Product Description
This 2.54 mm pitch 6-pin IDC female connector is designed for compact wire-to-board terminations where fast assembly and reliable electrical contact are required. Insulation displacement contacts pierce the wire insulation during termination, providing stable contact resistance and minimizing manual stripping operations. High-temperature, flame-retardant thermoplastic housing and corrosion-resistant plated contacts ensure long-term performance in demanding electrical and electronic systems.
Multiple pin counts, wire gauges and plating options can be customized to match specific PCB layouts, harness designs and electrical ratings. The connector structure offers consistent contact pressure and good retention on the board, supporting repeated mating with compatible headers while maintaining signal integrity and power delivery.
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| Connector type |
IDC female wire-to-board terminal connector |
| Pitch |
2.54 mm |
| Number of positions |
6 pins (other pin counts customizable) |
| Contact plating |
Tin or selective gold over nickel, copper alloy contacts |
| Housing material |
High-temperature thermoplastic, UL94-V0, black |
| Rated current |
Up to 3 A per contact (application dependent) |
| Rated voltage |
250 V AC/DC |
| Operating temperature |
−40 °C to +105 °C |
| Termination style |
Insulation displacement (piercing type) to stranded wire |
| Mounting |
Vertical through-hole to PCB |
| Compliance |
RoHS / HF / REACH compliant |
Applications
Power and signal harnesses in automotive electronics, body control and lighting modules
Control boards in appliances, industrial controllers and instrumentation equipment
Low-voltage power distribution and auxiliary signal lines in server, storage and communication devices
Customized PCB assemblies requiring quick IDC termination for multi-core cables
Precautions
Select wire gauge, current and voltage ratings in line with the connector specification and system safety requirements.
Ensure correct alignment with the mating header and apply uniform press force during IDC termination to avoid incomplete piercing or contact deformation.
Avoid exceeding the recommended operating temperature range or using the connector in environments with aggressive chemicals without prior validation.
Periodically inspect high-vibration or high-cycle installations to confirm that contacts and housings remain secure and free of corrosion or mechanical damage.
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