CW1412 DOWN LEADS

Brand: 1STec

Features:

• BT CW1412 DOWNLEAD - This is the cable that BT uses after the overhead cable comes to your property. This usually connects to their Dropwire via a 16A external junction box
• BLACK DOUBLE SHEATH - This cable is usually available in Black, White and Brown. This is the harder to find Black version that matches all other external cables used for domestic and business installations
• 4 CORE COPPER WIRES - Capable of running a single or 2 separate Land Lines. These have the same colour codes as the overhead cable with Orange + White as pair 1 and Green + Black pr. 2
• WATERPROOF DUCTABLE - Can be run underground and remain watertight thanks to its double outer PVC insulation designed to withstand the harshest of conditions both above and below ground
• TELEPHONE + FIBRE USE - The perfect cable for repositioning or installing new telephone Openreach points for FTTC Fibre Broadband or simple telephone use

Details: What cable does BT use for external wiring? For load bearing overhead applications where the cable is susceptible to stretching, CW1411 dropwire should be used. After the Dropwire or Main underground cables reaches your property it will sometimes be terminated in a overhead 16A or ground level 66B junction box. This cable (CW1412) then takes over and is used between the external junction box and the Master socket. It is more flexible and easier to handle than Dropwire as it does not have the 3 additional self supporting anti-stretch High Tensile steel wires. Wiring after the master socket can be done with either this spec or black CW1308 for external or white for internal use. Genuine BT Duct Grade Telephone DATA Cable UK Fibre Ready Solid Core Copper Conductors Heavy Duty External Polyurethane Outer Jacket 2 Pairs of Plain Annealed Copper Wires PACW Manufactured in the UK by BT Cables Limited Electrical Properties (20°C): Conductive resistance: 95Ω/km Maximum Mutual Capacitance: 56 nF/km Maximum Capacitance Unbalance balance: 275 pF/500m Maximum Insulation Resistance: 10000 MΩ/km Minimum

Binding: Electronics