PrimaryPartType

Before reading these implementation guidelines, it is highly recommended to read the “Description of Parts” section in the VEC Online Model Description. This section explains the concepts for the representation of part master data and component specifications in the VEC.

Before reading these implementation guidelines, it is highly recommended to read the “Composite Part Descriptions” section and its subsections in the VEC Online Model Description first. Whereas the model description defines the general concepts of multilevel composite parts and 100% and 150% variance for those parts, this implementation guideline follows a use case oriented approach and explains the correct usage of the different aspects of a VEC implementation (e.

Description of Parts In other formats like the KBL- or the KOMP-model the diverse types of parts (e.g. connector housing, terminal, wire) are differentiated by inheritance with a subclass for each type inheriting from the type corresponding to PartVersion.

Description of Parts In other formats like the KBL- or the KOMP-model the diverse types of parts (e.g. connector housing, terminal, wire) are differentiated by inheritance with a subclass for each type inheriting from the type corresponding to PartVersion.

Description of Parts In other formats like the KBL- or the KOMP-model the diverse types of parts (e.g. connector housing, terminal, wire) are differentiated by inheritance with a subclass for each type inheriting from the type corresponding to PartVersion.

Description of Parts In traditional data formats the diverse types of parts (e.g. connector housing, terminal, wire) are differentiated with individual subclasses for each type inheriting from the type corresponding to PartVersion.

Description of Parts In traditional data formats the diverse types of parts (e.g. connector housing, terminal, wire) are differentiated with individual subclasses for each type inheriting from the type corresponding to PartVersion.

Description of Parts In traditional data formats the diverse types of parts (e.g. connector housing, terminal, wire) are differentiated with individual subclasses for each type inheriting from the type corresponding to PartVersion.

Description of Parts In traditional data formats the diverse types of parts (e.g. connector housing, terminal, wire) are differentiated with individual subclasses for each type inheriting from the type corresponding to PartVersion.

Description of Parts In traditional data formats the diverse types of parts (e.g. connector housing, terminal, wire) are differentiated with individual subclasses for each type inheriting from the type corresponding to PartVersion.