing 1. Call up the transaction as follows: Menu Path

From the Master Data node, choose Routings ® Routings ® Standard Routings ® Display

Transaction Code

CA03

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2. Enter the following data: Field

Data

Material

P-100

Plant

1000

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3.

Choose

.

4.

Choose

.

5. Check the following entry: Field

Data

Status

4

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6.

Choose

115

Operations.

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7. 8. 9.

116

Choose . Choose Details ® Operation. In the Display Routing: Operation Details screen check in the General data fields using the (Next operation) function whether the indicator Costing relevancy has been set for all operations until you have reached the last operation.

10. Choose

until the overview tree appears.

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Processing the Costing Run You process a costing run through the flow steps Create costing run, Selection of materials, Structure explosion, Costing, Analysis, Marking and Release.

1. Call up the transaction as follows: Menu Path

ing ® Controlling ® Product Cost Controlling ® Product Cost Planning ® Material Costing ® Edit Costing Run

Transaction Code

2.

Choose

CK40N

.

3. In the Create Costing Run screen, enter the following data: Field

Data

Costing run, 1. field

Name of the costing run (-defined)

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4.

5.

Costing run, 2. field

Name of the costing run (-defined)

Costing run date

Today`s date

Costing variant

ZPC1

Costing version

01

Company code

1000

Choose and . Check the following entries in the Dates tab page and change them if necessary:

Field

Data

Costing date from

Today`s date

Costing date to

Last day of the current fiscal year

Qty structure date

Today`s date

Valuation date

Today`s date

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6. 7.

Choose and . In the Create cost estimate section choose Selection ®

.

8. Enter the following data: Field

Data

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9.

Material

P-100

Plant

1000

Background processing

Deselect

Choose

.

10. Choose . 11. In the Create cost estimate section choose Selection ®

.

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12. Choose

.

A green traffic light appears in the Selection line under Status. One material has been selected. This is quite correct.

13. In the Create cost estimate section choose Structure Explosion ® 14. Enter the following data:

.

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Field

Data

Background processing

Deselect

15. Choose

.

16. Choose

.

17. In the Create cost estimate section choose Structure Explosion ® 18. Choose

.

.

A green traffic light appears in the Structure Explosion line under Status. 20 materials have been determined, none of which contains errors.

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19. In the Create cost estimate section choose Costing ® 20. Enter the following data:

.

Field

Data

Background processing

Deselect

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CO- Product Cost Planning 21. Choose

.

22. Choose . 23. In the Create cost estimate section choose Costing ®

.

A green traffic light appears in the Costing line under Status. 20 materials are costed, none of which contains errors. All of the related costings are carried out.

24. In the Costing results section choose 25. Choose Materials Overview.

.

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26. Select the line for Material P-100, then choose

® Multilevel BOM.

You will see the costing structure.

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27. Choose

.

28. Select the line for material 100-100 and choose

® Cost Comps.

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29. Choose Settings ® Type of Cost Component Split. 30. In the Type of Cost Component Split dialog box select Auxiliary cost component split and choose

.

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The costs of goods manufactured are now displayed in the primary cost component split. 31. Choose

.

Allow Marking Marking can only be allowed once in a given period. Providing no release has yet occurred you can reset the marking allowance. However, you should note this cancels all marked prices. If marking is not yet allowed (locked padlock symbol) continue with step 36.

If marking is already allowed (the padlock looks like this 32. In the section Create cost estimate choose Marking ® 33. Select the line for company code 1000. 34. Choose .

), reset it as set out below: .

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35. Choose . 36. In the section Create cost estimate choose Marking ® . 37. Select the first line for company code 1000 by double-clicking. 38. In the Permitted standard cost estimate variant dialog box, enter the following data:

Field

Data

Costing variant

ZPC1

39. Choose

.

The system confirms that the marking allowance has been issued.

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You can repeat the marking as often as required, until the standard costing has been released. 40. Choose . 41. In the Create cost estimate section choose Marking ® . 42. In the Price Update: Mark Standard Price screen, enter the following data:

Field

Data

Background processing

Deselect

Test run

Deselect

43. Choose

.

44. Choose . 45. In the section Create cost estimate section choose Marking ®

.

A green traffic light appears in the Marking line under Status. 20 materials have been marked, none of which contains errors.

The standard cost estimate of a material can only be released once in a given period.

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CO- Product Cost Planning 46. In the Create cost estimate section choose Release ® 47. Enter the following data:

.

Field

Data

Test run

Select

Background processing

Deselect

48. By selecting Test run, you ensure that the system only simulates the release of the standard cost estimate. If you do not select this field, the costed price is entered in the material master under the Costing 2 view. 49. Choose . 50. Choose . 51. In the Create cost estimate section choose Release ®

.

The procedure described in this scenario differs from the standard in that the marking and the release are executed in the same period. To ensure costing accuracy, the standard system assumes that the Costing date from is the first day of the next period. This means that the marking is made in the current period, and the release in the next period.

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CO- Product Cost Planning

52. Choose

132

until the overview tree appears.

3.2 Product Cost Planning with Multilevel Unit Costing

Purpose The multi-level unit costing is a costing method you can use to carry out the following work centrally: • • •

Maintain reference and simulation costing Maintain product costing without quantity structure Copy product costing with quantity structure to unit costing

In the following process you use a multi-level unit costing to change both a product costing with quantity structure and a reference and simulation costing.

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Process Flow You can find the data for this process under 1. 2. 3. 4.

5.

.

Creating a Worklist Displaying a Product Costing with Quantity Structure Copying a Product Costing with Quantity Structure Processing the Base Planning Object Cost Analysis

Creating the Worklist 1. Call up the transaction as follows: Menu Path

ing ® Controlling ® Product Cost Controlling ® Product Cost Planning ® Reference and Simulation Costing ® Edit Base Planning Object - Multilevel

Transaction Code

CKUC

2. In the Set controlling area dialog box, enter the following data: Field

Data

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Controlling area

3.

Choose

.

You should also refer to the overview screen for the 4. 5.

1000

multi-level unit costing

Position your cursor on the screen edge (in the middle of the screen) then holding down the left mouse button drag the left screen as far as the Resource column. Choose Worklists on. On the right side of the screen you can see 3 tab pages that display automatically generated worklists. The left tab page contains your name under which you initially create a personal worklist.

6.

Select Material cost estimate in the worklist and using the right mouse button call up a window.

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7.

Choose Select material cost estimate.

8. In the Selection of material cost estimates dialog box, enter the following data: Field

Data

Material number

P-100

With quantity structure

Select

Without quantity structure

Deselect

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9. Choose twice. 10. In the dialog box select the line with the following data: Material P-100, Plant 1000, Costing variant PPC1, Status KA and Valid from 1.11.1999.

11. Choose

.

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CO- Product Cost Planning 12. Select Base planning object in the worklist and choose Select base planning object using the right mouse button as described above.

13. In the Selection: base planning objects dialog box, enter the following data: Field

Data

Base planning object

P-100

14. Choose

.

A base planning object already created for pump GG Standard 150-200, which the IDES company plans to introduce shortly is entered in your worklist. You then create the internal activity Machine hours in the worklist. 15. Select Internal Activity in the worklist and choose Select internal activity using the right mouse button. 16. In the dialog box (1), Restrictions tab page, enter the following data:

Field

Data

Cost center

4220

Activity type

1420

17. Choose

.

18. Position your cursor on the line 1999 Pumps Production machine hours, then choose

.

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The activity type 1420 machine hours which is provided by the cost center 4220 production pumps and contains a price is automatically placed in your worklist. 19. Select Process in the worklist and choose Select process using the right mouse button. 20. Choose the Business process tab page. 21. Enter the following data:

Field

Data

Business process

300900

Language key

EN

22. Choose . 23. Select the line having the business process 300900, then choose

.

The process Work scheduling is likewise placed in your worklist.

24. Choose

to save the worklist.

The system displays the message Worklist was saved. Consequently the worklist is retained for you to use for future processing. 25. Remain on this screen.

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CO- Product Cost Planning

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Displaying a Product Costing with Quantity Structure 1.

Select the line Pump PRECISION 100 in the worklist under Material cost estimate and drag this by keeping the left mouse button depressed across to the Costing structure on the left of the screen. The Transfer/Copy Material Cost Estimate dialog box appears.

2.

To display the cost estimate, select Transfer cost estimate as original. However, it is now no longer possible for you to change or adjust the cost estimate. The product cost planning selected is inserted in the relevant costing structure.

3.

Choose

Copy.

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4.

In the costing structure double-click on

Pump PRECISION 100.

You see detailed information on the selected cost estimate in the upper right-hand side of the screen. The History tab page details the who created the cost estimate, and the remaining tab pages contain additional detailed information. 5.

To display the itemization or cost components choose

or

respectively.

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6.

You have the option in the left-hand side of the screen of choosing

Show all items.

All items for costing structure Pump PRECISION 100 are now displayed.

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CO- Product Cost Planning 7.

In the menu bar choose

.

In the Symbol legends dialog box you can ascertain the meaning of the respective icons or items.

8. 9.

Choose . In the costing structure under

Pump PRECISION 100 double-click on

Spiral casing GG.

You receive detailed information on the spiral casing. On checking the cost estimate for the Pump PRECISION 100 you establish that several items are missing or outdated. To change this cost estimate, next transfer the product costing with quantity structure as a copy from the worklist to the costing structure. 10. Remain on this screen.

Copying a Product Costing with Quantity Structure 1.

Choose Worklists on if required.

2.

Select the line Pump PRECISION 100 in the worklist under Material cost estimate and drag this by keeping the left mouse button depressed across to the Costing structure on the left of the screen. The Transfer/Copy Material Cost Estimate dialog box appears.

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CO- Product Cost Planning

4.

Field

Data

Copy cost est. acc. to

Select

Costing variant

SIM1

Costing version

10

Choose

Copy.

If you want to repeat the example several times choose a different version number. 5.

On the left side of the screen double-click on

Pump PRECISION 100.

All items for costing structure Pump PRECISION 100 are now displayed.

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6.

Choose

.

Through the copy the material cost estimate with quantity structure in the worklist ( estimate) has become a unit costing (

Automatic cost

Unit cost estimate).

As the unit cost estimate relates to a particular material, it is also designated product cost planning without quantity structure. 7. 8.

Choose Choose

. Spiral casing GG by double-clicking in the costing structure of

Pump PRECISION 100.

In the basic view you can now see the entire work flow and the required material usage for the production of 100 slugs for spiral cases. You now implement the process

Work scheduling before the production process

Slug for spiral

casing and change the price of the raw material needed to manufacture the slug, as you have in the meantime found a more competitive supplier.

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CO- Product Cost Planning You also need to implement the process step Work schedule after the third item. 9. Select the line with item 4, and choose (Insert line). 10. Deselect the line with item 5 and select again the line with item 4. 11. Choose . 12. In the dialog box, enter the following data:

Field

Data

Item category

process (manual)

Business process

300900

13. Choose

.

In the costing items basic view the work scheduling process is automatically set in item 4

14. Enter a 3 in the Quantity column for this item and choose Confirm. You would now like to incorporate the cheaper material from the new supplier in the cost estimate. 15. Select field M (Material) in line 5 in the column Category, then choose the Possible entries button. In the Item category dialog box, you now have the option of entering a variety of items. In addition to an existing base planning object you can for example also choose an internal activity or variable item for the free entry of a costing item. 16. Select V, then choose . 17. In the same line enter the following data:

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Field

Data

Price-total

9,50

18. Choose

Transfer.

The items are automatically transferred to the costing structure on the left-hand side of the screen. In addition these items are to be revaluated. 19. To do this select the line Pump PRECISION 100 in the costing structure and using the right mouse button select Revaluate substructure.

You now have a new unit costing with the costing variants SIM1 and costing version 10. Both of your changes namely the inclusion of the process work scheduling the cheaper material have been included.

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20. Close the costing structure

Pump PRECISION 100.

In the following you use a base planning object you have already created as the basis for further calculations. 21. Remain on this screen.

Processing the Base Planning Object 1.

In the worklist under Base planning object select the line Pump GG Standard 150-200 and by keeping the left mouse button down drag this across to the Costing structure on the left hand side of the screen.

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CO- Product Cost Planning 2.

Select

Pump GG Standard 150-200 and using the right mouse button choose Change cost estimate.

You see the Costing items basic view for the pump on the upper right hand side of the screen. You would like to insert the internal activity machine hours after the 7th item. 3. 4. 5. 6. 7.

Select line 8, then choose . Double-click on Machine hours in the worklist. Double-click on the field Resource in line 8. Enter a 3 in the Quantity column for this item. Choose Transfer. The new structure is adjusted and the cost estimate temporarily saved.

8.

Select the line Pump PRECISION 100 in the costing structure and using the right mouse button select Revaluate substructure. The base planning object is revaluated. In the following the related cost component split or cost structure is discussed.

9.

Remain on this screen.

Cost Analysis 1.

In the worklist under Material cost estimate double-click on

Pump PRECISION 100.

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CO- Product Cost Planning 2.

In the Costs tab page choose

.

In the upper half of the screen the cost component split of the unit costing of material P-100 that you have already carried out is displayed. 3.

On the left-hand side of the screen choose

® Select layout ® 1 SAP02.

You now receive the structure with allocation, material, production, overhead status, process costs and so on. You can likewise display the cost distribution lower level/level/total.

4. 5.

Choose until the overview tree appears. In the Saving edited cost estimates dialog box, choose Yes.

Data Used During This Process Field

Europe

North America

Company code

1000

3000

Period

Current period

Current period

Fiscal year

Current year

Current year

Cost element

474100

474100

Document type

KR

KR

Vendor

1000

1000

Function area

0100

0100

Function area

0300

0300

Function area

0400

0400

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Function area

0500

0500

Substitution rule

ID-COGS

NA-COGS

Ledger

0F

0F

Report Writer library

0F1

0F1

Report Writer library

0F-GUV1

0F-GUV1

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