Who should use this
Robot teams defining sensor, vision, servo, joint, power or battery harnesses for prototypes and pilot builds.
Cable Harness & Interconnect
Prepare connector, pinout, shielding, bend radius, bend life, routing, labeling and environment inputs for robot harness sourcing.
Robot teams defining sensor, vision, servo, joint, power or battery harnesses for prototypes and pilot builds.
The guide turns incomplete wiring ideas into reviewable connector, routing and documentation inputs for custom harness RFQs.
Bring connector type, mating part, pinout or wire map, cable length, cable OD, shielding, strain relief, bend radius, cycle life, moving-joint or drag-chain exposure and operating environment.
When to use this guide
Key engineering decisions
Name connector family, keying, orientation, pin count, mating part and strain relief expectation.
Include trigger / sync, sensor power and drag-chain or moving-joint routing when the harness supports cameras, LiDAR, encoders or host-side sensing interfaces.
Document bend radius, bend life, drag-chain path, moving joint routing, cable OD and jacket requirements.
Prepare pinout table, labels, length tolerance, branch points and environment notes for review.
RFQ preparation checklist
Engineering file considerations
Not covered by this guide
Use the guide checklist to submit one RFQ with product, file and subsystem context. Controlled access may apply to STEP/STP, native CAD, full drawings and supplier-sensitive records.