TE Connectivity, 5mm Pitch, BUCHANAN WireMate Two-Piece Poke-In Series, 5 Way, Vertical, Pluggable Terminal Block,

The TE Connectivity exceptional PCB terminal block is designed to deliver reliable connectivity in demanding applications. Featuring a 5-position receptacle, it expertly facilitates wire-to-component connections with precision and ease. The unique 5 mm centerline pitch ensures compatibility with multiple configurations, while the 90° wire entry angle supports streamlined installation in tight spaces. Engineered with robust materials, this component maintains durability across a broad temperature range, ensuring dependable performance no matter the environment. Its active status further indicates that it meets the current operational standards, making it a trusted choice for engineers seeking quality and reliability in their designs.

The TE Connectivity exceptional PCB terminal block is designed to deliver reliable connectivity in demanding applications. Featuring a 5-position receptacle, it expertly facilitates wire-to-component connections with precision and ease. The unique 5 mm centerline pitch ensures compatibility with multiple configurations, while the 90° wire entry angle supports streamlined installation in tight spaces. Engineered with robust materials, this component maintains durability across a broad temperature range, ensuring dependable performance no matter the environment. Its active status further indicates that it meets the current operational standards, making it a trusted choice for engineers seeking quality and reliability in their designs.

Side stackable configuration enhances versatility in design applicationsRight-angle product orientation is ideal for compact layoutsCompatible with various wire sizes for flexible useDesigned to support power circuit applications effectively

Side stackable configuration enhances versatility in design applicationsRight-angle product orientation is ideal for compact layoutsCompatible with various wire sizes for flexible useDesigned to support power circuit applications effectively