Phoenix Contact IPC Series Wave Soldering Mount PCB Header, 5 Contact(s), 10.16 mm Pitch, 1 Row, Shrouded

The Phoenix Contact PCB header embodies a perfect blend of innovation and reliability, tailored for various electronic applications. Designed with the IPC 16/-G series in mind, it ensures optimal performance with its robust specifications, making it an ideal choice for enhancing device connectivity. The inverted design allows for touch-proof connections, ensuring safety without compromising functionality. Built to withstand demanding conditions, this component is meticulously crafted to meet industry standards for electrical performance and durability. Whether used in wave soldering processes or integrated into complex circuitry, this header guarantees reliability and flexibility in device design, supporting modern engineering needs with finesse.

The Phoenix Contact PCB header embodies a perfect blend of innovation and reliability, tailored for various electronic applications. Designed with the IPC 16/-G series in mind, it ensures optimal performance with its robust specifications, making it an ideal choice for enhancing device connectivity. The inverted design allows for touch-proof connections, ensuring safety without compromising functionality. Built to withstand demanding conditions, this component is meticulously crafted to meet industry standards for electrical performance and durability. Whether used in wave soldering processes or integrated into complex circuitry, this header guarantees reliability and flexibility in device design, supporting modern engineering needs with finesse.

Allows for seamless device integration with diverse connection technologiesMinimal contact resistance enhances electrical performance and reliabilityWEEE/RoHS-compliant materials ensure environmentally friendly usageIntegrated double steel spring for added safety against temperature fluctuationsOffers a compact design with a pitch of 10.16 mm for efficient space utilisationDurable construction supports operational capabilities in extreme temperatures

Allows for seamless device integration with diverse connection technologies

Minimal contact resistance enhances electrical performance and reliability

Minimal contact resistance enhances electrical performance and reliability

WEEE/RoHS-compliant materials ensure environmentally friendly usage

WEEE/RoHS-compliant materials ensure environmentally friendly usage

Integrated double steel spring for added safety against temperature fluctuations

Integrated double steel spring for added safety against temperature fluctuations

Offers a compact design with a pitch of 10.16 mm for efficient space utilisation

Offers a compact design with a pitch of 10.16 mm for efficient space utilisation

Durable construction supports operational capabilities in extreme temperatures

Durable construction supports operational capabilities in extreme temperatures