HARTINGHARTING ix Industrial, 3m Cat5, Green Type A Plug to Male RJ45 Male, Shielded Shielded, Terminated PVC Sheath

This Ethernet cable is a high-performance solution designed for industrial environments. With a length of 3m, this terminated Ethernet cable complies with Cat5 standards, enabling reliable data transmission. It features an RJ45 connector for seamless industrial Ethernet connectivity, ensuring robust communication in various applications. The shielded design enhances signal integrity and reduces interference, making it suitable for demanding settings.

• Shielded construction improves signal integrity and reduces crosstalk
• Terminated with Type A Plug and RJ45 for easy connectivity
• 22AWG cable enhances durability and minimises resistance
• Green PVC outer sheath ensures visibility and protection against wear
• Straight connector orientation facilitates straightforward connections
• Meets IEC standards for enhanced reliability in industrial use

• Used with automation systems for reliable data transfers
• Suitable for connecting devices in electrical control panels
• Ideal for industrial networking solutions requiring high bandwidth
• Effective in telecommunications installations within the electrical industry

The shielded design helps protect against external interferences, ensuring data packets are transmitted accurately and reliably without interruption, which is crucial in industrial applications.

This cable is specially designed for industrial settings, where heavy machinery and other electronic devices may cause electrical interference, hence the need for a shielded Ethernet cable.

Yes, using appropriate adaptors, it can connect to devices that do not have a standard RJ45 port, offering versatility in various applications.

The outer sheath is made of durable PVC, which provides protection against physical damage and ensures longevity in harsh environments.

Regularly check connections to ensure they are secure and routinely inspect the cable for any signs of wear or damage, which can affect performance over time.