ACT Industrial Profinet Cable 7.00m RJ45 Male to Male CAT6A Superflex

The ACT Industrial Profinet Cable 7.00m RJ45 Male to Male CAT6A Superflex is a shielded, flexible network cable designed for industrial Ethernet installations. At seven meters length with RJ45 male connectors on both ends, this CAT6A Superflex cable supports high-speed data transmission and maintains reliable signal integrity in electrically noisy environments. The cable is intended for Profinet and other industrial network protocols where durability and consistent performance are required.

Advantages

The shielded construction reduces electromagnetic interference and crosstalk, improving connection stability in industrial settings. CAT6A Superflex design combines enhanced bandwidth capability with a flexible jacket and stranded conductors for easy routing through panels, conduits, and machinery. Robust RJ45 connectors ensure secure mating and repeated insertions while preserving contact quality. The overall build offers a balance between mechanical flexibility and electrical performance suitable for fixed and semi-flexible installations.

Suitable for

• Profinet and industrial Ethernet networks in factories and automation systems
• Connections between switches, PLCs, HMIs, and other industrial equipment
• Cable runs requiring frequent bending, tight routing, or confined spaces
• Environments with potential electromagnetic interference where shielding is necessary

Key specifications

• Length: 7.00 meters
• Connector type: RJ45 male to RJ45 male
• Category: CAT6A Superflex
• Shielding: foil or overall shielded construction to reduce EMI
• Conductor: stranded conductors for flexibility
• Suitable for industrial Ethernet protocols including Profinet

How to use

Connect one RJ45 male connector to the network port of the switch, PLC, HMI, or other Ethernet-enabled device and the other connector to the corresponding port on the receiving device. Ensure connector latches are fully engaged to maintain a reliable mechanical and electrical connection. Route the cable to avoid sharp edges, excessive pulling tension, or kinking; use cable ties or clamps as needed to secure the run without compressing the jacket. For panel entries, follow existing strain relief and grounding practices to preserve shielding continuity when required.

Usage recommendations

For optimal performance in industrial environments, maintain proper grounding of shielded terminations, avoid running the cable parallel to high-voltage power lines for long distances, and respect the cable's minimum bend radius and maximum recommended pull tension. Replace cables showing visible damage to the jacket or connectors to prevent signal degradation.