Wire connector Harting 09 67 209 4704 D‑Sub 1, grey metallic, PBT housing

Harting 09 67 209 4704 is a D-Sub 1 female wire connector with solder cup termination designed for signal and low-power connections. The connector has nine contacts in a D-Sub 1 housing, a thermoplastic resin (glass-fibre filled PBTP/PBT) body with plated steel shell and copper-alloy contacts. It is rated for a maximum current of 6.5 A and comes in a grey metallic finish. The product complies with RoHS and has a compact lightweight design (approx. 4.36 g).

Advantages

The connector provides secure solder-cup terminations for reliable conductor fixation and good electrical contact. Glass-fibre filled PBTP housing offers mechanical strength and thermal stability, while the plated steel shell improves shielding and mechanical protection. Copper-alloy contacts ensure consistent conductivity and corrosion resistance suitable for typical industrial and instrumentation applications.

Suitable for

• Signal and low-power wiring in control cabinets and instrumentation
• Equipment panels and junctions requiring a D-Sub 1 female connector
• Environments where compact, RoHS-compliant connectors are needed

Key specifications

• Manufacturer: Harting, MPN: 09 67 209 4704
• Connector type: D-Sub 1 (female)
• Contacts: 9
• Termination: Solder cup
• Rated current: 6.5 A
• Body material: Glass-fibre filled polybutylene terephthalate (PBTP/PBT)
• Shell: Plated steel (metallic grey)
• Contact material: Copper alloy
• Compliance: RoHS
• Weight: ~4.36 g

How to use

Prepare each conductor by stripping the insulation to the recommended length, insert the wire into the solder cup, and apply solder to form a secure joint. After soldering, inspect each contact for solder continuity and proper mechanical fixation. Mount the connector into the panel or mating housing according to the device’s mechanical instructions and ensure correct alignment with the mating D-Sub plug before fastening.

Recommendations

Use appropriate soldering tools and flux for reliable solder joints and avoid excessive heat to protect the PBTP housing. Verify that the connected circuit does not exceed the 6.5 A rating and follow standard grounding/shielding practices for best signal integrity.