BT-250W-F-nP 2.5mm Pitch Female Blade Type Power Connector Thru Hole RA
This Jinbeili Blade Type Female Power Connector (Socket) is a premium interconnect solution engineered for reliable high-current power distribution in space-constrained electronic assemblies. Featuring a 2.5mm pitch, this through-hole right-angle socket is designed for streamlined PCB integration, offering a secure mating interface for corresponding blade-type male plugs. The connector supports a robust current rating of up to 10A, making it an ideal choice for battery management systems, portable medical devices, robotics, and industrial control equipment that demand stable power delivery.
The connector is constructed with high-quality Brass contacts, ensuring excellent electrical conductivity, minimal voltage drop, and superior wear resistance over repeated mating cycles. The insulation housing is molded from LCP (Liquid Crystal Polymer), a high-performance thermoplastic that provides exceptional mechanical strength, precise dimensional stability, and inherent flame retardancy, guaranteeing reliable operation across a wide temperature range and in demanding environments. The PC termination pins feature a precise length of 2.2mm, which is optimized for consistent solder joint formation through-hole mounting, ensuring strong mechanical anchoring to the PCB and reliable signal/power transmission.
This versatile socket series is available in a comprehensive range of pin count options, from 2 to 12 positions (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, and 12), offering engineers the flexibility to choose the exact configuration for their specific power or mixed-signal requirements. The right-angle orientation supports low-profile, space-saving layouts, which is critical for compact battery-powered applications. With its high-current capacity, durable LCP housing, and optimized 2.2mm PC pin length, this blade-type female connector delivers uncompromising performance, secure mating retention, and long-term reliability, making it the definitive choice for designers seeking a scalable and rugged power interconnect solution.
















