Kabelstik DeLOCK 66709 D-Sub 15 pin sort sølv

The DeLOCK 66709 Wire Connector is a compact D-Sub 15 pin male connector designed for reliable signal connections in cable interface and gender adapter applications. Finished in black and silver, the connector is small and lightweight with dimensions of 17.5 mm (width) x 39.1 mm (depth) x 12.5 mm (height). Supplied as a pack of four pieces, this connector is intended for users who need multiple identical parts for assembly, repairs, or integration into equipment and cables.

Advantages

The D-Sub 15 pin configuration provides a standardized connection format compatible with a wide range of devices and cables. Its compact dimensions make it suitable for installations with limited space while the black and silver finish offers a neutral appearance that integrates easily into equipment panels. The pack of four ensures consistent parts availability for small projects or multiple connection points.

Suitable for

• Connecting display and peripheral cables that use D-Sub 15 pin interfaces
• Small electronics assemblies and custom cable harnesses
• Repairing or replacing existing 15-pin D-Sub male connectors
• Prototyping and lab setups requiring multiple identical connectors

Key specifications

• Connector type: D-Sub 15 pin, male
• Quantity: 4 pieces per pack
• Colour: Black and silver
• Dimensions (W x D x H): 17.5 mm x 39.1 mm x 12.5 mm
• Manufactured in: China

How to use

Prepare the cable and equipment according to the pinout required for your application. Align the D-Sub 15 male connector with the mating female socket and insert gently until secure. For cable assembly, follow standard soldering or crimping procedures appropriate for the connector contacts and cable type. Ensure proper strain relief and mounting to prevent mechanical stress on the connection points.

Recommendations

Verify the pinout and signal compatibility before installation to avoid damage to connected equipment. Use appropriate tools for assembly and secure the connector in place to minimise the risk of intermittent connections caused by movement or vibration.