Phoenix Contact Straight Solder PCB Header, 16 Contact(s), 5.08 mm Pitch, 1 Row, Shrouded

The Phoenix Contact PCB Header is designed to meet rigorous connectivity standards. This component excels in high-performance applications, ensuring reliable electrical connections with a nominal current rating of 12 A and a rated voltage of up to 320 V. Housed in a robust green PBT casing, it combines longevity and durability, making it ideal for various environments. With a pitch of 5.08 mm and a streamlined pin layout, it ensures easy installation and maintenance.

The Phoenix Contact PCB Header is designed to meet rigorous connectivity standards. This component excels in high-performance applications, ensuring reliable electrical connections with a nominal current rating of 12 A and a rated voltage of up to 320 V. Housed in a robust green PBT casing, it combines longevity and durability, making it ideal for various environments. With a pitch of 5.08 mm and a streamlined pin layout, it ensures easy installation and maintenance.

Wave soldering mounting type enhances assembly reliabilityUtilises a high quality copper alloy contact material for superior conductivityGreen housing offers a distinguishing aesthetic while ensuring visibilityStandard pin strip configuration supports modular designExcellent thermal performance across a range of operating temperaturesMinimal contact resistance contributes to efficient energy management

Wave soldering mounting type enhances assembly reliability

Utilises a high quality copper alloy contact material for superior conductivity

Utilises a high quality copper alloy contact material for superior conductivity

Green housing offers a distinguishing aesthetic while ensuring visibility

Green housing offers a distinguishing aesthetic while ensuring visibility

Standard pin strip configuration supports modular design

Standard pin strip configuration supports modular design

Excellent thermal performance across a range of operating temperatures

Excellent thermal performance across a range of operating temperatures

Minimal contact resistance contributes to efficient energy management

Minimal contact resistance contributes to efficient energy management