Phoenix Contact ICV Series Wave Soldering Mount PCB Header, 16 Contact(s), 5.08 mm Pitch, 1 Row, Shrouded

The Phoenix Contact ICV 2.5/16-G-5.08 PCB header is designed for versatile and efficient connectivity solutions. This product expertly combines flexibility and reliability, making it an ideal component for various electrical applications. With a nominal current capacity of 12 A and a rated voltage of 320 V, it ensures robust performance in demanding environments. Its green colour not only indicates its nature but also blends seamlessly into a variety of designs. With a compact pitch of 5.08 mm and support for 16 positions, this PCB header facilitates efficient space utilisation on circuit boards. The specially designed inverted header with socket contacts promotes touch-proof device outputs, enhancing safety without compromising functionality. This component is perfect for both industrial and consumer electronics, ensuring that you can trust it to deliver under pressure.

The Phoenix Contact ICV 2.5/16-G-5.08 PCB header is designed for versatile and efficient connectivity solutions. This product expertly combines flexibility and reliability, making it an ideal component for various electrical applications. With a nominal current capacity of 12 A and a rated voltage of 320 V, it ensures robust performance in demanding environments. Its green colour not only indicates its nature but also blends seamlessly into a variety of designs. With a compact pitch of 5.08 mm and support for 16 positions, this PCB header facilitates efficient space utilisation on circuit boards. The specially designed inverted header with socket contacts promotes touch-proof device outputs, enhancing safety without compromising functionality. This component is perfect for both industrial and consumer electronics, ensuring that you can trust it to deliver under pressure.

Robust construction ensures longevity and reliability in various applicationsInverted design enhances user safety by preventing accidental contactWave soldering compatibility simplifies the assembly process for manufacturersLinear pin layout facilitates consistent connections and ease of installationEco-friendly materials support compliance with WEEE/RoHS regulationsClimatic resilience allows operation in extreme temperature conditionsThe ability to accommodate multiple connection technologies streamlines device design

Robust construction ensures longevity and reliability in various applications

Inverted design enhances user safety by preventing accidental contact

Inverted design enhances user safety by preventing accidental contact

Wave soldering compatibility simplifies the assembly process for manufacturers

Wave soldering compatibility simplifies the assembly process for manufacturers

Linear pin layout facilitates consistent connections and ease of installation

Linear pin layout facilitates consistent connections and ease of installation

Eco-friendly materials support compliance with WEEE/RoHS regulations

Eco-friendly materials support compliance with WEEE/RoHS regulations

Climatic resilience allows operation in extreme temperature conditions

Climatic resilience allows operation in extreme temperature conditions

The ability to accommodate multiple connection technologies streamlines device design

The ability to accommodate multiple connection technologies streamlines device design