Phoenix Contact PCB Terminal Block, 2-Contact, 3.5mm Pitch, Wave Soldering, 1-Row, Push In Spring Termination

The Phoenix Contact PCB terminal block is engineered to provide reliable connectivity in various applications, promoting efficient electrical solutions for both industrial and automation settings. Designed with a nominal current capacity of 10 A and robust rated voltage specifications, this terminal block ensures superior performance even in demanding environments. With its push-in spring connection method and wave soldering mounting technique, it facilitates quick and tool-free installation. Its green insulating material not only enhances visibility but also meets stringent compliance standards. The dimensions and features are optimised for maximum contact density, making it an ideal choice for compact circuit designs.

The Phoenix Contact PCB terminal block is engineered to provide reliable connectivity in various applications, promoting efficient electrical solutions for both industrial and automation settings. Designed with a nominal current capacity of 10 A and robust rated voltage specifications, this terminal block ensures superior performance even in demanding environments. With its push-in spring connection method and wave soldering mounting technique, it facilitates quick and tool-free installation. Its green insulating material not only enhances visibility but also meets stringent compliance standards. The dimensions and features are optimised for maximum contact density, making it an ideal choice for compact circuit designs.

Designed for stable long term contact performanceAccommodates flexible conductor connections for versatile applicationsSuperior quality with WEEE and RoHS compliance for environmental sustainabilityBuilt for high reliability across a wide temperature range

Designed for stable long term contact performanceAccommodates flexible conductor connections for versatile applicationsSuperior quality with WEEE and RoHS compliance for environmental sustainabilityBuilt for high reliability across a wide temperature range