Status	Revision in Progress
Owner	VAN NIEKERK-ext, ivan
Stakeholders

Purpose

The purpose of this document is to define the conversion approach to create Material Master-General Plant Data / S.Loc Data in S/4 HANA.

The General Plant Data/Storage view is one of the key views in the Material Master. It contains information about a material that is specific to a particular plant and storage location. This view is essential for plant-level operations and inventory management. Currently, in both ECC systems PF2 and WP2, materials are extended to specific plants and their respective storage locations. Source and Target structures mapping are provided below.

Conversion Scope

The scope of this document covers the approach for converting active Material Master-General Plant Data / S.Loc Data from Legacy Source Systems into S/4HANA following the DD-FUN-050 Master Data Standard - Material General Plant and Storage Data Master Data Design Standard.

As per KDD011 - Material Master Numbering Alignment All Syensqo's materials (finished, semi-finished, raw materials, spares etc.) will be represented by a unique material master number which will be assigned from a new number range

All materials that adhere to the CNV-2019 Materials Basic Data rules and have been deduplicated as per the Numbering Alignment process are in scope for plant extensions

The data from legacy system excludes:

Duplicates & materials not in scope of basic data

Serialization Profile Material Master MDS rules:
Serial Profile is mandatory and defaulted to "EAM1" if,
Material Type = UNBW and "Critical Part" field is checked
Material Type = ZIND and Material is Split valuated

Source	Scope	Source Approx No. of Records	Target System	Target Approx No. of Records
PF2	The Material Master Records will be extracted/collected via DCT. An initial extract of the relevant data will be provided in Google Sheet format to assist business in decision making on including any relevant data from Source Systems.	1.2 Million (Depending on Plant consolidation)	S4H	TBC depending on Plant Consolidation
WP2	The Material Master Records will be extracted/collected via DCT. An initial extract of the relevant data will be provided in Google Sheet format to assist business in decision making on including any relevant data from Source Systems.	1.2 Million (Depending on Plant consolidation)	S4H	Consolidation
DCT	For Service Master Materials to be extended correctly a DCT page is required to assist the business with populating the relevant columns for all materials identified as Service Master Materials that need to be brought into the Material master. These materials will be extended with the material type ZSER. Potential Service materials are available in two places and need to be extracted to assist with population of template: 1) In legacy Mara. All materials with the material description wildcard of 'Service' ) Service Master Records from ASMD table these will be potential ZSER materials if accepted in the DCT.	TBC	S4H	TBC

Additional Information

Multi-language Requirement

As per KDD055 - Multi-Language Support there are 8 languages in scope: English, French, Italian and Mandarin and Brazilian Portuguese, German, Spanish and Thai.

Legacy text for applicable records at Plant level are in-scope for Migration to support system functionalities (If anything is getting printed on output documents then the Text would be in scope

Language Key	International Version	Language description	Notes
EN	E	English
FR	F	French
IT	I	Italian
ZH	1	Mandarin
?	?	Brazilian Portuguese	Language key for Brazilian Portuguese need to be confirmed by functional team
DE	D	German
ES	S	Spanish
TH	2	Thai

Document Management

Not applicable

Legal Requirement

Not applicable

Special Requirements

Not applicable

Target Design

The technical design of the target for this conversion approach.

Table

Field

Data Element

Field Description

Data Type

Length

ZDIR

ZIND

HERS

IBAU

NLAG

PIPE

UNBW

VERP

ZLEI

ZLEH

ZLER

ZABF

ZSER

ZBAS

MARC

AUSME

MATNR

Unit of issue

CHAR

18

C

N/A

C

N/A

C

N/A

MARD

LGPBE

Storage Bin

CHAR

10

C

N/A

C

N/A

C

N/A

MARD

LWMKB

MARD_KOBER

Picking Area

CHAR

3

N/A

MARA

TEMPB

Temp. Conditions

CHAR

2

C

N/A

MARA

RAUBE

Storage conditions

CHAR

2

R

N/A

R

N/A

MARA

BEHVO

Container reqmts

CHAR

2

N/A

MARA

STOFF

Haz.material number

CHAR

18

N/A

MARC

ABCIN

CC phys. inv. ind.

CHAR

1

R

N/A

R

N/A

R

N/A

MARC

CCFIX

CC fixed

CHAR

1

R

N/A

R

N/A

R

N/A

MARA

WESCH

Number of GR slips

QUAN

13(3dec)

N/A

MARA

ETIAR

Label type

CHAR

2

N/A

MARA

ETIFO

Lab.form

CHAR

2

N/A

MARA

XGCHP

Appr.batch rec. req.

CHAR

1

N/A

MARA

XCHPF

Batch Management

CHAR

1

C

N/A

C

N/A

MARC

XCHPF

Batch Management (Plant)

CHAR

1

C

N/A

C

N/A

MARC

MAXLZ

Max. Storage Period

DEC

5

N/A

MARC

LZEIH

Time Unit

UNIT

3

N/A

MARA

MHDRZ

Min. Rem. Shelf Life

DEC

4

C

N/A

C

N/A

MARA

MHDHB

Total shelf life

DEC

4

C

N/A

C

N/A

MARA

IPRKZ

DATTP

Period Ind. for SLED

CHAR

1

C

N/A

C

N/A

MARA

RDMHD

Rounding rule SLED

CHAR

1

N/A

MARA

MHDLP

Storage percentage

DEC

3

N/A

MARA

SLED_BBD

Expiration Date

CHAR

1

R

N/A

R

N/A

MARA

SCM_MATURITY_DUR

/SAPAPO/MATURITY_DUR

Maturation Time

DEC

11

N/A

MARA

SCM_SHLF_LFE_REQ_MAX

/SAPAPO/SHELF_LIFE_REQ_MAX

Required Maximum Shelf Life

DEC

11

N/A

MARC

SGT_COVS

Segmentation Strategy

CHAR

8

N/A

MARC

SGT_DEFSC

Logistics handling group for workload calculation

CHAR

40

N/A

MARC

XMCNG

Negative stocks allowed in plant

CHAR

1

N/A

MARC

LOGGR

Logistics handling group for workload calculation

CHAR

4

N/A

MARC

SERNP

SERAIL

Serial Number Profile

Stock determination group

4

N/A

C

N/A

C

N/A

C

N/A

MARA

SERLV

Level of Explicitness for Serial Number

CHAR

1

N/A

C

N/A

MARC

FPRFM

Distribution profile of material in plant

CHAR

3

N/A

MARC

PRCTR

Profit Center

CHAR

10

R

N/A

R

N/A

MARC

EPRIO

BF_GROUP

Stock determination group

CHAR

4

C

N/A

C

N/A

MARC

IUID_RELEVANT

IUID-Relevant

CHAR

1

N/A

MARC

UID_IEA

External Allocation of UII

CHAR

1

N/A

MARC

IUID_TYPE

Structure Type of UII

CHAR

10

N/A

Data Cleansing

ID	Criticality	Error Message/Report Description	Rule	Output	Source System
			As a part of this option, the material masters are de-duplicated, and one material master is created per valid material. The material numbers are automatically assigned by the system and are sequential with no intelligence

Conversion Process

The high-level process is represented by the diagram below:

Data Privacy and Sensitivity

Extraction

Extract data from a source into . There are 2 possibilities:

The data exists. connects to the source and loads the data into . There are 3 methods:
1. Perform full data extraction from relevant tables in the source system(s).
2. Perform extraction through the application layer.
3. Only if ; cannot connect to the source, data is loaded to the repository from the provided source system extract/report.
The data does not exist (or cannot be converted from its current state). The data is manually collected by the business directly in . This is to be conducted using DCT (Data Collection Template) in

The agreed Relevancy criteria is applied to the extracted records to identify the records that are applicable for the Target loads

Extraction Run Sheet

Req #	Requirement Description	Team Responsible
1)	Screen Records against MARA -ERSA to get the materials created in the last 3 years	Synity
2)	Screen Records against Maintenance Status MARA -PSTAT like '%L%' & MARC like=%L%	Synity
3)	Screen Records against plant specific Deletion Flag in MARC-LVORM ='NO'	Synity

Selection Screen

Selection Ref Screen	Parameter Name	Selection Type	Requirement	Value to be entered/set
N/A

Data Collection Template (DCT)

Target Ready Data Collection Template will be created for data with exception of some fields which require transformation as mentioned in the transformation rule.

DCT Rules

Field Name	Field Description	Tooltip
MATNR	Material Number	New Material Number for Service Materials
WERKS	Plant	Plant to which to extend the Material
LGORT	Storage Location	Storage Location of the Material for the Plant
AUSME	Unit of issue	Unit in which the material is issued from the warehouse, if different from the base unit of measure. e.g. Set to LB for plant, when base UOM is KG
LGPBE	Storage Bin	Identifies the storage bin within a storage location where the material is stored. Can be used for IM storage locations.
LWMKB	Picking Area	Groups together storage bins from the standpoint of picking strategies; that is, the storage bins are arranged in a strategically advantageous manner for the task of picking.
TEMPB	Temp. Conditions	Indicates the temperature conditions in which the material should be stored.
RAUBE	Storage conditions	Indicates what storage conditions are required for the material. Storage conditions plus shipping point and Plant are used to determine storage location for picking during delivery processing
BEHVO	Container reqmts	Key for the regulation that governs which type of container the material must be stored and shipped in.
STOFF	Haz.material number	Number that identifies the material as a hazardous material or as dangerous goods and assigns hazardous material data or dangerous goods data to it. The hazardous material number indicates that the material is dangerous, making special precautions necessary for its storage and shipment.
ABCIN	CC phys. inv. ind.	This indicator groups the materials together into various cycle counting categories. These categories correspond to the ABC analysis of the materials.
CCFIX	CC fixed	Specifies that the cycle counting indicator cannot be changed for cycle counting by an ABC analysis.
WESCH	Number of GR slips	Number of GR/GI slips to be printed - Specifies which quantity of the material, in the unit of entry, usually constitutes a pallet load. In the case of a goods receipt with reference to a purchase order or production order, the system automatically calculates the number of GR/GI slips to be printed for the material document item as a quotient from the goods receipt quantity and the quantity defined here. The value determined is always rounded up to the next higher whole number. If there is no value maintained in this field, the material document item is only printed on one goods receipt/issue slip.
ETIAR	Label type	Determines the way labels are created. The label type specifies, for example, whether labels are pre-printed by the supplier or created on a central printer. this key is used to print material document information on labels. The label type and form are used to determine • which labels are printed for which goods movement • how many labels are printed • which printer they are printed on
ETIFO	Lab.form	Determines the size and layout of the label. The label form specifies, for example, whether the label is an adhesive or a pin-on label.
XGCHP	Appr.batch rec. req.	This indicator is used to specify that the following activities may only be performed after the relevant batch record has been approved: • Making the usage decision for an inspection lot of the origin Goods receipt from production • Changing the batch status from Restricted to Unrestricted This indicator is only taken into account for batches that have been manufactured using a process order. This is only relevant for direct materials which are manufactured.
XCHPF	Batch Management	Specifies whether the material is managed in batches. When set, this applies to all plants, unless a plant is excluded using the Batch Management (Plant) field. Batch Management is activated for materials that require batch traceability, recording of batch characteristics, batch determination for picking and expiry date management.
XCHPF	Batch Management (Plant)	Specifies whether the material is managed in batches at the plant. Switched on if material is batch managed at client level unless plant specifically does not use batches.
MAXLZ	Max. Storage Period	The longest amount of time allowed for storing the material. The value displayed here is for informational purposes only.
LZEIH	Time Unit	Unit in which the maximum storage period of the material is measured.
MHDRZ	Min. Rem. Shelf Life	Minimum amount of time for which the material must keep upon goods receipt for the goods receipt to be accepted by the system.
MHDHB	Total shelf life	Period for which the material can be stored in total, that is, from the date of production to the shelf life expiration date.
IPRKZ	Period Ind. for SLED	The period indicator specifies the unit of measurement for a period of time. Required if SLED is being maintained.
RDMHD	Rounding rule SLED	In the material master, if the period indicator is based on weeks, months or years has been selected for the total shelf life, it is then possible to round the shelf life expiration date (SLED), that has been calculated from the production date and total shelf life, to the first or last day of the period chosen.
MHDLP	Storage percentage	Percentage specifying how much of the minimum remaining shelf life must be left if the material is to be sent to another plant (such as a store) from a central plant (such as a distribution centre).
SLED_BBD	Expiration Date	Sets the date type to Expiration Date or Shelf Life Expiration Date
SCM_MATURITY_DUR	Maturation Time	The period required by a product after production before it can be used for further production or by a customer.
SCM_SHLF_LFE_REQ_MAX	Required Maximum Shelf Life	Standard value for required maximum shelf life
SGT_COVS	Segmentation Strategy	A strategy that is a collection of business rules that define which stock materials should satisfy which demand objects.
SGT_DEFSC	Logistics handling group for workload calculation	Segment value, which is (from the material valuation point of view) representative for all segment value combinations
XMCNG	Negative stocks allowed in plant	Indicates that negative stocks of the material are allowed at the plant.
LOGGR	Logistics handling group for workload calculation	Grouping of materials that are comparable with regard to their handling.
SERNP	Serial Number Profile	Freely definable four-digit key that provides unique identification for a serial number profile. Used for some MRO materials. It is mandatory to enter the serial number profile in the material master record for materials that need serial numbers. This is not applicable for direct materials which are traditional raw material components.
SERLV	Level of Explicitness for Serial Number	Level on which the serial number must be unique. This is not applicable for direct materials which are traditional raw material components.
FPRFM	Distribution profile of material in plant	Control profile for Merchandise Distribution.
PRCTR	Profit Center	Key which together with the controlling area uniquely identifies a profit centre.
EPRIO	Stock determination group	The stock determination group combined with the stock determination rule at plant level creates a key for the stock determination strategy
IUID_RELEVANT	IUID-Relevant	Indicates that a unique item identifier (UII) must be created for the material.
UID_IEA	External Allocation of UII	Indicates that the unique item identifier (UII) was externally created.
IUID_TYPE	Structure Type of UII	Defines the IUID type. The IUID type determines the construct of a UII.

Extraction Dependencies

Item #	Step Description	Team Responsible
1)	Collect needs to happen for Both MARA &MARC tables before ST* can be populated.	Synity
2)	Connection needs to be setup with the correct authorisation for extract	Synity
3)	Possible Scheduling of snapshot as MARC tables are generally big and may take some time	Synity
4)	Plant/ Storage location design/consolidation needs to be finalised	Business/Functionals
5)	Data is populated in the DCT or uploaded from downloaded Excel template	Business/Data Owners

Transformation

The Target fields are mapped to the applicable Legacy field that will be its source, this is a 3-way activity involving the Business, Functional team and Data team. This identifies the transformation activity required to allow to make the data Target ready:

Perform value mapping and data transformation rules.
1. Legacy values are mapped to the to-be values (this could include a default value)
2. Values are transformed according to the rules defined in
Prepare target-ready data in the structure and format that is required for loading via prescribed Load Tool. This step also produces the load data ready for business to perform Pre-load Data Validation

Transformation Run Sheet

Item #	Step Description	Team Responsible
1	Execute Collect to ensure PREP /Snapshot is up to date.	Synity / SyWay S2P Data Team
2	Execute Transform	Synity / SyWay S2P Data Team
3	Review & validate any Error Reports (Config etc)	Synity / SyWay S2P Data Team
4	Generate & validate Preload Report (Ensure proper Business names as per Data Dictionary)	Synity / SyWay S2P Data Team
5	Generate Load files	Synity / SyWay S2P Data Team

Transformation Rules

Rule #	Source system	Source Table	Source Field	Source Description	Target System	Target Table	Target Field	Target Description	Transformation Logic
1	PF2/WG2	MARD	MATNR	Material Number	S4/ Hana	MARD	MATNR	Material Number	Follow the rule as per Material Master Basic Views about creation for new Material.
2	PF2/WG2	MARD	WERKS	Plant	S4/ Hana	MARD	WERKS	Plant	Copy from Plant consolidation xref
3	PF2/WG2	MARD	LGORT	Storage Location	S4/ Hana	MARD	LGORT	Storage Location	Copy from Storage location xref
4	PF2/WG2	MARC	AUSME	Unit of issue	S4/ Hana	MARC	AUSME	Unit of issue	Copy from Source to target system
5	PF2/WG2	MARD	LGPBE	Storage Bin	S4/ Hana	MARD	LGPBE	Storage Bin	Copy from Source to target system
6	PF2/WG2	MARD	LWMKB	Picking Area	S4/ Hana	MARD	LWMKB	Picking Area	Copy from Source to target system
7	PF2/WG2	MARA	TEMPB	Temp. Conditions	S4/ Hana	MARA	TEMPB	Temp. Conditions	Copy from Source to target system
8	PF2/WG2	MARA	RAUBE	Storage conditions	S4/ Hana	MARA	RAUBE	Storage conditions	Copy from Source to target system
9	PF2/WG2	MARA	BEHVO	Container reqmts	S4/ Hana	MARA	BEHVO	Container reqmts	Copy from Source to target system
10	PF2/WG2	MARA	STOFF	Haz.material number	S4/ Hana	MARA	STOFF	Haz.material number	Copy from Source to target system
11	PF2/WG2	MARC	ABCIN	CC phys. inv. ind.	S4/ Hana	MARC	ABCIN	CC phys. inv. ind.	Copy from Source to target system
12	PF2/WG2	MARC	CCFIX	CC fixed	S4/ Hana	MARC	CCFIX	CC fixed	Copy from Source to target system
13	PF2/WG2	MARA	WESCH	Number of GR slips	S4/ Hana	MARA	WESCH	Number of GR slips	Copy from Source to target system
14	PF2/WG2	MARA	ETIAR	Label type	S4/ Hana	MARA	ETIAR	Label type	Copy from Source to target system
15	PF2/WG2	MARA	ETIFO	Lab.form	S4/ Hana	MARA	ETIFO	Lab.form	Copy from Source to target system
16	PF2/WG2	MARA	XGCHP	Appr.batch rec. req.	S4/ Hana	MARA	XGCHP	Appr.batch rec. req.	Copy from Source to target system
17	PF2/WG2	MARA	XCHPF	Batch Management	S4/ Hana	MARA	XCHPF	Batch Management	Copy from Source to target system
18	PF2/WG2	MARC	XCHPF	Batch Management (Plant)	S4/ Hana	MARC	XCHPF	Batch Management (Plant)	Copy from Source to target system
19	PF2/WG2	MARC	MAXLZ	Max. Storage Period	S4/ Hana	MARC	MAXLZ	Max. Storage Period	Copy from Source to target system
20	PF2/WG2	MARC	LZEIH	Time Unit	S4/ Hana	MARC	LZEIH	Time Unit	Copy from Source to target system
21	PF2/WG2	MARA	MHDRZ	Min. Rem. Shelf Life	S4/ Hana	MARA	MHDRZ	Min. Rem. Shelf Life	Copy from Source to target system
22	PF2/WG2	MARA	MHDHB	Total shelf life	S4/ Hana	MARA	MHDHB	Total shelf life	Copy from Source to target system
23	PF2/WG2	MARA	IPRKZ	Period Ind. for SLED	S4/ Hana	MARA	IPRKZ	Period Ind. for SLED	Copy from Source to target system
24	PF2/WG2	MARA	RDMHD	Rounding rule SLED	S4/ Hana	MARA	RDMHD	Rounding rule SLED	Copy from Source to target system
25	PF2/WG2	MARA	MHDLP	Storage percentage	S4/ Hana	MARA	MHDLP	Storage percentage	Copy from Source to target system
26	PF2/WG2	MARA	SLED_BBD	Expiration Date	S4/ Hana	MARA	SLED_BBD	Expiration Date	Copy from Source to target system
27	PF2/WG2	MARA	SCM_MATURITY_DUR	Maturation Time	S4/ Hana	MARA	SCM_MATURITY_DUR	Maturation Time	Copy from Source to target system
28	PF2/WG2	MARA	SCM_SHLF_LFE_REQ_MAX	Required Maximum Shelf Life	S4/ Hana	MARA	SCM_SHLF_LFE_REQ_MAX	Required Maximum Shelf Life	Copy from Source to target system
29	PF2/WG2	MARC	SGT_COVS	Segmentation Strategy	S4/ Hana	MARC	SGT_COVS	Segmentation Strategy	Copy from Source to target system
30	PF2/WG2	MARC	SGT_DEFSC	Logistics handling group for workload calculation	S4/ Hana	MARC	SGT_DEFSC	Logistics handling group for workload calculation	Copy from Source to target system
31	PF2/WG2	MARC	XMCNG	Negative stocks allowed in plant	S4/ Hana	MARC	XMCNG	Negative stocks allowed in plant	Copy from Source to target system
32	PF2/WG2	MARC	LOGGR	Logistics handling group for workload calculation	S4/ Hana	MARC	LOGGR	Logistics handling group for workload calculation	Copy from Source to target system
33	PF2/WG2	MARC	SERNP	Serial Number Profile	S4/ Hana	MARC	SERNP	Serial Number Profile	RULE: Serial Profile is mandatory and defaulted to "EAM1" if, MTART ='UNBW' & KZKRI ='x' (Critical Part) or MTART = 'ZIND' and Material is split valuated ( MBEW-BWTTY NE Blank) For others Copy.
34	PF2/WG2	MARA	SERLV	Level of Explicitness for Serial Number	S4/ Hana	MARA	SERLV	Level of Explicitness for Serial Number	Copy from Source to target system
35	PF2/WG2	MARC	FPRFM	Distribution profile of material in plant	S4/ Hana	MARC	FPRFM	Distribution profile of material in plant	Copy from Source to target system
36	PF2/WG2	MARC	PRCTR	Profit Center	S4/ Hana	MARC	PRCTR	Profit Center	Copy from Source to target system
37	PF2/WG2	MARC	EPRIO	Stock determination group	S4/ Hana	MARC	EPRIO	Stock determination group	Copy from Source to target system
38	PF2/WG2	MARC	IUID_RELEVANT	IUID-Relevant	S4/ Hana	MARC	IUID_RELEVANT	IUID-Relevant	Copy from Source to target system
39	PF2/WG2	MARC	UID_IEA	External Allocation of UII	S4/ Hana	MARC	UID_IEA	External Allocation of UII	Copy from Source to target system
40	PF2/WG2	MARC	IUID_TYPE	Structure Type of UII	S4/ Hana	MARC	IUID_TYPE	Structure Type of UII	Copy from Source to target system

Transformation Rules for DCT

Rule #	Source system	Source Table	Source Field	Source Description	Target System	Target Table	Target Field	Target Description	Transformation Logic
1	DCT	MARD	MATNR	Material Number	S4/ Hana	MARD	MATNR	Material Number	Copy from DCT Direct Mapping
2	DCT	MARD	WERKS	Plant	S4/ Hana	MARD	WERKS	Plant	Copy from DCT Direct Mapping
3	DCT	MARD	LGORT	Storage Location	S4/ Hana	MARD	LGORT	Storage Location	Copy from DCT Direct Mapping
4	DCT	MARC	AUSME	Unit of issue	S4/ Hana	MARC	AUSME	Unit of issue	Copy from DCT Direct Mapping
5	DCT	MARD	LGPBE	Storage Bin	S4/ Hana	MARD	LGPBE	Storage Bin	Copy from DCT Direct Mapping
6	DCT	MARD	LWMKB	Picking Area	S4/ Hana	MARD	LWMKB	Picking Area	Copy from DCT Direct Mapping
7	DCT	MARA	TEMPB	Temp. Conditions	S4/ Hana	MARA	TEMPB	Temp. Conditions	Copy from DCT Direct Mapping
8	DCT	MARA	RAUBE	Storage conditions	S4/ Hana	MARA	RAUBE	Storage conditions	Copy from DCT Direct Mapping
9	DCT	MARA	BEHVO	Container reqmts	S4/ Hana	MARA	BEHVO	Container reqmts	Copy from DCT Direct Mapping
10	DCT	MARA	STOFF	Haz.material number	S4/ Hana	MARA	STOFF	Haz.material number	Copy from DCT Direct Mapping
11	DCT	MARC	ABCIN	CC phys. inv. ind.	S4/ Hana	MARC	ABCIN	CC phys. inv. ind.	Copy from DCT Direct Mapping
12	DCT	MARC	CCFIX	CC fixed	S4/ Hana	MARC	CCFIX	CC fixed	Copy from DCT Direct Mapping
13	DCT	MARA	WESCH	Number of GR slips	S4/ Hana	MARA	WESCH	Number of GR slips	Copy from DCT Direct Mapping
14	DCT	MARA	ETIAR	Label type	S4/ Hana	MARA	ETIAR	Label type	Copy from DCT Direct Mapping
15	DCT	MARA	ETIFO	Lab.form	S4/ Hana	MARA	ETIFO	Lab.form	Copy from DCT Direct Mapping
16	DCT	MARA	XGCHP	Appr.batch rec. req.	S4/ Hana	MARA	XGCHP	Appr.batch rec. req.	Copy from DCT Direct Mapping
17	DCT	MARA	XCHPF	Batch Management	S4/ Hana	MARA	XCHPF	Batch Management	Copy from DCT Direct Mapping
18	DCT	MARC	XCHPF	Batch Management (Plant)	S4/ Hana	MARC	XCHPF	Batch Management (Plant)	Copy from DCT Direct Mapping
19	DCT	MARC	MAXLZ	Max. Storage Period	S4/ Hana	MARC	MAXLZ	Max. Storage Period	Copy from DCT Direct Mapping
20	DCT	MARC	LZEIH	Time Unit	S4/ Hana	MARC	LZEIH	Time Unit	Copy from DCT Direct Mapping
21	DCT	MARA	MHDRZ	Min. Rem. Shelf Life	S4/ Hana	MARA	MHDRZ	Min. Rem. Shelf Life	Copy from DCT Direct Mapping
22	DCT	MARA	MHDHB	Total shelf life	S4/ Hana	MARA	MHDHB	Total shelf life	Copy from DCT Direct Mapping
23	DCT	MARA	IPRKZ	Period Ind. for SLED	S4/ Hana	MARA	IPRKZ	Period Ind. for SLED	Copy from DCT Direct Mapping
24	DCT	MARA	RDMHD	Rounding rule SLED	S4/ Hana	MARA	RDMHD	Rounding rule SLED	Copy from DCT Direct Mapping
25	DCT	MARA	MHDLP	Storage percentage	S4/ Hana	MARA	MHDLP	Storage percentage	Copy from DCT Direct Mapping
26	DCT	MARA	SLED_BBD	Expiration Date	S4/ Hana	MARA	SLED_BBD	Expiration Date	Copy from DCT Direct Mapping
27	DCT	MARA	SCM_MATURITY_DUR	Maturation Time	S4/ Hana	MARA	SCM_MATURITY_DUR	Maturation Time	Copy from DCT Direct Mapping
28	DCT	MARA	SCM_SHLF_LFE_REQ_MAX	Required Maximum Shelf Life	S4/ Hana	MARA	SCM_SHLF_LFE_REQ_MAX	Required Maximum Shelf Life	Copy from DCT Direct Mapping
29	DCT	MARC	SGT_COVS	Segmentation Strategy	S4/ Hana	MARC	SGT_COVS	Segmentation Strategy	Copy from DCT Direct Mapping
30	DCT	MARC	SGT_DEFSC	Logistics handling group for workload calculation	S4/ Hana	MARC	SGT_DEFSC	Logistics handling group for workload calculation	Copy from DCT Direct Mapping
31	DCT	MARC	XMCNG	Negative stocks allowed in plant	S4/ Hana	MARC	XMCNG	Negative stocks allowed in plant	Copy from DCT Direct Mapping
32	DCT	MARC	LOGGR	Logistics handling group for workload calculation	S4/ Hana	MARC	LOGGR	Logistics handling group for workload calculation	Copy from DCT Direct Mapping
33	DCT	MARC	SERNP	Serial Number Profile	S4/ Hana	MARC	SERNP	Serial Number Profile	Copy from DCT Direct Mapping
34	DCT	MARA	SERLV	Level of Explicitness for Serial Number	S4/ Hana	MARA	SERLV	Level of Explicitness for Serial Number	Copy from DCT Direct Mapping
35	DCT	MARC	FPRFM	Distribution profile of material in plant	S4/ Hana	MARC	FPRFM	Distribution profile of material in plant	Copy from DCT Direct Mapping
36	DCT	MARC	PRCTR	Profit Center	S4/ Hana	MARC	PRCTR	Profit Center	Copy from DCT Direct Mapping
37	DCT	MARC	EPRIO	Stock determination group	S4/ Hana	MARC	EPRIO	Stock determination group	Copy from DCT Direct Mapping
38	DCT	MARC	IUID_RELEVANT	IUID-Relevant	S4/ Hana	MARC	IUID_RELEVANT	IUID-Relevant	Copy from DCT Direct Mapping
39	DCT	MARC	UID_IEA	External Allocation of UII	S4/ Hana	MARC	UID_IEA	External Allocation of UII	Copy from DCT Direct Mapping
40	DCT	MARC	IUID_TYPE	Structure Type of UII	S4/ Hana	MARC	IUID_TYPE	Structure Type of UII	Copy from DCT Direct Mapping

Transformation Mapping

Mapping Table Name	Mapping Table Description
Plants	Mapping of Legacy Plants to Target System value (Value Mapping)
Storage Location	Mapping of Legacy Storage location to Target System value (Value Mapping)
Profit Center	Mapping of Legacy Profit center to Target System value (Value Mapping)

Transformation Dependencies

List the steps that need to occur before transformation can commence

Item #	Step Description	Team Responsible
Transformation Rules to be determined
1)	In General MARC records should be screened against MARA Target Table to ensure only Records that pass Validation in Header filters down to Plant view.	Synity
2)	Check Tables for fields are up to date & complete	Synity
3)	Value Mappings are according to latest design (Profit Center, Plant etc)	Synity
4)	Ensure DCT is complete	Synity

Pre-Load Validation

Project Team

Completeness

Task	Action
Verify Record Counts	Row counts in PREP (Relevancy) should tie back to Count in Target Table
Verify DCT & Load File Count	SCM Data Team to verify that the total number of relevant records from the DCT is equal to the total number of records in the Preload and Load Sheets. Utility columns should indicate source

Accuracy

Task

Action

Conversion Accuracy

SyWay P2F Data Team to verify that all fields pass the following checks:

All Mandatory Fields filled out
Field and Value Mapping Complete and correct.
Nulls need to be verified
Field Lengths and data types should be compatible with upload Template

Review Error Reports

Fields that fail checks due to Target Readiness etc. should be highlighted in error reports. These reports need to be flagged & decision can be made to Remediate values in initial Mock cycles but no remediation should be applied when doing final dress rehearsal.

Verify Consent

Verify the appropriate consents for the records have been obtained by the business/Data Owners and properly recorded

Business

Completeness

Task	Action
Verify Record Counts	Business Data Owner/s to verify that the total number of relevant records from the the Relevancy Reports is equal to the total number of records in the Preload and Load Sheets.
Verify Consent	Verify the appropriate consents for the records have been obtained by the business/Data Owners and properly recorded

Accuracy

Task	Action
Conversion Accuracy	Business Data Owner/s to verify that all the data in the load table/file is accurate as per endorsed transformation/mapping rules (and signed-off DCT data).
Review Error Reports	Review and correct the errors. Achieve a zero-error record count as much as possible. Raise defects for data remediated and requiring a correction in the source data.

Load

The load process includes:

Execute the automated data load into target system using load tool or product the load file if the load must be done manually
Once the data is loaded to the target system, it will be extracted and prepared for Post Load Data Validation

Load Run Sheet

Item #	Step Description	Team Responsible
1.	Go to Load tool (Migrate your Data)
2.	Run Simulation & validate if any Errors are encountered
3.	If No errors encountered proceed with Prepare & simulate
4.	Once Approval has been given proceed with Migration
5.	Any Migration Errors need to be highlighted & and depending on volume & criticality of Mock cycle either be fixed & reloaded or Marked for correcting in subsequent Mocks
6.	Generate all Post-load Reports with summary information with counts that clearly show : To be loaded Count (In Target Table) Loaded Failures with meaningful error descriptions
7.	Check a sample of a few materials in S/4 HANA
8.	Garner validations/signoffs.

Load Phase and Dependencies

Configuration

Item #	Configuration Item
1	Check Tables configured in Target System. (Profit Centres/Controlling area's etc)

Conversion Objects

Object #	Preceding Object Conversion Approach
CNV-2019 Materials - Basic Data View	Basic Data to be completed as immediate predecessor
CNV-1073 Profit Centre	Profit Centre Completed

Error Handling

Error Type	Error Description	Action Taken
Missing Config	Controlling area/Profit Center /Storage Location etc not available area not available

Post-Load Validation

Project Team

Completeness

Task	Action
Verify Count	SyWay P2FData Team to verify the record count created in target S/4 HANA by accessing post load reports in dspMigrate or standard reports from S/4 HANA

Accuracy

Task	Action
Verify Logs	Check if there is data that failed to load and perform the necessary actions (e.g. register as post load issue or attempt to load the record again, etc.).

Business

Completeness

Task	Action
Verify Count	Download Post Load Reports from dspMigrate and verify that the record count loaded in the target S/4 HANA is the same count as of the endorsed load file.

Accuracy

Task	Action
Conversion Accuracy	Verify that the Material data in target S/4 HANA were loaded correctly via dspMigrate post load reports or standard reports from S/4 HANA.

Key Assumptions

Master Data Standard is up to date as on the date of documenting this conversion approach and data load.
Materials - Basic Data is in scope based on data design and any exception requested by business.

Change log

Version	Published	Changed By	Comment
CURRENT (v. 22)	Apr 16, 2026 11:03	VAN NIEKERK-ext, ivan
v. 24	Apr 16, 2026 11:01	VAN NIEKERK-ext, ivan
v. 23	Jan 13, 2026 12:18	VAN NIEKERK-ext, ivan
v. 22	Jan 13, 2026 12:16	VAN NIEKERK-ext, ivan
v. 21	Dec 08, 2025 14:52	VAN NIEKERK-ext, ivan	Added DCT as per CR0209
v. 20	Nov 20, 2025 08:17	VAN NIEKERK-ext, ivan
v. 19	Nov 20, 2025 08:12	VAN NIEKERK-ext, ivan	Serial Number Profile Updated
v. 18	Oct 23, 2025 11:50	VAN NIEKERK-ext, ivan	Updated PSTAT
v. 17	Oct 17, 2025 13:41	VAN NIEKERK-ext, ivan	Removed MMSTA NULL
v. 16	Oct 16, 2025 16:34	VAN NIEKERK-ext, ivan	Added Material Types to Relevancy as per Matrix

Go to Page History

Apr 17, 2026	Actor	Type	Activity	Version
Revision in Progress	NAVANDAR-ext, Divya	Comment	commented 5:44 am If a field is NA across all material types, it won't be migrated as discussed during CS discussion.
		Comment	commented 5:44 am If a field is NA across all material types, it won't be present in the DCT structure as discussed during CS discussion.
		Comment	commented 5:43 am If a field is NA across all material types, it won't be migrated as discussed during CS discussion.
Apr 16, 2026
	VAN NIEKERK-ext, ivan	Edit	updated the page at 11:01 am
Mar 18, 2026
	WENNINGER-ext, Sascha	State	changed state to Revision in Progress at 5:47 pm	v23
From Dec 08, 2025 to Jan 13, 2026
Edited following Approval	VAN NIEKERK-ext, ivan	Edit	updated the page at 2:52 pm
	VAN NIEKERK-ext, ivan	State	changed state to Edited following Approval at 1:52 pm	v21

Workflow history

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CNV-2010 Materials - General Plant Data / S.Loc Data

Purpose

Conversion Scope

Additional Information

Multi-language Requirement

Notes

Document Management

Legal Requirement

Special Requirements

Target Design

Data Cleansing

Conversion Process

Data Privacy and Sensitivity

Extraction

Extraction Run Sheet

Selection Screen

Data Collection Template (DCT)

Extraction Dependencies

Transformation

Transformation Run Sheet

Transformation Mapping

Transformation Dependencies

Pre-Load Validation

Project Team

Completeness

Accuracy

Business

Completeness

Accuracy

Load

Load Run Sheet

Configuration

Conversion Objects

Error Handling

Post-Load Validation

Project Team

Completeness

Accuracy

Business

Completeness

Accuracy

Key Assumptions

See also

Change log