Two-Piece Connectors

M12 Two-Piece Connectors
ATTEND's M12 Two-Piece Connectors feature an innovative modular design architecture that completely separates the insert from the housing, enabling engineers to freely combine and configure components according to actual application requirements and flexibly adapt to different installation environments and operating conditions. The products strictly comply with IEC 61076-2-101 international standards, support A, D, and X coding, and provide multiple mounting options, including threaded front-mount, threaded rear-mount, and push-pull rear-mount configurations. This modular approach not only significantly enhances assembly efficiency and maintenance convenience but also effectively reduces inventory complexity, making system integration and subsequent maintenance operations more flexible and cost-effective.

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The housing features nickel-plated brass construction with silicone and EPDM sealing rings, achieving an IP67 protection rating to effectively resist dust, oil contamination, and humid environments. The internal insert utilizes PA9T or LCP engineering plastics (UL94 V-0 flame retardant rating), while the contacts employ brass with nickel plating followed by gold plating to ensure excellent conductivity. The design also integrates nickel-plated phosphor bronze grounding and shielding structures to further enhance signal integrity and durability. With robust construction and versatile configurations, the M12 Two-Piece Connectors provide flexible and long-lasting solutions for high-reliability applications. Whether for sensor connections in industrial automation production lines, critical signal transmission in railway transit systems, or high-precision circuit modules in medical equipment, this series ensures dependable, stable, and efficient connectivity performance. The connectors are particularly well-suited for PLC control systems, fieldbus networks, Ethernet communications, and various analog and digital signal transmission applications, comprehensively meeting the stringent requirements of modern industrial systems for connection reliability and signal integrity.