Intro:
This blog can show how the SLED in batch can be considered while running the planning in SAP. Have a look
Main part
Configuration Prerequisites:
If conversion is graded out then leave it. This will activate the batch status in batches
SIMG - Advanced Planning - Basic Settings - Activate Advanced Planning and Scheduling - Activate Advanced Planning and Scheduling
SIMG - Advanced Planning - Basic Settings - Define Configuration Schema (CDP or Variant Configuration)
SIMG - Cross-Application Components - Classification System - Classes - Maintain Object Types and Class Types
This report will create the SLED-related characters, Object dependencies, and Functions in the background. Have a look SAP Help . You can do it via config SIMG - Logistic general - Batch management - Batch Valuation - Update Standard Characteristics
In the Next screen click Generate Integration Model
In the Next screen click Activate Integration Model and start.
/SAPAPO/APO_ON_ERP, /SAPAPO/APO_ON_ERP_CDP and /SAPAPO/APO_ON_ERP_SWITCHED
This will add to the /SAPAPO/MATKEY table in O1CL
In APO PPDS class type 023 is converted to 230 and 300 to 400 when moving class from ECC to APO. But in Hana, PPDS 023 is not converted to 230. Have a look 2927766
Master data:
Class characters are to be created with the organization area.
You can check object dependencies in CU01. Cross-check that all are in the released state.
The APO reference characters are to be created with the organization area. These characters are used to transfer the SLED from ECC to PPDS and this will not be displayed in the ECC batch.
Material master to be created with the self-life planning heuristic and advanced planning checkbox
Assign the class to the material master and batch management in the work scheduling view.
Self-life to be maintained in Plant storage location data.
Now the master data will be moved to PPDS. (/N/SAPAPO/MAT1)
Work center to be created with the advanced planning check box. Once created in ECC it Will be moved in the background (/N/SAPAPO/RES01)
The routing and the production version are the same. Meanwhile, the Product data structure is to be created in PPDS via CURTOADV_CREATE with the check box absolute transfer
GR for the product ‘PPDS’ in MIGO is to be done with the class characters and Date of Manufacture.
The self-life will be added to the batch master with the help of reference characters (LOBM*).
This in turn moved to PPDS via APO characters, CIF, and will be shown in Product view /N/SAPAPO/RRP3
Now the requirements need to be created. You can just click the edit button on top of the product view screen and give the requirements in negative value with date. Click enter. On creating the requirements, the required self-life date will be calculated for the new requirement based on the requirement date and SLED in the material master.
Now the requirement SLED will be compared with the Batch SLED to create the new receipts.
After running the Heuristic, below are the requirements and receipts.
Here one new planned order has been created, as the required SLED (31.01.26) does not come under the stock SLED (04.11.25).
Troubleshooting - If the SLED is not shown in PPDS check the organization area assigned in class. Check the O1CL for the organization area.
Check whether CIF is not maintained in CFM1 for class characters and activated in CFM2 or not.
Check general PPDS implementation 3369134 . Check Configurations
Conclusion:
I hope this may help you get an idea of self-life planning in PPDS. Please comment if there are changes to be done
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