WireReception

Before reading this implementation guideline, it is highly recommended to read the following sections in the VEC Online Model Description first: “Terminals” “Contacting Specification” Examples of contacting a splice terminal A splice is normally used to create a contacting between multiple wires with the same potential e.

Terminals A TerminalSpecification can define WireReceptions and TerminalReceptions and on that basis InternalTerminalConnections. A WireReception can reference a WireReceptionSpecification in order to provide technical details about which wires are able to accommodate.

Terminals A TerminalSpecification can define WireReceptions and TerminalReceptions and on that basis InternalTerminalConnections. A WireReception can reference a WireReceptionSpecification in order to provide technical details about which wires are able to accommodate.

Terminals A TerminalSpecification can define WireReceptions and TerminalReceptions and on that basis InternalTerminalConnections. A WireReception can reference a WireReceptionSpecification in order to provide technical details about which wires are able to accommodate.

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.

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.

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.

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

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

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 to be placed directly onto the topology must have a PlaceableElementSpecification in addition to its regular type specific PartOrUsageRelatedSpecification (e.