Design connector-level wire harnesses with cavity-aware routing, compatibility checks, conductor guidance, and verified BOM and from-to outputs in CircuitTwin.
Place multipole connectors, define their cavity count, and route numbered conductors between connector cavities, loose terminals, splices, grounds, busbars, or explicit open endpoints. Route bends remain editable instead of becoming separate wire records.
Assign connector and cavity hardware from customer-managed libraries or record manual part information. Wire guidance evaluates entered current, voltage, one-way length, ambient conditions, derating, and voltage-drop limits before recommending a conductor candidate.
A Structure Box is a resizable canvas region with temperature, sealing, voltage, vibration, and derating requirements. Contained harness objects are checked against that environment; missing safety evidence remains UNKNOWN rather than becoming an assumed pass.
The same project graph produces engineering inventory, BOM, cut-list, from-to, wiring-diagram PDF, configured CSV, and versioned CircuitTwin interchange data. Quantities come from placed objects and cavity assignments, so report discrepancies can be traced back to the drawing.
Check terminal, seal, wire, and plug evidence.
Evaluate ampacity, derating, and voltage drop.
Apply installation requirements to a canvas region.
Roll up placed parts and cavity hardware.
Preserve exact source and destination endpoints.
No. The current public product focuses on connector-level harness definition, traceable validation, and structured outputs. Proprietary CAD authoring and certified release workflows require separate tools or validated adapters.
Yes. The workspace supports customer-managed library records and manual connector/cavity hardware information. Generic starter records are examples, not approved commercial part numbers.