Συνδετήρας καλωδίου D-Sub HD 26 ακίδων DeLOCK 66706

The DeLOCK Wire Connector D-Sub HD 26 pin is a compact male D-Sub connector designed for soldering into electronic devices and cable assemblies. Finished in black and silver, this connector provides a standardized 26-pin D-Sub HD interface in a small footprint with dimensions of 12.5 mm (width) × 39.1 mm (depth) × 11 mm (height). Supplied in packs of four in a polybag, the product is intended for use where a reliable solder connection to a high-density D-Sub interface is required.

Advantages

This 26-pin D-Sub HD male connector offers consistent pin spacing suitable for high-density signal connections. The metal and plastic construction provides mechanical stability while keeping overall size low for space-constrained designs. Packaged in multiples of four, the set facilitates batch assembly and repair work. The black and silver finish gives a neutral appearance compatible with many device housings.

Suitable for

• Repairing or replacing D-Sub HD 26-pin interfaces on electronic equipment
• Custom cable assemblies requiring a male 26-solder-pin D-Sub connector
• Prototyping and small-series production where compact D-Sub connections are needed
• Interfacing peripherals or legacy equipment that use high-density D-Sub connectors

Key specifications

• Connector type: D-Sub HD, male
• Number of soldering pins: 26
• Material finish: black plastic housing with silver metal parts
• Dimensions (W × D × H): 12.5 mm × 39.1 mm × 11 mm
• Pack quantity: 4 pieces per polybag
• Intended mounting: through-hole soldering to PCB or cable tails

How to use

Prepare the PCB or cable assembly for through-hole soldering by aligning the 26 soldering pins with the corresponding holes. Secure the connector in position to prevent movement during soldering, then apply solder to each pin ensuring reliable electrical and mechanical joints. After soldering, inspect each connection for cold joints or bridges and clean flux residues if necessary. Use appropriate ESD precautions when integrating the connector into electronic systems.

Recommendations

For consistent results, use a controlled soldering iron temperature suitable for the solder and PCB materials in use, and choose solder with appropriate flux. When installing multiple connectors, verify pin assignments against the circuit diagram before soldering. If the device will experience mechanical stress, consider additional strain relief for attached cables to protect the solder joints.