Blade-Type Male Battery Power Connector (Through-Hole, 2.5mm Pitch, Extended Contact Header)

This rugged blade-type male battery connector is engineered for secure, high-reliability power distribution in through-hole PCB applications, featuring a 2.5mm pitch layout and an extended 5.8mm contact header for enhanced mating stability. Available in 2-way to 12-way configurations, it adapts seamlessly to multi-cell battery systems, high-density power routing, or industrial electronics requiring scalable power inputs.

Key Features:

Power Rating: Rated for DC24V/5A per contact, supporting moderate-load applications such as electric vehicles, power tools, or industrial control systems.
Extended Header Design: The 5.8mm contact length ensures robust electrical and mechanical engagement, reducing intermittent connections under vibration or thermal cycling.
Through-Hole Durability: Threaded solder pins and a flame-retardant PA66 nylon housing withstand harsh environments, while tin-plated brass contacts resist corrosion and offer 500+ mating cycles.
Polarized Safety: Keyed slots and a staggered blade layout prevent misalignment, protecting circuits from reverse polarity damage.
Applications:

Heavy-duty battery interfaces for e-bikes, drones, or UPS systems.
Multi-channel power distribution in robotics, medical devices, or smart grid infrastructure.
Custom electronics requiring future-proof power pathways (e.g., prototyping, OEM solutions).
Benefits:

The 5.8mm header length improves contact reliability in high-vibration or high-current scenarios.
Modular 2–12 contact options allow incremental power scaling without PCB redesign.
RoHS-compliant and UL 94V-0 rated for safety-critical and global market use.
A versatile, industrial-grade solution for engineers prioritizing durability, adaptability, and long-term reliability in battery-powered systems.