Phoenix Contact Wave Soldering Mount PCB Header, 8 Contact(s), 2.5 mm Pitch, 1 Row, Shrouded

The Phoenix Contact PCB header offers a robust solution for reliable electrical connections in compact configurations. Designed with precision, it features a nominal cross section of 0.5 mm² that ensures optimal performance while maintaining a sleek profile. The combination of a sturdy black housing and a highly efficient contact surface makes this component suited for various applications within automated systems. With a rated voltage of 160 V and a nominal current capacity of up to 6 A, this product not only meets the needs of modern electronic designs but also ensures durability across a wide range of operational conditions.

The Phoenix Contact PCB header offers a robust solution for reliable electrical connections in compact configurations. Designed with precision, it features a nominal cross section of 0.5 mm² that ensures optimal performance while maintaining a sleek profile. The combination of a sturdy black housing and a highly efficient contact surface makes this component suited for various applications within automated systems. With a rated voltage of 160 V and a nominal current capacity of up to 6 A, this product not only meets the needs of modern electronic designs but also ensures durability across a wide range of operational conditions.

Accommodates a temperature range suitable for challenging environmentsAvailable in a convenient 44 mm tape packaging for easy handlingPressure-tested to ensure durability under mechanical stressFostering simplified connections through push-in spring design options

Accommodates a temperature range suitable for challenging environments

Available in a convenient 44 mm tape packaging for easy handling

Available in a convenient 44 mm tape packaging for easy handling

Pressure-tested to ensure durability under mechanical stress

Pressure-tested to ensure durability under mechanical stress

Fostering simplified connections through push-in spring design options

Fostering simplified connections through push-in spring design options