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Network Cable DATACOM FTP Wire Cat6 305m Black
FTP (shielded) cable category 6, 4 pairs, 305 m spool. DATACOM installation cable for structured cabling installations. The FTP shielding makes the cable suitable for installation in more demanding indoor environments where reduced electromagnetic interference is required. Category: cat.6 / Class E (250 MHz). Conductor type: solid wire made of copper. Insulation material: FPE. Overall shielding: aluminum foil. Pair shielding: none. Drain/ground wire: included. Ripcord for easy sheath removal: included. Outer jacket material: PVC; jacket diameter: 6.2 mm ± 0.2 mm. Reaction to fire classification: Eca. Jacket color: grey. Industrial printing indicating type and meter markings present; meter marking from 1 m up to 305 m. Packaging: 305 m on a wooden reel; box dimensions: 340 x 305 x 340 mm.
The DATACOM FTP Wire Cat6 provides shielded construction that reduces external electromagnetic interference, supporting stable data transmission in environments with potential noise. Its solid copper conductors and FPE insulation deliver consistent electrical performance suitable for Class E (250 MHz) applications. The included drain wire and ripcord simplify installation and grounding, while the printed meter markings and wooden reel packaging facilitate measurement and deployment.
Install the DATACOM FTP Wire Cat6 following standard structured cabling practices. Run the cable along the planned route, secure it to supports without exceeding bend radius recommendations for a 6.2 mm diameter cable, strip the outer jacket using the ripcord and trim shielding as required, terminate onto appropriate Cat6 RJ45 jacks or patch panels ensuring correct grounding of the overall shield via the drain wire, and perform certification or testing to validate link performance up to 250 MHz.
For optimal performance, terminate and ground the overall foil shield at patch panels or connectors to maintain shielding continuity. Avoid running the cable in parallel and in close proximity with strong power lines; where crossing is necessary, do so at right angles. Use proper bend radius and avoid crushing to preserve transmission characteristics.
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