PartUsageSpecification

Before reading these implementation guidelines, it is highly recommended to read the “Instantiation of Components” section in the VEC Online Model Description. This Implementation Guideline complements the Specification Chapter Instantiation of Components with concrete examples and detailed definitions for specific use cases.

Electrological Layers Overview The VEC offers three layer, each representing a level of abstraction for describing electrologic. This is illustrated in the diagram on the right side (Figure 1).

Wiring Specification The VEC model breaks down the information that is usually included on an electrical system wiring plan into three aspects: part usage information, contacting information and mating information.

Wiring Specification The VEC model breaks down the information that is usually included on an electrical system wiring plan into three aspects: part usage information, contacting information and mating information.

Wiring Specification The VEC model breaks down the information that is usually included on an electrical system wiring plan into three aspects: part usage information, contacting information and mating information.

Assemblies, Modules and Harness (Configurations) The VEC composite part concept has four key classes: the PartStructureSpecification, the PartWithSubComponentsRole, the CompositionSpecification and the PartUsageSpecification. As mentioned in the example before, the PartStructureSpecification is used to define the bill of material for a composite part based on occurrences.

Assemblies, Modules and Harness (Configurations) The VEC composite part concept has four key classes: the PartStructureSpecification, the PartWithSubComponentsRole, the CompositionSpecification and the PartUsageSpecification. As mentioned in the example before, the PartStructureSpecification is used to define the bill of material for a composite part based on occurrences.

Assemblies, Modules and Harness (Configurations) The VEC composite part concept has four key classes: the PartStructureSpecification, the PartWithSubComponentsRole, the CompositionSpecification and the PartUsageSpecification. As mentioned in the example before, the PartStructureSpecification is used to define the bill of material for a composite part based on occurrences.

Assemblies, Modules and Harness (Configurations) The VEC composite part concept has four key classes: the PartStructureSpecification, the PartWithSubComponentsRole, the CompositionSpecification and the PartUsageSpecification. As mentioned in the example before, the PartStructureSpecification is used to define the bill of material for a composite part based on occurrences.

Assemblies, Modules and Harness (Configurations) The VEC composite part concept has four key classes: the PartStructureSpecification, the PartWithSubComponentsRole, the CompositionSpecification and the PartUsageSpecification. As mentioned in the example before, the PartStructureSpecification is used to define the bill of material for a composite part based on occurrences.