Amass MR30PW Female Bullet Connector

The AMASS MR30PW Female Bullet Connector series female socket is a high-performance DC supply connector designed for various applications. Featuring three pins, it ensures secure and efficient connections on PCBs. The socket utilizes Through-Hole Technology (THT) for electrical mounting and mechanical mounting on PCBs, providing a stable connection.

With a current rating of 15A, the MR30 female socket handles high current loads efficiently. The brass contacts, plated with gold flash, offer excellent conductivity and resistance to oxidation. Its yellow polyamide body ensures durability and high visibility in complex setups.

The MR30 series socket operates within a temperature range of -20 to 120°C, ensuring reliable performance in extreme conditions. Rated for 500V, it suits high-voltage applications, providing robust insulation and protection. The connector meets stringent flammability standards, including ECE R-118 and UL94V-0, ensuring safety in automotive and electronic applications.

The connector’s 90° angled spatial orientation allows easy integration into PCB layouts, optimizing space and design efficiency. With a mechanical durability of up to 1000 connection cycles, the MR30 female socket guarantees long-term reliability, making it ideal for repeated use scenarios.

AMASS has designed this connector with high-quality materials and meticulous manufacturing processes, ensuring consistent and efficient electrical connections. The MR30 series female socket is an excellent choice for projects requiring dependable DC supply connections with high current and voltage ratings.

In summary, the AMASS MR30PW Feamle Bullet Connector series female socket offers a durable, high-performance, and safe solution for various DC supply needs. Its polyamide body, gold-plated brass contacts, and compliance with flammability standards make it ideal for demanding applications. This connector ensures reliable performance and robust design, providing efficient electrical connections for any project.