Phoenix Contact Straight Wave Soldering Mount PCB Header, 6 Contact(s), 7.62 mm Pitch, 1 Row, Unshrouded

The Phoenix Contact PCB Header exemplifies precision engineering, designed for seamless integration into modern electronic systems. With a robust nominal cross-section of 2.5 mm² and a striking green colour, this component not only enhances functionality but also brings life to your designs. Offering a nominal current capacity of 12 A and a rated voltage of 630 V, it is perfectly suited for a variety of applications. The header's linear pinning layout supports effortless soldering, while its wave soldering mounting type ensures durability and reliability.

The Phoenix Contact PCB Header exemplifies precision engineering, designed for seamless integration into modern electronic systems. With a robust nominal cross-section of 2.5 mm² and a striking green colour, this component not only enhances functionality but also brings life to your designs. Offering a nominal current capacity of 12 A and a rated voltage of 630 V, it is perfectly suited for a variety of applications. The header's linear pinning layout supports effortless soldering, while its wave soldering mounting type ensures durability and reliability.

Designed with a straightforward linear pin layout for simplified assemblyConstructed to meet high safety standards ensuring prolonged operational serviceEngineered to withstand demanding environmental conditions guaranteeing reliabilityRobust packaging ensures that every unit is received in optimum condition

Designed with a straightforward linear pin layout for simplified assembly

Constructed to meet high safety standards ensuring prolonged operational service

Constructed to meet high safety standards ensuring prolonged operational service

Engineered to withstand demanding environmental conditions guaranteeing reliability

Engineered to withstand demanding environmental conditions guaranteeing reliability

Robust packaging ensures that every unit is received in optimum condition

Robust packaging ensures that every unit is received in optimum condition