D-Sub 2 kabelstekker Harting 09 69 211 5072 groen metallic

The Harting 09 69 211 5072 is a D‑Sub 2 male wire connector with solder cup termination and a green metallic finish. Constructed from glass‑fibre filled thermoplastic polyester, steel with tin plating, and copper alloy contacts, the connector provides five main contacts plus two additional special contacts and is rated for 5 A. It is RoHS compliant and intended for reliable signal and low‑power wiring in electronic assemblies.

Advantages

The connector combines a compact D‑Sub 2 form factor with solder cup terminations for straightforward cable assembly. Durable materials — glass‑fibre reinforced polyester and tin‑plated steel — provide mechanical strength and corrosion resistance, while copper alloy contacts ensure electrical conductivity. The presence of two additional special contacts increases wiring flexibility without changing the standard contact count.

Suitable for

• Signal and low‑power wiring in control panels and instrumentation
• Custom cable assemblies requiring solder cup terminations
• Electronic devices where a compact D‑Sub 2 male connector is needed

Key specifications

• Manufacturer: Harting
• Manufacturer part number (MPN): 09 69 211 5072
• Type: D‑Sub 2 male connector
• Termination: Solder cup
• Contacts: 5 main + 2 additional special contacts
• Rated current: 5 A
• Housing material: Thermoplastic resin (glass‑fibre filled polyester)
• Shell material: Steel, tin plated
• Contact material: Copper alloy
• Colour/finish: Green metallic
• RoHS compliant
• EAN: 2050006145340

How to use

Prepare wires by stripping appropriate insulation length, insert conductors into the solder cups and perform soldering according to standard soldering practices for signal connectors. After soldering, inspect joints for complete wetting and no cold solder. Mount the connector into the mating D‑Sub housing or panel following the device manufacturer’s mechanical mounting instructions.

Recommendations

Use suitable flux and solder alloy for copper alloy contacts, avoid excessive heat to protect the thermoplastic housing, and verify that the application current does not exceed the 5 A rating. For reliable long‑term performance, protect connections from corrosive environments and secure cable assemblies to prevent mechanical strain on the solder joints.