Phoenix Digital OCX-CTN-13-R-D-ST-ACV PD Fiber Optics OPT Module

Brand & Model:Phoenix Digital OCX-CTN-13-R-D-ST-ACV

Fiber Type:PD Fiber

Transmission Distance:Up to 10 km

Optical Power:100 mW

Data Rate:1 Gbps

Operating Temperature:-40°C to +85°C

Connector Type:M12 FS

Power Supply:DC 5V

Dimensions:40 x 30 x 10 mm

Weight:10 g

    The Phoenix Digital OCX-CTN-13-R-D-ST-ACV PD Fiber Optics OPT Module is engineered for industrial environments requiring high-performance data transfer without interference or signal degradation. This module leverages the superior conductivity and immunity to electromagnetic interference of fiber optics, making it ideal for applications in harsh conditions such as oil and gas, mining, and manufacturing sectors.

    With its robust design and wide operating temperature range, this module ensures stable operation across various industrial settings, from cold Arctic climates to hot desert environments. Its compact size and lightweight construction facilitate easy integration into existing infrastructure without compromising on performance.

    Featuring a durable M12 FS connector, the module provides secure and reliable connections, essential for maintaining continuous operation in demanding industrial applications. The high data rate capability ensures fast and efficient data transmission, critical for real-time monitoring and control systems.

    Equipped with DC 5V power supply, the module consumes minimal energy, contributing to sustainable industrial practices while reducing operational costs. Its compatibility with Phoenix’s comprehensive suite of digital modules allows for seamless integration into larger network architectures, enhancing overall system efficiency and reliability.

    Designed with the highest quality standards, the Phoenix Digital OCX-CTN-13-R-D-ST-ACV PD Fiber Optics OPT Module is a testament to Phoenix Contact’s commitment to innovation and excellence in industrial automation solutions. It stands as an indispensable component for optimizing communication networks in modern industrial settings.