Phoenix Contact Solder PCB Header, 13 Contact(s), 5.08 mm Pitch, 1 Row, Shrouded

The Phoenix Contact PCB Header is a high-quality connection solution designed for reliable performance in demanding applications. Featuring a robust design and versatile compatibility, this product is ideal for a variety of industrial settings. With its green colouring and compact form factor, it seamlessly integrates into control cabinets and electronic devices.

The Phoenix Contact PCB Header is a high-quality connection solution designed for reliable performance in demanding applications. Featuring a robust design and versatile compatibility, this product is ideal for a variety of industrial settings. With its green colouring and compact form factor, it seamlessly integrates into control cabinets and electronic devices.

Designed for wave soldering accommodating efficient manufacturing processesFeatures a sturdy housing material that contributes to long term reliabilityAccommodates a variety of connection technologies for versatile useLightweight design reduces overall system weight without sacrificing strengthTested to withstand harsh environmental conditions ensuring dependable performanceCustomisable for future needs enhancing the adaptability of design

Designed for wave soldering accommodating efficient manufacturing processes

Features a sturdy housing material that contributes to long term reliability

Features a sturdy housing material that contributes to long term reliability

Accommodates a variety of connection technologies for versatile use

Accommodates a variety of connection technologies for versatile use

Lightweight design reduces overall system weight without sacrificing strength

Lightweight design reduces overall system weight without sacrificing strength

Tested to withstand harsh environmental conditions ensuring dependable performance

Tested to withstand harsh environmental conditions ensuring dependable performance

Customisable for future needs enhancing the adaptability of design

Customisable for future needs enhancing the adaptability of design