WAGO 734 Series Angled Through Hole Header, 12 Contact(s), 3.5 mm Pitch, 1 Row, Shrouded

The Wago THR Male Header is designed for exceptional performance in SMT applications. It features a pin spacing of 3.5 mm and is engineered to ensure maximum durability and reliability during assembly processes. With a unique enclosure design, it allows for optimal thermal penetration, significantly reducing soldering temperatures while maintaining its commitment to safety. The header provides a robust solution, protecting against mismating throughout its lifespan.

The Wago THR Male Header is designed for exceptional performance in SMT applications. It features a pin spacing of 3.5 mm and is engineered to ensure maximum durability and reliability during assembly processes. With a unique enclosure design, it allows for optimal thermal penetration, significantly reducing soldering temperatures while maintaining its commitment to safety. The header provides a robust solution, protecting against mismating throughout its lifespan.

Designed to prevent mismating with advanced coding mechanismsConstructed to withstand challenging environmental conditionsOffers multiple variants allowing for tailored applicationsFeatures anti rotation protection for stable connectionsCompliant with RoHS directives ensuring environmental responsibilityLightweight design optimises overall assembly efficiency

Designed to prevent mismating with advanced coding mechanisms

Constructed to withstand challenging environmental conditions

Constructed to withstand challenging environmental conditions

Offers multiple variants allowing for tailored applications

Offers multiple variants allowing for tailored applications

Features anti rotation protection for stable connections

Features anti rotation protection for stable connections

Compliant with RoHS directives ensuring environmental responsibility

Compliant with RoHS directives ensuring environmental responsibility

Lightweight design optimises overall assembly efficiency

Lightweight design optimises overall assembly efficiency