Composite Cables
RG59 + 3x2.5 Power cable + 2x2x24AWG RS485 + 1x2x18AWG Audio Cable SWB LSZH Sheathed Composite Cable
Construction:
75Ohm RG59 Coaxial Cable
Conductor |
0.81mm Copper Covered Steel Wire |
Insulation |
Polyethylene. Diameter 3.65mm |
Shield |
Bonded Al screen and braid of Al-Mg wire. Coverage:80% |
Sheath |
LSZH sheath. Nominal outer diameter is 6.1mm |
Sheath Color |
Black |
24AWG RS485
Conductor |
24AWG (7/0.2mm Stranded tinned copper to IEC 60228 Class 2 2 pairs |
Insulation |
Polyethylene. Thickness 0.6mm |
Shield |
Aluminium polyester tape |
Drain Wire |
24 AWG stranded tinned copper drain wire |
Sheath |
LSZH sheath. Nominal outer diameter is 9.0mm |
Sheath Color |
Black |
3x2.5mm² Power Cable
Conductor |
2.5mm² Stranded tinned copper wire to IEC 60228 Class 2 |
Insulation |
XLPE. Thickness 0.7mm |
Sheath |
LSZH sheath. Nominal outer diameter is 12.0mm |
Sheath Color |
Black |
18AWG Audio Cable
Conductor |
1 pair 18AWG (16/0.254mm Stranded tinned copper |
Insulation |
Polyethylene |
Shield |
Aluminium polyester tape |
Drain Wire |
24 AWG stranded tinned copper drain wire |
Sheath |
LSZH sheath. Nominal outer diameter is 6.5mm |
Sheath Color |
Black |
Element Assembly
Filler |
PP, PVC or PE |
Wrapping Tape |
Polyester tape |
Inner Sheath |
Black LSZH, thickness 0.8-1.0mm |
Armor |
Steel wire braid,coverage 95% |
Outer Sheath |
LSZH, thickness 1.6- 1.8mm, nominal outer diameter is 24±2mm |
Sheath Color |
Black |
Cable Weight |
730kg/km |
Electrical and Physical Properties @20°C:
Coaxial Cable
Impedance: 75±3Ohm (@1MHz)
Nominal Attenuation: 6.72dB/100m @50MHz
RS485
Nominal Impedance: 120±10Ω
Nominal Conductor DC Resistance @20°C: 78.7 Ohm/km
Nominal Attenuation: 1MHz 2.3dB/100m
Power Cable
Electrical Resistance: 7.41Ohm/km Insulation Resistance: ≥5500 MOhmxkm Audio Cable
Electrical Resistance: 18.1Ohm/km
Insulation Resistance: ≥1.1 MOhm .km
Element Assembly
Min Bending Radius: 360mm
Operating Temperature: -35°C/+90°C
Fire Performance:
Low Smoke Capacity:IEC61034-1/2
Halogen Free:IEC60754-1/2
Flame Propagation: IEC60332
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