Designed exclusively for AI robot internal connectivity, this XH2.5-1*4P terminal wire serves as the "neural pathway" for seamless communication between robotic sensors, controllers, and execution modules. The male-female docking design enables reliable signal transmission and power delivery in compact spaces, supporting critical operations like motion control, data feedback, and component coordination in humanoid robots, industrial automation bots, and intelligent machinery.
Technical Specifications & Superiority
Standard Compliance: Adopts JST XH series 2.5mm pitch (2.5±0.05mm) 4-pin configuration, compatible with AWG #22~#30 wires (conductor area 0.08~0.33mm²) and 1.6mm standard PCB thickness .
Enhanced Conductivity: Tin-plated phosphor bronze contacts feature folded beam structure, ensuring initial contact resistance ≤10mΩ and post-environmental test resistance ≤20mΩ for stable signal transmission .
Robust Performance: Rated for 3A AC/DC current and 250V voltage, with operating temperature range of -25℃ to +85℃. Flame-retardant PVC insulation (optional silicone material) resists abrasion, vibration, and mechanical stress during robotic joint movements .
Secure Mating Design: Integrated box-shaped shrouded header and locking clip ensure firm connection (5,000+ mating cycles) and prevent accidental disengagement, ideal for high-frequency motion scenarios .
Key Advantages for AI Robotics
✅ Space-Optimized: Low-profile 9.8mm mounting height fits tight internal layouts of AI robot control units and sensor arrays .
✅ EMI Shielding: Conductive shielding layer minimizes electromagnetic interference, protecting sensitive communication signals between robotic modules .
✅ Plug-and-Play Efficiency: Color-coded pin alignment (Pin 1-VCC, Pin 4-GND) simplifies installation, reducing assembly time for robot production lines .
✅ Durability Engineered: Torsion-resistant construction withstands continuous bending during robotic arm movements, exceeding 10 million flex cycles .
Quality & Compliance
RoHS 2 compliant with lead-free manufacturing .
Insulation resistance ≥1,000MΩ and AC 1,000V withstand voltage for 1 minute .
Precision crimping process ensures consistent connection reliability across batches.
Ideal for humanoid robots, collaborative robots (cobots), and industrial automation systems requiring high-reliability internal wiring. Custom lengths and insulation materials available for specific robotic applications.
