Tratos SNE – SPLIT CONCENTRIC Cable – PVC SHEATH

Technical Specification
Features:
  • Make: Tratos
  • Model code: SNE – SPLIT CONCENTRIC Cable – PVC SHEATH
  • Rated Voltage: Uo/U 0.6/1kv
  • Insulation material: XLPE Type DIX 3
  • Color: Colour – Black (other colours can be supplied on request), Core Colours: 1 core – Brown. 3 core – Brown, Black, Grey.
Additional info:

Conductor – solid round aluminium (Class 1) or stranded plain copper (class 2). Insulation phase conductors – XLPE Type DIX 3 conforming to the requirements given in BS 7870-1 annex B. Concentric conductor  – plain annealed copper neutral and earth. Covering on neutral conductor – blue polymeric material Oversheath – PVC Type DMZ 23 conforming to the requirements given in BS 7870-1 annex B. Colour – Black (other colours can be supplied on request). Core Colours: 1 core – Brown. 3 core – Brown, Black, Grey. Voltage rating Uo/U 0.6/1kv. These cables are designed for a maximum continuous conductor temperature of 90 deg C and a maximum short circuit temperature of 250 deg C.

Make Tratos
Manufacturer Tratos
Model code SNE – SPLIT CONCENTRIC Cable – PVC SHEATH
Rated Voltage Uo/U 0.6/1kv
Insulation material XLPE Type DIX 3
Color Colour – Black (other colours can be supplied on request), Core Colours: 1 core – Brown. 3 core – Brown, Black, Grey.
Standards/Compliances BS 780-3-21 (implements Part 5S of HD 603 S1 A2) ; BS 7870-1 ; BS EN 60228
Additional info
  • Conductor – solid round aluminium (Class 1) or stranded plain copper (class 2).
  • Insulation phase conductors – XLPE Type DIX 3 conforming to the requirements given in BS 7870-1 annex B.
  • Concentric conductor  – plain annealed copper neutral and earth.
  • Covering on neutral conductor – blue polymeric material
  • Oversheath – PVC Type DMZ 23 conforming to the requirements given in BS 7870-1 annex B.
  • Colour – Black (other colours can be supplied on request).
  • Core Colours: 1 core – Brown. 3 core – Brown, Black, Grey.
  • Voltage rating Uo/U 0.6/1kv.
  • These cables are designed for a maximum continuous conductor temperature of 90 deg C and a maximum short circuit temperature of 250 deg C.