XINSHAO · OEM / ODM INTERCONNECT SOLUTIONS
Drawing-based harness development for energy storage, solar equipment, power conversion and electric mobility projects.
Xinshao supports custom wire harness and cable assembly projects from drawings, samples and bills of materials. Share the equipment architecture, mating interfaces and installation constraints so the assembly can be reviewed as part of your system.
New energy covers different electrical and environmental duties. A BMS sensing loom, outdoor solar branch and battery power connection need different material selections and acceptance plans. The categories below are starting points for a custom project.
Define sensing channels, pin sequence, branch lengths and terminal interfaces around the battery module. Keep sense wiring requirements separate from power circuits.
Specify cable size, terminal orientation, bend space and protection for battery connections. Continuous and peak load conditions require separate review.
Configure branch count, cable lengths and exact mating connector part numbers. Outdoor exposure and connector compatibility must be confirmed for the complete assembly.
Coordinate signal, control and auxiliary power connections within the enclosure. Confirm routing separation, grounding and service access.
Develop internal power and control harnesses from the equipment schematic and BOM. Specify installation space, thermal conditions and inspection requirements.
Configure low-voltage auxiliary connections for vehicle equipment. Define vibration, sealing, mounting and connector retention requirements for the installation.
6 configuration categories
1
Align branches, pinouts, connector keys and installation dimensions before building.
2
Identify exact part numbers and obtain approval before substituting components.
3
Use sample approval and revision control to define the production baseline.
4
Agree acceptance criteria, test coverage and reporting for the assembly.
Review how the supplier controls drawings, purchased components, crimp tooling and production changes. A matching connector shape alone does not establish electrical compatibility or an approved mating combination.
For your project, request relevant inspection records, traceability details and a sample approval plan. Certificates and compliance documents should cover the actual entity, materials and assembly scope you need.
Define datum points, branch exits, wire lengths and dimensional tolerances against the installed position. Include clips, sleeves, labels and service loops where required.
Provide the pin-to-pin circuit list and identify power, sensing and communication circuits. Discuss shielding termination and grounding against the system design rather than choosing shielding by appearance.
Original connector parts and proposed alternatives are separate BOM choices. Any substitution requires technical review and customer approval.
Specify the cable and connector requirements before selecting a jacket or sleeve.
Agree the build and inspection requirements against the approved drawing.
Conductor size depends on the installed thermal conditions as well as the load. Connector ratings must be checked against the specified wire, terminal, circuit loading and environment. Supply the applicable operating limits and validation criteria for review.
A component IP rating does not establish a sealed assembly rating in every installation. Specify the mated condition, seals, cable entry and test conditions. High-voltage interlocks, shielding and touch protection require an explicit system design where applicable.
Connector availability, tooling, custom overmolding, inspection fixtures and required validation can affect sample cost and lead time. Confirm these items before fixing the production schedule.
Coordinate battery connections, sensing circuits and cabinet routing against the approved system design.
Bring engineering, purchasing and quality requirements together before moving from prototype to a recurring production order.
Prepare the inputs that turn a general inquiry into a buildable assembly specification.
