PartOrUsageRelatedSpecification

Wire Protections The diagram displays the type hierarchy for WireProtectionSpecifications. These PartOrUsageRelatedSpecifications are used to describe the technical aspects of wire protections like tapes, tubes, fittings and stripes.

Placeable Elements In a wiring harness many components can be placed directly onto the topology (e.g. connectors, fixings). To specify the aspect of placeability the VEC defines a PlaceableElementSpecification. Every component that could be placed directly onto the topology must have a PlaceableElementSpecification in addition to its regular type specific PartOrUsageRelatedSpecification (e.

Fixings, Grommets and CableDucts The diagram displays the type hierarchy for parts that are usually mounted onto the topology of a wiring harness. These PartOrUsageRelatedSpecifications are used to describe the technical aspects of components like fixings, grommets and cable ducts.

Placeable Elements In a wiring harness many components can be placed directly onto the topology (e.g. connectors, fixings). To specify the aspect of placeability the VEC defines a PlaceableElementSpecification. Every component that could be placed directly onto the topology must have a PlaceableElementSpecification in addition to its regular type specific PartOrUsageRelatedSpecification (e.

Part Substitutions A PartSubstitutionSpecification defines a set of PartVersions that can be used alternatively, due to an incomplete specification for the 150% product description. For a concrete wiring harness only on valid PartVersion remains.

Part Substitutions A PartSubstitutionSpecification defines a set of PartVersions that can be used alternatively, due to an incomplete specification for the 150% product description. For a concrete wiring harness only on valid PartVersion remains.

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.