Flexible Multi Core Copper Braided Screened Rubber Variable Speed Drive Cable. 0.6/1kv 90°C. Tinned Copper

Conductor Annealed fine wires of electrolytic tinned copper stranded for HIGH flexibility VDE 0295 Class 5 Insulation XLPE X90 Screening 3 and 4 core up to 4.0mm² aluminium/mylar tape plus tinned copper braid, 4 core 6mm² and above tinned copper braid and split earth cores, (all copper braids are minimum 85% coverage plus either aluminium/mylar foil tape or split interstitial earth cores to give even greater EMC protection). Sheath Clear Sheath Special PVC

Temperature Range Fixed -40 to 90°C / Flexing -20 to 90°C Rated Voltage Uo/U 0.6/1Kv Max AC Operating Voltage Uo 0.7Kv Minimum Bending Radius Fixed 7.5 x cable diameter / Flexing 15 x cable diameter Sheath Colour Clear (Black on request) Standard Core Colours 3 core - Red, Black, G/Y 4 core - Red, White, Blue, G/Y Maximum Conductor Temperature 90°C Other UV Stabilised and Flame retardant. Water and moisture resistant. Suitable for permanent Submersion to 500 Metres. Resistant to environmental factors like oxidation, ozone, and sunlight. Heat, oil and chemical resistant Relevant Standards AS3116, AS3147, IEC 60332-1, Generally to AS/NZS 5000:2003, CE Directive 72/23/EEC

These cables have been designed for the connection of AC Variable Speed Drives or where a Tinned Flexible EMC screened cable is required. Cables with an Aluminium/Mylar tape and/or Split Intersticial Earth cores plus a tinned copper braid offer optimum screening performance of low and high frequency (RFI) and electromagnetic (EMI) output to avoid reactance with other devices outside the plant. All sizes have copper braids with minimum 85% coverage plus either aluminium / mylar foil tape or split interstitial earth cores to give even greater EMC protection. The foil or the split earth adds to the screening effect of the copper braid by helping contain the lower RFI output frequencies while the braid handles the higher frequencies. The screening should be earthed at both ends using EMC compatible glands that ensure contact around the complete circumference of the cable screening. See GK-EMC Glands and LN-EMC Locknuts.