Molex KK 254 Series Right Angle Through Hole Pin Header 6 Contacts 2.54 mm Pitch 1 Row Unshrouded 22-05-7068

Molex 22-05-7068 KK 254 Series Right Angle Through Hole Pin Header is a precision-engineered wire-to-board connector designed for industrial, electronic assembly, test and measurement equipment, industrial automation, and solar inverter applications. It features 6 male brass contacts arranged in a single row with a standard 2.54 mm pitch, ensuring excellent conductivity and optimal spacing to prevent short circuits.

The pin header’s through-hole mounting style provides a firm mechanical connection to the printed circuit board (PCB). The unshrouded design allows easy inspection and soldering, while the nylon housing is UL 94V-0 rated, offering self-extinguishing properties to improve fire safety in demanding electrical environments.

With a current rating of 4A per contact and a maximum voltage rating of 250V, this header is engineered for reliable performance in low-power electronic circuits. The right angle orientation and 3.8 mm tail pin length optimize board layout, facilitating compact and organized wiring harnesses.

The contacts are plated with tin over brass, enhancing corrosion resistance and maintaining stable data signal integrity with minimal heat generation. Operating at temperatures from -40°C to 105°C, the pin header is suitable for harsh environmental conditions.

Wire-to-board through-hole mounting for stable PCB connection. Brass contacts with tin plating ensure conductivity and durability. 4A current and 250V voltage rating for low power circuit requirements. UL 94V-0 self-extinguishing nylon housing improves fire safety.

Right angle design with 3.8mm tail pin length supports flexible board layout. Wide temperature range of -40°C to 105°C for industrial environments. Polarised friction lock prevents accidental disconnection in vibration-prone applications.

Available as part of Molex’s trusted KK 254 series, this pin header enhances multi-circuit control and efficient conductor management in electronic assemblies. The friction lock design ensures robust mating under vibration, making it suitable for industrial automation, test and measurement instrumentation, and solar inverter systems.

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