6XV1870-2B

The Siemens 6XV1870-2B Ethernet Cable is a high-quality, industrial-grade flexible cable designed to meet the rigorous demands of modern industrial environments. This cable is specifically engineered for use with occasionally moved machine parts, ensuring reliable and consistent performance even in dynamic applications.

Crafted with a robust construction, the 6XV1870-2B features four shielded cores, wrapped in an overlapped aluminium-clad foil and further protected by a braided screen of tin-plated copper wires. This design provides excellent protection against electromagnetic interference, maintaining signal integrity and reducing the risk of data loss or corruption.

The cable is compliant with Category 5e standards, making it suitable for a wide range of industrial communication tasks, including those that require fast and secure data transmission. With an impedance of 100 ohms for frequencies ranging from 1 MHz to 100 MHz, it ensures compatibility with a variety of networking equipment and protocols.

The 6XV1870-2B is designed with flexibility in mind, featuring a minimum bending radius of 32.5 mm for single bends and 52 mm for multiple bends. This flexibility, combined with a maximum tensile load of 150 N, makes it an ideal choice for installations that require a cable to navigate tight spaces or complex routes.

For environments where chemical exposure is a concern, the cable offers conditional resistance to mineral oil, grease, and water, enhancing its durability and lifespan. Additionally, it is UV radiation resistant, ensuring that it can withstand exposure to sunlight without degrading over time.

This Ethernet cable is not halogen-free but is silicon-free, catering to specific industrial requirements. It is available in lengths up to 2500 metres, with a minimum ordering quantity of 20 metres, allowing for customisation based on the specific needs of your project.

Overall, the Siemens 6XV1870-2B Ethernet Cable is a reliable and durable solution for industrial networking applications, providing the performance and resilience needed to maintain a secure and efficient industrial communication network.

• Connecting industrial Ethernet devices in environments where cables are occasionally moved
• Networking for automation systems and distributed control systems in industrial settings
• Infrastructure for machine to machine communication in manufacturing plants
• Data transmission in industrial computer systems requiring flexible cabling solutions
• Integration into communication networks for process automation and monitoring
• Use in applications requiring compliance with Profinet Type B standards
• Installation in areas where a flame-resistant cable is necessary
• Networking components in areas with exposure to mineral oil, grease, and water, where conditional resistance is sufficient
• Setting up connections for devices that operate within a temperature range of -25 to +75°C
• Implementing structured cabling systems adhering to Cat5e standards in industrial environments