Compact board-to-wire harnesses
Provide the mating board-side part, occupied cavities, pinout, wire size, finished length and installation direction. Appearance or a catalog family name does not replace a wiring definition.
CONNECTOR INTEGRATION
Custom interface connector assemblies for equipment wiring
Board-to-wire leads and wire-to-wire assemblies built around your specified interface. Send the mating connector, pinout, wire length and quantities for review.
PRODUCT OVERVIEW
Connector integration that follows the finished product interface.
Connector assemblies are developed around the interface, mechanical constraints, electrical requirements, and assembly process of the finished product.
ASSEMBLY FORMATS AND RFQ INPUTS
Turn an assembly format into a reviewable brief
Organize the interface, wiring and installation requirements for your assembly. Include mating part numbers, material requirements and critical dimensions so fit and supply options can be reviewed against drawings and samples.
Double-row wiring assemblies
Define the viewing direction and pin numbering for both rows, with the mating interface and installation clearance. Confirm fit against drawings and samples, not housing appearance.
Strain relief and molded cable exits
Specify cable diameter, exit direction, clearance and fixing method, including the panel opening or enclosure interface. Review mechanical support and sealing separately; an overmolded appearance does not establish waterproof performance.
No complete drawing yet? Start with interface photos, pinout information and quantity tiers, and mark undecided items as open.
Send this assembly briefSELECTION AND ACCEPTANCE
Choose the connector assembly by both ends of the circuit
A housing name alone does not define a finished lead. Describe the mating interface at one end and the wire preparation or second connector at the other. Use the following checklist to define your custom assembly.
Board-to-wire or wire-to-wire?
For a PCB connection, identify the header, mating housing, terminal part number, and occupied positions. For a separable wire-to-wire connection, list both mating housings and their contacts, including latch orientation and which ends are supplied. A matching pitch or position count alone does not establish mating compatibility.
Make the wiring table unambiguous
Use one row per circuit: End A cavity, wire colour or ID, then End B cavity or end preparation. Add wire size and finished length with its measurement reference. Label the view as mating face or wire-entry side, and mark unused cavities. Specify stripped, tinned, ferrule, or housing-terminated ends. This is a drawing format, not a default pin assignment.
Separate sample approval from production checks
For samples, agree fit with the specified counterpart, latch operation, cavity assignment, length, and end preparation. For production, separate checks on every assembly from lot sampling. Define acceptance criteria for continuity, shorts, terminal seating, and any crimp or pull-force assessment. A continuity result alone does not document every mechanical requirement.
Define the inspection record before ordering
An agreed record can identify the drawing revision, housing and terminal part numbers, lot, method, acceptance limit, result, and disposition. Ask which records are available for the selected assembly and which need additional validation. Keep an approved sample reference with the released wiring table so production is not judged from a photograph alone.
Images show assembly formats. For your order, specify housing and terminal part numbers, materials and required checks; agree the final configuration and acceptance criteria during review.
Start with the information you already have
With a drawing, include its revision, interfaces, pinout and quantity tiers. With photos or a sample, add interface dimensions, wiring information and required tests. Mark undecided items as open.
APPLICATIONS
Board-to-wire interfacesInternal product wiringSignal and power connectionsOEM electronic assemblies
CUSTOMIZATION & TECHNICAL SCOPE
Housing, terminal, position count, keying, wire or cable exit, retention, and inspection criteria remain project-specific until the part number and drawing are reviewed.
TECHNICAL PARAMETERS
Connector systemProject-specific; customer-specified connector system or approved alternative confirmed from the drawing, interface, and part number.
Interface geometryProject-specific; family, pitch, position count, keying, and mating requirements confirmed during engineering review.
Contact and platingProject-specific; confirmed from the connector part number and electrical/mechanical requirements.
Inspection criteriaProject-specific; agreed from the drawing, critical dimensions, and quality requirements.
Company-profile connector familiesThe company profile lists FFC/FPC, 0.8 mm board-to-board, 1.0 mm I-PIX and FIX, 1.25 mm GH, 2.0 mm PH and wire-to-wire, 2.5 mm XH, and 2.54 mm AMP. Exact family, pitch, part number, mating interface, and assembly feasibility remain subject to the customer drawing and BOM review.
FOR A FASTER QUOTE, PLEASE PROVIDE
- Interface drawing, connector part number, mating counterpart, and revision
- Position count, keying, housing, terminal, contact, and approved alternative details
- Wire or cable construction, pinout, termination, and identification requirements
- Available space, cable exit, retention, strain relief, and environmental conditions
- Sample and production quantities, packaging, and customer-defined inspection scope
FAQ
Can you work with customer-specified connector part numbers?
Yes. Please include the part number, drawing revision, approved alternative requirements, and the required cable or wire specification.
Can the connector assembly be delivered as a kitted component?
Kitting, identification, and packaging requirements can be included in the RFQ for project-specific review.
REQUEST A QUOTE
Send the requirement for Connector Assemblies
Share the drawing, part number, quantity, or application. The engineering team will review the brief and reply with the next questions.