Silicone Rubber Flexible Cables SIAF,SIAF-GL, SIHF SIHF-GL,SIHF-P

CONSTRUCTION :
Conductor: Tinned Flexible Stranded Copper
Insulation: Silicone Rubber
Optional Oversheath: Glass Fibre and Lacquered Braid or Galvanised Steel Wire Braid.
CLASSIFICATION :
SIAF : Silicon rubber insulation only.
SIAF-GL : Single Core Silicon rubber insulated with lacquered glass fibre braid
SIHF : Multicore Silicon rubber insulated and sheathed.
SIHF-GL : Multicore Silicon insulated and sheathed with lacquered glass fibre braid.
SIHF-P : Silicon rubber insulated and sheathed with galvanised steel wire braid.
APPLICATION :
Designed for use in environments where prolonged heat resistance is required . Silicone cables are employed where insulations are subjected to extreme changes in temperature. They are heat resistant up to 180 Deg C, intermittently 220 Deg C.
Due to good resistance in all weather conditions these cables can also be employed at temperatures as low as - 60 Deg C. Upon and after combustion a residue of pure silica is produced and the cables continue to function. However, it is usual to provide a glass braid around the cable to prevent a break down of the silica during and after a fire. Silicone cables are low smoke and halogen free and are most suitable for power plants. They have become indispensable in a wide range of industrial sectors, in foundries, steel and hot rolling mills, cooking equipment, cement, glass and ceramic factories, ship and aircraft construction, and oil burners.

TECHNICAL DATA:
Voltage: 500V
Operating Temperature Range: -60oC to + 180oC
Bending Radius: Single core 15 x overall diameter
Multicore: 20 x overall diameter
RELEVANT STANDARDS :
To BS6500 and BS6007, VDE 0282.
CORE IDENTIFICATION :
2 Cores: blue, black
3 Cores: blue, black, green/yellow
4 Cores: blue, black, brown, green/yellow
5 Cores: blue, black, brown, black, green/yellow
6 Cores+: black cores with white numbers + integral green/yellow
SHEATH COLOURS :
SIAF:black, red, blue, brown, white, green yellow
SIHF:white, natural, red, black.