WAGO 721 Series Angled Through Hole Header, 3 Contact(s), 5 mm Pitch, 1 Row, Shrouded

The Wago THT Male Header connector is designed for reliable performance in multi connection systems. With its angled solder pins, it ensures easy installation while providing a robust and secure connection. The connector is thoughtfully engineered to prevent mismating, offering peace of mind in critical applications. Its innovative design allows for horizontal or vertical PCB mounting, catering to diverse circuit board configurations.

The Wago THT Male Header connector is designed for reliable performance in multi connection systems. With its angled solder pins, it ensures easy installation while providing a robust and secure connection. The connector is thoughtfully engineered to prevent mismating, offering peace of mind in critical applications. Its innovative design allows for horizontal or vertical PCB mounting, catering to diverse circuit board configurations.

Solder pin arrangement optimised for in line configurationsConstructed from polyamide providing exceptional insulation propertiesEnvironmental compliance ensures reliability across varying conditionsIntegrated anti rotation protection maintains connector stabilityAvailable with gold plated contact surfaces for improved conductivityCompact dimensions facilitate seamless integration into tight spaces

Solder pin arrangement optimised for in line configurations

Constructed from polyamide providing exceptional insulation properties

Constructed from polyamide providing exceptional insulation properties

Environmental compliance ensures reliability across varying conditions

Environmental compliance ensures reliability across varying conditions

Integrated anti rotation protection maintains connector stability

Integrated anti rotation protection maintains connector stability

Available with gold plated contact surfaces for improved conductivity

Available with gold plated contact surfaces for improved conductivity

Compact dimensions facilitate seamless integration into tight spaces

Compact dimensions facilitate seamless integration into tight spaces