Phoenix Contact 0° Wave Soldering Mount PCB Header, 12 Contact(s), 7.62 mm Pitch, 1 Row, Shrouded

The Phoenix Contact PCB Header is a high-quality connector designed for reliability and efficiency in various applications. Built with a nominal cross-section of 2.5 mm², it supports a nominal current of up to 12 A, making it ideal for demanding electrical environments. Its green colour not only enhances aesthetic appeal but also signifies its role in facilitating an efficient connection. The product is rated for a voltage of 630 V (III/2) and features a robust tin-plated copper alloy contact surface, ensuring optimal transmission of power.

The Phoenix Contact PCB Header is a high-quality connector designed for reliability and efficiency in various applications. Built with a nominal cross-section of 2.5 mm², it supports a nominal current of up to 12 A, making it ideal for demanding electrical environments. Its green colour not only enhances aesthetic appeal but also signifies its role in facilitating an efficient connection. The product is rated for a voltage of 630 V (III/2) and features a robust tin-plated copper alloy contact surface, ensuring optimal transmission of power.

Constructed from WEEE and RoHS compliant materials aligning with environmental sustainability practicesFeatures an innovative pin layout that simplifies installation and maintenance tasksEnsures minimal contact resistance for improved electrical efficiencyCapable of withstanding harsh environmental conditions making it durable in various settings

Constructed from WEEE and RoHS compliant materials aligning with environmental sustainability practices

Features an innovative pin layout that simplifies installation and maintenance tasks

Features an innovative pin layout that simplifies installation and maintenance tasks

Ensures minimal contact resistance for improved electrical efficiency

Ensures minimal contact resistance for improved electrical efficiency

Capable of withstanding harsh environmental conditions making it durable in various settings

Capable of withstanding harsh environmental conditions making it durable in various settings