6.35mm 0.250in JYP Industrial Power Connector 16S+4p Dip Type

The YYE JYP series industrial power connector represents a high-performance hybrid interconnect solution designed for complex power distribution and signal transmission in industrial environments. Engineered by Dongguan City Yuanyue Electronics Co., Ltd. (YYE), this connector features a robust modular design that integrates high-current power contacts with high-density signal pins, effectively reducing PCB footprint and simplifying assembly.

This JYP series is specifically optimized for server architectures, telecommunications power systems, and industrial automation controllers. The inclusion of heavy-duty integrated guide pins ensures precise blind-mating, protecting contact pins from damage during installation in rack-mount or modular chassis applications. Utilizing advanced thermoplastic housing with high flame retardancy and thermal stability, the connector maintains electrical integrity under extreme operating temperatures. With precision-engineered copper alloy contacts and superior plating technology, the YYE JYP connector minimizes contact resistance and maximizes power efficiency. Its versatile mounting flanges provide secure mechanical fastening, making it an ideal choice for high-vibration and mission-critical power modules where reliability and long-term durability are paramount.

Key Features

• Combines high-current power blades and low-voltage signal pins within a single unified housing
• Features integrated vertical guide pins to ensure accurate alignment and prevent terminal damage during mating
• High-conductivity copper alloy terminals with gold plating optimize electrical flow and reduce heat dissipation
• Dual screw-hole flanges provide secure PCB or chassis attachment, ideal for high-vibration industrial settings
• Built with high-grade, UL-rated flame-retardant insulators for superior arc resistance and high-voltage insulation
• Engineered to meet the rigorous performance standards of data centers, medical equipment, and industrial robotics