This high-reliability blade type male power connector is purpose-built for robust power delivery in battery systems, industrial electronics, and high-current PCB applications. Featuring a 2.0mm pitch and a through-hole right-angle termination, it provides exceptional mechanical stability and superior solder joint strength compared to surface-mount alternatives, making it ideal for applications subject to vibration, thermal cycling, and mechanical stress.

Engineered for demanding power requirements, each contact is rated for 10A maximum current, enabling efficient energy transfer in battery packs, power distribution boards, motor controllers, and charging systems. The precision-formed contacts are manufactured from high-conductivity brass, ensuring low electrical resistance, excellent thermal performance, and long-term durability under repeated mating cycles. Each blade contact extends 4.2mm in length, guaranteeing secure and consistent engagement with mating female receptacles.

The connector housing is injection-molded from LCP (Liquid Crystal Polymer), an advanced engineering thermoplastic renowned for its outstanding heat resistance, dimensional stability, and inherent flame retardancy (UL94 V-0). LCP’s excellent flow characteristics enable thin-wall designs without compromising structural integrity, while its resistance to high reflow and wave soldering temperatures ensures reliable processing during assembly.

Offering exceptional design flexibility, this connector series is available in 2-pin through 12-pin configurations, allowing engineers to match exact circuit requirements without redesigning the interconnect platform. The standardized blade interface ensures intuitive mating alignment and supports scalable power architectures across multiple product lines.

For applications where mechanical ruggedness and high current capacity are non-negotiable, this through-hole right-angle connector delivers a dependable, space-efficient power interconnect solution.