Phoenix Contact IPC Series 180° Wave Soldering Mount PCB Header, 3 Contact(s), 10.16 mm Pitch, 1 Row, Shrouded

The Phoenix Contact PCB header model IPC 16/3-GFU-10.16 is designed for superior electrical performance and versatility in industrial applications. Its robust construction allows for a nominal current capacity of 76 A, ensuring reliable connections in demanding environments. This product features an inverted design with socket contacts, providing touch-proof device outputs, ideal for enhanced safety in complex device outputs or PCB-to-PCB connections. With its flexibility, this PCB header accommodates various connection technologies, making it an essential component for innovative device design. Utilizing wave soldering for mounting, the header integrates seamlessly into existing systems, while the screw locking mechanism adds an extra layer of mechanical stability. Engineered from high-quality materials, it meets stringent international safety standards, ensuring it can withstand harsh operating conditions while delivering consistent performance over time.

The Phoenix Contact PCB header model IPC 16/3-GFU-10.16 is designed for superior electrical performance and versatility in industrial applications. Its robust construction allows for a nominal current capacity of 76 A, ensuring reliable connections in demanding environments. This product features an inverted design with socket contacts, providing touch-proof device outputs, ideal for enhanced safety in complex device outputs or PCB-to-PCB connections. With its flexibility, this PCB header accommodates various connection technologies, making it an essential component for innovative device design. Utilizing wave soldering for mounting, the header integrates seamlessly into existing systems, while the screw locking mechanism adds an extra layer of mechanical stability. Engineered from high-quality materials, it meets stringent international safety standards, ensuring it can withstand harsh operating conditions while delivering consistent performance over time.

Inverted design enhances safety by providing touch-proof outputsCompatible with various connection technologies for design flexibilityScrew locking mechanism improves mechanical stability during operationDesigned for wave soldering, simplifying integration into existing systemsComposed of high-quality, reliable materials for long-lasting performanceMeets international safety standards, ensuring dependable operation

Inverted design enhances safety by providing touch-proof outputs

Compatible with various connection technologies for design flexibility

Compatible with various connection technologies for design flexibility

Screw locking mechanism improves mechanical stability during operation

Screw locking mechanism improves mechanical stability during operation

Designed for wave soldering, simplifying integration into existing systems

Designed for wave soldering, simplifying integration into existing systems

Composed of high-quality, reliable materials for long-lasting performance

Composed of high-quality, reliable materials for long-lasting performance

Meets international safety standards, ensuring dependable operation

Meets international safety standards, ensuring dependable operation