Molex 55917-2010 MicroClasp Series Straight Through Hole PCB Header is a high-performance wire-to-board connector designed for PCB applications requiring space saving and secure connections.
This 20-contact, 2 mm pitch header offers a compact double row configuration with a shrouded housing to ensure reliable engagement and protection against damage.
Featuring a durable polyester housing and brass contacts with tin plating, it provides low insertion and withdrawal forces while maintaining excellent electrical conductivity and corrosion resistance.
The MicroClasp series incorporates a unique inner positive lock mechanism that delivers secure retention, latch protection, and an audible mating click, enhancing assembly confidence in industrial and manufacturing contexts.
With a current rating of 3A and voltage rating of 250V, this header is suitable for a wide range of electronics, including industrial control, automation, communications, and consumer electronics.
2.00 mm pitch with double row and shrouded design for compact PCB layouts. Polyester housing material offering mechanical and thermal robustness. Brass contacts with tin plating ensure effective electrical performance and reliability.
Inner positive lock technology provides secure and easy mating/unmating operation. Rated for 3A current and 250V voltage, supporting demanding applications. Wide operating temperature range from -40°C to 105°C enables use in diverse environments.
Through-hole mounting and straight orientation simplifies PCB assembly processes. Contact configuration with male gender, 3.2 mm tail pin length, and 2 mm mating pin length.
This Molex MicroClasp PCB header is ideal for applications in electronic manufacturing, industrial automation, communication devices, and other environments demanding reliable wire-to-board connections.
Explore related PCB Headers and connectors in the Electronics & Electricals category at EnvMart for comprehensive solutions.
Comments (0)
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent