WAGO 734 Series Angled Through Hole Header, 5 Contact(s), 3.5 mm Pitch, 1 Row, Shrouded

The Wago THT Male Header is designed for seamless connectivity in various applications. With 1.0 x 1.0 mm solder pins and a 3.5 mm pin spacing, it ensures reliable performance while providing 100% protection against mismating. Ideal for both horizontal and vertical PCB mounting, this connector facilitates easy integration into existing systems. The robust construction, featuring gold plated contact surfaces and anti rotation protection, makes it suitable for demanding environments.

The Wago THT Male Header is designed for seamless connectivity in various applications. With 1.0 x 1.0 mm solder pins and a 3.5 mm pin spacing, it ensures reliable performance while providing 100% protection against mismating. Ideal for both horizontal and vertical PCB mounting, this connector facilitates easy integration into existing systems. The robust construction, featuring gold plated contact surfaces and anti rotation protection, makes it suitable for demanding environments.

Angled design allows for flexible installation options in tight spacesRobust materials ensure long lasting durability under various environmental conditionsAllows for easy attachment with a straightforward solder pin arrangementSupports a wide range of operating temperatures ensuring performance consistencyCompatible with coding options for enhanced configuration flexibility

Angled design allows for flexible installation options in tight spaces

Robust materials ensure long lasting durability under various environmental conditions

Robust materials ensure long lasting durability under various environmental conditions

Allows for easy attachment with a straightforward solder pin arrangement

Allows for easy attachment with a straightforward solder pin arrangement

Supports a wide range of operating temperatures ensuring performance consistency

Supports a wide range of operating temperatures ensuring performance consistency

Compatible with coding options for enhanced configuration flexibility

Compatible with coding options for enhanced configuration flexibility