Phoenix Contact IPCV Series Wave Soldering Mount PCB Header, 3 Contact(s), 10.16 mm Pitch, 1 Row, Unshrouded

The Phoenix Contact PCB header IPCV 16/ 3-G-10.16 is engineered to provide exceptional connectivity in a compact format, ideal for various applications. This reliable and versatile connector is designed to optimise device design, allowing for seamless integration of different connection technologies. With a robust construction and advanced features, it is well-suited for demanding electrical environments, ensuring excellent performance while maintaining safety standards. The inverted header design enhances touch safety and facilitates PCB-to-PCB connections, making it an excellent choice for users seeking innovation and functionality in their electronic designs.

The Phoenix Contact PCB header IPCV 16/ 3-G-10.16 is engineered to provide exceptional connectivity in a compact format, ideal for various applications. This reliable and versatile connector is designed to optimise device design, allowing for seamless integration of different connection technologies. With a robust construction and advanced features, it is well-suited for demanding electrical environments, ensuring excellent performance while maintaining safety standards. The inverted header design enhances touch safety and facilitates PCB-to-PCB connections, making it an excellent choice for users seeking innovation and functionality in their electronic designs.

Designed for maximum flexibility in device designIntegrated double steel spring ensures stable connectivity under variable conditionsCompatible with wave soldering for efficient assemblyVarious potential configurations allow for custom solutionsEnvironmentally compliant with WEEE/RoHS directivesConstructed from durable Cu alloy for long-lasting performanceFeatures an electroplated silver surface for superior conductivitySuitable for a wide range of operating temperaturesMeets stringent requirements of IEC 61984 for safe operationCompact design facilitates space-saving layouts on PCBs

Designed for maximum flexibility in device design

Integrated double steel spring ensures stable connectivity under variable conditions

Integrated double steel spring ensures stable connectivity under variable conditions

Compatible with wave soldering for efficient assembly

Compatible with wave soldering for efficient assembly

Various potential configurations allow for custom solutions

Various potential configurations allow for custom solutions

Environmentally compliant with WEEE/RoHS directives

Environmentally compliant with WEEE/RoHS directives

Constructed from durable Cu alloy for long-lasting performance

Constructed from durable Cu alloy for long-lasting performance

Features an electroplated silver surface for superior conductivity

Features an electroplated silver surface for superior conductivity

Suitable for a wide range of operating temperatures

Suitable for a wide range of operating temperatures

Meets stringent requirements of IEC 61984 for safe operation

Meets stringent requirements of IEC 61984 for safe operation

Compact design facilitates space-saving layouts on PCBs

Compact design facilitates space-saving layouts on PCBs