Kaapeliliitin D-Sub 2 Harting 09 65 261 6712

The Harting 09 65 261 6712 is a D-Sub 2 male wire connector with 15 contacts, designed for wave soldering termination. It combines a thermoplastic, glass-fibre filled housing and plated steel components with copper-alloy contacts to provide a compact, durable interface for signal and low-power connections. The connector is rated for a continuous current of 6.5 A and is RoHS compliant.

Advantages

This D-Sub 2 connector offers a standardized 15-contact layout in a small form factor, corrosion-resistant plated steel parts and copper-alloy contacts for reliable electrical contact, and a glass-fibre filled thermoplastic (PBTP/PBT) housing for mechanical strength and thermal stability during wave soldering. The 6.5 A current rating makes it suitable for mixed-signal use where modest currents are required.

Suitable for

• Board-to-cable signal connections in electronics equipment
• Industrial control panels and instrumentation
• Wave-soldered assemblies requiring D-Sub 15 male termination

Key specifications

• Manufacturer: Harting
• MPN: 09 65 261 6712
• EAN: 2050001836847
• Connector type: D-Sub 2, male
• Contacts: 15
• Rated current: 6.5 A
• Housing material: thermoplastic resin, glass-fibre filled (PBTP/PBT)
• Contact material: copper alloy
• Other materials: plated steel
• Termination: wave soldering
• Weight: approx. 6.96 g
• RoHS: compliant

How to use

Prepare the PCB for wave soldering according to board manufacturer guidelines and align the D-Sub 2 male connector on the PCB footprint. Ensure correct orientation and secure the connector for soldering. Perform wave soldering using process parameters compatible with glass-fibre filled PBT housings and the solderability of plated steel and copper-alloy contacts. After soldering, inspect joints for complete wetting and mechanical stability.

Recommendations

Use appropriate soldering profiles and masking where necessary to protect the thermoplastic housing from excessive heat. Verify that the 6.5 A rating meets application current requirements and ensure proper strain relief on cable assemblies.