Product Description
This IDC female terminal connector is designed for compact 2.54 mm
pitch wiring where reliable signal and power transmission are
required. The copper-alloy contacts with tin or optional gold
plating provide low contact resistance and stable connection over
long service life.
The insulation-displacement termination structure allows multiple
conductors to be terminated quickly without stripping, improving
assembly efficiency for wire harness manufacturers. The
high-temperature, flame-retardant housing maintains dimensional
stability under reflow or high-temperature operating environments.
Custom options are available for pin counts, wire length and
harness assemblies to match specific PCB layouts or system
interfaces.



| Connector type | IDC female terminal connector, wire-to-board / wire-to-wire |
| Pitch | 2.54 mm |
| Number of positions | 6 pins (other pin counts customizable) |
| Contact material | Copper alloy |
| Contact plating | Tin or selective gold over nickel (custom plating on request) |
| Housing material | High-temperature thermoplastic, UL94V-0 |
| Rated current | Up to 3 A per contact (depending on wire size) |
| Rated voltage | Up to 250 V AC/DC |
| Applicable wire | Discrete wires AWG 22–26, solid or stranded |
| Termination method | Insulation displacement (piercing type) |
| Operating temperature | –25 °C to +105 °C |
| Compliance | RoHS / HF / REACH compliant |
Applications
PCB wire harnesses in consumer electronics and household appliances
Power and signal connections in industrial control units and
instrumentation
Low-voltage harnesses for automotive electronics, dashboards and
modules
Server, storage and communication equipment internal wiring
Custom cable assemblies for OEM/ODM projects
Precautions
Ensure wire gauge and insulation diameter match the recommended IDC
range before termination.
Use a suitable IDC press tool or applicator to guarantee full
insertion and stable contact.
Avoid repeated re-termination on the same contact, as this may
reduce retention force.
Do not exceed rated current, voltage or operating temperature
during use.
Store and operate in a dry, clean environment to prevent corrosion
or contamination of contacts.





