Specification

Harness and Variants In addition to the CompositionSpecification and the PartStructureSpecification, the VEC defines two other concepts to control occurrences, especially composite parts (e.g. modules): ModuleFamily and ModuleList. PartWithSubComponentsRoles referenced by a ModuleFamily respectively the OccurrenceOrUsage these PartWithSubComponentRoles belong to are mutually exclusive.

Harness and Variants In addition to the CompositionSpecification and the PartStructureSpecification, the VEC defines two other concepts to control occurrences, especially composite parts (e.g. modules): ModuleFamily and ModuleList. PartWithSubComponentsRoles referenced by a ModuleFamily respectively the OccurrenceOrUsage these PartWithSubComponentRoles belong to are mutually exclusive.

Harness and Variants In addition to the CompositionSpecification and the PartStructureSpecification, the VEC defines two other concepts to control occurrences, especially composite parts (e.g. modules): ModuleFamily and ModuleList. PartWithSubComponentsRoles referenced by a ModuleFamily respectively the OccurrenceOrUsage these PartWithSubComponentRoles belong to are mutually exclusive.

Instances of Wire Protections The diagram shows the mapping between the part master data of a wire protection (partly displayed on the left side) and the instance specific information (displayed on the right side).

Hierarchical Topologies Hierarchical topologies are a versatile concept to create harness topologies that have an advanced structural design. For historical reasons, the semantics defined by the VEC for topologies are quite strict and simple, yet sufficient for most cases of traditional wiring harnesses.

Hierarchical Topologies Hierarchical topologies are a versatile concept to create harness topologies that have an advanced structural design. For historical reasons, the semantics defined by the VEC for topologies are quite strict and simple, yet sufficient for most cases of traditional wiring harnesses.

Module Lists and -Families In addition to the CompositionSpecification and the PartStructureSpecification, the VEC defines two other concepts to control occurrences, especially composite parts (e.g. modules): ModuleFamily and ModuleList. PartWithSubComponentsRoles referenced by a ModuleFamily respectively the OccurrenceOrUsage these PartWithSubComponentsRoles belong to are mutually exclusive.

Harness and Variants In addition to the CompositionSpecification and the PartStructureSpecification, the VEC defines two other concepts to control occurrences, especially composite parts (e.g. modules): ModuleFamily and ModuleList. PartWithSubComponentsRoles referenced by a ModuleFamily respectively the OccurrenceOrUsage these PartWithSubComponentsRoles belong to are mutually exclusive.

Harness and Variants In addition to the CompositionSpecification and the PartStructureSpecification, the VEC defines two other concepts to control occurrences, especially composite parts (e.g. modules): ModuleFamily and ModuleList. PartWithSubComponentsRoles referenced by a ModuleFamily respectively the OccurrenceOrUsage these PartWithSubComponentsRoles belong to are mutually exclusive.

Harness and Variants In addition to the CompositionSpecification and the PartStructureSpecification, the VEC defines two other concepts to control occurrences, especially composite parts (e.g. modules): ModuleFamily and ModuleList. PartWithSubComponentsRoles referenced by a ModuleFamily respectively the OccurrenceOrUsage these PartWithSubComponentsRoles belong to are mutually exclusive.