Network Cable IZOXIS 30 m — CAT not specified, model 22532, RJ45 patch cable, PVC sheath

IZOXIS 30 m network cable, model 22532, is a flexible RJ45 patch cable with a PVC outer sheath designed for indoor Ethernet connections and structured cabling. With a 30-metre length, this cable enables long-reach links between routers, switches, patch panels and end devices, supporting typical LAN and data transmission setups in homes, offices and technical rooms.

Advantages

The PVC sheath provides mechanical protection and ease of routing through cable channels and conduits while remaining flexible for installation along walls and under floors. RJ45 terminations allow plug-and-play compatibility with standard Ethernet ports on network equipment. The single continuous length reduces the need for intermediate couplers and keeps signal routing tidy for longer runs.

Suitable for

• Connecting routers, switches and patch panels within LAN environments
• Wiring home networks where a 30 m reach is required
• Office desk connections to floor outlets or wall ports
• Temporary or permanent data connections in server rooms and wiring closets

Key specifications

• Cable length: 30 m
• Connector type: RJ45 on both ends
• Outer jacket material: PVC
• Intended use: Indoor Ethernet/structured cabling
• Form factor: Patch cable (fixed length, assembled with connectors)

How to use

Route the cable along the planned path between network devices, avoiding sharp bends and contact with high-voltage power lines to minimize interference and mechanical stress. Insert each RJ45 plug into the corresponding Ethernet port until it clicks. For tidy installations, secure the cable with clips or cable ties at intervals; avoid crushing the cable or bending it beyond its minimum bend radius. If used in ceiling or floor voids, ensure the PVC jacket matches local requirements for flammability and ventilation spaces.

Usage recommendations

For best performance, test the link after installation with a network tester or by verifying device link speed and stability. Maintain separation from electrical cabling and avoid running parallel to power lines for extended distances. Replace the cable if connectors become damaged or the jacket is cut, and choose shielded cabling if the installation environment has significant electromagnetic interference.