Phoenix Contact IPCV Series Wave Soldering Mount PCB Header, 9 Contact(s), 10.16 mm Pitch, 1 Row, Shrouded

The Phoenix Contact IPCV 16/9-G-10.16 PCB header represents a sophisticated solution for electronic connectivity, combining reliable performance with innovative design. This product is engineered for versatility, allowing it to accommodate various connection technologies within a single header. Designed with inverted socket contacts, it provides enhanced safety against accidental contact, making it ideal for touch-proof device outputs or PCB-to-PCB connections. Built to withstand temperature and power fluctuations, this header features an integrated double steel spring for added security. Made from robust materials that comply with environmental standards, it promises longevity and durability in diverse operational environments.

The Phoenix Contact IPCV 16/9-G-10.16 PCB header represents a sophisticated solution for electronic connectivity, combining reliable performance with innovative design. This product is engineered for versatility, allowing it to accommodate various connection technologies within a single header. Designed with inverted socket contacts, it provides enhanced safety against accidental contact, making it ideal for touch-proof device outputs or PCB-to-PCB connections. Built to withstand temperature and power fluctuations, this header features an integrated double steel spring for added security. Made from robust materials that comply with environmental standards, it promises longevity and durability in diverse operational environments.

Offers maximum flexibility for device design by supporting different connection typesIncorporates a well-known mounting principle for global applicabilityFeatures an integrated double steel spring for exceptional stabilityEngineered for wave soldering, simplifying the assembly processComposed of RoHS-compliant materials, ensuring environmental safetySupports a wide operational temperature range, making it suitable for various applicationsIncludes linear pinning for straightforward installationTested to pass rigorous mechanical and electrical assessments for reliability

Offers maximum flexibility for device design by supporting different connection types

Incorporates a well-known mounting principle for global applicability

Incorporates a well-known mounting principle for global applicability

Features an integrated double steel spring for exceptional stability

Features an integrated double steel spring for exceptional stability

Engineered for wave soldering, simplifying the assembly process

Engineered for wave soldering, simplifying the assembly process

Composed of RoHS-compliant materials, ensuring environmental safety

Composed of RoHS-compliant materials, ensuring environmental safety

Supports a wide operational temperature range, making it suitable for various applications

Supports a wide operational temperature range, making it suitable for various applications

Includes linear pinning for straightforward installation

Includes linear pinning for straightforward installation

Tested to pass rigorous mechanical and electrical assessments for reliability

Tested to pass rigorous mechanical and electrical assessments for reliability