Phoenix Contact DD32H 2 Series PCB Connector, 12-Contact, 5.08mm Pitch, Snap-In, 2-Row, Crimp Termination

The Phoenix Contact PCB connector is designed to meet the increasing demands for compact and reliable connections in electronic applications. Offering a robust solution for crimped conductors, it ensures a secure fit with an intuitive snap-in locking mechanism, preventing accidental disconnection. The connector's small footprint makes it ideal for space-constrained designs, while its dual-row layout with twelve positions accommodates various wiring configurations. With a nominal current rating of 8 A and a rated voltage of 320 V, this connector is perfect for a wide range of industrial and commercial uses.

The Phoenix Contact PCB connector is designed to meet the increasing demands for compact and reliable connections in electronic applications. Offering a robust solution for crimped conductors, it ensures a secure fit with an intuitive snap-in locking mechanism, preventing accidental disconnection. The connector's small footprint makes it ideal for space-constrained designs, while its dual-row layout with twelve positions accommodates various wiring configurations. With a nominal current rating of 8 A and a rated voltage of 320 V, this connector is perfect for a wide range of industrial and commercial uses.

Snap-in locking mechanism enhances connection securityCompact size is well-suited for limited space applicationsSupports a wide conductor cross-section for versatile useConforms to international electrical standards for safetyTensile strength testing ensures reliable performance under strainIncludes provisions for automatic crimping tools for increased efficiency

Snap-in locking mechanism enhances connection securityCompact size is well-suited for limited space applicationsSupports a wide conductor cross-section for versatile useConforms to international electrical standards for safetyTensile strength testing ensures reliable performance under strainIncludes provisions for automatic crimping tools for increased efficiency