Wire Connector D-Sub 2 Harting 09 69 201 5072 Green Metallic

The Harting 09 69 201 5072 is a D-Sub 2 female wire connector with solder cup termination, rated for 5 A. It has five main contacts plus two additional special contacts and a green metallic finish. The housing combines thermoplastic polyester (glass-fibre filled) and steel with tin-plated contacts made of copper alloy. The connector is RoHS-compliant and lightweight at approximately 7.75 g, suitable for reliable signal and low-current power connections in compact assemblies.

Advantages

This D-Sub 2 connector provides a compact female interface with solder cup termination that facilitates secure wire attachment and reliable electrical contact up to 5 A. The glass-fibre-filled polyester housing offers mechanical strength and temperature resistance, while the tin-plated copper-alloy contacts improve conductivity and corrosion resistance. The additional two special contacts increase wiring flexibility for auxiliary signals or grounding.

Suitable for

• Signal transmission and low-current power connections up to 5 A
• Compact electronic assemblies and instrument panels
• Custom cabling and harnesses requiring solder-cup terminations
• Applications needing a small D-Sub female connector with auxiliary contacts

Key specifications

• Manufacturer: Harting
• Manufacturer part number (MPN): 09 69 201 5072
• EAN: 2050006145272
• Connector type: D-Sub 2, female
• Termination: Solder cup
• Rated current: 5 A
• Contacts: 5 main + 2 special contacts
• Contact material: Copper alloy, tin plated
• Housing material: Thermoplastic resin (glass-fibre filled polyester) and steel
• Colour/finish: Green metallic
• Compliance: RoHS
• Weight: ~7.75 g

How to use

Prepare wires by stripping insulation to the recommended length for the solder cups. Insert each conductor into its solder cup and apply solder to form a secure, electrical connection. Ensure correct orientation of the female D-Sub shell when mounting into a panel or mating with a plug. After soldering, inspect joints for cold solder or bridges and secure the housing according to the device's assembly instructions.

Recommendations

Use appropriate soldering temperature and flux for tin-plated copper contacts, avoid excessive mechanical stress on leads after soldering, and verify that the circuit current does not exceed the 5 A rating. For long-term reliability, protect connections from corrosive environments and follow Harting’s handling guidelines for D-Sub connectors.