
Explore variant configuration in make-to-order scenarios, using object dependencies such as constraint, preconditions, procedures, and selection conditions to guide components and material classification with defaults via procedure type dependencies.
Learn how SAP variant configuration uses class items as bom components in make-to-order scenarios, and how class types 200 and 300 enable material classification and variant configuration via the configurator.
Define a configurable material with class items for fabric, color, design, logo, pocket, and gender, including mandatory entries and defaults. Show data entry, component mapping, and operations like stitch fabric.
Define six characteristics in SAP S4HANA variant configuration using ct04, set design, color, logo, gender, pocket, and collar values, mark entry required and set defaults, verify with ct10.
Explore variant configuration via material classification, linking four type 200 classes and one type 300 class to determine materials from design and color combinations.
Create shirt fabric materials in SAP by copying a base material and configuring material master views, then use classification with fabric class 200 to define color and design variants.
Create pocket materials in sap s4hana variant configuration by assigning class type 200 and setting pocket color to blue, with plant 1710 and storage 171.
Define collar materials by creating color variants, mapping class type 200 to shirt color materials, and setting MRP, lot sizing, and accounting attributes for each color.
Run a shirt materials report, export it, create a configurable material, assign a class of type 300 with six shirt characteristics, and define a bom with type 200 components.
Define a bill of materials for configurable material using classification with four class items (type 200), map characteristics to components, and select stock items via the value assignment screen.
Define routing for the shirt configurable material using CA01, by creating fabric, logo, collar, and pocket classes, assigning materials to class 200 and 300, and mapping operations to components.
Create a configuration profile for the configurable material using Q41, set profile details and defaults, and preview variant matching and configuration simulation to select the right materials.
Perform a configuration simulation (CU50) to verify the SAP S4HANA variant configuration using class items, mapping characteristics to type 200/300 classes, building BOM, and noting limitations.
explain how material classification selects BOM components but falls short for multi-value selections, change management, and routing, then show why SAP replaced it with object dependencies.
Most of you are aware of SAP Variant Configuration which support to Make to order manufacturing scenarios. Using extensive features of SAP Variant Configuration, you can support various aspects of Make to Order Manufacturing. You can define SuperBOMs which are supersets of all possible combination of components. these BOMs involve all optional components of which, only a few will go in to Customer's BOM, according to Features selected. Which component is selected for certain customer selection is determined by what is called Object dependencies. You will be able to restrict the selection of features (Characteristics in SAP) as well as options of each feature (Values of characteristics in SAP) to ensure only valid combinations are offered to customers. You can also provide guided selection by populating only features relevant to your initial selections. The costing and pricing of each variant resulting from SuperBOM and Routing are automatically calculated by settings available in Variant Configuration.
However, for simple scenarios you can adopt solution involving Classes of type 200 (Material (Configurable objects) as BOM Items.
According to this solution, You can use class items to control the selection of materials in a Super BOM. these materials are classified in a class of type 200. For each material, values are set for characteristics grouped under the class.
In this course you will understand how the solution works.
The course is structured as:
1. Introduction
2. Demo Data
3. Define Characteristics
4. Define Classes
5. Define Materials
6. Define BOM and Routing
7. Define Configuration Profile
8. Configuration Simulation to verify the solution